diff --git a/DRAFT_CHANGELOG.md b/DRAFT_CHANGELOG.md index 11bac9be9..6bebe1c9a 100644 --- a/DRAFT_CHANGELOG.md +++ b/DRAFT_CHANGELOG.md @@ -1,16 +1,12 @@ - - - - - -# Extension Geoportail OpenLayers, version __VERSION__ +# Extension Geoplateforme OpenLayers, version __VERSION__ **__DATE__** -> Release Extension Geoportail openlayers +> Release Extension Geoplateforme openlayers ## Summary -Mise à jour de la bibliothèque d'accès aux services Géoportail. +Seconde release adaptative à la Géoplateforme : les extensions Geoportail pour OpenLayers deviennent les extensions Géoplateforme pour OpenLayers. +L'ensemble des widgets et fonctionnalités des extensions Géoplateforme pour OpenLayers utilisent les services de la Géoplateforme avec cette release 3.4.0. ## Changelog @@ -18,7 +14,14 @@ Mise à jour de la bibliothèque d'accès aux services Géoportail. * [Changed] - - access-lib 3.3.4 + - Branchement des extensions Géoplateforme pour OpenLayers aux services d'isochrone et d'itineraire de la géoplateforme via la bibliothèque d'accès aux services Géoplateforme en version 3.4.0 (4ca0acec9f8f2ea9b2ef1509448377e31a83c0a8) + - Branchement des extensions Géoplateforme pour OpenLayers au service altimétrique de la géoplateforme (https://github.com/IGNF/geoportal-extensions/releases/tag/ol-3.4.0-beta4) + - Ajout possible de couches à accès restreint via une fichier de configuration custom (https://github.com/IGNF/geoportal-extensions/releases/tag/ol-3.4.0-beta3) + - les widgets utilisent désormais par défaut les services d'autocomplétion et de geocodage direct et inverse de la Geoplateforme (https://github.com/IGNF/geoportal-extensions/releases/tag/ol-3.4.0-beta2) + - le paramétrage d'un proxy pour utiliser le control d'import de couches est rendu facultatif (6a0c931abf6b26456e84a513453b52941d6fa6f6) + - Utilisation des services bêta Géoplateforme de diffusion par la classe Config. Le paramètre apiKey devient facultatif pour l'appel à la fonction getConfig : s'il est non spécifié, la configuration de toutes les données est récupérée (https://github.com/IGNF/geoportal-extensions/releases/tag/ol-3.4.0-beta) + - L'ajout de couches de type "geoportalLayer" est branché sur les services bêta de diffusion de la Géoplateforme + - Mise à jour de la documentation pour release Extensions Geoplateforme (49ec092bc17fa6e5667a581cf7d78509614e7940) * [Deprecated] @@ -26,23 +29,25 @@ Mise à jour de la bibliothèque d'accès aux services Géoportail. * [Fixed] + - searchEngine laisse le q= vide si recherche avancée par parcelle cadastrale (2577e30fae3123dfbe0ed3b1aa406ffc5d3702bc) + - correction du logger en mode verbose sur tous les environnements (636a26a39ac2df5832fd268e26fbf98ed51bd519) + - searchEngine : affichage plus fin des résultats du service de Geocodage (3174df0d16703988661d785a2fb4f02bcf5ad751) + - mise à jour des fichiers de style mapbox utilisés par les exemples (f0c95f06d8a06f106373bf9b0b4f7381d20a8b22) + - divers correctifs sur le build par modules (910430c671c7da8d0f5b420719ed76ee5ec9b58b) + * [Security] --- - - - - -# Extension Geoportail Leaflet, version __VERSION__ +# Extension Geoplateforme Leaflet, version __VERSION__ **__DATE__** -> Release Extension Geoportail leaflet +> Release Extension Geoplateforme leaflet ## Summary -Mise à jour de la bibliothèque d'accès aux services Géoportail. - +Seconde release adaptative à la Géoplateforme : les extensions Geoportail pour Leaflet deviennent les extensions Géoplateforme pour Leaflet. +L'ensemble des widgets et fonctionnalités des extensions Géoplateforme pour Leaflet utilisent les services de la Géoplateforme avec cette release 2.4.0. ## Changelog @@ -50,7 +55,13 @@ Mise à jour de la bibliothèque d'accès aux services Géoportail. * [Changed] - - access-lib 3.3.4 + - Branchement des extensions Géoplateforme pour Leaflet aux services d'isochrone et d'itineraire de la géoplateforme via la bibliothèque d'accès aux services Géoplateforme en version 3.4.0 (4ca0acec9f8f2ea9b2ef1509448377e31a83c0a8) + - Branchement des extensions Géoplateforme pour OpenLayers au service altimétrique de la géoplateforme (https://github.com/IGNF/geoportal-extensions/releases/tag/leaflet-2.4.0-beta4) + - Ajout possible de couches à accès restreint via une fichier de configuration custom (https://github.com/IGNF/geoportal-extensions/releases/tag/leaflet-2.4.0-beta3) + - les widgets utilisent désormais par défaut les services d'autocomplétion et de geocodage direct et inverse de la Geoplateforme (https://github.com/IGNF/geoportal-extensions/releases/tag/leaflet-2.4.0-beta2) + - Utilisation des services bêta Géoplateforme de diffusion par la classe Config. Le paramètre apiKey devient facultatif pour l'appel à la fonction getConfig : s'il est non spécifié, la configuration de toutes les données est récupérée (https://github.com/IGNF/geoportal-extensions/releases/tag/leaflet-2.4.0-beta) + - L'ajout de couches de type "geoportalLayer" est branché sur les services bêta de diffusion de la Géoplateforme + - Mise à jour de la documentation pour release Extensions Geoplateforme (49ec092bc17fa6e5667a581cf7d78509614e7940) * [Deprecated] @@ -58,22 +69,24 @@ Mise à jour de la bibliothèque d'accès aux services Géoportail. * [Fixed] + - correction du logger en mode verbose sur tous les environnements (636a26a39ac2df5832fd268e26fbf98ed51bd519) + - mise à jour des fichiers de style mapbox utilisés par les exemples (f0c95f06d8a06f106373bf9b0b4f7381d20a8b22) + - divers correctifs sur le build par modules (910430c671c7da8d0f5b420719ed76ee5ec9b58b) + * [Security] --- - - - -# Extension Geoportail Itowns, version __VERSION__ +# Extension Geoplateforme Itowns, version __VERSION__ **__DATE__** -> Release Extension Geoportail itowns +> Release Extension Geoplateforme itowns ## Summary -Mise à jour de la bibliothèque d'accès aux services Géoportail. +Seconde release adaptative à la Géoplateforme : les extensions Geoportail pour iTowns deviennent les extensions Géoplateforme pour iTowns. +L'ensemble des widgets et fonctionnalités des extensions Géoplateforme pour iTowns utilisent les services de la Géoplateforme avec cette release 2.5.0. ## Changelog @@ -81,7 +94,13 @@ Mise à jour de la bibliothèque d'accès aux services Géoportail. * [Changed] - - access-lib 3.3.4 + - Utilisation de la bibliothèque d'accès aux services Géoplateforme en version 3.4.0 (4ca0acec9f8f2ea9b2ef1509448377e31a83c0a8) + - Branchement des extensions Géoplateforme pour iTowns au service altimétrique de la géoplateforme (https://github.com/IGNF/geoportal-extensions/releases/tag/itowns-2.5.0-beta4) + - Ajout possible de couches à accès restreint via une fichier de configuration custom (https://github.com/IGNF/geoportal-extensions/releases/tag/itowns-2.5.0-beta3) + - les widgets utilisent désormais par défaut les services d'autocomplétion et de geocodage direct et inverse de la Geoplateforme (https://github.com/IGNF/geoportal-extensions/releases/tag/itowns-2.5.0-beta2) + - Utilisation des services bêta Géoplateforme de diffusion par la classe Config. Le paramètre apiKey devient facultatif pour l'appel à la fonction getConfig : s'il est non spécifié, la configuration de toutes les données est récupérée (https://github.com/IGNF/geoportal-extensions/releases/tag/leaflet-2.5.0-beta) + - L'ajout de couches de type "geoportalLayer" est branché sur les services bêta de diffusion de la Géoplateforme + - Mise à jour de la documentation pour release Extensions Geoplateforme (49ec092bc17fa6e5667a581cf7d78509614e7940) * [Deprecated] @@ -89,6 +108,8 @@ Mise à jour de la bibliothèque d'accès aux services Géoportail. * [Fixed] + - BuildingControl : Style tuiles vectorielles "standard.json" utilisé hébergé sur la Geoplateforme (90bb57ae28f559b46bedb8dd694e18cea282ed89) + * [Security] --- diff --git a/LICENCE.md b/LICENCE.md index fab983783..c741e60e0 100644 --- a/LICENCE.md +++ b/LICENCE.md @@ -1,5 +1,5 @@ -# Geoportal Extensions +# Geoplatform Extensions This software is released under the licence CeCILL-B (Free BSD compatible) @@ -16,10 +16,10 @@ Copyright (c) 2016 IGN ## Third party code : -The Geoportal Extensions include the following third party code : +The Geoplatform Extensions include the following third party code : -### Geoportal resources access library +### Geoplatform resources access library This software is released under the licence CeCILL-B (Free BSD compatible) diff --git a/README.md b/README.md index e95bd2e8e..b23aeeaaa 100644 --- a/README.md +++ b/README.md @@ -1,4 +1,4 @@ -# Extensions Géoportail +# Extensions Geoplatform ![image](capture-carte.png) diff --git a/build/scripts/release/geoportal-extensions-itowns-2.4.3.tgz b/build/scripts/release/geoportal-extensions-itowns-2.4.3.tgz deleted file mode 100644 index dc6fd250a..000000000 Binary files a/build/scripts/release/geoportal-extensions-itowns-2.4.3.tgz and /dev/null differ diff --git a/build/scripts/release/geoportal-extensions-itowns-2.5.0-beta.tgz b/build/scripts/release/geoportal-extensions-itowns-2.5.0-beta.tgz new file mode 100644 index 000000000..2f8c952ee Binary files /dev/null and b/build/scripts/release/geoportal-extensions-itowns-2.5.0-beta.tgz differ diff --git a/build/scripts/release/geoportal-extensions-itowns-2.5.0-beta2.tgz b/build/scripts/release/geoportal-extensions-itowns-2.5.0-beta2.tgz new file mode 100644 index 000000000..915a4f502 Binary files /dev/null and b/build/scripts/release/geoportal-extensions-itowns-2.5.0-beta2.tgz differ diff --git a/build/scripts/release/geoportal-extensions-itowns-2.5.0-beta3.tgz b/build/scripts/release/geoportal-extensions-itowns-2.5.0-beta3.tgz new file mode 100644 index 000000000..00f72f1c8 Binary files /dev/null and b/build/scripts/release/geoportal-extensions-itowns-2.5.0-beta3.tgz differ diff --git a/build/scripts/release/geoportal-extensions-itowns-2.5.0-beta4.tgz b/build/scripts/release/geoportal-extensions-itowns-2.5.0-beta4.tgz new file mode 100644 index 000000000..463c65aac Binary files /dev/null and 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a/build/scripts/release/geoportal-extensions-leaflet-2.4.0-beta3.tgz b/build/scripts/release/geoportal-extensions-leaflet-2.4.0-beta3.tgz new file mode 100644 index 000000000..f6b5aa82a Binary files /dev/null and b/build/scripts/release/geoportal-extensions-leaflet-2.4.0-beta3.tgz differ diff --git a/build/scripts/release/geoportal-extensions-leaflet-2.4.0-beta4.tgz b/build/scripts/release/geoportal-extensions-leaflet-2.4.0-beta4.tgz new file mode 100644 index 000000000..c8dff7935 Binary files /dev/null and b/build/scripts/release/geoportal-extensions-leaflet-2.4.0-beta4.tgz differ diff --git a/build/scripts/release/geoportal-extensions-openlayers-3.3.3.tgz b/build/scripts/release/geoportal-extensions-openlayers-3.3.3.tgz deleted file mode 100644 index 62268b862..000000000 Binary files a/build/scripts/release/geoportal-extensions-openlayers-3.3.3.tgz and /dev/null differ diff --git a/build/scripts/release/geoportal-extensions-openlayers-3.3.4.tgz b/build/scripts/release/geoportal-extensions-openlayers-3.3.4.tgz new file mode 100644 index 000000000..2981bf9fd Binary files /dev/null and b/build/scripts/release/geoportal-extensions-openlayers-3.3.4.tgz differ diff --git a/build/scripts/release/geoportal-extensions-openlayers-3.4.0-beta.tgz b/build/scripts/release/geoportal-extensions-openlayers-3.4.0-beta.tgz new file mode 100644 index 000000000..be1d93a7f Binary files /dev/null and b/build/scripts/release/geoportal-extensions-openlayers-3.4.0-beta.tgz differ diff --git a/build/scripts/release/geoportal-extensions-openlayers-3.4.0-beta2.tgz b/build/scripts/release/geoportal-extensions-openlayers-3.4.0-beta2.tgz new file mode 100644 index 000000000..2115dff5a Binary files /dev/null and b/build/scripts/release/geoportal-extensions-openlayers-3.4.0-beta2.tgz differ diff --git a/build/scripts/release/geoportal-extensions-openlayers-3.4.0-beta3.tgz b/build/scripts/release/geoportal-extensions-openlayers-3.4.0-beta3.tgz new file mode 100644 index 000000000..d94139084 Binary files /dev/null and b/build/scripts/release/geoportal-extensions-openlayers-3.4.0-beta3.tgz differ diff --git a/build/scripts/release/geoportal-extensions-openlayers-3.4.0-beta4.tgz b/build/scripts/release/geoportal-extensions-openlayers-3.4.0-beta4.tgz new file mode 100644 index 000000000..9a25c855f Binary files /dev/null and b/build/scripts/release/geoportal-extensions-openlayers-3.4.0-beta4.tgz differ diff --git a/build/scripts/release/package-itowns.json b/build/scripts/release/package-itowns.json index f4da54f13..a34f51cd0 100644 --- a/build/scripts/release/package-itowns.json +++ b/build/scripts/release/package-itowns.json @@ -1,45 +1,46 @@ { - "peerDependencies" : {}, "author" : "IGNF", - "repository" : { - "url" : "https://github.com/IGNF/geoportal-extensions.git", - "type" : "git" - }, - "bundleDependencies" : [], - "version" : "2.4.3", - "files" : [ - "dist/", - "src/", - "LICENCE.md", - "README.md", - "package.json" - ], + "date" : "19/03/2024", "keywords" : [ "geoportail", + "geoplateforme", "plugin", "javascript", "Itowns" ], "devDependencies" : {}, - "bugs" : {}, - "directories" : {}, - "main" : "dist/GpPluginItowns-src.js", + "types" : "src/Itowns/index.d.ts", "dependencies" : { + "geoportal-access-lib" : "3.4.0", "itowns" : "2.38.2", + "proj4" : "2.7.5", + "node-fetch" : "^2.6.1", "sortablejs" : "1.14.0", "three" : "0.137.5", - "geoportal-access-lib" : "3.3.4", "loglevel" : "1.6.7", - "xmldom" : "^0.1.27", - "proj4" : "2.7.5", - "node-fetch" : "^2.6.1" + "xmldom" : "^0.1.27" }, - "homepage" : "https://geoservices.ign.fr/documentation/utilisation_web/extension-itowns.html", - "description" : "French Geoportal Extensions for iTowns", - "types" : "src/Itowns/index.d.ts", - "scripts" : {}, - "date" : "04/08/2023", + "files" : [ + "dist/", + "src/", + "LICENCE.md", + "README.md", + "package.json" + ], + "peerDependencies" : {}, "license" : "CECILL-B", + "repository" : { + "type" : "git", + "url" : "https://github.com/IGNF/geoportal-extensions.git" + }, "name" : "geoportal-extensions-itowns", + "scripts" : {}, + "description" : "French Geoportal Extensions for iTowns", + "main" : "dist/GpPluginItowns-src.js", + "directories" : {}, + "bundleDependencies" : [], + "homepage" : "https://geoservices.ign.fr/documentation/utilisation_web/extension-itowns.html", + "bugs" : {}, + "version" : "2.5.0", "module" : "src/Itowns/index.js" } diff --git a/build/scripts/release/package-leaflet.json b/build/scripts/release/package-leaflet.json index 796956d06..339cf6017 100644 --- a/build/scripts/release/package-leaflet.json +++ b/build/scripts/release/package-leaflet.json @@ -1,21 +1,7 @@ { - "module" : "src/Leaflet/index.js", - "scripts" : {}, - "version" : "2.3.4", + "types" : "src/Leaflet/index.d.ts", + "date" : "19/03/2024", "bugs" : {}, - "dependencies" : { - "xmldom" : "^0.1.27", - "node-fetch" : "^2.6.1", - "loglevel" : "1.6.6", - "proj4leaflet" : "1.0.2", - "leaflet" : "1.7.1", - "proj4" : "2.7.5", - "leaflet-draw" : "1.0.4", - "geoportal-access-lib" : "3.3.4", - "sortablejs" : "1.8.4" - }, - "devDependencies" : {}, - "description" : "French Geoportal Extension for Leaflet", "files" : [ "dist/", "src/", @@ -23,24 +9,38 @@ "README.md", "package.json" ], - "repository" : { - "type" : "git", - "url" : "https://github.com/IGNF/geoportal-extensions.git" + "module" : "src/Leaflet/index.js", + "dependencies" : { + "xmldom" : "^0.1.27", + "loglevel" : "1.6.6", + "proj4" : "2.7.5", + "leaflet-draw" : "1.0.4", + "geoportal-access-lib" : "3.4.0", + "node-fetch" : "^2.6.1", + "sortablejs" : "1.8.4", + "proj4leaflet" : "1.0.2", + "leaflet" : "1.7.1" }, + "bundleDependencies" : [], + "scripts" : {}, + "version" : "2.4.0", + "devDependencies" : {}, "homepage" : "https://geoservices.ign.fr/documentation/utilisation_web/extension-leaflet.html", + "repository" : { + "url" : "https://github.com/IGNF/geoportal-extensions.git", + "type" : "git" + }, + "description" : "French Geoportal Extension for Leaflet", + "peerDependencies" : {}, + "directories" : {}, + "name" : "geoportal-extensions-leaflet", "main" : "dist/GpPluginLeaflet-src.js", - "types" : "src/Leaflet/index.d.ts", + "license" : "CECILL-B", "keywords" : [ "geoportail", "plugin", "javascript", "leaflet", "publish" - ], - "license" : "CECILL-B", - "date" : "30/08/2023", - "peerDependencies" : {}, - "name" : "geoportal-extensions-leaflet", - "bundleDependencies" : [], - "directories" : {} + ] } diff --git a/build/scripts/release/package-openlayers.json b/build/scripts/release/package-openlayers.json index 8c6a0514e..79142b38a 100644 --- a/build/scripts/release/package-openlayers.json +++ b/build/scripts/release/package-openlayers.json @@ -1,23 +1,5 @@ { - "dependencies" : { - "xmldom" : "^0.1.27", - "node-fetch" : "^2.6.1", - "ol" : "6.9.0", - "proj4" : "2.7.5", - "loglevel" : "1.6.6", - "eventbusjs" : "0.2.0", - "@mapbox/mapbox-gl-style-spec" : "13.20.1", - "sortablejs" : "1.14.0", - "geoportal-access-lib" : "3.3.4" - }, - "keywords" : [ - "geoportail", - "plugin", - "javascript", - "OpenLayers" - ], - "date" : "04/08/2023", - "name" : "geoportal-extensions-openlayers", + "scripts" : {}, "files" : [ "dist/", "src/", @@ -25,17 +7,36 @@ "README.md", "package.json" ], - "peerDependencies" : {}, - "module" : "src/OpenLayers/index.js", "types" : "src/OpenLayers/index.d.ts", - "repository" : { - "type" : "git", - "url" : "https://github.com/IGNF/geoportal-extensions.git" - }, + "peerDependencies" : {}, "devDependencies" : {}, "bugs" : {}, "license" : "CECILL-B", + "keywords" : [ + "geoportail", + "geoplateforme", + "plugin", + "javascript", + "OpenLayers" + ], + "name" : "geoportal-extensions-openlayers", + "version" : "3.4.0", + "dependencies" : { + "proj4" : "2.7.5", + "sortablejs" : "1.14.0", + "node-fetch" : "^2.6.1", + "eventbusjs" : "0.2.0", + "loglevel" : "1.6.6", + "@mapbox/mapbox-gl-style-spec" : "13.20.1", + "xmldom" : "^0.1.27", + "geoportal-access-lib" : "3.4.0", + "ol" : "6.9.0" + }, "directories" : {}, - "scripts" : {}, - "version" : "3.3.3" + "module" : "src/OpenLayers/index.js", + "repository" : { + "url" : "https://github.com/IGNF/geoportal-extensions.git", + "type" : "git" + }, + "date" : "19/03/2024" } diff --git a/build/webpack/webpack.config.itowns.js b/build/webpack/webpack.config.itowns.js index 1a8d30f55..815c1a118 100644 --- a/build/webpack/webpack.config.itowns.js +++ b/build/webpack/webpack.config.itowns.js @@ -8,7 +8,7 @@ var header = require("string-template"); var glob = require("glob"); // -- plugins -var DefineWebpackPlugin = webpack.DefinePlugin; +var EnvWebpackPlugin = webpack.EnvironmentPlugin; var MiniCssExtractPlugin = require("mini-css-extract-plugin"); var BannerWebPackPlugin = webpack.BannerPlugin; var TerserJsWebPackPlugin = require("terser-webpack-plugin"); @@ -273,9 +273,9 @@ module.exports = (env, argv) => { ] ), /** GESTION DU LOGGER */ - // new DefineWebpackPlugin({ - // __PRODUCTION__ : JSON.stringify(!logMode) - // }), + new EnvWebpackPlugin({ + VERBOSE : logMode + }), /** GENERATION DE LA JSDOC */ new JsDocWebPackPlugin({ conf : path.join(ROOT, "build/jsdoc/jsdoc-itowns.json") diff --git a/build/webpack/webpack.config.leaflet.js b/build/webpack/webpack.config.leaflet.js index a64f84a15..bb7bef527 100644 --- a/build/webpack/webpack.config.leaflet.js +++ b/build/webpack/webpack.config.leaflet.js @@ -8,7 +8,7 @@ var header = require("string-template"); var glob = require("glob"); // -- plugins -var DefineWebpackPlugin = webpack.DefinePlugin; +var EnvWebpackPlugin = webpack.EnvironmentPlugin; var MiniCssExtractPlugin = require("mini-css-extract-plugin"); var BannerWebPackPlugin = webpack.BannerPlugin; var TerserJsWebPackPlugin = require("terser-webpack-plugin"); @@ -245,9 +245,9 @@ module.exports = (env, argv) => { ] ), /** GESTION DU LOGGER */ - // new DefineWebpackPlugin({ - // __PRODUCTION__ : JSON.stringify(!logMode) - // }), + new EnvWebpackPlugin({ + VERBOSE : logMode + }), /** GENERATION DE LA JSDOC */ new JsDocWebPackPlugin({ conf : path.join(ROOT, "build/jsdoc/jsdoc-leaflet.json") diff --git a/build/webpack/webpack.config.openlayers.js b/build/webpack/webpack.config.openlayers.js index e67cd3364..fe3d83cd9 100644 --- a/build/webpack/webpack.config.openlayers.js +++ b/build/webpack/webpack.config.openlayers.js @@ -8,7 +8,7 @@ var header = require("string-template"); var glob = require("glob"); // -- plugins -var DefineWebpackPlugin = webpack.DefinePlugin; +var EnvWebpackPlugin = webpack.EnvironmentPlugin; var MiniCssExtractPlugin = require("mini-css-extract-plugin"); var BannerWebPackPlugin = webpack.BannerPlugin; var TerserJsWebPackPlugin = require("terser-webpack-plugin"); @@ -415,9 +415,9 @@ module.exports = (env, argv) => { ] ), /** GESTION DU LOGGER */ - // new DefineWebpackPlugin({ - // __PRODUCTION__ : JSON.stringify(!logMode) - // }), + new EnvWebpackPlugin({ + VERBOSE : logMode + }), /** GENERATION DE LA JSDOC */ new JsDocWebPackPlugin({ conf : path.join(ROOT, "build/jsdoc/jsdoc-openlayers.json") diff --git a/build/webpack/webpack.config.openlayers.modules.js b/build/webpack/webpack.config.openlayers.modules.js index 8359c9709..c652431e7 100644 --- a/build/webpack/webpack.config.openlayers.modules.js +++ b/build/webpack/webpack.config.openlayers.modules.js @@ -99,32 +99,44 @@ module.exports = (env, argv) => { if (/^ol\/.+$/.test(request)) { // liste des modules ES6 à garder dans le code... if ([ - "ol/events/Event", "ol/events/EventType", + "ol/events/EventType.js", "ol/events", - "ol/obj", - "ol/render/canvas", - "ol/css", - "ol/dom", - "ol/transform", - "ol/asserts", - "ol/AssertionError", - "ol/util", - "ol/render/canvas/LabelCache", - "ol/structs/LRUCache", - "ol/events/Target", - "ol/Disposable", - "ol/functions", - "ol/proj/transforms" + "ol/events.js", + "ol/render/Feature", + "ol/render/Feature.js", + // "ol/obj", + // "ol/css", + // "ol/dom", + // "ol/transform", + // "ol/asserts", + // "ol/AssertionError", + // "ol/util", + // "ol/render/canvas/LabelCache", + // "ol/structs/LRUCache", + // "ol/events/Event", + // "ol/events/Target", + // "ol/Disposable", + // "ol/functions", + // "ol/proj/transforms" ].includes(request)) { - // console.log("#### IN : ", request); + if (devMode) { + console.log("#### MODULE ES6 ONLY : " + request + " (" + context + ")"); + } return callback(); } - // console.log("#### OUT : ", request); - const replacedWith = request.replace(/\//g, '.'); + if (devMode) { + console.log("#### OL : " + request + " (" + context + ")"); + } + const replacedWith = request.replace(/\.js$/g, '').replace(/\//g, '.'); + if (devMode) { + console.log(">>> : ", replacedWith); + } return callback(null, replacedWith); } - // console.log("#### NULL : ", request); + if (devMode) { + console.log("#### OTHER : " + request + " (" + context + ")"); + } callback(); }, /** diff --git a/doc/CHANGELOG-itowns.md b/doc/CHANGELOG-itowns.md index be9932b1a..9af7f1970 100644 --- a/doc/CHANGELOG-itowns.md +++ b/doc/CHANGELOG-itowns.md @@ -7,104 +7,116 @@ and this project adheres to [Semantic Versioning](https://semver.org/spec/v2.0.0 -- [Extension Geoportail iTowns, version 1.0.0](#extension-geoportail-itowns-version-100) +- [Extension Geoplateforme Itowns, version 1.0.0](#extension-geoportail-itowns-version-100) * [Changelog](#changelog) -- [Extension Geoportail Itowns, version 1.1.0](#extension-geoportail-itowns-version-110) +- [Extension Geoplateforme Itowns, version 1.1.0](#extension-geoportail-itowns-version-110) * [Summary](#summary) * [Changelog](#changelog-1) -- [Extension Geoportail Itowns, version 2.0.0](#extension-geoportail-itowns-version-200) +- [Extension Geoplateforme Itowns, version 2.0.0](#extension-geoportail-itowns-version-200) * [Summary](#summary-1) -- [Extension Geoportail Itowns, version 2.1.0](#extension-geoportail-itowns-version-210) +- [Extension Geoplateforme Itowns, version 2.1.0](#extension-geoportail-itowns-version-210) * [Summary](#summary-2) * [Changelog](#changelog-2) -- [Extension Geoportail Itowns, version 2.1.1](#extension-geoportail-itowns-version-211) +- [Extension Geoplateforme Itowns, version 2.1.1](#extension-geoportail-itowns-version-211) * [Summary](#summary-3) * [Changelog](#changelog-3) - [Extension Géoportail pour Itowns, version 2.1.2](#extension-geoportail-pour-itowns-version-212) * [Summary](#summary-4) -- [Extension Geoportail Itowns, version 2.2.1](#extension-geoportail-itowns-version-221) +- [Extension Geoplateforme Itowns, version 2.2.1](#extension-geoportail-itowns-version-221) * [Summary](#summary-5) * [Changelog](#changelog-4) -- [Extension Geoportail Itowns, version 2.2.2](#extension-geoportail-itowns-version-222) +- [Extension Geoplateforme Itowns, version 2.2.2](#extension-geoportail-itowns-version-222) * [Summary](#summary-6) * [Changelog](#changelog-5) -- [Extension Geoportail Itowns, version 2.2.3](#extension-geoportail-itowns-version-223) +- [Extension Geoplateforme Itowns, version 2.2.3](#extension-geoportail-itowns-version-223) * [Summary](#summary-7) * [Changelog](#changelog-6) -- [Extension Geoportail Itowns, version 2.2.4](#extension-geoportail-itowns-version-224) +- [Extension Geoplateforme Itowns, version 2.2.4](#extension-geoportail-itowns-version-224) * [Summary](#summary-8) * [Changelog](#changelog-7) -- [Extension Geoportail Itowns, version 2.2.5](#extension-geoportail-itowns-version-225) +- [Extension Geoplateforme Itowns, version 2.2.5](#extension-geoportail-itowns-version-225) * [Summary](#summary-9) * [Changelog](#changelog-8) -- [Extension Geoportail Itowns, version 2.2.6](#extension-geoportail-itowns-version-226) +- [Extension Geoplateforme Itowns, version 2.2.6](#extension-geoportail-itowns-version-226) * [Summary](#summary-10) * [Changelog](#changelog-9) -- [Extension Geoportail Itowns, version 2.2.7](#extension-geoportail-itowns-version-227) +- [Extension Geoplateforme Itowns, version 2.2.7](#extension-geoportail-itowns-version-227) * [Summary](#summary-11) * [Changelog](#changelog-10) -- [Extension Geoportail Itowns, version 2.2.8](#extension-geoportail-itowns-version-228) +- [Extension Geoplateforme Itowns, version 2.2.8](#extension-geoportail-itowns-version-228) * [Summary](#summary-12) * [Changelog](#changelog-11) -- [Extension Geoportail Itowns, version 2.2.9](#extension-geoportail-itowns-version-229) +- [Extension Geoplateforme Itowns, version 2.2.9](#extension-geoportail-itowns-version-229) * [Summary](#summary-13) * [Changelog](#changelog-12) -- [Extension Geoportail Itowns, version 2.1.0](#extension-geoportail-itowns-version-210-1) +- [Extension Geoplateforme Itowns, version 2.1.0](#extension-geoportail-itowns-version-210-1) * [Summary](#summary-14) * [Changelog](#changelog-13) -- [Extension Geoportail Itowns, version 2.3.1](#extension-geoportail-itowns-version-231) +- [Extension Geoplateforme Itowns, version 2.3.1](#extension-geoportail-itowns-version-231) * [Summary](#summary-15) * [Changelog](#changelog-14) -- [Extension Geoportail Itowns, version 2.3.2](#extension-geoportail-itowns-version-232) +- [Extension Geoplateforme Itowns, version 2.3.2](#extension-geoportail-itowns-version-232) * [Summary](#summary-16) * [Changelog](#changelog-15) -- [Extension Geoportail Itowns, version 2.3.3](#extension-geoportail-itowns-version-233) +- [Extension Geoplateforme Itowns, version 2.3.3](#extension-geoportail-itowns-version-233) * [Summary](#summary-17) * [Changelog](#changelog-16) -- [Extension Geoportail Itowns, version 2.3.4](#extension-geoportail-itowns-version-234) +- [Extension Geoplateforme Itowns, version 2.3.4](#extension-geoportail-itowns-version-234) * [Summary](#summary-18) * [Changelog](#changelog-17) -- [Extension Geoportail Itowns, version 2.3.5](#extension-geoportail-itowns-version-235) +- [Extension Geoplateforme Itowns, version 2.3.5](#extension-geoportail-itowns-version-235) * [Summary](#summary-19) * [Changelog](#changelog-18) -- [Extension Geoportail Itowns, version 2.3.6](#extension-geoportail-itowns-version-236) +- [Extension Geoplateforme Itowns, version 2.3.6](#extension-geoportail-itowns-version-236) * [Summary](#summary-20) * [Changelog](#changelog-19) -- [Extension Geoportail Itowns, version 2.3.7](#extension-geoportail-itowns-version-237) +- [Extension Geoplateforme Itowns, version 2.3.7](#extension-geoportail-itowns-version-237) * [Summary](#summary-21) * [Changelog](#changelog-20) -- [Extension Geoportail Itowns, version 2.3.8](#extension-geoportail-itowns-version-238) +- [Extension Geoplateforme Itowns, version 2.3.8](#extension-geoportail-itowns-version-238) * [Summary](#summary-22) * [Changelog](#changelog-21) -- [Extension Geoportail Itowns, version 2.3.9](#extension-geoportail-itowns-version-239) +- [Extension Geoplateforme Itowns, version 2.3.9](#extension-geoportail-itowns-version-239) * [Summary](#summary-23) * [Changelog](#changelog-22) -- [Extension Geoportail Itowns, version 2.3.10](#extension-geoportail-itowns-version-2310) +- [Extension Geoplateforme Itowns, version 2.3.10](#extension-geoportail-itowns-version-2310) * [Summary](#summary-24) * [Changelog](#changelog-23) -- [Extension Geoportail Itowns, version 2.3.11](#extension-geoportail-itowns-version-2311) +- [Extension Geoplateforme Itowns, version 2.3.11](#extension-geoportail-itowns-version-2311) * [Summary](#summary-25) * [Changelog](#changelog-24) -- [Extension Geoportail Itowns, version 2.4.0](#extension-geoportail-itowns-version-240) +- [Extension Geoplateforme Itowns, version 2.4.0](#extension-geoportail-itowns-version-240) * [Summary](#summary-26) * [Changelog](#changelog-25) * [Avant :](#avant-) * [Maintenant :](#maintenant-) -- [Extension Geoportail Itowns, version 2.4.1](#extension-geoportail-itowns-version-241) +- [Extension Geoplateforme Itowns, version 2.4.1](#extension-geoportail-itowns-version-241) * [Summary](#summary-27) * [Changelog](#changelog-26) -- [Extension Geoportail Itowns, version 2.4.2](#extension-geoportail-itowns-version-242) +- [Extension Geoplateforme Itowns, version 2.4.2](#extension-geoportail-itowns-version-242) * [Summary](#summary-28) * [Changelog](#changelog-27) -- [Extension Geoportail Itowns, version 2.4.3](#extension-geoportail-itowns-version-243) +- [Extension Geoplateforme Itowns, version 2.4.3](#extension-geoportail-itowns-version-243) * [Summary](#summary-29) * [Changelog](#changelog-28) +- [Extension Geoplateforme Itowns, version 2.5.0-beta](#extension-geoportail-itowns-version-250-beta) + * [Summary](#summary-30) + * [Changelog](#changelog-29) +- [Extension Geoplateforme Itowns, version 2.5.0-beta2](#extension-geoportail-itowns-version-250-beta2) + * [Summary](#summary-31) + * [Changelog](#changelog-30) +- [Extension Geoplateforme Itowns, version 2.5.0-beta3](#extension-geoportail-itowns-version-250-beta3) + * [Summary](#summary-32) + * [Changelog](#changelog-31) +- [Extension Geoplateforme Itowns, version 2.5.0-beta4](#extension-geoportail-itowns-version-250-beta4) + * [Summary](#summary-33) + * [Changelog](#changelog-32) --- -# Extension Geoportail iTowns, version 1.0.0 +# Extension Geoplateforme Itowns, version 1.0.0 **14/03/2018 : 1.0.0** release of the Geoportal Extension for iTowns @@ -122,9 +134,9 @@ and this project adheres to [Semantic Versioning](https://semver.org/spec/v2.0.0 --- -# Extension Geoportail Itowns, version 1.1.0 +# Extension Geoplateforme Itowns, version 1.1.0 -**09/04/2018 : 1.1.0** Release Extension Geoportail Itowns +**09/04/2018 : 1.1.0** Release Extension Geoplateforme Itowns ## Summary @@ -138,9 +150,9 @@ and this project adheres to [Semantic Versioning](https://semver.org/spec/v2.0.0 --- -# Extension Geoportail Itowns, version 2.0.0 +# Extension Geoplateforme Itowns, version 2.0.0 -**10/04/2018 : 2.0.0** Release Extension Geoportail Itowns +**10/04/2018 : 2.0.0** Release Extension Geoplateforme Itowns ## Summary @@ -148,9 +160,9 @@ Migration du projet sous [Webpack](http://webpack.github.io/) ainsi que les sour --- -# Extension Geoportail Itowns, version 2.1.0 +# Extension Geoplateforme Itowns, version 2.1.0 -**10/08/2018 : 2.1.0** Release Extension Geoportail Itowns +**10/08/2018 : 2.1.0** Release Extension Geoplateforme Itowns ## Summary @@ -174,9 +186,9 @@ Documentation : --- -# Extension Geoportail Itowns, version 2.1.1 +# Extension Geoplateforme Itowns, version 2.1.1 -**03/09/2018 : 2.1.1** Release Extension Geoportail Itowns +**03/09/2018 : 2.1.1** Release Extension Geoplateforme Itowns ## Summary @@ -203,10 +215,10 @@ Version 2.1.2 de l'extension Géoportail pour Itowns : --- -# Extension Geoportail Itowns, version 2.2.1 +# Extension Geoplateforme Itowns, version 2.2.1 **05/09/2019 : version 2.2.1** -> Release Extension Geoportail Itowns +> Release Extension Geoplateforme Itowns ## Summary @@ -249,10 +261,10 @@ Version 2.1.2 de l'extension Géoportail pour Itowns : --- -# Extension Geoportail Itowns, version 2.2.2 +# Extension Geoplateforme Itowns, version 2.2.2 **09/09/2019** -> Release Extension Geoportail Itowns +> Release Extension Geoplateforme Itowns ## Summary @@ -271,10 +283,10 @@ Version 2.1.2 de l'extension Géoportail pour Itowns : --- -# Extension Geoportail Itowns, version 2.2.3 +# Extension Geoplateforme Itowns, version 2.2.3 **24/09/2019** -> Release Extension Geoportail Itowns +> Release Extension Geoplateforme Itowns ## Summary @@ -292,10 +304,10 @@ Version 2.1.2 de l'extension Géoportail pour Itowns : --- -# Extension Geoportail Itowns, version 2.2.4 +# Extension Geoplateforme Itowns, version 2.2.4 **16/10/2019** -> Release Extension Geoportail Itowns +> Release Extension Geoplateforme Itowns ## Summary @@ -311,10 +323,10 @@ Version 2.1.2 de l'extension Géoportail pour Itowns : --- -# Extension Geoportail Itowns, version 2.2.5 +# Extension Geoplateforme Itowns, version 2.2.5 **22/11/2019** -> Release Extension Geoportail Itowns +> Release Extension Geoplateforme Itowns ## Summary @@ -329,10 +341,10 @@ Mise à jour d'iTowns pour l'ajout de couche vecteur tuilé via les extensions G --- -# Extension Geoportail Itowns, version 2.2.6 +# Extension Geoplateforme Itowns, version 2.2.6 **24/01/2020** -> Release Extension Geoportail Itowns +> Release Extension Geoplateforme Itowns ## Summary @@ -348,10 +360,10 @@ Mise à jour d'iTowns pour l'ajout de couche vecteur tuilé via les extensions G --- -# Extension Geoportail Itowns, version 2.2.7 +# Extension Geoplateforme Itowns, version 2.2.7 **06/03/2020** -> Release Extension Geoportail Itowns +> Release Extension Geoplateforme Itowns ## Summary @@ -369,10 +381,10 @@ Mise à jour des dépendances iTowns et ajout d'un sniffer de requêtes --- -# Extension Geoportail Itowns, version 2.2.8 +# Extension Geoplateforme Itowns, version 2.2.8 **26/03/2020** -> Release Extension Geoportail Itowns +> Release Extension Geoplateforme Itowns ## Summary @@ -388,10 +400,10 @@ Correction majeure sur les interactions de la souris avec les controles 3D, et a --- -# Extension Geoportail Itowns, version 2.2.9 +# Extension Geoplateforme Itowns, version 2.2.9 **02/04/2020** -> Release Extension Geoportail Itowns +> Release Extension Geoplateforme Itowns ## Summary @@ -405,9 +417,9 @@ Correction majeure sur les interactions de la souris avec les controles 3D, et a --- -# Extension Geoportail Itowns, version 2.1.0 +# Extension Geoplateforme Itowns, version 2.1.0 -**10/08/2018 : 2.1.0** Release Extension Geoportail Itowns +**10/08/2018 : 2.1.0** Release Extension Geoplateforme Itowns ## Summary @@ -430,10 +442,10 @@ Documentation : * Mise à jour de la documentation des fichiers README : version des releases, liens d'accès direct, documentation des widgets d'échelle et du miniglobe --- -# Extension Geoportail Itowns, version 2.3.1 +# Extension Geoplateforme Itowns, version 2.3.1 **12/02/2021** -> Release Extension Geoportail Itowns +> Release Extension Geoplateforme Itowns ## Summary @@ -457,10 +469,10 @@ Documentation : * [Security] --- -# Extension Geoportail Itowns, version 2.3.2 +# Extension Geoplateforme Itowns, version 2.3.2 **30/03/2021** -> Release Extension Geoportail itowns +> Release Extension Geoplateforme Itowns ## Summary @@ -486,14 +498,14 @@ Documentation : * [Security] --- -# Extension Geoportail Itowns, version 2.3.3 +# Extension Geoplateforme Itowns, version 2.3.3 **16/06/2021** -> Release Extension Geoportail itowns +> Release Extension Geoplateforme Itowns ## Summary -Mise à jour de l'extension géoportail pour iTowns avec itowns en version 2.33 +Mise à jour de l'extension géoplateforme pour iTowns avec itowns en version 2.33 ## Changelog @@ -512,10 +524,10 @@ Mise à jour de l'extension géoportail pour iTowns avec itowns en version 2.33 * [Security] --- -# Extension Geoportail Itowns, version 2.3.4 +# Extension Geoplateforme Itowns, version 2.3.4 **03/12/2021** -> Release Extension Geoportail itowns +> Release Extension Geoplateforme Itowns ## Summary @@ -538,10 +550,10 @@ Utilisation de plusieurs clefs * [Security] --- -# Extension Geoportail Itowns, version 2.3.5 +# Extension Geoplateforme Itowns, version 2.3.5 **13/01/2022** -> Release Extension Geoportail itowns +> Release Extension Geoplateforme Itowns ## Summary @@ -564,10 +576,10 @@ Changements mineurs sur les problématiques d'accessibilité * [Security] --- -# Extension Geoportail Itowns, version 2.3.6 +# Extension Geoplateforme Itowns, version 2.3.6 **04/03/2022** -> Release Extension Geoportail itowns +> Release Extension Geoplateforme Itowns ## Summary @@ -590,10 +602,10 @@ iTowns version 2.37 et mise à jour des dépendances threejs et proj4 * [Security] --- -# Extension Geoportail Itowns, version 2.3.7 +# Extension Geoplateforme Itowns, version 2.3.7 **01/08/2022** -> Release Extension Geoportail itowns +> Release Extension Geoplateforme Itowns ## Summary @@ -619,14 +631,14 @@ Mise à jour d'iTowns en version 2.38.2 et ajout d'un control de visualisation d * [Security] --- -# Extension Geoportail Itowns, version 2.3.8 +# Extension Geoplateforme Itowns, version 2.3.8 **04/10/2022** -> Release Extension Geoportail itowns +> Release Extension Geoplateforme Itowns ## Summary -Mise à jour de la bibliothèque d'accès aux services Geoportail +Mise à jour de la bibliothèque d'accès aux services Geoplateforme ## Changelog @@ -645,10 +657,10 @@ Mise à jour de la bibliothèque d'accès aux services Geoportail * [Security] --- -# Extension Geoportail Itowns, version 2.3.9 +# Extension Geoplateforme Itowns, version 2.3.9 **04/10/2022** -> Release Extension Geoportail itowns +> Release Extension Geoplateforme Itowns ## Summary @@ -667,10 +679,10 @@ Mise à jour de la bibliothèque d'accès aux services Geoportail * [Security] --- -# Extension Geoportail Itowns, version 2.3.10 +# Extension Geoplateforme Itowns, version 2.3.10 **17/01/2023** -> Release Extension Geoportail itowns +> Release Extension Geoplateforme Itowns ## Summary @@ -697,10 +709,10 @@ Ajout des déclarations typescript * [Security] --- -# Extension Geoportail Itowns, version 2.3.11 +# Extension Geoplateforme Itowns, version 2.3.11 **01/06/2023** -> Release Extension Geoportail itowns +> Release Extension Geoplateforme Itowns ## Summary @@ -724,13 +736,13 @@ Requete du service alti via les widgets de mousePosition et de profil alti * [Security] --- -# Extension Geoportail Itowns, version 2.4.0 +# Extension Geoplateforme Itowns, version 2.4.0 **07/06/2023** -> Release Extension Geoportail itowns +> Release Extension Geoplateforme Itowns ## Summary -Retrait total de l'utilisation du service d'autoconfiguration et utilisation de fichiers de configuration json générés quotidiennement à partir des getCapabilities des services du Geoportail. +Retrait total de l'utilisation du service d'autoconfiguration et utilisation de fichiers de configuration json générés quotidiennement à partir des getCapabilities des services du Geoplatform. L'ensemble des services de calcul appelés via la bibliothèque d'accès sont désormais appelés avec la clé "calcul" par défaut dans la bibliothèque d'accès. Le paramètre "apiKey" n'est donc plus nécessaire pour appeler les services de géocodage, d'itinéraire, d'isochrone, d'altimétrie et d'autocomplétion, que ce soit directement depuis la bibliothèque d'accès ou via les widgets des extensions Géoportail. @@ -747,7 +759,7 @@ Il est également possible de générer son propre fichier de configuration à p * [Added] * [Changed] - - mise à jour de la bibliothèque d'accès aux services Geoportail en version 3.3.0 (#364) + - mise à jour de la bibliothèque d'accès aux services Geoplatform en version 3.3.0 (#364) - **BC** : paramètre "customConfigFile" pour appeler un fichier de configuration local (#364) ##### Avant : ```html @@ -779,7 +791,7 @@ Gp.Services.getConfig({ * [Removed] - **BC** : les originators ne sont plus renvoyés dans la configuration. Il faut les ajouter manuellement aux couches. ```javascript -// Couche WMTS Geoportail +// Couche WMTS Geoplatform globeView.addLayer(new Gp.itownsExtended.layer.GeoportalWMTS({ layer: "ORTHOIMAGERY.ORTHOPHOTOS", itownsParams: { @@ -820,7 +832,7 @@ globeView.addLayer(new Gp.itownsExtended.layer.GeoportalWMTS({ ``` - **BC** : Les metadatas sont utilisées dans les API par le contrôle gestionnaire de couches (LayerSwitcher). Celui-ci va lire les metadatas des couches ajoutées à la carte et les afficher dans l'encart d'information dédié du LayerSwitcher. **Pour les couches WMTS uniquement**, désormais, pour que les metadatas apparaissent dans l'onglet "informations" du LayerSwitcher, il faudra les renseigner manuellement à la configuration de la couche Géoportail lors de son ajout à la carte. ```javascript -// Couche WMTS Geoportail +// Couche WMTS Geoplatform globeView.addLayer(new Gp.itownsExtended.layer.GeoportalWMTS({ layer: "ORTHOIMAGERY.ORTHOPHOTOS", ssl: true, @@ -838,10 +850,10 @@ globeView.addLayer(new Gp.itownsExtended.layer.GeoportalWMTS({ * [Security] --- -# Extension Geoportail Itowns, version 2.4.1 +# Extension Geoplateforme Itowns, version 2.4.1 **07/06/2023** -> Release Extension Geoportail itowns +> Release Extension Geoplateforme Itowns ## Summary @@ -860,10 +872,10 @@ globeView.addLayer(new Gp.itownsExtended.layer.GeoportalWMTS({ * [Security] --- -# Extension Geoportail Itowns, version 2.4.2 +# Extension Geoplateforme Itowns, version 2.4.2 **21/07/2023** -> Release Extension Geoportail itowns +> Release Extension Geoplateforme Itowns ## Summary @@ -886,10 +898,10 @@ Mise à jour de la version de la bibliothèque d'accès 3.3.2 * [Security] --- -# Extension Geoportail Itowns, version 2.4.3 +# Extension Geoplateforme Itowns, version 2.4.3 **04/08/2023** -> Release Extension Geoportail itowns +> Release Extension Geoplateforme Itowns ## Summary @@ -913,3 +925,104 @@ Mise à jour de la bibliothèque d'accès aux services Géoportail. * [Security] --- +# Extension Geoplateforme Itowns, version 2.5.0-beta + +**21/09/2023** +> Release Extension Geoplateforme Itowns + +## Summary + +Mise à jour de la bibliothèque d'accès aux services Géoportail. + +## Changelog + +* [Added] + +* [Changed] + + - access-lib 3.3.4 + +* [Deprecated] + +* [Removed] + +* [Fixed] + +* [Security] + +--- +# Extension Geoplateforme Itowns, version 2.5.0-beta2 + +**27/10/2023** +> Release Extension Geoplateforme Itowns + +## Summary + +Utilisation du service de Geocodage de la Geoplateforme + +## Changelog + +* [Added] + +* [Changed] + + - les widgets utilisent désormais par défaut les services d'autocomplétion et de geocodage direct et inverse de la Geoplateforme + - utilisation de la version 3.4.0-beta2 de la bibliothèque d'accès + +* [Deprecated] + +* [Removed] + +* [Fixed] + +* [Security] + +--- +# Extension Geoplateforme Itowns, version 2.5.0-beta3 + +**21/11/2023** +> Release Extension Geoplateforme Itowns + +## Summary + +Ajout possible de couches à accès restreint via une fichier de configuration custom + +## Changelog + +* [Added] + +* [Changed] + + - possibilité d'ajout automatique de couches IGN à accès restreint + +* [Deprecated] + +* [Removed] + +* [Fixed] + +* [Security] + +--- +# Extension Geoplateforme Itowns, version 2.5.0-beta4 + +**14/12/2023** +> Release Extension Geoplateforme Itowns + +## Summary + +## Changelog + +* [Added] + +* [Changed] + +* [Deprecated] + +* [Removed] + +* [Fixed] + +* [Security] + +--- diff --git a/doc/CHANGELOG-leaflet.md b/doc/CHANGELOG-leaflet.md index f534193d6..1af2f1b79 100644 --- a/doc/CHANGELOG-leaflet.md +++ b/doc/CHANGELOG-leaflet.md @@ -7,106 +7,121 @@ and this project adheres to [Semantic Versioning](https://semver.org/spec/v2.0.0 -- [Extension Geoportail Leaflet, version 0.8.0](#extension-geoportail-leaflet-version-080) +- [Extension Geoplateforme Leaflet, version 0.8.0](#extension-geoportail-leaflet-version-080) * [Changelog](#changelog) -- [Extension Geoportail Leaflet, version 0.9.0](#extension-geoportail-leaflet-version-090) +- [Extension Geoplateforme Leaflet, version 0.9.0](#extension-geoportail-leaflet-version-090) * [Summary](#summary) * [New Features :](#new-features-) + [Additional widgets :](#additional-widgets-) + [Others features](#others-features) * [ChangeLog](#changelog) -- [Extension Geoportail Leaflet, version 0.9.1](#extension-geoportail-leaflet-version-091) +- [Extension Geoplateforme Leaflet, version 0.9.1](#extension-geoportail-leaflet-version-091) * [Summary](#summary-1) -- [Extension Geoportail Leaflet, version 1.0.0](#extension-geoportail-leaflet-version-100) +- [Extension Geoplateforme Leaflet, version 1.0.0](#extension-geoportail-leaflet-version-100) * [Summary](#summary-2) * [Changelog](#changelog-1) -- [Extension Geoportail Leaflet, version 1.1.0](#extension-geoportail-leaflet-version-110) +- [Extension Geoplateforme Leaflet, version 1.1.0](#extension-geoportail-leaflet-version-110) * [Summary](#summary-3) * [Changelog](#changelog-2) -- [Extension Geoportail Leaflet, version 2.0.1](#extension-geoportail-leaflet-version-201) +- [Extension Geoplateforme Leaflet, version 2.0.1](#extension-geoportail-leaflet-version-201) * [Summary](#summary-4) -- [Extension Geoportail Leaflet, version 2.0.2](#extension-geoportail-leaflet-version-202) +- [Extension Geoplateforme Leaflet, version 2.0.2](#extension-geoportail-leaflet-version-202) * [Summary](#summary-5) * [Changelog](#changelog-3) - [Extension Géoportail pour Leaflet, version 2.0.3](#extension-geoportail-pour-leaflet-version-203) - [Summary](#summary-6) -- [Extension Geoportail Leaflet, version 2.1.1](#extension-geoportail-leaflet-version-211) +- [Extension Geoplateforme Leaflet, version 2.1.1](#extension-geoportail-leaflet-version-211) * [Summary](#summary-7) * [Changelog](#changelog-4) -- [Extension Geoportail Leaflet, version 2.1.2](#extension-geoportail-leaflet-version-212) +- [Extension Geoplateforme Leaflet, version 2.1.2](#extension-geoportail-leaflet-version-212) * [Summary](#summary-8) * [Changelog](#changelog-5) -- [Extension Geoportail Leaflet, version 2.1.3](#extension-geoportail-leaflet-version-213) +- [Extension Geoplateforme Leaflet, version 2.1.3](#extension-geoportail-leaflet-version-213) * [Summary](#summary-9) * [Changelog](#changelog-6) -- [Extension Geoportail Leaflet, version 2.1.4](#extension-geoportail-leaflet-version-214) +- [Extension Geoplateforme Leaflet, version 2.1.4](#extension-geoportail-leaflet-version-214) * [Summary](#summary-10) * [Changelog](#changelog-7) -- [Extension Geoportail Leaflet, version 2.1.5](#extension-geoportail-leaflet-version-215) +- [Extension Geoplateforme Leaflet, version 2.1.5](#extension-geoportail-leaflet-version-215) * [Summary](#summary-11) * [Changelog](#changelog-8) -- [Extension Geoportail Leaflet, version 2.1.6](#extension-geoportail-leaflet-version-216) +- [Extension Geoplateforme Leaflet, version 2.1.6](#extension-geoportail-leaflet-version-216) * [Summary](#summary-12) * [Changelog](#changelog-9) -- [Extension Geoportail Leaflet, version 2.1.7](#extension-geoportail-leaflet-version-217) +- [Extension Geoplateforme Leaflet, version 2.1.7](#extension-geoportail-leaflet-version-217) * [Summary](#summary-13) * [Changelog](#changelog-10) -- [Extension Geoportail Leaflet, version 2.1.8](#extension-geoportail-leaflet-version-218) +- [Extension Geoplateforme Leaflet, version 2.1.8](#extension-geoportail-leaflet-version-218) * [Summary](#summary-14) * [Changelog](#changelog-11) -- [Extension Geoportail Leaflet, version 2.1.9](#extension-geoportail-leaflet-version-219) +- [Extension Geoplateforme Leaflet, version 2.1.9](#extension-geoportail-leaflet-version-219) * [Summary](#summary-15) * [Changelog](#changelog-12) -- [Extension Geoportail Leaflet, version 2.1.10](#extension-geoportail-leaflet-version-2110) +- [Extension Geoplateforme Leaflet, version 2.1.10](#extension-geoportail-leaflet-version-2110) * [Summary](#summary-16) * [Changelog](#changelog-13) -- [Extension Geoportail Leaflet, version 2.2.0](#extension-geoportail-leaflet-version-220) +- [Extension Geoplateforme Leaflet, version 2.2.0](#extension-geoportail-leaflet-version-220) * [Summary](#summary-17) * [Changelog](#changelog-14) -- [Extension Geoportail Leaflet, version 2.2.1](#extension-geoportail-leaflet-version-221) +- [Extension Geoplateforme Leaflet, version 2.2.1](#extension-geoportail-leaflet-version-221) * [Summary](#summary-18) * [Changelog](#changelog-15) -- [Extension Geoportail Leaflet, version 2.2.2](#extension-geoportail-leaflet-version-222) +- [Extension Geoplateforme Leaflet, version 2.2.2](#extension-geoportail-leaflet-version-222) * [Summary](#summary-19) * [Changelog](#changelog-16) -- [Extension Geoportail Leaflet, version 2.2.3](#extension-geoportail-leaflet-version-223) +- [Extension Geoplateforme Leaflet, version 2.2.3](#extension-geoportail-leaflet-version-223) * [Summary](#summary-20) * [Changelog](#changelog-17) -- [Extension Geoportail Leaflet, version 2.2.4](#extension-geoportail-leaflet-version-224) +- [Extension Geoplateforme Leaflet, version 2.2.4](#extension-geoportail-leaflet-version-224) * [Summary](#summary-21) * [Changelog](#changelog-18) -- [Extension Geoportail Leaflet, version 2.2.5](#extension-geoportail-leaflet-version-225) +- [Extension Geoplateforme Leaflet, version 2.2.5](#extension-geoportail-leaflet-version-225) * [Summary](#summary-22) * [Changelog](#changelog-19) -- [Extension Geoportail Leaflet, version 2.2.7](#extension-geoportail-leaflet-version-227) +- [Extension Geoplateforme Leaflet, version 2.2.7](#extension-geoportail-leaflet-version-227) * [Summary](#summary-23) * [Changelog](#changelog-20) -- [Extension Geoportail Leaflet, version 2.2.8](#extension-geoportail-leaflet-version-228) +- [Extension Geoplateforme Leaflet, version 2.2.8](#extension-geoportail-leaflet-version-228) * [Summary](#summary-24) * [Changelog](#changelog-21) -- [Extension Geoportail Leaflet, version 2.2.9](#extension-geoportail-leaflet-version-229) +- [Extension Geoplateforme Leaflet, version 2.2.9](#extension-geoportail-leaflet-version-229) * [Summary](#summary-25) * [Changelog](#changelog-22) -- [Extension Geoportail Leaflet, version 2.3.0](#extension-geoportail-leaflet-version-230) +- [Extension Geoplateforme Leaflet, version 2.3.0](#extension-geoportail-leaflet-version-230) * [Summary](#summary-26) * [Changelog](#changelog-23) * [Avant :](#avant-) * [Maintenant :](#maintenant-) -- [Extension Geoportail Leaflet, version 2.3.1](#extension-geoportail-leaflet-version-231) +- [Extension Geoplateforme Leaflet, version 2.3.1](#extension-geoportail-leaflet-version-231) * [Summary](#summary-27) * [Changelog](#changelog-24) -- [Extension Geoportail Leaflet, version 2.3.2](#extension-geoportail-leaflet-version-232) +- [Extension Geoplateforme Leaflet, version 2.3.2](#extension-geoportail-leaflet-version-232) * [Summary](#summary-28) * [Changelog](#changelog-25) -- [Extension Geoportail Leaflet, version 2.3.3](#extension-geoportail-leaflet-version-233) +- [Extension Geoplateforme Leaflet, version 2.3.3](#extension-geoportail-leaflet-version-233) * [Summary](#summary-29) * [Changelog](#changelog-26) +- [Extension Geoplateforme Leaflet, version 2.3.4](#extension-geoportail-leaflet-version-234) + * [Summary](#summary-30) + * [Changelog](#changelog-27) +- [Extension Geoplateforme Leaflet, version 2.4.0-beta](#extension-geoportail-leaflet-version-240-beta) + * [Summary](#summary-31) + * [Changelog](#changelog-28) +- [Extension Geoplateforme Leaflet, version 2.4.0-beta2](#extension-geoportail-leaflet-version-240-beta2) + * [Summary](#summary-32) + * [Changelog](#changelog-29) +- [Extension Geoplateforme Leaflet, version 2.4.0-beta3](#extension-geoportail-leaflet-version-240-beta3) + * [Summary](#summary-33) + * [Changelog](#changelog-30) +- [Extension Geoplateforme Leaflet, version 2.4.0-beta4](#extension-geoportail-leaflet-version-240-beta4) + * [Summary](#summary-34) + * [Changelog](#changelog-31) --- -# Extension Geoportail Leaflet, version 0.8.0 +# Extension Geoplateforme Leaflet, version 0.8.0 **08/06/2016 : 0.8.0** release of the Geoportal Extension for Leaflet @@ -129,7 +144,7 @@ and this project adheres to [Semantic Versioning](https://semver.org/spec/v2.0.0 --- -# Extension Geoportail Leaflet, version 0.9.0 +# Extension Geoplateforme Leaflet, version 0.9.0 **04/12/2016 : 0.9.0** release of the Geoportal Extension for Leaflet @@ -169,7 +184,7 @@ and this project adheres to [Semantic Versioning](https://semver.org/spec/v2.0.0 --- -# Extension Geoportail Leaflet, version 0.9.1 +# Extension Geoplateforme Leaflet, version 0.9.1 **17/08/2017 : 0.9.1** release of the Geoportal Extension for Leaflet @@ -191,9 +206,9 @@ So, you can use the widget *ReverseGeocoding* and *ElevationPath* with this newe --- -# Extension Geoportail Leaflet, version 1.0.0 +# Extension Geoplateforme Leaflet, version 1.0.0 -**11/12/2017 : 1.0.0** Release Extension Geoportail Leaflet +**11/12/2017 : 1.0.0** Release Extension Geoplateforme Leaflet ## Summary @@ -227,9 +242,9 @@ debugs divers ... --- -# Extension Geoportail Leaflet, version 1.1.0 +# Extension Geoplateforme Leaflet, version 1.1.0 -**09/04/2018 : 1.1.0** Release Extension Geoportail Leaflet +**09/04/2018 : 1.1.0** Release Extension Geoplateforme Leaflet ## Summary @@ -247,9 +262,9 @@ debugs divers ... --- -# Extension Geoportail Leaflet, version 2.0.1 +# Extension Geoplateforme Leaflet, version 2.0.1 -**11/04/2018 : 2.0.1** Release Extension Geoportail Leaflet +**11/04/2018 : 2.0.1** Release Extension Geoplateforme Leaflet ## Summary @@ -257,9 +272,9 @@ Migration du projet sous [Webpack](http://webpack.github.io/) ainsi que les sour --- -# Extension Geoportail Leaflet, version 2.0.2 +# Extension Geoplateforme Leaflet, version 2.0.2 -**10/08/2018 : 2.0.2** Release Extension Geoportail Leaflet +**10/08/2018 : 2.0.2** Release Extension Geoplateforme Leaflet ## Summary @@ -296,10 +311,10 @@ Version 2.0.3 de l'extension Géoportail pour Leaflet : --- -# Extension Geoportail Leaflet, version 2.1.1 +# Extension Geoplateforme Leaflet, version 2.1.1 **05/09/2019 : version 2.1.1** -> Release Extension Geoportail Leaflet +> Release Extension Geoplateforme Leaflet ## Summary @@ -336,10 +351,10 @@ Version 2.0.3 de l'extension Géoportail pour Leaflet : --- -# Extension Geoportail Leaflet, version 2.1.2 +# Extension Geoplateforme Leaflet, version 2.1.2 **09/09/2019** -> Release Extension Geoportail Leaflet +> Release Extension Geoplateforme Leaflet ## Summary @@ -358,10 +373,10 @@ Version 2.0.3 de l'extension Géoportail pour Leaflet : --- -# Extension Geoportail Leaflet, version 2.1.3 +# Extension Geoplateforme Leaflet, version 2.1.3 **24/09/2019** -> Release Extension Geoportail Leaflet +> Release Extension Geoplateforme Leaflet ## Summary @@ -380,10 +395,10 @@ Version 2.0.3 de l'extension Géoportail pour Leaflet : --- -# Extension Geoportail Leaflet, version 2.1.4 +# Extension Geoplateforme Leaflet, version 2.1.4 **24/09/2019** -> Release Extension Geoportail Leaflet +> Release Extension Geoplateforme Leaflet ## Summary @@ -402,10 +417,10 @@ Version 2.0.3 de l'extension Géoportail pour Leaflet : --- -# Extension Geoportail Leaflet, version 2.1.5 +# Extension Geoplateforme Leaflet, version 2.1.5 **16/10/2019** -> Release Extension Geoportail Leaflet +> Release Extension Geoplateforme Leaflet ## Summary @@ -419,10 +434,10 @@ Version 2.0.3 de l'extension Géoportail pour Leaflet : --- -# Extension Geoportail Leaflet, version 2.1.6 +# Extension Geoplateforme Leaflet, version 2.1.6 **01/07/2020** -> Release Extension Geoportail Leaflet +> Release Extension Geoplateforme Leaflet ## Summary @@ -441,10 +456,10 @@ Mise à jour des dépendances (#263) et correctifs mineurs - suppression de la couverture du code (#263) --- -# Extension Geoportail Leaflet, version 2.1.7 +# Extension Geoplateforme Leaflet, version 2.1.7 **09/12/2020** -> Release Extension Geoportail Leaflet +> Release Extension Geoplateforme Leaflet ## Summary @@ -468,10 +483,10 @@ Mise à jour de Leaflet en version 1.7.1 * [Security] --- -# Extension Geoportail Leaflet, version 2.1.8 +# Extension Geoplateforme Leaflet, version 2.1.8 **12/02/2021** -> Release Extension Geoportail Leaflet +> Release Extension Geoplateforme Leaflet ## Summary @@ -496,10 +511,10 @@ Nouveau widget de profil altimétrique par défaut, et correctif mineur * [Security] --- -# Extension Geoportail Leaflet, version 2.1.9 +# Extension Geoplateforme Leaflet, version 2.1.9 **26/04/2021** -> Release Extension Geoportail leaflet +> Release Extension Geoplateforme Leaflet ## Summary @@ -538,10 +553,10 @@ Nouveau widget de profil altimétrique par défaut, et correctif mineur * [Security] --- -# Extension Geoportail Leaflet, version 2.1.10 +# Extension Geoplateforme Leaflet, version 2.1.10 **16/06/2021** -> Release Extension Geoportail leaflet +> Release Extension Geoplateforme Leaflet ## Summary @@ -564,10 +579,10 @@ Reparation du profil altimétrique * [Security] --- -# Extension Geoportail Leaflet, version 2.2.0 +# Extension Geoplateforme Leaflet, version 2.2.0 **04/11/2021** -> Release Extension Geoportail leaflet +> Release Extension Geoplateforme Leaflet ## Summary @@ -590,10 +605,10 @@ Reparation du profil altimétrique * [Security] --- -# Extension Geoportail Leaflet, version 2.2.1 +# Extension Geoplateforme Leaflet, version 2.2.1 **03/12/2021** -> Release Extension Geoportail leaflet +> Release Extension Geoplateforme Leaflet ## Summary @@ -616,10 +631,10 @@ Utilisation de plusieurs clefs * [Security] --- -# Extension Geoportail Leaflet, version 2.2.2 +# Extension Geoplateforme Leaflet, version 2.2.2 **13/01/2022** -> Release Extension Geoportail leaflet +> Release Extension Geoplateforme Leaflet ## Summary @@ -642,10 +657,10 @@ Changements mineurs sur les problématiques d'accessibilité * [Security] --- -# Extension Geoportail Leaflet, version 2.2.3 +# Extension Geoplateforme Leaflet, version 2.2.3 **04/03/2022** -> Release Extension Geoportail leaflet +> Release Extension Geoplateforme Leaflet ## Summary @@ -668,10 +683,10 @@ Corrections sur l'interface d'ajout des couches WMS/WMTS * [Security] --- -# Extension Geoportail Leaflet, version 2.2.4 +# Extension Geoplateforme Leaflet, version 2.2.4 **23/03/2022** -> Release Extension Geoportail leaflet +> Release Extension Geoplateforme Leaflet ## Summary @@ -692,10 +707,10 @@ Corrections sur l'interface d'ajout des couches WMS/WMTS * [Security] --- -# Extension Geoportail Leaflet, version 2.2.5 +# Extension Geoplateforme Leaflet, version 2.2.5 **04/10/2022** -> Release Extension Geoportail leaflet +> Release Extension Geoplateforme Leaflet ## Summary @@ -719,10 +734,10 @@ Utilisation du Geocodage v2 * [Security] --- -# Extension Geoportail Leaflet, version 2.2.7 +# Extension Geoplateforme Leaflet, version 2.2.7 **30/10/2022** -> Release Extension Geoportail leaflet +> Release Extension Geoplateforme Leaflet ## Summary @@ -742,10 +757,10 @@ Utilisation du Geocodage v2 * [Security] --- -# Extension Geoportail Leaflet, version 2.2.8 +# Extension Geoplateforme Leaflet, version 2.2.8 **17/01/2023** -> Release Extension Geoportail leaflet +> Release Extension Geoplateforme Leaflet ## Summary @@ -774,10 +789,10 @@ Ajout des déclarations typescript, améliorations et corrections des interfaces * [Security] --- -# Extension Geoportail Leaflet, version 2.2.9 +# Extension Geoplateforme Leaflet, version 2.2.9 **21/02/2023** -> Release Extension Geoportail leaflet +> Release Extension Geoplateforme Leaflet ## Summary @@ -802,13 +817,13 @@ Ajout d'écouteurs sur les contrôles de Géocodage direct et inverse --- -# Extension Geoportail Leaflet, version 2.3.0 +# Extension Geoplateforme Leaflet, version 2.3.0 **07/06/2023** -> Release Extension Geoportail leaflet +> Release Extension Geoplateforme Leaflet ## Summary -Retrait total de l'utilisation du service d'autoconfiguration et utilisation de fichiers de configuration json générés quotidiennement à partir des getCapabilities des services du Geoportail. +Retrait total de l'utilisation du service d'autoconfiguration et utilisation de fichiers de configuration json générés quotidiennement à partir des getCapabilities des services du Geoplatform. L'ensemble des services de calcul appelés via la bibliothèque d'accès sont désormais appelés avec la clé "calcul" par défaut dans la bibliothèque d'accès. Le paramètre "apiKey" n'est donc plus nécessaire pour appeler les services de géocodage, d'itinéraire, d'isochrone, d'altimétrie et d'autocomplétion, que ce soit directement depuis la bibli othèque d'accès ou via les widgets des extensions Géoportail. @@ -822,7 +837,7 @@ Il est également possible de générer son propre fichier de configuration à p ## Changelog * [Changed] - - mise à jour de la bibliothèque d'accès aux services Geoportail en version 3.3.0 (#364) + - mise à jour de la bibliothèque d'accès aux services Geoplatform en version 3.3.0 (#364) - **BC** : paramètre "customConfigFile" pour appeler un fichier de configuration local (#364) ##### Avant : ```html @@ -900,7 +915,7 @@ var layer = L.geoportalLayer.WMTS({ - **BC** : Les metadatas sont utilisées dans les API par le contrôle gestionnaire de couches (LayerSwitcher). Celui-ci va lire les metadatas des couches ajoutées à la carte et les afficher dans l'encart d'information dédié du LayerSwitcher. **Pour les couches WMTS uniquement**, désormais, pour que les metadatas apparaissent dans l'onglet "informations" du LayerSwitcher, il faudra les renseigner manuellement à la configuration de la couche Géoportail lors de son ajout à la carte. ```javascript -var maCoucheGeoportail = L.geoportalLayer.WMTS({ +var maCoucheGeoplatform = L.geoportalLayer.WMTS({ layer: "GEOGRAPHICALGRIDSYSTEMS.PLANIGNV2" }, { metadata: [ @@ -916,10 +931,10 @@ var maCoucheGeoportail = L.geoportalLayer.WMTS({ * [Security] --- -# Extension Geoportail Leaflet, version 2.3.1 +# Extension Geoplateforme Leaflet, version 2.3.1 **07/06/2023** -> Release Extension Geoportail leaflet +> Release Extension Geoplateforme Leaflet ## Summary @@ -938,10 +953,10 @@ var maCoucheGeoportail = L.geoportalLayer.WMTS({ * [Security] --- -# Extension Geoportail Leaflet, version 2.3.2 +# Extension Geoplateforme Leaflet, version 2.3.2 **12/06/2023** -> Release Extension Geoportail leaflet +> Release Extension Geoplateforme Leaflet ## Summary @@ -964,10 +979,10 @@ var maCoucheGeoportail = L.geoportalLayer.WMTS({ * [Security] --- -# Extension Geoportail Leaflet, version 2.3.3 +# Extension Geoplateforme Leaflet, version 2.3.3 **21/07/2023** -> Release Extension Geoportail leaflet +> Release Extension Geoplateforme Leaflet ## Summary @@ -990,3 +1005,129 @@ Mise à jour de la version de la bibliothèque d'accès 3.3.2 * [Security] --- +# Extension Geoplateforme Leaflet, version 2.3.4 + +**30/08/2023** +> Release Extension Geoplateforme Leaflet + +## Summary + +Mise à jour de la bibliothèque d'accès aux services Géoportail. + + +## Changelog + +* [Added] + +* [Changed] + + - access-lib 3.3.4 + +* [Deprecated] + +* [Removed] + +* [Fixed] + +* [Security] + +--- +# Extension Geoplateforme Leaflet, version 2.4.0-beta + +**21/09/2023** +> Release Extension Geoplateforme Leaflet + +## Summary + +## Changelog + +* [Added] + +* [Changed] + +* [Deprecated] + +* [Removed] + +* [Fixed] + +* [Security] + +--- +# Extension Geoplateforme Leaflet, version 2.4.0-beta2 + +**27/10/2023** +> Release Extension Geoplateforme Leaflet + +## Summary + +Utilisation du service de Geocodage de la Geoplateforme + +## Changelog + +* [Added] + +* [Changed] + + - les widgets utilisent désormais par défaut les services d'autocomplétion et de geocodage direct et inverse de la Geoplateforme + - utilisation de la version 3.4.0-beta2 de la bibliothèque d'accès + +* [Deprecated] + +* [Removed] + +* [Fixed] + +* [Security] + +--- +# Extension Geoplateforme Leaflet, version 2.4.0-beta3 + +**21/11/2023** +> Release Extension Geoplateforme Leaflet + +## Summary + +Ajout possible de couches à accès restreint via une fichier de configuration custom + +## Changelog + +* [Added] + +* [Changed] + + - possibilité d'ajout automatique de couches IGN à accès restreint + +* [Deprecated] + +* [Removed] + +* [Fixed] + +* [Security] + +--- +# Extension Geoplateforme Leaflet, version 2.4.0-beta4 + +**14/12/2023** +> Release Extension Geoplateforme Leaflet + +## Summary + +Ajout possible de couches à accès restreint via une fichier de configuration custom + +## Changelog + +* [Added] + +* [Changed] + +* [Deprecated] + +* [Removed] + +* [Fixed] + +* [Security] + +--- diff --git a/doc/CHANGELOG-openlayers.md b/doc/CHANGELOG-openlayers.md index 23591fa68..699e2c41b 100644 --- a/doc/CHANGELOG-openlayers.md +++ b/doc/CHANGELOG-openlayers.md @@ -7,173 +7,185 @@ and this project adheres to [Semantic Versioning](https://semver.org/spec/v2.0.0 -- [Extension Geoportail OpenLayers3, version 0.10.0](#extension-geoportail-openlayers3-version-0100) +- [Extension Geoplateforme OpenLayers3, version 0.10.0](#extension-geoportail-openlayers3-version-0100) * [Changelog](#changelog) -- [Extension Geoportail OpenLayers3, version 0.11.0](#extension-geoportail-openlayers3-version-0110) +- [Extension Geoplateforme OpenLayers3, version 0.11.0](#extension-geoportail-openlayers3-version-0110) * [Summary](#summary) * [New Features :](#new-features-) + [Additional widgets :](#additional-widgets-) + [Others features](#others-features) * [ChangeLog](#changelog) -- [Extension Geoportail OpenLayers3, version 0.12.0](#extension-geoportail-openlayers3-version-0120) +- [Extension Geoplateforme OpenLayers3, version 0.12.0](#extension-geoportail-openlayers3-version-0120) * [Summary](#summary-1) * [New Features :](#new-features--1) + [Additional widgets :](#additional-widgets--1) + [Others features](#others-features-1) + [Breaking changes](#breaking-changes) -- [Extension Geoportail OpenLayers, version 1.0.0](#extension-geoportail-openlayers-version-100) +- [Extension Geoplateforme OpenLayers, version 1.0.0](#extension-geoportail-openlayers-version-100) * [Summary](#summary-2) * [Changelog](#changelog-1) -- [Extension Geoportail OpenLayers, version 1.1.0](#extension-geoportail-openlayers-version-110) +- [Extension Geoplateforme OpenLayers, version 1.1.0](#extension-geoportail-openlayers-version-110) * [Summary](#summary-3) * [Changelog](#changelog-2) -- [Extension Geoportail OpenLayers, version 2.0.0](#extension-geoportail-openlayers-version-200) +- [Extension Geoplateforme OpenLayers, version 2.0.0](#extension-geoportail-openlayers-version-200) * [Summary](#summary-4) -- [Extension Geoportail OpenLayers, version 2.1.0](#extension-geoportail-openlayers-version-210) +- [Extension Geoplateforme OpenLayers, version 2.1.0](#extension-geoportail-openlayers-version-210) * [Summary](#summary-5) * [Changelog](#changelog-3) - [Extension Géoportail OpenLayers, version 2.1.2](#extension-geoportail-openlayers-version-212) * [Summary](#summary-6) -- [Extension Geoportail OpenLayers, version 3.0.1](#extension-geoportail-openlayers-version-301) +- [Extension Geoplateforme OpenLayers, version 3.0.1](#extension-geoportail-openlayers-version-301) * [Summary](#summary-7) * [Changelog](#changelog-4) -- [Extension Geoportail OpenLayers, version 3.0.2](#extension-geoportail-openlayers-version-302) +- [Extension Geoplateforme OpenLayers, version 3.0.2](#extension-geoportail-openlayers-version-302) * [Summary](#summary-8) * [Changelog](#changelog-5) -- [Extension Geoportail OpenLayers, version 3.0.3](#extension-geoportail-openlayers-version-303) +- [Extension Geoplateforme OpenLayers, version 3.0.3](#extension-geoportail-openlayers-version-303) * [Summary](#summary-9) * [Changelog](#changelog-6) -- [Extension Geoportail OpenLayers, version 3.0.4](#extension-geoportail-openlayers-version-304) +- [Extension Geoplateforme OpenLayers, version 3.0.4](#extension-geoportail-openlayers-version-304) * [Summary](#summary-10) * [Changelog](#changelog-7) -- [Extension Geoportail OpenLayers, version 3.0.5](#extension-geoportail-openlayers-version-305) +- [Extension Geoplateforme OpenLayers, version 3.0.5](#extension-geoportail-openlayers-version-305) * [Summary](#summary-11) * [Changelog](#changelog-8) -- [Extension Geoportail OpenLayers, version 3.0.6](#extension-geoportail-openlayers-version-306) +- [Extension Geoplateforme OpenLayers, version 3.0.6](#extension-geoportail-openlayers-version-306) * [Summary](#summary-12) * [Changelog](#changelog-9) -- [Extension Geoportail OpenLayers, version 3.0.7](#extension-geoportail-openlayers-version-307) +- [Extension Geoplateforme OpenLayers, version 3.0.7](#extension-geoportail-openlayers-version-307) * [Summary](#summary-13) * [Changelog](#changelog-10) -- [Extension Geoportail OpenLayers, version 3.0.8](#extension-geoportail-openlayers-version-308) +- [Extension Geoplateforme OpenLayers, version 3.0.8](#extension-geoportail-openlayers-version-308) * [Summary](#summary-14) * [Changelog](#changelog-11) -- [Extension Geoportail OpenLayers, version 3.0.9](#extension-geoportail-openlayers-version-309) +- [Extension Geoplateforme OpenLayers, version 3.0.9](#extension-geoportail-openlayers-version-309) * [Summary](#summary-15) * [Changelog](#changelog-12) -- [Extension Geoportail OpenLayers, version 3.0.10](#extension-geoportail-openlayers-version-3010) +- [Extension Geoplateforme OpenLayers, version 3.0.10](#extension-geoportail-openlayers-version-3010) * [Summary](#summary-16) * [Changelog](#changelog-13) -- [Extension Geoportail OpenLayers, version 3.0.11](#extension-geoportail-openlayers-version-3011) +- [Extension Geoplateforme OpenLayers, version 3.0.11](#extension-geoportail-openlayers-version-3011) * [Summary](#summary-17) * [Changelog](#changelog-14) -- [Extension Geoportail OpenLayers, version 3.0.14](#extension-geoportail-openlayers-version-3014) +- [Extension Geoplateforme OpenLayers, version 3.0.14](#extension-geoportail-openlayers-version-3014) * [Summary](#summary-18) * [Changelog](#changelog-15) -- [Extension Geoportail OpenLayers, version 3.0.16](#extension-geoportail-openlayers-version-3016) +- [Extension Geoplateforme OpenLayers, version 3.0.16](#extension-geoportail-openlayers-version-3016) * [Summary](#summary-19) * [Changelog](#changelog-16) -- [Extension Geoportail OpenLayers, version 3.0.17](#extension-geoportail-openlayers-version-3017) +- [Extension Geoplateforme OpenLayers, version 3.0.17](#extension-geoportail-openlayers-version-3017) * [Summary](#summary-20) * [Changelog](#changelog-17) -- [Extension Geoportail OpenLayers, version 3.0.18](#extension-geoportail-openlayers-version-3018) +- [Extension Geoplateforme OpenLayers, version 3.0.18](#extension-geoportail-openlayers-version-3018) * [Summary](#summary-21) * [Changelog](#changelog-18) -- [Extension Geoportail OpenLayers, version 3.0.19](#extension-geoportail-openlayers-version-3019) +- [Extension Geoplateforme OpenLayers, version 3.0.19](#extension-geoportail-openlayers-version-3019) * [Summary](#summary-22) * [Changelog](#changelog-19) -- [Extension Geoportail OpenLayers, version 3.1.0](#extension-geoportail-openlayers-version-310) +- [Extension Geoplateforme OpenLayers, version 3.1.0](#extension-geoportail-openlayers-version-310) * [Summary](#summary-23) * [Changelog](#changelog-20) -- [Extension Geoportail OpenLayers, version 3.2.0](#extension-geoportail-openlayers-version-320) +- [Extension Geoplateforme OpenLayers, version 3.2.0](#extension-geoportail-openlayers-version-320) * [Summary](#summary-24) * [Changelog](#changelog-21) -- [Extension Geoportail OpenLayers, version 3.2.1](#extension-geoportail-openlayers-version-321) +- [Extension Geoplateforme OpenLayers, version 3.2.1](#extension-geoportail-openlayers-version-321) * [Summary](#summary-25) * [Changelog](#changelog-22) -- [Extension Geoportail OpenLayers, version 3.2.2](#extension-geoportail-openlayers-version-322) +- [Extension Geoplateforme OpenLayers, version 3.2.2](#extension-geoportail-openlayers-version-322) * [Summary](#summary-26) * [Changelog](#changelog-23) -- [Extension Geoportail OpenLayers, version 3.2.3](#extension-geoportail-openlayers-version-323) +- [Extension Geoplateforme OpenLayers, version 3.2.3](#extension-geoportail-openlayers-version-323) * [Summary](#summary-27) * [Changelog](#changelog-24) -- [Extension Geoportail OpenLayers, version 3.2.4](#extension-geoportail-openlayers-version-324) +- [Extension Geoplateforme OpenLayers, version 3.2.4](#extension-geoportail-openlayers-version-324) * [Summary](#summary-28) * [Changelog](#changelog-25) -- [Extension Geoportail OpenLayers, version 3.2.5](#extension-geoportail-openlayers-version-325) +- [Extension Geoplateforme OpenLayers, version 3.2.5](#extension-geoportail-openlayers-version-325) * [Summary](#summary-29) * [Changelog](#changelog-26) -- [Extension Geoportail OpenLayers, version 3.2.6](#extension-geoportail-openlayers-version-326) +- [Extension Geoplateforme OpenLayers, version 3.2.6](#extension-geoportail-openlayers-version-326) * [Summary](#summary-30) * [Changelog](#changelog-27) -- [Extension Geoportail OpenLayers, version 3.2.7](#extension-geoportail-openlayers-version-327) +- [Extension Geoplateforme OpenLayers, version 3.2.7](#extension-geoportail-openlayers-version-327) * [Summary](#summary-31) * [Changelog](#changelog-28) -- [Extension Geoportail OpenLayers, version 3.2.8](#extension-geoportail-openlayers-version-328) +- [Extension Geoplateforme OpenLayers, version 3.2.8](#extension-geoportail-openlayers-version-328) * [Summary](#summary-32) * [Changelog](#changelog-29) -- [Extension Geoportail OpenLayers, version 3.2.9](#extension-geoportail-openlayers-version-329) +- [Extension Geoplateforme OpenLayers, version 3.2.9](#extension-geoportail-openlayers-version-329) * [Summary](#summary-33) * [Changelog](#changelog-30) -- [Extension Geoportail OpenLayers, version 3.2.10](#extension-geoportail-openlayers-version-3210) +- [Extension Geoplateforme OpenLayers, version 3.2.10](#extension-geoportail-openlayers-version-3210) * [Summary](#summary-34) * [Changelog](#changelog-31) -- [Extension Geoportail OpenLayers, version 3.2.11](#extension-geoportail-openlayers-version-3211) +- [Extension Geoplateforme OpenLayers, version 3.2.11](#extension-geoportail-openlayers-version-3211) * [Summary](#summary-35) * [Changelog](#changelog-32) -- [Extension Geoportail OpenLayers, version 3.2.12](#extension-geoportail-openlayers-version-3212) +- [Extension Geoplateforme OpenLayers, version 3.2.12](#extension-geoportail-openlayers-version-3212) * [Summary](#summary-36) * [Changelog](#changelog-33) -- [Extension Geoportail OpenLayers, version 3.2.13](#extension-geoportail-openlayers-version-3213) +- [Extension Geoplateforme OpenLayers, version 3.2.13](#extension-geoportail-openlayers-version-3213) * [Summary](#summary-37) * [Changelog](#changelog-34) -- [Extension Geoportail OpenLayers, version 3.2.14](#extension-geoportail-openlayers-version-3214) +- [Extension Geoplateforme OpenLayers, version 3.2.14](#extension-geoportail-openlayers-version-3214) * [Summary](#summary-38) * [Changelog](#changelog-35) -- [Extension Geoportail OpenLayers, version 3.2.15](#extension-geoportail-openlayers-version-3215) +- [Extension Geoplateforme OpenLayers, version 3.2.15](#extension-geoportail-openlayers-version-3215) * [Summary](#summary-39) * [Changelog](#changelog-36) -- [Extension Geoportail OpenLayers, version 3.2.16](#extension-geoportail-openlayers-version-3216) +- [Extension Geoplateforme OpenLayers, version 3.2.16](#extension-geoportail-openlayers-version-3216) * [Summary](#summary-40) * [Changelog](#changelog-37) -- [Extension Geoportail OpenLayers, version 3.2.18](#extension-geoportail-openlayers-version-3218) +- [Extension Geoplateforme OpenLayers, version 3.2.18](#extension-geoportail-openlayers-version-3218) * [Summary](#summary-41) * [Changelog](#changelog-38) -- [Extension Geoportail OpenLayers, version 3.2.19](#extension-geoportail-openlayers-version-3219) +- [Extension Geoplateforme OpenLayers, version 3.2.19](#extension-geoportail-openlayers-version-3219) * [Summary](#summary-42) * [Changelog](#changelog-39) -- [Extension Geoportail OpenLayers, version 3.2.20](#extension-geoportail-openlayers-version-3220) +- [Extension Geoplateforme OpenLayers, version 3.2.20](#extension-geoportail-openlayers-version-3220) * [Summary](#summary-43) * [Changelog](#changelog-40) -- [Extension Geoportail OpenLayers, version 3.2.21](#extension-geoportail-openlayers-version-3221) +- [Extension Geoplateforme OpenLayers, version 3.2.21](#extension-geoportail-openlayers-version-3221) * [Summary](#summary-44) * [Changelog](#changelog-41) -- [Extension Geoportail OpenLayers, version 3.2.22](#extension-geoportail-openlayers-version-3222) +- [Extension Geoplateforme OpenLayers, version 3.2.22](#extension-geoportail-openlayers-version-3222) * [Summary](#summary-45) * [Changelog](#changelog-42) -- [Extension Geoportail OpenLayers, version 3.3.0](#extension-geoportail-openlayers-version-330) +- [Extension Geoplateforme OpenLayers, version 3.3.0](#extension-geoportail-openlayers-version-330) * [Summary](#summary-46) * [Changelog](#changelog-43) * [Avant :](#avant-) * [Maintenant :](#maintenant-) -- [Extension Geoportail OpenLayers, version 3.3.1](#extension-geoportail-openlayers-version-331) +- [Extension Geoplateforme OpenLayers, version 3.3.1](#extension-geoportail-openlayers-version-331) * [Summary](#summary-47) * [Changelog](#changelog-44) -- [Extension Geoportail OpenLayers, version 3.3.2](#extension-geoportail-openlayers-version-332) +- [Extension Geoplateforme OpenLayers, version 3.3.2](#extension-geoportail-openlayers-version-332) * [Summary](#summary-48) * [Changelog](#changelog-45) -- [Extension Geoportail OpenLayers, version 3.3.3](#extension-geoportail-openlayers-version-333) +- [Extension Geoplateforme OpenLayers, version 3.3.3](#extension-geoportail-openlayers-version-333) * [Summary](#summary-49) * [Changelog](#changelog-46) -- [Extension Geoportail OpenLayers, version 3.3.4](#extension-geoportail-openlayers-version-334) +- [Extension Geoplateforme OpenLayers, version 3.3.4](#extension-geoportail-openlayers-version-334) * [Summary](#summary-50) * [Changelog](#changelog-47) +- [Extension Geoplateforme OpenLayers, version 3.4.0-beta](#extension-geoportail-openlayers-version-340-beta) + * [Summary](#summary-51) + * [Changelog](#changelog-48) +- [Extension Geoplateforme OpenLayers, version 3.4.0-beta2](#extension-geoportail-openlayers-version-340-beta2) + * [Summary](#summary-52) + * [Changelog](#changelog-49) +- [Extension Geoplateforme OpenLayers, version 3.4.0-beta3](#extension-geoportail-openlayers-version-340-beta3) + * [Summary](#summary-53) + * [Changelog](#changelog-50) +- [Extension Geoplateforme OpenLayers, version 3.4.0-beta4](#extension-geoportail-openlayers-version-340-beta4) + * [Summary](#summary-54) + * [Changelog](#changelog-51) --- -# Extension Geoportail OpenLayers3, version 0.10.0 +# Extension Geoplateforme OpenLayers3, version 0.10.0 **08/06/2016 : 0.10.0** release of the Geoportal Extension for OL3 @@ -199,7 +211,7 @@ and this project adheres to [Semantic Versioning](https://semver.org/spec/v2.0.0 --- -# Extension Geoportail OpenLayers3, version 0.11.0 +# Extension Geoplateforme OpenLayers3, version 0.11.0 **04/12/2016 : 0.11.0** release of the Geoportal Extension for OL3 @@ -270,7 +282,7 @@ and this project adheres to [Semantic Versioning](https://semver.org/spec/v2.0.0 --- -# Extension Geoportail OpenLayers3, version 0.12.0 +# Extension Geoplateforme OpenLayers3, version 0.12.0 **27/07/2017 : 0.12.0** release of the Geoportal Extension for OL3 @@ -310,9 +322,9 @@ Merci à @pprev94 pour son importante contribution à [#117], à @sylvainpolletv --- -# Extension Geoportail OpenLayers, version 1.0.0 +# Extension Geoplateforme OpenLayers, version 1.0.0 -**11/12/2017 : 1.1.0** Release Extension Geoportail OpenLayers +**11/12/2017 : 1.1.0** Release Extension Geoplateforme OpenLayers ## Summary @@ -353,9 +365,9 @@ Merci à @ojathelonius pour sa contribution sur [#172] --- -# Extension Geoportail OpenLayers, version 1.1.0 +# Extension Geoplateforme OpenLayers, version 1.1.0 -**09/04/2018 : 1.1.0** Release Extension Geoportail OpenLayers +**09/04/2018 : 1.1.0** Release Extension Geoplateforme OpenLayers ## Summary @@ -376,9 +388,9 @@ Merci à @ojathelonius pour sa contribution sur [#172] --- -# Extension Geoportail OpenLayers, version 2.0.0 +# Extension Geoplateforme OpenLayers, version 2.0.0 -**10/04/2018 : 2.0.0** Release Extension Geoportail OpenLayers +**10/04/2018 : 2.0.0** Release Extension Geoplateforme OpenLayers **Edit du 16/04/2018** : Mise à jour de l'archive contenant les fichiers compilés (JS et CSS), avec le bon numéro de version + mise à jour des liens vers la JSDOC et les binaires (ci-dessous). @@ -406,9 +418,9 @@ Les binaires de la version 2.0.0 se trouvent désormais ici : --- -# Extension Geoportail OpenLayers, version 2.1.0 +# Extension Geoplateforme OpenLayers, version 2.1.0 -**09/08/2018 : 2.1.0** Release Extension Geoportail OpenLayers +**09/08/2018 : 2.1.0** Release Extension Geoplateforme OpenLayers ## Summary @@ -451,10 +463,10 @@ Version 2.1.2 de l'extension Géoportail pour OpenLayers : --- -# Extension Geoportail OpenLayers, version 3.0.1 +# Extension Geoplateforme OpenLayers, version 3.0.1 **05/09/2019 : version 3.0.1** -> Release Extension Geoportail OpenLayers +> Release Extension Geoplateforme OpenLayers ## Summary @@ -547,10 +559,10 @@ Il est possible d'étendre la liste via la fonction : --- -# Extension Geoportail OpenLayers, version 3.0.2 +# Extension Geoplateforme OpenLayers, version 3.0.2 **09/09/2019 : version 3.0.2** -> Release Extension Geoportail OpenLayers +> Release Extension Geoplateforme OpenLayers ## Summary @@ -569,10 +581,10 @@ Il est possible d'étendre la liste via la fonction : --- -# Extension Geoportail OpenLayers, version 3.0.3 +# Extension Geoplateforme OpenLayers, version 3.0.3 "**24/09/2019 : version 3.0.3** -> Release Extension Geoportail OpenLayers +> Release Extension Geoplateforme OpenLayers ## Summary @@ -595,10 +607,10 @@ Il est possible d'étendre la liste via la fonction : --- -# Extension Geoportail OpenLayers, version 3.0.4 +# Extension Geoplateforme OpenLayers, version 3.0.4 **16/10/2019** -> Release Extension Geoportail OpenLayers +> Release Extension Geoplateforme OpenLayers ## Summary @@ -618,10 +630,10 @@ Il est possible d'étendre la liste via la fonction : --- -# Extension Geoportail OpenLayers, version 3.0.5 +# Extension Geoplateforme OpenLayers, version 3.0.5 **18/11/2019** -> Release Extension Geoportail OpenLayers +> Release Extension Geoplateforme OpenLayers ## Summary @@ -647,10 +659,10 @@ Il est possible d'étendre la liste via la fonction : --- -# Extension Geoportail OpenLayers, version 3.0.6 +# Extension Geoplateforme OpenLayers, version 3.0.6 **17/12/2019** -> Release Extension Geoportail OpenLayers +> Release Extension Geoplateforme OpenLayers ## Summary @@ -675,10 +687,10 @@ Il est possible d'étendre la liste via la fonction : --- -# Extension Geoportail OpenLayers, version 3.0.7 +# Extension Geoplateforme OpenLayers, version 3.0.7 **24/01/2020** -> Release Extension Geoportail OpenLayers +> Release Extension Geoplateforme OpenLayers ## Summary @@ -692,10 +704,10 @@ Il est possible d'étendre la liste via la fonction : --- -# Extension Geoportail OpenLayers, version 3.0.8 +# Extension Geoplateforme OpenLayers, version 3.0.8 **31/03/2020** -> Release Extension Geoportail OpenLayers +> Release Extension Geoplateforme OpenLayers ## Summary @@ -735,10 +747,10 @@ Il est possible d'étendre la liste via la fonction : --- -# Extension Geoportail OpenLayers, version 3.0.9 +# Extension Geoplateforme OpenLayers, version 3.0.9 **01/04/2020** -> Release Extension Geoportail OpenLayers +> Release Extension Geoplateforme OpenLayers ## Summary @@ -756,10 +768,10 @@ Il est possible d'étendre la liste via la fonction : --- -# Extension Geoportail OpenLayers, version 3.0.10 +# Extension Geoplateforme OpenLayers, version 3.0.10 **02/04/2020** -> Release Extension Geoportail OpenLayers +> Release Extension Geoplateforme OpenLayers ## Summary @@ -777,10 +789,10 @@ Il est possible d'étendre la liste via la fonction : --- -# Extension Geoportail OpenLayers, version 3.0.11 +# Extension Geoplateforme OpenLayers, version 3.0.11 **29/06/2020** -> Release Extension Geoportail OpenLayers +> Release Extension Geoplateforme OpenLayers ## Summary @@ -814,10 +826,10 @@ Il est possible d'étendre la liste via la fonction : * [Security] --- -# Extension Geoportail OpenLayers, version 3.0.14 +# Extension Geoplateforme OpenLayers, version 3.0.14 **12/02/2021** -> Release Extension Geoportail OpenLayers +> Release Extension Geoplateforme OpenLayers ## Summary @@ -844,10 +856,10 @@ Nouveau widget de profil altimétrique et correctif sur le SearchEngine * [Security] --- -# Extension Geoportail OpenLayers, version 3.0.16 +# Extension Geoplateforme OpenLayers, version 3.0.16 **11/05/2021** -> Release Extension Geoportail openLayers +> Release Extension Geoplateforme OpenLayers ## Summary @@ -871,10 +883,10 @@ Correctifs sur le profil altimétriques * [Security] --- -# Extension Geoportail OpenLayers, version 3.0.17 +# Extension Geoplateforme OpenLayers, version 3.0.17 **16/06/2021** -> Release Extension Geoportail openlayers +> Release Extension Geoplateforme OpenLayers ## Summary @@ -897,10 +909,10 @@ Correction sur le profil altimétrique * [Security] --- -# Extension Geoportail OpenLayers, version 3.0.18 +# Extension Geoplateforme OpenLayers, version 3.0.18 **22/06/2021** -> Release Extension Geoportail openlayers +> Release Extension Geoplateforme OpenLayers ## Summary @@ -924,10 +936,10 @@ Ajout de la gestion de projections geocentriques * [Security] --- -# Extension Geoportail OpenLayers, version 3.0.19 +# Extension Geoplateforme OpenLayers, version 3.0.19 **29/06/2021** -> Release Extension Geoportail openlayers +> Release Extension Geoplateforme OpenLayers ## Summary @@ -950,10 +962,10 @@ De nouvelles corrections sur le profil alti * [Security] --- -# Extension Geoportail OpenLayers, version 3.1.0 +# Extension Geoplateforme OpenLayers, version 3.1.0 **02/08/2021** -> Release Extension Geoportail openlayers +> Release Extension Geoplateforme OpenLayers ## Summary @@ -980,10 +992,10 @@ Upgrade des dependances : * [Security] --- -# Extension Geoportail OpenLayers, version 3.2.0 +# Extension Geoplateforme OpenLayers, version 3.2.0 **03/11/2021** -> Release Extension Geoportail openlayers +> Release Extension Geoplateforme OpenLayers ## Summary @@ -1004,10 +1016,10 @@ Upgrade des dependances : * [Security] --- -# Extension Geoportail OpenLayers, version 3.2.1 +# Extension Geoplateforme OpenLayers, version 3.2.1 **08/11/2021** -> Release Extension Geoportail openlayers +> Release Extension Geoplateforme OpenLayers ## Summary @@ -1030,10 +1042,10 @@ Mise à jour access-lib pour utilisation de l'itinéraire v2 * [Security] --- -# Extension Geoportail OpenLayers, version 3.2.2 +# Extension Geoplateforme OpenLayers, version 3.2.2 **10/11/2021** -> Release Extension Geoportail openlayers +> Release Extension Geoplateforme OpenLayers ## Summary @@ -1056,10 +1068,10 @@ Mise à jour de l'access-lib geoportail en version 3.0.2 * [Security] --- -# Extension Geoportail OpenLayers, version 3.2.3 +# Extension Geoplateforme OpenLayers, version 3.2.3 **10/11/2021** -> Release Extension Geoportail openlayers +> Release Extension Geoplateforme OpenLayers ## Summary @@ -1082,10 +1094,10 @@ Mise à jour de l'access-lib geoportail en version 3.0.3 * [Security] --- -# Extension Geoportail OpenLayers, version 3.2.4 +# Extension Geoplateforme OpenLayers, version 3.2.4 **03/12/2021** -> Release Extension Geoportail openlayers +> Release Extension Geoplateforme OpenLayers ## Summary @@ -1108,10 +1120,10 @@ Utilisation de plusieurs clefs * [Security] --- -# Extension Geoportail OpenLayers, version 3.2.5 +# Extension Geoplateforme OpenLayers, version 3.2.5 **13/01/2022** -> Release Extension Geoportail openlayers +> Release Extension Geoplateforme OpenLayers ## Summary @@ -1134,10 +1146,10 @@ Changements mineurs sur les problématiques d'accessibilité * [Security] --- -# Extension Geoportail OpenLayers, version 3.2.6 +# Extension Geoplateforme OpenLayers, version 3.2.6 **17/01/2022** -> Release Extension Geoportail openlayers +> Release Extension Geoplateforme OpenLayers ## Summary @@ -1165,10 +1177,10 @@ Changements mineurs sur les problématiques d'accessibilité * [Security] --- -# Extension Geoportail OpenLayers, version 3.2.7 +# Extension Geoplateforme OpenLayers, version 3.2.7 **28/01/2022** -> Release Extension Geoportail openlayers +> Release Extension Geoplateforme OpenLayers ## Summary @@ -1193,10 +1205,10 @@ Evolution de la documentation et correction du layerswitcher * [Security] --- -# Extension Geoportail OpenLayers, version 3.2.8 +# Extension Geoplateforme OpenLayers, version 3.2.8 **11/02/2022** -> Release Extension Geoportail openlayers +> Release Extension Geoplateforme OpenLayers ## Summary @@ -1254,10 +1266,10 @@ Evolution de la documentation et correction du layerswitcher * [Security] --- -# Extension Geoportail OpenLayers, version 3.2.9 +# Extension Geoplateforme OpenLayers, version 3.2.9 **15/02/2022** -> Release Extension Geoportail openlayers +> Release Extension Geoplateforme OpenLayers ## Summary @@ -1315,10 +1327,10 @@ Evolution de la documentation et correction du layerswitcher * [Security] --- -# Extension Geoportail OpenLayers, version 3.2.10 +# Extension Geoplateforme OpenLayers, version 3.2.10 **23/03/2022** -> Release Extension Geoportail openlayers +> Release Extension Geoplateforme OpenLayers ## Summary @@ -1340,10 +1352,10 @@ Evolution de la documentation et correction du layerswitcher * [Security] --- -# Extension Geoportail OpenLayers, version 3.2.11 +# Extension Geoplateforme OpenLayers, version 3.2.11 **31/03/2022** -> Release Extension Geoportail openlayers +> Release Extension Geoplateforme OpenLayers ## Summary @@ -1367,10 +1379,10 @@ Evolution de la documentation et correction du layerswitcher * [Security] --- -# Extension Geoportail OpenLayers, version 3.2.12 +# Extension Geoplateforme OpenLayers, version 3.2.12 **29/04/2022** -> Release Extension Geoportail openlayers +> Release Extension Geoplateforme OpenLayers ## Summary @@ -1394,10 +1406,10 @@ Evolution de la documentation et correction du layerswitcher * [Security] --- -# Extension Geoportail OpenLayers, version 3.2.13 +# Extension Geoplateforme OpenLayers, version 3.2.13 **11/05/2022** -> Release Extension Geoportail openlayers +> Release Extension Geoplateforme OpenLayers ## Summary @@ -1420,10 +1432,10 @@ Fix sur l'outil de dessin * [Security] --- -# Extension Geoportail OpenLayers, version 3.2.14 +# Extension Geoplateforme OpenLayers, version 3.2.14 **01/08/2022** -> Release Extension Geoportail openlayers +> Release Extension Geoplateforme OpenLayers ## Summary @@ -1454,10 +1466,10 @@ Correctifs sur l'editeur de styles MapBox et le controle d'import des données M * [Security] --- -# Extension Geoportail OpenLayers, version 3.2.15 +# Extension Geoplateforme OpenLayers, version 3.2.15 **27/09/2022** -> Release Extension Geoportail openlayers +> Release Extension Geoplateforme OpenLayers ## Summary @@ -1480,10 +1492,10 @@ Correction sur la gestion des projections pour les imports WMS * [Security] --- -# Extension Geoportail OpenLayers, version 3.2.16 +# Extension Geoplateforme OpenLayers, version 3.2.16 **04/10/2022** -> Release Extension Geoportail openlayers +> Release Extension Geoplateforme OpenLayers ## Summary @@ -1506,10 +1518,10 @@ Utilisation du Geocodage v2 * [Security] --- -# Extension Geoportail OpenLayers, version 3.2.18 +# Extension Geoplateforme OpenLayers, version 3.2.18 **18/11/2022** -> Release Extension Geoportail openlayers +> Release Extension Geoplateforme OpenLayers ## Summary @@ -1533,10 +1545,10 @@ Utilisation du Geocodage v2 * [Security] --- -# Extension Geoportail OpenLayers, version 3.2.19 +# Extension Geoplateforme OpenLayers, version 3.2.19 **17/01/2023** -> Release Extension Geoportail openlayers +> Release Extension Geoplateforme OpenLayers ## Summary @@ -1559,10 +1571,10 @@ Mise à jour de l'access-lib en version 3.2.1 * [Security] --- -# Extension Geoportail OpenLayers, version 3.2.20 +# Extension Geoplateforme OpenLayers, version 3.2.20 **21/02/2023** -> Release Extension Geoportail openlayers +> Release Extension Geoplateforme OpenLayers ## Summary @@ -1593,10 +1605,10 @@ Ajout d'écouteurs sur les controles de Géocodage direct en inverse * [Security] --- -# Extension Geoportail OpenLayers, version 3.2.21 +# Extension Geoplateforme OpenLayers, version 3.2.21 **23/03/2023** -> Release Extension Geoportail openlayers +> Release Extension Geoplateforme OpenLayers ## Summary @@ -1628,10 +1640,10 @@ Amélioration du traitement pour les couches vecteur tuilé (documentation, lég * [Security] --- -# Extension Geoportail OpenLayers, version 3.2.22 +# Extension Geoplateforme OpenLayers, version 3.2.22 **01/06/2023** -> Release Extension Geoportail openlayers +> Release Extension Geoplateforme OpenLayers ## Summary @@ -1675,14 +1687,14 @@ Amélioration du traitement pour les couches vecteur tuilé (documentation, lég * [Security] --- -# Extension Geoportail OpenLayers, version 3.3.0 +# Extension Geoplateforme OpenLayers, version 3.3.0 **07/06/2023** -> Release Extension Geoportail openlayers +> Release Extension Geoplateforme OpenLayers ## Summary -Retrait total de l'utilisation du service d'autoconfiguration et utilisation de fichiers de configuration json générés quotidiennement à partir des getCapabilities des services du Geoportail. +Retrait total de l'utilisation du service d'autoconfiguration et utilisation de fichiers de configuration json générés quotidiennement à partir des getCapabilities des services du Geoplatform. L'ensemble des services de calcul appelés via la bibliothèque d'accès sont désormais appelés avec la clé "calcul" par défaut dans la bibliothèque d'accès. Le paramètre "apiKey" n'est donc plus nécessaire pour appeler les services de géocodage, d'itinéraire, d'isochrone, d'altimétrie et d'autocomplétion, que ce soit directement depuis la bibli othèque d'accès ou via les widgets des extensions Géoportail. @@ -1700,7 +1712,7 @@ Il est également possible de générer son propre fichier de configuration à p * [Changed] - - mise à jour de la bibliothèque d'accès aux services Geoportail en version 3.3.0 (#364) + - mise à jour de la bibliothèque d'accès aux services Geoplatform en version 3.3.0 (#364) - **BC** : paramètre "customConfigFile" pour appeler un fichier de configuration local (#364) ##### Avant : @@ -1811,10 +1823,10 @@ new ol.layer.Tile({ * [Security] --- -# Extension Geoportail OpenLayers, version 3.3.1 +# Extension Geoplateforme OpenLayers, version 3.3.1 **07/06/2023** -> Release Extension Geoportail openlayers +> Release Extension Geoplateforme OpenLayers ## Summary @@ -1833,10 +1845,10 @@ new ol.layer.Tile({ * [Security] --- -# Extension Geoportail OpenLayers, version 3.3.2 +# Extension Geoplateforme OpenLayers, version 3.3.2 **21/07/2023** -> Release Extension Geoportail openlayers +> Release Extension Geoplateforme OpenLayers ## Summary @@ -1861,10 +1873,10 @@ Ajout d'exemples avec l'appel de *Gp.Services.getConfig()* et ajout de methodes * [Security] --- -# Extension Geoportail OpenLayers, version 3.3.3 +# Extension Geoplateforme OpenLayers, version 3.3.3 **04/08/2023** -> Release Extension Geoportail openlayers +> Release Extension Geoplateforme OpenLayers ## Summary @@ -1891,10 +1903,10 @@ Correctifs sur le layerSwitcher et le profil Altimétrique. Mise à jour de la b * [Security] --- -# Extension Geoportail OpenLayers, version 3.3.4 +# Extension Geoplateforme OpenLayers, version 3.3.4 **28/08/2023** -> Release Extension Geoportail openlayers +> Release Extension Geoplateforme OpenLayers ## Summary @@ -1917,3 +1929,107 @@ Correctif mineur sur le chargement et l'affichage des styles de flux de tuiles v * [Security] --- +# Extension Geoplateforme OpenLayers, version 3.4.0-beta + +**21/09/2023** +> Release Extension Geoplateforme OpenLayers + +## Summary + +Mise à jour de la bibliothèque d'accès aux services Géoportail. + +## Changelog + +* [Added] + +* [Changed] + + - access-lib 3.3.4 + +* [Deprecated] + +* [Removed] + +* [Fixed] + +* [Security] + +--- +# Extension Geoplateforme OpenLayers, version 3.4.0-beta2 + +**27/10/2023** +> Release Extension Geoplateforme OpenLayers + +## Summary + +Utilisation du service de Geocodage de la Geoplateforme + +## Changelog + +* [Added] + +* [Changed] + + - les widgets utilisent désormais par défaut les services d'autocomplétion et de geocodage direct et inverse de la Geoplateforme + - le paramétrage d'un proxy pour utiliser le control d'import de couches est rendu facultatif + - utilisation de la version 3.4.0-beta2 de la bibliothèque d'accès + +* [Deprecated] + +* [Removed] + +* [Fixed] + +* [Security] + +--- +# Extension Geoplateforme OpenLayers, version 3.4.0-beta3 + +**21/11/2023** +> Release Extension Geoplateforme OpenLayers + +## Summary + +Ajout possible de couches à accès restreint via une fichier de configuration custom + +## Changelog + +* [Added] + +* [Changed] + + - possibilité d'ajout automatique de couches IGN à accès restreint + +* [Deprecated] + +* [Removed] + +* [Fixed] + +* [Security] + +--- +# Extension Geoplateforme OpenLayers, version 3.4.0-beta4 + +**14/12/2023** +> Release Extension Geoplateforme OpenLayers + +## Summary + +## Changelog + +* [Added] + +* [Changed] + +* [Deprecated] + +* [Removed] + +* [Fixed] + + - fix : incompatibilité css lorsque la map est dans une div ayant pour classe "container" (958b687ec91c712fd958d7e54437776958c37610) + +* [Security] + +--- diff --git a/doc/README-itowns.md b/doc/README-itowns.md index 6ffaa1efc..c31d8c810 100644 --- a/doc/README-itowns.md +++ b/doc/README-itowns.md @@ -1,17 +1,17 @@ -# Extension Géoportail pour iTowns +# Extension Géoplateforme pour iTowns ![GitHub package.json version](https://img.shields.io/github/package-json/v/IGNF/geoportal-extensions?display_name=release&filename=build%2Fscripts%2Frelease%2Fpackage-itowns.json) -- [Extension Géoportail pour iTowns](#extension-géoportail-pour-itowns) +- [Extension Géoplateforme pour iTowns](#extension-géoplateforme-pour-itowns) - [Mise en oeuvre](#mise-en-oeuvre) - [Téléchargement](#téléchargement) - [Téléchargement direct](#téléchargement-direct) - [Récupération avec NPM](#récupération-avec-npm) - [Accès direct](#accès-direct) - [Intégration dans une page web](#intégration-dans-une-page-web) - - [Configuration de l'accès à la plateforme Géoportail](#configuration-de-laccès-à-la-plateforme-géoportail) + - [Configuration de l'accès à la Géoplateforme](#configuration-de-laccès-à-la-géoplateforme) - [Optimisation du chargement : configuration locale](#optimisation-du-chargement--configuration-locale) - [Appel de l'extension dans un module ES6](#appel-de-lextension-dans-un-module-es6) - [Compatibilités](#compatibilités) @@ -20,23 +20,23 @@ - [Limitations liées aux processeurs graphiques](#limitations-liées-aux-processeurs-graphiques) - [Fonctionnalités](#fonctionnalités) - [Systèmes de coordonnées](#systèmes-de-coordonnées) - - [Affichage des couches WMTS Géoportail](#affichage-des-couches-wmts-géoportail) - - [Utilisation de l'accès privilégié aux couches WMTS Géoportail](#utilisation-de-laccès-privilégié-aux-couches-wmts-géoportail) + - [Affichage des couches WMTS Géoplateforme](#affichage-des-couches-wmts-géoplateforme) + - [Utilisation de l'accès privilégié aux couches WMTS Géoplateforme](#utilisation-de-laccès-privilégié-aux-couches-wmts-géoplateforme) - [Exemple d'utilisation](#exemple-dutilisation) - [Utilisation directe de la librairie iTowns](#utilisation-directe-de-la-librairie-itowns) - [Exemple d'utilisation](#exemple-dutilisation-1) - - [Affichage des couches WMS Géoportail](#affichage-des-couches-wms-géoportail) - - [Utilisation de l'accès privilégié aux couches WMS Géoportail](#utilisation-de-laccès-privilégié-aux-couches-wms-géoportail) + - [Affichage des couches WMS Géoplateforme](#affichage-des-couches-wms-géoplateforme) + - [Utilisation de l'accès privilégié aux couches WMS Géoplateforme](#utilisation-de-laccès-privilégié-aux-couches-wms-géoplateforme) - [Exemple d'utilisation](#exemple-dutilisation-2) - [Utilisation directe de la librairie iTowns](#utilisation-directe-de-la-librairie-itowns-1) - [Exemple d'utilisation](#exemple-dutilisation-3) - - [Affichage des couches Vecteur Tuilé Géoportail](#affichage-des-couches-vecteur-tuilé-géoportail) - - [Utilisation de l'accès privilégié aux couches Vecteur Tuilé Géoportail](#Utilisation-de-laccès-privilégié-aux-couches-vecteur-tuilé-géoportail) + - [Affichage des couches Vecteur Tuilé Géoplateforme](#affichage-des-couches-vecteur-tuilé-géoplateforme) + - [Utilisation de l'accès privilégié aux couches Vecteur Tuilé Géoplateforme](#Utilisation-de-laccès-privilégié-aux-couches-vecteur-tuilé-géoplateforme) - [Exemple d'utilisation](#exemple-dutilisation-4) - [Utilisation directe de la librairie iTowns](#utilisation-directe-de-la-librairie-itowns-1) - [Exemple d'utilisation](#exemple-dutilisation-5) - - [Affichage des couches MNT WMTS Géoportail pour affichage du relief](#affichage-des-couches-mnt-wmts-géoportail-pour-affichage-du-relief) - - [Utilisation de l'accès privilégié aux couches WMTS Géoportail pour afficher un MNT](#utilisation-de-laccès-privilégié-aux-couches-wmts-géoportail-pour-afficher-un-mnt) + - [Affichage des couches MNT WMTS Géoplateforme pour affichage du relief](#affichage-des-couches-mnt-wmts-géoplateforme-pour-affichage-du-relief) + - [Utilisation de l'accès privilégié aux couches WMTS Géoplateforme pour afficher un MNT](#utilisation-de-laccès-privilégié-aux-couches-wmts-géoplateforme-pour-afficher-un-mnt) - [Exemple d'utilisation](#exemple-dutilisation-6) - [Utilisation directe de la librairie iTowns](#utilisation-directe-de-la-librairie-itowns-2) - [Exemple d'utilisation](#exemple-dutilisation-7) @@ -67,19 +67,19 @@ -L'extension Géoportail pour iTowns étend la librairie 3D iTowns afin de proposer l'ajout de widgets au globe. Les fonctionnalités suivantes sont proposées en complément de la bibliothèque [iTowns](http://www.itowns-project.org/) : +L'extension Géoplateforme pour iTowns étend la librairie 3D iTowns afin de proposer l'ajout de widgets au globe. Les fonctionnalités suivantes sont proposées en complément de la bibliothèque [iTowns](http://www.itowns-project.org/) : -* [affichage des couches WMTS Géoportail](#WMTS) +* [affichage des couches WMTS Géoplateforme](#WMTS) -* [affichage des couches WMS Géoportail](#WMS) +* [affichage des couches WMS Géoplateforme](#WMS) -* [affichage des couches MNT Géoportail pour affichage du relief](#Elevation) +* [affichage des couches MNT Géoplateforme pour affichage du relief](#Elevation) * [affichage dynamique des attributions](#attributions) * [widget de gestion d'empilement des couches](#layerswitcher) -* [coordonnées et altitude en un point de la carte à l'aide du service d'altimétrie de la plateforme Géoportail](#mp) +* [coordonnées et altitude en un point de la carte à l'aide du service d'altimétrie de la Géoplateforme](#mp) * [affichage d'un miniGlobe](#miniglobe) @@ -89,13 +89,13 @@ L'extension Géoportail pour iTowns étend la librairie 3D iTowns afin de propos ## Mise en oeuvre -L'utilisation de l'extension Géoportail pour iTowns se fait via les étapes suivantes : +L'utilisation de l'extension Géoplateforme pour iTowns se fait via les étapes suivantes : -* [Téléchargement de l'extension Géoportail](#download) +* [Téléchargement de l'extension Géoplateforme](#download) * [Intégration de l'extension dans une page web](#integration) -* [Configuration de l'accès à la plateforme Géoportail](#config) +* [Configuration de l'accès à la Géoplateforme](#config) Une documentation technique (**jsdoc**), une **demo** et un **generateur de carte** sont disponibles [ici](https://ignf.github.io/geoportal-extensions/). @@ -103,12 +103,12 @@ Une documentation technique (**jsdoc**), une **demo** et un **generateur de cart ### Téléchargement -Vous pouvez récupérer l'extension Géoportail pour iTowns soit par [téléchargement direct](#download-direct), soit en utilisant le [gestionnaire de dépendances javascript NPM](#download-npm). +Vous pouvez récupérer l'extension Géoplateforme pour iTowns soit par [téléchargement direct](#download-direct), soit en utilisant le [gestionnaire de dépendances javascript NPM](#download-npm). -L'extension Géoportail pour iTowns comprend l'arborescence de fichiers suivante : +L'extension Géoplateforme pour iTowns comprend l'arborescence de fichiers suivante : ``` - / + / GpPluginItowns.js (version minifiée du code javascript pour une utilisation en production) GpPluginItowns.css @@ -128,7 +128,7 @@ Les scripts d'iTowns s'obtiennent sur [la page de téléchargement d'iTowns](htt #### Téléchargement direct -Vous pouvez télécharger la dernière version de l'extension Géoportail pour iTowns directement sur [la page des releases des extensions Géoportail](https://github.com/IGNF/geoportal-extensions/releases). +Vous pouvez télécharger la dernière version de l'extension Géoplateforme pour iTowns directement sur [la page des releases des extensions Géoplateforme](https://github.com/IGNF/geoportal-extensions/releases). L'archive téléchargée (GpItowns.zip) comprend l'arborescence décrite ci-dessus. @@ -138,7 +138,7 @@ L'archive téléchargée (GpItowns.zip) comprend l'arborescence décrite ci-dess #### Récupération avec NPM -L'extension Géoportail pour iTowns est aussi disponible dans les dépôts [NPM](https://www.npmjs.com/package/geoportal-extensions-itowns). +L'extension Géoplateforme pour iTowns est aussi disponible dans les dépôts [NPM](https://www.npmjs.com/package/geoportal-extensions-itowns). Prérequis : [NodeJS](https://nodejs.org/en/) et [npm](https://www.npmjs.com/) installés. @@ -165,16 +165,16 @@ http://ignf.github.io/geoportal-extensions/itowns-latest/dist/GpPluginItowns-src ### Intégration dans une page web -Dézippez l'extension géoportail dans l'arborescence de votre serveur web. Vous pouvez positionner à votre guise les fichiers css et javascript. +Dézippez l'extension géoplateforme dans l'arborescence de votre serveur web. Vous pouvez positionner à votre guise les fichiers css et javascript. -Intégrez l'extension géoportail pour iTowns dans votre page web classiquement à l'aide d'une balise **script** pour charger le fichier javascript et d'une balise **link** pour charger le fichier css en plus des balises correspondantes utilisées pour charger la bibliothèque iTowns. +Intégrez l'extension géoplateforme pour iTowns dans votre page web classiquement à l'aide d'une balise **script** pour charger le fichier javascript et d'une balise **link** pour charger le fichier css en plus des balises correspondantes utilisées pour charger la bibliothèque iTowns. ``` html - + ``` @@ -183,13 +183,15 @@ Intégrez l'extension géoportail pour iTowns dans votre page web classiquement -### Configuration de l'accès à la plateforme Géoportail +### Configuration de l'accès à la plateforme Géoplateforme -L'extension Géoportail pour iTowns exploite les services web exposés par la plateforme Géoportail. Ceux-ci sont soumis à l'utilisation d'une ou de plusieurs **clef d'accès** gratuites disponibles sur le site [geoservices.ign.fr](https://geoservices.ign.fr/services-web) ayant les droits sur les ressources que vous souhaitez exploiter. +L'extension Géoplateforme pour iTowns exploite les services web exposés par la Géoplateforme. Ceux-ci sont en libre accès. -Vous pouvez ensuite paramétrer l'utilisation de l'extension avec la ou les clefs qui correspondent à vos besoins de deux manières possibles :. +Vous pouvez cependant paramétrer l'utilisation de l'extension avec une ou plusieurs thématiques Géoplateforme qui correspondent à vos besoins en générant un fichier de configuration local à partir de [cette interface](https://geoplateforme-configuration.onrender.com/) ou en passant par le paramètre apiKey. -Une fois la clef obtenue, vous pouvez paramétrer l'utilisation de l'extension avec cette clef de deux manières possibles : +Si ni apiKey, ni fichier de configuration local n'est spécifié, l'utilisateur récupérera une configuration complète avec toutes les ressources de la Géoplateforme (qui pourra donc être très volumineuse). + +Vous pouvez configurer les extensions des manières suivantes : **Méthode 1** : Au chargement de l'extension en utilisant l'attribut "data-key" de la balise **script** de chargement de l'extension : @@ -197,7 +199,7 @@ Une fois la clef obtenue, vous pouvez paramétrer l'utilisation de l'extension a ``` -Votre utilisation des fonctionnalités de l'extension Géoportail sera alors simplement conditionnée par la réception de l'événement onload de la page web, comme sur l'exemple suivant : +Votre utilisation des fonctionnalités de l'extension Géoplateforme sera alors simplement conditionnée par la réception de l'événement onload de la page web, comme sur l'exemple suivant : ``` html @@ -205,29 +207,26 @@ Votre utilisation des fonctionnalités de l'extension Géoportail sera alors sim - + - + ``` -Clés multiples : Si vous devez utiliser plusieurs clés d'accès, il est possible de mettre une liste de clés dans l'attribut data-key : +Thèmes multiples : Si vous devez utiliser plusieurs thématiques, il est possible de mettre une liste de thèmes dans l'attribut data-key : ``` html - + ``` -**Cependant, en cas de clés multiples, le plus simple reste de directement entrer la clé spécifique à utiliser au niveau du paramètre "url" de la couche ou "apiKey" du widget.** - - **Méthode 2** : A la fin du chargement de la page en utilisant la fonction [Gp.Services.GetConfig()](https://github.com/IGNF/geoportal-access-lib#getConfig) et en conditionnant alors l'utilisation de l'extension à l'exécution de la fonction de rappel onSuccess passée en paramètres de Gp.Services.getConfig() comme sur l'exemple suivant : ``` html @@ -236,7 +235,7 @@ Clés multiples : Si vous devez utiliser plusieurs clés d'accès, il est possib - + @@ -244,9 +243,9 @@ Clés multiples : Si vous devez utiliser plusieurs clés d'accès, il est possib - + @@ -272,9 +271,9 @@ Clés multiples : Si vous devez utiliser plusieurs clés d'accès, il est possib ``` -Votre utilisation des fonctionnalités de l'extension Géoportail sera alors simplement conditionnée par la réception de l'événement onload de la page web, comme sur l'exemple suivant : +Votre utilisation des fonctionnalités de l'extension Géoplateforme sera alors simplement conditionnée par la réception de l'événement onload de la page web, comme sur l'exemple suivant : ``` html @@ -311,7 +308,7 @@ Votre utilisation des fonctionnalités de l'extension Géoportail sera alors sim @@ -331,7 +328,7 @@ Votre utilisation des fonctionnalités de l'extension Géoportail sera alors sim customConfigFile: 'chemin/vers/customConfig.json', callbackSuffix : '', onSuccess: function (response) { - // votre utilisation de l'extension Géoportail pour iTowns + // votre utilisation de l'extension Géoplateforme pour iTowns } }); } @@ -387,12 +384,12 @@ Gp.Services.getConfig(...) ### Versions d'iTowns supportées -La dernière version de l'extension Géoportail pour iTowns peut s'utiliser avec la **version 2.38.2** d'iTowns. [Cliquer ici](https://github.com/iTowns/itowns/releases/) pour télécharger directement la version 2.38.2 de la librairie iTowns. [Cliquer ici](https://www.npmjs.com/package/itowns?activeTab=readme) pour accéder à la page du package npm iTowns. +La dernière version de l'extension Géoplateforme pour iTowns peut s'utiliser avec la **version 2.38.2** d'iTowns. [Cliquer ici](https://github.com/iTowns/itowns/releases/) pour télécharger directement la version 2.38.2 de la librairie iTowns. [Cliquer ici](https://www.npmjs.com/package/itowns?activeTab=readme) pour accéder à la page du package npm iTowns. ### Navigateurs supportés -La librairie iTowns fonctionne avec la technologie "webGL". Les anciennes versions des navigateurs ne supportent pas le webGL. Ainsi, en principe, l'extension Géoportail pour iTowns fonctionne sur les navigateurs qui supportent le webGL ( voir ce [tableau de support du webGL en fonction des navigateurs](https://caniuse.com/#search=webgl) ). +La librairie iTowns fonctionne avec la technologie "webGL". Les anciennes versions des navigateurs ne supportent pas le webGL. Ainsi, en principe, l'extension Géoplateforme pour iTowns fonctionne sur les navigateurs qui supportent le webGL ( voir ce [tableau de support du webGL en fonction des navigateurs](https://caniuse.com/#search=webgl) ). Navigateur | version -----------|-------- @@ -405,7 +402,7 @@ Opera | Versions récentes (19+) ### Limitations liées aux processeurs graphiques -Le webGL est une technologie qui exploite l'accélération matérielle de la carte graphique de la machine de l'utilisateur. En fonction du matériel de l'utilisateur, iTowns et l'extension Géoportail pour iTowns pourront donc ne pas fonctionner. +Le webGL est une technologie qui exploite l'accélération matérielle de la carte graphique de la machine de l'utilisateur. En fonction du matériel de l'utilisateur, iTowns et l'extension Géoplateforme pour iTowns pourront donc ne pas fonctionner. Sur [cette page](https://get.webgl.org/), il est possible de tester en fonction du navigateur et du matériel si le contexte webGL est accessible. @@ -417,7 +414,7 @@ Sur [cette page](https://get.webgl.org/), il est possible de tester en fonction ### Systèmes de coordonnées -iTowns utilise par défaut le système de coordonnées géographiques mondial "standard" : EPSG:4326 (coordonnées géographiques). Il est également capable d'afficher des données en EPSG:3857 (Projection Web Mercator utilisée par Google, Bings, OSM ... et le Géoportail) moyennant une reprojection par le moteur iTowns (légère perte de performance). +iTowns utilise par défaut le système de coordonnées géographiques mondial "standard" : EPSG:4326 (coordonnées géographiques). Il est également capable d'afficher des données en EPSG:3857 (Projection Web Mercator utilisée par Google, Bings, OSM ... et le Géoplateforme) moyennant une reprojection par le moteur iTowns (légère perte de performance). NB : @@ -430,15 +427,15 @@ NB : -### Affichage des couches WMTS Géoportail +### Affichage des couches WMTS Géoplateforme -Le modèle de données iTowns prend en entrée des couches matérialisées sous forme d'objet JavaScript. Deux moyens existent pour afficher les couches WMTS Géoportail. +Le modèle de données iTowns prend en entrée des couches matérialisées sous forme d'objet JavaScript. Deux moyens existent pour afficher les couches WMTS Géoplateforme. -1 - Via l'accès privilégié aux couches WMTS Géoportail fourni par l'extension Géoportail pour iTowns. +1 - Via l'accès privilégié aux couches WMTS Géoplateforme fourni par l'extension Géoplateforme pour iTowns. 2 - Directement avec la librairie iTowns. Pour cela, il faut se référer à la [documentation d'iTowns pour l'ajout d'une couche](http://www.itowns-project.org/itowns/API_Doc/GlobeView.html#addLayer). -#### Utilisation de l'accès privilégié aux couches WMTS Géoportail +#### Utilisation de l'accès privilégié aux couches WMTS Géoplateforme L'affichage se fait par la création d'une nouvelle instance de la classe [Itowns.layer.GeoportalWMTS](http://ignf.github.io/geoportal-extensions/itowns-latest/jsdoc/itowns.layer.GeoportalWMTS.html), de la manière suivante : @@ -447,7 +444,7 @@ new itowns.layer.GeoportalWMTS(options); ``` Cette fonction retourne un objet **itowns.layer.GeoportalWMTS**, qui peut ainsi être interprété par la fonction addLayer de la librairie Itowns pour l'ajout dans la carte. -Il est possible de surcharger le paramétrage par défaut de la couche en passant l'option "itownsParams" lors de la création de l'instance de la couche Géoportail WMTS. +Il est possible de surcharger le paramétrage par défaut de la couche en passant l'option "itownsParams" lors de la création de l'instance de la couche Géoplateforme WMTS. #### Exemple d'utilisation @@ -464,7 +461,7 @@ globeView.addLayer(new itowns.layer.GeoportalWMTS({ #### Utilisation directe de la librairie iTowns -Il est possible d'ajouter une couche WMTS Géoportail (ou autre) en utilisant directement le paramétrage d'iTowns. Ci-après, un exemple d'utilisation. +Il est possible d'ajouter une couche WMTS Géoplateforme (ou autre) en utilisant directement le paramétrage d'iTowns. Ci-après, un exemple d'utilisation. #### Exemple d'utilisation @@ -475,7 +472,7 @@ var orthoLayer = { type: "color", protocol: "wmts", id: "Ortho", - url: "http://wxs.ign.fr/maCLEF/geoportail/wmts", + url: "https://data.geopf.fr/wmts", updateStrategy: { type: "0", options: {} @@ -610,15 +607,15 @@ globeView.addLayer(orthoLayer); -### Affichage des couches WMS Géoportail +### Affichage des couches WMS Géoplateforme -Le modèle de données iTowns prend en entrée des couches matérialisées sous forme d'objet JavaScript. Deux moyens existent pour afficher les couches WMS Géoportail. +Le modèle de données iTowns prend en entrée des couches matérialisées sous forme d'objet JavaScript. Deux moyens existent pour afficher les couches WMS Géoplateforme. -1 - Via l'accès privilégié aux couches WMS Géoportail fourni par l'extension Géoportail pour iTowns. +1 - Via l'accès privilégié aux couches WMS Géoplateforme fourni par l'extension Géoplateforme pour iTowns. 2 - Directement avec la librairie iTowns. Pour cela, il faut se référer à la [documentation d'iTowns pour l'ajout d'une couche](http://www.itowns-project.org/itowns/API_Doc/GlobeView.html#addLayer). -#### Utilisation de l'accès privilégié aux couches WMS Géoportail +#### Utilisation de l'accès privilégié aux couches WMS Géoplateforme L'affichage se fait par la création d'une nouvelle instance de la classe [Itowns.layer.GeoportalWMS](http://ignf.github.io/geoportal-extensions/itowns-latest/jsdoc/itowns.layer.GeoportalWMS.html), de la manière suivante : @@ -627,7 +624,7 @@ new itowns.layer.GeoportalWMS(options); ``` Cette fonction retourne un objet **itowns.layer.GeoportalWMS**, qui peut ainsi être interprété par la fonction addLayer de la librairie Itowns pour l'ajout dans la carte. -Il est possible de surcharger le paramétrage par défaut de la couche en passant l'option "itownsParams" lors de la création de l'instance de la couche Géoportail WMS. +Il est possible de surcharger le paramétrage par défaut de la couche en passant l'option "itownsParams" lors de la création de l'instance de la couche Géoplateforme WMS. #### Exemple d'utilisation @@ -644,7 +641,7 @@ globeView.addLayer(new itowns.layer.GeoportalWMS({ #### Utilisation directe de la librairie iTowns -Il est possible d'ajouter une couche WMS Géoportail (ou autre) en utilisant directement le paramétrage d'iTowns. Ci-après, un exemple d'utilisation. +Il est possible d'ajouter une couche WMS Géoplateforme (ou autre) en utilisant directement le paramétrage d'iTowns. Ci-après, un exemple d'utilisation. #### Exemple d'utilisation @@ -653,7 +650,7 @@ const globeView = new itowns.GlobeViewExtended(viewerDiv, positionOnGlobe); var regionLayer{ "type": "color", - "url" : "https://wxs.ign.fr/maCLEF/geoportail/v/wms", + "url" : "https://data.geopf.fr/wms-v/wms", "protocol" : "wms", "version" : "1.3.0", "id" : "Region", @@ -706,15 +703,15 @@ globeView.addLayer(regionLayer); -### Affichage des couches Vecteur Tuilé Géoportail +### Affichage des couches Vecteur Tuilé Géoplateforme -Le modèle de données iTowns prend en entrée des couches matérialisées sous forme d'objet JavaScript. Deux moyens existent pour afficher les couches Vecteur Tuilé Géoportail. +Le modèle de données iTowns prend en entrée des couches matérialisées sous forme d'objet JavaScript. Deux moyens existent pour afficher les couches Vecteur Tuilé Géoplateforme. -1 - Via l'accès privilégié aux couches Vecteur Tuilé Géoportail fourni par l'extension Géoportail pour iTowns. +1 - Via l'accès privilégié aux couches Vecteur Tuilé Géoplateforme fourni par l'extension Géoplateforme pour iTowns. 2 - Directement avec la librairie iTowns. Pour cela, il faut se référer à la [documentation d'iTowns pour l'ajout d'une couche](http://www.itowns-project.org/itowns/API_Doc/GlobeView.html#addLayer). -#### Utilisation de l'accès privilégié aux couches Vecteur Tuilé Géoportail +#### Utilisation de l'accès privilégié aux couches Vecteur Tuilé Géoplateforme L'affichage se fait par la création d'une nouvelle instance de la classe [Itowns.layer.VectorTileLayer](http://ignf.github.io/geoportal-extensions/itowns-latest/jsdoc/itowns.layer.VectorTileLayer.html), de la manière suivante : @@ -723,7 +720,7 @@ new itowns.layer.VectorTileLayer(options); ``` Cette fonction retourne un objet **itowns.layer.VectorTileLayer**, qui peut ainsi être interprété par la fonction addLayer de la librairie Itowns pour l'ajout dans la carte. -Il est possible de surcharger le paramétrage par défaut de la couche en passant l'option "itownsParams" lors de la création de l'instance de la couche Géoportail Vecteur Tuilé. +Il est possible de surcharger le paramétrage par défaut de la couche en passant l'option "itownsParams" lors de la création de l'instance de la couche Géoplateforme Vecteur Tuilé. #### Exemple d'utilisation @@ -733,7 +730,7 @@ const globeView = new itowns.GlobeViewExtended(viewerDiv, positionOnGlobe); globeView.addLayer(new itowns.layer.VectorTileLayer({ layer: "PLAN.IGN", id : "MVT", - url: 'https://wxs.ign.fr/static/vectorTiles/styles/PLAN.IGN/standard.json', + url: 'https://data.geopf.fr/annexes/ressources/vectorTiles/styles/PLAN.IGN/standard.json', itownsParams : { opacity : 0.5 } @@ -742,7 +739,7 @@ globeView.addLayer(new itowns.layer.VectorTileLayer({ #### Utilisation directe de la librairie iTowns -Il est possible d'ajouter une couche Vecteur Tuilé Géoportail (ou autre) en utilisant directement le paramétrage d'iTowns. Ci-après, un exemple d'utilisation. +Il est possible d'ajouter une couche Vecteur Tuilé Géoplateforme (ou autre) en utilisant directement le paramétrage d'iTowns. Ci-après, un exemple d'utilisation. #### Exemple d'utilisation @@ -750,7 +747,7 @@ Il est possible d'ajouter une couche Vecteur Tuilé Géoportail (ou autre) en ut var view = new itowns.GlobeView(viewerDiv, placement); var mvtSource = new itowns.VectorTilesSource({ - style: 'https://wxs.ign.fr/static/vectorTiles/styles/PLAN.IGN/standard.json', + style: 'https://data.geopf.fr/annexes/ressources/vectorTiles/styles/PLAN.IGN/standard.json', // application de filtres filter: (layer) => !layer['source-layer'].includes('oro_') && !layer['source-layer'].includes('parcellaire'), } @@ -769,15 +766,15 @@ view.addLayer(mvtLayer); -### Affichage des couches MNT WMTS Géoportail pour affichage du relief +### Affichage des couches MNT WMTS Géoplateforme pour affichage du relief -Le modèle de données iTowns prend en entrée des couches matérialisées sous forme d'objet JavaScript. Deux moyens existent pour afficher les couches WMTS MNT Géoportail. +Le modèle de données iTowns prend en entrée des couches matérialisées sous forme d'objet JavaScript. Deux moyens existent pour afficher les couches WMTS MNT Géoplateforme. -1 - Via l'accès privilégié aux couches WMTS Géoportail fourni par l'extension Géoportail pour iTowns. +1 - Via l'accès privilégié aux couches WMTS Géoplateforme fourni par l'extension Géoplateforme pour iTowns. 2 - Directement avec la librairie iTowns. Pour cela, il faut se référer à la [documentation d'iTowns pour l'ajout d'une couche](http://www.itowns-project.org/itowns/API_Doc/GlobeView.html#addLayer). -#### Utilisation de l'accès privilégié aux couches WMTS Géoportail pour afficher un MNT +#### Utilisation de l'accès privilégié aux couches WMTS Géoplateforme pour afficher un MNT L'affichage se fait par la création d'une nouvelle instance de la classe [Itowns.layer.GeoportalElevation](http://ignf.github.io/geoportal-extensions/itowns-latest/jsdoc/itowns.layer.GeoportalElevation.html), de la manière suivante : @@ -786,7 +783,7 @@ new itowns.layer.GeoportalElevation(options); ``` Cette fonction retourne un objet **itowns.layer.GeoportalElevation**, qui peut ainsi être interprété par la fonction addLayer de la librairie Itowns pour l'affichage du MNT sur la carte 3D. -Il est possible de surcharger le paramétrage par défaut de la couche en passant l'option "itownsParams" lors de la création de l'instance de la couche Géoportail WMTS. +Il est possible de surcharger le paramétrage par défaut de la couche en passant l'option "itownsParams" lors de la création de l'instance de la couche Géoplateforme WMTS. #### Exemple d'utilisation @@ -798,7 +795,7 @@ globeView.addLayer(new itowns.layer.GeoportalElevation({ layer: "ELEVATION.ELEVA #### Utilisation directe de la librairie iTowns -Il est possible d'ajouter une couche WMTS Géoportail (ou autre) de type "élévation" en utilisant directement le paramétrage d'iTowns. Ci-après, un exemple d'utilisation. +Il est possible d'ajouter une couche WMTS Géoplateforme (ou autre) de type "élévation" en utilisant directement le paramétrage d'iTowns. Ci-après, un exemple d'utilisation. #### Exemple d'utilisation @@ -809,7 +806,7 @@ var MNTLayer = { type : "elevation", protocol : "wmts", id : "IGN_MNT", - url : "http://wxs.ign.fr/maCLEF/geoportail/wmts", + url : "https://data.geopf.fr/wmts", noDataValue : -99999, updateStrategy : { type : 1, @@ -972,7 +969,7 @@ globeView.addWidget(layerSwitcher); ### Coordonnées et altitude en un point de la carte -Ce widget permet d'afficher les coordonnées d'un point choisi par l'internaute sur le globe iTowns dans un ou plusieurs systèmes de coordonnées. Ces coordonnées peuvent comprendre l'altitude obtenue à l'aide du service d'altimétrie de la plateforme Géoportail. +Ce widget permet d'afficher les coordonnées d'un point choisi par l'internaute sur le globe iTowns dans un ou plusieurs systèmes de coordonnées. Ces coordonnées peuvent comprendre l'altitude obtenue à l'aide du service d'altimétrie de la Géoplateforme. Son utilisation se fait par la création d'un nouveau contrôle, instance de la classe itowns.control.LayerSwitcher, que l'on peut ensuite ajouter au globe via la méthode addWidget de l'extension d'iTowns globeViewExtended, de la manière suivante : @@ -1019,7 +1016,7 @@ map.addControl(mpControl); Ce widget a pour but d'afficher les attributions associées aux couches visibles sur la carte. Ce widget permet donc l'affichage des attributions en fonction du positionnement de la carte (centre, zoom) pour les couches ayant des originators multiples. -Les couches Géoportail (de type [WMS](#WMS) ou [WMTS](#WMTS)) possèdent nativement cette propriété. Pour les autres, le paramétrage dynamique des originators se fait par l'adjonction à l'objet source de la couche de la propriété "\_originators", tableau de [Gp.Services.Config.Originator](http://ignf.github.io/geoportal-access-lib/latest/jsdoc/Gp.Services.Config.Originator.html). +Les couches Géoplateforme (de type [WMS](#WMS) ou [WMTS](#WMTS)) possèdent nativement cette propriété. Pour les autres, le paramétrage dynamique des originators se fait par l'adjonction à l'objet source de la couche de la propriété "\_originators", tableau de [Gp.Services.Config.Originator](http://ignf.github.io/geoportal-access-lib/latest/jsdoc/Gp.Services.Config.Originator.html). Son utilisation se fait par la création d'un nouveau contrôle, instance de la classe itowns.control.GeoportalAttribution que l'on peut ensuite ajouter au globe de la manière suivante : @@ -1243,7 +1240,7 @@ Par défaut, le MNT "ELEVATION.ELEVATIONGRIDCOVERAGE.HIGHRES" sera ajouté au gl ##### Utilisation avancée -Ajout du widget en paramétrant le widget pour placer les bâtiments à une altitude de 0, ne pas ajouter de MNT, utiliser la clé "cartes" pour ajouter la couche des bâtiments, et ne pas afficher les bâtiments à l'initialisation du globe. Les bâtiments dans cet exemple ne sont visibles qu'à partir du niveau de zoom 17. +Ajout du widget en paramétrant le widget pour placer les bâtiments à une altitude de 0, ne pas ajouter de MNT et ne pas afficher les bâtiments à l'initialisation du globe. Les bâtiments dans cet exemple ne sont visibles qu'à partir du niveau de zoom 17. ``` javascript // Création du globe @@ -1255,7 +1252,6 @@ globeView.addLayer(orthoLayer); var buildings = new itowns.control.Buildings({ MNT: false, buildingsOnGround: true, - key: "cartes", defaultVisibility: false, minZoom: 17 }); diff --git a/doc/README-leaflet.md b/doc/README-leaflet.md index e96438a9e..4b7eda4a6 100644 --- a/doc/README-leaflet.md +++ b/doc/README-leaflet.md @@ -1,17 +1,17 @@ -# Extension Géoportail pour Leaflet +# Extension Géoplateforme pour Leaflet ![GitHub package.json version](https://img.shields.io/github/package-json/v/IGNF/geoportal-extensions?filename=build%2Fscripts%2Frelease%2Fpackage-leaflet.json) -- [Extension Géoportail pour Leaflet](#extension-géoportail-pour-leaflet) +- [Extension Géoplateforme pour Leaflet](#extension-géoplateforme-pour-leaflet) - [Mise en oeuvre](#mise-en-oeuvre) - [Téléchargement](#téléchargement) - [Téléchargement direct](#téléchargement-direct) - [Récupération avec NPM](#récupération-avec-npm) - [Accès direct](#accès-direct) - [Intégration dans une page web](#intégration-dans-une-page-web) - - [Configuration de l'accès à la plateforme Géoportail](#configuration-de-laccès-à-la-plateforme-géoportail) + - [Configuration de l'accès à la Géoplateforme](#configuration-de-laccès-à-la-géoplateforme) - [Optimisation du chargement : configuration locale](#optimisation-du-chargement--configuration-locale) - [Appel de l'extension dans un module ES6](#appel-de-lextension-dans-un-module-es6) - [Compatibilités](#compatibilités) @@ -19,11 +19,11 @@ - [Navigateurs supportés](#navigateurs-supportés) - [Fonctionnalités](#fonctionnalités) - [Systèmes de coordonnées](#systèmes-de-coordonnées) - - [Affichage des couche WMTS Géoportail](#affichage-des-couche-wmts-géoportail) + - [Affichage des couche WMTS Géoplateforme](#affichage-des-couche-wmts-géoplateforme) - [Exemples d'utilisation](#exemples-dutilisation) - [Utilisation simple de la fonction](#utilisation-simple-de-la-fonction) - [Affichage en Lambert 93 (EPSG:2154)](#affichage-en-lambert-93-epsg2154) - - [Affichage des couche WMS Géoportail](#affichage-des-couche-wms-géoportail) + - [Affichage des couche WMS Géoplateforme](#affichage-des-couche-wms-géoplateforme) - [Exemple d'utilisation](#exemple-dutilisation) - [Utilisation simple de la fonction](#utilisation-simple-de-la-fonction-1) - [Widget de gestion d'empilement des couches](#widget-de-gestion-dempilement-des-couches) @@ -53,11 +53,11 @@ -L'extension Géoportail pour Leaflet propose les fonctionnalités suivantes à utiliser en complément de la biblothèque [Leaflet](http://leafletjs.com/) : +L'extension Géoplateforme pour Leaflet propose les fonctionnalités suivantes à utiliser en complément de la biblothèque [Leaflet](http://leafletjs.com/) : -* [affichage des couches WMTS Géoportail](#WMTS) +* [affichage des couches WMTS Géoplateforme](#WMTS) -* [affichage des couches WMS Géoportail](#WMS) +* [affichage des couches WMS Géoplateforme](#WMS) * [widget de gestion d'empilement des couches](#layerswitcher) @@ -65,24 +65,24 @@ L'extension Géoportail pour Leaflet propose les fonctionnalités suivantes à u * [obtention d'une adresse, d'un nom de lieu, ... au clic sur la carte](#reverse) -* [calculs d'itinéraires à partir du service de la plateforme Géoportail](#route) +* [calculs d'itinéraires à partir du service de la Géoplateforme](#route) -* [calculs d'isochrones / isodistances à partir du service de la plateforme Géoportail](#isocurve) +* [calculs d'isochrones / isodistances à partir du service de la Géoplateforme](#isocurve) -* [altitude en un point de la carte à l'aide du service d'altimétrie de la plateforme Géoportail](#mp) +* [altitude en un point de la carte à l'aide du service d'altimétrie de la Géoplateforme](#mp) -* [profil altimétrique d'un traçé à l'aide du service d'altimétrie de la plateforme Géoportail](#ep) +* [profil altimétrique d'un traçé à l'aide du service d'altimétrie de la Géoplateforme](#ep) ## Mise en oeuvre -L'utilisation de l'extension Géoportail pour Leaflet se fait via les étapes suivantes : +L'utilisation de l'extension Géoplateforme pour Leaflet se fait via les étapes suivantes : -* [Téléchargement de l'extension Géoportail](#download) +* [Téléchargement de l'extension Géoplateforme](#download) * [Intégration de l'extension dans une page web](#integration) -* [Configuration de l'accès à la plateforme Géoportail](#config) +* [Configuration de l'accès à la Géoplateforme](#config) Une documentation technique (**jsdoc**), une **demo** et un **generateur de carte** sont disponibles [ici](https://ignf.github.io/geoportal-extensions/). @@ -90,9 +90,9 @@ Une documentation technique (**jsdoc**), une **demo** et un **generateur de cart ### Téléchargement -Vous pouvez récupérer l'extension Géoportail pour Leaflet soit par [téléchargement direct](#download-direct), soit en utilisant le [gestionnaire de dépendances javascript NPM](#download-npm). +Vous pouvez récupérer l'extension Géoplateforme pour Leaflet soit par [téléchargement direct](#download-direct), soit en utilisant le [gestionnaire de dépendances javascript NPM](#download-npm). -L'extension Géoportail pour Leaflet comprend l'arborescence de fichiers suivante : +L'extension Géoplateforme pour Leaflet comprend l'arborescence de fichiers suivante : ``` GpPluginLeaflet.js (version minifiée du code javascript pour une utilisation en production) @@ -109,7 +109,7 @@ Les scripts de Leaflet s'obtiennent sur [la page de téléchargement de Leaflet] #### Téléchargement direct -Vous pouvez télécharger la dernière version de l'extension Géoportail pour Leaflet directement sur [la page des releases des extensions Géoportail](https://github.com/IGNF/geoportal-extensions/releases). +Vous pouvez télécharger la dernière version de l'extension Géoplateforme pour Leaflet directement sur [la page des releases des extensions Géoplateforme](https://github.com/IGNF/geoportal-extensions/releases). L'archive téléchargée (GpLeaflet.zip) comprend l'arborescence décrite ci-dessus. @@ -119,7 +119,7 @@ L'archive téléchargée (GpLeaflet.zip) comprend l'arborescence décrite ci-des #### Récupération avec NPM -L'extension Géoportail pour Leaflet est aussi disponible dans les dépôts [NPM](https://www.npmjs.com/package/geoportal-extensions-leaflet). +L'extension Géoplateforme pour Leaflet est aussi disponible dans les dépôts [NPM](https://www.npmjs.com/package/geoportal-extensions-leaflet). Prérequis : [NodeJS](https://nodejs.org/en/) et [npm](https://www.npmjs.com/) installés. @@ -146,16 +146,16 @@ http://ignf.github.io/geoportal-extensions/leaflet-latest/dist/GpPluginLeaflet-s ### Intégration dans une page web -Dézippez l'extension géoportail dans l'arborescence de votre serveur web. Vous pouvez positionner à votre guise les fichiers css et javascript. +Dézippez l'extension géoplateforme dans l'arborescence de votre serveur web. Vous pouvez positionner à votre guise les fichiers css et javascript. -Intégrez l'extension géoportail pour leaflet dans votre page web classiquement à l'aide d'une balise **script** pour charger le fichier javascript et d'une balise **link** pour charger le fichier css en plus des balises correspondantes utilisées pour charger la bibliothèque Leaflet. +Intégrez l'extension géoplateforme pour leaflet dans votre page web classiquement à l'aide d'une balise **script** pour charger le fichier javascript et d'une balise **link** pour charger le fichier css en plus des balises correspondantes utilisées pour charger la bibliothèque Leaflet. ``` html - + ``` @@ -164,25 +164,29 @@ Intégrez l'extension géoportail pour leaflet dans votre page web classiquement -### Configuration de l'accès à la plateforme Géoportail +### Configuration de l'accès à la Géoplateforme -L'extension Géoportail pour Leaflet exploite les services web exposés par la plateforme Géoportail. Ceux-ci sont soumis à l'utilisation d'une ou de plusieurs **clef d'accès** gratuites disponibles sur le site [geoservices.ign.fr](https://geoservices.ign.fr/services-web) ayant les droits sur les ressources que vous souhaitez exploiter. +L'extension Géoplateforme pour Leaflet exploite les services web exposés par la Géoplateforme. Ceux-ci sont en libre accès. -Vous pouvez ensuite paramétrer l'utilisation de l'extension avec la ou les clefs qui correspondent à vos besoins de deux manières possibles : +Vous pouvez cependant paramétrer l'utilisation de l'extension avec une ou plusieurs thématiques Géoplateforme qui correspondent à vos besoins en générant un fichier de configuration local à partir de [cette interface](https://geoplateforme-configuration.onrender.com/) ou en passant par le paramètre apiKey. + +Si ni apiKey, ni fichier de configuration local n'est spécifié, l'utilisateur récupérera une configuration complète avec toutes les ressources de la Géoplateforme (qui pourra donc être très volumineuse). + +Vous pouvez configurer les extensions des manières suivantes : **Méthode 1** : Au chargement de l'extension en utilisant l'attribut "data-key" de la balise **script** de chargement de l'extension : ``` html - + ``` -Clés multiples : Si vous devez utiliser plusieurs clés d'accès, il est possible de mettre une liste de clés dans l'attribut data-key : +Thèmes multiples : Si vous devez utiliser plusieurs clés d'accès, il est possible de mettre une liste de clés dans l'attribut data-key : ``` html - + ``` -Votre utilisation des fonctionnalités de l'extension Géoportail sera alors simplement conditionnée par la réception de l'événement onload de la page web, comme sur l'exemple suivant : +Votre utilisation des fonctionnalités de l'extension Géoplateforme sera alors simplement conditionnée par la réception de l'événement onload de la page web, comme sur l'exemple suivant : ``` html @@ -190,14 +194,14 @@ Votre utilisation des fonctionnalités de l'extension Géoportail sera alors sim - + - + @@ -212,7 +216,7 @@ Votre utilisation des fonctionnalités de l'extension Géoportail sera alors sim - + @@ -220,9 +224,9 @@ Votre utilisation des fonctionnalités de l'extension Géoportail sera alors sim - + @@ -249,9 +253,9 @@ Clés multiples : Si vous devez utiliser plusieurs clés d'accès, il est possib + ``` -Votre utilisation des fonctionnalités de l'extension Géoportail sera alors simplement conditionnée par la réception de l'événement onload de la page web, comme sur l'exemple suivant : +Votre utilisation des fonctionnalités de l'extension Géoplateforme sera alors simplement conditionnée par la réception de l'événement onload de la page web, comme sur l'exemple suivant : ``` html @@ -286,7 +290,7 @@ Votre utilisation des fonctionnalités de l'extension Géoportail sera alors sim @@ -306,7 +310,7 @@ Votre utilisation des fonctionnalités de l'extension Géoportail sera alors sim customConfigFile: 'chemin/vers/customConfig.json', callbackSuffix : '', onSuccess: function (response) { - // votre utilisation de l'extension Géoportail pour Leaflet + // votre utilisation de l'extension Géoplateforme pour Leaflet } }); } @@ -362,7 +366,7 @@ Gp.Services.getConfig(...) ### Versions de Leaflet supportées -L'extension Géoportail pour Leaflet peut s'utiliser avec les versions de Leaflet suivantes : +L'extension Géoplateforme pour Leaflet peut s'utiliser avec les versions de Leaflet suivantes : * [version 0.7.X](http://leafletjs.com/reference-0.7.7.html) * [version 1.0.X](http://leafletjs.com/reference-1.0.3.html) * [version 1.2.X](http://leafletjs.com/reference-1.2.0.html) @@ -395,7 +399,7 @@ Safari | Versions récentes (6.1+) Leaflet utilise par défaut les systèmes de coordonnées mondiaux "standards" dont on peut trouver la liste [ici](http://leafletjs.com/reference.html#icrs). -L'extension Géoportail pour Leaflet embarque de nombreuses projections en *EPSG*, *CRS* ainsi que sous le registre *IGNF*. +L'extension Géoplateforme pour Leaflet embarque de nombreuses projections en *EPSG*, *CRS* ainsi que sous le registre *IGNF*. Il est possible d'appeler ces projections avec le mécanisme de Leaflet. Exemple : @@ -408,7 +412,7 @@ var LAMB93 = new L.Proj.CRS('IGNF:LAMB93'); La définition d'autres systèmes de coordonnées est cependant possible par l'adjonction de deux bibliothèques [Proj4js](http://proj4js.org/) et [Proj4Leaflet](http://kartena.github.io/Proj4Leaflet/). La première permettant de définir des systèmes de coordonnées et d'effectuer des transformations de coordonnées entre systèmes ; la seconde permettant d'utiliser la première dans Leaflet. -L'extension Géoportail pour Leaflet **intègre nativement ces deux bibliothèques**. Si vous l'utilisez vous pouvez donc directement définir les systèmes de coordonnées que vous souhaitez selon la syntaxe proj4 et en utilisant le mécanisme de Leaflet. +L'extension Géoplateforme pour Leaflet **intègre nativement ces deux bibliothèques**. Si vous l'utilisez vous pouvez donc directement définir les systèmes de coordonnées que vous souhaitez selon la syntaxe proj4 et en utilisant le mécanisme de Leaflet. Exemple : @@ -427,7 +431,7 @@ NB : -L'extension Géoportail pour Leaflet définit par défaut la projection légale Lambert 93 (EPSG:2154) qu'elle expose sous la variable globale suivante. +L'extension Géoplateforme pour Leaflet définit par défaut la projection légale Lambert 93 (EPSG:2154) qu'elle expose sous la variable globale suivante. ``` javascript L.geoportalCRS.EPSG2154 @@ -437,9 +441,9 @@ L.geoportalCRS.EPSG2154 -### Affichage des couche WMTS Géoportail +### Affichage des couche WMTS Géoplateforme -L'affichage des couches WMTS Géoportail se fait à l'aide de la fonction [L.geoportalLayer.WMTS()](http://ignf.github.io/geoportal-extensions/leaflet-latest/jsdoc/module-Layers.html#.WMTS), utilisée de la manière suivante : +L'affichage des couches WMTS Géoplateforme se fait à l'aide de la fonction [L.geoportalLayer.WMTS()](http://ignf.github.io/geoportal-extensions/leaflet-latest/jsdoc/module-Layers.html#.WMTS), utilisée de la manière suivante : ``` javascript L.geoportalLayer.WMTS(options, [leafletParams]); @@ -452,7 +456,7 @@ Cette fonction retourne un objet de type [L.TileLayer](http://leafletjs.com/refe #### Utilisation simple de la fonction -Affichage simple des ortho-images du Géoportail : création d'une *layer* Géoportail, et ajout à la *map* Leaflet. +Affichage simple des ortho-images du Géoplateforme : création d'une *layer* Géoplateforme, et ajout à la *map* Leaflet. ``` javascript // Création de la carte @@ -475,7 +479,7 @@ lyr.addTo(map); // ou map.addLayer(lyr); #### Affichage en Lambert 93 (EPSG:2154) -La plateforme Géoportail diffuse aussi des ressources WMTS en projection Lambert 93. Pour permettre de les afficher, l'extension Géoportail pour Leaflet pré-définit la projection correspondante accessible via la constante : +La Géoplateforme diffuse aussi des ressources WMTS en projection Lambert 93. Pour permettre de les afficher, l'extension Géoplateforme pour Leaflet pré-définit la projection correspondante accessible via la constante : ``` javascript L.geoportalCRS.EPSG2154 @@ -506,9 +510,9 @@ NB : D'autres systèmes de coordonnées peuvent être définis : [plus d'informa -### Affichage des couche WMS Géoportail +### Affichage des couche WMS Géoplateforme -L'affichage des couches WMS Géoportail se fait à l'aide de la fonction [L.geoportalLayer.WMS()](http://ignf.github.io/geoportal-extensions/leaflet-latest/jsdoc/module-Layers.html#.WMS), utilisée de la manière suivante : +L'affichage des couches WMS Géoplateforme se fait à l'aide de la fonction [L.geoportalLayer.WMS()](http://ignf.github.io/geoportal-extensions/leaflet-latest/jsdoc/module-Layers.html#.WMS), utilisée de la manière suivante : ``` javascript L.geoportalLayer.WMS(options[,leafletParams]); @@ -520,7 +524,7 @@ Cette fonction retourne un objet de type [L.TileLayer.WMS](http://leafletjs.com/ #### Utilisation simple de la fonction -Affichage des orthos-images servies par le service WMS INSPIRE de la plateforme Géoportail sur une carte Leaflet en projection EPSG:4326. +Affichage des orthos-images servies par le service WMS INSPIRE de la plateforme Géoplateforme sur une carte Leaflet en projection EPSG:4326. ``` javascript // creation de la carte @@ -557,7 +561,7 @@ Pour chaque couche de la carte L.Map, le widget affiche son titre et sa descript La récupération de ces informations n'est pas la même selon la manière dont chaque couche a été ajoutée à la carte : -- Couches ajoutées via la [fonctionnalité d'affichage simple des couches WMS](#WMS) ou [WMTS du Géoportail](#WMTS) de l'extension pour Leaflet : ces informations sont disponibles car elles ont été chargées par lors de la [configuration de l'accès au Géoportail](#config), il n'y a donc rien à faire de particulier. +- Couches ajoutées via la [fonctionnalité d'affichage simple des couches WMS](#WMS) ou [WMTS du Géoplateforme](#WMTS) de l'extension pour Leaflet : ces informations sont disponibles car elles ont été chargées par lors de la [configuration de l'accès au Géoplateforme](#config), il n'y a donc rien à faire de particulier. - Autres couches : afin d'afficher ces informations, il est nécessaire de les spécifier dans les options du widget. @@ -571,7 +575,7 @@ Ajout du widget de gestion de l'empilement des couches sans paramétrage particu // Création de la carte var map = L.Map('divmap', {center: [2.38, 45.23] , zoom: 13}); -// création et ajout d'une cocuhe Géoportail +// création et ajout d'une cocuhe Géoplateforme var lyr = L.geoportalLayer.WMTS({ layer : "ORTHOIMAGERY.ORTHOPHOTOS", }); @@ -624,7 +628,7 @@ map.addControl( La barre de recherche permet de positionner la carte à partir de la saisie d'un localisant dont la position sera retournée par le service de géocodage de l'IGN. -La saisie de localisants peut s'accompagner d'un mode d'autocomplétion s'appuyant sur le service d'autocomplétion de la plateforme Géoportail. +La saisie de localisants peut s'accompagner d'un mode d'autocomplétion s'appuyant sur le service d'autocomplétion de la Géoplateforme. Son utilisation se fait par la création d'un nouveau contrôle à l'aide de la fonction [L.geoportalControl.SearchEngine()](http://ignf.github.io/geoportal-extensions/leaflet-latest/jsdoc/module-Controls.html#.SearchEngine), que l'on peut ensuite ajouter à la carte comme [les autres contrôles Leaflet](http://leafletjs.com/reference.html#map-stuff-methods), par exemple de la manière suivante : @@ -702,7 +706,7 @@ map.addControl(revCtrl); ### Calculs d'itinéraires -Le widget de calcul d'itinéraires permet d'intéragir avec une carte Leaflet pour effectuer des calculs d'itinéraires utilisant le service dédié de la plateforme Géoportail. +Le widget de calcul d'itinéraires permet d'intéragir avec une carte Leaflet pour effectuer des calculs d'itinéraires utilisant le service dédié de la Géoplateforme. Son utilisation se fait par la création d'un nouveau contrôle à l'aide de la fonction [L.geoportalControl.Route()](http://ignf.github.io/geoportal-extensions/leaflet-latest/jsdoc/module-Controls.html#.Route), que l'on peut ensuite ajouter à la carte comme [les autres contrôles Leaflet](http://leafletjs.com/reference.html#map-stuff-methods), par exemple de la manière suivante : @@ -741,7 +745,7 @@ map.addControl(routeCtrl); ### Calculs d'isochrones / isodistances -Ce widget permet d'intéragir avec une carte Leaflet pour effectuer des calculs d'isochrones / isodistances utilisant le service dédié de la plateforme Géoportail. +Ce widget permet d'intéragir avec une carte Leaflet pour effectuer des calculs d'isochrones / isodistances utilisant le service dédié de la Géoplateforme. Son utilisation se fait par la création d'un nouveau contrôle à l'aide de la fonction [L.geoportalControl.Isocurve()](http://ignf.github.io/geoportal-extensions/leaflet-latest/jsdoc/module-Controls.html#.Isocurve), que l'on peut ensuite ajouter à la carte comme [les autres contrôles Leaflet](http://leafletjs.com/reference.html#map-stuff-methods), par exemple de la manière suivante : @@ -780,7 +784,7 @@ map.addControl(isoCtrl); ### Altitude en un point de la carte -Ce widget permet d'afficher les coordonnées d'un point choisi par l'internaute sur une carte Leaflet dans un ou plusieurs systèmes de coordonnées. Ces coordonnées peuvent comprendre l'altitude obtenue à l'aide du service d'altimétrie de la plateforme Géoportail. +Ce widget permet d'afficher les coordonnées d'un point choisi par l'internaute sur une carte Leaflet dans un ou plusieurs systèmes de coordonnées. Ces coordonnées peuvent comprendre l'altitude obtenue à l'aide du service d'altimétrie de la Géoplateforme. Son utilisation se fait par la création d'un nouveau contrôle à l'aide de la fonction [L.geoportalControl.MousePosition()](http://ignf.github.io/geoportal-extensions/leaflet-latest/jsdoc/module-Controls.html#.MousePosition), que l'on peut ensuite ajouter à la carte comme [les autres contrôles Leaflet](http://leafletjs.com/reference.html#map-stuff-methods), par exemple de la manière suivante : @@ -825,7 +829,7 @@ map.addControl(mpCtrl); ### Profil altimétrique le long d'un traçé -Ce widget permet d'afficher le profil altimétrique d'un traçé saisi par l'internaute sur une carte Leaflet. Le profil est calculé à l'aide du service d'altimétrie de la plateforme Géoportail. +Ce widget permet d'afficher le profil altimétrique d'un traçé saisi par l'internaute sur une carte Leaflet. Le profil est calculé à l'aide du service d'altimétrie de la Géoplateforme. Son utilisation se fait par la création d'un nouveau contrôle à l'aide de la fonction [L.geoportalControl.ElevationPath()](http://ignf.github.io/geoportal-extensions/leaflet-latest/jsdoc/module-Controls.html#.ElevationPath), que l'on peut ensuite ajouter à la carte comme [les autres contrôles Leaflet](http://leafletjs.com/reference.html#map-stuff-methods), par exemple de la manière suivante : diff --git a/doc/README-openlayers.md b/doc/README-openlayers.md index e3afd6715..cc119dc43 100644 --- a/doc/README-openlayers.md +++ b/doc/README-openlayers.md @@ -1,17 +1,17 @@ -# Extension Géoportail pour OpenLayers +# Extension Géoplateforme pour OpenLayers ![GitHub package.json version](https://img.shields.io/github/package-json/v/IGNF/geoportal-extensions?filename=build%2Fscripts%2Frelease%2Fpackage-openlayers.json) -- [Extension Géoportail pour OpenLayers](#extension-géoportail-pour-openlayers) +- [Extension Géoplateforme pour OpenLayers](#extension-géoplateforme-pour-openlayers) - [Mise en oeuvre](#mise-en-oeuvre) - [Téléchargement](#téléchargement) - [Téléchargement direct](#téléchargement-direct) - [Récupération avec NPM](#récupération-avec-npm) - [Accès direct](#accès-direct) - [Intégration dans une page web](#intégration-dans-une-page-web) - - [Configuration de l'accès à la plateforme Géoportail](#configuration-de-laccès-à-la-plateforme-géoportail) + - [Configuration de l'accès à la Géoplateforme](#configuration-de-laccès-à-la-géoplateforme) - [Optimisation du chargement : configuration locale](#optimisation-du-chargement--configuration-locale) - [Appel de l'extension dans un module ES6](#appel-de-lextension-dans-un-module-es6) - [Compatibilités](#compatibilités) @@ -19,19 +19,19 @@ - [Navigateurs supportés](#navigateurs-supportés) - [Fonctionnalités](#fonctionnalités) - [Systèmes de coordonnées](#systèmes-de-coordonnées) - - [Affichage des couches WMTS Géoportail](#affichage-des-couches-wmts-géoportail) - - [Utilisation d'un layer WMTS Géoportail](#utilisation-dun-layer-wmts-géoportail) + - [Affichage des couches WMTS Géoplateforme](#affichage-des-couches-wmts-géoplateforme) + - [Utilisation d'un layer WMTS Géoplateforme](#utilisation-dun-layer-wmts-géoplateforme) - [Exemple d'utilisation](#exemple-dutilisation) - [Affichage en Lambert 93 (EPSG:2154)](#affichage-en-lambert-93-epsg2154) - - [Utilisation d'une source WMTS Géoportail](#utilisation-dune-source-wmts-géoportail) + - [Utilisation d'une source WMTS Géoplateforme](#utilisation-dune-source-wmts-géoplateforme) - [Exemple d'utilisation](#exemple-dutilisation-1) - [Affichage en Lambert 93 (EPSG:2154)](#affichage-en-lambert-93-epsg2154-1) - - [Affichage des couches WMS Géoportail](#affichage-des-couches-wms-géoportail) - - [Utilisation d'un layer WMS Géoportail](#utilisation-dun-layer-wms-géoportail) + - [Affichage des couches WMS Géoplateforme](#affichage-des-couches-wms-géoplateforme) + - [Utilisation d'un layer WMS Géoplateforme](#utilisation-dun-layer-wms-géoplateforme) - [Exemple d'utilisation](#exemple-dutilisation-2) - - [Utilisation d'une source WMS Géoportail](#utilisation-dune-source-wms-géoportail) + - [Utilisation d'une source WMS Géoplateforme](#utilisation-dune-source-wms-géoplateforme) - [Exemple d'utilisation](#exemple-dutilisation-3) - - [Affichage d'une couche Vecteur Tuilé Géoportail](#affichage-dune-couche-vecteur-tuilé-géoportail) + - [Affichage d'une couche Vecteur Tuilé Géoplateforme](#affichage-dune-couche-vecteur-tuilé-géoplateforme) - [Widget de gestion d'empilement des couches](#widget-de-gestion-dempilement-des-couches) - [Exemples d'utilisation](#exemples-dutilisation) - [Utilisation simple](#utilisation-simple) @@ -78,13 +78,13 @@ -L'extension Géoportail pour OpenLayers propose les fonctionnalités suivantes à utiliser en complément de la bibliothèque [OpenLayers dans ses versions 3 et supérieures](https://openlayers.org/) : +L'extension Géoplateforme pour OpenLayers propose les fonctionnalités suivantes à utiliser en complément de la bibliothèque [OpenLayers dans ses versions 3 et supérieures](https://openlayers.org/) : -* [affichage des couches WMTS Géoportail](#WMTS) +* [affichage des couches WMTS Géoplateforme](#WMTS) -* [affichage des couches WMS Géoportail](#WMS) +* [affichage des couches WMS Géoplateforme](#WMS) -* [affichage d'une couche Vecteur Tuilé Géoportail](#VT) +* [affichage d'une couche Vecteur Tuilé Géoplateforme](#VT) * [affichage dynamique des attributions](#attributions) @@ -94,17 +94,17 @@ L'extension Géoportail pour OpenLayers propose les fonctionnalités suivantes * [obtention d'une adresse, d'un nom de lieu, ... au clic sur la carte](#reverse) -* [calculs d'itinéraires à partir du service de la plateforme Géoportail](#route) +* [calculs d'itinéraires à partir du service de la Géoplateforme](#route) -* [calculs d'isochrones / isodistances à partir du service de la plateforme Géoportail](#isocurve) +* [calculs d'isochrones / isodistances à partir du service de la Géoplateforme](#isocurve) -* [coordonnées et altitude en un point de la carte à l'aide du service d'altimétrie de la plateforme Géoportail](#mp) +* [coordonnées et altitude en un point de la carte à l'aide du service d'altimétrie de la Géoplateforme](#mp) * [outils de croquis](#drawing) * [import de couches](#layerimport) -* [profil altimétrique d'un traçé à l'aide du service d'altimétrie de la plateforme Géoportail](#ep) +* [profil altimétrique d'un traçé à l'aide du service d'altimétrie de la Géoplateforme](#ep) * [outils de mesures](#measure) @@ -114,13 +114,13 @@ L'extension Géoportail pour OpenLayers propose les fonctionnalités suivantes ## Mise en oeuvre -L'utilisation de l'extension Géoportail pour OpenLayers se fait via les étapes suivantes : +L'utilisation de l'extension Géoplateforme pour OpenLayers se fait via les étapes suivantes : -* [Téléchargement de l'extension Géoportail](#download) +* [Téléchargement de l'extension Géoplateforme](#download) * [Intégration de l'extension dans une page web](#integration) -* [Configuration de l'accès à la plateforme Géoportail](#config) +* [Configuration de l'accès à la Géoplateforme](#config) Une documentation technique (**jsdoc**), une **demo** et un **generateur de carte** sont disponibles [ici](https://ignf.github.io/geoportal-extensions/). @@ -128,12 +128,12 @@ Une documentation technique (**jsdoc**), une **demo** et un **generateur de cart ### Téléchargement -Vous pouvez récupérer l'extension Géoportail pour OpenLayers soit par [téléchargement direct](#download-direct), soit en utilisant le [gestionnaire de dépendances javascript NPM](#download-npm). +Vous pouvez récupérer l'extension Géoplateforme pour OpenLayers soit par [téléchargement direct](#download-direct), soit en utilisant le [gestionnaire de dépendances javascript NPM](#download-npm). -L'extension Géoportail pour OpenLayers comprend l'arborescence de fichiers suivante : +L'extension Géoplateforme pour OpenLayers comprend l'arborescence de fichiers suivante : ``` - / + / GpPluginOpenLayers.js (version minifiée du code javascript pour une utilisation en production) GpPluginOpenLayers.css @@ -152,7 +152,7 @@ Les scripts d'OpenLayers s'obtiennent sur [la page de téléchargement d'OpenLay #### Téléchargement direct -Vous pouvez télécharger la dernière version de l'extension Géoportail pour OpenLayers directement sur [la page des releases des extensions Géoportail](https://github.com/IGNF/geoportal-extensions/releases). +Vous pouvez télécharger la dernière version de l'extension Géoplateforme pour OpenLayers directement sur [la page des releases des extensions Géoplateforme](https://github.com/IGNF/geoportal-extensions/releases). L'archive téléchargée (.zip) comprend l'arborescence décrite ci-dessus. @@ -162,7 +162,7 @@ L'archive téléchargée (.zip) comprend l'arborescence décrite ci-dessus. #### Récupération avec NPM -L'extension Géoportail pour OpenLayers est aussi disponible dans les dépôts [NPM](https://www.npmjs.com/package/geoportal-extensions-openlayers). +L'extension Géoplateforme pour OpenLayers est aussi disponible dans les dépôts [NPM](https://www.npmjs.com/package/geoportal-extensions-openlayers). Prérequis : [NodeJS](https://nodejs.org/en/) et [npm](https://www.npmjs.com/) installés. @@ -190,16 +190,16 @@ http://ignf.github.io/geoportal-extensions/openlayers-latest/dist/GpPluginOpenLa ### Intégration dans une page web -Dézippez l'extension géoportail dans l'arborescence votre de serveur web. Vous pouvez positionner à votre guise les fichiers css et javascript. +Dézippez l'extension géoplateforme dans l'arborescence votre de serveur web. Vous pouvez positionner à votre guise les fichiers css et javascript. -Intégrez l'extension géoportail pour OpenLayers dans votre page web classiquement à l'aide d'une balise **script** pour charger le fichier javascript et d'une balise **link** pour charger le fichier css en plus des balises correspondantes utilisées pour charger la bibliothèque OpenLayers. +Intégrez l'extension géoplateforme pour OpenLayers dans votre page web classiquement à l'aide d'une balise **script** pour charger le fichier javascript et d'une balise **link** pour charger le fichier css en plus des balises correspondantes utilisées pour charger la bibliothèque OpenLayers. ``` html - + ``` @@ -208,25 +208,29 @@ Intégrez l'extension géoportail pour OpenLayers dans votre page web classiquem -### Configuration de l'accès à la plateforme Géoportail +### Configuration de l'accès à la Géoplateforme -L'extension Géoportail pour OpenLayers exploite les services web exposés par la plateforme Géoportail. Ceux-ci sont soumis à l'utilisation d'une ou de plusieurs **clef d'accès** gratuites disponibles sur le site [geoservices.ign.fr](https://geoservices.ign.fr/services-web) ayant les droits sur les ressources que vous souhaitez exploiter. +L'extension Géoplateforme pour OpenLayers exploite les services web exposés par la Géoplateforme. Ceux-ci sont en libre accès. -Vous pouvez ensuite paramétrer l'utilisation de l'extension avec la ou les clefs qui correspondent à vos besoins de deux manières possibles : +Vous pouvez cependant paramétrer l'utilisation de l'extension avec une ou plusieurs thématiques Géoplateforme qui correspondent à vos besoins en générant un fichier de configuration local à partir de [cette interface](https://geoplateforme-configuration.onrender.com/) ou en passant par le paramètre apiKey. + +Si ni apiKey, ni fichier de configuration local n'est spécifié, l'utilisateur récupérera une configuration complète avec toutes les ressources de la Géoplateforme (qui pourra donc être très volumineuse). + +Vous pouvez configurer les extensions des manières suivantes : **Méthode 1** : Au chargement de l'extension en utilisant l'attribut "data-key" de la balise **script** de chargement de l'extension : ``` html - + ``` -Clés multiples : Si vous devez utiliser plusieurs clés d'accès, il est possible de mettre une liste de clés dans l'attribut data-key : +Thèmes multiples : Si vous devez utiliser plusieurs thématiques, il est possible de mettre une liste de thèmes dans l'attribut data-key : ``` html - + ``` -Votre utilisation des fonctionnalités de l'extension Géoportail sera alors simplement conditionnée par la réception de l'événement onload de la page web, comme sur l'exemple suivant : +Votre utilisation des fonctionnalités de l'extension Géoplateforme sera alors simplement conditionnée par la réception de l'événement onload de la page web, comme sur l'exemple suivant : ``` html @@ -234,14 +238,14 @@ Votre utilisation des fonctionnalités de l'extension Géoportail sera alors sim - + - + @@ -256,7 +260,7 @@ Votre utilisation des fonctionnalités de l'extension Géoportail sera alors sim - + @@ -264,9 +268,9 @@ Votre utilisation des fonctionnalités de l'extension Géoportail sera alors sim - + @@ -292,9 +296,9 @@ Clés multiples : Si vous devez utiliser plusieurs clés d'accès, il est possib ``` -Votre utilisation des fonctionnalités de l'extension Géoportail sera alors simplement conditionnée par la réception de l'événement onload de la page web, comme sur l'exemple suivant : +Votre utilisation des fonctionnalités de l'extension Géoplateforme sera alors simplement conditionnée par la réception de l'événement onload de la page web, comme sur l'exemple suivant : ``` html @@ -329,7 +333,7 @@ Votre utilisation des fonctionnalités de l'extension Géoportail sera alors sim @@ -348,7 +352,7 @@ Votre utilisation des fonctionnalités de l'extension Géoportail sera alors sim customConfigFile: 'chemin/vers/customConfig.json', callbackSuffix : '', onSuccess: function (response) { - // votre utilisation de l'extension Géoportail pour OpenLayers + // votre utilisation de l'extension Géoplateforme pour OpenLayers } }); } @@ -404,11 +408,11 @@ Gp.Services.getConfig(...) ### Versions de OpenLayers supportées -Les **versions 3.1.z et supérieures de l'extension Géoportail pour OpenLayers** peuvent s'utiliser avec la **version 6.3.1** d'OpenLayers. +Les **versions 3.1.z et supérieures de l'extension Géoplateforme pour OpenLayers** peuvent s'utiliser avec la **version 6.3.1** d'OpenLayers. -Les **versions 3.0.z de l'extension Géoportail pour OpenLayers** peuvent s'utiliser avec les **versions 5.0.3 et supérieures** d'OpenLayers. +Les **versions 3.0.z de l'extension Géoplateforme pour OpenLayers** peuvent s'utiliser avec les **versions 5.0.3 et supérieures** d'OpenLayers. -La compatibilité avec les **versions 4.0.z** n'est assurée que par les **versions 2.1.2 et antérieures de l'extension Géoportail pour OpenLayers**. +La compatibilité avec les **versions 4.0.z** n'est assurée que par les **versions 2.1.2 et antérieures de l'extension Géoplateforme pour OpenLayers**. Le support des versions d'OpenLayers antérieures à la version 3.14 n'a pas été complètement testé. @@ -432,9 +436,9 @@ Safari | Versions récentes (6.1+) ### Systèmes de coordonnées -OpenLayers utilise par défaut les systèmes de coordonnées mondiaux "standards" : EPSG:4326 (coordonnées géographiques) et EPSG:3857 (Projection Web Mercator utilisée par Google, Bings, OSM ... et le Géoportail) comme expliqué [ici](https://openlayers.org/en/latest/apidoc/module-ol_proj.html). +OpenLayers utilise par défaut les systèmes de coordonnées mondiaux "standards" : EPSG:4326 (coordonnées géographiques) et EPSG:3857 (Projection Web Mercator utilisée par Google, Bings, OSM ... et le Géoplateforme) comme expliqué [ici](https://openlayers.org/en/latest/apidoc/module-ol_proj.html). -L'extension Géoportail pour OpenLayers embarque de nombreuses projections en *EPSG*, *CRS* ainsi que sous le registre *IGNF*. +L'extension Géoplateforme pour OpenLayers embarque de nombreuses projections en *EPSG*, *CRS* ainsi que sous le registre *IGNF*. Il est possible d'utiliser ces projections : Exemple : @@ -451,7 +455,7 @@ var view = new ol.View({ La définition d'autres systèmes de coordonnées est cependant possible par l'adjonction de la bibliothèque [Proj4js](https://github.com/proj4js/proj4js) permettant de définir des systèmes de coordonnées et d'effectuer des transformations de coordonnées entre systèmes. Cette bibliothèque est directement compatible avec OpenLayers. -L'extension Géoportail pour OpenLayers **intègre nativement cette bibliothèque**. Si vous l'utilisez vous pouvez donc directement définir les systèmes de coordonnées que vous souhaitez selon la syntaxe proj4 et utiliser les alias ainsi définis en paramètres des fonctions d'OpenLayers. +L'extension Géoplateforme pour OpenLayers **intègre nativement cette bibliothèque**. Si vous l'utilisez vous pouvez donc directement définir les systèmes de coordonnées que vous souhaitez selon la syntaxe proj4 et utiliser les alias ainsi définis en paramètres des fonctions d'OpenLayers. Exemple : @@ -478,19 +482,19 @@ NB : -### Affichage des couches WMTS Géoportail +### Affichage des couches WMTS Géoplateforme Le modèle de données OpenLayers fait la distinction entre la notion de couche (ol.layer) et la notion de source de données (ol.source). Ainsi, une carte OpenLayers est constituée d'un empilement de "ol.layer", avec des propriétés relatives à leurs visibilité sur la carte, dont le contenu est alimenté par des "ol.source", avec des propriétés relatives à la manière d'obtenir ces données. -L'extension Géoportail pour OpenLayers propose deux manières d'accéder aux couches Géoportail selon ce modèle : +L'extension Géoplateforme pour OpenLayers propose deux manières d'accéder aux couches Géoplateforme selon ce modèle : -1. On souhaite une mise en oeuvre simple, où on saisit uniquement le nom de sa couche, et d'éventuels paramètres d'affichage (visibilité ou opacité). Définition d'un [layer WMTS Géoportail](#layerWMTS). +1. On souhaite une mise en oeuvre simple, où on saisit uniquement le nom de sa couche, et d'éventuels paramètres d'affichage (visibilité ou opacité). Définition d'un [layer WMTS Géoplateforme](#layerWMTS). -2. On souhaite pouvoir paramétrer plus finement l'affichage de sa couche dans la carte, ainsi que d'éventuels paramètres du service (format, style, ...). Définition d'une [source WMTS Géoportail](#sourceWMTS). +2. On souhaite pouvoir paramétrer plus finement l'affichage de sa couche dans la carte, ainsi que d'éventuels paramètres du service (format, style, ...). Définition d'une [source WMTS Géoplateforme](#sourceWMTS). -#### Utilisation d'un layer WMTS Géoportail +#### Utilisation d'un layer WMTS Géoplateforme L'affichage se fait par la création d'une nouvelle instance de la classe [ol.layer.GeoportalWMTS](http://ignf.github.io/geoportal-extensions/ol-latest/jsdoc/ol.layer.GeoportalWMTS.html), de la manière suivante : @@ -502,7 +506,7 @@ Cette fonction retourne un objet **ol.layer.GeoportalWMTS**, qui hérite de l'ob ##### Exemple d'utilisation -Affichage simple des ortho-images du Géoportail : création d'une *layer* Géoportail, et ajout à la *map* OpenLayers. +Affichage simple des ortho-images du Géoplateforme : création d'une *layer* Géoplateforme, et ajout à la *map* OpenLayers. ``` javascript var map = new ol.Map({ @@ -525,7 +529,7 @@ var map = new ol.Map({ ##### Affichage en Lambert 93 (EPSG:2154) -La plateforme Géoportail diffuse aussi des ressources WMTS en projection Lambert 93. Pour permettre de les afficher, l'extension Géoportail pour OpenLayers pré-définit l'alias "EPSG:2154" correspondant à cette projection. +La Géoplateforme diffuse aussi des ressources WMTS en projection Lambert 93. Pour permettre de les afficher, l'extension Géoplateforme pour OpenLayers pré-définit l'alias "EPSG:2154" correspondant à cette projection. Il suffit alors de paramétrer la carte OpenLayers avec cette projection et d'y rajouter la ressource WMTS de la même manière que précédemment. @@ -554,7 +558,7 @@ NB : D'autres systèmes de coordonnées peuvent être définis et utilisés : [p -#### Utilisation d'une source WMTS Géoportail +#### Utilisation d'une source WMTS Géoplateforme Cette méthode permet plus de paramétrages : on crée une nouvelle instance de la classe [ol.source.GeoportalWMTS](http://ignf.github.io/geoportal-extensions/ol-latest/jsdoc/ol.source.GeoportalWMTS.html), de la manière suivante : @@ -572,7 +576,7 @@ var layer = new ol.layer.Tile({ ##### Exemple d'utilisation -Affichage simple des ortho-images du Géoportail : création d'un *layer* OpenLayers associé à une *source* Géoportail, et ajout à la *map* OpenLayers. +Affichage simple des ortho-images du Géoplateforme : création d'un *layer* OpenLayers associé à une *source* Géoplateforme, et ajout à la *map* OpenLayers. ``` javascript var map = new ol.Map({ @@ -598,7 +602,7 @@ var map = new ol.Map({ ##### Affichage en Lambert 93 (EPSG:2154) -La plateforme Géoportail diffuse aussi des ressources WMTS en projection Lambert 93. Pour permettre de les afficher, l'extension Géoportail pour OpenLayers pré-définit l'alias "EPSG:2154" correspondant à cette projection. +La Géoplateforme diffuse aussi des ressources WMTS en projection Lambert 93. Pour permettre de les afficher, l'extension Géoplateforme pour OpenLayers pré-définit l'alias "EPSG:2154" correspondant à cette projection. Il suffit alors de paramétrer la carte OpenLayers avec cette projection et d'y rajouter la ressource WMTS de la même manière que précédemment. @@ -630,19 +634,19 @@ NB : D'autres systèmes de coordonnées peuvent être définis et utilisés : [p -### Affichage des couches WMS Géoportail +### Affichage des couches WMS Géoplateforme Le modèle de données OpenLayers fait la distinction entre la notion de couche (ol.layer) et la notion de source de données (ol.source). Ainsi, une carte OpenLayers est constituée d'un empilement de "ol.layer", avec des propriétés relatives à leurs visibilité sur la carte, dont le contenu est alimenté par des "ol.source", avec des propriétés relatives à la manière d'obtenir ces données. -L'extension Géoportail pour OpenLayers propose deux manières d'accéder aux couches Géoportail selon ce modèle : +L'extension Géoplateforme pour OpenLayers propose deux manières d'accéder aux couches Géoplateforme selon ce modèle : -1. on souhaite une mise en oeuvre simple, où on saisit uniquement le nom de sa couche, et d'éventuels paramètres d'affichage (visibilité ou opacité). Définition d'un [layer WMS Géoportail](#layerWMS). +1. on souhaite une mise en oeuvre simple, où on saisit uniquement le nom de sa couche, et d'éventuels paramètres d'affichage (visibilité ou opacité). Définition d'un [layer WMS Géoplateforme](#layerWMS). -2. On souhaite pouvoir paramétrer plus finement l'affichage de sa couche dans la carte, ainsi que d'éventuels paramètres du service (format, style, ...). Définitions d'une [source WMS Géoportail](#sourceWMS). +2. On souhaite pouvoir paramétrer plus finement l'affichage de sa couche dans la carte, ainsi que d'éventuels paramètres du service (format, style, ...). Définitions d'une [source WMS Géoplateforme](#sourceWMS). -#### Utilisation d'un layer WMS Géoportail +#### Utilisation d'un layer WMS Géoplateforme L'affichage se fait par la création d'une nouvelle instance de la classe [ol.layer.GeoportalWMS](http://ignf.github.io/geoportal-extensions/ol-latest/jsdoc/ol.layer.GeoportalWMS.html), de la manière suivante : @@ -654,7 +658,7 @@ Cette fonction retourne un objet **ol.layer.GeoportalWMS**, qui hérite de l'obj ##### Exemple d'utilisation -Affichage d'une couche du serveur WMS INSPIRE raster du Géoportail (OI.OrthoimageCoverage) sur une carte en EPSG:4326. +Affichage d'une couche du serveur WMS INSPIRE raster du Géoplateforme (OI.OrthoimageCoverage) sur une carte en EPSG:4326. ``` javascript var map = new ol.Map({ @@ -678,7 +682,7 @@ var map = new ol.Map({ -#### Utilisation d'une source WMS Géoportail +#### Utilisation d'une source WMS Géoplateforme Cette méthode permet plus de paramétrages : on crée une nouvelle instance de la classe [ol.source.GeoportalWMS](http://ignf.github.io/geoportal-extensions/ol-latest/jsdoc/ol.source.GeoportalWMS.html), de la manière suivante : @@ -696,7 +700,7 @@ var layer = new ol.layer.Tile({ ##### Exemple d'utilisation -Utilisation des service WMS INSPIRE raster (OI.OrthoimageCoverage) du Géoportail : création d'un *layer* OpenLayers associés à un *source* Géoportail, et ajout à la *map* OpenLayers. +Utilisation des service WMS INSPIRE raster (OI.OrthoimageCoverage) du Géoplateforme : création d'un *layer* OpenLayers associés à un *source* Géoplateforme, et ajout à la *map* OpenLayers. ``` javascript var map = new ol.Map({ @@ -722,7 +726,7 @@ var map = new ol.Map({ -### Affichage d'une couche Vecteur Tuilé Géoportail +### Affichage d'une couche Vecteur Tuilé Géoplateforme L'affichage se fait par la création d'une nouvelle instance de la classe [ol.layer.GeoportalMapBox](http://ignf.github.io/geoportal-extensions/ol-latest/jsdoc/ol.layer.GeoportalMapBox.html), de la manière suivante : @@ -734,7 +738,7 @@ Cette fonction retourne un objet **ol.layer.GeoportalMapBox**, qui hérite de l' **Exemple d'utilisation:** -Affichage de la couche *PLAN.IGN* du Géoportail avec le style *classique* sur une carte en EPSG:4326. +Affichage de la couche *PLAN.IGN* du Géoplateforme avec le style *classique* sur une carte en EPSG:4326. ``` javascript var map = new ol.Map({ @@ -790,7 +794,7 @@ Pour chaque couche de la carte ol.Map, le widget affiche son titre et sa descrip La récupération de ces informations n'est pas la même selon la manière dont chaque couche a été ajoutée à la carte : -- Couches ajoutées via la [fonctionnalité d'affichage simple des couches WMS](#WMS) ou [WMTS du Géoportail](#WMTS) de l'extension pour OpenLayers : ces informations sont disponibles car elles ont été chargées par lors de la [configuration de l'accès au Géoportail](#config), il n'y a donc rien à faire de particulier. +- Couches ajoutées via la [fonctionnalité d'affichage simple des couches WMS](#WMS) ou [WMTS du Géoplateforme](#WMTS) de l'extension pour OpenLayers : ces informations sont disponibles car elles ont été chargées par lors de la [configuration de l'accès à la Géoplateforme](#config), il n'y a donc rien à faire de particulier. - Autres couches : afin d'afficher ces informations, il est nécessaire de les spécifier dans les options du widget. @@ -798,10 +802,10 @@ La récupération de ces informations n'est pas la même selon la manière dont ##### Utilisation simple -Ajout du widget de gestion de l'empilement des couches. Paramétrage des couches non Géoportail. +Ajout du widget de gestion de l'empilement des couches. Paramétrage des couches non Géoplateforme. ``` javascript -// couche OSM (non Géoportail) +// couche OSM (non Géoplateforme) var osmLyr = new ol.layer.Tile({ source: new ol.source.OSM() }); @@ -810,7 +814,7 @@ var map = new ol.Map({ target: 'map', layers: [ osmLyr, - // couche Géoportail + // couche Géoplateforme new ol.layer.GeoportalWMTS({ layer: "GEOGRAPHICALGRIDSYSTEMS.PLANIGNV2", }) @@ -845,7 +849,7 @@ map.addControl(lsControl); La barre de recherche permet de positionner la carte à partir de la saisie d'un localisant dont la position sera retournée par le service de géocodage de l'IGN. -La saisie de localisants peut s'accompagner d'un mode d'autocomplétion s'appuyant sur le service d'autocomplétion de la plateforme Géoportail. +La saisie de localisants peut s'accompagner d'un mode d'autocomplétion s'appuyant sur le service d'autocomplétion de la Géoplateforme. Son utilisation se fait par la création d'un nouveau contrôle, instance de la calsse [ol.control.SearchEngine](http://ignf.github.io/geoportal-extensions/ol-latest/jsdoc/ol.control.SearchEngine.html), que l'on peut ensuite ajouter à la carte comme [les autres contrôles OpenLayers](https://openlayers.org/en/latest/apidoc/module-ol_Map-Map.html#addControl), de la manière suivante : @@ -891,7 +895,7 @@ map.addControl(searchControl); ### Calculs d'itinéraires -Le widget de calcul d'itinéraires permet d'intéragir avec une carte OpenLayers pour effectuer des calculs d'itinéraires utilisant le service dédié de la plateforme Géoportail. +Le widget de calcul d'itinéraires permet d'intéragir avec une carte OpenLayers pour effectuer des calculs d'itinéraires utilisant le service dédié de la Géoplateforme. Son utilisation se fait par la création d'un nouveau contrôle instance de la classe [ol.control.Route](http://ignf.github.io/geoportal-extensions/ol-latest/jsdoc/ol.control.Route.html), que l'on peut ensuite ajouter à la carte comme [les autres contrôles OpenLayers](https://openlayers.org/en/latest/apidoc/module-ol_Map-Map.html#addControl), de la manière suivante : @@ -937,7 +941,7 @@ map.addControl(routeControl); ### Calculs d'isochrones / isodistances -Ce widget permet d'intéragir avec une carte OpenLayers pour effectuer des calculs d'isochrones / isodistances utilisant le service dédié de la plateforme Géoportail. +Ce widget permet d'intéragir avec une carte OpenLayers pour effectuer des calculs d'isochrones / isodistances utilisant le service dédié de la Géoplateforme. Son utilisation se fait par la création d'un nouveau contrôle, instance de la classe [ol.control.Isocurve()](http://ignf.github.io/geoportal-extensions/ol-latest/jsdoc/ol.control.Isocurve.html), que l'on peut ensuite ajouter à la carte comme [les autres contrôles OpenLayers](https://openlayers.org/en/latest/apidoc/module-ol_Map-Map.html#addControl), de la manière suivante : @@ -983,7 +987,7 @@ map.addControl(isoControl); ### Coordonnées et altitude en un point de la carte -Ce widget permet d'afficher les coordonnées d'un point choisi par l'internaute sur une carte OpenLayers dans un ou plusieurs systèmes de coordonnées. Ces coordonnées peuvent comprendre l'altitude obtenue à l'aide du service d'altimétrie de la plateforme Géoportail. +Ce widget permet d'afficher les coordonnées d'un point choisi par l'internaute sur une carte OpenLayers dans un ou plusieurs systèmes de coordonnées. Ces coordonnées peuvent comprendre l'altitude obtenue à l'aide du service d'altimétrie de la Géoplateforme. Un mode "édition" permet de localiser des coordonnées sur la carte en éditant les coordonnées affichées dans le widget. Son utilisation se fait par la création d'un nouveau contrôle, instance de la classe [ol.control.GeoportalMousePosition](http://ignf.github.io/geoportal-extensions/ol-latest/jsdoc/ol.control.GeoportalMousePosition.html), que l'on peut ensuite ajouter à la carte comme [les autres contrôles OpenLayers](https://openlayers.org/en/latest/apidoc/module-ol_Map-Map.html#addControl), de la manière suivante : @@ -1036,7 +1040,7 @@ map.addControl(mpControl); Ce widget a pour but d'afficher les attributions associées aux couches visibles sur la carte. Il étend les fonctionnalités du contrôle natif d'OpenLayers ([ol.control.Attribution](https://openlayers.org/en/latest/apidoc/module-ol_control_Attribution-Attribution.html)) dont il hérite en permettant l'affichage des attributions en fonction du positionnement de la carte (centre, zoom) pour les couches ayant des originators multiples. -Les couches Géoportail (de type [WMS](#WMS) ou [WMTS](#WMTS)) possèdent nativement cette propriété. Pour les autres, le paramétrage dynamique des originators se fait par l'adjonction à l'objet source de la couche de la propriété "\_originators", tableau de [Gp.Services.Config.Originator](http://ignf.github.io/geoportal-access-lib/latest/jsdoc/Gp.Services.Config.Originator.html). +Les couches Géoplateforme (de type [WMS](#WMS) ou [WMTS](#WMTS)) possèdent nativement cette propriété. Pour les autres, le paramétrage dynamique des originators se fait par l'adjonction à l'objet source de la couche de la propriété "\_originators", tableau de [Gp.Services.Config.Originator](http://ignf.github.io/geoportal-access-lib/latest/jsdoc/Gp.Services.Config.Originator.html). Son utilisation se fait par la création d'un nouveau contrôle, instance de la classe [ol.control.GeoportalAttribution](http://ignf.github.io/geoportal-extensions/ol-latest/jsdoc/ol.control.GeoportalAttribution.html), que l'on peut ensuite ajouter à la carte comme [les autres contrôles OpenLayers](https://openlayers.org/en/latest/apidoc/module-ol_Map-Map.html#addControl), de la manière suivante : @@ -1221,7 +1225,7 @@ map.addControl(lyrImport); ### Profil altimétrique le long d'un traçé -Ce widget permet d'afficher le profil altimétrique d'un traçé saisi par l'internaute sur une carte OpenLayers. Le profil est calculé à l'aide du service d'altimétrie de la plateforme Géoportail. +Ce widget permet d'afficher le profil altimétrique d'un traçé saisi par l'internaute sur une carte OpenLayers. Le profil est calculé à l'aide du service d'altimétrie de la Géoplateforme. Son utilisation se fait par la création d'un nouveau contrôle, instance de la classe [ol.control.ElevationPath](http://ignf.github.io/geoportal-extensions/ol-latest/jsdoc/ol.control.ElevationPath.html), que l'on peut ensuite ajouter à la carte comme [les autres contrôles OpenLayers](https://openlayers.org/en/latest/apidoc/module-ol_Map-Map.html#addControl), de la manière suivante : diff --git a/jsdoc.1689959507162.conf.tmp b/jsdoc.1689959507162.conf.tmp deleted file mode 100644 index 188bbc969..000000000 --- a/jsdoc.1689959507162.conf.tmp +++ /dev/null @@ -1 +0,0 @@ -{"tags":{"allowUnknownTags":true},"plugins":["plugins/markdown"],"source":{"include":["./src/OpenLayers","./src/Common","./build/jsdoc/README-openlayers.md"]},"templates":{"cleverLinks":false,"applicationName":"Geoportal Extension for OpenLayers","monospaceLinks":false,"dateFormat":"ddd MMM Do YYYY","outputSourceFiles":true,"outputSourcePath":true,"systemName":"Geoportal Extension for OpenLayers","footer":"API Reference","copyright":"Geoportail - Copyright (c) IGN, released under the CECILL-B license","navType":"inline","theme":"darkly","linenums":true,"collapseSymbols":true,"inverseNav":true,"highlightTutorialCode":false,"syntaxTheme":"default"},"markdown":{"parser":"gfm","hardwrap":true},"opts":{"template":"./build/jsdoc/jaguarjs-jsdoc","encoding":"utf8","destination":"./jsdoc/openlayers","recurse":true,"lenient":true,"verbose":true}} \ No newline at end of file diff --git a/package.json b/package.json index ff35c2918..e16aee40d 100644 --- a/package.json +++ b/package.json @@ -1,14 +1,14 @@ { "name": "geoportal-extensions", "description": "French Geoportal Extensions for OpenLayers, Leaflet and iTowns libraries", - "version": "2.8.6", - "date": "30/08/2023", + "version": "3.0.0", + "date": "19/03/2024", "leafletExtName": "French Geoportal Extension for Leaflet", - "leafletExtVersion": "2.3.4", + "leafletExtVersion": "2.4.0", "olExtName": "French Geoportal Extension for OpenLayers", - "olExtVersion": "3.3.4", + "olExtVersion": "3.4.0", "itownsExtName": "French Geoportal Extension for Itowns", - "itownsExtVersion": "2.4.3", + "itownsExtVersion": "2.5.0", "main": "dist/leaflet/GpPluginLeaflet.js, dist/openlayers/GpPluginOpenLayers.js, dist/itowns/GpPluginItowns.js", "types": "dist/leaflet/index.d.ts, dist/openlayers/index.d.ts, dist/itowns/index.d.ts", "module": "src/Leaflet/index.js, src/OpenLayers/index.js, src/Itowns/index.js", @@ -59,6 +59,7 @@ "author": "IGNF", "keywords": [ "geoportail", + "geoplateforme", "javascript", "OpenLayers", "Leaflet", @@ -73,7 +74,7 @@ "dependencies": { "@mapbox/mapbox-gl-style-spec": "13.20.1", "eventbusjs": "0.2.0", - "geoportal-access-lib": "3.3.4", + "geoportal-access-lib": "3.4.0", "itowns": "2.38.2", "leaflet": "1.7.1", "leaflet-draw": "1.0.4", diff --git a/samples-src/config-itowns.json b/samples-src/config-itowns.json index ebe1ce924..cba5d9595 100644 --- a/samples-src/config-itowns.json +++ b/samples-src/config-itowns.json @@ -1,6 +1,6 @@ { "baseurl" : "../../..", "resources" : "../../resources", - "apikey" : "essentiels,altimetrie", + "apikey" : "full", "apikey2" : "calcul" } diff --git a/samples-src/pages/itowns/Attribution/pages-itowns-attribution-bundle-gpLayers.html b/samples-src/pages/itowns/Attribution/pages-itowns-attribution-bundle-gpLayers.html index 17f340e08..ac22a1766 100644 --- a/samples-src/pages/itowns/Attribution/pages-itowns-attribution-bundle-gpLayers.html +++ b/samples-src/pages/itowns/Attribution/pages-itowns-attribution-bundle-gpLayers.html @@ -101,7 +101,7 @@

Ajout d'un contrôle des attributions : Attributions

// Couche WMS Geoportail globeView.addLayer(new Gp.itownsExtended.layer.GeoportalWMS({ - layer: "LIMITES_ADMINISTRATIVES_EXPRESS.LATEST", + layer: "GEOGRAPHICALGRIDSYSTEMS.ETATMAJOR10", itownsParams: { opacity: 0.5, source: { diff --git a/samples-src/pages/leaflet/Default/pages-leaflet-bundle-default.html b/samples-src/pages/leaflet/Default/pages-leaflet-bundle-default.html index f6d048698..1d49467fc 100644 --- a/samples-src/pages/leaflet/Default/pages-leaflet-bundle-default.html +++ b/samples-src/pages/leaflet/Default/pages-leaflet-bundle-default.html @@ -28,11 +28,11 @@

Ajout de tous les widgets

// Création de la map var layer = L.geoportalLayer.WMTS({ - layer : "ORTHOIMAGERY.ORTHOPHOTOS" + layer : "GEOGRAPHICALGRIDSYSTEMS.MAPS.SCAN50.1950" }); var map = L.map('map', { - zoom : 2, + zoom : 10, center : L.latLng(48, 2) }); diff --git a/samples-src/pages/leaflet/Layers/pages-leaflet-wms-amd-default.html b/samples-src/pages/leaflet/Layers/pages-leaflet-wms-amd-default.html index 1b2af4a25..e01818cc3 100644 --- a/samples-src/pages/leaflet/Layers/pages-leaflet-wms-amd-default.html +++ b/samples-src/pages/leaflet/Layers/pages-leaflet-wms-amd-default.html @@ -39,7 +39,7 @@

Ajout d'une couche WMS

onSuccess : function () { var wms = L.geoportalLayer.WMS({ - layer : "ORTHOIMAGERY.ORTHOPHOTOS" + layer : "ADMINISTRATIVEUNITS.BOUNDARIES.EXPRESS" }); var map = L.map("map", { diff --git a/samples-src/pages/leaflet/Layers/pages-leaflet-wms-bundle-default.html b/samples-src/pages/leaflet/Layers/pages-leaflet-wms-bundle-default.html index e495c4a8b..9fe8f2c8f 100644 --- a/samples-src/pages/leaflet/Layers/pages-leaflet-wms-bundle-default.html +++ b/samples-src/pages/leaflet/Layers/pages-leaflet-wms-bundle-default.html @@ -25,11 +25,11 @@

Ajout d'une couche WMS

window.onload = function () { var wms = L.geoportalLayer.WMS({ - layer : "ORTHOIMAGERY.ORTHOPHOTOS" + layer : "ADMINISTRATIVEUNITS.BOUNDARIES.EXPRESS" }); var map = L.map("map", { - zoom : 2, + zoom : 12, center : L.latLng(48, 2) }); diff --git a/samples-src/pages/openlayers/Editor/pages-ol-editor-modules-test.html b/samples-src/pages/openlayers/Editor/pages-ol-editor-modules-test.html index 1f31e1820..d8077cdbe 100644 --- a/samples-src/pages/openlayers/Editor/pages-ol-editor-modules-test.html +++ b/samples-src/pages/openlayers/Editor/pages-ol-editor-modules-test.html @@ -50,7 +50,22 @@

Ajout du widget d'édition des themes MapBox

legend : true } }); - + // create DOM + editor0.createElement() + .then(() => { + console.warn({ + "id": editor0.getID(), + "container": editor0.getContainer(), + "style": editor0.getStyle(), + "layers": editor0.getLayers(), + "style layer 0": editor0.getStyleLayer(0), + "layer 0 from style": editor0.getLayerFromStyle(0), + "layer 0": editor0.getLayer(0) + }); + }) + .catch(error => { + console.error(error); + }); // liste de themes reussi avec imagette ! var editor1 = new ol.style.Editor({ target: document.getElementById("editor"), @@ -103,6 +118,22 @@

Ajout du widget d'édition des themes MapBox

group : true } }); + // create DOM + editor1.createElement() + .then(() => { + console.warn({ + "id": editor1.getID(), + "container": editor1.getContainer(), + "style": editor1.getStyle(), + "layers": editor1.getLayers(), + "style layer 0": editor1.getStyleLayer(0), + "layer 0 from style": editor1.getLayerFromStyle(0), + "layer 0": editor1.getLayer(0) + }); + }) + .catch(error => { + console.error(error); + }); var editor2 = new ol.style.Editor({ target: document.getElementById("editor"), @@ -121,6 +152,22 @@

Ajout du widget d'édition des themes MapBox

group : true } }); + // create DOM + editor2.createElement() + .then(() => { + console.warn({ + "id": editor2.getID(), + "container": editor2.getContainer(), + "style": editor2.getStyle(), + "layers": editor2.getLayers(), + "style layer 0": editor2.getStyleLayer(0), + "layer 0 from style": editor2.getLayerFromStyle(0), + "layer 0": editor2.getLayer(0) + }); + }) + .catch(error => { + console.error(error); + }); document.getElementById("displayTrue").addEventListener("click", function () { editor1.display(true); diff --git a/samples-src/pages/openlayers/ElevationPath/pages-ol-elevationpath-bundle-all-options.html b/samples-src/pages/openlayers/ElevationPath/pages-ol-elevationpath-bundle-all-options.html index 83160881b..637204132 100644 --- a/samples-src/pages/openlayers/ElevationPath/pages-ol-elevationpath-bundle-all-options.html +++ b/samples-src/pages/openlayers/ElevationPath/pages-ol-elevationpath-bundle-all-options.html @@ -34,7 +34,7 @@

profil altimetrique avec toutes les options

map = new ol.Map({ target : "map", layers : [new ol.layer.GeoportalWMTS({ - layer: "GEOGRAPHICALGRIDSYSTEMS.PLANIGNV2", + layer: "ORTHOIMAGERY.ORTHOPHOTOS", })], view : new ol.View({ center : [288074.8449901076, 6247982.515792289], diff --git a/samples-src/pages/openlayers/Isocurve/pages-ol-isocurve-bundle-default.html b/samples-src/pages/openlayers/Isocurve/pages-ol-isocurve-bundle-default.html index 0c8ca000f..55518a975 100644 --- a/samples-src/pages/openlayers/Isocurve/pages-ol-isocurve-bundle-default.html +++ b/samples-src/pages/openlayers/Isocurve/pages-ol-isocurve-bundle-default.html @@ -32,7 +32,7 @@

Ajout du widget de calcul isochrone, avec les options par défaut

target : "map", layers : [ new ol.layer.GeoportalWMTS({ - layer : "GEOGRAPHICALGRIDSYSTEMS.PLANIGNV2" + layer : "ORTHOIMAGERY.ORTHOPHOTOS" }) ], view : new ol.View({ diff --git a/samples-src/pages/openlayers/Layers/pages-ol-layermapbox-bundle-default.html b/samples-src/pages/openlayers/Layers/pages-ol-layermapbox-bundle-default.html index a040ae2c7..f98d3ed36 100644 --- a/samples-src/pages/openlayers/Layers/pages-ol-layermapbox-bundle-default.html +++ b/samples-src/pages/openlayers/Layers/pages-ol-layermapbox-bundle-default.html @@ -1,58 +1,214 @@ -{{#extend "ol-sample-bundle-layout"}} + + + + + -{{#content "head"}} - Sample openlayers -{{/content}} + + + + + + -{{#content "style"}} -{{/content}} - -{{#content "body"}} -

Ajout d'une couche MapBox

- -
+ + +

Ajout d'une couche MapBox

+ +
+
+
+
-{{/content}} - -{{#content "js"}} - -{{/content}} - -{{/extend}} + }); + + }; + + + + + + diff --git a/samples-src/pages/openlayers/MousePosition/pages-ol-mouseposition-bundle-default.html b/samples-src/pages/openlayers/MousePosition/pages-ol-mouseposition-bundle-default.html index 8a178142e..899b3ffc1 100644 --- a/samples-src/pages/openlayers/MousePosition/pages-ol-mouseposition-bundle-default.html +++ b/samples-src/pages/openlayers/MousePosition/pages-ol-mouseposition-bundle-default.html @@ -31,8 +31,8 @@

Ajout du Widget d'affichage des coordonnées de la Souris

var map = new ol.Map({ target : "map", layers : [ - new ol.layer.GeoportalWMTS({ - layer : "GEOGRAPHICALGRIDSYSTEMS.PLANIGNV2" + new ol.layer.GeoportalWMS({ + layer : "DEPARTEMENT.2017" }) ], view : new ol.View({ diff --git a/samples-src/pages/openlayers/ReverseGeocode/pages-ol-reversegeocode-bundle-default.html b/samples-src/pages/openlayers/ReverseGeocode/pages-ol-reversegeocode-bundle-default.html index 62d5ffaba..d52578d4e 100644 --- a/samples-src/pages/openlayers/ReverseGeocode/pages-ol-reversegeocode-bundle-default.html +++ b/samples-src/pages/openlayers/ReverseGeocode/pages-ol-reversegeocode-bundle-default.html @@ -32,7 +32,7 @@

Ajout du widget de geocodage inverse, avec les options par défaut

target : "map", layers : [ new ol.layer.GeoportalWMTS({ - layer : "GEOGRAPHICALGRIDSYSTEMS.PLANIGNV2" + layer : "ORTHOIMAGERY.ORTHOPHOTOS" }) ], view : new ol.View({ diff --git a/samples-src/pages/openlayers/Route/pages-ol-route-bundle-cb.html b/samples-src/pages/openlayers/Route/pages-ol-route-bundle-cb.html index 77a5942d3..81a640d55 100644 --- a/samples-src/pages/openlayers/Route/pages-ol-route-bundle-cb.html +++ b/samples-src/pages/openlayers/Route/pages-ol-route-bundle-cb.html @@ -34,7 +34,7 @@

Ajout du widget de calcul d'itineraire, avec les options par défaut

target : "map", layers : [ new ol.layer.GeoportalWMTS({ - layer : "GEOGRAPHICALGRIDSYSTEMS.PLANIGNV2" + layer : "PLAN-IGN_PNG" }) ], view : new ol.View({ diff --git a/samples-src/pages/openlayers/Route/pages-ol-route-bundle-default.html b/samples-src/pages/openlayers/Route/pages-ol-route-bundle-default.html index fcd7048ef..4976a0dca 100644 --- a/samples-src/pages/openlayers/Route/pages-ol-route-bundle-default.html +++ b/samples-src/pages/openlayers/Route/pages-ol-route-bundle-default.html @@ -32,7 +32,7 @@

Ajout du widget de calcul d'itineraire, avec les options par défaut

target : "map", layers : [ new ol.layer.GeoportalWMTS({ - layer : "GEOGRAPHICALGRIDSYSTEMS.PLANIGNV2" + layer : "ORTHOIMAGERY.ORTHOPHOTOS" }) ], view : new ol.View({ diff --git a/samples-src/pages/openlayers/Route/pages-ol-route-bundle-draggable.html b/samples-src/pages/openlayers/Route/pages-ol-route-bundle-draggable.html index f2c791269..892186eea 100644 --- a/samples-src/pages/openlayers/Route/pages-ol-route-bundle-draggable.html +++ b/samples-src/pages/openlayers/Route/pages-ol-route-bundle-draggable.html @@ -32,7 +32,7 @@

Ajout du widget de calcul d'itineraire, avec les options par défaut

target : "map", layers : [ new ol.layer.GeoportalWMTS({ - layer : "GEOGRAPHICALGRIDSYSTEMS.PLANIGNV2" + layer : "PLAN-IGN_PNG" }) ], view : new ol.View({ diff --git a/samples-src/pages/openlayers/Route/pages-ol-route-bundle-multi-compute.html b/samples-src/pages/openlayers/Route/pages-ol-route-bundle-multi-compute.html index b4bf4f4fd..8985e5db8 100644 --- a/samples-src/pages/openlayers/Route/pages-ol-route-bundle-multi-compute.html +++ b/samples-src/pages/openlayers/Route/pages-ol-route-bundle-multi-compute.html @@ -35,7 +35,7 @@

Ajout du widget de calcul d'itineraire, avec les options par défaut

target : "map", layers : [ new ol.layer.GeoportalWMTS({ - layer : "GEOGRAPHICALGRIDSYSTEMS.PLANIGNV2" + layer : "PLAN-IGN_PNG" }) ], view : new ol.View({ diff --git a/samples-src/pages/openlayers/SearchEngine/pages-ol-searchengine-bundle-default.html b/samples-src/pages/openlayers/SearchEngine/pages-ol-searchengine-bundle-default.html index 38ca64c8f..299d63fca 100644 --- a/samples-src/pages/openlayers/SearchEngine/pages-ol-searchengine-bundle-default.html +++ b/samples-src/pages/openlayers/SearchEngine/pages-ol-searchengine-bundle-default.html @@ -38,12 +38,6 @@

Ajout du moteur de recherche avec les options par défaut

new ol.layer.Tile({ source : new ol.source.GeoportalWMTS({ layer: "ORTHOIMAGERY.ORTHOPHOTOS" - }), - opacity : 0.8 - }), - new ol.layer.Tile({ - source : new ol.source.GeoportalWMTS({ - layer: "GEOGRAPHICALGRIDSYSTEMS.PLANIGNV2" }) }) ] diff --git a/samples-src/resources/configFiles/cartesConfig.json b/samples-src/resources/configFiles/cartesConfig.json index de12608ab..17afd56ec 100644 --- a/samples-src/resources/configFiles/cartesConfig.json +++ b/samples-src/resources/configFiles/cartesConfig.json @@ -12,7 +12,6 @@ "GEOGRAPHICALGRIDSYSTEMS.PLANIGNV2$GEOPORTAIL:OGC:WMTS", "GEOGRAPHICALGRIDSYSTEMS.TERRIER_V1$GEOPORTAIL:OGC:WMTS", "GEOGRAPHICALGRIDSYSTEMS.TERRIER_V2$GEOPORTAIL:OGC:WMTS", - "PLAN.IGN$GEOPORTAIL:OGC:WMTS", "GEOGRAPHICALGRIDSYSTEMS.ETATMAJOR10$GEOPORTAIL:OGC:WMS", "GEOGRAPHICALGRIDSYSTEMS.ETATMAJOR40$GEOPORTAIL:OGC:WMS", "GEOGRAPHICALGRIDSYSTEMS.MAPS.BDUNI.J1$GEOPORTAIL:OGC:WMS", @@ -47,7 +46,7 @@ "id": "OGC:WMTS", "version": "1.0.0", "serverUrl": { - "cartes": "https://wxs.ign.fr/cartes/geoportail/wmts" + "cartes": "https://data.geopf.fr/wmts" } }, "defaultProjection": "EPSG:3857", @@ -75,19 +74,19 @@ "13": { "minTileRow": "2807", "maxTileRow": "2831", - "minTileCol": "4132", + "minTileCol": "4133", "maxTileCol": "4164" }, "14": { "minTileRow": "5615", "maxTileRow": "5663", - "minTileCol": "8265", + "minTileCol": "8266", "maxTileCol": "8328" }, "15": { "minTileRow": "11231", "maxTileRow": "11326", - "minTileCol": "16531", + "minTileCol": "16532", "maxTileCol": "16657" } } @@ -103,7 +102,7 @@ "legends": [ { "format": "image/jpeg", - "url": "https://wxs.ign.fr/static/legends/LEGEND.jpg", + "url": "https://data.geopf.fr/annexes/ressources/legendes/LEGEND.jpg", "minScaleDenominator": "200" } ], @@ -132,7 +131,7 @@ "id": "OGC:WMTS", "version": "1.0.0", "serverUrl": { - "cartes": "https://wxs.ign.fr/cartes/geoportail/wmts" + "cartes": "https://data.geopf.fr/wmts" } }, "defaultProjection": "EPSG:3857", @@ -218,7 +217,7 @@ "legends": [ { "format": "image/jpeg", - "url": "https://wxs.ign.fr/static/legends/LEGEND.jpg", + "url": "https://data.geopf.fr/annexes/ressources/legendes/LEGEND.jpg", "minScaleDenominator": "200" } ], @@ -247,7 +246,7 @@ "id": "OGC:WMTS", "version": "1.0.0", "serverUrl": { - "cartes": "https://wxs.ign.fr/cartes/geoportail/wmts" + "cartes": "https://data.geopf.fr/wmts" } }, "defaultProjection": "EPSG:3857", @@ -333,7 +332,7 @@ "legends": [ { "format": "image/jpeg", - "url": "https://wxs.ign.fr/static/legends/LEGEND.jpg", + "url": "https://data.geopf.fr/annexes/ressources/legendes/LEGEND.jpg", "minScaleDenominator": "200" } ], @@ -362,7 +361,7 @@ "id": "OGC:WMTS", "version": "1.0.0", "serverUrl": { - "cartes": "https://wxs.ign.fr/cartes/geoportail/wmts" + "cartes": "https://data.geopf.fr/wmts" } }, "defaultProjection": "EPSG:3857", @@ -388,46 +387,46 @@ "maxTileCol": "135" }, "9": { - "minTileRow": "171", + "minTileRow": "170", "maxTileRow": "191", "minTileCol": "247", - "maxTileCol": "270" + "maxTileCol": "271" }, "10": { - "minTileRow": "342", - "maxTileRow": "382", - "minTileCol": "495", - "maxTileCol": "540" + "minTileRow": "341", + "maxTileRow": "383", + "minTileCol": "494", + "maxTileCol": "543" }, "11": { - "minTileRow": "684", - "maxTileRow": "765", - "minTileCol": "991", - "maxTileCol": "1080" + "minTileRow": "683", + "maxTileRow": "766", + "minTileCol": "989", + "maxTileCol": "1086" }, "12": { - "minTileRow": "1368", - "maxTileRow": "1531", - "minTileCol": "1983", - "maxTileCol": "2160" + "minTileRow": "1366", + "maxTileRow": "1532", + "minTileCol": "1978", + "maxTileCol": "2172" }, "13": { - "minTileRow": "2736", - "maxTileRow": "3063", - "minTileCol": "3966", - "maxTileCol": "4321" + "minTileRow": "2732", + "maxTileRow": "3065", + "minTileCol": "3957", + "maxTileCol": "4345" }, "14": { - "minTileRow": "5472", - "maxTileRow": "6127", - "minTileCol": "7933", - "maxTileCol": "8642" + "minTileRow": "5465", + "maxTileRow": "6131", + "minTileCol": "7914", + "maxTileCol": "8690" }, "15": { - "minTileRow": "10944", - "maxTileRow": "12255", - "minTileCol": "15866", - "maxTileCol": "17285" + "minTileRow": "10930", + "maxTileRow": "12263", + "minTileCol": "15829", + "maxTileCol": "17381" } } }, @@ -442,7 +441,7 @@ "legends": [ { "format": "image/jpeg", - "url": "https://wxs.ign.fr/static/legends/LEGEND.jpg", + "url": "https://data.geopf.fr/annexes/ressources/legendes/LEGEND.jpg", "minScaleDenominator": "200" } ], @@ -455,23 +454,23 @@ }, "GEOGRAPHICALGRIDSYSTEMS.MAPS.BDUNI.J1$GEOPORTAIL:OGC:WMTS": { "name": "GEOGRAPHICALGRIDSYSTEMS.MAPS.BDUNI.J1", - "title": "Plan IGN j+1", - "description": "Plan IGN j+1", + "title": "Plan IGN J+1", + "description": "Représentation cartographique de la base de production du Référentiel à Grande Echelle actualisée quotidiennement.", "globalConstraint": { "maxScaleDenominator": 559082264.0287179, "minScaleDenominator": 266.5911979812229, "bbox": { - "left": -179.5, - "right": 179.5, - "top": 75.0, - "bottom": -75.0 + "left": -180.0, + "right": 180.0, + "top": 80.0, + "bottom": -80.0 } }, "serviceParams": { "id": "OGC:WMTS", "version": "1.0.0", "serverUrl": { - "cartes": "https://wxs.ign.fr/cartes/geoportail/wmts" + "cartes": "https://data.geopf.fr/wmts" } }, "defaultProjection": "EPSG:3857", @@ -491,124 +490,118 @@ "maxTileCol": "1" }, "2": { - "minTileRow": "1", - "maxTileRow": "2", - "minTileCol": "1", - "maxTileCol": "2" + "minTileRow": "0", + "maxTileRow": "3", + "minTileCol": "0", + "maxTileCol": "4" }, "3": { - "minTileRow": "2", - "maxTileRow": "4", - "minTileCol": "3", - "maxTileCol": "4" + "minTileRow": "0", + "maxTileRow": "7", + "minTileCol": "0", + "maxTileCol": "8" }, "4": { - "minTileRow": "5", - "maxTileRow": "8", - "minTileCol": "7", - "maxTileCol": "8" + "minTileRow": "1", + "maxTileRow": "14", + "minTileCol": "0", + "maxTileCol": "15" }, "5": { - "minTileRow": "10", - "maxTileRow": "16", - "minTileCol": "15", - "maxTileCol": "16" + "minTileRow": "3", + "maxTileRow": "28", + "minTileCol": "0", + "maxTileCol": "31" }, "6": { - "minTileRow": "21", - "maxTileRow": "32", - "minTileCol": "31", - "maxTileCol": "33" + "minTileRow": "7", + "maxTileRow": "56", + "minTileCol": "0", + "maxTileCol": "63" }, "7": { - "minTileRow": "42", - "maxTileRow": "64", - "minTileCol": "62", - "maxTileCol": "67" + "minTileRow": "14", + "maxTileRow": "113", + "minTileCol": "0", + "maxTileCol": "127" }, "8": { - "minTileRow": "85", - "maxTileRow": "143", - "minTileCol": "83", - "maxTileCol": "167" + "minTileRow": "28", + "maxTileRow": "227", + "minTileCol": "0", + "maxTileCol": "255" }, "9": { - "minTileRow": "170", - "maxTileRow": "287", - "minTileCol": "166", - "maxTileCol": "335" + "minTileRow": "57", + "maxTileRow": "454", + "minTileCol": "0", + "maxTileCol": "511" }, "10": { - "minTileRow": "341", - "maxTileRow": "574", - "minTileCol": "332", - "maxTileCol": "670" + "minTileRow": "114", + "maxTileRow": "909", + "minTileCol": "0", + "maxTileCol": "1023" }, "11": { - "minTileRow": "683", - "maxTileRow": "1148", - "minTileCol": "664", - "maxTileCol": "1341" + "minTileRow": "229", + "maxTileRow": "1818", + "minTileCol": "0", + "maxTileCol": "2047" }, "12": { - "minTileRow": "1367", - "maxTileRow": "2297", - "minTileCol": "1328", - "maxTileCol": "2683" + "minTileRow": "459", + "maxTileRow": "3636", + "minTileCol": "0", + "maxTileCol": "4095" }, "13": { - "minTileRow": "2735", - "maxTileRow": "4595", - "minTileCol": "2658", - "maxTileCol": "5367" + "minTileRow": "919", + "maxTileRow": "7272", + "minTileCol": "0", + "maxTileCol": "8191" }, "14": { - "minTileRow": "5470", - "maxTileRow": "9190", - "minTileCol": "5316", - "maxTileCol": "10734" + "minTileRow": "1839", + "maxTileRow": "14544", + "minTileCol": "0", + "maxTileCol": "16383" }, "15": { - "minTileRow": "10940", - "maxTileRow": "18380", - "minTileCol": "10632", - "maxTileCol": "21468" + "minTileRow": "3678", + "maxTileRow": "29089", + "minTileCol": "0", + "maxTileCol": "32767" }, "16": { - "minTileRow": "21880", - "maxTileRow": "36760", - "minTileCol": "21264", - "maxTileCol": "42936" + "minTileRow": "7357", + "maxTileRow": "58178", + "minTileCol": "0", + "maxTileCol": "65535" }, "17": { - "minTileRow": "43768", - "maxTileRow": "73512", - "minTileCol": "42536", - "maxTileCol": "85864" + "minTileRow": "14714", + "maxTileRow": "116357", + "minTileCol": "0", + "maxTileCol": "131071" }, "18": { - "minTileRow": "87536", - "maxTileRow": "147024", - "minTileCol": "85080", - "maxTileCol": "171728" + "minTileRow": "29428", + "maxTileRow": "232715", + "minTileCol": "0", + "maxTileCol": "262143" } } }, "styles": [ { "name": "normal", - "title": "Légende générique", + "title": "Données Brutes", "current": true, "url": null } ], - "legends": [ - { - "format": "image/jpeg", - "url": "https://wxs.ign.fr/static/legends/LEGEND.jpg", - "minScaleDenominator": "200" - } - ], + "legends": [], "formats": [ { "name": "image/png", @@ -634,7 +627,7 @@ "id": "OGC:WMTS", "version": "1.0.0", "serverUrl": { - "cartes": "https://wxs.ign.fr/cartes/geoportail/wmts" + "cartes": "https://data.geopf.fr/wmts" } }, "defaultProjection": "EPSG:3857", @@ -702,7 +695,7 @@ "legends": [ { "format": "image/jpeg", - "url": "https://wxs.ign.fr/static/legends/LEGEND.jpg", + "url": "https://data.geopf.fr/annexes/ressources/legendes/LEGEND.jpg", "minScaleDenominator": "200" } ], @@ -731,7 +724,7 @@ "id": "OGC:WMTS", "version": "1.0.0", "serverUrl": { - "cartes": "https://wxs.ign.fr/cartes/geoportail/wmts" + "cartes": "https://data.geopf.fr/wmts" } }, "defaultProjection": "EPSG:3857", @@ -739,98 +732,98 @@ "tileMatrixSetLink": "PM", "tileMatrixSetLimits": { "3": { - "minTileRow": "0", - "maxTileRow": "8", + "minTileRow": "1", + "maxTileRow": "6", "minTileCol": "0", - "maxTileCol": "8" + "maxTileCol": "7" }, "4": { - "minTileRow": "0", - "maxTileRow": "16", + "minTileRow": "2", + "maxTileRow": "13", "minTileCol": "0", - "maxTileCol": "16" + "maxTileCol": "15" }, "5": { - "minTileRow": "0", - "maxTileRow": "32", + "minTileRow": "5", + "maxTileRow": "26", "minTileCol": "0", - "maxTileCol": "32" + "maxTileCol": "31" }, "6": { - "minTileRow": "0", - "maxTileRow": "64", + "minTileRow": "11", + "maxTileRow": "52", "minTileCol": "0", - "maxTileCol": "64" + "maxTileCol": "63" }, "7": { - "minTileRow": "0", - "maxTileRow": "128", + "minTileRow": "22", + "maxTileRow": "105", "minTileCol": "0", - "maxTileCol": "128" + "maxTileCol": "127" }, "8": { - "minTileRow": "0", - "maxTileRow": "256", + "minTileRow": "45", + "maxTileRow": "210", "minTileCol": "0", - "maxTileCol": "256" + "maxTileCol": "255" }, "9": { - "minTileRow": "0", - "maxTileRow": "512", + "minTileRow": "90", + "maxTileRow": "421", "minTileCol": "0", - "maxTileCol": "512" + "maxTileCol": "511" }, "10": { - "minTileRow": "0", - "maxTileRow": "1024", - "minTileCol": "0", - "maxTileCol": "1024" + "minTileRow": "181", + "maxTileRow": "842", + "minTileCol": "1", + "maxTileCol": "1022" }, "11": { - "minTileRow": "0", - "maxTileRow": "2048", - "minTileCol": "0", - "maxTileCol": "2048" + "minTileRow": "363", + "maxTileRow": "1684", + "minTileCol": "2", + "maxTileCol": "2045" }, "12": { - "minTileRow": "0", - "maxTileRow": "4096", - "minTileCol": "0", - "maxTileCol": "4096" + "minTileRow": "726", + "maxTileRow": "3369", + "minTileCol": "5", + "maxTileCol": "4090" }, "13": { - "minTileRow": "0", - "maxTileRow": "8192", - "minTileCol": "0", - "maxTileCol": "8192" + "minTileRow": "1452", + "maxTileRow": "6739", + "minTileCol": "11", + "maxTileCol": "8180" }, "14": { - "minTileRow": "0", - "maxTileRow": "16384", - "minTileCol": "0", - "maxTileCol": "16384" + "minTileRow": "2904", + "maxTileRow": "13479", + "minTileCol": "22", + "maxTileCol": "16361" }, "15": { - "minTileRow": "0", - "maxTileRow": "32768", - "minTileCol": "0", - "maxTileCol": "32768" + "minTileRow": "5809", + "maxTileRow": "26958", + "minTileCol": "45", + "maxTileCol": "32722" } } }, "styles": [ { - "name": "normal", - "title": "Légende générique", + "name": "SCAN50_1950", + "title": "SCAN 50 historique", "current": true, "url": null } ], "legends": [ { - "format": "image/jpeg", - "url": "https://wxs.ign.fr/static/legends/LEGEND.jpg", - "minScaleDenominator": "200" + "format": "image/png", + "url": "https://data.geopf.fr/annexes/ressources/legendes/GEOGRAPHICALGRIDSYSTEMS.MAPS.SCAN50.1950-legend.png", + "minScaleDenominator": "17000" } ], "formats": [ @@ -858,7 +851,7 @@ "id": "OGC:WMTS", "version": "1.0.0", "serverUrl": { - "cartes": "https://wxs.ign.fr/cartes/geoportail/wmts" + "cartes": "https://data.geopf.fr/wmts" } }, "defaultProjection": "EPSG:3857", @@ -867,123 +860,123 @@ "tileMatrixSetLimits": { "0": { "minTileRow": "0", - "maxTileRow": "1", + "maxTileRow": "0", "minTileCol": "0", "maxTileCol": "0" }, "1": { "minTileRow": "0", - "maxTileRow": "2", + "maxTileRow": "1", "minTileCol": "0", - "maxTileCol": "2" + "maxTileCol": "1" }, "2": { "minTileRow": "0", - "maxTileRow": "4", + "maxTileRow": "3", "minTileCol": "0", - "maxTileCol": "4" + "maxTileCol": "3" }, "3": { "minTileRow": "0", - "maxTileRow": "8", + "maxTileRow": "7", "minTileCol": "0", - "maxTileCol": "8" + "maxTileCol": "7" }, "4": { "minTileRow": "0", - "maxTileRow": "16", + "maxTileRow": "15", "minTileCol": "0", - "maxTileCol": "16" + "maxTileCol": "15" }, "5": { "minTileRow": "0", - "maxTileRow": "32", + "maxTileRow": "31", "minTileCol": "0", - "maxTileCol": "32" + "maxTileCol": "31" }, "6": { "minTileRow": "0", - "maxTileRow": "64", + "maxTileRow": "63", "minTileCol": "0", - "maxTileCol": "64" + "maxTileCol": "63" }, "7": { "minTileRow": "0", - "maxTileRow": "128", - "minTileCol": "0", - "maxTileCol": "128" + "maxTileRow": "127", + "minTileCol": "1", + "maxTileCol": "126" }, "8": { - "minTileRow": "80", - "maxTileRow": "144", - "minTileCol": "80", - "maxTileCol": "168" + "minTileRow": "0", + "maxTileRow": "255", + "minTileCol": "3", + "maxTileCol": "252" }, "9": { - "minTileRow": "168", - "maxTileRow": "288", - "minTileCol": "160", - "maxTileCol": "336" + "minTileRow": "0", + "maxTileRow": "511", + "minTileCol": "7", + "maxTileCol": "504" }, "10": { - "minTileRow": "336", - "maxTileRow": "576", - "minTileCol": "328", - "maxTileCol": "672" + "minTileRow": "1", + "maxTileRow": "1022", + "minTileCol": "14", + "maxTileCol": "1009" }, "11": { - "minTileRow": "680", - "maxTileRow": "1152", - "minTileCol": "664", - "maxTileCol": "1344" + "minTileRow": "3", + "maxTileRow": "2044", + "minTileCol": "28", + "maxTileCol": "2019" }, "12": { - "minTileRow": "1368", - "maxTileRow": "2304", - "minTileCol": "1328", - "maxTileCol": "2688" + "minTileRow": "6", + "maxTileRow": "4089", + "minTileCol": "56", + "maxTileCol": "4039" }, "13": { - "minTileRow": "2736", - "maxTileRow": "4600", - "minTileCol": "2656", - "maxTileCol": "5376" + "minTileRow": "13", + "maxTileRow": "8178", + "minTileCol": "113", + "maxTileCol": "8078" }, "14": { - 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}, - { - "name": "text/asc", - "current": false } ] }, @@ -1840,30 +1623,25 @@ "title": "Plan Terrier V2 (XVIIIe siècle)", "description": "Plan Terrier, cartographie ancienne du XVIIIème siècle sur la Corse version est une version numérisée par les archives militaires du Ministère de la Défense", "globalConstraint": { - "minScaleDenominator": 267.857142857, - "maxScaleDenominator": 559082264.2857143, + "minScaleDenominator": 8530.918335399, + "maxScaleDenominator": 8735660.375448715, "bbox": { - "left": 8.362838476, - "right": 9.752815873, - "top": 43.117404985, - "bottom": 41.256767758 + "left": 8.36284, + "right": 9.75282, + "top": 43.1174, + "bottom": 41.2568 } }, "serviceParams": { "id": "OGC:WMS", "version": "1.3.0", "serverUrl": { - "cartes": "https://wxs.ign.fr/cartes/geoportail/r/wms?" + "cartes": "https://data.geopf.fr/wms-r/wms" } }, "defaultProjection": "EPSG:3857", "queryable": false, - "metadata": [ - { - "format": "xml", - "url": "https://wxs.ign.fr/catalogue/geoportail/csw?service=CSW&version=2.0.2&request=GetRecordById&Id=PLAN_TERRIER.xml" - } - ], + "metadata": [], "styles": [ { "name": "nolegend", @@ -1873,7 +1651,7 @@ "legends": [ { "format": "image/jpeg", - "url": "https://wxs.ign.fr/static/legends/LEGEND.jpg" + "url": "https://data.geopf.fr/annexes/ressources/legendes/LEGEND.jpg" } ], "formats": [ @@ -1896,10 +1674,6 @@ { "name": "image/x-bil;bits=32", "current": false - }, - { - "name": "text/asc", - "current": false } ] }, @@ -1908,30 +1682,25 @@ "title": "SCAN1000 France métropolitaine 2021 (WM)", "description": "Le produit SCAN 1000® version 2 est une collection d'images numériques en couleurs, obtenues par rastérisation des données vecteur de la carte nationale France (901) à l'échelle 1 :1,000,000ième. Le produit couvre l'ensemble du territoire français métropolitain et la Corse.", "globalConstraint": { - "minScaleDenominator": 267.857142857, - "maxScaleDenominator": 559082264.2857143, + "minScaleDenominator": 545978.773465546, + "maxScaleDenominator": 559082264.0287179, "bbox": { - "left": -6.420880971, - "right": 13.549984261, - "top": 51.444014219, - "bottom": 40.289066627 + "left": -6.42088, + "right": 13.55, + "top": 51.444, + "bottom": 40.2891 } }, "serviceParams": { "id": "OGC:WMS", "version": "1.3.0", "serverUrl": { - "cartes": "https://wxs.ign.fr/cartes/geoportail/r/wms?" + "cartes": "https://data.geopf.fr/wms-r/wms" } }, "defaultProjection": "EPSG:3857", "queryable": false, - "metadata": [ - { - "format": "xml", - "url": "https://wxs.ign.fr/catalogue/geoportail/csw?service=CSW&version=2.0.2&request=GetRecordById&Id=IGNF_SCAN1000r_2-0.xml" - } - ], + "metadata": [], "styles": [ { "name": "SCAN1000", @@ -1941,7 +1710,7 @@ "legends": [ { "format": "image/png", - "url": "https://wxs.ign.fr/static/legends/SCAN1000_PYR-JPEG_WLD_WM-legend.png" + "url": "https://data.geopf.fr/annexes/ressources/legendes/SCAN1000_PYR-JPEG_WLD_WM-legend.png" } ], "formats": [ @@ -1964,10 +1733,6 @@ { "name": "image/x-bil;bits=32", "current": false - }, - { - "name": "text/asc", - "current": false } ] }, @@ -1976,30 +1741,25 @@ "title": "SCANDEP WM FXX 2011", "description": "Le produit SCAN Départemental® version 3 est une collection d'images cartographiques numériques en couleur, obtenues par rastérisation des données vecteur de la série « Cartes départementales » éditées par l'IGN. Ces images couvrent l'ensemble du territoire français métropolitain.", "globalConstraint": { - "minScaleDenominator": 8928.571428571, - "maxScaleDenominator": 585142857.1428571, + "minScaleDenominator": 68247.346683193, + "maxScaleDenominator": 559082264.0287179, "bbox": { - "left": -6.420880971, - "right": 11.429714268, - "top": 51.161536605, - "bottom": 40.809712667 + "left": -6.42088, + "right": 11.4297, + "top": 51.1615, + "bottom": 40.8097 } }, "serviceParams": { "id": "OGC:WMS", "version": "1.3.0", "serverUrl": { - "cartes": "https://wxs.ign.fr/cartes/geoportail/r/wms?" + "cartes": "https://data.geopf.fr/wms-r/wms" } }, "defaultProjection": "EPSG:3857", "queryable": false, - "metadata": [ - { - "format": "xml", - "url": "https://wxs.ign.fr/catalogue/geoportail/csw?service=CSW&version=2.0.2&request=GetRecordById&Id=IGNF_SCANDEPr_3-0.xml" - } - ], + "metadata": [], "styles": [ { "name": "normal", @@ -2009,7 +1769,7 @@ "legends": [ { "format": "image/jpeg", - "url": "https://wxs.ign.fr/static/legends/LEGEND.jpg" + "url": "https://data.geopf.fr/annexes/ressources/legendes/LEGEND.jpg" } ], "formats": [ @@ -2032,10 +1792,6 @@ { "name": "image/x-bil;bits=32", "current": false - }, - { - "name": "text/asc", - "current": false } ] }, @@ -2044,30 +1800,25 @@ "title": "Scan Régional FXX WM 08-2021", "description": "Le produit SCAN Régional® version 2 est une collection d'images cartographiques numériques en couleur, obtenues par rastérisation des données vecteur de la série « Cartes régionales » éditées par l'IGN. Ces images couvrent l'ensemble du territoire français métropolitain.", "globalConstraint": { - "minScaleDenominator": 267.857142857, - "maxScaleDenominator": 559082264.2857143, + "minScaleDenominator": 136494.693366386, + "maxScaleDenominator": 559082264.0287179, "bbox": { - "left": -6.420880971, - "right": 12.137980905, - "top": 51.444124102, - "bottom": 40.809712667 + "left": -6.42088, + "right": 12.138, + "top": 51.4441, + "bottom": 40.8097 } }, "serviceParams": { "id": "OGC:WMS", "version": "1.3.0", "serverUrl": { - "cartes": "https://wxs.ign.fr/cartes/geoportail/r/wms?" + "cartes": "https://data.geopf.fr/wms-r/wms" } }, "defaultProjection": "EPSG:3857", "queryable": false, - "metadata": [ - { - "format": "xml", - "url": "https://wxs.ign.fr/catalogue/geoportail/csw?service=CSW&version=2.0.2&request=GetRecordById&Id=IGNF_SCANREGr_2-0.xml" - } - ], + "metadata": [], "styles": [ { "name": "SCANREG", @@ -2077,7 +1828,7 @@ "legends": [ { "format": "image/png", - "url": "https://wxs.ign.fr/static/legends/SCANREG_PYR-JPEG_WLD_WM-legend.png" + "url": "https://data.geopf.fr/annexes/ressources/legendes/SCANREG_PYR-JPEG_WLD_WM-legend.png" } ], "formats": [ @@ -2100,44 +1851,45 @@ { "name": "image/x-bil;bits=32", "current": false - }, - { - "name": "text/asc", - "current": false } ] }, "GEOGRAPHICALGRIDSYSTEMS.MAPS.SCAN25.GRAPHE-MOSAIQUAGE$GEOPORTAIL:OGC:WMS": { "name": "GEOGRAPHICALGRIDSYSTEMS.MAPS.SCAN25.GRAPHE-MOSAIQUAGE", - "title": "GEOGRAPHICALGRIDSYSTEMS.MAPS.SCAN25.GRAPHE-MOSAIQUAGE", - "description": "Layer-Group type layer: GEOGRAPHICALGRIDSYSTEMS.MAPS.SCAN25.GRAPHE-MOSAIQUAGE", + "title": "Graphe de mosaïquage du produit SCAN25", + "description": "Le graphe de mosaïquage du produit SCAN25 fournit le zonage utilisé pour la mise à jour des données SCAN25 ainsi que différentes métadonnées. 07-2023", "globalConstraint": { - "minScaleDenominator": 1.0, - "maxScaleDenominator": 10000000.0, + "minScaleDenominator": 0.0, + "maxScaleDenominator": 62236752975597, "bbox": { - "left": -178.2057322544516, - "right": 55.83667602180032, - "top": 51.08938761678308, - "bottom": -21.38985327009672 + "left": -178.2421875, + "right": 55.8984375, + "top": 51.16890625, + "bottom": -21.597265625 } }, "serviceParams": { "id": "OGC:WMS", "version": "1.3.0", "serverUrl": { - 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"url": "https://wxs.ign.fr/static/vectorTiles/styles/PLAN.IGN/essentiels/standard.json" + "url": "https://data.geopf.fr/annexes/ressources/vectorTiles/styles/PLAN.IGN/standard.json" }, { "name": "classique", "title": "Style classique", - "current": true, - "url": "https://wxs.ign.fr/static/vectorTiles/styles/PLAN.IGN/essentiels/classique.json" + "current": false, + "url": "https://data.geopf.fr/annexes/ressources/vectorTiles/styles/PLAN.IGN/classique.json" }, { "name": "transparent", "title": "Style transparent", - "current": true, - "url": "https://wxs.ign.fr/static/vectorTiles/styles/PLAN.IGN/essentiels/transparent.json" + "current": false, + "url": "https://data.geopf.fr/annexes/ressources/vectorTiles/styles/PLAN.IGN/transparent.json" }, { "name": "accentue", "title": "Style accentue", - "current": true, - "url": "https://wxs.ign.fr/static/vectorTiles/styles/PLAN.IGN/essentiels/accentue.json" + "current": false, + "url": "https://data.geopf.fr/annexes/ressources/vectorTiles/styles/PLAN.IGN/accentue.json" }, { "name": "attenue", "title": "Style attenue", - "current": true, - "url": "https://wxs.ign.fr/static/vectorTiles/styles/PLAN.IGN/essentiels/attenue.json" + "current": false, + "url": "https://data.geopf.fr/annexes/ressources/vectorTiles/styles/PLAN.IGN/attenue.json" }, { "name": "gris", "title": "Style en noir et blanc", "current": false, - "url": "https://wxs.ign.fr/static/vectorTiles/styles/PLAN.IGN/essentiels/gris.json" + "url": "https://data.geopf.fr/annexes/ressources/vectorTiles/styles/PLAN.IGN/gris.json" }, { "name": "epure", "title": "Style epure", - "current": true, - "url": "https://wxs.ign.fr/static/vectorTiles/styles/PLAN.IGN/essentiels/epure.json" + "current": false, + "url": "https://data.geopf.fr/annexes/ressources/vectorTiles/styles/PLAN.IGN/epure.json" }, { "name": "sans_toponymes", "title": "Style sans toponymes", "current": false, - "url": "https://wxs.ign.fr/static/vectorTiles/styles/PLAN.IGN/essentiels/sans_toponymes.json" + "url": "https://data.geopf.fr/annexes/ressources/vectorTiles/styles/PLAN.IGN/sans_toponymes.json" } ], "globalConstraint": { @@ -2305,44 +2057,44 @@ "minScaleDenominator": null, "maxScaleDenominator": null }, - 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"scaleDenominator": 533.182395962446, + "scaleDenominator": 533.1823959624463, "tileHeight": 256, "tileWidth": 256, "topLeftCorner": { diff --git a/samples-src/resources/configFiles/essentielsConfig.json b/samples-src/resources/configFiles/essentielsConfig.json index 32f2c6cba..9604caadd 100644 --- a/samples-src/resources/configFiles/essentielsConfig.json +++ b/samples-src/resources/configFiles/essentielsConfig.json @@ -2,11 +2,9 @@ "generalOptions": { "apiKeys": { "essentiels": [ - "ADMIN_EXPRESS$GEOPORTAIL:OGC:WMTS", "CADASTRALPARCELS.PARCELLAIRE_EXPRESS$GEOPORTAIL:OGC:WMTS", "GEOGRAPHICALGRIDSYSTEMS.PLANIGNV2$GEOPORTAIL:OGC:WMTS", "ORTHOIMAGERY.ORTHOPHOTOS$GEOPORTAIL:OGC:WMTS", - "PLAN.IGN$GEOPORTAIL:OGC:WMTS", "CADASTRALPARCELS.PARCELLAIRE_EXPRESS$GEOPORTAIL:OGC:WMS", "GEOGRAPHICALGRIDSYSTEMS.PLANIGNV2$GEOPORTAIL:OGC:WMS", "LIMITES_ADMINISTRATIVES_EXPRESS.LATEST$GEOPORTAIL:OGC:WMS", @@ -18,130 +16,10 @@ } }, "layers": { - "ADMIN_EXPRESS$GEOPORTAIL:OGC:WMTS": { - "name": "ADMIN_EXPRESS", - "title": "ADMIN_EXPRESS", - "description": "Limites administratives des collectivités territoriales. Régions, départements, cantons, communes, arrondissements (pour Paris, Lyon et Marseille) et établissements publics de coopération intercommunale (EPCI).", - "globalConstraint": { - "maxScaleDenominator": 559082264.0287179, - "minScaleDenominator": 266.5911979812229, - "bbox": { - "left": -6.50391, - "right": 9.84375, - "top": 51.2894, - "bottom": 40.9799 - } - }, - "serviceParams": { - "id": "OGC:WMTS", - "version": "1.0.0", - "serverUrl": { - "essentiels": "https://wxs.ign.fr/essentiels/geoportail/wmts" - } - }, - "defaultProjection": "EPSG:3857", - "wmtsOptions": { - "tileMatrixSetLink": "PM", - "tileMatrixSetLimits": { - "6": { - "minTileRow": "21", - "maxTileRow": "35", - "minTileCol": "20", - "maxTileCol": "41" - }, - "7": { - "minTileRow": "42", - "maxTileRow": "71", - "minTileCol": "41", - "maxTileCol": "83" - }, - "8": { - "minTileRow": "85", - "maxTileRow": "143", - "minTileCol": "83", - "maxTileCol": "167" - }, - "9": { - "minTileRow": "171", - "maxTileRow": "287", - 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"PCI vecteur", - "title": "PCI vecteur", + "name": "normal", + "title": "Légende générique", "current": true, "url": null } ], "legends": [ { - "format": "image/png", - "url": "https://wxs.ign.fr/static/legends/CADASTRALPARCELS.PARCELLAIRE_EXPRESS.png", - "minScaleDenominator": "1" + "format": "image/jpeg", + "url": "https://data.geopf.fr/annexes/ressources/legendes/LEGEND.jpg", + "minScaleDenominator": "200" } ], "formats": [ @@ -325,7 +203,7 @@ "id": "OGC:WMTS", "version": "1.0.0", "serverUrl": { - "essentiels": "https://wxs.ign.fr/essentiels/geoportail/wmts" + "essentiels": "https://data.geopf.fr/wmts" } }, "defaultProjection": "EPSG:3857", @@ -334,123 +212,123 @@ "tileMatrixSetLimits": { "0": { "minTileRow": "0", - "maxTileRow": "1", + "maxTileRow": "0", "minTileCol": "0", "maxTileCol": "0" }, "1": { "minTileRow": "0", - "maxTileRow": "2", + "maxTileRow": "1", "minTileCol": "0", - "maxTileCol": "2" + "maxTileCol": "1" }, "2": { "minTileRow": "0", - "maxTileRow": "4", + 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"https://data.geopf.fr/wms-v/ows?SERVICE=WMS&" } }, - "defaultProjection": "EPSG:3857", + "defaultProjection": "EPSG:4326", "queryable": true, - "metadata": [ + "metadata": [], + "styles": [ + { + "name": "default-style-ORTHOIMAGERY.ORTHOPHOTOS.GRAPHE-MOSAIQUAGE", + "title": "ORTHOIMAGERY.ORTHOPHOTOS.GRAPHE-MOSAIQUAGE style" + } + ], + "legends": [ { - "format": "text/plain", - "url": "https://wxs.ign.fr/catalogue/geoportail/csw?service=CSW&version=2.0.2&request=GetRecordById&Id=IGNF_BDORTHOr_2-0.xml" + "format": "image/png", + "url": "https://data.geopf.fr/wms-v/ows?service=WMS&version=1.3.0&request=GetLegendGraphic&format=image%2Fpng&width=20&height=20&layer=ORTHOIMAGERY.ORTHOPHOTOS.GRAPHE-MOSAIQUAGE" } ], - "styles": [], - "legends": [], "formats": [ { "name": "image/png", @@ -1238,7 +903,7 @@ "id": "GPP:TMS", "version": "1.0.0", "serverUrl": { - "essentiels": "https://wxs.ign.fr/essentiels/geoportail/tms/1.0.0/" + "essentiels": "https://data.geopf.fr/tms/1.0.0/" } }, "name": "ADMIN_EXPRESS", @@ -1255,7 +920,7 @@ "name": "adminexpress", "title": "Style adminexpress", "current": true, - "url": "https://wxs.ign.fr/static/vectorTiles/styles/ADMINEXPRESS/adminexpress.json" + "url": "https://data.geopf.fr/annexes/ressources/vectorTiles/styles/ADMIN_EXPRESS/adminexpress.json" } ], "globalConstraint": { @@ -1269,7 +934,6 @@ "minScaleDenominator": null, "maxScaleDenominator": null }, - "quicklookUrl": "https://wxs.ign.fr/static/pictures/ign_carte2.jpg", "layerId": "ADMIN_EXPRESS$GEOPORTAIL:GPP:TMS", "defaultProjection": "EPSG:3857" }, @@ -1280,7 +944,7 @@ "id": "GPP:TMS", "version": "1.0.0", "serverUrl": { - "essentiels": "https://wxs.ign.fr/essentiels/geoportail/tms/1.0.0/" + "essentiels": "https://data.geopf.fr/tms/1.0.0/" } }, "name": "PLAN.IGN", @@ -1297,49 +961,49 @@ "name": "standard", "title": "Style standard", "current": true, - "url": "https://wxs.ign.fr/static/vectorTiles/styles/PLAN.IGN/essentiels/standard.json" + "url": 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"tileWidth": 256, "topLeftCorner": { diff --git a/samples-src/resources/configFiles/fullConfig.json b/samples-src/resources/configFiles/fullConfig.json index 04209cb52..67dc80392 100644 --- a/samples-src/resources/configFiles/fullConfig.json +++ b/samples-src/resources/configFiles/fullConfig.json @@ -1,63 +1,46 @@ { "generalOptions": { "apiKeys": { - "administratif": [ + "full": [ + "ACCES.BIOMETHANE$GEOPORTAIL:OGC:WMTS", "ADMINEXPRESS-COG-CARTO.LATEST$GEOPORTAIL:OGC:WMTS", "ADMINEXPRESS-COG.LATEST$GEOPORTAIL:OGC:WMTS", + "ADMINEXPRESS_2023-11-15$GEOPORTAIL:OGC:WMTS", + "ADMINEXPRESS_COG_2020$GEOPORTAIL:OGC:WMTS", "ADMIN_EXPRESS$GEOPORTAIL:OGC:WMTS", - "LIMITES_ADMINISTRATIVES_EXPRESS.LATEST$GEOPORTAIL:OGC:WMTS", - "ADMINEXPRESS-COG-CARTO.LATEST$GEOPORTAIL:OGC:WMS", - "ADMINEXPRESS-COG.LATEST$GEOPORTAIL:OGC:WMS", - "LIMITES_ADMINISTRATIVES_EXPRESS.LATEST$GEOPORTAIL:OGC:WMS", - "ADMIN_EXPRESS$GEOPORTAIL:GPP:TMS" - ], - "adresse": [ - "BAN.ADRESSE$GEOPORTAIL:OGC:WMS", - 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"LANDUSE.AGRICULTURE2021$GEOPORTAIL:OGC:WMS", - "PRAIRIES.SENSIBLES.BCAE$GEOPORTAIL:OGC:WMS" - ], - "altimetrie": [ + "AREAMANAGEMENT.ZFU$GEOPORTAIL:OGC:WMTS", + "AREAMANAGEMENT.ZUS$GEOPORTAIL:OGC:WMTS", + "Aire-Parcellaire$GEOPORTAIL:OGC:WMTS", + "BDCARTO_ETAT-MAJOR.NIVEAU3$GEOPORTAIL:OGC:WMTS", + "BDCARTO_ETAT-MAJOR.NIVEAU4$GEOPORTAIL:OGC:WMTS", + "BDTOPO$GEOPORTAIL:OGC:WMTS", + "BD_TOPO_VALID$GEOPORTAIL:OGC:WMTS", + "BESOIN.CHALEUR.INDUSTRIEL$GEOPORTAIL:OGC:WMTS", + "BESOIN.CHALEUR.RESIDENTIEL$GEOPORTAIL:OGC:WMTS", + "BESOIN.CHALEUR.TERTIAIRE$GEOPORTAIL:OGC:WMTS", + "BESOIN.FROID.RESIDENTIEL$GEOPORTAIL:OGC:WMTS", + "BESOIN.FROID.TERTIAIRE$GEOPORTAIL:OGC:WMTS", + "BUILDINGS.BUILDINGS$GEOPORTAIL:OGC:WMTS", + "CADASTRAL.PARCELS.SECTIONS$GEOPORTAIL:OGC:WMTS", + "CADASTRALPARCELS.HEATMAP$GEOPORTAIL:OGC:WMTS", + "CADASTRALPARCELS.HISTO.2008-2013.PARCELS$GEOPORTAIL:OGC:WMTS", + "CADASTRALPARCELS.PARCELLAIRE_EXPRESS$GEOPORTAIL:OGC:WMTS", + "CADASTRALPARCELS.PARCELS$GEOPORTAIL:OGC:WMTS", + 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"BDCARTO-OCCUPATION_DU_SOL_WLD_WGS84G$GEOPORTAIL:OGC:WMS", - "BDCARTO-SERVICE_ET_ACTIVITES_WLD_WGS84G$GEOPORTAIL:OGC:WMS", - "BDCARTO-TRANSPORT_WLD_WGS84G$GEOPORTAIL:OGC:WMS", - "BDCARTO-ZONES_REGLEMENTEES_WLD_WGS84G$GEOPORTAIL:OGC:WMS", - "CLEFVERTE$GEOPORTAIL:OGC:WMS", - "COMMUNESTOURISTIQUES$GEOPORTAIL:OGC:WMS", - "PAVILLONBLEU$GEOPORTAIL:OGC:WMS", - "STATIONSCLASSEES$GEOPORTAIL:OGC:WMS", - "STATIONSVERTES$GEOPORTAIL:OGC:WMS", - "STATISTICALUNITS.IRIS$GEOPORTAIL:OGC:WMS", - "STATISTICALUNITS.IRISGE$GEOPORTAIL:OGC:WMS", - "VILLAGESETAPE$GEOPORTAIL:OGC:WMS" - ], - "clc": [ + "GEOGRAPHICALGRIDSYSTEMS.VERDUN_ENVIRONS_NORD_fronts_offensves_50K$GEOPORTAIL:OGC:WMTS", + "GEOGRAPHICALGRIDSYSTEMS.VERDUN_ENVIRONS_SUD_NORD_com_group_80K$GEOPORTAIL:OGC:WMTS", + "GEOGRAPHICALGRIDSYSTEMS.VERDUN_ENVIRONS_fronts_50K_21-26fevr1916$GEOPORTAIL:OGC:WMTS", + "GEOGRAPHICALNAMES.NAMES$GEOPORTAIL:OGC:WMTS", + "HR.ORTHOIMAGERY.ORTHOPHOTOS$GEOPORTAIL:OGC:WMTS", + "HYDROGRAPHY.BCAE.2020$GEOPORTAIL:OGC:WMTS", + 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"INSEE.FILOSOFI.PART.LOGEMENTS.CONSTRUITS.1945.1970.SECRET$GEOPORTAIL:OGC:WMTS", + "INSEE.FILOSOFI.PART.LOGEMENTS.CONSTRUITS.1970.1990.SECRET$GEOPORTAIL:OGC:WMTS", + "INSEE.FILOSOFI.PART.LOGEMENTS.SOCIAUX.SECRET$GEOPORTAIL:OGC:WMTS", + "INSEE.FILOSOFI.PART.MENAGES.1.PERSONNE.SECRET$GEOPORTAIL:OGC:WMTS", + "INSEE.FILOSOFI.PART.MENAGES.5.PERSONNES.OUPLUS.SECRET$GEOPORTAIL:OGC:WMTS", + "INSEE.FILOSOFI.PART.MENAGES.MAISON.SECRET$GEOPORTAIL:OGC:WMTS", + "INSEE.FILOSOFI.PART.MENAGES.PAUVRES.SECRET$GEOPORTAIL:OGC:WMTS", + "INSEE.FILOSOFI.PART.MENAGES.PROPRIETAIRES.SECRET$GEOPORTAIL:OGC:WMTS", + "INSEE.FILOSOFI.PART.PLUS.65.ANS.SECRET$GEOPORTAIL:OGC:WMTS", + "INSEE.FILOSOFI.POPULATION$GEOPORTAIL:OGC:WMTS", + "ISOHYPSE$GEOPORTAIL:OGC:WMTS", + "LANDCOVER.CHA00$GEOPORTAIL:OGC:WMTS", "LANDCOVER.CHA00_FR$GEOPORTAIL:OGC:WMTS", + "LANDCOVER.CHA06$GEOPORTAIL:OGC:WMTS", "LANDCOVER.CHA06_DOM$GEOPORTAIL:OGC:WMTS", "LANDCOVER.CHA06_FR$GEOPORTAIL:OGC:WMTS", + "LANDCOVER.CHA12$GEOPORTAIL:OGC:WMTS", "LANDCOVER.CHA12_DOM$GEOPORTAIL:OGC:WMTS", "LANDCOVER.CHA12_FR$GEOPORTAIL:OGC:WMTS", "LANDCOVER.CHA18$GEOPORTAIL:OGC:WMTS", "LANDCOVER.CHA18_DOM$GEOPORTAIL:OGC:WMTS", "LANDCOVER.CHA18_FR$GEOPORTAIL:OGC:WMTS", + "LANDCOVER.CLC00$GEOPORTAIL:OGC:WMTS", + "LANDCOVER.CLC00R$GEOPORTAIL:OGC:WMTS", "LANDCOVER.CLC00R_FR$GEOPORTAIL:OGC:WMTS", "LANDCOVER.CLC00_DOM$GEOPORTAIL:OGC:WMTS", "LANDCOVER.CLC00_FR$GEOPORTAIL:OGC:WMTS", + "LANDCOVER.CLC06$GEOPORTAIL:OGC:WMTS", + "LANDCOVER.CLC06R$GEOPORTAIL:OGC:WMTS", "LANDCOVER.CLC06R_DOM$GEOPORTAIL:OGC:WMTS", "LANDCOVER.CLC06R_FR$GEOPORTAIL:OGC:WMTS", "LANDCOVER.CLC06_DOM$GEOPORTAIL:OGC:WMTS", @@ -167,7 +203,18 @@ "LANDCOVER.CLC18$GEOPORTAIL:OGC:WMTS", "LANDCOVER.CLC18_DOM$GEOPORTAIL:OGC:WMTS", "LANDCOVER.CLC18_FR$GEOPORTAIL:OGC:WMTS", + "LANDCOVER.CLC90$GEOPORTAIL:OGC:WMTS", "LANDCOVER.CLC90_FR$GEOPORTAIL:OGC:WMTS", + "LANDCOVER.EDUGEO.EVOL_SURFACE_FORESTIERE_1980-2011$GEOPORTAIL:OGC:WMTS", + "LANDCOVER.EDUGEO.KLAUS$GEOPORTAIL:OGC:WMTS", + 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"sol": [ - "BDCARTO_ETAT-MAJOR.NIVEAU3$GEOPORTAIL:OGC:WMTS", - "BDCARTO_ETAT-MAJOR.NIVEAU4$GEOPORTAIL:OGC:WMTS", - "BDCARTO_ETAT-MAJOR.NIVEAU3$GEOPORTAIL:OGC:WMS", - "BDCARTO_ETAT-MAJOR.NIVEAU4$GEOPORTAIL:OGC:WMS" - ], - "topographie": [ - "BDTOPO$GEOPORTAIL:OGC:WMTS", - "BUILDINGS.BUILDINGS$GEOPORTAIL:OGC:WMTS", - "GEOGRAPHICALNAMES.NAMES$GEOPORTAIL:OGC:WMTS", - "HYDROGRAPHY.HYDROGRAPHY$GEOPORTAIL:OGC:WMTS", - "TRANSPORTNETWORK.COMMONTRANSPORTELEMENTS.MARKERPOST$GEOPORTAIL:OGC:WMTS", - "TRANSPORTNETWORKS.RAILWAYS$GEOPORTAIL:OGC:WMTS", - "TRANSPORTNETWORKS.ROADS$GEOPORTAIL:OGC:WMTS", - "TRANSPORTNETWORKS.RUNWAYS$GEOPORTAIL:OGC:WMTS", - "UTILITYANDGOVERNMENTALSERVICES.ALL$GEOPORTAIL:OGC:WMTS", - "hedge.hedge$GEOPORTAIL:OGC:WMTS", - "BDTOPO-GEOPO-BATI_WLD_WGS84G$GEOPORTAIL:OGC:WMS", - "BDTOPO-GEOPO-HYDROGRAPHIE_WLD_WGS84G$GEOPORTAIL:OGC:WMS", - "BDTOPO-GEOPO-OROGRAPHIE_WLD_WGS84G$GEOPORTAIL:OGC:WMS", - "BDTOPO-GEOPO-RESEAU_ROUTIER_WLD_WGS84G$GEOPORTAIL:OGC:WMS", - 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"POTENTIEL.SOLAIRE.BATIMENT$GEOPORTAIL:OGC:WMTS", + "POTENTIEL.SOLAIRE.FRICHE$GEOPORTAIL:OGC:WMTS", + "POTENTIEL.SOLAIRE.PARKING500$GEOPORTAIL:OGC:WMTS", + "POTENTIEL.SOLAIRE.SOL$GEOPORTAIL:OGC:WMTS", + "PRAIRIES.SENSIBLES.BCAE$GEOPORTAIL:OGC:WMTS", + "PROD.INSTALLATION.EOLIEN$GEOPORTAIL:OGC:WMTS", + "PROD.INSTALLATION.HYDRO$GEOPORTAIL:OGC:WMTS", + "PROD.INSTALLATION.PV$GEOPORTAIL:OGC:WMTS", + "PRODUCTIBLE.BIOMETHANE.COMMUNE$GEOPORTAIL:OGC:WMTS", + "PRODUCTIBLE.EOLIEN.COMMUNE$GEOPORTAIL:OGC:WMTS", + "PRODUCTIBLE.METHANISATION.COMMUNE$GEOPORTAIL:OGC:WMTS", + "PRODUCTIBLE.PHOTOVOLTAIQUE.COMMUNE$GEOPORTAIL:OGC:WMTS", + "PROTECTEDAREAS.APB$GEOPORTAIL:OGC:WMTS", + "PROTECTEDAREAS.APG$GEOPORTAIL:OGC:WMTS", + "PROTECTEDAREAS.APHN$GEOPORTAIL:OGC:WMTS", + "PROTECTEDAREAS.APLG$GEOPORTAIL:OGC:WMTS", + "PROTECTEDAREAS.BIOS$GEOPORTAIL:OGC:WMTS", + "PROTECTEDAREAS.GP$GEOPORTAIL:OGC:WMTS", + "PROTECTEDAREAS.INPG$GEOPORTAIL:OGC:WMTS", + "PROTECTEDAREAS.MNHN.CDL.PARCELS$GEOPORTAIL:OGC:WMTS", + "PROTECTEDAREAS.MNHN.CDL.PERIMETER$GEOPORTAIL:OGC:WMTS", + "PROTECTEDAREAS.MNHN.CONSERVATOIRES$GEOPORTAIL:OGC:WMTS", + "PROTECTEDAREAS.MNHN.RN.PERIMETER$GEOPORTAIL:OGC:WMTS", + "PROTECTEDAREAS.PN$GEOPORTAIL:OGC:WMTS", + "PROTECTEDAREAS.PNM$GEOPORTAIL:OGC:WMTS", + "PROTECTEDAREAS.PNR$GEOPORTAIL:OGC:WMTS", + "PROTECTEDAREAS.PRSF$GEOPORTAIL:OGC:WMTS", + "PROTECTEDAREAS.RAMSAR$GEOPORTAIL:OGC:WMTS", + "PROTECTEDAREAS.RB$GEOPORTAIL:OGC:WMTS", + "PROTECTEDAREAS.RIPN$GEOPORTAIL:OGC:WMTS", + "PROTECTEDAREAS.RN$GEOPORTAIL:OGC:WMTS", + "PROTECTEDAREAS.RNC$GEOPORTAIL:OGC:WMTS", + "PROTECTEDAREAS.RNCF$GEOPORTAIL:OGC:WMTS", + "PROTECTEDAREAS.SIC$GEOPORTAIL:OGC:WMTS", + "PROTECTEDAREAS.UNESCO$GEOPORTAIL:OGC:WMTS", + "PROTECTEDAREAS.ZNIEFF1$GEOPORTAIL:OGC:WMTS", + "PROTECTEDAREAS.ZNIEFF1.SEA$GEOPORTAIL:OGC:WMTS", + "PROTECTEDAREAS.ZNIEFF2$GEOPORTAIL:OGC:WMTS", + "PROTECTEDAREAS.ZNIEFF2.SEA$GEOPORTAIL:OGC:WMTS", + "PROTECTEDAREAS.ZPR$GEOPORTAIL:OGC:WMTS", + "PROTECTEDAREAS.ZPS$GEOPORTAIL:OGC:WMTS", + "PROTECTEDSITES.MNHN.RESERVES-REGIONALES$GEOPORTAIL:OGC:WMTS", + "PUISSANCE.INSTALLEE.BIOMETHANE$GEOPORTAIL:OGC:WMTS", + "PUISSANCE.INSTALLEE.METHANISATION$GEOPORTAIL:OGC:WMTS", + "PVA_IGN_zone-marais-de-Virvee_1945$GEOPORTAIL:OGC:WMTS", + "PVA_IGN_zone-marais-de-Virvee_1956$GEOPORTAIL:OGC:WMTS", + "PVA_IGN_zone-marais-de-Virvee_1976$GEOPORTAIL:OGC:WMTS", + "PVA_IGN_zone-marais-de-Virvee_1984$GEOPORTAIL:OGC:WMTS", + "RAPIDEYE_PYR-JPEG_WLD_WM_2010$GEOPORTAIL:OGC:WMTS", + "RAPIDEYE_PYR-JPEG_WLD_WM_2011$GEOPORTAIL:OGC:WMTS", + "REPARTITION.POTENTIEL.METHANISATION.2050$GEOPORTAIL:OGC:WMTS", + "RPG2012_PYR-PNG_WLD_EDUGEO_20170126$GEOPORTAIL:OGC:WMTS", + "RPG_2020$GEOPORTAIL:OGC:WMTS", + "RUE_FEMININE$GEOPORTAIL:OGC:WMTS", + "SCAN-EDUGEO_PYR-PNG_FXX_WM$GEOPORTAIL:OGC:WMTS", + "SCAN1000_PYR-JPEG_WLD_WM_WMTS_3D$GEOPORTAIL:OGC:WMTS", "SECUROUTE.TE.1TE$GEOPORTAIL:OGC:WMTS", "SECUROUTE.TE.2TE48$GEOPORTAIL:OGC:WMTS", "SECUROUTE.TE.ALL$GEOPORTAIL:OGC:WMTS", @@ -707,8 +530,322 @@ 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"PROTECTEDAREAS.PNM$GEOPORTAIL:OGC:WMS", + "PROTECTEDAREAS.PNR$GEOPORTAIL:OGC:WMS", + "PROTECTEDAREAS.PRSF$GEOPORTAIL:OGC:WMS", + "PROTECTEDAREAS.RAMSAR$GEOPORTAIL:OGC:WMS", + "PROTECTEDAREAS.RB$GEOPORTAIL:OGC:WMS", + "PROTECTEDAREAS.RIPN$GEOPORTAIL:OGC:WMS", + "PROTECTEDAREAS.RN$GEOPORTAIL:OGC:WMS", + "PROTECTEDAREAS.RNC$GEOPORTAIL:OGC:WMS", + "PROTECTEDAREAS.RNCF$GEOPORTAIL:OGC:WMS", + "PROTECTEDAREAS.SIC$GEOPORTAIL:OGC:WMS", + "PROTECTEDAREAS.UNESCO$GEOPORTAIL:OGC:WMS", + "PROTECTEDAREAS.ZNIEFF1$GEOPORTAIL:OGC:WMS", + "PROTECTEDAREAS.ZNIEFF1.SEA$GEOPORTAIL:OGC:WMS", + "PROTECTEDAREAS.ZNIEFF2$GEOPORTAIL:OGC:WMS", + "PROTECTEDAREAS.ZNIEFF2.SEA$GEOPORTAIL:OGC:WMS", + "PROTECTEDAREAS.ZPR$GEOPORTAIL:OGC:WMS", + "PROTECTEDAREAS.ZPS$GEOPORTAIL:OGC:WMS", + "PROTECTEDSITES.MNHN.RESERVES-REGIONALES$GEOPORTAIL:OGC:WMS", + "RAPIDEYE_PYR-JPEG_WLD_WM_ESPACE-PRO$GEOPORTAIL:OGC:WMS", + "RAPIDEYE_PYR-JPEG_WLD_WM_WMS$GEOPORTAIL:OGC:WMS", + "RGEALTI-DST_PYR-ZIP_FXX_LAMB93_WMS$GEOPORTAIL:OGC:WMS", + "RGEALTI-DST_PYR-ZIP_GLP_WGS84UTM20_WMS$GEOPORTAIL:OGC:WMS", + "RGEALTI-DST_PYR-ZIP_GUF_UTM22RGFG95_WMS$GEOPORTAIL:OGC:WMS", + "RGEALTI-DST_PYR-ZIP_MTQ_WGS84UTM20_WMS$GEOPORTAIL:OGC:WMS", + "RGEALTI-DST_PYR-ZIP_MYT_RGM04UTM38S_WMS$GEOPORTAIL:OGC:WMS", + "RGEALTI-DST_PYR-ZIP_REU_RGR92UTM40S_WMS$GEOPORTAIL:OGC:WMS", + "RGEALTI-DST_PYR-ZIP_SBA_WGS84UTM20_WMS$GEOPORTAIL:OGC:WMS", + "RGEALTI-DST_PYR-ZIP_SPM_RGSPM06U21_WMS$GEOPORTAIL:OGC:WMS", + "RGEALTI-MNT_PYR-ZIP_FXX_LAMB93_WMS$GEOPORTAIL:OGC:WMS", + "RGEALTI-MNT_PYR-ZIP_GLP_WGS84UTM20_WMS$GEOPORTAIL:OGC:WMS", + "RGEALTI-MNT_PYR-ZIP_GUF_UTM22RGFG95_WMS$GEOPORTAIL:OGC:WMS", + "RGEALTI-MNT_PYR-ZIP_MTQ_WGS84UTM20_WMS$GEOPORTAIL:OGC:WMS", + "RGEALTI-MNT_PYR-ZIP_MYT_RGM04UTM38S_WMS$GEOPORTAIL:OGC:WMS", + "RGEALTI-MNT_PYR-ZIP_REU_RGR92UTM40S_WMS$GEOPORTAIL:OGC:WMS", + "RGEALTI-MNT_PYR-ZIP_SPM_RGSPM06U21_WMS$GEOPORTAIL:OGC:WMS", + "RGEALTI-SRC_PYR-ZIP_FXX_LAMB93_WMS$GEOPORTAIL:OGC:WMS", + "RGEALTI-SRC_PYR-ZIP_GLP_WGS84UTM20_WMS$GEOPORTAIL:OGC:WMS", + "RGEALTI-SRC_PYR-ZIP_GUF_UTM22RGFG95_WMS$GEOPORTAIL:OGC:WMS", + "RGEALTI-SRC_PYR-ZIP_MTQ_WGS84UTM20_WMS$GEOPORTAIL:OGC:WMS", + "RGEALTI-SRC_PYR-ZIP_MYT_RGM04UTM38S_WMS$GEOPORTAIL:OGC:WMS", + "RGEALTI-SRC_PYR-ZIP_REU_RGR92UTM40S_WMS$GEOPORTAIL:OGC:WMS", + "RGEALTI-SRC_PYR-ZIP_SBA_WGS84UTM20_WMS$GEOPORTAIL:OGC:WMS", + "RGEALTI-SRC_PYR-ZIP_SMA_WGS84UTM20_WMS$GEOPORTAIL:OGC:WMS", + "RGEALTI-SRC_PYR-ZIP_SPM_RGSPM06U21_WMS$GEOPORTAIL:OGC:WMS", + "SCAN1000_PYR-JPEG_WLD_WM$GEOPORTAIL:OGC:WMS", + "SCANDEP_PYR-JPEG_FXX_WM$GEOPORTAIL:OGC:WMS", + "SCANEM40_PYR_PNG_FXX_LAMB93$GEOPORTAIL:OGC:WMS", + "SCANREG_PYR-JPEG_WLD_WM$GEOPORTAIL:OGC:WMS", "SECUROUTE.TE.1TE$GEOPORTAIL:OGC:WMS", "SECUROUTE.TE.2TE48$GEOPORTAIL:OGC:WMS", "SECUROUTE.TE.ALL$GEOPORTAIL:OGC:WMS", @@ -718,12 +855,385 @@ "SECUROUTE.TE.TE120$GEOPORTAIL:OGC:WMS", "SECUROUTE.TE.TE72$GEOPORTAIL:OGC:WMS", "SECUROUTE.TE.TE94$GEOPORTAIL:OGC:WMS", + "THR.ORTHOIMAGERY.ORTHOPHOTOS$GEOPORTAIL:OGC:WMS", + "TRANSPORTNETWORK.COMMONTRANSPORTELEMENTS.MARKERPOST$GEOPORTAIL:OGC:WMS", + "TRANSPORTNETWORKS.ROADS$GEOPORTAIL:OGC:WMS", "TRANSPORTNETWORKS.ROADS.DIRECTION$GEOPORTAIL:OGC:WMS", "TRANSPORTS.DRONES.RESTRICTIONS$GEOPORTAIL:OGC:WMS", + "ACADEMIES.2015$GEOPORTAIL:OGC:WMS", + "ACCES.BIOMETHANE$GEOPORTAIL:OGC:WMS", + "ADMINEXPRESS_COG$GEOPORTAIL:OGC:WMS", + "ADMINEXPRESS_COG_CARTO$GEOPORTAIL:OGC:WMS", + "ADMINISTRATIVEUNITS.BOUNDARIES.EXPRESS$GEOPORTAIL:OGC:WMS", + "AccessFor_accessibilite_porteur$GEOPORTAIL:OGC:WMS", + "AccessFor_accessibilite_skidder_restrictif$GEOPORTAIL:OGC:WMS", + "AccessFor_desserte$GEOPORTAIL:OGC:WMS", + "AccessFor_skidder$GEOPORTAIL:OGC:WMS", + "AccessFor_skidder_restrictif_v2$GEOPORTAIL:OGC:WMS", + "BAN.DATA.GOUV$GEOPORTAIL:OGC:WMS", + "BDADRESSE-POINTADRESSE_BDD_FXX_RGF93G$GEOPORTAIL:OGC:WMS", + "BDADRESSE-POINTADRESSE_BDD_FXX_RGF93G_WMS_20190205$GEOPORTAIL:OGC:WMS", + "BDCARTO-ADMINISTRATIF_WLD_WGS84G$GEOPORTAIL:OGC:WMS", + "BDCARTO-BATI_WLD_WGS84G$GEOPORTAIL:OGC:WMS", + "BDCARTO-GEOPO-ADMINISTRATIF_WLD_WGS84G$GEOPORTAIL:OGC:WMS", + "BDCARTO-GEOPO-EQUIPEMENT_WLD_WGS84G$GEOPORTAIL:OGC:WMS", + "BDCARTO-GEOPO-HABILLAGE_WLD_WGS84G$GEOPORTAIL:OGC:WMS", + "BDCARTO-GEOPO-HYDROGRAPHIE_WLD_WGS84G$GEOPORTAIL:OGC:WMS", + "BDCARTO-GEOPO-RESEAU_FERRE_WLD_WGS84G$GEOPORTAIL:OGC:WMS", + "BDCARTO-GEOPO-RESEAU_ROUTIER_WLD_WGS84G$GEOPORTAIL:OGC:WMS", + "BDCARTO-GEOPO-TOPONYME_WLD_WGS84G$GEOPORTAIL:OGC:WMS", + "BDCARTO-HYDROGRAPHIE_WLD_WGS84G$GEOPORTAIL:OGC:WMS", + "BDCARTO-LIEUX_NOMMES_WLD_WGS84G$GEOPORTAIL:OGC:WMS", + "BDCARTO-OCCUPATION_DU_SOL_WLD_WGS84G$GEOPORTAIL:OGC:WMS", + "BDCARTO-SERVICE_ET_ACTIVITES_WLD_WGS84G$GEOPORTAIL:OGC:WMS", + "BDCARTO-TRANSPORT_WLD_WGS84G$GEOPORTAIL:OGC:WMS", + "BDCARTO-ZONES_REGLEMENTEES_WLD_WGS84G$GEOPORTAIL:OGC:WMS", + "BDCARTO_ETAT-MAJOR.NIVEAU3$GEOPORTAIL:OGC:WMS", + "BDCARTO_ETAT-MAJOR.NIVEAU4$GEOPORTAIL:OGC:WMS", + "BDFORETV2_BDD_FXX_LAMB93$GEOPORTAIL:OGC:WMS", + "BDGEODESIQUE-RGP_BDD-POI_WLD$GEOPORTAIL:OGC:WMS", + "BDGEODESIQUE-RN_BDD-POI_WLD$GEOPORTAIL:OGC:WMS", + "BDGEODESIQUE-SITE-RBF_BDD-POI_WLD$GEOPORTAIL:OGC:WMS", + "BDGEODESIQUE-SITE-RDF_BDD-POI_WLD$GEOPORTAIL:OGC:WMS", + "BDGEODESIQUE-TRIPLET_BDD-POI_WLD$GEOPORTAIL:OGC:WMS", + "BDPR_BDD_FXX_LAMB93_223$GEOPORTAIL:OGC:WMS", + "BDPR_BDD_FXX_LAMB93_224$GEOPORTAIL:OGC:WMS", + "BDTOPO-GEOPO-BATI$GEOPORTAIL:OGC:WMS", + "BDTOPO-GEOPO-BATI_WLD_WGS84G$GEOPORTAIL:OGC:WMS", + "BDTOPO-GEOPO-HYDROGRAPHIE$GEOPORTAIL:OGC:WMS", + "BDTOPO-GEOPO-HYDROGRAPHIE_WLD_WGS84G$GEOPORTAIL:OGC:WMS", + "BDTOPO-GEOPO-OROGRAPHIE$GEOPORTAIL:OGC:WMS", + "BDTOPO-GEOPO-OROGRAPHIE_WLD_WGS84G$GEOPORTAIL:OGC:WMS", + "BDTOPO-GEOPO-RESEAU-ROUTIER$GEOPORTAIL:OGC:WMS", + "BDTOPO-GEOPO-RESEAU_ROUTIER_WLD_WGS84G$GEOPORTAIL:OGC:WMS", + "BDTOPO-GEOPO-TRANSPORT-ENERGIE$GEOPORTAIL:OGC:WMS", + "BDTOPO-GEOPO-TRANSPORT-VOIES-FERREES$GEOPORTAIL:OGC:WMS", + "BDTOPO-GEOPO-TRANSPORT_ENERGIE_WLD_WGS84G$GEOPORTAIL:OGC:WMS", + "BDTOPO-GEOPO-TRANSPORT_VOIES_FERREES_WLD_WGS84G$GEOPORTAIL:OGC:WMS", + "BDTOPO-GEOPO-VEGETATION$GEOPORTAIL:OGC:WMS", + "BDTOPO-GEOPO-VEGETATION_WLD_WGS84G$GEOPORTAIL:OGC:WMS", + "BDTOPO-GEOPO-ZONE-ACTIVITES$GEOPORTAIL:OGC:WMS", + "BDTOPO-GEOPO-ZONE-ACTIVITES_WLD_WGS84G$GEOPORTAIL:OGC:WMS", + "BESOIN.CHALEUR.INDUSTRIEL$GEOPORTAIL:OGC:WMS", + "BESOIN.CHALEUR.RESIDENTIEL$GEOPORTAIL:OGC:WMS", + "BESOIN.CHALEUR.TERTIAIRE$GEOPORTAIL:OGC:WMS", + "BESOIN.FROID.RESIDENTIEL$GEOPORTAIL:OGC:WMS", + "BESOIN.FROID.TERTIAIRE$GEOPORTAIL:OGC:WMS", + "CADASTRALPARCELS.COMMUNES$GEOPORTAIL:OGC:WMS", + "CADASTRALPARCELS.GRAPHE$GEOPORTAIL:OGC:WMS", + "CADASTRALPARCELS.HEATMAP$GEOPORTAIL:OGC:WMS", + "CADASTRALPARCELS.PCI_VECTEUR$GEOPORTAIL:OGC:WMS", + "CADASTRALPARCELS.QUALREFBDP$GEOPORTAIL:OGC:WMS", + "CADASTRALPARCELS.SECTIONS$GEOPORTAIL:OGC:WMS", + "CADASTRES.SOLAIRES.LOCAUX$GEOPORTAIL:OGC:WMS", + "CAMINO$GEOPORTAIL:OGC:WMS", + "CAPACITE.ACCUEIL.ELECTRIQUE$GEOPORTAIL:OGC:WMS", + "CJP-PARCS-JARDINS_BDD-POI_WLD_WM$GEOPORTAIL:OGC:WMS", + "CLC00R_BDD_WLD_WM_20180322$GEOPORTAIL:OGC:WMS", + "CLC06R_BDD_WLD_WM_20180322$GEOPORTAIL:OGC:WMS", + "CLC_BDD_FXX_L93_20180223$GEOPORTAIL:OGC:WMS", + "CLC_BDD_WLD_WM_20180228$GEOPORTAIL:OGC:WMS", + "CLC_CHA00_BDD_FXX_L93_20180309$GEOPORTAIL:OGC:WMS", + "CLC_CHA00_BDD_WLD_WM_20180306$GEOPORTAIL:OGC:WMS", + "CLC_CHA06_BDD_DOM_WGS84G_20180314$GEOPORTAIL:OGC:WMS", + "CLC_CHA06_BDD_FXX_L93_20180305$GEOPORTAIL:OGC:WMS", + "CLC_CHA12_BDD_DOM_WGS84G_20180314$GEOPORTAIL:OGC:WMS", + "CLC_CHA12_BDD_FXX_L93_20180305$GEOPORTAIL:OGC:WMS", + "CLC_CHA18_BDD_DOM_WGS84G_09-10-2020$GEOPORTAIL:OGC:WMS", + "CLC_CHA18_BDD_DOM_WGS84G_20190424$GEOPORTAIL:OGC:WMS", + "CLC_CHA18_BDD_DOM_WGS84G_20190925$GEOPORTAIL:OGC:WMS", + "CLC_CHA18_BDD_FXX_L93_20181219$GEOPORTAIL:OGC:WMS", + "CLC_CHA18_BDD_FXX_L93_20190425$GEOPORTAIL:OGC:WMS", + "CLC_CHA18_BDD_FXX_L93_20190927$GEOPORTAIL:OGC:WMS", + "CLC_CHA18_BDD_WLD_WM_20190925$GEOPORTAIL:OGC:WMS", + "CLC_CLC00R_BDD_FXX_L93_20180305$GEOPORTAIL:OGC:WMS", + "CLC_CLC00_BDD_DOM_WGS84G_20180305$GEOPORTAIL:OGC:WMS", + "CLC_CLC00_BDD_FXX_L93_20180305$GEOPORTAIL:OGC:WMS", + "CLC_CLC06R_BDD_DOM_WGS84G_20180305$GEOPORTAIL:OGC:WMS", + "CLC_CLC06R_BDD_FXX_L93_20180305$GEOPORTAIL:OGC:WMS", + "CLC_CLC06_BDD_DOM_WGS84G_20180305$GEOPORTAIL:OGC:WMS", + "CLC_CLC06_BDD_FXX_L93_20180305$GEOPORTAIL:OGC:WMS", + "CLC_CLC12R_BDD_DOM_WGS84G_08-10-2020$GEOPORTAIL:OGC:WMS", + "CLC_CLC12R_BDD_DOM_WGS84G_20190425$GEOPORTAIL:OGC:WMS", + "CLC_CLC12R_BDD_FXX_L93_20190108$GEOPORTAIL:OGC:WMS", + "CLC_CLC12R_BDD_FXX_L93_20190425$GEOPORTAIL:OGC:WMS", + "CLC_CLC12R_BDD_WLD_WM_20190925$GEOPORTAIL:OGC:WMS", + "CLC_CLC18_BDD_DOM_WGS84G_09-10-2020$GEOPORTAIL:OGC:WMS", + "CLC_CLC18_BDD_DOM_WGS84G_20190425$GEOPORTAIL:OGC:WMS", + "CLC_CLC18_BDD_DOM_WGS84G_20190919$GEOPORTAIL:OGC:WMS", + "CLC_CLC18_BDD_FXX_L93_20181219$GEOPORTAIL:OGC:WMS", + "CLC_CLC18_BDD_FXX_L93_20190425$GEOPORTAIL:OGC:WMS", + "CLC_CLC18_BDD_FXX_L93_20190927$GEOPORTAIL:OGC:WMS", + "CLC_CLC18_BDD_WLD_WM_08-10-2020$GEOPORTAIL:OGC:WMS", + "CLC_CLC18_BDD_WLD_WM_20190916$GEOPORTAIL:OGC:WMS", + "CLC_CLC90_BDD_FXX_L93_20180305$GEOPORTAIL:OGC:WMS", + "CLEFVERTE$GEOPORTAIL:OGC:WMS", + "COMMUNES.2016$GEOPORTAIL:OGC:WMS", + "COMMUNES.ACTUELLES$GEOPORTAIL:OGC:WMS", + "COMMUNES.EPCI$GEOPORTAIL:OGC:WMS", + "COMMUNES.EPCI.2014$GEOPORTAIL:OGC:WMS", + "COMMUNES.EPCI.2016$GEOPORTAIL:OGC:WMS", + "COMMUNES.EPCISANSFISCALITEPROPRE$GEOPORTAIL:OGC:WMS", + "COMMUNESTOURISTIQUES$GEOPORTAIL:OGC:WMS", + "CONSO.ELEC.COMMUNE$GEOPORTAIL:OGC:WMS", + "CONSO.GAZ.COMMUNE$GEOPORTAIL:OGC:WMS", + "COSIA$GEOPORTAIL:OGC:WMS", + "CoSIA_WFS_D029_1_Brest_2021$GEOPORTAIL:OGC:WMS", + "DEBROUSSAILLEMENT$GEOPORTAIL:OGC:WMS", + "DELAISSES.AUTOROUTIERS$GEOPORTAIL:OGC:WMS", + "DEPARTEMENT.2015$GEOPORTAIL:OGC:WMS", + "DEPARTEMENT.2017$GEOPORTAIL:OGC:WMS", "DGAC-PEB-POI_BDD_WLD_WM$GEOPORTAIL:OGC:WMS", "DGAC-PEB_BDD_FXX_WM_WMS$GEOPORTAIL:OGC:WMS", "DGAC-PGS-POI_BDD_FXX_WM_WM$GEOPORTAIL:OGC:WMS", "DGAC-PGS_BDD_FXX_WM_WMS$GEOPORTAIL:OGC:WMS", + "DREAL.ZONAGE_PINEL$GEOPORTAIL:OGC:WMS", + "EAU.ZRE$GEOPORTAIL:OGC:WMS", + "ELEVATION.CONTOUR.LINE$GEOPORTAIL:OGC:WMS", + "ELEVATIONGRIDCOVERAGE.HIGHRES.QUALITY$GEOPORTAIL:OGC:WMS", + "ENERGIE.ELECTRICITE$GEOPORTAIL:OGC:WMS", + "ENERGIE.GAZ$GEOPORTAIL:OGC:WMS", + "ENERGIE.GES$GEOPORTAIL:OGC:WMS", + "ENERGIE.PETROLE$GEOPORTAIL:OGC:WMS", + "ENR.AERO.CIVIL$GEOPORTAIL:OGC:WMS", + "ENR.AERO.MILITAIRE$GEOPORTAIL:OGC:WMS", + "ENR.GRANDS.SITES.FRANCE$GEOPORTAIL:OGC:WMS", + "ENR.PERIMETRE.HABITATION$GEOPORTAIL:OGC:WMS", + "ENR.PERIMETRE.PENTE$GEOPORTAIL:OGC:WMS", + "ENR.PERIMETRE.ROUTE$GEOPORTAIL:OGC:WMS", + "ENR.PERIMETRE.VOIE.FERREE$GEOPORTAIL:OGC:WMS", + "ENREZO.BESOINS.CHAUD$GEOPORTAIL:OGC:WMS", + "ENREZO.BESOINS.FROID$GEOPORTAIL:OGC:WMS", + "ENREZO.CHALEUR.FATALE.500.INDUSTRIES$GEOPORTAIL:OGC:WMS", + "ENREZO.CHALEUR.FATALE.DATACENTER$GEOPORTAIL:OGC:WMS", + "ENREZO.CHALEUR.FATALE.STEP$GEOPORTAIL:OGC:WMS", + "ENREZO.ZONE.POTENTIEL.CHAUD$GEOPORTAIL:OGC:WMS", + "ENREZO.ZONE.POTENTIEL.FORT.CHAUD$GEOPORTAIL:OGC:WMS", + "ENREZO.ZONE.POTENTIEL.FORT.FROID$GEOPORTAIL:OGC:WMS", + "ENREZO.ZONE.POTENTIEL.FROID$GEOPORTAIL:OGC:WMS", + "Evolution_vegetation_Guadeloupe_1950-2010$GEOPORTAIL:OGC:WMS", + "FORETS.PUBLIQUES$GEOPORTAIL:OGC:WMS", + "Formation_vegetation_Guadeloupe_2010$GEOPORTAIL:OGC:WMS", + "GAZ.CORRIDOR.DISTRIBUTION$GEOPORTAIL:OGC:WMS", + "GAZ.CORRIDOR.TRANSPORT$GEOPORTAIL:OGC:WMS", + "GAZ.RESEAU.DISTRIBUTION$GEOPORTAIL:OGC:WMS", + "GAZ.RESEAU.TRANSPORT$GEOPORTAIL:OGC:WMS", + "GEOGRAPHICALGRIDSYSTEM.DFCI$GEOPORTAIL:OGC:WMS", + "GEOGRAPHICALGRIDSYSTEMS.MAPS.SCAN25.GRAPHE-MOSAIQUAGE$GEOPORTAIL:OGC:WMS", + "HAIES.BOCAGES$GEOPORTAIL:OGC:WMS", + "INPE$GEOPORTAIL:OGC:WMS", + "INRAP-ARCHEOPREV_BDD-POI_WLD_WM$GEOPORTAIL:OGC:WMS", + "INSEE.FILOSOFI.LOGEMENTS.SURFACE.MOYENNE$GEOPORTAIL:OGC:WMS", + "INSEE.FILOSOFI.LOGEMENTS.SURFACE.MOYENNE.SECRET$GEOPORTAIL:OGC:WMS", + "INSEE.FILOSOFI.NIVEAU.DE.VIE$GEOPORTAIL:OGC:WMS", + "INSEE.FILOSOFI.NIVEAU.DE.VIE.SECRET$GEOPORTAIL:OGC:WMS", + "INSEE.FILOSOFI.PART.ENFANTS.0.17.ANS$GEOPORTAIL:OGC:WMS", + "INSEE.FILOSOFI.PART.ENFANTS.0.17.ANS.SECRET$GEOPORTAIL:OGC:WMS", + "INSEE.FILOSOFI.PART.FAMILLES.MONOPARENTALES$GEOPORTAIL:OGC:WMS", + "INSEE.FILOSOFI.PART.FAMILLES.MONOPARENTALES.SECRET$GEOPORTAIL:OGC:WMS", + "INSEE.FILOSOFI.PART.INDIVIDUS.25.39.ANS$GEOPORTAIL:OGC:WMS", + "INSEE.FILOSOFI.PART.INDIVIDUS.25.39.ANS.SECRET$GEOPORTAIL:OGC:WMS", + "INSEE.FILOSOFI.PART.INDIVIDUS.40.54.ANS$GEOPORTAIL:OGC:WMS", + "INSEE.FILOSOFI.PART.INDIVIDUS.40.54.ANS.SECRET$GEOPORTAIL:OGC:WMS", + "INSEE.FILOSOFI.PART.INDIVIDUS.55.64.ANS$GEOPORTAIL:OGC:WMS", + "INSEE.FILOSOFI.PART.INDIVIDUS.55.64.ANS.SECRET$GEOPORTAIL:OGC:WMS", + "INSEE.FILOSOFI.PART.LOGEMENTS.APRES.1990$GEOPORTAIL:OGC:WMS", + "INSEE.FILOSOFI.PART.LOGEMENTS.APRES.1990.SECRET$GEOPORTAIL:OGC:WMS", + "INSEE.FILOSOFI.PART.LOGEMENTS.AVANT.1945$GEOPORTAIL:OGC:WMS", + "INSEE.FILOSOFI.PART.LOGEMENTS.AVANT.1945.SECRET$GEOPORTAIL:OGC:WMS", + "INSEE.FILOSOFI.PART.LOGEMENTS.COLLECTIFS$GEOPORTAIL:OGC:WMS", + "INSEE.FILOSOFI.PART.LOGEMENTS.COLLECTIFS.SECRET$GEOPORTAIL:OGC:WMS", + "INSEE.FILOSOFI.PART.LOGEMENTS.CONSTRUITS.1945.1970$GEOPORTAIL:OGC:WMS", + "INSEE.FILOSOFI.PART.LOGEMENTS.CONSTRUITS.1945.1970.SECRET$GEOPORTAIL:OGC:WMS", + "INSEE.FILOSOFI.PART.LOGEMENTS.CONSTRUITS.1970.1990$GEOPORTAIL:OGC:WMS", + "INSEE.FILOSOFI.PART.LOGEMENTS.CONSTRUITS.1970.1990.SECRET$GEOPORTAIL:OGC:WMS", + "INSEE.FILOSOFI.PART.LOGEMENTS.SOCIAUX$GEOPORTAIL:OGC:WMS", + "INSEE.FILOSOFI.PART.LOGEMENTS.SOCIAUX.SECRET$GEOPORTAIL:OGC:WMS", + "INSEE.FILOSOFI.PART.MENAGES.1.PERSONNE$GEOPORTAIL:OGC:WMS", + "INSEE.FILOSOFI.PART.MENAGES.1.PERSONNE.SECRET$GEOPORTAIL:OGC:WMS", + "INSEE.FILOSOFI.PART.MENAGES.5.PERSONNES.OUPLUS$GEOPORTAIL:OGC:WMS", + "INSEE.FILOSOFI.PART.MENAGES.5.PERSONNES.OUPLUS.SECRET$GEOPORTAIL:OGC:WMS", + 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"OCSGE_BDD_WLD_WM_GERS_2019_b$GEOPORTAIL:OGC:WMS", + "OCSGE_BDD_WLD_WM_LANGUEDOC-ROUSSILLON_2015$GEOPORTAIL:OGC:WMS", + "OCSGE_BDD_WLD_WM_TOULOUSE_20190801$GEOPORTAIL:OGC:WMS", + "OCSGE_BDD_WLD_WM_WMS_NIORT_2002_20210608$GEOPORTAIL:OGC:WMS", + "OCSGE_BDD_WLD_WM_WMS_NIORT_2014_20210705$GEOPORTAIL:OGC:WMS", + "OCSGE_CONSTRUCTIONS_BDD_WLD_WM_BFC_2010_01$GEOPORTAIL:OGC:WMS", + "OCSGE_CONSTRUCTIONS_BDD_WLD_WM_BFC_2011_02$GEOPORTAIL:OGC:WMS", + "OCSGE_CONSTRUCTIONS_BDD_WLD_WM_BFC_2017$GEOPORTAIL:OGC:WMS", + "OCSGE_CONSTRUCTIONS_BDD_WLD_WM_BFC_2017-03$GEOPORTAIL:OGC:WMS", + "OCSGE_CONSTRUCTIONS_BDD_WLD_WM_D2A-D2B-2016$GEOPORTAIL:OGC:WMS", + "OCSGE_CONSTRUCTIONS_BDD_WLD_WM_D71-89_2018_1$GEOPORTAIL:OGC:WMS", + "OCSGE_CONSTRUCTIONS_BDD_WLD_WM_GERS_2016_b$GEOPORTAIL:OGC:WMS", + "OCSGE_CONSTRUCTIONS_BDD_WLD_WM_GERS_2019$GEOPORTAIL:OGC:WMS", + "OCSGE_CONSTRUCTIONS_BDD_WLD_WM_LANGUEDOC-ROUSSILLON_2015$GEOPORTAIL:OGC:WMS", + "OCSGE_CONSTRUCTIONS_BDD_WLD_WM_NIORT-2002_20210608$GEOPORTAIL:OGC:WMS", + "OCSGE_CONSTRUCTIONS_BDD_WLD_WM_NIORT-2014_20210623$GEOPORTAIL:OGC:WMS", + "OCSGE_NG.COUVERTURE$GEOPORTAIL:OGC:WMS", + "OCSGE_NG.USAGE$GEOPORTAIL:OGC:WMS", + "OCSGE_NG_COUVERTURE_BDD_WLD_WGS84_32_2016$GEOPORTAIL:OGC:WMS", + "OCSGE_NG_COUVERTURE_BDD_WLD_WGS84_32_2019$GEOPORTAIL:OGC:WMS", + "OCSGE_NG_COUVERTURE_BDD_WLD_WGS84_WMS3$GEOPORTAIL:OGC:WMS", + "OCSGE_NG_USAGE_BDD_WLD_WGS84_32_2016$GEOPORTAIL:OGC:WMS", + "OCSGE_NG_USAGE_BDD_WLD_WGS84_32_2019$GEOPORTAIL:OGC:WMS", + "OCSGE_USAGE_BDD_WLD_WM_2017_03b$GEOPORTAIL:OGC:WMS", + "OCSGE_USAGE_BDD_WLD_WM_AUAT31_2013$GEOPORTAIL:OGC:WMS", + "OCSGE_USAGE_BDD_WLD_WM_AUAT31_2019$GEOPORTAIL:OGC:WMS", + "OCSGE_USAGE_BDD_WLD_WM_BFC_2010_01$GEOPORTAIL:OGC:WMS", + "OCSGE_USAGE_BDD_WLD_WM_BFC_2011_02$GEOPORTAIL:OGC:WMS", + "OCSGE_USAGE_BDD_WLD_WM_BFC_2017$GEOPORTAIL:OGC:WMS", + "OCSGE_USAGE_BDD_WLD_WM_BFC_2017_3$GEOPORTAIL:OGC:WMS", + "OCSGE_USAGE_BDD_WLD_WM_D2A-D2B-2016$GEOPORTAIL:OGC:WMS", + "OCSGE_USAGE_BDD_WLD_WM_D58-70-71-89_2011$GEOPORTAIL:OGC:WMS", + "OCSGE_USAGE_BDD_WLD_WM_D71-89_2018_1$GEOPORTAIL:OGC:WMS", + "OCSGE_USAGE_BDD_WLD_WM_GERS_2016$GEOPORTAIL:OGC:WMS", + "OCSGE_USAGE_BDD_WLD_WM_GERS_2016_b$GEOPORTAIL:OGC:WMS", + "OCSGE_USAGE_BDD_WLD_WM_GERS_2019_b$GEOPORTAIL:OGC:WMS", + "OCSGE_USAGE_BDD_WLD_WM_LANGUEDOC-ROUSSILLON_2015$GEOPORTAIL:OGC:WMS", + "OCSGE_USAGE_BDD_WLD_WM_NIORT-2002_17-11-2021$GEOPORTAIL:OGC:WMS", + "OCSGE_USAGE_BDD_WLD_WM_NIORT-2002_20210608$GEOPORTAIL:OGC:WMS", + "OCSGE_USAGE_BDD_WLD_WM_TOULOUSE_20190801$GEOPORTAIL:OGC:WMS", + "OFB.ZONES.EXCLUES$GEOPORTAIL:OGC:WMS", + "OFB.ZONES.NECESSITANT.AVIS.GESTIONNAIRE$GEOPORTAIL:OGC:WMS", + "OFB_ZONES.EXCLUES.SAUF.TOITURE$GEOPORTAIL:OGC:WMS", + "ONF_FORETS-PUBLIQUES_2021$GEOPORTAIL:OGC:WMS", + "ORTHOIMAGERY.ORHOPHOTOS.URGENCE.ALEX.GRAPHE-MOSAIQUAGE$GEOPORTAIL:OGC:WMS", + "ORTHOIMAGERY.ORTHO-SAT.SPOT.2014.GRAPHE-MOSAIQUAGE$GEOPORTAIL:OGC:WMS", + "ORTHOIMAGERY.ORTHO-SAT.SPOT.2015.GRAPHE-MOSAIQUAGE$GEOPORTAIL:OGC:WMS", + "ORTHOIMAGERY.ORTHO-SAT.SPOT.2016.GRAPHE-MOSAIQUAGE$GEOPORTAIL:OGC:WMS", + "ORTHOIMAGERY.ORTHO-SAT.SPOT.2017.GRAPHE-MOSAIQUAGE$GEOPORTAIL:OGC:WMS", + "ORTHOIMAGERY.ORTHOPHOS.RESTRICTEDAREAS$GEOPORTAIL:OGC:WMS", + "ORTHOIMAGERY.ORTHOPHOTOS.1950-1965.GRAPHE-MOSAIQUAGE$GEOPORTAIL:OGC:WMS", + "ORTHOIMAGERY.ORTHOPHOTOS.GRAPHE-2000-2005$GEOPORTAIL:OGC:WMS", + "ORTHOIMAGERY.ORTHOPHOTOS.GRAPHE-2006-2010$GEOPORTAIL:OGC:WMS", + "ORTHOIMAGERY.ORTHOPHOTOS.GRAPHE-MOSAIQUAGE$GEOPORTAIL:OGC:WMS", + "ORTHOIMAGERY.ORTHOPHOTOS.GRAPHE.2011-2015$GEOPORTAIL:OGC:WMS", + "ORTHOIMAGERY.ORTHOPHOTOS.GRAPHE.2016-2020$GEOPORTAIL:OGC:WMS", + "PARKING.SUP.500$GEOPORTAIL:OGC:WMS", + "PART.ENR.COMMUNE$GEOPORTAIL:OGC:WMS", + "PAVILLONBLEU$GEOPORTAIL:OGC:WMS", + "PCRS.GRAPHE-MOSAIQUAGE$GEOPORTAIL:OGC:WMS", + "POI.CAMPING$GEOPORTAIL:OGC:WMS", + "POI.MONUMENTS_BDD_WLD_WM$GEOPORTAIL:OGC:WMS", + "POI.MUSEUM$GEOPORTAIL:OGC:WMS", + "POI.SPORT.CENTRE$GEOPORTAIL:OGC:WMS", + "POI.SPORT.GOLF$GEOPORTAIL:OGC:WMS", + "POI.SPORT.ICE_RINK$GEOPORTAIL:OGC:WMS", + "POI.SPORT.RIDING$GEOPORTAIL:OGC:WMS", + "POI.SPORT.STADIUM$GEOPORTAIL:OGC:WMS", + "POI.SPORT.VELODROME$GEOPORTAIL:OGC:WMS", + "POI.SPORT.WATER$GEOPORTAIL:OGC:WMS", + "POI.TOURISM_INFORMATION$GEOPORTAIL:OGC:WMS", + "POI.ZOOS$GEOPORTAIL:OGC:WMS", + "POINTS.INJECTION.BIOMETHANE$GEOPORTAIL:OGC:WMS", + "POTENTIEL.EOLIEN.REGLEMENTAIRE$GEOPORTAIL:OGC:WMS", + "POTENTIEL.GEOTHERMIE$GEOPORTAIL:OGC:WMS", + "POTENTIEL.HYDRO$GEOPORTAIL:OGC:WMS", + "POTENTIEL.RESEAU.CHALEUR.PACA$GEOPORTAIL:OGC:WMS", + "POTENTIEL.RESEAU.CHAUD.FROID.PACA$GEOPORTAIL:OGC:WMS", + "POTENTIEL.RESEAU.FROID.PACA$GEOPORTAIL:OGC:WMS", + "POTENTIEL.SOLAIRE.BATIMENT$GEOPORTAIL:OGC:WMS", + "POTENTIEL.SOLAIRE.FRICHE$GEOPORTAIL:OGC:WMS", + "POTENTIEL.SOLAIRE.PARKING500$GEOPORTAIL:OGC:WMS", + "POTENTIEL.SOLAIRE.SOL$GEOPORTAIL:OGC:WMS", + "PRAIRIES.SENSIBLES.BCAE$GEOPORTAIL:OGC:WMS", + "PROD.INSTALLATION.EOLIEN$GEOPORTAIL:OGC:WMS", + "PROD.INSTALLATION.HYDRO$GEOPORTAIL:OGC:WMS", + "PROD.INSTALLATION.PV$GEOPORTAIL:OGC:WMS", + "PRODUCTIBLE.BIOMETHANE.COMMUNE$GEOPORTAIL:OGC:WMS", + "PRODUCTIBLE.EOLIEN.COMMUNE$GEOPORTAIL:OGC:WMS", + "PRODUCTIBLE.METHANISATION.COMMUNE$GEOPORTAIL:OGC:WMS", + "PRODUCTIBLE.PHOTOVOLTAIQUE.COMMUNE$GEOPORTAIL:OGC:WMS", + "PROTECTEDAREAS.APB$GEOPORTAIL:OGC:WMS", + "PROTECTEDAREAS.APG$GEOPORTAIL:OGC:WMS", + "PROTECTEDAREAS.APHN$GEOPORTAIL:OGC:WMS", + "PROTECTEDAREAS.APLG$GEOPORTAIL:OGC:WMS", + "PROTECTEDAREAS.BIOS$GEOPORTAIL:OGC:WMS", + "PROTECTEDAREAS.GP$GEOPORTAIL:OGC:WMS", + "PROTECTEDAREAS.INPG$GEOPORTAIL:OGC:WMS", + "PROTECTEDAREAS.MNHN.CDL.PERIMETER$GEOPORTAIL:OGC:WMS", + "PROTECTEDAREAS.MNHN.CONSERVATOIRES$GEOPORTAIL:OGC:WMS", + "PROTECTEDAREAS.MNHN.RN.PERIMETER$GEOPORTAIL:OGC:WMS", + "PROTECTEDAREAS.PN$GEOPORTAIL:OGC:WMS", + "PROTECTEDAREAS.PNM$GEOPORTAIL:OGC:WMS", + "PROTECTEDAREAS.PNR$GEOPORTAIL:OGC:WMS", + "PROTECTEDAREAS.PRSF$GEOPORTAIL:OGC:WMS", + "PROTECTEDAREAS.RAMSAR$GEOPORTAIL:OGC:WMS", + "PROTECTEDAREAS.RB$GEOPORTAIL:OGC:WMS", + "PROTECTEDAREAS.RIPN$GEOPORTAIL:OGC:WMS", + "PROTECTEDAREAS.RNC$GEOPORTAIL:OGC:WMS", + "PROTECTEDAREAS.RNCF$GEOPORTAIL:OGC:WMS", + "PROTECTEDAREAS.RNN$GEOPORTAIL:OGC:WMS", + "PROTECTEDAREAS.SIC$GEOPORTAIL:OGC:WMS", + "PROTECTEDAREAS.UNESCO$GEOPORTAIL:OGC:WMS", + "PROTECTEDAREAS.ZNIEFF1.SEA$GEOPORTAIL:OGC:WMS", + "PROTECTEDAREAS.ZNIEFF2.SEA$GEOPORTAIL:OGC:WMS", + "PROTECTEDAREAS.ZPR$GEOPORTAIL:OGC:WMS", + "PROTECTEDSITES.MNHN.RESERVES-REGIONALES$GEOPORTAIL:OGC:WMS", + "PUISSANCE.INSTALLEE.BIOMETHANE$GEOPORTAIL:OGC:WMS", + "PUISSANCE.INSTALLEE.METHANISATION$GEOPORTAIL:OGC:WMS", + "REGIONS.2017$GEOPORTAIL:OGC:WMS", + "REPARTITION.POTENTIEL.METHANISATION.2050$GEOPORTAIL:OGC:WMS", + "RESEAU-BASE_BDD-POI_WLD_WM$GEOPORTAIL:OGC:WMS", + "ROUTES.2011$GEOPORTAIL:OGC:WMS", + "ROUTES.2012$GEOPORTAIL:OGC:WMS", + "ROUTES.2013$GEOPORTAIL:OGC:WMS", + "ROUTES.2014$GEOPORTAIL:OGC:WMS", + "ROUTES.2015$GEOPORTAIL:OGC:WMS", + "ROUTES.2016$GEOPORTAIL:OGC:WMS", + "RPG-2021$GEOPORTAIL:OGC:WMS", + "RPG.2010$GEOPORTAIL:OGC:WMS", + "RPG.2011$GEOPORTAIL:OGC:WMS", + "RPG.2012$GEOPORTAIL:OGC:WMS", + "RPG.2013$GEOPORTAIL:OGC:WMS", + "RPG.2014$GEOPORTAIL:OGC:WMS", + "RPG.2015$GEOPORTAIL:OGC:WMS", + "RPG.2016$GEOPORTAIL:OGC:WMS", + "RPG.2017$GEOPORTAIL:OGC:WMS", + "RPG.2018$GEOPORTAIL:OGC:WMS", + "RPG.2019$GEOPORTAIL:OGC:WMS", + "RPG.2020$GEOPORTAIL:OGC:WMS", + "RPG.2022$GEOPORTAIL:OGC:WMS", "SECUROUTE.TE.1TE$GEOPORTAIL:OGC:WMS", "SECUROUTE.TE.2TE48$GEOPORTAIL:OGC:WMS", "SECUROUTE.TE.ALL$GEOPORTAIL:OGC:WMS", @@ -733,31 +1243,292 @@ "SECUROUTE.TE.TE120$GEOPORTAIL:OGC:WMS", "SECUROUTE.TE.TE72$GEOPORTAIL:OGC:WMS", "SECUROUTE.TE.TE94$GEOPORTAIL:OGC:WMS", + "SHOM-MAREE_BDD-POI_WLD_WM$GEOPORTAIL:OGC:WMS", + "SITE.PRODUCTION.CHALEUR.BIOGAZ$GEOPORTAIL:OGC:WMS", + "SITE.PRODUCTION.CHALEUR.COGENERATION$GEOPORTAIL:OGC:WMS", + "SITE.PRODUCTION.CHALEUR.DECHETS$GEOPORTAIL:OGC:WMS", + "SITE.PRODUCTION.CHALEUR.METHANISATON$GEOPORTAIL:OGC:WMS", + "SITE.PRODUCTION.CHALEUR.RC$GEOPORTAIL:OGC:WMS", + "SITE.PRODUCTION.CHALEUR.RC.BRETAGNE$GEOPORTAIL:OGC:WMS", + "SITE.PRODUCTION.CHALEUR.RC.PACA$GEOPORTAIL:OGC:WMS", + "SITE.PRODUCTION.CHALEUR.RCF.LINEAIRE$GEOPORTAIL:OGC:WMS", + "SITE.PRODUCTION.CHALEUR.RCF.POINT$GEOPORTAIL:OGC:WMS", + "STATIONSCLASSEES$GEOPORTAIL:OGC:WMS", + "STATIONSVERTES$GEOPORTAIL:OGC:WMS", + "STATISTICALUNITS.IRIS$GEOPORTAIL:OGC:WMS", + "STATISTICALUNITS.IRISGE$GEOPORTAIL:OGC:WMS", + "TAUX.BOISEMENT.2009-2013$GEOPORTAIL:OGC:WMS", + "TRACES.RANDO.HIVERNALE$GEOPORTAIL:OGC:WMS", + "TRANSPORTNETWORK.COMMONTRANSPORTELEMENTS.MARKERPOST$GEOPORTAIL:OGC:WMS", + "TRANSPORTNETWORKS.ROADS$GEOPORTAIL:OGC:WMS", "TRANSPORTS.AIRNOISE$GEOPORTAIL:OGC:WMS", - "TRANSPORTS.AIRNOISE.DOCS$GEOPORTAIL:OGC:WMS" + "TRANSPORTS.AIRNOISE.DOCS$GEOPORTAIL:OGC:WMS", + "TRANSPORTS.DRONES.RESTRICTIONS$GEOPORTAIL:OGC:WMS", + 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Les quartiers prioritaires de la politique de la ville sont issus de la loi de programmation pour la ville et cohésion urbaine n° 2014-173 du 21 février 2014.

Sources : Commissariat Général à l'Egalité des Territoires : 1er janvier 2015
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Représentation des niveaux de sismicité pour chaque commune.
Le zonage sismique de la France, en vigueur à compter du 1er mai 2011, est défini par le décret n°2010-1255 du 22 octobre 2010.

Sources :
Direction Générale de la Prévention des Risques : base GASPAR - 10/2014
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"agriculture": "https://wxs.ign.fr/agriculture/geoportail/wmts" + "full": "https://data.geopf.fr/wmts" } }, "defaultProjection": "EPSG:3857", @@ -4116,17 +5600,17 @@ }, "styles": [ { - "name": "normal", - "title": "Légende générique", + "name": "CONSO.ELEC.COMMUNE", + "title": "CONSO.ELEC.COMMUNE", "current": true, "url": null } ], "legends": [ { - "format": "image/jpeg", - "url": "https://wxs.ign.fr/static/legends/LEGEND.jpg", - "minScaleDenominator": "200" + "format": "image/png", + "url": "https://data.geopf.fr/annexes/ressources/legendes/ENR/CONSO.ELEC.COMMUNE-legend.png", + "minScaleDenominator": "2000" } ], "formats": [ @@ -4136,10 +5620,10 @@ } ] }, - "PRAIRIES.SENSIBLES.BCAE$GEOPORTAIL:OGC:WMTS": { - "name": "PRAIRIES.SENSIBLES.BCAE", - "title": "Préservation des prairies et pâturages permanents en zone Natura 2000", - "description": "Préservation des prairies et pâturages permanents en zone Natura 2000 - Couche pour la nouvelle PAC produite par l’Observatoire du développement rural (ODR) en lien avec l’INRAE.", + "CONSO.GAZ.COMMUNE$GEOPORTAIL:OGC:WMTS": { + "name": "CONSO.GAZ.COMMUNE", + "title": "Consommation annuelle de gaz par commune", + "description": "Consommation annuelle de gaz par commune", "globalConstraint": { "maxScaleDenominator": 559082264.0287179, "minScaleDenominator": 266.5911979812229, @@ -4154,7 +5638,7 @@ "id": "OGC:WMTS", "version": "1.0.0", "serverUrl": { - "agriculture": "https://wxs.ign.fr/agriculture/geoportail/wmts" + "full": "https://data.geopf.fr/wmts" } }, "defaultProjection": "EPSG:3857", @@ -4231,1322 +5715,1893 @@ }, "styles": [ { - "name": "nolegend", - "title": "Données sans légende", + "name": "CONSO.GAZ.COMMUNE", + "title": "CONSO.GAZ.COMMUNE", "current": true, "url": null } ], - "legends": [ - { - "format": "image/jpeg", - "url": "https://wxs.ign.fr/static/legends/LEGEND.jpg", - "minScaleDenominator": "200" - } - ], - "formats": [ - { - "name": "image/png", - "current": true - } - ] - }, - "GEOGRAPHICALGRIDSYSTEMS.SLOPES.PAC$GEOPORTAIL:OGC:WMS": { - "name": "GEOGRAPHICALGRIDSYSTEMS.SLOPES.PAC", - "title": "Carte des pentes pour l'agriculture sur la métropole", - "description": "Carte des zones ayant une valeur de pente supérieure à 10% - source : RGEALTI 2017 au pas de 5m - disponible jusqu'au 1/17062 - métropole uniquement - mise à jour le 12/10/2017", - "globalConstraint": { - "minScaleDenominator": 14285.714285714, - "maxScaleDenominator": 560714285.7142856, - 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Cette carte est en vigueur du 1er janvier 2023 au 31 décembre 2023. Pour les départements non métropolitains, veuillez-vous référer aux arrêtés préfectoraux relatifs aux BCAE.", + "DEBROUSSAILLEMENT$GEOPORTAIL:OGC:WMTS": { + "name": "DEBROUSSAILLEMENT", + "title": "Zonage informatif des obligations légales de débroussaillement", + "description": "Zonage informatif des obligations légales de débroussaillement", "globalConstraint": { - "minScaleDenominator": 267.857142857, - "maxScaleDenominator": 559082264.2857143, + "maxScaleDenominator": 559082264.0287179, + "minScaleDenominator": 266.5911979812229, "bbox": { - "left": -5.150472715, - "right": 9.570543239, - "top": 51.099054184, - "bottom": 41.325209636 + "left": -5.15047, + "right": 9.57054, + "top": 51.0991, + "bottom": 41.3252 } }, "serviceParams": { - "id": "OGC:WMS", - "version": "1.3.0", + "id": "OGC:WMTS", + "version": "1.0.0", "serverUrl": { - "agriculture": "https://wxs.ign.fr/agriculture/geoportail/r/wms?" + "full": "https://data.geopf.fr/wmts" } }, "defaultProjection": "EPSG:3857", - "queryable": true, - 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], + }, "styles": [ { - "name": "normal", - "title": "Légende générique" + "name": "nolegend", + "title": "Données sans légende", + "current": true, + "url": null } ], "legends": [ { "format": "image/jpeg", - "url": "https://wxs.ign.fr/static/legends/LEGEND.jpg" + "url": "https://data.geopf.fr/annexes/ressources/legendes/LEGEND.jpg", + "minScaleDenominator": "200" } ], "formats": [ - { - "name": "image/jpeg", - "current": true - }, { "name": "image/png", - "current": false - }, - { - "name": "image/tiff", - "current": false - }, - { - "name": "image/geotiff", - "current": false - }, - { - "name": "image/x-bil;bits=32", - "current": false - }, - { - "name": "text/asc", - "current": false + "current": true } ] }, - "LANDUSE.AGRICULTURE.LATEST$GEOPORTAIL:OGC:WMS": { - "name": "LANDUSE.AGRICULTURE.LATEST", - "title": "Registre parcellaire graphique (RPG) Latest", - "description": "Registre parcellaire graphique : zones de cultures déclarées par les exploitants Latest", + "DELAISSES.AUTOROUTIERS$GEOPORTAIL:OGC:WMTS": { + "name": "DELAISSES.AUTOROUTIERS", + "title": "Délaissés autoroutiers", + "description": "Délaissés autoroutiers", "globalConstraint": { - 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Outil de connaissance et d'analyse, CORINE Land Cover apporte également une aide à la décision comme instrument de suivi, de surveillance et de gestion de l'environnement, des milieux naturels et de l'aménagement de l'espace. La base des changements CORINE Land Cover DOM 2000-2006 a été réalisée à partir d'images satellitaires des périodes 1998-2003 et 2005-2008, et de données d'appui.", + "GEOGRAPHICALGRIDSYSTEMS.EDUGEO.STRASBOURG1978$GEOPORTAIL:OGC:WMTS": { + "name": "GEOGRAPHICALGRIDSYSTEMS.EDUGEO.STRASBOURG1978", + "title": "Cartographie STRASBOURG 1978", + "description": "Zone de STRASBOURG 1978", "globalConstraint": { "maxScaleDenominator": 559082264.0287179, "minScaleDenominator": 266.5911979812229, "bbox": { - "left": -63.3725, - "right": 55.9259, - "top": 47.1747, - "bottom": -21.4756 + "left": 7.25597, + "right": 8.00659, + "top": 48.8707, + "bottom": 48.1246 } }, "serviceParams": { "id": "OGC:WMTS", "version": "1.0.0", "serverUrl": { - "clc": "https://wxs.ign.fr/clc/geoportail/wmts" + "full": "https://data.geopf.fr/wmts" } }, "defaultProjection": "EPSG:3857", "wmtsOptions": { "tileMatrixSetLink": "PM", "tileMatrixSetLimits": { - "0": { - "minTileRow": "0", - "maxTileRow": "0", - "minTileCol": "0", - "maxTileCol": "0" - }, - "1": { - "minTileRow": "0", - "maxTileRow": "1", - "minTileCol": "0", - "maxTileCol": "1" - }, - "2": { - "minTileRow": "1", - "maxTileRow": "2", - "minTileCol": "1", - "maxTileCol": "2" - }, - "3": { - "minTileRow": "2", - "maxTileRow": "4", - "minTileCol": "2", - "maxTileCol": "5" - }, - "4": { - "minTileRow": "5", - "maxTileRow": "8", - "minTileCol": "5", - "maxTileCol": "10" - }, - "5": { - "minTileRow": "11", - "maxTileRow": "17", - "minTileCol": "10", - "maxTileCol": "20" - }, - "6": { - "minTileRow": "22", - "maxTileRow": "35", - "minTileCol": "20", - "maxTileCol": "41" + "6": { + "minTileRow": "22", + "maxTileRow": "22", + "minTileCol": "33", + "maxTileCol": "33" }, "7": { "minTileRow": "44", - "maxTileRow": "71", - "minTileCol": "41", - "maxTileCol": "83" + "maxTileRow": "44", + "minTileCol": "66", + "maxTileCol": "66" }, "8": { - "minTileRow": "89", - "maxTileRow": "143", - "minTileCol": "82", - "maxTileCol": "167" + "minTileRow": "88", + "maxTileRow": "88", + "minTileCol": "133", + "maxTileCol": "133" }, "9": { - "minTileRow": "179", - "maxTileRow": "287", - "minTileCol": "165", - "maxTileCol": "335" + "minTileRow": "176", + "maxTileRow": "177", + "minTileCol": "266", + "maxTileCol": "267" }, "10": { - "minTileRow": "359", - "maxTileRow": "574", - "minTileCol": "331", - "maxTileCol": "671" + "minTileRow": "352", + "maxTileRow": "355", + "minTileCol": "532", + "maxTileCol": "534" }, "11": { - "minTileRow": "718", - "maxTileRow": "1149", - "minTileCol": "663", - "maxTileCol": "1342" + "minTileRow": "704", + "maxTileRow": "710", + "minTileCol": "1065", + "maxTileCol": "1069" }, "12": { - "minTileRow": "1437", - "maxTileRow": "2298", - "minTileCol": "1326", - "maxTileCol": "2684" + "minTileRow": "1408", + "maxTileRow": "1421", + "minTileCol": "2130", + "maxTileCol": "2139" }, "13": { - "minTileRow": "2875", - "maxTileRow": "4596", - "minTileCol": "2653", - "maxTileCol": "5368" + "minTileRow": "2817", + "maxTileRow": "2843", + "minTileCol": "4261", + "maxTileCol": "4278" }, "14": { - "minTileRow": "5751", - "maxTileRow": "9193", - "minTileCol": "5307", - "maxTileCol": "10737" + "minTileRow": "5635", + "maxTileRow": "5686", + "minTileCol": "8522", + "maxTileCol": "8556" }, "15": { - "minTileRow": "11502", - "maxTileRow": "18386", - "minTileCol": "10615", - "maxTileCol": "21474" + "minTileRow": "11271", + "maxTileRow": "11373", + "minTileCol": "17044", + "maxTileCol": "17112" }, "16": { - "minTileRow": "23004", - "maxTileRow": "36772", - "minTileCol": "21231", - "maxTileCol": "42948" + "minTileRow": "22542", + "maxTileRow": "22747", + "minTileCol": "34088", + "maxTileCol": "34225" } } }, "styles": [ { - "name": "CORINE Land Cover - DOM", - "title": "CORINE Land Cover - DOM", + "name": "normal", + "title": "Légende générique", "current": true, "url": null } ], "legends": [ { - "format": "image/png", - "url": "https://wxs.ign.fr/static/legends/CLC_DOM.png", - "minScaleDenominator": "8000" + "format": "image/jpeg", + "url": "https://data.geopf.fr/annexes/ressources/legendes/LEGEND.jpg", + "minScaleDenominator": "200" } ], "formats": [ @@ -14132,148 +15823,112 @@ } ] }, - "LANDCOVER.CHA06_FR$GEOPORTAIL:OGC:WMTS": { - "name": "LANDCOVER.CHA06_FR", - "title": "CORINE Land Cover - France métropolitaine - Changements 2000-2006", - "description": "Inventaire biophysique du changement d'occupation des sols entre 2000 et 2006 suivant la nomenclature CORINE Land Cover en 44 postes. CORINE Land Cover est une base de données d’occupation des sols produite dans le cadre du programme européen d’observation de la Terre Copernicus. Cet inventaire biophysique de l’occupation des terres fournit une information géographique de référence pour 39 États européens. La continuité du programme et la diffusion des données CORINE Land Cover sont pilotées par l'Agence européenne pour l'environnement. Le producteur pour la France est le Service de la donnée et des études statistiques du ministère chargé de l’écologie. L'utilisation de cette base de données permet des applications variées adaptées aux problématiques de l'environnement et à celles de l'aménagement du territoire : production cartographique, exploitation à des fins statistiques ou bien encore analyses géographiques en combinaison avec d'autres bases de données. Outil de connaissance et d'analyse, CORINE Land Cover apporte également une aide à la décision comme instrument de suivi, de surveillance et de gestion de l'environnement, des milieux naturels et plus généralement de l'aménagement de l'espace. La base des changements CORINE Land Cover 2000-2006, a été réalisée à partir d'images satellitaires des années 2000 et 2006 et de données d'appui.", + "GEOGRAPHICALGRIDSYSTEMS.EDUGEO.TOULON-HYERES1976$GEOPORTAIL:OGC:WMTS": { + "name": "GEOGRAPHICALGRIDSYSTEMS.EDUGEO.TOULON-HYERES1976", + "title": "Cartographie TOULON HYERES 1976", + "description": "Zone de TOULON HYERES 1976", "globalConstraint": { "maxScaleDenominator": 559082264.0287179, "minScaleDenominator": 266.5911979812229, "bbox": { - "left": -9.88147, - "right": 11.6781, - "top": 51.4428, - "bottom": 40.576 + "left": 5.62963, + "right": 6.38025, + "top": 43.2345, + "bottom": 42.8689 } }, "serviceParams": { "id": "OGC:WMTS", "version": "1.0.0", "serverUrl": { - "clc": "https://wxs.ign.fr/clc/geoportail/wmts" + "full": "https://data.geopf.fr/wmts" } }, "defaultProjection": "EPSG:3857", "wmtsOptions": { "tileMatrixSetLink": "PM", "tileMatrixSetLimits": { - "0": { - "minTileRow": "0", - "maxTileRow": "0", - "minTileCol": "0", - "maxTileCol": "0" - }, - "1": { - "minTileRow": "0", - "maxTileRow": "0", - "minTileCol": "0", - "maxTileCol": "1" - }, - "2": { - "minTileRow": "1", - "maxTileRow": "1", - "minTileCol": "1", - "maxTileCol": "2" - }, - "3": { - "minTileRow": "2", - "maxTileRow": "3", - "minTileCol": "3", - "maxTileCol": "4" - }, - "4": { - "minTileRow": "5", - "maxTileRow": "6", - "minTileCol": "7", - "maxTileCol": "8" - }, - "5": { - "minTileRow": "10", - "maxTileRow": "12", - "minTileCol": "15", - "maxTileCol": "17" - }, "6": { - "minTileRow": "21", - "maxTileRow": "24", - "minTileCol": "30", - "maxTileCol": "34" + "minTileRow": "23", + "maxTileRow": "23", + "minTileCol": "33", + "maxTileCol": "33" }, "7": { - "minTileRow": "42", - "maxTileRow": "48", - "minTileCol": "60", - "maxTileCol": "68" + "minTileRow": "46", + "maxTileRow": "47", + "minTileCol": "66", + "maxTileCol": "66" }, "8": { - "minTileRow": "85", - "maxTileRow": "96", - "minTileCol": "120", - "maxTileCol": "136" + "minTileRow": "93", + "maxTileRow": "94", + "minTileCol": "132", + "maxTileCol": "132" }, "9": { - "minTileRow": "170", - "maxTileRow": "192", - "minTileCol": "241", - "maxTileCol": "272" + "minTileRow": "187", + "maxTileRow": "188", + "minTileCol": "264", + "maxTileCol": "265" }, "10": { - "minTileRow": "340", - "maxTileRow": "385", - "minTileCol": "483", - "maxTileCol": "545" + "minTileRow": "375", + "maxTileRow": "376", + "minTileCol": "528", + "maxTileCol": "530" }, "11": { - "minTileRow": "681", - "maxTileRow": "771", - "minTileCol": "967", - "maxTileCol": "1090" + "minTileRow": "750", + "maxTileRow": "753", + "minTileCol": "1056", + "maxTileCol": "1060" }, "12": { - "minTileRow": "1363", - "maxTileRow": "1542", - "minTileCol": "1935", - "maxTileCol": "2180" + "minTileRow": "1501", + "maxTileRow": "1507", + "minTileCol": "2112", + "maxTileCol": "2120" }, "13": { - "minTileRow": "2726", - "maxTileRow": "3084", - "minTileCol": "3871", - "maxTileCol": "4361" + "minTileRow": "3002", + "maxTileRow": "3014", + "minTileCol": "4224", + "maxTileCol": "4241" }, "14": { - "minTileRow": "5452", - "maxTileRow": "6168", - "minTileCol": "7742", - "maxTileCol": "8723" + "minTileRow": "6005", + "maxTileRow": "6028", + "minTileCol": "8448", + "maxTileCol": "8482" }, "15": { - "minTileRow": "10905", - "maxTileRow": "12336", - "minTileCol": "15484", - "maxTileCol": "17446" + "minTileRow": "12011", + "maxTileRow": "12056", + "minTileCol": "16896", + "maxTileCol": "16964" }, "16": { - "minTileRow": "21811", - "maxTileRow": "24673", - "minTileCol": "30969", - "maxTileCol": "34893" + "minTileRow": "24022", + "maxTileRow": "24113", + "minTileCol": "33792", + "maxTileCol": "33929" } } }, "styles": [ { - "name": "CORINE Land Cover - France métropolitaine", - "title": "CORINE Land Cover - France métropolitaine", + "name": "normal", + "title": "Légende générique", "current": true, "url": null } ], "legends": [ { - "format": "image/png", - "url": "https://wxs.ign.fr/static/legends/CLC_FR.png", - "minScaleDenominator": "8000" + "format": "image/jpeg", + "url": "https://data.geopf.fr/annexes/ressources/legendes/LEGEND.jpg", + "minScaleDenominator": "200" } ], "formats": [ @@ -14283,148 +15938,112 @@ } ] }, - "LANDCOVER.CHA12_DOM$GEOPORTAIL:OGC:WMTS": { - "name": "LANDCOVER.CHA12_DOM", - "title": "CORINE Land Cover - DOM - Changements 2006-2012", - "description": "Inventaire biophysique du changement d'occupation des sols entre 2006 et 212 suivant la nomenclature CORINE Land Cover en 50 postes. CORINE Land Cover est une base de données d’occupation des sols produite dans le cadre du programme européen d’observation de la Terre Copernicus. Cet inventaire biophysique de l’occupation des terres fournit une information géographique de référence pour 39 États européens. La continuité du programme et la diffusion des données CORINE Land Cover sont pilotées par l'Agence européenne pour l'environnement. Le producteur pour la France est le Service de la donnée et des études statistiques du ministère chargé de l’écologie. L'utilisation de cette base de données permet des applications variées adaptées aux problématiques de l'environnement et à celles de l'aménagement du territoire : production cartographique, exploitation à des fins statistiques ou bien encore analyses géographiques en combinaison avec d'autres bases de données. Outil de connaissance et d'analyse, CORINE Land Cover apporte également une aide à la décision comme instrument de suivi, de surveillance et de gestion de l'environnement, des milieux naturels et de l'aménagement de l'espace. La base des changements CORINE Land Cover DOM 2006-2012 a été réalisée à partir d'images satellitaires des périodes 2005-2008 et 2011-2012, et de données d'appui.", + "GEOGRAPHICALGRIDSYSTEMS.EDUGEO.TOULOUSE1948$GEOPORTAIL:OGC:WMTS": { + "name": "GEOGRAPHICALGRIDSYSTEMS.EDUGEO.TOULOUSE1948", + "title": "Cartographie TOULOUSE 1948", + "description": "Zone de TOULOUSE 1948", "globalConstraint": { "maxScaleDenominator": 559082264.0287179, "minScaleDenominator": 266.5911979812229, "bbox": { - "left": -63.3725, - "right": 55.9259, - "top": 47.1747, - "bottom": -21.4756 + "left": 1.12593, + "right": 1.75144, + "top": 43.7789, + "bottom": 43.4165 } }, "serviceParams": { "id": "OGC:WMTS", "version": "1.0.0", "serverUrl": { - "clc": "https://wxs.ign.fr/clc/geoportail/wmts" + "full": "https://data.geopf.fr/wmts" } }, "defaultProjection": "EPSG:3857", "wmtsOptions": { "tileMatrixSetLink": "PM", "tileMatrixSetLimits": { - "0": { - "minTileRow": "0", - "maxTileRow": "0", - "minTileCol": "0", - "maxTileCol": "0" - }, - "1": { - "minTileRow": "0", - "maxTileRow": "1", - "minTileCol": "0", - "maxTileCol": "1" - }, - "2": { - "minTileRow": "1", - "maxTileRow": "2", - "minTileCol": "1", - "maxTileCol": "2" - }, - "3": { - "minTileRow": "2", - "maxTileRow": "4", - "minTileCol": "2", - "maxTileCol": "5" - }, - "4": { - "minTileRow": "5", - "maxTileRow": "8", - "minTileCol": "5", - "maxTileCol": "10" - }, - "5": { - "minTileRow": "11", - "maxTileRow": "17", - "minTileCol": "10", - "maxTileCol": "20" - }, "6": { - "minTileRow": "22", - "maxTileRow": "35", - "minTileCol": "20", - "maxTileCol": "41" + "minTileRow": "23", + "maxTileRow": "23", + "minTileCol": "32", + "maxTileCol": "32" }, "7": { - "minTileRow": "44", - "maxTileRow": "71", - "minTileCol": "41", - "maxTileCol": "83" + "minTileRow": "46", + "maxTileRow": "46", + "minTileCol": "64", + "maxTileCol": "64" }, "8": { - "minTileRow": "89", - "maxTileRow": "143", - "minTileCol": "82", - "maxTileCol": "167" + "minTileRow": "93", + "maxTileRow": "93", + "minTileCol": "128", + "maxTileCol": "129" }, "9": { - "minTileRow": "179", - "maxTileRow": "287", - "minTileCol": "165", - "maxTileCol": "335" + "minTileRow": "186", + "maxTileRow": "187", + "minTileCol": "257", + "maxTileCol": "258" }, "10": { - "minTileRow": "359", - "maxTileRow": "574", - "minTileCol": "331", - "maxTileCol": "671" + "minTileRow": "373", + "maxTileRow": "374", + "minTileCol": "515", + "maxTileCol": "516" }, "11": { - "minTileRow": "718", - "maxTileRow": "1149", - "minTileCol": "663", - "maxTileCol": "1342" + "minTileRow": "746", + "maxTileRow": "749", + "minTileCol": "1030", + "maxTileCol": "1033" }, "12": { - "minTileRow": "1437", - "maxTileRow": "2298", - "minTileCol": "1326", - "maxTileCol": "2684" + "minTileRow": "1492", + "maxTileRow": "1498", + "minTileCol": "2060", + "maxTileCol": "2067" }, "13": { - "minTileRow": "2875", - "maxTileRow": "4596", - "minTileCol": "2653", - "maxTileCol": "5368" + "minTileRow": "2985", + "maxTileRow": "2997", + "minTileCol": "4121", + "maxTileCol": "4135" }, "14": { - "minTileRow": "5751", - "maxTileRow": "9193", - "minTileCol": "5307", - "maxTileCol": "10737" + "minTileRow": "5971", + "maxTileRow": "5994", + "minTileCol": "8243", + "maxTileCol": "8271" }, "15": { - "minTileRow": "11502", - "maxTileRow": "18386", - "minTileCol": "10615", - "maxTileCol": "21474" + "minTileRow": "11943", + "maxTileRow": "11988", + "minTileCol": "16486", + "maxTileCol": "16543" }, "16": { - "minTileRow": "23004", - "maxTileRow": "36772", - "minTileCol": "21231", - "maxTileCol": "42948" + "minTileRow": "23886", + "maxTileRow": "23977", + "minTileCol": "32972", + "maxTileCol": "33086" } } }, "styles": [ { - "name": "CORINE Land Cover - DOM", - "title": "CORINE Land Cover - DOM", + "name": "normal", + "title": "Légende générique", "current": true, "url": null } ], "legends": [ { - "format": "image/png", - "url": "https://wxs.ign.fr/static/legends/CLC_DOM.png", - "minScaleDenominator": "8000" + "format": "image/jpeg", + "url": "https://data.geopf.fr/annexes/ressources/legendes/LEGEND.jpg", + "minScaleDenominator": "200" } ], "formats": [ @@ -14434,148 +16053,112 @@ } ] }, - "LANDCOVER.CHA12_FR$GEOPORTAIL:OGC:WMTS": { - "name": "LANDCOVER.CHA12_FR", - "title": "CORINE Land Cover - France métropolitaine - Changements 2006-2012", - "description": "Inventaire biophysique du changement d'occupation des sols entre 2006 et 2012 suivant la nomenclature CORINE Land Cover en 44 postes. CORINE Land Cover est une base de données d’occupation des sols produite dans le cadre du programme européen d’observation de la Terre Copernicus. Cet inventaire biophysique de l’occupation des terres fournit une information géographique de référence pour 39 États européens. La continuité du programme et la diffusion des données CORINE Land Cover sont pilotées par l'Agence européenne pour l'environnement. Le producteur pour la France est le Service de la donnée et des études statistiques du ministère chargé de l’écologie. L'utilisation de cette base de données permet des applications variées adaptées aux problématiques de l'environnement et à celles de l'aménagement du territoire : production cartographique, exploitation à des fins statistiques ou bien encore analyses géographiques en combinaison avec d'autres bases de données. Outil de connaissance et d'analyse, CORINE Land Cover apporte également une aide à la décision comme instrument de suivi, de surveillance et de gestion de l'environnement, des milieux naturels et plus généralement de l'aménagement de l'espace. La base des changements CORINE Land Cover 2006-2012, a été réalisée à partir d'images satellitaires des années 2006 et 2012 et de données d'appui.", + "GEOGRAPHICALGRIDSYSTEMS.EDUGEO.VANNES-GOLFE-DU-MORBIHAN1960$GEOPORTAIL:OGC:WMTS": { + "name": "GEOGRAPHICALGRIDSYSTEMS.EDUGEO.VANNES-GOLFE-DU-MORBIHAN1960", + "title": "Cartographie Vannes Golfe du Morbihan 1960", + "description": "Zone de Vannes Golfe du Morbihan - Cartographie 1960", "globalConstraint": { "maxScaleDenominator": 559082264.0287179, "minScaleDenominator": 266.5911979812229, "bbox": { - "left": -9.88147, - "right": 11.6781, - "top": 51.4428, - "bottom": 40.576 + "left": -3.37778, + "right": -2.50206, + "top": 47.8735, + "bottom": 47.3676 } }, "serviceParams": { "id": "OGC:WMTS", "version": "1.0.0", "serverUrl": { - "clc": "https://wxs.ign.fr/clc/geoportail/wmts" + "full": "https://data.geopf.fr/wmts" } }, "defaultProjection": "EPSG:3857", "wmtsOptions": { "tileMatrixSetLink": "PM", "tileMatrixSetLimits": { - "0": { - "minTileRow": "0", - "maxTileRow": "0", - "minTileCol": "0", - "maxTileCol": "0" - }, - "1": { - "minTileRow": "0", - "maxTileRow": "0", - "minTileCol": "0", - "maxTileCol": "1" - }, - "2": { - "minTileRow": "1", - "maxTileRow": "1", - "minTileCol": "1", - "maxTileCol": "2" - }, - "3": { - "minTileRow": "2", - "maxTileRow": "3", - "minTileCol": "3", - "maxTileCol": "4" - }, - "4": { - "minTileRow": "5", - "maxTileRow": "6", - "minTileCol": "7", - "maxTileCol": "8" - }, - "5": { - "minTileRow": "10", - "maxTileRow": "12", - "minTileCol": "15", - "maxTileCol": "17" - }, "6": { - "minTileRow": "21", - "maxTileRow": "24", - "minTileCol": "30", - "maxTileCol": "34" + "minTileRow": "22", + "maxTileRow": "22", + "minTileCol": "31", + "maxTileCol": "31" }, "7": { - "minTileRow": "42", - "maxTileRow": "48", - "minTileCol": "60", - "maxTileCol": "68" + "minTileRow": "44", + "maxTileRow": "44", + "minTileCol": "62", + "maxTileCol": "63" }, "8": { - "minTileRow": "85", - "maxTileRow": "96", - "minTileCol": "120", - "maxTileCol": "136" + "minTileRow": "89", + "maxTileRow": "89", + "minTileCol": "125", + "maxTileCol": "126" }, "9": { - "minTileRow": "170", - "maxTileRow": "192", - "minTileCol": "241", - "maxTileCol": "272" + "minTileRow": "178", + "maxTileRow": "179", + "minTileCol": "251", + "maxTileCol": "252" }, "10": { - "minTileRow": "340", - "maxTileRow": "385", - "minTileCol": "483", - "maxTileCol": "545" + "minTileRow": "356", + "maxTileRow": "358", + "minTileCol": "502", + "maxTileCol": "504" }, "11": { - "minTileRow": "681", - "maxTileRow": "771", - "minTileCol": "967", - "maxTileCol": "1090" + "minTileRow": "712", + "maxTileRow": "717", + "minTileCol": "1004", + "maxTileCol": "1009" }, "12": { - "minTileRow": "1363", - "maxTileRow": "1542", - "minTileCol": "1935", - "maxTileCol": "2180" + "minTileRow": "1425", + "maxTileRow": "1434", + "minTileCol": "2009", + "maxTileCol": "2019" }, "13": { - "minTileRow": "2726", - "maxTileRow": "3084", - "minTileCol": "3871", - "maxTileCol": "4361" + "minTileRow": "2851", + "maxTileRow": "2869", + "minTileCol": "4019", + "maxTileCol": "4039" }, "14": { - "minTileRow": "5452", - "maxTileRow": "6168", - "minTileCol": "7742", - "maxTileCol": "8723" + "minTileRow": "5703", + "maxTileRow": "5738", + "minTileCol": "8038", + "maxTileCol": "8078" }, "15": { - "minTileRow": "10905", - "maxTileRow": "12336", - "minTileCol": "15484", - "maxTileCol": "17446" + "minTileRow": "11407", + "maxTileRow": "11476", + "minTileCol": "16076", + "maxTileCol": "16156" }, "16": { - "minTileRow": "21811", - "maxTileRow": "24673", - "minTileCol": "30969", - "maxTileCol": "34893" + "minTileRow": "22815", + "maxTileRow": "22952", + "minTileCol": "32153", + "maxTileCol": "32312" } } }, "styles": [ { - "name": "CORINE Land Cover - France métropolitaine", - "title": "CORINE Land Cover - France métropolitaine", + "name": "normal", + "title": "Légende générique", "current": true, "url": null } ], "legends": [ { - "format": "image/png", - "url": "https://wxs.ign.fr/static/legends/CLC_FR.png", - "minScaleDenominator": "8000" + "format": "image/jpeg", + "url": "https://data.geopf.fr/annexes/ressources/legendes/LEGEND.jpg", + "minScaleDenominator": "200" } ], "formats": [ @@ -14585,148 +16168,112 @@ } ] }, - "LANDCOVER.CHA18$GEOPORTAIL:OGC:WMTS": { - "name": "LANDCOVER.CHA18", - "title": "CORINE Land Cover - Changements 2012-2018", - "description": "Inventaire biophysique du changement d'occupation des sols entre 2012 et 2018 suivant la nomenclature CORINE Land Cover en 50 postes pour les DOM et 44 postes pour la Métropole. CORINE Land Cover est une base de données d’occupation des sols produite dans le cadre du programme européen d’observation de la Terre Copernicus. Cet inventaire biophysique de l’occupation des terres fournit une information géographique de référence pour 39 États européens. La continuité du programme et la diffusion des données CORINE Land Cover sont pilotées par l'Agence européenne pour l'environnement. Le producteur pour la France est le Service de la donnée et des études statistiques du ministère chargé de l’écologie. L'utilisation de cette base de données permet des applications variées adaptées aux problématiques de l'environnement et à celles de l'aménagement du territoire : production cartographique, exploitation à des fins statistiques ou bien encore analyses géographiques en combinaison avec d'autres bases de données. Outil de connaissance et d'analyse, CORINE Land Cover apporte également une aide à la décision comme instrument de suivi, de surveillance et de gestion de l'environnement, des milieux naturels et de l'aménagement de l'espace. La base des changements CORINE Land Cover 2012-2018 a été réalisée à partir d'images satellitaires des périodes 2011-2012 et 2016-2017, et de données d'appui.", + "GEOGRAPHICALGRIDSYSTEMS.EDUGEO.VANNES-GOLFE-DU-MORBIHAN1971$GEOPORTAIL:OGC:WMTS": { + "name": "GEOGRAPHICALGRIDSYSTEMS.EDUGEO.VANNES-GOLFE-DU-MORBIHAN1971", + "title": "Cartographie Vannes Golfe du Morbihan 1971", + "description": "Zone de Vannes Golfe du Morbihan - Cartographie 1971", "globalConstraint": { "maxScaleDenominator": 559082264.0287179, "minScaleDenominator": 266.5911979812229, "bbox": { - "left": -63.3725, - "right": 55.9259, - "top": 51.4428, - "bottom": -21.4756 + "left": -3.37778, + "right": -2.50206, + "top": 47.8735, + "bottom": 47.3676 } }, "serviceParams": { "id": "OGC:WMTS", "version": "1.0.0", "serverUrl": { - "clc": "https://wxs.ign.fr/clc/geoportail/wmts" + "full": "https://data.geopf.fr/wmts" } }, "defaultProjection": "EPSG:3857", "wmtsOptions": { "tileMatrixSetLink": "PM", "tileMatrixSetLimits": { - "0": { - "minTileRow": "0", - "maxTileRow": "1", - "minTileCol": "0", - "maxTileCol": "1" - }, - "1": { - "minTileRow": "0", - "maxTileRow": "2", - "minTileCol": "0", - "maxTileCol": "2" - }, - "2": { - "minTileRow": "0", - "maxTileRow": "4", - "minTileCol": "0", - "maxTileCol": "4" - }, - "3": { - "minTileRow": "0", - "maxTileRow": "8", - "minTileCol": "0", - "maxTileCol": "8" - }, - "4": { - "minTileRow": "0", - "maxTileRow": "15", - "minTileCol": "0", - "maxTileCol": "15" - }, - "5": { - "minTileRow": "0", - "maxTileRow": "31", - "minTileCol": "0", - "maxTileCol": "31" - }, "6": { - "minTileRow": "16", - "maxTileRow": "47", - "minTileCol": "16", - "maxTileCol": "47" + "minTileRow": "22", + "maxTileRow": "22", + "minTileCol": "31", + "maxTileCol": "31" }, "7": { - "minTileRow": "32", - "maxTileRow": "79", - "minTileCol": "32", - "maxTileCol": "95" + "minTileRow": "44", + "maxTileRow": "44", + "minTileCol": "62", + "maxTileCol": "63" }, "8": { - "minTileRow": "80", - "maxTileRow": "143", - "minTileCol": "80", - "maxTileCol": "175" + "minTileRow": "89", + "maxTileRow": "89", + "minTileCol": "125", + "maxTileCol": "126" }, "9": { - "minTileRow": "160", - "maxTileRow": "287", - "minTileCol": "160", - "maxTileCol": "335" + "minTileRow": "178", + "maxTileRow": "179", + "minTileCol": "251", + "maxTileCol": "252" }, "10": { - "minTileRow": "336", - "maxTileRow": "575", - "minTileCol": "336", - "maxTileCol": "671" + "minTileRow": "356", + "maxTileRow": "358", + "minTileCol": "502", + "maxTileCol": "504" }, "11": { - "minTileRow": "672", - "maxTileRow": "1151", - "minTileCol": "672", - "maxTileCol": "1343" + "minTileRow": "712", + "maxTileRow": "717", + "minTileCol": "1004", + "maxTileCol": "1009" }, "12": { - "minTileRow": "1360", - "maxTileRow": "2303", - "minTileCol": "1344", - "maxTileCol": "2687" + "minTileRow": "1425", + "maxTileRow": "1434", + "minTileCol": "2009", + "maxTileCol": "2019" }, "13": { - "minTileRow": "2720", - "maxTileRow": "4607", - "minTileCol": "2688", - "maxTileCol": "5375" + "minTileRow": "2851", + "maxTileRow": "2869", + "minTileCol": "4019", + "maxTileCol": "4039" }, "14": { - "minTileRow": "5456", - "maxTileRow": "9199", - "minTileCol": "5376", - "maxTileCol": "10735" + "minTileRow": "5703", + "maxTileRow": "5738", + "minTileCol": "8038", + "maxTileCol": "8078" }, "15": { - "minTileRow": "10928", - "maxTileRow": "18383", - "minTileCol": "10752", - "maxTileCol": "21471" + "minTileRow": "11407", + "maxTileRow": "11476", + "minTileCol": "16076", + "maxTileCol": "16156" }, "16": { - "minTileRow": "21872", - "maxTileRow": "36767", - "minTileCol": "21504", - "maxTileCol": "42927" + "minTileRow": "22815", + "maxTileRow": "22952", + "minTileCol": "32153", + "maxTileCol": "32312" } } }, "styles": [ { - "name": "CORINE Land Cover", - "title": "CORINE Land Cover", + "name": "normal", + "title": "Légende générique", "current": true, "url": null } ], "legends": [ { - "format": "image/png", - "url": "https://wxs.ign.fr/static/legends/CLC.png", - "minScaleDenominator": "8000" + "format": "image/jpeg", + "url": "https://data.geopf.fr/annexes/ressources/legendes/LEGEND.jpg", + "minScaleDenominator": "200" } ], "formats": [ @@ -14736,148 +16283,112 @@ } ] }, - "LANDCOVER.CHA18_DOM$GEOPORTAIL:OGC:WMTS": { - "name": "LANDCOVER.CHA18_DOM", - "title": "CORINE Land Cover - DOM - Changements 2012-2018", - "description": "Inventaire biophysique du changement d'occupation des sols entre 2012 et 2018 suivant la nomenclature CORINE Land Cover en 50 postes. CORINE Land Cover est une base de données d’occupation des sols produite dans le cadre du programme européen d’observation de la Terre Copernicus. Cet inventaire biophysique de l’occupation des terres fournit une information géographique de référence pour 39 États européens. La continuité du programme et la diffusion des données CORINE Land Cover sont pilotées par l'Agence européenne pour l'environnement. Le producteur pour la France est le Service de la donnée et des études statistiques du ministère chargé de l’écologie. L'utilisation de cette base de données permet des applications variées adaptées aux problématiques de l'environnement et à celles de l'aménagement du territoire : production cartographique, exploitation à des fins statistiques ou bien encore analyses géographiques en combinaison avec d'autres bases de données. Outil de connaissance et d'analyse, CORINE Land Cover apporte également une aide à la décision comme instrument de suivi, de surveillance et de gestion de l'environnement, des milieux naturels et de l'aménagement de l'espace. La base des changements CORINE Land Cover DOM 2012-2018 a été réalisée à partir d'images satellitaires des périodes 2011-2012 et 2016-2017, et de données d'appui.", + "GEOGRAPHICALGRIDSYSTEMS.EDUGEO.VERDUN_NORD_fronts_francais_20K$GEOPORTAIL:OGC:WMTS": { + "name": "GEOGRAPHICALGRIDSYSTEMS.EDUGEO.VERDUN_NORD_fronts_francais_20K", + "title": "Verdun nord : fronts français (21-26 février 1916)", + "description": "Zone de Verdun nord : fronts français (21-26 février 1916)", "globalConstraint": { "maxScaleDenominator": 559082264.0287179, "minScaleDenominator": 266.5911979812229, "bbox": { - "left": -63.3725, - "right": 55.9259, - "top": 47.1747, - "bottom": -21.4756 + "left": 5.29434, + "right": 5.58034, + "top": 49.3036, + "bottom": 49.168 } }, "serviceParams": { "id": "OGC:WMTS", "version": "1.0.0", "serverUrl": { - "clc": "https://wxs.ign.fr/clc/geoportail/wmts" + "full": "https://data.geopf.fr/wmts" } }, "defaultProjection": "EPSG:3857", "wmtsOptions": { "tileMatrixSetLink": "PM", "tileMatrixSetLimits": { - "0": { - "minTileRow": "0", - "maxTileRow": "0", - "minTileCol": "0", - "maxTileCol": "0" - }, - "1": { - "minTileRow": "0", - "maxTileRow": "1", - "minTileCol": "0", - "maxTileCol": "1" - }, - "2": { - "minTileRow": "1", - "maxTileRow": "2", - "minTileCol": "1", - "maxTileCol": "2" - }, - "3": { - "minTileRow": "2", - "maxTileRow": "4", - "minTileCol": "2", - "maxTileCol": "5" - }, - "4": { - "minTileRow": "5", - "maxTileRow": "8", - "minTileCol": "5", - "maxTileCol": "10" - }, - "5": { - "minTileRow": "11", - "maxTileRow": "17", - "minTileCol": "10", - "maxTileCol": "20" - }, "6": { - "minTileRow": "22", - "maxTileRow": "35", - "minTileCol": "20", - "maxTileCol": "41" + "minTileRow": "21", + "maxTileRow": "21", + "minTileCol": "32", + "maxTileCol": "32" }, "7": { - "minTileRow": "44", - "maxTileRow": "71", - "minTileCol": "41", - "maxTileCol": "83" + "minTileRow": "43", + "maxTileRow": "43", + "minTileCol": "65", + "maxTileCol": "65" }, "8": { - "minTileRow": "89", - "maxTileRow": "143", - "minTileCol": "82", - "maxTileCol": "167" + "minTileRow": "87", + "maxTileRow": "87", + "minTileCol": "131", + "maxTileCol": "131" }, "9": { - "minTileRow": "179", - "maxTileRow": "287", - "minTileCol": "165", - "maxTileCol": "335" + "minTileRow": "175", + "maxTileRow": "175", + "minTileCol": "263", + "maxTileCol": "263" }, "10": { - "minTileRow": "359", - "maxTileRow": "574", - "minTileCol": "331", - "maxTileCol": "671" + "minTileRow": "350", + "maxTileRow": "350", + "minTileCol": "527", + "maxTileCol": "527" }, "11": { - "minTileRow": "718", - "maxTileRow": "1149", - "minTileCol": "663", - "maxTileCol": "1342" + "minTileRow": "700", + "maxTileRow": "701", + "minTileCol": "1054", + "maxTileCol": "1055" }, "12": { - "minTileRow": "1437", - "maxTileRow": "2298", - "minTileCol": "1326", - "maxTileCol": "2684" + "minTileRow": "1401", + "maxTileRow": "1403", + "minTileCol": "2108", + "maxTileCol": "2111" }, "13": { - "minTileRow": "2875", - "maxTileRow": "4596", - "minTileCol": "2653", - "maxTileCol": "5368" + "minTileRow": "2802", + "maxTileRow": "2807", + "minTileCol": "4216", + "maxTileCol": "4222" }, "14": { - "minTileRow": "5751", - "maxTileRow": "9193", - "minTileCol": "5307", - "maxTileCol": "10737" + "minTileRow": "5605", + "maxTileRow": "5614", + "minTileCol": "8432", + "maxTileCol": "8445" }, "15": { - "minTileRow": "11502", - "maxTileRow": "18386", - "minTileCol": "10615", - "maxTileCol": "21474" + "minTileRow": "11211", + "maxTileRow": "11229", + "minTileCol": "16865", + "maxTileCol": "16891" }, "16": { - "minTileRow": "23004", - "maxTileRow": "36772", - "minTileCol": "21231", - "maxTileCol": "42948" + "minTileRow": "22422", + "maxTileRow": "22459", + "minTileCol": "33731", + "maxTileCol": "33783" } } }, "styles": [ { - "name": "CORINE Land Cover - DOM", - "title": "CORINE Land Cover - DOM", + "name": "normal", + "title": "Légende générique", "current": true, "url": null } ], "legends": [ { - "format": "image/png", - "url": "https://wxs.ign.fr/static/legends/CLC_DOM.png", - "minScaleDenominator": "8000" + "format": "image/jpeg", + "url": "https://data.geopf.fr/annexes/ressources/legendes/LEGEND.jpg", + "minScaleDenominator": "200" } ], "formats": [ @@ -14887,148 +16398,112 @@ } ] }, - "LANDCOVER.CHA18_FR$GEOPORTAIL:OGC:WMTS": { - "name": "LANDCOVER.CHA18_FR", - "title": "CORINE Land Cover - France métropolitaine - Changements 2012-2018", - "description": "Inventaire biophysique du changement d'occupation des sols entre 2012 et 2018 suivant la nomenclature CORINE Land Cover en 44 postes. CORINE Land Cover est une base de données d’occupation des sols produite dans le cadre du programme européen d’observation de la Terre Copernicus. Cet inventaire biophysique de l’occupation des terres fournit une information géographique de référence pour 39 États européens. La continuité du programme et la diffusion des données CORINE Land Cover sont pilotées par l'Agence européenne pour l'environnement. Le producteur pour la France est le Service de la donnée et des études statistiques du ministère chargé de l’écologie. L'utilisation de cette base de données permet des applications variées adaptées aux problématiques de l'environnement et à celles de l'aménagement du territoire : production cartographique, exploitation à des fins statistiques ou bien encore analyses géographiques en combinaison avec d'autres bases de données. Outil de connaissance et d'analyse, CORINE Land Cover apporte également une aide à la décision comme instrument de suivi, de surveillance et de gestion de l'environnement, des milieux naturels et plus généralement de l'aménagement de l'espace. La base des changements CORINE Land Cover 2012-2018, a été réalisée à partir d'images satellitaires des années 2011-2012 et 2017 et de données d'appui.", + "GEOGRAPHICALGRIDSYSTEMS.EDUGEO.VERDUN_NORD_organisations_defensives_20K$GEOPORTAIL:OGC:WMTS": { + "name": "GEOGRAPHICALGRIDSYSTEMS.EDUGEO.VERDUN_NORD_organisations_defensives_20K", + "title": "Verdun nord : organisations défensives (21 février 1916)", + "description": "Zone de Verdun nord : organisations défensives (21 février 1916)", "globalConstraint": { "maxScaleDenominator": 559082264.0287179, "minScaleDenominator": 266.5911979812229, "bbox": { - "left": -9.88147, - "right": 11.6781, - "top": 51.4428, - "bottom": 40.576 + "left": 5.28694, + "right": 5.58493, + "top": 49.3069, + "bottom": 49.1609 } }, "serviceParams": { "id": "OGC:WMTS", "version": "1.0.0", "serverUrl": { - "clc": "https://wxs.ign.fr/clc/geoportail/wmts" + "full": "https://data.geopf.fr/wmts" } }, "defaultProjection": "EPSG:3857", "wmtsOptions": { "tileMatrixSetLink": "PM", "tileMatrixSetLimits": { - "0": { - "minTileRow": "0", - "maxTileRow": "0", - "minTileCol": "0", - "maxTileCol": "0" - }, - "1": { - "minTileRow": "0", - "maxTileRow": "0", - "minTileCol": "0", - "maxTileCol": "1" - }, - "2": { - "minTileRow": "1", - "maxTileRow": "1", - "minTileCol": "1", - "maxTileCol": "2" - }, - "3": { - "minTileRow": "2", - "maxTileRow": "3", - "minTileCol": "3", - "maxTileCol": "4" - }, - "4": { - "minTileRow": "5", - "maxTileRow": "6", - "minTileCol": "7", - "maxTileCol": "8" - }, - "5": { - "minTileRow": "10", - "maxTileRow": "12", - "minTileCol": "15", - "maxTileCol": "17" - }, "6": { "minTileRow": "21", - "maxTileRow": "24", - "minTileCol": "30", - "maxTileCol": "34" + "maxTileRow": "21", + "minTileCol": "32", + "maxTileCol": "32" }, "7": { - "minTileRow": "42", - "maxTileRow": "48", - "minTileCol": "60", - "maxTileCol": "68" + "minTileRow": "43", + "maxTileRow": "43", + "minTileCol": "65", + "maxTileCol": "65" }, "8": { - "minTileRow": "85", - "maxTileRow": "96", - "minTileCol": "120", - "maxTileCol": "136" + "minTileRow": "87", + "maxTileRow": "87", + "minTileCol": "131", + "maxTileCol": "131" }, "9": { - "minTileRow": "170", - "maxTileRow": "192", - "minTileCol": "241", - "maxTileCol": "272" + "minTileRow": "175", + "maxTileRow": "175", + "minTileCol": "263", + "maxTileCol": "263" }, "10": { - "minTileRow": "340", - "maxTileRow": "385", - "minTileCol": "483", - "maxTileCol": "545" + "minTileRow": "350", + "maxTileRow": "350", + "minTileCol": "527", + "maxTileCol": "527" }, "11": { - "minTileRow": "681", - "maxTileRow": "771", - "minTileCol": "967", - "maxTileCol": "1090" + "minTileRow": "700", + "maxTileRow": "701", + "minTileCol": "1054", + "maxTileCol": "1055" }, "12": { - "minTileRow": "1363", - "maxTileRow": "1542", - "minTileCol": "1935", - "maxTileCol": "2180" + "minTileRow": "1401", + "maxTileRow": "1403", + "minTileCol": "2108", + "maxTileCol": "2111" }, "13": { - "minTileRow": "2726", - "maxTileRow": "3084", - "minTileCol": "3871", - "maxTileCol": "4361" + "minTileRow": "2802", + "maxTileRow": "2807", + "minTileCol": "4216", + "maxTileCol": "4223" }, "14": { - "minTileRow": "5452", - "maxTileRow": "6168", - "minTileCol": "7742", - "maxTileCol": "8723" + "minTileRow": "5605", + "maxTileRow": "5615", + "minTileCol": "8432", + "maxTileCol": "8446" }, "15": { - "minTileRow": "10905", - "maxTileRow": "12336", - "minTileCol": "15484", - "maxTileCol": "17446" + "minTileRow": "11210", + "maxTileRow": "11230", + "minTileCol": "16865", + "maxTileCol": "16892" }, "16": { - "minTileRow": "21811", - "maxTileRow": "24673", - "minTileCol": "30969", - "maxTileCol": "34893" + "minTileRow": "22421", + "maxTileRow": "22461", + "minTileCol": "33730", + "maxTileCol": "33784" } } }, "styles": [ { - "name": "CORINE Land Cover - France métropolitaine", - "title": "CORINE Land Cover - France métropolitaine", + "name": "normal", + "title": "Légende générique", "current": true, "url": null } ], "legends": [ { - "format": "image/png", - "url": "https://wxs.ign.fr/static/legends/CLC_FR.png", - "minScaleDenominator": "8000" + "format": "image/jpeg", + "url": "https://data.geopf.fr/annexes/ressources/legendes/LEGEND.jpg", + "minScaleDenominator": "200" } ], "formats": [ @@ -15038,148 +16513,112 @@ } ] }, - "LANDCOVER.CLC00R_FR$GEOPORTAIL:OGC:WMTS": { - "name": "LANDCOVER.CLC00R_FR", - "title": "CORINE Land Cover - France métropolitaine - 2000 révisée", - "description": "Inventaire biophysique de l'occupation des sols en 2000 en 44 postes. CORINE Land Cover est une base de données d’occupation des sols produite dans le cadre du programme européen d’observation de la Terre Copernicus. Cet inventaire biophysique de l’occupation des terres fournit une information géographique de référence pour 39 États européens. La continuité du programme et la diffusion des données CORINE Land Cover sont pilotées par l'Agence européenne pour l'environnement. Le producteur pour la France est le Service de la donnée et des études statistiques du ministère chargé de l’écologie. L'utilisation de cette base de données permet des applications variées adaptées aux problématiques de l'environnement et à celles de l'aménagement du territoire : production cartographique, exploitation à des fins statistiques ou bien encore analyses géographiques en combinaison avec d'autres bases de données. Outil de connaissance et d'analyse, CORINE Land Cover apporte également une aide à la décision comme instrument de suivi, de surveillance et de gestion de l'environnement, des milieux naturels et plus généralement de l'aménagement de l'espace. La base de données CORINE Land Cover 2000 révisée, dite CLC 2000 révisée, est une correction de CLC 2000 réalisée à partir d'images satellitaires de l'année 2000 et de données d'appui.", + "GEOGRAPHICALGRIDSYSTEMS.EDUGEO.VERSAILLES1979$GEOPORTAIL:OGC:WMTS": { + "name": "GEOGRAPHICALGRIDSYSTEMS.EDUGEO.VERSAILLES1979", + "title": "Cartographie Versailles 1979", + "description": "Zone de Versailles - Cartographie 1979", "globalConstraint": { "maxScaleDenominator": 559082264.0287179, "minScaleDenominator": 266.5911979812229, "bbox": { - "left": -9.88147, - "right": 11.6781, - "top": 51.4428, - "bottom": 40.576 + "left": 1.87654, + "right": 2.50206, + "top": 49.035, + "bottom": 48.5405 } }, "serviceParams": { "id": "OGC:WMTS", "version": "1.0.0", "serverUrl": { - "clc": "https://wxs.ign.fr/clc/geoportail/wmts" + "full": "https://data.geopf.fr/wmts" } }, "defaultProjection": "EPSG:3857", "wmtsOptions": { "tileMatrixSetLink": "PM", "tileMatrixSetLimits": { - "0": { - "minTileRow": "0", - "maxTileRow": "0", - "minTileCol": "0", - "maxTileCol": "0" - }, - "1": { - "minTileRow": "0", - "maxTileRow": "0", - "minTileCol": "0", - "maxTileCol": "1" - }, - "2": { - "minTileRow": "1", - "maxTileRow": "1", - "minTileCol": "1", - "maxTileCol": "2" - }, - "3": { - "minTileRow": "2", - "maxTileRow": "3", - "minTileCol": "3", - "maxTileCol": "4" - }, - "4": { - "minTileRow": "5", - "maxTileRow": "6", - "minTileCol": "7", - "maxTileCol": "8" - }, - "5": { - "minTileRow": "10", - "maxTileRow": "12", - "minTileCol": "15", - "maxTileCol": "17" - }, "6": { "minTileRow": "21", - "maxTileRow": "24", - "minTileCol": "30", - "maxTileCol": "34" + "maxTileRow": "22", + "minTileCol": "32", + "maxTileCol": "32" }, "7": { - "minTileRow": "42", - "maxTileRow": "48", - "minTileCol": "60", - "maxTileCol": "68" + "minTileRow": "43", + "maxTileRow": "44", + "minTileCol": "64", + "maxTileCol": "64" }, "8": { - "minTileRow": "85", - "maxTileRow": "96", - "minTileCol": "120", - "maxTileCol": "136" + "minTileRow": "87", + "maxTileRow": "88", + "minTileCol": "129", + "maxTileCol": "129" }, "9": { - "minTileRow": "170", - "maxTileRow": "192", - "minTileCol": "241", - "maxTileCol": "272" + "minTileRow": "175", + "maxTileRow": "176", + "minTileCol": "258", + "maxTileCol": "259" }, "10": { - "minTileRow": "340", - "maxTileRow": "385", - "minTileCol": "483", - "maxTileCol": "545" + "minTileRow": "351", + "maxTileRow": "353", + "minTileCol": "517", + "maxTileCol": "519" }, "11": { - "minTileRow": "681", - "maxTileRow": "771", - "minTileCol": "967", - "maxTileCol": "1090" + "minTileRow": "703", + "maxTileRow": "707", + "minTileCol": "1034", + "maxTileCol": "1038" }, "12": { - "minTileRow": "1363", - "maxTileRow": "1542", - "minTileCol": "1935", - "maxTileCol": "2180" + "minTileRow": "1406", + "maxTileRow": "1414", + "minTileCol": "2069", + "maxTileCol": "2076" }, "13": { - "minTileRow": "2726", - "maxTileRow": "3084", - "minTileCol": "3871", - "maxTileCol": "4361" + "minTileRow": "2812", + "maxTileRow": "2829", + "minTileCol": "4138", + "maxTileCol": "4152" }, "14": { - "minTileRow": "5452", - "maxTileRow": "6168", - "minTileCol": "7742", - "maxTileCol": "8723" + "minTileRow": "5624", + "maxTileRow": "5658", + "minTileCol": "8277", + "maxTileCol": "8305" }, "15": { - "minTileRow": "10905", - "maxTileRow": "12336", - "minTileCol": "15484", - "maxTileCol": "17446" + "minTileRow": "11248", + "maxTileRow": "11316", + "minTileCol": "16554", + "maxTileCol": "16611" }, "16": { - "minTileRow": "21811", - "maxTileRow": "24673", - "minTileCol": "30969", - "maxTileCol": "34893" + "minTileRow": "22496", + "maxTileRow": "22633", + "minTileCol": "33109", + "maxTileCol": "33223" } } }, "styles": [ { - "name": "CORINE Land Cover - France métropolitaine", - "title": "CORINE Land Cover - France métropolitaine", + "name": "normal", + "title": "Légende générique", "current": true, "url": null } ], "legends": [ { - "format": "image/png", - "url": "https://wxs.ign.fr/static/legends/CLC_FR.png", - "minScaleDenominator": "8000" + "format": "image/jpeg", + "url": "https://data.geopf.fr/annexes/ressources/legendes/LEGEND.jpg", + "minScaleDenominator": "200" } ], "formats": [ @@ -15189,327 +16628,249 @@ } ] }, - "LANDCOVER.CLC00_DOM$GEOPORTAIL:OGC:WMTS": { - "name": "LANDCOVER.CLC00_DOM", - "title": "CORINE Land Cover - DOM - 2000", - "description": "Inventaire biophysique de l'occupation des sols en 2000 en 50 postes. CORINE Land Cover est une base de données d’occupation des sols produite dans le cadre du programme européen d’observation de la Terre Copernicus. Cet inventaire biophysique de l’occupation des terres fournit une information géographique de référence pour 39 États européens. La continuité du programme et la diffusion des données CORINE Land Cover sont pilotées par l'Agence européenne pour l'environnement. Le producteur pour la France est le Service de la donnée et des études statistiques du ministère chargé de l’écologie. L'utilisation de cette base de données permet des applications variées adaptées aux problématiques de l'environnement et à celles de l'aménagement du territoire : production cartographique, exploitation à des fins statistiques ou bien encore analyses géographiques en combinaison avec d'autres bases de données. Outil de connaissance et d'analyse, CORINE Land Cover apporte également une aide à la décision comme instrument de suivi, de surveillance et de gestion de l'environnement, des milieux naturels et de l'aménagement de l'espace. La base de données CORINE Land Cover DOM 2000 a été réalisée à partir de CORINE Land Cover DOM 2006 et de la base des changements 2000-2006.", + "GEOGRAPHICALGRIDSYSTEMS.ETATMAJOR10$GEOPORTAIL:OGC:WMTS": { + "name": "GEOGRAPHICALGRIDSYSTEMS.ETATMAJOR10", + "title": "Carte de l'état-major - environs de Paris (1818 - 1824)", + "description": "Carte des environs de Paris au 1 : 10 000 établie entre 1818 et 1824.", "globalConstraint": { "maxScaleDenominator": 559082264.0287179, "minScaleDenominator": 266.5911979812229, "bbox": { - "left": -63.3725, - "right": 55.9259, - "top": 47.1747, - "bottom": -21.4756 + "left": 1.82682, + "right": 2.79738, + "top": 49.5142, + "bottom": 48.3847 } }, "serviceParams": { "id": "OGC:WMTS", "version": "1.0.0", "serverUrl": { - "clc": "https://wxs.ign.fr/clc/geoportail/wmts" + "full": "https://data.geopf.fr/wmts" } }, "defaultProjection": "EPSG:3857", "wmtsOptions": { "tileMatrixSetLink": "PM", "tileMatrixSetLimits": { - "0": { - "minTileRow": "0", - "maxTileRow": "0", - "minTileCol": "0", - "maxTileCol": "0" - }, - "1": { - "minTileRow": "0", - "maxTileRow": "1", - "minTileCol": "0", - "maxTileCol": "1" - }, - "2": { - "minTileRow": "1", - "maxTileRow": "2", - "minTileCol": "1", - "maxTileCol": "2" - }, - "3": { - "minTileRow": "2", - "maxTileRow": "4", - "minTileCol": "2", - "maxTileCol": "5" - }, - "4": { - "minTileRow": "5", - "maxTileRow": "8", - "minTileCol": "5", - "maxTileCol": "10" - }, - "5": { - "minTileRow": "11", - "maxTileRow": "17", - "minTileCol": "10", - "maxTileCol": "20" - }, "6": { - "minTileRow": "22", - "maxTileRow": "35", - "minTileCol": "20", - "maxTileCol": "41" + "minTileRow": "21", + "maxTileRow": "22", + "minTileCol": "32", + "maxTileCol": "32" }, "7": { - "minTileRow": "44", - "maxTileRow": "71", - "minTileCol": "41", - "maxTileCol": "83" + "minTileRow": "43", + "maxTileRow": "44", + "minTileCol": "64", + "maxTileCol": "64" }, "8": { - "minTileRow": "89", - "maxTileRow": "143", - "minTileCol": "82", - "maxTileCol": "167" + "minTileRow": "87", + "maxTileRow": "88", + "minTileCol": "129", + "maxTileCol": "129" }, "9": { - "minTileRow": "179", - "maxTileRow": "287", - "minTileCol": "165", - "maxTileCol": "335" + "minTileRow": "174", + "maxTileRow": "177", + "minTileCol": "258", + "maxTileCol": "259" }, "10": { - "minTileRow": "359", - "maxTileRow": "574", - "minTileCol": "331", - "maxTileCol": "671" + "minTileRow": "349", + "maxTileRow": "354", + "minTileCol": "517", + "maxTileCol": "519" }, "11": { - "minTileRow": "718", - "maxTileRow": "1149", - "minTileCol": "663", - "maxTileCol": "1342" + "minTileRow": "698", + "maxTileRow": "708", + "minTileCol": "1034", + "maxTileCol": "1039" }, "12": { - "minTileRow": "1437", - "maxTileRow": "2298", - "minTileCol": "1326", - "maxTileCol": "2684" + "minTileRow": "1397", + "maxTileRow": "1417", + "minTileCol": "2068", + "maxTileCol": "2079" }, "13": { - "minTileRow": "2875", - "maxTileRow": "4596", - "minTileCol": "2653", - "maxTileCol": "5368" + "minTileRow": "2795", + "maxTileRow": "2834", + "minTileCol": "4137", + "maxTileCol": "4159" }, "14": { - "minTileRow": "5751", - "maxTileRow": "9193", - "minTileCol": "5307", - "maxTileCol": "10737" + "minTileRow": "5590", + "maxTileRow": "5669", + "minTileCol": "8275", + "maxTileCol": "8319" }, "15": { - "minTileRow": "11502", - "maxTileRow": "18386", - "minTileCol": "10615", - "maxTileCol": "21474" + "minTileRow": "11181", + "maxTileRow": "11338", + "minTileCol": "16550", + "maxTileCol": "16638" }, "16": { - "minTileRow": "23004", - "maxTileRow": "36772", - "minTileCol": "21231", - "maxTileCol": "42948" + "minTileRow": "22363", + "maxTileRow": "22676", + "minTileCol": "33100", + "maxTileCol": "33277" } } }, "styles": [ { - "name": "CORINE Land Cover - DOM", - "title": "CORINE Land Cover - DOM", + "name": "normal", + "title": "Légende générique", "current": true, "url": null } ], "legends": [ { - "format": "image/png", - "url": "https://wxs.ign.fr/static/legends/CLC_DOM.png", - "minScaleDenominator": "8000" + "format": "image/jpeg", + "url": "https://data.geopf.fr/annexes/ressources/legendes/LEGEND.jpg", + "minScaleDenominator": "200" } ], "formats": [ { - "name": "image/png", + "name": "image/jpeg", "current": true } ] }, - "LANDCOVER.CLC00_FR$GEOPORTAIL:OGC:WMTS": { - "name": "LANDCOVER.CLC00_FR", - "title": "CORINE Land Cover - France métropolitaine - 2000", - "description": "Inventaire biophysique de l'occupation des sols en 2000 en 44 postes. CORINE Land Cover est une base de données d’occupation des sols produite dans le cadre du programme européen d’observation de la Terre Copernicus. Cet inventaire biophysique de l’occupation des terres fournit une information géographique de référence pour 39 États européens. La continuité du programme et la diffusion des données CORINE Land Cover sont pilotées par l'Agence européenne pour l'environnement. Le producteur pour la France est le Service de la donnée et des études statistiques du ministère chargé de l’écologie. L'utilisation de cette base de données permet des applications variées adaptées aux problématiques de l'environnement et à celles de l'aménagement du territoire : production cartographique, exploitation à des fins statistiques ou bien encore analyses géographiques en combinaison avec d'autres bases de données. Outil de connaissance et d'analyse, CORINE Land Cover apporte également une aide à la décision comme instrument de suivi, de surveillance et de gestion de l'environnement, des milieux naturels et plus généralement de l'aménagement de l'espace. La base de données CORINE Land Cover 2000, dite CLC 2000, a été réalisée à partir d'images satellitaires de l'année 2000 et de données d'appui.", + "GEOGRAPHICALGRIDSYSTEMS.ETATMAJOR40$GEOPORTAIL:OGC:WMTS": { + "name": "GEOGRAPHICALGRIDSYSTEMS.ETATMAJOR40", + "title": "Carte de l'état-major (1820-1866)", + "description": "Carte française en couleurs du XIXè siècle en couleurs superposable aux cartes et données modernes.", "globalConstraint": { "maxScaleDenominator": 559082264.0287179, "minScaleDenominator": 266.5911979812229, "bbox": { - "left": -9.88147, - "right": 11.6781, - "top": 51.4428, - "bottom": 40.576 + "left": -6.08889, + "right": 10.961, + "top": 51.2745, + "bottom": 41.1844 } }, "serviceParams": { "id": "OGC:WMTS", "version": "1.0.0", "serverUrl": { - "clc": "https://wxs.ign.fr/clc/geoportail/wmts" + "full": "https://data.geopf.fr/wmts" } }, "defaultProjection": "EPSG:3857", "wmtsOptions": { "tileMatrixSetLink": "PM", "tileMatrixSetLimits": { - "0": { - "minTileRow": "0", - "maxTileRow": "0", - "minTileCol": "0", - "maxTileCol": "0" + "6": { + "minTileRow": "21", + "maxTileRow": "23", + "minTileCol": "30", + "maxTileCol": "33" }, - "1": { - "minTileRow": "0", - "maxTileRow": "0", - "minTileCol": "0", - "maxTileCol": "1" + "7": { + "minTileRow": "42", + "maxTileRow": "47", + "minTileCol": "61", + "maxTileCol": "67" }, - "2": { - "minTileRow": "1", - "maxTileRow": "1", - "minTileCol": "1", - "maxTileCol": "2" - }, - "3": { - "minTileRow": "2", - "maxTileRow": "3", - "minTileCol": "3", - "maxTileCol": "4" - }, - "4": { - "minTileRow": "5", - "maxTileRow": "6", - "minTileCol": "7", - "maxTileCol": "8" - }, - "5": { - "minTileRow": "10", - "maxTileRow": "12", - "minTileCol": "15", - "maxTileCol": "17" - }, - "6": { - "minTileRow": "21", - "maxTileRow": "24", - "minTileCol": "30", - "maxTileCol": "34" - }, - "7": { - "minTileRow": "42", - "maxTileRow": "48", - "minTileCol": "60", - "maxTileCol": "68" - }, - "8": { - "minTileRow": "85", - "maxTileRow": "96", - "minTileCol": "120", - "maxTileCol": "136" + "8": { + "minTileRow": "85", + "maxTileRow": "95", + "minTileCol": "123", + "maxTileCol": "135" }, "9": { "minTileRow": "170", - "maxTileRow": "192", - "minTileCol": "241", - "maxTileCol": "272" + "maxTileRow": "191", + "minTileCol": "247", + "maxTileCol": "271" }, "10": { - "minTileRow": "340", - "maxTileRow": "385", - "minTileCol": "483", - "maxTileCol": "545" + "minTileRow": "341", + "maxTileRow": "383", + "minTileCol": "494", + "maxTileCol": "543" }, "11": { - "minTileRow": "681", - "maxTileRow": "771", - "minTileCol": "967", - "maxTileCol": "1090" + "minTileRow": "683", + "maxTileRow": "766", + "minTileCol": "989", + "maxTileCol": "1086" }, "12": { - "minTileRow": "1363", - "maxTileRow": "1542", - "minTileCol": "1935", - "maxTileCol": "2180" + "minTileRow": "1366", + "maxTileRow": "1532", + "minTileCol": "1978", + "maxTileCol": "2172" }, "13": { - "minTileRow": "2726", - "maxTileRow": "3084", - "minTileCol": "3871", - "maxTileCol": "4361" + "minTileRow": "2732", + "maxTileRow": "3065", + "minTileCol": "3957", + "maxTileCol": "4345" }, "14": { - "minTileRow": "5452", - "maxTileRow": "6168", - "minTileCol": "7742", - "maxTileCol": "8723" + "minTileRow": "5465", + "maxTileRow": "6131", + "minTileCol": "7914", + "maxTileCol": "8690" }, "15": { - "minTileRow": "10905", - "maxTileRow": "12336", - "minTileCol": "15484", - "maxTileCol": "17446" - }, - "16": { - "minTileRow": "21811", - "maxTileRow": "24673", - "minTileCol": "30969", - "maxTileCol": "34893" + "minTileRow": "10930", + "maxTileRow": "12263", + "minTileCol": "15829", + "maxTileCol": "17381" } } }, "styles": [ { - "name": "CORINE Land Cover - France métropolitaine", - "title": "CORINE Land Cover - France métropolitaine", + "name": "normal", + "title": "Légende générique", "current": true, "url": null } ], "legends": [ { - "format": "image/png", - "url": "https://wxs.ign.fr/static/legends/CLC_FR.png", - "minScaleDenominator": "8000" + "format": "image/jpeg", + "url": "https://data.geopf.fr/annexes/ressources/legendes/LEGEND.jpg", + "minScaleDenominator": "200" } ], "formats": [ { - "name": "image/png", + "name": "image/jpeg", "current": true } ] }, - "LANDCOVER.CLC06R_DOM$GEOPORTAIL:OGC:WMTS": { - "name": "LANDCOVER.CLC06R_DOM", - "title": "CORINE Land Cover - DOM - 2006 révisée", - "description": "Inventaire biophysique de l'occupation des sols en 2006 en 50 postes. CORINE Land Cover est une base de données d’occupation des sols produite dans le cadre du programme européen d’observation de la Terre Copernicus. Cet inventaire biophysique de l’occupation des terres fournit une information géographique de référence pour 39 États européens. La continuité du programme et la diffusion des données CORINE Land Cover sont pilotées par l'Agence européenne pour l'environnement. Le producteur pour la France est le Service de la donnée et des études statistiques du ministère chargé de l’écologie. L'utilisation de cette base de données permet des applications variées adaptées aux problématiques de l'environnement et à celles de l'aménagement du territoire : production cartographique, exploitation à des fins statistiques ou bien encore analyses géographiques en combinaison avec d'autres bases de données. Outil de connaissance et d'analyse, CORINE Land Cover apporte également une aide à la décision comme instrument de suivi, de surveillance et de gestion de l'environnement, des milieux naturels et de l'aménagement de l'espace. La base de données CORINE Land Cover 2006 révisée, dite CLC 2006 révisée, est une correction de CLC 2006 réalisée à partir d'images satellitaires prises entre 2005 et 2008 et de données d'appui.", + "GEOGRAPHICALGRIDSYSTEMS.MAPS.BDUNI.J1$GEOPORTAIL:OGC:WMTS": { + "name": "GEOGRAPHICALGRIDSYSTEMS.MAPS.BDUNI.J1", + "title": "Plan IGN J+1", + "description": "Représentation cartographique de la base de production du Référentiel à Grande Echelle actualisée quotidiennement.", "globalConstraint": { "maxScaleDenominator": 559082264.0287179, "minScaleDenominator": 266.5911979812229, "bbox": { - "left": -63.3725, - "right": 55.9259, - "top": 47.1747, - "bottom": -21.4756 + "left": -180.0, + "right": 180.0, + "top": 80.0, + "bottom": -80.0 } }, "serviceParams": { "id": "OGC:WMTS", "version": "1.0.0", "serverUrl": { - "clc": "https://wxs.ign.fr/clc/geoportail/wmts" + "full": "https://data.geopf.fr/wmts" } }, "defaultProjection": "EPSG:3857", @@ -15529,112 +16890,118 @@ "maxTileCol": "1" }, "2": { - "minTileRow": "1", - "maxTileRow": "2", - "minTileCol": "1", - "maxTileCol": "2" + "minTileRow": "0", + "maxTileRow": "3", + "minTileCol": "0", + "maxTileCol": "4" }, "3": { - "minTileRow": "2", - "maxTileRow": "4", - "minTileCol": "2", - "maxTileCol": "5" + "minTileRow": "0", + "maxTileRow": "7", + "minTileCol": "0", + "maxTileCol": "8" }, "4": { - "minTileRow": "5", - "maxTileRow": "8", - "minTileCol": "5", - "maxTileCol": "10" + "minTileRow": "1", + "maxTileRow": "14", + "minTileCol": "0", + "maxTileCol": "15" }, "5": { - "minTileRow": "11", - "maxTileRow": "17", - "minTileCol": "10", - "maxTileCol": "20" + "minTileRow": "3", + "maxTileRow": "28", + "minTileCol": "0", + "maxTileCol": "31" }, "6": { - "minTileRow": "22", - "maxTileRow": "35", - "minTileCol": "20", - "maxTileCol": "41" + "minTileRow": "7", + "maxTileRow": "56", + "minTileCol": "0", + "maxTileCol": "63" }, "7": { - "minTileRow": "44", - "maxTileRow": "71", - "minTileCol": "41", - "maxTileCol": "83" + "minTileRow": "14", + "maxTileRow": "113", + "minTileCol": "0", + "maxTileCol": "127" }, "8": { - "minTileRow": "89", - "maxTileRow": "143", - "minTileCol": "82", - "maxTileCol": "167" + "minTileRow": "28", + "maxTileRow": "227", + "minTileCol": "0", + "maxTileCol": "255" }, "9": { - "minTileRow": "179", - "maxTileRow": "287", - "minTileCol": "165", - "maxTileCol": "335" + "minTileRow": "57", + "maxTileRow": "454", + "minTileCol": "0", + "maxTileCol": "511" }, "10": { - "minTileRow": "359", - "maxTileRow": "574", - "minTileCol": "331", - "maxTileCol": "671" + "minTileRow": "114", + "maxTileRow": "909", + "minTileCol": "0", + "maxTileCol": "1023" }, "11": { - "minTileRow": "718", - "maxTileRow": "1149", - "minTileCol": "663", - "maxTileCol": "1342" + "minTileRow": "229", + "maxTileRow": "1818", + "minTileCol": "0", + "maxTileCol": "2047" }, "12": { - "minTileRow": "1437", - "maxTileRow": "2298", - "minTileCol": "1326", - "maxTileCol": "2684" + "minTileRow": "459", + "maxTileRow": "3636", + "minTileCol": "0", + "maxTileCol": "4095" }, "13": { - "minTileRow": "2875", - "maxTileRow": "4596", - "minTileCol": "2653", - "maxTileCol": "5368" + "minTileRow": "919", + "maxTileRow": "7272", + "minTileCol": "0", + "maxTileCol": "8191" }, "14": { - "minTileRow": "5751", - "maxTileRow": "9193", - "minTileCol": "5307", - "maxTileCol": "10737" + "minTileRow": "1839", + "maxTileRow": "14544", + "minTileCol": "0", + "maxTileCol": "16383" }, "15": { - "minTileRow": "11502", - "maxTileRow": "18386", - "minTileCol": "10615", - "maxTileCol": "21474" + "minTileRow": "3678", + "maxTileRow": "29089", + "minTileCol": "0", + "maxTileCol": "32767" }, "16": { - "minTileRow": "23004", - "maxTileRow": "36772", - "minTileCol": "21231", - "maxTileCol": "42948" + "minTileRow": "7357", + "maxTileRow": "58178", + "minTileCol": "0", + "maxTileCol": "65535" + }, + "17": { + "minTileRow": "14714", + "maxTileRow": "116357", + "minTileCol": "0", + "maxTileCol": "131071" + }, + "18": { + "minTileRow": "29428", + "maxTileRow": "232715", + "minTileCol": "0", + "maxTileCol": "262143" } } }, "styles": [ { - "name": "CORINE Land Cover - DOM", - "title": "CORINE Land Cover - DOM", + "name": "normal", + "title": "Données Brutes", "current": true, "url": null } ], - "legends": [ - { - "format": "image/png", - "url": "https://wxs.ign.fr/static/legends/CLC_DOM.png", - "minScaleDenominator": "8000" - } - ], + "legends": [], "formats": [ { "name": "image/png", @@ -15642,290 +17009,212 @@ } ] }, - "LANDCOVER.CLC06R_FR$GEOPORTAIL:OGC:WMTS": { - "name": "LANDCOVER.CLC06R_FR", - "title": "CORINE Land Cover - France métropolitaine - 2006 révisée", - "description": "Inventaire biophysique de l'occupation des sols en 2006 en 44 postes. CORINE Land Cover est une base de données d’occupation des sols produite dans le cadre du programme européen d’observation de la Terre Copernicus. Cet inventaire biophysique de l’occupation des terres fournit une information géographique de référence pour 39 États européens. La continuité du programme et la diffusion des données CORINE Land Cover sont pilotées par l'Agence européenne pour l'environnement. Le producteur pour la France est le Service de la donnée et des études statistiques du ministère chargé de l’écologie. L'utilisation de cette base de données permet des applications variées adaptées aux problématiques de l'environnement et à celles de l'aménagement du territoire : production cartographique, exploitation à des fins statistiques ou bien encore analyses géographiques en combinaison avec d'autres bases de données. Outil de connaissance et d'analyse, CORINE Land Cover apporte également une aide à la décision comme instrument de suivi, de surveillance et de gestion de l'environnement, des milieux naturels et plus généralement de l'aménagement de l'espace. La base de données CORINE Land Cover 2006 révisée, dite CLC 2006 révisée, est une correction de CLC 2006 réalisée à partir d'images satellitaires de l'année 2006 et de données d'appui.", + "GEOGRAPHICALGRIDSYSTEMS.MAPS.OVERVIEW$GEOPORTAIL:OGC:WMTS": { + "name": "GEOGRAPHICALGRIDSYSTEMS.MAPS.OVERVIEW", + "title": "Carte Mondiale pour la mini-vue", + "description": "Carte Mondiale pour la mini-vue", "globalConstraint": { "maxScaleDenominator": 559082264.0287179, "minScaleDenominator": 266.5911979812229, "bbox": { - "left": -9.88147, - "right": 11.6781, - "top": 51.4428, - "bottom": 40.576 + "left": -179.5, + "right": 179.5, + "top": 75.0, + "bottom": -75.0 } }, "serviceParams": { "id": "OGC:WMTS", "version": "1.0.0", "serverUrl": { - "clc": "https://wxs.ign.fr/clc/geoportail/wmts" + "full": "https://data.geopf.fr/wmts" } }, "defaultProjection": "EPSG:3857", "wmtsOptions": { "tileMatrixSetLink": "PM", "tileMatrixSetLimits": { - "0": { - "minTileRow": "0", - "maxTileRow": "0", - "minTileCol": "0", - "maxTileCol": "0" - }, "1": { "minTileRow": "0", - "maxTileRow": "0", + "maxTileRow": "1", "minTileCol": "0", "maxTileCol": "1" }, "2": { - "minTileRow": "1", - "maxTileRow": "1", - "minTileCol": "1", - "maxTileCol": "2" + "minTileRow": "0", + "maxTileRow": "3", + "minTileCol": "0", + "maxTileCol": "3" }, "3": { - "minTileRow": "2", - "maxTileRow": "3", - "minTileCol": "3", - "maxTileCol": "4" + "minTileRow": "1", + "maxTileRow": "6", + "minTileCol": "0", + "maxTileCol": "7" }, "4": { - "minTileRow": "5", - "maxTileRow": "6", - "minTileCol": "7", - "maxTileCol": "8" + "minTileRow": "2", + "maxTileRow": "13", + "minTileCol": "0", + "maxTileCol": "15" }, "5": { - "minTileRow": "10", - "maxTileRow": "12", - "minTileCol": "15", - "maxTileCol": "17" + "minTileRow": "5", + "maxTileRow": "26", + "minTileCol": "0", + "maxTileCol": "31" }, "6": { - "minTileRow": "21", - "maxTileRow": "24", - "minTileCol": "30", - "maxTileCol": "34" + "minTileRow": "11", + "maxTileRow": "52", + "minTileCol": "0", + "maxTileCol": "63" }, "7": { - "minTileRow": "42", - "maxTileRow": "48", - "minTileCol": "60", - "maxTileCol": "68" + "minTileRow": "22", + "maxTileRow": "105", + "minTileCol": "0", + "maxTileCol": "127" }, "8": { - "minTileRow": "85", - "maxTileRow": "96", - "minTileCol": "120", - "maxTileCol": "136" - }, - "9": { - "minTileRow": "170", - "maxTileRow": "192", - "minTileCol": "241", - "maxTileCol": "272" - }, - "10": { - "minTileRow": "340", - "maxTileRow": "385", - "minTileCol": "483", - "maxTileCol": "545" - }, - "11": { - "minTileRow": "681", - "maxTileRow": "771", - "minTileCol": "967", - "maxTileCol": "1090" - }, - "12": { - "minTileRow": "1363", - "maxTileRow": "1542", - "minTileCol": "1935", - "maxTileCol": "2180" - }, - "13": { - "minTileRow": "2726", - "maxTileRow": "3084", - "minTileCol": "3871", - "maxTileCol": "4361" - }, - "14": { - "minTileRow": "5452", - "maxTileRow": "6168", - "minTileCol": "7742", - "maxTileCol": "8723" - }, - "15": { - "minTileRow": "10905", - "maxTileRow": "12336", - "minTileCol": "15484", - "maxTileCol": "17446" - }, - "16": { - "minTileRow": "21811", - "maxTileRow": "24673", - "minTileCol": "30969", - "maxTileCol": "34893" + "minTileRow": "45", + "maxTileRow": "210", + "minTileCol": "0", + "maxTileCol": "255" } } }, "styles": [ { - "name": "CORINE Land Cover - France métropolitaine", - "title": "CORINE Land Cover - France métropolitaine", + "name": "normal", + "title": "Légende générique", "current": true, "url": null } ], "legends": [ { - "format": "image/png", - "url": "https://wxs.ign.fr/static/legends/CLC_FR.png", - "minScaleDenominator": "8000" + "format": "image/jpeg", + "url": "https://data.geopf.fr/annexes/ressources/legendes/LEGEND.jpg", + "minScaleDenominator": "200" } ], "formats": [ { - "name": "image/png", + "name": "image/jpeg", "current": true } ] }, - "LANDCOVER.CLC06_DOM$GEOPORTAIL:OGC:WMTS": { - "name": "LANDCOVER.CLC06_DOM", - "title": "CORINE Land Cover - DOM - 2006", - "description": "Inventaire biophysique de l'occupation des sols en 2006 en 50 postes. CORINE Land Cover est une base de données d’occupation des sols produite dans le cadre du programme européen d’observation de la Terre Copernicus. Cet inventaire biophysique de l’occupation des terres fournit une information géographique de référence pour 39 États européens. La continuité du programme et la diffusion des données CORINE Land Cover sont pilotées par l'Agence européenne pour l'environnement. Le producteur pour la France est le Service de la donnée et des études statistiques du ministère chargé de l’écologie. L'utilisation de cette base de données permet des applications variées adaptées aux problématiques de l'environnement et à celles de l'aménagement du territoire : production cartographique, exploitation à des fins statistiques ou bien encore analyses géographiques en combinaison avec d'autres bases de données. Outil de connaissance et d'analyse, CORINE Land Cover apporte également une aide à la décision comme instrument de suivi, de surveillance et de gestion de l'environnement, des milieux naturels et de l'aménagement de l'espace. La base de données CORINE Land Cover DOM 2006 a été réalisée à partir d'images satellitaires prises entre 2005 et 2008 et de données d'appui.", + "GEOGRAPHICALGRIDSYSTEMS.MAPS.SCAN50.1950$GEOPORTAIL:OGC:WMTS": { + "name": "GEOGRAPHICALGRIDSYSTEMS.MAPS.SCAN50.1950", + "title": "SCAN50 Historique de 1950", + "description": "SCAN50 produit par l'IGN en 1950", "globalConstraint": { "maxScaleDenominator": 559082264.0287179, "minScaleDenominator": 266.5911979812229, "bbox": { - "left": -63.3725, - "right": 55.9259, - "top": 47.1747, - "bottom": -21.4756 + "left": -179.5, + "right": 179.5, + "top": 75.0, + "bottom": -75.0 } }, "serviceParams": { "id": "OGC:WMTS", "version": "1.0.0", "serverUrl": { - "clc": "https://wxs.ign.fr/clc/geoportail/wmts" + "full": "https://data.geopf.fr/wmts" } }, "defaultProjection": "EPSG:3857", "wmtsOptions": { "tileMatrixSetLink": "PM", "tileMatrixSetLimits": { - "0": { - "minTileRow": "0", - "maxTileRow": "0", - "minTileCol": "0", - "maxTileCol": "0" - }, - "1": { - "minTileRow": "0", - "maxTileRow": "1", - "minTileCol": "0", - "maxTileCol": "1" - }, - "2": { - "minTileRow": "1", - "maxTileRow": "2", - "minTileCol": "1", - "maxTileCol": "2" - }, "3": { - "minTileRow": "2", - "maxTileRow": "4", - "minTileCol": "2", - "maxTileCol": "5" + "minTileRow": "1", + "maxTileRow": "6", + "minTileCol": "0", + "maxTileCol": "7" }, "4": { - "minTileRow": "5", - "maxTileRow": "8", - "minTileCol": "5", - "maxTileCol": "10" + "minTileRow": "2", + "maxTileRow": "13", + "minTileCol": "0", + "maxTileCol": "15" }, "5": { - "minTileRow": "11", - "maxTileRow": "17", - "minTileCol": "10", - "maxTileCol": "20" + "minTileRow": "5", + "maxTileRow": "26", + "minTileCol": "0", + "maxTileCol": "31" }, "6": { - "minTileRow": "22", - "maxTileRow": "35", - "minTileCol": "20", - "maxTileCol": "41" + "minTileRow": "11", + "maxTileRow": "52", + "minTileCol": "0", + "maxTileCol": "63" }, "7": { - "minTileRow": "44", - "maxTileRow": "71", - "minTileCol": "41", - "maxTileCol": "83" + "minTileRow": "22", + "maxTileRow": "105", + "minTileCol": "0", + "maxTileCol": "127" }, "8": { - "minTileRow": "89", - "maxTileRow": "143", - "minTileCol": "82", - "maxTileCol": "167" + "minTileRow": "45", + "maxTileRow": "210", + "minTileCol": "0", + "maxTileCol": "255" }, "9": { - "minTileRow": "179", - "maxTileRow": "287", - "minTileCol": "165", - "maxTileCol": "335" + "minTileRow": "90", + "maxTileRow": "421", + "minTileCol": "0", + "maxTileCol": "511" }, "10": { - "minTileRow": "359", - "maxTileRow": "574", - "minTileCol": "331", - "maxTileCol": "671" + "minTileRow": "181", + "maxTileRow": "842", + "minTileCol": "1", + "maxTileCol": "1022" }, "11": { - "minTileRow": "718", - "maxTileRow": "1149", - "minTileCol": "663", - "maxTileCol": "1342" + "minTileRow": "363", + "maxTileRow": "1684", + "minTileCol": "2", + "maxTileCol": "2045" }, "12": { - "minTileRow": "1437", - "maxTileRow": "2298", - "minTileCol": "1326", - "maxTileCol": "2684" + "minTileRow": "726", + "maxTileRow": "3369", + "minTileCol": "5", + "maxTileCol": "4090" }, "13": { - "minTileRow": "2875", - "maxTileRow": "4596", - "minTileCol": "2653", - "maxTileCol": "5368" + "minTileRow": "1452", + "maxTileRow": "6739", + "minTileCol": "11", + "maxTileCol": "8180" }, "14": { - "minTileRow": "5751", - "maxTileRow": "9193", - "minTileCol": "5307", - "maxTileCol": "10737" + "minTileRow": "2904", + "maxTileRow": "13479", + "minTileCol": "22", + "maxTileCol": "16361" }, "15": { - "minTileRow": "11502", - "maxTileRow": "18386", - "minTileCol": "10615", - "maxTileCol": "21474" - }, - "16": { - "minTileRow": "23004", - "maxTileRow": "36772", - "minTileCol": "21231", - "maxTileCol": "42948" + "minTileRow": "5809", + "maxTileRow": "26958", + "minTileCol": "45", + "maxTileCol": "32722" } } }, "styles": [ { - "name": "CORINE Land Cover - DOM", - "title": "CORINE Land Cover - DOM", + "name": "SCAN50_1950", + "title": "SCAN 50 historique", "current": true, "url": null } @@ -15933,36 +17222,36 @@ "legends": [ { "format": "image/png", - "url": "https://wxs.ign.fr/static/legends/CLC_DOM.png", - "minScaleDenominator": "8000" + "url": "https://data.geopf.fr/annexes/ressources/legendes/GEOGRAPHICALGRIDSYSTEMS.MAPS.SCAN50.1950-legend.png", + "minScaleDenominator": "17000" } ], "formats": [ { - "name": "image/png", + "name": "image/jpeg", "current": true } ] }, - "LANDCOVER.CLC06_FR$GEOPORTAIL:OGC:WMTS": { - "name": "LANDCOVER.CLC06_FR", - "title": "CORINE Land Cover - France métropolitaine - 2006", - "description": "Inventaire biophysique de l'occupation des sols en 2006 en 44 postes. CORINE Land Cover est une base de données d’occupation des sols produite dans le cadre du programme européen d’observation de la Terre Copernicus. Cet inventaire biophysique de l’occupation des terres fournit une information géographique de référence pour 39 États européens. La continuité du programme et la diffusion des données CORINE Land Cover sont pilotées par l'Agence européenne pour l'environnement. Le producteur pour la France est le Service de la donnée et des études statistiques du ministère chargé de l’écologie. L'utilisation de cette base de données permet des applications variées adaptées aux problématiques de l'environnement et à celles de l'aménagement du territoire : production cartographique, exploitation à des fins statistiques ou bien encore analyses géographiques en combinaison avec d'autres bases de données. Outil de connaissance et d'analyse, CORINE Land Cover apporte également une aide à la décision comme instrument de suivi, de surveillance et de gestion de l'environnement, des milieux naturels et plus généralement de l'aménagement de l'espace. La base de données CORINE Land Cover 2006, dite CLC 2006, a été réalisée à partir de CLC 2000 révisée et de la base des changements 2000-2006.", + "GEOGRAPHICALGRIDSYSTEMS.PLANIGNV2$GEOPORTAIL:OGC:WMTS": { + "name": "GEOGRAPHICALGRIDSYSTEMS.PLANIGNV2", + "title": "Plan IGN v2", + "description": "Cartographie multi-échelles sur le territoire national, issue des bases de données vecteur de l’IGN, mis à jour régulièrement et réalisée selon un processus entièrement automatisé.", "globalConstraint": { "maxScaleDenominator": 559082264.0287179, "minScaleDenominator": 266.5911979812229, "bbox": { - "left": -9.88147, - "right": 11.6781, - "top": 51.4428, - "bottom": 40.576 + "left": -175.0, + "right": 175.0, + "top": 85.0, + "bottom": -85.0 } }, "serviceParams": { "id": "OGC:WMTS", "version": "1.0.0", "serverUrl": { - "clc": "https://wxs.ign.fr/clc/geoportail/wmts" + "full": "https://data.geopf.fr/wmts" } }, "defaultProjection": "EPSG:3857", @@ -15977,115 +17266,133 @@ }, "1": { "minTileRow": "0", - 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CORINE Land Cover est une base de données d’occupation des sols produite dans le cadre du programme européen d’observation de la Terre Copernicus. Cet inventaire biophysique de l’occupation des terres fournit une information géographique de référence pour 39 États européens. La continuité du programme et la diffusion des données CORINE Land Cover sont pilotées par l'Agence européenne pour l'environnement. Le producteur pour la France est le Service de la donnée et des études statistiques du ministère chargé de l’écologie. L'utilisation de cette base de données permet des applications variées adaptées aux problématiques de l'environnement et à celles de l'aménagement du territoire : production cartographique, exploitation à des fins statistiques ou bien encore analyses géographiques en combinaison avec d'autres bases de données. Outil de connaissance et d'analyse, CORINE Land Cover apporte également une aide à la décision comme instrument de suivi, de surveillance et de gestion de l'environnement, des milieux naturels et plus généralement de l'aménagement de l'espace. La base de données CORINE Land Cover 2012, dite CLC 2012, a été réalisée à partir de CLC 2006 révisée et de la base des changements 2006-2012.", + "GEOGRAPHICALGRIDSYSTEMS.SLOPES.MOUNTAIN$GEOPORTAIL:OGC:WMTS": { + "name": "GEOGRAPHICALGRIDSYSTEMS.SLOPES.MOUNTAIN", + "title": "Carte des pentes", + "description": "Carte des zones ayant une valeur de pente supérieure à 30°-35°-40°-45° d'après la BD ALTI au pas de 5m", "globalConstraint": { "maxScaleDenominator": 559082264.0287179, "minScaleDenominator": 266.5911979812229, "bbox": { - "left": -63.3725, - "right": 55.9259, - "top": 51.4428, - "bottom": -21.4756 + "left": -63.1614, + "right": 56.0018, + "top": 51.0991, + "bottom": -21.5446 } }, "serviceParams": { "id": "OGC:WMTS", "version": "1.0.0", "serverUrl": { - "clc": "https://wxs.ign.fr/clc/geoportail/wmts" + "full": "https://data.geopf.fr/wmts" } }, "defaultProjection": "EPSG:3857", @@ -16122,121 +17429,127 @@ "tileMatrixSetLimits": { "0": { "minTileRow": "0", - "maxTileRow": "1", + "maxTileRow": "0", "minTileCol": "0", - "maxTileCol": "1" + "maxTileCol": "0" }, "1": { "minTileRow": "0", - "maxTileRow": "2", + "maxTileRow": "1", "minTileCol": "0", - "maxTileCol": "2" + "maxTileCol": "1" }, "2": { - "minTileRow": "0", - "maxTileRow": "4", - "minTileCol": "0", - "maxTileCol": "4" + "minTileRow": "1", + "maxTileRow": "2", + "minTileCol": "1", + "maxTileCol": "2" }, "3": { - "minTileRow": "0", - "maxTileRow": "8", - "minTileCol": "0", - "maxTileCol": "8" + "minTileRow": "2", + "maxTileRow": "4", + "minTileCol": "2", + "maxTileCol": "5" }, "4": { - "minTileRow": "0", - "maxTileRow": "15", - "minTileCol": "0", - "maxTileCol": "15" + "minTileRow": "5", + "maxTileRow": "8", + "minTileCol": "5", + "maxTileCol": "10" }, "5": { - "minTileRow": "0", - "maxTileRow": "31", - "minTileCol": "0", - "maxTileCol": "31" + "minTileRow": "10", + "maxTileRow": "17", + "minTileCol": "10", + "maxTileCol": "20" }, "6": { - "minTileRow": "16", - "maxTileRow": "47", - "minTileCol": "16", - "maxTileCol": "47" + "minTileRow": "21", + "maxTileRow": "35", + "minTileCol": "20", + "maxTileCol": "41" }, "7": { - "minTileRow": "32", - "maxTileRow": "79", - "minTileCol": "32", - "maxTileCol": "95" + "minTileRow": "42", + "maxTileRow": "71", + "minTileCol": "41", + "maxTileCol": "83" }, "8": { - "minTileRow": "80", + "minTileRow": "85", "maxTileRow": "143", - "minTileCol": "80", - "maxTileCol": "175" + "minTileCol": "83", + "maxTileCol": "167" }, "9": { - "minTileRow": "160", + "minTileRow": "171", "maxTileRow": "287", - "minTileCol": "160", + "minTileCol": "166", "maxTileCol": "335" }, "10": { - "minTileRow": "336", - "maxTileRow": "575", - "minTileCol": "336", + "minTileRow": "342", + "maxTileRow": "574", + "minTileCol": "332", "maxTileCol": "671" }, "11": { - "minTileRow": "672", - "maxTileRow": "1151", - "minTileCol": "672", - "maxTileCol": "1343" + "minTileRow": "684", + "maxTileRow": "1149", + "minTileCol": "664", + "maxTileCol": "1342" }, "12": { - "minTileRow": "1360", - "maxTileRow": "2303", - "minTileCol": "1344", - "maxTileCol": "2687" + "minTileRow": "1369", + "maxTileRow": "2299", + "minTileCol": "1329", + "maxTileCol": "2685" }, "13": { - "minTileRow": "2736", - "maxTileRow": "4607", - "minTileCol": "2688", - "maxTileCol": "5375" + "minTileRow": "2738", + "maxTileRow": "4598", + "minTileCol": "2658", + "maxTileCol": "5370" }, "14": { - "minTileRow": "5472", - "maxTileRow": "9199", - "minTileCol": "5376", - "maxTileCol": "10735" + "minTileRow": "5477", + "maxTileRow": "9196", + "minTileCol": "5317", + "maxTileCol": "10740" }, "15": { - "minTileRow": "10944", - "maxTileRow": "18383", - "minTileCol": "10752", - "maxTileCol": "21471" + "minTileRow": "10955", + "maxTileRow": "18392", + "minTileCol": "10634", + "maxTileCol": "21481" }, "16": { - "minTileRow": "21904", - "maxTileRow": "36767", - "minTileCol": "21504", - "maxTileCol": "42943" + "minTileRow": "21911", + "maxTileRow": "36785", + "minTileCol": "21269", + "maxTileCol": "42962" + }, + "17": { + "minTileRow": "43822", + "maxTileRow": "73571", + "minTileCol": "42539", + "maxTileCol": "85925" } } }, "styles": [ { - "name": "CORINE Land Cover - DOM", - "title": "CORINE Land Cover - DOM", + "name": "normal", + "title": "Légende générique", "current": true, "url": null } ], "legends": [ { - "format": "image/png", - "url": "https://wxs.ign.fr/static/legends/CLC_DOM.png", - "minScaleDenominator": "8000" + "format": "image/jpeg", + "url": "https://data.geopf.fr/annexes/ressources/legendes/LEGEND.jpg", + "minScaleDenominator": "200" } ], "formats": [ @@ -16246,25 +17559,25 @@ } ] }, - "LANDCOVER.CLC12R$GEOPORTAIL:OGC:WMTS": { - "name": "LANDCOVER.CLC12R", - "title": "CORINE Land Cover - 2012 révisée", - "description": "Inventaire biophysique de l'occupation des sols en 2012 en 50 postes pour les DOM et 44 postes pour la Métropole. CORINE Land Cover est une base de données d’occupation des sols produite dans le cadre du programme européen d’observation de la Terre Copernicus. Cet inventaire biophysique de l’occupation des terres fournit une information géographique de référence pour 39 États européens. La continuité du programme et la diffusion des données CORINE Land Cover sont pilotées par l'Agence européenne pour l'environnement. Le producteur pour la France est le Service de la donnée et des études statistiques du ministère chargé de l’écologie. L'utilisation de cette base de données permet des applications variées adaptées aux problématiques de l'environnement et à celles de l'aménagement du territoire : production cartographique, exploitation à des fins statistiques ou bien encore analyses géographiques en combinaison avec d'autres bases de données. Outil de connaissance et d'analyse, CORINE Land Cover apporte également une aide à la décision comme instrument de suivi, de surveillance et de gestion de l'environnement, des milieux naturels et de l'aménagement de l'espace. La base de données CORINE Land Cover 2012 révisée, dite CLC 2012 révisée, est une correction de CLC 2012 réalisée à partir d'images satellitaires prises entre 2011 et 2012 et de données d'appui.", + "GEOGRAPHICALGRIDSYSTEMS.SLOPES.PAC$GEOPORTAIL:OGC:WMTS": { + "name": "GEOGRAPHICALGRIDSYSTEMS.SLOPES.PAC", + "title": "Carte des pentes pour l'agriculture sur la métropole", + "description": "Carte des zones ayant une valeur de pente supérieure à 10% - source : RGEALTI 2017 au pas de 5m - disponible jusqu'au 1/17062 - métropole uniquement - mise à jour le 12/10/2017", "globalConstraint": { "maxScaleDenominator": 559082264.0287179, "minScaleDenominator": 266.5911979812229, "bbox": { - "left": -63.3725, - "right": 55.9259, - "top": 51.4428, - "bottom": -21.4756 + "left": -63.1614, + "right": 56.0018, + "top": 51.0991, + "bottom": -21.5446 } }, "serviceParams": { "id": "OGC:WMTS", "version": "1.0.0", "serverUrl": { - "clc": "https://wxs.ign.fr/clc/geoportail/wmts" + "full": "https://data.geopf.fr/wmts" } }, "defaultProjection": "EPSG:3857", @@ -16273,121 +17586,115 @@ "tileMatrixSetLimits": { "0": { "minTileRow": "0", - "maxTileRow": "1", + "maxTileRow": "0", "minTileCol": "0", - "maxTileCol": "1" + "maxTileCol": "0" }, "1": { "minTileRow": "0", - "maxTileRow": "2", + "maxTileRow": "1", "minTileCol": "0", - "maxTileCol": "2" + "maxTileCol": "1" }, "2": { - "minTileRow": "0", - "maxTileRow": "4", - "minTileCol": "0", - "maxTileCol": "4" + "minTileRow": "1", + "maxTileRow": "2", + "minTileCol": "1", + "maxTileCol": "2" }, "3": { - "minTileRow": "0", - "maxTileRow": "8", - "minTileCol": "0", - "maxTileCol": "8" + "minTileRow": "2", + "maxTileRow": "4", + "minTileCol": "2", + "maxTileCol": "5" }, "4": { - "minTileRow": "0", - "maxTileRow": "15", - "minTileCol": "0", - "maxTileCol": "15" + "minTileRow": "5", + "maxTileRow": "8", + "minTileCol": "5", + "maxTileCol": "10" }, "5": { - "minTileRow": "0", - "maxTileRow": "31", - "minTileCol": "0", - "maxTileCol": "31" + "minTileRow": "10", + "maxTileRow": "17", + "minTileCol": "10", + "maxTileCol": "20" }, "6": { - "minTileRow": "16", - "maxTileRow": "47", - "minTileCol": "16", - "maxTileCol": "47" + "minTileRow": "21", + "maxTileRow": "35", + "minTileCol": "20", + "maxTileCol": "41" }, "7": { - "minTileRow": "32", - "maxTileRow": "79", - "minTileCol": "32", - "maxTileCol": "95" + "minTileRow": "42", + "maxTileRow": "71", + "minTileCol": "41", + "maxTileCol": "83" }, "8": { - "minTileRow": "80", + "minTileRow": "85", "maxTileRow": "143", - "minTileCol": "80", - "maxTileCol": "175" + "minTileCol": "83", + "maxTileCol": "167" }, "9": { - "minTileRow": "160", + "minTileRow": "171", "maxTileRow": "287", - "minTileCol": "160", + "minTileCol": "166", "maxTileCol": "335" }, "10": { - "minTileRow": "336", - "maxTileRow": "575", - "minTileCol": "336", + "minTileRow": "342", + "maxTileRow": "574", + "minTileCol": "332", "maxTileCol": "671" }, "11": { - "minTileRow": "672", - "maxTileRow": "1151", - "minTileCol": "672", - "maxTileCol": "1343" + "minTileRow": "684", + "maxTileRow": "1149", + "minTileCol": "664", + "maxTileCol": "1342" }, "12": { - "minTileRow": "1360", - "maxTileRow": "2303", - "minTileCol": "1344", - "maxTileCol": "2687" + "minTileRow": "1369", + "maxTileRow": "2299", + "minTileCol": "1329", + "maxTileCol": "2685" }, "13": { - "minTileRow": "2720", - "maxTileRow": "4607", - "minTileCol": "2688", - "maxTileCol": "5375" + "minTileRow": "2738", + "maxTileRow": "4598", + "minTileCol": "2658", + "maxTileCol": "5370" }, "14": { - "minTileRow": "5456", - "maxTileRow": "9199", - "minTileCol": "5376", - "maxTileCol": "10735" + "minTileRow": "5477", + "maxTileRow": "9196", + "minTileCol": "5317", + "maxTileCol": "10740" }, "15": { - "minTileRow": "10928", - "maxTileRow": "18383", - "minTileCol": "10752", - "maxTileCol": "21471" - }, - "16": { - "minTileRow": "21872", - "maxTileRow": "36767", - "minTileCol": "21504", - "maxTileCol": "42943" + "minTileRow": "10955", + "maxTileRow": "18392", + "minTileCol": "10634", + "maxTileCol": "21481" } } }, "styles": [ { - "name": "CORINE Land Cover", - "title": "CORINE Land Cover", + "name": "normal", + "title": "Légende générique", "current": true, "url": null } ], "legends": [ { - "format": "image/png", - "url": "https://wxs.ign.fr/static/legends/CLC.png", - "minScaleDenominator": "8000" + "format": "image/jpeg", + "url": "https://data.geopf.fr/annexes/ressources/legendes/LEGEND.jpg", + "minScaleDenominator": "200" } ], "formats": [ @@ -16397,148 +17704,124 @@ } ] }, - "LANDCOVER.CLC12R_DOM$GEOPORTAIL:OGC:WMTS": { - "name": "LANDCOVER.CLC12R_DOM", - "title": "CORINE Land Cover - DOM - 2012 révisée", - "description": "Inventaire biophysique de l'occupation des sols en 2012 en 50 postes. CORINE Land Cover est une base de données d’occupation des sols produite dans le cadre du programme européen d’observation de la Terre Copernicus. Cet inventaire biophysique de l’occupation des terres fournit une information géographique de référence pour 39 États européens. La continuité du programme et la diffusion des données CORINE Land Cover sont pilotées par l'Agence européenne pour l'environnement. Le producteur pour la France est le Service de la donnée et des études statistiques du ministère chargé de l’écologie. L'utilisation de cette base de données permet des applications variées adaptées aux problématiques de l'environnement et à celles de l'aménagement du territoire : production cartographique, exploitation à des fins statistiques ou bien encore analyses géographiques en combinaison avec d'autres bases de données. Outil de connaissance et d'analyse, CORINE Land Cover apporte également une aide à la décision comme instrument de suivi, de surveillance et de gestion de l'environnement, des milieux naturels et de l'aménagement de l'espace. La base de données CORINE Land Cover 2012 révisée, dite CLC 2012 révisée, est une correction de CLC 2012 réalisée à partir d'images satellitaires prises entre 2011 et 2012 et de données d'appui.", + "GEOGRAPHICALGRIDSYSTEMS.TERRIER_V1$GEOPORTAIL:OGC:WMTS": { + "name": "GEOGRAPHICALGRIDSYSTEMS.TERRIER_V1", + "title": "Plan Terrier V1 (XVIIIe siècle)", + "description": "Plan Terrier Corse V1 (XVIIIe siècle) - GEOGRAPHICALGRIDSYSTEMS.TERRIER_V1", "globalConstraint": { "maxScaleDenominator": 559082264.0287179, "minScaleDenominator": 266.5911979812229, "bbox": { - "left": -63.3725, - "right": 55.9259, - "top": 47.1747, - "bottom": -21.4756 + "left": 8.36284, + "right": 9.75281, + "top": 43.1174, + "bottom": 41.2568 } }, "serviceParams": { "id": "OGC:WMTS", "version": "1.0.0", "serverUrl": { - "clc": "https://wxs.ign.fr/clc/geoportail/wmts" + "full": "https://data.geopf.fr/wmts" } }, "defaultProjection": "EPSG:3857", "wmtsOptions": { "tileMatrixSetLink": "PM", "tileMatrixSetLimits": { - "0": { - "minTileRow": "0", - "maxTileRow": "0", - "minTileCol": "0", - "maxTileCol": "0" - }, - "1": { - "minTileRow": "0", - "maxTileRow": "1", - "minTileCol": "0", - "maxTileCol": "1" - }, - "2": { - "minTileRow": "1", - "maxTileRow": "2", - "minTileCol": "1", - "maxTileCol": "2" - }, - "3": { - "minTileRow": "2", - "maxTileRow": "4", - "minTileCol": "2", - "maxTileCol": "5" - }, - "4": { - "minTileRow": "5", - "maxTileRow": "8", - "minTileCol": "5", - "maxTileCol": "10" - }, - "5": { - "minTileRow": "11", - "maxTileRow": "17", - "minTileCol": "10", - "maxTileCol": "20" - }, "6": { - "minTileRow": "22", - "maxTileRow": "35", - "minTileCol": "20", - "maxTileCol": "41" + "minTileRow": "23", + "maxTileRow": "23", + "minTileCol": "33", + "maxTileCol": "33" }, "7": { - "minTileRow": "44", - "maxTileRow": "71", - "minTileCol": "41", - "maxTileCol": "83" + "minTileRow": "46", + "maxTileRow": "47", + "minTileCol": "66", + "maxTileCol": "67" }, "8": { - "minTileRow": "89", - "maxTileRow": "143", - "minTileCol": "82", - "maxTileCol": "167" + "minTileRow": "93", + "maxTileRow": "95", + "minTileCol": "133", + "maxTileCol": "134" }, "9": { - "minTileRow": "179", - "maxTileRow": "287", - "minTileCol": "165", - "maxTileCol": "335" + "minTileRow": "187", + "maxTileRow": "191", + "minTileCol": "267", + "maxTileCol": "269" }, "10": { - "minTileRow": "359", - "maxTileRow": "574", - "minTileCol": "331", - "maxTileCol": "671" + "minTileRow": "375", + "maxTileRow": "382", + "minTileCol": "535", + "maxTileCol": "539" }, "11": { - "minTileRow": "718", - "maxTileRow": "1149", - "minTileCol": "663", - "maxTileCol": "1342" + "minTileRow": "751", + "maxTileRow": "765", + "minTileCol": "1071", + "maxTileCol": "1079" }, "12": { - "minTileRow": "1437", - "maxTileRow": "2298", - "minTileCol": "1326", - "maxTileCol": "2684" + "minTileRow": "1503", + "maxTileRow": "1531", + "minTileCol": "2143", + "maxTileCol": "2158" }, "13": { - "minTileRow": "2875", - "maxTileRow": "4596", - "minTileCol": "2653", - "maxTileCol": "5368" + "minTileRow": "3006", + "maxTileRow": "3063", + "minTileCol": "4286", + "maxTileCol": "4317" }, "14": { - "minTileRow": "5751", - "maxTileRow": "9193", - "minTileCol": "5307", - "maxTileCol": "10737" + "minTileRow": "6012", + "maxTileRow": "6127", + "minTileCol": "8572", + "maxTileCol": "8635" }, "15": { - "minTileRow": "11502", - "maxTileRow": "18386", - "minTileCol": "10615", - "maxTileCol": "21474" + "minTileRow": "12025", + "maxTileRow": "12254", + "minTileCol": "17145", + "maxTileCol": "17271" }, "16": { - "minTileRow": "23004", - "maxTileRow": "36772", - "minTileCol": "21231", - "maxTileCol": "42948" + "minTileRow": "24051", + "maxTileRow": "24509", + "minTileCol": "34290", + "maxTileCol": "34543" + }, + "17": { + "minTileRow": "48103", + "maxTileRow": "49018", + "minTileCol": "68580", + "maxTileCol": "69086" + }, + "18": { + "minTileRow": "96207", + "maxTileRow": "98036", + "minTileCol": "137161", + "maxTileCol": "138173" } } }, "styles": [ { - "name": "CORINE Land Cover - DOM", - "title": "CORINE Land Cover - DOM", + "name": "nolegend", + "title": "Données sans légende", "current": true, "url": null } ], "legends": [ { - "format": "image/png", - "url": "https://wxs.ign.fr/static/legends/CLC_DOM.png", - "minScaleDenominator": "8000" + "format": "image/jpeg", + "url": "https://data.geopf.fr/annexes/ressources/legendes/LEGEND.jpg", + "minScaleDenominator": "200" } ], "formats": [ @@ -16548,148 +17831,124 @@ } ] }, - "LANDCOVER.CLC12R_FR$GEOPORTAIL:OGC:WMTS": { - "name": "LANDCOVER.CLC12R_FR", - "title": "CORINE Land Cover - France métropolitaine - 2012 révisée", - "description": "Inventaire biophysique de l'occupation des sols en 2012 en 44 postes. CORINE Land Cover est une base de données d’occupation des sols produite dans le cadre du programme européen d’observation de la Terre Copernicus. Cet inventaire biophysique de l’occupation des terres fournit une information géographique de référence pour 39 États européens. La continuité du programme et la diffusion des données CORINE Land Cover sont pilotées par l'Agence européenne pour l'environnement. Le producteur pour la France est le Service de la donnée et des études statistiques du ministère chargé de l’écologie. L'utilisation de cette base de données permet des applications variées adaptées aux problématiques de l'environnement et à celles de l'aménagement du territoire : production cartographique, exploitation à des fins statistiques ou bien encore analyses géographiques en combinaison avec d'autres bases de données. Outil de connaissance et d'analyse, CORINE Land Cover apporte également une aide à la décision comme instrument de suivi, de surveillance et de gestion de l'environnement, des milieux naturels et plus généralement de l'aménagement de l'espace. La base de données CORINE Land Cover 2012 révisée, dite CLC 2012 révisée, est une correction de CLC 2012 réalisée à partir d'images satellitaires des années 2011-2012 et de données d'appui.", + "GEOGRAPHICALGRIDSYSTEMS.TERRIER_V2$GEOPORTAIL:OGC:WMTS": { + "name": "GEOGRAPHICALGRIDSYSTEMS.TERRIER_V2", + "title": "Plan Terrier V2 (XVIIIe siècle)", + "description": "Plan Terrier, cartographie ancienne du XVIIIème siècle sur la Corse version est une version numérisée par les archives militaires du Ministère de la Défense", "globalConstraint": { "maxScaleDenominator": 559082264.0287179, "minScaleDenominator": 266.5911979812229, "bbox": { - "left": -9.88147, - "right": 11.6781, - "top": 51.4428, - "bottom": 40.576 + "left": 8.36284, + "right": 9.75282, + "top": 43.1174, + "bottom": 41.2568 } }, "serviceParams": { "id": "OGC:WMTS", "version": "1.0.0", "serverUrl": { - "clc": "https://wxs.ign.fr/clc/geoportail/wmts" + "full": "https://data.geopf.fr/wmts" } }, "defaultProjection": "EPSG:3857", "wmtsOptions": { "tileMatrixSetLink": "PM", "tileMatrixSetLimits": { - "0": { - "minTileRow": "0", - "maxTileRow": "0", - "minTileCol": "0", - "maxTileCol": "0" - }, - "1": { - "minTileRow": "0", - "maxTileRow": "0", - "minTileCol": "0", - "maxTileCol": "1" + "6": { + "minTileRow": "23", + "maxTileRow": "23", + "minTileCol": "33", + "maxTileCol": "33" }, - "2": { - "minTileRow": "1", - "maxTileRow": "1", - "minTileCol": "1", - "maxTileCol": "2" + "7": { + "minTileRow": "46", + "maxTileRow": "47", + "minTileCol": "66", + "maxTileCol": "67" }, - "3": { - "minTileRow": "2", - "maxTileRow": "3", - "minTileCol": "3", - "maxTileCol": "4" - }, - "4": { - "minTileRow": "5", - "maxTileRow": "6", - "minTileCol": "7", - "maxTileCol": "8" - }, - "5": { - "minTileRow": "10", - "maxTileRow": "12", - "minTileCol": "15", - "maxTileCol": "17" - }, - "6": { - "minTileRow": "21", - "maxTileRow": "24", - "minTileCol": "30", - "maxTileCol": "34" - }, - "7": { - "minTileRow": "42", - "maxTileRow": "48", - "minTileCol": "60", - "maxTileCol": "68" - }, - "8": { - "minTileRow": "85", - "maxTileRow": "96", - "minTileCol": "120", - "maxTileCol": "136" + "8": { + "minTileRow": "93", + "maxTileRow": "95", + "minTileCol": "133", + "maxTileCol": "134" }, "9": { - "minTileRow": "170", - "maxTileRow": "192", - "minTileCol": "241", - "maxTileCol": "272" + "minTileRow": "187", + "maxTileRow": "191", + "minTileCol": "267", + "maxTileCol": "269" }, "10": { - "minTileRow": "340", - "maxTileRow": "385", - "minTileCol": "483", - "maxTileCol": "545" + "minTileRow": "375", + "maxTileRow": "382", + "minTileCol": "535", + "maxTileCol": "539" }, "11": { - "minTileRow": "681", - "maxTileRow": "771", - "minTileCol": "967", - "maxTileCol": "1090" + "minTileRow": "751", + "maxTileRow": "765", + "minTileCol": "1071", + "maxTileCol": "1079" }, "12": { - "minTileRow": "1363", - "maxTileRow": "1542", - "minTileCol": "1935", - "maxTileCol": "2180" + "minTileRow": "1503", + "maxTileRow": "1531", + "minTileCol": "2143", + "maxTileCol": "2158" }, "13": { - "minTileRow": "2726", - "maxTileRow": "3084", - "minTileCol": "3871", - "maxTileCol": "4361" + "minTileRow": "3006", + "maxTileRow": "3063", + "minTileCol": "4286", + "maxTileCol": "4317" }, "14": { - "minTileRow": "5452", - "maxTileRow": "6168", - "minTileCol": "7742", - "maxTileCol": "8723" + "minTileRow": "6012", + "maxTileRow": "6127", + "minTileCol": "8572", + "maxTileCol": "8635" }, "15": { - "minTileRow": "10905", - "maxTileRow": "12336", - "minTileCol": "15484", - "maxTileCol": "17446" + "minTileRow": "12025", + "maxTileRow": "12254", + "minTileCol": "17145", + "maxTileCol": "17271" }, "16": { - "minTileRow": "21811", - "maxTileRow": "24673", - "minTileCol": "30969", - "maxTileCol": "34893" + "minTileRow": "24051", + "maxTileRow": "24509", + "minTileCol": "34290", + "maxTileCol": "34543" + }, + "17": { + "minTileRow": "48103", + "maxTileRow": "49018", + "minTileCol": "68580", + "maxTileCol": "69086" + }, + "18": { + "minTileRow": "96207", + "maxTileRow": "98036", + "minTileCol": "137161", + "maxTileCol": "138173" } } }, "styles": [ { - "name": "CORINE Land Cover - France métropolitaine", - "title": "CORINE Land Cover - France métropolitaine", + "name": "nolegend", + "title": "Données sans légende", "current": true, "url": null } ], "legends": [ { - "format": "image/png", - "url": "https://wxs.ign.fr/static/legends/CLC_FR.png", - "minScaleDenominator": "8000" + "format": "image/jpeg", + "url": "https://data.geopf.fr/annexes/ressources/legendes/LEGEND.jpg", + "minScaleDenominator": "200" } ], "formats": [ @@ -16699,148 +17958,100 @@ } ] }, - "LANDCOVER.CLC12_DOM$GEOPORTAIL:OGC:WMTS": { - "name": "LANDCOVER.CLC12_DOM", - "title": "CORINE Land Cover - DOM - 2012", - "description": "Inventaire biophysique de l'occupation des sols en 2012 en 50 postes. CORINE Land Cover est une base de données d’occupation des sols produite dans le cadre du programme européen d’observation de la Terre Copernicus. Cet inventaire biophysique de l’occupation des terres fournit une information géographique de référence pour 39 États européens. La continuité du programme et la diffusion des données CORINE Land Cover sont pilotées par l'Agence européenne pour l'environnement. Le producteur pour la France est le Service de la donnée et des études statistiques du ministère chargé de l’écologie. L'utilisation de cette base de données permet des applications variées adaptées aux problématiques de l'environnement et à celles de l'aménagement du territoire : production cartographique, exploitation à des fins statistiques ou bien encore analyses géographiques en combinaison avec d'autres bases de données. Outil de connaissance et d'analyse, CORINE Land Cover apporte également une aide à la décision comme instrument de suivi, de surveillance et de gestion de l'environnement, des milieux naturels et de l'aménagement de l'espace. La base de données CORINE Land Cover DOM 2012 a été réalisée à partir de CORINE Land Cover DOM 2006 révisée et de la base des changements 2006-2012.", + "GEOGRAPHICALGRIDSYSTEMS.VERDUN_ENVIRONS_NORD_fronts_offensves_50K$GEOPORTAIL:OGC:WMTS": { + "name": "GEOGRAPHICALGRIDSYSTEMS.VERDUN_ENVIRONS_NORD_fronts_offensves_50K", + "title": "Verdun et ses environs : offensives (février 1916 à aout1917 )", + "description": "Zone de Verdun et ses environs : offensives (février 1916 à aout1917 )", "globalConstraint": { "maxScaleDenominator": 559082264.0287179, "minScaleDenominator": 266.5911979812229, "bbox": { - "left": -63.3725, - "right": 55.9259, - "top": 47.1747, - "bottom": -21.4756 + "left": 4.99018, + "right": 5.65437, + "top": 49.4144, + "bottom": 49.0887 } }, "serviceParams": { "id": "OGC:WMTS", "version": "1.0.0", "serverUrl": { - "clc": "https://wxs.ign.fr/clc/geoportail/wmts" + "full": "https://data.geopf.fr/wmts" } }, "defaultProjection": "EPSG:3857", "wmtsOptions": { "tileMatrixSetLink": "PM", "tileMatrixSetLimits": { - "0": { - "minTileRow": "0", - "maxTileRow": "0", - "minTileCol": "0", - "maxTileCol": "0" - }, - "1": { - "minTileRow": "0", - "maxTileRow": "1", - "minTileCol": "0", - "maxTileCol": "1" - }, - "2": { - "minTileRow": "1", - "maxTileRow": "2", - "minTileCol": "1", - "maxTileCol": "2" - }, - "3": { - "minTileRow": "2", - "maxTileRow": "4", - "minTileCol": "2", - "maxTileCol": "5" - }, - "4": { - "minTileRow": "5", - "maxTileRow": "8", - "minTileCol": "5", - "maxTileCol": "10" - }, - "5": { - "minTileRow": "11", - "maxTileRow": "17", - "minTileCol": "10", - "maxTileCol": "20" - }, "6": { - "minTileRow": "22", - "maxTileRow": "35", - "minTileCol": "20", - "maxTileCol": "41" + "minTileRow": "21", + "maxTileRow": "21", + "minTileCol": "32", + "maxTileCol": "33" }, "7": { - "minTileRow": "44", - "maxTileRow": "71", - "minTileCol": "41", - "maxTileCol": "83" + "minTileRow": "43", + "maxTileRow": "43", + "minTileCol": "65", + "maxTileCol": "66" }, "8": { - "minTileRow": "89", - "maxTileRow": "143", - "minTileCol": "82", - "maxTileCol": "167" + "minTileRow": "87", + "maxTileRow": "87", + "minTileCol": "131", + "maxTileCol": "132" }, "9": { - "minTileRow": "179", - "maxTileRow": "287", - "minTileCol": "165", - "maxTileCol": "335" + "minTileRow": "174", + "maxTileRow": "175", + "minTileCol": "263", + "maxTileCol": "264" }, "10": { - "minTileRow": "359", - "maxTileRow": "574", - "minTileCol": "331", - "maxTileCol": "671" + "minTileRow": "349", + "maxTileRow": "351", + "minTileCol": "526", + "maxTileCol": "528" }, "11": { - "minTileRow": "718", - "maxTileRow": "1149", - "minTileCol": "663", - "maxTileCol": "1342" + "minTileRow": "699", + "maxTileRow": "702", + "minTileCol": "1052", + "maxTileCol": "1056" }, "12": { - "minTileRow": "1437", - "maxTileRow": "2298", - "minTileCol": "1326", - "maxTileCol": "2684" + "minTileRow": "1399", + "maxTileRow": "1405", + "minTileCol": "2104", + "maxTileCol": "2112" }, "13": { - "minTileRow": "2875", - "maxTileRow": "4596", - "minTileCol": "2653", - "maxTileCol": "5368" + "minTileRow": "2798", + "maxTileRow": "2810", + "minTileCol": "4209", + "maxTileCol": "4224" }, "14": { - "minTileRow": "5751", - "maxTileRow": "9193", - "minTileCol": "5307", - "maxTileCol": "10737" - }, - "15": { - "minTileRow": "11502", - "maxTileRow": "18386", - "minTileCol": "10615", - "maxTileCol": "21474" - }, - "16": { - "minTileRow": "23004", - "maxTileRow": "36772", - "minTileCol": "21231", - "maxTileCol": "42948" + "minTileRow": "5597", + "maxTileRow": "5620", + "minTileCol": "8419", + "maxTileCol": "8449" } } }, "styles": [ { - "name": "CORINE Land Cover - DOM", - "title": "CORINE Land Cover - DOM", + "name": "normal", + "title": "Légende générique", "current": true, "url": null } ], "legends": [ { - "format": "image/png", - "url": "https://wxs.ign.fr/static/legends/CLC_DOM.png", - "minScaleDenominator": "8000" + "format": "image/jpeg", + "url": "https://data.geopf.fr/annexes/ressources/legendes/LEGEND.jpg", + "minScaleDenominator": "200" } ], "formats": [ @@ -16850,148 +18061,94 @@ } ] }, - "LANDCOVER.CLC12_FR$GEOPORTAIL:OGC:WMTS": { - "name": "LANDCOVER.CLC12_FR", - "title": "CORINE Land Cover - France métropolitaine - 2012", - "description": "Inventaire biophysique de l'occupation des sols en 2012 en 44 postes. CORINE Land Cover est une base de données d’occupation des sols produite dans le cadre du programme européen d’observation de la Terre Copernicus. Cet inventaire biophysique de l’occupation des terres fournit une information géographique de référence pour 39 États européens. La continuité du programme et la diffusion des données CORINE Land Cover sont pilotées par l'Agence européenne pour l'environnement. Le producteur pour la France est le Service de la donnée et des études statistiques du ministère chargé de l’écologie. L'utilisation de cette base de données permet des applications variées adaptées aux problématiques de l'environnement et à celles de l'aménagement du territoire : production cartographique, exploitation à des fins statistiques ou bien encore analyses géographiques en combinaison avec d'autres bases de données. Outil de connaissance et d'analyse, CORINE Land Cover apporte également une aide à la décision comme instrument de suivi, de surveillance et de gestion de l'environnement, des milieux naturels et plus généralement de l'aménagement de l'espace. La base de données CORINE Land Cover 2012, dite CLC 2012, a été réalisée à partir de CLC 2006 révisée et de la base des changements 2006-2012.", + "GEOGRAPHICALGRIDSYSTEMS.VERDUN_ENVIRONS_SUD_NORD_com_group_80K$GEOPORTAIL:OGC:WMTS": { + "name": "GEOGRAPHICALGRIDSYSTEMS.VERDUN_ENVIRONS_SUD_NORD_com_group_80K", + "title": "Verdun et ses environs: voies de communication (novembre 1916)", + "description": "Zone de Verdun et ses environs: voies de communication (novembre 1916)", "globalConstraint": { "maxScaleDenominator": 559082264.0287179, "minScaleDenominator": 266.5911979812229, "bbox": { - "left": -9.88147, - "right": 11.6781, - "top": 51.4428, - "bottom": 40.576 + "left": 4.79205, + "right": 5.9969, + "top": 49.5144, + "bottom": 48.9421 } }, "serviceParams": { "id": "OGC:WMTS", "version": "1.0.0", "serverUrl": { - "clc": "https://wxs.ign.fr/clc/geoportail/wmts" + "full": "https://data.geopf.fr/wmts" } }, "defaultProjection": "EPSG:3857", "wmtsOptions": { "tileMatrixSetLink": "PM", "tileMatrixSetLimits": { - "0": { - "minTileRow": "0", - "maxTileRow": "0", - "minTileCol": "0", - "maxTileCol": "0" - }, - "1": { - "minTileRow": "0", - "maxTileRow": "0", - "minTileCol": "0", - "maxTileCol": "1" - }, - "2": { - "minTileRow": "1", - "maxTileRow": "1", - "minTileCol": "1", - "maxTileCol": "2" - }, - "3": { - "minTileRow": "2", - "maxTileRow": "3", - "minTileCol": "3", - "maxTileCol": "4" - }, - "4": { - "minTileRow": "5", - "maxTileRow": "6", - "minTileCol": "7", - "maxTileCol": "8" - }, - "5": { - "minTileRow": "10", - "maxTileRow": "12", - "minTileCol": "15", - "maxTileCol": "17" - }, "6": { "minTileRow": "21", - "maxTileRow": "24", - "minTileCol": "30", - "maxTileCol": "34" + "maxTileRow": "21", + "minTileCol": "32", + "maxTileCol": "33" }, "7": { - "minTileRow": "42", - "maxTileRow": "48", - "minTileCol": "60", - "maxTileCol": "68" + "minTileRow": "43", + "maxTileRow": "43", + "minTileCol": "65", + "maxTileCol": "66" }, "8": { - "minTileRow": "85", - "maxTileRow": "96", - "minTileCol": "120", - "maxTileCol": "136" + "minTileRow": "87", + "maxTileRow": "87", + "minTileCol": "131", + "maxTileCol": "132" }, "9": { - "minTileRow": "170", - "maxTileRow": "192", - "minTileCol": "241", - "maxTileCol": "272" + "minTileRow": "174", + "maxTileRow": "175", + "minTileCol": "262", + "maxTileCol": "264" }, "10": { - "minTileRow": "340", - "maxTileRow": "385", - "minTileCol": "483", - "maxTileCol": "545" + "minTileRow": "349", + "maxTileRow": "351", + "minTileCol": "525", + "maxTileCol": "529" }, "11": { - "minTileRow": "681", - "maxTileRow": "771", - "minTileCol": "967", - "maxTileCol": "1090" + "minTileRow": "698", + "maxTileRow": "703", + "minTileCol": "1051", + "maxTileCol": "1058" }, "12": { - "minTileRow": "1363", - "maxTileRow": "1542", - "minTileCol": "1935", - "maxTileCol": "2180" + "minTileRow": "1397", + "maxTileRow": "1407", + "minTileCol": "2102", + "maxTileCol": "2116" }, "13": { - "minTileRow": "2726", - "maxTileRow": "3084", - "minTileCol": "3871", - "maxTileCol": "4361" - }, - "14": { - "minTileRow": "5452", - "maxTileRow": "6168", - "minTileCol": "7742", - "maxTileCol": "8723" - }, - "15": { - "minTileRow": "10905", - "maxTileRow": "12336", - "minTileCol": "15484", - "maxTileCol": "17446" - }, - "16": { - "minTileRow": "21811", - "maxTileRow": "24673", - "minTileCol": "30969", - "maxTileCol": "34893" + "minTileRow": "2795", + "maxTileRow": "2815", + "minTileCol": "4205", + "maxTileCol": "4232" } } }, "styles": [ { - "name": "CORINE Land Cover - France métropolitaine", - "title": "CORINE Land Cover - France métropolitaine", + "name": "normal", + "title": "Légende générique", "current": true, "url": null } ], "legends": [ { - "format": "image/png", - "url": "https://wxs.ign.fr/static/legends/CLC_FR.png", - "minScaleDenominator": "8000" + "format": "image/jpeg", + "url": "https://data.geopf.fr/annexes/ressources/legendes/LEGEND.jpg", + "minScaleDenominator": "200" } ], "formats": [ @@ -17001,148 +18158,100 @@ } ] }, - "LANDCOVER.CLC18$GEOPORTAIL:OGC:WMTS": { - "name": "LANDCOVER.CLC18", - "title": "CORINE Land Cover - 2018", - "description": "Inventaire biophysique de l'occupation des sols en 2018 en 50 postes pour les DOM et 44 postes pour la Métropole. CORINE Land Cover est une base de données d’occupation des sols produite dans le cadre du programme européen d’observation de la Terre Copernicus. Cet inventaire biophysique de l’occupation des terres fournit une information géographique de référence pour 39 États européens. La continuité du programme et la diffusion des données CORINE Land Cover sont pilotées par l'Agence européenne pour l'environnement. Le producteur pour la France est le Service de la donnée et des études statistiques du ministère chargé de l’écologie. L'utilisation de cette base de données permet des applications variées adaptées aux problématiques de l'environnement et à celles de l'aménagement du territoire : production cartographique, exploitation à des fins statistiques ou bien encore analyses géographiques en combinaison avec d'autres bases de données. Outil de connaissance et d'analyse, CORINE Land Cover apporte également une aide à la décision comme instrument de suivi, de surveillance et de gestion de l'environnement, des milieux naturels et de l'aménagement de l'espace. La base de données CORINE Land Cover 2018 a été réalisée à partir de CORINE Land Cover 2012 révisée et de la base des changements 2012-2018.", + "GEOGRAPHICALGRIDSYSTEMS.VERDUN_ENVIRONS_fronts_50K_21-26fevr1916$GEOPORTAIL:OGC:WMTS": { + "name": "GEOGRAPHICALGRIDSYSTEMS.VERDUN_ENVIRONS_fronts_50K_21-26fevr1916", + "title": "Verdun et ses environs : fronts français (21-26 février 1916)", + "description": "Zone de Verdun et ses environs : fronts français (21-26 février 1916)", "globalConstraint": { "maxScaleDenominator": 559082264.0287179, "minScaleDenominator": 266.5911979812229, "bbox": { - "left": -63.3725, - "right": 55.9259, - "top": 51.4428, - "bottom": -21.4756 + "left": 4.98696, + "right": 5.64305, + "top": 49.3719, + "bottom": 49.0849 } }, "serviceParams": { "id": "OGC:WMTS", "version": "1.0.0", "serverUrl": { - "clc": "https://wxs.ign.fr/clc/geoportail/wmts" + "full": "https://data.geopf.fr/wmts" } }, "defaultProjection": "EPSG:3857", "wmtsOptions": { "tileMatrixSetLink": "PM", "tileMatrixSetLimits": { - "0": { - "minTileRow": "0", - "maxTileRow": "1", - "minTileCol": "0", - "maxTileCol": "1" - }, - "1": { - "minTileRow": "0", - "maxTileRow": "2", - "minTileCol": "0", - "maxTileCol": "2" - }, - "2": { - "minTileRow": "0", - "maxTileRow": "4", - "minTileCol": "0", - "maxTileCol": "4" - }, - "3": { - "minTileRow": "0", - "maxTileRow": "8", - "minTileCol": "0", - "maxTileCol": "8" - }, - "4": { - "minTileRow": "0", - "maxTileRow": "15", - "minTileCol": "0", - "maxTileCol": "15" - }, - "5": { - "minTileRow": "0", - "maxTileRow": "31", - "minTileCol": "0", - "maxTileCol": "31" - }, "6": { - "minTileRow": "16", - "maxTileRow": "47", - "minTileCol": "16", - "maxTileCol": "47" + "minTileRow": "21", + "maxTileRow": "21", + "minTileCol": "32", + "maxTileCol": "33" }, "7": { - "minTileRow": "32", - "maxTileRow": "79", - "minTileCol": "32", - "maxTileCol": "95" + "minTileRow": "43", + "maxTileRow": "43", + "minTileCol": "65", + "maxTileCol": "66" }, "8": { - "minTileRow": "80", - "maxTileRow": "143", - "minTileCol": "80", - "maxTileCol": "175" + "minTileRow": "87", + "maxTileRow": "87", + "minTileCol": "131", + "maxTileCol": "132" }, "9": { - "minTileRow": "160", - "maxTileRow": "287", - "minTileCol": "160", - "maxTileCol": "335" + "minTileRow": "175", + "maxTileRow": "175", + "minTileCol": "263", + "maxTileCol": "264" }, "10": { - "minTileRow": "336", - "maxTileRow": "575", - "minTileCol": "336", - "maxTileCol": "671" + "minTileRow": "350", + "maxTileRow": "351", + "minTileCol": "526", + "maxTileCol": "528" }, "11": { - "minTileRow": "672", - "maxTileRow": "1151", - "minTileCol": "672", - "maxTileCol": "1343" + "minTileRow": "700", + "maxTileRow": "702", + "minTileCol": "1052", + "maxTileCol": "1056" }, "12": { - "minTileRow": "1360", - "maxTileRow": "2303", - "minTileCol": "1344", - "maxTileCol": "2687" + "minTileRow": "1400", + "maxTileRow": "1405", + "minTileCol": "2104", + "maxTileCol": "2112" }, "13": { - "minTileRow": "2720", - "maxTileRow": "4607", - "minTileCol": "2688", - "maxTileCol": "5375" + "minTileRow": "2800", + "maxTileRow": "2810", + "minTileCol": "4209", + "maxTileCol": "4224" }, "14": { - "minTileRow": "5456", - "maxTileRow": "9199", - "minTileCol": "5376", - "maxTileCol": "10735" - }, - "15": { - "minTileRow": "10928", - "maxTileRow": "18383", - "minTileCol": "10752", - "maxTileCol": "21471" - }, - "16": { - "minTileRow": "21872", - "maxTileRow": "36767", - "minTileCol": "21504", - "maxTileCol": "42943" + "minTileRow": "5600", + "maxTileRow": "5620", + "minTileCol": "8418", + "maxTileCol": "8448" } } }, "styles": [ { - "name": "CORINE Land Cover", - "title": "CORINE Land Cover", + "name": "normal", + "title": "Légende générique", "current": true, "url": null } ], "legends": [ { - "format": "image/png", - "url": "https://wxs.ign.fr/static/legends/CLC.png", - "minScaleDenominator": "8000" + "format": "image/jpeg", + "url": "https://data.geopf.fr/annexes/ressources/legendes/LEGEND.jpg", + "minScaleDenominator": "200" } ], "formats": [ @@ -17152,148 +18261,124 @@ } ] }, - "LANDCOVER.CLC18_DOM$GEOPORTAIL:OGC:WMTS": { - "name": "LANDCOVER.CLC18_DOM", - "title": "CORINE Land Cover - DOM - 2018", - "description": "Inventaire biophysique de l'occupation des sols en 2018 en 50 postes. CORINE Land Cover est une base de données d’occupation des sols produite dans le cadre du programme européen d’observation de la Terre Copernicus. Cet inventaire biophysique de l’occupation des terres fournit une information géographique de référence pour 39 États européens. La continuité du programme et la diffusion des données CORINE Land Cover sont pilotées par l'Agence européenne pour l'environnement. Le producteur pour la France est le Service de la donnée et des études statistiques du ministère chargé de l’écologie. L'utilisation de cette base de données permet des applications variées adaptées aux problématiques de l'environnement et à celles de l'aménagement du territoire : production cartographique, exploitation à des fins statistiques ou bien encore analyses géographiques en combinaison avec d'autres bases de données. Outil de connaissance et d'analyse, CORINE Land Cover apporte également une aide à la décision comme instrument de suivi, de surveillance et de gestion de l'environnement, des milieux naturels et de l'aménagement de l'espace. La base de données CORINE Land Cover DOM 2018 a été réalisée à partir de CORINE Land Cover DOM 2012 révisée et de la base des changements 2012-2018.", + "GEOGRAPHICALNAMES.NAMES$GEOPORTAIL:OGC:WMTS": { + "name": "GEOGRAPHICALNAMES.NAMES", + "title": "Dénominations géographiques", + "description": "Affichage des noms des villes, villages, lieux-dits ...", "globalConstraint": { "maxScaleDenominator": 559082264.0287179, "minScaleDenominator": 266.5911979812229, "bbox": { - "left": -63.3725, - "right": 55.9259, - "top": 47.1747, - "bottom": -21.4756 + "left": -63.9692, + "right": 55.9644, + "top": 71.5841, + "bottom": -21.4969 } }, "serviceParams": { "id": "OGC:WMTS", "version": "1.0.0", "serverUrl": { - "clc": "https://wxs.ign.fr/clc/geoportail/wmts" + "full": "https://data.geopf.fr/wmts" } }, "defaultProjection": "EPSG:3857", "wmtsOptions": { "tileMatrixSetLink": "PM", "tileMatrixSetLimits": { - "0": { - "minTileRow": "0", - "maxTileRow": "0", - "minTileCol": "0", - "maxTileCol": "0" - }, - "1": { - "minTileRow": "0", - "maxTileRow": "1", - "minTileCol": "0", - "maxTileCol": "1" - }, - "2": { - "minTileRow": "1", - "maxTileRow": "2", - "minTileCol": "1", - "maxTileCol": "2" - }, - "3": { - "minTileRow": "2", - "maxTileRow": "4", - "minTileCol": "2", - "maxTileCol": "5" - }, - "4": { - "minTileRow": "5", - "maxTileRow": "8", - "minTileCol": "5", - "maxTileCol": "10" - }, - "5": { - "minTileRow": "11", - "maxTileRow": "17", - "minTileCol": "10", - "maxTileCol": "20" - }, "6": { - "minTileRow": "22", + "minTileRow": "13", "maxTileRow": "35", "minTileCol": "20", "maxTileCol": "41" }, "7": { - "minTileRow": "44", + "minTileRow": "26", "maxTileRow": "71", "minTileCol": "41", "maxTileCol": "83" }, "8": { - "minTileRow": "89", + "minTileRow": "53", "maxTileRow": "143", "minTileCol": "82", "maxTileCol": "167" }, "9": { - "minTileRow": "179", + "minTileRow": "107", "maxTileRow": "287", "minTileCol": "165", "maxTileCol": "335" }, "10": { - "minTileRow": "359", + "minTileRow": "215", "maxTileRow": "574", - "minTileCol": "331", + "minTileCol": "330", "maxTileCol": "671" }, "11": { - "minTileRow": "718", + "minTileRow": "430", "maxTileRow": "1149", - "minTileCol": "663", + "minTileCol": "660", "maxTileCol": "1342" }, "12": { - "minTileRow": "1437", + "minTileRow": "861", "maxTileRow": "2298", - "minTileCol": "1326", + "minTileCol": "1320", "maxTileCol": "2684" }, "13": { - "minTileRow": "2875", - "maxTileRow": "4596", - "minTileCol": "2653", - "maxTileCol": "5368" + "minTileRow": "1723", + "maxTileRow": "4597", + "minTileCol": "2640", + "maxTileCol": "5369" }, "14": { - "minTileRow": "5751", - "maxTileRow": "9193", - "minTileCol": "5307", - "maxTileCol": "10737" + "minTileRow": "3447", + "maxTileRow": "9194", + "minTileCol": "5280", + "maxTileCol": "10739" }, "15": { - "minTileRow": "11502", - "maxTileRow": "18386", - "minTileCol": "10615", - "maxTileCol": "21474" + "minTileRow": "6894", + "maxTileRow": "18388", + "minTileCol": "10561", + "maxTileCol": "21478" }, "16": { - "minTileRow": "23004", - "maxTileRow": "36772", - "minTileCol": "21231", - "maxTileCol": "42948" + "minTileRow": "13789", + "maxTileRow": "36776", + "minTileCol": "21122", + "maxTileCol": "42956" + }, + "17": { + "minTileRow": "27579", + "maxTileRow": "73553", + "minTileCol": "42245", + "maxTileCol": "85912" + }, + "18": { + "minTileRow": "55159", + "maxTileRow": "147106", + "minTileCol": "84491", + "maxTileCol": "171824" } } }, "styles": [ { - "name": "CORINE Land Cover - DOM", - "title": "CORINE Land Cover - DOM", + "name": "normal", + "title": "Légende générique", "current": true, "url": null } ], "legends": [ { - "format": "image/png", - "url": "https://wxs.ign.fr/static/legends/CLC_DOM.png", - "minScaleDenominator": "8000" + "format": "image/jpeg", + "url": "https://data.geopf.fr/annexes/ressources/legendes/LEGEND.jpg", + "minScaleDenominator": "200" } ], "formats": [ @@ -17303,299 +18388,251 @@ } ] }, - "LANDCOVER.CLC18_FR$GEOPORTAIL:OGC:WMTS": { - "name": "LANDCOVER.CLC18_FR", - "title": "CORINE Land Cover - France métropolitaine - 2018", - "description": "Inventaire biophysique de l'occupation des sols en 2018 en 44 postes. 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Outil de connaissance et d'analyse, CORINE Land Cover apporte également une aide à la décision comme instrument de suivi, de surveillance et de gestion de l'environnement, des milieux naturels et plus généralement de l'aménagement de l'espace. La base de données CORINE Land Cover 2018, dite CLC 2018, a été réalisée à partir de CLC 2012 révisée et de la base des changements 2012-2018.", + "HR.ORTHOIMAGERY.ORTHOPHOTOS$GEOPORTAIL:OGC:WMTS": { + "name": "HR.ORTHOIMAGERY.ORTHOPHOTOS", + "title": "Ortho 20 cm", + "description": "Le produit BD ORTHO® V3 est une collection de mosaïques d'orthophotographies numériques en couleurs ou en Infra Rouge couleurs, rectifiées dans la projection adaptée au territoire couvert. La BD ORTHO® V3 se compose d'images numériques (sans habillage ni surcharge) et d'indications de géoréférencement. 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CORINE Land Cover est une base de données d’occupation des sols produite dans le cadre du programme européen d’observation de la Terre Copernicus. Cet inventaire biophysique de l’occupation des terres fournit une information géographique de référence pour 39 États européens. La continuité du programme et la diffusion des données CORINE Land Cover sont pilotées par l'Agence européenne pour l'environnement. Le producteur pour la France est le Service de la donnée et des études statistiques du ministère chargé de l’écologie. L'utilisation de cette base de données permet des applications variées adaptées aux problématiques de l'environnement et à celles de l'aménagement du territoire : production cartographique, exploitation à des fins statistiques ou bien encore analyses géographiques en combinaison avec d'autres bases de données. Outil de connaissance et d'analyse, CORINE Land Cover apporte également une aide à la décision comme instrument de suivi, de surveillance et de gestion de l'environnement, des milieux naturels et plus généralement de l'aménagement de l'espace. La base de données CORINE Land Cover 1990, dite CLC 1990, a été réalisée à partir d'images satellitaires de l'année 1990 et de données d'appui.", + "HYDROGRAPHY.BCAE.2020$GEOPORTAIL:OGC:WMTS": { + "name": "HYDROGRAPHY.BCAE.2020", + "title": "Cours d'eau BCAE 2020", + "description": "Le code rural et de la pêche maritime prévoit que les agriculteurs qui demandent des aides de la PAC implantent des bandes enherbées le long de certains cours d’eau au titre des bonnes conditions agricoles et environnementales (BCAE). Cette carte représente les cours d’eau concernés pour les départements listés ci-dessous. Pour les autres départements, veuillez-vous référer à l’arrêté du 24 avril 2015 relatif aux BCAE Cette carte est en vigueur du 1er janvier 2020 au 31 décembre 2020.", "globalConstraint": { "maxScaleDenominator": 559082264.0287179, "minScaleDenominator": 266.5911979812229, "bbox": { - "left": -9.88147, - "right": 11.6781, - "top": 51.4428, - "bottom": 40.576 + "left": -5.15047, + "right": 9.57054, + "top": 51.0991, + "bottom": 41.3252 } }, "serviceParams": { "id": "OGC:WMTS", "version": "1.0.0", "serverUrl": { - "clc": "https://wxs.ign.fr/clc/geoportail/wmts" + "full": "https://data.geopf.fr/wmts" } }, "defaultProjection": "EPSG:3857", "wmtsOptions": { "tileMatrixSetLink": "PM", "tileMatrixSetLimits": { - "0": { - "minTileRow": "0", - "maxTileRow": "0", - "minTileCol": "0", - "maxTileCol": "0" - }, - "1": { - "minTileRow": "0", - "maxTileRow": "0", - "minTileCol": "0", - "maxTileCol": "1" - }, - "2": { - "minTileRow": "1", - "maxTileRow": "1", - "minTileCol": "1", - "maxTileCol": "2" - }, - "3": { - "minTileRow": "2", - "maxTileRow": "3", - "minTileCol": "3", - "maxTileCol": "4" - }, - "4": { - "minTileRow": "5", - "maxTileRow": "6", - "minTileCol": "7", - "maxTileCol": "8" - }, - "5": { - "minTileRow": "10", - "maxTileRow": "12", - "minTileCol": "15", - "maxTileCol": "17" - }, "6": { "minTileRow": "21", - "maxTileRow": "24", - "minTileCol": "30", - "maxTileCol": "34" + "maxTileRow": "23", + "minTileCol": "31", + "maxTileCol": "33" }, "7": { "minTileRow": "42", - "maxTileRow": "48", - "minTileCol": "60", - "maxTileCol": "68" + "maxTileRow": "47", + "minTileCol": "62", + "maxTileCol": "67" }, "8": { "minTileRow": "85", - "maxTileRow": "96", - "minTileCol": "120", - "maxTileCol": "136" + "maxTileRow": "95", + "minTileCol": "124", + "maxTileCol": "134" }, "9": { - "minTileRow": "170", - "maxTileRow": "192", - "minTileCol": "241", - "maxTileCol": "272" + "minTileRow": "171", + "maxTileRow": "191", + "minTileCol": "248", + "maxTileCol": "269" }, "10": { - "minTileRow": "340", - "maxTileRow": "385", - "minTileCol": "483", - "maxTileCol": "545" + "minTileRow": "342", + "maxTileRow": "382", + "minTileCol": "497", + "maxTileCol": "539" }, "11": { - "minTileRow": "681", - "maxTileRow": "771", - "minTileCol": "967", - "maxTileCol": "1090" + "minTileRow": "684", + "maxTileRow": "765", + "minTileCol": "994", + "maxTileCol": "1078" }, "12": { - "minTileRow": "1363", - "maxTileRow": "1542", - "minTileCol": "1935", - "maxTileCol": "2180" + "minTileRow": "1369", + "maxTileRow": "1530", + "minTileCol": "1989", + "maxTileCol": "2156" }, "13": { - "minTileRow": "2726", - "maxTileRow": "3084", - "minTileCol": "3871", - "maxTileCol": "4361" + "minTileRow": "2738", + "maxTileRow": "3061", + "minTileCol": "3978", + "maxTileCol": "4313" }, "14": { - "minTileRow": "5452", - "maxTileRow": "6168", - "minTileCol": "7742", - "maxTileCol": "8723" + "minTileRow": "5477", + "maxTileRow": "6123", + "minTileCol": "7957", + "maxTileCol": "8627" }, "15": { - "minTileRow": "10905", - "maxTileRow": "12336", - "minTileCol": "15484", - "maxTileCol": "17446" + "minTileRow": "10955", + "maxTileRow": "12246", + "minTileCol": "15915", + "maxTileCol": "17255" }, "16": { - "minTileRow": "21811", - "maxTileRow": "24673", - "minTileCol": "30969", - "maxTileCol": "34893" + "minTileRow": "21911", + "maxTileRow": "24492", + "minTileCol": "31830", + "maxTileCol": "34510" + }, + "17": { + "minTileRow": "43822", + "maxTileRow": "48985", + "minTileCol": "63660", + "maxTileCol": "69020" } } }, "styles": [ { - "name": "CORINE Land Cover - France métropolitaine", - "title": "CORINE Land Cover - France métropolitaine", + "name": "nolegend", + "title": "Données sans légende", "current": true, "url": null } ], "legends": [ { - "format": "image/png", - "url": "https://wxs.ign.fr/static/legends/CLC_FR.png", - "minScaleDenominator": "8000" + "format": "image/jpeg", + "url": "https://data.geopf.fr/annexes/ressources/legendes/LEGEND.jpg", + "minScaleDenominator": "200" } ], "formats": [ @@ -17605,130 +18642,118 @@ } ] }, - "LANDCOVER.GRID.CLC00$GEOPORTAIL:OGC:WMTS": { - "name": "LANDCOVER.GRID.CLC00", - "title": "Raster CORINE Land Cover - 2000", - "description": "Raster au pas de 25m de l'inventaire biophysique de l'occupation des sols en 2000 en 44 postes pour la Métropole, 50 postes pour les DOM. CORINE Land Cover est une base de données d’occupation des sols produite dans le cadre du programme européen d’observation de la Terre Copernicus. Cet inventaire biophysique de l’occupation des terres fournit une information géographique de référence pour 39 États européens. La continuité du programme et la diffusion des données CORINE Land Cover sont pilotées par l'Agence européenne pour l'environnement. Le producteur pour la France est le Service de la donnée et des études statistiques du ministère chargé de l’écologie. L'utilisation de cette base de données permet des applications variées adaptées aux problématiques de l'environnement et à celles de l'aménagement du territoire : production cartographique, exploitation à des fins statistiques ou bien encore analyses géographiques en combinaison avec d'autres bases de données. Outil de connaissance et d'analyse, CORINE Land Cover apporte également une aide à la décision comme instrument de suivi, de surveillance et de gestion de l'environnement, des milieux naturels et de l'aménagement de l'espace. La base de données CORINE Land Cover DOM 2000 a été réalisée à partir de CORINE Land Cover DOM 2006 et de la base des changements 2000-2006 pour les DOM, et à partir d'images satellitaires de l'année 2000 et de données d'appui pour la Métropole.", + "HYDROGRAPHY.BCAE.2021$GEOPORTAIL:OGC:WMTS": { + "name": "HYDROGRAPHY.BCAE.2021", + "title": "Cours d'eau BCAE 2021", + "description": "Identification des cours d'eau concernés par les règles des bonnes conditions agricoles et environnementales (BCAE) en 2021 pour les départements métropolitains. Le code rural et de la pêche maritime prévoit que les agriculteurs qui demandent des aides de la PAC implantent des bandes enherbées le long de certains cours d'eau au titre des bonnes conditions agricoles et environnementales. Cette carte est en vigueur du 1er janvier 2021 au 31 décembre 2021. 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CORINE Land Cover est une base de données d’occupation des sols produite dans le cadre du programme européen d’observation de la Terre Copernicus. Cet inventaire biophysique de l’occupation des terres fournit une information géographique de référence pour 39 États européens. La continuité du programme et la diffusion des données CORINE Land Cover sont pilotées par l'Agence européenne pour l'environnement. Le producteur pour la France est le Service de la donnée et des études statistiques du ministère chargé de l’écologie. L'utilisation de cette base de données permet des applications variées adaptées aux problématiques de l'environnement et à celles de l'aménagement du territoire : production cartographique, exploitation à des fins statistiques ou bien encore analyses géographiques en combinaison avec d'autres bases de données. Outil de connaissance et d'analyse, CORINE Land Cover apporte également une aide à la décision comme instrument de suivi, de surveillance et de gestion de l'environnement, des milieux naturels et de l'aménagement de l'espace. La base de données CORINE Land Cover 2000 révisée, dite CLC 2000 révisée, est une correction de CLC 2000 réalisée à partir d'images satellitaires de l'année 2000 et de données d'appui.", + "HYDROGRAPHY.BCAE.2022$GEOPORTAIL:OGC:WMTS": { + "name": "HYDROGRAPHY.BCAE.2022", + "title": "Cours d'eau BCAE 2022", + "description": "Le code rural et de la pêche maritime prévoit que les agriculteurs qui demandent des aides de la PAC implantent des bandes enherbées le long de certains cours d'eau au titre des bonnes conditions agricoles et environnementales. Cette carte est en vigueur du 1er janvier 2022 au 31 décembre 2022. 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Cet inventaire biophysique de l’occupation des terres fournit une information géographique de référence pour 39 États européens. La continuité du programme et la diffusion des données CORINE Land Cover sont pilotées par l'Agence européenne pour l'environnement. Le producteur pour la France est le Service de la donnée et des études statistiques du ministère chargé de l’écologie. L'utilisation de cette base de données permet des applications variées adaptées aux problématiques de l'environnement et à celles de l'aménagement du territoire : production cartographique, exploitation à des fins statistiques ou bien encore analyses géographiques en combinaison avec d'autres bases de données. Outil de connaissance et d'analyse, CORINE Land Cover apporte également une aide à la décision comme instrument de suivi, de surveillance et de gestion de l'environnement, des milieux naturels et plus généralement de l'aménagement de l'espace. La base de données CORINE Land Cover 2000, dite CLC 2000, a été réalisée à partir d'images satellitaires de l'année 2000 et de données d'appuis", + "HYDROGRAPHY.BCAE.2024$GEOPORTAIL:OGC:WMTS": { + "name": "HYDROGRAPHY.BCAE.2024", + "title": "Cours d'eau BCAE 2024", + "description": "Le code rural et de la pêche maritime prévoit que les agriculteurs qui demandent des aides de la PAC implantent des bandes enherbées le long de certains cours d’eau au titre des bonnes conditions agricoles et environnementales. 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Outil de connaissance et d'analyse, CORINE Land Cover apporte également une aide à la décision comme instrument de suivi, de surveillance et de gestion de l'environnement, des milieux naturels et plus généralement de l'aménagement de l'espace. La base de données CORINE Land Cover 2000, dite CLC 2000, a été réalisée à partir d'images satellitaires de l'année 2000 et de données d'appui.", + "HYDROGRAPHY.BCAE.LATEST$GEOPORTAIL:OGC:WMTS": { + "name": "HYDROGRAPHY.BCAE.LATEST", + "title": "Cours d'eau BCAE dernière édition", + "description": "Le code rural et de la pêche maritime prévoit que les agriculteurs qui demandent des aides de la PAC implantent des bandes enherbées le long de certains cours d'eau au titre des bonnes conditions agricoles et environnementales. Cette carte est en vigueur du 1er janvier 2024 au 31 décembre 2024. 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CORINE Land Cover est une base de données d’occupation des sols produite dans le cadre du programme européen d’observation de la Terre Copernicus. Cet inventaire biophysique de l’occupation des terres fournit une information géographique de référence pour 39 États européens. La continuité du programme et la diffusion des données CORINE Land Cover sont pilotées par l'Agence européenne pour l'environnement. Le producteur pour la France est le Service de la donnée et des études statistiques du ministère chargé de l’écologie. L'utilisation de cette base de données permet des applications variées adaptées aux problématiques de l'environnement et à celles de l'aménagement du territoire : production cartographique, exploitation à des fins statistiques ou bien encore analyses géographiques en combinaison avec d'autres bases de données. Outil de connaissance et d'analyse, CORINE Land Cover apporte également une aide à la décision comme instrument de suivi, de surveillance et de gestion de l'environnement, des milieux naturels et de l'aménagement de l'espace. La base de données CORINE Land Cover DOM 2006 a été réalisée à partir d'images satellitaires prises entre 2005 et 2008 et de données d'appui pour les DOM, et à partir de CLC 2000 révisée et de la base des changements 2000-2006 pour la Métropole.", + "HYDROGRAPHY.HYDROGRAPHY$GEOPORTAIL:OGC:WMTS": { + "name": "HYDROGRAPHY.HYDROGRAPHY", + "title": "Hydrographie", + "description": "Affichage des lacs, réservoirs, rivières et cours d'eau en France.", "globalConstraint": { "maxScaleDenominator": 559082264.0287179, "minScaleDenominator": 266.5911979812229, "bbox": { - "left": -61.9063, - "right": 55.9362, - "top": 51.1827, - "bottom": -21.4825 + "left": -63.9692, + "right": 55.9644, + "top": 71.5841, + "bottom": -21.4969 } }, "serviceParams": { "id": "OGC:WMTS", "version": "1.0.0", "serverUrl": { - "clc": "https://wxs.ign.fr/clc/geoportail/wmts" + "full": "https://data.geopf.fr/wmts" } }, "defaultProjection": "EPSG:3857", "wmtsOptions": { "tileMatrixSetLink": "PM", "tileMatrixSetLimits": { - "0": { - "minTileRow": "0", - "maxTileRow": "1", - "minTileCol": "0", - "maxTileCol": "1" - }, - "1": { - "minTileRow": "0", - "maxTileRow": "2", - "minTileCol": "0", - "maxTileCol": "2" - }, - "2": { - "minTileRow": "0", - "maxTileRow": "4", - "minTileCol": "0", - "maxTileCol": "4" - }, - "3": { - "minTileRow": "0", - "maxTileRow": "8", - "minTileCol": "0", - "maxTileCol": "8" - }, - "4": { - "minTileRow": "0", - "maxTileRow": "15", - "minTileCol": "0", - "maxTileCol": "15" - }, - "5": { - "minTileRow": "0", - "maxTileRow": "31", - "minTileCol": "0", - "maxTileCol": "31" - }, "6": { - "minTileRow": "16", - "maxTileRow": "47", - "minTileCol": "16", - "maxTileCol": "47" + "minTileRow": "13", + "maxTileRow": "35", + "minTileCol": "20", + "maxTileCol": "41" }, "7": { - "minTileRow": "32", - "maxTileRow": "79", - "minTileCol": "32", - "maxTileCol": "95" + "minTileRow": "26", + "maxTileRow": "71", + "minTileCol": "41", + "maxTileCol": "83" }, "8": { - "minTileRow": "80", + "minTileRow": "53", "maxTileRow": "143", - "minTileCol": "80", - "maxTileCol": "175" + "minTileCol": "82", + "maxTileCol": "167" }, "9": { - "minTileRow": "160", + "minTileRow": "107", "maxTileRow": "287", - "minTileCol": "160", + "minTileCol": "165", "maxTileCol": "335" }, "10": { - "minTileRow": "336", - "maxTileRow": "575", - "minTileCol": "320", + "minTileRow": "215", + "maxTileRow": "574", + "minTileCol": "330", "maxTileCol": "671" }, "11": { - "minTileRow": "672", - "maxTileRow": "1151", - "minTileCol": "656", - "maxTileCol": "1343" + "minTileRow": "430", + "maxTileRow": "1149", + "minTileCol": "660", + "maxTileCol": "1342" }, "12": { - "minTileRow": "1360", - "maxTileRow": "2303", - "minTileCol": "1328", - "maxTileCol": "2687" + "minTileRow": "861", + "maxTileRow": "2298", + "minTileCol": "1320", + "maxTileCol": "2684" }, "13": { - "minTileRow": "2720", - "maxTileRow": "4607", - "minTileCol": "2672", - "maxTileCol": "5375" + "minTileRow": "1723", + "maxTileRow": "4597", + "minTileCol": "2640", + "maxTileCol": "5369" + }, + "14": { + "minTileRow": "3447", + "maxTileRow": "9194", + "minTileCol": "5280", + "maxTileCol": "10739" + }, + "15": { + "minTileRow": "6894", + "maxTileRow": "18388", + "minTileCol": "10561", + "maxTileCol": "21478" + }, + "16": { + "minTileRow": "13789", + "maxTileRow": "36776", + "minTileCol": "21122", + "maxTileCol": "42956" + }, + "17": { + "minTileRow": "27579", + "maxTileRow": "73553", + "minTileCol": "42245", + "maxTileCol": "85912" + }, + "18": { + "minTileRow": "55159", + "maxTileRow": "147106", + "minTileCol": "84491", + "maxTileCol": "171824" } } }, "styles": [ { - "name": "CORINE Land Cover", - "title": "CORINE Land Cover", + "name": "normal", + "title": "Légende générique", "current": true, "url": null } ], "legends": [ { - "format": "image/png", - "url": "https://wxs.ign.fr/static/legends/CLC.png", - "minScaleDenominator": "8000" + "format": "image/jpeg", + "url": "https://data.geopf.fr/annexes/ressources/legendes/LEGEND.jpg", + "minScaleDenominator": "200" } ], "formats": [ @@ -18258,121 +19247,103 @@ } ] }, - "LANDCOVER.GRID.CLC06R$GEOPORTAIL:OGC:WMTS": { - "name": "LANDCOVER.GRID.CLC06R", - "title": "Raster CORINE Land Cover - 2006 révisée", - "description": "Raster au pas de 25m de l'inventaire biophysique de l'occupation des sols en 2006 en 44 postes pour la Métropole, 50 postes pour les DOM. CORINE Land Cover est une base de données d’occupation des sols produite dans le cadre du programme européen d’observation de la Terre Copernicus. Cet inventaire biophysique de l’occupation des terres fournit une information géographique de référence pour 39 États européens. La continuité du programme et la diffusion des données CORINE Land Cover sont pilotées par l'Agence européenne pour l'environnement. Le producteur pour la France est le Service de la donnée et des études statistiques du ministère chargé de l’écologie. L'utilisation de cette base de données permet des applications variées adaptées aux problématiques de l'environnement et à celles de l'aménagement du territoire : production cartographique, exploitation à des fins statistiques ou bien encore analyses géographiques en combinaison avec d'autres bases de données. Outil de connaissance et d'analyse, CORINE Land Cover apporte également une aide à la décision comme instrument de suivi, de surveillance et de gestion de l'environnement, des milieux naturels et de l'aménagement de l'espace. La base de données CORINE Land Cover DOM 2006 révisée, dite CLC 2006 révisée, est une correction de CLC 2006 réalisée à partir d'images satellitaires prises entre 2005 et 2008 et de données d'appui pour les DOM, et à partir d'images satellitaires de l'année 2006 et de données d'appui pour la Métropole.", + "INPE$GEOPORTAIL:OGC:WMTS": { + "name": "INPE", + "title": "Inventaire national des plans d'eau", + "description": "Inventaire national des plans d'eau", "globalConstraint": { "maxScaleDenominator": 559082264.0287179, "minScaleDenominator": 266.5911979812229, "bbox": { - "left": -61.9063, - "right": 55.9362, - "top": 51.2963, - "bottom": -21.4825 + "left": -63.3725, + "right": 55.9259, + "top": 51.3121, + "bottom": -21.4756 } }, "serviceParams": { "id": "OGC:WMTS", "version": "1.0.0", "serverUrl": { - "clc": "https://wxs.ign.fr/clc/geoportail/wmts" + "full": "https://data.geopf.fr/wmts" } }, "defaultProjection": "EPSG:3857", "wmtsOptions": { "tileMatrixSetLink": "PM", "tileMatrixSetLimits": { - "0": { - "minTileRow": "0", - "maxTileRow": "1", - "minTileCol": "0", - "maxTileCol": "1" - }, - "1": { - "minTileRow": "0", - "maxTileRow": "2", - "minTileCol": "0", - "maxTileCol": "2" - }, - "2": { - "minTileRow": "0", - "maxTileRow": "4", - "minTileCol": "0", - "maxTileCol": "4" - }, - "3": { - "minTileRow": "0", - "maxTileRow": "8", - "minTileCol": "0", - "maxTileCol": "8" - }, - "4": { - "minTileRow": "0", - "maxTileRow": "15", - "minTileCol": "0", - "maxTileCol": "15" - }, - "5": { - "minTileRow": "0", - "maxTileRow": "31", - "minTileCol": "0", - "maxTileCol": "31" - }, "6": { - "minTileRow": "16", - "maxTileRow": "47", - "minTileCol": "16", - "maxTileCol": "47" + "minTileRow": "21", + "maxTileRow": "35", + "minTileCol": "20", + "maxTileCol": "41" }, "7": { - "minTileRow": "32", - "maxTileRow": "79", - "minTileCol": "32", - "maxTileCol": "95" + "minTileRow": "42", + "maxTileRow": "71", + "minTileCol": "41", + "maxTileCol": "83" }, "8": { - "minTileRow": "80", + "minTileRow": "85", "maxTileRow": "143", - "minTileCol": "80", - "maxTileCol": "175" + "minTileCol": "82", + "maxTileCol": "167" }, "9": { - "minTileRow": "160", + "minTileRow": "170", "maxTileRow": "287", - "minTileCol": "160", + "minTileCol": "165", "maxTileCol": "335" }, "10": { - "minTileRow": "336", - "maxTileRow": "575", - "minTileCol": "320", + "minTileRow": "341", + "maxTileRow": "574", + "minTileCol": "331", "maxTileCol": "671" }, "11": { - "minTileRow": "672", - "maxTileRow": "1151", - "minTileCol": "656", - "maxTileCol": "1343" + "minTileRow": "682", + "maxTileRow": "1149", + "minTileCol": "663", + "maxTileCol": "1342" }, "12": { - "minTileRow": "1360", - "maxTileRow": "2303", - "minTileCol": "1328", - "maxTileCol": "2687" + "minTileRow": "1365", + "maxTileRow": "2298", + "minTileCol": "1326", + "maxTileCol": "2684" }, "13": { - "minTileRow": "2720", - "maxTileRow": "4607", - "minTileCol": "2672", - "maxTileCol": "5375" + "minTileRow": "2731", + "maxTileRow": "4596", + "minTileCol": "2653", + "maxTileCol": "5368" + }, + "14": { + "minTileRow": "5462", + "maxTileRow": "9193", + "minTileCol": "5307", + "maxTileCol": "10737" + }, + "15": { + "minTileRow": "10924", + "maxTileRow": "18386", + "minTileCol": "10615", + "maxTileCol": "21474" + }, + "16": { + "minTileRow": "21849", + "maxTileRow": "36772", + "minTileCol": "21231", + "maxTileCol": "42948" } } }, "styles": [ { - "name": "CORINE Land Cover", - "title": "CORINE Land Cover", + "name": "INPE", + "title": "INPE", "current": true, "url": null } @@ -18380,8 +19351,8 @@ "legends": [ { "format": "image/png", - "url": "https://wxs.ign.fr/static/legends/CLC.png", - "minScaleDenominator": "8000" + "url": "https://data.geopf.fr/annexes/ressources/legendes/INPE-legend.png", + "minScaleDenominator": "2000" } ], "formats": [ @@ -18391,115 +19362,103 @@ } ] }, - "LANDCOVER.GRID.CLC06R_DOM$GEOPORTAIL:OGC:WMTS": { - "name": "LANDCOVER.GRID.CLC06R_DOM", - "title": "Raster CORINE Land Cover - DOM - 2006 - révisée", - "description": "Inventaire biophysique de l'occupation des sols en 2006 en 44 postes pour la Métropole et 50 postes pour les DOM. CORINE Land Cover est une base de données d’occupation des sols produite dans le cadre du programme européen d’observation de la Terre Copernicus. Cet inventaire biophysique de l’occupation des terres fournit une information géographique de référence pour 39 États européens. La continuité du programme et la diffusion des données CORINE Land Cover sont pilotées par l'Agence européenne pour l'environnement. Le producteur pour la France est le Service de la donnée et des études statistiques du ministère chargé de l’écologie. L'utilisation de cette base de données permet des applications variées adaptées aux problématiques de l'environnement et à celles de l'aménagement du territoire : production cartographique, exploitation à des fins statistiques ou bien encore analyses géographiques en combinaison avec d'autres bases de données. Outil de connaissance et d'analyse, CORINE Land Cover apporte également une aide à la décision comme instrument de suivi, de surveillance et de gestion de l'environnement, des milieux naturels et plus généralement de l'aménagement de l'espace. La base de données CORINE Land Cover 2006 révisée, dite CLC 2006 révisée, est une correction de CLC 2006 réalisée à partir d'images satellitaires de l'année 2006 pour la Métropole, d'images satellitaires prises entre 2005 et 2008 pour les DOM et de données d'appui.", + "INSEE.FILOSOFI.ENFANTS.0.17.ANS.SECRET$GEOPORTAIL:OGC:WMTS": { + "name": "INSEE.FILOSOFI.ENFANTS.0.17.ANS.SECRET", + "title": "% des 0-17 ans (secret signalé)", + "description": "Nombre d’individus âgés de 0 à 17 ans dans la population (les cases hachurées correspondent aux données secrétisées)", "globalConstraint": { "maxScaleDenominator": 559082264.0287179, "minScaleDenominator": 266.5911979812229, "bbox": { - "left": -61.9063, - "right": 55.9362, - "top": 16.6077, - "bottom": -21.4825 + "left": -63.3725, + "right": 55.9259, + "top": 51.3121, + "bottom": -21.4756 } }, "serviceParams": { "id": "OGC:WMTS", "version": "1.0.0", "serverUrl": { - "clc": "https://wxs.ign.fr/clc/geoportail/wmts" + "full": "https://data.geopf.fr/wmts" } }, "defaultProjection": "EPSG:3857", "wmtsOptions": { "tileMatrixSetLink": "PM", "tileMatrixSetLimits": { - "0": { - "minTileRow": "0", - "maxTileRow": "1", - "minTileCol": "0", - "maxTileCol": "1" - }, - "1": { - "minTileRow": "0", - "maxTileRow": "2", - "minTileCol": "0", - "maxTileCol": "2" - }, - "2": { - "minTileRow": "0", - "maxTileRow": "4", - "minTileCol": "0", - "maxTileCol": "4" - }, - "3": { - "minTileRow": "0", - "maxTileRow": "8", - "minTileCol": "0", - "maxTileCol": "8" - }, - "4": { - "minTileRow": "0", - "maxTileRow": "15", - "minTileCol": "0", - "maxTileCol": "15" - }, - "5": { - "minTileRow": "0", - "maxTileRow": "31", - "minTileCol": "0", - "maxTileCol": "31" - }, "6": { - "minTileRow": "16", - "maxTileRow": "47", - "minTileCol": "16", - "maxTileCol": "47" + "minTileRow": "21", + "maxTileRow": "35", + "minTileCol": "20", + "maxTileCol": "41" }, "7": { - "minTileRow": "48", - "maxTileRow": "79", - "minTileCol": "32", - "maxTileCol": "95" + "minTileRow": "42", + "maxTileRow": "71", + "minTileCol": "41", + "maxTileCol": "83" }, "8": { - "minTileRow": "112", + "minTileRow": "85", "maxTileRow": "143", - "minTileCol": "80", - "maxTileCol": "175" + "minTileCol": "82", + "maxTileCol": "167" }, "9": { - "minTileRow": "224", + "minTileRow": "170", "maxTileRow": "287", - "minTileCol": "160", + "minTileCol": "165", "maxTileCol": "335" }, "10": { - "minTileRow": "464", - "maxTileRow": "575", - "minTileCol": "320", + "minTileRow": "341", + "maxTileRow": "574", + "minTileCol": "331", "maxTileCol": "671" }, "11": { - "minTileRow": "928", - "maxTileRow": "1151", - "minTileCol": "656", - "maxTileCol": "1343" + "minTileRow": "682", + "maxTileRow": "1149", + "minTileCol": "663", + "maxTileCol": "1342" }, "12": { - "minTileRow": "1856", - "maxTileRow": "2303", - "minTileCol": "1328", - "maxTileCol": "2687" + "minTileRow": "1365", + "maxTileRow": "2298", + "minTileCol": "1326", + "maxTileCol": "2684" + }, + "13": { + "minTileRow": "2731", + "maxTileRow": "4596", + "minTileCol": "2653", + "maxTileCol": "5368" + }, + "14": { + "minTileRow": "5462", + "maxTileRow": "9193", + "minTileCol": "5307", + "maxTileCol": "10737" + }, + "15": { + "minTileRow": "10924", + "maxTileRow": "18386", + "minTileCol": "10615", + "maxTileCol": "21474" + }, + "16": { + "minTileRow": "21849", + "maxTileRow": "36772", + "minTileCol": "21231", + "maxTileCol": "42948" } } }, "styles": [ { - "name": "CORINE Land Cover - DOM", - "title": "CORINE Land Cover - DOM", + "name": "INSEE", + "title": "INSEE", "current": true, "url": null } @@ -18507,8 +19466,8 @@ "legends": [ { "format": "image/png", - "url": "https://wxs.ign.fr/static/legends/CLC_DOM.png", - "minScaleDenominator": "8000" + "url": "https://data.geopf.fr/annexes/ressources/legendes/INSEE.FILOSOFI.PART.ENFANTS.0.17.ANS-tot-legend-2017.png", + "minScaleDenominator": "1" } ], "formats": [ @@ -18518,115 +19477,103 @@ } ] }, - "LANDCOVER.GRID.CLC06R_FR$GEOPORTAIL:OGC:WMTS": { - "name": "LANDCOVER.GRID.CLC06R_FR", - "title": "Raster CORINE Land Cover - France métropolitaine - 2006 révisée", - "description": "Inventaire biophysique de l'occupation des sols en 2006 en 44 postes pour la métropole . CORINE Land Cover est une base de données d’occupation des sols produite dans le cadre du programme européen d’observation de la Terre Copernicus. Cet inventaire biophysique de l’occupation des terres fournit une information géographique de référence pour 39 États européens. La continuité du programme et la diffusion des données CORINE Land Cover sont pilotées par l'Agence européenne pour l'environnement. Le producteur pour la France est le Service de la donnée et des études statistiques du ministère chargé de l’écologie. L'utilisation de cette base de données permet des applications variées adaptées aux problématiques de l'environnement et à celles de l'aménagement du territoire : production cartographique, exploitation à des fins statistiques ou bien encore analyses géographiques en combinaison avec d'autres bases de données. Outil de connaissance et d'analyse, CORINE Land Cover apporte également une aide à la décision comme instrument de suivi, de surveillance et de gestion de l'environnement, des milieux naturels et plus généralement de l'aménagement de l'espace. La base de données CORINE Land Cover 2006 révisée, dite CLC 2006 révisée, est une correction de CLC 2006 réalisée à partir d'images satellitaires de l'année 2006 pour la métropole, d'images satellitaires prises entre 2005 et 2008 pour les DOM et de données d'appui.", + "INSEE.FILOSOFI.LOGEMENTS.SURFACE.MOYENNE.SECRET$GEOPORTAIL:OGC:WMTS": { + "name": "INSEE.FILOSOFI.LOGEMENTS.SURFACE.MOYENNE.SECRET", + "title": "Surface moyenne des logements (secret signalé)", + "description": "Surface moyenne des logements (les cases hachurées correspondent aux données secrétisées)", "globalConstraint": { "maxScaleDenominator": 559082264.0287179, "minScaleDenominator": 266.5911979812229, "bbox": { - "left": -5.91689, - "right": 11.0883, - "top": 51.2963, - "bottom": 41.0278 + "left": -63.3725, + "right": 55.9259, + "top": 51.3121, + "bottom": -21.4756 } }, "serviceParams": { "id": "OGC:WMTS", "version": "1.0.0", "serverUrl": { - "clc": "https://wxs.ign.fr/clc/geoportail/wmts" + "full": "https://data.geopf.fr/wmts" } }, "defaultProjection": "EPSG:3857", "wmtsOptions": { "tileMatrixSetLink": "PM", "tileMatrixSetLimits": { - "0": { - "minTileRow": "0", - "maxTileRow": "0", - "minTileCol": "0", - "maxTileCol": "0" - }, - "1": { - "minTileRow": "0", - "maxTileRow": "0", - "minTileCol": "0", - "maxTileCol": "1" - }, - "2": { - "minTileRow": "1", - "maxTileRow": "1", - "minTileCol": "1", - "maxTileCol": "2" - }, - "3": { - "minTileRow": "2", - "maxTileRow": "2", - "minTileCol": "3", - "maxTileCol": "4" - }, - "4": { - "minTileRow": "5", - "maxTileRow": "5", - "minTileCol": "7", - "maxTileCol": "8" - }, - "5": { - "minTileRow": "10", - "maxTileRow": "11", - "minTileCol": "15", - "maxTileCol": "16" - }, "6": { "minTileRow": "21", - "maxTileRow": "23", - "minTileCol": "30", - "maxTileCol": "33" + "maxTileRow": "35", + "minTileCol": "20", + "maxTileCol": "41" }, "7": { "minTileRow": "42", - "maxTileRow": "47", - "minTileCol": "61", - "maxTileCol": "67" + "maxTileRow": "71", + "minTileCol": "41", + "maxTileCol": "83" }, "8": { "minTileRow": "85", - "maxTileRow": "95", - "minTileCol": "123", - "maxTileCol": "135" + "maxTileRow": "143", + "minTileCol": "82", + "maxTileCol": "167" }, "9": { "minTileRow": "170", - "maxTileRow": "191", - "minTileCol": "247", - "maxTileCol": "271" + "maxTileRow": "287", + "minTileCol": "165", + "maxTileCol": "335" }, "10": { "minTileRow": "341", - "maxTileRow": "383", - "minTileCol": "495", - "maxTileCol": "543" + "maxTileRow": "574", + "minTileCol": "331", + "maxTileCol": "671" }, "11": { "minTileRow": "682", - "maxTileRow": "767", - "minTileCol": "990", - "maxTileCol": "1087" + "maxTileRow": "1149", + "minTileCol": "663", + "maxTileCol": "1342" }, "12": { "minTileRow": "1365", - "maxTileRow": "1535", - "minTileCol": "1980", - "maxTileCol": "2174" + "maxTileRow": "2298", + "minTileCol": "1326", + "maxTileCol": "2684" + }, + "13": { + "minTileRow": "2731", + "maxTileRow": "4596", + "minTileCol": "2653", + "maxTileCol": "5368" + }, + "14": { + "minTileRow": "5462", + "maxTileRow": "9193", + "minTileCol": "5307", + "maxTileCol": "10737" + }, + "15": { + "minTileRow": "10924", + "maxTileRow": "18386", + "minTileCol": "10615", + "maxTileCol": "21474" + }, + "16": { + "minTileRow": "21849", + "maxTileRow": "36772", + "minTileCol": "21231", + "maxTileCol": "42948" } } }, "styles": [ { - "name": "CORINE Land Cover - France métropolitaine", - "title": "CORINE Land Cover - France métropolitaine", + "name": "INSEE", + "title": "INSEE", "current": true, "url": null } @@ -18634,8 +19581,8 @@ "legends": [ { "format": "image/png", - "url": "https://wxs.ign.fr/static/legends/CLC_FR.png", - "minScaleDenominator": "8000" + "url": "https://data.geopf.fr/annexes/ressources/legendes/INSEE.FILOSOFI.LOGEMENTS.SURFACE.MOYENNE-tot-legend-2017.png", + "minScaleDenominator": "1" } ], "formats": [ @@ -18645,115 +19592,103 @@ } ] }, - "LANDCOVER.GRID.CLC06_DOM$GEOPORTAIL:OGC:WMTS": { - "name": "LANDCOVER.GRID.CLC06_DOM", - "title": "Raster CORINE Land Cover - DOM - 2006", - "description": "Raster au pas de 25m de l'inventaire biophysique de l'occupation des sols en 2006 en 50 postes. CORINE Land Cover est une base de données d’occupation des sols produite dans le cadre du programme européen d’observation de la Terre Copernicus. Cet inventaire biophysique de l’occupation des terres fournit une information géographique de référence pour 39 États européens. La continuité du programme et la diffusion des données CORINE Land Cover sont pilotées par l'Agence européenne pour l'environnement. Le producteur pour la France est le Service de l'observation et des statistiques du ministère chargé de l'environnement. L'utilisation de cette base de données permet des applications variées adaptées aux problématiques de l'environnement et à celles de l'aménagement du territoire : production cartographique, exploitation à des fins statistiques ou bien encore analyses géographiques en combinaison avec d'autres bases de données. Outil de connaissance et d'analyse, CORINE Land Cover apporte également une aide à la décision comme instrument de suivi, de surveillance et de gestion de l'environnement, des milieux naturels et de l'aménagement de l'espace. La base de données CORINE Land Cover DOM 2006 a été réalisée à partir de CORINE Land Cover DOM 2000 révisée et de la base des changements 200062006.", + "INSEE.FILOSOFI.NIVEAU.DE.VIE.SECRET$GEOPORTAIL:OGC:WMTS": { + "name": "INSEE.FILOSOFI.NIVEAU.DE.VIE.SECRET", + "title": "Niveau de vie winsorisé des individus (secret signalé)", + "description": "Niveau de vie des individus, retraité des valeurs extrêmes (les cases hachurées correspondent aux données secrétisées)", "globalConstraint": { "maxScaleDenominator": 559082264.0287179, "minScaleDenominator": 266.5911979812229, "bbox": { - "left": -61.9063, - "right": 55.9362, - "top": 16.6077, - "bottom": -21.4825 + "left": -63.3725, + "right": 55.9259, + "top": 51.3121, + "bottom": -21.4756 } }, "serviceParams": { "id": "OGC:WMTS", "version": "1.0.0", "serverUrl": { - "clc": "https://wxs.ign.fr/clc/geoportail/wmts" + "full": "https://data.geopf.fr/wmts" } }, "defaultProjection": "EPSG:3857", "wmtsOptions": { "tileMatrixSetLink": "PM", "tileMatrixSetLimits": { - "0": { - "minTileRow": "0", - "maxTileRow": "1", - "minTileCol": "0", - "maxTileCol": "1" - }, - "1": { - "minTileRow": "0", - "maxTileRow": "2", - "minTileCol": "0", - "maxTileCol": "2" - }, - "2": { - "minTileRow": "0", - "maxTileRow": "4", - "minTileCol": "0", - "maxTileCol": "4" - }, - "3": { - "minTileRow": "0", - "maxTileRow": "8", - "minTileCol": "0", - "maxTileCol": "8" - }, - "4": { - "minTileRow": "0", - "maxTileRow": "15", - "minTileCol": "0", - "maxTileCol": "15" - }, - "5": { - "minTileRow": "0", - "maxTileRow": "31", - "minTileCol": "0", - "maxTileCol": "31" - }, "6": { - "minTileRow": "16", - "maxTileRow": "47", - "minTileCol": "16", - "maxTileCol": "47" + "minTileRow": "21", + "maxTileRow": "35", + "minTileCol": "20", + "maxTileCol": "41" }, "7": { - "minTileRow": "48", - "maxTileRow": "79", - "minTileCol": "32", - "maxTileCol": "95" + "minTileRow": "42", + "maxTileRow": "71", + "minTileCol": "41", + "maxTileCol": "83" }, "8": { - "minTileRow": "112", + "minTileRow": "85", "maxTileRow": "143", - "minTileCol": "80", - "maxTileCol": "175" + "minTileCol": "82", + "maxTileCol": "167" }, "9": { - "minTileRow": "224", + "minTileRow": "170", "maxTileRow": "287", - "minTileCol": "160", + "minTileCol": "165", "maxTileCol": "335" }, "10": { - "minTileRow": "464", - "maxTileRow": "575", - "minTileCol": "320", + "minTileRow": "341", + "maxTileRow": "574", + "minTileCol": "331", "maxTileCol": "671" }, "11": { - "minTileRow": "928", - "maxTileRow": "1151", - "minTileCol": "656", - "maxTileCol": "1343" + "minTileRow": "682", + "maxTileRow": "1149", + "minTileCol": "663", + "maxTileCol": "1342" }, "12": { - "minTileRow": "1856", - "maxTileRow": "2303", - "minTileCol": "1328", - "maxTileCol": "2687" + "minTileRow": "1365", + "maxTileRow": "2298", + "minTileCol": "1326", + "maxTileCol": "2684" + }, + "13": { + "minTileRow": "2731", + "maxTileRow": "4596", + "minTileCol": "2653", + "maxTileCol": "5368" + }, + "14": { + "minTileRow": "5462", + "maxTileRow": "9193", + "minTileCol": "5307", + "maxTileCol": "10737" + }, + "15": { + "minTileRow": "10924", + "maxTileRow": "18386", + "minTileCol": "10615", + "maxTileCol": "21474" + }, + "16": { + "minTileRow": "21849", + "maxTileRow": "36772", + "minTileCol": "21231", + "maxTileCol": "42948" } } }, "styles": [ { - "name": "CORINE Land Cover - DOM", - "title": "CORINE Land Cover - DOM", + "name": "INSEE", + "title": "INSEE", "current": true, "url": null } @@ -18761,8 +19696,8 @@ "legends": [ { "format": "image/png", - "url": "https://wxs.ign.fr/static/legends/CLC_DOM.png", - "minScaleDenominator": "8000" + "url": "https://data.geopf.fr/annexes/ressources/legendes/INSEE.FILOSOFI.NIVEAU.DE.VIE-tot-legend-2017.png", + "minScaleDenominator": "1" } ], "formats": [ @@ -18772,115 +19707,103 @@ } ] }, - "LANDCOVER.GRID.CLC06_FR$GEOPORTAIL:OGC:WMTS": { - "name": "LANDCOVER.GRID.CLC06_FR", - "title": "Raster CORINE Land Cover - France métropolitaine - 2006", - "description": "Raster au pas de 25m de l'inventaire biophysique de l'occupation des sols en 2006 en 44 postes. CORINE Land Cover est une base de données d’occupation des sols produite dans le cadre du programme européen d’observation de la Terre Copernicus. Cet inventaire biophysique de l’occupation des terres fournit une information géographique de référence pour 39 États européens. La continuité du programme et la diffusion des données CORINE Land Cover sont pilotées par l'Agence européenne pour l'environnement. Le producteur pour la France est le Service de l'observation et des statistiques du ministère chargé de l'environnement. L'utilisation de cette base de données permet des applications variées adaptées aux problématiques de l'environnement et à celles de l'aménagement du territoire : production cartographique, exploitation à des fins statistiques ou bien encore analyses géographiques en combinaison avec d'autres bases de données. Outil de connaissance et d'analyse, CORINE Land Cover apporte également une aide à la décision comme instrument de suivi, de surveillance et de gestion de l'environnement, des milieux naturels et plus généralement de l'aménagement de l'espace. La base de données CORINE Land Cover 2006, dite CLC 2006, a été réalisée à partir de CLC 2000 révisée et de la base des changements 2000-2006.", + "INSEE.FILOSOFI.PART.FAMILLES.MONOPARENTALES.SECRET$GEOPORTAIL:OGC:WMTS": { + "name": "INSEE.FILOSOFI.PART.FAMILLES.MONOPARENTALES.SECRET", + "title": "% familles monoparentales (secret signalé)", + "description": "Part des familles monoparentales (les cases hachurées correspondent aux données secrétisées)", "globalConstraint": { "maxScaleDenominator": 559082264.0287179, "minScaleDenominator": 266.5911979812229, "bbox": { - "left": -5.68494, - "right": 10.8556, - "top": 51.1827, - "bottom": 41.1779 + "left": -63.3725, + "right": 55.9259, + "top": 51.3121, + "bottom": -21.4756 } }, "serviceParams": { "id": "OGC:WMTS", "version": "1.0.0", "serverUrl": { - "clc": "https://wxs.ign.fr/clc/geoportail/wmts" + "full": "https://data.geopf.fr/wmts" } }, "defaultProjection": "EPSG:3857", "wmtsOptions": { "tileMatrixSetLink": "PM", "tileMatrixSetLimits": { - "0": { - "minTileRow": "0", - "maxTileRow": "0", - "minTileCol": "0", - "maxTileCol": "0" - }, - "1": { - "minTileRow": "0", - "maxTileRow": "0", - "minTileCol": "0", - "maxTileCol": "1" - }, - "2": { - "minTileRow": "1", - "maxTileRow": "1", - "minTileCol": "1", - "maxTileCol": "2" - }, - "3": { - "minTileRow": "2", - "maxTileRow": "2", - "minTileCol": "3", - "maxTileCol": "4" - }, - "4": { - "minTileRow": "5", - "maxTileRow": "5", - "minTileCol": "7", - "maxTileCol": "8" - }, - "5": { - "minTileRow": "10", - "maxTileRow": "11", - "minTileCol": "15", - "maxTileCol": "16" - }, "6": { "minTileRow": "21", - "maxTileRow": "23", - "minTileCol": "30", - "maxTileCol": "33" + "maxTileRow": "35", + "minTileCol": "20", + "maxTileCol": "41" }, "7": { "minTileRow": "42", - "maxTileRow": "47", - "minTileCol": "61", - "maxTileCol": "67" + "maxTileRow": "71", + "minTileCol": "41", + "maxTileCol": "83" }, "8": { "minTileRow": "85", - "maxTileRow": "95", - "minTileCol": "123", - "maxTileCol": "135" + "maxTileRow": "143", + "minTileCol": "82", + "maxTileCol": "167" }, "9": { "minTileRow": "170", - "maxTileRow": "191", - "minTileCol": "247", - "maxTileCol": "271" + "maxTileRow": "287", + "minTileCol": "165", + "maxTileCol": "335" }, "10": { "minTileRow": "341", - "maxTileRow": "383", - "minTileCol": "495", - "maxTileCol": "542" + "maxTileRow": "574", + "minTileCol": "331", + "maxTileCol": "671" }, "11": { - "minTileRow": "683", - "maxTileRow": "766", - "minTileCol": "991", - "maxTileCol": "1085" + "minTileRow": "682", + "maxTileRow": "1149", + "minTileCol": "663", + "maxTileCol": "1342" }, "12": { - "minTileRow": "1367", - "maxTileRow": "1533", - "minTileCol": "1982", - "maxTileCol": "2171" + "minTileRow": "1365", + "maxTileRow": "2298", + "minTileCol": "1326", + "maxTileCol": "2684" + }, + "13": { + "minTileRow": "2731", + "maxTileRow": "4596", + "minTileCol": "2653", + "maxTileCol": "5368" + }, + "14": { + "minTileRow": "5462", + "maxTileRow": "9193", + "minTileCol": "5307", + "maxTileCol": "10737" + }, + "15": { + "minTileRow": "10924", + "maxTileRow": "18386", + "minTileCol": "10615", + "maxTileCol": "21474" + }, + "16": { + "minTileRow": "21849", + "maxTileRow": "36772", + "minTileCol": "21231", + "maxTileCol": "42948" } } }, "styles": [ { - "name": "CORINE Land Cover - France métropolitaine", - "title": "CORINE Land Cover - France métropolitaine", + "name": "INSEE", + "title": "INSEE", "current": true, "url": null } @@ -18888,8 +19811,8 @@ "legends": [ { "format": "image/png", - "url": "https://wxs.ign.fr/static/legends/CLC_FR.png", - "minScaleDenominator": "8000" + "url": "https://data.geopf.fr/annexes/ressources/legendes/INSEE.FILOSOFI.PART.FAMILLES.MONOPARENTALES-tot-legend-2017.png", + "minScaleDenominator": "1" } ], "formats": [ @@ -18899,121 +19822,103 @@ } ] }, - "LANDCOVER.GRID.CLC12$GEOPORTAIL:OGC:WMTS": { - "name": "LANDCOVER.GRID.CLC12", - "title": "Raster CORINE Land Cover - 2012", - "description": "Raster au pas de 25m de l'inventaire biophysique de l'occupation des sols en 2012 en 44 postes pour la Métropole, 50 postes pour les DOM. CORINE Land Cover est une base de données d’occupation des sols produite dans le cadre du programme européen d’observation de la Terre Copernicus. Cet inventaire biophysique de l’occupation des terres fournit une information géographique de référence pour 39 États européens. La continuité du programme et la diffusion des données CORINE Land Cover sont pilotées par l'Agence européenne pour l'environnement. Le producteur pour la France est le Service de la donnée et des études statistiques du ministère chargé de l’écologie. L'utilisation de cette base de données permet des applications variées adaptées aux problématiques de l'environnement et à celles de l'aménagement du territoire : production cartographique, exploitation à des fins statistiques ou bien encore analyses géographiques en combinaison avec d'autres bases de données. Outil de connaissance et d'analyse, CORINE Land Cover apporte également une aide à la décision comme instrument de suivi, de surveillance et de gestion de l'environnement, des milieux naturels et de l'aménagement de l'espace. La base de données CORINE Land Cover 2012, dite CLC 2012, a été réalisée à partir de CORINE Land Cover 2006 révisée et de la base des changements 2006-2012.", + "INSEE.FILOSOFI.PART.INDIVIDUS.25.39.ANS.SECRET$GEOPORTAIL:OGC:WMTS": { + "name": "INSEE.FILOSOFI.PART.INDIVIDUS.25.39.ANS.SECRET", + "title": "% des 25-39 ans (secret signalé)", + "description": "Nombre d’individus âgés de 25 à 39 ans dans la population (les cases hachurées correspondent aux données secrétisées)", "globalConstraint": { "maxScaleDenominator": 559082264.0287179, "minScaleDenominator": 266.5911979812229, "bbox": { - "left": -61.9063, - "right": 55.9362, - "top": 51.2963, - "bottom": -21.4825 + "left": -63.3725, + "right": 55.9259, + "top": 51.3121, + "bottom": -21.4756 } }, "serviceParams": { "id": "OGC:WMTS", "version": "1.0.0", "serverUrl": { - "clc": "https://wxs.ign.fr/clc/geoportail/wmts" + "full": "https://data.geopf.fr/wmts" } }, "defaultProjection": "EPSG:3857", "wmtsOptions": { "tileMatrixSetLink": "PM", "tileMatrixSetLimits": { - "0": { - "minTileRow": "0", - "maxTileRow": "1", - "minTileCol": "0", - "maxTileCol": "1" - }, - "1": { - "minTileRow": "0", - "maxTileRow": "2", - "minTileCol": "0", - "maxTileCol": "2" - }, - "2": { - "minTileRow": "0", - "maxTileRow": "4", - "minTileCol": "0", - "maxTileCol": "4" - }, - "3": { - "minTileRow": "0", - "maxTileRow": "8", - "minTileCol": "0", - "maxTileCol": "8" - }, - "4": { - "minTileRow": "0", - "maxTileRow": "15", - "minTileCol": "0", - "maxTileCol": "15" - }, - "5": { - "minTileRow": "0", - "maxTileRow": "31", - "minTileCol": "0", - "maxTileCol": "31" - }, - "6": { - "minTileRow": "16", - "maxTileRow": "47", - "minTileCol": "16", - "maxTileCol": "47" + "6": { + "minTileRow": "21", + "maxTileRow": "35", + "minTileCol": "20", + "maxTileCol": "41" }, "7": { - "minTileRow": "32", - "maxTileRow": "79", - "minTileCol": "32", - "maxTileCol": "95" + "minTileRow": "42", + "maxTileRow": "71", + "minTileCol": "41", + "maxTileCol": "83" }, "8": { - "minTileRow": "80", + "minTileRow": "85", "maxTileRow": "143", - "minTileCol": "80", - "maxTileCol": "175" + "minTileCol": "82", + "maxTileCol": "167" }, "9": { - "minTileRow": "160", + "minTileRow": "170", "maxTileRow": "287", - "minTileCol": "160", + "minTileCol": "165", "maxTileCol": "335" }, "10": { - "minTileRow": "336", - "maxTileRow": "575", - "minTileCol": "320", + "minTileRow": "341", + "maxTileRow": "574", + "minTileCol": "331", "maxTileCol": "671" }, "11": { - "minTileRow": "672", - "maxTileRow": "1151", - "minTileCol": "656", - "maxTileCol": "1343" + "minTileRow": "682", + "maxTileRow": "1149", + "minTileCol": "663", + "maxTileCol": "1342" }, "12": { - "minTileRow": "1360", - "maxTileRow": "2303", - "minTileCol": "1328", - "maxTileCol": "2687" + "minTileRow": "1365", + "maxTileRow": "2298", + "minTileCol": "1326", + "maxTileCol": "2684" }, "13": { - "minTileRow": "2720", - "maxTileRow": "4607", - "minTileCol": "2672", - "maxTileCol": "5375" + "minTileRow": "2731", + "maxTileRow": "4596", + "minTileCol": "2653", + "maxTileCol": "5368" + }, + "14": { + "minTileRow": "5462", + "maxTileRow": "9193", + "minTileCol": "5307", + "maxTileCol": "10737" + }, + "15": { + "minTileRow": "10924", + "maxTileRow": "18386", + "minTileCol": "10615", + "maxTileCol": "21474" + }, + "16": { + "minTileRow": "21849", + "maxTileRow": "36772", + "minTileCol": "21231", + "maxTileCol": "42948" } } }, "styles": [ { - "name": "CORINE Land Cover", - "title": "CORINE Land Cover", + "name": "INSEE", + "title": "INSEE", "current": true, "url": null } @@ -19021,8 +19926,8 @@ "legends": [ { "format": "image/png", - "url": "https://wxs.ign.fr/static/legends/CLC.png", - "minScaleDenominator": "8000" + "url": "https://data.geopf.fr/annexes/ressources/legendes/INSEE.FILOSOFI.PART.INDIVIDUS.25.39.ANS-tot-legend-2017.png", + "minScaleDenominator": "1" } ], "formats": [ @@ -19032,121 +19937,103 @@ } ] }, - "LANDCOVER.GRID.CLC90_FR$GEOPORTAIL:OGC:WMTS": { - "name": "LANDCOVER.GRID.CLC90_FR", - "title": "Raster CORINE Land Cover - 1990", - "description": "Raster au pas de 25m de l'inventaire biophysique de l'occupation des sols en 1990 en 44 postes pour la Métropole. CORINE Land Cover est une base de données d’occupation des sols produite dans le cadre du programme européen d’observation de la Terre Copernicus. Cet inventaire biophysique de l’occupation des terres fournit une information géographique de référence pour 39 États européens. La continuité du programme et la diffusion des données CORINE Land Cover sont pilotées par l'Agence européenne pour l'environnement. Le producteur pour la France est le Service de la donnée et des études statistiques du ministère chargé de l’écologie. L'utilisation de cette base de données permet des applications variées adaptées aux problématiques de l'environnement et à celles de l'aménagement du territoire : production cartographique, exploitation à des fins statistiques ou bien encore analyses géographiques en combinaison avec d'autres bases de données. Outil de connaissance et d'analyse, CORINE Land Cover apporte également une aide à la décision comme instrument de suivi, de surveillance et de gestion de l'environnement, des milieux naturels et de l'aménagement de l'espace. La base de données CORINE Land Cover 1990, dite CLC 1990, a été réalisée à partir d'images satellitaires de l'année 1990 et de données d'appui.", + "INSEE.FILOSOFI.PART.INDIVIDUS.40.54.ANS.SECRET$GEOPORTAIL:OGC:WMTS": { + "name": "INSEE.FILOSOFI.PART.INDIVIDUS.40.54.ANS.SECRET", + "title": "% des 40-54 ans (secret signalé)", + "description": "Nombre d’individus âgés de 40 à 54 ans dans la population (les cases hachurées correspondent aux données secrétisées)", "globalConstraint": { "maxScaleDenominator": 559082264.0287179, "minScaleDenominator": 266.5911979812229, "bbox": { - "left": -5.68494, - "right": 10.8556, - "top": 51.1827, - "bottom": 41.1779 + "left": -63.3725, + "right": 55.9259, + "top": 51.3121, + "bottom": -21.4756 } }, "serviceParams": { "id": "OGC:WMTS", "version": "1.0.0", "serverUrl": { - "clc": "https://wxs.ign.fr/clc/geoportail/wmts" + "full": "https://data.geopf.fr/wmts" } }, "defaultProjection": "EPSG:3857", "wmtsOptions": { "tileMatrixSetLink": "PM", "tileMatrixSetLimits": { - "0": { - "minTileRow": "0", - "maxTileRow": "0", - "minTileCol": "0", - "maxTileCol": "0" - }, - "1": { - "minTileRow": "0", - "maxTileRow": "0", - "minTileCol": "0", - "maxTileCol": "1" - }, - "2": { - "minTileRow": "1", - "maxTileRow": "1", - "minTileCol": "1", - "maxTileCol": "2" - }, - "3": { - "minTileRow": "2", - "maxTileRow": "2", - "minTileCol": "3", - "maxTileCol": "4" - }, - "4": { - "minTileRow": "5", - "maxTileRow": "5", - "minTileCol": "7", - "maxTileCol": "8" - }, - "5": { - "minTileRow": "10", - "maxTileRow": "11", - "minTileCol": "15", - "maxTileCol": "16" - }, "6": { "minTileRow": "21", - "maxTileRow": "23", - "minTileCol": "30", - "maxTileCol": "33" + "maxTileRow": "35", + "minTileCol": "20", + "maxTileCol": "41" }, "7": { "minTileRow": "42", - "maxTileRow": "47", - "minTileCol": "61", - "maxTileCol": "67" + "maxTileRow": "71", + "minTileCol": "41", + "maxTileCol": "83" }, "8": { "minTileRow": "85", - "maxTileRow": "95", - "minTileCol": "123", - "maxTileCol": "135" + "maxTileRow": "143", + "minTileCol": "82", + "maxTileCol": "167" }, "9": { "minTileRow": "170", - "maxTileRow": "191", - "minTileCol": "247", - "maxTileCol": "271" + "maxTileRow": "287", + "minTileCol": "165", + "maxTileCol": "335" }, "10": { "minTileRow": "341", - "maxTileRow": "383", - "minTileCol": "495", - "maxTileCol": "542" + "maxTileRow": "574", + "minTileCol": "331", + "maxTileCol": "671" }, "11": { - "minTileRow": "683", - "maxTileRow": "766", - "minTileCol": "991", - "maxTileCol": "1085" + "minTileRow": "682", + "maxTileRow": "1149", + "minTileCol": "663", + "maxTileCol": "1342" }, "12": { - "minTileRow": "1367", - "maxTileRow": "1533", - "minTileCol": "1982", - "maxTileCol": "2171" + "minTileRow": "1365", + "maxTileRow": "2298", + "minTileCol": "1326", + "maxTileCol": "2684" }, "13": { - "minTileRow": "2735", - "maxTileRow": "3066", - "minTileCol": "3965", - "maxTileCol": "4343" + "minTileRow": "2731", + "maxTileRow": "4596", + "minTileCol": "2653", + "maxTileCol": "5368" + }, + "14": { + "minTileRow": "5462", + "maxTileRow": "9193", + "minTileCol": "5307", + "maxTileCol": "10737" + }, + "15": { + "minTileRow": "10924", + "maxTileRow": "18386", + "minTileCol": "10615", + "maxTileCol": "21474" + }, + "16": { + "minTileRow": "21849", + "maxTileRow": "36772", + "minTileCol": "21231", + "maxTileCol": "42948" } } }, "styles": [ { - "name": "CORINE Land Cover - France métropolitaine", - "title": "CORINE Land Cover - France métropolitaine", + "name": "INSEE", + "title": "INSEE", "current": true, "url": null } @@ -19154,8 +20041,8 @@ "legends": [ { "format": "image/png", - "url": "https://wxs.ign.fr/static/legends/CLC_FR.png", - "minScaleDenominator": "8000" + "url": "https://data.geopf.fr/annexes/ressources/legendes/INSEE.FILOSOFI.PART.INDIVIDUS.40.54.ANS-tot-legend-2017.png", + "minScaleDenominator": "1" } ], "formats": [ @@ -19165,121 +20052,103 @@ } ] }, - "LANDCOVER.HR.DLT.CLC12$GEOPORTAIL:OGC:WMTS": { - "name": "LANDCOVER.HR.DLT.CLC12", - "title": "Raster CORINE Land Cover - Couche haute résolution du type de forêts - Résolution 20m - 2012", - "description": "Les couches haute résolution sont des couches thématiques d’occupation des sols, produites par le service Territoire du programme européen d'observation de la Terre Copernicus. Ce programme est coordonné par la Commission européenne et associe l’Agence spatiale européenne, l’Agence européenne pour l’environnement ainsi que les États membres. Ces données sont produites automatiquement à partir d’images satellite. Elles sont ensuite vérifiées puis améliorées manuellement. La production et la diffusion de ces couches haute résolution sont pilotées par l'Agence européenne pour l'environnement. Pour la France, le Service de l'observation et des statistiques du ministère chargé de l'environnement a la responsabilité des vérifications et des améliorations de ces produits. Le type de forêt cartographie la distinction feuillus ou résineux majoritairement présents dans les pixels, avec un taux de couvert arboré de plus de 10%. Ce produit permet d’approcher le plus possible des forêts au sens de la définition de l’Organisation des Nations unies pour l'alimentation et l'agriculture (FAO). La surface minimale cartographiée est de 0,52 ha, ce qui correspond à un groupement de 13 pixels. Les valeurs cartographiées sont : - 0 : Zone non-arborée - 1 : Feuillus - 2 : Conifères - 254 : Inclassable (nuage, donnée satellite indisponible, ombre ou neige) - 255 : En dehors de la zone d'étude Ces données haute résolution peuvent être utilisées indépendamment ou en complément de CORINE Land Cover. En effet, CLC permet de cartographier des polygones homogènes d’occupation des sols tels que du tissu urbain discontinu et des zones industrielles ou commerciales. Les couches haute résolution permettent alors d’apporter une nouvelle information pour chacune de ces zones, en précisant leur degré d’imperméabilisation, leur taux de couvert arboré, etc.", + "INSEE.FILOSOFI.PART.INDIVIDUS.55.64.ANS.SECRET$GEOPORTAIL:OGC:WMTS": { + "name": "INSEE.FILOSOFI.PART.INDIVIDUS.55.64.ANS.SECRET", + "title": "% des 55-64 ans (secret signalé)", + "description": "Nombre d’individus âgés de 55 à 64 ans dans la population (les cases hachurées correspondent aux données secrétisées)", "globalConstraint": { "maxScaleDenominator": 559082264.0287179, "minScaleDenominator": 266.5911979812229, "bbox": { - "left": -62.3602, - "right": 55.8441, - "top": 51.4949, - "bottom": -21.572 + "left": -63.3725, + "right": 55.9259, + "top": 51.3121, + "bottom": -21.4756 } }, "serviceParams": { "id": "OGC:WMTS", "version": "1.0.0", "serverUrl": { - "clc": "https://wxs.ign.fr/clc/geoportail/wmts" + "full": "https://data.geopf.fr/wmts" } }, "defaultProjection": "EPSG:3857", "wmtsOptions": { "tileMatrixSetLink": "PM", "tileMatrixSetLimits": { - "0": { - "minTileRow": "0", - "maxTileRow": "1", - "minTileCol": "0", - "maxTileCol": "1" - }, - "1": { - "minTileRow": "0", - "maxTileRow": "2", - "minTileCol": "0", - "maxTileCol": "2" - }, - "2": { - "minTileRow": "0", - "maxTileRow": "4", - "minTileCol": "0", - "maxTileCol": "4" - }, - "3": { - "minTileRow": "0", - "maxTileRow": "8", - "minTileCol": "0", - "maxTileCol": "8" - }, - "4": { - "minTileRow": "0", - "maxTileRow": "15", - "minTileCol": "0", - "maxTileCol": "15" - }, - "5": { - "minTileRow": "0", - "maxTileRow": "31", - "minTileCol": "0", - "maxTileCol": "31" - }, "6": { - "minTileRow": "16", - "maxTileRow": "47", - "minTileCol": "16", - "maxTileCol": "47" + "minTileRow": "21", + "maxTileRow": "35", + "minTileCol": "20", + "maxTileCol": "41" }, "7": { - "minTileRow": "32", - "maxTileRow": "79", - "minTileCol": "32", - "maxTileCol": "95" + "minTileRow": "42", + "maxTileRow": "71", + "minTileCol": "41", + "maxTileCol": "83" }, "8": { - "minTileRow": "80", + "minTileRow": "85", "maxTileRow": "143", - "minTileCol": "80", - "maxTileCol": "175" + "minTileCol": "82", + "maxTileCol": "167" }, "9": { - "minTileRow": "160", + "minTileRow": "170", "maxTileRow": "287", - "minTileCol": "160", + "minTileCol": "165", "maxTileCol": "335" }, "10": { - "minTileRow": "336", - "maxTileRow": "575", - "minTileCol": "320", + "minTileRow": "341", + "maxTileRow": "574", + "minTileCol": "331", "maxTileCol": "671" }, "11": { - "minTileRow": "672", - "maxTileRow": "1151", - "minTileCol": "656", - "maxTileCol": "1343" + "minTileRow": "682", + "maxTileRow": "1149", + "minTileCol": "663", + "maxTileCol": "1342" }, "12": { - "minTileRow": "1360", - "maxTileRow": "2303", - "minTileCol": "1328", - "maxTileCol": "2687" + "minTileRow": "1365", + "maxTileRow": "2298", + "minTileCol": "1326", + "maxTileCol": "2684" }, "13": { - "minTileRow": "2720", - "maxTileRow": "4607", - "minTileCol": "2672", - "maxTileCol": "5375" + "minTileRow": "2731", + "maxTileRow": "4596", + "minTileCol": "2653", + "maxTileCol": "5368" + }, + "14": { + "minTileRow": "5462", + "maxTileRow": "9193", + "minTileCol": "5307", + "maxTileCol": "10737" + }, + "15": { + "minTileRow": "10924", + "maxTileRow": "18386", + "minTileCol": "10615", + "maxTileCol": "21474" + }, + "16": { + "minTileRow": "21849", + "maxTileRow": "36772", + "minTileCol": "21231", + "maxTileCol": "42948" } } }, "styles": [ { - "name": "CORINE Land Cover - HR - type de forêts", - "title": "CORINE Land Cover - HR - type de forêts", + "name": "INSEE", + "title": "INSEE", "current": true, "url": null } @@ -19287,8 +20156,8 @@ "legends": [ { "format": "image/png", - "url": "https://wxs.ign.fr/static/legends/CLC_HR_DLT.png", - "minScaleDenominator": "8000" + "url": "https://data.geopf.fr/annexes/ressources/legendes/INSEE.FILOSOFI.PART.INDIVIDUS.55.64.ANS-tot-legend-2017.png", + "minScaleDenominator": "1" } ], "formats": [ @@ -19298,121 +20167,103 @@ } ] }, - "LANDCOVER.HR.DLT.CLC15$GEOPORTAIL:OGC:WMTS": { - "name": "LANDCOVER.HR.DLT.CLC15", - "title": "Raster CORINE Land Cover - Couche haute résolution du type de forêts - Résolution 20m - 2015", - "description": "Les couches haute résolution sont des couches thématiques d’occupation des sols, produites par le service Territoire du programme européen d'observation de la Terre Copernicus. Ce programme est coordonné par la Commission européenne et associe l’Agence spatiale européenne, l’Agence européenne pour l’environnement ainsi que les États membres. Ces données sont produites automatiquement à partir d’images satellite. Elles sont ensuite vérifiées puis améliorées manuellement. La production et la diffusion de ces couches haute résolution sont pilotées par l'Agence européenne pour l'environnement. Pour la France, le Service de l'observation et des statistiques du ministère chargé de l'environnement a la responsabilité des vérifications et des améliorations de ces produits. Le type de forêt cartographie la distinction feuillus ou résineux majoritairement présents dans les pixels, avec un taux de couvert arboré de plus de 10%. Ce produit permet d’approcher le plus possible des forêts au sens de la définition de l’Organisation des Nations unies pour l'alimentation et l'agriculture (FAO). La surface minimale cartographiée est de 0,52 ha, ce qui correspond à un groupement de 13 pixels. Les valeurs cartographiées sont : - 0 : Zone non-arborée - 1 : Feuillus - 2 : Conifères - 254 : Inclassable (nuage, donnée satellite indisponible, ombre ou neige) - 255 : En dehors de la zone d'étude Ces données haute résolution peuvent être utilisées indépendamment ou en complément de CORINE Land Cover. En effet, CLC permet de cartographier des polygones homogènes d’occupation des sols tels que du tissu urbain discontinu et des zones industrielles ou commerciales. Les couches haute résolution permettent alors d’apporter une nouvelle information pour chacune de ces zones, en précisant leur degré d’imperméabilisation, leur taux de couvert arboré, etc.", + "INSEE.FILOSOFI.PART.LOGEMENTS.APRES.1990.SECRET$GEOPORTAIL:OGC:WMTS": { + "name": "INSEE.FILOSOFI.PART.LOGEMENTS.APRES.1990.SECRET", + "title": "% de logements construits après 1990 (secret signalé)", + "description": "Part des logements construits après 1990 (les cases hachurées correspondent aux données secrétisées)", "globalConstraint": { "maxScaleDenominator": 559082264.0287179, "minScaleDenominator": 266.5911979812229, "bbox": { - "left": -62.3602, - "right": 55.8441, - "top": 51.4949, - "bottom": -21.572 + "left": -63.3725, + "right": 55.9259, + "top": 51.3121, + "bottom": -21.4756 } }, "serviceParams": { "id": "OGC:WMTS", "version": "1.0.0", "serverUrl": { - "clc": "https://wxs.ign.fr/clc/geoportail/wmts" + "full": "https://data.geopf.fr/wmts" } }, "defaultProjection": "EPSG:3857", "wmtsOptions": { "tileMatrixSetLink": "PM", "tileMatrixSetLimits": { - "0": { - "minTileRow": "0", - "maxTileRow": "1", - "minTileCol": "0", - "maxTileCol": "1" - }, - "1": { - "minTileRow": "0", - "maxTileRow": "2", - "minTileCol": "0", - "maxTileCol": "2" - }, - "2": { - "minTileRow": "0", - "maxTileRow": "4", - "minTileCol": "0", - "maxTileCol": "4" - }, - "3": { - "minTileRow": "0", - "maxTileRow": "8", - "minTileCol": "0", - "maxTileCol": "8" - }, - "4": { - "minTileRow": "0", - "maxTileRow": "15", - "minTileCol": "0", - "maxTileCol": "15" - }, - "5": { - "minTileRow": "0", - "maxTileRow": "31", - "minTileCol": "0", - "maxTileCol": "31" - }, "6": { - "minTileRow": "16", - "maxTileRow": "47", - "minTileCol": "16", - "maxTileCol": "47" + "minTileRow": "21", + "maxTileRow": "35", + "minTileCol": "20", + "maxTileCol": "41" }, "7": { - "minTileRow": "32", - "maxTileRow": "79", - "minTileCol": "32", - "maxTileCol": "95" + "minTileRow": "42", + "maxTileRow": "71", + "minTileCol": "41", + "maxTileCol": "83" }, "8": { - "minTileRow": "80", + "minTileRow": "85", "maxTileRow": "143", - "minTileCol": "80", - "maxTileCol": "175" + "minTileCol": "82", + "maxTileCol": "167" }, "9": { - "minTileRow": "160", + "minTileRow": "170", "maxTileRow": "287", - "minTileCol": "160", + "minTileCol": "165", "maxTileCol": "335" }, "10": { - "minTileRow": "336", - "maxTileRow": "575", - "minTileCol": "320", + "minTileRow": "341", + "maxTileRow": "574", + "minTileCol": "331", "maxTileCol": "671" }, "11": { - "minTileRow": "672", - "maxTileRow": "1151", - "minTileCol": "656", - "maxTileCol": "1343" + "minTileRow": "682", + "maxTileRow": "1149", + "minTileCol": "663", + "maxTileCol": "1342" }, "12": { - "minTileRow": "1360", - "maxTileRow": "2303", - "minTileCol": "1328", - "maxTileCol": "2687" + "minTileRow": "1365", + "maxTileRow": "2298", + "minTileCol": "1326", + "maxTileCol": "2684" }, "13": { - "minTileRow": "2720", - "maxTileRow": "4607", - "minTileCol": "2672", - "maxTileCol": "5375" + "minTileRow": "2731", + "maxTileRow": "4596", + "minTileCol": "2653", + "maxTileCol": "5368" + }, + "14": { + "minTileRow": "5462", + "maxTileRow": "9193", + "minTileCol": "5307", + "maxTileCol": "10737" + }, + "15": { + "minTileRow": "10924", + "maxTileRow": "18386", + "minTileCol": "10615", + "maxTileCol": "21474" + }, + "16": { + "minTileRow": "21849", + "maxTileRow": "36772", + "minTileCol": "21231", + "maxTileCol": "42948" } } }, "styles": [ { - "name": "CORINE Land Cover - HR - type de forêts", - "title": "CORINE Land Cover - HR - type de forêts", + "name": "INSEE", + "title": "INSEE", "current": true, "url": null } @@ -19420,8 +20271,8 @@ "legends": [ { "format": "image/png", - "url": "https://wxs.ign.fr/static/legends/CLC_HR_DLT.png", - "minScaleDenominator": "8000" + "url": "https://data.geopf.fr/annexes/ressources/legendes/INSEE.FILOSOFI.PART.LOGEMENTS.APRES.1990-tot-legend-2017.png", + "minScaleDenominator": "1" } ], "formats": [ @@ -19431,121 +20282,103 @@ } ] }, - "LANDCOVER.HR.GRA.CLC15$GEOPORTAIL:OGC:WMTS": { - "name": "LANDCOVER.HR.GRA.CLC15", - "title": "Raster CORINE Land Cover - Couche haute résolution des prairies - Résolution 20m - 2015", - "description": "Les couches haute résolution sont des couches thématiques d’occupation des sols, produites par le service Territoire du programme européen d'observation de la Terre Copernicus. Ce programme est coordonné par la Commission européenne et associe l’Agence spatiale européenne, l’Agence européenne pour l’environnement ainsi que les États membres. Ces données sont produites automatiquement à partir d’images satellite. Elles sont ensuite vérifiées puis améliorées manuellement. La production et la diffusion de ces couches haute résolution sont pilotées par l'Agence européenne pour l'environnement. Pour la France, le Service de la donnée et des études statistiques du ministère chargé de l’écologie a la responsabilité des vérifications et des améliorations de ces produits. Les valeurs cartographiées sont : - 0 : Zone non-herbeuse - 1 : Zone herbeuse et non-arborée - 254 : Inclassable (nuage, donnée satellite indisponible, ombre ou neige) - 255 : En dehors de la zone d'étude Ces données haute résolution peuvent être utilisées indépendamment ou en complément de CORINE Land Cover. En effet, CLC permet de cartographier des polygones homogènes d’occupation des sols tels que du tissu urbain discontinu et des zones industrielles ou commerciales. Les couches haute résolution permettent alors d’apporter une nouvelle information pour chacune de ces zones, en précisant leur degré d’imperméabilisation, leur taux de couvert arboré, etc.", + "INSEE.FILOSOFI.PART.LOGEMENTS.AVANT.1945.SECRET$GEOPORTAIL:OGC:WMTS": { + "name": "INSEE.FILOSOFI.PART.LOGEMENTS.AVANT.1945.SECRET", + "title": "% de logements construits avant 1945 (secret signalé)", + "description": "Part des logements construits avant 1945 (les cases hachurées correspondent aux données secrétisées)", "globalConstraint": { "maxScaleDenominator": 559082264.0287179, "minScaleDenominator": 266.5911979812229, "bbox": { - "left": -61.8133, - "right": 55.84, - "top": 51.4949, - "bottom": -21.3925 + "left": -63.3725, + "right": 55.9259, + "top": 51.3121, + "bottom": -21.4756 } }, "serviceParams": { "id": "OGC:WMTS", "version": "1.0.0", "serverUrl": { - "clc": "https://wxs.ign.fr/clc/geoportail/wmts" + "full": "https://data.geopf.fr/wmts" } }, "defaultProjection": "EPSG:3857", "wmtsOptions": { "tileMatrixSetLink": "PM", "tileMatrixSetLimits": { - "0": { - "minTileRow": "0", - "maxTileRow": "1", - "minTileCol": "0", - "maxTileCol": "1" - }, - "1": { - "minTileRow": "0", - "maxTileRow": "2", - "minTileCol": "0", - "maxTileCol": "2" - }, - "2": { - "minTileRow": "0", - "maxTileRow": "4", - "minTileCol": "0", - "maxTileCol": "4" - }, - "3": { - "minTileRow": "0", - "maxTileRow": "8", - "minTileCol": "0", - "maxTileCol": "8" - }, - "4": { - "minTileRow": "0", - "maxTileRow": "15", - "minTileCol": "0", - "maxTileCol": "15" - }, - "5": { - "minTileRow": "0", - "maxTileRow": "31", - "minTileCol": "0", - "maxTileCol": "31" - }, "6": { - "minTileRow": "16", - "maxTileRow": "47", - "minTileCol": "16", - "maxTileCol": "47" + "minTileRow": "21", + "maxTileRow": "35", + "minTileCol": "20", + "maxTileCol": "41" }, "7": { - "minTileRow": "32", - "maxTileRow": "79", - "minTileCol": "32", - "maxTileCol": "95" + "minTileRow": "42", + "maxTileRow": "71", + "minTileCol": "41", + "maxTileCol": "83" }, "8": { - "minTileRow": "80", + "minTileRow": "85", "maxTileRow": "143", - "minTileCol": "80", - "maxTileCol": "175" + "minTileCol": "82", + "maxTileCol": "167" }, "9": { - "minTileRow": "160", + "minTileRow": "170", "maxTileRow": "287", - "minTileCol": "160", + "minTileCol": "165", "maxTileCol": "335" }, "10": { - "minTileRow": "336", - "maxTileRow": "575", - "minTileCol": "336", + "minTileRow": "341", + "maxTileRow": "574", + "minTileCol": "331", "maxTileCol": "671" }, "11": { - "minTileRow": "672", - "maxTileRow": "1151", - "minTileCol": "672", - "maxTileCol": "1343" + "minTileRow": "682", + "maxTileRow": "1149", + "minTileCol": "663", + "maxTileCol": "1342" }, "12": { - "minTileRow": "1360", - "maxTileRow": "2303", - "minTileCol": "1344", - "maxTileCol": "2687" + "minTileRow": "1365", + "maxTileRow": "2298", + "minTileCol": "1326", + "maxTileCol": "2684" }, "13": { - "minTileRow": "2720", - "maxTileRow": "4607", - "minTileCol": "2688", - "maxTileCol": "5375" - } - } - }, - "styles": [ - { - "name": "CORINE Land Cover - HR - prairies", - "title": "CORINE Land Cover - HR - prairies", + "minTileRow": "2731", + "maxTileRow": "4596", + "minTileCol": "2653", + "maxTileCol": "5368" + }, + "14": { + "minTileRow": "5462", + "maxTileRow": "9193", + "minTileCol": "5307", + "maxTileCol": "10737" + }, + "15": { + "minTileRow": "10924", + "maxTileRow": "18386", + "minTileCol": "10615", + "maxTileCol": "21474" + }, + "16": { + "minTileRow": "21849", + "maxTileRow": "36772", + "minTileCol": "21231", + "maxTileCol": "42948" + } + } + }, + "styles": [ + { + "name": "INSEE", + "title": "INSEE", "current": true, "url": null } @@ -19553,8 +20386,8 @@ "legends": [ { "format": "image/png", - "url": "https://wxs.ign.fr/static/legends/CLC_HR_GRA.png", - "minScaleDenominator": "8000" + "url": "https://data.geopf.fr/annexes/ressources/legendes/INSEE.FILOSOFI.PART.LOGEMENTS.AVANT.1945-tot-legend-2017.png", + "minScaleDenominator": "1" } ], "formats": [ @@ -19564,121 +20397,103 @@ } ] }, - "LANDCOVER.HR.IMD.CLC12$GEOPORTAIL:OGC:WMTS": { - "name": "LANDCOVER.HR.IMD.CLC12", - "title": "Raster CORINE Land Cover - Couche haute résolution du taux d'imperméabilisation des sols - Résolution 20m - 2012", - "description": "Les couches haute résolution sont des couches thématiques d’occupation des sols, produites par le service Territoire du programme européen d'observation de la Terre Copernicus. Ce programme est coordonné par la Commission européenne et associe l’Agence spatiale européenne, l’Agence européenne pour l’environnement ainsi que les États membres. Ces données sont produites automatiquement à partir d’images satellite. Elles sont ensuite vérifiées puis améliorées manuellement. La production et la diffusion de ces couches haute résolution sont pilotées par l'Agence européenne pour l'environnement. Pour la France, le Service de l'observation et des statistiques du ministère chargé de l'environnement a la responsabilité des vérifications et des améliorations de ces produits. Le taux d’imperméabilisation des sols cartographie le pourcentage des sols imperméabilisés par pixels de 20 m de côté. Le revêtement des sols imperméabilisés, issu de l’artificialisation des terres, est maintenu en général sur de longues périodes. La surface minimale cartographiée est de 20 m x 20 m. Les valeurs cartographiées sont : - 0 : Zone non-imperméable - 1-100 : Taux d'imperméabilisation - 254 : Inclassable (nuage, donnée satellite indisponible, ombre ou neige) - 255 : En dehors de la zone d'étude Ces données haute résolution peuvent être utilisées indépendamment ou en complément de CORINE Land Cover. En effet, CLC permet de cartographier des polygones homogènes d’occupation des sols tels que du tissu urbain discontinu et des zones industrielles ou commerciales. Les couches haute résolution permettent alors d’apporter une nouvelle information pour chacune de ces zones, en précisant leur degré d’imperméabilisation, leur taux de couvert arboré, etc.", + "INSEE.FILOSOFI.PART.LOGEMENTS.COLLECTIFS.SECRET$GEOPORTAIL:OGC:WMTS": { + "name": "INSEE.FILOSOFI.PART.LOGEMENTS.COLLECTIFS.SECRET", + "title": "% de logements collectifs (secret signalé)", + "description": "Part des ménages habitant en logement collectif (les cases hachurées correspondent aux données secrétisées)", "globalConstraint": { "maxScaleDenominator": 559082264.0287179, "minScaleDenominator": 266.5911979812229, "bbox": { - "left": -62.3609, - "right": 56.1791, - "top": 51.4952, - "bottom": -21.5758 + "left": -63.3725, + "right": 55.9259, + "top": 51.3121, + "bottom": -21.4756 } }, "serviceParams": { "id": "OGC:WMTS", "version": "1.0.0", "serverUrl": { - "clc": "https://wxs.ign.fr/clc/geoportail/wmts" + "full": "https://data.geopf.fr/wmts" } }, "defaultProjection": "EPSG:3857", "wmtsOptions": { "tileMatrixSetLink": "PM", "tileMatrixSetLimits": { - "0": { - "minTileRow": "0", - "maxTileRow": "1", - "minTileCol": "0", - "maxTileCol": "1" - }, - "1": { - "minTileRow": "0", - "maxTileRow": "2", - "minTileCol": "0", - "maxTileCol": "2" - }, - "2": { - "minTileRow": "0", - "maxTileRow": "4", - "minTileCol": "0", - "maxTileCol": "4" - }, - "3": { - "minTileRow": "0", - "maxTileRow": "8", - "minTileCol": "0", - "maxTileCol": "8" - }, - "4": { - "minTileRow": "0", - "maxTileRow": "15", - "minTileCol": "0", - "maxTileCol": "15" - }, - "5": { - "minTileRow": "0", - "maxTileRow": "31", - "minTileCol": "0", - "maxTileCol": "31" - }, "6": { - "minTileRow": "16", - "maxTileRow": "47", - "minTileCol": "16", - "maxTileCol": "47" + "minTileRow": "21", + "maxTileRow": "35", + "minTileCol": "20", + "maxTileCol": "41" }, "7": { - "minTileRow": "32", - "maxTileRow": "79", - "minTileCol": "32", - "maxTileCol": "95" + "minTileRow": "42", + "maxTileRow": "71", + "minTileCol": "41", + "maxTileCol": "83" }, "8": { - "minTileRow": "80", + "minTileRow": "85", "maxTileRow": "143", - "minTileCol": "80", - "maxTileCol": "175" + "minTileCol": "82", + "maxTileCol": "167" }, "9": { - "minTileRow": "160", + "minTileRow": "170", "maxTileRow": "287", - "minTileCol": "160", + "minTileCol": "165", "maxTileCol": "335" }, "10": { - "minTileRow": "336", - "maxTileRow": "575", - "minTileCol": "320", + "minTileRow": "341", + "maxTileRow": "574", + "minTileCol": "331", "maxTileCol": "671" }, "11": { - "minTileRow": "672", - "maxTileRow": "1151", - "minTileCol": "656", - "maxTileCol": "1343" + "minTileRow": "682", + "maxTileRow": "1149", + "minTileCol": "663", + "maxTileCol": "1342" }, "12": { - "minTileRow": "1360", - "maxTileRow": "2303", - "minTileCol": "1328", - "maxTileCol": "2687" + "minTileRow": "1365", + "maxTileRow": "2298", + "minTileCol": "1326", + "maxTileCol": "2684" }, "13": { - "minTileRow": "2720", - "maxTileRow": "4607", - "minTileCol": "2672", - "maxTileCol": "5375" + "minTileRow": "2731", + "maxTileRow": "4596", + "minTileCol": "2653", + "maxTileCol": "5368" + }, + "14": { + "minTileRow": "5462", + "maxTileRow": "9193", + "minTileCol": "5307", + "maxTileCol": "10737" + }, + "15": { + "minTileRow": "10924", + "maxTileRow": "18386", + "minTileCol": "10615", + "maxTileCol": "21474" + }, + "16": { + "minTileRow": "21849", + "maxTileRow": "36772", + "minTileCol": "21231", + "maxTileCol": "42948" } } }, "styles": [ { - "name": "CORINE Land Cover - HR - taux d'imperméabilisation des sols", - "title": "CORINE Land Cover - HR - taux d'imperméabilisation des sols", + "name": "INSEE", + "title": "INSEE", "current": true, "url": null } @@ -19686,8 +20501,8 @@ "legends": [ { "format": "image/png", - "url": "https://wxs.ign.fr/static/legends/CLC_HR_IMD.png", - "minScaleDenominator": "8000" + "url": "https://data.geopf.fr/annexes/ressources/legendes/INSEE.FILOSOFI.PART.LOGEMENTS.COLLECTIFS-tot-legend-2017.png", + "minScaleDenominator": "1" } ], "formats": [ @@ -19697,121 +20512,103 @@ } ] }, - "LANDCOVER.HR.IMD.CLC15$GEOPORTAIL:OGC:WMTS": { - "name": "LANDCOVER.HR.IMD.CLC15", - "title": "Raster CORINE Land Cover - Couche haute résolution du taux d'imperméabilisation des sols - Résolution 20m - 2015", - "description": "Les couches haute résolution sont des couches thématiques d’occupation des sols, produites par le service Territoire du programme européen d'observation de la Terre Copernicus. Ce programme est coordonné par la Commission européenne et associe l’Agence spatiale européenne, l’Agence européenne pour l’environnement ainsi que les États membres. Ces données sont produites automatiquement à partir d’images satellite. Elles sont ensuite vérifiées puis améliorées manuellement. La production et la diffusion de ces couches haute résolution sont pilotées par l'Agence européenne pour l'environnement. Pour la France, le Service de l'observation et des statistiques du ministère chargé de l'environnement a la responsabilité des vérifications et des améliorations de ces produits. Le taux d’imperméabilisation des sols cartographie le pourcentage des sols imperméabilisés par pixels de 20 m de côté. Le revêtement des sols imperméabilisés, issu de l’artificialisation des terres, est maintenu en général sur de longues périodes. La surface minimale cartographiée est de 20 m x 20 m. Les valeurs cartographiées sont : - 0 : Zone non-imperméable - 1-100 : Taux d'imperméabilisation - 254 : Inclassable (nuage, donnée satellite indisponible, ombre ou neige) - 255 : En dehors de la zone d'étude Ces données haute résolution peuvent être utilisées indépendamment ou en complément de CORINE Land Cover. En effet, CLC permet de cartographier des polygones homogènes d’occupation des sols tels que du tissu urbain discontinu et des zones industrielles ou commerciales. Les couches haute résolution permettent alors d’apporter une nouvelle information pour chacune de ces zones, en précisant leur degré d’imperméabilisation, leur taux de couvert arboré, etc.", + "INSEE.FILOSOFI.PART.LOGEMENTS.CONSTRUITS.1945.1970.SECRET$GEOPORTAIL:OGC:WMTS": { + "name": "INSEE.FILOSOFI.PART.LOGEMENTS.CONSTRUITS.1945.1970.SECRET", + "title": "% de logements construits entre 1945 et 1970 (secret signalé)", + "description": "Part des logements construits entre 1945 et 1970 (les cases hachurées correspondent aux données secrétisées)", "globalConstraint": { "maxScaleDenominator": 559082264.0287179, "minScaleDenominator": 266.5911979812229, "bbox": { - "left": -62.3609, - "right": 56.1791, - "top": 51.4952, - "bottom": -21.5758 + "left": -63.3725, + "right": 55.9259, + "top": 51.3121, + "bottom": -21.4756 } }, "serviceParams": { "id": "OGC:WMTS", "version": "1.0.0", "serverUrl": { - "clc": "https://wxs.ign.fr/clc/geoportail/wmts" + "full": "https://data.geopf.fr/wmts" } }, "defaultProjection": "EPSG:3857", "wmtsOptions": { "tileMatrixSetLink": "PM", "tileMatrixSetLimits": { - "0": { - "minTileRow": "0", - "maxTileRow": "1", - "minTileCol": "0", - "maxTileCol": "1" - }, - "1": { - "minTileRow": "0", - "maxTileRow": "2", - "minTileCol": "0", - "maxTileCol": "2" - }, - "2": { - "minTileRow": "0", - "maxTileRow": "4", - "minTileCol": "0", - "maxTileCol": "4" - }, - "3": { - "minTileRow": "0", - "maxTileRow": "8", - "minTileCol": "0", - "maxTileCol": "8" - }, - "4": { - "minTileRow": "0", - "maxTileRow": "15", - "minTileCol": "0", - "maxTileCol": "15" - }, - "5": { - "minTileRow": "0", - "maxTileRow": "31", - "minTileCol": "0", - "maxTileCol": "31" - }, "6": { - "minTileRow": "16", - "maxTileRow": "47", - "minTileCol": "16", - "maxTileCol": "47" + "minTileRow": "21", + "maxTileRow": "35", + "minTileCol": "20", + "maxTileCol": "41" }, "7": { - "minTileRow": "32", - "maxTileRow": "79", - "minTileCol": "32", - "maxTileCol": "95" + "minTileRow": "42", + "maxTileRow": "71", + "minTileCol": "41", + "maxTileCol": "83" }, "8": { - "minTileRow": "80", + "minTileRow": "85", "maxTileRow": "143", - "minTileCol": "80", - "maxTileCol": "175" + "minTileCol": "82", + "maxTileCol": "167" }, "9": { - "minTileRow": "160", + "minTileRow": "170", "maxTileRow": "287", - "minTileCol": "160", + "minTileCol": "165", "maxTileCol": "335" }, "10": { - "minTileRow": "336", - "maxTileRow": "575", - "minTileCol": "320", + "minTileRow": "341", + "maxTileRow": "574", + "minTileCol": "331", "maxTileCol": "671" }, "11": { - "minTileRow": "672", - "maxTileRow": "1151", - "minTileCol": "656", - "maxTileCol": "1343" + "minTileRow": "682", + "maxTileRow": "1149", + "minTileCol": "663", + "maxTileCol": "1342" }, "12": { - "minTileRow": "1360", - "maxTileRow": "2303", - "minTileCol": "1328", - "maxTileCol": "2687" + "minTileRow": "1365", + "maxTileRow": "2298", + "minTileCol": "1326", + "maxTileCol": "2684" }, "13": { - "minTileRow": "2720", - "maxTileRow": "4607", - "minTileCol": "2672", - "maxTileCol": "5375" + "minTileRow": "2731", + "maxTileRow": "4596", + "minTileCol": "2653", + "maxTileCol": "5368" + }, + "14": { + "minTileRow": "5462", + "maxTileRow": "9193", + "minTileCol": "5307", + "maxTileCol": "10737" + }, + "15": { + "minTileRow": "10924", + "maxTileRow": "18386", + "minTileCol": "10615", + "maxTileCol": "21474" + }, + "16": { + "minTileRow": "21849", + "maxTileRow": "36772", + "minTileCol": "21231", + "maxTileCol": "42948" } } }, "styles": [ { - "name": "CORINE Land Cover - HR - taux d'imperméabilisation des sols", - "title": "CORINE Land Cover - HR - taux d'imperméabilisation des sols", + "name": "INSEE", + "title": "INSEE", "current": true, "url": null } @@ -19819,8 +20616,8 @@ "legends": [ { "format": "image/png", - "url": "https://wxs.ign.fr/static/legends/CLC_HR_IMD.png", - "minScaleDenominator": "8000" + "url": "https://data.geopf.fr/annexes/ressources/legendes/INSEE.FILOSOFI.PART.LOGEMENTS.CONSTRUITS.1945.1970-tot-legend-2017.png", + "minScaleDenominator": "1" } ], "formats": [ @@ -19830,121 +20627,103 @@ } ] }, - "LANDCOVER.HR.TCD.CLC12$GEOPORTAIL:OGC:WMTS": { - "name": "LANDCOVER.HR.TCD.CLC12", - "title": "Raster CORINE Land Cover - Couche haute résolution du taux de couvert arboré - Résolution 20m - 2012", - "description": "Les couches haute résolution sont des couches thématiques d’occupation des sols, produites par le service Territoire du programme européen d'observation de la Terre Copernicus. Ce programme est coordonné par la Commission européenne et associe l’Agence spatiale européenne, l’Agence européenne pour l’environnement ainsi que les États membres. Ces données sont produites automatiquement à partir d’images satellite. Elles sont ensuite vérifiées puis améliorées manuellement. La production et la diffusion de ces couches haute résolution sont pilotées par l'Agence européenne pour l'environnement. Pour la France, le Service de l'observation et des statistiques du ministère chargé de l'environnement a la responsabilité des vérifications et des améliorations de ces produits. Le taux de couvert arboré cartographie le pourcentage de couverture arborée par pixels de 20 m de côté. Sont ainsi cartographiées les surfaces arborées en zones urbaines, agricoles ou forestières. La surface minimale cartographiée est de 20 m x 20 m. Les valeurs cartographiées sont : - 0 : Zone non-arborée - 1-100 : Taux de couvert arboré - 254 : Inclassable (nuage, donnée satellite indisponible, ombre ou neige) - 255 : En dehors de la zone d'étude Ces données haute résolution peuvent être utilisées indépendamment ou en complément de CORINE Land Cover. En effet, CLC permet de cartographier des polygones homogènes d’occupation des sols tels que du tissu urbain discontinu et des zones industrielles ou commerciales. Les couches haute résolution permettent alors d’apporter une nouvelle information pour chacune de ces zones, en précisant leur degré d’imperméabilisation, leur taux de couvert arboré, etc.", + "INSEE.FILOSOFI.PART.LOGEMENTS.CONSTRUITS.1970.1990.SECRET$GEOPORTAIL:OGC:WMTS": { + "name": "INSEE.FILOSOFI.PART.LOGEMENTS.CONSTRUITS.1970.1990.SECRET", + "title": "% de logements construits entre 1970 et 1990 (secret signalé)", + "description": "Part des logements construits entre 1970 et 1990 (les cases hachurées correspondent aux données secrétisées)", "globalConstraint": { "maxScaleDenominator": 559082264.0287179, "minScaleDenominator": 266.5911979812229, "bbox": { - "left": -62.3602, - "right": 55.8441, - "top": 51.4949, - "bottom": -21.572 + "left": -63.3725, + "right": 55.9259, + "top": 51.3121, + "bottom": -21.4756 } }, "serviceParams": { "id": "OGC:WMTS", "version": "1.0.0", "serverUrl": { - "clc": "https://wxs.ign.fr/clc/geoportail/wmts" + "full": "https://data.geopf.fr/wmts" } }, "defaultProjection": "EPSG:3857", "wmtsOptions": { "tileMatrixSetLink": "PM", "tileMatrixSetLimits": { - "0": { - "minTileRow": "0", - "maxTileRow": "1", - "minTileCol": "0", - "maxTileCol": "1" - }, - "1": { - "minTileRow": "0", - "maxTileRow": "2", - "minTileCol": "0", - "maxTileCol": "2" - }, - "2": { - "minTileRow": "0", - "maxTileRow": "4", - "minTileCol": "0", - "maxTileCol": "4" - }, - "3": { - "minTileRow": "0", - "maxTileRow": "8", - "minTileCol": "0", - "maxTileCol": "8" - }, - "4": { - "minTileRow": "0", - "maxTileRow": "15", - "minTileCol": "0", - "maxTileCol": "15" - }, - "5": { - "minTileRow": "0", - "maxTileRow": "31", - "minTileCol": "0", - "maxTileCol": "31" - }, "6": { - "minTileRow": "16", - "maxTileRow": "47", - "minTileCol": "16", - "maxTileCol": "47" + "minTileRow": "21", + "maxTileRow": "35", + "minTileCol": "20", + "maxTileCol": "41" }, "7": { - "minTileRow": "32", - "maxTileRow": "79", - "minTileCol": "32", - "maxTileCol": "95" + "minTileRow": "42", + "maxTileRow": "71", + "minTileCol": "41", + "maxTileCol": "83" }, "8": { - "minTileRow": "80", + "minTileRow": "85", "maxTileRow": "143", - "minTileCol": "80", - "maxTileCol": "175" + "minTileCol": "82", + "maxTileCol": "167" }, "9": { - "minTileRow": "160", + "minTileRow": "170", "maxTileRow": "287", - "minTileCol": "160", + "minTileCol": "165", "maxTileCol": "335" }, "10": { - "minTileRow": "336", - "maxTileRow": "575", - "minTileCol": "320", + "minTileRow": "341", + "maxTileRow": "574", + "minTileCol": "331", "maxTileCol": "671" }, "11": { - "minTileRow": "672", - "maxTileRow": "1151", - "minTileCol": "656", - "maxTileCol": "1343" + "minTileRow": "682", + "maxTileRow": "1149", + "minTileCol": "663", + "maxTileCol": "1342" }, "12": { - "minTileRow": "1360", - "maxTileRow": "2303", - "minTileCol": "1328", - "maxTileCol": "2687" + "minTileRow": "1365", + "maxTileRow": "2298", + "minTileCol": "1326", + "maxTileCol": "2684" }, "13": { - "minTileRow": "2720", - "maxTileRow": "4607", - "minTileCol": "2672", - "maxTileCol": "5375" + "minTileRow": "2731", + "maxTileRow": "4596", + "minTileCol": "2653", + "maxTileCol": "5368" + }, + "14": { + "minTileRow": "5462", + "maxTileRow": "9193", + "minTileCol": "5307", + "maxTileCol": "10737" + }, + "15": { + "minTileRow": "10924", + "maxTileRow": "18386", + "minTileCol": "10615", + "maxTileCol": "21474" + }, + "16": { + "minTileRow": "21849", + "maxTileRow": "36772", + "minTileCol": "21231", + "maxTileCol": "42948" } } }, "styles": [ { - "name": "CORINE Land Cover - HR - taux de couvert arboré", - "title": "CORINE Land Cover - HR - taux de couvert arboré", + "name": "INSEE", + "title": "INSEE", "current": true, "url": null } @@ -19952,8 +20731,8 @@ "legends": [ { "format": "image/png", - "url": "https://wxs.ign.fr/static/legends/CLC_HR_TCD.png", - "minScaleDenominator": "8000" + "url": "https://data.geopf.fr/annexes/ressources/legendes/INSEE.FILOSOFI.PART.LOGEMENTS.CONSTRUITS.1970.1990-tot-legend-2017.png", + "minScaleDenominator": "1" } ], "formats": [ @@ -19963,121 +20742,103 @@ } ] }, - "LANDCOVER.HR.TCD.CLC15$GEOPORTAIL:OGC:WMTS": { - "name": "LANDCOVER.HR.TCD.CLC15", - "title": "Raster CORINE Land Cover - Couche haute résolution du taux de couvert arboré - Résolution 20m - 2015", - "description": "Les couches haute résolution sont des couches thématiques d’occupation des sols, produites par le service Territoire du programme européen d'observation de la Terre Copernicus. Ce programme est coordonné par la Commission européenne et associe l’Agence spatiale européenne, l’Agence européenne pour l’environnement ainsi que les États membres. Ces données sont produites automatiquement à partir d’images satellite. Elles sont ensuite vérifiées puis améliorées manuellement. La production et la diffusion de ces couches haute résolution sont pilotées par l'Agence européenne pour l'environnement. Pour la France, le Service de l'observation et des statistiques du ministère chargé de l'environnement a la responsabilité des vérifications et des améliorations de ces produits. Le taux de couvert arboré cartographie le pourcentage de couverture arborée par pixels de 20 m de côté. Sont ainsi cartographiées les surfaces arborées en zones urbaines, agricoles ou forestières. La surface minimale cartographiée est de 20 m x 20 m. Les valeurs cartographiées sont : - 0 : Zone non-arborée - 1-100 : Taux de couvert arboré - 254 : Inclassable (nuage, donnée satellite indisponible, ombre ou neige) - 255 : En dehors de la zone d'étude Ces données haute résolution peuvent être utilisées indépendamment ou en complément de CORINE Land Cover. En effet, CLC permet de cartographier des polygones homogènes d’occupation des sols tels que du tissu urbain discontinu et des zones industrielles ou commerciales. Les couches haute résolution permettent alors d’apporter une nouvelle information pour chacune de ces zones, en précisant leur degré d’imperméabilisation, leur taux de couvert arboré, etc.", + "INSEE.FILOSOFI.PART.LOGEMENTS.SOCIAUX.SECRET$GEOPORTAIL:OGC:WMTS": { + "name": "INSEE.FILOSOFI.PART.LOGEMENTS.SOCIAUX.SECRET", + "title": "% de logements sociaux (secret signalé)", + "description": "Nombre de ménages habitant en logement social – voir définition- (les cases hachurées correspondent aux données secrétisées)", "globalConstraint": { "maxScaleDenominator": 559082264.0287179, "minScaleDenominator": 266.5911979812229, "bbox": { - "left": -62.3602, - "right": 55.8441, - "top": 51.4949, - "bottom": -21.572 + "left": -63.3725, + "right": 55.9259, + "top": 51.3121, + "bottom": -21.4756 } }, "serviceParams": { "id": "OGC:WMTS", "version": "1.0.0", "serverUrl": { - "clc": "https://wxs.ign.fr/clc/geoportail/wmts" + "full": "https://data.geopf.fr/wmts" } }, "defaultProjection": "EPSG:3857", "wmtsOptions": { "tileMatrixSetLink": "PM", "tileMatrixSetLimits": { - "0": { - "minTileRow": "0", - "maxTileRow": "1", - "minTileCol": "0", - "maxTileCol": "1" - }, - "1": { - "minTileRow": "0", - "maxTileRow": "2", - "minTileCol": "0", - "maxTileCol": "2" - }, - "2": { - "minTileRow": "0", - "maxTileRow": "4", - "minTileCol": "0", - "maxTileCol": "4" - }, - "3": { - "minTileRow": "0", - "maxTileRow": "8", - "minTileCol": "0", - "maxTileCol": "8" - }, - "4": { - "minTileRow": "0", - "maxTileRow": "15", - "minTileCol": "0", - "maxTileCol": "15" - }, - "5": { - "minTileRow": "0", - "maxTileRow": "31", - "minTileCol": "0", - "maxTileCol": "31" - }, "6": { - "minTileRow": "16", - "maxTileRow": "47", - "minTileCol": "16", - "maxTileCol": "47" + "minTileRow": "21", + "maxTileRow": "35", + "minTileCol": "20", + "maxTileCol": "41" }, "7": { - "minTileRow": "32", - "maxTileRow": "79", - "minTileCol": "32", - "maxTileCol": "95" + "minTileRow": "42", + "maxTileRow": "71", + "minTileCol": "41", + "maxTileCol": "83" }, "8": { - "minTileRow": "80", + "minTileRow": "85", "maxTileRow": "143", - "minTileCol": "80", - "maxTileCol": "175" + "minTileCol": "82", + "maxTileCol": "167" }, "9": { - "minTileRow": "160", + "minTileRow": "170", "maxTileRow": "287", - "minTileCol": "160", + "minTileCol": "165", "maxTileCol": "335" }, "10": { - "minTileRow": "336", - "maxTileRow": "575", - "minTileCol": "320", + "minTileRow": "341", + "maxTileRow": "574", + "minTileCol": "331", "maxTileCol": "671" }, "11": { - "minTileRow": "672", - "maxTileRow": "1151", - "minTileCol": "656", - "maxTileCol": "1343" + "minTileRow": "682", + "maxTileRow": "1149", + "minTileCol": "663", + "maxTileCol": "1342" }, "12": { - "minTileRow": "1360", - "maxTileRow": "2303", - "minTileCol": "1328", - "maxTileCol": "2687" + "minTileRow": "1365", + "maxTileRow": "2298", + "minTileCol": "1326", + "maxTileCol": "2684" }, "13": { - "minTileRow": "2720", - "maxTileRow": "4607", - "minTileCol": "2672", - "maxTileCol": "5375" + "minTileRow": "2731", + "maxTileRow": "4596", + "minTileCol": "2653", + "maxTileCol": "5368" + }, + "14": { + "minTileRow": "5462", + "maxTileRow": "9193", + "minTileCol": "5307", + "maxTileCol": "10737" + }, + "15": { + "minTileRow": "10924", + "maxTileRow": "18386", + "minTileCol": "10615", + "maxTileCol": "21474" + }, + "16": { + "minTileRow": "21849", + "maxTileRow": "36772", + "minTileCol": "21231", + "maxTileCol": "42948" } } }, "styles": [ { - "name": "CORINE Land Cover - HR - taux de couvert arboré", - "title": "CORINE Land Cover - HR - taux de couvert arboré", + "name": "INSEE", + "title": "INSEE", "current": true, "url": null } @@ -20085,8 +20846,8 @@ "legends": [ { "format": "image/png", - "url": "https://wxs.ign.fr/static/legends/CLC_HR_TCD.png", - "minScaleDenominator": "8000" + "url": "https://data.geopf.fr/annexes/ressources/legendes/INSEE.FILOSOFI.PART.LOGEMENTS.SOCIAUX-tot-legend-2017.png", + "minScaleDenominator": "1" } ], "formats": [ @@ -20096,121 +20857,103 @@ } ] }, - "LANDCOVER.HR.WAW.CLC15$GEOPORTAIL:OGC:WMTS": { - "name": "LANDCOVER.HR.WAW.CLC15", - "title": "Raster CORINE Land Cover - Couche haute résolution des zones humides et surfaces en eaux permanentes - Résolution 20m - 2012", - "description": "Les couches haute résolution sont des couches thématiques d’occupation des sols, produites par le service Territoire du programme européen d'observation de la Terre Copernicus. Ce programme est coordonné par la Commission européenne et associe l’Agence spatiale européenne, l’Agence européenne pour l’environnement ainsi que les États membres. Ces données sont produites automatiquement à partir d’images satellite. Elles sont ensuite vérifiées puis améliorées manuellement. La production et la diffusion de ces couches haute résolution sont pilotées par l'Agence européenne pour l'environnement. Pour la France, le Service de l'observation et des statistiques du ministère chargé de l'environnement a la responsabilité des vérifications et des améliorations de ces produits. Les zones humides et surfaces en eaux permanentes cartographient la présence ou non de surfaces en eau permanentes et la présence ou non de zones humides. Ces surfaces sont identifiées à partir d’analyses d’images satellite prises à différentes saisons (de 4 à 5 images en moyenne) et différentes années. Sont ainsi cartographiées les surfaces en eau sur plusieurs dates de l’analyse. Les zones humides sont définies comme étant les zones où l'eau est le premier facteur d'influence de l'environnement et de la faune et de la flore associées. Elles surviennent là où la nappe phréatique affleure ou est proche de la surface du sol, ou quand la terre est recouverte d'une faible épaisseur d'eau. Les zones cartographiées sont recouvertes d'eau au moins une fois l'une des années observées ou présentent une humidité importante et constante. Elles sont situées dans des zones où la pente est inférieure à 10 %. Enfin, les zones cartographiées sont majoritairement couvertes d’hydrophytes ou de macrophytes. La surface minimale cartographiée est de 0,16 ha, ce qui correspond à un groupement de 4 pixels. Les valeurs cartographiées sont : - 0 : Zone non-humide - 1 : Surface en eau permanente - 2 : Surface en eau temporaire - 3 : Zone humide permanente - 4 : Zone humide temporaire - 254 : Inclassable (nuage, donnée satellite indisponible, ombre ou neige) - 255 : En dehors de la zone d'étude Ces données haute résolution peuvent être utilisées indépendamment ou en complément de CORINE Land Cover. En effet, CLC permet de cartographier des polygones homogènes d’occupation des sols tels que du tissu urbain discontinu et des zones industrielles ou commerciales. Les couches haute résolution permettent alors d’apporter une nouvelle information pour chacune de ces zones, en précisant leur degré d’imperméabilisation, leur taux de couvert arboré, etc.", + "INSEE.FILOSOFI.PART.MENAGES.1.PERSONNE.SECRET$GEOPORTAIL:OGC:WMTS": { + "name": "INSEE.FILOSOFI.PART.MENAGES.1.PERSONNE.SECRET", + "title": "% ménages de 1 personne (secret signalé)", + "description": "Part des ménages de 1 personne (les cases hachurées correspondent aux données secrétisées)", "globalConstraint": { "maxScaleDenominator": 559082264.0287179, "minScaleDenominator": 266.5911979812229, "bbox": { - "left": -62.3602, - "right": 55.8441, - "top": 51.4949, - "bottom": -21.572 + "left": -63.3725, + "right": 55.9259, + "top": 51.3121, + "bottom": -21.4756 } }, "serviceParams": { "id": "OGC:WMTS", "version": "1.0.0", "serverUrl": { - "clc": "https://wxs.ign.fr/clc/geoportail/wmts" + "full": "https://data.geopf.fr/wmts" } }, "defaultProjection": "EPSG:3857", "wmtsOptions": { "tileMatrixSetLink": "PM", "tileMatrixSetLimits": { - "0": { - "minTileRow": "0", - "maxTileRow": "1", - "minTileCol": "0", - "maxTileCol": "1" + "6": { + "minTileRow": "21", + "maxTileRow": "35", + "minTileCol": "20", + "maxTileCol": "41" }, - "1": { - "minTileRow": "0", - "maxTileRow": "2", - "minTileCol": "0", - "maxTileCol": "2" + "7": { + "minTileRow": "42", + "maxTileRow": "71", + "minTileCol": "41", + "maxTileCol": "83" }, - "2": { - "minTileRow": "0", - "maxTileRow": "4", - "minTileCol": "0", - "maxTileCol": "4" - }, - "3": { - "minTileRow": "0", - "maxTileRow": "8", - "minTileCol": "0", - "maxTileCol": "8" - }, - "4": { - "minTileRow": "0", - "maxTileRow": "15", - "minTileCol": "0", - "maxTileCol": "15" - }, - "5": { - "minTileRow": "0", - "maxTileRow": "31", - "minTileCol": "0", - "maxTileCol": "31" - }, - "6": { - "minTileRow": "16", - "maxTileRow": "47", - "minTileCol": "16", - "maxTileCol": "47" - }, - "7": { - "minTileRow": "32", - "maxTileRow": "79", - "minTileCol": "32", - "maxTileCol": "95" - }, - "8": { - "minTileRow": "80", - "maxTileRow": "143", - "minTileCol": "80", - "maxTileCol": "175" + "8": { + "minTileRow": "85", + "maxTileRow": "143", + "minTileCol": "82", + "maxTileCol": "167" }, "9": { - "minTileRow": "160", + "minTileRow": "170", "maxTileRow": "287", - "minTileCol": "160", + "minTileCol": "165", "maxTileCol": "335" }, "10": { - "minTileRow": "336", - "maxTileRow": "575", - "minTileCol": "320", + "minTileRow": "341", + "maxTileRow": "574", + "minTileCol": "331", "maxTileCol": "671" }, "11": { - "minTileRow": "672", - "maxTileRow": "1151", - "minTileCol": "656", - "maxTileCol": "1343" + "minTileRow": "682", + "maxTileRow": "1149", + "minTileCol": "663", + "maxTileCol": "1342" }, "12": { - "minTileRow": "1360", - "maxTileRow": "2303", - "minTileCol": "1328", - "maxTileCol": "2687" + "minTileRow": "1365", + "maxTileRow": "2298", + "minTileCol": "1326", + "maxTileCol": "2684" }, "13": { - "minTileRow": "2720", - "maxTileRow": "4607", - "minTileCol": "2672", - "maxTileCol": "5375" + "minTileRow": "2731", + "maxTileRow": "4596", + "minTileCol": "2653", + "maxTileCol": "5368" + }, + "14": { + "minTileRow": "5462", + "maxTileRow": "9193", + "minTileCol": "5307", + "maxTileCol": "10737" + }, + "15": { + "minTileRow": "10924", + "maxTileRow": "18386", + "minTileCol": "10615", + "maxTileCol": "21474" + }, + "16": { + "minTileRow": "21849", + "maxTileRow": "36772", + "minTileCol": "21231", + "maxTileCol": "42948" } } }, "styles": [ { - "name": "CORINE Land Cover - HR - zones humides et surfaces en eaux permanentes", - "title": "CORINE Land Cover - HR - zones humides et surfaces en eaux permanentes", + "name": "INSEE", + "title": "INSEE", "current": true, "url": null } @@ -20218,8 +20961,8 @@ "legends": [ { "format": "image/png", - "url": "https://wxs.ign.fr/static/legends/CLC_HR_WAW.png", - "minScaleDenominator": "8000" + "url": "https://data.geopf.fr/annexes/ressources/legendes/INSEE.FILOSOFI.PART.MENAGES.1.PERSONNE-tot-legend-2017.png", + "minScaleDenominator": "1" } ], "formats": [ @@ -20229,3017 +20972,4562 @@ } ] }, - "LANDCOVER.CHA00_FR$GEOPORTAIL:OGC:WMS": { - "name": "LANDCOVER.CHA00_FR", - "title": "CORINE Land Cover - France métropolitaine - Changements 1990-2000", - "description": "Inventaire biophysique du changement d'occupation des sols entre 1990 et 2000 suivant la nomenclature CORINE Land Cover en 44 postes. CORINE Land Cover est une base de données d’occupation des sols produite dans le cadre du programme européen d’observation de la Terre Copernicus. Cet inventaire biophysique de l’occupation des terres fournit une information géographique de référence pour 39 États européens. La continuité du programme et la diffusion des données CORINE Land Cover sont pilotées par l'Agence européenne pour l'environnement. Le producteur pour la France est le Service de la donnée et des études statistiques du ministère chargé de l’écologie. L'utilisation de cette base de données permet des applications variées adaptées aux problématiques de l'environnement et à celles de l'aménagement du territoire : production cartographique, exploitation à des fins statistiques ou bien encore analyses géographiques en combinaison avec d'autres bases de données. Outil de connaissance et d'analyse, CORINE Land Cover apporte également une aide à la décision comme instrument de suivi, de surveillance et de gestion de l'environnement, des milieux naturels et plus généralement de l'aménagement de l'espace. La base des changements CORINE Land Cover 1990-2000, a été réalisée à partir de CLC 1990 et de CLC 2000.", + "INSEE.FILOSOFI.PART.MENAGES.5.PERSONNES.OUPLUS.SECRET$GEOPORTAIL:OGC:WMTS": { + "name": "INSEE.FILOSOFI.PART.MENAGES.5.PERSONNES.OUPLUS.SECRET", + "title": "% ménages de 5 personnes ou + (secret signalé)", + "description": "Part des ménages de 5 personnes ou plus (les cases hachurées correspondent aux données secrétisées)", "globalConstraint": { - "minScaleDenominator": 267.857142857, - "maxScaleDenominator": 559082264.2857143, + "maxScaleDenominator": 559082264.0287179, + "minScaleDenominator": 266.5911979812229, "bbox": { - "left": -9.881468125, - "right": 11.678098694, - "top": 51.44281758, - "bottom": 40.575989819 + "left": -63.3725, + "right": 55.9259, + "top": 51.3121, + "bottom": -21.4756 } }, "serviceParams": { - "id": "OGC:WMS", - "version": "1.3.0", + "id": "OGC:WMTS", + "version": "1.0.0", "serverUrl": { - "clc": "https://wxs.ign.fr/clc/geoportail/r/wms?" + "full": "https://data.geopf.fr/wmts" } }, "defaultProjection": "EPSG:3857", - "queryable": true, - "metadata": [ - { - "format": "xml", - "url": "https://wxs.ign.fr/catalogue/geoportail/csw?service=CSW&version=2.0.2&request=GetRecordById&Id=CLC_Service_WFS.xml" - } - ], - "styles": [ - { - "name": "CORINE Land Cover - France métropolitaine", - "title": "CORINE Land Cover - France métropolitaine" - } - ], - "legends": [ - { - "format": "image/png", - "url": "https://wxs.ign.fr/static/legends/CLC_FR.png" - } - ], - "formats": [ - { - "name": "image/jpeg", - "current": true - }, - { - "name": "image/png", - "current": false - }, - { - "name": "image/tiff", - "current": false - }, - { - "name": "image/geotiff", - "current": false - }, - { - "name": "image/x-bil;bits=32", - "current": false - }, - { - "name": "text/asc", - "current": false - } - ] - }, - "LANDCOVER.CHA06_DOM$GEOPORTAIL:OGC:WMS": { - "name": "LANDCOVER.CHA06_DOM", - "title": "CORINE Land Cover - DOM - Changements 2000-2006", - "description": "Inventaire biophysique du changement d'occupation des sols entre 2000 et 2006 suivant la nomenclature CORINE Land Cover en 50 postes. CORINE Land Cover est une base de données d’occupation des sols produite dans le cadre du programme européen d’observation de la Terre Copernicus. Cet inventaire biophysique de l’occupation des terres fournit une information géographique de référence pour 39 États européens. La continuité du programme et la diffusion des données CORINE Land Cover sont pilotées par l'Agence européenne pour l'environnement. Le producteur pour la France est le Service de la donnée et des études statistiques du ministère chargé de l’écologie. L'utilisation de cette base de données permet des applications variées adaptées aux problématiques de l'environnement et à celles de l'aménagement du territoire : production cartographique, exploitation à des fins statistiques ou bien encore analyses géographiques en combinaison avec d'autres bases de données. Outil de connaissance et d'analyse, CORINE Land Cover apporte également une aide à la décision comme instrument de suivi, de surveillance et de gestion de l'environnement, des milieux naturels et de l'aménagement de l'espace. 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CORINE Land Cover est une base de données d’occupation des sols produite dans le cadre du programme européen d’observation de la Terre Copernicus. Cet inventaire biophysique de l’occupation des terres fournit une information géographique de référence pour 39 États européens. La continuité du programme et la diffusion des données CORINE Land Cover sont pilotées par l'Agence européenne pour l'environnement. Le producteur pour la France est le Service de la donnée et des études statistiques du ministère chargé de l’écologie. L'utilisation de cette base de données permet des applications variées adaptées aux problématiques de l'environnement et à celles de l'aménagement du territoire : production cartographique, exploitation à des fins statistiques ou bien encore analyses géographiques en combinaison avec d'autres bases de données. Outil de connaissance et d'analyse, CORINE Land Cover apporte également une aide à la décision comme instrument de suivi, de surveillance et de gestion de l'environnement, des milieux naturels et plus généralement de l'aménagement de l'espace. 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CORINE Land Cover est une base de données d’occupation des sols produite dans le cadre du programme européen d’observation de la Terre Copernicus. Cet inventaire biophysique de l’occupation des terres fournit une information géographique de référence pour 39 États européens. La continuité du programme et la diffusion des données CORINE Land Cover sont pilotées par l'Agence européenne pour l'environnement. Le producteur pour la France est le Service de la donnée et des études statistiques du ministère chargé de l’écologie. L'utilisation de cette base de données permet des applications variées adaptées aux problématiques de l'environnement et à celles de l'aménagement du territoire : production cartographique, exploitation à des fins statistiques ou bien encore analyses géographiques en combinaison avec d'autres bases de données. Outil de connaissance et d'analyse, CORINE Land Cover apporte également une aide à la décision comme instrument de suivi, de surveillance et de gestion de l'environnement, des milieux naturels et de l'aménagement de l'espace. La base des changements CORINE Land Cover DOM 2006-2012 a été réalisée à partir d'images satellitaires des périodes 2005-2008 et 2011-2012, et de données d'appui.", + "INSEE.FILOSOFI.PART.MENAGES.PAUVRES.SECRET$GEOPORTAIL:OGC:WMTS": { + "name": "INSEE.FILOSOFI.PART.MENAGES.PAUVRES.SECRET", + "title": "% ménages pauvres (secret signalé)", + "description": "Part des ménages pauvres (les cases hachurées correspondent aux données secrétisées)", "globalConstraint": { - "minScaleDenominator": 267.857142857, - "maxScaleDenominator": 559082264.2857143, + "maxScaleDenominator": 559082264.0287179, + "minScaleDenominator": 266.5911979812229, "bbox": { - "left": -63.372521503, - "right": 55.925864577, - "top": 47.174737066, - "bottom": -21.475586668 + "left": -63.3725, + "right": 55.9259, + "top": 51.3121, + "bottom": -21.4756 } }, "serviceParams": { - "id": "OGC:WMS", - "version": "1.3.0", + "id": "OGC:WMTS", + "version": "1.0.0", "serverUrl": { - "clc": "https://wxs.ign.fr/clc/geoportail/r/wms?" + "full": "https://data.geopf.fr/wmts" } }, "defaultProjection": "EPSG:3857", - "queryable": true, - "metadata": [ - { - "format": "xml", - "url": "https://wxs.ign.fr/catalogue/geoportail/csw?service=CSW&version=2.0.2&request=GetRecordById&Id=CLC_Service_WFS.xml" + "wmtsOptions": { + "tileMatrixSetLink": "PM", + "tileMatrixSetLimits": { + "6": { + "minTileRow": "21", + "maxTileRow": "35", + "minTileCol": "20", + "maxTileCol": "41" + }, + "7": { + "minTileRow": "42", + "maxTileRow": "71", + "minTileCol": "41", + "maxTileCol": "83" + }, + "8": { + "minTileRow": "85", + "maxTileRow": "143", + "minTileCol": "82", + "maxTileCol": "167" + }, + "9": { + "minTileRow": "170", + "maxTileRow": "287", + "minTileCol": "165", + "maxTileCol": "335" + }, + "10": { + "minTileRow": "341", + "maxTileRow": "574", + "minTileCol": "331", + "maxTileCol": "671" + }, + "11": { + "minTileRow": "682", + "maxTileRow": "1149", + "minTileCol": "663", + "maxTileCol": "1342" + }, + "12": { + "minTileRow": "1365", + "maxTileRow": "2298", + "minTileCol": "1326", + "maxTileCol": "2684" + }, + "13": { + "minTileRow": "2731", + "maxTileRow": "4596", + "minTileCol": "2653", + "maxTileCol": "5368" + }, + "14": { + "minTileRow": "5462", + "maxTileRow": "9193", + "minTileCol": "5307", + "maxTileCol": "10737" + }, + "15": { + "minTileRow": "10924", + "maxTileRow": "18386", + "minTileCol": "10615", + "maxTileCol": "21474" + }, + "16": { + "minTileRow": "21849", + "maxTileRow": "36772", + "minTileCol": "21231", + "maxTileCol": "42948" + } } - ], + }, "styles": [ { - "name": "CORINE Land Cover - DOM", - "title": "CORINE Land Cover - DOM" + "name": "INSEE", + "title": "INSEE", + "current": true, + "url": null } ], "legends": [ { "format": "image/png", - "url": "https://wxs.ign.fr/static/legends/CLC_DOM.png" + "url": "https://data.geopf.fr/annexes/ressources/legendes/INSEE.FILOSOFI.PART.MENAGES.PAUVRES-tot-legend-2017.png", + "minScaleDenominator": "1" } ], "formats": [ - { - "name": "image/jpeg", - "current": true - }, { "name": "image/png", - "current": false - }, - { - "name": "image/tiff", - "current": false - }, - { - "name": "image/geotiff", - "current": false - }, - { - "name": "image/x-bil;bits=32", - "current": false - }, - { - "name": "text/asc", - "current": false + "current": true } ] }, - "LANDCOVER.CHA12_FR$GEOPORTAIL:OGC:WMS": { - "name": "LANDCOVER.CHA12_FR", - "title": "CORINE Land Cover - France métropolitaine - Changements 2006-2012", - "description": "Inventaire biophysique du changement d'occupation des sols entre 2006 et 2012 suivant la nomenclature CORINE Land Cover en 44 postes. 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Outil de connaissance et d'analyse, CORINE Land Cover apporte également une aide à la décision comme instrument de suivi, de surveillance et de gestion de l'environnement, des milieux naturels et plus généralement de l'aménagement de l'espace. La base des changements CORINE Land Cover 2006-2012, a été réalisée à partir d'images satellitaires des années 2006 et 2012 et de données d'appui.", + "INSEE.FILOSOFI.PART.MENAGES.PROPRIETAIRES.SECRET$GEOPORTAIL:OGC:WMTS": { + "name": "INSEE.FILOSOFI.PART.MENAGES.PROPRIETAIRES.SECRET", + "title": "% ménages propriétaires (secret signalé)", + "description": "Part des ménages propriétaires (les cases hachurées correspondent aux données secrétisées)", "globalConstraint": { - "minScaleDenominator": 267.857142857, - "maxScaleDenominator": 559082264.2857143, + "maxScaleDenominator": 559082264.0287179, + "minScaleDenominator": 266.5911979812229, "bbox": { - "left": -9.881468125, - "right": 11.678098694, - "top": 51.44281758, - "bottom": 40.575989819 + "left": -63.3725, + "right": 55.9259, + "top": 51.3121, + "bottom": -21.4756 } }, "serviceParams": { - "id": "OGC:WMS", - "version": "1.3.0", + "id": "OGC:WMTS", + "version": "1.0.0", "serverUrl": { - "clc": "https://wxs.ign.fr/clc/geoportail/r/wms?" + "full": "https://data.geopf.fr/wmts" } }, "defaultProjection": "EPSG:3857", - "queryable": true, - "metadata": [ - { - "format": "xml", - "url": "https://wxs.ign.fr/catalogue/geoportail/csw?service=CSW&version=2.0.2&request=GetRecordById&Id=CLC_Service_WFS.xml" - } - ], - "styles": [ - { - "name": "CORINE Land Cover - France métropolitaine", - "title": "CORINE Land Cover - France métropolitaine" - } - ], - "legends": [ - { - "format": "image/png", - "url": "https://wxs.ign.fr/static/legends/CLC_FR.png" - } - ], - "formats": [ - { - "name": "image/jpeg", - "current": true - }, - { - "name": "image/png", - "current": false - }, - { - "name": "image/tiff", - "current": false - }, - { - "name": "image/geotiff", - "current": false - }, - { - "name": "image/x-bil;bits=32", - "current": false - }, - { - "name": "text/asc", - "current": false - } - ] - }, - "LANDCOVER.CHA18$GEOPORTAIL:OGC:WMS": { - "name": "LANDCOVER.CHA18", - "title": "CORINE Land Cover - Changements 2012-2018", - "description": "Inventaire biophysique du changement d'occupation des sols entre 2012 et 2018 suivant la nomenclature CORINE Land Cover en 50 postes pour les DOM et 44 postes pour la Métropole. CORINE Land Cover est une base de données d’occupation des sols produite dans le cadre du programme européen d’observation de la Terre Copernicus. Cet inventaire biophysique de l’occupation des terres fournit une information géographique de référence pour 39 États européens. La continuité du programme et la diffusion des données CORINE Land Cover sont pilotées par l'Agence européenne pour l'environnement. Le producteur pour la France est le Service de la donnée et des études statistiques du ministère chargé de l’écologie. L'utilisation de cette base de données permet des applications variées adaptées aux problématiques de l'environnement et à celles de l'aménagement du territoire : production cartographique, exploitation à des fins statistiques ou bien encore analyses géographiques en combinaison avec d'autres bases de données. Outil de connaissance et d'analyse, CORINE Land Cover apporte également une aide à la décision comme instrument de suivi, de surveillance et de gestion de l'environnement, des milieux naturels et de l'aménagement de l'espace. La base des changements CORINE Land Cover 2012-2018 a été réalisée à partir d'images satellitaires des périodes 2011-2012 et 2016-2017, et de données d'appui.", - "globalConstraint": { - "minScaleDenominator": 267.857142857, - "maxScaleDenominator": 559082264.2857143, - "bbox": { - "left": -63.372521503, - "right": 55.925864577, - "top": 51.44281758, - "bottom": -21.475586668 - } - }, - "serviceParams": { - "id": "OGC:WMS", - "version": "1.3.0", - "serverUrl": { - "clc": "https://wxs.ign.fr/clc/geoportail/r/wms?" + "wmtsOptions": { + "tileMatrixSetLink": "PM", + "tileMatrixSetLimits": { + "6": { + "minTileRow": "21", + "maxTileRow": "35", + "minTileCol": "20", + "maxTileCol": "41" + }, + "7": { + "minTileRow": "42", + "maxTileRow": "71", + "minTileCol": "41", + "maxTileCol": "83" + }, + "8": { + "minTileRow": "85", + "maxTileRow": "143", + "minTileCol": "82", + "maxTileCol": "167" + }, + "9": { + "minTileRow": "170", + "maxTileRow": "287", + "minTileCol": "165", + "maxTileCol": "335" + }, + "10": { + "minTileRow": "341", + "maxTileRow": "574", + "minTileCol": "331", + "maxTileCol": "671" + }, + "11": { + "minTileRow": "682", + "maxTileRow": "1149", + "minTileCol": "663", + "maxTileCol": "1342" + }, + "12": { + "minTileRow": "1365", + "maxTileRow": "2298", + "minTileCol": "1326", + "maxTileCol": "2684" + }, + "13": { + "minTileRow": "2731", + "maxTileRow": "4596", + "minTileCol": "2653", + "maxTileCol": "5368" + }, + "14": { + "minTileRow": "5462", + "maxTileRow": "9193", + "minTileCol": "5307", + "maxTileCol": "10737" + }, + "15": { + "minTileRow": "10924", + "maxTileRow": "18386", + "minTileCol": "10615", + "maxTileCol": "21474" + }, + "16": { + "minTileRow": "21849", + "maxTileRow": "36772", + "minTileCol": "21231", + "maxTileCol": "42948" + } } }, - "defaultProjection": "EPSG:3857", - "queryable": true, - "metadata": [ - { - "format": "xml", - "url": "https://wxs.ign.fr/catalogue/geoportail/csw?service=CSW&version=2.0.2&request=GetRecordById&Id=CLC_Service_WFS.xml" - } - ], "styles": [ { - "name": "CORINE Land Cover", - "title": "CORINE Land Cover" + "name": "INSEE", + "title": "INSEE", + "current": true, + "url": null } ], "legends": [ { "format": "image/png", - "url": "https://wxs.ign.fr/static/legends/CLC.png" + "url": "https://data.geopf.fr/annexes/ressources/legendes/INSEE.FILOSOFI.PART.MENAGES.PROPRIETAIRES-tot-legend-2017.png", + "minScaleDenominator": "1" } ], "formats": [ - { - "name": "image/jpeg", - "current": true - }, { "name": "image/png", - "current": false - }, - { - "name": "image/tiff", - "current": false - }, - { - "name": "image/geotiff", - "current": false - }, - { - "name": "image/x-bil;bits=32", - "current": false - }, - { - "name": "text/asc", - "current": false + "current": true } ] }, - "LANDCOVER.CHA18_DOM$GEOPORTAIL:OGC:WMS": { - "name": "LANDCOVER.CHA18_DOM", - "title": "CORINE Land Cover - DOM - Changements 2012-2018", - "description": "Inventaire biophysique du changement d'occupation des sols entre 2012 et 2018 suivant la nomenclature CORINE Land Cover en 50 postes. CORINE Land Cover est une base de données d’occupation des sols produite dans le cadre du programme européen d’observation de la Terre Copernicus. Cet inventaire biophysique de l’occupation des terres fournit une information géographique de référence pour 39 États européens. La continuité du programme et la diffusion des données CORINE Land Cover sont pilotées par l'Agence européenne pour l'environnement. Le producteur pour la France est le Service de la donnée et des études statistiques du ministère chargé de l’écologie. L'utilisation de cette base de données permet des applications variées adaptées aux problématiques de l'environnement et à celles de l'aménagement du territoire : production cartographique, exploitation à des fins statistiques ou bien encore analyses géographiques en combinaison avec d'autres bases de données. Outil de connaissance et d'analyse, CORINE Land Cover apporte également une aide à la décision comme instrument de suivi, de surveillance et de gestion de l'environnement, des milieux naturels et de l'aménagement de l'espace. 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CORINE Land Cover est une base de données d’occupation des sols produite dans le cadre du programme européen d’observation de la Terre Copernicus. Cet inventaire biophysique de l’occupation des terres fournit une information géographique de référence pour 39 États européens. La continuité du programme et la diffusion des données CORINE Land Cover sont pilotées par l'Agence européenne pour l'environnement. Le producteur pour la France est le Service de la donnée et des études statistiques du ministère chargé de l’écologie. L'utilisation de cette base de données permet des applications variées adaptées aux problématiques de l'environnement et à celles de l'aménagement du territoire : production cartographique, exploitation à des fins statistiques ou bien encore analyses géographiques en combinaison avec d'autres bases de données. Outil de connaissance et d'analyse, CORINE Land Cover apporte également une aide à la décision comme instrument de suivi, de surveillance et de gestion de l'environnement, des milieux naturels et plus généralement de l'aménagement de l'espace. La base des changements CORINE Land Cover 2012-2018, a été réalisée à partir d'images satellitaires des années 2011-2012 et 2017 et de données d'appui.", + "INSEE.FILOSOFI.POPULATION$GEOPORTAIL:OGC:WMTS": { + "name": "INSEE.FILOSOFI.POPULATION", + "title": "Densité de population", + "description": "Nombre d'individus par km²", "globalConstraint": { - "minScaleDenominator": 267.857142857, - "maxScaleDenominator": 559082264.2857143, + "maxScaleDenominator": 559082264.0287179, + "minScaleDenominator": 266.5911979812229, "bbox": { - "left": -9.881468125, - "right": 11.678098694, - "top": 51.44281758, - "bottom": 40.575989819 + "left": -63.3725, + "right": 55.9259, + "top": 51.3121, + "bottom": -21.4756 } }, "serviceParams": { - "id": "OGC:WMS", - "version": "1.3.0", + "id": "OGC:WMTS", + "version": "1.0.0", "serverUrl": { - "clc": "https://wxs.ign.fr/clc/geoportail/r/wms?" + "full": "https://data.geopf.fr/wmts" } }, "defaultProjection": "EPSG:3857", - "queryable": true, - "metadata": [ - { - "format": "xml", - "url": "https://wxs.ign.fr/catalogue/geoportail/csw?service=CSW&version=2.0.2&request=GetRecordById&Id=CLC_Service_WFS.xml" + "wmtsOptions": { + "tileMatrixSetLink": "PM", + "tileMatrixSetLimits": { + "6": { + "minTileRow": "21", + "maxTileRow": "35", + "minTileCol": "20", + "maxTileCol": "41" + }, + "7": { + "minTileRow": "42", + "maxTileRow": "71", + "minTileCol": "41", + "maxTileCol": "83" + }, + "8": { + "minTileRow": "85", + "maxTileRow": "143", + "minTileCol": "82", + "maxTileCol": "167" + }, + "9": { + "minTileRow": "170", + "maxTileRow": "287", + "minTileCol": "165", + "maxTileCol": "335" + }, + "10": { + "minTileRow": "341", + "maxTileRow": "574", + "minTileCol": "331", + "maxTileCol": "671" + }, + "11": { + "minTileRow": "682", + "maxTileRow": "1149", + "minTileCol": "663", + "maxTileCol": "1342" + }, + "12": { + "minTileRow": "1365", + "maxTileRow": "2298", + "minTileCol": "1326", + "maxTileCol": "2684" + }, + "13": { + "minTileRow": "2731", + "maxTileRow": "4596", + "minTileCol": "2653", + "maxTileCol": "5368" + }, + "14": { + "minTileRow": "5462", + "maxTileRow": "9193", + "minTileCol": "5307", + "maxTileCol": "10737" + }, + "15": { + "minTileRow": "10924", + "maxTileRow": "18386", + "minTileCol": "10615", + "maxTileCol": "21474" + }, + "16": { + "minTileRow": "21849", + "maxTileRow": "36772", + "minTileCol": "21231", + "maxTileCol": "42948" + } } - ], + }, "styles": [ { - "name": "CORINE Land Cover - France métropolitaine", - "title": "CORINE Land Cover - France métropolitaine" + "name": "INSEE", + "title": "INSEE", + "current": true, + "url": null } ], "legends": [ { "format": "image/png", - "url": "https://wxs.ign.fr/static/legends/CLC_FR.png" + "url": "https://data.geopf.fr/annexes/ressources/legendes/INSEE.FILOSOFI.POPULATION-tot-legend-2017.png", + "minScaleDenominator": "1" } ], "formats": [ - { - "name": "image/jpeg", - "current": true - }, { "name": "image/png", - "current": false - }, - { - "name": "image/tiff", - "current": false - }, - { - "name": "image/geotiff", - "current": false - }, - { - "name": "image/x-bil;bits=32", - "current": false - }, - { - "name": "text/asc", - "current": false + "current": true } ] }, - "LANDCOVER.CLC00R_FR$GEOPORTAIL:OGC:WMS": { - "name": "LANDCOVER.CLC00R_FR", - "title": "CORINE Land Cover - France métropolitaine - 2000 révisée", - "description": "Inventaire biophysique de l'occupation des sols en 2000 en 44 postes. CORINE Land Cover est une base de données d’occupation des sols produite dans le cadre du programme européen d’observation de la Terre Copernicus. Cet inventaire biophysique de l’occupation des terres fournit une information géographique de référence pour 39 États européens. La continuité du programme et la diffusion des données CORINE Land Cover sont pilotées par l'Agence européenne pour l'environnement. Le producteur pour la France est le Service de la donnée et des études statistiques du ministère chargé de l’écologie. L'utilisation de cette base de données permet des applications variées adaptées aux problématiques de l'environnement et à celles de l'aménagement du territoire : production cartographique, exploitation à des fins statistiques ou bien encore analyses géographiques en combinaison avec d'autres bases de données. Outil de connaissance et d'analyse, CORINE Land Cover apporte également une aide à la décision comme instrument de suivi, de surveillance et de gestion de l'environnement, des milieux naturels et plus généralement de l'aménagement de l'espace. La base de données CORINE Land Cover 2000 révisée, dite CLC 2000 révisée, est une correction de CLC 2000 réalisée à partir d'images satellitaires de l'année 2000 et de données d'appui.", + "ISOHYPSE$GEOPORTAIL:OGC:WMTS": { + "name": "ISOHYPSE", + "title": "Courbes de niveau", + "description": "Courbes de niveau", "globalConstraint": { - "minScaleDenominator": 267.857142857, - "maxScaleDenominator": 559082264.2857143, + "maxScaleDenominator": 559082264.0287179, + "minScaleDenominator": 266.5911979812229, "bbox": { - "left": -9.881468125, - "right": 11.678098694, - "top": 51.44281758, - "bottom": 40.575989819 + "left": -63.2812, + "right": 55.8984, + "top": 51.2711, + "bottom": -21.4215 } }, "serviceParams": { - "id": "OGC:WMS", - "version": "1.3.0", + "id": "OGC:WMTS", + "version": "1.0.0", "serverUrl": { - "clc": "https://wxs.ign.fr/clc/geoportail/r/wms?" + "full": "https://data.geopf.fr/wmts" } }, "defaultProjection": "EPSG:3857", - "queryable": true, - "metadata": [ - { - "format": "xml", - "url": "https://wxs.ign.fr/catalogue/geoportail/csw?service=CSW&version=2.0.2&request=GetRecordById&Id=CLC_Service_WMS.xml" - } - ], - "styles": [ - { - "name": "CORINE Land Cover - France métropolitaine", - "title": "CORINE Land Cover - France métropolitaine" - } - ], - "legends": [ - { - "format": "image/png", - "url": "https://wxs.ign.fr/static/legends/CLC_FR.png" + "wmtsOptions": { + "tileMatrixSetLink": "PM", + "tileMatrixSetLimits": { + "14": { + "minTileRow": "5465", + "maxTileRow": "9190", + "minTileCol": "5311", + "maxTileCol": "10735" + }, + "15": { + "minTileRow": "10930", + "maxTileRow": "18380", + "minTileCol": "10623", + "maxTileCol": "21471" + }, + "16": { + "minTileRow": "21861", + "maxTileRow": "36761", + "minTileCol": "21247", + "maxTileCol": "42943" + }, + "17": { + "minTileRow": "43722", + "maxTileRow": "73523", + "minTileCol": "42495", + "maxTileCol": "85887" + }, + "18": { + "minTileRow": "87445", + "maxTileRow": "147047", + "minTileCol": "84991", + "maxTileCol": "171775" + }, + "19": { + "minTileRow": "174890", + "maxTileRow": "294094", + "minTileCol": "169983", + "maxTileCol": "343551" + } } - ], + }, + "styles": [], + "legends": [], "formats": [ { - "name": "image/jpeg", + "name": "application/x-protobuf", "current": true - }, - { - "name": "image/png", - "current": false - }, - { - "name": "image/tiff", - "current": false - }, - { - "name": "image/geotiff", - "current": false - }, - { - "name": "image/x-bil;bits=32", - "current": false - }, - { - "name": "text/asc", - "current": false } ] }, - "LANDCOVER.CLC00_DOM$GEOPORTAIL:OGC:WMS": { - "name": "LANDCOVER.CLC00_DOM", - "title": "CORINE Land Cover - DOM - 2000", - "description": "Inventaire biophysique de l'occupation des sols en 2000 en 50 postes. 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Outil de connaissance et d'analyse, CORINE Land Cover apporte également une aide à la décision comme instrument de suivi, de surveillance et de gestion de l'environnement, des milieux naturels et de l'aménagement de l'espace. La base de données CORINE Land Cover DOM 2000 a été réalisée à partir de CORINE Land Cover DOM 2006 et de la base des changements 2000-2006.", + "LANDCOVER.CHA00$GEOPORTAIL:OGC:WMTS": { + "name": "LANDCOVER.CHA00", + "title": "CORINE Land Cover - Changements 1990-2000", + "description": "Inventaire biophysique du changement d'occupation des sols entre 1990 et 2000 suivant la nomenclature CORINE Land Cover en 44 postes. CORINE Land Cover est une base de données d’occupation des sols produite dans le cadre du programme européen d’observation de la Terre Copernicus. Cet inventaire biophysique de l’occupation des terres fournit une information géographique de référence pour 39 États européens. La continuité du programme et la diffusion des données CORINE Land Cover sont pilotées par l'Agence européenne pour l'environnement. Le producteur pour la France est le Service de la donnée et des études statistiques du ministère chargé de l’écologie. L'utilisation de cette base de données permet des applications variées adaptées aux problématiques de l'environnement et à celles de l'aménagement du territoire : production cartographique, exploitation à des fins statistiques ou bien encore analyses géographiques en combinaison avec d'autres bases de données. Outil de connaissance et d'analyse, CORINE Land Cover apporte également une aide à la décision comme instrument de suivi, de surveillance et de gestion de l'environnement, des milieux naturels et plus généralement de l'aménagement de l'espace. 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CORINE Land Cover est une base de données d’occupation des sols produite dans le cadre du programme européen d’observation de la Terre Copernicus. Cet inventaire biophysique de l’occupation des terres fournit une information géographique de référence pour 39 États européens. La continuité du programme et la diffusion des données CORINE Land Cover sont pilotées par l'Agence européenne pour l'environnement. Le producteur pour la France est le Service de la donnée et des études statistiques du ministère chargé de l’écologie. L'utilisation de cette base de données permet des applications variées adaptées aux problématiques de l'environnement et à celles de l'aménagement du territoire : production cartographique, exploitation à des fins statistiques ou bien encore analyses géographiques en combinaison avec d'autres bases de données. Outil de connaissance et d'analyse, CORINE Land Cover apporte également une aide à la décision comme instrument de suivi, de surveillance et de gestion de l'environnement, des milieux naturels et plus généralement de l'aménagement de l'espace. 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Cet inventaire biophysique de l’occupation des terres fournit une information géographique de référence pour 39 États européens. La continuité du programme et la diffusion des données CORINE Land Cover sont pilotées par l'Agence européenne pour l'environnement. Le producteur pour la France est le Service de la donnée et des études statistiques du ministère chargé de l’écologie. L'utilisation de cette base de données permet des applications variées adaptées aux problématiques de l'environnement et à celles de l'aménagement du territoire : production cartographique, exploitation à des fins statistiques ou bien encore analyses géographiques en combinaison avec d'autres bases de données. Outil de connaissance et d'analyse, CORINE Land Cover apporte également une aide à la décision comme instrument de suivi, de surveillance et de gestion de l'environnement, des milieux naturels et plus généralement de l'aménagement de l'espace. 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Outil de connaissance et d'analyse, CORINE Land Cover apporte également une aide à la décision comme instrument de suivi, de surveillance et de gestion de l'environnement, des milieux naturels et de l'aménagement de l'espace. La base de données CORINE Land Cover DOM 2006 a été réalisée à partir d'images satellitaires prises entre 2005 et 2008 et de données d'appui.", + "LANDCOVER.CHA06_DOM$GEOPORTAIL:OGC:WMTS": { + "name": "LANDCOVER.CHA06_DOM", + "title": "CORINE Land Cover - DOM - Changements 2000-2006", + "description": "Inventaire biophysique du changement d'occupation des sols entre 2000 et 2006 suivant la nomenclature CORINE Land Cover en 50 postes. CORINE Land Cover est une base de données d’occupation des sols produite dans le cadre du programme européen d’observation de la Terre Copernicus. Cet inventaire biophysique de l’occupation des terres fournit une information géographique de référence pour 39 États européens. 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CORINE Land Cover est une base de données d’occupation des sols produite dans le cadre du programme européen d’observation de la Terre Copernicus. Cet inventaire biophysique de l’occupation des terres fournit une information géographique de référence pour 39 États européens. La continuité du programme et la diffusion des données CORINE Land Cover sont pilotées par l'Agence européenne pour l'environnement. Le producteur pour la France est le Service de la donnée et des études statistiques du ministère chargé de l’écologie. L'utilisation de cette base de données permet des applications variées adaptées aux problématiques de l'environnement et à celles de l'aménagement du territoire : production cartographique, exploitation à des fins statistiques ou bien encore analyses géographiques en combinaison avec d'autres bases de données. Outil de connaissance et d'analyse, CORINE Land Cover apporte également une aide à la décision comme instrument de suivi, de surveillance et de gestion de l'environnement, des milieux naturels et plus généralement de l'aménagement de l'espace. 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Outil de connaissance et d'analyse, CORINE Land Cover apporte également une aide à la décision comme instrument de suivi, de surveillance et de gestion de l'environnement, des milieux naturels et de l'aménagement de l'espace. La base de données CORINE Land Cover 2012 révisée, dite CLC 2012 révisée, est une correction de CLC 2012 réalisée à partir d'images satellitaires prises entre 2011 et 2012 et de données d'appui.", + "LANDCOVER.CHA06_FR$GEOPORTAIL:OGC:WMTS": { + "name": "LANDCOVER.CHA06_FR", + "title": "CORINE Land Cover - France métropolitaine - Changements 2000-2006", + "description": "Inventaire biophysique du changement d'occupation des sols entre 2000 et 2006 suivant la nomenclature CORINE Land Cover en 44 postes. CORINE Land Cover est une base de données d’occupation des sols produite dans le cadre du programme européen d’observation de la Terre Copernicus. Cet inventaire biophysique de l’occupation des terres fournit une information géographique de référence pour 39 États européens. La continuité du programme et la diffusion des données CORINE Land Cover sont pilotées par l'Agence européenne pour l'environnement. Le producteur pour la France est le Service de la donnée et des études statistiques du ministère chargé de l’écologie. L'utilisation de cette base de données permet des applications variées adaptées aux problématiques de l'environnement et à celles de l'aménagement du territoire : production cartographique, exploitation à des fins statistiques ou bien encore analyses géographiques en combinaison avec d'autres bases de données. Outil de connaissance et d'analyse, CORINE Land Cover apporte également une aide à la décision comme instrument de suivi, de surveillance et de gestion de l'environnement, des milieux naturels et plus généralement de l'aménagement de l'espace. 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Outil de connaissance et d'analyse, CORINE Land Cover apporte également une aide à la décision comme instrument de suivi, de surveillance et de gestion de l'environnement, des milieux naturels et de l'aménagement de l'espace. La base de données CORINE Land Cover 2012 révisée, dite CLC 2012 révisée, est une correction de CLC 2012 réalisée à partir d'images satellitaires prises entre 2011 et 2012 et de données d'appui.", + "LANDCOVER.CHA12$GEOPORTAIL:OGC:WMTS": { + "name": "LANDCOVER.CHA12", + "title": "CORINE Land Cover - Changements 2006-2012", + "description": "Inventaire biophysique du changement d'occupation des sols entre 2006 et 2012 suivant la nomenclature CORINE Land Cover en 44 postes pour la métropole et 50 postes pour les DOM. CORINE Land Cover est une base de données d’occupation des sols produite dans le cadre du programme européen d’observation de la Terre Copernicus. Cet inventaire biophysique de l’occupation des terres fournit une information géographique de référence pour 39 États européens. La continuité du programme et la diffusion des données CORINE Land Cover sont pilotées par l'Agence européenne pour l'environnement. Le producteur pour la France est le Service de la donnée et des études statistiques du ministère chargé de l’écologie. L'utilisation de cette base de données permet des applications variées adaptées aux problématiques de l'environnement et à celles de l'aménagement du territoire : production cartographique, exploitation à des fins statistiques ou bien encore analyses géographiques en combinaison avec d'autres bases de données. Outil de connaissance et d'analyse, CORINE Land Cover apporte également une aide à la décision comme instrument de suivi, de surveillance et de gestion de l'environnement, des milieux naturels et plus généralement de l'aménagement de l'espace. La base des changements CORINE Land Cover 2006-2012, a été réalisée à partir d'images satellitaires des années 2006 et 2012 pour la métropole, d'images satellitaires des périodes 2005-2008 et 2011-2012 pour les DOM et de données d'appui.", "globalConstraint": { - "minScaleDenominator": 267.857142857, - "maxScaleDenominator": 559082264.2857143, + "maxScaleDenominator": 559082264.0287179, + "minScaleDenominator": 266.5911979812229, "bbox": { - "left": -63.372521503, - "right": 55.925864577, - "top": 47.174737066, - "bottom": -21.475586668 + "left": -63.3725, + "right": 55.9259, + "top": 51.4428, + "bottom": -21.4756 } }, "serviceParams": { - "id": "OGC:WMS", - "version": "1.3.0", + "id": "OGC:WMTS", + "version": "1.0.0", "serverUrl": { - "clc": "https://wxs.ign.fr/clc/geoportail/r/wms?" + "full": "https://data.geopf.fr/wmts" } }, "defaultProjection": "EPSG:3857", - "queryable": true, - "metadata": [ - { - "format": "xml", - "url": "https://wxs.ign.fr/catalogue/geoportail/csw?service=CSW&version=2.0.2&request=GetRecordById&Id=CLC_Service_WFS.xml" + "wmtsOptions": { + "tileMatrixSetLink": "PM", + "tileMatrixSetLimits": { + "0": { + "minTileRow": "0", + "maxTileRow": "0", + "minTileCol": "0", + "maxTileCol": "0" + }, + "1": { + "minTileRow": "0", + "maxTileRow": "1", + "minTileCol": "0", + "maxTileCol": "1" + }, + "2": { + "minTileRow": "1", + "maxTileRow": "2", + "minTileCol": "1", + "maxTileCol": "2" + }, + "3": { + "minTileRow": "2", + "maxTileRow": "4", + "minTileCol": "2", + "maxTileCol": "5" + }, + "4": { + "minTileRow": "5", + "maxTileRow": "8", + "minTileCol": "5", + "maxTileCol": "10" + }, + "5": { + "minTileRow": "10", + "maxTileRow": "17", + "minTileCol": "10", + "maxTileCol": "20" + }, + "6": { + "minTileRow": "21", + "maxTileRow": "35", + "minTileCol": "20", + "maxTileCol": "41" + }, + "7": { + "minTileRow": "42", + "maxTileRow": "71", + "minTileCol": "41", + "maxTileCol": "83" + }, + "8": { + "minTileRow": "85", + "maxTileRow": "143", + "minTileCol": "82", + "maxTileCol": "167" + }, + "9": { + "minTileRow": "170", + "maxTileRow": "287", + "minTileCol": "165", + "maxTileCol": "335" + }, + "10": { + "minTileRow": "340", + "maxTileRow": "574", + "minTileCol": "331", + "maxTileCol": "671" + }, + "11": { + "minTileRow": "681", + "maxTileRow": "1149", + "minTileCol": "663", + "maxTileCol": "1342" + }, + "12": { + "minTileRow": "1363", + "maxTileRow": "2298", + "minTileCol": "1326", + "maxTileCol": "2684" + }, + "13": { + "minTileRow": "2726", + "maxTileRow": "4596", + "minTileCol": "2653", + "maxTileCol": "5368" + }, + "14": { + "minTileRow": "5452", + "maxTileRow": "9193", + "minTileCol": "5307", + "maxTileCol": "10737" + }, + "15": { + "minTileRow": "10905", + "maxTileRow": "18386", + "minTileCol": "10615", + "maxTileCol": "21474" + }, + "16": { + "minTileRow": "21811", + "maxTileRow": "36772", + "minTileCol": "21231", + "maxTileCol": "42948" + } } - ], + }, "styles": [ { "name": "CORINE Land Cover - DOM", - "title": "CORINE Land Cover - DOM" + "title": "CORINE Land Cover - DOM", + "current": true, + "url": null } ], "legends": [ { "format": "image/png", - "url": "https://wxs.ign.fr/static/legends/CLC_DOM.png" + "url": "https://data.geopf.fr/annexes/ressources/legendes/CLC_DOM.png", + "minScaleDenominator": "8000" } ], "formats": [ - { - "name": "image/jpeg", - "current": true - }, { "name": "image/png", - "current": false - }, - { - "name": "image/tiff", - "current": false - }, - { - "name": "image/geotiff", - "current": false - }, - { - "name": "image/x-bil;bits=32", - "current": false - }, - { - "name": "text/asc", - "current": false + "current": true } ] }, - "LANDCOVER.CLC12R_FR$GEOPORTAIL:OGC:WMS": { - "name": "LANDCOVER.CLC12R_FR", - "title": "CORINE Land Cover - France métropolitaine - 2012 révisée", - "description": "Inventaire biophysique de l'occupation des sols en 2012 en 44 postes. CORINE Land Cover est une base de données d’occupation des sols produite dans le cadre du programme européen d’observation de la Terre Copernicus. Cet inventaire biophysique de l’occupation des terres fournit une information géographique de référence pour 39 États européens. La continuité du programme et la diffusion des données CORINE Land Cover sont pilotées par l'Agence européenne pour l'environnement. Le producteur pour la France est le Service de la donnée et des études statistiques du ministère chargé de l’écologie. L'utilisation de cette base de données permet des applications variées adaptées aux problématiques de l'environnement et à celles de l'aménagement du territoire : production cartographique, exploitation à des fins statistiques ou bien encore analyses géographiques en combinaison avec d'autres bases de données. Outil de connaissance et d'analyse, CORINE Land Cover apporte également une aide à la décision comme instrument de suivi, de surveillance et de gestion de l'environnement, des milieux naturels et plus généralement de l'aménagement de l'espace. La base de données CORINE Land Cover 2012 révisée, dite CLC 2012 révisée, est une correction de CLC 2012 réalisée à partir d'images satellitaires des années 2011-2012 et de données d'appui.", + "LANDCOVER.CHA12_DOM$GEOPORTAIL:OGC:WMTS": { + "name": "LANDCOVER.CHA12_DOM", + "title": "CORINE Land Cover - DOM - Changements 2006-2012", + "description": "Inventaire biophysique du changement d'occupation des sols entre 2006 et 212 suivant la nomenclature CORINE Land Cover en 50 postes. CORINE Land Cover est une base de données d’occupation des sols produite dans le cadre du programme européen d’observation de la Terre Copernicus. Cet inventaire biophysique de l’occupation des terres fournit une information géographique de référence pour 39 États européens. La continuité du programme et la diffusion des données CORINE Land Cover sont pilotées par l'Agence européenne pour l'environnement. Le producteur pour la France est le Service de la donnée et des études statistiques du ministère chargé de l’écologie. L'utilisation de cette base de données permet des applications variées adaptées aux problématiques de l'environnement et à celles de l'aménagement du territoire : production cartographique, exploitation à des fins statistiques ou bien encore analyses géographiques en combinaison avec d'autres bases de données. Outil de connaissance et d'analyse, CORINE Land Cover apporte également une aide à la décision comme instrument de suivi, de surveillance et de gestion de l'environnement, des milieux naturels et de l'aménagement de l'espace. 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CORINE Land Cover est une base de données d’occupation des sols produite dans le cadre du programme européen d’observation de la Terre Copernicus. Cet inventaire biophysique de l’occupation des terres fournit une information géographique de référence pour 39 États européens. La continuité du programme et la diffusion des données CORINE Land Cover sont pilotées par l'Agence européenne pour l'environnement. Le producteur pour la France est le Service de la donnée et des études statistiques du ministère chargé de l’écologie. L'utilisation de cette base de données permet des applications variées adaptées aux problématiques de l'environnement et à celles de l'aménagement du territoire : production cartographique, exploitation à des fins statistiques ou bien encore analyses géographiques en combinaison avec d'autres bases de données. Outil de connaissance et d'analyse, CORINE Land Cover apporte également une aide à la décision comme instrument de suivi, de surveillance et de gestion de l'environnement, des milieux naturels et de l'aménagement de l'espace. 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Outil de connaissance et d'analyse, CORINE Land Cover apporte également une aide à la décision comme instrument de suivi, de surveillance et de gestion de l'environnement, des milieux naturels et plus généralement de l'aménagement de l'espace. La base de données CORINE Land Cover 2012, dite CLC 2012, a été réalisée à partir de CLC 2006 révisée et de la base des changements 2006-2012.", + "LANDCOVER.CHA12_FR$GEOPORTAIL:OGC:WMTS": { + "name": "LANDCOVER.CHA12_FR", + "title": "CORINE Land Cover - France métropolitaine - Changements 2006-2012", + "description": "Inventaire biophysique du changement d'occupation des sols entre 2006 et 2012 suivant la nomenclature CORINE Land Cover en 44 postes. CORINE Land Cover est une base de données d’occupation des sols produite dans le cadre du programme européen d’observation de la Terre Copernicus. Cet inventaire biophysique de l’occupation des terres fournit une information géographique de référence pour 39 États européens. La continuité du programme et la diffusion des données CORINE Land Cover sont pilotées par l'Agence européenne pour l'environnement. Le producteur pour la France est le Service de la donnée et des études statistiques du ministère chargé de l’écologie. L'utilisation de cette base de données permet des applications variées adaptées aux problématiques de l'environnement et à celles de l'aménagement du territoire : production cartographique, exploitation à des fins statistiques ou bien encore analyses géographiques en combinaison avec d'autres bases de données. Outil de connaissance et d'analyse, CORINE Land Cover apporte également une aide à la décision comme instrument de suivi, de surveillance et de gestion de l'environnement, des milieux naturels et plus généralement de l'aménagement de l'espace. 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Outil de connaissance et d'analyse, CORINE Land Cover apporte également une aide à la décision comme instrument de suivi, de surveillance et de gestion de l'environnement, des milieux naturels et de l'aménagement de l'espace. La base de données CORINE Land Cover 2018 a été réalisée à partir de CORINE Land Cover 2012 révisée et de la base des changements 2012-2018.", + "LANDCOVER.CHA18$GEOPORTAIL:OGC:WMTS": { + "name": "LANDCOVER.CHA18", + "title": "CORINE Land Cover - Changements 2012-2018", + "description": "Inventaire biophysique du changement d'occupation des sols entre 2012 et 2018 suivant la nomenclature CORINE Land Cover en 50 postes pour les DOM et 44 postes pour la Métropole. CORINE Land Cover est une base de données d’occupation des sols produite dans le cadre du programme européen d’observation de la Terre Copernicus. Cet inventaire biophysique de l’occupation des terres fournit une information géographique de référence pour 39 États européens. La continuité du programme et la diffusion des données CORINE Land Cover sont pilotées par l'Agence européenne pour l'environnement. Le producteur pour la France est le Service de la donnée et des études statistiques du ministère chargé de l’écologie. L'utilisation de cette base de données permet des applications variées adaptées aux problématiques de l'environnement et à celles de l'aménagement du territoire : production cartographique, exploitation à des fins statistiques ou bien encore analyses géographiques en combinaison avec d'autres bases de données. Outil de connaissance et d'analyse, CORINE Land Cover apporte également une aide à la décision comme instrument de suivi, de surveillance et de gestion de l'environnement, des milieux naturels et de l'aménagement de l'espace. 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Outil de connaissance et d'analyse, CORINE Land Cover apporte également une aide à la décision comme instrument de suivi, de surveillance et de gestion de l'environnement, des milieux naturels et de l'aménagement de l'espace. La base de données CORINE Land Cover DOM 2018 a été réalisée à partir de CORINE Land Cover DOM 2012 révisée et de la base des changements 2012-2018.", + "LANDCOVER.CHA18_DOM$GEOPORTAIL:OGC:WMTS": { + "name": "LANDCOVER.CHA18_DOM", + "title": "CORINE Land Cover - DOM - Changements 2012-2018", + "description": "Inventaire biophysique du changement d'occupation des sols entre 2012 et 2018 suivant la nomenclature CORINE Land Cover en 50 postes. CORINE Land Cover est une base de données d’occupation des sols produite dans le cadre du programme européen d’observation de la Terre Copernicus. Cet inventaire biophysique de l’occupation des terres fournit une information géographique de référence pour 39 États européens. La continuité du programme et la diffusion des données CORINE Land Cover sont pilotées par l'Agence européenne pour l'environnement. Le producteur pour la France est le Service de la donnée et des études statistiques du ministère chargé de l’écologie. L'utilisation de cette base de données permet des applications variées adaptées aux problématiques de l'environnement et à celles de l'aménagement du territoire : production cartographique, exploitation à des fins statistiques ou bien encore analyses géographiques en combinaison avec d'autres bases de données. Outil de connaissance et d'analyse, CORINE Land Cover apporte également une aide à la décision comme instrument de suivi, de surveillance et de gestion de l'environnement, des milieux naturels et de l'aménagement de l'espace. 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CORINE Land Cover est une base de données d’occupation des sols produite dans le cadre du programme européen d’observation de la Terre Copernicus. Cet inventaire biophysique de l’occupation des terres fournit une information géographique de référence pour 39 États européens. La continuité du programme et la diffusion des données CORINE Land Cover sont pilotées par l'Agence européenne pour l'environnement. Le producteur pour la France est le Service de la donnée et des études statistiques du ministère chargé de l’écologie. L'utilisation de cette base de données permet des applications variées adaptées aux problématiques de l'environnement et à celles de l'aménagement du territoire : production cartographique, exploitation à des fins statistiques ou bien encore analyses géographiques en combinaison avec d'autres bases de données. Outil de connaissance et d'analyse, CORINE Land Cover apporte également une aide à la décision comme instrument de suivi, de surveillance et de gestion de l'environnement, des milieux naturels et plus généralement de l'aménagement de l'espace. 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Outil de connaissance et d'analyse, CORINE Land Cover apporte également une aide à la décision comme instrument de suivi, de surveillance et de gestion de l'environnement, des milieux naturels et plus généralement de l'aménagement de l'espace. La base de données CORINE Land Cover 1990, dite CLC 1990, a été réalisée à partir d'images satellitaires de l'année 1990 et de données d'appui.", + "LANDCOVER.CHA18_FR$GEOPORTAIL:OGC:WMTS": { + "name": "LANDCOVER.CHA18_FR", + "title": "CORINE Land Cover - France métropolitaine - Changements 2012-2018", + "description": "Inventaire biophysique du changement d'occupation des sols entre 2012 et 2018 suivant la nomenclature CORINE Land Cover en 44 postes. CORINE Land Cover est une base de données d’occupation des sols produite dans le cadre du programme européen d’observation de la Terre Copernicus. Cet inventaire biophysique de l’occupation des terres fournit une information géographique de référence pour 39 États européens. La continuité du programme et la diffusion des données CORINE Land Cover sont pilotées par l'Agence européenne pour l'environnement. Le producteur pour la France est le Service de la donnée et des études statistiques du ministère chargé de l’écologie. L'utilisation de cette base de données permet des applications variées adaptées aux problématiques de l'environnement et à celles de l'aménagement du territoire : production cartographique, exploitation à des fins statistiques ou bien encore analyses géographiques en combinaison avec d'autres bases de données. Outil de connaissance et d'analyse, CORINE Land Cover apporte également une aide à la décision comme instrument de suivi, de surveillance et de gestion de l'environnement, des milieux naturels et plus généralement de l'aménagement de l'espace. 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CORINE Land Cover est une base de données d’occupation des sols produite dans le cadre du programme européen d’observation de la Terre Copernicus. Cet inventaire biophysique de l’occupation des terres fournit une information géographique de référence pour 39 États européens. La continuité du programme et la diffusion des données CORINE Land Cover sont pilotées par l'Agence européenne pour l'environnement. Le producteur pour la France est le Service de la donnée et des études statistiques du ministère chargé de l’écologie. L'utilisation de cette base de données permet des applications variées adaptées aux problématiques de l'environnement et à celles de l'aménagement du territoire : production cartographique, exploitation à des fins statistiques ou bien encore analyses géographiques en combinaison avec d'autres bases de données. Outil de connaissance et d'analyse, CORINE Land Cover apporte également une aide à la décision comme instrument de suivi, de surveillance et de gestion de l'environnement, des milieux naturels et de l'aménagement de l'espace. La base de données CORINE Land Cover DOM 2000 a été réalisée à partir de CORINE Land Cover DOM 2006 et de la base des changements 2000-2006 pour les DOM, et à partir d'images satellitaires de l'année 2000 et de données d'appui pour la Métropole.", + "LANDCOVER.CLC00$GEOPORTAIL:OGC:WMTS": { + "name": "LANDCOVER.CLC00", + "title": "CORINE Land Cover - 2000", + "description": "Inventaire biophysique de l'occupation des sols en 2000 en 44 postes pour la Métropole et 50 postes pour les DOM. CORINE Land Cover est une base de données d’occupation des sols produite dans le cadre du programme européen d’observation de la Terre Copernicus. Cet inventaire biophysique de l’occupation des terres fournit une information géographique de référence pour 39 États européens. La continuité du programme et la diffusion des données CORINE Land Cover sont pilotées par l'Agence européenne pour l'environnement. Le producteur pour la France est le Service de la donnée et des études statistiques du ministère chargé de l’écologie. L'utilisation de cette base de données permet des applications variées adaptées aux problématiques de l'environnement et à celles de l'aménagement du territoire : production cartographique, exploitation à des fins statistiques ou bien encore analyses géographiques en combinaison avec d'autres bases de données. Outil de connaissance et d'analyse, CORINE Land Cover apporte également une aide à la décision comme instrument de suivi, de surveillance et de gestion de l'environnement, des milieux naturels et plus généralement de l'aménagement de l'espace. La base de données CORINE Land Cover 2000, dite CLC 2000, a été réalisée à partir d'images satellitaires de l'année 2000 et de données d'appui pour la Métropole, de CORINE Land Cover DOM 2006 et de la base des changements 2000-2006 pour les DOM.", "globalConstraint": { - "minScaleDenominator": 267.857142857, - "maxScaleDenominator": 559082264.2857143, + "maxScaleDenominator": 559082264.0287179, + "minScaleDenominator": 266.5911979812229, "bbox": { - "left": -61.906262606, - "right": 55.936170507, - "top": 51.182678633, - "bottom": -21.482481931 + "left": -63.3725, + "right": 55.9259, + "top": 51.4428, + "bottom": -21.4756 } }, "serviceParams": { - "id": "OGC:WMS", - "version": "1.3.0", + "id": "OGC:WMTS", + "version": "1.0.0", "serverUrl": { - "clc": "https://wxs.ign.fr/clc/geoportail/r/wms?" + "full": "https://data.geopf.fr/wmts" } }, "defaultProjection": "EPSG:3857", - "queryable": false, - "metadata": [ - { - "format": "xml", - "url": "https://wxs.ign.fr/catalogue/geoportail/csw?service=CSW&version=2.0.2&request=GetRecordById&Id=CLC_Service_WMS.xml" + "wmtsOptions": { + "tileMatrixSetLink": "PM", + "tileMatrixSetLimits": { + "0": { + "minTileRow": "0", + "maxTileRow": "0", + "minTileCol": "0", + "maxTileCol": "0" + }, + "1": { + "minTileRow": "0", + "maxTileRow": "1", + "minTileCol": "0", + "maxTileCol": "1" + }, + "2": { + "minTileRow": "1", + "maxTileRow": "2", + "minTileCol": "1", + "maxTileCol": "2" + }, + "3": { + "minTileRow": "2", + "maxTileRow": "4", + "minTileCol": "2", + "maxTileCol": "5" + }, + "4": { + "minTileRow": "5", + "maxTileRow": "8", + "minTileCol": "5", + "maxTileCol": "10" + }, + "5": { + "minTileRow": "10", + "maxTileRow": "17", + "minTileCol": "10", + "maxTileCol": "20" + }, + "6": { + "minTileRow": "21", + "maxTileRow": "35", + "minTileCol": "20", + "maxTileCol": "41" + }, + "7": { + "minTileRow": "42", + "maxTileRow": "71", + "minTileCol": "41", + "maxTileCol": "83" + }, + "8": { + "minTileRow": "85", + "maxTileRow": "143", + "minTileCol": "82", + "maxTileCol": "167" + }, + "9": { + "minTileRow": "170", + "maxTileRow": "287", + "minTileCol": "165", + "maxTileCol": "335" + }, + "10": { + "minTileRow": "340", + "maxTileRow": "574", + "minTileCol": "331", + "maxTileCol": "671" + }, + "11": { + "minTileRow": "681", + "maxTileRow": "1149", + "minTileCol": "663", + "maxTileCol": "1342" + }, + "12": { + "minTileRow": "1363", + "maxTileRow": "2298", + "minTileCol": "1326", + "maxTileCol": "2684" + }, + "13": { + "minTileRow": "2726", + "maxTileRow": "4596", + "minTileCol": "2653", + "maxTileCol": "5368" + }, + "14": { + "minTileRow": "5452", + "maxTileRow": "9193", + "minTileCol": "5307", + "maxTileCol": "10737" + }, + "15": { + "minTileRow": "10905", + "maxTileRow": "18386", + "minTileCol": "10615", + "maxTileCol": "21474" + }, + "16": { + "minTileRow": "21811", + "maxTileRow": "36772", + "minTileCol": "21231", + "maxTileCol": "42948" + } } - ], + }, "styles": [ { - "name": "CORINE Land Cover", - "title": "CORINE Land Cover" + "name": "CORINE Land Cover - DOM", + "title": "CORINE Land Cover - DOM", + "current": true, + "url": null } ], "legends": [ { "format": "image/png", - "url": "https://wxs.ign.fr/static/legends/CLC.png" + "url": "https://data.geopf.fr/annexes/ressources/legendes/CLC_DOM.png", + "minScaleDenominator": "8000" } ], "formats": [ - { - "name": "image/jpeg", - "current": true - }, { "name": "image/png", - "current": false - }, - { - "name": "image/tiff", - "current": false - }, - { - "name": "image/geotiff", - "current": false - }, - { - "name": "image/x-bil;bits=32", - "current": false - }, - { - "name": "text/asc", - "current": false + "current": true } ] }, - "LANDCOVER.GRID.CLC00R_FR$GEOPORTAIL:OGC:WMS": { - "name": "LANDCOVER.GRID.CLC00R_FR", - "title": "Raster CORINE Land Cover - 2000 révisée", - "description": "Raster au pas de 25m de l'inventaire biophysique de l'occupation des sols en 2000 en 44 postes pour la Métropole. CORINE Land Cover est une base de données d’occupation des sols produite dans le cadre du programme européen d’observation de la Terre Copernicus. Cet inventaire biophysique de l’occupation des terres fournit une information géographique de référence pour 39 États européens. La continuité du programme et la diffusion des données CORINE Land Cover sont pilotées par l'Agence européenne pour l'environnement. Le producteur pour la France est le Service de la donnée et des études statistiques du ministère chargé de l’écologie. L'utilisation de cette base de données permet des applications variées adaptées aux problématiques de l'environnement et à celles de l'aménagement du territoire : production cartographique, exploitation à des fins statistiques ou bien encore analyses géographiques en combinaison avec d'autres bases de données. Outil de connaissance et d'analyse, CORINE Land Cover apporte également une aide à la décision comme instrument de suivi, de surveillance et de gestion de l'environnement, des milieux naturels et de l'aménagement de l'espace. La base de données CORINE Land Cover 2000 révisée, dite CLC 2000 révisée, est une correction de CLC 2000 réalisée à partir d'images satellitaires de l'année 2000 et de données d'appui.", + "LANDCOVER.CLC00R$GEOPORTAIL:OGC:WMTS": { + "name": "LANDCOVER.CLC00R", + "title": "CORINE Land Cover - 2000 révisée", + "description": "Inventaire biophysique de l'occupation des sols en 2000 en 44 postes. CORINE Land Cover est une base de données d’occupation des sols produite dans le cadre du programme européen d’observation de la Terre Copernicus. Cet inventaire biophysique de l’occupation des terres fournit une information géographique de référence pour 39 États européens. La continuité du programme et la diffusion des données CORINE Land Cover sont pilotées par l'Agence européenne pour l'environnement. Le producteur pour la France est le Service de la donnée et des études statistiques du ministère chargé de l’écologie. L'utilisation de cette base de données permet des applications variées adaptées aux problématiques de l'environnement et à celles de l'aménagement du territoire : production cartographique, exploitation à des fins statistiques ou bien encore analyses géographiques en combinaison avec d'autres bases de données. Outil de connaissance et d'analyse, CORINE Land Cover apporte également une aide à la décision comme instrument de suivi, de surveillance et de gestion de l'environnement, des milieux naturels et plus généralement de l'aménagement de l'espace. 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Cet inventaire biophysique de l’occupation des terres fournit une information géographique de référence pour 39 États européens. La continuité du programme et la diffusion des données CORINE Land Cover sont pilotées par l'Agence européenne pour l'environnement. Le producteur pour la France est le Service de la donnée et des études statistiques du ministère chargé de l’écologie. L'utilisation de cette base de données permet des applications variées adaptées aux problématiques de l'environnement et à celles de l'aménagement du territoire : production cartographique, exploitation à des fins statistiques ou bien encore analyses géographiques en combinaison avec d'autres bases de données. Outil de connaissance et d'analyse, CORINE Land Cover apporte également une aide à la décision comme instrument de suivi, de surveillance et de gestion de l'environnement, des milieux naturels et plus généralement de l'aménagement de l'espace. 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Outil de connaissance et d'analyse, CORINE Land Cover apporte également une aide à la décision comme instrument de suivi, de surveillance et de gestion de l'environnement, des milieux naturels et de l'aménagement de l'espace. La base de données CORINE Land Cover DOM 2006 a été réalisée à partir d'images satellitaires prises entre 2005 et 2008 et de données d'appui pour les DOM, et à partir de CLC 2000 révisée et de la base des changements 2000-2006 pour la Métropole.", + "LANDCOVER.CLC00_DOM$GEOPORTAIL:OGC:WMTS": { + "name": "LANDCOVER.CLC00_DOM", + "title": "CORINE Land Cover - DOM - 2000", + "description": "Inventaire biophysique de l'occupation des sols en 2000 en 50 postes. CORINE Land Cover est une base de données d’occupation des sols produite dans le cadre du programme européen d’observation de la Terre Copernicus. Cet inventaire biophysique de l’occupation des terres fournit une information géographique de référence pour 39 États européens. La continuité du programme et la diffusion des données CORINE Land Cover sont pilotées par l'Agence européenne pour l'environnement. Le producteur pour la France est le Service de la donnée et des études statistiques du ministère chargé de l’écologie. L'utilisation de cette base de données permet des applications variées adaptées aux problématiques de l'environnement et à celles de l'aménagement du territoire : production cartographique, exploitation à des fins statistiques ou bien encore analyses géographiques en combinaison avec d'autres bases de données. Outil de connaissance et d'analyse, CORINE Land Cover apporte également une aide à la décision comme instrument de suivi, de surveillance et de gestion de l'environnement, des milieux naturels et de l'aménagement de l'espace. 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CORINE Land Cover est une base de données d’occupation des sols produite dans le cadre du programme européen d’observation de la Terre Copernicus. Cet inventaire biophysique de l’occupation des terres fournit une information géographique de référence pour 39 États européens. La continuité du programme et la diffusion des données CORINE Land Cover sont pilotées par l'Agence européenne pour l'environnement. Le producteur pour la France est le Service de la donnée et des études statistiques du ministère chargé de l’écologie. L'utilisation de cette base de données permet des applications variées adaptées aux problématiques de l'environnement et à celles de l'aménagement du territoire : production cartographique, exploitation à des fins statistiques ou bien encore analyses géographiques en combinaison avec d'autres bases de données. Outil de connaissance et d'analyse, CORINE Land Cover apporte également une aide à la décision comme instrument de suivi, de surveillance et de gestion de l'environnement, des milieux naturels et de l'aménagement de l'espace. La base de données CORINE Land Cover DOM 2006 révisée, dite CLC 2006 révisée, est une correction de CLC 2006 réalisée à partir d'images satellitaires prises entre 2005 et 2008 et de données d'appui pour les DOM, et à partir d'images satellitaires de l'année 2006 et de données d'appui pour la Métropole.", + "LANDCOVER.CLC00_FR$GEOPORTAIL:OGC:WMTS": { + "name": "LANDCOVER.CLC00_FR", + "title": "CORINE Land Cover - France métropolitaine - 2000", + "description": "Inventaire biophysique de l'occupation des sols en 2000 en 44 postes. CORINE Land Cover est une base de données d’occupation des sols produite dans le cadre du programme européen d’observation de la Terre Copernicus. 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Outil de connaissance et d'analyse, CORINE Land Cover apporte également une aide à la décision comme instrument de suivi, de surveillance et de gestion de l'environnement, des milieux naturels et plus généralement de l'aménagement de l'espace. La base de données CORINE Land Cover 2006 révisée, dite CLC 2006 révisée, est une correction de CLC 2006 réalisée à partir d'images satellitaires de l'année 2006 pour la métropole, d'images satellitaires prises entre 2005 et 2008 pour les DOM et de données d'appui.", + "LANDCOVER.CLC06$GEOPORTAIL:OGC:WMTS": { + "name": "LANDCOVER.CLC06", + "title": "CORINE Land Cover - 2006", + "description": "Inventaire biophysique de l'occupation des sols en 2006 en 44 postes pour la Métropole et 50 postes pour les DOM. CORINE Land Cover est une base de données d’occupation des sols produite dans le cadre du programme européen d’observation de la Terre Copernicus. 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Outil de connaissance et d'analyse, CORINE Land Cover apporte également une aide à la décision comme instrument de suivi, de surveillance et de gestion de l'environnement, des milieux naturels et de l'aménagement de l'espace. La base de données CORINE Land Cover DOM 2006 a été réalisée à partir de CORINE Land Cover DOM 2000 révisée et de la base des changements 200062006.", + "LANDCOVER.CLC06R$GEOPORTAIL:OGC:WMTS": { + "name": "LANDCOVER.CLC06R", + "title": "CORINE Land Cover - 2006 révisée", + "description": "Inventaire biophysique de l'occupation des sols en 2006 en 44 postes pour la métropole et 50 postes pour les DOM. CORINE Land Cover est une base de données d’occupation des sols produite dans le cadre du programme européen d’observation de la Terre Copernicus. Cet inventaire biophysique de l’occupation des terres fournit une information géographique de référence pour 39 États européens. La continuité du programme et la diffusion des données CORINE Land Cover sont pilotées par l'Agence européenne pour l'environnement. Le producteur pour la France est le Service de la donnée et des études statistiques du ministère chargé de l’écologie. L'utilisation de cette base de données permet des applications variées adaptées aux problématiques de l'environnement et à celles de l'aménagement du territoire : production cartographique, exploitation à des fins statistiques ou bien encore analyses géographiques en combinaison avec d'autres bases de données. Outil de connaissance et d'analyse, CORINE Land Cover apporte également une aide à la décision comme instrument de suivi, de surveillance et de gestion de l'environnement, des milieux naturels et plus généralement de l'aménagement de l'espace. La base de données CORINE Land Cover 2006 révisée, dite CLC 2006 révisée, est une correction de CLC 2006 réalisée à partir d'images satellitaires de l'année 2006 pour la métropole, d'images satellitaires prises entre 2005 et 2008 pour les DOM et de données d'appui.", "globalConstraint": { - "minScaleDenominator": 267.857142857, - "maxScaleDenominator": 559082264.2857143, + "maxScaleDenominator": 559082264.0287179, + "minScaleDenominator": 266.5911979812229, "bbox": { - "left": -61.906262606, - "right": 55.936170507, - "top": 16.607666019, - "bottom": -21.482481931 + "left": -63.3725, + "right": 55.9259, + "top": 51.4428, + "bottom": -21.4756 } }, "serviceParams": { - "id": "OGC:WMS", - "version": "1.3.0", + "id": "OGC:WMTS", + "version": "1.0.0", "serverUrl": { - "clc": "https://wxs.ign.fr/clc/geoportail/r/wms?" + "full": "https://data.geopf.fr/wmts" } }, "defaultProjection": "EPSG:3857", - "queryable": false, - "metadata": [ - { - "format": "xml", - "url": "https://wxs.ign.fr/catalogue/geoportail/csw?service=CSW&version=2.0.2&request=GetRecordById&Id=CLC_Service_WMS.xml" + "wmtsOptions": { + "tileMatrixSetLink": "PM", + "tileMatrixSetLimits": { + "0": { + "minTileRow": "0", + "maxTileRow": "0", + "minTileCol": "0", + "maxTileCol": "0" + }, + "1": { + "minTileRow": "0", + "maxTileRow": "1", + "minTileCol": "0", + "maxTileCol": "1" + }, + "2": { + "minTileRow": "1", + "maxTileRow": "2", + "minTileCol": "1", + "maxTileCol": "2" + }, + "3": { + "minTileRow": "2", + "maxTileRow": "4", + "minTileCol": "2", + "maxTileCol": "5" + }, + "4": { + "minTileRow": "5", + "maxTileRow": "8", + "minTileCol": "5", + "maxTileCol": "10" + }, + "5": { + "minTileRow": "10", + "maxTileRow": "17", + "minTileCol": "10", + "maxTileCol": "20" + }, + "6": { + "minTileRow": "21", + "maxTileRow": "35", + "minTileCol": "20", + "maxTileCol": "41" + }, + "7": { + "minTileRow": "42", + "maxTileRow": "71", + "minTileCol": "41", + "maxTileCol": "83" + }, + "8": { + "minTileRow": "85", + "maxTileRow": "143", + "minTileCol": "82", + "maxTileCol": "167" + }, + "9": { + "minTileRow": "170", + "maxTileRow": "287", + "minTileCol": "165", + "maxTileCol": "335" + }, + "10": { + "minTileRow": "340", + "maxTileRow": "574", + "minTileCol": "331", + "maxTileCol": "671" + }, + "11": { + "minTileRow": "681", + "maxTileRow": "1149", + "minTileCol": "663", + "maxTileCol": "1342" + }, + "12": { + "minTileRow": "1363", + "maxTileRow": "2298", + "minTileCol": "1326", + "maxTileCol": "2684" + }, + "13": { + "minTileRow": "2726", + "maxTileRow": "4596", + "minTileCol": "2653", + "maxTileCol": "5368" + }, + "14": { + "minTileRow": "5452", + "maxTileRow": "9193", + "minTileCol": "5307", + "maxTileCol": "10737" + }, + "15": { + "minTileRow": "10905", + "maxTileRow": "18386", + "minTileCol": "10615", + "maxTileCol": "21474" + }, + "16": { + "minTileRow": "21811", + "maxTileRow": "36772", + "minTileCol": "21231", + "maxTileCol": "42948" + } } - ], + }, "styles": [ { "name": "CORINE Land Cover - DOM", - "title": "CORINE Land Cover - DOM" + "title": "CORINE Land Cover - DOM", + "current": true, + "url": null } ], "legends": [ { "format": "image/png", - "url": "https://wxs.ign.fr/static/legends/CLC_DOM.png" + "url": "https://data.geopf.fr/annexes/ressources/legendes/CLC_DOM.png", + "minScaleDenominator": "8000" } ], "formats": [ - { - "name": "image/jpeg", - "current": true - }, { "name": "image/png", - "current": false - }, - { - "name": "image/tiff", - "current": false - }, - { - "name": "image/geotiff", - "current": false - }, - { - "name": "image/x-bil;bits=32", - "current": false - }, - { - "name": "text/asc", - "current": false + "current": true } ] }, - "LANDCOVER.GRID.CLC06_FR$GEOPORTAIL:OGC:WMS": { - "name": "LANDCOVER.GRID.CLC06_FR", - "title": "Raster CORINE Land Cover - France métropolitaine - 2006", - "description": "Raster au pas de 25m de l'inventaire biophysique de l'occupation des sols en 2006 en 44 postes. CORINE Land Cover est une base de données d’occupation des sols produite dans le cadre du programme européen d’observation de la Terre Copernicus. Cet inventaire biophysique de l’occupation des terres fournit une information géographique de référence pour 39 États européens. La continuité du programme et la diffusion des données CORINE Land Cover sont pilotées par l'Agence européenne pour l'environnement. Le producteur pour la France est le Service de l'observation et des statistiques du ministère chargé de l'environnement. L'utilisation de cette base de données permet des applications variées adaptées aux problématiques de l'environnement et à celles de l'aménagement du territoire : production cartographique, exploitation à des fins statistiques ou bien encore analyses géographiques en combinaison avec d'autres bases de données. Outil de connaissance et d'analyse, CORINE Land Cover apporte également une aide à la décision comme instrument de suivi, de surveillance et de gestion de l'environnement, des milieux naturels et plus généralement de l'aménagement de l'espace. La base de données CORINE Land Cover 2006, dite CLC 2006, a été réalisée à partir de CLC 2000 révisée et de la base des changements 2000-2006.", + "LANDCOVER.CLC06R_DOM$GEOPORTAIL:OGC:WMTS": { + "name": "LANDCOVER.CLC06R_DOM", + "title": "CORINE Land Cover - DOM - 2006 révisée", + "description": "Inventaire biophysique de l'occupation des sols en 2006 en 50 postes. CORINE Land Cover est une base de données d’occupation des sols produite dans le cadre du programme européen d’observation de la Terre Copernicus. Cet inventaire biophysique de l’occupation des terres fournit une information géographique de référence pour 39 États européens. 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CORINE Land Cover est une base de données d’occupation des sols produite dans le cadre du programme européen d’observation de la Terre Copernicus. Cet inventaire biophysique de l’occupation des terres fournit une information géographique de référence pour 39 États européens. La continuité du programme et la diffusion des données CORINE Land Cover sont pilotées par l'Agence européenne pour l'environnement. Le producteur pour la France est le Service de la donnée et des études statistiques du ministère chargé de l’écologie. L'utilisation de cette base de données permet des applications variées adaptées aux problématiques de l'environnement et à celles de l'aménagement du territoire : production cartographique, exploitation à des fins statistiques ou bien encore analyses géographiques en combinaison avec d'autres bases de données. Outil de connaissance et d'analyse, CORINE Land Cover apporte également une aide à la décision comme instrument de suivi, de surveillance et de gestion de l'environnement, des milieux naturels et de l'aménagement de l'espace. 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CORINE Land Cover est une base de données d’occupation des sols produite dans le cadre du programme européen d’observation de la Terre Copernicus. Cet inventaire biophysique de l’occupation des terres fournit une information géographique de référence pour 39 États européens. La continuité du programme et la diffusion des données CORINE Land Cover sont pilotées par l'Agence européenne pour l'environnement. Le producteur pour la France est le Service de la donnée et des études statistiques du ministère chargé de l’écologie. L'utilisation de cette base de données permet des applications variées adaptées aux problématiques de l'environnement et à celles de l'aménagement du territoire : production cartographique, exploitation à des fins statistiques ou bien encore analyses géographiques en combinaison avec d'autres bases de données. Outil de connaissance et d'analyse, CORINE Land Cover apporte également une aide à la décision comme instrument de suivi, de surveillance et de gestion de l'environnement, des milieux naturels et de l'aménagement de l'espace. La base de données CORINE Land Cover 1990, dite CLC 1990, a été réalisée à partir d'images satellitaires de l'année 1990 et de données d'appui.", + "LANDCOVER.CLC06R_FR$GEOPORTAIL:OGC:WMTS": { + "name": "LANDCOVER.CLC06R_FR", + "title": "CORINE Land Cover - France métropolitaine - 2006 révisée", + "description": "Inventaire biophysique de l'occupation des sols en 2006 en 44 postes. CORINE Land Cover est une base de données d’occupation des sols produite dans le cadre du programme européen d’observation de la Terre Copernicus. Cet inventaire biophysique de l’occupation des terres fournit une information géographique de référence pour 39 États européens. La continuité du programme et la diffusion des données CORINE Land Cover sont pilotées par l'Agence européenne pour l'environnement. Le producteur pour la France est le Service de la donnée et des études statistiques du ministère chargé de l’écologie. L'utilisation de cette base de données permet des applications variées adaptées aux problématiques de l'environnement et à celles de l'aménagement du territoire : production cartographique, exploitation à des fins statistiques ou bien encore analyses géographiques en combinaison avec d'autres bases de données. Outil de connaissance et d'analyse, CORINE Land Cover apporte également une aide à la décision comme instrument de suivi, de surveillance et de gestion de l'environnement, des milieux naturels et plus généralement de l'aménagement de l'espace. 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Ce programme est coordonné par la Commission européenne et associe l’Agence spatiale européenne, l’Agence européenne pour l’environnement ainsi que les États membres. Ces données sont produites automatiquement à partir d’images satellite. Elles sont ensuite vérifiées puis améliorées manuellement. La production et la diffusion de ces couches haute résolution sont pilotées par l'Agence européenne pour l'environnement. Pour la France, le Service de l'observation et des statistiques du ministère chargé de l'environnement a la responsabilité des vérifications et des améliorations de ces produits. Le type de forêt cartographie la distinction feuillus ou résineux majoritairement présents dans les pixels, avec un taux de couvert arboré de plus de 10%. Ce produit permet d’approcher le plus possible des forêts au sens de la définition de l’Organisation des Nations unies pour l'alimentation et l'agriculture (FAO). La surface minimale cartographiée est de 0,52 ha, ce qui correspond à un groupement de 13 pixels. Les valeurs cartographiées sont : - 0 : Zone non-arborée - 1 : Feuillus - 2 : Conifères - 254 : Inclassable (nuage, donnée satellite indisponible, ombre ou neige) - 255 : En dehors de la zone d'étude Ces données haute résolution peuvent être utilisées indépendamment ou en complément de CORINE Land Cover. En effet, CLC permet de cartographier des polygones homogènes d’occupation des sols tels que du tissu urbain discontinu et des zones industrielles ou commerciales. Les couches haute résolution permettent alors d’apporter une nouvelle information pour chacune de ces zones, en précisant leur degré d’imperméabilisation, leur taux de couvert arboré, etc.", + "LANDCOVER.CLC06_DOM$GEOPORTAIL:OGC:WMTS": { + "name": "LANDCOVER.CLC06_DOM", + "title": "CORINE Land Cover - DOM - 2006", + "description": "Inventaire biophysique de l'occupation des sols en 2006 en 50 postes. 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Outil de connaissance et d'analyse, CORINE Land Cover apporte également une aide à la décision comme instrument de suivi, de surveillance et de gestion de l'environnement, des milieux naturels et de l'aménagement de l'espace. 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CORINE Land Cover est une base de données d’occupation des sols produite dans le cadre du programme européen d’observation de la Terre Copernicus. Cet inventaire biophysique de l’occupation des terres fournit une information géographique de référence pour 39 États européens. La continuité du programme et la diffusion des données CORINE Land Cover sont pilotées par l'Agence européenne pour l'environnement. Le producteur pour la France est le Service de la donnée et des études statistiques du ministère chargé de l’écologie. L'utilisation de cette base de données permet des applications variées adaptées aux problématiques de l'environnement et à celles de l'aménagement du territoire : production cartographique, exploitation à des fins statistiques ou bien encore analyses géographiques en combinaison avec d'autres bases de données. 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La continuité du programme et la diffusion des données CORINE Land Cover sont pilotées par l'Agence européenne pour l'environnement. Le producteur pour la France est le Service de la donnée et des études statistiques du ministère chargé de l’écologie. L'utilisation de cette base de données permet des applications variées adaptées aux problématiques de l'environnement et à celles de l'aménagement du territoire : production cartographique, exploitation à des fins statistiques ou bien encore analyses géographiques en combinaison avec d'autres bases de données. Outil de connaissance et d'analyse, CORINE Land Cover apporte également une aide à la décision comme instrument de suivi, de surveillance et de gestion de l'environnement, des milieux naturels et plus généralement de l'aménagement de l'espace. 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Ce programme est coordonné par la Commission européenne et associe l’Agence spatiale européenne, l’Agence européenne pour l’environnement ainsi que les États membres. Ces données sont produites automatiquement à partir d’images satellite. Elles sont ensuite vérifiées puis améliorées manuellement. La production et la diffusion de ces couches haute résolution sont pilotées par l'Agence européenne pour l'environnement. Pour la France, le Service de l'observation et des statistiques du ministère chargé de l'environnement a la responsabilité des vérifications et des améliorations de ces produits. Le taux d’imperméabilisation des sols cartographie le pourcentage des sols imperméabilisés par pixels de 20 m de côté. Le revêtement des sols imperméabilisés, issu de l’artificialisation des terres, est maintenu en général sur de longues périodes. La surface minimale cartographiée est de 20 m x 20 m. 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CORINE Land Cover est une base de données d’occupation des sols produite dans le cadre du programme européen d’observation de la Terre Copernicus. Cet inventaire biophysique de l’occupation des terres fournit une information géographique de référence pour 39 États européens. La continuité du programme et la diffusion des données CORINE Land Cover sont pilotées par l'Agence européenne pour l'environnement. Le producteur pour la France est le Service de la donnée et des études statistiques du ministère chargé de l’écologie. L'utilisation de cette base de données permet des applications variées adaptées aux problématiques de l'environnement et à celles de l'aménagement du territoire : production cartographique, exploitation à des fins statistiques ou bien encore analyses géographiques en combinaison avec d'autres bases de données. 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Cet inventaire biophysique de l’occupation des terres fournit une information géographique de référence pour 39 États européens. La continuité du programme et la diffusion des données CORINE Land Cover sont pilotées par l'Agence européenne pour l'environnement. Le producteur pour la France est le Service de la donnée et des études statistiques du ministère chargé de l’écologie. L'utilisation de cette base de données permet des applications variées adaptées aux problématiques de l'environnement et à celles de l'aménagement du territoire : production cartographique, exploitation à des fins statistiques ou bien encore analyses géographiques en combinaison avec d'autres bases de données. Outil de connaissance et d'analyse, CORINE Land Cover apporte également une aide à la décision comme instrument de suivi, de surveillance et de gestion de l'environnement, des milieux naturels et de l'aménagement de l'espace. 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CORINE Land Cover est une base de données d’occupation des sols produite dans le cadre du programme européen d’observation de la Terre Copernicus. Cet inventaire biophysique de l’occupation des terres fournit une information géographique de référence pour 39 États européens. La continuité du programme et la diffusion des données CORINE Land Cover sont pilotées par l'Agence européenne pour l'environnement. Le producteur pour la France est le Service de la donnée et des études statistiques du ministère chargé de l’écologie. L'utilisation de cette base de données permet des applications variées adaptées aux problématiques de l'environnement et à celles de l'aménagement du territoire : production cartographique, exploitation à des fins statistiques ou bien encore analyses géographiques en combinaison avec d'autres bases de données. 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Outil de connaissance et d'analyse, CORINE Land Cover apporte également une aide à la décision comme instrument de suivi, de surveillance et de gestion de l'environnement, des milieux naturels et de l'aménagement de l'espace. La base de données CORINE Land Cover DOM 2012 a été réalisée à partir de CORINE Land Cover DOM 2006 révisée et de la base des changements 2006-2012.", "globalConstraint": { "maxScaleDenominator": 559082264.0287179, "minScaleDenominator": 266.5911979812229, "bbox": { "left": -63.3725, "right": 55.9259, - "top": 51.3121, + "top": 47.1747, "bottom": -21.4756 } }, @@ -23420,75 +25678,111 @@ "id": "OGC:WMTS", "version": "1.0.0", "serverUrl": { - "economie": "https://wxs.ign.fr/economie/geoportail/wmts" + "full": "https://data.geopf.fr/wmts" } }, "defaultProjection": "EPSG:3857", "wmtsOptions": { "tileMatrixSetLink": "PM", "tileMatrixSetLimits": { + "0": { + "minTileRow": "0", + "maxTileRow": "0", + "minTileCol": "0", + "maxTileCol": "0" + }, + "1": { + "minTileRow": "0", + "maxTileRow": "1", + "minTileCol": "0", + "maxTileCol": "1" + }, + "2": { + "minTileRow": "1", + "maxTileRow": "2", + "minTileCol": "1", + "maxTileCol": "2" + }, + "3": { + "minTileRow": "2", + "maxTileRow": "4", + "minTileCol": "2", + "maxTileCol": "5" + }, + "4": { + "minTileRow": "5", + "maxTileRow": "8", + "minTileCol": "5", + "maxTileCol": "10" + }, + "5": { + "minTileRow": "11", + "maxTileRow": "17", + "minTileCol": "10", + "maxTileCol": "20" + }, "6": { - "minTileRow": "21", + "minTileRow": "22", "maxTileRow": "35", "minTileCol": "20", "maxTileCol": "41" }, "7": { - "minTileRow": "42", + "minTileRow": "44", "maxTileRow": "71", "minTileCol": "41", "maxTileCol": "83" }, "8": { - "minTileRow": "85", + "minTileRow": "89", "maxTileRow": "143", "minTileCol": "82", "maxTileCol": "167" }, "9": { - "minTileRow": "170", + "minTileRow": "179", "maxTileRow": "287", "minTileCol": "165", "maxTileCol": "335" }, "10": { - "minTileRow": "341", + "minTileRow": "359", "maxTileRow": "574", "minTileCol": "331", "maxTileCol": "671" }, "11": { - "minTileRow": "682", + "minTileRow": "718", "maxTileRow": "1149", "minTileCol": "663", "maxTileCol": "1342" }, "12": { - "minTileRow": "1365", + "minTileRow": "1437", "maxTileRow": "2298", "minTileCol": "1326", "maxTileCol": "2684" }, "13": { - "minTileRow": "2731", + "minTileRow": "2875", "maxTileRow": "4596", "minTileCol": "2653", "maxTileCol": "5368" }, "14": { - "minTileRow": "5462", + "minTileRow": "5751", "maxTileRow": "9193", "minTileCol": "5307", "maxTileCol": "10737" }, "15": { - "minTileRow": "10924", + "minTileRow": "11502", "maxTileRow": "18386", "minTileCol": "10615", "maxTileCol": "21474" }, "16": { - "minTileRow": "21849", + "minTileRow": "23004", "maxTileRow": "36772", "minTileCol": "21231", "maxTileCol": "42948" @@ -23497,17 +25791,17 @@ }, "styles": [ { - "name": "normal", - "title": "Légende générique", + "name": "CORINE Land Cover - DOM", + "title": "CORINE Land Cover - DOM", "current": true, "url": null } ], "legends": [ { - "format": "image/jpeg", - "url": "https://wxs.ign.fr/static/legends/LEGEND.jpg", - "minScaleDenominator": "200" + "format": "image/png", + "url": "https://data.geopf.fr/annexes/ressources/legendes/CLC_DOM.png", + "minScaleDenominator": "8000" } ], "formats": [ @@ -23517,112 +25811,148 @@ } ] }, - "AREAMANAGEMENT.ZUS$GEOPORTAIL:OGC:WMTS": { - "name": "AREAMANAGEMENT.ZUS", - "title": "Zones urbaines sensibles", - "description": "Zones urbaines caractérisées par la présence de grands ensembles ou de quartiers d’habitat dégradé et par un déséquilibre accentué entre l’habitat et l’emploi.", + "LANDCOVER.CLC12_FR$GEOPORTAIL:OGC:WMTS": { + "name": "LANDCOVER.CLC12_FR", + "title": "CORINE Land Cover - France métropolitaine - 2012", + "description": "Inventaire biophysique de l'occupation des sols en 2012 en 44 postes. CORINE Land Cover est une base de données d’occupation des sols produite dans le cadre du programme européen d’observation de la Terre Copernicus. Cet inventaire biophysique de l’occupation des terres fournit une information géographique de référence pour 39 États européens. La continuité du programme et la diffusion des données CORINE Land Cover sont pilotées par l'Agence européenne pour l'environnement. Le producteur pour la France est le Service de la donnée et des études statistiques du ministère chargé de l’écologie. L'utilisation de cette base de données permet des applications variées adaptées aux problématiques de l'environnement et à celles de l'aménagement du territoire : production cartographique, exploitation à des fins statistiques ou bien encore analyses géographiques en combinaison avec d'autres bases de données. Outil de connaissance et d'analyse, CORINE Land Cover apporte également une aide à la décision comme instrument de suivi, de surveillance et de gestion de l'environnement, des milieux naturels et plus généralement de l'aménagement de l'espace. La base de données CORINE Land Cover 2012, dite CLC 2012, a été réalisée à partir de CLC 2006 révisée et de la base des changements 2006-2012.", "globalConstraint": { "maxScaleDenominator": 559082264.0287179, "minScaleDenominator": 266.5911979812229, "bbox": { - "left": -63.3725, - "right": 55.9259, - "top": 51.3121, - "bottom": -21.4756 - } - }, - "serviceParams": { + "left": -9.88147, + "right": 11.6781, + "top": 51.4428, + "bottom": 40.576 + } + }, + "serviceParams": { "id": "OGC:WMTS", "version": "1.0.0", "serverUrl": { - "economie": "https://wxs.ign.fr/economie/geoportail/wmts" + "full": "https://data.geopf.fr/wmts" } }, "defaultProjection": "EPSG:3857", "wmtsOptions": { "tileMatrixSetLink": "PM", "tileMatrixSetLimits": { + "0": { + "minTileRow": "0", + "maxTileRow": "0", + "minTileCol": "0", + "maxTileCol": "0" + }, + "1": { + "minTileRow": "0", + "maxTileRow": "0", + "minTileCol": "0", + "maxTileCol": "1" + }, + "2": { + "minTileRow": "1", + "maxTileRow": "1", + "minTileCol": "1", + "maxTileCol": "2" + }, + "3": { + "minTileRow": "2", + "maxTileRow": "3", + "minTileCol": "3", + "maxTileCol": "4" + }, + "4": { + "minTileRow": "5", + "maxTileRow": "6", + "minTileCol": "7", + "maxTileCol": "8" + }, + "5": { + "minTileRow": "10", + "maxTileRow": "12", + "minTileCol": "15", + "maxTileCol": "17" + }, "6": { "minTileRow": "21", - "maxTileRow": "35", - "minTileCol": "20", - "maxTileCol": "41" + "maxTileRow": "24", + "minTileCol": "30", + "maxTileCol": "34" }, "7": { "minTileRow": "42", - "maxTileRow": "71", - "minTileCol": "41", - "maxTileCol": "83" + "maxTileRow": "48", + "minTileCol": "60", + "maxTileCol": "68" }, "8": { "minTileRow": "85", - "maxTileRow": "143", - "minTileCol": "82", - "maxTileCol": "167" + "maxTileRow": "96", + "minTileCol": "120", + "maxTileCol": "136" }, "9": { "minTileRow": "170", - "maxTileRow": "287", - "minTileCol": "165", - "maxTileCol": "335" + "maxTileRow": "192", + "minTileCol": "241", + "maxTileCol": "272" }, "10": { - "minTileRow": "341", - "maxTileRow": "574", - "minTileCol": "331", - "maxTileCol": "671" + "minTileRow": "340", + "maxTileRow": "385", + "minTileCol": "483", + "maxTileCol": "545" }, "11": { - "minTileRow": "682", - "maxTileRow": "1149", - "minTileCol": "663", - "maxTileCol": "1342" + "minTileRow": "681", + "maxTileRow": "771", + "minTileCol": "967", + "maxTileCol": "1090" }, "12": { - "minTileRow": "1365", - "maxTileRow": "2298", - "minTileCol": "1326", - "maxTileCol": "2684" + "minTileRow": "1363", + "maxTileRow": "1542", + "minTileCol": "1935", + "maxTileCol": "2180" }, "13": { - "minTileRow": "2738", - "maxTileRow": "3061", - "minTileCol": "3978", - "maxTileCol": "4313" + "minTileRow": "2726", + "maxTileRow": "3084", + "minTileCol": "3871", + "maxTileCol": "4361" }, "14": { - "minTileRow": "5462", - "maxTileRow": "9193", - "minTileCol": "5307", - "maxTileCol": "10737" + "minTileRow": "5452", + "maxTileRow": "6168", + "minTileCol": "7742", + "maxTileCol": "8723" }, "15": { - "minTileRow": "10924", - "maxTileRow": "18386", - "minTileCol": "10615", - "maxTileCol": "21474" + "minTileRow": "10905", + "maxTileRow": "12336", + "minTileCol": "15484", + "maxTileCol": "17446" }, "16": { - "minTileRow": "21849", - "maxTileRow": "36772", - "minTileCol": "21231", - "maxTileCol": "42948" + "minTileRow": "21811", + "maxTileRow": "24673", + "minTileCol": "30969", + "maxTileCol": "34893" } } }, "styles": [ { - "name": "normal", - "title": "Légende générique", + "name": "CORINE Land Cover - France métropolitaine", + "title": "CORINE Land Cover - France métropolitaine", "current": true, "url": null } ], "legends": [ { - "format": "image/jpeg", - "url": "https://wxs.ign.fr/static/legends/LEGEND.jpg", - "minScaleDenominator": "200" + "format": "image/png", + "url": "https://data.geopf.fr/annexes/ressources/legendes/CLC_FR.png", + "minScaleDenominator": "8000" } ], "formats": [ @@ -23632,17 +25962,17 @@ } ] }, - "COMMUNES.PRIORITYDISCTRICT$GEOPORTAIL:OGC:WMTS": { - "name": "COMMUNES.PRIORITYDISCTRICT", - "title": "Quartiers prioritaires", - "description": "
Les quartiers prioritaires de la politique de la ville sont issus de la loi de programmation pour la ville et cohésion urbaine n° 2014-173 du 21 février 2014.

Sources : Commissariat Général à l'Egalité des Territoires : 1er janvier 2015
", + "LANDCOVER.CLC18$GEOPORTAIL:OGC:WMTS": { + "name": "LANDCOVER.CLC18", + "title": "CORINE Land Cover - 2018", + "description": "Inventaire biophysique de l'occupation des sols en 2018 en 50 postes pour les DOM et 44 postes pour la Métropole. CORINE Land Cover est une base de données d’occupation des sols produite dans le cadre du programme européen d’observation de la Terre Copernicus. Cet inventaire biophysique de l’occupation des terres fournit une information géographique de référence pour 39 États européens. La continuité du programme et la diffusion des données CORINE Land Cover sont pilotées par l'Agence européenne pour l'environnement. Le producteur pour la France est le Service de la donnée et des études statistiques du ministère chargé de l’écologie. L'utilisation de cette base de données permet des applications variées adaptées aux problématiques de l'environnement et à celles de l'aménagement du territoire : production cartographique, exploitation à des fins statistiques ou bien encore analyses géographiques en combinaison avec d'autres bases de données. Outil de connaissance et d'analyse, CORINE Land Cover apporte également une aide à la décision comme instrument de suivi, de surveillance et de gestion de l'environnement, des milieux naturels et de l'aménagement de l'espace. La base de données CORINE Land Cover 2018 a été réalisée à partir de CORINE Land Cover 2012 révisée et de la base des changements 2012-2018.", "globalConstraint": { "maxScaleDenominator": 559082264.0287179, "minScaleDenominator": 266.5911979812229, "bbox": { "left": -63.3725, "right": 55.9259, - "top": 51.3121, + "top": 51.4428, "bottom": -21.4756 } }, @@ -23650,13 +25980,49 @@ "id": "OGC:WMTS", "version": "1.0.0", "serverUrl": { - "economie": "https://wxs.ign.fr/economie/geoportail/wmts" + "full": "https://data.geopf.fr/wmts" } }, "defaultProjection": "EPSG:3857", "wmtsOptions": { "tileMatrixSetLink": "PM", "tileMatrixSetLimits": { + "0": { + "minTileRow": "0", + "maxTileRow": "0", + "minTileCol": "0", + "maxTileCol": "0" + }, + "1": { + "minTileRow": "0", + "maxTileRow": "1", + "minTileCol": "0", + "maxTileCol": "1" + }, + "2": { + "minTileRow": "1", + "maxTileRow": "2", + "minTileCol": "1", + "maxTileCol": "2" + }, + "3": { + "minTileRow": "2", + "maxTileRow": "4", + "minTileCol": "2", + "maxTileCol": "5" + }, + "4": { + "minTileRow": "5", + "maxTileRow": "8", + "minTileCol": "5", + "maxTileCol": "10" + }, + "5": { + "minTileRow": "10", + "maxTileRow": "17", + "minTileCol": "10", + "maxTileCol": "20" + }, "6": { "minTileRow": "21", "maxTileRow": "35", @@ -23682,68 +26048,62 @@ "maxTileCol": "335" }, "10": { - "minTileRow": "341", + "minTileRow": "340", "maxTileRow": "574", "minTileCol": "331", "maxTileCol": "671" }, "11": { - "minTileRow": "682", + "minTileRow": "681", "maxTileRow": "1149", "minTileCol": "663", "maxTileCol": "1342" }, "12": { - "minTileRow": "1365", + "minTileRow": "1363", "maxTileRow": "2298", "minTileCol": "1326", "maxTileCol": "2684" }, "13": { - "minTileRow": "2731", + "minTileRow": "2726", "maxTileRow": "4596", "minTileCol": "2653", "maxTileCol": "5368" }, "14": { - "minTileRow": "5462", + "minTileRow": "5452", "maxTileRow": "9193", "minTileCol": "5307", "maxTileCol": "10737" }, "15": { - "minTileRow": "10924", + "minTileRow": "10905", "maxTileRow": "18386", "minTileCol": "10615", "maxTileCol": "21474" }, "16": { - "minTileRow": "21849", + "minTileRow": "21811", "maxTileRow": "36772", "minTileCol": "21231", "maxTileCol": "42948" - }, - "17": { - "minTileRow": "43698", - "maxTileRow": "73544", - "minTileCol": "42462", - "maxTileCol": "85897" } } }, "styles": [ { - "name": "normal", - "title": "Légende générique", + "name": "CORINE Land Cover", + "title": "CORINE Land Cover", "current": true, "url": null } ], "legends": [ { - "format": "image/jpeg", - "url": "https://wxs.ign.fr/static/legends/LEGEND.jpg", - "minScaleDenominator": "200" + "format": "image/png", + "url": "https://data.geopf.fr/annexes/ressources/legendes/CLC.png", + "minScaleDenominator": "8000" } ], "formats": [ @@ -23753,124 +26113,148 @@ } ] }, - "DREAL.ZONAGE_PINEL$GEOPORTAIL:OGC:WMTS": { - "name": "DREAL.ZONAGE_PINEL", - "title": "Zonage du dispositif Pinel en Bretagne 2020-2021", - "description": "La réduction d'impôt « Pinel » (code général des impôts) s'applique à l’investissement locatif réalisé dans les zones où la tension entre l'offre et la demande de logements est la plus forte. La loi n°2019-1479 du 28 décembre 2019 de finances pour 2020, prévoit à titre expérimental, un dispositif dérogatoire au droit commun pour la Bretagne. Ainsi, les communes ou parties de communes éligibles à la réduction d'impôt « Pinel » sont fixées par arrêté du préfet de région. Cet arrêté est pris après avis du président du conseil régional et du comité régional de l'habitat et de l'hébergement. Cet article prévoit également que le préfet de région fixe, par arrêté, les plafonds de loyer et de ressources du locataire pour chaque commune ou partie de commune éligible et par type de logement. L’une des particularités de cette expérimentation réside dans l’éligibilité du dispositif qui peut être limitée à une partie seulement du territoire communal. Lorsqu’une commune n’est éligible que pour une partie de son territoire, deux approches sont distinguées, à savoir à la maille de l’IRIS (correspondant à un quartier) ou à la maille du carreau de 200 mètres sur 200 mètres.", + "LANDCOVER.CLC18_DOM$GEOPORTAIL:OGC:WMTS": { + "name": "LANDCOVER.CLC18_DOM", + "title": "CORINE Land Cover - DOM - 2018", + "description": "Inventaire biophysique de l'occupation des sols en 2018 en 50 postes. CORINE Land Cover est une base de données d’occupation des sols produite dans le cadre du programme européen d’observation de la Terre Copernicus. Cet inventaire biophysique de l’occupation des terres fournit une information géographique de référence pour 39 États européens. La continuité du programme et la diffusion des données CORINE Land Cover sont pilotées par l'Agence européenne pour l'environnement. Le producteur pour la France est le Service de la donnée et des études statistiques du ministère chargé de l’écologie. 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Elle couvre l'ensemble du territoire de France métropolitaine. 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CORINE Land Cover est une base de données d’occupation des sols produite dans le cadre du programme européen d’observation de la Terre Copernicus. Cet inventaire biophysique de l’occupation des terres fournit une information géographique de référence pour 39 États européens. La continuité du programme et la diffusion des données CORINE Land Cover sont pilotées par l'Agence européenne pour l'environnement. Le producteur pour la France est le Service de la donnée et des études statistiques du ministère chargé de l’écologie. L'utilisation de cette base de données permet des applications variées adaptées aux problématiques de l'environnement et à celles de l'aménagement du territoire : production cartographique, exploitation à des fins statistiques ou bien encore analyses géographiques en combinaison avec d'autres bases de données. Outil de connaissance et d'analyse, CORINE Land Cover apporte également une aide à la décision comme instrument de suivi, de surveillance et de gestion de l'environnement, des milieux naturels et de l'aménagement de l'espace. 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CORINE Land Cover est une base de données d’occupation des sols produite dans le cadre du programme européen d’observation de la Terre Copernicus. Cet inventaire biophysique de l’occupation des terres fournit une information géographique de référence pour 39 États européens. La continuité du programme et la diffusion des données CORINE Land Cover sont pilotées par l'Agence européenne pour l'environnement. Le producteur pour la France est le Service de la donnée et des études statistiques du ministère chargé de l’écologie. L'utilisation de cette base de données permet des applications variées adaptées aux problématiques de l'environnement et à celles de l'aménagement du territoire : production cartographique, exploitation à des fins statistiques ou bien encore analyses géographiques en combinaison avec d'autres bases de données. Outil de connaissance et d'analyse, CORINE Land Cover apporte également une aide à la décision comme instrument de suivi, de surveillance et de gestion de l'environnement, des milieux naturels et de l'aménagement de l'espace. 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Cet inventaire biophysique de l’occupation des terres fournit une information géographique de référence pour 39 États européens. La continuité du programme et la diffusion des données CORINE Land Cover sont pilotées par l'Agence européenne pour l'environnement. Le producteur pour la France est le Service de la donnée et des études statistiques du ministère chargé de l’écologie. L'utilisation de cette base de données permet des applications variées adaptées aux problématiques de l'environnement et à celles de l'aménagement du territoire : production cartographique, exploitation à des fins statistiques ou bien encore analyses géographiques en combinaison avec d'autres bases de données. Outil de connaissance et d'analyse, CORINE Land Cover apporte également une aide à la décision comme instrument de suivi, de surveillance et de gestion de l'environnement, des milieux naturels et plus généralement de l'aménagement de l'espace. La base de données CORINE Land Cover 2000, dite CLC 2000, a été réalisée à partir d'images satellitaires de l'année 2000 et de données d'appuis", "globalConstraint": { "maxScaleDenominator": 559082264.0287179, "minScaleDenominator": 266.5911979812229, "bbox": { - "left": -63.3725, - "right": 55.9259, - "top": 51.3121, - "bottom": -21.4756 + "left": -61.9063, + "right": 55.9362, + "top": 16.6077, + "bottom": -21.4825 } }, "serviceParams": { "id": "OGC:WMTS", "version": "1.0.0", "serverUrl": { - "economie": "https://wxs.ign.fr/economie/geoportail/wmts" + "full": "https://data.geopf.fr/wmts" } }, "defaultProjection": "EPSG:3857", "wmtsOptions": { "tileMatrixSetLink": "PM", "tileMatrixSetLimits": { + "0": { + "minTileRow": "0", + "maxTileRow": "0", + "minTileCol": "0", + "maxTileCol": "0" + }, + "1": { + "minTileRow": "0", + "maxTileRow": "1", + "minTileCol": "0", + "maxTileCol": "1" + }, + "2": { + "minTileRow": "1", + "maxTileRow": "2", + "minTileCol": "1", + "maxTileCol": "2" + }, + "3": { + "minTileRow": "3", + "maxTileRow": "4", + "minTileCol": "2", + "maxTileCol": "5" + }, + "4": { + "minTileRow": "7", + "maxTileRow": "8", + "minTileCol": "5", + "maxTileCol": "10" + }, + "5": { + "minTileRow": "14", + "maxTileRow": "17", + "minTileCol": "10", + "maxTileCol": "20" + }, "6": { - "minTileRow": "21", + "minTileRow": "29", "maxTileRow": "35", "minTileCol": "20", "maxTileCol": "41" }, "7": { - "minTileRow": "42", + "minTileRow": "58", "maxTileRow": "71", "minTileCol": "41", "maxTileCol": "83" }, "8": { - "minTileRow": "85", + "minTileRow": "116", "maxTileRow": "143", - "minTileCol": "82", + "minTileCol": "83", "maxTileCol": "167" }, "9": { - "minTileRow": "170", + "minTileRow": "232", "maxTileRow": "287", - "minTileCol": "165", + "minTileCol": "167", "maxTileCol": "335" }, "10": { - "minTileRow": "341", + "minTileRow": "464", "maxTileRow": "574", - "minTileCol": "331", + "minTileCol": "335", "maxTileCol": "671" }, "11": { - "minTileRow": "682", + "minTileRow": "928", "maxTileRow": "1149", - "minTileCol": "663", + "minTileCol": "671", "maxTileCol": "1342" }, "12": { - "minTileRow": "1365", + "minTileRow": "1856", "maxTileRow": "2298", - "minTileCol": "1326", + "minTileCol": "1343", "maxTileCol": "2684" - }, - "13": { - "minTileRow": "2731", - "maxTileRow": "4596", - "minTileCol": "2653", - "maxTileCol": "5368" - }, - "14": { - "minTileRow": "5462", - "maxTileRow": "9193", - "minTileCol": "5307", - "maxTileCol": "10737" - }, - "15": { - "minTileRow": "10924", - "maxTileRow": "18386", - "minTileCol": "10615", - "maxTileCol": "21474" - }, - "16": { - "minTileRow": "21849", - "maxTileRow": "36772", - "minTileCol": "21231", - "maxTileCol": "42948" } } }, "styles": [ { - "name": "INSEE", - "title": "INSEE", + "name": "CORINE Land Cover - DOM", + "title": "CORINE Land Cover - DOM", "current": true, "url": null } @@ -25709,8 +28399,8 @@ "legends": [ { "format": "image/png", - "url": "https://wxs.ign.fr/static/legends/INSEE.FILOSOFI.PART.MENAGES.MAISON-tot-legend-2017.png", - "minScaleDenominator": "1" + "url": "https://data.geopf.fr/annexes/ressources/legendes/CLC_DOM.png", + "minScaleDenominator": "8000" } ], "formats": [ @@ -25720,103 +28410,115 @@ } ] }, - "INSEE.FILOSOFI.PART.MENAGES.PAUVRES.SECRET$GEOPORTAIL:OGC:WMTS": { - "name": "INSEE.FILOSOFI.PART.MENAGES.PAUVRES.SECRET", - "title": "% ménages pauvres (secret signalé)", - "description": "Part des ménages pauvres (les cases hachurées correspondent aux données secrétisées)", + "LANDCOVER.GRID.CLC00_FR$GEOPORTAIL:OGC:WMTS": { + "name": "LANDCOVER.GRID.CLC00_FR", + "title": "Raster CORINE Land Cover - France métropolitaine - 2000", + "description": "Inventaire biophysique de l'occupation des sols en 2000 en 44 postes. CORINE Land Cover est une base de données d’occupation des sols produite dans le cadre du programme européen d’observation de la Terre Copernicus. Cet inventaire biophysique de l’occupation des terres fournit une information géographique de référence pour 39 États européens. La continuité du programme et la diffusion des données CORINE Land Cover sont pilotées par l'Agence européenne pour l'environnement. Le producteur pour la France est le Service de la donnée et des études statistiques du ministère chargé de l’écologie. L'utilisation de cette base de données permet des applications variées adaptées aux problématiques de l'environnement et à celles de l'aménagement du territoire : production cartographique, exploitation à des fins statistiques ou bien encore analyses géographiques en combinaison avec d'autres bases de données. Outil de connaissance et d'analyse, CORINE Land Cover apporte également une aide à la décision comme instrument de suivi, de surveillance et de gestion de l'environnement, des milieux naturels et plus généralement de l'aménagement de l'espace. La base de données CORINE Land Cover 2000, dite CLC 2000, a été réalisée à partir d'images satellitaires de l'année 2000 et de données d'appui.", "globalConstraint": { "maxScaleDenominator": 559082264.0287179, "minScaleDenominator": 266.5911979812229, "bbox": { - "left": -63.3725, - "right": 55.9259, - "top": 51.3121, - "bottom": -21.4756 + "left": -5.68494, + "right": 10.8556, + "top": 51.1827, + "bottom": 41.1779 } }, "serviceParams": { "id": "OGC:WMTS", "version": "1.0.0", "serverUrl": { - "economie": "https://wxs.ign.fr/economie/geoportail/wmts" + "full": "https://data.geopf.fr/wmts" } }, "defaultProjection": "EPSG:3857", "wmtsOptions": { "tileMatrixSetLink": "PM", "tileMatrixSetLimits": { + "0": { + "minTileRow": "0", + "maxTileRow": "0", + "minTileCol": "0", + "maxTileCol": "0" + }, + "1": { + "minTileRow": "0", + "maxTileRow": "0", + "minTileCol": "0", + "maxTileCol": "1" + }, + "2": { + "minTileRow": "1", + "maxTileRow": "1", + "minTileCol": "1", + "maxTileCol": "2" + }, + "3": { + "minTileRow": "2", + "maxTileRow": "2", + "minTileCol": "3", + "maxTileCol": "4" + }, + "4": { + "minTileRow": "5", + "maxTileRow": "5", + "minTileCol": "7", + "maxTileCol": "8" + }, + "5": { + "minTileRow": "10", + "maxTileRow": "11", + "minTileCol": "15", + "maxTileCol": "16" + }, "6": { "minTileRow": "21", - "maxTileRow": "35", - "minTileCol": "20", - "maxTileCol": "41" + "maxTileRow": "23", + "minTileCol": "30", + "maxTileCol": "33" }, "7": { "minTileRow": "42", - "maxTileRow": "71", - "minTileCol": "41", - "maxTileCol": "83" + "maxTileRow": "47", + "minTileCol": "61", + "maxTileCol": "67" }, "8": { "minTileRow": "85", - "maxTileRow": "143", - "minTileCol": "82", - "maxTileCol": "167" + "maxTileRow": "95", + "minTileCol": "123", + "maxTileCol": "135" }, "9": { "minTileRow": "170", - "maxTileRow": "287", - "minTileCol": "165", - "maxTileCol": "335" + "maxTileRow": "191", + "minTileCol": "247", + "maxTileCol": "271" }, "10": { "minTileRow": "341", - "maxTileRow": "574", - "minTileCol": "331", - "maxTileCol": "671" + "maxTileRow": "383", + "minTileCol": "495", + "maxTileCol": "542" }, "11": { - "minTileRow": "682", - "maxTileRow": "1149", - "minTileCol": "663", - "maxTileCol": "1342" + "minTileRow": "683", + "maxTileRow": "766", + "minTileCol": "991", + "maxTileCol": "1085" }, "12": { - "minTileRow": "1365", - "maxTileRow": "2298", - "minTileCol": "1326", - "maxTileCol": "2684" - }, - "13": { - "minTileRow": "2731", - "maxTileRow": "4596", - "minTileCol": "2653", - "maxTileCol": "5368" - }, - "14": { - "minTileRow": "5462", - "maxTileRow": "9193", - "minTileCol": "5307", - "maxTileCol": "10737" - }, - "15": { - "minTileRow": "10924", - "maxTileRow": "18386", - "minTileCol": "10615", - "maxTileCol": "21474" - }, - "16": { - "minTileRow": "21849", - "maxTileRow": "36772", - "minTileCol": "21231", - "maxTileCol": "42948" + "minTileRow": "1367", + "maxTileRow": "1533", + "minTileCol": "1983", + "maxTileCol": "2171" } } }, "styles": [ { - "name": "INSEE", - "title": "INSEE", + "name": "CORINE Land Cover - France métropolitaine", + "title": "CORINE Land Cover - France métropolitaine", "current": true, "url": null } @@ -25824,8 +28526,8 @@ "legends": [ { "format": "image/png", - "url": "https://wxs.ign.fr/static/legends/INSEE.FILOSOFI.PART.MENAGES.PAUVRES-tot-legend-2017.png", - "minScaleDenominator": "1" + "url": "https://data.geopf.fr/annexes/ressources/legendes/CLC_FR.png", + "minScaleDenominator": "8000" } ], "formats": [ @@ -25835,103 +28537,121 @@ } ] }, - "INSEE.FILOSOFI.PART.MENAGES.PROPRIETAIRES.SECRET$GEOPORTAIL:OGC:WMTS": { - "name": "INSEE.FILOSOFI.PART.MENAGES.PROPRIETAIRES.SECRET", - "title": "% ménages propriétaires (secret signalé)", - "description": "Part des ménages propriétaires (les cases hachurées correspondent aux données secrétisées)", + "LANDCOVER.GRID.CLC06$GEOPORTAIL:OGC:WMTS": { + "name": "LANDCOVER.GRID.CLC06", + "title": "Raster CORINE Land Cover - 2006", + "description": "Raster au pas de 25m de l'inventaire biophysique de l'occupation des sols en 2006 en 44 postes pour la Métropole, 50 postes pour les DOM. CORINE Land Cover est une base de données d’occupation des sols produite dans le cadre du programme européen d’observation de la Terre Copernicus. Cet inventaire biophysique de l’occupation des terres fournit une information géographique de référence pour 39 États européens. La continuité du programme et la diffusion des données CORINE Land Cover sont pilotées par l'Agence européenne pour l'environnement. Le producteur pour la France est le Service de la donnée et des études statistiques du ministère chargé de l’écologie. L'utilisation de cette base de données permet des applications variées adaptées aux problématiques de l'environnement et à celles de l'aménagement du territoire : production cartographique, exploitation à des fins statistiques ou bien encore analyses géographiques en combinaison avec d'autres bases de données. Outil de connaissance et d'analyse, CORINE Land Cover apporte également une aide à la décision comme instrument de suivi, de surveillance et de gestion de l'environnement, des milieux naturels et de l'aménagement de l'espace. La base de données CORINE Land Cover DOM 2006 a été réalisée à partir d'images satellitaires prises entre 2005 et 2008 et de données d'appui pour les DOM, et à partir de CLC 2000 révisée et de la base des changements 2000-2006 pour la Métropole.", "globalConstraint": { "maxScaleDenominator": 559082264.0287179, "minScaleDenominator": 266.5911979812229, "bbox": { - "left": -63.3725, - "right": 55.9259, - "top": 51.3121, - "bottom": -21.4756 + "left": -180.0, + "right": 180.0, + "top": 89.0, + "bottom": -89.0 } }, "serviceParams": { "id": "OGC:WMTS", "version": "1.0.0", "serverUrl": { - "economie": "https://wxs.ign.fr/economie/geoportail/wmts" + "full": "https://data.geopf.fr/wmts" } }, "defaultProjection": "EPSG:3857", "wmtsOptions": { "tileMatrixSetLink": "PM", "tileMatrixSetLimits": { + "0": { + "minTileRow": "0", + "maxTileRow": "1", + "minTileCol": "0", + "maxTileCol": "0" + }, + "1": { + "minTileRow": "0", + "maxTileRow": "2", + "minTileCol": "0", + "maxTileCol": "1" + }, + "2": { + "minTileRow": "0", + "maxTileRow": "4", + "minTileCol": "0", + "maxTileCol": "4" + }, + "3": { + "minTileRow": "0", + "maxTileRow": "8", + "minTileCol": "0", + "maxTileCol": "8" + }, + "4": { + "minTileRow": "0", + "maxTileRow": "16", + "minTileCol": "0", + "maxTileCol": "15" + }, + "5": { + "minTileRow": "0", + "maxTileRow": "32", + "minTileCol": "0", + "maxTileCol": "31" + }, "6": { - "minTileRow": "21", - "maxTileRow": "35", - "minTileCol": "20", - "maxTileCol": "41" + "minTileRow": "0", + "maxTileRow": "64", + "minTileCol": "0", + "maxTileCol": "63" }, "7": { - "minTileRow": "42", - "maxTileRow": "71", - "minTileCol": "41", - "maxTileCol": "83" + "minTileRow": "0", + "maxTileRow": "128", + "minTileCol": "0", + "maxTileCol": "127" }, "8": { - "minTileRow": "85", - "maxTileRow": "143", - "minTileCol": "82", - "maxTileCol": "167" + "minTileRow": "0", + "maxTileRow": "256", + "minTileCol": "0", + "maxTileCol": "255" }, "9": { - "minTileRow": "170", - "maxTileRow": "287", - "minTileCol": "165", - "maxTileCol": "335" + "minTileRow": "0", + "maxTileRow": "512", + "minTileCol": "0", + "maxTileCol": "511" }, "10": { - "minTileRow": "341", - "maxTileRow": "574", - "minTileCol": "331", - "maxTileCol": "671" + "minTileRow": "0", + "maxTileRow": "1024", + "minTileCol": "0", + "maxTileCol": "1023" }, "11": { - "minTileRow": "682", - "maxTileRow": "1149", - "minTileCol": "663", - "maxTileCol": "1342" + "minTileRow": "0", + "maxTileRow": "2048", + "minTileCol": "0", + "maxTileCol": "2047" }, "12": { - "minTileRow": "1365", - "maxTileRow": "2298", - "minTileCol": "1326", - "maxTileCol": "2684" + "minTileRow": "0", + "maxTileRow": "4096", + "minTileCol": "0", + "maxTileCol": "4095" }, "13": { - "minTileRow": "2731", - "maxTileRow": "4596", - "minTileCol": "2653", - "maxTileCol": "5368" - }, - "14": { - "minTileRow": "5462", - "maxTileRow": "9193", - "minTileCol": "5307", - "maxTileCol": "10737" - }, - "15": { - "minTileRow": "10924", - "maxTileRow": "18386", - "minTileCol": "10615", - "maxTileCol": "21474" - }, - "16": { - "minTileRow": "21849", - "maxTileRow": "36772", - "minTileCol": "21231", - "maxTileCol": "42948" + "minTileRow": "0", + "maxTileRow": "8192", + "minTileCol": "0", + "maxTileCol": "8191" } } }, "styles": [ { - "name": "INSEE", - "title": "INSEE", + "name": "CORINE Land Cover", + "title": "CORINE Land Cover", "current": true, "url": null } @@ -25939,8 +28659,8 @@ "legends": [ { "format": "image/png", - "url": "https://wxs.ign.fr/static/legends/INSEE.FILOSOFI.PART.MENAGES.PROPRIETAIRES-tot-legend-2017.png", - "minScaleDenominator": "1" + "url": "https://data.geopf.fr/annexes/ressources/legendes/CLC.png", + "minScaleDenominator": "8000" } ], "formats": [ @@ -25950,31 +28670,67 @@ } ] }, - "INSEE.FILOSOFI.PART.PLUS.65.ANS.SECRET$GEOPORTAIL:OGC:WMTS": { - "name": "INSEE.FILOSOFI.PART.PLUS.65.ANS.SECRET", - "title": "% des plus de 65 ans (secret signalé)", - "description": "Nombre d’individus âgés de plus de 65 ans dans la population (les cases hachurées correspondent aux données secrétisées)", + "LANDCOVER.GRID.CLC06R$GEOPORTAIL:OGC:WMTS": { + "name": "LANDCOVER.GRID.CLC06R", + "title": "Raster CORINE Land Cover - 2006 révisée", + "description": "Raster au pas de 25m de l'inventaire biophysique de l'occupation des sols en 2006 en 44 postes pour la Métropole, 50 postes pour les DOM. CORINE Land Cover est une base de données d’occupation des sols produite dans le cadre du programme européen d’observation de la Terre Copernicus. Cet inventaire biophysique de l’occupation des terres fournit une information géographique de référence pour 39 États européens. La continuité du programme et la diffusion des données CORINE Land Cover sont pilotées par l'Agence européenne pour l'environnement. Le producteur pour la France est le Service de la donnée et des études statistiques du ministère chargé de l’écologie. L'utilisation de cette base de données permet des applications variées adaptées aux problématiques de l'environnement et à celles de l'aménagement du territoire : production cartographique, exploitation à des fins statistiques ou bien encore analyses géographiques en combinaison avec d'autres bases de données. Outil de connaissance et d'analyse, CORINE Land Cover apporte également une aide à la décision comme instrument de suivi, de surveillance et de gestion de l'environnement, des milieux naturels et de l'aménagement de l'espace. La base de données CORINE Land Cover DOM 2006 révisée, dite CLC 2006 révisée, est une correction de CLC 2006 réalisée à partir d'images satellitaires prises entre 2005 et 2008 et de données d'appui pour les DOM, et à partir d'images satellitaires de l'année 2006 et de données d'appui pour la Métropole.", "globalConstraint": { "maxScaleDenominator": 559082264.0287179, "minScaleDenominator": 266.5911979812229, "bbox": { - "left": -63.3725, - "right": 55.9259, - "top": 51.3121, - "bottom": -21.4756 + "left": -61.9063, + "right": 55.9362, + "top": 51.2963, + "bottom": -21.4825 } }, "serviceParams": { "id": "OGC:WMTS", "version": "1.0.0", "serverUrl": { - "economie": "https://wxs.ign.fr/economie/geoportail/wmts" + "full": "https://data.geopf.fr/wmts" } }, "defaultProjection": "EPSG:3857", "wmtsOptions": { "tileMatrixSetLink": "PM", "tileMatrixSetLimits": { + "0": { + "minTileRow": "0", + "maxTileRow": "0", + "minTileCol": "0", + "maxTileCol": "0" + }, + "1": { + "minTileRow": "0", + "maxTileRow": "1", + "minTileCol": "0", + "maxTileCol": "1" + }, + "2": { + "minTileRow": "1", + "maxTileRow": "2", + "minTileCol": "1", + "maxTileCol": "2" + }, + "3": { + "minTileRow": "2", + "maxTileRow": "4", + "minTileCol": "2", + "maxTileCol": "5" + }, + "4": { + "minTileRow": "5", + "maxTileRow": "8", + "minTileCol": "5", + "maxTileCol": "10" + }, + "5": { + "minTileRow": "10", + "maxTileRow": "17", + "minTileCol": "10", + "maxTileCol": "20" + }, "6": { "minTileRow": "21", "maxTileRow": "35", @@ -25990,63 +28746,45 @@ "8": { "minTileRow": "85", "maxTileRow": "143", - "minTileCol": "82", + "minTileCol": "83", "maxTileCol": "167" }, "9": { "minTileRow": "170", "maxTileRow": "287", - "minTileCol": "165", + "minTileCol": "167", "maxTileCol": "335" }, "10": { "minTileRow": "341", "maxTileRow": "574", - "minTileCol": "331", + "minTileCol": "335", "maxTileCol": "671" }, "11": { "minTileRow": "682", "maxTileRow": "1149", - "minTileCol": "663", + "minTileCol": "671", "maxTileCol": "1342" }, "12": { "minTileRow": "1365", "maxTileRow": "2298", - "minTileCol": "1326", + "minTileCol": "1343", "maxTileCol": "2684" }, "13": { "minTileRow": "2731", "maxTileRow": "4596", - "minTileCol": "2653", + "minTileCol": "2687", "maxTileCol": "5368" - }, - "14": { - "minTileRow": "5462", - "maxTileRow": "9193", - "minTileCol": "5307", - "maxTileCol": "10737" - }, - "15": { - "minTileRow": "10924", - "maxTileRow": "18386", - "minTileCol": "10615", - "maxTileCol": "21474" - }, - "16": { - "minTileRow": "21849", - "maxTileRow": "36772", - "minTileCol": "21231", - "maxTileCol": "42948" } } }, "styles": [ { - "name": "INSEE", - "title": "INSEE", + "name": "CORINE Land Cover", + "title": "CORINE Land Cover", "current": true, "url": null } @@ -26054,8 +28792,8 @@ "legends": [ { "format": "image/png", - "url": "https://wxs.ign.fr/static/legends/INSSE.FILOSOFI.PART.PLUS.65.ANS-tot-legend-2017.png", - "minScaleDenominator": "1" + "url": "https://data.geopf.fr/annexes/ressources/legendes/CLC.png", + "minScaleDenominator": "8000" } ], "formats": [ @@ -26065,103 +28803,115 @@ } ] }, - "INSEE.FILOSOFI.POPULATION$GEOPORTAIL:OGC:WMTS": { - "name": "INSEE.FILOSOFI.POPULATION", - "title": "Densité de population", - "description": "Nombre d'individus par km²", + "LANDCOVER.GRID.CLC06R_DOM$GEOPORTAIL:OGC:WMTS": { + "name": "LANDCOVER.GRID.CLC06R_DOM", + "title": "Raster CORINE Land Cover - DOM - 2006 - révisée", + "description": "Inventaire biophysique de l'occupation des sols en 2006 en 44 postes pour la Métropole et 50 postes pour les DOM. CORINE Land Cover est une base de données d’occupation des sols produite dans le cadre du programme européen d’observation de la Terre Copernicus. Cet inventaire biophysique de l’occupation des terres fournit une information géographique de référence pour 39 États européens. La continuité du programme et la diffusion des données CORINE Land Cover sont pilotées par l'Agence européenne pour l'environnement. Le producteur pour la France est le Service de la donnée et des études statistiques du ministère chargé de l’écologie. L'utilisation de cette base de données permet des applications variées adaptées aux problématiques de l'environnement et à celles de l'aménagement du territoire : production cartographique, exploitation à des fins statistiques ou bien encore analyses géographiques en combinaison avec d'autres bases de données. Outil de connaissance et d'analyse, CORINE Land Cover apporte également une aide à la décision comme instrument de suivi, de surveillance et de gestion de l'environnement, des milieux naturels et plus généralement de l'aménagement de l'espace. La base de données CORINE Land Cover 2006 révisée, dite CLC 2006 révisée, est une correction de CLC 2006 réalisée à partir d'images satellitaires de l'année 2006 pour la Métropole, d'images satellitaires prises entre 2005 et 2008 pour les DOM et de données d'appui.", "globalConstraint": { "maxScaleDenominator": 559082264.0287179, "minScaleDenominator": 266.5911979812229, "bbox": { - "left": -63.3725, - "right": 55.9259, - "top": 51.3121, - "bottom": -21.4756 + "left": -61.9063, + "right": 55.9362, + "top": 16.6077, + "bottom": -21.4825 } }, "serviceParams": { "id": "OGC:WMTS", "version": "1.0.0", "serverUrl": { - "economie": "https://wxs.ign.fr/economie/geoportail/wmts" + "full": "https://data.geopf.fr/wmts" } }, "defaultProjection": "EPSG:3857", "wmtsOptions": { "tileMatrixSetLink": "PM", "tileMatrixSetLimits": { - "6": { - "minTileRow": "21", - "maxTileRow": "35", - "minTileCol": "20", - "maxTileCol": "41" - }, - "7": { - "minTileRow": "42", - "maxTileRow": "71", - "minTileCol": "41", - "maxTileCol": "83" + "0": { + "minTileRow": "0", + "maxTileRow": "0", + "minTileCol": "0", + "maxTileCol": "0" + }, + "1": { + "minTileRow": "0", + "maxTileRow": "1", + "minTileCol": "0", + "maxTileCol": "1" + }, + "2": { + "minTileRow": "1", + "maxTileRow": "2", + "minTileCol": "1", + "maxTileCol": "2" + }, + "3": { + "minTileRow": "3", + "maxTileRow": "4", + "minTileCol": "2", + "maxTileCol": "5" + }, + "4": { + "minTileRow": "7", + "maxTileRow": "8", + "minTileCol": "5", + "maxTileCol": "10" + }, + "5": { + "minTileRow": "14", + "maxTileRow": "17", + "minTileCol": "10", + "maxTileCol": "20" + }, + "6": { + "minTileRow": "29", + "maxTileRow": "35", + "minTileCol": "20", + "maxTileCol": "41" + }, + "7": { + "minTileRow": "58", + "maxTileRow": "71", + "minTileCol": "41", + "maxTileCol": "83" }, "8": { - "minTileRow": "85", + "minTileRow": "116", "maxTileRow": "143", - "minTileCol": "82", + "minTileCol": "83", "maxTileCol": "167" }, "9": { - "minTileRow": "170", + "minTileRow": "232", "maxTileRow": "287", - "minTileCol": "165", + "minTileCol": "167", "maxTileCol": "335" }, "10": { - "minTileRow": "341", + "minTileRow": "464", "maxTileRow": "574", - "minTileCol": "331", + "minTileCol": "335", "maxTileCol": "671" }, "11": { - "minTileRow": "682", + "minTileRow": "928", "maxTileRow": "1149", - "minTileCol": "663", + "minTileCol": "671", "maxTileCol": "1342" }, "12": { - "minTileRow": "1365", + "minTileRow": "1856", "maxTileRow": "2298", - "minTileCol": "1326", + "minTileCol": "1343", "maxTileCol": "2684" - }, - "13": { - "minTileRow": "2731", - "maxTileRow": "4596", - "minTileCol": "2653", - "maxTileCol": "5368" - }, - "14": { - "minTileRow": "5462", - "maxTileRow": "9193", - "minTileCol": "5307", - "maxTileCol": "10737" - }, - "15": { - "minTileRow": "10924", - "maxTileRow": "18386", - "minTileCol": "10615", - "maxTileCol": "21474" - }, - "16": { - "minTileRow": "21849", - "maxTileRow": "36772", - "minTileCol": "21231", - "maxTileCol": "42948" } } }, "styles": [ { - "name": "INSEE", - "title": "INSEE", + "name": "CORINE Land Cover - DOM", + "title": "CORINE Land Cover - DOM", "current": true, "url": null } @@ -26169,8 +28919,8 @@ "legends": [ { "format": "image/png", - "url": "https://wxs.ign.fr/static/legends/INSEE.FILOSOFI.POPULATION-tot-legend-2017.png", - "minScaleDenominator": "1" + "url": "https://data.geopf.fr/annexes/ressources/legendes/CLC_DOM.png", + "minScaleDenominator": "8000" } ], "formats": [ @@ -26180,2503 +28930,2105 @@ } ] }, - "DREAL.ZONAGE_PINEL$GEOPORTAIL:OGC:WMS": { - "name": "DREAL.ZONAGE_PINEL", - "title": "DREAL.ZONAGE_PINEL", - "description": "Layer-Group type layer: DREAL.ZONAGE_PINEL", + "LANDCOVER.GRID.CLC06R_FR$GEOPORTAIL:OGC:WMTS": { + "name": "LANDCOVER.GRID.CLC06R_FR", + "title": "Raster CORINE Land Cover - France métropolitaine - 2006 révisée", + "description": "Inventaire biophysique de l'occupation des sols en 2006 en 44 postes pour la métropole . 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Outil de connaissance et d'analyse, CORINE Land Cover apporte également une aide à la décision comme instrument de suivi, de surveillance et de gestion de l'environnement, des milieux naturels et plus généralement de l'aménagement de l'espace. La base de données CORINE Land Cover 2006 révisée, dite CLC 2006 révisée, est une correction de CLC 2006 réalisée à partir d'images satellitaires de l'année 2006 pour la métropole, d'images satellitaires prises entre 2005 et 2008 pour les DOM et de données d'appui.", "globalConstraint": { - "minScaleDenominator": 1.0, - "maxScaleDenominator": 62236752975597, + "maxScaleDenominator": 559082264.0287179, + "minScaleDenominator": 266.5911979812229, "bbox": { - "left": -180.00000000000003, - "right": 180.00000000000003, - "top": 85.0, - "bottom": -85.0 + "left": -5.91689, + "right": 11.0883, + "top": 51.2963, + "bottom": 41.0278 } }, "serviceParams": { - "id": "OGC:WMS", - "version": "1.3.0", + "id": "OGC:WMTS", + "version": "1.0.0", "serverUrl": { - "economie": "https://wxs.ign.fr/economie/geoportail/v/wms?SERVICE=WMS&" + "full": "https://data.geopf.fr/wmts" } }, "defaultProjection": "EPSG:3857", - "queryable": true, - "metadata": [ + "wmtsOptions": { + "tileMatrixSetLink": "PM", + "tileMatrixSetLimits": { + "0": { + "minTileRow": "0", + "maxTileRow": "0", + "minTileCol": "0", + "maxTileCol": "0" + }, + "1": { + "minTileRow": "0", + "maxTileRow": "0", + "minTileCol": "0", + "maxTileCol": "1" + }, + "2": { + "minTileRow": "1", + "maxTileRow": "1", + "minTileCol": "1", + "maxTileCol": "2" + }, + "3": { + "minTileRow": "2", + "maxTileRow": "2", + "minTileCol": "3", + "maxTileCol": "4" + }, + "4": { + "minTileRow": "5", + "maxTileRow": "5", + "minTileCol": "7", + "maxTileCol": "8" + }, + "5": { + "minTileRow": "10", + "maxTileRow": "11", + "minTileCol": "15", + "maxTileCol": "16" + }, + "6": { + "minTileRow": "21", + "maxTileRow": "23", + "minTileCol": "30", + "maxTileCol": "33" + }, + "7": { + "minTileRow": "42", + "maxTileRow": "47", + "minTileCol": "61", + "maxTileCol": "67" + }, + "8": { + "minTileRow": "85", + "maxTileRow": "95", + "minTileCol": "123", + "maxTileCol": "135" + }, + "9": { + "minTileRow": "170", + "maxTileRow": "191", + "minTileCol": "247", + "maxTileCol": "271" + }, + "10": { + "minTileRow": "341", + "maxTileRow": "383", + "minTileCol": "495", + "maxTileCol": "543" + }, + "11": { + "minTileRow": "682", + "maxTileRow": "767", + "minTileCol": "990", + "maxTileCol": "1087" + }, + "12": { + "minTileRow": "1365", + "maxTileRow": "1535", + "minTileCol": "1980", + "maxTileCol": "2174" + } + } + }, + "styles": [ + { + "name": "CORINE Land Cover - France métropolitaine", + "title": "CORINE Land Cover - France métropolitaine", + "current": true, + "url": null + } + ], + "legends": [ { - "format": "text/plain", - "url": "https://wxs.ign.fr/catalogue/geoportail/csw?service=CSW&version=2.0.2&request=GetRecordById&Id=DREAL_zonage-PINEL.xml" + "format": "image/png", + "url": "https://data.geopf.fr/annexes/ressources/legendes/CLC_FR.png", + "minScaleDenominator": "8000" } ], - "styles": [], - "legends": [], "formats": [ { "name": "image/png", "current": true - }, - { - "name": "application/atom+xml", - "current": false - }, - { - "name": "application/json;type=utfgrid", - "current": false - }, - { - "name": "application/pdf", - "current": false - }, - { - "name": "application/rss+xml", - "current": false - }, - { - "name": "application/vnd.google-earth.kml+xml", - "current": false - }, - { - "name": "application/vnd.google-earth.kml+xml;mode=networklink", - "current": false - }, - { - "name": "application/vnd.google-earth.kmz", - "current": false - }, - { - "name": "image/geotiff", - "current": false - }, - { - "name": "image/geotiff8", - "current": false - }, - { - "name": "image/gif", - "current": false - }, - { - "name": "image/jpeg", - "current": false - }, - { - "name": "image/png; mode=8bit", - "current": false - }, - { - "name": "image/svg+xml", - "current": false - }, - { - "name": "image/tiff", - "current": false - }, - { - "name": "image/tiff8", - "current": false - }, - { - "name": "image/vnd.jpeg-png", - "current": false - }, - { - "name": "image/vnd.jpeg-png8", - "current": false - }, - { - "name": "text/html; subtype=openlayers", - "current": false - }, - { - "name": "text/html; subtype=openlayers2", - "current": false - }, - { - "name": "text/html; subtype=openlayers3", - "current": false } ] }, - "INSEE.FILOSOFI.LOGEMENTS.SURFACE.MOYENNE.SECRET$GEOPORTAIL:OGC:WMS": { - "name": "INSEE.FILOSOFI.LOGEMENTS.SURFACE.MOYENNE.SECRET", - "title": "INSEE.FILOSOFI.LOGEMENTS.SURFACE.MOYENNE.SECRET", - "description": "Layer-Group type layer: INSEE.FILOSOFI.LOGEMENTS.SURFACE.MOYENNE.SECRET", + "LANDCOVER.GRID.CLC06_DOM$GEOPORTAIL:OGC:WMTS": { + "name": "LANDCOVER.GRID.CLC06_DOM", + "title": "Raster CORINE Land Cover - DOM - 2006", + "description": "Raster au pas de 25m de l'inventaire biophysique de l'occupation des sols en 2006 en 50 postes. CORINE Land Cover est une base de données d’occupation des sols produite dans le cadre du programme européen d’observation de la Terre Copernicus. Cet inventaire biophysique de l’occupation des terres fournit une information géographique de référence pour 39 États européens. La continuité du programme et la diffusion des données CORINE Land Cover sont pilotées par l'Agence européenne pour l'environnement. Le producteur pour la France est le Service de l'observation et des statistiques du ministère chargé de l'environnement. L'utilisation de cette base de données permet des applications variées adaptées aux problématiques de l'environnement et à celles de l'aménagement du territoire : production cartographique, exploitation à des fins statistiques ou bien encore analyses géographiques en combinaison avec d'autres bases de données. Outil de connaissance et d'analyse, CORINE Land Cover apporte également une aide à la décision comme instrument de suivi, de surveillance et de gestion de l'environnement, des milieux naturels et de l'aménagement de l'espace. La base de données CORINE Land Cover DOM 2006 a été réalisée à partir de CORINE Land Cover DOM 2000 révisée et de la base des changements 200062006.", "globalConstraint": { - "minScaleDenominator": 0.0, - "maxScaleDenominator": 20000000.0, + "maxScaleDenominator": 559082264.0287179, + "minScaleDenominator": 266.5911979812229, "bbox": { - "left": -61.234552548936, - "right": 55.8346466624651, - "top": 51.0879076788291, - "bottom": -21.3908646229094 + "left": -180.0, + "right": 180.0, + "top": 89.0, + "bottom": -89.0 } }, "serviceParams": { - "id": "OGC:WMS", - "version": "1.3.0", + "id": "OGC:WMTS", + "version": "1.0.0", "serverUrl": { - "economie": "https://wxs.ign.fr/economie/geoportail/v/wms?SERVICE=WMS&" + "full": "https://data.geopf.fr/wmts" } }, - "defaultProjection": "EPSG:4326", - "queryable": true, - "metadata": [ + "defaultProjection": "EPSG:3857", + "wmtsOptions": { + "tileMatrixSetLink": "PM", + "tileMatrixSetLimits": { + "0": { + "minTileRow": "0", + "maxTileRow": "1", + "minTileCol": "0", + "maxTileCol": "0" + }, + "1": { + "minTileRow": "0", + "maxTileRow": "2", + "minTileCol": "0", + "maxTileCol": "1" + }, + "2": { + "minTileRow": "0", + "maxTileRow": "4", + "minTileCol": "0", + "maxTileCol": "4" + }, + "3": { + "minTileRow": "0", + "maxTileRow": "8", + "minTileCol": "0", + "maxTileCol": "8" + }, + "4": { + "minTileRow": "0", + "maxTileRow": "16", + "minTileCol": "0", + "maxTileCol": "15" + }, + "5": { + "minTileRow": "0", + "maxTileRow": "32", + "minTileCol": "0", + "maxTileCol": "31" + }, + "6": { + "minTileRow": "0", + "maxTileRow": "64", + "minTileCol": "0", + "maxTileCol": "63" + }, + "7": { + "minTileRow": "0", + "maxTileRow": "128", + "minTileCol": "0", + "maxTileCol": "127" + }, + "8": { + "minTileRow": "0", + "maxTileRow": "256", + "minTileCol": "0", + "maxTileCol": "255" + }, + "9": { + "minTileRow": "0", + "maxTileRow": "512", + "minTileCol": "0", + "maxTileCol": "511" + }, + "10": { + "minTileRow": "0", + "maxTileRow": "1024", + "minTileCol": "0", + "maxTileCol": "1023" + }, + "11": { + "minTileRow": "0", + "maxTileRow": "2048", + "minTileCol": "0", + "maxTileCol": "2047" + }, + "12": { + "minTileRow": "0", + "maxTileRow": "4096", + "minTileCol": "0", + "maxTileCol": "4095" + } + } + }, + "styles": [ + { + "name": "CORINE Land Cover - DOM", + "title": "CORINE Land Cover - DOM", + "current": true, + "url": null + } + ], + "legends": [ { - "format": "text/plain", - "url": "https://wxs.ign.fr/catalogue/geoportail/csw?service=CSW&version=2.0.2&request=GetRecordById&Id=CARROYAGE_INSEE.xml" + "format": "image/png", + "url": "https://data.geopf.fr/annexes/ressources/legendes/CLC_DOM.png", + "minScaleDenominator": "8000" } ], - "styles": [], - "legends": [], "formats": [ { "name": "image/png", "current": true - }, - { - "name": "application/atom+xml", - "current": false - }, - { - "name": "application/json;type=utfgrid", - "current": false - }, - { - "name": "application/pdf", - "current": false - }, - { - "name": "application/rss+xml", - "current": false - }, - { - "name": "application/vnd.google-earth.kml+xml", - "current": false - }, - { - "name": "application/vnd.google-earth.kml+xml;mode=networklink", - "current": false - }, - { - "name": "application/vnd.google-earth.kmz", - "current": false - }, - { - "name": "image/geotiff", - "current": false - }, - { - "name": "image/geotiff8", - "current": false - }, - { - "name": "image/gif", - "current": false - }, - { - "name": "image/jpeg", - "current": false - }, - { - "name": "image/png; mode=8bit", - "current": false - }, - { - "name": "image/svg+xml", - "current": false - }, - { - "name": "image/tiff", - "current": false - }, - { - "name": "image/tiff8", - "current": false - }, - { - "name": "image/vnd.jpeg-png", - "current": false - }, - { - "name": "image/vnd.jpeg-png8", - "current": false - }, - { - "name": "text/html; subtype=openlayers", - "current": false - }, - { - "name": "text/html; subtype=openlayers2", - "current": false - }, - { - "name": "text/html; subtype=openlayers3", - "current": false } ] }, - "INSEE.FILOSOFI.NIVEAU.DE.VIE.SECRET$GEOPORTAIL:OGC:WMS": { - "name": "INSEE.FILOSOFI.NIVEAU.DE.VIE.SECRET", - "title": "INSEE.FILOSOFI.NIVEAU.DE.VIE.SECRET", - "description": "Layer-Group type layer: INSEE.FILOSOFI.NIVEAU.DE.VIE.SECRET", + "LANDCOVER.GRID.CLC06_FR$GEOPORTAIL:OGC:WMTS": { + "name": "LANDCOVER.GRID.CLC06_FR", + "title": "Raster CORINE Land Cover - France métropolitaine - 2006", + "description": "Raster au pas de 25m de l'inventaire biophysique de l'occupation des sols en 2006 en 44 postes. 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CORINE Land Cover est une base de données d’occupation des sols produite dans le cadre du programme européen d’observation de la Terre Copernicus. Cet inventaire biophysique de l’occupation des terres fournit une information géographique de référence pour 39 États européens. La continuité du programme et la diffusion des données CORINE Land Cover sont pilotées par l'Agence européenne pour l'environnement. Le producteur pour la France est le Service de la donnée et des études statistiques du ministère chargé de l’écologie. L'utilisation de cette base de données permet des applications variées adaptées aux problématiques de l'environnement et à celles de l'aménagement du territoire : production cartographique, exploitation à des fins statistiques ou bien encore analyses géographiques en combinaison avec d'autres bases de données. 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Ce programme est coordonné par la Commission européenne et associe l’Agence spatiale européenne, l’Agence européenne pour l’environnement ainsi que les États membres. Ces données sont produites automatiquement à partir d’images satellite. Elles sont ensuite vérifiées puis améliorées manuellement. La production et la diffusion de ces couches haute résolution sont pilotées par l'Agence européenne pour l'environnement. Pour la France, le Service de l'observation et des statistiques du ministère chargé de l'environnement a la responsabilité des vérifications et des améliorations de ces produits. Les zones humides et surfaces en eaux permanentes cartographient la présence ou non de surfaces en eau permanentes et la présence ou non de zones humides. Ces surfaces sont identifiées à partir d’analyses d’images satellite prises à différentes saisons (de 4 à 5 images en moyenne) et différentes années. Sont ainsi cartographiées les surfaces en eau sur plusieurs dates de l’analyse. 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Le territoire métropolitain est couvert par des carrés de 100 km de côté, identifiables par deux lettres. Chaque carré de 100 km est divisé en 25 carrés de 20 km de côté, numérotés par des chiffres pairs de 0 à 8. Chaque carré de 20 km est divisé en 100 carrés de 2 km de côté, numérotés par un groupe composé d'une lettre et d'un chiffre. L'unité élémentaire est un carreau de 2 kilomètres de côté, défini par 6 caractères (exemple : KD42F7). Pour désigner un point à l'intérieur de l'unité élémentaire, la précision est obtenue en découpant ce carré en cinq zones numérotées de 1 à 5. Il a été créé sur une grille qui s'appuie sur la projection Lambert II étendue. Depuis 2009, il est re-projeté en Lambert 93 avec une légère déformation des angles et des surfaces. Carroyage DFCI (2 km) : Chaque carré de 20 km est divisé en 100 carrés de 2 km de côté, numérotés par un groupe composé d'une lettre et d'un chiffre. Les carrés de 2 km sont dénommés de A à L (sauf I et J) pour les abscisses, et numérotés de 0 à 9 pour les ordonnées. Date des données : 7 juin 2016 Source : couches 100, 50, 20 et 2 km : Entente Valablre - PôNT, couche 1 km : avec l'aimable autorisation de Geonov (www.geonov.fr)", + "LANDUSE.AGRICULTURE2007$GEOPORTAIL:OGC:WMTS": { + "name": "LANDUSE.AGRICULTURE2007", + "title": "Registre parcellaire graphique (RPG) 2007", + "description": "Registre parcellaire graphique : zones de cultures déclarées par les exploitants en 2007.", "globalConstraint": { "maxScaleDenominator": 559082264.0287179, "minScaleDenominator": 266.5911979812229, "bbox": { - "left": -5.15047, - "right": 9.57054, - "top": 51.0991, - "bottom": 41.3252 + "left": -63.2635, + "right": 56.0237, + "top": 51.2203, + "bottom": -21.419 } }, "serviceParams": { "id": "OGC:WMTS", "version": "1.0.0", "serverUrl": { - "environnement": "https://wxs.ign.fr/environnement/geoportail/wmts" + "full": "https://data.geopf.fr/wmts" } }, "defaultProjection": "EPSG:3857", @@ -28945,69 +31261,69 @@ "tileMatrixSetLimits": { "6": { "minTileRow": "21", - "maxTileRow": "23", - 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Elle couvre l'ensemble du territoire de France métropolitaine. 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Leur accès au public est encouragé mais reste défini dans des limites compatibles avec la vulnérabilité de chaque site", + "LANDUSE.AGRICULTURE2018$GEOPORTAIL:OGC:WMTS": { + "name": "LANDUSE.AGRICULTURE2018", + "title": "Registre parcellaire graphique 2018", + "description": "Registre parcellaire graphique : zones de cultures déclarées par les exploitants en 2018", "globalConstraint": { "maxScaleDenominator": 559082264.0287179, "minScaleDenominator": 266.5911979812229, @@ -30316,7 +32625,7 @@ "id": "OGC:WMTS", "version": "1.0.0", "serverUrl": { - "environnement": "https://wxs.ign.fr/environnement/geoportail/wmts" + "full": "https://data.geopf.fr/wmts" } }, "defaultProjection": "EPSG:3857", @@ -30402,7 +32711,7 @@ "legends": [ { "format": "image/jpeg", - "url": "https://wxs.ign.fr/static/legends/LEGEND.jpg", + "url": "https://data.geopf.fr/annexes/ressources/legendes/LEGEND.jpg", "minScaleDenominator": "200" } ], @@ -30413,10 +32722,10 @@ } ] }, - "PROTECTEDAREAS.MNHN.CDL.PERIMETER$GEOPORTAIL:OGC:WMTS": { - "name": "PROTECTEDAREAS.MNHN.CDL.PERIMETER", - "title": "Conservatoire du littoral : Les périmètres autorisés", - "description": "Les sites du conservatoire du littoral ont pour vocation la sauvegarde des espaces côtiers et lacustres. Leur accès au public est encouragé mais reste défini dans des limites compatibles avec la vulnérabilité de chaque site.", + "LANDUSE.AGRICULTURE2019$GEOPORTAIL:OGC:WMTS": { + "name": "LANDUSE.AGRICULTURE2019", + "title": "Registre parcellaire graphique 2019", + "description": "Registre parcellaire graphique : zones de cultures déclarées par les exploitants en 2019", "globalConstraint": { "maxScaleDenominator": 559082264.0287179, "minScaleDenominator": 266.5911979812229, @@ -30431,7 +32740,7 @@ "id": "OGC:WMTS", "version": "1.0.0", "serverUrl": { - "environnement": "https://wxs.ign.fr/environnement/geoportail/wmts" + "full": "https://data.geopf.fr/wmts" } }, "defaultProjection": "EPSG:3857", @@ -30517,7 +32826,7 @@ "legends": [ { "format": "image/jpeg", - "url": "https://wxs.ign.fr/static/legends/LEGEND.jpg", + "url": "https://data.geopf.fr/annexes/ressources/legendes/LEGEND.jpg", "minScaleDenominator": "200" } ], @@ -30528,10 +32837,10 @@ } ] }, - "PROTECTEDAREAS.MNHN.CONSERVATOIRES$GEOPORTAIL:OGC:WMTS": { - "name": "PROTECTEDAREAS.MNHN.CONSERVATOIRES", - "title": "Terrains des conservatoires d'espaces naturels", - "description": "Les conservatoires d'espaces naturels organisent la maîtrise foncière de terrains en vue d'assurer la protection des espèces qui y résident. 05-2022", + "LANDUSE.AGRICULTURE2020$GEOPORTAIL:OGC:WMTS": { + "name": "LANDUSE.AGRICULTURE2020", + "title": "Registre parcellaire graphique 2020", + "description": "Registre parcellaire graphique : zones de cultures déclarées par les exploitants en 2020", "globalConstraint": { "maxScaleDenominator": 559082264.0287179, "minScaleDenominator": 266.5911979812229, @@ -30546,7 +32855,7 @@ "id": "OGC:WMTS", "version": "1.0.0", "serverUrl": { - "environnement": "https://wxs.ign.fr/environnement/geoportail/wmts" + "full": "https://data.geopf.fr/wmts" } }, "defaultProjection": "EPSG:3857", @@ -30632,7 +32941,7 @@ "legends": [ { "format": "image/jpeg", - "url": "https://wxs.ign.fr/static/legends/LEGEND.jpg", + "url": "https://data.geopf.fr/annexes/ressources/legendes/LEGEND.jpg", "minScaleDenominator": "200" } ], @@ -30643,132 +32952,96 @@ } ] }, - "PROTECTEDAREAS.MNHN.RN.PERIMETER$GEOPORTAIL:OGC:WMTS": { - "name": "PROTECTEDAREAS.MNHN.RN.PERIMETER", - "title": "périmètres de protection de réserves naturelles", - "description": "Un périmètre de protection peut être institué en périphérie d’une réserve naturelle. Il concerne des espaces qui n’ont pas été classés en réserve et qui constituent une zone « tampon » autour de l’espace classé. Ils améliorent les échanges écologiques entre la réserve et sa périphérie. 09-2022", + "LANDUSE.AGRICULTURE2021$GEOPORTAIL:OGC:WMTS": { + "name": "LANDUSE.AGRICULTURE2021", + "title": "Registre parcellaire graphique 2021", + "description": "Registre parcellaire graphique : zones de cultures déclarées par les exploitants en 2021", "globalConstraint": { "maxScaleDenominator": 559082264.0287179, "minScaleDenominator": 266.5911979812229, "bbox": { "left": -63.3725, - "right": 82.645, + "right": 55.9259, "top": 51.3121, - "bottom": -53.6279 + "bottom": -21.4756 } }, "serviceParams": { "id": "OGC:WMTS", "version": "1.0.0", "serverUrl": { - "environnement": "https://wxs.ign.fr/environnement/geoportail/wmts" + "full": "https://data.geopf.fr/wmts" } }, "defaultProjection": "EPSG:3857", "wmtsOptions": { "tileMatrixSetLink": "PM", "tileMatrixSetLimits": { - "0": { - "minTileRow": "0", - "maxTileRow": "0", - "minTileCol": "0", - "maxTileCol": "0" - }, - "1": { - "minTileRow": "0", - "maxTileRow": "1", - "minTileCol": "0", - "maxTileCol": "1" - }, - "2": { - "minTileRow": "1", - "maxTileRow": "2", - "minTileCol": "1", - "maxTileCol": "2" - }, - "3": { - "minTileRow": "2", - "maxTileRow": "5", - "minTileCol": "2", - "maxTileCol": "5" - }, - "4": { - "minTileRow": "5", - "maxTileRow": "10", - "minTileCol": "5", - "maxTileCol": "11" - }, - "5": { - "minTileRow": "10", - "maxTileRow": "21", - "minTileCol": "10", - "maxTileCol": "23" - }, "6": { "minTileRow": "21", - "maxTileRow": "43", + "maxTileRow": "35", "minTileCol": "20", - "maxTileCol": "46" + "maxTileCol": "41" }, "7": { "minTileRow": "42", - "maxTileRow": "86", + "maxTileRow": "71", "minTileCol": "41", - "maxTileCol": "93" + "maxTileCol": "83" }, "8": { "minTileRow": "85", - "maxTileRow": "173", + "maxTileRow": "143", "minTileCol": "82", - "maxTileCol": "186" + "maxTileCol": "167" }, "9": { "minTileRow": "170", - "maxTileRow": "346", + "maxTileRow": "287", "minTileCol": "165", - "maxTileCol": "373" + "maxTileCol": "335" }, "10": { "minTileRow": "341", - "maxTileRow": "693", + "maxTileRow": "574", "minTileCol": "331", - "maxTileCol": "747" + "maxTileCol": "671" }, "11": { "minTileRow": "682", - "maxTileRow": "1386", + "maxTileRow": "1149", "minTileCol": "663", - "maxTileCol": "1494" + "maxTileCol": "1342" }, "12": { "minTileRow": "1365", - "maxTileRow": "2773", + "maxTileRow": "2298", "minTileCol": "1326", - "maxTileCol": "2988" + "maxTileCol": "2684" }, "13": { "minTileRow": "2731", - "maxTileRow": "5547", + "maxTileRow": "4596", "minTileCol": "2653", - "maxTileCol": "5976" + "maxTileCol": "5368" }, "14": { "minTileRow": "5462", - "maxTileRow": "11094", + "maxTileRow": "9193", "minTileCol": "5307", - "maxTileCol": "11953" + "maxTileCol": "10737" }, "15": { "minTileRow": "10924", - "maxTileRow": "22189", + "maxTileRow": "18386", "minTileCol": "10615", - "maxTileCol": "23906" + "maxTileCol": "21474" }, "16": { "minTileRow": "21849", - "maxTileRow": "44378", + "maxTileRow": "36772", "minTileCol": "21231", - "maxTileCol": "47813" + "maxTileCol": "42948" } } }, @@ -30783,7 +33056,7 @@ "legends": [ { "format": "image/jpeg", - "url": "https://wxs.ign.fr/static/legends/LEGEND.jpg", + "url": "https://data.geopf.fr/annexes/ressources/legendes/LEGEND.jpg", "minScaleDenominator": "200" } ], @@ -30794,10 +33067,10 @@ } ] }, - "PROTECTEDAREAS.PN$GEOPORTAIL:OGC:WMTS": { - "name": "PROTECTEDAREAS.PN", - "title": "Parcs nationaux", - "description": "Les parcs nationaux sont de vastes espaces protégés terrestres ou marins dont le patrimoine naturel est exceptionnel, et dont le but est à la fois de protéger des processus écologiques à large échelle et de fournir des possibilités de découverte de la nature. Mise à jour 09-2022", + "LANDUSE.AGRICULTURE2022$GEOPORTAIL:OGC:WMTS": { + "name": "LANDUSE.AGRICULTURE2022", + "title": "Registre parcellaire graphique 2022", + "description": "Registre parcellaire graphique : zones de cultures déclarées par les exploitants en 2022", "globalConstraint": { "maxScaleDenominator": 559082264.0287179, "minScaleDenominator": 266.5911979812229, @@ -30812,7 +33085,7 @@ "id": "OGC:WMTS", "version": "1.0.0", "serverUrl": { - "environnement": "https://wxs.ign.fr/environnement/geoportail/wmts" + "full": "https://data.geopf.fr/wmts" } }, "defaultProjection": "EPSG:3857", @@ -30890,18 +33163,12 @@ "styles": [ { "name": "normal", - "title": "Légende générique", + "title": "Données Brutes", "current": true, "url": null } ], - "legends": [ - { - "format": "image/jpeg", - "url": "https://wxs.ign.fr/static/legends/LEGEND.jpg", - "minScaleDenominator": "200" - } - ], + "legends": [], "formats": [ { "name": "image/png", @@ -30909,25 +33176,25 @@ } ] }, - "PROTECTEDAREAS.PNM$GEOPORTAIL:OGC:WMTS": { - "name": "PROTECTEDAREAS.PNM", - "title": "Parcs naturels marins", - "description": "Zones maritimes identifiées pour leur biodiversité ou par les activités humaines faisant l'objet de protection.
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Ce statut s'applique aux forêts gérées par l'Office National des Forêts et a pour but la protection d'habitats remarquables ou représentatifs.
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Le territoire métropolitain est couvert par des carrés de 100 km de côté, identifiables par deux lettres. Chaque carré de 100 km est divisé en 25 carrés de 20 km de côté, numérotés par des chiffres pairs de 0 à 8. Chaque carré de 20 km est divisé en 100 carrés de 2 km de côté, numérotés par un groupe composé d'une lettre et d'un chiffre. L'unité élémentaire est un carreau de 2 kilomètres de côté, défini par 6 caractères (exemple : KD42F7). Pour désigner un point à l'intérieur de l'unité élémentaire, la précision est obtenue en découpant ce carré en cinq zones numérotées de 1 à 5. Il a été créé sur une grille qui s'appuie sur la projection Lambert II étendue. Depuis 2009, il est re-projeté en Lambert 93 avec une légère déformation des angles et des surfaces. Carroyage DFCI (2 km) : Chaque carré de 20 km est divisé en 100 carrés de 2 km de côté, numérotés par un groupe composé d'une lettre et d'un chiffre. 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Le produit SCAN Etat-major® 40K se compose d'images numériques sans habillage ni surcharge et d'indications de géoréférencement.", + "ORTHOIMAGERY.EDUGEO.MARNE-LA-VALLEE1977$GEOPORTAIL:OGC:WMTS": { + "name": "ORTHOIMAGERY.EDUGEO.MARNE-LA-VALLEE1977", + "title": "Photographie - Marne La Vallée 1977", + "description": "Photographie de Marne la Vallée 1977", "globalConstraint": { - "minScaleDenominator": 8928.571428571, - "maxScaleDenominator": 585142857.1428571, + "maxScaleDenominator": 559082264.0287179, + "minScaleDenominator": 266.5911979812229, "bbox": { - "left": -6.08889546, - "right": 10.961008726, - "top": 50.921800001, - "bottom": 41.184410289 + "left": 2.48955, + "right": 2.92741, + "top": 48.9694, + "bottom": 48.8131 } }, "serviceParams": { - "id": "OGC:WMS", - "version": "1.3.0", + "id": "OGC:WMTS", + "version": "1.0.0", "serverUrl": { - "lambert93": "https://wxs.ign.fr/lambert93/geoportail/r/wms?" + "full": "https://data.geopf.fr/wmts" } }, - "defaultProjection": "IGNF:LAMB93", - "queryable": false, - "metadata": [ - { - "format": "xml", - "url": "https://wxs.ign.fr/catalogue/geoportail/csw?service=CSW&version=2.0.2&request=GetRecordById&Id=IGNF_SCANEMr_40K.xml" + "defaultProjection": "EPSG:3857", + "wmtsOptions": { + "tileMatrixSetLink": "PM", + "tileMatrixSetLimits": { + "6": { + "minTileRow": "21", + "maxTileRow": "22", + "minTileCol": "32", + "maxTileCol": "32" + }, + "7": { + "minTileRow": "43", + "maxTileRow": "44", + "minTileCol": "64", + "maxTileCol": "65" + }, + "8": { + "minTileRow": "87", + "maxTileRow": "88", + "minTileCol": "129", + "maxTileCol": "130" + }, + "9": { + "minTileRow": "175", + "maxTileRow": "176", + "minTileCol": "259", + "maxTileCol": "260" + }, + "10": { + "minTileRow": "351", + "maxTileRow": "352", + "minTileCol": "519", + "maxTileCol": "520" + }, + "11": { + "minTileRow": "703", + "maxTileRow": "704", + "minTileCol": "1038", + "maxTileCol": "1040" + }, + "12": { + "minTileRow": "1407", + "maxTileRow": "1409", + "minTileCol": "2076", + "maxTileCol": "2081" + }, + "13": { + "minTileRow": "2814", + "maxTileRow": "2819", + "minTileCol": "4152", + "maxTileCol": "4162" + }, + "14": { + "minTileRow": "5628", + "maxTileRow": "5639", + "minTileCol": "8305", + "maxTileCol": "8325" + }, + "15": { + "minTileRow": "11257", + "maxTileRow": "11279", + "minTileCol": "16610", + "maxTileCol": "16650" + }, + "16": { + "minTileRow": "22515", + "maxTileRow": "22558", + "minTileCol": "33221", + "maxTileCol": "33300" + } } - ], + }, "styles": [ { "name": "normal", - "title": "Légende générique" + "title": "Légende générique", + "current": true, + "url": null } ], "legends": [ { "format": "image/jpeg", - "url": "https://wxs.ign.fr/static/legends/LEGEND.jpg" + "url": "https://data.geopf.fr/annexes/ressources/legendes/LEGEND.jpg", + "minScaleDenominator": "200" } ], "formats": [ - { - "name": "image/jpeg", - "current": true - }, { "name": "image/png", - "current": false - }, - { - "name": "image/tiff", - "current": false - }, - { - "name": "image/geotiff", - "current": false - }, - { - "name": "image/x-bil;bits=32", - "current": false - }, - { - "name": "text/asc", - "current": false + "current": true } ] }, - "OCSGE.CONSTRUCTIONS$GEOPORTAIL:OGC:WMTS": { - "name": "OCSGE.CONSTRUCTIONS", - "title": "Occupation du sol grande échelle - zones construites", - "description": "La composante Occupation du sol grande échelle retenue par l’IGN partitionne le territoire en deux vues, physionomique (la couverture) et fonctionnel (l’usage principal). 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Source : IGN - 2002", + "ORTHOIMAGERY.EDUGEO.MARSEILLE-MARTIGUES1969$GEOPORTAIL:OGC:WMTS": { + "name": "ORTHOIMAGERY.EDUGEO.MARSEILLE-MARTIGUES1969", + "title": "Photographie - MARSEILLE MARTIGUES 1969", + "description": "Photographie MARSEILLE MARTIGUES1969", "globalConstraint": { "maxScaleDenominator": 559082264.0287179, "minScaleDenominator": 266.5911979812229, "bbox": { - "left": -5.13902, - "right": 9.55982, - "top": 51.089, - "bottom": 41.366 + "left": 5.20428, + "right": 5.69219, + "top": 43.3984, + "bottom": 43.1798 } }, "serviceParams": { "id": "OGC:WMTS", "version": "1.0.0", "serverUrl": { - "ocsge": "https://wxs.ign.fr/ocsge/geoportail/wmts" + "full": "https://data.geopf.fr/wmts" } }, "defaultProjection": "EPSG:3857", @@ -40035,77 +42646,77 @@ "tileMatrixSetLink": "PM", "tileMatrixSetLimits": { "6": { - "minTileRow": "21", + "minTileRow": "23", "maxTileRow": "23", - "minTileCol": "31", + "minTileCol": "32", "maxTileCol": "33" }, "7": { - "minTileRow": "42", - "maxTileRow": "47", - "minTileCol": "62", - "maxTileCol": "67" + "minTileRow": "46", + "maxTileRow": "46", + "minTileCol": "65", + "maxTileCol": "66" }, "8": { - "minTileRow": "85", - "maxTileRow": "95", - "minTileCol": "124", - "maxTileCol": "134" + "minTileRow": "93", + "maxTileRow": "93", + "minTileCol": "131", + "maxTileCol": "132" }, "9": { - "minTileRow": "171", - "maxTileRow": "191", - "minTileCol": "248", - "maxTileCol": "269" + "minTileRow": "187", + "maxTileRow": "187", + "minTileCol": "263", + "maxTileCol": "264" }, "10": { - "minTileRow": "342", - "maxTileRow": "382", - "minTileCol": "497", - "maxTileCol": "539" + "minTileRow": "374", + "maxTileRow": "375", + "minTileCol": "526", + "maxTileCol": "528" }, "11": { - "minTileRow": "684", - "maxTileRow": "765", - "minTileCol": "994", - "maxTileCol": "1078" + "minTileRow": "749", + "maxTileRow": "751", + "minTileCol": "1053", + "maxTileCol": "1056" }, "12": { - "minTileRow": "1369", - "maxTileRow": "1530", - "minTileCol": "1989", - "maxTileCol": "2156" + "minTileRow": "1498", + "maxTileRow": "1502", + "minTileCol": "2107", + "maxTileCol": "2112" }, "13": { - "minTileRow": "2739", - "maxTileRow": "3060", - "minTileCol": "3979", - "maxTileCol": "4313" + "minTileRow": "2997", + "maxTileRow": "3004", + "minTileCol": "4214", + "maxTileCol": "4225" }, "14": { - "minTileRow": "5478", - "maxTileRow": "6120", - "minTileCol": "7958", - "maxTileCol": "8627" + "minTileRow": "5995", + "maxTileRow": "6009", + "minTileCol": "8428", + "maxTileCol": "8451" }, "15": { - "minTileRow": "10957", - "maxTileRow": "12241", - "minTileCol": "15916", - "maxTileCol": "17254" + "minTileRow": "11990", + "maxTileRow": "12018", + "minTileCol": "16857", + "maxTileCol": "16902" }, "16": { - "minTileRow": "21914", - "maxTileRow": "24482", - "minTileCol": "31832", - "maxTileCol": "34508" + "minTileRow": "23981", + "maxTileRow": "24036", + "minTileCol": "33715", + "maxTileCol": "33804" } } }, "styles": [ { - "name": "nolegend", - "title": "Données sans légende", + "name": "normal", + "title": "Légende générique", "current": true, "url": null } @@ -40113,7 +42724,7 @@ "legends": [ { "format": "image/jpeg", - "url": "https://wxs.ign.fr/static/legends/LEGEND.jpg", + "url": "https://data.geopf.fr/annexes/ressources/legendes/LEGEND.jpg", "minScaleDenominator": "200" } ], @@ -40124,25 +42735,25 @@ } ] }, - "OCSGE.CONSTRUCTIONS.2010$GEOPORTAIL:OGC:WMTS": { - "name": "OCSGE.CONSTRUCTIONS.2010", - "title": "Occupation du sol grande échelle 2010 - zones contruites", - "description": "La composante Occupation du sol grande échelle retenue par l’IGN partitionne le territoire en deux vues, physionomique (la couverture) et fonctionnel (l’usage principal). La zone construite, calculée à partir de ces deux informations, délimite les espaces construits des espaces naturels, agricoles et forestiers. Les données respectent les préconisations nationales pour la production des bases de données d’occupation des sols à grande échelle", + "ORTHOIMAGERY.EDUGEO.MARSEILLE-MARTIGUES1980$GEOPORTAIL:OGC:WMTS": { + "name": "ORTHOIMAGERY.EDUGEO.MARSEILLE-MARTIGUES1980", + "title": "Photographie - MARSEILLE MARTIGUES 1980", + "description": "Photographie MARSEILLE MARTIGUES1980", "globalConstraint": { "maxScaleDenominator": 559082264.0287179, "minScaleDenominator": 266.5911979812229, "bbox": { - "left": -5.15047, - "right": 9.57054, - "top": 51.0991, - "bottom": 41.3252 + "left": 4.67885, + "right": 5.29186, + "top": 43.5708, + "bottom": 43.3165 } }, "serviceParams": { "id": "OGC:WMTS", "version": "1.0.0", "serverUrl": { - "ocsge": "https://wxs.ign.fr/ocsge/geoportail/wmts" + "full": "https://data.geopf.fr/wmts" } }, "defaultProjection": "EPSG:3857", @@ -40150,77 +42761,77 @@ "tileMatrixSetLink": "PM", "tileMatrixSetLimits": { "6": { - "minTileRow": "16", - "maxTileRow": "31", + "minTileRow": "23", + "maxTileRow": "23", "minTileCol": "32", - "maxTileCol": "47" + "maxTileCol": "32" }, "7": { - "minTileRow": "32", - "maxTileRow": "47", - "minTileCol": "64", - "maxTileCol": "79" + "minTileRow": "46", + "maxTileRow": "46", + "minTileCol": "65", + "maxTileCol": "65" }, "8": { - "minTileRow": "80", - "maxTileRow": "95", - "minTileCol": "128", - "maxTileCol": "143" + "minTileRow": "93", + "maxTileRow": "93", + "minTileCol": "131", + "maxTileCol": "131" }, "9": { - "minTileRow": "176", - "maxTileRow": "191", - "minTileCol": "256", - "maxTileCol": "271" + "minTileRow": "187", + "maxTileRow": "187", + "minTileCol": "262", + "maxTileCol": "263" }, "10": { - "minTileRow": "352", - "maxTileRow": "367", - "minTileCol": "512", - "maxTileCol": "543" + "minTileRow": "374", + "maxTileRow": "375", + "minTileCol": "525", + "maxTileCol": "527" }, "11": { - "minTileRow": "704", - "maxTileRow": "735", - "minTileCol": "1040", - "maxTileCol": "1071" + "minTileRow": "748", + "maxTileRow": "750", + "minTileCol": "1050", + "maxTileCol": "1054" }, "12": { - "minTileRow": "1408", - "maxTileRow": "1455", - "minTileCol": "2080", - "maxTileCol": "2143" + "minTileRow": "1496", + "maxTileRow": "1500", + "minTileCol": "2101", + "maxTileCol": "2108" }, "13": { - "minTileRow": "2832", - "maxTileRow": "2911", - "minTileCol": "4176", - "maxTileCol": "4271" + "minTileRow": "2992", + "maxTileRow": "3000", + "minTileCol": "4202", + "maxTileCol": "4216" }, "14": { - "minTileRow": "5680", - "maxTileRow": "5823", - "minTileCol": "8368", - "maxTileCol": "8527" + "minTileRow": "5984", + "maxTileRow": "6000", + "minTileCol": "8404", + "maxTileCol": "8432" }, "15": { - "minTileRow": "11376", - "maxTileRow": "11631", - "minTileCol": "16752", - "maxTileCol": "17039" + "minTileRow": "11969", + "maxTileRow": "12001", + "minTileCol": "16809", + "maxTileCol": "16865" }, "16": { - "minTileRow": "22768", - "maxTileRow": "23247", - "minTileCol": "33504", - "maxTileCol": "34079" + "minTileRow": "23938", + "maxTileRow": "24002", + "minTileCol": "33619", + "maxTileCol": "33731" } } }, "styles": [ { - "name": "nolegend", - "title": "Données sans légende", + "name": "normal", + "title": "Légende générique", "current": true, "url": null } @@ -40228,7 +42839,7 @@ "legends": [ { "format": "image/jpeg", - "url": "https://wxs.ign.fr/static/legends/LEGEND.jpg", + "url": "https://data.geopf.fr/annexes/ressources/legendes/LEGEND.jpg", "minScaleDenominator": "200" } ], @@ -40239,25 +42850,25 @@ } ] }, - "OCSGE.CONSTRUCTIONS.2011$GEOPORTAIL:OGC:WMTS": { - "name": "OCSGE.CONSTRUCTIONS.2011", - "title": "Occupation du sol grande échelle 2011 - zones contruites", - "description": "La composante Occupation du sol grande échelle retenue par l’IGN partitionne le territoire en deux vues, physionomique (la couverture) et fonctionnel (l’usage principal). La zone construite, calculée à partir de ces deux informations, délimite les espaces construits des espaces naturels, agricoles et forestiers. Les données respectent les préconisations nationales pour la production des bases de données d’occupation des sols à grande échelle (CNIG).
Source : IGN - 2011", + "ORTHOIMAGERY.EDUGEO.MARSEILLE-MARTIGUES1987$GEOPORTAIL:OGC:WMTS": { + "name": "ORTHOIMAGERY.EDUGEO.MARSEILLE-MARTIGUES1987", + "title": "Photographie - MARSEILLE MARTIGUES 1987", + "description": "Photographie MARSEILLE MARTIGUES1987", "globalConstraint": { "maxScaleDenominator": 559082264.0287179, "minScaleDenominator": 266.5911979812229, "bbox": { - "left": -5.15047, - "right": 9.57054, - "top": 51.0991, - "bottom": 41.3252 + "left": 4.65383, + "right": 5.1042, + "top": 43.5708, + "bottom": 43.3165 } }, "serviceParams": { "id": "OGC:WMTS", "version": "1.0.0", "serverUrl": { - "ocsge": "https://wxs.ign.fr/ocsge/geoportail/wmts" + "full": "https://data.geopf.fr/wmts" } }, "defaultProjection": "EPSG:3857", @@ -40265,77 +42876,77 @@ "tileMatrixSetLink": "PM", "tileMatrixSetLimits": { "6": { - "minTileRow": "16", - "maxTileRow": "31", + "minTileRow": "23", + "maxTileRow": "23", "minTileCol": "32", - "maxTileCol": "47" + "maxTileCol": "32" }, "7": { - "minTileRow": "32", - "maxTileRow": "47", - "minTileCol": "64", - "maxTileCol": "79" + "minTileRow": "46", + "maxTileRow": "46", + "minTileCol": "65", + "maxTileCol": "65" }, "8": { - "minTileRow": "80", - "maxTileRow": "95", - "minTileCol": "128", - "maxTileCol": "143" + "minTileRow": "93", + "maxTileRow": "93", + "minTileCol": "131", + "maxTileCol": "131" }, "9": { - "minTileRow": "176", - "maxTileRow": "191", - "minTileCol": "256", - "maxTileCol": "271" + "minTileRow": "187", + "maxTileRow": "187", + "minTileCol": "262", + "maxTileCol": "263" }, "10": { - "minTileRow": "368", - "maxTileRow": "383", - "minTileCol": "512", - "maxTileCol": "527" + "minTileRow": "374", + "maxTileRow": "375", + "minTileCol": "525", + "maxTileCol": "526" }, "11": { - "minTileRow": "736", - "maxTileRow": "751", - "minTileCol": "1024", - "maxTileCol": "1039" + "minTileRow": "748", + "maxTileRow": "750", + "minTileCol": "1050", + "maxTileCol": "1053" }, "12": { - "minTileRow": "1488", - "maxTileRow": "1503", - "minTileCol": "2048", - "maxTileCol": "2079" + "minTileRow": "1496", + "maxTileRow": "1500", + "minTileCol": "2100", + "maxTileCol": "2106" }, "13": { - "minTileRow": "2976", - "maxTileRow": "3007", - "minTileCol": "4112", - "maxTileCol": "4143" + "minTileRow": "2992", + "maxTileRow": "3000", + "minTileCol": "4201", + "maxTileCol": "4212" }, "14": { - "minTileRow": "5968", - "maxTileRow": "5999", - "minTileCol": "8224", - "maxTileCol": "8271" + "minTileRow": "5984", + "maxTileRow": "6000", + "minTileCol": "8403", + "maxTileCol": "8424" }, "15": { - "minTileRow": "11936", - "maxTileRow": "11999", - "minTileCol": "16464", - "maxTileCol": "16543" + "minTileRow": "11969", + "maxTileRow": "12001", + "minTileCol": "16807", + "maxTileCol": "16848" }, "16": { - "minTileRow": "23888", - "maxTileRow": "23999", - "minTileCol": "32944", - "maxTileCol": "33087" + "minTileRow": "23938", + "maxTileRow": "24002", + "minTileCol": "33615", + "maxTileCol": "33697" } } }, "styles": [ { - "name": "nolegend", - "title": "Données sans légende", + "name": "normal", + "title": "Légende générique", "current": true, "url": null } @@ -40343,7 +42954,7 @@ "legends": [ { "format": "image/jpeg", - "url": "https://wxs.ign.fr/static/legends/LEGEND.jpg", + "url": "https://data.geopf.fr/annexes/ressources/legendes/LEGEND.jpg", "minScaleDenominator": "200" } ], @@ -40354,25 +42965,25 @@ } ] }, - "OCSGE.CONSTRUCTIONS.2014$GEOPORTAIL:OGC:WMTS": { - "name": "OCSGE.CONSTRUCTIONS.2014", - "title": "Occupation du sol grande échelle 2014 - zones contruites", - "description": "La composante Occupation du sol grande échelle retenue par l’IGN partitionne le territoire en deux vues, physionomique (la couverture) et fonctionnel (l’usage principal). La zone construite, calculée à partir de ces deux informations, délimite les espaces construits des espaces naturels, agricoles et forestiers. Les données respectent les préconisations nationales pour la production des bases de données d’occupation des sols à grande échelle (CNIG).
Source : IGN - 2014", + "ORTHOIMAGERY.EDUGEO.MARSEILLE-MARTIGUES1988$GEOPORTAIL:OGC:WMTS": { + "name": "ORTHOIMAGERY.EDUGEO.MARSEILLE-MARTIGUES1988", + "title": "Photographie - MARSEILLE MARTIGUES 1988", + "description": "Photographie MARSEILLE MARTIGUES1988", "globalConstraint": { "maxScaleDenominator": 559082264.0287179, "minScaleDenominator": 266.5911979812229, "bbox": { - "left": -5.13902, - "right": 9.55982, - "top": 51.089, - "bottom": 41.366 + "left": 4.91655, + "right": 5.39194, + "top": 43.5708, + "bottom": 43.3711 } }, "serviceParams": { "id": "OGC:WMTS", "version": "1.0.0", "serverUrl": { - "ocsge": "https://wxs.ign.fr/ocsge/geoportail/wmts" + "full": "https://data.geopf.fr/wmts" } }, "defaultProjection": "EPSG:3857", @@ -40380,77 +42991,77 @@ "tileMatrixSetLink": "PM", "tileMatrixSetLimits": { "6": { - "minTileRow": "21", + "minTileRow": "23", "maxTileRow": "23", - "minTileCol": "31", - "maxTileCol": "33" + "minTileCol": "32", + "maxTileCol": "32" }, "7": { - "minTileRow": "42", - "maxTileRow": "47", - "minTileCol": "62", - "maxTileCol": "67" + "minTileRow": "46", + "maxTileRow": "46", + "minTileCol": "65", + "maxTileCol": "65" }, "8": { - "minTileRow": "85", - "maxTileRow": "95", - "minTileCol": "124", - "maxTileCol": "134" + "minTileRow": "93", + "maxTileRow": "93", + "minTileCol": "131", + "maxTileCol": "131" }, "9": { - "minTileRow": "171", - "maxTileRow": "191", - "minTileCol": "248", - "maxTileCol": "269" + "minTileRow": "187", + "maxTileRow": "187", + "minTileCol": "262", + "maxTileCol": "263" }, "10": { - "minTileRow": "342", - "maxTileRow": "382", - "minTileCol": "497", - "maxTileCol": "539" + "minTileRow": "374", + "maxTileRow": "374", + "minTileCol": "525", + "maxTileCol": "527" }, "11": { - "minTileRow": "684", - "maxTileRow": "765", - "minTileCol": "994", - "maxTileCol": "1078" + "minTileRow": "748", + "maxTileRow": "749", + "minTileCol": "1051", + "maxTileCol": "1054" }, "12": { - "minTileRow": "1369", - "maxTileRow": "1530", - "minTileCol": "1989", - "maxTileCol": "2156" + "minTileRow": "1496", + "maxTileRow": "1499", + "minTileCol": "2103", + "maxTileCol": "2109" }, "13": { - "minTileRow": "2739", - "maxTileRow": "3060", - "minTileCol": "3979", - "maxTileCol": "4313" + "minTileRow": "2992", + "maxTileRow": "2998", + "minTileCol": "4207", + "maxTileCol": "4218" }, "14": { - "minTileRow": "5478", - "maxTileRow": "6120", - "minTileCol": "7958", - "maxTileCol": "8627" + "minTileRow": "5984", + "maxTileRow": "5997", + "minTileCol": "8415", + "maxTileCol": "8437" }, "15": { - "minTileRow": "10957", - "maxTileRow": "12241", - "minTileCol": "15916", - "maxTileCol": "17254" + "minTileRow": "11969", + "maxTileRow": "11994", + "minTileCol": "16831", + "maxTileCol": "16874" }, "16": { - "minTileRow": "21914", - "maxTileRow": "24482", - "minTileCol": "31832", - "maxTileCol": "34508" + "minTileRow": "23938", + "maxTileRow": "23988", + "minTileCol": "33663", + "maxTileCol": "33749" } } }, "styles": [ { - "name": "nolegend", - "title": "Données sans légende", + "name": "normal", + "title": "Légende générique", "current": true, "url": null } @@ -40458,7 +43069,7 @@ "legends": [ { "format": "image/jpeg", - "url": "https://wxs.ign.fr/static/legends/LEGEND.jpg", + "url": "https://data.geopf.fr/annexes/ressources/legendes/LEGEND.jpg", "minScaleDenominator": "200" } ], @@ -40469,25 +43080,25 @@ } ] }, - "OCSGE.CONSTRUCTIONS.2016$GEOPORTAIL:OGC:WMTS": { - "name": "OCSGE.CONSTRUCTIONS.2016", - "title": "Occupation du sol grande échelle 2016 - zones contruites", - "description": "La composante Occupation du sol grande échelle retenue par l’IGN partitionne le territoire en deux vues, physionomique (la couverture) et fonctionnel (l’usage principal). La zone construite, calculée à partir de ces deux informations, délimite les espaces construits des espaces naturels, agricoles et forestiers. Les données respectent les préconisations nationales pour la production des bases de données d’occupation des sols à grande échelle (CNIG).
Source : IGN - 2016", + "ORTHOIMAGERY.EDUGEO.MARSEILLE-MARTIGUES2010$GEOPORTAIL:OGC:WMTS": { + "name": "ORTHOIMAGERY.EDUGEO.MARSEILLE-MARTIGUES2010", + "title": "SPOT MARSEILLE-MARTIGUES 2010", + "description": "Zone de MARSEILLE-MARTIGUES - 2010", "globalConstraint": { "maxScaleDenominator": 559082264.0287179, "minScaleDenominator": 266.5911979812229, "bbox": { - "left": -5.15047, - "right": 9.57054, - "top": 51.0991, - "bottom": 41.3252 + "left": 5.25433, + "right": 5.75474, + "top": 43.4165, + "bottom": 43.1433 } }, "serviceParams": { "id": "OGC:WMTS", "version": "1.0.0", "serverUrl": { - "ocsge": "https://wxs.ign.fr/ocsge/geoportail/wmts" + "full": "https://data.geopf.fr/wmts" } }, "defaultProjection": "EPSG:3857", @@ -40495,77 +43106,77 @@ "tileMatrixSetLink": "PM", "tileMatrixSetLimits": { "6": { - "minTileRow": "16", - "maxTileRow": "31", - "minTileCol": "16", - "maxTileCol": "47" + "minTileRow": "23", + "maxTileRow": "23", + "minTileCol": "32", + "maxTileCol": "33" }, "7": { - "minTileRow": "32", - "maxTileRow": "47", - "minTileCol": "48", - "maxTileCol": "79" + "minTileRow": "46", + "maxTileRow": "46", + "minTileCol": "65", + "maxTileCol": "66" }, "8": { - "minTileRow": "80", - "maxTileRow": "95", - "minTileCol": "112", - "maxTileCol": "143" + "minTileRow": "93", + "maxTileRow": "93", + "minTileCol": "131", + "maxTileCol": "132" }, "9": { - "minTileRow": "160", - "maxTileRow": "191", - "minTileCol": "240", - "maxTileCol": "271" + "minTileRow": "187", + "maxTileRow": "187", + "minTileCol": "263", + "maxTileCol": "264" }, "10": { - "minTileRow": "336", - "maxTileRow": "383", - "minTileCol": "496", - "maxTileCol": "543" + "minTileRow": "374", + "maxTileRow": "375", + "minTileCol": "526", + "maxTileCol": "528" }, "11": { - "minTileRow": "672", - "maxTileRow": "767", - "minTileCol": "992", - "maxTileCol": "1087" + "minTileRow": "749", + "maxTileRow": "751", + "minTileCol": "1053", + "maxTileCol": "1056" }, "12": { - "minTileRow": "1360", - "maxTileRow": "1535", - "minTileCol": "1984", - "maxTileCol": "2159" + "minTileRow": "1498", + "maxTileRow": "1502", + "minTileCol": "2107", + "maxTileCol": "2113" }, "13": { - "minTileRow": "2736", - "maxTileRow": "3071", - "minTileCol": "3968", - "maxTileCol": "4319" + "minTileRow": "2997", + "maxTileRow": "3005", + "minTileCol": "4215", + "maxTileCol": "4226" }, "14": { - "minTileRow": "5472", - "maxTileRow": "6127", - "minTileCol": "7952", - "maxTileCol": "8639" + "minTileRow": "5994", + "maxTileRow": "6011", + "minTileCol": "8431", + "maxTileCol": "8453" }, "15": { - "minTileRow": "10944", - "maxTileRow": "12255", - "minTileCol": "15904", - "maxTileCol": "17263" + "minTileRow": "11988", + "maxTileRow": "12022", + "minTileCol": "16862", + "maxTileCol": "16907" }, "16": { - "minTileRow": "21904", - "maxTileRow": "24495", - "minTileCol": "31824", - "maxTileCol": "34511" + "minTileRow": "23977", + "maxTileRow": "24045", + "minTileCol": "33724", + "maxTileCol": "33815" } } }, "styles": [ { - "name": "nolegend", - "title": "Données sans légende", + "name": "normal", + "title": "Légende générique", "current": true, "url": null } @@ -40573,7 +43184,7 @@ "legends": [ { "format": "image/jpeg", - "url": "https://wxs.ign.fr/static/legends/LEGEND.jpg", + "url": "https://data.geopf.fr/annexes/ressources/legendes/LEGEND.jpg", "minScaleDenominator": "200" } ], @@ -40584,25 +43195,25 @@ } ] }, - "OCSGE.CONSTRUCTIONS.2017$GEOPORTAIL:OGC:WMTS": { - "name": "OCSGE.CONSTRUCTIONS.2017", - "title": "Occupation du sol grande échelle 2017 - zones contruites", - "description": "La composante Occupation du sol grande échelle retenue par l’IGN partitionne le territoire en deux vues, physionomique (la couverture) et fonctionnel (l’usage principal). La zone construite, calculée à partir de ces deux informations, délimite les espaces construits des espaces naturels, agricoles et forestiers. Les données respectent les préconisations nationales pour la production des bases de données d’occupation des sols à grande échelle (CNIG).
", + "ORTHOIMAGERY.EDUGEO.MARTINIQUE1988$GEOPORTAIL:OGC:WMTS": { + "name": "ORTHOIMAGERY.EDUGEO.MARTINIQUE1988", + "title": "Photographie - La Martinique 1988", + "description": "Photographie de la Martinique 1988", "globalConstraint": { "maxScaleDenominator": 559082264.0287179, "minScaleDenominator": 266.5911979812229, "bbox": { - "left": -61.6644, - "right": 9.57054, - "top": 51.0991, - "bottom": 14.2395 + "left": -61.1378, + "right": -60.8251, + "top": 14.7104, + "bottom": 14.3713 } }, "serviceParams": { "id": "OGC:WMTS", "version": "1.0.0", "serverUrl": { - "ocsge": "https://wxs.ign.fr/ocsge/geoportail/wmts" + "full": "https://data.geopf.fr/wmts" } }, "defaultProjection": "EPSG:3857", @@ -40610,77 +43221,77 @@ "tileMatrixSetLink": "PM", "tileMatrixSetLimits": { "6": { - "minTileRow": "16", - "maxTileRow": "31", - "minTileCol": "16", - "maxTileCol": "47" + "minTileRow": "29", + "maxTileRow": "29", + "minTileCol": "21", + "maxTileCol": "21" }, "7": { - "minTileRow": "32", - "maxTileRow": "63", - "minTileCol": "32", - "maxTileCol": "79" + "minTileRow": "58", + "maxTileRow": "58", + "minTileCol": "42", + "maxTileCol": "42" }, "8": { - "minTileRow": "80", - "maxTileRow": "127", - "minTileCol": "80", - "maxTileCol": "143" + "minTileRow": "117", + "maxTileRow": "117", + "minTileCol": "84", + "maxTileCol": "84" }, "9": { - "minTileRow": "176", - "maxTileRow": "239", - "minTileCol": "160", - "maxTileCol": "271" + "minTileRow": "234", + "maxTileRow": "235", + "minTileCol": "169", + "maxTileCol": "169" }, "10": { - "minTileRow": "352", - "maxTileRow": "479", - "minTileCol": "336", - "maxTileCol": "543" + "minTileRow": "469", + "maxTileRow": "470", + "minTileCol": "338", + "maxTileCol": "338" }, "11": { - "minTileRow": "704", - "maxTileRow": "943", - "minTileCol": "672", - "maxTileCol": "1071" + "minTileRow": "939", + "maxTileRow": "941", + "minTileCol": "676", + "maxTileCol": "677" }, "12": { - "minTileRow": "1408", - "maxTileRow": "1887", - "minTileCol": "1344", - "maxTileCol": "2143" + "minTileRow": "1878", + "maxTileRow": "1882", + "minTileCol": "1352", + "maxTileCol": "1355" }, "13": { - "minTileRow": "2832", - "maxTileRow": "3775", - "minTileCol": "2688", - "maxTileCol": "4271" + "minTileRow": "3757", + "maxTileRow": "3765", + "minTileCol": "2704", + "maxTileCol": "2711" }, "14": { - "minTileRow": "5680", - "maxTileRow": "7551", - "minTileCol": "5376", - "maxTileCol": "8543" + "minTileRow": "7515", + "maxTileRow": "7530", + "minTileCol": "5409", + "maxTileCol": "5423" }, "15": { - "minTileRow": "11376", - "maxTileRow": "15087", - "minTileCol": "10768", - "maxTileCol": "17071" + "minTileRow": "15030", + "maxTileRow": "15061", + "minTileCol": "10819", + "maxTileCol": "10847" }, "16": { - "minTileRow": "22768", - "maxTileRow": "30159", - "minTileCol": "21536", - "maxTileCol": "34127" + "minTileRow": "30060", + "maxTileRow": "30123", + "minTileCol": "21638", + "maxTileCol": "21695" } } }, "styles": [ { - "name": "nolegend", - "title": "Données sans légende", + "name": "normal", + "title": "Légende générique", "current": true, "url": null } @@ -40688,7 +43299,7 @@ "legends": [ { "format": "image/jpeg", - "url": "https://wxs.ign.fr/static/legends/LEGEND.jpg", + "url": "https://data.geopf.fr/annexes/ressources/legendes/LEGEND.jpg", "minScaleDenominator": "200" } ], @@ -40699,25 +43310,25 @@ } ] }, - "OCSGE.CONSTRUCTIONS.2019$GEOPORTAIL:OGC:WMTS": { - "name": "OCSGE.CONSTRUCTIONS.2019", - "title": "Occupation du sol grande échelle 2019 - zones contruites", - "description": "La composante Occupation du sol grande échelle retenue par l’IGN partitionne le territoire en deux vues, physionomique (la couverture) et fonctionnel (l’usage principal). La zone construite, calculée à partir de ces deux informations, délimite les espaces construits des espaces naturels, agricoles et forestiers. Les données respectent les préconisations nationales pour la production des bases de données d’occupation des sols à grande échelle (CNIG). Source : IGN - 2019", + "ORTHOIMAGERY.EDUGEO.METZ-NANCY1982$GEOPORTAIL:OGC:WMTS": { + "name": "ORTHOIMAGERY.EDUGEO.METZ-NANCY1982", + "title": "Photographie - METZ NANCY 1982", + "description": "Photographie - METZ NANCY 1982", "globalConstraint": { "maxScaleDenominator": 559082264.0287179, "minScaleDenominator": 266.5911979812229, "bbox": { - "left": -0.291052, - "right": 1.2122, - "top": 44.0864, - "bottom": 43.3043 + "left": 5.9549, + "right": 6.43029, + "top": 49.3376, + "bottom": 48.5902 } }, "serviceParams": { "id": "OGC:WMTS", "version": "1.0.0", "serverUrl": { - "ocsge": "https://wxs.ign.fr/ocsge/geoportail/wmts" + "full": "https://data.geopf.fr/wmts" } }, "defaultProjection": "EPSG:3857", @@ -40725,77 +43336,89 @@ "tileMatrixSetLink": "PM", "tileMatrixSetLimits": { "6": { - "minTileRow": "23", - "maxTileRow": "23", - "minTileCol": "31", - "maxTileCol": "32" + "minTileRow": "21", + "maxTileRow": "22", + "minTileCol": "33", + "maxTileCol": "33" }, "7": { - "minTileRow": "46", - "maxTileRow": "46", - "minTileCol": "63", - "maxTileCol": "64" + "minTileRow": "43", + "maxTileRow": "44", + "minTileCol": "66", + "maxTileCol": "66" }, "8": { - "minTileRow": "93", - "maxTileRow": "93", - "minTileCol": "127", - "maxTileCol": "128" - }, - "9": { - "minTileRow": "186", - "maxTileRow": "187", - "minTileCol": "255", - "maxTileCol": "257" + "minTileRow": "87", + "maxTileRow": "88", + "minTileCol": "132", + "maxTileCol": "132" + }, + "9": { + "minTileRow": "175", + "maxTileRow": "176", + "minTileCol": "264", + "maxTileCol": "265" }, "10": { - "minTileRow": "372", - "maxTileRow": "375", - "minTileCol": "511", - "maxTileCol": "515" + "minTileRow": "350", + "maxTileRow": "353", + "minTileCol": "528", + "maxTileCol": "530" }, "11": { - "minTileRow": "744", - "maxTileRow": "750", - "minTileCol": "1022", - "maxTileCol": "1030" + "minTileRow": "700", + "maxTileRow": "706", + "minTileCol": "1057", + "maxTileCol": "1060" }, "12": { - "minTileRow": "1488", - "maxTileRow": "1500", - "minTileCol": "2044", - "maxTileCol": "2061" + "minTileRow": "1400", + "maxTileRow": "1413", + "minTileCol": "2115", + "maxTileCol": "2121" }, "13": { - "minTileRow": "2976", - "maxTileRow": "3000", - "minTileCol": "4089", - "maxTileCol": "4123" + "minTileRow": "2801", + "maxTileRow": "2827", + "minTileCol": "4231", + "maxTileCol": "4242" }, "14": { - "minTileRow": "5952", - "maxTileRow": "6001", - "minTileCol": "8178", - "maxTileCol": "8247" + "minTileRow": "5603", + "maxTileRow": "5654", + "minTileCol": "8463", + "maxTileCol": "8484" }, "15": { - "minTileRow": "11904", - "maxTileRow": "12002", - "minTileCol": "16357", - "maxTileCol": "16494" + "minTileRow": "11206", + "maxTileRow": "11309", + "minTileCol": "16926", + "maxTileCol": "16969" }, "16": { - "minTileRow": "23808", - "maxTileRow": "24005", - "minTileCol": "32715", - "maxTileCol": "32988" + "minTileRow": "22412", + "maxTileRow": "22619", + "minTileCol": "33852", + "maxTileCol": "33938" + }, + "17": { + "minTileRow": "44825", + "maxTileRow": "45239", + "minTileCol": "67704", + "maxTileCol": "67877" + }, + "18": { + "minTileRow": "89650", + "maxTileRow": "90479", + "minTileCol": "135408", + "maxTileCol": "135754" } } }, "styles": [ { - "name": "nolegend", - "title": "Données sans légende", + "name": "normal", + "title": "Légende générique", "current": true, "url": null } @@ -40803,7 +43426,7 @@ "legends": [ { "format": "image/jpeg", - "url": "https://wxs.ign.fr/static/legends/LEGEND.jpg", + "url": "https://data.geopf.fr/annexes/ressources/legendes/LEGEND.jpg", "minScaleDenominator": "200" } ], @@ -40814,25 +43437,25 @@ } ] }, - "OCSGE.COUVERTURE$GEOPORTAIL:OGC:WMTS": { - "name": "OCSGE.COUVERTURE", - "title": "Occupation du sol grande échelle - couverture", - "description": "La composante Occupation du sol grande échelle retenue par l'IGN partitionne le territoire en deux vues, physionomique (la couverture) et fonctionnel (l'usage principal). La zone construite, calculée à partir de ces deux informations, délimite les espaces construits des espaces naturels, agricoles et forestiers. Les données respectent les préconisations nationales pour la production des bases de données d'occupation des sols à grande échelle", + "ORTHOIMAGERY.EDUGEO.NANTES1971$GEOPORTAIL:OGC:WMTS": { + "name": "ORTHOIMAGERY.EDUGEO.NANTES1971", + "title": "Photographie - Nantes 1971", + "description": "Photographie de Nantes 1971", "globalConstraint": { "maxScaleDenominator": 559082264.0287179, "minScaleDenominator": 266.5911979812229, "bbox": { - "left": -61.6644, - "right": 9.57054, - "top": 51.0991, - "bottom": 14.2395 + "left": -2.27687, + "right": -1.40115, + "top": 47.3591, + "bottom": 47.1042 } }, "serviceParams": { "id": "OGC:WMTS", "version": "1.0.0", "serverUrl": { - "ocsge": "https://wxs.ign.fr/ocsge/geoportail/wmts" + "full": "https://data.geopf.fr/wmts" } }, "defaultProjection": "EPSG:3857", @@ -40840,70 +43463,70 @@ "tileMatrixSetLink": "PM", "tileMatrixSetLimits": { "6": { - "minTileRow": "16", - "maxTileRow": "31", - "minTileCol": "16", - "maxTileCol": "47" + "minTileRow": "22", + "maxTileRow": "22", + "minTileCol": "31", + "maxTileCol": "31" }, "7": { - "minTileRow": "32", - "maxTileRow": "63", - "minTileCol": "32", - "maxTileCol": "79" + "minTileRow": "44", + "maxTileRow": "44", + "minTileCol": "63", + "maxTileCol": "63" }, "8": { - "minTileRow": "80", - "maxTileRow": "127", - "minTileCol": "80", - "maxTileCol": "143" + "minTileRow": "89", + "maxTileRow": "89", + "minTileCol": "126", + "maxTileCol": "127" }, "9": { - "minTileRow": "160", - "maxTileRow": "239", - "minTileCol": "160", - "maxTileCol": "271" + "minTileRow": "179", + "maxTileRow": "179", + "minTileCol": "252", + "maxTileCol": "254" }, "10": { - "minTileRow": "336", - "maxTileRow": "479", - "minTileCol": "336", - "maxTileCol": "543" + "minTileRow": "358", + "maxTileRow": "359", + "minTileCol": "505", + "maxTileCol": "508" }, "11": { - "minTileRow": "672", - "maxTileRow": "943", - "minTileCol": "672", - "maxTileCol": "1087" + "minTileRow": "717", + "maxTileRow": "719", + "minTileCol": "1011", + "maxTileCol": "1016" }, "12": { - "minTileRow": "1360", - "maxTileRow": "1887", - "minTileCol": "1344", - "maxTileCol": "2159" + "minTileRow": "1434", + "maxTileRow": "1438", + "minTileCol": "2022", + "maxTileCol": "2032" }, "13": { - "minTileRow": "2736", - "maxTileRow": "3775", - "minTileCol": "2688", - "maxTileCol": "4319" + "minTileRow": "2869", + "maxTileRow": "2877", + "minTileCol": "4044", + "maxTileCol": "4064" }, "14": { - "minTileRow": "5472", - "maxTileRow": "7551", - "minTileCol": "5376", - "maxTileCol": "8639" + "minTileRow": "5738", + "maxTileRow": "5755", + "minTileCol": "8088", + "maxTileCol": "8128" }, "15": { - "minTileRow": "10944", - "maxTileRow": "15087", - "minTileCol": "10768", - "maxTileCol": "17263" + "minTileRow": "11477", + "maxTileRow": "11511", + "minTileCol": "16176", + "maxTileCol": "16256" }, "16": { - "minTileRow": "21904", - "maxTileRow": "30159", - "minTileCol": "21536", - "maxTileCol": "34511" + "minTileRow": "22954", + "maxTileRow": "23022", + "minTileCol": "32353", + "maxTileCol": "32512" } } }, @@ -40918,7 +43541,7 @@ "legends": [ { "format": "image/jpeg", - "url": "https://wxs.ign.fr/static/legends/LEGEND.jpg", + "url": "https://data.geopf.fr/annexes/ressources/legendes/LEGEND.jpg", "minScaleDenominator": "200" } ], @@ -40929,25 +43552,25 @@ } ] }, - "OCSGE.COUVERTURE.2002$GEOPORTAIL:OGC:WMTS": { - "name": "OCSGE.COUVERTURE.2002", - "title": "Occupation du sol grande échelle 2002 - couverture", - "description": "La composante Occupation du sol grande échelle retenue par l'IGN partitionne le territoire en deux vues, physionomique (la couverture) et fonctionnel (l'usage principal). La zone construite, calculée à partir de ces deux informations, délimite les espaces construits des espaces naturels, agricoles et forestiers. Les données respectent les préconisations nationales pour la production des bases de données d'occupation des sols à grande échelle (CNIG).
Source : IGN - 2002", + "ORTHOIMAGERY.EDUGEO.PARIS1949$GEOPORTAIL:OGC:WMTS": { + "name": "ORTHOIMAGERY.EDUGEO.PARIS1949", + "title": "Photographie - Paris 1949", + "description": "Photographie - Paris 1949", "globalConstraint": { "maxScaleDenominator": 559082264.0287179, "minScaleDenominator": 266.5911979812229, "bbox": { - "left": -5.13902, - "right": 9.55982, - "top": 51.089, - "bottom": 41.366 + "left": 2.20181, + "right": 2.52708, + "top": 48.9529, + "bottom": 48.7636 } }, "serviceParams": { "id": "OGC:WMTS", "version": "1.0.0", "serverUrl": { - "ocsge": "https://wxs.ign.fr/ocsge/geoportail/wmts" + "full": "https://data.geopf.fr/wmts" } }, "defaultProjection": "EPSG:3857", @@ -40956,69 +43579,81 @@ "tileMatrixSetLimits": { "6": { "minTileRow": "21", - "maxTileRow": "23", - "minTileCol": "31", - "maxTileCol": "33" + "maxTileRow": "22", + "minTileCol": "32", + "maxTileCol": "32" }, "7": { - "minTileRow": "42", - "maxTileRow": "47", - "minTileCol": "62", - "maxTileCol": "67" + "minTileRow": "43", + "maxTileRow": "44", + "minTileCol": "64", + "maxTileCol": "64" }, "8": { - "minTileRow": "85", - "maxTileRow": "95", - "minTileCol": "124", - "maxTileCol": "134" + "minTileRow": "87", + "maxTileRow": "88", + "minTileCol": "129", + "maxTileCol": "129" }, "9": { - "minTileRow": "171", - "maxTileRow": "191", - "minTileCol": "248", - "maxTileCol": "269" + "minTileRow": "175", + "maxTileRow": "176", + "minTileCol": "259", + "maxTileCol": "259" }, "10": { - "minTileRow": "342", - "maxTileRow": "382", - "minTileCol": "497", - "maxTileCol": "539" + "minTileRow": "351", + "maxTileRow": "352", + "minTileCol": "518", + "maxTileCol": "519" }, "11": { - "minTileRow": "684", - "maxTileRow": "765", - "minTileCol": "994", - "maxTileCol": "1078" + "minTileRow": "703", + "maxTileRow": "705", + "minTileCol": "1036", + "maxTileCol": "1038" }, "12": { - "minTileRow": "1369", - "maxTileRow": "1530", - "minTileCol": "1989", - "maxTileCol": "2156" + "minTileRow": "1407", + "maxTileRow": "1410", + "minTileCol": "2073", + "maxTileCol": "2076" }, "13": { - "minTileRow": "2739", - "maxTileRow": "3060", - "minTileCol": "3979", - "maxTileCol": "4313" + "minTileRow": "2814", + "maxTileRow": "2821", + "minTileCol": "4146", + "maxTileCol": "4153" }, "14": { - "minTileRow": "5478", - "maxTileRow": "6120", - "minTileCol": "7958", - "maxTileCol": "8627" + "minTileRow": "5629", + "maxTileRow": "5642", + "minTileCol": "8292", + "maxTileCol": "8307" }, "15": { - "minTileRow": "10957", - "maxTileRow": "12241", - "minTileCol": "15916", - "maxTileCol": "17254" + "minTileRow": "11259", + "maxTileRow": "11285", + "minTileCol": "16584", + "maxTileCol": "16614" }, "16": { - "minTileRow": "21914", - "maxTileRow": "24482", - "minTileCol": "31832", - "maxTileCol": "34508" + "minTileRow": "22519", + "maxTileRow": "22571", + "minTileCol": "33168", + "maxTileCol": "33228" + }, + "17": { + "minTileRow": "45039", + "maxTileRow": "45143", + "minTileCol": "66337", + "maxTileCol": "66456" + }, + "18": { + "minTileRow": "90078", + "maxTileRow": "90287", + "minTileCol": "132675", + "maxTileCol": "132912" } } }, @@ -41033,7 +43668,7 @@ "legends": [ { "format": "image/jpeg", - "url": "https://wxs.ign.fr/static/legends/LEGEND.jpg", + "url": "https://data.geopf.fr/annexes/ressources/legendes/LEGEND.jpg", "minScaleDenominator": "200" } ], @@ -41044,25 +43679,25 @@ } ] }, - "OCSGE.COUVERTURE.2010$GEOPORTAIL:OGC:WMTS": { - "name": "OCSGE.COUVERTURE.2010", - "title": "Occupation du sol grande échelle 2010 - couverture", - "description": "La composante Occupation du sol grande échelle retenue par l'IGN partitionne le territoire en deux vues, physionomique (la couverture) et fonctionnel (l'usage principal). La zone construite, calculée à partir de ces deux informations, délimite les espaces construits des espaces naturels, agricoles et forestiers. Les données respectent les préconisations nationales pour la production des bases de données d'occupation des sols à grande échelle", + "ORTHOIMAGERY.EDUGEO.PARIS1965$GEOPORTAIL:OGC:WMTS": { + "name": "ORTHOIMAGERY.EDUGEO.PARIS1965", + "title": "Photographie - Paris 1965", + "description": "Photographie - Paris 1965", "globalConstraint": { "maxScaleDenominator": 559082264.0287179, "minScaleDenominator": 266.5911979812229, "bbox": { - "left": -5.15047, - "right": 9.57054, - "top": 51.0991, - "bottom": 41.3252 + "left": 2.02667, + "right": 2.48955, + "top": 48.9858, + "bottom": 48.846 } }, "serviceParams": { "id": "OGC:WMTS", "version": "1.0.0", "serverUrl": { - "ocsge": "https://wxs.ign.fr/ocsge/geoportail/wmts" + "full": "https://data.geopf.fr/wmts" } }, "defaultProjection": "EPSG:3857", @@ -41070,77 +43705,77 @@ "tileMatrixSetLink": "PM", "tileMatrixSetLimits": { "6": { - "minTileRow": "16", - "maxTileRow": "31", + "minTileRow": "21", + "maxTileRow": "22", "minTileCol": "32", - "maxTileCol": "47" + "maxTileCol": "32" }, "7": { - "minTileRow": "32", - "maxTileRow": "47", + "minTileRow": "43", + "maxTileRow": "44", "minTileCol": "64", - "maxTileCol": "79" + "maxTileCol": "64" }, "8": { - "minTileRow": "80", - "maxTileRow": "95", - "minTileCol": "128", - "maxTileCol": "143" + "minTileRow": "87", + "maxTileRow": "88", + "minTileCol": "129", + "maxTileCol": "129" }, "9": { - "minTileRow": "176", - "maxTileRow": "191", - "minTileCol": "256", - "maxTileCol": "271" + "minTileRow": "175", + "maxTileRow": "176", + "minTileCol": "258", + "maxTileCol": "259" }, "10": { - "minTileRow": "352", - "maxTileRow": "367", - "minTileCol": "512", - "maxTileCol": "543" + "minTileRow": "351", + "maxTileRow": "352", + "minTileCol": "517", + "maxTileCol": "519" }, "11": { - "minTileRow": "704", - "maxTileRow": "735", - "minTileCol": "1040", - "maxTileCol": "1071" + "minTileRow": "703", + "maxTileRow": "704", + "minTileCol": "1035", + "maxTileCol": "1038" }, "12": { - "minTileRow": "1408", - "maxTileRow": "1455", - "minTileCol": "2080", - "maxTileCol": "2143" + "minTileRow": "1406", + "maxTileRow": "1409", + "minTileCol": "2071", + "maxTileCol": "2076" }, "13": { - "minTileRow": "2832", - "maxTileRow": "2911", - "minTileCol": "4176", - "maxTileCol": "4271" + "minTileRow": "2813", + "maxTileRow": "2818", + "minTileCol": "4142", + "maxTileCol": "4152" }, "14": { - "minTileRow": "5680", - "maxTileRow": "5823", - "minTileCol": "8368", - "maxTileCol": "8527" + "minTileRow": "5627", + "maxTileRow": "5637", + "minTileCol": "8284", + "maxTileCol": "8305" }, "15": { - "minTileRow": "11376", - "maxTileRow": "11631", - "minTileCol": "16752", - "maxTileCol": "17039" + "minTileRow": "11255", + "maxTileRow": "11274", + "minTileCol": "16568", + "maxTileCol": "16610" }, "16": { - "minTileRow": "22768", - "maxTileRow": "23247", - "minTileCol": "33504", - "maxTileCol": "34079" + "minTileRow": "22510", + "maxTileRow": "22549", + "minTileCol": "33136", + "maxTileCol": "33221" } } }, "styles": [ { - "name": "nolegend", - "title": "Données sans légende", + "name": "normal", + "title": "Légende générique", "current": true, "url": null } @@ -41148,7 +43783,7 @@ "legends": [ { "format": "image/jpeg", - "url": "https://wxs.ign.fr/static/legends/LEGEND.jpg", + "url": "https://data.geopf.fr/annexes/ressources/legendes/LEGEND.jpg", "minScaleDenominator": "200" } ], @@ -41159,25 +43794,25 @@ } ] }, - "OCSGE.COUVERTURE.2011$GEOPORTAIL:OGC:WMTS": { - "name": "OCSGE.COUVERTURE.2011", - "title": "Occupation du sol grande échelle 2011 - couverture", - "description": "La composante Occupation du sol grande échelle retenue par l'IGN partitionne le territoire en deux vues, physionomique (la couverture) et fonctionnel (l'usage principal). La zone construite, calculée à partir de ces deux informations, délimite les espaces construits des espaces naturels, agricoles et forestiers. Les données respectent les préconisations nationales pour la production des bases de données d'occupation des sols à grande échelle (CNIG).
Source : IGN - 2011", + "ORTHOIMAGERY.EDUGEO.PARIS2010SPOT$GEOPORTAIL:OGC:WMTS": { + "name": "ORTHOIMAGERY.EDUGEO.PARIS2010SPOT", + "title": "SPOT PARIS 2010", + "description": "Zone de Paris - SPOT 2010", "globalConstraint": { "maxScaleDenominator": 559082264.0287179, "minScaleDenominator": 266.5911979812229, "bbox": { - "left": -5.15047, - "right": 9.57054, - "top": 51.0991, - "bottom": 41.3252 + "left": 1.87654, + "right": 3.00247, + "top": 49.362, + "bottom": 48.5405 } }, "serviceParams": { "id": "OGC:WMTS", "version": "1.0.0", "serverUrl": { - "ocsge": "https://wxs.ign.fr/ocsge/geoportail/wmts" + "full": "https://data.geopf.fr/wmts" } }, "defaultProjection": "EPSG:3857", @@ -41185,77 +43820,77 @@ "tileMatrixSetLink": "PM", "tileMatrixSetLimits": { "6": { - "minTileRow": "16", - "maxTileRow": "31", + "minTileRow": "21", + "maxTileRow": "22", "minTileCol": "32", - "maxTileCol": "47" + "maxTileCol": "32" }, "7": { - "minTileRow": "32", - "maxTileRow": "47", + "minTileRow": "43", + "maxTileRow": "44", "minTileCol": "64", - "maxTileCol": "79" + "maxTileCol": "65" }, "8": { - "minTileRow": "80", - "maxTileRow": "95", - "minTileCol": "128", - "maxTileCol": "143" + "minTileRow": "87", + "maxTileRow": "88", + "minTileCol": "129", + "maxTileCol": "130" }, "9": { - "minTileRow": "176", - "maxTileRow": "191", - "minTileCol": "256", - "maxTileCol": "271" + "minTileRow": "175", + "maxTileRow": "176", + "minTileCol": "258", + "maxTileCol": "260" }, "10": { - "minTileRow": "352", - "maxTileRow": "367", - "minTileCol": "512", - "maxTileCol": "543" + "minTileRow": "350", + "maxTileRow": "353", + "minTileCol": "517", + "maxTileCol": "520" }, "11": { - "minTileRow": "704", - "maxTileRow": "735", - "minTileCol": "1040", - "maxTileCol": "1071" + "minTileRow": "700", + "maxTileRow": "707", + "minTileCol": "1034", + "maxTileCol": "1041" }, "12": { - "minTileRow": "1408", - "maxTileRow": "1455", - "minTileCol": "2080", - "maxTileCol": "2127" + "minTileRow": "1400", + "maxTileRow": "1414", + "minTileCol": "2069", + "maxTileCol": "2082" }, "13": { - "minTileRow": "2832", - "maxTileRow": "2911", - "minTileCol": "4160", - "maxTileCol": "4255" + "minTileRow": "2800", + "maxTileRow": "2829", + "minTileCol": "4138", + "maxTileCol": "4164" }, "14": { - "minTileRow": "5664", - "maxTileRow": "5823", - "minTileCol": "8320", - "maxTileCol": "8511" + "minTileRow": "5601", + "maxTileRow": "5658", + "minTileCol": "8277", + "maxTileCol": "8328" }, "15": { - "minTileRow": "11328", - "maxTileRow": "11647", - "minTileCol": "16640", - "maxTileCol": "17007" + "minTileRow": "11202", + "maxTileRow": "11316", + "minTileCol": "16554", + "maxTileCol": "16657" }, "16": { - "minTileRow": "22672", - "maxTileRow": "23279", - "minTileCol": "33280", - "maxTileCol": "34015" + "minTileRow": "22405", + "maxTileRow": "22633", + "minTileCol": "33109", + "maxTileCol": "33314" } } }, "styles": [ { - "name": "nolegend", - "title": "Données sans légende", + "name": "normal", + "title": "Légende générique", "current": true, "url": null } @@ -41263,7 +43898,7 @@ "legends": [ { "format": "image/jpeg", - "url": "https://wxs.ign.fr/static/legends/LEGEND.jpg", + "url": "https://data.geopf.fr/annexes/ressources/legendes/LEGEND.jpg", "minScaleDenominator": "200" } ], @@ -41274,25 +43909,25 @@ } ] }, - "OCSGE.COUVERTURE.2014$GEOPORTAIL:OGC:WMTS": { - "name": "OCSGE.COUVERTURE.2014", - "title": "Occupation du sol grande échelle 2014 - couverture", - "description": "La composante Occupation du sol grande échelle retenue par l'IGN partitionne le territoire en deux vues, physionomique (la couverture) et fonctionnel (l'usage principal). La zone construite, calculée à partir de ces deux informations, délimite les espaces construits des espaces naturels, agricoles et forestiers. Les données respectent les préconisations nationales pour la production des bases de données d'occupation des sols à grande échelle (CNIG).
Source : IGN - 2014", + "ORTHOIMAGERY.EDUGEO.REIMS1963$GEOPORTAIL:OGC:WMTS": { + "name": "ORTHOIMAGERY.EDUGEO.REIMS1963", + "title": "Photographie - Reims 1963", + "description": "Photographie de Reims 1963", "globalConstraint": { "maxScaleDenominator": 559082264.0287179, "minScaleDenominator": 266.5911979812229, "bbox": { - "left": -5.13902, - "right": 9.55982, - "top": 51.089, - "bottom": 41.366 + "left": 3.95325, + "right": 4.21597, + "top": 49.2968, + "bottom": 49.117 } }, "serviceParams": { "id": "OGC:WMTS", "version": "1.0.0", "serverUrl": { - "ocsge": "https://wxs.ign.fr/ocsge/geoportail/wmts" + "full": "https://data.geopf.fr/wmts" } }, "defaultProjection": "EPSG:3857", @@ -41301,76 +43936,76 @@ "tileMatrixSetLimits": { "6": { "minTileRow": "21", - "maxTileRow": "23", - "minTileCol": "31", - "maxTileCol": "33" + "maxTileRow": "21", + "minTileCol": "32", + "maxTileCol": "32" }, "7": { - "minTileRow": "42", - "maxTileRow": "47", - "minTileCol": "62", - "maxTileCol": "67" + "minTileRow": "43", + "maxTileRow": "43", + "minTileCol": "65", + "maxTileCol": "65" }, "8": { - "minTileRow": "85", - "maxTileRow": "95", - "minTileCol": "124", - "maxTileCol": "134" + "minTileRow": "87", + "maxTileRow": "87", + "minTileCol": "130", + "maxTileCol": "130" }, "9": { - "minTileRow": "171", - "maxTileRow": "191", - "minTileCol": "248", - "maxTileCol": "269" + "minTileRow": "175", + "maxTileRow": "175", + "minTileCol": "261", + "maxTileCol": "261" }, "10": { - "minTileRow": "342", - "maxTileRow": "382", - "minTileCol": "497", - "maxTileCol": "539" + "minTileRow": "350", + "maxTileRow": "351", + "minTileCol": "523", + "maxTileCol": "523" }, "11": { - "minTileRow": "684", - "maxTileRow": "765", - "minTileCol": "994", - "maxTileCol": "1078" + "minTileRow": "700", + "maxTileRow": "702", + "minTileCol": "1046", + "maxTileCol": "1047" }, "12": { - "minTileRow": "1369", - "maxTileRow": "1530", - "minTileCol": "1989", - "maxTileCol": "2156" + "minTileRow": "1401", + "maxTileRow": "1404", + "minTileCol": "2092", + "maxTileCol": "2095" }, "13": { - "minTileRow": "2739", - "maxTileRow": "3060", - "minTileCol": "3979", - "maxTileCol": "4313" + "minTileRow": "2802", + "maxTileRow": "2809", + "minTileCol": "4185", + "maxTileCol": "4191" }, "14": { - "minTileRow": "5478", - "maxTileRow": "6120", - "minTileCol": "7958", - "maxTileCol": "8627" + "minTileRow": "5605", + "maxTileRow": "5618", + "minTileCol": "8371", + "maxTileCol": "8383" }, "15": { - "minTileRow": "10957", - "maxTileRow": "12241", - "minTileCol": "15916", - "maxTileCol": "17254" + "minTileRow": "11211", + "maxTileRow": "11237", + "minTileCol": "16743", + "maxTileCol": "16767" }, "16": { - "minTileRow": "21914", - "maxTileRow": "24482", - "minTileCol": "31832", - "maxTileCol": "34508" + "minTileRow": "22423", + "maxTileRow": "22474", + "minTileCol": "33487", + "maxTileCol": "33535" } } }, "styles": [ { - "name": "nolegend", - "title": "Données sans légende", + "name": "normal", + "title": "Légende générique", "current": true, "url": null } @@ -41378,7 +44013,7 @@ "legends": [ { "format": "image/jpeg", - "url": "https://wxs.ign.fr/static/legends/LEGEND.jpg", + "url": "https://data.geopf.fr/annexes/ressources/legendes/LEGEND.jpg", "minScaleDenominator": "200" } ], @@ -41389,25 +44024,25 @@ } ] }, - "OCSGE.COUVERTURE.2016$GEOPORTAIL:OGC:WMTS": { - "name": "OCSGE.COUVERTURE.2016", - "title": "Occupation du sol grande échelle 2016 - couverture", - "description": "La composante Occupation du sol grande échelle retenue par l'IGN partitionne le territoire en deux vues, physionomique (la couverture) et fonctionnel (l'usage principal). La zone construite, calculée à partir de ces deux informations, délimite les espaces construits des espaces naturels, agricoles et forestiers. Les données respectent les préconisations nationales pour la production des bases de données d'occupation des sols à grande échelle (CNIG).
Source : IGN - 2016", + "ORTHOIMAGERY.EDUGEO.REIMS1973$GEOPORTAIL:OGC:WMTS": { + "name": "ORTHOIMAGERY.EDUGEO.REIMS1973", + "title": "Photographie - Reims 1973", + "description": "Photographie de Reims 1973", "globalConstraint": { "maxScaleDenominator": 559082264.0287179, "minScaleDenominator": 266.5911979812229, "bbox": { - "left": -5.15047, - "right": 9.57054, - "top": 51.0991, - "bottom": 41.3252 + "left": 3.95325, + "right": 4.22848, + "top": 49.2886, + "bottom": 49.1252 } }, "serviceParams": { "id": "OGC:WMTS", "version": "1.0.0", "serverUrl": { - "ocsge": "https://wxs.ign.fr/ocsge/geoportail/wmts" + "full": "https://data.geopf.fr/wmts" } }, "defaultProjection": "EPSG:3857", @@ -41415,77 +44050,77 @@ "tileMatrixSetLink": "PM", "tileMatrixSetLimits": { "6": { - "minTileRow": "16", - "maxTileRow": "31", - "minTileCol": "16", - "maxTileCol": "47" + "minTileRow": "21", + "maxTileRow": "21", + "minTileCol": "32", + "maxTileCol": "32" }, "7": { - "minTileRow": "32", - "maxTileRow": "47", - "minTileCol": "48", - "maxTileCol": "79" + "minTileRow": "43", + "maxTileRow": "43", + "minTileCol": "65", + "maxTileCol": "65" }, "8": { - "minTileRow": "80", - "maxTileRow": "95", - "minTileCol": "112", - "maxTileCol": "143" + "minTileRow": "87", + "maxTileRow": "87", + "minTileCol": "130", + "maxTileCol": "131" }, "9": { - "minTileRow": "160", - "maxTileRow": "191", - "minTileCol": "240", - "maxTileCol": "271" + "minTileRow": "175", + "maxTileRow": "175", + "minTileCol": "261", + "maxTileCol": "262" }, "10": { - "minTileRow": "336", - "maxTileRow": "383", - "minTileCol": "496", - "maxTileCol": "543" + "minTileRow": "350", + "maxTileRow": "351", + "minTileCol": "523", + "maxTileCol": "524" }, "11": { - "minTileRow": "672", - "maxTileRow": "767", - "minTileCol": "992", - "maxTileCol": "1087" + "minTileRow": "700", + "maxTileRow": "702", + "minTileCol": "1046", + "maxTileCol": "1048" }, "12": { - "minTileRow": "1360", - "maxTileRow": "1535", - "minTileCol": "1984", - "maxTileCol": "2159" + "minTileRow": "1401", + "maxTileRow": "1404", + "minTileCol": "2092", + "maxTileCol": "2096" }, "13": { - "minTileRow": "2736", - "maxTileRow": "3071", - "minTileCol": "3968", - "maxTileCol": "4319" + "minTileRow": "2803", + "maxTileRow": "2808", + "minTileCol": "4185", + "maxTileCol": "4192" }, "14": { - "minTileRow": "5472", - "maxTileRow": "6127", - "minTileCol": "7952", - "maxTileCol": "8639" + "minTileRow": "5606", + "maxTileRow": "5617", + "minTileCol": "8371", + "maxTileCol": "8384" }, "15": { - "minTileRow": "10944", - "maxTileRow": "12255", - "minTileCol": "15904", - "maxTileCol": "17263" + "minTileRow": "11213", + "maxTileRow": "11235", + "minTileCol": "16743", + "maxTileCol": "16768" }, "16": { - "minTileRow": "21904", - "maxTileRow": "24495", - "minTileCol": "31824", - "maxTileCol": "34511" + "minTileRow": "22426", + "maxTileRow": "22471", + "minTileCol": "33487", + "maxTileCol": "33537" } } }, "styles": [ { - "name": "nolegend", - "title": "Données sans légende", + "name": "normal", + "title": "Légende générique", "current": true, "url": null } @@ -41493,7 +44128,7 @@ "legends": [ { "format": "image/jpeg", - "url": "https://wxs.ign.fr/static/legends/LEGEND.jpg", + "url": "https://data.geopf.fr/annexes/ressources/legendes/LEGEND.jpg", "minScaleDenominator": "200" } ], @@ -41504,25 +44139,25 @@ } ] }, - "OCSGE.COUVERTURE.2017$GEOPORTAIL:OGC:WMTS": { - "name": "OCSGE.COUVERTURE.2017", - "title": "Occupation du sol grande échelle 2017 - couverture", - "description": "La composante Occupation du sol grande échelle retenue par l'IGN partitionne le territoire en deux vues, physionomique (la couverture) et fonctionnel (l'usage principal). La zone construite, calculée à partir de ces deux informations, délimite les espaces construits des espaces naturels, agricoles et forestiers. Les données respectent les préconisations nationales pour la production des bases de données d'occupation des sols à grande échelle (CNIG).
Source : IGN - 2017", + "ORTHOIMAGERY.EDUGEO.REIMS1988$GEOPORTAIL:OGC:WMTS": { + "name": "ORTHOIMAGERY.EDUGEO.REIMS1988", + "title": "Photographie - Reims 1988", + "description": "Photographie de Reims 1988", "globalConstraint": { "maxScaleDenominator": 559082264.0287179, "minScaleDenominator": 266.5911979812229, "bbox": { - "left": -61.6644, - "right": 9.57054, - "top": 51.0991, - "bottom": 14.2395 + "left": 3.91572, + "right": 4.2535, + "top": 49.2805, + "bottom": 49.1252 } }, "serviceParams": { "id": "OGC:WMTS", "version": "1.0.0", "serverUrl": { - "ocsge": "https://wxs.ign.fr/ocsge/geoportail/wmts" + "full": "https://data.geopf.fr/wmts" } }, "defaultProjection": "EPSG:3857", @@ -41530,77 +44165,77 @@ "tileMatrixSetLink": "PM", "tileMatrixSetLimits": { "6": { - "minTileRow": "16", - "maxTileRow": "31", - "minTileCol": "16", - "maxTileCol": "47" + "minTileRow": "21", + "maxTileRow": "21", + "minTileCol": "32", + "maxTileCol": "32" }, "7": { - "minTileRow": "32", - "maxTileRow": "63", - "minTileCol": "32", - "maxTileCol": "79" + "minTileRow": "43", + "maxTileRow": "43", + "minTileCol": "65", + "maxTileCol": "65" }, "8": { - "minTileRow": "80", - "maxTileRow": "127", - "minTileCol": "80", - "maxTileCol": "143" + "minTileRow": "87", + "maxTileRow": "87", + "minTileCol": "130", + "maxTileCol": "131" }, "9": { - "minTileRow": "176", - "maxTileRow": "239", - "minTileCol": "160", - "maxTileCol": "271" + "minTileRow": "175", + "maxTileRow": "175", + "minTileCol": "261", + "maxTileCol": "262" }, "10": { - "minTileRow": "352", - "maxTileRow": "479", - "minTileCol": "336", - "maxTileCol": "543" + "minTileRow": "350", + "maxTileRow": "351", + "minTileCol": "523", + "maxTileCol": "524" }, "11": { - "minTileRow": "704", - "maxTileRow": "943", - "minTileCol": "672", - "maxTileCol": "1071" + "minTileRow": "700", + "maxTileRow": "702", + "minTileCol": "1046", + "maxTileCol": "1048" }, "12": { - "minTileRow": "1408", - "maxTileRow": "1887", - "minTileCol": "1344", - "maxTileCol": "2143" + "minTileRow": "1401", + "maxTileRow": "1404", + "minTileCol": "2092", + "maxTileCol": "2096" }, "13": { - "minTileRow": "2832", - "maxTileRow": "3775", - "minTileCol": "2688", - "maxTileCol": "4271" + "minTileRow": "2803", + "maxTileRow": "2808", + "minTileCol": "4185", + "maxTileCol": "4192" }, "14": { - "minTileRow": "5680", - "maxTileRow": "7551", - "minTileCol": "5376", - "maxTileCol": "8543" + "minTileRow": "5607", + "maxTileRow": "5617", + "minTileCol": "8370", + "maxTileCol": "8385" }, "15": { - "minTileRow": "11376", - "maxTileRow": "15087", - "minTileCol": "10768", - "maxTileCol": "17071" + "minTileRow": "11214", + "maxTileRow": "11235", + "minTileCol": "16740", + "maxTileCol": "16771" }, "16": { - "minTileRow": "22768", - "maxTileRow": "30159", - "minTileCol": "21536", - "maxTileCol": "34127" + "minTileRow": "22428", + "maxTileRow": "22471", + "minTileCol": "33480", + "maxTileCol": "33542" } } }, "styles": [ { - "name": "nolegend", - "title": "Données sans légende", + "name": "normal", + "title": "Légende générique", "current": true, "url": null } @@ -41608,7 +44243,7 @@ "legends": [ { "format": "image/jpeg", - "url": "https://wxs.ign.fr/static/legends/LEGEND.jpg", + "url": "https://data.geopf.fr/annexes/ressources/legendes/LEGEND.jpg", "minScaleDenominator": "200" } ], @@ -41619,25 +44254,25 @@ } ] }, - "OCSGE.COUVERTURE.2019$GEOPORTAIL:OGC:WMTS": { - "name": "OCSGE.COUVERTURE.2019", - "title": "Occupation du sol grande échelle 2019 - couverture", - "description": "La composante Occupation du sol grande échelle retenue par l'IGN partitionne le territoire en deux vues, physionomique (la couverture) et fonctionnel (l'usage principal). La zone construite, calculée à partir de ces deux informations, délimite les espaces construits des espaces naturels, agricoles et forestiers. Les données respectent les préconisations nationales pour la production des bases de données d'occupation des sols à grande échelle (CNIG). Source : IGN - 2019", + "ORTHOIMAGERY.EDUGEO.REIMS2010$GEOPORTAIL:OGC:WMTS": { + "name": "ORTHOIMAGERY.EDUGEO.REIMS2010", + "title": "SPOT REIMS 2010", + "description": "Zone de Paris - REIMS 2010", "globalConstraint": { "maxScaleDenominator": 559082264.0287179, "minScaleDenominator": 266.5911979812229, "bbox": { - "left": -0.291052, - "right": 1.2122, - "top": 44.0864, - "bottom": 43.3043 + "left": 3.50288, + "right": 4.75391, + "top": 49.362, + "bottom": 48.9529 } }, "serviceParams": { "id": "OGC:WMTS", "version": "1.0.0", "serverUrl": { - "ocsge": "https://wxs.ign.fr/ocsge/geoportail/wmts" + "full": "https://data.geopf.fr/wmts" } }, "defaultProjection": "EPSG:3857", @@ -41645,77 +44280,77 @@ "tileMatrixSetLink": "PM", "tileMatrixSetLimits": { "6": { - "minTileRow": "23", - "maxTileRow": "23", - "minTileCol": "31", + "minTileRow": "21", + "maxTileRow": "21", + "minTileCol": "32", "maxTileCol": "32" }, "7": { - "minTileRow": "46", - "maxTileRow": "46", - "minTileCol": "63", - "maxTileCol": "64" + "minTileRow": "43", + "maxTileRow": "43", + "minTileCol": "65", + "maxTileCol": "65" }, "8": { - "minTileRow": "93", - "maxTileRow": "93", - "minTileCol": "127", - "maxTileCol": "128" + "minTileRow": "87", + "maxTileRow": "87", + "minTileCol": "130", + "maxTileCol": "131" }, "9": { - "minTileRow": "186", - "maxTileRow": "187", - "minTileCol": "255", - "maxTileCol": "257" + "minTileRow": "175", + "maxTileRow": "175", + "minTileCol": "260", + "maxTileCol": "262" }, "10": { - "minTileRow": "372", - "maxTileRow": "375", - "minTileCol": "511", - "maxTileCol": "515" + "minTileRow": "350", + "maxTileRow": "351", + "minTileCol": "521", + "maxTileCol": "525" }, "11": { - "minTileRow": "744", - "maxTileRow": "750", - "minTileCol": "1022", - "maxTileCol": "1030" + "minTileRow": "700", + "maxTileRow": "703", + "minTileCol": "1043", + "maxTileCol": "1051" }, "12": { - "minTileRow": "1488", - "maxTileRow": "1500", - "minTileCol": "2044", - "maxTileCol": "2061" + "minTileRow": "1400", + "maxTileRow": "1407", + "minTileCol": "2087", + "maxTileCol": "2102" }, "13": { - "minTileRow": "2976", - "maxTileRow": "3000", - "minTileCol": "4089", - "maxTileCol": "4123" + "minTileRow": "2800", + "maxTileRow": "2814", + "minTileCol": "4175", + "maxTileCol": "4204" }, "14": { - "minTileRow": "5952", - "maxTileRow": "6001", - "minTileCol": "8178", - "maxTileCol": "8247" + "minTileRow": "5601", + "maxTileRow": "5629", + "minTileCol": "8351", + "maxTileCol": "8408" }, "15": { - "minTileRow": "11904", - "maxTileRow": "12002", - "minTileCol": "16357", - "maxTileCol": "16494" + "minTileRow": "11202", + "maxTileRow": "11259", + "minTileCol": "16702", + "maxTileCol": "16816" }, "16": { - "minTileRow": "23808", - "maxTileRow": "24005", - "minTileCol": "32715", - "maxTileCol": "32988" + "minTileRow": "22405", + "maxTileRow": "22519", + "minTileCol": "33405", + "maxTileCol": "33633" } } }, "styles": [ { - "name": "nolegend", - "title": "Données sans légende", + "name": "normal", + "title": "Légende générique", "current": true, "url": null } @@ -41723,7 +44358,7 @@ "legends": [ { "format": "image/jpeg", - "url": "https://wxs.ign.fr/static/legends/LEGEND.jpg", + "url": "https://data.geopf.fr/annexes/ressources/legendes/LEGEND.jpg", "minScaleDenominator": "200" } ], @@ -41734,25 +44369,25 @@ } ] }, - "OCSGE.USAGE$GEOPORTAIL:OGC:WMTS": { - "name": "OCSGE.USAGE", - "title": "Occupation du sol grande échelle - usage", - "description": "La composante Occupation du sol grande échelle retenue par l'IGN partitionne le territoire en deux vues, physionomique (la couverture) et fonctionnel (l'usage principal). La zone construite, calculée à partir de ces deux informations, délimite les espaces construits des espaces naturels, agricoles et forestiers. Les données respectent les préconisations nationales pour la production des bases de données d'occupation des sols à grande échelle (CNIG).", + "ORTHOIMAGERY.EDUGEO.ROISSY1965$GEOPORTAIL:OGC:WMTS": { + "name": "ORTHOIMAGERY.EDUGEO.ROISSY1965", + "title": "Photographie - ROISSY 1965", + "description": "Photographie - ROISSY 1965", "globalConstraint": { "maxScaleDenominator": 559082264.0287179, "minScaleDenominator": 266.5911979812229, "bbox": { - "left": -61.6644, - "right": 9.57054, - "top": 51.0991, - "bottom": 14.2395 + "left": 2.35194, + "right": 2.70222, + "top": 49.0432, + "bottom": 48.9036 } }, "serviceParams": { "id": "OGC:WMTS", "version": "1.0.0", "serverUrl": { - "ocsge": "https://wxs.ign.fr/ocsge/geoportail/wmts" + "full": "https://data.geopf.fr/wmts" } }, "defaultProjection": "EPSG:3857", @@ -41760,70 +44395,82 @@ "tileMatrixSetLink": "PM", "tileMatrixSetLimits": { "6": { - "minTileRow": "16", - "maxTileRow": "31", - "minTileCol": "16", - "maxTileCol": "47" + "minTileRow": "21", + "maxTileRow": "22", + "minTileCol": "32", + "maxTileCol": "32" }, "7": { - "minTileRow": "32", - "maxTileRow": "63", - "minTileCol": "32", - "maxTileCol": "79" + "minTileRow": "43", + "maxTileRow": "44", + "minTileCol": "64", + "maxTileCol": "64" }, "8": { - "minTileRow": "80", - "maxTileRow": "127", - "minTileCol": "80", - "maxTileCol": "143" + "minTileRow": "87", + "maxTileRow": "88", + "minTileCol": "129", + "maxTileCol": "129" }, "9": { - "minTileRow": "160", - "maxTileRow": "239", - "minTileCol": "160", - "maxTileCol": "271" + "minTileRow": "175", + "maxTileRow": "176", + "minTileCol": "259", + "maxTileCol": "259" }, "10": { - "minTileRow": "336", - "maxTileRow": "479", - "minTileCol": "336", - "maxTileCol": "543" + "minTileRow": "351", + "maxTileRow": "352", + "minTileCol": "518", + "maxTileCol": "519" }, "11": { - "minTileRow": "672", - "maxTileRow": "943", - "minTileCol": "672", - "maxTileCol": "1087" + "minTileRow": "702", + "maxTileRow": "704", + "minTileCol": "1037", + "maxTileCol": "1039" }, "12": { - "minTileRow": "1360", - "maxTileRow": "1887", - "minTileCol": "1344", - "maxTileCol": "2159" + "minTileRow": "1405", + "maxTileRow": "1408", + "minTileCol": "2074", + "maxTileCol": "2078" }, "13": { - "minTileRow": "2736", - "maxTileRow": "3775", - "minTileCol": "2688", - "maxTileCol": "4319" + "minTileRow": "2811", + "maxTileRow": "2816", + "minTileCol": "4149", + "maxTileCol": "4157" }, "14": { - "minTileRow": "5472", - "maxTileRow": "7551", - "minTileCol": "5376", - "maxTileCol": "8639" + "minTileRow": "5623", + "maxTileRow": "5633", + "minTileCol": "8299", + "maxTileCol": "8314" }, "15": { - "minTileRow": "10944", - "maxTileRow": "15087", - "minTileCol": "10768", - "maxTileCol": "17263" + "minTileRow": "11247", + "maxTileRow": "11266", + "minTileCol": "16598", + "maxTileCol": "16629" }, "16": { - "minTileRow": "21904", - "maxTileRow": "30159", - "minTileCol": "21536", - "maxTileCol": "34511" + "minTileRow": "22494", + "maxTileRow": "22533", + "minTileCol": "33196", + "maxTileCol": "33259" + }, + "17": { + "minTileRow": "44989", + "maxTileRow": "45066", + "minTileCol": "66392", + "maxTileCol": "66519" + }, + "18": { + "minTileRow": "89978", + "maxTileRow": "90132", + "minTileCol": "132784", + "maxTileCol": "133039" } } }, @@ -41838,7 +44485,7 @@ "legends": [ { "format": "image/jpeg", - "url": "https://wxs.ign.fr/static/legends/LEGEND.jpg", + "url": "https://data.geopf.fr/annexes/ressources/legendes/LEGEND.jpg", "minScaleDenominator": "200" } ], @@ -41849,25 +44496,25 @@ } ] }, - "OCSGE.USAGE.2002$GEOPORTAIL:OGC:WMTS": { - "name": "OCSGE.USAGE.2002", - "title": "Occupation du sol grande échelle 2002 - usage", - "description": "La composante Occupation du sol grande échelle retenue par l'IGN partitionne le territoire en deux vues, physionomique (la couverture) et fonctionnel (l'usage principal). La zone construite, calculée à partir de ces deux informations, délimite les espaces construits des espaces naturels, agricoles et forestiers. Les données respectent les préconisations nationales pour la production des bases de données d'occupation des sols à grande échelle (CNIG).
Source : IGN - 2002", + "ORTHOIMAGERY.EDUGEO.ROISSY1987$GEOPORTAIL:OGC:WMTS": { + "name": "ORTHOIMAGERY.EDUGEO.ROISSY1987", + "title": "Photographie - ROISSY 1987", + "description": "Photographie - ROISSY 1987", "globalConstraint": { "maxScaleDenominator": 559082264.0287179, "minScaleDenominator": 266.5911979812229, "bbox": { - "left": -5.13902, - "right": 9.55982, - "top": 51.089, - "bottom": 41.366 + "left": 2.45202, + "right": 2.65218, + "top": 49.035, + "bottom": 48.9447 } }, "serviceParams": { "id": "OGC:WMTS", "version": "1.0.0", "serverUrl": { - "ocsge": "https://wxs.ign.fr/ocsge/geoportail/wmts" + "full": "https://data.geopf.fr/wmts" } }, "defaultProjection": "EPSG:3857", @@ -41876,69 +44523,81 @@ "tileMatrixSetLimits": { "6": { "minTileRow": "21", - "maxTileRow": "23", - "minTileCol": "31", - "maxTileCol": "33" + "maxTileRow": "21", + "minTileCol": "32", + "maxTileCol": "32" }, "7": { - "minTileRow": "42", - "maxTileRow": "47", - "minTileCol": "62", - "maxTileCol": "67" + "minTileRow": "43", + "maxTileRow": "43", + "minTileCol": "64", + "maxTileCol": "64" }, "8": { - "minTileRow": "85", - "maxTileRow": "95", - "minTileCol": "124", - "maxTileCol": "134" + "minTileRow": "87", + "maxTileRow": "87", + "minTileCol": "129", + "maxTileCol": "129" }, "9": { - "minTileRow": "171", - "maxTileRow": "191", - "minTileCol": "248", - "maxTileCol": "269" + "minTileRow": "175", + "maxTileRow": "175", + "minTileCol": "259", + "maxTileCol": "259" }, "10": { - "minTileRow": "342", - "maxTileRow": "382", - "minTileCol": "497", - "maxTileCol": "539" + "minTileRow": "351", + "maxTileRow": "351", + "minTileCol": "518", + "maxTileCol": "519" }, "11": { - "minTileRow": "684", - "maxTileRow": "765", - "minTileCol": "994", - "maxTileCol": "1078" + "minTileRow": "703", + "maxTileRow": "703", + "minTileCol": "1037", + "maxTileCol": "1039" }, "12": { - "minTileRow": "1369", - "maxTileRow": "1530", - "minTileCol": "1989", - "maxTileCol": "2156" + "minTileRow": "1406", + "maxTileRow": "1407", + "minTileCol": "2075", + "maxTileCol": "2078" }, "13": { - "minTileRow": "2739", - "maxTileRow": "3060", - "minTileCol": "3979", - "maxTileCol": "4313" + "minTileRow": "2812", + "maxTileRow": "2815", + "minTileCol": "4151", + "maxTileCol": "4156" }, "14": { - "minTileRow": "5478", - "maxTileRow": "6120", - "minTileCol": "7958", - "maxTileCol": "8627" + "minTileRow": "5624", + "maxTileRow": "5630", + "minTileCol": "8303", + "maxTileCol": "8312" }, "15": { - "minTileRow": "10957", - "maxTileRow": "12241", - "minTileCol": "15916", - "maxTileCol": "17254" + "minTileRow": "11248", + "maxTileRow": "11260", + "minTileCol": "16607", + "maxTileCol": "16625" }, "16": { - "minTileRow": "21914", - "maxTileRow": "24482", - "minTileCol": "31832", - "maxTileCol": "34508" + "minTileRow": "22496", + "maxTileRow": "22521", + "minTileCol": "33214", + "maxTileCol": "33250" + }, + "17": { + "minTileRow": "44993", + "maxTileRow": "45043", + "minTileCol": "66428", + "maxTileCol": "66501" + }, + "18": { + "minTileRow": "89987", + "maxTileRow": "90087", + "minTileCol": "132857", + "maxTileCol": "133003" } } }, @@ -41953,7 +44612,7 @@ "legends": [ { "format": "image/jpeg", - "url": "https://wxs.ign.fr/static/legends/LEGEND.jpg", + "url": "https://data.geopf.fr/annexes/ressources/legendes/LEGEND.jpg", "minScaleDenominator": "200" } ], @@ -41964,25 +44623,25 @@ } ] }, - "OCSGE.USAGE.2010$GEOPORTAIL:OGC:WMTS": { - "name": "OCSGE.USAGE.2010", - "title": "Occupation du sol grande échelle 2010 - usage", - "description": "La composante Occupation du sol grande échelle retenue par l'IGN partitionne le territoire en deux vues, physionomique (la couverture) et fonctionnel (l'usage principal). La zone construite, calculée à partir de ces deux informations, délimite les espaces construits des espaces naturels, agricoles et forestiers. Les données respectent les préconisations nationales pour la production des bases de données d'occupation des sols à grande échelle", + "ORTHOIMAGERY.EDUGEO.STRASBOURG1975$GEOPORTAIL:OGC:WMTS": { + "name": "ORTHOIMAGERY.EDUGEO.STRASBOURG1975", + "title": "Photographie - Strasbourg 1975", + "description": "Photographie de Strasbourg 1975", "globalConstraint": { "maxScaleDenominator": 559082264.0287179, "minScaleDenominator": 266.5911979812229, "bbox": { - "left": -5.15047, - "right": 9.57054, - "top": 51.0991, - "bottom": 41.3252 + "left": 7.31852, + "right": 7.93153, + "top": 48.6563, + "bottom": 48.4078 } }, "serviceParams": { "id": "OGC:WMTS", "version": "1.0.0", "serverUrl": { - "ocsge": "https://wxs.ign.fr/ocsge/geoportail/wmts" + "full": "https://data.geopf.fr/wmts" } }, "defaultProjection": "EPSG:3857", @@ -41990,77 +44649,77 @@ "tileMatrixSetLink": "PM", "tileMatrixSetLimits": { "6": { - "minTileRow": "16", - "maxTileRow": "31", - "minTileCol": "32", - "maxTileCol": "47" + "minTileRow": "22", + "maxTileRow": "22", + "minTileCol": "33", + "maxTileCol": "33" }, "7": { - "minTileRow": "32", - "maxTileRow": "47", - "minTileCol": "64", - "maxTileCol": "79" + "minTileRow": "44", + "maxTileRow": "44", + "minTileCol": "66", + "maxTileCol": "66" }, "8": { - "minTileRow": "80", - "maxTileRow": "95", - "minTileCol": "128", - "maxTileCol": "143" + "minTileRow": "88", + "maxTileRow": "88", + "minTileCol": "133", + "maxTileCol": "133" }, "9": { "minTileRow": "176", - "maxTileRow": "191", - "minTileCol": "256", - "maxTileCol": "271" + "maxTileRow": "177", + "minTileCol": "266", + "maxTileCol": "267" }, "10": { - "minTileRow": "352", - "maxTileRow": "367", - "minTileCol": "512", - "maxTileCol": "543" + "minTileRow": "353", + "maxTileRow": "354", + "minTileCol": "532", + "maxTileCol": "534" }, "11": { - "minTileRow": "704", - "maxTileRow": "735", - "minTileCol": "1040", - "maxTileCol": "1071" + "minTileRow": "706", + "maxTileRow": "708", + "minTileCol": "1065", + "maxTileCol": "1069" }, "12": { - "minTileRow": "1408", - "maxTileRow": "1455", - "minTileCol": "2080", - "maxTileCol": "2143" + "minTileRow": "1412", + "maxTileRow": "1416", + "minTileCol": "2131", + "maxTileCol": "2138" }, "13": { - "minTileRow": "2832", - "maxTileRow": "2911", - "minTileCol": "4176", - "maxTileCol": "4271" + "minTileRow": "2825", + "maxTileRow": "2833", + "minTileCol": "4262", + "maxTileCol": "4276" }, "14": { - "minTileRow": "5680", - "maxTileRow": "5823", - "minTileCol": "8368", - "maxTileCol": "8527" + "minTileRow": "5650", + "maxTileRow": "5667", + "minTileCol": "8525", + "maxTileCol": "8552" }, "15": { - "minTileRow": "11376", - "maxTileRow": "11631", - "minTileCol": "16752", - "maxTileCol": "17039" + "minTileRow": "11300", + "maxTileRow": "11334", + "minTileCol": "17050", + "maxTileCol": "17105" }, "16": { - "minTileRow": "22768", - "maxTileRow": "23247", - "minTileCol": "33504", - "maxTileCol": "34079" + "minTileRow": "22601", + "maxTileRow": "22669", + "minTileCol": "34100", + "maxTileCol": "34211" } } }, "styles": [ { - "name": "nolegend", - "title": "Données sans légende", + "name": "normal", + "title": "Légende générique", "current": true, "url": null } @@ -42068,7 +44727,7 @@ "legends": [ { "format": "image/jpeg", - "url": "https://wxs.ign.fr/static/legends/LEGEND.jpg", + "url": "https://data.geopf.fr/annexes/ressources/legendes/LEGEND.jpg", "minScaleDenominator": "200" } ], @@ -42079,25 +44738,25 @@ } ] }, - "OCSGE.USAGE.2011$GEOPORTAIL:OGC:WMTS": { - "name": "OCSGE.USAGE.2011", - "title": "Occupation du sol grande échelle 2011 - usage", - "description": "La composante Occupation du sol grande échelle retenue par l'IGN partitionne le territoire en deux vues, physionomique (la couverture) et fonctionnel (l'usage principal). La zone construite, calculée à partir de ces deux informations, délimite les espaces construits des espaces naturels, agricoles et forestiers. Les données respectent les préconisations nationales pour la production des bases de données d'occupation des sols à grande échelle (CNIG).
Source : IGN - 2011", + "ORTHOIMAGERY.EDUGEO.STRASBOURG1985$GEOPORTAIL:OGC:WMTS": { + "name": "ORTHOIMAGERY.EDUGEO.STRASBOURG1985", + "title": "Photographie - Strasbourg 1985", + "description": "Photographie de Strasbourg 1985", "globalConstraint": { "maxScaleDenominator": 559082264.0287179, "minScaleDenominator": 266.5911979812229, "bbox": { - "left": -5.15047, - "right": 9.57054, - "top": 51.0991, - "bottom": 41.3252 + "left": 7.46865, + "right": 7.894, + "top": 48.6232, + "bottom": 48.3995 } }, "serviceParams": { "id": "OGC:WMTS", "version": "1.0.0", "serverUrl": { - "ocsge": "https://wxs.ign.fr/ocsge/geoportail/wmts" + "full": "https://data.geopf.fr/wmts" } }, "defaultProjection": "EPSG:3857", @@ -42105,77 +44764,77 @@ "tileMatrixSetLink": "PM", "tileMatrixSetLimits": { "6": { - "minTileRow": "16", - "maxTileRow": "31", - "minTileCol": "32", - "maxTileCol": "47" + "minTileRow": "22", + "maxTileRow": "22", + "minTileCol": "33", + "maxTileCol": "33" }, "7": { - "minTileRow": "32", - "maxTileRow": "47", - "minTileCol": "64", - "maxTileCol": "79" + "minTileRow": "44", + "maxTileRow": "44", + "minTileCol": "66", + "maxTileCol": "66" }, "8": { - "minTileRow": "80", - "maxTileRow": "95", - "minTileCol": "128", - "maxTileCol": "143" + "minTileRow": "88", + "maxTileRow": "88", + "minTileCol": "133", + "maxTileCol": "133" }, "9": { "minTileRow": "176", - "maxTileRow": "191", - "minTileCol": "256", - "maxTileCol": "271" + "maxTileRow": "177", + "minTileCol": "266", + "maxTileCol": "267" }, "10": { - "minTileRow": "352", - "maxTileRow": "367", - "minTileCol": "512", - "maxTileCol": "543" + "minTileRow": "353", + "maxTileRow": "354", + "minTileCol": "533", + "maxTileCol": "534" }, "11": { - "minTileRow": "704", - "maxTileRow": "735", - "minTileCol": "1040", - "maxTileCol": "1071" + "minTileRow": "706", + "maxTileRow": "708", + "minTileCol": "1066", + "maxTileCol": "1068" }, "12": { - "minTileRow": "1408", - "maxTileRow": "1455", - "minTileCol": "2080", - "maxTileCol": "2127" + "minTileRow": "1413", + "maxTileRow": "1417", + "minTileCol": "2132", + "maxTileCol": "2137" }, "13": { - "minTileRow": "2832", - "maxTileRow": "2911", - "minTileCol": "4160", - "maxTileCol": "4255" + "minTileRow": "2826", + "maxTileRow": "2834", + "minTileCol": "4265", + "maxTileCol": "4275" }, "14": { - "minTileRow": "5664", - "maxTileRow": "5823", - "minTileCol": "8320", - "maxTileCol": "8511" + "minTileRow": "5652", + "maxTileRow": "5668", + "minTileCol": "8531", + "maxTileCol": "8551" }, "15": { - "minTileRow": "11328", - "maxTileRow": "11647", - "minTileCol": "16640", - "maxTileCol": "17007" + "minTileRow": "11305", + "maxTileRow": "11336", + "minTileCol": "17063", + "maxTileCol": "17102" }, "16": { - "minTileRow": "22656", - "maxTileRow": "23279", - "minTileCol": "33280", - "maxTileCol": "34015" + "minTileRow": "22610", + "maxTileRow": "22672", + "minTileCol": "34127", + "maxTileCol": "34205" } } }, "styles": [ { - "name": "nolegend", - "title": "Données sans légende", + "name": "normal", + "title": "Légende générique", "current": true, "url": null } @@ -42183,7 +44842,7 @@ "legends": [ { "format": "image/jpeg", - "url": "https://wxs.ign.fr/static/legends/LEGEND.jpg", + "url": "https://data.geopf.fr/annexes/ressources/legendes/LEGEND.jpg", "minScaleDenominator": "200" } ], @@ -42194,25 +44853,25 @@ } ] }, - "OCSGE.USAGE.2014$GEOPORTAIL:OGC:WMTS": { - "name": "OCSGE.USAGE.2014", - "title": "Occupation du sol grande échelle 2014 - usage", - "description": "La composante Occupation du sol grande échelle retenue par l'IGN partitionne le territoire en deux vues, physionomique (la couverture) et fonctionnel (l'usage principal). La zone construite, calculée à partir de ces deux informations, délimite les espaces construits des espaces naturels, agricoles et forestiers. Les données respectent les préconisations nationales pour la production des bases de données d'occupation des sols à grande échelle (CNIG).
Source : IGN - 2014", + "ORTHOIMAGERY.EDUGEO.STRASBOURG2010$GEOPORTAIL:OGC:WMTS": { + "name": "ORTHOIMAGERY.EDUGEO.STRASBOURG2010", + "title": "SPOT STRASBOURG 2010", + "description": "Zone de Paris - STRASBOURG 2010", "globalConstraint": { "maxScaleDenominator": 559082264.0287179, "minScaleDenominator": 266.5911979812229, "bbox": { - "left": -5.13902, - "right": 9.55982, - "top": 51.089, - "bottom": 41.366 + "left": 7.13087, + "right": 8.2568, + "top": 48.8707, + "bottom": 48.0411 } }, "serviceParams": { "id": "OGC:WMTS", "version": "1.0.0", "serverUrl": { - "ocsge": "https://wxs.ign.fr/ocsge/geoportail/wmts" + "full": "https://data.geopf.fr/wmts" } }, "defaultProjection": "EPSG:3857", @@ -42220,70 +44879,70 @@ "tileMatrixSetLink": "PM", "tileMatrixSetLimits": { "6": { - "minTileRow": "21", - "maxTileRow": "23", - "minTileCol": "31", + "minTileRow": "22", + "maxTileRow": "22", + "minTileCol": "33", "maxTileCol": "33" }, "7": { - "minTileRow": "42", - "maxTileRow": "47", - "minTileCol": "62", - "maxTileCol": "67" + "minTileRow": "44", + "maxTileRow": "44", + "minTileCol": "66", + "maxTileCol": "66" }, "8": { - "minTileRow": "85", - "maxTileRow": "95", - "minTileCol": "124", - "maxTileCol": "134" + "minTileRow": "88", + "maxTileRow": "88", + "minTileCol": "133", + "maxTileCol": "133" }, "9": { - "minTileRow": "171", - "maxTileRow": "191", - "minTileCol": "248", - "maxTileCol": "269" + "minTileRow": "176", + "maxTileRow": "177", + "minTileCol": "266", + "maxTileCol": "267" }, "10": { - "minTileRow": "342", - "maxTileRow": "382", - "minTileCol": "497", - "maxTileCol": "539" + "minTileRow": "352", + "maxTileRow": "355", + "minTileCol": "532", + "maxTileCol": "535" }, "11": { - "minTileRow": "684", - "maxTileRow": "765", - "minTileCol": "994", - "maxTileCol": "1078" + "minTileRow": "704", + "maxTileRow": "711", + "minTileCol": "1064", + "maxTileCol": "1070" }, "12": { - "minTileRow": "1369", - "maxTileRow": "1530", - "minTileCol": "1989", - "maxTileCol": "2156" + "minTileRow": "1408", + "maxTileRow": "1423", + "minTileCol": "2129", + "maxTileCol": "2141" }, "13": { - "minTileRow": "2739", - "maxTileRow": "3060", - "minTileCol": "3979", - "maxTileCol": "4313" + "minTileRow": "2817", + "maxTileRow": "2846", + "minTileCol": "4258", + "maxTileCol": "4283" }, "14": { - "minTileRow": "5478", - "maxTileRow": "6120", - "minTileCol": "7958", - "maxTileCol": "8627" + "minTileRow": "5635", + "maxTileRow": "5692", + "minTileCol": "8516", + "maxTileCol": "8567" }, "15": { - "minTileRow": "10957", - "maxTileRow": "12241", - "minTileCol": "15916", - "maxTileCol": "17254" + "minTileRow": "11271", + "maxTileRow": "11385", + "minTileCol": "17033", + "maxTileCol": "17135" }, "16": { - "minTileRow": "21914", - "maxTileRow": "24482", - "minTileCol": "31832", - "maxTileCol": "34508" + "minTileRow": "22542", + "maxTileRow": "22770", + "minTileCol": "34066", + "maxTileCol": "34271" } } }, @@ -42298,7 +44957,7 @@ "legends": [ { "format": "image/jpeg", - "url": "https://wxs.ign.fr/static/legends/LEGEND.jpg", + "url": "https://data.geopf.fr/annexes/ressources/legendes/LEGEND.jpg", "minScaleDenominator": "200" } ], @@ -42309,25 +44968,25 @@ } ] }, - "OCSGE.USAGE.2016$GEOPORTAIL:OGC:WMTS": { - "name": "OCSGE.USAGE.2016", - "title": "Occupation du sol grande échelle 2016 - usage", - "description": "La composante Occupation du sol grande échelle retenue par l'IGN partitionne le territoire en deux vues, physionomique (la couverture) et fonctionnel (l'usage principal). La zone construite, calculée à partir de ces deux informations, délimite les espaces construits des espaces naturels, agricoles et forestiers. Les données respectent les préconisations nationales pour la production des bases de données d'occupation des sols à grande échelle (CNIG).
Source : IGN - 2016", + "ORTHOIMAGERY.EDUGEO.TOULON-HYERES1972$GEOPORTAIL:OGC:WMTS": { + "name": "ORTHOIMAGERY.EDUGEO.TOULON-HYERES1972", + "title": "Photographie - TOULON-HYERES 1972", + "description": "Photographie de TOULON-HYERES 1972", "globalConstraint": { "maxScaleDenominator": 559082264.0287179, "minScaleDenominator": 266.5911979812229, "bbox": { - "left": -5.15047, - "right": 9.57054, - "top": 51.0991, - "bottom": 41.3252 + "left": 5.74223, + "right": 6.33021, + "top": 43.2163, + "bottom": 42.9696 } }, "serviceParams": { "id": "OGC:WMTS", "version": "1.0.0", "serverUrl": { - "ocsge": "https://wxs.ign.fr/ocsge/geoportail/wmts" + "full": "https://data.geopf.fr/wmts" } }, "defaultProjection": "EPSG:3857", @@ -42335,77 +44994,77 @@ "tileMatrixSetLink": "PM", "tileMatrixSetLimits": { "6": { - "minTileRow": "16", - "maxTileRow": "31", - "minTileCol": "16", - "maxTileCol": "47" + "minTileRow": "23", + "maxTileRow": "23", + "minTileCol": "33", + "maxTileCol": "33" }, "7": { - "minTileRow": "32", + "minTileRow": "46", "maxTileRow": "47", - "minTileCol": "48", - "maxTileCol": "79" + "minTileCol": "66", + "maxTileCol": "66" }, "8": { - "minTileRow": "80", - "maxTileRow": "95", - "minTileCol": "112", - "maxTileCol": "143" + "minTileRow": "93", + "maxTileRow": "94", + "minTileCol": "132", + "maxTileCol": "132" }, "9": { - "minTileRow": "160", - "maxTileRow": "191", - "minTileCol": "240", - "maxTileCol": "271" + "minTileRow": "187", + "maxTileRow": "188", + "minTileCol": "264", + "maxTileCol": "265" }, "10": { - "minTileRow": "336", - "maxTileRow": "383", - "minTileCol": "496", - "maxTileCol": "543" + "minTileRow": "375", + "maxTileRow": "376", + "minTileCol": "528", + "maxTileCol": "530" }, "11": { - "minTileRow": "672", - "maxTileRow": "767", - "minTileCol": "992", - "maxTileCol": "1087" + "minTileRow": "750", + "maxTileRow": "752", + "minTileCol": "1056", + "maxTileCol": "1060" }, "12": { - "minTileRow": "1360", - "maxTileRow": "1535", - "minTileCol": "1984", - "maxTileCol": "2159" + "minTileRow": "1501", + "maxTileRow": "1505", + "minTileCol": "2113", + "maxTileCol": "2120" }, "13": { - "minTileRow": "2736", - "maxTileRow": "3071", - "minTileCol": "3968", - "maxTileCol": "4319" + "minTileRow": "3003", + "maxTileRow": "3011", + "minTileCol": "4226", + "maxTileCol": "4240" }, "14": { - "minTileRow": "5472", - "maxTileRow": "6127", - "minTileCol": "7952", - "maxTileCol": "8639" + "minTileRow": "6006", + "maxTileRow": "6022", + "minTileCol": "8453", + "maxTileCol": "8480" }, "15": { - "minTileRow": "10944", - "maxTileRow": "12255", - "minTileCol": "15904", - "maxTileCol": "17263" + "minTileRow": "12013", + "maxTileRow": "12044", + "minTileCol": "16906", + "maxTileCol": "16960" }, "16": { - "minTileRow": "21904", - "maxTileRow": "24495", - "minTileCol": "31824", - "maxTileCol": "34511" + "minTileRow": "24027", + "maxTileRow": "24088", + "minTileCol": "33813", + "maxTileCol": "33920" } } }, "styles": [ { - "name": "nolegend", - "title": "Données sans légende", + "name": "normal", + "title": "Légende générique", "current": true, "url": null } @@ -42413,7 +45072,7 @@ "legends": [ { "format": "image/jpeg", - "url": "https://wxs.ign.fr/static/legends/LEGEND.jpg", + "url": "https://data.geopf.fr/annexes/ressources/legendes/LEGEND.jpg", "minScaleDenominator": "200" } ], @@ -42424,25 +45083,25 @@ } ] }, - "OCSGE.USAGE.2017$GEOPORTAIL:OGC:WMTS": { - "name": "OCSGE.USAGE.2017", - "title": "Occupation du sol grande échelle 2017 - usage", - "description": "La composante Occupation du sol grande échelle retenue par l'IGN partitionne le territoire en deux vues, physionomique (la couverture) et fonctionnel (l'usage principal). La zone construite, calculée à partir de ces deux informations, délimite les espaces construits des espaces naturels, agricoles et forestiers. Les données respectent les préconisations nationales pour la production des bases de données d'occupation des sols à grande échelle (CNIG).
", + "ORTHOIMAGERY.EDUGEO.TOULOUSE1954$GEOPORTAIL:OGC:WMTS": { + "name": "ORTHOIMAGERY.EDUGEO.TOULOUSE1954", + "title": "Photographie -Toulouse 1954", + "description": "Photographie de Toulouse 1954", "globalConstraint": { "maxScaleDenominator": 559082264.0287179, "minScaleDenominator": 266.5911979812229, "bbox": { - "left": -61.6644, - "right": 9.57054, - "top": 51.0991, - "bottom": 14.2395 + "left": 1.23852, + "right": 1.55128, + "top": 43.7247, + "bottom": 43.5618 } }, "serviceParams": { "id": "OGC:WMTS", "version": "1.0.0", "serverUrl": { - "ocsge": "https://wxs.ign.fr/ocsge/geoportail/wmts" + "full": "https://data.geopf.fr/wmts" } }, "defaultProjection": "EPSG:3857", @@ -42450,77 +45109,77 @@ "tileMatrixSetLink": "PM", "tileMatrixSetLimits": { "6": { - "minTileRow": "16", - "maxTileRow": "31", - "minTileCol": "16", - "maxTileCol": "47" + "minTileRow": "23", + "maxTileRow": "23", + "minTileCol": "32", + "maxTileCol": "32" }, "7": { - "minTileRow": "32", - "maxTileRow": "63", - "minTileCol": "32", - "maxTileCol": "79" + "minTileRow": "46", + "maxTileRow": "46", + "minTileCol": "64", + "maxTileCol": "64" }, "8": { - "minTileRow": "80", - "maxTileRow": "127", - "minTileCol": "80", - "maxTileCol": "143" + "minTileRow": "93", + "maxTileRow": "93", + "minTileCol": "128", + "maxTileCol": "129" }, "9": { - "minTileRow": "176", - "maxTileRow": "239", - "minTileCol": "160", - "maxTileCol": "271" + "minTileRow": "186", + "maxTileRow": "187", + "minTileCol": "257", + "maxTileCol": "258" }, "10": { - "minTileRow": "352", - "maxTileRow": "479", - "minTileCol": "336", - "maxTileCol": "543" + "minTileRow": "373", + "maxTileRow": "374", + "minTileCol": "515", + "maxTileCol": "516" }, "11": { - "minTileRow": "704", - "maxTileRow": "943", - "minTileCol": "672", - "maxTileCol": "1071" + "minTileRow": "746", + "maxTileRow": "748", + "minTileCol": "1031", + "maxTileCol": "1032" }, "12": { - "minTileRow": "1408", - "maxTileRow": "1887", - "minTileCol": "1344", - "maxTileCol": "2143" + "minTileRow": "1493", + "maxTileRow": "1496", + "minTileCol": "2062", + "maxTileCol": "2065" }, "13": { - "minTileRow": "2832", - "maxTileRow": "3775", - "minTileCol": "2688", - "maxTileCol": "4271" + "minTileRow": "2987", + "maxTileRow": "2992", + "minTileCol": "4124", + "maxTileCol": "4131" }, "14": { - "minTileRow": "5680", - "maxTileRow": "7551", - "minTileCol": "5376", - "maxTileCol": "8543" + "minTileRow": "5974", + "maxTileRow": "5985", + "minTileCol": "8248", + "maxTileCol": "8262" }, "15": { - "minTileRow": "11376", - "maxTileRow": "15087", - "minTileCol": "10768", - "maxTileCol": "17071" + "minTileRow": "11949", + "maxTileRow": "11970", + "minTileCol": "16496", + "maxTileCol": "16525" }, "16": { - "minTileRow": "22768", - "maxTileRow": "30159", - "minTileCol": "21536", - "maxTileCol": "34127" + "minTileRow": "23899", + "maxTileRow": "23940", + "minTileCol": "32993", + "maxTileCol": "33050" } } }, "styles": [ { - "name": "nolegend", - "title": "Données sans légende", + "name": "normal", + "title": "Légende générique", "current": true, "url": null } @@ -42528,7 +45187,7 @@ "legends": [ { "format": "image/jpeg", - "url": "https://wxs.ign.fr/static/legends/LEGEND.jpg", + "url": "https://data.geopf.fr/annexes/ressources/legendes/LEGEND.jpg", "minScaleDenominator": "200" } ], @@ -42539,25 +45198,25 @@ } ] }, - "OCSGE.USAGE.2019$GEOPORTAIL:OGC:WMTS": { - "name": "OCSGE.USAGE.2019", - "title": "Occupation du sol grande échelle 2019 - usage", - "description": "La composante Occupation du sol grande échelle retenue par l'IGN partitionne le territoire en deux vues, physionomique (la couverture) et fonctionnel (l'usage principal). La zone construite, calculée à partir de ces deux informations, délimite les espaces construits des espaces naturels, agricoles et forestiers. Les données respectent les préconisations nationales pour la production des bases de données d'occupation des sols à grande échelle (CNIG) Source : IGN - 2019", + "ORTHOIMAGERY.EDUGEO.VALEE-DU-DRAC2010$GEOPORTAIL:OGC:WMTS": { + "name": "ORTHOIMAGERY.EDUGEO.VALEE-DU-DRAC2010", + "title": "SPOT Vallée du Drac 2010", + "description": "Zone de la Vallée du Drac - 2010", "globalConstraint": { "maxScaleDenominator": 559082264.0287179, "minScaleDenominator": 266.5911979812229, "bbox": { - "left": -0.291052, - "right": 1.2122, - "top": 44.0864, - "bottom": 43.3043 + "left": 5.12922, + "right": 6.25515, + "top": 45.0301, + "bottom": 44.7643 } }, "serviceParams": { "id": "OGC:WMTS", "version": "1.0.0", "serverUrl": { - "ocsge": "https://wxs.ign.fr/ocsge/geoportail/wmts" + "full": "https://data.geopf.fr/wmts" } }, "defaultProjection": "EPSG:3857", @@ -42567,75 +45226,75 @@ "6": { "minTileRow": "23", "maxTileRow": "23", - "minTileCol": "31", - "maxTileCol": "32" + "minTileCol": "32", + "maxTileCol": "33" }, "7": { "minTileRow": "46", "maxTileRow": "46", - 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"url": "https://wxs.ign.fr/static/legends/LEGEND.jpg", + "url": "https://data.geopf.fr/annexes/ressources/legendes/LEGEND.jpg", "minScaleDenominator": "200" } ], @@ -42654,25 +45313,25 @@ } ] }, - "OCSGE.VISU.2016$GEOPORTAIL:OGC:WMTS": { - "name": "OCSGE.VISU.2016", - "title": "Visualisation OCSGE 2016", - "description": "Résultat IA aggloméré à l'ortho 2016", + "ORTHOIMAGERY.EDUGEO.VANNES-GOLFE-DU-MORBIHAN1970$GEOPORTAIL:OGC:WMTS": { + "name": "ORTHOIMAGERY.EDUGEO.VANNES-GOLFE-DU-MORBIHAN1970", + "title": "Photographie - VANNES GOLFE DU MORBIHAN 1970", + "description": "Photographie - VANNES GOLFE DU MORBIHAN 1970", "globalConstraint": { "maxScaleDenominator": 559082264.0287179, "minScaleDenominator": 266.5911979812229, "bbox": { - "left": -0.318517, - "right": 1.22575, - "top": 44.0543, - "bottom": 43.2815 + "left": -3.20264, + "right": -2.62716, + "top": 47.7138, + "bottom": 47.4607 } }, "serviceParams": { "id": "OGC:WMTS", "version": "1.0.0", "serverUrl": { - "ocsge": "https://wxs.ign.fr/ocsge/geoportail/wmts" + "full": "https://data.geopf.fr/wmts" } }, "defaultProjection": "EPSG:3857", @@ -42680,89 +45339,89 @@ "tileMatrixSetLink": "PM", "tileMatrixSetLimits": { "6": { - 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"maxTileCol": "4123" + "minTileRow": "2817", + "maxTileRow": "2826", + "minTileCol": "4141", + "maxTileCol": "4148" }, "14": { - "minTileRow": "5951", - "maxTileRow": "6001", - "minTileCol": "8178", - "maxTileCol": "8247" + "minTileRow": "5635", + "maxTileRow": "5653", + "minTileCol": "8282", + "maxTileCol": "8297" }, "15": { - "minTileRow": "11902", - "maxTileRow": "12002", - "minTileCol": "16356", - "maxTileCol": "16495" + "minTileRow": "11270", + "maxTileRow": "11307", + "minTileCol": "16565", + "maxTileCol": "16595" }, "16": { - "minTileRow": "23805", - "maxTileRow": "24005", - "minTileCol": "32712", - "maxTileCol": "32990" + "minTileRow": "22540", + "maxTileRow": "22615", + "minTileCol": "33130", + "maxTileCol": "33191" }, "17": { - "minTileRow": "47611", - "maxTileRow": "48011", - "minTileCol": "65425", - "maxTileCol": "65980" + "minTileRow": "45080", + "maxTileRow": "45230", + "minTileCol": "66260", + "maxTileCol": "66383" }, "18": { - "minTileRow": "95222", - "maxTileRow": "96022", - "minTileCol": "130851", - "maxTileCol": "131960" + "minTileRow": "90160", + "maxTileRow": "90460", + "minTileCol": "132520", + "maxTileCol": "132766" } } }, "styles": [ { - "name": "nolegend", - "title": "Données sans légende", + "name": "normal", + "title": "Légende générique", "current": true, "url": null } @@ -42897,7 +45556,7 @@ "legends": [ { "format": "image/jpeg", - "url": "https://wxs.ign.fr/static/legends/LEGEND.jpg", + "url": "https://data.geopf.fr/annexes/ressources/legendes/LEGEND.jpg", "minScaleDenominator": "200" } ], @@ -42908,25 +45567,25 @@ } ] }, - "OCSGE_2016$GEOPORTAIL:OGC:WMTS": { - "name": "OCSGE_2016", - "title": "OCSGE_2016", - "description": null, + "ORTHOIMAGERY.EDUGEO.VERSAILLES1989$GEOPORTAIL:OGC:WMTS": { + "name": "ORTHOIMAGERY.EDUGEO.VERSAILLES1989", + "title": "Photographie - Versailles 1989", + "description": "Photographie de Versailles 1989", "globalConstraint": { "maxScaleDenominator": 559082264.0287179, "minScaleDenominator": 266.5911979812229, "bbox": { - 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"minTileCol": "255", - "maxTileCol": "257" + "minTileRow": "176", + "maxTileRow": "176", + "minTileCol": "258", + "maxTileCol": "259" }, "10": { - "minTileRow": "372", - "maxTileRow": "375", - "minTileCol": "511", - "maxTileCol": "515" + "minTileRow": "352", + "maxTileRow": "353", + "minTileCol": "517", + "maxTileCol": "518" }, "11": { - "minTileRow": "744", - "maxTileRow": "750", - "minTileCol": "1022", - "maxTileCol": "1030" + "minTileRow": "704", + "maxTileRow": "706", + "minTileCol": "1034", + "maxTileCol": "1037" }, "12": { - "minTileRow": "1488", - "maxTileRow": "1500", - "minTileCol": "2044", - "maxTileCol": "2061" + "minTileRow": "1408", + "maxTileRow": "1413", + "minTileCol": "2069", + "maxTileCol": "2074" }, "13": { - "minTileRow": "2976", - "maxTileRow": "3000", - "minTileCol": "4089", - "maxTileCol": "4123" + "minTileRow": "2817", + "maxTileRow": "2826", + "minTileCol": "4138", + "maxTileCol": "4149" }, "14": { - "minTileRow": "5952", - "maxTileRow": "6000", - "minTileCol": "8179", - 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"name": "application/x-protobuf", + "name": "image/png", "current": true } ] }, - "OCSGE_2019$GEOPORTAIL:OGC:WMTS": { - "name": "OCSGE_2019", - "title": "OCSGE_2019", - "description": null, + "ORTHOIMAGERY.ORTHO-SAT.PLEIADES.2012$GEOPORTAIL:OGC:WMTS": { + "name": "ORTHOIMAGERY.ORTHO-SAT.PLEIADES.2012", + "title": "PLEIADES - 2012", + "description": "Agrégation des images Pléiades de l'année 2012.", "globalConstraint": { "maxScaleDenominator": 559082264.0287179, "minScaleDenominator": 266.5911979812229, "bbox": { - "left": -6.50391, - "right": 9.84375, - "top": 51.2894, - "bottom": 40.9799 + "left": -53.2686, + "right": 55.5544, + "top": 50.6037, + "bottom": -21.3539 } }, "serviceParams": { "id": "OGC:WMTS", "version": "1.0.0", "serverUrl": { - "ocsge": "https://wxs.ign.fr/ocsge/geoportail/wmts" + "full": "https://data.geopf.fr/wmts" } }, "defaultProjection": "EPSG:3857", "wmtsOptions": { "tileMatrixSetLink": "PM", "tileMatrixSetLimits": { + "0": { + "minTileRow": "0", + "maxTileRow": "0", + "minTileCol": "0", + "maxTileCol": "0" + }, + "1": { + "minTileRow": "0", + "maxTileRow": "1", + "minTileCol": "0", + "maxTileCol": "1" + }, + "2": { + "minTileRow": "1", + "maxTileRow": "2", + "minTileCol": "1", + "maxTileCol": "2" + }, + "3": { + "minTileRow": "2", + "maxTileRow": "4", + "minTileCol": "2", + "maxTileCol": "5" + }, + "4": { + "minTileRow": "5", + "maxTileRow": "8", + "minTileCol": "5", + "maxTileCol": "10" + }, + "5": { + "minTileRow": "10", + "maxTileRow": "17", + "minTileCol": "11", + "maxTileCol": "20" + }, "6": { - 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Source : IGN - 2017", + "ORTHOIMAGERY.ORTHO-SAT.PLEIADES.2019$GEOPORTAIL:OGC:WMTS": { + "name": "ORTHOIMAGERY.ORTHO-SAT.PLEIADES.2019", + "title": "PLEIADES - 2019", + "description": "Agrégation des images Pleiades de l'année 2019", "globalConstraint": { - "minScaleDenominator": 267.857142857, - "maxScaleDenominator": 559082264.2857143, + "maxScaleDenominator": 559082264.0287179, + "minScaleDenominator": 266.5911979812229, "bbox": { - "left": -61.664384666, - "right": 9.570543239, - "top": 51.099054184, - "bottom": 14.239534788 + "left": -63.1702, + "right": 55.8649, + "top": 51.1117, + "bottom": -21.4094 } }, "serviceParams": { - "id": "OGC:WMS", - "version": "1.3.0", + "id": "OGC:WMTS", + "version": "1.0.0", "serverUrl": { - "ocsge": "https://wxs.ign.fr/ocsge/geoportail/r/wms?" + "full": "https://data.geopf.fr/wmts" } }, "defaultProjection": "EPSG:3857", - "queryable": false, - "metadata": [ - { - "format": "xml", - "url": "https://wxs.ign.fr/catalogue/geoportail/csw?service=CSW&version=2.0.2&request=GetRecordById&Id=IGNF_OCS_GE_1-0.xml" + "wmtsOptions": { + "tileMatrixSetLink": "PM", + "tileMatrixSetLimits": { + "0": { + "minTileRow": "0", + "maxTileRow": "0", + "minTileCol": "0", + "maxTileCol": "0" + }, + "1": { + "minTileRow": "0", + "maxTileRow": "1", + "minTileCol": "0", + "maxTileCol": "1" + }, + "2": { + "minTileRow": "1", + "maxTileRow": "2", + "minTileCol": "1", + "maxTileCol": "2" + }, + "3": { + "minTileRow": "2", + "maxTileRow": "4", + "minTileCol": "2", + "maxTileCol": "5" + }, + "4": { + "minTileRow": "5", + "maxTileRow": "8", + "minTileCol": "5", + "maxTileCol": "10" + }, + "5": { + "minTileRow": "10", + "maxTileRow": "17", + "minTileCol": "10", + "maxTileCol": "20" + }, + "6": { + "minTileRow": "21", + "maxTileRow": "35", + "minTileCol": "20", + "maxTileCol": "41" + }, + "7": { + "minTileRow": "42", + "maxTileRow": "71", + "minTileCol": "41", + "maxTileCol": "83" + }, + "8": { + "minTileRow": "85", + "maxTileRow": "143", + "minTileCol": "83", + "maxTileCol": "167" + }, + "9": { + "minTileRow": "171", + "maxTileRow": "287", + "minTileCol": "166", + "maxTileCol": "335" + }, + "10": { + "minTileRow": "342", + "maxTileRow": "574", + "minTileCol": "332", + "maxTileCol": "670" + }, + "11": { + "minTileRow": "684", + "maxTileRow": "1148", + "minTileCol": "664", + "maxTileCol": "1341" + }, + "12": { + "minTileRow": "1369", + "maxTileRow": "2297", + "minTileCol": "1329", + "maxTileCol": "2683" + }, + "13": { + "minTileRow": "2738", + "maxTileRow": "4594", + "minTileCol": "2658", + "maxTileCol": "5367" + }, + "14": { + "minTileRow": "5476", + "maxTileRow": "9189", + "minTileCol": "5317", + "maxTileCol": "10734" + }, + "15": { + "minTileRow": "10953", + "maxTileRow": "18379", + "minTileCol": "10634", + "maxTileCol": "21468" + }, + "16": { + "minTileRow": "21907", + "maxTileRow": "36759", + "minTileCol": "21268", + "maxTileCol": "42937" + }, + "17": { + "minTileRow": "43815", + "maxTileRow": "73518", + "minTileCol": "42536", + "maxTileCol": "85875" + }, + "18": { + "minTileRow": "87630", + "maxTileRow": "147037", + "minTileCol": "85072", + "maxTileCol": "171751" + } } - ], + }, "styles": [ { - "name": "nolegend", - "title": "Données sans légende" + "name": "normal", + "title": "Légende générique", + "current": true, + "url": null } ], "legends": [ { "format": "image/jpeg", - "url": "https://wxs.ign.fr/static/legends/LEGEND.jpg" + "url": "https://data.geopf.fr/annexes/ressources/legendes/LEGEND.jpg", + "minScaleDenominator": "200" } ], "formats": [ - { - "name": "image/jpeg", - "current": true - }, { "name": "image/png", - "current": false - }, - { - "name": "image/tiff", - "current": false - }, - { - "name": "image/geotiff", - "current": false - }, - { - "name": "image/x-bil;bits=32", - "current": false - }, - { - "name": "text/asc", - "current": false + "current": true } ] }, - "OCSGE.COUVERTURE.2019$GEOPORTAIL:OGC:WMS": { - "name": "OCSGE.COUVERTURE.2019", - "title": "Occupation du sol grande échelle 2019 - couverture", - "description": "La composante Occupation du sol grande échelle retenue par l'IGN partitionne le territoire en deux vues, physionomique (la couverture) et fonctionnel (l'usage principal). La zone construite, calculée à partir de ces deux informations, délimite les espaces construits des espaces naturels, agricoles et forestiers. Les données respectent les préconisations nationales pour la production des bases de données d'occupation des sols à grande échelle (CNIG). Source : IGN - 2019", + "ORTHOIMAGERY.ORTHO-SAT.PLEIADES.2020$GEOPORTAIL:OGC:WMTS": { + "name": "ORTHOIMAGERY.ORTHO-SAT.PLEIADES.2020", + "title": "PLEIADES - 2020", + "description": "Agrégation des images Pleiades de l'année 2020", "globalConstraint": { - "minScaleDenominator": 267.857142857, - "maxScaleDenominator": 559082264.2857143, + "maxScaleDenominator": 559082264.0287179, + "minScaleDenominator": 266.5911979812229, "bbox": { - "left": -0.291052179, - "right": 1.212196409, - "top": 44.086448523, - "bottom": 43.304347462 + "left": -63.1724, + "right": 45.3136, + "top": 51.1117, + "bottom": -13.0169 } }, "serviceParams": { - "id": "OGC:WMS", - "version": "1.3.0", + "id": "OGC:WMTS", + "version": "1.0.0", "serverUrl": { - "ocsge": "https://wxs.ign.fr/ocsge/geoportail/r/wms?" + "full": "https://data.geopf.fr/wmts" } }, "defaultProjection": "EPSG:3857", - "queryable": true, - "metadata": [ - { - "format": "xml", - "url": "https://wxs.ign.fr/catalogue/geoportail/csw?service=CSW&version=2.0.2&request=GetRecordById&Id=IGNF_OCS_GE_1-0.xml" - } - ], + "wmtsOptions": { + "tileMatrixSetLink": "PM", + "tileMatrixSetLimits": { + "0": { + "minTileRow": "0", + "maxTileRow": "0", + "minTileCol": "0", + "maxTileCol": "0" + }, + "1": { + "minTileRow": "0", + "maxTileRow": "1", + "minTileCol": "0", + "maxTileCol": "1" + }, + "2": { + "minTileRow": "1", + "maxTileRow": "2", + "minTileCol": "1", + "maxTileCol": "2" + }, + "3": { + "minTileRow": "2", + "maxTileRow": "4", + "minTileCol": "2", + "maxTileCol": "5" + }, + "4": { + "minTileRow": "5", + "maxTileRow": "8", + "minTileCol": "5", + "maxTileCol": "10" + }, + "5": { + "minTileRow": "10", + "maxTileRow": "17", + "minTileCol": "10", + "maxTileCol": "20" + }, + "6": { + "minTileRow": "21", + "maxTileRow": "34", + "minTileCol": "20", + "maxTileCol": "40" + }, + "7": { + "minTileRow": "42", + "maxTileRow": "68", + "minTileCol": "41", + "maxTileCol": "80" + }, + "8": { + "minTileRow": "85", + "maxTileRow": "137", + "minTileCol": "83", + "maxTileCol": "160" + }, + "9": { + "minTileRow": "171", + "maxTileRow": "274", + "minTileCol": "166", + "maxTileCol": "320" + }, + "10": { + "minTileRow": "342", + "maxTileRow": "549", + "minTileCol": "332", + "maxTileCol": "640" + }, + "11": { + "minTileRow": "684", + "maxTileRow": "1098", + "minTileCol": "664", + "maxTileCol": "1281" + }, + "12": { + "minTileRow": "1369", + "maxTileRow": "2197", + "minTileCol": "1329", + "maxTileCol": "2563" + }, + "13": { + "minTileRow": "2738", + "maxTileRow": "4394", + "minTileCol": "2658", + "maxTileCol": "5127" + }, + "14": { + "minTileRow": "5476", + "maxTileRow": "8789", + "minTileCol": "5316", + "maxTileCol": "10254" + }, + "15": { + "minTileRow": "10953", + "maxTileRow": "17579", + "minTileCol": "10633", + "maxTileCol": "20508" + }, + "16": { + "minTileRow": "21907", + "maxTileRow": "35158", + "minTileCol": "21267", + "maxTileCol": "41017" + }, + "17": { + "minTileRow": "43815", + "maxTileRow": "70316", + "minTileCol": "42535", + "maxTileCol": "82034" + }, + "18": { + "minTileRow": "87630", + "maxTileRow": "140633", + "minTileCol": "85071", + "maxTileCol": "164068" + } + } + }, "styles": [ { - "name": "nolegend", - "title": "Données sans légende" + "name": "normal", + "title": "Légende générique", + "current": true, + "url": null } ], "legends": [ { "format": "image/jpeg", - "url": "https://wxs.ign.fr/static/legends/LEGEND.jpg" + "url": "https://data.geopf.fr/annexes/ressources/legendes/LEGEND.jpg", + "minScaleDenominator": "200" } ], "formats": [ - { - "name": "image/jpeg", - "current": true - }, { "name": "image/png", - "current": false - }, - { - "name": "image/tiff", - "current": false - }, - { - "name": "image/geotiff", - "current": false - }, - { - "name": "image/x-bil;bits=32", - "current": false - }, - { - "name": "text/asc", - "current": false + "current": true } ] }, - "OCSGE.USAGE$GEOPORTAIL:OGC:WMS": { - "name": "OCSGE.USAGE", - "title": "Occupation du sol grande échelle - usage", - "description": "La composante Occupation du sol grande échelle retenue par l'IGN partitionne le territoire en deux vues, physionomique (la couverture) et fonctionnel (l'usage principal). La zone construite, calculée à partir de ces deux informations, délimite les espaces construits des espaces naturels, agricoles et forestiers. Les données respectent les préconisations nationales pour la production des bases de données d'occupation des sols à grande échelle (CNIG).", + "ORTHOIMAGERY.ORTHO-SAT.PLEIADES.2021$GEOPORTAIL:OGC:WMTS": { + "name": "ORTHOIMAGERY.ORTHO-SAT.PLEIADES.2021", + "title": "PLEIADES - 2021", + "description": "Agrégation des images Pleiades de l'année 2021", "globalConstraint": { - "minScaleDenominator": 267.857142857, - "maxScaleDenominator": 559082264.2857143, + "maxScaleDenominator": 559082264.0287179, + "minScaleDenominator": 266.5911979812229, "bbox": { - "left": -61.664384666, - "right": 9.570543239, - "top": 51.099054184, - "bottom": 14.239534788 + "left": -61.8234, + "right": 55.8464, + "top": 51.13, + "bottom": -21.4013 } }, "serviceParams": { - "id": "OGC:WMS", - "version": "1.3.0", + "id": "OGC:WMTS", + "version": "1.0.0", "serverUrl": { - "ocsge": "https://wxs.ign.fr/ocsge/geoportail/r/wms?" + "full": "https://data.geopf.fr/wmts" } }, "defaultProjection": "EPSG:3857", - "queryable": false, - "metadata": [ - { - "format": "xml", - "url": "https://wxs.ign.fr/catalogue/geoportail/csw?service=CSW&version=2.0.2&request=GetRecordById&Id=IGNF_OCS_GE_1-0.xml" + "wmtsOptions": { + "tileMatrixSetLink": "PM", + "tileMatrixSetLimits": { + "0": { + "minTileRow": "0", + "maxTileRow": "0", + "minTileCol": "0", + "maxTileCol": "0" + }, + "1": { + "minTileRow": "0", + "maxTileRow": "1", + "minTileCol": "0", + "maxTileCol": "1" + }, + "2": { + "minTileRow": "1", + "maxTileRow": "2", + "minTileCol": "1", + "maxTileCol": "2" + }, + "3": { + "minTileRow": "2", + "maxTileRow": "4", + "minTileCol": "2", + "maxTileCol": "5" + }, + "4": { + "minTileRow": "5", + "maxTileRow": "8", + "minTileCol": "5", + "maxTileCol": "10" + }, + "5": { + "minTileRow": "10", + "maxTileRow": "17", + "minTileCol": "10", + "maxTileCol": "20" + }, + "6": { + "minTileRow": "21", + "maxTileRow": "35", + "minTileCol": "21", + "maxTileCol": "41" + }, + "7": { + "minTileRow": "42", + "maxTileRow": "71", + "minTileCol": "42", + "maxTileCol": "83" + }, + "8": { + "minTileRow": "85", + "maxTileRow": "143", + "minTileCol": "84", + "maxTileCol": "167" + }, + "9": { + "minTileRow": "171", + "maxTileRow": "287", + "minTileCol": "168", + "maxTileCol": "335" + }, + "10": { + "minTileRow": "342", + "maxTileRow": "574", + "minTileCol": "336", + "maxTileCol": "670" + }, + "11": { + "minTileRow": "684", + "maxTileRow": "1148", + "minTileCol": "672", + "maxTileCol": "1341" + }, + "12": { + "minTileRow": "1368", + "maxTileRow": "2297", + "minTileCol": "1344", + "maxTileCol": "2683" + }, + "13": { + "minTileRow": "2737", + "maxTileRow": "4594", + "minTileCol": "2689", + "maxTileCol": "5366" + }, + "14": { + "minTileRow": "5475", + "maxTileRow": "9189", + "minTileCol": "5378", + "maxTileCol": "10733" + }, + "15": { + "minTileRow": "10951", + "maxTileRow": "18378", + "minTileCol": "10756", + "maxTileCol": "21467" + }, + "16": { + "minTileRow": "21902", + "maxTileRow": "36757", + "minTileCol": "21513", + "maxTileCol": "42934" + }, + "17": { + "minTileRow": "43804", + "maxTileRow": "73515", + "minTileCol": "43026", + "maxTileCol": "85869" + }, + "18": { + "minTileRow": "87609", + "maxTileRow": "147031", + "minTileCol": "86053", + "maxTileCol": "171738" + } } - ], + }, "styles": [ { - "name": "nolegend", - "title": "Données sans légende" + "name": "normal", + "title": "Légende générique", + "current": true, + "url": null } ], "legends": [ { "format": "image/jpeg", - "url": "https://wxs.ign.fr/static/legends/LEGEND.jpg" + "url": "https://data.geopf.fr/annexes/ressources/legendes/LEGEND.jpg", + "minScaleDenominator": "200" } ], "formats": [ - { - "name": "image/jpeg", - "current": true - }, { "name": "image/png", - "current": false - }, - { - "name": "image/tiff", - "current": false - }, - { - "name": "image/geotiff", - "current": false - }, - { - "name": "image/x-bil;bits=32", - "current": false - }, - { - "name": "text/asc", - "current": false + "current": true } ] }, - "OCSGE.USAGE.2010$GEOPORTAIL:OGC:WMS": { - "name": "OCSGE.USAGE.2010", - "title": "Occupation du sol grande échelle 2010 - usage", - "description": "La composante Occupation du sol grande échelle retenue par l'IGN partitionne le territoire en deux vues, physionomique (la couverture) et fonctionnel (l'usage principal). 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Il s’agit donc d’un produit dont les caractéristiques techniques sont contraintes par cette exigence forte.", + "ORTHOIMAGERY.ORTHO-SAT.SPOT.2021$GEOPORTAIL:OGC:WMTS": { + "name": "ORTHOIMAGERY.ORTHO-SAT.SPOT.2021", + "title": "SPOT 6-7 - 2021", + "description": "Agrégation des images SPOT 2021", "globalConstraint": { "maxScaleDenominator": 559082264.0287179, "minScaleDenominator": 266.5911979812229, "bbox": { - "left": -179.5, - "right": 179.5, - "top": 75.0, - "bottom": -75.0 + "left": -5.57103, + "right": 10.7394, + "top": 51.1123, + "bottom": 41.2593 } }, "serviceParams": { "id": "OGC:WMTS", "version": "1.0.0", "serverUrl": { - "ortho": "https://wxs.ign.fr/ortho/geoportail/wmts" + "full": "https://data.geopf.fr/wmts" } }, "defaultProjection": "EPSG:3857", @@ -45471,123 +49048,111 @@ "tileMatrixSetLimits": { "0": { "minTileRow": "0", - "maxTileRow": "1", + "maxTileRow": "0", "minTileCol": "0", - "maxTileCol": "1" + "maxTileCol": "0" }, "1": { "minTileRow": "0", - "maxTileRow": "2", + "maxTileRow": "0", "minTileCol": "0", - 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Cette couverture a été réalisée à partir des photographies aériennes historiques numérisées par l'IGN. Elle est disponible sur la France métropolitaine, les départements et régions d'Outre-Mer (la Guyane n'est que partiellement couverte) et les collectivités d'Outre-Mer sauf la Polynésie française. Les photographies sont orthorectifiées, c'est-à-dire corrigées des déformations dues à la prise de vue et au relief du terrain, et assemblées pour fournir une visualisation continue superposable avec le Référentiel à Grande Echelle (RGE®) ou les cartes.", + "ORTHOIMAGERY.ORTHOPHOTOS.IRC-EXPRESS.2020$GEOPORTAIL:OGC:WMTS": { + "name": "ORTHOIMAGERY.ORTHOPHOTOS.IRC-EXPRESS.2020", + "title": "ortho-express IRC 2020", + "description": "L’Ortho Express est une mosaïque d’ortho‐images numériques. Elle se différencie des autres produits orthophotographiques de l’IGN par le fait que, par souci de minimiser les délais de sa production, elle résulte d’un traitement massivement automatisé . L’Ortho Express vise en premier lieu à répondre à une exigence sur les délais de production. 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Elle se différencie des autres produits orthophotographiques de l’IGN par le fait que, par souci de minimiser les délais de sa production, elle résulte d’un traitement massivement automatisé . L’Ortho Express vise en premier lieu à répondre à une exigence sur les délais de production. Il s’agit donc d’un produit dont les caractéristiques techniques sont contraintes par cette exigence forte.", "globalConstraint": { "maxScaleDenominator": 559082264.0287179, "minScaleDenominator": 266.5911979812229, "bbox": { - "left": -3.74871, - "right": 7.17132, - "top": 50.3767, - "bottom": 42.5538 + "left": -179.5, + "right": 179.5, + "top": 75.0, + "bottom": -75.0 } }, "serviceParams": { "id": "OGC:WMTS", "version": "1.0.0", "serverUrl": { - "orthohisto": "https://wxs.ign.fr/orthohisto/geoportail/wmts" + "full": "https://data.geopf.fr/wmts" } }, "defaultProjection": "EPSG:3857", @@ -47764,123 +51452,123 @@ "tileMatrixSetLimits": { "0": { "minTileRow": "0", - "maxTileRow": "1", + "maxTileRow": "0", "minTileCol": "0", - "maxTileCol": "1" + "maxTileCol": "0" }, "1": { "minTileRow": "0", - "maxTileRow": "2", + "maxTileRow": "1", "minTileCol": "0", - "maxTileCol": "2" + "maxTileCol": "1" }, "2": { "minTileRow": "0", - "maxTileRow": "4", + "maxTileRow": "3", "minTileCol": "0", - "maxTileCol": "4" + "maxTileCol": "3" }, "3": { - 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Il s’agit donc d’un produit dont les caractéristiques techniques sont contraintes par cette exigence forte.", + "ORTHOIMAGERY.ORTHOPHOTOS.LOW_RES.CRS84$GEOPORTAIL:OGC:WMTS": { + "name": "ORTHOIMAGERY.ORTHOPHOTOS.LOW_RES.CRS84", + "title": "Planet Observer", + "description": "Image satellite retravaillée pour obtenir une couverture mondiale esthétique.", "globalConstraint": { - "maxScaleDenominator": 559082264.0287179, - "minScaleDenominator": 266.5911979812229, + "maxScaleDenominator": 279541132.0143589, + "minScaleDenominator": 68247.34668319309, "bbox": { - "left": -179.5, - "right": 179.5, - "top": 75.0, - "bottom": -75.0 + "left": -180.0, + "right": 180.0, + "top": 84.0, + "bottom": -86.0 } }, "serviceParams": { "id": "OGC:WMTS", "version": "1.0.0", "serverUrl": { - "orthohisto": "https://wxs.ign.fr/orthohisto/geoportail/wmts" + "full": "https://data.geopf.fr/wmts" } }, - "defaultProjection": "EPSG:3857", + "defaultProjection": "IGNF:WGS84G", "wmtsOptions": { - "tileMatrixSetLink": "PM", + "tileMatrixSetLink": "WGS84G_PO", "tileMatrixSetLimits": { "0": { "minTileRow": "0", - 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Elle se différencie des autres produits orthophotographiques de l’IGN par le fait que, par souci de minimiser les délais de sa production, elle résulte d’un traitement massivement automatisé . L’Ortho Express vise en premier lieu à répondre à une exigence sur les délais de production. 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Elle se différencie des autres produits orthophotographiques de l’IGN par le fait que, par souci de minimiser les délais de sa production, elle résulte d’un traitement massivement automatisé . L’Ortho Express vise en premier lieu à répondre à une exigence sur les délais de production. 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Elle se différencie des autres produits orthophotographiques de l’IGN par le fait que, par souci de minimiser les délais de sa production, elle résulte d’un traitement massivement automatisé . L’Ortho Express vise en premier lieu à répondre à une exigence sur les délais de production. 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Elle se différencie des autres produits orthophotographiques de l’IGN par le fait que, par souci de minimiser les délais de sa production, elle résulte d’un traitement massivement automatisé . L’Ortho Express vise en premier lieu à répondre à une exigence sur les délais de production. 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Financeurs de la couverture SPOT 6-7 :
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Financeurs de la télémesure SPOT 6-7 :
CIRAD, CNES, CNRS, IGN, IRD, Irstea, GEOSUD", + "PROTECTEDAREAS.ZNIEFF2$GEOPORTAIL:OGC:WMTS": { + "name": "PROTECTEDAREAS.ZNIEFF2", + "title": "Zones fonctionnelles de nature remarquable (ZNIEFF2)", + "description": "Inventaire des espaces fonctionnels indispensables à la nature remarquable.
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Ces courbes permettent la description du relief français.", + "globalConstraint": { + "minScaleDenominator": 0.0, + "maxScaleDenominator": 62236752975597, + "bbox": { + "left": -63.15340092, + "right": 55.83678733, + "top": 51.12086835, + "bottom": -21.3896732 } }, "serviceParams": { "id": "OGC:WMS", "version": "1.3.0", "serverUrl": { - "transports": "https://wxs.ign.fr/transports/geoportail/v/wms?SERVICE=WMS&" + "full": "https://data.geopf.fr/wms-v/ows?SERVICE=WMS&" } }, "defaultProjection": "EPSG:4326", "queryable": true, - "metadata": [ + "metadata": [], + "styles": [ { - "format": "text/plain", - "url": "https://wxs.ign.fr/catalogue/geoportail/csw?service=CSW&version=2.0.2&request=GetRecordById&Id=MTD_Produit_Vecteur.xml" + "name": "default-style-ELEVATION.CONTOUR.LINE", + "title": "ELEVATION.CONTOUR.LINE style" + } + ], + "legends": [ + { + "format": "image/png", + "url": "https://data.geopf.fr/wms-v/ows?service=WMS&version=1.3.0&request=GetLegendGraphic&format=image%2Fpng&width=20&height=20&layer=ELEVATION.CONTOUR.LINE" } ], - "styles": [], - "legends": [], "formats": [ { "name": "image/png", @@ -68782,186 +73364,246 @@ } ] }, - "SECUROUTE.TE.TE72$GEOPORTAIL:OGC:WMS": { - "name": "SECUROUTE.TE.TE72", - "title": "SECUROUTE.TE.TE72", - "description": "Layer-Group type layer: SECUROUTE.TE.TE72", + "ELEVATION.ELEVATIONGRIDCOVERAGE$GEOPORTAIL:OGC:WMS": { + "name": "ELEVATION.ELEVATIONGRIDCOVERAGE", + "title": "MNT BDAlti V1", + "description": "BDAlti V1 au pas de 25m", "globalConstraint": { - "minScaleDenominator": 500.0, - "maxScaleDenominator": 10000000.0, + "minScaleDenominator": 1.226152693, + "maxScaleDenominator": 2511.160714286, "bbox": { - "left": -5.5, - "right": 9.9, - "top": 51.3, - "bottom": 41.2 + "left": -64.0, + "right": 168.0, + "top": 52.0, + "bottom": -23.0 } }, "serviceParams": { "id": "OGC:WMS", "version": "1.3.0", "serverUrl": { - "transports": "https://wxs.ign.fr/transports/geoportail/v/wms?SERVICE=WMS&" + "full": "https://data.geopf.fr/wms-r/wms" } }, - "defaultProjection": "EPSG:4326", - "queryable": true, - "metadata": [ + "defaultProjection": "IGNF:WGS84G", + "queryable": false, + "metadata": [], + "styles": [ + { + "name": "normal", + "title": "Légende générique" + } + ], + "legends": [ { - "format": "text/plain", - "url": "https://wxs.ign.fr/catalogue/geoportail/csw?service=CSW&version=2.0.2&request=GetRecordById&Id=MTD_Produit_Vecteur.xml" + "format": "image/jpeg", + "url": "https://data.geopf.fr/annexes/ressources/legendes/LEGEND.jpg" } ], - "styles": [], - "legends": [], "formats": [ { - "name": "image/png", + "name": "image/jpeg", "current": true }, { - "name": "application/atom+xml", + "name": "image/png", "current": false }, { - "name": "application/json;type=utfgrid", + "name": "image/tiff", "current": false }, { - "name": "application/pdf", + "name": "image/geotiff", "current": false }, { - "name": "application/rss+xml", + "name": "image/x-bil;bits=32", "current": false - }, + } + ] + }, + "ELEVATION.ELEVATIONGRIDCOVERAGE.HIGHRES$GEOPORTAIL:OGC:WMS": { + "name": "ELEVATION.ELEVATIONGRIDCOVERAGE.HIGHRES", + "title": "Modèle Numérique de Terrain issu du RGEALTI", + "description": "Modèle Numérique de Terrain issu du RGEALTI", + "globalConstraint": { + "minScaleDenominator": 0.153269087, + "maxScaleDenominator": 39.236886161, + "bbox": { + "left": -62.9528, + "right": 45.3043, + "top": 51.1053, + "bottom": -13.0078 + } + }, + "serviceParams": { + "id": "OGC:WMS", + "version": "1.3.0", + "serverUrl": { + "full": "https://data.geopf.fr/wms-r/wms" + } + }, + "defaultProjection": "IGNF:WGS84G", + "queryable": false, + "metadata": [], + "styles": [ { - "name": "application/vnd.google-earth.kml+xml", - "current": false + "name": "normal", + "title": "Légende générique" }, { - "name": "application/vnd.google-earth.kml+xml;mode=networklink", - "current": false - }, + "name": "estompage_grayscale", + "title": "Estompage" + } + ], + "legends": [ { - "name": "application/vnd.google-earth.kmz", - "current": false + "format": "image/jpeg", + "url": "https://data.geopf.fr/annexes/ressources/legendes/LEGEND.jpg" }, { - "name": "image/geotiff", - "current": false - }, + "format": "image/png", + "url": "https://data.geopf.fr/annexes/ressources/legendes/LEGEND.jpg" + } + ], + "formats": [ { - "name": "image/geotiff8", - "current": false + "name": "image/jpeg", + "current": true }, { - "name": "image/gif", + "name": "image/png", "current": false }, { - "name": "image/jpeg", + "name": "image/tiff", "current": false }, { - "name": "image/png; 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subtype=openlayers", + "name": "image/tiff", "current": false }, { - "name": "text/html; subtype=openlayers2", + "name": "image/geotiff", "current": false }, { - "name": "text/html; subtype=openlayers3", + "name": "image/x-bil;bits=32", "current": false } ] }, - "SECUROUTE.TE.TE94$GEOPORTAIL:OGC:WMS": { - "name": "SECUROUTE.TE.TE94", - "title": "SECUROUTE.TE.TE94", - "description": "Layer-Group type layer: SECUROUTE.TE.TE94", + "ELEVATION.ELEVATIONGRIDCOVERAGE.HIGHRES.MNS.SHADOW$GEOPORTAIL:OGC:WMS": { + "name": "ELEVATION.ELEVATIONGRIDCOVERAGE.HIGHRES.MNS.SHADOW", + "title": "Estompage appliqué au Modèle Numérique de Surface", + "description": "Modèle Numérique de Surface (MNS) avec un style par défaut produisant de l'estompage.", "globalConstraint": { - "minScaleDenominator": 500.0, - "maxScaleDenominator": 10000000.0, + "minScaleDenominator": 0.019158636, + "maxScaleDenominator": 156.947544643, "bbox": { - "left": -5.5, - "right": 9.9, - "top": 51.3, - "bottom": 41.2 + "left": -63.1968, + "right": 55.8639, + "top": 51.22, + "bottom": -21.4338 } }, "serviceParams": { "id": "OGC:WMS", "version": "1.3.0", "serverUrl": { - "transports": "https://wxs.ign.fr/transports/geoportail/v/wms?SERVICE=WMS&" + "full": "https://data.geopf.fr/wms-r/wms" } }, - "defaultProjection": "EPSG:4326", - "queryable": true, - "metadata": [ + "defaultProjection": "IGNF:WGS84G", + "queryable": false, + "metadata": [], + "styles": [ + { + "name": "normal", + "title": "Légende générique" + } + ], + "legends": [ { - "format": "text/plain", - "url": "https://wxs.ign.fr/catalogue/geoportail/csw?service=CSW&version=2.0.2&request=GetRecordById&Id=MTD_Produit_Vecteur.xml" + "format": "image/jpeg", + "url": "https://data.geopf.fr/annexes/ressources/legendes/LEGEND.jpg" } ], - "styles": [], - "legends": [], "formats": [ { - "name": "image/png", + "name": "image/jpeg", "current": true }, { - "name": "application/atom+xml", - "current": false - }, - { - "name": "application/json;type=utfgrid", - "current": false - }, - { - "name": "application/pdf", - "current": false - }, - { - "name": "application/rss+xml", - "current": false - }, - { - "name": "application/vnd.google-earth.kml+xml", - "current": false - }, - { - "name": "application/vnd.google-earth.kml+xml;mode=networklink", + "name": "image/png", "current": false }, { - "name": "application/vnd.google-earth.kmz", + "name": "image/tiff", "current": false }, { @@ -68969,23 +73611,54 @@ "current": false }, { - "name": "image/geotiff8", + "name": "image/x-bil;bits=32", "current": false - }, + } + ] + }, + "ELEVATION.ELEVATIONGRIDCOVERAGE.SHADOW$GEOPORTAIL:OGC:WMS": { + "name": "ELEVATION.ELEVATIONGRIDCOVERAGE.SHADOW", + "title": "Estompage", + "description": "Couche d'ombrage calculée à partir des données altimétriques de l'IGN permettant de mieux appréhender le relief. 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"metadata": [ + "metadata": [], + "styles": [ { - "format": "text/plain", - "url": "https://wxs.ign.fr/catalogue/geoportail/csw?service=CSW&version=2.0.2&request=GetRecordById&Id=DGAC_PEB.xml" + "name": "default-style-FORETS.PUBLIQUES", + "title": "FORETS.PUBLIQUES style" + } + ], + "legends": [ + { + "format": "image/png", + "url": "https://data.geopf.fr/wms-v/ows?service=WMS&version=1.3.0&request=GetLegendGraphic&format=image%2Fpng&width=20&height=20&layer=FORETS.PUBLIQUES" } ], - "styles": [], - "legends": [], "formats": [ { "name": "image/png", @@ -69390,37 +74063,42 @@ } ] }, - "DGAC-PGS-POI_BDD_FXX_WM_WM$GEOPORTAIL:OGC:WMS": { - "name": "DGAC-PGS-POI_BDD_FXX_WM_WM", - "title": "DGAC-PGS-POI_BDD_FXX_WM_WM", - "description": "Layer-Group type layer: DGAC-PGS-POI_BDD_FXX_WM_WM", + "GEOGRAPHICALGRIDSYSTEM.DFCI$GEOPORTAIL:OGC:WMS": { + "name": "GEOGRAPHICALGRIDSYSTEM.DFCI", + "title": "Carroyage DFCI", + "description": "Le « carroyage DFCI » est un système de maillage géographique utilisé en France par les acteurs de la Défense des Forêts Contre les Incendies (DFCI). Le territoire métropolitain est couvert par des carrés de 100 km de côté, identifiables par deux lettres. Chaque carré de 100 km est divisé en 25 carrés de 20 km de côté, numérotés par des chiffres pairs de 0 à 8. Chaque carré de 20 km est divisé en 100 carrés de 2 km de côté, numérotés par un groupe composé d'une lettre et d'un chiffre. L'unité élémentaire est un carreau de 2 kilomètres de côté, défini par 6 caractères (exemple : KD42F7). Pour désigner un point à l'intérieur de l'unité élémentaire, la précision est obtenue en découpant ce carré en cinq zones numérotées de 1 à 5. Il a été créé sur une grille qui s'appuie sur la projection Lambert II étendue. Depuis 2009, il est re-projeté en Lambert 93 avec une légère déformation des angles et des surfaces. Carroyage DFCI (2 km) : Chaque carré de 20 km est divisé en 100 carrés de 2 km de côté, numérotés par un groupe composé d'une lettre et d'un chiffre. Les carrés de 2 km sont dénommés de A à L (sauf I et J) pour les abscisses, et numérotés de 0 à 9 pour les ordonnées. Date des données : 7 juin 2016", "globalConstraint": { - "minScaleDenominator": 1.0, - "maxScaleDenominator": 15000000.0, + "minScaleDenominator": 0.0, + "maxScaleDenominator": 62236752975597, "bbox": { - "left": -1.607808000898328, - "right": 7.529222000898308, - "top": 49.45442200058398, - "bottom": 43.436633999347684 + "left": -5.52344284, + "right": 10.81600641, + "top": 51.0945837, + "bottom": 40.27275277 } }, "serviceParams": { "id": "OGC:WMS", "version": "1.3.0", "serverUrl": { - "transports": "https://wxs.ign.fr/transports/geoportail/v/wms?SERVICE=WMS&" + "full": "https://data.geopf.fr/wms-v/ows?SERVICE=WMS&" } }, - "defaultProjection": "EPSG:3857", + "defaultProjection": "EPSG:4326", "queryable": true, - "metadata": [ + "metadata": [], + "styles": [ { - "format": "text/plain", - "url": "https://wxs.ign.fr/catalogue/geoportail/csw?service=CSW&version=2.0.2&request=GetRecordById&Id=DGAC_PEB.xml" + "name": "default-style-GEOGRAPHICALGRIDSYSTEM.DFCI", + "title": "GEOGRAPHICALGRIDSYSTEM.DFCI style" + } + ], + "legends": [ + { + "format": "image/png", + "url": "https://data.geopf.fr/wms-v/ows?service=WMS&version=1.3.0&request=GetLegendGraphic&format=image%2Fpng&width=20&height=20&layer=GEOGRAPHICALGRIDSYSTEM.DFCI" } ], - "styles": [], - "legends": [], "formats": [ { "name": "image/png", @@ -69508,68 +74186,53 @@ } ] }, - "DGAC-PGS_BDD_FXX_WM_WMS$GEOPORTAIL:OGC:WMS": { - "name": "DGAC-PGS_BDD_FXX_WM_WMS", - "title": "DGAC-PGS_BDD_FXX_WM_WMS", - "description": "Layer-Group type layer: DGAC-PGS_BDD_FXX_WM_WMS", + "GEOGRAPHICALGRIDSYSTEMS.COASTALMAPS$GEOPORTAIL:OGC:WMS": { + "name": "GEOGRAPHICALGRIDSYSTEMS.COASTALMAPS", + "title": "Carte littorale (SHOM/IGN)", + "description": "Le produit SCAN Littoral® version 1 est une collection d'images cartographiques numériques continues du littoral en couleur, obtenue par assemblage géoréférencé et dallé des données raster des cartes marines du SHOM et des cartes terrestres au 1:25,000ième de l'IGN. 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"queryable": true, - "metadata": [ + "queryable": false, + "metadata": [], + "styles": [ { - "format": "text/plain", - "url": "https://wxs.ign.fr/catalogue/geoportail/csw?service=CSW&version=2.0.2&request=GetRecordById&Id=DGAC_PEB.xml" + "name": "normal", + "title": "Légende générique" + } + ], + "legends": [ + { + "format": "image/jpeg", + "url": "https://data.geopf.fr/annexes/ressources/legendes/LEGEND.jpg" } ], - "styles": [], - "legends": [], "formats": [ { - "name": "image/png", + "name": "image/jpeg", "current": true }, { - "name": "application/atom+xml", + "name": "image/png", "current": false }, { - "name": "application/json;type=utfgrid", + "name": "image/tiff", "current": false }, { - "name": "application/pdf", + "name": "image/geotiff", "current": false }, { - "name": "application/rss+xml", + "name": "image/x-bil;bits=32", "current": false - }, + } + ] + }, + "GEOGRAPHICALGRIDSYSTEMS.MAPS.BDUNI.J1$GEOPORTAIL:OGC:WMS": { + "name": "GEOGRAPHICALGRIDSYSTEMS.MAPS.BDUNI.J1", + "title": "Plan IGN J+1", + "description": "Représentation cartographique de la base de production du Référentiel à Grande Echelle actualisée quotidiennement.", + "globalConstraint": { + "minScaleDenominator": 2132.72958385, + "maxScaleDenominator": 559082264.0287179, + "bbox": { + "left": -180.0, + "right": 180.0, + "top": 80.0, + "bottom": -80.0 + } + }, + "serviceParams": { + "id": "OGC:WMS", + "version": "1.3.0", + "serverUrl": { + "full": "https://data.geopf.fr/wms-r/wms" + } + }, + "defaultProjection": "EPSG:3857", + "queryable": false, + "metadata": [], + "styles": [ { - 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CORINE Land Cover est une base de données d’occupation des sols produite dans le cadre du programme européen d’observation de la Terre Copernicus. Cet inventaire biophysique de l’occupation des terres fournit une information géographique de référence pour 39 États européens. La continuité du programme et la diffusion des données CORINE Land Cover sont pilotées par l'Agence européenne pour l'environnement. Le producteur pour la France est le Service de la donnée et des études statistiques du ministère chargé de l’écologie. L'utilisation de cette base de données permet des applications variées adaptées aux problématiques de l'environnement et à celles de l'aménagement du territoire : production cartographique, exploitation à des fins statistiques ou bien encore analyses géographiques en combinaison avec d'autres bases de données. Outil de connaissance et d'analyse, CORINE Land Cover apporte également une aide à la décision comme instrument de suivi, de surveillance et de gestion de l'environnement, des milieux naturels et de l'aménagement de l'espace. La base des changements CORINE Land Cover 2012-2018 a été réalisée à partir d'images satellitaires des périodes 2011-2012 et 2016-2017, et de données d'appui.", + "globalConstraint": { + "minScaleDenominator": 8530.918335399, + "maxScaleDenominator": 559082264.0287179, + "bbox": { + "left": -63.3725, + "right": 55.9259, + "top": 51.4428, + "bottom": -21.4756 + } + }, + "serviceParams": { + "id": "OGC:WMS", + "version": "1.3.0", + "serverUrl": { + "full": "https://data.geopf.fr/wms-r/wms" + } + }, + "defaultProjection": "EPSG:3857", + "queryable": true, + "metadata": [], + "styles": [ + { + "name": "CORINE Land Cover", + "title": "CORINE Land Cover" + } + ], + "legends": [ + { + "format": "image/png", + "url": "https://data.geopf.fr/annexes/ressources/legendes/CLC.png" + } + ], + "formats": [ + { + "name": "image/jpeg", + "current": true + }, + { + "name": "image/png", + "current": false + }, + { + "name": "image/tiff", + "current": false + }, + { + "name": "image/geotiff", + "current": false + }, + { + "name": "image/x-bil;bits=32", + "current": false + } + ] + }, + "LANDCOVER.CHA18_DOM$GEOPORTAIL:OGC:WMS": { + "name": "LANDCOVER.CHA18_DOM", + "title": "CORINE Land Cover - DOM - Changements 2012-2018", + "description": "Inventaire biophysique du changement d'occupation des sols entre 2012 et 2018 suivant la nomenclature CORINE Land Cover en 50 postes. CORINE Land Cover est une base de données d’occupation des sols produite dans le cadre du programme européen d’observation de la Terre Copernicus. Cet inventaire biophysique de l’occupation des terres fournit une information géographique de référence pour 39 États européens. La continuité du programme et la diffusion des données CORINE Land Cover sont pilotées par l'Agence européenne pour l'environnement. Le producteur pour la France est le Service de la donnée et des études statistiques du ministère chargé de l’écologie. L'utilisation de cette base de données permet des applications variées adaptées aux problématiques de l'environnement et à celles de l'aménagement du territoire : production cartographique, exploitation à des fins statistiques ou bien encore analyses géographiques en combinaison avec d'autres bases de données. Outil de connaissance et d'analyse, CORINE Land Cover apporte également une aide à la décision comme instrument de suivi, de surveillance et de gestion de l'environnement, des milieux naturels et de l'aménagement de l'espace. La base des changements CORINE Land Cover DOM 2012-2018 a été réalisée à partir d'images satellitaires des périodes 2011-2012 et 2016-2017, et de données d'appui.", + "globalConstraint": { + "minScaleDenominator": 8530.918335399, + "maxScaleDenominator": 559082264.0287179, + "bbox": { + "left": -63.3725, + "right": 55.9259, + "top": 47.1747, + "bottom": -21.4756 + } + }, + "serviceParams": { + "id": "OGC:WMS", + "version": "1.3.0", + "serverUrl": { + "full": "https://data.geopf.fr/wms-r/wms" + } + }, + "defaultProjection": "EPSG:3857", + "queryable": true, + "metadata": [], + "styles": [ + { + "name": "CORINE Land Cover - DOM", + "title": "CORINE Land Cover - DOM" + } + ], + "legends": [ + { + "format": "image/png", + "url": "https://data.geopf.fr/annexes/ressources/legendes/CLC_DOM.png" + } + ], + "formats": [ + { + "name": "image/jpeg", + "current": true + }, + { + "name": "image/png", + "current": false + }, + { + "name": "image/tiff", + "current": false + }, + { + "name": "image/geotiff", + "current": false + }, + { + "name": "image/x-bil;bits=32", + "current": false + } + ] + }, + "LANDCOVER.CHA18_FR$GEOPORTAIL:OGC:WMS": { + "name": "LANDCOVER.CHA18_FR", + "title": "CORINE Land Cover - France métropolitaine - Changements 2012-2018", + "description": "Inventaire biophysique du changement d'occupation des sols entre 2012 et 2018 suivant la nomenclature CORINE Land Cover en 44 postes. CORINE Land Cover est une base de données d’occupation des sols produite dans le cadre du programme européen d’observation de la Terre Copernicus. Cet inventaire biophysique de l’occupation des terres fournit une information géographique de référence pour 39 États européens. La continuité du programme et la diffusion des données CORINE Land Cover sont pilotées par l'Agence européenne pour l'environnement. Le producteur pour la France est le Service de la donnée et des études statistiques du ministère chargé de l’écologie. L'utilisation de cette base de données permet des applications variées adaptées aux problématiques de l'environnement et à celles de l'aménagement du territoire : production cartographique, exploitation à des fins statistiques ou bien encore analyses géographiques en combinaison avec d'autres bases de données. Outil de connaissance et d'analyse, CORINE Land Cover apporte également une aide à la décision comme instrument de suivi, de surveillance et de gestion de l'environnement, des milieux naturels et plus généralement de l'aménagement de l'espace. La base des changements CORINE Land Cover 2012-2018, a été réalisée à partir d'images satellitaires des années 2011-2012 et 2017 et de données d'appui.", + "globalConstraint": { + "minScaleDenominator": 8530.918335399, + "maxScaleDenominator": 559082264.0287179, + "bbox": { + "left": -9.88147, + "right": 11.6781, + "top": 51.4428, + "bottom": 40.576 + } + }, + "serviceParams": { + "id": "OGC:WMS", + "version": "1.3.0", + "serverUrl": { + "full": "https://data.geopf.fr/wms-r/wms" + } + }, + "defaultProjection": "EPSG:3857", + "queryable": true, + "metadata": [], + "styles": [ + { + "name": "CORINE Land Cover - France métropolitaine", + "title": "CORINE Land Cover - France métropolitaine" + } + ], + "legends": [ + { + "format": "image/png", + "url": "https://data.geopf.fr/annexes/ressources/legendes/CLC_FR.png" + } + ], + "formats": [ + { + "name": "image/jpeg", + "current": true + }, + { + "name": "image/png", + "current": false + }, + { + "name": "image/tiff", + "current": false + }, + { + "name": "image/geotiff", + "current": false + }, + { + "name": "image/x-bil;bits=32", + "current": false + } + ] + }, + "LANDCOVER.CLC00R_FR$GEOPORTAIL:OGC:WMS": { + "name": "LANDCOVER.CLC00R_FR", + "title": "CORINE Land Cover - France métropolitaine - 2000 révisée", + "description": "Inventaire biophysique de l'occupation des sols en 2000 en 44 postes. CORINE Land Cover est une base de données d’occupation des sols produite dans le cadre du programme européen d’observation de la Terre Copernicus. Cet inventaire biophysique de l’occupation des terres fournit une information géographique de référence pour 39 États européens. La continuité du programme et la diffusion des données CORINE Land Cover sont pilotées par l'Agence européenne pour l'environnement. Le producteur pour la France est le Service de la donnée et des études statistiques du ministère chargé de l’écologie. L'utilisation de cette base de données permet des applications variées adaptées aux problématiques de l'environnement et à celles de l'aménagement du territoire : production cartographique, exploitation à des fins statistiques ou bien encore analyses géographiques en combinaison avec d'autres bases de données. Outil de connaissance et d'analyse, CORINE Land Cover apporte également une aide à la décision comme instrument de suivi, de surveillance et de gestion de l'environnement, des milieux naturels et plus généralement de l'aménagement de l'espace. La base de données CORINE Land Cover 2000 révisée, dite CLC 2000 révisée, est une correction de CLC 2000 réalisée à partir d'images satellitaires de l'année 2000 et de données d'appui.", + "globalConstraint": { + "minScaleDenominator": 8530.918335399, + "maxScaleDenominator": 559082264.0287179, + "bbox": { + "left": -9.88147, + "right": 11.6781, + "top": 51.4428, + "bottom": 40.576 + } + }, + "serviceParams": { + "id": "OGC:WMS", + "version": "1.3.0", + "serverUrl": { + "full": "https://data.geopf.fr/wms-r/wms" + } + }, + "defaultProjection": "EPSG:3857", + "queryable": true, + "metadata": [], + "styles": [ + { + "name": "CORINE Land Cover - France métropolitaine", + "title": "CORINE Land Cover - France métropolitaine" + } + ], + "legends": [ + { + "format": "image/png", + "url": "https://data.geopf.fr/annexes/ressources/legendes/CLC_FR.png" + } + ], + "formats": [ + { + "name": "image/jpeg", + "current": true + }, + { + "name": "image/png", + "current": false + }, + { + "name": "image/tiff", + "current": false + }, + { + "name": "image/geotiff", + "current": false + }, + { + "name": "image/x-bil;bits=32", + "current": false + } + ] + }, + "LANDCOVER.CLC00_DOM$GEOPORTAIL:OGC:WMS": { + "name": "LANDCOVER.CLC00_DOM", + "title": "CORINE Land Cover - DOM - 2000", + "description": "Inventaire biophysique de l'occupation des sols en 2000 en 50 postes. CORINE Land Cover est une base de données d’occupation des sols produite dans le cadre du programme européen d’observation de la Terre Copernicus. Cet inventaire biophysique de l’occupation des terres fournit une information géographique de référence pour 39 États européens. La continuité du programme et la diffusion des données CORINE Land Cover sont pilotées par l'Agence européenne pour l'environnement. Le producteur pour la France est le Service de la donnée et des études statistiques du ministère chargé de l’écologie. L'utilisation de cette base de données permet des applications variées adaptées aux problématiques de l'environnement et à celles de l'aménagement du territoire : production cartographique, exploitation à des fins statistiques ou bien encore analyses géographiques en combinaison avec d'autres bases de données. Outil de connaissance et d'analyse, CORINE Land Cover apporte également une aide à la décision comme instrument de suivi, de surveillance et de gestion de l'environnement, des milieux naturels et de l'aménagement de l'espace. La base de données CORINE Land Cover DOM 2000 a été réalisée à partir de CORINE Land Cover DOM 2006 et de la base des changements 2000-2006.", + "globalConstraint": { + "minScaleDenominator": 8530.918335399, + "maxScaleDenominator": 559082264.0287179, + "bbox": { + "left": -63.3725, + "right": 55.9259, + "top": 47.1747, + "bottom": -21.4756 + } + }, + "serviceParams": { + "id": "OGC:WMS", + "version": "1.3.0", + "serverUrl": { + "full": "https://data.geopf.fr/wms-r/wms" + } + }, + "defaultProjection": "EPSG:3857", + "queryable": true, + "metadata": [], + "styles": [ + { + "name": "CORINE Land Cover - DOM", + "title": "CORINE Land Cover - DOM" + } + ], + "legends": [ + { + "format": "image/png", + "url": "https://data.geopf.fr/annexes/ressources/legendes/CLC_DOM.png" + } + ], + "formats": [ + { + "name": "image/jpeg", + "current": true + }, + { + "name": "image/png", + "current": false + }, + { + "name": "image/tiff", + "current": false + }, + { + "name": "image/geotiff", + "current": false + }, + { + "name": "image/x-bil;bits=32", + "current": false + } + ] + }, + "LANDCOVER.CLC00_FR$GEOPORTAIL:OGC:WMS": { + "name": "LANDCOVER.CLC00_FR", + "title": "CORINE Land Cover - France métropolitaine - 2000", + "description": "Inventaire biophysique de l'occupation des sols en 2000 en 44 postes. CORINE Land Cover est une base de données d’occupation des sols produite dans le cadre du programme européen d’observation de la Terre Copernicus. Cet inventaire biophysique de l’occupation des terres fournit une information géographique de référence pour 39 États européens. La continuité du programme et la diffusion des données CORINE Land Cover sont pilotées par l'Agence européenne pour l'environnement. Le producteur pour la France est le Service de la donnée et des études statistiques du ministère chargé de l’écologie. L'utilisation de cette base de données permet des applications variées adaptées aux problématiques de l'environnement et à celles de l'aménagement du territoire : production cartographique, exploitation à des fins statistiques ou bien encore analyses géographiques en combinaison avec d'autres bases de données. Outil de connaissance et d'analyse, CORINE Land Cover apporte également une aide à la décision comme instrument de suivi, de surveillance et de gestion de l'environnement, des milieux naturels et plus généralement de l'aménagement de l'espace. La base de données CORINE Land Cover 2000, dite CLC 2000, a été réalisée à partir d'images satellitaires de l'année 2000 et de données d'appui.", + "globalConstraint": { + "minScaleDenominator": 8530.918335399, + "maxScaleDenominator": 559082264.0287179, + "bbox": { + "left": -9.88147, + "right": 11.6781, + "top": 51.4428, + "bottom": 40.576 + } + }, + "serviceParams": { + "id": "OGC:WMS", + "version": "1.3.0", + "serverUrl": { + "full": "https://data.geopf.fr/wms-r/wms" + } + }, + "defaultProjection": "EPSG:3857", + "queryable": true, + "metadata": [], + "styles": [ + { + "name": "CORINE Land Cover - France métropolitaine", + "title": "CORINE Land Cover - France métropolitaine" + } + ], + "legends": [ + { + "format": "image/png", + "url": "https://data.geopf.fr/annexes/ressources/legendes/CLC_FR.png" + } + ], + "formats": [ + { + "name": "image/jpeg", + "current": true + }, + { + "name": "image/png", + "current": false + }, + { + "name": "image/tiff", + "current": false + }, + { + "name": "image/geotiff", + "current": false + }, + { + "name": "image/x-bil;bits=32", + "current": false + } + ] + }, + "LANDCOVER.CLC06R_DOM$GEOPORTAIL:OGC:WMS": { + "name": "LANDCOVER.CLC06R_DOM", + "title": "CORINE Land Cover - DOM - 2006 révisée", + "description": "Inventaire biophysique de l'occupation des sols en 2006 en 50 postes. CORINE Land Cover est une base de données d’occupation des sols produite dans le cadre du programme européen d’observation de la Terre Copernicus. Cet inventaire biophysique de l’occupation des terres fournit une information géographique de référence pour 39 États européens. La continuité du programme et la diffusion des données CORINE Land Cover sont pilotées par l'Agence européenne pour l'environnement. Le producteur pour la France est le Service de la donnée et des études statistiques du ministère chargé de l’écologie. L'utilisation de cette base de données permet des applications variées adaptées aux problématiques de l'environnement et à celles de l'aménagement du territoire : production cartographique, exploitation à des fins statistiques ou bien encore analyses géographiques en combinaison avec d'autres bases de données. Outil de connaissance et d'analyse, CORINE Land Cover apporte également une aide à la décision comme instrument de suivi, de surveillance et de gestion de l'environnement, des milieux naturels et de l'aménagement de l'espace. La base de données CORINE Land Cover 2006 révisée, dite CLC 2006 révisée, est une correction de CLC 2006 réalisée à partir d'images satellitaires prises entre 2005 et 2008 et de données d'appui.", + "globalConstraint": { + "minScaleDenominator": 8530.918335399, + "maxScaleDenominator": 559082264.0287179, + "bbox": { + "left": -63.3725, + "right": 55.9259, + "top": 47.1747, + "bottom": -21.4756 + } + }, + "serviceParams": { + "id": "OGC:WMS", + "version": "1.3.0", + "serverUrl": { + "full": "https://data.geopf.fr/wms-r/wms" + } + }, + "defaultProjection": "EPSG:3857", + "queryable": true, + "metadata": [], + "styles": [ + { + "name": "CORINE Land Cover - DOM", + "title": "CORINE Land Cover - DOM" + } + ], + "legends": [ + { + "format": "image/png", + "url": "https://data.geopf.fr/annexes/ressources/legendes/CLC_DOM.png" + } + ], + "formats": [ + { + "name": "image/jpeg", + "current": true + }, + { + "name": "image/png", + "current": false + }, + { + "name": "image/tiff", + "current": false + }, + { + "name": "image/geotiff", + "current": false + }, + { + "name": "image/x-bil;bits=32", + "current": false + } + ] + }, + "LANDCOVER.CLC06R_FR$GEOPORTAIL:OGC:WMS": { + "name": "LANDCOVER.CLC06R_FR", + "title": "CORINE Land Cover - France métropolitaine - 2006 révisée", + "description": "Inventaire biophysique de l'occupation des sols en 2006 en 44 postes. CORINE Land Cover est une base de données d’occupation des sols produite dans le cadre du programme européen d’observation de la Terre Copernicus. Cet inventaire biophysique de l’occupation des terres fournit une information géographique de référence pour 39 États européens. La continuité du programme et la diffusion des données CORINE Land Cover sont pilotées par l'Agence européenne pour l'environnement. Le producteur pour la France est le Service de la donnée et des études statistiques du ministère chargé de l’écologie. L'utilisation de cette base de données permet des applications variées adaptées aux problématiques de l'environnement et à celles de l'aménagement du territoire : production cartographique, exploitation à des fins statistiques ou bien encore analyses géographiques en combinaison avec d'autres bases de données. Outil de connaissance et d'analyse, CORINE Land Cover apporte également une aide à la décision comme instrument de suivi, de surveillance et de gestion de l'environnement, des milieux naturels et plus généralement de l'aménagement de l'espace. La base de données CORINE Land Cover 2006 révisée, dite CLC 2006 révisée, est une correction de CLC 2006 réalisée à partir d'images satellitaires de l'année 2006 et de données d'appui.", + "globalConstraint": { + "minScaleDenominator": 8530.918335399, + "maxScaleDenominator": 559082264.0287179, + "bbox": { + "left": -9.88147, + "right": 11.6781, + "top": 51.4428, + "bottom": 40.576 + } + }, + "serviceParams": { + "id": "OGC:WMS", + "version": "1.3.0", + "serverUrl": { + "full": "https://data.geopf.fr/wms-r/wms" + } + }, + "defaultProjection": "EPSG:3857", + "queryable": true, + "metadata": [], + "styles": [ + { + "name": "CORINE Land Cover - France métropolitaine", + "title": "CORINE Land Cover - France métropolitaine" + } + ], + "legends": [ + { + "format": "image/png", + "url": "https://data.geopf.fr/annexes/ressources/legendes/CLC_FR.png" + } + ], + "formats": [ + { + "name": "image/jpeg", + "current": true + }, + { + "name": "image/png", + "current": false + }, + { + "name": "image/tiff", + "current": false + }, + { + "name": "image/geotiff", + "current": false + }, + { + "name": "image/x-bil;bits=32", + "current": false + } + ] + }, + "LANDCOVER.CLC06_DOM$GEOPORTAIL:OGC:WMS": { + "name": "LANDCOVER.CLC06_DOM", + "title": "CORINE Land Cover - DOM - 2006", + "description": "Inventaire biophysique de l'occupation des sols en 2006 en 50 postes. CORINE Land Cover est une base de données d’occupation des sols produite dans le cadre du programme européen d’observation de la Terre Copernicus. Cet inventaire biophysique de l’occupation des terres fournit une information géographique de référence pour 39 États européens. La continuité du programme et la diffusion des données CORINE Land Cover sont pilotées par l'Agence européenne pour l'environnement. Le producteur pour la France est le Service de la donnée et des études statistiques du ministère chargé de l’écologie. L'utilisation de cette base de données permet des applications variées adaptées aux problématiques de l'environnement et à celles de l'aménagement du territoire : production cartographique, exploitation à des fins statistiques ou bien encore analyses géographiques en combinaison avec d'autres bases de données. Outil de connaissance et d'analyse, CORINE Land Cover apporte également une aide à la décision comme instrument de suivi, de surveillance et de gestion de l'environnement, des milieux naturels et de l'aménagement de l'espace. La base de données CORINE Land Cover DOM 2006 a été réalisée à partir d'images satellitaires prises entre 2005 et 2008 et de données d'appui.", + "globalConstraint": { + "minScaleDenominator": 8530.918335399, + "maxScaleDenominator": 559082264.0287179, + "bbox": { + "left": -63.3725, + "right": 55.9259, + "top": 47.1747, + "bottom": -21.4756 + } + }, + "serviceParams": { + "id": "OGC:WMS", + "version": "1.3.0", + "serverUrl": { + "full": "https://data.geopf.fr/wms-r/wms" + } + }, + "defaultProjection": "EPSG:3857", + "queryable": true, + "metadata": [], + "styles": [ + { + "name": "CORINE Land Cover - DOM", + "title": "CORINE Land Cover - DOM" + } + ], + "legends": [ + { + "format": "image/png", + "url": "https://data.geopf.fr/annexes/ressources/legendes/CLC_DOM.png" + } + ], + "formats": [ + { + "name": "image/jpeg", + "current": true + }, + { + "name": "image/png", + "current": false + }, + { + "name": "image/tiff", + "current": false + }, + { + "name": "image/geotiff", + "current": false + }, + { + "name": "image/x-bil;bits=32", + "current": false + } + ] + }, + "LANDCOVER.CLC06_FR$GEOPORTAIL:OGC:WMS": { + "name": "LANDCOVER.CLC06_FR", + "title": "CORINE Land Cover - France métropolitaine - 2006", + "description": "Inventaire biophysique de l'occupation des sols en 2006 en 44 postes. CORINE Land Cover est une base de données d’occupation des sols produite dans le cadre du programme européen d’observation de la Terre Copernicus. Cet inventaire biophysique de l’occupation des terres fournit une information géographique de référence pour 39 États européens. La continuité du programme et la diffusion des données CORINE Land Cover sont pilotées par l'Agence européenne pour l'environnement. Le producteur pour la France est le Service de la donnée et des études statistiques du ministère chargé de l’écologie. L'utilisation de cette base de données permet des applications variées adaptées aux problématiques de l'environnement et à celles de l'aménagement du territoire : production cartographique, exploitation à des fins statistiques ou bien encore analyses géographiques en combinaison avec d'autres bases de données. Outil de connaissance et d'analyse, CORINE Land Cover apporte également une aide à la décision comme instrument de suivi, de surveillance et de gestion de l'environnement, des milieux naturels et plus généralement de l'aménagement de l'espace. La base de données CORINE Land Cover 2006, dite CLC 2006, a été réalisée à partir de CLC 2000 révisée et de la base des changements 2000-2006.", + "globalConstraint": { + "minScaleDenominator": 8530.918335399, + "maxScaleDenominator": 559082264.0287179, + "bbox": { + "left": -9.88147, + "right": 11.6781, + "top": 51.4428, + "bottom": 40.576 + } + }, + "serviceParams": { + "id": "OGC:WMS", + "version": "1.3.0", + "serverUrl": { + "full": "https://data.geopf.fr/wms-r/wms" + } + }, + "defaultProjection": "EPSG:3857", + "queryable": true, + "metadata": [], + "styles": [ + { + "name": "CORINE Land Cover - France métropolitaine", + "title": "CORINE Land Cover - France métropolitaine" + } + ], + "legends": [ + { + "format": "image/png", + "url": "https://data.geopf.fr/annexes/ressources/legendes/CLC_FR.png" + } + ], + "formats": [ + { + "name": "image/jpeg", + "current": true + }, + { + "name": "image/png", + "current": false + }, + { + "name": "image/tiff", + "current": false + }, + { + "name": "image/geotiff", + "current": false + }, + { + "name": "image/x-bil;bits=32", + "current": false + } + ] + }, + "LANDCOVER.CLC12R$GEOPORTAIL:OGC:WMS": { + "name": "LANDCOVER.CLC12R", + "title": "CORINE Land Cover - 2012 révisée", + "description": "Inventaire biophysique de l'occupation des sols en 2012 en 50 postes pour les DOM et 44 postes pour la Métropole. CORINE Land Cover est une base de données d’occupation des sols produite dans le cadre du programme européen d’observation de la Terre Copernicus. Cet inventaire biophysique de l’occupation des terres fournit une information géographique de référence pour 39 États européens. La continuité du programme et la diffusion des données CORINE Land Cover sont pilotées par l'Agence européenne pour l'environnement. Le producteur pour la France est le Service de la donnée et des études statistiques du ministère chargé de l’écologie. L'utilisation de cette base de données permet des applications variées adaptées aux problématiques de l'environnement et à celles de l'aménagement du territoire : production cartographique, exploitation à des fins statistiques ou bien encore analyses géographiques en combinaison avec d'autres bases de données. Outil de connaissance et d'analyse, CORINE Land Cover apporte également une aide à la décision comme instrument de suivi, de surveillance et de gestion de l'environnement, des milieux naturels et de l'aménagement de l'espace. La base de données CORINE Land Cover 2012 révisée, dite CLC 2012 révisée, est une correction de CLC 2012 réalisée à partir d'images satellitaires prises entre 2011 et 2012 et de données d'appui.", + "globalConstraint": { + "minScaleDenominator": 8530.918335399, + "maxScaleDenominator": 559082264.0287179, + "bbox": { + "left": -63.3725, + "right": 55.9259, + "top": 51.4428, + "bottom": -21.4756 + } + }, + "serviceParams": { + "id": "OGC:WMS", + "version": "1.3.0", + "serverUrl": { + "full": "https://data.geopf.fr/wms-r/wms" + } + }, + "defaultProjection": "EPSG:3857", + "queryable": true, + "metadata": [], + "styles": [ + { + "name": "CORINE Land Cover", + "title": "CORINE Land Cover" + } + ], + "legends": [ + { + "format": "image/png", + "url": "https://data.geopf.fr/annexes/ressources/legendes/CLC.png" + } + ], + "formats": [ + { + "name": "image/jpeg", + "current": true + }, + { + "name": "image/png", + "current": false + }, + { + "name": "image/tiff", + "current": false + }, + { + "name": "image/geotiff", + "current": false + }, + { + "name": "image/x-bil;bits=32", + "current": false + } + ] + }, + "LANDCOVER.CLC12R_DOM$GEOPORTAIL:OGC:WMS": { + "name": "LANDCOVER.CLC12R_DOM", + "title": "CORINE Land Cover - DOM - 2012 révisée", + "description": "Inventaire biophysique de l'occupation des sols en 2012 en 50 postes. CORINE Land Cover est une base de données d’occupation des sols produite dans le cadre du programme européen d’observation de la Terre Copernicus. Cet inventaire biophysique de l’occupation des terres fournit une information géographique de référence pour 39 États européens. La continuité du programme et la diffusion des données CORINE Land Cover sont pilotées par l'Agence européenne pour l'environnement. Le producteur pour la France est le Service de la donnée et des études statistiques du ministère chargé de l’écologie. L'utilisation de cette base de données permet des applications variées adaptées aux problématiques de l'environnement et à celles de l'aménagement du territoire : production cartographique, exploitation à des fins statistiques ou bien encore analyses géographiques en combinaison avec d'autres bases de données. Outil de connaissance et d'analyse, CORINE Land Cover apporte également une aide à la décision comme instrument de suivi, de surveillance et de gestion de l'environnement, des milieux naturels et de l'aménagement de l'espace. La base de données CORINE Land Cover 2012 révisée, dite CLC 2012 révisée, est une correction de CLC 2012 réalisée à partir d'images satellitaires prises entre 2011 et 2012 et de données d'appui.", + "globalConstraint": { + "minScaleDenominator": 8530.918335399, + "maxScaleDenominator": 559082264.0287179, + "bbox": { + "left": -63.3725, + "right": 55.9259, + "top": 47.1747, + "bottom": -21.4756 + } + }, + "serviceParams": { + "id": "OGC:WMS", + "version": "1.3.0", + "serverUrl": { + "full": "https://data.geopf.fr/wms-r/wms" + } + }, + "defaultProjection": "EPSG:3857", + "queryable": true, + "metadata": [], + "styles": [ + { + "name": "CORINE Land Cover - DOM", + "title": "CORINE Land Cover - DOM" + } + ], + "legends": [ + { + "format": "image/png", + "url": "https://data.geopf.fr/annexes/ressources/legendes/CLC_DOM.png" + } + ], + "formats": [ + { + "name": "image/jpeg", + "current": true + }, + { + "name": "image/png", + "current": false + }, + { + "name": "image/tiff", + "current": false + }, + { + "name": "image/geotiff", + "current": false + }, + { + "name": "image/x-bil;bits=32", + "current": false + } + ] + }, + "LANDCOVER.CLC12R_FR$GEOPORTAIL:OGC:WMS": { + "name": "LANDCOVER.CLC12R_FR", + "title": "CORINE Land Cover - France métropolitaine - 2012 révisée", + "description": "Inventaire biophysique de l'occupation des sols en 2012 en 44 postes. CORINE Land Cover est une base de données d’occupation des sols produite dans le cadre du programme européen d’observation de la Terre Copernicus. Cet inventaire biophysique de l’occupation des terres fournit une information géographique de référence pour 39 États européens. La continuité du programme et la diffusion des données CORINE Land Cover sont pilotées par l'Agence européenne pour l'environnement. Le producteur pour la France est le Service de la donnée et des études statistiques du ministère chargé de l’écologie. L'utilisation de cette base de données permet des applications variées adaptées aux problématiques de l'environnement et à celles de l'aménagement du territoire : production cartographique, exploitation à des fins statistiques ou bien encore analyses géographiques en combinaison avec d'autres bases de données. Outil de connaissance et d'analyse, CORINE Land Cover apporte également une aide à la décision comme instrument de suivi, de surveillance et de gestion de l'environnement, des milieux naturels et plus généralement de l'aménagement de l'espace. La base de données CORINE Land Cover 2012 révisée, dite CLC 2012 révisée, est une correction de CLC 2012 réalisée à partir d'images satellitaires des années 2011-2012 et de données d'appui.", + "globalConstraint": { + "minScaleDenominator": 8530.918335399, + "maxScaleDenominator": 559082264.0287179, + "bbox": { + "left": -9.88147, + "right": 11.6781, + "top": 51.4428, + "bottom": 40.576 + } + }, + "serviceParams": { + "id": "OGC:WMS", + "version": "1.3.0", + "serverUrl": { + "full": "https://data.geopf.fr/wms-r/wms" + } + }, + "defaultProjection": "EPSG:3857", + "queryable": true, + "metadata": [], + "styles": [ + { + "name": "CORINE Land Cover - France métropolitaine", + "title": "CORINE Land Cover - France métropolitaine" + } + ], + "legends": [ + { + "format": "image/png", + "url": "https://data.geopf.fr/annexes/ressources/legendes/CLC_FR.png" + } + ], + "formats": [ + { + "name": "image/jpeg", + "current": true + }, + { + "name": "image/png", + "current": false + }, + { + "name": "image/tiff", + "current": false + }, + { + "name": "image/geotiff", + "current": false + }, + { + "name": "image/x-bil;bits=32", + "current": false + } + ] + }, + "LANDCOVER.CLC12_DOM$GEOPORTAIL:OGC:WMS": { + "name": "LANDCOVER.CLC12_DOM", + "title": "CORINE Land Cover - DOM - 2012", + "description": "Inventaire biophysique de l'occupation des sols en 2012 en 50 postes. CORINE Land Cover est une base de données d’occupation des sols produite dans le cadre du programme européen d’observation de la Terre Copernicus. Cet inventaire biophysique de l’occupation des terres fournit une information géographique de référence pour 39 États européens. La continuité du programme et la diffusion des données CORINE Land Cover sont pilotées par l'Agence européenne pour l'environnement. Le producteur pour la France est le Service de la donnée et des études statistiques du ministère chargé de l’écologie. L'utilisation de cette base de données permet des applications variées adaptées aux problématiques de l'environnement et à celles de l'aménagement du territoire : production cartographique, exploitation à des fins statistiques ou bien encore analyses géographiques en combinaison avec d'autres bases de données. Outil de connaissance et d'analyse, CORINE Land Cover apporte également une aide à la décision comme instrument de suivi, de surveillance et de gestion de l'environnement, des milieux naturels et de l'aménagement de l'espace. La base de données CORINE Land Cover DOM 2012 a été réalisée à partir de CORINE Land Cover DOM 2006 révisée et de la base des changements 2006-2012.", + "globalConstraint": { + "minScaleDenominator": 8530.918335399, + "maxScaleDenominator": 559082264.0287179, + "bbox": { + "left": -63.3725, + "right": 55.9259, + "top": 47.1747, + "bottom": -21.4756 + } + }, + "serviceParams": { + "id": "OGC:WMS", + "version": "1.3.0", + "serverUrl": { + "full": "https://data.geopf.fr/wms-r/wms" + } + }, + "defaultProjection": "EPSG:3857", + "queryable": true, + "metadata": [], + "styles": [ + { + "name": "CORINE Land Cover - DOM", + "title": "CORINE Land Cover - DOM" + } + ], + "legends": [ + { + "format": "image/png", + "url": "https://data.geopf.fr/annexes/ressources/legendes/CLC_DOM.png" + } + ], + "formats": [ + { + "name": "image/jpeg", + "current": true + }, + { + "name": "image/png", + "current": false + }, + { + "name": "image/tiff", + "current": false + }, + { + "name": "image/geotiff", + "current": false + }, + { + "name": "image/x-bil;bits=32", + "current": false + } + ] + }, + "LANDCOVER.CLC12_FR$GEOPORTAIL:OGC:WMS": { + "name": "LANDCOVER.CLC12_FR", + "title": "CORINE Land Cover - France métropolitaine - 2012", + "description": "Inventaire biophysique de l'occupation des sols en 2012 en 44 postes. CORINE Land Cover est une base de données d’occupation des sols produite dans le cadre du programme européen d’observation de la Terre Copernicus. Cet inventaire biophysique de l’occupation des terres fournit une information géographique de référence pour 39 États européens. La continuité du programme et la diffusion des données CORINE Land Cover sont pilotées par l'Agence européenne pour l'environnement. Le producteur pour la France est le Service de la donnée et des études statistiques du ministère chargé de l’écologie. L'utilisation de cette base de données permet des applications variées adaptées aux problématiques de l'environnement et à celles de l'aménagement du territoire : production cartographique, exploitation à des fins statistiques ou bien encore analyses géographiques en combinaison avec d'autres bases de données. Outil de connaissance et d'analyse, CORINE Land Cover apporte également une aide à la décision comme instrument de suivi, de surveillance et de gestion de l'environnement, des milieux naturels et plus généralement de l'aménagement de l'espace. La base de données CORINE Land Cover 2012, dite CLC 2012, a été réalisée à partir de CLC 2006 révisée et de la base des changements 2006-2012.", + "globalConstraint": { + "minScaleDenominator": 8530.918335399, + "maxScaleDenominator": 559082264.0287179, + "bbox": { + "left": -9.88147, + "right": 11.6781, + "top": 51.4428, + "bottom": 40.576 + } + }, + "serviceParams": { + "id": "OGC:WMS", + "version": "1.3.0", + "serverUrl": { + "full": "https://data.geopf.fr/wms-r/wms" + } + }, + "defaultProjection": "EPSG:3857", + "queryable": true, + "metadata": [], + "styles": [ + { + "name": "CORINE Land Cover - France métropolitaine", + "title": "CORINE Land Cover - France métropolitaine" + } + ], + "legends": [ + { + "format": "image/png", + "url": "https://data.geopf.fr/annexes/ressources/legendes/CLC_FR.png" + } + ], + "formats": [ + { + "name": "image/jpeg", + "current": true + }, + { + "name": "image/png", + "current": false + }, + { + "name": "image/tiff", + "current": false + }, + { + "name": "image/geotiff", + "current": false + }, + { + "name": "image/x-bil;bits=32", + "current": false + } + ] + }, + "LANDCOVER.CLC18$GEOPORTAIL:OGC:WMS": { + "name": "LANDCOVER.CLC18", + "title": "CORINE Land Cover - 2018", + "description": "Inventaire biophysique de l'occupation des sols en 2018 en 50 postes pour les DOM et 44 postes pour la Métropole. CORINE Land Cover est une base de données d’occupation des sols produite dans le cadre du programme européen d’observation de la Terre Copernicus. Cet inventaire biophysique de l’occupation des terres fournit une information géographique de référence pour 39 États européens. La continuité du programme et la diffusion des données CORINE Land Cover sont pilotées par l'Agence européenne pour l'environnement. Le producteur pour la France est le Service de la donnée et des études statistiques du ministère chargé de l’écologie. L'utilisation de cette base de données permet des applications variées adaptées aux problématiques de l'environnement et à celles de l'aménagement du territoire : production cartographique, exploitation à des fins statistiques ou bien encore analyses géographiques en combinaison avec d'autres bases de données. Outil de connaissance et d'analyse, CORINE Land Cover apporte également une aide à la décision comme instrument de suivi, de surveillance et de gestion de l'environnement, des milieux naturels et de l'aménagement de l'espace. La base de données CORINE Land Cover 2018 a été réalisée à partir de CORINE Land Cover 2012 révisée et de la base des changements 2012-2018.", + "globalConstraint": { + "minScaleDenominator": 8530.918335399, + "maxScaleDenominator": 559082264.0287179, + "bbox": { + "left": -63.3725, + "right": 55.9259, + "top": 51.4428, + "bottom": -21.4756 + } + }, + "serviceParams": { + "id": "OGC:WMS", + "version": "1.3.0", + "serverUrl": { + "full": "https://data.geopf.fr/wms-r/wms" + } + }, + "defaultProjection": "EPSG:3857", + "queryable": true, + "metadata": [], + "styles": [ + { + "name": "CORINE Land Cover", + "title": "CORINE Land Cover" + } + ], + "legends": [ + { + "format": "image/png", + "url": "https://data.geopf.fr/annexes/ressources/legendes/CLC.png" + } + ], + "formats": [ + { + "name": "image/jpeg", + "current": true + }, + { + "name": "image/png", + "current": false + }, + { + "name": "image/tiff", + "current": false + }, + { + "name": "image/geotiff", + "current": false + }, + { + "name": "image/x-bil;bits=32", + "current": false + } + ] + }, + "LANDCOVER.CLC18_DOM$GEOPORTAIL:OGC:WMS": { + "name": "LANDCOVER.CLC18_DOM", + "title": "CORINE Land Cover - DOM - 2018", + "description": "Inventaire biophysique de l'occupation des sols en 2018 en 50 postes. CORINE Land Cover est une base de données d’occupation des sols produite dans le cadre du programme européen d’observation de la Terre Copernicus. Cet inventaire biophysique de l’occupation des terres fournit une information géographique de référence pour 39 États européens. La continuité du programme et la diffusion des données CORINE Land Cover sont pilotées par l'Agence européenne pour l'environnement. Le producteur pour la France est le Service de la donnée et des études statistiques du ministère chargé de l’écologie. L'utilisation de cette base de données permet des applications variées adaptées aux problématiques de l'environnement et à celles de l'aménagement du territoire : production cartographique, exploitation à des fins statistiques ou bien encore analyses géographiques en combinaison avec d'autres bases de données. Outil de connaissance et d'analyse, CORINE Land Cover apporte également une aide à la décision comme instrument de suivi, de surveillance et de gestion de l'environnement, des milieux naturels et de l'aménagement de l'espace. La base de données CORINE Land Cover DOM 2018 a été réalisée à partir de CORINE Land Cover DOM 2012 révisée et de la base des changements 2012-2018.", + "globalConstraint": { + "minScaleDenominator": 8530.918335399, + "maxScaleDenominator": 559082264.0287179, + "bbox": { + "left": -63.3725, + "right": 55.9259, + "top": 47.1747, + "bottom": -21.4756 + } + }, + "serviceParams": { + "id": "OGC:WMS", + "version": "1.3.0", + "serverUrl": { + "full": "https://data.geopf.fr/wms-r/wms" + } + }, + "defaultProjection": "EPSG:3857", + "queryable": true, + "metadata": [], + "styles": [ + { + "name": "CORINE Land Cover - DOM", + "title": "CORINE Land Cover - DOM" + } + ], + "legends": [ + { + "format": "image/png", + "url": "https://data.geopf.fr/annexes/ressources/legendes/CLC_DOM.png" + } + ], + "formats": [ + { + "name": "image/jpeg", + "current": true + }, + { + "name": "image/png", + "current": false + }, + { + "name": "image/tiff", + "current": false + }, + { + "name": "image/geotiff", + "current": false + }, + { + "name": "image/x-bil;bits=32", + "current": false + } + ] + }, + "LANDCOVER.CLC18_FR$GEOPORTAIL:OGC:WMS": { + "name": "LANDCOVER.CLC18_FR", + "title": "CORINE Land Cover - France métropolitaine - 2018", + "description": "Inventaire biophysique de l'occupation des sols en 2018 en 44 postes. CORINE Land Cover est une base de données d’occupation des sols produite dans le cadre du programme européen d’observation de la Terre Copernicus. Cet inventaire biophysique de l’occupation des terres fournit une information géographique de référence pour 39 États européens. La continuité du programme et la diffusion des données CORINE Land Cover sont pilotées par l'Agence européenne pour l'environnement. Le producteur pour la France est le Service de la donnée et des études statistiques du ministère chargé de l’écologie. L'utilisation de cette base de données permet des applications variées adaptées aux problématiques de l'environnement et à celles de l'aménagement du territoire : production cartographique, exploitation à des fins statistiques ou bien encore analyses géographiques en combinaison avec d'autres bases de données. Outil de connaissance et d'analyse, CORINE Land Cover apporte également une aide à la décision comme instrument de suivi, de surveillance et de gestion de l'environnement, des milieux naturels et plus généralement de l'aménagement de l'espace. La base de données CORINE Land Cover 2018, dite CLC 2018, a été réalisée à partir de CLC 2012 révisée et de la base des changements 2012-2018.", + "globalConstraint": { + "minScaleDenominator": 8530.918335399, + "maxScaleDenominator": 559082264.0287179, + "bbox": { + "left": -9.88147, + "right": 11.6781, + "top": 51.4428, + "bottom": 40.576 + } + }, + "serviceParams": { + "id": "OGC:WMS", + "version": "1.3.0", + "serverUrl": { + "full": "https://data.geopf.fr/wms-r/wms" + } + }, + "defaultProjection": "EPSG:3857", + "queryable": true, + "metadata": [], + "styles": [ + { + "name": "CORINE Land Cover - France métropolitaine", + "title": "CORINE Land Cover - France métropolitaine" + } + ], + "legends": [ + { + "format": "image/png", + "url": "https://data.geopf.fr/annexes/ressources/legendes/CLC_FR.png" + } + ], + "formats": [ + { + "name": "image/jpeg", + "current": true + }, + { + "name": "image/png", + "current": false + }, + { + "name": "image/tiff", + "current": false + }, + { + "name": "image/geotiff", + "current": false + }, + { + "name": "image/x-bil;bits=32", + "current": false + } + ] + }, + "LANDCOVER.CLC90_FR$GEOPORTAIL:OGC:WMS": { + "name": "LANDCOVER.CLC90_FR", + "title": "CORINE Land Cover - France métropolitaine - 1990", + "description": "Inventaire biophysique de l'occupation des sols en 1990 en 44 postes. CORINE Land Cover est une base de données d’occupation des sols produite dans le cadre du programme européen d’observation de la Terre Copernicus. Cet inventaire biophysique de l’occupation des terres fournit une information géographique de référence pour 39 États européens. La continuité du programme et la diffusion des données CORINE Land Cover sont pilotées par l'Agence européenne pour l'environnement. Le producteur pour la France est le Service de la donnée et des études statistiques du ministère chargé de l’écologie. L'utilisation de cette base de données permet des applications variées adaptées aux problématiques de l'environnement et à celles de l'aménagement du territoire : production cartographique, exploitation à des fins statistiques ou bien encore analyses géographiques en combinaison avec d'autres bases de données. Outil de connaissance et d'analyse, CORINE Land Cover apporte également une aide à la décision comme instrument de suivi, de surveillance et de gestion de l'environnement, des milieux naturels et plus généralement de l'aménagement de l'espace. La base de données CORINE Land Cover 1990, dite CLC 1990, a été réalisée à partir d'images satellitaires de l'année 1990 et de données d'appui.", + "globalConstraint": { + "minScaleDenominator": 8530.918335399, + "maxScaleDenominator": 559082264.0287179, + "bbox": { + "left": -9.88147, + "right": 11.6781, + "top": 51.4428, + "bottom": 40.576 + } + }, + "serviceParams": { + "id": "OGC:WMS", + "version": "1.3.0", + "serverUrl": { + "full": "https://data.geopf.fr/wms-r/wms" + } + }, + "defaultProjection": "EPSG:3857", + "queryable": true, + "metadata": [], + "styles": [ + { + "name": "CORINE Land Cover - France métropolitaine", + "title": "CORINE Land Cover - France métropolitaine" + } + ], + "legends": [ + { + "format": "image/png", + "url": "https://data.geopf.fr/annexes/ressources/legendes/CLC_FR.png" + } + ], + "formats": [ + { + "name": "image/jpeg", + "current": true + }, + { + "name": "image/png", + "current": false + }, + { + "name": "image/tiff", + "current": false + }, + { + "name": "image/geotiff", + "current": false + }, + { + "name": "image/x-bil;bits=32", + "current": false + } + ] + }, + "LANDCOVER.FORESTINVENTORY.V1$GEOPORTAIL:OGC:WMS": { + "name": "LANDCOVER.FORESTINVENTORY.V1", + "title": "Carte forestière v1 (1987-2004)", + "description": "La cartographie forestière est une base de données cartographique des formations végétales forestières et naturelles. Elle couvre l'ensemble du territoire de France métropolitaine. Elle est réalisée par interprétation de photographies aériennes infrarouges et affinée par des contrôles sur le terrain (le seuil minimal de surface cartographiée est de 2,25 ha).", + "globalConstraint": { + "minScaleDenominator": 8530.918335399, + "maxScaleDenominator": 8735660.375448715, + "bbox": { + "left": -5.15047, + "right": 9.57054, + "top": 51.0991, + "bottom": 41.3252 + } + }, + "serviceParams": { + "id": "OGC:WMS", + "version": "1.3.0", + "serverUrl": { + "full": "https://data.geopf.fr/wms-r/wms" + } + }, + "defaultProjection": "EPSG:3857", + "queryable": false, + "metadata": [], + "styles": [ + { + "name": "normal", + "title": "Légende générique" + } + ], + "legends": [ + { + "format": "image/jpeg", + "url": "https://data.geopf.fr/annexes/ressources/legendes/LEGEND.jpg" + } + ], + "formats": [ + { + "name": "image/jpeg", + "current": true + }, + { + "name": "image/png", + "current": false + }, + { + "name": "image/tiff", + "current": false + }, + { + "name": "image/geotiff", + "current": false + }, + { + "name": "image/x-bil;bits=32", + "current": false + } + ] + }, + "LANDCOVER.FORESTINVENTORY.V2$GEOPORTAIL:OGC:WMS": { + "name": "LANDCOVER.FORESTINVENTORY.V2", + "title": "Carte forestière (v2 : 2006-)", + "description": "Localisation de 32 types de formations végétales sur le territoire. Carte en cours de réalisation depuis 2006.", + "globalConstraint": { + "minScaleDenominator": 8530.918335399, + "maxScaleDenominator": 8735660.375448715, + "bbox": { + "left": -5.15047, + "right": 9.57054, + "top": 51.0991, + "bottom": 41.3252 + } + }, + "serviceParams": { + "id": "OGC:WMS", + "version": "1.3.0", + "serverUrl": { + "full": "https://data.geopf.fr/wms-r/wms" + } + }, + "defaultProjection": "EPSG:3857", + "queryable": true, + "metadata": [], + "styles": [ + { + "name": "LANDCOVER.FORESTINVENTORY.V2", + "title": "Données LANDCOVER.FORESTINVENTORY.V2" + } + ], + "legends": [ + { + "format": "image/png", + "url": "https://data.geopf.fr/annexes/ressources/legendes/LANDCOVER.FORESTINVENTORY.V2-legend.png" + } + ], + "formats": [ + { + "name": "image/jpeg", + "current": true + }, + { + "name": "image/png", + "current": false + }, + { + "name": "image/tiff", + "current": false + }, + { + "name": "image/geotiff", + "current": false + }, + { + "name": "image/x-bil;bits=32", + "current": false + } + ] + }, + "LANDCOVER.GRID.CLC00$GEOPORTAIL:OGC:WMS": { + "name": "LANDCOVER.GRID.CLC00", + "title": "Raster CORINE Land Cover - 2000", + "description": "Raster au pas de 25m de l'inventaire biophysique de l'occupation des sols en 2000 en 44 postes pour la Métropole, 50 postes pour les DOM. CORINE Land Cover est une base de données d’occupation des sols produite dans le cadre du programme européen d’observation de la Terre Copernicus. Cet inventaire biophysique de l’occupation des terres fournit une information géographique de référence pour 39 États européens. La continuité du programme et la diffusion des données CORINE Land Cover sont pilotées par l'Agence européenne pour l'environnement. Le producteur pour la France est le Service de la donnée et des études statistiques du ministère chargé de l’écologie. L'utilisation de cette base de données permet des applications variées adaptées aux problématiques de l'environnement et à celles de l'aménagement du territoire : production cartographique, exploitation à des fins statistiques ou bien encore analyses géographiques en combinaison avec d'autres bases de données. Outil de connaissance et d'analyse, CORINE Land Cover apporte également une aide à la décision comme instrument de suivi, de surveillance et de gestion de l'environnement, des milieux naturels et de l'aménagement de l'espace. La base de données CORINE Land Cover DOM 2000 a été réalisée à partir de CORINE Land Cover DOM 2006 et de la base des changements 2000-2006 pour les DOM, et à partir d'images satellitaires de l'année 2000 et de données d'appui pour la Métropole.", + "globalConstraint": { + "minScaleDenominator": 68247.346683193, + "maxScaleDenominator": 559082264.0287179, + "bbox": { + "left": -61.9063, + "right": 55.9362, + "top": 51.1827, + "bottom": -21.4825 + } + }, + "serviceParams": { + "id": "OGC:WMS", + "version": "1.3.0", + "serverUrl": { + "full": "https://data.geopf.fr/wms-r/wms" + } + }, + "defaultProjection": "EPSG:3857", + "queryable": false, + "metadata": [], + "styles": [ + { + "name": "CORINE Land Cover", + "title": "CORINE Land Cover" + } + ], + "legends": [ + { + "format": "image/png", + "url": "https://data.geopf.fr/annexes/ressources/legendes/CLC.png" + } + ], + "formats": [ + { + "name": "image/jpeg", + "current": true + }, + { + "name": "image/png", + "current": false + }, + { + "name": "image/tiff", + "current": false + }, + { + "name": "image/geotiff", + "current": false + }, + { + "name": "image/x-bil;bits=32", + "current": false + } + ] + }, + "LANDCOVER.GRID.CLC00R_FR$GEOPORTAIL:OGC:WMS": { + "name": "LANDCOVER.GRID.CLC00R_FR", + "title": "Raster CORINE Land Cover - 2000 révisée", + "description": "Raster au pas de 25m de l'inventaire biophysique de l'occupation des sols en 2000 en 44 postes pour la Métropole. CORINE Land Cover est une base de données d’occupation des sols produite dans le cadre du programme européen d’observation de la Terre Copernicus. Cet inventaire biophysique de l’occupation des terres fournit une information géographique de référence pour 39 États européens. La continuité du programme et la diffusion des données CORINE Land Cover sont pilotées par l'Agence européenne pour l'environnement. Le producteur pour la France est le Service de la donnée et des études statistiques du ministère chargé de l’écologie. L'utilisation de cette base de données permet des applications variées adaptées aux problématiques de l'environnement et à celles de l'aménagement du territoire : production cartographique, exploitation à des fins statistiques ou bien encore analyses géographiques en combinaison avec d'autres bases de données. Outil de connaissance et d'analyse, CORINE Land Cover apporte également une aide à la décision comme instrument de suivi, de surveillance et de gestion de l'environnement, des milieux naturels et de l'aménagement de l'espace. La base de données CORINE Land Cover 2000 révisée, dite CLC 2000 révisée, est une correction de CLC 2000 réalisée à partir d'images satellitaires de l'année 2000 et de données d'appui.", + "globalConstraint": { + "minScaleDenominator": 68247.346683193, + "maxScaleDenominator": 559082264.0287179, + "bbox": { + "left": -5.68494, + "right": 10.8556, + "top": 51.1827, + "bottom": 41.1779 + } + }, + "serviceParams": { + "id": "OGC:WMS", + "version": "1.3.0", + "serverUrl": { + "full": "https://data.geopf.fr/wms-r/wms" + } + }, + "defaultProjection": "EPSG:3857", + "queryable": false, + "metadata": [], + "styles": [ + { + "name": "CORINE Land Cover - France métropolitaine", + "title": "CORINE Land Cover - France métropolitaine" + } + ], + "legends": [ + { + "format": "image/png", + "url": "https://data.geopf.fr/annexes/ressources/legendes/CLC_FR.png" + } + ], + "formats": [ + { + "name": "image/jpeg", + "current": true + }, + { + "name": "image/png", + "current": false + }, + { + "name": "image/tiff", + "current": false + }, + { + "name": "image/geotiff", + "current": false + }, + { + "name": "image/x-bil;bits=32", + "current": false + } + ] + }, + "LANDCOVER.GRID.CLC00_DOM$GEOPORTAIL:OGC:WMS": { + "name": "LANDCOVER.GRID.CLC00_DOM", + "title": "Raster CORINE Land Cover - DOM - 2000", + "description": "Inventaire biophysique de l'occupation des sols en 2000 en 44 postes sur la métropole et 50 sur les DOMs CORINE Land Cover est une base de données d’occupation des sols produite dans le cadre du programme européen d’observation de la Terre Copernicus. Cet inventaire biophysique de l’occupation des terres fournit une information géographique de référence pour 39 États européens. La continuité du programme et la diffusion des données CORINE Land Cover sont pilotées par l'Agence européenne pour l'environnement. Le producteur pour la France est le Service de la donnée et des études statistiques du ministère chargé de l’écologie. L'utilisation de cette base de données permet des applications variées adaptées aux problématiques de l'environnement et à celles de l'aménagement du territoire : production cartographique, exploitation à des fins statistiques ou bien encore analyses géographiques en combinaison avec d'autres bases de données. Outil de connaissance et d'analyse, CORINE Land Cover apporte également une aide à la décision comme instrument de suivi, de surveillance et de gestion de l'environnement, des milieux naturels et plus généralement de l'aménagement de l'espace. La base de données CORINE Land Cover 2000, dite CLC 2000, a été réalisée à partir d'images satellitaires de l'année 2000 et de données d'appuis", + "globalConstraint": { + "minScaleDenominator": 136494.693366386, + "maxScaleDenominator": 559082264.0287179, + "bbox": { + "left": -61.9063, + "right": 55.9362, + "top": 16.6077, + "bottom": -21.4825 + } + }, + "serviceParams": { + "id": "OGC:WMS", + "version": "1.3.0", + "serverUrl": { + "full": "https://data.geopf.fr/wms-r/wms" + } + }, + "defaultProjection": "EPSG:3857", + "queryable": false, + "metadata": [], + "styles": [ + { + "name": "CORINE Land Cover - DOM", + "title": "CORINE Land Cover - DOM" + } + ], + "legends": [ + { + "format": "image/png", + "url": "https://data.geopf.fr/annexes/ressources/legendes/CLC_DOM.png" + } + ], + "formats": [ + { + "name": "image/jpeg", + "current": true + }, + { + "name": "image/png", + "current": false + }, + { + "name": "image/tiff", + "current": false + }, + { + "name": "image/geotiff", + "current": false + }, + { + "name": "image/x-bil;bits=32", + "current": false + } + ] + }, + "LANDCOVER.GRID.CLC00_FR$GEOPORTAIL:OGC:WMS": { + "name": "LANDCOVER.GRID.CLC00_FR", + "title": "Raster CORINE Land Cover - France métropolitaine - 2000", + "description": "Inventaire biophysique de l'occupation des sols en 2000 en 44 postes. CORINE Land Cover est une base de données d’occupation des sols produite dans le cadre du programme européen d’observation de la Terre Copernicus. Cet inventaire biophysique de l’occupation des terres fournit une information géographique de référence pour 39 États européens. La continuité du programme et la diffusion des données CORINE Land Cover sont pilotées par l'Agence européenne pour l'environnement. Le producteur pour la France est le Service de la donnée et des études statistiques du ministère chargé de l’écologie. L'utilisation de cette base de données permet des applications variées adaptées aux problématiques de l'environnement et à celles de l'aménagement du territoire : production cartographique, exploitation à des fins statistiques ou bien encore analyses géographiques en combinaison avec d'autres bases de données. Outil de connaissance et d'analyse, CORINE Land Cover apporte également une aide à la décision comme instrument de suivi, de surveillance et de gestion de l'environnement, des milieux naturels et plus généralement de l'aménagement de l'espace. La base de données CORINE Land Cover 2000, dite CLC 2000, a été réalisée à partir d'images satellitaires de l'année 2000 et de données d'appui.", + "globalConstraint": { + "minScaleDenominator": 136494.693366386, + "maxScaleDenominator": 559082264.0287179, + "bbox": { + "left": -5.68494, + "right": 10.8556, + "top": 51.1827, + "bottom": 41.1779 + } + }, + "serviceParams": { + "id": "OGC:WMS", + "version": "1.3.0", + "serverUrl": { + "full": "https://data.geopf.fr/wms-r/wms" + } + }, + "defaultProjection": "EPSG:3857", + "queryable": false, + "metadata": [], + "styles": [ + { + "name": "CORINE Land Cover - France métropolitaine", + "title": "CORINE Land Cover - France métropolitaine" + } + ], + "legends": [ + { + "format": "image/png", + "url": "https://data.geopf.fr/annexes/ressources/legendes/CLC_FR.png" + } + ], + "formats": [ + { + "name": "image/jpeg", + "current": true + }, + { + "name": "image/png", + "current": false + }, + { + "name": "image/tiff", + "current": false + }, + { + "name": "image/geotiff", + "current": false + }, + { + "name": "image/x-bil;bits=32", + "current": false + } + ] + }, + "LANDCOVER.GRID.CLC06$GEOPORTAIL:OGC:WMS": { + "name": "LANDCOVER.GRID.CLC06", + "title": "Raster CORINE Land Cover - 2006", + "description": "Raster au pas de 25m de l'inventaire biophysique de l'occupation des sols en 2006 en 44 postes pour la Métropole, 50 postes pour les DOM. CORINE Land Cover est une base de données d’occupation des sols produite dans le cadre du programme européen d’observation de la Terre Copernicus. Cet inventaire biophysique de l’occupation des terres fournit une information géographique de référence pour 39 États européens. La continuité du programme et la diffusion des données CORINE Land Cover sont pilotées par l'Agence européenne pour l'environnement. Le producteur pour la France est le Service de la donnée et des études statistiques du ministère chargé de l’écologie. L'utilisation de cette base de données permet des applications variées adaptées aux problématiques de l'environnement et à celles de l'aménagement du territoire : production cartographique, exploitation à des fins statistiques ou bien encore analyses géographiques en combinaison avec d'autres bases de données. Outil de connaissance et d'analyse, CORINE Land Cover apporte également une aide à la décision comme instrument de suivi, de surveillance et de gestion de l'environnement, des milieux naturels et de l'aménagement de l'espace. La base de données CORINE Land Cover DOM 2006 a été réalisée à partir d'images satellitaires prises entre 2005 et 2008 et de données d'appui pour les DOM, et à partir de CLC 2000 révisée et de la base des changements 2000-2006 pour la Métropole.", + "globalConstraint": { + "minScaleDenominator": 68247.346683193, + "maxScaleDenominator": 559082264.0287179, + "bbox": { + "left": -180.0, + "right": 180.0, + "top": 89.0, + "bottom": -89.0 + } + }, + "serviceParams": { + "id": "OGC:WMS", + "version": "1.3.0", + "serverUrl": { + "full": "https://data.geopf.fr/wms-r/wms" + } + }, + "defaultProjection": "EPSG:3857", + "queryable": false, + "metadata": [], + "styles": [ + { + "name": "CORINE Land Cover", + "title": "CORINE Land Cover" + } + ], + "legends": [ + { + "format": "image/png", + "url": "https://data.geopf.fr/annexes/ressources/legendes/CLC.png" + } + ], + "formats": [ + { + "name": "image/jpeg", + "current": true + }, + { + "name": "image/png", + "current": false + }, + { + "name": "image/tiff", + "current": false + }, + { + "name": "image/geotiff", + "current": false + }, + { + "name": "image/x-bil;bits=32", + "current": false + } + ] + }, + "LANDCOVER.GRID.CLC06R$GEOPORTAIL:OGC:WMS": { + "name": "LANDCOVER.GRID.CLC06R", + "title": "Raster CORINE Land Cover - 2006 révisée", + "description": "Raster au pas de 25m de l'inventaire biophysique de l'occupation des sols en 2006 en 44 postes pour la Métropole, 50 postes pour les DOM. CORINE Land Cover est une base de données d’occupation des sols produite dans le cadre du programme européen d’observation de la Terre Copernicus. Cet inventaire biophysique de l’occupation des terres fournit une information géographique de référence pour 39 États européens. La continuité du programme et la diffusion des données CORINE Land Cover sont pilotées par l'Agence européenne pour l'environnement. Le producteur pour la France est le Service de la donnée et des études statistiques du ministère chargé de l’écologie. L'utilisation de cette base de données permet des applications variées adaptées aux problématiques de l'environnement et à celles de l'aménagement du territoire : production cartographique, exploitation à des fins statistiques ou bien encore analyses géographiques en combinaison avec d'autres bases de données. Outil de connaissance et d'analyse, CORINE Land Cover apporte également une aide à la décision comme instrument de suivi, de surveillance et de gestion de l'environnement, des milieux naturels et de l'aménagement de l'espace. La base de données CORINE Land Cover DOM 2006 révisée, dite CLC 2006 révisée, est une correction de CLC 2006 réalisée à partir d'images satellitaires prises entre 2005 et 2008 et de données d'appui pour les DOM, et à partir d'images satellitaires de l'année 2006 et de données d'appui pour la Métropole.", + "globalConstraint": { + "minScaleDenominator": 68247.346683193, + "maxScaleDenominator": 559082264.0287179, + "bbox": { + "left": -61.9063, + "right": 55.9362, + "top": 51.2963, + "bottom": -21.4825 + } + }, + "serviceParams": { + "id": "OGC:WMS", + "version": "1.3.0", + "serverUrl": { + "full": "https://data.geopf.fr/wms-r/wms" + } + }, + "defaultProjection": "EPSG:3857", + "queryable": false, + "metadata": [], + "styles": [ + { + "name": "CORINE Land Cover", + "title": "CORINE Land Cover" + } + ], + "legends": [ + { + "format": "image/png", + "url": "https://data.geopf.fr/annexes/ressources/legendes/CLC.png" + } + ], + "formats": [ + { + "name": "image/jpeg", + "current": true + }, + { + "name": "image/png", + "current": false + }, + { + "name": "image/tiff", + "current": false + }, + { + "name": "image/geotiff", + "current": false + }, + { + "name": "image/x-bil;bits=32", + "current": false + } + ] + }, + "LANDCOVER.GRID.CLC06R_DOM$GEOPORTAIL:OGC:WMS": { + "name": "LANDCOVER.GRID.CLC06R_DOM", + "title": "Raster CORINE Land Cover - DOM - 2006 - révisée", + "description": "Inventaire biophysique de l'occupation des sols en 2006 en 44 postes pour la Métropole et 50 postes pour les DOM. CORINE Land Cover est une base de données d’occupation des sols produite dans le cadre du programme européen d’observation de la Terre Copernicus. Cet inventaire biophysique de l’occupation des terres fournit une information géographique de référence pour 39 États européens. La continuité du programme et la diffusion des données CORINE Land Cover sont pilotées par l'Agence européenne pour l'environnement. Le producteur pour la France est le Service de la donnée et des études statistiques du ministère chargé de l’écologie. L'utilisation de cette base de données permet des applications variées adaptées aux problématiques de l'environnement et à celles de l'aménagement du territoire : production cartographique, exploitation à des fins statistiques ou bien encore analyses géographiques en combinaison avec d'autres bases de données. Outil de connaissance et d'analyse, CORINE Land Cover apporte également une aide à la décision comme instrument de suivi, de surveillance et de gestion de l'environnement, des milieux naturels et plus généralement de l'aménagement de l'espace. La base de données CORINE Land Cover 2006 révisée, dite CLC 2006 révisée, est une correction de CLC 2006 réalisée à partir d'images satellitaires de l'année 2006 pour la Métropole, d'images satellitaires prises entre 2005 et 2008 pour les DOM et de données d'appui.", + "globalConstraint": { + "minScaleDenominator": 136494.693366386, + "maxScaleDenominator": 559082264.0287179, + "bbox": { + "left": -61.9063, + "right": 55.9362, + "top": 16.6077, + "bottom": -21.4825 + } + }, + "serviceParams": { + "id": "OGC:WMS", + "version": "1.3.0", + "serverUrl": { + "full": "https://data.geopf.fr/wms-r/wms" + } + }, + "defaultProjection": "EPSG:3857", + "queryable": false, + "metadata": [], + "styles": [ + { + "name": "CORINE Land Cover - DOM", + "title": "CORINE Land Cover - DOM" + } + ], + "legends": [ + { + "format": "image/png", + "url": "https://data.geopf.fr/annexes/ressources/legendes/CLC_DOM.png" + } + ], + "formats": [ + { + "name": "image/jpeg", + "current": true + }, + { + "name": "image/png", + "current": false + }, + { + "name": "image/tiff", + "current": false + }, + { + "name": "image/geotiff", + "current": false + }, + { + "name": "image/x-bil;bits=32", + "current": false + } + ] + }, + "LANDCOVER.GRID.CLC06R_FR$GEOPORTAIL:OGC:WMS": { + "name": "LANDCOVER.GRID.CLC06R_FR", + "title": "Raster CORINE Land Cover - France métropolitaine - 2006 révisée", + "description": "Inventaire biophysique de l'occupation des sols en 2006 en 44 postes pour la métropole . CORINE Land Cover est une base de données d’occupation des sols produite dans le cadre du programme européen d’observation de la Terre Copernicus. Cet inventaire biophysique de l’occupation des terres fournit une information géographique de référence pour 39 États européens. La continuité du programme et la diffusion des données CORINE Land Cover sont pilotées par l'Agence européenne pour l'environnement. Le producteur pour la France est le Service de la donnée et des études statistiques du ministère chargé de l’écologie. L'utilisation de cette base de données permet des applications variées adaptées aux problématiques de l'environnement et à celles de l'aménagement du territoire : production cartographique, exploitation à des fins statistiques ou bien encore analyses géographiques en combinaison avec d'autres bases de données. Outil de connaissance et d'analyse, CORINE Land Cover apporte également une aide à la décision comme instrument de suivi, de surveillance et de gestion de l'environnement, des milieux naturels et plus généralement de l'aménagement de l'espace. La base de données CORINE Land Cover 2006 révisée, dite CLC 2006 révisée, est une correction de CLC 2006 réalisée à partir d'images satellitaires de l'année 2006 pour la métropole, d'images satellitaires prises entre 2005 et 2008 pour les DOM et de données d'appui.", + "globalConstraint": { + "minScaleDenominator": 136494.693366386, + "maxScaleDenominator": 559082264.0287179, + "bbox": { + "left": -5.91689, + "right": 11.0883, + "top": 51.2963, + "bottom": 41.0278 + } + }, + "serviceParams": { + "id": "OGC:WMS", + "version": "1.3.0", + "serverUrl": { + "full": "https://data.geopf.fr/wms-r/wms" + } + }, + "defaultProjection": "EPSG:3857", + "queryable": false, + "metadata": [], + "styles": [ + { + "name": "CORINE Land Cover - France métropolitaine", + "title": "CORINE Land Cover - France métropolitaine" + } + ], + "legends": [ + { + "format": "image/png", + "url": "https://data.geopf.fr/annexes/ressources/legendes/CLC_FR.png" + } + ], + "formats": [ + { + "name": "image/jpeg", + "current": true + }, + { + "name": "image/png", + "current": false + }, + { + "name": "image/tiff", + "current": false + }, + { + "name": "image/geotiff", + "current": false + }, + { + "name": "image/x-bil;bits=32", + "current": false + } + ] + }, + "LANDCOVER.GRID.CLC06_DOM$GEOPORTAIL:OGC:WMS": { + "name": "LANDCOVER.GRID.CLC06_DOM", + "title": "Raster CORINE Land Cover - DOM - 2006", + "description": "Raster au pas de 25m de l'inventaire biophysique de l'occupation des sols en 2006 en 50 postes. CORINE Land Cover est une base de données d’occupation des sols produite dans le cadre du programme européen d’observation de la Terre Copernicus. Cet inventaire biophysique de l’occupation des terres fournit une information géographique de référence pour 39 États européens. La continuité du programme et la diffusion des données CORINE Land Cover sont pilotées par l'Agence européenne pour l'environnement. Le producteur pour la France est le Service de l'observation et des statistiques du ministère chargé de l'environnement. L'utilisation de cette base de données permet des applications variées adaptées aux problématiques de l'environnement et à celles de l'aménagement du territoire : production cartographique, exploitation à des fins statistiques ou bien encore analyses géographiques en combinaison avec d'autres bases de données. Outil de connaissance et d'analyse, CORINE Land Cover apporte également une aide à la décision comme instrument de suivi, de surveillance et de gestion de l'environnement, des milieux naturels et de l'aménagement de l'espace. La base de données CORINE Land Cover DOM 2006 a été réalisée à partir de CORINE Land Cover DOM 2000 révisée et de la base des changements 200062006.", + "globalConstraint": { + "minScaleDenominator": 136494.693366386, + "maxScaleDenominator": 559082264.0287179, + "bbox": { + "left": -180.0, + "right": 180.0, + "top": 89.0, + "bottom": -89.0 + } + }, + "serviceParams": { + "id": "OGC:WMS", + "version": "1.3.0", + "serverUrl": { + "full": "https://data.geopf.fr/wms-r/wms" + } + }, + "defaultProjection": "EPSG:3857", + "queryable": false, + "metadata": [], + "styles": [ + { + "name": "CORINE Land Cover - DOM", + "title": "CORINE Land Cover - DOM" + } + ], + "legends": [ + { + "format": "image/png", + "url": "https://data.geopf.fr/annexes/ressources/legendes/CLC_DOM.png" + } + ], + "formats": [ + { + "name": "image/jpeg", + "current": true + }, + { + "name": "image/png", + "current": false + }, + { + "name": "image/tiff", + "current": false + }, + { + "name": "image/geotiff", + "current": false + }, + { + "name": "image/x-bil;bits=32", + "current": false + } + ] + }, + "LANDCOVER.GRID.CLC06_FR$GEOPORTAIL:OGC:WMS": { + "name": "LANDCOVER.GRID.CLC06_FR", + "title": "Raster CORINE Land Cover - France métropolitaine - 2006", + "description": "Raster au pas de 25m de l'inventaire biophysique de l'occupation des sols en 2006 en 44 postes. CORINE Land Cover est une base de données d’occupation des sols produite dans le cadre du programme européen d’observation de la Terre Copernicus. Cet inventaire biophysique de l’occupation des terres fournit une information géographique de référence pour 39 États européens. La continuité du programme et la diffusion des données CORINE Land Cover sont pilotées par l'Agence européenne pour l'environnement. Le producteur pour la France est le Service de l'observation et des statistiques du ministère chargé de l'environnement. L'utilisation de cette base de données permet des applications variées adaptées aux problématiques de l'environnement et à celles de l'aménagement du territoire : production cartographique, exploitation à des fins statistiques ou bien encore analyses géographiques en combinaison avec d'autres bases de données. Outil de connaissance et d'analyse, CORINE Land Cover apporte également une aide à la décision comme instrument de suivi, de surveillance et de gestion de l'environnement, des milieux naturels et plus généralement de l'aménagement de l'espace. La base de données CORINE Land Cover 2006, dite CLC 2006, a été réalisée à partir de CLC 2000 révisée et de la base des changements 2000-2006.", + "globalConstraint": { + "minScaleDenominator": 136494.693366386, + "maxScaleDenominator": 559082264.0287179, + "bbox": { + "left": -5.68494, + "right": 10.8556, + "top": 51.1827, + "bottom": 41.1779 + } + }, + "serviceParams": { + "id": "OGC:WMS", + "version": "1.3.0", + "serverUrl": { + "full": "https://data.geopf.fr/wms-r/wms" + } + }, + "defaultProjection": "EPSG:3857", + "queryable": false, + "metadata": [], + "styles": [ + { + "name": "CORINE Land Cover - France métropolitaine", + "title": "CORINE Land Cover - France métropolitaine" + } + ], + "legends": [ + { + "format": "image/png", + "url": "https://data.geopf.fr/annexes/ressources/legendes/CLC_FR.png" + } + ], + "formats": [ + { + "name": "image/jpeg", + "current": true + }, + { + "name": "image/png", + "current": false + }, + { + "name": "image/tiff", + "current": false + }, + { + "name": "image/geotiff", + "current": false + }, + { + "name": "image/x-bil;bits=32", + "current": false + } + ] + }, + "LANDCOVER.GRID.CLC12$GEOPORTAIL:OGC:WMS": { + "name": "LANDCOVER.GRID.CLC12", + "title": "Raster CORINE Land Cover - 2012", + "description": "Raster au pas de 25m de l'inventaire biophysique de l'occupation des sols en 2012 en 44 postes pour la Métropole, 50 postes pour les DOM. CORINE Land Cover est une base de données d’occupation des sols produite dans le cadre du programme européen d’observation de la Terre Copernicus. Cet inventaire biophysique de l’occupation des terres fournit une information géographique de référence pour 39 États européens. La continuité du programme et la diffusion des données CORINE Land Cover sont pilotées par l'Agence européenne pour l'environnement. Le producteur pour la France est le Service de la donnée et des études statistiques du ministère chargé de l’écologie. L'utilisation de cette base de données permet des applications variées adaptées aux problématiques de l'environnement et à celles de l'aménagement du territoire : production cartographique, exploitation à des fins statistiques ou bien encore analyses géographiques en combinaison avec d'autres bases de données. Outil de connaissance et d'analyse, CORINE Land Cover apporte également une aide à la décision comme instrument de suivi, de surveillance et de gestion de l'environnement, des milieux naturels et de l'aménagement de l'espace. La base de données CORINE Land Cover 2012, dite CLC 2012, a été réalisée à partir de CORINE Land Cover 2006 révisée et de la base des changements 2006-2012.", + "globalConstraint": { + "minScaleDenominator": 68247.346683193, + "maxScaleDenominator": 559082264.0287179, + "bbox": { + "left": -180.0, + "right": 180.0, + "top": 89.0, + "bottom": -89.0 + } + }, + "serviceParams": { + "id": "OGC:WMS", + "version": "1.3.0", + "serverUrl": { + "full": "https://data.geopf.fr/wms-r/wms" + } + }, + "defaultProjection": "EPSG:3857", + "queryable": false, + "metadata": [], + "styles": [ + { + "name": "CORINE Land Cover", + "title": "CORINE Land Cover" + } + ], + "legends": [ + { + "format": "image/png", + "url": "https://data.geopf.fr/annexes/ressources/legendes/CLC.png" + } + ], + "formats": [ + { + "name": "image/jpeg", + "current": true + }, + { + "name": "image/png", + "current": false + }, + { + "name": "image/tiff", + "current": false + }, + { + "name": "image/geotiff", + "current": false + }, + { + "name": "image/x-bil;bits=32", + "current": false + } + ] + }, + "LANDCOVER.GRID.CLC12_DOM$GEOPORTAIL:OGC:WMS": { + "name": "LANDCOVER.GRID.CLC12_DOM", + "title": "Raster CORINE Land Cover - DOM - 2012", + "description": "Raster au pas de 25m de l'inventaire biophysique de l'occupation des sols en 2012 en 50 postes. CORINE Land Cover est une base de données d’occupation des sols produite dans le cadre du programme européen d’observation de la Terre Copernicus. Cet inventaire biophysique de l’occupation des terres fournit une information géographique de référence pour 39 États européens. La continuité du programme et la diffusion des données CORINE Land Cover sont pilotées par l'Agence européenne pour l'environnement. Le producteur pour la France est le Service de l'observation et des statistiques du ministère chargé de l'environnement. L'utilisation de cette base de données permet des applications variées adaptées aux problématiques de l'environnement et à celles de l'aménagement du territoire : production cartographique, exploitation à des fins statistiques ou bien encore analyses géographiques en combinaison avec d'autres bases de données. Outil de connaissance et d'analyse, CORINE Land Cover apporte également une aide à la décision comme instrument de suivi, de surveillance et de gestion de l'environnement, des milieux naturels et de l'aménagement de l'espace. La base de données CORINE Land Cover DOM 2012 a été réalisée à partir de CORINE Land Cover DOM 2006 révisée et de la base des changements 2006-2012.", + "globalConstraint": { + "minScaleDenominator": 136494.693366386, + "maxScaleDenominator": 559082264.0287179, + "bbox": { + "left": -180.0, + "right": 180.0, + "top": 89.0, + "bottom": -89.0 + } + }, + "serviceParams": { + "id": "OGC:WMS", + "version": "1.3.0", + "serverUrl": { + "full": "https://data.geopf.fr/wms-r/wms" + } + }, + "defaultProjection": "EPSG:3857", + "queryable": false, + "metadata": [], + "styles": [ + { + "name": "CORINE Land Cover - DOM", + "title": "CORINE Land Cover - DOM" + } + ], + "legends": [ + { + "format": "image/png", + "url": "https://data.geopf.fr/annexes/ressources/legendes/CLC_DOM.png" + } + ], + "formats": [ + { + "name": "image/jpeg", + "current": true + }, + { + "name": "image/png", + "current": false + }, + { + "name": "image/tiff", + "current": false + }, + { + "name": "image/geotiff", + "current": false + }, + { + "name": "image/x-bil;bits=32", + "current": false + } + ] + }, + "LANDCOVER.GRID.CLC12_FR$GEOPORTAIL:OGC:WMS": { + "name": "LANDCOVER.GRID.CLC12_FR", + "title": "Raster CORINE Land Cover - France métropolitaine - 2012", + "description": "Raster au pas de 25m de l'inventaire biophysique de l'occupation des sols en 2012 en 44 postes. CORINE Land Cover est une base de données d’occupation des sols produite dans le cadre du programme européen d’observation de la Terre Copernicus. Cet inventaire biophysique de l’occupation des terres fournit une information géographique de référence pour 39 États européens. La continuité du programme et la diffusion des données CORINE Land Cover sont pilotées par l'Agence européenne pour l'environnement. Le producteur pour la France est le Service de l'observation et des statistiques du ministère chargé de l'environnement. L'utilisation de cette base de données permet des applications variées adaptées aux problématiques de l'environnement et à celles de l'aménagement du territoire : production cartographique, exploitation à des fins statistiques ou bien encore analyses géographiques en combinaison avec d'autres bases de données. Outil de connaissance et d'analyse, CORINE Land Cover apporte également une aide à la décision comme instrument de suivi, de surveillance et de gestion de l'environnement, des milieux naturels et plus généralement de l'aménagement de l'espace. La base de données CORINE Land Cover 2012, dite CLC 2012, a été réalisée à partir de CLC 2006 révisée et de la base des changements 2006-2012.", + "globalConstraint": { + "minScaleDenominator": 136494.693366386, + "maxScaleDenominator": 559082264.0287179, + "bbox": { + "left": -5.68494, + "right": 10.8556, + "top": 51.1827, + "bottom": 41.1779 + } + }, + "serviceParams": { + "id": "OGC:WMS", + "version": "1.3.0", + "serverUrl": { + "full": "https://data.geopf.fr/wms-r/wms" + } + }, + "defaultProjection": "EPSG:3857", + "queryable": false, + "metadata": [], + "styles": [ + { + "name": "CORINE Land Cover - France métropolitaine", + "title": "CORINE Land Cover - France métropolitaine" + } + ], + "legends": [ + { + "format": "image/png", + "url": "https://data.geopf.fr/annexes/ressources/legendes/CLC_FR.png" + } + ], + "formats": [ + { + "name": "image/jpeg", + "current": true + }, + { + "name": "image/png", + "current": false + }, + { + "name": "image/tiff", + "current": false + }, + { + "name": "image/geotiff", + "current": false + }, + { + "name": "image/x-bil;bits=32", + "current": false + } + ] + }, + "LANDCOVER.GRID.CLC90_FR$GEOPORTAIL:OGC:WMS": { + "name": "LANDCOVER.GRID.CLC90_FR", + "title": "Raster CORINE Land Cover - 1990", + "description": "Raster au pas de 25m de l'inventaire biophysique de l'occupation des sols en 1990 en 44 postes pour la Métropole. CORINE Land Cover est une base de données d’occupation des sols produite dans le cadre du programme européen d’observation de la Terre Copernicus. Cet inventaire biophysique de l’occupation des terres fournit une information géographique de référence pour 39 États européens. La continuité du programme et la diffusion des données CORINE Land Cover sont pilotées par l'Agence européenne pour l'environnement. Le producteur pour la France est le Service de la donnée et des études statistiques du ministère chargé de l’écologie. L'utilisation de cette base de données permet des applications variées adaptées aux problématiques de l'environnement et à celles de l'aménagement du territoire : production cartographique, exploitation à des fins statistiques ou bien encore analyses géographiques en combinaison avec d'autres bases de données. Outil de connaissance et d'analyse, CORINE Land Cover apporte également une aide à la décision comme instrument de suivi, de surveillance et de gestion de l'environnement, des milieux naturels et de l'aménagement de l'espace. La base de données CORINE Land Cover 1990, dite CLC 1990, a été réalisée à partir d'images satellitaires de l'année 1990 et de données d'appui.", + "globalConstraint": { + "minScaleDenominator": 68247.346683193, + "maxScaleDenominator": 559082264.0287179, + "bbox": { + "left": -5.68494, + "right": 10.8556, + "top": 51.1827, + "bottom": 41.1779 + } + }, + "serviceParams": { + "id": "OGC:WMS", + "version": "1.3.0", + "serverUrl": { + "full": "https://data.geopf.fr/wms-r/wms" + } + }, + "defaultProjection": "EPSG:3857", + "queryable": false, + "metadata": [], + "styles": [ + { + "name": "CORINE Land Cover - France métropolitaine", + "title": "CORINE Land Cover - France métropolitaine" + } + ], + "legends": [ + { + "format": "image/png", + "url": "https://data.geopf.fr/annexes/ressources/legendes/CLC_FR.png" + } + ], + "formats": [ + { + "name": "image/jpeg", + "current": true + }, + { + "name": "image/png", + "current": false + }, + { + "name": "image/tiff", + "current": false + }, + { + "name": "image/geotiff", + "current": false + }, + { + "name": "image/x-bil;bits=32", + "current": false + } + ] + }, + "LANDCOVER.HR.DLT.CLC12$GEOPORTAIL:OGC:WMS": { + "name": "LANDCOVER.HR.DLT.CLC12", + "title": "Raster CORINE Land Cover - Couche haute résolution du type de forêts - Résolution 20m - 2012", + "description": "Les couches haute résolution sont des couches thématiques d’occupation des sols, produites par le service Territoire du programme européen d'observation de la Terre Copernicus. Ce programme est coordonné par la Commission européenne et associe l’Agence spatiale européenne, l’Agence européenne pour l’environnement ainsi que les États membres. Ces données sont produites automatiquement à partir d’images satellite. Elles sont ensuite vérifiées puis améliorées manuellement. La production et la diffusion de ces couches haute résolution sont pilotées par l'Agence européenne pour l'environnement. Pour la France, le Service de l'observation et des statistiques du ministère chargé de l'environnement a la responsabilité des vérifications et des améliorations de ces produits. Le type de forêt cartographie la distinction feuillus ou résineux majoritairement présents dans les pixels, avec un taux de couvert arboré de plus de 10%. Ce produit permet d’approcher le plus possible des forêts au sens de la définition de l’Organisation des Nations unies pour l'alimentation et l'agriculture (FAO). La surface minimale cartographiée est de 0,52 ha, ce qui correspond à un groupement de 13 pixels. Les valeurs cartographiées sont : - 0 : Zone non-arborée - 1 : Feuillus - 2 : Conifères - 254 : Inclassable (nuage, donnée satellite indisponible, ombre ou neige) - 255 : En dehors de la zone d'étude Ces données haute résolution peuvent être utilisées indépendamment ou en complément de CORINE Land Cover. En effet, CLC permet de cartographier des polygones homogènes d’occupation des sols tels que du tissu urbain discontinu et des zones industrielles ou commerciales. Les couches haute résolution permettent alors d’apporter une nouvelle information pour chacune de ces zones, en précisant leur degré d’imperméabilisation, leur taux de couvert arboré, etc.", + "globalConstraint": { + "minScaleDenominator": 68247.346683193, + "maxScaleDenominator": 559082264.0287179, + "bbox": { + "left": -180.0, + "right": 180.0, + "top": 89.0, + "bottom": -89.0 + } + }, + "serviceParams": { + "id": "OGC:WMS", + "version": "1.3.0", + "serverUrl": { + "full": "https://data.geopf.fr/wms-r/wms" + } + }, + "defaultProjection": "EPSG:3857", + "queryable": false, + "metadata": [], + "styles": [ + { + "name": "CORINE Land Cover - HR - type de forêts", + "title": "CORINE Land Cover - HR - type de forêts" + } + ], + "legends": [ + { + "format": "image/png", + "url": "https://data.geopf.fr/annexes/ressources/legendes/CLC_HR_DLT.png" + } + ], + "formats": [ + { + "name": "image/jpeg", + "current": true + }, + { + "name": "image/png", + "current": false + }, + { + "name": "image/tiff", + "current": false + }, + { + "name": "image/geotiff", + "current": false + }, + { + "name": "image/x-bil;bits=32", + "current": false + } + ] + }, + "LANDCOVER.HR.DLT.CLC15$GEOPORTAIL:OGC:WMS": { + "name": "LANDCOVER.HR.DLT.CLC15", + "title": "Raster CORINE Land Cover - Couche haute résolution du type de forêts - Résolution 20m - 2015", + "description": "Les couches haute résolution sont des couches thématiques d’occupation des sols, produites par le service Territoire du programme européen d'observation de la Terre Copernicus. Ce programme est coordonné par la Commission européenne et associe l’Agence spatiale européenne, l’Agence européenne pour l’environnement ainsi que les États membres. Ces données sont produites automatiquement à partir d’images satellite. Elles sont ensuite vérifiées puis améliorées manuellement. La production et la diffusion de ces couches haute résolution sont pilotées par l'Agence européenne pour l'environnement. Pour la France, le Service de l'observation et des statistiques du ministère chargé de l'environnement a la responsabilité des vérifications et des améliorations de ces produits. Le type de forêt cartographie la distinction feuillus ou résineux majoritairement présents dans les pixels, avec un taux de couvert arboré de plus de 10%. Ce produit permet d’approcher le plus possible des forêts au sens de la définition de l’Organisation des Nations unies pour l'alimentation et l'agriculture (FAO). La surface minimale cartographiée est de 0,52 ha, ce qui correspond à un groupement de 13 pixels. Les valeurs cartographiées sont : - 0 : Zone non-arborée - 1 : Feuillus - 2 : Conifères - 254 : Inclassable (nuage, donnée satellite indisponible, ombre ou neige) - 255 : En dehors de la zone d'étude Ces données haute résolution peuvent être utilisées indépendamment ou en complément de CORINE Land Cover. En effet, CLC permet de cartographier des polygones homogènes d’occupation des sols tels que du tissu urbain discontinu et des zones industrielles ou commerciales. Les couches haute résolution permettent alors d’apporter une nouvelle information pour chacune de ces zones, en précisant leur degré d’imperméabilisation, leur taux de couvert arboré, etc.", + "globalConstraint": { + "minScaleDenominator": 68247.346683193, + "maxScaleDenominator": 559082264.0287179, + "bbox": { + "left": -180.0, + "right": 180.0, + "top": 89.0, + "bottom": -89.0 + } + }, + "serviceParams": { + "id": "OGC:WMS", + "version": "1.3.0", + "serverUrl": { + "full": "https://data.geopf.fr/wms-r/wms" + } + }, + "defaultProjection": "EPSG:3857", + "queryable": false, + "metadata": [], + "styles": [ + { + "name": "CORINE Land Cover - HR - type de forêts", + "title": "CORINE Land Cover - HR - type de forêts" + } + ], + "legends": [ + { + "format": "image/png", + "url": "https://data.geopf.fr/annexes/ressources/legendes/CLC_HR_DLT.png" + } + ], + "formats": [ + { + "name": "image/jpeg", + "current": true + }, + { + "name": "image/png", + "current": false + }, + { + "name": "image/tiff", + "current": false + }, + { + "name": "image/geotiff", + "current": false + }, + { + "name": "image/x-bil;bits=32", + "current": false + } + ] + }, + "LANDCOVER.HR.GRA.CLC15$GEOPORTAIL:OGC:WMS": { + "name": "LANDCOVER.HR.GRA.CLC15", + "title": "Raster CORINE Land Cover - Couche haute résolution des prairies - Résolution 20m - 2015", + "description": "Les couches haute résolution sont des couches thématiques d’occupation des sols, produites par le service Territoire du programme européen d'observation de la Terre Copernicus. Ce programme est coordonné par la Commission européenne et associe l’Agence spatiale européenne, l’Agence européenne pour l’environnement ainsi que les États membres. Ces données sont produites automatiquement à partir d’images satellite. Elles sont ensuite vérifiées puis améliorées manuellement. La production et la diffusion de ces couches haute résolution sont pilotées par l'Agence européenne pour l'environnement. Pour la France, le Service de la donnée et des études statistiques du ministère chargé de l’écologie a la responsabilité des vérifications et des améliorations de ces produits. Les valeurs cartographiées sont : - 0 : Zone non-herbeuse - 1 : Zone herbeuse et non-arborée - 254 : Inclassable (nuage, donnée satellite indisponible, ombre ou neige) - 255 : En dehors de la zone d'étude Ces données haute résolution peuvent être utilisées indépendamment ou en complément de CORINE Land Cover. En effet, CLC permet de cartographier des polygones homogènes d’occupation des sols tels que du tissu urbain discontinu et des zones industrielles ou commerciales. Les couches haute résolution permettent alors d’apporter une nouvelle information pour chacune de ces zones, en précisant leur degré d’imperméabilisation, leur taux de couvert arboré, etc.", + "globalConstraint": { + "minScaleDenominator": 68247.346683193, + "maxScaleDenominator": 559082264.0287179, + "bbox": { + "left": -180.0, + "right": 180.0, + "top": 89.0, + "bottom": -89.0 + } + }, + "serviceParams": { + "id": "OGC:WMS", + "version": "1.3.0", + "serverUrl": { + "full": "https://data.geopf.fr/wms-r/wms" + } + }, + "defaultProjection": "EPSG:3857", + "queryable": false, + "metadata": [], + "styles": [ + { + "name": "CORINE Land Cover - HR - prairies", + "title": "CORINE Land Cover - HR - prairies" + } + ], + "legends": [ + { + "format": "image/png", + "url": "https://data.geopf.fr/annexes/ressources/legendes/CLC_HR_GRA.png" + } + ], + "formats": [ + { + "name": "image/jpeg", + "current": true + }, + { + "name": "image/png", + "current": false + }, + { + "name": "image/tiff", + "current": false + }, + { + "name": "image/geotiff", + "current": false + }, + { + "name": "image/x-bil;bits=32", + "current": false + } + ] + }, + "LANDCOVER.HR.IMD.CLC12$GEOPORTAIL:OGC:WMS": { + "name": "LANDCOVER.HR.IMD.CLC12", + "title": "Raster CORINE Land Cover - Couche haute résolution du taux d'imperméabilisation des sols - Résolution 20m - 2012", + "description": "Les couches haute résolution sont des couches thématiques d’occupation des sols, produites par le service Territoire du programme européen d'observation de la Terre Copernicus. Ce programme est coordonné par la Commission européenne et associe l’Agence spatiale européenne, l’Agence européenne pour l’environnement ainsi que les États membres. Ces données sont produites automatiquement à partir d’images satellite. Elles sont ensuite vérifiées puis améliorées manuellement. La production et la diffusion de ces couches haute résolution sont pilotées par l'Agence européenne pour l'environnement. Pour la France, le Service de l'observation et des statistiques du ministère chargé de l'environnement a la responsabilité des vérifications et des améliorations de ces produits. Le taux d’imperméabilisation des sols cartographie le pourcentage des sols imperméabilisés par pixels de 20 m de côté. Le revêtement des sols imperméabilisés, issu de l’artificialisation des terres, est maintenu en général sur de longues périodes. La surface minimale cartographiée est de 20 m x 20 m. Les valeurs cartographiées sont : - 0 : Zone non-imperméable - 1-100 : Taux d'imperméabilisation - 254 : Inclassable (nuage, donnée satellite indisponible, ombre ou neige) - 255 : En dehors de la zone d'étude Ces données haute résolution peuvent être utilisées indépendamment ou en complément de CORINE Land Cover. En effet, CLC permet de cartographier des polygones homogènes d’occupation des sols tels que du tissu urbain discontinu et des zones industrielles ou commerciales. 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Ce programme est coordonné par la Commission européenne et associe l’Agence spatiale européenne, l’Agence européenne pour l’environnement ainsi que les États membres. Ces données sont produites automatiquement à partir d’images satellite. Elles sont ensuite vérifiées puis améliorées manuellement. La production et la diffusion de ces couches haute résolution sont pilotées par l'Agence européenne pour l'environnement. Pour la France, le Service de l'observation et des statistiques du ministère chargé de l'environnement a la responsabilité des vérifications et des améliorations de ces produits. Le taux de couvert arboré cartographie le pourcentage de couverture arborée par pixels de 20 m de côté. Sont ainsi cartographiées les surfaces arborées en zones urbaines, agricoles ou forestières. La surface minimale cartographiée est de 20 m x 20 m. Les valeurs cartographiées sont : - 0 : Zone non-arborée - 1-100 : Taux de couvert arboré - 254 : Inclassable (nuage, donnée satellite indisponible, ombre ou neige) - 255 : En dehors de la zone d'étude Ces données haute résolution peuvent être utilisées indépendamment ou en complément de CORINE Land Cover. En effet, CLC permet de cartographier des polygones homogènes d’occupation des sols tels que du tissu urbain discontinu et des zones industrielles ou commerciales. 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Les valeurs cartographiées sont : - 0 : Zone non-arborée - 1-100 : Taux de couvert arboré - 254 : Inclassable (nuage, donnée satellite indisponible, ombre ou neige) - 255 : En dehors de la zone d'étude Ces données haute résolution peuvent être utilisées indépendamment ou en complément de CORINE Land Cover. En effet, CLC permet de cartographier des polygones homogènes d’occupation des sols tels que du tissu urbain discontinu et des zones industrielles ou commerciales. 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Ce programme est coordonné par la Commission européenne et associe l’Agence spatiale européenne, l’Agence européenne pour l’environnement ainsi que les États membres. Ces données sont produites automatiquement à partir d’images satellite. Elles sont ensuite vérifiées puis améliorées manuellement. La production et la diffusion de ces couches haute résolution sont pilotées par l'Agence européenne pour l'environnement. Pour la France, le Service de la donnée et des études statistiques du ministère chargé de l’écologie a la responsabilité des vérifications et des améliorations de ces produits. Les zones humides et surfaces en eaux permanentes cartographient la présence ou non de surfaces en eau permanentes et la présence ou non de zones humides. Ces surfaces sont identifiées à partir d’analyses d’images satellite prises à différentes saisons (de 4 à 5 images en moyenne) et différentes années. Sont ainsi cartographiées les surfaces en eau sur plusieurs dates de l’analyse. Les zones humides sont définies comme étant les zones où l'eau est le premier facteur d'influence de l'environnement et de la faune et de la flore associées. Elles surviennent là où la nappe phréatique affleure ou est proche de la surface du sol, ou quand la terre est recouverte d'une faible épaisseur d'eau. Les zones cartographiées sont recouvertes d'eau au moins une fois l'une des années observées ou présentent une humidité importante et constante. Elles sont situées dans des zones où la pente est inférieure à 10 %. Enfin, les zones cartographiées sont majoritairement couvertes d’hydrophytes ou de macrophytes. La surface minimale cartographiée est de 0,16 ha, ce qui correspond à un groupement de 4 pixels. 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CORINE Land Cover est une base de données d’occupation des sols produite dans le cadre du programme européen d’observation de la Terre Copernicus. Cet inventaire biophysique de l’occupation des terres fournit une information géographique de référence pour 39 États européens. La continuité du programme et la diffusion des données CORINE Land Cover sont pilotées par l'Agence européenne pour l'environnement. Le producteur pour la France est le Service de l'observation et des statistiques du ministère chargé de l'environnement. L'utilisation de cette base de données permet des applications variées adaptées aux problématiques de l'environnement et à celles de l'aménagement du territoire : production cartographique, exploitation à des fins statistiques ou bien encore analyses géographiques en combinaison avec d'autres bases de données. 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CORINE Land Cover est une base de données d’occupation des sols produite dans le cadre du programme européen d’observation de la Terre Copernicus. Cet inventaire biophysique de l’occupation des terres fournit une information géographique de référence pour 39 États européens. La continuité du programme et la diffusion des données CORINE Land Cover sont pilotées par l'Agence européenne pour l'environnement. Le producteur pour la France est le Service de l'observation et des statistiques du ministère chargé de l'environnement. L'utilisation de cette base de données permet des applications variées adaptées aux problématiques de l'environnement et à celles de l'aménagement du territoire : production cartographique, exploitation à des fins statistiques ou bien encore analyses géographiques en combinaison avec d'autres bases de données. Outil de connaissance et d'analyse, CORINE Land Cover apporte également une aide à la décision comme instrument de suivi, de surveillance et de gestion de l'environnement, des milieux naturels et plus généralement de l'aménagement de l'espace. La base de données CORINE Land Cover 2006 révisée, dite CLC 2006 révisée, est une correction de CLC 2006 réalisée à partir d'images satellitaires de l'année 2006 pour la Métropole, d'images satellitaires prises entre 2005 et 2008 pour les DOM, et de données d'appui.", + "globalConstraint": { + "minScaleDenominator": 0.0, + "maxScaleDenominator": 62236752975597, + "bbox": { + "left": -61.90315964, + "right": 55.93309174, + "top": 51.29468547, + "bottom": -21.48017901 + } + }, + "serviceParams": { + "id": "OGC:WMS", + "version": "1.3.0", + "serverUrl": { + "full": "https://data.geopf.fr/wms-v/ows?SERVICE=WMS&" + } + }, + "defaultProjection": "EPSG:4326", + "queryable": true, + "metadata": [], + "styles": [ + { + "name": "default-style-CLC06R_BDD_WLD_WM_20180322", + "title": "CLC06R_BDD_WLD_WM_20180322 style" + } + ], + "legends": [ + { + "format": "image/png", + "url": "https://data.geopf.fr/wms-v/ows?service=WMS&version=1.3.0&request=GetLegendGraphic&format=image%2Fpng&width=20&height=20&layer=CLC06R_BDD_WLD_WM_20180322" + } + ], + "formats": [ + { + "name": "image/png", + "current": true + }, + { + "name": "application/atom+xml", + "current": false + }, + { + "name": "application/json;type=utfgrid", + "current": false + }, + { + "name": "application/pdf", + "current": false + }, + { + "name": "application/rss+xml", + "current": false + }, + { + "name": "application/vnd.google-earth.kml+xml", + "current": false + }, + { + "name": "application/vnd.google-earth.kml+xml;mode=networklink", + "current": false + }, + { + "name": "application/vnd.google-earth.kmz", + "current": false + }, + { + "name": "image/geotiff", + "current": false + }, + { + "name": "image/geotiff8", + "current": false + }, + { + "name": "image/gif", + "current": false + }, + { + "name": "image/jpeg", + "current": false + }, + { + "name": "image/png; mode=8bit", + "current": false + }, + { + "name": "image/svg+xml", + "current": false + }, + { + "name": "image/tiff", + "current": false + }, + { + "name": "image/tiff8", + "current": false + }, + { + "name": "image/vnd.jpeg-png", + "current": false + }, + { + "name": "image/vnd.jpeg-png8", + "current": false + }, + { + "name": "text/html; subtype=openlayers", + "current": false + }, + { + "name": "text/html; subtype=openlayers2", + "current": false + }, + { + "name": "text/html; subtype=openlayers3", + "current": false + } + ] + }, + "CLC_BDD_FXX_L93_20180223$GEOPORTAIL:OGC:WMS": { + "name": "CLC_BDD_FXX_L93_20180223", + "title": "CORINE Land Cover - France métropolitaine - 2012", + "description": "Inventaire biophysique de l'occupation des sols en 2012 en 44 postes. CORINE Land Cover est une base de données d’occupation des sols produite dans le cadre du programme européen d’observation de la Terre Copernicus. Cet inventaire biophysique de l’occupation des terres fournit une information géographique de référence pour 39 États européens. La continuité du programme et la diffusion des données CORINE Land Cover sont pilotées par l'Agence européenne pour l'environnement. Le producteur pour la France est le Service de la donnée et des études statistiques du ministère chargé de l’écologie. L'utilisation de cette base de données permet des applications variées adaptées aux problématiques de l'environnement et à celles de l'aménagement du territoire : production cartographique, exploitation à des fins statistiques ou bien encore analyses géographiques en combinaison avec d'autres bases de données. Outil de connaissance et d'analyse, CORINE Land Cover apporte également une aide à la décision comme instrument de suivi, de surveillance et de gestion de l'environnement, des milieux naturels et plus généralement de l'aménagement de l'espace. La base de données CORINE Land Cover 2012, dite CLC 2012, a été réalisée à partir de CLC 2006 révisée et de la base des changements 2006-2012.", + "globalConstraint": { + "minScaleDenominator": 0.0, + "maxScaleDenominator": 62236752975597, + "bbox": { + "left": -5.91658725, + "right": 9.99021512, + "top": 51.17668018, + "bottom": 41.07509675 + } + }, + "serviceParams": { + "id": "OGC:WMS", + "version": "1.3.0", + "serverUrl": { + "full": "https://data.geopf.fr/wms-v/ows?SERVICE=WMS&" + } + }, + "defaultProjection": "EPSG:4326", + "queryable": true, + "metadata": [], + "styles": [ + { + "name": "default-style-CLC_BDD_FXX_L93_20180223", + "title": "CLC_BDD_FXX_L93_20180223 style" + } + ], + "legends": [ + { + "format": "image/png", + "url": "https://data.geopf.fr/wms-v/ows?service=WMS&version=1.3.0&request=GetLegendGraphic&format=image%2Fpng&width=20&height=20&layer=CLC_BDD_FXX_L93_20180223" + } + ], + "formats": [ + { + "name": "image/png", + "current": true + }, + { + "name": "application/atom+xml", + "current": false + }, + { + "name": "application/json;type=utfgrid", + "current": false + }, + { + "name": "application/pdf", + "current": false + }, + { + "name": "application/rss+xml", + "current": false + }, + { + "name": "application/vnd.google-earth.kml+xml", + "current": false + }, + { + "name": "application/vnd.google-earth.kml+xml;mode=networklink", + "current": false + }, + { + "name": "application/vnd.google-earth.kmz", + "current": false + }, + { + "name": "image/geotiff", + "current": false + }, + { + "name": "image/geotiff8", + "current": false + }, + { + "name": "image/gif", + "current": false + }, + { + "name": "image/jpeg", + "current": false + }, + { + "name": "image/png; mode=8bit", + "current": false + }, + { + "name": "image/svg+xml", + "current": false + }, + { + "name": "image/tiff", + "current": false + }, + { + "name": "image/tiff8", + "current": false + }, + { + "name": "image/vnd.jpeg-png", + "current": false + }, + { + "name": "image/vnd.jpeg-png8", + "current": false + }, + { + "name": "text/html; subtype=openlayers", + "current": false + }, + { + "name": "text/html; subtype=openlayers2", + "current": false + }, + { + "name": "text/html; subtype=openlayers3", + "current": false + } + ] + }, + "CLC_BDD_WLD_WM_20180228$GEOPORTAIL:OGC:WMS": { + "name": "CLC_BDD_WLD_WM_20180228", + "title": "CORINE Land Cover - 2012", + "description": "Inventaire biophysique de l'occupation des sols en 2012 en 44 postes pour la Métropole et 50 postes pour les DOM. CORINE Land Cover est une base de données d’occupation des sols produite dans le cadre du programme européen d’observation de la Terre Copernicus. Cet inventaire biophysique de l’occupation des terres fournit une information géographique de référence pour 39 États européens. La continuité du programme et la diffusion des données CORINE Land Cover sont pilotées par l'Agence européenne pour l'environnement. Le producteur pour la France est le Service de la donnée et des études statistiques du ministère chargé de l’écologie. L'utilisation de cette base de données permet des applications variées adaptées aux problématiques de l'environnement et à celles de l'aménagement du territoire : production cartographique, exploitation à des fins statistiques ou bien encore analyses géographiques en combinaison avec d'autres bases de données. Outil de connaissance et d'analyse, CORINE Land Cover apporte également une aide à la décision comme instrument de suivi, de surveillance et de gestion de l'environnement, des milieux naturels et plus généralement de l'aménagement de l'espace. La base de données CORINE Land Cover 2012, dite CLC 2012, a été réalisée à partir de CLC 2006 révisée et de la base des changements 2006-2012.", + "globalConstraint": { + "minScaleDenominator": 0.0, + "maxScaleDenominator": 62236752975597, + "bbox": { + "left": -61.90315964, + "right": 55.93309174, + "top": 51.29468547, + "bottom": -21.48017901 + } + }, + "serviceParams": { + "id": "OGC:WMS", + "version": "1.3.0", + "serverUrl": { + "full": "https://data.geopf.fr/wms-v/ows?SERVICE=WMS&" + } + }, + "defaultProjection": "EPSG:4326", + "queryable": true, + "metadata": [], + "styles": [ + { + "name": "default-style-CLC_BDD_WLD_WM_20180228", + "title": "CLC_BDD_WLD_WM_20180228 style" + } + ], + "legends": [ + { + "format": "image/png", + "url": "https://data.geopf.fr/wms-v/ows?service=WMS&version=1.3.0&request=GetLegendGraphic&format=image%2Fpng&width=20&height=20&layer=CLC_BDD_WLD_WM_20180228" + } + ], + "formats": [ + { + "name": "image/png", + "current": true + }, + { + "name": "application/atom+xml", + "current": false + }, + { + "name": "application/json;type=utfgrid", + "current": false + }, + { + "name": "application/pdf", + "current": false + }, + { + "name": "application/rss+xml", + "current": false + }, + { + "name": "application/vnd.google-earth.kml+xml", + "current": false + }, + { + "name": "application/vnd.google-earth.kml+xml;mode=networklink", + "current": false + }, + { + "name": "application/vnd.google-earth.kmz", + "current": false + }, + { + "name": "image/geotiff", + "current": false + }, + { + "name": "image/geotiff8", + "current": false + }, + { + "name": "image/gif", + "current": false + }, + { + "name": "image/jpeg", + "current": false + }, + { + "name": "image/png; mode=8bit", + "current": false + }, + { + "name": "image/svg+xml", + "current": false + }, + { + "name": "image/tiff", + "current": false + }, + { + "name": "image/tiff8", + "current": false + }, + { + "name": "image/vnd.jpeg-png", + "current": false + }, + { + "name": "image/vnd.jpeg-png8", + "current": false + }, + { + "name": "text/html; subtype=openlayers", + "current": false + }, + { + "name": "text/html; subtype=openlayers2", + "current": false + }, + { + "name": "text/html; subtype=openlayers3", + "current": false + } + ] + }, + "CLC_CHA00_BDD_FXX_L93_20180309$GEOPORTAIL:OGC:WMS": { + "name": "CLC_CHA00_BDD_FXX_L93_20180309", + "title": "CORINE Land Cover - France métropolitaine - Changements 1990-2000", + "description": "Inventaire biophysique du changement d'occupation des sols entre 1990 et 2000 suivant la nomenclature CORINE Land Cover en 44 postes. CORINE Land Cover est une base de données d’occupation des sols produite dans le cadre du programme européen d’observation de la Terre Copernicus. Cet inventaire biophysique de l’occupation des terres fournit une information géographique de référence pour 39 États européens. La continuité du programme et la diffusion des données CORINE Land Cover sont pilotées par l'Agence européenne pour l'environnement. Le producteur pour la France est le Service de la donnée et des études statistiques du ministère chargé de l’écologie. L'utilisation de cette base de données permet des applications variées adaptées aux problématiques de l'environnement et à celles de l'aménagement du territoire : production cartographique, exploitation à des fins statistiques ou bien encore analyses géographiques en combinaison avec d'autres bases de données. Outil de connaissance et d'analyse, CORINE Land Cover apporte également une aide à la décision comme instrument de suivi, de surveillance et de gestion de l'environnement, des milieux naturels et plus généralement de l'aménagement de l'espace. 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Outil de connaissance et d'analyse, CORINE Land Cover apporte également une aide à la décision comme instrument de suivi, de surveillance et de gestion de l'environnement, des milieux naturels et plus généralement de l'aménagement de l'espace. 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CORINE Land Cover est une base de données d’occupation des sols produite dans le cadre du programme européen d’observation de la Terre Copernicus. Cet inventaire biophysique de l’occupation des terres fournit une information géographique de référence pour 39 États européens. La continuité du programme et la diffusion des données CORINE Land Cover sont pilotées par l'Agence européenne pour l'environnement. Le producteur pour la France est le Service de la donnée et des études statistiques du ministère chargé de l’écologie. L'utilisation de cette base de données permet des applications variées adaptées aux problématiques de l'environnement et à celles de l'aménagement du territoire : production cartographique, exploitation à des fins statistiques ou bien encore analyses géographiques en combinaison avec d'autres bases de données. Outil de connaissance et d'analyse, CORINE Land Cover apporte également une aide à la décision comme instrument de suivi, de surveillance et de gestion de l'environnement, des milieux naturels et de l'aménagement de l'espace. 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Outil de connaissance et d'analyse, CORINE Land Cover apporte également une aide à la décision comme instrument de suivi, de surveillance et de gestion de l'environnement, des milieux naturels et plus généralement de l'aménagement de l'espace. 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CORINE Land Cover est une base de données d’occupation des sols produite dans le cadre du programme européen d’observation de la Terre Copernicus. Cet inventaire biophysique de l’occupation des terres fournit une information géographique de référence pour 39 États européens. La continuité du programme et la diffusion des données CORINE Land Cover sont pilotées par l'Agence européenne pour l'environnement. Le producteur pour la France est le Service de la donnée et des études statistiques du ministère chargé de l’écologie. L'utilisation de cette base de données permet des applications variées adaptées aux problématiques de l'environnement et à celles de l'aménagement du territoire : production cartographique, exploitation à des fins statistiques ou bien encore analyses géographiques en combinaison avec d'autres bases de données. Outil de connaissance et d'analyse, CORINE Land Cover apporte également une aide à la décision comme instrument de suivi, de surveillance et de gestion de l'environnement, des milieux naturels et de l'aménagement de l'espace. 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CORINE Land Cover est une base de données d’occupation des sols produite dans le cadre du programme européen d’observation de la Terre Copernicus. Cet inventaire biophysique de l’occupation des terres fournit une information géographique de référence pour 39 États européens. La continuité du programme et la diffusion des données CORINE Land Cover sont pilotées par l'Agence européenne pour l'environnement. Le producteur pour la France est le Service de la donnée et des études statistiques du ministère chargé de l’écologie. L'utilisation de cette base de données permet des applications variées adaptées aux problématiques de l'environnement et à celles de l'aménagement du territoire : production cartographique, exploitation à des fins statistiques ou bien encore analyses géographiques en combinaison avec d'autres bases de données. Outil de connaissance et d'analyse, CORINE Land Cover apporte également une aide à la décision comme instrument de suivi, de surveillance et de gestion de l'environnement, des milieux naturels et plus généralement de l'aménagement de l'espace. 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CORINE Land Cover est une base de données d’occupation des sols produite dans le cadre du programme européen d’observation de la Terre Copernicus. Cet inventaire biophysique de l’occupation des terres fournit une information géographique de référence pour 39 États européens. La continuité du programme et la diffusion des données CORINE Land Cover sont pilotées par l'Agence européenne pour l'environnement. Le producteur pour la France est le Service de la donnée et des études statistiques du ministère chargé de l’écologie. L'utilisation de cette base de données permet des applications variées adaptées aux problématiques de l'environnement et à celles de l'aménagement du territoire : production cartographique, exploitation à des fins statistiques ou bien encore analyses géographiques en combinaison avec d'autres bases de données. Outil de connaissance et d'analyse, CORINE Land Cover apporte également une aide à la décision comme instrument de suivi, de surveillance et de gestion de l'environnement, des milieux naturels et de l'aménagement de l'espace. 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Outil de connaissance et d'analyse, CORINE Land Cover apporte également une aide à la décision comme instrument de suivi, de surveillance et de gestion de l'environnement, des milieux naturels et de l'aménagement de l'espace. 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CORINE Land Cover est une base de données d’occupation des sols produite dans le cadre du programme européen d’observation de la Terre Copernicus. Cet inventaire biophysique de l’occupation des terres fournit une information géographique de référence pour 39 États européens. La continuité du programme et la diffusion des données CORINE Land Cover sont pilotées par l'Agence européenne pour l'environnement. Le producteur pour la France est le Service de la donnée et des études statistiques du ministère chargé de l’écologie. L'utilisation de cette base de données permet des applications variées adaptées aux problématiques de l'environnement et à celles de l'aménagement du territoire : production cartographique, exploitation à des fins statistiques ou bien encore analyses géographiques en combinaison avec d'autres bases de données. Outil de connaissance et d'analyse, CORINE Land Cover apporte également une aide à la décision comme instrument de suivi, de surveillance et de gestion de l'environnement, des milieux naturels et de l'aménagement de l'espace. 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CORINE Land Cover est une base de données d’occupation des sols produite dans le cadre du programme européen d’observation de la Terre Copernicus. Cet inventaire biophysique de l’occupation des terres fournit une information géographique de référence pour 39 États européens. La continuité du programme et la diffusion des données CORINE Land Cover sont pilotées par l'Agence européenne pour l'environnement. Le producteur pour la France est le Service de la donnée et des études statistiques du ministère chargé de l’écologie. L'utilisation de cette base de données permet des applications variées adaptées aux problématiques de l'environnement et à celles de l'aménagement du territoire : production cartographique, exploitation à des fins statistiques ou bien encore analyses géographiques en combinaison avec d'autres bases de données. Outil de connaissance et d'analyse, CORINE Land Cover apporte également une aide à la décision comme instrument de suivi, de surveillance et de gestion de l'environnement, des milieux naturels et plus généralement de l'aménagement de l'espace. 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CORINE Land Cover est une base de données d’occupation des sols produite dans le cadre du programme européen d’observation de la Terre Copernicus. Cet inventaire biophysique de l’occupation des terres fournit une information géographique de référence pour 39 États européens. La continuité du programme et la diffusion des données CORINE Land Cover sont pilotées par l'Agence européenne pour l'environnement. Le producteur pour la France est le Service de la donnée et des études statistiques du ministère chargé de l’écologie. L'utilisation de cette base de données permet des applications variées adaptées aux problématiques de l'environnement et à celles de l'aménagement du territoire : production cartographique, exploitation à des fins statistiques ou bien encore analyses géographiques en combinaison avec d'autres bases de données. Outil de connaissance et d'analyse, CORINE Land Cover apporte également une aide à la décision comme instrument de suivi, de surveillance et de gestion de l'environnement, des milieux naturels et plus généralement de l'aménagement de l'espace. 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CORINE Land Cover est une base de données d’occupation des sols produite dans le cadre du programme européen d’observation de la Terre Copernicus. Cet inventaire biophysique de l’occupation des terres fournit une information géographique de référence pour 39 États européens. La continuité du programme et la diffusion des données CORINE Land Cover sont pilotées par l'Agence européenne pour l'environnement. Le producteur pour la France est le Service de la donnée et des études statistiques du ministère chargé de l’écologie. L'utilisation de cette base de données permet des applications variées adaptées aux problématiques de l'environnement et à celles de l'aménagement du territoire : production cartographique, exploitation à des fins statistiques ou bien encore analyses géographiques en combinaison avec d'autres bases de données. Outil de connaissance et d'analyse, CORINE Land Cover apporte également une aide à la décision comme instrument de suivi, de surveillance et de gestion de l'environnement, des milieux naturels et plus généralement de l'aménagement de l'espace. 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CORINE Land Cover est une base de données d’occupation des sols produite dans le cadre du programme européen d’observation de la Terre Copernicus. Cet inventaire biophysique de l’occupation des terres fournit une information géographique de référence pour 39 États européens. La continuité du programme et la diffusion des données CORINE Land Cover sont pilotées par l'Agence européenne pour l'environnement. Le producteur pour la France est le Service de la donnée et des études statistiques du ministère chargé de l’écologie. L'utilisation de cette base de données permet des applications variées adaptées aux problématiques de l'environnement et à celles de l'aménagement du territoire : production cartographique, exploitation à des fins statistiques ou bien encore analyses géographiques en combinaison avec d'autres bases de données. Outil de connaissance et d'analyse, CORINE Land Cover apporte également une aide à la décision comme instrument de suivi, de surveillance et de gestion de l'environnement, des milieux naturels et de l'aménagement de l'espace. La base des changements CORINE Land Cover 2012-2018 a été réalisée à partir d'images satellitaires des périodes 2011-2012 et 2016-2017, et de données d'appui.", + "globalConstraint": { + "minScaleDenominator": 0.0, + "maxScaleDenominator": 62236752975597, + "bbox": { + "left": -62.2265625, + "right": 56.25, + "top": 51.501171875, + "bottom": -21.597265625 + } + }, + "serviceParams": { + "id": "OGC:WMS", + "version": "1.3.0", + "serverUrl": { + "full": "https://data.geopf.fr/wms-v/ows?SERVICE=WMS&" + } + }, + "defaultProjection": "EPSG:4326", + "queryable": true, + "metadata": [], + "styles": [ + { + "name": "default-style-CLC_CHA18_BDD_WLD_WM_20190925", + "title": "CLC_CHA18_BDD_WLD_WM_20190925 style" + } + ], + "legends": [ + { + "format": "image/png", + "url": "https://data.geopf.fr/wms-v/ows?service=WMS&version=1.3.0&request=GetLegendGraphic&format=image%2Fpng&width=20&height=20&layer=CLC_CHA18_BDD_WLD_WM_20190925" + } + ], + "formats": [ + { + "name": "image/png", + "current": true + }, + { + "name": "application/atom+xml", + "current": false + }, + { + "name": "application/json;type=utfgrid", + "current": false + }, + { + "name": "application/pdf", + "current": false + }, + { + "name": "application/rss+xml", + "current": false + }, + { + "name": "application/vnd.google-earth.kml+xml", + "current": false + }, + { + "name": "application/vnd.google-earth.kml+xml;mode=networklink", + "current": false + }, + { + "name": "application/vnd.google-earth.kmz", + "current": false + }, + { + "name": "image/geotiff", + "current": false + }, + { + "name": "image/geotiff8", + "current": false + }, + { + "name": "image/gif", + "current": false + }, + { + "name": "image/jpeg", + "current": false + }, + { + "name": "image/png; mode=8bit", + "current": false + }, + { + "name": "image/svg+xml", + "current": false + }, + { + "name": "image/tiff", + "current": false + }, + { + "name": "image/tiff8", + "current": false + }, + { + "name": "image/vnd.jpeg-png", + "current": false + }, + { + "name": "image/vnd.jpeg-png8", + "current": false + }, + { + "name": "text/html; subtype=openlayers", + "current": false + }, + { + "name": "text/html; subtype=openlayers2", + "current": false + }, + { + "name": "text/html; subtype=openlayers3", + "current": false + } + ] + }, + "CLC_CLC00R_BDD_FXX_L93_20180305$GEOPORTAIL:OGC:WMS": { + "name": "CLC_CLC00R_BDD_FXX_L93_20180305", + "title": "CORINE Land Cover - France métropolitaine - 2000 révisée", + "description": "Inventaire biophysique de l'occupation des sols en 2000 en 44 postes. CORINE Land Cover est une base de données d’occupation des sols produite dans le cadre du programme européen d’observation de la Terre Copernicus. Cet inventaire biophysique de l’occupation des terres fournit une information géographique de référence pour 39 États européens. La continuité du programme et la diffusion des données CORINE Land Cover sont pilotées par l'Agence européenne pour l'environnement. Le producteur pour la France est le Service de la donnée et des études statistiques du ministère chargé de l’écologie. L'utilisation de cette base de données permet des applications variées adaptées aux problématiques de l'environnement et à celles de l'aménagement du territoire : production cartographique, exploitation à des fins statistiques ou bien encore analyses géographiques en combinaison avec d'autres bases de données. Outil de connaissance et d'analyse, CORINE Land Cover apporte également une aide à la décision comme instrument de suivi, de surveillance et de gestion de l'environnement, des milieux naturels et plus généralement de l'aménagement de l'espace. La base de données CORINE Land Cover 2000 révisée, dite CLC 2000 révisée, est une correction de CLC 2000 réalisée à partir d'images satellitaires de l'année 2000 et de données d'appui.", + "globalConstraint": { + "minScaleDenominator": 0.0, + "maxScaleDenominator": 62236752975597, + "bbox": { + "left": -5.91658725, + "right": 9.99021512, + "top": 51.17668018, + "bottom": 41.07509675 + } + }, + "serviceParams": { + "id": "OGC:WMS", + "version": "1.3.0", + "serverUrl": { + "full": "https://data.geopf.fr/wms-v/ows?SERVICE=WMS&" + } + }, + "defaultProjection": "EPSG:4326", + "queryable": true, + "metadata": [], + "styles": [ + { + "name": "default-style-CLC_CLC00R_BDD_FXX_L93_20180305", + "title": "CLC_CLC00R_BDD_FXX_L93_20180305 style" + } + ], + "legends": [ + { + "format": "image/png", + "url": "https://data.geopf.fr/wms-v/ows?service=WMS&version=1.3.0&request=GetLegendGraphic&format=image%2Fpng&width=20&height=20&layer=CLC_CLC00R_BDD_FXX_L93_20180305" + } + ], + "formats": [ + { + "name": "image/png", + "current": true + }, + { + "name": "application/atom+xml", + "current": false + }, + { + "name": "application/json;type=utfgrid", + "current": false + }, + { + "name": "application/pdf", + "current": false + }, + { + "name": "application/rss+xml", + "current": false + }, + { + "name": "application/vnd.google-earth.kml+xml", + "current": false + }, + { + "name": "application/vnd.google-earth.kml+xml;mode=networklink", + "current": false + }, + { + "name": "application/vnd.google-earth.kmz", + "current": false + }, + { + "name": "image/geotiff", + "current": false + }, + { + "name": "image/geotiff8", + "current": false + }, + { + "name": "image/gif", + "current": false + }, + { + "name": "image/jpeg", + "current": false + }, + { + "name": "image/png; mode=8bit", + "current": false + }, + { + "name": "image/svg+xml", + "current": false + }, + { + "name": "image/tiff", + "current": false + }, + { + "name": "image/tiff8", + "current": false + }, + { + "name": "image/vnd.jpeg-png", + "current": false + }, + { + "name": "image/vnd.jpeg-png8", + "current": false + }, + { + "name": "text/html; subtype=openlayers", + "current": false + }, + { + "name": "text/html; subtype=openlayers2", + "current": false + }, + { + "name": "text/html; subtype=openlayers3", + "current": false + } + ] + }, + "CLC_CLC00_BDD_DOM_WGS84G_20180305$GEOPORTAIL:OGC:WMS": { + "name": "CLC_CLC00_BDD_DOM_WGS84G_20180305", + "title": "CORINE Land Cover - DOM - 2000", + "description": "Inventaire biophysique de l'occupation des sols en 2000 en 50 postes. CORINE Land Cover est une base de données d’occupation des sols produite dans le cadre du programme européen d’observation de la Terre Copernicus. Cet inventaire biophysique de l’occupation des terres fournit une information géographique de référence pour 39 États européens. La continuité du programme et la diffusion des données CORINE Land Cover sont pilotées par l'Agence européenne pour l'environnement. Le producteur pour la France est le Service de la donnée et des études statistiques du ministère chargé de l’écologie. L'utilisation de cette base de données permet des applications variées adaptées aux problématiques de l'environnement et à celles de l'aménagement du territoire : production cartographique, exploitation à des fins statistiques ou bien encore analyses géographiques en combinaison avec d'autres bases de données. Outil de connaissance et d'analyse, CORINE Land Cover apporte également une aide à la décision comme instrument de suivi, de surveillance et de gestion de l'environnement, des milieux naturels et de l'aménagement de l'espace. La base de données CORINE Land Cover DOM 2000 a été réalisée à partir de CORINE Land Cover DOM 2006 et de la base des changements 2000-2006.", + "globalConstraint": { + "minScaleDenominator": 0.0, + "maxScaleDenominator": 62236752975597, + "bbox": { + "left": -61.90315964, + "right": 55.93309174, + "top": 16.60478396, + "bottom": -21.48017901 + } + }, + "serviceParams": { + "id": "OGC:WMS", + "version": "1.3.0", + "serverUrl": { + "full": "https://data.geopf.fr/wms-v/ows?SERVICE=WMS&" + } + }, + "defaultProjection": "EPSG:4326", + "queryable": true, + "metadata": [], + "styles": [ + { + "name": "default-style-CLC_CLC00_BDD_DOM_WGS84G_20180305", + "title": "CLC_CLC00_BDD_DOM_WGS84G_20180305 style" + } + ], + "legends": [ + { + "format": "image/png", + "url": "https://data.geopf.fr/wms-v/ows?service=WMS&version=1.3.0&request=GetLegendGraphic&format=image%2Fpng&width=20&height=20&layer=CLC_CLC00_BDD_DOM_WGS84G_20180305" + } + ], + "formats": [ + { + "name": "image/png", + "current": true + }, + { + "name": "application/atom+xml", + "current": false + }, + { + "name": "application/json;type=utfgrid", + "current": false + }, + { + "name": "application/pdf", + "current": false + }, + { + "name": "application/rss+xml", + "current": false + }, + { + "name": "application/vnd.google-earth.kml+xml", + "current": false + }, + { + "name": "application/vnd.google-earth.kml+xml;mode=networklink", + "current": false + }, + { + "name": "application/vnd.google-earth.kmz", + "current": false + }, + { + "name": "image/geotiff", + "current": false + }, + { + "name": "image/geotiff8", + "current": false + }, + { + "name": "image/gif", + "current": false + }, + { + "name": "image/jpeg", + "current": false + }, + { + "name": "image/png; mode=8bit", + "current": false + }, + { + "name": "image/svg+xml", + "current": false + }, + { + "name": "image/tiff", + "current": false + }, + { + "name": "image/tiff8", + "current": false + }, + { + "name": "image/vnd.jpeg-png", + "current": false + }, + { + "name": "image/vnd.jpeg-png8", + "current": false + }, + { + "name": "text/html; subtype=openlayers", + "current": false + }, + { + "name": "text/html; subtype=openlayers2", + "current": false + }, + { + "name": "text/html; subtype=openlayers3", + "current": false + } + ] + }, + "CLC_CLC00_BDD_FXX_L93_20180305$GEOPORTAIL:OGC:WMS": { + "name": "CLC_CLC00_BDD_FXX_L93_20180305", + "title": "CORINE Land Cover - France métropolitaine - 2000", + "description": "Inventaire biophysique de l'occupation des sols en 2000 en 44 postes. CORINE Land Cover est une base de données d’occupation des sols produite dans le cadre du programme européen d’observation de la Terre Copernicus. Cet inventaire biophysique de l’occupation des terres fournit une information géographique de référence pour 39 États européens. La continuité du programme et la diffusion des données CORINE Land Cover sont pilotées par l'Agence européenne pour l'environnement. Le producteur pour la France est le Service de la donnée et des études statistiques du ministère chargé de l’écologie. L'utilisation de cette base de données permet des applications variées adaptées aux problématiques de l'environnement et à celles de l'aménagement du territoire : production cartographique, exploitation à des fins statistiques ou bien encore analyses géographiques en combinaison avec d'autres bases de données. Outil de connaissance et d'analyse, CORINE Land Cover apporte également une aide à la décision comme instrument de suivi, de surveillance et de gestion de l'environnement, des milieux naturels et plus généralement de l'aménagement de l'espace. La base de données CORINE Land Cover 2000, dite CLC 2000, a été réalisée à partir d'images satellitaires de l'année 2000 et de données d'appui.", + "globalConstraint": { + "minScaleDenominator": 0.0, + "maxScaleDenominator": 62236752975597, + "bbox": { + "left": -5.91658725, + "right": 9.99021512, + "top": 51.17668018, + "bottom": 41.07509675 + } + }, + "serviceParams": { + "id": "OGC:WMS", + "version": "1.3.0", + "serverUrl": { + "full": "https://data.geopf.fr/wms-v/ows?SERVICE=WMS&" + } + }, + "defaultProjection": "EPSG:4326", + "queryable": true, + "metadata": [], + "styles": [ + { + "name": "default-style-CLC_CLC00_BDD_FXX_L93_20180305", + "title": "CLC_CLC00_BDD_FXX_L93_20180305 style" + } + ], + "legends": [ + { + "format": "image/png", + "url": "https://data.geopf.fr/wms-v/ows?service=WMS&version=1.3.0&request=GetLegendGraphic&format=image%2Fpng&width=20&height=20&layer=CLC_CLC00_BDD_FXX_L93_20180305" + } + ], + "formats": [ + { + "name": "image/png", + "current": true + }, + { + "name": "application/atom+xml", + "current": false + }, + { + "name": "application/json;type=utfgrid", + "current": false + }, + { + "name": "application/pdf", + "current": false + }, + { + "name": "application/rss+xml", + "current": false + }, + { + "name": "application/vnd.google-earth.kml+xml", + "current": false + }, + { + "name": "application/vnd.google-earth.kml+xml;mode=networklink", + "current": false + }, + { + "name": "application/vnd.google-earth.kmz", + "current": false + }, + { + "name": "image/geotiff", + "current": false + }, + { + "name": "image/geotiff8", + "current": false + }, + { + "name": "image/gif", + "current": false + }, + { + "name": "image/jpeg", + "current": false + }, + { + "name": "image/png; mode=8bit", + "current": false + }, + { + "name": "image/svg+xml", + "current": false + }, + { + "name": "image/tiff", + "current": false + }, + { + "name": "image/tiff8", + "current": false + }, + { + "name": "image/vnd.jpeg-png", + "current": false + }, + { + "name": "image/vnd.jpeg-png8", + "current": false + }, + { + "name": "text/html; subtype=openlayers", + "current": false + }, + { + "name": "text/html; subtype=openlayers2", + "current": false + }, + { + "name": "text/html; subtype=openlayers3", + "current": false + } + ] + }, + "CLC_CLC06R_BDD_DOM_WGS84G_20180305$GEOPORTAIL:OGC:WMS": { + "name": "CLC_CLC06R_BDD_DOM_WGS84G_20180305", + "title": "CORINE Land Cover - DOM - 2006 révisée", + "description": "Inventaire biophysique de l'occupation des sols en 2006 en 50 postes. CORINE Land Cover est une base de données d’occupation des sols produite dans le cadre du programme européen d’observation de la Terre Copernicus. Cet inventaire biophysique de l’occupation des terres fournit une information géographique de référence pour 39 États européens. La continuité du programme et la diffusion des données CORINE Land Cover sont pilotées par l'Agence européenne pour l'environnement. Le producteur pour la France est le Service de la donnée et des études statistiques du ministère chargé de l’écologie. L'utilisation de cette base de données permet des applications variées adaptées aux problématiques de l'environnement et à celles de l'aménagement du territoire : production cartographique, exploitation à des fins statistiques ou bien encore analyses géographiques en combinaison avec d'autres bases de données. Outil de connaissance et d'analyse, CORINE Land Cover apporte également une aide à la décision comme instrument de suivi, de surveillance et de gestion de l'environnement, des milieux naturels et de l'aménagement de l'espace. La base de données CORINE Land Cover 2006 révisée, dite CLC 2006 révisée, est une correction de CLC 2006 réalisée à partir d'images satellitaires prises entre 2005 et 2008 et de données d'appui.", + "globalConstraint": { + "minScaleDenominator": 0.0, + "maxScaleDenominator": 62236752975597, + "bbox": { + "left": -61.90315964, + "right": 55.93309174, + "top": 16.60478396, + "bottom": -21.48017901 + } + }, + "serviceParams": { + "id": "OGC:WMS", + "version": "1.3.0", + "serverUrl": { + "full": "https://data.geopf.fr/wms-v/ows?SERVICE=WMS&" + } + }, + "defaultProjection": "EPSG:4326", + "queryable": true, + "metadata": [], + "styles": [ + { + "name": "default-style-CLC_CLC06R_BDD_DOM_WGS84G_20180305", + "title": "CLC_CLC06R_BDD_DOM_WGS84G_20180305 style" + } + ], + "legends": [ + { + "format": "image/png", + "url": "https://data.geopf.fr/wms-v/ows?service=WMS&version=1.3.0&request=GetLegendGraphic&format=image%2Fpng&width=20&height=20&layer=CLC_CLC06R_BDD_DOM_WGS84G_20180305" + } + ], + "formats": [ + { + "name": "image/png", + "current": true + }, + { + "name": "application/atom+xml", + "current": false + }, + { + "name": "application/json;type=utfgrid", + "current": false + }, + { + "name": "application/pdf", + "current": false + }, + { + "name": "application/rss+xml", + "current": false + }, + { + "name": "application/vnd.google-earth.kml+xml", + "current": false + }, + { + "name": "application/vnd.google-earth.kml+xml;mode=networklink", + "current": false + }, + { + "name": "application/vnd.google-earth.kmz", + "current": false + }, + { + "name": "image/geotiff", + "current": false + }, + { + "name": "image/geotiff8", + "current": false + }, + { + "name": "image/gif", + "current": false + }, + { + "name": "image/jpeg", + "current": false + }, + { + "name": "image/png; mode=8bit", + "current": false + }, + { + "name": "image/svg+xml", + "current": false + }, + { + "name": "image/tiff", + "current": false + }, + { + "name": "image/tiff8", + "current": false + }, + { + "name": "image/vnd.jpeg-png", + "current": false + }, + { + "name": "image/vnd.jpeg-png8", + "current": false + }, + { + "name": "text/html; subtype=openlayers", + "current": false + }, + { + "name": "text/html; subtype=openlayers2", + "current": false + }, + { + "name": "text/html; subtype=openlayers3", + "current": false + } + ] + }, + "CLC_CLC06R_BDD_FXX_L93_20180305$GEOPORTAIL:OGC:WMS": { + "name": "CLC_CLC06R_BDD_FXX_L93_20180305", + "title": "CORINE Land Cover - France métropolitaine - 2006 révisée", + "description": "Inventaire biophysique de l'occupation des sols en 2006 en 44 postes. CORINE Land Cover est une base de données d’occupation des sols produite dans le cadre du programme européen d’observation de la Terre Copernicus. Cet inventaire biophysique de l’occupation des terres fournit une information géographique de référence pour 39 États européens. La continuité du programme et la diffusion des données CORINE Land Cover sont pilotées par l'Agence européenne pour l'environnement. Le producteur pour la France est le Service de la donnée et des études statistiques du ministère chargé de l’écologie. L'utilisation de cette base de données permet des applications variées adaptées aux problématiques de l'environnement et à celles de l'aménagement du territoire : production cartographique, exploitation à des fins statistiques ou bien encore analyses géographiques en combinaison avec d'autres bases de données. Outil de connaissance et d'analyse, CORINE Land Cover apporte également une aide à la décision comme instrument de suivi, de surveillance et de gestion de l'environnement, des milieux naturels et plus généralement de l'aménagement de l'espace. La base de données CORINE Land Cover 2006 révisée, dite CLC 2006 révisée, est une correction de CLC 2006 réalisée à partir d'images satellitaires de l'année 2006 et de données d'appui.", + "globalConstraint": { + "minScaleDenominator": 0.0, + "maxScaleDenominator": 62236752975597, + "bbox": { + "left": -5.91658725, + "right": 9.99021512, + "top": 51.17668018, + "bottom": 41.07509675 + } + }, + "serviceParams": { + "id": "OGC:WMS", + "version": "1.3.0", + "serverUrl": { + "full": "https://data.geopf.fr/wms-v/ows?SERVICE=WMS&" + } + }, + "defaultProjection": "EPSG:4326", + "queryable": true, + "metadata": [], + "styles": [ + { + "name": "default-style-CLC_CLC06R_BDD_FXX_L93_20180305", + "title": "CLC_CLC06R_BDD_FXX_L93_20180305 style" + } + ], + "legends": [ + { + "format": "image/png", + "url": "https://data.geopf.fr/wms-v/ows?service=WMS&version=1.3.0&request=GetLegendGraphic&format=image%2Fpng&width=20&height=20&layer=CLC_CLC06R_BDD_FXX_L93_20180305" + } + ], + "formats": [ + { + "name": "image/png", + "current": true + }, + { + "name": "application/atom+xml", + "current": false + }, + { + "name": "application/json;type=utfgrid", + "current": false + }, + { + "name": "application/pdf", + "current": false + }, + { + "name": "application/rss+xml", + "current": false + }, + { + "name": "application/vnd.google-earth.kml+xml", + "current": false + }, + { + "name": "application/vnd.google-earth.kml+xml;mode=networklink", + "current": false + }, + { + "name": "application/vnd.google-earth.kmz", + "current": false + }, + { + "name": "image/geotiff", + "current": false + }, + { + "name": "image/geotiff8", + "current": false + }, + { + "name": "image/gif", + "current": false + }, + { + "name": "image/jpeg", + "current": false + }, + { + "name": "image/png; mode=8bit", + "current": false + }, + { + "name": "image/svg+xml", + "current": false + }, + { + "name": "image/tiff", + "current": false + }, + { + "name": "image/tiff8", + "current": false + }, + { + "name": "image/vnd.jpeg-png", + "current": false + }, + { + "name": "image/vnd.jpeg-png8", + "current": false + }, + { + "name": "text/html; subtype=openlayers", + "current": false + }, + { + "name": "text/html; subtype=openlayers2", + "current": false + }, + { + "name": "text/html; subtype=openlayers3", + "current": false + } + ] + }, + "CLC_CLC06_BDD_DOM_WGS84G_20180305$GEOPORTAIL:OGC:WMS": { + "name": "CLC_CLC06_BDD_DOM_WGS84G_20180305", + "title": "CORINE Land Cover - DOM - 2006", + "description": "Inventaire biophysique de l'occupation des sols en 2006 en 50 postes. CORINE Land Cover est une base de données d’occupation des sols produite dans le cadre du programme européen d’observation de la Terre Copernicus. Cet inventaire biophysique de l’occupation des terres fournit une information géographique de référence pour 39 États européens. La continuité du programme et la diffusion des données CORINE Land Cover sont pilotées par l'Agence européenne pour l'environnement. Le producteur pour la France est le Service de la donnée et des études statistiques du ministère chargé de l’écologie. L'utilisation de cette base de données permet des applications variées adaptées aux problématiques de l'environnement et à celles de l'aménagement du territoire : production cartographique, exploitation à des fins statistiques ou bien encore analyses géographiques en combinaison avec d'autres bases de données. Outil de connaissance et d'analyse, CORINE Land Cover apporte également une aide à la décision comme instrument de suivi, de surveillance et de gestion de l'environnement, des milieux naturels et de l'aménagement de l'espace. La base de données CORINE Land Cover DOM 2006 a été réalisée à partir d'images satellitaires prises entre 2005 et 2008 et de données d'appui.", + "globalConstraint": { + "minScaleDenominator": 0.0, + "maxScaleDenominator": 62236752975597, + "bbox": { + "left": -61.90315964, + "right": 55.93309174, + "top": 16.60478396, + "bottom": -21.48017901 + } + }, + "serviceParams": { + "id": "OGC:WMS", + "version": "1.3.0", + "serverUrl": { + "full": "https://data.geopf.fr/wms-v/ows?SERVICE=WMS&" + } + }, + "defaultProjection": "EPSG:4326", + "queryable": true, + "metadata": [], + "styles": [ + { + "name": "default-style-CLC_CLC06_BDD_DOM_WGS84G_20180305", + "title": "CLC_CLC06_BDD_DOM_WGS84G_20180305 style" + } + ], + "legends": [ + { + "format": "image/png", + "url": "https://data.geopf.fr/wms-v/ows?service=WMS&version=1.3.0&request=GetLegendGraphic&format=image%2Fpng&width=20&height=20&layer=CLC_CLC06_BDD_DOM_WGS84G_20180305" + } + ], + "formats": [ + { + "name": "image/png", + "current": true + }, + { + "name": "application/atom+xml", + "current": false + }, + { + "name": "application/json;type=utfgrid", + "current": false + }, + { + "name": "application/pdf", + "current": false + }, + { + "name": "application/rss+xml", + "current": false + }, + { + "name": "application/vnd.google-earth.kml+xml", + "current": false + }, + { + "name": "application/vnd.google-earth.kml+xml;mode=networklink", + "current": false + }, + { + "name": "application/vnd.google-earth.kmz", + "current": false + }, + { + "name": "image/geotiff", + "current": false + }, + { + "name": "image/geotiff8", + "current": false + }, + { + "name": "image/gif", + "current": false + }, + { + "name": "image/jpeg", + "current": false + }, + { + "name": "image/png; mode=8bit", + "current": false + }, + { + "name": "image/svg+xml", + "current": false + }, + { + "name": "image/tiff", + "current": false + }, + { + "name": "image/tiff8", + "current": false + }, + { + "name": "image/vnd.jpeg-png", + "current": false + }, + { + "name": "image/vnd.jpeg-png8", + "current": false + }, + { + "name": "text/html; subtype=openlayers", + "current": false + }, + { + "name": "text/html; subtype=openlayers2", + "current": false + }, + { + "name": "text/html; subtype=openlayers3", + "current": false + } + ] + }, + "CLC_CLC06_BDD_FXX_L93_20180305$GEOPORTAIL:OGC:WMS": { + "name": "CLC_CLC06_BDD_FXX_L93_20180305", + "title": "CORINE Land Cover - France métropolitaine - 2006", + "description": "Inventaire biophysique de l'occupation des sols en 2006 en 44 postes. CORINE Land Cover est une base de données d’occupation des sols produite dans le cadre du programme européen d’observation de la Terre Copernicus. Cet inventaire biophysique de l’occupation des terres fournit une information géographique de référence pour 39 États européens. La continuité du programme et la diffusion des données CORINE Land Cover sont pilotées par l'Agence européenne pour l'environnement. Le producteur pour la France est le Service de la donnée et des études statistiques du ministère chargé de l’écologie. L'utilisation de cette base de données permet des applications variées adaptées aux problématiques de l'environnement et à celles de l'aménagement du territoire : production cartographique, exploitation à des fins statistiques ou bien encore analyses géographiques en combinaison avec d'autres bases de données. Outil de connaissance et d'analyse, CORINE Land Cover apporte également une aide à la décision comme instrument de suivi, de surveillance et de gestion de l'environnement, des milieux naturels et plus généralement de l'aménagement de l'espace. La base de données CORINE Land Cover 2006, dite CLC 2006, a été réalisée à partir de CLC 2000 révisée et de la base des changements 2000-2006.", + "globalConstraint": { + "minScaleDenominator": 0.0, + "maxScaleDenominator": 62236752975597, + "bbox": { + "left": -5.91658725, + "right": 9.99021512, + "top": 51.17668018, + "bottom": 41.07509675 + } + }, + "serviceParams": { + "id": "OGC:WMS", + "version": "1.3.0", + "serverUrl": { + "full": "https://data.geopf.fr/wms-v/ows?SERVICE=WMS&" + } + }, + "defaultProjection": "EPSG:4326", + "queryable": true, + "metadata": [], + "styles": [ + { + "name": "default-style-CLC_CLC06_BDD_FXX_L93_20180305", + "title": "CLC_CLC06_BDD_FXX_L93_20180305 style" + } + ], + "legends": [ + { + "format": "image/png", + "url": "https://data.geopf.fr/wms-v/ows?service=WMS&version=1.3.0&request=GetLegendGraphic&format=image%2Fpng&width=20&height=20&layer=CLC_CLC06_BDD_FXX_L93_20180305" + } + ], + "formats": [ + { + "name": "image/png", + "current": true + }, + { + "name": "application/atom+xml", + "current": false + }, + { + "name": "application/json;type=utfgrid", + "current": false + }, + { + "name": "application/pdf", + "current": false + }, + { + "name": "application/rss+xml", + "current": false + }, + { + "name": "application/vnd.google-earth.kml+xml", + "current": false + }, + { + "name": "application/vnd.google-earth.kml+xml;mode=networklink", + "current": false + }, + { + "name": "application/vnd.google-earth.kmz", + "current": false + }, + { + "name": "image/geotiff", + "current": false + }, + { + "name": "image/geotiff8", + "current": false + }, + { + "name": "image/gif", + "current": false + }, + { + "name": "image/jpeg", + "current": false + }, + { + "name": "image/png; mode=8bit", + "current": false + }, + { + "name": "image/svg+xml", + "current": false + }, + { + "name": "image/tiff", + "current": false + }, + { + "name": "image/tiff8", + "current": false + }, + { + "name": "image/vnd.jpeg-png", + "current": false + }, + { + "name": "image/vnd.jpeg-png8", + "current": false + }, + { + "name": "text/html; subtype=openlayers", + "current": false + }, + { + "name": "text/html; subtype=openlayers2", + "current": false + }, + { + "name": "text/html; subtype=openlayers3", + "current": false + } + ] + }, + "CLC_CLC12R_BDD_DOM_WGS84G_08-10-2020$GEOPORTAIL:OGC:WMS": { + "name": "CLC_CLC12R_BDD_DOM_WGS84G_08-10-2020", + "title": "CORINE Land Cover - DOM - 2012 révisée", + "description": "nventaire biophysique de l'occupation des sols en 2012 en 50 postes. CORINE Land Cover est une base de données d’occupation des sols produite dans le cadre du programme européen d’observation de la Terre Copernicus. Cet inventaire biophysique de l’occupation des terres fournit une information géographique de référence pour 39 États européens. La continuité du programme et la diffusion des données CORINE Land Cover sont pilotées par l'Agence européenne pour l'environnement. Le producteur pour la France est le Service de la donnée et des études statistiques du ministère chargé de l’écologie. L'utilisation de cette base de données permet des applications variées adaptées aux problématiques de l'environnement et à celles de l'aménagement du territoire : production cartographique, exploitation à des fins statistiques ou bien encore analyses géographiques en combinaison avec d'autres bases de données. Outil de connaissance et d'analyse, CORINE Land Cover apporte également une aide à la décision comme instrument de suivi, de surveillance et de gestion de l'environnement, des milieux naturels et de l'aménagement de l'espace. La base de données CORINE Land Cover 2012 révisée, dite CLC 2012 révisée, est une correction de CLC 2012 réalisée à partir d'images satellitaires prises entre 2011 et 2012 et de données d'appui.", + "globalConstraint": { + "minScaleDenominator": 0.0, + "maxScaleDenominator": 62236752975597, + "bbox": { + "left": -61.90315964, + "right": 55.93309174, + "top": 16.60478396, + "bottom": -21.48017901 + } + }, + "serviceParams": { + "id": "OGC:WMS", + "version": "1.3.0", + "serverUrl": { + "full": "https://data.geopf.fr/wms-v/ows?SERVICE=WMS&" + } + }, + "defaultProjection": "EPSG:4326", + "queryable": true, + "metadata": [], + "styles": [ + { + "name": "default-style-CLC_CLC12R_BDD_DOM_WGS84G_08-10-2020", + "title": "CLC_CLC12R_BDD_DOM_WGS84G_08-10-2020 style" + } + ], + "legends": [ + { + "format": "image/png", + "url": "https://data.geopf.fr/wms-v/ows?service=WMS&version=1.3.0&request=GetLegendGraphic&format=image%2Fpng&width=20&height=20&layer=CLC_CLC12R_BDD_DOM_WGS84G_08-10-2020" + } + ], + "formats": [ + { + "name": "image/png", + "current": true + }, + { + "name": "application/atom+xml", + "current": false + }, + { + "name": "application/json;type=utfgrid", + "current": false + }, + { + "name": "application/pdf", + "current": false + }, + { + "name": "application/rss+xml", + "current": false + }, + { + "name": "application/vnd.google-earth.kml+xml", + "current": false + }, + { + "name": "application/vnd.google-earth.kml+xml;mode=networklink", + "current": false + }, + { + "name": "application/vnd.google-earth.kmz", + "current": false + }, + { + "name": "image/geotiff", + "current": false + }, + { + "name": "image/geotiff8", + "current": false + }, + { + "name": "image/gif", + "current": false + }, + { + "name": "image/jpeg", + "current": false + }, + { + "name": "image/png; mode=8bit", + "current": false + }, + { + "name": "image/svg+xml", + "current": false + }, + { + "name": "image/tiff", + "current": false + }, + { + "name": "image/tiff8", + "current": false + }, + { + "name": "image/vnd.jpeg-png", + "current": false + }, + { + "name": "image/vnd.jpeg-png8", + "current": false + }, + { + "name": "text/html; subtype=openlayers", + "current": false + }, + { + "name": "text/html; subtype=openlayers2", + "current": false + }, + { + "name": "text/html; subtype=openlayers3", + "current": false + } + ] + }, + "CLC_CLC12R_BDD_DOM_WGS84G_20190425$GEOPORTAIL:OGC:WMS": { + "name": "CLC_CLC12R_BDD_DOM_WGS84G_20190425", + "title": "CORINE Land Cover - DOM - 2012 révisée", + "description": "Inventaire biophysique de l'occupation des sols en 2012 en 50 postes. CORINE Land Cover est une base de données d’occupation des sols produite dans le cadre du programme européen d’observation de la Terre Copernicus. Cet inventaire biophysique de l’occupation des terres fournit une information géographique de référence pour 39 États européens. La continuité du programme et la diffusion des données CORINE Land Cover sont pilotées par l'Agence européenne pour l'environnement. Le producteur pour la France est le Service de la donnée et des études statistiques du ministère chargé de l’écologie. L'utilisation de cette base de données permet des applications variées adaptées aux problématiques de l'environnement et à celles de l'aménagement du territoire : production cartographique, exploitation à des fins statistiques ou bien encore analyses géographiques en combinaison avec d'autres bases de données. Outil de connaissance et d'analyse, CORINE Land Cover apporte également une aide à la décision comme instrument de suivi, de surveillance et de gestion de l'environnement, des milieux naturels et de l'aménagement de l'espace. La base de données CORINE Land Cover 2012 révisée, dite CLC 2012 révisée, est une correction de CLC 2012 réalisée à partir d'images satellitaires prises entre 2011 et 2012 et de données d'appui.", + "globalConstraint": { + "minScaleDenominator": 0.0, + "maxScaleDenominator": 62236752975597, + "bbox": { + "left": -61.90315964, + "right": 55.93309174, + "top": 16.60478396, + "bottom": -21.48017901 + } + }, + "serviceParams": { + "id": "OGC:WMS", + "version": "1.3.0", + "serverUrl": { + "full": "https://data.geopf.fr/wms-v/ows?SERVICE=WMS&" + } + }, + "defaultProjection": "EPSG:4326", + "queryable": true, + "metadata": [], + "styles": [ + { + "name": "default-style-CLC_CLC12R_BDD_DOM_WGS84G_20190425", + "title": "CLC_CLC12R_BDD_DOM_WGS84G_20190425 style" + } + ], + "legends": [ + { + "format": "image/png", + "url": "https://data.geopf.fr/wms-v/ows?service=WMS&version=1.3.0&request=GetLegendGraphic&format=image%2Fpng&width=20&height=20&layer=CLC_CLC12R_BDD_DOM_WGS84G_20190425" + } + ], + "formats": [ + { + "name": "image/png", + "current": true + }, + { + "name": "application/atom+xml", + "current": false + }, + { + "name": "application/json;type=utfgrid", + "current": false + }, + { + "name": "application/pdf", + "current": false + }, + { + "name": "application/rss+xml", + "current": false + }, + { + "name": "application/vnd.google-earth.kml+xml", + "current": false + }, + { + "name": "application/vnd.google-earth.kml+xml;mode=networklink", + "current": false + }, + { + "name": "application/vnd.google-earth.kmz", + "current": false + }, + { + "name": "image/geotiff", + "current": false + }, + { + "name": "image/geotiff8", + "current": false + }, + { + "name": "image/gif", + "current": false + }, + { + "name": "image/jpeg", + "current": false + }, + { + "name": "image/png; mode=8bit", + "current": false + }, + { + "name": "image/svg+xml", + "current": false + }, + { + "name": "image/tiff", + "current": false + }, + { + "name": "image/tiff8", + "current": false + }, + { + "name": "image/vnd.jpeg-png", + "current": false + }, + { + "name": "image/vnd.jpeg-png8", + "current": false + }, + { + "name": "text/html; subtype=openlayers", + "current": false + }, + { + "name": "text/html; subtype=openlayers2", + "current": false + }, + { + "name": "text/html; subtype=openlayers3", + "current": false + } + ] + }, + "CLC_CLC12R_BDD_FXX_L93_20190108$GEOPORTAIL:OGC:WMS": { + "name": "CLC_CLC12R_BDD_FXX_L93_20190108", + "title": "CORINE Land Cover - France métropolitaine - 2012 révisée", + "description": "Inventaire biophysique de l'occupation des sols en 2012 en 44 postes. CORINE Land Cover est une base de données d’occupation des sols produite dans le cadre du programme européen d’observation de la Terre Copernicus. Cet inventaire biophysique de l’occupation des terres fournit une information géographique de référence pour 39 États européens. La continuité du programme et la diffusion des données CORINE Land Cover sont pilotées par l'Agence européenne pour l'environnement. Le producteur pour la France est le Service de la donnée et des études statistiques du ministère chargé de l’écologie. L'utilisation de cette base de données permet des applications variées adaptées aux problématiques de l'environnement et à celles de l'aménagement du territoire : production cartographique, exploitation à des fins statistiques ou bien encore analyses géographiques en combinaison avec d'autres bases de données. Outil de connaissance et d'analyse, CORINE Land Cover apporte également une aide à la décision comme instrument de suivi, de surveillance et de gestion de l'environnement, des milieux naturels et plus généralement de l'aménagement de l'espace. La base de données CORINE Land Cover 2012 révisée, dite CLC 2012 révisée, est une correction de CLC 2012 réalisée à partir d'images satellitaires de l'année 2018 et de données d'appui.", + "globalConstraint": { + "minScaleDenominator": 0.0, + "maxScaleDenominator": 62236752975597, + "bbox": { + "left": -5.92004256, + "right": 11.09092433, + "top": 51.07771878, + "bottom": 41.02799728 + } + }, + "serviceParams": { + "id": "OGC:WMS", + "version": "1.3.0", + "serverUrl": { + "full": "https://data.geopf.fr/wms-v/ows?SERVICE=WMS&" + } + }, + "defaultProjection": "EPSG:4326", + "queryable": true, + "metadata": [], + "styles": [ + { + "name": "default-style-CLC_CLC12R_BDD_FXX_L93_20190108", + "title": "CLC_CLC12R_BDD_FXX_L93_20190108 style" + } + ], + "legends": [ + { + "format": "image/png", + "url": "https://data.geopf.fr/wms-v/ows?service=WMS&version=1.3.0&request=GetLegendGraphic&format=image%2Fpng&width=20&height=20&layer=CLC_CLC12R_BDD_FXX_L93_20190108" + } + ], + "formats": [ + { + "name": "image/png", + "current": true + }, + { + "name": "application/atom+xml", + "current": false + }, + { + "name": "application/json;type=utfgrid", + "current": false + }, + { + "name": "application/pdf", + "current": false + }, + { + "name": "application/rss+xml", + "current": false + }, + { + "name": "application/vnd.google-earth.kml+xml", + "current": false + }, + { + "name": "application/vnd.google-earth.kml+xml;mode=networklink", + "current": false + }, + { + "name": "application/vnd.google-earth.kmz", + "current": false + }, + { + "name": "image/geotiff", + "current": false + }, + { + "name": "image/geotiff8", + "current": false + }, + { + "name": "image/gif", + "current": false + }, + { + "name": "image/jpeg", + "current": false + }, + { + "name": "image/png; mode=8bit", + "current": false + }, + { + "name": "image/svg+xml", + "current": false + }, + { + "name": "image/tiff", + "current": false + }, + { + "name": "image/tiff8", + "current": false + }, + { + "name": "image/vnd.jpeg-png", + "current": false + }, + { + "name": "image/vnd.jpeg-png8", + "current": false + }, + { + "name": "text/html; subtype=openlayers", + "current": false + }, + { + "name": "text/html; subtype=openlayers2", + "current": false + }, + { + "name": "text/html; subtype=openlayers3", + "current": false + } + ] + }, + "CLC_CLC12R_BDD_FXX_L93_20190425$GEOPORTAIL:OGC:WMS": { + "name": "CLC_CLC12R_BDD_FXX_L93_20190425", + "title": "CORINE Land Cover - France métropolitaine - 2012 révisée", + "description": "Inventaire biophysique de l'occupation des sols en 2012 en 44 postes. CORINE Land Cover est une base de données d’occupation des sols produite dans le cadre du programme européen d’observation de la Terre Copernicus. Cet inventaire biophysique de l’occupation des terres fournit une information géographique de référence pour 39 États européens. La continuité du programme et la diffusion des données CORINE Land Cover sont pilotées par l'Agence européenne pour l'environnement. Le producteur pour la France est le Service de la donnée et des études statistiques du ministère chargé de l’écologie. L'utilisation de cette base de données permet des applications variées adaptées aux problématiques de l'environnement et à celles de l'aménagement du territoire : production cartographique, exploitation à des fins statistiques ou bien encore analyses géographiques en combinaison avec d'autres bases de données. Outil de connaissance et d'analyse, CORINE Land Cover apporte également une aide à la décision comme instrument de suivi, de surveillance et de gestion de l'environnement, des milieux naturels et plus généralement de l'aménagement de l'espace. La base de données CORINE Land Cover 2012 révisée, dite CLC 2012 révisée, est une correction de CLC 2012 réalisée à partir d'images satellitaires des années 2011-2012 et de données d'appui.", + "globalConstraint": { + "minScaleDenominator": 0.0, + "maxScaleDenominator": 62236752975597, + "bbox": { + "left": -5.92004256, + "right": 11.09092433, + "top": 51.07771878, + "bottom": 41.02799728 + } + }, + "serviceParams": { + "id": "OGC:WMS", + "version": "1.3.0", + "serverUrl": { + "full": "https://data.geopf.fr/wms-v/ows?SERVICE=WMS&" + } + }, + "defaultProjection": "EPSG:4326", + "queryable": true, + "metadata": [], + "styles": [ + { + "name": "default-style-CLC_CLC12R_BDD_FXX_L93_20190425", + "title": "CLC_CLC12R_BDD_FXX_L93_20190425 style" + } + ], + "legends": [ + { + "format": "image/png", + "url": "https://data.geopf.fr/wms-v/ows?service=WMS&version=1.3.0&request=GetLegendGraphic&format=image%2Fpng&width=20&height=20&layer=CLC_CLC12R_BDD_FXX_L93_20190425" + } + ], + "formats": [ + { + "name": "image/png", + "current": true + }, + { + "name": "application/atom+xml", + "current": false + }, + { + "name": "application/json;type=utfgrid", + "current": false + }, + { + "name": "application/pdf", + "current": false + }, + { + "name": "application/rss+xml", + "current": false + }, + { + "name": "application/vnd.google-earth.kml+xml", + "current": false + }, + { + "name": "application/vnd.google-earth.kml+xml;mode=networklink", + "current": false + }, + { + "name": "application/vnd.google-earth.kmz", + "current": false + }, + { + "name": "image/geotiff", + "current": false + }, + { + "name": "image/geotiff8", + "current": false + }, + { + "name": "image/gif", + "current": false + }, + { + "name": "image/jpeg", + "current": false + }, + { + "name": "image/png; mode=8bit", + "current": false + }, + { + "name": "image/svg+xml", + "current": false + }, + { + "name": "image/tiff", + "current": false + }, + { + "name": "image/tiff8", + "current": false + }, + { + "name": "image/vnd.jpeg-png", + "current": false + }, + { + "name": "image/vnd.jpeg-png8", + "current": false + }, + { + "name": "text/html; subtype=openlayers", + "current": false + }, + { + "name": "text/html; subtype=openlayers2", + "current": false + }, + { + "name": "text/html; subtype=openlayers3", + "current": false + } + ] + }, + "CLC_CLC12R_BDD_WLD_WM_20190925$GEOPORTAIL:OGC:WMS": { + "name": "CLC_CLC12R_BDD_WLD_WM_20190925", + "title": "CORINE Land Cover - 2012 révisée", + "description": "Inventaire biophysique de l'occupation des sols en 2012 en 50 postes pour les DOM et 44 postes pour la Métropole. CORINE Land Cover est une base de données d’occupation des sols produite dans le cadre du programme européen d’observation de la Terre Copernicus. Cet inventaire biophysique de l’occupation des terres fournit une information géographique de référence pour 39 États européens. La continuité du programme et la diffusion des données CORINE Land Cover sont pilotées par l'Agence européenne pour l'environnement. Le producteur pour la France est le Service de la donnée et des études statistiques du ministère chargé de l’écologie.L'utilisation de cette base de données permet des applications variées adaptées aux problématiques de l'environnement et à celles de l'aménagement du territoire : production cartographique, exploitation à des fins statistiques ou bien encore analyses géographiques en combinaison avec d'autres bases de données. Outil de connaissance et d'analyse, CORINE Land Cover apporte également une aide à la décision comme instrument de suivi, de surveillance et de gestion de l'environnement, des milieux naturels et de l'aménagement de l'espace. 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CORINE Land Cover est une base de données d’occupation des sols produite dans le cadre du programme européen d’observation de la Terre Copernicus. Cet inventaire biophysique de l’occupation des terres fournit une information géographique de référence pour 39 États européens. La continuité du programme et la diffusion des données CORINE Land Cover sont pilotées par l'Agence européenne pour l'environnement. Le producteur pour la France est le Service de la donnée et des études statistiques du ministère chargé de l’écologie. L'utilisation de cette base de données permet des applications variées adaptées aux problématiques de l'environnement et à celles de l'aménagement du territoire : production cartographique, exploitation à des fins statistiques ou bien encore analyses géographiques en combinaison avec d'autres bases de données. Outil de connaissance et d'analyse, CORINE Land Cover apporte également une aide à la décision comme instrument de suivi, de surveillance et de gestion de l'environnement, des milieux naturels et de l'aménagement de l'espace.", + "globalConstraint": { + "minScaleDenominator": 0.0, + "maxScaleDenominator": 62236752975597, + "bbox": { + "left": -61.90315964, + "right": 55.93309174, + "top": 16.60478396, + "bottom": -21.48017901 + } + }, + "serviceParams": { + "id": "OGC:WMS", + "version": "1.3.0", + "serverUrl": { + "full": "https://data.geopf.fr/wms-v/ows?SERVICE=WMS&" + } + }, + "defaultProjection": "EPSG:4326", + "queryable": true, + "metadata": [], + "styles": [ + { + "name": "default-style-CLC_CLC18_BDD_DOM_WGS84G_09-10-2020", + "title": "CLC_CLC18_BDD_DOM_WGS84G_09-10-2020 style" + } + ], + "legends": [ + { + "format": "image/png", + "url": "https://data.geopf.fr/wms-v/ows?service=WMS&version=1.3.0&request=GetLegendGraphic&format=image%2Fpng&width=20&height=20&layer=CLC_CLC18_BDD_DOM_WGS84G_09-10-2020" + } + ], + "formats": [ + { + "name": "image/png", + "current": true + }, + { + "name": "application/atom+xml", + "current": false + }, + { + "name": "application/json;type=utfgrid", + "current": false + }, + { + "name": "application/pdf", + "current": false + }, + { + "name": "application/rss+xml", + "current": false + }, + { + "name": "application/vnd.google-earth.kml+xml", + "current": false + }, + { + "name": "application/vnd.google-earth.kml+xml;mode=networklink", + "current": false + }, + { + "name": "application/vnd.google-earth.kmz", + "current": false + }, + { + "name": "image/geotiff", + "current": false + }, + { + "name": "image/geotiff8", + "current": false + }, + { + "name": "image/gif", + "current": false + }, + { + "name": "image/jpeg", + "current": false + }, + { + "name": "image/png; mode=8bit", + "current": false + }, + { + "name": "image/svg+xml", + "current": false + }, + { + "name": "image/tiff", + "current": false + }, + { + "name": "image/tiff8", + "current": false + }, + { + "name": "image/vnd.jpeg-png", + "current": false + }, + { + "name": "image/vnd.jpeg-png8", + "current": false + }, + { + "name": "text/html; subtype=openlayers", + "current": false + }, + { + "name": "text/html; subtype=openlayers2", + "current": false + }, + { + "name": "text/html; subtype=openlayers3", + "current": false + } + ] + }, + "CLC_CLC18_BDD_DOM_WGS84G_20190425$GEOPORTAIL:OGC:WMS": { + "name": "CLC_CLC18_BDD_DOM_WGS84G_20190425", + "title": "CORINE Land Cover - DOM - 2018", + "description": "Inventaire biophysique de l'occupation des sols en 2018 en 50 postes. CORINE Land Cover est une base de données d’occupation des sols produite dans le cadre du programme européen d’observation de la Terre Copernicus. Cet inventaire biophysique de l’occupation des terres fournit une information géographique de référence pour 39 États européens. La continuité du programme et la diffusion des données CORINE Land Cover sont pilotées par l'Agence européenne pour l'environnement. Le producteur pour la France est le Service de la donnée et des études statistiques du ministère chargé de l’écologie. L'utilisation de cette base de données permet des applications variées adaptées aux problématiques de l'environnement et à celles de l'aménagement du territoire : production cartographique, exploitation à des fins statistiques ou bien encore analyses géographiques en combinaison avec d'autres bases de données. Outil de connaissance et d'analyse, CORINE Land Cover apporte également une aide à la décision comme instrument de suivi, de surveillance et de gestion de l'environnement, des milieux naturels et de l'aménagement de l'espace. La base de données CORINE Land Cover DOM 2018 a été réalisée à partir de CORINE Land Cover DOM 2012 révisée et de la base des changements 2012-2018.", + "globalConstraint": { + "minScaleDenominator": 0.0, + "maxScaleDenominator": 62236752975597, + "bbox": { + "left": -61.90315964, + "right": 55.93309174, + "top": 16.60478396, + "bottom": -21.48017901 + } + }, + "serviceParams": { + "id": "OGC:WMS", + "version": "1.3.0", + "serverUrl": { + "full": "https://data.geopf.fr/wms-v/ows?SERVICE=WMS&" + } + }, + "defaultProjection": "EPSG:4326", + "queryable": true, + "metadata": [], + "styles": [ + { + "name": "default-style-CLC_CLC18_BDD_DOM_WGS84G_20190425", + "title": "CLC_CLC18_BDD_DOM_WGS84G_20190425 style" + } + ], + "legends": [ + { + "format": "image/png", + "url": "https://data.geopf.fr/wms-v/ows?service=WMS&version=1.3.0&request=GetLegendGraphic&format=image%2Fpng&width=20&height=20&layer=CLC_CLC18_BDD_DOM_WGS84G_20190425" + } + ], + "formats": [ + { + "name": "image/png", + "current": true + }, + { + "name": "application/atom+xml", + "current": false + }, + { + "name": "application/json;type=utfgrid", + "current": false + }, + { + "name": "application/pdf", + "current": false + }, + { + "name": "application/rss+xml", + "current": false + }, + { + "name": "application/vnd.google-earth.kml+xml", + "current": false + }, + { + "name": "application/vnd.google-earth.kml+xml;mode=networklink", + "current": false + }, + { + "name": "application/vnd.google-earth.kmz", + "current": false + }, + { + "name": "image/geotiff", + "current": false + }, + { + "name": "image/geotiff8", + "current": false + }, + { + "name": "image/gif", + "current": false + }, + { + "name": "image/jpeg", + "current": false + }, + { + "name": "image/png; mode=8bit", + "current": false + }, + { + "name": "image/svg+xml", + "current": false + }, + { + "name": "image/tiff", + "current": false + }, + { + "name": "image/tiff8", + "current": false + }, + { + "name": "image/vnd.jpeg-png", + "current": false + }, + { + "name": "image/vnd.jpeg-png8", + "current": false + }, + { + "name": "text/html; subtype=openlayers", + "current": false + }, + { + "name": "text/html; subtype=openlayers2", + "current": false + }, + { + "name": "text/html; subtype=openlayers3", + "current": false + } + ] + }, + "CLC_CLC18_BDD_DOM_WGS84G_20190919$GEOPORTAIL:OGC:WMS": { + "name": "CLC_CLC18_BDD_DOM_WGS84G_20190919", + "title": "CORINE Land Cover - DOM - 2018", + "description": "Inventaire biophysique de l'occupation des sols en 2018 en 50 postes. 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Outil de connaissance et d'analyse, CORINE Land Cover apporte également une aide à la décision comme instrument de suivi, de surveillance et de gestion de l'environnement, des milieux naturels et de l'aménagement de l'espace.", + "globalConstraint": { + "minScaleDenominator": 0.0, + "maxScaleDenominator": 62236752975597, + "bbox": { + "left": -61.90315964, + "right": 55.93309174, + "top": 16.60478396, + "bottom": -21.48017901 + } + }, + "serviceParams": { + "id": "OGC:WMS", + "version": "1.3.0", + "serverUrl": { + "full": "https://data.geopf.fr/wms-v/ows?SERVICE=WMS&" + } + }, + "defaultProjection": "EPSG:4326", + "queryable": true, + "metadata": [], + "styles": [ + { + "name": "default-style-CLC_CLC18_BDD_DOM_WGS84G_20190919", + "title": "CLC_CLC18_BDD_DOM_WGS84G_20190919 style" + } + ], + "legends": [ + { + "format": "image/png", + "url": "https://data.geopf.fr/wms-v/ows?service=WMS&version=1.3.0&request=GetLegendGraphic&format=image%2Fpng&width=20&height=20&layer=CLC_CLC18_BDD_DOM_WGS84G_20190919" + } + ], + "formats": [ + { + "name": "image/png", + "current": true + }, + { + "name": "application/atom+xml", + "current": false + }, + { + "name": "application/json;type=utfgrid", + "current": false + }, + { + "name": "application/pdf", + "current": false + }, + { + "name": "application/rss+xml", + "current": false + }, + { + "name": "application/vnd.google-earth.kml+xml", + "current": false + }, + { + "name": "application/vnd.google-earth.kml+xml;mode=networklink", + "current": false + }, + { + "name": "application/vnd.google-earth.kmz", + "current": false + }, + { + "name": "image/geotiff", + "current": false + }, + { + "name": "image/geotiff8", + "current": false + }, + { + "name": "image/gif", + "current": false + }, + { + "name": "image/jpeg", + "current": false + }, + { + "name": "image/png; mode=8bit", + "current": false + }, + { + "name": "image/svg+xml", + "current": false + }, + { + "name": "image/tiff", + "current": false + }, + { + "name": "image/tiff8", + "current": false + }, + { + "name": "image/vnd.jpeg-png", + "current": false + }, + { + "name": "image/vnd.jpeg-png8", + "current": false + }, + { + "name": "text/html; subtype=openlayers", + "current": false + }, + { + "name": "text/html; subtype=openlayers2", + "current": false + }, + { + "name": "text/html; subtype=openlayers3", + "current": false + } + ] + }, + "CLC_CLC18_BDD_FXX_L93_20181219$GEOPORTAIL:OGC:WMS": { + "name": "CLC_CLC18_BDD_FXX_L93_20181219", + "title": "CORINE Land Cover - France métropolitaine - 2018", + "description": "Inventaire biophysique de l'occupation des sols en 2018 en 44 postes. CORINE Land Cover est une base de données d’occupation des sols produite dans le cadre du programme européen d’observation de la Terre Copernicus. Cet inventaire biophysique de l’occupation des terres fournit une information géographique de référence pour 39 États européens. La continuité du programme et la diffusion des données CORINE Land Cover sont pilotées par l'Agence européenne pour l'environnement. Le producteur pour la France est le Service de la donnée et des études statistiques du ministère chargé de l’écologie. L'utilisation de cette base de données permet des applications variées adaptées aux problématiques de l'environnement et à celles de l'aménagement du territoire : production cartographique, exploitation à des fins statistiques ou bien encore analyses géographiques en combinaison avec d'autres bases de données. Outil de connaissance et d'analyse, CORINE Land Cover apporte également une aide à la décision comme instrument de suivi, de surveillance et de gestion de l'environnement, des milieux naturels et plus généralement de l'aménagement de l'espace. La base de données CORINE Land Cover 2018, dite CLC 2018, a été réalisée à partir de CLC 2012 révisée et de la base des changements 2012-2018.", + "globalConstraint": { + "minScaleDenominator": 0.0, + "maxScaleDenominator": 62236752975597, + "bbox": { + "left": -5.92004256, + "right": 11.09092433, + "top": 51.07771878, + "bottom": 41.02799728 + } + }, + "serviceParams": { + "id": "OGC:WMS", + "version": "1.3.0", + "serverUrl": { + "full": "https://data.geopf.fr/wms-v/ows?SERVICE=WMS&" + } + }, + "defaultProjection": "EPSG:4326", + "queryable": true, + "metadata": [], + "styles": [ + { + "name": "default-style-CLC_CLC18_BDD_FXX_L93_20181219", + "title": "CLC_CLC18_BDD_FXX_L93_20181219 style" + } + ], + "legends": [ + { + "format": "image/png", + "url": "https://data.geopf.fr/wms-v/ows?service=WMS&version=1.3.0&request=GetLegendGraphic&format=image%2Fpng&width=20&height=20&layer=CLC_CLC18_BDD_FXX_L93_20181219" + } + ], + "formats": [ + { + "name": "image/png", + "current": true + }, + { + "name": "application/atom+xml", + "current": false + }, + { + "name": "application/json;type=utfgrid", + "current": false + }, + { + "name": "application/pdf", + "current": false + }, + { + "name": "application/rss+xml", + "current": false + }, + { + "name": "application/vnd.google-earth.kml+xml", + "current": false + }, + { + "name": "application/vnd.google-earth.kml+xml;mode=networklink", + "current": false + }, + { + "name": "application/vnd.google-earth.kmz", + "current": false + }, + { + "name": "image/geotiff", + "current": false + }, + { + "name": "image/geotiff8", + "current": false + }, + { + "name": "image/gif", + "current": false + }, + { + "name": "image/jpeg", + "current": false + }, + { + "name": "image/png; mode=8bit", + "current": false + }, + { + "name": "image/svg+xml", + "current": false + }, + { + "name": "image/tiff", + "current": false + }, + { + "name": "image/tiff8", + "current": false + }, + { + "name": "image/vnd.jpeg-png", + "current": false + }, + { + "name": "image/vnd.jpeg-png8", + "current": false + }, + { + "name": "text/html; subtype=openlayers", + "current": false + }, + { + "name": "text/html; subtype=openlayers2", + "current": false + }, + { + "name": "text/html; subtype=openlayers3", + "current": false + } + ] + }, + "CLC_CLC18_BDD_FXX_L93_20190425$GEOPORTAIL:OGC:WMS": { + "name": "CLC_CLC18_BDD_FXX_L93_20190425", + "title": "CORINE Land Cover - France métropolitaine - 2018", + "description": "Inventaire biophysique de l'occupation des sols en 2018 en 44 postes. CORINE Land Cover est une base de données d’occupation des sols produite dans le cadre du programme européen d’observation de la Terre Copernicus. Cet inventaire biophysique de l’occupation des terres fournit une information géographique de référence pour 39 États européens. La continuité du programme et la diffusion des données CORINE Land Cover sont pilotées par l'Agence européenne pour l'environnement. Le producteur pour la France est le Service de la donnée et des études statistiques du ministère chargé de l’écologie. L'utilisation de cette base de données permet des applications variées adaptées aux problématiques de l'environnement et à celles de l'aménagement du territoire : production cartographique, exploitation à des fins statistiques ou bien encore analyses géographiques en combinaison avec d'autres bases de données. Outil de connaissance et d'analyse, CORINE Land Cover apporte également une aide à la décision comme instrument de suivi, de surveillance et de gestion de l'environnement, des milieux naturels et plus généralement de l'aménagement de l'espace. La base de données CORINE Land Cover 2018, dite CLC 2018, a été réalisée à partir de CLC 2012 révisée et de la base des changements 2012-2018.", + "globalConstraint": { + "minScaleDenominator": 0.0, + "maxScaleDenominator": 62236752975597, + "bbox": { + "left": -5.92004256, + "right": 11.09092433, + "top": 51.07771878, + "bottom": 41.02799728 + } + }, + "serviceParams": { + "id": "OGC:WMS", + "version": "1.3.0", + "serverUrl": { + "full": "https://data.geopf.fr/wms-v/ows?SERVICE=WMS&" + } + }, + "defaultProjection": "EPSG:4326", + "queryable": true, + "metadata": [], + "styles": [ + { + "name": "default-style-CLC_CLC18_BDD_FXX_L93_20190425", + "title": "CLC_CLC18_BDD_FXX_L93_20190425 style" + } + ], + "legends": [ + { + "format": "image/png", + "url": "https://data.geopf.fr/wms-v/ows?service=WMS&version=1.3.0&request=GetLegendGraphic&format=image%2Fpng&width=20&height=20&layer=CLC_CLC18_BDD_FXX_L93_20190425" + } + ], + "formats": [ + { + "name": "image/png", + "current": true + }, + { + "name": "application/atom+xml", + "current": false + }, + { + "name": "application/json;type=utfgrid", + "current": false + }, + { + "name": "application/pdf", + "current": false + }, + { + "name": "application/rss+xml", + "current": false + }, + { + "name": "application/vnd.google-earth.kml+xml", + "current": false + }, + { + "name": "application/vnd.google-earth.kml+xml;mode=networklink", + "current": false + }, + { + "name": "application/vnd.google-earth.kmz", + "current": false + }, + { + "name": "image/geotiff", + "current": false + }, + { + "name": "image/geotiff8", + "current": false + }, + { + "name": "image/gif", + "current": false + }, + { + "name": "image/jpeg", + "current": false + }, + { + "name": "image/png; mode=8bit", + "current": false + }, + { + "name": "image/svg+xml", + "current": false + }, + { + "name": "image/tiff", + "current": false + }, + { + "name": "image/tiff8", + "current": false + }, + { + "name": "image/vnd.jpeg-png", + "current": false + }, + { + "name": "image/vnd.jpeg-png8", + "current": false + }, + { + "name": "text/html; subtype=openlayers", + "current": false + }, + { + "name": "text/html; subtype=openlayers2", + "current": false + }, + { + "name": "text/html; subtype=openlayers3", + "current": false + } + ] + }, + "CLC_CLC18_BDD_FXX_L93_20190927$GEOPORTAIL:OGC:WMS": { + "name": "CLC_CLC18_BDD_FXX_L93_20190927", + "title": "CORINE Land Cover - France métropolitaine - 2018", + "description": "Inventaire biophysique de l'occupation des sols en 2018 en 44 postes. CORINE Land Cover est une base de données d’occupation des sols produite dans le cadre du programme européen d’observation de la Terre Copernicus. Cet inventaire biophysique de l’occupation des terres fournit une information géographique de référence pour 39 États européens. La continuité du programme et la diffusion des données CORINE Land Cover sont pilotées par l'Agence européenne pour l'environnement. Le producteur pour la France est le Service de la donnée et des études statistiques du ministère chargé de l’écologie. L'utilisation de cette base de données permet des applications variées adaptées aux problématiques de l'environnement et à celles de l'aménagement du territoire : production cartographique, exploitation à des fins statistiques ou bien encore analyses géographiques en combinaison avec d'autres bases de données. Outil de connaissance et d'analyse, CORINE Land Cover apporte également une aide à la décision comme instrument de suivi, de surveillance et de gestion de l'environnement, des milieux naturels et plus généralement de l'aménagement de l'espace. 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Sources : Ministère de l'intérieur : 1er janvier 2016 - IGN : BDTOPO® janvier 2016", + "globalConstraint": { + "minScaleDenominator": 0.0, + "maxScaleDenominator": 62236752975597, + "bbox": { + "left": -61.8098331, + "right": 55.83665396, + "top": 51.0889895, + "bottom": -21.38963084 + } + }, + "serviceParams": { + "id": "OGC:WMS", + "version": "1.3.0", + "serverUrl": { + "full": "https://data.geopf.fr/wms-v/ows?SERVICE=WMS&" + } + }, + "defaultProjection": "EPSG:4326", + "queryable": true, + "metadata": [], + "styles": [ + { + "name": "default-style-COMMUNES.EPCI", + "title": "COMMUNES.EPCI style" + } + ], + "legends": [ + { + "format": "image/png", + "url": "https://data.geopf.fr/wms-v/ows?service=WMS&version=1.3.0&request=GetLegendGraphic&format=image%2Fpng&width=20&height=20&layer=COMMUNES.EPCI" + } + ], + "formats": [ + { + "name": "image/png", + "current": true + }, + { + "name": "application/atom+xml", + "current": false + }, + { + "name": "application/json;type=utfgrid", + "current": false + }, + { + "name": "application/pdf", + "current": false + }, + { + "name": "application/rss+xml", + "current": false + }, + { + "name": "application/vnd.google-earth.kml+xml", + "current": false + }, + { + "name": "application/vnd.google-earth.kml+xml;mode=networklink", + "current": false + }, + { + "name": "application/vnd.google-earth.kmz", + "current": false + }, + { + "name": "image/geotiff", + "current": false + }, + { + "name": "image/geotiff8", + "current": false + }, + { + "name": "image/gif", + "current": false + }, + { + "name": "image/jpeg", + "current": false + }, + { + "name": "image/png; mode=8bit", + "current": false + }, + { + "name": "image/svg+xml", + "current": false + }, + { + "name": "image/tiff", + "current": false + }, + { + "name": "image/tiff8", + "current": false + }, + { + "name": "image/vnd.jpeg-png", + "current": false + }, + { + "name": "image/vnd.jpeg-png8", + "current": false + }, + { + "name": "text/html; subtype=openlayers", + "current": false + }, + { + "name": "text/html; subtype=openlayers2", + "current": false + }, + { + "name": "text/html; subtype=openlayers3", + "current": false + } + ] + }, + "COMMUNES.EPCI.2014$GEOPORTAIL:OGC:WMS": { + "name": "COMMUNES.EPCI.2014", + "title": "Territoires des EPCI 2014", + "description": "Emprise des Établissements publics de coopération intercommunale (EPCI) à fiscalité propre. Un EPCI est une structure administrative française régie par les dispositions de la cinquième partie du Code général des collectivités territoriales, regroupant des communes ayant choisi de développer plusieurs compétences en commun, comme les transports en commun, l'aménagement du territoire ou la gestion de l'environnement. Sources : Ministère de l'intérieur : 1er janvier 2014 - IGN : BDTOPO® avril 2014", + "globalConstraint": { + "minScaleDenominator": 0.0, + "maxScaleDenominator": 62236752975597, + "bbox": { + "left": -5.02307196, + "right": 9.56009359, + "top": 51.08900047, + "bottom": 41.33355404 + } + }, + "serviceParams": { + "id": "OGC:WMS", + "version": "1.3.0", + "serverUrl": { + "full": "https://data.geopf.fr/wms-v/ows?SERVICE=WMS&" + } + }, + "defaultProjection": "EPSG:4326", + "queryable": true, + "metadata": [], + "styles": [ + { + "name": "default-style-COMMUNES.EPCI.2014", + "title": "COMMUNES.EPCI.2014 style" + } + ], + "legends": [ + { + "format": "image/png", + "url": "https://data.geopf.fr/wms-v/ows?service=WMS&version=1.3.0&request=GetLegendGraphic&format=image%2Fpng&width=20&height=20&layer=COMMUNES.EPCI.2014" + } + ], + "formats": [ + { + "name": "image/png", + "current": true + }, + { + "name": "application/atom+xml", + "current": false + }, + { + "name": "application/json;type=utfgrid", + "current": false + }, + { + "name": "application/pdf", + "current": false + }, + { + "name": "application/rss+xml", + "current": false + }, + { + "name": "application/vnd.google-earth.kml+xml", + "current": false + }, + { + "name": "application/vnd.google-earth.kml+xml;mode=networklink", + "current": false + }, + { + "name": "application/vnd.google-earth.kmz", + "current": false + }, + { + "name": "image/geotiff", + "current": false + }, + { + "name": "image/geotiff8", + "current": false + }, + { + "name": "image/gif", + "current": false + }, + { + "name": "image/jpeg", + "current": false + }, + { + "name": "image/png; mode=8bit", + "current": false + }, + { + "name": "image/svg+xml", + "current": false + }, + { + "name": "image/tiff", + "current": false + }, + { + "name": "image/tiff8", + "current": false + }, + { + "name": "image/vnd.jpeg-png", + "current": false + }, + { + "name": "image/vnd.jpeg-png8", + "current": false + }, + { + "name": "text/html; subtype=openlayers", + "current": false + }, + { + "name": "text/html; subtype=openlayers2", + "current": false + }, + { + "name": "text/html; subtype=openlayers3", + "current": false + } + ] + }, + "COMMUNES.EPCI.2016$GEOPORTAIL:OGC:WMS": { + "name": "COMMUNES.EPCI.2016", + "title": "Territoires des EPCI 2016", + "description": "Emprise des Établissements publics de coopération intercommunale (EPCI) à fiscalité propre. 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Sources : Ministère de l'intérieur : 1er janvier 2016 - IGN : BDTOPO® janvier 2016", + "globalConstraint": { + "minScaleDenominator": 0.0, + "maxScaleDenominator": 62236752975597, + "bbox": { + "left": -61.8098331, + "right": 55.83665396, + "top": 51.0889895, + "bottom": -21.38963084 + } + }, + "serviceParams": { + "id": "OGC:WMS", + "version": "1.3.0", + "serverUrl": { + "full": "https://data.geopf.fr/wms-v/ows?SERVICE=WMS&" + } + }, + "defaultProjection": "EPSG:4326", + "queryable": true, + "metadata": [], + "styles": [ + { + "name": "default-style-COMMUNES.EPCI.2016", + "title": "COMMUNES.EPCI.2016 style" + } + ], + "legends": [ + { + "format": "image/png", + "url": "https://data.geopf.fr/wms-v/ows?service=WMS&version=1.3.0&request=GetLegendGraphic&format=image%2Fpng&width=20&height=20&layer=COMMUNES.EPCI.2016" + } + ], + "formats": [ + { + "name": "image/png", + "current": true + }, + { + "name": "application/atom+xml", + "current": false + }, + { + "name": "application/json;type=utfgrid", + "current": false + }, + { + "name": "application/pdf", + "current": false + }, + { + "name": "application/rss+xml", + "current": false + }, + { + "name": "application/vnd.google-earth.kml+xml", + "current": false + }, + { + "name": "application/vnd.google-earth.kml+xml;mode=networklink", + "current": false + }, + { + "name": "application/vnd.google-earth.kmz", + "current": false + }, + { + "name": "image/geotiff", + "current": false + }, + { + "name": "image/geotiff8", + "current": false + }, + { + "name": "image/gif", + "current": false + }, + { + "name": "image/jpeg", + "current": false + }, + { + "name": "image/png; mode=8bit", + "current": false + }, + { + "name": "image/svg+xml", + "current": false + }, + { + "name": "image/tiff", + "current": false + }, + { + "name": "image/tiff8", + "current": false + }, + { + "name": "image/vnd.jpeg-png", + "current": false + }, + { + "name": "image/vnd.jpeg-png8", + "current": false + }, + { + "name": "text/html; subtype=openlayers", + "current": false + }, + { + "name": "text/html; subtype=openlayers2", + "current": false + }, + { + "name": "text/html; subtype=openlayers3", + "current": false + } + ] + }, + "COMMUNES.EPCISANSFISCALITEPROPRE$GEOPORTAIL:OGC:WMS": { + "name": "COMMUNES.EPCISANSFISCALITEPROPRE", + "title": "Intercommunalités d'appartenance sans fiscalité propre", + "description": "Les établissements publics de coopération intercommunale (EPCI) sont des regroupements de communes ayant pour objet l'élaboration de « projets communs de développement au sein de périmètres de solidarité ». Ils sont soumis à des règles communes, homogènes et comparables à celles de collectivités locales. Les EPCI sans fiscalité propre sont les Syndicats Intercommunaux à Vocation Unique (SIVU), les Syndicats Intercommunaux à Vocation Multiple (SIVOM), les Syndicats Mixtes fermés (SM fermés) et les Syndicats Mixtes ouverts (SM ouverts). Source : DGCL – Banatic juillet 2015", + "globalConstraint": { + "minScaleDenominator": 0.0, + "maxScaleDenominator": 62236752975597, + "bbox": { + "left": -178.176667, + "right": 167.893333, + "top": 51.08900123, + "bottom": -66.126667 + } + }, + "serviceParams": { + "id": "OGC:WMS", + "version": "1.3.0", + "serverUrl": { + "full": "https://data.geopf.fr/wms-v/ows?SERVICE=WMS&" + } + }, + "defaultProjection": "EPSG:4326", + "queryable": true, + "metadata": [], + "styles": [ + { + "name": "default-style-COMMUNES.EPCISANSFISCALITEPROPRE", + "title": "COMMUNES.EPCISANSFISCALITEPROPRE style" + } + ], + "legends": [ + { + "format": "image/png", + "url": "https://data.geopf.fr/wms-v/ows?service=WMS&version=1.3.0&request=GetLegendGraphic&format=image%2Fpng&width=20&height=20&layer=COMMUNES.EPCISANSFISCALITEPROPRE" + } + ], + "formats": [ + { + "name": "image/png", + "current": true + }, + { + "name": "application/atom+xml", + "current": false + }, + { + "name": "application/json;type=utfgrid", + "current": false + }, + { + "name": "application/pdf", + "current": false + }, + { + "name": "application/rss+xml", + "current": false + }, + { + "name": "application/vnd.google-earth.kml+xml", + "current": false + }, + { + "name": "application/vnd.google-earth.kml+xml;mode=networklink", + "current": false + }, + { + "name": "application/vnd.google-earth.kmz", + "current": false + }, + { + "name": "image/geotiff", + "current": false + }, + { + "name": "image/geotiff8", + "current": false + }, + { + "name": "image/gif", + "current": false + }, + { + "name": "image/jpeg", + "current": false + }, + { + "name": "image/png; mode=8bit", + "current": false + }, + { + "name": "image/svg+xml", + "current": false + }, + { + "name": "image/tiff", + "current": false + }, + { + "name": "image/tiff8", + "current": false + }, + { + "name": "image/vnd.jpeg-png", + "current": false + }, + { + "name": "image/vnd.jpeg-png8", + "current": false + }, + { + "name": "text/html; subtype=openlayers", + "current": false + }, + { + "name": "text/html; subtype=openlayers2", + "current": false + }, + { + "name": "text/html; subtype=openlayers3", + "current": false + } + ] + }, + "COMMUNESTOURISTIQUES$GEOPORTAIL:OGC:WMS": { + "name": "COMMUNESTOURISTIQUES", + "title": "Communes touristiques", + "description": "Deux niveaux de classement sont prévus pour les communes qui développent d’une politique touristique sur leur territoire. 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Seuls sont inclus les établissements agréés par la Sécurité Sociale. 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"tileHeight": 256, "tileWidth": 256, "topLeftCorner": { diff --git a/samples-src/resources/data/mapbox/styles/planign/accentue.json b/samples-src/resources/data/mapbox/styles/planign/accentue.json index b8d3be593..dcf1d0ca6 100644 --- a/samples-src/resources/data/mapbox/styles/planign/accentue.json +++ b/samples-src/resources/data/mapbox/styles/planign/accentue.json @@ -1,11 +1,14 @@ { "version": 8, "name": "PLAN IGN", - "sprite": "https://wxs.ign.fr/static/vectorTiles/styles/PLAN.IGN/sprite/PlanIgn", + "glyphs":"https://data.geopf.fr/annexes/ressources/vectorTiles/fonts/{fontstack}/{range}.pbf", + "sprite": "https://data.geopf.fr/annexes/ressources/vectorTiles/styles/PLAN.IGN/sprite/PlanIgn", "sources": { "plan_ign": { "type": "vector", - "url": "https://wxs.ign.fr/choisirgeoportail/geoportail/tms/1.0.0/PLAN.IGN/metadata.json" + "tiles": [ + "https://data.geopf.fr/tms/1.0.0/PLAN.IGN/{z}/{x}/{y}.pbf" + ] } }, "transition": { @@ -275,6 +278,19 @@ "fill-pattern": "Marais" } }, + { + "id": "hydro surfacique - marais", + "type": "fill", + "source": "plan_ign", + "source-layer": "hydro_surf", + "layout": { + "visibility": "visible" + }, + "filter": ["==","symbo","ZONE_MARAIS"], + "paint": { + "fill-pattern": "Marais" + } + }, { "id": "ocs - vegetation - marais salant", "type": "fill", @@ -690,7 +706,7 @@ }, "filter": ["all", ["!=","texte","0"], - ["==","hors_zone","true"], + ["==","hors_zone",true], ["in","symbo", "CNV_MAITRESSE", "CUVETTE_MAITRESSE" @@ -723,7 +739,7 @@ }, "filter": ["all", ["!=","texte","0"], - ["==","hors_zone","true"], + ["==","hors_zone",true], ["in","symbo", "CNV_ROCHER_MAITRESSE", "CUV_ROCHER_MAITRESSE" @@ -756,7 +772,7 @@ }, "filter": ["all", ["!=","texte","0"], - ["==","hors_zone","true"], + ["==","hors_zone",true], ["in","symbo", "CNV_GLACIER_MAITRESSE", "CUV_GLACIER_MAITRESSE" @@ -819,7 +835,7 @@ "line-width": { "stops": [[12, 1.5], [17, 6.5]] }, - "line-dasharray": [2,2] + "line-dasharray": [2,2] } }, { @@ -878,7 +894,12 @@ "filter": ["in","symbo", "VF_1_SOU", "VF_2_SOU", + "VF_3_SOU", + "VF_4_SOU", "VF_ELEC_1_SOU", + "VF_ELEC_2_SOU", + "VF_ELEC_3_SOU", + "VF_ELEC_4_SOU", "VF_FERRO_ROUTIER_SOU" ], "paint": { @@ -902,8 +923,13 @@ }, "filter": ["in","symbo", "VF_1_SOU", - "VF_2_SOU", + "VF_2_SOU", + "VF_3_SOU", + "VF_4_SOU", "VF_ELEC_1_SOU", + "VF_ELEC_2_SOU", + "VF_ELEC_3_SOU", + "VF_ELEC_4_SOU", "VF_FERRO_ROUTIER_SOU" ], "paint": { @@ -928,6 +954,7 @@ }, "filter": ["in","symbo", "VF_ETROITE_1_SOU", + "VF_ETROITE_2_SOU", "VF_ETROITE_SOU" ], "paint": { @@ -951,6 +978,7 @@ }, "filter": ["in","symbo", "VF_ETROITE_1_SOU", + "VF_ETROITE_2_SOU", "VF_ETROITE_SOU" ], "paint": { @@ -1309,7 +1337,7 @@ "line-color": "rgba(97, 97, 97, 0.5)", "line-width": { "stops": [[6, 1.5], [9, 2.3], [14, 5], [15, 8.1], [16, 11.2], [17, 22]] - } + } } }, { @@ -1329,7 +1357,7 @@ "line-color": "#969696", "line-width": { "stops": [[6, 1.5], [9, 2.3], [14, 5], [15, 8.1], [16, 11.2], [17, 22]] - } + } } }, { @@ -1882,6 +1910,42 @@ "fill-opacity": 0.7 } }, + { + "id": "cimetiere surfacique 1", + "type": "fill", + "source": "plan_ign", + "source-layer": "bati_surf", + "layout": { + "visibility": "visible" + }, + "filter": ["in","symbo", + "CIMETIERE_SURF", + "CIMETIERE_MILI_SURF", + "NECROPOLE_NATIONALE" + ], + "paint": { + "fill-color": "#B4B4B4", + "fill-opacity": 0.5, + "fill-outline-color": "#616161" + } + }, + { + "id": "cimetiere surfacique 2", + "type": "fill", + "source": "plan_ign", + "source-layer": "bati_surf", + "layout": { + "visibility": "visible" + }, + "filter": ["in","symbo", + "CIMETIERE_SURF", + "CIMETIERE_MILI_SURF", + "NECROPOLE_NATIONALE" + ], + "paint": { + "fill-pattern": "Cimetiere" + } + }, { "id": "bati surfacique mairie - Zoom 14", "type": "fill", @@ -2093,42 +2157,6 @@ "fill-outline-color": "#A58158" } }, - { - "id": "cimetiere surfacique 1", - "type": "fill", - "source": "plan_ign", - "source-layer": "bati_surf", - "layout": { - "visibility": "visible" - }, - "filter": ["in","symbo", - "CIMETIERE_SURF", - "CIMETIERE_MILI_SURF", - "NECROPOLE_NATIONALE" - ], - "paint": { - "fill-color": "#B4B4B4", - "fill-opacity": 0.5, - "fill-outline-color": "#616161" - } - }, - { - "id": "cimetiere surfacique 2", - "type": "fill", - "source": "plan_ign", - "source-layer": "bati_surf", - "layout": { - "visibility": "visible" - }, - "filter": ["in","symbo", - "CIMETIERE_SURF", - "CIMETIERE_MILI_SURF", - "NECROPOLE_NATIONALE" - ], - "paint": { - "fill-pattern": "Cimetiere" - } - }, { "id": "bati hydro surfacique - Autre", "type": "fill", @@ -2277,7 +2305,8 @@ "CHRETIEN_SURF", "SYNAGOGUE_SURF", "MOSQUEE_SURF", - "AUTRE_CULTE_SURF" + "AUTRE_CULTE_SURF", + "RELIGIEUX_QQUE" ], "paint": { "fill-color": "#E86A6A" @@ -2298,7 +2327,8 @@ "CHRETIEN_SURF", "SYNAGOGUE_SURF", "MOSQUEE_SURF", - "AUTRE_CULTE_SURF" + "AUTRE_CULTE_SURF", + "RELIGIEUX_QQUE" ], "paint": { "fill-color": {"stops": [[14, "#E86A6A"], [15, "#DE8484"]]}, @@ -2395,7 +2425,7 @@ "source": "plan_ign", "source-layer": "bati_zai", "minzoom":15, - "maxzoom": 18, + "maxzoom": 18, "layout": { "visibility": "visible" }, @@ -2448,6 +2478,7 @@ "filter": ["in","nature", "Hôtel de département", "Hôtel de région", + "Hôtel de collectivité", "Préfecture de région", "Préfecture", "Sous-préfecture" @@ -2586,7 +2617,7 @@ "stops": [[14, 1.75], [15, 3], [16, 4.2], [17, 9.5]] } } - }, + }, { "id": "Chemin a niveau - filet interieur - escalier", "type": "line", @@ -2606,7 +2637,7 @@ }, "line-dasharray": [1,0.2] } - }, + }, { "id": "Chemin a niveau - Rue pietonne", "type": "line", @@ -2646,7 +2677,7 @@ }, "line-dasharray": [4,3] } - }, + }, { "id": "Chemin a niveau - chemin", "type": "line", @@ -3479,7 +3510,7 @@ "line-color": "#386E9B", "line-width": { "stops": [[8, 1], [13, 2.5]] - } + } } }, { @@ -4018,7 +4049,7 @@ "line-color": "#969696", "line-width": { "stops": [[6, 1.5], [9, 2.3], [14, 5], [15, 8.1], [16, 11.2], [17, 22]] - } + } } }, { @@ -4440,7 +4471,12 @@ "filter": ["in","symbo", "VF_1_SUP", "VF_2_SUP", - "VF_ELEC_1_SUP" + "VF_3_SUP", + "VF_4_SUP", + "VF_ELEC_1_SUP", + "VF_ELEC_2_SUP", + "VF_ELEC_3_SUP", + "VF_ELEC_4_SUP" ], "paint": { "line-color": "#5A5A5A", @@ -4463,7 +4499,12 @@ "filter": ["in","symbo", "VF_1_SUP", "VF_2_SUP", - "VF_ELEC_1_SUP" + "VF_3_SUP", + "VF_4_SUP", + "VF_ELEC_1_SUP", + "VF_ELEC_2_SUP", + "VF_ELEC_3_SUP", + "VF_ELEC_4_SUP" ], "paint": { "line-color": "#5A5A5A", @@ -4486,6 +4527,7 @@ }, "filter": ["in","symbo", "VF_ETROITE_1_SUP", + "VF_ETROITE_2_SUP", "VF_ETROITE_SUP" ], "paint": { @@ -4508,6 +4550,7 @@ }, "filter": ["in","symbo", "VF_ETROITE_1_SUP", + "VF_ETROITE_2_SUP", "VF_ETROITE_SUP" ], "paint": { @@ -4935,7 +4978,7 @@ "filter": ["==","txt_typo","ADRESSE"], "layout": { "symbol-placement": "point", - "text-field": ["concat","{numero}","{indice_de_repetition}"], + "text-field": ["concat", ["get","numero"], ["get","indice_de_repetition"]], "text-size": 11, "text-anchor": "center", "text-keep-upright": true, @@ -5245,7 +5288,7 @@ "paint": { "circle-radius": { "stops": [[9, 3.5], [12, 6.5]] - }, + }, "circle-color": "#B17E18", "circle-stroke-width": 1, "circle-stroke-color": "#606060" @@ -5500,7 +5543,7 @@ "stops": [[14, 3], [17, 8]] }, "circle-color": "#3479BD" - } + } }, { "id": "bati ponctuel hydrographique - Réservoir d'eau", @@ -5688,7 +5731,9 @@ "icon-size": 0.4 }, "filter": ["all", - ["==","symbo","AERODROME_PONC"], + ["in","symbo", + "AERODROME_PONC", + "AERODROME_IMPORT_PONC"], ["==","territoire","FXX"] ], "paint": { @@ -5956,7 +6001,7 @@ "PISTE_CYCLABLE_SUP", "RUE_PIETONNE", "RUE_PIETONNE_SOU", - "RUE_PIETONNE_SUP", + "RUE_PIETONNE_SUP", "SENTIER", "SENTIER_SOU", "SENTIER_SUP", @@ -6205,7 +6250,10 @@ "source-layer": "toponyme_routier_liaison_lin", "minzoom": 8, "maxzoom": 18, - "filter": ["==","txt_typo","LIAISON_MARITIME"], + "filter": ["in","txt_typo", + "LIAISON_MARITIME", + "LIAISON_MAR" + ], "layout": { "symbol-placement": "line", "text-field": "{texte}", @@ -6274,6 +6322,198 @@ "text-halo-color": "rgba(255, 255, 255, 1)" } }, + { + "id": "toponyme religieux zoom 15 16", + "type": "symbol", + "source": "plan_ign", + "source-layer": "toponyme_bati_ponc", + "minzoom":14, + "maxzoom":16, + "filter": ["==","txt_typo","religieux"], + "layout": { + "visibility": "visible", + "symbol-placement": "point", + "text-field": "{designation}", + "text-size": 11, + "text-allow-overlap": false, + "text-padding": 1, + "text-font": ["Source Sans Pro Italic"] + }, + "paint": { + "text-color": "#000000" + } + }, + { + "id": "toponyme religieux zoom 17 à 19", + "type": "symbol", + "source": "plan_ign", + "source-layer": "toponyme_bati_ponc", + "minzoom":16, + "filter": ["==","txt_typo","religieux"], + "layout": { + "visibility": "visible", + "symbol-placement": "point", + "text-field": "{texte}", + "text-size": 11, + "text-allow-overlap": false, + "text-padding": 1, + "text-font": ["Source Sans Pro Italic"] + }, + "paint": { + "text-color": "#000000" + } + }, + { + "id": "toponyme parc d'attractions zoom 14", + "type": "symbol", + "source": "plan_ign", + "source-layer": "toponyme_bati_ponc", + "minzoom":13, + "maxzoom":14, + "filter": ["all", + ["==","txt_typo","divers_bati"], + ["==","symbo","PARC_ATTRACTIONS"] + ], + "layout": { + "visibility": "visible", + "symbol-placement": "point", + "text-field": "{designation}", + "text-size": 11, + "text-allow-overlap": false, + "text-padding": 1, + "text-font": ["Source Sans Pro Italic"] + }, + "paint": { + "text-color": "#000000" + } + }, + { + "id": "toponyme parc d'attractions zoom 15 à 19", + "type": "symbol", + "source": "plan_ign", + "source-layer": "toponyme_bati_ponc", + "minzoom":14, + "filter": ["all", + ["==","txt_typo","divers_bati"], + ["==","symbo","PARC_ATTRACTIONS"] + ], + "layout": { + "visibility": "visible", + "symbol-placement": "point", + "text-field": "{texte}", + "text-size": 11, + "text-allow-overlap": false, + "text-padding": 1, + "text-font": ["Source Sans Pro Italic"] + }, + "paint": { + "text-color": "#000000" + } + }, + { + "id": "toponyme bati divers zoom 15", + "type": "symbol", + "source": "plan_ign", + "source-layer": "toponyme_bati_ponc", + "minzoom":14, + "maxzoom":15, + "filter": ["all", + ["==","txt_typo","divers_bati"], + ["in","symbo", + "CENTRALE_ELECTRIQUE", + "HIPPODROME", + "STADE"] + ], + "layout": { + "visibility": "visible", + "symbol-placement": "point", + "text-field": "{designation}", + "text-size": 11, + "text-allow-overlap": false, + "text-padding": 1, + "text-font": ["Source Sans Pro Italic"] + }, + "paint": { + "text-color": "#000000" + } + }, + { + "id": "toponyme bati divers zoom 16 à 19", + "type": "symbol", + "source": "plan_ign", + "source-layer": "toponyme_bati_ponc", + "minzoom":15, + "filter": ["all", + ["==","txt_typo","divers_bati"], + ["in","symbo", + "CENTRALE_ELECTRIQUE", + "HIPPODROME", + "STADE"] + ], + "layout": { + "visibility": "visible", + "symbol-placement": "point", + "text-field": "{texte}", + "text-size": 11, + "text-allow-overlap": false, + "text-padding": 1, + "text-font": ["Source Sans Pro Italic"] + }, + "paint": { + "text-color": "#000000" + } + }, + { + "id": "toponyme chateau zoom 16", + "type": "symbol", + "source": "plan_ign", + "source-layer": "toponyme_bati_ponc", + "minzoom":15, + "maxzoom":16, + "filter": ["all", + ["==","txt_typo","divers_bati"], + ["in","symbo", + "CHATEAU", + "CHATEAU_FORT"] + ], + "layout": { + "visibility": "visible", + "symbol-placement": "point", + "text-field": "{designation}", + "text-size": 11, + "text-allow-overlap": false, + "text-padding": 1, + "text-font": ["Source Sans Pro Italic"] + }, + "paint": { + "text-color": "#000000" + } + }, + { + "id": "toponyme chateau zoom 17 à 19", + "type": "symbol", + "source": "plan_ign", + "source-layer": "toponyme_bati_ponc", + "minzoom":16, + "filter": ["all", + ["==","txt_typo","divers_bati"], + ["in","symbo", + "CHATEAU", + "CHATEAU_FORT"] + ], + "layout": { + "visibility": "visible", + "symbol-placement": "point", + "text-field": "{texte}", + "text-size": 11, + "text-allow-overlap": false, + "text-padding": 1, + "text-font": ["Source Sans Pro Italic"] + }, + "paint": { + "text-color": "#000000" + } + }, { "id": "toponyme station epuration, de pompage, usine de production eau", "type": "symbol", @@ -6358,7 +6598,7 @@ "paint": { "text-color": "#3E1F1F" } - }, + }, { "id": "toponyme bati ponc phare - niveau 14à19", "type": "symbol", @@ -6388,7 +6628,7 @@ "paint": { "text-color": "#3E1F1F" } - }, + }, { "id": "toponyme bati ponc autre", "type": "symbol", @@ -6549,7 +6789,9 @@ "source-layer": "toponyme_bati_ponc", "minzoom":12, "maxzoom":13, - "filter": ["==","txt_typo","AERODROME_PONC"], + "filter": ["in","txt_typo", + "AERODROME_PONC", + "AERODROME_IMPORT_PONC"], "layout": { "visibility": "visible", "symbol-placement": "point", @@ -6743,7 +6985,7 @@ "text-halo-color": "rgba(60, 60, 60, 0.5)", "text-halo-width": 4 } - }, + }, { "id": "toponyme numéro de route - autoroute", "type": "symbol", @@ -6850,8 +7092,8 @@ "filter": ["all", ["==","symbo","BOIS"], ["in","txt_typo", - "TYPO_F_10", - "TYPO_F_11" + "TYPO_F_9", + "TYPO_F_10" ] ], "layout": { @@ -6904,8 +7146,8 @@ "ORO_GORGE_2", "GROTTE", "GORGE", - "TYPO_G_9", - "TYPO_G_10" + "TYPO_G_8", + "TYPO_G_9" ], "layout": { "visibility": "visible", @@ -6928,7 +7170,6 @@ "source": "plan_ign", "source-layer": "toponyme_hydro_ponc", "filter": ["in","txt_typo", - "lac - étang - bassin", "HYD_SURF_4", "HYD_SURF_4_T", "HYD_SURF_5", @@ -6975,6 +7216,60 @@ "text-halo-width": 2 } }, + { + "id": "toponyme localite n0 typo_E_GE Quartier", + "type": "symbol", + "source": "plan_ign", + "source-layer": "toponyme_localite_ponc", + "minzoom": 17, + "maxzoom": 18, + "filter": ["all", + ["==","symbo","QUARTIER"], + ["==","txt_typo","TYPO_E_GE"] + ], + "layout": { + "visibility": "visible", + "symbol-placement": "point", + "text-field": "{texte}", + "text-size": {"stops": [[15, 11], [17, 13.5]]}, + "text-allow-overlap": true, + "text-anchor": "center", + "text-padding": 1, + "text-font": ["Source Sans Pro Regular"] + }, + "paint": { + "text-color": "#000000", + "text-halo-color": "rgba(255, 255, 255, 0.5)", + "text-halo-width": 2 + } + }, + { + "id": "toponyme localite n0 typo_E_GE Lieu-dit", + "type": "symbol", + "source": "plan_ign", + "source-layer": "toponyme_localite_ponc", + "minzoom": 16, + "maxzoom": 18, + "filter": ["all", + ["==","symbo","LIEU-DIT-HABITE"], + ["==","txt_typo","TYPO_E_GE"] + ], + "layout": { + "visibility": "visible", + "symbol-placement": "point", + "text-field": "{texte}", + "text-size": {"stops": [[15, 11], [17, 13.5]]}, + "text-allow-overlap": true, + "text-anchor": "center", + "text-padding": 1, + "text-font": ["Source Sans Pro Regular"] + }, + "paint": { + "text-color": "#000000", + "text-halo-color": "rgba(255, 255, 255, 0.5)", + "text-halo-width": 2 + } + }, { "id": "toponyme localite n0 typoA10", "type": "symbol", @@ -7034,9 +7329,9 @@ "filter": ["all", ["==","symbo","BOIS"], ["in","txt_typo", + "TYPO_F_6", "TYPO_F_7", - "TYPO_F_8", - "TYPO_F_9" + "TYPO_F_8" ] ], "layout": { @@ -7084,14 +7379,45 @@ "text-halo-width": 2 } }, + { + "id": "toponyme localite importance 6et7 - Special DOM", + "type": "symbol", + "source": "plan_ign", + "source-layer": "toponyme_localite_ponc", + "minzoom": 7, + "maxzoom": 13, + "filter": ["in","txt_typo", + "TYPO_A_6", + "TYPO_A_7" + ], + "layout": { + "visibility": "visible", + "symbol-placement": "point", + "icon-image": "Localite", + "icon-size": 0.21, + "text-field": "{texte}", + "text-size": 12.5, + "text-allow-overlap": false, + "text-anchor": "bottom-left", + "text-offset": [0.30, 0.10], + "text-padding": 1, + "text-font": ["Source Sans Pro Regular"] + }, + "paint": { + "text-color": "#000000", + "text-halo-color": "rgba(255, 255, 255, 0.5)", + "text-halo-width": 2 + } + }, { "id": "toponyme localite importance 5", "type": "symbol", "source": "plan_ign", "source-layer": "toponyme_localite_ponc", "minzoom": 9, + "maxzoom": 13, "filter": ["in","txt_typo", - "commune 5", + "TYPO_A_5", "BAT_COMMUNE_5", "BAT_COMMUNE_5_T", "BAT_CHEF_LIEU_COM", @@ -7154,7 +7480,7 @@ ["in","txt_typo", "TYPO_B_5", "TYPO_B_4" - + ] ], "layout": { @@ -7181,7 +7507,7 @@ ["==","symbo","BOIS"], ["in","txt_typo", "TYPO_F_5", - "TYPO_F_4" + "TYPO_F_4" ] ], "layout": { @@ -7299,8 +7625,8 @@ "ORO_COL_2", "ORO_GORGE_1", "ORO_GORGE-1", - "TYPO_G_7", - "TYPO_G_8" + "TYPO_G_6", + "TYPO_G_7" ], "layout": { "visibility": "visible", @@ -7326,15 +7652,16 @@ "HYD_LIN_3", "HYD_LIN_4", "HYD_LIN_5", - "petite rivière", - "canal", + "TYPO_D_LIN_3", + "TYPO_D_LIN_4", "HYD_SURF_3", "HYD_SURF_3_T", "HYD_SURF_4", "HYD_SURF_4_T", "HYD_SURF_5", "HYD_SURF_5_T", - "TYPO_D_5" + "TYPO_D_5", + "TYPO_D_7" ], "layout": { "symbol-placement": "line", @@ -7386,9 +7713,6 @@ "source": "plan_ign", "source-layer": "toponyme_hydro_ponc", "filter": ["in","txt_typo", - "petit golfe", - "grande baie", - "baie", "HYD_SURF_3", "TYPO_D_5", "TYPO_D_6", @@ -7398,7 +7722,7 @@ "visibility": "visible", "symbol-placement": "point", "text-field": "{texte}", - "text-size": {"stops": [[15, 15], [17, 18]]}, + "text-size": {"stops": [[9, 13], [10, 15], [15, 15], [17, 18]]}, "text-allow-overlap": true, "text-padding": 10, "text-font": ["Source Sans Pro Regular"] @@ -7456,8 +7780,9 @@ "source": "plan_ign", "source-layer": "toponyme_localite_ponc", "minzoom": 7, + "maxzoom": 13, "filter": ["in","txt_typo", - "commune 4", + "TYPO_A_4", "BAT_COMMUNE_4", "BAT_COMMUNE_4_T" ], @@ -7504,12 +7829,17 @@ } }, { - "id": "toponyme localite n0 typoA8", + "id": "toponyme localite n0 typoA8 non commune", "type": "symbol", "source": "plan_ign", "source-layer": "toponyme_localite_ponc", + "minzoom": 13, "maxzoom": 18, - "filter": ["==","txt_typo","TYPO_A_8"], + "filter": ["all", + ["!=","symbo","COMMUNE_FUSIONNEE"], + ["!=","symbo","COMMUNE_CHEF_LIEU"], + ["==","txt_typo","TYPO_A_8"] + ], "layout": { "visibility": "visible", "symbol-placement": "point", @@ -7556,7 +7886,10 @@ "source": "plan_ign", "source-layer": "toponyme_limite_ponc", "minzoom": 8, - "filter": ["==","txt_typo","LIM_PARC_NATUREL_MARIN"], + "filter": ["in","txt_typo", + "PARC_MARIN_1", + "PARC_MARIN_2" + ], "layout": { "visibility": "visible", "symbol-placement": "point", @@ -7582,7 +7915,8 @@ "filter": ["in","txt_typo", "LIM_PARC_1", "LIM_PARC_2", - "LIM_PARC_NATUREL" + "PARC_1", + "PARC_2" ], "layout": { "visibility": "visible", @@ -7684,10 +8018,8 @@ "ORO_RELIEF_2_T", "ORO_CAP_1", "ORO_COL_1", - "sommet ou col", - "ORO_SOMMET_1", - "TYPO_G_4", - "TYPO_G_6" + "TYPO_G_5", + "ORO_SOMMET_1" ], "layout": { "visibility": "visible", @@ -7710,15 +8042,12 @@ "source": "plan_ign", "source-layer": "toponyme_oro_ponc", "minzoom":8, - "filter": ["in","txt_typo", - "île", - "cap ou pointe" - ], + "filter": ["==","txt_typo","TYPO_G_4"], "layout": { "visibility": "visible", "symbol-placement": "point", "text-field": "{texte}", - "text-size": 15, + "text-size": {"stops": [[13, 15], [16, 19]]}, "text-allow-overlap": false, "text-padding": 1, "text-font": ["Source Sans Pro Regular"] @@ -7736,10 +8065,10 @@ "source-layer": "toponyme_hydro_lin", "filter": ["in","txt_typo", "HYD_LIN_2", - "rivière moyenne", + "TYPO_D_LIN_2", "HYD_SURF_2", "HYD_SURF_2_T", - "TYPO_D_3" + "TYPO_D_4" ], "layout": { "symbol-placement": "line", @@ -7765,9 +8094,30 @@ "minzoom": 5, "filter": ["in","txt_typo", "moyen", - "golfe moyen", "HYD_SURF_2", - "TYPO_D_2", + "TYPO_D_2" + ], + "layout": { + "visibility": "visible", + "symbol-placement": "point", + "text-field": "{texte}", + "text-size": {"stops": [[5, 12], [6, 18], [10, 17], [18, 21]]}, + "text-allow-overlap": false, + "text-padding": 10, + "text-font": ["Source Sans Pro Regular"] + }, + "paint": { + "text-color": "#335F86", + "text-halo-color": "#FFFFFF", + "text-halo-width": 2 + } + }, + { + "id": "toponyme - hydro ponc 2B", + "type": "symbol", + "source": "plan_ign", + "source-layer": "toponyme_hydro_ponc", + "filter": ["in","txt_typo", "TYPO_D_3", "TYPO_D_4" ], @@ -7775,7 +8125,7 @@ "visibility": "visible", "symbol-placement": "point", "text-field": "{texte}", - "text-size": {"stops": [[5, 12], [6, 18], [10, 17], [18, 21]]}, + "text-size": {"stops": [[9, 15], [10, 17], [18, 21]]}, "text-allow-overlap": false, "text-padding": 10, "text-font": ["Source Sans Pro Regular"] @@ -7792,8 +8142,10 @@ "source": "plan_ign", "source-layer": "toponyme_localite_ponc", "minzoom": 5, + "maxzoom": 13, "filter": ["in","txt_typo", "commune 3", + "TYPO_A_3", "BAT_COMMUNE_3", "BAT_COMMUNE_3_T" ], @@ -7821,6 +8173,7 @@ "type": "symbol", "source": "plan_ign", "source-layer": "toponyme_localite_ponc", + "minzoom": 13, "maxzoom": 18, "filter": ["all", ["!=","symbo","COMMUNE_FUSIONNEE"], @@ -7844,15 +8197,16 @@ } }, { - "id": "toponyme localite n0 typoA6 non commune", + "id": "toponyme localite n0 typoA5etA6 non commune", "type": "symbol", "source": "plan_ign", "source-layer": "toponyme_localite_ponc", + "minzoom": 13, "maxzoom": 18, "filter": ["all", ["!=","symbo","COMMUNE_FUSIONNEE"], ["!=","symbo","COMMUNE_CHEF_LIEU"], - ["==","txt_typo","TYPO_A_6"] + ["in","txt_typo","TYPO_A_5","TYPO_A_6"] ], "layout": { "visibility": "visible", @@ -7940,6 +8294,7 @@ "type": "symbol", "source": "plan_ign", "source-layer": "toponyme_localite_ponc", + "minzoom": 13, "maxzoom": 16, "filter": ["all", ["!=","symbo","COMMUNE_FUSIONNEE"], @@ -8012,12 +8367,9 @@ "source-layer": "toponyme_oro_ponc", "minzoom":8, "filter": ["in","txt_typo", - "grande île", "ORO_ILE_1", "ORO_RELIEF_1", "ORO_RELIEF_1_T", - "TYPO_G_3", - "TYPO_G_2", "TYPO_G_1" ], "layout": { @@ -8035,6 +8387,31 @@ "text-halo-width": 2 } }, + { + "id": "toponyme - oro ponc 1B", + "type": "symbol", + "source": "plan_ign", + "source-layer": "toponyme_oro_ponc", + "minzoom":8, + "filter": ["in","txt_typo", + "TYPO_G_2", + "TYPO_G_3" + ], + "layout": { + "visibility": "visible", + "symbol-placement": "point", + "text-field": "{texte}", + "text-size": {"stops": [[12, 15], [13, 21]]}, + "text-allow-overlap": false, + "text-padding": 1, + "text-font": ["Source Sans Pro Regular"] + }, + "paint": { + "text-color": "#652A25", + "text-halo-color": "rgba(255, 255, 255, 0.5)", + "text-halo-width": 2 + } + }, { "id": "toponyme - hydro lineaire glacier", "type": "symbol", @@ -8067,11 +8444,13 @@ "filter": ["in","txt_typo", "HYD_LIN_1", "HYD-LIN-1", - "grande rivière", + "TYPO_D_LIN_1", "HYD_SURF_1", "HYD_SURF_1_T", "TYPO_D_1", - "TYPO_D_2" + "TYPO_D_2", + "TYPO_D_3_T", + "TYPO_D_4_T" ], "layout": { "symbol-placement": "line", @@ -8094,7 +8473,7 @@ "type": "symbol", "source": "plan_ign", "source-layer": "toponyme_hydro_lin", - "filter": ["==","txt_typo","mer et océan"], + "filter": ["==","txt_typo","OCEAN_MER"], "layout": { "symbol-placement": "line", "text-field": "{texte}", @@ -8120,7 +8499,6 @@ "filter": ["in","txt_typo", "mer", "grand", - "grand golfe", "HYD_SURF_1", "TYPO_D_1" ], @@ -8145,8 +8523,10 @@ "source": "plan_ign", "source-layer": "toponyme_localite_ponc", "minzoom": 4, + "maxzoom": 13, "filter": ["in","txt_typo", "commune 2", + "TYPO_A_2", "BAT_COMMUNE_2", "BAT_COMMUNE-2", "BAT_COMMUNE_2_T" @@ -8176,6 +8556,7 @@ "type": "symbol", "source": "plan_ign", "source-layer": "toponyme_localite_ponc", + "minzoom": 13, "maxzoom": 16, "filter": ["all", ["!=","symbo","COMMUNE_FUSIONNEE"], @@ -8203,6 +8584,7 @@ "type": "symbol", "source": "plan_ign", "source-layer": "toponyme_localite_ponc", + "minzoom": 13, "maxzoom": 16, "filter": ["all", ["!=","symbo","COMMUNE_FUSIONNEE"], @@ -8225,11 +8607,40 @@ "text-halo-width": 4 } }, + { + "id": "toponyme localite n0 typoA8 commune", + "type": "symbol", + "source": "plan_ign", + "source-layer": "toponyme_localite_ponc", + "minzoom": 13, + "maxzoom": 18, + "filter": ["all", + ["in","symbo","COMMUNE_FUSIONNEE","COMMUNE_CHEF_LIEU"], + ["==","txt_typo","TYPO_A_8"] + ], + "layout": { + "visibility": "visible", + "symbol-placement": "point", + "text-field": "{texte}", + "text-size": {"stops": [[15, 12], [17, 15]]}, + "text-allow-overlap": true, + "text-anchor": "center", + "text-padding": 1, + "text-transform": "uppercase", + "text-font": ["Source Sans Pro Regular"] + }, + "paint": { + "text-color": "#000000", + "text-halo-color": "rgba(255, 255, 255, 0.5)", + "text-halo-width": 2 + } + }, { "id": "toponyme localite n0 typoA7 commune", "type": "symbol", "source": "plan_ign", "source-layer": "toponyme_localite_ponc", + "minzoom": 13, "maxzoom": 18, "filter": ["all", ["in","symbo","COMMUNE_FUSIONNEE","COMMUNE_CHEF_LIEU"], @@ -8253,14 +8664,15 @@ } }, { - "id": "toponyme localite n0 typoA6 commune", + "id": "toponyme localite n0 typoA5etA6 commune", "type": "symbol", "source": "plan_ign", "source-layer": "toponyme_localite_ponc", + "minzoom": 13, "maxzoom": 18, "filter": ["all", ["in","symbo","COMMUNE_FUSIONNEE","COMMUNE_CHEF_LIEU"], - ["==","txt_typo","TYPO_A_6"] + ["in","txt_typo","TYPO_A_5","TYPO_A_6"] ], "layout": { "visibility": "visible", @@ -8284,6 +8696,7 @@ "type": "symbol", "source": "plan_ign", "source-layer": "toponyme_localite_ponc", + "minzoom": 13, "maxzoom": 16, "filter": ["all", ["!=","symbo","COMMUNE_FUSIONNEE"], @@ -8311,6 +8724,7 @@ "type": "symbol", "source": "plan_ign", "source-layer": "toponyme_localite_ponc", + "minzoom": 13, "maxzoom": 16, "filter": ["all", ["in","symbo","COMMUNE_FUSIONNEE","COMMUNE_CHEF_LIEU"], @@ -8338,6 +8752,7 @@ "type": "symbol", "source": "plan_ign", "source-layer": "toponyme_localite_ponc", + "minzoom": 13, "maxzoom": 16, "filter": ["all", ["in","symbo","COMMUNE_FUSIONNEE","COMMUNE_CHEF_LIEU"], @@ -8365,6 +8780,7 @@ "type": "symbol", "source": "plan_ign", "source-layer": "toponyme_localite_ponc", + "minzoom": 13, "maxzoom": 16, "filter": ["all", ["in","symbo","COMMUNE_FUSIONNEE","COMMUNE_CHEF_LIEU"], @@ -8393,8 +8809,10 @@ "source": "plan_ign", "source-layer": "toponyme_localite_ponc", "minzoom": 3, + "maxzoom": 13, "filter": ["in","txt_typo", "commune 1", + "TYPO_A_1", "BAT_COMMUNE_1", "BAT_COMMUNE_1_T" ], @@ -8423,6 +8841,7 @@ "type": "symbol", "source": "plan_ign", "source-layer": "toponyme_localite_ponc", + "minzoom": 13, "maxzoom": 16, "filter": ["all", ["in","symbo","COMMUNE_FUSIONNEE","COMMUNE_CHEF_LIEU"], @@ -8523,7 +8942,7 @@ "source-layer": "toponyme_localite_ponc", "minzoom": 2, "maxzoom": 5, - "filter": ["==","txt_typo","pays 1"], + "filter": ["==","txt_typo","pays 1"], "layout": { "visibility": "visible", "text-field": "{texte}", @@ -8564,4 +8983,4 @@ } } ] -} \ No newline at end of file +} diff --git a/samples-src/resources/data/mapbox/styles/planign/gris.json b/samples-src/resources/data/mapbox/styles/planign/gris.json index 63f5440ac..8afcc882a 100644 --- a/samples-src/resources/data/mapbox/styles/planign/gris.json +++ b/samples-src/resources/data/mapbox/styles/planign/gris.json @@ -1,11 +1,14 @@ { "version": 8, "name": "PLAN IGN", - "sprite": "https://wxs.ign.fr/static/vectorTiles/styles/PLAN.IGN/sprite/PlanIgn-Gris", + "glyphs":"https://data.geopf.fr/annexes/ressources/vectorTiles/fonts/{fontstack}/{range}.pbf", + "sprite": "https://data.geopf.fr/annexes/ressources/vectorTiles/styles/PLAN.IGN/sprite/PlanIgn-Gris", "sources": { "plan_ign": { "type": "vector", - "url": "https://wxs.ign.fr/choisirgeoportail/geoportail/tms/1.0.0/PLAN.IGN/metadata.json" + "tiles": [ + "https://data.geopf.fr/tms/1.0.0/PLAN.IGN/{z}/{x}/{y}.pbf" + ] } }, "transition": { @@ -163,8 +166,8 @@ "ZONE_PEUPLERAIE" ], "paint": { - "fill-color": "#E8E8E8", - "fill-outline-color": "#E8E8E8" + "fill-color": "#F8F8F8", + "fill-outline-color": "#F8F8F8" } }, { @@ -179,8 +182,8 @@ "ZONE_FORET_OUVERTE" ], "paint": { - "fill-color": "#F3F3F3", - "fill-outline-color": "#F3F3F3" + "fill-color": "#FBFBFB", + "fill-outline-color": "#FBFBFB" } }, { @@ -275,6 +278,19 @@ "fill-pattern": "Marais" } }, + { + "id": "hydro surfacique - marais", + "type": "fill", + "source": "plan_ign", + "source-layer": "hydro_surf", + "layout": { + "visibility": "visible" + }, + "filter": ["==","symbo","ZONE_MARAIS"], + "paint": { + "fill-pattern": "Marais" + } + }, { "id": "ocs - vegetation - marais salant", "type": "fill", @@ -690,7 +706,7 @@ }, "filter": ["all", ["!=","texte","0"], - ["==","hors_zone","true"], + ["==","hors_zone",true], ["in","symbo", "CNV_MAITRESSE", "CUVETTE_MAITRESSE" @@ -723,7 +739,7 @@ }, "filter": ["all", ["!=","texte","0"], - ["==","hors_zone","true"], + ["==","hors_zone",true], ["in","symbo", "CNV_ROCHER_MAITRESSE", "CUV_ROCHER_MAITRESSE" @@ -756,7 +772,7 @@ }, "filter": ["all", ["!=","texte","0"], - ["==","hors_zone","true"], + ["==","hors_zone",true], ["in","symbo", "CNV_GLACIER_MAITRESSE", "CUV_GLACIER_MAITRESSE" @@ -819,7 +835,7 @@ "line-width": { "stops": [[12, 1.5], [17, 6.5]] }, - "line-dasharray": [2,2] + "line-dasharray": [2,2] } }, { @@ -878,7 +894,12 @@ "filter": ["in","symbo", "VF_1_SOU", "VF_2_SOU", + "VF_3_SOU", + "VF_4_SOU", "VF_ELEC_1_SOU", + "VF_ELEC_2_SOU", + "VF_ELEC_3_SOU", + "VF_ELEC_4_SOU", "VF_FERRO_ROUTIER_SOU" ], "paint": { @@ -902,8 +923,13 @@ }, "filter": ["in","symbo", "VF_1_SOU", - "VF_2_SOU", + "VF_2_SOU", + "VF_3_SOU", + "VF_4_SOU", "VF_ELEC_1_SOU", + "VF_ELEC_2_SOU", + "VF_ELEC_3_SOU", + "VF_ELEC_4_SOU", "VF_FERRO_ROUTIER_SOU" ], "paint": { @@ -928,6 +954,7 @@ }, "filter": ["in","symbo", "VF_ETROITE_1_SOU", + "VF_ETROITE_2_SOU", "VF_ETROITE_SOU" ], "paint": { @@ -951,6 +978,7 @@ }, "filter": ["in","symbo", "VF_ETROITE_1_SOU", + "VF_ETROITE_2_SOU", "VF_ETROITE_SOU" ], "paint": { @@ -1309,7 +1337,7 @@ "line-color": "rgba(135, 135, 135, 0.5)", "line-width": { "stops": [[6, 1.5], [9, 2.3], [14, 5], [15, 8.1], [16, 11.2], [17, 22]] - } + } } }, { @@ -1329,7 +1357,7 @@ "line-color": "#CDCDCD", "line-width": { "stops": [[6, 1.5], [9, 2.3], [14, 5], [15, 8.1], [16, 11.2], [17, 22]] - } + } } }, { @@ -1882,6 +1910,42 @@ "fill-opacity": 0.7 } }, + { + "id": "cimetiere surfacique 1", + "type": "fill", + "source": "plan_ign", + "source-layer": "bati_surf", + "layout": { + "visibility": "visible" + }, + "filter": ["in","symbo", + "CIMETIERE_SURF", + "CIMETIERE_MILI_SURF", + "NECROPOLE_NATIONALE" + ], + "paint": { + "fill-color": "#F5F5F5", + "fill-opacity": 0.5, + "fill-outline-color": "#868686" + } + }, + { + "id": "cimetiere surfacique 2", + "type": "fill", + "source": "plan_ign", + "source-layer": "bati_surf", + "layout": { + "visibility": "visible" + }, + "filter": ["in","symbo", + "CIMETIERE_SURF", + "CIMETIERE_MILI_SURF", + "NECROPOLE_NATIONALE" + ], + "paint": { + "fill-pattern": "Cimetiere" + } + }, { "id": "bati surfacique mairie - Zoom 14", "type": "fill", @@ -2093,42 +2157,6 @@ "fill-outline-color": "#B3B3B3" } }, - { - "id": "cimetiere surfacique 1", - "type": "fill", - "source": "plan_ign", - "source-layer": "bati_surf", - "layout": { - "visibility": "visible" - }, - "filter": ["in","symbo", - "CIMETIERE_SURF", - "CIMETIERE_MILI_SURF", - "NECROPOLE_NATIONALE" - ], - "paint": { - "fill-color": "#F5F5F5", - "fill-opacity": 0.5, - "fill-outline-color": "#868686" - } - }, - { - "id": "cimetiere surfacique 2", - "type": "fill", - "source": "plan_ign", - "source-layer": "bati_surf", - "layout": { - "visibility": "visible" - }, - "filter": ["in","symbo", - "CIMETIERE_SURF", - "CIMETIERE_MILI_SURF", - "NECROPOLE_NATIONALE" - ], - "paint": { - "fill-pattern": "Cimetiere" - } - }, { "id": "bati hydro surfacique - Autre", "type": "fill", @@ -2277,7 +2305,8 @@ "CHRETIEN_SURF", "SYNAGOGUE_SURF", "MOSQUEE_SURF", - "AUTRE_CULTE_SURF" + "AUTRE_CULTE_SURF", + "RELIGIEUX_QQUE" ], "paint": { "fill-color": "#DDDDDD" @@ -2298,7 +2327,8 @@ "CHRETIEN_SURF", "SYNAGOGUE_SURF", "MOSQUEE_SURF", - "AUTRE_CULTE_SURF" + "AUTRE_CULTE_SURF", + "RELIGIEUX_QQUE" ], "paint": { "fill-color": {"stops": [[14, "#DDDDDD"], [15, "#EDEDED"]]}, @@ -2395,7 +2425,7 @@ "source": "plan_ign", "source-layer": "bati_zai", "minzoom":15, - "maxzoom": 18, + "maxzoom": 18, "layout": { "visibility": "visible" }, @@ -2448,6 +2478,7 @@ "filter": ["in","nature", "Hôtel de département", "Hôtel de région", + "Hôtel de collectivité", "Préfecture de région", "Préfecture", "Sous-préfecture" @@ -2586,7 +2617,7 @@ "stops": [[14, 1.75], [15, 3], [16, 4.2], [17, 9.5]] } } - }, + }, { "id": "Chemin a niveau - filet interieur - escalier", "type": "line", @@ -2606,7 +2637,7 @@ }, "line-dasharray": [1,0.2] } - }, + }, { "id": "Chemin a niveau - Rue pietonne", "type": "line", @@ -2646,7 +2677,7 @@ }, "line-dasharray": [4,3] } - }, + }, { "id": "Chemin a niveau - chemin", "type": "line", @@ -3479,7 +3510,7 @@ "line-color": "#8B8B8B", "line-width": { "stops": [[8, 1], [13, 2.5]] - } + } } }, { @@ -4018,7 +4049,7 @@ "line-color": "#CDCDCD", "line-width": { "stops": [[6, 1.5], [9, 2.3], [14, 5], [15, 8.1], [16, 11.2], [17, 22]] - } + } } }, { @@ -4440,7 +4471,12 @@ "filter": ["in","symbo", "VF_1_SUP", "VF_2_SUP", - "VF_ELEC_1_SUP" + "VF_3_SUP", + "VF_4_SUP", + "VF_ELEC_1_SUP", + "VF_ELEC_2_SUP", + "VF_ELEC_3_SUP", + "VF_ELEC_4_SUP" ], "paint": { "line-color": "#7D7D7D", @@ -4463,7 +4499,12 @@ "filter": ["in","symbo", "VF_1_SUP", "VF_2_SUP", - "VF_ELEC_1_SUP" + "VF_3_SUP", + "VF_4_SUP", + "VF_ELEC_1_SUP", + "VF_ELEC_2_SUP", + "VF_ELEC_3_SUP", + "VF_ELEC_4_SUP" ], "paint": { "line-color": "#7D7D7D", @@ -4486,6 +4527,7 @@ }, "filter": ["in","symbo", "VF_ETROITE_1_SUP", + "VF_ETROITE_2_SUP", "VF_ETROITE_SUP" ], "paint": { @@ -4508,6 +4550,7 @@ }, "filter": ["in","symbo", "VF_ETROITE_1_SUP", + "VF_ETROITE_2_SUP", "VF_ETROITE_SUP" ], "paint": { @@ -4935,7 +4978,7 @@ "filter": ["==","txt_typo","ADRESSE"], "layout": { "symbol-placement": "point", - "text-field": ["concat","{numero}","{indice_de_repetition}"], + "text-field": ["concat", ["get","numero"], ["get","indice_de_repetition"]], "text-size": 11, "text-anchor": "center", "text-keep-upright": true, @@ -5245,7 +5288,7 @@ "paint": { "circle-radius": { "stops": [[9, 3.5], [12, 6.5]] - }, + }, "circle-color": "#AFAFAF", "circle-stroke-width": 1, "circle-stroke-color": "#858585" @@ -5500,7 +5543,7 @@ "stops": [[14, 3], [17, 8]] }, "circle-color": "#A5A5A5" - } + } }, { "id": "bati ponctuel hydrographique - Réservoir d'eau", @@ -5688,7 +5731,9 @@ "icon-size": 0.4 }, "filter": ["all", - ["==","symbo","AERODROME_PONC"], + ["in","symbo", + "AERODROME_PONC", + "AERODROME_IMPORT_PONC"], ["==","territoire","FXX"] ], "paint": { @@ -5956,7 +6001,7 @@ "PISTE_CYCLABLE_SUP", "RUE_PIETONNE", "RUE_PIETONNE_SOU", - "RUE_PIETONNE_SUP", + "RUE_PIETONNE_SUP", "SENTIER", "SENTIER_SOU", "SENTIER_SUP", @@ -6205,7 +6250,10 @@ "source-layer": "toponyme_routier_liaison_lin", "minzoom": 8, "maxzoom": 18, - "filter": ["==","txt_typo","LIAISON_MARITIME"], + "filter": ["in","txt_typo", + "LIAISON_MARITIME", + "LIAISON_MAR" + ], "layout": { "symbol-placement": "line", "text-field": "{texte}", @@ -6274,6 +6322,198 @@ "text-halo-color": "rgba(255, 255, 255, 1)" } }, + { + "id": "toponyme religieux zoom 15 16", + "type": "symbol", + "source": "plan_ign", + "source-layer": "toponyme_bati_ponc", + "minzoom":14, + "maxzoom":16, + "filter": ["==","txt_typo","religieux"], + "layout": { + "visibility": "visible", + "symbol-placement": "point", + "text-field": "{designation}", + "text-size": 11, + "text-allow-overlap": false, + "text-padding": 1, + "text-font": ["Source Sans Pro Italic"] + }, + "paint": { + "text-color": "#000000" + } + }, + { + "id": "toponyme religieux zoom 17 à 19", + "type": "symbol", + "source": "plan_ign", + "source-layer": "toponyme_bati_ponc", + "minzoom":16, + "filter": ["==","txt_typo","religieux"], + "layout": { + "visibility": "visible", + "symbol-placement": "point", + "text-field": "{texte}", + "text-size": 11, + "text-allow-overlap": false, + "text-padding": 1, + "text-font": ["Source Sans Pro Italic"] + }, + "paint": { + "text-color": "#000000" + } + }, + { + "id": "toponyme parc d'attractions zoom 14", + "type": "symbol", + "source": "plan_ign", + "source-layer": "toponyme_bati_ponc", + "minzoom":13, + "maxzoom":14, + "filter": ["all", + ["==","txt_typo","divers_bati"], + ["==","symbo","PARC_ATTRACTIONS"] + ], + "layout": { + "visibility": "visible", + "symbol-placement": "point", + "text-field": "{designation}", + "text-size": 11, + "text-allow-overlap": false, + "text-padding": 1, + "text-font": ["Source Sans Pro Italic"] + }, + "paint": { + "text-color": "#000000" + } + }, + { + "id": "toponyme parc d'attractions zoom 15 à 19", + "type": "symbol", + "source": "plan_ign", + "source-layer": "toponyme_bati_ponc", + "minzoom":14, + "filter": ["all", + ["==","txt_typo","divers_bati"], + ["==","symbo","PARC_ATTRACTIONS"] + ], + "layout": { + "visibility": "visible", + "symbol-placement": "point", + "text-field": "{texte}", + "text-size": 11, + "text-allow-overlap": false, + "text-padding": 1, + "text-font": ["Source Sans Pro Italic"] + }, + "paint": { + "text-color": "#000000" + } + }, + { + "id": "toponyme bati divers zoom 15", + "type": "symbol", + "source": "plan_ign", + "source-layer": "toponyme_bati_ponc", + "minzoom":14, + "maxzoom":15, + "filter": ["all", + ["==","txt_typo","divers_bati"], + ["in","symbo", + "CENTRALE_ELECTRIQUE", + "HIPPODROME", + "STADE"] + ], + "layout": { + "visibility": "visible", + "symbol-placement": "point", + "text-field": "{designation}", + "text-size": 11, + "text-allow-overlap": false, + "text-padding": 1, + "text-font": ["Source Sans Pro Italic"] + }, + "paint": { + "text-color": "#000000" + } + }, + { + "id": "toponyme bati divers zoom 16 à 19", + "type": "symbol", + "source": "plan_ign", + "source-layer": "toponyme_bati_ponc", + "minzoom":15, + "filter": ["all", + ["==","txt_typo","divers_bati"], + ["in","symbo", + "CENTRALE_ELECTRIQUE", + "HIPPODROME", + "STADE"] + ], + "layout": { + "visibility": "visible", + "symbol-placement": "point", + "text-field": "{texte}", + "text-size": 11, + "text-allow-overlap": false, + "text-padding": 1, + "text-font": ["Source Sans Pro Italic"] + }, + "paint": { + "text-color": "#000000" + } + }, + { + "id": "toponyme chateau zoom 16", + "type": "symbol", + "source": "plan_ign", + "source-layer": "toponyme_bati_ponc", + "minzoom":15, + "maxzoom":16, + "filter": ["all", + ["==","txt_typo","divers_bati"], + ["in","symbo", + "CHATEAU", + "CHATEAU_FORT"] + ], + "layout": { + "visibility": "visible", + "symbol-placement": "point", + "text-field": "{designation}", + "text-size": 11, + "text-allow-overlap": false, + "text-padding": 1, + "text-font": ["Source Sans Pro Italic"] + }, + "paint": { + "text-color": "#000000" + } + }, + { + "id": "toponyme chateau zoom 17 à 19", + "type": "symbol", + "source": "plan_ign", + "source-layer": "toponyme_bati_ponc", + "minzoom":16, + "filter": ["all", + ["==","txt_typo","divers_bati"], + ["in","symbo", + "CHATEAU", + "CHATEAU_FORT"] + ], + "layout": { + "visibility": "visible", + "symbol-placement": "point", + "text-field": "{texte}", + "text-size": 11, + "text-allow-overlap": false, + "text-padding": 1, + "text-font": ["Source Sans Pro Italic"] + }, + "paint": { + "text-color": "#000000" + } + }, { "id": "toponyme station epuration, de pompage, usine de production eau", "type": "symbol", @@ -6358,7 +6598,7 @@ "paint": { "text-color": "#3B3B3B" } - }, + }, { "id": "toponyme bati ponc phare - niveau 14à19", "type": "symbol", @@ -6382,13 +6622,12 @@ "text-allow-overlap": false, "text-offset": [-2.00, 0], "text-padding": 3, - "text-anchor": "right", "text-font": ["Source Sans Pro"] }, "paint": { "text-color": "#3B3B3B" } - }, + }, { "id": "toponyme bati ponc autre", "type": "symbol", @@ -6549,7 +6788,9 @@ "source-layer": "toponyme_bati_ponc", "minzoom":12, "maxzoom":13, - "filter": ["==","txt_typo","AERODROME_PONC"], + "filter": ["in","txt_typo", + "AERODROME_PONC", + "AERODROME_IMPORT_PONC"], "layout": { "visibility": "visible", "symbol-placement": "point", @@ -6743,7 +6984,7 @@ "text-halo-color": "rgba(85, 85, 85, 0.5)", "text-halo-width": 4 } - }, + }, { "id": "toponyme numéro de route - autoroute", "type": "symbol", @@ -6850,8 +7091,8 @@ "filter": ["all", ["==","symbo","BOIS"], ["in","txt_typo", - "TYPO_F_10", - "TYPO_F_11" + "TYPO_F_9", + "TYPO_F_10" ] ], "layout": { @@ -6904,8 +7145,8 @@ "ORO_GORGE_2", "GROTTE", "GORGE", - "TYPO_G_9", - "TYPO_G_10" + "TYPO_G_8", + "TYPO_G_9" ], "layout": { "visibility": "visible", @@ -6928,7 +7169,6 @@ "source": "plan_ign", "source-layer": "toponyme_hydro_ponc", "filter": ["in","txt_typo", - "lac - étang - bassin", "HYD_SURF_4", "HYD_SURF_4_T", "HYD_SURF_5", @@ -6975,6 +7215,60 @@ "text-halo-width": 2 } }, + { + "id": "toponyme localite n0 typo_E_GE Quartier", + "type": "symbol", + "source": "plan_ign", + "source-layer": "toponyme_localite_ponc", + "minzoom": 17, + "maxzoom": 18, + "filter": ["all", + ["==","symbo","QUARTIER"], + ["==","txt_typo","TYPO_E_GE"] + ], + "layout": { + "visibility": "visible", + "symbol-placement": "point", + "text-field": "{texte}", + "text-size": {"stops": [[15, 11], [17, 13.5]]}, + "text-allow-overlap": true, + "text-anchor": "center", + "text-padding": 1, + "text-font": ["Source Sans Pro Regular"] + }, + "paint": { + "text-color": "#000000", + "text-halo-color": "rgba(255, 255, 255, 0.5)", + "text-halo-width": 2 + } + }, + { + "id": "toponyme localite n0 typo_E_GE Lieu-dit", + "type": "symbol", + "source": "plan_ign", + "source-layer": "toponyme_localite_ponc", + "minzoom": 16, + "maxzoom": 18, + "filter": ["all", + ["==","symbo","LIEU-DIT-HABITE"], + ["==","txt_typo","TYPO_E_GE"] + ], + "layout": { + "visibility": "visible", + "symbol-placement": "point", + "text-field": "{texte}", + "text-size": {"stops": [[15, 11], [17, 13.5]]}, + "text-allow-overlap": true, + "text-anchor": "center", + "text-padding": 1, + "text-font": ["Source Sans Pro Regular"] + }, + "paint": { + "text-color": "#000000", + "text-halo-color": "rgba(255, 255, 255, 0.5)", + "text-halo-width": 2 + } + }, { "id": "toponyme localite n0 typoA10", "type": "symbol", @@ -7034,9 +7328,9 @@ "filter": ["all", ["==","symbo","BOIS"], ["in","txt_typo", + "TYPO_F_6", "TYPO_F_7", - "TYPO_F_8", - "TYPO_F_9" + "TYPO_F_8" ] ], "layout": { @@ -7084,14 +7378,45 @@ "text-halo-width": 2 } }, + { + "id": "toponyme localite importance 6et7 - Special DOM", + "type": "symbol", + "source": "plan_ign", + "source-layer": "toponyme_localite_ponc", + "minzoom": 7, + "maxzoom": 13, + "filter": ["in","txt_typo", + "TYPO_A_6", + "TYPO_A_7" + ], + "layout": { + "visibility": "visible", + "symbol-placement": "point", + "icon-image": "Localite", + "icon-size": 0.21, + "text-field": "{texte}", + "text-size": 12.5, + "text-allow-overlap": false, + "text-anchor": "bottom-left", + "text-offset": [0.30, 0.10], + "text-padding": 1, + "text-font": ["Source Sans Pro Regular"] + }, + "paint": { + "text-color": "#000000", + "text-halo-color": "rgba(255, 255, 255, 0.5)", + "text-halo-width": 2 + } + }, { "id": "toponyme localite importance 5", "type": "symbol", "source": "plan_ign", "source-layer": "toponyme_localite_ponc", "minzoom": 9, + "maxzoom": 13, "filter": ["in","txt_typo", - "commune 5", + "TYPO_A_5", "BAT_COMMUNE_5", "BAT_COMMUNE_5_T", "BAT_CHEF_LIEU_COM", @@ -7154,7 +7479,7 @@ ["in","txt_typo", "TYPO_B_5", "TYPO_B_4" - + ] ], "layout": { @@ -7181,7 +7506,7 @@ ["==","symbo","BOIS"], ["in","txt_typo", "TYPO_F_5", - "TYPO_F_4" + "TYPO_F_4" ] ], "layout": { @@ -7299,8 +7624,8 @@ "ORO_COL_2", "ORO_GORGE_1", "ORO_GORGE-1", - "TYPO_G_7", - "TYPO_G_8" + "TYPO_G_6", + "TYPO_G_7" ], "layout": { "visibility": "visible", @@ -7326,15 +7651,16 @@ "HYD_LIN_3", "HYD_LIN_4", "HYD_LIN_5", - "petite rivière", - "canal", + "TYPO_D_LIN_3", + "TYPO_D_LIN_4", "HYD_SURF_3", "HYD_SURF_3_T", "HYD_SURF_4", "HYD_SURF_4_T", "HYD_SURF_5", "HYD_SURF_5_T", - "TYPO_D_5" + "TYPO_D_5", + "TYPO_D_7" ], "layout": { "symbol-placement": "line", @@ -7386,9 +7712,6 @@ "source": "plan_ign", "source-layer": "toponyme_hydro_ponc", "filter": ["in","txt_typo", - "petit golfe", - "grande baie", - "baie", "HYD_SURF_3", "TYPO_D_5", "TYPO_D_6", @@ -7398,7 +7721,7 @@ "visibility": "visible", "symbol-placement": "point", "text-field": "{texte}", - "text-size": {"stops": [[15, 15], [17, 18]]}, + "text-size": {"stops": [[9, 13], [10, 15], [15, 15], [17, 18]]}, "text-allow-overlap": true, "text-padding": 10, "text-font": ["Source Sans Pro Regular"] @@ -7456,8 +7779,9 @@ "source": "plan_ign", "source-layer": "toponyme_localite_ponc", "minzoom": 7, + "maxzoom": 13, "filter": ["in","txt_typo", - "commune 4", + "TYPO_A_4", "BAT_COMMUNE_4", "BAT_COMMUNE_4_T" ], @@ -7504,12 +7828,17 @@ } }, { - "id": "toponyme localite n0 typoA8", + "id": "toponyme localite n0 typoA8 non commune", "type": "symbol", "source": "plan_ign", "source-layer": "toponyme_localite_ponc", + "minzoom": 13, "maxzoom": 18, - "filter": ["==","txt_typo","TYPO_A_8"], + "filter": ["all", + ["!=","symbo","COMMUNE_FUSIONNEE"], + ["!=","symbo","COMMUNE_CHEF_LIEU"], + ["==","txt_typo","TYPO_A_8"] + ], "layout": { "visibility": "visible", "symbol-placement": "point", @@ -7556,7 +7885,10 @@ "source": "plan_ign", "source-layer": "toponyme_limite_ponc", "minzoom": 8, - "filter": ["==","txt_typo","LIM_PARC_NATUREL_MARIN"], + "filter": ["in","txt_typo", + "PARC_MARIN_1", + "PARC_MARIN_2" + ], "layout": { "visibility": "visible", "symbol-placement": "point", @@ -7582,7 +7914,8 @@ "filter": ["in","txt_typo", "LIM_PARC_1", "LIM_PARC_2", - "LIM_PARC_NATUREL" + "PARC_1", + "PARC_2" ], "layout": { "visibility": "visible", @@ -7684,10 +8017,8 @@ "ORO_RELIEF_2_T", "ORO_CAP_1", "ORO_COL_1", - "sommet ou col", - "ORO_SOMMET_1", - "TYPO_G_4", - "TYPO_G_6" + "TYPO_G_5", + "ORO_SOMMET_1" ], "layout": { "visibility": "visible", @@ -7710,15 +8041,12 @@ "source": "plan_ign", "source-layer": "toponyme_oro_ponc", "minzoom":8, - "filter": ["in","txt_typo", - "île", - "cap ou pointe" - ], + "filter": ["==","txt_typo","TYPO_G_4"], "layout": { "visibility": "visible", "symbol-placement": "point", "text-field": "{texte}", - "text-size": 15, + "text-size": {"stops": [[13, 15], [16, 19]]}, "text-allow-overlap": false, "text-padding": 1, "text-font": ["Source Sans Pro Regular"] @@ -7736,10 +8064,10 @@ "source-layer": "toponyme_hydro_lin", "filter": ["in","txt_typo", "HYD_LIN_2", - "rivière moyenne", + "TYPO_D_LIN_2", "HYD_SURF_2", "HYD_SURF_2_T", - "TYPO_D_3" + "TYPO_D_4" ], "layout": { "symbol-placement": "line", @@ -7765,9 +8093,30 @@ "minzoom": 5, "filter": ["in","txt_typo", "moyen", - "golfe moyen", "HYD_SURF_2", - "TYPO_D_2", + "TYPO_D_2" + ], + "layout": { + "visibility": "visible", + "symbol-placement": "point", + "text-field": "{texte}", + "text-size": {"stops": [[5, 12], [6, 18], [10, 17], [18, 21]]}, + "text-allow-overlap": false, + "text-padding": 10, + "text-font": ["Source Sans Pro Regular"] + }, + "paint": { + "text-color": "#787878", + "text-halo-color": "#FFFFFF", + "text-halo-width": 2 + } + }, + { + "id": "toponyme - hydro ponc 2B", + "type": "symbol", + "source": "plan_ign", + "source-layer": "toponyme_hydro_ponc", + "filter": ["in","txt_typo", "TYPO_D_3", "TYPO_D_4" ], @@ -7775,7 +8124,7 @@ "visibility": "visible", "symbol-placement": "point", "text-field": "{texte}", - "text-size": {"stops": [[5, 12], [6, 18], [10, 17], [18, 21]]}, + "text-size": {"stops": [[9, 15], [10, 17], [18, 21]]}, "text-allow-overlap": false, "text-padding": 10, "text-font": ["Source Sans Pro Regular"] @@ -7792,8 +8141,10 @@ "source": "plan_ign", "source-layer": "toponyme_localite_ponc", "minzoom": 5, + "maxzoom": 13, "filter": ["in","txt_typo", "commune 3", + "TYPO_A_3", "BAT_COMMUNE_3", "BAT_COMMUNE_3_T" ], @@ -7821,6 +8172,7 @@ "type": "symbol", "source": "plan_ign", "source-layer": "toponyme_localite_ponc", + "minzoom": 13, "maxzoom": 18, "filter": ["all", ["!=","symbo","COMMUNE_FUSIONNEE"], @@ -7844,15 +8196,16 @@ } }, { - "id": "toponyme localite n0 typoA6 non commune", + "id": "toponyme localite n0 typoA5etA6 non commune", "type": "symbol", "source": "plan_ign", "source-layer": "toponyme_localite_ponc", + "minzoom": 13, "maxzoom": 18, "filter": ["all", ["!=","symbo","COMMUNE_FUSIONNEE"], ["!=","symbo","COMMUNE_CHEF_LIEU"], - ["==","txt_typo","TYPO_A_6"] + ["in","txt_typo","TYPO_A_5","TYPO_A_6"] ], "layout": { "visibility": "visible", @@ -7940,6 +8293,7 @@ "type": "symbol", "source": "plan_ign", "source-layer": "toponyme_localite_ponc", + "minzoom": 13, "maxzoom": 16, "filter": ["all", ["!=","symbo","COMMUNE_FUSIONNEE"], @@ -8012,12 +8366,9 @@ "source-layer": "toponyme_oro_ponc", "minzoom":8, "filter": ["in","txt_typo", - "grande île", "ORO_ILE_1", "ORO_RELIEF_1", "ORO_RELIEF_1_T", - "TYPO_G_3", - "TYPO_G_2", "TYPO_G_1" ], "layout": { @@ -8035,6 +8386,31 @@ "text-halo-width": 2 } }, + { + "id": "toponyme - oro ponc 1B", + "type": "symbol", + "source": "plan_ign", + "source-layer": "toponyme_oro_ponc", + "minzoom":8, + "filter": ["in","txt_typo", + "TYPO_G_2", + "TYPO_G_3" + ], + "layout": { + "visibility": "visible", + "symbol-placement": "point", + "text-field": "{texte}", + "text-size": {"stops": [[12, 15], [13, 21]]}, + "text-allow-overlap": false, + "text-padding": 1, + "text-font": ["Source Sans Pro Regular"] + }, + "paint": { + "text-color": "#545454", + "text-halo-color": "rgba(255, 255, 255, 0.5)", + "text-halo-width": 2 + } + }, { "id": "toponyme - hydro lineaire glacier", "type": "symbol", @@ -8067,11 +8443,13 @@ "filter": ["in","txt_typo", "HYD_LIN_1", "HYD-LIN-1", - "grande rivière", + "TYPO_D_LIN_1", "HYD_SURF_1", "HYD_SURF_1_T", "TYPO_D_1", - "TYPO_D_2" + "TYPO_D_2", + "TYPO_D_3_T", + "TYPO_D_4_T" ], "layout": { "symbol-placement": "line", @@ -8094,7 +8472,7 @@ "type": "symbol", "source": "plan_ign", "source-layer": "toponyme_hydro_lin", - "filter": ["==","txt_typo","mer et océan"], + "filter": ["==","txt_typo","OCEAN_MER"], "layout": { "symbol-placement": "line", "text-field": "{texte}", @@ -8120,7 +8498,6 @@ "filter": ["in","txt_typo", "mer", "grand", - "grand golfe", "HYD_SURF_1", "TYPO_D_1" ], @@ -8145,8 +8522,10 @@ "source": "plan_ign", "source-layer": "toponyme_localite_ponc", "minzoom": 4, + "maxzoom": 13, "filter": ["in","txt_typo", "commune 2", + "TYPO_A_2", "BAT_COMMUNE_2", "BAT_COMMUNE-2", "BAT_COMMUNE_2_T" @@ -8176,6 +8555,7 @@ "type": "symbol", "source": "plan_ign", "source-layer": "toponyme_localite_ponc", + "minzoom": 13, "maxzoom": 16, "filter": ["all", ["!=","symbo","COMMUNE_FUSIONNEE"], @@ -8203,6 +8583,7 @@ "type": "symbol", "source": "plan_ign", "source-layer": "toponyme_localite_ponc", + "minzoom": 13, "maxzoom": 16, "filter": ["all", ["!=","symbo","COMMUNE_FUSIONNEE"], @@ -8225,11 +8606,40 @@ "text-halo-width": 4 } }, + { + "id": "toponyme localite n0 typoA8 commune", + "type": "symbol", + "source": "plan_ign", + "source-layer": "toponyme_localite_ponc", + "minzoom": 13, + "maxzoom": 18, + "filter": ["all", + ["in","symbo","COMMUNE_FUSIONNEE","COMMUNE_CHEF_LIEU"], + ["==","txt_typo","TYPO_A_8"] + ], + "layout": { + "visibility": "visible", + "symbol-placement": "point", + "text-field": "{texte}", + "text-size": {"stops": [[15, 12], [17, 15]]}, + "text-allow-overlap": true, + "text-anchor": "center", + "text-padding": 1, + "text-transform": "uppercase", + "text-font": ["Source Sans Pro Regular"] + }, + "paint": { + "text-color": "#000000", + "text-halo-color": "rgba(255, 255, 255, 0.5)", + "text-halo-width": 2 + } + }, { "id": "toponyme localite n0 typoA7 commune", "type": "symbol", "source": "plan_ign", "source-layer": "toponyme_localite_ponc", + "minzoom": 13, "maxzoom": 18, "filter": ["all", ["in","symbo","COMMUNE_FUSIONNEE","COMMUNE_CHEF_LIEU"], @@ -8253,14 +8663,15 @@ } }, { - "id": "toponyme localite n0 typoA6 commune", + "id": "toponyme localite n0 typoA5etA6 commune", "type": "symbol", "source": "plan_ign", "source-layer": "toponyme_localite_ponc", + "minzoom": 13, "maxzoom": 18, "filter": ["all", ["in","symbo","COMMUNE_FUSIONNEE","COMMUNE_CHEF_LIEU"], - ["==","txt_typo","TYPO_A_6"] + ["in","txt_typo","TYPO_A_5","TYPO_A_6"] ], "layout": { "visibility": "visible", @@ -8284,6 +8695,7 @@ "type": "symbol", "source": "plan_ign", "source-layer": "toponyme_localite_ponc", + "minzoom": 13, "maxzoom": 16, "filter": ["all", ["!=","symbo","COMMUNE_FUSIONNEE"], @@ -8311,6 +8723,7 @@ "type": "symbol", "source": "plan_ign", "source-layer": "toponyme_localite_ponc", + "minzoom": 13, "maxzoom": 16, "filter": ["all", ["in","symbo","COMMUNE_FUSIONNEE","COMMUNE_CHEF_LIEU"], @@ -8338,6 +8751,7 @@ "type": "symbol", "source": "plan_ign", "source-layer": "toponyme_localite_ponc", + "minzoom": 13, "maxzoom": 16, "filter": ["all", ["in","symbo","COMMUNE_FUSIONNEE","COMMUNE_CHEF_LIEU"], @@ -8365,6 +8779,7 @@ "type": "symbol", "source": "plan_ign", "source-layer": "toponyme_localite_ponc", + "minzoom": 13, "maxzoom": 16, "filter": ["all", ["in","symbo","COMMUNE_FUSIONNEE","COMMUNE_CHEF_LIEU"], @@ -8393,8 +8808,10 @@ "source": "plan_ign", "source-layer": "toponyme_localite_ponc", "minzoom": 3, + "maxzoom": 13, "filter": ["in","txt_typo", "commune 1", + "TYPO_A_1", "BAT_COMMUNE_1", "BAT_COMMUNE_1_T" ], @@ -8423,6 +8840,7 @@ "type": "symbol", "source": "plan_ign", "source-layer": "toponyme_localite_ponc", + "minzoom": 13, "maxzoom": 16, "filter": ["all", ["in","symbo","COMMUNE_FUSIONNEE","COMMUNE_CHEF_LIEU"], @@ -8523,7 +8941,7 @@ "source-layer": "toponyme_localite_ponc", "minzoom": 2, "maxzoom": 5, - "filter": ["==","txt_typo","pays 1"], + "filter": ["==","txt_typo","pays 1"], "layout": { "visibility": "visible", "text-field": "{texte}", @@ -8564,4 +8982,4 @@ } } ] -} \ No newline at end of file +} diff --git a/samples-src/resources/data/mapbox/styles/planign/standard.json b/samples-src/resources/data/mapbox/styles/planign/standard.json index e68e28d3e..e8c6f845f 100644 --- a/samples-src/resources/data/mapbox/styles/planign/standard.json +++ b/samples-src/resources/data/mapbox/styles/planign/standard.json @@ -1,11 +1,14 @@ { "version": 8, "name": "PLAN IGN", - "sprite": "https://wxs.ign.fr/static/vectorTiles/styles/PLAN.IGN/sprite/PlanIgn", + "glyphs":"https://data.geopf.fr/annexes/ressources/vectorTiles/fonts/{fontstack}/{range}.pbf", + "sprite": "https://data.geopf.fr/annexes/ressources/vectorTiles/styles/PLAN.IGN/sprite/PlanIgn", "sources": { "plan_ign": { "type": "vector", - "url": "https://wxs.ign.fr/choisirgeoportail/geoportail/tms/1.0.0/PLAN.IGN/metadata.json" + "tiles": [ + "https://data.geopf.fr/tms/1.0.0/PLAN.IGN/{z}/{x}/{y}.pbf" + ] } }, "transition": { @@ -275,6 +278,19 @@ "fill-pattern": "Marais" } }, + { + "id": "hydro surfacique - marais", + "type": "fill", + "source": "plan_ign", + "source-layer": "hydro_surf", + "layout": { + "visibility": "visible" + }, + "filter": ["==","symbo","ZONE_MARAIS"], + "paint": { + "fill-pattern": "Marais" + } + }, { "id": "ocs - vegetation - marais salant", "type": "fill", @@ -690,7 +706,7 @@ }, "filter": ["all", ["!=","texte","0"], - ["==","hors_zone","true"], + ["==","hors_zone",true], ["in","symbo", "CNV_MAITRESSE", "CUVETTE_MAITRESSE" @@ -723,7 +739,7 @@ }, "filter": ["all", ["!=","texte","0"], - ["==","hors_zone","true"], + ["==","hors_zone",true], ["in","symbo", "CNV_ROCHER_MAITRESSE", "CUV_ROCHER_MAITRESSE" @@ -756,7 +772,7 @@ }, "filter": ["all", ["!=","texte","0"], - ["==","hors_zone","true"], + ["==","hors_zone",true], ["in","symbo", "CNV_GLACIER_MAITRESSE", "CUV_GLACIER_MAITRESSE" @@ -819,7 +835,7 @@ "line-width": { "stops": [[12, 1.5], [17, 6.5]] }, - "line-dasharray": [2,2] + "line-dasharray": [2,2] } }, { @@ -878,7 +894,12 @@ "filter": ["in","symbo", "VF_1_SOU", "VF_2_SOU", + "VF_3_SOU", + "VF_4_SOU", "VF_ELEC_1_SOU", + "VF_ELEC_2_SOU", + "VF_ELEC_3_SOU", + "VF_ELEC_4_SOU", "VF_FERRO_ROUTIER_SOU" ], "paint": { @@ -902,8 +923,13 @@ }, "filter": ["in","symbo", "VF_1_SOU", - "VF_2_SOU", + "VF_2_SOU", + "VF_3_SOU", + "VF_4_SOU", "VF_ELEC_1_SOU", + "VF_ELEC_2_SOU", + "VF_ELEC_3_SOU", + "VF_ELEC_4_SOU", "VF_FERRO_ROUTIER_SOU" ], "paint": { @@ -928,6 +954,7 @@ }, "filter": ["in","symbo", "VF_ETROITE_1_SOU", + "VF_ETROITE_2_SOU", "VF_ETROITE_SOU" ], "paint": { @@ -951,6 +978,7 @@ }, "filter": ["in","symbo", "VF_ETROITE_1_SOU", + "VF_ETROITE_2_SOU", "VF_ETROITE_SOU" ], "paint": { @@ -1309,7 +1337,7 @@ "line-color": "rgba(130, 130, 130, 0.5)", "line-width": { "stops": [[6, 1.5], [9, 2.3], [14, 5], [15, 8.1], [16, 11.2], [17, 22]] - } + } } }, { @@ -1329,7 +1357,7 @@ "line-color": "#C8C8C8", "line-width": { "stops": [[6, 1.5], [9, 2.3], [14, 5], [15, 8.1], [16, 11.2], [17, 22]] - } + } } }, { @@ -1882,6 +1910,42 @@ "fill-opacity": 0.7 } }, + { + "id": "cimetiere surfacique 1", + "type": "fill", + "source": "plan_ign", + "source-layer": "bati_surf", + "layout": { + "visibility": "visible" + }, + "filter": ["in","symbo", + "CIMETIERE_SURF", + "CIMETIERE_MILI_SURF", + "NECROPOLE_NATIONALE" + ], + "paint": { + "fill-color": "#F0F0F0", + "fill-opacity": 0.5, + "fill-outline-color": "#818181" + } + }, + { + "id": "cimetiere surfacique 2", + "type": "fill", + "source": "plan_ign", + "source-layer": "bati_surf", + "layout": { + "visibility": "visible" + }, + "filter": ["in","symbo", + "CIMETIERE_SURF", + "CIMETIERE_MILI_SURF", + "NECROPOLE_NATIONALE" + ], + "paint": { + "fill-pattern": "Cimetiere" + } + }, { "id": "bati surfacique mairie - Zoom 14", "type": "fill", @@ -2093,42 +2157,6 @@ "fill-outline-color": "#C3AA8E" } }, - { - "id": "cimetiere surfacique 1", - "type": "fill", - "source": "plan_ign", - "source-layer": "bati_surf", - "layout": { - "visibility": "visible" - }, - "filter": ["in","symbo", - "CIMETIERE_SURF", - "CIMETIERE_MILI_SURF", - "NECROPOLE_NATIONALE" - ], - "paint": { - "fill-color": "#F0F0F0", - "fill-opacity": 0.5, - "fill-outline-color": "#818181" - } - }, - { - "id": "cimetiere surfacique 2", - "type": "fill", - "source": "plan_ign", - "source-layer": "bati_surf", - "layout": { - "visibility": "visible" - }, - "filter": ["in","symbo", - "CIMETIERE_SURF", - "CIMETIERE_MILI_SURF", - "NECROPOLE_NATIONALE" - ], - "paint": { - "fill-pattern": "Cimetiere" - } - }, { "id": "bati hydro surfacique - Autre", "type": "fill", @@ -2277,7 +2305,8 @@ "CHRETIEN_SURF", "SYNAGOGUE_SURF", "MOSQUEE_SURF", - "AUTRE_CULTE_SURF" + "AUTRE_CULTE_SURF", + "RELIGIEUX_QQUE" ], "paint": { "fill-color": "#F7CBCB" @@ -2298,7 +2327,8 @@ "CHRETIEN_SURF", "SYNAGOGUE_SURF", "MOSQUEE_SURF", - "AUTRE_CULTE_SURF" + "AUTRE_CULTE_SURF", + "RELIGIEUX_QQUE" ], "paint": { "fill-color": {"stops": [[14, "#F7CBCB"], [15, "#F7E1E1"]]}, @@ -2395,7 +2425,7 @@ "source": "plan_ign", "source-layer": "bati_zai", "minzoom":15, - "maxzoom": 18, + "maxzoom": 18, "layout": { "visibility": "visible" }, @@ -2448,6 +2478,7 @@ "filter": ["in","nature", "Hôtel de département", "Hôtel de région", + "Hôtel de collectivité", "Préfecture de région", "Préfecture", "Sous-préfecture" @@ -2586,7 +2617,7 @@ "stops": [[14, 1.75], [15, 3], [16, 4.2], [17, 9.5]] } } - }, + }, { "id": "Chemin a niveau - filet interieur - escalier", "type": "line", @@ -2606,7 +2637,7 @@ }, "line-dasharray": [1,0.2] } - }, + }, { "id": "Chemin a niveau - Rue pietonne", "type": "line", @@ -2646,7 +2677,7 @@ }, "line-dasharray": [4,3] } - }, + }, { "id": "Chemin a niveau - chemin", "type": "line", @@ -3479,7 +3510,7 @@ "line-color": "#5792C2", "line-width": { "stops": [[8, 1], [13, 2.5]] - } + } } }, { @@ -4018,7 +4049,7 @@ "line-color": "#C8C8C8", "line-width": { "stops": [[6, 1.5], [9, 2.3], [14, 5], [15, 8.1], [16, 11.2], [17, 22]] - } + } } }, { @@ -4440,7 +4471,12 @@ "filter": ["in","symbo", "VF_1_SUP", "VF_2_SUP", - "VF_ELEC_1_SUP" + "VF_3_SUP", + "VF_4_SUP", + "VF_ELEC_1_SUP", + "VF_ELEC_2_SUP", + "VF_ELEC_3_SUP", + "VF_ELEC_4_SUP" ], "paint": { "line-color": "#787878", @@ -4463,7 +4499,12 @@ "filter": ["in","symbo", "VF_1_SUP", "VF_2_SUP", - "VF_ELEC_1_SUP" + "VF_3_SUP", + "VF_4_SUP", + "VF_ELEC_1_SUP", + "VF_ELEC_2_SUP", + "VF_ELEC_3_SUP", + "VF_ELEC_4_SUP" ], "paint": { "line-color": "#787878", @@ -4486,6 +4527,7 @@ }, "filter": ["in","symbo", "VF_ETROITE_1_SUP", + "VF_ETROITE_2_SUP", "VF_ETROITE_SUP" ], "paint": { @@ -4508,6 +4550,7 @@ }, "filter": ["in","symbo", "VF_ETROITE_1_SUP", + "VF_ETROITE_2_SUP", "VF_ETROITE_SUP" ], "paint": { @@ -4935,7 +4978,7 @@ "filter": ["==","txt_typo","ADRESSE"], "layout": { "symbol-placement": "point", - "text-field": ["concat","{numero}","{indice_de_repetition}"], + "text-field": ["concat", ["get","numero"], ["get","indice_de_repetition"]], "text-size": 11, "text-anchor": "center", "text-keep-upright": true, @@ -5245,7 +5288,7 @@ "paint": { "circle-radius": { "stops": [[9, 3.5], [12, 6.5]] - }, + }, "circle-color": "#E2A52A", "circle-stroke-width": 1, "circle-stroke-color": "#808080" @@ -5500,7 +5543,7 @@ "stops": [[14, 3], [17, 8]] }, "circle-color": "#1466B2" - } + } }, { "id": "bati ponctuel hydrographique - Réservoir d'eau", @@ -5688,7 +5731,9 @@ "icon-size": 0.4 }, "filter": ["all", - ["==","symbo","AERODROME_PONC"], + ["in","symbo", + "AERODROME_PONC", + "AERODROME_IMPORT_PONC"], ["==","territoire","FXX"] ], "paint": { @@ -5956,7 +6001,7 @@ "PISTE_CYCLABLE_SUP", "RUE_PIETONNE", "RUE_PIETONNE_SOU", - "RUE_PIETONNE_SUP", + "RUE_PIETONNE_SUP", "SENTIER", "SENTIER_SOU", "SENTIER_SUP", @@ -6205,7 +6250,10 @@ "source-layer": "toponyme_routier_liaison_lin", "minzoom": 8, "maxzoom": 18, - "filter": ["==","txt_typo","LIAISON_MARITIME"], + "filter": ["in","txt_typo", + "LIAISON_MARITIME", + "LIAISON_MAR" + ], "layout": { "symbol-placement": "line", "text-field": "{texte}", @@ -6274,6 +6322,198 @@ "text-halo-color": "rgba(255, 255, 255, 1)" } }, + { + "id": "toponyme religieux zoom 15 16", + "type": "symbol", + "source": "plan_ign", + "source-layer": "toponyme_bati_ponc", + "minzoom":14, + "maxzoom":16, + "filter": ["==","txt_typo","religieux"], + "layout": { + "visibility": "visible", + "symbol-placement": "point", + "text-field": "{designation}", + "text-size": 11, + "text-allow-overlap": false, + "text-padding": 1, + "text-font": ["Source Sans Pro Italic"] + }, + "paint": { + "text-color": "#000000" + } + }, + { + "id": "toponyme religieux zoom 17 à 19", + "type": "symbol", + "source": "plan_ign", + "source-layer": "toponyme_bati_ponc", + "minzoom":16, + "filter": ["==","txt_typo","religieux"], + "layout": { + "visibility": "visible", + "symbol-placement": "point", + "text-field": "{texte}", + "text-size": 11, + "text-allow-overlap": false, + "text-padding": 1, + "text-font": ["Source Sans Pro Italic"] + }, + "paint": { + "text-color": "#000000" + } + }, + { + "id": "toponyme parc d'attractions zoom 14", + "type": "symbol", + "source": "plan_ign", + "source-layer": "toponyme_bati_ponc", + "minzoom":13, + "maxzoom":14, + "filter": ["all", + ["==","txt_typo","divers_bati"], + ["==","symbo","PARC_ATTRACTIONS"] + ], + "layout": { + "visibility": "visible", + "symbol-placement": "point", + "text-field": "{designation}", + "text-size": 11, + "text-allow-overlap": false, + "text-padding": 1, + "text-font": ["Source Sans Pro Italic"] + }, + "paint": { + "text-color": "#000000" + } + }, + { + "id": "toponyme parc d'attractions zoom 15 à 19", + "type": "symbol", + "source": "plan_ign", + "source-layer": "toponyme_bati_ponc", + "minzoom":14, + "filter": ["all", + ["==","txt_typo","divers_bati"], + ["==","symbo","PARC_ATTRACTIONS"] + ], + "layout": { + "visibility": "visible", + "symbol-placement": "point", + "text-field": "{texte}", + "text-size": 11, + "text-allow-overlap": false, + "text-padding": 1, + "text-font": ["Source Sans Pro Italic"] + }, + "paint": { + "text-color": "#000000" + } + }, + { + "id": "toponyme bati divers zoom 15", + "type": "symbol", + "source": "plan_ign", + "source-layer": "toponyme_bati_ponc", + "minzoom":14, + "maxzoom":15, + "filter": ["all", + ["==","txt_typo","divers_bati"], + ["in","symbo", + "CENTRALE_ELECTRIQUE", + "HIPPODROME", + "STADE"] + ], + "layout": { + "visibility": "visible", + "symbol-placement": "point", + "text-field": "{designation}", + "text-size": 11, + "text-allow-overlap": false, + "text-padding": 1, + "text-font": ["Source Sans Pro Italic"] + }, + "paint": { + "text-color": "#000000" + } + }, + { + "id": "toponyme bati divers zoom 16 à 19", + "type": "symbol", + "source": "plan_ign", + "source-layer": "toponyme_bati_ponc", + "minzoom":15, + "filter": ["all", + ["==","txt_typo","divers_bati"], + ["in","symbo", + "CENTRALE_ELECTRIQUE", + "HIPPODROME", + "STADE"] + ], + "layout": { + "visibility": "visible", + "symbol-placement": "point", + "text-field": "{texte}", + "text-size": 11, + "text-allow-overlap": false, + "text-padding": 1, + "text-font": ["Source Sans Pro Italic"] + }, + "paint": { + "text-color": "#000000" + } + }, + { + "id": "toponyme chateau zoom 16", + "type": "symbol", + "source": "plan_ign", + "source-layer": "toponyme_bati_ponc", + "minzoom":15, + "maxzoom":16, + "filter": ["all", + ["==","txt_typo","divers_bati"], + ["in","symbo", + "CHATEAU", + "CHATEAU_FORT"] + ], + "layout": { + "visibility": "visible", + "symbol-placement": "point", + "text-field": "{designation}", + "text-size": 11, + "text-allow-overlap": false, + "text-padding": 1, + "text-font": ["Source Sans Pro Italic"] + }, + "paint": { + "text-color": "#000000" + } + }, + { + "id": "toponyme chateau zoom 17 à 19", + "type": "symbol", + "source": "plan_ign", + "source-layer": "toponyme_bati_ponc", + "minzoom":16, + "filter": ["all", + ["==","txt_typo","divers_bati"], + ["in","symbo", + "CHATEAU", + "CHATEAU_FORT"] + ], + "layout": { + "visibility": "visible", + "symbol-placement": "point", + "text-field": "{texte}", + "text-size": 11, + "text-allow-overlap": false, + "text-padding": 1, + "text-font": ["Source Sans Pro Italic"] + }, + "paint": { + "text-color": "#000000" + } + }, { "id": "toponyme station epuration, de pompage, usine de production eau", "type": "symbol", @@ -6358,7 +6598,7 @@ "paint": { "text-color": "#532A2A" } - }, + }, { "id": "toponyme bati ponc phare - niveau 14à19", "type": "symbol", @@ -6388,7 +6628,7 @@ "paint": { "text-color": "#532A2A" } - }, + }, { "id": "toponyme bati ponc autre", "type": "symbol", @@ -6549,7 +6789,9 @@ "source-layer": "toponyme_bati_ponc", "minzoom":12, "maxzoom":13, - "filter": ["==","txt_typo","AERODROME_PONC"], + "filter": ["in","txt_typo", + "AERODROME_PONC", + "AERODROME_IMPORT_PONC"], "layout": { "visibility": "visible", "symbol-placement": "point", @@ -6743,7 +6985,7 @@ "text-halo-color": "rgba(80, 80, 80, 0.5)", "text-halo-width": 4 } - }, + }, { "id": "toponyme numéro de route - autoroute", "type": "symbol", @@ -6850,8 +7092,8 @@ "filter": ["all", ["==","symbo","BOIS"], ["in","txt_typo", - "TYPO_F_10", - "TYPO_F_11" + "TYPO_F_9", + "TYPO_F_10" ] ], "layout": { @@ -6904,8 +7146,8 @@ "ORO_GORGE_2", "GROTTE", "GORGE", - "TYPO_G_9", - "TYPO_G_10" + "TYPO_G_8", + "TYPO_G_9" ], "layout": { "visibility": "visible", @@ -6928,7 +7170,6 @@ "source": "plan_ign", "source-layer": "toponyme_hydro_ponc", "filter": ["in","txt_typo", - "lac - étang - bassin", "HYD_SURF_4", "HYD_SURF_4_T", "HYD_SURF_5", @@ -6975,6 +7216,60 @@ "text-halo-width": 2 } }, + { + "id": "toponyme localite n0 typo_E_GE Quartier", + "type": "symbol", + "source": "plan_ign", + "source-layer": "toponyme_localite_ponc", + "minzoom": 17, + "maxzoom": 18, + "filter": ["all", + ["==","symbo","QUARTIER"], + ["==","txt_typo","TYPO_E_GE"] + ], + "layout": { + "visibility": "visible", + "symbol-placement": "point", + "text-field": "{texte}", + "text-size": {"stops": [[15, 11], [17, 13.5]]}, + "text-allow-overlap": true, + "text-anchor": "center", + "text-padding": 1, + "text-font": ["Source Sans Pro Regular"] + }, + "paint": { + "text-color": "#000000", + "text-halo-color": "rgba(255, 255, 255, 0.5)", + "text-halo-width": 2 + } + }, + { + "id": "toponyme localite n0 typo_E_GE Lieu-dit", + "type": "symbol", + "source": "plan_ign", + "source-layer": "toponyme_localite_ponc", + "minzoom": 16, + "maxzoom": 18, + "filter": ["all", + ["==","symbo","LIEU-DIT-HABITE"], + ["==","txt_typo","TYPO_E_GE"] + ], + "layout": { + "visibility": "visible", + "symbol-placement": "point", + "text-field": "{texte}", + "text-size": {"stops": [[15, 11], [17, 13.5]]}, + "text-allow-overlap": true, + "text-anchor": "center", + "text-padding": 1, + "text-font": ["Source Sans Pro Regular"] + }, + "paint": { + "text-color": "#000000", + "text-halo-color": "rgba(255, 255, 255, 0.5)", + "text-halo-width": 2 + } + }, { "id": "toponyme localite n0 typoA10", "type": "symbol", @@ -7034,9 +7329,9 @@ "filter": ["all", ["==","symbo","BOIS"], ["in","txt_typo", + "TYPO_F_6", "TYPO_F_7", - "TYPO_F_8", - "TYPO_F_9" + "TYPO_F_8" ] ], "layout": { @@ -7084,14 +7379,45 @@ "text-halo-width": 2 } }, + { + "id": "toponyme localite importance 6et7 - Special DOM", + "type": "symbol", + "source": "plan_ign", + "source-layer": "toponyme_localite_ponc", + "minzoom": 7, + "maxzoom": 13, + "filter": ["in","txt_typo", + "TYPO_A_6", + "TYPO_A_7" + ], + "layout": { + "visibility": "visible", + "symbol-placement": "point", + "icon-image": "Localite", + "icon-size": 0.21, + "text-field": "{texte}", + "text-size": 12.5, + "text-allow-overlap": false, + "text-anchor": "bottom-left", + "text-offset": [0.30, 0.10], + "text-padding": 1, + "text-font": ["Source Sans Pro Regular"] + }, + "paint": { + "text-color": "#000000", + "text-halo-color": "rgba(255, 255, 255, 0.5)", + "text-halo-width": 2 + } + }, { "id": "toponyme localite importance 5", "type": "symbol", "source": "plan_ign", "source-layer": "toponyme_localite_ponc", "minzoom": 9, + "maxzoom": 13, "filter": ["in","txt_typo", - "commune 5", + "TYPO_A_5", "BAT_COMMUNE_5", "BAT_COMMUNE_5_T", "BAT_CHEF_LIEU_COM", @@ -7154,7 +7480,7 @@ ["in","txt_typo", "TYPO_B_5", "TYPO_B_4" - + ] ], "layout": { @@ -7181,7 +7507,7 @@ ["==","symbo","BOIS"], ["in","txt_typo", "TYPO_F_5", - "TYPO_F_4" + "TYPO_F_4" ] ], "layout": { @@ -7299,8 +7625,8 @@ "ORO_COL_2", "ORO_GORGE_1", "ORO_GORGE-1", - "TYPO_G_7", - "TYPO_G_8" + "TYPO_G_6", + "TYPO_G_7" ], "layout": { "visibility": "visible", @@ -7326,15 +7652,16 @@ "HYD_LIN_3", "HYD_LIN_4", "HYD_LIN_5", - "petite rivière", - "canal", + "TYPO_D_LIN_3", + "TYPO_D_LIN_4", "HYD_SURF_3", "HYD_SURF_3_T", "HYD_SURF_4", "HYD_SURF_4_T", "HYD_SURF_5", "HYD_SURF_5_T", - "TYPO_D_5" + "TYPO_D_5", + "TYPO_D_7" ], "layout": { "symbol-placement": "line", @@ -7386,9 +7713,6 @@ "source": "plan_ign", "source-layer": "toponyme_hydro_ponc", "filter": ["in","txt_typo", - "petit golfe", - "grande baie", - "baie", "HYD_SURF_3", "TYPO_D_5", "TYPO_D_6", @@ -7398,7 +7722,7 @@ "visibility": "visible", "symbol-placement": "point", "text-field": "{texte}", - "text-size": {"stops": [[15, 15], [17, 18]]}, + "text-size": {"stops": [[9, 13], [10, 15], [15, 15], [17, 18]]}, "text-allow-overlap": true, "text-padding": 10, "text-font": ["Source Sans Pro Regular"] @@ -7456,8 +7780,9 @@ "source": "plan_ign", "source-layer": "toponyme_localite_ponc", "minzoom": 7, + "maxzoom": 13, "filter": ["in","txt_typo", - "commune 4", + "TYPO_A_4", "BAT_COMMUNE_4", "BAT_COMMUNE_4_T" ], @@ -7504,12 +7829,17 @@ } }, { - "id": "toponyme localite n0 typoA8", + "id": "toponyme localite n0 typoA8 non commune", "type": "symbol", "source": "plan_ign", "source-layer": "toponyme_localite_ponc", + "minzoom": 13, "maxzoom": 18, - "filter": ["==","txt_typo","TYPO_A_8"], + "filter": ["all", + ["!=","symbo","COMMUNE_FUSIONNEE"], + ["!=","symbo","COMMUNE_CHEF_LIEU"], + ["==","txt_typo","TYPO_A_8"] + ], "layout": { "visibility": "visible", "symbol-placement": "point", @@ -7556,7 +7886,10 @@ "source": "plan_ign", "source-layer": "toponyme_limite_ponc", "minzoom": 8, - "filter": ["==","txt_typo","LIM_PARC_NATUREL_MARIN"], + "filter": ["in","txt_typo", + "PARC_MARIN_1", + "PARC_MARIN_2" + ], "layout": { "visibility": "visible", "symbol-placement": "point", @@ -7582,7 +7915,8 @@ "filter": ["in","txt_typo", "LIM_PARC_1", "LIM_PARC_2", - "LIM_PARC_NATUREL" + "PARC_1", + "PARC_2" ], "layout": { "visibility": "visible", @@ -7684,10 +8018,8 @@ "ORO_RELIEF_2_T", "ORO_CAP_1", "ORO_COL_1", - "sommet ou col", - "ORO_SOMMET_1", - "TYPO_G_4", - "TYPO_G_6" + "TYPO_G_5", + "ORO_SOMMET_1" ], "layout": { "visibility": "visible", @@ -7710,15 +8042,12 @@ "source": "plan_ign", "source-layer": "toponyme_oro_ponc", "minzoom":8, - "filter": ["in","txt_typo", - "île", - "cap ou pointe" - ], + "filter": ["==","txt_typo","TYPO_G_4"], "layout": { "visibility": "visible", "symbol-placement": "point", "text-field": "{texte}", - "text-size": 15, + "text-size": {"stops": [[13, 15], [16, 19]]}, "text-allow-overlap": false, "text-padding": 1, "text-font": ["Source Sans Pro Regular"] @@ -7736,10 +8065,10 @@ "source-layer": "toponyme_hydro_lin", "filter": ["in","txt_typo", "HYD_LIN_2", - "rivière moyenne", + "TYPO_D_LIN_2", "HYD_SURF_2", "HYD_SURF_2_T", - "TYPO_D_3" + "TYPO_D_4" ], "layout": { "symbol-placement": "line", @@ -7765,9 +8094,30 @@ "minzoom": 5, "filter": ["in","txt_typo", "moyen", - "golfe moyen", "HYD_SURF_2", - "TYPO_D_2", + "TYPO_D_2" + ], + "layout": { + "visibility": "visible", + "symbol-placement": "point", + "text-field": "{texte}", + "text-size": {"stops": [[5, 12], [6, 18], [10, 17], [18, 21]]}, + "text-allow-overlap": false, + "text-padding": 10, + "text-font": ["Source Sans Pro Regular"] + }, + "paint": { + "text-color": "#447FB3", + "text-halo-color": "#FFFFFF", + "text-halo-width": 2 + } + }, + { + "id": "toponyme - hydro ponc 2B", + "type": "symbol", + "source": "plan_ign", + "source-layer": "toponyme_hydro_ponc", + "filter": ["in","txt_typo", "TYPO_D_3", "TYPO_D_4" ], @@ -7775,7 +8125,7 @@ "visibility": "visible", "symbol-placement": "point", "text-field": "{texte}", - "text-size": {"stops": [[5, 12], [6, 18], [10, 17], [18, 21]]}, + "text-size": {"stops": [[9, 15], [10, 17], [18, 21]]}, "text-allow-overlap": false, "text-padding": 10, "text-font": ["Source Sans Pro Regular"] @@ -7792,8 +8142,10 @@ "source": "plan_ign", "source-layer": "toponyme_localite_ponc", "minzoom": 5, + "maxzoom": 13, "filter": ["in","txt_typo", "commune 3", + "TYPO_A_3", "BAT_COMMUNE_3", "BAT_COMMUNE_3_T" ], @@ -7821,6 +8173,7 @@ "type": "symbol", "source": "plan_ign", "source-layer": "toponyme_localite_ponc", + "minzoom": 13, "maxzoom": 18, "filter": ["all", ["!=","symbo","COMMUNE_FUSIONNEE"], @@ -7844,15 +8197,16 @@ } }, { - "id": "toponyme localite n0 typoA6 non commune", + "id": "toponyme localite n0 typoA5etA6 non commune", "type": "symbol", "source": "plan_ign", "source-layer": "toponyme_localite_ponc", + "minzoom": 13, "maxzoom": 18, "filter": ["all", ["!=","symbo","COMMUNE_FUSIONNEE"], ["!=","symbo","COMMUNE_CHEF_LIEU"], - ["==","txt_typo","TYPO_A_6"] + ["in","txt_typo","TYPO_A_5","TYPO_A_6"] ], "layout": { "visibility": "visible", @@ -7940,6 +8294,7 @@ "type": "symbol", "source": "plan_ign", "source-layer": "toponyme_localite_ponc", + "minzoom": 13, "maxzoom": 16, "filter": ["all", ["!=","symbo","COMMUNE_FUSIONNEE"], @@ -8012,12 +8367,9 @@ "source-layer": "toponyme_oro_ponc", "minzoom":8, "filter": ["in","txt_typo", - "grande île", "ORO_ILE_1", "ORO_RELIEF_1", "ORO_RELIEF_1_T", - "TYPO_G_3", - "TYPO_G_2", "TYPO_G_1" ], "layout": { @@ -8035,6 +8387,31 @@ "text-halo-width": 2 } }, + { + "id": "toponyme - oro ponc 1B", + "type": "symbol", + "source": "plan_ign", + "source-layer": "toponyme_oro_ponc", + "minzoom":8, + "filter": ["in","txt_typo", + "TYPO_G_2", + "TYPO_G_3" + ], + "layout": { + "visibility": "visible", + "symbol-placement": "point", + "text-field": "{texte}", + "text-size": {"stops": [[12, 15], [13, 21]]}, + "text-allow-overlap": false, + "text-padding": 1, + "text-font": ["Source Sans Pro Regular"] + }, + "paint": { + "text-color": "#863831", + "text-halo-color": "rgba(255, 255, 255, 0.5)", + "text-halo-width": 2 + } + }, { "id": "toponyme - hydro lineaire glacier", "type": "symbol", @@ -8067,11 +8444,13 @@ "filter": ["in","txt_typo", "HYD_LIN_1", "HYD-LIN-1", - "grande rivière", + "TYPO_D_LIN_1", "HYD_SURF_1", "HYD_SURF_1_T", "TYPO_D_1", - "TYPO_D_2" + "TYPO_D_2", + "TYPO_D_3_T", + "TYPO_D_4_T" ], "layout": { "symbol-placement": "line", @@ -8094,7 +8473,7 @@ "type": "symbol", "source": "plan_ign", "source-layer": "toponyme_hydro_lin", - "filter": ["==","txt_typo","mer et océan"], + "filter": ["==","txt_typo","OCEAN_MER"], "layout": { "symbol-placement": "line", "text-field": "{texte}", @@ -8120,7 +8499,6 @@ "filter": ["in","txt_typo", "mer", "grand", - "grand golfe", "HYD_SURF_1", "TYPO_D_1" ], @@ -8145,8 +8523,10 @@ "source": "plan_ign", "source-layer": "toponyme_localite_ponc", "minzoom": 4, + "maxzoom": 13, "filter": ["in","txt_typo", "commune 2", + "TYPO_A_2", "BAT_COMMUNE_2", "BAT_COMMUNE-2", "BAT_COMMUNE_2_T" @@ -8176,6 +8556,7 @@ "type": "symbol", "source": "plan_ign", "source-layer": "toponyme_localite_ponc", + "minzoom": 13, "maxzoom": 16, "filter": ["all", ["!=","symbo","COMMUNE_FUSIONNEE"], @@ -8203,6 +8584,7 @@ "type": "symbol", "source": "plan_ign", "source-layer": "toponyme_localite_ponc", + "minzoom": 13, "maxzoom": 16, "filter": ["all", ["!=","symbo","COMMUNE_FUSIONNEE"], @@ -8225,11 +8607,40 @@ "text-halo-width": 4 } }, + { + "id": "toponyme localite n0 typoA8 commune", + "type": "symbol", + "source": "plan_ign", + "source-layer": "toponyme_localite_ponc", + "minzoom": 13, + "maxzoom": 18, + "filter": ["all", + ["in","symbo","COMMUNE_FUSIONNEE","COMMUNE_CHEF_LIEU"], + ["==","txt_typo","TYPO_A_8"] + ], + "layout": { + "visibility": "visible", + "symbol-placement": "point", + "text-field": "{texte}", + "text-size": {"stops": [[15, 12], [17, 15]]}, + "text-allow-overlap": true, + "text-anchor": "center", + "text-padding": 1, + "text-transform": "uppercase", + "text-font": ["Source Sans Pro Regular"] + }, + "paint": { + "text-color": "#000000", + "text-halo-color": "rgba(255, 255, 255, 0.5)", + "text-halo-width": 2 + } + }, { "id": "toponyme localite n0 typoA7 commune", "type": "symbol", "source": "plan_ign", "source-layer": "toponyme_localite_ponc", + "minzoom": 13, "maxzoom": 18, "filter": ["all", ["in","symbo","COMMUNE_FUSIONNEE","COMMUNE_CHEF_LIEU"], @@ -8253,14 +8664,15 @@ } }, { - "id": "toponyme localite n0 typoA6 commune", + "id": "toponyme localite n0 typoA5etA6 commune", "type": "symbol", "source": "plan_ign", "source-layer": "toponyme_localite_ponc", + "minzoom": 13, "maxzoom": 18, "filter": ["all", ["in","symbo","COMMUNE_FUSIONNEE","COMMUNE_CHEF_LIEU"], - ["==","txt_typo","TYPO_A_6"] + ["in","txt_typo","TYPO_A_5","TYPO_A_6"] ], "layout": { "visibility": "visible", @@ -8284,6 +8696,7 @@ "type": "symbol", "source": "plan_ign", "source-layer": "toponyme_localite_ponc", + "minzoom": 13, "maxzoom": 16, "filter": ["all", ["!=","symbo","COMMUNE_FUSIONNEE"], @@ -8311,6 +8724,7 @@ "type": "symbol", "source": "plan_ign", "source-layer": "toponyme_localite_ponc", + "minzoom": 13, "maxzoom": 16, "filter": ["all", ["in","symbo","COMMUNE_FUSIONNEE","COMMUNE_CHEF_LIEU"], @@ -8338,6 +8752,7 @@ "type": "symbol", "source": "plan_ign", "source-layer": "toponyme_localite_ponc", + "minzoom": 13, "maxzoom": 16, "filter": ["all", ["in","symbo","COMMUNE_FUSIONNEE","COMMUNE_CHEF_LIEU"], @@ -8365,6 +8780,7 @@ "type": "symbol", "source": "plan_ign", "source-layer": "toponyme_localite_ponc", + "minzoom": 13, "maxzoom": 16, "filter": ["all", ["in","symbo","COMMUNE_FUSIONNEE","COMMUNE_CHEF_LIEU"], @@ -8393,8 +8809,10 @@ "source": "plan_ign", "source-layer": "toponyme_localite_ponc", "minzoom": 3, + "maxzoom": 13, "filter": ["in","txt_typo", "commune 1", + "TYPO_A_1", "BAT_COMMUNE_1", "BAT_COMMUNE_1_T" ], @@ -8423,6 +8841,7 @@ "type": "symbol", "source": "plan_ign", "source-layer": "toponyme_localite_ponc", + "minzoom": 13, "maxzoom": 16, "filter": ["all", ["in","symbo","COMMUNE_FUSIONNEE","COMMUNE_CHEF_LIEU"], @@ -8523,7 +8942,7 @@ "source-layer": "toponyme_localite_ponc", "minzoom": 2, "maxzoom": 5, - "filter": ["==","txt_typo","pays 1"], + "filter": ["==","txt_typo","pays 1"], "layout": { "visibility": "visible", "text-field": "{texte}", @@ -8564,4 +8983,4 @@ } } ] -} \ No newline at end of file +} diff --git a/samples-src/resources/itowns/JSONLayers/IGN_MNT.json b/samples-src/resources/itowns/JSONLayers/IGN_MNT.json index bf6f97e9e..aef169565 100644 --- a/samples-src/resources/itowns/JSONLayers/IGN_MNT.json +++ b/samples-src/resources/itowns/JSONLayers/IGN_MNT.json @@ -4,7 +4,7 @@ "noDataValue" : -99999, "source": { "protocol": "wmts", - "url": "https://wxs.ign.fr/altimetrie/geoportail/wmts", + "url": "https://data.geopf/wmts", "updateStrategy": { "type": 1, "options": { diff --git a/samples-src/resources/itowns/JSONLayers/IGN_MNT_HIGHRES.json b/samples-src/resources/itowns/JSONLayers/IGN_MNT_HIGHRES.json index 53743180e..16888bd0f 100644 --- a/samples-src/resources/itowns/JSONLayers/IGN_MNT_HIGHRES.json +++ b/samples-src/resources/itowns/JSONLayers/IGN_MNT_HIGHRES.json @@ -4,7 +4,7 @@ "noDataValue" : -99999, "source": { "protocol": "wmts", - "url": "https://wxs.ign.fr/altimetrie/geoportail/wmts", + "url": "https://data.geopf/wmts", "name": "ELEVATION.ELEVATIONGRIDCOVERAGE.HIGHRES", "attribution" : [{ "name" : "IGN", diff --git a/samples-src/resources/itowns/JSONLayers/IGN_MNT_SRTM.json b/samples-src/resources/itowns/JSONLayers/IGN_MNT_SRTM.json index 16524f1f8..c23d4f16e 100644 --- a/samples-src/resources/itowns/JSONLayers/IGN_MNT_SRTM.json +++ b/samples-src/resources/itowns/JSONLayers/IGN_MNT_SRTM.json @@ -4,7 +4,7 @@ "noDataValue" : -99999, "source": { "protocol": "wmts", - "url": "https://wxs.ign.fr/altimetrie/geoportail/wmts", + "url": "https://data.geopf/wmts", "updateStrategy": { "type": 1, "options": { diff --git a/samples-src/resources/itowns/JSONLayers/Ortho.json b/samples-src/resources/itowns/JSONLayers/Ortho.json index 38ec712c4..94cff14ba 100644 --- a/samples-src/resources/itowns/JSONLayers/Ortho.json +++ b/samples-src/resources/itowns/JSONLayers/Ortho.json @@ -3,7 +3,7 @@ "id": "Ortho", "source": { "protocol": "wmts", - "url": "https://wxs.ign.fr/essentiels/geoportail/wmts", + "url": "https://data.geopf/wmts", "crs" : "EPSG:3857", "updateStrategy": { "type": "0", diff --git a/samples-src/resources/itowns/JSONLayers/PlanIgnV2.json b/samples-src/resources/itowns/JSONLayers/PlanIgnV2.json index d75376106..25930f90b 100644 --- a/samples-src/resources/itowns/JSONLayers/PlanIgnV2.json +++ b/samples-src/resources/itowns/JSONLayers/PlanIgnV2.json @@ -4,7 +4,7 @@ "fx" : 2.5, "source": { "protocol": "wmts", - "url": "https://wxs.ign.fr/essentiels/geoportail/wmts", + "url": "https://data.geopf/wmts", "updateStrategy": { "type": 0, "options": {} diff --git a/samples-src/resources/itowns/layers.js b/samples-src/resources/itowns/layers.js index 7c71238e6..029c47b36 100644 --- a/samples-src/resources/itowns/layers.js +++ b/samples-src/resources/itowns/layers.js @@ -4,7 +4,7 @@ var layerOrtho = { "id": "Ortho", "source" : { "protocol": "wmts", - "url": "http://wxs.ign.fr/"+apiKey+"/geoportail/wmts", + "url": "https://data.geopf/wmts", "crs" : "EPSG:3857", "updateStrategy": { "type": "0", diff --git a/samples-src/resources/vendor/ol/v8.2.0/ol.css b/samples-src/resources/vendor/ol/v8.2.0/ol.css new file mode 100644 index 000000000..62c2b6123 --- /dev/null +++ b/samples-src/resources/vendor/ol/v8.2.0/ol.css @@ -0,0 +1,350 @@ +:root, +:host { + --ol-background-color: white; + --ol-accent-background-color: #F5F5F5; + --ol-subtle-background-color: rgba(128, 128, 128, 0.25); + --ol-partial-background-color: rgba(255, 255, 255, 0.75); + --ol-foreground-color: #333333; + --ol-subtle-foreground-color: #666666; + --ol-brand-color: #00AAFF; +} + +.ol-box { + box-sizing: border-box; + border-radius: 2px; + border: 1.5px solid var(--ol-background-color); + background-color: var(--ol-partial-background-color); +} + +.ol-mouse-position { + top: 8px; + right: 8px; + position: absolute; +} + +.ol-scale-line { + background: var(--ol-partial-background-color); + border-radius: 4px; + bottom: 8px; + left: 8px; + padding: 2px; + position: absolute; +} + +.ol-scale-line-inner { + border: 1px solid var(--ol-subtle-foreground-color); + border-top: none; + color: var(--ol-foreground-color); + font-size: 10px; + text-align: center; + margin: 1px; + will-change: contents, width; + transition: all 0.25s; +} + +.ol-scale-bar { + position: absolute; + bottom: 8px; + left: 8px; +} + +.ol-scale-bar-inner { + display: flex; +} + +.ol-scale-step-marker { + width: 1px; + height: 15px; + background-color: var(--ol-foreground-color); + float: right; + z-index: 10; +} + +.ol-scale-step-text { + position: absolute; + bottom: -5px; + font-size: 10px; + z-index: 11; + color: var(--ol-foreground-color); + text-shadow: -1.5px 0 var(--ol-partial-background-color), 0 1.5px var(--ol-partial-background-color), 1.5px 0 var(--ol-partial-background-color), 0 -1.5px var(--ol-partial-background-color); +} + +.ol-scale-text { + position: absolute; + font-size: 12px; + text-align: center; + bottom: 25px; + color: var(--ol-foreground-color); + text-shadow: -1.5px 0 var(--ol-partial-background-color), 0 1.5px var(--ol-partial-background-color), 1.5px 0 var(--ol-partial-background-color), 0 -1.5px var(--ol-partial-background-color); +} + +.ol-scale-singlebar { + position: relative; + height: 10px; + z-index: 9; + box-sizing: border-box; + border: 1px solid var(--ol-foreground-color); +} + +.ol-scale-singlebar-even { + background-color: var(--ol-subtle-foreground-color); +} + +.ol-scale-singlebar-odd { + background-color: var(--ol-background-color); +} + +.ol-unsupported { + display: none; +} + +.ol-viewport, +.ol-unselectable { + -webkit-touch-callout: none; + -webkit-user-select: none; + -moz-user-select: none; + user-select: none; + -webkit-tap-highlight-color: transparent; +} + +.ol-viewport canvas { + all: unset; + overflow: hidden; +} + +.ol-viewport { + touch-action: pan-x pan-y; +} + +.ol-selectable { + -webkit-touch-callout: default; + -webkit-user-select: text; + -moz-user-select: text; + user-select: text; +} + +.ol-grabbing { + cursor: -webkit-grabbing; + cursor: -moz-grabbing; + cursor: grabbing; +} + +.ol-grab { + cursor: move; + cursor: -webkit-grab; + cursor: -moz-grab; + cursor: grab; +} + +.ol-control { + position: absolute; + background-color: var(--ol-subtle-background-color); + border-radius: 4px; +} + +.ol-zoom { + top: .5em; + left: .5em; +} + +.ol-rotate { + top: .5em; + right: .5em; + transition: opacity .25s linear, visibility 0s linear; +} + +.ol-rotate.ol-hidden { + opacity: 0; + visibility: hidden; + transition: opacity .25s linear, visibility 0s linear .25s; +} + +.ol-zoom-extent { + top: 4.643em; + left: .5em; +} + +.ol-full-screen { + right: .5em; + top: .5em; +} + +.ol-control button { + display: block; + margin: 1px; + padding: 0; + color: var(--ol-subtle-foreground-color); + font-weight: bold; + text-decoration: none; + font-size: inherit; + text-align: center; + height: 1.375em; + width: 1.375em; + line-height: .4em; + background-color: var(--ol-background-color); + border: none; + border-radius: 2px; +} + +.ol-control button::-moz-focus-inner { + border: none; + padding: 0; +} + +.ol-zoom-extent button { + line-height: 1.4em; +} + +.ol-compass { + display: block; + font-weight: normal; + will-change: transform; +} + +.ol-touch .ol-control button { + font-size: 1.5em; +} + +.ol-touch .ol-zoom-extent { + top: 5.5em; +} + +.ol-control button:hover, +.ol-control button:focus { + text-decoration: none; + outline: 1px solid var(--ol-subtle-foreground-color); + color: var(--ol-foreground-color); +} + +.ol-zoom .ol-zoom-in { + border-radius: 2px 2px 0 0; +} + +.ol-zoom .ol-zoom-out { + border-radius: 0 0 2px 2px; +} + +.ol-attribution { + text-align: right; + bottom: .5em; + right: .5em; + max-width: calc(100% - 1.3em); + display: flex; + flex-flow: row-reverse; + align-items: center; +} + +.ol-attribution a { + color: var(--ol-subtle-foreground-color); + text-decoration: none; +} + +.ol-attribution ul { + margin: 0; + padding: 1px .5em; + color: var(--ol-foreground-color); + text-shadow: 0 0 2px var(--ol-background-color); + font-size: 12px; +} + +.ol-attribution li { + display: inline; + list-style: none; +} + +.ol-attribution li:not(:last-child):after { + content: " "; +} + +.ol-attribution img { + max-height: 2em; + max-width: inherit; + vertical-align: middle; +} + +.ol-attribution button { + flex-shrink: 0; +} + +.ol-attribution.ol-collapsed ul { + display: none; +} + +.ol-attribution:not(.ol-collapsed) { + background: var(--ol-partial-background-color); +} + +.ol-attribution.ol-uncollapsible { + bottom: 0; + right: 0; + border-radius: 4px 0 0; +} + +.ol-attribution.ol-uncollapsible img { + margin-top: -.2em; + max-height: 1.6em; +} + +.ol-attribution.ol-uncollapsible button { + display: none; +} + +.ol-zoomslider { + top: 4.5em; + left: .5em; + height: 200px; +} + +.ol-zoomslider button { + position: relative; + height: 10px; +} + +.ol-touch .ol-zoomslider { + top: 5.5em; +} + +.ol-overviewmap { + left: 0.5em; + bottom: 0.5em; +} + +.ol-overviewmap.ol-uncollapsible { + bottom: 0; + left: 0; + border-radius: 0 4px 0 0; +} + +.ol-overviewmap .ol-overviewmap-map, +.ol-overviewmap button { + display: block; +} + +.ol-overviewmap .ol-overviewmap-map { + border: 1px solid var(--ol-subtle-foreground-color); + height: 150px; + width: 150px; +} + +.ol-overviewmap:not(.ol-collapsed) button { + bottom: 0; + left: 0; + position: absolute; +} + +.ol-overviewmap.ol-collapsed .ol-overviewmap-map, +.ol-overviewmap.ol-uncollapsible button { + display: none; +} + +.ol-overviewmap:not(.ol-collapsed) { + background: var(--ol-subtle-background-color); +} + +.ol-overviewmap-box { + border: 1.5px dotted var(--ol-subtle-foreground-color); +} + +.ol-overviewmap .ol-overviewmap-box:hover { + cursor: move; +} diff --git a/samples-src/resources/vendor/ol/v8.2.0/ol.js b/samples-src/resources/vendor/ol/v8.2.0/ol.js new file mode 100644 index 000000000..04a3ca40d --- /dev/null +++ b/samples-src/resources/vendor/ol/v8.2.0/ol.js @@ -0,0 +1,4 @@ +var ol=function(){"use strict";function t(t){t.stopPropagation()}var 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view rotation is not defined"),Te(e,i,n,t)}getMaxResolution(){return this.maxResolution_}getMinResolution(){return this.minResolution_}getMaxZoom(){return this.getZoomForResolution(this.minResolution_)}setMaxZoom(t){this.applyOptions_(this.getUpdatedOptions_({maxZoom:t}))}getMinZoom(){return this.getZoomForResolution(this.maxResolution_)}setMinZoom(t){this.applyOptions_(this.getUpdatedOptions_({minZoom:t}))}setConstrainResolution(t){this.applyOptions_(this.getUpdatedOptions_({constrainResolution:t}))}getProjection(){return this.projection_}getResolution(){return this.get(qs.RESOLUTION)}getResolutions(){return this.resolutions_}getResolutionForExtent(t,e){return this.getResolutionForExtentInternal(xn(t,this.getProjection()),e)}getResolutionForExtentInternal(t,e){e=e||this.getViewportSizeMinusPadding_();const i=Ie(t)/e[0],n=be(t)/e[1];return Math.max(i,n)}getResolutionForValueFunction(t){t=t||2;const e=this.getConstrainedResolution(this.maxResolution_),i=this.minResolution_,n=Math.log(e/i)/Math.log(t);return function(i){return e/Math.pow(t,i*n)}}getRotation(){return this.get(qs.ROTATION)}getValueForResolutionFunction(t){const e=Math.log(t||2),i=this.getConstrainedResolution(this.maxResolution_),n=this.minResolution_,r=Math.log(i/n)/e;return function(t){return Math.log(i/t)/e/r}}getViewportSizeMinusPadding_(t){let e=this.getViewportSize_(t);const i=this.padding_;return i&&(e=[e[0]-i[1]-i[3],e[1]-i[0]-i[2]]),e}getState(){const t=this.getProjection(),e=this.getResolution(),i=this.getRotation();let n=this.getCenterInternal();const r=this.padding_;if(r){const t=this.getViewportSizeMinusPadding_();n=po(n,this.getViewportSize_(),[t[0]/2+r[3],t[1]/2+r[0]],e,i)}return{center:n.slice(0),projection:void 0!==t?t:null,resolution:e,nextCenter:this.nextCenter_,nextResolution:this.nextResolution_,nextRotation:this.nextRotation_,rotation:i,zoom:this.getZoom()}}getViewStateAndExtent(){return{viewState:this.getState(),extent:this.calculateExtent()}}getZoom(){let t;const e=this.getResolution();return void 0!==e&&(t=this.getZoomForResolution(e)),t}getZoomForResolution(t){let e,i,n=this.minZoom_||0;if(this.resolutions_){const r=a(this.resolutions_,t,1);n=r,e=this.resolutions_[r],i=r==this.resolutions_.length-1?2:e/this.resolutions_[r+1]}else e=this.maxResolution_,i=this.zoomFactor_;return n+Math.log(e/t)/Math.log(i)}getResolutionForZoom(t){if(this.resolutions_){if(this.resolutions_.length<=1)return 0;const e=ui(Math.floor(t),0,this.resolutions_.length-2),i=this.resolutions_[e]/this.resolutions_[e+1];return this.resolutions_[e]/Math.pow(i,ui(t-e,0,1))}return this.maxResolution_/Math.pow(this.zoomFactor_,t-this.minZoom_)}fit(t,e){let i;if(It(Array.isArray(t)||"function"==typeof t.getSimplifiedGeometry,"Invalid extent or geometry provided as `geometry`"),Array.isArray(t)){It(!Me(t),"Cannot fit empty extent provided as `geometry`");i=Ir(xn(t,this.getProjection()))}else if("Circle"===t.getType()){const e=xn(t.getExtent(),this.getProjection());i=Ir(e),i.rotate(this.getRotation(),Se(e))}else{const e=pn();i=e?t.clone().transform(e,this.getProjection()):t}this.fitInternal(i,e)}rotatedExtentForGeometry(t){const e=this.getRotation(),i=Math.cos(e),n=Math.sin(-e),r=t.getFlatCoordinates(),s=t.getStride();let o=1/0,a=1/0,l=-1/0,h=-1/0;for(let t=0,e=r.length;t=t.maxResolution)return!1;const n=e.zoom;return n>t.minZoom&&n<=t.maxZoom}var yo=class extends Us{constructor(t){const e=Object.assign({},t);delete e.source,super(e),this.on,this.once,this.un,this.mapPrecomposeKey_=null,this.mapRenderKey_=null,this.sourceChangeKey_=null,this.renderer_=null,this.sourceReady_=!1,this.rendered=!1,t.render&&(this.render=t.render),t.map&&this.setMap(t.map),this.addChangeListener(js,this.handleSourcePropertyChange_);const i=t.source?t.source:null;this.setSource(i)}getLayersArray(t){return(t=t||[]).push(this),t}getLayerStatesArray(t){return(t=t||[]).push(this.getLayerState()),t}getSource(){return this.get(js)||null}getRenderSource(){return this.getSource()}getSourceState(){const t=this.getSource();return t?t.getState():"undefined"}handleSourceChange_(){this.changed(),this.sourceReady_||"ready"!==this.getSource().getState()||(this.sourceReady_=!0,this.dispatchEvent("sourceready"))}handleSourcePropertyChange_(){this.sourceChangeKey_&&(N(this.sourceChangeKey_),this.sourceChangeKey_=null),this.sourceReady_=!1;const t=this.getSource();t&&(this.sourceChangeKey_=A(t,v,this.handleSourceChange_,this),"ready"===t.getState()&&(this.sourceReady_=!0,setTimeout((()=>{this.dispatchEvent("sourceready")}),0))),this.changed()}getFeatures(t){return this.renderer_?this.renderer_.getFeatures(t):Promise.resolve([])}getData(t){return this.renderer_&&this.rendered?this.renderer_.getData(t):null}isVisible(t){let e;const i=this.getMapInternal();let n;!t&&i&&(t=i.getView()),e=t instanceof mo?{viewState:t.getState(),extent:t.calculateExtent()}:t,!e.layerStatesArray&&i&&(e.layerStatesArray=i.getLayerGroup().getLayerStatesArray()),n=e.layerStatesArray?e.layerStatesArray.find((t=>t.layer===this)):this.getLayerState();const r=this.getExtent();return _o(n,e.viewState)&&(!r||Le(r,e.extent))}getAttributions(t){if(!this.isVisible(t))return[];let e;const i=this.getSource();if(i&&(e=i.getAttributions()),!e)return[];let n=e(t instanceof mo?t.getViewStateAndExtent():t);return Array.isArray(n)||(n=[n]),n}render(t,e){const i=this.getRenderer();return i.prepareFrame(t)?(this.rendered=!0,i.renderFrame(t,e)):null}unrender(){this.rendered=!1}setMapInternal(t){t||this.unrender(),this.set(Bs,t)}getMapInternal(){return this.get(Bs)}setMap(t){this.mapPrecomposeKey_&&(N(this.mapPrecomposeKey_),this.mapPrecomposeKey_=null),t||this.changed(),this.mapRenderKey_&&(N(this.mapRenderKey_),this.mapRenderKey_=null),t&&(this.mapPrecomposeKey_=A(t,Vs,(function(t){const e=t.frameState.layerStatesArray,i=this.getLayerState(!1);It(!e.some((function(t){return t.layer===i.layer})),"A layer can only be added to the map once. 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t=Ie(u.getExtent());g.push([-t,0],[t,0])}const f=e.layerStatesArray,p=f.length,m=[],_=[];for(let n=0;n=0;--r){const s=f[r],u=s.layer;if(u.hasRenderer()&&_o(s,h)&&o.call(a,u)){const r=u.getRenderer(),o=u.getSource();if(r&&o){const a=o.getWrapX()?d:t,h=c.bind(null,s.managed);_[0]=a[0]+g[n][0],_[1]=a[1]+g[n][1],l=r.forEachFeatureAtCoordinate(_,e,i,h,m)}if(l)return l}}if(0===m.length)return;const y=1/m.length;return m.forEach(((t,e)=>t.distanceSq+=e*y)),m.sort(((t,e)=>t.distanceSq-e.distanceSq)),m.some((t=>l=t.callback(t.feature,t.layer,t.geometry))),l}hasFeatureAtCoordinate(t,e,i,n,r,s){return void 0!==this.forEachFeatureAtCoordinate(t,e,i,n,d,this,r,s)}getMap(){return this.map_}renderFrame(t){j()}flushDeclutterItems(t){}scheduleExpireIconCache(t){Is.canExpireCache()&&t.postRenderFunctions.push(xo)}};var wo=class extends e{constructor(t,e,i,n){super(t),this.inversePixelTransform=e,this.frameState=i,this.context=n}};const So="ol-hidden",Eo="ol-selectable",To="ol-unselectable",Co="ol-unsupported",bo="ol-control",Ro="ol-collapsed",Po=new RegExp(["^\\s*(?=(?:(?:[-a-z]+\\s*){0,2}(italic|oblique))?)","(?=(?:(?:[-a-z]+\\s*){0,2}(small-caps))?)","(?=(?:(?:[-a-z]+\\s*){0,2}(bold(?:er)?|lighter|[1-9]00 ))?)","(?:(?:normal|\\1|\\2|\\3)\\s*){0,3}((?:xx?-)?","(?:small|large)|medium|smaller|larger|[\\.\\d]+(?:\\%|in|[cem]m|ex|p[ctx]))","(?:\\s*\\/\\s*(normal|[\\.\\d]+(?:\\%|in|[cem]m|ex|p[ctx])?))","?\\s*([-,\\\"\\'\\sa-z]+?)\\s*$"].join(""),"i"),Fo=["style","variant","weight","size","lineHeight","family"],Io=function(t){const e=t.match(Po);if(!e)return null;const i={lineHeight:"normal",size:"1.2em",style:"normal",weight:"normal",variant:"normal"};for(let t=0,n=Fo.length;tMath.max(e,Yo(t,i))),0);return i[e]=n,n}function Ko(t,e){const i=[],n=[],r=[];let s=0,o=0,a=0,l=0;for(let h=0,c=e.length;h<=c;h+=2){const u=e[h];if("\n"===u||h===c){s=Math.max(s,o),r.push(o),o=0,a+=l;continue}const d=e[h+1]||t.font,g=Yo(d,u);i.push(g),o+=g;const f=Zo(d);n.push(f),l=Math.max(l,f)}return{width:s,height:a,widths:i,heights:n,lineWidths:r}}function Ho(t,e,i,n,r,s,o,a,l,h,c){t.save(),1!==i&&(t.globalAlpha*=i),e&&t.transform.apply(t,e),n.contextInstructions?(t.translate(l,h),t.scale(c[0],c[1]),function(t,e){const i=t.contextInstructions;for(let t=0,n=i.length;t=0;--i)e[i].renderDeclutter(t);e.length=0}};class Qo extends e{constructor(t,e){super(t),this.layer=e}}const ta="layers";class ea extends Us{constructor(t){t=t||{};const e=Object.assign({},t);delete e.layers;let i=t.layers;super(e),this.on,this.once,this.un,this.layersListenerKeys_=[],this.listenerKeys_={},this.addChangeListener(ta,this.handleLayersChanged_),i?Array.isArray(i)?i=new Y(i.slice(),{unique:!0}):It("function"==typeof i.getArray,"Expected `layers` to be an array or a `Collection`"):i=new Y(void 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ra(sa.POINTERUP,this.map_,t,void 0,void 0,this.activePointers_);this.dispatchEvent(e),this.emulateClicks_&&!e.defaultPrevented&&!this.dragging_&&this.isMouseActionButton_(t)&&this.emulateClick_(this.down_),0===this.activePointers_.length&&(this.dragListenerKeys_.forEach(N),this.dragListenerKeys_.length=0,this.dragging_=!1,this.down_=null)}isMouseActionButton_(t){return 0===t.button}handlePointerDown_(t){this.emulateClicks_=0===this.activePointers_.length,this.updateActivePointers_(t);const e=new ra(sa.POINTERDOWN,this.map_,t,void 0,void 0,this.activePointers_);if(this.dispatchEvent(e),this.down_=new PointerEvent(t.type,t),Object.defineProperty(this.down_,"target",{writable:!1,value:t.target}),0===this.dragListenerKeys_.length){const t=this.map_.getOwnerDocument();this.dragListenerKeys_.push(A(t,sa.POINTERMOVE,this.handlePointerMove_,this),A(t,sa.POINTERUP,this.handlePointerUp_,this),A(this.element_,sa.POINTERCANCEL,this.handlePointerUp_,this)),this.element_.getRootNode&&this.element_.getRootNode()!==t&&this.dragListenerKeys_.push(A(this.element_.getRootNode(),sa.POINTERUP,this.handlePointerUp_,this))}}handlePointerMove_(t){if(this.isMoving_(t)){this.updateActivePointers_(t),this.dragging_=!0;const e=new ra(sa.POINTERDRAG,this.map_,t,this.dragging_,void 0,this.activePointers_);this.dispatchEvent(e)}}relayMoveEvent_(t){this.originalPointerMoveEvent_=t;const e=!(!this.down_||!this.isMoving_(t));this.dispatchEvent(new ra(sa.POINTERMOVE,this.map_,t,e))}handleTouchMove_(t){const e=this.originalPointerMoveEvent_;e&&!e.defaultPrevented||"boolean"==typeof t.cancelable&&!0!==t.cancelable||t.preventDefault()}isMoving_(t){return this.dragging_||Math.abs(t.clientX-this.down_.clientX)>this.moveTolerance_||Math.abs(t.clientY-this.down_.clientY)>this.moveTolerance_}disposeInternal(){this.relayedListenerKey_&&(N(this.relayedListenerKey_),this.relayedListenerKey_=null),this.element_.removeEventListener(L,this.boundHandleTouchMove_),this.pointerdownListenerKey_&&(N(this.pointerdownListenerKey_),this.pointerdownListenerKey_=null),this.dragListenerKeys_.forEach(N),this.dragListenerKeys_.length=0,this.element_=null,super.disposeInternal()}},ua="postrender",da="movestart",ga="moveend",fa="loadstart",pa="loadend",ma="layergroup",_a="size",ya="target",xa="view";const va=1/0;var wa=class{constructor(t,e){this.priorityFunction_=t,this.keyFunction_=e,this.elements_=[],this.priorities_=[],this.queuedElements_={}}clear(){this.elements_.length=0,this.priorities_.length=0,_(this.queuedElements_)}dequeue(){const t=this.elements_,e=this.priorities_,i=t[0];1==t.length?(t.length=0,e.length=0):(t[0]=t.pop(),e[0]=e.pop(),this.siftUp_(0));const n=this.keyFunction_(i);return delete this.queuedElements_[n],i}enqueue(t){It(!(this.keyFunction_(t)in this.queuedElements_),"Tried to enqueue an `element` that was already added to the queue");const e=this.priorityFunction_(t);return e!=va&&(this.elements_.push(t),this.priorities_.push(e),this.queuedElements_[this.keyFunction_(t)]=!0,this.siftDown_(0,this.elements_.length-1),!0)}getCount(){return this.elements_.length}getLeftChildIndex_(t){return 2*t+1}getRightChildIndex_(t){return 2*t+2}getParentIndex_(t){return t-1>>1}heapify_(){let t;for(t=(this.elements_.length>>1)-1;t>=0;t--)this.siftUp_(t)}isEmpty(){return 0===this.elements_.length}isKeyQueued(t){return t in this.queuedElements_}isQueued(t){return this.isKeyQueued(this.keyFunction_(t))}siftUp_(t){const e=this.elements_,i=this.priorities_,n=e.length,r=e[t],s=i[t],o=t;for(;t>1;){const 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t=this.element.classList.contains(So);t||0!==i?t&&0!==i&&this.element.classList.remove(So):this.element.classList.add(So)}this.label_.style.transform=t}this.rotation_=i}};var Ra=class extends Ta{constructor(t){t=t||{},super({element:document.createElement("div"),target:t.target});const e=void 0!==t.className?t.className:"ol-zoom",i=void 0!==t.delta?t.delta:1,n=void 0!==t.zoomInClassName?t.zoomInClassName:e+"-in",r=void 0!==t.zoomOutClassName?t.zoomOutClassName:e+"-out",s=void 0!==t.zoomInLabel?t.zoomInLabel:"+",o=void 0!==t.zoomOutLabel?t.zoomOutLabel:"–",a=void 0!==t.zoomInTipLabel?t.zoomInTipLabel:"Zoom in",l=void 0!==t.zoomOutTipLabel?t.zoomOutTipLabel:"Zoom out",h=document.createElement("button");h.className=n,h.setAttribute("type","button"),h.title=a,h.appendChild("string"==typeof s?document.createTextNode(s):s),h.addEventListener(E,this.handleClick_.bind(this,i),!1);const c=document.createElement("button");c.className=r,c.setAttribute("type","button"),c.title=l,c.appendChild("string"==typeof o?document.createTextNode(o):o),c.addEventListener(E,this.handleClick_.bind(this,-i),!1);const u=e+" "+To+" "+bo,d=this.element;d.className=u,d.appendChild(h),d.appendChild(c),this.duration_=void 0!==t.duration?t.duration:250}handleClick_(t,e){e.preventDefault(),this.zoomByDelta_(t)}zoomByDelta_(t){const e=this.getMap().getView();if(!e)return;const i=e.getZoom();if(void 0!==i){const n=e.getConstrainedZoom(i+t);this.duration_>0?(e.getAnimating()&&e.cancelAnimations(),e.animate({zoom:n,duration:this.duration_,easing:et})):e.setZoom(n)}}};function Pa(t){t=t||{};const e=new Y;(void 0===t.zoom||t.zoom)&&e.push(new Ra(t.zoomOptions));(void 0===t.rotate||t.rotate)&&e.push(new ba(t.rotateOptions));return(void 0===t.attribution||t.attribution)&&e.push(new Ca(t.attributionOptions)),e}var Fa="active";function Ia(t,e,i){const n=t.getCenterInternal();if(n){const r=[n[0]+e[0],n[1]+e[1]];t.animateInternal({duration:void 0!==i?i:250,easing:nt,center:t.getConstrainedCenter(r)})}}function La(t,e,i,n){const r=t.getZoom();if(void 0===r)return;const s=t.getConstrainedZoom(r+e),o=t.getResolutionForZoom(s);t.getAnimating()&&t.cancelAnimations(),t.animate({resolution:o,anchor:i,duration:void 0!==n?n:250,easing:et})}var Ma=class extends X{constructor(t){super(),this.on,this.once,this.un,t&&t.handleEvent&&(this.handleEvent=t.handleEvent),this.map_=null,this.setActive(!0)}getActive(){return this.get(Fa)}getMap(){return this.map_}handleEvent(t){return!0}setActive(t){this.set(Fa,t)}setMap(t){this.map_=t}};var Aa=class extends Ma{constructor(t){super(),t=t||{},this.delta_=t.delta?t.delta:1,this.duration_=void 0!==t.duration?t.duration:250}handleEvent(t){let e=!1;if(t.type==sa.DBLCLICK){const i=t.originalEvent,n=t.map,r=t.coordinate,s=i.shiftKey?-this.delta_:this.delta_;La(n.getView(),s,r,this.duration_),i.preventDefault(),e=!0}return!e}};function Oa(t){const e=t.length;let i=0,n=0;for(let r=0;r0}}else if(t.type==sa.POINTERDOWN){const i=this.handleDownEvent(t);this.handlingDownUpSequence=i,e=this.stopDown(i)}else t.type==sa.POINTERMOVE&&this.handleMoveEvent(t);return!e}handleMoveEvent(t){}handleUpEvent(t){return!1}stopDown(t){return t}updateTrackedPointers_(t){t.activePointers&&(this.targetPointers=t.activePointers)}};function Da(t){const e=arguments;return function(t){let i=!0;for(let n=0,r=e.length;n0&&this.condition_(t)){const e=t.map.getView();return this.lastCentroid=null,e.getAnimating()&&e.cancelAnimations(),this.kinetic_&&this.kinetic_.begin(),this.noKinetic_=this.targetPointers.length>1,!0}return!1}};var Ja=class extends Na{constructor(t){t=t||{},super({stopDown:g}),this.condition_=t.condition?t.condition:Ga,this.lastAngle_=void 0,this.duration_=void 0!==t.duration?t.duration:250}handleDragEvent(t){if(!qa(t))return;const e=t.map,i=e.getView();if(i.getConstraints().rotation===so)return;const n=e.getSize(),r=t.pixel,s=Math.atan2(n[1]/2-r[1],r[0]-n[0]/2);if(void 0!==this.lastAngle_){const t=s-this.lastAngle_;i.adjustRotationInternal(-t)}this.lastAngle_=s}handleUpEvent(t){if(!qa(t))return!0;return t.map.getView().endInteraction(this.duration_),!1}handleDownEvent(t){if(!qa(t))return!1;if(za(t)&&this.condition_(t)){return t.map.getView().beginInteraction(),this.lastAngle_=void 0,!0}return!1}};var Qa=class extends n{constructor(t){super(),this.geometry_=null,this.element_=document.createElement("div"),this.element_.style.position="absolute",this.element_.style.pointerEvents="auto",this.element_.className="ol-box "+t,this.map_=null,this.startPixel_=null,this.endPixel_=null}disposeInternal(){this.setMap(null)}render_(){const t=this.startPixel_,e=this.endPixel_,i="px",n=this.element_.style;n.left=Math.min(t[0],e[0])+i,n.top=Math.min(t[1],e[1])+i,n.width=Math.abs(e[0]-t[0])+i,n.height=Math.abs(e[1]-t[1])+i}setMap(t){if(this.map_){this.map_.getOverlayContainer().removeChild(this.element_);const t=this.element_.style;t.left="inherit",t.top="inherit",t.width="inherit",t.height="inherit"}this.map_=t,this.map_&&this.map_.getOverlayContainer().appendChild(this.element_)}setPixels(t,e){this.startPixel_=t,this.endPixel_=e,this.createOrUpdateGeometry(),this.render_()}createOrUpdateGeometry(){const t=this.startPixel_,e=this.endPixel_,i=[t,[t[0],e[1]],e,[e[0],t[1]]].map(this.map_.getCoordinateFromPixelInternal,this.map_);i[4]=i[0].slice(),this.geometry_?this.geometry_.setCoordinates([i]):this.geometry_=new Pr([i])}getGeometry(){return this.geometry_}};const tl="boxstart",el="boxdrag",il="boxend",nl="boxcancel";class rl extends e{constructor(t,e,i){super(t),this.coordinate=e,this.mapBrowserEvent=i}}var sl=class extends Na{constructor(t){super(),this.on,this.once,this.un,t=t||{},this.box_=new Qa(t.className||"ol-dragbox"),this.minArea_=void 0!==t.minArea?t.minArea:64,t.onBoxEnd&&(this.onBoxEnd=t.onBoxEnd),this.startPixel_=null,this.condition_=t.condition?t.condition:za,this.boxEndCondition_=t.boxEndCondition?t.boxEndCondition:this.defaultBoxEndCondition}defaultBoxEndCondition(t,e,i){const n=i[0]-e[0],r=i[1]-e[1];return n*n+r*r>=this.minArea_}getGeometry(){return this.box_.getGeometry()}handleDragEvent(t){this.box_.setPixels(this.startPixel_,t.pixel),this.dispatchEvent(new rl(el,t.coordinate,t))}handleUpEvent(t){this.box_.setMap(null);const e=this.boxEndCondition_(t,this.startPixel_,t.pixel);return e&&this.onBoxEnd(t),this.dispatchEvent(new rl(e?il:nl,t.coordinate,t)),!1}handleDownEvent(t){return!!this.condition_(t)&&(this.startPixel_=t.pixel,this.box_.setMap(t.map),this.box_.setPixels(this.startPixel_,this.startPixel_),this.dispatchEvent(new rl(tl,t.coordinate,t)),!0)}onBoxEnd(t){}};var ol=class extends sl{constructor(t){super({condition:(t=t||{}).condition?t.condition:$a,className:t.className||"ol-dragzoom",minArea:t.minArea}),this.duration_=void 0!==t.duration?t.duration:200,this.out_=void 0!==t.out&&t.out}onBoxEnd(t){const e=this.getMap().getView();let i=this.getGeometry();if(this.out_){const t=e.rotatedExtentForGeometry(i),n=e.getResolutionForExtentInternal(t),r=e.getResolution()/n;i=i.clone(),i.scale(r*r)}e.fitInternal(i,{duration:this.duration_,easing:et})}},al="ArrowLeft",ll="ArrowUp",hl="ArrowRight",cl="ArrowDown";var ul=class extends Ma{constructor(t){super(),t=t||{},this.defaultCondition_=function(t){return Wa(t)&&Ya(t)},this.condition_=void 0!==t.condition?t.condition:this.defaultCondition_,this.duration_=void 0!==t.duration?t.duration:100,this.pixelDelta_=void 0!==t.pixelDelta?t.pixelDelta:128}handleEvent(t){let e=!1;if(t.type==P){const i=t.originalEvent,n=i.key;if(this.condition_(t)&&(n==cl||n==al||n==hl||n==ll)){const r=t.map.getView(),s=r.getResolution()*this.pixelDelta_;let o=0,a=0;n==cl?a=-s:n==al?o=-s:n==hl?o=s:a=s;const l=[o,a];Li(l,r.getRotation()),Ia(r,l,this.duration_),i.preventDefault(),e=!0}}return!e}};var dl=class extends Ma{constructor(t){super(),t=t||{},this.condition_=t.condition?t.condition:function(t){return!Za(t)&&Ya(t)},this.delta_=t.delta?t.delta:1,this.duration_=void 0!==t.duration?t.duration:100}handleEvent(t){let e=!1;if(t.type==P||t.type==F){const i=t.originalEvent,n=i.key;if(this.condition_(t)&&("+"===n||"-"===n)){const r=t.map,s="+"===n?this.delta_:-this.delta_;La(r.getView(),s,void 0,this.duration_),i.preventDefault(),e=!0}}return!e}};var gl=class extends Ma{constructor(t){super(t=t||{}),this.totalDelta_=0,this.lastDelta_=0,this.maxDelta_=void 0!==t.maxDelta?t.maxDelta:1,this.duration_=void 0!==t.duration?t.duration:250,this.timeout_=void 0!==t.timeout?t.timeout:80,this.useAnchor_=void 0===t.useAnchor||t.useAnchor,this.constrainResolution_=void 0!==t.constrainResolution&&t.constrainResolution;const e=t.condition?t.condition:Ua;this.condition_=t.onFocusOnly?Da(Ba,e):e,this.lastAnchor_=null,this.startTime_=void 0,this.timeoutId_,this.mode_=void 0,this.trackpadEventGap_=400,this.trackpadTimeoutId_,this.deltaPerZoom_=300}endInteraction_(){this.trackpadTimeoutId_=void 0;const t=this.getMap();if(!t)return;t.getView().endInteraction(void 0,this.lastDelta_?this.lastDelta_>0?1:-1:0,this.lastAnchor_)}handleEvent(t){if(!this.condition_(t))return!0;if(t.type!==M)return!0;const e=t.map,i=t.originalEvent;let n;if(i.preventDefault(),this.useAnchor_&&(this.lastAnchor_=t.coordinate),t.type==M&&(n=i.deltaY,ot&&i.deltaMode===WheelEvent.DOM_DELTA_PIXEL&&(n/=ut),i.deltaMode===WheelEvent.DOM_DELTA_LINE&&(n*=40)),0===n)return!1;this.lastDelta_=n;const r=Date.now();void 0===this.startTime_&&(this.startTime_=r),(!this.mode_||r-this.startTime_>this.trackpadEventGap_)&&(this.mode_=Math.abs(n)<4?"trackpad":"wheel");const s=e.getView();if("trackpad"===this.mode_&&!s.getConstrainResolution()&&!this.constrainResolution_)return this.trackpadTimeoutId_?clearTimeout(this.trackpadTimeoutId_):(s.getAnimating()&&s.cancelAnimations(),s.beginInteraction()),this.trackpadTimeoutId_=setTimeout(this.endInteraction_.bind(this),this.timeout_),s.adjustZoom(-n/this.deltaPerZoom_,this.lastAnchor_),this.startTime_=r,!1;this.totalDelta_+=n;const o=Math.max(this.timeout_-(r-this.startTime_),0);return clearTimeout(this.timeoutId_),this.timeoutId_=setTimeout(this.handleWheelZoom_.bind(this,e),o),!1}handleWheelZoom_(t){const e=t.getView();e.getAnimating()&&e.cancelAnimations();let i=-ui(this.totalDelta_,-this.maxDelta_*this.deltaPerZoom_,this.maxDelta_*this.deltaPerZoom_)/this.deltaPerZoom_;(e.getConstrainResolution()||this.constrainResolution_)&&(i=i?i>0?1:-1:0),La(e,i,this.lastAnchor_,this.duration_),this.mode_=void 0,this.totalDelta_=0,this.lastAnchor_=null,this.startTime_=void 0,this.timeoutId_=void 0}setMouseAnchor(t){this.useAnchor_=t,t||(this.lastAnchor_=null)}};var fl=class extends Na{constructor(t){const e=t=t||{};e.stopDown||(e.stopDown=g),super(e),this.anchor_=null,this.lastAngle_=void 0,this.rotating_=!1,this.rotationDelta_=0,this.threshold_=void 0!==t.threshold?t.threshold:.3,this.duration_=void 0!==t.duration?t.duration:250}handleDragEvent(t){let e=0;const i=this.targetPointers[0],n=this.targetPointers[1],r=Math.atan2(n.clientY-i.clientY,n.clientX-i.clientX);if(void 0!==this.lastAngle_){const t=r-this.lastAngle_;this.rotationDelta_+=t,!this.rotating_&&Math.abs(this.rotationDelta_)>this.threshold_&&(this.rotating_=!0),e=t}this.lastAngle_=r;const s=t.map,o=s.getView();o.getConstraints().rotation!==so&&(this.anchor_=s.getCoordinateFromPixelInternal(s.getEventPixel(Oa(this.targetPointers))),this.rotating_&&(s.render(),o.adjustRotationInternal(e,this.anchor_)))}handleUpEvent(t){if(this.targetPointers.length<2){return t.map.getView().endInteraction(this.duration_),!1}return!0}handleDownEvent(t){if(this.targetPointers.length>=2){const e=t.map;return this.anchor_=null,this.lastAngle_=void 0,this.rotating_=!1,this.rotationDelta_=0,this.handlingDownUpSequence||e.getView().beginInteraction(),!0}return!1}};var pl=class extends Na{constructor(t){const e=t=t||{};e.stopDown||(e.stopDown=g),super(e),this.anchor_=null,this.duration_=void 0!==t.duration?t.duration:400,this.lastDistance_=void 0,this.lastScaleDelta_=1}handleDragEvent(t){let e=1;const i=this.targetPointers[0],n=this.targetPointers[1],r=i.clientX-n.clientX,s=i.clientY-n.clientY,o=Math.sqrt(r*r+s*s);void 0!==this.lastDistance_&&(e=this.lastDistance_/o),this.lastDistance_=o;const a=t.map,l=a.getView();1!=e&&(this.lastScaleDelta_=e),this.anchor_=a.getCoordinateFromPixelInternal(a.getEventPixel(Oa(this.targetPointers))),a.render(),l.adjustResolutionInternal(e,this.anchor_)}handleUpEvent(t){if(this.targetPointers.length<2){const e=t.map.getView(),i=this.lastScaleDelta_>1?1:-1;return e.endInteraction(this.duration_,i),!1}return!0}handleDownEvent(t){if(this.targetPointers.length>=2){const e=t.map;return this.anchor_=null,this.lastDistance_=void 0,this.lastScaleDelta_=1,this.handlingDownUpSequence||e.getView().beginInteraction(),!0}return!1}};function ml(t){t=t||{};const e=new Y,i=new rs(-.005,.05,100);(void 0===t.altShiftDragRotate||t.altShiftDragRotate)&&e.push(new Ja);(void 0===t.doubleClickZoom||t.doubleClickZoom)&&e.push(new Aa({delta:t.zoomDelta,duration:t.zoomDuration}));(void 0===t.dragPan||t.dragPan)&&e.push(new Ha({onFocusOnly:t.onFocusOnly,kinetic:i}));(void 0===t.pinchRotate||t.pinchRotate)&&e.push(new fl);(void 0===t.pinchZoom||t.pinchZoom)&&e.push(new pl({duration:t.zoomDuration}));(void 0===t.keyboard||t.keyboard)&&(e.push(new ul),e.push(new dl({delta:t.zoomDelta,duration:t.zoomDuration})));(void 0===t.mouseWheelZoom||t.mouseWheelZoom)&&e.push(new gl({onFocusOnly:t.onFocusOnly,duration:t.zoomDuration}));return(void 0===t.shiftDragZoom||t.shiftDragZoom)&&e.push(new ol({duration:t.zoomDuration})),e}function _l(t){return t[0]>0&&t[1]>0}function yl(t,e,i){return void 0===i&&(i=[0,0]),i[0]=t[0]*e+.5|0,i[1]=t[1]*e+.5|0,i}function xl(t,e){return Array.isArray(t)?t:(void 0===e?e=[t,t]:(e[0]=t,e[1]=t),e)}function vl(t){t instanceof yo?t.setMapInternal(null):t instanceof ia&&t.getLayers().forEach(vl)}function wl(t,e){if(t instanceof yo)t.setMapInternal(e);else if(t instanceof ia){const i=t.getLayers().getArray();for(let t=0,n=i.length;tthis.updateSize())),this.controls=e.controls||Pa(),this.interactions=e.interactions||ml({onFocusOnly:!0}),this.overlays_=e.overlays,this.overlayIdIndex_={},this.renderer_=null,this.postRenderFunctions_=[],this.tileQueue_=new Sa(this.getTilePriority.bind(this),this.handleTileChange_.bind(this)),this.addChangeListener(ma,this.handleLayerGroupChanged_),this.addChangeListener(xa,this.handleViewChanged_),this.addChangeListener(_a,this.handleSizeChanged_),this.addChangeListener(ya,this.handleTargetChanged_),this.setProperties(e.values);const i=this;!t.view||t.view instanceof mo||t.view.then((function(t){i.setView(new mo(t))})),this.controls.addEventListener(V,(t=>{t.element.setMap(this)})),this.controls.addEventListener(W,(t=>{t.element.setMap(null)})),this.interactions.addEventListener(V,(t=>{t.element.setMap(this)})),this.interactions.addEventListener(W,(t=>{t.element.setMap(null)})),this.overlays_.addEventListener(V,(t=>{this.addOverlayInternal_(t.element)})),this.overlays_.addEventListener(W,(t=>{const e=t.element.getId();void 0!==e&&delete this.overlayIdIndex_[e.toString()],t.element.setMap(null)})),this.controls.forEach((t=>{t.setMap(this)})),this.interactions.forEach((t=>{t.setMap(this)})),this.overlays_.forEach(this.addOverlayInternal_.bind(this))}addControl(t){this.getControls().push(t)}addInteraction(t){this.getInteractions().push(t)}addLayer(t){this.getLayerGroup().getLayers().push(t)}handleLayerAdd_(t){wl(t.layer,this)}addOverlay(t){this.getOverlays().push(t)}addOverlayInternal_(t){const e=t.getId();void 0!==e&&(this.overlayIdIndex_[e.toString()]=t),t.setMap(this)}disposeInternal(){this.controls.clear(),this.interactions.clear(),this.overlays_.clear(),this.resizeObserver_.disconnect(),this.setTarget(null),super.disposeInternal()}forEachFeatureAtPixel(t,e,i){if(!this.frameState_||!this.renderer_)return;const n=this.getCoordinateFromPixelInternal(t),r=void 0!==(i=void 0!==i?i:{}).hitTolerance?i.hitTolerance:0,s=void 0!==i.layerFilter?i.layerFilter:d,o=!1!==i.checkWrapped;return this.renderer_.forEachFeatureAtCoordinate(n,this.frameState_,r,o,e,null,s,null)}getFeaturesAtPixel(t,e){const i=[];return this.forEachFeatureAtPixel(t,(function(t){i.push(t)}),e),i}getAllLayers(){const t=[];return function e(i){i.forEach((function(i){i instanceof ia?e(i.getLayers()):t.push(i)}))}(this.getLayers()),t}hasFeatureAtPixel(t,e){if(!this.frameState_||!this.renderer_)return!1;const i=this.getCoordinateFromPixelInternal(t),n=void 0!==(e=void 0!==e?e:{}).layerFilter?e.layerFilter:d,r=void 0!==e.hitTolerance?e.hitTolerance:0,s=!1!==e.checkWrapped;return this.renderer_.hasFeatureAtCoordinate(i,this.frameState_,r,s,n,null)}getEventCoordinate(t){return this.getCoordinateFromPixel(this.getEventPixel(t))}getEventCoordinateInternal(t){return this.getCoordinateFromPixelInternal(this.getEventPixel(t))}getEventPixel(t){const e=this.viewport_.getBoundingClientRect(),i=this.getSize(),n=e.width/i[0],r=e.height/i[1],s="changedTouches"in t?t.changedTouches[0]:t;return[(s.clientX-e.left)/n,(s.clientY-e.top)/r]}getTarget(){return this.get(ya)}getTargetElement(){return this.targetElement_}getCoordinateFromPixel(t){return mn(this.getCoordinateFromPixelInternal(t),this.getView().getProjection())}getCoordinateFromPixelInternal(t){const e=this.frameState_;return e?Bt(e.pixelToCoordinateTransform,t.slice()):null}getControls(){return this.controls}getOverlays(){return this.overlays_}getOverlayById(t){const e=this.overlayIdIndex_[t.toString()];return void 0!==e?e:null}getInteractions(){return this.interactions}getLayerGroup(){return this.get(ma)}setLayers(t){const e=this.getLayerGroup();if(t instanceof Y)return void e.setLayers(t);const i=e.getLayers();i.clear(),i.extend(t)}getLayers(){return this.getLayerGroup().getLayers()}getLoadingOrNotReady(){const t=this.getLayerGroup().getLayerStatesArray();for(let e=0,i=t.length;e=0;i--){const n=e[i];if(n.getMap()!==this||!n.getActive()||!this.getTargetElement())continue;if(!n.handleEvent(t)||t.propagationStopped)break}}}handlePostRender(){const t=this.frameState_,e=this.tileQueue_;if(!e.isEmpty()){let i=this.maxTilesLoading_,n=i;if(t){const e=t.viewHints;if(e[$s]||e[Ys]){const e=Date.now()-t.time>8;i=e?0:8,n=e?0:2}}e.getTilesLoading(){this.postRenderTimeoutHandle_=void 0,this.handlePostRender()}),0))}setLayerGroup(t){const e=this.getLayerGroup();e&&this.handleLayerRemove_(new Qo("removelayer",e)),this.set(ma,t)}setSize(t){this.set(_a,t)}setTarget(t){this.set(ya,t)}setView(t){if(!t||t instanceof mo)return void this.set(xa,t);this.set(xa,new mo);const e=this;t.then((function(t){e.setView(new mo(t))}))}updateSize(){const t=this.getTargetElement();let e;if(t){const i=getComputedStyle(t),n=t.offsetWidth-parseFloat(i.borderLeftWidth)-parseFloat(i.paddingLeft)-parseFloat(i.paddingRight)-parseFloat(i.borderRightWidth),r=t.offsetHeight-parseFloat(i.borderTopWidth)-parseFloat(i.paddingTop)-parseFloat(i.paddingBottom)-parseFloat(i.borderBottomWidth);isNaN(n)||isNaN(r)||(e=[n,r],!_l(e)&&(t.offsetWidth||t.offsetHeight||t.getClientRects().length)&&Zi("No map visible because the map container's width or height are 0."))}const i=this.getSize();!e||i&&c(e,i)||(this.setSize(e),this.updateViewportSize_(e))}updateViewportSize_(t){const e=this.getView();e&&e.setViewportSize(t)}};const El="element",Tl="map",Cl="offset",bl="position",Rl="positioning";var Pl=class extends X{constructor(t){super(),this.on,this.once,this.un,this.options=t,this.id=t.id,this.insertFirst=void 0===t.insertFirst||t.insertFirst,this.stopEvent=void 0===t.stopEvent||t.stopEvent,this.element=document.createElement("div"),this.element.className=void 0!==t.className?t.className:"ol-overlay-container "+Eo,this.element.style.position="absolute",this.element.style.pointerEvents="auto",this.autoPan=!0===t.autoPan?{}:t.autoPan||void 0,this.rendered={transform_:"",visible:!0},this.mapPostrenderListenerKey=null,this.addChangeListener(El,this.handleElementChanged),this.addChangeListener(Tl,this.handleMapChanged),this.addChangeListener(Cl,this.handleOffsetChanged),this.addChangeListener(bl,this.handlePositionChanged),this.addChangeListener(Rl,this.handlePositioningChanged),void 0!==t.element&&this.setElement(t.element),this.setOffset(void 0!==t.offset?t.offset:[0,0]),this.setPositioning(t.positioning||"top-left"),void 0!==t.position&&this.setPosition(t.position)}getElement(){return this.get(El)}getId(){return this.id}getMap(){return this.get(Tl)||null}getOffset(){return this.get(Cl)}getPosition(){return this.get(bl)}getPositioning(){return this.get(Rl)}handleElementChanged(){St(this.element);const t=this.getElement();t&&this.element.appendChild(t)}handleMapChanged(){this.mapPostrenderListenerKey&&(wt(this.element),N(this.mapPostrenderListenerKey),this.mapPostrenderListenerKey=null);const t=this.getMap();if(t){this.mapPostrenderListenerKey=A(t,ua,this.render,this),this.updatePixelPosition();const e=this.stopEvent?t.getOverlayContainerStopEvent():t.getOverlayContainer();this.insertFirst?e.insertBefore(this.element,e.childNodes[0]||null):e.appendChild(this.element),this.performAutoPan()}}render(){this.updatePixelPosition()}handleOffsetChanged(){this.updatePixelPosition()}handlePositionChanged(){this.updatePixelPosition(),this.performAutoPan()}handlePositioningChanged(){this.updatePixelPosition()}setElement(t){this.set(El,t)}setMap(t){this.set(Tl,t)}setOffset(t){this.set(Cl,t)}setPosition(t){this.set(bl,t)}performAutoPan(){this.autoPan&&this.panIntoView(this.autoPan)}panIntoView(t){const e=this.getMap();if(!e||!e.getTargetElement()||!this.get(bl))return;const 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s=ph(t,e,i,n),isFinite(s)&&s>0})),s}function _h(t,e,i,n,r,s,o,a,l,h,c,u,d){const g=mt(Math.round(i*t),Math.round(i*e),dh);if(u||(g.imageSmoothingEnabled=!1),0===l.length)return g.canvas;function f(t){return Math.round(t*i)/i}g.scale(i,i),g.globalCompositeOperation="lighter";const p=[1/0,1/0,-1/0,-1/0];let m;if(l.forEach((function(t,e,i){de(p,t.extent)})),!d||1!==l.length||0!==h){const t=Ie(p),e=be(p);m=mt(Math.round(i*t/n),Math.round(i*e/n),dh),u||(m.imageSmoothingEnabled=!1);const r=i/n;l.forEach((function(t,e,i){const n=t.extent[0]-p[0],s=-(t.extent[3]-p[3]),o=Ie(t.extent),a=be(t.extent);t.image.width>0&&t.image.height>0&&m.drawImage(t.image,h,h,t.image.width-2*h,t.image.height-2*h,n*r,s*r,o*r,a*r)}))}const _=Pe(o);return a.getTriangles().forEach((function(t,e,r){const o=t.source,a=t.target;let h=o[0][0],c=o[0][1],d=o[1][0],y=o[1][1],x=o[2][0],v=o[2][1];const w=f((a[0][0]-_[0])/s),S=f(-(a[0][1]-_[1])/s),E=f((a[1][0]-_[0])/s),T=f(-(a[1][1]-_[1])/s),C=f((a[2][0]-_[0])/s),b=f(-(a[2][1]-_[1])/s),R=h,P=c;h=0,c=0,d-=R,y-=P,x-=R,v-=P;const F=fi([[d,y,0,0,E-w],[x,v,0,0,C-w],[0,0,d,y,T-S],[0,0,x,v,b-S]]);if(!F)return;if(g.save(),g.beginPath(),function(){if(void 0===uh){const t=mt(6,6,dh);t.globalCompositeOperation="lighter",t.fillStyle="rgba(210, 0, 0, 0.75)",gh(t,4,5,4,0),gh(t,4,5,0,5);const e=t.getImageData(0,0,3,3).data;uh=fh(e,0)||fh(e,4)||fh(e,8),_t(t),dh.push(t.canvas)}return uh}()||!u){g.moveTo(E,T);const t=4,e=w-E,i=S-T;for(let n=0;n=Ie(this.sourceProj_.getExtent()),this.sourceWorldWidth_=this.sourceProj_.getExtent()?Ie(this.sourceProj_.getExtent()):null,this.targetWorldWidth_=this.targetProj_.getExtent()?Ie(this.targetProj_.getExtent()):null;const l=Pe(i),h=Fe(i),c=we(i),u=ve(i),d=this.transformInv_(l),g=this.transformInv_(h),f=this.transformInv_(c),p=this.transformInv_(u),m=10+(s?Math.max(0,Math.ceil(Math.log2(xe(i)/(s*s*256*256)))):0);if(this.addQuad_(l,h,c,u,d,g,f,p,m),this.wrapsXInSource_){let t=1/0;this.triangles_.forEach((function(e,i,n){t=Math.min(t,e.source[0][0],e.source[1][0],e.source[2][0])})),this.triangles_.forEach((e=>{if(Math.max(e.source[0][0],e.source[1][0],e.source[2][0])-t>this.sourceWorldWidth_/2){const i=[[e.source[0][0],e.source[0][1]],[e.source[1][0],e.source[1][1]],[e.source[2][0],e.source[2][1]]];i[0][0]-t>this.sourceWorldWidth_/2&&(i[0][0]-=this.sourceWorldWidth_),i[1][0]-t>this.sourceWorldWidth_/2&&(i[1][0]-=this.sourceWorldWidth_),i[2][0]-t>this.sourceWorldWidth_/2&&(i[2][0]-=this.sourceWorldWidth_);const n=Math.min(i[0][0],i[1][0],i[2][0]);Math.max(i[0][0],i[1][0],i[2][0])-n.5&&c<1;let g=!1;if(l>0){if(this.targetProj_.isGlobal()&&this.targetWorldWidth_){g=Ie(Ht([t,e,i,n]))/this.targetWorldWidth_>.25||g}!d&&this.sourceProj_.isGlobal()&&c&&(g=c>.25||g)}if(!g&&this.maxSourceExtent_&&isFinite(h[0])&&isFinite(h[1])&&isFinite(h[2])&&isFinite(h[3])&&!Le(h,this.maxSourceExtent_))return;let f=0;if(!(g||isFinite(r[0])&&isFinite(r[1])&&isFinite(s[0])&&isFinite(s[1])&&isFinite(o[0])&&isFinite(o[1])&&isFinite(a[0])&&isFinite(a[1])))if(l>0)g=!0;else if(f=(isFinite(r[0])&&isFinite(r[1])?0:8)+(isFinite(s[0])&&isFinite(s[1])?0:4)+(isFinite(o[0])&&isFinite(o[1])?0:2)+(isFinite(a[0])&&isFinite(a[1])?0:1),1!=f&&2!=f&&4!=f&&8!=f)return;if(l>0){if(!g){const e=[(t[0]+i[0])/2,(t[1]+i[1])/2],n=this.transformInv_(e);let s;if(d){s=(_i(r[0],u)+_i(o[0],u))/2-_i(n[0],u)}else s=(r[0]+o[0])/2-n[0];const a=(r[1]+o[1])/2-n[1];g=s*s+a*a>this.errorThresholdSquared_}if(g){if(Math.abs(t[0]-i[0])<=Math.abs(t[1]-i[1])){const h=[(e[0]+i[0])/2,(e[1]+i[1])/2],c=this.transformInv_(h),u=[(n[0]+t[0])/2,(n[1]+t[1])/2],d=this.transformInv_(u);this.addQuad_(t,e,h,u,r,s,c,d,l-1),this.addQuad_(u,h,i,n,d,c,o,a,l-1)}else{const h=[(t[0]+e[0])/2,(t[1]+e[1])/2],c=this.transformInv_(h),u=[(i[0]+n[0])/2,(i[1]+n[1])/2],d=this.transformInv_(u);this.addQuad_(t,h,u,n,r,c,d,a,l-1),this.addQuad_(h,e,i,u,c,s,o,d,l-1)}return}}if(d){if(!this.canWrapXInSource_)return;this.wrapsXInSource_=!0}0==(11&f)&&this.addTriangle_(t,i,n,r,o,a),0==(14&f)&&this.addTriangle_(t,i,e,r,o,s),f&&(0==(13&f)&&this.addTriangle_(e,n,t,s,a,r),0==(7&f)&&this.addTriangle_(e,n,i,s,a,o))}calculateSourceExtent(){const t=[1/0,1/0,-1/0,-1/0];return this.triangles_.forEach((function(e,i,n){const r=e.source;ge(t,r[0]),ge(t,r[1]),ge(t,r[2])})),t}getTriangles(){return this.triangles_}};var wh=class extends rt{constructor(t,e,i,n,r,s,o,a,l,h,c,u){super(r,q,u),this.renderEdges_=void 0!==c&&c,this.pixelRatio_=o,this.gutter_=a,this.canvas_=null,this.sourceTileGrid_=e,this.targetTileGrid_=n,this.wrappedTileCoord_=s||r,this.sourceTiles_=[],this.sourcesListenerKeys_=null,this.sourceZ_=0;const d=n.getTileCoordExtent(this.wrappedTileCoord_),g=this.targetTileGrid_.getExtent();let f=this.sourceTileGrid_.getExtent();const p=g?Re(d,g):d;if(0===xe(p))return void(this.state=Q);const m=t.getExtent();m&&(f=f?Re(f,m):m);const _=n.getResolution(this.wrappedTileCoord_[0]),y=mh(t,i,p,_);if(!isFinite(y)||y<=0)return void(this.state=Q);const x=void 0!==h?h:xh;if(this.triangulation_=new vh(t,i,p,f,y*x,_),0===this.triangulation_.getTriangles().length)return void(this.state=Q);this.sourceZ_=e.getZForResolution(y);let v=this.triangulation_.calculateSourceExtent();if(f&&(t.canWrapX()?(v[1]=ui(v[1],f[1],f[3]),v[3]=ui(v[3],f[1],f[3])):v=Re(v,f)),xe(v)){const t=e.getTileRangeForExtentAndZ(v,this.sourceZ_);for(let e=t.minX;e<=t.maxX;e++)for(let i=t.minY;i<=t.maxY;i++){const t=l(this.sourceZ_,e,i,o);t&&this.sourceTiles_.push(t)}0===this.sourceTiles_.length&&(this.state=Q)}else this.state=Q}getImage(){return this.canvas_}reproject_(){const t=[];if(this.sourceTiles_.forEach((e=>{e&&e.getState()==H&&t.push({extent:this.sourceTileGrid_.getTileCoordExtent(e.tileCoord),image:e.getImage()})})),this.sourceTiles_.length=0,0===t.length)this.state=J;else{const e=this.wrappedTileCoord_[0],i=this.targetTileGrid_.getTileSize(e),n="number"==typeof i?i:i[0],r="number"==typeof i?i:i[1],s=this.targetTileGrid_.getResolution(e),o=this.sourceTileGrid_.getResolution(this.sourceZ_),a=this.targetTileGrid_.getTileCoordExtent(this.wrappedTileCoord_);this.canvas_=_h(n,r,this.pixelRatio_,o,this.sourceTileGrid_.getExtent(),s,a,this.triangulation_,t,this.gutter_,this.renderEdges_,this.interpolate),this.state=H}this.changed()}load(){if(this.state==q){this.state=K,this.changed();let t=0;this.sourcesListenerKeys_=[],this.sourceTiles_.forEach((e=>{const i=e.getState();if(i==q||i==K){t++;const i=A(e,v,(function(n){const r=e.getState();r!=H&&r!=J&&r!=Q||(N(i),t--,0===t&&(this.unlistenSources_(),this.reproject_()))}),this);this.sourcesListenerKeys_.push(i)}})),0===t?setTimeout(this.reproject_.bind(this),0):this.sourceTiles_.forEach((function(t,e,i){t.getState()==q&&t.load()}))}}unlistenSources_(){this.sourcesListenerKeys_.forEach(N),this.sourcesListenerKeys_=null}release(){this.canvas_&&(_t(this.canvas_.getContext("2d")),dh.push(this.canvas_),this.canvas_=null),super.release()}},Sh="tileloadstart",Eh="tileloadend",Th="tileloaderror";function Ch(t){return t?Array.isArray(t)?function(e){return t}:"function"==typeof t?t:function(e){return[t]}:null}var bh=class extends X{constructor(t){super(),this.projection=tn(t.projection),this.attributions_=Ch(t.attributions),this.attributionsCollapsible_=void 0===t.attributionsCollapsible||t.attributionsCollapsible,this.loading=!1,this.state_=void 0!==t.state?t.state:"ready",this.wrapX_=void 0!==t.wrapX&&t.wrapX,this.interpolate_=!!t.interpolate,this.viewResolver=null,this.viewRejector=null;const e=this;this.viewPromise_=new Promise((function(t,i){e.viewResolver=t,e.viewRejector=i}))}getAttributions(){return this.attributions_}getAttributionsCollapsible(){return this.attributionsCollapsible_}getProjection(){return this.projection}getResolutions(t){return null}getView(){return this.viewPromise_}getState(){return this.state_}getWrapX(){return this.wrapX_}getInterpolate(){return this.interpolate_}refresh(){this.changed()}setAttributions(t){this.attributions_=Ch(t),this.changed()}setState(t){this.state_=t,this.changed()}};const Rh=[0,0,0];var Ph=class{constructor(t){let e;if(this.minZoom=void 0!==t.minZoom?t.minZoom:0,this.resolutions_=t.resolutions,It(u(this.resolutions_,((t,e)=>e-t),!0),"`resolutions` must be sorted in descending order"),!t.origins)for(let t=0,i=this.resolutions_.length-1;t{const n=new Bl(Math.min(0,t[0]),Math.max(t[0]-1,-1),Math.min(0,t[1]),Math.max(t[1]-1,-1));if(i){const t=this.getTileRangeForExtentAndZ(i,e);n.minX=Math.max(t.minX,n.minX),n.maxX=Math.min(t.maxX,n.maxX),n.minY=Math.max(t.minY,n.minY),n.maxY=Math.min(t.maxY,n.maxY)}return n})):i&&this.calculateTileRanges_(i)}forEachTileCoord(t,e,i){const n=this.getTileRangeForExtentAndZ(t,e);for(let t=n.minX,r=n.maxX;t<=r;++t)for(let r=n.minY,s=n.maxY;r<=s;++r)i([e,t,r])}forEachTileCoordParentTileRange(t,e,i,n){let r,s,o,a=null,l=t[0]-1;for(2===this.zoomFactor_?(s=t[1],o=t[2]):a=this.getTileCoordExtent(t,n);l>=this.minZoom;){if(void 0!==s&&void 0!==o?(s=Math.floor(s/2),o=Math.floor(o/2),r=jl(s,s,o,o,i)):r=this.getTileRangeForExtentAndZ(a,l,i),e(l,r))return!0;--l}return!1}getExtent(){return this.extent_}getMaxZoom(){return this.maxZoom}getMinZoom(){return this.minZoom}getOrigin(t){return this.origin_?this.origin_:this.origins_[t]}getResolution(t){return this.resolutions_[t]}getResolutions(){return this.resolutions_}getTileCoordChildTileRange(t,e,i){if(t[0]this.maxZoom||e0)||i.find((function(i){return e[h]==i[l]||!e[h].includes(":")&&t[h]+":"+e[h]===i[l]})),d){r.push(e[h]);const t=28e-5*e[c]/g,i=e.TileWidth,l=e.TileHeight;f?s.push([e[u][1],e[u][0]]):s.push(e[u]),n.push(t),o.push(i==l?i:[i,l]),a.push([e.MatrixWidth,e.MatrixHeight])}})),new Fh({extent:e,origins:s,resolutions:n,matrixIds:r,tileSizes:o,sizes:a})}function Mh(t){let e=t.getDefaultTileGrid();return e||(e=kh(t),t.setDefaultTileGrid(e)),e}function Ah(t,e,i){const n=e[0],r=t.getTileCoordCenter(e),s=Gh(i);if(!ee(s,r)){const e=Ie(s),i=Math.ceil((s[0]-r[0])/e);return r[0]+=e*i,t.getTileCoordForCoordAndZ(r,n)}return e}function Oh(t,e,i,n){n=void 0!==n?n:"top-left";const r=Dh(t,e,i);return new Ph({extent:t,origin:Ee(t,n),resolutions:r,tileSize:i})}function Nh(t){const e=t||{},i=e.extent||tn("EPSG:3857").getExtent(),n={extent:i,minZoom:e.minZoom,tileSize:e.tileSize,resolutions:Dh(i,e.maxZoom,e.tileSize,e.maxResolution)};return new Ph(n)}function Dh(t,e,i,n){e=void 0!==e?e:Ks,i=xl(void 0!==i?i:Hs);const r=be(t),s=Ie(t);n=n>0?n:Math.max(s/i[0],r/i[1]);const o=e+1,a=new Array(o);for(let t=0;ti.highWaterMark&&(i.highWaterMark=t)}useTile(t,e,i,n){}};function Uh(t,e){const i=/\{z\}/g,n=/\{x\}/g,r=/\{y\}/g,s=/\{-y\}/g;return function(o,a,l){if(o)return t.replace(i,o[0].toString()).replace(n,o[1].toString()).replace(r,o[2].toString()).replace(s,(function(){const t=o[0],i=e.getFullTileRange(t);if(!i)throw new Error("The {-y} placeholder requires a tile grid with extent");return(i.getHeight()-o[2]-1).toString()}))}}function zh(t,e){const i=t.length,n=new Array(i);for(let r=0;rthis.getTileInternal(t,e,i,n,s)),this.reprojectionErrorThreshold_,this.renderReprojectionEdges_,this.tileOptions);return f.key=c,l?(f.interimTile=l,f.refreshInterimChain(),o.replace(h,f)):o.set(h,f),f}getTileInternal(t,e,i,n,r){let s=null;const o=Ll(t,e,i),a=this.getKey();if(this.tileCache.containsKey(o)){if(s=this.tileCache.get(o),s.key!=a){const l=s;s=this.createTile_(t,e,i,n,r,a),l.getState()==q?s.interimTile=l.interimTile:s.interimTile=l,s.refreshInterimChain(),this.tileCache.replace(o,s)}}else s=this.createTile_(t,e,i,n,r,a),this.tileCache.set(o,s);return s}setRenderReprojectionEdges(t){if(this.renderReprojectionEdges_!=t){this.renderReprojectionEdges_=t;for(const t in this.tileCacheForProjection)this.tileCacheForProjection[t].clear();this.changed()}}setTileGridForProjection(t,e){const i=tn(t);if(i){const t=U(i);t in this.tileGridForProjection||(this.tileGridForProjection[t]=e)}}clear(){super.clear();for(const t in this.tileCacheForProjection)this.tileCacheForProjection[t].clear()}};function Kh(t){const e=t[0],i=new Array(e);let n,r,s=1<>=1;return i.join("")}var Hh=class extends qh{constructor(t){const e=void 0!==t.hidpi&&t.hidpi;super({cacheSize:t.cacheSize,crossOrigin:"anonymous",interpolate:t.interpolate,opaque:!0,projection:tn("EPSG:3857"),reprojectionErrorThreshold:t.reprojectionErrorThreshold,state:"loading",tileLoadFunction:t.tileLoadFunction,tilePixelRatio:e?2:1,wrapX:void 0===t.wrapX||t.wrapX,transition:t.transition,zDirection:t.zDirection}),this.hidpi_=e,this.culture_=void 0!==t.culture?t.culture:"en-us",this.maxZoom_=void 0!==t.maxZoom?t.maxZoom:-1,this.apiKey_=t.key,this.imagerySet_=t.imagerySet,this.placeholderTiles_=t.placeholderTiles;const i="https://dev.virtualearth.net/REST/v1/Imagery/Metadata/"+this.imagerySet_+"?uriScheme=https&include=ImageryProviders&key="+this.apiKey_+"&c="+this.culture_;fetch(i).then((t=>t.json())).then((t=>this.handleImageryMetadataResponse(t)))}getApiKey(){return this.apiKey_}getImagerySet(){return this.imagerySet_}handleImageryMetadataResponse(t){if(200!=t.statusCode||"OK"!=t.statusDescription||"ValidCredentials"!=t.authenticationResultCode||1!=t.resourceSets.length||1!=t.resourceSets[0].resources.length)return void this.setState("error");const e=t.resourceSets[0].resources[0],i=-1==this.maxZoom_?e.zoomMax:this.maxZoom_,n=Gh(this.getProjection()),r=this.hidpi_?2:1,s=e.imageWidth==e.imageHeight?e.imageWidth/r:[e.imageWidth/r,e.imageHeight/r],o=Nh({extent:n,minZoom:e.zoomMin,maxZoom:i,tileSize:s});this.tileGrid=o;const a=this.culture_,l=this.hidpi_,h=this.placeholderTiles_;if(this.tileUrlFunction=Xh(e.imageUrlSubdomains.map((function(t){const i=[0,0,0],n=e.imageUrl.replace("{subdomain}",t).replace("{culture}",a);return function(t,e,r){if(!t)return;Il(t[0],t[1],t[2],i);const s=new URL(n.replace("{quadkey}",Kh(i))),o=s.searchParams;return l&&(o.set("dpi","d1"),o.set("device","mobile")),!0===h?o.delete("n"):!1===h&&o.set("n","z"),s.toString()}}))),e.imageryProviders){const t=hn(tn("EPSG:4326"),this.getProjection());this.setAttributions((i=>{const n=[],r=i.viewState,s=this.getTileGrid(),o=s.getZForResolution(r.resolution,this.zDirection),a=s.getTileCoordForCoordAndZ(r.center,o)[0];return e.imageryProviders.map((function(e){let r=!1;const s=e.coverageAreas;for(let e=0,n=s.length;e=n.zoomMin&&a<=n.zoomMax){const e=n.bbox;if(Le(De([e[1],e[0],e[3],e[2]],t),i.extent)){r=!0;break}}}r&&n.push(e.attribution)})),n.push('Terms of Use'),n}))}this.setState("ready")}};var Jh=class extends qh{constructor(t){const e=void 0!==(t=t||{}).projection?t.projection:"EPSG:3857",i=void 0!==t.tileGrid?t.tileGrid:Nh({extent:Gh(e),maxResolution:t.maxResolution,maxZoom:t.maxZoom,minZoom:t.minZoom,tileSize:t.tileSize});super({attributions:t.attributions,cacheSize:t.cacheSize,crossOrigin:t.crossOrigin,interpolate:t.interpolate,opaque:t.opaque,projection:e,reprojectionErrorThreshold:t.reprojectionErrorThreshold,tileGrid:i,tileLoadFunction:t.tileLoadFunction,tilePixelRatio:t.tilePixelRatio,tileUrlFunction:t.tileUrlFunction,url:t.url,urls:t.urls,wrapX:void 0===t.wrapX||t.wrapX,transition:t.transition,attributionsCollapsible:t.attributionsCollapsible,zDirection:t.zDirection}),this.gutter_=void 0!==t.gutter?t.gutter:0}getGutter(){return this.gutter_}};var Qh=class extends Jh{constructor(t){super({attributions:t.attributions,cacheSize:t.cacheSize,crossOrigin:t.crossOrigin,maxZoom:void 0!==t.maxZoom?t.maxZoom:18,minZoom:t.minZoom,projection:t.projection,transition:t.transition,wrapX:t.wrapX,zDirection:t.zDirection}),this.account_=t.account,this.mapId_=t.map||"",this.config_=t.config||{},this.templateCache_={},this.initializeMap_()}getConfig(){return this.config_}updateConfig(t){Object.assign(this.config_,t),this.initializeMap_()}setConfig(t){this.config_=t||{},this.initializeMap_()}initializeMap_(){const t=JSON.stringify(this.config_);if(this.templateCache_[t])return void this.applyTemplate_(this.templateCache_[t]);let e="https://"+this.account_+".carto.com/api/v1/map";this.mapId_&&(e+="/named/"+this.mapId_);const i=new XMLHttpRequest;i.addEventListener("load",this.handleInitResponse_.bind(this,t)),i.addEventListener("error",this.handleInitError_.bind(this)),i.open("POST",e),i.setRequestHeader("Content-type","application/json"),i.send(JSON.stringify(this.config_))}handleInitResponse_(t,e){const i=e.target;if(!i.status||i.status>=200&&i.status<300){let e;try{e=JSON.parse(i.responseText)}catch(t){return void this.setState("error")}this.applyTemplate_(e),this.templateCache_[t]=e,this.setState("ready")}else this.setState("error")}handleInitError_(t){this.setState("error")}applyTemplate_(t){const e="https://"+t.cdn_url.https+"/"+this.account_+"/api/v1/map/"+t.layergroupid+"/{z}/{x}/{y}.png";this.setUrl(e)}};function tc(t,e,i,n,r){ec(t,e,i||0,n||t.length-1,r||nc)}function ec(t,e,i,n,r){for(;n>i;){if(n-i>600){var s=n-i+1,o=e-i+1,a=Math.log(s),l=.5*Math.exp(2*a/3),h=.5*Math.sqrt(a*l*(s-l)/s)*(o-s/2<0?-1:1);ec(t,e,Math.max(i,Math.floor(e-o*l/s+h)),Math.min(n,Math.floor(e+(s-o)*l/s+h)),r)}var c=t[e],u=i,d=n;for(ic(t,i,e),r(t[n],c)>0&&ic(t,i,n);u0;)d--}0===r(t[i],c)?ic(t,i,d):ic(t,++d,n),d<=e&&(i=d+1),e<=d&&(n=d-1)}}function ic(t,e,i){var n=t[e];t[e]=t[i],t[i]=n}function nc(t,e){return te?1:0}let rc=class{constructor(t=9){this._maxEntries=Math.max(4,t),this._minEntries=Math.max(2,Math.ceil(.4*this._maxEntries)),this.clear()}all(){return this._all(this.data,[])}search(t){let e=this.data;const i=[];if(!pc(t,e))return i;const n=this.toBBox,r=[];for(;e;){for(let s=0;s=0&&r[e].children.length>this._maxEntries;)this._split(r,e),e--;this._adjustParentBBoxes(n,r,e)}_split(t,e){const i=t[e],n=i.children.length,r=this._minEntries;this._chooseSplitAxis(i,r,n);const s=this._chooseSplitIndex(i,r,n),o=mc(i.children.splice(s,i.children.length-s));o.height=i.height,o.leaf=i.leaf,oc(i,this.toBBox),oc(o,this.toBBox),e?t[e-1].children.push(o):this._splitRoot(i,o)}_splitRoot(t,e){this.data=mc([t,e]),this.data.height=t.height+1,this.data.leaf=!1,oc(this.data,this.toBBox)}_chooseSplitIndex(t,e,i){let n,r=1/0,s=1/0;for(let o=e;o<=i-e;o++){const e=ac(t,0,o,this.toBBox),a=ac(t,o,i,this.toBBox),l=gc(e,a),h=uc(e)+uc(a);l=e;n--){const e=t.children[n];lc(o,t.leaf?r(e):e),a+=dc(o)}return a}_adjustParentBBoxes(t,e,i){for(let n=i;n>=0;n--)lc(e[n],t)}_condense(t){for(let e,i=t.length-1;i>=0;i--)0===t[i].children.length?i>0?(e=t[i-1].children,e.splice(e.indexOf(t[i]),1)):this.clear():oc(t[i],this.toBBox)}};function sc(t,e,i){if(!i)return e.indexOf(t);for(let n=0;n=t.minX&&e.maxY>=t.minY}function mc(t){return{children:t,height:1,leaf:!0,minX:1/0,minY:1/0,maxX:-1/0,maxY:-1/0}}function _c(t,e,i,n,r){const s=[e,i];for(;s.length;){if((i=s.pop())-(e=s.pop())<=n)continue;const o=e+Math.ceil((i-e)/n/2)*n;tc(t,o,e,i,r),s.push(e,o,o,i)}}var yc=class{constructor(t){this.rbush_=new rc(t),this.items_={}}insert(t,e){const i={minX:t[0],minY:t[1],maxX:t[2],maxY:t[3],value:e};this.rbush_.insert(i),this.items_[U(e)]=i}load(t,e){const i=new Array(e.length);for(let n=0,r=e.length;n=e[0]||(t[1]<=e[1]&&t[3]>=e[1]||ye(t,this.intersectsCoordinate.bind(this)))}return!1}setCenter(t){const e=this.stride,i=this.flatCoordinates[e]-this.flatCoordinates[0],n=t.slice();n[e]=n[0]+i;for(let i=1;i1?a:2,o=o||new Array(a);for(let e=0;e>1;r{if(t===this.squaredTolerance_)return this.simplifiedGeometry_;this.simplifiedGeometry_=this.clone(),e&&this.simplifiedGeometry_.applyTransform(e);const i=this.simplifiedGeometry_.getFlatCoordinates();let n;switch(this.type_){case"LineString":i.length=Wn(i,0,this.simplifiedGeometry_.flatCoordinates_.length,this.simplifiedGeometry_.stride_,t,i,0),n=[i.length];break;case"MultiLineString":n=[],i.length=Zn(i,0,this.simplifiedGeometry_.ends_,this.simplifiedGeometry_.stride_,t,i,0,n);break;case"Polygon":n=[],i.length=Kn(i,0,this.simplifiedGeometry_.ends_,this.simplifiedGeometry_.stride_,Math.sqrt(t),i,0,n)}return n&&(this.simplifiedGeometry_=new Gc(this.type_,i,n,2,this.properties_,this.id_)),this.squaredTolerance_=t,this.simplifiedGeometry_})),this}}function jc(t){const e=t.getType();switch(e){case"Point":return new ar(t.getFlatCoordinates());case"MultiPoint":return new Ac(t.getFlatCoordinates(),"XY");case"LineString":return new Fc(t.getFlatCoordinates(),"XY");case"MultiLineString":return new Lc(t.getFlatCoordinates(),"XY",t.getEnds());case"Polygon":const i=t.getFlatCoordinates(),n=t.getEnds(),r=br(i,n);return r.length>1?new Dc(i,"XY",r):new Pr(i,"XY",n);default:throw new Error("Invalid geometry type:"+e)}}Gc.prototype.getFlatCoordinates=Gc.prototype.getOrientedFlatCoordinates;var Bc=Gc,Uc="addfeature",zc="changefeature",Xc="clear",Vc="removefeature",Wc="featuresloadstart",Zc="featuresloadend",$c="featuresloaderror";class Yc extends e{constructor(t,e,i){super(t),this.feature=e,this.features=i}}var qc=class extends bh{constructor(t){super({attributions:(t=t||{}).attributions,interpolate:!0,projection:void 0,state:"ready",wrapX:void 0===t.wrapX||t.wrapX}),this.on,this.once,this.un,this.loader_=f,this.format_=t.format,this.overlaps_=void 0===t.overlaps||t.overlaps,this.url_=t.url,void 0!==t.loader?this.loader_=t.loader:void 0!==this.url_&&(It(this.format_,"`format` must be set when `url` is set"),this.loader_=Yl(this.url_,this.format_)),this.strategy_=void 0!==t.strategy?t.strategy:ql;const e=void 0===t.useSpatialIndex||t.useSpatialIndex;let i,n;this.featuresRtree_=e?new yc:null,this.loadedExtentsRtree_=new yc,this.loadingExtentsCount_=0,this.nullGeometryFeatures_={},this.idIndex_={},this.uidIndex_={},this.featureChangeKeys_={},this.featuresCollection_=null,Array.isArray(t.features)?n=t.features:t.features&&(i=t.features,n=i.getArray()),e||void 0!==i||(i=new Y(n)),void 0!==n&&this.addFeaturesInternal(n),void 0!==i&&this.bindFeaturesCollection_(i)}addFeature(t){this.addFeatureInternal(t),this.changed()}addFeatureInternal(t){const e=U(t);if(!this.addToIndex_(e,t))return void(this.featuresCollection_&&this.featuresCollection_.remove(t));this.setupChangeEvents_(e,t);const i=t.getGeometry();if(i){const e=i.getExtent();this.featuresRtree_&&this.featuresRtree_.insert(e,t)}else this.nullGeometryFeatures_[e]=t;this.dispatchEvent(new Yc(Uc,t))}setupChangeEvents_(t,e){e instanceof Bc||(this.featureChangeKeys_[t]=[A(e,v,this.handleFeatureChange_,this),A(e,i,this.handleFeatureChange_,this)])}addToIndex_(t,e){let i=!0;if(void 0!==e.getId()){const t=String(e.getId());if(t in this.idIndex_)if(e instanceof Bc){const n=this.idIndex_[t];n instanceof Bc?Array.isArray(n)?n.push(e):this.idIndex_[t]=[n,e]:i=!1}else i=!1;else this.idIndex_[t]=e}return i&&(It(!(t in this.uidIndex_),"The passed `feature` was already added to the source"),this.uidIndex_[t]=e),i}addFeatures(t){this.addFeaturesInternal(t),this.changed()}addFeaturesInternal(t){const e=[],i=[],n=[];for(let e=0,n=t.length;e{e||(e=!0,this.addFeature(t.element),e=!1)})),t.addEventListener(W,(t=>{e||(e=!0,this.removeFeature(t.element),e=!1)})),this.featuresCollection_=t}clear(t){if(t){for(const t in this.featureChangeKeys_){this.featureChangeKeys_[t].forEach(N)}this.featuresCollection_||(this.featureChangeKeys_={},this.idIndex_={},this.uidIndex_={})}else if(this.featuresRtree_){const t=t=>{this.removeFeatureInternal(t)};this.featuresRtree_.forEach(t);for(const t in this.nullGeometryFeatures_)this.removeFeatureInternal(this.nullGeometryFeatures_[t])}this.featuresCollection_&&this.featuresCollection_.clear(),this.featuresRtree_&&this.featuresRtree_.clear(),this.nullGeometryFeatures_={};const e=new Yc(Xc);this.dispatchEvent(e),this.changed()}forEachFeature(t){if(this.featuresRtree_)return this.featuresRtree_.forEach(t);this.featuresCollection_&&this.featuresCollection_.forEach(t)}forEachFeatureAtCoordinateDirect(t,e){const i=[t[0],t[1],t[0],t[1]];return this.forEachFeatureInExtent(i,(function(i){const n=i.getGeometry();if(n instanceof Bc||n.intersectsCoordinate(t))return e(i)}))}forEachFeatureInExtent(t,e){if(this.featuresRtree_)return this.featuresRtree_.forEachInExtent(t,e);this.featuresCollection_&&this.featuresCollection_.forEach(e)}forEachFeatureIntersectingExtent(t,e){return this.forEachFeatureInExtent(t,(function(i){const n=i.getGeometry();if(n instanceof Bc||n.intersectsExtent(t)){const t=e(i);if(t)return t}}))}getFeaturesCollection(){return this.featuresCollection_}getFeatures(){let t;return this.featuresCollection_?t=this.featuresCollection_.getArray().slice(0):this.featuresRtree_&&(t=this.featuresRtree_.getAll(),y(this.nullGeometryFeatures_)||h(t,Object.values(this.nullGeometryFeatures_))),t}getFeaturesAtCoordinate(t){const e=[];return this.forEachFeatureAtCoordinateDirect(t,(function(t){e.push(t)})),e}getFeaturesInExtent(t,e){if(this.featuresRtree_){if(!(e&&e.canWrapX()&&this.getWrapX()))return this.featuresRtree_.getInExtent(t);const i=Ge(t,e);return[].concat(...i.map((t=>this.featuresRtree_.getInExtent(t))))}return this.featuresCollection_?this.featuresCollection_.getArray().slice(0):[]}getClosestFeatureToCoordinate(t,e){const i=t[0],n=t[1];let r=null;const s=[NaN,NaN];let o=1/0;const a=[-1/0,-1/0,1/0,1/0];return e=e||d,this.featuresRtree_.forEachInExtent(a,(function(t){if(e(t)){const e=t.getGeometry(),l=o;if(o=e instanceof Bc?0:e.closestPointXY(i,n,s,o),o{--this.loadingExtentsCount_,this.dispatchEvent(new Yc(Zc,void 0,t))}),(()=>{--this.loadingExtentsCount_,this.dispatchEvent(new Yc($c))})),n.insert(s,{extent:s.slice()}))}this.loading=!(this.loader_.length<4)&&this.loadingExtentsCount_>0}refresh(){this.clear(!0),this.loadedExtentsRtree_.clear(),super.refresh()}removeLoadedExtent(t){const e=this.loadedExtentsRtree_;let i;e.forEachInExtent(t,(function(e){if(ce(e.extent,t))return i=e,!0})),i&&e.remove(i)}removeFeature(t){if(!t)return;const e=U(t);e in this.nullGeometryFeatures_?delete this.nullGeometryFeatures_[e]:this.featuresRtree_&&this.featuresRtree_.remove(t);this.removeFeatureInternal(t)&&this.changed()}removeFeatureInternal(t){const e=U(t),i=this.featureChangeKeys_[e];if(!i)return;i.forEach(N),delete this.featureChangeKeys_[e];const n=t.getId();return void 0!==n&&delete this.idIndex_[n.toString()],delete this.uidIndex_[e],this.dispatchEvent(new Yc(Vc,t)),t}removeFromIdIndex_(t){let e=!1;for(const i in this.idIndex_){const n=this.idIndex_[i];if(t instanceof Bc&&Array.isArray(n)&&n.includes(t))n.splice(n.indexOf(t),1);else if(this.idIndex_[i]===t){delete this.idIndex_[i],e=!0;break}}return e}setLoader(t){this.loader_=t}setUrl(t){It(this.format_,"`format` must be set when `url` is set"),this.url_=t,this.setLoader(Yl(t,this.format_))}};var Kc=class extends qc{constructor(t){super({attributions:t.attributions,wrapX:t.wrapX}),this.resolution=void 0,this.distance=void 0!==t.distance?t.distance:20,this.minDistance=t.minDistance||0,this.interpolationRatio=0,this.features=[],this.geometryFunction=t.geometryFunction||function(t){const e=t.getGeometry();return It(!e||"Point"===e.getType(),"The default `geometryFunction` can only handle `Point` or null geometries"),e},this.createCustomCluster_=t.createCluster,this.source=null,this.boundRefresh_=this.refresh.bind(this),this.updateDistance(this.distance,this.minDistance),this.setSource(t.source||null)}clear(t){this.features.length=0,super.clear(t)}getDistance(){return this.distance}getSource(){return this.source}loadFeatures(t,e,i){this.source.loadFeatures(t,e,i),e!==this.resolution&&(this.resolution=e,this.refresh())}setDistance(t){this.updateDistance(t,this.minDistance)}setMinDistance(t){this.updateDistance(this.distance,t)}getMinDistance(){return this.minDistance}setSource(t){this.source&&this.source.removeEventListener(v,this.boundRefresh_),this.source=t,t&&t.addEventListener(v,this.boundRefresh_),this.refresh()}refresh(){this.clear(),this.cluster(),this.addFeatures(this.features)}updateDistance(t,e){const i=0===t?0:Math.min(e,t)/t,n=t!==this.distance||this.interpolationRatio!==i;this.distance=t,this.minDistance=e,this.interpolationRatio=i,n&&this.refresh()}cluster(){if(void 0===this.resolution||!this.source)return;const t=[1/0,1/0,-1/0,-1/0],e=this.distance*this.resolution,i=this.source.getFeatures(),n={};for(let r=0,s=i.length;r=0;--e){const n=this.geometryFunction(t[e]);n?Ci(i,n.getCoordinates()):t.splice(e,1)}Mi(i,1/t.length);const n=Se(e),r=this.interpolationRatio,s=new ar([i[0]*(1-r)+n[0]*r,i[1]*(1-r)+n[1]*r]);return this.createCustomCluster_?this.createCustomCluster_(s,t):new At({geometry:s,features:t})}};var Hc=class extends Ft{constructor(t){super({tileCoord:t.tileCoord,loader:()=>Promise.resolve(new Uint8Array(4)),interpolate:t.interpolate,transition:t.transition}),this.pixelRatio_=t.pixelRatio,this.gutter_=t.gutter,this.reprojData_=null,this.reprojError_=null,this.reprojSize_=void 0,this.sourceTileGrid_=t.sourceTileGrid,this.targetTileGrid_=t.targetTileGrid,this.wrappedTileCoord_=t.wrappedTileCoord||t.tileCoord,this.sourceTiles_=[],this.sourcesListenerKeys_=null,this.sourceZ_=0;const e=this.targetTileGrid_.getTileCoordExtent(this.wrappedTileCoord_),i=this.targetTileGrid_.getExtent();let n=this.sourceTileGrid_.getExtent();const r=i?Re(e,i):e;if(0===xe(r))return void(this.state=Q);const s=t.sourceProj,o=s.getExtent();o&&(n=n?Re(n,o):o);const a=this.targetTileGrid_.getResolution(this.wrappedTileCoord_[0]),l=t.targetProj,h=mh(s,l,r,a);if(!isFinite(h)||h<=0)return void(this.state=Q);const c=void 0!==t.errorThreshold?t.errorThreshold:xh;if(this.triangulation_=new vh(s,l,r,n,h*c,a),0===this.triangulation_.getTriangles().length)return void(this.state=Q);this.sourceZ_=this.sourceTileGrid_.getZForResolution(h);let u=this.triangulation_.calculateSourceExtent();if(n&&(s.canWrapX()?(u[1]=ui(u[1],n[1],n[3]),u[3]=ui(u[3],n[1],n[3])):u=Re(u,n)),xe(u)){const e=this.sourceTileGrid_.getTileRangeForExtentAndZ(u,this.sourceZ_),i=t.getTileFunction;for(let t=e.minX;t<=e.maxX;t++)for(let n=e.minY;n<=e.maxY;n++){const e=i(this.sourceZ_,t,n,this.pixelRatio_);e&&this.sourceTiles_.push(e)}0===this.sourceTiles_.length&&(this.state=Q)}else this.state=Q}getSize(){return this.reprojSize_}getData(){return this.reprojData_}getError(){return this.reprojError_}reproject_(){const t=[];if(this.sourceTiles_.forEach((e=>{if(!e||e.getState()!==H)return;const i=e.getSize(),n=this.gutter_;let r;const s=Ct(e.getData());r=s||Rt(Tt(e.getData()));const o=[i[0]+2*n,i[1]+2*n],a=r instanceof Float32Array,l=o[0]*o[1],h=a?Float32Array:Uint8Array,c=new h(r.buffer),u=h.BYTES_PER_ELEMENT,d=u*c.length/l,g=c.byteLength/o[1],f=Math.floor(g/u/o[0]),p=l*f;let m=c;if(c.length!==p){m=new h(p);let t=0,e=0;const i=o[0]*f;for(let n=0;n=0;--e){const i=[];for(let n=0,r=t.length;n{const i=e.getState();if(i!==q&&i!==K)return;t++;const n=A(e,v,(function(){const i=e.getState();i!=H&&i!=J&&i!=Q||(N(n),t--,0===t&&(this.unlistenSources_(),this.reproject_()))}),this);this.sourcesListenerKeys_.push(n)})),0===t?setTimeout(this.reproject_.bind(this),0):this.sourceTiles_.forEach((function(t){t.getState()==q&&t.load()}))}unlistenSources_(){this.sourcesListenerKeys_.forEach(N),this.sourcesListenerKeys_=null}};var Jc=class extends Bh{constructor(t){const e=void 0===t.projection?"EPSG:3857":t.projection;let i=t.tileGrid;void 0===i&&e&&(i=Nh({extent:Gh(e),maxResolution:t.maxResolution,maxZoom:t.maxZoom,minZoom:t.minZoom,tileSize:t.tileSize})),super({cacheSize:.1,attributions:t.attributions,attributionsCollapsible:t.attributionsCollapsible,projection:e,tileGrid:i,opaque:t.opaque,state:t.state,wrapX:t.wrapX,transition:t.transition,interpolate:t.interpolate}),this.gutter_=void 0!==t.gutter?t.gutter:0,this.tileSize_=t.tileSize?xl(t.tileSize):null,this.tileSizes_=null,this.tileLoadingKeys_={},this.loader_=t.loader,this.handleTileChange_=this.handleTileChange_.bind(this),this.bandCount=void 0===t.bandCount?4:t.bandCount,this.tileGridForProjection_={},this.tileCacheForProjection_={}}setTileSizes(t){this.tileSizes_=t}getTileSize(t){if(this.tileSizes_)return this.tileSizes_[t];if(this.tileSize_)return this.tileSize_;const e=this.getTileGrid();return e?xl(e.getTileSize(t)):[256,256]}getGutterForProjection(t){const e=this.getProjection();return!e||ln(e,t)?this.gutter_:0}setLoader(t){this.loader_=t}getReprojTile_(t,e,i,n,r){const s=this.getTileCacheForProjection(n),o=Ll(t,e,i);if(s.containsKey(o)){const t=s.get(o);if(t&&t.key==this.getKey())return t}const a=this.getTileGrid(),l=Math.max.apply(null,a.getResolutions().map(((t,e)=>{const i=xl(a.getTileSize(e)),n=this.getTileSize(e);return Math.max(n[0]/i[0],n[1]/i[1])}))),h=this.getTileGridForProjection(r),c=this.getTileGridForProjection(n),u=[t,e,i],d=this.getTileCoordForTileUrlFunction(u,n),g=Object.assign({sourceProj:r,sourceTileGrid:h,targetProj:n,targetTileGrid:c,tileCoord:u,wrappedTileCoord:d,pixelRatio:l,gutter:this.getGutterForProjection(r),getTileFunction:(t,e,i,n)=>this.getTile(t,e,i,n,r)},this.tileOptions),f=new Hc(g);return f.key=this.getKey(),f}getTile(t,e,i,n,r){const s=this.getProjection();if(s&&r&&!ln(s,r))return this.getReprojTile_(t,e,i,r,s);const o=this.getTileSize(t),a=Ll(t,e,i);if(this.tileCache.containsKey(a))return this.tileCache.get(a);const l=this.loader_;const h=Object.assign({tileCoord:[t,e,i],loader:function(){return m((function(){return l(t,e,i)}))},size:o},this.tileOptions),c=new Ft(h);return c.key=this.getKey(),c.addEventListener(v,this.handleTileChange_),this.tileCache.set(a,c),c}handleTileChange_(t){const e=t.target,i=U(e),n=e.getState();let r;n==K?(this.tileLoadingKeys_[i]=!0,r=Sh):i in this.tileLoadingKeys_&&(delete this.tileLoadingKeys_[i],r=n==J?Th:n==H?Eh:void 0),r&&this.dispatchEvent(new jh(r,e))}getTileGridForProjection(t){const e=this.getProjection();if(this.tileGrid&&(!e||ln(e,t)))return this.tileGrid;const i=U(t);return i in this.tileGridForProjection_||(this.tileGridForProjection_[i]=Mh(t)),this.tileGridForProjection_[i]}setTileGridForProjection(t,e){const i=tn(t);if(i){const t=U(i);t in this.tileGridForProjection_||(this.tileGridForProjection_[t]=e)}}getTileCacheForProjection(t){const e=this.getProjection();if(!e||ln(e,t))return this.tileCache;const i=U(t);return i in this.tileCacheForProjection_||(this.tileCacheForProjection_[i]=new kl(.1)),this.tileCacheForProjection_[i]}expireCache(t,e){const i=this.getTileCacheForProjection(t);this.tileCache.expireCache(this.tileCache==i?e:{});for(const t in this.tileCacheForProjection_){const n=this.tileCacheForProjection_[t];n.expireCache(n==i?e:{})}}clear(){super.clear();for(const t in this.tileCacheForProjection_)this.tileCacheForProjection_[t].clear()}};function Qc(t,e){if(!t)return!1;if(!0===t)return!0;if(3!==e.getSamplesPerPixel())return!1;const i=e.fileDirectory.PhotometricInterpretation,n=GeoTIFF.globals.photometricInterpretations;return i===n.CMYK||i===n.YCbCr||i===n.CIELab||i===n.ICCLab}const tu="STATISTICS_MAXIMUM",eu="STATISTICS_MINIMUM";let iu;function nu(t){try{return t.getBoundingBox()}catch(e){return[0,0,t.getWidth(),t.getHeight()]}}function ru(t){try{return t.getOrigin().slice(0,2)}catch(e){return[0,t.getHeight()]}}function su(t,e){try{return t.getResolution(e)}catch(i){return[e.getWidth()/t.getWidth(),e.getHeight()/t.getHeight()]}}function ou(t){const e=t.geoKeys;if(!e)return null;if(e.ProjectedCSTypeGeoKey&&32767!==e.ProjectedCSTypeGeoKey){const t="EPSG:"+e.ProjectedCSTypeGeoKey;let i=tn(t);if(!i){const n=Be(e.ProjLinearUnitsGeoKey);n&&(i=new ze({code:t,units:n}))}return i}if(e.GeographicTypeGeoKey&&32767!==e.GeographicTypeGeoKey){const 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Array(e),this.samplesPerPixel_,this.nodataValues_,this.metadata_,this.normalize_=!1!==t.normalize,this.addAlpha_=!1,this.error_=null,this.convertToRGB_=t.convertToRGB||!1,this.setKey(this.sourceInfo_.map((t=>t.url)).join(","));const i=this,n=new Array(e);for(let t=0;t=0;--t){const i=ou(e[t]);if(i){this.projection=i;break}}}configure_(t){let e,i,n,r,s;const o=new Array(t.length),a=new Array(t.length),l=new Array(t.length);let h=0;const c=t.length;for(let u=0;u{4==(4&(t.fileDirectory.NewSubfileType||0))?d.push(t):c.push(t)}));const g=c.length;if(d.length>0&&d.length!==g)throw new Error(`Expected one mask per image found ${d.length} masks and ${g} images`);let f,p;const m=new Array(g),_=new Array(g),y=new Array(g);a[u]=new Array(g),l[u]=new Array(g);for(let t=0;ty.length&&(h=s.length-y.length);const t=s[s.length-1]/y[y.length-1];this.resolutionFactors_[u]=t;const e=y.map((e=>e*t)),i=`Resolution mismatch for source ${u}, got [${e}] but expected 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e=t.getComplianceLevelSupportedFeatures(),i=Array.isArray(t.imageInfo.profile)&&t.imageInfo.profile.length>1,n=i&&t.imageInfo.profile[1].supports?t.imageInfo.profile[1].supports:[],r=i&&t.imageInfo.profile[1].formats?t.imageInfo.profile[1].formats:[],s=i&&t.imageInfo.profile[1].qualities?t.imageInfo.profile[1].qualities:[];return{url:t.imageInfo["@id"].replace(/\/?(?:info\.json)?$/g,""),sizes:void 0===t.imageInfo.sizes?void 0:t.imageInfo.sizes.map((function(t){return[t.width,t.height]})),tileSize:void 0===t.imageInfo.tiles?void 0:[t.imageInfo.tiles.map((function(t){return t.width}))[0],t.imageInfo.tiles.map((function(t){return void 0===t.height?t.width:t.height}))[0]],resolutions:void 0===t.imageInfo.tiles?void 0:t.imageInfo.tiles.map((function(t){return t.scaleFactors}))[0],supports:[...e.supports,...n],formats:[...e.formats,...r],qualities:[...e.qualities,...s]}},Su[_u]=function(t){const e=t.getComplianceLevelSupportedFeatures(),i=void 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0===t.imageInfo.extraQualities?e.qualities:[...e.qualities,...t.imageInfo.extraQualities],preferredFormat:n}};var Eu=class{constructor(t){this.setImageInfo(t)}setImageInfo(t){this.imageInfo="string"==typeof t?JSON.parse(t):t}getImageApiVersion(){if(void 0===this.imageInfo)return;let t=this.imageInfo["@context"]||"ol-no-context";"string"==typeof t&&(t=[t]);for(let e=0;e0&&"string"==typeof this.imageInfo.profile[0]&&vu.test(this.imageInfo.profile[0]))return this.imageInfo.profile[0]}}getComplianceLevelFromProfile(t){const e=this.getComplianceLevelEntryFromProfile(t);if(void 0===e)return;const i=e.match(/level[0-2](?:\.json)?$/g);return Array.isArray(i)?i[0].replace(".json",""):void 0}getComplianceLevelSupportedFeatures(){if(void 0===this.imageInfo)return;const t=this.getImageApiVersion(),e=this.getComplianceLevelFromProfile(t);return void 0===e?yu.none.none:yu[t][e]}getTileSourceOptions(t){const e=t||{},i=this.getImageApiVersion();if(void 0===i)return;const n=void 0===i?void 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t=Ie(this.targetExtent_)/this.targetResolution_,e=be(this.targetExtent_)/this.targetResolution_;this.canvas_=_h(t,e,this.sourcePixelRatio_,yh(this.sourceImage_.getResolution()),this.maxSourceExtent_,this.targetResolution_,this.targetExtent_,this.triangulation_,[{extent:this.sourceImage_.getExtent(),image:this.sourceImage_.getImage()}],0,void 0,this.interpolate_,!0)}this.state=t,this.changed()}load(){if(this.state==Zr){this.state=$r,this.changed();const t=this.sourceImage_.getState();t==Yr||t==qr?this.reproject_():(this.sourceListenerKey_=A(this.sourceImage_,v,(function(t){const e=this.sourceImage_.getState();e!=Yr&&e!=qr||(this.unlistenSource_(),this.reproject_())}),this),this.sourceImage_.load())}}unlistenSource_(){N(this.sourceListenerKey_),this.sourceListenerKey_=null}};const Ru=4,Pu="imageloadstart",Fu="imageloadend",Iu="imageloaderror";class Lu extends e{constructor(t,e){super(t),this.image=e}}function Mu(t,e){t.getImage().src=e}function Au(t,e,i,n){const r=e/i,s=Se(t),o=Si(Ie(t)/r,Ru),a=Si(be(t)/r,Ru);return Te(s,r,0,[o+2*Si((n-1)*o/2,Ru),a+2*Si((n-1)*a/2,Ru)])}var Ou=class extends bh{constructor(t){super({attributions:t.attributions,projection:t.projection,state:t.state,interpolate:void 0===t.interpolate||t.interpolate}),this.on,this.once,this.un,this.loader=t.loader||null,this.resolutions_=void 0!==t.resolutions?t.resolutions:null,this.reprojectedImage_=null,this.reprojectedRevision_=0,this.image=null,this.wantedExtent_,this.wantedResolution_,this.static_=!!t.loader&&0===t.loader.length,this.wantedProjection_=null}getResolutions(){return this.resolutions_}setResolutions(t){this.resolutions_=t}findNearestResolution(t){const e=this.getResolutions();if(e){t=e[a(e,t,0)]}return t}getImage(t,e,i,n){const r=this.getProjection();if(!r||!n||ln(r,n))return r&&(n=r),this.getImageInternal(t,e,i,n);if(this.reprojectedImage_){if(this.reprojectedRevision_==this.getRevision()&&ln(this.reprojectedImage_.getProjection(),n)&&this.reprojectedImage_.getResolution()==e&&ce(this.reprojectedImage_.getExtent(),t))return this.reprojectedImage_;this.reprojectedImage_.dispose(),this.reprojectedImage_=null}return this.reprojectedImage_=new bu(r,n,t,e,i,((t,e,i)=>this.getImageInternal(t,e,i,r)),this.getInterpolate()),this.reprojectedRevision_=this.getRevision(),this.reprojectedImage_}getImageInternal(t,e,i,n){if(this.loader){const r=Au(t,e,i,1),s=this.findNearestResolution(e);if(this.image&&(this.static_||this.wantedProjection_===n&&(this.wantedExtent_&&ie(this.wantedExtent_,r)||ie(this.image.getExtent(),r))&&(this.wantedResolution_&&yh(this.wantedResolution_)===s||yh(this.image.getResolution())===s)))return this.image;this.wantedProjection_=n,this.wantedExtent_=r,this.wantedResolution_=s,this.image=new es(r,s,i,this.loader),this.image.addEventListener(v,this.handleImageChange.bind(this))}return this.image}handleImageChange(t){const e=t.target;let i;switch(e.getState()){case $r:this.loading=!0,i=Pu;break;case Yr:this.loading=!1,i=Fu;break;case qr:this.loading=!1,i=Iu;break;default:return}this.hasListener(i)&&this.dispatchEvent(new Lu(i,e))}};function Nu(t,e){const i=[];Object.keys(e).forEach((function(t){null!==e[t]&&void 0!==e[t]&&i.push(t+"="+encodeURIComponent(e[t]))}));const n=i.join("&");return t=t.replace(/[?&]$/,""),(t+=t.includes("?")?"&":"?")+n}function Du(t,e,i,n,r,s){const o=r.getCode().split(/:(?=\d+$)/).pop(),a=i/n,l=[vi(Ie(e)/a,Ru),vi(be(e)/a,Ru)];s.SIZE=l[0]+","+l[1],s.BBOX=e.join(","),s.BBOXSR=o,s.IMAGESR=o,s.DPI=Math.round(s.DPI?s.DPI*n:90*n);const h=t.replace(/MapServer\/?$/,"MapServer/export").replace(/ImageServer\/?$/,"ImageServer/exportImage");if(h==t)throw new Error("`options.featureTypes` should be an Array");return Nu(h,s)}function ku(t){const e=t.load?t.load:ts,i=tn(t.projection||"EPSG:3857");return function(n,r,s){s=t.hidpi?s:1;const o={F:"image",FORMAT:"PNG32",TRANSPARENT:!0};Object.assign(o,t.params),n=Au(n,r,s,t.ratio);const a=Du(t.url,n,r,s,i,o),l=new Image;return null!==t.crossOrigin&&(l.crossOrigin=t.crossOrigin),e(l,a).then((t=>{const e=Ie(n)/t.width*s;return{image:t,extent:n,resolution:e,pixelRatio:s}}))}}var Gu=class extends Ou{constructor(t){super({attributions:(t=t||{}).attributions,interpolate:t.interpolate,projection:t.projection,resolutions:t.resolutions}),this.crossOrigin_=void 0!==t.crossOrigin?t.crossOrigin:null,this.hidpi_=void 0===t.hidpi||t.hidpi,this.url_=t.url,this.imageLoadFunction_=void 0!==t.imageLoadFunction?t.imageLoadFunction:Mu,this.params_=t.params||{},this.image_=null,this.imageSize_=[0,0],this.renderedRevision_=0,this.ratio_=void 0!==t.ratio?t.ratio:1.5,this.loaderProjection_=null}getParams(){return this.params_}getImageInternal(t,e,i,n){return void 0===this.url_?null:(this.loader&&this.loaderProjection_===n||(this.loaderProjection_=n,this.loader=ku({crossOrigin:this.crossOrigin_,params:this.params_,projection:n,hidpi:this.hidpi_,url:this.url_,ratio:this.ratio_,load:(t,e)=>(this.image.setImage(t),this.imageLoadFunction_(this.image,e),ts(t))})),super.getImageInternal(t,e,i,n))}getImageLoadFunction(){return this.imageLoadFunction_}getUrl(){return this.url_}setImageLoadFunction(t){this.image_=null,this.imageLoadFunction_=t,this.changed()}setUrl(t){t!=this.url_&&(this.url_=t,this.image_=null,this.changed())}updateParams(t){Object.assign(this.params_,t),this.image_=null,this.changed()}};var ju=class extends Ou{constructor(t){super({attributions:(t=t||{}).attributions,interpolate:t.interpolate,projection:t.projection,resolutions:t.resolutions,state:t.state}),this.canvasFunction_=t.canvasFunction,this.canvas_=null,this.renderedRevision_=0,this.ratio_=void 0!==t.ratio?t.ratio:1.5}getImageInternal(t,e,i,n){e=this.findNearestResolution(e);let r=this.canvas_;if(r&&this.renderedRevision_==this.getRevision()&&r.getResolution()==e&&r.getPixelRatio()==i&&ie(r.getExtent(),t))return r;Oe(t=t.slice(),this.ratio_);const s=[Ie(t)/e*i,be(t)/e*i],o=this.canvasFunction_.call(this,t,e,i,s,n);return o&&(r=new is(t,e,i,o)),this.canvas_=r,this.renderedRevision_=this.getRevision(),r}};function Bu(t,e,i,n,r,s,o){const a=function(t,e,i,n){const r=Ie(t),s=be(t),o=e[0],a=e[1],l=.0254/n;return a*r>o*s?r*i/(o*l):s*i/(a*l)}(i,n,s,o),l=Se(i),h={OPERATION:r?"GETDYNAMICMAPOVERLAYIMAGE":"GETMAPIMAGE",VERSION:"2.0.0",LOCALE:"en",CLIENTAGENT:"ol/source/ImageMapGuide source",CLIP:"1",SETDISPLAYDPI:o,SETDISPLAYWIDTH:Math.round(n[0]),SETDISPLAYHEIGHT:Math.round(n[1]),SETVIEWSCALE:a,SETVIEWCENTERX:l[0],SETVIEWCENTERY:l[1]};return Object.assign(h,e),Nu(t,h)}function Uu(t){const e=t.load||ts;return function(i,n,r){const s=new Image;null!==t.crossOrigin&&(s.crossOrigin=t.crossOrigin);const o=Ie(i=Au(i,n,r,t.ratio))/n,a=be(i)/n,l=[o*r,a*r],h=Bu(t.url,t.params,i,l,t.useOverlay,t.metersPerUnit||1,t.displayDpi||96);return e(s,h).then((t=>({image:t,extent:i,pixelRatio:r})))}}var zu=class extends Ou{constructor(t){super({interpolate:t.interpolate,projection:t.projection,resolutions:t.resolutions}),this.crossOrigin_=void 0!==t.crossOrigin?t.crossOrigin:null,this.displayDpi_=void 0!==t.displayDpi?t.displayDpi:96,this.params_=t.params||{},this.url_=t.url,this.imageLoadFunction_=void 0!==t.imageLoadFunction?t.imageLoadFunction:Mu,this.hidpi_=void 0===t.hidpi||t.hidpi,this.metersPerUnit_=void 0!==t.metersPerUnit?t.metersPerUnit:1,this.ratio_=void 0!==t.ratio?t.ratio:1,this.useOverlay_=void 0!==t.useOverlay&&t.useOverlay,this.image_=null,this.renderedRevision_=0,this.loaderProjection_=null}getParams(){return this.params_}getImageInternal(t,e,i,n){return void 0===this.url_?null:(this.loader&&this.loaderProjection_===n||(this.loaderProjection_=n,this.loader=Uu({crossOrigin:this.crossOrigin_,params:this.params_,hidpi:this.hidpi_,metersPerUnit:this.metersPerUnit_,url:this.url_,useOverlay:this.useOverlay_,ratio:this.ratio_,load:(t,e)=>(this.image.setImage(t),this.imageLoadFunction_(this.image,e),ts(t))})),super.getImageInternal(t,e,i,n))}getImageLoadFunction(){return this.imageLoadFunction_}updateParams(t){Object.assign(this.params_,t),this.changed()}setImageLoadFunction(t){this.image_=null,this.imageLoadFunction_=t,this.changed()}};function Xu(t){const e=t.load||ts,i=t.imageExtent,n=new Image;return null!==t.crossOrigin&&(n.crossOrigin=t.crossOrigin),()=>e(n,t.url).then((t=>{const e=Ie(i)/t.width,n=be(i)/t.height;return{image:t,extent:i,resolution:e!==n?[e,n]:n,pixelRatio:1}}))}var Vu=class extends Ou{constructor(t){const e=void 0!==t.crossOrigin?t.crossOrigin:null,i=void 0!==t.imageLoadFunction?t.imageLoadFunction:Mu;super({attributions:t.attributions,interpolate:t.interpolate,projection:tn(t.projection)}),this.url_=t.url,this.imageExtent_=t.imageExtent,this.image=null,this.image=new es(this.imageExtent_,void 0,1,Xu({url:t.url,imageExtent:t.imageExtent,crossOrigin:e,load:(t,e)=>(this.image.setImage(t),i(this.image,e),ts(t))})),this.image.addEventListener(v,this.handleImageChange.bind(this))}getImageExtent(){return this.imageExtent_}getImageInternal(t,e,i,n){return Le(t,this.image.getExtent())?this.image:null}getUrl(){return this.url_}};const Wu="1.3.0",Zu=[101,101];function $u(t,e,i,n,r){r.WIDTH=i[0],r.HEIGHT=i[1];const s=n.getAxisOrientation();let o;const a=Ti(r.VERSION,"1.3")>=0;return r[a?"CRS":"SRS"]=n.getCode(),o=a&&"ne"==s.substr(0,2)?[e[1],e[0],e[3],e[2]]:e,r.BBOX=o.join(","),Nu(t,r)}function Yu(t,e,i,n,r,s,o){s=Object.assign({REQUEST:"GetMap"},s);const a=e/i,l=[vi(Ie(t)/a,Ru),vi(be(t)/a,Ru)];if(1!=i)switch(o){case"geoserver":const t=90*i+.5|0;"FORMAT_OPTIONS"in s?s.FORMAT_OPTIONS+=";dpi:"+t:s.FORMAT_OPTIONS="dpi:"+t;break;case"mapserver":s.MAP_RESOLUTION=90*i;break;case"carmentaserver":case"qgis":s.DPI=90*i;break;default:throw new Error("Unknown `serverType` configured")}return $u(r,t,l,n,s)}function qu(t,e){return Object.assign({REQUEST:e,SERVICE:"WMS",VERSION:Wu,FORMAT:"image/png",STYLES:"",TRANSPARENT:!0},t)}function Ku(t){const e=void 0===t.hidpi||t.hidpi,i=tn(t.projection||"EPSG:3857"),n=t.ratio||1.5,r=t.load||ts;return(s,o,a)=>{s=Au(s,o,a,n),1==a||e&&void 0!==t.serverType||(a=1);const l=Yu(s,o,a,i,t.url,qu(t.params,"GetMap"),t.serverType),h=new Image;return null!==t.crossOrigin&&(h.crossOrigin=t.crossOrigin),r(h,l).then((t=>({image:t,extent:s,pixelRatio:a})))}}function Hu(t,e,i){if(void 0===t.url)return;const n=tn(t.projection||"EPSG:3857"),r=Te(e,i,0,Zu),s={QUERY_LAYERS:t.params.LAYERS,INFO_FORMAT:"application/json"};Object.assign(s,qu(t.params,"GetFeatureInfo"),t.params);const o=wi((e[0]-r[0])/i,Ru),a=wi((r[3]-e[1])/i,Ru),l=Ti(s.VERSION,"1.3")>=0;return s[l?"I":"X"]=o,s[l?"J":"Y"]=a,$u(t.url,r,Zu,n,s)}function Ju(t,e){if(void 0===t.url)return;const i={SERVICE:"WMS",VERSION:Wu,REQUEST:"GetLegendGraphic",FORMAT:"image/png"};if(void 0===t.params||void 0===t.params.LAYER){const e=t.params.LAYERS;if(!(!Array.isArray(e)||1===e.length))return;i.LAYER=e}if(void 0!==e){const n=tn(t.projection||"EPSG:3857").getMetersPerUnit()||1,r=28e-5;i.SCALE=e*n/r}return Object.assign(i,t.params),Nu(t.url,i)}var Qu=class extends Ou{constructor(t){super({attributions:(t=t||{}).attributions,interpolate:t.interpolate,projection:t.projection,resolutions:t.resolutions}),this.crossOrigin_=void 0!==t.crossOrigin?t.crossOrigin:null,this.url_=t.url,this.imageLoadFunction_=void 0!==t.imageLoadFunction?t.imageLoadFunction:Mu,this.params_=t.params,this.serverType_=t.serverType,this.hidpi_=void 0===t.hidpi||t.hidpi,this.renderedRevision_=0,this.ratio_=void 0!==t.ratio?t.ratio:1.5,this.loaderProjection_=null}getFeatureInfoUrl(t,e,i,n){const r=tn(i),s=this.getProjection();s&&s!==r&&(e=ph(s,r,t,e),t=un(t,r,s));return Hu({url:this.url_,params:{...this.params_,...n},projection:s||r},t,e)}getLegendUrl(t,e){return Ju({url:this.url_,params:{...this.params_,...e}},t)}getParams(){return this.params_}getImageInternal(t,e,i,n){return void 0===this.url_?null:(this.loader&&this.loaderProjection_===n||(this.loaderProjection_=n,this.loader=Ku({crossOrigin:this.crossOrigin_,params:this.params_,projection:n,serverType:this.serverType_,hidpi:this.hidpi_,url:this.url_,ratio:this.ratio_,load:(t,e)=>(this.image.setImage(t),this.imageLoadFunction_(this.image,e),ts(t))})),super.getImageInternal(t,e,i,n))}getImageLoadFunction(){return this.imageLoadFunction_}getUrl(){return this.url_}setImageLoadFunction(t){this.imageLoadFunction_=t,this.changed()}setUrl(t){t!=this.url_&&(this.url_=t,this.loader=null,this.changed())}updateParams(t){Object.assign(this.params_,t),this.changed()}changed(){this.image=null,super.changed()}};const td={"image/png":!0,"image/jpeg":!0,"image/gif":!0,"image/webp":!0},ed={"application/vnd.mapbox-vector-tile":!0,"application/geo+json":!0};function id(t,e){let i,n;for(let r=0;rt.maxTileCol||u.tileRowt.maxTileRow)return}Object.assign(u,_);const d=i.replace(/\{(\w+?)\}/g,(function(t,e){return u[e]}));return th(y,d)}}}function sd(t){return Ql(t.url).then((function(e){return function(t,e){const i=e.tileMatrixSetLimits;let n;if("map"===e.dataType)n=id(e.links,t.mediaType);else{if("vector"!==e.dataType)throw new Error('Expected tileset data type to be "map" or "vector"');n=nd(e.links,t.mediaType,t.supportedMediaTypes)}if(e.tileMatrixSet)return rd(t,e.tileMatrixSet,n,i);const r=e.links.find((t=>"http://www.opengis.net/def/rel/ogc/1.0/tiling-scheme"===t.rel));if(!r)throw new Error("Expected http://www.opengis.net/def/rel/ogc/1.0/tiling-scheme link or tileMatrixSet");const s=r.href;return Ql(th(t.url,s)).then((function(e){return rd(t,e,n,i)}))}(t,e)}))}var od=class extends qh{constructor(t){super({attributions:t.attributions,cacheSize:t.cacheSize,crossOrigin:t.crossOrigin,interpolate:t.interpolate,projection:t.projection,reprojectionErrorThreshold:t.reprojectionErrorThreshold,state:"loading",tileLoadFunction:t.tileLoadFunction,wrapX:void 0===t.wrapX||t.wrapX,transition:t.transition});sd({url:t.url,projection:this.getProjection(),mediaType:t.mediaType,context:t.context||null}).then(this.handleTileSetInfo_.bind(this)).catch(this.handleError_.bind(this))}handleTileSetInfo_(t){this.tileGrid=t.grid,this.setTileUrlFunction(t.urlFunction,t.urlTemplate),this.setState("ready")}handleError_(t){$i(t),this.setState("error")}};var ad=class extends $h{constructor(t){const e=t.projection||"EPSG:3857",i=t.extent||Gh(e),n=t.tileGrid||Nh({extent:i,maxResolution:t.maxResolution,maxZoom:void 0!==t.maxZoom?t.maxZoom:22,minZoom:t.minZoom,tileSize:t.tileSize||512});super({attributions:t.attributions,attributionsCollapsible:t.attributionsCollapsible,cacheSize:t.cacheSize,interpolate:!0,opaque:!1,projection:e,state:t.state,tileGrid:n,tileLoadFunction:t.tileLoadFunction?t.tileLoadFunction:ld,tileUrlFunction:t.tileUrlFunction,url:t.url,urls:t.urls,wrapX:void 0===t.wrapX||t.wrapX,transition:t.transition,zDirection:void 0===t.zDirection?1:t.zDirection}),this.format_=t.format?t.format:null,this.sourceTileCache=new kl(this.tileCache.highWaterMark),this.overlaps_=null==t.overlaps||t.overlaps,this.tileClass=t.tileClass?t.tileClass:Xl,this.tileGrids_={}}getFeaturesInExtent(t){const e=[],i=this.tileCache;if(0===i.getCount())return e;const n=Ol(i.peekFirstKey())[0],r=this.tileGrid;return i.forEach((function(i){if(i.tileCoord[0]!==n||i.getState()!==H)return;const s=i.getSourceTiles();for(let i=0,n=s.length;i{const n=Al(e),r=i.peek(n);if(r){const e=r.sourceTiles;for(let i=0,n=e.length;i{const r=this.tileUrlFunction(n,t,e),s=this.sourceTileCache.containsKey(r)?this.sourceTileCache.get(r):new this.tileClass(n,r?q:Q,r,this.format_,this.tileLoadFunction);i.sourceTiles.push(s);const o=s.getState();if(o{this.handleTileChange(e);const n=s.getState();if(n===H||n===J){const e=s.getKey();e in i.errorTileKeys?s.getState()===H&&delete i.errorTileKeys[e]:i.loadingSourceTiles--,n===J?i.errorTileKeys[e]=!0:s.removeEventListener(v,t),0===i.loadingSourceTiles&&i.setState(y(i.errorTileKeys)?H:J)}};s.addEventListener(v,t),i.loadingSourceTiles++}o===q&&(s.extent=l.getTileCoordExtent(n),s.projection=e,s.resolution=l.getResolution(n[0]),this.sourceTileCache.set(r,s),s.load())})),i.loadingSourceTiles||i.setState(i.sourceTiles.some((t=>t.getState()===J))?J:H)}return i.sourceTiles}getTile(t,e,i,n,r){const s=Ll(t,e,i),o=this.getKey();let a;if(this.tileCache.containsKey(s)&&(a=this.tileCache.get(s),a.key===o))return a;const l=[t,e,i];let h=this.getTileCoordForTileUrlFunction(l,r);const c=this.getTileGrid().getExtent(),u=this.getTileGridForProjection(r);if(h&&c){const e=u.getTileCoordExtent(h);Jt(e,-u.getResolution(t),e),Le(c,e)||(h=null)}let d=!0;if(null!==h){const e=this.tileGrid,i=u.getResolution(t),s=e.getZForResolution(i,1),o=u.getTileCoordExtent(h);Jt(o,-i,o),e.forEachTileCoord(o,s,(t=>{d=d&&!this.tileUrlFunction(t,n,r)}))}const g=new zl(l,d?Q:q,h,this.getSourceTiles.bind(this,n,r));return g.key=o,a?(g.interimTile=a,g.refreshInterimChain(),this.tileCache.replace(s,g)):this.tileCache.set(s,g),g}getTileGridForProjection(t){const e=t.getCode();let i=this.tileGrids_[e];if(!i){const t=this.tileGrid,n=t.getResolutions().slice(),r=n.map((function(e,i){return t.getOrigin(i)})),s=n.map((function(e,i){return t.getTileSize(i)})),o=Ks+1;for(let t=n.length;t{const s=this.loadedTileCallback.bind(this,i,n);return t.forEachLoadedTile(e,n,r,s)}}forEachFeatureAtCoordinate(t,e,i,n,r){}getLayer(){return this.layer_}handleFontsChanged(){}handleImageChange_(t){const e=t.target;e.getState()!==Yr&&e.getState()!==qr||this.renderIfReadyAndVisible()}loadImage(t){let e=t.getState();return e!=Yr&&e!=qr&&t.addEventListener(v,this.boundHandleImageChange_),e==Zr&&(t.load(),e=t.getState()),e==Yr}renderIfReadyAndVisible(){const t=this.getLayer();t&&t.getVisible()&&"ready"===t.getSourceState()&&t.changed()}disposeInternal(){delete this.layer_,super.disposeInternal()}};const fd=[];let pd=null;var md=class extends gd{constructor(t){super(t),this.container=null,this.renderedResolution,this.tempTransform=[1,0,0,1,0,0],this.pixelTransform=[1,0,0,1,0,0],this.inversePixelTransform=[1,0,0,1,0,0],this.context=null,this.containerReused=!1,this.pixelContext_=null,this.frameState=null}getImageData(t,e,i){let n;pd||(pd=mt(1,1,void 0,{willReadFrequently:!0})),pd.clearRect(0,0,1,1);try{pd.drawImage(t,e,i,1,1,0,0,1,1),n=pd.getImageData(0,0,1,1).data}catch(t){return pd=null,null}return n}getBackground(t){let e=this.getLayer().getBackground();return"function"==typeof e&&(e=e(t.viewState.resolution)),e||void 0}useContainer(t,e,i){const n=this.getLayer().getClassName();let r,s;if(t&&t.className===n&&(!i||t&&t.style.backgroundColor&&c(Es(t.style.backgroundColor),Es(i)))){const e=t.firstElementChild;e instanceof HTMLCanvasElement&&(s=e.getContext("2d"))}if(s&&s.canvas.style.transform===e?(this.container=t,this.context=s,this.containerReused=!0):this.containerReused?(this.container=null,this.context=null,this.containerReused=!1):this.container&&(this.container.style.backgroundColor=null),!this.container){r=document.createElement("div"),r.className=n;let t=r.style;t.position="absolute",t.width="100%",t.height="100%",s=mt();const e=s.canvas;r.appendChild(e),t=e.style,t.position="absolute",t.left="0",t.transformOrigin="top left",this.container=r,this.context=s}this.containerReused||!i||this.container.style.backgroundColor||(this.container.style.backgroundColor=i)}clipUnrotated(t,e,i){const n=Pe(i),r=Fe(i),s=we(i),o=ve(i);Bt(e.coordinateToPixelTransform,n),Bt(e.coordinateToPixelTransform,r),Bt(e.coordinateToPixelTransform,s),Bt(e.coordinateToPixelTransform,o);const a=this.inversePixelTransform;Bt(a,n),Bt(a,r),Bt(a,s),Bt(a,o),t.save(),t.beginPath(),t.moveTo(Math.round(n[0]),Math.round(n[1])),t.lineTo(Math.round(r[0]),Math.round(r[1])),t.lineTo(Math.round(s[0]),Math.round(s[1])),t.lineTo(Math.round(o[0]),Math.round(o[1])),t.clip()}dispatchRenderEvent_(t,e,i){const n=this.getLayer();if(n.hasListener(t)){const r=new wo(t,this.inversePixelTransform,i,e);n.dispatchEvent(r)}}preRender(t,e){this.frameState=e,this.dispatchRenderEvent_(zs,t,e)}postRender(t,e){this.dispatchRenderEvent_(Xs,t,e)}getRenderTransform(t,e,i,n,r,s,o){const a=r/2,l=s/2,h=n/e,c=-h,u=-t[0]+o,d=-t[1];return Wt(this.tempTransform,a,l,h,c,-i,u,d)}disposeInternal(){delete this.frameState,super.disposeInternal()}};var _d=class extends md{constructor(t){super(t),this.image_=null}getImage(){return this.image_?this.image_.getImage():null}prepareFrame(t){const e=t.layerStatesArray[t.layerIndex],i=t.pixelRatio,n=t.viewState,r=n.resolution,s=this.getLayer().getSource(),o=t.viewHints;let a=t.extent;if(void 0!==e.extent&&(a=Re(a,xn(e.extent,n.projection))),!o[$s]&&!o[Ys]&&!Me(a))if(s){const t=n.projection,e=s.getImage(a,r,i,t);e&&(this.loadImage(e)?this.image_=e:e.getState()===Kr&&(this.image_=null))}else this.image_=null;return!!this.image_}getData(t){const e=this.frameState;if(!e)return null;const i=this.getLayer(),n=Bt(e.pixelToCoordinateTransform,t.slice()),r=i.getExtent();if(r&&!ee(r,n))return null;const s=this.image_.getExtent(),o=this.image_.getImage(),a=Ie(s),l=Math.floor(o.width*((n[0]-s[0])/a));if(l<0||l>=o.width)return null;const h=be(s),c=Math.floor(o.height*((s[3]-n[1])/h));return c<0||c>=o.height?null:this.getImageData(o,l,c)}renderFrame(t,e){const i=this.image_,n=i.getExtent(),r=i.getResolution(),[s,o]=Array.isArray(r)?r:[r,r],a=i.getPixelRatio(),l=t.layerStatesArray[t.layerIndex],h=t.pixelRatio,c=t.viewState,u=c.center,d=c.resolution,g=h*s/(d*a),f=h*o/(d*a),p=t.extent,m=c.resolution,_=c.rotation,y=Math.round(Ie(p)/m*h),x=Math.round(be(p)/m*h);Wt(this.pixelTransform,t.size[0]/2,t.size[1]/2,1/h,1/h,_,-y/2,-x/2),Zt(this.inversePixelTransform,this.pixelTransform);const v=qt(this.pixelTransform);this.useContainer(e,v,this.getBackground(t));const w=this.context,S=w.canvas;S.width!=y||S.height!=x?(S.width=y,S.height=x):this.containerReused||w.clearRect(0,0,y,x);let E=!1,T=!0;if(l.extent){const e=xn(l.extent,c.projection);T=Le(e,t.extent),E=T&&!ie(e,t.extent),E&&this.clipUnrotated(w,t,e)}const C=i.getImage(),b=Wt(this.tempTransform,y/2,x/2,g,f,0,a*(n[0]-u[0])/s,a*(u[1]-n[3])/o);this.renderedResolution=o*h/a;const R=C.width*b[0],P=C.height*b[3];if(this.getLayer().getSource().getInterpolate()||(w.imageSmoothingEnabled=!1),this.preRender(w,t),T&&R>=.5&&P>=.5){const t=b[4],e=b[5],i=l.opacity;let n;1!==i&&(n=w.globalAlpha,w.globalAlpha=i),w.drawImage(C,0,0,+C.width,+C.height,t,e,R,P),1!==i&&(w.globalAlpha=n)}return this.postRender(w,t),E&&w.restore(),w.imageSmoothingEnabled=!0,v!==S.style.transform&&(S.style.transform=v),this.container}};var yd=class extends dd{constructor(t){super(t)}createRenderer(){return new _d(this)}getData(t){return super.getData(t)}},xd="preload",vd="useInterimTilesOnError";var wd=class extends yo{constructor(t){t=t||{};const e=Object.assign({},t);delete e.preload,delete e.useInterimTilesOnError,super(e),this.on,this.once,this.un,this.setPreload(void 0!==t.preload?t.preload:0),this.setUseInterimTilesOnError(void 0===t.useInterimTilesOnError||t.useInterimTilesOnError)}getPreload(){return this.get(xd)}setPreload(t){this.set(xd,t)}getUseInterimTilesOnError(){return this.get(vd)}setUseInterimTilesOnError(t){this.set(vd,t)}getData(t){return super.getData(t)}};var Sd=class extends md{constructor(t){super(t),this.extentChanged=!0,this.renderedExtent_=null,this.renderedPixelRatio,this.renderedProjection=null,this.renderedRevision,this.renderedTiles=[],this.newTiles_=!1,this.tmpExtent=[1/0,1/0,-1/0,-1/0],this.tmpTileRange_=new Bl(0,0,0,0)}isDrawableTile(t){const e=this.getLayer(),i=t.getState(),n=e.getUseInterimTilesOnError();return i==H||i==Q||i==J&&!n}getTile(t,e,i,n){const r=n.pixelRatio,s=n.viewState.projection,o=this.getLayer();let a=o.getSource().getTile(t,e,i,r,s);return a.getState()==J&&o.getUseInterimTilesOnError()&&o.getPreload()>0&&(this.newTiles_=!0),this.isDrawableTile(a)||(a=a.getInterimTile()),a}getData(t){const e=this.frameState;if(!e)return null;const i=this.getLayer(),n=Bt(e.pixelToCoordinateTransform,t.slice()),r=i.getExtent();if(r&&!ee(r,n))return null;const s=e.pixelRatio,o=e.viewState.projection,a=e.viewState,l=i.getRenderSource(),h=l.getTileGridForProjection(a.projection),c=l.getTilePixelRatio(e.pixelRatio);for(let t=h.getZForResolution(a.resolution);t>=h.getMinZoom();--t){const e=h.getTileCoordForCoordAndZ(n,t),i=l.getTile(t,e[1],e[2],s,o);if(!(i instanceof ns||i instanceof wh)||i instanceof wh&&i.getState()===Q)return null;if(i.getState()!==H)continue;const r=h.getOrigin(t),u=xl(h.getTileSize(t)),d=h.getResolution(t),g=Math.floor(c*((n[0]-r[0])/d-e[1]*u[0])),f=Math.floor(c*((r[1]-n[1])/d-e[2]*u[1])),p=Math.round(c*l.getGutterForProjection(a.projection));return this.getImageData(i.getImage(),g+p,f+p)}return null}loadedTileCallback(t,e,i){return!!this.isDrawableTile(i)&&super.loadedTileCallback(t,e,i)}prepareFrame(t){return!!this.getLayer().getSource()}renderFrame(t,e){const i=t.layerStatesArray[t.layerIndex],n=t.viewState,r=n.projection,o=n.resolution,a=n.center,l=n.rotation,h=t.pixelRatio,c=this.getLayer(),u=c.getSource(),d=u.getRevision(),g=u.getTileGridForProjection(r),f=g.getZForResolution(o,u.zDirection),p=g.getResolution(f);let m=t.extent;const _=t.viewState.resolution,y=u.getTilePixelRatio(h),x=Math.round(Ie(m)/_*h),v=Math.round(be(m)/_*h),w=i.extent&&xn(i.extent,r);w&&(m=Re(m,xn(i.extent,r)));const S=p*x/2/y,E=p*v/2/y,T=[a[0]-S,a[1]-E,a[0]+S,a[1]+E],C=g.getTileRangeForExtentAndZ(m,f),b={};b[f]={};const R=this.createLoadedTileFinder(u,r,b),P=this.tmpExtent,F=this.tmpTileRange_;this.newTiles_=!1;const I=l?Ce(n.center,_,l,t.size):void 0;for(let e=C.minX;e<=C.maxX;++e)for(let n=C.minY;n<=C.maxY;++n){if(l&&!g.tileCoordIntersectsViewport([f,e,n],I))continue;const r=this.getTile(f,e,n,t);if(this.isDrawableTile(r)){const e=U(this);if(r.getState()==H){b[f][r.tileCoord.toString()]=r;let t=r.inTransition(e);t&&1!==i.opacity&&(r.endTransition(e),t=!1),this.newTiles_||!t&&this.renderedTiles.includes(r)||(this.newTiles_=!0)}if(1===r.getAlpha(e,t.time))continue}const s=g.getTileCoordChildTileRange(r.tileCoord,F,P);let o=!1;s&&(o=R(f+1,s)),o||g.forEachTileCoordParentTileRange(r.tileCoord,R,F,P)}const L=p/o*h/y;Wt(this.pixelTransform,t.size[0]/2,t.size[1]/2,1/h,1/h,l,-x/2,-v/2);const M=qt(this.pixelTransform);this.useContainer(e,M,this.getBackground(t));const A=this.context,O=A.canvas;Zt(this.inversePixelTransform,this.pixelTransform),Wt(this.tempTransform,x/2,v/2,L,L,0,-x/2,-v/2),O.width!=x||O.height!=v?(O.width=x,O.height=v):this.containerReused||A.clearRect(0,0,x,v),w&&this.clipUnrotated(A,t,w),u.getInterpolate()||(A.imageSmoothingEnabled=!1),this.preRender(A,t),this.renderedTiles.length=0;let N,D,k,G=Object.keys(b).map(Number);G.sort(s),1!==i.opacity||this.containerReused&&!u.getOpaque(t.viewState.projection)?(N=[],D=[]):G=G.reverse();for(let e=G.length-1;e>=0;--e){const i=G[e],n=u.getTilePixelSize(i,h,r),s=g.getResolution(i)/p,o=n[0]*s*L,a=n[1]*s*L,l=g.getTileCoordForCoordAndZ(Pe(T),i),c=g.getTileCoordExtent(l),d=Bt(this.tempTransform,[y*(c[0]-T[0])/p,y*(T[3]-c[3])/p]),m=y*u.getGutterForProjection(r),_=b[i];for(const e in _){const n=_[e],r=n.tileCoord,s=l[1]-r[1],h=Math.round(d[0]-(s-1)*o),c=l[2]-r[2],g=Math.round(d[1]-(c-1)*a),p=Math.round(d[0]-s*o),y=Math.round(d[1]-c*a),x=h-p,v=g-y,w=f===i,S=w&&1!==n.getAlpha(U(this),t.time);let E=!1;if(!S)if(N){k=[p,y,p+x,y,p+x,y+v,p,y+v];for(let t=0,e=N.length;tthis._maxQueueLength;)this._queue.shift().callback(null,null)}_dispatch(){if(this._running||0===this._queue.length)return;const t=this._queue.shift();this._job=t;const e=t.inputs[0].width,i=t.inputs[0].height,n=t.inputs.map((function(t){return t.data.buffer})),r=this._workers.length;if(this._running=r,1===r)return void this._workers[0].postMessage({buffers:n,meta:t.meta,imageOps:this._imageOps,width:e,height:i},n);const s=t.inputs[0].data.length,o=4*Math.ceil(s/4/r);for(let s=0;sStadia Maps','© OpenMapTiles',cd];t.layer.startsWith("stamen_")&&l.splice(1,0,'© Stamen Design'),super({attributions:l,cacheSize:t.cacheSize,crossOrigin:"anonymous",interpolate:t.interpolate,maxZoom:void 0!==t.maxZoom?t.maxZoom:n.maxZoom,minZoom:void 0!==t.minZoom?t.minZoom:n.minZoom,opaque:r.opaque,reprojectionErrorThreshold:t.reprojectionErrorThreshold,tileLoadFunction:t.tileLoadFunction,transition:t.transition,url:a,tilePixelRatio:o?2:1,wrapX:t.wrapX,zDirection:t.zDirection})}};var Ud=class extends qh{constructor(t){super({attributions:(t=t||{}).attributions,cacheSize:t.cacheSize,crossOrigin:t.crossOrigin,interpolate:t.interpolate,projection:t.projection,reprojectionErrorThreshold:t.reprojectionErrorThreshold,tileGrid:t.tileGrid,tileLoadFunction:t.tileLoadFunction,url:t.url,urls:t.urls,wrapX:void 0===t.wrapX||t.wrapX,transition:t.transition,zDirection:t.zDirection}),this.params_=t.params||{},this.hidpi_=void 0===t.hidpi||t.hidpi,this.tmpExtent_=[1/0,1/0,-1/0,-1/0],this.setKey(this.getKeyForParams_())}getKeyForParams_(){let t=0;const e=[];for(const i in this.params_)e[t++]=i+"-"+this.params_[i];return e.join("/")}getParams(){return this.params_}getRequestUrl_(t,e,i,n,r,s){const o=this.urls;if(!o)return;let a;if(1==o.length)a=o[0];else{a=o[_i(Nl(t),o.length)]}return Du(a,i,(this.tileGrid||this.getTileGridForProjection(r)).getResolution(t[0]),n,r,s)}getTilePixelRatio(t){return this.hidpi_?t:1}updateParams(t){Object.assign(this.params_,t),this.setKey(this.getKeyForParams_())}tileUrlFunction(t,e,i){let n=this.getTileGrid();if(n||(n=this.getTileGridForProjection(i)),n.getResolutions().length<=t[0])return;1==e||this.hidpi_||(e=1);const r=n.getTileCoordExtent(t,this.tmpExtent_);let s=xl(n.getTileSize(t[0]),this.tmpSize);1!=e&&(s=yl(s,e,this.tmpSize));const o={F:"image",FORMAT:"PNG32",TRANSPARENT:!0};return Object.assign(o,this.params_),this.getRequestUrl_(t,s,r,e,i,o)}};var zd=class extends Jh{constructor(t){super({opaque:!1,projection:(t=t||{}).projection,tileGrid:t.tileGrid,wrapX:void 0===t.wrapX||t.wrapX,zDirection:t.zDirection,url:t.template||"z:{z} x:{x} y:{y}",tileLoadFunction:(t,e)=>{const i=t.getTileCoord()[0],n=xl(this.tileGrid.getTileSize(i)),r=mt(n[0],n[1]);r.strokeStyle="grey",r.strokeRect(.5,.5,n[0]+.5,n[1]+.5),r.fillStyle="grey",r.strokeStyle="white",r.textAlign="center",r.textBaseline="middle",r.font="24px sans-serif",r.lineWidth=4,r.strokeText(e,n[0]/2,n[1]/2,n[0]),r.fillText(e,n[0]/2,n[1]/2,n[0]),t.setImage(r.canvas)}})}};var Xd=class extends qh{constructor(t){if(super({attributions:t.attributions,cacheSize:t.cacheSize,crossOrigin:t.crossOrigin,interpolate:t.interpolate,projection:tn("EPSG:3857"),reprojectionErrorThreshold:t.reprojectionErrorThreshold,state:"loading",tileLoadFunction:t.tileLoadFunction,wrapX:void 0===t.wrapX||t.wrapX,transition:t.transition,zDirection:t.zDirection}),this.tileJSON_=null,this.tileSize_=t.tileSize,t.url)if(t.jsonp)Kl(t.url,this.handleTileJSONResponse.bind(this),this.handleTileJSONError.bind(this));else{const e=new XMLHttpRequest;e.addEventListener("load",this.onXHRLoad_.bind(this)),e.addEventListener("error",this.onXHRError_.bind(this)),e.open("GET",t.url),e.send()}else{if(!t.tileJSON)throw new Error("Either `url` or `tileJSON` options must be provided");this.handleTileJSONResponse(t.tileJSON)}}onXHRLoad_(t){const e=t.target;if(!e.status||e.status>=200&&e.status<300){let t;try{t=JSON.parse(e.responseText)}catch(t){return void this.handleTileJSONError()}this.handleTileJSONResponse(t)}else this.handleTileJSONError()}onXHRError_(t){this.handleTileJSONError()}getTileJSON(){return this.tileJSON_}handleTileJSONResponse(t){const e=tn("EPSG:4326"),i=this.getProjection();let n;if(void 0!==t.bounds){const r=hn(e,i);n=De(t.bounds,r)}const r=Gh(i),s=t.minzoom||0,o=Nh({extent:r,maxZoom:t.maxzoom||22,minZoom:s,tileSize:this.tileSize_});if(this.tileGrid=o,this.tileUrlFunction=zh(t.tiles,o),t.attribution&&!this.getAttributions()){const e=void 0!==n?n:r;this.setAttributions((function(i){return Le(e,i.extent)?[t.attribution]:null}))}this.tileJSON_=t,this.setState("ready")}handleTileJSONError(){this.setState("error")}};var Vd=class extends qh{constructor(t){t=t||{};const e=Object.assign({},t.params),i=!("TRANSPARENT"in e)||e.TRANSPARENT;super({attributions:t.attributions,attributionsCollapsible:t.attributionsCollapsible,cacheSize:t.cacheSize,crossOrigin:t.crossOrigin,interpolate:t.interpolate,opaque:!i,projection:t.projection,reprojectionErrorThreshold:t.reprojectionErrorThreshold,tileClass:t.tileClass,tileGrid:t.tileGrid,tileLoadFunction:t.tileLoadFunction,url:t.url,urls:t.urls,wrapX:void 0===t.wrapX||t.wrapX,transition:t.transition,zDirection:t.zDirection}),this.gutter_=void 0!==t.gutter?t.gutter:0,this.params_=e,this.v13_=!0,this.serverType_=t.serverType,this.hidpi_=void 0===t.hidpi||t.hidpi,this.tmpExtent_=[1/0,1/0,-1/0,-1/0],this.updateV13_(),this.setKey(this.getKeyForParams_())}getFeatureInfoUrl(t,e,i,n){const r=tn(i),s=this.getProjection()||r;let o=this.getTileGrid();o||(o=this.getTileGridForProjection(s));const a=un(t,r,s),l=ph(s,r,t,e),h=o.getZForResolution(l,this.zDirection),c=o.getResolution(h),u=o.getTileCoordForCoordAndZ(a,h);if(o.getResolutions().length<=u[0])return;let d=o.getTileCoordExtent(u,this.tmpExtent_);const g=this.gutter_;0!==g&&(d=Jt(d,c*g,d));const f={QUERY_LAYERS:this.params_.LAYERS};Object.assign(f,qu(this.params_,"GetFeatureInfo"),n);const p=Math.floor((a[0]-d[0])/c),m=Math.floor((d[3]-a[1])/c);return f[this.v13_?"I":"X"]=p,f[this.v13_?"J":"Y"]=m,this.getRequestUrl_(u,d,1,s||r,f)}getLegendUrl(t,e){if(void 0===this.urls[0])return;const i={SERVICE:"WMS",VERSION:Wu,REQUEST:"GetLegendGraphic",FORMAT:"image/png"};if(void 0===e||void 0===e.LAYER){const t=this.params_.LAYERS;if(!(!Array.isArray(t)||1===t.length))return;i.LAYER=t}if(void 0!==t){const e=this.getProjection()?this.getProjection().getMetersPerUnit():1,n=28e-5;i.SCALE=t*e/n}return Object.assign(i,e),Nu(this.urls[0],i)}getGutter(){return this.gutter_}getParams(){return this.params_}getRequestUrl_(t,e,i,n,r){const s=this.urls;if(!s)return;let o;if(1==s.length)o=s[0];else{o=s[_i(Nl(t),s.length)]}return Yu(e,(this.tileGrid||this.getTileGridForProjection(n)).getResolution(t[0]),i,n,o,r,this.serverType_)}getTilePixelRatio(t){return this.hidpi_&&void 0!==this.serverType_?t:1}getKeyForParams_(){let t=0;const e=[];for(const i in this.params_)e[t++]=i+"-"+this.params_[i];return e.join("/")}updateParams(t){Object.assign(this.params_,t),this.updateV13_(),this.setKey(this.getKeyForParams_())}updateV13_(){const t=this.params_.VERSION||Wu;this.v13_=Ti(t,"1.3")>=0}tileUrlFunction(t,e,i){let n=this.getTileGrid();if(n||(n=this.getTileGridForProjection(i)),n.getResolutions().length<=t[0])return;1==e||this.hidpi_&&void 0!==this.serverType_||(e=1);const r=n.getResolution(t[0]);let s=n.getTileCoordExtent(t,this.tmpExtent_);const o=this.gutter_;0!==o&&(s=Jt(s,r*o,s));const a=Object.assign({},qu(this.params_,"GetMap"));return this.getRequestUrl_(t,s,e,i,a)}};class Wd extends rt{constructor(t,e,i,n,r,s){super(t,e),this.src_=i,this.extent_=n,this.preemptive_=r,this.grid_=null,this.keys_=null,this.data_=null,this.jsonp_=s}getImage(){return null}getData(t){if(!this.grid_||!this.keys_)return null;const e=(t[0]-this.extent_[0])/(this.extent_[2]-this.extent_[0]),i=(t[1]-this.extent_[1])/(this.extent_[3]-this.extent_[1]),n=this.grid_[Math.floor((1-i)*this.grid_.length)];if("string"!=typeof n)return null;let r=n.charCodeAt(Math.floor(e*n.length));r>=93&&r--,r>=35&&r--,r-=32;let s=null;if(r in this.keys_){const t=this.keys_[r];s=this.data_&&t in this.data_?this.data_[t]:t}return s}forDataAtCoordinate(t,e,i){this.state==Q&&!0===i?(this.state=q,O(this,v,(function(i){e(this.getData(t))}),this),this.loadInternal_()):!0===i?setTimeout((()=>{e(this.getData(t))}),0):e(this.getData(t))}getKey(){return this.src_}handleError_(){this.state=J,this.changed()}handleLoad_(t){this.grid_=t.grid,this.keys_=t.keys,this.data_=t.data,this.state=H,this.changed()}loadInternal_(){if(this.state==q)if(this.state=K,this.jsonp_)Kl(this.src_,this.handleLoad_.bind(this),this.handleError_.bind(this));else{const t=new XMLHttpRequest;t.addEventListener("load",this.onXHRLoad_.bind(this)),t.addEventListener("error",this.onXHRError_.bind(this)),t.open("GET",this.src_),t.send()}}onXHRLoad_(t){const e=t.target;if(!e.status||e.status>=200&&e.status<300){let t;try{t=JSON.parse(e.responseText)}catch(t){return void this.handleError_()}this.handleLoad_(t)}else this.handleError_()}onXHRError_(t){this.handleError_()}load(){this.preemptive_?this.loadInternal_():this.setState(Q)}}var Zd=class extends Bh{constructor(t){if(super({projection:tn("EPSG:3857"),state:"loading",zDirection:t.zDirection}),this.preemptive_=void 0===t.preemptive||t.preemptive,this.tileUrlFunction_=Vh,this.template_=void 0,this.jsonp_=t.jsonp||!1,t.url)if(this.jsonp_)Kl(t.url,this.handleTileJSONResponse.bind(this),this.handleTileJSONError.bind(this));else{const e=new XMLHttpRequest;e.addEventListener("load",this.onXHRLoad_.bind(this)),e.addEventListener("error",this.onXHRError_.bind(this)),e.open("GET",t.url),e.send()}else{if(!t.tileJSON)throw new Error("Either `url` or `tileJSON` options must be provided");this.handleTileJSONResponse(t.tileJSON)}}onXHRLoad_(t){const e=t.target;if(!e.status||e.status>=200&&e.status<300){let t;try{t=JSON.parse(e.responseText)}catch(t){return void this.handleTileJSONError()}this.handleTileJSONResponse(t)}else this.handleTileJSONError()}onXHRError_(t){this.handleTileJSONError()}getTemplate(){return this.template_}forDataAtCoordinateAndResolution(t,e,i,n){if(this.tileGrid){const r=this.tileGrid.getZForResolution(e,this.zDirection),s=this.tileGrid.getTileCoordForCoordAndZ(t,r);this.getTile(s[0],s[1],s[2],1,this.getProjection()).forDataAtCoordinate(t,i,n)}else!0===n?setTimeout((function(){i(null)}),0):i(null)}handleTileJSONError(){this.setState("error")}handleTileJSONResponse(t){const e=tn("EPSG:4326"),i=this.getProjection();let n;if(void 0!==t.bounds){const r=hn(e,i);n=De(t.bounds,r)}const r=Gh(i),s=t.minzoom||0,o=Nh({extent:r,maxZoom:t.maxzoom||22,minZoom:s});this.tileGrid=o,this.template_=t.template;const a=t.grids;if(a){if(this.tileUrlFunction_=zh(a,o),void 0!==t.attribution){const e=void 0!==n?n:r;this.setAttributions((function(i){return Le(e,i.extent)?[t.attribution]:null}))}this.setState("ready")}else this.setState("error")}getTile(t,e,i,n,r){const s=Ll(t,e,i);if(this.tileCache.containsKey(s))return this.tileCache.get(s);const o=[t,e,i],a=this.getTileCoordForTileUrlFunction(o,r),l=this.tileUrlFunction_(a,n,r),h=new Wd(o,void 0!==l?q:Q,void 0!==l?l:"",this.tileGrid.getTileCoordExtent(o),this.preemptive_,this.jsonp_);return this.tileCache.set(s,h),h}useTile(t,e,i){const n=Ll(t,e,i);this.tileCache.containsKey(n)&&this.tileCache.get(n)}};var $d=class extends qh{constructor(t){const e=void 0!==t.requestEncoding?t.requestEncoding:"KVP",i=t.tileGrid;let n=t.urls;void 0===n&&void 0!==t.url&&(n=Wh(t.url)),super({attributions:t.attributions,attributionsCollapsible:t.attributionsCollapsible,cacheSize:t.cacheSize,crossOrigin:t.crossOrigin,interpolate:t.interpolate,projection:t.projection,reprojectionErrorThreshold:t.reprojectionErrorThreshold,tileClass:t.tileClass,tileGrid:i,tileLoadFunction:t.tileLoadFunction,tilePixelRatio:t.tilePixelRatio,urls:n,wrapX:void 0!==t.wrapX&&t.wrapX,transition:t.transition,zDirection:t.zDirection}),this.version_=void 0!==t.version?t.version:"1.0.0",this.format_=void 0!==t.format?t.format:"image/jpeg",this.dimensions_=void 0!==t.dimensions?t.dimensions:{},this.layer_=t.layer,this.matrixSet_=t.matrixSet,this.style_=t.style,this.requestEncoding_=e,this.setKey(this.getKeyForDimensions_()),n&&n.length>0&&(this.tileUrlFunction=Xh(n.map(this.createFromWMTSTemplate.bind(this))))}setUrls(t){this.urls=t;const e=t.join("\n");this.setTileUrlFunction(Xh(t.map(this.createFromWMTSTemplate.bind(this))),e)}getDimensions(){return this.dimensions_}getFormat(){return this.format_}getLayer(){return this.layer_}getMatrixSet(){return this.matrixSet_}getRequestEncoding(){return this.requestEncoding_}getStyle(){return this.style_}getVersion(){return this.version_}getKeyForDimensions_(){const t=this.urls?this.urls.slice(0):[];for(const e in this.dimensions_)t.push(e+"-"+this.dimensions_[e]);return t.join("/")}updateDimensions(t){Object.assign(this.dimensions_,t),this.setKey(this.getKeyForDimensions_())}createFromWMTSTemplate(t){const e=this.requestEncoding_,i={layer:this.layer_,style:this.style_,tilematrixset:this.matrixSet_};"KVP"==e&&Object.assign(i,{Service:"WMTS",Request:"GetTile",Version:this.version_,Format:this.format_}),t="KVP"==e?Nu(t,i):t.replace(/\{(\w+?)\}/g,(function(t,e){return e.toLowerCase()in i?i[e.toLowerCase()]:t}));const n=this.tileGrid,r=this.dimensions_;return function(i,s,o){if(!i)return;const a={TileMatrix:n.getMatrixId(i[0]),TileCol:i[1],TileRow:i[2]};Object.assign(a,r);let l=t;return l="KVP"==e?Nu(l,a):l.replace(/\{(\w+?)\}/g,(function(t,e){return a[e]})),l}}};const Yd=34962,qd=34963,Kd=35044,Hd=35048,Jd=5126,Qd=["experimental-webgl","webgl","webkit-3d","moz-webgl"];function tg(t,e){e=Object.assign({preserveDrawingBuffer:!0,antialias:!lt},e);const i=Qd.length;for(let n=0;n{this.uniforms_.push({value:t.uniforms[i],location:e.getUniformLocation(this.renderTargetProgram_,i)})}))}getGL(){return this.gl_}init(t){const 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t=0;t`vec${t.length}(${t.join(", ")})`)),[$f.Color]:Mp((t=>{const e=t.slice(0,3).map((t=>`${t} / 255.0`));if(3===t.length)return`vec4(${e.join(", ")}, 1.0)`;return`(${t[3]} * vec4(${e.join(", ")}, 1.0))`})),[$f.Band]:Mp((([t,e,i],n)=>{if(!(Fp in n.functions)){let t="";const e=n.bandCount||1;for(let i=0;i{const[i,...n]=e.args,r=n.length,s=new Uint8Array(4*r);for(let t=0;t0)return vp(t.value);if((t.type&Lf)>0)return t.value.toString();if((t.type&Af)>0)return bp(t.value.toString());if((t.type&Of)>0)return Sp(t.value);if((t.type&Nf)>0)return wp(t.value);throw new Error(`Unexpected expression ${t.value} (expected type ${jf(e)})`)}function Np(){return{"fill-color":"rgba(255,255,255,0.4)","stroke-color":"#3399CC","stroke-width":1.25,"circle-radius":5,"circle-fill-color":"rgba(255,255,255,0.4)","circle-stroke-width":1.25,"circle-stroke-color":"#3399CC"}}const Dp="#ifdef GL_FRAGMENT_PRECISION_HIGH\nprecision highp float;\n#else\nprecision mediump float;\n#endif\nuniform mat4 u_projectionMatrix;\nuniform mat4 u_screenToWorldMatrix;\nuniform vec2 u_viewportSizePx;\nuniform float u_pixelRatio;\nuniform float u_globalAlpha;\nuniform float u_time;\nuniform float u_zoom;\nuniform float u_resolution;\nuniform float u_rotation;\nuniform vec4 u_renderExtent;\nuniform vec2 u_patternOrigin;\nuniform float u_depth;\nuniform mediump int u_hitDetection;\n\nconst float PI = 3.141592653589793238;\nconst float TWO_PI = 2.0 * PI;\n\n// this used to produce an alpha-premultiplied color from a texture\nvec4 samplePremultiplied(sampler2D sampler, vec2 texCoord) {\n vec4 color = texture2D(sampler, texCoord);\n return vec4(color.rgb * color.a, color.a);\n}\n",kp={"fill-color":"rgba(255,255,255,0.4)","stroke-color":"#3399CC","stroke-width":1.25,"circle-radius":5,"circle-fill-color":"rgba(255,255,255,0.4)","circle-stroke-width":1.25,"circle-stroke-color":"#3399CC"};class Gp{constructor(){this.uniforms_=[],this.attributes_=[],this.varyings_=[],this.hasSymbol_=!1,this.symbolSizeExpression_=`vec2(${vp(kp["circle-radius"])} + ${vp(.5*kp["circle-stroke-width"])})`,this.symbolRotationExpression_="0.0",this.symbolOffsetExpression_="vec2(0.0)",this.symbolColorExpression_=Sp(kp["circle-fill-color"]),this.texCoordExpression_="vec4(0.0, 0.0, 1.0, 1.0)",this.discardExpression_="false",this.symbolRotateWithView_=!1,this.hasStroke_=!1,this.strokeWidthExpression_=vp(kp["stroke-width"]),this.strokeColorExpression_=Sp(kp["stroke-color"]),this.strokeOffsetExpression_="0.",this.strokeCapExpression_=bp("round"),this.strokeJoinExpression_=bp("round"),this.strokeMiterLimitExpression_="10.",this.strokeDistanceFieldExpression_="-1000.",this.hasFill_=!1,this.fillColorExpression_=Sp(kp["fill-color"]),this.vertexShaderFunctions_=[],this.fragmentShaderFunctions_=[]}addUniform(t){return this.uniforms_.push(t),this}addAttribute(t){return this.attributes_.push(t),this}addVarying(t,e,i){return this.varyings_.push({name:t,type:e,expression:i}),this}setSymbolSizeExpression(t){return this.hasSymbol_=!0,this.symbolSizeExpression_=t,this}getSymbolSizeExpression(){return this.symbolSizeExpression_}setSymbolRotationExpression(t){return this.symbolRotationExpression_=t,this}setSymbolOffsetExpression(t){return this.symbolOffsetExpression_=t,this}getSymbolOffsetExpression(){return this.symbolOffsetExpression_}setSymbolColorExpression(t){return this.hasSymbol_=!0,this.symbolColorExpression_=t,this}getSymbolColorExpression(){return this.symbolColorExpression_}setTextureCoordinateExpression(t){return this.texCoordExpression_=t,this}setFragmentDiscardExpression(t){return this.discardExpression_=t,this}getFragmentDiscardExpression(){return this.discardExpression_}setSymbolRotateWithView(t){return this.symbolRotateWithView_=t,this}setStrokeWidthExpression(t){return this.hasStroke_=!0,this.strokeWidthExpression_=t,this}setStrokeColorExpression(t){return this.hasStroke_=!0,this.strokeColorExpression_=t,this}getStrokeColorExpression(){return this.strokeColorExpression_}setStrokeOffsetExpression(t){return this.strokeOffsetExpression_=t,this}setStrokeCapExpression(t){return this.strokeCapExpression_=t,this}setStrokeJoinExpression(t){return this.strokeJoinExpression_=t,this}setStrokeMiterLimitExpression(t){return this.strokeMiterLimitExpression_=t,this}setStrokeDistanceFieldExpression(t){return this.strokeDistanceFieldExpression_=t,this}setFillColorExpression(t){return this.hasFill_=!0,this.fillColorExpression_=t,this}getFillColorExpression(){return this.fillColorExpression_}addVertexShaderFunction(t){this.vertexShaderFunctions_.includes(t)||this.vertexShaderFunctions_.push(t)}addFragmentShaderFunction(t){this.fragmentShaderFunctions_.includes(t)||this.fragmentShaderFunctions_.push(t)}getSymbolVertexShader(){return this.hasSymbol_?`${Dp}\n${this.uniforms_.map((function(t){return"uniform "+t+";"})).join("\n")}\nattribute vec2 a_position;\nattribute float a_index;\nattribute vec4 a_hitColor;\n${this.attributes_.map((function(t){return"attribute "+t+";"})).join("\n")}\nvarying vec2 v_texCoord;\nvarying vec2 v_quadCoord;\nvarying vec4 v_hitColor;\nvarying vec2 v_centerPx;\nvarying float v_angle;\nvarying vec2 v_quadSizePx;\n${this.varyings_.map((function(t){return"varying "+t.type+" "+t.name+";"})).join("\n")}\n${this.vertexShaderFunctions_.join("\n")}\nvec2 pxToScreen(vec2 coordPx) {\n vec2 scaled = coordPx / u_viewportSizePx / 0.5;\n return scaled;\n}\n\nvec2 screenToPx(vec2 coordScreen) {\n return (coordScreen * 0.5 + 0.5) * u_viewportSizePx;\n}\n\nvoid main(void) {\n v_quadSizePx = ${this.symbolSizeExpression_};\n vec2 halfSizePx = v_quadSizePx * 0.5;\n vec2 centerOffsetPx = ${this.symbolOffsetExpression_};\n vec2 offsetPx = centerOffsetPx;\n if (a_index == 0.0) {\n offsetPx -= halfSizePx;\n } else if (a_index == 1.0) {\n offsetPx += halfSizePx * vec2(1., -1.);\n } else if (a_index == 2.0) {\n offsetPx += halfSizePx;\n } else {\n offsetPx += halfSizePx * vec2(-1., 1.);\n }\n float angle = ${this.symbolRotationExpression_};\n ${this.symbolRotateWithView_?"angle += u_rotation;":""}\n float c = cos(-angle);\n float s = sin(-angle);\n offsetPx = vec2(c * offsetPx.x - s * offsetPx.y, s * offsetPx.x + c * offsetPx.y);\n vec4 center = u_projectionMatrix * vec4(a_position, 0.0, 1.0);\n gl_Position = center + vec4(pxToScreen(offsetPx), u_depth, 0.);\n vec4 texCoord = ${this.texCoordExpression_};\n float u = a_index == 0.0 || a_index == 3.0 ? texCoord.s : texCoord.p;\n float v = a_index == 2.0 || a_index == 3.0 ? texCoord.t : texCoord.q;\n v_texCoord = vec2(u, v);\n v_hitColor = a_hitColor;\n v_angle = angle;\n c = cos(-v_angle);\n s = sin(-v_angle);\n centerOffsetPx = vec2(c * centerOffsetPx.x - s * centerOffsetPx.y, s * centerOffsetPx.x + c * centerOffsetPx.y); \n v_centerPx = screenToPx(center.xy) + centerOffsetPx;\n${this.varyings_.map((function(t){return" "+t.name+" = "+t.expression+";"})).join("\n")}\n}`:null}getSymbolFragmentShader(){return this.hasSymbol_?`${Dp}\n${this.uniforms_.map((function(t){return"uniform "+t+";"})).join("\n")}\nvarying vec2 v_texCoord;\nvarying vec4 v_hitColor;\nvarying vec2 v_centerPx;\nvarying float v_angle;\nvarying vec2 v_quadSizePx;\n${this.varyings_.map((function(t){return"varying "+t.type+" "+t.name+";"})).join("\n")}\n${this.fragmentShaderFunctions_.join("\n")}\n\nvoid main(void) {\n if (${this.discardExpression_}) { discard; }\n vec2 coordsPx = gl_FragCoord.xy / u_pixelRatio - v_centerPx; // relative to center\n float c = cos(v_angle);\n float s = sin(v_angle);\n coordsPx = vec2(c * coordsPx.x - s * coordsPx.y, s * coordsPx.x + c * coordsPx.y);\n gl_FragColor = ${this.symbolColorExpression_};\n if (u_hitDetection > 0) {\n if (gl_FragColor.a < 0.05) { discard; };\n gl_FragColor = v_hitColor;\n }\n}`:null}getStrokeVertexShader(){return this.hasStroke_?`${Dp}\n${this.uniforms_.map((function(t){return"uniform "+t+";"})).join("\n")}\nattribute vec2 a_position;\nattribute float a_index;\nattribute vec2 a_segmentStart;\nattribute vec2 a_segmentEnd;\nattribute float a_parameters;\nattribute float a_distance;\nattribute vec2 a_joinAngles;\nattribute vec4 a_hitColor;\n${this.attributes_.map((function(t){return"attribute "+t+";"})).join("\n")}\nvarying vec2 v_segmentStart;\nvarying vec2 v_segmentEnd;\nvarying float v_angleStart;\nvarying float v_angleEnd;\nvarying float v_width;\nvarying vec4 v_hitColor;\nvarying float v_distanceOffsetPx;\n${this.varyings_.map((function(t){return"varying "+t.type+" "+t.name+";"})).join("\n")}\n${this.vertexShaderFunctions_.join("\n")}\nvec2 worldToPx(vec2 worldPos) {\n vec4 screenPos = u_projectionMatrix * vec4(worldPos, 0.0, 1.0);\n return (0.5 * screenPos.xy + 0.5) * u_viewportSizePx;\n}\n\nvec4 pxToScreen(vec2 pxPos) {\n vec2 screenPos = 2.0 * pxPos / u_viewportSizePx - 1.0;\n return vec4(screenPos, u_depth, 1.0);\n}\n\nbool isCap(float joinAngle) {\n return joinAngle < -0.1;\n}\n\nvec2 getJoinOffsetDirection(vec2 normalPx, float joinAngle) {\n float halfAngle = joinAngle / 2.0;\n float c = cos(halfAngle);\n float s = sin(halfAngle);\n vec2 angleBisectorNormal = vec2(s * normalPx.x + c * normalPx.y, -c * normalPx.x + s * normalPx.y);\n float length = 1.0 / s;\n return angleBisectorNormal * length;\n}\n\nvec2 getOffsetPoint(vec2 point, vec2 normal, float joinAngle, float offsetPx) {\n // if on a cap or the join angle is too high, offset the line along the segment normal\n if (cos(joinAngle) > 0.998 || isCap(joinAngle)) {\n return point - normal * offsetPx;\n }\n // offset is applied along the inverted normal (positive offset goes "right" relative to line direction)\n return point - getJoinOffsetDirection(normal, joinAngle) * offsetPx;\n}\n\nvoid main(void) {\n v_angleStart = a_joinAngles.x;\n v_angleEnd = a_joinAngles.y;\n float vertexNumber = floor(abs(a_parameters) / 10000. + 0.5);\n // we're reading the fractional part while keeping the sign (so -4.12 gives -0.12, 3.45 gives 0.45)\n float angleTangentSum = fract(abs(a_parameters) / 10000.) * 10000. * sign(a_parameters);\n\n float lineWidth = ${this.strokeWidthExpression_};\n float lineOffsetPx = ${this.strokeOffsetExpression_};\n\n // compute segment start/end in px with offset\n vec2 segmentStartPx = worldToPx(a_segmentStart);\n vec2 segmentEndPx = worldToPx(a_segmentEnd);\n vec2 tangentPx = normalize(segmentEndPx - segmentStartPx);\n vec2 normalPx = vec2(-tangentPx.y, tangentPx.x);\n segmentStartPx = getOffsetPoint(segmentStartPx, normalPx, v_angleStart, lineOffsetPx),\n segmentEndPx = getOffsetPoint(segmentEndPx, normalPx, v_angleEnd, lineOffsetPx);\n \n // compute current vertex position\n float normalDir = vertexNumber < 0.5 || (vertexNumber > 1.5 && vertexNumber < 2.5) ? 1.0 : -1.0;\n float tangentDir = vertexNumber < 1.5 ? 1.0 : -1.0;\n float angle = vertexNumber < 1.5 ? v_angleStart : v_angleEnd;\n vec2 joinDirection;\n vec2 positionPx = vertexNumber < 1.5 ? segmentStartPx : segmentEndPx;\n // if angle is too high, do not make a proper join\n if (cos(angle) > 0.985 || isCap(angle)) {\n joinDirection = normalPx * normalDir - tangentPx * tangentDir;\n } else {\n joinDirection = getJoinOffsetDirection(normalPx * normalDir, angle);\n }\n positionPx = positionPx + joinDirection * lineWidth * 0.5;\n gl_Position = pxToScreen(positionPx);\n\n v_segmentStart = segmentStartPx;\n v_segmentEnd = segmentEndPx;\n v_width = lineWidth;\n v_hitColor = a_hitColor;\n v_distanceOffsetPx = a_distance / u_resolution - (lineOffsetPx * angleTangentSum);\n${this.varyings_.map((function(t){return" "+t.name+" = "+t.expression+";"})).join("\n")}\n}`:null}getStrokeFragmentShader(){return this.hasStroke_?`${Dp}\n${this.uniforms_.map((function(t){return"uniform "+t+";"})).join("\n")}\nvarying vec2 v_segmentStart;\nvarying vec2 v_segmentEnd;\nvarying float v_angleStart;\nvarying float v_angleEnd;\nvarying float v_width;\nvarying vec4 v_hitColor;\nvarying float v_distanceOffsetPx;\n${this.varyings_.map((function(t){return"varying "+t.type+" "+t.name+";"})).join("\n")}\n${this.fragmentShaderFunctions_.join("\n")}\n\nvec2 pxToWorld(vec2 pxPos) {\n vec2 screenPos = 2.0 * pxPos / u_viewportSizePx - 1.0;\n return (u_screenToWorldMatrix * vec4(screenPos, 0.0, 1.0)).xy;\n}\n\nbool isCap(float joinAngle) {\n return joinAngle < -0.1;\n}\n\nfloat segmentDistanceField(vec2 point, vec2 start, vec2 end, float width) {\n vec2 tangent = normalize(end - start);\n vec2 normal = vec2(-tangent.y, tangent.x);\n vec2 startToPoint = point - start;\n return abs(dot(startToPoint, normal)) - width * 0.5;\n}\n\nfloat buttCapDistanceField(vec2 point, vec2 start, vec2 end) {\n vec2 startToPoint = point - start;\n vec2 tangent = normalize(end - start);\n return dot(startToPoint, -tangent);\n}\n\nfloat squareCapDistanceField(vec2 point, vec2 start, vec2 end, float width) {\n return buttCapDistanceField(point, start, end) - width * 0.5;\n}\n\nfloat roundCapDistanceField(vec2 point, vec2 start, vec2 end, float width) {\n float onSegment = max(0., 1000. * dot(point - start, end - start)); // this is very high when inside the segment\n return length(point - start) - width * 0.5 - onSegment;\n}\n\nfloat roundJoinDistanceField(vec2 point, vec2 start, vec2 end, float width) {\n return roundCapDistanceField(point, start, end, width);\n}\n\nfloat bevelJoinField(vec2 point, vec2 start, vec2 end, float width, float joinAngle) {\n vec2 startToPoint = point - start;\n vec2 tangent = normalize(end - start);\n float c = cos(joinAngle * 0.5);\n float s = sin(joinAngle * 0.5);\n float direction = -sign(sin(joinAngle));\n vec2 bisector = vec2(c * tangent.x - s * tangent.y, s * tangent.x + c * tangent.y);\n float radius = width * 0.5 * s;\n return dot(startToPoint, bisector * direction) - radius;\n}\n\nfloat miterJoinDistanceField(vec2 point, vec2 start, vec2 end, float width, float joinAngle) {\n if (cos(joinAngle) > 0.985) { // avoid risking a division by zero\n return bevelJoinField(point, start, end, width, joinAngle);\n }\n float miterLength = 1. / sin(joinAngle * 0.5);\n float miterLimit = ${this.strokeMiterLimitExpression_};\n if (miterLength > miterLimit) {\n return bevelJoinField(point, start, end, width, joinAngle);\n }\n return -1000.;\n}\n\nfloat capDistanceField(vec2 point, vec2 start, vec2 end, float width, float capType) {\n if (capType == ${bp("butt")}) {\n return buttCapDistanceField(point, start, end);\n } else if (capType == ${bp("square")}) {\n return squareCapDistanceField(point, start, end, width);\n }\n return roundCapDistanceField(point, start, end, width);\n}\n\nfloat joinDistanceField(vec2 point, vec2 start, vec2 end, float width, float joinAngle, float joinType) {\n if (joinType == ${bp("bevel")}) {\n return bevelJoinField(point, start, end, width, joinAngle);\n } else if (joinType == ${bp("miter")}) {\n return miterJoinDistanceField(point, start, end, width, joinAngle);\n }\n return roundJoinDistanceField(point, start, end, width);\n}\n\nfloat computeSegmentPointDistance(vec2 point, vec2 start, vec2 end, float width, float joinAngle, float capType, float joinType) {\n if (isCap(joinAngle)) {\n return capDistanceField(point, start, end, width, capType);\n }\n return joinDistanceField(point, start, end, width, joinAngle, joinType);\n}\n\nvoid main(void) {\n vec2 currentPoint = gl_FragCoord.xy / u_pixelRatio;\n #ifdef GL_FRAGMENT_PRECISION_HIGH\n vec2 worldPos = pxToWorld(currentPoint);\n if (\n abs(u_renderExtent[0] - u_renderExtent[2]) > 0.0 && (\n worldPos[0] < u_renderExtent[0] ||\n worldPos[1] < u_renderExtent[1] ||\n worldPos[0] > u_renderExtent[2] ||\n worldPos[1] > u_renderExtent[3]\n )\n ) {\n discard;\n }\n #endif\n if (${this.discardExpression_}) { discard; }\n\n float segmentLength = length(v_segmentEnd - v_segmentStart);\n vec2 segmentTangent = (v_segmentEnd - v_segmentStart) / segmentLength;\n vec2 segmentNormal = vec2(-segmentTangent.y, segmentTangent.x);\n vec2 startToPoint = currentPoint - v_segmentStart;\n float currentLengthPx = max(0., min(dot(segmentTangent, startToPoint), segmentLength)) + v_distanceOffsetPx; \n float currentRadiusPx = abs(dot(segmentNormal, startToPoint));\n float currentRadiusRatio = dot(segmentNormal, startToPoint) * 2. / v_width;\n vec4 color = ${this.strokeColorExpression_} * u_globalAlpha;\n float capType = ${this.strokeCapExpression_};\n float joinType = ${this.strokeJoinExpression_};\n float segmentStartDistance = computeSegmentPointDistance(currentPoint, v_segmentStart, v_segmentEnd, v_width, v_angleStart, capType, joinType);\n float segmentEndDistance = computeSegmentPointDistance(currentPoint, v_segmentEnd, v_segmentStart, v_width, v_angleEnd, capType, joinType);\n float distance = max(\n segmentDistanceField(currentPoint, v_segmentStart, v_segmentEnd, v_width),\n max(segmentStartDistance, segmentEndDistance)\n );\n distance = max(distance, ${this.strokeDistanceFieldExpression_});\n gl_FragColor = color * smoothstep(0., -1., distance);\n if (u_hitDetection > 0) {\n if (gl_FragColor.a < 0.1) { discard; };\n gl_FragColor = v_hitColor;\n }\n}`:null}getFillVertexShader(){return this.hasFill_?`${Dp}\n${this.uniforms_.map((function(t){return"uniform "+t+";"})).join("\n")}\nattribute vec2 a_position;\nattribute vec4 a_hitColor;\n${this.attributes_.map((function(t){return"attribute "+t+";"})).join("\n")}\nvarying vec4 v_hitColor;\n${this.varyings_.map((function(t){return"varying "+t.type+" "+t.name+";"})).join("\n")}\n${this.vertexShaderFunctions_.join("\n")}\nvoid main(void) {\n gl_Position = u_projectionMatrix * vec4(a_position, u_depth, 1.0);\n v_hitColor = a_hitColor;\n${this.varyings_.map((function(t){return" "+t.name+" = "+t.expression+";"})).join("\n")}\n}`:null}getFillFragmentShader(){return this.hasFill_?`${Dp}\n${this.uniforms_.map((function(t){return"uniform "+t+";"})).join("\n")}\nvarying vec4 v_hitColor;\n${this.varyings_.map((function(t){return"varying "+t.type+" "+t.name+";"})).join("\n")}\n${this.fragmentShaderFunctions_.join("\n")}\nvec2 pxToWorld(vec2 pxPos) {\n vec2 screenPos = 2.0 * pxPos / u_viewportSizePx - 1.0;\n return (u_screenToWorldMatrix * vec4(screenPos, 0.0, 1.0)).xy;\n}\n\nvec2 worldToPx(vec2 worldPos) {\n vec4 screenPos = u_projectionMatrix * vec4(worldPos, 0.0, 1.0);\n return (0.5 * screenPos.xy + 0.5) * u_viewportSizePx;\n}\n\nvoid main(void) {\n vec2 pxPos = gl_FragCoord.xy / u_pixelRatio;\n vec2 pxOrigin = worldToPx(u_patternOrigin);\n #ifdef GL_FRAGMENT_PRECISION_HIGH\n vec2 worldPos = pxToWorld(pxPos);\n if (\n abs(u_renderExtent[0] - u_renderExtent[2]) > 0.0 && (\n worldPos[0] < u_renderExtent[0] ||\n worldPos[1] < u_renderExtent[1] ||\n worldPos[0] > u_renderExtent[2] ||\n worldPos[1] > u_renderExtent[3]\n )\n ) {\n discard;\n }\n #endif\n if (${this.discardExpression_}) { discard; }\n gl_FragColor = ${this.fillColorExpression_} * u_globalAlpha;\n if (u_hitDetection > 0) {\n if (gl_FragColor.a < 0.1) { discard; };\n gl_FragColor = v_hitColor;\n }\n}`:null}}function jp(t,e){return 2===e?t:t.filter(((t,i)=>i%e<2))}var Bp=class{constructor(){this.globalCounter_=0,this.refToFeature_=new Map,this.uidToRef_=new Map,this.freeGlobalRef_=[],this.polygonBatch={entries:{},geometriesCount:0,verticesCount:0,ringsCount:0},this.pointBatch={entries:{},geometriesCount:0},this.lineStringBatch={entries:{},geometriesCount:0,verticesCount:0}}addFeatures(t,e){for(let i=0;i0?t[i-1]:null,l=a?a[a.length-1]:0,h=o[o.length-1];o=l>0?o.map((t=>t-l)):o,this.addCoordinates_("Polygon",e.slice(l,h),o,n,r,s)}break}case"MultiLineString":{const t=i;for(let i=0,o=t.length;i0?t[i-1]:0;this.addCoordinates_("LineString",e.slice(o,t[i]),null,n,r,s)}break}case"MultiPoint":for(let t=0,i=e.length;t1)return void this.addCoordinates_("MultiPolygon",e,i,n,r,s)}this.polygonBatch.entries[r]||(this.polygonBatch.entries[r]=this.addRefToEntry_(r,{feature:n,flatCoordss:[],verticesCount:0,ringsCount:0,ringsVerticesCounts:[]})),o=e.length/s;const a=i.length,l=i.map(((t,e,i)=>e>0?(t-i[e-1])/s:t/s));this.polygonBatch.verticesCount+=o,this.polygonBatch.ringsCount+=a,this.polygonBatch.geometriesCount++,this.polygonBatch.entries[r].flatCoordss.push(jp(e,s)),this.polygonBatch.entries[r].ringsVerticesCounts.push(l),this.polygonBatch.entries[r].verticesCount+=o,this.polygonBatch.entries[r].ringsCount+=a;for(let i=0,o=t.length;i0?t[i-1]:0;this.addCoordinates_("LinearRing",e.slice(o,t[i]),null,n,r,s)}break}case"Point":this.pointBatch.entries[r]||(this.pointBatch.entries[r]=this.addRefToEntry_(r,{feature:n,flatCoordss:[]})),this.pointBatch.geometriesCount++,this.pointBatch.entries[r].flatCoordss.push(e);break;case"LineString":case"LinearRing":this.lineStringBatch.entries[r]||(this.lineStringBatch.entries[r]=this.addRefToEntry_(r,{feature:n,flatCoordss:[],verticesCount:0})),o=e.length/s,this.lineStringBatch.verticesCount+=o,this.lineStringBatch.geometriesCount++,this.lineStringBatch.entries[r].flatCoordss.push(jp(e,s)),this.lineStringBatch.entries[r].verticesCount+=o}}addRefToEntry_(t,e){const i=this.uidToRef_.get(t),n=i||this.freeGlobalRef_.pop()||++this.globalCounter_;return e.ref=n,i||(this.refToFeature_.set(n,e.feature),this.uidToRef_.set(t,n)),e}returnRef_(t,e){if(!t)throw new Error("This feature has no ref: "+e);this.refToFeature_.delete(t),this.uidToRef_.delete(e),this.freeGlobalRef_.push(t)}changeFeature(t){this.removeFeature(t);const e=t.getGeometry();e&&this.addGeometry_(e,t)}removeFeature(t){let e;e=this.clearFeatureEntryInPointBatch_(t)||e,e=this.clearFeatureEntryInPolygonBatch_(t)||e,e=this.clearFeatureEntryInLineStringBatch_(t)||e,e&&this.returnRef_(e.ref,U(e.feature))}clear(){this.polygonBatch.entries={},this.polygonBatch.geometriesCount=0,this.polygonBatch.verticesCount=0,this.polygonBatch.ringsCount=0,this.lineStringBatch.entries={},this.lineStringBatch.geometriesCount=0,this.lineStringBatch.verticesCount=0,this.pointBatch.entries={},this.pointBatch.geometriesCount=0,this.globalCounter_=0,this.freeGlobalRef_=[],this.refToFeature_.clear(),this.uidToRef_.clear()}getFeatureFromRef(t){return this.refToFeature_.get(t)}};var Up=class extends Pg{constructor(t,e){super(t),this.batch_=new Bp,this.styleRenderers_=e,this.buffers=[],this.maskVertices=new Lg(Yd,Kd),this.setTile(t.tile)}generateMaskBuffer_(){const t=this.tile.getSourceTiles()[0].extent;this.maskVertices.fromArray([t[0],t[1],t[2],t[1],t[2],t[3],t[0],t[3]]),this.helper_.flushBufferData(this.maskVertices)}uploadTile(){this.generateMaskBuffer_(),this.batch_.clear();const t=this.tile.getSourceTiles(),e=t.reduce(((t,e)=>t.concat(e.getFeatures())),[]);this.batch_.addFeatures(e);const i=Vt([1,0,0,1,0,0],-t[0].extent[0],-t[0].extent[1]),n=this.styleRenderers_.map(((t,e)=>t.generateBuffers(this.batch_,i).then((t=>{this.buffers[e]=t}))));Promise.all(n).then((()=>{this.setReady()}))}};function zp(t,e,i){const n=Wf();return n.style=t.style,Lp(e,i,n,t)}function Xp(t){const e=Es(t);return[256*e[0]+e[1],256*e[2]+Math.round(255*e[3])]}function Vp(t){return t===Of?2:t===Nf?4:1}function Wp(t){const e=Vp(t);return e>1?`vec${e}`:"float"}function Zp(t){return(JSON.stringify(t).split("").reduce(((t,e)=>(t<<5)-t+e.charCodeAt(0)),0)>>>0).toString()}function $p(t,e,i,n){let r;if(`${n}radius`in t&&"icon-"!==n?r=zp(i,t[`${n}radius`],Mf):`${n}radius1`in t&&"shape-"===n&&(r=zp(i,t[`${n}radius1`],Mf)),void 0!==r&&(`${n}stroke-width`in t&&(r=`(${r} + ${zp(i,t[`${n}stroke-width`],Mf)} * 0.5)`),e.setSymbolSizeExpression(`vec2(${r} * 2. + 0.5)`)),`${n}scale`in t){const r=zp(i,t[`${n}scale`],Mf|Nf);e.setSymbolSizeExpression(`${e.getSymbolSizeExpression()} * ${r}`)}`${n}displacement`in t&&e.setSymbolOffsetExpression(zp(i,t[`${n}displacement`],Nf)),`${n}rotation`in t&&e.setSymbolRotationExpression(zp(i,t[`${n}rotation`],Mf)),`${n}rotate-with-view`in t&&e.setSymbolRotateWithView(!!t[`${n}rotate-with-view`])}function Yp(t,e,i,n,r){let s="vec4(0.)";if(null!==e&&(s=e),null!==i&&null!==n){s=`mix(${i}, ${s}, ${`smoothstep(-${n} + 0.63, -${n} - 0.58, ${t})`})`}let o=`${s} * ${`(1.0 - smoothstep(-0.63, 0.58, ${t}))`}`;return null!==r&&(o=`${o} * ${r}`),o}function qp(t,e,i,n,r){const s=new Image;let o;return s.crossOrigin=void 0===t[`${n}cross-origin`]?"anonymous":t[`${n}cross-origin`],s.src=t[`${n}src`],s.complete&&s.width&&s.height?o=wp([s.width,s.height]):(i[`u_texture${r}_size`]=()=>s.complete?[s.width,s.height]:[0,0],e.addUniform(`vec2 u_texture${r}_size`),o=`u_texture${r}_size`),i[`u_texture${r}`]=s,e.addUniform(`sampler2D u_texture${r}`),o}function Kp(t,e,i,n,r){let s=zp(i,t[`${e}offset`],Nf);if(`${e}offset-origin`in t)switch(t[`${e}offset-origin`]){case"top-right":s=`vec2(${n}.x, 0.) + ${r} * vec2(-1., 0.) + ${s} * vec2(-1., 1.)`;break;case"bottom-left":s=`vec2(0., ${n}.y) + ${r} * vec2(0., -1.) + ${s} * vec2(1., -1.)`;break;case"bottom-right":s=`${n} - ${r} - ${s}`}return s}function Hp(t){const e={inFragmentShader:!1,properties:{},variables:{},functions:{},style:t},i={inFragmentShader:!0,variables:e.variables,properties:{},functions:{},style:t},n=new Gp,r={};if("icon-src"in t?function(t,e,i,n,r){let s="vec4(1.0)";"icon-color"in t&&(s=zp(r,t["icon-color"],Of)),"icon-opacity"in t&&(s=`${s} * ${zp(r,t["icon-opacity"],Mf)}`);const o=Zp(t["icon-src"]),a=qp(t,e,i,"icon-",o);if(e.setSymbolColorExpression(`${s} * samplePremultiplied(u_texture${o}, v_texCoord)`).setSymbolSizeExpression(a),"icon-width"in t&&"icon-height"in t&&e.setSymbolSizeExpression(`vec2(${zp(n,t["icon-width"],Mf)}, ${zp(n,t["icon-height"],Mf)})`),"icon-offset"in t&&"icon-size"in t){const i=zp(n,t["icon-size"],Nf),r=e.getSymbolSizeExpression();e.setSymbolSizeExpression(i);const s=Kp(t,"icon-",n,"v_quadSizePx",i);e.setTextureCoordinateExpression(`(vec4((${s}).xyxy) + vec4(0., 0., ${i})) / (${r}).xyxy`)}if($p(t,e,n,"icon-"),"icon-anchor"in t){const i=zp(n,t["icon-anchor"],Nf);let r,s="1.0";"icon-scale"in t&&(s=zp(n,t["icon-scale"],Mf|Nf)),r="pixels"===t["icon-anchor-x-units"]&&"pixels"===t["icon-anchor-y-units"]?`${i} * ${s}`:"pixels"===t["icon-anchor-x-units"]?`${i} * vec2(vec2(${s}).x, v_quadSizePx.y)`:"pixels"===t["icon-anchor-y-units"]?`${i} * vec2(v_quadSizePx.x, vec2(${s}).x)`:`${i} * v_quadSizePx`;let o=`v_quadSizePx * vec2(0.5, -0.5) + ${r} * vec2(-1., 1.)`;if("icon-anchor-origin"in t)switch(t["icon-anchor-origin"]){case"top-right":o=`v_quadSizePx * -0.5 + ${r}`;break;case"bottom-left":o=`v_quadSizePx * 0.5 - ${r}`;break;case"bottom-right":o=`v_quadSizePx * vec2(-0.5, 0.5) + ${r} * vec2(1., -1.)`}e.setSymbolOffsetExpression(`${e.getSymbolOffsetExpression()} + ${o}`)}}(t,n,r,e,i):"shape-points"in t?function(t,e,i,n,r){r.functions.round="float round(float v) {\n return sign(v) * floor(abs(v) + 0.5);\n}",r.functions.starDistanceField="float starDistanceField(vec2 point, float numPoints, float radiusIn, float radiusOut, float angle) {\n float startAngle = -PI * 0.5 + angle; // tip starts upwards and rotates clockwise with angle\n float c = cos(startAngle);\n float s = sin(startAngle);\n vec2 pointRotated = vec2(c * point.x - s * point.y, s * point.x + c * point.y); \n float alpha = TWO_PI / numPoints; // the angle of one sector\n float beta = atan(pointRotated.y, pointRotated.x);\n float gamma = round(beta / alpha) * alpha; // angle in sector\n c = cos(-gamma);\n s = sin(-gamma);\n vec2 inSector = vec2(c * pointRotated.x - s * pointRotated.y, abs(s * pointRotated.x + c * pointRotated.y));\n vec2 tipToPoint = inSector + vec2(-radiusOut, 0.);\n vec2 edgeNormal = vec2(radiusIn * sin(alpha * 0.5), -radiusIn * cos(alpha * 0.5) + radiusOut);\n return dot(normalize(edgeNormal), tipToPoint);\n}",r.functions.regularDistanceField="float regularDistanceField(vec2 point, float numPoints, float radius, float angle) {\n float startAngle = -PI * 0.5 + angle; // tip starts upwards and rotates clockwise with angle\n float c = cos(startAngle);\n float s = sin(startAngle);\n vec2 pointRotated = vec2(c * point.x - s * point.y, s * point.x + c * point.y); \n float alpha = TWO_PI / numPoints; // the angle of one sector\n float radiusIn = radius * cos(PI / numPoints);\n float beta = atan(pointRotated.y, pointRotated.x);\n float gamma = round((beta - alpha * 0.5) / alpha) * alpha + alpha * 0.5; // angle in sector from mid\n c = cos(-gamma);\n s = sin(-gamma);\n vec2 inSector = vec2(c * pointRotated.x - s * pointRotated.y, abs(s * pointRotated.x + c * pointRotated.y));\n return inSector.x - radiusIn;\n}",$p(t,e,n,"shape-");let s=null;"shape-opacity"in t&&(s=zp(r,t["shape-opacity"],Mf));let o="coordsPx";"shape-scale"in t&&(o=`coordsPx / ${zp(r,t["shape-scale"],Mf|Nf)}`);let a=null;"shape-fill-color"in t&&(a=zp(r,t["shape-fill-color"],Of));let l=null;"shape-stroke-color"in t&&(l=zp(r,t["shape-stroke-color"],Of));let h=null;"shape-stroke-width"in t&&(h=zp(r,t["shape-stroke-width"],Mf));const c=zp(r,t["shape-points"],Mf);let u,d="0.";if("shape-angle"in t&&(d=zp(r,t["shape-angle"],Mf)),"shape-radius"in t){let e=zp(r,t["shape-radius"],Mf);null!==h&&(e=`${e} + ${h} * 0.5`),u=`regularDistanceField(${o}, ${c}, ${e}, ${d})`}else{let e=zp(r,t["shape-radius1"],Mf),i=zp(r,t["shape-radius2"],Mf);null!==h&&(e=`${e} + ${h} * 0.5`,i=`${i} + ${h} * 0.5`),u=`starDistanceField(${o}, ${c}, ${i}, ${e}, ${d})`}const g=Yp(u,a,l,h,s);e.setSymbolColorExpression(g)}(t,n,0,e,i):"circle-radius"in t&&function(t,e,i,n,r){r.functions.circleDistanceField="float circleDistanceField(vec2 point, float radius) {\n return length(point) - radius;\n}",$p(t,e,n,"circle-");let s=null;"circle-opacity"in t&&(s=zp(r,t["circle-opacity"],Mf));let o="coordsPx";"circle-scale"in t&&(o=`coordsPx / ${zp(r,t["circle-scale"],Mf|Nf)}`);let a=null;"circle-fill-color"in t&&(a=zp(r,t["circle-fill-color"],Of));let l=null;"circle-stroke-color"in t&&(l=zp(r,t["circle-stroke-color"],Of));let h=zp(r,t["circle-radius"],Mf),c=null;"circle-stroke-width"in t&&(c=zp(r,t["circle-stroke-width"],Mf),h=`(${h} + ${c} * 0.5)`);const u=Yp(`circleDistanceField(${o}, ${h})`,a,l,c,s);e.setSymbolColorExpression(u)}(t,n,0,e,i),function(t,e,i,n,r){if("stroke-color"in t&&e.setStrokeColorExpression(zp(r,t["stroke-color"],Of)),"stroke-pattern-src"in t){const n=Zp(t["stroke-pattern-src"]),s=qp(t,e,i,"stroke-pattern-",n);let o=s,a="vec2(0.)";"stroke-pattern-offset"in t&&"stroke-pattern-size"in t&&(o=zp(r,t["stroke-pattern-size"],Nf),a=Kp(t,"stroke-pattern-",r,s,o));let l="0.";"stroke-pattern-spacing"in t&&(l=zp(r,t["stroke-pattern-spacing"],Mf)),r.functions.sampleStrokePattern="vec4 sampleStrokePattern(sampler2D texture, vec2 textureSize, vec2 textureOffset, vec2 sampleSize, float spacingPx, float currentLengthPx, float currentRadiusRatio) {\n float currentLengthScaled = currentLengthPx * sampleSize.y / v_width;\n float spacingScaled = spacingPx * sampleSize.y / v_width;\n float uCoordPx = mod(currentLengthScaled, (sampleSize.x + spacingScaled));\n float vCoordPx = (currentRadiusRatio * 0.5 + 0.5) * sampleSize.y;\n vec2 texCoord = (vec2(uCoordPx, vCoordPx) + textureOffset) / textureSize;\n return uCoordPx > sampleSize.x ? vec4(0.) : samplePremultiplied(texture, texCoord);\n }";const h=`u_texture${n}`;let c="1.";"stroke-color"in t&&(c=e.getStrokeColorExpression()),e.setStrokeColorExpression(`${c} * sampleStrokePattern(${h}, ${s}, ${a}, ${o}, ${l}, currentLengthPx, currentRadiusRatio)`)}if("stroke-width"in t&&e.setStrokeWidthExpression(zp(n,t["stroke-width"],Mf)),"stroke-offset"in t&&e.setStrokeOffsetExpression(zp(n,t["stroke-offset"],Mf)),"stroke-line-cap"in t&&e.setStrokeCapExpression(zp(n,t["stroke-line-cap"],Af)),"stroke-line-join"in t&&e.setStrokeJoinExpression(zp(n,t["stroke-line-join"],Af)),"stroke-miter-limit"in t&&e.setStrokeMiterLimitExpression(zp(n,t["stroke-miter-limit"],Mf)),"stroke-line-dash"in t){r.functions.getSingleDashDistance=`float getSingleDashDistance(float distance, float radius, float dashOffset, float dashLength, float dashLengthTotal, float capType) {\n float localDistance = mod(distance, dashLengthTotal);\n float distanceSegment = abs(localDistance - dashOffset - dashLength * 0.5) - dashLength * 0.5;\n distanceSegment = min(distanceSegment, dashLengthTotal - localDistance);\n if (capType == ${bp("square")}) {\n distanceSegment -= v_width * 0.5;\n } else if (capType == ${bp("round")}) {\n distanceSegment = min(distanceSegment, sqrt(distanceSegment * distanceSegment + radius * radius) - v_width * 0.5);\n }\n return distanceSegment;\n}`;let i=t["stroke-line-dash"].map((t=>zp(r,t,Mf)));i.length%2==1&&(i=[...i,...i]);let s="0.";"stroke-line-dash-offset"in t&&(s=zp(n,t["stroke-line-dash-offset"],Mf));const o=`dashDistanceField_${Zp(t["stroke-line-dash"])}`,a=i.map(((t,e)=>`float dashLength${e} = ${t};`)),l=i.map(((t,e)=>`dashLength${e}`)).join(" + ");let h="0.",c=`getSingleDashDistance(distance, radius, ${h}, dashLength0, totalDashLength, capType)`;for(let t=2;tCp(t.variables[s.name]):s.type===Of?()=>Xp([...Es(t.variables[s.name]||"#eee")]):s.type===Lf?()=>t.variables[s.name]?1:0:()=>t.variables[s.name],r[o]=a})),Object.keys(i.properties).forEach((function(t){const r=i.properties[t];e.properties[t]||(e.properties[t]=r);let s=Wp(r.type),o=`a_prop_${r.name}`;r.type===Of&&(s="vec4",o=`unpackColor(${o})`,n.addVertexShaderFunction("vec4 unpackColor(vec2 packedColor) {\n return fract(packedColor[1] / 256.0) * vec4(\n fract(floor(packedColor[0] / 256.0) / 256.0),\n fract(packedColor[0] / 256.0),\n fract(floor(packedColor[1] / 256.0) / 256.0),\n 1.0\n );\n}")),n.addVarying(`v_prop_${r.name}`,s,o)})),Object.keys(e.properties).forEach((function(t){const i=e.properties[t];n.addAttribute(`${Wp(i.type)} a_prop_${i.name}`)}));const s=Object.keys(e.properties).map((function(t){const i=e.properties[t];let n;return n=i.evaluator?i.evaluator:i.type===Af?t=>Cp(t.get(i.name)):i.type===Of?t=>Xp([...Es(t.get(i.name)||"#eee")]):i.type===Lf?t=>t.get(i.name)?1:0:t=>t.get(i.name),{name:i.name,size:Vp(i.type),callback:n}}));for(const t in e.functions)n.addVertexShaderFunction(e.functions[t]);for(const t in i.functions)n.addFragmentShaderFunction(i.functions[t]);return{builder:n,attributes:s.reduce(((t,e)=>({...t,[e.name]:{callback:e.callback,size:e.size}})),{}),uniforms:r}}class Jp{constructor(t){this.opacity_=t.opacity,this.rotateWithView_=t.rotateWithView,this.rotation_=t.rotation,this.scale_=t.scale,this.scaleArray_=xl(t.scale),this.displacement_=t.displacement,this.declutterMode_=t.declutterMode}clone(){const t=this.getScale();return new Jp({opacity:this.getOpacity(),scale:Array.isArray(t)?t.slice():t,rotation:this.getRotation(),rotateWithView:this.getRotateWithView(),displacement:this.getDisplacement().slice(),declutterMode:this.getDeclutterMode()})}getOpacity(){return this.opacity_}getRotateWithView(){return this.rotateWithView_}getRotation(){return this.rotation_}getScale(){return this.scale_}getScaleArray(){return this.scaleArray_}getDisplacement(){return this.displacement_}getDeclutterMode(){return this.declutterMode_}getAnchor(){return j()}getImage(t){return j()}getHitDetectionImage(){return j()}getPixelRatio(t){return 1}getImageState(){return j()}getImageSize(){return j()}getOrigin(){return j()}getSize(){return j()}setDisplacement(t){this.displacement_=t}setOpacity(t){this.opacity_=t}setRotateWithView(t){this.rotateWithView_=t}setRotation(t){this.rotation_=t}setScale(t){this.scale_=t,this.scaleArray_=xl(t)}listenImageChange(t){j()}load(){j()}unlistenImageChange(t){j()}}var Qp=Jp;class tm extends Qp{constructor(t){super({opacity:1,rotateWithView:void 0!==t.rotateWithView&&t.rotateWithView,rotation:void 0!==t.rotation?t.rotation:0,scale:void 0!==t.scale?t.scale:1,displacement:void 0!==t.displacement?t.displacement:[0,0],declutterMode:t.declutterMode}),this.canvases_,this.hitDetectionCanvas_=null,this.fill_=void 0!==t.fill?t.fill:null,this.origin_=[0,0],this.points_=t.points,this.radius_=void 0!==t.radius?t.radius:t.radius1,this.radius2_=t.radius2,this.angle_=void 0!==t.angle?t.angle:0,this.stroke_=void 0!==t.stroke?t.stroke:null,this.size_,this.renderOptions_,this.render()}clone(){const t=this.getScale(),e=new tm({fill:this.getFill()?this.getFill().clone():void 0,points:this.getPoints(),radius:this.getRadius(),radius2:this.getRadius2(),angle:this.getAngle(),stroke:this.getStroke()?this.getStroke().clone():void 0,rotation:this.getRotation(),rotateWithView:this.getRotateWithView(),scale:Array.isArray(t)?t.slice():t,displacement:this.getDisplacement().slice(),declutterMode:this.getDeclutterMode()});return e.setOpacity(this.getOpacity()),e}getAnchor(){const t=this.size_,e=this.getDisplacement(),i=this.getScaleArray();return[t[0]/2-e[0]/i[0],t[1]/2+e[1]/i[1]]}getAngle(){return this.angle_}getFill(){return this.fill_}setFill(t){this.fill_=t,this.render()}getHitDetectionImage(){return this.hitDetectionCanvas_||(this.hitDetectionCanvas_=this.createHitDetectionCanvas_(this.renderOptions_)),this.hitDetectionCanvas_}getImage(t){let e=this.canvases_[t];if(!e){const i=this.renderOptions_,n=mt(i.size*t,i.size*t);this.draw_(i,n,t),e=n.canvas,this.canvases_[t]=e}return e}getPixelRatio(t){return t}getImageSize(){return this.size_}getImageState(){return Yr}getOrigin(){return this.origin_}getPoints(){return this.points_}getRadius(){return this.radius_}getRadius2(){return this.radius2_}getSize(){return this.size_}getStroke(){return this.stroke_}setStroke(t){this.stroke_=t,this.render()}listenImageChange(t){}load(){}unlistenImageChange(t){}calculateLineJoinSize_(t,e,i){if(0===e||this.points_===1/0||"bevel"!==t&&"miter"!==t)return e;let n=this.radius_,r=void 0===this.radius2_?n:this.radius2_;if(n{this.image_=t,this.handleImageLoad_()})).catch(this.handleImageError_.bind(this))}}replaceColor_(t){if(!this.color_||this.canvas_[t]||this.imageState_!==Yr)return;const e=this.image_,i=document.createElement("canvas");i.width=Math.ceil(e.width*t),i.height=Math.ceil(e.height*t);const n=i.getContext("2d");n.scale(t,t),n.drawImage(e,0,0),n.globalCompositeOperation="multiply",n.fillStyle=ps(this.color_),n.fillRect(0,0,i.width/t,i.height/t),n.globalCompositeOperation="destination-in",n.drawImage(e,0,0),this.canvas_[t]=i}}function lm(t,e,i,n,r){let s=void 0===e?void 0:Is.get(e,i,r);return s||(s=new am(t,t instanceof HTMLImageElement?t.src||void 0:e,i,n,r),Is.set(e,i,r,s)),s}var hm=am;function cm(t,e,i,n){return void 0!==i&&void 0!==n?[i/t,n/e]:void 0!==i?i/t:void 0!==n?n/e:1}class um extends Qp{constructor(t){const e=void 0!==(t=t||{}).opacity?t.opacity:1,i=void 0!==t.rotation?t.rotation:0,n=void 0!==t.scale?t.scale:1,r=void 0!==t.rotateWithView&&t.rotateWithView;super({opacity:e,rotation:i,scale:n,displacement:void 0!==t.displacement?t.displacement:[0,0],rotateWithView:r,declutterMode:t.declutterMode}),this.anchor_=void 0!==t.anchor?t.anchor:[.5,.5],this.normalizedAnchor_=null,this.anchorOrigin_=void 0!==t.anchorOrigin?t.anchorOrigin:"top-left",this.anchorXUnits_=void 0!==t.anchorXUnits?t.anchorXUnits:"fraction",this.anchorYUnits_=void 0!==t.anchorYUnits?t.anchorYUnits:"fraction",this.crossOrigin_=void 0!==t.crossOrigin?t.crossOrigin:null;const s=void 0!==t.img?t.img:null;let o,a=t.src;if(It(!(void 0!==a&&s),"`image` and `src` cannot be provided at the same time"),void 0!==a&&0!==a.length||!s||(a=s.src||U(s)),It(void 0!==a&&a.length>0,"A defined and non-empty `src` or `image` must be provided"),It(!((void 0!==t.width||void 0!==t.height)&&void 0!==t.scale),"`width` or `height` cannot be provided together with `scale`"),void 0!==t.src?o=Zr:void 0!==s&&(o=s instanceof HTMLImageElement?s.complete?s.src?Yr:Zr:$r:Yr),this.color_=void 0!==t.color?Es(t.color):null,this.iconImage_=lm(s,a,this.crossOrigin_,o,this.color_),this.offset_=void 0!==t.offset?t.offset:[0,0],this.offsetOrigin_=void 0!==t.offsetOrigin?t.offsetOrigin:"top-left",this.origin_=null,this.size_=void 0!==t.size?t.size:null,void 0!==t.width||void 0!==t.height){let e,i;if(t.size)[e,i]=t.size;else{const n=this.getImage(1);if(n.width&&n.height)e=n.width,i=n.height;else if(n instanceof HTMLImageElement){this.initialOptions_=t;const e=()=>{if(this.unlistenImageChange(e),!this.initialOptions_)return;const i=this.iconImage_.getSize();this.setScale(cm(i[0],i[1],t.width,t.height))};return void this.listenImageChange(e)}}void 0!==e&&this.setScale(cm(e,i,t.width,t.height))}}clone(){let t,e,i;return this.initialOptions_?(e=this.initialOptions_.width,i=this.initialOptions_.height):(t=this.getScale(),t=Array.isArray(t)?t.slice():t),new um({anchor:this.anchor_.slice(),anchorOrigin:this.anchorOrigin_,anchorXUnits:this.anchorXUnits_,anchorYUnits:this.anchorYUnits_,color:this.color_&&this.color_.slice?this.color_.slice():this.color_||void 0,crossOrigin:this.crossOrigin_,offset:this.offset_.slice(),offsetOrigin:this.offsetOrigin_,opacity:this.getOpacity(),rotateWithView:this.getRotateWithView(),rotation:this.getRotation(),scale:t,width:e,height:i,size:null!==this.size_?this.size_.slice():void 0,src:this.getSrc(),displacement:this.getDisplacement().slice(),declutterMode:this.getDeclutterMode()})}getAnchor(){let t=this.normalizedAnchor_;if(!t){t=this.anchor_;const e=this.getSize();if("fraction"==this.anchorXUnits_||"fraction"==this.anchorYUnits_){if(!e)return null;t=this.anchor_.slice(),"fraction"==this.anchorXUnits_&&(t[0]*=e[0]),"fraction"==this.anchorYUnits_&&(t[1]*=e[1])}if("top-left"!=this.anchorOrigin_){if(!e)return null;t===this.anchor_&&(t=this.anchor_.slice()),"top-right"!=this.anchorOrigin_&&"bottom-right"!=this.anchorOrigin_||(t[0]=-t[0]+e[0]),"bottom-left"!=this.anchorOrigin_&&"bottom-right"!=this.anchorOrigin_||(t[1]=-t[1]+e[1])}this.normalizedAnchor_=t}const e=this.getDisplacement(),i=this.getScaleArray();return[t[0]-e[0]/i[0],t[1]+e[1]/i[1]]}setAnchor(t){this.anchor_=t,this.normalizedAnchor_=null}getColor(){return this.color_}getImage(t){return this.iconImage_.getImage(t)}getPixelRatio(t){return this.iconImage_.getPixelRatio(t)}getImageSize(){return this.iconImage_.getSize()}getImageState(){return this.iconImage_.getImageState()}getHitDetectionImage(){return this.iconImage_.getHitDetectionImage()}getOrigin(){if(this.origin_)return this.origin_;let t=this.offset_;if("top-left"!=this.offsetOrigin_){const e=this.getSize(),i=this.iconImage_.getSize();if(!e||!i)return null;t=t.slice(),"top-right"!=this.offsetOrigin_&&"bottom-right"!=this.offsetOrigin_||(t[0]=i[0]-e[0]-t[0]),"bottom-left"!=this.offsetOrigin_&&"bottom-right"!=this.offsetOrigin_||(t[1]=i[1]-e[1]-t[1])}return this.origin_=t,this.origin_}getSrc(){return this.iconImage_.getSrc()}getSize(){return this.size_?this.size_:this.iconImage_.getSize()}getWidth(){const t=this.getScaleArray();return this.size_?this.size_[0]*t[0]:this.iconImage_.getImageState()==Yr?this.iconImage_.getSize()[0]*t[0]:void 0}getHeight(){const t=this.getScaleArray();return this.size_?this.size_[1]*t[1]:this.iconImage_.getImageState()==Yr?this.iconImage_.getSize()[1]*t[1]:void 0}setScale(t){delete this.initialOptions_,super.setScale(t)}listenImageChange(t){this.iconImage_.addEventListener(v,t)}load(){this.iconImage_.load()}unlistenImageChange(t){this.iconImage_.removeEventListener(v,t)}}var dm=um;class gm{constructor(t){t=t||{},this.color_=void 0!==t.color?t.color:null,this.lineCap_=t.lineCap,this.lineDash_=void 0!==t.lineDash?t.lineDash:null,this.lineDashOffset_=t.lineDashOffset,this.lineJoin_=t.lineJoin,this.miterLimit_=t.miterLimit,this.width_=t.width}clone(){const t=this.getColor();return new gm({color:Array.isArray(t)?t.slice():t||void 0,lineCap:this.getLineCap(),lineDash:this.getLineDash()?this.getLineDash().slice():void 0,lineDashOffset:this.getLineDashOffset(),lineJoin:this.getLineJoin(),miterLimit:this.getMiterLimit(),width:this.getWidth()})}getColor(){return this.color_}getLineCap(){return this.lineCap_}getLineDash(){return this.lineDash_}getLineDashOffset(){return this.lineDashOffset_}getLineJoin(){return this.lineJoin_}getMiterLimit(){return this.miterLimit_}getWidth(){return this.width_}setColor(t){this.color_=t}setLineCap(t){this.lineCap_=t}setLineDash(t){this.lineDash_=t}setLineDashOffset(t){this.lineDashOffset_=t}setLineJoin(t){this.lineJoin_=t}setMiterLimit(t){this.miterLimit_=t}setWidth(t){this.width_=t}}var fm=gm;class pm{constructor(t){t=t||{},this.geometry_=null,this.geometryFunction_=vm,void 0!==t.geometry&&this.setGeometry(t.geometry),this.fill_=void 0!==t.fill?t.fill:null,this.image_=void 0!==t.image?t.image:null,this.renderer_=void 0!==t.renderer?t.renderer:null,this.hitDetectionRenderer_=void 0!==t.hitDetectionRenderer?t.hitDetectionRenderer:null,this.stroke_=void 0!==t.stroke?t.stroke:null,this.text_=void 0!==t.text?t.text:null,this.zIndex_=t.zIndex}clone(){let t=this.getGeometry();return t&&"object"==typeof t&&(t=t.clone()),new pm({geometry:t??void 0,fill:this.getFill()?this.getFill().clone():void 0,image:this.getImage()?this.getImage().clone():void 0,renderer:this.getRenderer()??void 0,stroke:this.getStroke()?this.getStroke().clone():void 0,text:this.getText()?this.getText().clone():void 0,zIndex:this.getZIndex()})}getRenderer(){return this.renderer_}setRenderer(t){this.renderer_=t}setHitDetectionRenderer(t){this.hitDetectionRenderer_=t}getHitDetectionRenderer(){return this.hitDetectionRenderer_}getGeometry(){return this.geometry_}getGeometryFunction(){return this.geometryFunction_}getFill(){return this.fill_}setFill(t){this.fill_=t}getImage(){return this.image_}setImage(t){this.image_=t}getStroke(){return this.stroke_}setStroke(t){this.stroke_=t}getText(){return this.text_}setText(t){this.text_=t}getZIndex(){return this.zIndex_}setGeometry(t){"function"==typeof t?this.geometryFunction_=t:"string"==typeof t?this.geometryFunction_=function(e){return e.get(t)}:t?void 0!==t&&(this.geometryFunction_=function(){return t}):this.geometryFunction_=vm,this.geometry_=t}setZIndex(t){this.zIndex_=t}}function mm(t){let e;if("function"==typeof t)e=t;else{let i;if(Array.isArray(t))i=t;else{It("function"==typeof t.getZIndex,"Expected an `Style` or an array of `Style`");i=[t]}e=function(){return i}}return e}let _m=null;function ym(t,e){if(!_m){const t=new sm({color:"rgba(255,255,255,0.4)"}),e=new fm({color:"#3399CC",width:1.25});_m=[new pm({image:new nm({fill:t,stroke:e,radius:5}),fill:t,stroke:e})]}return _m}function xm(){const t={},e=[255,255,255,1],i=[0,153,255,1];return t.Polygon=[new pm({fill:new sm({color:[255,255,255,.5]})})],t.MultiPolygon=t.Polygon,t.LineString=[new pm({stroke:new fm({color:e,width:5})}),new pm({stroke:new fm({color:i,width:3})})],t.MultiLineString=t.LineString,t.Circle=t.Polygon.concat(t.LineString),t.Point=[new pm({image:new nm({radius:6,fill:new sm({color:i}),stroke:new fm({color:e,width:1.5})}),zIndex:1/0})],t.MultiPoint=t.Point,t.GeometryCollection=t.Polygon.concat(t.LineString,t.Point),t}function vm(t){return t.getGeometry()}var wm=pm;class Sm{constructor(t){t=t||{},this.font_=t.font,this.rotation_=t.rotation,this.rotateWithView_=t.rotateWithView,this.scale_=t.scale,this.scaleArray_=xl(void 0!==t.scale?t.scale:1),this.text_=t.text,this.textAlign_=t.textAlign,this.justify_=t.justify,this.repeat_=t.repeat,this.textBaseline_=t.textBaseline,this.fill_=void 0!==t.fill?t.fill:new sm({color:"#333"}),this.maxAngle_=void 0!==t.maxAngle?t.maxAngle:Math.PI/4,this.placement_=void 0!==t.placement?t.placement:"point",this.overflow_=!!t.overflow,this.stroke_=void 0!==t.stroke?t.stroke:null,this.offsetX_=void 0!==t.offsetX?t.offsetX:0,this.offsetY_=void 0!==t.offsetY?t.offsetY:0,this.backgroundFill_=t.backgroundFill?t.backgroundFill:null,this.backgroundStroke_=t.backgroundStroke?t.backgroundStroke:null,this.padding_=void 0===t.padding?null:t.padding}clone(){const t=this.getScale();return new Sm({font:this.getFont(),placement:this.getPlacement(),repeat:this.getRepeat(),maxAngle:this.getMaxAngle(),overflow:this.getOverflow(),rotation:this.getRotation(),rotateWithView:this.getRotateWithView(),scale:Array.isArray(t)?t.slice():t,text:this.getText(),textAlign:this.getTextAlign(),justify:this.getJustify(),textBaseline:this.getTextBaseline(),fill:this.getFill()?this.getFill().clone():void 0,stroke:this.getStroke()?this.getStroke().clone():void 0,offsetX:this.getOffsetX(),offsetY:this.getOffsetY(),backgroundFill:this.getBackgroundFill()?this.getBackgroundFill().clone():void 0,backgroundStroke:this.getBackgroundStroke()?this.getBackgroundStroke().clone():void 0,padding:this.getPadding()||void 0})}getOverflow(){return this.overflow_}getFont(){return this.font_}getMaxAngle(){return this.maxAngle_}getPlacement(){return this.placement_}getRepeat(){return this.repeat_}getOffsetX(){return this.offsetX_}getOffsetY(){return this.offsetY_}getFill(){return this.fill_}getRotateWithView(){return this.rotateWithView_}getRotation(){return this.rotation_}getScale(){return this.scale_}getScaleArray(){return this.scaleArray_}getStroke(){return this.stroke_}getText(){return this.text_}getTextAlign(){return this.textAlign_}getJustify(){return this.justify_}getTextBaseline(){return this.textBaseline_}getBackgroundFill(){return this.backgroundFill_}getBackgroundStroke(){return this.backgroundStroke_}getPadding(){return this.padding_}setOverflow(t){this.overflow_=t}setFont(t){this.font_=t}setMaxAngle(t){this.maxAngle_=t}setOffsetX(t){this.offsetX_=t}setOffsetY(t){this.offsetY_=t}setPlacement(t){this.placement_=t}setRepeat(t){this.repeat_=t}setRotateWithView(t){this.rotateWithView_=t}setFill(t){this.fill_=t}setRotation(t){this.rotation_=t}setScale(t){this.scale_=t,this.scaleArray_=xl(void 0!==t?t:1)}setStroke(t){this.stroke_=t}setText(t){this.text_=t}setTextAlign(t){this.textAlign_=t}setJustify(t){this.justify_=t}setTextBaseline(t){this.textBaseline_=t}setBackgroundFill(t){this.backgroundFill_=t}setBackgroundStroke(t){this.backgroundStroke_=t}setPadding(t){this.padding_=t}}var Em=Sm;var Tm=class{constructor(t){this.first_,this.last_,this.head_,this.circular_=void 0===t||t,this.length_=0}insertItem(t){const e={prev:void 0,next:void 0,data:t},i=this.head_;if(i){const t=i.next;e.prev=i,e.next=t,i.next=e,t&&(t.prev=e),i===this.last_&&(this.last_=e)}else this.first_=e,this.last_=e,this.circular_&&(e.next=e,e.prev=e);this.head_=e,this.length_++}removeItem(){const t=this.head_;if(t){const e=t.next,i=t.prev;e&&(e.prev=i),i&&(i.next=e),this.head_=e||i,this.first_===this.last_?(this.head_=void 0,this.first_=void 0,this.last_=void 0):this.first_===t?this.first_=this.head_:this.last_===t&&(this.last_=i?this.head_.prev:this.head_),this.length_--}}firstItem(){if(this.head_=this.first_,this.head_)return this.head_.data}lastItem(){if(this.head_=this.last_,this.head_)return this.head_.data}nextItem(){if(this.head_&&this.head_.next)return this.head_=this.head_.next,this.head_.data}getNextItem(){if(this.head_&&this.head_.next)return this.head_.next.data}prevItem(){if(this.head_&&this.head_.prev)return this.head_=this.head_.prev,this.head_.data}getPrevItem(){if(this.head_&&this.head_.prev)return this.head_.prev.data}getCurrItem(){if(this.head_)return this.head_.data}setFirstItem(){this.circular_&&this.head_&&(this.first_=this.head_,this.last_=this.head_.prev)}concat(t){if(t.head_){if(this.head_){const e=this.head_.next;this.head_.next=t.first_,t.first_.prev=this.head_,e.prev=t.last_,t.last_.next=e,this.length_+=t.length_}else this.head_=t.head_,this.first_=t.first_,this.last_=t.last_,this.length_=t.length_;t.head_=void 0,t.first_=void 0,t.last_=void 0,t.length_=0}}getLength(){return this.length_}};function Cm(){return{variables:{},properties:{},resolution:NaN,featureId:null}}function bm(t,e,i){const n=Zf(t,i);if(!Uf(e,n.type)){const t=jf(e),i=jf(n.type);throw new Error(`Expected expression to be of type ${t}, got ${i}`)}return Rm(n)}function Rm(t,e){if(t instanceof Xf){if(t.type===Of&&"string"==typeof t.value){const e=Ss(t.value);return function(){return e}}return function(){return t.value}}const i=t.operator;switch(i){case $f.Number:case $f.String:return function(t,e){const i=t.operator,n=t.args.length,r=new Array(n);for(let e=0;e{for(let e=0;et.properties[n];case $f.Var:return t=>t.variables[n];default:throw new Error(`Unsupported accessor operator ${t.operator}`)}}(t);case $f.Id:return t=>t.featureId;case $f.Concat:{const e=t.args.map((t=>Rm(t)));return t=>"".concat(...e.map((e=>e(t).toString())))}case $f.Resolution:return t=>t.resolution;case $f.Any:case $f.All:case $f.Not:return function(t,e){const i=t.operator,n=t.args.length,r=new Array(n);for(let e=0;e{for(let e=0;e{for(let e=0;e!r[0](t);default:throw new Error(`Unsupported logical operator ${i}`)}}(t);case $f.Equal:case $f.NotEqual:case $f.LessThan:case $f.LessThanOrEqualTo:case $f.GreaterThan:case $f.GreaterThanOrEqualTo:return function(t,e){const i=t.operator,n=Rm(t.args[0]),r=Rm(t.args[1]);switch(i){case $f.Equal:return t=>n(t)===r(t);case $f.NotEqual:return t=>n(t)!==r(t);case $f.LessThan:return t=>n(t)n(t)<=r(t);case $f.GreaterThan:return t=>n(t)>r(t);case $f.GreaterThanOrEqualTo:return t=>n(t)>=r(t);default:throw new Error(`Unsupported comparison operator ${i}`)}}(t);case $f.Multiply:case $f.Divide:case $f.Add:case $f.Subtract:case $f.Clamp:case $f.Mod:case $f.Pow:case $f.Abs:case $f.Floor:case $f.Ceil:case $f.Round:case $f.Sin:case $f.Cos:case $f.Atan:case $f.Sqrt:return function(t,e){const i=t.operator,n=t.args.length,r=new Array(n);for(let e=0;e{let e=1;for(let i=0;ir[0](t)/r[1](t);case $f.Add:return t=>{let e=0;for(let i=0;ir[0](t)-r[1](t);case $f.Clamp:return t=>{const e=r[0](t),i=r[1](t);if(en?n:e};case $f.Mod:return t=>r[0](t)%r[1](t);case $f.Pow:return t=>Math.pow(r[0](t),r[1](t));case $f.Abs:return t=>Math.abs(r[0](t));case $f.Floor:return t=>Math.floor(r[0](t));case $f.Ceil:return t=>Math.ceil(r[0](t));case $f.Round:return t=>Math.round(r[0](t));case $f.Sin:return t=>Math.sin(r[0](t));case $f.Cos:return t=>Math.cos(r[0](t));case $f.Atan:return 2===n?t=>Math.atan2(r[0](t),r[1](t)):t=>Math.atan(r[0](t));case $f.Sqrt:return t=>Math.sqrt(r[0](t));default:throw new Error(`Unsupported numeric operator ${i}`)}}(t);case $f.Match:return function(t,e){const i=t.args.length,n=new Array(i);for(let e=0;e{const e=n[0](t);for(let r=1;r{const e=n[0](t),r=n[1](t);let s,o;for(let a=2;a=r)return 2===a?l:h?Fm(e,r,s,o,i,l):Pm(e,r,s,o,i,l);s=i,o=l}return o}}(t);default:throw new Error(`Unsupported operator ${i}`)}}function Pm(t,e,i,n,r,s){const o=r-i;if(0===o)return n;const a=e-i;return n+(1===t?a/o:(Math.pow(t,a)-1)/(Math.pow(t,o)-1))*(s-n)}function Fm(t,e,i,n,r,s){if(0===r-i)return n;const o=vs(n),a=vs(s);let l=a[2]-o[2];l>180?l-=360:l<-180&&(l+=360);return Ts(ws([Pm(t,e,i,o[0],r,a[0]),Pm(t,e,i,o[1],r,a[1]),o[2]+Pm(t,e,i,0,r,l),Pm(t,e,i,n[3],r,s[3])]))}function Im(t){return!0}function Lm(t){const e=Wf(),i=Am(t,e),n={variables:{},properties:{},resolution:NaN,featureId:null};return function(t,r){if(n.properties=t.getPropertiesInternal(),n.resolution=r,e.featureId){const e=t.getId();n.featureId=void 0!==e?e:null}return i(n)}}function Mm(t){const e=Wf(),i=t.length,n=new Array(i);for(let r=0;r4)throw new Error(`Expected a color with 3 or 4 values for ${e}`);return i}const Jm="renderOrder";var Qm=class extends yo{constructor(t){t=t||{};const e=Object.assign({},t);delete e.style,delete e.renderBuffer,delete e.updateWhileAnimating,delete e.updateWhileInteracting,super(e),this.declutter_=void 0!==t.declutter&&t.declutter,this.renderBuffer_=void 0!==t.renderBuffer?t.renderBuffer:100,this.style_=null,this.styleFunction_=void 0,this.setStyle(t.style),this.updateWhileAnimating_=void 0!==t.updateWhileAnimating&&t.updateWhileAnimating,this.updateWhileInteracting_=void 0!==t.updateWhileInteracting&&t.updateWhileInteracting}getDeclutter(){return this.declutter_}getFeatures(t){return super.getFeatures(t)}getRenderBuffer(){return this.renderBuffer_}getRenderOrder(){return this.get(Jm)}getStyle(){return this.style_}getStyleFunction(){return this.styleFunction_}getUpdateWhileAnimating(){return this.updateWhileAnimating_}getUpdateWhileInteracting(){return this.updateWhileInteracting_}renderDeclutter(t){t.declutterTree||(t.declutterTree=new rc(9)),this.getRenderer().renderDeclutter(t)}setRenderOrder(t){this.set(Jm,t)}setStyle(t){this.style_=function(t){if(void 0===t)return ym;if(!t)return null;if("function"==typeof t)return t;if(t instanceof wm)return t;if(!Array.isArray(t))return Mm([t]);if(0===t.length)return[];const e=t.length,i=t[0];if(i instanceof wm){const i=new Array(e);for(let n=0;n{const e=t.data;if(e.type===e_){const i=e.projectionTransform;this.verticesBuffer_.fromArrayBuffer(e.vertexBuffer),this.helper.flushBufferData(this.verticesBuffer_),this.indicesBuffer_.fromArrayBuffer(e.indexBuffer),this.helper.flushBufferData(this.indicesBuffer_),this.renderTransform_=i,Zt(this.invertRenderTransform_,this.renderTransform_),this.renderInstructions_=new Float32Array(t.data.renderInstructions),e.id===this.lastSentId&&(this.ready=!0),this.getLayer().changed()}})),this.featureCache_={},this.featureCount_=0;const s=this.getLayer().getSource();this.sourceListenKeys_=[A(s,Uc,this.handleSourceFeatureAdded_,this),A(s,zc,this.handleSourceFeatureChanged_,this),A(s,Vc,this.handleSourceFeatureDelete_,this),A(s,Xc,this.handleSourceFeatureClear_,this)],s.forEachFeature((t=>{this.featureCache_[U(t)]={feature:t,properties:t.getProperties(),geometry:t.getGeometry()},this.featureCount_++}))}afterHelperCreated(){this.program_=this.helper.getProgram(this.fragmentShader_,this.vertexShader_),this.hitDetectionEnabled_&&(this.hitRenderTarget_=new $g(this.helper))}handleSourceFeatureAdded_(t){const e=t.feature;this.featureCache_[U(e)]={feature:e,properties:e.getProperties(),geometry:e.getGeometry()},this.featureCount_++}handleSourceFeatureChanged_(t){const e=t.feature;this.featureCache_[U(e)]={feature:e,properties:e.getProperties(),geometry:e.getGeometry()}}handleSourceFeatureDelete_(t){const e=t.feature;delete this.featureCache_[U(e)],this.featureCount_--}handleSourceFeatureClear_(){this.featureCache_={},this.featureCount_=0}renderFrame(t){const e=this.helper.getGL();this.preRender(e,t);const[i,n,r]=r_(t,this.getLayer());this.renderWorlds(t,!1,i,n,r),this.helper.finalizeDraw(t,this.dispatchPreComposeEvent,this.dispatchPostComposeEvent),this.hitDetectionEnabled_&&(this.renderWorlds(t,!0,i,n,r),this.hitRenderTarget_.clearCachedData()),this.postRender(e,t);return this.helper.getCanvas()}prepareFrameInternal(t){const e=this.getLayer(),i=e.getSource(),n=t.viewState,r=!t.viewHints[$s]&&!t.viewHints[Ys],s=!ce(this.previousExtent_,t.extent),o=this.sourceRevision_e+(t[i].size||1)),0)}function l_(t,e,i,n){const r=(2+a_(i))*t.geometriesCount;e&&e.length===r||(e=new Float32Array(r));const s=[];let o=0;for(const r in t.entries){const a=t.entries[r];for(let t=0,r=a.flatCoordss.length;t({name:`a_prop_${t}`,size:e.size||1,type:Gg.FLOAT})));this.polygonAttributesDesc_=[{name:f_,size:2,type:Gg.FLOAT},...s],this.lineStringAttributesDesc_=[{name:m_,size:2,type:Gg.FLOAT},{name:__,size:2,type:Gg.FLOAT},{name:x_,size:2,type:Gg.FLOAT},{name:v_,size:1,type:Gg.FLOAT},{name:y_,size:1,type:Gg.FLOAT},...s],this.pointAttributesDesc_=[{name:f_,size:2,type:Gg.FLOAT},{name:p_,size:1,type:Gg.FLOAT},...s],n.uniforms&&this.helper_.addUniforms(n.uniforms)}async generateBuffers(t,e){const i=this.generateRenderInstructions_(t,e),[n,r,s]=await Promise.all([this.generateBuffersForType_(i.polygonInstructions,"Polygon",e),this.generateBuffersForType_(i.lineStringInstructions,"LineString",e),this.generateBuffersForType_(i.pointInstructions,"Point",e)]);return{polygonBuffers:n,lineStringBuffers:r,pointBuffers:s,invertVerticesTransform:Zt([1,0,0,1,0,0],e)}}generateRenderInstructions_(t,e){return{polygonInstructions:this.hasFill_?c_(t.polygonBatch,new Float32Array(0),this.customAttributes_,e):null,lineStringInstructions:this.hasStroke_?h_(t.lineStringBatch,new Float32Array(0),this.customAttributes_,e):null,pointInstructions:this.hasSymbol_?l_(t.pointBatch,new Float32Array(0),this.customAttributes_,e):null}}generateBuffersForType_(t,e,i){if(null===t)return null;const n=g_++;let r;switch(e){case"Polygon":r=t_;break;case"LineString":r=i_;break;case"Point":r=e_}const s={id:n,type:r,renderInstructions:t.buffer,renderInstructionsTransform:i,customAttributesSize:a_(this.customAttributes_)};return d_.postMessage(s,[t.buffer]),t=null,new Promise((t=>{const e=i=>{const r=i.data;if(r.id!==n)return;if(d_.removeEventListener("message",e),!this.helper_.getGL())return;const s=new Lg(Yd,Hd).fromArrayBuffer(r.vertexBuffer),o=new Lg(qd,Hd).fromArrayBuffer(r.indexBuffer);this.helper_.flushBufferData(s),this.helper_.flushBufferData(o),t([o,s])};d_.addEventListener("message",e)}))}render(t,e,i){this.hasFill_&&this.renderInternal_(t.polygonBuffers[0],t.polygonBuffers[1],this.fillProgram_,this.polygonAttributesDesc_,e,i),this.hasStroke_&&this.renderInternal_(t.lineStringBuffers[0],t.lineStringBuffers[1],this.strokeProgram_,this.lineStringAttributesDesc_,e,i),this.hasSymbol_&&this.renderInternal_(t.pointBuffers[0],t.pointBuffers[1],this.symbolProgram_,this.pointAttributesDesc_,e,i)}renderInternal_(t,e,i,n,r,s){const o=t.getSize();0!==o&&(this.helper_.useProgram(i,r),this.helper_.bindBuffer(e),this.helper_.bindBuffer(t),this.helper_.enableAttributes(n),s(),this.helper_.drawElements(0,o))}};const S_={...kg,RENDER_EXTENT:"u_renderExtent",PATTERN_ORIGIN:"u_patternOrigin",GLOBAL_ALPHA:"u_globalAlpha"};var E_=class extends op{constructor(t,e){super(t,{uniforms:{[S_.RENDER_EXTENT]:[0,0,0,0],[S_.PATTERN_ORIGIN]:[0,0],[S_.GLOBAL_ALPHA]:1},postProcesses:e.postProcesses}),this.hitDetectionEnabled_=!e.disableHitDetection,this.hitRenderTarget_,this.sourceRevision_=-1,this.previousExtent_=[1/0,1/0,-1/0,-1/0],this.currentTransform_=[1,0,0,1,0,0],this.tmpCoords_=[0,0],this.tmpTransform_=[1,0,0,1,0,0],this.tmpMat4_=[1,0,0,0,0,1,0,0,0,0,1,0,0,0,0,1],this.currentFrameStateTransform_=[1,0,0,1,0,0],this.styles_=[],this.styleRenderers_=[],this.buffers_=[],this.applyOptions_(e),this.batch_=new Bp,this.initialFeaturesAdded_=!1,this.sourceListenKeys_=null}addInitialFeatures_(t){const e=this.getLayer().getSource(),i=pn();let n;i&&(n=hn(i,t.viewState.projection)),this.batch_.addFeatures(e.getFeatures(),n),this.sourceListenKeys_=[A(e,Uc,this.handleSourceFeatureAdded_.bind(this,n),this),A(e,zc,this.handleSourceFeatureChanged_,this),A(e,Vc,this.handleSourceFeatureDelete_,this),A(e,Xc,this.handleSourceFeatureClear_,this)]}applyOptions_(t){this.styles_=Array.isArray(t.style)?t.style:[t.style]}createRenderers_(){this.buffers_=[],this.styleRenderers_=this.styles_.map((t=>new w_(t,this.helper,this.hitDetectionEnabled_)))}reset(t){this.applyOptions_(t),this.helper&&this.createRenderers_(),super.reset(t)}afterHelperCreated(){this.createRenderers_(),this.hitDetectionEnabled_&&(this.hitRenderTarget_=new $g(this.helper))}handleSourceFeatureAdded_(t,e){const i=e.feature;this.batch_.addFeature(i,t)}handleSourceFeatureChanged_(t){const e=t.feature;this.batch_.changeFeature(e)}handleSourceFeatureDelete_(t){const e=t.feature;this.batch_.removeFeature(e)}handleSourceFeatureClear_(){this.batch_.clear()}applyUniforms_(t){jt(this.tmpTransform_,this.currentFrameStateTransform_),kt(this.tmpTransform_,t),this.helper.setUniformMatrixValue(S_.PROJECTION_MATRIX,Dg(this.tmpMat4_,this.tmpTransform_)),Zt(this.tmpTransform_,this.tmpTransform_),this.helper.setUniformMatrixValue(S_.SCREEN_TO_WORLD_MATRIX,Dg(this.tmpMat4_,this.tmpTransform_)),this.tmpCoords_[0]=0,this.tmpCoords_[1]=0,Zt(this.tmpTransform_,t),Bt(this.tmpTransform_,this.tmpCoords_),this.helper.setUniformFloatVec2(S_.PATTERN_ORIGIN,this.tmpCoords_)}renderFrame(t){const e=this.helper.getGL();this.preRender(e,t);const[i,n,r]=r_(t,this.getLayer());this.helper.prepareDraw(t),this.renderWorlds(t,!1,i,n,r),this.helper.finalizeDraw(t);const s=this.helper.getCanvas(),o=t.layerStatesArray[t.layerIndex].opacity;return o!==parseFloat(s.style.opacity)&&(s.style.opacity=String(o)),this.hitDetectionEnabled_&&(this.renderWorlds(t,!0,i,n,r),this.hitRenderTarget_.clearCachedData()),this.postRender(e,t),s}prepareFrameInternal(t){this.initialFeaturesAdded_||(this.addInitialFeatures_(t),this.initialFeaturesAdded_=!0);const e=this.getLayer(),i=e.getSource(),n=t.viewState,r=!t.viewHints[$s]&&!t.viewHints[Ys],s=!ce(this.previousExtent_,t.extent),o=this.sourceRevision_t.generateBuffers(this.batch_,h).then((t=>{this.buffers_[e]=t}))));Promise.all(c).then((()=>{this.ready=!0,this.getLayer().changed()})),this.previousExtent_=t.extent.slice()}return!0}renderWorlds(t,e,i,n,r){let s=i;e&&(this.hitRenderTarget_.setSize([Math.floor(t.size[0]/2),Math.floor(t.size[1]/2)]),this.helper.prepareDrawToRenderTarget(t,this.hitRenderTarget_,!0)),this.currentFrameStateTransform_=this.helper.makeProjectionTransform(t,this.currentFrameStateTransform_);do{for(let i=0,n=this.styleRenderers_.length;i{this.applyUniforms_(r.invertVerticesTransform),this.helper.applyHitDetectionUniform(e)}))}Vt(this.currentFrameStateTransform_,r,0)}while(++s ${T_.TILE_ZOOM_LEVEL} + 0.5`;t.setFragmentDiscardExpression("false"!==e?`(${e}) || (${i})`:i),t.addUniform(`sampler2D ${T_.TILE_MASK_TEXTURE}`),t.addUniform(`float ${T_.TILE_ZOOM_LEVEL}`)}this.styleRenderers_=this.styles_.map((e=>{let i;if("builder"in e)t(e.builder),i=e;else{const n=Hp(e);t(n.builder),i={builder:n.builder,attributes:n.attributes,uniforms:n.uniforms}}return new w_(i,this.helper,this.hitDetectionEnabled_)}))}initTileMask_(){this.tileMaskTarget_=new $g(this.helper);const t=(new Gp).setFillColorExpression(`vec4(${T_.TILE_ZOOM_LEVEL} / 50., 0., 0., 1.)`).addUniform(`float ${T_.TILE_ZOOM_LEVEL}`);this.tileMaskProgram_=this.helper.getProgram(t.getFillFragmentShader(),t.getFillVertexShader()),this.helper.flushBufferData(this.tileMaskIndices_)}afterHelperCreated(){this.createRenderers_(),this.initTileMask_()}createTileRepresentation(t){const e=new Up(t,this.styleRenderers_),i=()=>{e.ready&&(this.getLayer().changed(),e.removeEventListener(v,i))};return e.addEventListener(v,i),e}beforeTilesRender(t,e){super.beforeTilesRender(t,!0),this.helper.makeProjectionTransform(t,this.currentFrameStateTransform_),this.helper.bindTexture(this.tileMaskTarget_.getTexture(),0,T_.TILE_MASK_TEXTURE)}beforeTilesMaskRender(t){this.helper.makeProjectionTransform(t,this.currentFrameStateTransform_);const e=t.pixelRatio,i=t.size;return this.tileMaskTarget_.setSize([i[0]*e,i[1]*e]),this.helper.prepareDrawToRenderTarget(t,this.tileMaskTarget_,!0,!0),this.helper.useProgram(this.tileMaskProgram_,t),jt(this.tmpTransform_,this.currentFrameStateTransform_),this.helper.setUniformMatrixValue(T_.PROJECTION_MATRIX,Dg(this.tmpMat4_,this.tmpTransform_)),Zt(this.tmpTransform_,this.currentFrameStateTransform_),this.helper.setUniformMatrixValue(T_.SCREEN_TO_WORLD_MATRIX,Dg(this.tmpMat4_,this.tmpTransform_)),!0}renderTileMask(t,e,i,n){if(!t.ready)return;this.helper.setUniformFloatValue(T_.DEPTH,n),this.helper.setUniformFloatValue(T_.TILE_ZOOM_LEVEL,e),this.helper.setUniformFloatVec4(T_.RENDER_EXTENT,i),this.helper.setUniformFloatValue(T_.GLOBAL_ALPHA,1),this.helper.bindBuffer(t.maskVertices),this.helper.bindBuffer(this.tileMaskIndices_),this.helper.enableAttributes(this.tileMaskAttributes_);const r=this.tileMaskIndices_.getSize();this.helper.drawElements(0,r)}applyUniforms_(t,e,i,n,r){jt(this.tmpTransform_,this.currentFrameStateTransform_),kt(this.tmpTransform_,i),this.helper.setUniformMatrixValue(T_.PROJECTION_MATRIX,Dg(this.tmpMat4_,this.tmpTransform_)),Zt(this.tmpTransform_,this.currentFrameStateTransform_),this.helper.setUniformMatrixValue(T_.SCREEN_TO_WORLD_MATRIX,Dg(this.tmpMat4_,this.tmpTransform_)),this.helper.setUniformFloatValue(T_.GLOBAL_ALPHA,t),this.helper.setUniformFloatValue(T_.DEPTH,r),this.helper.setUniformFloatValue(T_.TILE_ZOOM_LEVEL,n),this.helper.setUniformFloatVec4(T_.RENDER_EXTENT,e)}renderTile(t,e,i,n,r,s,o,a,l,h,c){const u=Re(a,n,a),d=t.tile.getTileCoord()[0];for(let e=0,n=this.styleRenderers_.length;e{this.applyUniforms_(c,u,r.invertVerticesTransform,d,l)}))}}renderDeclutter(t){}disposeInternal(){super.disposeInternal()}};const R_=0,P_=1,F_=2,I_=3,L_=4,M_=5,A_=6,O_=7,N_=8,D_=9,k_=10,G_=11,j_=12,B_=[N_],U_=[j_],z_=[P_],X_=[I_];var V_=class extends eh{constructor(t,e,i,n){super(),this.tolerance=t,this.maxExtent=e,this.pixelRatio=n,this.maxLineWidth=0,this.resolution=i,this.beginGeometryInstruction1_=null,this.beginGeometryInstruction2_=null,this.bufferedMaxExtent_=null,this.instructions=[],this.coordinates=[],this.tmpCoordinate_=[],this.hitDetectionInstructions=[],this.state={}}applyPixelRatio(t){const e=this.pixelRatio;return 1==e?t:t.map((function(t){return t*e}))}appendFlatPointCoordinates(t,e){const i=this.getBufferedMaxExtent(),n=this.tmpCoordinate_,r=this.coordinates;let s=r.length;for(let o=0,a=t.length;oo&&(this.instructions.push([L_,o,l,t,i,Jn]),this.hitDetectionInstructions.push([L_,o,l,t,n||i,Jn]));break;case"Point":a=t.getFlatCoordinates(),this.coordinates.push(a[0],a[1]),l=this.coordinates.length,this.instructions.push([L_,o,l,t,i]),this.hitDetectionInstructions.push([L_,o,l,t,n||i])}this.endGeometry(e)}beginGeometry(t,e){this.beginGeometryInstruction1_=[R_,e,0,t],this.instructions.push(this.beginGeometryInstruction1_),this.beginGeometryInstruction2_=[R_,e,0,t],this.hitDetectionInstructions.push(this.beginGeometryInstruction2_)}finish(){return{instructions:this.instructions,hitDetectionInstructions:this.hitDetectionInstructions,coordinates:this.coordinates}}reverseHitDetectionInstructions(){const t=this.hitDetectionInstructions;let e;t.reverse();const i=t.length;let n,r,s=-1;for(e=0;ethis.maxLineWidth&&(this.maxLineWidth=i.lineWidth,this.bufferedMaxExtent_=null)}else i.strokeStyle=void 0,i.lineCap=void 0,i.lineDash=null,i.lineDashOffset=void 0,i.lineJoin=void 0,i.lineWidth=void 0,i.miterLimit=void 0}createFill(t){const e=t.fillStyle,i=[k_,e];return"string"!=typeof e&&i.push(!0),i}applyStroke(t){this.instructions.push(this.createStroke(t))}createStroke(t){return[G_,t.strokeStyle,t.lineWidth*this.pixelRatio,t.lineCap,t.lineJoin,t.miterLimit,this.applyPixelRatio(t.lineDash),t.lineDashOffset*this.pixelRatio]}updateFillStyle(t,e){const i=t.fillStyle;"string"==typeof i&&t.currentFillStyle==i||(void 0!==i&&this.instructions.push(e.call(this,t)),t.currentFillStyle=i)}updateStrokeStyle(t,e){const i=t.strokeStyle,n=t.lineCap,r=t.lineDash,s=t.lineDashOffset,o=t.lineJoin,a=t.lineWidth,l=t.miterLimit;(t.currentStrokeStyle!=i||t.currentLineCap!=n||r!=t.currentLineDash&&!c(t.currentLineDash,r)||t.currentLineDashOffset!=s||t.currentLineJoin!=o||t.currentLineWidth!=a||t.currentMiterLimit!=l)&&(void 0!==i&&e.call(this,t),t.currentStrokeStyle=i,t.currentLineCap=n,t.currentLineDash=r,t.currentLineDashOffset=s,t.currentLineJoin=o,t.currentLineWidth=a,t.currentMiterLimit=l)}endGeometry(t){this.beginGeometryInstruction1_[2]=this.instructions.length,this.beginGeometryInstruction1_=null,this.beginGeometryInstruction2_[2]=this.hitDetectionInstructions.length,this.beginGeometryInstruction2_=null;const e=[O_,t];this.instructions.push(e),this.hitDetectionInstructions.push(e)}getBufferedMaxExtent(){if(!this.bufferedMaxExtent_&&(this.bufferedMaxExtent_=Qt(this.maxExtent),this.maxLineWidth>0)){const t=this.resolution*(this.maxLineWidth+1)/2;Jt(this.bufferedMaxExtent_,t,this.bufferedMaxExtent_)}return this.bufferedMaxExtent_}};var W_=class extends V_{constructor(t,e,i,n){super(t,e,i,n),this.hitDetectionImage_=null,this.image_=null,this.imagePixelRatio_=void 0,this.anchorX_=void 0,this.anchorY_=void 0,this.height_=void 0,this.opacity_=void 0,this.originX_=void 0,this.originY_=void 0,this.rotateWithView_=void 0,this.rotation_=void 0,this.scale_=void 0,this.width_=void 0,this.declutterMode_=void 0,this.declutterImageWithText_=void 0}drawPoint(t,e){if(!this.image_)return;this.beginGeometry(t,e);const i=t.getFlatCoordinates(),n=t.getStride(),r=this.coordinates.length,s=this.appendFlatPointCoordinates(i,n);this.instructions.push([A_,r,s,this.image_,this.anchorX_*this.imagePixelRatio_,this.anchorY_*this.imagePixelRatio_,Math.ceil(this.height_*this.imagePixelRatio_),this.opacity_,this.originX_*this.imagePixelRatio_,this.originY_*this.imagePixelRatio_,this.rotateWithView_,this.rotation_,[this.scale_[0]*this.pixelRatio/this.imagePixelRatio_,this.scale_[1]*this.pixelRatio/this.imagePixelRatio_],Math.ceil(this.width_*this.imagePixelRatio_),this.declutterMode_,this.declutterImageWithText_]),this.hitDetectionInstructions.push([A_,r,s,this.hitDetectionImage_,this.anchorX_,this.anchorY_,this.height_,1,this.originX_,this.originY_,this.rotateWithView_,this.rotation_,this.scale_,this.width_,this.declutterMode_,this.declutterImageWithText_]),this.endGeometry(e)}drawMultiPoint(t,e){if(!this.image_)return;this.beginGeometry(t,e);const i=t.getFlatCoordinates(),n=t.getStride(),r=this.coordinates.length,s=this.appendFlatPointCoordinates(i,n);this.instructions.push([A_,r,s,this.image_,this.anchorX_*this.imagePixelRatio_,this.anchorY_*this.imagePixelRatio_,Math.ceil(this.height_*this.imagePixelRatio_),this.opacity_,this.originX_*this.imagePixelRatio_,this.originY_*this.imagePixelRatio_,this.rotateWithView_,this.rotation_,[this.scale_[0]*this.pixelRatio/this.imagePixelRatio_,this.scale_[1]*this.pixelRatio/this.imagePixelRatio_],Math.ceil(this.width_*this.imagePixelRatio_),this.declutterMode_,this.declutterImageWithText_]),this.hitDetectionInstructions.push([A_,r,s,this.hitDetectionImage_,this.anchorX_,this.anchorY_,this.height_,1,this.originX_,this.originY_,this.rotateWithView_,this.rotation_,this.scale_,this.width_,this.declutterMode_,this.declutterImageWithText_]),this.endGeometry(e)}finish(){return this.reverseHitDetectionInstructions(),this.anchorX_=void 0,this.anchorY_=void 0,this.hitDetectionImage_=null,this.image_=null,this.imagePixelRatio_=void 0,this.height_=void 0,this.scale_=void 0,this.opacity_=void 0,this.originX_=void 0,this.originY_=void 0,this.rotateWithView_=void 0,this.rotation_=void 0,this.width_=void 0,super.finish()}setImageStyle(t,e){const i=t.getAnchor(),n=t.getSize(),r=t.getOrigin();this.imagePixelRatio_=t.getPixelRatio(this.pixelRatio),this.anchorX_=i[0],this.anchorY_=i[1],this.hitDetectionImage_=t.getHitDetectionImage(),this.image_=t.getImage(this.pixelRatio),this.height_=n[1],this.opacity_=t.getOpacity(),this.originX_=r[0],this.originY_=r[1],this.rotateWithView_=t.getRotateWithView(),this.rotation_=t.getRotation(),this.scale_=t.getScaleArray(),this.width_=n[0],this.declutterMode_=t.getDeclutterMode(),this.declutterImageWithText_=e}};var Z_=class extends V_{constructor(t,e,i,n){super(t,e,i,n)}drawFlatCoordinates_(t,e,i,n){const r=this.coordinates.length,s=this.appendFlatLineCoordinates(t,e,i,n,!1,!1),o=[D_,r,s];return this.instructions.push(o),this.hitDetectionInstructions.push(o),i}drawLineString(t,e){const i=this.state,n=i.strokeStyle,r=i.lineWidth;if(void 0===n||void 0===r)return;this.updateStrokeStyle(i,this.applyStroke),this.beginGeometry(t,e),this.hitDetectionInstructions.push([G_,i.strokeStyle,i.lineWidth,i.lineCap,i.lineJoin,i.miterLimit,Oo,0],z_);const s=t.getFlatCoordinates(),o=t.getStride();this.drawFlatCoordinates_(s,0,s.length,o),this.hitDetectionInstructions.push(U_),this.endGeometry(e)}drawMultiLineString(t,e){const i=this.state,n=i.strokeStyle,r=i.lineWidth;if(void 0===n||void 0===r)return;this.updateStrokeStyle(i,this.applyStroke),this.beginGeometry(t,e),this.hitDetectionInstructions.push([G_,i.strokeStyle,i.lineWidth,i.lineCap,i.lineJoin,i.miterLimit,Oo,0],z_);const s=t.getEnds(),o=t.getFlatCoordinates(),a=t.getStride();let l=0;for(let t=0,e=s.length;t=t){const e=(t-a+u)/u,d=yi(i,h,e),g=yi(n,c,e);l.push(d,g),s.push(l),l=[d,g],a==t&&(o+=r),a=0}else if(a0&&s.push(l),s}function q_(t,e,i,n,r){let s,o,a,l,h,c,u,d,g,f,p=i,m=i,_=0,y=0,x=i;for(o=i;ot&&(y>_&&(_=y,p=x,m=o),y=0,x=o-r)),a=l,u=g,d=f),h=i,c=n}return y+=l,y>_?[x,o]:[p,m]}const K_={left:0,center:.5,right:1,top:0,middle:.5,hanging:.2,alphabetic:.8,ideographic:.8,bottom:1};var H_=class extends V_{constructor(t,e,i,n){super(t,e,i,n),this.labels_=null,this.text_="",this.textOffsetX_=0,this.textOffsetY_=0,this.textRotateWithView_=void 0,this.textRotation_=0,this.textFillState_=null,this.fillStates={},this.fillStates[Mo]={fillStyle:Mo},this.textStrokeState_=null,this.strokeStates={},this.textState_={},this.textStates={},this.textKey_="",this.fillKey_="",this.strokeKey_="",this.declutterImageWithText_=void 0}finish(){const t=super.finish();return t.textStates=this.textStates,t.fillStates=this.fillStates,t.strokeStates=this.strokeStates,t}drawText(t,e){const i=this.textFillState_,n=this.textStrokeState_,r=this.textState_;if(""===this.text_||!r||!i&&!n)return;const s=this.coordinates;let o=s.length;const a=t.getType();let l=null,h=t.getStride();if("line"!==r.placement||"LineString"!=a&&"MultiLineString"!=a&&"Polygon"!=a&&"MultiPolygon"!=a){let i=r.overflow?null:[];switch(a){case"Point":case"MultiPoint":l=t.getFlatCoordinates();break;case"LineString":l=t.getFlatMidpoint();break;case"Circle":l=t.getCenter();break;case"MultiLineString":l=t.getFlatMidpoints(),h=2;break;case"Polygon":l=t.getFlatInteriorPoint(),r.overflow||i.push(l[2]/this.resolution),h=3;break;case"MultiPolygon":const e=t.getFlatInteriorPoints();l=[];for(let t=0,n=e.length;t{const n=s[2*(t+i)]===l[i*h]&&s[2*(t+i)+1]===l[i*h+1];return n||--t,n}))}this.saveTextStates_(),(r.backgroundFill||r.backgroundStroke)&&(this.setFillStrokeStyle(r.backgroundFill,r.backgroundStroke),r.backgroundFill&&this.updateFillStyle(this.state,this.createFill),r.backgroundStroke&&(this.updateStrokeStyle(this.state,this.applyStroke),this.hitDetectionInstructions.push(this.createStroke(this.state)))),this.beginGeometry(t,e);let c=r.padding;if(c!=Bo&&(r.scale[0]<0||r.scale[1]<0)){let t=r.padding[0],e=r.padding[1],i=r.padding[2],n=r.padding[3];r.scale[0]<0&&(e=-e,n=-n),r.scale[1]<0&&(t=-t,i=-i),c=[t,e,i,n]}const u=this.pixelRatio;this.instructions.push([A_,o,n,null,NaN,NaN,NaN,1,0,0,this.textRotateWithView_,this.textRotation_,[1,1],NaN,void 0,this.declutterImageWithText_,c==Bo?Bo:c.map((function(t){return t*u})),!!r.backgroundFill,!!r.backgroundStroke,this.text_,this.textKey_,this.strokeKey_,this.fillKey_,this.textOffsetX_,this.textOffsetY_,i]);const d=1/u,g=this.state.fillStyle;r.backgroundFill&&(this.state.fillStyle=Mo,this.hitDetectionInstructions.push(this.createFill(this.state))),this.hitDetectionInstructions.push([A_,o,n,null,NaN,NaN,NaN,1,0,0,this.textRotateWithView_,this.textRotation_,[d,d],NaN,void 0,this.declutterImageWithText_,c,!!r.backgroundFill,!!r.backgroundStroke,this.text_,this.textKey_,this.strokeKey_,this.fillKey_?Mo:this.fillKey_,this.textOffsetX_,this.textOffsetY_,i]),r.backgroundFill&&(this.state.fillStyle=g,this.hitDetectionInstructions.push(this.createFill(this.state))),this.endGeometry(e)}else{if(!Le(this.getBufferedMaxExtent(),t.getExtent()))return;let i;if(l=t.getFlatCoordinates(),"LineString"==a)i=[l.length];else if("MultiLineString"==a)i=t.getEnds();else if("Polygon"==a)i=t.getEnds().slice(0,1);else if("MultiPolygon"==a){const e=t.getEndss();i=[];for(let t=0,n=e.length;tt[2]}else R=v>C;const P=Math.PI,F=[],I=S+n===e;let L;if(m=0,_=E,d=t[e=S],g=t[e+1],I){y(),L=Math.atan2(g-p,d-f),R&&(L+=L>0?-P:P);const t=(C+v)/2,e=(b+w)/2;return F[0]=[t,e,(T-s)/2,L,r],F}for(let t=0,u=(r=r.replace(/\n/g," ")).length;t0?-P:P),void 0!==L){let t=v-L;if(t+=t>P?-2*P:t<-P?2*P:0,Math.abs(t)>o)return null}L=v;const w=t;let S=0;for(;t0&&t.push("\n",""),t.push(e,""),t}var cy=class{constructor(t,e,i,n){this.overlaps=i,this.pixelRatio=e,this.resolution=t,this.alignFill_,this.instructions=n.instructions,this.coordinates=n.coordinates,this.coordinateCache_={},this.renderedTransform_=[1,0,0,1,0,0],this.hitDetectionInstructions=n.hitDetectionInstructions,this.pixelCoordinates_=null,this.viewRotation_=0,this.fillStates=n.fillStates||{},this.strokeStates=n.strokeStates||{},this.textStates=n.textStates||{},this.widths_={},this.labels_={}}createLabel(t,e,i,n){const r=t+e+i+n;if(this.labels_[r])return this.labels_[r];const s=n?this.strokeStates[n]:null,o=i?this.fillStates[i]:null,a=this.textStates[e],l=this.pixelRatio,h=[a.scale[0]*l,a.scale[1]*l],c=Array.isArray(t),u=a.justify?K_[a.justify]:ly(Array.isArray(t)?t[0]:t,a.textAlign||Go),d=n&&s.lineWidth?s.lineWidth:0,g=c?t:t.split("\n").reduce(hy,[]),{width:f,height:p,widths:m,heights:_,lineWidths:y}=Ko(a,g),x=f+d,v=[],w=(x+2)*h[0],S=(p+d)*h[1],E={width:w<0?Math.floor(w):Math.ceil(w),height:S<0?Math.floor(S):Math.ceil(S),contextInstructions:v};1==h[0]&&1==h[1]||v.push("scale",h),n&&(v.push("strokeStyle",s.strokeStyle),v.push("lineWidth",d),v.push("lineCap",s.lineCap),v.push("lineJoin",s.lineJoin),v.push("miterLimit",s.miterLimit),v.push("setLineDash",[s.lineDash]),v.push("lineDashOffset",s.lineDashOffset)),i&&v.push("fillStyle",o.fillStyle),v.push("textBaseline","middle"),v.push("textAlign","center");const T=.5-u;let C=u*x+T*d;const b=[],R=[];let P,F=0,I=0,L=0,M=0;for(let t=0,e=g.length;tt?t-l:r,x=s+h>e?e-h:s,v=g[3]+y*u[0]+g[1],w=g[0]+x*u[1]+g[2],S=m-g[3],E=_-g[0];let T;return(f||0!==c)&&(iy[0]=S,sy[0]=S,iy[1]=E,ny[1]=E,ny[0]=S+v,ry[0]=ny[0],ry[1]=E+w,sy[1]=ry[1]),0!==c?(T=Wt([1,0,0,1,0,0],i,n,1,1,c,-i,-n),Bt(T,iy),Bt(T,ny),Bt(T,ry),Bt(T,sy),oe(Math.min(iy[0],ny[0],ry[0],sy[0]),Math.min(iy[1],ny[1],ry[1],sy[1]),Math.max(iy[0],ny[0],ry[0],sy[0]),Math.max(iy[1],ny[1],ry[1],sy[1]),ey)):oe(Math.min(S,S+v),Math.min(E,E+w),Math.max(S,S+v),Math.max(E,E+w),ey),d&&(m=Math.round(m),_=Math.round(_)),{drawImageX:m,drawImageY:_,drawImageW:y,drawImageH:x,originX:l,originY:h,declutterBox:{minX:ey[0],minY:ey[1],maxX:ey[2],maxY:ey[3],value:p},canvasTransform:T,scale:u}}replayImageOrLabel_(t,e,i,n,r,s,o){const a=!(!s&&!o),l=n.declutterBox,h=t.canvas,c=o?o[2]*n.scale[0]/2:0;return l.minX-c<=h.width/e&&l.maxX+c>=0&&l.minY-c<=h.height/e&&l.maxY+c>=0&&(a&&this.replayTextBackground_(t,iy,ny,ry,sy,s,o),Ho(t,n.canvasTransform,r,i,n.originX,n.originY,n.drawImageW,n.drawImageH,n.drawImageX,n.drawImageY,n.scale)),!0}fill_(t){if(this.alignFill_){const e=Bt(this.renderedTransform_,[0,0]),i=512*this.pixelRatio;t.save(),t.translate(e[0]%i,e[1]%i),t.rotate(this.viewRotation_)}t.fill(),this.alignFill_&&t.restore()}setStrokeStyle_(t,e){t.strokeStyle=e[1],t.lineWidth=e[2],t.lineCap=e[3],t.lineJoin=e[4],t.miterLimit=e[5],t.lineDashOffset=e[7],t.setLineDash(e[6])}drawLabelWithPointPlacement_(t,e,i,n){const r=this.textStates[e],s=this.createLabel(t,e,n,i),o=this.strokeStates[i],a=this.pixelRatio,l=ly(Array.isArray(t)?t[0]:t,r.textAlign||Go),h=K_[r.textBaseline||jo],c=o&&o.lineWidth?o.lineWidth:0;return{label:s,anchorX:l*(s.width/a-2*r.scale[0])+2*(.5-l)*c,anchorY:h*s.height/a+2*(.5-h)*c}}execute_(t,e,i,n,r,s,o,a){let l;this.pixelCoordinates_&&c(i,this.renderedTransform_)?l=this.pixelCoordinates_:(this.pixelCoordinates_||(this.pixelCoordinates_=[]),l=Tn(this.coordinates,0,this.coordinates.length,2,i,this.pixelCoordinates_),jt(this.renderedTransform_,i));let h=0;const u=n.length;let d,g,f,p,m,_,y,x,v,w,S,E,T=0,C=0,b=0,R=null,P=null;const F=this.coordinateCache_,I=this.viewRotation_,L=Math.round(1e12*Math.atan2(-i[1],i[0]))/1e12,M={context:t,pixelRatio:this.pixelRatio,resolution:this.resolution,rotation:I},A=this.instructions!=n||this.overlaps?0:200;let O,N,D,k;for(;hA&&(this.fill_(t),C=0),b>A&&(t.stroke(),b=0),C||b||(t.beginPath(),p=NaN,m=NaN),++h;break;case F_:T=i[1];const n=l[T],c=l[T+1],u=l[T+2]-n,G=l[T+3]-c,j=Math.sqrt(u*u+G*G);t.moveTo(n+j,c),t.arc(n,c,j,0,2*Math.PI,!0),++h;break;case I_:t.closePath(),++h;break;case L_:T=i[1],d=i[2];const B=i[3],U=i[4],z=6==i.length?i[5]:void 0;M.geometry=B,M.feature=O,h in F||(F[h]=[]);const X=F[h];z?z(l,T,d,2,X):(X[0]=l[T],X[1]=l[T+1],X.length=2),U(X,M),++h;break;case A_:T=i[1],d=i[2],x=i[3],g=i[4],f=i[5];let V=i[6];const W=i[7],Z=i[8],$=i[9],Y=i[10];let q=i[11];const K=i[12];let H=i[13];const J=i[14],Q=i[15];if(!x&&i.length>=20){v=i[19],w=i[20],S=i[21],E=i[22];const t=this.drawLabelWithPointPlacement_(v,w,S,E);x=t.label,i[3]=x;const e=i[23];g=(t.anchorX-e)*this.pixelRatio,i[4]=g;const n=i[24];f=(t.anchorY-n)*this.pixelRatio,i[5]=f,V=x.height,i[6]=V,H=x.width,i[13]=H}let tt,et,it,nt;i.length>25&&(tt=i[25]),i.length>17?(et=i[16],it=i[17],nt=i[18]):(et=Bo,it=!1,nt=!1),Y&&L?q+=I:Y||L||(q-=I);let rt=0;for(;Ti)break;let a=n[o];a||(a=[],n[o]=a),a.push(4*((t+r)*e+(t+s))+3),r>0&&a.push(4*((t-r)*e+(t+s))+3),s>0&&(a.push(4*((t+r)*e+(t-s))+3),r>0&&a.push(4*((t-r)*e+(t-s))+3))}const r=[];for(let t=0,e=n.length;t0){if(!o||"Image"!==g&&"Text"!==g||o.includes(t)){const i=(d[s]-3)/4,o=n-i%a,l=n-(i/a|0),h=r(t,e,o*o+l*l);if(h)return h}c.clearRect(0,0,a,a);break}}const p=Object.keys(this.executorsByZIndex_).map(Number);let m,_,y,x,v;for(p.sort(s),m=p.length-1;m>=0;--m){const t=p[m].toString();for(y=this.executorsByZIndex_[t],_=uy.length-1;_>=0;--_)if(g=uy[_],x=y[g],void 0!==x&&(v=x.executeHitDetection(c,l,i,f,u),v))return v}}getClipCoords(t){const e=this.maxExtent_;if(!e)return null;const i=e[0],n=e[1],r=e[2],s=e[3],o=[i,n,i,s,r,s,r,n];return Tn(o,0,8,2,t,o),o}isEmpty(){return y(this.executorsByZIndex_)}execute(t,e,i,n,r,o,a){const l=Object.keys(this.executorsByZIndex_).map(Number);let h,c,u,d,g,f;for(l.sort(s),this.maxExtent_&&(t.save(),this.clip(t,i)),o=o||uy,a&&l.reverse(),h=0,c=l.length;h{if(!this.hitDetectionImageData_&&!this.animatingOrInteracting_){const t=[this.context.canvas.width,this.context.canvas.height];Bt(this.pixelTransform,t);const e=this.renderedCenter_,i=this.renderedResolution_,n=this.renderedRotation_,r=this.renderedProjection_,s=this.wrappedRenderedExtent_,o=this.getLayer(),a=[],l=t[0]*py,h=t[1]*py;a.push(this.getRenderTransform(e,i,n,py,l,h,0).slice());const c=o.getSource(),u=r.getExtent();if(c.getWrapX()&&r.canWrapX()&&!ie(u,s)){let t=s[0];const r=Ie(u);let o,c=0;for(;tu[2];)++c,o=r*c,a.push(this.getRenderTransform(e,i,n,py,l,h,o).slice()),t-=r}this.hitDetectionImageData_=my(t,a,this.renderedFeatures_,o.getStyleFunction(),s,i,n)}e(_y(t,this.renderedFeatures_,this.hitDetectionImageData_))}))}forEachFeatureAtCoordinate(t,e,i,n,r){if(!this.replayGroup_)return;const s=e.viewState.resolution,o=e.viewState.rotation,a=this.getLayer(),l={},h=function(t,e,i){const s=U(t),o=l[s];if(o){if(!0!==o&&ic=n.forEachFeatureAtCoordinate(t,s,o,i,h,n===this.declutterExecutorGroup&&e.declutterTree?e.declutterTree.all().map((t=>t.value)):null))),c}handleFontsChanged(){const t=this.getLayer();t.getVisible()&&this.replayGroup_&&t.changed()}handleStyleImageChange_(t){this.renderIfReadyAndVisible()}prepareFrame(t){const e=this.getLayer(),i=e.getSource();if(!i)return!1;const n=t.viewHints[$s],r=t.viewHints[Ys],s=e.getUpdateWhileAnimating(),o=e.getUpdateWhileInteracting();if(this.ready&&!s&&n||!o&&r)return this.animatingOrInteracting_=!0,!0;this.animatingOrInteracting_=!1;const a=t.extent,l=t.viewState,h=l.projection,u=l.resolution,d=t.pixelRatio,g=e.getRevision(),f=e.getRenderBuffer();let p=e.getRenderOrder();void 0===p&&(p=sh);const m=l.center.slice(),_=Jt(a,f*u),y=_.slice(),x=[_.slice()],v=h.getExtent();if(i.getWrapX()&&h.canWrapX()&&!ie(v,t.extent)){const t=Ie(v),e=Math.max(Ie(_)/2,t);_[0]=v[0]-e,_[2]=v[2]+e,ki(m,h);const i=ke(x[0],h);i[0]v[0]&&i[2]>v[2]&&x.push([i[0]-t,i[1],i[2]-t,i[3]])}if(this.ready&&this.renderedResolution_==u&&this.renderedRevision_==g&&this.renderedRenderOrder_==p&&ie(this.wrappedRenderedExtent_,_))return c(this.renderedExtent_,y)||(this.hitDetectionImageData_=null,this.renderedExtent_=y),this.renderedCenter_=m,this.replayGroupChanged=!1,!0;this.replayGroup_=null;const w=new Q_(ah(u,d),_,u,d);let S;this.getLayer().getDeclutter()&&(S=new Q_(ah(u,d),_,u,d));const E=pn();let T;if(E){for(let t=0,e=x.length;t{let i;const n=t.getStyleFunction()||e.getStyleFunction();if(n&&(i=n(t,u)),i){const e=this.renderFeature(t,C,i,w,T,S);b=b&&!e}},P=yn(_,h),F=i.getFeaturesInExtent(P);p&&F.sort(p);for(let t=0,e=F.length;t{if(g.getState()!==Yr)return;this.image_=d?null:g;const t=g.getPixelRatio(),n=yh(g.getResolution())*e/t;this.renderedResolution=n,this.coordinateToVectorPixelTransform_=Wt(this.coordinateToVectorPixelTransform_,a/2,l/2,1/n,-1/n,0,-i.center[0],-i.center[1])})),g.load()}return this.image_&&(this.renderedPixelToCoordinateTransform_=t.pixelToCoordinateTransform.slice()),!!this.image_}preRender(){}postRender(){}renderDeclutter(){}forEachFeatureAtCoordinate(t,e,i,n,r){return this.vectorRenderer_?this.vectorRenderer_.forEachFeatureAtCoordinate(t,e,i,n,r):super.forEachFeatureAtCoordinate(t,e,i,n,r)}};const vy={image:["Polygon","Circle","LineString","Image","Text"],hybrid:["Polygon","LineString"],vector:[]},wy={hybrid:["Image","Text","Default"],vector:["Polygon","Circle","LineString","Image","Text","Default"]};var Sy=class extends Sd{constructor(t){super(t),this.boundHandleStyleImageChange_=this.handleStyleImageChange_.bind(this),this.renderedLayerRevision_,this.renderedPixelToCoordinateTransform_=null,this.renderedRotation_,this.tmpTransform_=[1,0,0,1,0,0]}prepareTile(t,e,i){let n;const r=t.getState();return r!==H&&r!==J||(this.updateExecutorGroup_(t,e,i),this.tileImageNeedsRender_(t)&&(n=!0)),n}getTile(t,e,i,n){const r=n.pixelRatio,s=n.viewState,o=s.resolution,a=s.projection,l=this.getLayer(),h=l.getSource().getTile(t,e,i,r,a),c=n.viewHints,u=!(c[$s]||c[Ys]);!u&&h.wantedResolution||(h.wantedResolution=o);return this.prepareTile(h,r,a)&&(u||Date.now()-n.time<8)&&"vector"!==l.getRenderMode()&&this.renderTileImage_(h,n),super.getTile(t,e,i,n)}isDrawableTile(t){const e=this.getLayer();return super.isDrawableTile(t)&&("vector"===e.getRenderMode()?U(e)in t.executorGroups:t.hasContext(e))}getTileImage(t){return t.getImage(this.getLayer())}prepareFrame(t){const e=this.getLayer().getRevision();return this.renderedLayerRevision_!==e&&(this.renderedLayerRevision_=e,this.renderedTiles.length=0),super.prepareFrame(t)}updateExecutorGroup_(t,e,i){const n=this.getLayer(),r=n.getRevision(),s=n.getRenderOrder()||null,o=t.wantedResolution,a=t.getReplayState(n);if(!a.dirty&&a.renderedResolution===o&&a.renderedRevision==r&&a.renderedRenderOrder==s)return;const l=n.getSource(),h=n.getDeclutter(),c=l.getTileGrid(),u=l.getTileGridForProjection(i).getTileCoordExtent(t.wrappedTileCoord),d=l.getSourceTiles(e,i,t),g=U(n);delete t.hitDetectionImageData[g],t.executorGroups[g]=[],h&&(t.declutterExecutorGroups[g]=[]),a.dirty=!1;for(let i=0,r=d.length;i{const r=n===p?e.declutterTree.all().map((t=>t.value)):null;for(let e=0,a=n.length;e{const n=this.getLayer(),r=U(n),s=n.getSource(),o=this.renderedProjection,a=o.getExtent(),l=this.renderedResolution,h=s.getTileGridForProjection(o),c=Bt(this.renderedPixelToCoordinateTransform_,t.slice()),u=h.getTileCoordForCoordAndResolution(c,l);let d;for(let t=0,e=this.renderedTiles.length;t0)return void e([]);const g=Pe(h.getTileCoordExtent(d.wrappedTileCoord)),f=[(c[0]-g[0])/l,(g[1]-c[1])/l],p=d.getSourceTiles().reduce((function(t,e){return t.concat(e.getFeatures())}),[]);let m=d.hitDetectionImageData[r];if(!m){const t=xl(h.getTileSize(h.getZForResolution(l,s.zDirection))),e=this.renderedRotation_;m=my(t,[this.getRenderTransform(h.getTileCoordCenter(d.wrappedTileCoord),l,0,py,t[0]*py,t[1]*py,0)],p,n.getStyleFunction(),h.getTileCoordExtent(d.wrappedTileCoord),d.getReplayState(n).renderedResolution,e),d.hitDetectionImageData[r]=m}e(_y(f,p,m))}))}handleFontsChanged(){const t=this.getLayer();t.getVisible()&&void 0!==this.renderedLayerRevision_&&t.changed()}handleStyleImageChange_(t){this.renderIfReadyAndVisible()}renderDeclutter(t){const e=this.context,i=e.globalAlpha;e.globalAlpha=this.getLayer().getOpacity();const n=t.viewHints,r=!(n[$s]||n[Ys]),s=this.renderedTiles;for(let e=0,i=s.length;e=0;--e)n[e].execute(this.context,1,this.getTileRenderTransform(i,t),t.viewState.rotation,r,void 0,t.declutterTree)}e.globalAlpha=i}getTileRenderTransform(t,e){const i=e.pixelRatio,n=e.viewState,r=n.center,s=n.resolution,o=n.rotation,a=e.size,l=Math.round(a[0]*i),h=Math.round(a[1]*i),c=this.getLayer().getSource().getTileGridForProjection(e.viewState.projection),u=t.tileCoord,d=c.getTileCoordExtent(t.wrappedTileCoord),g=c.getTileCoordExtent(u,this.tmpExtent)[0]-d[0];return kt(zt(this.inversePixelTransform.slice(),1/i,1/i),this.getRenderTransform(r,s,o,i,l,h,g))}postRender(t,e){const i=e.viewHints,n=!(i[$s]||i[Ys]);this.renderedPixelToCoordinateTransform_=e.pixelToCoordinateTransform.slice(),this.renderedRotation_=e.viewState.rotation;const r=this.getLayer(),s=r.getRenderMode(),o=t.globalAlpha;t.globalAlpha=r.getOpacity();const a=wy[s],l=e.viewState,h=l.rotation,c=r.getSource(),u=c.getTileGridForProjection(l.projection).getZForResolution(l.resolution,c.zDirection),d=this.renderedTiles,g=[],f=[];let p=!0;for(let i=d.length-1;i>=0;--i){const s=d[i];p=p&&!s.getReplayState(r).dirty;const o=s.executorGroups[U(r)].filter((t=>t.hasExecutors(a)));if(0===o.length)continue;const l=this.getTileRenderTransform(s,e),c=s.tileCoord[0];let m=!1;const _=o[0].getClipCoords(l);if(_){for(let e=0,i=g.length;e0&&c.length>0;)f=c.pop(),r=l.pop(),o=h.pop(),_=f.toString(),_ in u||(n.push(o[0],o[1]),u[_]=!0),p=c.pop(),s=l.pop(),a=h.pop(),m=(f+p)/2,d=t(m),g=e(d),di(g[0],g[1],o[0],o[1],a[0],a[1]){const e=t.get("graticule_label");return this.lonLabelStyleBase_.getText().setText(e),this.lonLabelStyleBase_},this.latLabelStyleBase_=new wm({text:void 0!==t.latLabelStyle?t.latLabelStyle.clone():new Em({font:"12px Calibri,sans-serif",textAlign:"right",fill:new sm({color:"rgba(0,0,0,1)"}),stroke:new fm({color:"rgba(255,255,255,1)",width:3})})}),this.latLabelStyle_=t=>{const e=t.get("graticule_label");return this.latLabelStyleBase_.getText().setText(e),this.latLabelStyleBase_},this.meridiansLabels_=[],this.parallelsLabels_=[],this.addEventListener(Xs,this.drawLabels_.bind(this))),this.intervals_=void 0!==t.intervals?t.intervals:Ly,this.setSource(new qc({loader:this.loaderFunction.bind(this),strategy:this.strategyFunction.bind(this),features:new Y,overlaps:!1,useSpatialIndex:!1,wrapX:t.wrapX})),this.featurePool_=[],this.lineStyle_=new wm({stroke:this.strokeStyle_}),this.loadedExtent_=null,this.renderedExtent_=null,this.renderedResolution_=null,this.setRenderOrder(null)}strategyFunction(t,e){let i=t.slice();return this.projection_&&this.getSource().getWrapX()&&ke(i,this.projection_),this.loadedExtent_&&(ue(this.loadedExtent_,i,e)?i=this.loadedExtent_.slice():this.getSource().removeLoadedExtent(this.loadedExtent_)),[i]}loaderFunction(t,e,i){this.loadedExtent_=t;const n=this.getSource(),r=Re(this.getExtent()||[-1/0,-1/0,1/0,1/0],t);if(this.renderedExtent_&&ce(this.renderedExtent_,r)&&this.renderedResolution_===e)return;if(this.renderedExtent_=r,this.renderedResolution_=e,Me(r))return;const s=Se(r),o=e*e/4;(!this.projection_||!ln(this.projection_,i))&&this.updateProjectionInfo_(i),this.createGraticule_(r,s,e,o);let a,l=this.meridians_.length+this.parallels_.length;for(this.meridiansLabels_&&(l+=this.meridians_.length),this.parallelsLabels_&&(l+=this.parallels_.length);l>this.featurePool_.length;)a=new At,this.featurePool_.push(a);const h=n.getFeaturesCollection();h.clear();let c,u,d=0;for(c=0,u=this.meridians_.length;cMath.PI/2}const d=ch(t);for(let t=a;t<=l;++t){let i,n,c,g,f=this.meridians_.length+this.parallels_.length;if(this.meridiansLabels_)for(n=0,c=this.meridiansLabels_.length;n=a?(t[0]=o[0],t[2]=o[2]):s=!0);const l=[ui(e[0],this.minX_,this.maxX_),ui(e[1],this.minY_,this.maxY_)],h=this.toLonLatTransform_(l);isNaN(h[1])&&(h[1]=Math.abs(this.maxLat_)>=Math.abs(this.minLat_)?this.maxLat_:this.minLat_);let c=ui(h[0],this.minLon_,this.maxLon_),u=ui(h[1],this.minLat_,this.maxLat_);const d=this.maxLines_;let g,f,p,m,_=t;s||(_=[ui(t[0],this.minX_,this.maxX_),ui(t[1],this.minY_,this.maxY_),ui(t[2],this.minX_,this.maxX_),ui(t[3],this.minY_,this.maxY_)]);const y=De(_,this.toLonLatTransform_,void 0,8);let x=y[3],v=y[2],w=y[1],S=y[0];if(s||(ee(_,this.bottomLeft_)&&(S=this.minLon_,w=this.minLat_),ee(_,this.bottomRight_)&&(v=this.maxLon_,w=this.minLat_),ee(_,this.topLeft_)&&(S=this.minLon_,x=this.maxLat_),ee(_,this.topRight_)&&(v=this.maxLon_,x=this.maxLat_),x=ui(x,u,this.maxLat_),v=ui(v,c,this.maxLon_),w=ui(w,this.minLat_,u),S=ui(S,this.minLon_,c)),c=Math.floor(c/r)*r,m=ui(c,this.minLon_,this.maxLon_),f=this.addMeridian_(m,w,x,n,t,0),g=0,s)for(;(m-=r)>=S&&g++n[s]&&(r=s,s=1);const o=Math.max(e[1],n[r]),a=Math.min(e[3],n[s]),l=ui(e[1]+Math.abs(e[1]-e[3])*this.lonLabelPosition_,o,a),h=[n[r-1]+(n[s-1]-n[r-1])*(l-n[r])/(n[s]-n[r]),l],c=this.meridiansLabels_[i].geom;return c.setCoordinates(h),c}getMeridians(){return this.meridians_}getParallel_(t,e,i,n,r){const s=Fy(t,e,i,this.projection_,n);let o=this.parallels_[r];return o?(o.setFlatCoordinates("XY",s),o.changed()):o=new Fc(s,"XY"),o}getParallelPoint_(t,e,i){const n=t.getFlatCoordinates();let r=0,s=n.length-2;n[r]>n[s]&&(r=s,s=0);const o=Math.max(e[0],n[r]),a=Math.min(e[2],n[s]),l=ui(e[0]+Math.abs(e[0]-e[2])*this.latLabelPosition_,o,a),h=[l,n[r+1]+(n[s+1]-n[r+1])*(l-n[r])/(n[s]-n[r])],c=this.parallelsLabels_[i].geom;return c.setCoordinates(h),c}getParallels(){return this.parallels_}updateProjectionInfo_(t){const e=tn("EPSG:4326"),i=t.getWorldExtent();this.maxLat_=i[3],this.maxLon_=i[2],this.minLat_=i[1],this.minLon_=i[0];const n=cn(t,e);if(this.minLon_=Math.abs(this.minLat_)?this.maxLat_:this.minLat_),this.projection_=t}};const Ay="blur",Oy="gradient",Ny="radius",Dy=["#00f","#0ff","#0f0","#ff0","#f00"];var ky=class extends Qm{constructor(t){t=t||{};const e=Object.assign({},t);delete e.gradient,delete e.radius,delete e.blur,delete e.weight,super(e),this.gradient_=null,this.addChangeListener(Oy,this.handleGradientChanged_),this.setGradient(t.gradient?t.gradient:Dy),this.setBlur(void 0!==t.blur?t.blur:15),this.setRadius(void 0!==t.radius?t.radius:8);const i=t.weight?t.weight:"weight";this.weightFunction_="string"==typeof i?function(t){return t.get(i)}:i,this.setRenderOrder(null)}getBlur(){return this.get(Ay)}getGradient(){return this.get(Oy)}getRadius(){return this.get(Ny)}handleGradientChanged_(){this.gradient_=function(t){const e=1,i=256,n=mt(e,i),r=n.createLinearGradient(0,0,e,i),s=1/(t.length-1);for(let e=0,i=t.length;e{const e=this.weightFunction_(t);return void 0!==e?ui(e,0,1):1}}],uniforms:{u_size:()=>2*(this.get(Ny)+this.get(Ay)),u_blurSlope:()=>this.get(Ny)/Math.max(1,this.get(Ay))},hitDetectionEnabled:!0,vertexShader:t.getSymbolVertexShader(),fragmentShader:t.getSymbolFragmentShader(),postProcesses:[{fragmentShader:"\n precision mediump float;\n\n uniform sampler2D u_image;\n uniform sampler2D u_gradientTexture;\n uniform float u_opacity;\n\n varying vec2 v_texCoord;\n\n void main() {\n vec4 color = texture2D(u_image, v_texCoord);\n gl_FragColor.a = color.a * u_opacity;\n gl_FragColor.rgb = texture2D(u_gradientTexture, vec2(0.5, color.a)).rgb;\n gl_FragColor.rgb *= gl_FragColor.a;\n }",uniforms:{u_gradientTexture:()=>this.gradient_,u_opacity:()=>this.getOpacity()}}]})}renderDeclutter(){}};var Gy=class extends Qm{constructor(t){t=t||{};const e=Object.assign({},t);delete e.imageRatio,super(e),this.imageRatio_=void 0!==t.imageRatio?t.imageRatio:1}getImageRatio(){return this.imageRatio_}createRenderer(){return new xy(this)}};var jy=class extends Qm{constructor(t){t=t||{};const e=Object.assign({},t);delete e.preload,delete e.useInterimTilesOnError,super(e),this.on,this.once,this.un;const i=t.renderMode||"hybrid";It("hybrid"==i||"vector"==i,"`renderMode` must be `'hybrid'` or `'vector'`"),this.renderMode_=i,this.setPreload(t.preload?t.preload:0),this.setUseInterimTilesOnError(void 0===t.useInterimTilesOnError||t.useInterimTilesOnError),this.getBackground,this.setBackground}createRenderer(){return new Sy(this)}getFeatures(t){return super.getFeatures(t)}getRenderMode(){return this.renderMode_}getPreload(){return this.get(xd)}getUseInterimTilesOnError(){return this.get(vd)}setPreload(t){this.set(xd,t)}setUseInterimTilesOnError(t){this.set(vd,t)}};var By=class extends yo{constructor(t){super(Object.assign({},t)),this.parseResult_=Hp(t.style),this.styleVariables_=t.style.variables||{},this.hitDetectionDisabled_=!!t.disableHitDetection}createRenderer(){const t=Object.keys(this.parseResult_.attributes).map((t=>({name:t,...this.parseResult_.attributes[t]})));return new s_(this,{vertexShader:this.parseResult_.builder.getSymbolVertexShader(),fragmentShader:this.parseResult_.builder.getSymbolFragmentShader(),hitDetectionEnabled:!this.hitDetectionDisabled_,uniforms:this.parseResult_.uniforms,attributes:t})}updateStyleVariables(t){Object.assign(this.styleVariables_,t),this.changed()}};function Uy(t,e){const i=`\n attribute vec2 ${_p.TEXTURE_COORD};\n uniform mat4 ${mp.TILE_TRANSFORM};\n uniform float ${mp.TEXTURE_PIXEL_WIDTH};\n uniform float ${mp.TEXTURE_PIXEL_HEIGHT};\n uniform float ${mp.TEXTURE_RESOLUTION};\n uniform float ${mp.TEXTURE_ORIGIN_X};\n uniform float ${mp.TEXTURE_ORIGIN_Y};\n uniform float ${mp.DEPTH};\n\n varying vec2 v_textureCoord;\n varying vec2 v_mapCoord;\n\n void main() {\n v_textureCoord = ${_p.TEXTURE_COORD};\n v_mapCoord = vec2(\n ${mp.TEXTURE_ORIGIN_X} + ${mp.TEXTURE_RESOLUTION} * ${mp.TEXTURE_PIXEL_WIDTH} * v_textureCoord[0],\n ${mp.TEXTURE_ORIGIN_Y} - ${mp.TEXTURE_RESOLUTION} * ${mp.TEXTURE_PIXEL_HEIGHT} * v_textureCoord[1]\n );\n gl_Position = ${mp.TILE_TRANSFORM} * vec4(${_p.TEXTURE_COORD}, ${mp.DEPTH}, 1.0);\n }\n `,n={inFragmentShader:!1,variables:{},properties:{},functions:{},bandCount:0,style:{},inFragmentShader:!0,bandCount:e,style:t},r=[];if(void 0!==t.color){const e=zp(n,t.color,Of);r.push(`color = ${e};`)}if(void 0!==t.contrast){const e=zp(n,t.contrast,Mf);r.push(`color.rgb = clamp((${e} + 1.0) * color.rgb - (${e} / 2.0), vec3(0.0, 0.0, 0.0), vec3(1.0, 1.0, 1.0));`)}if(void 0!==t.exposure){const e=zp(n,t.exposure,Mf);r.push(`color.rgb = clamp((${e} + 1.0) * color.rgb, vec3(0.0, 0.0, 0.0), vec3(1.0, 1.0, 1.0));`)}if(void 0!==t.saturation){const e=zp(n,t.saturation,Mf);r.push(`\n float saturation = ${e} + 1.0;\n float sr = (1.0 - saturation) * 0.2126;\n float sg = (1.0 - saturation) * 0.7152;\n float sb = (1.0 - saturation) * 0.0722;\n mat3 saturationMatrix = mat3(\n sr + saturation, sr, sr,\n sg, sg + saturation, sg,\n sb, sb, sb + saturation\n );\n color.rgb = clamp(saturationMatrix * color.rgb, vec3(0.0, 0.0, 0.0), vec3(1.0, 1.0, 1.0));\n `)}if(void 0!==t.gamma){const e=zp(n,t.gamma,Mf);r.push(`color.rgb = pow(color.rgb, vec3(1.0 / ${e}));`)}if(void 0!==t.brightness){const e=zp(n,t.brightness,Mf);r.push(`color.rgb = clamp(color.rgb + ${e}, vec3(0.0, 0.0, 0.0), vec3(1.0, 1.0, 1.0));`)}const s={},o=Object.keys(n.variables).length;if(o>1&&!t.variables)throw new Error(`Missing variables in style (expected ${n.variables})`);for(let e=0;e ${mp.RENDER_EXTENT}[2] ||\n v_mapCoord[1] > ${mp.RENDER_EXTENT}[3]\n ) {\n discard;\n }\n\n vec4 color = texture2D(${mp.TILE_TEXTURE_ARRAY}[0], v_textureCoord);\n\n ${r.join("\n")}\n\n gl_FragColor = color;\n gl_FragColor.rgb *= gl_FragColor.a;\n gl_FragColor *= ${mp.TRANSITION_ALPHA};\n }`,uniforms:s,paletteTextures:n.paletteTextures}}class zy extends wd{constructor(t){const e=(t=t?Object.assign({},t):{}).style||{};delete t.style;const i=t.cacheSize;delete t.cacheSize,super(t),this.sources_=t.sources,this.renderedSource_=null,this.renderedResolution_=NaN,this.style_=e,this.cacheSize_=i,this.styleVariables_=this.style_.variables||{},this.addChangeListener(js,this.handleSourceUpdate_)}getSources(t,e){const i=this.getSource();return this.sources_?"function"==typeof this.sources_?this.sources_(t,e):this.sources_:i?[i]:[]}getRenderSource(){return this.renderedSource_||this.getSource()}getSourceState(){const t=this.getRenderSource();return t?t.getState():"undefined"}handleSourceUpdate_(){this.hasRenderer()&&this.getRenderer().clearCache(),this.getSource()&&this.setStyle(this.style_)}getSourceBandCount_(){const t=Number.MAX_SAFE_INTEGER,e=this.getSources([-t,-t,t,t],t);return e&&e.length&&"bandCount"in e[0]?e[0].bandCount:4}createRenderer(){const t=Uy(this.style_,this.getSourceBandCount_());return new xp(this,{vertexShader:t.vertexShader,fragmentShader:t.fragmentShader,uniforms:t.uniforms,cacheSize:this.cacheSize_,paletteTextures:t.paletteTextures})}renderSources(t,e){const i=this.getRenderer();let n;for(let r=0,s=e.length;r{"ready"==e.getState()&&(e.removeEventListener("change",t),this.changed())};e.addEventListener("change",t)}r=r&&"ready"==i}const s=this.renderSources(t,n);if(this.getRenderer().renderComplete&&r)return this.renderedResolution_=i.resolution,s;if(this.renderedResolution_>.5*i.resolution){const e=this.getSources(t.extent,this.renderedResolution_).filter((t=>!n.includes(t)));if(e.length>0)return this.renderSources(t,e)}return s}setStyle(t){this.styleVariables_=t.variables||{},this.style_=t;const e=Uy(this.style_,this.getSourceBandCount_());this.getRenderer().reset({vertexShader:e.vertexShader,fragmentShader:e.fragmentShader,uniforms:e.uniforms,paletteTextures:e.paletteTextures}),this.changed()}updateStyleVariables(t){Object.assign(this.styleVariables_,t),this.changed()}}zy.prototype.dispose;var Xy=zy;var Vy=class extends Ma{constructor(t){const e=t||{};super(e),e.stopDown&&(this.stopDown=e.stopDown),this.scaleDeltaByPixel_=e.delta?e.delta:.01,this.duration_=void 0!==e.duration?e.duration:250,this.handlingDownUpSequence_=!1,this.handlingDoubleDownSequence_=!1,this.doubleTapTimeoutId_=void 0,this.trackedPointers_={},this.targetPointers=[]}handleEvent(t){if(!t.originalEvent)return!0;let e=!1;if(this.updateTrackedPointers_(t),this.handlingDownUpSequence_){if(t.type==sa.POINTERDRAG)this.handleDragEvent(t),t.originalEvent.preventDefault();else if(t.type==sa.POINTERUP){const e=this.handleUpEvent(t);this.handlingDownUpSequence_=e}}else if(t.type==sa.POINTERDOWN)if(this.handlingDoubleDownSequence_){this.handlingDoubleDownSequence_=!1;const i=this.handleDownEvent(t);this.handlingDownUpSequence_=i,e=this.stopDown(i)}else e=this.stopDown(!1),this.waitForDblTap_();return!e}handleDragEvent(t){let e=1;const i=this.targetPointers[0],n=this.down_.originalEvent,r=i.clientY-n.clientY;void 0!==this.lastDistance_&&(e=1-(this.lastDistance_-r)*this.scaleDeltaByPixel_),this.lastDistance_=r,1!=e&&(this.lastScaleDelta_=e);const s=t.map,o=s.getView();s.render(),o.adjustResolutionInternal(e)}handleDownEvent(t){if(1==this.targetPointers.length){const e=t.map;return this.anchor_=null,this.lastDistance_=void 0,this.lastScaleDelta_=1,this.down_=t,this.handlingDownUpSequence_||e.getView().beginInteraction(),!0}return!1}handleUpEvent(t){if(0==this.targetPointers.length){const e=t.map.getView(),i=this.lastScaleDelta_>1?1:-1;return e.endInteraction(this.duration_,i),this.handlingDownUpSequence_=!1,this.handlingDoubleDownSequence_=!1,!1}return!0}stopDown(t){return t}updateTrackedPointers_(t){if(function(t){const e=t.type;return e===sa.POINTERDOWN||e===sa.POINTERDRAG||e===sa.POINTERUP}(t)){const e=t.originalEvent,i=e.pointerId.toString();t.type==sa.POINTERUP?delete this.trackedPointers_[i]:(t.type==sa.POINTERDOWN||i in this.trackedPointers_)&&(this.trackedPointers_[i]=e),this.targetPointers=Object.values(this.trackedPointers_)}}waitForDblTap_(){void 0!==this.doubleTapTimeoutId_?(clearTimeout(this.doubleTapTimeoutId_),this.doubleTapTimeoutId_=void 0):(this.handlingDoubleDownSequence_=!0,this.doubleTapTimeoutId_=setTimeout(this.endInteraction_.bind(this),250))}endInteraction_(){this.handlingDoubleDownSequence_=!1,this.doubleTapTimeoutId_=void 0}};const Wy="addfeatures";class Zy extends e{constructor(t,e,i,n){super(t),this.features=i,this.file=e,this.projection=n}}var $y=class extends Ma{constructor(t){t=t||{},super({handleEvent:d}),this.on,this.once,this.un,this.readAsBuffer_=!1,this.formats_=[];const e=t.formatConstructors?t.formatConstructors:[];for(let t=0,i=e.length;t0){this.source_&&(this.source_.clear(),this.source_.addFeatures(l)),this.dispatchEvent(new Zy(Wy,t,l,s));break}}}registerListeners_(){const t=this.getMap();if(t){const e=this.target?this.target:t.getViewport();this.dropListenKeys_=[A(e,R,this.handleDrop,this),A(e,C,this.handleStop,this),A(e,b,this.handleStop,this),A(e,R,this.handleStop,this)]}}setActive(t){!this.getActive()&&t&&this.registerListeners_(),this.getActive()&&!t&&this.unregisterListeners_(),super.setActive(t)}setMap(t){this.unregisterListeners_(),super.setMap(t),this.getActive()&&this.registerListeners_()}tryReadFeatures_(t,e,i){try{return t.readFeatures(e,i)}catch(t){return null}}unregisterListeners_(){this.dropListenKeys_&&(this.dropListenKeys_.forEach(N),this.dropListenKeys_=null)}handleDrop(t){const e=t.dataTransfer.files;for(let t=0,i=e.length;t1?1:-1;return e.endInteraction(this.duration_,i),this.lastScaleDelta_=0,!1}handleDownEvent(t){return!!qa(t)&&(!!this.condition_(t)&&(t.map.getView().beginInteraction(),this.lastAngle_=void 0,this.lastMagnitude_=void 0,!0))}};const qy="drawstart",Ky="drawend",Hy="drawabort";class Jy extends e{constructor(t,e){super(t),this.feature=e}}function Qy(t,e){return gi(t[0],t[1],e[0],e[1])}function tx(t,e){const i=t.length;return e<0?t[e+i]:e>=i?t[e-i]:t[e]}function ex(t,e,i){let n,r;eo){return Qy(ax(t,n),ax(t,r))}let a=0;if(n=i?n-=i:n<0&&(n+=i);let s=n+1;s>=i&&(s-=i);const o=t[n],a=o[0],l=o[1],h=t[s];return[a+(h[0]-a)*r,l+(h[1]-l)*r]}function lx(){const t=xm();return function(e,i){return t[e.getGeometry().getType()]}}var hx=class extends Na{constructor(t){const e=t;e.stopDown||(e.stopDown=g),super(e),this.on,this.once,this.un,this.shouldHandle_=!1,this.downPx_=null,this.downTimeout_,this.lastDragTime_,this.pointerType_,this.freehand_=!1,this.source_=t.source?t.source:null,this.features_=t.features?t.features:null,this.snapTolerance_=t.snapTolerance?t.snapTolerance:12,this.type_=t.type,this.mode_=function(t){switch(t){case"Point":case"MultiPoint":return"Point";case"LineString":case"MultiLineString":return"LineString";case"Polygon":case"MultiPolygon":return"Polygon";case"Circle":return"Circle";default:throw new Error("Invalid type: "+t)}}(this.type_),this.stopClick_=!!t.stopClick,this.minPoints_=t.minPoints?t.minPoints:"Polygon"===this.mode_?3:2,this.maxPoints_="Circle"===this.mode_?2:t.maxPoints?t.maxPoints:1/0,this.finishCondition_=t.finishCondition?t.finishCondition:d,this.geometryLayout_=t.geometryLayout?t.geometryLayout:"XY";let i=t.geometryFunction;if(!i){const t=this.mode_;if("Circle"===t)i=function(t,e,i){const n=e||new vc([NaN,NaN]),r=_n(t[0],i),s=Ai(r,_n(t[t.length-1],i));n.setCenterAndRadius(r,Math.sqrt(s),this.geometryLayout_);const o=pn();return o&&n.transform(i,o),n};else{let e;"Point"===t?e=ar:"LineString"===t?e=Fc:"Polygon"===t&&(e=Pr),i=function(i,n,r){return n?"Polygon"===t?i[0].length?n.setCoordinates([i[0].concat([i[0][0]])],this.geometryLayout_):n.setCoordinates([],this.geometryLayout_):n.setCoordinates(i,this.geometryLayout_):n=new e(i,this.geometryLayout_),n}}}this.geometryFunction_=i,this.dragVertexDelay_=void 0!==t.dragVertexDelay?t.dragVertexDelay:500,this.finishCoordinate_=null,this.sketchFeature_=null,this.sketchPoint_=null,this.sketchCoords_=null,this.sketchLine_=null,this.sketchLineCoords_=null,this.squaredClickTolerance_=t.clickTolerance?t.clickTolerance*t.clickTolerance:36,this.overlay_=new by({source:new qc({useSpatialIndex:!1,wrapX:!!t.wrapX&&t.wrapX}),style:t.style?t.style:lx(),updateWhileInteracting:!0}),this.geometryName_=t.geometryName,this.condition_=t.condition?t.condition:Wa,this.freehandCondition_,t.freehand?this.freehandCondition_=Ua:this.freehandCondition_=t.freehandCondition?t.freehandCondition:$a,this.traceCondition_,this.setTrace(t.trace||!1),this.traceState_={active:!1},this.traceSource_=t.traceSource||t.source||null,this.addChangeListener(Fa,this.updateState_)}setTrace(t){let e;e=t?!0===t?Ua:t:Xa,this.traceCondition_=e}setMap(t){super.setMap(t),this.updateState_()}getOverlay(){return this.overlay_}handleEvent(t){t.originalEvent.type===S&&t.originalEvent.preventDefault(),this.freehand_="Point"!==this.mode_&&this.freehandCondition_(t);let e=t.type===sa.POINTERMOVE,i=!0;if(!this.freehand_&&this.lastDragTime_&&t.type===sa.POINTERDRAG){Date.now()-this.lastDragTime_>=this.dragVertexDelay_?(this.downPx_=t.pixel,this.shouldHandle_=!this.freehand_,e=!0):this.lastDragTime_=void 0,this.shouldHandle_&&void 0!==this.downTimeout_&&(clearTimeout(this.downTimeout_),this.downTimeout_=void 0)}return this.freehand_&&t.type===sa.POINTERDRAG&&null!==this.sketchFeature_?(this.addToDrawing_(t.coordinate),i=!1):this.freehand_&&t.type===sa.POINTERDOWN?i=!1:e&&this.getPointerCount()<2?(i=t.type===sa.POINTERMOVE,i&&this.freehand_?(this.handlePointerMove_(t),this.shouldHandle_&&t.originalEvent.preventDefault()):("mouse"===t.originalEvent.pointerType||t.type===sa.POINTERDRAG&&void 0===this.downTimeout_)&&this.handlePointerMove_(t)):t.type===sa.DBLCLICK&&(i=!1),super.handleEvent(t)&&i}handleDownEvent(t){return this.shouldHandle_=!this.freehand_,this.freehand_?(this.downPx_=t.pixel,this.finishCoordinate_||this.startDrawing_(t.coordinate),!0):this.condition_(t)?(this.lastDragTime_=Date.now(),this.downTimeout_=setTimeout((()=>{this.handlePointerMove_(new ra(sa.POINTERMOVE,t.map,t.originalEvent,!1,t.frameState))}),this.dragVertexDelay_),this.downPx_=t.pixel,!0):(this.lastDragTime_=void 0,!1)}deactivateTrace_(){this.traceState_={active:!1}}toggleTraceState_(t){if(!this.traceSource_||!this.traceCondition_(t))return;if(this.traceState_.active)return void this.deactivateTrace_();const e=this.getMap(),i=Ht([e.getCoordinateFromPixel([t.pixel[0]-this.snapTolerance_,t.pixel[1]+this.snapTolerance_]),e.getCoordinateFromPixel([t.pixel[0]+this.snapTolerance_,t.pixel[1]-this.snapTolerance_])]),n=this.traceSource_.getFeaturesInExtent(i);if(0===n.length)return;const r=function(t,e){const i=[];for(let n=0;nt.endIndex||!i&&et.endIndex)&&this.removeTracedCoordinates_(e,t.endIndex):(this.removeTracedCoordinates_(t.startIndex,t.endIndex),this.addTracedCoordinates_(t,t.startIndex,e))}removeTracedCoordinates_(t,e){if(t===e)return;let i=0;if(t0&&this.removeLastPoints_(i)}addTracedCoordinates_(t,e,i){if(e===i)return;const n=[];if(e=s;--e)n.push(tx(t.coordinates,e))}n.length&&this.appendCoordinates(n)}updateTrace_(t){const e=this.traceState_;if(!e.active)return;if(-1===e.targetIndex&&Oi(e.startPx,t.pixel)i.startIndex?hi.startIndex&&(h-=n.length)),l=h,a=t)}const h=e.targets[a];let c=h.ring;if(e.targetIndex===a&&c){const t=ax(h.coordinates,l);Oi(i.getPixelFromCoordinate(t),e.startPx)>n&&(c=!1)}if(c){const t=h.coordinates,e=t.length,i=h.startIndex,n=l;if(ithis.squaredClickTolerance_:s<=this.squaredClickTolerance_,!this.shouldHandle_)return}this.finishCoordinate_?(this.updateTrace_(t),this.modifyDrawing_(t.coordinate)):this.createOrUpdateSketchPoint_(t.coordinate.slice())}atFinish_(t,e){let i=!1;if(this.sketchFeature_){let n=!1,r=[this.finishCoordinate_];const s=this.mode_;if("Point"===s)i=!0;else if("Circle"===s)i=2===this.sketchCoords_.length;else if("LineString"===s)n=!e&&this.sketchCoords_.length>this.minPoints_;else if("Polygon"===s){const t=this.sketchCoords_;n=t[0].length>this.minPoints_,r=[t[0][0],t[0][t[0].length-2]],r=e?[t[0][0]]:[t[0][0],t[0][t[0].length-2]]}if(n){const e=this.getMap();for(let n=0,s=r.length;n=this.maxPoints_&&(this.freehand_?r.pop():n=!0),r.push(t.slice()),this.geometryFunction_(r,e,i)):"Polygon"===s&&(r=this.sketchCoords_[0],r.length>=this.maxPoints_&&(this.freehand_?r.pop():n=!0),r.push(t.slice()),n&&(this.finishCoordinate_=r[0]),this.geometryFunction_(this.sketchCoords_,e,i)),this.createOrUpdateSketchPoint_(t.slice()),this.updateSketchFeatures_(),n&&this.finishDrawing()}removeLastPoints_(t){if(!this.sketchFeature_)return;const e=this.sketchFeature_.getGeometry(),i=this.getMap().getView().getProjection(),n=this.mode_;for(let r=0;r=2){this.finishCoordinate_=t[t.length-2].slice();const e=this.finishCoordinate_.slice();t[t.length-1]=e,this.createOrUpdateSketchPoint_(e)}this.geometryFunction_(t,e,i),"Polygon"===e.getType()&&this.sketchLine_&&this.createOrUpdateCustomSketchLine_(e)}else if("Polygon"===n){t=this.sketchCoords_[0],t.splice(-2,1);const n=this.sketchLine_.getGeometry();if(t.length>=2){const e=t[t.length-2].slice();t[t.length-1]=e,this.createOrUpdateSketchPoint_(e)}n.setCoordinates(t),this.geometryFunction_(this.sketchCoords_,e,i)}if(1===t.length){this.abortDrawing();break}}this.updateSketchFeatures_()}removeLastPoint(){this.removeLastPoints_(1)}finishDrawing(){const t=this.abortDrawing_();if(!t)return;let e=this.sketchCoords_;const i=t.getGeometry(),n=this.getMap().getView().getProjection();"LineString"===this.mode_?(e.pop(),this.geometryFunction_(e,i,n)):"Polygon"===this.mode_&&(e[0].pop(),this.geometryFunction_(e,i,n),e=i.getCoordinates()),"MultiPoint"===this.type_?t.setGeometry(new Ac([e])):"MultiLineString"===this.type_?t.setGeometry(new Lc([e])):"MultiPolygon"===this.type_&&t.setGeometry(new Dc([e])),this.dispatchEvent(new Jy(Ky,t)),this.features_&&this.features_.push(t),this.source_&&this.source_.addFeature(t)}abortDrawing_(){this.finishCoordinate_=null;const t=this.sketchFeature_;return this.sketchFeature_=null,this.sketchPoint_=null,this.sketchLine_=null,this.overlay_.getSource().clear(!0),this.deactivateTrace_(),t}abortDrawing(){const t=this.abortDrawing_();t&&this.dispatchEvent(new Jy(Hy,t))}appendCoordinates(t){const e=this.mode_,i=!this.sketchFeature_;let n;if(i&&this.startDrawing_(t[0]),"LineString"===e||"Circle"===e)n=this.sketchCoords_;else{if("Polygon"!==e)return;n=this.sketchCoords_&&this.sketchCoords_.length?this.sketchCoords_[0]:[]}i&&n.shift(),n.pop();for(let e=0;er?o[1]:o[0]),a}}return null}handlePointerMove_(t){const e=t.pixel,i=t.map;let n=this.snapToVertex_(e,i);n||(n=i.getCoordinateFromPixelInternal(e)),this.createOrUpdatePointerFeature_(n)}createOrUpdateExtentFeature_(t){let e=this.extentFeature_;return e?t?e.setGeometry(Ir(t)):e.setGeometry(void 0):(e=new At(t?Ir(t):{}),this.extentFeature_=e,this.extentOverlay_.getSource().addFeature(e)),e}createOrUpdatePointerFeature_(t){let e=this.vertexFeature_;if(e){e.getGeometry().setCoordinates(t)}else e=new At(new ar(t)),this.vertexFeature_=e,this.vertexOverlay_.getSource().addFeature(e);return e}handleEvent(t){return!t.originalEvent||!this.condition_(t)||(t.type!=sa.POINTERMOVE||this.handlingDownUpSequence||this.handlePointerMove_(t),super.handleEvent(t),!1)}handleDownEvent(t){const e=t.pixel,i=t.map,n=this.getExtentInternal();let r=this.snapToVertex_(e,i);const s=function(t){let e=null,i=null;return t[0]==n[0]?e=n[2]:t[0]==n[2]&&(e=n[0]),t[1]==n[1]?i=n[3]:t[1]==n[3]&&(i=n[1]),null!==e&&null!==i?[e,i]:null};if(r&&n){const t=r[0]==n[0]||r[0]==n[2]?r[0]:null,e=r[1]==n[1]||r[1]==n[3]?r[1]:null;null!==t&&null!==e?this.pointerHandler_=fx(s(r)):null!==t?this.pointerHandler_=px(s([t,n[1]]),s([t,n[3]])):null!==e&&(this.pointerHandler_=px(s([n[0],e]),s([n[2],e])))}else r=i.getCoordinateFromPixelInternal(e),this.setExtent([r[0],r[1],r[0],r[1]]),this.pointerHandler_=fx(r);return!0}handleDragEvent(t){if(this.pointerHandler_){const e=t.coordinate;this.setExtent(this.pointerHandler_(e)),this.createOrUpdatePointerFeature_(e)}}handleUpEvent(t){this.pointerHandler_=null;const e=this.getExtentInternal();return e&&0!==xe(e)||this.setExtent(null),!1}setMap(t){this.extentOverlay_.setMap(t),this.vertexOverlay_.setMap(t),super.setMap(t)}getExtent(){return yn(this.getExtentInternal(),this.getMap().getView().getProjection())}getExtentInternal(){return this.extent_}setExtent(t){this.extent_=t||null,this.createOrUpdateExtentFeature_(t),this.dispatchEvent(new ux(this.extent_))}};function _x(t){return parseFloat(t)}function yx(t){return function(t){return xi(t,5)}(t).toString()}function xx(t,e){return!isNaN(t)&&t!==_x(yx(e))}var vx=class extends Ma{constructor(t){let e;super(),e=!0===(t=Object.assign({animate:!0,params:["x","y","z","r","l"],replace:!1,prefix:""},t||{})).animate?{duration:250}:t.animate?t.animate:null,this.animationOptions_=e,this.params_=t.params.reduce(((t,e)=>(t[e]=!0,t)),{}),this.replace_=t.replace,this.prefix_=t.prefix,this.listenerKeys_=[],this.initial_=!0,this.updateState_=this.updateState_.bind(this),this.trackedCallbacks_={},this.trackedValues_={}}getParamName_(t){return this.prefix_?this.prefix_+t:t}get_(t,e){return t.get(this.getParamName_(e))}set_(t,e,i){e in this.params_&&t.set(this.getParamName_(e),i)}delete_(t,e){e in this.params_&&t.delete(this.getParamName_(e))}setMap(t){const e=this.getMap();super.setMap(t),t!==e&&(e&&this.unregisterListeners_(e),t&&(this.initial_=!0,this.updateState_(),this.registerListeners_(t)))}registerListeners_(t){this.listenerKeys_.push(A(t,ga,this.updateUrl_,this),A(t.getLayerGroup(),v,this.updateUrl_,this),A(t,"change:layergroup",this.handleChangeLayerGroup_,this)),this.replace_||addEventListener("popstate",this.updateState_)}unregisterListeners_(t){for(let t=0,e=this.listenerKeys_.length;t=0;--t){const n=i[t];for(let t=this.dragSegments_.length-1;t>=0;--t)this.dragSegments_[t][0]===n&&this.dragSegments_.splice(t,1);e.remove(n)}}setActive(t){this.vertexFeature_&&!t&&(this.overlay_.getSource().removeFeature(this.vertexFeature_),this.vertexFeature_=null),super.setActive(t)}setMap(t){this.overlay_.setMap(t),super.setMap(t)}getOverlay(){return this.overlay_}handleSourceAdd_(t){t.feature&&this.features_.push(t.feature)}handleSourceRemove_(t){t.feature&&this.features_.remove(t.feature)}handleFeatureAdd_(t){this.addFeature_(t.element)}handleFeatureChange_(t){if(!this.changingFeature_){const e=t.target;this.removeFeature_(e),this.addFeature_(e)}}handleFeatureRemove_(t){this.removeFeature_(t.element)}writePointGeometry_(t,e){const i=e.getCoordinates(),n={feature:t,geometry:e,segment:[i,i]};this.rBush_.insert(e.getExtent(),n)}writeMultiPointGeometry_(t,e){const i=e.getCoordinates();for(let n=0,r=i.length;n=0;--t)this.insertVertex_(r[t],s)}return!!this.vertexFeature_}handleUpEvent(t){for(let e=this.dragSegments_.length-1;e>=0;--e){const i=this.dragSegments_[e][0],n=i.geometry;if("Circle"===n.getType()){const e=n.getCenter(),r=i.featureSegments[0],s=i.featureSegments[1];r.segment[0]=e,r.segment[1]=e,s.segment[0]=e,s.segment[1]=e,this.rBush_.update(le(e),r);let o=n;const a=pn();if(a){const e=t.map.getView().getProjection();o=o.clone().transform(a,e),o=Lr(o).transform(e,a)}this.rBush_.update(o.getExtent(),s)}else this.rBush_.update(Ht(i.segment),i)}return this.featuresBeingModified_&&(this.dispatchEvent(new Cx(Tx,this.featuresBeingModified_,t)),this.featuresBeingModified_=null),!1}handlePointerMove_(t){this.lastPixel_=t.pixel,this.handlePointerAtPixel_(t.pixel,t.map,t.coordinate)}handlePointerAtPixel_(t,e,i){const n=i||e.getCoordinateFromPixel(t),r=e.getView().getProjection(),s=function(t,e){return Rx(n,t,r)-Rx(n,e,r)};let o,a;if(this.hitDetection_){const i="object"==typeof this.hitDetection_?t=>t===this.hitDetection_:void 0;e.forEachFeatureAtPixel(t,((t,e,i)=>{i&&"Point"===i.getType()&&(i=new ar(mn(i.getCoordinates(),r)));const n=i||t.getGeometry();if(t instanceof At&&this.features_.getArray().includes(t)){a=n;const e=t.getGeometry().getFlatCoordinates().slice(0,2);o=[{feature:t,geometry:a,segment:[e,e]}]}return!0}),{layerFilter:i})}if(!o){const t=yn(Jt(xn(le(n,wx),r),e.getView().getResolution()*this.pixelTolerance_,wx),r);o=this.rBush_.getInExtent(t)}if(o&&o.length>0){const i=o.sort(s)[0],l=i.segment;let h=Px(n,i,r);const c=e.getPixelFromCoordinate(h);let u=Oi(t,c);if(a||u<=this.pixelTolerance_){const t={};if(t[U(l)]=!0,this.snapToPointer_||(this.delta_[0]=h[0]-n[0],this.delta_[1]=h[1]-n[1]),"Circle"===i.geometry.getType()&&1===i.index)this.snappedToVertex_=!0,this.createOrUpdateVertexFeature_(h,[i.feature],[i.geometry]);else{const n=e.getPixelFromCoordinate(l[0]),r=e.getPixelFromCoordinate(l[1]),s=Ai(c,n),a=Ai(c,r);u=Math.sqrt(Math.min(s,a)),this.snappedToVertex_=u<=this.pixelTolerance_,this.snappedToVertex_&&(h=s>a?l[1]:l[0]),this.createOrUpdateVertexFeature_(h,[i.feature],[i.geometry]);const d={};d[U(i.geometry)]=!0;for(let e=1,i=o.length;e=0;--o)r=t[o],u=r[0],d=U(u.feature),u.depth&&(d+="-"+u.depth.join("-")),d in e||(e[d]={}),0===r[1]?(e[d].right=u,e[d].index=u.index):1==r[1]&&(e[d].left=u,e[d].index=u.index+1);for(d in e){switch(c=e[d].right,l=e[d].left,a=e[d].index,h=a-1,u=void 0!==l?l:c,h<0&&(h=0),s=u.geometry,n=s.getCoordinates(),i=n,g=!1,s.getType()){case"MultiLineString":n[u.depth[0]].length>2&&(n[u.depth[0]].splice(a,1),g=!0);break;case"LineString":n.length>2&&(n.splice(a,1),g=!0);break;case"MultiPolygon":i=i[u.depth[1]];case"Polygon":i=i[u.depth[0]],i.length>4&&(a==i.length-1&&(a=0),i.splice(a,1),g=!0,0===a&&(i.pop(),i.push(i[0]),h=i.length-1))}if(g){this.setGeometryCoordinates_(s,n);const e=[];if(void 0!==l&&(this.rBush_.remove(l),e.push(l.segment[0])),void 0!==c&&(this.rBush_.remove(c),e.push(c.segment[1])),void 0!==l&&void 0!==c){const t={depth:u.depth,feature:u.feature,geometry:u.geometry,index:h,segment:e};this.rBush_.insert(Ht(t.segment),t)}this.updateSegmentIndices_(s,a,u.depth,-1),this.vertexFeature_&&(this.overlay_.getSource().removeFeature(this.vertexFeature_),this.vertexFeature_=null),t.length=0}}return g}setGeometryCoordinates_(t,e){this.changingFeature_=!0,t.setCoordinates(e),this.changingFeature_=!1}updateSegmentIndices_(t,e,i,n){this.rBush_.forEachInExtent(t.getExtent(),(function(r){r.geometry===t&&(void 0===i||void 0===r.depth||c(r.depth,i))&&r.index>e&&(r.index+=n)}))}};const Lx="select";class Mx extends e{constructor(t,e,i,n){super(t),this.selected=e,this.deselected=i,this.mapBrowserEvent=n}}const Ax={};class Ox extends Ma{constructor(t){let e;if(super(),this.on,this.once,this.un,t=t||{},this.boundAddFeature_=this.addFeature_.bind(this),this.boundRemoveFeature_=this.removeFeature_.bind(this),this.condition_=t.condition?t.condition:Va,this.addCondition_=t.addCondition?t.addCondition:Xa,this.removeCondition_=t.removeCondition?t.removeCondition:Xa,this.toggleCondition_=t.toggleCondition?t.toggleCondition:$a,this.multi_=!!t.multi&&t.multi,this.filter_=t.filter?t.filter:d,this.hitTolerance_=t.hitTolerance?t.hitTolerance:0,this.style_=void 0!==t.style?t.style:function(){const t=xm();return h(t.Polygon,t.LineString),h(t.GeometryCollection,t.LineString),function(e){return e.getGeometry()?t[e.getGeometry().getType()]:null}}(),this.features_=t.features||new Y,t.layers)if("function"==typeof t.layers)e=t.layers;else{const i=t.layers;e=function(t){return i.includes(t)}}else e=d;this.layerFilter_=e,this.featureLayerAssociation_={}}addFeatureLayerAssociation_(t,e){this.featureLayerAssociation_[U(t)]=e}getFeatures(){return this.features_}getHitTolerance(){return this.hitTolerance_}getLayer(t){return this.featureLayerAssociation_[U(t)]}setHitTolerance(t){this.hitTolerance_=t}setMap(t){this.getMap()&&this.style_&&this.features_.forEach(this.restorePreviousStyle_.bind(this)),super.setMap(t),t?(this.features_.addEventListener(V,this.boundAddFeature_),this.features_.addEventListener(W,this.boundRemoveFeature_),this.style_&&this.features_.forEach(this.applySelectedStyle_.bind(this))):(this.features_.removeEventListener(V,this.boundAddFeature_),this.features_.removeEventListener(W,this.boundRemoveFeature_))}addFeature_(t){const e=t.element;if(this.style_&&this.applySelectedStyle_(e),!this.getLayer(e)){const t=this.getMap().getAllLayers().find((function(t){if(t instanceof by&&t.getSource()&&t.getSource().hasFeature(e))return t}));t&&this.addFeatureLayerAssociation_(e,t)}}removeFeature_(t){this.style_&&this.restorePreviousStyle_(t.element)}getStyle(){return this.style_}applySelectedStyle_(t){const e=U(t);e in Ax||(Ax[e]=t.getStyle()),t.setStyle(this.style_)}restorePreviousStyle_(t){const e=this.getMap().getInteractions().getArray();for(let i=e.length-1;i>=0;--i){const n=e[i];if(n!==this&&n instanceof Ox&&n.getStyle()&&-1!==n.getFeatures().getArray().lastIndexOf(t))return void t.setStyle(n.getStyle())}const i=U(t);t.setStyle(Ax[i]),delete Ax[i]}removeFeatureLayerAssociation_(t){delete this.featureLayerAssociation_[U(t)]}handleEvent(t){if(!this.condition_(t))return!0;const e=this.addCondition_(t),i=this.removeCondition_(t),n=this.toggleCondition_(t),r=!e&&!i&&!n,s=t.map,o=this.getFeatures(),a=[],l=[];if(r){_(this.featureLayerAssociation_),s.forEachFeatureAtPixel(t.pixel,((t,e)=>{if(t instanceof At&&this.filter_(t,e))return this.addFeatureLayerAssociation_(t,e),l.push(t),!this.multi_}),{layerFilter:this.layerFilter_,hitTolerance:this.hitTolerance_});for(let t=o.getLength()-1;t>=0;--t){const e=o.item(t),i=l.indexOf(e);i>-1?l.splice(i,1):(o.remove(e),a.push(e))}0!==l.length&&o.extend(l)}else{s.forEachFeatureAtPixel(t.pixel,((t,r)=>{if(t instanceof At&&this.filter_(t,r))return!e&&!n||o.getArray().includes(t)?(i||n)&&o.getArray().includes(t)&&(a.push(t),this.removeFeatureLayerAssociation_(t)):(this.addFeatureLayerAssociation_(t,r),l.push(t)),!this.multi_}),{layerFilter:this.layerFilter_,hitTolerance:this.hitTolerance_});for(let t=a.length-1;t>=0;--t)o.remove(a[t]);o.extend(l)}return(l.length>0||a.length>0)&&this.dispatchEvent(new Mx(Lx,l,a,t)),!0}}var Nx=Ox;const Dx="snap";class kx extends e{constructor(t,e){super(t),this.vertex=e.vertex,this.vertexPixel=e.vertexPixel,this.feature=e.feature,this.segment=e.segment}}function Gx(t){return t.feature?t.feature:t.element?t.element:null}const jx=[];var Bx=class extends Na{constructor(t){const e=t=t||{};e.handleDownEvent||(e.handleDownEvent=d),e.stopDown||(e.stopDown=g),super(e),this.on,this.once,this.un,this.source_=t.source?t.source:null,this.vertex_=void 0===t.vertex||t.vertex,this.edge_=void 0===t.edge||t.edge,this.features_=t.features?t.features:null,this.featuresListenerKeys_=[],this.featureChangeListenerKeys_={},this.indexedFeaturesExtents_={},this.pendingFeatures_={},this.pixelTolerance_=void 0!==t.pixelTolerance?t.pixelTolerance:10,this.rBush_=new yc,this.GEOMETRY_SEGMENTERS_={Point:this.segmentPointGeometry_.bind(this),LineString:this.segmentLineStringGeometry_.bind(this),LinearRing:this.segmentLineStringGeometry_.bind(this),Polygon:this.segmentPolygonGeometry_.bind(this),MultiPoint:this.segmentMultiPointGeometry_.bind(this),MultiLineString:this.segmentMultiLineStringGeometry_.bind(this),MultiPolygon:this.segmentMultiPolygonGeometry_.bind(this),GeometryCollection:this.segmentGeometryCollectionGeometry_.bind(this),Circle:this.segmentCircleGeometry_.bind(this)}}addFeature(t,e){e=void 0===e||e;const i=U(t),n=t.getGeometry();if(n){const e=this.GEOMETRY_SEGMENTERS_[n.getType()];if(e){this.indexedFeaturesExtents_[i]=n.getExtent([1/0,1/0,-1/0,-1/0]);const r=[];if(e(r,n),1===r.length)this.rBush_.insert(Ht(r[0]),{feature:t,segment:r[0]});else if(r.length>1){const e=r.map((t=>Ht(t))),i=r.map((e=>({feature:t,segment:e})));this.rBush_.load(e,i)}}}e&&(this.featureChangeListenerKeys_[i]=A(t,v,this.handleFeatureChange_,this))}getFeatures_(){let t;return this.features_?t=this.features_:this.source_&&(t=this.source_.getFeatures()),t}handleEvent(t){const e=this.snapTo(t.pixel,t.coordinate,t.map);return e&&(t.coordinate=e.vertex.slice(0,2),t.pixel=e.vertexPixel,this.dispatchEvent(new kx(Dx,{vertex:t.coordinate,vertexPixel:t.pixel,feature:e.feature,segment:e.segment}))),super.handleEvent(t)}handleFeatureAdd_(t){const e=Gx(t);e&&this.addFeature(e)}handleFeatureRemove_(t){const e=Gx(t);e&&this.removeFeature(e)}handleFeatureChange_(t){const e=t.target;if(this.handlingDownUpSequence){const t=U(e);t in this.pendingFeatures_||(this.pendingFeatures_[t]=e)}else this.updateFeature_(e)}handleUpEvent(t){const e=Object.values(this.pendingFeatures_);return e.length&&(e.forEach(this.updateFeature_.bind(this)),this.pendingFeatures_={}),!1}removeFeature(t,e){const i=void 0===e||e,n=U(t),r=this.indexedFeaturesExtents_[n];if(r){const e=this.rBush_,i=[];e.forEachInExtent(r,(function(e){t===e.feature&&i.push(e)}));for(let t=i.length-1;t>=0;--t)e.remove(i[t])}i&&(N(this.featureChangeListenerKeys_[n]),delete this.featureChangeListenerKeys_[n])}setMap(t){const e=this.getMap(),i=this.featuresListenerKeys_,n=this.getFeatures_();e&&(i.forEach(N),i.length=0,this.rBush_.clear(),Object.values(this.featureChangeListenerKeys_).forEach(N),this.featureChangeListenerKeys_={}),super.setMap(t),t&&(this.features_?i.push(A(this.features_,V,this.handleFeatureAdd_,this),A(this.features_,W,this.handleFeatureRemove_,this)):this.source_&&i.push(A(this.source_,Uc,this.handleFeatureAdd_,this),A(this.source_,Vc,this.handleFeatureRemove_,this)),n.forEach((t=>this.addFeature(t))))}snapTo(t,e,i){const n=i.getView().getProjection(),r=_n(e,n),s=yn(Jt(Ht([r]),i.getView().getResolution()*this.pixelTolerance_),n),o=this.rBush_.getInExtent(s),a=o.length;if(0===a)return null;let l,h,c=1/0,u=null;const d=this.pixelTolerance_*this.pixelTolerance_,g=()=>{if(l){const e=i.getPixelFromCoordinate(l);if(Ai(t,e)<=d)return{vertex:l,vertexPixel:[Math.round(e[0]),Math.round(e[1])],feature:h,segment:u}}return null};if(this.vertex_){for(let t=0;t{const i=_n(t,n),s=Ai(r,i);s{t.push([e])}))}segmentMultiPolygonGeometry_(t,e){const i=e.getCoordinates();for(let e=0,n=i.length;e{if(t instanceof At&&this.filter_(t,e)&&(!this.features_||this.features_.getArray().includes(t)))return t}),{layerFilter:this.layerFilter_,hitTolerance:this.hitTolerance_})}getHitTolerance(){return this.hitTolerance_}setHitTolerance(t){this.hitTolerance_=t}setMap(t){const e=this.getMap();super.setMap(t),this.updateState_(e)}handleActiveChanged_(){this.updateState_(null)}updateState_(t){let e=this.getMap();const i=this.getActive();if((!e||!i)&&(e=e||t,e)){e.getViewport().classList.remove("ol-grab","ol-grabbing")}}};function Zx(t,e,i,n,r,s){void 0!==r?s=void 0!==s?s:0:(r=[],s=0);let o=e;for(;oHx({...t,geometry:e}))).flat();const n="MultiPolygon"===i.type?"Polygon":i.type;if("GeometryCollection"===n||"Circle"===n)throw new Error("Unsupported geometry type: "+n);const r=i.layout.length;return Yx(new Bc(n,"Polygon"===n?function(t,e,i){return Array.isArray(e[0])?(Er(t,0,e,i)||Cr(t=t.slice(),0,e,i),t):(Sr(t,0,e,i)||Tr(t=t.slice(),0,e,i),t)}(i.flatCoordinates,i.ends,r):i.flatCoordinates,i.ends?.flat(),r,t.properties||{},t.id).enableSimplifyTransformed(),!1,e)}function Jx(t,e){if(!t)return null;if(Array.isArray(t)){const i=t.map((t=>Jx(t,e)));return new Ec(i)}return Yx(new(0,Kx[t.type])(t.flatCoordinates,t.layout,t.ends),!1,e)}function Qx(t){if("string"==typeof t){const e=JSON.parse(t);return e||null}return null!==t?t:null}var tv=class extends $x{constructor(){super()}getType(){return"json"}readFeature(t,e){return this.readFeatureFromObject(Qx(t),this.getReadOptions(t,e))}readFeatures(t,e){return this.readFeaturesFromObject(Qx(t),this.getReadOptions(t,e))}readFeatureFromObject(t,e){return j()}readFeaturesFromObject(t,e){return j()}readGeometry(t,e){return this.readGeometryFromObject(Qx(t),this.getReadOptions(t,e))}readGeometryFromObject(t,e){return j()}readProjection(t){return this.readProjectionFromObject(Qx(t))}readProjectionFromObject(t){return j()}writeFeature(t,e){return JSON.stringify(this.writeFeatureObject(t,e))}writeFeatureObject(t,e){return j()}writeFeatures(t,e){return JSON.stringify(this.writeFeaturesObject(t,e))}writeFeaturesObject(t,e){return j()}writeGeometry(t,e){return JSON.stringify(this.writeGeometryObject(t,e))}writeGeometryObject(t,e){return j()}};const ev={Point:function(t){let e;e=void 0!==t.m&&void 0!==t.z?new ar([t.x,t.y,t.z,t.m],"XYZM"):void 0!==t.z?new ar([t.x,t.y,t.z],"XYZ"):void 0!==t.m?new ar([t.x,t.y,t.m],"XYM"):new ar([t.x,t.y]);return e},LineString:function(t){const e=rv(t);return new Fc(t.paths[0],e)},Polygon:function(t){const e=rv(t);return new Pr(t.rings,e)},MultiPoint:function(t){const e=rv(t);return new Ac(t.points,e)},MultiLineString:function(t){const e=rv(t);return new Lc(t.paths,e)},MultiPolygon:function(t){const e=rv(t);return new Dc(t.rings,e)}},iv={Point:function(t,e){const i=t.getCoordinates();let n;const r=t.getLayout();if("XYZ"===r)n={x:i[0],y:i[1],z:i[2]};else if("XYM"===r)n={x:i[0],y:i[1],m:i[2]};else if("XYZM"===r)n={x:i[0],y:i[1],z:i[2],m:i[3]};else{if("XY"!==r)throw new Error("Invalid geometry layout");n={x:i[0],y:i[1]}}return n},LineString:function(t,e){const i=sv(t);return{hasZ:i.hasZ,hasM:i.hasM,paths:[t.getCoordinates()]}},Polygon:function(t,e){const i=sv(t);return{hasZ:i.hasZ,hasM:i.hasM,rings:t.getCoordinates(!1)}},MultiPoint:function(t,e){const i=sv(t);return{hasZ:i.hasZ,hasM:i.hasM,points:t.getCoordinates()}},MultiLineString:function(t,e){const i=sv(t);return{hasZ:i.hasZ,hasM:i.hasM,paths:t.getCoordinates()}},MultiPolygon:function(t,e){const i=sv(t),n=t.getCoordinates(!1),r=[];for(let t=0;t=0;e--)r.push(n[t][e]);return{hasZ:i.hasZ,hasM:i.hasM,rings:r}}};function nv(t,e){if(!t)return null;let i;if("number"==typeof t.x&&"number"==typeof t.y)i="Point";else if(t.points)i="MultiPoint";else if(t.paths){i=1===t.paths.length?"LineString":"MultiLineString"}else if(t.rings){const e=t,n=rv(e),r=function(t,e){const i=[],n=[],r=[];let s,o;for(s=0,o=t.length;s=0;s--){const i=n[s][0];if(ie(new sr(i).getExtent(),new sr(t).getExtent())){n[s].push(t),e=!0;break}}e||n.push([t.reverse()])}return n}(e.rings,n);1===r.length?(i="Polygon",t=Object.assign({},t,{rings:r[0]})):(i="MultiPolygon",t=Object.assign({},t,{rings:r}))}return Yx((0,ev[i])(t),!1,e)}function rv(t){let e="XY";return!0===t.hasZ&&!0===t.hasM?e="XYZM":!0===t.hasZ?e="XYZ":!0===t.hasM&&(e="XYM"),e}function sv(t){const e=t.getLayout();return{hasZ:"XYZ"===e||"XYZM"===e,hasM:"XYM"===e||"XYZM"===e}}function ov(t,e){return(0,iv[t.getType()])(Yx(t,!0,e),e)}var av=class extends tv{constructor(t){t=t||{},super(),this.geometryName_=t.geometryName}readFeatureFromObject(t,e,i){const n=t,r=nv(n.geometry,e),s=new At;if(this.geometryName_&&s.setGeometryName(this.geometryName_),s.setGeometry(r),n.attributes){s.setProperties(n.attributes,!0);const t=n.attributes[i];void 0!==t&&s.setId(t)}return s}readFeaturesFromObject(t,e){if(e=e||{},t.features){const i=[],n=t.features;for(let r=0,s=n.length;r0?i[0]:null}readFeatureFromNode(t,e){return null}readFeatures(t,e){if(!t)return[];if("string"==typeof t){const i=lg(t);return this.readFeaturesFromDocument(i,e)}return og(t)?this.readFeaturesFromDocument(t,e):this.readFeaturesFromNode(t,e)}readFeaturesFromDocument(t,e){const i=[];for(let 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null}writeGeometry(t,e){const i=this.writeGeometryNode(t,e);return this.xmlSerializer_.serializeToString(i)}writeGeometryNode(t,e){return null}};const hv="http://www.opengis.net/gml",cv=/^\s*$/;class uv extends lv{constructor(t){super(),t=t||{},this.featureType=t.featureType,this.featureNS=t.featureNS,this.srsName=t.srsName,this.schemaLocation="",this.FEATURE_COLLECTION_PARSERS={},this.FEATURE_COLLECTION_PARSERS[this.namespace]={featureMember:cg(this.readFeaturesInternal),featureMembers:ug(this.readFeaturesInternal)},this.supportedMediaTypes=["application/gml+xml"]}readFeaturesInternal(t,e){const i=t.localName;let n=null;if("FeatureCollection"==i)n=wg([],this.FEATURE_COLLECTION_PARSERS,t,e,this);else if("featureMembers"==i||"featureMember"==i||"member"==i){const r=e[0];let s=r.featureType,o=r.featureNS;const a="p",l="p0";if(!s&&t.childNodes){s=[],o={};for(let e=0,i=t.childNodes.length;e0&&!(t instanceof Fn)){t={_content_:t};for(let e=0;e0){e[e.length-1].push(...i)}},outerBoundaryIs:function(t,e){const i=wg(void 0,zS,t,e);if(i){e[e.length-1][0]=i}}});function FS(t,e){const i=wg({},SS,t,e),n=wg([null],PS,t,e);if(n&&n[0]){const t=n[0],e=[t.length];for(let i=1,r=n.length;i0;let o;const a=r.href;let l,h,c;a?o=a:s&&(o=Vw);let u="bottom-left";const d=i.hotSpot;let g;d?(l=[d.x,d.y],h=d.xunits,c=d.yunits,u=d.origin):/^https?:\/\/maps\.(?:google|gstatic)\.com\//.test(o)&&(o.includes("pushpin")?(l=Bw,h=Uw,c=zw):o.includes("arrow-reverse")?(l=[54,42],h=Uw,c=zw):o.includes("paddle")&&(l=[32,1],h=Uw,c=zw));const f=r.x,p=r.y;let m;void 0!==f&&void 0!==p&&(g=[f,p]);const _=r.w,y=r.h;let x;void 0!==_&&void 0!==y&&(m=[_,y]);const v=i.heading;void 0!==v&&(x=mi(v));const w=i.scale,S=i.color;if(s){o==Vw&&(m=Xw);const t=new dm({anchor:l,anchorOrigin:u,anchorXUnits:h,anchorYUnits:c,crossOrigin:this.crossOrigin_,offset:g,offsetOrigin:"bottom-left",rotation:x,scale:w,size:m,src:this.iconUrlFunction_(o),color:S}),e=t.getScaleArray()[0],i=t.getSize();if(null===i){const i=t.getImageState();if(i===Zr||i===$r){const n=function(){const i=t.getImageState();if(i!==Zr&&i!==$r){const i=t.getSize();if(i&&2==i.length){const n=tS(i);t.setScale(e*n)}t.unlistenImageChange(n)}};t.listenImageChange(n),i===Zr&&t.load()}}else if(2==i.length){const n=tS(i);t.setScale(e*n)}n.imageStyle=t}else n.imageStyle=Zw},LabelStyle:function(t,e){const i=wg({},uS,t,e);if(!i)return;const n=e[e.length-1],r=new Em({fill:new sm({color:"color"in i?i.color:jw}),scale:i.scale});n.textStyle=r},LineStyle:function(t,e){const i=wg({},dS,t,e);if(!i)return;const n=e[e.length-1],r=new fm({color:"color"in i?i.color:jw,width:"width"in i?i.width:1});n.strokeStyle=r},PolyStyle:function(t,e){const i=wg({},gS,t,e);if(!i)return;const n=e[e.length-1],r=new sm({color:"color"in i?i.color:jw});n.fillStyle=r;const s=i.fill;void 0!==s&&(n.fill=s);const o=i.outline;void 0!==o&&(n.outline=o)}});function LS(t,e){const i=wg({},IS,t,e,this);if(!i)return null;let n="fillStyle"in i?i.fillStyle:Ww;const r=i.fill;let s;void 0===r||r||(n=null),"imageStyle"in i?i.imageStyle!=Zw&&(s=i.imageStyle):s=$w;const o="textStyle"in i?i.textStyle:Kw,a="strokeStyle"in i?i.strokeStyle:qw,l=i.outline;return void 0===l||l?[new wm({fill:n,image:s,stroke:a,text:o,zIndex:void 0})]:[new wm({geometry:function(t){const e=t.getGeometry(),i=e.getType();if("GeometryCollection"===i){return new Ec(e.getGeometriesArrayRecursive().filter((function(t){const e=t.getType();return"Polygon"!==e&&"MultiPolygon"!==e})))}if("Polygon"!==i&&"MultiPolygon"!==i)return e},fill:n,image:s,stroke:a,text:o,zIndex:void 0}),new wm({geometry:function(t){const e=t.getGeometry(),i=e.getType();if("GeometryCollection"===i){return new Ec(e.getGeometriesArrayRecursive().filter((function(t){const e=t.getType();return"Polygon"===e||"MultiPolygon"===e})))}if("Polygon"===i||"MultiPolygon"===i)return e},fill:n,stroke:null,zIndex:void 0})]}function MS(t,e){const i=e.length,n=new Array(e.length),r=new Array(e.length),s=new Array(e.length);let o,a,l;o=!1,a=!1,l=!1;for(let t=0;t0){const t=yg(r,o);Eg(n,gE,pE,[{names:o,values:t}],i)}const u=i[0];let d=e.getGeometry();d&&(d=Yx(d,!0,u)),Eg(n,gE,rE,[d],i)}const _E=xg(Iw,["extrude","tessellate","altitudeMode","coordinates"]),yE=xg(Iw,{extrude:fg(wv),tessellate:fg(wv),altitudeMode:fg(bv),coordinates:fg((function(t,e,i){const n=i[i.length-1],r=n.layout,s=n.stride;let o;if("XY"==r||"XYM"==r)o=2;else{if("XYZ"!=r&&"XYZM"!=r)throw new Error("Invalid geometry layout");o=3}const a=e.length;let l="";if(a>0){l+=e[0];for(let t=1;t0;else{const e=t.getType();a="Point"===e||"MultiPoint"===e}}a&&(l=s.get("name"),a=a&&!!l,a&&/&[^&]+;/.test(l)&&(Jw||(Jw=document.createElement("textarea")),Jw.innerHTML=l,l=Jw.value));let c=i;if(t?c=t:e&&(c=iS(e,i,n)),a){const t=function(t,e){const i=[0,0];let n="start";const r=t.getImage();if(r){const t=r.getSize();if(t&&2==t.length){const e=r.getScaleArray(),s=r.getAnchor();i[0]=e[0]*(t[0]-s[0]),i[1]=e[1]*(t[1]/2-s[1]),n="left"}}let s=t.getText();s?(s=s.clone(),s.setFont(s.getFont()||Kw.getFont()),s.setScale(s.getScale()||Kw.getScale()),s.setFill(s.getFill()||Kw.getFill()),s.setStroke(s.getStroke()||Yw)):s=Kw.clone();s.setText(e),s.setOffsetX(i[0]),s.setOffsetY(i[1]),s.setTextAlign(n);const o=new wm({image:r,text:s});return o}(c[0],l);if(h.length>0){t.setGeometry(new Ec(h));return[t,new wm({geometry:c[0].getGeometry(),image:null,fill:c[0].getFill(),stroke:c[0].getStroke(),text:null})].concat(c.slice(1))}return t}return c}}(i.Style,i.styleUrl,this.defaultStyle_,this.sharedStyles_,this.showPointNames_);n.setStyle(t)}return delete i.Style,n.setProperties(i,!0),n}readSharedStyle_(t,e){const i=t.getAttribute("id");if(null!==i){const n=LS.call(this,t,e);if(n){let 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i=this.layers_,n=tn((e=this.adaptOptions(e)).dataProjection);n.setWorldExtent(e.extent),e.dataProjection=n;const r=new JE(t),s=r.readFields(QE,{}),o=[];for(const t in s){if(i&&!i.includes(t))continue;const a=s[t],l=a?[0,0,a.extent,a.extent]:null;n.setExtent(l);for(let t=0,i=a.length;t>1):i>>1}return e}function NT(t){let e="";for(let i=0,n=t.length;i=32;)e=63+(32|31&t),i+=String.fromCharCode(e),t>>=5;return e=t+63,i+=String.fromCharCode(e),i}var GT=class extends Ew{constructor(t){super(),t=t||{},this.dataProjection=tn("EPSG:4326"),this.factor_=t.factor?t.factor:1e5,this.geometryLayout_=t.geometryLayout?t.geometryLayout:"XY"}readFeatureFromText(t,e){const i=this.readGeometryFromText(t,e);return new At(i)}readFeaturesFromText(t,e){return[this.readFeatureFromText(t,e)]}readGeometryFromText(t,e){const i=Ln(this.geometryLayout_),n=IT(t,i,this.factor_);Zx(n,0,n.length,i,n);const r=Jn(n,0,n.length,i);return Yx(new Fc(r,this.geometryLayout_),!1,this.adaptOptions(e))}writeFeatureText(t,e){const 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new(Function.prototype.bind.apply(YT,e))}function yC(t,e,i){return new qT(t,e,i)}const 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http://schemas.opengis.net/wfs/2.0/wfs.xsd","1.1.0":"http://www.opengis.net/wfs http://schemas.opengis.net/wfs/1.1.0/wfs.xsd","1.0.0":"http://www.opengis.net/wfs http://schemas.opengis.net/wfs/1.0.0/wfs.xsd"},IC={"2.0.0":Gv,"1.1.0":Ov,"1.0.0":Iv};function LC(t,e,i,n){Eg(n,EC,mg(t),e,i)}function MC(t,e){return wg({},vC,t,e)}const AC={"http://www.opengis.net/ogc":{FeatureId:cg((function(t,e){return t.getAttribute("fid")}))},"http://www.opengis.net/ogc/1.1":{FeatureId:cg((function(t,e){return t.getAttribute("fid")}))}};function OC(t,e){vg(AC,t,e)}const NC={"http://www.opengis.net/wfs":{Feature:OC},"http://www.opengis.net/wfs/2.0":{Feature:OC}};function DC(t,e){return wg([],NC,t,e)}function kC(t,e,i){const n=i[i.length-1],r=n.featureType,s=n.featureNS,o=n.gmlVersion,a=ng(s,r);t.appendChild(a),2===o?Iv.prototype.writeFeatureElement(a,e,i):3===o?Ov.prototype.writeFeatureElement(a,e,i):Gv.prototype.writeFeatureElement(a,e,i)}function GC(t,e,i){const n=i[i.length-1].version,r=bC[n],s=ng(r,"Filter"),o=ng(r,"FeatureId");s.appendChild(o),o.setAttribute("fid",e),t.appendChild(s)}function jC(t,e){const i=(t=t||TC)+":";return e.startsWith(i)?e:i+e}function BC(t,e,i){const n=i[i.length-1];It(void 0!==e.getId(),"Features must have an id set");const r=n.featureType,s=n.featurePrefix,o=n.featureNS,a=jC(s,r);t.setAttribute("typeName",a),t.setAttributeNS(CC,"xmlns:"+s,o);const l=e.getId();void 0!==l&&GC(t,l,i)}function UC(t,e,i){const n=i[i.length-1];It(void 0!==e.getId(),"Features must have an id set");const r=n.version,s=n.featureType,o=n.featurePrefix,a=n.featureNS,l=jC(o,s),h=e.getGeometryName();t.setAttribute("typeName",l),t.setAttributeNS(CC,"xmlns:"+o,a);const c=e.getId();if(void 0!==c){const s=e.getKeys(),o=[];for(let t=0,i=s.length;t{const r=this.combineBboxAndFilter(n.geometryName,n.bbox,t.srsName,t.filter);Object.assign(i,{geometryName:n.geometryName,filter:r}),ab(e,[n.name],[i])}));return e}combineBboxAndFilter(t,e,i,n){const r=yC(t,e,i);return n?_C(n,r):r}writeTransaction(t,e,i,n){const r=[],s=n.version?n.version:this.version_,o=ng(RC[s],"Transaction");let a;o.setAttribute("service","WFS"),o.setAttribute("version",s),n&&(a=n.gmlOptions?n.gmlOptions:{},n.handle&&o.setAttribute("handle",n.handle)),o.setAttributeNS(ig,"xsi:schemaLocation",FC[s]);const l=function(t,e,i,n){const r=n.featurePrefix?n.featurePrefix:TC;let s;"1.0.0"===i?s=2:"1.1.0"===i?s=3:"2.0.0"===i&&(s=3.2);const o=Object.assign({node:t},{version:i,featureNS:n.featureNS,featureType:n.featureType,featurePrefix:r,gmlVersion:s,hasZ:n.hasZ,srsName:n.srsName},e);return o}(o,a,s,n);return t&&LC("Insert",t,r,l),e&&LC("Update",e,r,l),i&&LC("Delete",i,r,l),n.nativeElements&&LC("Native",n.nativeElements,r,l),o}readProjectionFromDocument(t){for(let e=t.firstChild;e;e=e.nextSibling)if(e.nodeType==Node.ELEMENT_NODE)return this.readProjectionFromNode(e);return null}readProjectionFromNode(t){if(t.firstElementChild&&t.firstElementChild.firstElementChild)for(let e=(t=t.firstElementChild.firstElementChild).firstElementChild;e;e=e.nextElementSibling)if(0!==e.childNodes.length&&(1!==e.childNodes.length||3!==e.firstChild.nodeType)){const t=[{}];return this.gmlFormat_.readGeometryElement(e,t),tn(t.pop().srsName)}return null}};const cb=1,ub=2,db=3,gb=4,fb=5,pb=6,mb=7,_b=15,yb=16,xb=17;class vb{constructor(t){this.view_=t,this.pos_=0,this.initialized_=!1,this.isLittleEndian_=!1,this.hasZ_=!1,this.hasM_=!1,this.srid_=null,this.layout_="XY"}readUint8(){return this.view_.getUint8(this.pos_++)}readUint32(t){return this.view_.getUint32((this.pos_+=4)-4,void 0!==t?t:this.isLittleEndian_)}readDouble(t){return this.view_.getFloat64((this.pos_+=8)-8,void 0!==t?t:this.isLittleEndian_)}readPoint(){const t=[];return t.push(this.readDouble()),t.push(this.readDouble()),this.hasZ_&&t.push(this.readDouble()),this.hasM_&&t.push(this.readDouble()),t}readLineString(){const t=this.readUint32(),e=[];for(let i=0;i0,i=this.readUint32(e),n=Math.floor((268435455&i)/1e3),r=Boolean(2147483648&i)||1===n||3===n,s=Boolean(1073741824&i)||2===n||3===n,o=Boolean(536870912&i),a=(268435455&i)%1e3,l=["XY",r?"Z":"",s?"M":""].join(""),h=o?this.readUint32(e):null;if(void 0!==t&&t!==a)throw new Error("Unexpected WKB geometry type "+a);if(this.initialized_){if(this.isLittleEndian_!==e)throw new Error("Inconsistent endian");if(this.layout_!==l)throw new Error("Inconsistent geometry layout");if(h&&this.srid_!==h)throw new Error("Inconsistent coordinate system (SRID)")}else this.isLittleEndian_=e,this.hasZ_=r,this.hasM_=s,this.layout_=l,this.srid_=h,this.initialized_=!0;return a}readWkbPayload(t){switch(t){case cb:return this.readPoint();case ub:return this.readLineString();case db:case xb:return this.readPolygon();case gb:return this.readMultiPoint();case fb:return this.readMultiLineString();case pb:case _b:case yb:return this.readMultiPolygon();case mb:return this.readGeometryCollection();default:throw new Error("Unsupported WKB geometry type "+t+" is found")}}readWkbBlock(t){return this.readWkbPayload(this.readWkbHeader(t))}readWkbCollection(t,e){const i=this.readUint32(),n=[];for(let r=0;r({[e]:t[i]}))));for(const t of this.layout_)this.writeDouble(t in i?i[t]:this.nodata_[t])}writeLineString(t,e){this.writeUint32(t.length);for(let i=0;it+e[0]),0),e=new ArrayBuffer(t),i=new DataView(e);let n=0;return this.writeQueue_.forEach((t=>{switch(t[0]){case 1:i.setUint8(n,t[1]);break;case 4:i.setUint32(n,t[1],this.isLittleEndian_);break;case 8:i.setFloat64(n,t[1],this.isLittleEndian_)}n+=t[0]})),e}}function Sb(t){return"string"==typeof t?function(t){const e=new Uint8Array(t.length/2);for(let i=0;inew At({geometry:t})))}readGeometry(t,e){const i=Sb(t);if(!i)return null;const n=new vb(i).readGeometry();return this.viewCache_=i,e=this.getReadOptions(t,e),this.viewCache_=null,Yx(n,!1,e)}readProjection(t){const e=this.viewCache_||Sb(t);if(!e)return;const i=new vb(e);return i.readWkbHeader(),i.getSrid()&&tn("EPSG:"+i.getSrid())||void 0}writeFeature(t,e){return this.writeGeometry(t.getGeometry(),e)}writeFeatures(t,e){return this.writeGeometry(new Ec(t.map((t=>t.getGeometry()))),e)}writeGeometry(t,e){e=this.adaptOptions(e);const i=new wb({layout:this.layout_,littleEndian:this.littleEndian_,ewkb:this.ewkb_,nodata:{Z:this.nodataZ_,M:this.nodataM_}});let n=Number.isInteger(this.srid_)?Number(this.srid_):null;if(!1!==this.srid_&&!Number.isInteger(this.srid_)){const t=e.dataProjection&&tn(e.dataProjection);if(t){const e=t.getCode();e.startsWith("EPSG:")&&(n=Number(e.substring(5)))}}i.writeGeometry(Yx(t,!0,e),n);const r=i.getBuffer();return this.hex_?function(t){const e=new Uint8Array(t);return Array.from(e.values()).map((t=>(t<16?"0":"")+Number(t).toString(16).toUpperCase())).join("")}(r):r}};const Tb={POINT:ar,LINESTRING:Fc,POLYGON:Pr,MULTIPOINT:Ac,MULTILINESTRING:Lc,MULTIPOLYGON:Dc},Cb="EMPTY",bb="Z",Rb="M",Pb=0,Fb=1,Ib=2,Lb=3,Mb=4,Ab=5,Ob=6,Nb={Point:"POINT",LineString:"LINESTRING",Polygon:"POLYGON",MultiPoint:"MULTIPOINT",MultiLineString:"MULTILINESTRING",MultiPolygon:"MULTIPOLYGON",GeometryCollection:"GEOMETRYCOLLECTION",Circle:"CIRCLE"};class Db{constructor(t){this.wkt=t,this.index_=-1}isAlpha_(t){return t>="a"&&t<="z"||t>="A"&&t<="Z"}isNumeric_(t,e){return e=void 0!==e&&e,t>="0"&&t<="9"||"."==t&&!e}isWhiteSpace_(t){return" "==t||"\t"==t||"\r"==t||"\n"==t}nextChar_(){return this.wkt.charAt(++this.index_)}nextToken(){const t=this.nextChar_(),e=this.index_;let i,n=t;if("("==t)i=Ib;else if(","==t)i=Ab;else if(")"==t)i=Lb;else if(this.isNumeric_(t)||"-"==t)i=Mb,n=this.readNumber_();else if(this.isAlpha_(t))i=Fb,n=this.readText_();else{if(this.isWhiteSpace_(t))return this.nextToken();if(""!==t)throw new Error("Unexpected character: "+t);i=Ob}return{position:e,value:n,type:i}}readNumber_(){let t;const e=this.index_;let i=!1,n=!1;do{"."==t?i=!0:"e"!=t&&"E"!=t||(n=!0),t=this.nextChar_()}while(this.isNumeric_(t,i)||!n&&("e"==t||"E"==t)||n&&("-"==t||"+"==t));return parseFloat(this.wkt.substring(e,this.index_--))}readText_(){let t;const e=this.index_;do{t=this.nextChar_()}while(this.isAlpha_(t));return this.wkt.substring(e,this.index_--).toUpperCase()}}class kb{constructor(t){this.lexer_=t,this.token_={position:0,type:Pb},this.layout_="XY"}consume_(){this.token_=this.lexer_.nextToken()}isTokenType(t){return this.token_.type==t}match(t){const e=this.isTokenType(t);return e&&this.consume_(),e}parse(){return this.consume_(),this.parseGeometry_()}parseGeometryLayout_(){let t="XY";const e=this.token_;if(this.isTokenType(Fb)){const i=e.value;i===bb?t="XYZ":i===Rb?t="XYM":"ZM"===i&&(t="XYZM"),"XY"!==t&&this.consume_()}return t}parseGeometryCollectionText_(){if(this.match(Ib)){const t=[];do{t.push(this.parseGeometry_())}while(this.match(Ab));if(this.match(Lb))return t}throw new Error(this.formatErrorMessage_())}parsePointText_(){if(this.match(Ib)){const t=this.parsePoint_();if(this.match(Lb))return t}throw new Error(this.formatErrorMessage_())}parseLineStringText_(){if(this.match(Ib)){const t=this.parsePointList_();if(this.match(Lb))return t}throw new Error(this.formatErrorMessage_())}parsePolygonText_(){if(this.match(Ib)){const t=this.parseLineStringTextList_();if(this.match(Lb))return t}throw new Error(this.formatErrorMessage_())}parseMultiPointText_(){if(this.match(Ib)){let t;if(t=this.token_.type==Ib?this.parsePointTextList_():this.parsePointList_(),this.match(Lb))return t}throw new Error(this.formatErrorMessage_())}parseMultiLineStringText_(){if(this.match(Ib)){const t=this.parseLineStringTextList_();if(this.match(Lb))return t}throw new Error(this.formatErrorMessage_())}parseMultiPolygonText_(){if(this.match(Ib)){const t=this.parsePolygonTextList_();if(this.match(Lb))return t}throw new Error(this.formatErrorMessage_())}parsePoint_(){const t=[],e=this.layout_.length;for(let i=0;i0&&(n+=" "+e)}return 0===i.length?n+" "+Cb:n+"("+i+")"}var Xb=class extends Ew{constructor(t){super(),t=t||{},this.splitCollection_=void 0!==t.splitCollection&&t.splitCollection}parse_(t){const e=new Db(t);return new kb(e).parse()}readFeatureFromText(t,e){const i=this.readGeometryFromText(t,e),n=new At;return n.setGeometry(i),n}readFeaturesFromText(t,e){let i=[];const n=this.readGeometryFromText(t,e);i=this.splitCollection_&&"GeometryCollection"==n.getType()?n.getGeometriesArray():[n];const r=[];for(let t=0,e=i.length;tc*UR||h>u*UR?this.resetExtent_():ie(s,n)||this.recenter_()}resetExtent_(){const t=this.getMap(),e=this.ovmap_,i=t.getSize(),n=t.getView().calculateExtentInternal(i),r=e.getView(),s=Math.log(7.5)/Math.LN2;Oe(n,1/(Math.pow(2,s/2)*zR)),r.fitInternal(Ir(n))}recenter_(){const t=this.getMap(),e=this.ovmap_,i=t.getView();e.getView().setCenterInternal(i.getCenterInternal())}updateBox_(){const t=this.getMap(),e=this.ovmap_;if(!t.isRendered()||!e.isRendered())return;const i=t.getSize(),n=t.getView(),r=e.getView(),s=this.rotateWithView_?0:-n.getRotation(),o=this.boxOverlay_,a=this.boxOverlay_.getElement(),l=n.getCenterInternal(),h=n.getResolution(),c=r.getResolution(),u=i[0]*h/c,d=i[1]*h/c;if(o.setPosition(l),a){a.style.width=u+"px",a.style.height=d+"px";const t="rotate("+s+"rad)";a.style.transform=t}}updateBoxAfterOvmapIsRendered_(){this.ovmapPostrenderKey_||(this.ovmapPostrenderKey_=O(this.ovmap_,ua,(function(t){delete this.ovmapPostrenderKey_,this.updateBox_()}),this))}handleClick_(t){t.preventDefault(),this.handleToggle_()}handleToggle_(){this.element.classList.toggle(Ro),this.collapsed_?vt(this.collapseLabel_,this.label_):vt(this.label_,this.collapseLabel_),this.collapsed_=!this.collapsed_;const t=this.ovmap_;if(!this.collapsed_){if(t.isRendered())return this.viewExtent_=void 0,void t.render();t.updateSize(),this.resetExtent_(),this.updateBoxAfterOvmapIsRendered_()}}getCollapsible(){return this.collapsible_}setCollapsible(t){this.collapsible_!==t&&(this.collapsible_=t,this.element.classList.toggle("ol-uncollapsible"),!t&&this.collapsed_&&this.handleToggle_())}setCollapsed(t){this.collapsible_&&this.collapsed_!==t&&this.handleToggle_()}getCollapsed(){return this.collapsed_}getRotateWithView(){return this.rotateWithView_}setRotateWithView(t){this.rotateWithView_!==t&&(this.rotateWithView_=t,0!==this.getMap().getView().getRotation()&&(this.rotateWithView_?this.handleRotationChanged_():this.ovmap_.getView().setRotation(0),this.viewExtent_=void 0,this.validateExtent_(),this.updateBox_()))}getOverviewMap(){return this.ovmap_}render(t){this.validateExtent_(),this.updateBox_()}};const VR="units",WR=[1,2,5],ZR=25.4/.28;var $R=class extends Ta{constructor(t){t=t||{};const e=document.createElement("div");e.style.pointerEvents="none",super({element:e,render:t.render,target:t.target}),this.on,this.once,this.un;const i=void 0!==t.className?t.className:t.bar?"ol-scale-bar":"ol-scale-line";this.innerElement_=document.createElement("div"),this.innerElement_.className=i+"-inner",this.element.className=i+" "+To,this.element.appendChild(this.innerElement_),this.viewState_=null,this.minWidth_=void 0!==t.minWidth?t.minWidth:64,this.maxWidth_=t.maxWidth,this.renderedVisible_=!1,this.renderedWidth_=void 0,this.renderedHTML_="",this.addChangeListener(VR,this.handleUnitsChanged_),this.setUnits(t.units||"metric"),this.scaleBar_=t.bar||!1,this.scaleBarSteps_=t.steps||4,this.scaleBarText_=t.text||!1,this.dpi_=t.dpi||void 0}getUnits(){return this.get(VR)}handleUnitsChanged_(){this.updateElement_()}setUnits(t){this.set(VR,t)}setDpi(t){this.dpi_=t}updateElement_(){const t=this.viewState_;if(!t)return 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Safe to use for numeric values.\n * @param {*} a The first object to be compared.\n * @param {*} b The second object to be compared.\n * @return {number} A negative number, zero, or a positive number as the first\n * argument is less than, equal to, or greater than the second.\n */\nexport function ascending(a, b) {\n return a > b ? 1 : a < b ? -1 : 0;\n}\n\n/**\n * Compare function sorting arrays in descending order. Safe to use for numeric values.\n * @param {*} a The first object to be compared.\n * @param {*} b The second object to be compared.\n * @return {number} A negative number, zero, or a positive number as the first\n * argument is greater than, equal to, or less than the second.\n */\nexport function descending(a, b) {\n return a < b ? 1 : a > b ? -1 : 0;\n}\n\n/**\n * {@link module:ol/tilegrid/TileGrid~TileGrid#getZForResolution} can use a function\n * of this type to determine which nearest resolution to use.\n *\n * This function takes a `{number}` representing a value between two array entries,\n * a `{number}` representing the value of the nearest higher entry and\n * a `{number}` representing the value of the nearest lower entry\n * as arguments and returns a `{number}`. If a negative number or zero is returned\n * the lower value will be used, if a positive number is returned the higher value\n * will be used.\n * @typedef {function(number, number, number): number} NearestDirectionFunction\n * @api\n */\n\n/**\n * @param {Array} arr Array in descending order.\n * @param {number} target Target.\n * @param {number|NearestDirectionFunction} direction\n * 0 means return the nearest,\n * > 0 means return the largest nearest,\n * < 0 means return the smallest nearest.\n * @return {number} Index.\n */\nexport function linearFindNearest(arr, target, direction) {\n if (arr[0] <= target) {\n return 0;\n }\n\n const n = arr.length;\n if (target <= arr[n - 1]) {\n return n - 1;\n }\n\n if (typeof direction === 'function') {\n for (let i = 1; i < n; ++i) {\n const candidate = arr[i];\n if (candidate === target) {\n return i;\n }\n if (candidate < target) {\n if (direction(target, arr[i - 1], candidate) > 0) {\n return i - 1;\n }\n return i;\n }\n }\n return n - 1;\n }\n\n if (direction > 0) {\n for (let i = 1; i < n; ++i) {\n if (arr[i] < target) {\n return i - 1;\n }\n }\n return n - 1;\n }\n\n if (direction < 0) {\n for (let i = 1; i < n; ++i) {\n if (arr[i] <= target) {\n return i;\n }\n }\n return n - 1;\n }\n\n for (let i = 1; i < n; ++i) {\n if (arr[i] == target) {\n return i;\n }\n if (arr[i] < target) {\n if (arr[i - 1] - target < target - arr[i]) {\n return i - 1;\n }\n return i;\n }\n }\n return n - 1;\n}\n\n/**\n * @param {Array<*>} arr Array.\n * @param {number} begin Begin index.\n * @param {number} end End index.\n */\nexport function reverseSubArray(arr, begin, end) {\n while (begin < end) {\n const tmp = arr[begin];\n arr[begin] = arr[end];\n arr[end] = tmp;\n ++begin;\n --end;\n }\n}\n\n/**\n * @param {Array} arr The array to modify.\n * @param {!Array|VALUE} data The elements or arrays of elements to add to arr.\n * @template VALUE\n */\nexport function extend(arr, data) {\n const extension = Array.isArray(data) ? data : [data];\n const length = extension.length;\n for (let i = 0; i < length; i++) {\n arr[arr.length] = extension[i];\n }\n}\n\n/**\n * @param {Array} arr The array to modify.\n * @param {VALUE} obj The element to remove.\n * @template VALUE\n * @return {boolean} If the element was removed.\n */\nexport function remove(arr, obj) {\n const i = arr.indexOf(obj);\n const found = i > -1;\n if (found) {\n arr.splice(i, 1);\n }\n return found;\n}\n\n/**\n * @param {Array|Uint8ClampedArray} arr1 The first array to compare.\n * @param {Array|Uint8ClampedArray} arr2 The second array to compare.\n * @return {boolean} Whether the two arrays are equal.\n */\nexport function equals(arr1, arr2) {\n const len1 = arr1.length;\n if (len1 !== arr2.length) {\n return false;\n }\n for (let i = 0; i < len1; i++) {\n if (arr1[i] !== arr2[i]) {\n return false;\n }\n }\n return true;\n}\n\n/**\n * Sort the passed array such that the relative order of equal elements is preserved.\n * See https://en.wikipedia.org/wiki/Sorting_algorithm#Stability for details.\n * @param {Array<*>} arr The array to sort (modifies original).\n * @param {!function(*, *): number} compareFnc Comparison function.\n * @api\n */\nexport function stableSort(arr, compareFnc) {\n const length = arr.length;\n const tmp = Array(arr.length);\n let i;\n for (i = 0; i < length; i++) {\n tmp[i] = {index: i, value: arr[i]};\n }\n tmp.sort(function (a, b) {\n return compareFnc(a.value, b.value) || a.index - b.index;\n });\n for (i = 0; i < arr.length; i++) {\n arr[i] = tmp[i].value;\n }\n}\n\n/**\n * @param {Array<*>} arr The array to test.\n * @param {Function} [func] Comparison function.\n * @param {boolean} [strict] Strictly sorted (default false).\n * @return {boolean} Return index.\n */\nexport function isSorted(arr, func, strict) {\n const compare = func || ascending;\n return arr.every(function (currentVal, index) {\n if (index === 0) {\n return true;\n }\n const res = compare(arr[index - 1], currentVal);\n return !(res > 0 || (strict && res === 0));\n });\n}\n","/**\n * @module ol/functions\n */\n\nimport {equals as arrayEquals} from './array.js';\n\n/**\n * Always returns true.\n * @return {boolean} true.\n */\nexport function TRUE() {\n return true;\n}\n\n/**\n * Always returns false.\n * @return {boolean} false.\n */\nexport function FALSE() {\n return false;\n}\n\n/**\n * A reusable function, used e.g. as a default for callbacks.\n *\n * @return {void} Nothing.\n */\nexport function VOID() {}\n\n/**\n * Wrap a function in another function that remembers the last return. If the\n * returned function is called twice in a row with the same arguments and the same\n * this object, it will return the value from the first call in the second call.\n *\n * @param {function(...any): ReturnType} fn The function to memoize.\n * @return {function(...any): ReturnType} The memoized function.\n * @template ReturnType\n */\nexport function memoizeOne(fn) {\n let called = false;\n\n /** @type {ReturnType} */\n let lastResult;\n\n /** @type {Array} */\n let lastArgs;\n\n let lastThis;\n\n return function () {\n const nextArgs = Array.prototype.slice.call(arguments);\n if (!called || this !== lastThis || !arrayEquals(nextArgs, lastArgs)) {\n called = true;\n lastThis = this;\n lastArgs = nextArgs;\n lastResult = fn.apply(this, arguments);\n }\n return lastResult;\n };\n}\n\n/**\n * @template T\n * @param {function(): (T | Promise)} getter A function that returns a value or a promise for a value.\n * @return {Promise} A promise for the value.\n */\nexport function toPromise(getter) {\n function promiseGetter() {\n let value;\n try {\n value = getter();\n } catch (err) {\n return Promise.reject(err);\n }\n if (value instanceof Promise) {\n return value;\n }\n return Promise.resolve(value);\n }\n return promiseGetter();\n}\n","/**\n * @module ol/obj\n */\n\n/**\n * Removes all properties from an object.\n * @param {Object} object The object to clear.\n */\nexport function clear(object) {\n for (const property in object) {\n delete object[property];\n }\n}\n\n/**\n * Determine if an object has any properties.\n * @param {Object} object The object to check.\n * @return {boolean} The object is empty.\n */\nexport function isEmpty(object) {\n let property;\n for (property in object) {\n return false;\n }\n return !property;\n}\n","/**\n * @module ol/events/Target\n */\nimport Disposable from '../Disposable.js';\nimport Event from './Event.js';\nimport {VOID} from '../functions.js';\nimport {clear} from '../obj.js';\n\n/**\n * @typedef {EventTarget|Target} EventTargetLike\n */\n\n/**\n * @classdesc\n * A simplified implementation of the W3C DOM Level 2 EventTarget interface.\n * See https://www.w3.org/TR/2000/REC-DOM-Level-2-Events-20001113/events.html#Events-EventTarget.\n *\n * There are two important simplifications compared to the specification:\n *\n * 1. The handling of `useCapture` in `addEventListener` and\n * `removeEventListener`. There is no real capture model.\n * 2. The handling of `stopPropagation` and `preventDefault` on `dispatchEvent`.\n * There is no event target hierarchy. When a listener calls\n * `stopPropagation` or `preventDefault` on an event object, it means that no\n * more listeners after this one will be called. Same as when the listener\n * returns false.\n */\nclass Target extends Disposable {\n /**\n * @param {*} [target] Default event target for dispatched events.\n */\n constructor(target) {\n super();\n\n /**\n * @private\n * @type {*}\n */\n this.eventTarget_ = target;\n\n /**\n * @private\n * @type {Object|null}\n */\n this.pendingRemovals_ = null;\n\n /**\n * @private\n * @type {Object|null}\n */\n this.dispatching_ = null;\n\n /**\n * @private\n * @type {Object>|null}\n */\n this.listeners_ = null;\n }\n\n /**\n * @param {string} type Type.\n * @param {import(\"../events.js\").Listener} listener Listener.\n */\n addEventListener(type, listener) {\n if (!type || !listener) {\n return;\n }\n const listeners = this.listeners_ || (this.listeners_ = {});\n const listenersForType = listeners[type] || (listeners[type] = []);\n if (!listenersForType.includes(listener)) {\n listenersForType.push(listener);\n }\n }\n\n /**\n * Dispatches an event and calls all listeners listening for events\n * of this type. The event parameter can either be a string or an\n * Object with a `type` property.\n *\n * @param {import(\"./Event.js\").default|string} event Event object.\n * @return {boolean|undefined} `false` if anyone called preventDefault on the\n * event object or if any of the listeners returned false.\n * @api\n */\n dispatchEvent(event) {\n const isString = typeof event === 'string';\n const type = isString ? event : event.type;\n const listeners = this.listeners_ && this.listeners_[type];\n if (!listeners) {\n return;\n }\n\n const evt = isString ? new Event(event) : /** @type {Event} */ (event);\n if (!evt.target) {\n evt.target = this.eventTarget_ || this;\n }\n const dispatching = this.dispatching_ || (this.dispatching_ = {});\n const pendingRemovals =\n this.pendingRemovals_ || (this.pendingRemovals_ = {});\n if (!(type in dispatching)) {\n dispatching[type] = 0;\n pendingRemovals[type] = 0;\n }\n ++dispatching[type];\n let propagate;\n for (let i = 0, ii = listeners.length; i < ii; ++i) {\n if ('handleEvent' in listeners[i]) {\n propagate = /** @type {import(\"../events.js\").ListenerObject} */ (\n listeners[i]\n ).handleEvent(evt);\n } else {\n propagate = /** @type {import(\"../events.js\").ListenerFunction} */ (\n listeners[i]\n ).call(this, evt);\n }\n if (propagate === false || evt.propagationStopped) {\n propagate = false;\n break;\n }\n }\n if (--dispatching[type] === 0) {\n let pr = pendingRemovals[type];\n delete pendingRemovals[type];\n while (pr--) {\n this.removeEventListener(type, VOID);\n }\n delete dispatching[type];\n }\n return propagate;\n }\n\n /**\n * Clean up.\n */\n disposeInternal() {\n this.listeners_ && clear(this.listeners_);\n }\n\n /**\n * Get the listeners for a specified event type. Listeners are returned in the\n * order that they will be called in.\n *\n * @param {string} type Type.\n * @return {Array|undefined} Listeners.\n */\n getListeners(type) {\n return (this.listeners_ && this.listeners_[type]) || undefined;\n }\n\n /**\n * @param {string} [type] Type. If not provided,\n * `true` will be returned if this event target has any listeners.\n * @return {boolean} Has listeners.\n */\n hasListener(type) {\n if (!this.listeners_) {\n return false;\n }\n return type\n ? type in this.listeners_\n : Object.keys(this.listeners_).length > 0;\n }\n\n /**\n * @param {string} type Type.\n * @param {import(\"../events.js\").Listener} listener Listener.\n */\n removeEventListener(type, listener) {\n if (!this.listeners_) {\n return;\n }\n const listeners = this.listeners_[type];\n if (!listeners) {\n return;\n }\n const index = listeners.indexOf(listener);\n if (index !== -1) {\n if (this.pendingRemovals_ && type in this.pendingRemovals_) {\n // make listener a no-op, and remove later in #dispatchEvent()\n listeners[index] = VOID;\n ++this.pendingRemovals_[type];\n } else {\n listeners.splice(index, 1);\n if (listeners.length === 0) {\n delete this.listeners_[type];\n }\n }\n }\n }\n}\n\nexport default Target;\n","/**\n * @module ol/events/EventType\n */\n\n/**\n * @enum {string}\n * @const\n */\nexport default {\n /**\n * Generic change event. Triggered when the revision counter is increased.\n * @event module:ol/events/Event~BaseEvent#change\n * @api\n */\n CHANGE: 'change',\n\n /**\n * Generic error event. Triggered when an error occurs.\n * @event module:ol/events/Event~BaseEvent#error\n * @api\n */\n ERROR: 'error',\n\n BLUR: 'blur',\n CLEAR: 'clear',\n CONTEXTMENU: 'contextmenu',\n CLICK: 'click',\n DBLCLICK: 'dblclick',\n DRAGENTER: 'dragenter',\n DRAGOVER: 'dragover',\n DROP: 'drop',\n FOCUS: 'focus',\n KEYDOWN: 'keydown',\n KEYPRESS: 'keypress',\n LOAD: 'load',\n RESIZE: 'resize',\n TOUCHMOVE: 'touchmove',\n WHEEL: 'wheel',\n};\n","/**\n * @module ol/events\n */\nimport {clear} from './obj.js';\n\n/**\n * Key to use with {@link module:ol/Observable.unByKey}.\n * @typedef {Object} EventsKey\n * @property {ListenerFunction} listener Listener.\n * @property {import(\"./events/Target.js\").EventTargetLike} target Target.\n * @property {string} type Type.\n * @api\n */\n\n/**\n * Listener function. This function is called with an event object as argument.\n * When the function returns `false`, event propagation will stop.\n *\n * @typedef {function((Event|import(\"./events/Event.js\").default)): (void|boolean)} ListenerFunction\n * @api\n */\n\n/**\n * @typedef {Object} ListenerObject\n * @property {ListenerFunction} handleEvent HandleEvent listener function.\n */\n\n/**\n * @typedef {ListenerFunction|ListenerObject} Listener\n */\n\n/**\n * Registers an event listener on an event target. Inspired by\n * https://google.github.io/closure-library/api/source/closure/goog/events/events.js.src.html\n *\n * This function efficiently binds a `listener` to a `this` object, and returns\n * a key for use with {@link module:ol/events.unlistenByKey}.\n *\n * @param {import(\"./events/Target.js\").EventTargetLike} target Event target.\n * @param {string} type Event type.\n * @param {ListenerFunction} listener Listener.\n * @param {Object} [thisArg] Object referenced by the `this` keyword in the\n * listener. Default is the `target`.\n * @param {boolean} [once] If true, add the listener as one-off listener.\n * @return {EventsKey} Unique key for the listener.\n */\nexport function listen(target, type, listener, thisArg, once) {\n if (thisArg && thisArg !== target) {\n listener = listener.bind(thisArg);\n }\n if (once) {\n const originalListener = listener;\n listener = function () {\n target.removeEventListener(type, listener);\n originalListener.apply(this, arguments);\n };\n }\n const eventsKey = {\n target: target,\n type: type,\n listener: listener,\n };\n target.addEventListener(type, listener);\n return eventsKey;\n}\n\n/**\n * Registers a one-off event listener on an event target. Inspired by\n * https://google.github.io/closure-library/api/source/closure/goog/events/events.js.src.html\n *\n * This function efficiently binds a `listener` as self-unregistering listener\n * to a `this` object, and returns a key for use with\n * {@link module:ol/events.unlistenByKey} in case the listener needs to be\n * unregistered before it is called.\n *\n * When {@link module:ol/events.listen} is called with the same arguments after this\n * function, the self-unregistering listener will be turned into a permanent\n * listener.\n *\n * @param {import(\"./events/Target.js\").EventTargetLike} target Event target.\n * @param {string} type Event type.\n * @param {ListenerFunction} listener Listener.\n * @param {Object} [thisArg] Object referenced by the `this` keyword in the\n * listener. Default is the `target`.\n * @return {EventsKey} Key for unlistenByKey.\n */\nexport function listenOnce(target, type, listener, thisArg) {\n return listen(target, type, listener, thisArg, true);\n}\n\n/**\n * Unregisters event listeners on an event target. Inspired by\n * https://google.github.io/closure-library/api/source/closure/goog/events/events.js.src.html\n *\n * The argument passed to this function is the key returned from\n * {@link module:ol/events.listen} or {@link module:ol/events.listenOnce}.\n *\n * @param {EventsKey} key The key.\n */\nexport function unlistenByKey(key) {\n if (key && key.target) {\n key.target.removeEventListener(key.type, key.listener);\n clear(key);\n }\n}\n","/**\n * @module ol/Observable\n */\nimport EventTarget from './events/Target.js';\nimport EventType from './events/EventType.js';\nimport {listen, listenOnce, unlistenByKey} from './events.js';\n\n/***\n * @template {string} Type\n * @template {Event|import(\"./events/Event.js\").default} EventClass\n * @template Return\n * @typedef {(type: Type, listener: (event: EventClass) => ?) => Return} OnSignature\n */\n\n/***\n * @template {string} Type\n * @template Return\n * @typedef {(type: Type[], listener: (event: Event|import(\"./events/Event\").default) => ?) => Return extends void ? void : Return[]} CombinedOnSignature\n */\n\n/**\n * @typedef {'change'|'error'} EventTypes\n */\n\n/***\n * @template Return\n * @typedef {OnSignature & CombinedOnSignature} ObservableOnSignature\n */\n\n/**\n * @classdesc\n * Abstract base class; normally only used for creating subclasses and not\n * instantiated in apps.\n * An event target providing convenient methods for listener registration\n * and unregistration. A generic `change` event is always available through\n * {@link module:ol/Observable~Observable#changed}.\n *\n * @fires import(\"./events/Event.js\").default\n * @api\n */\nclass Observable extends EventTarget {\n constructor() {\n super();\n\n this.on =\n /** @type {ObservableOnSignature} */ (\n this.onInternal\n );\n\n this.once =\n /** @type {ObservableOnSignature} */ (\n this.onceInternal\n );\n\n this.un = /** @type {ObservableOnSignature} */ (this.unInternal);\n\n /**\n * @private\n * @type {number}\n */\n this.revision_ = 0;\n }\n\n /**\n * Increases the revision counter and dispatches a 'change' event.\n * @api\n */\n changed() {\n ++this.revision_;\n this.dispatchEvent(EventType.CHANGE);\n }\n\n /**\n * Get the version number for this object. Each time the object is modified,\n * its version number will be incremented.\n * @return {number} Revision.\n * @api\n */\n getRevision() {\n return this.revision_;\n }\n\n /**\n * @param {string|Array} type Type.\n * @param {function((Event|import(\"./events/Event\").default)): ?} listener Listener.\n * @return {import(\"./events.js\").EventsKey|Array} Event key.\n * @protected\n */\n onInternal(type, listener) {\n if (Array.isArray(type)) {\n const len = type.length;\n const keys = new Array(len);\n for (let i = 0; i < len; ++i) {\n keys[i] = listen(this, type[i], listener);\n }\n return keys;\n }\n return listen(this, /** @type {string} */ (type), listener);\n }\n\n /**\n * @param {string|Array} type Type.\n * @param {function((Event|import(\"./events/Event\").default)): ?} listener Listener.\n * @return {import(\"./events.js\").EventsKey|Array} Event key.\n * @protected\n */\n onceInternal(type, listener) {\n let key;\n if (Array.isArray(type)) {\n const len = type.length;\n key = new Array(len);\n for (let i = 0; i < len; ++i) {\n key[i] = listenOnce(this, type[i], listener);\n }\n } else {\n key = listenOnce(this, /** @type {string} */ (type), listener);\n }\n /** @type {Object} */ (listener).ol_key = key;\n return key;\n }\n\n /**\n * Unlisten for a certain type of event.\n * @param {string|Array} type Type.\n * @param {function((Event|import(\"./events/Event\").default)): ?} listener Listener.\n * @protected\n */\n unInternal(type, listener) {\n const key = /** @type {Object} */ (listener).ol_key;\n if (key) {\n unByKey(key);\n } else if (Array.isArray(type)) {\n for (let i = 0, ii = type.length; i < ii; ++i) {\n this.removeEventListener(type[i], listener);\n }\n } else {\n this.removeEventListener(type, listener);\n }\n }\n}\n\n/**\n * Listen for a certain type of event.\n * @function\n * @param {string|Array} type The event type or array of event types.\n * @param {function((Event|import(\"./events/Event\").default)): ?} listener The listener function.\n * @return {import(\"./events.js\").EventsKey|Array} Unique key for the listener. If\n * called with an array of event types as the first argument, the return\n * will be an array of keys.\n * @api\n */\nObservable.prototype.on;\n\n/**\n * Listen once for a certain type of event.\n * @function\n * @param {string|Array} type The event type or array of event types.\n * @param {function((Event|import(\"./events/Event\").default)): ?} listener The listener function.\n * @return {import(\"./events.js\").EventsKey|Array} Unique key for the listener. If\n * called with an array of event types as the first argument, the return\n * will be an array of keys.\n * @api\n */\nObservable.prototype.once;\n\n/**\n * Unlisten for a certain type of event.\n * @function\n * @param {string|Array} type The event type or array of event types.\n * @param {function((Event|import(\"./events/Event\").default)): ?} listener The listener function.\n * @api\n */\nObservable.prototype.un;\n\n/**\n * Removes an event listener using the key returned by `on()` or `once()`.\n * @param {import(\"./events.js\").EventsKey|Array} key The key returned by `on()`\n * or `once()` (or an array of keys).\n * @api\n */\nexport function unByKey(key) {\n if (Array.isArray(key)) {\n for (let i = 0, ii = key.length; i < ii; ++i) {\n unlistenByKey(key[i]);\n }\n } else {\n unlistenByKey(/** @type {import(\"./events.js\").EventsKey} */ (key));\n }\n}\n\nexport default Observable;\n","/**\n * @module ol/util\n */\n\n/**\n * @return {never} Any return.\n */\nexport function abstract() {\n throw new Error('Unimplemented abstract method.');\n}\n\n/**\n * Counter for getUid.\n * @type {number}\n * @private\n */\nlet uidCounter_ = 0;\n\n/**\n * Gets a unique ID for an object. This mutates the object so that further calls\n * with the same object as a parameter returns the same value. Unique IDs are generated\n * as a strictly increasing sequence. Adapted from goog.getUid.\n *\n * @param {Object} obj The object to get the unique ID for.\n * @return {string} The unique ID for the object.\n * @api\n */\nexport function getUid(obj) {\n return obj.ol_uid || (obj.ol_uid = String(++uidCounter_));\n}\n\n/**\n * OpenLayers version.\n * @type {string}\n */\nexport const VERSION = '8.2.0';\n","/**\n * @module ol/Object\n */\nimport Event from './events/Event.js';\nimport ObjectEventType from './ObjectEventType.js';\nimport Observable from './Observable.js';\nimport {getUid} from './util.js';\nimport {isEmpty} from './obj.js';\n\n/**\n * @classdesc\n * Events emitted by {@link module:ol/Object~BaseObject} instances are instances of this type.\n */\nexport class ObjectEvent extends Event {\n /**\n * @param {string} type The event type.\n * @param {string} key The property name.\n * @param {*} oldValue The old value for `key`.\n */\n constructor(type, key, oldValue) {\n super(type);\n\n /**\n * The name of the property whose value is changing.\n * @type {string}\n * @api\n */\n this.key = key;\n\n /**\n * The old value. To get the new value use `e.target.get(e.key)` where\n * `e` is the event object.\n * @type {*}\n * @api\n */\n this.oldValue = oldValue;\n }\n}\n\n/***\n * @template Return\n * @typedef {import(\"./Observable\").OnSignature &\n * import(\"./Observable\").OnSignature &\n * import(\"./Observable\").CombinedOnSignature} ObjectOnSignature\n */\n\n/**\n * @classdesc\n * Abstract base class; normally only used for creating subclasses and not\n * instantiated in apps.\n * Most non-trivial classes inherit from this.\n *\n * This extends {@link module:ol/Observable~Observable} with observable\n * properties, where each property is observable as well as the object as a\n * whole.\n *\n * Classes that inherit from this have pre-defined properties, to which you can\n * add your owns. The pre-defined properties are listed in this documentation as\n * 'Observable Properties', and have their own accessors; for example,\n * {@link module:ol/Map~Map} has a `target` property, accessed with\n * `getTarget()` and changed with `setTarget()`. Not all properties are however\n * settable. There are also general-purpose accessors `get()` and `set()`. For\n * example, `get('target')` is equivalent to `getTarget()`.\n *\n * The `set` accessors trigger a change event, and you can monitor this by\n * registering a listener. For example, {@link module:ol/View~View} has a\n * `center` property, so `view.on('change:center', function(evt) {...});` would\n * call the function whenever the value of the center property changes. Within\n * the function, `evt.target` would be the view, so `evt.target.getCenter()`\n * would return the new center.\n *\n * You can add your own observable properties with\n * `object.set('prop', 'value')`, and retrieve that with `object.get('prop')`.\n * You can listen for changes on that property value with\n * `object.on('change:prop', listener)`. You can get a list of all\n * properties with {@link module:ol/Object~BaseObject#getProperties}.\n *\n * Note that the observable properties are separate from standard JS properties.\n * You can, for example, give your map object a title with\n * `map.title='New title'` and with `map.set('title', 'Another title')`. The\n * first will be a `hasOwnProperty`; the second will appear in\n * `getProperties()`. Only the second is observable.\n *\n * Properties can be deleted by using the unset method. E.g.\n * object.unset('foo').\n *\n * @fires ObjectEvent\n * @api\n */\nclass BaseObject extends Observable {\n /**\n * @param {Object} [values] An object with key-value pairs.\n */\n constructor(values) {\n super();\n\n /***\n * @type {ObjectOnSignature}\n */\n this.on;\n\n /***\n * @type {ObjectOnSignature}\n */\n this.once;\n\n /***\n * @type {ObjectOnSignature}\n */\n this.un;\n\n // Call {@link module:ol/util.getUid} to ensure that the order of objects' ids is\n // the same as the order in which they were created. This also helps to\n // ensure that object properties are always added in the same order, which\n // helps many JavaScript engines generate faster code.\n getUid(this);\n\n /**\n * @private\n * @type {Object|null}\n */\n this.values_ = null;\n\n if (values !== undefined) {\n this.setProperties(values);\n }\n }\n\n /**\n * Gets a value.\n * @param {string} key Key name.\n * @return {*} Value.\n * @api\n */\n get(key) {\n let value;\n if (this.values_ && this.values_.hasOwnProperty(key)) {\n value = this.values_[key];\n }\n return value;\n }\n\n /**\n * Get a list of object property names.\n * @return {Array} List of property names.\n * @api\n */\n getKeys() {\n return (this.values_ && Object.keys(this.values_)) || [];\n }\n\n /**\n * Get an object of all property names and values.\n * @return {Object} Object.\n * @api\n */\n getProperties() {\n return (this.values_ && Object.assign({}, this.values_)) || {};\n }\n\n /**\n * Get an object of all property names and values.\n * @return {Object?} Object.\n */\n getPropertiesInternal() {\n return this.values_;\n }\n\n /**\n * @return {boolean} The object has properties.\n */\n hasProperties() {\n return !!this.values_;\n }\n\n /**\n * @param {string} key Key name.\n * @param {*} oldValue Old value.\n */\n notify(key, oldValue) {\n let eventType;\n eventType = `change:${key}`;\n if (this.hasListener(eventType)) {\n this.dispatchEvent(new ObjectEvent(eventType, key, oldValue));\n }\n eventType = ObjectEventType.PROPERTYCHANGE;\n if (this.hasListener(eventType)) {\n this.dispatchEvent(new ObjectEvent(eventType, key, oldValue));\n }\n }\n\n /**\n * @param {string} key Key name.\n * @param {import(\"./events.js\").Listener} listener Listener.\n */\n addChangeListener(key, listener) {\n this.addEventListener(`change:${key}`, listener);\n }\n\n /**\n * @param {string} key Key name.\n * @param {import(\"./events.js\").Listener} listener Listener.\n */\n removeChangeListener(key, listener) {\n this.removeEventListener(`change:${key}`, listener);\n }\n\n /**\n * Sets a value.\n * @param {string} key Key name.\n * @param {*} value Value.\n * @param {boolean} [silent] Update without triggering an event.\n * @api\n */\n set(key, value, silent) {\n const values = this.values_ || (this.values_ = {});\n if (silent) {\n values[key] = value;\n } else {\n const oldValue = values[key];\n values[key] = value;\n if (oldValue !== value) {\n this.notify(key, oldValue);\n }\n }\n }\n\n /**\n * Sets a collection of key-value pairs. Note that this changes any existing\n * properties and adds new ones (it does not remove any existing properties).\n * @param {Object} values Values.\n * @param {boolean} [silent] Update without triggering an event.\n * @api\n */\n setProperties(values, silent) {\n for (const key in values) {\n this.set(key, values[key], silent);\n }\n }\n\n /**\n * Apply any properties from another object without triggering events.\n * @param {BaseObject} source The source object.\n * @protected\n */\n applyProperties(source) {\n if (!source.values_) {\n return;\n }\n Object.assign(this.values_ || (this.values_ = {}), source.values_);\n }\n\n /**\n * Unsets a property.\n * @param {string} key Key name.\n * @param {boolean} [silent] Unset without triggering an event.\n * @api\n */\n unset(key, silent) {\n if (this.values_ && key in this.values_) {\n const oldValue = this.values_[key];\n delete this.values_[key];\n if (isEmpty(this.values_)) {\n this.values_ = null;\n }\n if (!silent) {\n this.notify(key, oldValue);\n }\n }\n }\n}\n\nexport default BaseObject;\n","/**\n * @module ol/CollectionEventType\n */\n\n/**\n * @enum {string}\n */\nexport default {\n /**\n * Triggered when an item is added to the collection.\n * @event module:ol/Collection.CollectionEvent#add\n * @api\n */\n ADD: 'add',\n /**\n * Triggered when an item is removed from the collection.\n * @event module:ol/Collection.CollectionEvent#remove\n * @api\n */\n REMOVE: 'remove',\n};\n","/**\n * @module ol/Collection\n */\nimport BaseObject from './Object.js';\nimport CollectionEventType from './CollectionEventType.js';\nimport Event from './events/Event.js';\n\n/**\n * @enum {string}\n * @private\n */\nconst Property = {\n LENGTH: 'length',\n};\n\n/**\n * @classdesc\n * Events emitted by {@link module:ol/Collection~Collection} instances are instances of this\n * type.\n * @template T\n */\nexport class CollectionEvent extends Event {\n /**\n * @param {import(\"./CollectionEventType.js\").default} type Type.\n * @param {T} element Element.\n * @param {number} index The index of the added or removed element.\n */\n constructor(type, element, index) {\n super(type);\n\n /**\n * The element that is added to or removed from the collection.\n * @type {T}\n * @api\n */\n this.element = element;\n\n /**\n * The index of the added or removed element.\n * @type {number}\n * @api\n */\n this.index = index;\n }\n}\n\n/***\n * @template T\n * @template Return\n * @typedef {import(\"./Observable\").OnSignature &\n * import(\"./Observable\").OnSignature &\n * import(\"./Observable\").OnSignature<'add'|'remove', CollectionEvent, Return> &\n * import(\"./Observable\").CombinedOnSignature} CollectionOnSignature\n */\n\n/**\n * @typedef {Object} Options\n * @property {boolean} [unique=false] Disallow the same item from being added to\n * the collection twice.\n */\n\n/**\n * @classdesc\n * An expanded version of standard JS Array, adding convenience methods for\n * manipulation. Add and remove changes to the Collection trigger a Collection\n * event. Note that this does not cover changes to the objects _within_ the\n * Collection; they trigger events on the appropriate object, not on the\n * Collection as a whole.\n *\n * @fires CollectionEvent\n *\n * @template T\n * @api\n */\nclass Collection extends BaseObject {\n /**\n * @param {Array} [array] Array.\n * @param {Options} [options] Collection options.\n */\n constructor(array, options) {\n super();\n\n /***\n * @type {CollectionOnSignature}\n */\n this.on;\n\n /***\n * @type {CollectionOnSignature}\n */\n this.once;\n\n /***\n * @type {CollectionOnSignature}\n */\n this.un;\n\n options = options || {};\n\n /**\n * @private\n * @type {boolean}\n */\n this.unique_ = !!options.unique;\n\n /**\n * @private\n * @type {!Array}\n */\n this.array_ = array ? array : [];\n\n if (this.unique_) {\n for (let i = 0, ii = this.array_.length; i < ii; ++i) {\n this.assertUnique_(this.array_[i], i);\n }\n }\n\n this.updateLength_();\n }\n\n /**\n * Remove all elements from the collection.\n * @api\n */\n clear() {\n while (this.getLength() > 0) {\n this.pop();\n }\n }\n\n /**\n * Add elements to the collection. This pushes each item in the provided array\n * to the end of the collection.\n * @param {!Array} arr Array.\n * @return {Collection} This collection.\n * @api\n */\n extend(arr) {\n for (let i = 0, ii = arr.length; i < ii; ++i) {\n this.push(arr[i]);\n }\n return this;\n }\n\n /**\n * Iterate over each element, calling the provided callback.\n * @param {function(T, number, Array): *} f The function to call\n * for every element. This function takes 3 arguments (the element, the\n * index and the array). The return value is ignored.\n * @api\n */\n forEach(f) {\n const array = this.array_;\n for (let i = 0, ii = array.length; i < ii; ++i) {\n f(array[i], i, array);\n }\n }\n\n /**\n * Get a reference to the underlying Array object. Warning: if the array\n * is mutated, no events will be dispatched by the collection, and the\n * collection's \"length\" property won't be in sync with the actual length\n * of the array.\n * @return {!Array} Array.\n * @api\n */\n getArray() {\n return this.array_;\n }\n\n /**\n * Get the element at the provided index.\n * @param {number} index Index.\n * @return {T} Element.\n * @api\n */\n item(index) {\n return this.array_[index];\n }\n\n /**\n * Get the length of this collection.\n * @return {number} The length of the array.\n * @observable\n * @api\n */\n getLength() {\n return this.get(Property.LENGTH);\n }\n\n /**\n * Insert an element at the provided index.\n * @param {number} index Index.\n * @param {T} elem Element.\n * @api\n */\n insertAt(index, elem) {\n if (index < 0 || index > this.getLength()) {\n throw new Error('Index out of bounds: ' + index);\n }\n if (this.unique_) {\n this.assertUnique_(elem);\n }\n this.array_.splice(index, 0, elem);\n this.updateLength_();\n this.dispatchEvent(\n new CollectionEvent(CollectionEventType.ADD, elem, index)\n );\n }\n\n /**\n * Remove the last element of the collection and return it.\n * Return `undefined` if the collection is empty.\n * @return {T|undefined} Element.\n * @api\n */\n pop() {\n return this.removeAt(this.getLength() - 1);\n }\n\n /**\n * Insert the provided element at the end of the collection.\n * @param {T} elem Element.\n * @return {number} New length of the collection.\n * @api\n */\n push(elem) {\n if (this.unique_) {\n this.assertUnique_(elem);\n }\n const n = this.getLength();\n this.insertAt(n, elem);\n return this.getLength();\n }\n\n /**\n * Remove the first occurrence of an element from the collection.\n * @param {T} elem Element.\n * @return {T|undefined} The removed element or undefined if none found.\n * @api\n */\n remove(elem) {\n const arr = this.array_;\n for (let i = 0, ii = arr.length; i < ii; ++i) {\n if (arr[i] === elem) {\n return this.removeAt(i);\n }\n }\n return undefined;\n }\n\n /**\n * Remove the element at the provided index and return it.\n * Return `undefined` if the collection does not contain this index.\n * @param {number} index Index.\n * @return {T|undefined} Value.\n * @api\n */\n removeAt(index) {\n if (index < 0 || index >= this.getLength()) {\n return undefined;\n }\n const prev = this.array_[index];\n this.array_.splice(index, 1);\n this.updateLength_();\n this.dispatchEvent(\n /** @type {CollectionEvent} */ (\n new CollectionEvent(CollectionEventType.REMOVE, prev, index)\n )\n );\n return prev;\n }\n\n /**\n * Set the element at the provided index.\n * @param {number} index Index.\n * @param {T} elem Element.\n * @api\n */\n setAt(index, elem) {\n const n = this.getLength();\n if (index >= n) {\n this.insertAt(index, elem);\n return;\n }\n if (index < 0) {\n throw new Error('Index out of bounds: ' + index);\n }\n if (this.unique_) {\n this.assertUnique_(elem, index);\n }\n const prev = this.array_[index];\n this.array_[index] = elem;\n this.dispatchEvent(\n /** @type {CollectionEvent} */ (\n new CollectionEvent(CollectionEventType.REMOVE, prev, index)\n )\n );\n this.dispatchEvent(\n /** @type {CollectionEvent} */ (\n new CollectionEvent(CollectionEventType.ADD, elem, index)\n )\n );\n }\n\n /**\n * @private\n */\n updateLength_() {\n this.set(Property.LENGTH, this.array_.length);\n }\n\n /**\n * @private\n * @param {T} elem Element.\n * @param {number} [except] Optional index to ignore.\n */\n assertUnique_(elem, except) {\n for (let i = 0, ii = this.array_.length; i < ii; ++i) {\n if (this.array_[i] === elem && i !== except) {\n throw new Error('Duplicate item added to a unique collection');\n }\n }\n }\n}\n\nexport default Collection;\n","/**\n * @module ol/TileState\n */\n\n/**\n * @enum {number}\n */\nexport default {\n IDLE: 0,\n LOADING: 1,\n LOADED: 2,\n /**\n * Indicates that tile loading failed\n * @type {number}\n */\n ERROR: 3,\n EMPTY: 4,\n};\n","/**\n * @module ol/easing\n */\n\n/**\n * Start slow and speed up.\n * @param {number} t Input between 0 and 1.\n * @return {number} Output between 0 and 1.\n * @api\n */\nexport function easeIn(t) {\n return Math.pow(t, 3);\n}\n\n/**\n * Start fast and slow down.\n * @param {number} t Input between 0 and 1.\n * @return {number} Output between 0 and 1.\n * @api\n */\nexport function easeOut(t) {\n return 1 - easeIn(1 - t);\n}\n\n/**\n * Start slow, speed up, and then slow down again.\n * @param {number} t Input between 0 and 1.\n * @return {number} Output between 0 and 1.\n * @api\n */\nexport function inAndOut(t) {\n return 3 * t * t - 2 * t * t * t;\n}\n\n/**\n * Maintain a constant speed over time.\n * @param {number} t Input between 0 and 1.\n * @return {number} Output between 0 and 1.\n * @api\n */\nexport function linear(t) {\n return t;\n}\n\n/**\n * Start slow, speed up, and at the very end slow down again. This has the\n * same general behavior as {@link module:ol/easing.inAndOut}, but the final\n * slowdown is delayed.\n * @param {number} t Input between 0 and 1.\n * @return {number} Output between 0 and 1.\n * @api\n */\nexport function upAndDown(t) {\n if (t < 0.5) {\n return inAndOut(2 * t);\n }\n return 1 - inAndOut(2 * (t - 0.5));\n}\n","/**\n * @module ol/Tile\n */\nimport EventTarget from './events/Target.js';\nimport EventType from './events/EventType.js';\nimport TileState from './TileState.js';\nimport {abstract} from './util.js';\nimport {easeIn} from './easing.js';\n\n/**\n * A function that takes an {@link module:ol/Tile~Tile} for the tile and a\n * `{string}` for the url as arguments. The default is\n * ```js\n * source.setTileLoadFunction(function(tile, src) {\n * tile.getImage().src = src;\n * });\n * ```\n * For more fine grained control, the load function can use fetch or XMLHttpRequest and involve\n * error handling:\n *\n * ```js\n * import TileState from 'ol/TileState.js';\n *\n * source.setTileLoadFunction(function(tile, src) {\n * const xhr = new XMLHttpRequest();\n * xhr.responseType = 'blob';\n * xhr.addEventListener('loadend', function (evt) {\n * const data = this.response;\n * if (data !== undefined) {\n * tile.getImage().src = URL.createObjectURL(data);\n * } else {\n * tile.setState(TileState.ERROR);\n * }\n * });\n * xhr.addEventListener('error', function () {\n * tile.setState(TileState.ERROR);\n * });\n * xhr.open('GET', src);\n * xhr.send();\n * });\n * ```\n *\n * @typedef {function(Tile, string): void} LoadFunction\n * @api\n */\n\n/**\n * {@link module:ol/source/Tile~TileSource} sources use a function of this type to get\n * the url that provides a tile for a given tile coordinate.\n *\n * This function takes an {@link module:ol/tilecoord~TileCoord} for the tile\n * coordinate, a `{number}` representing the pixel ratio and a\n * {@link module:ol/proj/Projection~Projection} for the projection as arguments\n * and returns a `{string}` representing the tile URL, or undefined if no tile\n * should be requested for the passed tile coordinate.\n *\n * @typedef {function(import(\"./tilecoord.js\").TileCoord, number,\n * import(\"./proj/Projection.js\").default): (string|undefined)} UrlFunction\n * @api\n */\n\n/**\n * @typedef {Object} Options\n * @property {number} [transition=250] A duration for tile opacity\n * transitions in milliseconds. A duration of 0 disables the opacity transition.\n * @property {boolean} [interpolate=false] Use interpolated values when resampling. By default,\n * the nearest neighbor is used when resampling.\n * @api\n */\n\n/**\n * @classdesc\n * Base class for tiles.\n *\n * @abstract\n */\nclass Tile extends EventTarget {\n /**\n * @param {import(\"./tilecoord.js\").TileCoord} tileCoord Tile coordinate.\n * @param {import(\"./TileState.js\").default} state State.\n * @param {Options} [options] Tile options.\n */\n constructor(tileCoord, state, options) {\n super();\n\n options = options ? options : {};\n\n /**\n * @type {import(\"./tilecoord.js\").TileCoord}\n */\n this.tileCoord = tileCoord;\n\n /**\n * @protected\n * @type {import(\"./TileState.js\").default}\n */\n this.state = state;\n\n /**\n * An \"interim\" tile for this tile. The interim tile may be used while this\n * one is loading, for \"smooth\" transitions when changing params/dimensions\n * on the source.\n * @type {Tile|null}\n */\n this.interimTile = null;\n\n /**\n * A key assigned to the tile. This is used by the tile source to determine\n * if this tile can effectively be used, or if a new tile should be created\n * and this one be used as an interim tile for this new tile.\n * @type {string}\n */\n this.key = '';\n\n /**\n * The duration for the opacity transition.\n * @type {number}\n */\n this.transition_ =\n options.transition === undefined ? 250 : options.transition;\n\n /**\n * Lookup of start times for rendering transitions. If the start time is\n * equal to -1, the transition is complete.\n * @type {Object}\n */\n this.transitionStarts_ = {};\n\n /**\n * @type {boolean}\n */\n this.interpolate = !!options.interpolate;\n }\n\n /**\n * @protected\n */\n changed() {\n this.dispatchEvent(EventType.CHANGE);\n }\n\n /**\n * Called by the tile cache when the tile is removed from the cache due to expiry\n */\n release() {\n if (this.state === TileState.ERROR) {\n // to remove the `change` listener on this tile in `ol/TileQueue#handleTileChange`\n this.setState(TileState.EMPTY);\n }\n }\n\n /**\n * @return {string} Key.\n */\n getKey() {\n return this.key + '/' + this.tileCoord;\n }\n\n /**\n * Get the interim tile most suitable for rendering using the chain of interim\n * tiles. This corresponds to the most recent tile that has been loaded, if no\n * such tile exists, the original tile is returned.\n * @return {!Tile} Best tile for rendering.\n */\n getInterimTile() {\n let tile = this.interimTile;\n if (!tile) {\n //empty chain\n return this;\n }\n\n // find the first loaded tile and return it. Since the chain is sorted in\n // decreasing order of creation time, there is no need to search the remainder\n // of the list (all those tiles correspond to older requests and will be\n // cleaned up by refreshInterimChain)\n do {\n if (tile.getState() == TileState.LOADED) {\n // Show tile immediately instead of fading it in after loading, because\n // the interim tile is in place already\n this.transition_ = 0;\n return tile;\n }\n tile = tile.interimTile;\n } while (tile);\n\n // we can not find a better tile\n return this;\n }\n\n /**\n * Goes through the chain of interim tiles and discards sections of the chain\n * that are no longer relevant.\n */\n refreshInterimChain() {\n let tile = this.interimTile;\n if (!tile) {\n return;\n }\n\n /** @type {Tile} */\n let prev = this;\n do {\n if (tile.getState() == TileState.LOADED) {\n //we have a loaded tile, we can discard the rest of the list\n //we would could abort any LOADING tile request\n //older than this tile (i.e. any LOADING tile following this entry in the chain)\n tile.interimTile = null;\n break;\n }\n if (tile.getState() == TileState.LOADING) {\n //keep this LOADING tile any loaded tiles later in the chain are\n //older than this tile, so we're still interested in the request\n prev = tile;\n } else if (tile.getState() == TileState.IDLE) {\n //the head of the list is the most current tile, we don't need\n //to start any other requests for this chain\n prev.interimTile = tile.interimTile;\n } else {\n prev = tile;\n }\n tile = prev.interimTile;\n } while (tile);\n }\n\n /**\n * Get the tile coordinate for this tile.\n * @return {import(\"./tilecoord.js\").TileCoord} The tile coordinate.\n * @api\n */\n getTileCoord() {\n return this.tileCoord;\n }\n\n /**\n * @return {import(\"./TileState.js\").default} State.\n */\n getState() {\n return this.state;\n }\n\n /**\n * Sets the state of this tile. If you write your own {@link module:ol/Tile~LoadFunction tileLoadFunction} ,\n * it is important to set the state correctly to {@link module:ol/TileState~ERROR}\n * when the tile cannot be loaded. Otherwise the tile cannot be removed from\n * the tile queue and will block other requests.\n * @param {import(\"./TileState.js\").default} state State.\n * @api\n */\n setState(state) {\n if (this.state !== TileState.ERROR && this.state > state) {\n throw new Error('Tile load sequence violation');\n }\n this.state = state;\n this.changed();\n }\n\n /**\n * Load the image or retry if loading previously failed.\n * Loading is taken care of by the tile queue, and calling this method is\n * only needed for preloading or for reloading in case of an error.\n * @abstract\n * @api\n */\n load() {\n abstract();\n }\n\n /**\n * Get the alpha value for rendering.\n * @param {string} id An id for the renderer.\n * @param {number} time The render frame time.\n * @return {number} A number between 0 and 1.\n */\n getAlpha(id, time) {\n if (!this.transition_) {\n return 1;\n }\n\n let start = this.transitionStarts_[id];\n if (!start) {\n start = time;\n this.transitionStarts_[id] = start;\n } else if (start === -1) {\n return 1;\n }\n\n const delta = time - start + 1000 / 60; // avoid rendering at 0\n if (delta >= this.transition_) {\n return 1;\n }\n return easeIn(delta / this.transition_);\n }\n\n /**\n * Determine if a tile is in an alpha transition. A tile is considered in\n * transition if tile.getAlpha() has not yet been called or has been called\n * and returned 1.\n * @param {string} id An id for the renderer.\n * @return {boolean} The tile is in transition.\n */\n inTransition(id) {\n if (!this.transition_) {\n return false;\n }\n return this.transitionStarts_[id] !== -1;\n }\n\n /**\n * Mark a transition as complete.\n * @param {string} id An id for the renderer.\n */\n endTransition(id) {\n if (this.transition_) {\n this.transitionStarts_[id] = -1;\n }\n }\n}\n\nexport default Tile;\n","/**\n * @module ol/has\n */\n\nconst ua =\n typeof navigator !== 'undefined' && typeof navigator.userAgent !== 'undefined'\n ? navigator.userAgent.toLowerCase()\n : '';\n\n/**\n * User agent string says we are dealing with Firefox as browser.\n * @type {boolean}\n */\nexport const FIREFOX = ua.includes('firefox');\n\n/**\n * User agent string says we are dealing with Safari as browser.\n * @type {boolean}\n */\nexport const SAFARI = ua.includes('safari') && !ua.includes('chrom');\n\n/**\n * https://bugs.webkit.org/show_bug.cgi?id=237906\n * @type {boolean}\n */\nexport const SAFARI_BUG_237906 =\n SAFARI &&\n (ua.includes('version/15.4') ||\n /cpu (os|iphone os) 15_4 like mac os x/.test(ua));\n\n/**\n * User agent string says we are dealing with a WebKit engine.\n * @type {boolean}\n */\nexport const WEBKIT = ua.includes('webkit') && !ua.includes('edge');\n\n/**\n * User agent string says we are dealing with a Mac as platform.\n * @type {boolean}\n */\nexport const MAC = ua.includes('macintosh');\n\n/**\n * The ratio between physical pixels and device-independent pixels\n * (dips) on the device (`window.devicePixelRatio`).\n * @const\n * @type {number}\n * @api\n */\nexport const DEVICE_PIXEL_RATIO =\n typeof devicePixelRatio !== 'undefined' ? devicePixelRatio : 1;\n\n/**\n * The execution context is a worker with OffscreenCanvas available.\n * @const\n * @type {boolean}\n */\nexport const WORKER_OFFSCREEN_CANVAS =\n typeof WorkerGlobalScope !== 'undefined' &&\n typeof OffscreenCanvas !== 'undefined' &&\n self instanceof WorkerGlobalScope; //eslint-disable-line\n\n/**\n * Image.prototype.decode() is supported.\n * @type {boolean}\n */\nexport const IMAGE_DECODE =\n typeof Image !== 'undefined' && Image.prototype.decode;\n\n/**\n * createImageBitmap() is supported.\n * @type {boolean}\n */\nexport const CREATE_IMAGE_BITMAP = typeof createImageBitmap === 'function';\n\n/**\n * @type {boolean}\n */\nexport const PASSIVE_EVENT_LISTENERS = (function () {\n let passive = false;\n try {\n const options = Object.defineProperty({}, 'passive', {\n get: function () {\n passive = true;\n },\n });\n\n // @ts-ignore Ignore invalid event type '_'\n window.addEventListener('_', null, options);\n // @ts-ignore Ignore invalid event type '_'\n window.removeEventListener('_', null, options);\n } catch (error) {\n // passive not supported\n }\n return passive;\n})();\n","import {WORKER_OFFSCREEN_CANVAS} from './has.js';\n\n/**\n * @module ol/dom\n */\n\n//FIXME Move this function to the canvas module\n/**\n * Create an html canvas element and returns its 2d context.\n * @param {number} [width] Canvas width.\n * @param {number} [height] Canvas height.\n * @param {Array} [canvasPool] Canvas pool to take existing canvas from.\n * @param {CanvasRenderingContext2DSettings} [settings] CanvasRenderingContext2DSettings\n * @return {CanvasRenderingContext2D} The context.\n */\nexport function createCanvasContext2D(width, height, canvasPool, settings) {\n /** @type {HTMLCanvasElement|OffscreenCanvas} */\n let canvas;\n if (canvasPool && canvasPool.length) {\n canvas = /** @type {HTMLCanvasElement} */ (canvasPool.shift());\n } else if (WORKER_OFFSCREEN_CANVAS) {\n canvas = new OffscreenCanvas(width || 300, height || 300);\n } else {\n canvas = document.createElement('canvas');\n }\n if (width) {\n canvas.width = width;\n }\n if (height) {\n canvas.height = height;\n }\n //FIXME Allow OffscreenCanvasRenderingContext2D as return type\n return /** @type {CanvasRenderingContext2D} */ (\n canvas.getContext('2d', settings)\n );\n}\n\n/**\n * Releases canvas memory to avoid exceeding memory limits in Safari.\n * See https://pqina.nl/blog/total-canvas-memory-use-exceeds-the-maximum-limit/\n * @param {CanvasRenderingContext2D} context Context.\n */\nexport function releaseCanvas(context) {\n const canvas = context.canvas;\n canvas.width = 1;\n canvas.height = 1;\n context.clearRect(0, 0, 1, 1);\n}\n\n/**\n * Get the current computed width for the given element including margin,\n * padding and border.\n * Equivalent to jQuery's `$(el).outerWidth(true)`.\n * @param {!HTMLElement} element Element.\n * @return {number} The width.\n */\nexport function outerWidth(element) {\n let width = element.offsetWidth;\n const style = getComputedStyle(element);\n width += parseInt(style.marginLeft, 10) + parseInt(style.marginRight, 10);\n\n return width;\n}\n\n/**\n * Get the current computed height for the given element including margin,\n * padding and border.\n * Equivalent to jQuery's `$(el).outerHeight(true)`.\n * @param {!HTMLElement} element Element.\n * @return {number} The height.\n */\nexport function outerHeight(element) {\n let height = element.offsetHeight;\n const style = getComputedStyle(element);\n height += parseInt(style.marginTop, 10) + parseInt(style.marginBottom, 10);\n\n return height;\n}\n\n/**\n * @param {Node} newNode Node to replace old node\n * @param {Node} oldNode The node to be replaced\n */\nexport function replaceNode(newNode, oldNode) {\n const parent = oldNode.parentNode;\n if (parent) {\n parent.replaceChild(newNode, oldNode);\n }\n}\n\n/**\n * @param {Node} node The node to remove.\n * @return {Node|null} The node that was removed or null.\n */\nexport function removeNode(node) {\n return node && node.parentNode ? node.parentNode.removeChild(node) : null;\n}\n\n/**\n * @param {Node} node The node to remove the children from.\n */\nexport function removeChildren(node) {\n while (node.lastChild) {\n node.removeChild(node.lastChild);\n }\n}\n\n/**\n * Transform the children of a parent node so they match the\n * provided list of children. This function aims to efficiently\n * remove, add, and reorder child nodes while maintaining a simple\n * implementation (it is not guaranteed to minimize DOM operations).\n * @param {Node} node The parent node whose children need reworking.\n * @param {Array} children The desired children.\n */\nexport function replaceChildren(node, children) {\n const oldChildren = node.childNodes;\n\n for (let i = 0; true; ++i) {\n const oldChild = oldChildren[i];\n const newChild = children[i];\n\n // check if our work is done\n if (!oldChild && !newChild) {\n break;\n }\n\n // check if children match\n if (oldChild === newChild) {\n continue;\n }\n\n // check if a new child needs to be added\n if (!oldChild) {\n node.appendChild(newChild);\n continue;\n }\n\n // check if an old child needs to be removed\n if (!newChild) {\n node.removeChild(oldChild);\n --i;\n continue;\n }\n\n // reorder\n node.insertBefore(newChild, oldChild);\n }\n}\n","/**\n * @module ol/DataTile\n */\nimport Tile from './Tile.js';\nimport TileState from './TileState.js';\nimport {createCanvasContext2D} from './dom.js';\n\n/**\n * @typedef {HTMLImageElement|HTMLCanvasElement|HTMLVideoElement|ImageBitmap} ImageLike\n */\n\n/**\n * @typedef {Uint8Array|Uint8ClampedArray|Float32Array|DataView} ArrayLike\n */\n\n/**\n * Data that can be used with a DataTile.\n * @typedef {ArrayLike|ImageLike} Data\n */\n\n/**\n * @param {Data} data Tile data.\n * @return {ImageLike|null} The image-like data.\n */\nexport function asImageLike(data) {\n return data instanceof Image ||\n data instanceof HTMLCanvasElement ||\n data instanceof HTMLVideoElement ||\n data instanceof ImageBitmap\n ? data\n : null;\n}\n\n/**\n * @param {Data} data Tile data.\n * @return {ArrayLike|null} The array-like data.\n */\nexport function asArrayLike(data) {\n return data instanceof Uint8Array ||\n data instanceof Uint8ClampedArray ||\n data instanceof Float32Array ||\n data instanceof DataView\n ? data\n : null;\n}\n\n/**\n * @type {CanvasRenderingContext2D|null}\n */\nlet sharedContext = null;\n\n/**\n * @param {ImageLike} image The image.\n * @return {Uint8ClampedArray} The data.\n */\nexport function toArray(image) {\n if (!sharedContext) {\n sharedContext = createCanvasContext2D(\n image.width,\n image.height,\n undefined,\n {willReadFrequently: true}\n );\n }\n const canvas = sharedContext.canvas;\n const width = image.width;\n if (canvas.width !== width) {\n canvas.width = width;\n }\n const height = image.height;\n if (canvas.height !== height) {\n canvas.height = height;\n }\n sharedContext.clearRect(0, 0, width, height);\n sharedContext.drawImage(image, 0, 0);\n return sharedContext.getImageData(0, 0, width, height).data;\n}\n\n/**\n * @type {import('./size.js').Size}\n */\nconst defaultSize = [256, 256];\n\n/**\n * @typedef {Object} Options\n * @property {import(\"./tilecoord.js\").TileCoord} tileCoord Tile coordinate.\n * @property {function(): Promise} loader Data loader. For loaders that generate images,\n * the promise should not resolve until the image is loaded.\n * @property {number} [transition=250] A duration for tile opacity\n * transitions in milliseconds. A duration of 0 disables the opacity transition.\n * @property {boolean} [interpolate=false] Use interpolated values when resampling. By default,\n * the nearest neighbor is used when resampling.\n * @property {import('./size.js').Size} [size=[256, 256]] Tile size.\n * @api\n */\n\nclass DataTile extends Tile {\n /**\n * @param {Options} options Tile options.\n */\n constructor(options) {\n const state = TileState.IDLE;\n\n super(options.tileCoord, state, {\n transition: options.transition,\n interpolate: options.interpolate,\n });\n\n /**\n * @type {function(): Promise}\n * @private\n */\n this.loader_ = options.loader;\n\n /**\n * @type {Data}\n * @private\n */\n this.data_ = null;\n\n /**\n * @type {Error}\n * @private\n */\n this.error_ = null;\n\n /**\n * @type {import('./size.js').Size|null}\n * @private\n */\n this.size_ = options.size || null;\n }\n\n /**\n * Get the tile size.\n * @return {import('./size.js').Size} Tile size.\n */\n getSize() {\n if (this.size_) {\n return this.size_;\n }\n const imageData = asImageLike(this.data_);\n if (imageData) {\n return [imageData.width, imageData.height];\n }\n return defaultSize;\n }\n\n /**\n * Get the data for the tile.\n * @return {Data} Tile data.\n * @api\n */\n getData() {\n return this.data_;\n }\n\n /**\n * Get any loading error.\n * @return {Error} Loading error.\n * @api\n */\n getError() {\n return this.error_;\n }\n\n /**\n * Load not yet loaded URI.\n * @api\n */\n load() {\n if (this.state !== TileState.IDLE && this.state !== TileState.ERROR) {\n return;\n }\n this.state = TileState.LOADING;\n this.changed();\n\n const self = this;\n this.loader_()\n .then(function (data) {\n self.data_ = data;\n self.state = TileState.LOADED;\n self.changed();\n })\n .catch(function (error) {\n self.error_ = error;\n self.state = TileState.ERROR;\n self.changed();\n });\n }\n}\n\nexport default DataTile;\n","/**\n * @module ol/asserts\n */\n\n/**\n * @param {*} assertion Assertion we expected to be truthy.\n * @param {string} errorMessage Error message.\n */\nexport function assert(assertion, errorMessage) {\n if (!assertion) {\n throw new Error(errorMessage);\n }\n}\n","/**\n * @module ol/Feature\n */\nimport BaseObject from './Object.js';\nimport EventType from './events/EventType.js';\nimport {assert} from './asserts.js';\nimport {listen, unlistenByKey} from './events.js';\n\n/**\n * @typedef {typeof Feature|typeof import(\"./render/Feature.js\").default} FeatureClass\n */\n\n/**\n * @typedef {Feature|import(\"./render/Feature.js\").default} FeatureLike\n */\n\n/***\n * @template Return\n * @typedef {import(\"./Observable\").OnSignature &\n * import(\"./Observable\").OnSignature &\n * import(\"./Observable\").CombinedOnSignature} FeatureOnSignature\n */\n\n/***\n * @template {import(\"./geom/Geometry.js\").default} [Geometry=import(\"./geom/Geometry.js\").default]\n * @typedef {Object & { geometry?: Geometry }} ObjectWithGeometry\n */\n\n/**\n * @classdesc\n * A vector object for geographic features with a geometry and other\n * attribute properties, similar to the features in vector file formats like\n * GeoJSON.\n *\n * Features can be styled individually with `setStyle`; otherwise they use the\n * style of their vector layer.\n *\n * Note that attribute properties are set as {@link module:ol/Object~BaseObject} properties on\n * the feature object, so they are observable, and have get/set accessors.\n *\n * Typically, a feature has a single geometry property. You can set the\n * geometry using the `setGeometry` method and get it with `getGeometry`.\n * It is possible to store more than one geometry on a feature using attribute\n * properties. By default, the geometry used for rendering is identified by\n * the property name `geometry`. If you want to use another geometry property\n * for rendering, use the `setGeometryName` method to change the attribute\n * property associated with the geometry for the feature. For example:\n *\n * ```js\n *\n * import Feature from 'ol/Feature.js';\n * import Polygon from 'ol/geom/Polygon.js';\n * import Point from 'ol/geom/Point.js';\n *\n * const feature = new Feature({\n * geometry: new Polygon(polyCoords),\n * labelPoint: new Point(labelCoords),\n * name: 'My Polygon',\n * });\n *\n * // get the polygon geometry\n * const poly = feature.getGeometry();\n *\n * // Render the feature as a point using the coordinates from labelPoint\n * feature.setGeometryName('labelPoint');\n *\n * // get the point geometry\n * const point = feature.getGeometry();\n * ```\n *\n * @api\n * @template {import(\"./geom/Geometry.js\").default} [Geometry=import(\"./geom/Geometry.js\").default]\n */\nclass Feature extends BaseObject {\n /**\n * @param {Geometry|ObjectWithGeometry} [geometryOrProperties]\n * You may pass a Geometry object directly, or an object literal containing\n * properties. If you pass an object literal, you may include a Geometry\n * associated with a `geometry` key.\n */\n constructor(geometryOrProperties) {\n super();\n\n /***\n * @type {FeatureOnSignature}\n */\n this.on;\n\n /***\n * @type {FeatureOnSignature}\n */\n this.once;\n\n /***\n * @type {FeatureOnSignature}\n */\n this.un;\n\n /**\n * @private\n * @type {number|string|undefined}\n */\n this.id_ = undefined;\n\n /**\n * @type {string}\n * @private\n */\n this.geometryName_ = 'geometry';\n\n /**\n * User provided style.\n * @private\n * @type {import(\"./style/Style.js\").StyleLike}\n */\n this.style_ = null;\n\n /**\n * @private\n * @type {import(\"./style/Style.js\").StyleFunction|undefined}\n */\n this.styleFunction_ = undefined;\n\n /**\n * @private\n * @type {?import(\"./events.js\").EventsKey}\n */\n this.geometryChangeKey_ = null;\n\n this.addChangeListener(this.geometryName_, this.handleGeometryChanged_);\n\n if (geometryOrProperties) {\n if (\n typeof (\n /** @type {?} */ (geometryOrProperties).getSimplifiedGeometry\n ) === 'function'\n ) {\n const geometry = /** @type {Geometry} */ (geometryOrProperties);\n this.setGeometry(geometry);\n } else {\n /** @type {Object} */\n const properties = geometryOrProperties;\n this.setProperties(properties);\n }\n }\n }\n\n /**\n * Clone this feature. If the original feature has a geometry it\n * is also cloned. The feature id is not set in the clone.\n * @return {Feature} The clone.\n * @api\n */\n clone() {\n const clone = /** @type {Feature} */ (\n new Feature(this.hasProperties() ? this.getProperties() : null)\n );\n clone.setGeometryName(this.getGeometryName());\n const geometry = this.getGeometry();\n if (geometry) {\n clone.setGeometry(/** @type {Geometry} */ (geometry.clone()));\n }\n const style = this.getStyle();\n if (style) {\n clone.setStyle(style);\n }\n return clone;\n }\n\n /**\n * Get the feature's default geometry. A feature may have any number of named\n * geometries. The \"default\" geometry (the one that is rendered by default) is\n * set when calling {@link module:ol/Feature~Feature#setGeometry}.\n * @return {Geometry|undefined} The default geometry for the feature.\n * @api\n * @observable\n */\n getGeometry() {\n return /** @type {Geometry|undefined} */ (this.get(this.geometryName_));\n }\n\n /**\n * Get the feature identifier. This is a stable identifier for the feature and\n * is either set when reading data from a remote source or set explicitly by\n * calling {@link module:ol/Feature~Feature#setId}.\n * @return {number|string|undefined} Id.\n * @api\n */\n getId() {\n return this.id_;\n }\n\n /**\n * Get the name of the feature's default geometry. By default, the default\n * geometry is named `geometry`.\n * @return {string} Get the property name associated with the default geometry\n * for this feature.\n * @api\n */\n getGeometryName() {\n return this.geometryName_;\n }\n\n /**\n * Get the feature's style. Will return what was provided to the\n * {@link module:ol/Feature~Feature#setStyle} method.\n * @return {import(\"./style/Style.js\").StyleLike|undefined} The feature style.\n * @api\n */\n getStyle() {\n return this.style_;\n }\n\n /**\n * Get the feature's style function.\n * @return {import(\"./style/Style.js\").StyleFunction|undefined} Return a function\n * representing the current style of this feature.\n * @api\n */\n getStyleFunction() {\n return this.styleFunction_;\n }\n\n /**\n * @private\n */\n handleGeometryChange_() {\n this.changed();\n }\n\n /**\n * @private\n */\n handleGeometryChanged_() {\n if (this.geometryChangeKey_) {\n unlistenByKey(this.geometryChangeKey_);\n this.geometryChangeKey_ = null;\n }\n const geometry = this.getGeometry();\n if (geometry) {\n this.geometryChangeKey_ = listen(\n geometry,\n EventType.CHANGE,\n this.handleGeometryChange_,\n this\n );\n }\n this.changed();\n }\n\n /**\n * Set the default geometry for the feature. This will update the property\n * with the name returned by {@link module:ol/Feature~Feature#getGeometryName}.\n * @param {Geometry|undefined} geometry The new geometry.\n * @api\n * @observable\n */\n setGeometry(geometry) {\n this.set(this.geometryName_, geometry);\n }\n\n /**\n * Set the style for the feature to override the layer style. This can be a\n * single style object, an array of styles, or a function that takes a\n * resolution and returns an array of styles. To unset the feature style, call\n * `setStyle()` without arguments or a falsey value.\n * @param {import(\"./style/Style.js\").StyleLike} [style] Style for this feature.\n * @api\n * @fires module:ol/events/Event~BaseEvent#event:change\n */\n setStyle(style) {\n this.style_ = style;\n this.styleFunction_ = !style ? undefined : createStyleFunction(style);\n this.changed();\n }\n\n /**\n * Set the feature id. The feature id is considered stable and may be used when\n * requesting features or comparing identifiers returned from a remote source.\n * The feature id can be used with the\n * {@link module:ol/source/Vector~VectorSource#getFeatureById} method.\n * @param {number|string|undefined} id The feature id.\n * @api\n * @fires module:ol/events/Event~BaseEvent#event:change\n */\n setId(id) {\n this.id_ = id;\n this.changed();\n }\n\n /**\n * Set the property name to be used when getting the feature's default geometry.\n * When calling {@link module:ol/Feature~Feature#getGeometry}, the value of the property with\n * this name will be returned.\n * @param {string} name The property name of the default geometry.\n * @api\n */\n setGeometryName(name) {\n this.removeChangeListener(this.geometryName_, this.handleGeometryChanged_);\n this.geometryName_ = name;\n this.addChangeListener(this.geometryName_, this.handleGeometryChanged_);\n this.handleGeometryChanged_();\n }\n}\n\n/**\n * Convert the provided object into a feature style function. Functions passed\n * through unchanged. Arrays of Style or single style objects wrapped\n * in a new feature style function.\n * @param {!import(\"./style/Style.js\").StyleFunction|!Array|!import(\"./style/Style.js\").default} obj\n * A feature style function, a single style, or an array of styles.\n * @return {import(\"./style/Style.js\").StyleFunction} A style function.\n */\nexport function createStyleFunction(obj) {\n if (typeof obj === 'function') {\n return obj;\n }\n /**\n * @type {Array}\n */\n let styles;\n if (Array.isArray(obj)) {\n styles = obj;\n } else {\n assert(\n typeof (/** @type {?} */ (obj).getZIndex) === 'function',\n 'Expected an `ol/style/Style` or an array of `ol/style/Style.js`'\n );\n const style = /** @type {import(\"./style/Style.js\").default} */ (obj);\n styles = [style];\n }\n return function () {\n return styles;\n };\n}\nexport default Feature;\n","/**\n * @module ol/transform\n */\nimport {WORKER_OFFSCREEN_CANVAS} from './has.js';\nimport {assert} from './asserts.js';\n\n/**\n * An array representing an affine 2d transformation for use with\n * {@link module:ol/transform} functions. The array has 6 elements.\n * @typedef {!Array} Transform\n * @api\n */\n\n/**\n * Collection of affine 2d transformation functions. The functions work on an\n * array of 6 elements. The element order is compatible with the [SVGMatrix\n * interface](https://developer.mozilla.org/en-US/docs/Web/API/SVGMatrix) and is\n * a subset (elements a to f) of a 3×3 matrix:\n * ```\n * [ a c e ]\n * [ b d f ]\n * [ 0 0 1 ]\n * ```\n */\n\n/**\n * @private\n * @type {Transform}\n */\nconst tmp_ = new Array(6);\n\n/**\n * Create an identity transform.\n * @return {!Transform} Identity transform.\n */\nexport function create() {\n return [1, 0, 0, 1, 0, 0];\n}\n\n/**\n * Resets the given transform to an identity transform.\n * @param {!Transform} transform Transform.\n * @return {!Transform} Transform.\n */\nexport function reset(transform) {\n return set(transform, 1, 0, 0, 1, 0, 0);\n}\n\n/**\n * Multiply the underlying matrices of two transforms and return the result in\n * the first transform.\n * @param {!Transform} transform1 Transform parameters of matrix 1.\n * @param {!Transform} transform2 Transform parameters of matrix 2.\n * @return {!Transform} transform1 multiplied with transform2.\n */\nexport function multiply(transform1, transform2) {\n const a1 = transform1[0];\n const b1 = transform1[1];\n const c1 = transform1[2];\n const d1 = transform1[3];\n const e1 = transform1[4];\n const f1 = transform1[5];\n const a2 = transform2[0];\n const b2 = transform2[1];\n const c2 = transform2[2];\n const d2 = transform2[3];\n const e2 = transform2[4];\n const f2 = transform2[5];\n\n transform1[0] = a1 * a2 + c1 * b2;\n transform1[1] = b1 * a2 + d1 * b2;\n transform1[2] = a1 * c2 + c1 * d2;\n transform1[3] = b1 * c2 + d1 * d2;\n transform1[4] = a1 * e2 + c1 * f2 + e1;\n transform1[5] = b1 * e2 + d1 * f2 + f1;\n\n return transform1;\n}\n\n/**\n * Set the transform components a-f on a given transform.\n * @param {!Transform} transform Transform.\n * @param {number} a The a component of the transform.\n * @param {number} b The b component of the transform.\n * @param {number} c The c component of the transform.\n * @param {number} d The d component of the transform.\n * @param {number} e The e component of the transform.\n * @param {number} f The f component of the transform.\n * @return {!Transform} Matrix with transform applied.\n */\nexport function set(transform, a, b, c, d, e, f) {\n transform[0] = a;\n transform[1] = b;\n transform[2] = c;\n transform[3] = d;\n transform[4] = e;\n transform[5] = f;\n return transform;\n}\n\n/**\n * Set transform on one matrix from another matrix.\n * @param {!Transform} transform1 Matrix to set transform to.\n * @param {!Transform} transform2 Matrix to set transform from.\n * @return {!Transform} transform1 with transform from transform2 applied.\n */\nexport function setFromArray(transform1, transform2) {\n transform1[0] = transform2[0];\n transform1[1] = transform2[1];\n transform1[2] = transform2[2];\n transform1[3] = transform2[3];\n transform1[4] = transform2[4];\n transform1[5] = transform2[5];\n return transform1;\n}\n\n/**\n * Transforms the given coordinate with the given transform returning the\n * resulting, transformed coordinate. The coordinate will be modified in-place.\n *\n * @param {Transform} transform The transformation.\n * @param {import(\"./coordinate.js\").Coordinate|import(\"./pixel.js\").Pixel} coordinate The coordinate to transform.\n * @return {import(\"./coordinate.js\").Coordinate|import(\"./pixel.js\").Pixel} return coordinate so that operations can be\n * chained together.\n */\nexport function apply(transform, coordinate) {\n const x = coordinate[0];\n const y = coordinate[1];\n coordinate[0] = transform[0] * x + transform[2] * y + transform[4];\n coordinate[1] = transform[1] * x + transform[3] * y + transform[5];\n return coordinate;\n}\n\n/**\n * Applies rotation to the given transform.\n * @param {!Transform} transform Transform.\n * @param {number} angle Angle in radians.\n * @return {!Transform} The rotated transform.\n */\nexport function rotate(transform, angle) {\n const cos = Math.cos(angle);\n const sin = Math.sin(angle);\n return multiply(transform, set(tmp_, cos, sin, -sin, cos, 0, 0));\n}\n\n/**\n * Applies scale to a given transform.\n * @param {!Transform} transform Transform.\n * @param {number} x Scale factor x.\n * @param {number} y Scale factor y.\n * @return {!Transform} The scaled transform.\n */\nexport function scale(transform, x, y) {\n return multiply(transform, set(tmp_, x, 0, 0, y, 0, 0));\n}\n\n/**\n * Creates a scale transform.\n * @param {!Transform} target Transform to overwrite.\n * @param {number} x Scale factor x.\n * @param {number} y Scale factor y.\n * @return {!Transform} The scale transform.\n */\nexport function makeScale(target, x, y) {\n return set(target, x, 0, 0, y, 0, 0);\n}\n\n/**\n * Applies translation to the given transform.\n * @param {!Transform} transform Transform.\n * @param {number} dx Translation x.\n * @param {number} dy Translation y.\n * @return {!Transform} The translated transform.\n */\nexport function translate(transform, dx, dy) {\n return multiply(transform, set(tmp_, 1, 0, 0, 1, dx, dy));\n}\n\n/**\n * Creates a composite transform given an initial translation, scale, rotation, and\n * final translation (in that order only, not commutative).\n * @param {!Transform} transform The transform (will be modified in place).\n * @param {number} dx1 Initial translation x.\n * @param {number} dy1 Initial translation y.\n * @param {number} sx Scale factor x.\n * @param {number} sy Scale factor y.\n * @param {number} angle Rotation (in counter-clockwise radians).\n * @param {number} dx2 Final translation x.\n * @param {number} dy2 Final translation y.\n * @return {!Transform} The composite transform.\n */\nexport function compose(transform, dx1, dy1, sx, sy, angle, dx2, dy2) {\n const sin = Math.sin(angle);\n const cos = Math.cos(angle);\n transform[0] = sx * cos;\n transform[1] = sy * sin;\n transform[2] = -sx * sin;\n transform[3] = sy * cos;\n transform[4] = dx2 * sx * cos - dy2 * sx * sin + dx1;\n transform[5] = dx2 * sy * sin + dy2 * sy * cos + dy1;\n return transform;\n}\n\n/**\n * Creates a composite transform given an initial translation, scale, rotation, and\n * final translation (in that order only, not commutative). The resulting transform\n * string can be applied as `transform` property of an HTMLElement's style.\n * @param {number} dx1 Initial translation x.\n * @param {number} dy1 Initial translation y.\n * @param {number} sx Scale factor x.\n * @param {number} sy Scale factor y.\n * @param {number} angle Rotation (in counter-clockwise radians).\n * @param {number} dx2 Final translation x.\n * @param {number} dy2 Final translation y.\n * @return {string} The composite css transform.\n * @api\n */\nexport function composeCssTransform(dx1, dy1, sx, sy, angle, dx2, dy2) {\n return toString(compose(create(), dx1, dy1, sx, sy, angle, dx2, dy2));\n}\n\n/**\n * Invert the given transform.\n * @param {!Transform} source The source transform to invert.\n * @return {!Transform} The inverted (source) transform.\n */\nexport function invert(source) {\n return makeInverse(source, source);\n}\n\n/**\n * Invert the given transform.\n * @param {!Transform} target Transform to be set as the inverse of\n * the source transform.\n * @param {!Transform} source The source transform to invert.\n * @return {!Transform} The inverted (target) transform.\n */\nexport function makeInverse(target, source) {\n const det = determinant(source);\n assert(det !== 0, 'Transformation matrix cannot be inverted');\n\n const a = source[0];\n const b = source[1];\n const c = source[2];\n const d = source[3];\n const e = source[4];\n const f = source[5];\n\n target[0] = d / det;\n target[1] = -b / det;\n target[2] = -c / det;\n target[3] = a / det;\n target[4] = (c * f - d * e) / det;\n target[5] = -(a * f - b * e) / det;\n\n return target;\n}\n\n/**\n * Returns the determinant of the given matrix.\n * @param {!Transform} mat Matrix.\n * @return {number} Determinant.\n */\nexport function determinant(mat) {\n return mat[0] * mat[3] - mat[1] * mat[2];\n}\n\n/**\n * @type {HTMLElement}\n * @private\n */\nlet transformStringDiv;\n\n/**\n * A rounded string version of the transform. This can be used\n * for CSS transforms.\n * @param {!Transform} mat Matrix.\n * @return {string} The transform as a string.\n */\nexport function toString(mat) {\n const transformString = 'matrix(' + mat.join(', ') + ')';\n if (WORKER_OFFSCREEN_CANVAS) {\n return transformString;\n }\n const node =\n transformStringDiv || (transformStringDiv = document.createElement('div'));\n node.style.transform = transformString;\n return node.style.transform;\n}\n","/**\n * @module ol/extent/Relationship\n */\n\n/**\n * Relationship to an extent.\n * @enum {number}\n */\nexport default {\n UNKNOWN: 0,\n INTERSECTING: 1,\n ABOVE: 2,\n RIGHT: 4,\n BELOW: 8,\n LEFT: 16,\n};\n","/**\n * @module ol/extent\n */\nimport Relationship from './extent/Relationship.js';\n\n/**\n * An array of numbers representing an extent: `[minx, miny, maxx, maxy]`.\n * @typedef {Array} Extent\n * @api\n */\n\n/**\n * Extent corner.\n * @typedef {'bottom-left' | 'bottom-right' | 'top-left' | 'top-right'} Corner\n */\n\n/**\n * Build an extent that includes all given coordinates.\n *\n * @param {Array} coordinates Coordinates.\n * @return {Extent} Bounding extent.\n * @api\n */\nexport function boundingExtent(coordinates) {\n const extent = createEmpty();\n for (let i = 0, ii = coordinates.length; i < ii; ++i) {\n extendCoordinate(extent, coordinates[i]);\n }\n return extent;\n}\n\n/**\n * @param {Array} xs Xs.\n * @param {Array} ys Ys.\n * @param {Extent} [dest] Destination extent.\n * @private\n * @return {Extent} Extent.\n */\nfunction _boundingExtentXYs(xs, ys, dest) {\n const minX = Math.min.apply(null, xs);\n const minY = Math.min.apply(null, ys);\n const maxX = Math.max.apply(null, xs);\n const maxY = Math.max.apply(null, ys);\n return createOrUpdate(minX, minY, maxX, maxY, dest);\n}\n\n/**\n * Return extent increased by the provided value.\n * @param {Extent} extent Extent.\n * @param {number} value The amount by which the extent should be buffered.\n * @param {Extent} [dest] Extent.\n * @return {Extent} Extent.\n * @api\n */\nexport function buffer(extent, value, dest) {\n if (dest) {\n dest[0] = extent[0] - value;\n dest[1] = extent[1] - value;\n dest[2] = extent[2] + value;\n dest[3] = extent[3] + value;\n return dest;\n }\n return [\n extent[0] - value,\n extent[1] - value,\n extent[2] + value,\n extent[3] + value,\n ];\n}\n\n/**\n * Creates a clone of an extent.\n *\n * @param {Extent} extent Extent to clone.\n * @param {Extent} [dest] Extent.\n * @return {Extent} The clone.\n */\nexport function clone(extent, dest) {\n if (dest) {\n dest[0] = extent[0];\n dest[1] = extent[1];\n dest[2] = extent[2];\n dest[3] = extent[3];\n return dest;\n }\n return extent.slice();\n}\n\n/**\n * @param {Extent} extent Extent.\n * @param {number} x X.\n * @param {number} y Y.\n * @return {number} Closest squared distance.\n */\nexport function closestSquaredDistanceXY(extent, x, y) {\n let dx, dy;\n if (x < extent[0]) {\n dx = extent[0] - x;\n } else if (extent[2] < x) {\n dx = x - extent[2];\n } else {\n dx = 0;\n }\n if (y < extent[1]) {\n dy = extent[1] - y;\n } else if (extent[3] < y) {\n dy = y - extent[3];\n } else {\n dy = 0;\n }\n return dx * dx + dy * dy;\n}\n\n/**\n * Check if the passed coordinate is contained or on the edge of the extent.\n *\n * @param {Extent} extent Extent.\n * @param {import(\"./coordinate.js\").Coordinate} coordinate Coordinate.\n * @return {boolean} The coordinate is contained in the extent.\n * @api\n */\nexport function containsCoordinate(extent, coordinate) {\n return containsXY(extent, coordinate[0], coordinate[1]);\n}\n\n/**\n * Check if one extent contains another.\n *\n * An extent is deemed contained if it lies completely within the other extent,\n * including if they share one or more edges.\n *\n * @param {Extent} extent1 Extent 1.\n * @param {Extent} extent2 Extent 2.\n * @return {boolean} The second extent is contained by or on the edge of the\n * first.\n * @api\n */\nexport function containsExtent(extent1, extent2) {\n return (\n extent1[0] <= extent2[0] &&\n extent2[2] <= extent1[2] &&\n extent1[1] <= extent2[1] &&\n extent2[3] <= extent1[3]\n );\n}\n\n/**\n * Check if the passed coordinate is contained or on the edge of the extent.\n *\n * @param {Extent} extent Extent.\n * @param {number} x X coordinate.\n * @param {number} y Y coordinate.\n * @return {boolean} The x, y values are contained in the extent.\n * @api\n */\nexport function containsXY(extent, x, y) {\n return extent[0] <= x && x <= extent[2] && extent[1] <= y && y <= extent[3];\n}\n\n/**\n * Get the relationship between a coordinate and extent.\n * @param {Extent} extent The extent.\n * @param {import(\"./coordinate.js\").Coordinate} coordinate The coordinate.\n * @return {import(\"./extent/Relationship.js\").default} The relationship (bitwise compare with\n * import(\"./extent/Relationship.js\").Relationship).\n */\nexport function coordinateRelationship(extent, coordinate) {\n const minX = extent[0];\n const minY = extent[1];\n const maxX = extent[2];\n const maxY = extent[3];\n const x = coordinate[0];\n const y = coordinate[1];\n let relationship = Relationship.UNKNOWN;\n if (x < minX) {\n relationship = relationship | Relationship.LEFT;\n } else if (x > maxX) {\n relationship = relationship | Relationship.RIGHT;\n }\n if (y < minY) {\n relationship = relationship | Relationship.BELOW;\n } else if (y > maxY) {\n relationship = relationship | Relationship.ABOVE;\n }\n if (relationship === Relationship.UNKNOWN) {\n relationship = Relationship.INTERSECTING;\n }\n return relationship;\n}\n\n/**\n * Create an empty extent.\n * @return {Extent} Empty extent.\n * @api\n */\nexport function createEmpty() {\n return [Infinity, Infinity, -Infinity, -Infinity];\n}\n\n/**\n * Create a new extent or update the provided extent.\n * @param {number} minX Minimum X.\n * @param {number} minY Minimum Y.\n * @param {number} maxX Maximum X.\n * @param {number} maxY Maximum Y.\n * @param {Extent} [dest] Destination extent.\n * @return {Extent} Extent.\n */\nexport function createOrUpdate(minX, minY, maxX, maxY, dest) {\n if (dest) {\n dest[0] = minX;\n dest[1] = minY;\n dest[2] = maxX;\n dest[3] = maxY;\n return dest;\n }\n return [minX, minY, maxX, maxY];\n}\n\n/**\n * Create a new empty extent or make the provided one empty.\n * @param {Extent} [dest] Extent.\n * @return {Extent} Extent.\n */\nexport function createOrUpdateEmpty(dest) {\n return createOrUpdate(Infinity, Infinity, -Infinity, -Infinity, dest);\n}\n\n/**\n * @param {import(\"./coordinate.js\").Coordinate} coordinate Coordinate.\n * @param {Extent} [dest] Extent.\n * @return {Extent} Extent.\n */\nexport function createOrUpdateFromCoordinate(coordinate, dest) {\n const x = coordinate[0];\n const y = coordinate[1];\n return createOrUpdate(x, y, x, y, dest);\n}\n\n/**\n * @param {Array} coordinates Coordinates.\n * @param {Extent} [dest] Extent.\n * @return {Extent} Extent.\n */\nexport function createOrUpdateFromCoordinates(coordinates, dest) {\n const extent = createOrUpdateEmpty(dest);\n return extendCoordinates(extent, coordinates);\n}\n\n/**\n * @param {Array} flatCoordinates Flat coordinates.\n * @param {number} offset Offset.\n * @param {number} end End.\n * @param {number} stride Stride.\n * @param {Extent} [dest] Extent.\n * @return {Extent} Extent.\n */\nexport function createOrUpdateFromFlatCoordinates(\n flatCoordinates,\n offset,\n end,\n stride,\n dest\n) {\n const extent = createOrUpdateEmpty(dest);\n return extendFlatCoordinates(extent, flatCoordinates, offset, end, stride);\n}\n\n/**\n * @param {Array>} rings Rings.\n * @param {Extent} [dest] Extent.\n * @return {Extent} Extent.\n */\nexport function createOrUpdateFromRings(rings, dest) {\n const extent = createOrUpdateEmpty(dest);\n return extendRings(extent, rings);\n}\n\n/**\n * Determine if two extents are equivalent.\n * @param {Extent} extent1 Extent 1.\n * @param {Extent} extent2 Extent 2.\n * @return {boolean} The two extents are equivalent.\n * @api\n */\nexport function equals(extent1, extent2) {\n return (\n extent1[0] == extent2[0] &&\n extent1[2] == extent2[2] &&\n extent1[1] == extent2[1] &&\n extent1[3] == extent2[3]\n );\n}\n\n/**\n * Determine if two extents are approximately equivalent.\n * @param {Extent} extent1 Extent 1.\n * @param {Extent} extent2 Extent 2.\n * @param {number} tolerance Tolerance in extent coordinate units.\n * @return {boolean} The two extents differ by less than the tolerance.\n */\nexport function approximatelyEquals(extent1, extent2, tolerance) {\n return (\n Math.abs(extent1[0] - extent2[0]) < tolerance &&\n Math.abs(extent1[2] - extent2[2]) < tolerance &&\n Math.abs(extent1[1] - extent2[1]) < tolerance &&\n Math.abs(extent1[3] - extent2[3]) < tolerance\n );\n}\n\n/**\n * Modify an extent to include another extent.\n * @param {Extent} extent1 The extent to be modified.\n * @param {Extent} extent2 The extent that will be included in the first.\n * @return {Extent} A reference to the first (extended) extent.\n * @api\n */\nexport function extend(extent1, extent2) {\n if (extent2[0] < extent1[0]) {\n extent1[0] = extent2[0];\n }\n if (extent2[2] > extent1[2]) {\n extent1[2] = extent2[2];\n }\n if (extent2[1] < extent1[1]) {\n extent1[1] = extent2[1];\n }\n if (extent2[3] > extent1[3]) {\n extent1[3] = extent2[3];\n }\n return extent1;\n}\n\n/**\n * @param {Extent} extent Extent.\n * @param {import(\"./coordinate.js\").Coordinate} coordinate Coordinate.\n */\nexport function extendCoordinate(extent, coordinate) {\n if (coordinate[0] < extent[0]) {\n extent[0] = coordinate[0];\n }\n if (coordinate[0] > extent[2]) {\n extent[2] = coordinate[0];\n }\n if (coordinate[1] < extent[1]) {\n extent[1] = coordinate[1];\n }\n if (coordinate[1] > extent[3]) {\n extent[3] = coordinate[1];\n }\n}\n\n/**\n * @param {Extent} extent Extent.\n * @param {Array} coordinates Coordinates.\n * @return {Extent} Extent.\n */\nexport function extendCoordinates(extent, coordinates) {\n for (let i = 0, ii = coordinates.length; i < ii; ++i) {\n extendCoordinate(extent, coordinates[i]);\n }\n return extent;\n}\n\n/**\n * @param {Extent} extent Extent.\n * @param {Array} flatCoordinates Flat coordinates.\n * @param {number} offset Offset.\n * @param {number} end End.\n * @param {number} stride Stride.\n * @return {Extent} Extent.\n */\nexport function extendFlatCoordinates(\n extent,\n flatCoordinates,\n offset,\n end,\n stride\n) {\n for (; offset < end; offset += stride) {\n extendXY(extent, flatCoordinates[offset], flatCoordinates[offset + 1]);\n }\n return extent;\n}\n\n/**\n * @param {Extent} extent Extent.\n * @param {Array>} rings Rings.\n * @return {Extent} Extent.\n */\nexport function extendRings(extent, rings) {\n for (let i = 0, ii = rings.length; i < ii; ++i) {\n extendCoordinates(extent, rings[i]);\n }\n return extent;\n}\n\n/**\n * @param {Extent} extent Extent.\n * @param {number} x X.\n * @param {number} y Y.\n */\nexport function extendXY(extent, x, y) {\n extent[0] = Math.min(extent[0], x);\n extent[1] = Math.min(extent[1], y);\n extent[2] = Math.max(extent[2], x);\n extent[3] = Math.max(extent[3], y);\n}\n\n/**\n * This function calls `callback` for each corner of the extent. If the\n * callback returns a truthy value the function returns that value\n * immediately. Otherwise the function returns `false`.\n * @param {Extent} extent Extent.\n * @param {function(import(\"./coordinate.js\").Coordinate): S} callback Callback.\n * @return {S|boolean} Value.\n * @template S\n */\nexport function forEachCorner(extent, callback) {\n let val;\n val = callback(getBottomLeft(extent));\n if (val) {\n return val;\n }\n val = callback(getBottomRight(extent));\n if (val) {\n return val;\n }\n val = callback(getTopRight(extent));\n if (val) {\n return val;\n }\n val = callback(getTopLeft(extent));\n if (val) {\n return val;\n }\n return false;\n}\n\n/**\n * Get the size of an extent.\n * @param {Extent} extent Extent.\n * @return {number} Area.\n * @api\n */\nexport function getArea(extent) {\n let area = 0;\n if (!isEmpty(extent)) {\n area = getWidth(extent) * getHeight(extent);\n }\n return area;\n}\n\n/**\n * Get the bottom left coordinate of an extent.\n * @param {Extent} extent Extent.\n * @return {import(\"./coordinate.js\").Coordinate} Bottom left coordinate.\n * @api\n */\nexport function getBottomLeft(extent) {\n return [extent[0], extent[1]];\n}\n\n/**\n * Get the bottom right coordinate of an extent.\n * @param {Extent} extent Extent.\n * @return {import(\"./coordinate.js\").Coordinate} Bottom right coordinate.\n * @api\n */\nexport function getBottomRight(extent) {\n return [extent[2], extent[1]];\n}\n\n/**\n * Get the center coordinate of an extent.\n * @param {Extent} extent Extent.\n * @return {import(\"./coordinate.js\").Coordinate} Center.\n * @api\n */\nexport function getCenter(extent) {\n return [(extent[0] + extent[2]) / 2, (extent[1] + extent[3]) / 2];\n}\n\n/**\n * Get a corner coordinate of an extent.\n * @param {Extent} extent Extent.\n * @param {Corner} corner Corner.\n * @return {import(\"./coordinate.js\").Coordinate} Corner coordinate.\n */\nexport function getCorner(extent, corner) {\n let coordinate;\n if (corner === 'bottom-left') {\n coordinate = getBottomLeft(extent);\n } else if (corner === 'bottom-right') {\n coordinate = getBottomRight(extent);\n } else if (corner === 'top-left') {\n coordinate = getTopLeft(extent);\n } else if (corner === 'top-right') {\n coordinate = getTopRight(extent);\n } else {\n throw new Error('Invalid corner');\n }\n return coordinate;\n}\n\n/**\n * @param {Extent} extent1 Extent 1.\n * @param {Extent} extent2 Extent 2.\n * @return {number} Enlarged area.\n */\nexport function getEnlargedArea(extent1, extent2) {\n const minX = Math.min(extent1[0], extent2[0]);\n const minY = Math.min(extent1[1], extent2[1]);\n const maxX = Math.max(extent1[2], extent2[2]);\n const maxY = Math.max(extent1[3], extent2[3]);\n return (maxX - minX) * (maxY - minY);\n}\n\n/**\n * @param {import(\"./coordinate.js\").Coordinate} center Center.\n * @param {number} resolution Resolution.\n * @param {number} rotation Rotation.\n * @param {import(\"./size.js\").Size} size Size.\n * @param {Extent} [dest] Destination extent.\n * @return {Extent} Extent.\n */\nexport function getForViewAndSize(center, resolution, rotation, size, dest) {\n const [x0, y0, x1, y1, x2, y2, x3, y3] = getRotatedViewport(\n center,\n resolution,\n rotation,\n size\n );\n return createOrUpdate(\n Math.min(x0, x1, x2, x3),\n Math.min(y0, y1, y2, y3),\n Math.max(x0, x1, x2, x3),\n Math.max(y0, y1, y2, y3),\n dest\n );\n}\n\n/**\n * @param {import(\"./coordinate.js\").Coordinate} center Center.\n * @param {number} resolution Resolution.\n * @param {number} rotation Rotation.\n * @param {import(\"./size.js\").Size} size Size.\n * @return {Array} Linear ring representing the viewport.\n */\nexport function getRotatedViewport(center, resolution, rotation, size) {\n const dx = (resolution * size[0]) / 2;\n const dy = (resolution * size[1]) / 2;\n const cosRotation = Math.cos(rotation);\n const sinRotation = Math.sin(rotation);\n const xCos = dx * cosRotation;\n const xSin = dx * sinRotation;\n const yCos = dy * cosRotation;\n const ySin = dy * sinRotation;\n const x = center[0];\n const y = center[1];\n return [\n x - xCos + ySin,\n y - xSin - yCos,\n x - xCos - ySin,\n y - xSin + yCos,\n x + xCos - ySin,\n y + xSin + yCos,\n x + xCos + ySin,\n y + xSin - yCos,\n x - xCos + ySin,\n y - xSin - yCos,\n ];\n}\n\n/**\n * Get the height of an extent.\n * @param {Extent} extent Extent.\n * @return {number} Height.\n * @api\n */\nexport function getHeight(extent) {\n return extent[3] - extent[1];\n}\n\n/**\n * @param {Extent} extent1 Extent 1.\n * @param {Extent} extent2 Extent 2.\n * @return {number} Intersection area.\n */\nexport function getIntersectionArea(extent1, extent2) {\n const intersection = getIntersection(extent1, extent2);\n return getArea(intersection);\n}\n\n/**\n * Get the intersection of two extents.\n * @param {Extent} extent1 Extent 1.\n * @param {Extent} extent2 Extent 2.\n * @param {Extent} [dest] Optional extent to populate with intersection.\n * @return {Extent} Intersecting extent.\n * @api\n */\nexport function getIntersection(extent1, extent2, dest) {\n const intersection = dest ? dest : createEmpty();\n if (intersects(extent1, extent2)) {\n if (extent1[0] > extent2[0]) {\n intersection[0] = extent1[0];\n } else {\n intersection[0] = extent2[0];\n }\n if (extent1[1] > extent2[1]) {\n intersection[1] = extent1[1];\n } else {\n intersection[1] = extent2[1];\n }\n if (extent1[2] < extent2[2]) {\n intersection[2] = extent1[2];\n } else {\n intersection[2] = extent2[2];\n }\n if (extent1[3] < extent2[3]) {\n intersection[3] = extent1[3];\n } else {\n intersection[3] = extent2[3];\n }\n } else {\n createOrUpdateEmpty(intersection);\n }\n return intersection;\n}\n\n/**\n * @param {Extent} extent Extent.\n * @return {number} Margin.\n */\nexport function getMargin(extent) {\n return getWidth(extent) + getHeight(extent);\n}\n\n/**\n * Get the size (width, height) of an extent.\n * @param {Extent} extent The extent.\n * @return {import(\"./size.js\").Size} The extent size.\n * @api\n */\nexport function getSize(extent) {\n return [extent[2] - extent[0], extent[3] - extent[1]];\n}\n\n/**\n * Get the top left coordinate of an extent.\n * @param {Extent} extent Extent.\n * @return {import(\"./coordinate.js\").Coordinate} Top left coordinate.\n * @api\n */\nexport function getTopLeft(extent) {\n return [extent[0], extent[3]];\n}\n\n/**\n * Get the top right coordinate of an extent.\n * @param {Extent} extent Extent.\n * @return {import(\"./coordinate.js\").Coordinate} Top right coordinate.\n * @api\n */\nexport function getTopRight(extent) {\n return [extent[2], extent[3]];\n}\n\n/**\n * Get the width of an extent.\n * @param {Extent} extent Extent.\n * @return {number} Width.\n * @api\n */\nexport function getWidth(extent) {\n return extent[2] - extent[0];\n}\n\n/**\n * Determine if one extent intersects another.\n * @param {Extent} extent1 Extent 1.\n * @param {Extent} extent2 Extent.\n * @return {boolean} The two extents intersect.\n * @api\n */\nexport function intersects(extent1, extent2) {\n return (\n extent1[0] <= extent2[2] &&\n extent1[2] >= extent2[0] &&\n extent1[1] <= extent2[3] &&\n extent1[3] >= extent2[1]\n );\n}\n\n/**\n * Determine if an extent is empty.\n * @param {Extent} extent Extent.\n * @return {boolean} Is empty.\n * @api\n */\nexport function isEmpty(extent) {\n return extent[2] < extent[0] || extent[3] < extent[1];\n}\n\n/**\n * @param {Extent} extent Extent.\n * @param {Extent} [dest] Extent.\n * @return {Extent} Extent.\n */\nexport function returnOrUpdate(extent, dest) {\n if (dest) {\n dest[0] = extent[0];\n dest[1] = extent[1];\n dest[2] = extent[2];\n dest[3] = extent[3];\n return dest;\n }\n return extent;\n}\n\n/**\n * @param {Extent} extent Extent.\n * @param {number} value Value.\n */\nexport function scaleFromCenter(extent, value) {\n const deltaX = ((extent[2] - extent[0]) / 2) * (value - 1);\n const deltaY = ((extent[3] - extent[1]) / 2) * (value - 1);\n extent[0] -= deltaX;\n extent[2] += deltaX;\n extent[1] -= deltaY;\n extent[3] += deltaY;\n}\n\n/**\n * Determine if the segment between two coordinates intersects (crosses,\n * touches, or is contained by) the provided extent.\n * @param {Extent} extent The extent.\n * @param {import(\"./coordinate.js\").Coordinate} start Segment start coordinate.\n * @param {import(\"./coordinate.js\").Coordinate} end Segment end coordinate.\n * @return {boolean} The segment intersects the extent.\n */\nexport function intersectsSegment(extent, start, end) {\n let intersects = false;\n const startRel = coordinateRelationship(extent, start);\n const endRel = coordinateRelationship(extent, end);\n if (\n startRel === Relationship.INTERSECTING ||\n endRel === Relationship.INTERSECTING\n ) {\n intersects = true;\n } else {\n const minX = extent[0];\n const minY = extent[1];\n const maxX = extent[2];\n const maxY = extent[3];\n const startX = start[0];\n const startY = start[1];\n const endX = end[0];\n const endY = end[1];\n const slope = (endY - startY) / (endX - startX);\n let x, y;\n if (!!(endRel & Relationship.ABOVE) && !(startRel & Relationship.ABOVE)) {\n // potentially intersects top\n x = endX - (endY - maxY) / slope;\n intersects = x >= minX && x <= maxX;\n }\n if (\n !intersects &&\n !!(endRel & Relationship.RIGHT) &&\n !(startRel & Relationship.RIGHT)\n ) {\n // potentially intersects right\n y = endY - (endX - maxX) * slope;\n intersects = y >= minY && y <= maxY;\n }\n if (\n !intersects &&\n !!(endRel & Relationship.BELOW) &&\n !(startRel & Relationship.BELOW)\n ) {\n // potentially intersects bottom\n x = endX - (endY - minY) / slope;\n intersects = x >= minX && x <= maxX;\n }\n if (\n !intersects &&\n !!(endRel & Relationship.LEFT) &&\n !(startRel & Relationship.LEFT)\n ) {\n // potentially intersects left\n y = endY - (endX - minX) * slope;\n intersects = y >= minY && y <= maxY;\n }\n }\n return intersects;\n}\n\n/**\n * Apply a transform function to the extent.\n * @param {Extent} extent Extent.\n * @param {import(\"./proj.js\").TransformFunction} transformFn Transform function.\n * Called with `[minX, minY, maxX, maxY]` extent coordinates.\n * @param {Extent} [dest] Destination extent.\n * @param {number} [stops] Number of stops per side used for the transform.\n * By default only the corners are used.\n * @return {Extent} Extent.\n * @api\n */\nexport function applyTransform(extent, transformFn, dest, stops) {\n if (isEmpty(extent)) {\n return createOrUpdateEmpty(dest);\n }\n let coordinates = [];\n if (stops > 1) {\n const width = extent[2] - extent[0];\n const height = extent[3] - extent[1];\n for (let i = 0; i < stops; ++i) {\n coordinates.push(\n extent[0] + (width * i) / stops,\n extent[1],\n extent[2],\n extent[1] + (height * i) / stops,\n extent[2] - (width * i) / stops,\n extent[3],\n extent[0],\n extent[3] - (height * i) / stops\n );\n }\n } else {\n coordinates = [\n extent[0],\n extent[1],\n extent[2],\n extent[1],\n extent[2],\n extent[3],\n extent[0],\n extent[3],\n ];\n }\n transformFn(coordinates, coordinates, 2);\n const xs = [];\n const ys = [];\n for (let i = 0, l = coordinates.length; i < l; i += 2) {\n xs.push(coordinates[i]);\n ys.push(coordinates[i + 1]);\n }\n return _boundingExtentXYs(xs, ys, dest);\n}\n\n/**\n * Modifies the provided extent in-place to be within the real world\n * extent.\n *\n * @param {Extent} extent Extent.\n * @param {import(\"./proj/Projection.js\").default} projection Projection\n * @return {Extent} The extent within the real world extent.\n */\nexport function wrapX(extent, projection) {\n const projectionExtent = projection.getExtent();\n const center = getCenter(extent);\n if (\n projection.canWrapX() &&\n (center[0] < projectionExtent[0] || center[0] >= projectionExtent[2])\n ) {\n const worldWidth = getWidth(projectionExtent);\n const worldsAway = Math.floor(\n (center[0] - projectionExtent[0]) / worldWidth\n );\n const offset = worldsAway * worldWidth;\n extent[0] -= offset;\n extent[2] -= offset;\n }\n return extent;\n}\n\n/**\n * Fits the extent to the real world\n *\n * If the extent does not cross the anti meridian, this will return the extent in an array\n * If the extent crosses the anti meridian, the extent will be sliced, so each part fits within the\n * real world\n *\n *\n * @param {Extent} extent Extent.\n * @param {import(\"./proj/Projection.js\").default} projection Projection\n * @return {Array} The extent within the real world extent.\n */\nexport function wrapAndSliceX(extent, projection) {\n if (projection.canWrapX()) {\n const projectionExtent = projection.getExtent();\n\n if (!isFinite(extent[0]) || !isFinite(extent[2])) {\n return [[projectionExtent[0], extent[1], projectionExtent[2], extent[3]]];\n }\n\n wrapX(extent, projection);\n const worldWidth = getWidth(projectionExtent);\n\n if (getWidth(extent) > worldWidth) {\n // the extent wraps around on itself\n return [[projectionExtent[0], extent[1], projectionExtent[2], extent[3]]];\n }\n if (extent[0] < projectionExtent[0]) {\n // the extent crosses the anti meridian, so it needs to be sliced\n return [\n [extent[0] + worldWidth, extent[1], projectionExtent[2], extent[3]],\n [projectionExtent[0], extent[1], extent[2], extent[3]],\n ];\n }\n if (extent[2] > projectionExtent[2]) {\n // the extent crosses the anti meridian, so it needs to be sliced\n return [\n [extent[0], extent[1], projectionExtent[2], extent[3]],\n [projectionExtent[0], extent[1], extent[2] - worldWidth, extent[3]],\n ];\n }\n }\n\n return [extent];\n}\n","/**\n * @module ol/proj/Units\n */\n\n/**\n * @typedef {'radians' | 'degrees' | 'ft' | 'm' | 'pixels' | 'tile-pixels' | 'us-ft'} Units\n * Projection units.\n */\n\n/**\n * See http://duff.ess.washington.edu/data/raster/drg/docs/geotiff.txt\n * @type {Object}\n */\nconst unitByCode = {\n '9001': 'm',\n '9002': 'ft',\n '9003': 'us-ft',\n '9101': 'radians',\n '9102': 'degrees',\n};\n\n/**\n * @param {number} code Unit code.\n * @return {Units} Units.\n */\nexport function fromCode(code) {\n return unitByCode[code];\n}\n\n/**\n * @typedef {Object} MetersPerUnitLookup\n * @property {number} radians Radians\n * @property {number} degrees Degrees\n * @property {number} ft Feet\n * @property {number} m Meters\n * @property {number} us-ft US feet\n */\n\n/**\n * Meters per unit lookup table.\n * @const\n * @type {MetersPerUnitLookup}\n * @api\n */\nexport const METERS_PER_UNIT = {\n // use the radius of the Normal sphere\n 'radians': 6370997 / (2 * Math.PI),\n 'degrees': (2 * Math.PI * 6370997) / 360,\n 'ft': 0.3048,\n 'm': 1,\n 'us-ft': 1200 / 3937,\n};\n","/**\n * @module ol/proj/Projection\n */\nimport {METERS_PER_UNIT} from './Units.js';\n\n/**\n * @typedef {Object} Options\n * @property {string} code The SRS identifier code, e.g. `EPSG:4326`.\n * @property {import(\"./Units.js\").Units} [units] Units. Required unless a\n * proj4 projection is defined for `code`.\n * @property {import(\"../extent.js\").Extent} [extent] The validity extent for the SRS.\n * @property {string} [axisOrientation='enu'] The axis orientation as specified in Proj4.\n * @property {boolean} [global=false] Whether the projection is valid for the whole globe.\n * @property {number} [metersPerUnit] The meters per unit for the SRS.\n * If not provided, the `units` are used to get the meters per unit from the {@link METERS_PER_UNIT}\n * lookup table.\n * @property {import(\"../extent.js\").Extent} [worldExtent] The world extent for the SRS.\n * @property {function(number, import(\"../coordinate.js\").Coordinate):number} [getPointResolution]\n * Function to determine resolution at a point. The function is called with a\n * `number` view resolution and a {@link module:ol/coordinate~Coordinate} as arguments, and returns\n * the `number` resolution in projection units at the passed coordinate. If this is `undefined`,\n * the default {@link module:ol/proj.getPointResolution} function will be used.\n */\n\n/**\n * @classdesc\n * Projection definition class. One of these is created for each projection\n * supported in the application and stored in the {@link module:ol/proj} namespace.\n * You can use these in applications, but this is not required, as API params\n * and options use {@link module:ol/proj~ProjectionLike} which means the simple string\n * code will suffice.\n *\n * You can use {@link module:ol/proj.get} to retrieve the object for a particular\n * projection.\n *\n * The library includes definitions for `EPSG:4326` and `EPSG:3857`, together\n * with the following aliases:\n * * `EPSG:4326`: CRS:84, urn:ogc:def:crs:EPSG:6.6:4326,\n * urn:ogc:def:crs:OGC:1.3:CRS84, urn:ogc:def:crs:OGC:2:84,\n * http://www.opengis.net/gml/srs/epsg.xml#4326,\n * urn:x-ogc:def:crs:EPSG:4326\n * * `EPSG:3857`: EPSG:102100, EPSG:102113, EPSG:900913,\n * urn:ogc:def:crs:EPSG:6.18:3:3857,\n * http://www.opengis.net/gml/srs/epsg.xml#3857\n *\n * If you use [proj4js](https://github.com/proj4js/proj4js), aliases can\n * be added using `proj4.defs()`. After all required projection definitions are\n * added, call the {@link module:ol/proj/proj4.register} function.\n *\n * @api\n */\nclass Projection {\n /**\n * @param {Options} options Projection options.\n */\n constructor(options) {\n /**\n * @private\n * @type {string}\n */\n this.code_ = options.code;\n\n /**\n * Units of projected coordinates. When set to `TILE_PIXELS`, a\n * `this.extent_` and `this.worldExtent_` must be configured properly for each\n * tile.\n * @private\n * @type {import(\"./Units.js\").Units}\n */\n this.units_ = /** @type {import(\"./Units.js\").Units} */ (options.units);\n\n /**\n * Validity extent of the projection in projected coordinates. For projections\n * with `TILE_PIXELS` units, this is the extent of the tile in\n * tile pixel space.\n * @private\n * @type {import(\"../extent.js\").Extent}\n */\n this.extent_ = options.extent !== undefined ? options.extent : null;\n\n /**\n * Extent of the world in EPSG:4326. For projections with\n * `TILE_PIXELS` units, this is the extent of the tile in\n * projected coordinate space.\n * @private\n * @type {import(\"../extent.js\").Extent}\n */\n this.worldExtent_ =\n options.worldExtent !== undefined ? options.worldExtent : null;\n\n /**\n * @private\n * @type {string}\n */\n this.axisOrientation_ =\n options.axisOrientation !== undefined ? options.axisOrientation : 'enu';\n\n /**\n * @private\n * @type {boolean}\n */\n this.global_ = options.global !== undefined ? options.global : false;\n\n /**\n * @private\n * @type {boolean}\n */\n this.canWrapX_ = !!(this.global_ && this.extent_);\n\n /**\n * @private\n * @type {function(number, import(\"../coordinate.js\").Coordinate):number|undefined}\n */\n this.getPointResolutionFunc_ = options.getPointResolution;\n\n /**\n * @private\n * @type {import(\"../tilegrid/TileGrid.js\").default}\n */\n this.defaultTileGrid_ = null;\n\n /**\n * @private\n * @type {number|undefined}\n */\n this.metersPerUnit_ = options.metersPerUnit;\n }\n\n /**\n * @return {boolean} The projection is suitable for wrapping the x-axis\n */\n canWrapX() {\n return this.canWrapX_;\n }\n\n /**\n * Get the code for this projection, e.g. 'EPSG:4326'.\n * @return {string} Code.\n * @api\n */\n getCode() {\n return this.code_;\n }\n\n /**\n * Get the validity extent for this projection.\n * @return {import(\"../extent.js\").Extent} Extent.\n * @api\n */\n getExtent() {\n return this.extent_;\n }\n\n /**\n * Get the units of this projection.\n * @return {import(\"./Units.js\").Units} Units.\n * @api\n */\n getUnits() {\n return this.units_;\n }\n\n /**\n * Get the amount of meters per unit of this projection. If the projection is\n * not configured with `metersPerUnit` or a units identifier, the return is\n * `undefined`.\n * @return {number|undefined} Meters.\n * @api\n */\n getMetersPerUnit() {\n return this.metersPerUnit_ || METERS_PER_UNIT[this.units_];\n }\n\n /**\n * Get the world extent for this projection.\n * @return {import(\"../extent.js\").Extent} Extent.\n * @api\n */\n getWorldExtent() {\n return this.worldExtent_;\n }\n\n /**\n * Get the axis orientation of this projection.\n * Example values are:\n * enu - the default easting, northing, elevation.\n * neu - northing, easting, up - useful for \"lat/long\" geographic coordinates,\n * or south orientated transverse mercator.\n * wnu - westing, northing, up - some planetary coordinate systems have\n * \"west positive\" coordinate systems\n * @return {string} Axis orientation.\n * @api\n */\n getAxisOrientation() {\n return this.axisOrientation_;\n }\n\n /**\n * Is this projection a global projection which spans the whole world?\n * @return {boolean} Whether the projection is global.\n * @api\n */\n isGlobal() {\n return this.global_;\n }\n\n /**\n * Set if the projection is a global projection which spans the whole world\n * @param {boolean} global Whether the projection is global.\n * @api\n */\n setGlobal(global) {\n this.global_ = global;\n this.canWrapX_ = !!(global && this.extent_);\n }\n\n /**\n * @return {import(\"../tilegrid/TileGrid.js\").default} The default tile grid.\n */\n getDefaultTileGrid() {\n return this.defaultTileGrid_;\n }\n\n /**\n * @param {import(\"../tilegrid/TileGrid.js\").default} tileGrid The default tile grid.\n */\n setDefaultTileGrid(tileGrid) {\n this.defaultTileGrid_ = tileGrid;\n }\n\n /**\n * Set the validity extent for this projection.\n * @param {import(\"../extent.js\").Extent} extent Extent.\n * @api\n */\n setExtent(extent) {\n this.extent_ = extent;\n this.canWrapX_ = !!(this.global_ && extent);\n }\n\n /**\n * Set the world extent for this projection.\n * @param {import(\"../extent.js\").Extent} worldExtent World extent\n * [minlon, minlat, maxlon, maxlat].\n * @api\n */\n setWorldExtent(worldExtent) {\n this.worldExtent_ = worldExtent;\n }\n\n /**\n * Set the getPointResolution function (see {@link module:ol/proj.getPointResolution}\n * for this projection.\n * @param {function(number, import(\"../coordinate.js\").Coordinate):number} func Function\n * @api\n */\n setGetPointResolution(func) {\n this.getPointResolutionFunc_ = func;\n }\n\n /**\n * Get the custom point resolution function for this projection (if set).\n * @return {function(number, import(\"../coordinate.js\").Coordinate):number|undefined} The custom point\n * resolution function (if set).\n */\n getPointResolutionFunc() {\n return this.getPointResolutionFunc_;\n }\n}\n\nexport default Projection;\n","/**\n * @module ol/proj/epsg3857\n */\nimport Projection from './Projection.js';\n\n/**\n * Radius of WGS84 sphere\n *\n * @const\n * @type {number}\n */\nexport const RADIUS = 6378137;\n\n/**\n * @const\n * @type {number}\n */\nexport const HALF_SIZE = Math.PI * RADIUS;\n\n/**\n * @const\n * @type {import(\"../extent.js\").Extent}\n */\nexport const EXTENT = [-HALF_SIZE, -HALF_SIZE, HALF_SIZE, HALF_SIZE];\n\n/**\n * @const\n * @type {import(\"../extent.js\").Extent}\n */\nexport const WORLD_EXTENT = [-180, -85, 180, 85];\n\n/**\n * Maximum safe value in y direction\n * @const\n * @type {number}\n */\nexport const MAX_SAFE_Y = RADIUS * Math.log(Math.tan(Math.PI / 2));\n\n/**\n * @classdesc\n * Projection object for web/spherical Mercator (EPSG:3857).\n */\nclass EPSG3857Projection extends Projection {\n /**\n * @param {string} code Code.\n */\n constructor(code) {\n super({\n code: code,\n units: 'm',\n extent: EXTENT,\n global: true,\n worldExtent: WORLD_EXTENT,\n getPointResolution: function (resolution, point) {\n return resolution / Math.cosh(point[1] / RADIUS);\n },\n });\n }\n}\n\n/**\n * Projections equal to EPSG:3857.\n *\n * @const\n * @type {Array}\n */\nexport const PROJECTIONS = [\n new EPSG3857Projection('EPSG:3857'),\n new EPSG3857Projection('EPSG:102100'),\n new EPSG3857Projection('EPSG:102113'),\n new EPSG3857Projection('EPSG:900913'),\n new EPSG3857Projection('http://www.opengis.net/def/crs/EPSG/0/3857'),\n new EPSG3857Projection('http://www.opengis.net/gml/srs/epsg.xml#3857'),\n];\n\n/**\n * Transformation from EPSG:4326 to EPSG:3857.\n *\n * @param {Array} input Input array of coordinate values.\n * @param {Array} [output] Output array of coordinate values.\n * @param {number} [dimension] Dimension (default is `2`).\n * @return {Array} Output array of coordinate values.\n */\nexport function fromEPSG4326(input, output, dimension) {\n const length = input.length;\n dimension = dimension > 1 ? dimension : 2;\n if (output === undefined) {\n if (dimension > 2) {\n // preserve values beyond second dimension\n output = input.slice();\n } else {\n output = new Array(length);\n }\n }\n for (let i = 0; i < length; i += dimension) {\n output[i] = (HALF_SIZE * input[i]) / 180;\n let y = RADIUS * Math.log(Math.tan((Math.PI * (+input[i + 1] + 90)) / 360));\n if (y > MAX_SAFE_Y) {\n y = MAX_SAFE_Y;\n } else if (y < -MAX_SAFE_Y) {\n y = -MAX_SAFE_Y;\n }\n output[i + 1] = y;\n }\n return output;\n}\n\n/**\n * Transformation from EPSG:3857 to EPSG:4326.\n *\n * @param {Array} input Input array of coordinate values.\n * @param {Array} [output] Output array of coordinate values.\n * @param {number} [dimension] Dimension (default is `2`).\n * @return {Array} Output array of coordinate values.\n */\nexport function toEPSG4326(input, output, dimension) {\n const length = input.length;\n dimension = dimension > 1 ? dimension : 2;\n if (output === undefined) {\n if (dimension > 2) {\n // preserve values beyond second dimension\n output = input.slice();\n } else {\n output = new Array(length);\n }\n }\n for (let i = 0; i < length; i += dimension) {\n output[i] = (180 * input[i]) / HALF_SIZE;\n output[i + 1] =\n (360 * Math.atan(Math.exp(input[i + 1] / RADIUS))) / Math.PI - 90;\n }\n return output;\n}\n","/**\n * @module ol/proj/epsg4326\n */\nimport Projection from './Projection.js';\n\n/**\n * Semi-major radius of the WGS84 ellipsoid.\n *\n * @const\n * @type {number}\n */\nexport const RADIUS = 6378137;\n\n/**\n * Extent of the EPSG:4326 projection which is the whole world.\n *\n * @const\n * @type {import(\"../extent.js\").Extent}\n */\nexport const EXTENT = [-180, -90, 180, 90];\n\n/**\n * @const\n * @type {number}\n */\nexport const METERS_PER_UNIT = (Math.PI * RADIUS) / 180;\n\n/**\n * @classdesc\n * Projection object for WGS84 geographic coordinates (EPSG:4326).\n *\n * Note that OpenLayers does not strictly comply with the EPSG definition.\n * The EPSG registry defines 4326 as a CRS for Latitude,Longitude (y,x).\n * OpenLayers treats EPSG:4326 as a pseudo-projection, with x,y coordinates.\n */\nclass EPSG4326Projection extends Projection {\n /**\n * @param {string} code Code.\n * @param {string} [axisOrientation] Axis orientation.\n */\n constructor(code, axisOrientation) {\n super({\n code: code,\n units: 'degrees',\n extent: EXTENT,\n axisOrientation: axisOrientation,\n global: true,\n metersPerUnit: METERS_PER_UNIT,\n worldExtent: EXTENT,\n });\n }\n}\n\n/**\n * Projections equal to EPSG:4326.\n *\n * @const\n * @type {Array}\n */\nexport const PROJECTIONS = [\n new EPSG4326Projection('CRS:84'),\n new EPSG4326Projection('EPSG:4326', 'neu'),\n new EPSG4326Projection('urn:ogc:def:crs:OGC:1.3:CRS84'),\n new EPSG4326Projection('urn:ogc:def:crs:OGC:2:84'),\n new EPSG4326Projection('http://www.opengis.net/def/crs/OGC/1.3/CRS84'),\n new EPSG4326Projection('http://www.opengis.net/gml/srs/epsg.xml#4326', 'neu'),\n new EPSG4326Projection('http://www.opengis.net/def/crs/EPSG/0/4326', 'neu'),\n];\n","/**\n * @module ol/proj/projections\n */\n\n/**\n * @type {Object}\n */\nlet cache = {};\n\n/**\n * Clear the projections cache.\n */\nexport function clear() {\n cache = {};\n}\n\n/**\n * Get a cached projection by code.\n * @param {string} code The code for the projection.\n * @return {import(\"./Projection.js\").default} The projection (if cached).\n */\nexport function get(code) {\n return (\n cache[code] ||\n cache[code.replace(/urn:(x-)?ogc:def:crs:EPSG:(.*:)?(\\w+)$/, 'EPSG:$3')] ||\n null\n );\n}\n\n/**\n * Add a projection to the cache.\n * @param {string} code The projection code.\n * @param {import(\"./Projection.js\").default} projection The projection to cache.\n */\nexport function add(code, projection) {\n cache[code] = projection;\n}\n","/**\n * @module ol/proj/transforms\n */\nimport {isEmpty} from '../obj.js';\n\n/**\n * @private\n * @type {!Object>}\n */\nlet transforms = {};\n\n/**\n * Clear the transform cache.\n */\nexport function clear() {\n transforms = {};\n}\n\n/**\n * Registers a conversion function to convert coordinates from the source\n * projection to the destination projection.\n *\n * @param {import(\"./Projection.js\").default} source Source.\n * @param {import(\"./Projection.js\").default} destination Destination.\n * @param {import(\"../proj.js\").TransformFunction} transformFn Transform.\n */\nexport function add(source, destination, transformFn) {\n const sourceCode = source.getCode();\n const destinationCode = destination.getCode();\n if (!(sourceCode in transforms)) {\n transforms[sourceCode] = {};\n }\n transforms[sourceCode][destinationCode] = transformFn;\n}\n\n/**\n * Unregisters the conversion function to convert coordinates from the source\n * projection to the destination projection. This method is used to clean up\n * cached transforms during testing.\n *\n * @param {import(\"./Projection.js\").default} source Source projection.\n * @param {import(\"./Projection.js\").default} destination Destination projection.\n * @return {import(\"../proj.js\").TransformFunction} transformFn The unregistered transform.\n */\nexport function remove(source, destination) {\n const sourceCode = source.getCode();\n const destinationCode = destination.getCode();\n const transform = transforms[sourceCode][destinationCode];\n delete transforms[sourceCode][destinationCode];\n if (isEmpty(transforms[sourceCode])) {\n delete transforms[sourceCode];\n }\n return transform;\n}\n\n/**\n * Get a transform given a source code and a destination code.\n * @param {string} sourceCode The code for the source projection.\n * @param {string} destinationCode The code for the destination projection.\n * @return {import(\"../proj.js\").TransformFunction|undefined} The transform function (if found).\n */\nexport function get(sourceCode, destinationCode) {\n let transform;\n if (sourceCode in transforms && destinationCode in transforms[sourceCode]) {\n transform = transforms[sourceCode][destinationCode];\n }\n return transform;\n}\n","/**\n * @module ol/math\n */\n\n/**\n * Takes a number and clamps it to within the provided bounds.\n * @param {number} value The input number.\n * @param {number} min The minimum value to return.\n * @param {number} max The maximum value to return.\n * @return {number} The input number if it is within bounds, or the nearest\n * number within the bounds.\n */\nexport function clamp(value, min, max) {\n return Math.min(Math.max(value, min), max);\n}\n\n/**\n * Returns the square of the closest distance between the point (x, y) and the\n * line segment (x1, y1) to (x2, y2).\n * @param {number} x X.\n * @param {number} y Y.\n * @param {number} x1 X1.\n * @param {number} y1 Y1.\n * @param {number} x2 X2.\n * @param {number} y2 Y2.\n * @return {number} Squared distance.\n */\nexport function squaredSegmentDistance(x, y, x1, y1, x2, y2) {\n const dx = x2 - x1;\n const dy = y2 - y1;\n if (dx !== 0 || dy !== 0) {\n const t = ((x - x1) * dx + (y - y1) * dy) / (dx * dx + dy * dy);\n if (t > 1) {\n x1 = x2;\n y1 = y2;\n } else if (t > 0) {\n x1 += dx * t;\n y1 += dy * t;\n }\n }\n return squaredDistance(x, y, x1, y1);\n}\n\n/**\n * Returns the square of the distance between the points (x1, y1) and (x2, y2).\n * @param {number} x1 X1.\n * @param {number} y1 Y1.\n * @param {number} x2 X2.\n * @param {number} y2 Y2.\n * @return {number} Squared distance.\n */\nexport function squaredDistance(x1, y1, x2, y2) {\n const dx = x2 - x1;\n const dy = y2 - y1;\n return dx * dx + dy * dy;\n}\n\n/**\n * Solves system of linear equations using Gaussian elimination method.\n *\n * @param {Array>} mat Augmented matrix (n x n + 1 column)\n * in row-major order.\n * @return {Array|null} The resulting vector.\n */\nexport function solveLinearSystem(mat) {\n const n = mat.length;\n\n for (let i = 0; i < n; i++) {\n // Find max in the i-th column (ignoring i - 1 first rows)\n let maxRow = i;\n let maxEl = Math.abs(mat[i][i]);\n for (let r = i + 1; r < n; r++) {\n const absValue = Math.abs(mat[r][i]);\n if (absValue > maxEl) {\n maxEl = absValue;\n maxRow = r;\n }\n }\n\n if (maxEl === 0) {\n return null; // matrix is singular\n }\n\n // Swap max row with i-th (current) row\n const tmp = mat[maxRow];\n mat[maxRow] = mat[i];\n mat[i] = tmp;\n\n // Subtract the i-th row to make all the remaining rows 0 in the i-th column\n for (let j = i + 1; j < n; j++) {\n const coef = -mat[j][i] / mat[i][i];\n for (let k = i; k < n + 1; k++) {\n if (i == k) {\n mat[j][k] = 0;\n } else {\n mat[j][k] += coef * mat[i][k];\n }\n }\n }\n }\n\n // Solve Ax=b for upper triangular matrix A (mat)\n const x = new Array(n);\n for (let l = n - 1; l >= 0; l--) {\n x[l] = mat[l][n] / mat[l][l];\n for (let m = l - 1; m >= 0; m--) {\n mat[m][n] -= mat[m][l] * x[l];\n }\n }\n return x;\n}\n\n/**\n * Converts radians to to degrees.\n *\n * @param {number} angleInRadians Angle in radians.\n * @return {number} Angle in degrees.\n */\nexport function toDegrees(angleInRadians) {\n return (angleInRadians * 180) / Math.PI;\n}\n\n/**\n * Converts degrees to radians.\n *\n * @param {number} angleInDegrees Angle in degrees.\n * @return {number} Angle in radians.\n */\nexport function toRadians(angleInDegrees) {\n return (angleInDegrees * Math.PI) / 180;\n}\n\n/**\n * Returns the modulo of a / b, depending on the sign of b.\n *\n * @param {number} a Dividend.\n * @param {number} b Divisor.\n * @return {number} Modulo.\n */\nexport function modulo(a, b) {\n const r = a % b;\n return r * b < 0 ? r + b : r;\n}\n\n/**\n * Calculates the linearly interpolated value of x between a and b.\n *\n * @param {number} a Number\n * @param {number} b Number\n * @param {number} x Value to be interpolated.\n * @return {number} Interpolated value.\n */\nexport function lerp(a, b, x) {\n return a + x * (b - a);\n}\n\n/**\n * Returns a number with a limited number of decimal digits.\n * @param {number} n The input number.\n * @param {number} decimals The maximum number of decimal digits.\n * @return {number} The input number with a limited number of decimal digits.\n */\nexport function toFixed(n, decimals) {\n const factor = Math.pow(10, decimals);\n return Math.round(n * factor) / factor;\n}\n\n/**\n * Rounds a number to the nearest integer value considering only the given number\n * of decimal digits (with rounding on the final digit).\n * @param {number} n The input number.\n * @param {number} decimals The maximum number of decimal digits.\n * @return {number} The nearest integer.\n */\nexport function round(n, decimals) {\n return Math.round(toFixed(n, decimals));\n}\n\n/**\n * Rounds a number to the next smaller integer considering only the given number\n * of decimal digits (with rounding on the final digit).\n * @param {number} n The input number.\n * @param {number} decimals The maximum number of decimal digits.\n * @return {number} The next smaller integer.\n */\nexport function floor(n, decimals) {\n return Math.floor(toFixed(n, decimals));\n}\n\n/**\n * Rounds a number to the next bigger integer considering only the given number\n * of decimal digits (with rounding on the final digit).\n * @param {number} n The input number.\n * @param {number} decimals The maximum number of decimal digits.\n * @return {number} The next bigger integer.\n */\nexport function ceil(n, decimals) {\n return Math.ceil(toFixed(n, decimals));\n}\n","/**\n * @module ol/string\n */\n\n/**\n * @param {number} number Number to be formatted\n * @param {number} width The desired width\n * @param {number} [precision] Precision of the output string (i.e. number of decimal places)\n * @return {string} Formatted string\n */\nexport function padNumber(number, width, precision) {\n const numberString =\n precision !== undefined ? number.toFixed(precision) : '' + number;\n let decimal = numberString.indexOf('.');\n decimal = decimal === -1 ? numberString.length : decimal;\n return decimal > width\n ? numberString\n : new Array(1 + width - decimal).join('0') + numberString;\n}\n\n/**\n * Adapted from https://github.com/omichelsen/compare-versions/blob/master/index.js\n * @param {string|number} v1 First version\n * @param {string|number} v2 Second version\n * @return {number} Value\n */\nexport function compareVersions(v1, v2) {\n const s1 = ('' + v1).split('.');\n const s2 = ('' + v2).split('.');\n\n for (let i = 0; i < Math.max(s1.length, s2.length); i++) {\n const n1 = parseInt(s1[i] || '0', 10);\n const n2 = parseInt(s2[i] || '0', 10);\n\n if (n1 > n2) {\n return 1;\n }\n if (n2 > n1) {\n return -1;\n }\n }\n\n return 0;\n}\n","/**\n * @module ol/coordinate\n */\nimport {getWidth} from './extent.js';\nimport {modulo, toFixed} from './math.js';\nimport {padNumber} from './string.js';\n\n/**\n * An array of numbers representing an `xy`, `xyz` or `xyzm` coordinate.\n * Example: `[16, 48]`.\n * @typedef {Array} Coordinate\n * @api\n */\n\n/**\n * A function that takes a {@link module:ol/coordinate~Coordinate} and\n * transforms it into a `{string}`.\n *\n * @typedef {function((Coordinate|undefined)): string} CoordinateFormat\n * @api\n */\n\n/**\n * Add `delta` to `coordinate`. `coordinate` is modified in place and returned\n * by the function.\n *\n * Example:\n *\n * import {add} from 'ol/coordinate.js';\n *\n * const coord = [7.85, 47.983333];\n * add(coord, [-2, 4]);\n * // coord is now [5.85, 51.983333]\n *\n * @param {Coordinate} coordinate Coordinate.\n * @param {Coordinate} delta Delta.\n * @return {Coordinate} The input coordinate adjusted by\n * the given delta.\n * @api\n */\nexport function add(coordinate, delta) {\n coordinate[0] += +delta[0];\n coordinate[1] += +delta[1];\n return coordinate;\n}\n\n/**\n * Calculates the point closest to the passed coordinate on the passed circle.\n *\n * @param {Coordinate} coordinate The coordinate.\n * @param {import(\"./geom/Circle.js\").default} circle The circle.\n * @return {Coordinate} Closest point on the circumference.\n */\nexport function closestOnCircle(coordinate, circle) {\n const r = circle.getRadius();\n const center = circle.getCenter();\n const x0 = center[0];\n const y0 = center[1];\n const x1 = coordinate[0];\n const y1 = coordinate[1];\n\n let dx = x1 - x0;\n const dy = y1 - y0;\n if (dx === 0 && dy === 0) {\n dx = 1;\n }\n const d = Math.sqrt(dx * dx + dy * dy);\n\n const x = x0 + (r * dx) / d;\n const y = y0 + (r * dy) / d;\n\n return [x, y];\n}\n\n/**\n * Calculates the point closest to the passed coordinate on the passed segment.\n * This is the foot of the perpendicular of the coordinate to the segment when\n * the foot is on the segment, or the closest segment coordinate when the foot\n * is outside the segment.\n *\n * @param {Coordinate} coordinate The coordinate.\n * @param {Array} segment The two coordinates\n * of the segment.\n * @return {Coordinate} The foot of the perpendicular of\n * the coordinate to the segment.\n */\nexport function closestOnSegment(coordinate, segment) {\n const x0 = coordinate[0];\n const y0 = coordinate[1];\n const start = segment[0];\n const end = segment[1];\n const x1 = start[0];\n const y1 = start[1];\n const x2 = end[0];\n const y2 = end[1];\n const dx = x2 - x1;\n const dy = y2 - y1;\n const along =\n dx === 0 && dy === 0\n ? 0\n : (dx * (x0 - x1) + dy * (y0 - y1)) / (dx * dx + dy * dy || 0);\n let x, y;\n if (along <= 0) {\n x = x1;\n y = y1;\n } else if (along >= 1) {\n x = x2;\n y = y2;\n } else {\n x = x1 + along * dx;\n y = y1 + along * dy;\n }\n return [x, y];\n}\n\n/**\n * Returns a {@link module:ol/coordinate~CoordinateFormat} function that can be\n * used to format\n * a {Coordinate} to a string.\n *\n * Example without specifying the fractional digits:\n *\n * import {createStringXY} from 'ol/coordinate.js';\n *\n * const coord = [7.85, 47.983333];\n * const stringifyFunc = createStringXY();\n * const out = stringifyFunc(coord);\n * // out is now '8, 48'\n *\n * Example with explicitly specifying 2 fractional digits:\n *\n * import {createStringXY} from 'ol/coordinate.js';\n *\n * const coord = [7.85, 47.983333];\n * const stringifyFunc = createStringXY(2);\n * const out = stringifyFunc(coord);\n * // out is now '7.85, 47.98'\n *\n * @param {number} [fractionDigits] The number of digits to include\n * after the decimal point. Default is `0`.\n * @return {CoordinateFormat} Coordinate format.\n * @api\n */\nexport function createStringXY(fractionDigits) {\n return (\n /**\n * @param {Coordinate} coordinate Coordinate.\n * @return {string} String XY.\n */\n function (coordinate) {\n return toStringXY(coordinate, fractionDigits);\n }\n );\n}\n\n/**\n * @param {string} hemispheres Hemispheres.\n * @param {number} degrees Degrees.\n * @param {number} [fractionDigits] The number of digits to include\n * after the decimal point. Default is `0`.\n * @return {string} String.\n */\nexport function degreesToStringHDMS(hemispheres, degrees, fractionDigits) {\n const normalizedDegrees = modulo(degrees + 180, 360) - 180;\n const x = Math.abs(3600 * normalizedDegrees);\n const decimals = fractionDigits || 0;\n\n let deg = Math.floor(x / 3600);\n let min = Math.floor((x - deg * 3600) / 60);\n let sec = toFixed(x - deg * 3600 - min * 60, decimals);\n\n if (sec >= 60) {\n sec = 0;\n min += 1;\n }\n\n if (min >= 60) {\n min = 0;\n deg += 1;\n }\n\n let hdms = deg + '\\u00b0';\n if (min !== 0 || sec !== 0) {\n hdms += ' ' + padNumber(min, 2) + '\\u2032';\n }\n if (sec !== 0) {\n hdms += ' ' + padNumber(sec, 2, decimals) + '\\u2033';\n }\n if (normalizedDegrees !== 0) {\n hdms += ' ' + hemispheres.charAt(normalizedDegrees < 0 ? 1 : 0);\n }\n\n return hdms;\n}\n\n/**\n * Transforms the given {@link module:ol/coordinate~Coordinate} to a string\n * using the given string template. The strings `{x}` and `{y}` in the template\n * will be replaced with the first and second coordinate values respectively.\n *\n * Example without specifying the fractional digits:\n *\n * import {format} from 'ol/coordinate.js';\n *\n * const coord = [7.85, 47.983333];\n * const template = 'Coordinate is ({x}|{y}).';\n * const out = format(coord, template);\n * // out is now 'Coordinate is (8|48).'\n *\n * Example explicitly specifying the fractional digits:\n *\n * import {format} from 'ol/coordinate.js';\n *\n * const coord = [7.85, 47.983333];\n * const template = 'Coordinate is ({x}|{y}).';\n * const out = format(coord, template, 2);\n * // out is now 'Coordinate is (7.85|47.98).'\n *\n * @param {Coordinate} coordinate Coordinate.\n * @param {string} template A template string with `{x}` and `{y}` placeholders\n * that will be replaced by first and second coordinate values.\n * @param {number} [fractionDigits] The number of digits to include\n * after the decimal point. Default is `0`.\n * @return {string} Formatted coordinate.\n * @api\n */\nexport function format(coordinate, template, fractionDigits) {\n if (coordinate) {\n return template\n .replace('{x}', coordinate[0].toFixed(fractionDigits))\n .replace('{y}', coordinate[1].toFixed(fractionDigits));\n }\n return '';\n}\n\n/**\n * @param {Coordinate} coordinate1 First coordinate.\n * @param {Coordinate} coordinate2 Second coordinate.\n * @return {boolean} The two coordinates are equal.\n */\nexport function equals(coordinate1, coordinate2) {\n let equals = true;\n for (let i = coordinate1.length - 1; i >= 0; --i) {\n if (coordinate1[i] != coordinate2[i]) {\n equals = false;\n break;\n }\n }\n return equals;\n}\n\n/**\n * Rotate `coordinate` by `angle`. `coordinate` is modified in place and\n * returned by the function.\n *\n * Example:\n *\n * import {rotate} from 'ol/coordinate.js';\n *\n * const coord = [7.85, 47.983333];\n * const rotateRadians = Math.PI / 2; // 90 degrees\n * rotate(coord, rotateRadians);\n * // coord is now [-47.983333, 7.85]\n *\n * @param {Coordinate} coordinate Coordinate.\n * @param {number} angle Angle in radian.\n * @return {Coordinate} Coordinate.\n * @api\n */\nexport function rotate(coordinate, angle) {\n const cosAngle = Math.cos(angle);\n const sinAngle = Math.sin(angle);\n const x = coordinate[0] * cosAngle - coordinate[1] * sinAngle;\n const y = coordinate[1] * cosAngle + coordinate[0] * sinAngle;\n coordinate[0] = x;\n coordinate[1] = y;\n return coordinate;\n}\n\n/**\n * Scale `coordinate` by `scale`. `coordinate` is modified in place and returned\n * by the function.\n *\n * Example:\n *\n * import {scale as scaleCoordinate} from 'ol/coordinate.js';\n *\n * const coord = [7.85, 47.983333];\n * const scale = 1.2;\n * scaleCoordinate(coord, scale);\n * // coord is now [9.42, 57.5799996]\n *\n * @param {Coordinate} coordinate Coordinate.\n * @param {number} scale Scale factor.\n * @return {Coordinate} Coordinate.\n */\nexport function scale(coordinate, scale) {\n coordinate[0] *= scale;\n coordinate[1] *= scale;\n return coordinate;\n}\n\n/**\n * @param {Coordinate} coord1 First coordinate.\n * @param {Coordinate} coord2 Second coordinate.\n * @return {number} Squared distance between coord1 and coord2.\n */\nexport function squaredDistance(coord1, coord2) {\n const dx = coord1[0] - coord2[0];\n const dy = coord1[1] - coord2[1];\n return dx * dx + dy * dy;\n}\n\n/**\n * @param {Coordinate} coord1 First coordinate.\n * @param {Coordinate} coord2 Second coordinate.\n * @return {number} Distance between coord1 and coord2.\n */\nexport function distance(coord1, coord2) {\n return Math.sqrt(squaredDistance(coord1, coord2));\n}\n\n/**\n * Calculate the squared distance from a coordinate to a line segment.\n *\n * @param {Coordinate} coordinate Coordinate of the point.\n * @param {Array} segment Line segment (2\n * coordinates).\n * @return {number} Squared distance from the point to the line segment.\n */\nexport function squaredDistanceToSegment(coordinate, segment) {\n return squaredDistance(coordinate, closestOnSegment(coordinate, segment));\n}\n\n/**\n * Format a geographic coordinate with the hemisphere, degrees, minutes, and\n * seconds.\n *\n * Example without specifying fractional digits:\n *\n * import {toStringHDMS} from 'ol/coordinate.js';\n *\n * const coord = [7.85, 47.983333];\n * const out = toStringHDMS(coord);\n * // out is now '47° 58′ 60″ N 7° 50′ 60″ E'\n *\n * Example explicitly specifying 1 fractional digit:\n *\n * import {toStringHDMS} from 'ol/coordinate.js';\n *\n * const coord = [7.85, 47.983333];\n * const out = toStringHDMS(coord, 1);\n * // out is now '47° 58′ 60.0″ N 7° 50′ 60.0″ E'\n *\n * @param {Coordinate} coordinate Coordinate.\n * @param {number} [fractionDigits] The number of digits to include\n * after the decimal point. Default is `0`.\n * @return {string} Hemisphere, degrees, minutes and seconds.\n * @api\n */\nexport function toStringHDMS(coordinate, fractionDigits) {\n if (coordinate) {\n return (\n degreesToStringHDMS('NS', coordinate[1], fractionDigits) +\n ' ' +\n degreesToStringHDMS('EW', coordinate[0], fractionDigits)\n );\n }\n return '';\n}\n\n/**\n * Format a coordinate as a comma delimited string.\n *\n * Example without specifying fractional digits:\n *\n * import {toStringXY} from 'ol/coordinate.js';\n *\n * const coord = [7.85, 47.983333];\n * const out = toStringXY(coord);\n * // out is now '8, 48'\n *\n * Example explicitly specifying 1 fractional digit:\n *\n * import {toStringXY} from 'ol/coordinate.js';\n *\n * const coord = [7.85, 47.983333];\n * const out = toStringXY(coord, 1);\n * // out is now '7.8, 48.0'\n *\n * @param {Coordinate} coordinate Coordinate.\n * @param {number} [fractionDigits] The number of digits to include\n * after the decimal point. Default is `0`.\n * @return {string} XY.\n * @api\n */\nexport function toStringXY(coordinate, fractionDigits) {\n return format(coordinate, '{x}, {y}', fractionDigits);\n}\n\n/**\n * Modifies the provided coordinate in-place to be within the real world\n * extent. The lower projection extent boundary is inclusive, the upper one\n * exclusive.\n *\n * @param {Coordinate} coordinate Coordinate.\n * @param {import(\"./proj/Projection.js\").default} projection Projection.\n * @return {Coordinate} The coordinate within the real world extent.\n */\nexport function wrapX(coordinate, projection) {\n if (projection.canWrapX()) {\n const worldWidth = getWidth(projection.getExtent());\n const worldsAway = getWorldsAway(coordinate, projection, worldWidth);\n if (worldsAway) {\n coordinate[0] -= worldsAway * worldWidth;\n }\n }\n return coordinate;\n}\n/**\n * @param {Coordinate} coordinate Coordinate.\n * @param {import(\"./proj/Projection.js\").default} projection Projection.\n * @param {number} [sourceExtentWidth] Width of the source extent.\n * @return {number} Offset in world widths.\n */\nexport function getWorldsAway(coordinate, projection, sourceExtentWidth) {\n const projectionExtent = projection.getExtent();\n let worldsAway = 0;\n if (\n projection.canWrapX() &&\n (coordinate[0] < projectionExtent[0] || coordinate[0] > projectionExtent[2])\n ) {\n sourceExtentWidth = sourceExtentWidth || getWidth(projectionExtent);\n worldsAway = Math.floor(\n (coordinate[0] - projectionExtent[0]) / sourceExtentWidth\n );\n }\n return worldsAway;\n}\n","/**\n * @module ol/sphere\n */\nimport {toDegrees, toRadians} from './math.js';\n\n/**\n * Object literal with options for the {@link getLength} or {@link getArea}\n * functions.\n * @typedef {Object} SphereMetricOptions\n * @property {import(\"./proj.js\").ProjectionLike} [projection='EPSG:3857']\n * Projection of the geometry. By default, the geometry is assumed to be in\n * Web Mercator.\n * @property {number} [radius=6371008.8] Sphere radius. By default, the\n * [mean Earth radius](https://en.wikipedia.org/wiki/Earth_radius#Mean_radius)\n * for the WGS84 ellipsoid is used.\n */\n\n/**\n * The mean Earth radius (1/3 * (2a + b)) for the WGS84 ellipsoid.\n * https://en.wikipedia.org/wiki/Earth_radius#Mean_radius\n * @type {number}\n */\nexport const DEFAULT_RADIUS = 6371008.8;\n\n/**\n * Get the great circle distance (in meters) between two geographic coordinates.\n * @param {Array} c1 Starting coordinate.\n * @param {Array} c2 Ending coordinate.\n * @param {number} [radius] The sphere radius to use. Defaults to the Earth's\n * mean radius using the WGS84 ellipsoid.\n * @return {number} The great circle distance between the points (in meters).\n * @api\n */\nexport function getDistance(c1, c2, radius) {\n radius = radius || DEFAULT_RADIUS;\n const lat1 = toRadians(c1[1]);\n const lat2 = toRadians(c2[1]);\n const deltaLatBy2 = (lat2 - lat1) / 2;\n const deltaLonBy2 = toRadians(c2[0] - c1[0]) / 2;\n const a =\n Math.sin(deltaLatBy2) * Math.sin(deltaLatBy2) +\n Math.sin(deltaLonBy2) *\n Math.sin(deltaLonBy2) *\n Math.cos(lat1) *\n Math.cos(lat2);\n return 2 * radius * Math.atan2(Math.sqrt(a), Math.sqrt(1 - a));\n}\n\n/**\n * Get the cumulative great circle length of linestring coordinates (geographic).\n * @param {Array} coordinates Linestring coordinates.\n * @param {number} radius The sphere radius to use.\n * @return {number} The length (in meters).\n */\nfunction getLengthInternal(coordinates, radius) {\n let length = 0;\n for (let i = 0, ii = coordinates.length; i < ii - 1; ++i) {\n length += getDistance(coordinates[i], coordinates[i + 1], radius);\n }\n return length;\n}\n\n/**\n * Get the spherical length of a geometry. This length is the sum of the\n * great circle distances between coordinates. For polygons, the length is\n * the sum of all rings. For points, the length is zero. For multi-part\n * geometries, the length is the sum of the length of each part.\n * @param {import(\"./geom/Geometry.js\").default} geometry A geometry.\n * @param {SphereMetricOptions} [options] Options for the\n * length calculation. By default, geometries are assumed to be in 'EPSG:3857'.\n * You can change this by providing a `projection` option.\n * @return {number} The spherical length (in meters).\n * @api\n */\nexport function getLength(geometry, options) {\n options = options || {};\n const radius = options.radius || DEFAULT_RADIUS;\n const projection = options.projection || 'EPSG:3857';\n const type = geometry.getType();\n if (type !== 'GeometryCollection') {\n geometry = geometry.clone().transform(projection, 'EPSG:4326');\n }\n let length = 0;\n let coordinates, coords, i, ii, j, jj;\n switch (type) {\n case 'Point':\n case 'MultiPoint': {\n break;\n }\n case 'LineString':\n case 'LinearRing': {\n coordinates = /** @type {import(\"./geom/SimpleGeometry.js\").default} */ (\n geometry\n ).getCoordinates();\n length = getLengthInternal(coordinates, radius);\n break;\n }\n case 'MultiLineString':\n case 'Polygon': {\n coordinates = /** @type {import(\"./geom/SimpleGeometry.js\").default} */ (\n geometry\n ).getCoordinates();\n for (i = 0, ii = coordinates.length; i < ii; ++i) {\n length += getLengthInternal(coordinates[i], radius);\n }\n break;\n }\n case 'MultiPolygon': {\n coordinates = /** @type {import(\"./geom/SimpleGeometry.js\").default} */ (\n geometry\n ).getCoordinates();\n for (i = 0, ii = coordinates.length; i < ii; ++i) {\n coords = coordinates[i];\n for (j = 0, jj = coords.length; j < jj; ++j) {\n length += getLengthInternal(coords[j], radius);\n }\n }\n break;\n }\n case 'GeometryCollection': {\n const geometries =\n /** @type {import(\"./geom/GeometryCollection.js\").default} */ (\n geometry\n ).getGeometries();\n for (i = 0, ii = geometries.length; i < ii; ++i) {\n length += getLength(geometries[i], options);\n }\n break;\n }\n default: {\n throw new Error('Unsupported geometry type: ' + type);\n }\n }\n return length;\n}\n\n/**\n * Returns the spherical area for a list of coordinates.\n *\n * [Reference](https://trs.jpl.nasa.gov/handle/2014/40409)\n * Robert. G. Chamberlain and William H. Duquette, \"Some Algorithms for\n * Polygons on a Sphere\", JPL Publication 07-03, Jet Propulsion\n * Laboratory, Pasadena, CA, June 2007\n *\n * @param {Array} coordinates List of coordinates of a linear\n * ring. If the ring is oriented clockwise, the area will be positive,\n * otherwise it will be negative.\n * @param {number} radius The sphere radius.\n * @return {number} Area (in square meters).\n */\nfunction getAreaInternal(coordinates, radius) {\n let area = 0;\n const len = coordinates.length;\n let x1 = coordinates[len - 1][0];\n let y1 = coordinates[len - 1][1];\n for (let i = 0; i < len; i++) {\n const x2 = coordinates[i][0];\n const y2 = coordinates[i][1];\n area +=\n toRadians(x2 - x1) *\n (2 + Math.sin(toRadians(y1)) + Math.sin(toRadians(y2)));\n x1 = x2;\n y1 = y2;\n }\n return (area * radius * radius) / 2.0;\n}\n\n/**\n * Get the spherical area of a geometry. This is the area (in meters) assuming\n * that polygon edges are segments of great circles on a sphere.\n * @param {import(\"./geom/Geometry.js\").default} geometry A geometry.\n * @param {SphereMetricOptions} [options] Options for the area\n * calculation. By default, geometries are assumed to be in 'EPSG:3857'.\n * You can change this by providing a `projection` option.\n * @return {number} The spherical area (in square meters).\n * @api\n */\nexport function getArea(geometry, options) {\n options = options || {};\n const radius = options.radius || DEFAULT_RADIUS;\n const projection = options.projection || 'EPSG:3857';\n const type = geometry.getType();\n if (type !== 'GeometryCollection') {\n geometry = geometry.clone().transform(projection, 'EPSG:4326');\n }\n let area = 0;\n let coordinates, coords, i, ii, j, jj;\n switch (type) {\n case 'Point':\n case 'MultiPoint':\n case 'LineString':\n case 'MultiLineString':\n case 'LinearRing': {\n break;\n }\n case 'Polygon': {\n coordinates = /** @type {import(\"./geom/Polygon.js\").default} */ (\n geometry\n ).getCoordinates();\n area = Math.abs(getAreaInternal(coordinates[0], radius));\n for (i = 1, ii = coordinates.length; i < ii; ++i) {\n area -= Math.abs(getAreaInternal(coordinates[i], radius));\n }\n break;\n }\n case 'MultiPolygon': {\n coordinates = /** @type {import(\"./geom/SimpleGeometry.js\").default} */ (\n geometry\n ).getCoordinates();\n for (i = 0, ii = coordinates.length; i < ii; ++i) {\n coords = coordinates[i];\n area += Math.abs(getAreaInternal(coords[0], radius));\n for (j = 1, jj = coords.length; j < jj; ++j) {\n area -= Math.abs(getAreaInternal(coords[j], radius));\n }\n }\n break;\n }\n case 'GeometryCollection': {\n const geometries =\n /** @type {import(\"./geom/GeometryCollection.js\").default} */ (\n geometry\n ).getGeometries();\n for (i = 0, ii = geometries.length; i < ii; ++i) {\n area += getArea(geometries[i], options);\n }\n break;\n }\n default: {\n throw new Error('Unsupported geometry type: ' + type);\n }\n }\n return area;\n}\n\n/**\n * Returns the coordinate at the given distance and bearing from `c1`.\n *\n * @param {import(\"./coordinate.js\").Coordinate} c1 The origin point (`[lon, lat]` in degrees).\n * @param {number} distance The great-circle distance between the origin\n * point and the target point.\n * @param {number} bearing The bearing (in radians).\n * @param {number} [radius] The sphere radius to use. Defaults to the Earth's\n * mean radius using the WGS84 ellipsoid.\n * @return {import(\"./coordinate.js\").Coordinate} The target point.\n */\nexport function offset(c1, distance, bearing, radius) {\n radius = radius || DEFAULT_RADIUS;\n const lat1 = toRadians(c1[1]);\n const lon1 = toRadians(c1[0]);\n const dByR = distance / radius;\n const lat = Math.asin(\n Math.sin(lat1) * Math.cos(dByR) +\n Math.cos(lat1) * Math.sin(dByR) * Math.cos(bearing)\n );\n const lon =\n lon1 +\n Math.atan2(\n Math.sin(bearing) * Math.sin(dByR) * Math.cos(lat1),\n Math.cos(dByR) - Math.sin(lat1) * Math.sin(lat)\n );\n return [toDegrees(lon), toDegrees(lat)];\n}\n","/**\n * @module ol/console\n */\n\n/**\n * @typedef {'info'|'warn'|'error'|'none'} Level\n */\n\n/**\n * @type {Object}\n */\nconst levels = {\n info: 1,\n warn: 2,\n error: 3,\n none: 4,\n};\n\n/**\n * @type {number}\n */\nlet level = levels.info;\n\n/**\n * Set the logging level. By default, the level is set to 'info' and all\n * messages will be logged. Set to 'warn' to only display warnings and errors.\n * Set to 'error' to only display errors. Set to 'none' to silence all messages.\n *\n * @param {Level} l The new level.\n */\nexport function setLevel(l) {\n level = levels[l];\n}\n\n/**\n * @param {...any} args Arguments to log\n */\nexport function log(...args) {\n if (level > levels.info) {\n return;\n }\n console.log(...args); // eslint-disable-line no-console\n}\n\n/**\n * @param {...any} args Arguments to log\n */\nexport function warn(...args) {\n if (level > levels.warn) {\n return;\n }\n console.warn(...args); // eslint-disable-line no-console\n}\n\n/**\n * @param {...any} args Arguments to log\n */\nexport function error(...args) {\n if (level > levels.error) {\n return;\n }\n console.error(...args); // eslint-disable-line no-console\n}\n","/**\n * @module ol/proj\n */\n\n/**\n * The ol/proj module stores:\n * * a list of {@link module:ol/proj/Projection~Projection}\n * objects, one for each projection supported by the application\n * * a list of transform functions needed to convert coordinates in one projection\n * into another.\n *\n * The static functions are the methods used to maintain these.\n * Each transform function can handle not only simple coordinate pairs, but also\n * large arrays of coordinates such as vector geometries.\n *\n * When loaded, the library adds projection objects for EPSG:4326 (WGS84\n * geographic coordinates) and EPSG:3857 (Web or Spherical Mercator, as used\n * for example by Bing Maps or OpenStreetMap), together with the relevant\n * transform functions.\n *\n * Additional transforms may be added by using the http://proj4js.org/\n * library (version 2.2 or later). You can use the full build supplied by\n * Proj4js, or create a custom build to support those projections you need; see\n * the Proj4js website for how to do this. You also need the Proj4js definitions\n * for the required projections. These definitions can be obtained from\n * https://epsg.io/, and are a JS function, so can be loaded in a script\n * tag (as in the examples) or pasted into your application.\n *\n * After all required projection definitions are added to proj4's registry (by\n * using `proj4.defs()`), simply call `register(proj4)` from the `ol/proj/proj4`\n * package. Existing transforms are not changed by this function. See\n * examples/wms-image-custom-proj for an example of this.\n *\n * Additional projection definitions can be registered with `proj4.defs()` any\n * time. Just make sure to call `register(proj4)` again; for example, with user-supplied data where you don't\n * know in advance what projections are needed, you can initially load minimal\n * support and then load whichever are requested.\n *\n * Note that Proj4js does not support projection extents. If you want to add\n * one for creating default tile grids, you can add it after the Projection\n * object has been created with `setExtent`, for example,\n * `get('EPSG:1234').setExtent(extent)`.\n *\n * In addition to Proj4js support, any transform functions can be added with\n * {@link module:ol/proj.addCoordinateTransforms}. To use this, you must first create\n * a {@link module:ol/proj/Projection~Projection} object for the new projection and add it with\n * {@link module:ol/proj.addProjection}. You can then add the forward and inverse\n * functions with {@link module:ol/proj.addCoordinateTransforms}. See\n * examples/wms-custom-proj for an example of this.\n *\n * Note that if no transforms are needed and you only need to define the\n * projection, just add a {@link module:ol/proj/Projection~Projection} with\n * {@link module:ol/proj.addProjection}. See examples/wms-no-proj for an example of\n * this.\n */\nimport Projection from './proj/Projection.js';\nimport {\n PROJECTIONS as EPSG3857_PROJECTIONS,\n fromEPSG4326,\n toEPSG4326,\n} from './proj/epsg3857.js';\nimport {PROJECTIONS as EPSG4326_PROJECTIONS} from './proj/epsg4326.js';\nimport {METERS_PER_UNIT} from './proj/Units.js';\nimport {\n add as addProj,\n clear as clearProj,\n get as getProj,\n} from './proj/projections.js';\nimport {\n add as addTransformFunc,\n clear as clearTransformFuncs,\n get as getTransformFunc,\n} from './proj/transforms.js';\nimport {applyTransform, getWidth} from './extent.js';\nimport {clamp, modulo} from './math.js';\nimport {equals, getWorldsAway} from './coordinate.js';\nimport {getDistance} from './sphere.js';\nimport {warn} from './console.js';\n\n/**\n * A projection as {@link module:ol/proj/Projection~Projection}, SRS identifier\n * string or undefined.\n * @typedef {Projection|string|undefined} ProjectionLike\n * @api\n */\n\n/**\n * A transform function accepts an array of input coordinate values, an optional\n * output array, and an optional dimension (default should be 2). The function\n * transforms the input coordinate values, populates the output array, and\n * returns the output array.\n *\n * @typedef {function(Array, Array=, number=): Array} TransformFunction\n * @api\n */\n\nexport {METERS_PER_UNIT};\n\nexport {Projection};\n\nlet showCoordinateWarning = true;\n\n/**\n * @param {boolean} [disable = true] Disable console info about `useGeographic()`\n */\nexport function disableCoordinateWarning(disable) {\n const hide = disable === undefined ? true : disable;\n showCoordinateWarning = !hide;\n}\n\n/**\n * @param {Array} input Input coordinate array.\n * @param {Array} [output] Output array of coordinate values.\n * @return {Array} Output coordinate array (new array, same coordinate\n * values).\n */\nexport function cloneTransform(input, output) {\n if (output !== undefined) {\n for (let i = 0, ii = input.length; i < ii; ++i) {\n output[i] = input[i];\n }\n output = output;\n } else {\n output = input.slice();\n }\n return output;\n}\n\n/**\n * @param {Array} input Input coordinate array.\n * @param {Array} [output] Output array of coordinate values.\n * @return {Array} Input coordinate array (same array as input).\n */\nexport function identityTransform(input, output) {\n if (output !== undefined && input !== output) {\n for (let i = 0, ii = input.length; i < ii; ++i) {\n output[i] = input[i];\n }\n input = output;\n }\n return input;\n}\n\n/**\n * Add a Projection object to the list of supported projections that can be\n * looked up by their code.\n *\n * @param {Projection} projection Projection instance.\n * @api\n */\nexport function addProjection(projection) {\n addProj(projection.getCode(), projection);\n addTransformFunc(projection, projection, cloneTransform);\n}\n\n/**\n * @param {Array} projections Projections.\n */\nexport function addProjections(projections) {\n projections.forEach(addProjection);\n}\n\n/**\n * Fetches a Projection object for the code specified.\n *\n * @param {ProjectionLike} projectionLike Either a code string which is\n * a combination of authority and identifier such as \"EPSG:4326\", or an\n * existing projection object, or undefined.\n * @return {Projection|null} Projection object, or null if not in list.\n * @api\n */\nexport function get(projectionLike) {\n return typeof projectionLike === 'string'\n ? getProj(/** @type {string} */ (projectionLike))\n : /** @type {Projection} */ (projectionLike) || null;\n}\n\n/**\n * Get the resolution of the point in degrees or distance units.\n * For projections with degrees as the unit this will simply return the\n * provided resolution. For other projections the point resolution is\n * by default estimated by transforming the `point` pixel to EPSG:4326,\n * measuring its width and height on the normal sphere,\n * and taking the average of the width and height.\n * A custom function can be provided for a specific projection, either\n * by setting the `getPointResolution` option in the\n * {@link module:ol/proj/Projection~Projection} constructor or by using\n * {@link module:ol/proj/Projection~Projection#setGetPointResolution} to change an existing\n * projection object.\n * @param {ProjectionLike} projection The projection.\n * @param {number} resolution Nominal resolution in projection units.\n * @param {import(\"./coordinate.js\").Coordinate} point Point to find adjusted resolution at.\n * @param {import(\"./proj/Units.js\").Units} [units] Units to get the point resolution in.\n * Default is the projection's units.\n * @return {number} Point resolution.\n * @api\n */\nexport function getPointResolution(projection, resolution, point, units) {\n projection = get(projection);\n let pointResolution;\n const getter = projection.getPointResolutionFunc();\n if (getter) {\n pointResolution = getter(resolution, point);\n if (units && units !== projection.getUnits()) {\n const metersPerUnit = projection.getMetersPerUnit();\n if (metersPerUnit) {\n pointResolution =\n (pointResolution * metersPerUnit) / METERS_PER_UNIT[units];\n }\n }\n } else {\n const projUnits = projection.getUnits();\n if ((projUnits == 'degrees' && !units) || units == 'degrees') {\n pointResolution = resolution;\n } else {\n // Estimate point resolution by transforming the center pixel to EPSG:4326,\n // measuring its width and height on the normal sphere, and taking the\n // average of the width and height.\n const toEPSG4326 = getTransformFromProjections(\n projection,\n get('EPSG:4326')\n );\n if (toEPSG4326 === identityTransform && projUnits !== 'degrees') {\n // no transform is available\n pointResolution = resolution * projection.getMetersPerUnit();\n } else {\n let vertices = [\n point[0] - resolution / 2,\n point[1],\n point[0] + resolution / 2,\n point[1],\n point[0],\n point[1] - resolution / 2,\n point[0],\n point[1] + resolution / 2,\n ];\n vertices = toEPSG4326(vertices, vertices, 2);\n const width = getDistance(vertices.slice(0, 2), vertices.slice(2, 4));\n const height = getDistance(vertices.slice(4, 6), vertices.slice(6, 8));\n pointResolution = (width + height) / 2;\n }\n const metersPerUnit = units\n ? METERS_PER_UNIT[units]\n : projection.getMetersPerUnit();\n if (metersPerUnit !== undefined) {\n pointResolution /= metersPerUnit;\n }\n }\n }\n return pointResolution;\n}\n\n/**\n * Registers transformation functions that don't alter coordinates. Those allow\n * to transform between projections with equal meaning.\n *\n * @param {Array} projections Projections.\n * @api\n */\nexport function addEquivalentProjections(projections) {\n addProjections(projections);\n projections.forEach(function (source) {\n projections.forEach(function (destination) {\n if (source !== destination) {\n addTransformFunc(source, destination, cloneTransform);\n }\n });\n });\n}\n\n/**\n * Registers transformation functions to convert coordinates in any projection\n * in projection1 to any projection in projection2.\n *\n * @param {Array} projections1 Projections with equal\n * meaning.\n * @param {Array} projections2 Projections with equal\n * meaning.\n * @param {TransformFunction} forwardTransform Transformation from any\n * projection in projection1 to any projection in projection2.\n * @param {TransformFunction} inverseTransform Transform from any projection\n * in projection2 to any projection in projection1..\n */\nexport function addEquivalentTransforms(\n projections1,\n projections2,\n forwardTransform,\n inverseTransform\n) {\n projections1.forEach(function (projection1) {\n projections2.forEach(function (projection2) {\n addTransformFunc(projection1, projection2, forwardTransform);\n addTransformFunc(projection2, projection1, inverseTransform);\n });\n });\n}\n\n/**\n * Clear all cached projections and transforms.\n */\nexport function clearAllProjections() {\n clearProj();\n clearTransformFuncs();\n}\n\n/**\n * @param {Projection|string|undefined} projection Projection.\n * @param {string} defaultCode Default code.\n * @return {Projection} Projection.\n */\nexport function createProjection(projection, defaultCode) {\n if (!projection) {\n return get(defaultCode);\n }\n if (typeof projection === 'string') {\n return get(projection);\n }\n return /** @type {Projection} */ (projection);\n}\n\n/**\n * Creates a {@link module:ol/proj~TransformFunction} from a simple 2D coordinate transform\n * function.\n * @param {function(import(\"./coordinate.js\").Coordinate): import(\"./coordinate.js\").Coordinate} coordTransform Coordinate\n * transform.\n * @return {TransformFunction} Transform function.\n */\nexport function createTransformFromCoordinateTransform(coordTransform) {\n return (\n /**\n * @param {Array} input Input.\n * @param {Array} [output] Output.\n * @param {number} [dimension] Dimension.\n * @return {Array} Output.\n */\n function (input, output, dimension) {\n const length = input.length;\n dimension = dimension !== undefined ? dimension : 2;\n output = output !== undefined ? output : new Array(length);\n for (let i = 0; i < length; i += dimension) {\n const point = coordTransform(input.slice(i, i + dimension));\n const pointLength = point.length;\n for (let j = 0, jj = dimension; j < jj; ++j) {\n output[i + j] = j >= pointLength ? input[i + j] : point[j];\n }\n }\n return output;\n }\n );\n}\n\n/**\n * Registers coordinate transform functions to convert coordinates between the\n * source projection and the destination projection.\n * The forward and inverse functions convert coordinate pairs; this function\n * converts these into the functions used internally which also handle\n * extents and coordinate arrays.\n *\n * @param {ProjectionLike} source Source projection.\n * @param {ProjectionLike} destination Destination projection.\n * @param {function(import(\"./coordinate.js\").Coordinate): import(\"./coordinate.js\").Coordinate} forward The forward transform\n * function (that is, from the source projection to the destination\n * projection) that takes a {@link module:ol/coordinate~Coordinate} as argument and returns\n * the transformed {@link module:ol/coordinate~Coordinate}.\n * @param {function(import(\"./coordinate.js\").Coordinate): import(\"./coordinate.js\").Coordinate} inverse The inverse transform\n * function (that is, from the destination projection to the source\n * projection) that takes a {@link module:ol/coordinate~Coordinate} as argument and returns\n * the transformed {@link module:ol/coordinate~Coordinate}. If the transform function can only\n * transform less dimensions than the input coordinate, it is supposeed to return a coordinate\n * with only the length it can transform. The other dimensions will be taken unchanged from the\n * source.\n * @api\n */\nexport function addCoordinateTransforms(source, destination, forward, inverse) {\n const sourceProj = get(source);\n const destProj = get(destination);\n addTransformFunc(\n sourceProj,\n destProj,\n createTransformFromCoordinateTransform(forward)\n );\n addTransformFunc(\n destProj,\n sourceProj,\n createTransformFromCoordinateTransform(inverse)\n );\n}\n\n/**\n * Transforms a coordinate from longitude/latitude to a different projection.\n * @param {import(\"./coordinate.js\").Coordinate} coordinate Coordinate as longitude and latitude, i.e.\n * an array with longitude as 1st and latitude as 2nd element.\n * @param {ProjectionLike} [projection] Target projection. The\n * default is Web Mercator, i.e. 'EPSG:3857'.\n * @return {import(\"./coordinate.js\").Coordinate} Coordinate projected to the target projection.\n * @api\n */\nexport function fromLonLat(coordinate, projection) {\n disableCoordinateWarning();\n return transform(\n coordinate,\n 'EPSG:4326',\n projection !== undefined ? projection : 'EPSG:3857'\n );\n}\n\n/**\n * Transforms a coordinate to longitude/latitude.\n * @param {import(\"./coordinate.js\").Coordinate} coordinate Projected coordinate.\n * @param {ProjectionLike} [projection] Projection of the coordinate.\n * The default is Web Mercator, i.e. 'EPSG:3857'.\n * @return {import(\"./coordinate.js\").Coordinate} Coordinate as longitude and latitude, i.e. an array\n * with longitude as 1st and latitude as 2nd element.\n * @api\n */\nexport function toLonLat(coordinate, projection) {\n const lonLat = transform(\n coordinate,\n projection !== undefined ? projection : 'EPSG:3857',\n 'EPSG:4326'\n );\n const lon = lonLat[0];\n if (lon < -180 || lon > 180) {\n lonLat[0] = modulo(lon + 180, 360) - 180;\n }\n return lonLat;\n}\n\n/**\n * Checks if two projections are the same, that is every coordinate in one\n * projection does represent the same geographic point as the same coordinate in\n * the other projection.\n *\n * @param {Projection} projection1 Projection 1.\n * @param {Projection} projection2 Projection 2.\n * @return {boolean} Equivalent.\n * @api\n */\nexport function equivalent(projection1, projection2) {\n if (projection1 === projection2) {\n return true;\n }\n const equalUnits = projection1.getUnits() === projection2.getUnits();\n if (projection1.getCode() === projection2.getCode()) {\n return equalUnits;\n }\n const transformFunc = getTransformFromProjections(projection1, projection2);\n return transformFunc === cloneTransform && equalUnits;\n}\n\n/**\n * Searches in the list of transform functions for the function for converting\n * coordinates from the source projection to the destination projection.\n *\n * @param {Projection} sourceProjection Source Projection object.\n * @param {Projection} destinationProjection Destination Projection\n * object.\n * @return {TransformFunction} Transform function.\n */\nexport function getTransformFromProjections(\n sourceProjection,\n destinationProjection\n) {\n const sourceCode = sourceProjection.getCode();\n const destinationCode = destinationProjection.getCode();\n let transformFunc = getTransformFunc(sourceCode, destinationCode);\n if (!transformFunc) {\n transformFunc = identityTransform;\n }\n return transformFunc;\n}\n\n/**\n * Given the projection-like objects, searches for a transformation\n * function to convert a coordinates array from the source projection to the\n * destination projection.\n *\n * @param {ProjectionLike} source Source.\n * @param {ProjectionLike} destination Destination.\n * @return {TransformFunction} Transform function.\n * @api\n */\nexport function getTransform(source, destination) {\n const sourceProjection = get(source);\n const destinationProjection = get(destination);\n return getTransformFromProjections(sourceProjection, destinationProjection);\n}\n\n/**\n * Transforms a coordinate from source projection to destination projection.\n * This returns a new coordinate (and does not modify the original).\n *\n * See {@link module:ol/proj.transformExtent} for extent transformation.\n * See the transform method of {@link module:ol/geom/Geometry~Geometry} and its\n * subclasses for geometry transforms.\n *\n * @param {import(\"./coordinate.js\").Coordinate} coordinate Coordinate.\n * @param {ProjectionLike} source Source projection-like.\n * @param {ProjectionLike} destination Destination projection-like.\n * @return {import(\"./coordinate.js\").Coordinate} Coordinate.\n * @api\n */\nexport function transform(coordinate, source, destination) {\n const transformFunc = getTransform(source, destination);\n return transformFunc(coordinate, undefined, coordinate.length);\n}\n\n/**\n * Transforms an extent from source projection to destination projection. This\n * returns a new extent (and does not modify the original).\n *\n * @param {import(\"./extent.js\").Extent} extent The extent to transform.\n * @param {ProjectionLike} source Source projection-like.\n * @param {ProjectionLike} destination Destination projection-like.\n * @param {number} [stops] Number of stops per side used for the transform.\n * By default only the corners are used.\n * @return {import(\"./extent.js\").Extent} The transformed extent.\n * @api\n */\nexport function transformExtent(extent, source, destination, stops) {\n const transformFunc = getTransform(source, destination);\n return applyTransform(extent, transformFunc, undefined, stops);\n}\n\n/**\n * Transforms the given point to the destination projection.\n *\n * @param {import(\"./coordinate.js\").Coordinate} point Point.\n * @param {Projection} sourceProjection Source projection.\n * @param {Projection} destinationProjection Destination projection.\n * @return {import(\"./coordinate.js\").Coordinate} Point.\n */\nexport function transformWithProjections(\n point,\n sourceProjection,\n destinationProjection\n) {\n const transformFunc = getTransformFromProjections(\n sourceProjection,\n destinationProjection\n );\n return transformFunc(point);\n}\n\n/**\n * @type {Projection|null}\n */\nlet userProjection = null;\n\n/**\n * Set the projection for coordinates supplied from and returned by API methods.\n * This includes all API methods except for those interacting with tile grids,\n * plus {@link import(\"./Map.js\").FrameState} and {@link import(\"./View.js\").State}.\n * @param {ProjectionLike} projection The user projection.\n * @api\n */\nexport function setUserProjection(projection) {\n userProjection = get(projection);\n}\n\n/**\n * Clear the user projection if set.\n * @api\n */\nexport function clearUserProjection() {\n userProjection = null;\n}\n\n/**\n * Get the projection for coordinates supplied from and returned by API methods.\n * @return {Projection|null} The user projection (or null if not set).\n * @api\n */\nexport function getUserProjection() {\n return userProjection;\n}\n\n/**\n * Use geographic coordinates (WGS-84 datum) in API methods.\n * This includes all API methods except for those interacting with tile grids,\n * plus {@link import(\"./Map.js\").FrameState} and {@link import(\"./View.js\").State}.\n * @api\n */\nexport function useGeographic() {\n setUserProjection('EPSG:4326');\n}\n\n/**\n * Return a coordinate transformed into the user projection. If no user projection\n * is set, the original coordinate is returned.\n * @param {Array} coordinate Input coordinate.\n * @param {ProjectionLike} sourceProjection The input coordinate projection.\n * @return {Array} The input coordinate in the user projection.\n */\nexport function toUserCoordinate(coordinate, sourceProjection) {\n if (!userProjection) {\n return coordinate;\n }\n return transform(coordinate, sourceProjection, userProjection);\n}\n\n/**\n * Return a coordinate transformed from the user projection. If no user projection\n * is set, the original coordinate is returned.\n * @param {Array} coordinate Input coordinate.\n * @param {ProjectionLike} destProjection The destination projection.\n * @return {Array} The input coordinate transformed.\n */\nexport function fromUserCoordinate(coordinate, destProjection) {\n if (!userProjection) {\n if (\n showCoordinateWarning &&\n !equals(coordinate, [0, 0]) &&\n coordinate[0] >= -180 &&\n coordinate[0] <= 180 &&\n coordinate[1] >= -90 &&\n coordinate[1] <= 90\n ) {\n showCoordinateWarning = false;\n warn(\n 'Call useGeographic() from ol/proj once to work with [longitude, latitude] coordinates.'\n );\n }\n return coordinate;\n }\n return transform(coordinate, userProjection, destProjection);\n}\n\n/**\n * Return an extent transformed into the user projection. If no user projection\n * is set, the original extent is returned.\n * @param {import(\"./extent.js\").Extent} extent Input extent.\n * @param {ProjectionLike} sourceProjection The input extent projection.\n * @return {import(\"./extent.js\").Extent} The input extent in the user projection.\n */\nexport function toUserExtent(extent, sourceProjection) {\n if (!userProjection) {\n return extent;\n }\n return transformExtent(extent, sourceProjection, userProjection);\n}\n\n/**\n * Return an extent transformed from the user projection. If no user projection\n * is set, the original extent is returned.\n * @param {import(\"./extent.js\").Extent} extent Input extent.\n * @param {ProjectionLike} destProjection The destination projection.\n * @return {import(\"./extent.js\").Extent} The input extent transformed.\n */\nexport function fromUserExtent(extent, destProjection) {\n if (!userProjection) {\n return extent;\n }\n return transformExtent(extent, userProjection, destProjection);\n}\n\n/**\n * Return the resolution in user projection units per pixel. If no user projection\n * is set, or source or user projection are missing units, the original resolution\n * is returned.\n * @param {number} resolution Resolution in input projection units per pixel.\n * @param {ProjectionLike} sourceProjection The input projection.\n * @return {number} Resolution in user projection units per pixel.\n */\nexport function toUserResolution(resolution, sourceProjection) {\n if (!userProjection) {\n return resolution;\n }\n const sourceMetersPerUnit = get(sourceProjection).getMetersPerUnit();\n const userMetersPerUnit = userProjection.getMetersPerUnit();\n return sourceMetersPerUnit && userMetersPerUnit\n ? (resolution * sourceMetersPerUnit) / userMetersPerUnit\n : resolution;\n}\n\n/**\n * Return the resolution in user projection units per pixel. If no user projection\n * is set, or source or user projection are missing units, the original resolution\n * is returned.\n * @param {number} resolution Resolution in user projection units per pixel.\n * @param {ProjectionLike} destProjection The destination projection.\n * @return {number} Resolution in destination projection units per pixel.\n */\nexport function fromUserResolution(resolution, destProjection) {\n if (!userProjection) {\n return resolution;\n }\n const destMetersPerUnit = get(destProjection).getMetersPerUnit();\n const userMetersPerUnit = userProjection.getMetersPerUnit();\n return destMetersPerUnit && userMetersPerUnit\n ? (resolution * userMetersPerUnit) / destMetersPerUnit\n : resolution;\n}\n\n/**\n * Creates a safe coordinate transform function from a coordinate transform function.\n * \"Safe\" means that it can handle wrapping of x-coordinates for global projections,\n * and that coordinates exceeding the source projection validity extent's range will be\n * clamped to the validity range.\n * @param {Projection} sourceProj Source projection.\n * @param {Projection} destProj Destination projection.\n * @param {function(import(\"./coordinate.js\").Coordinate): import(\"./coordinate.js\").Coordinate} transform Transform function (source to destination).\n * @return {function(import(\"./coordinate.js\").Coordinate): import(\"./coordinate.js\").Coordinate} Safe transform function (source to destination).\n */\nexport function createSafeCoordinateTransform(sourceProj, destProj, transform) {\n return function (coord) {\n let transformed, worldsAway;\n if (sourceProj.canWrapX()) {\n const sourceExtent = sourceProj.getExtent();\n const sourceExtentWidth = getWidth(sourceExtent);\n coord = coord.slice(0);\n worldsAway = getWorldsAway(coord, sourceProj, sourceExtentWidth);\n if (worldsAway) {\n // Move x to the real world\n coord[0] = coord[0] - worldsAway * sourceExtentWidth;\n }\n coord[0] = clamp(coord[0], sourceExtent[0], sourceExtent[2]);\n coord[1] = clamp(coord[1], sourceExtent[1], sourceExtent[3]);\n transformed = transform(coord);\n } else {\n transformed = transform(coord);\n }\n if (worldsAway && destProj.canWrapX()) {\n // Move transformed coordinate back to the offset world\n transformed[0] += worldsAway * getWidth(destProj.getExtent());\n }\n return transformed;\n };\n}\n\n/**\n * Add transforms to and from EPSG:4326 and EPSG:3857. This function is called\n * by when this module is executed and should only need to be called again after\n * `clearAllProjections()` is called (e.g. in tests).\n */\nexport function addCommon() {\n // Add transformations that don't alter coordinates to convert within set of\n // projections with equal meaning.\n addEquivalentProjections(EPSG3857_PROJECTIONS);\n addEquivalentProjections(EPSG4326_PROJECTIONS);\n // Add transformations to convert EPSG:4326 like coordinates to EPSG:3857 like\n // coordinates and back.\n addEquivalentTransforms(\n EPSG4326_PROJECTIONS,\n EPSG3857_PROJECTIONS,\n fromEPSG4326,\n toEPSG4326\n );\n}\n\naddCommon();\n","/**\n * @module ol/geom/flat/transform\n */\n\n/**\n * @param {Array} flatCoordinates Flat coordinates.\n * @param {number} offset Offset.\n * @param {number} end End.\n * @param {number} stride Stride.\n * @param {import(\"../../transform.js\").Transform} transform Transform.\n * @param {Array} [dest] Destination.\n * @return {Array} Transformed coordinates.\n */\nexport function transform2D(\n flatCoordinates,\n offset,\n end,\n stride,\n transform,\n dest\n) {\n dest = dest ? dest : [];\n let i = 0;\n for (let j = offset; j < end; j += stride) {\n const x = flatCoordinates[j];\n const y = flatCoordinates[j + 1];\n dest[i++] = transform[0] * x + transform[2] * y + transform[4];\n dest[i++] = transform[1] * x + transform[3] * y + transform[5];\n }\n if (dest && dest.length != i) {\n dest.length = i;\n }\n return dest;\n}\n\n/**\n * @param {Array} flatCoordinates Flat coordinates.\n * @param {number} offset Offset.\n * @param {number} end End.\n * @param {number} stride Stride.\n * @param {number} angle Angle.\n * @param {Array} anchor Rotation anchor point.\n * @param {Array} [dest] Destination.\n * @return {Array} Transformed coordinates.\n */\nexport function rotate(\n flatCoordinates,\n offset,\n end,\n stride,\n angle,\n anchor,\n dest\n) {\n dest = dest ? dest : [];\n const cos = Math.cos(angle);\n const sin = Math.sin(angle);\n const anchorX = anchor[0];\n const anchorY = anchor[1];\n let i = 0;\n for (let j = offset; j < end; j += stride) {\n const deltaX = flatCoordinates[j] - anchorX;\n const deltaY = flatCoordinates[j + 1] - anchorY;\n dest[i++] = anchorX + deltaX * cos - deltaY * sin;\n dest[i++] = anchorY + deltaX * sin + deltaY * cos;\n for (let k = j + 2; k < j + stride; ++k) {\n dest[i++] = flatCoordinates[k];\n }\n }\n if (dest && dest.length != i) {\n dest.length = i;\n }\n return dest;\n}\n\n/**\n * Scale the coordinates.\n * @param {Array} flatCoordinates Flat coordinates.\n * @param {number} offset Offset.\n * @param {number} end End.\n * @param {number} stride Stride.\n * @param {number} sx Scale factor in the x-direction.\n * @param {number} sy Scale factor in the y-direction.\n * @param {Array} anchor Scale anchor point.\n * @param {Array} [dest] Destination.\n * @return {Array} Transformed coordinates.\n */\nexport function scale(\n flatCoordinates,\n offset,\n end,\n stride,\n sx,\n sy,\n anchor,\n dest\n) {\n dest = dest ? dest : [];\n const anchorX = anchor[0];\n const anchorY = anchor[1];\n let i = 0;\n for (let j = offset; j < end; j += stride) {\n const deltaX = flatCoordinates[j] - anchorX;\n const deltaY = flatCoordinates[j + 1] - anchorY;\n dest[i++] = anchorX + sx * deltaX;\n dest[i++] = anchorY + sy * deltaY;\n for (let k = j + 2; k < j + stride; ++k) {\n dest[i++] = flatCoordinates[k];\n }\n }\n if (dest && dest.length != i) {\n dest.length = i;\n }\n return dest;\n}\n\n/**\n * @param {Array} flatCoordinates Flat coordinates.\n * @param {number} offset Offset.\n * @param {number} end End.\n * @param {number} stride Stride.\n * @param {number} deltaX Delta X.\n * @param {number} deltaY Delta Y.\n * @param {Array} [dest] Destination.\n * @return {Array} Transformed coordinates.\n */\nexport function translate(\n flatCoordinates,\n offset,\n end,\n stride,\n deltaX,\n deltaY,\n dest\n) {\n dest = dest ? dest : [];\n let i = 0;\n for (let j = offset; j < end; j += stride) {\n dest[i++] = flatCoordinates[j] + deltaX;\n dest[i++] = flatCoordinates[j + 1] + deltaY;\n for (let k = j + 2; k < j + stride; ++k) {\n dest[i++] = flatCoordinates[k];\n }\n }\n if (dest && dest.length != i) {\n dest.length = i;\n }\n return dest;\n}\n","/**\n * @module ol/geom/Geometry\n */\nimport BaseObject from '../Object.js';\nimport {abstract} from '../util.js';\nimport {\n compose as composeTransform,\n create as createTransform,\n} from '../transform.js';\nimport {\n createEmpty,\n createOrUpdateEmpty,\n getHeight,\n returnOrUpdate,\n} from '../extent.js';\nimport {get as getProjection, getTransform} from '../proj.js';\nimport {memoizeOne} from '../functions.js';\nimport {transform2D} from './flat/transform.js';\n\n/**\n * @typedef {'XY' | 'XYZ' | 'XYM' | 'XYZM'} GeometryLayout\n * The coordinate layout for geometries, indicating whether a 3rd or 4th z ('Z')\n * or measure ('M') coordinate is available.\n */\n\n/**\n * @typedef {'Point' | 'LineString' | 'LinearRing' | 'Polygon' | 'MultiPoint' | 'MultiLineString' | 'MultiPolygon' | 'GeometryCollection' | 'Circle'} Type\n * The geometry type. One of `'Point'`, `'LineString'`, `'LinearRing'`,\n * `'Polygon'`, `'MultiPoint'`, `'MultiLineString'`, `'MultiPolygon'`,\n * `'GeometryCollection'`, or `'Circle'`.\n */\n\n/**\n * @type {import(\"../transform.js\").Transform}\n */\nconst tmpTransform = createTransform();\n\n/**\n * @classdesc\n * Abstract base class; normally only used for creating subclasses and not\n * instantiated in apps.\n * Base class for vector geometries.\n *\n * To get notified of changes to the geometry, register a listener for the\n * generic `change` event on your geometry instance.\n *\n * @abstract\n * @api\n */\nclass Geometry extends BaseObject {\n constructor() {\n super();\n\n /**\n * @private\n * @type {import(\"../extent.js\").Extent}\n */\n this.extent_ = createEmpty();\n\n /**\n * @private\n * @type {number}\n */\n this.extentRevision_ = -1;\n\n /**\n * @protected\n * @type {number}\n */\n this.simplifiedGeometryMaxMinSquaredTolerance = 0;\n\n /**\n * @protected\n * @type {number}\n */\n this.simplifiedGeometryRevision = 0;\n\n /**\n * Get a transformed and simplified version of the geometry.\n * @abstract\n * @param {number} revision The geometry revision.\n * @param {number} squaredTolerance Squared tolerance.\n * @param {import(\"../proj.js\").TransformFunction} [transform] Optional transform function.\n * @return {Geometry} Simplified geometry.\n */\n this.simplifyTransformedInternal = memoizeOne(\n (revision, squaredTolerance, transform) => {\n if (!transform) {\n return this.getSimplifiedGeometry(squaredTolerance);\n }\n const clone = this.clone();\n clone.applyTransform(transform);\n return clone.getSimplifiedGeometry(squaredTolerance);\n }\n );\n }\n\n /**\n * Get a transformed and simplified version of the geometry.\n * @abstract\n * @param {number} squaredTolerance Squared tolerance.\n * @param {import(\"../proj.js\").TransformFunction} [transform] Optional transform function.\n * @return {Geometry} Simplified geometry.\n */\n simplifyTransformed(squaredTolerance, transform) {\n return this.simplifyTransformedInternal(\n this.getRevision(),\n squaredTolerance,\n transform\n );\n }\n\n /**\n * Make a complete copy of the geometry.\n * @abstract\n * @return {!Geometry} Clone.\n */\n clone() {\n return abstract();\n }\n\n /**\n * @abstract\n * @param {number} x X.\n * @param {number} y Y.\n * @param {import(\"../coordinate.js\").Coordinate} closestPoint Closest point.\n * @param {number} minSquaredDistance Minimum squared distance.\n * @return {number} Minimum squared distance.\n */\n closestPointXY(x, y, closestPoint, minSquaredDistance) {\n return abstract();\n }\n\n /**\n * @param {number} x X.\n * @param {number} y Y.\n * @return {boolean} Contains (x, y).\n */\n containsXY(x, y) {\n const coord = this.getClosestPoint([x, y]);\n return coord[0] === x && coord[1] === y;\n }\n\n /**\n * Return the closest point of the geometry to the passed point as\n * {@link module:ol/coordinate~Coordinate coordinate}.\n * @param {import(\"../coordinate.js\").Coordinate} point Point.\n * @param {import(\"../coordinate.js\").Coordinate} [closestPoint] Closest point.\n * @return {import(\"../coordinate.js\").Coordinate} Closest point.\n * @api\n */\n getClosestPoint(point, closestPoint) {\n closestPoint = closestPoint ? closestPoint : [NaN, NaN];\n this.closestPointXY(point[0], point[1], closestPoint, Infinity);\n return closestPoint;\n }\n\n /**\n * Returns true if this geometry includes the specified coordinate. If the\n * coordinate is on the boundary of the geometry, returns false.\n * @param {import(\"../coordinate.js\").Coordinate} coordinate Coordinate.\n * @return {boolean} Contains coordinate.\n * @api\n */\n intersectsCoordinate(coordinate) {\n return this.containsXY(coordinate[0], coordinate[1]);\n }\n\n /**\n * @abstract\n * @param {import(\"../extent.js\").Extent} extent Extent.\n * @protected\n * @return {import(\"../extent.js\").Extent} extent Extent.\n */\n computeExtent(extent) {\n return abstract();\n }\n\n /**\n * Get the extent of the geometry.\n * @param {import(\"../extent.js\").Extent} [extent] Extent.\n * @return {import(\"../extent.js\").Extent} extent Extent.\n * @api\n */\n getExtent(extent) {\n if (this.extentRevision_ != this.getRevision()) {\n const extent = this.computeExtent(this.extent_);\n if (isNaN(extent[0]) || isNaN(extent[1])) {\n createOrUpdateEmpty(extent);\n }\n this.extentRevision_ = this.getRevision();\n }\n return returnOrUpdate(this.extent_, extent);\n }\n\n /**\n * Rotate the geometry around a given coordinate. This modifies the geometry\n * coordinates in place.\n * @abstract\n * @param {number} angle Rotation angle in radians.\n * @param {import(\"../coordinate.js\").Coordinate} anchor The rotation center.\n * @api\n */\n rotate(angle, anchor) {\n abstract();\n }\n\n /**\n * Scale the geometry (with an optional origin). This modifies the geometry\n * coordinates in place.\n * @abstract\n * @param {number} sx The scaling factor in the x-direction.\n * @param {number} [sy] The scaling factor in the y-direction (defaults to sx).\n * @param {import(\"../coordinate.js\").Coordinate} [anchor] The scale origin (defaults to the center\n * of the geometry extent).\n * @api\n */\n scale(sx, sy, anchor) {\n abstract();\n }\n\n /**\n * Create a simplified version of this geometry. For linestrings, this uses\n * the [Douglas Peucker](https://en.wikipedia.org/wiki/Ramer-Douglas-Peucker_algorithm)\n * algorithm. For polygons, a quantization-based\n * simplification is used to preserve topology.\n * @param {number} tolerance The tolerance distance for simplification.\n * @return {Geometry} A new, simplified version of the original geometry.\n * @api\n */\n simplify(tolerance) {\n return this.getSimplifiedGeometry(tolerance * tolerance);\n }\n\n /**\n * Create a simplified version of this geometry using the Douglas Peucker\n * algorithm.\n * See https://en.wikipedia.org/wiki/Ramer-Douglas-Peucker_algorithm.\n * @abstract\n * @param {number} squaredTolerance Squared tolerance.\n * @return {Geometry} Simplified geometry.\n */\n getSimplifiedGeometry(squaredTolerance) {\n return abstract();\n }\n\n /**\n * Get the type of this geometry.\n * @abstract\n * @return {Type} Geometry type.\n */\n getType() {\n return abstract();\n }\n\n /**\n * Apply a transform function to the coordinates of the geometry.\n * The geometry is modified in place.\n * If you do not want the geometry modified in place, first `clone()` it and\n * then use this function on the clone.\n * @abstract\n * @param {import(\"../proj.js\").TransformFunction} transformFn Transform function.\n * Called with a flat array of geometry coordinates.\n */\n applyTransform(transformFn) {\n abstract();\n }\n\n /**\n * Test if the geometry and the passed extent intersect.\n * @abstract\n * @param {import(\"../extent.js\").Extent} extent Extent.\n * @return {boolean} `true` if the geometry and the extent intersect.\n */\n intersectsExtent(extent) {\n return abstract();\n }\n\n /**\n * Translate the geometry. This modifies the geometry coordinates in place. If\n * instead you want a new geometry, first `clone()` this geometry.\n * @abstract\n * @param {number} deltaX Delta X.\n * @param {number} deltaY Delta Y.\n * @api\n */\n translate(deltaX, deltaY) {\n abstract();\n }\n\n /**\n * Transform each coordinate of the geometry from one coordinate reference\n * system to another. The geometry is modified in place.\n * For example, a line will be transformed to a line and a circle to a circle.\n * If you do not want the geometry modified in place, first `clone()` it and\n * then use this function on the clone.\n *\n * @param {import(\"../proj.js\").ProjectionLike} source The current projection. Can be a\n * string identifier or a {@link module:ol/proj/Projection~Projection} object.\n * @param {import(\"../proj.js\").ProjectionLike} destination The desired projection. Can be a\n * string identifier or a {@link module:ol/proj/Projection~Projection} object.\n * @return {Geometry} This geometry. Note that original geometry is\n * modified in place.\n * @api\n */\n transform(source, destination) {\n /** @type {import(\"../proj/Projection.js\").default} */\n const sourceProj = getProjection(source);\n const transformFn =\n sourceProj.getUnits() == 'tile-pixels'\n ? function (inCoordinates, outCoordinates, stride) {\n const pixelExtent = sourceProj.getExtent();\n const projectedExtent = sourceProj.getWorldExtent();\n const scale = getHeight(projectedExtent) / getHeight(pixelExtent);\n composeTransform(\n tmpTransform,\n projectedExtent[0],\n projectedExtent[3],\n scale,\n -scale,\n 0,\n 0,\n 0\n );\n transform2D(\n inCoordinates,\n 0,\n inCoordinates.length,\n stride,\n tmpTransform,\n outCoordinates\n );\n return getTransform(sourceProj, destination)(\n inCoordinates,\n outCoordinates,\n stride\n );\n }\n : getTransform(sourceProj, destination);\n this.applyTransform(transformFn);\n return this;\n }\n}\n\nexport default Geometry;\n","/**\n * @module ol/geom/SimpleGeometry\n */\nimport Geometry from './Geometry.js';\nimport {abstract} from '../util.js';\nimport {createOrUpdateFromFlatCoordinates, getCenter} from '../extent.js';\nimport {rotate, scale, transform2D, translate} from './flat/transform.js';\n\n/**\n * @classdesc\n * Abstract base class; only used for creating subclasses; do not instantiate\n * in apps, as cannot be rendered.\n *\n * @abstract\n * @api\n */\nclass SimpleGeometry extends Geometry {\n constructor() {\n super();\n\n /**\n * @protected\n * @type {import(\"./Geometry.js\").GeometryLayout}\n */\n this.layout = 'XY';\n\n /**\n * @protected\n * @type {number}\n */\n this.stride = 2;\n\n /**\n * @protected\n * @type {Array}\n */\n this.flatCoordinates;\n }\n\n /**\n * @param {import(\"../extent.js\").Extent} extent Extent.\n * @protected\n * @return {import(\"../extent.js\").Extent} extent Extent.\n */\n computeExtent(extent) {\n return createOrUpdateFromFlatCoordinates(\n this.flatCoordinates,\n 0,\n this.flatCoordinates.length,\n this.stride,\n extent\n );\n }\n\n /**\n * @abstract\n * @return {Array<*> | null} Coordinates.\n */\n getCoordinates() {\n return abstract();\n }\n\n /**\n * Return the first coordinate of the geometry.\n * @return {import(\"../coordinate.js\").Coordinate} First coordinate.\n * @api\n */\n getFirstCoordinate() {\n return this.flatCoordinates.slice(0, this.stride);\n }\n\n /**\n * @return {Array} Flat coordinates.\n */\n getFlatCoordinates() {\n return this.flatCoordinates;\n }\n\n /**\n * Return the last coordinate of the geometry.\n * @return {import(\"../coordinate.js\").Coordinate} Last point.\n * @api\n */\n getLastCoordinate() {\n return this.flatCoordinates.slice(\n this.flatCoordinates.length - this.stride\n );\n }\n\n /**\n * Return the {@link import(\"./Geometry.js\").GeometryLayout layout} of the geometry.\n * @return {import(\"./Geometry.js\").GeometryLayout} Layout.\n * @api\n */\n getLayout() {\n return this.layout;\n }\n\n /**\n * Create a simplified version of this geometry using the Douglas Peucker algorithm.\n * @param {number} squaredTolerance Squared tolerance.\n * @return {SimpleGeometry} Simplified geometry.\n */\n getSimplifiedGeometry(squaredTolerance) {\n if (this.simplifiedGeometryRevision !== this.getRevision()) {\n this.simplifiedGeometryMaxMinSquaredTolerance = 0;\n this.simplifiedGeometryRevision = this.getRevision();\n }\n // If squaredTolerance is negative or if we know that simplification will not\n // have any effect then just return this.\n if (\n squaredTolerance < 0 ||\n (this.simplifiedGeometryMaxMinSquaredTolerance !== 0 &&\n squaredTolerance <= this.simplifiedGeometryMaxMinSquaredTolerance)\n ) {\n return this;\n }\n\n const simplifiedGeometry =\n this.getSimplifiedGeometryInternal(squaredTolerance);\n const simplifiedFlatCoordinates = simplifiedGeometry.getFlatCoordinates();\n if (simplifiedFlatCoordinates.length < this.flatCoordinates.length) {\n return simplifiedGeometry;\n }\n // Simplification did not actually remove any coordinates. We now know\n // that any calls to getSimplifiedGeometry with a squaredTolerance less\n // than or equal to the current squaredTolerance will also not have any\n // effect. This allows us to short circuit simplification (saving CPU\n // cycles) and prevents the cache of simplified geometries from filling\n // up with useless identical copies of this geometry (saving memory).\n this.simplifiedGeometryMaxMinSquaredTolerance = squaredTolerance;\n return this;\n }\n\n /**\n * @param {number} squaredTolerance Squared tolerance.\n * @return {SimpleGeometry} Simplified geometry.\n * @protected\n */\n getSimplifiedGeometryInternal(squaredTolerance) {\n return this;\n }\n\n /**\n * @return {number} Stride.\n */\n getStride() {\n return this.stride;\n }\n\n /**\n * @param {import(\"./Geometry.js\").GeometryLayout} layout Layout.\n * @param {Array} flatCoordinates Flat coordinates.\n */\n setFlatCoordinates(layout, flatCoordinates) {\n this.stride = getStrideForLayout(layout);\n this.layout = layout;\n this.flatCoordinates = flatCoordinates;\n }\n\n /**\n * @abstract\n * @param {!Array<*>} coordinates Coordinates.\n * @param {import(\"./Geometry.js\").GeometryLayout} [layout] Layout.\n */\n setCoordinates(coordinates, layout) {\n abstract();\n }\n\n /**\n * @param {import(\"./Geometry.js\").GeometryLayout|undefined} layout Layout.\n * @param {Array<*>} coordinates Coordinates.\n * @param {number} nesting Nesting.\n * @protected\n */\n setLayout(layout, coordinates, nesting) {\n let stride;\n if (layout) {\n stride = getStrideForLayout(layout);\n } else {\n for (let i = 0; i < nesting; ++i) {\n if (coordinates.length === 0) {\n this.layout = 'XY';\n this.stride = 2;\n return;\n }\n coordinates = /** @type {Array} */ (coordinates[0]);\n }\n stride = coordinates.length;\n layout = getLayoutForStride(stride);\n }\n this.layout = layout;\n this.stride = stride;\n }\n\n /**\n * Apply a transform function to the coordinates of the geometry.\n * The geometry is modified in place.\n * If you do not want the geometry modified in place, first `clone()` it and\n * then use this function on the clone.\n * @param {import(\"../proj.js\").TransformFunction} transformFn Transform function.\n * Called with a flat array of geometry coordinates.\n * @api\n */\n applyTransform(transformFn) {\n if (this.flatCoordinates) {\n transformFn(this.flatCoordinates, this.flatCoordinates, this.stride);\n this.changed();\n }\n }\n\n /**\n * Rotate the geometry around a given coordinate. This modifies the geometry\n * coordinates in place.\n * @param {number} angle Rotation angle in counter-clockwise radians.\n * @param {import(\"../coordinate.js\").Coordinate} anchor The rotation center.\n * @api\n */\n rotate(angle, anchor) {\n const flatCoordinates = this.getFlatCoordinates();\n if (flatCoordinates) {\n const stride = this.getStride();\n rotate(\n flatCoordinates,\n 0,\n flatCoordinates.length,\n stride,\n angle,\n anchor,\n flatCoordinates\n );\n this.changed();\n }\n }\n\n /**\n * Scale the geometry (with an optional origin). This modifies the geometry\n * coordinates in place.\n * @param {number} sx The scaling factor in the x-direction.\n * @param {number} [sy] The scaling factor in the y-direction (defaults to sx).\n * @param {import(\"../coordinate.js\").Coordinate} [anchor] The scale origin (defaults to the center\n * of the geometry extent).\n * @api\n */\n scale(sx, sy, anchor) {\n if (sy === undefined) {\n sy = sx;\n }\n if (!anchor) {\n anchor = getCenter(this.getExtent());\n }\n const flatCoordinates = this.getFlatCoordinates();\n if (flatCoordinates) {\n const stride = this.getStride();\n scale(\n flatCoordinates,\n 0,\n flatCoordinates.length,\n stride,\n sx,\n sy,\n anchor,\n flatCoordinates\n );\n this.changed();\n }\n }\n\n /**\n * Translate the geometry. This modifies the geometry coordinates in place. If\n * instead you want a new geometry, first `clone()` this geometry.\n * @param {number} deltaX Delta X.\n * @param {number} deltaY Delta Y.\n * @api\n */\n translate(deltaX, deltaY) {\n const flatCoordinates = this.getFlatCoordinates();\n if (flatCoordinates) {\n const stride = this.getStride();\n translate(\n flatCoordinates,\n 0,\n flatCoordinates.length,\n stride,\n deltaX,\n deltaY,\n flatCoordinates\n );\n this.changed();\n }\n }\n}\n\n/**\n * @param {number} stride Stride.\n * @return {import(\"./Geometry.js\").GeometryLayout} layout Layout.\n */\nexport function getLayoutForStride(stride) {\n let layout;\n if (stride == 2) {\n layout = 'XY';\n } else if (stride == 3) {\n layout = 'XYZ';\n } else if (stride == 4) {\n layout = 'XYZM';\n }\n return /** @type {import(\"./Geometry.js\").GeometryLayout} */ (layout);\n}\n\n/**\n * @param {import(\"./Geometry.js\").GeometryLayout} layout Layout.\n * @return {number} Stride.\n */\nexport function getStrideForLayout(layout) {\n let stride;\n if (layout == 'XY') {\n stride = 2;\n } else if (layout == 'XYZ' || layout == 'XYM') {\n stride = 3;\n } else if (layout == 'XYZM') {\n stride = 4;\n }\n return /** @type {number} */ (stride);\n}\n\n/**\n * @param {SimpleGeometry} simpleGeometry Simple geometry.\n * @param {import(\"../transform.js\").Transform} transform Transform.\n * @param {Array} [dest] Destination.\n * @return {Array} Transformed flat coordinates.\n */\nexport function transformGeom2D(simpleGeometry, transform, dest) {\n const flatCoordinates = simpleGeometry.getFlatCoordinates();\n if (!flatCoordinates) {\n return null;\n }\n const stride = simpleGeometry.getStride();\n return transform2D(\n flatCoordinates,\n 0,\n flatCoordinates.length,\n stride,\n transform,\n dest\n );\n}\n\nexport default SimpleGeometry;\n","/**\n * @module ol/geom/flat/closest\n */\nimport {lerp, squaredDistance as squaredDx} from '../../math.js';\n\n/**\n * Returns the point on the 2D line segment flatCoordinates[offset1] to\n * flatCoordinates[offset2] that is closest to the point (x, y). Extra\n * dimensions are linearly interpolated.\n * @param {Array} flatCoordinates Flat coordinates.\n * @param {number} offset1 Offset 1.\n * @param {number} offset2 Offset 2.\n * @param {number} stride Stride.\n * @param {number} x X.\n * @param {number} y Y.\n * @param {Array} closestPoint Closest point.\n */\nfunction assignClosest(\n flatCoordinates,\n offset1,\n offset2,\n stride,\n x,\n y,\n closestPoint\n) {\n const x1 = flatCoordinates[offset1];\n const y1 = flatCoordinates[offset1 + 1];\n const dx = flatCoordinates[offset2] - x1;\n const dy = flatCoordinates[offset2 + 1] - y1;\n let offset;\n if (dx === 0 && dy === 0) {\n offset = offset1;\n } else {\n const t = ((x - x1) * dx + (y - y1) * dy) / (dx * dx + dy * dy);\n if (t > 1) {\n offset = offset2;\n } else if (t > 0) {\n for (let i = 0; i < stride; ++i) {\n closestPoint[i] = lerp(\n flatCoordinates[offset1 + i],\n flatCoordinates[offset2 + i],\n t\n );\n }\n closestPoint.length = stride;\n return;\n } else {\n offset = offset1;\n }\n }\n for (let i = 0; i < stride; ++i) {\n closestPoint[i] = flatCoordinates[offset + i];\n }\n closestPoint.length = stride;\n}\n\n/**\n * Return the squared of the largest distance between any pair of consecutive\n * coordinates.\n * @param {Array} flatCoordinates Flat coordinates.\n * @param {number} offset Offset.\n * @param {number} end End.\n * @param {number} stride Stride.\n * @param {number} max Max squared delta.\n * @return {number} Max squared delta.\n */\nexport function maxSquaredDelta(flatCoordinates, offset, end, stride, max) {\n let x1 = flatCoordinates[offset];\n let y1 = flatCoordinates[offset + 1];\n for (offset += stride; offset < end; offset += stride) {\n const x2 = flatCoordinates[offset];\n const y2 = flatCoordinates[offset + 1];\n const squaredDelta = squaredDx(x1, y1, x2, y2);\n if (squaredDelta > max) {\n max = squaredDelta;\n }\n x1 = x2;\n y1 = y2;\n }\n return max;\n}\n\n/**\n * @param {Array} flatCoordinates Flat coordinates.\n * @param {number} offset Offset.\n * @param {Array} ends Ends.\n * @param {number} stride Stride.\n * @param {number} max Max squared delta.\n * @return {number} Max squared delta.\n */\nexport function arrayMaxSquaredDelta(\n flatCoordinates,\n offset,\n ends,\n stride,\n max\n) {\n for (let i = 0, ii = ends.length; i < ii; ++i) {\n const end = ends[i];\n max = maxSquaredDelta(flatCoordinates, offset, end, stride, max);\n offset = end;\n }\n return max;\n}\n\n/**\n * @param {Array} flatCoordinates Flat coordinates.\n * @param {number} offset Offset.\n * @param {Array>} endss Endss.\n * @param {number} stride Stride.\n * @param {number} max Max squared delta.\n * @return {number} Max squared delta.\n */\nexport function multiArrayMaxSquaredDelta(\n flatCoordinates,\n offset,\n endss,\n stride,\n max\n) {\n for (let i = 0, ii = endss.length; i < ii; ++i) {\n const ends = endss[i];\n max = arrayMaxSquaredDelta(flatCoordinates, offset, ends, stride, max);\n offset = ends[ends.length - 1];\n }\n return max;\n}\n\n/**\n * @param {Array} flatCoordinates Flat coordinates.\n * @param {number} offset Offset.\n * @param {number} end End.\n * @param {number} stride Stride.\n * @param {number} maxDelta Max delta.\n * @param {boolean} isRing Is ring.\n * @param {number} x X.\n * @param {number} y Y.\n * @param {Array} closestPoint Closest point.\n * @param {number} minSquaredDistance Minimum squared distance.\n * @param {Array} [tmpPoint] Temporary point object.\n * @return {number} Minimum squared distance.\n */\nexport function assignClosestPoint(\n flatCoordinates,\n offset,\n end,\n stride,\n maxDelta,\n isRing,\n x,\n y,\n closestPoint,\n minSquaredDistance,\n tmpPoint\n) {\n if (offset == end) {\n return minSquaredDistance;\n }\n let i, squaredDistance;\n if (maxDelta === 0) {\n // All points are identical, so just test the first point.\n squaredDistance = squaredDx(\n x,\n y,\n flatCoordinates[offset],\n flatCoordinates[offset + 1]\n );\n if (squaredDistance < minSquaredDistance) {\n for (i = 0; i < stride; ++i) {\n closestPoint[i] = flatCoordinates[offset + i];\n }\n closestPoint.length = stride;\n return squaredDistance;\n }\n return minSquaredDistance;\n }\n tmpPoint = tmpPoint ? tmpPoint : [NaN, NaN];\n let index = offset + stride;\n while (index < end) {\n assignClosest(\n flatCoordinates,\n index - stride,\n index,\n stride,\n x,\n y,\n tmpPoint\n );\n squaredDistance = squaredDx(x, y, tmpPoint[0], tmpPoint[1]);\n if (squaredDistance < minSquaredDistance) {\n minSquaredDistance = squaredDistance;\n for (i = 0; i < stride; ++i) {\n closestPoint[i] = tmpPoint[i];\n }\n closestPoint.length = stride;\n index += stride;\n } else {\n // Skip ahead multiple points, because we know that all the skipped\n // points cannot be any closer than the closest point we have found so\n // far. We know this because we know how close the current point is, how\n // close the closest point we have found so far is, and the maximum\n // distance between consecutive points. For example, if we're currently\n // at distance 10, the best we've found so far is 3, and that the maximum\n // distance between consecutive points is 2, then we'll need to skip at\n // least (10 - 3) / 2 == 3 (rounded down) points to have any chance of\n // finding a closer point. We use Math.max(..., 1) to ensure that we\n // always advance at least one point, to avoid an infinite loop.\n index +=\n stride *\n Math.max(\n ((Math.sqrt(squaredDistance) - Math.sqrt(minSquaredDistance)) /\n maxDelta) |\n 0,\n 1\n );\n }\n }\n if (isRing) {\n // Check the closing segment.\n assignClosest(\n flatCoordinates,\n end - stride,\n offset,\n stride,\n x,\n y,\n tmpPoint\n );\n squaredDistance = squaredDx(x, y, tmpPoint[0], tmpPoint[1]);\n if (squaredDistance < minSquaredDistance) {\n minSquaredDistance = squaredDistance;\n for (i = 0; i < stride; ++i) {\n closestPoint[i] = tmpPoint[i];\n }\n closestPoint.length = stride;\n }\n }\n return minSquaredDistance;\n}\n\n/**\n * @param {Array} flatCoordinates Flat coordinates.\n * @param {number} offset Offset.\n * @param {Array} ends Ends.\n * @param {number} stride Stride.\n * @param {number} maxDelta Max delta.\n * @param {boolean} isRing Is ring.\n * @param {number} x X.\n * @param {number} y Y.\n * @param {Array} closestPoint Closest point.\n * @param {number} minSquaredDistance Minimum squared distance.\n * @param {Array} [tmpPoint] Temporary point object.\n * @return {number} Minimum squared distance.\n */\nexport function assignClosestArrayPoint(\n flatCoordinates,\n offset,\n ends,\n stride,\n maxDelta,\n isRing,\n x,\n y,\n closestPoint,\n minSquaredDistance,\n tmpPoint\n) {\n tmpPoint = tmpPoint ? tmpPoint : [NaN, NaN];\n for (let i = 0, ii = ends.length; i < ii; ++i) {\n const end = ends[i];\n minSquaredDistance = assignClosestPoint(\n flatCoordinates,\n offset,\n end,\n stride,\n maxDelta,\n isRing,\n x,\n y,\n closestPoint,\n minSquaredDistance,\n tmpPoint\n );\n offset = end;\n }\n return minSquaredDistance;\n}\n\n/**\n * @param {Array} flatCoordinates Flat coordinates.\n * @param {number} offset Offset.\n * @param {Array>} endss Endss.\n * @param {number} stride Stride.\n * @param {number} maxDelta Max delta.\n * @param {boolean} isRing Is ring.\n * @param {number} x X.\n * @param {number} y Y.\n * @param {Array} closestPoint Closest point.\n * @param {number} minSquaredDistance Minimum squared distance.\n * @param {Array} [tmpPoint] Temporary point object.\n * @return {number} Minimum squared distance.\n */\nexport function assignClosestMultiArrayPoint(\n flatCoordinates,\n offset,\n endss,\n stride,\n maxDelta,\n isRing,\n x,\n y,\n closestPoint,\n minSquaredDistance,\n tmpPoint\n) {\n tmpPoint = tmpPoint ? tmpPoint : [NaN, NaN];\n for (let i = 0, ii = endss.length; i < ii; ++i) {\n const ends = endss[i];\n minSquaredDistance = assignClosestArrayPoint(\n flatCoordinates,\n offset,\n ends,\n stride,\n maxDelta,\n isRing,\n x,\n y,\n closestPoint,\n minSquaredDistance,\n tmpPoint\n );\n offset = ends[ends.length - 1];\n }\n return minSquaredDistance;\n}\n","/**\n * @module ol/geom/flat/deflate\n */\n\n/**\n * @param {Array} flatCoordinates Flat coordinates.\n * @param {number} offset Offset.\n * @param {import(\"../../coordinate.js\").Coordinate} coordinate Coordinate.\n * @param {number} stride Stride.\n * @return {number} offset Offset.\n */\nexport function deflateCoordinate(flatCoordinates, offset, coordinate, stride) {\n for (let i = 0, ii = coordinate.length; i < ii; ++i) {\n flatCoordinates[offset++] = coordinate[i];\n }\n return offset;\n}\n\n/**\n * @param {Array} flatCoordinates Flat coordinates.\n * @param {number} offset Offset.\n * @param {Array} coordinates Coordinates.\n * @param {number} stride Stride.\n * @return {number} offset Offset.\n */\nexport function deflateCoordinates(\n flatCoordinates,\n offset,\n coordinates,\n stride\n) {\n for (let i = 0, ii = coordinates.length; i < ii; ++i) {\n const coordinate = coordinates[i];\n for (let j = 0; j < stride; ++j) {\n flatCoordinates[offset++] = coordinate[j];\n }\n }\n return offset;\n}\n\n/**\n * @param {Array} flatCoordinates Flat coordinates.\n * @param {number} offset Offset.\n * @param {Array>} coordinatess Coordinatess.\n * @param {number} stride Stride.\n * @param {Array} [ends] Ends.\n * @return {Array} Ends.\n */\nexport function deflateCoordinatesArray(\n flatCoordinates,\n offset,\n coordinatess,\n stride,\n ends\n) {\n ends = ends ? ends : [];\n let i = 0;\n for (let j = 0, jj = coordinatess.length; j < jj; ++j) {\n const end = deflateCoordinates(\n flatCoordinates,\n offset,\n coordinatess[j],\n stride\n );\n ends[i++] = end;\n offset = end;\n }\n ends.length = i;\n return ends;\n}\n\n/**\n * @param {Array} flatCoordinates Flat coordinates.\n * @param {number} offset Offset.\n * @param {Array>>} coordinatesss Coordinatesss.\n * @param {number} stride Stride.\n * @param {Array>} [endss] Endss.\n * @return {Array>} Endss.\n */\nexport function deflateMultiCoordinatesArray(\n flatCoordinates,\n offset,\n coordinatesss,\n stride,\n endss\n) {\n endss = endss ? endss : [];\n let i = 0;\n for (let j = 0, jj = coordinatesss.length; j < jj; ++j) {\n const ends = deflateCoordinatesArray(\n flatCoordinates,\n offset,\n coordinatesss[j],\n stride,\n endss[i]\n );\n if (ends.length === 0) {\n ends[0] = offset;\n }\n endss[i++] = ends;\n offset = ends[ends.length - 1];\n }\n endss.length = i;\n return endss;\n}\n","/**\n * @module ol/geom/flat/simplify\n */\n// Based on simplify-js https://github.com/mourner/simplify-js\n// Copyright (c) 2012, Vladimir Agafonkin\n// All rights reserved.\n//\n// Redistribution and use in source and binary forms, with or without\n// modification, are permitted provided that the following conditions are met:\n//\n// 1. Redistributions of source code must retain the above copyright notice,\n// this list of conditions and the following disclaimer.\n//\n// 2. Redistributions in binary form must reproduce the above copyright\n// notice, this list of conditions and the following disclaimer in the\n// documentation and/or other materials provided with the distribution.\n//\n// THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS \"AS IS\"\n// AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT LIMITED TO, THE\n// IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR A PARTICULAR PURPOSE\n// ARE DISCLAIMED. IN NO EVENT SHALL THE COPYRIGHT HOLDER OR CONTRIBUTORS BE\n// LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, EXEMPLARY, OR\n// CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, PROCUREMENT OF\n// SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR PROFITS; OR BUSINESS\n// INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY OF LIABILITY, WHETHER IN\n// CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING NEGLIGENCE OR OTHERWISE)\n// ARISING IN ANY WAY OUT OF THE USE OF THIS SOFTWARE, EVEN IF ADVISED OF THE\n// POSSIBILITY OF SUCH DAMAGE.\n\nimport {squaredDistance, squaredSegmentDistance} from '../../math.js';\n\n/**\n * @param {Array} flatCoordinates Flat coordinates.\n * @param {number} offset Offset.\n * @param {number} end End.\n * @param {number} stride Stride.\n * @param {number} squaredTolerance Squared tolerance.\n * @param {boolean} highQuality Highest quality.\n * @param {Array} [simplifiedFlatCoordinates] Simplified flat\n * coordinates.\n * @return {Array} Simplified line string.\n */\nexport function simplifyLineString(\n flatCoordinates,\n offset,\n end,\n stride,\n squaredTolerance,\n highQuality,\n simplifiedFlatCoordinates\n) {\n simplifiedFlatCoordinates =\n simplifiedFlatCoordinates !== undefined ? simplifiedFlatCoordinates : [];\n if (!highQuality) {\n end = radialDistance(\n flatCoordinates,\n offset,\n end,\n stride,\n squaredTolerance,\n simplifiedFlatCoordinates,\n 0\n );\n flatCoordinates = simplifiedFlatCoordinates;\n offset = 0;\n stride = 2;\n }\n simplifiedFlatCoordinates.length = douglasPeucker(\n flatCoordinates,\n offset,\n end,\n stride,\n squaredTolerance,\n simplifiedFlatCoordinates,\n 0\n );\n return simplifiedFlatCoordinates;\n}\n\n/**\n * @param {Array} flatCoordinates Flat coordinates.\n * @param {number} offset Offset.\n * @param {number} end End.\n * @param {number} stride Stride.\n * @param {number} squaredTolerance Squared tolerance.\n * @param {Array} simplifiedFlatCoordinates Simplified flat\n * coordinates.\n * @param {number} simplifiedOffset Simplified offset.\n * @return {number} Simplified offset.\n */\nexport function douglasPeucker(\n flatCoordinates,\n offset,\n end,\n stride,\n squaredTolerance,\n simplifiedFlatCoordinates,\n simplifiedOffset\n) {\n const n = (end - offset) / stride;\n if (n < 3) {\n for (; offset < end; offset += stride) {\n simplifiedFlatCoordinates[simplifiedOffset++] = flatCoordinates[offset];\n simplifiedFlatCoordinates[simplifiedOffset++] =\n flatCoordinates[offset + 1];\n }\n return simplifiedOffset;\n }\n /** @type {Array} */\n const markers = new Array(n);\n markers[0] = 1;\n markers[n - 1] = 1;\n /** @type {Array} */\n const stack = [offset, end - stride];\n let index = 0;\n while (stack.length > 0) {\n const last = stack.pop();\n const first = stack.pop();\n let maxSquaredDistance = 0;\n const x1 = flatCoordinates[first];\n const y1 = flatCoordinates[first + 1];\n const x2 = flatCoordinates[last];\n const y2 = flatCoordinates[last + 1];\n for (let i = first + stride; i < last; i += stride) {\n const x = flatCoordinates[i];\n const y = flatCoordinates[i + 1];\n const squaredDistance = squaredSegmentDistance(x, y, x1, y1, x2, y2);\n if (squaredDistance > maxSquaredDistance) {\n index = i;\n maxSquaredDistance = squaredDistance;\n }\n }\n if (maxSquaredDistance > squaredTolerance) {\n markers[(index - offset) / stride] = 1;\n if (first + stride < index) {\n stack.push(first, index);\n }\n if (index + stride < last) {\n stack.push(index, last);\n }\n }\n }\n for (let i = 0; i < n; ++i) {\n if (markers[i]) {\n simplifiedFlatCoordinates[simplifiedOffset++] =\n flatCoordinates[offset + i * stride];\n simplifiedFlatCoordinates[simplifiedOffset++] =\n flatCoordinates[offset + i * stride + 1];\n }\n }\n return simplifiedOffset;\n}\n\n/**\n * @param {Array} flatCoordinates Flat coordinates.\n * @param {number} offset Offset.\n * @param {Array} ends Ends.\n * @param {number} stride Stride.\n * @param {number} squaredTolerance Squared tolerance.\n * @param {Array} simplifiedFlatCoordinates Simplified flat\n * coordinates.\n * @param {number} simplifiedOffset Simplified offset.\n * @param {Array} simplifiedEnds Simplified ends.\n * @return {number} Simplified offset.\n */\nexport function douglasPeuckerArray(\n flatCoordinates,\n offset,\n ends,\n stride,\n squaredTolerance,\n simplifiedFlatCoordinates,\n simplifiedOffset,\n simplifiedEnds\n) {\n for (let i = 0, ii = ends.length; i < ii; ++i) {\n const end = ends[i];\n simplifiedOffset = douglasPeucker(\n flatCoordinates,\n offset,\n end,\n stride,\n squaredTolerance,\n simplifiedFlatCoordinates,\n simplifiedOffset\n );\n simplifiedEnds.push(simplifiedOffset);\n offset = end;\n }\n return simplifiedOffset;\n}\n\n/**\n * @param {Array} flatCoordinates Flat coordinates.\n * @param {number} offset Offset.\n * @param {Array>} endss Endss.\n * @param {number} stride Stride.\n * @param {number} squaredTolerance Squared tolerance.\n * @param {Array} simplifiedFlatCoordinates Simplified flat\n * coordinates.\n * @param {number} simplifiedOffset Simplified offset.\n * @param {Array>} simplifiedEndss Simplified endss.\n * @return {number} Simplified offset.\n */\nexport function douglasPeuckerMultiArray(\n flatCoordinates,\n offset,\n endss,\n stride,\n squaredTolerance,\n simplifiedFlatCoordinates,\n simplifiedOffset,\n simplifiedEndss\n) {\n for (let i = 0, ii = endss.length; i < ii; ++i) {\n const ends = endss[i];\n /** @type {Array} */\n const simplifiedEnds = [];\n simplifiedOffset = douglasPeuckerArray(\n flatCoordinates,\n offset,\n ends,\n stride,\n squaredTolerance,\n simplifiedFlatCoordinates,\n simplifiedOffset,\n simplifiedEnds\n );\n simplifiedEndss.push(simplifiedEnds);\n offset = ends[ends.length - 1];\n }\n return simplifiedOffset;\n}\n\n/**\n * @param {Array} flatCoordinates Flat coordinates.\n * @param {number} offset Offset.\n * @param {number} end End.\n * @param {number} stride Stride.\n * @param {number} squaredTolerance Squared tolerance.\n * @param {Array} simplifiedFlatCoordinates Simplified flat\n * coordinates.\n * @param {number} simplifiedOffset Simplified offset.\n * @return {number} Simplified offset.\n */\nexport function radialDistance(\n flatCoordinates,\n offset,\n end,\n stride,\n squaredTolerance,\n simplifiedFlatCoordinates,\n simplifiedOffset\n) {\n if (end <= offset + stride) {\n // zero or one point, no simplification possible, so copy and return\n for (; offset < end; offset += stride) {\n simplifiedFlatCoordinates[simplifiedOffset++] = flatCoordinates[offset];\n simplifiedFlatCoordinates[simplifiedOffset++] =\n flatCoordinates[offset + 1];\n }\n return simplifiedOffset;\n }\n let x1 = flatCoordinates[offset];\n let y1 = flatCoordinates[offset + 1];\n // copy first point\n simplifiedFlatCoordinates[simplifiedOffset++] = x1;\n simplifiedFlatCoordinates[simplifiedOffset++] = y1;\n let x2 = x1;\n let y2 = y1;\n for (offset += stride; offset < end; offset += stride) {\n x2 = flatCoordinates[offset];\n y2 = flatCoordinates[offset + 1];\n if (squaredDistance(x1, y1, x2, y2) > squaredTolerance) {\n // copy point at offset\n simplifiedFlatCoordinates[simplifiedOffset++] = x2;\n simplifiedFlatCoordinates[simplifiedOffset++] = y2;\n x1 = x2;\n y1 = y2;\n }\n }\n if (x2 != x1 || y2 != y1) {\n // copy last point\n simplifiedFlatCoordinates[simplifiedOffset++] = x2;\n simplifiedFlatCoordinates[simplifiedOffset++] = y2;\n }\n return simplifiedOffset;\n}\n\n/**\n * @param {number} value Value.\n * @param {number} tolerance Tolerance.\n * @return {number} Rounded value.\n */\nexport function snap(value, tolerance) {\n return tolerance * Math.round(value / tolerance);\n}\n\n/**\n * Simplifies a line string using an algorithm designed by Tim Schaub.\n * Coordinates are snapped to the nearest value in a virtual grid and\n * consecutive duplicate coordinates are discarded. This effectively preserves\n * topology as the simplification of any subsection of a line string is\n * independent of the rest of the line string. This means that, for examples,\n * the common edge between two polygons will be simplified to the same line\n * string independently in both polygons. This implementation uses a single\n * pass over the coordinates and eliminates intermediate collinear points.\n * @param {Array} flatCoordinates Flat coordinates.\n * @param {number} offset Offset.\n * @param {number} end End.\n * @param {number} stride Stride.\n * @param {number} tolerance Tolerance.\n * @param {Array} simplifiedFlatCoordinates Simplified flat\n * coordinates.\n * @param {number} simplifiedOffset Simplified offset.\n * @return {number} Simplified offset.\n */\nexport function quantize(\n flatCoordinates,\n offset,\n end,\n stride,\n tolerance,\n simplifiedFlatCoordinates,\n simplifiedOffset\n) {\n // do nothing if the line is empty\n if (offset == end) {\n return simplifiedOffset;\n }\n // snap the first coordinate (P1)\n let x1 = snap(flatCoordinates[offset], tolerance);\n let y1 = snap(flatCoordinates[offset + 1], tolerance);\n offset += stride;\n // add the first coordinate to the output\n simplifiedFlatCoordinates[simplifiedOffset++] = x1;\n simplifiedFlatCoordinates[simplifiedOffset++] = y1;\n // find the next coordinate that does not snap to the same value as the first\n // coordinate (P2)\n let x2, y2;\n do {\n x2 = snap(flatCoordinates[offset], tolerance);\n y2 = snap(flatCoordinates[offset + 1], tolerance);\n offset += stride;\n if (offset == end) {\n // all coordinates snap to the same value, the line collapses to a point\n // push the last snapped value anyway to ensure that the output contains\n // at least two points\n // FIXME should we really return at least two points anyway?\n simplifiedFlatCoordinates[simplifiedOffset++] = x2;\n simplifiedFlatCoordinates[simplifiedOffset++] = y2;\n return simplifiedOffset;\n }\n } while (x2 == x1 && y2 == y1);\n while (offset < end) {\n // snap the next coordinate (P3)\n const x3 = snap(flatCoordinates[offset], tolerance);\n const y3 = snap(flatCoordinates[offset + 1], tolerance);\n offset += stride;\n // skip P3 if it is equal to P2\n if (x3 == x2 && y3 == y2) {\n continue;\n }\n // calculate the delta between P1 and P2\n const dx1 = x2 - x1;\n const dy1 = y2 - y1;\n // calculate the delta between P3 and P1\n const dx2 = x3 - x1;\n const dy2 = y3 - y1;\n // if P1, P2, and P3 are colinear and P3 is further from P1 than P2 is from\n // P1 in the same direction then P2 is on the straight line between P1 and\n // P3\n if (\n dx1 * dy2 == dy1 * dx2 &&\n ((dx1 < 0 && dx2 < dx1) || dx1 == dx2 || (dx1 > 0 && dx2 > dx1)) &&\n ((dy1 < 0 && dy2 < dy1) || dy1 == dy2 || (dy1 > 0 && dy2 > dy1))\n ) {\n // discard P2 and set P2 = P3\n x2 = x3;\n y2 = y3;\n continue;\n }\n // either P1, P2, and P3 are not colinear, or they are colinear but P3 is\n // between P3 and P1 or on the opposite half of the line to P2. add P2,\n // and continue with P1 = P2 and P2 = P3\n simplifiedFlatCoordinates[simplifiedOffset++] = x2;\n simplifiedFlatCoordinates[simplifiedOffset++] = y2;\n x1 = x2;\n y1 = y2;\n x2 = x3;\n y2 = y3;\n }\n // add the last point (P2)\n simplifiedFlatCoordinates[simplifiedOffset++] = x2;\n simplifiedFlatCoordinates[simplifiedOffset++] = y2;\n return simplifiedOffset;\n}\n\n/**\n * @param {Array} flatCoordinates Flat coordinates.\n * @param {number} offset Offset.\n * @param {Array} ends Ends.\n * @param {number} stride Stride.\n * @param {number} tolerance Tolerance.\n * @param {Array} simplifiedFlatCoordinates Simplified flat\n * coordinates.\n * @param {number} simplifiedOffset Simplified offset.\n * @param {Array} simplifiedEnds Simplified ends.\n * @return {number} Simplified offset.\n */\nexport function quantizeArray(\n flatCoordinates,\n offset,\n ends,\n stride,\n tolerance,\n simplifiedFlatCoordinates,\n simplifiedOffset,\n simplifiedEnds\n) {\n for (let i = 0, ii = ends.length; i < ii; ++i) {\n const end = ends[i];\n simplifiedOffset = quantize(\n flatCoordinates,\n offset,\n end,\n stride,\n tolerance,\n simplifiedFlatCoordinates,\n simplifiedOffset\n );\n simplifiedEnds.push(simplifiedOffset);\n offset = end;\n }\n return simplifiedOffset;\n}\n\n/**\n * @param {Array} flatCoordinates Flat coordinates.\n * @param {number} offset Offset.\n * @param {Array>} endss Endss.\n * @param {number} stride Stride.\n * @param {number} tolerance Tolerance.\n * @param {Array} simplifiedFlatCoordinates Simplified flat\n * coordinates.\n * @param {number} simplifiedOffset Simplified offset.\n * @param {Array>} simplifiedEndss Simplified endss.\n * @return {number} Simplified offset.\n */\nexport function quantizeMultiArray(\n flatCoordinates,\n offset,\n endss,\n stride,\n tolerance,\n simplifiedFlatCoordinates,\n simplifiedOffset,\n simplifiedEndss\n) {\n for (let i = 0, ii = endss.length; i < ii; ++i) {\n const ends = endss[i];\n /** @type {Array} */\n const simplifiedEnds = [];\n simplifiedOffset = quantizeArray(\n flatCoordinates,\n offset,\n ends,\n stride,\n tolerance,\n simplifiedFlatCoordinates,\n simplifiedOffset,\n simplifiedEnds\n );\n simplifiedEndss.push(simplifiedEnds);\n offset = ends[ends.length - 1];\n }\n return simplifiedOffset;\n}\n","/**\n * @module ol/geom/flat/inflate\n */\n\n/**\n * @param {Array} flatCoordinates Flat coordinates.\n * @param {number} offset Offset.\n * @param {number} end End.\n * @param {number} stride Stride.\n * @param {Array} [coordinates] Coordinates.\n * @return {Array} Coordinates.\n */\nexport function inflateCoordinates(\n flatCoordinates,\n offset,\n end,\n stride,\n coordinates\n) {\n coordinates = coordinates !== undefined ? coordinates : [];\n let i = 0;\n for (let j = offset; j < end; j += stride) {\n coordinates[i++] = flatCoordinates.slice(j, j + stride);\n }\n coordinates.length = i;\n return coordinates;\n}\n\n/**\n * @param {Array} flatCoordinates Flat coordinates.\n * @param {number} offset Offset.\n * @param {Array} ends Ends.\n * @param {number} stride Stride.\n * @param {Array>} [coordinatess] Coordinatess.\n * @return {Array>} Coordinatess.\n */\nexport function inflateCoordinatesArray(\n flatCoordinates,\n offset,\n ends,\n stride,\n coordinatess\n) {\n coordinatess = coordinatess !== undefined ? coordinatess : [];\n let i = 0;\n for (let j = 0, jj = ends.length; j < jj; ++j) {\n const end = ends[j];\n coordinatess[i++] = inflateCoordinates(\n flatCoordinates,\n offset,\n end,\n stride,\n coordinatess[i]\n );\n offset = end;\n }\n coordinatess.length = i;\n return coordinatess;\n}\n\n/**\n * @param {Array} flatCoordinates Flat coordinates.\n * @param {number} offset Offset.\n * @param {Array>} endss Endss.\n * @param {number} stride Stride.\n * @param {Array>>} [coordinatesss]\n * Coordinatesss.\n * @return {Array>>} Coordinatesss.\n */\nexport function inflateMultiCoordinatesArray(\n flatCoordinates,\n offset,\n endss,\n stride,\n coordinatesss\n) {\n coordinatesss = coordinatesss !== undefined ? coordinatesss : [];\n let i = 0;\n for (let j = 0, jj = endss.length; j < jj; ++j) {\n const ends = endss[j];\n coordinatesss[i++] =\n ends.length === 1 && ends[0] === offset\n ? []\n : inflateCoordinatesArray(\n flatCoordinates,\n offset,\n ends,\n stride,\n coordinatesss[i]\n );\n offset = ends[ends.length - 1];\n }\n coordinatesss.length = i;\n return coordinatesss;\n}\n","/**\n * @module ol/geom/flat/area\n */\n\n/**\n * @param {Array} flatCoordinates Flat coordinates.\n * @param {number} offset Offset.\n * @param {number} end End.\n * @param {number} stride Stride.\n * @return {number} Area.\n */\nexport function linearRing(flatCoordinates, offset, end, stride) {\n let twiceArea = 0;\n let x1 = flatCoordinates[end - stride];\n let y1 = flatCoordinates[end - stride + 1];\n for (; offset < end; offset += stride) {\n const x2 = flatCoordinates[offset];\n const y2 = flatCoordinates[offset + 1];\n twiceArea += y1 * x2 - x1 * y2;\n x1 = x2;\n y1 = y2;\n }\n return twiceArea / 2;\n}\n\n/**\n * @param {Array} flatCoordinates Flat coordinates.\n * @param {number} offset Offset.\n * @param {Array} ends Ends.\n * @param {number} stride Stride.\n * @return {number} Area.\n */\nexport function linearRings(flatCoordinates, offset, ends, stride) {\n let area = 0;\n for (let i = 0, ii = ends.length; i < ii; ++i) {\n const end = ends[i];\n area += linearRing(flatCoordinates, offset, end, stride);\n offset = end;\n }\n return area;\n}\n\n/**\n * @param {Array} flatCoordinates Flat coordinates.\n * @param {number} offset Offset.\n * @param {Array>} endss Endss.\n * @param {number} stride Stride.\n * @return {number} Area.\n */\nexport function linearRingss(flatCoordinates, offset, endss, stride) {\n let area = 0;\n for (let i = 0, ii = endss.length; i < ii; ++i) {\n const ends = endss[i];\n area += linearRings(flatCoordinates, offset, ends, stride);\n offset = ends[ends.length - 1];\n }\n return area;\n}\n","/**\n * @module ol/geom/LinearRing\n */\nimport SimpleGeometry from './SimpleGeometry.js';\nimport {assignClosestPoint, maxSquaredDelta} from './flat/closest.js';\nimport {closestSquaredDistanceXY} from '../extent.js';\nimport {deflateCoordinates} from './flat/deflate.js';\nimport {douglasPeucker} from './flat/simplify.js';\nimport {inflateCoordinates} from './flat/inflate.js';\nimport {linearRing as linearRingArea} from './flat/area.js';\n\n/**\n * @classdesc\n * Linear ring geometry. Only used as part of polygon; cannot be rendered\n * on its own.\n *\n * @api\n */\nclass LinearRing extends SimpleGeometry {\n /**\n * @param {Array|Array} coordinates Coordinates.\n * For internal use, flat coordinates in combination with `layout` are also accepted.\n * @param {import(\"./Geometry.js\").GeometryLayout} [layout] Layout.\n */\n constructor(coordinates, layout) {\n super();\n\n /**\n * @private\n * @type {number}\n */\n this.maxDelta_ = -1;\n\n /**\n * @private\n * @type {number}\n */\n this.maxDeltaRevision_ = -1;\n\n if (layout !== undefined && !Array.isArray(coordinates[0])) {\n this.setFlatCoordinates(\n layout,\n /** @type {Array} */ (coordinates)\n );\n } else {\n this.setCoordinates(\n /** @type {Array} */ (\n coordinates\n ),\n layout\n );\n }\n }\n\n /**\n * Make a complete copy of the geometry.\n * @return {!LinearRing} Clone.\n * @api\n */\n clone() {\n return new LinearRing(this.flatCoordinates.slice(), this.layout);\n }\n\n /**\n * @param {number} x X.\n * @param {number} y Y.\n * @param {import(\"../coordinate.js\").Coordinate} closestPoint Closest point.\n * @param {number} minSquaredDistance Minimum squared distance.\n * @return {number} Minimum squared distance.\n */\n closestPointXY(x, y, closestPoint, minSquaredDistance) {\n if (minSquaredDistance < closestSquaredDistanceXY(this.getExtent(), x, y)) {\n return minSquaredDistance;\n }\n if (this.maxDeltaRevision_ != this.getRevision()) {\n this.maxDelta_ = Math.sqrt(\n maxSquaredDelta(\n this.flatCoordinates,\n 0,\n this.flatCoordinates.length,\n this.stride,\n 0\n )\n );\n this.maxDeltaRevision_ = this.getRevision();\n }\n return assignClosestPoint(\n this.flatCoordinates,\n 0,\n this.flatCoordinates.length,\n this.stride,\n this.maxDelta_,\n true,\n x,\n y,\n closestPoint,\n minSquaredDistance\n );\n }\n\n /**\n * Return the area of the linear ring on projected plane.\n * @return {number} Area (on projected plane).\n * @api\n */\n getArea() {\n return linearRingArea(\n this.flatCoordinates,\n 0,\n this.flatCoordinates.length,\n this.stride\n );\n }\n\n /**\n * Return the coordinates of the linear ring.\n * @return {Array} Coordinates.\n * @api\n */\n getCoordinates() {\n return inflateCoordinates(\n this.flatCoordinates,\n 0,\n this.flatCoordinates.length,\n this.stride\n );\n }\n\n /**\n * @param {number} squaredTolerance Squared tolerance.\n * @return {LinearRing} Simplified LinearRing.\n * @protected\n */\n getSimplifiedGeometryInternal(squaredTolerance) {\n /** @type {Array} */\n const simplifiedFlatCoordinates = [];\n simplifiedFlatCoordinates.length = douglasPeucker(\n this.flatCoordinates,\n 0,\n this.flatCoordinates.length,\n this.stride,\n squaredTolerance,\n simplifiedFlatCoordinates,\n 0\n );\n return new LinearRing(simplifiedFlatCoordinates, 'XY');\n }\n\n /**\n * Get the type of this geometry.\n * @return {import(\"./Geometry.js\").Type} Geometry type.\n * @api\n */\n getType() {\n return 'LinearRing';\n }\n\n /**\n * Test if the geometry and the passed extent intersect.\n * @param {import(\"../extent.js\").Extent} extent Extent.\n * @return {boolean} `true` if the geometry and the extent intersect.\n * @api\n */\n intersectsExtent(extent) {\n return false;\n }\n\n /**\n * Set the coordinates of the linear ring.\n * @param {!Array} coordinates Coordinates.\n * @param {import(\"./Geometry.js\").GeometryLayout} [layout] Layout.\n * @api\n */\n setCoordinates(coordinates, layout) {\n this.setLayout(layout, coordinates, 1);\n if (!this.flatCoordinates) {\n this.flatCoordinates = [];\n }\n this.flatCoordinates.length = deflateCoordinates(\n this.flatCoordinates,\n 0,\n coordinates,\n this.stride\n );\n this.changed();\n }\n}\n\nexport default LinearRing;\n","/**\n * @module ol/geom/Point\n */\nimport SimpleGeometry from './SimpleGeometry.js';\nimport {containsXY, createOrUpdateFromCoordinate} from '../extent.js';\nimport {deflateCoordinate} from './flat/deflate.js';\nimport {squaredDistance as squaredDx} from '../math.js';\n\n/**\n * @classdesc\n * Point geometry.\n *\n * @api\n */\nclass Point extends SimpleGeometry {\n /**\n * @param {import(\"../coordinate.js\").Coordinate} coordinates Coordinates.\n * @param {import(\"./Geometry.js\").GeometryLayout} [layout] Layout.\n */\n constructor(coordinates, layout) {\n super();\n this.setCoordinates(coordinates, layout);\n }\n\n /**\n * Make a complete copy of the geometry.\n * @return {!Point} Clone.\n * @api\n */\n clone() {\n const point = new Point(this.flatCoordinates.slice(), this.layout);\n point.applyProperties(this);\n return point;\n }\n\n /**\n * @param {number} x X.\n * @param {number} y Y.\n * @param {import(\"../coordinate.js\").Coordinate} closestPoint Closest point.\n * @param {number} minSquaredDistance Minimum squared distance.\n * @return {number} Minimum squared distance.\n */\n closestPointXY(x, y, closestPoint, minSquaredDistance) {\n const flatCoordinates = this.flatCoordinates;\n const squaredDistance = squaredDx(\n x,\n y,\n flatCoordinates[0],\n flatCoordinates[1]\n );\n if (squaredDistance < minSquaredDistance) {\n const stride = this.stride;\n for (let i = 0; i < stride; ++i) {\n closestPoint[i] = flatCoordinates[i];\n }\n closestPoint.length = stride;\n return squaredDistance;\n }\n return minSquaredDistance;\n }\n\n /**\n * Return the coordinate of the point.\n * @return {import(\"../coordinate.js\").Coordinate} Coordinates.\n * @api\n */\n getCoordinates() {\n return this.flatCoordinates.slice();\n }\n\n /**\n * @param {import(\"../extent.js\").Extent} extent Extent.\n * @protected\n * @return {import(\"../extent.js\").Extent} extent Extent.\n */\n computeExtent(extent) {\n return createOrUpdateFromCoordinate(this.flatCoordinates, extent);\n }\n\n /**\n * Get the type of this geometry.\n * @return {import(\"./Geometry.js\").Type} Geometry type.\n * @api\n */\n getType() {\n return 'Point';\n }\n\n /**\n * Test if the geometry and the passed extent intersect.\n * @param {import(\"../extent.js\").Extent} extent Extent.\n * @return {boolean} `true` if the geometry and the extent intersect.\n * @api\n */\n intersectsExtent(extent) {\n return containsXY(extent, this.flatCoordinates[0], this.flatCoordinates[1]);\n }\n\n /**\n * @param {!Array<*>} coordinates Coordinates.\n * @param {import(\"./Geometry.js\").GeometryLayout} [layout] Layout.\n * @api\n */\n setCoordinates(coordinates, layout) {\n this.setLayout(layout, coordinates, 0);\n if (!this.flatCoordinates) {\n this.flatCoordinates = [];\n }\n this.flatCoordinates.length = deflateCoordinate(\n this.flatCoordinates,\n 0,\n coordinates,\n this.stride\n );\n this.changed();\n }\n}\n\nexport default Point;\n","/**\n * @module ol/geom/flat/contains\n */\nimport {forEachCorner} from '../../extent.js';\n\n/**\n * @param {Array} flatCoordinates Flat coordinates.\n * @param {number} offset Offset.\n * @param {number} end End.\n * @param {number} stride Stride.\n * @param {import(\"../../extent.js\").Extent} extent Extent.\n * @return {boolean} Contains extent.\n */\nexport function linearRingContainsExtent(\n flatCoordinates,\n offset,\n end,\n stride,\n extent\n) {\n const outside = forEachCorner(\n extent,\n /**\n * @param {import(\"../../coordinate.js\").Coordinate} coordinate Coordinate.\n * @return {boolean} Contains (x, y).\n */\n function (coordinate) {\n return !linearRingContainsXY(\n flatCoordinates,\n offset,\n end,\n stride,\n coordinate[0],\n coordinate[1]\n );\n }\n );\n return !outside;\n}\n\n/**\n * @param {Array} flatCoordinates Flat coordinates.\n * @param {number} offset Offset.\n * @param {number} end End.\n * @param {number} stride Stride.\n * @param {number} x X.\n * @param {number} y Y.\n * @return {boolean} Contains (x, y).\n */\nexport function linearRingContainsXY(\n flatCoordinates,\n offset,\n end,\n stride,\n x,\n y\n) {\n // https://geomalgorithms.com/a03-_inclusion.html\n // Copyright 2000 softSurfer, 2012 Dan Sunday\n // This code may be freely used and modified for any purpose\n // providing that this copyright notice is included with it.\n // SoftSurfer makes no warranty for this code, and cannot be held\n // liable for any real or imagined damage resulting from its use.\n // Users of this code must verify correctness for their application.\n let wn = 0;\n let x1 = flatCoordinates[end - stride];\n let y1 = flatCoordinates[end - stride + 1];\n for (; offset < end; offset += stride) {\n const x2 = flatCoordinates[offset];\n const y2 = flatCoordinates[offset + 1];\n if (y1 <= y) {\n if (y2 > y && (x2 - x1) * (y - y1) - (x - x1) * (y2 - y1) > 0) {\n wn++;\n }\n } else if (y2 <= y && (x2 - x1) * (y - y1) - (x - x1) * (y2 - y1) < 0) {\n wn--;\n }\n x1 = x2;\n y1 = y2;\n }\n return wn !== 0;\n}\n\n/**\n * @param {Array} flatCoordinates Flat coordinates.\n * @param {number} offset Offset.\n * @param {Array} ends Ends.\n * @param {number} stride Stride.\n * @param {number} x X.\n * @param {number} y Y.\n * @return {boolean} Contains (x, y).\n */\nexport function linearRingsContainsXY(\n flatCoordinates,\n offset,\n ends,\n stride,\n x,\n y\n) {\n if (ends.length === 0) {\n return false;\n }\n if (!linearRingContainsXY(flatCoordinates, offset, ends[0], stride, x, y)) {\n return false;\n }\n for (let i = 1, ii = ends.length; i < ii; ++i) {\n if (\n linearRingContainsXY(flatCoordinates, ends[i - 1], ends[i], stride, x, y)\n ) {\n return false;\n }\n }\n return true;\n}\n\n/**\n * @param {Array} flatCoordinates Flat coordinates.\n * @param {number} offset Offset.\n * @param {Array>} endss Endss.\n * @param {number} stride Stride.\n * @param {number} x X.\n * @param {number} y Y.\n * @return {boolean} Contains (x, y).\n */\nexport function linearRingssContainsXY(\n flatCoordinates,\n offset,\n endss,\n stride,\n x,\n y\n) {\n if (endss.length === 0) {\n return false;\n }\n for (let i = 0, ii = endss.length; i < ii; ++i) {\n const ends = endss[i];\n if (linearRingsContainsXY(flatCoordinates, offset, ends, stride, x, y)) {\n return true;\n }\n offset = ends[ends.length - 1];\n }\n return false;\n}\n","/**\n * @module ol/geom/flat/interiorpoint\n */\nimport {ascending} from '../../array.js';\nimport {linearRingsContainsXY} from './contains.js';\n\n/**\n * Calculates a point that is likely to lie in the interior of the linear rings.\n * Inspired by JTS's com.vividsolutions.jts.geom.Geometry#getInteriorPoint.\n * @param {Array} flatCoordinates Flat coordinates.\n * @param {number} offset Offset.\n * @param {Array} ends Ends.\n * @param {number} stride Stride.\n * @param {Array} flatCenters Flat centers.\n * @param {number} flatCentersOffset Flat center offset.\n * @param {Array} [dest] Destination.\n * @return {Array} Destination point as XYM coordinate, where M is the\n * length of the horizontal intersection that the point belongs to.\n */\nexport function getInteriorPointOfArray(\n flatCoordinates,\n offset,\n ends,\n stride,\n flatCenters,\n flatCentersOffset,\n dest\n) {\n let i, ii, x, x1, x2, y1, y2;\n const y = flatCenters[flatCentersOffset + 1];\n /** @type {Array} */\n const intersections = [];\n // Calculate intersections with the horizontal line\n for (let r = 0, rr = ends.length; r < rr; ++r) {\n const end = ends[r];\n x1 = flatCoordinates[end - stride];\n y1 = flatCoordinates[end - stride + 1];\n for (i = offset; i < end; i += stride) {\n x2 = flatCoordinates[i];\n y2 = flatCoordinates[i + 1];\n if ((y <= y1 && y2 <= y) || (y1 <= y && y <= y2)) {\n x = ((y - y1) / (y2 - y1)) * (x2 - x1) + x1;\n intersections.push(x);\n }\n x1 = x2;\n y1 = y2;\n }\n }\n // Find the longest segment of the horizontal line that has its center point\n // inside the linear ring.\n let pointX = NaN;\n let maxSegmentLength = -Infinity;\n intersections.sort(ascending);\n x1 = intersections[0];\n for (i = 1, ii = intersections.length; i < ii; ++i) {\n x2 = intersections[i];\n const segmentLength = Math.abs(x2 - x1);\n if (segmentLength > maxSegmentLength) {\n x = (x1 + x2) / 2;\n if (linearRingsContainsXY(flatCoordinates, offset, ends, stride, x, y)) {\n pointX = x;\n maxSegmentLength = segmentLength;\n }\n }\n x1 = x2;\n }\n if (isNaN(pointX)) {\n // There is no horizontal line that has its center point inside the linear\n // ring. Use the center of the the linear ring's extent.\n pointX = flatCenters[flatCentersOffset];\n }\n if (dest) {\n dest.push(pointX, y, maxSegmentLength);\n return dest;\n }\n return [pointX, y, maxSegmentLength];\n}\n\n/**\n * @param {Array} flatCoordinates Flat coordinates.\n * @param {number} offset Offset.\n * @param {Array>} endss Endss.\n * @param {number} stride Stride.\n * @param {Array} flatCenters Flat centers.\n * @return {Array} Interior points as XYM coordinates, where M is the\n * length of the horizontal intersection that the point belongs to.\n */\nexport function getInteriorPointsOfMultiArray(\n flatCoordinates,\n offset,\n endss,\n stride,\n flatCenters\n) {\n /** @type {Array} */\n let interiorPoints = [];\n for (let i = 0, ii = endss.length; i < ii; ++i) {\n const ends = endss[i];\n interiorPoints = getInteriorPointOfArray(\n flatCoordinates,\n offset,\n ends,\n stride,\n flatCenters,\n 2 * i,\n interiorPoints\n );\n offset = ends[ends.length - 1];\n }\n return interiorPoints;\n}\n","/**\n * @module ol/geom/flat/segments\n */\n\n/**\n * This function calls `callback` for each segment of the flat coordinates\n * array. If the callback returns a truthy value the function returns that\n * value immediately. Otherwise the function returns `false`.\n * @param {Array} flatCoordinates Flat coordinates.\n * @param {number} offset Offset.\n * @param {number} end End.\n * @param {number} stride Stride.\n * @param {function(import(\"../../coordinate.js\").Coordinate, import(\"../../coordinate.js\").Coordinate): T} callback Function\n * called for each segment.\n * @return {T|boolean} Value.\n * @template T\n */\nexport function forEach(flatCoordinates, offset, end, stride, callback) {\n let ret;\n offset += stride;\n for (; offset < end; offset += stride) {\n ret = callback(\n flatCoordinates.slice(offset - stride, offset),\n flatCoordinates.slice(offset, offset + stride)\n );\n if (ret) {\n return ret;\n }\n }\n return false;\n}\n","/**\n * @module ol/geom/flat/intersectsextent\n */\nimport {\n containsExtent,\n createEmpty,\n extendFlatCoordinates,\n intersects,\n intersectsSegment,\n} from '../../extent.js';\nimport {forEach as forEachSegment} from './segments.js';\nimport {linearRingContainsExtent, linearRingContainsXY} from './contains.js';\n\n/**\n * @param {Array} flatCoordinates Flat coordinates.\n * @param {number} offset Offset.\n * @param {number} end End.\n * @param {number} stride Stride.\n * @param {import(\"../../extent.js\").Extent} extent Extent.\n * @return {boolean} True if the geometry and the extent intersect.\n */\nexport function intersectsLineString(\n flatCoordinates,\n offset,\n end,\n stride,\n extent\n) {\n const coordinatesExtent = extendFlatCoordinates(\n createEmpty(),\n flatCoordinates,\n offset,\n end,\n stride\n );\n if (!intersects(extent, coordinatesExtent)) {\n return false;\n }\n if (containsExtent(extent, coordinatesExtent)) {\n return true;\n }\n if (coordinatesExtent[0] >= extent[0] && coordinatesExtent[2] <= extent[2]) {\n return true;\n }\n if (coordinatesExtent[1] >= extent[1] && coordinatesExtent[3] <= extent[3]) {\n return true;\n }\n return forEachSegment(\n flatCoordinates,\n offset,\n end,\n stride,\n /**\n * @param {import(\"../../coordinate.js\").Coordinate} point1 Start point.\n * @param {import(\"../../coordinate.js\").Coordinate} point2 End point.\n * @return {boolean} `true` if the segment and the extent intersect,\n * `false` otherwise.\n */\n function (point1, point2) {\n return intersectsSegment(extent, point1, point2);\n }\n );\n}\n\n/**\n * @param {Array} flatCoordinates Flat coordinates.\n * @param {number} offset Offset.\n * @param {Array} ends Ends.\n * @param {number} stride Stride.\n * @param {import(\"../../extent.js\").Extent} extent Extent.\n * @return {boolean} True if the geometry and the extent intersect.\n */\nexport function intersectsLineStringArray(\n flatCoordinates,\n offset,\n ends,\n stride,\n extent\n) {\n for (let i = 0, ii = ends.length; i < ii; ++i) {\n if (\n intersectsLineString(flatCoordinates, offset, ends[i], stride, extent)\n ) {\n return true;\n }\n offset = ends[i];\n }\n return false;\n}\n\n/**\n * @param {Array} flatCoordinates Flat coordinates.\n * @param {number} offset Offset.\n * @param {number} end End.\n * @param {number} stride Stride.\n * @param {import(\"../../extent.js\").Extent} extent Extent.\n * @return {boolean} True if the geometry and the extent intersect.\n */\nexport function intersectsLinearRing(\n flatCoordinates,\n offset,\n end,\n stride,\n extent\n) {\n if (intersectsLineString(flatCoordinates, offset, end, stride, extent)) {\n return true;\n }\n if (\n linearRingContainsXY(\n flatCoordinates,\n offset,\n end,\n stride,\n extent[0],\n extent[1]\n )\n ) {\n return true;\n }\n if (\n linearRingContainsXY(\n flatCoordinates,\n offset,\n end,\n stride,\n extent[0],\n extent[3]\n )\n ) {\n return true;\n }\n if (\n linearRingContainsXY(\n flatCoordinates,\n offset,\n end,\n stride,\n extent[2],\n extent[1]\n )\n ) {\n return true;\n }\n if (\n linearRingContainsXY(\n flatCoordinates,\n offset,\n end,\n stride,\n extent[2],\n extent[3]\n )\n ) {\n return true;\n }\n return false;\n}\n\n/**\n * @param {Array} flatCoordinates Flat coordinates.\n * @param {number} offset Offset.\n * @param {Array} ends Ends.\n * @param {number} stride Stride.\n * @param {import(\"../../extent.js\").Extent} extent Extent.\n * @return {boolean} True if the geometry and the extent intersect.\n */\nexport function intersectsLinearRingArray(\n flatCoordinates,\n offset,\n ends,\n stride,\n extent\n) {\n if (!intersectsLinearRing(flatCoordinates, offset, ends[0], stride, extent)) {\n return false;\n }\n if (ends.length === 1) {\n return true;\n }\n for (let i = 1, ii = ends.length; i < ii; ++i) {\n if (\n linearRingContainsExtent(\n flatCoordinates,\n ends[i - 1],\n ends[i],\n stride,\n extent\n )\n ) {\n if (\n !intersectsLineString(\n flatCoordinates,\n ends[i - 1],\n ends[i],\n stride,\n extent\n )\n ) {\n return false;\n }\n }\n }\n return true;\n}\n\n/**\n * @param {Array} flatCoordinates Flat coordinates.\n * @param {number} offset Offset.\n * @param {Array>} endss Endss.\n * @param {number} stride Stride.\n * @param {import(\"../../extent.js\").Extent} extent Extent.\n * @return {boolean} True if the geometry and the extent intersect.\n */\nexport function intersectsLinearRingMultiArray(\n flatCoordinates,\n offset,\n endss,\n stride,\n extent\n) {\n for (let i = 0, ii = endss.length; i < ii; ++i) {\n const ends = endss[i];\n if (\n intersectsLinearRingArray(flatCoordinates, offset, ends, stride, extent)\n ) {\n return true;\n }\n offset = ends[ends.length - 1];\n }\n return false;\n}\n","/**\n * @module ol/geom/flat/reverse\n */\n\n/**\n * @param {Array} flatCoordinates Flat coordinates.\n * @param {number} offset Offset.\n * @param {number} end End.\n * @param {number} stride Stride.\n */\nexport function coordinates(flatCoordinates, offset, end, stride) {\n while (offset < end - stride) {\n for (let i = 0; i < stride; ++i) {\n const tmp = flatCoordinates[offset + i];\n flatCoordinates[offset + i] = flatCoordinates[end - stride + i];\n flatCoordinates[end - stride + i] = tmp;\n }\n offset += stride;\n end -= stride;\n }\n}\n","/**\n * @module ol/geom/flat/orient\n */\nimport {coordinates as reverseCoordinates} from './reverse.js';\n\n/**\n * Is the linear ring oriented clockwise in a coordinate system with a bottom-left\n * coordinate origin? For a coordinate system with a top-left coordinate origin,\n * the ring's orientation is clockwise when this function returns false.\n * @param {Array} flatCoordinates Flat coordinates.\n * @param {number} offset Offset.\n * @param {number} end End.\n * @param {number} stride Stride.\n * @return {boolean|undefined} Is clockwise.\n */\nexport function linearRingIsClockwise(flatCoordinates, offset, end, stride) {\n // https://stackoverflow.com/q/1165647/clockwise-method#1165943\n // https://github.com/OSGeo/gdal/blob/master/gdal/ogr/ogrlinearring.cpp\n let edge = 0;\n let x1 = flatCoordinates[end - stride];\n let y1 = flatCoordinates[end - stride + 1];\n for (; offset < end; offset += stride) {\n const x2 = flatCoordinates[offset];\n const y2 = flatCoordinates[offset + 1];\n edge += (x2 - x1) * (y2 + y1);\n x1 = x2;\n y1 = y2;\n }\n return edge === 0 ? undefined : edge > 0;\n}\n\n/**\n * Determines if linear rings are oriented. By default, left-hand orientation\n * is tested (first ring must be clockwise, remaining rings counter-clockwise).\n * To test for right-hand orientation, use the `right` argument.\n *\n * @param {Array} flatCoordinates Flat coordinates.\n * @param {number} offset Offset.\n * @param {Array} ends Array of end indexes.\n * @param {number} stride Stride.\n * @param {boolean} [right] Test for right-hand orientation\n * (counter-clockwise exterior ring and clockwise interior rings).\n * @return {boolean} Rings are correctly oriented.\n */\nexport function linearRingsAreOriented(\n flatCoordinates,\n offset,\n ends,\n stride,\n right\n) {\n right = right !== undefined ? right : false;\n for (let i = 0, ii = ends.length; i < ii; ++i) {\n const end = ends[i];\n const isClockwise = linearRingIsClockwise(\n flatCoordinates,\n offset,\n end,\n stride\n );\n if (i === 0) {\n if ((right && isClockwise) || (!right && !isClockwise)) {\n return false;\n }\n } else {\n if ((right && !isClockwise) || (!right && isClockwise)) {\n return false;\n }\n }\n offset = end;\n }\n return true;\n}\n\n/**\n * Determines if linear rings are oriented. By default, left-hand orientation\n * is tested (first ring must be clockwise, remaining rings counter-clockwise).\n * To test for right-hand orientation, use the `right` argument.\n *\n * @param {Array} flatCoordinates Flat coordinates.\n * @param {number} offset Offset.\n * @param {Array>} endss Array of array of end indexes.\n * @param {number} stride Stride.\n * @param {boolean} [right] Test for right-hand orientation\n * (counter-clockwise exterior ring and clockwise interior rings).\n * @return {boolean} Rings are correctly oriented.\n */\nexport function linearRingssAreOriented(\n flatCoordinates,\n offset,\n endss,\n stride,\n right\n) {\n for (let i = 0, ii = endss.length; i < ii; ++i) {\n const ends = endss[i];\n if (!linearRingsAreOriented(flatCoordinates, offset, ends, stride, right)) {\n return false;\n }\n if (ends.length) {\n offset = ends[ends.length - 1];\n }\n }\n return true;\n}\n\n/**\n * Orient coordinates in a flat array of linear rings. By default, rings\n * are oriented following the left-hand rule (clockwise for exterior and\n * counter-clockwise for interior rings). To orient according to the\n * right-hand rule, use the `right` argument.\n *\n * @param {Array} flatCoordinates Flat coordinates.\n * @param {number} offset Offset.\n * @param {Array} ends Ends.\n * @param {number} stride Stride.\n * @param {boolean} [right] Follow the right-hand rule for orientation.\n * @return {number} End.\n */\nexport function orientLinearRings(\n flatCoordinates,\n offset,\n ends,\n stride,\n right\n) {\n right = right !== undefined ? right : false;\n for (let i = 0, ii = ends.length; i < ii; ++i) {\n const end = ends[i];\n const isClockwise = linearRingIsClockwise(\n flatCoordinates,\n offset,\n end,\n stride\n );\n const reverse =\n i === 0\n ? (right && isClockwise) || (!right && !isClockwise)\n : (right && !isClockwise) || (!right && isClockwise);\n if (reverse) {\n reverseCoordinates(flatCoordinates, offset, end, stride);\n }\n offset = end;\n }\n return offset;\n}\n\n/**\n * Orient coordinates in a flat array of linear rings. By default, rings\n * are oriented following the left-hand rule (clockwise for exterior and\n * counter-clockwise for interior rings). To orient according to the\n * right-hand rule, use the `right` argument.\n *\n * @param {Array} flatCoordinates Flat coordinates.\n * @param {number} offset Offset.\n * @param {Array>} endss Array of array of end indexes.\n * @param {number} stride Stride.\n * @param {boolean} [right] Follow the right-hand rule for orientation.\n * @return {number} End.\n */\nexport function orientLinearRingsArray(\n flatCoordinates,\n offset,\n endss,\n stride,\n right\n) {\n for (let i = 0, ii = endss.length; i < ii; ++i) {\n offset = orientLinearRings(\n flatCoordinates,\n offset,\n endss[i],\n stride,\n right\n );\n }\n return offset;\n}\n\n/**\n * Return a two-dimensional endss\n * @param {Array} flatCoordinates Flat coordinates\n * @param {Array} ends Linear ring end indexes\n * @return {Array>} Two dimensional endss array that can\n * be used to construct a MultiPolygon\n */\nexport function inflateEnds(flatCoordinates, ends) {\n const endss = [];\n let offset = 0;\n let prevEndIndex = 0;\n let startOrientation;\n for (let i = 0, ii = ends.length; i < ii; ++i) {\n const end = ends[i];\n // classifies an array of rings into polygons with outer rings and holes\n const orientation = linearRingIsClockwise(flatCoordinates, offset, end, 2);\n if (startOrientation === undefined) {\n startOrientation = orientation;\n }\n if (orientation === startOrientation) {\n endss.push(ends.slice(prevEndIndex, i + 1));\n } else {\n if (endss.length === 0) {\n continue;\n }\n endss[endss.length - 1].push(ends[prevEndIndex]);\n }\n prevEndIndex = i + 1;\n offset = end;\n }\n return endss;\n}\n","/**\n * @module ol/geom/Polygon\n */\nimport LinearRing from './LinearRing.js';\nimport Point from './Point.js';\nimport SimpleGeometry from './SimpleGeometry.js';\nimport {arrayMaxSquaredDelta, assignClosestArrayPoint} from './flat/closest.js';\nimport {closestSquaredDistanceXY, getCenter, isEmpty} from '../extent.js';\nimport {deflateCoordinatesArray} from './flat/deflate.js';\nimport {extend} from '../array.js';\nimport {getInteriorPointOfArray} from './flat/interiorpoint.js';\nimport {inflateCoordinatesArray} from './flat/inflate.js';\nimport {intersectsLinearRingArray} from './flat/intersectsextent.js';\nimport {linearRingsAreOriented, orientLinearRings} from './flat/orient.js';\nimport {linearRings as linearRingsArea} from './flat/area.js';\nimport {linearRingsContainsXY} from './flat/contains.js';\nimport {modulo} from '../math.js';\nimport {quantizeArray} from './flat/simplify.js';\nimport {offset as sphereOffset} from '../sphere.js';\n\n/**\n * @classdesc\n * Polygon geometry.\n *\n * @api\n */\nclass Polygon extends SimpleGeometry {\n /**\n * @param {!Array>|!Array} coordinates\n * Array of linear rings that define the polygon. The first linear ring of the\n * array defines the outer-boundary or surface of the polygon. Each subsequent\n * linear ring defines a hole in the surface of the polygon. A linear ring is\n * an array of vertices' coordinates where the first coordinate and the last are\n * equivalent. (For internal use, flat coordinates in combination with\n * `layout` and `ends` are also accepted.)\n * @param {import(\"./Geometry.js\").GeometryLayout} [layout] Layout.\n * @param {Array} [ends] Ends (for internal use with flat coordinates).\n */\n constructor(coordinates, layout, ends) {\n super();\n\n /**\n * @type {Array}\n * @private\n */\n this.ends_ = [];\n\n /**\n * @private\n * @type {number}\n */\n this.flatInteriorPointRevision_ = -1;\n\n /**\n * @private\n * @type {import(\"../coordinate.js\").Coordinate|null}\n */\n this.flatInteriorPoint_ = null;\n\n /**\n * @private\n * @type {number}\n */\n this.maxDelta_ = -1;\n\n /**\n * @private\n * @type {number}\n */\n this.maxDeltaRevision_ = -1;\n\n /**\n * @private\n * @type {number}\n */\n this.orientedRevision_ = -1;\n\n /**\n * @private\n * @type {Array|null}\n */\n this.orientedFlatCoordinates_ = null;\n\n if (layout !== undefined && ends) {\n this.setFlatCoordinates(\n layout,\n /** @type {Array} */ (coordinates)\n );\n this.ends_ = ends;\n } else {\n this.setCoordinates(\n /** @type {Array>} */ (\n coordinates\n ),\n layout\n );\n }\n }\n\n /**\n * Append the passed linear ring to this polygon.\n * @param {LinearRing} linearRing Linear ring.\n * @api\n */\n appendLinearRing(linearRing) {\n if (!this.flatCoordinates) {\n this.flatCoordinates = linearRing.getFlatCoordinates().slice();\n } else {\n extend(this.flatCoordinates, linearRing.getFlatCoordinates());\n }\n this.ends_.push(this.flatCoordinates.length);\n this.changed();\n }\n\n /**\n * Make a complete copy of the geometry.\n * @return {!Polygon} Clone.\n * @api\n */\n clone() {\n const polygon = new Polygon(\n this.flatCoordinates.slice(),\n this.layout,\n this.ends_.slice()\n );\n polygon.applyProperties(this);\n return polygon;\n }\n\n /**\n * @param {number} x X.\n * @param {number} y Y.\n * @param {import(\"../coordinate.js\").Coordinate} closestPoint Closest point.\n * @param {number} minSquaredDistance Minimum squared distance.\n * @return {number} Minimum squared distance.\n */\n closestPointXY(x, y, closestPoint, minSquaredDistance) {\n if (minSquaredDistance < closestSquaredDistanceXY(this.getExtent(), x, y)) {\n return minSquaredDistance;\n }\n if (this.maxDeltaRevision_ != this.getRevision()) {\n this.maxDelta_ = Math.sqrt(\n arrayMaxSquaredDelta(\n this.flatCoordinates,\n 0,\n this.ends_,\n this.stride,\n 0\n )\n );\n this.maxDeltaRevision_ = this.getRevision();\n }\n return assignClosestArrayPoint(\n this.flatCoordinates,\n 0,\n this.ends_,\n this.stride,\n this.maxDelta_,\n true,\n x,\n y,\n closestPoint,\n minSquaredDistance\n );\n }\n\n /**\n * @param {number} x X.\n * @param {number} y Y.\n * @return {boolean} Contains (x, y).\n */\n containsXY(x, y) {\n return linearRingsContainsXY(\n this.getOrientedFlatCoordinates(),\n 0,\n this.ends_,\n this.stride,\n x,\n y\n );\n }\n\n /**\n * Return the area of the polygon on projected plane.\n * @return {number} Area (on projected plane).\n * @api\n */\n getArea() {\n return linearRingsArea(\n this.getOrientedFlatCoordinates(),\n 0,\n this.ends_,\n this.stride\n );\n }\n\n /**\n * Get the coordinate array for this geometry. This array has the structure\n * of a GeoJSON coordinate array for polygons.\n *\n * @param {boolean} [right] Orient coordinates according to the right-hand\n * rule (counter-clockwise for exterior and clockwise for interior rings).\n * If `false`, coordinates will be oriented according to the left-hand rule\n * (clockwise for exterior and counter-clockwise for interior rings).\n * By default, coordinate orientation will depend on how the geometry was\n * constructed.\n * @return {Array>} Coordinates.\n * @api\n */\n getCoordinates(right) {\n let flatCoordinates;\n if (right !== undefined) {\n flatCoordinates = this.getOrientedFlatCoordinates().slice();\n orientLinearRings(flatCoordinates, 0, this.ends_, this.stride, right);\n } else {\n flatCoordinates = this.flatCoordinates;\n }\n\n return inflateCoordinatesArray(flatCoordinates, 0, this.ends_, this.stride);\n }\n\n /**\n * @return {Array} Ends.\n */\n getEnds() {\n return this.ends_;\n }\n\n /**\n * @return {Array} Interior point.\n */\n getFlatInteriorPoint() {\n if (this.flatInteriorPointRevision_ != this.getRevision()) {\n const flatCenter = getCenter(this.getExtent());\n this.flatInteriorPoint_ = getInteriorPointOfArray(\n this.getOrientedFlatCoordinates(),\n 0,\n this.ends_,\n this.stride,\n flatCenter,\n 0\n );\n this.flatInteriorPointRevision_ = this.getRevision();\n }\n return /** @type {import(\"../coordinate.js\").Coordinate} */ (\n this.flatInteriorPoint_\n );\n }\n\n /**\n * Return an interior point of the polygon.\n * @return {Point} Interior point as XYM coordinate, where M is the\n * length of the horizontal intersection that the point belongs to.\n * @api\n */\n getInteriorPoint() {\n return new Point(this.getFlatInteriorPoint(), 'XYM');\n }\n\n /**\n * Return the number of rings of the polygon, this includes the exterior\n * ring and any interior rings.\n *\n * @return {number} Number of rings.\n * @api\n */\n getLinearRingCount() {\n return this.ends_.length;\n }\n\n /**\n * Return the Nth linear ring of the polygon geometry. Return `null` if the\n * given index is out of range.\n * The exterior linear ring is available at index `0` and the interior rings\n * at index `1` and beyond.\n *\n * @param {number} index Index.\n * @return {LinearRing|null} Linear ring.\n * @api\n */\n getLinearRing(index) {\n if (index < 0 || this.ends_.length <= index) {\n return null;\n }\n return new LinearRing(\n this.flatCoordinates.slice(\n index === 0 ? 0 : this.ends_[index - 1],\n this.ends_[index]\n ),\n this.layout\n );\n }\n\n /**\n * Return the linear rings of the polygon.\n * @return {Array} Linear rings.\n * @api\n */\n getLinearRings() {\n const layout = this.layout;\n const flatCoordinates = this.flatCoordinates;\n const ends = this.ends_;\n const linearRings = [];\n let offset = 0;\n for (let i = 0, ii = ends.length; i < ii; ++i) {\n const end = ends[i];\n const linearRing = new LinearRing(\n flatCoordinates.slice(offset, end),\n layout\n );\n linearRings.push(linearRing);\n offset = end;\n }\n return linearRings;\n }\n\n /**\n * @return {Array} Oriented flat coordinates.\n */\n getOrientedFlatCoordinates() {\n if (this.orientedRevision_ != this.getRevision()) {\n const flatCoordinates = this.flatCoordinates;\n if (linearRingsAreOriented(flatCoordinates, 0, this.ends_, this.stride)) {\n this.orientedFlatCoordinates_ = flatCoordinates;\n } else {\n this.orientedFlatCoordinates_ = flatCoordinates.slice();\n this.orientedFlatCoordinates_.length = orientLinearRings(\n this.orientedFlatCoordinates_,\n 0,\n this.ends_,\n this.stride\n );\n }\n this.orientedRevision_ = this.getRevision();\n }\n return /** @type {Array} */ (this.orientedFlatCoordinates_);\n }\n\n /**\n * @param {number} squaredTolerance Squared tolerance.\n * @return {Polygon} Simplified Polygon.\n * @protected\n */\n getSimplifiedGeometryInternal(squaredTolerance) {\n /** @type {Array} */\n const simplifiedFlatCoordinates = [];\n /** @type {Array} */\n const simplifiedEnds = [];\n simplifiedFlatCoordinates.length = quantizeArray(\n this.flatCoordinates,\n 0,\n this.ends_,\n this.stride,\n Math.sqrt(squaredTolerance),\n simplifiedFlatCoordinates,\n 0,\n simplifiedEnds\n );\n return new Polygon(simplifiedFlatCoordinates, 'XY', simplifiedEnds);\n }\n\n /**\n * Get the type of this geometry.\n * @return {import(\"./Geometry.js\").Type} Geometry type.\n * @api\n */\n getType() {\n return 'Polygon';\n }\n\n /**\n * Test if the geometry and the passed extent intersect.\n * @param {import(\"../extent.js\").Extent} extent Extent.\n * @return {boolean} `true` if the geometry and the extent intersect.\n * @api\n */\n intersectsExtent(extent) {\n return intersectsLinearRingArray(\n this.getOrientedFlatCoordinates(),\n 0,\n this.ends_,\n this.stride,\n extent\n );\n }\n\n /**\n * Set the coordinates of the polygon.\n * @param {!Array>} coordinates Coordinates.\n * @param {import(\"./Geometry.js\").GeometryLayout} [layout] Layout.\n * @api\n */\n setCoordinates(coordinates, layout) {\n this.setLayout(layout, coordinates, 2);\n if (!this.flatCoordinates) {\n this.flatCoordinates = [];\n }\n const ends = deflateCoordinatesArray(\n this.flatCoordinates,\n 0,\n coordinates,\n this.stride,\n this.ends_\n );\n this.flatCoordinates.length = ends.length === 0 ? 0 : ends[ends.length - 1];\n this.changed();\n }\n}\n\nexport default Polygon;\n\n/**\n * Create an approximation of a circle on the surface of a sphere.\n * @param {import(\"../coordinate.js\").Coordinate} center Center (`[lon, lat]` in degrees).\n * @param {number} radius The great-circle distance from the center to\n * the polygon vertices in meters.\n * @param {number} [n] Optional number of vertices for the resulting\n * polygon. Default is `32`.\n * @param {number} [sphereRadius] Optional radius for the sphere (defaults to\n * the Earth's mean radius using the WGS84 ellipsoid).\n * @return {Polygon} The \"circular\" polygon.\n * @api\n */\nexport function circular(center, radius, n, sphereRadius) {\n n = n ? n : 32;\n /** @type {Array} */\n const flatCoordinates = [];\n for (let i = 0; i < n; ++i) {\n extend(\n flatCoordinates,\n sphereOffset(center, radius, (2 * Math.PI * i) / n, sphereRadius)\n );\n }\n flatCoordinates.push(flatCoordinates[0], flatCoordinates[1]);\n return new Polygon(flatCoordinates, 'XY', [flatCoordinates.length]);\n}\n\n/**\n * Create a polygon from an extent. The layout used is `XY`.\n * @param {import(\"../extent.js\").Extent} extent The extent.\n * @return {Polygon} The polygon.\n * @api\n */\nexport function fromExtent(extent) {\n if (isEmpty(extent)) {\n throw new Error('Cannot create polygon from empty extent');\n }\n const minX = extent[0];\n const minY = extent[1];\n const maxX = extent[2];\n const maxY = extent[3];\n const flatCoordinates = [\n minX,\n minY,\n minX,\n maxY,\n maxX,\n maxY,\n maxX,\n minY,\n minX,\n minY,\n ];\n return new Polygon(flatCoordinates, 'XY', [flatCoordinates.length]);\n}\n\n/**\n * Create a regular polygon from a circle.\n * @param {import(\"./Circle.js\").default} circle Circle geometry.\n * @param {number} [sides] Number of sides of the polygon. Default is 32.\n * @param {number} [angle] Start angle for the first vertex of the polygon in\n * counter-clockwise radians. 0 means East. Default is 0.\n * @return {Polygon} Polygon geometry.\n * @api\n */\nexport function fromCircle(circle, sides, angle) {\n sides = sides ? sides : 32;\n const stride = circle.getStride();\n const layout = circle.getLayout();\n const center = circle.getCenter();\n const arrayLength = stride * (sides + 1);\n const flatCoordinates = new Array(arrayLength);\n for (let i = 0; i < arrayLength; i += stride) {\n flatCoordinates[i] = 0;\n flatCoordinates[i + 1] = 0;\n for (let j = 2; j < stride; j++) {\n flatCoordinates[i + j] = center[j];\n }\n }\n const ends = [flatCoordinates.length];\n const polygon = new Polygon(flatCoordinates, layout, ends);\n makeRegular(polygon, center, circle.getRadius(), angle);\n return polygon;\n}\n\n/**\n * Modify the coordinates of a polygon to make it a regular polygon.\n * @param {Polygon} polygon Polygon geometry.\n * @param {import(\"../coordinate.js\").Coordinate} center Center of the regular polygon.\n * @param {number} radius Radius of the regular polygon.\n * @param {number} [angle] Start angle for the first vertex of the polygon in\n * counter-clockwise radians. 0 means East. Default is 0.\n */\nexport function makeRegular(polygon, center, radius, angle) {\n const flatCoordinates = polygon.getFlatCoordinates();\n const stride = polygon.getStride();\n const sides = flatCoordinates.length / stride - 1;\n const startAngle = angle ? angle : 0;\n for (let i = 0; i <= sides; ++i) {\n const offset = i * stride;\n const angle = startAngle + (modulo(i, sides) * 2 * Math.PI) / sides;\n flatCoordinates[offset] = center[0] + radius * Math.cos(angle);\n flatCoordinates[offset + 1] = center[1] + radius * Math.sin(angle);\n }\n polygon.changed();\n}\n","/**\n * @module ol/Geolocation\n */\nimport BaseEvent from './events/Event.js';\nimport BaseObject from './Object.js';\nimport {circular as circularPolygon} from './geom/Polygon.js';\nimport {\n get as getProjection,\n getTransformFromProjections,\n identityTransform,\n} from './proj.js';\nimport {toRadians} from './math.js';\n\n/**\n * @enum {string}\n */\nconst Property = {\n ACCURACY: 'accuracy',\n ACCURACY_GEOMETRY: 'accuracyGeometry',\n ALTITUDE: 'altitude',\n ALTITUDE_ACCURACY: 'altitudeAccuracy',\n HEADING: 'heading',\n POSITION: 'position',\n PROJECTION: 'projection',\n SPEED: 'speed',\n TRACKING: 'tracking',\n TRACKING_OPTIONS: 'trackingOptions',\n};\n\n/**\n * @enum string\n */\nconst GeolocationErrorType = {\n /**\n * Triggered when a `GeolocationPositionError` occurs.\n * @event module:ol/Geolocation.GeolocationError#error\n * @api\n */\n ERROR: 'error',\n};\n\n/**\n * @classdesc\n * Events emitted on [GeolocationPositionError](https://developer.mozilla.org/en-US/docs/Web/API/GeolocationPositionError).\n */\nexport class GeolocationError extends BaseEvent {\n /**\n * @param {GeolocationPositionError} error error object.\n */\n constructor(error) {\n super(GeolocationErrorType.ERROR);\n\n /**\n * Code of the underlying `GeolocationPositionError`.\n * @type {number}\n * @api\n */\n this.code = error.code;\n\n /**\n * Message of the underlying `GeolocationPositionError`.\n * @type {string}\n * @api\n */\n this.message = error.message;\n }\n}\n\n/**\n * @typedef {Object} Options\n * @property {boolean} [tracking=false] Start Tracking right after\n * instantiation.\n * @property {PositionOptions} [trackingOptions] Tracking options.\n * See https://www.w3.org/TR/geolocation-API/#position_options_interface.\n * @property {import(\"./proj.js\").ProjectionLike} [projection] The projection the position\n * is reported in.\n */\n\n/**\n * @typedef {import(\"./ObjectEventType\").Types|'change:accuracy'|'change:accuracyGeometry'|'change:altitude'|\n * 'change:altitudeAccuracy'|'change:heading'|'change:position'|'change:projection'|'change:speed'|'change:tracking'|\n * 'change:trackingOptions'} GeolocationObjectEventTypes\n */\n\n/***\n * @template Return\n * @typedef {import(\"./Observable\").OnSignature &\n * import(\"./Observable\").OnSignature<'error', GeolocationError, Return> &\n * import(\"./Observable\").CombinedOnSignature &\n * import(\"./Observable\").OnSignature} GeolocationOnSignature\n */\n\n/**\n * @classdesc\n * Helper class for providing HTML5 Geolocation capabilities.\n * The [Geolocation API](https://www.w3.org/TR/geolocation-API/)\n * is used to locate a user's position.\n *\n * To get notified of position changes and errors, register listeners for the generic\n * `change` event and the `error` event on your instance of {@link module:ol/Geolocation~Geolocation}.\n *\n * Example:\n *\n * const geolocation = new Geolocation({\n * // take the projection to use from the map's view\n * projection: view.getProjection()\n * });\n * // listen to changes in position\n * geolocation.on('change', function(evt) {\n * console.log(geolocation.getPosition());\n * });\n * // listen to error\n * geolocation.on('error', function(evt) {\n * window.console.log(evt.message);\n * });\n *\n * @fires GeolocationError\n * @api\n */\nclass Geolocation extends BaseObject {\n /**\n * @param {Options} [options] Options.\n */\n constructor(options) {\n super();\n\n /***\n * @type {GeolocationOnSignature}\n */\n this.on;\n\n /***\n * @type {GeolocationOnSignature}\n */\n this.once;\n\n /***\n * @type {GeolocationOnSignature}\n */\n this.un;\n\n options = options || {};\n\n /**\n * The unprojected (EPSG:4326) device position.\n * @private\n * @type {?import(\"./coordinate.js\").Coordinate}\n */\n this.position_ = null;\n\n /**\n * @private\n * @type {import(\"./proj.js\").TransformFunction}\n */\n this.transform_ = identityTransform;\n\n /**\n * @private\n * @type {number|undefined}\n */\n this.watchId_ = undefined;\n\n this.addChangeListener(Property.PROJECTION, this.handleProjectionChanged_);\n this.addChangeListener(Property.TRACKING, this.handleTrackingChanged_);\n\n if (options.projection !== undefined) {\n this.setProjection(options.projection);\n }\n if (options.trackingOptions !== undefined) {\n this.setTrackingOptions(options.trackingOptions);\n }\n\n this.setTracking(options.tracking !== undefined ? options.tracking : false);\n }\n\n /**\n * Clean up.\n */\n disposeInternal() {\n this.setTracking(false);\n super.disposeInternal();\n }\n\n /**\n * @private\n */\n handleProjectionChanged_() {\n const projection = this.getProjection();\n if (projection) {\n this.transform_ = getTransformFromProjections(\n getProjection('EPSG:4326'),\n projection\n );\n if (this.position_) {\n this.set(Property.POSITION, this.transform_(this.position_));\n }\n }\n }\n\n /**\n * @private\n */\n handleTrackingChanged_() {\n if ('geolocation' in navigator) {\n const tracking = this.getTracking();\n if (tracking && this.watchId_ === undefined) {\n this.watchId_ = navigator.geolocation.watchPosition(\n this.positionChange_.bind(this),\n this.positionError_.bind(this),\n this.getTrackingOptions()\n );\n } else if (!tracking && this.watchId_ !== undefined) {\n navigator.geolocation.clearWatch(this.watchId_);\n this.watchId_ = undefined;\n }\n }\n }\n\n /**\n * @private\n * @param {GeolocationPosition} position position event.\n */\n positionChange_(position) {\n const coords = position.coords;\n this.set(Property.ACCURACY, coords.accuracy);\n this.set(\n Property.ALTITUDE,\n coords.altitude === null ? undefined : coords.altitude\n );\n this.set(\n Property.ALTITUDE_ACCURACY,\n coords.altitudeAccuracy === null ? undefined : coords.altitudeAccuracy\n );\n this.set(\n Property.HEADING,\n coords.heading === null ? undefined : toRadians(coords.heading)\n );\n if (!this.position_) {\n this.position_ = [coords.longitude, coords.latitude];\n } else {\n this.position_[0] = coords.longitude;\n this.position_[1] = coords.latitude;\n }\n const projectedPosition = this.transform_(this.position_);\n this.set(Property.POSITION, projectedPosition.slice());\n this.set(Property.SPEED, coords.speed === null ? undefined : coords.speed);\n const geometry = circularPolygon(this.position_, coords.accuracy);\n geometry.applyTransform(this.transform_);\n this.set(Property.ACCURACY_GEOMETRY, geometry);\n this.changed();\n }\n\n /**\n * @private\n * @param {GeolocationPositionError} error error object.\n */\n positionError_(error) {\n this.dispatchEvent(new GeolocationError(error));\n }\n\n /**\n * Get the accuracy of the position in meters.\n * @return {number|undefined} The accuracy of the position measurement in\n * meters.\n * @observable\n * @api\n */\n getAccuracy() {\n return /** @type {number|undefined} */ (this.get(Property.ACCURACY));\n }\n\n /**\n * Get a geometry of the position accuracy.\n * @return {?import(\"./geom/Polygon.js\").default} A geometry of the position accuracy.\n * @observable\n * @api\n */\n getAccuracyGeometry() {\n return /** @type {?import(\"./geom/Polygon.js\").default} */ (\n this.get(Property.ACCURACY_GEOMETRY) || null\n );\n }\n\n /**\n * Get the altitude associated with the position.\n * @return {number|undefined} The altitude of the position in meters above mean\n * sea level.\n * @observable\n * @api\n */\n getAltitude() {\n return /** @type {number|undefined} */ (this.get(Property.ALTITUDE));\n }\n\n /**\n * Get the altitude accuracy of the position.\n * @return {number|undefined} The accuracy of the altitude measurement in\n * meters.\n * @observable\n * @api\n */\n getAltitudeAccuracy() {\n return /** @type {number|undefined} */ (\n this.get(Property.ALTITUDE_ACCURACY)\n );\n }\n\n /**\n * Get the heading as radians clockwise from North.\n * Note: depending on the browser, the heading is only defined if the `enableHighAccuracy`\n * is set to `true` in the tracking options.\n * @return {number|undefined} The heading of the device in radians from north.\n * @observable\n * @api\n */\n getHeading() {\n return /** @type {number|undefined} */ (this.get(Property.HEADING));\n }\n\n /**\n * Get the position of the device.\n * @return {import(\"./coordinate.js\").Coordinate|undefined} The current position of the device reported\n * in the current projection.\n * @observable\n * @api\n */\n getPosition() {\n return /** @type {import(\"./coordinate.js\").Coordinate|undefined} */ (\n this.get(Property.POSITION)\n );\n }\n\n /**\n * Get the projection associated with the position.\n * @return {import(\"./proj/Projection.js\").default|undefined} The projection the position is\n * reported in.\n * @observable\n * @api\n */\n getProjection() {\n return /** @type {import(\"./proj/Projection.js\").default|undefined} */ (\n this.get(Property.PROJECTION)\n );\n }\n\n /**\n * Get the speed in meters per second.\n * @return {number|undefined} The instantaneous speed of the device in meters\n * per second.\n * @observable\n * @api\n */\n getSpeed() {\n return /** @type {number|undefined} */ (this.get(Property.SPEED));\n }\n\n /**\n * Determine if the device location is being tracked.\n * @return {boolean} The device location is being tracked.\n * @observable\n * @api\n */\n getTracking() {\n return /** @type {boolean} */ (this.get(Property.TRACKING));\n }\n\n /**\n * Get the tracking options.\n * See https://www.w3.org/TR/geolocation-API/#position-options.\n * @return {PositionOptions|undefined} PositionOptions as defined by\n * the [HTML5 Geolocation spec\n * ](https://www.w3.org/TR/geolocation-API/#position_options_interface).\n * @observable\n * @api\n */\n getTrackingOptions() {\n return /** @type {PositionOptions|undefined} */ (\n this.get(Property.TRACKING_OPTIONS)\n );\n }\n\n /**\n * Set the projection to use for transforming the coordinates.\n * @param {import(\"./proj.js\").ProjectionLike} projection The projection the position is\n * reported in.\n * @observable\n * @api\n */\n setProjection(projection) {\n this.set(Property.PROJECTION, getProjection(projection));\n }\n\n /**\n * Enable or disable tracking.\n * @param {boolean} tracking Enable tracking.\n * @observable\n * @api\n */\n setTracking(tracking) {\n this.set(Property.TRACKING, tracking);\n }\n\n /**\n * Set the tracking options.\n * See http://www.w3.org/TR/geolocation-API/#position-options.\n * @param {PositionOptions} options PositionOptions as defined by the\n * [HTML5 Geolocation spec\n * ](http://www.w3.org/TR/geolocation-API/#position_options_interface).\n * @observable\n * @api\n */\n setTrackingOptions(options) {\n this.set(Property.TRACKING_OPTIONS, options);\n }\n}\n\nexport default Geolocation;\n","/**\n * @module ol/ImageState\n */\n\n/**\n * @enum {number}\n */\nexport default {\n IDLE: 0,\n LOADING: 1,\n LOADED: 2,\n ERROR: 3,\n EMPTY: 4,\n};\n","/**\n * @module ol/Image\n */\nimport EventTarget from './events/Target.js';\nimport EventType from './events/EventType.js';\nimport ImageState from './ImageState.js';\nimport {CREATE_IMAGE_BITMAP, IMAGE_DECODE} from './has.js';\nimport {listenOnce, unlistenByKey} from './events.js';\nimport {toPromise} from './functions.js';\n\n/**\n * A function that takes an {@link module:ol/Image~ImageWrapper} for the image and a\n * `{string}` for the src as arguments. It is supposed to make it so the\n * underlying image {@link module:ol/Image~ImageWrapper#getImage} is assigned the\n * content specified by the src. If not specified, the default is\n *\n * function(image, src) {\n * image.getImage().src = src;\n * }\n *\n * Providing a custom `imageLoadFunction` can be useful to load images with\n * post requests or - in general - through XHR requests, where the src of the\n * image element would be set to a data URI when the content is loaded.\n *\n * @typedef {function(import(\"./Image.js\").default, string): void} LoadFunction\n * @api\n */\n\n/**\n * @typedef {Object} ImageObject\n * @property {import(\"./extent.js\").Extent} [extent] Extent, if different from the requested one.\n * @property {import(\"./resolution.js\").ResolutionLike} [resolution] Resolution, if different from the requested one.\n * When x and y resolution are different, use the array type (`[xResolution, yResolution]`).\n * @property {number} [pixelRatio] Pixel ratio, if different from the requested one.\n * @property {import('./DataTile.js').ImageLike} image Image.\n */\n\n/**\n * Loader function used for image sources. Receives extent, resolution and pixel ratio as arguments.\n * For images that cover any extent and resolution (static images), the loader function should not accept\n * any arguments. The function returns an {@link import(\"./DataTile.js\").ImageLike image}, an\n * {@link import(\"./Image.js\").ImageObject image object}, or a promise for the same.\n * For loaders that generate images, the promise should not resolve until the image is loaded.\n * If the returned image does not match the extent, resolution or pixel ratio passed to the loader,\n * it has to return an {@link import(\"./Image.js\").ImageObject image object} with the `image` and the\n * correct `extent`, `resolution` and `pixelRatio`.\n *\n * @typedef {function(import(\"./extent.js\").Extent, number, number, (function(HTMLImageElement, string): void)=): import(\"./DataTile.js\").ImageLike|ImageObject|Promise} Loader\n * @api\n */\n\n/**\n * Loader function used for image sources. Receives extent, resolution and pixel ratio as arguments.\n * The function returns a promise for an {@link import(\"./Image.js\").ImageObject image object}.\n *\n * @typedef {function(import(\"./extent.js\").Extent, number, number, (function(HTMLImageElement, string): void)=): import(\"./DataTile.js\").ImageLike|ImageObject|Promise} ImageObjectPromiseLoader\n */\n\nclass ImageWrapper extends EventTarget {\n /**\n * @param {import(\"./extent.js\").Extent} extent Extent.\n * @param {number|Array|undefined} resolution Resolution. If provided as array, x and y\n * resolution will be assumed.\n * @param {number} pixelRatio Pixel ratio.\n * @param {import(\"./ImageState.js\").default|import(\"./Image.js\").Loader} stateOrLoader State.\n */\n constructor(extent, resolution, pixelRatio, stateOrLoader) {\n super();\n\n /**\n * @protected\n * @type {import(\"./extent.js\").Extent}\n */\n this.extent = extent;\n\n /**\n * @private\n * @type {number}\n */\n this.pixelRatio_ = pixelRatio;\n\n /**\n * @protected\n * @type {number|Array|undefined}\n */\n this.resolution = resolution;\n\n /**\n * @protected\n * @type {import(\"./ImageState.js\").default}\n */\n this.state =\n typeof stateOrLoader === 'function' ? ImageState.IDLE : stateOrLoader;\n\n /**\n * @private\n * @type {import('./DataTile.js').ImageLike|null}\n */\n this.image_ = null;\n\n /**\n * @protected\n * @type {import(\"./Image.js\").Loader}\n */\n this.loader = typeof stateOrLoader === 'function' ? stateOrLoader : null;\n }\n\n /**\n * @protected\n */\n changed() {\n this.dispatchEvent(EventType.CHANGE);\n }\n\n /**\n * @return {import(\"./extent.js\").Extent} Extent.\n */\n getExtent() {\n return this.extent;\n }\n\n /**\n * @return {import('./DataTile.js').ImageLike} Image.\n */\n getImage() {\n return this.image_;\n }\n\n /**\n * @return {number} PixelRatio.\n */\n getPixelRatio() {\n return this.pixelRatio_;\n }\n\n /**\n * @return {number|Array} Resolution.\n */\n getResolution() {\n return /** @type {number} */ (this.resolution);\n }\n\n /**\n * @return {import(\"./ImageState.js\").default} State.\n */\n getState() {\n return this.state;\n }\n\n /**\n * Load not yet loaded URI.\n */\n load() {\n if (this.state == ImageState.IDLE) {\n if (this.loader) {\n this.state = ImageState.LOADING;\n this.changed();\n const resolution = this.getResolution();\n const requestResolution = Array.isArray(resolution)\n ? resolution[0]\n : resolution;\n toPromise(() =>\n this.loader(this.getExtent(), requestResolution, this.getPixelRatio())\n )\n .then((image) => {\n if ('image' in image) {\n this.image_ = image.image;\n }\n if ('extent' in image) {\n this.extent = image.extent;\n }\n if ('resolution' in image) {\n this.resolution = image.resolution;\n }\n if ('pixelRatio' in image) {\n this.pixelRatio_ = image.pixelRatio;\n }\n if (\n image instanceof HTMLImageElement ||\n image instanceof ImageBitmap ||\n image instanceof HTMLCanvasElement ||\n image instanceof HTMLVideoElement\n ) {\n this.image_ = image;\n }\n this.state = ImageState.LOADED;\n })\n .catch((error) => {\n this.state = ImageState.ERROR;\n console.error(error); // eslint-disable-line no-console\n })\n .finally(() => this.changed());\n }\n }\n }\n\n /**\n * @param {import('./DataTile.js').ImageLike} image The image.\n */\n setImage(image) {\n this.image_ = image;\n }\n\n /**\n * @param {number|Array} resolution Resolution.\n */\n setResolution(resolution) {\n this.resolution = resolution;\n }\n}\n\n/**\n * @param {import('./DataTile.js').ImageLike} image Image element.\n * @param {function():any} loadHandler Load callback function.\n * @param {function():any} errorHandler Error callback function.\n * @return {function():void} Callback to stop listening.\n */\nexport function listenImage(image, loadHandler, errorHandler) {\n const img = /** @type {HTMLImageElement} */ (image);\n let listening = true;\n let decoding = false;\n let loaded = false;\n\n const listenerKeys = [\n listenOnce(img, EventType.LOAD, function () {\n loaded = true;\n if (!decoding) {\n loadHandler();\n }\n }),\n ];\n\n if (img.src && IMAGE_DECODE) {\n decoding = true;\n img\n .decode()\n .then(function () {\n if (listening) {\n loadHandler();\n }\n })\n .catch(function (error) {\n if (listening) {\n if (loaded) {\n loadHandler();\n } else {\n errorHandler();\n }\n }\n });\n } else {\n listenerKeys.push(listenOnce(img, EventType.ERROR, errorHandler));\n }\n\n return function unlisten() {\n listening = false;\n listenerKeys.forEach(unlistenByKey);\n };\n}\n\n/**\n * Loads an image.\n * @param {HTMLImageElement} image Image, not yet loaded.\n * @param {string} [src] `src` attribute of the image. Optional, not required if already present.\n * @return {Promise} Promise resolving to an `HTMLImageElement`.\n * @api\n */\nexport function load(image, src) {\n return new Promise((resolve, reject) => {\n function handleLoad() {\n unlisten();\n resolve(image);\n }\n function handleError() {\n unlisten();\n reject(new Error('Image load error'));\n }\n function unlisten() {\n image.removeEventListener('load', handleLoad);\n image.removeEventListener('error', handleError);\n }\n image.addEventListener('load', handleLoad);\n image.addEventListener('error', handleError);\n if (src) {\n image.src = src;\n }\n });\n}\n\n/**\n * @param {HTMLImageElement} image Image, not yet loaded.\n * @param {string} [src] `src` attribute of the image. Optional, not required if already present.\n * @return {Promise} Promise resolving to an `HTMLImageElement`.\n */\nexport function decodeFallback(image, src) {\n if (src) {\n image.src = src;\n }\n return image.src && IMAGE_DECODE\n ? new Promise((resolve, reject) =>\n image\n .decode()\n .then(() => resolve(image))\n .catch((e) =>\n image.complete && image.width ? resolve(image) : reject(e)\n )\n )\n : load(image);\n}\n\n/**\n * Loads an image and decodes it to an `ImageBitmap` if `createImageBitmap()` is supported. Returns\n * the loaded image otherwise.\n * @param {HTMLImageElement} image Image, not yet loaded.\n * @param {string} [src] `src` attribute of the image. Optional, not required if already present.\n * @return {Promise} Promise resolving to an `ImageBitmap` or an\n * `HTMLImageElement` if `createImageBitmap()` is not supported.\n * @api\n */\nexport function decode(image, src) {\n if (src) {\n image.src = src;\n }\n return image.src && IMAGE_DECODE && CREATE_IMAGE_BITMAP\n ? image\n .decode()\n .then(() => createImageBitmap(image))\n .catch((e) => {\n if (image.complete && image.width) {\n return image;\n }\n throw e;\n })\n : decodeFallback(image);\n}\n\nexport default ImageWrapper;\n","/**\n * @module ol/ImageCanvas\n */\nimport ImageState from './ImageState.js';\nimport ImageWrapper from './Image.js';\n\n/**\n * A function that is called to trigger asynchronous canvas drawing. It is\n * called with a \"done\" callback that should be called when drawing is done.\n * If any error occurs during drawing, the \"done\" callback should be called with\n * that error.\n *\n * @typedef {function(function(Error=): void): void} Loader\n */\n\nclass ImageCanvas extends ImageWrapper {\n /**\n * @param {import(\"./extent.js\").Extent} extent Extent.\n * @param {number} resolution Resolution.\n * @param {number} pixelRatio Pixel ratio.\n * @param {HTMLCanvasElement} canvas Canvas.\n * @param {Loader} [loader] Optional loader function to\n * support asynchronous canvas drawing.\n */\n constructor(extent, resolution, pixelRatio, canvas, loader) {\n const state = loader !== undefined ? ImageState.IDLE : ImageState.LOADED;\n\n super(extent, resolution, pixelRatio, state);\n\n /**\n * Optional canvas loader function.\n * @type {?Loader}\n * @private\n */\n this.loader_ = loader !== undefined ? loader : null;\n\n /**\n * @private\n * @type {HTMLCanvasElement}\n */\n this.canvas_ = canvas;\n\n /**\n * @private\n * @type {?Error}\n */\n this.error_ = null;\n }\n\n /**\n * Get any error associated with asynchronous rendering.\n * @return {?Error} Any error that occurred during rendering.\n */\n getError() {\n return this.error_;\n }\n\n /**\n * Handle async drawing complete.\n * @param {Error} [err] Any error during drawing.\n * @private\n */\n handleLoad_(err) {\n if (err) {\n this.error_ = err;\n this.state = ImageState.ERROR;\n } else {\n this.state = ImageState.LOADED;\n }\n this.changed();\n }\n\n /**\n * Load not yet loaded URI.\n */\n load() {\n if (this.state == ImageState.IDLE) {\n this.state = ImageState.LOADING;\n this.changed();\n this.loader_(this.handleLoad_.bind(this));\n }\n }\n\n /**\n * @return {HTMLCanvasElement} Canvas element.\n */\n getImage() {\n return this.canvas_;\n }\n}\n\nexport default ImageCanvas;\n","/**\n * @module ol/ImageTile\n */\nimport Tile from './Tile.js';\nimport TileState from './TileState.js';\nimport {createCanvasContext2D} from './dom.js';\nimport {listenImage} from './Image.js';\n\nclass ImageTile extends Tile {\n /**\n * @param {import(\"./tilecoord.js\").TileCoord} tileCoord Tile coordinate.\n * @param {import(\"./TileState.js\").default} state State.\n * @param {string} src Image source URI.\n * @param {?string} crossOrigin Cross origin.\n * @param {import(\"./Tile.js\").LoadFunction} tileLoadFunction Tile load function.\n * @param {import(\"./Tile.js\").Options} [options] Tile options.\n */\n constructor(tileCoord, state, src, crossOrigin, tileLoadFunction, options) {\n super(tileCoord, state, options);\n\n /**\n * @private\n * @type {?string}\n */\n this.crossOrigin_ = crossOrigin;\n\n /**\n * Image URI\n *\n * @private\n * @type {string}\n */\n this.src_ = src;\n\n this.key = src;\n\n /**\n * @private\n * @type {HTMLImageElement|HTMLCanvasElement}\n */\n this.image_ = new Image();\n if (crossOrigin !== null) {\n this.image_.crossOrigin = crossOrigin;\n }\n\n /**\n * @private\n * @type {?function():void}\n */\n this.unlisten_ = null;\n\n /**\n * @private\n * @type {import(\"./Tile.js\").LoadFunction}\n */\n this.tileLoadFunction_ = tileLoadFunction;\n }\n\n /**\n * Get the HTML image element for this tile (may be a Canvas, Image, or Video).\n * @return {HTMLCanvasElement|HTMLImageElement|HTMLVideoElement} Image.\n * @api\n */\n getImage() {\n return this.image_;\n }\n\n /**\n * Sets an HTML image element for this tile (may be a Canvas or preloaded Image).\n * @param {HTMLCanvasElement|HTMLImageElement} element Element.\n */\n setImage(element) {\n this.image_ = element;\n this.state = TileState.LOADED;\n this.unlistenImage_();\n this.changed();\n }\n\n /**\n * Tracks loading or read errors.\n *\n * @private\n */\n handleImageError_() {\n this.state = TileState.ERROR;\n this.unlistenImage_();\n this.image_ = getBlankImage();\n this.changed();\n }\n\n /**\n * Tracks successful image load.\n *\n * @private\n */\n handleImageLoad_() {\n const image = /** @type {HTMLImageElement} */ (this.image_);\n if (image.naturalWidth && image.naturalHeight) {\n this.state = TileState.LOADED;\n } else {\n this.state = TileState.EMPTY;\n }\n this.unlistenImage_();\n this.changed();\n }\n\n /**\n * Load the image or retry if loading previously failed.\n * Loading is taken care of by the tile queue, and calling this method is\n * only needed for preloading or for reloading in case of an error.\n *\n * To retry loading tiles on failed requests, use a custom `tileLoadFunction`\n * that checks for error status codes and reloads only when the status code is\n * 408, 429, 500, 502, 503 and 504, and only when not too many retries have been\n * made already:\n *\n * ```js\n * const retryCodes = [408, 429, 500, 502, 503, 504];\n * const retries = {};\n * source.setTileLoadFunction((tile, src) => {\n * const image = tile.getImage();\n * fetch(src)\n * .then((response) => {\n * if (retryCodes.includes(response.status)) {\n * retries[src] = (retries[src] || 0) + 1;\n * if (retries[src] <= 3) {\n * setTimeout(() => tile.load(), retries[src] * 1000);\n * }\n * return Promise.reject();\n * }\n * return response.blob();\n * })\n * .then((blob) => {\n * const imageUrl = URL.createObjectURL(blob);\n * image.src = imageUrl;\n * setTimeout(() => URL.revokeObjectURL(imageUrl), 5000);\n * })\n * .catch(() => tile.setState(3)); // error\n * });\n * ```\n *\n * @api\n */\n load() {\n if (this.state == TileState.ERROR) {\n this.state = TileState.IDLE;\n this.image_ = new Image();\n if (this.crossOrigin_ !== null) {\n this.image_.crossOrigin = this.crossOrigin_;\n }\n }\n if (this.state == TileState.IDLE) {\n this.state = TileState.LOADING;\n this.changed();\n this.tileLoadFunction_(this, this.src_);\n this.unlisten_ = listenImage(\n this.image_,\n this.handleImageLoad_.bind(this),\n this.handleImageError_.bind(this)\n );\n }\n }\n\n /**\n * Discards event handlers which listen for load completion or errors.\n *\n * @private\n */\n unlistenImage_() {\n if (this.unlisten_) {\n this.unlisten_();\n this.unlisten_ = null;\n }\n }\n}\n\n/**\n * Get a 1-pixel blank image.\n * @return {HTMLCanvasElement} Blank image.\n */\nfunction getBlankImage() {\n const ctx = createCanvasContext2D(1, 1);\n ctx.fillStyle = 'rgba(0,0,0,0)';\n ctx.fillRect(0, 0, 1, 1);\n return ctx.canvas;\n}\n\nexport default ImageTile;\n","/**\n * @module ol/Kinetic\n */\n\n/**\n * @classdesc\n * Implementation of inertial deceleration for map movement.\n *\n * @api\n */\nclass Kinetic {\n /**\n * @param {number} decay Rate of decay (must be negative).\n * @param {number} minVelocity Minimum velocity (pixels/millisecond).\n * @param {number} delay Delay to consider to calculate the kinetic\n * initial values (milliseconds).\n */\n constructor(decay, minVelocity, delay) {\n /**\n * @private\n * @type {number}\n */\n this.decay_ = decay;\n\n /**\n * @private\n * @type {number}\n */\n this.minVelocity_ = minVelocity;\n\n /**\n * @private\n * @type {number}\n */\n this.delay_ = delay;\n\n /**\n * @private\n * @type {Array}\n */\n this.points_ = [];\n\n /**\n * @private\n * @type {number}\n */\n this.angle_ = 0;\n\n /**\n * @private\n * @type {number}\n */\n this.initialVelocity_ = 0;\n }\n\n /**\n * FIXME empty description for jsdoc\n */\n begin() {\n this.points_.length = 0;\n this.angle_ = 0;\n this.initialVelocity_ = 0;\n }\n\n /**\n * @param {number} x X.\n * @param {number} y Y.\n */\n update(x, y) {\n this.points_.push(x, y, Date.now());\n }\n\n /**\n * @return {boolean} Whether we should do kinetic animation.\n */\n end() {\n if (this.points_.length < 6) {\n // at least 2 points are required (i.e. there must be at least 6 elements\n // in the array)\n return false;\n }\n const delay = Date.now() - this.delay_;\n const lastIndex = this.points_.length - 3;\n if (this.points_[lastIndex + 2] < delay) {\n // the last tracked point is too old, which means that the user stopped\n // panning before releasing the map\n return false;\n }\n\n // get the first point which still falls into the delay time\n let firstIndex = lastIndex - 3;\n while (firstIndex > 0 && this.points_[firstIndex + 2] > delay) {\n firstIndex -= 3;\n }\n\n const duration = this.points_[lastIndex + 2] - this.points_[firstIndex + 2];\n // we don't want a duration of 0 (divide by zero)\n // we also make sure the user panned for a duration of at least one frame\n // (1/60s) to compute sane displacement values\n if (duration < 1000 / 60) {\n return false;\n }\n\n const dx = this.points_[lastIndex] - this.points_[firstIndex];\n const dy = this.points_[lastIndex + 1] - this.points_[firstIndex + 1];\n this.angle_ = Math.atan2(dy, dx);\n this.initialVelocity_ = Math.sqrt(dx * dx + dy * dy) / duration;\n return this.initialVelocity_ > this.minVelocity_;\n }\n\n /**\n * @return {number} Total distance travelled (pixels).\n */\n getDistance() {\n return (this.minVelocity_ - this.initialVelocity_) / this.decay_;\n }\n\n /**\n * @return {number} Angle of the kinetic panning animation (radians).\n */\n getAngle() {\n return this.angle_;\n }\n}\n\nexport default Kinetic;\n","/**\n * RGB space.\n *\n * @module color-space/rgb\n */\n\nexport default {\n\tname: 'rgb',\n\tmin: [0,0,0],\n\tmax: [255,255,255],\n\tchannel: ['red', 'green', 'blue'],\n\talias: ['RGB']\n};\n","/**\n * CIE XYZ\n *\n * @module color-space/xyz\n */\nimport rgb from './rgb.js';\n\nvar xyz = {\n\tname: 'xyz',\n\tmin: [0,0,0],\n\tchannel: ['X','Y','Z'],\n\talias: ['XYZ', 'ciexyz', 'cie1931']\n};\n\n\n/**\n * Whitepoint reference values with observer/illuminant\n *\n * http://en.wikipedia.org/wiki/Standard_illuminant\n */\nxyz.whitepoint = {\n\t//1931 2°\n\t2: {\n\t\t//incadescent\n\t\tA:[109.85, 100, 35.585],\n\t\t// B:[],\n\t\tC: [98.074, 100, 118.232],\n\t\tD50: [96.422, 100, 82.521],\n\t\tD55: [95.682, 100, 92.149],\n\t\t//daylight\n\t\tD65: [95.045592705167, 100, 108.9057750759878],\n\t\tD75: [94.972, 100, 122.638],\n\t\t//flourescent\n\t\t// F1: [],\n\t\tF2: [99.187, 100, 67.395],\n\t\t// F3: [],\n\t\t// F4: [],\n\t\t// F5: [],\n\t\t// F6:[],\n\t\tF7: [95.044, 100, 108.755],\n\t\t// F8: [],\n\t\t// F9: [],\n\t\t// F10: [],\n\t\tF11: [100.966, 100, 64.370],\n\t\t// F12: [],\n\t\tE: [100,100,100]\n\t},\n\n\t//1964 10°\n\t10: {\n\t\t//incadescent\n\t\tA:[111.144, 100, 35.200],\n\t\tC: [97.285, 100, 116.145],\n\t\tD50: [96.720, 100, 81.427],\n\t\tD55: [95.799, 100, 90.926],\n\t\t//daylight\n\t\tD65: [94.811, 100, 107.304],\n\t\tD75: [94.416, 100, 120.641],\n\t\t//flourescent\n\t\tF2: [103.280, 100, 69.026],\n\t\tF7: [95.792, 100, 107.687],\n\t\tF11: [103.866, 100, 65.627],\n\t\tE: [100,100,100]\n\t}\n};\n\n\n/**\n * Top values are the whitepoint’s top values, default are D65\n */\nxyz.max = xyz.whitepoint[2].D65;\n\n\n/**\n * Transform xyz to rgb\n *\n * @param {Array} xyz Array of xyz values\n *\n * @return {Array} RGB values\n */\nxyz.rgb = function (_xyz, white) {\n\t//FIXME: make sure we have to divide like this. Probably we have to replace matrix as well then\n\twhite = white || xyz.whitepoint[2].E;\n\n\tvar x = _xyz[0] / white[0],\n\t\ty = _xyz[1] / white[1],\n\t\tz = _xyz[2] / white[2],\n\t\tr, g, b;\n\n\t// assume sRGB\n\t// http://www.brucelindbloom.com/index.html?Eqn_RGB_XYZ_Matrix.html\n\tr = (x * 3.240969941904521) + (y * -1.537383177570093) + (z * -0.498610760293);\n\tg = (x * -0.96924363628087) + (y * 1.87596750150772) + (z * 0.041555057407175);\n\tb = (x * 0.055630079696993) + (y * -0.20397695888897) + (z * 1.056971514242878);\n\n\tr = r > 0.0031308 ? ((1.055 * Math.pow(r, 1.0 / 2.4)) - 0.055)\n\t\t: r = (r * 12.92);\n\n\tg = g > 0.0031308 ? ((1.055 * Math.pow(g, 1.0 / 2.4)) - 0.055)\n\t\t: g = (g * 12.92);\n\n\tb = b > 0.0031308 ? ((1.055 * Math.pow(b, 1.0 / 2.4)) - 0.055)\n\t\t: b = (b * 12.92);\n\n\tr = Math.min(Math.max(0, r), 1);\n\tg = Math.min(Math.max(0, g), 1);\n\tb = Math.min(Math.max(0, b), 1);\n\n\treturn [r * 255, g * 255, b * 255];\n}\n\n\n\n/**\n * RGB to XYZ\n *\n * @param {Array} rgb RGB channels\n *\n * @return {Array} XYZ channels\n */\nrgb.xyz = function(rgb, white) {\n\tvar r = rgb[0] / 255,\n\t\t\tg = rgb[1] / 255,\n\t\t\tb = rgb[2] / 255;\n\n\t// assume sRGB\n\tr = r > 0.04045 ? Math.pow(((r + 0.055) / 1.055), 2.4) : (r / 12.92);\n\tg = g > 0.04045 ? Math.pow(((g + 0.055) / 1.055), 2.4) : (g / 12.92);\n\tb = b > 0.04045 ? Math.pow(((b + 0.055) / 1.055), 2.4) : (b / 12.92);\n\n\tvar x = (r * 0.41239079926595) + (g * 0.35758433938387) + (b * 0.18048078840183);\n\tvar y = (r * 0.21263900587151) + (g * 0.71516867876775) + (b * 0.072192315360733);\n\tvar z = (r * 0.019330818715591) + (g * 0.11919477979462) + (b * 0.95053215224966);\n\n\twhite = white || xyz.whitepoint[2].E;\n\n\treturn [x * white[0], y * white[1], z * white[2]];\n};\n\n\n\nexport default xyz;\n","/**\n * CIE LUV (C'est la vie)\n *\n * @module color-space/luv\n */\n import xyz from './xyz.js';\n\nexport default {\n\tname: 'luv',\n\t//NOTE: luv has no rigidly defined limits\n\t//easyrgb fails to get proper coords\n\t//boronine states no rigid limits\n\t//colorMine refers this ones:\n\tmin: [0,-134,-140],\n\tmax: [100,224,122],\n\tchannel: ['lightness', 'u', 'v'],\n\talias: ['LUV', 'cieluv', 'cie1976'],\n\n\txyz: function(arg, i, o){\n\t\tvar _u, _v, l, u, v, x, y, z, xn, yn, zn, un, vn;\n\t\tl = arg[0], u = arg[1], v = arg[2];\n\n\t\tif (l === 0) return [0,0,0];\n\n\t\t//get constants\n\t\t//var e = 0.008856451679035631; //(6/29)^3\n\t\tvar k = 0.0011070564598794539; //(3/29)^3\n\n\t\t//get illuminant/observer\n\t\ti = i || 'D65';\n\t\to = o || 2;\n\n\t\txn = xyz.whitepoint[o][i][0];\n\t\tyn = xyz.whitepoint[o][i][1];\n\t\tzn = xyz.whitepoint[o][i][2];\n\n\t\tun = (4 * xn) / (xn + (15 * yn) + (3 * zn));\n\t\tvn = (9 * yn) / (xn + (15 * yn) + (3 * zn));\n\t\t// un = 0.19783000664283;\n\t\t// vn = 0.46831999493879;\n\n\n\t\t_u = u / (13 * l) + un || 0;\n\t\t_v = v / (13 * l) + vn || 0;\n\n\t\ty = l > 8 ? yn * Math.pow( (l + 16) / 116 , 3) : yn * l * k;\n\n\t\t//wikipedia method\n\t\tx = y * 9 * _u / (4 * _v) || 0;\n\t\tz = y * (12 - 3 * _u - 20 * _v) / (4 * _v) || 0;\n\n\t\t//boronine method\n\t\t//https://github.com/boronine/husl/blob/master/husl.coffee#L201\n\t\t// x = 0 - (9 * y * _u) / ((_u - 4) * _v - _u * _v);\n\t\t// z = (9 * y - (15 * _v * y) - (_v * x)) / (3 * _v);\n\n\t\treturn [x, y, z];\n\t}\n};\n\n// http://www.brucelindbloom.com/index.html?Equations.html\n// https://github.com/boronine/husl/blob/master/husl.coffee\n//i - illuminant\n//o - observer\nxyz.luv = function(arg, i, o) {\n\tvar _u, _v, l, u, v, x, y, z, xn, yn, zn, un, vn;\n\n\t//get constants\n\tvar e = 0.008856451679035631; //(6/29)^3\n\tvar k = 903.2962962962961; //(29/3)^3\n\n\t//get illuminant/observer coords\n\ti = i || 'D65';\n\to = o || 2;\n\n\txn = xyz.whitepoint[o][i][0];\n\tyn = xyz.whitepoint[o][i][1];\n\tzn = xyz.whitepoint[o][i][2];\n\n\tun = (4 * xn) / (xn + (15 * yn) + (3 * zn));\n\tvn = (9 * yn) / (xn + (15 * yn) + (3 * zn));\n\n\n\tx = arg[0], y = arg[1], z = arg[2];\n\n\n\t_u = (4 * x) / (x + (15 * y) + (3 * z)) || 0;\n\t_v = (9 * y) / (x + (15 * y) + (3 * z)) || 0;\n\n\tvar yr = y/yn;\n\n\tl = yr <= e ? k * yr : 116 * Math.pow(yr, 1/3) - 16;\n\n\tu = 13 * l * (_u - un);\n\tv = 13 * l * (_v - vn);\n\n\treturn [l, u, v];\n};\n","/**\n * Cylindrical CIE LUV\n *\n * @module color-space/lchuv\n */\nimport luv from './luv.js';\nimport xyz from './xyz.js';\n\n//cylindrical luv\nvar lchuv = {\n\tname: 'lchuv',\n\tchannel: ['lightness', 'chroma', 'hue'],\n\talias: ['LCHuv', 'cielchuv'],\n\tmin: [0,0,0],\n\tmax: [100,100,360],\n\n\tluv: function(luv){\n\t\tvar l = luv[0],\n\t\tc = luv[1],\n\t\th = luv[2],\n\t\tu, v, hr;\n\n\t\thr = h / 360 * 2 * Math.PI;\n\t\tu = c * Math.cos(hr);\n\t\tv = c * Math.sin(hr);\n\t\treturn [l, u, v];\n\t},\n\n\txyz: function(arg) {\n\t\treturn luv.xyz(lchuv.luv(arg));\n\t}\n};\n\nexport default lchuv;\n\nluv.lchuv = function(luv){\n\tvar l = luv[0], u = luv[1], v = luv[2];\n\n\tvar c = Math.sqrt(u*u + v*v);\n\tvar hr = Math.atan2(v,u);\n\tvar h = hr * 360 / 2 / Math.PI;\n\tif (h < 0) {\n\t\th += 360;\n\t}\n\n\treturn [l,c,h]\n};\n\nxyz.lchuv = function(arg){\n return luv.lchuv(xyz.luv(arg));\n};\n","'use strict'\r\n\r\nmodule.exports = {\r\n\t\"aliceblue\": [240, 248, 255],\r\n\t\"antiquewhite\": [250, 235, 215],\r\n\t\"aqua\": [0, 255, 255],\r\n\t\"aquamarine\": [127, 255, 212],\r\n\t\"azure\": [240, 255, 255],\r\n\t\"beige\": [245, 245, 220],\r\n\t\"bisque\": [255, 228, 196],\r\n\t\"black\": [0, 0, 0],\r\n\t\"blanchedalmond\": [255, 235, 205],\r\n\t\"blue\": [0, 0, 255],\r\n\t\"blueviolet\": [138, 43, 226],\r\n\t\"brown\": [165, 42, 42],\r\n\t\"burlywood\": [222, 184, 135],\r\n\t\"cadetblue\": [95, 158, 160],\r\n\t\"chartreuse\": [127, 255, 0],\r\n\t\"chocolate\": [210, 105, 30],\r\n\t\"coral\": [255, 127, 80],\r\n\t\"cornflowerblue\": [100, 149, 237],\r\n\t\"cornsilk\": [255, 248, 220],\r\n\t\"crimson\": [220, 20, 60],\r\n\t\"cyan\": [0, 255, 255],\r\n\t\"darkblue\": [0, 0, 139],\r\n\t\"darkcyan\": [0, 139, 139],\r\n\t\"darkgoldenrod\": [184, 134, 11],\r\n\t\"darkgray\": [169, 169, 169],\r\n\t\"darkgreen\": [0, 100, 0],\r\n\t\"darkgrey\": [169, 169, 169],\r\n\t\"darkkhaki\": [189, 183, 107],\r\n\t\"darkmagenta\": [139, 0, 139],\r\n\t\"darkolivegreen\": [85, 107, 47],\r\n\t\"darkorange\": [255, 140, 0],\r\n\t\"darkorchid\": [153, 50, 204],\r\n\t\"darkred\": [139, 0, 0],\r\n\t\"darksalmon\": [233, 150, 122],\r\n\t\"darkseagreen\": [143, 188, 143],\r\n\t\"darkslateblue\": [72, 61, 139],\r\n\t\"darkslategray\": [47, 79, 79],\r\n\t\"darkslategrey\": [47, 79, 79],\r\n\t\"darkturquoise\": [0, 206, 209],\r\n\t\"darkviolet\": [148, 0, 211],\r\n\t\"deeppink\": [255, 20, 147],\r\n\t\"deepskyblue\": [0, 191, 255],\r\n\t\"dimgray\": [105, 105, 105],\r\n\t\"dimgrey\": [105, 105, 105],\r\n\t\"dodgerblue\": [30, 144, 255],\r\n\t\"firebrick\": [178, 34, 34],\r\n\t\"floralwhite\": [255, 250, 240],\r\n\t\"forestgreen\": [34, 139, 34],\r\n\t\"fuchsia\": [255, 0, 255],\r\n\t\"gainsboro\": [220, 220, 220],\r\n\t\"ghostwhite\": [248, 248, 255],\r\n\t\"gold\": [255, 215, 0],\r\n\t\"goldenrod\": [218, 165, 32],\r\n\t\"gray\": [128, 128, 128],\r\n\t\"green\": [0, 128, 0],\r\n\t\"greenyellow\": [173, 255, 47],\r\n\t\"grey\": [128, 128, 128],\r\n\t\"honeydew\": [240, 255, 240],\r\n\t\"hotpink\": [255, 105, 180],\r\n\t\"indianred\": [205, 92, 92],\r\n\t\"indigo\": [75, 0, 130],\r\n\t\"ivory\": [255, 255, 240],\r\n\t\"khaki\": [240, 230, 140],\r\n\t\"lavender\": [230, 230, 250],\r\n\t\"lavenderblush\": [255, 240, 245],\r\n\t\"lawngreen\": [124, 252, 0],\r\n\t\"lemonchiffon\": [255, 250, 205],\r\n\t\"lightblue\": [173, 216, 230],\r\n\t\"lightcoral\": [240, 128, 128],\r\n\t\"lightcyan\": [224, 255, 255],\r\n\t\"lightgoldenrodyellow\": [250, 250, 210],\r\n\t\"lightgray\": [211, 211, 211],\r\n\t\"lightgreen\": [144, 238, 144],\r\n\t\"lightgrey\": [211, 211, 211],\r\n\t\"lightpink\": [255, 182, 193],\r\n\t\"lightsalmon\": [255, 160, 122],\r\n\t\"lightseagreen\": [32, 178, 170],\r\n\t\"lightskyblue\": [135, 206, 250],\r\n\t\"lightslategray\": [119, 136, 153],\r\n\t\"lightslategrey\": [119, 136, 153],\r\n\t\"lightsteelblue\": [176, 196, 222],\r\n\t\"lightyellow\": [255, 255, 224],\r\n\t\"lime\": [0, 255, 0],\r\n\t\"limegreen\": [50, 205, 50],\r\n\t\"linen\": [250, 240, 230],\r\n\t\"magenta\": [255, 0, 255],\r\n\t\"maroon\": [128, 0, 0],\r\n\t\"mediumaquamarine\": [102, 205, 170],\r\n\t\"mediumblue\": [0, 0, 205],\r\n\t\"mediumorchid\": [186, 85, 211],\r\n\t\"mediumpurple\": [147, 112, 219],\r\n\t\"mediumseagreen\": [60, 179, 113],\r\n\t\"mediumslateblue\": [123, 104, 238],\r\n\t\"mediumspringgreen\": [0, 250, 154],\r\n\t\"mediumturquoise\": [72, 209, 204],\r\n\t\"mediumvioletred\": [199, 21, 133],\r\n\t\"midnightblue\": [25, 25, 112],\r\n\t\"mintcream\": [245, 255, 250],\r\n\t\"mistyrose\": [255, 228, 225],\r\n\t\"moccasin\": [255, 228, 181],\r\n\t\"navajowhite\": [255, 222, 173],\r\n\t\"navy\": [0, 0, 128],\r\n\t\"oldlace\": [253, 245, 230],\r\n\t\"olive\": [128, 128, 0],\r\n\t\"olivedrab\": [107, 142, 35],\r\n\t\"orange\": [255, 165, 0],\r\n\t\"orangered\": [255, 69, 0],\r\n\t\"orchid\": [218, 112, 214],\r\n\t\"palegoldenrod\": [238, 232, 170],\r\n\t\"palegreen\": [152, 251, 152],\r\n\t\"paleturquoise\": [175, 238, 238],\r\n\t\"palevioletred\": [219, 112, 147],\r\n\t\"papayawhip\": [255, 239, 213],\r\n\t\"peachpuff\": [255, 218, 185],\r\n\t\"peru\": [205, 133, 63],\r\n\t\"pink\": [255, 192, 203],\r\n\t\"plum\": [221, 160, 221],\r\n\t\"powderblue\": [176, 224, 230],\r\n\t\"purple\": [128, 0, 128],\r\n\t\"rebeccapurple\": [102, 51, 153],\r\n\t\"red\": [255, 0, 0],\r\n\t\"rosybrown\": [188, 143, 143],\r\n\t\"royalblue\": [65, 105, 225],\r\n\t\"saddlebrown\": [139, 69, 19],\r\n\t\"salmon\": [250, 128, 114],\r\n\t\"sandybrown\": [244, 164, 96],\r\n\t\"seagreen\": [46, 139, 87],\r\n\t\"seashell\": [255, 245, 238],\r\n\t\"sienna\": [160, 82, 45],\r\n\t\"silver\": [192, 192, 192],\r\n\t\"skyblue\": [135, 206, 235],\r\n\t\"slateblue\": [106, 90, 205],\r\n\t\"slategray\": [112, 128, 144],\r\n\t\"slategrey\": [112, 128, 144],\r\n\t\"snow\": [255, 250, 250],\r\n\t\"springgreen\": [0, 255, 127],\r\n\t\"steelblue\": [70, 130, 180],\r\n\t\"tan\": [210, 180, 140],\r\n\t\"teal\": [0, 128, 128],\r\n\t\"thistle\": [216, 191, 216],\r\n\t\"tomato\": [255, 99, 71],\r\n\t\"turquoise\": [64, 224, 208],\r\n\t\"violet\": [238, 130, 238],\r\n\t\"wheat\": [245, 222, 179],\r\n\t\"white\": [255, 255, 255],\r\n\t\"whitesmoke\": [245, 245, 245],\r\n\t\"yellow\": [255, 255, 0],\r\n\t\"yellowgreen\": [154, 205, 50]\r\n};\r\n","/**\n * @module color-parse\n */\nimport names from 'color-name'\n\nexport default parse\n\n/**\n * Base hues\n * http://dev.w3.org/csswg/css-color/#typedef-named-hue\n */\n//FIXME: use external hue detector\nvar baseHues = {\n\tred: 0,\n\torange: 60,\n\tyellow: 120,\n\tgreen: 180,\n\tblue: 240,\n\tpurple: 300\n}\n\n/**\n * Parse color from the string passed\n *\n * @return {Object} A space indicator `space`, an array `values` and `alpha`\n */\nfunction parse(cstr) {\n\tvar m, parts = [], alpha = 1, space\n\n\t//numeric case\n\tif (typeof cstr === 'number') {\n\t\treturn { space: 'rgb', values: [cstr >>> 16, (cstr & 0x00ff00) >>> 8, cstr & 0x0000ff], alpha: 1 }\n\t}\n\tif (typeof cstr === 'number') return { space: 'rgb', values: [cstr >>> 16, (cstr & 0x00ff00) >>> 8, cstr & 0x0000ff], alpha: 1 }\n\n\tcstr = String(cstr).toLowerCase();\n\n\t//keyword\n\tif (names[cstr]) {\n\t\tparts = names[cstr].slice()\n\t\tspace = 'rgb'\n\t}\n\n\t//reserved words\n\telse if (cstr === 'transparent') {\n\t\talpha = 0\n\t\tspace = 'rgb'\n\t\tparts = [0, 0, 0]\n\t}\n\n\t//hex\n\telse if (cstr[0] === '#') {\n\t\tvar base = cstr.slice(1)\n\t\tvar size = base.length\n\t\tvar isShort = size <= 4\n\t\talpha = 1\n\n\t\tif (isShort) {\n\t\t\tparts = [\n\t\t\t\tparseInt(base[0] + base[0], 16),\n\t\t\t\tparseInt(base[1] + base[1], 16),\n\t\t\t\tparseInt(base[2] + base[2], 16)\n\t\t\t]\n\t\t\tif (size === 4) {\n\t\t\t\talpha = parseInt(base[3] + base[3], 16) / 255\n\t\t\t}\n\t\t}\n\t\telse {\n\t\t\tparts = [\n\t\t\t\tparseInt(base[0] + base[1], 16),\n\t\t\t\tparseInt(base[2] + base[3], 16),\n\t\t\t\tparseInt(base[4] + base[5], 16)\n\t\t\t]\n\t\t\tif (size === 8) {\n\t\t\t\talpha = parseInt(base[6] + base[7], 16) / 255\n\t\t\t}\n\t\t}\n\n\t\tif (!parts[0]) parts[0] = 0\n\t\tif (!parts[1]) parts[1] = 0\n\t\tif (!parts[2]) parts[2] = 0\n\n\t\tspace = 'rgb'\n\t}\n\n\t// color space\n\telse if (m = /^((?:rgba?|hs[lvb]a?|hwba?|cmyk?|xy[zy]|gray|lab|lchu?v?|[ly]uv|lms|oklch|oklab|color))\\s*\\(([^\\)]*)\\)/.exec(cstr)) {\n\t\tvar name = m[1]\n\t\tspace = name.replace(/a$/, '')\n\t\tvar dims = space === 'cmyk' ? 4 : space === 'gray' ? 1 : 3\n\t\tparts = m[2].trim().split(/\\s*[,\\/]\\s*|\\s+/)\n\n\t\t// color(srgb-linear x x x) -> srgb-linear(x x x)\n\t\tif (space === 'color') space = parts.shift()\n\n\t\tparts = parts.map(function (x, i) {\n\t\t\t//\n\t\t\tif (x[x.length - 1] === '%') {\n\t\t\t\tx = parseFloat(x) / 100\n\t\t\t\t// alpha -> 0..1\n\t\t\t\tif (i === 3) return x\n\t\t\t\t// rgb -> 0..255\n\t\t\t\tif (space === 'rgb') return x * 255\n\t\t\t\t// hsl, hwb H -> 0..100\n\t\t\t\tif (space[0] === 'h') return x * 100\n\t\t\t\t// lch, lab L -> 0..100\n\t\t\t\tif (space[0] === 'l' && !i) return x * 100\n\t\t\t\t// lab A B -> -125..125\n\t\t\t\tif (space === 'lab') return x * 125\n\t\t\t\t// lch C -> 0..150, H -> 0..360\n\t\t\t\tif (space === 'lch') return i < 2 ? x * 150 : x * 360\n\t\t\t\t// oklch/oklab L -> 0..1\n\t\t\t\tif (space[0] === 'o' && !i) return x\n\t\t\t\t// oklab A B -> -0.4..0.4\n\t\t\t\tif (space === 'oklab') return x * 0.4\n\t\t\t\t// oklch C -> 0..0.4, H -> 0..360\n\t\t\t\tif (space === 'oklch') return i < 2 ? x * 0.4 : x * 360\n\t\t\t\t// color(xxx) -> 0..1\n\t\t\t\treturn x\n\t\t\t}\n\n\t\t\t//hue\n\t\t\tif (space[i] === 'h' || (i === 2 && space[space.length - 1] === 'h')) {\n\t\t\t\t//\n\t\t\t\tif (baseHues[x] !== undefined) return baseHues[x]\n\t\t\t\t//\n\t\t\t\tif (x.endsWith('deg')) return parseFloat(x)\n\t\t\t\t//\n\t\t\t\tif (x.endsWith('turn')) return parseFloat(x) * 360\n\t\t\t\tif (x.endsWith('grad')) return parseFloat(x) * 360 / 400\n\t\t\t\tif (x.endsWith('rad')) return parseFloat(x) * 180 / Math.PI\n\t\t\t}\n\t\t\tif (x === 'none') return 0\n\t\t\treturn parseFloat(x)\n\t\t});\n\n\t\talpha = parts.length > dims ? parts.pop() : 1\n\t}\n\n\t//named channels case\n\telse if (/[0-9](?:\\s|\\/|,)/.test(cstr)) {\n\t\tparts = cstr.match(/([0-9]+)/g).map(function (value) {\n\t\t\treturn parseFloat(value)\n\t\t})\n\n\t\tspace = cstr.match(/([a-z])/ig)?.join('')?.toLowerCase() || 'rgb'\n\t}\n\n\treturn {\n\t\tspace,\n\t\tvalues: parts,\n\t\talpha\n\t}\n}\n","/**\n * @module color-space/hsl\n */\nimport rgb from './rgb.js';\n\nexport default {\n\tname: 'hsl',\n\tmin: [0,0,0],\n\tmax: [360,100,100],\n\tchannel: ['hue', 'saturation', 'lightness'],\n\talias: ['HSL'],\n\n\trgb: function(hsl) {\n\t\tvar h = hsl[0]/360, s = hsl[1]/100, l = hsl[2]/100, t1, t2, t3, rgb, val, i=0;\n\n\t\tif (s === 0) return val = l * 255, [val, val, val];\n\n\t\tt2 = l < 0.5 ? l * (1 + s) : l + s - l * s;\n\t\tt1 = 2 * l - t2;\n\n\t\trgb = [0, 0, 0];\n\t\tfor (;i<3;) {\n\t\t\tt3 = h + 1 / 3 * - (i - 1);\n\t\t\tt3 < 0 ? t3++ : t3 > 1 && t3--;\n\t\t\tval = 6 * t3 < 1 ? t1 + (t2 - t1) * 6 * t3 :\n\t\t\t2 * t3 < 1 ? t2 :\n\t\t\t3 * t3 < 2 ? t1 + (t2 - t1) * (2 / 3 - t3) * 6 :\n\t\t\tt1;\n\t\t\trgb[i++] = val * 255;\n\t\t}\n\n\t\treturn rgb;\n\t}\n};\n\n\n//extend rgb\nrgb.hsl = function(rgb) {\n\tvar r = rgb[0]/255,\n\t\t\tg = rgb[1]/255,\n\t\t\tb = rgb[2]/255,\n\t\t\tmin = Math.min(r, g, b),\n\t\t\tmax = Math.max(r, g, b),\n\t\t\tdelta = max - min,\n\t\t\th, s, l;\n\n\tif (max === min) {\n\t\th = 0;\n\t}\n\telse if (r === max) {\n\t\th = (g - b) / delta;\n\t}\n\telse if (g === max) {\n\t\th = 2 + (b - r) / delta;\n\t}\n\telse if (b === max) {\n\t\th = 4 + (r - g)/ delta;\n\t}\n\n\th = Math.min(h * 60, 360);\n\n\tif (h < 0) {\n\t\th += 360;\n\t}\n\n\tl = (min + max) / 2;\n\n\tif (max === min) {\n\t\ts = 0;\n\t}\n\telse if (l <= 0.5) {\n\t\ts = delta / (max + min);\n\t}\n\telse {\n\t\ts = delta / (2 - max - min);\n\t}\n\n\treturn [h, s * 100, l * 100];\n};\n","/** @module color-rgba */\nimport parse from 'color-parse'\nimport rgb from 'color-space/rgb.js'\nimport hsl from 'color-space/hsl.js'\n\nexport default function rgba(color) {\n\t// template literals\n\tif (Array.isArray(color) && color.raw) color = String.raw(...arguments)\n\tif (color instanceof Number) color = +color\n\n\tvar values, i, l\n\n\t//attempt to parse non-array arguments\n\tvar parsed = parse(color)\n\n\tif (!parsed.space) return []\n\n\tconst min = parsed.space[0] === 'h' ? hsl.min : rgb.min\n\tconst max = parsed.space[0] === 'h' ? hsl.max : rgb.max\n\n\tvalues = Array(3)\n\tvalues[0] = Math.min(Math.max(parsed.values[0], min[0]), max[0])\n\tvalues[1] = Math.min(Math.max(parsed.values[1], min[1]), max[1])\n\tvalues[2] = Math.min(Math.max(parsed.values[2], min[2]), max[2])\n\n\tif (parsed.space[0] === 'h') {\n\t\tvalues = hsl.rgb(values)\n\t}\n\n\tvalues.push(Math.min(Math.max(parsed.alpha, 0), 1))\n\n\treturn values\n}\n","/**\n * @module ol/color\n */\nimport lchuv from 'color-space/lchuv.js';\nimport parseRgba from 'color-rgba';\nimport rgb from 'color-space/rgb.js';\nimport xyz from 'color-space/xyz.js';\nimport {clamp} from './math.js';\n\n/**\n * A color represented as a short array [red, green, blue, alpha].\n * red, green, and blue should be integers in the range 0..255 inclusive.\n * alpha should be a float in the range 0..1 inclusive. If no alpha value is\n * given then `1` will be used.\n * @typedef {Array} Color\n * @api\n */\n\n/**\n * Return the color as an rgba string.\n * @param {Color|string} color Color.\n * @return {string} Rgba string.\n * @api\n */\nexport function asString(color) {\n if (typeof color === 'string') {\n return color;\n }\n return toString(color);\n}\n\n/**\n * @type {number}\n */\nconst MAX_CACHE_SIZE = 1024;\n\n/**\n * We maintain a small cache of parsed strings. Whenever the cache grows too large,\n * we delete an arbitrary set of the entries.\n *\n * @type {Object}\n */\nconst cache = {};\n\n/**\n * @type {number}\n */\nlet cacheSize = 0;\n\n/**\n * @param {Color} color A color that may or may not have an alpha channel.\n * @return {Color} The input color with an alpha channel. If the input color has\n * an alpha channel, the input color will be returned unchanged. Otherwise, a new\n * array will be returned with the input color and an alpha channel of 1.\n */\nexport function withAlpha(color) {\n if (color.length === 4) {\n return color;\n }\n const output = color.slice();\n output[3] = 1;\n return output;\n}\n\n/**\n * @param {Color} color RGBA color.\n * @return {Color} LCHuv color with alpha.\n */\nexport function rgbaToLcha(color) {\n const output = xyz.lchuv(rgb.xyz(color));\n output[3] = color[3];\n return output;\n}\n\n/**\n * @param {Color} color LCHuv color with alpha.\n * @return {Color} RGBA color.\n */\nexport function lchaToRgba(color) {\n const output = xyz.rgb(lchuv.xyz(color));\n output[3] = color[3];\n return output;\n}\n\n/**\n * @param {string} s String.\n * @return {Color} Color.\n */\nexport function fromString(s) {\n if (cache.hasOwnProperty(s)) {\n return cache[s];\n }\n if (cacheSize >= MAX_CACHE_SIZE) {\n let i = 0;\n for (const key in cache) {\n if ((i++ & 3) === 0) {\n delete cache[key];\n --cacheSize;\n }\n }\n }\n\n const color = parseRgba(s);\n if (color.length !== 4) {\n throw new Error('Failed to parse \"' + s + '\" as color');\n }\n for (const c of color) {\n if (isNaN(c)) {\n throw new Error('Failed to parse \"' + s + '\" as color');\n }\n }\n normalize(color);\n cache[s] = color;\n ++cacheSize;\n return color;\n}\n\n/**\n * Return the color as an array. This function maintains a cache of calculated\n * arrays which means the result should not be modified.\n * @param {Color|string} color Color.\n * @return {Color} Color.\n * @api\n */\nexport function asArray(color) {\n if (Array.isArray(color)) {\n return color;\n }\n return fromString(color);\n}\n\n/**\n * Exported for the tests.\n * @param {Color} color Color.\n * @return {Color} Clamped color.\n */\nexport function normalize(color) {\n color[0] = clamp((color[0] + 0.5) | 0, 0, 255);\n color[1] = clamp((color[1] + 0.5) | 0, 0, 255);\n color[2] = clamp((color[2] + 0.5) | 0, 0, 255);\n color[3] = clamp(color[3], 0, 1);\n return color;\n}\n\n/**\n * @param {Color} color Color.\n * @return {string} String.\n */\nexport function toString(color) {\n let r = color[0];\n if (r != (r | 0)) {\n r = (r + 0.5) | 0;\n }\n let g = color[1];\n if (g != (g | 0)) {\n g = (g + 0.5) | 0;\n }\n let b = color[2];\n if (b != (b | 0)) {\n b = (b + 0.5) | 0;\n }\n const a = color[3] === undefined ? 1 : Math.round(color[3] * 100) / 100;\n return 'rgba(' + r + ',' + g + ',' + b + ',' + a + ')';\n}\n\n/**\n * @param {string} s String.\n * @return {boolean} Whether the string is actually a valid color\n */\nexport function isStringColor(s) {\n try {\n fromString(s);\n return true;\n } catch (_) {\n return false;\n }\n}\n","/**\n * @module ol/style/IconImageCache\n */\nimport {asString} from '../color.js';\n\n/**\n * @classdesc\n * Singleton class. Available through {@link module:ol/style/IconImageCache.shared}.\n */\nclass IconImageCache {\n constructor() {\n /**\n * @type {!Object}\n * @private\n */\n this.cache_ = {};\n\n /**\n * @type {number}\n * @private\n */\n this.cacheSize_ = 0;\n\n /**\n * @type {number}\n * @private\n */\n this.maxCacheSize_ = 32;\n }\n\n /**\n * FIXME empty description for jsdoc\n */\n clear() {\n this.cache_ = {};\n this.cacheSize_ = 0;\n }\n\n /**\n * @return {boolean} Can expire cache.\n */\n canExpireCache() {\n return this.cacheSize_ > this.maxCacheSize_;\n }\n\n /**\n * FIXME empty description for jsdoc\n */\n expire() {\n if (this.canExpireCache()) {\n let i = 0;\n for (const key in this.cache_) {\n const iconImage = this.cache_[key];\n if ((i++ & 3) === 0 && !iconImage.hasListener()) {\n delete this.cache_[key];\n --this.cacheSize_;\n }\n }\n }\n }\n\n /**\n * @param {string} src Src.\n * @param {?string} crossOrigin Cross origin.\n * @param {import(\"../color.js\").Color} color Color.\n * @return {import(\"./IconImage.js\").default} Icon image.\n */\n get(src, crossOrigin, color) {\n const key = getKey(src, crossOrigin, color);\n return key in this.cache_ ? this.cache_[key] : null;\n }\n\n /**\n * @param {string} src Src.\n * @param {?string} crossOrigin Cross origin.\n * @param {import(\"../color.js\").Color} color Color.\n * @param {import(\"./IconImage.js\").default} iconImage Icon image.\n */\n set(src, crossOrigin, color, iconImage) {\n const key = getKey(src, crossOrigin, color);\n this.cache_[key] = iconImage;\n ++this.cacheSize_;\n }\n\n /**\n * Set the cache size of the icon cache. Default is `32`. Change this value when\n * your map uses more than 32 different icon images and you are not caching icon\n * styles on the application level.\n * @param {number} maxCacheSize Cache max size.\n * @api\n */\n setSize(maxCacheSize) {\n this.maxCacheSize_ = maxCacheSize;\n this.expire();\n }\n}\n\n/**\n * @param {string} src Src.\n * @param {?string} crossOrigin Cross origin.\n * @param {import(\"../color.js\").Color} color Color.\n * @return {string} Cache key.\n */\nfunction getKey(src, crossOrigin, color) {\n const colorString = color ? asString(color) : 'null';\n return crossOrigin + ':' + src + ':' + colorString;\n}\n\nexport default IconImageCache;\n\n/**\n * The {@link module:ol/style/IconImageCache~IconImageCache} for\n * {@link module:ol/style/Icon~Icon} images.\n * @api\n */\nexport const shared = new IconImageCache();\n","/**\n * @module ol/layer/Property\n */\n\n/**\n * @enum {string}\n */\nexport default {\n OPACITY: 'opacity',\n VISIBLE: 'visible',\n EXTENT: 'extent',\n Z_INDEX: 'zIndex',\n MAX_RESOLUTION: 'maxResolution',\n MIN_RESOLUTION: 'minResolution',\n MAX_ZOOM: 'maxZoom',\n MIN_ZOOM: 'minZoom',\n SOURCE: 'source',\n MAP: 'map',\n};\n","/**\n * @module ol/layer/Base\n */\nimport BaseObject from '../Object.js';\nimport LayerProperty from './Property.js';\nimport {abstract} from '../util.js';\nimport {assert} from '../asserts.js';\nimport {clamp} from '../math.js';\n\n/**\n * A css color, or a function called with a view resolution returning a css color.\n *\n * @typedef {string|function(number):string} BackgroundColor\n * @api\n */\n\n/**\n * @typedef {import(\"../ObjectEventType\").Types|'change:extent'|'change:maxResolution'|'change:maxZoom'|\n * 'change:minResolution'|'change:minZoom'|'change:opacity'|'change:visible'|'change:zIndex'} BaseLayerObjectEventTypes\n */\n\n/***\n * @template Return\n * @typedef {import(\"../Observable\").OnSignature &\n * import(\"../Observable\").OnSignature &\n * import(\"../Observable\").CombinedOnSignature} BaseLayerOnSignature\n */\n\n/**\n * @typedef {Object} Options\n * @property {string} [className='ol-layer'] A CSS class name to set to the layer element.\n * @property {number} [opacity=1] Opacity (0, 1).\n * @property {boolean} [visible=true] Visibility.\n * @property {import(\"../extent.js\").Extent} [extent] The bounding extent for layer rendering. The layer will not be\n * rendered outside of this extent.\n * @property {number | undefined} [zIndex] The z-index for layer rendering. At rendering time, the layers\n * will be ordered, first by Z-index and then by position. When `undefined`, a `zIndex` of 0 is assumed\n * for layers that are added to the map's `layers` collection, or `Infinity` when the layer's `setMap()`\n * method was used.\n * @property {number} [minResolution] The minimum resolution (inclusive) at which this layer will be\n * visible.\n * @property {number} [maxResolution] The maximum resolution (exclusive) below which this layer will\n * be visible.\n * @property {number} [minZoom] The minimum view zoom level (exclusive) above which this layer will be\n * visible.\n * @property {number} [maxZoom] The maximum view zoom level (inclusive) at which this layer will\n * be visible.\n * @property {BackgroundColor} [background] Background color for the layer. If not specified, no background\n * will be rendered.\n * @property {Object} [properties] Arbitrary observable properties. Can be accessed with `#get()` and `#set()`.\n */\n\n/**\n * @classdesc\n * Abstract base class; normally only used for creating subclasses and not\n * instantiated in apps.\n * Note that with {@link module:ol/layer/Base~BaseLayer} and all its subclasses, any property set in\n * the options is set as a {@link module:ol/Object~BaseObject} property on the layer object, so\n * is observable, and has get/set accessors.\n *\n * @api\n */\nclass BaseLayer extends BaseObject {\n /**\n * @param {Options} options Layer options.\n */\n constructor(options) {\n super();\n\n /***\n * @type {BaseLayerOnSignature}\n */\n this.on;\n\n /***\n * @type {BaseLayerOnSignature}\n */\n this.once;\n\n /***\n * @type {BaseLayerOnSignature}\n */\n this.un;\n\n /**\n * @type {BackgroundColor|false}\n * @private\n */\n this.background_ = options.background;\n\n /**\n * @type {Object}\n */\n const properties = Object.assign({}, options);\n if (typeof options.properties === 'object') {\n delete properties.properties;\n Object.assign(properties, options.properties);\n }\n\n properties[LayerProperty.OPACITY] =\n options.opacity !== undefined ? options.opacity : 1;\n assert(\n typeof properties[LayerProperty.OPACITY] === 'number',\n 'Layer opacity must be a number'\n );\n\n properties[LayerProperty.VISIBLE] =\n options.visible !== undefined ? options.visible : true;\n properties[LayerProperty.Z_INDEX] = options.zIndex;\n properties[LayerProperty.MAX_RESOLUTION] =\n options.maxResolution !== undefined ? options.maxResolution : Infinity;\n properties[LayerProperty.MIN_RESOLUTION] =\n options.minResolution !== undefined ? options.minResolution : 0;\n properties[LayerProperty.MIN_ZOOM] =\n options.minZoom !== undefined ? options.minZoom : -Infinity;\n properties[LayerProperty.MAX_ZOOM] =\n options.maxZoom !== undefined ? options.maxZoom : Infinity;\n\n /**\n * @type {string}\n * @private\n */\n this.className_ =\n properties.className !== undefined ? properties.className : 'ol-layer';\n delete properties.className;\n\n this.setProperties(properties);\n\n /**\n * @type {import(\"./Layer.js\").State}\n * @private\n */\n this.state_ = null;\n }\n\n /**\n * Get the background for this layer.\n * @return {BackgroundColor|false} Layer background.\n */\n getBackground() {\n return this.background_;\n }\n\n /**\n * @return {string} CSS class name.\n */\n getClassName() {\n return this.className_;\n }\n\n /**\n * This method is not meant to be called by layers or layer renderers because the state\n * is incorrect if the layer is included in a layer group.\n *\n * @param {boolean} [managed] Layer is managed.\n * @return {import(\"./Layer.js\").State} Layer state.\n */\n getLayerState(managed) {\n /** @type {import(\"./Layer.js\").State} */\n const state =\n this.state_ ||\n /** @type {?} */ ({\n layer: this,\n managed: managed === undefined ? true : managed,\n });\n const zIndex = this.getZIndex();\n state.opacity = clamp(Math.round(this.getOpacity() * 100) / 100, 0, 1);\n state.visible = this.getVisible();\n state.extent = this.getExtent();\n state.zIndex = zIndex === undefined && !state.managed ? Infinity : zIndex;\n state.maxResolution = this.getMaxResolution();\n state.minResolution = Math.max(this.getMinResolution(), 0);\n state.minZoom = this.getMinZoom();\n state.maxZoom = this.getMaxZoom();\n this.state_ = state;\n\n return state;\n }\n\n /**\n * @abstract\n * @param {Array} [array] Array of layers (to be\n * modified in place).\n * @return {Array} Array of layers.\n */\n getLayersArray(array) {\n return abstract();\n }\n\n /**\n * @abstract\n * @param {Array} [states] Optional list of layer\n * states (to be modified in place).\n * @return {Array} List of layer states.\n */\n getLayerStatesArray(states) {\n return abstract();\n }\n\n /**\n * Return the {@link module:ol/extent~Extent extent} of the layer or `undefined` if it\n * will be visible regardless of extent.\n * @return {import(\"../extent.js\").Extent|undefined} The layer extent.\n * @observable\n * @api\n */\n getExtent() {\n return /** @type {import(\"../extent.js\").Extent|undefined} */ (\n this.get(LayerProperty.EXTENT)\n );\n }\n\n /**\n * Return the maximum resolution of the layer. Returns Infinity if\n * the layer has no maximum resolution set.\n * @return {number} The maximum resolution of the layer.\n * @observable\n * @api\n */\n getMaxResolution() {\n return /** @type {number} */ (this.get(LayerProperty.MAX_RESOLUTION));\n }\n\n /**\n * Return the minimum resolution of the layer. Returns 0 if\n * the layer has no minimum resolution set.\n * @return {number} The minimum resolution of the layer.\n * @observable\n * @api\n */\n getMinResolution() {\n return /** @type {number} */ (this.get(LayerProperty.MIN_RESOLUTION));\n }\n\n /**\n * Return the minimum zoom level of the layer. Returns -Infinity if\n * the layer has no minimum zoom set.\n * @return {number} The minimum zoom level of the layer.\n * @observable\n * @api\n */\n getMinZoom() {\n return /** @type {number} */ (this.get(LayerProperty.MIN_ZOOM));\n }\n\n /**\n * Return the maximum zoom level of the layer. Returns Infinity if\n * the layer has no maximum zoom set.\n * @return {number} The maximum zoom level of the layer.\n * @observable\n * @api\n */\n getMaxZoom() {\n return /** @type {number} */ (this.get(LayerProperty.MAX_ZOOM));\n }\n\n /**\n * Return the opacity of the layer (between 0 and 1).\n * @return {number} The opacity of the layer.\n * @observable\n * @api\n */\n getOpacity() {\n return /** @type {number} */ (this.get(LayerProperty.OPACITY));\n }\n\n /**\n * @abstract\n * @return {import(\"../source/Source.js\").State} Source state.\n */\n getSourceState() {\n return abstract();\n }\n\n /**\n * Return the value of this layer's `visible` property. To find out whether the layer\n * is visible on a map, use `isVisible()` instead.\n * @return {boolean} The value of the `visible` property of the layer.\n * @observable\n * @api\n */\n getVisible() {\n return /** @type {boolean} */ (this.get(LayerProperty.VISIBLE));\n }\n\n /**\n * Return the Z-index of the layer, which is used to order layers before\n * rendering. Returns undefined if the layer is unmanaged.\n * @return {number|undefined} The Z-index of the layer.\n * @observable\n * @api\n */\n getZIndex() {\n return /** @type {number|undefined} */ (this.get(LayerProperty.Z_INDEX));\n }\n\n /**\n * Sets the background color.\n * @param {BackgroundColor} [background] Background color.\n */\n setBackground(background) {\n this.background_ = background;\n this.changed();\n }\n\n /**\n * Set the extent at which the layer is visible. If `undefined`, the layer\n * will be visible at all extents.\n * @param {import(\"../extent.js\").Extent|undefined} extent The extent of the layer.\n * @observable\n * @api\n */\n setExtent(extent) {\n this.set(LayerProperty.EXTENT, extent);\n }\n\n /**\n * Set the maximum resolution at which the layer is visible.\n * @param {number} maxResolution The maximum resolution of the layer.\n * @observable\n * @api\n */\n setMaxResolution(maxResolution) {\n this.set(LayerProperty.MAX_RESOLUTION, maxResolution);\n }\n\n /**\n * Set the minimum resolution at which the layer is visible.\n * @param {number} minResolution The minimum resolution of the layer.\n * @observable\n * @api\n */\n setMinResolution(minResolution) {\n this.set(LayerProperty.MIN_RESOLUTION, minResolution);\n }\n\n /**\n * Set the maximum zoom (exclusive) at which the layer is visible.\n * Note that the zoom levels for layer visibility are based on the\n * view zoom level, which may be different from a tile source zoom level.\n * @param {number} maxZoom The maximum zoom of the layer.\n * @observable\n * @api\n */\n setMaxZoom(maxZoom) {\n this.set(LayerProperty.MAX_ZOOM, maxZoom);\n }\n\n /**\n * Set the minimum zoom (inclusive) at which the layer is visible.\n * Note that the zoom levels for layer visibility are based on the\n * view zoom level, which may be different from a tile source zoom level.\n * @param {number} minZoom The minimum zoom of the layer.\n * @observable\n * @api\n */\n setMinZoom(minZoom) {\n this.set(LayerProperty.MIN_ZOOM, minZoom);\n }\n\n /**\n * Set the opacity of the layer, allowed values range from 0 to 1.\n * @param {number} opacity The opacity of the layer.\n * @observable\n * @api\n */\n setOpacity(opacity) {\n assert(typeof opacity === 'number', 'Layer opacity must be a number');\n this.set(LayerProperty.OPACITY, opacity);\n }\n\n /**\n * Set the visibility of the layer (`true` or `false`).\n * @param {boolean} visible The visibility of the layer.\n * @observable\n * @api\n */\n setVisible(visible) {\n this.set(LayerProperty.VISIBLE, visible);\n }\n\n /**\n * Set Z-index of the layer, which is used to order layers before rendering.\n * The default Z-index is 0.\n * @param {number} zindex The z-index of the layer.\n * @observable\n * @api\n */\n setZIndex(zindex) {\n this.set(LayerProperty.Z_INDEX, zindex);\n }\n\n /**\n * Clean up.\n */\n disposeInternal() {\n if (this.state_) {\n this.state_.layer = null;\n this.state_ = null;\n }\n super.disposeInternal();\n }\n}\n\nexport default BaseLayer;\n","/**\n * @module ol/render/EventType\n */\n\n/**\n * @enum {string}\n */\nexport default {\n /**\n * Triggered before a layer is rendered.\n * @event module:ol/render/Event~RenderEvent#prerender\n * @api\n */\n PRERENDER: 'prerender',\n\n /**\n * Triggered after a layer is rendered.\n * @event module:ol/render/Event~RenderEvent#postrender\n * @api\n */\n POSTRENDER: 'postrender',\n\n /**\n * Triggered before layers are composed. When dispatched by the map, the event object will not have\n * a `context` set. When dispatched by a layer, the event object will have a `context` set. Only\n * WebGL layers currently dispatch this event.\n * @event module:ol/render/Event~RenderEvent#precompose\n * @api\n */\n PRECOMPOSE: 'precompose',\n\n /**\n * Triggered after layers are composed. When dispatched by the map, the event object will not have\n * a `context` set. When dispatched by a layer, the event object will have a `context` set. Only\n * WebGL layers currently dispatch this event.\n * @event module:ol/render/Event~RenderEvent#postcompose\n * @api\n */\n POSTCOMPOSE: 'postcompose',\n\n /**\n * Triggered when rendering is complete, i.e. all sources and tiles have\n * finished loading for the current viewport, and all tiles are faded in.\n * The event object will not have a `context` set.\n * @event module:ol/render/Event~RenderEvent#rendercomplete\n * @api\n */\n RENDERCOMPLETE: 'rendercomplete',\n};\n\n/**\n * @typedef {'postrender'|'precompose'|'postcompose'|'rendercomplete'} MapRenderEventTypes\n */\n\n/**\n * @typedef {'postrender'|'prerender'} LayerRenderEventTypes\n */\n","/**\n * @module ol/ViewHint\n */\n\n/**\n * @enum {number}\n */\nexport default {\n ANIMATING: 0,\n INTERACTING: 1,\n};\n","/**\n * @module ol/ViewProperty\n */\n\n/**\n * @enum {string}\n */\nexport default {\n CENTER: 'center',\n RESOLUTION: 'resolution',\n ROTATION: 'rotation',\n};\n","/**\n * @module ol/tilegrid/common\n */\n\n/**\n * Default maximum zoom for default tile grids.\n * @type {number}\n */\nexport const DEFAULT_MAX_ZOOM = 42;\n\n/**\n * Default tile size.\n * @type {number}\n */\nexport const DEFAULT_TILE_SIZE = 256;\n","/**\n * @module ol/centerconstraint\n */\nimport {clamp} from './math.js';\n\n/**\n * @typedef {function((import(\"./coordinate.js\").Coordinate|undefined), number, import(\"./size.js\").Size, boolean=, Array=): (import(\"./coordinate.js\").Coordinate|undefined)} Type\n */\n\n/**\n * @param {import(\"./extent.js\").Extent} extent Extent.\n * @param {boolean} onlyCenter If true, the constraint will only apply to the view center.\n * @param {boolean} smooth If true, the view will be able to go slightly out of the given extent\n * (only during interaction and animation).\n * @return {Type} The constraint.\n */\nexport function createExtent(extent, onlyCenter, smooth) {\n return (\n /**\n * @param {import(\"./coordinate.js\").Coordinate|undefined} center Center.\n * @param {number|undefined} resolution Resolution.\n * @param {import(\"./size.js\").Size} size Viewport size; unused if `onlyCenter` was specified.\n * @param {boolean} [isMoving] True if an interaction or animation is in progress.\n * @param {Array} [centerShift] Shift between map center and viewport center.\n * @return {import(\"./coordinate.js\").Coordinate|undefined} Center.\n */\n function (center, resolution, size, isMoving, centerShift) {\n if (!center) {\n return undefined;\n }\n if (!resolution && !onlyCenter) {\n return center;\n }\n const viewWidth = onlyCenter ? 0 : size[0] * resolution;\n const viewHeight = onlyCenter ? 0 : size[1] * resolution;\n const shiftX = centerShift ? centerShift[0] : 0;\n const shiftY = centerShift ? centerShift[1] : 0;\n let minX = extent[0] + viewWidth / 2 + shiftX;\n let maxX = extent[2] - viewWidth / 2 + shiftX;\n let minY = extent[1] + viewHeight / 2 + shiftY;\n let maxY = extent[3] - viewHeight / 2 + shiftY;\n\n // note: when zooming out of bounds, min and max values for x and y may\n // end up inverted (min > max); this has to be accounted for\n if (minX > maxX) {\n minX = (maxX + minX) / 2;\n maxX = minX;\n }\n if (minY > maxY) {\n minY = (maxY + minY) / 2;\n maxY = minY;\n }\n\n let x = clamp(center[0], minX, maxX);\n let y = clamp(center[1], minY, maxY);\n\n // during an interaction, allow some overscroll\n if (isMoving && smooth && resolution) {\n const ratio = 30 * resolution;\n x +=\n -ratio * Math.log(1 + Math.max(0, minX - center[0]) / ratio) +\n ratio * Math.log(1 + Math.max(0, center[0] - maxX) / ratio);\n y +=\n -ratio * Math.log(1 + Math.max(0, minY - center[1]) / ratio) +\n ratio * Math.log(1 + Math.max(0, center[1] - maxY) / ratio);\n }\n\n return [x, y];\n }\n );\n}\n\n/**\n * @param {import(\"./coordinate.js\").Coordinate} [center] Center.\n * @return {import(\"./coordinate.js\").Coordinate|undefined} Center.\n */\nexport function none(center) {\n return center;\n}\n","/**\n * @module ol/resolutionconstraint\n */\nimport {clamp} from './math.js';\nimport {getHeight, getWidth} from './extent.js';\nimport {linearFindNearest} from './array.js';\n\n/**\n * @typedef {function((number|undefined), number, import(\"./size.js\").Size, boolean=): (number|undefined)} Type\n */\n\n/**\n * Returns a modified resolution taking into account the viewport size and maximum\n * allowed extent.\n * @param {number} resolution Resolution\n * @param {import(\"./extent.js\").Extent} maxExtent Maximum allowed extent.\n * @param {import(\"./size.js\").Size} viewportSize Viewport size.\n * @param {boolean} showFullExtent Whether to show the full extent.\n * @return {number} Capped resolution.\n */\nfunction getViewportClampedResolution(\n resolution,\n maxExtent,\n viewportSize,\n showFullExtent\n) {\n const xResolution = getWidth(maxExtent) / viewportSize[0];\n const yResolution = getHeight(maxExtent) / viewportSize[1];\n\n if (showFullExtent) {\n return Math.min(resolution, Math.max(xResolution, yResolution));\n }\n return Math.min(resolution, Math.min(xResolution, yResolution));\n}\n\n/**\n * Returns a modified resolution to be between maxResolution and minResolution while\n * still allowing the value to be slightly out of bounds.\n * Note: the computation is based on the logarithm function (ln):\n * - at 1, ln(x) is 0\n * - above 1, ln(x) keeps increasing but at a much slower pace than x\n * The final result is clamped to prevent getting too far away from bounds.\n * @param {number} resolution Resolution.\n * @param {number} maxResolution Max resolution.\n * @param {number} minResolution Min resolution.\n * @return {number} Smoothed resolution.\n */\nfunction getSmoothClampedResolution(resolution, maxResolution, minResolution) {\n let result = Math.min(resolution, maxResolution);\n const ratio = 50;\n\n result *=\n Math.log(1 + ratio * Math.max(0, resolution / maxResolution - 1)) / ratio +\n 1;\n if (minResolution) {\n result = Math.max(result, minResolution);\n result /=\n Math.log(1 + ratio * Math.max(0, minResolution / resolution - 1)) /\n ratio +\n 1;\n }\n return clamp(result, minResolution / 2, maxResolution * 2);\n}\n\n/**\n * @param {Array} resolutions Resolutions.\n * @param {boolean} [smooth] If true, the view will be able to slightly exceed resolution limits. Default: true.\n * @param {import(\"./extent.js\").Extent} [maxExtent] Maximum allowed extent.\n * @param {boolean} [showFullExtent] If true, allows us to show the full extent. Default: false.\n * @return {Type} Zoom function.\n */\nexport function createSnapToResolutions(\n resolutions,\n smooth,\n maxExtent,\n showFullExtent\n) {\n smooth = smooth !== undefined ? smooth : true;\n return (\n /**\n * @param {number|undefined} resolution Resolution.\n * @param {number} direction Direction.\n * @param {import(\"./size.js\").Size} size Viewport size.\n * @param {boolean} [isMoving] True if an interaction or animation is in progress.\n * @return {number|undefined} Resolution.\n */\n function (resolution, direction, size, isMoving) {\n if (resolution !== undefined) {\n const maxResolution = resolutions[0];\n const minResolution = resolutions[resolutions.length - 1];\n const cappedMaxRes = maxExtent\n ? getViewportClampedResolution(\n maxResolution,\n maxExtent,\n size,\n showFullExtent\n )\n : maxResolution;\n\n // during interacting or animating, allow intermediary values\n if (isMoving) {\n if (!smooth) {\n return clamp(resolution, minResolution, cappedMaxRes);\n }\n return getSmoothClampedResolution(\n resolution,\n cappedMaxRes,\n minResolution\n );\n }\n\n const capped = Math.min(cappedMaxRes, resolution);\n const z = Math.floor(linearFindNearest(resolutions, capped, direction));\n if (resolutions[z] > cappedMaxRes && z < resolutions.length - 1) {\n return resolutions[z + 1];\n }\n return resolutions[z];\n }\n return undefined;\n }\n );\n}\n\n/**\n * @param {number} power Power.\n * @param {number} maxResolution Maximum resolution.\n * @param {number} [minResolution] Minimum resolution.\n * @param {boolean} [smooth] If true, the view will be able to slightly exceed resolution limits. Default: true.\n * @param {import(\"./extent.js\").Extent} [maxExtent] Maximum allowed extent.\n * @param {boolean} [showFullExtent] If true, allows us to show the full extent. Default: false.\n * @return {Type} Zoom function.\n */\nexport function createSnapToPower(\n power,\n maxResolution,\n minResolution,\n smooth,\n maxExtent,\n showFullExtent\n) {\n smooth = smooth !== undefined ? smooth : true;\n minResolution = minResolution !== undefined ? minResolution : 0;\n\n return (\n /**\n * @param {number|undefined} resolution Resolution.\n * @param {number} direction Direction.\n * @param {import(\"./size.js\").Size} size Viewport size.\n * @param {boolean} [isMoving] True if an interaction or animation is in progress.\n * @return {number|undefined} Resolution.\n */\n function (resolution, direction, size, isMoving) {\n if (resolution !== undefined) {\n const cappedMaxRes = maxExtent\n ? getViewportClampedResolution(\n maxResolution,\n maxExtent,\n size,\n showFullExtent\n )\n : maxResolution;\n\n // during interacting or animating, allow intermediary values\n if (isMoving) {\n if (!smooth) {\n return clamp(resolution, minResolution, cappedMaxRes);\n }\n return getSmoothClampedResolution(\n resolution,\n cappedMaxRes,\n minResolution\n );\n }\n\n const tolerance = 1e-9;\n const minZoomLevel = Math.ceil(\n Math.log(maxResolution / cappedMaxRes) / Math.log(power) - tolerance\n );\n const offset = -direction * (0.5 - tolerance) + 0.5;\n const capped = Math.min(cappedMaxRes, resolution);\n const cappedZoomLevel = Math.floor(\n Math.log(maxResolution / capped) / Math.log(power) + offset\n );\n const zoomLevel = Math.max(minZoomLevel, cappedZoomLevel);\n const newResolution = maxResolution / Math.pow(power, zoomLevel);\n return clamp(newResolution, minResolution, cappedMaxRes);\n }\n return undefined;\n }\n );\n}\n\n/**\n * @param {number} maxResolution Max resolution.\n * @param {number} minResolution Min resolution.\n * @param {boolean} [smooth] If true, the view will be able to slightly exceed resolution limits. Default: true.\n * @param {import(\"./extent.js\").Extent} [maxExtent] Maximum allowed extent.\n * @param {boolean} [showFullExtent] If true, allows us to show the full extent. Default: false.\n * @return {Type} Zoom function.\n */\nexport function createMinMaxResolution(\n maxResolution,\n minResolution,\n smooth,\n maxExtent,\n showFullExtent\n) {\n smooth = smooth !== undefined ? smooth : true;\n\n return (\n /**\n * @param {number|undefined} resolution Resolution.\n * @param {number} direction Direction.\n * @param {import(\"./size.js\").Size} size Viewport size.\n * @param {boolean} [isMoving] True if an interaction or animation is in progress.\n * @return {number|undefined} Resolution.\n */\n function (resolution, direction, size, isMoving) {\n if (resolution !== undefined) {\n const cappedMaxRes = maxExtent\n ? getViewportClampedResolution(\n maxResolution,\n maxExtent,\n size,\n showFullExtent\n )\n : maxResolution;\n\n if (!smooth || !isMoving) {\n return clamp(resolution, minResolution, cappedMaxRes);\n }\n return getSmoothClampedResolution(\n resolution,\n cappedMaxRes,\n minResolution\n );\n }\n return undefined;\n }\n );\n}\n","/**\n * @module ol/rotationconstraint\n */\nimport {toRadians} from './math.js';\n\n/**\n * @typedef {function((number|undefined), boolean=): (number|undefined)} Type\n */\n\n/**\n * @param {number|undefined} rotation Rotation.\n * @return {number|undefined} Rotation.\n */\nexport function disable(rotation) {\n if (rotation !== undefined) {\n return 0;\n }\n return undefined;\n}\n\n/**\n * @param {number|undefined} rotation Rotation.\n * @return {number|undefined} Rotation.\n */\nexport function none(rotation) {\n if (rotation !== undefined) {\n return rotation;\n }\n return undefined;\n}\n\n/**\n * @param {number} n N.\n * @return {Type} Rotation constraint.\n */\nexport function createSnapToN(n) {\n const theta = (2 * Math.PI) / n;\n return (\n /**\n * @param {number|undefined} rotation Rotation.\n * @param {boolean} [isMoving] True if an interaction or animation is in progress.\n * @return {number|undefined} Rotation.\n */\n function (rotation, isMoving) {\n if (isMoving) {\n return rotation;\n }\n\n if (rotation !== undefined) {\n rotation = Math.floor(rotation / theta + 0.5) * theta;\n return rotation;\n }\n return undefined;\n }\n );\n}\n\n/**\n * @param {number} [tolerance] Tolerance.\n * @return {Type} Rotation constraint.\n */\nexport function createSnapToZero(tolerance) {\n const t = tolerance === undefined ? toRadians(5) : tolerance;\n return (\n /**\n * @param {number|undefined} rotation Rotation.\n * @param {boolean} [isMoving] True if an interaction or animation is in progress.\n * @return {number|undefined} Rotation.\n */\n function (rotation, isMoving) {\n if (isMoving || rotation === undefined) {\n return rotation;\n }\n\n if (Math.abs(rotation) <= t) {\n return 0;\n }\n return rotation;\n }\n );\n}\n","/**\n * @module ol/View\n */\nimport BaseObject from './Object.js';\nimport ViewHint from './ViewHint.js';\nimport ViewProperty from './ViewProperty.js';\nimport {DEFAULT_TILE_SIZE} from './tilegrid/common.js';\nimport {\n METERS_PER_UNIT,\n createProjection,\n disableCoordinateWarning,\n fromUserCoordinate,\n fromUserExtent,\n getUserProjection,\n toUserCoordinate,\n toUserExtent,\n} from './proj.js';\nimport {VOID} from './functions.js';\nimport {\n add as addCoordinate,\n equals as coordinatesEqual,\n equals,\n rotate as rotateCoordinate,\n} from './coordinate.js';\nimport {assert} from './asserts.js';\nimport {none as centerNone, createExtent} from './centerconstraint.js';\nimport {clamp, modulo} from './math.js';\nimport {\n createMinMaxResolution,\n createSnapToPower,\n createSnapToResolutions,\n} from './resolutionconstraint.js';\nimport {\n createSnapToN,\n createSnapToZero,\n disable,\n none as rotationNone,\n} from './rotationconstraint.js';\nimport {easeOut, inAndOut} from './easing.js';\nimport {\n getCenter,\n getForViewAndSize,\n getHeight,\n getWidth,\n isEmpty,\n} from './extent.js';\nimport {linearFindNearest} from './array.js';\nimport {fromExtent as polygonFromExtent} from './geom/Polygon.js';\n\n/**\n * An animation configuration\n *\n * @typedef {Object} Animation\n * @property {import(\"./coordinate.js\").Coordinate} [sourceCenter] Source center.\n * @property {import(\"./coordinate.js\").Coordinate} [targetCenter] Target center.\n * @property {number} [sourceResolution] Source resolution.\n * @property {number} [targetResolution] Target resolution.\n * @property {number} [sourceRotation] Source rotation.\n * @property {number} [targetRotation] Target rotation.\n * @property {import(\"./coordinate.js\").Coordinate} [anchor] Anchor.\n * @property {number} start Start.\n * @property {number} duration Duration.\n * @property {boolean} complete Complete.\n * @property {function(number):number} easing Easing.\n * @property {function(boolean):void} callback Callback.\n */\n\n/**\n * @typedef {Object} Constraints\n * @property {import(\"./centerconstraint.js\").Type} center Center.\n * @property {import(\"./resolutionconstraint.js\").Type} resolution Resolution.\n * @property {import(\"./rotationconstraint.js\").Type} rotation Rotation.\n */\n\n/**\n * @typedef {Object} FitOptions\n * @property {import(\"./size.js\").Size} [size] The size in pixels of the box to\n * fit the extent into. Defaults to the size of the map the view is associated with.\n * If no map or multiple maps are connected to the view, provide the desired box size\n * (e.g. `map.getSize()`).\n * @property {!Array} [padding=[0, 0, 0, 0]] Padding (in pixels) to be\n * cleared inside the view. Values in the array are top, right, bottom and left\n * padding.\n * @property {boolean} [nearest=false] If the view `constrainResolution` option is `true`,\n * get the nearest extent instead of the closest that actually fits the view.\n * @property {number} [minResolution=0] Minimum resolution that we zoom to.\n * @property {number} [maxZoom] Maximum zoom level that we zoom to. If\n * `minResolution` is given, this property is ignored.\n * @property {number} [duration] The duration of the animation in milliseconds.\n * By default, there is no animation to the target extent.\n * @property {function(number):number} [easing] The easing function used during\n * the animation (defaults to {@link module:ol/easing.inAndOut}).\n * The function will be called for each frame with a number representing a\n * fraction of the animation's duration. The function should return a number\n * between 0 and 1 representing the progress toward the destination state.\n * @property {function(boolean):void} [callback] Function called when the view is in\n * its final position. The callback will be called with `true` if the animation\n * series completed on its own or `false` if it was cancelled.\n */\n\n/**\n * @typedef {Object} ViewOptions\n * @property {import(\"./coordinate.js\").Coordinate} [center] The initial center for\n * the view. If a user projection is not set, the coordinate system for the center is\n * specified with the `projection` option. Layer sources will not be fetched if this\n * is not set, but the center can be set later with {@link #setCenter}.\n * @property {boolean|number} [constrainRotation=true] Rotation constraint.\n * `false` means no constraint. `true` means no constraint, but snap to zero\n * near zero. A number constrains the rotation to that number of values. For\n * example, `4` will constrain the rotation to 0, 90, 180, and 270 degrees.\n * @property {boolean} [enableRotation=true] Enable rotation.\n * If `false`, a rotation constraint that always sets the rotation to zero is\n * used. The `constrainRotation` option has no effect if `enableRotation` is\n * `false`.\n * @property {import(\"./extent.js\").Extent} [extent] The extent that constrains the\n * view, in other words, nothing outside of this extent can be visible on the map.\n * @property {boolean} [constrainOnlyCenter=false] If true, the extent\n * constraint will only apply to the view center and not the whole extent.\n * @property {boolean} [smoothExtentConstraint=true] If true, the extent\n * constraint will be applied smoothly, i.e. allow the view to go slightly outside\n * of the given `extent`.\n * @property {number} [maxResolution] The maximum resolution used to determine\n * the resolution constraint. It is used together with `minResolution` (or\n * `maxZoom`) and `zoomFactor`. If unspecified it is calculated in such a way\n * that the projection's validity extent fits in a 256x256 px tile. If the\n * projection is Spherical Mercator (the default) then `maxResolution` defaults\n * to `40075016.68557849 / 256 = 156543.03392804097`.\n * @property {number} [minResolution] The minimum resolution used to determine\n * the resolution constraint. It is used together with `maxResolution` (or\n * `minZoom`) and `zoomFactor`. If unspecified it is calculated assuming 29\n * zoom levels (with a factor of 2). If the projection is Spherical Mercator\n * (the default) then `minResolution` defaults to\n * `40075016.68557849 / 256 / Math.pow(2, 28) = 0.0005831682455839253`.\n * @property {number} [maxZoom=28] The maximum zoom level used to determine the\n * resolution constraint. It is used together with `minZoom` (or\n * `maxResolution`) and `zoomFactor`. Note that if `minResolution` is also\n * provided, it is given precedence over `maxZoom`.\n * @property {number} [minZoom=0] The minimum zoom level used to determine the\n * resolution constraint. It is used together with `maxZoom` (or\n * `minResolution`) and `zoomFactor`. Note that if `maxResolution` is also\n * provided, it is given precedence over `minZoom`.\n * @property {boolean} [multiWorld=false] If `false` the view is constrained so\n * only one world is visible, and you cannot pan off the edge. If `true` the map\n * may show multiple worlds at low zoom levels. Only used if the `projection` is\n * global. Note that if `extent` is also provided it is given precedence.\n * @property {boolean} [constrainResolution=false] If true, the view will always\n * animate to the closest zoom level after an interaction; false means\n * intermediary zoom levels are allowed.\n * @property {boolean} [smoothResolutionConstraint=true] If true, the resolution\n * min/max values will be applied smoothly, i. e. allow the view to exceed slightly\n * the given resolution or zoom bounds.\n * @property {boolean} [showFullExtent=false] Allow the view to be zoomed out to\n * show the full configured extent. By default, when a view is configured with an\n * extent, users will not be able to zoom out so the viewport exceeds the extent in\n * either dimension. This means the full extent may not be visible if the viewport\n * is taller or wider than the aspect ratio of the configured extent. If\n * showFullExtent is true, the user will be able to zoom out so that the viewport\n * exceeds the height or width of the configured extent, but not both, allowing the\n * full extent to be shown.\n * @property {import(\"./proj.js\").ProjectionLike} [projection='EPSG:3857'] The\n * projection. The default is Spherical Mercator.\n * @property {number} [resolution] The initial resolution for the view. The\n * units are `projection` units per pixel (e.g. meters per pixel). An\n * alternative to setting this is to set `zoom`. Layer sources will not be\n * fetched if neither this nor `zoom` are defined, but they can be set later\n * with {@link #setZoom} or {@link #setResolution}.\n * @property {Array} [resolutions] Resolutions that determine the\n * zoom levels if specified. The index in the array corresponds to the zoom level,\n * therefore the resolution values have to be in descending order. It also constrains\n * the resolution by the minimum and maximum value. If set the `maxResolution`,\n * `minResolution`, `minZoom`, `maxZoom`, and `zoomFactor` options are ignored.\n * @property {number} [rotation=0] The initial rotation for the view in radians\n * (positive rotation clockwise, 0 means North).\n * @property {number} [zoom] Only used if `resolution` is not defined. Zoom\n * level used to calculate the initial resolution for the view.\n * @property {number} [zoomFactor=2] The zoom factor used to compute the\n * corresponding resolution.\n * @property {!Array} [padding=[0, 0, 0, 0]] Padding (in css pixels).\n * If the map viewport is partially covered with other content (overlays) along\n * its edges, this setting allows to shift the center of the viewport away from\n * that content. The order of the values is top, right, bottom, left.\n */\n\n/**\n * @typedef {Object} AnimationOptions\n * @property {import(\"./coordinate.js\").Coordinate} [center] The center of the view at the end of\n * the animation.\n * @property {number} [zoom] The zoom level of the view at the end of the\n * animation. This takes precedence over `resolution`.\n * @property {number} [resolution] The resolution of the view at the end\n * of the animation. If `zoom` is also provided, this option will be ignored.\n * @property {number} [rotation] The rotation of the view at the end of\n * the animation.\n * @property {import(\"./coordinate.js\").Coordinate} [anchor] Optional anchor to remain fixed\n * during a rotation or resolution animation.\n * @property {number} [duration=1000] The duration of the animation in milliseconds.\n * @property {function(number):number} [easing] The easing function used\n * during the animation (defaults to {@link module:ol/easing.inAndOut}).\n * The function will be called for each frame with a number representing a\n * fraction of the animation's duration. The function should return a number\n * between 0 and 1 representing the progress toward the destination state.\n */\n\n/**\n * @typedef {Object} State\n * @property {import(\"./coordinate.js\").Coordinate} center Center (in view projection coordinates).\n * @property {import(\"./proj/Projection.js\").default} projection Projection.\n * @property {number} resolution Resolution.\n * @property {import(\"./coordinate.js\").Coordinate} [nextCenter] The next center during an animation series.\n * @property {number} [nextResolution] The next resolution during an animation series.\n * @property {number} [nextRotation] The next rotation during an animation series.\n * @property {number} rotation Rotation.\n * @property {number} zoom Zoom.\n */\n\n/**\n * Like {@link import(\"./Map.js\").FrameState}, but just `viewState` and `extent`.\n * @typedef {Object} ViewStateLayerStateExtent\n * @property {State} viewState View state.\n * @property {import(\"./extent.js\").Extent} extent Extent (in user projection coordinates).\n * @property {Array} [layerStatesArray] Layer states.\n */\n\n/**\n * Default min zoom level for the map view.\n * @type {number}\n */\nconst DEFAULT_MIN_ZOOM = 0;\n\n/**\n * @typedef {import(\"./ObjectEventType\").Types|'change:center'|'change:resolution'|'change:rotation'} ViewObjectEventTypes\n */\n\n/***\n * @template Return\n * @typedef {import(\"./Observable\").OnSignature &\n * import(\"./Observable\").OnSignature &\n * import(\"./Observable\").CombinedOnSignature} ViewOnSignature\n */\n\n/**\n * @classdesc\n * A View object represents a simple 2D view of the map.\n *\n * This is the object to act upon to change the center, resolution,\n * and rotation of the map.\n *\n * A View has a `projection`. The projection determines the\n * coordinate system of the center, and its units determine the units of the\n * resolution (projection units per pixel). The default projection is\n * Web Mercator (EPSG:3857).\n *\n * ### The view states\n *\n * A View is determined by three states: `center`, `resolution`,\n * and `rotation`. Each state has a corresponding getter and setter, e.g.\n * `getCenter` and `setCenter` for the `center` state.\n *\n * The `zoom` state is actually not saved on the view: all computations\n * internally use the `resolution` state. Still, the `setZoom` and `getZoom`\n * methods are available, as well as `getResolutionForZoom` and\n * `getZoomForResolution` to switch from one system to the other.\n *\n * ### The constraints\n *\n * `setCenter`, `setResolution` and `setRotation` can be used to change the\n * states of the view, but any constraint defined in the constructor will\n * be applied along the way.\n *\n * A View object can have a *resolution constraint*, a *rotation constraint*\n * and a *center constraint*.\n *\n * The *resolution constraint* typically restricts min/max values and\n * snaps to specific resolutions. It is determined by the following\n * options: `resolutions`, `maxResolution`, `maxZoom` and `zoomFactor`.\n * If `resolutions` is set, the other three options are ignored. See\n * documentation for each option for more information. By default, the view\n * only has a min/max restriction and allow intermediary zoom levels when\n * pinch-zooming for example.\n *\n * The *rotation constraint* snaps to specific angles. It is determined\n * by the following options: `enableRotation` and `constrainRotation`.\n * By default rotation is allowed and its value is snapped to zero when approaching the\n * horizontal.\n *\n * The *center constraint* is determined by the `extent` option. By\n * default the view center is not constrained at all.\n *\n * ### Changing the view state\n *\n * It is important to note that `setZoom`, `setResolution`, `setCenter` and\n * `setRotation` are subject to the above mentioned constraints. As such, it\n * may sometimes not be possible to know in advance the resulting state of the\n * View. For example, calling `setResolution(10)` does not guarantee that\n * `getResolution()` will return `10`.\n *\n * A consequence of this is that, when applying a delta on the view state, one\n * should use `adjustCenter`, `adjustRotation`, `adjustZoom` and `adjustResolution`\n * rather than the corresponding setters. This will let view do its internal\n * computations. Besides, the `adjust*` methods also take an `anchor`\n * argument which allows specifying an origin for the transformation.\n *\n * ### Interacting with the view\n *\n * View constraints are usually only applied when the view is *at rest*, meaning that\n * no interaction or animation is ongoing. As such, if the user puts the view in a\n * state that is not equivalent to a constrained one (e.g. rotating the view when\n * the snap angle is 0), an animation will be triggered at the interaction end to\n * put back the view to a stable state;\n *\n * @api\n */\nclass View extends BaseObject {\n /**\n * @param {ViewOptions} [options] View options.\n */\n constructor(options) {\n super();\n\n /***\n * @type {ViewOnSignature}\n */\n this.on;\n\n /***\n * @type {ViewOnSignature}\n */\n this.once;\n\n /***\n * @type {ViewOnSignature}\n */\n this.un;\n\n options = Object.assign({}, options);\n\n /**\n * @private\n * @type {Array}\n */\n this.hints_ = [0, 0];\n\n /**\n * @private\n * @type {Array>}\n */\n this.animations_ = [];\n\n /**\n * @private\n * @type {number|undefined}\n */\n this.updateAnimationKey_;\n\n /**\n * @private\n * @const\n * @type {import(\"./proj/Projection.js\").default}\n */\n this.projection_ = createProjection(options.projection, 'EPSG:3857');\n\n /**\n * @private\n * @type {import(\"./size.js\").Size}\n */\n this.viewportSize_ = [100, 100];\n\n /**\n * @private\n * @type {import(\"./coordinate.js\").Coordinate|undefined}\n */\n this.targetCenter_ = null;\n\n /**\n * @private\n * @type {number|undefined}\n */\n this.targetResolution_;\n\n /**\n * @private\n * @type {number|undefined}\n */\n this.targetRotation_;\n\n /**\n * @private\n * @type {import(\"./coordinate.js\").Coordinate}\n */\n this.nextCenter_ = null;\n\n /**\n * @private\n * @type {number}\n */\n this.nextResolution_;\n\n /**\n * @private\n * @type {number}\n */\n this.nextRotation_;\n\n /**\n * @private\n * @type {import(\"./coordinate.js\").Coordinate|undefined}\n */\n this.cancelAnchor_ = undefined;\n\n if (options.projection) {\n disableCoordinateWarning();\n }\n if (options.center) {\n options.center = fromUserCoordinate(options.center, this.projection_);\n }\n if (options.extent) {\n options.extent = fromUserExtent(options.extent, this.projection_);\n }\n\n this.applyOptions_(options);\n }\n\n /**\n * Set up the view with the given options.\n * @param {ViewOptions} options View options.\n */\n applyOptions_(options) {\n const properties = Object.assign({}, options);\n for (const key in ViewProperty) {\n delete properties[key];\n }\n this.setProperties(properties, true);\n\n const resolutionConstraintInfo = createResolutionConstraint(options);\n\n /**\n * @private\n * @type {number}\n */\n this.maxResolution_ = resolutionConstraintInfo.maxResolution;\n\n /**\n * @private\n * @type {number}\n */\n this.minResolution_ = resolutionConstraintInfo.minResolution;\n\n /**\n * @private\n * @type {number}\n */\n this.zoomFactor_ = resolutionConstraintInfo.zoomFactor;\n\n /**\n * @private\n * @type {Array|undefined}\n */\n this.resolutions_ = options.resolutions;\n\n /**\n * @type {Array|undefined}\n * @private\n */\n this.padding_ = options.padding;\n\n /**\n * @private\n * @type {number}\n */\n this.minZoom_ = resolutionConstraintInfo.minZoom;\n\n const centerConstraint = createCenterConstraint(options);\n const resolutionConstraint = resolutionConstraintInfo.constraint;\n const rotationConstraint = createRotationConstraint(options);\n\n /**\n * @private\n * @type {Constraints}\n */\n this.constraints_ = {\n center: centerConstraint,\n resolution: resolutionConstraint,\n rotation: rotationConstraint,\n };\n\n this.setRotation(options.rotation !== undefined ? options.rotation : 0);\n this.setCenterInternal(\n options.center !== undefined ? options.center : null\n );\n if (options.resolution !== undefined) {\n this.setResolution(options.resolution);\n } else if (options.zoom !== undefined) {\n this.setZoom(options.zoom);\n }\n }\n\n /**\n * Padding (in css pixels).\n * If the map viewport is partially covered with other content (overlays) along\n * its edges, this setting allows to shift the center of the viewport away from that\n * content. The order of the values in the array is top, right, bottom, left.\n * The default is no padding, which is equivalent to `[0, 0, 0, 0]`.\n * @type {Array|undefined}\n * @api\n */\n get padding() {\n return this.padding_;\n }\n set padding(padding) {\n let oldPadding = this.padding_;\n this.padding_ = padding;\n const center = this.getCenterInternal();\n if (center) {\n const newPadding = padding || [0, 0, 0, 0];\n oldPadding = oldPadding || [0, 0, 0, 0];\n const resolution = this.getResolution();\n const offsetX =\n (resolution / 2) *\n (newPadding[3] - oldPadding[3] + oldPadding[1] - newPadding[1]);\n const offsetY =\n (resolution / 2) *\n (newPadding[0] - oldPadding[0] + oldPadding[2] - newPadding[2]);\n this.setCenterInternal([center[0] + offsetX, center[1] - offsetY]);\n }\n }\n\n /**\n * Get an updated version of the view options used to construct the view. The\n * current resolution (or zoom), center, and rotation are applied to any stored\n * options. The provided options can be used to apply new min/max zoom or\n * resolution limits.\n * @param {ViewOptions} newOptions New options to be applied.\n * @return {ViewOptions} New options updated with the current view state.\n */\n getUpdatedOptions_(newOptions) {\n const options = this.getProperties();\n\n // preserve resolution (or zoom)\n if (options.resolution !== undefined) {\n options.resolution = this.getResolution();\n } else {\n options.zoom = this.getZoom();\n }\n\n // preserve center\n options.center = this.getCenterInternal();\n\n // preserve rotation\n options.rotation = this.getRotation();\n\n return Object.assign({}, options, newOptions);\n }\n\n /**\n * Animate the view. The view's center, zoom (or resolution), and rotation\n * can be animated for smooth transitions between view states. For example,\n * to animate the view to a new zoom level:\n *\n * view.animate({zoom: view.getZoom() + 1});\n *\n * By default, the animation lasts one second and uses in-and-out easing. You\n * can customize this behavior by including `duration` (in milliseconds) and\n * `easing` options (see {@link module:ol/easing}).\n *\n * To chain together multiple animations, call the method with multiple\n * animation objects. For example, to first zoom and then pan:\n *\n * view.animate({zoom: 10}, {center: [0, 0]});\n *\n * If you provide a function as the last argument to the animate method, it\n * will get called at the end of an animation series. The callback will be\n * called with `true` if the animation series completed on its own or `false`\n * if it was cancelled.\n *\n * Animations are cancelled by user interactions (e.g. dragging the map) or by\n * calling `view.setCenter()`, `view.setResolution()`, or `view.setRotation()`\n * (or another method that calls one of these).\n *\n * @param {...(AnimationOptions|function(boolean): void)} var_args Animation\n * options. Multiple animations can be run in series by passing multiple\n * options objects. To run multiple animations in parallel, call the method\n * multiple times. An optional callback can be provided as a final\n * argument. The callback will be called with a boolean indicating whether\n * the animation completed without being cancelled.\n * @api\n */\n animate(var_args) {\n if (this.isDef() && !this.getAnimating()) {\n this.resolveConstraints(0);\n }\n const args = new Array(arguments.length);\n for (let i = 0; i < args.length; ++i) {\n let options = arguments[i];\n if (options.center) {\n options = Object.assign({}, options);\n options.center = fromUserCoordinate(\n options.center,\n this.getProjection()\n );\n }\n if (options.anchor) {\n options = Object.assign({}, options);\n options.anchor = fromUserCoordinate(\n options.anchor,\n this.getProjection()\n );\n }\n args[i] = options;\n }\n this.animateInternal.apply(this, args);\n }\n\n /**\n * @param {...(AnimationOptions|function(boolean): void)} var_args Animation options.\n */\n animateInternal(var_args) {\n let animationCount = arguments.length;\n let callback;\n if (\n animationCount > 1 &&\n typeof arguments[animationCount - 1] === 'function'\n ) {\n callback = arguments[animationCount - 1];\n --animationCount;\n }\n\n let i = 0;\n for (; i < animationCount && !this.isDef(); ++i) {\n // if view properties are not yet set, shortcut to the final state\n const state = arguments[i];\n if (state.center) {\n this.setCenterInternal(state.center);\n }\n if (state.zoom !== undefined) {\n this.setZoom(state.zoom);\n } else if (state.resolution) {\n this.setResolution(state.resolution);\n }\n if (state.rotation !== undefined) {\n this.setRotation(state.rotation);\n }\n }\n if (i === animationCount) {\n if (callback) {\n animationCallback(callback, true);\n }\n return;\n }\n\n let start = Date.now();\n let center = this.targetCenter_.slice();\n let resolution = this.targetResolution_;\n let rotation = this.targetRotation_;\n const series = [];\n for (; i < animationCount; ++i) {\n const options = /** @type {AnimationOptions} */ (arguments[i]);\n\n const animation = {\n start: start,\n complete: false,\n anchor: options.anchor,\n duration: options.duration !== undefined ? options.duration : 1000,\n easing: options.easing || inAndOut,\n callback: callback,\n };\n\n if (options.center) {\n animation.sourceCenter = center;\n animation.targetCenter = options.center.slice();\n center = animation.targetCenter;\n }\n\n if (options.zoom !== undefined) {\n animation.sourceResolution = resolution;\n animation.targetResolution = this.getResolutionForZoom(options.zoom);\n resolution = animation.targetResolution;\n } else if (options.resolution) {\n animation.sourceResolution = resolution;\n animation.targetResolution = options.resolution;\n resolution = animation.targetResolution;\n }\n\n if (options.rotation !== undefined) {\n animation.sourceRotation = rotation;\n const delta =\n modulo(options.rotation - rotation + Math.PI, 2 * Math.PI) - Math.PI;\n animation.targetRotation = rotation + delta;\n rotation = animation.targetRotation;\n }\n\n // check if animation is a no-op\n if (isNoopAnimation(animation)) {\n animation.complete = true;\n // we still push it onto the series for callback handling\n } else {\n start += animation.duration;\n }\n series.push(animation);\n }\n this.animations_.push(series);\n this.setHint(ViewHint.ANIMATING, 1);\n this.updateAnimations_();\n }\n\n /**\n * Determine if the view is being animated.\n * @return {boolean} The view is being animated.\n * @api\n */\n getAnimating() {\n return this.hints_[ViewHint.ANIMATING] > 0;\n }\n\n /**\n * Determine if the user is interacting with the view, such as panning or zooming.\n * @return {boolean} The view is being interacted with.\n * @api\n */\n getInteracting() {\n return this.hints_[ViewHint.INTERACTING] > 0;\n }\n\n /**\n * Cancel any ongoing animations.\n * @api\n */\n cancelAnimations() {\n this.setHint(ViewHint.ANIMATING, -this.hints_[ViewHint.ANIMATING]);\n let anchor;\n for (let i = 0, ii = this.animations_.length; i < ii; ++i) {\n const series = this.animations_[i];\n if (series[0].callback) {\n animationCallback(series[0].callback, false);\n }\n if (!anchor) {\n for (let j = 0, jj = series.length; j < jj; ++j) {\n const animation = series[j];\n if (!animation.complete) {\n anchor = animation.anchor;\n break;\n }\n }\n }\n }\n this.animations_.length = 0;\n this.cancelAnchor_ = anchor;\n this.nextCenter_ = null;\n this.nextResolution_ = NaN;\n this.nextRotation_ = NaN;\n }\n\n /**\n * Update all animations.\n */\n updateAnimations_() {\n if (this.updateAnimationKey_ !== undefined) {\n cancelAnimationFrame(this.updateAnimationKey_);\n this.updateAnimationKey_ = undefined;\n }\n if (!this.getAnimating()) {\n return;\n }\n const now = Date.now();\n let more = false;\n for (let i = this.animations_.length - 1; i >= 0; --i) {\n const series = this.animations_[i];\n let seriesComplete = true;\n for (let j = 0, jj = series.length; j < jj; ++j) {\n const animation = series[j];\n if (animation.complete) {\n continue;\n }\n const elapsed = now - animation.start;\n let fraction =\n animation.duration > 0 ? elapsed / animation.duration : 1;\n if (fraction >= 1) {\n animation.complete = true;\n fraction = 1;\n } else {\n seriesComplete = false;\n }\n const progress = animation.easing(fraction);\n if (animation.sourceCenter) {\n const x0 = animation.sourceCenter[0];\n const y0 = animation.sourceCenter[1];\n const x1 = animation.targetCenter[0];\n const y1 = animation.targetCenter[1];\n this.nextCenter_ = animation.targetCenter;\n const x = x0 + progress * (x1 - x0);\n const y = y0 + progress * (y1 - y0);\n this.targetCenter_ = [x, y];\n }\n if (animation.sourceResolution && animation.targetResolution) {\n const resolution =\n progress === 1\n ? animation.targetResolution\n : animation.sourceResolution +\n progress *\n (animation.targetResolution - animation.sourceResolution);\n if (animation.anchor) {\n const size = this.getViewportSize_(this.getRotation());\n const constrainedResolution = this.constraints_.resolution(\n resolution,\n 0,\n size,\n true\n );\n this.targetCenter_ = this.calculateCenterZoom(\n constrainedResolution,\n animation.anchor\n );\n }\n this.nextResolution_ = animation.targetResolution;\n this.targetResolution_ = resolution;\n this.applyTargetState_(true);\n }\n if (\n animation.sourceRotation !== undefined &&\n animation.targetRotation !== undefined\n ) {\n const rotation =\n progress === 1\n ? modulo(animation.targetRotation + Math.PI, 2 * Math.PI) -\n Math.PI\n : animation.sourceRotation +\n progress *\n (animation.targetRotation - animation.sourceRotation);\n if (animation.anchor) {\n const constrainedRotation = this.constraints_.rotation(\n rotation,\n true\n );\n this.targetCenter_ = this.calculateCenterRotate(\n constrainedRotation,\n animation.anchor\n );\n }\n this.nextRotation_ = animation.targetRotation;\n this.targetRotation_ = rotation;\n }\n this.applyTargetState_(true);\n more = true;\n if (!animation.complete) {\n break;\n }\n }\n if (seriesComplete) {\n this.animations_[i] = null;\n this.setHint(ViewHint.ANIMATING, -1);\n this.nextCenter_ = null;\n this.nextResolution_ = NaN;\n this.nextRotation_ = NaN;\n const callback = series[0].callback;\n if (callback) {\n animationCallback(callback, true);\n }\n }\n }\n // prune completed series\n this.animations_ = this.animations_.filter(Boolean);\n if (more && this.updateAnimationKey_ === undefined) {\n this.updateAnimationKey_ = requestAnimationFrame(\n this.updateAnimations_.bind(this)\n );\n }\n }\n\n /**\n * @param {number} rotation Target rotation.\n * @param {import(\"./coordinate.js\").Coordinate} anchor Rotation anchor.\n * @return {import(\"./coordinate.js\").Coordinate|undefined} Center for rotation and anchor.\n */\n calculateCenterRotate(rotation, anchor) {\n let center;\n const currentCenter = this.getCenterInternal();\n if (currentCenter !== undefined) {\n center = [currentCenter[0] - anchor[0], currentCenter[1] - anchor[1]];\n rotateCoordinate(center, rotation - this.getRotation());\n addCoordinate(center, anchor);\n }\n return center;\n }\n\n /**\n * @param {number} resolution Target resolution.\n * @param {import(\"./coordinate.js\").Coordinate} anchor Zoom anchor.\n * @return {import(\"./coordinate.js\").Coordinate|undefined} Center for resolution and anchor.\n */\n calculateCenterZoom(resolution, anchor) {\n let center;\n const currentCenter = this.getCenterInternal();\n const currentResolution = this.getResolution();\n if (currentCenter !== undefined && currentResolution !== undefined) {\n const x =\n anchor[0] -\n (resolution * (anchor[0] - currentCenter[0])) / currentResolution;\n const y =\n anchor[1] -\n (resolution * (anchor[1] - currentCenter[1])) / currentResolution;\n center = [x, y];\n }\n return center;\n }\n\n /**\n * Returns the current viewport size.\n * @private\n * @param {number} [rotation] Take into account the rotation of the viewport when giving the size\n * @return {import(\"./size.js\").Size} Viewport size or `[100, 100]` when no viewport is found.\n */\n getViewportSize_(rotation) {\n const size = this.viewportSize_;\n if (rotation) {\n const w = size[0];\n const h = size[1];\n return [\n Math.abs(w * Math.cos(rotation)) + Math.abs(h * Math.sin(rotation)),\n Math.abs(w * Math.sin(rotation)) + Math.abs(h * Math.cos(rotation)),\n ];\n }\n return size;\n }\n\n /**\n * Stores the viewport size on the view. The viewport size is not read every time from the DOM\n * to avoid performance hit and layout reflow.\n * This should be done on map size change.\n * Note: the constraints are not resolved during an animation to avoid stopping it\n * @param {import(\"./size.js\").Size} [size] Viewport size; if undefined, [100, 100] is assumed\n */\n setViewportSize(size) {\n this.viewportSize_ = Array.isArray(size) ? size.slice() : [100, 100];\n if (!this.getAnimating()) {\n this.resolveConstraints(0);\n }\n }\n\n /**\n * Get the view center.\n * @return {import(\"./coordinate.js\").Coordinate|undefined} The center of the view.\n * @observable\n * @api\n */\n getCenter() {\n const center = this.getCenterInternal();\n if (!center) {\n return center;\n }\n return toUserCoordinate(center, this.getProjection());\n }\n\n /**\n * Get the view center without transforming to user projection.\n * @return {import(\"./coordinate.js\").Coordinate|undefined} The center of the view.\n */\n getCenterInternal() {\n return /** @type {import(\"./coordinate.js\").Coordinate|undefined} */ (\n this.get(ViewProperty.CENTER)\n );\n }\n\n /**\n * @return {Constraints} Constraints.\n */\n getConstraints() {\n return this.constraints_;\n }\n\n /**\n * @return {boolean} Resolution constraint is set\n */\n getConstrainResolution() {\n return this.get('constrainResolution');\n }\n\n /**\n * @param {Array} [hints] Destination array.\n * @return {Array} Hint.\n */\n getHints(hints) {\n if (hints !== undefined) {\n hints[0] = this.hints_[0];\n hints[1] = this.hints_[1];\n return hints;\n }\n return this.hints_.slice();\n }\n\n /**\n * Calculate the extent for the current view state and the passed box size.\n * @param {import(\"./size.js\").Size} [size] The pixel dimensions of the box\n * into which the calculated extent should fit. Defaults to the size of the\n * map the view is associated with.\n * If no map or multiple maps are connected to the view, provide the desired\n * box size (e.g. `map.getSize()`).\n * @return {import(\"./extent.js\").Extent} Extent.\n * @api\n */\n calculateExtent(size) {\n const extent = this.calculateExtentInternal(size);\n return toUserExtent(extent, this.getProjection());\n }\n\n /**\n * @param {import(\"./size.js\").Size} [size] Box pixel size. If not provided,\n * the map's last known viewport size will be used.\n * @return {import(\"./extent.js\").Extent} Extent.\n */\n calculateExtentInternal(size) {\n size = size || this.getViewportSizeMinusPadding_();\n const center = /** @type {!import(\"./coordinate.js\").Coordinate} */ (\n this.getCenterInternal()\n );\n assert(center, 'The view center is not defined');\n const resolution = /** @type {!number} */ (this.getResolution());\n assert(resolution !== undefined, 'The view resolution is not defined');\n const rotation = /** @type {!number} */ (this.getRotation());\n assert(rotation !== undefined, 'The view rotation is not defined');\n\n return getForViewAndSize(center, resolution, rotation, size);\n }\n\n /**\n * Get the maximum resolution of the view.\n * @return {number} The maximum resolution of the view.\n * @api\n */\n getMaxResolution() {\n return this.maxResolution_;\n }\n\n /**\n * Get the minimum resolution of the view.\n * @return {number} The minimum resolution of the view.\n * @api\n */\n getMinResolution() {\n return this.minResolution_;\n }\n\n /**\n * Get the maximum zoom level for the view.\n * @return {number} The maximum zoom level.\n * @api\n */\n getMaxZoom() {\n return /** @type {number} */ (\n this.getZoomForResolution(this.minResolution_)\n );\n }\n\n /**\n * Set a new maximum zoom level for the view.\n * @param {number} zoom The maximum zoom level.\n * @api\n */\n setMaxZoom(zoom) {\n this.applyOptions_(this.getUpdatedOptions_({maxZoom: zoom}));\n }\n\n /**\n * Get the minimum zoom level for the view.\n * @return {number} The minimum zoom level.\n * @api\n */\n getMinZoom() {\n return /** @type {number} */ (\n this.getZoomForResolution(this.maxResolution_)\n );\n }\n\n /**\n * Set a new minimum zoom level for the view.\n * @param {number} zoom The minimum zoom level.\n * @api\n */\n setMinZoom(zoom) {\n this.applyOptions_(this.getUpdatedOptions_({minZoom: zoom}));\n }\n\n /**\n * Set whether the view should allow intermediary zoom levels.\n * @param {boolean} enabled Whether the resolution is constrained.\n * @api\n */\n setConstrainResolution(enabled) {\n this.applyOptions_(this.getUpdatedOptions_({constrainResolution: enabled}));\n }\n\n /**\n * Get the view projection.\n * @return {import(\"./proj/Projection.js\").default} The projection of the view.\n * @api\n */\n getProjection() {\n return this.projection_;\n }\n\n /**\n * Get the view resolution.\n * @return {number|undefined} The resolution of the view.\n * @observable\n * @api\n */\n getResolution() {\n return /** @type {number|undefined} */ (this.get(ViewProperty.RESOLUTION));\n }\n\n /**\n * Get the resolutions for the view. This returns the array of resolutions\n * passed to the constructor of the View, or undefined if none were given.\n * @return {Array|undefined} The resolutions of the view.\n * @api\n */\n getResolutions() {\n return this.resolutions_;\n }\n\n /**\n * Get the resolution for a provided extent (in map units) and size (in pixels).\n * @param {import(\"./extent.js\").Extent} extent Extent.\n * @param {import(\"./size.js\").Size} [size] Box pixel size.\n * @return {number} The resolution at which the provided extent will render at\n * the given size.\n * @api\n */\n getResolutionForExtent(extent, size) {\n return this.getResolutionForExtentInternal(\n fromUserExtent(extent, this.getProjection()),\n size\n );\n }\n\n /**\n * Get the resolution for a provided extent (in map units) and size (in pixels).\n * @param {import(\"./extent.js\").Extent} extent Extent.\n * @param {import(\"./size.js\").Size} [size] Box pixel size.\n * @return {number} The resolution at which the provided extent will render at\n * the given size.\n */\n getResolutionForExtentInternal(extent, size) {\n size = size || this.getViewportSizeMinusPadding_();\n const xResolution = getWidth(extent) / size[0];\n const yResolution = getHeight(extent) / size[1];\n return Math.max(xResolution, yResolution);\n }\n\n /**\n * Return a function that returns a value between 0 and 1 for a\n * resolution. Exponential scaling is assumed.\n * @param {number} [power] Power.\n * @return {function(number): number} Resolution for value function.\n */\n getResolutionForValueFunction(power) {\n power = power || 2;\n const maxResolution = this.getConstrainedResolution(this.maxResolution_);\n const minResolution = this.minResolution_;\n const max = Math.log(maxResolution / minResolution) / Math.log(power);\n return (\n /**\n * @param {number} value Value.\n * @return {number} Resolution.\n */\n function (value) {\n const resolution = maxResolution / Math.pow(power, value * max);\n return resolution;\n }\n );\n }\n\n /**\n * Get the view rotation.\n * @return {number} The rotation of the view in radians.\n * @observable\n * @api\n */\n getRotation() {\n return /** @type {number} */ (this.get(ViewProperty.ROTATION));\n }\n\n /**\n * Return a function that returns a resolution for a value between\n * 0 and 1. Exponential scaling is assumed.\n * @param {number} [power] Power.\n * @return {function(number): number} Value for resolution function.\n */\n getValueForResolutionFunction(power) {\n const logPower = Math.log(power || 2);\n const maxResolution = this.getConstrainedResolution(this.maxResolution_);\n const minResolution = this.minResolution_;\n const max = Math.log(maxResolution / minResolution) / logPower;\n return (\n /**\n * @param {number} resolution Resolution.\n * @return {number} Value.\n */\n function (resolution) {\n const value = Math.log(maxResolution / resolution) / logPower / max;\n return value;\n }\n );\n }\n\n /**\n * Returns the size of the viewport minus padding.\n * @private\n * @param {number} [rotation] Take into account the rotation of the viewport when giving the size\n * @return {import(\"./size.js\").Size} Viewport size reduced by the padding.\n */\n getViewportSizeMinusPadding_(rotation) {\n let size = this.getViewportSize_(rotation);\n const padding = this.padding_;\n if (padding) {\n size = [\n size[0] - padding[1] - padding[3],\n size[1] - padding[0] - padding[2],\n ];\n }\n return size;\n }\n\n /**\n * @return {State} View state.\n */\n getState() {\n const projection = this.getProjection();\n const resolution = this.getResolution();\n const rotation = this.getRotation();\n let center = /** @type {import(\"./coordinate.js\").Coordinate} */ (\n this.getCenterInternal()\n );\n const padding = this.padding_;\n if (padding) {\n const reducedSize = this.getViewportSizeMinusPadding_();\n center = calculateCenterOn(\n center,\n this.getViewportSize_(),\n [reducedSize[0] / 2 + padding[3], reducedSize[1] / 2 + padding[0]],\n resolution,\n rotation\n );\n }\n return {\n center: center.slice(0),\n projection: projection !== undefined ? projection : null,\n resolution: resolution,\n nextCenter: this.nextCenter_,\n nextResolution: this.nextResolution_,\n nextRotation: this.nextRotation_,\n rotation: rotation,\n zoom: this.getZoom(),\n };\n }\n\n /**\n * @return {ViewStateLayerStateExtent} Like `FrameState`, but just `viewState` and `extent`.\n */\n getViewStateAndExtent() {\n return {\n viewState: this.getState(),\n extent: this.calculateExtent(),\n };\n }\n\n /**\n * Get the current zoom level. This method may return non-integer zoom levels\n * if the view does not constrain the resolution, or if an interaction or\n * animation is underway.\n * @return {number|undefined} Zoom.\n * @api\n */\n getZoom() {\n let zoom;\n const resolution = this.getResolution();\n if (resolution !== undefined) {\n zoom = this.getZoomForResolution(resolution);\n }\n return zoom;\n }\n\n /**\n * Get the zoom level for a resolution.\n * @param {number} resolution The resolution.\n * @return {number|undefined} The zoom level for the provided resolution.\n * @api\n */\n getZoomForResolution(resolution) {\n let offset = this.minZoom_ || 0;\n let max, zoomFactor;\n if (this.resolutions_) {\n const nearest = linearFindNearest(this.resolutions_, resolution, 1);\n offset = nearest;\n max = this.resolutions_[nearest];\n if (nearest == this.resolutions_.length - 1) {\n zoomFactor = 2;\n } else {\n zoomFactor = max / this.resolutions_[nearest + 1];\n }\n } else {\n max = this.maxResolution_;\n zoomFactor = this.zoomFactor_;\n }\n return offset + Math.log(max / resolution) / Math.log(zoomFactor);\n }\n\n /**\n * Get the resolution for a zoom level.\n * @param {number} zoom Zoom level.\n * @return {number} The view resolution for the provided zoom level.\n * @api\n */\n getResolutionForZoom(zoom) {\n if (this.resolutions_) {\n if (this.resolutions_.length <= 1) {\n return 0;\n }\n const baseLevel = clamp(\n Math.floor(zoom),\n 0,\n this.resolutions_.length - 2\n );\n const zoomFactor =\n this.resolutions_[baseLevel] / this.resolutions_[baseLevel + 1];\n return (\n this.resolutions_[baseLevel] /\n Math.pow(zoomFactor, clamp(zoom - baseLevel, 0, 1))\n );\n }\n return (\n this.maxResolution_ / Math.pow(this.zoomFactor_, zoom - this.minZoom_)\n );\n }\n\n /**\n * Fit the given geometry or extent based on the given map size and border.\n * The size is pixel dimensions of the box to fit the extent into.\n * In most cases you will want to use the map size, that is `map.getSize()`.\n * Takes care of the map angle.\n * @param {import(\"./geom/SimpleGeometry.js\").default|import(\"./extent.js\").Extent} geometryOrExtent The geometry or\n * extent to fit the view to.\n * @param {FitOptions} [options] Options.\n * @api\n */\n fit(geometryOrExtent, options) {\n /** @type {import(\"./geom/SimpleGeometry.js\").default} */\n let geometry;\n assert(\n Array.isArray(geometryOrExtent) ||\n typeof (/** @type {?} */ (geometryOrExtent).getSimplifiedGeometry) ===\n 'function',\n 'Invalid extent or geometry provided as `geometry`'\n );\n if (Array.isArray(geometryOrExtent)) {\n assert(\n !isEmpty(geometryOrExtent),\n 'Cannot fit empty extent provided as `geometry`'\n );\n const extent = fromUserExtent(geometryOrExtent, this.getProjection());\n geometry = polygonFromExtent(extent);\n } else if (geometryOrExtent.getType() === 'Circle') {\n const extent = fromUserExtent(\n geometryOrExtent.getExtent(),\n this.getProjection()\n );\n geometry = polygonFromExtent(extent);\n geometry.rotate(this.getRotation(), getCenter(extent));\n } else {\n const userProjection = getUserProjection();\n if (userProjection) {\n geometry = /** @type {import(\"./geom/SimpleGeometry.js\").default} */ (\n geometryOrExtent\n .clone()\n .transform(userProjection, this.getProjection())\n );\n } else {\n geometry = geometryOrExtent;\n }\n }\n\n this.fitInternal(geometry, options);\n }\n\n /**\n * Calculate rotated extent\n * @param {import(\"./geom/SimpleGeometry.js\").default} geometry The geometry.\n * @return {import(\"./extent\").Extent} The rotated extent for the geometry.\n */\n rotatedExtentForGeometry(geometry) {\n const rotation = this.getRotation();\n const cosAngle = Math.cos(rotation);\n const sinAngle = Math.sin(-rotation);\n const coords = geometry.getFlatCoordinates();\n const stride = geometry.getStride();\n let minRotX = +Infinity;\n let minRotY = +Infinity;\n let maxRotX = -Infinity;\n let maxRotY = -Infinity;\n for (let i = 0, ii = coords.length; i < ii; i += stride) {\n const rotX = coords[i] * cosAngle - coords[i + 1] * sinAngle;\n const rotY = coords[i] * sinAngle + coords[i + 1] * cosAngle;\n minRotX = Math.min(minRotX, rotX);\n minRotY = Math.min(minRotY, rotY);\n maxRotX = Math.max(maxRotX, rotX);\n maxRotY = Math.max(maxRotY, rotY);\n }\n return [minRotX, minRotY, maxRotX, maxRotY];\n }\n\n /**\n * @param {import(\"./geom/SimpleGeometry.js\").default} geometry The geometry.\n * @param {FitOptions} [options] Options.\n */\n fitInternal(geometry, options) {\n options = options || {};\n let size = options.size;\n if (!size) {\n size = this.getViewportSizeMinusPadding_();\n }\n const padding =\n options.padding !== undefined ? options.padding : [0, 0, 0, 0];\n const nearest = options.nearest !== undefined ? options.nearest : false;\n let minResolution;\n if (options.minResolution !== undefined) {\n minResolution = options.minResolution;\n } else if (options.maxZoom !== undefined) {\n minResolution = this.getResolutionForZoom(options.maxZoom);\n } else {\n minResolution = 0;\n }\n\n const rotatedExtent = this.rotatedExtentForGeometry(geometry);\n\n // calculate resolution\n let resolution = this.getResolutionForExtentInternal(rotatedExtent, [\n size[0] - padding[1] - padding[3],\n size[1] - padding[0] - padding[2],\n ]);\n resolution = isNaN(resolution)\n ? minResolution\n : Math.max(resolution, minResolution);\n resolution = this.getConstrainedResolution(resolution, nearest ? 0 : 1);\n\n // calculate center\n const rotation = this.getRotation();\n const sinAngle = Math.sin(rotation);\n const cosAngle = Math.cos(rotation);\n const centerRot = getCenter(rotatedExtent);\n centerRot[0] += ((padding[1] - padding[3]) / 2) * resolution;\n centerRot[1] += ((padding[0] - padding[2]) / 2) * resolution;\n const centerX = centerRot[0] * cosAngle - centerRot[1] * sinAngle;\n const centerY = centerRot[1] * cosAngle + centerRot[0] * sinAngle;\n const center = this.getConstrainedCenter([centerX, centerY], resolution);\n const callback = options.callback ? options.callback : VOID;\n\n if (options.duration !== undefined) {\n this.animateInternal(\n {\n resolution: resolution,\n center: center,\n duration: options.duration,\n easing: options.easing,\n },\n callback\n );\n } else {\n this.targetResolution_ = resolution;\n this.targetCenter_ = center;\n this.applyTargetState_(false, true);\n animationCallback(callback, true);\n }\n }\n\n /**\n * Center on coordinate and view position.\n * @param {import(\"./coordinate.js\").Coordinate} coordinate Coordinate.\n * @param {import(\"./size.js\").Size} size Box pixel size.\n * @param {import(\"./pixel.js\").Pixel} position Position on the view to center on.\n * @api\n */\n centerOn(coordinate, size, position) {\n this.centerOnInternal(\n fromUserCoordinate(coordinate, this.getProjection()),\n size,\n position\n );\n }\n\n /**\n * @param {import(\"./coordinate.js\").Coordinate} coordinate Coordinate.\n * @param {import(\"./size.js\").Size} size Box pixel size.\n * @param {import(\"./pixel.js\").Pixel} position Position on the view to center on.\n */\n centerOnInternal(coordinate, size, position) {\n this.setCenterInternal(\n calculateCenterOn(\n coordinate,\n size,\n position,\n this.getResolution(),\n this.getRotation()\n )\n );\n }\n\n /**\n * Calculates the shift between map and viewport center.\n * @param {import(\"./coordinate.js\").Coordinate} center Center.\n * @param {number} resolution Resolution.\n * @param {number} rotation Rotation.\n * @param {import(\"./size.js\").Size} size Size.\n * @return {Array|undefined} Center shift.\n */\n calculateCenterShift(center, resolution, rotation, size) {\n let centerShift;\n const padding = this.padding_;\n if (padding && center) {\n const reducedSize = this.getViewportSizeMinusPadding_(-rotation);\n const shiftedCenter = calculateCenterOn(\n center,\n size,\n [reducedSize[0] / 2 + padding[3], reducedSize[1] / 2 + padding[0]],\n resolution,\n rotation\n );\n centerShift = [\n center[0] - shiftedCenter[0],\n center[1] - shiftedCenter[1],\n ];\n }\n return centerShift;\n }\n\n /**\n * @return {boolean} Is defined.\n */\n isDef() {\n return !!this.getCenterInternal() && this.getResolution() !== undefined;\n }\n\n /**\n * Adds relative coordinates to the center of the view. Any extent constraint will apply.\n * @param {import(\"./coordinate.js\").Coordinate} deltaCoordinates Relative value to add.\n * @api\n */\n adjustCenter(deltaCoordinates) {\n const center = toUserCoordinate(this.targetCenter_, this.getProjection());\n this.setCenter([\n center[0] + deltaCoordinates[0],\n center[1] + deltaCoordinates[1],\n ]);\n }\n\n /**\n * Adds relative coordinates to the center of the view. Any extent constraint will apply.\n * @param {import(\"./coordinate.js\").Coordinate} deltaCoordinates Relative value to add.\n */\n adjustCenterInternal(deltaCoordinates) {\n const center = this.targetCenter_;\n this.setCenterInternal([\n center[0] + deltaCoordinates[0],\n center[1] + deltaCoordinates[1],\n ]);\n }\n\n /**\n * Multiply the view resolution by a ratio, optionally using an anchor. Any resolution\n * constraint will apply.\n * @param {number} ratio The ratio to apply on the view resolution.\n * @param {import(\"./coordinate.js\").Coordinate} [anchor] The origin of the transformation.\n * @api\n */\n adjustResolution(ratio, anchor) {\n anchor = anchor && fromUserCoordinate(anchor, this.getProjection());\n this.adjustResolutionInternal(ratio, anchor);\n }\n\n /**\n * Multiply the view resolution by a ratio, optionally using an anchor. Any resolution\n * constraint will apply.\n * @param {number} ratio The ratio to apply on the view resolution.\n * @param {import(\"./coordinate.js\").Coordinate} [anchor] The origin of the transformation.\n */\n adjustResolutionInternal(ratio, anchor) {\n const isMoving = this.getAnimating() || this.getInteracting();\n const size = this.getViewportSize_(this.getRotation());\n const newResolution = this.constraints_.resolution(\n this.targetResolution_ * ratio,\n 0,\n size,\n isMoving\n );\n\n if (anchor) {\n this.targetCenter_ = this.calculateCenterZoom(newResolution, anchor);\n }\n\n this.targetResolution_ *= ratio;\n this.applyTargetState_();\n }\n\n /**\n * Adds a value to the view zoom level, optionally using an anchor. Any resolution\n * constraint will apply.\n * @param {number} delta Relative value to add to the zoom level.\n * @param {import(\"./coordinate.js\").Coordinate} [anchor] The origin of the transformation.\n * @api\n */\n adjustZoom(delta, anchor) {\n this.adjustResolution(Math.pow(this.zoomFactor_, -delta), anchor);\n }\n\n /**\n * Adds a value to the view rotation, optionally using an anchor. Any rotation\n * constraint will apply.\n * @param {number} delta Relative value to add to the zoom rotation, in radians.\n * @param {import(\"./coordinate.js\").Coordinate} [anchor] The rotation center.\n * @api\n */\n adjustRotation(delta, anchor) {\n if (anchor) {\n anchor = fromUserCoordinate(anchor, this.getProjection());\n }\n this.adjustRotationInternal(delta, anchor);\n }\n\n /**\n * @param {number} delta Relative value to add to the zoom rotation, in radians.\n * @param {import(\"./coordinate.js\").Coordinate} [anchor] The rotation center.\n */\n adjustRotationInternal(delta, anchor) {\n const isMoving = this.getAnimating() || this.getInteracting();\n const newRotation = this.constraints_.rotation(\n this.targetRotation_ + delta,\n isMoving\n );\n if (anchor) {\n this.targetCenter_ = this.calculateCenterRotate(newRotation, anchor);\n }\n this.targetRotation_ += delta;\n this.applyTargetState_();\n }\n\n /**\n * Set the center of the current view. Any extent constraint will apply.\n * @param {import(\"./coordinate.js\").Coordinate|undefined} center The center of the view.\n * @observable\n * @api\n */\n setCenter(center) {\n this.setCenterInternal(\n center ? fromUserCoordinate(center, this.getProjection()) : center\n );\n }\n\n /**\n * Set the center using the view projection (not the user projection).\n * @param {import(\"./coordinate.js\").Coordinate|undefined} center The center of the view.\n */\n setCenterInternal(center) {\n this.targetCenter_ = center;\n this.applyTargetState_();\n }\n\n /**\n * @param {import(\"./ViewHint.js\").default} hint Hint.\n * @param {number} delta Delta.\n * @return {number} New value.\n */\n setHint(hint, delta) {\n this.hints_[hint] += delta;\n this.changed();\n return this.hints_[hint];\n }\n\n /**\n * Set the resolution for this view. Any resolution constraint will apply.\n * @param {number|undefined} resolution The resolution of the view.\n * @observable\n * @api\n */\n setResolution(resolution) {\n this.targetResolution_ = resolution;\n this.applyTargetState_();\n }\n\n /**\n * Set the rotation for this view. Any rotation constraint will apply.\n * @param {number} rotation The rotation of the view in radians.\n * @observable\n * @api\n */\n setRotation(rotation) {\n this.targetRotation_ = rotation;\n this.applyTargetState_();\n }\n\n /**\n * Zoom to a specific zoom level. Any resolution constrain will apply.\n * @param {number} zoom Zoom level.\n * @api\n */\n setZoom(zoom) {\n this.setResolution(this.getResolutionForZoom(zoom));\n }\n\n /**\n * Recompute rotation/resolution/center based on target values.\n * Note: we have to compute rotation first, then resolution and center considering that\n * parameters can influence one another in case a view extent constraint is present.\n * @param {boolean} [doNotCancelAnims] Do not cancel animations.\n * @param {boolean} [forceMoving] Apply constraints as if the view is moving.\n * @private\n */\n applyTargetState_(doNotCancelAnims, forceMoving) {\n const isMoving =\n this.getAnimating() || this.getInteracting() || forceMoving;\n\n // compute rotation\n const newRotation = this.constraints_.rotation(\n this.targetRotation_,\n isMoving\n );\n const size = this.getViewportSize_(newRotation);\n const newResolution = this.constraints_.resolution(\n this.targetResolution_,\n 0,\n size,\n isMoving\n );\n const newCenter = this.constraints_.center(\n this.targetCenter_,\n newResolution,\n size,\n isMoving,\n this.calculateCenterShift(\n this.targetCenter_,\n newResolution,\n newRotation,\n size\n )\n );\n\n if (this.get(ViewProperty.ROTATION) !== newRotation) {\n this.set(ViewProperty.ROTATION, newRotation);\n }\n if (this.get(ViewProperty.RESOLUTION) !== newResolution) {\n this.set(ViewProperty.RESOLUTION, newResolution);\n this.set('zoom', this.getZoom(), true);\n }\n if (\n !newCenter ||\n !this.get(ViewProperty.CENTER) ||\n !equals(this.get(ViewProperty.CENTER), newCenter)\n ) {\n this.set(ViewProperty.CENTER, newCenter);\n }\n\n if (this.getAnimating() && !doNotCancelAnims) {\n this.cancelAnimations();\n }\n this.cancelAnchor_ = undefined;\n }\n\n /**\n * If any constraints need to be applied, an animation will be triggered.\n * This is typically done on interaction end.\n * Note: calling this with a duration of 0 will apply the constrained values straight away,\n * without animation.\n * @param {number} [duration] The animation duration in ms.\n * @param {number} [resolutionDirection] Which direction to zoom.\n * @param {import(\"./coordinate.js\").Coordinate} [anchor] The origin of the transformation.\n */\n resolveConstraints(duration, resolutionDirection, anchor) {\n duration = duration !== undefined ? duration : 200;\n const direction = resolutionDirection || 0;\n\n const newRotation = this.constraints_.rotation(this.targetRotation_);\n const size = this.getViewportSize_(newRotation);\n const newResolution = this.constraints_.resolution(\n this.targetResolution_,\n direction,\n size\n );\n const newCenter = this.constraints_.center(\n this.targetCenter_,\n newResolution,\n size,\n false,\n this.calculateCenterShift(\n this.targetCenter_,\n newResolution,\n newRotation,\n size\n )\n );\n\n if (duration === 0 && !this.cancelAnchor_) {\n this.targetResolution_ = newResolution;\n this.targetRotation_ = newRotation;\n this.targetCenter_ = newCenter;\n this.applyTargetState_();\n return;\n }\n\n anchor = anchor || (duration === 0 ? this.cancelAnchor_ : undefined);\n this.cancelAnchor_ = undefined;\n\n if (\n this.getResolution() !== newResolution ||\n this.getRotation() !== newRotation ||\n !this.getCenterInternal() ||\n !equals(this.getCenterInternal(), newCenter)\n ) {\n if (this.getAnimating()) {\n this.cancelAnimations();\n }\n\n this.animateInternal({\n rotation: newRotation,\n center: newCenter,\n resolution: newResolution,\n duration: duration,\n easing: easeOut,\n anchor: anchor,\n });\n }\n }\n\n /**\n * Notify the View that an interaction has started.\n * The view state will be resolved to a stable one if needed\n * (depending on its constraints).\n * @api\n */\n beginInteraction() {\n this.resolveConstraints(0);\n\n this.setHint(ViewHint.INTERACTING, 1);\n }\n\n /**\n * Notify the View that an interaction has ended. The view state will be resolved\n * to a stable one if needed (depending on its constraints).\n * @param {number} [duration] Animation duration in ms.\n * @param {number} [resolutionDirection] Which direction to zoom.\n * @param {import(\"./coordinate.js\").Coordinate} [anchor] The origin of the transformation.\n * @api\n */\n endInteraction(duration, resolutionDirection, anchor) {\n anchor = anchor && fromUserCoordinate(anchor, this.getProjection());\n this.endInteractionInternal(duration, resolutionDirection, anchor);\n }\n\n /**\n * Notify the View that an interaction has ended. The view state will be resolved\n * to a stable one if needed (depending on its constraints).\n * @param {number} [duration] Animation duration in ms.\n * @param {number} [resolutionDirection] Which direction to zoom.\n * @param {import(\"./coordinate.js\").Coordinate} [anchor] The origin of the transformation.\n */\n endInteractionInternal(duration, resolutionDirection, anchor) {\n if (!this.getInteracting()) {\n return;\n }\n this.setHint(ViewHint.INTERACTING, -1);\n this.resolveConstraints(duration, resolutionDirection, anchor);\n }\n\n /**\n * Get a valid position for the view center according to the current constraints.\n * @param {import(\"./coordinate.js\").Coordinate|undefined} targetCenter Target center position.\n * @param {number} [targetResolution] Target resolution. If not supplied, the current one will be used.\n * This is useful to guess a valid center position at a different zoom level.\n * @return {import(\"./coordinate.js\").Coordinate|undefined} Valid center position.\n */\n getConstrainedCenter(targetCenter, targetResolution) {\n const size = this.getViewportSize_(this.getRotation());\n return this.constraints_.center(\n targetCenter,\n targetResolution || this.getResolution(),\n size\n );\n }\n\n /**\n * Get a valid zoom level according to the current view constraints.\n * @param {number|undefined} targetZoom Target zoom.\n * @param {number} [direction=0] Indicate which resolution should be used\n * by a renderer if the view resolution does not match any resolution of the tile source.\n * If 0, the nearest resolution will be used. If 1, the nearest lower resolution\n * will be used. If -1, the nearest higher resolution will be used.\n * @return {number|undefined} Valid zoom level.\n */\n getConstrainedZoom(targetZoom, direction) {\n const targetRes = this.getResolutionForZoom(targetZoom);\n return this.getZoomForResolution(\n this.getConstrainedResolution(targetRes, direction)\n );\n }\n\n /**\n * Get a valid resolution according to the current view constraints.\n * @param {number|undefined} targetResolution Target resolution.\n * @param {number} [direction=0] Indicate which resolution should be used\n * by a renderer if the view resolution does not match any resolution of the tile source.\n * If 0, the nearest resolution will be used. If 1, the nearest lower resolution\n * will be used. If -1, the nearest higher resolution will be used.\n * @return {number|undefined} Valid resolution.\n */\n getConstrainedResolution(targetResolution, direction) {\n direction = direction || 0;\n const size = this.getViewportSize_(this.getRotation());\n\n return this.constraints_.resolution(targetResolution, direction, size);\n }\n}\n\n/**\n * @param {Function} callback Callback.\n * @param {*} returnValue Return value.\n */\nfunction animationCallback(callback, returnValue) {\n setTimeout(function () {\n callback(returnValue);\n }, 0);\n}\n\n/**\n * @param {ViewOptions} options View options.\n * @return {import(\"./centerconstraint.js\").Type} The constraint.\n */\nexport function createCenterConstraint(options) {\n if (options.extent !== undefined) {\n const smooth =\n options.smoothExtentConstraint !== undefined\n ? options.smoothExtentConstraint\n : true;\n return createExtent(options.extent, options.constrainOnlyCenter, smooth);\n }\n\n const projection = createProjection(options.projection, 'EPSG:3857');\n if (options.multiWorld !== true && projection.isGlobal()) {\n const extent = projection.getExtent().slice();\n extent[0] = -Infinity;\n extent[2] = Infinity;\n return createExtent(extent, false, false);\n }\n\n return centerNone;\n}\n\n/**\n * @param {ViewOptions} options View options.\n * @return {{constraint: import(\"./resolutionconstraint.js\").Type, maxResolution: number,\n * minResolution: number, minZoom: number, zoomFactor: number}} The constraint.\n */\nexport function createResolutionConstraint(options) {\n let resolutionConstraint;\n let maxResolution;\n let minResolution;\n\n // TODO: move these to be ol constants\n // see https://github.com/openlayers/openlayers/issues/2076\n const defaultMaxZoom = 28;\n const defaultZoomFactor = 2;\n\n let minZoom =\n options.minZoom !== undefined ? options.minZoom : DEFAULT_MIN_ZOOM;\n\n let maxZoom =\n options.maxZoom !== undefined ? options.maxZoom : defaultMaxZoom;\n\n const zoomFactor =\n options.zoomFactor !== undefined ? options.zoomFactor : defaultZoomFactor;\n\n const multiWorld =\n options.multiWorld !== undefined ? options.multiWorld : false;\n\n const smooth =\n options.smoothResolutionConstraint !== undefined\n ? options.smoothResolutionConstraint\n : true;\n\n const showFullExtent =\n options.showFullExtent !== undefined ? options.showFullExtent : false;\n\n const projection = createProjection(options.projection, 'EPSG:3857');\n const projExtent = projection.getExtent();\n let constrainOnlyCenter = options.constrainOnlyCenter;\n let extent = options.extent;\n if (!multiWorld && !extent && projection.isGlobal()) {\n constrainOnlyCenter = false;\n extent = projExtent;\n }\n\n if (options.resolutions !== undefined) {\n const resolutions = options.resolutions;\n maxResolution = resolutions[minZoom];\n minResolution =\n resolutions[maxZoom] !== undefined\n ? resolutions[maxZoom]\n : resolutions[resolutions.length - 1];\n\n if (options.constrainResolution) {\n resolutionConstraint = createSnapToResolutions(\n resolutions,\n smooth,\n !constrainOnlyCenter && extent,\n showFullExtent\n );\n } else {\n resolutionConstraint = createMinMaxResolution(\n maxResolution,\n minResolution,\n smooth,\n !constrainOnlyCenter && extent,\n showFullExtent\n );\n }\n } else {\n // calculate the default min and max resolution\n const size = !projExtent\n ? // use an extent that can fit the whole world if need be\n (360 * METERS_PER_UNIT.degrees) / projection.getMetersPerUnit()\n : Math.max(getWidth(projExtent), getHeight(projExtent));\n\n const defaultMaxResolution =\n size / DEFAULT_TILE_SIZE / Math.pow(defaultZoomFactor, DEFAULT_MIN_ZOOM);\n\n const defaultMinResolution =\n defaultMaxResolution /\n Math.pow(defaultZoomFactor, defaultMaxZoom - DEFAULT_MIN_ZOOM);\n\n // user provided maxResolution takes precedence\n maxResolution = options.maxResolution;\n if (maxResolution !== undefined) {\n minZoom = 0;\n } else {\n maxResolution = defaultMaxResolution / Math.pow(zoomFactor, minZoom);\n }\n\n // user provided minResolution takes precedence\n minResolution = options.minResolution;\n if (minResolution === undefined) {\n if (options.maxZoom !== undefined) {\n if (options.maxResolution !== undefined) {\n minResolution = maxResolution / Math.pow(zoomFactor, maxZoom);\n } else {\n minResolution = defaultMaxResolution / Math.pow(zoomFactor, maxZoom);\n }\n } else {\n minResolution = defaultMinResolution;\n }\n }\n\n // given discrete zoom levels, minResolution may be different than provided\n maxZoom =\n minZoom +\n Math.floor(\n Math.log(maxResolution / minResolution) / Math.log(zoomFactor)\n );\n minResolution = maxResolution / Math.pow(zoomFactor, maxZoom - minZoom);\n\n if (options.constrainResolution) {\n resolutionConstraint = createSnapToPower(\n zoomFactor,\n maxResolution,\n minResolution,\n smooth,\n !constrainOnlyCenter && extent,\n showFullExtent\n );\n } else {\n resolutionConstraint = createMinMaxResolution(\n maxResolution,\n minResolution,\n smooth,\n !constrainOnlyCenter && extent,\n showFullExtent\n );\n }\n }\n return {\n constraint: resolutionConstraint,\n maxResolution: maxResolution,\n minResolution: minResolution,\n minZoom: minZoom,\n zoomFactor: zoomFactor,\n };\n}\n\n/**\n * @param {ViewOptions} options View options.\n * @return {import(\"./rotationconstraint.js\").Type} Rotation constraint.\n */\nexport function createRotationConstraint(options) {\n const enableRotation =\n options.enableRotation !== undefined ? options.enableRotation : true;\n if (enableRotation) {\n const constrainRotation = options.constrainRotation;\n if (constrainRotation === undefined || constrainRotation === true) {\n return createSnapToZero();\n }\n if (constrainRotation === false) {\n return rotationNone;\n }\n if (typeof constrainRotation === 'number') {\n return createSnapToN(constrainRotation);\n }\n return rotationNone;\n }\n return disable;\n}\n\n/**\n * Determine if an animation involves no view change.\n * @param {Animation} animation The animation.\n * @return {boolean} The animation involves no view change.\n */\nexport function isNoopAnimation(animation) {\n if (animation.sourceCenter && animation.targetCenter) {\n if (!coordinatesEqual(animation.sourceCenter, animation.targetCenter)) {\n return false;\n }\n }\n if (animation.sourceResolution !== animation.targetResolution) {\n return false;\n }\n if (animation.sourceRotation !== animation.targetRotation) {\n return false;\n }\n return true;\n}\n\n/**\n * @param {import(\"./coordinate.js\").Coordinate} coordinate Coordinate.\n * @param {import(\"./size.js\").Size} size Box pixel size.\n * @param {import(\"./pixel.js\").Pixel} position Position on the view to center on.\n * @param {number} resolution Resolution.\n * @param {number} rotation Rotation.\n * @return {import(\"./coordinate.js\").Coordinate} Shifted center.\n */\nfunction calculateCenterOn(coordinate, size, position, resolution, rotation) {\n // calculate rotated position\n const cosAngle = Math.cos(-rotation);\n let sinAngle = Math.sin(-rotation);\n let rotX = coordinate[0] * cosAngle - coordinate[1] * sinAngle;\n let rotY = coordinate[1] * cosAngle + coordinate[0] * sinAngle;\n rotX += (size[0] / 2 - position[0]) * resolution;\n rotY += (position[1] - size[1] / 2) * resolution;\n\n // go back to original angle\n sinAngle = -sinAngle; // go back to original rotation\n const centerX = rotX * cosAngle - rotY * sinAngle;\n const centerY = rotY * cosAngle + rotX * sinAngle;\n\n return [centerX, centerY];\n}\n\nexport default View;\n","/**\n * @module ol/layer/Layer\n */\nimport BaseLayer from './Base.js';\nimport EventType from '../events/EventType.js';\nimport LayerProperty from './Property.js';\nimport RenderEventType from '../render/EventType.js';\nimport View from '../View.js';\nimport {assert} from '../asserts.js';\nimport {intersects} from '../extent.js';\nimport {listen, unlistenByKey} from '../events.js';\n\n/**\n * @typedef {function(import(\"../Map.js\").FrameState):HTMLElement} RenderFunction\n */\n\n/**\n * @typedef {'sourceready'|'change:source'} LayerEventType\n */\n\n/***\n * @template Return\n * @typedef {import(\"../Observable\").OnSignature &\n * import(\"../Observable\").OnSignature &\n * import(\"../Observable\").OnSignature &\n * import(\"../Observable\").CombinedOnSignature} LayerOnSignature\n */\n\n/**\n * @template {import(\"../source/Source.js\").default} [SourceType=import(\"../source/Source.js\").default]\n * @typedef {Object} Options\n * @property {string} [className='ol-layer'] A CSS class name to set to the layer element.\n * @property {number} [opacity=1] Opacity (0, 1).\n * @property {boolean} [visible=true] Visibility.\n * @property {import(\"../extent.js\").Extent} [extent] The bounding extent for layer rendering. The layer will not be\n * rendered outside of this extent.\n * @property {number} [zIndex] The z-index for layer rendering. At rendering time, the layers\n * will be ordered, first by Z-index and then by position. When `undefined`, a `zIndex` of 0 is assumed\n * for layers that are added to the map's `layers` collection, or `Infinity` when the layer's `setMap()`\n * method was used.\n * @property {number} [minResolution] The minimum resolution (inclusive) at which this layer will be\n * visible.\n * @property {number} [maxResolution] The maximum resolution (exclusive) below which this layer will\n * be visible.\n * @property {number} [minZoom] The minimum view zoom level (exclusive) above which this layer will be\n * visible.\n * @property {number} [maxZoom] The maximum view zoom level (inclusive) at which this layer will\n * be visible.\n * @property {SourceType} [source] Source for this layer. If not provided to the constructor,\n * the source can be set by calling {@link module:ol/layer/Layer~Layer#setSource layer.setSource(source)} after\n * construction.\n * @property {import(\"../Map.js\").default|null} [map] Map.\n * @property {RenderFunction} [render] Render function. Takes the frame state as input and is expected to return an\n * HTML element. Will overwrite the default rendering for the layer.\n * @property {Object} [properties] Arbitrary observable properties. Can be accessed with `#get()` and `#set()`.\n */\n\n/**\n * @typedef {Object} State\n * @property {import(\"./Layer.js\").default} layer Layer.\n * @property {number} opacity Opacity, the value is rounded to two digits to appear after the decimal point.\n * @property {boolean} visible Visible.\n * @property {boolean} managed Managed.\n * @property {import(\"../extent.js\").Extent} [extent] Extent.\n * @property {number | undefined} zIndex ZIndex.\n * @property {number} maxResolution Maximum resolution.\n * @property {number} minResolution Minimum resolution.\n * @property {number} minZoom Minimum zoom.\n * @property {number} maxZoom Maximum zoom.\n */\n\n/**\n * @classdesc\n * Base class from which all layer types are derived. This should only be instantiated\n * in the case where a custom layer is added to the map with a custom `render` function.\n * Such a function can be specified in the `options` object, and is expected to return an HTML element.\n *\n * A visual representation of raster or vector map data.\n * Layers group together those properties that pertain to how the data is to be\n * displayed, irrespective of the source of that data.\n *\n * Layers are usually added to a map with [map.addLayer()]{@link import(\"../Map.js\").default#addLayer}.\n * Components like {@link module:ol/interaction/Draw~Draw} use unmanaged layers\n * internally. These unmanaged layers are associated with the map using\n * [layer.setMap()]{@link module:ol/layer/Layer~Layer#setMap} instead.\n *\n * A generic `change` event is fired when the state of the source changes.\n * A `sourceready` event is fired when the layer's source is ready.\n *\n * @fires import(\"../render/Event.js\").RenderEvent#prerender\n * @fires import(\"../render/Event.js\").RenderEvent#postrender\n * @fires import(\"../events/Event.js\").BaseEvent#sourceready\n *\n * @template {import(\"../source/Source.js\").default} [SourceType=import(\"../source/Source.js\").default]\n * @template {import(\"../renderer/Layer.js\").default} [RendererType=import(\"../renderer/Layer.js\").default]\n * @api\n */\nclass Layer extends BaseLayer {\n /**\n * @param {Options} options Layer options.\n */\n constructor(options) {\n const baseOptions = Object.assign({}, options);\n delete baseOptions.source;\n\n super(baseOptions);\n\n /***\n * @type {LayerOnSignature}\n */\n this.on;\n\n /***\n * @type {LayerOnSignature}\n */\n this.once;\n\n /***\n * @type {LayerOnSignature}\n */\n this.un;\n\n /**\n * @private\n * @type {?import(\"../events.js\").EventsKey}\n */\n this.mapPrecomposeKey_ = null;\n\n /**\n * @private\n * @type {?import(\"../events.js\").EventsKey}\n */\n this.mapRenderKey_ = null;\n\n /**\n * @private\n * @type {?import(\"../events.js\").EventsKey}\n */\n this.sourceChangeKey_ = null;\n\n /**\n * @private\n * @type {RendererType}\n */\n this.renderer_ = null;\n\n /**\n * @private\n * @type {boolean}\n */\n this.sourceReady_ = false;\n\n /**\n * @protected\n * @type {boolean}\n */\n this.rendered = false;\n\n // Overwrite default render method with a custom one\n if (options.render) {\n this.render = options.render;\n }\n\n if (options.map) {\n this.setMap(options.map);\n }\n\n this.addChangeListener(\n LayerProperty.SOURCE,\n this.handleSourcePropertyChange_\n );\n\n const source = options.source\n ? /** @type {SourceType} */ (options.source)\n : null;\n this.setSource(source);\n }\n\n /**\n * @param {Array} [array] Array of layers (to be modified in place).\n * @return {Array} Array of layers.\n */\n getLayersArray(array) {\n array = array ? array : [];\n array.push(this);\n return array;\n }\n\n /**\n * @param {Array} [states] Optional list of layer states (to be modified in place).\n * @return {Array} List of layer states.\n */\n getLayerStatesArray(states) {\n states = states ? states : [];\n states.push(this.getLayerState());\n return states;\n }\n\n /**\n * Get the layer source.\n * @return {SourceType|null} The layer source (or `null` if not yet set).\n * @observable\n * @api\n */\n getSource() {\n return /** @type {SourceType} */ (this.get(LayerProperty.SOURCE)) || null;\n }\n\n /**\n * @return {SourceType|null} The source being rendered.\n */\n getRenderSource() {\n return this.getSource();\n }\n\n /**\n * @return {import(\"../source/Source.js\").State} Source state.\n */\n getSourceState() {\n const source = this.getSource();\n return !source ? 'undefined' : source.getState();\n }\n\n /**\n * @private\n */\n handleSourceChange_() {\n this.changed();\n if (this.sourceReady_ || this.getSource().getState() !== 'ready') {\n return;\n }\n this.sourceReady_ = true;\n this.dispatchEvent('sourceready');\n }\n\n /**\n * @private\n */\n handleSourcePropertyChange_() {\n if (this.sourceChangeKey_) {\n unlistenByKey(this.sourceChangeKey_);\n this.sourceChangeKey_ = null;\n }\n this.sourceReady_ = false;\n const source = this.getSource();\n if (source) {\n this.sourceChangeKey_ = listen(\n source,\n EventType.CHANGE,\n this.handleSourceChange_,\n this\n );\n if (source.getState() === 'ready') {\n this.sourceReady_ = true;\n setTimeout(() => {\n this.dispatchEvent('sourceready');\n }, 0);\n }\n }\n this.changed();\n }\n\n /**\n * @param {import(\"../pixel\").Pixel} pixel Pixel.\n * @return {Promise>} Promise that resolves with\n * an array of features.\n */\n getFeatures(pixel) {\n if (!this.renderer_) {\n return Promise.resolve([]);\n }\n return this.renderer_.getFeatures(pixel);\n }\n\n /**\n * @param {import(\"../pixel\").Pixel} pixel Pixel.\n * @return {Uint8ClampedArray|Uint8Array|Float32Array|DataView|null} Pixel data.\n */\n getData(pixel) {\n if (!this.renderer_ || !this.rendered) {\n return null;\n }\n return this.renderer_.getData(pixel);\n }\n\n /**\n * The layer is visible on the map view, i.e. within its min/max resolution or zoom and\n * extent, not set to `visible: false`, and not inside a layer group that is set\n * to `visible: false`.\n * @param {View|import(\"../View.js\").ViewStateLayerStateExtent} [view] View or {@link import(\"../Map.js\").FrameState}.\n * Only required when the layer is not added to a map.\n * @return {boolean} The layer is visible in the map view.\n * @api\n */\n isVisible(view) {\n let frameState;\n const map = this.getMapInternal();\n if (!view && map) {\n view = map.getView();\n }\n if (view instanceof View) {\n frameState = {\n viewState: view.getState(),\n extent: view.calculateExtent(),\n };\n } else {\n frameState = view;\n }\n if (!frameState.layerStatesArray && map) {\n frameState.layerStatesArray = map.getLayerGroup().getLayerStatesArray();\n }\n let layerState;\n if (frameState.layerStatesArray) {\n layerState = frameState.layerStatesArray.find(\n (layerState) => layerState.layer === this\n );\n } else {\n layerState = this.getLayerState();\n }\n\n const layerExtent = this.getExtent();\n\n return (\n inView(layerState, frameState.viewState) &&\n (!layerExtent || intersects(layerExtent, frameState.extent))\n );\n }\n\n /**\n * Get the attributions of the source of this layer for the given view.\n * @param {View|import(\"../View.js\").ViewStateLayerStateExtent} [view] View or {@link import(\"../Map.js\").FrameState}.\n * Only required when the layer is not added to a map.\n * @return {Array} Attributions for this layer at the given view.\n * @api\n */\n getAttributions(view) {\n if (!this.isVisible(view)) {\n return [];\n }\n let getAttributions;\n const source = this.getSource();\n if (source) {\n getAttributions = source.getAttributions();\n }\n if (!getAttributions) {\n return [];\n }\n const frameState =\n view instanceof View ? view.getViewStateAndExtent() : view;\n let attributions = getAttributions(frameState);\n if (!Array.isArray(attributions)) {\n attributions = [attributions];\n }\n return attributions;\n }\n\n /**\n * In charge to manage the rendering of the layer. One layer type is\n * bounded with one layer renderer.\n * @param {?import(\"../Map.js\").FrameState} frameState Frame state.\n * @param {HTMLElement} target Target which the renderer may (but need not) use\n * for rendering its content.\n * @return {HTMLElement|null} The rendered element.\n */\n render(frameState, target) {\n const layerRenderer = this.getRenderer();\n\n if (layerRenderer.prepareFrame(frameState)) {\n this.rendered = true;\n return layerRenderer.renderFrame(frameState, target);\n }\n return null;\n }\n\n /**\n * Called when a layer is not visible during a map render.\n */\n unrender() {\n this.rendered = false;\n }\n\n /**\n * For use inside the library only.\n * @param {import(\"../Map.js\").default|null} map Map.\n */\n setMapInternal(map) {\n if (!map) {\n this.unrender();\n }\n this.set(LayerProperty.MAP, map);\n }\n\n /**\n * For use inside the library only.\n * @return {import(\"../Map.js\").default|null} Map.\n */\n getMapInternal() {\n return this.get(LayerProperty.MAP);\n }\n\n /**\n * Sets the layer to be rendered on top of other layers on a map. The map will\n * not manage this layer in its layers collection. This\n * is useful for temporary layers. To remove an unmanaged layer from the map,\n * use `#setMap(null)`.\n *\n * To add the layer to a map and have it managed by the map, use\n * {@link module:ol/Map~Map#addLayer} instead.\n * @param {import(\"../Map.js\").default|null} map Map.\n * @api\n */\n setMap(map) {\n if (this.mapPrecomposeKey_) {\n unlistenByKey(this.mapPrecomposeKey_);\n this.mapPrecomposeKey_ = null;\n }\n if (!map) {\n this.changed();\n }\n if (this.mapRenderKey_) {\n unlistenByKey(this.mapRenderKey_);\n this.mapRenderKey_ = null;\n }\n if (map) {\n this.mapPrecomposeKey_ = listen(\n map,\n RenderEventType.PRECOMPOSE,\n function (evt) {\n const renderEvent =\n /** @type {import(\"../render/Event.js\").default} */ (evt);\n const layerStatesArray = renderEvent.frameState.layerStatesArray;\n const layerState = this.getLayerState(false);\n assert(\n !layerStatesArray.some(function (arrayLayerState) {\n return arrayLayerState.layer === layerState.layer;\n }),\n 'A layer can only be added to the map once. Use either `layer.setMap()` or `map.addLayer()`, not both.'\n );\n layerStatesArray.push(layerState);\n },\n this\n );\n this.mapRenderKey_ = listen(this, EventType.CHANGE, map.render, map);\n this.changed();\n }\n }\n\n /**\n * Set the layer source.\n * @param {SourceType|null} source The layer source.\n * @observable\n * @api\n */\n setSource(source) {\n this.set(LayerProperty.SOURCE, source);\n }\n\n /**\n * Get the renderer for this layer.\n * @return {RendererType|null} The layer renderer.\n */\n getRenderer() {\n if (!this.renderer_) {\n this.renderer_ = this.createRenderer();\n }\n return this.renderer_;\n }\n\n /**\n * @return {boolean} The layer has a renderer.\n */\n hasRenderer() {\n return !!this.renderer_;\n }\n\n /**\n * Create a renderer for this layer.\n * @return {RendererType} A layer renderer.\n * @protected\n */\n createRenderer() {\n return null;\n }\n\n /**\n * Clean up.\n */\n disposeInternal() {\n if (this.renderer_) {\n this.renderer_.dispose();\n delete this.renderer_;\n }\n\n this.setSource(null);\n super.disposeInternal();\n }\n}\n\n/**\n * Return `true` if the layer is visible and if the provided view state\n * has resolution and zoom levels that are in range of the layer's min/max.\n * @param {State} layerState Layer state.\n * @param {import(\"../View.js\").State} viewState View state.\n * @return {boolean} The layer is visible at the given view state.\n */\nexport function inView(layerState, viewState) {\n if (!layerState.visible) {\n return false;\n }\n const resolution = viewState.resolution;\n if (\n resolution < layerState.minResolution ||\n resolution >= layerState.maxResolution\n ) {\n return false;\n }\n const zoom = viewState.zoom;\n return zoom > layerState.minZoom && zoom <= layerState.maxZoom;\n}\n\nexport default Layer;\n","/**\n * @module ol/renderer/Map\n */\nimport Disposable from '../Disposable.js';\nimport {TRUE} from '../functions.js';\nimport {abstract} from '../util.js';\nimport {compose as composeTransform, makeInverse} from '../transform.js';\nimport {getWidth} from '../extent.js';\nimport {shared as iconImageCache} from '../style/IconImageCache.js';\nimport {inView} from '../layer/Layer.js';\nimport {wrapX} from '../coordinate.js';\n\n/**\n * @template T\n * @typedef HitMatch\n * @property {import(\"../Feature.js\").FeatureLike} feature Feature.\n * @property {import(\"../layer/Layer.js\").default} layer Layer.\n * @property {import(\"../geom/SimpleGeometry.js\").default} geometry Geometry.\n * @property {number} distanceSq Squared distance.\n * @property {import(\"./vector.js\").FeatureCallback} callback Callback.\n */\n\n/**\n * @abstract\n */\nclass MapRenderer extends Disposable {\n /**\n * @param {import(\"../Map.js\").default} map Map.\n */\n constructor(map) {\n super();\n\n /**\n * @private\n * @type {import(\"../Map.js\").default}\n */\n this.map_ = map;\n }\n\n /**\n * @abstract\n * @param {import(\"../render/EventType.js\").default} type Event type.\n * @param {import(\"../Map.js\").FrameState} frameState Frame state.\n */\n dispatchRenderEvent(type, frameState) {\n abstract();\n }\n\n /**\n * @param {import(\"../Map.js\").FrameState} frameState FrameState.\n * @protected\n */\n calculateMatrices2D(frameState) {\n const viewState = frameState.viewState;\n const coordinateToPixelTransform = frameState.coordinateToPixelTransform;\n const pixelToCoordinateTransform = frameState.pixelToCoordinateTransform;\n\n composeTransform(\n coordinateToPixelTransform,\n frameState.size[0] / 2,\n frameState.size[1] / 2,\n 1 / viewState.resolution,\n -1 / viewState.resolution,\n -viewState.rotation,\n -viewState.center[0],\n -viewState.center[1]\n );\n\n makeInverse(pixelToCoordinateTransform, coordinateToPixelTransform);\n }\n\n /**\n * @param {import(\"../coordinate.js\").Coordinate} coordinate Coordinate.\n * @param {import(\"../Map.js\").FrameState} frameState FrameState.\n * @param {number} hitTolerance Hit tolerance in pixels.\n * @param {boolean} checkWrapped Check for wrapped geometries.\n * @param {import(\"./vector.js\").FeatureCallback} callback Feature callback.\n * @param {S} thisArg Value to use as `this` when executing `callback`.\n * @param {function(this: U, import(\"../layer/Layer.js\").default): boolean} layerFilter Layer filter\n * function, only layers which are visible and for which this function\n * returns `true` will be tested for features. By default, all visible\n * layers will be tested.\n * @param {U} thisArg2 Value to use as `this` when executing `layerFilter`.\n * @return {T|undefined} Callback result.\n * @template S,T,U\n */\n forEachFeatureAtCoordinate(\n coordinate,\n frameState,\n hitTolerance,\n checkWrapped,\n callback,\n thisArg,\n layerFilter,\n thisArg2\n ) {\n let result;\n const viewState = frameState.viewState;\n\n /**\n * @param {boolean} managed Managed layer.\n * @param {import(\"../Feature.js\").FeatureLike} feature Feature.\n * @param {import(\"../layer/Layer.js\").default} layer Layer.\n * @param {import(\"../geom/Geometry.js\").default} geometry Geometry.\n * @return {T|undefined} Callback result.\n */\n function forEachFeatureAtCoordinate(managed, feature, layer, geometry) {\n return callback.call(thisArg, feature, managed ? layer : null, geometry);\n }\n\n const projection = viewState.projection;\n\n const translatedCoordinate = wrapX(coordinate.slice(), projection);\n const offsets = [[0, 0]];\n if (projection.canWrapX() && checkWrapped) {\n const projectionExtent = projection.getExtent();\n const worldWidth = getWidth(projectionExtent);\n offsets.push([-worldWidth, 0], [worldWidth, 0]);\n }\n\n const layerStates = frameState.layerStatesArray;\n const numLayers = layerStates.length;\n\n const matches = /** @type {Array>} */ ([]);\n const tmpCoord = [];\n for (let i = 0; i < offsets.length; i++) {\n for (let j = numLayers - 1; j >= 0; --j) {\n const layerState = layerStates[j];\n const layer = layerState.layer;\n if (\n layer.hasRenderer() &&\n inView(layerState, viewState) &&\n layerFilter.call(thisArg2, layer)\n ) {\n const layerRenderer = layer.getRenderer();\n const source = layer.getSource();\n if (layerRenderer && source) {\n const coordinates = source.getWrapX()\n ? translatedCoordinate\n : coordinate;\n const callback = forEachFeatureAtCoordinate.bind(\n null,\n layerState.managed\n );\n tmpCoord[0] = coordinates[0] + offsets[i][0];\n tmpCoord[1] = coordinates[1] + offsets[i][1];\n result = layerRenderer.forEachFeatureAtCoordinate(\n tmpCoord,\n frameState,\n hitTolerance,\n callback,\n matches\n );\n }\n if (result) {\n return result;\n }\n }\n }\n }\n if (matches.length === 0) {\n return undefined;\n }\n const order = 1 / matches.length;\n matches.forEach((m, i) => (m.distanceSq += i * order));\n matches.sort((a, b) => a.distanceSq - b.distanceSq);\n matches.some((m) => {\n return (result = m.callback(m.feature, m.layer, m.geometry));\n });\n return result;\n }\n\n /**\n * @param {import(\"../coordinate.js\").Coordinate} coordinate Coordinate.\n * @param {import(\"../Map.js\").FrameState} frameState FrameState.\n * @param {number} hitTolerance Hit tolerance in pixels.\n * @param {boolean} checkWrapped Check for wrapped geometries.\n * @param {function(this: U, import(\"../layer/Layer.js\").default): boolean} layerFilter Layer filter\n * function, only layers which are visible and for which this function\n * returns `true` will be tested for features. By default, all visible\n * layers will be tested.\n * @param {U} thisArg Value to use as `this` when executing `layerFilter`.\n * @return {boolean} Is there a feature at the given coordinate?\n * @template U\n */\n hasFeatureAtCoordinate(\n coordinate,\n frameState,\n hitTolerance,\n checkWrapped,\n layerFilter,\n thisArg\n ) {\n const hasFeature = this.forEachFeatureAtCoordinate(\n coordinate,\n frameState,\n hitTolerance,\n checkWrapped,\n TRUE,\n this,\n layerFilter,\n thisArg\n );\n\n return hasFeature !== undefined;\n }\n\n /**\n * @return {import(\"../Map.js\").default} Map.\n */\n getMap() {\n return this.map_;\n }\n\n /**\n * Render.\n * @abstract\n * @param {?import(\"../Map.js\").FrameState} frameState Frame state.\n */\n renderFrame(frameState) {\n abstract();\n }\n\n /**\n * @param {import(\"../Map.js\").FrameState} frameState Frame state.\n */\n flushDeclutterItems(frameState) {}\n\n /**\n * @param {import(\"../Map.js\").FrameState} frameState Frame state.\n * @protected\n */\n scheduleExpireIconCache(frameState) {\n if (iconImageCache.canExpireCache()) {\n frameState.postRenderFunctions.push(expireIconCache);\n }\n }\n}\n\n/**\n * @param {import(\"../Map.js\").default} map Map.\n * @param {import(\"../Map.js\").FrameState} frameState Frame state.\n */\nfunction expireIconCache(map, frameState) {\n iconImageCache.expire();\n}\n\nexport default MapRenderer;\n","/**\n * @module ol/render/Event\n */\n\nimport Event from '../events/Event.js';\n\nclass RenderEvent extends Event {\n /**\n * @param {import(\"./EventType.js\").default} type Type.\n * @param {import(\"../transform.js\").Transform} [inversePixelTransform] Transform for\n * CSS pixels to rendered pixels.\n * @param {import(\"../Map.js\").FrameState} [frameState] Frame state.\n * @param {?(CanvasRenderingContext2D|WebGLRenderingContext)} [context] Context.\n */\n constructor(type, inversePixelTransform, frameState, context) {\n super(type);\n\n /**\n * Transform from CSS pixels (relative to the top-left corner of the map viewport)\n * to rendered pixels on this event's `context`. Only available when a Canvas renderer is used, null otherwise.\n * @type {import(\"../transform.js\").Transform|undefined}\n * @api\n */\n this.inversePixelTransform = inversePixelTransform;\n\n /**\n * An object representing the current render frame state.\n * @type {import(\"../Map.js\").FrameState|undefined}\n * @api\n */\n this.frameState = frameState;\n\n /**\n * Canvas context. Not available when the event is dispatched by the map. For Canvas 2D layers,\n * the context will be the 2D rendering context. For WebGL layers, the context will be the WebGL\n * context.\n * @type {CanvasRenderingContext2D|WebGLRenderingContext|undefined}\n * @api\n */\n this.context = context;\n }\n}\n\nexport default RenderEvent;\n","/**\n * @module ol/css\n */\n\n/**\n * @typedef {Object} FontParameters\n * @property {string} style Style.\n * @property {string} variant Variant.\n * @property {string} weight Weight.\n * @property {string} size Size.\n * @property {string} lineHeight LineHeight.\n * @property {string} family Family.\n * @property {Array} families Families.\n */\n\n/**\n * The CSS class for hidden feature.\n *\n * @const\n * @type {string}\n */\nexport const CLASS_HIDDEN = 'ol-hidden';\n\n/**\n * The CSS class that we'll give the DOM elements to have them selectable.\n *\n * @const\n * @type {string}\n */\nexport const CLASS_SELECTABLE = 'ol-selectable';\n\n/**\n * The CSS class that we'll give the DOM elements to have them unselectable.\n *\n * @const\n * @type {string}\n */\nexport const CLASS_UNSELECTABLE = 'ol-unselectable';\n\n/**\n * The CSS class for unsupported feature.\n *\n * @const\n * @type {string}\n */\nexport const CLASS_UNSUPPORTED = 'ol-unsupported';\n\n/**\n * The CSS class for controls.\n *\n * @const\n * @type {string}\n */\nexport const CLASS_CONTROL = 'ol-control';\n\n/**\n * The CSS class that we'll give the DOM elements that are collapsed, i.e.\n * to those elements which usually can be expanded.\n *\n * @const\n * @type {string}\n */\nexport const CLASS_COLLAPSED = 'ol-collapsed';\n\n/**\n * From https://stackoverflow.com/questions/10135697/regex-to-parse-any-css-font\n * @type {RegExp}\n */\nconst fontRegEx = new RegExp(\n [\n '^\\\\s*(?=(?:(?:[-a-z]+\\\\s*){0,2}(italic|oblique))?)',\n '(?=(?:(?:[-a-z]+\\\\s*){0,2}(small-caps))?)',\n '(?=(?:(?:[-a-z]+\\\\s*){0,2}(bold(?:er)?|lighter|[1-9]00 ))?)',\n '(?:(?:normal|\\\\1|\\\\2|\\\\3)\\\\s*){0,3}((?:xx?-)?',\n '(?:small|large)|medium|smaller|larger|[\\\\.\\\\d]+(?:\\\\%|in|[cem]m|ex|p[ctx]))',\n '(?:\\\\s*\\\\/\\\\s*(normal|[\\\\.\\\\d]+(?:\\\\%|in|[cem]m|ex|p[ctx])?))',\n '?\\\\s*([-,\\\\\"\\\\\\'\\\\sa-z]+?)\\\\s*$',\n ].join(''),\n 'i'\n);\n/** @type {Array<'style'|'variant'|'weight'|'size'|'lineHeight'|'family'>} */\nconst fontRegExMatchIndex = [\n 'style',\n 'variant',\n 'weight',\n 'size',\n 'lineHeight',\n 'family',\n];\n\n/**\n * Get the list of font families from a font spec. Note that this doesn't work\n * for font families that have commas in them.\n * @param {string} fontSpec The CSS font property.\n * @return {FontParameters|null} The font parameters (or null if the input spec is invalid).\n */\nexport const getFontParameters = function (fontSpec) {\n const match = fontSpec.match(fontRegEx);\n if (!match) {\n return null;\n }\n const style = /** @type {FontParameters} */ ({\n lineHeight: 'normal',\n size: '1.2em',\n style: 'normal',\n weight: 'normal',\n variant: 'normal',\n });\n for (let i = 0, ii = fontRegExMatchIndex.length; i < ii; ++i) {\n const value = match[i + 1];\n if (value !== undefined) {\n style[fontRegExMatchIndex[i]] = value;\n }\n }\n style.families = style.family.split(/,\\s?/);\n return style;\n};\n","/**\n * @module ol/render/canvas\n */\nimport BaseObject from '../Object.js';\nimport {WORKER_OFFSCREEN_CANVAS} from '../has.js';\nimport {clear} from '../obj.js';\nimport {createCanvasContext2D} from '../dom.js';\nimport {getFontParameters} from '../css.js';\n\n/**\n * @typedef {'Circle' | 'Image' | 'LineString' | 'Polygon' | 'Text' | 'Default'} BuilderType\n */\n\n/**\n * @typedef {Object} FillState\n * @property {import(\"../colorlike.js\").ColorLike} fillStyle FillStyle.\n */\n\n/**\n * @typedef Label\n * @property {number} width Width.\n * @property {number} height Height.\n * @property {Array} contextInstructions ContextInstructions.\n */\n\n/**\n * @typedef {Object} FillStrokeState\n * @property {import(\"../colorlike.js\").ColorLike} [currentFillStyle] Current FillStyle.\n * @property {import(\"../colorlike.js\").ColorLike} [currentStrokeStyle] Current StrokeStyle.\n * @property {CanvasLineCap} [currentLineCap] Current LineCap.\n * @property {Array} currentLineDash Current LineDash.\n * @property {number} [currentLineDashOffset] Current LineDashOffset.\n * @property {CanvasLineJoin} [currentLineJoin] Current LineJoin.\n * @property {number} [currentLineWidth] Current LineWidth.\n * @property {number} [currentMiterLimit] Current MiterLimit.\n * @property {number} [lastStroke] Last stroke.\n * @property {import(\"../colorlike.js\").ColorLike} [fillStyle] FillStyle.\n * @property {import(\"../colorlike.js\").ColorLike} [strokeStyle] StrokeStyle.\n * @property {CanvasLineCap} [lineCap] LineCap.\n * @property {Array} lineDash LineDash.\n * @property {number} [lineDashOffset] LineDashOffset.\n * @property {CanvasLineJoin} [lineJoin] LineJoin.\n * @property {number} [lineWidth] LineWidth.\n * @property {number} [miterLimit] MiterLimit.\n */\n\n/**\n * @typedef {Object} StrokeState\n * @property {CanvasLineCap} lineCap LineCap.\n * @property {Array} lineDash LineDash.\n * @property {number} lineDashOffset LineDashOffset.\n * @property {CanvasLineJoin} lineJoin LineJoin.\n * @property {number} lineWidth LineWidth.\n * @property {number} miterLimit MiterLimit.\n * @property {import(\"../colorlike.js\").ColorLike} strokeStyle StrokeStyle.\n */\n\n/**\n * @typedef {Object} TextState\n * @property {string} font Font.\n * @property {CanvasTextAlign} [textAlign] TextAlign.\n * @property {number} [repeat] Repeat.\n * @property {import(\"../style/Text.js\").TextJustify} [justify] Justify.\n * @property {CanvasTextBaseline} textBaseline TextBaseline.\n * @property {import(\"../style/Text.js\").TextPlacement} [placement] Placement.\n * @property {number} [maxAngle] MaxAngle.\n * @property {boolean} [overflow] Overflow.\n * @property {import(\"../style/Fill.js\").default} [backgroundFill] BackgroundFill.\n * @property {import(\"../style/Stroke.js\").default} [backgroundStroke] BackgroundStroke.\n * @property {import(\"../size.js\").Size} [scale] Scale.\n * @property {Array} [padding] Padding.\n */\n\n/**\n * @typedef {Object} SerializableInstructions\n * @property {Array<*>} instructions The rendering instructions.\n * @property {Array<*>} hitDetectionInstructions The rendering hit detection instructions.\n * @property {Array} coordinates The array of all coordinates.\n * @property {!Object} [textStates] The text states (decluttering).\n * @property {!Object} [fillStates] The fill states (decluttering).\n * @property {!Object} [strokeStates] The stroke states (decluttering).\n */\n\n/**\n * @typedef {Object} DeclutterImageWithText\n */\n\n/**\n * @const\n * @type {string}\n */\nexport const defaultFont = '10px sans-serif';\n\n/**\n * @const\n * @type {string}\n */\nexport const defaultFillStyle = '#000';\n\n/**\n * @const\n * @type {CanvasLineCap}\n */\nexport const defaultLineCap = 'round';\n\n/**\n * @const\n * @type {Array}\n */\nexport const defaultLineDash = [];\n\n/**\n * @const\n * @type {number}\n */\nexport const defaultLineDashOffset = 0;\n\n/**\n * @const\n * @type {CanvasLineJoin}\n */\nexport const defaultLineJoin = 'round';\n\n/**\n * @const\n * @type {number}\n */\nexport const defaultMiterLimit = 10;\n\n/**\n * @const\n * @type {import(\"../colorlike.js\").ColorLike}\n */\nexport const defaultStrokeStyle = '#000';\n\n/**\n * @const\n * @type {CanvasTextAlign}\n */\nexport const defaultTextAlign = 'center';\n\n/**\n * @const\n * @type {CanvasTextBaseline}\n */\nexport const defaultTextBaseline = 'middle';\n\n/**\n * @const\n * @type {Array}\n */\nexport const defaultPadding = [0, 0, 0, 0];\n\n/**\n * @const\n * @type {number}\n */\nexport const defaultLineWidth = 1;\n\n/**\n * @type {BaseObject}\n */\nexport const checkedFonts = new BaseObject();\n\n/**\n * @type {CanvasRenderingContext2D}\n */\nlet measureContext = null;\n\n/**\n * @type {string}\n */\nlet measureFont;\n\n/**\n * @type {!Object}\n */\nexport const textHeights = {};\n\n/**\n * Clears the label cache when a font becomes available.\n * @param {string} fontSpec CSS font spec.\n */\nexport const registerFont = (function () {\n const retries = 100;\n const size = '32px ';\n const referenceFonts = ['monospace', 'serif'];\n const len = referenceFonts.length;\n const text = 'wmytzilWMYTZIL@#/&?$%10\\uF013';\n let interval, referenceWidth;\n\n /**\n * @param {string} fontStyle Css font-style\n * @param {string} fontWeight Css font-weight\n * @param {*} fontFamily Css font-family\n * @return {boolean} Font with style and weight is available\n */\n function isAvailable(fontStyle, fontWeight, fontFamily) {\n let available = true;\n for (let i = 0; i < len; ++i) {\n const referenceFont = referenceFonts[i];\n referenceWidth = measureTextWidth(\n fontStyle + ' ' + fontWeight + ' ' + size + referenceFont,\n text\n );\n if (fontFamily != referenceFont) {\n const width = measureTextWidth(\n fontStyle +\n ' ' +\n fontWeight +\n ' ' +\n size +\n fontFamily +\n ',' +\n referenceFont,\n text\n );\n // If width and referenceWidth are the same, then the fallback was used\n // instead of the font we wanted, so the font is not available.\n available = available && width != referenceWidth;\n }\n }\n if (available) {\n return true;\n }\n return false;\n }\n\n function check() {\n let done = true;\n const fonts = checkedFonts.getKeys();\n for (let i = 0, ii = fonts.length; i < ii; ++i) {\n const font = fonts[i];\n if (checkedFonts.get(font) < retries) {\n if (isAvailable.apply(this, font.split('\\n'))) {\n clear(textHeights);\n // Make sure that loaded fonts are picked up by Safari\n measureContext = null;\n measureFont = undefined;\n checkedFonts.set(font, retries);\n } else {\n checkedFonts.set(font, checkedFonts.get(font) + 1, true);\n done = false;\n }\n }\n }\n if (done) {\n clearInterval(interval);\n interval = undefined;\n }\n }\n\n return function (fontSpec) {\n const font = getFontParameters(fontSpec);\n if (!font) {\n return;\n }\n const families = font.families;\n for (let i = 0, ii = families.length; i < ii; ++i) {\n const family = families[i];\n const key = font.style + '\\n' + font.weight + '\\n' + family;\n if (checkedFonts.get(key) === undefined) {\n checkedFonts.set(key, retries, true);\n if (!isAvailable(font.style, font.weight, family)) {\n checkedFonts.set(key, 0, true);\n if (interval === undefined) {\n interval = setInterval(check, 32);\n }\n }\n }\n }\n };\n})();\n\n/**\n * @param {string} font Font to use for measuring.\n * @return {import(\"../size.js\").Size} Measurement.\n */\nexport const measureTextHeight = (function () {\n /**\n * @type {HTMLDivElement}\n */\n let measureElement;\n return function (fontSpec) {\n let height = textHeights[fontSpec];\n if (height == undefined) {\n if (WORKER_OFFSCREEN_CANVAS) {\n const font = getFontParameters(fontSpec);\n const metrics = measureText(fontSpec, 'Žg');\n const lineHeight = isNaN(Number(font.lineHeight))\n ? 1.2\n : Number(font.lineHeight);\n height =\n lineHeight *\n (metrics.actualBoundingBoxAscent + metrics.actualBoundingBoxDescent);\n } else {\n if (!measureElement) {\n measureElement = document.createElement('div');\n measureElement.innerHTML = 'M';\n measureElement.style.minHeight = '0';\n measureElement.style.maxHeight = 'none';\n measureElement.style.height = 'auto';\n measureElement.style.padding = '0';\n measureElement.style.border = 'none';\n measureElement.style.position = 'absolute';\n measureElement.style.display = 'block';\n measureElement.style.left = '-99999px';\n }\n measureElement.style.font = fontSpec;\n document.body.appendChild(measureElement);\n height = measureElement.offsetHeight;\n document.body.removeChild(measureElement);\n }\n textHeights[fontSpec] = height;\n }\n return height;\n };\n})();\n\n/**\n * @param {string} font Font.\n * @param {string} text Text.\n * @return {TextMetrics} Text metrics.\n */\nfunction measureText(font, text) {\n if (!measureContext) {\n measureContext = createCanvasContext2D(1, 1);\n }\n if (font != measureFont) {\n measureContext.font = font;\n measureFont = measureContext.font;\n }\n return measureContext.measureText(text);\n}\n\n/**\n * @param {string} font Font.\n * @param {string} text Text.\n * @return {number} Width.\n */\nexport function measureTextWidth(font, text) {\n return measureText(font, text).width;\n}\n\n/**\n * Measure text width using a cache.\n * @param {string} font The font.\n * @param {string} text The text to measure.\n * @param {Object} cache A lookup of cached widths by text.\n * @return {number} The text width.\n */\nexport function measureAndCacheTextWidth(font, text, cache) {\n if (text in cache) {\n return cache[text];\n }\n const width = text\n .split('\\n')\n .reduce((prev, curr) => Math.max(prev, measureTextWidth(font, curr)), 0);\n cache[text] = width;\n return width;\n}\n\n/**\n * @param {TextState} baseStyle Base style.\n * @param {Array} chunks Text chunks to measure.\n * @return {{width: number, height: number, widths: Array, heights: Array, lineWidths: Array}}} Text metrics.\n */\nexport function getTextDimensions(baseStyle, chunks) {\n const widths = [];\n const heights = [];\n const lineWidths = [];\n let width = 0;\n let lineWidth = 0;\n let height = 0;\n let lineHeight = 0;\n for (let i = 0, ii = chunks.length; i <= ii; i += 2) {\n const text = chunks[i];\n if (text === '\\n' || i === ii) {\n width = Math.max(width, lineWidth);\n lineWidths.push(lineWidth);\n lineWidth = 0;\n height += lineHeight;\n continue;\n }\n const font = chunks[i + 1] || baseStyle.font;\n const currentWidth = measureTextWidth(font, text);\n widths.push(currentWidth);\n lineWidth += currentWidth;\n const currentHeight = measureTextHeight(font);\n heights.push(currentHeight);\n lineHeight = Math.max(lineHeight, currentHeight);\n }\n return {width, height, widths, heights, lineWidths};\n}\n\n/**\n * @param {CanvasRenderingContext2D} context Context.\n * @param {number} rotation Rotation.\n * @param {number} offsetX X offset.\n * @param {number} offsetY Y offset.\n */\nexport function rotateAtOffset(context, rotation, offsetX, offsetY) {\n if (rotation !== 0) {\n context.translate(offsetX, offsetY);\n context.rotate(rotation);\n context.translate(-offsetX, -offsetY);\n }\n}\n\n/**\n * @param {CanvasRenderingContext2D} context Context.\n * @param {import(\"../transform.js\").Transform|null} transform Transform.\n * @param {number} opacity Opacity.\n * @param {Label|HTMLCanvasElement|HTMLImageElement|HTMLVideoElement} labelOrImage Label.\n * @param {number} originX Origin X.\n * @param {number} originY Origin Y.\n * @param {number} w Width.\n * @param {number} h Height.\n * @param {number} x X.\n * @param {number} y Y.\n * @param {import(\"../size.js\").Size} scale Scale.\n */\nexport function drawImageOrLabel(\n context,\n transform,\n opacity,\n labelOrImage,\n originX,\n originY,\n w,\n h,\n x,\n y,\n scale\n) {\n context.save();\n\n if (opacity !== 1) {\n context.globalAlpha *= opacity;\n }\n if (transform) {\n context.transform.apply(context, transform);\n }\n\n if (/** @type {*} */ (labelOrImage).contextInstructions) {\n // label\n context.translate(x, y);\n context.scale(scale[0], scale[1]);\n executeLabelInstructions(/** @type {Label} */ (labelOrImage), context);\n } else if (scale[0] < 0 || scale[1] < 0) {\n // flipped image\n context.translate(x, y);\n context.scale(scale[0], scale[1]);\n context.drawImage(\n /** @type {HTMLCanvasElement|HTMLImageElement|HTMLVideoElement} */ (\n labelOrImage\n ),\n originX,\n originY,\n w,\n h,\n 0,\n 0,\n w,\n h\n );\n } else {\n // if image not flipped translate and scale can be avoided\n context.drawImage(\n /** @type {HTMLCanvasElement|HTMLImageElement|HTMLVideoElement} */ (\n labelOrImage\n ),\n originX,\n originY,\n w,\n h,\n x,\n y,\n w * scale[0],\n h * scale[1]\n );\n }\n\n context.restore();\n}\n\n/**\n * @param {Label} label Label.\n * @param {CanvasRenderingContext2D} context Context.\n */\nfunction executeLabelInstructions(label, context) {\n const contextInstructions = label.contextInstructions;\n for (let i = 0, ii = contextInstructions.length; i < ii; i += 2) {\n if (Array.isArray(contextInstructions[i + 1])) {\n context[contextInstructions[i]].apply(\n context,\n contextInstructions[i + 1]\n );\n } else {\n context[contextInstructions[i]] = contextInstructions[i + 1];\n }\n }\n}\n","/**\n * @module ol/renderer/Composite\n */\nimport MapRenderer from './Map.js';\nimport ObjectEventType from '../ObjectEventType.js';\nimport RenderEvent from '../render/Event.js';\nimport RenderEventType from '../render/EventType.js';\nimport {CLASS_UNSELECTABLE} from '../css.js';\nimport {checkedFonts} from '../render/canvas.js';\nimport {inView} from '../layer/Layer.js';\nimport {listen, unlistenByKey} from '../events.js';\nimport {replaceChildren} from '../dom.js';\n\n/**\n * @classdesc\n * Canvas map renderer.\n * @api\n */\nclass CompositeMapRenderer extends MapRenderer {\n /**\n * @param {import(\"../Map.js\").default} map Map.\n */\n constructor(map) {\n super(map);\n\n /**\n * @type {import(\"../events.js\").EventsKey}\n */\n this.fontChangeListenerKey_ = listen(\n checkedFonts,\n ObjectEventType.PROPERTYCHANGE,\n map.redrawText.bind(map)\n );\n\n /**\n * @private\n * @type {HTMLDivElement}\n */\n this.element_ = document.createElement('div');\n const style = this.element_.style;\n style.position = 'absolute';\n style.width = '100%';\n style.height = '100%';\n style.zIndex = '0';\n\n this.element_.className = CLASS_UNSELECTABLE + ' ol-layers';\n\n const container = map.getViewport();\n container.insertBefore(this.element_, container.firstChild || null);\n\n /**\n * @private\n * @type {Array}\n */\n this.children_ = [];\n\n /**\n * @private\n * @type {boolean}\n */\n this.renderedVisible_ = true;\n\n /**\n * @type {Array}\n */\n this.declutterLayers_ = [];\n }\n\n /**\n * @param {import(\"../render/EventType.js\").default} type Event type.\n * @param {import(\"../Map.js\").FrameState} frameState Frame state.\n */\n dispatchRenderEvent(type, frameState) {\n const map = this.getMap();\n if (map.hasListener(type)) {\n const event = new RenderEvent(type, undefined, frameState);\n map.dispatchEvent(event);\n }\n }\n\n disposeInternal() {\n unlistenByKey(this.fontChangeListenerKey_);\n this.element_.parentNode.removeChild(this.element_);\n super.disposeInternal();\n }\n\n /**\n * Render.\n * @param {?import(\"../Map.js\").FrameState} frameState Frame state.\n */\n renderFrame(frameState) {\n if (!frameState) {\n if (this.renderedVisible_) {\n this.element_.style.display = 'none';\n this.renderedVisible_ = false;\n }\n return;\n }\n\n this.calculateMatrices2D(frameState);\n this.dispatchRenderEvent(RenderEventType.PRECOMPOSE, frameState);\n\n const layerStatesArray = frameState.layerStatesArray.sort(function (a, b) {\n return a.zIndex - b.zIndex;\n });\n const viewState = frameState.viewState;\n\n this.children_.length = 0;\n\n const declutterLayers = this.declutterLayers_;\n declutterLayers.length = 0;\n\n let previousElement = null;\n for (let i = 0, ii = layerStatesArray.length; i < ii; ++i) {\n const layerState = layerStatesArray[i];\n frameState.layerIndex = i;\n\n const layer = layerState.layer;\n const sourceState = layer.getSourceState();\n if (\n !inView(layerState, viewState) ||\n (sourceState != 'ready' && sourceState != 'undefined')\n ) {\n layer.unrender();\n continue;\n }\n\n const element = layer.render(frameState, previousElement);\n if (!element) {\n continue;\n }\n if (element !== previousElement) {\n this.children_.push(element);\n previousElement = element;\n }\n if ('getDeclutter' in layer) {\n declutterLayers.push(\n /** @type {import(\"../layer/BaseVector.js\").default} */ (layer)\n );\n }\n }\n this.flushDeclutterItems(frameState);\n\n replaceChildren(this.element_, this.children_);\n\n this.dispatchRenderEvent(RenderEventType.POSTCOMPOSE, frameState);\n\n if (!this.renderedVisible_) {\n this.element_.style.display = '';\n this.renderedVisible_ = true;\n }\n\n this.scheduleExpireIconCache(frameState);\n }\n\n /**\n * @param {import(\"../Map.js\").FrameState} frameState Frame state.\n */\n flushDeclutterItems(frameState) {\n const layers = this.declutterLayers_;\n for (let i = layers.length - 1; i >= 0; --i) {\n layers[i].renderDeclutter(frameState);\n }\n layers.length = 0;\n }\n}\n\nexport default CompositeMapRenderer;\n","/**\n * @module ol/layer/Group\n */\nimport BaseLayer from './Base.js';\nimport Collection from '../Collection.js';\nimport CollectionEventType from '../CollectionEventType.js';\nimport Event from '../events/Event.js';\nimport EventType from '../events/EventType.js';\nimport ObjectEventType from '../ObjectEventType.js';\nimport {assert} from '../asserts.js';\nimport {clear} from '../obj.js';\nimport {getIntersection} from '../extent.js';\nimport {getUid} from '../util.js';\nimport {listen, unlistenByKey} from '../events.js';\n\n/**\n * @typedef {'addlayer'|'removelayer'} EventType\n */\n\n/**\n * @classdesc\n * A layer group triggers 'addlayer' and 'removelayer' events when layers are added to or removed from\n * the group or one of its child groups. When a layer group is added to or removed from another layer group,\n * a single event will be triggered (instead of one per layer in the group added or removed).\n */\nexport class GroupEvent extends Event {\n /**\n * @param {EventType} type The event type.\n * @param {BaseLayer} layer The layer.\n */\n constructor(type, layer) {\n super(type);\n\n /**\n * The added or removed layer.\n * @type {BaseLayer}\n * @api\n */\n this.layer = layer;\n }\n}\n\n/***\n * @template Return\n * @typedef {import(\"../Observable\").OnSignature &\n * import(\"../Observable\").OnSignature &\n * import(\"../Observable\").CombinedOnSignature} GroupOnSignature\n */\n\n/**\n * @typedef {Object} Options\n * @property {number} [opacity=1] Opacity (0, 1).\n * @property {boolean} [visible=true] Visibility.\n * @property {import(\"../extent.js\").Extent} [extent] The bounding extent for layer rendering. The layer will not be\n * rendered outside of this extent.\n * @property {number} [zIndex] The z-index for layer rendering. At rendering time, the layers\n * will be ordered, first by Z-index and then by position. When `undefined`, a `zIndex` of 0 is assumed\n * for layers that are added to the map's `layers` collection, or `Infinity` when the layer's `setMap()`\n * method was used.\n * @property {number} [minResolution] The minimum resolution (inclusive) at which this layer will be\n * visible.\n * @property {number} [maxResolution] The maximum resolution (exclusive) below which this layer will\n * be visible.\n * @property {number} [minZoom] The minimum view zoom level (exclusive) above which this layer will be\n * visible.\n * @property {number} [maxZoom] The maximum view zoom level (inclusive) at which this layer will\n * be visible.\n * @property {Array|Collection} [layers] Child layers.\n * @property {Object} [properties] Arbitrary observable properties. Can be accessed with `#get()` and `#set()`.\n */\n\n/**\n * @enum {string}\n * @private\n */\nconst Property = {\n LAYERS: 'layers',\n};\n\n/**\n * @classdesc\n * A {@link module:ol/Collection~Collection} of layers that are handled together.\n *\n * A generic `change` event is triggered when the group/Collection changes.\n *\n * @api\n */\nclass LayerGroup extends BaseLayer {\n /**\n * @param {Options} [options] Layer options.\n */\n constructor(options) {\n options = options || {};\n const baseOptions = /** @type {Options} */ (Object.assign({}, options));\n delete baseOptions.layers;\n\n let layers = options.layers;\n\n super(baseOptions);\n\n /***\n * @type {GroupOnSignature}\n */\n this.on;\n\n /***\n * @type {GroupOnSignature}\n */\n this.once;\n\n /***\n * @type {GroupOnSignature}\n */\n this.un;\n\n /**\n * @private\n * @type {Array}\n */\n this.layersListenerKeys_ = [];\n\n /**\n * @private\n * @type {Object>}\n */\n this.listenerKeys_ = {};\n\n this.addChangeListener(Property.LAYERS, this.handleLayersChanged_);\n\n if (layers) {\n if (Array.isArray(layers)) {\n layers = new Collection(layers.slice(), {unique: true});\n } else {\n assert(\n typeof (/** @type {?} */ (layers).getArray) === 'function',\n 'Expected `layers` to be an array or a `Collection`'\n );\n }\n } else {\n layers = new Collection(undefined, {unique: true});\n }\n\n this.setLayers(layers);\n }\n\n /**\n * @private\n */\n handleLayerChange_() {\n this.changed();\n }\n\n /**\n * @private\n */\n handleLayersChanged_() {\n this.layersListenerKeys_.forEach(unlistenByKey);\n this.layersListenerKeys_.length = 0;\n\n const layers = this.getLayers();\n this.layersListenerKeys_.push(\n listen(layers, CollectionEventType.ADD, this.handleLayersAdd_, this),\n listen(layers, CollectionEventType.REMOVE, this.handleLayersRemove_, this)\n );\n\n for (const id in this.listenerKeys_) {\n this.listenerKeys_[id].forEach(unlistenByKey);\n }\n clear(this.listenerKeys_);\n\n const layersArray = layers.getArray();\n for (let i = 0, ii = layersArray.length; i < ii; i++) {\n const layer = layersArray[i];\n this.registerLayerListeners_(layer);\n this.dispatchEvent(new GroupEvent('addlayer', layer));\n }\n this.changed();\n }\n\n /**\n * @param {BaseLayer} layer The layer.\n */\n registerLayerListeners_(layer) {\n const listenerKeys = [\n listen(\n layer,\n ObjectEventType.PROPERTYCHANGE,\n this.handleLayerChange_,\n this\n ),\n listen(layer, EventType.CHANGE, this.handleLayerChange_, this),\n ];\n\n if (layer instanceof LayerGroup) {\n listenerKeys.push(\n listen(layer, 'addlayer', this.handleLayerGroupAdd_, this),\n listen(layer, 'removelayer', this.handleLayerGroupRemove_, this)\n );\n }\n\n this.listenerKeys_[getUid(layer)] = listenerKeys;\n }\n\n /**\n * @param {GroupEvent} event The layer group event.\n */\n handleLayerGroupAdd_(event) {\n this.dispatchEvent(new GroupEvent('addlayer', event.layer));\n }\n\n /**\n * @param {GroupEvent} event The layer group event.\n */\n handleLayerGroupRemove_(event) {\n this.dispatchEvent(new GroupEvent('removelayer', event.layer));\n }\n\n /**\n * @param {import(\"../Collection.js\").CollectionEvent} collectionEvent CollectionEvent.\n * @private\n */\n handleLayersAdd_(collectionEvent) {\n const layer = collectionEvent.element;\n this.registerLayerListeners_(layer);\n this.dispatchEvent(new GroupEvent('addlayer', layer));\n this.changed();\n }\n\n /**\n * @param {import(\"../Collection.js\").CollectionEvent} collectionEvent CollectionEvent.\n * @private\n */\n handleLayersRemove_(collectionEvent) {\n const layer = collectionEvent.element;\n const key = getUid(layer);\n this.listenerKeys_[key].forEach(unlistenByKey);\n delete this.listenerKeys_[key];\n this.dispatchEvent(new GroupEvent('removelayer', layer));\n this.changed();\n }\n\n /**\n * Returns the {@link module:ol/Collection~Collection collection} of {@link module:ol/layer/Layer~Layer layers}\n * in this group.\n * @return {!Collection} Collection of\n * {@link module:ol/layer/Base~BaseLayer layers} that are part of this group.\n * @observable\n * @api\n */\n getLayers() {\n return /** @type {!Collection} */ (\n this.get(Property.LAYERS)\n );\n }\n\n /**\n * Set the {@link module:ol/Collection~Collection collection} of {@link module:ol/layer/Layer~Layer layers}\n * in this group.\n * @param {!Collection} layers Collection of\n * {@link module:ol/layer/Base~BaseLayer layers} that are part of this group.\n * @observable\n * @api\n */\n setLayers(layers) {\n const collection = this.getLayers();\n if (collection) {\n const currentLayers = collection.getArray();\n for (let i = 0, ii = currentLayers.length; i < ii; ++i) {\n this.dispatchEvent(new GroupEvent('removelayer', currentLayers[i]));\n }\n }\n\n this.set(Property.LAYERS, layers);\n }\n\n /**\n * @param {Array} [array] Array of layers (to be modified in place).\n * @return {Array} Array of layers.\n */\n getLayersArray(array) {\n array = array !== undefined ? array : [];\n this.getLayers().forEach(function (layer) {\n layer.getLayersArray(array);\n });\n return array;\n }\n\n /**\n * Get the layer states list and use this groups z-index as the default\n * for all layers in this and nested groups, if it is unset at this point.\n * If dest is not provided and this group's z-index is undefined\n * 0 is used a the default z-index.\n * @param {Array} [dest] Optional list\n * of layer states (to be modified in place).\n * @return {Array} List of layer states.\n */\n getLayerStatesArray(dest) {\n const states = dest !== undefined ? dest : [];\n const pos = states.length;\n\n this.getLayers().forEach(function (layer) {\n layer.getLayerStatesArray(states);\n });\n\n const ownLayerState = this.getLayerState();\n let defaultZIndex = ownLayerState.zIndex;\n if (!dest && ownLayerState.zIndex === undefined) {\n defaultZIndex = 0;\n }\n for (let i = pos, ii = states.length; i < ii; i++) {\n const layerState = states[i];\n layerState.opacity *= ownLayerState.opacity;\n layerState.visible = layerState.visible && ownLayerState.visible;\n layerState.maxResolution = Math.min(\n layerState.maxResolution,\n ownLayerState.maxResolution\n );\n layerState.minResolution = Math.max(\n layerState.minResolution,\n ownLayerState.minResolution\n );\n layerState.minZoom = Math.max(layerState.minZoom, ownLayerState.minZoom);\n layerState.maxZoom = Math.min(layerState.maxZoom, ownLayerState.maxZoom);\n if (ownLayerState.extent !== undefined) {\n if (layerState.extent !== undefined) {\n layerState.extent = getIntersection(\n layerState.extent,\n ownLayerState.extent\n );\n } else {\n layerState.extent = ownLayerState.extent;\n }\n }\n if (layerState.zIndex === undefined) {\n layerState.zIndex = defaultZIndex;\n }\n }\n\n return states;\n }\n\n /**\n * @return {import(\"../source/Source.js\").State} Source state.\n */\n getSourceState() {\n return 'ready';\n }\n}\n\nexport default LayerGroup;\n","/**\n * @module ol/MapEvent\n */\nimport Event from './events/Event.js';\n\n/**\n * @classdesc\n * Events emitted as map events are instances of this type.\n * See {@link module:ol/Map~Map} for which events trigger a map event.\n */\nclass MapEvent extends Event {\n /**\n * @param {string} type Event type.\n * @param {import(\"./Map.js\").default} map Map.\n * @param {?import(\"./Map.js\").FrameState} [frameState] Frame state.\n */\n constructor(type, map, frameState) {\n super(type);\n\n /**\n * The map where the event occurred.\n * @type {import(\"./Map.js\").default}\n * @api\n */\n this.map = map;\n\n /**\n * The frame state at the time of the event.\n * @type {?import(\"./Map.js\").FrameState}\n * @api\n */\n this.frameState = frameState !== undefined ? frameState : null;\n }\n}\n\nexport default MapEvent;\n","/**\n * @module ol/MapBrowserEvent\n */\nimport MapEvent from './MapEvent.js';\n\n/**\n * @classdesc\n * Events emitted as map browser events are instances of this type.\n * See {@link module:ol/Map~Map} for which events trigger a map browser event.\n * @template {UIEvent} EVENT\n */\nclass MapBrowserEvent extends MapEvent {\n /**\n * @param {string} type Event type.\n * @param {import(\"./Map.js\").default} map Map.\n * @param {EVENT} originalEvent Original event.\n * @param {boolean} [dragging] Is the map currently being dragged?\n * @param {import(\"./Map.js\").FrameState} [frameState] Frame state.\n * @param {Array} [activePointers] Active pointers.\n */\n constructor(type, map, originalEvent, dragging, frameState, activePointers) {\n super(type, map, frameState);\n\n /**\n * The original browser event.\n * @const\n * @type {EVENT}\n * @api\n */\n this.originalEvent = originalEvent;\n\n /**\n * The map pixel relative to the viewport corresponding to the original browser event.\n * @type {?import(\"./pixel.js\").Pixel}\n */\n this.pixel_ = null;\n\n /**\n * The coordinate in the user projection corresponding to the original browser event.\n * @type {?import(\"./coordinate.js\").Coordinate}\n */\n this.coordinate_ = null;\n\n /**\n * Indicates if the map is currently being dragged. Only set for\n * `POINTERDRAG` and `POINTERMOVE` events. Default is `false`.\n *\n * @type {boolean}\n * @api\n */\n this.dragging = dragging !== undefined ? dragging : false;\n\n /**\n * @type {Array|undefined}\n */\n this.activePointers = activePointers;\n }\n\n /**\n * The map pixel relative to the viewport corresponding to the original event.\n * @type {import(\"./pixel.js\").Pixel}\n * @api\n */\n get pixel() {\n if (!this.pixel_) {\n this.pixel_ = this.map.getEventPixel(this.originalEvent);\n }\n return this.pixel_;\n }\n set pixel(pixel) {\n this.pixel_ = pixel;\n }\n\n /**\n * The coordinate corresponding to the original browser event. This will be in the user\n * projection if one is set. Otherwise it will be in the view projection.\n * @type {import(\"./coordinate.js\").Coordinate}\n * @api\n */\n get coordinate() {\n if (!this.coordinate_) {\n this.coordinate_ = this.map.getCoordinateFromPixel(this.pixel);\n }\n return this.coordinate_;\n }\n set coordinate(coordinate) {\n this.coordinate_ = coordinate;\n }\n\n /**\n * Prevents the default browser action.\n * See https://developer.mozilla.org/en-US/docs/Web/API/event.preventDefault.\n * @api\n */\n preventDefault() {\n super.preventDefault();\n if ('preventDefault' in this.originalEvent) {\n /** @type {UIEvent} */ (this.originalEvent).preventDefault();\n }\n }\n\n /**\n * Prevents further propagation of the current event.\n * See https://developer.mozilla.org/en-US/docs/Web/API/event.stopPropagation.\n * @api\n */\n stopPropagation() {\n super.stopPropagation();\n if ('stopPropagation' in this.originalEvent) {\n /** @type {UIEvent} */ (this.originalEvent).stopPropagation();\n }\n }\n}\n\nexport default MapBrowserEvent;\n","/**\n * @module ol/MapBrowserEventType\n */\nimport EventType from './events/EventType.js';\n\n/**\n * Constants for event names.\n * @enum {string}\n */\nexport default {\n /**\n * A true single click with no dragging and no double click. Note that this\n * event is delayed by 250 ms to ensure that it is not a double click.\n * @event module:ol/MapBrowserEvent~MapBrowserEvent#singleclick\n * @api\n */\n SINGLECLICK: 'singleclick',\n\n /**\n * A click with no dragging. A double click will fire two of this.\n * @event module:ol/MapBrowserEvent~MapBrowserEvent#click\n * @api\n */\n CLICK: EventType.CLICK,\n\n /**\n * A true double click, with no dragging.\n * @event module:ol/MapBrowserEvent~MapBrowserEvent#dblclick\n * @api\n */\n DBLCLICK: EventType.DBLCLICK,\n\n /**\n * Triggered when a pointer is dragged.\n * @event module:ol/MapBrowserEvent~MapBrowserEvent#pointerdrag\n * @api\n */\n POINTERDRAG: 'pointerdrag',\n\n /**\n * Triggered when a pointer is moved. Note that on touch devices this is\n * triggered when the map is panned, so is not the same as mousemove.\n * @event module:ol/MapBrowserEvent~MapBrowserEvent#pointermove\n * @api\n */\n POINTERMOVE: 'pointermove',\n\n POINTERDOWN: 'pointerdown',\n POINTERUP: 'pointerup',\n POINTEROVER: 'pointerover',\n POINTEROUT: 'pointerout',\n POINTERENTER: 'pointerenter',\n POINTERLEAVE: 'pointerleave',\n POINTERCANCEL: 'pointercancel',\n};\n\n/***\n * @typedef {'singleclick'|'click'|'dblclick'|'pointerdrag'|'pointermove'} Types\n */\n","/**\n * @module ol/pointer/EventType\n */\n\n/**\n * Constants for event names.\n * @enum {string}\n */\nexport default {\n POINTERMOVE: 'pointermove',\n POINTERDOWN: 'pointerdown',\n POINTERUP: 'pointerup',\n POINTEROVER: 'pointerover',\n POINTEROUT: 'pointerout',\n POINTERENTER: 'pointerenter',\n POINTERLEAVE: 'pointerleave',\n POINTERCANCEL: 'pointercancel',\n};\n","/**\n * @module ol/MapBrowserEventHandler\n */\n\nimport EventType from './events/EventType.js';\nimport MapBrowserEvent from './MapBrowserEvent.js';\nimport MapBrowserEventType from './MapBrowserEventType.js';\nimport PointerEventType from './pointer/EventType.js';\nimport Target from './events/Target.js';\nimport {PASSIVE_EVENT_LISTENERS} from './has.js';\nimport {listen, unlistenByKey} from './events.js';\n\nclass MapBrowserEventHandler extends Target {\n /**\n * @param {import(\"./Map.js\").default} map The map with the viewport to listen to events on.\n * @param {number} [moveTolerance] The minimal distance the pointer must travel to trigger a move.\n */\n constructor(map, moveTolerance) {\n super(map);\n\n /**\n * This is the element that we will listen to the real events on.\n * @type {import(\"./Map.js\").default}\n * @private\n */\n this.map_ = map;\n\n /**\n * @type {ReturnType}\n * @private\n */\n this.clickTimeoutId_;\n\n /**\n * Emulate dblclick and singleclick. Will be true when only one pointer is active.\n * @type {boolean}\n */\n this.emulateClicks_ = false;\n\n /**\n * @type {boolean}\n * @private\n */\n this.dragging_ = false;\n\n /**\n * @type {!Array}\n * @private\n */\n this.dragListenerKeys_ = [];\n\n /**\n * @type {number}\n * @private\n */\n this.moveTolerance_ = moveTolerance === undefined ? 1 : moveTolerance;\n\n /**\n * The most recent \"down\" type event (or null if none have occurred).\n * Set on pointerdown.\n * @type {PointerEvent|null}\n * @private\n */\n this.down_ = null;\n\n const element = this.map_.getViewport();\n\n /**\n * @type {Array}\n * @private\n */\n this.activePointers_ = [];\n\n /**\n * @type {!Object}\n * @private\n */\n this.trackedTouches_ = {};\n\n this.element_ = element;\n\n /**\n * @type {?import(\"./events.js\").EventsKey}\n * @private\n */\n this.pointerdownListenerKey_ = listen(\n element,\n PointerEventType.POINTERDOWN,\n this.handlePointerDown_,\n this\n );\n\n /**\n * @type {PointerEvent}\n * @private\n */\n this.originalPointerMoveEvent_;\n\n /**\n * @type {?import(\"./events.js\").EventsKey}\n * @private\n */\n this.relayedListenerKey_ = listen(\n element,\n PointerEventType.POINTERMOVE,\n this.relayMoveEvent_,\n this\n );\n\n /**\n * @private\n */\n this.boundHandleTouchMove_ = this.handleTouchMove_.bind(this);\n\n this.element_.addEventListener(\n EventType.TOUCHMOVE,\n this.boundHandleTouchMove_,\n PASSIVE_EVENT_LISTENERS ? {passive: false} : false\n );\n }\n\n /**\n * @param {PointerEvent} pointerEvent Pointer\n * event.\n * @private\n */\n emulateClick_(pointerEvent) {\n let newEvent = new MapBrowserEvent(\n MapBrowserEventType.CLICK,\n this.map_,\n pointerEvent\n );\n this.dispatchEvent(newEvent);\n if (this.clickTimeoutId_ !== undefined) {\n // double-click\n clearTimeout(this.clickTimeoutId_);\n this.clickTimeoutId_ = undefined;\n newEvent = new MapBrowserEvent(\n MapBrowserEventType.DBLCLICK,\n this.map_,\n pointerEvent\n );\n this.dispatchEvent(newEvent);\n } else {\n // click\n this.clickTimeoutId_ = setTimeout(() => {\n this.clickTimeoutId_ = undefined;\n const newEvent = new MapBrowserEvent(\n MapBrowserEventType.SINGLECLICK,\n this.map_,\n pointerEvent\n );\n this.dispatchEvent(newEvent);\n }, 250);\n }\n }\n\n /**\n * Keeps track on how many pointers are currently active.\n *\n * @param {PointerEvent} pointerEvent Pointer\n * event.\n * @private\n */\n updateActivePointers_(pointerEvent) {\n const event = pointerEvent;\n const id = event.pointerId;\n\n if (\n event.type == MapBrowserEventType.POINTERUP ||\n event.type == MapBrowserEventType.POINTERCANCEL\n ) {\n delete this.trackedTouches_[id];\n for (const pointerId in this.trackedTouches_) {\n if (this.trackedTouches_[pointerId].target !== event.target) {\n // Some platforms assign a new pointerId when the target changes.\n // If this happens, delete one tracked pointer. If there is more\n // than one tracked pointer for the old target, it will be cleared\n // by subsequent POINTERUP events from other pointers.\n delete this.trackedTouches_[pointerId];\n break;\n }\n }\n } else if (\n event.type == MapBrowserEventType.POINTERDOWN ||\n event.type == MapBrowserEventType.POINTERMOVE\n ) {\n this.trackedTouches_[id] = event;\n }\n this.activePointers_ = Object.values(this.trackedTouches_);\n }\n\n /**\n * @param {PointerEvent} pointerEvent Pointer\n * event.\n * @private\n */\n handlePointerUp_(pointerEvent) {\n this.updateActivePointers_(pointerEvent);\n const newEvent = new MapBrowserEvent(\n MapBrowserEventType.POINTERUP,\n this.map_,\n pointerEvent,\n undefined,\n undefined,\n this.activePointers_\n );\n this.dispatchEvent(newEvent);\n\n // We emulate click events on left mouse button click, touch contact, and pen\n // contact. isMouseActionButton returns true in these cases (evt.button is set\n // to 0).\n // See http://www.w3.org/TR/pointerevents/#button-states\n // We only fire click, singleclick, and doubleclick if nobody has called\n // event.preventDefault().\n if (\n this.emulateClicks_ &&\n !newEvent.defaultPrevented &&\n !this.dragging_ &&\n this.isMouseActionButton_(pointerEvent)\n ) {\n this.emulateClick_(this.down_);\n }\n\n if (this.activePointers_.length === 0) {\n this.dragListenerKeys_.forEach(unlistenByKey);\n this.dragListenerKeys_.length = 0;\n this.dragging_ = false;\n this.down_ = null;\n }\n }\n\n /**\n * @param {PointerEvent} pointerEvent Pointer\n * event.\n * @return {boolean} If the left mouse button was pressed.\n * @private\n */\n isMouseActionButton_(pointerEvent) {\n return pointerEvent.button === 0;\n }\n\n /**\n * @param {PointerEvent} pointerEvent Pointer\n * event.\n * @private\n */\n handlePointerDown_(pointerEvent) {\n this.emulateClicks_ = this.activePointers_.length === 0;\n this.updateActivePointers_(pointerEvent);\n const newEvent = new MapBrowserEvent(\n MapBrowserEventType.POINTERDOWN,\n this.map_,\n pointerEvent,\n undefined,\n undefined,\n this.activePointers_\n );\n this.dispatchEvent(newEvent);\n\n this.down_ = new PointerEvent(pointerEvent.type, pointerEvent);\n Object.defineProperty(this.down_, 'target', {\n writable: false,\n value: pointerEvent.target,\n });\n\n if (this.dragListenerKeys_.length === 0) {\n const doc = this.map_.getOwnerDocument();\n this.dragListenerKeys_.push(\n listen(\n doc,\n MapBrowserEventType.POINTERMOVE,\n this.handlePointerMove_,\n this\n ),\n listen(doc, MapBrowserEventType.POINTERUP, this.handlePointerUp_, this),\n /* Note that the listener for `pointercancel is set up on\n * `pointerEventHandler_` and not `documentPointerEventHandler_` like\n * the `pointerup` and `pointermove` listeners.\n *\n * The reason for this is the following: `TouchSource.vacuumTouches_()`\n * issues `pointercancel` events, when there was no `touchend` for a\n * `touchstart`. Now, let's say a first `touchstart` is registered on\n * `pointerEventHandler_`. The `documentPointerEventHandler_` is set up.\n * But `documentPointerEventHandler_` doesn't know about the first\n * `touchstart`. If there is no `touchend` for the `touchstart`, we can\n * only receive a `touchcancel` from `pointerEventHandler_`, because it is\n * only registered there.\n */\n listen(\n this.element_,\n MapBrowserEventType.POINTERCANCEL,\n this.handlePointerUp_,\n this\n )\n );\n if (this.element_.getRootNode && this.element_.getRootNode() !== doc) {\n this.dragListenerKeys_.push(\n listen(\n this.element_.getRootNode(),\n MapBrowserEventType.POINTERUP,\n this.handlePointerUp_,\n this\n )\n );\n }\n }\n }\n\n /**\n * @param {PointerEvent} pointerEvent Pointer\n * event.\n * @private\n */\n handlePointerMove_(pointerEvent) {\n // Between pointerdown and pointerup, pointermove events are triggered.\n // To avoid a 'false' touchmove event to be dispatched, we test if the pointer\n // moved a significant distance.\n if (this.isMoving_(pointerEvent)) {\n this.updateActivePointers_(pointerEvent);\n this.dragging_ = true;\n const newEvent = new MapBrowserEvent(\n MapBrowserEventType.POINTERDRAG,\n this.map_,\n pointerEvent,\n this.dragging_,\n undefined,\n this.activePointers_\n );\n this.dispatchEvent(newEvent);\n }\n }\n\n /**\n * Wrap and relay a pointermove event.\n * @param {PointerEvent} pointerEvent Pointer\n * event.\n * @private\n */\n relayMoveEvent_(pointerEvent) {\n this.originalPointerMoveEvent_ = pointerEvent;\n const dragging = !!(this.down_ && this.isMoving_(pointerEvent));\n this.dispatchEvent(\n new MapBrowserEvent(\n MapBrowserEventType.POINTERMOVE,\n this.map_,\n pointerEvent,\n dragging\n )\n );\n }\n\n /**\n * Flexible handling of a `touch-action: none` css equivalent: because calling\n * `preventDefault()` on a `pointermove` event does not stop native page scrolling\n * and zooming, we also listen for `touchmove` and call `preventDefault()` on it\n * when an interaction (currently `DragPan` handles the event.\n * @param {TouchEvent} event Event.\n * @private\n */\n handleTouchMove_(event) {\n // Due to https://github.com/mpizenberg/elm-pep/issues/2, `this.originalPointerMoveEvent_`\n // may not be initialized yet when we get here on a platform without native pointer events,\n // when elm-pep is used as pointer events polyfill.\n const originalEvent = this.originalPointerMoveEvent_;\n if (\n (!originalEvent || originalEvent.defaultPrevented) &&\n (typeof event.cancelable !== 'boolean' || event.cancelable === true)\n ) {\n event.preventDefault();\n }\n }\n\n /**\n * @param {PointerEvent} pointerEvent Pointer\n * event.\n * @return {boolean} Is moving.\n * @private\n */\n isMoving_(pointerEvent) {\n return (\n this.dragging_ ||\n Math.abs(pointerEvent.clientX - this.down_.clientX) >\n this.moveTolerance_ ||\n Math.abs(pointerEvent.clientY - this.down_.clientY) > this.moveTolerance_\n );\n }\n\n /**\n * Clean up.\n */\n disposeInternal() {\n if (this.relayedListenerKey_) {\n unlistenByKey(this.relayedListenerKey_);\n this.relayedListenerKey_ = null;\n }\n this.element_.removeEventListener(\n EventType.TOUCHMOVE,\n this.boundHandleTouchMove_\n );\n\n if (this.pointerdownListenerKey_) {\n unlistenByKey(this.pointerdownListenerKey_);\n this.pointerdownListenerKey_ = null;\n }\n\n this.dragListenerKeys_.forEach(unlistenByKey);\n this.dragListenerKeys_.length = 0;\n\n this.element_ = null;\n super.disposeInternal();\n }\n}\n\nexport default MapBrowserEventHandler;\n","/**\n * @module ol/MapEventType\n */\n\n/**\n * @enum {string}\n */\nexport default {\n /**\n * Triggered after a map frame is rendered.\n * @event module:ol/MapEvent~MapEvent#postrender\n * @api\n */\n POSTRENDER: 'postrender',\n\n /**\n * Triggered when the map starts moving.\n * @event module:ol/MapEvent~MapEvent#movestart\n * @api\n */\n MOVESTART: 'movestart',\n\n /**\n * Triggered after the map is moved.\n * @event module:ol/MapEvent~MapEvent#moveend\n * @api\n */\n MOVEEND: 'moveend',\n\n /**\n * Triggered when loading of additional map data (tiles, images, features) starts.\n * @event module:ol/MapEvent~MapEvent#loadstart\n * @api\n */\n LOADSTART: 'loadstart',\n\n /**\n * Triggered when loading of additional map data has completed.\n * @event module:ol/MapEvent~MapEvent#loadend\n * @api\n */\n LOADEND: 'loadend',\n};\n\n/***\n * @typedef {'postrender'|'movestart'|'moveend'|'loadstart'|'loadend'} Types\n */\n","/**\n * @module ol/MapProperty\n */\n\n/**\n * @enum {string}\n */\nexport default {\n LAYERGROUP: 'layergroup',\n SIZE: 'size',\n TARGET: 'target',\n VIEW: 'view',\n};\n","/**\n * @module ol/structs/PriorityQueue\n */\nimport {assert} from '../asserts.js';\nimport {clear} from '../obj.js';\n\n/**\n * @type {number}\n */\nexport const DROP = Infinity;\n\n/**\n * @classdesc\n * Priority queue.\n *\n * The implementation is inspired from the Closure Library's Heap class and\n * Python's heapq module.\n *\n * See https://github.com/google/closure-library/blob/master/closure/goog/structs/heap.js\n * and https://hg.python.org/cpython/file/2.7/Lib/heapq.py.\n *\n * @template T\n */\nclass PriorityQueue {\n /**\n * @param {function(T): number} priorityFunction Priority function.\n * @param {function(T): string} keyFunction Key function.\n */\n constructor(priorityFunction, keyFunction) {\n /**\n * @type {function(T): number}\n * @private\n */\n this.priorityFunction_ = priorityFunction;\n\n /**\n * @type {function(T): string}\n * @private\n */\n this.keyFunction_ = keyFunction;\n\n /**\n * @type {Array}\n * @private\n */\n this.elements_ = [];\n\n /**\n * @type {Array}\n * @private\n */\n this.priorities_ = [];\n\n /**\n * @type {!Object}\n * @private\n */\n this.queuedElements_ = {};\n }\n\n /**\n * FIXME empty description for jsdoc\n */\n clear() {\n this.elements_.length = 0;\n this.priorities_.length = 0;\n clear(this.queuedElements_);\n }\n\n /**\n * Remove and return the highest-priority element. O(log N).\n * @return {T} Element.\n */\n dequeue() {\n const elements = this.elements_;\n const priorities = this.priorities_;\n const element = elements[0];\n if (elements.length == 1) {\n elements.length = 0;\n priorities.length = 0;\n } else {\n elements[0] = /** @type {T} */ (elements.pop());\n priorities[0] = /** @type {number} */ (priorities.pop());\n this.siftUp_(0);\n }\n const elementKey = this.keyFunction_(element);\n delete this.queuedElements_[elementKey];\n return element;\n }\n\n /**\n * Enqueue an element. O(log N).\n * @param {T} element Element.\n * @return {boolean} The element was added to the queue.\n */\n enqueue(element) {\n assert(\n !(this.keyFunction_(element) in this.queuedElements_),\n 'Tried to enqueue an `element` that was already added to the queue'\n );\n const priority = this.priorityFunction_(element);\n if (priority != DROP) {\n this.elements_.push(element);\n this.priorities_.push(priority);\n this.queuedElements_[this.keyFunction_(element)] = true;\n this.siftDown_(0, this.elements_.length - 1);\n return true;\n }\n return false;\n }\n\n /**\n * @return {number} Count.\n */\n getCount() {\n return this.elements_.length;\n }\n\n /**\n * Gets the index of the left child of the node at the given index.\n * @param {number} index The index of the node to get the left child for.\n * @return {number} The index of the left child.\n * @private\n */\n getLeftChildIndex_(index) {\n return index * 2 + 1;\n }\n\n /**\n * Gets the index of the right child of the node at the given index.\n * @param {number} index The index of the node to get the right child for.\n * @return {number} The index of the right child.\n * @private\n */\n getRightChildIndex_(index) {\n return index * 2 + 2;\n }\n\n /**\n * Gets the index of the parent of the node at the given index.\n * @param {number} index The index of the node to get the parent for.\n * @return {number} The index of the parent.\n * @private\n */\n getParentIndex_(index) {\n return (index - 1) >> 1;\n }\n\n /**\n * Make this a heap. O(N).\n * @private\n */\n heapify_() {\n let i;\n for (i = (this.elements_.length >> 1) - 1; i >= 0; i--) {\n this.siftUp_(i);\n }\n }\n\n /**\n * @return {boolean} Is empty.\n */\n isEmpty() {\n return this.elements_.length === 0;\n }\n\n /**\n * @param {string} key Key.\n * @return {boolean} Is key queued.\n */\n isKeyQueued(key) {\n return key in this.queuedElements_;\n }\n\n /**\n * @param {T} element Element.\n * @return {boolean} Is queued.\n */\n isQueued(element) {\n return this.isKeyQueued(this.keyFunction_(element));\n }\n\n /**\n * @param {number} index The index of the node to move down.\n * @private\n */\n siftUp_(index) {\n const elements = this.elements_;\n const priorities = this.priorities_;\n const count = elements.length;\n const element = elements[index];\n const priority = priorities[index];\n const startIndex = index;\n\n while (index < count >> 1) {\n const lIndex = this.getLeftChildIndex_(index);\n const rIndex = this.getRightChildIndex_(index);\n\n const smallerChildIndex =\n rIndex < count && priorities[rIndex] < priorities[lIndex]\n ? rIndex\n : lIndex;\n\n elements[index] = elements[smallerChildIndex];\n priorities[index] = priorities[smallerChildIndex];\n index = smallerChildIndex;\n }\n\n elements[index] = element;\n priorities[index] = priority;\n this.siftDown_(startIndex, index);\n }\n\n /**\n * @param {number} startIndex The index of the root.\n * @param {number} index The index of the node to move up.\n * @private\n */\n siftDown_(startIndex, index) {\n const elements = this.elements_;\n const priorities = this.priorities_;\n const element = elements[index];\n const priority = priorities[index];\n\n while (index > startIndex) {\n const parentIndex = this.getParentIndex_(index);\n if (priorities[parentIndex] > priority) {\n elements[index] = elements[parentIndex];\n priorities[index] = priorities[parentIndex];\n index = parentIndex;\n } else {\n break;\n }\n }\n elements[index] = element;\n priorities[index] = priority;\n }\n\n /**\n * FIXME empty description for jsdoc\n */\n reprioritize() {\n const priorityFunction = this.priorityFunction_;\n const elements = this.elements_;\n const priorities = this.priorities_;\n let index = 0;\n const n = elements.length;\n let element, i, priority;\n for (i = 0; i < n; ++i) {\n element = elements[i];\n priority = priorityFunction(element);\n if (priority == DROP) {\n delete this.queuedElements_[this.keyFunction_(element)];\n } else {\n priorities[index] = priority;\n elements[index++] = element;\n }\n }\n elements.length = index;\n priorities.length = index;\n this.heapify_();\n }\n}\n\nexport default PriorityQueue;\n","/**\n * @module ol/TileQueue\n */\nimport EventType from './events/EventType.js';\nimport PriorityQueue, {DROP} from './structs/PriorityQueue.js';\nimport TileState from './TileState.js';\n\n/**\n * @typedef {function(import(\"./Tile.js\").default, string, import(\"./coordinate.js\").Coordinate, number): number} PriorityFunction\n */\n\nclass TileQueue extends PriorityQueue {\n /**\n * @param {PriorityFunction} tilePriorityFunction Tile priority function.\n * @param {function(): ?} tileChangeCallback Function called on each tile change event.\n */\n constructor(tilePriorityFunction, tileChangeCallback) {\n super(\n /**\n * @param {Array} element Element.\n * @return {number} Priority.\n */\n function (element) {\n return tilePriorityFunction.apply(null, element);\n },\n /**\n * @param {Array} element Element.\n * @return {string} Key.\n */\n function (element) {\n return /** @type {import(\"./Tile.js\").default} */ (element[0]).getKey();\n }\n );\n\n /** @private */\n this.boundHandleTileChange_ = this.handleTileChange.bind(this);\n\n /**\n * @private\n * @type {function(): ?}\n */\n this.tileChangeCallback_ = tileChangeCallback;\n\n /**\n * @private\n * @type {number}\n */\n this.tilesLoading_ = 0;\n\n /**\n * @private\n * @type {!Object}\n */\n this.tilesLoadingKeys_ = {};\n }\n\n /**\n * @param {Array} element Element.\n * @return {boolean} The element was added to the queue.\n */\n enqueue(element) {\n const added = super.enqueue(element);\n if (added) {\n const tile = element[0];\n tile.addEventListener(EventType.CHANGE, this.boundHandleTileChange_);\n }\n return added;\n }\n\n /**\n * @return {number} Number of tiles loading.\n */\n getTilesLoading() {\n return this.tilesLoading_;\n }\n\n /**\n * @param {import(\"./events/Event.js\").default} event Event.\n * @protected\n */\n handleTileChange(event) {\n const tile = /** @type {import(\"./Tile.js\").default} */ (event.target);\n const state = tile.getState();\n if (\n state === TileState.LOADED ||\n state === TileState.ERROR ||\n state === TileState.EMPTY\n ) {\n if (state !== TileState.ERROR) {\n tile.removeEventListener(EventType.CHANGE, this.boundHandleTileChange_);\n }\n const tileKey = tile.getKey();\n if (tileKey in this.tilesLoadingKeys_) {\n delete this.tilesLoadingKeys_[tileKey];\n --this.tilesLoading_;\n }\n this.tileChangeCallback_();\n }\n }\n\n /**\n * @param {number} maxTotalLoading Maximum number tiles to load simultaneously.\n * @param {number} maxNewLoads Maximum number of new tiles to load.\n */\n loadMoreTiles(maxTotalLoading, maxNewLoads) {\n let newLoads = 0;\n let state, tile, tileKey;\n while (\n this.tilesLoading_ < maxTotalLoading &&\n newLoads < maxNewLoads &&\n this.getCount() > 0\n ) {\n tile = /** @type {import(\"./Tile.js\").default} */ (this.dequeue()[0]);\n tileKey = tile.getKey();\n state = tile.getState();\n if (state === TileState.IDLE && !(tileKey in this.tilesLoadingKeys_)) {\n this.tilesLoadingKeys_[tileKey] = true;\n ++this.tilesLoading_;\n ++newLoads;\n tile.load();\n }\n }\n }\n}\n\nexport default TileQueue;\n\n/**\n * @param {import('./Map.js').FrameState} frameState Frame state.\n * @param {import(\"./Tile.js\").default} tile Tile.\n * @param {string} tileSourceKey Tile source key.\n * @param {import(\"./coordinate.js\").Coordinate} tileCenter Tile center.\n * @param {number} tileResolution Tile resolution.\n * @return {number} Tile priority.\n */\nexport function getTilePriority(\n frameState,\n tile,\n tileSourceKey,\n tileCenter,\n tileResolution\n) {\n // Filter out tiles at higher zoom levels than the current zoom level, or that\n // are outside the visible extent.\n if (!frameState || !(tileSourceKey in frameState.wantedTiles)) {\n return DROP;\n }\n if (!frameState.wantedTiles[tileSourceKey][tile.getKey()]) {\n return DROP;\n }\n // Prioritize the highest zoom level tiles closest to the focus.\n // Tiles at higher zoom levels are prioritized using Math.log(tileResolution).\n // Within a zoom level, tiles are prioritized by the distance in pixels between\n // the center of the tile and the center of the viewport. The factor of 65536\n // means that the prioritization should behave as desired for tiles up to\n // 65536 * Math.log(2) = 45426 pixels from the focus.\n const center = frameState.viewState.center;\n const deltaX = tileCenter[0] - center[0];\n const deltaY = tileCenter[1] - center[1];\n return (\n 65536 * Math.log(tileResolution) +\n Math.sqrt(deltaX * deltaX + deltaY * deltaY) / tileResolution\n );\n}\n","/**\n * @module ol/control/Control\n */\nimport BaseObject from '../Object.js';\nimport MapEventType from '../MapEventType.js';\nimport {VOID} from '../functions.js';\nimport {listen, unlistenByKey} from '../events.js';\nimport {removeNode} from '../dom.js';\n\n/**\n * @typedef {Object} Options\n * @property {HTMLElement} [element] The element is the control's\n * container element. This only needs to be specified if you're developing\n * a custom control.\n * @property {function(import(\"../MapEvent.js\").default):void} [render] Function called when\n * the control should be re-rendered. This is called in a `requestAnimationFrame`\n * callback.\n * @property {HTMLElement|string} [target] Specify a target if you want\n * the control to be rendered outside of the map's viewport.\n */\n\n/**\n * @classdesc\n * A control is a visible widget with a DOM element in a fixed position on the\n * screen. They can involve user input (buttons), or be informational only;\n * the position is determined using CSS. By default these are placed in the\n * container with CSS class name `ol-overlaycontainer-stopevent`, but can use\n * any outside DOM element.\n *\n * This is the base class for controls. You can use it for simple custom\n * controls by creating the element with listeners, creating an instance:\n * ```js\n * const myControl = new Control({element: myElement});\n * ```\n * and then adding this to the map.\n *\n * The main advantage of having this as a control rather than a simple separate\n * DOM element is that preventing propagation is handled for you. Controls\n * will also be objects in a {@link module:ol/Collection~Collection}, so you can use their methods.\n *\n * You can also extend this base for your own control class. See\n * examples/custom-controls for an example of how to do this.\n *\n * @api\n */\nclass Control extends BaseObject {\n /**\n * @param {Options} options Control options.\n */\n constructor(options) {\n super();\n\n const element = options.element;\n if (element && !options.target && !element.style.pointerEvents) {\n element.style.pointerEvents = 'auto';\n }\n\n /**\n * @protected\n * @type {HTMLElement}\n */\n this.element = element ? element : null;\n\n /**\n * @private\n * @type {HTMLElement}\n */\n this.target_ = null;\n\n /**\n * @private\n * @type {import(\"../Map.js\").default|null}\n */\n this.map_ = null;\n\n /**\n * @protected\n * @type {!Array}\n */\n this.listenerKeys = [];\n\n if (options.render) {\n this.render = options.render;\n }\n\n if (options.target) {\n this.setTarget(options.target);\n }\n }\n\n /**\n * Clean up.\n */\n disposeInternal() {\n removeNode(this.element);\n super.disposeInternal();\n }\n\n /**\n * Get the map associated with this control.\n * @return {import(\"../Map.js\").default|null} Map.\n * @api\n */\n getMap() {\n return this.map_;\n }\n\n /**\n * Remove the control from its current map and attach it to the new map.\n * Pass `null` to just remove the control from the current map.\n * Subclasses may set up event handlers to get notified about changes to\n * the map here.\n * @param {import(\"../Map.js\").default|null} map Map.\n * @api\n */\n setMap(map) {\n if (this.map_) {\n removeNode(this.element);\n }\n for (let i = 0, ii = this.listenerKeys.length; i < ii; ++i) {\n unlistenByKey(this.listenerKeys[i]);\n }\n this.listenerKeys.length = 0;\n this.map_ = map;\n if (map) {\n const target = this.target_\n ? this.target_\n : map.getOverlayContainerStopEvent();\n target.appendChild(this.element);\n if (this.render !== VOID) {\n this.listenerKeys.push(\n listen(map, MapEventType.POSTRENDER, this.render, this)\n );\n }\n map.render();\n }\n }\n\n /**\n * Renders the control.\n * @param {import(\"../MapEvent.js\").default} mapEvent Map event.\n * @api\n */\n render(mapEvent) {}\n\n /**\n * This function is used to set a target element for the control. It has no\n * effect if it is called after the control has been added to the map (i.e.\n * after `setMap` is called on the control). If no `target` is set in the\n * options passed to the control constructor and if `setTarget` is not called\n * then the control is added to the map's overlay container.\n * @param {HTMLElement|string} target Target.\n * @api\n */\n setTarget(target) {\n this.target_ =\n typeof target === 'string' ? document.getElementById(target) : target;\n }\n}\n\nexport default Control;\n","/**\n * @module ol/control/Attribution\n */\nimport Control from './Control.js';\nimport EventType from '../events/EventType.js';\nimport {CLASS_COLLAPSED, CLASS_CONTROL, CLASS_UNSELECTABLE} from '../css.js';\nimport {equals} from '../array.js';\nimport {removeChildren, replaceNode} from '../dom.js';\n\n/**\n * @typedef {Object} Options\n * @property {string} [className='ol-attribution'] CSS class name.\n * @property {HTMLElement|string} [target] Specify a target if you\n * want the control to be rendered outside of the map's\n * viewport.\n * @property {boolean} [collapsible] Specify if attributions can\n * be collapsed. If not specified, sources control this behavior with their\n * `attributionsCollapsible` setting.\n * @property {boolean} [collapsed=true] Specify if attributions should\n * be collapsed at startup.\n * @property {string} [tipLabel='Attributions'] Text label to use for the button tip.\n * @property {string|HTMLElement} [label='i'] Text label to use for the\n * collapsed attributions button.\n * Instead of text, also an element (e.g. a `span` element) can be used.\n * @property {string} [expandClassName=className + '-expand'] CSS class name for the\n * collapsed attributions button.\n * @property {string|HTMLElement} [collapseLabel='›'] Text label to use\n * for the expanded attributions button.\n * Instead of text, also an element (e.g. a `span` element) can be used.\n * @property {string} [collapseClassName=className + '-collapse'] CSS class name for the\n * expanded attributions button.\n * @property {function(import(\"../MapEvent.js\").default):void} [render] Function called when\n * the control should be re-rendered. This is called in a `requestAnimationFrame`\n * callback.\n */\n\n/**\n * @classdesc\n * Control to show all the attributions associated with the layer sources\n * in the map. This control is one of the default controls included in maps.\n * By default it will show in the bottom right portion of the map, but this can\n * be changed by using a css selector for `.ol-attribution`.\n *\n * @api\n */\nclass Attribution extends Control {\n /**\n * @param {Options} [options] Attribution options.\n */\n constructor(options) {\n options = options ? options : {};\n\n super({\n element: document.createElement('div'),\n render: options.render,\n target: options.target,\n });\n\n /**\n * @private\n * @type {HTMLElement}\n */\n this.ulElement_ = document.createElement('ul');\n\n /**\n * @private\n * @type {boolean}\n */\n this.collapsed_ =\n options.collapsed !== undefined ? options.collapsed : true;\n\n /**\n * @private\n * @type {boolean}\n */\n this.userCollapsed_ = this.collapsed_;\n\n /**\n * @private\n * @type {boolean}\n */\n this.overrideCollapsible_ = options.collapsible !== undefined;\n\n /**\n * @private\n * @type {boolean}\n */\n this.collapsible_ =\n options.collapsible !== undefined ? options.collapsible : true;\n\n if (!this.collapsible_) {\n this.collapsed_ = false;\n }\n\n const className =\n options.className !== undefined ? options.className : 'ol-attribution';\n\n const tipLabel =\n options.tipLabel !== undefined ? options.tipLabel : 'Attributions';\n\n const expandClassName =\n options.expandClassName !== undefined\n ? options.expandClassName\n : className + '-expand';\n\n const collapseLabel =\n options.collapseLabel !== undefined ? options.collapseLabel : '\\u203A';\n\n const collapseClassName =\n options.collapseClassName !== undefined\n ? options.collapseClassName\n : className + '-collapse';\n\n if (typeof collapseLabel === 'string') {\n /**\n * @private\n * @type {HTMLElement}\n */\n this.collapseLabel_ = document.createElement('span');\n this.collapseLabel_.textContent = collapseLabel;\n this.collapseLabel_.className = collapseClassName;\n } else {\n this.collapseLabel_ = collapseLabel;\n }\n\n const label = options.label !== undefined ? options.label : 'i';\n\n if (typeof label === 'string') {\n /**\n * @private\n * @type {HTMLElement}\n */\n this.label_ = document.createElement('span');\n this.label_.textContent = label;\n this.label_.className = expandClassName;\n } else {\n this.label_ = label;\n }\n\n const activeLabel =\n this.collapsible_ && !this.collapsed_ ? this.collapseLabel_ : this.label_;\n\n /**\n * @private\n * @type {HTMLElement}\n */\n this.toggleButton_ = document.createElement('button');\n this.toggleButton_.setAttribute('type', 'button');\n this.toggleButton_.setAttribute('aria-expanded', String(!this.collapsed_));\n this.toggleButton_.title = tipLabel;\n this.toggleButton_.appendChild(activeLabel);\n\n this.toggleButton_.addEventListener(\n EventType.CLICK,\n this.handleClick_.bind(this),\n false\n );\n\n const cssClasses =\n className +\n ' ' +\n CLASS_UNSELECTABLE +\n ' ' +\n CLASS_CONTROL +\n (this.collapsed_ && this.collapsible_ ? ' ' + CLASS_COLLAPSED : '') +\n (this.collapsible_ ? '' : ' ol-uncollapsible');\n const element = this.element;\n element.className = cssClasses;\n element.appendChild(this.toggleButton_);\n element.appendChild(this.ulElement_);\n\n /**\n * A list of currently rendered resolutions.\n * @type {Array}\n * @private\n */\n this.renderedAttributions_ = [];\n\n /**\n * @private\n * @type {boolean}\n */\n this.renderedVisible_ = true;\n }\n\n /**\n * Collect a list of visible attributions and set the collapsible state.\n * @param {import(\"../Map.js\").FrameState} frameState Frame state.\n * @return {Array} Attributions.\n * @private\n */\n collectSourceAttributions_(frameState) {\n const visibleAttributions = Array.from(\n new Set(\n this.getMap()\n .getAllLayers()\n .flatMap((layer) => layer.getAttributions(frameState))\n )\n );\n\n const collapsible = !this.getMap()\n .getAllLayers()\n .some(\n (layer) =>\n layer.getSource() &&\n layer.getSource().getAttributionsCollapsible() === false\n );\n if (!this.overrideCollapsible_) {\n this.setCollapsible(collapsible);\n }\n return visibleAttributions;\n }\n\n /**\n * @private\n * @param {?import(\"../Map.js\").FrameState} frameState Frame state.\n */\n updateElement_(frameState) {\n if (!frameState) {\n if (this.renderedVisible_) {\n this.element.style.display = 'none';\n this.renderedVisible_ = false;\n }\n return;\n }\n\n const attributions = this.collectSourceAttributions_(frameState);\n\n const visible = attributions.length > 0;\n if (this.renderedVisible_ != visible) {\n this.element.style.display = visible ? '' : 'none';\n this.renderedVisible_ = visible;\n }\n\n if (equals(attributions, this.renderedAttributions_)) {\n return;\n }\n\n removeChildren(this.ulElement_);\n\n // append the attributions\n for (let i = 0, ii = attributions.length; i < ii; ++i) {\n const element = document.createElement('li');\n element.innerHTML = attributions[i];\n this.ulElement_.appendChild(element);\n }\n\n this.renderedAttributions_ = attributions;\n }\n\n /**\n * @param {MouseEvent} event The event to handle\n * @private\n */\n handleClick_(event) {\n event.preventDefault();\n this.handleToggle_();\n this.userCollapsed_ = this.collapsed_;\n }\n\n /**\n * @private\n */\n handleToggle_() {\n this.element.classList.toggle(CLASS_COLLAPSED);\n if (this.collapsed_) {\n replaceNode(this.collapseLabel_, this.label_);\n } else {\n replaceNode(this.label_, this.collapseLabel_);\n }\n this.collapsed_ = !this.collapsed_;\n this.toggleButton_.setAttribute('aria-expanded', String(!this.collapsed_));\n }\n\n /**\n * Return `true` if the attribution is collapsible, `false` otherwise.\n * @return {boolean} True if the widget is collapsible.\n * @api\n */\n getCollapsible() {\n return this.collapsible_;\n }\n\n /**\n * Set whether the attribution should be collapsible.\n * @param {boolean} collapsible True if the widget is collapsible.\n * @api\n */\n setCollapsible(collapsible) {\n if (this.collapsible_ === collapsible) {\n return;\n }\n this.collapsible_ = collapsible;\n this.element.classList.toggle('ol-uncollapsible');\n if (this.userCollapsed_) {\n this.handleToggle_();\n }\n }\n\n /**\n * Collapse or expand the attribution according to the passed parameter. Will\n * not do anything if the attribution isn't collapsible or if the current\n * collapsed state is already the one requested.\n * @param {boolean} collapsed True if the widget is collapsed.\n * @api\n */\n setCollapsed(collapsed) {\n this.userCollapsed_ = collapsed;\n if (!this.collapsible_ || this.collapsed_ === collapsed) {\n return;\n }\n this.handleToggle_();\n }\n\n /**\n * Return `true` when the attribution is currently collapsed or `false`\n * otherwise.\n * @return {boolean} True if the widget is collapsed.\n * @api\n */\n getCollapsed() {\n return this.collapsed_;\n }\n\n /**\n * Update the attribution element.\n * @param {import(\"../MapEvent.js\").default} mapEvent Map event.\n * @override\n */\n render(mapEvent) {\n this.updateElement_(mapEvent.frameState);\n }\n}\n\nexport default Attribution;\n","/**\n * @module ol/control/Rotate\n */\nimport Control from './Control.js';\nimport EventType from '../events/EventType.js';\nimport {CLASS_CONTROL, CLASS_HIDDEN, CLASS_UNSELECTABLE} from '../css.js';\nimport {easeOut} from '../easing.js';\n\n/**\n * @typedef {Object} Options\n * @property {string} [className='ol-rotate'] CSS class name.\n * @property {string|HTMLElement} [label='⇧'] Text label to use for the rotate button.\n * Instead of text, also an element (e.g. a `span` element) can be used.\n * @property {string} [tipLabel='Reset rotation'] Text label to use for the rotate tip.\n * @property {string} [compassClassName='ol-compass'] CSS class name for the compass.\n * @property {number} [duration=250] Animation duration in milliseconds.\n * @property {boolean} [autoHide=true] Hide the control when rotation is 0.\n * @property {function(import(\"../MapEvent.js\").default):void} [render] Function called when the control should\n * be re-rendered. This is called in a `requestAnimationFrame` callback.\n * @property {function():void} [resetNorth] Function called when the control is clicked.\n * This will override the default `resetNorth`.\n * @property {HTMLElement|string} [target] Specify a target if you want the control to be\n * rendered outside of the map's viewport.\n */\n\n/**\n * @classdesc\n * A button control to reset rotation to 0.\n * To style this control use css selector `.ol-rotate`. A `.ol-hidden` css\n * selector is added to the button when the rotation is 0.\n *\n * @api\n */\nclass Rotate extends Control {\n /**\n * @param {Options} [options] Rotate options.\n */\n constructor(options) {\n options = options ? options : {};\n\n super({\n element: document.createElement('div'),\n render: options.render,\n target: options.target,\n });\n\n const className =\n options.className !== undefined ? options.className : 'ol-rotate';\n\n const label = options.label !== undefined ? options.label : '\\u21E7';\n\n const compassClassName =\n options.compassClassName !== undefined\n ? options.compassClassName\n : 'ol-compass';\n\n /**\n * @type {HTMLElement}\n * @private\n */\n this.label_ = null;\n\n if (typeof label === 'string') {\n this.label_ = document.createElement('span');\n this.label_.className = compassClassName;\n this.label_.textContent = label;\n } else {\n this.label_ = label;\n this.label_.classList.add(compassClassName);\n }\n\n const tipLabel = options.tipLabel ? options.tipLabel : 'Reset rotation';\n\n const button = document.createElement('button');\n button.className = className + '-reset';\n button.setAttribute('type', 'button');\n button.title = tipLabel;\n button.appendChild(this.label_);\n\n button.addEventListener(\n EventType.CLICK,\n this.handleClick_.bind(this),\n false\n );\n\n const cssClasses =\n className + ' ' + CLASS_UNSELECTABLE + ' ' + CLASS_CONTROL;\n const element = this.element;\n element.className = cssClasses;\n element.appendChild(button);\n\n this.callResetNorth_ = options.resetNorth ? options.resetNorth : undefined;\n\n /**\n * @type {number}\n * @private\n */\n this.duration_ = options.duration !== undefined ? options.duration : 250;\n\n /**\n * @type {boolean}\n * @private\n */\n this.autoHide_ = options.autoHide !== undefined ? options.autoHide : true;\n\n /**\n * @private\n * @type {number|undefined}\n */\n this.rotation_ = undefined;\n\n if (this.autoHide_) {\n this.element.classList.add(CLASS_HIDDEN);\n }\n }\n\n /**\n * @param {MouseEvent} event The event to handle\n * @private\n */\n handleClick_(event) {\n event.preventDefault();\n if (this.callResetNorth_ !== undefined) {\n this.callResetNorth_();\n } else {\n this.resetNorth_();\n }\n }\n\n /**\n * @private\n */\n resetNorth_() {\n const map = this.getMap();\n const view = map.getView();\n if (!view) {\n // the map does not have a view, so we can't act\n // upon it\n return;\n }\n const rotation = view.getRotation();\n if (rotation !== undefined) {\n if (this.duration_ > 0 && rotation % (2 * Math.PI) !== 0) {\n view.animate({\n rotation: 0,\n duration: this.duration_,\n easing: easeOut,\n });\n } else {\n view.setRotation(0);\n }\n }\n }\n\n /**\n * Update the rotate control element.\n * @param {import(\"../MapEvent.js\").default} mapEvent Map event.\n * @override\n */\n render(mapEvent) {\n const frameState = mapEvent.frameState;\n if (!frameState) {\n return;\n }\n const rotation = frameState.viewState.rotation;\n if (rotation != this.rotation_) {\n const transform = 'rotate(' + rotation + 'rad)';\n if (this.autoHide_) {\n const contains = this.element.classList.contains(CLASS_HIDDEN);\n if (!contains && rotation === 0) {\n this.element.classList.add(CLASS_HIDDEN);\n } else if (contains && rotation !== 0) {\n this.element.classList.remove(CLASS_HIDDEN);\n }\n }\n this.label_.style.transform = transform;\n }\n this.rotation_ = rotation;\n }\n}\n\nexport default Rotate;\n","/**\n * @module ol/control/Zoom\n */\nimport Control from './Control.js';\nimport EventType from '../events/EventType.js';\nimport {CLASS_CONTROL, CLASS_UNSELECTABLE} from '../css.js';\nimport {easeOut} from '../easing.js';\n\n/**\n * @typedef {Object} Options\n * @property {number} [duration=250] Animation duration in milliseconds.\n * @property {string} [className='ol-zoom'] CSS class name.\n * @property {string} [zoomInClassName=className + '-in'] CSS class name for the zoom-in button.\n * @property {string} [zoomOutClassName=className + '-out'] CSS class name for the zoom-out button.\n * @property {string|HTMLElement} [zoomInLabel='+'] Text label to use for the zoom-in\n * button. Instead of text, also an element (e.g. a `span` element) can be used.\n * @property {string|HTMLElement} [zoomOutLabel='–'] Text label to use for the zoom-out button.\n * Instead of text, also an element (e.g. a `span` element) can be used.\n * @property {string} [zoomInTipLabel='Zoom in'] Text label to use for the button tip.\n * @property {string} [zoomOutTipLabel='Zoom out'] Text label to use for the button tip.\n * @property {number} [delta=1] The zoom delta applied on each click.\n * @property {HTMLElement|string} [target] Specify a target if you want the control to be\n * rendered outside of the map's viewport.\n */\n\n/**\n * @classdesc\n * A control with 2 buttons, one for zoom in and one for zoom out.\n * This control is one of the default controls of a map. To style this control\n * use css selectors `.ol-zoom-in` and `.ol-zoom-out`.\n *\n * @api\n */\nclass Zoom extends Control {\n /**\n * @param {Options} [options] Zoom options.\n */\n constructor(options) {\n options = options ? options : {};\n\n super({\n element: document.createElement('div'),\n target: options.target,\n });\n\n const className =\n options.className !== undefined ? options.className : 'ol-zoom';\n\n const delta = options.delta !== undefined ? options.delta : 1;\n\n const zoomInClassName =\n options.zoomInClassName !== undefined\n ? options.zoomInClassName\n : className + '-in';\n\n const zoomOutClassName =\n options.zoomOutClassName !== undefined\n ? options.zoomOutClassName\n : className + '-out';\n\n const zoomInLabel =\n options.zoomInLabel !== undefined ? options.zoomInLabel : '+';\n const zoomOutLabel =\n options.zoomOutLabel !== undefined ? options.zoomOutLabel : '\\u2013';\n\n const zoomInTipLabel =\n options.zoomInTipLabel !== undefined ? options.zoomInTipLabel : 'Zoom in';\n const zoomOutTipLabel =\n options.zoomOutTipLabel !== undefined\n ? options.zoomOutTipLabel\n : 'Zoom out';\n\n const inElement = document.createElement('button');\n inElement.className = zoomInClassName;\n inElement.setAttribute('type', 'button');\n inElement.title = zoomInTipLabel;\n inElement.appendChild(\n typeof zoomInLabel === 'string'\n ? document.createTextNode(zoomInLabel)\n : zoomInLabel\n );\n\n inElement.addEventListener(\n EventType.CLICK,\n this.handleClick_.bind(this, delta),\n false\n );\n\n const outElement = document.createElement('button');\n outElement.className = zoomOutClassName;\n outElement.setAttribute('type', 'button');\n outElement.title = zoomOutTipLabel;\n outElement.appendChild(\n typeof zoomOutLabel === 'string'\n ? document.createTextNode(zoomOutLabel)\n : zoomOutLabel\n );\n\n outElement.addEventListener(\n EventType.CLICK,\n this.handleClick_.bind(this, -delta),\n false\n );\n\n const cssClasses =\n className + ' ' + CLASS_UNSELECTABLE + ' ' + CLASS_CONTROL;\n const element = this.element;\n element.className = cssClasses;\n element.appendChild(inElement);\n element.appendChild(outElement);\n\n /**\n * @type {number}\n * @private\n */\n this.duration_ = options.duration !== undefined ? options.duration : 250;\n }\n\n /**\n * @param {number} delta Zoom delta.\n * @param {MouseEvent} event The event to handle\n * @private\n */\n handleClick_(delta, event) {\n event.preventDefault();\n this.zoomByDelta_(delta);\n }\n\n /**\n * @param {number} delta Zoom delta.\n * @private\n */\n zoomByDelta_(delta) {\n const map = this.getMap();\n const view = map.getView();\n if (!view) {\n // the map does not have a view, so we can't act\n // upon it\n return;\n }\n const currentZoom = view.getZoom();\n if (currentZoom !== undefined) {\n const newZoom = view.getConstrainedZoom(currentZoom + delta);\n if (this.duration_ > 0) {\n if (view.getAnimating()) {\n view.cancelAnimations();\n }\n view.animate({\n zoom: newZoom,\n duration: this.duration_,\n easing: easeOut,\n });\n } else {\n view.setZoom(newZoom);\n }\n }\n }\n}\n\nexport default Zoom;\n","/**\n * @module ol/control/defaults\n */\nimport Attribution from './Attribution.js';\nimport Collection from '../Collection.js';\nimport Rotate from './Rotate.js';\nimport Zoom from './Zoom.js';\n\n/**\n * @typedef {Object} DefaultsOptions\n * @property {boolean} [attribution=true] Include\n * {@link module:ol/control/Attribution~Attribution}.\n * @property {import(\"./Attribution.js\").Options} [attributionOptions]\n * Options for {@link module:ol/control/Attribution~Attribution}.\n * @property {boolean} [rotate=true] Include\n * {@link module:ol/control/Rotate~Rotate}.\n * @property {import(\"./Rotate.js\").Options} [rotateOptions] Options\n * for {@link module:ol/control/Rotate~Rotate}.\n * @property {boolean} [zoom] Include {@link module:ol/control/Zoom~Zoom}.\n * @property {import(\"./Zoom.js\").Options} [zoomOptions] Options for\n * {@link module:ol/control/Zoom~Zoom}.\n */\n\n/**\n * Set of controls included in maps by default. Unless configured otherwise,\n * this returns a collection containing an instance of each of the following\n * controls:\n * * {@link module:ol/control/Zoom~Zoom}\n * * {@link module:ol/control/Rotate~Rotate}\n * * {@link module:ol/control/Attribution~Attribution}\n *\n * @param {DefaultsOptions} [options] Options for the default controls.\n * @return {Collection} A collection of controls\n * to be used with the {@link module:ol/Map~Map} constructor's `controls` option.\n * @api\n */\nexport function defaults(options) {\n options = options ? options : {};\n\n /** @type {Collection} */\n const controls = new Collection();\n\n const zoomControl = options.zoom !== undefined ? options.zoom : true;\n if (zoomControl) {\n controls.push(new Zoom(options.zoomOptions));\n }\n\n const rotateControl = options.rotate !== undefined ? options.rotate : true;\n if (rotateControl) {\n controls.push(new Rotate(options.rotateOptions));\n }\n\n const attributionControl =\n options.attribution !== undefined ? options.attribution : true;\n if (attributionControl) {\n controls.push(new Attribution(options.attributionOptions));\n }\n\n return controls;\n}\n","/**\n * @module ol/interaction/Property\n */\n\n/**\n * @enum {string}\n */\nexport default {\n ACTIVE: 'active',\n};\n","/**\n * @module ol/interaction/Interaction\n */\nimport BaseObject from '../Object.js';\nimport InteractionProperty from './Property.js';\nimport {easeOut, linear} from '../easing.js';\n\n/***\n * @template Return\n * @typedef {import(\"../Observable\").OnSignature &\n * import(\"../Observable\").OnSignature &\n * import(\"../Observable\").CombinedOnSignature} InteractionOnSignature\n */\n\n/**\n * Object literal with config options for interactions.\n * @typedef {Object} InteractionOptions\n * @property {function(import(\"../MapBrowserEvent.js\").default):boolean} handleEvent\n * Method called by the map to notify the interaction that a browser event was\n * dispatched to the map. If the function returns a falsy value, propagation of\n * the event to other interactions in the map's interactions chain will be\n * prevented (this includes functions with no explicit return). The interactions\n * are traversed in reverse order of the interactions collection of the map.\n */\n\n/**\n * @classdesc\n * Abstract base class; normally only used for creating subclasses and not\n * instantiated in apps.\n * User actions that change the state of the map. Some are similar to controls,\n * but are not associated with a DOM element.\n * For example, {@link module:ol/interaction/KeyboardZoom~KeyboardZoom} is\n * functionally the same as {@link module:ol/control/Zoom~Zoom}, but triggered\n * by a keyboard event not a button element event.\n * Although interactions do not have a DOM element, some of them do render\n * vectors and so are visible on the screen.\n * @api\n */\nclass Interaction extends BaseObject {\n /**\n * @param {InteractionOptions} [options] Options.\n */\n constructor(options) {\n super();\n\n /***\n * @type {InteractionOnSignature}\n */\n this.on;\n\n /***\n * @type {InteractionOnSignature}\n */\n this.once;\n\n /***\n * @type {InteractionOnSignature}\n */\n this.un;\n\n if (options && options.handleEvent) {\n this.handleEvent = options.handleEvent;\n }\n\n /**\n * @private\n * @type {import(\"../Map.js\").default|null}\n */\n this.map_ = null;\n\n this.setActive(true);\n }\n\n /**\n * Return whether the interaction is currently active.\n * @return {boolean} `true` if the interaction is active, `false` otherwise.\n * @observable\n * @api\n */\n getActive() {\n return /** @type {boolean} */ (this.get(InteractionProperty.ACTIVE));\n }\n\n /**\n * Get the map associated with this interaction.\n * @return {import(\"../Map.js\").default|null} Map.\n * @api\n */\n getMap() {\n return this.map_;\n }\n\n /**\n * Handles the {@link module:ol/MapBrowserEvent~MapBrowserEvent map browser event}.\n * @param {import(\"../MapBrowserEvent.js\").default} mapBrowserEvent Map browser event.\n * @return {boolean} `false` to stop event propagation.\n * @api\n */\n handleEvent(mapBrowserEvent) {\n return true;\n }\n\n /**\n * Activate or deactivate the interaction.\n * @param {boolean} active Active.\n * @observable\n * @api\n */\n setActive(active) {\n this.set(InteractionProperty.ACTIVE, active);\n }\n\n /**\n * Remove the interaction from its current map and attach it to the new map.\n * Subclasses may set up event handlers to get notified about changes to\n * the map here.\n * @param {import(\"../Map.js\").default|null} map Map.\n */\n setMap(map) {\n this.map_ = map;\n }\n}\n\n/**\n * @param {import(\"../View.js\").default} view View.\n * @param {import(\"../coordinate.js\").Coordinate} delta Delta.\n * @param {number} [duration] Duration.\n */\nexport function pan(view, delta, duration) {\n const currentCenter = view.getCenterInternal();\n if (currentCenter) {\n const center = [currentCenter[0] + delta[0], currentCenter[1] + delta[1]];\n view.animateInternal({\n duration: duration !== undefined ? duration : 250,\n easing: linear,\n center: view.getConstrainedCenter(center),\n });\n }\n}\n\n/**\n * @param {import(\"../View.js\").default} view View.\n * @param {number} delta Delta from previous zoom level.\n * @param {import(\"../coordinate.js\").Coordinate} [anchor] Anchor coordinate in the user projection.\n * @param {number} [duration] Duration.\n */\nexport function zoomByDelta(view, delta, anchor, duration) {\n const currentZoom = view.getZoom();\n\n if (currentZoom === undefined) {\n return;\n }\n\n const newZoom = view.getConstrainedZoom(currentZoom + delta);\n const newResolution = view.getResolutionForZoom(newZoom);\n\n if (view.getAnimating()) {\n view.cancelAnimations();\n }\n view.animate({\n resolution: newResolution,\n anchor: anchor,\n duration: duration !== undefined ? duration : 250,\n easing: easeOut,\n });\n}\n\nexport default Interaction;\n","/**\n * @module ol/interaction/DoubleClickZoom\n */\nimport Interaction, {zoomByDelta} from './Interaction.js';\nimport MapBrowserEventType from '../MapBrowserEventType.js';\n\n/**\n * @typedef {Object} Options\n * @property {number} [duration=250] Animation duration in milliseconds.\n * @property {number} [delta=1] The zoom delta applied on each double click.\n */\n\n/**\n * @classdesc\n * Allows the user to zoom by double-clicking on the map.\n * @api\n */\nclass DoubleClickZoom extends Interaction {\n /**\n * @param {Options} [options] Options.\n */\n constructor(options) {\n super();\n\n options = options ? options : {};\n\n /**\n * @private\n * @type {number}\n */\n this.delta_ = options.delta ? options.delta : 1;\n\n /**\n * @private\n * @type {number}\n */\n this.duration_ = options.duration !== undefined ? options.duration : 250;\n }\n\n /**\n * Handles the {@link module:ol/MapBrowserEvent~MapBrowserEvent map browser event} (if it was a\n * doubleclick) and eventually zooms the map.\n * @param {import(\"../MapBrowserEvent.js\").default} mapBrowserEvent Map browser event.\n * @return {boolean} `false` to stop event propagation.\n */\n handleEvent(mapBrowserEvent) {\n let stopEvent = false;\n if (mapBrowserEvent.type == MapBrowserEventType.DBLCLICK) {\n const browserEvent = /** @type {MouseEvent} */ (\n mapBrowserEvent.originalEvent\n );\n const map = mapBrowserEvent.map;\n const anchor = mapBrowserEvent.coordinate;\n const delta = browserEvent.shiftKey ? -this.delta_ : this.delta_;\n const view = map.getView();\n zoomByDelta(view, delta, anchor, this.duration_);\n browserEvent.preventDefault();\n stopEvent = true;\n }\n return !stopEvent;\n }\n}\n\nexport default DoubleClickZoom;\n","/**\n * @module ol/interaction/Pointer\n */\nimport Interaction from './Interaction.js';\nimport MapBrowserEventType from '../MapBrowserEventType.js';\n\n/**\n * @typedef {Object} Options\n * @property {function(import(\"../MapBrowserEvent.js\").default):boolean} [handleDownEvent]\n * Function handling \"down\" events. If the function returns `true` then a drag\n * sequence is started.\n * @property {function(import(\"../MapBrowserEvent.js\").default):void} [handleDragEvent]\n * Function handling \"drag\" events. This function is called on \"move\" events\n * during a drag sequence.\n * @property {function(import(\"../MapBrowserEvent.js\").default):boolean} [handleEvent]\n * Method called by the map to notify the interaction that a browser event was\n * dispatched to the map. The function may return `false` to prevent the\n * propagation of the event to other interactions in the map's interactions\n * chain.\n * @property {function(import(\"../MapBrowserEvent.js\").default):void} [handleMoveEvent]\n * Function handling \"move\" events. This function is called on \"move\" events.\n * This functions is also called during a drag sequence, so during a drag\n * sequence both the `handleDragEvent` function and this function are called.\n * If `handleDownEvent` is defined and it returns true this function will not\n * be called during a drag sequence.\n * @property {function(import(\"../MapBrowserEvent.js\").default):boolean} [handleUpEvent]\n * Function handling \"up\" events. If the function returns `false` then the\n * current drag sequence is stopped.\n * @property {function(boolean):boolean} [stopDown]\n * Should the down event be propagated to other interactions, or should be\n * stopped?\n */\n\n/**\n * @classdesc\n * Base class that calls user-defined functions on `down`, `move` and `up`\n * events. This class also manages \"drag sequences\".\n *\n * When the `handleDownEvent` user function returns `true` a drag sequence is\n * started. During a drag sequence the `handleDragEvent` user function is\n * called on `move` events. The drag sequence ends when the `handleUpEvent`\n * user function is called and returns `false`.\n * @api\n */\nclass PointerInteraction extends Interaction {\n /**\n * @param {Options} [options] Options.\n */\n constructor(options) {\n options = options ? options : {};\n\n super(\n /** @type {import(\"./Interaction.js\").InteractionOptions} */ (options)\n );\n\n if (options.handleDownEvent) {\n this.handleDownEvent = options.handleDownEvent;\n }\n\n if (options.handleDragEvent) {\n this.handleDragEvent = options.handleDragEvent;\n }\n\n if (options.handleMoveEvent) {\n this.handleMoveEvent = options.handleMoveEvent;\n }\n\n if (options.handleUpEvent) {\n this.handleUpEvent = options.handleUpEvent;\n }\n\n if (options.stopDown) {\n this.stopDown = options.stopDown;\n }\n\n /**\n * @type {boolean}\n * @protected\n */\n this.handlingDownUpSequence = false;\n\n /**\n * @type {Array}\n * @protected\n */\n this.targetPointers = [];\n }\n\n /**\n * Returns the current number of pointers involved in the interaction,\n * e.g. `2` when two fingers are used.\n * @return {number} The number of pointers.\n * @api\n */\n getPointerCount() {\n return this.targetPointers.length;\n }\n\n /**\n * Handle pointer down events.\n * @param {import(\"../MapBrowserEvent.js\").default} mapBrowserEvent Event.\n * @return {boolean} If the event was consumed.\n * @protected\n */\n handleDownEvent(mapBrowserEvent) {\n return false;\n }\n\n /**\n * Handle pointer drag events.\n * @param {import(\"../MapBrowserEvent.js\").default} mapBrowserEvent Event.\n * @protected\n */\n handleDragEvent(mapBrowserEvent) {}\n\n /**\n * Handles the {@link module:ol/MapBrowserEvent~MapBrowserEvent map browser event} and may call into\n * other functions, if event sequences like e.g. 'drag' or 'down-up' etc. are\n * detected.\n * @param {import(\"../MapBrowserEvent.js\").default} mapBrowserEvent Map browser event.\n * @return {boolean} `false` to stop event propagation.\n * @api\n */\n handleEvent(mapBrowserEvent) {\n if (!mapBrowserEvent.originalEvent) {\n return true;\n }\n\n let stopEvent = false;\n this.updateTrackedPointers_(mapBrowserEvent);\n if (this.handlingDownUpSequence) {\n if (mapBrowserEvent.type == MapBrowserEventType.POINTERDRAG) {\n this.handleDragEvent(mapBrowserEvent);\n // prevent page scrolling during dragging\n mapBrowserEvent.originalEvent.preventDefault();\n } else if (mapBrowserEvent.type == MapBrowserEventType.POINTERUP) {\n const handledUp = this.handleUpEvent(mapBrowserEvent);\n this.handlingDownUpSequence =\n handledUp && this.targetPointers.length > 0;\n }\n } else {\n if (mapBrowserEvent.type == MapBrowserEventType.POINTERDOWN) {\n const handled = this.handleDownEvent(mapBrowserEvent);\n this.handlingDownUpSequence = handled;\n stopEvent = this.stopDown(handled);\n } else if (mapBrowserEvent.type == MapBrowserEventType.POINTERMOVE) {\n this.handleMoveEvent(mapBrowserEvent);\n }\n }\n return !stopEvent;\n }\n\n /**\n * Handle pointer move events.\n * @param {import(\"../MapBrowserEvent.js\").default} mapBrowserEvent Event.\n * @protected\n */\n handleMoveEvent(mapBrowserEvent) {}\n\n /**\n * Handle pointer up events.\n * @param {import(\"../MapBrowserEvent.js\").default} mapBrowserEvent Event.\n * @return {boolean} If the event was consumed.\n * @protected\n */\n handleUpEvent(mapBrowserEvent) {\n return false;\n }\n\n /**\n * This function is used to determine if \"down\" events should be propagated\n * to other interactions or should be stopped.\n * @param {boolean} handled Was the event handled by the interaction?\n * @return {boolean} Should the `down` event be stopped?\n */\n stopDown(handled) {\n return handled;\n }\n\n /**\n * @param {import(\"../MapBrowserEvent.js\").default} mapBrowserEvent Event.\n * @private\n */\n updateTrackedPointers_(mapBrowserEvent) {\n if (mapBrowserEvent.activePointers) {\n this.targetPointers = mapBrowserEvent.activePointers;\n }\n }\n}\n\n/**\n * @param {Array} pointerEvents List of events.\n * @return {{clientX: number, clientY: number}} Centroid pixel.\n */\nexport function centroid(pointerEvents) {\n const length = pointerEvents.length;\n let clientX = 0;\n let clientY = 0;\n for (let i = 0; i < length; i++) {\n clientX += pointerEvents[i].clientX;\n clientY += pointerEvents[i].clientY;\n }\n return {clientX: clientX / length, clientY: clientY / length};\n}\n\nexport default PointerInteraction;\n","/**\n * @module ol/events/condition\n */\nimport MapBrowserEventType from '../MapBrowserEventType.js';\nimport {FALSE, TRUE} from '../functions.js';\nimport {MAC, WEBKIT} from '../has.js';\nimport {assert} from '../asserts.js';\n\n/**\n * A function that takes an {@link module:ol/MapBrowserEvent~MapBrowserEvent} and returns a\n * `{boolean}`. If the condition is met, true should be returned.\n *\n * @typedef {function(this: ?, import(\"../MapBrowserEvent.js\").default): boolean} Condition\n */\n\n/**\n * Creates a condition function that passes when all provided conditions pass.\n * @param {...Condition} var_args Conditions to check.\n * @return {Condition} Condition function.\n */\nexport function all(var_args) {\n const conditions = arguments;\n /**\n * @param {import(\"../MapBrowserEvent.js\").default} event Event.\n * @return {boolean} All conditions passed.\n */\n return function (event) {\n let pass = true;\n for (let i = 0, ii = conditions.length; i < ii; ++i) {\n pass = pass && conditions[i](event);\n if (!pass) {\n break;\n }\n }\n return pass;\n };\n}\n\n/**\n * Return `true` if only the alt-key is pressed, `false` otherwise (e.g. when\n * additionally the shift-key is pressed).\n *\n * @param {import(\"../MapBrowserEvent.js\").default} mapBrowserEvent Map browser event.\n * @return {boolean} True if only the alt key is pressed.\n * @api\n */\nexport const altKeyOnly = function (mapBrowserEvent) {\n const originalEvent = /** @type {KeyboardEvent|MouseEvent|TouchEvent} */ (\n mapBrowserEvent.originalEvent\n );\n return (\n originalEvent.altKey &&\n !(originalEvent.metaKey || originalEvent.ctrlKey) &&\n !originalEvent.shiftKey\n );\n};\n\n/**\n * Return `true` if only the alt-key and shift-key is pressed, `false` otherwise\n * (e.g. when additionally the platform-modifier-key is pressed).\n *\n * @param {import(\"../MapBrowserEvent.js\").default} mapBrowserEvent Map browser event.\n * @return {boolean} True if only the alt and shift keys are pressed.\n * @api\n */\nexport const altShiftKeysOnly = function (mapBrowserEvent) {\n const originalEvent = /** @type {KeyboardEvent|MouseEvent|TouchEvent} */ (\n mapBrowserEvent.originalEvent\n );\n return (\n originalEvent.altKey &&\n !(originalEvent.metaKey || originalEvent.ctrlKey) &&\n originalEvent.shiftKey\n );\n};\n\n/**\n * Return `true` if the map has the focus. This condition requires a map target\n * element with a `tabindex` attribute, e.g. `
`.\n *\n * @param {import(\"../MapBrowserEvent.js\").default} event Map browser event.\n * @return {boolean} The map has the focus.\n * @api\n */\nexport const focus = function (event) {\n const targetElement = event.map.getTargetElement();\n const activeElement = event.map.getOwnerDocument().activeElement;\n return targetElement.contains(activeElement);\n};\n\n/**\n * Return `true` if the map has the focus or no 'tabindex' attribute set.\n *\n * @param {import(\"../MapBrowserEvent.js\").default} event Map browser event.\n * @return {boolean} The map container has the focus or no 'tabindex' attribute.\n */\nexport const focusWithTabindex = function (event) {\n return event.map.getTargetElement().hasAttribute('tabindex')\n ? focus(event)\n : true;\n};\n\n/**\n * Return always true.\n *\n * @param {import(\"../MapBrowserEvent.js\").default} mapBrowserEvent Map browser event.\n * @return {boolean} True.\n * @api\n */\nexport const always = TRUE;\n\n/**\n * Return `true` if the event is a `click` event, `false` otherwise.\n *\n * @param {import(\"../MapBrowserEvent.js\").default} mapBrowserEvent Map browser event.\n * @return {boolean} True if the event is a map `click` event.\n * @api\n */\nexport const click = function (mapBrowserEvent) {\n return mapBrowserEvent.type == MapBrowserEventType.CLICK;\n};\n\n/**\n * Return `true` if the event has an \"action\"-producing mouse button.\n *\n * By definition, this includes left-click on windows/linux, and left-click\n * without the ctrl key on Macs.\n *\n * @param {import(\"../MapBrowserEvent.js\").default} mapBrowserEvent Map browser event.\n * @return {boolean} The result.\n */\nexport const mouseActionButton = function (mapBrowserEvent) {\n const originalEvent = /** @type {MouseEvent} */ (\n mapBrowserEvent.originalEvent\n );\n return originalEvent.button == 0 && !(WEBKIT && MAC && originalEvent.ctrlKey);\n};\n\n/**\n * Return always false.\n *\n * @param {import(\"../MapBrowserEvent.js\").default} mapBrowserEvent Map browser event.\n * @return {boolean} False.\n * @api\n */\nexport const never = FALSE;\n\n/**\n * Return `true` if the browser event is a `pointermove` event, `false`\n * otherwise.\n *\n * @param {import(\"../MapBrowserEvent.js\").default} mapBrowserEvent Map browser event.\n * @return {boolean} True if the browser event is a `pointermove` event.\n * @api\n */\nexport const pointerMove = function (mapBrowserEvent) {\n return mapBrowserEvent.type == 'pointermove';\n};\n\n/**\n * Return `true` if the event is a map `singleclick` event, `false` otherwise.\n *\n * @param {import(\"../MapBrowserEvent.js\").default} mapBrowserEvent Map browser event.\n * @return {boolean} True if the event is a map `singleclick` event.\n * @api\n */\nexport const singleClick = function (mapBrowserEvent) {\n return mapBrowserEvent.type == MapBrowserEventType.SINGLECLICK;\n};\n\n/**\n * Return `true` if the event is a map `dblclick` event, `false` otherwise.\n *\n * @param {import(\"../MapBrowserEvent.js\").default} mapBrowserEvent Map browser event.\n * @return {boolean} True if the event is a map `dblclick` event.\n * @api\n */\nexport const doubleClick = function (mapBrowserEvent) {\n return mapBrowserEvent.type == MapBrowserEventType.DBLCLICK;\n};\n\n/**\n * Return `true` if no modifier key (alt-, shift- or platform-modifier-key) is\n * pressed.\n *\n * @param {import(\"../MapBrowserEvent.js\").default} mapBrowserEvent Map browser event.\n * @return {boolean} True only if there no modifier keys are pressed.\n * @api\n */\nexport const noModifierKeys = function (mapBrowserEvent) {\n const originalEvent = /** @type {KeyboardEvent|MouseEvent|TouchEvent} */ (\n mapBrowserEvent.originalEvent\n );\n return (\n !originalEvent.altKey &&\n !(originalEvent.metaKey || originalEvent.ctrlKey) &&\n !originalEvent.shiftKey\n );\n};\n\n/**\n * Return `true` if only the platform-modifier-key (the meta-key on Mac,\n * ctrl-key otherwise) is pressed, `false` otherwise (e.g. when additionally\n * the shift-key is pressed).\n *\n * @param {import(\"../MapBrowserEvent.js\").default} mapBrowserEvent Map browser event.\n * @return {boolean} True if only the platform modifier key is pressed.\n * @api\n */\nexport const platformModifierKeyOnly = function (mapBrowserEvent) {\n const originalEvent = /** @type {KeyboardEvent|MouseEvent|TouchEvent} */ (\n mapBrowserEvent.originalEvent\n );\n return (\n !originalEvent.altKey &&\n (MAC ? originalEvent.metaKey : originalEvent.ctrlKey) &&\n !originalEvent.shiftKey\n );\n};\n\n/**\n * Return `true` if the platform-modifier-key (the meta-key on Mac,\n * ctrl-key otherwise) is pressed.\n *\n * @param {import(\"../MapBrowserEvent.js\").default} mapBrowserEvent Map browser event.\n * @return {boolean} True if the platform modifier key is pressed.\n * @api\n */\nexport const platformModifierKey = function (mapBrowserEvent) {\n const originalEvent = /** @type {KeyboardEvent|MouseEvent|TouchEvent} */ (\n mapBrowserEvent.originalEvent\n );\n return MAC ? originalEvent.metaKey : originalEvent.ctrlKey;\n};\n\n/**\n * Return `true` if only the shift-key is pressed, `false` otherwise (e.g. when\n * additionally the alt-key is pressed).\n *\n * @param {import(\"../MapBrowserEvent.js\").default} mapBrowserEvent Map browser event.\n * @return {boolean} True if only the shift key is pressed.\n * @api\n */\nexport const shiftKeyOnly = function (mapBrowserEvent) {\n const originalEvent = /** @type {KeyboardEvent|MouseEvent|TouchEvent} */ (\n mapBrowserEvent.originalEvent\n );\n return (\n !originalEvent.altKey &&\n !(originalEvent.metaKey || originalEvent.ctrlKey) &&\n originalEvent.shiftKey\n );\n};\n\n/**\n * Return `true` if the target element is not editable, i.e. not an `input`,\n * `select`, or `textarea` element and no `contenteditable` attribute is\n * set or inherited, `false` otherwise.\n *\n * @param {import(\"../MapBrowserEvent.js\").default} mapBrowserEvent Map browser event.\n * @return {boolean} True only if the target element is not editable.\n * @api\n */\nexport const targetNotEditable = function (mapBrowserEvent) {\n const originalEvent = /** @type {KeyboardEvent|MouseEvent|TouchEvent} */ (\n mapBrowserEvent.originalEvent\n );\n const tagName = /** @type {Element} */ (originalEvent.target).tagName;\n return (\n tagName !== 'INPUT' &&\n tagName !== 'SELECT' &&\n tagName !== 'TEXTAREA' &&\n // `isContentEditable` is only available on `HTMLElement`, but it may also be a\n // different type like `SVGElement`.\n // @ts-ignore\n !originalEvent.target.isContentEditable\n );\n};\n\n/**\n * Return `true` if the event originates from a mouse device.\n *\n * @param {import(\"../MapBrowserEvent.js\").default} mapBrowserEvent Map browser event.\n * @return {boolean} True if the event originates from a mouse device.\n * @api\n */\nexport const mouseOnly = function (mapBrowserEvent) {\n const pointerEvent = /** @type {import(\"../MapBrowserEvent\").default} */ (\n mapBrowserEvent\n ).originalEvent;\n assert(\n pointerEvent !== undefined,\n 'mapBrowserEvent must originate from a pointer event'\n );\n // see https://www.w3.org/TR/pointerevents/#widl-PointerEvent-pointerType\n return pointerEvent.pointerType == 'mouse';\n};\n\n/**\n * Return `true` if the event originates from a touchable device.\n *\n * @param {import(\"../MapBrowserEvent.js\").default} mapBrowserEvent Map browser event.\n * @return {boolean} True if the event originates from a touchable device.\n * @api\n */\nexport const touchOnly = function (mapBrowserEvent) {\n const pointerEvt = /** @type {import(\"../MapBrowserEvent\").default} */ (\n mapBrowserEvent\n ).originalEvent;\n assert(\n pointerEvt !== undefined,\n 'mapBrowserEvent must originate from a pointer event'\n );\n // see https://www.w3.org/TR/pointerevents/#widl-PointerEvent-pointerType\n return pointerEvt.pointerType === 'touch';\n};\n\n/**\n * Return `true` if the event originates from a digital pen.\n *\n * @param {import(\"../MapBrowserEvent.js\").default} mapBrowserEvent Map browser event.\n * @return {boolean} True if the event originates from a digital pen.\n * @api\n */\nexport const penOnly = function (mapBrowserEvent) {\n const pointerEvt = /** @type {import(\"../MapBrowserEvent\").default} */ (\n mapBrowserEvent\n ).originalEvent;\n assert(\n pointerEvt !== undefined,\n 'mapBrowserEvent must originate from a pointer event'\n );\n // see https://www.w3.org/TR/pointerevents/#widl-PointerEvent-pointerType\n return pointerEvt.pointerType === 'pen';\n};\n\n/**\n * Return `true` if the event originates from a primary pointer in\n * contact with the surface or if the left mouse button is pressed.\n * See https://www.w3.org/TR/pointerevents/#button-states.\n *\n * @param {import(\"../MapBrowserEvent.js\").default} mapBrowserEvent Map browser event.\n * @return {boolean} True if the event originates from a primary pointer.\n * @api\n */\nexport const primaryAction = function (mapBrowserEvent) {\n const pointerEvent = /** @type {import(\"../MapBrowserEvent\").default} */ (\n mapBrowserEvent\n ).originalEvent;\n assert(\n pointerEvent !== undefined,\n 'mapBrowserEvent must originate from a pointer event'\n );\n return pointerEvent.isPrimary && pointerEvent.button === 0;\n};\n","/**\n * @module ol/interaction/DragPan\n */\nimport PointerInteraction, {\n centroid as centroidFromPointers,\n} from './Pointer.js';\nimport {FALSE} from '../functions.js';\nimport {\n all,\n focusWithTabindex,\n noModifierKeys,\n primaryAction,\n} from '../events/condition.js';\nimport {easeOut} from '../easing.js';\nimport {\n rotate as rotateCoordinate,\n scale as scaleCoordinate,\n} from '../coordinate.js';\n\n/**\n * @typedef {Object} Options\n * @property {import(\"../events/condition.js\").Condition} [condition] A function that takes an {@link module:ol/MapBrowserEvent~MapBrowserEvent} and returns a boolean\n * to indicate whether that event should be handled.\n * Default is {@link module:ol/events/condition.noModifierKeys} and {@link module:ol/events/condition.primaryAction}.\n * @property {boolean} [onFocusOnly=false] When the map's target has a `tabindex` attribute set,\n * the interaction will only handle events when the map has the focus.\n * @property {import(\"../Kinetic.js\").default} [kinetic] Kinetic inertia to apply to the pan.\n */\n\n/**\n * @classdesc\n * Allows the user to pan the map by dragging the map.\n * @api\n */\nclass DragPan extends PointerInteraction {\n /**\n * @param {Options} [options] Options.\n */\n constructor(options) {\n super({\n stopDown: FALSE,\n });\n\n options = options ? options : {};\n\n /**\n * @private\n * @type {import(\"../Kinetic.js\").default|undefined}\n */\n this.kinetic_ = options.kinetic;\n\n /**\n * @type {import(\"../pixel.js\").Pixel}\n */\n this.lastCentroid = null;\n\n /**\n * @type {number}\n */\n this.lastPointersCount_;\n\n /**\n * @type {boolean}\n */\n this.panning_ = false;\n\n const condition = options.condition\n ? options.condition\n : all(noModifierKeys, primaryAction);\n\n /**\n * @private\n * @type {import(\"../events/condition.js\").Condition}\n */\n this.condition_ = options.onFocusOnly\n ? all(focusWithTabindex, condition)\n : condition;\n\n /**\n * @private\n * @type {boolean}\n */\n this.noKinetic_ = false;\n }\n\n /**\n * Handle pointer drag events.\n * @param {import(\"../MapBrowserEvent.js\").default} mapBrowserEvent Event.\n */\n handleDragEvent(mapBrowserEvent) {\n const map = mapBrowserEvent.map;\n if (!this.panning_) {\n this.panning_ = true;\n map.getView().beginInteraction();\n }\n const targetPointers = this.targetPointers;\n const centroid = map.getEventPixel(centroidFromPointers(targetPointers));\n if (targetPointers.length == this.lastPointersCount_) {\n if (this.kinetic_) {\n this.kinetic_.update(centroid[0], centroid[1]);\n }\n if (this.lastCentroid) {\n const delta = [\n this.lastCentroid[0] - centroid[0],\n centroid[1] - this.lastCentroid[1],\n ];\n const map = mapBrowserEvent.map;\n const view = map.getView();\n scaleCoordinate(delta, view.getResolution());\n rotateCoordinate(delta, view.getRotation());\n view.adjustCenterInternal(delta);\n }\n } else if (this.kinetic_) {\n // reset so we don't overestimate the kinetic energy after\n // after one finger down, tiny drag, second finger down\n this.kinetic_.begin();\n }\n this.lastCentroid = centroid;\n this.lastPointersCount_ = targetPointers.length;\n mapBrowserEvent.originalEvent.preventDefault();\n }\n\n /**\n * Handle pointer up events.\n * @param {import(\"../MapBrowserEvent.js\").default} mapBrowserEvent Event.\n * @return {boolean} If the event was consumed.\n */\n handleUpEvent(mapBrowserEvent) {\n const map = mapBrowserEvent.map;\n const view = map.getView();\n if (this.targetPointers.length === 0) {\n if (!this.noKinetic_ && this.kinetic_ && this.kinetic_.end()) {\n const distance = this.kinetic_.getDistance();\n const angle = this.kinetic_.getAngle();\n const center = view.getCenterInternal();\n const centerpx = map.getPixelFromCoordinateInternal(center);\n const dest = map.getCoordinateFromPixelInternal([\n centerpx[0] - distance * Math.cos(angle),\n centerpx[1] - distance * Math.sin(angle),\n ]);\n view.animateInternal({\n center: view.getConstrainedCenter(dest),\n duration: 500,\n easing: easeOut,\n });\n }\n if (this.panning_) {\n this.panning_ = false;\n view.endInteraction();\n }\n return false;\n }\n if (this.kinetic_) {\n // reset so we don't overestimate the kinetic energy after\n // after one finger up, tiny drag, second finger up\n this.kinetic_.begin();\n }\n this.lastCentroid = null;\n return true;\n }\n\n /**\n * Handle pointer down events.\n * @param {import(\"../MapBrowserEvent.js\").default} mapBrowserEvent Event.\n * @return {boolean} If the event was consumed.\n */\n handleDownEvent(mapBrowserEvent) {\n if (this.targetPointers.length > 0 && this.condition_(mapBrowserEvent)) {\n const map = mapBrowserEvent.map;\n const view = map.getView();\n this.lastCentroid = null;\n // stop any current animation\n if (view.getAnimating()) {\n view.cancelAnimations();\n }\n if (this.kinetic_) {\n this.kinetic_.begin();\n }\n // No kinetic as soon as more than one pointer on the screen is\n // detected. This is to prevent nasty pans after pinch.\n this.noKinetic_ = this.targetPointers.length > 1;\n return true;\n }\n return false;\n }\n}\n\nexport default DragPan;\n","/**\n * @module ol/interaction/DragRotate\n */\nimport PointerInteraction from './Pointer.js';\nimport {FALSE} from '../functions.js';\nimport {\n altShiftKeysOnly,\n mouseActionButton,\n mouseOnly,\n} from '../events/condition.js';\nimport {disable} from '../rotationconstraint.js';\n\n/**\n * @typedef {Object} Options\n * @property {import(\"../events/condition.js\").Condition} [condition] A function that takes an\n * {@link module:ol/MapBrowserEvent~MapBrowserEvent} and returns a boolean\n * to indicate whether that event should be handled.\n * Default is {@link module:ol/events/condition.altShiftKeysOnly}.\n * @property {number} [duration=250] Animation duration in milliseconds.\n */\n\n/**\n * @classdesc\n * Allows the user to rotate the map by clicking and dragging on the map,\n * normally combined with an {@link module:ol/events/condition} that limits\n * it to when the alt and shift keys are held down.\n *\n * This interaction is only supported for mouse devices.\n * @api\n */\nclass DragRotate extends PointerInteraction {\n /**\n * @param {Options} [options] Options.\n */\n constructor(options) {\n options = options ? options : {};\n\n super({\n stopDown: FALSE,\n });\n\n /**\n * @private\n * @type {import(\"../events/condition.js\").Condition}\n */\n this.condition_ = options.condition ? options.condition : altShiftKeysOnly;\n\n /**\n * @private\n * @type {number|undefined}\n */\n this.lastAngle_ = undefined;\n\n /**\n * @private\n * @type {number}\n */\n this.duration_ = options.duration !== undefined ? options.duration : 250;\n }\n\n /**\n * Handle pointer drag events.\n * @param {import(\"../MapBrowserEvent.js\").default} mapBrowserEvent Event.\n */\n handleDragEvent(mapBrowserEvent) {\n if (!mouseOnly(mapBrowserEvent)) {\n return;\n }\n\n const map = mapBrowserEvent.map;\n const view = map.getView();\n if (view.getConstraints().rotation === disable) {\n return;\n }\n const size = map.getSize();\n const offset = mapBrowserEvent.pixel;\n const theta = Math.atan2(size[1] / 2 - offset[1], offset[0] - size[0] / 2);\n if (this.lastAngle_ !== undefined) {\n const delta = theta - this.lastAngle_;\n view.adjustRotationInternal(-delta);\n }\n this.lastAngle_ = theta;\n }\n\n /**\n * Handle pointer up events.\n * @param {import(\"../MapBrowserEvent.js\").default} mapBrowserEvent Event.\n * @return {boolean} If the event was consumed.\n */\n handleUpEvent(mapBrowserEvent) {\n if (!mouseOnly(mapBrowserEvent)) {\n return true;\n }\n\n const map = mapBrowserEvent.map;\n const view = map.getView();\n view.endInteraction(this.duration_);\n return false;\n }\n\n /**\n * Handle pointer down events.\n * @param {import(\"../MapBrowserEvent.js\").default} mapBrowserEvent Event.\n * @return {boolean} If the event was consumed.\n */\n handleDownEvent(mapBrowserEvent) {\n if (!mouseOnly(mapBrowserEvent)) {\n return false;\n }\n\n if (\n mouseActionButton(mapBrowserEvent) &&\n this.condition_(mapBrowserEvent)\n ) {\n const map = mapBrowserEvent.map;\n map.getView().beginInteraction();\n this.lastAngle_ = undefined;\n return true;\n }\n return false;\n }\n}\n\nexport default DragRotate;\n","/**\n * @module ol/render/Box\n */\n\nimport Disposable from '../Disposable.js';\nimport Polygon from '../geom/Polygon.js';\n\nclass RenderBox extends Disposable {\n /**\n * @param {string} className CSS class name.\n */\n constructor(className) {\n super();\n\n /**\n * @type {import(\"../geom/Polygon.js\").default}\n * @private\n */\n this.geometry_ = null;\n\n /**\n * @type {HTMLDivElement}\n * @private\n */\n this.element_ = document.createElement('div');\n this.element_.style.position = 'absolute';\n this.element_.style.pointerEvents = 'auto';\n this.element_.className = 'ol-box ' + className;\n\n /**\n * @private\n * @type {import(\"../Map.js\").default|null}\n */\n this.map_ = null;\n\n /**\n * @private\n * @type {import(\"../pixel.js\").Pixel}\n */\n this.startPixel_ = null;\n\n /**\n * @private\n * @type {import(\"../pixel.js\").Pixel}\n */\n this.endPixel_ = null;\n }\n\n /**\n * Clean up.\n */\n disposeInternal() {\n this.setMap(null);\n }\n\n /**\n * @private\n */\n render_() {\n const startPixel = this.startPixel_;\n const endPixel = this.endPixel_;\n const px = 'px';\n const style = this.element_.style;\n style.left = Math.min(startPixel[0], endPixel[0]) + px;\n style.top = Math.min(startPixel[1], endPixel[1]) + px;\n style.width = Math.abs(endPixel[0] - startPixel[0]) + px;\n style.height = Math.abs(endPixel[1] - startPixel[1]) + px;\n }\n\n /**\n * @param {import(\"../Map.js\").default|null} map Map.\n */\n setMap(map) {\n if (this.map_) {\n this.map_.getOverlayContainer().removeChild(this.element_);\n const style = this.element_.style;\n style.left = 'inherit';\n style.top = 'inherit';\n style.width = 'inherit';\n style.height = 'inherit';\n }\n this.map_ = map;\n if (this.map_) {\n this.map_.getOverlayContainer().appendChild(this.element_);\n }\n }\n\n /**\n * @param {import(\"../pixel.js\").Pixel} startPixel Start pixel.\n * @param {import(\"../pixel.js\").Pixel} endPixel End pixel.\n */\n setPixels(startPixel, endPixel) {\n this.startPixel_ = startPixel;\n this.endPixel_ = endPixel;\n this.createOrUpdateGeometry();\n this.render_();\n }\n\n /**\n * Creates or updates the cached geometry.\n */\n createOrUpdateGeometry() {\n const startPixel = this.startPixel_;\n const endPixel = this.endPixel_;\n const pixels = [\n startPixel,\n [startPixel[0], endPixel[1]],\n endPixel,\n [endPixel[0], startPixel[1]],\n ];\n const coordinates = pixels.map(\n this.map_.getCoordinateFromPixelInternal,\n this.map_\n );\n // close the polygon\n coordinates[4] = coordinates[0].slice();\n if (!this.geometry_) {\n this.geometry_ = new Polygon([coordinates]);\n } else {\n this.geometry_.setCoordinates([coordinates]);\n }\n }\n\n /**\n * @return {import(\"../geom/Polygon.js\").default} Geometry.\n */\n getGeometry() {\n return this.geometry_;\n }\n}\n\nexport default RenderBox;\n","/**\n * @module ol/interaction/DragBox\n */\n// FIXME draw drag box\nimport Event from '../events/Event.js';\nimport PointerInteraction from './Pointer.js';\nimport RenderBox from '../render/Box.js';\nimport {mouseActionButton} from '../events/condition.js';\n\n/**\n * A function that takes a {@link module:ol/MapBrowserEvent~MapBrowserEvent} and two\n * {@link module:ol/pixel~Pixel}s and returns a `{boolean}`. If the condition is met,\n * true should be returned.\n * @typedef {function(this: ?, import(\"../MapBrowserEvent.js\").default, import(\"../pixel.js\").Pixel, import(\"../pixel.js\").Pixel):boolean} EndCondition\n */\n\n/**\n * @typedef {Object} Options\n * @property {string} [className='ol-dragbox'] CSS class name for styling the box.\n * @property {import(\"../events/condition.js\").Condition} [condition] A function that takes an {@link module:ol/MapBrowserEvent~MapBrowserEvent} and returns a boolean\n * to indicate whether that event should be handled.\n * Default is {@link ol/events/condition~mouseActionButton}.\n * @property {number} [minArea=64] The minimum area of the box in pixel, this value is used by the default\n * `boxEndCondition` function.\n * @property {EndCondition} [boxEndCondition] A function that takes a {@link module:ol/MapBrowserEvent~MapBrowserEvent} and two\n * {@link module:ol/pixel~Pixel}s to indicate whether a `boxend` event should be fired.\n * Default is `true` if the area of the box is bigger than the `minArea` option.\n * @property {function(this:DragBox, import(\"../MapBrowserEvent.js\").default):void} [onBoxEnd] Code to execute just\n * before `boxend` is fired.\n */\n\n/**\n * @enum {string}\n */\nconst DragBoxEventType = {\n /**\n * Triggered upon drag box start.\n * @event DragBoxEvent#boxstart\n * @api\n */\n BOXSTART: 'boxstart',\n\n /**\n * Triggered on drag when box is active.\n * @event DragBoxEvent#boxdrag\n * @api\n */\n BOXDRAG: 'boxdrag',\n\n /**\n * Triggered upon drag box end.\n * @event DragBoxEvent#boxend\n * @api\n */\n BOXEND: 'boxend',\n\n /**\n * Triggered upon drag box canceled.\n * @event DragBoxEvent#boxcancel\n * @api\n */\n BOXCANCEL: 'boxcancel',\n};\n\n/**\n * @classdesc\n * Events emitted by {@link module:ol/interaction/DragBox~DragBox} instances are instances of\n * this type.\n */\nexport class DragBoxEvent extends Event {\n /**\n * @param {string} type The event type.\n * @param {import(\"../coordinate.js\").Coordinate} coordinate The event coordinate.\n * @param {import(\"../MapBrowserEvent.js\").default} mapBrowserEvent Originating event.\n */\n constructor(type, coordinate, mapBrowserEvent) {\n super(type);\n\n /**\n * The coordinate of the drag event.\n * @const\n * @type {import(\"../coordinate.js\").Coordinate}\n * @api\n */\n this.coordinate = coordinate;\n\n /**\n * @const\n * @type {import(\"../MapBrowserEvent.js\").default}\n * @api\n */\n this.mapBrowserEvent = mapBrowserEvent;\n }\n}\n\n/***\n * @template Return\n * @typedef {import(\"../Observable\").OnSignature &\n * import(\"../Observable\").OnSignature &\n * import(\"../Observable\").OnSignature<'boxcancel'|'boxdrag'|'boxend'|'boxstart', DragBoxEvent, Return> &\n * import(\"../Observable\").CombinedOnSignature} DragBoxOnSignature\n */\n\n/**\n * @classdesc\n * Allows the user to draw a vector box by clicking and dragging on the map,\n * normally combined with an {@link module:ol/events/condition} that limits\n * it to when the shift or other key is held down. This is used, for example,\n * for zooming to a specific area of the map\n * (see {@link module:ol/interaction/DragZoom~DragZoom} and\n * {@link module:ol/interaction/DragRotateAndZoom~DragRotateAndZoom}).\n *\n * @fires DragBoxEvent\n * @api\n */\nclass DragBox extends PointerInteraction {\n /**\n * @param {Options} [options] Options.\n */\n constructor(options) {\n super();\n\n /***\n * @type {DragBoxOnSignature}\n */\n this.on;\n\n /***\n * @type {DragBoxOnSignature}\n */\n this.once;\n\n /***\n * @type {DragBoxOnSignature}\n */\n this.un;\n\n options = options ? options : {};\n\n /**\n * @type {import(\"../render/Box.js\").default}\n * @private\n */\n this.box_ = new RenderBox(options.className || 'ol-dragbox');\n\n /**\n * @type {number}\n * @private\n */\n this.minArea_ = options.minArea !== undefined ? options.minArea : 64;\n\n if (options.onBoxEnd) {\n this.onBoxEnd = options.onBoxEnd;\n }\n\n /**\n * @type {import(\"../pixel.js\").Pixel}\n * @private\n */\n this.startPixel_ = null;\n\n /**\n * @private\n * @type {import(\"../events/condition.js\").Condition}\n */\n this.condition_ = options.condition ? options.condition : mouseActionButton;\n\n /**\n * @private\n * @type {EndCondition}\n */\n this.boxEndCondition_ = options.boxEndCondition\n ? options.boxEndCondition\n : this.defaultBoxEndCondition;\n }\n\n /**\n * The default condition for determining whether the boxend event\n * should fire.\n * @param {import(\"../MapBrowserEvent.js\").default} mapBrowserEvent The originating MapBrowserEvent\n * leading to the box end.\n * @param {import(\"../pixel.js\").Pixel} startPixel The starting pixel of the box.\n * @param {import(\"../pixel.js\").Pixel} endPixel The end pixel of the box.\n * @return {boolean} Whether or not the boxend condition should be fired.\n */\n defaultBoxEndCondition(mapBrowserEvent, startPixel, endPixel) {\n const width = endPixel[0] - startPixel[0];\n const height = endPixel[1] - startPixel[1];\n return width * width + height * height >= this.minArea_;\n }\n\n /**\n * Returns geometry of last drawn box.\n * @return {import(\"../geom/Polygon.js\").default} Geometry.\n * @api\n */\n getGeometry() {\n return this.box_.getGeometry();\n }\n\n /**\n * Handle pointer drag events.\n * @param {import(\"../MapBrowserEvent.js\").default} mapBrowserEvent Event.\n */\n handleDragEvent(mapBrowserEvent) {\n this.box_.setPixels(this.startPixel_, mapBrowserEvent.pixel);\n\n this.dispatchEvent(\n new DragBoxEvent(\n DragBoxEventType.BOXDRAG,\n mapBrowserEvent.coordinate,\n mapBrowserEvent\n )\n );\n }\n\n /**\n * Handle pointer up events.\n * @param {import(\"../MapBrowserEvent.js\").default} mapBrowserEvent Event.\n * @return {boolean} If the event was consumed.\n */\n handleUpEvent(mapBrowserEvent) {\n this.box_.setMap(null);\n\n const completeBox = this.boxEndCondition_(\n mapBrowserEvent,\n this.startPixel_,\n mapBrowserEvent.pixel\n );\n if (completeBox) {\n this.onBoxEnd(mapBrowserEvent);\n }\n this.dispatchEvent(\n new DragBoxEvent(\n completeBox ? DragBoxEventType.BOXEND : DragBoxEventType.BOXCANCEL,\n mapBrowserEvent.coordinate,\n mapBrowserEvent\n )\n );\n return false;\n }\n\n /**\n * Handle pointer down events.\n * @param {import(\"../MapBrowserEvent.js\").default} mapBrowserEvent Event.\n * @return {boolean} If the event was consumed.\n */\n handleDownEvent(mapBrowserEvent) {\n if (this.condition_(mapBrowserEvent)) {\n this.startPixel_ = mapBrowserEvent.pixel;\n this.box_.setMap(mapBrowserEvent.map);\n this.box_.setPixels(this.startPixel_, this.startPixel_);\n this.dispatchEvent(\n new DragBoxEvent(\n DragBoxEventType.BOXSTART,\n mapBrowserEvent.coordinate,\n mapBrowserEvent\n )\n );\n return true;\n }\n return false;\n }\n\n /**\n * Function to execute just before `onboxend` is fired\n * @param {import(\"../MapBrowserEvent.js\").default} event Event.\n */\n onBoxEnd(event) {}\n}\n\nexport default DragBox;\n","/**\n * @module ol/interaction/DragZoom\n */\nimport DragBox from './DragBox.js';\nimport {easeOut} from '../easing.js';\nimport {shiftKeyOnly} from '../events/condition.js';\n\n/**\n * @typedef {Object} Options\n * @property {string} [className='ol-dragzoom'] CSS class name for styling the\n * box.\n * @property {import(\"../events/condition.js\").Condition} [condition] A function that\n * takes an {@link module:ol/MapBrowserEvent~MapBrowserEvent} and returns a\n * boolean to indicate whether that event should be handled.\n * Default is {@link module:ol/events/condition.shiftKeyOnly}.\n * @property {number} [duration=200] Animation duration in milliseconds.\n * @property {boolean} [out=false] Use interaction for zooming out.\n * @property {number} [minArea=64] The minimum area of the box in pixel, this value is used by the parent default\n * `boxEndCondition` function.\n */\n\n/**\n * @classdesc\n * Allows the user to zoom the map by clicking and dragging on the map,\n * normally combined with an {@link module:ol/events/condition} that limits\n * it to when a key, shift by default, is held down.\n *\n * To change the style of the box, use CSS and the `.ol-dragzoom` selector, or\n * your custom one configured with `className`.\n * @api\n */\nclass DragZoom extends DragBox {\n /**\n * @param {Options} [options] Options.\n */\n constructor(options) {\n options = options ? options : {};\n\n const condition = options.condition ? options.condition : shiftKeyOnly;\n\n super({\n condition: condition,\n className: options.className || 'ol-dragzoom',\n minArea: options.minArea,\n });\n\n /**\n * @private\n * @type {number}\n */\n this.duration_ = options.duration !== undefined ? options.duration : 200;\n\n /**\n * @private\n * @type {boolean}\n */\n this.out_ = options.out !== undefined ? options.out : false;\n }\n\n /**\n * Function to execute just before `onboxend` is fired\n * @param {import(\"../MapBrowserEvent.js\").default} event Event.\n */\n onBoxEnd(event) {\n const map = this.getMap();\n const view = /** @type {!import(\"../View.js\").default} */ (map.getView());\n let geometry = this.getGeometry();\n\n if (this.out_) {\n const rotatedExtent = view.rotatedExtentForGeometry(geometry);\n const resolution = view.getResolutionForExtentInternal(rotatedExtent);\n const factor = view.getResolution() / resolution;\n geometry = geometry.clone();\n geometry.scale(factor * factor);\n }\n\n view.fitInternal(geometry, {\n duration: this.duration_,\n easing: easeOut,\n });\n }\n}\n\nexport default DragZoom;\n","/**\n * @module ol/events/Key\n */\n\n/**\n * @enum {string}\n * @const\n */\nexport default {\n LEFT: 'ArrowLeft',\n UP: 'ArrowUp',\n RIGHT: 'ArrowRight',\n DOWN: 'ArrowDown',\n};\n","/**\n * @module ol/interaction/KeyboardPan\n */\nimport EventType from '../events/EventType.js';\nimport Interaction, {pan} from './Interaction.js';\nimport Key from '../events/Key.js';\nimport {noModifierKeys, targetNotEditable} from '../events/condition.js';\nimport {rotate as rotateCoordinate} from '../coordinate.js';\n\n/**\n * @typedef {Object} Options\n * @property {import(\"../events/condition.js\").Condition} [condition] A function that\n * takes an {@link module:ol/MapBrowserEvent~MapBrowserEvent} and returns a\n * boolean to indicate whether that event should be handled. Default is\n * {@link module:ol/events/condition.noModifierKeys} and\n * {@link module:ol/events/condition.targetNotEditable}.\n * @property {number} [duration=100] Animation duration in milliseconds.\n * @property {number} [pixelDelta=128] The amount of pixels to pan on each key\n * press.\n */\n\n/**\n * @classdesc\n * Allows the user to pan the map using keyboard arrows.\n * Note that, although this interaction is by default included in maps,\n * the keys can only be used when browser focus is on the element to which\n * the keyboard events are attached. By default, this is the map div,\n * though you can change this with the `keyboardEventTarget` in\n * {@link module:ol/Map~Map}. `document` never loses focus but, for any other\n * element, focus will have to be on, and returned to, this element if the keys\n * are to function.\n * See also {@link module:ol/interaction/KeyboardZoom~KeyboardZoom}.\n * @api\n */\nclass KeyboardPan extends Interaction {\n /**\n * @param {Options} [options] Options.\n */\n constructor(options) {\n super();\n\n options = options || {};\n\n /**\n * @private\n * @param {import(\"../MapBrowserEvent.js\").default} mapBrowserEvent Browser event.\n * @return {boolean} Combined condition result.\n */\n this.defaultCondition_ = function (mapBrowserEvent) {\n return (\n noModifierKeys(mapBrowserEvent) && targetNotEditable(mapBrowserEvent)\n );\n };\n\n /**\n * @private\n * @type {import(\"../events/condition.js\").Condition}\n */\n this.condition_ =\n options.condition !== undefined\n ? options.condition\n : this.defaultCondition_;\n\n /**\n * @private\n * @type {number}\n */\n this.duration_ = options.duration !== undefined ? options.duration : 100;\n\n /**\n * @private\n * @type {number}\n */\n this.pixelDelta_ =\n options.pixelDelta !== undefined ? options.pixelDelta : 128;\n }\n\n /**\n * Handles the {@link module:ol/MapBrowserEvent~MapBrowserEvent map browser event} if it was a\n * `KeyEvent`, and decides the direction to pan to (if an arrow key was\n * pressed).\n * @param {import(\"../MapBrowserEvent.js\").default} mapBrowserEvent Map browser event.\n * @return {boolean} `false` to stop event propagation.\n */\n handleEvent(mapBrowserEvent) {\n let stopEvent = false;\n if (mapBrowserEvent.type == EventType.KEYDOWN) {\n const keyEvent = /** @type {KeyboardEvent} */ (\n mapBrowserEvent.originalEvent\n );\n const key = keyEvent.key;\n if (\n this.condition_(mapBrowserEvent) &&\n (key == Key.DOWN ||\n key == Key.LEFT ||\n key == Key.RIGHT ||\n key == Key.UP)\n ) {\n const map = mapBrowserEvent.map;\n const view = map.getView();\n const mapUnitsDelta = view.getResolution() * this.pixelDelta_;\n let deltaX = 0,\n deltaY = 0;\n if (key == Key.DOWN) {\n deltaY = -mapUnitsDelta;\n } else if (key == Key.LEFT) {\n deltaX = -mapUnitsDelta;\n } else if (key == Key.RIGHT) {\n deltaX = mapUnitsDelta;\n } else {\n deltaY = mapUnitsDelta;\n }\n const delta = [deltaX, deltaY];\n rotateCoordinate(delta, view.getRotation());\n pan(view, delta, this.duration_);\n keyEvent.preventDefault();\n stopEvent = true;\n }\n }\n return !stopEvent;\n }\n}\n\nexport default KeyboardPan;\n","/**\n * @module ol/interaction/KeyboardZoom\n */\nimport EventType from '../events/EventType.js';\nimport Interaction, {zoomByDelta} from './Interaction.js';\nimport {platformModifierKey, targetNotEditable} from '../events/condition.js';\n\n/**\n * @typedef {Object} Options\n * @property {number} [duration=100] Animation duration in milliseconds.\n * @property {import(\"../events/condition.js\").Condition} [condition] A function that\n * takes an {@link module:ol/MapBrowserEvent~MapBrowserEvent} and returns a\n * boolean to indicate whether that event should be handled. The default condition is\n * that {@link module:ol/events/condition.targetNotEditable} is fulfilled and that\n * the platform modifier key isn't pressed\n * (!{@link module:ol/events/condition.platformModifierKey}).\n * @property {number} [delta=1] The zoom level delta on each key press.\n */\n\n/**\n * @classdesc\n * Allows the user to zoom the map using keyboard + and -.\n * Note that, although this interaction is by default included in maps,\n * the keys can only be used when browser focus is on the element to which\n * the keyboard events are attached. By default, this is the map div,\n * though you can change this with the `keyboardEventTarget` in\n * {@link module:ol/Map~Map}. `document` never loses focus but, for any other\n * element, focus will have to be on, and returned to, this element if the keys\n * are to function.\n * See also {@link module:ol/interaction/KeyboardPan~KeyboardPan}.\n * @api\n */\nclass KeyboardZoom extends Interaction {\n /**\n * @param {Options} [options] Options.\n */\n constructor(options) {\n super();\n\n options = options ? options : {};\n\n /**\n * @private\n * @type {import(\"../events/condition.js\").Condition}\n */\n this.condition_ = options.condition\n ? options.condition\n : function (mapBrowserEvent) {\n return (\n !platformModifierKey(mapBrowserEvent) &&\n targetNotEditable(mapBrowserEvent)\n );\n };\n\n /**\n * @private\n * @type {number}\n */\n this.delta_ = options.delta ? options.delta : 1;\n\n /**\n * @private\n * @type {number}\n */\n this.duration_ = options.duration !== undefined ? options.duration : 100;\n }\n\n /**\n * Handles the {@link module:ol/MapBrowserEvent~MapBrowserEvent map browser event} if it was a\n * `KeyEvent`, and decides whether to zoom in or out (depending on whether the\n * key pressed was '+' or '-').\n * @param {import(\"../MapBrowserEvent.js\").default} mapBrowserEvent Map browser event.\n * @return {boolean} `false` to stop event propagation.\n */\n handleEvent(mapBrowserEvent) {\n let stopEvent = false;\n if (\n mapBrowserEvent.type == EventType.KEYDOWN ||\n mapBrowserEvent.type == EventType.KEYPRESS\n ) {\n const keyEvent = /** @type {KeyboardEvent} */ (\n mapBrowserEvent.originalEvent\n );\n const key = keyEvent.key;\n if (this.condition_(mapBrowserEvent) && (key === '+' || key === '-')) {\n const map = mapBrowserEvent.map;\n const delta = key === '+' ? this.delta_ : -this.delta_;\n const view = map.getView();\n zoomByDelta(view, delta, undefined, this.duration_);\n keyEvent.preventDefault();\n stopEvent = true;\n }\n }\n return !stopEvent;\n }\n}\n\nexport default KeyboardZoom;\n","/**\n * @module ol/interaction/MouseWheelZoom\n */\nimport EventType from '../events/EventType.js';\nimport Interaction, {zoomByDelta} from './Interaction.js';\nimport {DEVICE_PIXEL_RATIO, FIREFOX} from '../has.js';\nimport {all, always, focusWithTabindex} from '../events/condition.js';\nimport {clamp} from '../math.js';\n\n/**\n * @typedef {'trackpad' | 'wheel'} Mode\n */\n\n/**\n * @typedef {Object} Options\n * @property {import(\"../events/condition.js\").Condition} [condition] A function that\n * takes an {@link module:ol/MapBrowserEvent~MapBrowserEvent} and returns a\n * boolean to indicate whether that event should be handled. Default is\n * {@link module:ol/events/condition.always}.\n * @property {boolean} [onFocusOnly=false] When the map's target has a `tabindex` attribute set,\n * the interaction will only handle events when the map has the focus.\n * @property {number} [maxDelta=1] Maximum mouse wheel delta.\n * @property {number} [duration=250] Animation duration in milliseconds.\n * @property {number} [timeout=80] Mouse wheel timeout duration in milliseconds.\n * @property {boolean} [useAnchor=true] Enable zooming using the mouse's\n * location as the anchor. When set to `false`, zooming in and out will zoom to\n * the center of the screen instead of zooming on the mouse's location.\n * @property {boolean} [constrainResolution=false] If true, the mouse wheel zoom\n * event will always animate to the closest zoom level after an interaction;\n * false means intermediary zoom levels are allowed.\n */\n\n/**\n * @classdesc\n * Allows the user to zoom the map by scrolling the mouse wheel.\n * @api\n */\nclass MouseWheelZoom extends Interaction {\n /**\n * @param {Options} [options] Options.\n */\n constructor(options) {\n options = options ? options : {};\n\n super(\n /** @type {import(\"./Interaction.js\").InteractionOptions} */ (options)\n );\n\n /**\n * @private\n * @type {number}\n */\n this.totalDelta_ = 0;\n\n /**\n * @private\n * @type {number}\n */\n this.lastDelta_ = 0;\n\n /**\n * @private\n * @type {number}\n */\n this.maxDelta_ = options.maxDelta !== undefined ? options.maxDelta : 1;\n\n /**\n * @private\n * @type {number}\n */\n this.duration_ = options.duration !== undefined ? options.duration : 250;\n\n /**\n * @private\n * @type {number}\n */\n this.timeout_ = options.timeout !== undefined ? options.timeout : 80;\n\n /**\n * @private\n * @type {boolean}\n */\n this.useAnchor_ =\n options.useAnchor !== undefined ? options.useAnchor : true;\n\n /**\n * @private\n * @type {boolean}\n */\n this.constrainResolution_ =\n options.constrainResolution !== undefined\n ? options.constrainResolution\n : false;\n\n const condition = options.condition ? options.condition : always;\n\n /**\n * @private\n * @type {import(\"../events/condition.js\").Condition}\n */\n this.condition_ = options.onFocusOnly\n ? all(focusWithTabindex, condition)\n : condition;\n\n /**\n * @private\n * @type {?import(\"../coordinate.js\").Coordinate}\n */\n this.lastAnchor_ = null;\n\n /**\n * @private\n * @type {number|undefined}\n */\n this.startTime_ = undefined;\n\n /**\n * @private\n * @type {ReturnType}\n */\n this.timeoutId_;\n\n /**\n * @private\n * @type {Mode|undefined}\n */\n this.mode_ = undefined;\n\n /**\n * Trackpad events separated by this delay will be considered separate\n * interactions.\n * @private\n * @type {number}\n */\n this.trackpadEventGap_ = 400;\n\n /**\n * @private\n * @type {ReturnType}\n */\n this.trackpadTimeoutId_;\n\n /**\n * The number of delta values per zoom level\n * @private\n * @type {number}\n */\n this.deltaPerZoom_ = 300;\n }\n\n /**\n * @private\n */\n endInteraction_() {\n this.trackpadTimeoutId_ = undefined;\n const map = this.getMap();\n if (!map) {\n return;\n }\n const view = map.getView();\n view.endInteraction(\n undefined,\n this.lastDelta_ ? (this.lastDelta_ > 0 ? 1 : -1) : 0,\n this.lastAnchor_\n );\n }\n\n /**\n * Handles the {@link module:ol/MapBrowserEvent~MapBrowserEvent map browser event} (if it was a mousewheel-event) and eventually\n * zooms the map.\n * @param {import(\"../MapBrowserEvent.js\").default} mapBrowserEvent Map browser event.\n * @return {boolean} `false` to stop event propagation.\n */\n handleEvent(mapBrowserEvent) {\n if (!this.condition_(mapBrowserEvent)) {\n return true;\n }\n const type = mapBrowserEvent.type;\n if (type !== EventType.WHEEL) {\n return true;\n }\n\n const map = mapBrowserEvent.map;\n const wheelEvent = /** @type {WheelEvent} */ (\n mapBrowserEvent.originalEvent\n );\n wheelEvent.preventDefault();\n\n if (this.useAnchor_) {\n this.lastAnchor_ = mapBrowserEvent.coordinate;\n }\n\n // Delta normalisation inspired by\n // https://github.com/mapbox/mapbox-gl-js/blob/001c7b9/js/ui/handler/scroll_zoom.js\n let delta;\n if (mapBrowserEvent.type == EventType.WHEEL) {\n delta = wheelEvent.deltaY;\n if (FIREFOX && wheelEvent.deltaMode === WheelEvent.DOM_DELTA_PIXEL) {\n delta /= DEVICE_PIXEL_RATIO;\n }\n if (wheelEvent.deltaMode === WheelEvent.DOM_DELTA_LINE) {\n delta *= 40;\n }\n }\n\n if (delta === 0) {\n return false;\n }\n this.lastDelta_ = delta;\n\n const now = Date.now();\n\n if (this.startTime_ === undefined) {\n this.startTime_ = now;\n }\n\n if (!this.mode_ || now - this.startTime_ > this.trackpadEventGap_) {\n this.mode_ = Math.abs(delta) < 4 ? 'trackpad' : 'wheel';\n }\n\n const view = map.getView();\n if (\n this.mode_ === 'trackpad' &&\n !(view.getConstrainResolution() || this.constrainResolution_)\n ) {\n if (this.trackpadTimeoutId_) {\n clearTimeout(this.trackpadTimeoutId_);\n } else {\n if (view.getAnimating()) {\n view.cancelAnimations();\n }\n view.beginInteraction();\n }\n this.trackpadTimeoutId_ = setTimeout(\n this.endInteraction_.bind(this),\n this.timeout_\n );\n view.adjustZoom(-delta / this.deltaPerZoom_, this.lastAnchor_);\n this.startTime_ = now;\n return false;\n }\n\n this.totalDelta_ += delta;\n\n const timeLeft = Math.max(this.timeout_ - (now - this.startTime_), 0);\n\n clearTimeout(this.timeoutId_);\n this.timeoutId_ = setTimeout(\n this.handleWheelZoom_.bind(this, map),\n timeLeft\n );\n\n return false;\n }\n\n /**\n * @private\n * @param {import(\"../Map.js\").default} map Map.\n */\n handleWheelZoom_(map) {\n const view = map.getView();\n if (view.getAnimating()) {\n view.cancelAnimations();\n }\n let delta =\n -clamp(\n this.totalDelta_,\n -this.maxDelta_ * this.deltaPerZoom_,\n this.maxDelta_ * this.deltaPerZoom_\n ) / this.deltaPerZoom_;\n if (view.getConstrainResolution() || this.constrainResolution_) {\n // view has a zoom constraint, zoom by 1\n delta = delta ? (delta > 0 ? 1 : -1) : 0;\n }\n zoomByDelta(view, delta, this.lastAnchor_, this.duration_);\n\n this.mode_ = undefined;\n this.totalDelta_ = 0;\n this.lastAnchor_ = null;\n this.startTime_ = undefined;\n this.timeoutId_ = undefined;\n }\n\n /**\n * Enable or disable using the mouse's location as an anchor when zooming\n * @param {boolean} useAnchor true to zoom to the mouse's location, false\n * to zoom to the center of the map\n * @api\n */\n setMouseAnchor(useAnchor) {\n this.useAnchor_ = useAnchor;\n if (!useAnchor) {\n this.lastAnchor_ = null;\n }\n }\n}\n\nexport default MouseWheelZoom;\n","/**\n * @module ol/interaction/PinchRotate\n */\nimport PointerInteraction, {\n centroid as centroidFromPointers,\n} from './Pointer.js';\nimport {FALSE} from '../functions.js';\nimport {disable} from '../rotationconstraint.js';\n\n/**\n * @typedef {Object} Options\n * @property {number} [duration=250] The duration of the animation in\n * milliseconds.\n * @property {number} [threshold=0.3] Minimal angle in radians to start a rotation.\n */\n\n/**\n * @classdesc\n * Allows the user to rotate the map by twisting with two fingers\n * on a touch screen.\n * @api\n */\nclass PinchRotate extends PointerInteraction {\n /**\n * @param {Options} [options] Options.\n */\n constructor(options) {\n options = options ? options : {};\n\n const pointerOptions = /** @type {import(\"./Pointer.js\").Options} */ (\n options\n );\n\n if (!pointerOptions.stopDown) {\n pointerOptions.stopDown = FALSE;\n }\n\n super(pointerOptions);\n\n /**\n * @private\n * @type {import(\"../coordinate.js\").Coordinate}\n */\n this.anchor_ = null;\n\n /**\n * @private\n * @type {number|undefined}\n */\n this.lastAngle_ = undefined;\n\n /**\n * @private\n * @type {boolean}\n */\n this.rotating_ = false;\n\n /**\n * @private\n * @type {number}\n */\n this.rotationDelta_ = 0.0;\n\n /**\n * @private\n * @type {number}\n */\n this.threshold_ = options.threshold !== undefined ? options.threshold : 0.3;\n\n /**\n * @private\n * @type {number}\n */\n this.duration_ = options.duration !== undefined ? options.duration : 250;\n }\n\n /**\n * Handle pointer drag events.\n * @param {import(\"../MapBrowserEvent.js\").default} mapBrowserEvent Event.\n */\n handleDragEvent(mapBrowserEvent) {\n let rotationDelta = 0.0;\n\n const touch0 = this.targetPointers[0];\n const touch1 = this.targetPointers[1];\n\n // angle between touches\n const angle = Math.atan2(\n touch1.clientY - touch0.clientY,\n touch1.clientX - touch0.clientX\n );\n\n if (this.lastAngle_ !== undefined) {\n const delta = angle - this.lastAngle_;\n this.rotationDelta_ += delta;\n if (!this.rotating_ && Math.abs(this.rotationDelta_) > this.threshold_) {\n this.rotating_ = true;\n }\n rotationDelta = delta;\n }\n this.lastAngle_ = angle;\n\n const map = mapBrowserEvent.map;\n const view = map.getView();\n if (view.getConstraints().rotation === disable) {\n return;\n }\n\n // rotate anchor point.\n // FIXME: should be the intersection point between the lines:\n // touch0,touch1 and previousTouch0,previousTouch1\n this.anchor_ = map.getCoordinateFromPixelInternal(\n map.getEventPixel(centroidFromPointers(this.targetPointers))\n );\n\n // rotate\n if (this.rotating_) {\n map.render();\n view.adjustRotationInternal(rotationDelta, this.anchor_);\n }\n }\n\n /**\n * Handle pointer up events.\n * @param {import(\"../MapBrowserEvent.js\").default} mapBrowserEvent Event.\n * @return {boolean} If the event was consumed.\n */\n handleUpEvent(mapBrowserEvent) {\n if (this.targetPointers.length < 2) {\n const map = mapBrowserEvent.map;\n const view = map.getView();\n view.endInteraction(this.duration_);\n return false;\n }\n return true;\n }\n\n /**\n * Handle pointer down events.\n * @param {import(\"../MapBrowserEvent.js\").default} mapBrowserEvent Event.\n * @return {boolean} If the event was consumed.\n */\n handleDownEvent(mapBrowserEvent) {\n if (this.targetPointers.length >= 2) {\n const map = mapBrowserEvent.map;\n this.anchor_ = null;\n this.lastAngle_ = undefined;\n this.rotating_ = false;\n this.rotationDelta_ = 0.0;\n if (!this.handlingDownUpSequence) {\n map.getView().beginInteraction();\n }\n return true;\n }\n return false;\n }\n}\n\nexport default PinchRotate;\n","/**\n * @module ol/interaction/PinchZoom\n */\nimport PointerInteraction, {\n centroid as centroidFromPointers,\n} from './Pointer.js';\nimport {FALSE} from '../functions.js';\n\n/**\n * @typedef {Object} Options\n * @property {number} [duration=400] Animation duration in milliseconds.\n */\n\n/**\n * @classdesc\n * Allows the user to zoom the map by pinching with two fingers\n * on a touch screen.\n * @api\n */\nclass PinchZoom extends PointerInteraction {\n /**\n * @param {Options} [options] Options.\n */\n constructor(options) {\n options = options ? options : {};\n\n const pointerOptions = /** @type {import(\"./Pointer.js\").Options} */ (\n options\n );\n\n if (!pointerOptions.stopDown) {\n pointerOptions.stopDown = FALSE;\n }\n\n super(pointerOptions);\n\n /**\n * @private\n * @type {import(\"../coordinate.js\").Coordinate}\n */\n this.anchor_ = null;\n\n /**\n * @private\n * @type {number}\n */\n this.duration_ = options.duration !== undefined ? options.duration : 400;\n\n /**\n * @private\n * @type {number|undefined}\n */\n this.lastDistance_ = undefined;\n\n /**\n * @private\n * @type {number}\n */\n this.lastScaleDelta_ = 1;\n }\n\n /**\n * Handle pointer drag events.\n * @param {import(\"../MapBrowserEvent.js\").default} mapBrowserEvent Event.\n */\n handleDragEvent(mapBrowserEvent) {\n let scaleDelta = 1.0;\n\n const touch0 = this.targetPointers[0];\n const touch1 = this.targetPointers[1];\n const dx = touch0.clientX - touch1.clientX;\n const dy = touch0.clientY - touch1.clientY;\n\n // distance between touches\n const distance = Math.sqrt(dx * dx + dy * dy);\n\n if (this.lastDistance_ !== undefined) {\n scaleDelta = this.lastDistance_ / distance;\n }\n this.lastDistance_ = distance;\n\n const map = mapBrowserEvent.map;\n const view = map.getView();\n\n if (scaleDelta != 1.0) {\n this.lastScaleDelta_ = scaleDelta;\n }\n\n // scale anchor point.\n this.anchor_ = map.getCoordinateFromPixelInternal(\n map.getEventPixel(centroidFromPointers(this.targetPointers))\n );\n\n // scale, bypass the resolution constraint\n map.render();\n view.adjustResolutionInternal(scaleDelta, this.anchor_);\n }\n\n /**\n * Handle pointer up events.\n * @param {import(\"../MapBrowserEvent.js\").default} mapBrowserEvent Event.\n * @return {boolean} If the event was consumed.\n */\n handleUpEvent(mapBrowserEvent) {\n if (this.targetPointers.length < 2) {\n const map = mapBrowserEvent.map;\n const view = map.getView();\n const direction = this.lastScaleDelta_ > 1 ? 1 : -1;\n view.endInteraction(this.duration_, direction);\n return false;\n }\n return true;\n }\n\n /**\n * Handle pointer down events.\n * @param {import(\"../MapBrowserEvent.js\").default} mapBrowserEvent Event.\n * @return {boolean} If the event was consumed.\n */\n handleDownEvent(mapBrowserEvent) {\n if (this.targetPointers.length >= 2) {\n const map = mapBrowserEvent.map;\n this.anchor_ = null;\n this.lastDistance_ = undefined;\n this.lastScaleDelta_ = 1;\n if (!this.handlingDownUpSequence) {\n map.getView().beginInteraction();\n }\n return true;\n }\n return false;\n }\n}\n\nexport default PinchZoom;\n","/**\n * @module ol/interaction/defaults\n */\nimport Collection from '../Collection.js';\nimport DoubleClickZoom from './DoubleClickZoom.js';\nimport DragPan from './DragPan.js';\nimport DragRotate from './DragRotate.js';\nimport DragZoom from './DragZoom.js';\nimport KeyboardPan from './KeyboardPan.js';\nimport KeyboardZoom from './KeyboardZoom.js';\nimport Kinetic from '../Kinetic.js';\nimport MouseWheelZoom from './MouseWheelZoom.js';\nimport PinchRotate from './PinchRotate.js';\nimport PinchZoom from './PinchZoom.js';\n\n/**\n * @typedef {Object} DefaultsOptions\n * @property {boolean} [altShiftDragRotate=true] Whether Alt-Shift-drag rotate is\n * desired.\n * @property {boolean} [onFocusOnly=false] Interact only when the map has the\n * focus. This affects the `MouseWheelZoom` and `DragPan` interactions and is\n * useful when page scroll is desired for maps that do not have the browser's\n * focus.\n * @property {boolean} [doubleClickZoom=true] Whether double click zoom is\n * desired.\n * @property {boolean} [keyboard=true] Whether keyboard interaction is desired.\n * @property {boolean} [mouseWheelZoom=true] Whether mousewheel zoom is desired.\n * @property {boolean} [shiftDragZoom=true] Whether Shift-drag zoom is desired.\n * @property {boolean} [dragPan=true] Whether drag pan is desired.\n * @property {boolean} [pinchRotate=true] Whether pinch rotate is desired.\n * @property {boolean} [pinchZoom=true] Whether pinch zoom is desired.\n * @property {number} [zoomDelta] Zoom level delta when using keyboard or double click zoom.\n * @property {number} [zoomDuration] Duration of the zoom animation in\n * milliseconds.\n */\n\n/**\n * Set of interactions included in maps by default. Specific interactions can be\n * excluded by setting the appropriate option to false in the constructor\n * options, but the order of the interactions is fixed. If you want to specify\n * a different order for interactions, you will need to create your own\n * {@link module:ol/interaction/Interaction~Interaction} instances and insert\n * them into a {@link module:ol/Collection~Collection} in the order you want\n * before creating your {@link module:ol/Map~Map} instance. Changing the order can\n * be of interest if the event propagation needs to be stopped at a point.\n * The default set of interactions, in sequence, is:\n * * {@link module:ol/interaction/DragRotate~DragRotate}\n * * {@link module:ol/interaction/DoubleClickZoom~DoubleClickZoom}\n * * {@link module:ol/interaction/DragPan~DragPan}\n * * {@link module:ol/interaction/PinchRotate~PinchRotate}\n * * {@link module:ol/interaction/PinchZoom~PinchZoom}\n * * {@link module:ol/interaction/KeyboardPan~KeyboardPan}\n * * {@link module:ol/interaction/KeyboardZoom~KeyboardZoom}\n * * {@link module:ol/interaction/MouseWheelZoom~MouseWheelZoom}\n * * {@link module:ol/interaction/DragZoom~DragZoom}\n *\n * @param {DefaultsOptions} [options] Defaults options.\n * @return {Collection}\n * A collection of interactions to be used with the {@link module:ol/Map~Map}\n * constructor's `interactions` option.\n * @api\n */\nexport function defaults(options) {\n options = options ? options : {};\n\n /** @type {Collection} */\n const interactions = new Collection();\n\n const kinetic = new Kinetic(-0.005, 0.05, 100);\n\n const altShiftDragRotate =\n options.altShiftDragRotate !== undefined\n ? options.altShiftDragRotate\n : true;\n if (altShiftDragRotate) {\n interactions.push(new DragRotate());\n }\n\n const doubleClickZoom =\n options.doubleClickZoom !== undefined ? options.doubleClickZoom : true;\n if (doubleClickZoom) {\n interactions.push(\n new DoubleClickZoom({\n delta: options.zoomDelta,\n duration: options.zoomDuration,\n })\n );\n }\n\n const dragPan = options.dragPan !== undefined ? options.dragPan : true;\n if (dragPan) {\n interactions.push(\n new DragPan({\n onFocusOnly: options.onFocusOnly,\n kinetic: kinetic,\n })\n );\n }\n\n const pinchRotate =\n options.pinchRotate !== undefined ? options.pinchRotate : true;\n if (pinchRotate) {\n interactions.push(new PinchRotate());\n }\n\n const pinchZoom = options.pinchZoom !== undefined ? options.pinchZoom : true;\n if (pinchZoom) {\n interactions.push(\n new PinchZoom({\n duration: options.zoomDuration,\n })\n );\n }\n\n const keyboard = options.keyboard !== undefined ? options.keyboard : true;\n if (keyboard) {\n interactions.push(new KeyboardPan());\n interactions.push(\n new KeyboardZoom({\n delta: options.zoomDelta,\n duration: options.zoomDuration,\n })\n );\n }\n\n const mouseWheelZoom =\n options.mouseWheelZoom !== undefined ? options.mouseWheelZoom : true;\n if (mouseWheelZoom) {\n interactions.push(\n new MouseWheelZoom({\n onFocusOnly: options.onFocusOnly,\n duration: options.zoomDuration,\n })\n );\n }\n\n const shiftDragZoom =\n options.shiftDragZoom !== undefined ? options.shiftDragZoom : true;\n if (shiftDragZoom) {\n interactions.push(\n new DragZoom({\n duration: options.zoomDuration,\n })\n );\n }\n\n return interactions;\n}\n","/**\n * @module ol/size\n */\n\n/**\n * An array of numbers representing a size: `[width, height]`.\n * @typedef {Array} Size\n * @api\n */\n\n/**\n * Returns a buffered size.\n * @param {Size} size Size.\n * @param {number} num The amount by which to buffer.\n * @param {Size} [dest] Optional reusable size array.\n * @return {Size} The buffered size.\n */\nexport function buffer(size, num, dest) {\n if (dest === undefined) {\n dest = [0, 0];\n }\n dest[0] = size[0] + 2 * num;\n dest[1] = size[1] + 2 * num;\n return dest;\n}\n\n/**\n * Determines if a size has a positive area.\n * @param {Size} size The size to test.\n * @return {boolean} The size has a positive area.\n */\nexport function hasArea(size) {\n return size[0] > 0 && size[1] > 0;\n}\n\n/**\n * Returns a size scaled by a ratio. The result will be an array of integers.\n * @param {Size} size Size.\n * @param {number} ratio Ratio.\n * @param {Size} [dest] Optional reusable size array.\n * @return {Size} The scaled size.\n */\nexport function scale(size, ratio, dest) {\n if (dest === undefined) {\n dest = [0, 0];\n }\n dest[0] = (size[0] * ratio + 0.5) | 0;\n dest[1] = (size[1] * ratio + 0.5) | 0;\n return dest;\n}\n\n/**\n * Returns an `Size` array for the passed in number (meaning: square) or\n * `Size` array.\n * (meaning: non-square),\n * @param {number|Size} size Width and height.\n * @param {Size} [dest] Optional reusable size array.\n * @return {Size} Size.\n * @api\n */\nexport function toSize(size, dest) {\n if (Array.isArray(size)) {\n return size;\n }\n if (dest === undefined) {\n dest = [size, size];\n } else {\n dest[0] = size;\n dest[1] = size;\n }\n return dest;\n}\n","/**\n * @module ol/Map\n */\nimport BaseObject from './Object.js';\nimport Collection from './Collection.js';\nimport CollectionEventType from './CollectionEventType.js';\nimport CompositeMapRenderer from './renderer/Composite.js';\nimport EventType from './events/EventType.js';\nimport Layer from './layer/Layer.js';\nimport LayerGroup, {GroupEvent} from './layer/Group.js';\nimport MapBrowserEvent from './MapBrowserEvent.js';\nimport MapBrowserEventHandler from './MapBrowserEventHandler.js';\nimport MapBrowserEventType from './MapBrowserEventType.js';\nimport MapEvent from './MapEvent.js';\nimport MapEventType from './MapEventType.js';\nimport MapProperty from './MapProperty.js';\nimport ObjectEventType from './ObjectEventType.js';\nimport PointerEventType from './pointer/EventType.js';\nimport RenderEventType from './render/EventType.js';\nimport TileQueue, {getTilePriority} from './TileQueue.js';\nimport View from './View.js';\nimport ViewHint from './ViewHint.js';\nimport {DEVICE_PIXEL_RATIO, PASSIVE_EVENT_LISTENERS} from './has.js';\nimport {TRUE} from './functions.js';\nimport {\n apply as applyTransform,\n create as createTransform,\n} from './transform.js';\nimport {assert} from './asserts.js';\nimport {\n clone,\n createOrUpdateEmpty,\n equals as equalsExtent,\n getForViewAndSize,\n isEmpty,\n} from './extent.js';\nimport {defaults as defaultControls} from './control/defaults.js';\nimport {defaults as defaultInteractions} from './interaction/defaults.js';\nimport {equals} from './array.js';\nimport {fromUserCoordinate, toUserCoordinate} from './proj.js';\nimport {getUid} from './util.js';\nimport {hasArea} from './size.js';\nimport {listen, unlistenByKey} from './events.js';\nimport {removeNode} from './dom.js';\nimport {warn} from './console.js';\n\n/**\n * State of the current frame. Only `pixelRatio`, `time` and `viewState` should\n * be used in applications.\n * @typedef {Object} FrameState\n * @property {number} pixelRatio The pixel ratio of the frame.\n * @property {number} time The time when rendering of the frame was requested.\n * @property {import(\"./View.js\").State} viewState The state of the current view.\n * @property {boolean} animate Animate.\n * @property {import(\"./transform.js\").Transform} coordinateToPixelTransform CoordinateToPixelTransform.\n * @property {import(\"rbush\").default} declutterTree DeclutterTree.\n * @property {null|import(\"./extent.js\").Extent} extent Extent (in view projection coordinates).\n * @property {import(\"./extent.js\").Extent} [nextExtent] Next extent during an animation series.\n * @property {number} index Index.\n * @property {Array} layerStatesArray LayerStatesArray.\n * @property {number} layerIndex LayerIndex.\n * @property {import(\"./transform.js\").Transform} pixelToCoordinateTransform PixelToCoordinateTransform.\n * @property {Array} postRenderFunctions PostRenderFunctions.\n * @property {import(\"./size.js\").Size} size Size.\n * @property {TileQueue} tileQueue TileQueue.\n * @property {!Object>} usedTiles UsedTiles.\n * @property {Array} viewHints ViewHints.\n * @property {!Object>} wantedTiles WantedTiles.\n * @property {string} mapId The id of the map.\n * @property {Object} renderTargets Identifiers of previously rendered elements.\n */\n\n/**\n * @typedef {function(Map, ?FrameState): any} PostRenderFunction\n */\n\n/**\n * @typedef {Object} AtPixelOptions\n * @property {undefined|function(import(\"./layer/Layer.js\").default): boolean} [layerFilter] Layer filter\n * function. The filter function will receive one argument, the\n * {@link module:ol/layer/Layer~Layer layer-candidate} and it should return a boolean value.\n * Only layers which are visible and for which this function returns `true`\n * will be tested for features. By default, all visible layers will be tested.\n * @property {number} [hitTolerance=0] Hit-detection tolerance in css pixels. Pixels\n * inside the radius around the given position will be checked for features.\n * @property {boolean} [checkWrapped=true] Check-Wrapped Will check for wrapped geometries inside the range of\n * +/- 1 world width. Works only if a projection is used that can be wrapped.\n */\n\n/**\n * @typedef {Object} MapOptionsInternal\n * @property {Collection} [controls] Controls.\n * @property {Collection} [interactions] Interactions.\n * @property {HTMLElement|Document} keyboardEventTarget KeyboardEventTarget.\n * @property {Collection} overlays Overlays.\n * @property {Object} values Values.\n */\n\n/**\n * @typedef {import(\"./ObjectEventType\").Types|'change:layergroup'|'change:size'|'change:target'|'change:view'} MapObjectEventTypes\n */\n\n/***\n * @template Return\n * @typedef {import(\"./Observable\").OnSignature &\n * import(\"./Observable\").OnSignature &\n * import(\"./Observable\").OnSignature &\n * import(\"./Observable\").OnSignature &\n * import(\"./Observable\").OnSignature &\n * import(\"./Observable\").CombinedOnSignature} MapEventHandler\n */\n\n/**\n * Object literal with config options for the map.\n * @typedef {Object} MapOptions\n * @property {Collection|Array} [controls]\n * Controls initially added to the map. If not specified,\n * {@link module:ol/control/defaults.defaults} is used.\n * @property {number} [pixelRatio=window.devicePixelRatio] The ratio between\n * physical pixels and device-independent pixels (dips) on the device.\n * @property {Collection|Array} [interactions]\n * Interactions that are initially added to the map. If not specified,\n * {@link module:ol/interaction/defaults.defaults} is used.\n * @property {HTMLElement|Document|string} [keyboardEventTarget] The element to\n * listen to keyboard events on. This determines when the `KeyboardPan` and\n * `KeyboardZoom` interactions trigger. For example, if this option is set to\n * `document` the keyboard interactions will always trigger. If this option is\n * not specified, the element the library listens to keyboard events on is the\n * map target (i.e. the user-provided div for the map). If this is not\n * `document`, the target element needs to be focused for key events to be\n * emitted, requiring that the target element has a `tabindex` attribute.\n * @property {Array|Collection|LayerGroup} [layers]\n * Layers. If this is not defined, a map with no layers will be rendered. Note\n * that layers are rendered in the order supplied, so if you want, for example,\n * a vector layer to appear on top of a tile layer, it must come after the tile\n * layer.\n * @property {number} [maxTilesLoading=16] Maximum number tiles to load\n * simultaneously.\n * @property {number} [moveTolerance=1] The minimum distance in pixels the\n * cursor must move to be detected as a map move event instead of a click.\n * Increasing this value can make it easier to click on the map.\n * @property {Collection|Array} [overlays]\n * Overlays initially added to the map. By default, no overlays are added.\n * @property {HTMLElement|string} [target] The container for the map, either the\n * element itself or the `id` of the element. If not specified at construction\n * time, {@link module:ol/Map~Map#setTarget} must be called for the map to be\n * rendered. If passed by element, the container can be in a secondary document.\n * **Note:** CSS `transform` support for the target element is limited to `scale`.\n * @property {View|Promise} [view] The map's view. No layer sources will be\n * fetched unless this is specified at construction time or through\n * {@link module:ol/Map~Map#setView}.\n */\n\n/**\n * @param {import(\"./layer/Base.js\").default} layer Layer.\n */\nfunction removeLayerMapProperty(layer) {\n if (layer instanceof Layer) {\n layer.setMapInternal(null);\n return;\n }\n if (layer instanceof LayerGroup) {\n layer.getLayers().forEach(removeLayerMapProperty);\n }\n}\n\n/**\n * @param {import(\"./layer/Base.js\").default} layer Layer.\n * @param {Map} map Map.\n */\nfunction setLayerMapProperty(layer, map) {\n if (layer instanceof Layer) {\n layer.setMapInternal(map);\n return;\n }\n if (layer instanceof LayerGroup) {\n const layers = layer.getLayers().getArray();\n for (let i = 0, ii = layers.length; i < ii; ++i) {\n setLayerMapProperty(layers[i], map);\n }\n }\n}\n\n/**\n * @classdesc\n * The map is the core component of OpenLayers. For a map to render, a view,\n * one or more layers, and a target container are needed:\n *\n * import Map from 'ol/Map.js';\n * import View from 'ol/View.js';\n * import TileLayer from 'ol/layer/Tile.js';\n * import OSM from 'ol/source/OSM.js';\n *\n * const map = new Map({\n * view: new View({\n * center: [0, 0],\n * zoom: 1,\n * }),\n * layers: [\n * new TileLayer({\n * source: new OSM(),\n * }),\n * ],\n * target: 'map',\n * });\n *\n * The above snippet creates a map using a {@link module:ol/layer/Tile~TileLayer} to\n * display {@link module:ol/source/OSM~OSM} OSM data and render it to a DOM\n * element with the id `map`.\n *\n * The constructor places a viewport container (with CSS class name\n * `ol-viewport`) in the target element (see `getViewport()`), and then two\n * further elements within the viewport: one with CSS class name\n * `ol-overlaycontainer-stopevent` for controls and some overlays, and one with\n * CSS class name `ol-overlaycontainer` for other overlays (see the `stopEvent`\n * option of {@link module:ol/Overlay~Overlay} for the difference). The map\n * itself is placed in a further element within the viewport.\n *\n * Layers are stored as a {@link module:ol/Collection~Collection} in\n * layerGroups. A top-level group is provided by the library. This is what is\n * accessed by `getLayerGroup` and `setLayerGroup`. Layers entered in the\n * options are added to this group, and `addLayer` and `removeLayer` change the\n * layer collection in the group. `getLayers` is a convenience function for\n * `getLayerGroup().getLayers()`. Note that {@link module:ol/layer/Group~LayerGroup}\n * is a subclass of {@link module:ol/layer/Base~BaseLayer}, so layers entered in the\n * options or added with `addLayer` can be groups, which can contain further\n * groups, and so on.\n *\n * @fires import(\"./MapBrowserEvent.js\").MapBrowserEvent\n * @fires import(\"./MapEvent.js\").MapEvent\n * @fires import(\"./render/Event.js\").default#precompose\n * @fires import(\"./render/Event.js\").default#postcompose\n * @fires import(\"./render/Event.js\").default#rendercomplete\n * @api\n */\nclass Map extends BaseObject {\n /**\n * @param {MapOptions} [options] Map options.\n */\n constructor(options) {\n super();\n\n options = options || {};\n\n /***\n * @type {MapEventHandler}\n */\n this.on;\n\n /***\n * @type {MapEventHandler}\n */\n this.once;\n\n /***\n * @type {MapEventHandler}\n */\n this.un;\n\n const optionsInternal = createOptionsInternal(options);\n\n /**\n * @private\n * @type {boolean|undefined}\n */\n this.renderComplete_;\n\n /**\n * @private\n * @type {boolean}\n */\n this.loaded_ = true;\n\n /** @private */\n this.boundHandleBrowserEvent_ = this.handleBrowserEvent.bind(this);\n\n /**\n * @type {number}\n * @private\n */\n this.maxTilesLoading_ =\n options.maxTilesLoading !== undefined ? options.maxTilesLoading : 16;\n\n /**\n * @private\n * @type {number}\n */\n this.pixelRatio_ =\n options.pixelRatio !== undefined\n ? options.pixelRatio\n : DEVICE_PIXEL_RATIO;\n\n /**\n * @private\n * @type {ReturnType}\n */\n this.postRenderTimeoutHandle_;\n\n /**\n * @private\n * @type {number|undefined}\n */\n this.animationDelayKey_;\n\n /**\n * @private\n */\n this.animationDelay_ = this.animationDelay_.bind(this);\n\n /**\n * @private\n * @type {import(\"./transform.js\").Transform}\n */\n this.coordinateToPixelTransform_ = createTransform();\n\n /**\n * @private\n * @type {import(\"./transform.js\").Transform}\n */\n this.pixelToCoordinateTransform_ = createTransform();\n\n /**\n * @private\n * @type {number}\n */\n this.frameIndex_ = 0;\n\n /**\n * @private\n * @type {?FrameState}\n */\n this.frameState_ = null;\n\n /**\n * The extent at the previous 'moveend' event.\n * @private\n * @type {import(\"./extent.js\").Extent}\n */\n this.previousExtent_ = null;\n\n /**\n * @private\n * @type {?import(\"./events.js\").EventsKey}\n */\n this.viewPropertyListenerKey_ = null;\n\n /**\n * @private\n * @type {?import(\"./events.js\").EventsKey}\n */\n this.viewChangeListenerKey_ = null;\n\n /**\n * @private\n * @type {?Array}\n */\n this.layerGroupPropertyListenerKeys_ = null;\n\n /**\n * @private\n * @type {!HTMLElement}\n */\n this.viewport_ = document.createElement('div');\n this.viewport_.className =\n 'ol-viewport' + ('ontouchstart' in window ? ' ol-touch' : '');\n this.viewport_.style.position = 'relative';\n this.viewport_.style.overflow = 'hidden';\n this.viewport_.style.width = '100%';\n this.viewport_.style.height = '100%';\n\n /**\n * @private\n * @type {!HTMLElement}\n */\n this.overlayContainer_ = document.createElement('div');\n this.overlayContainer_.style.position = 'absolute';\n this.overlayContainer_.style.zIndex = '0';\n this.overlayContainer_.style.width = '100%';\n this.overlayContainer_.style.height = '100%';\n this.overlayContainer_.style.pointerEvents = 'none';\n this.overlayContainer_.className = 'ol-overlaycontainer';\n this.viewport_.appendChild(this.overlayContainer_);\n\n /**\n * @private\n * @type {!HTMLElement}\n */\n this.overlayContainerStopEvent_ = document.createElement('div');\n this.overlayContainerStopEvent_.style.position = 'absolute';\n this.overlayContainerStopEvent_.style.zIndex = '0';\n this.overlayContainerStopEvent_.style.width = '100%';\n this.overlayContainerStopEvent_.style.height = '100%';\n this.overlayContainerStopEvent_.style.pointerEvents = 'none';\n this.overlayContainerStopEvent_.className = 'ol-overlaycontainer-stopevent';\n this.viewport_.appendChild(this.overlayContainerStopEvent_);\n\n /**\n * @private\n * @type {MapBrowserEventHandler}\n */\n this.mapBrowserEventHandler_ = null;\n\n /**\n * @private\n * @type {number}\n */\n this.moveTolerance_ = options.moveTolerance;\n\n /**\n * @private\n * @type {HTMLElement|Document}\n */\n this.keyboardEventTarget_ = optionsInternal.keyboardEventTarget;\n\n /**\n * @private\n * @type {?Array}\n */\n this.targetChangeHandlerKeys_ = null;\n\n /**\n * @private\n * @type {HTMLElement|null}\n */\n this.targetElement_ = null;\n\n /**\n * @type {ResizeObserver}\n */\n this.resizeObserver_ = new ResizeObserver(() => this.updateSize());\n\n /**\n * @type {Collection}\n * @protected\n */\n this.controls = optionsInternal.controls || defaultControls();\n\n /**\n * @type {Collection}\n * @protected\n */\n this.interactions =\n optionsInternal.interactions ||\n defaultInteractions({\n onFocusOnly: true,\n });\n\n /**\n * @type {Collection}\n * @private\n */\n this.overlays_ = optionsInternal.overlays;\n\n /**\n * A lookup of overlays by id.\n * @private\n * @type {Object}\n */\n this.overlayIdIndex_ = {};\n\n /**\n * @type {import(\"./renderer/Map.js\").default|null}\n * @private\n */\n this.renderer_ = null;\n\n /**\n * @private\n * @type {!Array}\n */\n this.postRenderFunctions_ = [];\n\n /**\n * @private\n * @type {TileQueue}\n */\n this.tileQueue_ = new TileQueue(\n this.getTilePriority.bind(this),\n this.handleTileChange_.bind(this)\n );\n\n this.addChangeListener(\n MapProperty.LAYERGROUP,\n this.handleLayerGroupChanged_\n );\n this.addChangeListener(MapProperty.VIEW, this.handleViewChanged_);\n this.addChangeListener(MapProperty.SIZE, this.handleSizeChanged_);\n this.addChangeListener(MapProperty.TARGET, this.handleTargetChanged_);\n\n // setProperties will trigger the rendering of the map if the map\n // is \"defined\" already.\n this.setProperties(optionsInternal.values);\n\n const map = this;\n if (options.view && !(options.view instanceof View)) {\n options.view.then(function (viewOptions) {\n map.setView(new View(viewOptions));\n });\n }\n\n this.controls.addEventListener(\n CollectionEventType.ADD,\n /**\n * @param {import(\"./Collection.js\").CollectionEvent} event CollectionEvent\n */\n (event) => {\n event.element.setMap(this);\n }\n );\n\n this.controls.addEventListener(\n CollectionEventType.REMOVE,\n /**\n * @param {import(\"./Collection.js\").CollectionEvent} event CollectionEvent.\n */\n (event) => {\n event.element.setMap(null);\n }\n );\n\n this.interactions.addEventListener(\n CollectionEventType.ADD,\n /**\n * @param {import(\"./Collection.js\").CollectionEvent} event CollectionEvent.\n */\n (event) => {\n event.element.setMap(this);\n }\n );\n\n this.interactions.addEventListener(\n CollectionEventType.REMOVE,\n /**\n * @param {import(\"./Collection.js\").CollectionEvent} event CollectionEvent.\n */\n (event) => {\n event.element.setMap(null);\n }\n );\n\n this.overlays_.addEventListener(\n CollectionEventType.ADD,\n /**\n * @param {import(\"./Collection.js\").CollectionEvent} event CollectionEvent.\n */\n (event) => {\n this.addOverlayInternal_(event.element);\n }\n );\n\n this.overlays_.addEventListener(\n CollectionEventType.REMOVE,\n /**\n * @param {import(\"./Collection.js\").CollectionEvent} event CollectionEvent.\n */\n (event) => {\n const id = event.element.getId();\n if (id !== undefined) {\n delete this.overlayIdIndex_[id.toString()];\n }\n event.element.setMap(null);\n }\n );\n\n this.controls.forEach(\n /**\n * @param {import(\"./control/Control.js\").default} control Control.\n */\n (control) => {\n control.setMap(this);\n }\n );\n\n this.interactions.forEach(\n /**\n * @param {import(\"./interaction/Interaction.js\").default} interaction Interaction.\n */\n (interaction) => {\n interaction.setMap(this);\n }\n );\n\n this.overlays_.forEach(this.addOverlayInternal_.bind(this));\n }\n\n /**\n * Add the given control to the map.\n * @param {import(\"./control/Control.js\").default} control Control.\n * @api\n */\n addControl(control) {\n this.getControls().push(control);\n }\n\n /**\n * Add the given interaction to the map. If you want to add an interaction\n * at another point of the collection use `getInteractions()` and the methods\n * available on {@link module:ol/Collection~Collection}. This can be used to\n * stop the event propagation from the handleEvent function. The interactions\n * get to handle the events in the reverse order of this collection.\n * @param {import(\"./interaction/Interaction.js\").default} interaction Interaction to add.\n * @api\n */\n addInteraction(interaction) {\n this.getInteractions().push(interaction);\n }\n\n /**\n * Adds the given layer to the top of this map. If you want to add a layer\n * elsewhere in the stack, use `getLayers()` and the methods available on\n * {@link module:ol/Collection~Collection}.\n * @param {import(\"./layer/Base.js\").default} layer Layer.\n * @api\n */\n addLayer(layer) {\n const layers = this.getLayerGroup().getLayers();\n layers.push(layer);\n }\n\n /**\n * @param {import(\"./layer/Group.js\").GroupEvent} event The layer add event.\n * @private\n */\n handleLayerAdd_(event) {\n setLayerMapProperty(event.layer, this);\n }\n\n /**\n * Add the given overlay to the map.\n * @param {import(\"./Overlay.js\").default} overlay Overlay.\n * @api\n */\n addOverlay(overlay) {\n this.getOverlays().push(overlay);\n }\n\n /**\n * This deals with map's overlay collection changes.\n * @param {import(\"./Overlay.js\").default} overlay Overlay.\n * @private\n */\n addOverlayInternal_(overlay) {\n const id = overlay.getId();\n if (id !== undefined) {\n this.overlayIdIndex_[id.toString()] = overlay;\n }\n overlay.setMap(this);\n }\n\n /**\n *\n * Clean up.\n */\n disposeInternal() {\n this.controls.clear();\n this.interactions.clear();\n this.overlays_.clear();\n this.resizeObserver_.disconnect();\n this.setTarget(null);\n super.disposeInternal();\n }\n\n /**\n * Detect features that intersect a pixel on the viewport, and execute a\n * callback with each intersecting feature. Layers included in the detection can\n * be configured through the `layerFilter` option in `options`.\n * @param {import(\"./pixel.js\").Pixel} pixel Pixel.\n * @param {function(import(\"./Feature.js\").FeatureLike, import(\"./layer/Layer.js\").default, import(\"./geom/SimpleGeometry.js\").default): T} callback Feature callback. The callback will be\n * called with two arguments. The first argument is one\n * {@link module:ol/Feature~Feature feature} or\n * {@link module:ol/render/Feature~RenderFeature render feature} at the pixel, the second is\n * the {@link module:ol/layer/Layer~Layer layer} of the feature and will be null for\n * unmanaged layers. To stop detection, callback functions can return a\n * truthy value.\n * @param {AtPixelOptions} [options] Optional options.\n * @return {T|undefined} Callback result, i.e. the return value of last\n * callback execution, or the first truthy callback return value.\n * @template T\n * @api\n */\n forEachFeatureAtPixel(pixel, callback, options) {\n if (!this.frameState_ || !this.renderer_) {\n return;\n }\n const coordinate = this.getCoordinateFromPixelInternal(pixel);\n options = options !== undefined ? options : {};\n const hitTolerance =\n options.hitTolerance !== undefined ? options.hitTolerance : 0;\n const layerFilter =\n options.layerFilter !== undefined ? options.layerFilter : TRUE;\n const checkWrapped = options.checkWrapped !== false;\n return this.renderer_.forEachFeatureAtCoordinate(\n coordinate,\n this.frameState_,\n hitTolerance,\n checkWrapped,\n callback,\n null,\n layerFilter,\n null\n );\n }\n\n /**\n * Get all features that intersect a pixel on the viewport.\n * @param {import(\"./pixel.js\").Pixel} pixel Pixel.\n * @param {AtPixelOptions} [options] Optional options.\n * @return {Array} The detected features or\n * an empty array if none were found.\n * @api\n */\n getFeaturesAtPixel(pixel, options) {\n const features = [];\n this.forEachFeatureAtPixel(\n pixel,\n function (feature) {\n features.push(feature);\n },\n options\n );\n return features;\n }\n\n /**\n * Get all layers from all layer groups.\n * @return {Array} Layers.\n * @api\n */\n getAllLayers() {\n const layers = [];\n function addLayersFrom(layerGroup) {\n layerGroup.forEach(function (layer) {\n if (layer instanceof LayerGroup) {\n addLayersFrom(layer.getLayers());\n } else {\n layers.push(layer);\n }\n });\n }\n addLayersFrom(this.getLayers());\n return layers;\n }\n\n /**\n * Detect if features intersect a pixel on the viewport. Layers included in the\n * detection can be configured through the `layerFilter` option.\n * @param {import(\"./pixel.js\").Pixel} pixel Pixel.\n * @param {AtPixelOptions} [options] Optional options.\n * @return {boolean} Is there a feature at the given pixel?\n * @api\n */\n hasFeatureAtPixel(pixel, options) {\n if (!this.frameState_ || !this.renderer_) {\n return false;\n }\n const coordinate = this.getCoordinateFromPixelInternal(pixel);\n options = options !== undefined ? options : {};\n const layerFilter =\n options.layerFilter !== undefined ? options.layerFilter : TRUE;\n const hitTolerance =\n options.hitTolerance !== undefined ? options.hitTolerance : 0;\n const checkWrapped = options.checkWrapped !== false;\n return this.renderer_.hasFeatureAtCoordinate(\n coordinate,\n this.frameState_,\n hitTolerance,\n checkWrapped,\n layerFilter,\n null\n );\n }\n\n /**\n * Returns the coordinate in user projection for a browser event.\n * @param {MouseEvent} event Event.\n * @return {import(\"./coordinate.js\").Coordinate} Coordinate.\n * @api\n */\n getEventCoordinate(event) {\n return this.getCoordinateFromPixel(this.getEventPixel(event));\n }\n\n /**\n * Returns the coordinate in view projection for a browser event.\n * @param {MouseEvent} event Event.\n * @return {import(\"./coordinate.js\").Coordinate} Coordinate.\n */\n getEventCoordinateInternal(event) {\n return this.getCoordinateFromPixelInternal(this.getEventPixel(event));\n }\n\n /**\n * Returns the map pixel position for a browser event relative to the viewport.\n * @param {UIEvent|{clientX: number, clientY: number}} event Event.\n * @return {import(\"./pixel.js\").Pixel} Pixel.\n * @api\n */\n getEventPixel(event) {\n const viewport = this.viewport_;\n const viewportPosition = viewport.getBoundingClientRect();\n const viewportSize = this.getSize();\n const scaleX = viewportPosition.width / viewportSize[0];\n const scaleY = viewportPosition.height / viewportSize[1];\n const eventPosition =\n //FIXME Are we really calling this with a TouchEvent anywhere?\n 'changedTouches' in event\n ? /** @type {TouchEvent} */ (event).changedTouches[0]\n : /** @type {MouseEvent} */ (event);\n\n return [\n (eventPosition.clientX - viewportPosition.left) / scaleX,\n (eventPosition.clientY - viewportPosition.top) / scaleY,\n ];\n }\n\n /**\n * Get the target in which this map is rendered.\n * Note that this returns what is entered as an option or in setTarget:\n * if that was an element, it returns an element; if a string, it returns that.\n * @return {HTMLElement|string|undefined} The Element or id of the Element that the\n * map is rendered in.\n * @observable\n * @api\n */\n getTarget() {\n return /** @type {HTMLElement|string|undefined} */ (\n this.get(MapProperty.TARGET)\n );\n }\n\n /**\n * Get the DOM element into which this map is rendered. In contrast to\n * `getTarget` this method always return an `Element`, or `null` if the\n * map has no target.\n * @return {HTMLElement} The element that the map is rendered in.\n * @api\n */\n getTargetElement() {\n return this.targetElement_;\n }\n\n /**\n * Get the coordinate for a given pixel. This returns a coordinate in the\n * user projection.\n * @param {import(\"./pixel.js\").Pixel} pixel Pixel position in the map viewport.\n * @return {import(\"./coordinate.js\").Coordinate} The coordinate for the pixel position.\n * @api\n */\n getCoordinateFromPixel(pixel) {\n return toUserCoordinate(\n this.getCoordinateFromPixelInternal(pixel),\n this.getView().getProjection()\n );\n }\n\n /**\n * Get the coordinate for a given pixel. This returns a coordinate in the\n * map view projection.\n * @param {import(\"./pixel.js\").Pixel} pixel Pixel position in the map viewport.\n * @return {import(\"./coordinate.js\").Coordinate} The coordinate for the pixel position.\n */\n getCoordinateFromPixelInternal(pixel) {\n const frameState = this.frameState_;\n if (!frameState) {\n return null;\n }\n return applyTransform(frameState.pixelToCoordinateTransform, pixel.slice());\n }\n\n /**\n * Get the map controls. Modifying this collection changes the controls\n * associated with the map.\n * @return {Collection} Controls.\n * @api\n */\n getControls() {\n return this.controls;\n }\n\n /**\n * Get the map overlays. Modifying this collection changes the overlays\n * associated with the map.\n * @return {Collection} Overlays.\n * @api\n */\n getOverlays() {\n return this.overlays_;\n }\n\n /**\n * Get an overlay by its identifier (the value returned by overlay.getId()).\n * Note that the index treats string and numeric identifiers as the same. So\n * `map.getOverlayById(2)` will return an overlay with id `'2'` or `2`.\n * @param {string|number} id Overlay identifier.\n * @return {import(\"./Overlay.js\").default} Overlay.\n * @api\n */\n getOverlayById(id) {\n const overlay = this.overlayIdIndex_[id.toString()];\n return overlay !== undefined ? overlay : null;\n }\n\n /**\n * Get the map interactions. Modifying this collection changes the interactions\n * associated with the map.\n *\n * Interactions are used for e.g. pan, zoom and rotate.\n * @return {Collection} Interactions.\n * @api\n */\n getInteractions() {\n return this.interactions;\n }\n\n /**\n * Get the layergroup associated with this map.\n * @return {LayerGroup} A layer group containing the layers in this map.\n * @observable\n * @api\n */\n getLayerGroup() {\n return /** @type {LayerGroup} */ (this.get(MapProperty.LAYERGROUP));\n }\n\n /**\n * Clear any existing layers and add layers to the map.\n * @param {Array|Collection} layers The layers to be added to the map.\n * @api\n */\n setLayers(layers) {\n const group = this.getLayerGroup();\n if (layers instanceof Collection) {\n group.setLayers(layers);\n return;\n }\n\n const collection = group.getLayers();\n collection.clear();\n collection.extend(layers);\n }\n\n /**\n * Get the collection of layers associated with this map.\n * @return {!Collection} Layers.\n * @api\n */\n getLayers() {\n const layers = this.getLayerGroup().getLayers();\n return layers;\n }\n\n /**\n * @return {boolean} Layers have sources that are still loading.\n */\n getLoadingOrNotReady() {\n const layerStatesArray = this.getLayerGroup().getLayerStatesArray();\n for (let i = 0, ii = layerStatesArray.length; i < ii; ++i) {\n const state = layerStatesArray[i];\n if (!state.visible) {\n continue;\n }\n const renderer = state.layer.getRenderer();\n if (renderer && !renderer.ready) {\n return true;\n }\n const source = state.layer.getSource();\n if (source && source.loading) {\n return true;\n }\n }\n return false;\n }\n\n /**\n * Get the pixel for a coordinate. This takes a coordinate in the user\n * projection and returns the corresponding pixel.\n * @param {import(\"./coordinate.js\").Coordinate} coordinate A map coordinate.\n * @return {import(\"./pixel.js\").Pixel} A pixel position in the map viewport.\n * @api\n */\n getPixelFromCoordinate(coordinate) {\n const viewCoordinate = fromUserCoordinate(\n coordinate,\n this.getView().getProjection()\n );\n return this.getPixelFromCoordinateInternal(viewCoordinate);\n }\n\n /**\n * Get the pixel for a coordinate. This takes a coordinate in the map view\n * projection and returns the corresponding pixel.\n * @param {import(\"./coordinate.js\").Coordinate} coordinate A map coordinate.\n * @return {import(\"./pixel.js\").Pixel} A pixel position in the map viewport.\n */\n getPixelFromCoordinateInternal(coordinate) {\n const frameState = this.frameState_;\n if (!frameState) {\n return null;\n }\n return applyTransform(\n frameState.coordinateToPixelTransform,\n coordinate.slice(0, 2)\n );\n }\n\n /**\n * Get the map renderer.\n * @return {import(\"./renderer/Map.js\").default|null} Renderer\n */\n getRenderer() {\n return this.renderer_;\n }\n\n /**\n * Get the size of this map.\n * @return {import(\"./size.js\").Size|undefined} The size in pixels of the map in the DOM.\n * @observable\n * @api\n */\n getSize() {\n return /** @type {import(\"./size.js\").Size|undefined} */ (\n this.get(MapProperty.SIZE)\n );\n }\n\n /**\n * Get the view associated with this map. A view manages properties such as\n * center and resolution.\n * @return {View} The view that controls this map.\n * @observable\n * @api\n */\n getView() {\n return /** @type {View} */ (this.get(MapProperty.VIEW));\n }\n\n /**\n * Get the element that serves as the map viewport.\n * @return {HTMLElement} Viewport.\n * @api\n */\n getViewport() {\n return this.viewport_;\n }\n\n /**\n * Get the element that serves as the container for overlays. Elements added to\n * this container will let mousedown and touchstart events through to the map,\n * so clicks and gestures on an overlay will trigger {@link module:ol/MapBrowserEvent~MapBrowserEvent}\n * events.\n * @return {!HTMLElement} The map's overlay container.\n */\n getOverlayContainer() {\n return this.overlayContainer_;\n }\n\n /**\n * Get the element that serves as a container for overlays that don't allow\n * event propagation. Elements added to this container won't let mousedown and\n * touchstart events through to the map, so clicks and gestures on an overlay\n * don't trigger any {@link module:ol/MapBrowserEvent~MapBrowserEvent}.\n * @return {!HTMLElement} The map's overlay container that stops events.\n */\n getOverlayContainerStopEvent() {\n return this.overlayContainerStopEvent_;\n }\n\n /**\n * @return {!Document} The document where the map is displayed.\n */\n getOwnerDocument() {\n const targetElement = this.getTargetElement();\n return targetElement ? targetElement.ownerDocument : document;\n }\n\n /**\n * @param {import(\"./Tile.js\").default} tile Tile.\n * @param {string} tileSourceKey Tile source key.\n * @param {import(\"./coordinate.js\").Coordinate} tileCenter Tile center.\n * @param {number} tileResolution Tile resolution.\n * @return {number} Tile priority.\n */\n getTilePriority(tile, tileSourceKey, tileCenter, tileResolution) {\n return getTilePriority(\n this.frameState_,\n tile,\n tileSourceKey,\n tileCenter,\n tileResolution\n );\n }\n\n /**\n * @param {UIEvent} browserEvent Browser event.\n * @param {string} [type] Type.\n */\n handleBrowserEvent(browserEvent, type) {\n type = type || browserEvent.type;\n const mapBrowserEvent = new MapBrowserEvent(type, this, browserEvent);\n this.handleMapBrowserEvent(mapBrowserEvent);\n }\n\n /**\n * @param {MapBrowserEvent} mapBrowserEvent The event to handle.\n */\n handleMapBrowserEvent(mapBrowserEvent) {\n if (!this.frameState_) {\n // With no view defined, we cannot translate pixels into geographical\n // coordinates so interactions cannot be used.\n return;\n }\n const originalEvent = /** @type {PointerEvent} */ (\n mapBrowserEvent.originalEvent\n );\n const eventType = originalEvent.type;\n if (\n eventType === PointerEventType.POINTERDOWN ||\n eventType === EventType.WHEEL ||\n eventType === EventType.KEYDOWN\n ) {\n const doc = this.getOwnerDocument();\n const rootNode = this.viewport_.getRootNode\n ? this.viewport_.getRootNode()\n : doc;\n const target = /** @type {Node} */ (originalEvent.target);\n if (\n // Abort if the target is a child of the container for elements whose events are not meant\n // to be handled by map interactions.\n this.overlayContainerStopEvent_.contains(target) ||\n // Abort if the event target is a child of the container that is no longer in the page.\n // It's possible for the target to no longer be in the page if it has been removed in an\n // event listener, this might happen in a Control that recreates it's content based on\n // user interaction either manually or via a render in something like https://reactjs.org/\n !(rootNode === doc ? doc.documentElement : rootNode).contains(target)\n ) {\n return;\n }\n }\n mapBrowserEvent.frameState = this.frameState_;\n if (this.dispatchEvent(mapBrowserEvent) !== false) {\n const interactionsArray = this.getInteractions().getArray().slice();\n for (let i = interactionsArray.length - 1; i >= 0; i--) {\n const interaction = interactionsArray[i];\n if (\n interaction.getMap() !== this ||\n !interaction.getActive() ||\n !this.getTargetElement()\n ) {\n continue;\n }\n const cont = interaction.handleEvent(mapBrowserEvent);\n if (!cont || mapBrowserEvent.propagationStopped) {\n break;\n }\n }\n }\n }\n\n /**\n * @protected\n */\n handlePostRender() {\n const frameState = this.frameState_;\n\n // Manage the tile queue\n // Image loads are expensive and a limited resource, so try to use them\n // efficiently:\n // * When the view is static we allow a large number of parallel tile loads\n // to complete the frame as quickly as possible.\n // * When animating or interacting, image loads can cause janks, so we reduce\n // the maximum number of loads per frame and limit the number of parallel\n // tile loads to remain reactive to view changes and to reduce the chance of\n // loading tiles that will quickly disappear from view.\n const tileQueue = this.tileQueue_;\n if (!tileQueue.isEmpty()) {\n let maxTotalLoading = this.maxTilesLoading_;\n let maxNewLoads = maxTotalLoading;\n if (frameState) {\n const hints = frameState.viewHints;\n if (hints[ViewHint.ANIMATING] || hints[ViewHint.INTERACTING]) {\n const lowOnFrameBudget = Date.now() - frameState.time > 8;\n maxTotalLoading = lowOnFrameBudget ? 0 : 8;\n maxNewLoads = lowOnFrameBudget ? 0 : 2;\n }\n }\n if (tileQueue.getTilesLoading() < maxTotalLoading) {\n tileQueue.reprioritize(); // FIXME only call if view has changed\n tileQueue.loadMoreTiles(maxTotalLoading, maxNewLoads);\n }\n }\n\n if (frameState && this.renderer_ && !frameState.animate) {\n if (this.renderComplete_ === true) {\n if (this.hasListener(RenderEventType.RENDERCOMPLETE)) {\n this.renderer_.dispatchRenderEvent(\n RenderEventType.RENDERCOMPLETE,\n frameState\n );\n }\n if (this.loaded_ === false) {\n this.loaded_ = true;\n this.dispatchEvent(\n new MapEvent(MapEventType.LOADEND, this, frameState)\n );\n }\n } else if (this.loaded_ === true) {\n this.loaded_ = false;\n this.dispatchEvent(\n new MapEvent(MapEventType.LOADSTART, this, frameState)\n );\n }\n }\n\n const postRenderFunctions = this.postRenderFunctions_;\n for (let i = 0, ii = postRenderFunctions.length; i < ii; ++i) {\n postRenderFunctions[i](this, frameState);\n }\n postRenderFunctions.length = 0;\n }\n\n /**\n * @private\n */\n handleSizeChanged_() {\n if (this.getView() && !this.getView().getAnimating()) {\n this.getView().resolveConstraints(0);\n }\n\n this.render();\n }\n\n /**\n * @private\n */\n handleTargetChanged_() {\n if (this.mapBrowserEventHandler_) {\n for (let i = 0, ii = this.targetChangeHandlerKeys_.length; i < ii; ++i) {\n unlistenByKey(this.targetChangeHandlerKeys_[i]);\n }\n this.targetChangeHandlerKeys_ = null;\n this.viewport_.removeEventListener(\n EventType.CONTEXTMENU,\n this.boundHandleBrowserEvent_\n );\n this.viewport_.removeEventListener(\n EventType.WHEEL,\n this.boundHandleBrowserEvent_\n );\n this.mapBrowserEventHandler_.dispose();\n this.mapBrowserEventHandler_ = null;\n removeNode(this.viewport_);\n }\n\n if (this.targetElement_) {\n this.resizeObserver_.unobserve(this.targetElement_);\n const rootNode = this.targetElement_.getRootNode();\n if (rootNode instanceof ShadowRoot) {\n this.resizeObserver_.unobserve(rootNode.host);\n }\n this.setSize(undefined);\n }\n\n // target may be undefined, null, a string or an Element.\n // If it's a string we convert it to an Element before proceeding.\n // If it's not now an Element we remove the viewport from the DOM.\n // If it's an Element we append the viewport element to it.\n\n const target = this.getTarget();\n const targetElement =\n typeof target === 'string' ? document.getElementById(target) : target;\n this.targetElement_ = targetElement;\n if (!targetElement) {\n if (this.renderer_) {\n clearTimeout(this.postRenderTimeoutHandle_);\n this.postRenderTimeoutHandle_ = undefined;\n this.postRenderFunctions_.length = 0;\n this.renderer_.dispose();\n this.renderer_ = null;\n }\n if (this.animationDelayKey_) {\n cancelAnimationFrame(this.animationDelayKey_);\n this.animationDelayKey_ = undefined;\n }\n } else {\n targetElement.appendChild(this.viewport_);\n if (!this.renderer_) {\n this.renderer_ = new CompositeMapRenderer(this);\n }\n\n this.mapBrowserEventHandler_ = new MapBrowserEventHandler(\n this,\n this.moveTolerance_\n );\n for (const key in MapBrowserEventType) {\n this.mapBrowserEventHandler_.addEventListener(\n MapBrowserEventType[key],\n this.handleMapBrowserEvent.bind(this)\n );\n }\n this.viewport_.addEventListener(\n EventType.CONTEXTMENU,\n this.boundHandleBrowserEvent_,\n false\n );\n this.viewport_.addEventListener(\n EventType.WHEEL,\n this.boundHandleBrowserEvent_,\n PASSIVE_EVENT_LISTENERS ? {passive: false} : false\n );\n\n const keyboardEventTarget = !this.keyboardEventTarget_\n ? targetElement\n : this.keyboardEventTarget_;\n this.targetChangeHandlerKeys_ = [\n listen(\n keyboardEventTarget,\n EventType.KEYDOWN,\n this.handleBrowserEvent,\n this\n ),\n listen(\n keyboardEventTarget,\n EventType.KEYPRESS,\n this.handleBrowserEvent,\n this\n ),\n ];\n const rootNode = targetElement.getRootNode();\n if (rootNode instanceof ShadowRoot) {\n this.resizeObserver_.observe(rootNode.host);\n }\n this.resizeObserver_.observe(targetElement);\n }\n\n this.updateSize();\n // updateSize calls setSize, so no need to call this.render\n // ourselves here.\n }\n\n /**\n * @private\n */\n handleTileChange_() {\n this.render();\n }\n\n /**\n * @private\n */\n handleViewPropertyChanged_() {\n this.render();\n }\n\n /**\n * @private\n */\n handleViewChanged_() {\n if (this.viewPropertyListenerKey_) {\n unlistenByKey(this.viewPropertyListenerKey_);\n this.viewPropertyListenerKey_ = null;\n }\n if (this.viewChangeListenerKey_) {\n unlistenByKey(this.viewChangeListenerKey_);\n this.viewChangeListenerKey_ = null;\n }\n const view = this.getView();\n if (view) {\n this.updateViewportSize_(this.getSize());\n\n this.viewPropertyListenerKey_ = listen(\n view,\n ObjectEventType.PROPERTYCHANGE,\n this.handleViewPropertyChanged_,\n this\n );\n this.viewChangeListenerKey_ = listen(\n view,\n EventType.CHANGE,\n this.handleViewPropertyChanged_,\n this\n );\n\n view.resolveConstraints(0);\n }\n this.render();\n }\n\n /**\n * @private\n */\n handleLayerGroupChanged_() {\n if (this.layerGroupPropertyListenerKeys_) {\n this.layerGroupPropertyListenerKeys_.forEach(unlistenByKey);\n this.layerGroupPropertyListenerKeys_ = null;\n }\n const layerGroup = this.getLayerGroup();\n if (layerGroup) {\n this.handleLayerAdd_(new GroupEvent('addlayer', layerGroup));\n this.layerGroupPropertyListenerKeys_ = [\n listen(layerGroup, ObjectEventType.PROPERTYCHANGE, this.render, this),\n listen(layerGroup, EventType.CHANGE, this.render, this),\n listen(layerGroup, 'addlayer', this.handleLayerAdd_, this),\n listen(layerGroup, 'removelayer', this.handleLayerRemove_, this),\n ];\n }\n this.render();\n }\n\n /**\n * @return {boolean} Is rendered.\n */\n isRendered() {\n return !!this.frameState_;\n }\n\n /**\n * @private\n */\n animationDelay_() {\n this.animationDelayKey_ = undefined;\n this.renderFrame_(Date.now());\n }\n\n /**\n * Requests an immediate render in a synchronous manner.\n * @api\n */\n renderSync() {\n if (this.animationDelayKey_) {\n cancelAnimationFrame(this.animationDelayKey_);\n }\n this.animationDelay_();\n }\n\n /**\n * Redraws all text after new fonts have loaded\n */\n redrawText() {\n const layerStates = this.getLayerGroup().getLayerStatesArray();\n for (let i = 0, ii = layerStates.length; i < ii; ++i) {\n const layer = layerStates[i].layer;\n if (layer.hasRenderer()) {\n layer.getRenderer().handleFontsChanged();\n }\n }\n }\n\n /**\n * Request a map rendering (at the next animation frame).\n * @api\n */\n render() {\n if (this.renderer_ && this.animationDelayKey_ === undefined) {\n this.animationDelayKey_ = requestAnimationFrame(this.animationDelay_);\n }\n }\n\n /**\n * This method is meant to be called in a layer's `prerender` listener. It causes all collected\n * declutter items to be decluttered and rendered on the map immediately. This is useful for\n * layers that need to appear entirely above the decluttered items of layers lower in the layer\n * stack.\n * @api\n */\n flushDeclutterItems() {\n const frameState = this.frameState_;\n if (!frameState) {\n return;\n }\n this.renderer_.flushDeclutterItems(frameState);\n }\n\n /**\n * Remove the given control from the map.\n * @param {import(\"./control/Control.js\").default} control Control.\n * @return {import(\"./control/Control.js\").default|undefined} The removed control (or undefined\n * if the control was not found).\n * @api\n */\n removeControl(control) {\n return this.getControls().remove(control);\n }\n\n /**\n * Remove the given interaction from the map.\n * @param {import(\"./interaction/Interaction.js\").default} interaction Interaction to remove.\n * @return {import(\"./interaction/Interaction.js\").default|undefined} The removed interaction (or\n * undefined if the interaction was not found).\n * @api\n */\n removeInteraction(interaction) {\n return this.getInteractions().remove(interaction);\n }\n\n /**\n * Removes the given layer from the map.\n * @param {import(\"./layer/Base.js\").default} layer Layer.\n * @return {import(\"./layer/Base.js\").default|undefined} The removed layer (or undefined if the\n * layer was not found).\n * @api\n */\n removeLayer(layer) {\n const layers = this.getLayerGroup().getLayers();\n return layers.remove(layer);\n }\n\n /**\n * @param {import(\"./layer/Group.js\").GroupEvent} event The layer remove event.\n * @private\n */\n handleLayerRemove_(event) {\n removeLayerMapProperty(event.layer);\n }\n\n /**\n * Remove the given overlay from the map.\n * @param {import(\"./Overlay.js\").default} overlay Overlay.\n * @return {import(\"./Overlay.js\").default|undefined} The removed overlay (or undefined\n * if the overlay was not found).\n * @api\n */\n removeOverlay(overlay) {\n return this.getOverlays().remove(overlay);\n }\n\n /**\n * @param {number} time Time.\n * @private\n */\n renderFrame_(time) {\n const size = this.getSize();\n const view = this.getView();\n const previousFrameState = this.frameState_;\n /** @type {?FrameState} */\n let frameState = null;\n if (size !== undefined && hasArea(size) && view && view.isDef()) {\n const viewHints = view.getHints(\n this.frameState_ ? this.frameState_.viewHints : undefined\n );\n const viewState = view.getState();\n frameState = {\n animate: false,\n coordinateToPixelTransform: this.coordinateToPixelTransform_,\n declutterTree: null,\n extent: getForViewAndSize(\n viewState.center,\n viewState.resolution,\n viewState.rotation,\n size\n ),\n index: this.frameIndex_++,\n layerIndex: 0,\n layerStatesArray: this.getLayerGroup().getLayerStatesArray(),\n pixelRatio: this.pixelRatio_,\n pixelToCoordinateTransform: this.pixelToCoordinateTransform_,\n postRenderFunctions: [],\n size: size,\n tileQueue: this.tileQueue_,\n time: time,\n usedTiles: {},\n viewState: viewState,\n viewHints: viewHints,\n wantedTiles: {},\n mapId: getUid(this),\n renderTargets: {},\n };\n if (viewState.nextCenter && viewState.nextResolution) {\n const rotation = isNaN(viewState.nextRotation)\n ? viewState.rotation\n : viewState.nextRotation;\n\n frameState.nextExtent = getForViewAndSize(\n viewState.nextCenter,\n viewState.nextResolution,\n rotation,\n size\n );\n }\n }\n\n this.frameState_ = frameState;\n this.renderer_.renderFrame(frameState);\n\n if (frameState) {\n if (frameState.animate) {\n this.render();\n }\n Array.prototype.push.apply(\n this.postRenderFunctions_,\n frameState.postRenderFunctions\n );\n\n if (previousFrameState) {\n const moveStart =\n !this.previousExtent_ ||\n (!isEmpty(this.previousExtent_) &&\n !equalsExtent(frameState.extent, this.previousExtent_));\n if (moveStart) {\n this.dispatchEvent(\n new MapEvent(MapEventType.MOVESTART, this, previousFrameState)\n );\n this.previousExtent_ = createOrUpdateEmpty(this.previousExtent_);\n }\n }\n\n const idle =\n this.previousExtent_ &&\n !frameState.viewHints[ViewHint.ANIMATING] &&\n !frameState.viewHints[ViewHint.INTERACTING] &&\n !equalsExtent(frameState.extent, this.previousExtent_);\n\n if (idle) {\n this.dispatchEvent(\n new MapEvent(MapEventType.MOVEEND, this, frameState)\n );\n clone(frameState.extent, this.previousExtent_);\n }\n }\n\n this.dispatchEvent(new MapEvent(MapEventType.POSTRENDER, this, frameState));\n\n this.renderComplete_ =\n this.hasListener(MapEventType.LOADSTART) ||\n this.hasListener(MapEventType.LOADEND) ||\n this.hasListener(RenderEventType.RENDERCOMPLETE)\n ? !this.tileQueue_.getTilesLoading() &&\n !this.tileQueue_.getCount() &&\n !this.getLoadingOrNotReady()\n : undefined;\n\n if (!this.postRenderTimeoutHandle_) {\n this.postRenderTimeoutHandle_ = setTimeout(() => {\n this.postRenderTimeoutHandle_ = undefined;\n this.handlePostRender();\n }, 0);\n }\n }\n\n /**\n * Sets the layergroup of this map.\n * @param {LayerGroup} layerGroup A layer group containing the layers in this map.\n * @observable\n * @api\n */\n setLayerGroup(layerGroup) {\n const oldLayerGroup = this.getLayerGroup();\n if (oldLayerGroup) {\n this.handleLayerRemove_(new GroupEvent('removelayer', oldLayerGroup));\n }\n this.set(MapProperty.LAYERGROUP, layerGroup);\n }\n\n /**\n * Set the size of this map.\n * @param {import(\"./size.js\").Size|undefined} size The size in pixels of the map in the DOM.\n * @observable\n * @api\n */\n setSize(size) {\n this.set(MapProperty.SIZE, size);\n }\n\n /**\n * Set the target element to render this map into.\n * @param {HTMLElement|string} [target] The Element or id of the Element\n * that the map is rendered in.\n * @observable\n * @api\n */\n setTarget(target) {\n this.set(MapProperty.TARGET, target);\n }\n\n /**\n * Set the view for this map.\n * @param {View|Promise} view The view that controls this map.\n * It is also possible to pass a promise that resolves to options for constructing a view. This\n * alternative allows view properties to be resolved by sources or other components that load\n * view-related metadata.\n * @observable\n * @api\n */\n setView(view) {\n if (!view || view instanceof View) {\n this.set(MapProperty.VIEW, view);\n return;\n }\n this.set(MapProperty.VIEW, new View());\n\n const map = this;\n view.then(function (viewOptions) {\n map.setView(new View(viewOptions));\n });\n }\n\n /**\n * Force a recalculation of the map viewport size. This should be called when\n * third-party code changes the size of the map viewport.\n * @api\n */\n updateSize() {\n const targetElement = this.getTargetElement();\n\n let size = undefined;\n if (targetElement) {\n const computedStyle = getComputedStyle(targetElement);\n const width =\n targetElement.offsetWidth -\n parseFloat(computedStyle['borderLeftWidth']) -\n parseFloat(computedStyle['paddingLeft']) -\n parseFloat(computedStyle['paddingRight']) -\n parseFloat(computedStyle['borderRightWidth']);\n const height =\n targetElement.offsetHeight -\n parseFloat(computedStyle['borderTopWidth']) -\n parseFloat(computedStyle['paddingTop']) -\n parseFloat(computedStyle['paddingBottom']) -\n parseFloat(computedStyle['borderBottomWidth']);\n if (!isNaN(width) && !isNaN(height)) {\n size = [width, height];\n if (\n !hasArea(size) &&\n !!(\n targetElement.offsetWidth ||\n targetElement.offsetHeight ||\n targetElement.getClientRects().length\n )\n ) {\n warn(\n \"No map visible because the map container's width or height are 0.\"\n );\n }\n }\n }\n\n const oldSize = this.getSize();\n if (size && (!oldSize || !equals(size, oldSize))) {\n this.setSize(size);\n this.updateViewportSize_(size);\n }\n }\n\n /**\n * Recomputes the viewport size and save it on the view object (if any)\n * @param {import(\"./size.js\").Size|undefined} size The size.\n * @private\n */\n updateViewportSize_(size) {\n const view = this.getView();\n if (view) {\n view.setViewportSize(size);\n }\n }\n}\n\n/**\n * @param {MapOptions} options Map options.\n * @return {MapOptionsInternal} Internal map options.\n */\nfunction createOptionsInternal(options) {\n /**\n * @type {HTMLElement|Document}\n */\n let keyboardEventTarget = null;\n if (options.keyboardEventTarget !== undefined) {\n keyboardEventTarget =\n typeof options.keyboardEventTarget === 'string'\n ? document.getElementById(options.keyboardEventTarget)\n : options.keyboardEventTarget;\n }\n\n /**\n * @type {Object}\n */\n const values = {};\n\n const layerGroup =\n options.layers &&\n typeof (/** @type {?} */ (options.layers).getLayers) === 'function'\n ? /** @type {LayerGroup} */ (options.layers)\n : new LayerGroup({\n layers:\n /** @type {Collection|Array} */ (\n options.layers\n ),\n });\n values[MapProperty.LAYERGROUP] = layerGroup;\n\n values[MapProperty.TARGET] = options.target;\n\n values[MapProperty.VIEW] =\n options.view instanceof View ? options.view : new View();\n\n /** @type {Collection} */\n let controls;\n if (options.controls !== undefined) {\n if (Array.isArray(options.controls)) {\n controls = new Collection(options.controls.slice());\n } else {\n assert(\n typeof (/** @type {?} */ (options.controls).getArray) === 'function',\n 'Expected `controls` to be an array or an `ol/Collection.js`'\n );\n controls = options.controls;\n }\n }\n\n /** @type {Collection} */\n let interactions;\n if (options.interactions !== undefined) {\n if (Array.isArray(options.interactions)) {\n interactions = new Collection(options.interactions.slice());\n } else {\n assert(\n typeof (/** @type {?} */ (options.interactions).getArray) ===\n 'function',\n 'Expected `interactions` to be an array or an `ol/Collection.js`'\n );\n interactions = options.interactions;\n }\n }\n\n /** @type {Collection} */\n let overlays;\n if (options.overlays !== undefined) {\n if (Array.isArray(options.overlays)) {\n overlays = new Collection(options.overlays.slice());\n } else {\n assert(\n typeof (/** @type {?} */ (options.overlays).getArray) === 'function',\n 'Expected `overlays` to be an array or an `ol/Collection.js`'\n );\n overlays = options.overlays;\n }\n } else {\n overlays = new Collection();\n }\n\n return {\n controls: controls,\n interactions: interactions,\n keyboardEventTarget: keyboardEventTarget,\n overlays: overlays,\n values: values,\n };\n}\nexport default Map;\n","/**\n * @module ol/Overlay\n */\nimport BaseObject from './Object.js';\nimport MapEventType from './MapEventType.js';\nimport {CLASS_SELECTABLE} from './css.js';\nimport {containsExtent} from './extent.js';\nimport {listen, unlistenByKey} from './events.js';\nimport {outerHeight, outerWidth, removeChildren, removeNode} from './dom.js';\n\n/**\n * @typedef {'bottom-left' | 'bottom-center' | 'bottom-right' | 'center-left' | 'center-center' | 'center-right' | 'top-left' | 'top-center' | 'top-right'} Positioning\n * The overlay position: `'bottom-left'`, `'bottom-center'`, `'bottom-right'`,\n * `'center-left'`, `'center-center'`, `'center-right'`, `'top-left'`,\n * `'top-center'`, or `'top-right'`.\n */\n\n/**\n * @typedef {Object} Options\n * @property {number|string} [id] Set the overlay id. The overlay id can be used\n * with the {@link module:ol/Map~Map#getOverlayById} method.\n * @property {HTMLElement} [element] The overlay element.\n * @property {Array} [offset=[0, 0]] Offsets in pixels used when positioning\n * the overlay. The first element in the\n * array is the horizontal offset. A positive value shifts the overlay right.\n * The second element in the array is the vertical offset. A positive value\n * shifts the overlay down.\n * @property {import(\"./coordinate.js\").Coordinate} [position] The overlay position\n * in map projection.\n * @property {Positioning} [positioning='top-left'] Defines how\n * the overlay is actually positioned with respect to its `position` property.\n * Possible values are `'bottom-left'`, `'bottom-center'`, `'bottom-right'`,\n * `'center-left'`, `'center-center'`, `'center-right'`, `'top-left'`,\n * `'top-center'`, and `'top-right'`.\n * @property {boolean} [stopEvent=true] Whether event propagation to the map\n * viewport should be stopped. If `true` the overlay is placed in the same\n * container as that of the controls (CSS class name\n * `ol-overlaycontainer-stopevent`); if `false` it is placed in the container\n * with CSS class name specified by the `className` property.\n * @property {boolean} [insertFirst=true] Whether the overlay is inserted first\n * in the overlay container, or appended. If the overlay is placed in the same\n * container as that of the controls (see the `stopEvent` option) you will\n * probably set `insertFirst` to `true` so the overlay is displayed below the\n * controls.\n * @property {PanIntoViewOptions|boolean} [autoPan=false] Pan the map when calling\n * `setPosition`, so that the overlay is entirely visible in the current viewport.\n * @property {string} [className='ol-overlay-container ol-selectable'] CSS class\n * name.\n */\n\n/**\n * @typedef {Object} PanOptions\n * @property {number} [duration=1000] The duration of the animation in\n * milliseconds.\n * @property {function(number):number} [easing] The easing function to use. Can\n * be one from {@link module:ol/easing} or a custom function.\n * Default is {@link module:ol/easing.inAndOut}.\n */\n\n/**\n * @typedef {Object} PanIntoViewOptions\n * @property {PanOptions} [animation={}] The animation parameters for the pan\n * @property {number} [margin=20] The margin (in pixels) between the\n * overlay and the borders of the map when panning into view.\n */\n\n/**\n * @enum {string}\n * @protected\n */\nconst Property = {\n ELEMENT: 'element',\n MAP: 'map',\n OFFSET: 'offset',\n POSITION: 'position',\n POSITIONING: 'positioning',\n};\n\n/**\n * @typedef {import(\"./ObjectEventType\").Types|'change:element'|'change:map'|'change:offset'|'change:position'|\n * 'change:positioning'} OverlayObjectEventTypes\n */\n\n/***\n * @template Return\n * @typedef {import(\"./Observable\").OnSignature &\n * import(\"./Observable\").OnSignature &\n * import(\"./Observable\").CombinedOnSignature} OverlayOnSignature\n */\n\n/**\n * @classdesc\n * An element to be displayed over the map and attached to a single map\n * location. Like {@link module:ol/control/Control~Control}, Overlays are\n * visible widgets. Unlike Controls, they are not in a fixed position on the\n * screen, but are tied to a geographical coordinate, so panning the map will\n * move an Overlay but not a Control.\n *\n * Example:\n *\n * import Overlay from 'ol/Overlay.js';\n *\n * // ...\n * const popup = new Overlay({\n * element: document.getElementById('popup'),\n * });\n * popup.setPosition(coordinate);\n * map.addOverlay(popup);\n *\n * @api\n */\nclass Overlay extends BaseObject {\n /**\n * @param {Options} options Overlay options.\n */\n constructor(options) {\n super();\n\n /***\n * @type {OverlayOnSignature}\n */\n this.on;\n\n /***\n * @type {OverlayOnSignature}\n */\n this.once;\n\n /***\n * @type {OverlayOnSignature}\n */\n this.un;\n\n /**\n * @protected\n * @type {Options}\n */\n this.options = options;\n\n /**\n * @protected\n * @type {number|string|undefined}\n */\n this.id = options.id;\n\n /**\n * @protected\n * @type {boolean}\n */\n this.insertFirst =\n options.insertFirst !== undefined ? options.insertFirst : true;\n\n /**\n * @protected\n * @type {boolean}\n */\n this.stopEvent = options.stopEvent !== undefined ? options.stopEvent : true;\n\n /**\n * @protected\n * @type {HTMLElement}\n */\n this.element = document.createElement('div');\n this.element.className =\n options.className !== undefined\n ? options.className\n : 'ol-overlay-container ' + CLASS_SELECTABLE;\n this.element.style.position = 'absolute';\n this.element.style.pointerEvents = 'auto';\n\n /**\n * @protected\n * @type {PanIntoViewOptions|undefined}\n */\n this.autoPan = options.autoPan === true ? {} : options.autoPan || undefined;\n\n /**\n * @protected\n * @type {{transform_: string,\n * visible: boolean}}\n */\n this.rendered = {\n transform_: '',\n visible: true,\n };\n\n /**\n * @protected\n * @type {?import(\"./events.js\").EventsKey}\n */\n this.mapPostrenderListenerKey = null;\n\n this.addChangeListener(Property.ELEMENT, this.handleElementChanged);\n this.addChangeListener(Property.MAP, this.handleMapChanged);\n this.addChangeListener(Property.OFFSET, this.handleOffsetChanged);\n this.addChangeListener(Property.POSITION, this.handlePositionChanged);\n this.addChangeListener(Property.POSITIONING, this.handlePositioningChanged);\n\n if (options.element !== undefined) {\n this.setElement(options.element);\n }\n\n this.setOffset(options.offset !== undefined ? options.offset : [0, 0]);\n\n this.setPositioning(options.positioning || 'top-left');\n\n if (options.position !== undefined) {\n this.setPosition(options.position);\n }\n }\n\n /**\n * Get the DOM element of this overlay.\n * @return {HTMLElement|undefined} The Element containing the overlay.\n * @observable\n * @api\n */\n getElement() {\n return /** @type {HTMLElement|undefined} */ (this.get(Property.ELEMENT));\n }\n\n /**\n * Get the overlay identifier which is set on constructor.\n * @return {number|string|undefined} Id.\n * @api\n */\n getId() {\n return this.id;\n }\n\n /**\n * Get the map associated with this overlay.\n * @return {import(\"./Map.js\").default|null} The map that the\n * overlay is part of.\n * @observable\n * @api\n */\n getMap() {\n return /** @type {import(\"./Map.js\").default|null} */ (\n this.get(Property.MAP) || null\n );\n }\n\n /**\n * Get the offset of this overlay.\n * @return {Array} The offset.\n * @observable\n * @api\n */\n getOffset() {\n return /** @type {Array} */ (this.get(Property.OFFSET));\n }\n\n /**\n * Get the current position of this overlay.\n * @return {import(\"./coordinate.js\").Coordinate|undefined} The spatial point that the overlay is\n * anchored at.\n * @observable\n * @api\n */\n getPosition() {\n return /** @type {import(\"./coordinate.js\").Coordinate|undefined} */ (\n this.get(Property.POSITION)\n );\n }\n\n /**\n * Get the current positioning of this overlay.\n * @return {Positioning} How the overlay is positioned\n * relative to its point on the map.\n * @observable\n * @api\n */\n getPositioning() {\n return /** @type {Positioning} */ (this.get(Property.POSITIONING));\n }\n\n /**\n * @protected\n */\n handleElementChanged() {\n removeChildren(this.element);\n const element = this.getElement();\n if (element) {\n this.element.appendChild(element);\n }\n }\n\n /**\n * @protected\n */\n handleMapChanged() {\n if (this.mapPostrenderListenerKey) {\n removeNode(this.element);\n unlistenByKey(this.mapPostrenderListenerKey);\n this.mapPostrenderListenerKey = null;\n }\n const map = this.getMap();\n if (map) {\n this.mapPostrenderListenerKey = listen(\n map,\n MapEventType.POSTRENDER,\n this.render,\n this\n );\n this.updatePixelPosition();\n const container = this.stopEvent\n ? map.getOverlayContainerStopEvent()\n : map.getOverlayContainer();\n if (this.insertFirst) {\n container.insertBefore(this.element, container.childNodes[0] || null);\n } else {\n container.appendChild(this.element);\n }\n this.performAutoPan();\n }\n }\n\n /**\n * @protected\n */\n render() {\n this.updatePixelPosition();\n }\n\n /**\n * @protected\n */\n handleOffsetChanged() {\n this.updatePixelPosition();\n }\n\n /**\n * @protected\n */\n handlePositionChanged() {\n this.updatePixelPosition();\n this.performAutoPan();\n }\n\n /**\n * @protected\n */\n handlePositioningChanged() {\n this.updatePixelPosition();\n }\n\n /**\n * Set the DOM element to be associated with this overlay.\n * @param {HTMLElement|undefined} element The Element containing the overlay.\n * @observable\n * @api\n */\n setElement(element) {\n this.set(Property.ELEMENT, element);\n }\n\n /**\n * Set the map to be associated with this overlay.\n * @param {import(\"./Map.js\").default|null} map The map that the\n * overlay is part of. Pass `null` to just remove the overlay from the current map.\n * @observable\n * @api\n */\n setMap(map) {\n this.set(Property.MAP, map);\n }\n\n /**\n * Set the offset for this overlay.\n * @param {Array} offset Offset.\n * @observable\n * @api\n */\n setOffset(offset) {\n this.set(Property.OFFSET, offset);\n }\n\n /**\n * Set the position for this overlay. If the position is `undefined` the\n * overlay is hidden.\n * @param {import(\"./coordinate.js\").Coordinate|undefined} position The spatial point that the overlay\n * is anchored at.\n * @observable\n * @api\n */\n setPosition(position) {\n this.set(Property.POSITION, position);\n }\n\n /**\n * Pan the map so that the overlay is entirely visible in the current viewport\n * (if necessary) using the configured autoPan parameters\n * @protected\n */\n performAutoPan() {\n if (this.autoPan) {\n this.panIntoView(this.autoPan);\n }\n }\n\n /**\n * Pan the map so that the overlay is entirely visible in the current viewport\n * (if necessary).\n * @param {PanIntoViewOptions} [panIntoViewOptions] Options for the pan action\n * @api\n */\n panIntoView(panIntoViewOptions) {\n const map = this.getMap();\n\n if (!map || !map.getTargetElement() || !this.get(Property.POSITION)) {\n return;\n }\n\n const mapRect = this.getRect(map.getTargetElement(), map.getSize());\n const element = this.getElement();\n const overlayRect = this.getRect(element, [\n outerWidth(element),\n outerHeight(element),\n ]);\n\n panIntoViewOptions = panIntoViewOptions || {};\n\n const myMargin =\n panIntoViewOptions.margin === undefined ? 20 : panIntoViewOptions.margin;\n if (!containsExtent(mapRect, overlayRect)) {\n // the overlay is not completely inside the viewport, so pan the map\n const offsetLeft = overlayRect[0] - mapRect[0];\n const offsetRight = mapRect[2] - overlayRect[2];\n const offsetTop = overlayRect[1] - mapRect[1];\n const offsetBottom = mapRect[3] - overlayRect[3];\n\n const delta = [0, 0];\n if (offsetLeft < 0) {\n // move map to the left\n delta[0] = offsetLeft - myMargin;\n } else if (offsetRight < 0) {\n // move map to the right\n delta[0] = Math.abs(offsetRight) + myMargin;\n }\n if (offsetTop < 0) {\n // move map up\n delta[1] = offsetTop - myMargin;\n } else if (offsetBottom < 0) {\n // move map down\n delta[1] = Math.abs(offsetBottom) + myMargin;\n }\n\n if (delta[0] !== 0 || delta[1] !== 0) {\n const center = /** @type {import(\"./coordinate.js\").Coordinate} */ (\n map.getView().getCenterInternal()\n );\n const centerPx = map.getPixelFromCoordinateInternal(center);\n if (!centerPx) {\n return;\n }\n const newCenterPx = [centerPx[0] + delta[0], centerPx[1] + delta[1]];\n\n const panOptions = panIntoViewOptions.animation || {};\n map.getView().animateInternal({\n center: map.getCoordinateFromPixelInternal(newCenterPx),\n duration: panOptions.duration,\n easing: panOptions.easing,\n });\n }\n }\n }\n\n /**\n * Get the extent of an element relative to the document\n * @param {HTMLElement} element The element.\n * @param {import(\"./size.js\").Size} size The size of the element.\n * @return {import(\"./extent.js\").Extent} The extent.\n * @protected\n */\n getRect(element, size) {\n const box = element.getBoundingClientRect();\n const offsetX = box.left + window.pageXOffset;\n const offsetY = box.top + window.pageYOffset;\n return [offsetX, offsetY, offsetX + size[0], offsetY + size[1]];\n }\n\n /**\n * Set the positioning for this overlay.\n * @param {Positioning} positioning how the overlay is\n * positioned relative to its point on the map.\n * @observable\n * @api\n */\n setPositioning(positioning) {\n this.set(Property.POSITIONING, positioning);\n }\n\n /**\n * Modify the visibility of the element.\n * @param {boolean} visible Element visibility.\n * @protected\n */\n setVisible(visible) {\n if (this.rendered.visible !== visible) {\n this.element.style.display = visible ? '' : 'none';\n this.rendered.visible = visible;\n }\n }\n\n /**\n * Update pixel position.\n * @protected\n */\n updatePixelPosition() {\n const map = this.getMap();\n const position = this.getPosition();\n if (!map || !map.isRendered() || !position) {\n this.setVisible(false);\n return;\n }\n\n const pixel = map.getPixelFromCoordinate(position);\n const mapSize = map.getSize();\n this.updateRenderedPosition(pixel, mapSize);\n }\n\n /**\n * @param {import(\"./pixel.js\").Pixel} pixel The pixel location.\n * @param {import(\"./size.js\").Size|undefined} mapSize The map size.\n * @protected\n */\n updateRenderedPosition(pixel, mapSize) {\n const style = this.element.style;\n const offset = this.getOffset();\n\n const positioning = this.getPositioning();\n\n this.setVisible(true);\n\n const x = Math.round(pixel[0] + offset[0]) + 'px';\n const y = Math.round(pixel[1] + offset[1]) + 'px';\n let posX = '0%';\n let posY = '0%';\n if (\n positioning == 'bottom-right' ||\n positioning == 'center-right' ||\n positioning == 'top-right'\n ) {\n posX = '-100%';\n } else if (\n positioning == 'bottom-center' ||\n positioning == 'center-center' ||\n positioning == 'top-center'\n ) {\n posX = '-50%';\n }\n if (\n positioning == 'bottom-left' ||\n positioning == 'bottom-center' ||\n positioning == 'bottom-right'\n ) {\n posY = '-100%';\n } else if (\n positioning == 'center-left' ||\n positioning == 'center-center' ||\n positioning == 'center-right'\n ) {\n posY = '-50%';\n }\n const transform = `translate(${posX}, ${posY}) translate(${x}, ${y})`;\n if (this.rendered.transform_ != transform) {\n this.rendered.transform_ = transform;\n style.transform = transform;\n }\n }\n\n /**\n * returns the options this Overlay has been created with\n * @return {Options} overlay options\n */\n getOptions() {\n return this.options;\n }\n}\n\nexport default Overlay;\n","/**\n * @module ol/structs/LRUCache\n */\n\nimport {assert} from '../asserts.js';\n\n/**\n * @typedef {Object} Entry\n * @property {string} key_ Key.\n * @property {Entry|null} newer Newer.\n * @property {Entry|null} older Older.\n * @property {*} value_ Value.\n */\n\n/**\n * @classdesc\n * Implements a Least-Recently-Used cache where the keys do not conflict with\n * Object's properties (e.g. 'hasOwnProperty' is not allowed as a key). Expiring\n * items from the cache is the responsibility of the user.\n *\n * @fires import(\"../events/Event.js\").default\n * @template T\n */\nclass LRUCache {\n /**\n * @param {number} [highWaterMark] High water mark.\n */\n constructor(highWaterMark) {\n /**\n * Desired max cache size after expireCache(). If set to 0, no cache entries\n * will be pruned at all.\n * @type {number}\n */\n this.highWaterMark = highWaterMark !== undefined ? highWaterMark : 2048;\n\n /**\n * @private\n * @type {number}\n */\n this.count_ = 0;\n\n /**\n * @private\n * @type {!Object}\n */\n this.entries_ = {};\n\n /**\n * @private\n * @type {?Entry}\n */\n this.oldest_ = null;\n\n /**\n * @private\n * @type {?Entry}\n */\n this.newest_ = null;\n }\n\n /**\n * @return {boolean} Can expire cache.\n */\n canExpireCache() {\n return this.highWaterMark > 0 && this.getCount() > this.highWaterMark;\n }\n\n /**\n * Expire the cache.\n * @param {!Object} [keep] Keys to keep. To be implemented by subclasses.\n */\n expireCache(keep) {\n while (this.canExpireCache()) {\n this.pop();\n }\n }\n\n /**\n * FIXME empty description for jsdoc\n */\n clear() {\n this.count_ = 0;\n this.entries_ = {};\n this.oldest_ = null;\n this.newest_ = null;\n }\n\n /**\n * @param {string} key Key.\n * @return {boolean} Contains key.\n */\n containsKey(key) {\n return this.entries_.hasOwnProperty(key);\n }\n\n /**\n * @param {function(T, string, LRUCache): ?} f The function\n * to call for every entry from the oldest to the newer. This function takes\n * 3 arguments (the entry value, the entry key and the LRUCache object).\n * The return value is ignored.\n */\n forEach(f) {\n let entry = this.oldest_;\n while (entry) {\n f(entry.value_, entry.key_, this);\n entry = entry.newer;\n }\n }\n\n /**\n * @param {string} key Key.\n * @param {*} [options] Options (reserved for subclasses).\n * @return {T} Value.\n */\n get(key, options) {\n const entry = this.entries_[key];\n assert(\n entry !== undefined,\n 'Tried to get a value for a key that does not exist in the cache'\n );\n if (entry === this.newest_) {\n return entry.value_;\n }\n if (entry === this.oldest_) {\n this.oldest_ = /** @type {Entry} */ (this.oldest_.newer);\n this.oldest_.older = null;\n } else {\n entry.newer.older = entry.older;\n entry.older.newer = entry.newer;\n }\n entry.newer = null;\n entry.older = this.newest_;\n this.newest_.newer = entry;\n this.newest_ = entry;\n return entry.value_;\n }\n\n /**\n * Remove an entry from the cache.\n * @param {string} key The entry key.\n * @return {T} The removed entry.\n */\n remove(key) {\n const entry = this.entries_[key];\n assert(\n entry !== undefined,\n 'Tried to get a value for a key that does not exist in the cache'\n );\n if (entry === this.newest_) {\n this.newest_ = /** @type {Entry} */ (entry.older);\n if (this.newest_) {\n this.newest_.newer = null;\n }\n } else if (entry === this.oldest_) {\n this.oldest_ = /** @type {Entry} */ (entry.newer);\n if (this.oldest_) {\n this.oldest_.older = null;\n }\n } else {\n entry.newer.older = entry.older;\n entry.older.newer = entry.newer;\n }\n delete this.entries_[key];\n --this.count_;\n return entry.value_;\n }\n\n /**\n * @return {number} Count.\n */\n getCount() {\n return this.count_;\n }\n\n /**\n * @return {Array} Keys.\n */\n getKeys() {\n const keys = new Array(this.count_);\n let i = 0;\n let entry;\n for (entry = this.newest_; entry; entry = entry.older) {\n keys[i++] = entry.key_;\n }\n return keys;\n }\n\n /**\n * @return {Array} Values.\n */\n getValues() {\n const values = new Array(this.count_);\n let i = 0;\n let entry;\n for (entry = this.newest_; entry; entry = entry.older) {\n values[i++] = entry.value_;\n }\n return values;\n }\n\n /**\n * @return {T} Last value.\n */\n peekLast() {\n return this.oldest_.value_;\n }\n\n /**\n * @return {string} Last key.\n */\n peekLastKey() {\n return this.oldest_.key_;\n }\n\n /**\n * Get the key of the newest item in the cache. Throws if the cache is empty.\n * @return {string} The newest key.\n */\n peekFirstKey() {\n return this.newest_.key_;\n }\n\n /**\n * Return an entry without updating least recently used time.\n * @param {string} key Key.\n * @return {T|undefined} Value.\n */\n peek(key) {\n return this.entries_[key]?.value_;\n }\n\n /**\n * @return {T} value Value.\n */\n pop() {\n const entry = this.oldest_;\n delete this.entries_[entry.key_];\n if (entry.newer) {\n entry.newer.older = null;\n }\n this.oldest_ = /** @type {Entry} */ (entry.newer);\n if (!this.oldest_) {\n this.newest_ = null;\n }\n --this.count_;\n return entry.value_;\n }\n\n /**\n * @param {string} key Key.\n * @param {T} value Value.\n */\n replace(key, value) {\n this.get(key); // update `newest_`\n this.entries_[key].value_ = value;\n }\n\n /**\n * @param {string} key Key.\n * @param {T} value Value.\n */\n set(key, value) {\n assert(\n !(key in this.entries_),\n 'Tried to set a value for a key that is used already'\n );\n const entry = {\n key_: key,\n newer: null,\n older: this.newest_,\n value_: value,\n };\n if (!this.newest_) {\n this.oldest_ = entry;\n } else {\n this.newest_.newer = entry;\n }\n this.newest_ = entry;\n this.entries_[key] = entry;\n ++this.count_;\n }\n\n /**\n * Set a maximum number of entries for the cache.\n * @param {number} size Cache size.\n * @api\n */\n setSize(size) {\n this.highWaterMark = size;\n }\n}\n\nexport default LRUCache;\n","/**\n * @module ol/tilecoord\n */\n\n/**\n * An array of three numbers representing the location of a tile in a tile\n * grid. The order is `z` (zoom level), `x` (column), and `y` (row).\n * @typedef {Array} TileCoord\n * @api\n */\n\n/**\n * @param {number} z Z.\n * @param {number} x X.\n * @param {number} y Y.\n * @param {TileCoord} [tileCoord] Tile coordinate.\n * @return {TileCoord} Tile coordinate.\n */\nexport function createOrUpdate(z, x, y, tileCoord) {\n if (tileCoord !== undefined) {\n tileCoord[0] = z;\n tileCoord[1] = x;\n tileCoord[2] = y;\n return tileCoord;\n }\n return [z, x, y];\n}\n\n/**\n * @param {number} z Z.\n * @param {number} x X.\n * @param {number} y Y.\n * @return {string} Key.\n */\nexport function getKeyZXY(z, x, y) {\n return z + '/' + x + '/' + y;\n}\n\n/**\n * Get the key for a tile coord.\n * @param {TileCoord} tileCoord The tile coord.\n * @return {string} Key.\n */\nexport function getKey(tileCoord) {\n return getKeyZXY(tileCoord[0], tileCoord[1], tileCoord[2]);\n}\n\n/**\n * Get the tile cache key for a tile key obtained through `tile.getKey()`.\n * @param {string} tileKey The tile key.\n * @return {string} The cache key.\n */\nexport function getCacheKeyForTileKey(tileKey) {\n const [z, x, y] = tileKey\n .substring(tileKey.lastIndexOf('/') + 1, tileKey.length)\n .split(',')\n .map(Number);\n return getKeyZXY(z, x, y);\n}\n\n/**\n * Get a tile coord given a key.\n * @param {string} key The tile coord key.\n * @return {TileCoord} The tile coord.\n */\nexport function fromKey(key) {\n return key.split('/').map(Number);\n}\n\n/**\n * @param {TileCoord} tileCoord Tile coord.\n * @return {number} Hash.\n */\nexport function hash(tileCoord) {\n return (tileCoord[1] << tileCoord[0]) + tileCoord[2];\n}\n\n/**\n * @param {TileCoord} tileCoord Tile coordinate.\n * @param {!import(\"./tilegrid/TileGrid.js\").default} tileGrid Tile grid.\n * @return {boolean} Tile coordinate is within extent and zoom level range.\n */\nexport function withinExtentAndZ(tileCoord, tileGrid) {\n const z = tileCoord[0];\n const x = tileCoord[1];\n const y = tileCoord[2];\n\n if (tileGrid.getMinZoom() > z || z > tileGrid.getMaxZoom()) {\n return false;\n }\n const tileRange = tileGrid.getFullTileRange(z);\n if (!tileRange) {\n return true;\n }\n return tileRange.containsXY(x, y);\n}\n","/**\n * @module ol/TileCache\n */\nimport LRUCache from './structs/LRUCache.js';\nimport {fromKey, getKey} from './tilecoord.js';\n\nclass TileCache extends LRUCache {\n clear() {\n while (this.getCount() > 0) {\n this.pop().release();\n }\n super.clear();\n }\n\n /**\n * @param {!Object} usedTiles Used tiles.\n */\n expireCache(usedTiles) {\n while (this.canExpireCache()) {\n const tile = this.peekLast();\n if (tile.getKey() in usedTiles) {\n break;\n } else {\n this.pop().release();\n }\n }\n }\n\n /**\n * Prune all tiles from the cache that don't have the same z as the newest tile.\n */\n pruneExceptNewestZ() {\n if (this.getCount() === 0) {\n return;\n }\n const key = this.peekFirstKey();\n const tileCoord = fromKey(key);\n const z = tileCoord[0];\n this.forEach((tile) => {\n if (tile.tileCoord[0] !== z) {\n this.remove(getKey(tile.tileCoord));\n tile.release();\n }\n });\n }\n}\n\nexport default TileCache;\n","/**\n * @module ol/TileRange\n */\n\n/**\n * A representation of a contiguous block of tiles. A tile range is specified\n * by its min/max tile coordinates and is inclusive of coordinates.\n */\nclass TileRange {\n /**\n * @param {number} minX Minimum X.\n * @param {number} maxX Maximum X.\n * @param {number} minY Minimum Y.\n * @param {number} maxY Maximum Y.\n */\n constructor(minX, maxX, minY, maxY) {\n /**\n * @type {number}\n */\n this.minX = minX;\n\n /**\n * @type {number}\n */\n this.maxX = maxX;\n\n /**\n * @type {number}\n */\n this.minY = minY;\n\n /**\n * @type {number}\n */\n this.maxY = maxY;\n }\n\n /**\n * @param {import(\"./tilecoord.js\").TileCoord} tileCoord Tile coordinate.\n * @return {boolean} Contains tile coordinate.\n */\n contains(tileCoord) {\n return this.containsXY(tileCoord[1], tileCoord[2]);\n }\n\n /**\n * @param {TileRange} tileRange Tile range.\n * @return {boolean} Contains.\n */\n containsTileRange(tileRange) {\n return (\n this.minX <= tileRange.minX &&\n tileRange.maxX <= this.maxX &&\n this.minY <= tileRange.minY &&\n tileRange.maxY <= this.maxY\n );\n }\n\n /**\n * @param {number} x Tile coordinate x.\n * @param {number} y Tile coordinate y.\n * @return {boolean} Contains coordinate.\n */\n containsXY(x, y) {\n return this.minX <= x && x <= this.maxX && this.minY <= y && y <= this.maxY;\n }\n\n /**\n * @param {TileRange} tileRange Tile range.\n * @return {boolean} Equals.\n */\n equals(tileRange) {\n return (\n this.minX == tileRange.minX &&\n this.minY == tileRange.minY &&\n this.maxX == tileRange.maxX &&\n this.maxY == tileRange.maxY\n );\n }\n\n /**\n * @param {TileRange} tileRange Tile range.\n */\n extend(tileRange) {\n if (tileRange.minX < this.minX) {\n this.minX = tileRange.minX;\n }\n if (tileRange.maxX > this.maxX) {\n this.maxX = tileRange.maxX;\n }\n if (tileRange.minY < this.minY) {\n this.minY = tileRange.minY;\n }\n if (tileRange.maxY > this.maxY) {\n this.maxY = tileRange.maxY;\n }\n }\n\n /**\n * @return {number} Height.\n */\n getHeight() {\n return this.maxY - this.minY + 1;\n }\n\n /**\n * @return {import(\"./size.js\").Size} Size.\n */\n getSize() {\n return [this.getWidth(), this.getHeight()];\n }\n\n /**\n * @return {number} Width.\n */\n getWidth() {\n return this.maxX - this.minX + 1;\n }\n\n /**\n * @param {TileRange} tileRange Tile range.\n * @return {boolean} Intersects.\n */\n intersects(tileRange) {\n return (\n this.minX <= tileRange.maxX &&\n this.maxX >= tileRange.minX &&\n this.minY <= tileRange.maxY &&\n this.maxY >= tileRange.minY\n );\n }\n}\n\n/**\n * @param {number} minX Minimum X.\n * @param {number} maxX Maximum X.\n * @param {number} minY Minimum Y.\n * @param {number} maxY Maximum Y.\n * @param {TileRange} [tileRange] TileRange.\n * @return {TileRange} Tile range.\n */\nexport function createOrUpdate(minX, maxX, minY, maxY, tileRange) {\n if (tileRange !== undefined) {\n tileRange.minX = minX;\n tileRange.maxX = maxX;\n tileRange.minY = minY;\n tileRange.maxY = maxY;\n return tileRange;\n }\n return new TileRange(minX, maxX, minY, maxY);\n}\n\nexport default TileRange;\n","/**\n * @module ol/VectorRenderTile\n */\nimport Tile from './Tile.js';\nimport {createCanvasContext2D, releaseCanvas} from './dom.js';\nimport {getUid} from './util.js';\n\n/**\n * @typedef {Object} ReplayState\n * @property {boolean} dirty Dirty.\n * @property {null|import(\"./render.js\").OrderFunction} renderedRenderOrder RenderedRenderOrder.\n * @property {number} renderedTileRevision RenderedTileRevision.\n * @property {number} renderedResolution RenderedResolution.\n * @property {number} renderedRevision RenderedRevision.\n * @property {number} renderedTileResolution RenderedTileResolution.\n * @property {number} renderedTileZ RenderedTileZ.\n */\n\n/**\n * @type {Array}\n */\nconst canvasPool = [];\n\nclass VectorRenderTile extends Tile {\n /**\n * @param {import(\"./tilecoord.js\").TileCoord} tileCoord Tile coordinate.\n * @param {import(\"./TileState.js\").default} state State.\n * @param {import(\"./tilecoord.js\").TileCoord} urlTileCoord Wrapped tile coordinate for source urls.\n * @param {function(VectorRenderTile):Array} getSourceTiles Function\n * to get source tiles for this tile.\n */\n constructor(tileCoord, state, urlTileCoord, getSourceTiles) {\n super(tileCoord, state, {transition: 0});\n\n /**\n * @private\n * @type {!Object}\n */\n this.context_ = {};\n\n /**\n * Executor groups by layer uid. Entries are read/written by the renderer.\n * @type {Object>}\n */\n this.executorGroups = {};\n\n /**\n * Executor groups for decluttering, by layer uid. Entries are read/written by the renderer.\n * @type {Object>}\n */\n this.declutterExecutorGroups = {};\n\n /**\n * Number of loading source tiles. Read/written by the source.\n * @type {number}\n */\n this.loadingSourceTiles = 0;\n\n /**\n * @type {Object}\n */\n this.hitDetectionImageData = {};\n\n /**\n * @private\n * @type {!Object}\n */\n this.replayState_ = {};\n\n /**\n * @type {Array}\n */\n this.sourceTiles = [];\n\n /**\n * @type {Object}\n */\n this.errorTileKeys = {};\n\n /**\n * @type {number}\n */\n this.wantedResolution;\n\n /**\n * @type {!function():Array}\n */\n this.getSourceTiles = getSourceTiles.bind(undefined, this);\n\n /**\n * @type {import(\"./tilecoord.js\").TileCoord}\n */\n this.wrappedTileCoord = urlTileCoord;\n }\n\n /**\n * @param {import(\"./layer/Layer.js\").default} layer Layer.\n * @return {CanvasRenderingContext2D} The rendering context.\n */\n getContext(layer) {\n const key = getUid(layer);\n if (!(key in this.context_)) {\n this.context_[key] = createCanvasContext2D(1, 1, canvasPool);\n }\n return this.context_[key];\n }\n\n /**\n * @param {import(\"./layer/Layer.js\").default} layer Layer.\n * @return {boolean} Tile has a rendering context for the given layer.\n */\n hasContext(layer) {\n return getUid(layer) in this.context_;\n }\n\n /**\n * Get the Canvas for this tile.\n * @param {import(\"./layer/Layer.js\").default} layer Layer.\n * @return {HTMLCanvasElement} Canvas.\n */\n getImage(layer) {\n return this.hasContext(layer) ? this.getContext(layer).canvas : null;\n }\n\n /**\n * @param {import(\"./layer/Layer.js\").default} layer Layer.\n * @return {ReplayState} The replay state.\n */\n getReplayState(layer) {\n const key = getUid(layer);\n if (!(key in this.replayState_)) {\n this.replayState_[key] = {\n dirty: false,\n renderedRenderOrder: null,\n renderedResolution: NaN,\n renderedRevision: -1,\n renderedTileResolution: NaN,\n renderedTileRevision: -1,\n renderedTileZ: -1,\n };\n }\n return this.replayState_[key];\n }\n\n /**\n * Load the tile.\n */\n load() {\n this.getSourceTiles();\n }\n\n /**\n * Remove from the cache due to expiry\n */\n release() {\n for (const key in this.context_) {\n const context = this.context_[key];\n releaseCanvas(context);\n canvasPool.push(context.canvas);\n delete this.context_[key];\n }\n super.release();\n }\n}\n\nexport default VectorRenderTile;\n","/**\n * @module ol/VectorTile\n */\nimport Tile from './Tile.js';\nimport TileState from './TileState.js';\n\nclass VectorTile extends Tile {\n /**\n * @param {import(\"./tilecoord.js\").TileCoord} tileCoord Tile coordinate.\n * @param {import(\"./TileState.js\").default} state State.\n * @param {string} src Data source url.\n * @param {import(\"./format/Feature.js\").default} format Feature format.\n * @param {import(\"./Tile.js\").LoadFunction} tileLoadFunction Tile load function.\n * @param {import(\"./Tile.js\").Options} [options] Tile options.\n */\n constructor(tileCoord, state, src, format, tileLoadFunction, options) {\n super(tileCoord, state, options);\n\n /**\n * Extent of this tile; set by the source.\n * @type {import(\"./extent.js\").Extent}\n */\n this.extent = null;\n\n /**\n * @private\n * @type {import(\"./format/Feature.js\").default}\n */\n this.format_ = format;\n\n /**\n * @private\n * @type {Array}\n */\n this.features_ = null;\n\n /**\n * @private\n * @type {import(\"./featureloader.js\").FeatureLoader}\n */\n this.loader_;\n\n /**\n * Feature projection of this tile; set by the source.\n * @type {import(\"./proj/Projection.js\").default}\n */\n this.projection = null;\n\n /**\n * Resolution of this tile; set by the source.\n * @type {number}\n */\n this.resolution;\n\n /**\n * @private\n * @type {import(\"./Tile.js\").LoadFunction}\n */\n this.tileLoadFunction_ = tileLoadFunction;\n\n /**\n * @private\n * @type {string}\n */\n this.url_ = src;\n\n this.key = src;\n }\n\n /**\n * Get the feature format assigned for reading this tile's features.\n * @return {import(\"./format/Feature.js\").default} Feature format.\n * @api\n */\n getFormat() {\n return this.format_;\n }\n\n /**\n * Get the features for this tile. Geometries will be in the view projection.\n * @return {Array} Features.\n * @api\n */\n getFeatures() {\n return this.features_;\n }\n\n /**\n * Load not yet loaded URI.\n */\n load() {\n if (this.state == TileState.IDLE) {\n this.setState(TileState.LOADING);\n this.tileLoadFunction_(this, this.url_);\n if (this.loader_) {\n this.loader_(this.extent, this.resolution, this.projection);\n }\n }\n }\n\n /**\n * Handler for successful tile load.\n * @param {Array} features The loaded features.\n * @param {import(\"./proj/Projection.js\").default} dataProjection Data projection.\n */\n onLoad(features, dataProjection) {\n this.setFeatures(features);\n }\n\n /**\n * Handler for tile load errors.\n */\n onError() {\n this.setState(TileState.ERROR);\n }\n\n /**\n * Function for use in an {@link module:ol/source/VectorTile~VectorTile}'s `tileLoadFunction`.\n * Sets the features for the tile.\n * @param {Array} features Features.\n * @api\n */\n setFeatures(features) {\n this.features_ = features;\n this.setState(TileState.LOADED);\n }\n\n /**\n * Set the feature loader for reading this tile's features.\n * @param {import(\"./featureloader.js\").FeatureLoader} loader Feature loader.\n * @api\n */\n setLoader(loader) {\n this.loader_ = loader;\n }\n}\n\nexport default VectorTile;\n","/**\n * @module ol/colorlike\n */\nimport {toString} from './color.js';\n\n/**\n * A type accepted by CanvasRenderingContext2D.fillStyle\n * or CanvasRenderingContext2D.strokeStyle.\n * Represents a color, pattern, or gradient. The origin for patterns and\n * gradients as fill style is an increment of 512 css pixels from map coordinate\n * `[0, 0]`. For seamless repeat patterns, width and height of the pattern image\n * must be a factor of two (2, 4, 8, ..., 512).\n *\n * @typedef {string|CanvasPattern|CanvasGradient} ColorLike\n * @api\n */\n\n/**\n * @param {import(\"./color.js\").Color|ColorLike} color Color.\n * @return {ColorLike} The color as an {@link ol/colorlike~ColorLike}.\n * @api\n */\nexport function asColorLike(color) {\n if (Array.isArray(color)) {\n return toString(color);\n }\n return color;\n}\n","/**\n * @module ol/featureloader\n */\nimport {VOID} from './functions.js';\n\n/**\n *\n * @type {boolean}\n * @private\n */\nlet withCredentials = false;\n\n/**\n * {@link module:ol/source/Vector~VectorSource} sources use a function of this type to\n * load features.\n *\n * This function takes up to 5 arguments. These are an {@link module:ol/extent~Extent} representing\n * the area to be loaded, a `{number}` representing the resolution (map units per pixel), an\n * {@link module:ol/proj/Projection~Projection} for the projection, an optional success callback that should get\n * the loaded features passed as an argument and an optional failure callback with no arguments. If\n * the callbacks are not used, the corresponding vector source will not fire `'featuresloadend'` and\n * `'featuresloaderror'` events. `this` within the function is bound to the\n * {@link module:ol/source/Vector~VectorSource} it's called from.\n *\n * The function is responsible for loading the features and adding them to the\n * source.\n * @typedef {function(this:(import(\"./source/Vector\").default|import(\"./VectorTile.js\").default),\n * import(\"./extent.js\").Extent,\n * number,\n * import(\"./proj/Projection.js\").default,\n * function(Array): void=,\n * function(): void=): void} FeatureLoader\n * @api\n */\n\n/**\n * {@link module:ol/source/Vector~VectorSource} sources use a function of this type to\n * get the url to load features from.\n *\n * This function takes an {@link module:ol/extent~Extent} representing the area\n * to be loaded, a `{number}` representing the resolution (map units per pixel)\n * and an {@link module:ol/proj/Projection~Projection} for the projection as\n * arguments and returns a `{string}` representing the URL.\n * @typedef {function(import(\"./extent.js\").Extent, number, import(\"./proj/Projection.js\").default): string} FeatureUrlFunction\n * @api\n */\n\n/**\n * @param {string|FeatureUrlFunction} url Feature URL service.\n * @param {import(\"./format/Feature.js\").default} format Feature format.\n * @param {import(\"./extent.js\").Extent} extent Extent.\n * @param {number} resolution Resolution.\n * @param {import(\"./proj/Projection.js\").default} projection Projection.\n * @param {function(Array, import(\"./proj/Projection.js\").default): void} success Success\n * Function called with the loaded features and optionally with the data projection.\n * @param {function(): void} failure Failure\n * Function called when loading failed.\n */\nexport function loadFeaturesXhr(\n url,\n format,\n extent,\n resolution,\n projection,\n success,\n failure\n) {\n const xhr = new XMLHttpRequest();\n xhr.open(\n 'GET',\n typeof url === 'function' ? url(extent, resolution, projection) : url,\n true\n );\n if (format.getType() == 'arraybuffer') {\n xhr.responseType = 'arraybuffer';\n }\n xhr.withCredentials = withCredentials;\n /**\n * @param {Event} event Event.\n * @private\n */\n xhr.onload = function (event) {\n // status will be 0 for file:// urls\n if (!xhr.status || (xhr.status >= 200 && xhr.status < 300)) {\n const type = format.getType();\n /** @type {Document|Node|Object|string|undefined} */\n let source;\n if (type == 'json') {\n source = JSON.parse(xhr.responseText);\n } else if (type == 'text') {\n source = xhr.responseText;\n } else if (type == 'xml') {\n source = xhr.responseXML;\n if (!source) {\n source = new DOMParser().parseFromString(\n xhr.responseText,\n 'application/xml'\n );\n }\n } else if (type == 'arraybuffer') {\n source = /** @type {ArrayBuffer} */ (xhr.response);\n }\n if (source) {\n success(\n /** @type {Array} */\n (\n format.readFeatures(source, {\n extent: extent,\n featureProjection: projection,\n })\n ),\n format.readProjection(source)\n );\n } else {\n failure();\n }\n } else {\n failure();\n }\n };\n /**\n * @private\n */\n xhr.onerror = failure;\n xhr.send();\n}\n\n/**\n * Create an XHR feature loader for a `url` and `format`. The feature loader\n * loads features (with XHR), parses the features, and adds them to the\n * vector source.\n * @param {string|FeatureUrlFunction} url Feature URL service.\n * @param {import(\"./format/Feature.js\").default} format Feature format.\n * @return {FeatureLoader} The feature loader.\n * @api\n */\nexport function xhr(url, format) {\n /**\n * @param {import(\"./extent.js\").Extent} extent Extent.\n * @param {number} resolution Resolution.\n * @param {import(\"./proj/Projection.js\").default} projection Projection.\n * @param {function(Array): void} [success] Success\n * Function called when loading succeeded.\n * @param {function(): void} [failure] Failure\n * Function called when loading failed.\n */\n return function (extent, resolution, projection, success, failure) {\n const source = /** @type {import(\"./source/Vector\").default} */ (this);\n loadFeaturesXhr(\n url,\n format,\n extent,\n resolution,\n projection,\n /**\n * @param {Array} features The loaded features.\n * @param {import(\"./proj/Projection.js\").default} dataProjection Data\n * projection.\n */\n function (features, dataProjection) {\n source.addFeatures(features);\n if (success !== undefined) {\n success(features);\n }\n },\n /* FIXME handle error */ failure ? failure : VOID\n );\n };\n}\n\n/**\n * Setter for the withCredentials configuration for the XHR.\n *\n * @param {boolean} xhrWithCredentials The value of withCredentials to set.\n * Compare https://developer.mozilla.org/en-US/docs/Web/API/XMLHttpRequest/\n * @api\n */\nexport function setWithCredentials(xhrWithCredentials) {\n withCredentials = xhrWithCredentials;\n}\n","/**\n * @module ol/net\n */\nimport {getUid} from './util.js';\n\n/**\n * Simple JSONP helper. Supports error callbacks and a custom callback param.\n * The error callback will be called when no JSONP is executed after 10 seconds.\n *\n * @param {string} url Request url. A 'callback' query parameter will be\n * appended.\n * @param {Function} callback Callback on success.\n * @param {Function} [errback] Callback on error.\n * @param {string} [callbackParam] Custom query parameter for the JSONP\n * callback. Default is 'callback'.\n */\nexport function jsonp(url, callback, errback, callbackParam) {\n const script = document.createElement('script');\n const key = 'olc_' + getUid(callback);\n function cleanup() {\n delete window[key];\n script.parentNode.removeChild(script);\n }\n script.async = true;\n script.src =\n url +\n (url.includes('?') ? '&' : '?') +\n (callbackParam || 'callback') +\n '=' +\n key;\n const timer = setTimeout(function () {\n cleanup();\n if (errback) {\n errback();\n }\n }, 10000);\n window[key] = function (data) {\n clearTimeout(timer);\n cleanup();\n callback(data);\n };\n document.head.appendChild(script);\n}\n\nexport class ResponseError extends Error {\n /**\n * @param {XMLHttpRequest} response The XHR object.\n */\n constructor(response) {\n const message = 'Unexpected response status: ' + response.status;\n super(message);\n\n /**\n * @type {string}\n */\n this.name = 'ResponseError';\n\n /**\n * @type {XMLHttpRequest}\n */\n this.response = response;\n }\n}\n\nexport class ClientError extends Error {\n /**\n * @param {XMLHttpRequest} client The XHR object.\n */\n constructor(client) {\n super('Failed to issue request');\n\n /**\n * @type {string}\n */\n this.name = 'ClientError';\n\n /**\n * @type {XMLHttpRequest}\n */\n this.client = client;\n }\n}\n\n/**\n * @param {string} url The URL.\n * @return {Promise} A promise that resolves to the JSON response.\n */\nexport function getJSON(url) {\n return new Promise(function (resolve, reject) {\n /**\n * @param {ProgressEvent} event The load event.\n */\n function onLoad(event) {\n const client = event.target;\n // status will be 0 for file:// urls\n if (!client.status || (client.status >= 200 && client.status < 300)) {\n let data;\n try {\n data = JSON.parse(client.responseText);\n } catch (err) {\n const message = 'Error parsing response text as JSON: ' + err.message;\n reject(new Error(message));\n return;\n }\n resolve(data);\n return;\n }\n\n reject(new ResponseError(client));\n }\n\n /**\n * @param {ProgressEvent} event The error event.\n */\n function onError(event) {\n reject(new ClientError(event.target));\n }\n\n const client = new XMLHttpRequest();\n client.addEventListener('load', onLoad);\n client.addEventListener('error', onError);\n client.open('GET', url);\n client.setRequestHeader('Accept', 'application/json');\n client.send();\n });\n}\n\n/**\n * @param {string} base The base URL.\n * @param {string} url The potentially relative URL.\n * @return {string} The full URL.\n */\nexport function resolveUrl(base, url) {\n if (url.includes('://')) {\n return url;\n }\n return new URL(url, base).href;\n}\n\nlet originalXHR;\nexport function overrideXHR(xhr) {\n if (typeof XMLHttpRequest !== 'undefined') {\n originalXHR = XMLHttpRequest;\n }\n global.XMLHttpRequest = xhr;\n}\n\nexport function restoreXHR() {\n global.XMLHttpRequest = originalXHR;\n}\n","/**\n * @module ol/loadingstrategy\n */\n\nimport {fromUserExtent, fromUserResolution, toUserExtent} from './proj.js';\n\n/**\n * Strategy function for loading all features with a single request.\n * @param {import(\"./extent.js\").Extent} extent Extent.\n * @param {number} resolution Resolution.\n * @return {Array} Extents.\n * @api\n */\nexport function all(extent, resolution) {\n return [[-Infinity, -Infinity, Infinity, Infinity]];\n}\n\n/**\n * Strategy function for loading features based on the view's extent and\n * resolution.\n * @param {import(\"./extent.js\").Extent} extent Extent.\n * @param {number} resolution Resolution.\n * @return {Array} Extents.\n * @api\n */\nexport function bbox(extent, resolution) {\n return [extent];\n}\n\n/**\n * Creates a strategy function for loading features based on a tile grid.\n * @param {import(\"./tilegrid/TileGrid.js\").default} tileGrid Tile grid.\n * @return {function(import(\"./extent.js\").Extent, number, import(\"./proj.js\").Projection): Array} Loading strategy.\n * @api\n */\nexport function tile(tileGrid) {\n return (\n /**\n * @param {import(\"./extent.js\").Extent} extent Extent.\n * @param {number} resolution Resolution.\n * @param {import(\"./proj.js\").Projection} projection Projection.\n * @return {Array} Extents.\n */\n function (extent, resolution, projection) {\n const z = tileGrid.getZForResolution(\n fromUserResolution(resolution, projection)\n );\n const tileRange = tileGrid.getTileRangeForExtentAndZ(\n fromUserExtent(extent, projection),\n z\n );\n /** @type {Array} */\n const extents = [];\n /** @type {import(\"./tilecoord.js\").TileCoord} */\n const tileCoord = [z, 0, 0];\n for (\n tileCoord[1] = tileRange.minX;\n tileCoord[1] <= tileRange.maxX;\n ++tileCoord[1]\n ) {\n for (\n tileCoord[2] = tileRange.minY;\n tileCoord[2] <= tileRange.maxY;\n ++tileCoord[2]\n ) {\n extents.push(\n toUserExtent(tileGrid.getTileCoordExtent(tileCoord), projection)\n );\n }\n }\n return extents;\n }\n );\n}\n","/**\n * @module ol/render/VectorContext\n */\n\n/**\n * @classdesc\n * Context for drawing geometries. A vector context is available on render\n * events and does not need to be constructed directly.\n * @api\n */\nclass VectorContext {\n /**\n * Render a geometry with a custom renderer.\n *\n * @param {import(\"../geom/SimpleGeometry.js\").default} geometry Geometry.\n * @param {import(\"../Feature.js\").FeatureLike} feature Feature.\n * @param {Function} renderer Renderer.\n * @param {Function} hitDetectionRenderer Renderer.\n */\n drawCustom(geometry, feature, renderer, hitDetectionRenderer) {}\n\n /**\n * Render a geometry.\n *\n * @param {import(\"../geom/Geometry.js\").default} geometry The geometry to render.\n */\n drawGeometry(geometry) {}\n\n /**\n * Set the rendering style.\n *\n * @param {import(\"../style/Style.js\").default} style The rendering style.\n */\n setStyle(style) {}\n\n /**\n * @param {import(\"../geom/Circle.js\").default} circleGeometry Circle geometry.\n * @param {import(\"../Feature.js\").default} feature Feature.\n */\n drawCircle(circleGeometry, feature) {}\n\n /**\n * @param {import(\"../Feature.js\").default} feature Feature.\n * @param {import(\"../style/Style.js\").default} style Style.\n */\n drawFeature(feature, style) {}\n\n /**\n * @param {import(\"../geom/GeometryCollection.js\").default} geometryCollectionGeometry Geometry collection.\n * @param {import(\"../Feature.js\").default} feature Feature.\n */\n drawGeometryCollection(geometryCollectionGeometry, feature) {}\n\n /**\n * @param {import(\"../geom/LineString.js\").default|import(\"./Feature.js\").default} lineStringGeometry Line string geometry.\n * @param {import(\"../Feature.js\").FeatureLike} feature Feature.\n */\n drawLineString(lineStringGeometry, feature) {}\n\n /**\n * @param {import(\"../geom/MultiLineString.js\").default|import(\"./Feature.js\").default} multiLineStringGeometry MultiLineString geometry.\n * @param {import(\"../Feature.js\").FeatureLike} feature Feature.\n */\n drawMultiLineString(multiLineStringGeometry, feature) {}\n\n /**\n * @param {import(\"../geom/MultiPoint.js\").default|import(\"./Feature.js\").default} multiPointGeometry MultiPoint geometry.\n * @param {import(\"../Feature.js\").FeatureLike} feature Feature.\n */\n drawMultiPoint(multiPointGeometry, feature) {}\n\n /**\n * @param {import(\"../geom/MultiPolygon.js\").default} multiPolygonGeometry MultiPolygon geometry.\n * @param {import(\"../Feature.js\").FeatureLike} feature Feature.\n */\n drawMultiPolygon(multiPolygonGeometry, feature) {}\n\n /**\n * @param {import(\"../geom/Point.js\").default|import(\"./Feature.js\").default} pointGeometry Point geometry.\n * @param {import(\"../Feature.js\").FeatureLike} feature Feature.\n */\n drawPoint(pointGeometry, feature) {}\n\n /**\n * @param {import(\"../geom/Polygon.js\").default|import(\"./Feature.js\").default} polygonGeometry Polygon geometry.\n * @param {import(\"../Feature.js\").FeatureLike} feature Feature.\n */\n drawPolygon(polygonGeometry, feature) {}\n\n /**\n * @param {import(\"../geom/SimpleGeometry.js\").default|import(\"./Feature.js\").default} geometry Geometry.\n * @param {import(\"../Feature.js\").FeatureLike} feature Feature.\n */\n drawText(geometry, feature) {}\n\n /**\n * @param {import(\"../style/Fill.js\").default} fillStyle Fill style.\n * @param {import(\"../style/Stroke.js\").default} strokeStyle Stroke style.\n */\n setFillStrokeStyle(fillStyle, strokeStyle) {}\n\n /**\n * @param {import(\"../style/Image.js\").default} imageStyle Image style.\n * @param {import(\"../render/canvas.js\").DeclutterImageWithText} [declutterImageWithText] Shared data for combined decluttering with a text style.\n */\n setImageStyle(imageStyle, declutterImageWithText) {}\n\n /**\n * @param {import(\"../style/Text.js\").default} textStyle Text style.\n * @param {import(\"../render/canvas.js\").DeclutterImageWithText} [declutterImageWithText] Shared data for combined decluttering with an image style.\n */\n setTextStyle(textStyle, declutterImageWithText) {}\n}\n\nexport default VectorContext;\n","/**\n * @module ol/render/canvas/Immediate\n */\n// FIXME test, especially polygons with holes and multipolygons\n// FIXME need to handle large thick features (where pixel size matters)\n// FIXME add offset and end to ol/geom/flat/transform~transform2D?\n\nimport VectorContext from '../VectorContext.js';\nimport {asColorLike} from '../../colorlike.js';\nimport {\n compose as composeTransform,\n create as createTransform,\n} from '../../transform.js';\nimport {\n defaultFillStyle,\n defaultFont,\n defaultLineCap,\n defaultLineDash,\n defaultLineDashOffset,\n defaultLineJoin,\n defaultLineWidth,\n defaultMiterLimit,\n defaultStrokeStyle,\n defaultTextAlign,\n defaultTextBaseline,\n} from '../canvas.js';\nimport {equals} from '../../array.js';\nimport {intersects} from '../../extent.js';\nimport {toFixed} from '../../math.js';\nimport {transform2D} from '../../geom/flat/transform.js';\nimport {transformGeom2D} from '../../geom/SimpleGeometry.js';\n\n/**\n * @classdesc\n * A concrete subclass of {@link module:ol/render/VectorContext~VectorContext} that implements\n * direct rendering of features and geometries to an HTML5 Canvas context.\n * Instances of this class are created internally by the library and\n * provided to application code as vectorContext member of the\n * {@link module:ol/render/Event~RenderEvent} object associated with postcompose, precompose and\n * render events emitted by layers and maps.\n */\nclass CanvasImmediateRenderer extends VectorContext {\n /**\n * @param {CanvasRenderingContext2D} context Context.\n * @param {number} pixelRatio Pixel ratio.\n * @param {import(\"../../extent.js\").Extent} extent Extent.\n * @param {import(\"../../transform.js\").Transform} transform Transform.\n * @param {number} viewRotation View rotation.\n * @param {number} [squaredTolerance] Optional squared tolerance for simplification.\n * @param {import(\"../../proj.js\").TransformFunction} [userTransform] Transform from user to view projection.\n */\n constructor(\n context,\n pixelRatio,\n extent,\n transform,\n viewRotation,\n squaredTolerance,\n userTransform\n ) {\n super();\n\n /**\n * @private\n * @type {CanvasRenderingContext2D}\n */\n this.context_ = context;\n\n /**\n * @private\n * @type {number}\n */\n this.pixelRatio_ = pixelRatio;\n\n /**\n * @private\n * @type {import(\"../../extent.js\").Extent}\n */\n this.extent_ = extent;\n\n /**\n * @private\n * @type {import(\"../../transform.js\").Transform}\n */\n this.transform_ = transform;\n\n /**\n * @private\n * @type {number}\n */\n this.transformRotation_ = transform\n ? toFixed(Math.atan2(transform[1], transform[0]), 10)\n : 0;\n\n /**\n * @private\n * @type {number}\n */\n this.viewRotation_ = viewRotation;\n\n /**\n * @private\n * @type {number}\n */\n this.squaredTolerance_ = squaredTolerance;\n\n /**\n * @private\n * @type {import(\"../../proj.js\").TransformFunction}\n */\n this.userTransform_ = userTransform;\n\n /**\n * @private\n * @type {?import(\"../canvas.js\").FillState}\n */\n this.contextFillState_ = null;\n\n /**\n * @private\n * @type {?import(\"../canvas.js\").StrokeState}\n */\n this.contextStrokeState_ = null;\n\n /**\n * @private\n * @type {?import(\"../canvas.js\").TextState}\n */\n this.contextTextState_ = null;\n\n /**\n * @private\n * @type {?import(\"../canvas.js\").FillState}\n */\n this.fillState_ = null;\n\n /**\n * @private\n * @type {?import(\"../canvas.js\").StrokeState}\n */\n this.strokeState_ = null;\n\n /**\n * @private\n * @type {import('../../DataTile.js').ImageLike}\n */\n this.image_ = null;\n\n /**\n * @private\n * @type {number}\n */\n this.imageAnchorX_ = 0;\n\n /**\n * @private\n * @type {number}\n */\n this.imageAnchorY_ = 0;\n\n /**\n * @private\n * @type {number}\n */\n this.imageHeight_ = 0;\n\n /**\n * @private\n * @type {number}\n */\n this.imageOpacity_ = 0;\n\n /**\n * @private\n * @type {number}\n */\n this.imageOriginX_ = 0;\n\n /**\n * @private\n * @type {number}\n */\n this.imageOriginY_ = 0;\n\n /**\n * @private\n * @type {boolean}\n */\n this.imageRotateWithView_ = false;\n\n /**\n * @private\n * @type {number}\n */\n this.imageRotation_ = 0;\n\n /**\n * @private\n * @type {import(\"../../size.js\").Size}\n */\n this.imageScale_ = [0, 0];\n\n /**\n * @private\n * @type {number}\n */\n this.imageWidth_ = 0;\n\n /**\n * @private\n * @type {string}\n */\n this.text_ = '';\n\n /**\n * @private\n * @type {number}\n */\n this.textOffsetX_ = 0;\n\n /**\n * @private\n * @type {number}\n */\n this.textOffsetY_ = 0;\n\n /**\n * @private\n * @type {boolean}\n */\n this.textRotateWithView_ = false;\n\n /**\n * @private\n * @type {number}\n */\n this.textRotation_ = 0;\n\n /**\n * @private\n * @type {import(\"../../size.js\").Size}\n */\n this.textScale_ = [0, 0];\n\n /**\n * @private\n * @type {?import(\"../canvas.js\").FillState}\n */\n this.textFillState_ = null;\n\n /**\n * @private\n * @type {?import(\"../canvas.js\").StrokeState}\n */\n this.textStrokeState_ = null;\n\n /**\n * @private\n * @type {?import(\"../canvas.js\").TextState}\n */\n this.textState_ = null;\n\n /**\n * @private\n * @type {Array}\n */\n this.pixelCoordinates_ = [];\n\n /**\n * @private\n * @type {import(\"../../transform.js\").Transform}\n */\n this.tmpLocalTransform_ = createTransform();\n }\n\n /**\n * @param {Array} flatCoordinates Flat coordinates.\n * @param {number} offset Offset.\n * @param {number} end End.\n * @param {number} stride Stride.\n * @private\n */\n drawImages_(flatCoordinates, offset, end, stride) {\n if (!this.image_) {\n return;\n }\n const pixelCoordinates = transform2D(\n flatCoordinates,\n offset,\n end,\n stride,\n this.transform_,\n this.pixelCoordinates_\n );\n const context = this.context_;\n const localTransform = this.tmpLocalTransform_;\n const alpha = context.globalAlpha;\n if (this.imageOpacity_ != 1) {\n context.globalAlpha = alpha * this.imageOpacity_;\n }\n let rotation = this.imageRotation_;\n if (this.transformRotation_ === 0) {\n rotation -= this.viewRotation_;\n }\n if (this.imageRotateWithView_) {\n rotation += this.viewRotation_;\n }\n for (let i = 0, ii = pixelCoordinates.length; i < ii; i += 2) {\n const x = pixelCoordinates[i] - this.imageAnchorX_;\n const y = pixelCoordinates[i + 1] - this.imageAnchorY_;\n if (\n rotation !== 0 ||\n this.imageScale_[0] != 1 ||\n this.imageScale_[1] != 1\n ) {\n const centerX = x + this.imageAnchorX_;\n const centerY = y + this.imageAnchorY_;\n composeTransform(\n localTransform,\n centerX,\n centerY,\n 1,\n 1,\n rotation,\n -centerX,\n -centerY\n );\n context.save();\n context.transform.apply(context, localTransform);\n context.translate(centerX, centerY);\n context.scale(this.imageScale_[0], this.imageScale_[1]);\n context.drawImage(\n this.image_,\n this.imageOriginX_,\n this.imageOriginY_,\n this.imageWidth_,\n this.imageHeight_,\n -this.imageAnchorX_,\n -this.imageAnchorY_,\n this.imageWidth_,\n this.imageHeight_\n );\n context.restore();\n } else {\n context.drawImage(\n this.image_,\n this.imageOriginX_,\n this.imageOriginY_,\n this.imageWidth_,\n this.imageHeight_,\n x,\n y,\n this.imageWidth_,\n this.imageHeight_\n );\n }\n }\n if (this.imageOpacity_ != 1) {\n context.globalAlpha = alpha;\n }\n }\n\n /**\n * @param {Array} flatCoordinates Flat coordinates.\n * @param {number} offset Offset.\n * @param {number} end End.\n * @param {number} stride Stride.\n * @private\n */\n drawText_(flatCoordinates, offset, end, stride) {\n if (!this.textState_ || this.text_ === '') {\n return;\n }\n if (this.textFillState_) {\n this.setContextFillState_(this.textFillState_);\n }\n if (this.textStrokeState_) {\n this.setContextStrokeState_(this.textStrokeState_);\n }\n this.setContextTextState_(this.textState_);\n const pixelCoordinates = transform2D(\n flatCoordinates,\n offset,\n end,\n stride,\n this.transform_,\n this.pixelCoordinates_\n );\n const context = this.context_;\n let rotation = this.textRotation_;\n if (this.transformRotation_ === 0) {\n rotation -= this.viewRotation_;\n }\n if (this.textRotateWithView_) {\n rotation += this.viewRotation_;\n }\n for (; offset < end; offset += stride) {\n const x = pixelCoordinates[offset] + this.textOffsetX_;\n const y = pixelCoordinates[offset + 1] + this.textOffsetY_;\n if (\n rotation !== 0 ||\n this.textScale_[0] != 1 ||\n this.textScale_[1] != 1\n ) {\n context.save();\n context.translate(x - this.textOffsetX_, y - this.textOffsetY_);\n context.rotate(rotation);\n context.translate(this.textOffsetX_, this.textOffsetY_);\n context.scale(this.textScale_[0], this.textScale_[1]);\n if (this.textStrokeState_) {\n context.strokeText(this.text_, 0, 0);\n }\n if (this.textFillState_) {\n context.fillText(this.text_, 0, 0);\n }\n context.restore();\n } else {\n if (this.textStrokeState_) {\n context.strokeText(this.text_, x, y);\n }\n if (this.textFillState_) {\n context.fillText(this.text_, x, y);\n }\n }\n }\n }\n\n /**\n * @param {Array} flatCoordinates Flat coordinates.\n * @param {number} offset Offset.\n * @param {number} end End.\n * @param {number} stride Stride.\n * @param {boolean} close Close.\n * @private\n * @return {number} end End.\n */\n moveToLineTo_(flatCoordinates, offset, end, stride, close) {\n const context = this.context_;\n const pixelCoordinates = transform2D(\n flatCoordinates,\n offset,\n end,\n stride,\n this.transform_,\n this.pixelCoordinates_\n );\n context.moveTo(pixelCoordinates[0], pixelCoordinates[1]);\n let length = pixelCoordinates.length;\n if (close) {\n length -= 2;\n }\n for (let i = 2; i < length; i += 2) {\n context.lineTo(pixelCoordinates[i], pixelCoordinates[i + 1]);\n }\n if (close) {\n context.closePath();\n }\n return end;\n }\n\n /**\n * @param {Array} flatCoordinates Flat coordinates.\n * @param {number} offset Offset.\n * @param {Array} ends Ends.\n * @param {number} stride Stride.\n * @private\n * @return {number} End.\n */\n drawRings_(flatCoordinates, offset, ends, stride) {\n for (let i = 0, ii = ends.length; i < ii; ++i) {\n offset = this.moveToLineTo_(\n flatCoordinates,\n offset,\n ends[i],\n stride,\n true\n );\n }\n return offset;\n }\n\n /**\n * Render a circle geometry into the canvas. Rendering is immediate and uses\n * the current fill and stroke styles.\n *\n * @param {import(\"../../geom/Circle.js\").default} geometry Circle geometry.\n * @api\n */\n drawCircle(geometry) {\n if (this.squaredTolerance_) {\n geometry = /** @type {import(\"../../geom/Circle.js\").default} */ (\n geometry.simplifyTransformed(\n this.squaredTolerance_,\n this.userTransform_\n )\n );\n }\n if (!intersects(this.extent_, geometry.getExtent())) {\n return;\n }\n if (this.fillState_ || this.strokeState_) {\n if (this.fillState_) {\n this.setContextFillState_(this.fillState_);\n }\n if (this.strokeState_) {\n this.setContextStrokeState_(this.strokeState_);\n }\n const pixelCoordinates = transformGeom2D(\n geometry,\n this.transform_,\n this.pixelCoordinates_\n );\n const dx = pixelCoordinates[2] - pixelCoordinates[0];\n const dy = pixelCoordinates[3] - pixelCoordinates[1];\n const radius = Math.sqrt(dx * dx + dy * dy);\n const context = this.context_;\n context.beginPath();\n context.arc(\n pixelCoordinates[0],\n pixelCoordinates[1],\n radius,\n 0,\n 2 * Math.PI\n );\n if (this.fillState_) {\n context.fill();\n }\n if (this.strokeState_) {\n context.stroke();\n }\n }\n if (this.text_ !== '') {\n this.drawText_(geometry.getCenter(), 0, 2, 2);\n }\n }\n\n /**\n * Set the rendering style. Note that since this is an immediate rendering API,\n * any `zIndex` on the provided style will be ignored.\n *\n * @param {import(\"../../style/Style.js\").default} style The rendering style.\n * @api\n */\n setStyle(style) {\n this.setFillStrokeStyle(style.getFill(), style.getStroke());\n this.setImageStyle(style.getImage());\n this.setTextStyle(style.getText());\n }\n\n /**\n * @param {import(\"../../transform.js\").Transform} transform Transform.\n */\n setTransform(transform) {\n this.transform_ = transform;\n }\n\n /**\n * Render a geometry into the canvas. Call\n * {@link module:ol/render/canvas/Immediate~CanvasImmediateRenderer#setStyle renderer.setStyle()} first to set the rendering style.\n *\n * @param {import(\"../../geom/Geometry.js\").default|import(\"../Feature.js\").default} geometry The geometry to render.\n * @api\n */\n drawGeometry(geometry) {\n const type = geometry.getType();\n switch (type) {\n case 'Point':\n this.drawPoint(\n /** @type {import(\"../../geom/Point.js\").default} */ (geometry)\n );\n break;\n case 'LineString':\n this.drawLineString(\n /** @type {import(\"../../geom/LineString.js\").default} */ (geometry)\n );\n break;\n case 'Polygon':\n this.drawPolygon(\n /** @type {import(\"../../geom/Polygon.js\").default} */ (geometry)\n );\n break;\n case 'MultiPoint':\n this.drawMultiPoint(\n /** @type {import(\"../../geom/MultiPoint.js\").default} */ (geometry)\n );\n break;\n case 'MultiLineString':\n this.drawMultiLineString(\n /** @type {import(\"../../geom/MultiLineString.js\").default} */ (\n geometry\n )\n );\n break;\n case 'MultiPolygon':\n this.drawMultiPolygon(\n /** @type {import(\"../../geom/MultiPolygon.js\").default} */ (geometry)\n );\n break;\n case 'GeometryCollection':\n this.drawGeometryCollection(\n /** @type {import(\"../../geom/GeometryCollection.js\").default} */ (\n geometry\n )\n );\n break;\n case 'Circle':\n this.drawCircle(\n /** @type {import(\"../../geom/Circle.js\").default} */ (geometry)\n );\n break;\n default:\n }\n }\n\n /**\n * Render a feature into the canvas. Note that any `zIndex` on the provided\n * style will be ignored - features are rendered immediately in the order that\n * this method is called. If you need `zIndex` support, you should be using an\n * {@link module:ol/layer/Vector~VectorLayer} instead.\n *\n * @param {import(\"../../Feature.js\").default} feature Feature.\n * @param {import(\"../../style/Style.js\").default} style Style.\n * @api\n */\n drawFeature(feature, style) {\n const geometry = style.getGeometryFunction()(feature);\n if (!geometry) {\n return;\n }\n this.setStyle(style);\n this.drawGeometry(geometry);\n }\n\n /**\n * Render a GeometryCollection to the canvas. Rendering is immediate and\n * uses the current styles appropriate for each geometry in the collection.\n *\n * @param {import(\"../../geom/GeometryCollection.js\").default} geometry Geometry collection.\n */\n drawGeometryCollection(geometry) {\n const geometries = geometry.getGeometriesArray();\n for (let i = 0, ii = geometries.length; i < ii; ++i) {\n this.drawGeometry(geometries[i]);\n }\n }\n\n /**\n * Render a Point geometry into the canvas. Rendering is immediate and uses\n * the current style.\n *\n * @param {import(\"../../geom/Point.js\").default|import(\"../Feature.js\").default} geometry Point geometry.\n */\n drawPoint(geometry) {\n if (this.squaredTolerance_) {\n geometry = /** @type {import(\"../../geom/Point.js\").default} */ (\n geometry.simplifyTransformed(\n this.squaredTolerance_,\n this.userTransform_\n )\n );\n }\n const flatCoordinates = geometry.getFlatCoordinates();\n const stride = geometry.getStride();\n if (this.image_) {\n this.drawImages_(flatCoordinates, 0, flatCoordinates.length, stride);\n }\n if (this.text_ !== '') {\n this.drawText_(flatCoordinates, 0, flatCoordinates.length, stride);\n }\n }\n\n /**\n * Render a MultiPoint geometry into the canvas. Rendering is immediate and\n * uses the current style.\n *\n * @param {import(\"../../geom/MultiPoint.js\").default|import(\"../Feature.js\").default} geometry MultiPoint geometry.\n */\n drawMultiPoint(geometry) {\n if (this.squaredTolerance_) {\n geometry = /** @type {import(\"../../geom/MultiPoint.js\").default} */ (\n geometry.simplifyTransformed(\n this.squaredTolerance_,\n this.userTransform_\n )\n );\n }\n const flatCoordinates = geometry.getFlatCoordinates();\n const stride = geometry.getStride();\n if (this.image_) {\n this.drawImages_(flatCoordinates, 0, flatCoordinates.length, stride);\n }\n if (this.text_ !== '') {\n this.drawText_(flatCoordinates, 0, flatCoordinates.length, stride);\n }\n }\n\n /**\n * Render a LineString into the canvas. Rendering is immediate and uses\n * the current style.\n *\n * @param {import(\"../../geom/LineString.js\").default|import(\"../Feature.js\").default} geometry LineString geometry.\n */\n drawLineString(geometry) {\n if (this.squaredTolerance_) {\n geometry = /** @type {import(\"../../geom/LineString.js\").default} */ (\n geometry.simplifyTransformed(\n this.squaredTolerance_,\n this.userTransform_\n )\n );\n }\n if (!intersects(this.extent_, geometry.getExtent())) {\n return;\n }\n if (this.strokeState_) {\n this.setContextStrokeState_(this.strokeState_);\n const context = this.context_;\n const flatCoordinates = geometry.getFlatCoordinates();\n context.beginPath();\n this.moveToLineTo_(\n flatCoordinates,\n 0,\n flatCoordinates.length,\n geometry.getStride(),\n false\n );\n context.stroke();\n }\n if (this.text_ !== '') {\n const flatMidpoint = geometry.getFlatMidpoint();\n this.drawText_(flatMidpoint, 0, 2, 2);\n }\n }\n\n /**\n * Render a MultiLineString geometry into the canvas. Rendering is immediate\n * and uses the current style.\n *\n * @param {import(\"../../geom/MultiLineString.js\").default|import(\"../Feature.js\").default} geometry MultiLineString geometry.\n */\n drawMultiLineString(geometry) {\n if (this.squaredTolerance_) {\n geometry =\n /** @type {import(\"../../geom/MultiLineString.js\").default} */ (\n geometry.simplifyTransformed(\n this.squaredTolerance_,\n this.userTransform_\n )\n );\n }\n const geometryExtent = geometry.getExtent();\n if (!intersects(this.extent_, geometryExtent)) {\n return;\n }\n if (this.strokeState_) {\n this.setContextStrokeState_(this.strokeState_);\n const context = this.context_;\n const flatCoordinates = geometry.getFlatCoordinates();\n let offset = 0;\n const ends = /** @type {Array} */ (geometry.getEnds());\n const stride = geometry.getStride();\n context.beginPath();\n for (let i = 0, ii = ends.length; i < ii; ++i) {\n offset = this.moveToLineTo_(\n flatCoordinates,\n offset,\n ends[i],\n stride,\n false\n );\n }\n context.stroke();\n }\n if (this.text_ !== '') {\n const flatMidpoints = geometry.getFlatMidpoints();\n this.drawText_(flatMidpoints, 0, flatMidpoints.length, 2);\n }\n }\n\n /**\n * Render a Polygon geometry into the canvas. Rendering is immediate and uses\n * the current style.\n *\n * @param {import(\"../../geom/Polygon.js\").default|import(\"../Feature.js\").default} geometry Polygon geometry.\n */\n drawPolygon(geometry) {\n if (this.squaredTolerance_) {\n geometry = /** @type {import(\"../../geom/Polygon.js\").default} */ (\n geometry.simplifyTransformed(\n this.squaredTolerance_,\n this.userTransform_\n )\n );\n }\n if (!intersects(this.extent_, geometry.getExtent())) {\n return;\n }\n if (this.strokeState_ || this.fillState_) {\n if (this.fillState_) {\n this.setContextFillState_(this.fillState_);\n }\n if (this.strokeState_) {\n this.setContextStrokeState_(this.strokeState_);\n }\n const context = this.context_;\n context.beginPath();\n this.drawRings_(\n geometry.getOrientedFlatCoordinates(),\n 0,\n /** @type {Array} */ (geometry.getEnds()),\n geometry.getStride()\n );\n if (this.fillState_) {\n context.fill();\n }\n if (this.strokeState_) {\n context.stroke();\n }\n }\n if (this.text_ !== '') {\n const flatInteriorPoint = geometry.getFlatInteriorPoint();\n this.drawText_(flatInteriorPoint, 0, 2, 2);\n }\n }\n\n /**\n * Render MultiPolygon geometry into the canvas. Rendering is immediate and\n * uses the current style.\n * @param {import(\"../../geom/MultiPolygon.js\").default} geometry MultiPolygon geometry.\n */\n drawMultiPolygon(geometry) {\n if (this.squaredTolerance_) {\n geometry = /** @type {import(\"../../geom/MultiPolygon.js\").default} */ (\n geometry.simplifyTransformed(\n this.squaredTolerance_,\n this.userTransform_\n )\n );\n }\n if (!intersects(this.extent_, geometry.getExtent())) {\n return;\n }\n if (this.strokeState_ || this.fillState_) {\n if (this.fillState_) {\n this.setContextFillState_(this.fillState_);\n }\n if (this.strokeState_) {\n this.setContextStrokeState_(this.strokeState_);\n }\n const context = this.context_;\n const flatCoordinates = geometry.getOrientedFlatCoordinates();\n let offset = 0;\n const endss = geometry.getEndss();\n const stride = geometry.getStride();\n context.beginPath();\n for (let i = 0, ii = endss.length; i < ii; ++i) {\n const ends = endss[i];\n offset = this.drawRings_(flatCoordinates, offset, ends, stride);\n }\n if (this.fillState_) {\n context.fill();\n }\n if (this.strokeState_) {\n context.stroke();\n }\n }\n if (this.text_ !== '') {\n const flatInteriorPoints = geometry.getFlatInteriorPoints();\n this.drawText_(flatInteriorPoints, 0, flatInteriorPoints.length, 2);\n }\n }\n\n /**\n * @param {import(\"../canvas.js\").FillState} fillState Fill state.\n * @private\n */\n setContextFillState_(fillState) {\n const context = this.context_;\n const contextFillState = this.contextFillState_;\n if (!contextFillState) {\n context.fillStyle = fillState.fillStyle;\n this.contextFillState_ = {\n fillStyle: fillState.fillStyle,\n };\n } else {\n if (contextFillState.fillStyle != fillState.fillStyle) {\n contextFillState.fillStyle = fillState.fillStyle;\n context.fillStyle = fillState.fillStyle;\n }\n }\n }\n\n /**\n * @param {import(\"../canvas.js\").StrokeState} strokeState Stroke state.\n * @private\n */\n setContextStrokeState_(strokeState) {\n const context = this.context_;\n const contextStrokeState = this.contextStrokeState_;\n if (!contextStrokeState) {\n context.lineCap = strokeState.lineCap;\n context.setLineDash(strokeState.lineDash);\n context.lineDashOffset = strokeState.lineDashOffset;\n context.lineJoin = strokeState.lineJoin;\n context.lineWidth = strokeState.lineWidth;\n context.miterLimit = strokeState.miterLimit;\n context.strokeStyle = strokeState.strokeStyle;\n this.contextStrokeState_ = {\n lineCap: strokeState.lineCap,\n lineDash: strokeState.lineDash,\n lineDashOffset: strokeState.lineDashOffset,\n lineJoin: strokeState.lineJoin,\n lineWidth: strokeState.lineWidth,\n miterLimit: strokeState.miterLimit,\n strokeStyle: strokeState.strokeStyle,\n };\n } else {\n if (contextStrokeState.lineCap != strokeState.lineCap) {\n contextStrokeState.lineCap = strokeState.lineCap;\n context.lineCap = strokeState.lineCap;\n }\n if (!equals(contextStrokeState.lineDash, strokeState.lineDash)) {\n context.setLineDash(\n (contextStrokeState.lineDash = strokeState.lineDash)\n );\n }\n if (contextStrokeState.lineDashOffset != strokeState.lineDashOffset) {\n contextStrokeState.lineDashOffset = strokeState.lineDashOffset;\n context.lineDashOffset = strokeState.lineDashOffset;\n }\n if (contextStrokeState.lineJoin != strokeState.lineJoin) {\n contextStrokeState.lineJoin = strokeState.lineJoin;\n context.lineJoin = strokeState.lineJoin;\n }\n if (contextStrokeState.lineWidth != strokeState.lineWidth) {\n contextStrokeState.lineWidth = strokeState.lineWidth;\n context.lineWidth = strokeState.lineWidth;\n }\n if (contextStrokeState.miterLimit != strokeState.miterLimit) {\n contextStrokeState.miterLimit = strokeState.miterLimit;\n context.miterLimit = strokeState.miterLimit;\n }\n if (contextStrokeState.strokeStyle != strokeState.strokeStyle) {\n contextStrokeState.strokeStyle = strokeState.strokeStyle;\n context.strokeStyle = strokeState.strokeStyle;\n }\n }\n }\n\n /**\n * @param {import(\"../canvas.js\").TextState} textState Text state.\n * @private\n */\n setContextTextState_(textState) {\n const context = this.context_;\n const contextTextState = this.contextTextState_;\n const textAlign = textState.textAlign\n ? textState.textAlign\n : defaultTextAlign;\n if (!contextTextState) {\n context.font = textState.font;\n context.textAlign = textAlign;\n context.textBaseline = textState.textBaseline;\n this.contextTextState_ = {\n font: textState.font,\n textAlign: textAlign,\n textBaseline: textState.textBaseline,\n };\n } else {\n if (contextTextState.font != textState.font) {\n contextTextState.font = textState.font;\n context.font = textState.font;\n }\n if (contextTextState.textAlign != textAlign) {\n contextTextState.textAlign = textAlign;\n context.textAlign = textAlign;\n }\n if (contextTextState.textBaseline != textState.textBaseline) {\n contextTextState.textBaseline = textState.textBaseline;\n context.textBaseline = textState.textBaseline;\n }\n }\n }\n\n /**\n * Set the fill and stroke style for subsequent draw operations. To clear\n * either fill or stroke styles, pass null for the appropriate parameter.\n *\n * @param {import(\"../../style/Fill.js\").default} fillStyle Fill style.\n * @param {import(\"../../style/Stroke.js\").default} strokeStyle Stroke style.\n */\n setFillStrokeStyle(fillStyle, strokeStyle) {\n if (!fillStyle) {\n this.fillState_ = null;\n } else {\n const fillStyleColor = fillStyle.getColor();\n this.fillState_ = {\n fillStyle: asColorLike(\n fillStyleColor ? fillStyleColor : defaultFillStyle\n ),\n };\n }\n if (!strokeStyle) {\n this.strokeState_ = null;\n } else {\n const strokeStyleColor = strokeStyle.getColor();\n const strokeStyleLineCap = strokeStyle.getLineCap();\n const strokeStyleLineDash = strokeStyle.getLineDash();\n const strokeStyleLineDashOffset = strokeStyle.getLineDashOffset();\n const strokeStyleLineJoin = strokeStyle.getLineJoin();\n const strokeStyleWidth = strokeStyle.getWidth();\n const strokeStyleMiterLimit = strokeStyle.getMiterLimit();\n const lineDash = strokeStyleLineDash\n ? strokeStyleLineDash\n : defaultLineDash;\n this.strokeState_ = {\n lineCap:\n strokeStyleLineCap !== undefined\n ? strokeStyleLineCap\n : defaultLineCap,\n lineDash:\n this.pixelRatio_ === 1\n ? lineDash\n : lineDash.map((n) => n * this.pixelRatio_),\n lineDashOffset:\n (strokeStyleLineDashOffset\n ? strokeStyleLineDashOffset\n : defaultLineDashOffset) * this.pixelRatio_,\n lineJoin:\n strokeStyleLineJoin !== undefined\n ? strokeStyleLineJoin\n : defaultLineJoin,\n lineWidth:\n (strokeStyleWidth !== undefined\n ? strokeStyleWidth\n : defaultLineWidth) * this.pixelRatio_,\n miterLimit:\n strokeStyleMiterLimit !== undefined\n ? strokeStyleMiterLimit\n : defaultMiterLimit,\n strokeStyle: asColorLike(\n strokeStyleColor ? strokeStyleColor : defaultStrokeStyle\n ),\n };\n }\n }\n\n /**\n * Set the image style for subsequent draw operations. Pass null to remove\n * the image style.\n *\n * @param {import(\"../../style/Image.js\").default} imageStyle Image style.\n */\n setImageStyle(imageStyle) {\n let imageSize;\n if (!imageStyle || !(imageSize = imageStyle.getSize())) {\n this.image_ = null;\n return;\n }\n const imagePixelRatio = imageStyle.getPixelRatio(this.pixelRatio_);\n const imageAnchor = imageStyle.getAnchor();\n const imageOrigin = imageStyle.getOrigin();\n this.image_ = imageStyle.getImage(this.pixelRatio_);\n this.imageAnchorX_ = imageAnchor[0] * imagePixelRatio;\n this.imageAnchorY_ = imageAnchor[1] * imagePixelRatio;\n this.imageHeight_ = imageSize[1] * imagePixelRatio;\n this.imageOpacity_ = imageStyle.getOpacity();\n this.imageOriginX_ = imageOrigin[0];\n this.imageOriginY_ = imageOrigin[1];\n this.imageRotateWithView_ = imageStyle.getRotateWithView();\n this.imageRotation_ = imageStyle.getRotation();\n const imageScale = imageStyle.getScaleArray();\n this.imageScale_ = [\n (imageScale[0] * this.pixelRatio_) / imagePixelRatio,\n (imageScale[1] * this.pixelRatio_) / imagePixelRatio,\n ];\n this.imageWidth_ = imageSize[0] * imagePixelRatio;\n }\n\n /**\n * Set the text style for subsequent draw operations. Pass null to\n * remove the text style.\n *\n * @param {import(\"../../style/Text.js\").default} textStyle Text style.\n */\n setTextStyle(textStyle) {\n if (!textStyle) {\n this.text_ = '';\n } else {\n const textFillStyle = textStyle.getFill();\n if (!textFillStyle) {\n this.textFillState_ = null;\n } else {\n const textFillStyleColor = textFillStyle.getColor();\n this.textFillState_ = {\n fillStyle: asColorLike(\n textFillStyleColor ? textFillStyleColor : defaultFillStyle\n ),\n };\n }\n const textStrokeStyle = textStyle.getStroke();\n if (!textStrokeStyle) {\n this.textStrokeState_ = null;\n } else {\n const textStrokeStyleColor = textStrokeStyle.getColor();\n const textStrokeStyleLineCap = textStrokeStyle.getLineCap();\n const textStrokeStyleLineDash = textStrokeStyle.getLineDash();\n const textStrokeStyleLineDashOffset =\n textStrokeStyle.getLineDashOffset();\n const textStrokeStyleLineJoin = textStrokeStyle.getLineJoin();\n const textStrokeStyleWidth = textStrokeStyle.getWidth();\n const textStrokeStyleMiterLimit = textStrokeStyle.getMiterLimit();\n this.textStrokeState_ = {\n lineCap:\n textStrokeStyleLineCap !== undefined\n ? textStrokeStyleLineCap\n : defaultLineCap,\n lineDash: textStrokeStyleLineDash\n ? textStrokeStyleLineDash\n : defaultLineDash,\n lineDashOffset: textStrokeStyleLineDashOffset\n ? textStrokeStyleLineDashOffset\n : defaultLineDashOffset,\n lineJoin:\n textStrokeStyleLineJoin !== undefined\n ? textStrokeStyleLineJoin\n : defaultLineJoin,\n lineWidth:\n textStrokeStyleWidth !== undefined\n ? textStrokeStyleWidth\n : defaultLineWidth,\n miterLimit:\n textStrokeStyleMiterLimit !== undefined\n ? textStrokeStyleMiterLimit\n : defaultMiterLimit,\n strokeStyle: asColorLike(\n textStrokeStyleColor ? textStrokeStyleColor : defaultStrokeStyle\n ),\n };\n }\n const textFont = textStyle.getFont();\n const textOffsetX = textStyle.getOffsetX();\n const textOffsetY = textStyle.getOffsetY();\n const textRotateWithView = textStyle.getRotateWithView();\n const textRotation = textStyle.getRotation();\n const textScale = textStyle.getScaleArray();\n const textText = textStyle.getText();\n const textTextAlign = textStyle.getTextAlign();\n const textTextBaseline = textStyle.getTextBaseline();\n this.textState_ = {\n font: textFont !== undefined ? textFont : defaultFont,\n textAlign:\n textTextAlign !== undefined ? textTextAlign : defaultTextAlign,\n textBaseline:\n textTextBaseline !== undefined\n ? textTextBaseline\n : defaultTextBaseline,\n };\n this.text_ =\n textText !== undefined\n ? Array.isArray(textText)\n ? textText.reduce((acc, t, i) => (acc += i % 2 ? ' ' : t), '')\n : textText\n : '';\n this.textOffsetX_ =\n textOffsetX !== undefined ? this.pixelRatio_ * textOffsetX : 0;\n this.textOffsetY_ =\n textOffsetY !== undefined ? this.pixelRatio_ * textOffsetY : 0;\n this.textRotateWithView_ =\n textRotateWithView !== undefined ? textRotateWithView : false;\n this.textRotation_ = textRotation !== undefined ? textRotation : 0;\n this.textScale_ = [\n this.pixelRatio_ * textScale[0],\n this.pixelRatio_ * textScale[1],\n ];\n }\n }\n}\n\nexport default CanvasImmediateRenderer;\n","/**\n * @module ol/renderer/vector\n */\nimport ImageState from '../ImageState.js';\nimport {getUid} from '../util.js';\n\n/**\n * Feature callback. The callback will be called with three arguments. The first\n * argument is one {@link module:ol/Feature~Feature feature} or {@link module:ol/render/Feature~RenderFeature render feature}\n * at the pixel, the second is the {@link module:ol/layer/Layer~Layer layer} of the feature and will be null for\n * unmanaged layers. The third is the {@link module:ol/geom/SimpleGeometry~SimpleGeometry} of the feature. For features\n * with a GeometryCollection geometry, it will be the first detected geometry from the collection.\n * @template T\n * @typedef {function(import(\"../Feature.js\").FeatureLike, import(\"../layer/Layer.js\").default, import(\"../geom/SimpleGeometry.js\").default): T} FeatureCallback\n */\n\n/**\n * Tolerance for geometry simplification in device pixels.\n * @type {number}\n */\nconst SIMPLIFY_TOLERANCE = 0.5;\n\n/**\n * @const\n * @type {Object}\n */\nconst GEOMETRY_RENDERERS = {\n 'Point': renderPointGeometry,\n 'LineString': renderLineStringGeometry,\n 'Polygon': renderPolygonGeometry,\n 'MultiPoint': renderMultiPointGeometry,\n 'MultiLineString': renderMultiLineStringGeometry,\n 'MultiPolygon': renderMultiPolygonGeometry,\n 'GeometryCollection': renderGeometryCollectionGeometry,\n 'Circle': renderCircleGeometry,\n};\n\n/**\n * @param {import(\"../Feature.js\").FeatureLike} feature1 Feature 1.\n * @param {import(\"../Feature.js\").FeatureLike} feature2 Feature 2.\n * @return {number} Order.\n */\nexport function defaultOrder(feature1, feature2) {\n return parseInt(getUid(feature1), 10) - parseInt(getUid(feature2), 10);\n}\n\n/**\n * @param {number} resolution Resolution.\n * @param {number} pixelRatio Pixel ratio.\n * @return {number} Squared pixel tolerance.\n */\nexport function getSquaredTolerance(resolution, pixelRatio) {\n const tolerance = getTolerance(resolution, pixelRatio);\n return tolerance * tolerance;\n}\n\n/**\n * @param {number} resolution Resolution.\n * @param {number} pixelRatio Pixel ratio.\n * @return {number} Pixel tolerance.\n */\nexport function getTolerance(resolution, pixelRatio) {\n return (SIMPLIFY_TOLERANCE * resolution) / pixelRatio;\n}\n\n/**\n * @param {import(\"../render/canvas/BuilderGroup.js\").default} builderGroup Builder group.\n * @param {import(\"../geom/Circle.js\").default} geometry Geometry.\n * @param {import(\"../style/Style.js\").default} style Style.\n * @param {import(\"../Feature.js\").default} feature Feature.\n * @param {import(\"../render/canvas/BuilderGroup.js\").default} [declutterBuilderGroup] Builder for decluttering.\n */\nfunction renderCircleGeometry(\n builderGroup,\n geometry,\n style,\n feature,\n declutterBuilderGroup\n) {\n const fillStyle = style.getFill();\n const strokeStyle = style.getStroke();\n if (fillStyle || strokeStyle) {\n const circleReplay = builderGroup.getBuilder(style.getZIndex(), 'Circle');\n circleReplay.setFillStrokeStyle(fillStyle, strokeStyle);\n circleReplay.drawCircle(geometry, feature);\n }\n const textStyle = style.getText();\n if (textStyle && textStyle.getText()) {\n const textReplay = (declutterBuilderGroup || builderGroup).getBuilder(\n style.getZIndex(),\n 'Text'\n );\n textReplay.setTextStyle(textStyle);\n textReplay.drawText(geometry, feature);\n }\n}\n\n/**\n * @param {import(\"../render/canvas/BuilderGroup.js\").default} replayGroup Replay group.\n * @param {import(\"../Feature.js\").FeatureLike} feature Feature.\n * @param {import(\"../style/Style.js\").default} style Style.\n * @param {number} squaredTolerance Squared tolerance.\n * @param {function(import(\"../events/Event.js\").default): void} listener Listener function.\n * @param {import(\"../proj.js\").TransformFunction} [transform] Transform from user to view projection.\n * @param {import(\"../render/canvas/BuilderGroup.js\").default} [declutterBuilderGroup] Builder for decluttering.\n * @return {boolean} `true` if style is loading.\n */\nexport function renderFeature(\n replayGroup,\n feature,\n style,\n squaredTolerance,\n listener,\n transform,\n declutterBuilderGroup\n) {\n let loading = false;\n const imageStyle = style.getImage();\n if (imageStyle) {\n const imageState = imageStyle.getImageState();\n if (imageState == ImageState.LOADED || imageState == ImageState.ERROR) {\n imageStyle.unlistenImageChange(listener);\n } else {\n if (imageState == ImageState.IDLE) {\n imageStyle.load();\n }\n imageStyle.listenImageChange(listener);\n loading = true;\n }\n }\n renderFeatureInternal(\n replayGroup,\n feature,\n style,\n squaredTolerance,\n transform,\n declutterBuilderGroup\n );\n\n return loading;\n}\n\n/**\n * @param {import(\"../render/canvas/BuilderGroup.js\").default} replayGroup Replay group.\n * @param {import(\"../Feature.js\").FeatureLike} feature Feature.\n * @param {import(\"../style/Style.js\").default} style Style.\n * @param {number} squaredTolerance Squared tolerance.\n * @param {import(\"../proj.js\").TransformFunction} [transform] Optional transform function.\n * @param {import(\"../render/canvas/BuilderGroup.js\").default} [declutterBuilderGroup] Builder for decluttering.\n */\nfunction renderFeatureInternal(\n replayGroup,\n feature,\n style,\n squaredTolerance,\n transform,\n declutterBuilderGroup\n) {\n const geometry = style.getGeometryFunction()(feature);\n if (!geometry) {\n return;\n }\n const simplifiedGeometry = geometry.simplifyTransformed(\n squaredTolerance,\n transform\n );\n const renderer = style.getRenderer();\n if (renderer) {\n renderGeometry(replayGroup, simplifiedGeometry, style, feature);\n } else {\n const geometryRenderer = GEOMETRY_RENDERERS[simplifiedGeometry.getType()];\n geometryRenderer(\n replayGroup,\n simplifiedGeometry,\n style,\n feature,\n declutterBuilderGroup\n );\n }\n}\n\n/**\n * @param {import(\"../render/canvas/BuilderGroup.js\").default} replayGroup Replay group.\n * @param {import(\"../geom/Geometry.js\").default|import(\"../render/Feature.js\").default} geometry Geometry.\n * @param {import(\"../style/Style.js\").default} style Style.\n * @param {import(\"../Feature.js\").FeatureLike} feature Feature.\n */\nfunction renderGeometry(replayGroup, geometry, style, feature) {\n if (geometry.getType() == 'GeometryCollection') {\n const geometries =\n /** @type {import(\"../geom/GeometryCollection.js\").default} */ (\n geometry\n ).getGeometries();\n for (let i = 0, ii = geometries.length; i < ii; ++i) {\n renderGeometry(replayGroup, geometries[i], style, feature);\n }\n return;\n }\n const replay = replayGroup.getBuilder(style.getZIndex(), 'Default');\n replay.drawCustom(\n /** @type {import(\"../geom/SimpleGeometry.js\").default} */ (geometry),\n feature,\n style.getRenderer(),\n style.getHitDetectionRenderer()\n );\n}\n\n/**\n * @param {import(\"../render/canvas/BuilderGroup.js\").default} replayGroup Replay group.\n * @param {import(\"../geom/GeometryCollection.js\").default} geometry Geometry.\n * @param {import(\"../style/Style.js\").default} style Style.\n * @param {import(\"../Feature.js\").default} feature Feature.\n * @param {import(\"../render/canvas/BuilderGroup.js\").default} [declutterBuilderGroup] Builder for decluttering.\n */\nfunction renderGeometryCollectionGeometry(\n replayGroup,\n geometry,\n style,\n feature,\n declutterBuilderGroup\n) {\n const geometries = geometry.getGeometriesArray();\n let i, ii;\n for (i = 0, ii = geometries.length; i < ii; ++i) {\n const geometryRenderer = GEOMETRY_RENDERERS[geometries[i].getType()];\n geometryRenderer(\n replayGroup,\n geometries[i],\n style,\n feature,\n declutterBuilderGroup\n );\n }\n}\n\n/**\n * @param {import(\"../render/canvas/BuilderGroup.js\").default} builderGroup Replay group.\n * @param {import(\"../geom/LineString.js\").default|import(\"../render/Feature.js\").default} geometry Geometry.\n * @param {import(\"../style/Style.js\").default} style Style.\n * @param {import(\"../Feature.js\").FeatureLike} feature Feature.\n * @param {import(\"../render/canvas/BuilderGroup.js\").default} [declutterBuilderGroup] Builder for decluttering.\n */\nfunction renderLineStringGeometry(\n builderGroup,\n geometry,\n style,\n feature,\n declutterBuilderGroup\n) {\n const strokeStyle = style.getStroke();\n if (strokeStyle) {\n const lineStringReplay = builderGroup.getBuilder(\n style.getZIndex(),\n 'LineString'\n );\n lineStringReplay.setFillStrokeStyle(null, strokeStyle);\n lineStringReplay.drawLineString(geometry, feature);\n }\n const textStyle = style.getText();\n if (textStyle && textStyle.getText()) {\n const textReplay = (declutterBuilderGroup || builderGroup).getBuilder(\n style.getZIndex(),\n 'Text'\n );\n textReplay.setTextStyle(textStyle);\n textReplay.drawText(geometry, feature);\n }\n}\n\n/**\n * @param {import(\"../render/canvas/BuilderGroup.js\").default} builderGroup Replay group.\n * @param {import(\"../geom/MultiLineString.js\").default|import(\"../render/Feature.js\").default} geometry Geometry.\n * @param {import(\"../style/Style.js\").default} style Style.\n * @param {import(\"../Feature.js\").FeatureLike} feature Feature.\n * @param {import(\"../render/canvas/BuilderGroup.js\").default} [declutterBuilderGroup] Builder for decluttering.\n */\nfunction renderMultiLineStringGeometry(\n builderGroup,\n geometry,\n style,\n feature,\n declutterBuilderGroup\n) {\n const strokeStyle = style.getStroke();\n if (strokeStyle) {\n const lineStringReplay = builderGroup.getBuilder(\n style.getZIndex(),\n 'LineString'\n );\n lineStringReplay.setFillStrokeStyle(null, strokeStyle);\n lineStringReplay.drawMultiLineString(geometry, feature);\n }\n const textStyle = style.getText();\n if (textStyle && textStyle.getText()) {\n const textReplay = (declutterBuilderGroup || builderGroup).getBuilder(\n style.getZIndex(),\n 'Text'\n );\n textReplay.setTextStyle(textStyle);\n textReplay.drawText(geometry, feature);\n }\n}\n\n/**\n * @param {import(\"../render/canvas/BuilderGroup.js\").default} builderGroup Replay group.\n * @param {import(\"../geom/MultiPolygon.js\").default} geometry Geometry.\n * @param {import(\"../style/Style.js\").default} style Style.\n * @param {import(\"../Feature.js\").default} feature Feature.\n * @param {import(\"../render/canvas/BuilderGroup.js\").default} [declutterBuilderGroup] Builder for decluttering.\n */\nfunction renderMultiPolygonGeometry(\n builderGroup,\n geometry,\n style,\n feature,\n declutterBuilderGroup\n) {\n const fillStyle = style.getFill();\n const strokeStyle = style.getStroke();\n if (strokeStyle || fillStyle) {\n const polygonReplay = builderGroup.getBuilder(style.getZIndex(), 'Polygon');\n polygonReplay.setFillStrokeStyle(fillStyle, strokeStyle);\n polygonReplay.drawMultiPolygon(geometry, feature);\n }\n const textStyle = style.getText();\n if (textStyle && textStyle.getText()) {\n const textReplay = (declutterBuilderGroup || builderGroup).getBuilder(\n style.getZIndex(),\n 'Text'\n );\n textReplay.setTextStyle(textStyle);\n textReplay.drawText(geometry, feature);\n }\n}\n\n/**\n * @param {import(\"../render/canvas/BuilderGroup.js\").default} builderGroup Replay group.\n * @param {import(\"../geom/Point.js\").default|import(\"../render/Feature.js\").default} geometry Geometry.\n * @param {import(\"../style/Style.js\").default} style Style.\n * @param {import(\"../Feature.js\").FeatureLike} feature Feature.\n * @param {import(\"../render/canvas/BuilderGroup.js\").default} [declutterBuilderGroup] Builder for decluttering.\n */\nfunction renderPointGeometry(\n builderGroup,\n geometry,\n style,\n feature,\n declutterBuilderGroup\n) {\n const imageStyle = style.getImage();\n const textStyle = style.getText();\n /** @type {import(\"../render/canvas.js\").DeclutterImageWithText} */\n let declutterImageWithText;\n if (imageStyle) {\n if (imageStyle.getImageState() != ImageState.LOADED) {\n return;\n }\n let imageBuilderGroup = builderGroup;\n if (declutterBuilderGroup) {\n const declutterMode = imageStyle.getDeclutterMode();\n if (declutterMode !== 'none') {\n imageBuilderGroup = declutterBuilderGroup;\n if (declutterMode === 'obstacle') {\n // draw in non-declutter group:\n const imageReplay = builderGroup.getBuilder(\n style.getZIndex(),\n 'Image'\n );\n imageReplay.setImageStyle(imageStyle, declutterImageWithText);\n imageReplay.drawPoint(geometry, feature);\n } else if (textStyle && textStyle.getText()) {\n declutterImageWithText = {};\n }\n }\n }\n const imageReplay = imageBuilderGroup.getBuilder(\n style.getZIndex(),\n 'Image'\n );\n imageReplay.setImageStyle(imageStyle, declutterImageWithText);\n imageReplay.drawPoint(geometry, feature);\n }\n if (textStyle && textStyle.getText()) {\n let textBuilderGroup = builderGroup;\n if (declutterBuilderGroup) {\n textBuilderGroup = declutterBuilderGroup;\n }\n const textReplay = textBuilderGroup.getBuilder(style.getZIndex(), 'Text');\n textReplay.setTextStyle(textStyle, declutterImageWithText);\n textReplay.drawText(geometry, feature);\n }\n}\n\n/**\n * @param {import(\"../render/canvas/BuilderGroup.js\").default} builderGroup Replay group.\n * @param {import(\"../geom/MultiPoint.js\").default|import(\"../render/Feature.js\").default} geometry Geometry.\n * @param {import(\"../style/Style.js\").default} style Style.\n * @param {import(\"../Feature.js\").FeatureLike} feature Feature.\n * @param {import(\"../render/canvas/BuilderGroup.js\").default} [declutterBuilderGroup] Builder for decluttering.\n */\nfunction renderMultiPointGeometry(\n builderGroup,\n geometry,\n style,\n feature,\n declutterBuilderGroup\n) {\n const imageStyle = style.getImage();\n const textStyle = style.getText();\n /** @type {import(\"../render/canvas.js\").DeclutterImageWithText} */\n let declutterImageWithText;\n if (imageStyle) {\n if (imageStyle.getImageState() != ImageState.LOADED) {\n return;\n }\n let imageBuilderGroup = builderGroup;\n if (declutterBuilderGroup) {\n const declutterMode = imageStyle.getDeclutterMode();\n if (declutterMode !== 'none') {\n imageBuilderGroup = declutterBuilderGroup;\n if (declutterMode === 'obstacle') {\n // draw in non-declutter group:\n const imageReplay = builderGroup.getBuilder(\n style.getZIndex(),\n 'Image'\n );\n imageReplay.setImageStyle(imageStyle, declutterImageWithText);\n imageReplay.drawMultiPoint(geometry, feature);\n } else if (textStyle && textStyle.getText()) {\n declutterImageWithText = {};\n }\n }\n }\n const imageReplay = imageBuilderGroup.getBuilder(\n style.getZIndex(),\n 'Image'\n );\n imageReplay.setImageStyle(imageStyle, declutterImageWithText);\n imageReplay.drawMultiPoint(geometry, feature);\n }\n if (textStyle && textStyle.getText()) {\n let textBuilderGroup = builderGroup;\n if (declutterBuilderGroup) {\n textBuilderGroup = declutterBuilderGroup;\n }\n const textReplay = textBuilderGroup.getBuilder(style.getZIndex(), 'Text');\n textReplay.setTextStyle(textStyle, declutterImageWithText);\n textReplay.drawText(geometry, feature);\n }\n}\n\n/**\n * @param {import(\"../render/canvas/BuilderGroup.js\").default} builderGroup Replay group.\n * @param {import(\"../geom/Polygon.js\").default|import(\"../render/Feature.js\").default} geometry Geometry.\n * @param {import(\"../style/Style.js\").default} style Style.\n * @param {import(\"../Feature.js\").FeatureLike} feature Feature.\n * @param {import(\"../render/canvas/BuilderGroup.js\").default} [declutterBuilderGroup] Builder for decluttering.\n */\nfunction renderPolygonGeometry(\n builderGroup,\n geometry,\n style,\n feature,\n declutterBuilderGroup\n) {\n const fillStyle = style.getFill();\n const strokeStyle = style.getStroke();\n if (fillStyle || strokeStyle) {\n const polygonReplay = builderGroup.getBuilder(style.getZIndex(), 'Polygon');\n polygonReplay.setFillStrokeStyle(fillStyle, strokeStyle);\n polygonReplay.drawPolygon(geometry, feature);\n }\n const textStyle = style.getText();\n if (textStyle && textStyle.getText()) {\n const textReplay = (declutterBuilderGroup || builderGroup).getBuilder(\n style.getZIndex(),\n 'Text'\n );\n textReplay.setTextStyle(textStyle);\n textReplay.drawText(geometry, feature);\n }\n}\n","/**\n * @module ol/render\n */\nimport CanvasImmediateRenderer from './render/canvas/Immediate.js';\nimport {DEVICE_PIXEL_RATIO} from './has.js';\nimport {\n apply as applyTransform,\n create as createTransform,\n multiply as multiplyTransform,\n scale as scaleTransform,\n} from './transform.js';\nimport {getSquaredTolerance} from './renderer/vector.js';\nimport {getTransformFromProjections, getUserProjection} from './proj.js';\n\n/**\n * @typedef {Object} State\n * @property {CanvasRenderingContext2D} context Canvas context that the layer is being rendered to.\n * @property {import(\"./Feature.js\").FeatureLike} feature Feature.\n * @property {import(\"./geom/SimpleGeometry.js\").default} geometry Geometry.\n * @property {number} pixelRatio Pixel ratio used by the layer renderer.\n * @property {number} resolution Resolution that the render batch was created and optimized for.\n * This is not the view's resolution that is being rendered.\n * @property {number} rotation Rotation of the rendered layer in radians.\n */\n\n/**\n * A function to be used when sorting features before rendering.\n * It takes two instances of {@link module:ol/Feature~Feature} or\n * {@link module:ol/render/Feature~RenderFeature} and returns a `{number}`.\n *\n * @typedef {function(import(\"./Feature.js\").FeatureLike, import(\"./Feature.js\").FeatureLike):number} OrderFunction\n */\n\n/**\n * @typedef {Object} ToContextOptions\n * @property {import(\"./size.js\").Size} [size] Desired size of the canvas in css\n * pixels. When provided, both canvas and css size will be set according to the\n * `pixelRatio`. If not provided, the current canvas and css sizes will not be\n * altered.\n * @property {number} [pixelRatio=window.devicePixelRatio] Pixel ratio (canvas\n * pixel to css pixel ratio) for the canvas.\n */\n\n/**\n * Binds a Canvas Immediate API to a canvas context, to allow drawing geometries\n * to the context's canvas.\n *\n * The units for geometry coordinates are css pixels relative to the top left\n * corner of the canvas element.\n * ```js\n * import {toContext} from 'ol/render.js';\n * import Fill from 'ol/style/Fill.js';\n * import Polygon from 'ol/geom/Polygon.js';\n *\n * const canvas = document.createElement('canvas');\n * const render = toContext(\n * canvas.getContext('2d'),\n * {size: [100, 100]}\n * );\n * render.setFillStrokeStyle(new Fill({ color: blue }));\n * render.drawPolygon(\n * new Polygon([[[0, 0], [100, 100], [100, 0], [0, 0]]])\n * );\n * ```\n *\n * @param {CanvasRenderingContext2D} context Canvas context.\n * @param {ToContextOptions} [options] Options.\n * @return {CanvasImmediateRenderer} Canvas Immediate.\n * @api\n */\nexport function toContext(context, options) {\n const canvas = context.canvas;\n options = options ? options : {};\n const pixelRatio = options.pixelRatio || DEVICE_PIXEL_RATIO;\n const size = options.size;\n if (size) {\n canvas.width = size[0] * pixelRatio;\n canvas.height = size[1] * pixelRatio;\n canvas.style.width = size[0] + 'px';\n canvas.style.height = size[1] + 'px';\n }\n const extent = [0, 0, canvas.width, canvas.height];\n const transform = scaleTransform(createTransform(), pixelRatio, pixelRatio);\n return new CanvasImmediateRenderer(context, pixelRatio, extent, transform, 0);\n}\n\n/**\n * Gets a vector context for drawing to the event's canvas.\n * @param {import(\"./render/Event.js\").default} event Render event.\n * @return {CanvasImmediateRenderer} Vector context.\n * @api\n */\nexport function getVectorContext(event) {\n if (!(event.context instanceof CanvasRenderingContext2D)) {\n throw new Error('Only works for render events from Canvas 2D layers');\n }\n\n // canvas may be at a different pixel ratio than frameState.pixelRatio\n const a = event.inversePixelTransform[0];\n const b = event.inversePixelTransform[1];\n const canvasPixelRatio = Math.sqrt(a * a + b * b);\n const frameState = event.frameState;\n const transform = multiplyTransform(\n event.inversePixelTransform.slice(),\n frameState.coordinateToPixelTransform\n );\n const squaredTolerance = getSquaredTolerance(\n frameState.viewState.resolution,\n canvasPixelRatio\n );\n let userTransform;\n const userProjection = getUserProjection();\n if (userProjection) {\n userTransform = getTransformFromProjections(\n userProjection,\n frameState.viewState.projection\n );\n }\n\n return new CanvasImmediateRenderer(\n event.context,\n canvasPixelRatio,\n frameState.extent,\n transform,\n frameState.viewState.rotation,\n squaredTolerance,\n userTransform\n );\n}\n\n/**\n * Gets the pixel of the event's canvas context from the map viewport's CSS pixel.\n * @param {import(\"./render/Event.js\").default} event Render event.\n * @param {import(\"./pixel.js\").Pixel} pixel CSS pixel relative to the top-left\n * corner of the map viewport.\n * @return {import(\"./pixel.js\").Pixel} Pixel on the event's canvas context.\n * @api\n */\nexport function getRenderPixel(event, pixel) {\n return applyTransform(event.inversePixelTransform, pixel.slice(0));\n}\n","/**\n * @module ol/reproj\n */\nimport {\n containsCoordinate,\n createEmpty,\n extend,\n forEachCorner,\n getCenter,\n getHeight,\n getTopLeft,\n getWidth,\n} from './extent.js';\nimport {createCanvasContext2D, releaseCanvas} from './dom.js';\nimport {getPointResolution, transform} from './proj.js';\nimport {solveLinearSystem} from './math.js';\n\nlet brokenDiagonalRendering_;\n\n/**\n * @type {Array}\n */\nexport const canvasPool = [];\n\n/**\n * This draws a small triangle into a canvas by setting the triangle as the clip region\n * and then drawing a (too large) rectangle\n *\n * @param {CanvasRenderingContext2D} ctx The context in which to draw the triangle\n * @param {number} u1 The x-coordinate of the second point. The first point is 0,0.\n * @param {number} v1 The y-coordinate of the second point.\n * @param {number} u2 The x-coordinate of the third point.\n * @param {number} v2 The y-coordinate of the third point.\n */\nfunction drawTestTriangle(ctx, u1, v1, u2, v2) {\n ctx.beginPath();\n ctx.moveTo(0, 0);\n ctx.lineTo(u1, v1);\n ctx.lineTo(u2, v2);\n ctx.closePath();\n ctx.save();\n ctx.clip();\n ctx.fillRect(0, 0, Math.max(u1, u2) + 1, Math.max(v1, v2));\n ctx.restore();\n}\n\n/**\n * Given the data from getImageData, see if the right values appear at the provided offset.\n * Returns true if either the color or transparency is off\n *\n * @param {Uint8ClampedArray} data The data returned from getImageData\n * @param {number} offset The pixel offset from the start of data.\n * @return {boolean} true if the diagonal rendering is broken\n */\nfunction verifyBrokenDiagonalRendering(data, offset) {\n // the values ought to be close to the rgba(210, 0, 0, 0.75)\n return (\n Math.abs(data[offset * 4] - 210) > 2 ||\n Math.abs(data[offset * 4 + 3] - 0.75 * 255) > 2\n );\n}\n\n/**\n * Determines if the current browser configuration can render triangular clip regions correctly.\n * This value is cached so the function is only expensive the first time called.\n * Firefox on Windows (as of now) does not if HWA is enabled. See https://bugzilla.mozilla.org/show_bug.cgi?id=1606976\n * Chrome works, and everything seems to work on OSX and Android. This function caches the\n * result. I suppose that it is conceivably possible that a browser might flip modes while the app is\n * running, but lets hope not.\n *\n * @return {boolean} true if the Diagonal Rendering is broken.\n */\nfunction isBrokenDiagonalRendering() {\n if (brokenDiagonalRendering_ === undefined) {\n const ctx = createCanvasContext2D(6, 6, canvasPool);\n ctx.globalCompositeOperation = 'lighter';\n ctx.fillStyle = 'rgba(210, 0, 0, 0.75)';\n drawTestTriangle(ctx, 4, 5, 4, 0);\n drawTestTriangle(ctx, 4, 5, 0, 5);\n const data = ctx.getImageData(0, 0, 3, 3).data;\n brokenDiagonalRendering_ =\n verifyBrokenDiagonalRendering(data, 0) ||\n verifyBrokenDiagonalRendering(data, 4) ||\n verifyBrokenDiagonalRendering(data, 8);\n releaseCanvas(ctx);\n canvasPool.push(ctx.canvas);\n }\n\n return brokenDiagonalRendering_;\n}\n\n/**\n * Calculates ideal resolution to use from the source in order to achieve\n * pixel mapping as close as possible to 1:1 during reprojection.\n * The resolution is calculated regardless of what resolutions\n * are actually available in the dataset (TileGrid, Image, ...).\n *\n * @param {import(\"./proj/Projection.js\").default} sourceProj Source projection.\n * @param {import(\"./proj/Projection.js\").default} targetProj Target projection.\n * @param {import(\"./coordinate.js\").Coordinate} targetCenter Target center.\n * @param {number} targetResolution Target resolution.\n * @return {number} The best resolution to use. Can be +-Infinity, NaN or 0.\n */\nexport function calculateSourceResolution(\n sourceProj,\n targetProj,\n targetCenter,\n targetResolution\n) {\n const sourceCenter = transform(targetCenter, targetProj, sourceProj);\n\n // calculate the ideal resolution of the source data\n let sourceResolution = getPointResolution(\n targetProj,\n targetResolution,\n targetCenter\n );\n\n const targetMetersPerUnit = targetProj.getMetersPerUnit();\n if (targetMetersPerUnit !== undefined) {\n sourceResolution *= targetMetersPerUnit;\n }\n const sourceMetersPerUnit = sourceProj.getMetersPerUnit();\n if (sourceMetersPerUnit !== undefined) {\n sourceResolution /= sourceMetersPerUnit;\n }\n\n // Based on the projection properties, the point resolution at the specified\n // coordinates may be slightly different. We need to reverse-compensate this\n // in order to achieve optimal results.\n\n const sourceExtent = sourceProj.getExtent();\n if (!sourceExtent || containsCoordinate(sourceExtent, sourceCenter)) {\n const compensationFactor =\n getPointResolution(sourceProj, sourceResolution, sourceCenter) /\n sourceResolution;\n if (isFinite(compensationFactor) && compensationFactor > 0) {\n sourceResolution /= compensationFactor;\n }\n }\n\n return sourceResolution;\n}\n\n/**\n * Calculates ideal resolution to use from the source in order to achieve\n * pixel mapping as close as possible to 1:1 during reprojection.\n * The resolution is calculated regardless of what resolutions\n * are actually available in the dataset (TileGrid, Image, ...).\n *\n * @param {import(\"./proj/Projection.js\").default} sourceProj Source projection.\n * @param {import(\"./proj/Projection.js\").default} targetProj Target projection.\n * @param {import(\"./extent.js\").Extent} targetExtent Target extent\n * @param {number} targetResolution Target resolution.\n * @return {number} The best resolution to use. Can be +-Infinity, NaN or 0.\n */\nexport function calculateSourceExtentResolution(\n sourceProj,\n targetProj,\n targetExtent,\n targetResolution\n) {\n const targetCenter = getCenter(targetExtent);\n let sourceResolution = calculateSourceResolution(\n sourceProj,\n targetProj,\n targetCenter,\n targetResolution\n );\n\n if (!isFinite(sourceResolution) || sourceResolution <= 0) {\n forEachCorner(targetExtent, function (corner) {\n sourceResolution = calculateSourceResolution(\n sourceProj,\n targetProj,\n corner,\n targetResolution\n );\n return isFinite(sourceResolution) && sourceResolution > 0;\n });\n }\n\n return sourceResolution;\n}\n\n/**\n * @typedef {Object} ImageExtent\n * @property {import(\"./extent.js\").Extent} extent Extent.\n * @property {import('./DataTile.js').ImageLike} image Image.\n */\n\n/**\n * Renders the source data into new canvas based on the triangulation.\n *\n * @param {number} width Width of the canvas.\n * @param {number} height Height of the canvas.\n * @param {number} pixelRatio Pixel ratio.\n * @param {number} sourceResolution Source resolution.\n * @param {import(\"./extent.js\").Extent} sourceExtent Extent of the data source.\n * @param {number} targetResolution Target resolution.\n * @param {import(\"./extent.js\").Extent} targetExtent Target extent.\n * @param {import(\"./reproj/Triangulation.js\").default} triangulation Calculated triangulation.\n * @param {Array} sources Array of sources.\n * @param {number} gutter Gutter of the sources.\n * @param {boolean} [renderEdges] Render reprojection edges.\n * @param {boolean} [interpolate] Use linear interpolation when resampling.\n * @param {boolean} [drawSingle] Draw single source images directly without stitchContext.\n * @return {HTMLCanvasElement} Canvas with reprojected data.\n */\nexport function render(\n width,\n height,\n pixelRatio,\n sourceResolution,\n sourceExtent,\n targetResolution,\n targetExtent,\n triangulation,\n sources,\n gutter,\n renderEdges,\n interpolate,\n drawSingle\n) {\n const context = createCanvasContext2D(\n Math.round(pixelRatio * width),\n Math.round(pixelRatio * height),\n canvasPool\n );\n\n if (!interpolate) {\n context.imageSmoothingEnabled = false;\n }\n\n if (sources.length === 0) {\n return context.canvas;\n }\n\n context.scale(pixelRatio, pixelRatio);\n\n function pixelRound(value) {\n return Math.round(value * pixelRatio) / pixelRatio;\n }\n\n context.globalCompositeOperation = 'lighter';\n\n const sourceDataExtent = createEmpty();\n sources.forEach(function (src, i, arr) {\n extend(sourceDataExtent, src.extent);\n });\n\n let stitchContext;\n if (!drawSingle || sources.length !== 1 || gutter !== 0) {\n const canvasWidthInUnits = getWidth(sourceDataExtent);\n const canvasHeightInUnits = getHeight(sourceDataExtent);\n stitchContext = createCanvasContext2D(\n Math.round((pixelRatio * canvasWidthInUnits) / sourceResolution),\n Math.round((pixelRatio * canvasHeightInUnits) / sourceResolution),\n canvasPool\n );\n\n if (!interpolate) {\n stitchContext.imageSmoothingEnabled = false;\n }\n\n const stitchScale = pixelRatio / sourceResolution;\n\n sources.forEach(function (src, i, arr) {\n const xPos = src.extent[0] - sourceDataExtent[0];\n const yPos = -(src.extent[3] - sourceDataExtent[3]);\n const srcWidth = getWidth(src.extent);\n const srcHeight = getHeight(src.extent);\n\n // This test should never fail -- but it does. Need to find a fix the upstream condition\n if (src.image.width > 0 && src.image.height > 0) {\n stitchContext.drawImage(\n src.image,\n gutter,\n gutter,\n src.image.width - 2 * gutter,\n src.image.height - 2 * gutter,\n xPos * stitchScale,\n yPos * stitchScale,\n srcWidth * stitchScale,\n srcHeight * stitchScale\n );\n }\n });\n }\n const targetTopLeft = getTopLeft(targetExtent);\n\n triangulation.getTriangles().forEach(function (triangle, i, arr) {\n /* Calculate affine transform (src -> dst)\n * Resulting matrix can be used to transform coordinate\n * from `sourceProjection` to destination pixels.\n *\n * To optimize number of context calls and increase numerical stability,\n * we also do the following operations:\n * trans(-topLeftExtentCorner), scale(1 / targetResolution), scale(1, -1)\n * here before solving the linear system so [ui, vi] are pixel coordinates.\n *\n * Src points: xi, yi\n * Dst points: ui, vi\n * Affine coefficients: aij\n *\n * | x0 y0 1 0 0 0 | |a00| |u0|\n * | x1 y1 1 0 0 0 | |a01| |u1|\n * | x2 y2 1 0 0 0 | x |a02| = |u2|\n * | 0 0 0 x0 y0 1 | |a10| |v0|\n * | 0 0 0 x1 y1 1 | |a11| |v1|\n * | 0 0 0 x2 y2 1 | |a12| |v2|\n */\n const source = triangle.source;\n const target = triangle.target;\n let x0 = source[0][0],\n y0 = source[0][1];\n let x1 = source[1][0],\n y1 = source[1][1];\n let x2 = source[2][0],\n y2 = source[2][1];\n // Make sure that everything is on pixel boundaries\n const u0 = pixelRound((target[0][0] - targetTopLeft[0]) / targetResolution);\n const v0 = pixelRound(\n -(target[0][1] - targetTopLeft[1]) / targetResolution\n );\n const u1 = pixelRound((target[1][0] - targetTopLeft[0]) / targetResolution);\n const v1 = pixelRound(\n -(target[1][1] - targetTopLeft[1]) / targetResolution\n );\n const u2 = pixelRound((target[2][0] - targetTopLeft[0]) / targetResolution);\n const v2 = pixelRound(\n -(target[2][1] - targetTopLeft[1]) / targetResolution\n );\n\n // Shift all the source points to improve numerical stability\n // of all the subsequent calculations. The [x0, y0] is used here.\n // This is also used to simplify the linear system.\n const sourceNumericalShiftX = x0;\n const sourceNumericalShiftY = y0;\n x0 = 0;\n y0 = 0;\n x1 -= sourceNumericalShiftX;\n y1 -= sourceNumericalShiftY;\n x2 -= sourceNumericalShiftX;\n y2 -= sourceNumericalShiftY;\n\n const augmentedMatrix = [\n [x1, y1, 0, 0, u1 - u0],\n [x2, y2, 0, 0, u2 - u0],\n [0, 0, x1, y1, v1 - v0],\n [0, 0, x2, y2, v2 - v0],\n ];\n const affineCoefs = solveLinearSystem(augmentedMatrix);\n if (!affineCoefs) {\n return;\n }\n\n context.save();\n context.beginPath();\n\n if (isBrokenDiagonalRendering() || !interpolate) {\n // Make sure that all lines are horizontal or vertical\n context.moveTo(u1, v1);\n // This is the diagonal line. Do it in 4 steps\n const steps = 4;\n const ud = u0 - u1;\n const vd = v0 - v1;\n for (let step = 0; step < steps; step++) {\n // Go horizontally\n context.lineTo(\n u1 + pixelRound(((step + 1) * ud) / steps),\n v1 + pixelRound((step * vd) / (steps - 1))\n );\n // Go vertically\n if (step != steps - 1) {\n context.lineTo(\n u1 + pixelRound(((step + 1) * ud) / steps),\n v1 + pixelRound(((step + 1) * vd) / (steps - 1))\n );\n }\n }\n // We are almost at u0r, v0r\n context.lineTo(u2, v2);\n } else {\n context.moveTo(u1, v1);\n context.lineTo(u0, v0);\n context.lineTo(u2, v2);\n }\n\n context.clip();\n\n context.transform(\n affineCoefs[0],\n affineCoefs[2],\n affineCoefs[1],\n affineCoefs[3],\n u0,\n v0\n );\n\n context.translate(\n sourceDataExtent[0] - sourceNumericalShiftX,\n sourceDataExtent[3] - sourceNumericalShiftY\n );\n\n let image;\n if (stitchContext) {\n image = stitchContext.canvas;\n context.scale(\n sourceResolution / pixelRatio,\n -sourceResolution / pixelRatio\n );\n } else {\n const source = sources[0];\n const extent = source.extent;\n image = source.image;\n context.scale(\n getWidth(extent) / image.width,\n -getHeight(extent) / image.height\n );\n }\n\n context.drawImage(image, 0, 0);\n context.restore();\n });\n\n if (stitchContext) {\n releaseCanvas(stitchContext);\n canvasPool.push(stitchContext.canvas);\n }\n\n if (renderEdges) {\n context.save();\n\n context.globalCompositeOperation = 'source-over';\n context.strokeStyle = 'black';\n context.lineWidth = 1;\n\n triangulation.getTriangles().forEach(function (triangle, i, arr) {\n const target = triangle.target;\n const u0 = (target[0][0] - targetTopLeft[0]) / targetResolution;\n const v0 = -(target[0][1] - targetTopLeft[1]) / targetResolution;\n const u1 = (target[1][0] - targetTopLeft[0]) / targetResolution;\n const v1 = -(target[1][1] - targetTopLeft[1]) / targetResolution;\n const u2 = (target[2][0] - targetTopLeft[0]) / targetResolution;\n const v2 = -(target[2][1] - targetTopLeft[1]) / targetResolution;\n\n context.beginPath();\n context.moveTo(u1, v1);\n context.lineTo(u0, v0);\n context.lineTo(u2, v2);\n context.closePath();\n context.stroke();\n });\n\n context.restore();\n }\n return context.canvas;\n}\n","/**\n * @module ol/resolution\n */\n\n/**\n * @typedef {number|Array} ResolutionLike\n */\n\n/**\n * @param {ResolutionLike} resolution Resolution.\n * @return {number} Resolution.\n */\nexport function fromResolutionLike(resolution) {\n if (Array.isArray(resolution)) {\n return Math.min(...resolution);\n }\n return resolution;\n}\n","/**\n * @module ol/reproj/common\n */\n\n/**\n * Default maximum allowed threshold (in pixels) for reprojection\n * triangulation.\n * @type {number}\n */\nexport const ERROR_THRESHOLD = 0.5;\n","/**\n * @module ol/reproj/Triangulation\n */\nimport {\n boundingExtent,\n createEmpty,\n extendCoordinate,\n getArea,\n getBottomLeft,\n getBottomRight,\n getTopLeft,\n getTopRight,\n getWidth,\n intersects,\n} from '../extent.js';\nimport {getTransform} from '../proj.js';\nimport {modulo} from '../math.js';\n\n/**\n * Single triangle; consists of 3 source points and 3 target points.\n * @typedef {Object} Triangle\n * @property {Array} source Source.\n * @property {Array} target Target.\n */\n\n/**\n * Maximum number of subdivision steps during raster reprojection triangulation.\n * Prevents high memory usage and large number of proj4 calls (for certain\n * transformations and areas). At most `2*(2^this)` triangles are created for\n * each triangulated extent (tile/image).\n * @type {number}\n */\nconst MAX_SUBDIVISION = 10;\n\n/**\n * Maximum allowed size of triangle relative to world width. When transforming\n * corners of world extent between certain projections, the resulting\n * triangulation seems to have zero error and no subdivision is performed. If\n * the triangle width is more than this (relative to world width; 0-1),\n * subdivison is forced (up to `MAX_SUBDIVISION`). Default is `0.25`.\n * @type {number}\n */\nconst MAX_TRIANGLE_WIDTH = 0.25;\n\n/**\n * @classdesc\n * Class containing triangulation of the given target extent.\n * Used for determining source data and the reprojection itself.\n */\nclass Triangulation {\n /**\n * @param {import(\"../proj/Projection.js\").default} sourceProj Source projection.\n * @param {import(\"../proj/Projection.js\").default} targetProj Target projection.\n * @param {import(\"../extent.js\").Extent} targetExtent Target extent to triangulate.\n * @param {import(\"../extent.js\").Extent} maxSourceExtent Maximal source extent that can be used.\n * @param {number} errorThreshold Acceptable error (in source units).\n * @param {?number} destinationResolution The (optional) resolution of the destination.\n */\n constructor(\n sourceProj,\n targetProj,\n targetExtent,\n maxSourceExtent,\n errorThreshold,\n destinationResolution\n ) {\n /**\n * @type {import(\"../proj/Projection.js\").default}\n * @private\n */\n this.sourceProj_ = sourceProj;\n\n /**\n * @type {import(\"../proj/Projection.js\").default}\n * @private\n */\n this.targetProj_ = targetProj;\n\n /** @type {!Object} */\n let transformInvCache = {};\n const transformInv = getTransform(this.targetProj_, this.sourceProj_);\n\n /**\n * @param {import(\"../coordinate.js\").Coordinate} c A coordinate.\n * @return {import(\"../coordinate.js\").Coordinate} Transformed coordinate.\n * @private\n */\n this.transformInv_ = function (c) {\n const key = c[0] + '/' + c[1];\n if (!transformInvCache[key]) {\n transformInvCache[key] = transformInv(c);\n }\n return transformInvCache[key];\n };\n\n /**\n * @type {import(\"../extent.js\").Extent}\n * @private\n */\n this.maxSourceExtent_ = maxSourceExtent;\n\n /**\n * @type {number}\n * @private\n */\n this.errorThresholdSquared_ = errorThreshold * errorThreshold;\n\n /**\n * @type {Array}\n * @private\n */\n this.triangles_ = [];\n\n /**\n * Indicates that the triangulation crosses edge of the source projection.\n * @type {boolean}\n * @private\n */\n this.wrapsXInSource_ = false;\n\n /**\n * @type {boolean}\n * @private\n */\n this.canWrapXInSource_ =\n this.sourceProj_.canWrapX() &&\n !!maxSourceExtent &&\n !!this.sourceProj_.getExtent() &&\n getWidth(maxSourceExtent) >= getWidth(this.sourceProj_.getExtent());\n\n /**\n * @type {?number}\n * @private\n */\n this.sourceWorldWidth_ = this.sourceProj_.getExtent()\n ? getWidth(this.sourceProj_.getExtent())\n : null;\n\n /**\n * @type {?number}\n * @private\n */\n this.targetWorldWidth_ = this.targetProj_.getExtent()\n ? getWidth(this.targetProj_.getExtent())\n : null;\n\n const destinationTopLeft = getTopLeft(targetExtent);\n const destinationTopRight = getTopRight(targetExtent);\n const destinationBottomRight = getBottomRight(targetExtent);\n const destinationBottomLeft = getBottomLeft(targetExtent);\n const sourceTopLeft = this.transformInv_(destinationTopLeft);\n const sourceTopRight = this.transformInv_(destinationTopRight);\n const sourceBottomRight = this.transformInv_(destinationBottomRight);\n const sourceBottomLeft = this.transformInv_(destinationBottomLeft);\n\n /*\n * The maxSubdivision controls how many splittings of the target area can\n * be done. The idea here is to do a linear mapping of the target areas\n * but the actual overall reprojection (can be) extremely non-linear. The\n * default value of MAX_SUBDIVISION was chosen based on mapping a 256x256\n * tile size. However this function is also called to remap canvas rendered\n * layers which can be much larger. This calculation increases the maxSubdivision\n * value by the right factor so that each 256x256 pixel area has\n * MAX_SUBDIVISION divisions.\n */\n const maxSubdivision =\n MAX_SUBDIVISION +\n (destinationResolution\n ? Math.max(\n 0,\n Math.ceil(\n Math.log2(\n getArea(targetExtent) /\n (destinationResolution * destinationResolution * 256 * 256)\n )\n )\n )\n : 0);\n\n this.addQuad_(\n destinationTopLeft,\n destinationTopRight,\n destinationBottomRight,\n destinationBottomLeft,\n sourceTopLeft,\n sourceTopRight,\n sourceBottomRight,\n sourceBottomLeft,\n maxSubdivision\n );\n\n if (this.wrapsXInSource_) {\n let leftBound = Infinity;\n this.triangles_.forEach(function (triangle, i, arr) {\n leftBound = Math.min(\n leftBound,\n triangle.source[0][0],\n triangle.source[1][0],\n triangle.source[2][0]\n );\n });\n\n // Shift triangles to be as close to `leftBound` as possible\n // (if the distance is more than `worldWidth / 2` it can be closer.\n this.triangles_.forEach((triangle) => {\n if (\n Math.max(\n triangle.source[0][0],\n triangle.source[1][0],\n triangle.source[2][0]\n ) -\n leftBound >\n this.sourceWorldWidth_ / 2\n ) {\n const newTriangle = [\n [triangle.source[0][0], triangle.source[0][1]],\n [triangle.source[1][0], triangle.source[1][1]],\n [triangle.source[2][0], triangle.source[2][1]],\n ];\n if (newTriangle[0][0] - leftBound > this.sourceWorldWidth_ / 2) {\n newTriangle[0][0] -= this.sourceWorldWidth_;\n }\n if (newTriangle[1][0] - leftBound > this.sourceWorldWidth_ / 2) {\n newTriangle[1][0] -= this.sourceWorldWidth_;\n }\n if (newTriangle[2][0] - leftBound > this.sourceWorldWidth_ / 2) {\n newTriangle[2][0] -= this.sourceWorldWidth_;\n }\n\n // Rarely (if the extent contains both the dateline and prime meridian)\n // the shift can in turn break some triangles.\n // Detect this here and don't shift in such cases.\n const minX = Math.min(\n newTriangle[0][0],\n newTriangle[1][0],\n newTriangle[2][0]\n );\n const maxX = Math.max(\n newTriangle[0][0],\n newTriangle[1][0],\n newTriangle[2][0]\n );\n if (maxX - minX < this.sourceWorldWidth_ / 2) {\n triangle.source = newTriangle;\n }\n }\n });\n }\n\n transformInvCache = {};\n }\n\n /**\n * Adds triangle to the triangulation.\n * @param {import(\"../coordinate.js\").Coordinate} a The target a coordinate.\n * @param {import(\"../coordinate.js\").Coordinate} b The target b coordinate.\n * @param {import(\"../coordinate.js\").Coordinate} c The target c coordinate.\n * @param {import(\"../coordinate.js\").Coordinate} aSrc The source a coordinate.\n * @param {import(\"../coordinate.js\").Coordinate} bSrc The source b coordinate.\n * @param {import(\"../coordinate.js\").Coordinate} cSrc The source c coordinate.\n * @private\n */\n addTriangle_(a, b, c, aSrc, bSrc, cSrc) {\n this.triangles_.push({\n source: [aSrc, bSrc, cSrc],\n target: [a, b, c],\n });\n }\n\n /**\n * Adds quad (points in clock-wise order) to the triangulation\n * (and reprojects the vertices) if valid.\n * Performs quad subdivision if needed to increase precision.\n *\n * @param {import(\"../coordinate.js\").Coordinate} a The target a coordinate.\n * @param {import(\"../coordinate.js\").Coordinate} b The target b coordinate.\n * @param {import(\"../coordinate.js\").Coordinate} c The target c coordinate.\n * @param {import(\"../coordinate.js\").Coordinate} d The target d coordinate.\n * @param {import(\"../coordinate.js\").Coordinate} aSrc The source a coordinate.\n * @param {import(\"../coordinate.js\").Coordinate} bSrc The source b coordinate.\n * @param {import(\"../coordinate.js\").Coordinate} cSrc The source c coordinate.\n * @param {import(\"../coordinate.js\").Coordinate} dSrc The source d coordinate.\n * @param {number} maxSubdivision Maximal allowed subdivision of the quad.\n * @private\n */\n addQuad_(a, b, c, d, aSrc, bSrc, cSrc, dSrc, maxSubdivision) {\n const sourceQuadExtent = boundingExtent([aSrc, bSrc, cSrc, dSrc]);\n const sourceCoverageX = this.sourceWorldWidth_\n ? getWidth(sourceQuadExtent) / this.sourceWorldWidth_\n : null;\n const sourceWorldWidth = /** @type {number} */ (this.sourceWorldWidth_);\n\n // when the quad is wrapped in the source projection\n // it covers most of the projection extent, but not fully\n const wrapsX =\n this.sourceProj_.canWrapX() &&\n sourceCoverageX > 0.5 &&\n sourceCoverageX < 1;\n\n let needsSubdivision = false;\n\n if (maxSubdivision > 0) {\n if (this.targetProj_.isGlobal() && this.targetWorldWidth_) {\n const targetQuadExtent = boundingExtent([a, b, c, d]);\n const targetCoverageX =\n getWidth(targetQuadExtent) / this.targetWorldWidth_;\n needsSubdivision =\n targetCoverageX > MAX_TRIANGLE_WIDTH || needsSubdivision;\n }\n if (!wrapsX && this.sourceProj_.isGlobal() && sourceCoverageX) {\n needsSubdivision =\n sourceCoverageX > MAX_TRIANGLE_WIDTH || needsSubdivision;\n }\n }\n\n if (!needsSubdivision && this.maxSourceExtent_) {\n if (\n isFinite(sourceQuadExtent[0]) &&\n isFinite(sourceQuadExtent[1]) &&\n isFinite(sourceQuadExtent[2]) &&\n isFinite(sourceQuadExtent[3])\n ) {\n if (!intersects(sourceQuadExtent, this.maxSourceExtent_)) {\n // whole quad outside source projection extent -> ignore\n return;\n }\n }\n }\n\n let isNotFinite = 0;\n\n if (!needsSubdivision) {\n if (\n !isFinite(aSrc[0]) ||\n !isFinite(aSrc[1]) ||\n !isFinite(bSrc[0]) ||\n !isFinite(bSrc[1]) ||\n !isFinite(cSrc[0]) ||\n !isFinite(cSrc[1]) ||\n !isFinite(dSrc[0]) ||\n !isFinite(dSrc[1])\n ) {\n if (maxSubdivision > 0) {\n needsSubdivision = true;\n } else {\n // It might be the case that only 1 of the points is infinite. In this case\n // we can draw a single triangle with the other three points\n isNotFinite =\n (!isFinite(aSrc[0]) || !isFinite(aSrc[1]) ? 8 : 0) +\n (!isFinite(bSrc[0]) || !isFinite(bSrc[1]) ? 4 : 0) +\n (!isFinite(cSrc[0]) || !isFinite(cSrc[1]) ? 2 : 0) +\n (!isFinite(dSrc[0]) || !isFinite(dSrc[1]) ? 1 : 0);\n if (\n isNotFinite != 1 &&\n isNotFinite != 2 &&\n isNotFinite != 4 &&\n isNotFinite != 8\n ) {\n return;\n }\n }\n }\n }\n\n if (maxSubdivision > 0) {\n if (!needsSubdivision) {\n const center = [(a[0] + c[0]) / 2, (a[1] + c[1]) / 2];\n const centerSrc = this.transformInv_(center);\n\n let dx;\n if (wrapsX) {\n const centerSrcEstimX =\n (modulo(aSrc[0], sourceWorldWidth) +\n modulo(cSrc[0], sourceWorldWidth)) /\n 2;\n dx = centerSrcEstimX - modulo(centerSrc[0], sourceWorldWidth);\n } else {\n dx = (aSrc[0] + cSrc[0]) / 2 - centerSrc[0];\n }\n const dy = (aSrc[1] + cSrc[1]) / 2 - centerSrc[1];\n const centerSrcErrorSquared = dx * dx + dy * dy;\n needsSubdivision = centerSrcErrorSquared > this.errorThresholdSquared_;\n }\n if (needsSubdivision) {\n if (Math.abs(a[0] - c[0]) <= Math.abs(a[1] - c[1])) {\n // split horizontally (top & bottom)\n const bc = [(b[0] + c[0]) / 2, (b[1] + c[1]) / 2];\n const bcSrc = this.transformInv_(bc);\n const da = [(d[0] + a[0]) / 2, (d[1] + a[1]) / 2];\n const daSrc = this.transformInv_(da);\n\n this.addQuad_(\n a,\n b,\n bc,\n da,\n aSrc,\n bSrc,\n bcSrc,\n daSrc,\n maxSubdivision - 1\n );\n this.addQuad_(\n da,\n bc,\n c,\n d,\n daSrc,\n bcSrc,\n cSrc,\n dSrc,\n maxSubdivision - 1\n );\n } else {\n // split vertically (left & right)\n const ab = [(a[0] + b[0]) / 2, (a[1] + b[1]) / 2];\n const abSrc = this.transformInv_(ab);\n const cd = [(c[0] + d[0]) / 2, (c[1] + d[1]) / 2];\n const cdSrc = this.transformInv_(cd);\n\n this.addQuad_(\n a,\n ab,\n cd,\n d,\n aSrc,\n abSrc,\n cdSrc,\n dSrc,\n maxSubdivision - 1\n );\n this.addQuad_(\n ab,\n b,\n c,\n cd,\n abSrc,\n bSrc,\n cSrc,\n cdSrc,\n maxSubdivision - 1\n );\n }\n return;\n }\n }\n\n if (wrapsX) {\n if (!this.canWrapXInSource_) {\n return;\n }\n this.wrapsXInSource_ = true;\n }\n\n // Exactly zero or one of *Src is not finite\n // The triangles must have the diagonal line as the first side\n // This is to allow easy code in reproj.s to make it straight for broken\n // browsers that can't handle diagonal clipping\n if ((isNotFinite & 0xb) == 0) {\n this.addTriangle_(a, c, d, aSrc, cSrc, dSrc);\n }\n if ((isNotFinite & 0xe) == 0) {\n this.addTriangle_(a, c, b, aSrc, cSrc, bSrc);\n }\n if (isNotFinite) {\n // Try the other two triangles\n if ((isNotFinite & 0xd) == 0) {\n this.addTriangle_(b, d, a, bSrc, dSrc, aSrc);\n }\n if ((isNotFinite & 0x7) == 0) {\n this.addTriangle_(b, d, c, bSrc, dSrc, cSrc);\n }\n }\n }\n\n /**\n * Calculates extent of the `source` coordinates from all the triangles.\n *\n * @return {import(\"../extent.js\").Extent} Calculated extent.\n */\n calculateSourceExtent() {\n const extent = createEmpty();\n\n this.triangles_.forEach(function (triangle, i, arr) {\n const src = triangle.source;\n extendCoordinate(extent, src[0]);\n extendCoordinate(extent, src[1]);\n extendCoordinate(extent, src[2]);\n });\n\n return extent;\n }\n\n /**\n * @return {Array} Array of the calculated triangles.\n */\n getTriangles() {\n return this.triangles_;\n }\n}\n\nexport default Triangulation;\n","/**\n * @module ol/reproj/Tile\n */\nimport {ERROR_THRESHOLD} from './common.js';\n\nimport EventType from '../events/EventType.js';\nimport Tile from '../Tile.js';\nimport TileState from '../TileState.js';\nimport Triangulation from './Triangulation.js';\nimport {\n calculateSourceExtentResolution,\n canvasPool,\n render as renderReprojected,\n} from '../reproj.js';\nimport {clamp} from '../math.js';\nimport {getArea, getIntersection} from '../extent.js';\nimport {listen, unlistenByKey} from '../events.js';\nimport {releaseCanvas} from '../dom.js';\n\n/**\n * @typedef {function(number, number, number, number) : (import(\"../ImageTile.js\").default)} FunctionType\n */\n\n/**\n * @classdesc\n * Class encapsulating single reprojected tile.\n * See {@link module:ol/source/TileImage~TileImage}.\n *\n */\nclass ReprojTile extends Tile {\n /**\n * @param {import(\"../proj/Projection.js\").default} sourceProj Source projection.\n * @param {import(\"../tilegrid/TileGrid.js\").default} sourceTileGrid Source tile grid.\n * @param {import(\"../proj/Projection.js\").default} targetProj Target projection.\n * @param {import(\"../tilegrid/TileGrid.js\").default} targetTileGrid Target tile grid.\n * @param {import(\"../tilecoord.js\").TileCoord} tileCoord Coordinate of the tile.\n * @param {import(\"../tilecoord.js\").TileCoord} wrappedTileCoord Coordinate of the tile wrapped in X.\n * @param {number} pixelRatio Pixel ratio.\n * @param {number} gutter Gutter of the source tiles.\n * @param {FunctionType} getTileFunction\n * Function returning source tiles (z, x, y, pixelRatio).\n * @param {number} [errorThreshold] Acceptable reprojection error (in px).\n * @param {boolean} [renderEdges] Render reprojection edges.\n * @param {import(\"../Tile.js\").Options} [options] Tile options.\n */\n constructor(\n sourceProj,\n sourceTileGrid,\n targetProj,\n targetTileGrid,\n tileCoord,\n wrappedTileCoord,\n pixelRatio,\n gutter,\n getTileFunction,\n errorThreshold,\n renderEdges,\n options\n ) {\n super(tileCoord, TileState.IDLE, options);\n\n /**\n * @private\n * @type {boolean}\n */\n this.renderEdges_ = renderEdges !== undefined ? renderEdges : false;\n\n /**\n * @private\n * @type {number}\n */\n this.pixelRatio_ = pixelRatio;\n\n /**\n * @private\n * @type {number}\n */\n this.gutter_ = gutter;\n\n /**\n * @private\n * @type {HTMLCanvasElement}\n */\n this.canvas_ = null;\n\n /**\n * @private\n * @type {import(\"../tilegrid/TileGrid.js\").default}\n */\n this.sourceTileGrid_ = sourceTileGrid;\n\n /**\n * @private\n * @type {import(\"../tilegrid/TileGrid.js\").default}\n */\n this.targetTileGrid_ = targetTileGrid;\n\n /**\n * @private\n * @type {import(\"../tilecoord.js\").TileCoord}\n */\n this.wrappedTileCoord_ = wrappedTileCoord ? wrappedTileCoord : tileCoord;\n\n /**\n * @private\n * @type {!Array}\n */\n this.sourceTiles_ = [];\n\n /**\n * @private\n * @type {?Array}\n */\n this.sourcesListenerKeys_ = null;\n\n /**\n * @private\n * @type {number}\n */\n this.sourceZ_ = 0;\n\n const targetExtent = targetTileGrid.getTileCoordExtent(\n this.wrappedTileCoord_\n );\n const maxTargetExtent = this.targetTileGrid_.getExtent();\n let maxSourceExtent = this.sourceTileGrid_.getExtent();\n\n const limitedTargetExtent = maxTargetExtent\n ? getIntersection(targetExtent, maxTargetExtent)\n : targetExtent;\n\n if (getArea(limitedTargetExtent) === 0) {\n // Tile is completely outside range -> EMPTY\n // TODO: is it actually correct that the source even creates the tile ?\n this.state = TileState.EMPTY;\n return;\n }\n\n const sourceProjExtent = sourceProj.getExtent();\n if (sourceProjExtent) {\n if (!maxSourceExtent) {\n maxSourceExtent = sourceProjExtent;\n } else {\n maxSourceExtent = getIntersection(maxSourceExtent, sourceProjExtent);\n }\n }\n\n const targetResolution = targetTileGrid.getResolution(\n this.wrappedTileCoord_[0]\n );\n\n const sourceResolution = calculateSourceExtentResolution(\n sourceProj,\n targetProj,\n limitedTargetExtent,\n targetResolution\n );\n\n if (!isFinite(sourceResolution) || sourceResolution <= 0) {\n // invalid sourceResolution -> EMPTY\n // probably edges of the projections when no extent is defined\n this.state = TileState.EMPTY;\n return;\n }\n\n const errorThresholdInPixels =\n errorThreshold !== undefined ? errorThreshold : ERROR_THRESHOLD;\n\n /**\n * @private\n * @type {!import(\"./Triangulation.js\").default}\n */\n this.triangulation_ = new Triangulation(\n sourceProj,\n targetProj,\n limitedTargetExtent,\n maxSourceExtent,\n sourceResolution * errorThresholdInPixels,\n targetResolution\n );\n\n if (this.triangulation_.getTriangles().length === 0) {\n // no valid triangles -> EMPTY\n this.state = TileState.EMPTY;\n return;\n }\n\n this.sourceZ_ = sourceTileGrid.getZForResolution(sourceResolution);\n let sourceExtent = this.triangulation_.calculateSourceExtent();\n\n if (maxSourceExtent) {\n if (sourceProj.canWrapX()) {\n sourceExtent[1] = clamp(\n sourceExtent[1],\n maxSourceExtent[1],\n maxSourceExtent[3]\n );\n sourceExtent[3] = clamp(\n sourceExtent[3],\n maxSourceExtent[1],\n maxSourceExtent[3]\n );\n } else {\n sourceExtent = getIntersection(sourceExtent, maxSourceExtent);\n }\n }\n\n if (!getArea(sourceExtent)) {\n this.state = TileState.EMPTY;\n } else {\n const sourceRange = sourceTileGrid.getTileRangeForExtentAndZ(\n sourceExtent,\n this.sourceZ_\n );\n\n for (let srcX = sourceRange.minX; srcX <= sourceRange.maxX; srcX++) {\n for (let srcY = sourceRange.minY; srcY <= sourceRange.maxY; srcY++) {\n const tile = getTileFunction(this.sourceZ_, srcX, srcY, pixelRatio);\n if (tile) {\n this.sourceTiles_.push(tile);\n }\n }\n }\n\n if (this.sourceTiles_.length === 0) {\n this.state = TileState.EMPTY;\n }\n }\n }\n\n /**\n * Get the HTML Canvas element for this tile.\n * @return {HTMLCanvasElement} Canvas.\n */\n getImage() {\n return this.canvas_;\n }\n\n /**\n * @private\n */\n reproject_() {\n const sources = [];\n this.sourceTiles_.forEach((tile) => {\n if (tile && tile.getState() == TileState.LOADED) {\n sources.push({\n extent: this.sourceTileGrid_.getTileCoordExtent(tile.tileCoord),\n image: tile.getImage(),\n });\n }\n });\n this.sourceTiles_.length = 0;\n\n if (sources.length === 0) {\n this.state = TileState.ERROR;\n } else {\n const z = this.wrappedTileCoord_[0];\n const size = this.targetTileGrid_.getTileSize(z);\n const width = typeof size === 'number' ? size : size[0];\n const height = typeof size === 'number' ? size : size[1];\n const targetResolution = this.targetTileGrid_.getResolution(z);\n const sourceResolution = this.sourceTileGrid_.getResolution(\n this.sourceZ_\n );\n\n const targetExtent = this.targetTileGrid_.getTileCoordExtent(\n this.wrappedTileCoord_\n );\n\n this.canvas_ = renderReprojected(\n width,\n height,\n this.pixelRatio_,\n sourceResolution,\n this.sourceTileGrid_.getExtent(),\n targetResolution,\n targetExtent,\n this.triangulation_,\n sources,\n this.gutter_,\n this.renderEdges_,\n this.interpolate\n );\n\n this.state = TileState.LOADED;\n }\n this.changed();\n }\n\n /**\n * Load not yet loaded URI.\n */\n load() {\n if (this.state == TileState.IDLE) {\n this.state = TileState.LOADING;\n this.changed();\n\n let leftToLoad = 0;\n\n this.sourcesListenerKeys_ = [];\n this.sourceTiles_.forEach((tile) => {\n const state = tile.getState();\n if (state == TileState.IDLE || state == TileState.LOADING) {\n leftToLoad++;\n\n const sourceListenKey = listen(\n tile,\n EventType.CHANGE,\n function (e) {\n const state = tile.getState();\n if (\n state == TileState.LOADED ||\n state == TileState.ERROR ||\n state == TileState.EMPTY\n ) {\n unlistenByKey(sourceListenKey);\n leftToLoad--;\n if (leftToLoad === 0) {\n this.unlistenSources_();\n this.reproject_();\n }\n }\n },\n this\n );\n this.sourcesListenerKeys_.push(sourceListenKey);\n }\n });\n\n if (leftToLoad === 0) {\n setTimeout(this.reproject_.bind(this), 0);\n } else {\n this.sourceTiles_.forEach(function (tile, i, arr) {\n const state = tile.getState();\n if (state == TileState.IDLE) {\n tile.load();\n }\n });\n }\n }\n }\n\n /**\n * @private\n */\n unlistenSources_() {\n this.sourcesListenerKeys_.forEach(unlistenByKey);\n this.sourcesListenerKeys_ = null;\n }\n\n /**\n * Remove from the cache due to expiry\n */\n release() {\n if (this.canvas_) {\n releaseCanvas(this.canvas_.getContext('2d'));\n canvasPool.push(this.canvas_);\n this.canvas_ = null;\n }\n super.release();\n }\n}\n\nexport default ReprojTile;\n","/**\n * @module ol/source/TileEventType\n */\n\n/**\n * @enum {string}\n */\nexport default {\n /**\n * Triggered when a tile starts loading.\n * @event module:ol/source/Tile.TileSourceEvent#tileloadstart\n * @api\n */\n TILELOADSTART: 'tileloadstart',\n\n /**\n * Triggered when a tile finishes loading, either when its data is loaded,\n * or when loading was aborted because the tile is no longer needed.\n * @event module:ol/source/Tile.TileSourceEvent#tileloadend\n * @api\n */\n TILELOADEND: 'tileloadend',\n\n /**\n * Triggered if tile loading results in an error. Note that this is not the\n * right place to re-fetch tiles. See {@link module:ol/ImageTile~ImageTile#load}\n * for details.\n * @event module:ol/source/Tile.TileSourceEvent#tileloaderror\n * @api\n */\n TILELOADERROR: 'tileloaderror',\n};\n\n/**\n * @typedef {'tileloadstart'|'tileloadend'|'tileloaderror'} TileSourceEventTypes\n */\n","/**\n * @module ol/source/Source\n */\nimport BaseObject from '../Object.js';\nimport {get as getProjection} from '../proj.js';\n\n/**\n * @typedef {'undefined' | 'loading' | 'ready' | 'error'} State\n * State of the source, one of 'undefined', 'loading', 'ready' or 'error'.\n */\n\n/**\n * A function that takes a {@link import(\"../View.js\").ViewStateLayerStateExtent} and returns a string or\n * an array of strings representing source attributions.\n *\n * @typedef {function(import(\"../View.js\").ViewStateLayerStateExtent): (string|Array)} Attribution\n */\n\n/**\n * A type that can be used to provide attribution information for data sources.\n *\n * It represents either\n * * a simple string (e.g. `'© Acme Inc.'`)\n * * an array of simple strings (e.g. `['© Acme Inc.', '© Bacme Inc.']`)\n * * a function that returns a string or array of strings ({@link module:ol/source/Source~Attribution})\n *\n * @typedef {string|Array|Attribution} AttributionLike\n */\n\n/**\n * @typedef {Object} Options\n * @property {AttributionLike} [attributions] Attributions.\n * @property {boolean} [attributionsCollapsible=true] Attributions are collapsible.\n * @property {import(\"../proj.js\").ProjectionLike} [projection] Projection. Default is the view projection.\n * @property {import(\"./Source.js\").State} [state='ready'] State.\n * @property {boolean} [wrapX=false] WrapX.\n * @property {boolean} [interpolate=false] Use interpolated values when resampling. By default,\n * the nearest neighbor is used when resampling.\n */\n\n/**\n * @classdesc\n * Abstract base class; normally only used for creating subclasses and not\n * instantiated in apps.\n * Base class for {@link module:ol/layer/Layer~Layer} sources.\n *\n * A generic `change` event is triggered when the state of the source changes.\n * @abstract\n * @api\n */\nclass Source extends BaseObject {\n /**\n * @param {Options} options Source options.\n */\n constructor(options) {\n super();\n\n /**\n * @protected\n * @type {import(\"../proj/Projection.js\").default|null}\n */\n this.projection = getProjection(options.projection);\n\n /**\n * @private\n * @type {?Attribution}\n */\n this.attributions_ = adaptAttributions(options.attributions);\n\n /**\n * @private\n * @type {boolean}\n */\n this.attributionsCollapsible_ =\n options.attributionsCollapsible !== undefined\n ? options.attributionsCollapsible\n : true;\n\n /**\n * This source is currently loading data. Sources that defer loading to the\n * map's tile queue never set this to `true`.\n * @type {boolean}\n */\n this.loading = false;\n\n /**\n * @private\n * @type {import(\"./Source.js\").State}\n */\n this.state_ = options.state !== undefined ? options.state : 'ready';\n\n /**\n * @private\n * @type {boolean}\n */\n this.wrapX_ = options.wrapX !== undefined ? options.wrapX : false;\n\n /**\n * @private\n * @type {boolean}\n */\n this.interpolate_ = !!options.interpolate;\n\n /**\n * @protected\n * @type {function(import(\"../View.js\").ViewOptions):void}\n */\n this.viewResolver = null;\n\n /**\n * @protected\n * @type {function(Error):void}\n */\n this.viewRejector = null;\n\n const self = this;\n /**\n * @private\n * @type {Promise}\n */\n this.viewPromise_ = new Promise(function (resolve, reject) {\n self.viewResolver = resolve;\n self.viewRejector = reject;\n });\n }\n\n /**\n * Get the attribution function for the source.\n * @return {?Attribution} Attribution function.\n * @api\n */\n getAttributions() {\n return this.attributions_;\n }\n\n /**\n * @return {boolean} Attributions are collapsible.\n * @api\n */\n getAttributionsCollapsible() {\n return this.attributionsCollapsible_;\n }\n\n /**\n * Get the projection of the source.\n * @return {import(\"../proj/Projection.js\").default|null} Projection.\n * @api\n */\n getProjection() {\n return this.projection;\n }\n\n /**\n * @param {import(\"../proj/Projection\").default} [projection] Projection.\n * @return {Array|null} Resolutions.\n */\n getResolutions(projection) {\n return null;\n }\n\n /**\n * @return {Promise} A promise for view-related properties.\n */\n getView() {\n return this.viewPromise_;\n }\n\n /**\n * Get the state of the source, see {@link import(\"./Source.js\").State} for possible states.\n * @return {import(\"./Source.js\").State} State.\n * @api\n */\n getState() {\n return this.state_;\n }\n\n /**\n * @return {boolean|undefined} Wrap X.\n */\n getWrapX() {\n return this.wrapX_;\n }\n\n /**\n * @return {boolean} Use linear interpolation when resampling.\n */\n getInterpolate() {\n return this.interpolate_;\n }\n\n /**\n * Refreshes the source. The source will be cleared, and data from the server will be reloaded.\n * @api\n */\n refresh() {\n this.changed();\n }\n\n /**\n * Set the attributions of the source.\n * @param {AttributionLike|undefined} attributions Attributions.\n * Can be passed as `string`, `Array`, {@link module:ol/source/Source~Attribution},\n * or `undefined`.\n * @api\n */\n setAttributions(attributions) {\n this.attributions_ = adaptAttributions(attributions);\n this.changed();\n }\n\n /**\n * Set the state of the source.\n * @param {import(\"./Source.js\").State} state State.\n */\n setState(state) {\n this.state_ = state;\n this.changed();\n }\n}\n\n/**\n * Turns the attributions option into an attributions function.\n * @param {AttributionLike|undefined} attributionLike The attribution option.\n * @return {Attribution|null} An attribution function (or null).\n */\nfunction adaptAttributions(attributionLike) {\n if (!attributionLike) {\n return null;\n }\n if (Array.isArray(attributionLike)) {\n return function (frameState) {\n return attributionLike;\n };\n }\n\n if (typeof attributionLike === 'function') {\n return attributionLike;\n }\n\n return function (frameState) {\n return [attributionLike];\n };\n}\n\nexport default Source;\n","/**\n * @module ol/tilegrid/TileGrid\n */\nimport TileRange, {\n createOrUpdate as createOrUpdateTileRange,\n} from '../TileRange.js';\nimport {DEFAULT_TILE_SIZE} from './common.js';\nimport {assert} from '../asserts.js';\nimport {ceil, clamp, floor} from '../math.js';\nimport {createOrUpdate, getTopLeft} from '../extent.js';\nimport {createOrUpdate as createOrUpdateTileCoord} from '../tilecoord.js';\nimport {intersectsLinearRing} from '../geom/flat/intersectsextent.js';\nimport {isSorted, linearFindNearest} from '../array.js';\nimport {toSize} from '../size.js';\n\n/**\n * @private\n * @type {import(\"../tilecoord.js\").TileCoord}\n */\nconst tmpTileCoord = [0, 0, 0];\n\n/**\n * Number of decimal digits to consider in integer values when rounding.\n * @type {number}\n */\nconst DECIMALS = 5;\n\n/**\n * @typedef {Object} Options\n * @property {import(\"../extent.js\").Extent} [extent] Extent for the tile grid. No tiles outside this\n * extent will be requested by {@link module:ol/source/Tile~TileSource} sources. When no `origin` or\n * `origins` are configured, the `origin` will be set to the top-left corner of the extent.\n * @property {number} [minZoom=0] Minimum zoom.\n * @property {import(\"../coordinate.js\").Coordinate} [origin] The tile grid origin, i.e. where the `x`\n * and `y` axes meet (`[z, 0, 0]`). Tile coordinates increase left to right and downwards. If not\n * specified, `extent` or `origins` must be provided.\n * @property {Array} [origins] Tile grid origins, i.e. where\n * the `x` and `y` axes meet (`[z, 0, 0]`), for each zoom level. If given, the array length\n * should match the length of the `resolutions` array, i.e. each resolution can have a different\n * origin. Tile coordinates increase left to right and downwards. If not specified, `extent` or\n * `origin` must be provided.\n * @property {!Array} resolutions Resolutions. The array index of each resolution needs\n * to match the zoom level. This means that even if a `minZoom` is configured, the resolutions\n * array will have a length of `maxZoom + 1`.\n * @property {Array} [sizes] Number of tile rows and columns\n * of the grid for each zoom level. If specified the values\n * define each zoom level's extent together with the `origin` or `origins`.\n * A grid `extent` can be configured in addition, and will further limit the extent\n * for which tile requests are made by sources. If the bottom-left corner of\n * an extent is used as `origin` or `origins`, then the `y` value must be\n * negative because OpenLayers tile coordinates use the top left as the origin.\n * @property {number|import(\"../size.js\").Size} [tileSize] Tile size.\n * Default is `[256, 256]`.\n * @property {Array} [tileSizes] Tile sizes. If given, the array length\n * should match the length of the `resolutions` array, i.e. each resolution can have a different\n * tile size.\n */\n\n/**\n * @classdesc\n * Base class for setting the grid pattern for sources accessing tiled-image\n * servers.\n * @api\n */\nclass TileGrid {\n /**\n * @param {Options} options Tile grid options.\n */\n constructor(options) {\n /**\n * @protected\n * @type {number}\n */\n this.minZoom = options.minZoom !== undefined ? options.minZoom : 0;\n\n /**\n * @private\n * @type {!Array}\n */\n this.resolutions_ = options.resolutions;\n assert(\n isSorted(\n this.resolutions_,\n /**\n * @param {number} a First resolution\n * @param {number} b Second resolution\n * @return {number} Comparison result\n */\n (a, b) => b - a,\n true\n ),\n '`resolutions` must be sorted in descending order'\n );\n\n // check if we've got a consistent zoom factor and origin\n let zoomFactor;\n if (!options.origins) {\n for (let i = 0, ii = this.resolutions_.length - 1; i < ii; ++i) {\n if (!zoomFactor) {\n zoomFactor = this.resolutions_[i] / this.resolutions_[i + 1];\n } else {\n if (this.resolutions_[i] / this.resolutions_[i + 1] !== zoomFactor) {\n zoomFactor = undefined;\n break;\n }\n }\n }\n }\n\n /**\n * @private\n * @type {number|undefined}\n */\n this.zoomFactor_ = zoomFactor;\n\n /**\n * @protected\n * @type {number}\n */\n this.maxZoom = this.resolutions_.length - 1;\n\n /**\n * @private\n * @type {import(\"../coordinate.js\").Coordinate|null}\n */\n this.origin_ = options.origin !== undefined ? options.origin : null;\n\n /**\n * @private\n * @type {Array}\n */\n this.origins_ = null;\n if (options.origins !== undefined) {\n this.origins_ = options.origins;\n assert(\n this.origins_.length == this.resolutions_.length,\n 'Number of `origins` and `resolutions` must be equal'\n );\n }\n\n const extent = options.extent;\n\n if (extent !== undefined && !this.origin_ && !this.origins_) {\n this.origin_ = getTopLeft(extent);\n }\n\n assert(\n (!this.origin_ && this.origins_) || (this.origin_ && !this.origins_),\n 'Either `origin` or `origins` must be configured, never both'\n );\n\n /**\n * @private\n * @type {Array}\n */\n this.tileSizes_ = null;\n if (options.tileSizes !== undefined) {\n this.tileSizes_ = options.tileSizes;\n assert(\n this.tileSizes_.length == this.resolutions_.length,\n 'Number of `tileSizes` and `resolutions` must be equal'\n );\n }\n\n /**\n * @private\n * @type {number|import(\"../size.js\").Size}\n */\n this.tileSize_ =\n options.tileSize !== undefined\n ? options.tileSize\n : !this.tileSizes_\n ? DEFAULT_TILE_SIZE\n : null;\n assert(\n (!this.tileSize_ && this.tileSizes_) ||\n (this.tileSize_ && !this.tileSizes_),\n 'Either `tileSize` or `tileSizes` must be configured, never both'\n );\n\n /**\n * @private\n * @type {import(\"../extent.js\").Extent}\n */\n this.extent_ = extent !== undefined ? extent : null;\n\n /**\n * @private\n * @type {Array}\n */\n this.fullTileRanges_ = null;\n\n /**\n * @private\n * @type {import(\"../size.js\").Size}\n */\n this.tmpSize_ = [0, 0];\n\n /**\n * @private\n * @type {import(\"../extent.js\").Extent}\n */\n this.tmpExtent_ = [0, 0, 0, 0];\n\n if (options.sizes !== undefined) {\n this.fullTileRanges_ = options.sizes.map((size, z) => {\n const tileRange = new TileRange(\n Math.min(0, size[0]),\n Math.max(size[0] - 1, -1),\n Math.min(0, size[1]),\n Math.max(size[1] - 1, -1)\n );\n if (extent) {\n const restrictedTileRange = this.getTileRangeForExtentAndZ(extent, z);\n tileRange.minX = Math.max(restrictedTileRange.minX, tileRange.minX);\n tileRange.maxX = Math.min(restrictedTileRange.maxX, tileRange.maxX);\n tileRange.minY = Math.max(restrictedTileRange.minY, tileRange.minY);\n tileRange.maxY = Math.min(restrictedTileRange.maxY, tileRange.maxY);\n }\n return tileRange;\n });\n } else if (extent) {\n this.calculateTileRanges_(extent);\n }\n }\n\n /**\n * Call a function with each tile coordinate for a given extent and zoom level.\n *\n * @param {import(\"../extent.js\").Extent} extent Extent.\n * @param {number} zoom Integer zoom level.\n * @param {function(import(\"../tilecoord.js\").TileCoord): void} callback Function called with each tile coordinate.\n * @api\n */\n forEachTileCoord(extent, zoom, callback) {\n const tileRange = this.getTileRangeForExtentAndZ(extent, zoom);\n for (let i = tileRange.minX, ii = tileRange.maxX; i <= ii; ++i) {\n for (let j = tileRange.minY, jj = tileRange.maxY; j <= jj; ++j) {\n callback([zoom, i, j]);\n }\n }\n }\n\n /**\n * @param {import(\"../tilecoord.js\").TileCoord} tileCoord Tile coordinate.\n * @param {function(number, import(\"../TileRange.js\").default): boolean} callback Callback.\n * @param {import(\"../TileRange.js\").default} [tempTileRange] Temporary import(\"../TileRange.js\").default object.\n * @param {import(\"../extent.js\").Extent} [tempExtent] Temporary import(\"../extent.js\").Extent object.\n * @return {boolean} Callback succeeded.\n */\n forEachTileCoordParentTileRange(\n tileCoord,\n callback,\n tempTileRange,\n tempExtent\n ) {\n let tileRange, x, y;\n let tileCoordExtent = null;\n let z = tileCoord[0] - 1;\n if (this.zoomFactor_ === 2) {\n x = tileCoord[1];\n y = tileCoord[2];\n } else {\n tileCoordExtent = this.getTileCoordExtent(tileCoord, tempExtent);\n }\n while (z >= this.minZoom) {\n if (x !== undefined && y !== undefined) {\n x = Math.floor(x / 2);\n y = Math.floor(y / 2);\n tileRange = createOrUpdateTileRange(x, x, y, y, tempTileRange);\n } else {\n tileRange = this.getTileRangeForExtentAndZ(\n tileCoordExtent,\n z,\n tempTileRange\n );\n }\n if (callback(z, tileRange)) {\n return true;\n }\n --z;\n }\n return false;\n }\n\n /**\n * Get the extent for this tile grid, if it was configured.\n * @return {import(\"../extent.js\").Extent} Extent.\n * @api\n */\n getExtent() {\n return this.extent_;\n }\n\n /**\n * Get the maximum zoom level for the grid.\n * @return {number} Max zoom.\n * @api\n */\n getMaxZoom() {\n return this.maxZoom;\n }\n\n /**\n * Get the minimum zoom level for the grid.\n * @return {number} Min zoom.\n * @api\n */\n getMinZoom() {\n return this.minZoom;\n }\n\n /**\n * Get the origin for the grid at the given zoom level.\n * @param {number} z Integer zoom level.\n * @return {import(\"../coordinate.js\").Coordinate} Origin.\n * @api\n */\n getOrigin(z) {\n if (this.origin_) {\n return this.origin_;\n }\n return this.origins_[z];\n }\n\n /**\n * Get the resolution for the given zoom level.\n * @param {number} z Integer zoom level.\n * @return {number} Resolution.\n * @api\n */\n getResolution(z) {\n return this.resolutions_[z];\n }\n\n /**\n * Get the list of resolutions for the tile grid.\n * @return {Array} Resolutions.\n * @api\n */\n getResolutions() {\n return this.resolutions_;\n }\n\n /**\n * @param {import(\"../tilecoord.js\").TileCoord} tileCoord Tile coordinate.\n * @param {import(\"../TileRange.js\").default} [tempTileRange] Temporary import(\"../TileRange.js\").default object.\n * @param {import(\"../extent.js\").Extent} [tempExtent] Temporary import(\"../extent.js\").Extent object.\n * @return {import(\"../TileRange.js\").default|null} Tile range.\n */\n getTileCoordChildTileRange(tileCoord, tempTileRange, tempExtent) {\n if (tileCoord[0] < this.maxZoom) {\n if (this.zoomFactor_ === 2) {\n const minX = tileCoord[1] * 2;\n const minY = tileCoord[2] * 2;\n return createOrUpdateTileRange(\n minX,\n minX + 1,\n minY,\n minY + 1,\n tempTileRange\n );\n }\n const tileCoordExtent = this.getTileCoordExtent(\n tileCoord,\n tempExtent || this.tmpExtent_\n );\n return this.getTileRangeForExtentAndZ(\n tileCoordExtent,\n tileCoord[0] + 1,\n tempTileRange\n );\n }\n return null;\n }\n\n /**\n * @param {import(\"../tilecoord.js\").TileCoord} tileCoord Tile coordinate.\n * @param {number} z Integer zoom level.\n * @param {import(\"../TileRange.js\").default} [tempTileRange] Temporary import(\"../TileRange.js\").default object.\n * @return {import(\"../TileRange.js\").default|null} Tile range.\n */\n getTileRangeForTileCoordAndZ(tileCoord, z, tempTileRange) {\n if (z > this.maxZoom || z < this.minZoom) {\n return null;\n }\n\n const tileCoordZ = tileCoord[0];\n const tileCoordX = tileCoord[1];\n const tileCoordY = tileCoord[2];\n\n if (z === tileCoordZ) {\n return createOrUpdateTileRange(\n tileCoordX,\n tileCoordY,\n tileCoordX,\n tileCoordY,\n tempTileRange\n );\n }\n\n if (this.zoomFactor_) {\n const factor = Math.pow(this.zoomFactor_, z - tileCoordZ);\n const minX = Math.floor(tileCoordX * factor);\n const minY = Math.floor(tileCoordY * factor);\n if (z < tileCoordZ) {\n return createOrUpdateTileRange(minX, minX, minY, minY, tempTileRange);\n }\n\n const maxX = Math.floor(factor * (tileCoordX + 1)) - 1;\n const maxY = Math.floor(factor * (tileCoordY + 1)) - 1;\n return createOrUpdateTileRange(minX, maxX, minY, maxY, tempTileRange);\n }\n\n const tileCoordExtent = this.getTileCoordExtent(tileCoord, this.tmpExtent_);\n return this.getTileRangeForExtentAndZ(tileCoordExtent, z, tempTileRange);\n }\n\n /**\n * Get a tile range for the given extent and integer zoom level.\n * @param {import(\"../extent.js\").Extent} extent Extent.\n * @param {number} z Integer zoom level.\n * @param {import(\"../TileRange.js\").default} [tempTileRange] Temporary tile range object.\n * @return {import(\"../TileRange.js\").default} Tile range.\n */\n getTileRangeForExtentAndZ(extent, z, tempTileRange) {\n this.getTileCoordForXYAndZ_(extent[0], extent[3], z, false, tmpTileCoord);\n const minX = tmpTileCoord[1];\n const minY = tmpTileCoord[2];\n this.getTileCoordForXYAndZ_(extent[2], extent[1], z, true, tmpTileCoord);\n const maxX = tmpTileCoord[1];\n const maxY = tmpTileCoord[2];\n return createOrUpdateTileRange(minX, maxX, minY, maxY, tempTileRange);\n }\n\n /**\n * @param {import(\"../tilecoord.js\").TileCoord} tileCoord Tile coordinate.\n * @return {import(\"../coordinate.js\").Coordinate} Tile center.\n */\n getTileCoordCenter(tileCoord) {\n const origin = this.getOrigin(tileCoord[0]);\n const resolution = this.getResolution(tileCoord[0]);\n const tileSize = toSize(this.getTileSize(tileCoord[0]), this.tmpSize_);\n return [\n origin[0] + (tileCoord[1] + 0.5) * tileSize[0] * resolution,\n origin[1] - (tileCoord[2] + 0.5) * tileSize[1] * resolution,\n ];\n }\n\n /**\n * Get the extent of a tile coordinate.\n *\n * @param {import(\"../tilecoord.js\").TileCoord} tileCoord Tile coordinate.\n * @param {import(\"../extent.js\").Extent} [tempExtent] Temporary extent object.\n * @return {import(\"../extent.js\").Extent} Extent.\n * @api\n */\n getTileCoordExtent(tileCoord, tempExtent) {\n const origin = this.getOrigin(tileCoord[0]);\n const resolution = this.getResolution(tileCoord[0]);\n const tileSize = toSize(this.getTileSize(tileCoord[0]), this.tmpSize_);\n const minX = origin[0] + tileCoord[1] * tileSize[0] * resolution;\n const minY = origin[1] - (tileCoord[2] + 1) * tileSize[1] * resolution;\n const maxX = minX + tileSize[0] * resolution;\n const maxY = minY + tileSize[1] * resolution;\n return createOrUpdate(minX, minY, maxX, maxY, tempExtent);\n }\n\n /**\n * Get the tile coordinate for the given map coordinate and resolution. This\n * method considers that coordinates that intersect tile boundaries should be\n * assigned the higher tile coordinate.\n *\n * @param {import(\"../coordinate.js\").Coordinate} coordinate Coordinate.\n * @param {number} resolution Resolution.\n * @param {import(\"../tilecoord.js\").TileCoord} [opt_tileCoord] Destination import(\"../tilecoord.js\").TileCoord object.\n * @return {import(\"../tilecoord.js\").TileCoord} Tile coordinate.\n * @api\n */\n getTileCoordForCoordAndResolution(coordinate, resolution, opt_tileCoord) {\n return this.getTileCoordForXYAndResolution_(\n coordinate[0],\n coordinate[1],\n resolution,\n false,\n opt_tileCoord\n );\n }\n\n /**\n * Note that this method should not be called for resolutions that correspond\n * to an integer zoom level. Instead call the `getTileCoordForXYAndZ_` method.\n * @param {number} x X.\n * @param {number} y Y.\n * @param {number} resolution Resolution (for a non-integer zoom level).\n * @param {boolean} reverseIntersectionPolicy Instead of letting edge\n * intersections go to the higher tile coordinate, let edge intersections\n * go to the lower tile coordinate.\n * @param {import(\"../tilecoord.js\").TileCoord} [opt_tileCoord] Temporary import(\"../tilecoord.js\").TileCoord object.\n * @return {import(\"../tilecoord.js\").TileCoord} Tile coordinate.\n * @private\n */\n getTileCoordForXYAndResolution_(\n x,\n y,\n resolution,\n reverseIntersectionPolicy,\n opt_tileCoord\n ) {\n const z = this.getZForResolution(resolution);\n const scale = resolution / this.getResolution(z);\n const origin = this.getOrigin(z);\n const tileSize = toSize(this.getTileSize(z), this.tmpSize_);\n\n let tileCoordX = (scale * (x - origin[0])) / resolution / tileSize[0];\n let tileCoordY = (scale * (origin[1] - y)) / resolution / tileSize[1];\n\n if (reverseIntersectionPolicy) {\n tileCoordX = ceil(tileCoordX, DECIMALS) - 1;\n tileCoordY = ceil(tileCoordY, DECIMALS) - 1;\n } else {\n tileCoordX = floor(tileCoordX, DECIMALS);\n tileCoordY = floor(tileCoordY, DECIMALS);\n }\n\n return createOrUpdateTileCoord(z, tileCoordX, tileCoordY, opt_tileCoord);\n }\n\n /**\n * Although there is repetition between this method and `getTileCoordForXYAndResolution_`,\n * they should have separate implementations. This method is for integer zoom\n * levels. The other method should only be called for resolutions corresponding\n * to non-integer zoom levels.\n * @param {number} x Map x coordinate.\n * @param {number} y Map y coordinate.\n * @param {number} z Integer zoom level.\n * @param {boolean} reverseIntersectionPolicy Instead of letting edge\n * intersections go to the higher tile coordinate, let edge intersections\n * go to the lower tile coordinate.\n * @param {import(\"../tilecoord.js\").TileCoord} [opt_tileCoord] Temporary import(\"../tilecoord.js\").TileCoord object.\n * @return {import(\"../tilecoord.js\").TileCoord} Tile coordinate.\n * @private\n */\n getTileCoordForXYAndZ_(x, y, z, reverseIntersectionPolicy, opt_tileCoord) {\n const origin = this.getOrigin(z);\n const resolution = this.getResolution(z);\n const tileSize = toSize(this.getTileSize(z), this.tmpSize_);\n\n let tileCoordX = (x - origin[0]) / resolution / tileSize[0];\n let tileCoordY = (origin[1] - y) / resolution / tileSize[1];\n\n if (reverseIntersectionPolicy) {\n tileCoordX = ceil(tileCoordX, DECIMALS) - 1;\n tileCoordY = ceil(tileCoordY, DECIMALS) - 1;\n } else {\n tileCoordX = floor(tileCoordX, DECIMALS);\n tileCoordY = floor(tileCoordY, DECIMALS);\n }\n\n return createOrUpdateTileCoord(z, tileCoordX, tileCoordY, opt_tileCoord);\n }\n\n /**\n * Get a tile coordinate given a map coordinate and zoom level.\n * @param {import(\"../coordinate.js\").Coordinate} coordinate Coordinate.\n * @param {number} z Integer zoom level, e.g. the result of a `getZForResolution()` method call\n * @param {import(\"../tilecoord.js\").TileCoord} [opt_tileCoord] Destination import(\"../tilecoord.js\").TileCoord object.\n * @return {import(\"../tilecoord.js\").TileCoord} Tile coordinate.\n * @api\n */\n getTileCoordForCoordAndZ(coordinate, z, opt_tileCoord) {\n return this.getTileCoordForXYAndZ_(\n coordinate[0],\n coordinate[1],\n z,\n false,\n opt_tileCoord\n );\n }\n\n /**\n * @param {import(\"../tilecoord.js\").TileCoord} tileCoord Tile coordinate.\n * @return {number} Tile resolution.\n */\n getTileCoordResolution(tileCoord) {\n return this.resolutions_[tileCoord[0]];\n }\n\n /**\n * Get the tile size for a zoom level. The type of the return value matches the\n * `tileSize` or `tileSizes` that the tile grid was configured with. To always\n * get an {@link import(\"../size.js\").Size}, run the result through {@link module:ol/size.toSize}.\n * @param {number} z Z.\n * @return {number|import(\"../size.js\").Size} Tile size.\n * @api\n */\n getTileSize(z) {\n if (this.tileSize_) {\n return this.tileSize_;\n }\n return this.tileSizes_[z];\n }\n\n /**\n * @param {number} z Zoom level.\n * @return {import(\"../TileRange.js\").default|null} Extent tile range for the specified zoom level.\n */\n getFullTileRange(z) {\n if (!this.fullTileRanges_) {\n return this.extent_\n ? this.getTileRangeForExtentAndZ(this.extent_, z)\n : null;\n }\n return this.fullTileRanges_[z];\n }\n\n /**\n * @param {number} resolution Resolution.\n * @param {number|import(\"../array.js\").NearestDirectionFunction} [opt_direction]\n * If 0, the nearest resolution will be used.\n * If 1, the nearest higher resolution (lower Z) will be used. If -1, the\n * nearest lower resolution (higher Z) will be used. Default is 0.\n * Use a {@link module:ol/array~NearestDirectionFunction} for more precise control.\n *\n * For example to change tile Z at the midpoint of zoom levels\n * ```js\n * function(value, high, low) {\n * return value - low * Math.sqrt(high / low);\n * }\n * ```\n * @return {number} Z.\n * @api\n */\n getZForResolution(resolution, opt_direction) {\n const z = linearFindNearest(\n this.resolutions_,\n resolution,\n opt_direction || 0\n );\n return clamp(z, this.minZoom, this.maxZoom);\n }\n\n /**\n * The tile with the provided tile coordinate intersects the given viewport.\n * @param {import('../tilecoord.js').TileCoord} tileCoord Tile coordinate.\n * @param {Array} viewport Viewport as returned from {@link module:ol/extent.getRotatedViewport}.\n * @return {boolean} The tile with the provided tile coordinate intersects the given viewport.\n */\n tileCoordIntersectsViewport(tileCoord, viewport) {\n return intersectsLinearRing(\n viewport,\n 0,\n viewport.length,\n 2,\n this.getTileCoordExtent(tileCoord)\n );\n }\n\n /**\n * @param {!import(\"../extent.js\").Extent} extent Extent for this tile grid.\n * @private\n */\n calculateTileRanges_(extent) {\n const length = this.resolutions_.length;\n const fullTileRanges = new Array(length);\n for (let z = this.minZoom; z < length; ++z) {\n fullTileRanges[z] = this.getTileRangeForExtentAndZ(extent, z);\n }\n this.fullTileRanges_ = fullTileRanges;\n }\n}\n\nexport default TileGrid;\n","/**\n * @module ol/tilegrid/WMTS\n */\n\nimport TileGrid from './TileGrid.js';\nimport {get as getProjection} from '../proj.js';\n\n/**\n * @typedef {Object} Options\n * @property {import(\"../extent.js\").Extent} [extent] Extent for the tile grid. No tiles\n * outside this extent will be requested by {@link module:ol/source/Tile~TileSource} sources.\n * When no `origin` or `origins` are configured, the `origin` will be set to the\n * top-left corner of the extent.\n * @property {import(\"../coordinate.js\").Coordinate} [origin] The tile grid origin, i.e.\n * where the `x` and `y` axes meet (`[z, 0, 0]`). Tile coordinates increase left\n * to right and downwards. If not specified, `extent` or `origins` must be provided.\n * @property {Array} [origins] Tile grid origins,\n * i.e. where the `x` and `y` axes meet (`[z, 0, 0]`), for each zoom level. If\n * given, the array length should match the length of the `resolutions` array, i.e.\n * each resolution can have a different origin. Tile coordinates increase left to\n * right and downwards. If not specified, `extent` or `origin` must be provided.\n * @property {!Array} resolutions Resolutions. The array index of each\n * resolution needs to match the zoom level. This means that even if a `minZoom`\n * is configured, the resolutions array will have a length of `maxZoom + 1`\n * @property {!Array} matrixIds matrix IDs. The length of this array needs\n * to match the length of the `resolutions` array.\n * @property {Array} [sizes] Number of tile rows and columns\n * of the grid for each zoom level. The values here are the `TileMatrixWidth` and\n * `TileMatrixHeight` advertised in the GetCapabilities response of the WMTS, and\n * define each zoom level's extent together with the `origin` or `origins`.\n * A grid `extent` can be configured in addition, and will further limit the extent for\n * which tile requests are made by sources. If the bottom-left corner of\n * an extent is used as `origin` or `origins`, then the `y` value must be\n * negative because OpenLayers tile coordinates use the top left as the origin.\n * @property {number|import(\"../size.js\").Size} [tileSize] Tile size.\n * @property {Array} [tileSizes] Tile sizes. The length of\n * this array needs to match the length of the `resolutions` array.\n */\n\n/**\n * @classdesc\n * Set the grid pattern for sources accessing WMTS tiled-image servers.\n * @api\n */\nclass WMTSTileGrid extends TileGrid {\n /**\n * @param {Options} options WMTS options.\n */\n constructor(options) {\n super({\n extent: options.extent,\n origin: options.origin,\n origins: options.origins,\n resolutions: options.resolutions,\n tileSize: options.tileSize,\n tileSizes: options.tileSizes,\n sizes: options.sizes,\n });\n\n /**\n * @private\n * @type {!Array}\n */\n this.matrixIds_ = options.matrixIds;\n }\n\n /**\n * @param {number} z Z.\n * @return {string} MatrixId..\n */\n getMatrixId(z) {\n return this.matrixIds_[z];\n }\n\n /**\n * Get the list of matrix identifiers.\n * @return {Array} MatrixIds.\n * @api\n */\n getMatrixIds() {\n return this.matrixIds_;\n }\n}\n\nexport default WMTSTileGrid;\n\n/**\n * Create a tile grid from a WMTS capabilities matrix set and an\n * optional TileMatrixSetLimits.\n * @param {Object} matrixSet An object representing a matrixSet in the\n * capabilities document.\n * @param {import(\"../extent.js\").Extent} [extent] An optional extent to restrict the tile\n * ranges the server provides.\n * @param {Array} [matrixLimits] An optional object representing\n * the available matrices for tileGrid.\n * @return {WMTSTileGrid} WMTS tileGrid instance.\n * @api\n */\nexport function createFromCapabilitiesMatrixSet(\n matrixSet,\n extent,\n matrixLimits\n) {\n /** @type {!Array} */\n const resolutions = [];\n /** @type {!Array} */\n const matrixIds = [];\n /** @type {!Array} */\n const origins = [];\n /** @type {!Array} */\n const tileSizes = [];\n /** @type {!Array} */\n const sizes = [];\n\n matrixLimits = matrixLimits !== undefined ? matrixLimits : [];\n\n const supportedCRSPropName = 'SupportedCRS';\n const matrixIdsPropName = 'TileMatrix';\n const identifierPropName = 'Identifier';\n const scaleDenominatorPropName = 'ScaleDenominator';\n const topLeftCornerPropName = 'TopLeftCorner';\n const tileWidthPropName = 'TileWidth';\n const tileHeightPropName = 'TileHeight';\n\n const code = matrixSet[supportedCRSPropName];\n const projection = getProjection(code);\n const metersPerUnit = projection.getMetersPerUnit();\n // swap origin x and y coordinates if axis orientation is lat/long\n const switchOriginXY = projection.getAxisOrientation().substr(0, 2) == 'ne';\n\n matrixSet[matrixIdsPropName].sort(function (a, b) {\n return b[scaleDenominatorPropName] - a[scaleDenominatorPropName];\n });\n\n matrixSet[matrixIdsPropName].forEach(function (elt) {\n let matrixAvailable;\n // use of matrixLimits to filter TileMatrices from GetCapabilities\n // TileMatrixSet from unavailable matrix levels.\n if (matrixLimits.length > 0) {\n matrixAvailable = matrixLimits.find(function (elt_ml) {\n if (elt[identifierPropName] == elt_ml[matrixIdsPropName]) {\n return true;\n }\n // Fallback for tileMatrix identifiers that don't get prefixed\n // by their tileMatrixSet identifiers.\n if (!elt[identifierPropName].includes(':')) {\n return (\n matrixSet[identifierPropName] + ':' + elt[identifierPropName] ===\n elt_ml[matrixIdsPropName]\n );\n }\n return false;\n });\n } else {\n matrixAvailable = true;\n }\n\n if (matrixAvailable) {\n matrixIds.push(elt[identifierPropName]);\n const resolution =\n (elt[scaleDenominatorPropName] * 0.28e-3) / metersPerUnit;\n const tileWidth = elt[tileWidthPropName];\n const tileHeight = elt[tileHeightPropName];\n if (switchOriginXY) {\n origins.push([\n elt[topLeftCornerPropName][1],\n elt[topLeftCornerPropName][0],\n ]);\n } else {\n origins.push(elt[topLeftCornerPropName]);\n }\n resolutions.push(resolution);\n tileSizes.push(\n tileWidth == tileHeight ? tileWidth : [tileWidth, tileHeight]\n );\n sizes.push([elt['MatrixWidth'], elt['MatrixHeight']]);\n }\n });\n\n return new WMTSTileGrid({\n extent: extent,\n origins: origins,\n resolutions: resolutions,\n matrixIds: matrixIds,\n tileSizes: tileSizes,\n sizes: sizes,\n });\n}\n","/**\n * @module ol/tilegrid\n */\nimport TileGrid from './tilegrid/TileGrid.js';\nimport {DEFAULT_MAX_ZOOM, DEFAULT_TILE_SIZE} from './tilegrid/common.js';\nimport {METERS_PER_UNIT, get as getProjection} from './proj.js';\nimport {\n containsCoordinate,\n createOrUpdate,\n getCorner,\n getHeight,\n getWidth,\n} from './extent.js';\nimport {toSize} from './size.js';\n\nexport {TileGrid};\nexport {default as WMTS} from './tilegrid/WMTS.js';\n\n/**\n * @param {import(\"./proj/Projection.js\").default} projection Projection.\n * @return {!TileGrid} Default tile grid for the\n * passed projection.\n */\nexport function getForProjection(projection) {\n let tileGrid = projection.getDefaultTileGrid();\n if (!tileGrid) {\n tileGrid = createForProjection(projection);\n projection.setDefaultTileGrid(tileGrid);\n }\n return tileGrid;\n}\n\n/**\n * @param {TileGrid} tileGrid Tile grid.\n * @param {import(\"./tilecoord.js\").TileCoord} tileCoord Tile coordinate.\n * @param {import(\"./proj/Projection.js\").default} projection Projection.\n * @return {import(\"./tilecoord.js\").TileCoord} Tile coordinate.\n */\nexport function wrapX(tileGrid, tileCoord, projection) {\n const z = tileCoord[0];\n const center = tileGrid.getTileCoordCenter(tileCoord);\n const projectionExtent = extentFromProjection(projection);\n if (!containsCoordinate(projectionExtent, center)) {\n const worldWidth = getWidth(projectionExtent);\n const worldsAway = Math.ceil(\n (projectionExtent[0] - center[0]) / worldWidth\n );\n center[0] += worldWidth * worldsAway;\n return tileGrid.getTileCoordForCoordAndZ(center, z);\n }\n return tileCoord;\n}\n\n/**\n * @param {import(\"./extent.js\").Extent} extent Extent.\n * @param {number} [maxZoom] Maximum zoom level (default is\n * DEFAULT_MAX_ZOOM).\n * @param {number|import(\"./size.js\").Size} [tileSize] Tile size (default uses\n * DEFAULT_TILE_SIZE).\n * @param {import(\"./extent.js\").Corner} [corner] Extent corner (default is `'top-left'`).\n * @return {!TileGrid} TileGrid instance.\n */\nexport function createForExtent(extent, maxZoom, tileSize, corner) {\n corner = corner !== undefined ? corner : 'top-left';\n\n const resolutions = resolutionsFromExtent(extent, maxZoom, tileSize);\n\n return new TileGrid({\n extent: extent,\n origin: getCorner(extent, corner),\n resolutions: resolutions,\n tileSize: tileSize,\n });\n}\n\n/**\n * @typedef {Object} XYZOptions\n * @property {import(\"./extent.js\").Extent} [extent] Extent for the tile grid. The origin for an XYZ tile grid is the\n * top-left corner of the extent. If `maxResolution` is not provided the zero level of the grid is defined by the resolution\n * at which one tile fits in the provided extent. If not provided, the extent of the EPSG:3857 projection is used.\n * @property {number} [maxResolution] Resolution at level zero.\n * @property {number} [maxZoom] Maximum zoom. The default is `42`. This determines the number of levels\n * in the grid set. For example, a `maxZoom` of 21 means there are 22 levels in the grid set.\n * @property {number} [minZoom=0] Minimum zoom.\n * @property {number|import(\"./size.js\").Size} [tileSize=[256, 256]] Tile size in pixels.\n */\n\n/**\n * Creates a tile grid with a standard XYZ tiling scheme.\n * @param {XYZOptions} [options] Tile grid options.\n * @return {!TileGrid} Tile grid instance.\n * @api\n */\nexport function createXYZ(options) {\n const xyzOptions = options || {};\n\n const extent = xyzOptions.extent || getProjection('EPSG:3857').getExtent();\n\n const gridOptions = {\n extent: extent,\n minZoom: xyzOptions.minZoom,\n tileSize: xyzOptions.tileSize,\n resolutions: resolutionsFromExtent(\n extent,\n xyzOptions.maxZoom,\n xyzOptions.tileSize,\n xyzOptions.maxResolution\n ),\n };\n return new TileGrid(gridOptions);\n}\n\n/**\n * Create a resolutions array from an extent. A zoom factor of 2 is assumed.\n * @param {import(\"./extent.js\").Extent} extent Extent.\n * @param {number} [maxZoom] Maximum zoom level (default is\n * DEFAULT_MAX_ZOOM).\n * @param {number|import(\"./size.js\").Size} [tileSize] Tile size (default uses\n * DEFAULT_TILE_SIZE).\n * @param {number} [maxResolution] Resolution at level zero.\n * @return {!Array} Resolutions array.\n */\nfunction resolutionsFromExtent(extent, maxZoom, tileSize, maxResolution) {\n maxZoom = maxZoom !== undefined ? maxZoom : DEFAULT_MAX_ZOOM;\n tileSize = toSize(tileSize !== undefined ? tileSize : DEFAULT_TILE_SIZE);\n\n const height = getHeight(extent);\n const width = getWidth(extent);\n\n maxResolution =\n maxResolution > 0\n ? maxResolution\n : Math.max(width / tileSize[0], height / tileSize[1]);\n\n const length = maxZoom + 1;\n const resolutions = new Array(length);\n for (let z = 0; z < length; ++z) {\n resolutions[z] = maxResolution / Math.pow(2, z);\n }\n return resolutions;\n}\n\n/**\n * @param {import(\"./proj.js\").ProjectionLike} projection Projection.\n * @param {number} [maxZoom] Maximum zoom level (default is\n * DEFAULT_MAX_ZOOM).\n * @param {number|import(\"./size.js\").Size} [tileSize] Tile size (default uses\n * DEFAULT_TILE_SIZE).\n * @param {import(\"./extent.js\").Corner} [corner] Extent corner (default is `'top-left'`).\n * @return {!TileGrid} TileGrid instance.\n */\nexport function createForProjection(projection, maxZoom, tileSize, corner) {\n const extent = extentFromProjection(projection);\n return createForExtent(extent, maxZoom, tileSize, corner);\n}\n\n/**\n * Generate a tile grid extent from a projection. If the projection has an\n * extent, it is used. If not, a global extent is assumed.\n * @param {import(\"./proj.js\").ProjectionLike} projection Projection.\n * @return {import(\"./extent.js\").Extent} Extent.\n */\nexport function extentFromProjection(projection) {\n projection = getProjection(projection);\n let extent = projection.getExtent();\n if (!extent) {\n const half =\n (180 * METERS_PER_UNIT.degrees) / projection.getMetersPerUnit();\n extent = createOrUpdate(-half, -half, half, half);\n }\n return extent;\n}\n","/**\n * @module ol/source/Tile\n */\nimport Event from '../events/Event.js';\nimport Source from './Source.js';\nimport TileCache from '../TileCache.js';\nimport TileState from '../TileState.js';\nimport {abstract} from '../util.js';\nimport {assert} from '../asserts.js';\nimport {equivalent} from '../proj.js';\nimport {getKeyZXY, withinExtentAndZ} from '../tilecoord.js';\nimport {\n getForProjection as getTileGridForProjection,\n wrapX,\n} from '../tilegrid.js';\nimport {scale as scaleSize, toSize} from '../size.js';\n\n/***\n * @template Return\n * @typedef {import(\"../Observable\").OnSignature &\n * import(\"../Observable\").OnSignature &\n * import(\"../Observable\").OnSignature &\n * import(\"../Observable\").CombinedOnSignature} TileSourceOnSignature\n */\n\n/**\n * @typedef {Object} Options\n * @property {import(\"./Source.js\").AttributionLike} [attributions] Attributions.\n * @property {boolean} [attributionsCollapsible=true] Attributions are collapsible.\n * @property {number} [cacheSize] CacheSize.\n * @property {boolean} [opaque=false] Whether the layer is opaque.\n * @property {number} [tilePixelRatio] TilePixelRatio.\n * @property {import(\"../proj.js\").ProjectionLike} [projection] Projection.\n * @property {import(\"./Source.js\").State} [state] State.\n * @property {import(\"../tilegrid/TileGrid.js\").default} [tileGrid] TileGrid.\n * @property {boolean} [wrapX=false] WrapX.\n * @property {number} [transition] Transition.\n * @property {string} [key] Key.\n * @property {number|import(\"../array.js\").NearestDirectionFunction} [zDirection=0] ZDirection.\n * @property {boolean} [interpolate=false] Use interpolated values when resampling. By default,\n * the nearest neighbor is used when resampling.\n */\n\n/**\n * @classdesc\n * Abstract base class; normally only used for creating subclasses and not\n * instantiated in apps.\n * Base class for sources providing images divided into a tile grid.\n * @abstract\n * @api\n */\nclass TileSource extends Source {\n /**\n * @param {Options} options SourceTile source options.\n */\n constructor(options) {\n super({\n attributions: options.attributions,\n attributionsCollapsible: options.attributionsCollapsible,\n projection: options.projection,\n state: options.state,\n wrapX: options.wrapX,\n interpolate: options.interpolate,\n });\n\n /***\n * @type {TileSourceOnSignature}\n */\n this.on;\n\n /***\n * @type {TileSourceOnSignature}\n */\n this.once;\n\n /***\n * @type {TileSourceOnSignature}\n */\n this.un;\n\n /**\n * @private\n * @type {boolean}\n */\n this.opaque_ = options.opaque !== undefined ? options.opaque : false;\n\n /**\n * @private\n * @type {number}\n */\n this.tilePixelRatio_ =\n options.tilePixelRatio !== undefined ? options.tilePixelRatio : 1;\n\n /**\n * @type {import(\"../tilegrid/TileGrid.js\").default|null}\n */\n this.tileGrid = options.tileGrid !== undefined ? options.tileGrid : null;\n\n const tileSize = [256, 256];\n if (this.tileGrid) {\n toSize(this.tileGrid.getTileSize(this.tileGrid.getMinZoom()), tileSize);\n }\n\n /**\n * @protected\n * @type {import(\"../TileCache.js\").default}\n */\n this.tileCache = new TileCache(options.cacheSize || 0);\n\n /**\n * @protected\n * @type {import(\"../size.js\").Size}\n */\n this.tmpSize = [0, 0];\n\n /**\n * @private\n * @type {string}\n */\n this.key_ = options.key || '';\n\n /**\n * @protected\n * @type {import(\"../Tile.js\").Options}\n */\n this.tileOptions = {\n transition: options.transition,\n interpolate: options.interpolate,\n };\n\n /**\n * zDirection hint, read by the renderer. Indicates which resolution should be used\n * by a renderer if the views resolution does not match any resolution of the tile source.\n * If 0, the nearest resolution will be used. If 1, the nearest lower resolution\n * will be used. If -1, the nearest higher resolution will be used.\n * @type {number|import(\"../array.js\").NearestDirectionFunction}\n */\n this.zDirection = options.zDirection ? options.zDirection : 0;\n }\n\n /**\n * @return {boolean} Can expire cache.\n */\n canExpireCache() {\n return this.tileCache.canExpireCache();\n }\n\n /**\n * @param {import(\"../proj/Projection.js\").default} projection Projection.\n * @param {!Object} usedTiles Used tiles.\n */\n expireCache(projection, usedTiles) {\n const tileCache = this.getTileCacheForProjection(projection);\n if (tileCache) {\n tileCache.expireCache(usedTiles);\n }\n }\n\n /**\n * @param {import(\"../proj/Projection.js\").default} projection Projection.\n * @param {number} z Zoom level.\n * @param {import(\"../TileRange.js\").default} tileRange Tile range.\n * @param {function(import(\"../Tile.js\").default):(boolean|void)} callback Called with each\n * loaded tile. If the callback returns `false`, the tile will not be\n * considered loaded.\n * @return {boolean} The tile range is fully covered with loaded tiles.\n */\n forEachLoadedTile(projection, z, tileRange, callback) {\n const tileCache = this.getTileCacheForProjection(projection);\n if (!tileCache) {\n return false;\n }\n\n let covered = true;\n let tile, tileCoordKey, loaded;\n for (let x = tileRange.minX; x <= tileRange.maxX; ++x) {\n for (let y = tileRange.minY; y <= tileRange.maxY; ++y) {\n tileCoordKey = getKeyZXY(z, x, y);\n loaded = false;\n if (tileCache.containsKey(tileCoordKey)) {\n tile = /** @type {!import(\"../Tile.js\").default} */ (\n tileCache.get(tileCoordKey)\n );\n loaded = tile.getState() === TileState.LOADED;\n if (loaded) {\n loaded = callback(tile) !== false;\n }\n }\n if (!loaded) {\n covered = false;\n }\n }\n }\n return covered;\n }\n\n /**\n * @param {import(\"../proj/Projection.js\").default} projection Projection.\n * @return {number} Gutter.\n */\n getGutterForProjection(projection) {\n return 0;\n }\n\n /**\n * Return the key to be used for all tiles in the source.\n * @return {string} The key for all tiles.\n */\n getKey() {\n return this.key_;\n }\n\n /**\n * Set the value to be used as the key for all tiles in the source.\n * @param {string} key The key for tiles.\n * @protected\n */\n setKey(key) {\n if (this.key_ !== key) {\n this.key_ = key;\n this.changed();\n }\n }\n\n /**\n * @param {import(\"../proj/Projection.js\").default} projection Projection.\n * @return {boolean} Opaque.\n */\n getOpaque(projection) {\n return this.opaque_;\n }\n\n /**\n * @param {import(\"../proj/Projection\").default} [projection] Projection.\n * @return {Array|null} Resolutions.\n */\n getResolutions(projection) {\n const tileGrid = projection\n ? this.getTileGridForProjection(projection)\n : this.tileGrid;\n if (!tileGrid) {\n return null;\n }\n return tileGrid.getResolutions();\n }\n\n /**\n * @abstract\n * @param {number} z Tile coordinate z.\n * @param {number} x Tile coordinate x.\n * @param {number} y Tile coordinate y.\n * @param {number} pixelRatio Pixel ratio.\n * @param {import(\"../proj/Projection.js\").default} projection Projection.\n * @return {!import(\"../Tile.js\").default} Tile.\n */\n getTile(z, x, y, pixelRatio, projection) {\n return abstract();\n }\n\n /**\n * Return the tile grid of the tile source.\n * @return {import(\"../tilegrid/TileGrid.js\").default|null} Tile grid.\n * @api\n */\n getTileGrid() {\n return this.tileGrid;\n }\n\n /**\n * @param {import(\"../proj/Projection.js\").default} projection Projection.\n * @return {!import(\"../tilegrid/TileGrid.js\").default} Tile grid.\n */\n getTileGridForProjection(projection) {\n if (!this.tileGrid) {\n return getTileGridForProjection(projection);\n }\n return this.tileGrid;\n }\n\n /**\n * @param {import(\"../proj/Projection.js\").default} projection Projection.\n * @return {import(\"../TileCache.js\").default} Tile cache.\n * @protected\n */\n getTileCacheForProjection(projection) {\n const sourceProjection = this.getProjection();\n assert(\n sourceProjection === null || equivalent(sourceProjection, projection),\n 'A VectorTile source can only be rendered if it has a projection compatible with the view projection.'\n );\n return this.tileCache;\n }\n\n /**\n * Get the tile pixel ratio for this source. Subclasses may override this\n * method, which is meant to return a supported pixel ratio that matches the\n * provided `pixelRatio` as close as possible.\n * @param {number} pixelRatio Pixel ratio.\n * @return {number} Tile pixel ratio.\n */\n getTilePixelRatio(pixelRatio) {\n return this.tilePixelRatio_;\n }\n\n /**\n * @param {number} z Z.\n * @param {number} pixelRatio Pixel ratio.\n * @param {import(\"../proj/Projection.js\").default} projection Projection.\n * @return {import(\"../size.js\").Size} Tile size.\n */\n getTilePixelSize(z, pixelRatio, projection) {\n const tileGrid = this.getTileGridForProjection(projection);\n const tilePixelRatio = this.getTilePixelRatio(pixelRatio);\n const tileSize = toSize(tileGrid.getTileSize(z), this.tmpSize);\n if (tilePixelRatio == 1) {\n return tileSize;\n }\n return scaleSize(tileSize, tilePixelRatio, this.tmpSize);\n }\n\n /**\n * Returns a tile coordinate wrapped around the x-axis. When the tile coordinate\n * is outside the resolution and extent range of the tile grid, `null` will be\n * returned.\n * @param {import(\"../tilecoord.js\").TileCoord} tileCoord Tile coordinate.\n * @param {import(\"../proj/Projection.js\").default} [projection] Projection.\n * @return {import(\"../tilecoord.js\").TileCoord} Tile coordinate to be passed to the tileUrlFunction or\n * null if no tile URL should be created for the passed `tileCoord`.\n */\n getTileCoordForTileUrlFunction(tileCoord, projection) {\n projection = projection !== undefined ? projection : this.getProjection();\n const tileGrid = this.getTileGridForProjection(projection);\n if (this.getWrapX() && projection.isGlobal()) {\n tileCoord = wrapX(tileGrid, tileCoord, projection);\n }\n return withinExtentAndZ(tileCoord, tileGrid) ? tileCoord : null;\n }\n\n /**\n * Remove all cached tiles from the source. The next render cycle will fetch new tiles.\n * @api\n */\n clear() {\n this.tileCache.clear();\n }\n\n refresh() {\n this.clear();\n super.refresh();\n }\n\n /**\n * Increases the cache size if needed\n * @param {number} tileCount Minimum number of tiles needed.\n * @param {import(\"../proj/Projection.js\").default} projection Projection.\n */\n updateCacheSize(tileCount, projection) {\n const tileCache = this.getTileCacheForProjection(projection);\n if (tileCount > tileCache.highWaterMark) {\n tileCache.highWaterMark = tileCount;\n }\n }\n\n /**\n * Marks a tile coord as being used, without triggering a load.\n * @abstract\n * @param {number} z Tile coordinate z.\n * @param {number} x Tile coordinate x.\n * @param {number} y Tile coordinate y.\n * @param {import(\"../proj/Projection.js\").default} projection Projection.\n */\n useTile(z, x, y, projection) {}\n}\n\n/**\n * @classdesc\n * Events emitted by {@link module:ol/source/Tile~TileSource} instances are instances of this\n * type.\n */\nexport class TileSourceEvent extends Event {\n /**\n * @param {string} type Type.\n * @param {import(\"../Tile.js\").default} tile The tile.\n */\n constructor(type, tile) {\n super(type);\n\n /**\n * The tile related to the event.\n * @type {import(\"../Tile.js\").default}\n * @api\n */\n this.tile = tile;\n }\n}\n\nexport default TileSource;\n","/**\n * @module ol/tileurlfunction\n */\nimport {modulo} from './math.js';\nimport {hash as tileCoordHash} from './tilecoord.js';\n\n/**\n * @param {string} template Template.\n * @param {import(\"./tilegrid/TileGrid.js\").default} tileGrid Tile grid.\n * @return {import(\"./Tile.js\").UrlFunction} Tile URL function.\n */\nexport function createFromTemplate(template, tileGrid) {\n const zRegEx = /\\{z\\}/g;\n const xRegEx = /\\{x\\}/g;\n const yRegEx = /\\{y\\}/g;\n const dashYRegEx = /\\{-y\\}/g;\n return (\n /**\n * @param {import(\"./tilecoord.js\").TileCoord} tileCoord Tile Coordinate.\n * @param {number} pixelRatio Pixel ratio.\n * @param {import(\"./proj/Projection.js\").default} projection Projection.\n * @return {string|undefined} Tile URL.\n */\n function (tileCoord, pixelRatio, projection) {\n if (!tileCoord) {\n return undefined;\n }\n return template\n .replace(zRegEx, tileCoord[0].toString())\n .replace(xRegEx, tileCoord[1].toString())\n .replace(yRegEx, tileCoord[2].toString())\n .replace(dashYRegEx, function () {\n const z = tileCoord[0];\n const range = tileGrid.getFullTileRange(z);\n if (!range) {\n throw new Error(\n 'The {-y} placeholder requires a tile grid with extent'\n );\n }\n const y = range.getHeight() - tileCoord[2] - 1;\n return y.toString();\n });\n }\n );\n}\n\n/**\n * @param {Array} templates Templates.\n * @param {import(\"./tilegrid/TileGrid.js\").default} tileGrid Tile grid.\n * @return {import(\"./Tile.js\").UrlFunction} Tile URL function.\n */\nexport function createFromTemplates(templates, tileGrid) {\n const len = templates.length;\n const tileUrlFunctions = new Array(len);\n for (let i = 0; i < len; ++i) {\n tileUrlFunctions[i] = createFromTemplate(templates[i], tileGrid);\n }\n return createFromTileUrlFunctions(tileUrlFunctions);\n}\n\n/**\n * @param {Array} tileUrlFunctions Tile URL Functions.\n * @return {import(\"./Tile.js\").UrlFunction} Tile URL function.\n */\nexport function createFromTileUrlFunctions(tileUrlFunctions) {\n if (tileUrlFunctions.length === 1) {\n return tileUrlFunctions[0];\n }\n return (\n /**\n * @param {import(\"./tilecoord.js\").TileCoord} tileCoord Tile Coordinate.\n * @param {number} pixelRatio Pixel ratio.\n * @param {import(\"./proj/Projection.js\").default} projection Projection.\n * @return {string|undefined} Tile URL.\n */\n function (tileCoord, pixelRatio, projection) {\n if (!tileCoord) {\n return undefined;\n }\n const h = tileCoordHash(tileCoord);\n const index = modulo(h, tileUrlFunctions.length);\n return tileUrlFunctions[index](tileCoord, pixelRatio, projection);\n }\n );\n}\n\n/**\n * @param {import(\"./tilecoord.js\").TileCoord} tileCoord Tile coordinate.\n * @param {number} pixelRatio Pixel ratio.\n * @param {import(\"./proj/Projection.js\").default} projection Projection.\n * @return {string|undefined} Tile URL.\n */\nexport function nullTileUrlFunction(tileCoord, pixelRatio, projection) {\n return undefined;\n}\n\n/**\n * @param {string} url URL.\n * @return {Array} Array of urls.\n */\nexport function expandUrl(url) {\n const urls = [];\n let match = /\\{([a-z])-([a-z])\\}/.exec(url);\n if (match) {\n // char range\n const startCharCode = match[1].charCodeAt(0);\n const stopCharCode = match[2].charCodeAt(0);\n let charCode;\n for (charCode = startCharCode; charCode <= stopCharCode; ++charCode) {\n urls.push(url.replace(match[0], String.fromCharCode(charCode)));\n }\n return urls;\n }\n match = /\\{(\\d+)-(\\d+)\\}/.exec(url);\n if (match) {\n // number range\n const stop = parseInt(match[2], 10);\n for (let i = parseInt(match[1], 10); i <= stop; i++) {\n urls.push(url.replace(match[0], i.toString()));\n }\n return urls;\n }\n urls.push(url);\n return urls;\n}\n","/**\n * @module ol/source/UrlTile\n */\nimport TileEventType from './TileEventType.js';\nimport TileSource, {TileSourceEvent} from './Tile.js';\nimport TileState from '../TileState.js';\nimport {createFromTemplates, expandUrl} from '../tileurlfunction.js';\nimport {getKeyZXY} from '../tilecoord.js';\nimport {getUid} from '../util.js';\n\n/**\n * @typedef {Object} Options\n * @property {import(\"./Source.js\").AttributionLike} [attributions] Attributions.\n * @property {boolean} [attributionsCollapsible=true] Attributions are collapsible.\n * @property {number} [cacheSize] Cache size.\n * @property {boolean} [opaque=false] Whether the layer is opaque.\n * @property {import(\"../proj.js\").ProjectionLike} [projection] Projection.\n * @property {import(\"./Source.js\").State} [state] State.\n * @property {import(\"../tilegrid/TileGrid.js\").default} [tileGrid] TileGrid.\n * @property {import(\"../Tile.js\").LoadFunction} tileLoadFunction TileLoadFunction.\n * @property {number} [tilePixelRatio] TilePixelRatio.\n * @property {import(\"../Tile.js\").UrlFunction} [tileUrlFunction] TileUrlFunction.\n * @property {string} [url] Url.\n * @property {Array} [urls] Urls.\n * @property {boolean} [wrapX=true] WrapX.\n * @property {number} [transition] Transition.\n * @property {string} [key] Key.\n * @property {number|import(\"../array.js\").NearestDirectionFunction} [zDirection=0] ZDirection.\n * @property {boolean} [interpolate=false] Use interpolated values when resampling. By default,\n * the nearest neighbor is used when resampling.\n */\n\n/**\n * @classdesc\n * Base class for sources providing tiles divided into a tile grid over http.\n *\n * @fires import(\"./Tile.js\").TileSourceEvent\n */\nclass UrlTile extends TileSource {\n /**\n * @param {Options} options Image tile options.\n */\n constructor(options) {\n super({\n attributions: options.attributions,\n cacheSize: options.cacheSize,\n opaque: options.opaque,\n projection: options.projection,\n state: options.state,\n tileGrid: options.tileGrid,\n tilePixelRatio: options.tilePixelRatio,\n wrapX: options.wrapX,\n transition: options.transition,\n interpolate: options.interpolate,\n key: options.key,\n attributionsCollapsible: options.attributionsCollapsible,\n zDirection: options.zDirection,\n });\n\n /**\n * @private\n * @type {boolean}\n */\n this.generateTileUrlFunction_ =\n this.tileUrlFunction === UrlTile.prototype.tileUrlFunction;\n\n /**\n * @protected\n * @type {import(\"../Tile.js\").LoadFunction}\n */\n this.tileLoadFunction = options.tileLoadFunction;\n\n if (options.tileUrlFunction) {\n this.tileUrlFunction = options.tileUrlFunction;\n }\n\n /**\n * @protected\n * @type {!Array|null}\n */\n this.urls = null;\n\n if (options.urls) {\n this.setUrls(options.urls);\n } else if (options.url) {\n this.setUrl(options.url);\n }\n\n /**\n * @private\n * @type {!Object}\n */\n this.tileLoadingKeys_ = {};\n }\n\n /**\n * Return the tile load function of the source.\n * @return {import(\"../Tile.js\").LoadFunction} TileLoadFunction\n * @api\n */\n getTileLoadFunction() {\n return this.tileLoadFunction;\n }\n\n /**\n * Return the tile URL function of the source.\n * @return {import(\"../Tile.js\").UrlFunction} TileUrlFunction\n * @api\n */\n getTileUrlFunction() {\n return Object.getPrototypeOf(this).tileUrlFunction === this.tileUrlFunction\n ? this.tileUrlFunction.bind(this)\n : this.tileUrlFunction;\n }\n\n /**\n * Return the URLs used for this source.\n * When a tileUrlFunction is used instead of url or urls,\n * null will be returned.\n * @return {!Array|null} URLs.\n * @api\n */\n getUrls() {\n return this.urls;\n }\n\n /**\n * Handle tile change events.\n * @param {import(\"../events/Event.js\").default} event Event.\n * @protected\n */\n handleTileChange(event) {\n const tile = /** @type {import(\"../Tile.js\").default} */ (event.target);\n const uid = getUid(tile);\n const tileState = tile.getState();\n let type;\n if (tileState == TileState.LOADING) {\n this.tileLoadingKeys_[uid] = true;\n type = TileEventType.TILELOADSTART;\n } else if (uid in this.tileLoadingKeys_) {\n delete this.tileLoadingKeys_[uid];\n type =\n tileState == TileState.ERROR\n ? TileEventType.TILELOADERROR\n : tileState == TileState.LOADED\n ? TileEventType.TILELOADEND\n : undefined;\n }\n if (type != undefined) {\n this.dispatchEvent(new TileSourceEvent(type, tile));\n }\n }\n\n /**\n * Set the tile load function of the source.\n * @param {import(\"../Tile.js\").LoadFunction} tileLoadFunction Tile load function.\n * @api\n */\n setTileLoadFunction(tileLoadFunction) {\n this.tileCache.clear();\n this.tileLoadFunction = tileLoadFunction;\n this.changed();\n }\n\n /**\n * Set the tile URL function of the source.\n * @param {import(\"../Tile.js\").UrlFunction} tileUrlFunction Tile URL function.\n * @param {string} [key] Optional new tile key for the source.\n * @api\n */\n setTileUrlFunction(tileUrlFunction, key) {\n this.tileUrlFunction = tileUrlFunction;\n this.tileCache.pruneExceptNewestZ();\n if (typeof key !== 'undefined') {\n this.setKey(key);\n } else {\n this.changed();\n }\n }\n\n /**\n * Set the URL to use for requests.\n * @param {string} url URL.\n * @api\n */\n setUrl(url) {\n const urls = expandUrl(url);\n this.urls = urls;\n this.setUrls(urls);\n }\n\n /**\n * Set the URLs to use for requests.\n * @param {Array} urls URLs.\n * @api\n */\n setUrls(urls) {\n this.urls = urls;\n const key = urls.join('\\n');\n if (this.generateTileUrlFunction_) {\n this.setTileUrlFunction(createFromTemplates(urls, this.tileGrid), key);\n } else {\n this.setKey(key);\n }\n }\n\n /**\n * @param {import(\"../tilecoord.js\").TileCoord} tileCoord Tile coordinate.\n * @param {number} pixelRatio Pixel ratio.\n * @param {import(\"../proj/Projection.js\").default} projection Projection.\n * @return {string|undefined} Tile URL.\n */\n tileUrlFunction(tileCoord, pixelRatio, projection) {\n return undefined;\n }\n\n /**\n * Marks a tile coord as being used, without triggering a load.\n * @param {number} z Tile coordinate z.\n * @param {number} x Tile coordinate x.\n * @param {number} y Tile coordinate y.\n */\n useTile(z, x, y) {\n const tileCoordKey = getKeyZXY(z, x, y);\n if (this.tileCache.containsKey(tileCoordKey)) {\n this.tileCache.get(tileCoordKey);\n }\n }\n}\n\nexport default UrlTile;\n","/**\n * @module ol/source/TileImage\n */\nimport EventType from '../events/EventType.js';\nimport ImageTile from '../ImageTile.js';\nimport ReprojTile from '../reproj/Tile.js';\nimport TileCache from '../TileCache.js';\nimport TileState from '../TileState.js';\nimport UrlTile from './UrlTile.js';\nimport {equivalent, get as getProjection} from '../proj.js';\nimport {getKey, getKeyZXY} from '../tilecoord.js';\nimport {getForProjection as getTileGridForProjection} from '../tilegrid.js';\nimport {getUid} from '../util.js';\n\n/**\n * @typedef {Object} Options\n * @property {import(\"./Source.js\").AttributionLike} [attributions] Attributions.\n * @property {boolean} [attributionsCollapsible=true] Attributions are collapsible.\n * @property {number} [cacheSize] Initial tile cache size. Will auto-grow to hold at least the number of tiles in the viewport.\n * @property {null|string} [crossOrigin] The `crossOrigin` attribute for loaded images. Note that\n * you must provide a `crossOrigin` value if you want to access pixel data with the Canvas renderer.\n * See https://developer.mozilla.org/en-US/docs/Web/HTML/CORS_enabled_image for more detail.\n * @property {boolean} [interpolate=true] Use interpolated values when resampling. By default,\n * linear interpolation is used when resampling. Set to false to use the nearest neighbor instead.\n * @property {boolean} [opaque=false] Whether the layer is opaque.\n * @property {import(\"../proj.js\").ProjectionLike} [projection] Projection. Default is the view projection.\n * @property {number} [reprojectionErrorThreshold=0.5] Maximum allowed reprojection error (in pixels).\n * Higher values can increase reprojection performance, but decrease precision.\n * @property {import(\"./Source.js\").State} [state] Source state.\n * @property {typeof import(\"../ImageTile.js\").default} [tileClass] Class used to instantiate image tiles.\n * Default is {@link module:ol/ImageTile~ImageTile}.\n * @property {import(\"../tilegrid/TileGrid.js\").default} [tileGrid] Tile grid.\n * @property {import(\"../Tile.js\").LoadFunction} [tileLoadFunction] Optional function to load a tile given a URL. The default is\n * ```js\n * function(imageTile, src) {\n * imageTile.getImage().src = src;\n * };\n * ```\n * @property {number} [tilePixelRatio=1] The pixel ratio used by the tile service. For example, if the tile\n * service advertizes 256px by 256px tiles but actually sends 512px\n * by 512px images (for retina/hidpi devices) then `tilePixelRatio`\n * should be set to `2`.\n * @property {import(\"../Tile.js\").UrlFunction} [tileUrlFunction] Optional function to get tile URL given a tile coordinate and the projection.\n * @property {string} [url] URL template. Must include `{x}`, `{y}` or `{-y}`, and `{z}` placeholders.\n * A `{?-?}` template pattern, for example `subdomain{a-f}.domain.com`, may be\n * used instead of defining each one separately in the `urls` option.\n * @property {Array} [urls] An array of URL templates.\n * @property {boolean} [wrapX] Whether to wrap the world horizontally. The default, is to\n * request out-of-bounds tiles from the server. When set to `false`, only one\n * world will be rendered. When set to `true`, tiles will be requested for one\n * world only, but they will be wrapped horizontally to render multiple worlds.\n * @property {number} [transition] Duration of the opacity transition for rendering.\n * To disable the opacity transition, pass `transition: 0`.\n * @property {string} [key] Optional tile key for proper cache fetching\n * @property {number|import(\"../array.js\").NearestDirectionFunction} [zDirection=0]\n * Choose whether to use tiles with a higher or lower zoom level when between integer\n * zoom levels. See {@link module:ol/tilegrid/TileGrid~TileGrid#getZForResolution}.\n */\n\n/**\n * @classdesc\n * Base class for sources providing images divided into a tile grid.\n *\n * @fires import(\"./Tile.js\").TileSourceEvent\n * @api\n */\nclass TileImage extends UrlTile {\n /**\n * @param {!Options} options Image tile options.\n */\n constructor(options) {\n super({\n attributions: options.attributions,\n cacheSize: options.cacheSize,\n opaque: options.opaque,\n projection: options.projection,\n state: options.state,\n tileGrid: options.tileGrid,\n tileLoadFunction: options.tileLoadFunction\n ? options.tileLoadFunction\n : defaultTileLoadFunction,\n tilePixelRatio: options.tilePixelRatio,\n tileUrlFunction: options.tileUrlFunction,\n url: options.url,\n urls: options.urls,\n wrapX: options.wrapX,\n transition: options.transition,\n interpolate:\n options.interpolate !== undefined ? options.interpolate : true,\n key: options.key,\n attributionsCollapsible: options.attributionsCollapsible,\n zDirection: options.zDirection,\n });\n\n /**\n * @protected\n * @type {?string}\n */\n this.crossOrigin =\n options.crossOrigin !== undefined ? options.crossOrigin : null;\n\n /**\n * @protected\n * @type {typeof ImageTile}\n */\n this.tileClass =\n options.tileClass !== undefined ? options.tileClass : ImageTile;\n\n /**\n * @protected\n * @type {!Object}\n */\n this.tileCacheForProjection = {};\n\n /**\n * @protected\n * @type {!Object}\n */\n this.tileGridForProjection = {};\n\n /**\n * @private\n * @type {number|undefined}\n */\n this.reprojectionErrorThreshold_ = options.reprojectionErrorThreshold;\n\n /**\n * @private\n * @type {boolean}\n */\n this.renderReprojectionEdges_ = false;\n }\n\n /**\n * @return {boolean} Can expire cache.\n */\n canExpireCache() {\n if (this.tileCache.canExpireCache()) {\n return true;\n }\n for (const key in this.tileCacheForProjection) {\n if (this.tileCacheForProjection[key].canExpireCache()) {\n return true;\n }\n }\n\n return false;\n }\n\n /**\n * @param {import(\"../proj/Projection.js\").default} projection Projection.\n * @param {!Object} usedTiles Used tiles.\n */\n expireCache(projection, usedTiles) {\n const usedTileCache = this.getTileCacheForProjection(projection);\n\n this.tileCache.expireCache(\n this.tileCache == usedTileCache ? usedTiles : {}\n );\n for (const id in this.tileCacheForProjection) {\n const tileCache = this.tileCacheForProjection[id];\n tileCache.expireCache(tileCache == usedTileCache ? usedTiles : {});\n }\n }\n\n /**\n * @param {import(\"../proj/Projection.js\").default} projection Projection.\n * @return {number} Gutter.\n */\n getGutterForProjection(projection) {\n if (\n this.getProjection() &&\n projection &&\n !equivalent(this.getProjection(), projection)\n ) {\n return 0;\n }\n return this.getGutter();\n }\n\n /**\n * @return {number} Gutter.\n */\n getGutter() {\n return 0;\n }\n\n /**\n * Return the key to be used for all tiles in the source.\n * @return {string} The key for all tiles.\n */\n getKey() {\n let key = super.getKey();\n if (!this.getInterpolate()) {\n key += ':disable-interpolation';\n }\n return key;\n }\n\n /**\n * @param {import(\"../proj/Projection.js\").default} projection Projection.\n * @return {boolean} Opaque.\n */\n getOpaque(projection) {\n if (\n this.getProjection() &&\n projection &&\n !equivalent(this.getProjection(), projection)\n ) {\n return false;\n }\n return super.getOpaque(projection);\n }\n\n /**\n * @param {import(\"../proj/Projection.js\").default} projection Projection.\n * @return {!import(\"../tilegrid/TileGrid.js\").default} Tile grid.\n */\n getTileGridForProjection(projection) {\n const thisProj = this.getProjection();\n if (this.tileGrid && (!thisProj || equivalent(thisProj, projection))) {\n return this.tileGrid;\n }\n const projKey = getUid(projection);\n if (!(projKey in this.tileGridForProjection)) {\n this.tileGridForProjection[projKey] =\n getTileGridForProjection(projection);\n }\n return this.tileGridForProjection[projKey];\n }\n\n /**\n * @param {import(\"../proj/Projection.js\").default} projection Projection.\n * @return {import(\"../TileCache.js\").default} Tile cache.\n */\n getTileCacheForProjection(projection) {\n const thisProj = this.getProjection();\n if (!thisProj || equivalent(thisProj, projection)) {\n return this.tileCache;\n }\n const projKey = getUid(projection);\n if (!(projKey in this.tileCacheForProjection)) {\n this.tileCacheForProjection[projKey] = new TileCache(\n this.tileCache.highWaterMark\n );\n }\n return this.tileCacheForProjection[projKey];\n }\n\n /**\n * @param {number} z Tile coordinate z.\n * @param {number} x Tile coordinate x.\n * @param {number} y Tile coordinate y.\n * @param {number} pixelRatio Pixel ratio.\n * @param {import(\"../proj/Projection.js\").default} projection Projection.\n * @param {string} key The key set on the tile.\n * @return {!ImageTile} Tile.\n * @private\n */\n createTile_(z, x, y, pixelRatio, projection, key) {\n const tileCoord = [z, x, y];\n const urlTileCoord = this.getTileCoordForTileUrlFunction(\n tileCoord,\n projection\n );\n const tileUrl = urlTileCoord\n ? this.tileUrlFunction(urlTileCoord, pixelRatio, projection)\n : undefined;\n const tile = new this.tileClass(\n tileCoord,\n tileUrl !== undefined ? TileState.IDLE : TileState.EMPTY,\n tileUrl !== undefined ? tileUrl : '',\n this.crossOrigin,\n this.tileLoadFunction,\n this.tileOptions\n );\n tile.key = key;\n tile.addEventListener(EventType.CHANGE, this.handleTileChange.bind(this));\n return tile;\n }\n\n /**\n * @param {number} z Tile coordinate z.\n * @param {number} x Tile coordinate x.\n * @param {number} y Tile coordinate y.\n * @param {number} pixelRatio Pixel ratio.\n * @param {import(\"../proj/Projection.js\").default} projection Projection.\n * @return {!(ImageTile|ReprojTile)} Tile.\n */\n getTile(z, x, y, pixelRatio, projection) {\n const sourceProjection = this.getProjection();\n if (\n !sourceProjection ||\n !projection ||\n equivalent(sourceProjection, projection)\n ) {\n return this.getTileInternal(\n z,\n x,\n y,\n pixelRatio,\n sourceProjection || projection\n );\n }\n const cache = this.getTileCacheForProjection(projection);\n const tileCoord = [z, x, y];\n let tile;\n const tileCoordKey = getKey(tileCoord);\n if (cache.containsKey(tileCoordKey)) {\n tile = cache.get(tileCoordKey);\n }\n const key = this.getKey();\n if (tile && tile.key == key) {\n return tile;\n }\n const sourceTileGrid = this.getTileGridForProjection(sourceProjection);\n const targetTileGrid = this.getTileGridForProjection(projection);\n const wrappedTileCoord = this.getTileCoordForTileUrlFunction(\n tileCoord,\n projection\n );\n const newTile = new ReprojTile(\n sourceProjection,\n sourceTileGrid,\n projection,\n targetTileGrid,\n tileCoord,\n wrappedTileCoord,\n this.getTilePixelRatio(pixelRatio),\n this.getGutter(),\n (z, x, y, pixelRatio) =>\n this.getTileInternal(z, x, y, pixelRatio, sourceProjection),\n this.reprojectionErrorThreshold_,\n this.renderReprojectionEdges_,\n this.tileOptions\n );\n newTile.key = key;\n\n if (tile) {\n newTile.interimTile = tile;\n newTile.refreshInterimChain();\n cache.replace(tileCoordKey, newTile);\n } else {\n cache.set(tileCoordKey, newTile);\n }\n return newTile;\n }\n\n /**\n * @param {number} z Tile coordinate z.\n * @param {number} x Tile coordinate x.\n * @param {number} y Tile coordinate y.\n * @param {number} pixelRatio Pixel ratio.\n * @param {!import(\"../proj/Projection.js\").default} projection Projection.\n * @return {!ImageTile} Tile.\n * @protected\n */\n getTileInternal(z, x, y, pixelRatio, projection) {\n let tile = null;\n const tileCoordKey = getKeyZXY(z, x, y);\n const key = this.getKey();\n if (!this.tileCache.containsKey(tileCoordKey)) {\n tile = this.createTile_(z, x, y, pixelRatio, projection, key);\n this.tileCache.set(tileCoordKey, tile);\n } else {\n tile = this.tileCache.get(tileCoordKey);\n if (tile.key != key) {\n // The source's params changed. If the tile has an interim tile and if we\n // can use it then we use it. Otherwise we create a new tile. In both\n // cases we attempt to assign an interim tile to the new tile.\n const interimTile = tile;\n tile = this.createTile_(z, x, y, pixelRatio, projection, key);\n\n //make the new tile the head of the list,\n if (interimTile.getState() == TileState.IDLE) {\n //the old tile hasn't begun loading yet, and is now outdated, so we can simply discard it\n tile.interimTile = interimTile.interimTile;\n } else {\n tile.interimTile = interimTile;\n }\n tile.refreshInterimChain();\n this.tileCache.replace(tileCoordKey, tile);\n }\n }\n return tile;\n }\n\n /**\n * Sets whether to render reprojection edges or not (usually for debugging).\n * @param {boolean} render Render the edges.\n * @api\n */\n setRenderReprojectionEdges(render) {\n if (this.renderReprojectionEdges_ == render) {\n return;\n }\n this.renderReprojectionEdges_ = render;\n for (const id in this.tileCacheForProjection) {\n this.tileCacheForProjection[id].clear();\n }\n this.changed();\n }\n\n /**\n * Sets the tile grid to use when reprojecting the tiles to the given\n * projection instead of the default tile grid for the projection.\n *\n * This can be useful when the default tile grid cannot be created\n * (e.g. projection has no extent defined) or\n * for optimization reasons (custom tile size, resolutions, ...).\n *\n * @param {import(\"../proj.js\").ProjectionLike} projection Projection.\n * @param {import(\"../tilegrid/TileGrid.js\").default} tilegrid Tile grid to use for the projection.\n * @api\n */\n setTileGridForProjection(projection, tilegrid) {\n const proj = getProjection(projection);\n if (proj) {\n const projKey = getUid(proj);\n if (!(projKey in this.tileGridForProjection)) {\n this.tileGridForProjection[projKey] = tilegrid;\n }\n }\n }\n\n clear() {\n super.clear();\n for (const id in this.tileCacheForProjection) {\n this.tileCacheForProjection[id].clear();\n }\n }\n}\n\n/**\n * @param {ImageTile} imageTile Image tile.\n * @param {string} src Source.\n */\nfunction defaultTileLoadFunction(imageTile, src) {\n /** @type {HTMLImageElement|HTMLVideoElement} */ (imageTile.getImage()).src =\n src;\n}\n\nexport default TileImage;\n","/**\n * @module ol/source/BingMaps\n */\n\nimport TileImage from './TileImage.js';\nimport {applyTransform, intersects} from '../extent.js';\nimport {createFromTileUrlFunctions} from '../tileurlfunction.js';\nimport {createOrUpdate} from '../tilecoord.js';\nimport {createXYZ, extentFromProjection} from '../tilegrid.js';\nimport {get as getProjection, getTransformFromProjections} from '../proj.js';\n\n/**\n * @param {import('../tilecoord.js').TileCoord} tileCoord Tile coord.\n * @return {string} Quad key.\n */\nexport function quadKey(tileCoord) {\n const z = tileCoord[0];\n const digits = new Array(z);\n let mask = 1 << (z - 1);\n let i, charCode;\n for (i = 0; i < z; ++i) {\n // 48 is charCode for 0 - '0'.charCodeAt(0)\n charCode = 48;\n if (tileCoord[1] & mask) {\n charCode += 1;\n }\n if (tileCoord[2] & mask) {\n charCode += 2;\n }\n digits[i] = String.fromCharCode(charCode);\n mask >>= 1;\n }\n return digits.join('');\n}\n\n/**\n * The attribution containing a link to the Microsoft® Bing™ Maps Platform APIs’\n * Terms Of Use.\n * @const\n * @type {string}\n */\nconst TOS_ATTRIBUTION =\n '' +\n 'Terms of Use';\n\n/**\n * @typedef {Object} Options\n * @property {number} [cacheSize] Initial tile cache size. Will auto-grow to hold at least the number of tiles in the viewport.\n * @property {boolean} [hidpi=false] If `true` hidpi tiles will be requested.\n * @property {string} [culture='en-us'] Culture code.\n * @property {string} key Bing Maps API key. Get yours at https://www.bingmapsportal.com/.\n * @property {string} imagerySet Type of imagery.\n * @property {boolean} [interpolate=true] Use interpolated values when resampling. By default,\n * linear interpolation is used when resampling. Set to false to use the nearest neighbor instead.\n * @property {number} [maxZoom=21] Max zoom. Default is what's advertized by the BingMaps service.\n * @property {number} [reprojectionErrorThreshold=0.5] Maximum allowed reprojection error (in pixels).\n * Higher values can increase reprojection performance, but decrease precision.\n * @property {import(\"../Tile.js\").LoadFunction} [tileLoadFunction] Optional function to load a tile given a URL. The default is\n * ```js\n * function(imageTile, src) {\n * imageTile.getImage().src = src;\n * };\n * ```\n * @property {boolean} [wrapX=true] Whether to wrap the world horizontally.\n * @property {number} [transition] Duration of the opacity transition for rendering.\n * To disable the opacity transition, pass `transition: 0`.\n * @property {number|import(\"../array.js\").NearestDirectionFunction} [zDirection=0]\n * Choose whether to use tiles with a higher or lower zoom level when between integer\n * zoom levels. See {@link module:ol/tilegrid/TileGrid~TileGrid#getZForResolution}.\n * @property {boolean} [placeholderTiles] Whether to show BingMaps placeholder tiles when zoomed past the maximum level provided in an area. When `false`, requests beyond\n * the maximum zoom level will return no tile. When `true`, the placeholder tile will be returned. When not set, the default behaviour of the imagery set takes place,\n * which is unique for each imagery set in BingMaps.\n */\n\n/**\n * @typedef {Object} BingMapsImageryMetadataResponse\n * @property {number} statusCode The response status code\n * @property {string} statusDescription The response status description\n * @property {string} authenticationResultCode The authentication result code\n * @property {Array} resourceSets The array of resource sets\n */\n\n/**\n * @typedef {Object} ResourceSet\n * @property {Array} resources Resources.\n */\n\n/**\n * @typedef {Object} Resource\n * @property {number} imageHeight The image height\n * @property {number} imageWidth The image width\n * @property {number} zoomMin The minimum zoom level\n * @property {number} zoomMax The maximum zoom level\n * @property {string} imageUrl The image URL\n * @property {Array} imageUrlSubdomains The image URL subdomains for rotation\n * @property {Array} [imageryProviders] The array of ImageryProviders\n */\n\n/**\n * @typedef {Object} ImageryProvider\n * @property {Array} coverageAreas The coverage areas\n * @property {string} [attribution] The attribution\n */\n\n/**\n * @typedef {Object} CoverageArea\n * @property {number} zoomMin The minimum zoom\n * @property {number} zoomMax The maximum zoom\n * @property {Array} bbox The coverage bounding box\n */\n\n/**\n * @classdesc\n * Layer source for Bing Maps tile data.\n * @api\n */\nclass BingMaps extends TileImage {\n /**\n * @param {Options} options Bing Maps options.\n */\n constructor(options) {\n const hidpi = options.hidpi !== undefined ? options.hidpi : false;\n\n super({\n cacheSize: options.cacheSize,\n crossOrigin: 'anonymous',\n interpolate: options.interpolate,\n opaque: true,\n projection: getProjection('EPSG:3857'),\n reprojectionErrorThreshold: options.reprojectionErrorThreshold,\n state: 'loading',\n tileLoadFunction: options.tileLoadFunction,\n tilePixelRatio: hidpi ? 2 : 1,\n wrapX: options.wrapX !== undefined ? options.wrapX : true,\n transition: options.transition,\n zDirection: options.zDirection,\n });\n\n /**\n * @private\n * @type {boolean}\n */\n this.hidpi_ = hidpi;\n\n /**\n * @private\n * @type {string}\n */\n this.culture_ = options.culture !== undefined ? options.culture : 'en-us';\n\n /**\n * @private\n * @type {number}\n */\n this.maxZoom_ = options.maxZoom !== undefined ? options.maxZoom : -1;\n\n /**\n * @private\n * @type {string}\n */\n this.apiKey_ = options.key;\n\n /**\n * @private\n * @type {string}\n */\n this.imagerySet_ = options.imagerySet;\n\n /**\n * @private\n * @type {boolean|undefined}\n */\n this.placeholderTiles_ = options.placeholderTiles;\n\n const url =\n 'https://dev.virtualearth.net/REST/v1/Imagery/Metadata/' +\n this.imagerySet_ +\n '?uriScheme=https&include=ImageryProviders&key=' +\n this.apiKey_ +\n '&c=' +\n this.culture_;\n\n fetch(url)\n .then((response) => response.json())\n .then((json) => this.handleImageryMetadataResponse(json));\n }\n\n /**\n * Get the api key used for this source.\n *\n * @return {string} The api key.\n * @api\n */\n getApiKey() {\n return this.apiKey_;\n }\n\n /**\n * Get the imagery set associated with this source.\n *\n * @return {string} The imagery set.\n * @api\n */\n getImagerySet() {\n return this.imagerySet_;\n }\n\n /**\n * @param {BingMapsImageryMetadataResponse} response Response.\n */\n handleImageryMetadataResponse(response) {\n if (\n response.statusCode != 200 ||\n response.statusDescription != 'OK' ||\n response.authenticationResultCode != 'ValidCredentials' ||\n response.resourceSets.length != 1 ||\n response.resourceSets[0].resources.length != 1\n ) {\n this.setState('error');\n return;\n }\n\n const resource = response.resourceSets[0].resources[0];\n const maxZoom = this.maxZoom_ == -1 ? resource.zoomMax : this.maxZoom_;\n\n const sourceProjection = this.getProjection();\n const extent = extentFromProjection(sourceProjection);\n const scale = this.hidpi_ ? 2 : 1;\n const tileSize =\n resource.imageWidth == resource.imageHeight\n ? resource.imageWidth / scale\n : [resource.imageWidth / scale, resource.imageHeight / scale];\n\n const tileGrid = createXYZ({\n extent: extent,\n minZoom: resource.zoomMin,\n maxZoom: maxZoom,\n tileSize: tileSize,\n });\n this.tileGrid = tileGrid;\n\n const culture = this.culture_;\n const hidpi = this.hidpi_;\n const placeholderTiles = this.placeholderTiles_;\n this.tileUrlFunction = createFromTileUrlFunctions(\n resource.imageUrlSubdomains.map(function (subdomain) {\n /** @type {import('../tilecoord.js').TileCoord} */\n const quadKeyTileCoord = [0, 0, 0];\n const imageUrl = resource.imageUrl\n .replace('{subdomain}', subdomain)\n .replace('{culture}', culture);\n return (\n /**\n * @param {import(\"../tilecoord.js\").TileCoord} tileCoord Tile coordinate.\n * @param {number} pixelRatio Pixel ratio.\n * @param {import(\"../proj/Projection.js\").default} projection Projection.\n * @return {string|undefined} Tile URL.\n */\n function (tileCoord, pixelRatio, projection) {\n if (!tileCoord) {\n return undefined;\n }\n createOrUpdate(\n tileCoord[0],\n tileCoord[1],\n tileCoord[2],\n quadKeyTileCoord\n );\n const url = new URL(\n imageUrl.replace('{quadkey}', quadKey(quadKeyTileCoord))\n );\n const params = url.searchParams;\n if (hidpi) {\n params.set('dpi', 'd1');\n params.set('device', 'mobile');\n }\n if (placeholderTiles === true) {\n params.delete('n');\n } else if (placeholderTiles === false) {\n params.set('n', 'z');\n }\n return url.toString();\n }\n );\n })\n );\n\n if (resource.imageryProviders) {\n const transform = getTransformFromProjections(\n getProjection('EPSG:4326'),\n this.getProjection()\n );\n\n this.setAttributions((frameState) => {\n const attributions = [];\n const viewState = frameState.viewState;\n const tileGrid = this.getTileGrid();\n const z = tileGrid.getZForResolution(\n viewState.resolution,\n this.zDirection\n );\n const tileCoord = tileGrid.getTileCoordForCoordAndZ(\n viewState.center,\n z\n );\n const zoom = tileCoord[0];\n resource.imageryProviders.map(function (imageryProvider) {\n let intersecting = false;\n const coverageAreas = imageryProvider.coverageAreas;\n for (let i = 0, ii = coverageAreas.length; i < ii; ++i) {\n const coverageArea = coverageAreas[i];\n if (zoom >= coverageArea.zoomMin && zoom <= coverageArea.zoomMax) {\n const bbox = coverageArea.bbox;\n const epsg4326Extent = [bbox[1], bbox[0], bbox[3], bbox[2]];\n const extent = applyTransform(epsg4326Extent, transform);\n if (intersects(extent, frameState.extent)) {\n intersecting = true;\n break;\n }\n }\n }\n if (intersecting) {\n attributions.push(imageryProvider.attribution);\n }\n });\n\n attributions.push(TOS_ATTRIBUTION);\n return attributions;\n });\n }\n\n this.setState('ready');\n }\n}\n\nexport default BingMaps;\n","/**\n * @module ol/source/XYZ\n */\n\nimport TileImage from './TileImage.js';\nimport {createXYZ, extentFromProjection} from '../tilegrid.js';\n\n/**\n * @typedef {Object} Options\n * @property {import(\"./Source.js\").AttributionLike} [attributions] Attributions.\n * @property {boolean} [attributionsCollapsible=true] Attributions are collapsible.\n * @property {number} [cacheSize] Initial tile cache size. Will auto-grow to hold at least the number of tiles in the viewport.\n * @property {null|string} [crossOrigin] The `crossOrigin` attribute for loaded images. Note that\n * you must provide a `crossOrigin` value if you want to access pixel data with the Canvas renderer.\n * See https://developer.mozilla.org/en-US/docs/Web/HTML/CORS_enabled_image for more detail.\n * @property {boolean} [interpolate=true] Use interpolated values when resampling. By default,\n * linear interpolation is used when resampling. Set to false to use the nearest neighbor instead.\n * @property {boolean} [opaque=false] Whether the layer is opaque.\n * @property {import(\"../proj.js\").ProjectionLike} [projection='EPSG:3857'] Projection.\n * @property {number} [reprojectionErrorThreshold=0.5] Maximum allowed reprojection error (in pixels).\n * Higher values can increase reprojection performance, but decrease precision.\n * @property {number} [maxZoom=42] Optional max zoom level. Not used if `tileGrid` is provided.\n * @property {number} [minZoom=0] Optional min zoom level. Not used if `tileGrid` is provided.\n * @property {number} [maxResolution] Optional tile grid resolution at level zero. Not used if `tileGrid` is provided.\n * @property {import(\"../tilegrid/TileGrid.js\").default} [tileGrid] Tile grid.\n * @property {import(\"../Tile.js\").LoadFunction} [tileLoadFunction] Optional function to load a tile given a URL. The default is\n * ```js\n * function(imageTile, src) {\n * imageTile.getImage().src = src;\n * };\n * ```\n * @property {number} [tilePixelRatio=1] The pixel ratio used by the tile service.\n * For example, if the tile service advertizes 256px by 256px tiles but actually sends 512px\n * by 512px images (for retina/hidpi devices) then `tilePixelRatio`\n * should be set to `2`.\n * @property {number|import(\"../size.js\").Size} [tileSize=[256, 256]] The tile size used by the tile service.\n * Not used if `tileGrid` is provided.\n * @property {number} [gutter=0] The size in pixels of the gutter around image tiles to ignore.\n * This allows artifacts of rendering at tile edges to be ignored.\n * Supported images should be wider and taller than the tile size by a value of `2 x gutter`.\n * @property {import(\"../Tile.js\").UrlFunction} [tileUrlFunction] Optional function to get\n * tile URL given a tile coordinate and the projection.\n * Required if `url` or `urls` are not provided.\n * @property {string} [url] URL template. Must include `{x}`, `{y}` or `{-y}`,\n * and `{z}` placeholders. A `{?-?}` template pattern, for example `subdomain{a-f}.domain.com`,\n * may be used instead of defining each one separately in the `urls` option.\n * @property {Array} [urls] An array of URL templates.\n * @property {boolean} [wrapX=true] Whether to wrap the world horizontally.\n * @property {number} [transition=250] Duration of the opacity transition for rendering.\n * To disable the opacity transition, pass `transition: 0`.\n * @property {number|import(\"../array.js\").NearestDirectionFunction} [zDirection=0]\n * Choose whether to use tiles with a higher or lower zoom level when between integer\n * zoom levels. See {@link module:ol/tilegrid/TileGrid~TileGrid#getZForResolution}.\n */\n\n/**\n * @classdesc\n * Layer source for tile data with URLs in a set XYZ format that are\n * defined in a URL template. By default, this follows the widely-used\n * Google grid where `x` 0 and `y` 0 are in the top left. Grids like\n * TMS where `x` 0 and `y` 0 are in the bottom left can be used by\n * using the `{-y}` placeholder in the URL template, so long as the\n * source does not have a custom tile grid. In this case\n * a `tileUrlFunction` can be used, such as:\n * ```js\n * tileUrlFunction: function(coordinate) {\n * return 'http://mapserver.com/' + coordinate[0] + '/' +\n * coordinate[1] + '/' + (-coordinate[2] - 1) + '.png';\n * }\n * ```\n * @api\n */\nclass XYZ extends TileImage {\n /**\n * @param {Options} [options] XYZ options.\n */\n constructor(options) {\n options = options || {};\n\n const projection =\n options.projection !== undefined ? options.projection : 'EPSG:3857';\n\n const tileGrid =\n options.tileGrid !== undefined\n ? options.tileGrid\n : createXYZ({\n extent: extentFromProjection(projection),\n maxResolution: options.maxResolution,\n maxZoom: options.maxZoom,\n minZoom: options.minZoom,\n tileSize: options.tileSize,\n });\n\n super({\n attributions: options.attributions,\n cacheSize: options.cacheSize,\n crossOrigin: options.crossOrigin,\n interpolate: options.interpolate,\n opaque: options.opaque,\n projection: projection,\n reprojectionErrorThreshold: options.reprojectionErrorThreshold,\n tileGrid: tileGrid,\n tileLoadFunction: options.tileLoadFunction,\n tilePixelRatio: options.tilePixelRatio,\n tileUrlFunction: options.tileUrlFunction,\n url: options.url,\n urls: options.urls,\n wrapX: options.wrapX !== undefined ? options.wrapX : true,\n transition: options.transition,\n attributionsCollapsible: options.attributionsCollapsible,\n zDirection: options.zDirection,\n });\n\n /**\n * @private\n * @type {number}\n */\n this.gutter_ = options.gutter !== undefined ? options.gutter : 0;\n }\n\n /**\n * @return {number} Gutter.\n */\n getGutter() {\n return this.gutter_;\n }\n}\n\nexport default XYZ;\n","/**\n * @module ol/source/CartoDB\n */\n\nimport XYZ from './XYZ.js';\n\n/**\n * @typedef {Object} Options\n * @property {import(\"./Source.js\").AttributionLike} [attributions] Attributions.\n * @property {number} [cacheSize] Initial tile cache size. Will auto-grow to hold at least the number of tiles in the viewport.\n * @property {null|string} [crossOrigin] The `crossOrigin` attribute for loaded images. Note that\n * you must provide a `crossOrigin` value if you want to access pixel data with the Canvas renderer.\n * See https://developer.mozilla.org/en-US/docs/Web/HTML/CORS_enabled_image for more detail.\n * @property {import(\"../proj.js\").ProjectionLike} [projection='EPSG:3857'] Projection.\n * @property {number} [maxZoom=18] Max zoom.\n * @property {number} [minZoom] Minimum zoom.\n * @property {boolean} [wrapX=true] Whether to wrap the world horizontally.\n * @property {Object} [config] If using anonymous maps, the CartoDB config to use. See\n * https://carto.com/developers/maps-api/guides/anonymous-maps/\n * for more detail.\n * If using named maps, a key-value lookup with the template parameters.\n * See https://carto.com/developers/maps-api/guides/named-maps/\n * for more detail.\n * @property {string} [map] If using named maps, this will be the name of the template to load.\n * See https://carto.com/developers/maps-api/guides/named-maps/\n * for more detail.\n * @property {string} [account] Username as used to access public Carto dashboard at https://{username}.carto.com/.\n * @property {number} [transition=250] Duration of the opacity transition for rendering.\n * To disable the opacity transition, pass `transition: 0`.\n * @property {number|import(\"../array.js\").NearestDirectionFunction} [zDirection=0]\n * Choose whether to use tiles with a higher or lower zoom level when between integer\n * zoom levels. See {@link module:ol/tilegrid/TileGrid~TileGrid#getZForResolution}.\n */\n\n/**\n * @typedef {Object} CartoDBLayerInfo\n * @property {string} layergroupid The layer group ID\n * @property {{https: string}} cdn_url The CDN URL\n */\n\n/**\n * @classdesc\n * Layer source for the CartoDB Maps API.\n * @api\n */\nclass CartoDB extends XYZ {\n /**\n * @param {Options} options CartoDB options.\n */\n constructor(options) {\n super({\n attributions: options.attributions,\n cacheSize: options.cacheSize,\n crossOrigin: options.crossOrigin,\n maxZoom: options.maxZoom !== undefined ? options.maxZoom : 18,\n minZoom: options.minZoom,\n projection: options.projection,\n transition: options.transition,\n wrapX: options.wrapX,\n zDirection: options.zDirection,\n });\n\n /**\n * @type {string}\n * @private\n */\n this.account_ = options.account;\n\n /**\n * @type {string}\n * @private\n */\n this.mapId_ = options.map || '';\n\n /**\n * @type {!Object}\n * @private\n */\n this.config_ = options.config || {};\n\n /**\n * @type {!Object}\n * @private\n */\n this.templateCache_ = {};\n\n this.initializeMap_();\n }\n\n /**\n * Returns the current config.\n * @return {!Object} The current configuration.\n * @api\n */\n getConfig() {\n return this.config_;\n }\n\n /**\n * Updates the carto db config.\n * @param {Object} config a key-value lookup. Values will replace current values\n * in the config.\n * @api\n */\n updateConfig(config) {\n Object.assign(this.config_, config);\n this.initializeMap_();\n }\n\n /**\n * Sets the CartoDB config\n * @param {Object} config In the case of anonymous maps, a CartoDB configuration\n * object.\n * If using named maps, a key-value lookup with the template parameters.\n * @api\n */\n setConfig(config) {\n this.config_ = config || {};\n this.initializeMap_();\n }\n\n /**\n * Issue a request to initialize the CartoDB map.\n * @private\n */\n initializeMap_() {\n const paramHash = JSON.stringify(this.config_);\n if (this.templateCache_[paramHash]) {\n this.applyTemplate_(this.templateCache_[paramHash]);\n return;\n }\n let mapUrl = 'https://' + this.account_ + '.carto.com/api/v1/map';\n\n if (this.mapId_) {\n mapUrl += '/named/' + this.mapId_;\n }\n\n const client = new XMLHttpRequest();\n client.addEventListener(\n 'load',\n this.handleInitResponse_.bind(this, paramHash)\n );\n client.addEventListener('error', this.handleInitError_.bind(this));\n client.open('POST', mapUrl);\n client.setRequestHeader('Content-type', 'application/json');\n client.send(JSON.stringify(this.config_));\n }\n\n /**\n * Handle map initialization response.\n * @param {string} paramHash a hash representing the parameter set that was used\n * for the request\n * @param {Event} event Event.\n * @private\n */\n handleInitResponse_(paramHash, event) {\n const client = /** @type {XMLHttpRequest} */ (event.target);\n // status will be 0 for file:// urls\n if (!client.status || (client.status >= 200 && client.status < 300)) {\n let response;\n try {\n response = /** @type {CartoDBLayerInfo} */ (\n JSON.parse(client.responseText)\n );\n } catch (err) {\n this.setState('error');\n return;\n }\n this.applyTemplate_(response);\n this.templateCache_[paramHash] = response;\n this.setState('ready');\n } else {\n this.setState('error');\n }\n }\n\n /**\n * @private\n * @param {Event} event Event.\n */\n handleInitError_(event) {\n this.setState('error');\n }\n\n /**\n * Apply the new tile urls returned by carto db\n * @param {CartoDBLayerInfo} data Result of carto db call.\n * @private\n */\n applyTemplate_(data) {\n const tilesUrl =\n 'https://' +\n data.cdn_url.https +\n '/' +\n this.account_ +\n '/api/v1/map/' +\n data.layergroupid +\n '/{z}/{x}/{y}.png';\n this.setUrl(tilesUrl);\n }\n}\n\nexport default CartoDB;\n","\nexport default function quickselect(arr, k, left, right, compare) {\n quickselectStep(arr, k, left || 0, right || (arr.length - 1), compare || defaultCompare);\n}\n\nfunction quickselectStep(arr, k, left, right, compare) {\n\n while (right > left) {\n if (right - left > 600) {\n var n = right - left + 1;\n var m = k - left + 1;\n var z = Math.log(n);\n var s = 0.5 * Math.exp(2 * z / 3);\n var sd = 0.5 * Math.sqrt(z * s * (n - s) / n) * (m - n / 2 < 0 ? -1 : 1);\n var newLeft = Math.max(left, Math.floor(k - m * s / n + sd));\n var newRight = Math.min(right, Math.floor(k + (n - m) * s / n + sd));\n quickselectStep(arr, k, newLeft, newRight, compare);\n }\n\n var t = arr[k];\n var i = left;\n var j = right;\n\n swap(arr, left, k);\n if (compare(arr[right], t) > 0) swap(arr, left, right);\n\n while (i < j) {\n swap(arr, i, j);\n i++;\n j--;\n while (compare(arr[i], t) < 0) i++;\n while (compare(arr[j], t) > 0) j--;\n }\n\n if (compare(arr[left], t) === 0) swap(arr, left, j);\n else {\n j++;\n swap(arr, j, right);\n }\n\n if (j <= k) left = j + 1;\n if (k <= j) right = j - 1;\n }\n}\n\nfunction swap(arr, i, j) {\n var tmp = arr[i];\n arr[i] = arr[j];\n arr[j] = tmp;\n}\n\nfunction defaultCompare(a, b) {\n return a < b ? -1 : a > b ? 1 : 0;\n}\n","import quickselect from 'quickselect';\n\nexport default class RBush {\n constructor(maxEntries = 9) {\n // max entries in a node is 9 by default; min node fill is 40% for best performance\n this._maxEntries = Math.max(4, maxEntries);\n this._minEntries = Math.max(2, Math.ceil(this._maxEntries * 0.4));\n this.clear();\n }\n\n all() {\n return this._all(this.data, []);\n }\n\n search(bbox) {\n let node = this.data;\n const result = [];\n\n if (!intersects(bbox, node)) return result;\n\n const toBBox = this.toBBox;\n const nodesToSearch = [];\n\n while (node) {\n for (let i = 0; i < node.children.length; i++) {\n const child = node.children[i];\n const childBBox = node.leaf ? toBBox(child) : child;\n\n if (intersects(bbox, childBBox)) {\n if (node.leaf) result.push(child);\n else if (contains(bbox, childBBox)) this._all(child, result);\n else nodesToSearch.push(child);\n }\n }\n node = nodesToSearch.pop();\n }\n\n return result;\n }\n\n collides(bbox) {\n let node = this.data;\n\n if (!intersects(bbox, node)) return false;\n\n const nodesToSearch = [];\n while (node) {\n for (let i = 0; i < node.children.length; i++) {\n const child = node.children[i];\n const childBBox = node.leaf ? this.toBBox(child) : child;\n\n if (intersects(bbox, childBBox)) {\n if (node.leaf || contains(bbox, childBBox)) return true;\n nodesToSearch.push(child);\n }\n }\n node = nodesToSearch.pop();\n }\n\n return false;\n }\n\n load(data) {\n if (!(data && data.length)) return this;\n\n if (data.length < this._minEntries) {\n for (let i = 0; i < data.length; i++) {\n this.insert(data[i]);\n }\n return this;\n }\n\n // recursively build the tree with the given data from scratch using OMT algorithm\n let node = this._build(data.slice(), 0, data.length - 1, 0);\n\n if (!this.data.children.length) {\n // save as is if tree is empty\n this.data = node;\n\n } else if (this.data.height === node.height) {\n // split root if trees have the same height\n this._splitRoot(this.data, node);\n\n } else {\n if (this.data.height < node.height) {\n // swap trees if inserted one is bigger\n const tmpNode = this.data;\n this.data = node;\n node = tmpNode;\n }\n\n // insert the small tree into the large tree at appropriate level\n this._insert(node, this.data.height - node.height - 1, true);\n }\n\n return this;\n }\n\n insert(item) {\n if (item) this._insert(item, this.data.height - 1);\n return this;\n }\n\n clear() {\n this.data = createNode([]);\n return this;\n }\n\n remove(item, equalsFn) {\n if (!item) return this;\n\n let node = this.data;\n const bbox = this.toBBox(item);\n const path = [];\n const indexes = [];\n let i, parent, goingUp;\n\n // depth-first iterative tree traversal\n while (node || path.length) {\n\n if (!node) { // go up\n node = path.pop();\n parent = path[path.length - 1];\n i = indexes.pop();\n goingUp = true;\n }\n\n if (node.leaf) { // check current node\n const index = findItem(item, node.children, equalsFn);\n\n if (index !== -1) {\n // item found, remove the item and condense tree upwards\n node.children.splice(index, 1);\n path.push(node);\n this._condense(path);\n return this;\n }\n }\n\n if (!goingUp && !node.leaf && contains(node, bbox)) { // go down\n path.push(node);\n indexes.push(i);\n i = 0;\n parent = node;\n node = node.children[0];\n\n } else if (parent) { // go right\n i++;\n node = parent.children[i];\n goingUp = false;\n\n } else node = null; // nothing found\n }\n\n return this;\n }\n\n toBBox(item) { return item; }\n\n compareMinX(a, b) { return a.minX - b.minX; }\n compareMinY(a, b) { return a.minY - b.minY; }\n\n toJSON() { return this.data; }\n\n fromJSON(data) {\n this.data = data;\n return this;\n }\n\n _all(node, result) {\n const nodesToSearch = [];\n while (node) {\n if (node.leaf) result.push(...node.children);\n else nodesToSearch.push(...node.children);\n\n node = nodesToSearch.pop();\n }\n return result;\n }\n\n _build(items, left, right, height) {\n\n const N = right - left + 1;\n let M = this._maxEntries;\n let node;\n\n if (N <= M) {\n // reached leaf level; return leaf\n node = createNode(items.slice(left, right + 1));\n calcBBox(node, this.toBBox);\n return node;\n }\n\n if (!height) {\n // target height of the bulk-loaded tree\n height = Math.ceil(Math.log(N) / Math.log(M));\n\n // target number of root entries to maximize storage utilization\n M = Math.ceil(N / Math.pow(M, height - 1));\n }\n\n node = createNode([]);\n node.leaf = false;\n node.height = height;\n\n // split the items into M mostly square tiles\n\n const N2 = Math.ceil(N / M);\n const N1 = N2 * Math.ceil(Math.sqrt(M));\n\n multiSelect(items, left, right, N1, this.compareMinX);\n\n for (let i = left; i <= right; i += N1) {\n\n const right2 = Math.min(i + N1 - 1, right);\n\n multiSelect(items, i, right2, N2, this.compareMinY);\n\n for (let j = i; j <= right2; j += N2) {\n\n const right3 = Math.min(j + N2 - 1, right2);\n\n // pack each entry recursively\n node.children.push(this._build(items, j, right3, height - 1));\n }\n }\n\n calcBBox(node, this.toBBox);\n\n return node;\n }\n\n _chooseSubtree(bbox, node, level, path) {\n while (true) {\n path.push(node);\n\n if (node.leaf || path.length - 1 === level) break;\n\n let minArea = Infinity;\n let minEnlargement = Infinity;\n let targetNode;\n\n for (let i = 0; i < node.children.length; i++) {\n const child = node.children[i];\n const area = bboxArea(child);\n const enlargement = enlargedArea(bbox, child) - area;\n\n // choose entry with the least area enlargement\n if (enlargement < minEnlargement) {\n minEnlargement = enlargement;\n minArea = area < minArea ? area : minArea;\n targetNode = child;\n\n } else if (enlargement === minEnlargement) {\n // otherwise choose one with the smallest area\n if (area < minArea) {\n minArea = area;\n targetNode = child;\n }\n }\n }\n\n node = targetNode || node.children[0];\n }\n\n return node;\n }\n\n _insert(item, level, isNode) {\n const bbox = isNode ? item : this.toBBox(item);\n const insertPath = [];\n\n // find the best node for accommodating the item, saving all nodes along the path too\n const node = this._chooseSubtree(bbox, this.data, level, insertPath);\n\n // put the item into the node\n node.children.push(item);\n extend(node, bbox);\n\n // split on node overflow; propagate upwards if necessary\n while (level >= 0) {\n if (insertPath[level].children.length > this._maxEntries) {\n this._split(insertPath, level);\n level--;\n } else break;\n }\n\n // adjust bboxes along the insertion path\n this._adjustParentBBoxes(bbox, insertPath, level);\n }\n\n // split overflowed node into two\n _split(insertPath, level) {\n const node = insertPath[level];\n const M = node.children.length;\n const m = this._minEntries;\n\n this._chooseSplitAxis(node, m, M);\n\n const splitIndex = this._chooseSplitIndex(node, m, M);\n\n const newNode = createNode(node.children.splice(splitIndex, node.children.length - splitIndex));\n newNode.height = node.height;\n newNode.leaf = node.leaf;\n\n calcBBox(node, this.toBBox);\n calcBBox(newNode, this.toBBox);\n\n if (level) insertPath[level - 1].children.push(newNode);\n else this._splitRoot(node, newNode);\n }\n\n _splitRoot(node, newNode) {\n // split root node\n this.data = createNode([node, newNode]);\n this.data.height = node.height + 1;\n this.data.leaf = false;\n calcBBox(this.data, this.toBBox);\n }\n\n _chooseSplitIndex(node, m, M) {\n let index;\n let minOverlap = Infinity;\n let minArea = Infinity;\n\n for (let i = m; i <= M - m; i++) {\n const bbox1 = distBBox(node, 0, i, this.toBBox);\n const bbox2 = distBBox(node, i, M, this.toBBox);\n\n const overlap = intersectionArea(bbox1, bbox2);\n const area = bboxArea(bbox1) + bboxArea(bbox2);\n\n // choose distribution with minimum overlap\n if (overlap < minOverlap) {\n minOverlap = overlap;\n index = i;\n\n minArea = area < minArea ? area : minArea;\n\n } else if (overlap === minOverlap) {\n // otherwise choose distribution with minimum area\n if (area < minArea) {\n minArea = area;\n index = i;\n }\n }\n }\n\n return index || M - m;\n }\n\n // sorts node children by the best axis for split\n _chooseSplitAxis(node, m, M) {\n const compareMinX = node.leaf ? this.compareMinX : compareNodeMinX;\n const compareMinY = node.leaf ? this.compareMinY : compareNodeMinY;\n const xMargin = this._allDistMargin(node, m, M, compareMinX);\n const yMargin = this._allDistMargin(node, m, M, compareMinY);\n\n // if total distributions margin value is minimal for x, sort by minX,\n // otherwise it's already sorted by minY\n if (xMargin < yMargin) node.children.sort(compareMinX);\n }\n\n // total margin of all possible split distributions where each node is at least m full\n _allDistMargin(node, m, M, compare) {\n node.children.sort(compare);\n\n const toBBox = this.toBBox;\n const leftBBox = distBBox(node, 0, m, toBBox);\n const rightBBox = distBBox(node, M - m, M, toBBox);\n let margin = bboxMargin(leftBBox) + bboxMargin(rightBBox);\n\n for (let i = m; i < M - m; i++) {\n const child = node.children[i];\n extend(leftBBox, node.leaf ? toBBox(child) : child);\n margin += bboxMargin(leftBBox);\n }\n\n for (let i = M - m - 1; i >= m; i--) {\n const child = node.children[i];\n extend(rightBBox, node.leaf ? toBBox(child) : child);\n margin += bboxMargin(rightBBox);\n }\n\n return margin;\n }\n\n _adjustParentBBoxes(bbox, path, level) {\n // adjust bboxes along the given tree path\n for (let i = level; i >= 0; i--) {\n extend(path[i], bbox);\n }\n }\n\n _condense(path) {\n // go through the path, removing empty nodes and updating bboxes\n for (let i = path.length - 1, siblings; i >= 0; i--) {\n if (path[i].children.length === 0) {\n if (i > 0) {\n siblings = path[i - 1].children;\n siblings.splice(siblings.indexOf(path[i]), 1);\n\n } else this.clear();\n\n } else calcBBox(path[i], this.toBBox);\n }\n }\n}\n\nfunction findItem(item, items, equalsFn) {\n if (!equalsFn) return items.indexOf(item);\n\n for (let i = 0; i < items.length; i++) {\n if (equalsFn(item, items[i])) return i;\n }\n return -1;\n}\n\n// calculate node's bbox from bboxes of its children\nfunction calcBBox(node, toBBox) {\n distBBox(node, 0, node.children.length, toBBox, node);\n}\n\n// min bounding rectangle of node children from k to p-1\nfunction distBBox(node, k, p, toBBox, destNode) {\n if (!destNode) destNode = createNode(null);\n destNode.minX = Infinity;\n destNode.minY = Infinity;\n destNode.maxX = -Infinity;\n destNode.maxY = -Infinity;\n\n for (let i = k; i < p; i++) {\n const child = node.children[i];\n extend(destNode, node.leaf ? toBBox(child) : child);\n }\n\n return destNode;\n}\n\nfunction extend(a, b) {\n a.minX = Math.min(a.minX, b.minX);\n a.minY = Math.min(a.minY, b.minY);\n a.maxX = Math.max(a.maxX, b.maxX);\n a.maxY = Math.max(a.maxY, b.maxY);\n return a;\n}\n\nfunction compareNodeMinX(a, b) { return a.minX - b.minX; }\nfunction compareNodeMinY(a, b) { return a.minY - b.minY; }\n\nfunction bboxArea(a) { return (a.maxX - a.minX) * (a.maxY - a.minY); }\nfunction bboxMargin(a) { return (a.maxX - a.minX) + (a.maxY - a.minY); }\n\nfunction enlargedArea(a, b) {\n return (Math.max(b.maxX, a.maxX) - Math.min(b.minX, a.minX)) *\n (Math.max(b.maxY, a.maxY) - Math.min(b.minY, a.minY));\n}\n\nfunction intersectionArea(a, b) {\n const minX = Math.max(a.minX, b.minX);\n const minY = Math.max(a.minY, b.minY);\n const maxX = Math.min(a.maxX, b.maxX);\n const maxY = Math.min(a.maxY, b.maxY);\n\n return Math.max(0, maxX - minX) *\n Math.max(0, maxY - minY);\n}\n\nfunction contains(a, b) {\n return a.minX <= b.minX &&\n a.minY <= b.minY &&\n b.maxX <= a.maxX &&\n b.maxY <= a.maxY;\n}\n\nfunction intersects(a, b) {\n return b.minX <= a.maxX &&\n b.minY <= a.maxY &&\n b.maxX >= a.minX &&\n b.maxY >= a.minY;\n}\n\nfunction createNode(children) {\n return {\n children,\n height: 1,\n leaf: true,\n minX: Infinity,\n minY: Infinity,\n maxX: -Infinity,\n maxY: -Infinity\n };\n}\n\n// sort an array so that items come in groups of n unsorted items, with groups sorted between each other;\n// combines selection algorithm with binary divide & conquer approach\n\nfunction multiSelect(arr, left, right, n, compare) {\n const stack = [left, right];\n\n while (stack.length) {\n right = stack.pop();\n left = stack.pop();\n\n if (right - left <= n) continue;\n\n const mid = left + Math.ceil((right - left) / n / 2) * n;\n quickselect(arr, mid, left, right, compare);\n\n stack.push(left, mid, mid, right);\n }\n}\n","/**\n * @module ol/structs/RBush\n */\nimport RBush_ from 'rbush';\nimport {createOrUpdate, equals} from '../extent.js';\nimport {getUid} from '../util.js';\nimport {isEmpty} from '../obj.js';\n\n/**\n * @typedef {Object} Entry\n * @property {number} minX MinX.\n * @property {number} minY MinY.\n * @property {number} maxX MaxX.\n * @property {number} maxY MaxY.\n * @property {Object} [value] Value.\n */\n\n/**\n * @classdesc\n * Wrapper around the RBush by Vladimir Agafonkin.\n * See https://github.com/mourner/rbush.\n *\n * @template T\n */\nclass RBush {\n /**\n * @param {number} [maxEntries] Max entries.\n */\n constructor(maxEntries) {\n /**\n * @private\n */\n this.rbush_ = new RBush_(maxEntries);\n\n /**\n * A mapping between the objects added to this rbush wrapper\n * and the objects that are actually added to the internal rbush.\n * @private\n * @type {Object}\n */\n this.items_ = {};\n }\n\n /**\n * Insert a value into the RBush.\n * @param {import(\"../extent.js\").Extent} extent Extent.\n * @param {T} value Value.\n */\n insert(extent, value) {\n /** @type {Entry} */\n const item = {\n minX: extent[0],\n minY: extent[1],\n maxX: extent[2],\n maxY: extent[3],\n value: value,\n };\n\n this.rbush_.insert(item);\n this.items_[getUid(value)] = item;\n }\n\n /**\n * Bulk-insert values into the RBush.\n * @param {Array} extents Extents.\n * @param {Array} values Values.\n */\n load(extents, values) {\n const items = new Array(values.length);\n for (let i = 0, l = values.length; i < l; i++) {\n const extent = extents[i];\n const value = values[i];\n\n /** @type {Entry} */\n const item = {\n minX: extent[0],\n minY: extent[1],\n maxX: extent[2],\n maxY: extent[3],\n value: value,\n };\n items[i] = item;\n this.items_[getUid(value)] = item;\n }\n this.rbush_.load(items);\n }\n\n /**\n * Remove a value from the RBush.\n * @param {T} value Value.\n * @return {boolean} Removed.\n */\n remove(value) {\n const uid = getUid(value);\n\n // get the object in which the value was wrapped when adding to the\n // internal rbush. then use that object to do the removal.\n const item = this.items_[uid];\n delete this.items_[uid];\n return this.rbush_.remove(item) !== null;\n }\n\n /**\n * Update the extent of a value in the RBush.\n * @param {import(\"../extent.js\").Extent} extent Extent.\n * @param {T} value Value.\n */\n update(extent, value) {\n const item = this.items_[getUid(value)];\n const bbox = [item.minX, item.minY, item.maxX, item.maxY];\n if (!equals(bbox, extent)) {\n this.remove(value);\n this.insert(extent, value);\n }\n }\n\n /**\n * Return all values in the RBush.\n * @return {Array} All.\n */\n getAll() {\n const items = this.rbush_.all();\n return items.map(function (item) {\n return item.value;\n });\n }\n\n /**\n * Return all values in the given extent.\n * @param {import(\"../extent.js\").Extent} extent Extent.\n * @return {Array} All in extent.\n */\n getInExtent(extent) {\n /** @type {Entry} */\n const bbox = {\n minX: extent[0],\n minY: extent[1],\n maxX: extent[2],\n maxY: extent[3],\n };\n const items = this.rbush_.search(bbox);\n return items.map(function (item) {\n return item.value;\n });\n }\n\n /**\n * Calls a callback function with each value in the tree.\n * If the callback returns a truthy value, this value is returned without\n * checking the rest of the tree.\n * @param {function(T): *} callback Callback.\n * @return {*} Callback return value.\n */\n forEach(callback) {\n return this.forEach_(this.getAll(), callback);\n }\n\n /**\n * Calls a callback function with each value in the provided extent.\n * @param {import(\"../extent.js\").Extent} extent Extent.\n * @param {function(T): *} callback Callback.\n * @return {*} Callback return value.\n */\n forEachInExtent(extent, callback) {\n return this.forEach_(this.getInExtent(extent), callback);\n }\n\n /**\n * @param {Array} values Values.\n * @param {function(T): *} callback Callback.\n * @private\n * @return {*} Callback return value.\n */\n forEach_(values, callback) {\n let result;\n for (let i = 0, l = values.length; i < l; i++) {\n result = callback(values[i]);\n if (result) {\n return result;\n }\n }\n return result;\n }\n\n /**\n * @return {boolean} Is empty.\n */\n isEmpty() {\n return isEmpty(this.items_);\n }\n\n /**\n * Remove all values from the RBush.\n */\n clear() {\n this.rbush_.clear();\n this.items_ = {};\n }\n\n /**\n * @param {import(\"../extent.js\").Extent} [extent] Extent.\n * @return {import(\"../extent.js\").Extent} Extent.\n */\n getExtent(extent) {\n const data = this.rbush_.toJSON();\n return createOrUpdate(data.minX, data.minY, data.maxX, data.maxY, extent);\n }\n\n /**\n * @param {RBush} rbush R-Tree.\n */\n concat(rbush) {\n this.rbush_.load(rbush.rbush_.all());\n for (const i in rbush.items_) {\n this.items_[i] = rbush.items_[i];\n }\n }\n}\n\nexport default RBush;\n","/**\n * @module ol/geom/Circle\n */\nimport SimpleGeometry from './SimpleGeometry.js';\nimport {createOrUpdate, forEachCorner, intersects} from '../extent.js';\nimport {deflateCoordinate} from './flat/deflate.js';\nimport {rotate} from './flat/transform.js';\n\n/**\n * @classdesc\n * Circle geometry.\n *\n * @api\n */\nclass Circle extends SimpleGeometry {\n /**\n * @param {!import(\"../coordinate.js\").Coordinate} center Center.\n * For internal use, flat coordinates in combination with `layout` and no\n * `radius` are also accepted.\n * @param {number} [radius] Radius in units of the projection.\n * @param {import(\"./Geometry.js\").GeometryLayout} [layout] Layout.\n */\n constructor(center, radius, layout) {\n super();\n if (layout !== undefined && radius === undefined) {\n this.setFlatCoordinates(layout, center);\n } else {\n radius = radius ? radius : 0;\n this.setCenterAndRadius(center, radius, layout);\n }\n }\n\n /**\n * Make a complete copy of the geometry.\n * @return {!Circle} Clone.\n * @api\n */\n clone() {\n const circle = new Circle(\n this.flatCoordinates.slice(),\n undefined,\n this.layout\n );\n circle.applyProperties(this);\n return circle;\n }\n\n /**\n * @param {number} x X.\n * @param {number} y Y.\n * @param {import(\"../coordinate.js\").Coordinate} closestPoint Closest point.\n * @param {number} minSquaredDistance Minimum squared distance.\n * @return {number} Minimum squared distance.\n */\n closestPointXY(x, y, closestPoint, minSquaredDistance) {\n const flatCoordinates = this.flatCoordinates;\n const dx = x - flatCoordinates[0];\n const dy = y - flatCoordinates[1];\n const squaredDistance = dx * dx + dy * dy;\n if (squaredDistance < minSquaredDistance) {\n if (squaredDistance === 0) {\n for (let i = 0; i < this.stride; ++i) {\n closestPoint[i] = flatCoordinates[i];\n }\n } else {\n const delta = this.getRadius() / Math.sqrt(squaredDistance);\n closestPoint[0] = flatCoordinates[0] + delta * dx;\n closestPoint[1] = flatCoordinates[1] + delta * dy;\n for (let i = 2; i < this.stride; ++i) {\n closestPoint[i] = flatCoordinates[i];\n }\n }\n closestPoint.length = this.stride;\n return squaredDistance;\n }\n return minSquaredDistance;\n }\n\n /**\n * @param {number} x X.\n * @param {number} y Y.\n * @return {boolean} Contains (x, y).\n */\n containsXY(x, y) {\n const flatCoordinates = this.flatCoordinates;\n const dx = x - flatCoordinates[0];\n const dy = y - flatCoordinates[1];\n return dx * dx + dy * dy <= this.getRadiusSquared_();\n }\n\n /**\n * Return the center of the circle as {@link module:ol/coordinate~Coordinate coordinate}.\n * @return {import(\"../coordinate.js\").Coordinate} Center.\n * @api\n */\n getCenter() {\n return this.flatCoordinates.slice(0, this.stride);\n }\n\n /**\n * @param {import(\"../extent.js\").Extent} extent Extent.\n * @protected\n * @return {import(\"../extent.js\").Extent} extent Extent.\n */\n computeExtent(extent) {\n const flatCoordinates = this.flatCoordinates;\n const radius = flatCoordinates[this.stride] - flatCoordinates[0];\n return createOrUpdate(\n flatCoordinates[0] - radius,\n flatCoordinates[1] - radius,\n flatCoordinates[0] + radius,\n flatCoordinates[1] + radius,\n extent\n );\n }\n\n /**\n * Return the radius of the circle.\n * @return {number} Radius.\n * @api\n */\n getRadius() {\n return Math.sqrt(this.getRadiusSquared_());\n }\n\n /**\n * @private\n * @return {number} Radius squared.\n */\n getRadiusSquared_() {\n const dx = this.flatCoordinates[this.stride] - this.flatCoordinates[0];\n const dy = this.flatCoordinates[this.stride + 1] - this.flatCoordinates[1];\n return dx * dx + dy * dy;\n }\n\n /**\n * Get the type of this geometry.\n * @return {import(\"./Geometry.js\").Type} Geometry type.\n * @api\n */\n getType() {\n return 'Circle';\n }\n\n /**\n * Test if the geometry and the passed extent intersect.\n * @param {import(\"../extent.js\").Extent} extent Extent.\n * @return {boolean} `true` if the geometry and the extent intersect.\n * @api\n */\n intersectsExtent(extent) {\n const circleExtent = this.getExtent();\n if (intersects(extent, circleExtent)) {\n const center = this.getCenter();\n\n if (extent[0] <= center[0] && extent[2] >= center[0]) {\n return true;\n }\n if (extent[1] <= center[1] && extent[3] >= center[1]) {\n return true;\n }\n\n return forEachCorner(extent, this.intersectsCoordinate.bind(this));\n }\n return false;\n }\n\n /**\n * Set the center of the circle as {@link module:ol/coordinate~Coordinate coordinate}.\n * @param {import(\"../coordinate.js\").Coordinate} center Center.\n * @api\n */\n setCenter(center) {\n const stride = this.stride;\n const radius = this.flatCoordinates[stride] - this.flatCoordinates[0];\n const flatCoordinates = center.slice();\n flatCoordinates[stride] = flatCoordinates[0] + radius;\n for (let i = 1; i < stride; ++i) {\n flatCoordinates[stride + i] = center[i];\n }\n this.setFlatCoordinates(this.layout, flatCoordinates);\n this.changed();\n }\n\n /**\n * Set the center (as {@link module:ol/coordinate~Coordinate coordinate}) and the radius (as\n * number) of the circle.\n * @param {!import(\"../coordinate.js\").Coordinate} center Center.\n * @param {number} radius Radius.\n * @param {import(\"./Geometry.js\").GeometryLayout} [layout] Layout.\n * @api\n */\n setCenterAndRadius(center, radius, layout) {\n this.setLayout(layout, center, 0);\n if (!this.flatCoordinates) {\n this.flatCoordinates = [];\n }\n /** @type {Array} */\n const flatCoordinates = this.flatCoordinates;\n let offset = deflateCoordinate(flatCoordinates, 0, center, this.stride);\n flatCoordinates[offset++] = flatCoordinates[0] + radius;\n for (let i = 1, ii = this.stride; i < ii; ++i) {\n flatCoordinates[offset++] = flatCoordinates[i];\n }\n flatCoordinates.length = offset;\n this.changed();\n }\n\n getCoordinates() {\n return null;\n }\n\n setCoordinates(coordinates, layout) {}\n\n /**\n * Set the radius of the circle. The radius is in the units of the projection.\n * @param {number} radius Radius.\n * @api\n */\n setRadius(radius) {\n this.flatCoordinates[this.stride] = this.flatCoordinates[0] + radius;\n this.changed();\n }\n\n /**\n * Rotate the geometry around a given coordinate. This modifies the geometry\n * coordinates in place.\n * @param {number} angle Rotation angle in counter-clockwise radians.\n * @param {import(\"../coordinate.js\").Coordinate} anchor The rotation center.\n * @api\n */\n rotate(angle, anchor) {\n const center = this.getCenter();\n const stride = this.getStride();\n this.setCenter(\n rotate(center, 0, center.length, stride, angle, anchor, center)\n );\n this.changed();\n }\n}\n\n/**\n * Transform each coordinate of the circle from one coordinate reference system\n * to another. The geometry is modified in place.\n * If you do not want the geometry modified in place, first clone() it and\n * then use this function on the clone.\n *\n * Internally a circle is currently represented by two points: the center of\n * the circle `[cx, cy]`, and the point to the right of the circle\n * `[cx + r, cy]`. This `transform` function just transforms these two points.\n * So the resulting geometry is also a circle, and that circle does not\n * correspond to the shape that would be obtained by transforming every point\n * of the original circle.\n *\n * @param {import(\"../proj.js\").ProjectionLike} source The current projection. Can be a\n * string identifier or a {@link module:ol/proj/Projection~Projection} object.\n * @param {import(\"../proj.js\").ProjectionLike} destination The desired projection. Can be a\n * string identifier or a {@link module:ol/proj/Projection~Projection} object.\n * @return {Circle} This geometry. Note that original geometry is\n * modified in place.\n * @function\n * @api\n */\nCircle.prototype.transform;\nexport default Circle;\n","/**\n * @module ol/geom/GeometryCollection\n */\nimport EventType from '../events/EventType.js';\nimport Geometry from './Geometry.js';\nimport {\n closestSquaredDistanceXY,\n createOrUpdateEmpty,\n extend,\n getCenter,\n} from '../extent.js';\nimport {listen, unlistenByKey} from '../events.js';\n\n/**\n * @classdesc\n * An array of {@link module:ol/geom/Geometry~Geometry} objects.\n *\n * @api\n */\nclass GeometryCollection extends Geometry {\n /**\n * @param {Array} [geometries] Geometries.\n */\n constructor(geometries) {\n super();\n\n /**\n * @private\n * @type {Array}\n */\n this.geometries_ = geometries ? geometries : null;\n\n /**\n * @type {Array}\n */\n this.changeEventsKeys_ = [];\n\n this.listenGeometriesChange_();\n }\n\n /**\n * @private\n */\n unlistenGeometriesChange_() {\n this.changeEventsKeys_.forEach(unlistenByKey);\n this.changeEventsKeys_.length = 0;\n }\n\n /**\n * @private\n */\n listenGeometriesChange_() {\n if (!this.geometries_) {\n return;\n }\n for (let i = 0, ii = this.geometries_.length; i < ii; ++i) {\n this.changeEventsKeys_.push(\n listen(this.geometries_[i], EventType.CHANGE, this.changed, this)\n );\n }\n }\n\n /**\n * Make a complete copy of the geometry.\n * @return {!GeometryCollection} Clone.\n * @api\n */\n clone() {\n const geometryCollection = new GeometryCollection(null);\n geometryCollection.setGeometries(this.geometries_);\n geometryCollection.applyProperties(this);\n return geometryCollection;\n }\n\n /**\n * @param {number} x X.\n * @param {number} y Y.\n * @param {import(\"../coordinate.js\").Coordinate} closestPoint Closest point.\n * @param {number} minSquaredDistance Minimum squared distance.\n * @return {number} Minimum squared distance.\n */\n closestPointXY(x, y, closestPoint, minSquaredDistance) {\n if (minSquaredDistance < closestSquaredDistanceXY(this.getExtent(), x, y)) {\n return minSquaredDistance;\n }\n const geometries = this.geometries_;\n for (let i = 0, ii = geometries.length; i < ii; ++i) {\n minSquaredDistance = geometries[i].closestPointXY(\n x,\n y,\n closestPoint,\n minSquaredDistance\n );\n }\n return minSquaredDistance;\n }\n\n /**\n * @param {number} x X.\n * @param {number} y Y.\n * @return {boolean} Contains (x, y).\n */\n containsXY(x, y) {\n const geometries = this.geometries_;\n for (let i = 0, ii = geometries.length; i < ii; ++i) {\n if (geometries[i].containsXY(x, y)) {\n return true;\n }\n }\n return false;\n }\n\n /**\n * @param {import(\"../extent.js\").Extent} extent Extent.\n * @protected\n * @return {import(\"../extent.js\").Extent} extent Extent.\n */\n computeExtent(extent) {\n createOrUpdateEmpty(extent);\n const geometries = this.geometries_;\n for (let i = 0, ii = geometries.length; i < ii; ++i) {\n extend(extent, geometries[i].getExtent());\n }\n return extent;\n }\n\n /**\n * Return the geometries that make up this geometry collection.\n * @return {Array} Geometries.\n * @api\n */\n getGeometries() {\n return cloneGeometries(this.geometries_);\n }\n\n /**\n * @return {Array} Geometries.\n */\n getGeometriesArray() {\n return this.geometries_;\n }\n\n /**\n * @return {Array} Geometries.\n */\n getGeometriesArrayRecursive() {\n /** @type {Array} */\n let geometriesArray = [];\n const geometries = this.geometries_;\n for (let i = 0, ii = geometries.length; i < ii; ++i) {\n if (geometries[i].getType() === this.getType()) {\n geometriesArray = geometriesArray.concat(\n /** @type {GeometryCollection} */ (\n geometries[i]\n ).getGeometriesArrayRecursive()\n );\n } else {\n geometriesArray.push(geometries[i]);\n }\n }\n return geometriesArray;\n }\n\n /**\n * Create a simplified version of this geometry using the Douglas Peucker algorithm.\n * @param {number} squaredTolerance Squared tolerance.\n * @return {GeometryCollection} Simplified GeometryCollection.\n */\n getSimplifiedGeometry(squaredTolerance) {\n if (this.simplifiedGeometryRevision !== this.getRevision()) {\n this.simplifiedGeometryMaxMinSquaredTolerance = 0;\n this.simplifiedGeometryRevision = this.getRevision();\n }\n if (\n squaredTolerance < 0 ||\n (this.simplifiedGeometryMaxMinSquaredTolerance !== 0 &&\n squaredTolerance < this.simplifiedGeometryMaxMinSquaredTolerance)\n ) {\n return this;\n }\n\n const simplifiedGeometries = [];\n const geometries = this.geometries_;\n let simplified = false;\n for (let i = 0, ii = geometries.length; i < ii; ++i) {\n const geometry = geometries[i];\n const simplifiedGeometry =\n geometry.getSimplifiedGeometry(squaredTolerance);\n simplifiedGeometries.push(simplifiedGeometry);\n if (simplifiedGeometry !== geometry) {\n simplified = true;\n }\n }\n if (simplified) {\n const simplifiedGeometryCollection = new GeometryCollection(null);\n simplifiedGeometryCollection.setGeometriesArray(simplifiedGeometries);\n return simplifiedGeometryCollection;\n }\n this.simplifiedGeometryMaxMinSquaredTolerance = squaredTolerance;\n return this;\n }\n\n /**\n * Get the type of this geometry.\n * @return {import(\"./Geometry.js\").Type} Geometry type.\n * @api\n */\n getType() {\n return 'GeometryCollection';\n }\n\n /**\n * Test if the geometry and the passed extent intersect.\n * @param {import(\"../extent.js\").Extent} extent Extent.\n * @return {boolean} `true` if the geometry and the extent intersect.\n * @api\n */\n intersectsExtent(extent) {\n const geometries = this.geometries_;\n for (let i = 0, ii = geometries.length; i < ii; ++i) {\n if (geometries[i].intersectsExtent(extent)) {\n return true;\n }\n }\n return false;\n }\n\n /**\n * @return {boolean} Is empty.\n */\n isEmpty() {\n return this.geometries_.length === 0;\n }\n\n /**\n * Rotate the geometry around a given coordinate. This modifies the geometry\n * coordinates in place.\n * @param {number} angle Rotation angle in radians.\n * @param {import(\"../coordinate.js\").Coordinate} anchor The rotation center.\n * @api\n */\n rotate(angle, anchor) {\n const geometries = this.geometries_;\n for (let i = 0, ii = geometries.length; i < ii; ++i) {\n geometries[i].rotate(angle, anchor);\n }\n this.changed();\n }\n\n /**\n * Scale the geometry (with an optional origin). This modifies the geometry\n * coordinates in place.\n * @abstract\n * @param {number} sx The scaling factor in the x-direction.\n * @param {number} [sy] The scaling factor in the y-direction (defaults to sx).\n * @param {import(\"../coordinate.js\").Coordinate} [anchor] The scale origin (defaults to the center\n * of the geometry extent).\n * @api\n */\n scale(sx, sy, anchor) {\n if (!anchor) {\n anchor = getCenter(this.getExtent());\n }\n const geometries = this.geometries_;\n for (let i = 0, ii = geometries.length; i < ii; ++i) {\n geometries[i].scale(sx, sy, anchor);\n }\n this.changed();\n }\n\n /**\n * Set the geometries that make up this geometry collection.\n * @param {Array} geometries Geometries.\n * @api\n */\n setGeometries(geometries) {\n this.setGeometriesArray(cloneGeometries(geometries));\n }\n\n /**\n * @param {Array} geometries Geometries.\n */\n setGeometriesArray(geometries) {\n this.unlistenGeometriesChange_();\n this.geometries_ = geometries;\n this.listenGeometriesChange_();\n this.changed();\n }\n\n /**\n * Apply a transform function to the coordinates of the geometry.\n * The geometry is modified in place.\n * If you do not want the geometry modified in place, first `clone()` it and\n * then use this function on the clone.\n * @param {import(\"../proj.js\").TransformFunction} transformFn Transform function.\n * Called with a flat array of geometry coordinates.\n * @api\n */\n applyTransform(transformFn) {\n const geometries = this.geometries_;\n for (let i = 0, ii = geometries.length; i < ii; ++i) {\n geometries[i].applyTransform(transformFn);\n }\n this.changed();\n }\n\n /**\n * Translate the geometry. This modifies the geometry coordinates in place. If\n * instead you want a new geometry, first `clone()` this geometry.\n * @param {number} deltaX Delta X.\n * @param {number} deltaY Delta Y.\n * @api\n */\n translate(deltaX, deltaY) {\n const geometries = this.geometries_;\n for (let i = 0, ii = geometries.length; i < ii; ++i) {\n geometries[i].translate(deltaX, deltaY);\n }\n this.changed();\n }\n\n /**\n * Clean up.\n */\n disposeInternal() {\n this.unlistenGeometriesChange_();\n super.disposeInternal();\n }\n}\n\n/**\n * @param {Array} geometries Geometries.\n * @return {Array} Cloned geometries.\n */\nfunction cloneGeometries(geometries) {\n const clonedGeometries = [];\n for (let i = 0, ii = geometries.length; i < ii; ++i) {\n clonedGeometries.push(geometries[i].clone());\n }\n return clonedGeometries;\n}\n\nexport default GeometryCollection;\n","/**\n * @module ol/geom/flat/interpolate\n */\nimport {binarySearch} from '../../array.js';\nimport {lerp} from '../../math.js';\n\n/**\n * @param {Array} flatCoordinates Flat coordinates.\n * @param {number} offset Offset.\n * @param {number} end End.\n * @param {number} stride Stride.\n * @param {number} fraction Fraction.\n * @param {Array} [dest] Destination.\n * @param {number} [dimension] Destination dimension (default is `2`)\n * @return {Array} Destination.\n */\nexport function interpolatePoint(\n flatCoordinates,\n offset,\n end,\n stride,\n fraction,\n dest,\n dimension\n) {\n let o, t;\n const n = (end - offset) / stride;\n if (n === 1) {\n o = offset;\n } else if (n === 2) {\n o = offset;\n t = fraction;\n } else if (n !== 0) {\n let x1 = flatCoordinates[offset];\n let y1 = flatCoordinates[offset + 1];\n let length = 0;\n const cumulativeLengths = [0];\n for (let i = offset + stride; i < end; i += stride) {\n const x2 = flatCoordinates[i];\n const y2 = flatCoordinates[i + 1];\n length += Math.sqrt((x2 - x1) * (x2 - x1) + (y2 - y1) * (y2 - y1));\n cumulativeLengths.push(length);\n x1 = x2;\n y1 = y2;\n }\n const target = fraction * length;\n const index = binarySearch(cumulativeLengths, target);\n if (index < 0) {\n t =\n (target - cumulativeLengths[-index - 2]) /\n (cumulativeLengths[-index - 1] - cumulativeLengths[-index - 2]);\n o = offset + (-index - 2) * stride;\n } else {\n o = offset + index * stride;\n }\n }\n dimension = dimension > 1 ? dimension : 2;\n dest = dest ? dest : new Array(dimension);\n for (let i = 0; i < dimension; ++i) {\n dest[i] =\n o === undefined\n ? NaN\n : t === undefined\n ? flatCoordinates[o + i]\n : lerp(flatCoordinates[o + i], flatCoordinates[o + stride + i], t);\n }\n return dest;\n}\n\n/**\n * @param {Array} flatCoordinates Flat coordinates.\n * @param {number} offset Offset.\n * @param {number} end End.\n * @param {number} stride Stride.\n * @param {number} m M.\n * @param {boolean} extrapolate Extrapolate.\n * @return {import(\"../../coordinate.js\").Coordinate|null} Coordinate.\n */\nexport function lineStringCoordinateAtM(\n flatCoordinates,\n offset,\n end,\n stride,\n m,\n extrapolate\n) {\n if (end == offset) {\n return null;\n }\n let coordinate;\n if (m < flatCoordinates[offset + stride - 1]) {\n if (extrapolate) {\n coordinate = flatCoordinates.slice(offset, offset + stride);\n coordinate[stride - 1] = m;\n return coordinate;\n }\n return null;\n }\n if (flatCoordinates[end - 1] < m) {\n if (extrapolate) {\n coordinate = flatCoordinates.slice(end - stride, end);\n coordinate[stride - 1] = m;\n return coordinate;\n }\n return null;\n }\n // FIXME use O(1) search\n if (m == flatCoordinates[offset + stride - 1]) {\n return flatCoordinates.slice(offset, offset + stride);\n }\n let lo = offset / stride;\n let hi = end / stride;\n while (lo < hi) {\n const mid = (lo + hi) >> 1;\n if (m < flatCoordinates[(mid + 1) * stride - 1]) {\n hi = mid;\n } else {\n lo = mid + 1;\n }\n }\n const m0 = flatCoordinates[lo * stride - 1];\n if (m == m0) {\n return flatCoordinates.slice((lo - 1) * stride, (lo - 1) * stride + stride);\n }\n const m1 = flatCoordinates[(lo + 1) * stride - 1];\n const t = (m - m0) / (m1 - m0);\n coordinate = [];\n for (let i = 0; i < stride - 1; ++i) {\n coordinate.push(\n lerp(\n flatCoordinates[(lo - 1) * stride + i],\n flatCoordinates[lo * stride + i],\n t\n )\n );\n }\n coordinate.push(m);\n return coordinate;\n}\n\n/**\n * @param {Array} flatCoordinates Flat coordinates.\n * @param {number} offset Offset.\n * @param {Array} ends Ends.\n * @param {number} stride Stride.\n * @param {number} m M.\n * @param {boolean} extrapolate Extrapolate.\n * @param {boolean} interpolate Interpolate.\n * @return {import(\"../../coordinate.js\").Coordinate|null} Coordinate.\n */\nexport function lineStringsCoordinateAtM(\n flatCoordinates,\n offset,\n ends,\n stride,\n m,\n extrapolate,\n interpolate\n) {\n if (interpolate) {\n return lineStringCoordinateAtM(\n flatCoordinates,\n offset,\n ends[ends.length - 1],\n stride,\n m,\n extrapolate\n );\n }\n let coordinate;\n if (m < flatCoordinates[stride - 1]) {\n if (extrapolate) {\n coordinate = flatCoordinates.slice(0, stride);\n coordinate[stride - 1] = m;\n return coordinate;\n }\n return null;\n }\n if (flatCoordinates[flatCoordinates.length - 1] < m) {\n if (extrapolate) {\n coordinate = flatCoordinates.slice(flatCoordinates.length - stride);\n coordinate[stride - 1] = m;\n return coordinate;\n }\n return null;\n }\n for (let i = 0, ii = ends.length; i < ii; ++i) {\n const end = ends[i];\n if (offset == end) {\n continue;\n }\n if (m < flatCoordinates[offset + stride - 1]) {\n return null;\n }\n if (m <= flatCoordinates[end - 1]) {\n return lineStringCoordinateAtM(\n flatCoordinates,\n offset,\n end,\n stride,\n m,\n false\n );\n }\n offset = end;\n }\n return null;\n}\n","/**\n * @module ol/geom/flat/length\n */\n\n/**\n * @param {Array} flatCoordinates Flat coordinates.\n * @param {number} offset Offset.\n * @param {number} end End.\n * @param {number} stride Stride.\n * @return {number} Length.\n */\nexport function lineStringLength(flatCoordinates, offset, end, stride) {\n let x1 = flatCoordinates[offset];\n let y1 = flatCoordinates[offset + 1];\n let length = 0;\n for (let i = offset + stride; i < end; i += stride) {\n const x2 = flatCoordinates[i];\n const y2 = flatCoordinates[i + 1];\n length += Math.sqrt((x2 - x1) * (x2 - x1) + (y2 - y1) * (y2 - y1));\n x1 = x2;\n y1 = y2;\n }\n return length;\n}\n\n/**\n * @param {Array} flatCoordinates Flat coordinates.\n * @param {number} offset Offset.\n * @param {number} end End.\n * @param {number} stride Stride.\n * @return {number} Perimeter.\n */\nexport function linearRingLength(flatCoordinates, offset, end, stride) {\n let perimeter = lineStringLength(flatCoordinates, offset, end, stride);\n const dx = flatCoordinates[end - stride] - flatCoordinates[offset];\n const dy = flatCoordinates[end - stride + 1] - flatCoordinates[offset + 1];\n perimeter += Math.sqrt(dx * dx + dy * dy);\n return perimeter;\n}\n","/**\n * @module ol/geom/LineString\n */\nimport SimpleGeometry from './SimpleGeometry.js';\nimport {assignClosestPoint, maxSquaredDelta} from './flat/closest.js';\nimport {closestSquaredDistanceXY} from '../extent.js';\nimport {deflateCoordinates} from './flat/deflate.js';\nimport {douglasPeucker} from './flat/simplify.js';\nimport {extend} from '../array.js';\nimport {forEach as forEachSegment} from './flat/segments.js';\nimport {inflateCoordinates} from './flat/inflate.js';\nimport {interpolatePoint, lineStringCoordinateAtM} from './flat/interpolate.js';\nimport {intersectsLineString} from './flat/intersectsextent.js';\nimport {lineStringLength} from './flat/length.js';\n\n/**\n * @classdesc\n * Linestring geometry.\n *\n * @api\n */\nclass LineString extends SimpleGeometry {\n /**\n * @param {Array|Array} coordinates Coordinates.\n * For internal use, flat coordinates in combination with `layout` are also accepted.\n * @param {import(\"./Geometry.js\").GeometryLayout} [layout] Layout.\n */\n constructor(coordinates, layout) {\n super();\n\n /**\n * @private\n * @type {import(\"../coordinate.js\").Coordinate|null}\n */\n this.flatMidpoint_ = null;\n\n /**\n * @private\n * @type {number}\n */\n this.flatMidpointRevision_ = -1;\n\n /**\n * @private\n * @type {number}\n */\n this.maxDelta_ = -1;\n\n /**\n * @private\n * @type {number}\n */\n this.maxDeltaRevision_ = -1;\n\n if (layout !== undefined && !Array.isArray(coordinates[0])) {\n this.setFlatCoordinates(\n layout,\n /** @type {Array} */ (coordinates)\n );\n } else {\n this.setCoordinates(\n /** @type {Array} */ (\n coordinates\n ),\n layout\n );\n }\n }\n\n /**\n * Append the passed coordinate to the coordinates of the linestring.\n * @param {import(\"../coordinate.js\").Coordinate} coordinate Coordinate.\n * @api\n */\n appendCoordinate(coordinate) {\n extend(this.flatCoordinates, coordinate);\n this.changed();\n }\n\n /**\n * Make a complete copy of the geometry.\n * @return {!LineString} Clone.\n * @api\n */\n clone() {\n const lineString = new LineString(\n this.flatCoordinates.slice(),\n this.layout\n );\n lineString.applyProperties(this);\n return lineString;\n }\n\n /**\n * @param {number} x X.\n * @param {number} y Y.\n * @param {import(\"../coordinate.js\").Coordinate} closestPoint Closest point.\n * @param {number} minSquaredDistance Minimum squared distance.\n * @return {number} Minimum squared distance.\n */\n closestPointXY(x, y, closestPoint, minSquaredDistance) {\n if (minSquaredDistance < closestSquaredDistanceXY(this.getExtent(), x, y)) {\n return minSquaredDistance;\n }\n if (this.maxDeltaRevision_ != this.getRevision()) {\n this.maxDelta_ = Math.sqrt(\n maxSquaredDelta(\n this.flatCoordinates,\n 0,\n this.flatCoordinates.length,\n this.stride,\n 0\n )\n );\n this.maxDeltaRevision_ = this.getRevision();\n }\n return assignClosestPoint(\n this.flatCoordinates,\n 0,\n this.flatCoordinates.length,\n this.stride,\n this.maxDelta_,\n false,\n x,\n y,\n closestPoint,\n minSquaredDistance\n );\n }\n\n /**\n * Iterate over each segment, calling the provided callback.\n * If the callback returns a truthy value the function returns that\n * value immediately. Otherwise the function returns `false`.\n *\n * @param {function(this: S, import(\"../coordinate.js\").Coordinate, import(\"../coordinate.js\").Coordinate): T} callback Function\n * called for each segment. The function will receive two arguments, the start and end coordinates of the segment.\n * @return {T|boolean} Value.\n * @template T,S\n * @api\n */\n forEachSegment(callback) {\n return forEachSegment(\n this.flatCoordinates,\n 0,\n this.flatCoordinates.length,\n this.stride,\n callback\n );\n }\n\n /**\n * Returns the coordinate at `m` using linear interpolation, or `null` if no\n * such coordinate exists.\n *\n * `extrapolate` controls extrapolation beyond the range of Ms in the\n * MultiLineString. If `extrapolate` is `true` then Ms less than the first\n * M will return the first coordinate and Ms greater than the last M will\n * return the last coordinate.\n *\n * @param {number} m M.\n * @param {boolean} [extrapolate] Extrapolate. Default is `false`.\n * @return {import(\"../coordinate.js\").Coordinate|null} Coordinate.\n * @api\n */\n getCoordinateAtM(m, extrapolate) {\n if (this.layout != 'XYM' && this.layout != 'XYZM') {\n return null;\n }\n extrapolate = extrapolate !== undefined ? extrapolate : false;\n return lineStringCoordinateAtM(\n this.flatCoordinates,\n 0,\n this.flatCoordinates.length,\n this.stride,\n m,\n extrapolate\n );\n }\n\n /**\n * Return the coordinates of the linestring.\n * @return {Array} Coordinates.\n * @api\n */\n getCoordinates() {\n return inflateCoordinates(\n this.flatCoordinates,\n 0,\n this.flatCoordinates.length,\n this.stride\n );\n }\n\n /**\n * Return the coordinate at the provided fraction along the linestring.\n * The `fraction` is a number between 0 and 1, where 0 is the start of the\n * linestring and 1 is the end.\n * @param {number} fraction Fraction.\n * @param {import(\"../coordinate.js\").Coordinate} [dest] Optional coordinate whose values will\n * be modified. If not provided, a new coordinate will be returned.\n * @return {import(\"../coordinate.js\").Coordinate} Coordinate of the interpolated point.\n * @api\n */\n getCoordinateAt(fraction, dest) {\n return interpolatePoint(\n this.flatCoordinates,\n 0,\n this.flatCoordinates.length,\n this.stride,\n fraction,\n dest,\n this.stride\n );\n }\n\n /**\n * Return the length of the linestring on projected plane.\n * @return {number} Length (on projected plane).\n * @api\n */\n getLength() {\n return lineStringLength(\n this.flatCoordinates,\n 0,\n this.flatCoordinates.length,\n this.stride\n );\n }\n\n /**\n * @return {Array} Flat midpoint.\n */\n getFlatMidpoint() {\n if (this.flatMidpointRevision_ != this.getRevision()) {\n this.flatMidpoint_ = this.getCoordinateAt(\n 0.5,\n this.flatMidpoint_ ?? undefined\n );\n this.flatMidpointRevision_ = this.getRevision();\n }\n return /** @type {Array} */ (this.flatMidpoint_);\n }\n\n /**\n * @param {number} squaredTolerance Squared tolerance.\n * @return {LineString} Simplified LineString.\n * @protected\n */\n getSimplifiedGeometryInternal(squaredTolerance) {\n /** @type {Array} */\n const simplifiedFlatCoordinates = [];\n simplifiedFlatCoordinates.length = douglasPeucker(\n this.flatCoordinates,\n 0,\n this.flatCoordinates.length,\n this.stride,\n squaredTolerance,\n simplifiedFlatCoordinates,\n 0\n );\n return new LineString(simplifiedFlatCoordinates, 'XY');\n }\n\n /**\n * Get the type of this geometry.\n * @return {import(\"./Geometry.js\").Type} Geometry type.\n * @api\n */\n getType() {\n return 'LineString';\n }\n\n /**\n * Test if the geometry and the passed extent intersect.\n * @param {import(\"../extent.js\").Extent} extent Extent.\n * @return {boolean} `true` if the geometry and the extent intersect.\n * @api\n */\n intersectsExtent(extent) {\n return intersectsLineString(\n this.flatCoordinates,\n 0,\n this.flatCoordinates.length,\n this.stride,\n extent\n );\n }\n\n /**\n * Set the coordinates of the linestring.\n * @param {!Array} coordinates Coordinates.\n * @param {import(\"./Geometry.js\").GeometryLayout} [layout] Layout.\n * @api\n */\n setCoordinates(coordinates, layout) {\n this.setLayout(layout, coordinates, 1);\n if (!this.flatCoordinates) {\n this.flatCoordinates = [];\n }\n this.flatCoordinates.length = deflateCoordinates(\n this.flatCoordinates,\n 0,\n coordinates,\n this.stride\n );\n this.changed();\n }\n}\n\nexport default LineString;\n","/**\n * @module ol/geom/MultiLineString\n */\nimport LineString from './LineString.js';\nimport SimpleGeometry from './SimpleGeometry.js';\nimport {arrayMaxSquaredDelta, assignClosestArrayPoint} from './flat/closest.js';\nimport {closestSquaredDistanceXY} from '../extent.js';\nimport {deflateCoordinatesArray} from './flat/deflate.js';\nimport {douglasPeuckerArray} from './flat/simplify.js';\nimport {extend} from '../array.js';\nimport {inflateCoordinatesArray} from './flat/inflate.js';\nimport {\n interpolatePoint,\n lineStringsCoordinateAtM,\n} from './flat/interpolate.js';\nimport {intersectsLineStringArray} from './flat/intersectsextent.js';\n\n/**\n * @classdesc\n * Multi-linestring geometry.\n *\n * @api\n */\nclass MultiLineString extends SimpleGeometry {\n /**\n * @param {Array|LineString>|Array} coordinates\n * Coordinates or LineString geometries. (For internal use, flat coordinates in\n * combination with `layout` and `ends` are also accepted.)\n * @param {import(\"./Geometry.js\").GeometryLayout} [layout] Layout.\n * @param {Array} [ends] Flat coordinate ends for internal use.\n */\n constructor(coordinates, layout, ends) {\n super();\n\n /**\n * @type {Array}\n * @private\n */\n this.ends_ = [];\n\n /**\n * @private\n * @type {number}\n */\n this.maxDelta_ = -1;\n\n /**\n * @private\n * @type {number}\n */\n this.maxDeltaRevision_ = -1;\n\n if (Array.isArray(coordinates[0])) {\n this.setCoordinates(\n /** @type {Array>} */ (\n coordinates\n ),\n layout\n );\n } else if (layout !== undefined && ends) {\n this.setFlatCoordinates(\n layout,\n /** @type {Array} */ (coordinates)\n );\n this.ends_ = ends;\n } else {\n const lineStrings = /** @type {Array} */ (coordinates);\n /** @type {Array} */\n const flatCoordinates = [];\n const ends = [];\n for (let i = 0, ii = lineStrings.length; i < ii; ++i) {\n const lineString = lineStrings[i];\n extend(flatCoordinates, lineString.getFlatCoordinates());\n ends.push(flatCoordinates.length);\n }\n const layout =\n lineStrings.length === 0\n ? this.getLayout()\n : lineStrings[0].getLayout();\n this.setFlatCoordinates(layout, flatCoordinates);\n this.ends_ = ends;\n }\n }\n\n /**\n * Append the passed linestring to the multilinestring.\n * @param {LineString} lineString LineString.\n * @api\n */\n appendLineString(lineString) {\n extend(this.flatCoordinates, lineString.getFlatCoordinates().slice());\n this.ends_.push(this.flatCoordinates.length);\n this.changed();\n }\n\n /**\n * Make a complete copy of the geometry.\n * @return {!MultiLineString} Clone.\n * @api\n */\n clone() {\n const multiLineString = new MultiLineString(\n this.flatCoordinates.slice(),\n this.layout,\n this.ends_.slice()\n );\n multiLineString.applyProperties(this);\n return multiLineString;\n }\n\n /**\n * @param {number} x X.\n * @param {number} y Y.\n * @param {import(\"../coordinate.js\").Coordinate} closestPoint Closest point.\n * @param {number} minSquaredDistance Minimum squared distance.\n * @return {number} Minimum squared distance.\n */\n closestPointXY(x, y, closestPoint, minSquaredDistance) {\n if (minSquaredDistance < closestSquaredDistanceXY(this.getExtent(), x, y)) {\n return minSquaredDistance;\n }\n if (this.maxDeltaRevision_ != this.getRevision()) {\n this.maxDelta_ = Math.sqrt(\n arrayMaxSquaredDelta(\n this.flatCoordinates,\n 0,\n this.ends_,\n this.stride,\n 0\n )\n );\n this.maxDeltaRevision_ = this.getRevision();\n }\n return assignClosestArrayPoint(\n this.flatCoordinates,\n 0,\n this.ends_,\n this.stride,\n this.maxDelta_,\n false,\n x,\n y,\n closestPoint,\n minSquaredDistance\n );\n }\n\n /**\n * Returns the coordinate at `m` using linear interpolation, or `null` if no\n * such coordinate exists.\n *\n * `extrapolate` controls extrapolation beyond the range of Ms in the\n * MultiLineString. If `extrapolate` is `true` then Ms less than the first\n * M will return the first coordinate and Ms greater than the last M will\n * return the last coordinate.\n *\n * `interpolate` controls interpolation between consecutive LineStrings\n * within the MultiLineString. If `interpolate` is `true` the coordinates\n * will be linearly interpolated between the last coordinate of one LineString\n * and the first coordinate of the next LineString. If `interpolate` is\n * `false` then the function will return `null` for Ms falling between\n * LineStrings.\n *\n * @param {number} m M.\n * @param {boolean} [extrapolate] Extrapolate. Default is `false`.\n * @param {boolean} [interpolate] Interpolate. Default is `false`.\n * @return {import(\"../coordinate.js\").Coordinate|null} Coordinate.\n * @api\n */\n getCoordinateAtM(m, extrapolate, interpolate) {\n if (\n (this.layout != 'XYM' && this.layout != 'XYZM') ||\n this.flatCoordinates.length === 0\n ) {\n return null;\n }\n extrapolate = extrapolate !== undefined ? extrapolate : false;\n interpolate = interpolate !== undefined ? interpolate : false;\n return lineStringsCoordinateAtM(\n this.flatCoordinates,\n 0,\n this.ends_,\n this.stride,\n m,\n extrapolate,\n interpolate\n );\n }\n\n /**\n * Return the coordinates of the multilinestring.\n * @return {Array>} Coordinates.\n * @api\n */\n getCoordinates() {\n return inflateCoordinatesArray(\n this.flatCoordinates,\n 0,\n this.ends_,\n this.stride\n );\n }\n\n /**\n * @return {Array} Ends.\n */\n getEnds() {\n return this.ends_;\n }\n\n /**\n * Return the linestring at the specified index.\n * @param {number} index Index.\n * @return {LineString} LineString.\n * @api\n */\n getLineString(index) {\n if (index < 0 || this.ends_.length <= index) {\n return null;\n }\n return new LineString(\n this.flatCoordinates.slice(\n index === 0 ? 0 : this.ends_[index - 1],\n this.ends_[index]\n ),\n this.layout\n );\n }\n\n /**\n * Return the linestrings of this multilinestring.\n * @return {Array} LineStrings.\n * @api\n */\n getLineStrings() {\n const flatCoordinates = this.flatCoordinates;\n const ends = this.ends_;\n const layout = this.layout;\n /** @type {Array} */\n const lineStrings = [];\n let offset = 0;\n for (let i = 0, ii = ends.length; i < ii; ++i) {\n const end = ends[i];\n const lineString = new LineString(\n flatCoordinates.slice(offset, end),\n layout\n );\n lineStrings.push(lineString);\n offset = end;\n }\n return lineStrings;\n }\n\n /**\n * @return {Array} Flat midpoints.\n */\n getFlatMidpoints() {\n /** @type {Array} */\n const midpoints = [];\n const flatCoordinates = this.flatCoordinates;\n let offset = 0;\n const ends = this.ends_;\n const stride = this.stride;\n for (let i = 0, ii = ends.length; i < ii; ++i) {\n const end = ends[i];\n const midpoint = interpolatePoint(\n flatCoordinates,\n offset,\n end,\n stride,\n 0.5\n );\n extend(midpoints, midpoint);\n offset = end;\n }\n return midpoints;\n }\n\n /**\n * @param {number} squaredTolerance Squared tolerance.\n * @return {MultiLineString} Simplified MultiLineString.\n * @protected\n */\n getSimplifiedGeometryInternal(squaredTolerance) {\n /** @type {Array} */\n const simplifiedFlatCoordinates = [];\n /** @type {Array} */\n const simplifiedEnds = [];\n simplifiedFlatCoordinates.length = douglasPeuckerArray(\n this.flatCoordinates,\n 0,\n this.ends_,\n this.stride,\n squaredTolerance,\n simplifiedFlatCoordinates,\n 0,\n simplifiedEnds\n );\n return new MultiLineString(simplifiedFlatCoordinates, 'XY', simplifiedEnds);\n }\n\n /**\n * Get the type of this geometry.\n * @return {import(\"./Geometry.js\").Type} Geometry type.\n * @api\n */\n getType() {\n return 'MultiLineString';\n }\n\n /**\n * Test if the geometry and the passed extent intersect.\n * @param {import(\"../extent.js\").Extent} extent Extent.\n * @return {boolean} `true` if the geometry and the extent intersect.\n * @api\n */\n intersectsExtent(extent) {\n return intersectsLineStringArray(\n this.flatCoordinates,\n 0,\n this.ends_,\n this.stride,\n extent\n );\n }\n\n /**\n * Set the coordinates of the multilinestring.\n * @param {!Array>} coordinates Coordinates.\n * @param {import(\"./Geometry.js\").GeometryLayout} [layout] Layout.\n * @api\n */\n setCoordinates(coordinates, layout) {\n this.setLayout(layout, coordinates, 2);\n if (!this.flatCoordinates) {\n this.flatCoordinates = [];\n }\n const ends = deflateCoordinatesArray(\n this.flatCoordinates,\n 0,\n coordinates,\n this.stride,\n this.ends_\n );\n this.flatCoordinates.length = ends.length === 0 ? 0 : ends[ends.length - 1];\n this.changed();\n }\n}\n\nexport default MultiLineString;\n","/**\n * @module ol/geom/MultiPoint\n */\nimport Point from './Point.js';\nimport SimpleGeometry from './SimpleGeometry.js';\nimport {closestSquaredDistanceXY, containsXY} from '../extent.js';\nimport {deflateCoordinates} from './flat/deflate.js';\nimport {extend} from '../array.js';\nimport {inflateCoordinates} from './flat/inflate.js';\nimport {squaredDistance as squaredDx} from '../math.js';\n\n/**\n * @classdesc\n * Multi-point geometry.\n *\n * @api\n */\nclass MultiPoint extends SimpleGeometry {\n /**\n * @param {Array|Array} coordinates Coordinates.\n * For internal use, flat coordinates in combination with `layout` are also accepted.\n * @param {import(\"./Geometry.js\").GeometryLayout} [layout] Layout.\n */\n constructor(coordinates, layout) {\n super();\n if (layout && !Array.isArray(coordinates[0])) {\n this.setFlatCoordinates(\n layout,\n /** @type {Array} */ (coordinates)\n );\n } else {\n this.setCoordinates(\n /** @type {Array} */ (\n coordinates\n ),\n layout\n );\n }\n }\n\n /**\n * Append the passed point to this multipoint.\n * @param {Point} point Point.\n * @api\n */\n appendPoint(point) {\n extend(this.flatCoordinates, point.getFlatCoordinates());\n this.changed();\n }\n\n /**\n * Make a complete copy of the geometry.\n * @return {!MultiPoint} Clone.\n * @api\n */\n clone() {\n const multiPoint = new MultiPoint(\n this.flatCoordinates.slice(),\n this.layout\n );\n multiPoint.applyProperties(this);\n return multiPoint;\n }\n\n /**\n * @param {number} x X.\n * @param {number} y Y.\n * @param {import(\"../coordinate.js\").Coordinate} closestPoint Closest point.\n * @param {number} minSquaredDistance Minimum squared distance.\n * @return {number} Minimum squared distance.\n */\n closestPointXY(x, y, closestPoint, minSquaredDistance) {\n if (minSquaredDistance < closestSquaredDistanceXY(this.getExtent(), x, y)) {\n return minSquaredDistance;\n }\n const flatCoordinates = this.flatCoordinates;\n const stride = this.stride;\n for (let i = 0, ii = flatCoordinates.length; i < ii; i += stride) {\n const squaredDistance = squaredDx(\n x,\n y,\n flatCoordinates[i],\n flatCoordinates[i + 1]\n );\n if (squaredDistance < minSquaredDistance) {\n minSquaredDistance = squaredDistance;\n for (let j = 0; j < stride; ++j) {\n closestPoint[j] = flatCoordinates[i + j];\n }\n closestPoint.length = stride;\n }\n }\n return minSquaredDistance;\n }\n\n /**\n * Return the coordinates of the multipoint.\n * @return {Array} Coordinates.\n * @api\n */\n getCoordinates() {\n return inflateCoordinates(\n this.flatCoordinates,\n 0,\n this.flatCoordinates.length,\n this.stride\n );\n }\n\n /**\n * Return the point at the specified index.\n * @param {number} index Index.\n * @return {Point} Point.\n * @api\n */\n getPoint(index) {\n const n = this.flatCoordinates.length / this.stride;\n if (index < 0 || n <= index) {\n return null;\n }\n return new Point(\n this.flatCoordinates.slice(\n index * this.stride,\n (index + 1) * this.stride\n ),\n this.layout\n );\n }\n\n /**\n * Return the points of this multipoint.\n * @return {Array} Points.\n * @api\n */\n getPoints() {\n const flatCoordinates = this.flatCoordinates;\n const layout = this.layout;\n const stride = this.stride;\n /** @type {Array} */\n const points = [];\n for (let i = 0, ii = flatCoordinates.length; i < ii; i += stride) {\n const point = new Point(flatCoordinates.slice(i, i + stride), layout);\n points.push(point);\n }\n return points;\n }\n\n /**\n * Get the type of this geometry.\n * @return {import(\"./Geometry.js\").Type} Geometry type.\n * @api\n */\n getType() {\n return 'MultiPoint';\n }\n\n /**\n * Test if the geometry and the passed extent intersect.\n * @param {import(\"../extent.js\").Extent} extent Extent.\n * @return {boolean} `true` if the geometry and the extent intersect.\n * @api\n */\n intersectsExtent(extent) {\n const flatCoordinates = this.flatCoordinates;\n const stride = this.stride;\n for (let i = 0, ii = flatCoordinates.length; i < ii; i += stride) {\n const x = flatCoordinates[i];\n const y = flatCoordinates[i + 1];\n if (containsXY(extent, x, y)) {\n return true;\n }\n }\n return false;\n }\n\n /**\n * Set the coordinates of the multipoint.\n * @param {!Array} coordinates Coordinates.\n * @param {import(\"./Geometry.js\").GeometryLayout} [layout] Layout.\n * @api\n */\n setCoordinates(coordinates, layout) {\n this.setLayout(layout, coordinates, 1);\n if (!this.flatCoordinates) {\n this.flatCoordinates = [];\n }\n this.flatCoordinates.length = deflateCoordinates(\n this.flatCoordinates,\n 0,\n coordinates,\n this.stride\n );\n this.changed();\n }\n}\n\nexport default MultiPoint;\n","/**\n * @module ol/geom/flat/center\n */\nimport {createEmpty, createOrUpdateFromFlatCoordinates} from '../../extent.js';\n\n/**\n * @param {Array} flatCoordinates Flat coordinates.\n * @param {number} offset Offset.\n * @param {Array>} endss Endss.\n * @param {number} stride Stride.\n * @return {Array} Flat centers.\n */\nexport function linearRingss(flatCoordinates, offset, endss, stride) {\n const flatCenters = [];\n let extent = createEmpty();\n for (let i = 0, ii = endss.length; i < ii; ++i) {\n const ends = endss[i];\n extent = createOrUpdateFromFlatCoordinates(\n flatCoordinates,\n offset,\n ends[0],\n stride\n );\n flatCenters.push((extent[0] + extent[2]) / 2, (extent[1] + extent[3]) / 2);\n offset = ends[ends.length - 1];\n }\n return flatCenters;\n}\n","/**\n * @module ol/geom/MultiPolygon\n */\nimport MultiPoint from './MultiPoint.js';\nimport Polygon from './Polygon.js';\nimport SimpleGeometry from './SimpleGeometry.js';\nimport {\n assignClosestMultiArrayPoint,\n multiArrayMaxSquaredDelta,\n} from './flat/closest.js';\nimport {closestSquaredDistanceXY} from '../extent.js';\nimport {deflateMultiCoordinatesArray} from './flat/deflate.js';\nimport {extend} from '../array.js';\nimport {getInteriorPointsOfMultiArray} from './flat/interiorpoint.js';\nimport {inflateMultiCoordinatesArray} from './flat/inflate.js';\nimport {intersectsLinearRingMultiArray} from './flat/intersectsextent.js';\nimport {\n linearRingssAreOriented,\n orientLinearRingsArray,\n} from './flat/orient.js';\nimport {linearRingss as linearRingssArea} from './flat/area.js';\nimport {linearRingss as linearRingssCenter} from './flat/center.js';\nimport {linearRingssContainsXY} from './flat/contains.js';\nimport {quantizeMultiArray} from './flat/simplify.js';\n\n/**\n * @classdesc\n * Multi-polygon geometry.\n *\n * @api\n */\nclass MultiPolygon extends SimpleGeometry {\n /**\n * @param {Array>|Polygon>|Array} coordinates Coordinates.\n * For internal use, flat coordinates in combination with `layout` and `endss` are also accepted.\n * @param {import(\"./Geometry.js\").GeometryLayout} [layout] Layout.\n * @param {Array>} [endss] Array of ends for internal use with flat coordinates.\n */\n constructor(coordinates, layout, endss) {\n super();\n\n /**\n * @type {Array>}\n * @private\n */\n this.endss_ = [];\n\n /**\n * @private\n * @type {number}\n */\n this.flatInteriorPointsRevision_ = -1;\n\n /**\n * @private\n * @type {Array|null}\n */\n this.flatInteriorPoints_ = null;\n\n /**\n * @private\n * @type {number}\n */\n this.maxDelta_ = -1;\n\n /**\n * @private\n * @type {number}\n */\n this.maxDeltaRevision_ = -1;\n\n /**\n * @private\n * @type {number}\n */\n this.orientedRevision_ = -1;\n\n /**\n * @private\n * @type {Array|null}\n */\n this.orientedFlatCoordinates_ = null;\n\n if (!endss && !Array.isArray(coordinates[0])) {\n const polygons = /** @type {Array} */ (coordinates);\n /** @type {Array} */\n const flatCoordinates = [];\n const thisEndss = [];\n for (let i = 0, ii = polygons.length; i < ii; ++i) {\n const polygon = polygons[i];\n const offset = flatCoordinates.length;\n const ends = polygon.getEnds();\n for (let j = 0, jj = ends.length; j < jj; ++j) {\n ends[j] += offset;\n }\n extend(flatCoordinates, polygon.getFlatCoordinates());\n thisEndss.push(ends);\n }\n layout =\n polygons.length === 0 ? this.getLayout() : polygons[0].getLayout();\n coordinates = flatCoordinates;\n endss = thisEndss;\n }\n if (layout !== undefined && endss) {\n this.setFlatCoordinates(\n layout,\n /** @type {Array} */ (coordinates)\n );\n this.endss_ = endss;\n } else {\n this.setCoordinates(\n /** @type {Array>>} */ (\n coordinates\n ),\n layout\n );\n }\n }\n\n /**\n * Append the passed polygon to this multipolygon.\n * @param {Polygon} polygon Polygon.\n * @api\n */\n appendPolygon(polygon) {\n /** @type {Array} */\n let ends;\n if (!this.flatCoordinates) {\n this.flatCoordinates = polygon.getFlatCoordinates().slice();\n ends = polygon.getEnds().slice();\n this.endss_.push();\n } else {\n const offset = this.flatCoordinates.length;\n extend(this.flatCoordinates, polygon.getFlatCoordinates());\n ends = polygon.getEnds().slice();\n for (let i = 0, ii = ends.length; i < ii; ++i) {\n ends[i] += offset;\n }\n }\n this.endss_.push(ends);\n this.changed();\n }\n\n /**\n * Make a complete copy of the geometry.\n * @return {!MultiPolygon} Clone.\n * @api\n */\n clone() {\n const len = this.endss_.length;\n const newEndss = new Array(len);\n for (let i = 0; i < len; ++i) {\n newEndss[i] = this.endss_[i].slice();\n }\n\n const multiPolygon = new MultiPolygon(\n this.flatCoordinates.slice(),\n this.layout,\n newEndss\n );\n multiPolygon.applyProperties(this);\n\n return multiPolygon;\n }\n\n /**\n * @param {number} x X.\n * @param {number} y Y.\n * @param {import(\"../coordinate.js\").Coordinate} closestPoint Closest point.\n * @param {number} minSquaredDistance Minimum squared distance.\n * @return {number} Minimum squared distance.\n */\n closestPointXY(x, y, closestPoint, minSquaredDistance) {\n if (minSquaredDistance < closestSquaredDistanceXY(this.getExtent(), x, y)) {\n return minSquaredDistance;\n }\n if (this.maxDeltaRevision_ != this.getRevision()) {\n this.maxDelta_ = Math.sqrt(\n multiArrayMaxSquaredDelta(\n this.flatCoordinates,\n 0,\n this.endss_,\n this.stride,\n 0\n )\n );\n this.maxDeltaRevision_ = this.getRevision();\n }\n return assignClosestMultiArrayPoint(\n this.getOrientedFlatCoordinates(),\n 0,\n this.endss_,\n this.stride,\n this.maxDelta_,\n true,\n x,\n y,\n closestPoint,\n minSquaredDistance\n );\n }\n\n /**\n * @param {number} x X.\n * @param {number} y Y.\n * @return {boolean} Contains (x, y).\n */\n containsXY(x, y) {\n return linearRingssContainsXY(\n this.getOrientedFlatCoordinates(),\n 0,\n this.endss_,\n this.stride,\n x,\n y\n );\n }\n\n /**\n * Return the area of the multipolygon on projected plane.\n * @return {number} Area (on projected plane).\n * @api\n */\n getArea() {\n return linearRingssArea(\n this.getOrientedFlatCoordinates(),\n 0,\n this.endss_,\n this.stride\n );\n }\n\n /**\n * Get the coordinate array for this geometry. This array has the structure\n * of a GeoJSON coordinate array for multi-polygons.\n *\n * @param {boolean} [right] Orient coordinates according to the right-hand\n * rule (counter-clockwise for exterior and clockwise for interior rings).\n * If `false`, coordinates will be oriented according to the left-hand rule\n * (clockwise for exterior and counter-clockwise for interior rings).\n * By default, coordinate orientation will depend on how the geometry was\n * constructed.\n * @return {Array>>} Coordinates.\n * @api\n */\n getCoordinates(right) {\n let flatCoordinates;\n if (right !== undefined) {\n flatCoordinates = this.getOrientedFlatCoordinates().slice();\n orientLinearRingsArray(\n flatCoordinates,\n 0,\n this.endss_,\n this.stride,\n right\n );\n } else {\n flatCoordinates = this.flatCoordinates;\n }\n\n return inflateMultiCoordinatesArray(\n flatCoordinates,\n 0,\n this.endss_,\n this.stride\n );\n }\n\n /**\n * @return {Array>} Endss.\n */\n getEndss() {\n return this.endss_;\n }\n\n /**\n * @return {Array} Flat interior points.\n */\n getFlatInteriorPoints() {\n if (this.flatInteriorPointsRevision_ != this.getRevision()) {\n const flatCenters = linearRingssCenter(\n this.flatCoordinates,\n 0,\n this.endss_,\n this.stride\n );\n this.flatInteriorPoints_ = getInteriorPointsOfMultiArray(\n this.getOrientedFlatCoordinates(),\n 0,\n this.endss_,\n this.stride,\n flatCenters\n );\n this.flatInteriorPointsRevision_ = this.getRevision();\n }\n return /** @type {Array} */ (this.flatInteriorPoints_);\n }\n\n /**\n * Return the interior points as {@link module:ol/geom/MultiPoint~MultiPoint multipoint}.\n * @return {MultiPoint} Interior points as XYM coordinates, where M is\n * the length of the horizontal intersection that the point belongs to.\n * @api\n */\n getInteriorPoints() {\n return new MultiPoint(this.getFlatInteriorPoints().slice(), 'XYM');\n }\n\n /**\n * @return {Array} Oriented flat coordinates.\n */\n getOrientedFlatCoordinates() {\n if (this.orientedRevision_ != this.getRevision()) {\n const flatCoordinates = this.flatCoordinates;\n if (\n linearRingssAreOriented(flatCoordinates, 0, this.endss_, this.stride)\n ) {\n this.orientedFlatCoordinates_ = flatCoordinates;\n } else {\n this.orientedFlatCoordinates_ = flatCoordinates.slice();\n this.orientedFlatCoordinates_.length = orientLinearRingsArray(\n this.orientedFlatCoordinates_,\n 0,\n this.endss_,\n this.stride\n );\n }\n this.orientedRevision_ = this.getRevision();\n }\n return /** @type {Array} */ (this.orientedFlatCoordinates_);\n }\n\n /**\n * @param {number} squaredTolerance Squared tolerance.\n * @return {MultiPolygon} Simplified MultiPolygon.\n * @protected\n */\n getSimplifiedGeometryInternal(squaredTolerance) {\n /** @type {Array} */\n const simplifiedFlatCoordinates = [];\n /** @type {Array>} */\n const simplifiedEndss = [];\n simplifiedFlatCoordinates.length = quantizeMultiArray(\n this.flatCoordinates,\n 0,\n this.endss_,\n this.stride,\n Math.sqrt(squaredTolerance),\n simplifiedFlatCoordinates,\n 0,\n simplifiedEndss\n );\n return new MultiPolygon(simplifiedFlatCoordinates, 'XY', simplifiedEndss);\n }\n\n /**\n * Return the polygon at the specified index.\n * @param {number} index Index.\n * @return {Polygon} Polygon.\n * @api\n */\n getPolygon(index) {\n if (index < 0 || this.endss_.length <= index) {\n return null;\n }\n let offset;\n if (index === 0) {\n offset = 0;\n } else {\n const prevEnds = this.endss_[index - 1];\n offset = prevEnds[prevEnds.length - 1];\n }\n const ends = this.endss_[index].slice();\n const end = ends[ends.length - 1];\n if (offset !== 0) {\n for (let i = 0, ii = ends.length; i < ii; ++i) {\n ends[i] -= offset;\n }\n }\n return new Polygon(\n this.flatCoordinates.slice(offset, end),\n this.layout,\n ends\n );\n }\n\n /**\n * Return the polygons of this multipolygon.\n * @return {Array} Polygons.\n * @api\n */\n getPolygons() {\n const layout = this.layout;\n const flatCoordinates = this.flatCoordinates;\n const endss = this.endss_;\n const polygons = [];\n let offset = 0;\n for (let i = 0, ii = endss.length; i < ii; ++i) {\n const ends = endss[i].slice();\n const end = ends[ends.length - 1];\n if (offset !== 0) {\n for (let j = 0, jj = ends.length; j < jj; ++j) {\n ends[j] -= offset;\n }\n }\n const polygon = new Polygon(\n flatCoordinates.slice(offset, end),\n layout,\n ends\n );\n polygons.push(polygon);\n offset = end;\n }\n return polygons;\n }\n\n /**\n * Get the type of this geometry.\n * @return {import(\"./Geometry.js\").Type} Geometry type.\n * @api\n */\n getType() {\n return 'MultiPolygon';\n }\n\n /**\n * Test if the geometry and the passed extent intersect.\n * @param {import(\"../extent.js\").Extent} extent Extent.\n * @return {boolean} `true` if the geometry and the extent intersect.\n * @api\n */\n intersectsExtent(extent) {\n return intersectsLinearRingMultiArray(\n this.getOrientedFlatCoordinates(),\n 0,\n this.endss_,\n this.stride,\n extent\n );\n }\n\n /**\n * Set the coordinates of the multipolygon.\n * @param {!Array>>} coordinates Coordinates.\n * @param {import(\"./Geometry.js\").GeometryLayout} [layout] Layout.\n * @api\n */\n setCoordinates(coordinates, layout) {\n this.setLayout(layout, coordinates, 3);\n if (!this.flatCoordinates) {\n this.flatCoordinates = [];\n }\n const endss = deflateMultiCoordinatesArray(\n this.flatCoordinates,\n 0,\n coordinates,\n this.stride,\n this.endss_\n );\n if (endss.length === 0) {\n this.flatCoordinates.length = 0;\n } else {\n const lastEnds = endss[endss.length - 1];\n this.flatCoordinates.length =\n lastEnds.length === 0 ? 0 : lastEnds[lastEnds.length - 1];\n }\n this.changed();\n }\n}\n\nexport default MultiPolygon;\n","/**\n * @module ol/render/Feature\n */\nimport Feature from '../Feature.js';\nimport {\n LineString,\n MultiLineString,\n MultiPoint,\n MultiPolygon,\n Point,\n Polygon,\n} from '../geom.js';\nimport {\n compose as composeTransform,\n create as createTransform,\n} from '../transform.js';\nimport {\n createOrUpdateFromCoordinate,\n createOrUpdateFromFlatCoordinates,\n getCenter,\n getHeight,\n} from '../extent.js';\nimport {\n douglasPeucker,\n douglasPeuckerArray,\n quantizeArray,\n} from '../geom/flat/simplify.js';\nimport {extend} from '../array.js';\nimport {\n getInteriorPointOfArray,\n getInteriorPointsOfMultiArray,\n} from '../geom/flat/interiorpoint.js';\nimport {get as getProjection} from '../proj.js';\nimport {inflateEnds} from '../geom/flat/orient.js';\nimport {interpolatePoint} from '../geom/flat/interpolate.js';\nimport {linearRingss as linearRingssCenter} from '../geom/flat/center.js';\nimport {memoizeOne} from '../functions.js';\nimport {transform2D} from '../geom/flat/transform.js';\n\n/**\n * @typedef {'Point' | 'LineString' | 'LinearRing' | 'Polygon' | 'MultiPoint' | 'MultiLineString'} Type\n * The geometry type. One of `'Point'`, `'LineString'`, `'LinearRing'`,\n * `'Polygon'`, `'MultiPoint'` or 'MultiLineString'`.\n */\n\n/**\n * @type {import(\"../transform.js\").Transform}\n */\nconst tmpTransform = createTransform();\n\n/**\n * Lightweight, read-only, {@link module:ol/Feature~Feature} and {@link module:ol/geom/Geometry~Geometry} like\n * structure, optimized for vector tile rendering and styling. Geometry access\n * through the API is limited to getting the type and extent of the geometry.\n */\nclass RenderFeature {\n /**\n * @param {Type} type Geometry type.\n * @param {Array} flatCoordinates Flat coordinates. These always need\n * to be right-handed for polygons.\n * @param {Array} ends Ends.\n * @param {number} stride Stride.\n * @param {Object} properties Properties.\n * @param {number|string|undefined} id Feature id.\n */\n constructor(type, flatCoordinates, ends, stride, properties, id) {\n /**\n * @type {import(\"../style/Style.js\").StyleFunction|undefined}\n */\n this.styleFunction;\n\n /**\n * @private\n * @type {import(\"../extent.js\").Extent|undefined}\n */\n this.extent_;\n\n /**\n * @private\n * @type {number|string|undefined}\n */\n this.id_ = id;\n\n /**\n * @private\n * @type {Type}\n */\n this.type_ = type;\n\n /**\n * @private\n * @type {Array}\n */\n this.flatCoordinates_ = flatCoordinates;\n\n /**\n * @private\n * @type {Array}\n */\n this.flatInteriorPoints_ = null;\n\n /**\n * @private\n * @type {Array}\n */\n this.flatMidpoints_ = null;\n\n /**\n * @private\n * @type {Array}\n */\n this.ends_ = ends;\n\n /**\n * @private\n * @type {Object}\n */\n this.properties_ = properties;\n\n /**\n * @type {number}\n */\n this.squaredTolerance_;\n\n /**\n * @type {number}\n */\n this.stride_ = stride;\n\n /**\n * @private\n * @type {RenderFeature}\n */\n this.simplifiedGeometry_;\n }\n\n /**\n * Get a feature property by its key.\n * @param {string} key Key\n * @return {*} Value for the requested key.\n * @api\n */\n get(key) {\n return this.properties_[key];\n }\n\n /**\n * Get the extent of this feature's geometry.\n * @return {import(\"../extent.js\").Extent} Extent.\n * @api\n */\n getExtent() {\n if (!this.extent_) {\n this.extent_ =\n this.type_ === 'Point'\n ? createOrUpdateFromCoordinate(this.flatCoordinates_)\n : createOrUpdateFromFlatCoordinates(\n this.flatCoordinates_,\n 0,\n this.flatCoordinates_.length,\n 2\n );\n }\n return this.extent_;\n }\n\n /**\n * @return {Array} Flat interior points.\n */\n getFlatInteriorPoint() {\n if (!this.flatInteriorPoints_) {\n const flatCenter = getCenter(this.getExtent());\n this.flatInteriorPoints_ = getInteriorPointOfArray(\n this.flatCoordinates_,\n 0,\n /** @type {Array} */ (this.ends_),\n 2,\n flatCenter,\n 0\n );\n }\n return this.flatInteriorPoints_;\n }\n\n /**\n * @return {Array} Flat interior points.\n */\n getFlatInteriorPoints() {\n if (!this.flatInteriorPoints_) {\n const ends = inflateEnds(this.flatCoordinates_, this.ends_);\n const flatCenters = linearRingssCenter(this.flatCoordinates_, 0, ends, 2);\n this.flatInteriorPoints_ = getInteriorPointsOfMultiArray(\n this.flatCoordinates_,\n 0,\n ends,\n 2,\n flatCenters\n );\n }\n return this.flatInteriorPoints_;\n }\n\n /**\n * @return {Array} Flat midpoint.\n */\n getFlatMidpoint() {\n if (!this.flatMidpoints_) {\n this.flatMidpoints_ = interpolatePoint(\n this.flatCoordinates_,\n 0,\n this.flatCoordinates_.length,\n 2,\n 0.5\n );\n }\n return this.flatMidpoints_;\n }\n\n /**\n * @return {Array} Flat midpoints.\n */\n getFlatMidpoints() {\n if (!this.flatMidpoints_) {\n this.flatMidpoints_ = [];\n const flatCoordinates = this.flatCoordinates_;\n let offset = 0;\n const ends = /** @type {Array} */ (this.ends_);\n for (let i = 0, ii = ends.length; i < ii; ++i) {\n const end = ends[i];\n const midpoint = interpolatePoint(flatCoordinates, offset, end, 2, 0.5);\n extend(this.flatMidpoints_, midpoint);\n offset = end;\n }\n }\n return this.flatMidpoints_;\n }\n\n /**\n * Get the feature identifier. This is a stable identifier for the feature and\n * is set when reading data from a remote source.\n * @return {number|string|undefined} Id.\n * @api\n */\n getId() {\n return this.id_;\n }\n\n /**\n * @return {Array} Flat coordinates.\n */\n getOrientedFlatCoordinates() {\n return this.flatCoordinates_;\n }\n\n /**\n * For API compatibility with {@link module:ol/Feature~Feature}, this method is useful when\n * determining the geometry type in style function (see {@link #getType}).\n * @return {RenderFeature} Feature.\n * @api\n */\n getGeometry() {\n return this;\n }\n\n /**\n * @param {number} squaredTolerance Squared tolerance.\n * @return {RenderFeature} Simplified geometry.\n */\n getSimplifiedGeometry(squaredTolerance) {\n return this;\n }\n\n /**\n * Get a transformed and simplified version of the geometry.\n * @param {number} squaredTolerance Squared tolerance.\n * @param {import(\"../proj.js\").TransformFunction} [transform] Optional transform function.\n * @return {RenderFeature} Simplified geometry.\n */\n simplifyTransformed(squaredTolerance, transform) {\n return this;\n }\n\n /**\n * Get the feature properties.\n * @return {Object} Feature properties.\n * @api\n */\n getProperties() {\n return this.properties_;\n }\n\n /**\n * Get an object of all property names and values. This has the same behavior as getProperties,\n * but is here to conform with the {@link module:ol/Feature~Feature} interface.\n * @return {Object?} Object.\n */\n getPropertiesInternal() {\n return this.properties_;\n }\n\n /**\n * @return {number} Stride.\n */\n getStride() {\n return this.stride_;\n }\n\n /**\n * @return {import('../style/Style.js').StyleFunction|undefined} Style\n */\n getStyleFunction() {\n return this.styleFunction;\n }\n\n /**\n * Get the type of this feature's geometry.\n * @return {Type} Geometry type.\n * @api\n */\n getType() {\n return this.type_;\n }\n\n /**\n * Transform geometry coordinates from tile pixel space to projected.\n *\n * @param {import(\"../proj.js\").ProjectionLike} projection The data projection\n */\n transform(projection) {\n projection = getProjection(projection);\n const pixelExtent = projection.getExtent();\n const projectedExtent = projection.getWorldExtent();\n if (pixelExtent && projectedExtent) {\n const scale = getHeight(projectedExtent) / getHeight(pixelExtent);\n composeTransform(\n tmpTransform,\n projectedExtent[0],\n projectedExtent[3],\n scale,\n -scale,\n 0,\n 0,\n 0\n );\n transform2D(\n this.flatCoordinates_,\n 0,\n this.flatCoordinates_.length,\n 2,\n tmpTransform,\n this.flatCoordinates_\n );\n }\n }\n\n /**\n * Apply a transform function to the coordinates of the geometry.\n * The geometry is modified in place.\n * If you do not want the geometry modified in place, first `clone()` it and\n * then use this function on the clone.\n * @param {import(\"../proj.js\").TransformFunction} transformFn Transform function.\n */\n applyTransform(transformFn) {\n transformFn(this.flatCoordinates_, this.flatCoordinates_, this.stride_);\n }\n\n /**\n * @return {RenderFeature} A cloned render feature.\n */\n clone() {\n return new RenderFeature(\n this.type_,\n this.flatCoordinates_.slice(),\n this.ends_.slice(),\n this.stride_,\n Object.assign({}, this.properties_),\n this.id_\n );\n }\n\n /**\n * @return {Array} Ends.\n */\n getEnds() {\n return this.ends_;\n }\n\n /**\n * Add transform and resolution based geometry simplification to this instance.\n * @return {RenderFeature} This render feature.\n */\n enableSimplifyTransformed() {\n this.simplifyTransformed = memoizeOne((squaredTolerance, transform) => {\n if (squaredTolerance === this.squaredTolerance_) {\n return this.simplifiedGeometry_;\n }\n this.simplifiedGeometry_ = this.clone();\n if (transform) {\n this.simplifiedGeometry_.applyTransform(transform);\n }\n const simplifiedFlatCoordinates =\n this.simplifiedGeometry_.getFlatCoordinates();\n let simplifiedEnds;\n switch (this.type_) {\n case 'LineString':\n simplifiedFlatCoordinates.length = douglasPeucker(\n simplifiedFlatCoordinates,\n 0,\n this.simplifiedGeometry_.flatCoordinates_.length,\n this.simplifiedGeometry_.stride_,\n squaredTolerance,\n simplifiedFlatCoordinates,\n 0\n );\n simplifiedEnds = [simplifiedFlatCoordinates.length];\n break;\n case 'MultiLineString':\n simplifiedEnds = [];\n simplifiedFlatCoordinates.length = douglasPeuckerArray(\n simplifiedFlatCoordinates,\n 0,\n this.simplifiedGeometry_.ends_,\n this.simplifiedGeometry_.stride_,\n squaredTolerance,\n simplifiedFlatCoordinates,\n 0,\n simplifiedEnds\n );\n break;\n case 'Polygon':\n simplifiedEnds = [];\n simplifiedFlatCoordinates.length = quantizeArray(\n simplifiedFlatCoordinates,\n 0,\n this.simplifiedGeometry_.ends_,\n this.simplifiedGeometry_.stride_,\n Math.sqrt(squaredTolerance),\n simplifiedFlatCoordinates,\n 0,\n simplifiedEnds\n );\n break;\n default:\n }\n if (simplifiedEnds) {\n this.simplifiedGeometry_ = new RenderFeature(\n this.type_,\n simplifiedFlatCoordinates,\n simplifiedEnds,\n 2,\n this.properties_,\n this.id_\n );\n }\n this.squaredTolerance_ = squaredTolerance;\n return this.simplifiedGeometry_;\n });\n return this;\n }\n}\n\n/**\n * @return {Array} Flat coordinates.\n */\nRenderFeature.prototype.getFlatCoordinates =\n RenderFeature.prototype.getOrientedFlatCoordinates;\n\n/**\n * Create a geometry from an `ol/render/Feature`\n * @param {RenderFeature} renderFeature\n * Render Feature\n * @return {Point|MultiPoint|LineString|MultiLineString|Polygon|MultiPolygon}\n * New geometry instance.\n * @api\n */\nexport function toGeometry(renderFeature) {\n const geometryType = renderFeature.getType();\n switch (geometryType) {\n case 'Point':\n return new Point(renderFeature.getFlatCoordinates());\n case 'MultiPoint':\n return new MultiPoint(renderFeature.getFlatCoordinates(), 'XY');\n case 'LineString':\n return new LineString(renderFeature.getFlatCoordinates(), 'XY');\n case 'MultiLineString':\n return new MultiLineString(\n renderFeature.getFlatCoordinates(),\n 'XY',\n /** @type {Array} */ (renderFeature.getEnds())\n );\n case 'Polygon':\n const flatCoordinates = renderFeature.getFlatCoordinates();\n const ends = /** @type {Array} */ (renderFeature.getEnds());\n const endss = inflateEnds(flatCoordinates, ends);\n return endss.length > 1\n ? new MultiPolygon(flatCoordinates, 'XY', endss)\n : new Polygon(flatCoordinates, 'XY', ends);\n default:\n throw new Error('Invalid geometry type:' + geometryType);\n }\n}\n\n/**\n * Create an `ol/Feature` from an `ol/render/Feature`\n * @param {RenderFeature} renderFeature RenderFeature\n * @param {string} [geometryName='geometry'] Geometry name to use\n * when creating the Feature.\n * @return {Feature} Newly constructed `ol/Feature` with properties,\n * geometry, and id copied over.\n * @api\n */\nexport function toFeature(renderFeature, geometryName) {\n const id = renderFeature.getId();\n const geometry = toGeometry(renderFeature);\n const properties = renderFeature.getProperties();\n const feature = new Feature();\n if (geometryName !== undefined) {\n feature.setGeometryName(geometryName);\n }\n feature.setGeometry(geometry);\n if (id !== undefined) {\n feature.setId(id);\n }\n feature.setProperties(properties, true);\n return feature;\n}\n\nexport default RenderFeature;\n","/**\n * @module ol/source/VectorEventType\n */\n\n/**\n * @enum {string}\n */\nexport default {\n /**\n * Triggered when a feature is added to the source.\n * @event module:ol/source/Vector.VectorSourceEvent#addfeature\n * @api\n */\n ADDFEATURE: 'addfeature',\n\n /**\n * Triggered when a feature is updated.\n * @event module:ol/source/Vector.VectorSourceEvent#changefeature\n * @api\n */\n CHANGEFEATURE: 'changefeature',\n\n /**\n * Triggered when the clear method is called on the source.\n * @event module:ol/source/Vector.VectorSourceEvent#clear\n * @api\n */\n CLEAR: 'clear',\n\n /**\n * Triggered when a feature is removed from the source.\n * See {@link module:ol/source/Vector~VectorSource#clear source.clear()} for exceptions.\n * @event module:ol/source/Vector.VectorSourceEvent#removefeature\n * @api\n */\n REMOVEFEATURE: 'removefeature',\n\n /**\n * Triggered when features starts loading.\n * @event module:ol/source/Vector.VectorSourceEvent#featuresloadstart\n * @api\n */\n FEATURESLOADSTART: 'featuresloadstart',\n\n /**\n * Triggered when features finishes loading.\n * @event module:ol/source/Vector.VectorSourceEvent#featuresloadend\n * @api\n */\n FEATURESLOADEND: 'featuresloadend',\n\n /**\n * Triggered if feature loading results in an error.\n * @event module:ol/source/Vector.VectorSourceEvent#featuresloaderror\n * @api\n */\n FEATURESLOADERROR: 'featuresloaderror',\n};\n\n/**\n * @typedef {'addfeature'|'changefeature'|'clear'|'removefeature'|'featuresloadstart'|'featuresloadend'|'featuresloaderror'} VectorSourceEventTypes\n */\n","/**\n * @module ol/source/Vector\n */\n\nimport Collection from '../Collection.js';\nimport CollectionEventType from '../CollectionEventType.js';\nimport Event from '../events/Event.js';\nimport EventType from '../events/EventType.js';\nimport ObjectEventType from '../ObjectEventType.js';\nimport RBush from '../structs/RBush.js';\nimport RenderFeature from '../render/Feature.js';\nimport Source from './Source.js';\nimport VectorEventType from './VectorEventType.js';\nimport {TRUE, VOID} from '../functions.js';\nimport {all as allStrategy} from '../loadingstrategy.js';\nimport {assert} from '../asserts.js';\nimport {containsExtent, equals, wrapAndSliceX} from '../extent.js';\nimport {extend} from '../array.js';\nimport {getUid} from '../util.js';\nimport {isEmpty} from '../obj.js';\nimport {listen, unlistenByKey} from '../events.js';\nimport {xhr} from '../featureloader.js';\n\n/**\n * A function that takes an {@link module:ol/extent~Extent} and a resolution as arguments, and\n * returns an array of {@link module:ol/extent~Extent} with the extents to load. Usually this\n * is one of the standard {@link module:ol/loadingstrategy} strategies.\n *\n * @typedef {function(import(\"../extent.js\").Extent, number, import(\"../proj/Projection.js\").default): Array} LoadingStrategy\n * @api\n */\n\n/**\n * @classdesc\n * Events emitted by {@link module:ol/source/Vector~VectorSource} instances are instances of this\n * type.\n * @template {import(\"../Feature.js\").FeatureLike} [FeatureClass=import(\"../Feature.js\").default]\n */\nexport class VectorSourceEvent extends Event {\n /**\n * @param {string} type Type.\n * @param {FeatureClass} [feature] Feature.\n * @param {Array} [features] Features.\n */\n constructor(type, feature, features) {\n super(type);\n\n /**\n * The added or removed feature for the `ADDFEATURE` and `REMOVEFEATURE` events, `undefined` otherwise.\n * @type {FeatureClass|undefined}\n * @api\n */\n this.feature = feature;\n\n /**\n * The loaded features for the `FEATURESLOADED` event, `undefined` otherwise.\n * @type {Array|undefined}\n * @api\n */\n this.features = features;\n }\n}\n\n/***\n * @template Return\n * @typedef {import(\"../Observable\").OnSignature &\n * import(\"../Observable\").OnSignature &\n * import(\"../Observable\").OnSignature &\n * import(\"../Observable\").CombinedOnSignature} VectorSourceOnSignature\n */\n\n/**\n * @template {import(\"../Feature.js\").FeatureLike} [FeatureClass=import(\"../Feature.js\").default]\n * @typedef {Object} Options\n * @property {import(\"./Source.js\").AttributionLike} [attributions] Attributions.\n * @property {Array|Collection} [features]\n * Features. If provided as {@link module:ol/Collection~Collection}, the features in the source\n * and the collection will stay in sync.\n * @property {import(\"../format/Feature.js\").default} [format] The feature format used by the XHR\n * feature loader when `url` is set. Required if `url` is set, otherwise ignored.\n * @property {import(\"../featureloader.js\").FeatureLoader} [loader]\n * The loader function used to load features, from a remote source for example.\n * If this is not set and `url` is set, the source will create and use an XHR\n * feature loader. The `'featuresloadend'` and `'featuresloaderror'` events\n * will only fire if the `success` and `failure` callbacks are used.\n *\n * Example:\n *\n * ```js\n * import Vector from 'ol/source/Vector.js';\n * import GeoJSON from 'ol/format/GeoJSON.js';\n * import {bbox} from 'ol/loadingstrategy.js';\n *\n * const vectorSource = new Vector({\n * format: new GeoJSON(),\n * loader: function(extent, resolution, projection, success, failure) {\n * const proj = projection.getCode();\n * const url = 'https://ahocevar.com/geoserver/wfs?service=WFS&' +\n * 'version=1.1.0&request=GetFeature&typename=osm:water_areas&' +\n * 'outputFormat=application/json&srsname=' + proj + '&' +\n * 'bbox=' + extent.join(',') + ',' + proj;\n * const xhr = new XMLHttpRequest();\n * xhr.open('GET', url);\n * const onError = function() {\n * vectorSource.removeLoadedExtent(extent);\n * failure();\n * }\n * xhr.onerror = onError;\n * xhr.onload = function() {\n * if (xhr.status == 200) {\n * const features = vectorSource.getFormat().readFeatures(xhr.responseText);\n * vectorSource.addFeatures(features);\n * success(features);\n * } else {\n * onError();\n * }\n * }\n * xhr.send();\n * },\n * strategy: bbox,\n * });\n * ```\n * @property {boolean} [overlaps=true] This source may have overlapping geometries.\n * Setting this to `false` (e.g. for sources with polygons that represent administrative\n * boundaries or TopoJSON sources) allows the renderer to optimise fill and\n * stroke operations.\n * @property {LoadingStrategy} [strategy] The loading strategy to use.\n * By default an {@link module:ol/loadingstrategy.all}\n * strategy is used, a one-off strategy which loads all features at once.\n * @property {string|import(\"../featureloader.js\").FeatureUrlFunction} [url]\n * Setting this option instructs the source to load features using an XHR loader\n * (see {@link module:ol/featureloader.xhr}). Use a `string` and an\n * {@link module:ol/loadingstrategy.all} for a one-off download of all features from\n * the given URL. Use a {@link module:ol/featureloader~FeatureUrlFunction} to generate the url with\n * other loading strategies.\n * Requires `format` to be set as well.\n * When default XHR feature loader is provided, the features will\n * be transformed from the data projection to the view projection\n * during parsing. If your remote data source does not advertise its projection\n * properly, this transformation will be incorrect. For some formats, the\n * default projection (usually EPSG:4326) can be overridden by setting the\n * dataProjection constructor option on the format.\n * Note that if a source contains non-feature data, such as a GeoJSON geometry\n * or a KML NetworkLink, these will be ignored. Use a custom loader to load these.\n * @property {boolean} [useSpatialIndex=true]\n * By default, an RTree is used as spatial index. When features are removed and\n * added frequently, and the total number of features is low, setting this to\n * `false` may improve performance.\n *\n * Note that\n * {@link module:ol/source/Vector~VectorSource#getFeaturesInExtent},\n * {@link module:ol/source/Vector~VectorSource#getClosestFeatureToCoordinate} and\n * {@link module:ol/source/Vector~VectorSource#getExtent} cannot be used when `useSpatialIndex` is\n * set to `false`, and {@link module:ol/source/Vector~VectorSource#forEachFeatureInExtent} will loop\n * through all features.\n *\n * When set to `false`, the features will be maintained in an\n * {@link module:ol/Collection~Collection}, which can be retrieved through\n * {@link module:ol/source/Vector~VectorSource#getFeaturesCollection}.\n * @property {boolean} [wrapX=true] Wrap the world horizontally. For vector editing across the\n * -180° and 180° meridians to work properly, this should be set to `false`. The\n * resulting geometry coordinates will then exceed the world bounds.\n */\n\n/**\n * @classdesc\n * Provides a source of features for vector layers. Vector features provided\n * by this source are suitable for editing. See {@link module:ol/source/VectorTile~VectorTile} for\n * vector data that is optimized for rendering.\n *\n * @fires VectorSourceEvent\n * @api\n * @template {import(\"../Feature.js\").FeatureLike} [FeatureClass=import(\"../Feature.js\").default]\n */\nclass VectorSource extends Source {\n /**\n * @param {Options} [options] Vector source options.\n */\n constructor(options) {\n options = options || {};\n\n super({\n attributions: options.attributions,\n interpolate: true,\n projection: undefined,\n state: 'ready',\n wrapX: options.wrapX !== undefined ? options.wrapX : true,\n });\n\n /***\n * @type {VectorSourceOnSignature}\n */\n this.on;\n\n /***\n * @type {VectorSourceOnSignature}\n */\n this.once;\n\n /***\n * @type {VectorSourceOnSignature}\n */\n this.un;\n\n /**\n * @private\n * @type {import(\"../featureloader.js\").FeatureLoader}\n */\n this.loader_ = VOID;\n\n /**\n * @private\n * @type {import(\"../format/Feature.js\").default|undefined}\n */\n this.format_ = options.format;\n\n /**\n * @private\n * @type {boolean}\n */\n this.overlaps_ = options.overlaps === undefined ? true : options.overlaps;\n\n /**\n * @private\n * @type {string|import(\"../featureloader.js\").FeatureUrlFunction|undefined}\n */\n this.url_ = options.url;\n\n if (options.loader !== undefined) {\n this.loader_ = options.loader;\n } else if (this.url_ !== undefined) {\n assert(this.format_, '`format` must be set when `url` is set');\n // create a XHR feature loader for \"url\" and \"format\"\n this.loader_ = xhr(\n this.url_,\n /** @type {import(\"../format/Feature.js\").default} */ (this.format_)\n );\n }\n\n /**\n * @private\n * @type {LoadingStrategy}\n */\n this.strategy_ =\n options.strategy !== undefined ? options.strategy : allStrategy;\n\n const useSpatialIndex =\n options.useSpatialIndex !== undefined ? options.useSpatialIndex : true;\n\n /**\n * @private\n * @type {RBush}\n */\n this.featuresRtree_ = useSpatialIndex ? new RBush() : null;\n\n /**\n * @private\n * @type {RBush<{extent: import(\"../extent.js\").Extent}>}\n */\n this.loadedExtentsRtree_ = new RBush();\n\n /**\n * @type {number}\n * @private\n */\n this.loadingExtentsCount_ = 0;\n\n /**\n * @private\n * @type {!Object}\n */\n this.nullGeometryFeatures_ = {};\n\n /**\n * A lookup of features by id (the return from feature.getId()).\n * @private\n * @type {!Object>}\n */\n this.idIndex_ = {};\n\n /**\n * A lookup of features by uid (using getUid(feature)).\n * @private\n * @type {!Object}\n */\n this.uidIndex_ = {};\n\n /**\n * @private\n * @type {Object>}\n */\n this.featureChangeKeys_ = {};\n\n /**\n * @private\n * @type {Collection|null}\n */\n this.featuresCollection_ = null;\n\n /** @type {Collection} */\n let collection;\n /** @type {Array} */\n let features;\n if (Array.isArray(options.features)) {\n features = options.features;\n } else if (options.features) {\n collection = options.features;\n features = collection.getArray();\n }\n if (!useSpatialIndex && collection === undefined) {\n collection = new Collection(features);\n }\n if (features !== undefined) {\n this.addFeaturesInternal(features);\n }\n if (collection !== undefined) {\n this.bindFeaturesCollection_(collection);\n }\n }\n\n /**\n * Add a single feature to the source. If you want to add a batch of features\n * at once, call {@link module:ol/source/Vector~VectorSource#addFeatures #addFeatures()}\n * instead. A feature will not be added to the source if feature with\n * the same id is already there. The reason for this behavior is to avoid\n * feature duplication when using bbox or tile loading strategies.\n * Note: this also applies if an {@link module:ol/Collection~Collection} is used for features,\n * meaning that if a feature with a duplicate id is added in the collection, it will\n * be removed from it right away.\n * @param {FeatureClass} feature Feature to add.\n * @api\n */\n addFeature(feature) {\n this.addFeatureInternal(feature);\n this.changed();\n }\n\n /**\n * Add a feature without firing a `change` event.\n * @param {FeatureClass} feature Feature.\n * @protected\n */\n addFeatureInternal(feature) {\n const featureKey = getUid(feature);\n\n if (!this.addToIndex_(featureKey, feature)) {\n if (this.featuresCollection_) {\n this.featuresCollection_.remove(feature);\n }\n return;\n }\n\n this.setupChangeEvents_(featureKey, feature);\n\n const geometry = feature.getGeometry();\n if (geometry) {\n const extent = geometry.getExtent();\n if (this.featuresRtree_) {\n this.featuresRtree_.insert(extent, feature);\n }\n } else {\n this.nullGeometryFeatures_[featureKey] = feature;\n }\n\n this.dispatchEvent(\n new VectorSourceEvent(VectorEventType.ADDFEATURE, feature)\n );\n }\n\n /**\n * @param {string} featureKey Unique identifier for the feature.\n * @param {FeatureClass} feature The feature.\n * @private\n */\n setupChangeEvents_(featureKey, feature) {\n if (feature instanceof RenderFeature) {\n return;\n }\n this.featureChangeKeys_[featureKey] = [\n listen(feature, EventType.CHANGE, this.handleFeatureChange_, this),\n listen(\n feature,\n ObjectEventType.PROPERTYCHANGE,\n this.handleFeatureChange_,\n this\n ),\n ];\n }\n\n /**\n * @param {string} featureKey Unique identifier for the feature.\n * @param {FeatureClass} feature The feature.\n * @return {boolean} The feature is \"valid\", in the sense that it is also a\n * candidate for insertion into the Rtree.\n * @private\n */\n addToIndex_(featureKey, feature) {\n let valid = true;\n if (feature.getId() !== undefined) {\n const id = String(feature.getId());\n if (!(id in this.idIndex_)) {\n this.idIndex_[id] = feature;\n } else if (feature instanceof RenderFeature) {\n const indexedFeature = this.idIndex_[id];\n if (!(indexedFeature instanceof RenderFeature)) {\n valid = false;\n } else {\n if (!Array.isArray(indexedFeature)) {\n this.idIndex_[id] = [indexedFeature, feature];\n } else {\n indexedFeature.push(feature);\n }\n }\n } else {\n valid = false;\n }\n }\n if (valid) {\n assert(\n !(featureKey in this.uidIndex_),\n 'The passed `feature` was already added to the source'\n );\n this.uidIndex_[featureKey] = feature;\n }\n return valid;\n }\n\n /**\n * Add a batch of features to the source.\n * @param {Array} features Features to add.\n * @api\n */\n addFeatures(features) {\n this.addFeaturesInternal(features);\n this.changed();\n }\n\n /**\n * Add features without firing a `change` event.\n * @param {Array} features Features.\n * @protected\n */\n addFeaturesInternal(features) {\n const extents = [];\n /** @type {Array} */\n const newFeatures = [];\n /** @type Array */\n const geometryFeatures = [];\n\n for (let i = 0, length = features.length; i < length; i++) {\n const feature = features[i];\n const featureKey = getUid(feature);\n if (this.addToIndex_(featureKey, feature)) {\n newFeatures.push(feature);\n }\n }\n\n for (let i = 0, length = newFeatures.length; i < length; i++) {\n const feature = newFeatures[i];\n const featureKey = getUid(feature);\n this.setupChangeEvents_(featureKey, feature);\n\n const geometry = feature.getGeometry();\n if (geometry) {\n const extent = geometry.getExtent();\n extents.push(extent);\n geometryFeatures.push(feature);\n } else {\n this.nullGeometryFeatures_[featureKey] = feature;\n }\n }\n if (this.featuresRtree_) {\n this.featuresRtree_.load(extents, geometryFeatures);\n }\n\n if (this.hasListener(VectorEventType.ADDFEATURE)) {\n for (let i = 0, length = newFeatures.length; i < length; i++) {\n this.dispatchEvent(\n new VectorSourceEvent(VectorEventType.ADDFEATURE, newFeatures[i])\n );\n }\n }\n }\n\n /**\n * @param {!Collection} collection Collection.\n * @private\n */\n bindFeaturesCollection_(collection) {\n let modifyingCollection = false;\n this.addEventListener(\n VectorEventType.ADDFEATURE,\n /**\n * @param {VectorSourceEvent} evt The vector source event\n */\n function (evt) {\n if (!modifyingCollection) {\n modifyingCollection = true;\n collection.push(evt.feature);\n modifyingCollection = false;\n }\n }\n );\n this.addEventListener(\n VectorEventType.REMOVEFEATURE,\n /**\n * @param {VectorSourceEvent} evt The vector source event\n */\n function (evt) {\n if (!modifyingCollection) {\n modifyingCollection = true;\n collection.remove(evt.feature);\n modifyingCollection = false;\n }\n }\n );\n collection.addEventListener(\n CollectionEventType.ADD,\n /**\n * @param {import(\"../Collection.js\").CollectionEvent} evt The collection event\n */\n (evt) => {\n if (!modifyingCollection) {\n modifyingCollection = true;\n this.addFeature(evt.element);\n modifyingCollection = false;\n }\n }\n );\n collection.addEventListener(\n CollectionEventType.REMOVE,\n /**\n * @param {import(\"../Collection.js\").CollectionEvent} evt The collection event\n */\n (evt) => {\n if (!modifyingCollection) {\n modifyingCollection = true;\n this.removeFeature(evt.element);\n modifyingCollection = false;\n }\n }\n );\n this.featuresCollection_ = collection;\n }\n\n /**\n * Remove all features from the source.\n * @param {boolean} [fast] Skip dispatching of {@link module:ol/source/Vector.VectorSourceEvent#event:removefeature} events.\n * @api\n */\n clear(fast) {\n if (fast) {\n for (const featureId in this.featureChangeKeys_) {\n const keys = this.featureChangeKeys_[featureId];\n keys.forEach(unlistenByKey);\n }\n if (!this.featuresCollection_) {\n this.featureChangeKeys_ = {};\n this.idIndex_ = {};\n this.uidIndex_ = {};\n }\n } else {\n if (this.featuresRtree_) {\n const removeAndIgnoreReturn = (feature) => {\n this.removeFeatureInternal(feature);\n };\n this.featuresRtree_.forEach(removeAndIgnoreReturn);\n for (const id in this.nullGeometryFeatures_) {\n this.removeFeatureInternal(this.nullGeometryFeatures_[id]);\n }\n }\n }\n if (this.featuresCollection_) {\n this.featuresCollection_.clear();\n }\n\n if (this.featuresRtree_) {\n this.featuresRtree_.clear();\n }\n this.nullGeometryFeatures_ = {};\n\n const clearEvent = new VectorSourceEvent(VectorEventType.CLEAR);\n this.dispatchEvent(clearEvent);\n this.changed();\n }\n\n /**\n * Iterate through all features on the source, calling the provided callback\n * with each one. If the callback returns any \"truthy\" value, iteration will\n * stop and the function will return the same value.\n * Note: this function only iterate through the feature that have a defined geometry.\n *\n * @param {function(FeatureClass): T} callback Called with each feature\n * on the source. Return a truthy value to stop iteration.\n * @return {T|undefined} The return value from the last call to the callback.\n * @template T\n * @api\n */\n forEachFeature(callback) {\n if (this.featuresRtree_) {\n return this.featuresRtree_.forEach(callback);\n }\n if (this.featuresCollection_) {\n this.featuresCollection_.forEach(callback);\n }\n }\n\n /**\n * Iterate through all features whose geometries contain the provided\n * coordinate, calling the callback with each feature. If the callback returns\n * a \"truthy\" value, iteration will stop and the function will return the same\n * value.\n *\n * For {@link module:ol/render/Feature~RenderFeature} features, the callback will be\n * called for all features.\n *\n * @param {import(\"../coordinate.js\").Coordinate} coordinate Coordinate.\n * @param {function(FeatureClass): T} callback Called with each feature\n * whose goemetry contains the provided coordinate.\n * @return {T|undefined} The return value from the last call to the callback.\n * @template T\n */\n forEachFeatureAtCoordinateDirect(coordinate, callback) {\n const extent = [coordinate[0], coordinate[1], coordinate[0], coordinate[1]];\n return this.forEachFeatureInExtent(extent, function (feature) {\n const geometry = feature.getGeometry();\n if (\n geometry instanceof RenderFeature ||\n geometry.intersectsCoordinate(coordinate)\n ) {\n return callback(feature);\n }\n return undefined;\n });\n }\n\n /**\n * Iterate through all features whose bounding box intersects the provided\n * extent (note that the feature's geometry may not intersect the extent),\n * calling the callback with each feature. If the callback returns a \"truthy\"\n * value, iteration will stop and the function will return the same value.\n *\n * If you are interested in features whose geometry intersects an extent, call\n * the {@link module:ol/source/Vector~VectorSource#forEachFeatureIntersectingExtent #forEachFeatureIntersectingExtent()} method instead.\n *\n * When `useSpatialIndex` is set to false, this method will loop through all\n * features, equivalent to {@link module:ol/source/Vector~VectorSource#forEachFeature #forEachFeature()}.\n *\n * @param {import(\"../extent.js\").Extent} extent Extent.\n * @param {function(FeatureClass): T} callback Called with each feature\n * whose bounding box intersects the provided extent.\n * @return {T|undefined} The return value from the last call to the callback.\n * @template T\n * @api\n */\n forEachFeatureInExtent(extent, callback) {\n if (this.featuresRtree_) {\n return this.featuresRtree_.forEachInExtent(extent, callback);\n }\n if (this.featuresCollection_) {\n this.featuresCollection_.forEach(callback);\n }\n }\n\n /**\n * Iterate through all features whose geometry intersects the provided extent,\n * calling the callback with each feature. If the callback returns a \"truthy\"\n * value, iteration will stop and the function will return the same value.\n *\n * If you only want to test for bounding box intersection, call the\n * {@link module:ol/source/Vector~VectorSource#forEachFeatureInExtent #forEachFeatureInExtent()} method instead.\n *\n * @param {import(\"../extent.js\").Extent} extent Extent.\n * @param {function(FeatureClass): T} callback Called with each feature\n * whose geometry intersects the provided extent.\n * @return {T|undefined} The return value from the last call to the callback.\n * @template T\n * @api\n */\n forEachFeatureIntersectingExtent(extent, callback) {\n return this.forEachFeatureInExtent(\n extent,\n /**\n * @param {FeatureClass} feature Feature.\n * @return {T|undefined} The return value from the last call to the callback.\n */\n function (feature) {\n const geometry = feature.getGeometry();\n if (\n geometry instanceof RenderFeature ||\n geometry.intersectsExtent(extent)\n ) {\n const result = callback(feature);\n if (result) {\n return result;\n }\n }\n }\n );\n }\n\n /**\n * Get the features collection associated with this source. Will be `null`\n * unless the source was configured with `useSpatialIndex` set to `false`, or\n * with an {@link module:ol/Collection~Collection} as `features`.\n * @return {Collection|null} The collection of features.\n * @api\n */\n getFeaturesCollection() {\n return this.featuresCollection_;\n }\n\n /**\n * Get a snapshot of the features currently on the source in random order. The returned array\n * is a copy, the features are references to the features in the source.\n * @return {Array} Features.\n * @api\n */\n getFeatures() {\n let features;\n if (this.featuresCollection_) {\n features = this.featuresCollection_.getArray().slice(0);\n } else if (this.featuresRtree_) {\n features = this.featuresRtree_.getAll();\n if (!isEmpty(this.nullGeometryFeatures_)) {\n extend(features, Object.values(this.nullGeometryFeatures_));\n }\n }\n return features;\n }\n\n /**\n * Get all features whose geometry intersects the provided coordinate.\n * @param {import(\"../coordinate.js\").Coordinate} coordinate Coordinate.\n * @return {Array} Features.\n * @api\n */\n getFeaturesAtCoordinate(coordinate) {\n const features = [];\n this.forEachFeatureAtCoordinateDirect(coordinate, function (feature) {\n features.push(feature);\n });\n return features;\n }\n\n /**\n * Get all features whose bounding box intersects the provided extent. Note that this returns an array of\n * all features intersecting the given extent in random order (so it may include\n * features whose geometries do not intersect the extent).\n *\n * When `useSpatialIndex` is set to false, this method will return all\n * features.\n *\n * @param {import(\"../extent.js\").Extent} extent Extent.\n * @param {import(\"../proj/Projection.js\").default} [projection] Include features\n * where `extent` exceeds the x-axis bounds of `projection` and wraps around the world.\n * @return {Array} Features.\n * @api\n */\n getFeaturesInExtent(extent, projection) {\n if (this.featuresRtree_) {\n const multiWorld = projection && projection.canWrapX() && this.getWrapX();\n\n if (!multiWorld) {\n return this.featuresRtree_.getInExtent(extent);\n }\n\n const extents = wrapAndSliceX(extent, projection);\n\n return [].concat(\n ...extents.map((anExtent) => this.featuresRtree_.getInExtent(anExtent))\n );\n }\n if (this.featuresCollection_) {\n return this.featuresCollection_.getArray().slice(0);\n }\n return [];\n }\n\n /**\n * Get the closest feature to the provided coordinate.\n *\n * This method is not available when the source is configured with\n * `useSpatialIndex` set to `false` and the features in this source are of type\n * {@link module:ol/Feature~Feature}.\n * @param {import(\"../coordinate.js\").Coordinate} coordinate Coordinate.\n * @param {function(FeatureClass):boolean} [filter] Feature filter function.\n * The filter function will receive one argument, the {@link module:ol/Feature~Feature feature}\n * and it should return a boolean value. By default, no filtering is made.\n * @return {FeatureClass} Closest feature.\n * @api\n */\n getClosestFeatureToCoordinate(coordinate, filter) {\n // Find the closest feature using branch and bound. We start searching an\n // infinite extent, and find the distance from the first feature found. This\n // becomes the closest feature. We then compute a smaller extent which any\n // closer feature must intersect. We continue searching with this smaller\n // extent, trying to find a closer feature. Every time we find a closer\n // feature, we update the extent being searched so that any even closer\n // feature must intersect it. We continue until we run out of features.\n const x = coordinate[0];\n const y = coordinate[1];\n let closestFeature = null;\n const closestPoint = [NaN, NaN];\n let minSquaredDistance = Infinity;\n const extent = [-Infinity, -Infinity, Infinity, Infinity];\n filter = filter ? filter : TRUE;\n this.featuresRtree_.forEachInExtent(\n extent,\n /**\n * @param {FeatureClass} feature Feature.\n */\n function (feature) {\n if (filter(feature)) {\n const geometry = feature.getGeometry();\n const previousMinSquaredDistance = minSquaredDistance;\n minSquaredDistance =\n geometry instanceof RenderFeature\n ? 0\n : geometry.closestPointXY(x, y, closestPoint, minSquaredDistance);\n if (minSquaredDistance < previousMinSquaredDistance) {\n closestFeature = feature;\n // This is sneaky. Reduce the extent that it is currently being\n // searched while the R-Tree traversal using this same extent object\n // is still in progress. This is safe because the new extent is\n // strictly contained by the old extent.\n const minDistance = Math.sqrt(minSquaredDistance);\n extent[0] = x - minDistance;\n extent[1] = y - minDistance;\n extent[2] = x + minDistance;\n extent[3] = y + minDistance;\n }\n }\n }\n );\n return closestFeature;\n }\n\n /**\n * Get the extent of the features currently in the source.\n *\n * This method is not available when the source is configured with\n * `useSpatialIndex` set to `false`.\n * @param {import(\"../extent.js\").Extent} [extent] Destination extent. If provided, no new extent\n * will be created. Instead, that extent's coordinates will be overwritten.\n * @return {import(\"../extent.js\").Extent} Extent.\n * @api\n */\n getExtent(extent) {\n return this.featuresRtree_.getExtent(extent);\n }\n\n /**\n * Get a feature by its identifier (the value returned by feature.getId()). When `RenderFeature`s\n * are used, `getFeatureById()` can return an array of `RenderFeature`s. This allows for handling\n * of `GeometryCollection` geometries, where format readers create one `RenderFeature` per\n * `GeometryCollection` member.\n * Note that the index treats string and numeric identifiers as the same. So\n * `source.getFeatureById(2)` will return a feature with id `'2'` or `2`.\n *\n * @param {string|number} id Feature identifier.\n * @return {FeatureClass|Array|null} The feature (or `null` if not found).\n * @api\n */\n getFeatureById(id) {\n const feature = this.idIndex_[id.toString()];\n return feature !== undefined ? feature : null;\n }\n\n /**\n * Get a feature by its internal unique identifier (using `getUid`).\n *\n * @param {string} uid Feature identifier.\n * @return {FeatureClass|null} The feature (or `null` if not found).\n */\n getFeatureByUid(uid) {\n const feature = this.uidIndex_[uid];\n return feature !== undefined ? feature : null;\n }\n\n /**\n * Get the format associated with this source.\n *\n * @return {import(\"../format/Feature.js\").default|undefined} The feature format.\n * @api\n */\n getFormat() {\n return this.format_;\n }\n\n /**\n * @return {boolean} The source can have overlapping geometries.\n */\n getOverlaps() {\n return this.overlaps_;\n }\n\n /**\n * Get the url associated with this source.\n *\n * @return {string|import(\"../featureloader.js\").FeatureUrlFunction|undefined} The url.\n * @api\n */\n getUrl() {\n return this.url_;\n }\n\n /**\n * @param {Event} event Event.\n * @private\n */\n handleFeatureChange_(event) {\n const feature = /** @type {FeatureClass} */ (event.target);\n const featureKey = getUid(feature);\n const geometry = feature.getGeometry();\n if (!geometry) {\n if (!(featureKey in this.nullGeometryFeatures_)) {\n if (this.featuresRtree_) {\n this.featuresRtree_.remove(feature);\n }\n this.nullGeometryFeatures_[featureKey] = feature;\n }\n } else {\n const extent = geometry.getExtent();\n if (featureKey in this.nullGeometryFeatures_) {\n delete this.nullGeometryFeatures_[featureKey];\n if (this.featuresRtree_) {\n this.featuresRtree_.insert(extent, feature);\n }\n } else {\n if (this.featuresRtree_) {\n this.featuresRtree_.update(extent, feature);\n }\n }\n }\n const id = feature.getId();\n if (id !== undefined) {\n const sid = id.toString();\n if (this.idIndex_[sid] !== feature) {\n this.removeFromIdIndex_(feature);\n this.idIndex_[sid] = feature;\n }\n } else {\n this.removeFromIdIndex_(feature);\n this.uidIndex_[featureKey] = feature;\n }\n this.changed();\n this.dispatchEvent(\n new VectorSourceEvent(VectorEventType.CHANGEFEATURE, feature)\n );\n }\n\n /**\n * Returns true if the feature is contained within the source.\n * @param {FeatureClass} feature Feature.\n * @return {boolean} Has feature.\n * @api\n */\n hasFeature(feature) {\n const id = feature.getId();\n if (id !== undefined) {\n return id in this.idIndex_;\n }\n return getUid(feature) in this.uidIndex_;\n }\n\n /**\n * @return {boolean} Is empty.\n */\n isEmpty() {\n if (this.featuresRtree_) {\n return (\n this.featuresRtree_.isEmpty() && isEmpty(this.nullGeometryFeatures_)\n );\n }\n if (this.featuresCollection_) {\n return this.featuresCollection_.getLength() === 0;\n }\n return true;\n }\n\n /**\n * @param {import(\"../extent.js\").Extent} extent Extent.\n * @param {number} resolution Resolution.\n * @param {import(\"../proj/Projection.js\").default} projection Projection.\n */\n loadFeatures(extent, resolution, projection) {\n const loadedExtentsRtree = this.loadedExtentsRtree_;\n const extentsToLoad = this.strategy_(extent, resolution, projection);\n for (let i = 0, ii = extentsToLoad.length; i < ii; ++i) {\n const extentToLoad = extentsToLoad[i];\n const alreadyLoaded = loadedExtentsRtree.forEachInExtent(\n extentToLoad,\n /**\n * @param {{extent: import(\"../extent.js\").Extent}} object Object.\n * @return {boolean} Contains.\n */\n function (object) {\n return containsExtent(object.extent, extentToLoad);\n }\n );\n if (!alreadyLoaded) {\n ++this.loadingExtentsCount_;\n this.dispatchEvent(\n new VectorSourceEvent(VectorEventType.FEATURESLOADSTART)\n );\n this.loader_.call(\n this,\n extentToLoad,\n resolution,\n projection,\n (features) => {\n --this.loadingExtentsCount_;\n this.dispatchEvent(\n new VectorSourceEvent(\n VectorEventType.FEATURESLOADEND,\n undefined,\n features\n )\n );\n },\n () => {\n --this.loadingExtentsCount_;\n this.dispatchEvent(\n new VectorSourceEvent(VectorEventType.FEATURESLOADERROR)\n );\n }\n );\n loadedExtentsRtree.insert(extentToLoad, {extent: extentToLoad.slice()});\n }\n }\n this.loading =\n this.loader_.length < 4 ? false : this.loadingExtentsCount_ > 0;\n }\n\n refresh() {\n this.clear(true);\n this.loadedExtentsRtree_.clear();\n super.refresh();\n }\n\n /**\n * Remove an extent from the list of loaded extents.\n * @param {import(\"../extent.js\").Extent} extent Extent.\n * @api\n */\n removeLoadedExtent(extent) {\n const loadedExtentsRtree = this.loadedExtentsRtree_;\n let obj;\n loadedExtentsRtree.forEachInExtent(extent, function (object) {\n if (equals(object.extent, extent)) {\n obj = object;\n return true;\n }\n });\n if (obj) {\n loadedExtentsRtree.remove(obj);\n }\n }\n\n /**\n * Remove a single feature from the source. If you want to remove all features\n * at once, use the {@link module:ol/source/Vector~VectorSource#clear #clear()} method\n * instead.\n * @param {FeatureClass} feature Feature to remove.\n * @api\n */\n removeFeature(feature) {\n if (!feature) {\n return;\n }\n const featureKey = getUid(feature);\n if (featureKey in this.nullGeometryFeatures_) {\n delete this.nullGeometryFeatures_[featureKey];\n } else {\n if (this.featuresRtree_) {\n this.featuresRtree_.remove(feature);\n }\n }\n const result = this.removeFeatureInternal(feature);\n if (result) {\n this.changed();\n }\n }\n\n /**\n * Remove feature without firing a `change` event.\n * @param {FeatureClass} feature Feature.\n * @return {FeatureClass|undefined} The removed feature\n * (or undefined if the feature was not found).\n * @protected\n */\n removeFeatureInternal(feature) {\n const featureKey = getUid(feature);\n const featureChangeKeys = this.featureChangeKeys_[featureKey];\n if (!featureChangeKeys) {\n return;\n }\n featureChangeKeys.forEach(unlistenByKey);\n delete this.featureChangeKeys_[featureKey];\n const id = feature.getId();\n if (id !== undefined) {\n delete this.idIndex_[id.toString()];\n }\n delete this.uidIndex_[featureKey];\n this.dispatchEvent(\n new VectorSourceEvent(VectorEventType.REMOVEFEATURE, feature)\n );\n return feature;\n }\n\n /**\n * Remove a feature from the id index. Called internally when the feature id\n * may have changed.\n * @param {FeatureClass} feature The feature.\n * @return {boolean} Removed the feature from the index.\n * @private\n */\n removeFromIdIndex_(feature) {\n let removed = false;\n for (const id in this.idIndex_) {\n const indexedFeature = this.idIndex_[id];\n if (\n feature instanceof RenderFeature &&\n Array.isArray(indexedFeature) &&\n indexedFeature.includes(feature)\n ) {\n indexedFeature.splice(indexedFeature.indexOf(feature), 1);\n } else if (this.idIndex_[id] === feature) {\n delete this.idIndex_[id];\n removed = true;\n break;\n }\n }\n return removed;\n }\n\n /**\n * Set the new loader of the source. The next render cycle will use the\n * new loader.\n * @param {import(\"../featureloader.js\").FeatureLoader} loader The loader to set.\n * @api\n */\n setLoader(loader) {\n this.loader_ = loader;\n }\n\n /**\n * Points the source to a new url. The next render cycle will use the new url.\n * @param {string|import(\"../featureloader.js\").FeatureUrlFunction} url Url.\n * @api\n */\n setUrl(url) {\n assert(this.format_, '`format` must be set when `url` is set');\n this.url_ = url;\n this.setLoader(xhr(url, this.format_));\n }\n}\n\nexport default VectorSource;\n","/**\n * @module ol/source/Cluster\n */\n\nimport EventType from '../events/EventType.js';\nimport Feature from '../Feature.js';\nimport Point from '../geom/Point.js';\nimport VectorSource from './Vector.js';\nimport {add as addCoordinate, scale as scaleCoordinate} from '../coordinate.js';\nimport {assert} from '../asserts.js';\nimport {\n buffer,\n createEmpty,\n createOrUpdateFromCoordinate,\n getCenter,\n} from '../extent.js';\nimport {getUid} from '../util.js';\n\n/**\n * @typedef {Object} Options\n * @property {import(\"./Source.js\").AttributionLike} [attributions] Attributions.\n * @property {number} [distance=20] Distance in pixels within which features will\n * be clustered together.\n * @property {number} [minDistance=0] Minimum distance in pixels between clusters.\n * Will be capped at the configured distance.\n * By default no minimum distance is guaranteed. This config can be used to avoid\n * overlapping icons. As a tradoff, the cluster feature's position will no longer be\n * the center of all its features.\n * @property {function(Feature):Point} [geometryFunction]\n * Function that takes an {@link module:ol/Feature~Feature} as argument and returns an\n * {@link module:ol/geom/Point~Point} as cluster calculation point for the feature. When a\n * feature should not be considered for clustering, the function should return\n * `null`. The default, which works when the underlying source contains point\n * features only, is\n * ```js\n * function(feature) {\n * return feature.getGeometry();\n * }\n * ```\n * See {@link module:ol/geom/Polygon~Polygon#getInteriorPoint} for a way to get a cluster\n * calculation point for polygons.\n * @property {function(Point, Array):Feature} [createCluster]\n * Function that takes the cluster's center {@link module:ol/geom/Point~Point} and an array\n * of {@link module:ol/Feature~Feature} included in this cluster. Must return a\n * {@link module:ol/Feature~Feature} that will be used to render. Default implementation is:\n * ```js\n * function(point, features) {\n * return new Feature({\n * geometry: point,\n * features: features\n * });\n * }\n * ```\n * @property {VectorSource} [source=null] Source.\n * @property {boolean} [wrapX=true] Whether to wrap the world horizontally.\n */\n\n/**\n * @classdesc\n * Layer source to cluster vector data. Works out of the box with point\n * geometries. For other geometry types, or if not all geometries should be\n * considered for clustering, a custom `geometryFunction` can be defined.\n *\n * If the instance is disposed without also disposing the underlying\n * source `setSource(null)` has to be called to remove the listener reference\n * from the wrapped source.\n * @api\n */\nclass Cluster extends VectorSource {\n /**\n * @param {Options} options Cluster options.\n */\n constructor(options) {\n super({\n attributions: options.attributions,\n wrapX: options.wrapX,\n });\n\n /**\n * @type {number|undefined}\n * @protected\n */\n this.resolution = undefined;\n\n /**\n * @type {number}\n * @protected\n */\n this.distance = options.distance !== undefined ? options.distance : 20;\n\n /**\n * @type {number}\n * @protected\n */\n this.minDistance = options.minDistance || 0;\n\n /**\n * @type {number}\n * @protected\n */\n this.interpolationRatio = 0;\n\n /**\n * @type {Array}\n * @protected\n */\n this.features = [];\n\n /**\n * @param {Feature} feature Feature.\n * @return {Point} Cluster calculation point.\n * @protected\n */\n this.geometryFunction =\n options.geometryFunction ||\n function (feature) {\n const geometry = /** @type {Point} */ (feature.getGeometry());\n assert(\n !geometry || geometry.getType() === 'Point',\n 'The default `geometryFunction` can only handle `Point` or null geometries'\n );\n return geometry;\n };\n\n /**\n * @type {function(Point, Array):Feature}\n * @private\n */\n this.createCustomCluster_ = options.createCluster;\n\n /**\n * @type {VectorSource|null}\n * @protected\n */\n this.source = null;\n\n /**\n * @private\n */\n this.boundRefresh_ = this.refresh.bind(this);\n\n this.updateDistance(this.distance, this.minDistance);\n this.setSource(options.source || null);\n }\n\n /**\n * Remove all features from the source.\n * @param {boolean} [fast] Skip dispatching of {@link module:ol/source/VectorEventType~VectorEventType#removefeature} events.\n * @api\n */\n clear(fast) {\n this.features.length = 0;\n super.clear(fast);\n }\n\n /**\n * Get the distance in pixels between clusters.\n * @return {number} Distance.\n * @api\n */\n getDistance() {\n return this.distance;\n }\n\n /**\n * Get a reference to the wrapped source.\n * @return {VectorSource|null} Source.\n * @api\n */\n getSource() {\n return this.source;\n }\n\n /**\n * @param {import(\"../extent.js\").Extent} extent Extent.\n * @param {number} resolution Resolution.\n * @param {import(\"../proj/Projection.js\").default} projection Projection.\n */\n loadFeatures(extent, resolution, projection) {\n this.source.loadFeatures(extent, resolution, projection);\n if (resolution !== this.resolution) {\n this.resolution = resolution;\n this.refresh();\n }\n }\n\n /**\n * Set the distance within which features will be clusterd together.\n * @param {number} distance The distance in pixels.\n * @api\n */\n setDistance(distance) {\n this.updateDistance(distance, this.minDistance);\n }\n\n /**\n * Set the minimum distance between clusters. Will be capped at the\n * configured distance.\n * @param {number} minDistance The minimum distance in pixels.\n * @api\n */\n setMinDistance(minDistance) {\n this.updateDistance(this.distance, minDistance);\n }\n\n /**\n * The configured minimum distance between clusters.\n * @return {number} The minimum distance in pixels.\n * @api\n */\n getMinDistance() {\n return this.minDistance;\n }\n\n /**\n * Replace the wrapped source.\n * @param {VectorSource|null} source The new source for this instance.\n * @api\n */\n setSource(source) {\n if (this.source) {\n this.source.removeEventListener(EventType.CHANGE, this.boundRefresh_);\n }\n this.source = source;\n if (source) {\n source.addEventListener(EventType.CHANGE, this.boundRefresh_);\n }\n this.refresh();\n }\n\n /**\n * Handle the source changing.\n */\n refresh() {\n this.clear();\n this.cluster();\n this.addFeatures(this.features);\n }\n\n /**\n * Update the distances and refresh the source if necessary.\n * @param {number} distance The new distance.\n * @param {number} minDistance The new minimum distance.\n */\n updateDistance(distance, minDistance) {\n const ratio =\n distance === 0 ? 0 : Math.min(minDistance, distance) / distance;\n const changed =\n distance !== this.distance || this.interpolationRatio !== ratio;\n this.distance = distance;\n this.minDistance = minDistance;\n this.interpolationRatio = ratio;\n if (changed) {\n this.refresh();\n }\n }\n\n /**\n * @protected\n */\n cluster() {\n if (this.resolution === undefined || !this.source) {\n return;\n }\n const extent = createEmpty();\n const mapDistance = this.distance * this.resolution;\n const features = this.source.getFeatures();\n\n /** @type {Object} */\n const clustered = {};\n\n for (let i = 0, ii = features.length; i < ii; i++) {\n const feature = features[i];\n if (!(getUid(feature) in clustered)) {\n const geometry = this.geometryFunction(feature);\n if (geometry) {\n const coordinates = geometry.getCoordinates();\n createOrUpdateFromCoordinate(coordinates, extent);\n buffer(extent, mapDistance, extent);\n\n const neighbors = this.source\n .getFeaturesInExtent(extent)\n .filter(function (neighbor) {\n const uid = getUid(neighbor);\n if (uid in clustered) {\n return false;\n }\n clustered[uid] = true;\n return true;\n });\n this.features.push(this.createCluster(neighbors, extent));\n }\n }\n }\n }\n\n /**\n * @param {Array} features Features\n * @param {import(\"../extent.js\").Extent} extent The searched extent for these features.\n * @return {Feature} The cluster feature.\n * @protected\n */\n createCluster(features, extent) {\n const centroid = [0, 0];\n for (let i = features.length - 1; i >= 0; --i) {\n const geometry = this.geometryFunction(features[i]);\n if (geometry) {\n addCoordinate(centroid, geometry.getCoordinates());\n } else {\n features.splice(i, 1);\n }\n }\n scaleCoordinate(centroid, 1 / features.length);\n const searchCenter = getCenter(extent);\n const ratio = this.interpolationRatio;\n const geometry = new Point([\n centroid[0] * (1 - ratio) + searchCenter[0] * ratio,\n centroid[1] * (1 - ratio) + searchCenter[1] * ratio,\n ]);\n if (this.createCustomCluster_) {\n return this.createCustomCluster_(geometry, features);\n }\n return new Feature({\n geometry,\n features,\n });\n }\n}\n\nexport default Cluster;\n","/**\n * @module ol/reproj/DataTile\n */\nimport {ERROR_THRESHOLD} from './common.js';\n\nimport DataTile, {asArrayLike, asImageLike, toArray} from '../DataTile.js';\nimport EventType from '../events/EventType.js';\nimport TileState from '../TileState.js';\nimport Triangulation from './Triangulation.js';\nimport {\n calculateSourceExtentResolution,\n canvasPool,\n render as renderReprojected,\n} from '../reproj.js';\nimport {clamp} from '../math.js';\nimport {createCanvasContext2D, releaseCanvas} from '../dom.js';\nimport {getArea, getIntersection} from '../extent.js';\nimport {listen, unlistenByKey} from '../events.js';\n\n/**\n * @typedef {function(number, number, number, number) : import(\"../DataTile.js\").default} TileGetter\n */\n\n/**\n * @typedef {Object} Options\n * @property {import(\"../proj/Projection.js\").default} sourceProj Source projection.\n * @property {import(\"../tilegrid/TileGrid.js\").default} sourceTileGrid Source tile grid.\n * @property {import(\"../proj/Projection.js\").default} targetProj Target projection.\n * @property {import(\"../tilegrid/TileGrid.js\").default} targetTileGrid Target tile grid.\n * @property {import(\"../tilecoord.js\").TileCoord} tileCoord Coordinate of the tile.\n * @property {import(\"../tilecoord.js\").TileCoord} [wrappedTileCoord] Coordinate of the tile wrapped in X.\n * @property {number} pixelRatio Pixel ratio.\n * @property {number} gutter Gutter of the source tiles.\n * @property {TileGetter} getTileFunction Function returning source tiles (z, x, y, pixelRatio).\n * @property {boolean} [interpolate=false] Use interpolated values when resampling. By default,\n * the nearest neighbor is used when resampling.\n * @property {number} [errorThreshold] Acceptable reprojection error (in px).\n * @property {number} [transition=250] A duration for tile opacity\n * transitions in milliseconds. A duration of 0 disables the opacity transition.\n */\n\n/**\n * @classdesc\n * Class encapsulating single reprojected data tile.\n * See {@link module:ol/source/DataTile~DataTileSource}.\n *\n */\nclass ReprojDataTile extends DataTile {\n /**\n * @param {Options} options Tile options.\n */\n constructor(options) {\n super({\n tileCoord: options.tileCoord,\n loader: () => Promise.resolve(new Uint8Array(4)),\n interpolate: options.interpolate,\n transition: options.transition,\n });\n\n /**\n * @private\n * @type {number}\n */\n this.pixelRatio_ = options.pixelRatio;\n\n /**\n * @private\n * @type {number}\n */\n this.gutter_ = options.gutter;\n\n /**\n * @type {import(\"../DataTile.js\").Data}\n * @private\n */\n this.reprojData_ = null;\n\n /**\n * @type {Error}\n * @private\n */\n this.reprojError_ = null;\n\n /**\n * @type {import('../size.js').Size}\n * @private\n */\n this.reprojSize_ = undefined;\n\n /**\n * @private\n * @type {import(\"../tilegrid/TileGrid.js\").default}\n */\n this.sourceTileGrid_ = options.sourceTileGrid;\n\n /**\n * @private\n * @type {import(\"../tilegrid/TileGrid.js\").default}\n */\n this.targetTileGrid_ = options.targetTileGrid;\n\n /**\n * @private\n * @type {import(\"../tilecoord.js\").TileCoord}\n */\n this.wrappedTileCoord_ = options.wrappedTileCoord || options.tileCoord;\n\n /**\n * @private\n * @type {!Array}\n */\n this.sourceTiles_ = [];\n\n /**\n * @private\n * @type {?Array}\n */\n this.sourcesListenerKeys_ = null;\n\n /**\n * @private\n * @type {number}\n */\n this.sourceZ_ = 0;\n\n const targetExtent = this.targetTileGrid_.getTileCoordExtent(\n this.wrappedTileCoord_\n );\n const maxTargetExtent = this.targetTileGrid_.getExtent();\n let maxSourceExtent = this.sourceTileGrid_.getExtent();\n\n const limitedTargetExtent = maxTargetExtent\n ? getIntersection(targetExtent, maxTargetExtent)\n : targetExtent;\n\n if (getArea(limitedTargetExtent) === 0) {\n // Tile is completely outside range -> EMPTY\n // TODO: is it actually correct that the source even creates the tile ?\n this.state = TileState.EMPTY;\n return;\n }\n\n const sourceProj = options.sourceProj;\n const sourceProjExtent = sourceProj.getExtent();\n if (sourceProjExtent) {\n if (!maxSourceExtent) {\n maxSourceExtent = sourceProjExtent;\n } else {\n maxSourceExtent = getIntersection(maxSourceExtent, sourceProjExtent);\n }\n }\n\n const targetResolution = this.targetTileGrid_.getResolution(\n this.wrappedTileCoord_[0]\n );\n\n const targetProj = options.targetProj;\n const sourceResolution = calculateSourceExtentResolution(\n sourceProj,\n targetProj,\n limitedTargetExtent,\n targetResolution\n );\n\n if (!isFinite(sourceResolution) || sourceResolution <= 0) {\n // invalid sourceResolution -> EMPTY\n // probably edges of the projections when no extent is defined\n this.state = TileState.EMPTY;\n return;\n }\n\n const errorThresholdInPixels =\n options.errorThreshold !== undefined\n ? options.errorThreshold\n : ERROR_THRESHOLD;\n\n /**\n * @private\n * @type {!import(\"./Triangulation.js\").default}\n */\n this.triangulation_ = new Triangulation(\n sourceProj,\n targetProj,\n limitedTargetExtent,\n maxSourceExtent,\n sourceResolution * errorThresholdInPixels,\n targetResolution\n );\n\n if (this.triangulation_.getTriangles().length === 0) {\n // no valid triangles -> EMPTY\n this.state = TileState.EMPTY;\n return;\n }\n\n this.sourceZ_ = this.sourceTileGrid_.getZForResolution(sourceResolution);\n let sourceExtent = this.triangulation_.calculateSourceExtent();\n\n if (maxSourceExtent) {\n if (sourceProj.canWrapX()) {\n sourceExtent[1] = clamp(\n sourceExtent[1],\n maxSourceExtent[1],\n maxSourceExtent[3]\n );\n sourceExtent[3] = clamp(\n sourceExtent[3],\n maxSourceExtent[1],\n maxSourceExtent[3]\n );\n } else {\n sourceExtent = getIntersection(sourceExtent, maxSourceExtent);\n }\n }\n\n if (!getArea(sourceExtent)) {\n this.state = TileState.EMPTY;\n } else {\n const sourceRange = this.sourceTileGrid_.getTileRangeForExtentAndZ(\n sourceExtent,\n this.sourceZ_\n );\n const getTile = options.getTileFunction;\n for (let srcX = sourceRange.minX; srcX <= sourceRange.maxX; srcX++) {\n for (let srcY = sourceRange.minY; srcY <= sourceRange.maxY; srcY++) {\n const tile = getTile(this.sourceZ_, srcX, srcY, this.pixelRatio_);\n if (tile) {\n this.sourceTiles_.push(tile);\n }\n }\n }\n\n if (this.sourceTiles_.length === 0) {\n this.state = TileState.EMPTY;\n }\n }\n }\n\n /**\n * Get the tile size.\n * @return {import('../size.js').Size} Tile size.\n */\n getSize() {\n return this.reprojSize_;\n }\n\n /**\n * Get the data for the tile.\n * @return {import(\"../DataTile.js\").Data} Tile data.\n */\n getData() {\n return this.reprojData_;\n }\n\n /**\n * Get any loading error.\n * @return {Error} Loading error.\n */\n getError() {\n return this.reprojError_;\n }\n\n /**\n * @private\n */\n reproject_() {\n const dataSources = [];\n this.sourceTiles_.forEach((tile) => {\n if (!tile || tile.getState() !== TileState.LOADED) {\n return;\n }\n const size = tile.getSize();\n const gutter = this.gutter_;\n /**\n * @type {import(\"../DataTile.js\").ArrayLike}\n */\n let tileData;\n const arrayData = asArrayLike(tile.getData());\n if (arrayData) {\n tileData = arrayData;\n } else {\n tileData = toArray(asImageLike(tile.getData()));\n }\n const pixelSize = [size[0] + 2 * gutter, size[1] + 2 * gutter];\n const isFloat = tileData instanceof Float32Array;\n const pixelCount = pixelSize[0] * pixelSize[1];\n const DataType = isFloat ? Float32Array : Uint8Array;\n const tileDataR = new DataType(tileData.buffer);\n const bytesPerElement = DataType.BYTES_PER_ELEMENT;\n const bytesPerPixel = (bytesPerElement * tileDataR.length) / pixelCount;\n const bytesPerRow = tileDataR.byteLength / pixelSize[1];\n const bandCount = Math.floor(\n bytesPerRow / bytesPerElement / pixelSize[0]\n );\n const packedLength = pixelCount * bandCount;\n let packedData = tileDataR;\n if (tileDataR.length !== packedLength) {\n packedData = new DataType(packedLength);\n let dataIndex = 0;\n let rowOffset = 0;\n const colCount = pixelSize[0] * bandCount;\n for (let rowIndex = 0; rowIndex < pixelSize[1]; ++rowIndex) {\n for (let colIndex = 0; colIndex < colCount; ++colIndex) {\n packedData[dataIndex++] = tileDataR[rowOffset + colIndex];\n }\n rowOffset += bytesPerRow / bytesPerElement;\n }\n }\n dataSources.push({\n extent: this.sourceTileGrid_.getTileCoordExtent(tile.tileCoord),\n data: new Uint8Array(packedData.buffer),\n dataType: DataType,\n bytesPerPixel: bytesPerPixel,\n pixelSize: pixelSize,\n });\n });\n this.sourceTiles_.length = 0;\n\n if (dataSources.length === 0) {\n this.state = TileState.ERROR;\n } else {\n const z = this.wrappedTileCoord_[0];\n const size = this.targetTileGrid_.getTileSize(z);\n const targetWidth = typeof size === 'number' ? size : size[0];\n const targetHeight = typeof size === 'number' ? size : size[1];\n const targetResolution = this.targetTileGrid_.getResolution(z);\n const sourceResolution = this.sourceTileGrid_.getResolution(\n this.sourceZ_\n );\n\n const targetExtent = this.targetTileGrid_.getTileCoordExtent(\n this.wrappedTileCoord_\n );\n\n let dataR, dataU;\n\n const bytesPerPixel = dataSources[0].bytesPerPixel;\n\n const reprojs = Math.ceil(bytesPerPixel / 3);\n for (let reproj = reprojs - 1; reproj >= 0; --reproj) {\n const sources = [];\n for (let i = 0, len = dataSources.length; i < len; ++i) {\n const dataSource = dataSources[i];\n const buffer = dataSource.data;\n const pixelSize = dataSource.pixelSize;\n const width = pixelSize[0];\n const height = pixelSize[1];\n const context = createCanvasContext2D(width, height, canvasPool);\n const imageData = context.createImageData(width, height);\n const data = imageData.data;\n let offset = reproj * 3;\n for (let j = 0, len = data.length; j < len; j += 4) {\n data[j] = buffer[offset];\n data[j + 1] = buffer[offset + 1];\n data[j + 2] = buffer[offset + 2];\n data[j + 3] = 255;\n offset += bytesPerPixel;\n }\n context.putImageData(imageData, 0, 0);\n sources.push({\n extent: dataSource.extent,\n image: context.canvas,\n });\n }\n\n const canvas = renderReprojected(\n targetWidth,\n targetHeight,\n this.pixelRatio_,\n sourceResolution,\n this.sourceTileGrid_.getExtent(),\n targetResolution,\n targetExtent,\n this.triangulation_,\n sources,\n this.gutter_,\n false,\n false\n );\n\n for (let i = 0, len = sources.length; i < len; ++i) {\n const canvas = sources[i].image;\n const context = canvas.getContext('2d');\n releaseCanvas(context);\n canvasPool.push(context.canvas);\n }\n\n const context = canvas.getContext('2d');\n const imageData = context.getImageData(\n 0,\n 0,\n canvas.width,\n canvas.height\n );\n\n releaseCanvas(context);\n canvasPool.push(canvas);\n\n if (!dataR) {\n dataU = new Uint8Array(\n bytesPerPixel * imageData.width * imageData.height\n );\n dataR = new dataSources[0].dataType(dataU.buffer);\n }\n\n const data = imageData.data;\n let offset = reproj * 3;\n for (let i = 0, len = data.length; i < len; i += 4) {\n if (data[i + 3] === 255) {\n dataU[offset] = data[i];\n dataU[offset + 1] = data[i + 1];\n dataU[offset + 2] = data[i + 2];\n } else {\n dataU[offset] = 0;\n dataU[offset + 1] = 0;\n dataU[offset + 2] = 0;\n }\n offset += bytesPerPixel;\n }\n }\n\n this.reprojData_ = dataR;\n this.reprojSize_ = [\n Math.round(targetWidth * this.pixelRatio_),\n Math.round(targetHeight * this.pixelRatio_),\n ];\n this.state = TileState.LOADED;\n }\n this.changed();\n }\n\n /**\n * Load not yet loaded URI.\n */\n load() {\n if (this.state !== TileState.IDLE && this.state !== TileState.ERROR) {\n return;\n }\n this.state = TileState.LOADING;\n this.changed();\n\n let leftToLoad = 0;\n\n this.sourcesListenerKeys_ = [];\n this.sourceTiles_.forEach((tile) => {\n const state = tile.getState();\n if (state !== TileState.IDLE && state !== TileState.LOADING) {\n return;\n }\n leftToLoad++;\n\n const sourceListenKey = listen(\n tile,\n EventType.CHANGE,\n function () {\n const state = tile.getState();\n if (\n state == TileState.LOADED ||\n state == TileState.ERROR ||\n state == TileState.EMPTY\n ) {\n unlistenByKey(sourceListenKey);\n leftToLoad--;\n if (leftToLoad === 0) {\n this.unlistenSources_();\n this.reproject_();\n }\n }\n },\n this\n );\n this.sourcesListenerKeys_.push(sourceListenKey);\n });\n\n if (leftToLoad === 0) {\n setTimeout(this.reproject_.bind(this), 0);\n } else {\n this.sourceTiles_.forEach(function (tile) {\n const state = tile.getState();\n if (state == TileState.IDLE) {\n tile.load();\n }\n });\n }\n }\n\n /**\n * @private\n */\n unlistenSources_() {\n this.sourcesListenerKeys_.forEach(unlistenByKey);\n this.sourcesListenerKeys_ = null;\n }\n}\n\nexport default ReprojDataTile;\n","/**\n * @module ol/source/DataTile\n */\nimport DataTile from '../DataTile.js';\nimport EventType from '../events/EventType.js';\nimport ReprojDataTile from '../reproj/DataTile.js';\nimport TileCache from '../TileCache.js';\nimport TileEventType from './TileEventType.js';\nimport TileSource, {TileSourceEvent} from './Tile.js';\nimport TileState from '../TileState.js';\nimport {\n createXYZ,\n extentFromProjection,\n getForProjection as getTileGridForProjection,\n} from '../tilegrid.js';\nimport {equivalent, get as getProjection} from '../proj.js';\nimport {getKeyZXY} from '../tilecoord.js';\nimport {getUid} from '../util.js';\nimport {toPromise} from '../functions.js';\nimport {toSize} from '../size.js';\n\n/**\n * Data tile loading function. The function is called with z, x, and y tile coordinates and\n * returns {@link import(\"../DataTile.js\").Data data} for a tile or a promise for the same.\n * @typedef {function(number, number, number) : (import(\"../DataTile.js\").Data|Promise)} Loader\n */\n\n/**\n * @typedef {Object} Options\n * @property {Loader} [loader] Data loader. Called with z, x, and y tile coordinates.\n * Returns {@link import(\"../DataTile.js\").Data data} for a tile or a promise for the same.\n * For loaders that generate images, the promise should not resolve until the image is loaded.\n * @property {import(\"./Source.js\").AttributionLike} [attributions] Attributions.\n * @property {boolean} [attributionsCollapsible=true] Attributions are collapsible.\n * @property {number} [maxZoom=42] Optional max zoom level. Not used if `tileGrid` is provided.\n * @property {number} [minZoom=0] Optional min zoom level. Not used if `tileGrid` is provided.\n * @property {number|import(\"../size.js\").Size} [tileSize=[256, 256]] The pixel width and height of the source tiles.\n * This may be different than the rendered pixel size if a `tileGrid` is provided.\n * @property {number} [gutter=0] The size in pixels of the gutter around data tiles to ignore.\n * This allows artifacts of rendering at tile edges to be ignored.\n * Supported data should be wider and taller than the tile size by a value of `2 x gutter`.\n * @property {number} [maxResolution] Optional tile grid resolution at level zero. Not used if `tileGrid` is provided.\n * @property {import(\"../proj.js\").ProjectionLike} [projection='EPSG:3857'] Tile projection.\n * @property {import(\"../tilegrid/TileGrid.js\").default} [tileGrid] Tile grid.\n * @property {boolean} [opaque=false] Whether the layer is opaque.\n * @property {import(\"./Source.js\").State} [state] The source state.\n * @property {boolean} [wrapX=false] Render tiles beyond the antimeridian.\n * @property {number} [transition] Transition time when fading in new tiles (in milliseconds).\n * @property {number} [bandCount=4] Number of bands represented in the data.\n * @property {boolean} [interpolate=false] Use interpolated values when resampling. By default,\n * the nearest neighbor is used when resampling.\n */\n\n/**\n * @classdesc\n * A source for typed array data tiles.\n *\n * @fires import(\"./Tile.js\").TileSourceEvent\n * @api\n */\nclass DataTileSource extends TileSource {\n /**\n * @param {Options} options DataTile source options.\n */\n constructor(options) {\n const projection =\n options.projection === undefined ? 'EPSG:3857' : options.projection;\n\n let tileGrid = options.tileGrid;\n if (tileGrid === undefined && projection) {\n tileGrid = createXYZ({\n extent: extentFromProjection(projection),\n maxResolution: options.maxResolution,\n maxZoom: options.maxZoom,\n minZoom: options.minZoom,\n tileSize: options.tileSize,\n });\n }\n\n super({\n cacheSize: 0.1, // don't cache on the source\n attributions: options.attributions,\n attributionsCollapsible: options.attributionsCollapsible,\n projection: projection,\n tileGrid: tileGrid,\n opaque: options.opaque,\n state: options.state,\n wrapX: options.wrapX,\n transition: options.transition,\n interpolate: options.interpolate,\n });\n\n /**\n * @private\n * @type {number}\n */\n this.gutter_ = options.gutter !== undefined ? options.gutter : 0;\n\n /**\n * @private\n * @type {import('../size.js').Size|null}\n */\n this.tileSize_ = options.tileSize ? toSize(options.tileSize) : null;\n\n /**\n * @private\n * @type {Array|null}\n */\n this.tileSizes_ = null;\n\n /**\n * @private\n * @type {!Object}\n */\n this.tileLoadingKeys_ = {};\n\n /**\n * @private\n */\n this.loader_ = options.loader;\n\n this.handleTileChange_ = this.handleTileChange_.bind(this);\n\n /**\n * @type {number}\n */\n this.bandCount = options.bandCount === undefined ? 4 : options.bandCount; // assume RGBA if undefined\n\n /**\n * @private\n * @type {!Object}\n */\n this.tileGridForProjection_ = {};\n\n /**\n * @private\n * @type {!Object}\n */\n this.tileCacheForProjection_ = {};\n }\n\n /**\n * Set the source tile sizes. The length of the array is expected to match the number of\n * levels in the tile grid.\n * @protected\n * @param {Array} tileSizes An array of tile sizes.\n */\n setTileSizes(tileSizes) {\n this.tileSizes_ = tileSizes;\n }\n\n /**\n * Get the source tile size at the given zoom level. This may be different than the rendered tile\n * size.\n * @protected\n * @param {number} z Tile zoom level.\n * @return {import('../size.js').Size} The source tile size.\n */\n getTileSize(z) {\n if (this.tileSizes_) {\n return this.tileSizes_[z];\n }\n if (this.tileSize_) {\n return this.tileSize_;\n }\n const tileGrid = this.getTileGrid();\n return tileGrid ? toSize(tileGrid.getTileSize(z)) : [256, 256];\n }\n\n /**\n * @param {import(\"../proj/Projection.js\").default} projection Projection.\n * @return {number} Gutter.\n */\n getGutterForProjection(projection) {\n const thisProj = this.getProjection();\n if (!thisProj || equivalent(thisProj, projection)) {\n return this.gutter_;\n }\n\n return 0;\n }\n\n /**\n * @param {Loader} loader The data loader.\n * @protected\n */\n setLoader(loader) {\n this.loader_ = loader;\n }\n\n /**\n * @param {number} z Tile coordinate z.\n * @param {number} x Tile coordinate x.\n * @param {number} y Tile coordinate y.\n * @param {import(\"../proj/Projection.js\").default} targetProj The output projection.\n * @param {import(\"../proj/Projection.js\").default} sourceProj The input projection.\n * @return {!DataTile} Tile.\n */\n getReprojTile_(z, x, y, targetProj, sourceProj) {\n const cache = this.getTileCacheForProjection(targetProj);\n const tileCoordKey = getKeyZXY(z, x, y);\n if (cache.containsKey(tileCoordKey)) {\n const tile = cache.get(tileCoordKey);\n if (tile && tile.key == this.getKey()) {\n return tile;\n }\n }\n\n const tileGrid = this.getTileGrid();\n const reprojTilePixelRatio = Math.max.apply(\n null,\n tileGrid.getResolutions().map((r, z) => {\n const tileSize = toSize(tileGrid.getTileSize(z));\n const textureSize = this.getTileSize(z);\n return Math.max(\n textureSize[0] / tileSize[0],\n textureSize[1] / tileSize[1]\n );\n })\n );\n\n const sourceTileGrid = this.getTileGridForProjection(sourceProj);\n const targetTileGrid = this.getTileGridForProjection(targetProj);\n const tileCoord = [z, x, y];\n const wrappedTileCoord = this.getTileCoordForTileUrlFunction(\n tileCoord,\n targetProj\n );\n\n const options = Object.assign(\n {\n sourceProj,\n sourceTileGrid,\n targetProj,\n targetTileGrid,\n tileCoord,\n wrappedTileCoord,\n pixelRatio: reprojTilePixelRatio,\n gutter: this.getGutterForProjection(sourceProj),\n getTileFunction: (z, x, y, pixelRatio) =>\n this.getTile(z, x, y, pixelRatio, sourceProj),\n },\n this.tileOptions\n );\n const newTile = new ReprojDataTile(options);\n newTile.key = this.getKey();\n return newTile;\n }\n\n /**\n * @param {number} z Tile coordinate z.\n * @param {number} x Tile coordinate x.\n * @param {number} y Tile coordinate y.\n * @param {number} pixelRatio Pixel ratio.\n * @param {import(\"../proj/Projection.js\").default} projection Projection.\n * @return {!DataTile} Tile.\n */\n getTile(z, x, y, pixelRatio, projection) {\n const sourceProjection = this.getProjection();\n if (\n sourceProjection &&\n projection &&\n !equivalent(sourceProjection, projection)\n ) {\n return this.getReprojTile_(z, x, y, projection, sourceProjection);\n }\n\n const size = this.getTileSize(z);\n const tileCoordKey = getKeyZXY(z, x, y);\n if (this.tileCache.containsKey(tileCoordKey)) {\n return this.tileCache.get(tileCoordKey);\n }\n\n const sourceLoader = this.loader_;\n\n function loader() {\n return toPromise(function () {\n return sourceLoader(z, x, y);\n });\n }\n\n const options = Object.assign(\n {\n tileCoord: [z, x, y],\n loader: loader,\n size: size,\n },\n this.tileOptions\n );\n\n const tile = new DataTile(options);\n tile.key = this.getKey();\n tile.addEventListener(EventType.CHANGE, this.handleTileChange_);\n\n this.tileCache.set(tileCoordKey, tile);\n return tile;\n }\n\n /**\n * Handle tile change events.\n * @param {import(\"../events/Event.js\").default} event Event.\n */\n handleTileChange_(event) {\n const tile = /** @type {import(\"../Tile.js\").default} */ (event.target);\n const uid = getUid(tile);\n const tileState = tile.getState();\n let type;\n if (tileState == TileState.LOADING) {\n this.tileLoadingKeys_[uid] = true;\n type = TileEventType.TILELOADSTART;\n } else if (uid in this.tileLoadingKeys_) {\n delete this.tileLoadingKeys_[uid];\n type =\n tileState == TileState.ERROR\n ? TileEventType.TILELOADERROR\n : tileState == TileState.LOADED\n ? TileEventType.TILELOADEND\n : undefined;\n }\n if (type) {\n this.dispatchEvent(new TileSourceEvent(type, tile));\n }\n }\n\n /**\n * @param {import(\"../proj/Projection.js\").default} projection Projection.\n * @return {!import(\"../tilegrid/TileGrid.js\").default} Tile grid.\n */\n getTileGridForProjection(projection) {\n const thisProj = this.getProjection();\n if (this.tileGrid && (!thisProj || equivalent(thisProj, projection))) {\n return this.tileGrid;\n }\n\n const projKey = getUid(projection);\n if (!(projKey in this.tileGridForProjection_)) {\n this.tileGridForProjection_[projKey] =\n getTileGridForProjection(projection);\n }\n return this.tileGridForProjection_[projKey];\n }\n\n /**\n * Sets the tile grid to use when reprojecting the tiles to the given\n * projection instead of the default tile grid for the projection.\n *\n * This can be useful when the default tile grid cannot be created\n * (e.g. projection has no extent defined) or\n * for optimization reasons (custom tile size, resolutions, ...).\n *\n * @param {import(\"../proj.js\").ProjectionLike} projection Projection.\n * @param {import(\"../tilegrid/TileGrid.js\").default} tilegrid Tile grid to use for the projection.\n * @api\n */\n setTileGridForProjection(projection, tilegrid) {\n const proj = getProjection(projection);\n if (proj) {\n const projKey = getUid(proj);\n if (!(projKey in this.tileGridForProjection_)) {\n this.tileGridForProjection_[projKey] = tilegrid;\n }\n }\n }\n\n /**\n * @param {import(\"../proj/Projection.js\").default} projection Projection.\n * @return {import(\"../TileCache.js\").default} Tile cache.\n */\n getTileCacheForProjection(projection) {\n const thisProj = this.getProjection();\n if (!thisProj || equivalent(thisProj, projection)) {\n return this.tileCache;\n }\n\n const projKey = getUid(projection);\n if (!(projKey in this.tileCacheForProjection_)) {\n this.tileCacheForProjection_[projKey] = new TileCache(0.1); // don't cache\n }\n return this.tileCacheForProjection_[projKey];\n }\n\n /**\n * @param {import(\"../proj/Projection.js\").default} projection Projection.\n * @param {!Object} usedTiles Used tiles.\n */\n expireCache(projection, usedTiles) {\n const usedTileCache = this.getTileCacheForProjection(projection);\n\n this.tileCache.expireCache(\n this.tileCache == usedTileCache ? usedTiles : {}\n );\n for (const id in this.tileCacheForProjection_) {\n const tileCache = this.tileCacheForProjection_[id];\n tileCache.expireCache(tileCache == usedTileCache ? usedTiles : {});\n }\n }\n\n clear() {\n super.clear();\n for (const id in this.tileCacheForProjection_) {\n this.tileCacheForProjection_[id].clear();\n }\n }\n}\n\nexport default DataTileSource;\n","/**\n * @module ol/source/GeoTIFF\n */\nimport DataTile from './DataTile.js';\nimport TileGrid from '../tilegrid/TileGrid.js';\nimport {\n Pool,\n globals as geotiffGlobals,\n fromBlob as tiffFromBlob,\n fromUrl as tiffFromUrl,\n fromUrls as tiffFromUrls,\n} from 'geotiff';\nimport {\n Projection,\n get as getCachedProjection,\n toUserCoordinate,\n toUserExtent,\n} from '../proj.js';\nimport {clamp} from '../math.js';\nimport {getCenter, getIntersection} from '../extent.js';\nimport {error as logError} from '../console.js';\nimport {fromCode as unitsFromCode} from '../proj/Units.js';\n\n/**\n * Determine if an image type is a mask.\n * See https://www.awaresystems.be/imaging/tiff/tifftags/newsubfiletype.html\n * @param {GeoTIFFImage} image The image.\n * @return {boolean} The image is a mask.\n */\nfunction isMask(image) {\n const fileDirectory = image.fileDirectory;\n const type = fileDirectory.NewSubfileType || 0;\n return (type & 4) === 4;\n}\n\n/**\n * @param {true|false|'auto'} preference The convertToRGB option.\n * @param {GeoTIFFImage} image The image.\n * @return {boolean} Use the `image.readRGB()` method.\n */\nfunction readRGB(preference, image) {\n if (!preference) {\n return false;\n }\n if (preference === true) {\n return true;\n }\n if (image.getSamplesPerPixel() !== 3) {\n return false;\n }\n const interpretation = image.fileDirectory.PhotometricInterpretation;\n const interpretations = geotiffGlobals.photometricInterpretations;\n return (\n interpretation === interpretations.CMYK ||\n interpretation === interpretations.YCbCr ||\n interpretation === interpretations.CIELab ||\n interpretation === interpretations.ICCLab\n );\n}\n\n/**\n * @typedef {Object} SourceInfo\n * @property {string} [url] URL for the source GeoTIFF.\n * @property {Array} [overviews] List of any overview URLs, only applies if the url parameter is given.\n * @property {Blob} [blob] Blob containing the source GeoTIFF. `blob` and `url` are mutually exclusive.\n * @property {number} [min=0] The minimum source data value. Rendered values are scaled from 0 to 1 based on\n * the configured min and max. If not provided and raster statistics are available, those will be used instead.\n * If neither are available, the minimum for the data type will be used. To disable this behavior, set\n * the `normalize` option to `false` in the constructor.\n * @property {number} [max] The maximum source data value. Rendered values are scaled from 0 to 1 based on\n * the configured min and max. If not provided and raster statistics are available, those will be used instead.\n * If neither are available, the maximum for the data type will be used. To disable this behavior, set\n * the `normalize` option to `false` in the constructor.\n * @property {number} [nodata] Values to discard (overriding any nodata values in the metadata).\n * When provided, an additional alpha band will be added to the data. Often the GeoTIFF metadata\n * will include information about nodata values, so you should only need to set this property if\n * you find that it is not already extracted from the metadata.\n * @property {Array} [bands] Band numbers to be read from (where the first band is `1`). If not provided, all bands will\n * be read. For example, if a GeoTIFF has blue (1), green (2), red (3), and near-infrared (4) bands, and you only need the\n * near-infrared band, configure `bands: [4]`.\n */\n\n/**\n * @typedef {Object} GeoKeys\n * @property {number} GTModelTypeGeoKey Model type.\n * @property {number} GTRasterTypeGeoKey Raster type.\n * @property {number} GeogAngularUnitsGeoKey Angular units.\n * @property {number} GeogInvFlatteningGeoKey Inverse flattening.\n * @property {number} GeogSemiMajorAxisGeoKey Semi-major axis.\n * @property {number} GeographicTypeGeoKey Geographic coordinate system code.\n * @property {number} ProjLinearUnitsGeoKey Projected linear unit code.\n * @property {number} ProjectedCSTypeGeoKey Projected coordinate system code.\n */\n\n/**\n * @typedef {import(\"geotiff\").GeoTIFF} GeoTIFF\n */\n\n/**\n * @typedef {import(\"geotiff\").MultiGeoTIFF} MultiGeoTIFF\n */\n\n/**\n * @typedef {Object} GDALMetadata\n * @property {string} STATISTICS_MINIMUM The minimum value (as a string).\n * @property {string} STATISTICS_MAXIMUM The maximum value (as a string).\n */\n\nconst STATISTICS_MAXIMUM = 'STATISTICS_MAXIMUM';\nconst STATISTICS_MINIMUM = 'STATISTICS_MINIMUM';\n\nconst defaultTileSize = 256;\n\n/**\n * @typedef {import(\"geotiff\").GeoTIFFImage} GeoTIFFImage\n */\n\nlet workerPool;\nfunction getWorkerPool() {\n if (!workerPool) {\n workerPool = new Pool();\n }\n return workerPool;\n}\n\n/**\n * Get the bounding box of an image. If the image does not have an affine transform,\n * the pixel bounds are returned.\n * @param {GeoTIFFImage} image The image.\n * @return {Array} The image bounding box.\n */\nfunction getBoundingBox(image) {\n try {\n return image.getBoundingBox();\n } catch (_) {\n return [0, 0, image.getWidth(), image.getHeight()];\n }\n}\n\n/**\n * Get the origin of an image. If the image does not have an affine transform,\n * the top-left corner of the pixel bounds is returned.\n * @param {GeoTIFFImage} image The image.\n * @return {Array} The image origin.\n */\nfunction getOrigin(image) {\n try {\n return image.getOrigin().slice(0, 2);\n } catch (_) {\n return [0, image.getHeight()];\n }\n}\n\n/**\n * Get the resolution of an image. If the image does not have an affine transform,\n * the width of the image is compared with the reference image.\n * @param {GeoTIFFImage} image The image.\n * @param {GeoTIFFImage} referenceImage The reference image.\n * @return {Array} The map x and y units per pixel.\n */\nfunction getResolutions(image, referenceImage) {\n try {\n return image.getResolution(referenceImage);\n } catch (_) {\n return [\n referenceImage.getWidth() / image.getWidth(),\n referenceImage.getHeight() / image.getHeight(),\n ];\n }\n}\n\n/**\n * @param {GeoTIFFImage} image A GeoTIFF.\n * @return {import(\"../proj/Projection.js\").default} The image projection.\n */\nfunction getProjection(image) {\n const geoKeys = image.geoKeys;\n if (!geoKeys) {\n return null;\n }\n\n if (\n geoKeys.ProjectedCSTypeGeoKey &&\n geoKeys.ProjectedCSTypeGeoKey !== 32767\n ) {\n const code = 'EPSG:' + geoKeys.ProjectedCSTypeGeoKey;\n let projection = getCachedProjection(code);\n if (!projection) {\n const units = unitsFromCode(geoKeys.ProjLinearUnitsGeoKey);\n if (units) {\n projection = new Projection({\n code: code,\n units: units,\n });\n }\n }\n return projection;\n }\n\n if (geoKeys.GeographicTypeGeoKey && geoKeys.GeographicTypeGeoKey !== 32767) {\n const code = 'EPSG:' + geoKeys.GeographicTypeGeoKey;\n let projection = getCachedProjection(code);\n if (!projection) {\n const units = unitsFromCode(geoKeys.GeogAngularUnitsGeoKey);\n if (units) {\n projection = new Projection({\n code: code,\n units: units,\n });\n }\n }\n return projection;\n }\n\n return null;\n}\n\n/**\n * @param {GeoTIFF|MultiGeoTIFF} tiff A GeoTIFF.\n * @return {Promise>} Resolves to a list of images.\n */\nfunction getImagesForTIFF(tiff) {\n return tiff.getImageCount().then(function (count) {\n const requests = new Array(count);\n for (let i = 0; i < count; ++i) {\n requests[i] = tiff.getImage(i);\n }\n return Promise.all(requests);\n });\n}\n\n/**\n * @param {SourceInfo} source The GeoTIFF source.\n * @param {Object} options Options for the GeoTIFF source.\n * @return {Promise>} Resolves to a list of images.\n */\nfunction getImagesForSource(source, options) {\n let request;\n if (source.blob) {\n request = tiffFromBlob(source.blob);\n } else if (source.overviews) {\n request = tiffFromUrls(source.url, source.overviews, options);\n } else {\n request = tiffFromUrl(source.url, options);\n }\n return request.then(getImagesForTIFF);\n}\n\n/**\n * @param {number|Array|Array>} expected Expected value.\n * @param {number|Array|Array>} got Actual value.\n * @param {number} tolerance Accepted tolerance in fraction of expected between expected and got.\n * @param {string} message The error message.\n * @param {function(Error):void} rejector A function to be called with any error.\n */\nfunction assertEqual(expected, got, tolerance, message, rejector) {\n if (Array.isArray(expected)) {\n const length = expected.length;\n if (!Array.isArray(got) || length != got.length) {\n const error = new Error(message);\n rejector(error);\n throw error;\n }\n for (let i = 0; i < length; ++i) {\n assertEqual(expected[i], got[i], tolerance, message, rejector);\n }\n return;\n }\n\n got = /** @type {number} */ (got);\n if (Math.abs(expected - got) > tolerance * expected) {\n throw new Error(message);\n }\n}\n\n/**\n * @param {Array} array The data array.\n * @return {number} The minimum value.\n */\nfunction getMinForDataType(array) {\n if (array instanceof Int8Array) {\n return -128;\n }\n if (array instanceof Int16Array) {\n return -32768;\n }\n if (array instanceof Int32Array) {\n return -2147483648;\n }\n if (array instanceof Float32Array) {\n return 1.2e-38;\n }\n return 0;\n}\n\n/**\n * @param {Array} array The data array.\n * @return {number} The maximum value.\n */\nfunction getMaxForDataType(array) {\n if (array instanceof Int8Array) {\n return 127;\n }\n if (array instanceof Uint8Array) {\n return 255;\n }\n if (array instanceof Uint8ClampedArray) {\n return 255;\n }\n if (array instanceof Int16Array) {\n return 32767;\n }\n if (array instanceof Uint16Array) {\n return 65535;\n }\n if (array instanceof Int32Array) {\n return 2147483647;\n }\n if (array instanceof Uint32Array) {\n return 4294967295;\n }\n if (array instanceof Float32Array) {\n return 3.4e38;\n }\n return 255;\n}\n\n/**\n * @typedef {Object} GeoTIFFSourceOptions\n * @property {boolean} [forceXHR=false] Whether to force the usage of the browsers XMLHttpRequest API.\n * @property {Object} [headers] additional key-value pairs of headers to be passed with each request. Key is the header name, value the header value.\n * @property {string} [credentials] How credentials shall be handled. See\n * https://developer.mozilla.org/en-US/docs/Web/API/fetch for reference and possible values\n * @property {number} [maxRanges] The maximum amount of ranges to request in a single multi-range request.\n * By default only a single range is used.\n * @property {boolean} [allowFullFile=false] Whether or not a full file is accepted when only a portion is\n * requested. Only use this when you know the source image to be small enough to fit in memory.\n * @property {number} [blockSize=65536] The block size to use.\n * @property {number} [cacheSize=100] The number of blocks that shall be held in a LRU cache.\n */\n\n/**\n * @typedef {Object} Options\n * @property {Array} sources List of information about GeoTIFF sources.\n * Multiple sources can be combined when their resolution sets are equal after applying a scale.\n * The list of sources defines a mapping between input bands as they are read from each GeoTIFF and\n * the output bands that are provided by data tiles. To control which bands to read from each GeoTIFF,\n * use the {@link import(\"./GeoTIFF.js\").SourceInfo bands} property. If, for example, you specify two\n * sources, one with 3 bands and {@link import(\"./GeoTIFF.js\").SourceInfo nodata} configured, and\n * another with 1 band, the resulting data tiles will have 5 bands: 3 from the first source, 1 alpha\n * band from the first source, and 1 band from the second source.\n * @property {GeoTIFFSourceOptions} [sourceOptions] Additional options to be passed to [geotiff.js](https://geotiffjs.github.io/geotiff.js/module-geotiff.html)'s `fromUrl` or `fromUrls` methods.\n * @property {true|false|'auto'} [convertToRGB=false] By default, bands from the sources are read as-is. When\n * reading GeoTIFFs with the purpose of displaying them as RGB images, setting this to `true` will\n * convert other color spaces (YCbCr, CMYK) to RGB. Setting the option to `'auto'` will make it so CMYK, YCbCr,\n * CIELab, and ICCLab images will automatically be converted to RGB.\n * @property {boolean} [normalize=true] By default, the source data is normalized to values between\n * 0 and 1 with scaling factors based on the raster statistics or `min` and `max` properties of each source.\n * If instead you want to work with the raw values in a style expression, set this to `false`. Setting this option\n * to `false` will make it so any `min` and `max` properties on sources are ignored.\n * @property {boolean} [opaque=false] Whether the layer is opaque.\n * @property {import(\"../proj.js\").ProjectionLike} [projection] Source projection. If not provided, the GeoTIFF metadata\n * will be read for projection information.\n * @property {number} [transition=250] Duration of the opacity transition for rendering.\n * To disable the opacity transition, pass `transition: 0`.\n * @property {boolean} [wrapX=false] Render tiles beyond the tile grid extent.\n * @property {boolean} [interpolate=true] Use interpolated values when resampling. By default,\n * the linear interpolation is used to resample the data. If false, nearest neighbor is used.\n */\n\n/**\n * @classdesc\n * A source for working with GeoTIFF data.\n * **Note for users of the full build**: The `GeoTIFF` source requires the\n * [geotiff.js](https://github.com/geotiffjs/geotiff.js) library to be loaded as well.\n *\n * @api\n */\nclass GeoTIFFSource extends DataTile {\n /**\n * @param {Options} options Data tile options.\n */\n constructor(options) {\n super({\n state: 'loading',\n tileGrid: null,\n projection: options.projection || null,\n opaque: options.opaque,\n transition: options.transition,\n interpolate: options.interpolate !== false,\n wrapX: options.wrapX,\n });\n\n /**\n * @type {Array}\n * @private\n */\n this.sourceInfo_ = options.sources;\n\n const numSources = this.sourceInfo_.length;\n\n /**\n * @type {Object}\n * @private\n */\n this.sourceOptions_ = options.sourceOptions;\n\n /**\n * @type {Array>}\n * @private\n */\n this.sourceImagery_ = new Array(numSources);\n\n /**\n * @type {Array>}\n * @private\n */\n this.sourceMasks_ = new Array(numSources);\n\n /**\n * @type {Array}\n * @private\n */\n this.resolutionFactors_ = new Array(numSources);\n\n /**\n * @type {Array}\n * @private\n */\n this.samplesPerPixel_;\n\n /**\n * @type {Array>}\n * @private\n */\n this.nodataValues_;\n\n /**\n * @type {Array>}\n * @private\n */\n this.metadata_;\n\n /**\n * @type {boolean}\n * @private\n */\n this.normalize_ = options.normalize !== false;\n\n /**\n * @type {boolean}\n * @private\n */\n this.addAlpha_ = false;\n\n /**\n * @type {Error}\n * @private\n */\n this.error_ = null;\n\n /**\n * @type {true|false|'auto'}\n */\n this.convertToRGB_ = options.convertToRGB || false;\n\n this.setKey(this.sourceInfo_.map((source) => source.url).join(','));\n\n const self = this;\n const requests = new Array(numSources);\n for (let i = 0; i < numSources; ++i) {\n requests[i] = getImagesForSource(\n this.sourceInfo_[i],\n this.sourceOptions_\n );\n }\n Promise.all(requests)\n .then(function (sources) {\n self.configure_(sources);\n })\n .catch(function (error) {\n logError(error);\n self.error_ = error;\n self.setState('error');\n });\n }\n\n /**\n * @return {Error} A source loading error. When the source state is `error`, use this function\n * to get more information about the error. To debug a faulty configuration, you may want to use\n * a listener like\n * ```js\n * geotiffSource.on('change', () => {\n * if (geotiffSource.getState() === 'error') {\n * console.error(geotiffSource.getError());\n * }\n * });\n * ```\n */\n getError() {\n return this.error_;\n }\n\n /**\n * Determine the projection of the images in this GeoTIFF.\n * The default implementation looks at the ProjectedCSTypeGeoKey and the GeographicTypeGeoKey\n * of each image in turn.\n * You can override this method in a subclass to support more projections.\n *\n * @param {Array>} sources Each source is a list of images\n * from a single GeoTIFF.\n */\n determineProjection(sources) {\n const firstSource = sources[0];\n for (let i = firstSource.length - 1; i >= 0; --i) {\n const image = firstSource[i];\n const projection = getProjection(image);\n if (projection) {\n this.projection = projection;\n break;\n }\n }\n }\n\n /**\n * Configure the tile grid based on images within the source GeoTIFFs. Each GeoTIFF\n * must have the same internal tiled structure.\n * @param {Array>} sources Each source is a list of images\n * from a single GeoTIFF.\n * @private\n */\n configure_(sources) {\n let extent;\n let origin;\n let commonRenderTileSizes;\n let commonSourceTileSizes;\n let resolutions;\n const samplesPerPixel = new Array(sources.length);\n const nodataValues = new Array(sources.length);\n const metadata = new Array(sources.length);\n let minZoom = 0;\n\n const sourceCount = sources.length;\n for (let sourceIndex = 0; sourceIndex < sourceCount; ++sourceIndex) {\n const images = [];\n const masks = [];\n sources[sourceIndex].forEach((item) => {\n if (isMask(item)) {\n masks.push(item);\n } else {\n images.push(item);\n }\n });\n\n const imageCount = images.length;\n if (masks.length > 0 && masks.length !== imageCount) {\n throw new Error(\n `Expected one mask per image found ${masks.length} masks and ${imageCount} images`\n );\n }\n\n let sourceExtent;\n let sourceOrigin;\n const sourceTileSizes = new Array(imageCount);\n const renderTileSizes = new Array(imageCount);\n const sourceResolutions = new Array(imageCount);\n\n nodataValues[sourceIndex] = new Array(imageCount);\n metadata[sourceIndex] = new Array(imageCount);\n\n for (let imageIndex = 0; imageIndex < imageCount; ++imageIndex) {\n const image = images[imageIndex];\n const nodataValue = image.getGDALNoData();\n metadata[sourceIndex][imageIndex] = image.getGDALMetadata(0);\n nodataValues[sourceIndex][imageIndex] = nodataValue;\n\n const wantedSamples = this.sourceInfo_[sourceIndex].bands;\n samplesPerPixel[sourceIndex] = wantedSamples\n ? wantedSamples.length\n : image.getSamplesPerPixel();\n const level = imageCount - (imageIndex + 1);\n\n if (!sourceExtent) {\n sourceExtent = getBoundingBox(image);\n }\n\n if (!sourceOrigin) {\n sourceOrigin = getOrigin(image);\n }\n\n const imageResolutions = getResolutions(image, images[0]);\n sourceResolutions[level] = imageResolutions[0];\n\n const sourceTileSize = [image.getTileWidth(), image.getTileHeight()];\n\n // request larger blocks for untiled layouts\n if (\n sourceTileSize[0] !== sourceTileSize[1] &&\n sourceTileSize[1] < defaultTileSize\n ) {\n sourceTileSize[0] = defaultTileSize;\n sourceTileSize[1] = defaultTileSize;\n }\n\n sourceTileSizes[level] = sourceTileSize;\n\n const aspectRatio = imageResolutions[0] / Math.abs(imageResolutions[1]);\n renderTileSizes[level] = [\n sourceTileSize[0],\n sourceTileSize[1] / aspectRatio,\n ];\n }\n\n if (!extent) {\n extent = sourceExtent;\n } else {\n getIntersection(extent, sourceExtent, extent);\n }\n\n if (!origin) {\n origin = sourceOrigin;\n } else {\n const message = `Origin mismatch for source ${sourceIndex}, got [${sourceOrigin}] but expected [${origin}]`;\n assertEqual(origin, sourceOrigin, 0, message, this.viewRejector);\n }\n\n if (!resolutions) {\n resolutions = sourceResolutions;\n this.resolutionFactors_[sourceIndex] = 1;\n } else {\n if (resolutions.length - minZoom > sourceResolutions.length) {\n minZoom = resolutions.length - sourceResolutions.length;\n }\n const resolutionFactor =\n resolutions[resolutions.length - 1] /\n sourceResolutions[sourceResolutions.length - 1];\n this.resolutionFactors_[sourceIndex] = resolutionFactor;\n const scaledSourceResolutions = sourceResolutions.map(\n (resolution) => (resolution *= resolutionFactor)\n );\n const message = `Resolution mismatch for source ${sourceIndex}, got [${scaledSourceResolutions}] but expected [${resolutions}]`;\n assertEqual(\n resolutions.slice(minZoom, resolutions.length),\n scaledSourceResolutions,\n 0.02,\n message,\n this.viewRejector\n );\n }\n\n if (!commonRenderTileSizes) {\n commonRenderTileSizes = renderTileSizes;\n } else {\n assertEqual(\n commonRenderTileSizes.slice(minZoom, commonRenderTileSizes.length),\n renderTileSizes,\n 0.01,\n `Tile size mismatch for source ${sourceIndex}`,\n this.viewRejector\n );\n }\n\n if (!commonSourceTileSizes) {\n commonSourceTileSizes = sourceTileSizes;\n } else {\n assertEqual(\n commonSourceTileSizes.slice(minZoom, commonSourceTileSizes.length),\n sourceTileSizes,\n 0,\n `Tile size mismatch for source ${sourceIndex}`,\n this.viewRejector\n );\n }\n\n this.sourceImagery_[sourceIndex] = images.reverse();\n this.sourceMasks_[sourceIndex] = masks.reverse();\n }\n\n for (let i = 0, ii = this.sourceImagery_.length; i < ii; ++i) {\n const sourceImagery = this.sourceImagery_[i];\n while (sourceImagery.length < resolutions.length) {\n sourceImagery.unshift(undefined);\n }\n }\n\n if (!this.getProjection()) {\n this.determineProjection(sources);\n }\n\n this.samplesPerPixel_ = samplesPerPixel;\n this.nodataValues_ = nodataValues;\n this.metadata_ = metadata;\n\n // decide if we need to add an alpha band to handle nodata\n outer: for (let sourceIndex = 0; sourceIndex < sourceCount; ++sourceIndex) {\n // option 1: source is configured with a nodata value\n if (this.sourceInfo_[sourceIndex].nodata !== undefined) {\n this.addAlpha_ = true;\n break;\n }\n if (this.sourceMasks_[sourceIndex].length) {\n this.addAlpha_ = true;\n break;\n }\n\n const values = nodataValues[sourceIndex];\n\n // option 2: check image metadata for limited bands\n const bands = this.sourceInfo_[sourceIndex].bands;\n if (bands) {\n for (let i = 0; i < bands.length; ++i) {\n if (values[bands[i] - 1] !== null) {\n this.addAlpha_ = true;\n break outer;\n }\n }\n continue;\n }\n\n // option 3: check image metadata for all bands\n for (let imageIndex = 0; imageIndex < values.length; ++imageIndex) {\n if (values[imageIndex] !== null) {\n this.addAlpha_ = true;\n break outer;\n }\n }\n }\n\n let bandCount = this.addAlpha_ ? 1 : 0;\n for (let sourceIndex = 0; sourceIndex < sourceCount; ++sourceIndex) {\n bandCount += samplesPerPixel[sourceIndex];\n }\n this.bandCount = bandCount;\n\n const tileGrid = new TileGrid({\n extent: extent,\n minZoom: minZoom,\n origin: origin,\n resolutions: resolutions,\n tileSizes: commonRenderTileSizes,\n });\n\n this.tileGrid = tileGrid;\n this.setTileSizes(commonSourceTileSizes);\n\n this.setLoader(this.loadTile_.bind(this));\n this.setState('ready');\n\n const zoom = 1;\n if (resolutions.length === 2) {\n resolutions = [resolutions[0], resolutions[1], resolutions[1] / 2];\n } else if (resolutions.length === 1) {\n resolutions = [resolutions[0] * 2, resolutions[0], resolutions[0] / 2];\n }\n\n this.viewResolver({\n showFullExtent: true,\n projection: this.projection,\n resolutions: resolutions,\n center: toUserCoordinate(getCenter(extent), this.projection),\n extent: toUserExtent(extent, this.projection),\n zoom: zoom,\n });\n }\n\n /**\n * @param {number} z The z tile index.\n * @param {number} x The x tile index.\n * @param {number} y The y tile index.\n * @return {Promise} The composed tile data.\n * @private\n */\n loadTile_(z, x, y) {\n const sourceTileSize = this.getTileSize(z);\n const sourceCount = this.sourceImagery_.length;\n const requests = new Array(sourceCount * 2);\n const nodataValues = this.nodataValues_;\n const sourceInfo = this.sourceInfo_;\n const pool = getWorkerPool();\n for (let sourceIndex = 0; sourceIndex < sourceCount; ++sourceIndex) {\n const source = sourceInfo[sourceIndex];\n const resolutionFactor = this.resolutionFactors_[sourceIndex];\n const pixelBounds = [\n Math.round(x * (sourceTileSize[0] * resolutionFactor)),\n Math.round(y * (sourceTileSize[1] * resolutionFactor)),\n Math.round((x + 1) * (sourceTileSize[0] * resolutionFactor)),\n Math.round((y + 1) * (sourceTileSize[1] * resolutionFactor)),\n ];\n const image = this.sourceImagery_[sourceIndex][z];\n let samples;\n if (source.bands) {\n samples = source.bands.map(function (bandNumber) {\n return bandNumber - 1;\n });\n }\n\n /** @type {number|Array} */\n let fillValue;\n if ('nodata' in source && source.nodata !== null) {\n fillValue = source.nodata;\n } else {\n if (!samples) {\n fillValue = nodataValues[sourceIndex];\n } else {\n fillValue = samples.map(function (sampleIndex) {\n return nodataValues[sourceIndex][sampleIndex];\n });\n }\n }\n\n const readOptions = {\n window: pixelBounds,\n width: sourceTileSize[0],\n height: sourceTileSize[1],\n samples: samples,\n fillValue: fillValue,\n pool: pool,\n interleave: false,\n };\n if (readRGB(this.convertToRGB_, image)) {\n requests[sourceIndex] = image.readRGB(readOptions);\n } else {\n requests[sourceIndex] = image.readRasters(readOptions);\n }\n\n // requests after `sourceCount` are for mask data (if any)\n const maskIndex = sourceCount + sourceIndex;\n const mask = this.sourceMasks_[sourceIndex][z];\n if (!mask) {\n requests[maskIndex] = Promise.resolve(null);\n continue;\n }\n\n requests[maskIndex] = mask.readRasters({\n window: pixelBounds,\n width: sourceTileSize[0],\n height: sourceTileSize[1],\n samples: [0],\n pool: pool,\n interleave: false,\n });\n }\n\n return Promise.all(requests)\n .then(this.composeTile_.bind(this, sourceTileSize))\n .catch(function (error) {\n logError(error);\n throw error;\n });\n }\n\n /**\n * @param {import(\"../size.js\").Size} sourceTileSize The source tile size.\n * @param {Array} sourceSamples The source samples.\n * @return {import(\"../DataTile.js\").Data} The composed tile data.\n * @private\n */\n composeTile_(sourceTileSize, sourceSamples) {\n const metadata = this.metadata_;\n const sourceInfo = this.sourceInfo_;\n const sourceCount = this.sourceImagery_.length;\n const bandCount = this.bandCount;\n const samplesPerPixel = this.samplesPerPixel_;\n const nodataValues = this.nodataValues_;\n const normalize = this.normalize_;\n const addAlpha = this.addAlpha_;\n\n const pixelCount = sourceTileSize[0] * sourceTileSize[1];\n const dataLength = pixelCount * bandCount;\n\n /** @type {Uint8Array|Float32Array} */\n let data;\n if (normalize) {\n data = new Uint8Array(dataLength);\n } else {\n data = new Float32Array(dataLength);\n }\n\n let dataIndex = 0;\n for (let pixelIndex = 0; pixelIndex < pixelCount; ++pixelIndex) {\n let transparent = addAlpha;\n for (let sourceIndex = 0; sourceIndex < sourceCount; ++sourceIndex) {\n const source = sourceInfo[sourceIndex];\n\n let min = source.min;\n let max = source.max;\n let gain, bias;\n if (normalize) {\n const stats = metadata[sourceIndex][0];\n if (min === undefined) {\n if (stats && STATISTICS_MINIMUM in stats) {\n min = parseFloat(stats[STATISTICS_MINIMUM]);\n } else {\n min = getMinForDataType(sourceSamples[sourceIndex][0]);\n }\n }\n if (max === undefined) {\n if (stats && STATISTICS_MAXIMUM in stats) {\n max = parseFloat(stats[STATISTICS_MAXIMUM]);\n } else {\n max = getMaxForDataType(sourceSamples[sourceIndex][0]);\n }\n }\n\n gain = 255 / (max - min);\n bias = -min * gain;\n }\n\n for (\n let sampleIndex = 0;\n sampleIndex < samplesPerPixel[sourceIndex];\n ++sampleIndex\n ) {\n const sourceValue =\n sourceSamples[sourceIndex][sampleIndex][pixelIndex];\n\n let value;\n if (normalize) {\n value = clamp(gain * sourceValue + bias, 0, 255);\n } else {\n value = sourceValue;\n }\n\n if (!addAlpha) {\n data[dataIndex] = value;\n } else {\n let nodata = source.nodata;\n if (nodata === undefined) {\n let bandIndex;\n if (source.bands) {\n bandIndex = source.bands[sampleIndex] - 1;\n } else {\n bandIndex = sampleIndex;\n }\n nodata = nodataValues[sourceIndex][bandIndex];\n }\n\n const nodataIsNaN = isNaN(nodata);\n if (\n (!nodataIsNaN && sourceValue !== nodata) ||\n (nodataIsNaN && !isNaN(sourceValue))\n ) {\n transparent = false;\n data[dataIndex] = value;\n }\n }\n dataIndex++;\n }\n if (!transparent) {\n const maskIndex = sourceCount + sourceIndex;\n const mask = sourceSamples[maskIndex];\n if (mask && !mask[0][pixelIndex]) {\n transparent = true;\n }\n }\n }\n if (addAlpha) {\n if (!transparent) {\n data[dataIndex] = 255;\n }\n dataIndex++;\n }\n }\n\n return data;\n }\n}\n\n/**\n * Get a promise for view properties based on the source. Use the result of this function\n * as the `view` option in a map constructor.\n *\n * const source = new GeoTIFF(options);\n *\n * const map = new Map({\n * target: 'map',\n * layers: [\n * new TileLayer({\n * source: source,\n * }),\n * ],\n * view: source.getView(),\n * });\n *\n * @function\n * @return {Promise} A promise for view-related properties.\n * @api\n *\n */\nGeoTIFFSource.prototype.getView;\n\nexport default GeoTIFFSource;\n","/**\n * @module ol/source/Zoomify\n */\nimport {DEFAULT_TILE_SIZE} from '../tilegrid/common.js';\n\nimport ImageTile from '../ImageTile.js';\nimport TileGrid from '../tilegrid/TileGrid.js';\nimport TileImage from './TileImage.js';\nimport TileState from '../TileState.js';\nimport {createCanvasContext2D} from '../dom.js';\nimport {createFromTileUrlFunctions, expandUrl} from '../tileurlfunction.js';\nimport {getCenter} from '../extent.js';\nimport {toSize} from '../size.js';\n\n/**\n * @typedef {'default' | 'truncated'} TierSizeCalculation\n */\n\nexport class CustomTile extends ImageTile {\n /**\n * @param {import(\"../size.js\").Size} tileSize Full tile size.\n * @param {import(\"../tilecoord.js\").TileCoord} tileCoord Tile coordinate.\n * @param {import(\"../TileState.js\").default} state State.\n * @param {string} src Image source URI.\n * @param {?string} crossOrigin Cross origin.\n * @param {import(\"../Tile.js\").LoadFunction} tileLoadFunction Tile load function.\n * @param {import(\"../Tile.js\").Options} [options] Tile options.\n */\n constructor(\n tileSize,\n tileCoord,\n state,\n src,\n crossOrigin,\n tileLoadFunction,\n options\n ) {\n super(tileCoord, state, src, crossOrigin, tileLoadFunction, options);\n\n /**\n * @private\n * @type {HTMLCanvasElement|HTMLImageElement|HTMLVideoElement}\n */\n this.zoomifyImage_ = null;\n\n /**\n * @type {import(\"../size.js\").Size}\n */\n this.tileSize_ = tileSize;\n }\n\n /**\n * Get the image element for this tile.\n * @return {HTMLCanvasElement|HTMLImageElement|HTMLVideoElement} Image.\n */\n getImage() {\n if (this.zoomifyImage_) {\n return this.zoomifyImage_;\n }\n const image = super.getImage();\n if (this.state == TileState.LOADED) {\n const tileSize = this.tileSize_;\n if (image.width == tileSize[0] && image.height == tileSize[1]) {\n this.zoomifyImage_ = image;\n return image;\n }\n const context = createCanvasContext2D(tileSize[0], tileSize[1]);\n context.drawImage(image, 0, 0);\n this.zoomifyImage_ = context.canvas;\n return context.canvas;\n }\n return image;\n }\n}\n\n/**\n * @typedef {Object} Options\n * @property {import(\"./Source.js\").AttributionLike} [attributions] Attributions.\n * @property {number} [cacheSize] Initial tile cache size. Will auto-grow to hold at least the number of tiles in the viewport.\n * @property {null|string} [crossOrigin] The `crossOrigin` attribute for loaded images. Note that\n * you must provide a `crossOrigin` value you want to access pixel data with the Canvas renderer.\n * See https://developer.mozilla.org/en-US/docs/Web/HTML/CORS_enabled_image for more detail.\n * @property {boolean} [interpolate=true] Use interpolated values when resampling. By default,\n * linear interpolation is used when resampling. Set to false to use the nearest neighbor instead.\n * @property {import(\"../proj.js\").ProjectionLike} [projection] Projection.\n * @property {number} [tilePixelRatio] The pixel ratio used by the tile service. For example, if the tile service advertizes 256px by 256px tiles but actually sends 512px by 512px images (for retina/hidpi devices) then `tilePixelRatio` should be set to `2`\n * @property {number} [reprojectionErrorThreshold=0.5] Maximum allowed reprojection error (in pixels).\n * Higher values can increase reprojection performance, but decrease precision.\n * @property {string} url URL template or base URL of the Zoomify service.\n * A base URL is the fixed part\n * of the URL, excluding the tile group, z, x, and y folder structure, e.g.\n * `http://my.zoomify.info/IMAGE.TIF/`. A URL template must include\n * `{TileGroup}`, `{x}`, `{y}`, and `{z}` placeholders, e.g.\n * `http://my.zoomify.info/IMAGE.TIF/{TileGroup}/{z}-{x}-{y}.jpg`.\n * Internet Imaging Protocol (IIP) with JTL extension can be also used with\n * `{tileIndex}` and `{z}` placeholders, e.g.\n * `http://my.zoomify.info?FIF=IMAGE.TIF&JTL={z},{tileIndex}`.\n * A `{?-?}` template pattern, for example `subdomain{a-f}.domain.com`, may be\n * used instead of defining each one separately in the `urls` option.\n * @property {TierSizeCalculation} [tierSizeCalculation] Tier size calculation method: `default` or `truncated`.\n * @property {import(\"../size.js\").Size} size Size.\n * @property {import(\"../extent.js\").Extent} [extent] Extent for the TileGrid that is created.\n * Default sets the TileGrid in the\n * fourth quadrant, meaning extent is `[0, -height, width, 0]`. To change the\n * extent to the first quadrant (the default for OpenLayers 2) set the extent\n * as `[0, 0, width, height]`.\n * @property {number} [transition] Duration of the opacity transition for rendering.\n * To disable the opacity transition, pass `transition: 0`.\n * @property {number} [tileSize=256] Tile size. Same tile size is used for all zoom levels.\n * @property {number|import(\"../array.js\").NearestDirectionFunction} [zDirection=0]\n * Choose whether to use tiles with a higher or lower zoom level when between integer\n * zoom levels. See {@link module:ol/tilegrid/TileGrid~TileGrid#getZForResolution}.\n */\n\n/**\n * @classdesc\n * Layer source for tile data in Zoomify format (both Zoomify and Internet\n * Imaging Protocol are supported).\n * @api\n */\nclass Zoomify extends TileImage {\n /**\n * @param {Options} options Options.\n */\n constructor(options) {\n const size = options.size;\n const tierSizeCalculation =\n options.tierSizeCalculation !== undefined\n ? options.tierSizeCalculation\n : 'default';\n\n const tilePixelRatio = options.tilePixelRatio || 1;\n const imageWidth = size[0];\n const imageHeight = size[1];\n const tierSizeInTiles = [];\n const tileSize = options.tileSize || DEFAULT_TILE_SIZE;\n let tileSizeForTierSizeCalculation = tileSize * tilePixelRatio;\n\n switch (tierSizeCalculation) {\n case 'default':\n while (\n imageWidth > tileSizeForTierSizeCalculation ||\n imageHeight > tileSizeForTierSizeCalculation\n ) {\n tierSizeInTiles.push([\n Math.ceil(imageWidth / tileSizeForTierSizeCalculation),\n Math.ceil(imageHeight / tileSizeForTierSizeCalculation),\n ]);\n tileSizeForTierSizeCalculation += tileSizeForTierSizeCalculation;\n }\n break;\n case 'truncated':\n let width = imageWidth;\n let height = imageHeight;\n while (\n width > tileSizeForTierSizeCalculation ||\n height > tileSizeForTierSizeCalculation\n ) {\n tierSizeInTiles.push([\n Math.ceil(width / tileSizeForTierSizeCalculation),\n Math.ceil(height / tileSizeForTierSizeCalculation),\n ]);\n width >>= 1;\n height >>= 1;\n }\n break;\n default:\n throw new Error('Unknown `tierSizeCalculation` configured');\n }\n\n tierSizeInTiles.push([1, 1]);\n tierSizeInTiles.reverse();\n\n const resolutions = [tilePixelRatio];\n const tileCountUpToTier = [0];\n for (let i = 1, ii = tierSizeInTiles.length; i < ii; i++) {\n resolutions.push(tilePixelRatio << i);\n tileCountUpToTier.push(\n tierSizeInTiles[i - 1][0] * tierSizeInTiles[i - 1][1] +\n tileCountUpToTier[i - 1]\n );\n }\n resolutions.reverse();\n\n const tileGrid = new TileGrid({\n tileSize: tileSize,\n extent: options.extent || [0, -imageHeight, imageWidth, 0],\n resolutions: resolutions,\n });\n\n let url = options.url;\n if (url && !url.includes('{TileGroup}') && !url.includes('{tileIndex}')) {\n url += '{TileGroup}/{z}-{x}-{y}.jpg';\n }\n const urls = expandUrl(url);\n\n let tileWidth = tileSize * tilePixelRatio;\n\n /**\n * @param {string} template Template.\n * @return {import(\"../Tile.js\").UrlFunction} Tile URL function.\n */\n function createFromTemplate(template) {\n return (\n /**\n * @param {import(\"../tilecoord.js\").TileCoord} tileCoord Tile Coordinate.\n * @param {number} pixelRatio Pixel ratio.\n * @param {import(\"../proj/Projection.js\").default} projection Projection.\n * @return {string|undefined} Tile URL.\n */\n function (tileCoord, pixelRatio, projection) {\n if (!tileCoord) {\n return undefined;\n }\n const tileCoordZ = tileCoord[0];\n const tileCoordX = tileCoord[1];\n const tileCoordY = tileCoord[2];\n const tileIndex =\n tileCoordX + tileCoordY * tierSizeInTiles[tileCoordZ][0];\n const tileGroup =\n ((tileIndex + tileCountUpToTier[tileCoordZ]) / tileWidth) | 0;\n const localContext = {\n 'z': tileCoordZ,\n 'x': tileCoordX,\n 'y': tileCoordY,\n 'tileIndex': tileIndex,\n 'TileGroup': 'TileGroup' + tileGroup,\n };\n return template.replace(/\\{(\\w+?)\\}/g, function (m, p) {\n return localContext[p];\n });\n }\n );\n }\n\n const tileUrlFunction = createFromTileUrlFunctions(\n urls.map(createFromTemplate)\n );\n\n const ZoomifyTileClass = CustomTile.bind(\n null,\n toSize(tileSize * tilePixelRatio)\n );\n\n super({\n attributions: options.attributions,\n cacheSize: options.cacheSize,\n crossOrigin: options.crossOrigin,\n interpolate: options.interpolate,\n projection: options.projection,\n tilePixelRatio: tilePixelRatio,\n reprojectionErrorThreshold: options.reprojectionErrorThreshold,\n tileClass: ZoomifyTileClass,\n tileGrid: tileGrid,\n tileUrlFunction: tileUrlFunction,\n transition: options.transition,\n });\n\n /**\n * @type {number|import(\"../array.js\").NearestDirectionFunction}\n */\n this.zDirection = options.zDirection;\n\n // Server retina tile detection (non-standard):\n // Try loading the center tile for the highest resolution. If it is not\n // available, we are dealing with retina tiles, and need to adjust the\n // tile url calculation.\n const tileUrl = tileGrid.getTileCoordForCoordAndResolution(\n getCenter(tileGrid.getExtent()),\n resolutions[resolutions.length - 1]\n );\n const testTileUrl = tileUrlFunction(tileUrl, 1, null);\n const image = new Image();\n image.addEventListener('error', () => {\n tileWidth = tileSize;\n this.changed();\n });\n image.src = testTileUrl;\n }\n}\n\nexport default Zoomify;\n","/**\n * @module ol/format/IIIFInfo\n */\n\nimport {assert} from '../asserts.js';\n\n/**\n * @typedef {Object} PreferredOptions\n * @property {string} [format] Preferred image format. Will be used if the image information\n * indicates support for that format.\n * @property {string} [quality] IIIF image qualitiy. Will be used if the image information\n * indicates support for that quality.\n */\n\n/**\n * @typedef {Object} SupportedFeatures\n * @property {Array} [supports] Supported IIIF image size and region\n * calculation features.\n * @property {Array} [formats] Supported image formats.\n * @property {Array} [qualities] Supported IIIF image qualities.\n */\n\n/**\n * @typedef {Object} TileInfo\n * @property {Array} scaleFactors Supported resolution scaling factors.\n * @property {number} width Tile width in pixels.\n * @property {number} [height] Tile height in pixels. Same as tile width if height is\n * not given.\n */\n\n/**\n * @typedef {Object} IiifProfile\n * @property {Array} [formats] Supported image formats for the image service.\n * @property {Array} [qualities] Supported IIIF image qualities.\n * @property {Array} [supports] Supported features.\n * @property {number} [maxArea] Maximum area (pixels) available for this image service.\n * @property {number} [maxHeight] Maximum height.\n * @property {number} [maxWidth] Maximum width.\n */\n\n/**\n * @typedef {Object|TileInfo>>}\n * ImageInformationResponse\n */\n\n/**\n * Enum representing the major IIIF Image API versions\n * @enum {string}\n */\nexport const Versions = {\n VERSION1: 'version1',\n VERSION2: 'version2',\n VERSION3: 'version3',\n};\n\n/**\n * Supported image formats, qualities and supported region / size calculation features\n * for different image API versions and compliance levels\n * @const\n * @type {Object>}\n */\nconst IIIF_PROFILE_VALUES = {};\nIIIF_PROFILE_VALUES[Versions.VERSION1] = {\n 'level0': {\n supports: [],\n formats: [],\n qualities: ['native'],\n },\n 'level1': {\n supports: ['regionByPx', 'sizeByW', 'sizeByH', 'sizeByPct'],\n formats: ['jpg'],\n qualities: ['native'],\n },\n 'level2': {\n supports: [\n 'regionByPx',\n 'regionByPct',\n 'sizeByW',\n 'sizeByH',\n 'sizeByPct',\n 'sizeByConfinedWh',\n 'sizeByWh',\n ],\n formats: ['jpg', 'png'],\n qualities: ['native', 'color', 'grey', 'bitonal'],\n },\n};\nIIIF_PROFILE_VALUES[Versions.VERSION2] = {\n 'level0': {\n supports: [],\n formats: ['jpg'],\n qualities: ['default'],\n },\n 'level1': {\n supports: ['regionByPx', 'sizeByW', 'sizeByH', 'sizeByPct'],\n formats: ['jpg'],\n qualities: ['default'],\n },\n 'level2': {\n supports: [\n 'regionByPx',\n 'regionByPct',\n 'sizeByW',\n 'sizeByH',\n 'sizeByPct',\n 'sizeByConfinedWh',\n 'sizeByDistortedWh',\n 'sizeByWh',\n ],\n formats: ['jpg', 'png'],\n qualities: ['default', 'bitonal'],\n },\n};\nIIIF_PROFILE_VALUES[Versions.VERSION3] = {\n 'level0': {\n supports: [],\n formats: ['jpg'],\n qualities: ['default'],\n },\n 'level1': {\n supports: ['regionByPx', 'regionSquare', 'sizeByW', 'sizeByH', 'sizeByWh'],\n formats: ['jpg'],\n qualities: ['default'],\n },\n 'level2': {\n supports: [\n 'regionByPx',\n 'regionSquare',\n 'regionByPct',\n 'sizeByW',\n 'sizeByH',\n 'sizeByPct',\n 'sizeByConfinedWh',\n 'sizeByWh',\n ],\n formats: ['jpg', 'png'],\n qualities: ['default'],\n },\n};\nIIIF_PROFILE_VALUES['none'] = {\n 'none': {\n supports: [],\n formats: [],\n qualities: [],\n },\n};\n\nconst COMPLIANCE_VERSION1 =\n /^https?:\\/\\/library\\.stanford\\.edu\\/iiif\\/image-api\\/(?:1\\.1\\/)?compliance\\.html#level[0-2]$/;\nconst COMPLIANCE_VERSION2 =\n /^https?:\\/\\/iiif\\.io\\/api\\/image\\/2\\/level[0-2](?:\\.json)?$/;\nconst COMPLIANCE_VERSION3 =\n /(^https?:\\/\\/iiif\\.io\\/api\\/image\\/3\\/level[0-2](?:\\.json)?$)|(^level[0-2]$)/;\n\nfunction generateVersion1Options(iiifInfo) {\n let levelProfile = iiifInfo.getComplianceLevelSupportedFeatures();\n // Version 1.0 and 1.1 do not require a profile.\n if (levelProfile === undefined) {\n levelProfile = IIIF_PROFILE_VALUES[Versions.VERSION1]['level0'];\n }\n return {\n url:\n iiifInfo.imageInfo['@id'] === undefined\n ? undefined\n : iiifInfo.imageInfo['@id'].replace(/\\/?(?:info\\.json)?$/g, ''),\n supports: levelProfile.supports,\n formats: [\n ...levelProfile.formats,\n iiifInfo.imageInfo.formats === undefined\n ? []\n : iiifInfo.imageInfo.formats,\n ],\n qualities: [\n ...levelProfile.qualities,\n iiifInfo.imageInfo.qualities === undefined\n ? []\n : iiifInfo.imageInfo.qualities,\n ],\n resolutions: iiifInfo.imageInfo.scale_factors,\n tileSize:\n iiifInfo.imageInfo.tile_width !== undefined\n ? iiifInfo.imageInfo.tile_height !== undefined\n ? [iiifInfo.imageInfo.tile_width, iiifInfo.imageInfo.tile_height]\n : [iiifInfo.imageInfo.tile_width, iiifInfo.imageInfo.tile_width]\n : iiifInfo.imageInfo.tile_height != undefined\n ? [iiifInfo.imageInfo.tile_height, iiifInfo.imageInfo.tile_height]\n : undefined,\n };\n}\n\nfunction generateVersion2Options(iiifInfo) {\n const levelProfile = iiifInfo.getComplianceLevelSupportedFeatures(),\n additionalProfile =\n Array.isArray(iiifInfo.imageInfo.profile) &&\n iiifInfo.imageInfo.profile.length > 1,\n profileSupports =\n additionalProfile && iiifInfo.imageInfo.profile[1].supports\n ? iiifInfo.imageInfo.profile[1].supports\n : [],\n profileFormats =\n additionalProfile && iiifInfo.imageInfo.profile[1].formats\n ? iiifInfo.imageInfo.profile[1].formats\n : [],\n profileQualities =\n additionalProfile && iiifInfo.imageInfo.profile[1].qualities\n ? iiifInfo.imageInfo.profile[1].qualities\n : [];\n return {\n url: iiifInfo.imageInfo['@id'].replace(/\\/?(?:info\\.json)?$/g, ''),\n sizes:\n iiifInfo.imageInfo.sizes === undefined\n ? undefined\n : iiifInfo.imageInfo.sizes.map(function (size) {\n return [size.width, size.height];\n }),\n tileSize:\n iiifInfo.imageInfo.tiles === undefined\n ? undefined\n : [\n iiifInfo.imageInfo.tiles.map(function (tile) {\n return tile.width;\n })[0],\n iiifInfo.imageInfo.tiles.map(function (tile) {\n return tile.height === undefined ? tile.width : tile.height;\n })[0],\n ],\n resolutions:\n iiifInfo.imageInfo.tiles === undefined\n ? undefined\n : iiifInfo.imageInfo.tiles.map(function (tile) {\n return tile.scaleFactors;\n })[0],\n supports: [...levelProfile.supports, ...profileSupports],\n formats: [...levelProfile.formats, ...profileFormats],\n qualities: [...levelProfile.qualities, ...profileQualities],\n };\n}\n\nfunction generateVersion3Options(iiifInfo) {\n const levelProfile = iiifInfo.getComplianceLevelSupportedFeatures(),\n formats =\n iiifInfo.imageInfo.extraFormats === undefined\n ? levelProfile.formats\n : [...levelProfile.formats, ...iiifInfo.imageInfo.extraFormats],\n preferredFormat =\n iiifInfo.imageInfo.preferredFormats !== undefined &&\n Array.isArray(iiifInfo.imageInfo.preferredFormats) &&\n iiifInfo.imageInfo.preferredFormats.length > 0\n ? iiifInfo.imageInfo.preferredFormats\n .filter(function (format) {\n return ['jpg', 'png', 'gif'].includes(format);\n })\n .reduce(function (acc, format) {\n return acc === undefined && formats.includes(format)\n ? format\n : acc;\n }, undefined)\n : undefined;\n return {\n url: iiifInfo.imageInfo['id'],\n sizes:\n iiifInfo.imageInfo.sizes === undefined\n ? undefined\n : iiifInfo.imageInfo.sizes.map(function (size) {\n return [size.width, size.height];\n }),\n tileSize:\n iiifInfo.imageInfo.tiles === undefined\n ? undefined\n : [\n iiifInfo.imageInfo.tiles.map(function (tile) {\n return tile.width;\n })[0],\n iiifInfo.imageInfo.tiles.map(function (tile) {\n return tile.height;\n })[0],\n ],\n resolutions:\n iiifInfo.imageInfo.tiles === undefined\n ? undefined\n : iiifInfo.imageInfo.tiles.map(function (tile) {\n return tile.scaleFactors;\n })[0],\n supports:\n iiifInfo.imageInfo.extraFeatures === undefined\n ? levelProfile.supports\n : [...levelProfile.supports, ...iiifInfo.imageInfo.extraFeatures],\n formats: formats,\n qualities:\n iiifInfo.imageInfo.extraQualities === undefined\n ? levelProfile.qualities\n : [...levelProfile.qualities, ...iiifInfo.imageInfo.extraQualities],\n preferredFormat: preferredFormat,\n };\n}\n\nconst versionFunctions = {};\nversionFunctions[Versions.VERSION1] = generateVersion1Options;\nversionFunctions[Versions.VERSION2] = generateVersion2Options;\nversionFunctions[Versions.VERSION3] = generateVersion3Options;\n\n/**\n * @classdesc\n * Format for transforming IIIF Image API image information responses into\n * IIIF tile source ready options\n *\n * @api\n */\nclass IIIFInfo {\n /**\n * @param {string|ImageInformationResponse} imageInfo\n * Deserialized image information JSON response object or JSON response as string\n */\n constructor(imageInfo) {\n this.setImageInfo(imageInfo);\n }\n\n /**\n * @param {string|ImageInformationResponse} imageInfo\n * Deserialized image information JSON response object or JSON response as string\n * @api\n */\n setImageInfo(imageInfo) {\n if (typeof imageInfo == 'string') {\n this.imageInfo = JSON.parse(imageInfo);\n } else {\n this.imageInfo = imageInfo;\n }\n }\n\n /**\n * @return {Versions|undefined} Major IIIF version.\n * @api\n */\n getImageApiVersion() {\n if (this.imageInfo === undefined) {\n return undefined;\n }\n let context = this.imageInfo['@context'] || 'ol-no-context';\n if (typeof context == 'string') {\n context = [context];\n }\n for (let i = 0; i < context.length; i++) {\n switch (context[i]) {\n case 'http://library.stanford.edu/iiif/image-api/1.1/context.json':\n case 'http://iiif.io/api/image/1/context.json':\n return Versions.VERSION1;\n case 'http://iiif.io/api/image/2/context.json':\n return Versions.VERSION2;\n case 'http://iiif.io/api/image/3/context.json':\n return Versions.VERSION3;\n case 'ol-no-context':\n // Image API 1.0 has no '@context'\n if (\n this.getComplianceLevelEntryFromProfile(Versions.VERSION1) &&\n this.imageInfo.identifier\n ) {\n return Versions.VERSION1;\n }\n break;\n default:\n }\n }\n assert(\n false,\n 'Cannot determine IIIF Image API version from provided image information JSON'\n );\n }\n\n /**\n * @param {Versions} version Optional IIIF image API version\n * @return {string|undefined} Compliance level as it appears in the IIIF image information\n * response.\n */\n getComplianceLevelEntryFromProfile(version) {\n if (this.imageInfo === undefined || this.imageInfo.profile === undefined) {\n return undefined;\n }\n if (version === undefined) {\n version = this.getImageApiVersion();\n }\n switch (version) {\n case Versions.VERSION1:\n if (COMPLIANCE_VERSION1.test(this.imageInfo.profile)) {\n return this.imageInfo.profile;\n }\n break;\n case Versions.VERSION3:\n if (COMPLIANCE_VERSION3.test(this.imageInfo.profile)) {\n return this.imageInfo.profile;\n }\n break;\n case Versions.VERSION2:\n if (\n typeof this.imageInfo.profile === 'string' &&\n COMPLIANCE_VERSION2.test(this.imageInfo.profile)\n ) {\n return this.imageInfo.profile;\n }\n if (\n Array.isArray(this.imageInfo.profile) &&\n this.imageInfo.profile.length > 0 &&\n typeof this.imageInfo.profile[0] === 'string' &&\n COMPLIANCE_VERSION2.test(this.imageInfo.profile[0])\n ) {\n return this.imageInfo.profile[0];\n }\n break;\n default:\n }\n return undefined;\n }\n\n /**\n * @param {Versions} version Optional IIIF image API version\n * @return {string} Compliance level, on of 'level0', 'level1' or 'level2' or undefined\n */\n getComplianceLevelFromProfile(version) {\n const complianceLevel = this.getComplianceLevelEntryFromProfile(version);\n if (complianceLevel === undefined) {\n return undefined;\n }\n const level = complianceLevel.match(/level[0-2](?:\\.json)?$/g);\n return Array.isArray(level) ? level[0].replace('.json', '') : undefined;\n }\n\n /**\n * @return {SupportedFeatures|undefined} Image formats, qualities and region / size calculation\n * methods that are supported by the IIIF service.\n */\n getComplianceLevelSupportedFeatures() {\n if (this.imageInfo === undefined) {\n return undefined;\n }\n const version = this.getImageApiVersion();\n const level = this.getComplianceLevelFromProfile(version);\n if (level === undefined) {\n return IIIF_PROFILE_VALUES['none']['none'];\n }\n return IIIF_PROFILE_VALUES[version][level];\n }\n\n /**\n * @param {PreferredOptions} [preferredOptions] Optional options for preferred format and quality.\n * @return {import(\"../source/IIIF.js\").Options|undefined} IIIF tile source ready constructor options.\n * @api\n */\n getTileSourceOptions(preferredOptions) {\n const options = preferredOptions || {},\n version = this.getImageApiVersion();\n if (version === undefined) {\n return undefined;\n }\n const imageOptions =\n version === undefined ? undefined : versionFunctions[version](this);\n if (imageOptions === undefined) {\n return undefined;\n }\n return {\n url: imageOptions.url,\n version: version,\n size: [this.imageInfo.width, this.imageInfo.height],\n sizes: imageOptions.sizes,\n format:\n options.format !== undefined &&\n imageOptions.formats.includes(options.format)\n ? options.format\n : imageOptions.preferredFormat !== undefined\n ? imageOptions.preferredFormat\n : 'jpg',\n supports: imageOptions.supports,\n quality:\n options.quality && imageOptions.qualities.includes(options.quality)\n ? options.quality\n : imageOptions.qualities.includes('native')\n ? 'native'\n : 'default',\n resolutions: Array.isArray(imageOptions.resolutions)\n ? imageOptions.resolutions.sort(function (a, b) {\n return b - a;\n })\n : undefined,\n tileSize: imageOptions.tileSize,\n };\n }\n}\n\nexport default IIIFInfo;\n","/**\n * @module ol/source/IIIF\n */\n\nimport TileGrid from '../tilegrid/TileGrid.js';\nimport TileImage from './TileImage.js';\nimport {CustomTile} from './Zoomify.js';\nimport {DEFAULT_TILE_SIZE} from '../tilegrid/common.js';\nimport {Versions} from '../format/IIIFInfo.js';\nimport {assert} from '../asserts.js';\nimport {getTopLeft} from '../extent.js';\nimport {toSize} from '../size.js';\n\n/**\n * @typedef {Object} Options\n * @property {import(\"./Source.js\").AttributionLike} [attributions] Attributions.\n * @property {boolean} [attributionsCollapsible=true] Attributions are collapsible.\n * @property {number} [cacheSize] Size of the cache.\n * @property {null|string} [crossOrigin] The value for the crossOrigin option of the request.\n * @property {import(\"../extent.js\").Extent} [extent=[0, -height, width, 0]] The extent.\n * @property {string} [format='jpg'] Requested image format.\n * @property {boolean} [interpolate=true] Use interpolated values when resampling. By default,\n * linear interpolation is used when resampling. Set to false to use the nearest neighbor instead.\n * @property {import(\"../proj.js\").ProjectionLike} [projection] Projection.\n * @property {string} [quality] Requested IIIF image quality. Default is 'native'\n * for version 1, 'default' for versions 2 and 3.\n * @property {number} [reprojectionErrorThreshold=0.5] Maximum allowed reprojection error (in pixels).\n * Higher values can increase reprojection performance, but decrease precision.\n * @property {Array} [resolutions] Supported resolutions as given in IIIF 'scaleFactors'\n * @property {import(\"../size.js\").Size} size Size of the image [width, height].\n * @property {Array} [sizes] Supported scaled image sizes.\n * Content of the IIIF info.json 'sizes' property, but as array of Size objects.\n * @property {import(\"./Source.js\").State} [state] Source state.\n * @property {Array} [supports=[]] Supported IIIF region and size calculation\n * features.\n * @property {number} [tilePixelRatio] Tile pixel ratio.\n * @property {number|import(\"../size.js\").Size} [tileSize] Tile size.\n * Same tile size is used for all zoom levels. If tile size is a number,\n * a square tile is assumed. If the IIIF image service supports arbitrary\n * tiling (sizeByH, sizeByW, sizeByWh or sizeByPct as well as regionByPx or regionByPct\n * are supported), the default tilesize is 256.\n * @property {number} [transition] Transition.\n * @property {string} [url] Base URL of the IIIF Image service.\n * This should be the same as the IIIF Image ID.\n * @property {import(\"../format/IIIFInfo.js\").Versions} [version=Versions.VERSION2] Service's IIIF Image API version.\n * @property {number|import(\"../array.js\").NearestDirectionFunction} [zDirection=0]\n * Choose whether to use tiles with a higher or lower zoom level when between integer\n * zoom levels. See {@link module:ol/tilegrid/TileGrid~TileGrid#getZForResolution}.\n */\n\nfunction formatPercentage(percentage) {\n return percentage.toLocaleString('en', {maximumFractionDigits: 10});\n}\n\n/**\n * @classdesc\n * Layer source for IIIF Image API services.\n * @api\n */\nclass IIIF extends TileImage {\n /**\n * @param {Options} [options] Tile source options. Use {@link import(\"../format/IIIFInfo.js\").IIIFInfo}\n * to parse Image API service information responses into constructor options.\n * @api\n */\n constructor(options) {\n /**\n * @type {Partial}\n */\n const partialOptions = options || {};\n\n let baseUrl = partialOptions.url || '';\n baseUrl =\n baseUrl +\n (baseUrl.lastIndexOf('/') === baseUrl.length - 1 || baseUrl === ''\n ? ''\n : '/');\n const version = partialOptions.version || Versions.VERSION2;\n const sizes = partialOptions.sizes || [];\n const size = partialOptions.size;\n assert(\n size != undefined &&\n Array.isArray(size) &&\n size.length == 2 &&\n !isNaN(size[0]) &&\n size[0] > 0 &&\n !isNaN(size[1]) &&\n size[1] > 0,\n 'Missing or invalid `size`'\n );\n const width = size[0];\n const height = size[1];\n const tileSize = partialOptions.tileSize;\n const tilePixelRatio = partialOptions.tilePixelRatio || 1;\n const format = partialOptions.format || 'jpg';\n const quality =\n partialOptions.quality ||\n (partialOptions.version == Versions.VERSION1 ? 'native' : 'default');\n let resolutions = partialOptions.resolutions || [];\n const supports = partialOptions.supports || [];\n const extent = partialOptions.extent || [0, -height, width, 0];\n\n const supportsListedSizes =\n sizes != undefined && Array.isArray(sizes) && sizes.length > 0;\n const supportsListedTiles =\n tileSize !== undefined &&\n ((typeof tileSize === 'number' &&\n Number.isInteger(tileSize) &&\n tileSize > 0) ||\n (Array.isArray(tileSize) && tileSize.length > 0));\n const supportsArbitraryTiling =\n supports != undefined &&\n Array.isArray(supports) &&\n (supports.includes('regionByPx') || supports.includes('regionByPct')) &&\n (supports.includes('sizeByWh') ||\n supports.includes('sizeByH') ||\n supports.includes('sizeByW') ||\n supports.includes('sizeByPct'));\n\n let tileWidth, tileHeight, maxZoom;\n\n resolutions.sort(function (a, b) {\n return b - a;\n });\n\n if (supportsListedTiles || supportsArbitraryTiling) {\n if (tileSize != undefined) {\n if (\n typeof tileSize === 'number' &&\n Number.isInteger(tileSize) &&\n tileSize > 0\n ) {\n tileWidth = tileSize;\n tileHeight = tileSize;\n } else if (Array.isArray(tileSize) && tileSize.length > 0) {\n if (\n tileSize.length == 1 ||\n (tileSize[1] == undefined && Number.isInteger(tileSize[0]))\n ) {\n tileWidth = tileSize[0];\n tileHeight = tileSize[0];\n }\n if (tileSize.length == 2) {\n if (\n Number.isInteger(tileSize[0]) &&\n Number.isInteger(tileSize[1])\n ) {\n tileWidth = tileSize[0];\n tileHeight = tileSize[1];\n } else if (\n tileSize[0] == undefined &&\n Number.isInteger(tileSize[1])\n ) {\n tileWidth = tileSize[1];\n tileHeight = tileSize[1];\n }\n }\n }\n }\n if (tileWidth === undefined || tileHeight === undefined) {\n tileWidth = DEFAULT_TILE_SIZE;\n tileHeight = DEFAULT_TILE_SIZE;\n }\n if (resolutions.length == 0) {\n maxZoom = Math.max(\n Math.ceil(Math.log(width / tileWidth) / Math.LN2),\n Math.ceil(Math.log(height / tileHeight) / Math.LN2)\n );\n for (let i = maxZoom; i >= 0; i--) {\n resolutions.push(Math.pow(2, i));\n }\n } else {\n const maxScaleFactor = Math.max(...resolutions);\n // TODO maxScaleFactor might not be a power to 2\n maxZoom = Math.round(Math.log(maxScaleFactor) / Math.LN2);\n }\n } else {\n // No tile support.\n tileWidth = width;\n tileHeight = height;\n resolutions = [];\n if (supportsListedSizes) {\n /*\n * 'sizes' provided. Use full region in different resolutions. Every\n * resolution has only one tile.\n */\n sizes.sort(function (a, b) {\n return a[0] - b[0];\n });\n maxZoom = -1;\n const ignoredSizesIndex = [];\n for (let i = 0; i < sizes.length; i++) {\n const resolution = width / sizes[i][0];\n if (\n resolutions.length > 0 &&\n resolutions[resolutions.length - 1] == resolution\n ) {\n ignoredSizesIndex.push(i);\n continue;\n }\n resolutions.push(resolution);\n maxZoom++;\n }\n if (ignoredSizesIndex.length > 0) {\n for (let i = 0; i < ignoredSizesIndex.length; i++) {\n sizes.splice(ignoredSizesIndex[i] - i, 1);\n }\n }\n } else {\n // No useful image information at all. Try pseudo tile with full image.\n resolutions.push(1);\n sizes.push([width, height]);\n maxZoom = 0;\n }\n }\n\n const tileGrid = new TileGrid({\n tileSize: [tileWidth, tileHeight],\n extent: extent,\n origin: getTopLeft(extent),\n resolutions: resolutions,\n });\n\n const tileUrlFunction = function (tileCoord, pixelRatio, projection) {\n let regionParam, sizeParam;\n const zoom = tileCoord[0];\n if (zoom > maxZoom) {\n return;\n }\n const tileX = tileCoord[1],\n tileY = tileCoord[2],\n scale = resolutions[zoom];\n if (\n tileX === undefined ||\n tileY === undefined ||\n scale === undefined ||\n tileX < 0 ||\n Math.ceil(width / scale / tileWidth) <= tileX ||\n tileY < 0 ||\n Math.ceil(height / scale / tileHeight) <= tileY\n ) {\n return;\n }\n if (supportsArbitraryTiling || supportsListedTiles) {\n const regionX = tileX * tileWidth * scale,\n regionY = tileY * tileHeight * scale;\n let regionW = tileWidth * scale,\n regionH = tileHeight * scale,\n sizeW = tileWidth,\n sizeH = tileHeight;\n if (regionX + regionW > width) {\n regionW = width - regionX;\n }\n if (regionY + regionH > height) {\n regionH = height - regionY;\n }\n if (regionX + tileWidth * scale > width) {\n sizeW = Math.floor((width - regionX + scale - 1) / scale);\n }\n if (regionY + tileHeight * scale > height) {\n sizeH = Math.floor((height - regionY + scale - 1) / scale);\n }\n if (\n regionX == 0 &&\n regionW == width &&\n regionY == 0 &&\n regionH == height\n ) {\n // canonical full image region parameter is 'full', not 'x,y,w,h'\n regionParam = 'full';\n } else if (\n !supportsArbitraryTiling ||\n supports.includes('regionByPx')\n ) {\n regionParam = regionX + ',' + regionY + ',' + regionW + ',' + regionH;\n } else if (supports.includes('regionByPct')) {\n const pctX = formatPercentage((regionX / width) * 100),\n pctY = formatPercentage((regionY / height) * 100),\n pctW = formatPercentage((regionW / width) * 100),\n pctH = formatPercentage((regionH / height) * 100);\n regionParam = 'pct:' + pctX + ',' + pctY + ',' + pctW + ',' + pctH;\n }\n if (\n version == Versions.VERSION3 &&\n (!supportsArbitraryTiling || supports.includes('sizeByWh'))\n ) {\n sizeParam = sizeW + ',' + sizeH;\n } else if (!supportsArbitraryTiling || supports.includes('sizeByW')) {\n sizeParam = sizeW + ',';\n } else if (supports.includes('sizeByH')) {\n sizeParam = ',' + sizeH;\n } else if (supports.includes('sizeByWh')) {\n sizeParam = sizeW + ',' + sizeH;\n } else if (supports.includes('sizeByPct')) {\n sizeParam = 'pct:' + formatPercentage(100 / scale);\n }\n } else {\n regionParam = 'full';\n if (supportsListedSizes) {\n const regionWidth = sizes[zoom][0],\n regionHeight = sizes[zoom][1];\n if (version == Versions.VERSION3) {\n if (regionWidth == width && regionHeight == height) {\n sizeParam = 'max';\n } else {\n sizeParam = regionWidth + ',' + regionHeight;\n }\n } else {\n if (regionWidth == width) {\n sizeParam = 'full';\n } else {\n sizeParam = regionWidth + ',';\n }\n }\n } else {\n sizeParam = version == Versions.VERSION3 ? 'max' : 'full';\n }\n }\n return (\n baseUrl + regionParam + '/' + sizeParam + '/0/' + quality + '.' + format\n );\n };\n\n const IiifTileClass = CustomTile.bind(\n null,\n toSize(tileSize || 256).map(function (size) {\n return size * tilePixelRatio;\n })\n );\n\n super({\n attributions: partialOptions.attributions,\n attributionsCollapsible: partialOptions.attributionsCollapsible,\n cacheSize: partialOptions.cacheSize,\n crossOrigin: partialOptions.crossOrigin,\n interpolate: partialOptions.interpolate,\n projection: partialOptions.projection,\n reprojectionErrorThreshold: partialOptions.reprojectionErrorThreshold,\n state: partialOptions.state,\n tileClass: IiifTileClass,\n tileGrid: tileGrid,\n tilePixelRatio: partialOptions.tilePixelRatio,\n tileUrlFunction: tileUrlFunction,\n transition: partialOptions.transition,\n });\n\n /**\n * @type {number|import(\"../array.js\").NearestDirectionFunction}\n */\n this.zDirection = partialOptions.zDirection;\n }\n}\n\nexport default IIIF;\n","/**\n * @module ol/reproj/Image\n */\nimport {ERROR_THRESHOLD} from './common.js';\n\nimport EventType from '../events/EventType.js';\nimport ImageState from '../ImageState.js';\nimport ImageWrapper from '../Image.js';\nimport Triangulation from './Triangulation.js';\nimport {\n calculateSourceResolution,\n render as renderReprojected,\n} from '../reproj.js';\nimport {fromResolutionLike} from '../resolution.js';\nimport {\n getCenter,\n getHeight,\n getIntersection,\n getWidth,\n isEmpty,\n} from '../extent.js';\nimport {listen, unlistenByKey} from '../events.js';\n\n/**\n * @typedef {function(import(\"../extent.js\").Extent, number, number) : import(\"../Image.js\").default} FunctionType\n */\n\n/**\n * @classdesc\n * Class encapsulating single reprojected image.\n * See {@link module:ol/source/Image~ImageSource}.\n */\nclass ReprojImage extends ImageWrapper {\n /**\n * @param {import(\"../proj/Projection.js\").default} sourceProj Source projection (of the data).\n * @param {import(\"../proj/Projection.js\").default} targetProj Target projection.\n * @param {import(\"../extent.js\").Extent} targetExtent Target extent.\n * @param {number} targetResolution Target resolution.\n * @param {number} pixelRatio Pixel ratio.\n * @param {FunctionType} getImageFunction\n * Function returning source images (extent, resolution, pixelRatio).\n * @param {boolean} interpolate Use linear interpolation when resampling.\n */\n constructor(\n sourceProj,\n targetProj,\n targetExtent,\n targetResolution,\n pixelRatio,\n getImageFunction,\n interpolate\n ) {\n let maxSourceExtent = sourceProj.getExtent();\n if (maxSourceExtent && sourceProj.canWrapX()) {\n maxSourceExtent = maxSourceExtent.slice();\n maxSourceExtent[0] = -Infinity;\n maxSourceExtent[2] = Infinity;\n }\n let maxTargetExtent = targetProj.getExtent();\n if (maxTargetExtent && targetProj.canWrapX()) {\n maxTargetExtent = maxTargetExtent.slice();\n maxTargetExtent[0] = -Infinity;\n maxTargetExtent[2] = Infinity;\n }\n\n const limitedTargetExtent = maxTargetExtent\n ? getIntersection(targetExtent, maxTargetExtent)\n : targetExtent;\n\n const targetCenter = getCenter(limitedTargetExtent);\n const sourceResolution = calculateSourceResolution(\n sourceProj,\n targetProj,\n targetCenter,\n targetResolution\n );\n\n const errorThresholdInPixels = ERROR_THRESHOLD;\n\n const triangulation = new Triangulation(\n sourceProj,\n targetProj,\n limitedTargetExtent,\n maxSourceExtent,\n sourceResolution * errorThresholdInPixels,\n targetResolution\n );\n\n const sourceExtent = triangulation.calculateSourceExtent();\n const sourceImage = isEmpty(sourceExtent)\n ? null\n : getImageFunction(sourceExtent, sourceResolution, pixelRatio);\n const state = sourceImage ? ImageState.IDLE : ImageState.EMPTY;\n const sourcePixelRatio = sourceImage ? sourceImage.getPixelRatio() : 1;\n\n super(targetExtent, targetResolution, sourcePixelRatio, state);\n\n /**\n * @private\n * @type {import(\"../proj/Projection.js\").default}\n */\n this.targetProj_ = targetProj;\n\n /**\n * @private\n * @type {import(\"../extent.js\").Extent}\n */\n this.maxSourceExtent_ = maxSourceExtent;\n\n /**\n * @private\n * @type {!import(\"./Triangulation.js\").default}\n */\n this.triangulation_ = triangulation;\n\n /**\n * @private\n * @type {number}\n */\n this.targetResolution_ = targetResolution;\n\n /**\n * @private\n * @type {import(\"../extent.js\").Extent}\n */\n this.targetExtent_ = targetExtent;\n\n /**\n * @private\n * @type {import(\"../Image.js\").default}\n */\n this.sourceImage_ = sourceImage;\n\n /**\n * @private\n * @type {number}\n */\n this.sourcePixelRatio_ = sourcePixelRatio;\n\n /**\n * @private\n * @type {boolean}\n */\n this.interpolate_ = interpolate;\n\n /**\n * @private\n * @type {HTMLCanvasElement}\n */\n this.canvas_ = null;\n\n /**\n * @private\n * @type {?import(\"../events.js\").EventsKey}\n */\n this.sourceListenerKey_ = null;\n }\n\n /**\n * Clean up.\n */\n disposeInternal() {\n if (this.state == ImageState.LOADING) {\n this.unlistenSource_();\n }\n super.disposeInternal();\n }\n\n /**\n * @return {HTMLCanvasElement} Image.\n */\n getImage() {\n return this.canvas_;\n }\n\n /**\n * @return {import(\"../proj/Projection.js\").default} Projection.\n */\n getProjection() {\n return this.targetProj_;\n }\n\n /**\n * @private\n */\n reproject_() {\n const sourceState = this.sourceImage_.getState();\n if (sourceState == ImageState.LOADED) {\n const width = getWidth(this.targetExtent_) / this.targetResolution_;\n const height = getHeight(this.targetExtent_) / this.targetResolution_;\n this.canvas_ = renderReprojected(\n width,\n height,\n this.sourcePixelRatio_,\n fromResolutionLike(this.sourceImage_.getResolution()),\n this.maxSourceExtent_,\n this.targetResolution_,\n this.targetExtent_,\n this.triangulation_,\n [\n {\n extent: this.sourceImage_.getExtent(),\n image: this.sourceImage_.getImage(),\n },\n ],\n 0,\n undefined,\n this.interpolate_,\n true\n );\n }\n this.state = sourceState;\n this.changed();\n }\n\n /**\n * Load not yet loaded URI.\n */\n load() {\n if (this.state == ImageState.IDLE) {\n this.state = ImageState.LOADING;\n this.changed();\n\n const sourceState = this.sourceImage_.getState();\n if (sourceState == ImageState.LOADED || sourceState == ImageState.ERROR) {\n this.reproject_();\n } else {\n this.sourceListenerKey_ = listen(\n this.sourceImage_,\n EventType.CHANGE,\n function (e) {\n const sourceState = this.sourceImage_.getState();\n if (\n sourceState == ImageState.LOADED ||\n sourceState == ImageState.ERROR\n ) {\n this.unlistenSource_();\n this.reproject_();\n }\n },\n this\n );\n this.sourceImage_.load();\n }\n }\n }\n\n /**\n * @private\n */\n unlistenSource_() {\n unlistenByKey(\n /** @type {!import(\"../events.js\").EventsKey} */ (this.sourceListenerKey_)\n );\n this.sourceListenerKey_ = null;\n }\n}\n\nexport default ReprojImage;\n","/**\n * @module ol/source/common\n */\n\n/**\n * Default WMS version.\n * @type {string}\n */\nexport const DEFAULT_WMS_VERSION = '1.3.0';\n\n/**\n * Number of decimal digits to consider in integer values when rounding.\n * @type {number}\n */\nexport const DECIMALS = 4;\n","/**\n * @module ol/source/Image\n */\nimport Event from '../events/Event.js';\nimport EventType from '../events/EventType.js';\nimport ImageState from '../ImageState.js';\nimport ImageWrapper from '../Image.js';\nimport ReprojImage from '../reproj/Image.js';\nimport Source from './Source.js';\nimport {DECIMALS} from './common.js';\nimport {ceil} from '../math.js';\nimport {\n containsExtent,\n equals,\n getCenter,\n getForViewAndSize,\n getHeight,\n getWidth,\n} from '../extent.js';\nimport {equivalent} from '../proj.js';\nimport {fromResolutionLike} from '../resolution.js';\nimport {linearFindNearest} from '../array.js';\n\n/**\n * @enum {string}\n */\nexport const ImageSourceEventType = {\n /**\n * Triggered when an image starts loading.\n * @event module:ol/source/Image.ImageSourceEvent#imageloadstart\n * @api\n */\n IMAGELOADSTART: 'imageloadstart',\n\n /**\n * Triggered when an image finishes loading.\n * @event module:ol/source/Image.ImageSourceEvent#imageloadend\n * @api\n */\n IMAGELOADEND: 'imageloadend',\n\n /**\n * Triggered if image loading results in an error.\n * @event module:ol/source/Image.ImageSourceEvent#imageloaderror\n * @api\n */\n IMAGELOADERROR: 'imageloaderror',\n};\n\n/**\n * @typedef {'imageloadend'|'imageloaderror'|'imageloadstart'} ImageSourceEventTypes\n */\n\n/**\n * @classdesc\n * Events emitted by {@link module:ol/source/Image~ImageSource} instances are instances of this\n * type.\n */\nexport class ImageSourceEvent extends Event {\n /**\n * @param {string} type Type.\n * @param {import(\"../Image.js\").default} image The image.\n */\n constructor(type, image) {\n super(type);\n\n /**\n * The image related to the event.\n * @type {import(\"../Image.js\").default}\n * @api\n */\n this.image = image;\n }\n}\n\n/***\n * @template Return\n * @typedef {import(\"../Observable\").OnSignature &\n * import(\"../Observable\").OnSignature &\n * import(\"../Observable\").OnSignature &\n * import(\"../Observable\").CombinedOnSignature} ImageSourceOnSignature\n */\n\n/**\n * @typedef {Object} Options\n * @property {import(\"./Source.js\").AttributionLike} [attributions] Attributions.\n * @property {boolean} [interpolate=true] Use interpolated values when resampling. By default,\n * linear interpolation is used when resampling. Set to false to use the nearest neighbor instead.\n * @property {import(\"../Image.js\").Loader} [loader] Loader. Can either be a custom loader, or one of the\n * loaders created with a `createLoader()` function ({@link module:ol/source/wms.createLoader wms},\n * {@link module:ol/source/arcgisRest.createLoader arcgisRest}, {@link module:ol/source/mapguide.createLoader mapguide},\n * {@link module:ol/source/static.createLoader static}).\n * @property {import(\"../proj.js\").ProjectionLike} [projection] Projection.\n * @property {Array} [resolutions] Resolutions.\n * @property {import(\"./Source.js\").State} [state] State.\n */\n\n/**\n * @classdesc\n * Base class for sources providing a single image.\n * @fires module:ol/source/Image.ImageSourceEvent\n * @api\n */\nclass ImageSource extends Source {\n /**\n * @param {Options} options Single image source options.\n */\n constructor(options) {\n super({\n attributions: options.attributions,\n projection: options.projection,\n state: options.state,\n interpolate:\n options.interpolate !== undefined ? options.interpolate : true,\n });\n\n /***\n * @type {ImageSourceOnSignature}\n */\n this.on;\n\n /***\n * @type {ImageSourceOnSignature}\n */\n this.once;\n\n /***\n * @type {ImageSourceOnSignature}\n */\n this.un;\n\n /**\n * @protected\n * @type {import(\"../Image.js\").Loader}\n */\n this.loader = options.loader || null;\n\n /**\n * @private\n * @type {Array|null}\n */\n this.resolutions_ =\n options.resolutions !== undefined ? options.resolutions : null;\n\n /**\n * @private\n * @type {import(\"../reproj/Image.js\").default}\n */\n this.reprojectedImage_ = null;\n\n /**\n * @private\n * @type {number}\n */\n this.reprojectedRevision_ = 0;\n\n /**\n * @protected\n * @type {import(\"../Image.js\").default}\n */\n this.image = null;\n\n /**\n * @private\n * @type {import(\"../extent.js\").Extent}\n */\n this.wantedExtent_;\n\n /**\n * @private\n * @type {number}\n */\n this.wantedResolution_;\n\n /**\n * @private\n * @type {boolean}\n */\n this.static_ = options.loader ? options.loader.length === 0 : false;\n\n /**\n * @private\n * @type {import(\"../proj/Projection.js\").default}\n */\n this.wantedProjection_ = null;\n }\n\n /**\n * @return {Array|null} Resolutions.\n */\n getResolutions() {\n return this.resolutions_;\n }\n\n /**\n * @param {Array|null} resolutions Resolutions.\n */\n setResolutions(resolutions) {\n this.resolutions_ = resolutions;\n }\n\n /**\n * @protected\n * @param {number} resolution Resolution.\n * @return {number} Resolution.\n */\n findNearestResolution(resolution) {\n const resolutions = this.getResolutions();\n if (resolutions) {\n const idx = linearFindNearest(resolutions, resolution, 0);\n resolution = resolutions[idx];\n }\n return resolution;\n }\n\n /**\n * @param {import(\"../extent.js\").Extent} extent Extent.\n * @param {number} resolution Resolution.\n * @param {number} pixelRatio Pixel ratio.\n * @param {import(\"../proj/Projection.js\").default} projection Projection.\n * @return {import(\"../Image.js\").default} Single image.\n */\n getImage(extent, resolution, pixelRatio, projection) {\n const sourceProjection = this.getProjection();\n if (\n !sourceProjection ||\n !projection ||\n equivalent(sourceProjection, projection)\n ) {\n if (sourceProjection) {\n projection = sourceProjection;\n }\n\n return this.getImageInternal(extent, resolution, pixelRatio, projection);\n }\n if (this.reprojectedImage_) {\n if (\n this.reprojectedRevision_ == this.getRevision() &&\n equivalent(this.reprojectedImage_.getProjection(), projection) &&\n this.reprojectedImage_.getResolution() == resolution &&\n equals(this.reprojectedImage_.getExtent(), extent)\n ) {\n return this.reprojectedImage_;\n }\n this.reprojectedImage_.dispose();\n this.reprojectedImage_ = null;\n }\n\n this.reprojectedImage_ = new ReprojImage(\n sourceProjection,\n projection,\n extent,\n resolution,\n pixelRatio,\n (extent, resolution, pixelRatio) =>\n this.getImageInternal(extent, resolution, pixelRatio, sourceProjection),\n this.getInterpolate()\n );\n this.reprojectedRevision_ = this.getRevision();\n\n return this.reprojectedImage_;\n }\n\n /**\n * @abstract\n * @param {import(\"../extent.js\").Extent} extent Extent.\n * @param {number} resolution Resolution.\n * @param {number} pixelRatio Pixel ratio.\n * @param {import(\"../proj/Projection.js\").default} projection Projection.\n * @return {import(\"../Image.js\").default} Single image.\n * @protected\n */\n getImageInternal(extent, resolution, pixelRatio, projection) {\n if (this.loader) {\n const requestExtent = getRequestExtent(extent, resolution, pixelRatio, 1);\n const requestResolution = this.findNearestResolution(resolution);\n if (\n this.image &&\n (this.static_ ||\n (this.wantedProjection_ === projection &&\n ((this.wantedExtent_ &&\n containsExtent(this.wantedExtent_, requestExtent)) ||\n containsExtent(this.image.getExtent(), requestExtent)) &&\n ((this.wantedResolution_ &&\n fromResolutionLike(this.wantedResolution_) ===\n requestResolution) ||\n fromResolutionLike(this.image.getResolution()) ===\n requestResolution)))\n ) {\n return this.image;\n }\n this.wantedProjection_ = projection;\n this.wantedExtent_ = requestExtent;\n this.wantedResolution_ = requestResolution;\n this.image = new ImageWrapper(\n requestExtent,\n requestResolution,\n pixelRatio,\n this.loader\n );\n this.image.addEventListener(\n EventType.CHANGE,\n this.handleImageChange.bind(this)\n );\n }\n return this.image;\n }\n\n /**\n * Handle image change events.\n * @param {import(\"../events/Event.js\").default} event Event.\n * @protected\n */\n handleImageChange(event) {\n const image = /** @type {import(\"../Image.js\").default} */ (event.target);\n let type;\n switch (image.getState()) {\n case ImageState.LOADING:\n this.loading = true;\n type = ImageSourceEventType.IMAGELOADSTART;\n break;\n case ImageState.LOADED:\n this.loading = false;\n type = ImageSourceEventType.IMAGELOADEND;\n break;\n case ImageState.ERROR:\n this.loading = false;\n type = ImageSourceEventType.IMAGELOADERROR;\n break;\n default:\n return;\n }\n if (this.hasListener(type)) {\n this.dispatchEvent(new ImageSourceEvent(type, image));\n }\n }\n}\n\n/**\n * Default image load function for image sources that use import(\"../Image.js\").Image image\n * instances.\n * @param {import(\"../Image.js\").default} image Image.\n * @param {string} src Source.\n */\nexport function defaultImageLoadFunction(image, src) {\n /** @type {HTMLImageElement|HTMLVideoElement} */ (image.getImage()).src = src;\n}\n\n/**\n * Adjusts the extent so it aligns with pixel boundaries.\n * @param {import(\"../extent.js\").Extent} extent Extent.\n * @param {number} resolution Reolution.\n * @param {number} pixelRatio Pixel ratio.\n * @param {number} ratio Ratio between request size and view size.\n * @return {import(\"../extent.js\").Extent} Request extent.\n */\nexport function getRequestExtent(extent, resolution, pixelRatio, ratio) {\n const imageResolution = resolution / pixelRatio;\n const center = getCenter(extent);\n const viewWidth = ceil(getWidth(extent) / imageResolution, DECIMALS);\n const viewHeight = ceil(getHeight(extent) / imageResolution, DECIMALS);\n const marginWidth = ceil(((ratio - 1) * viewWidth) / 2, DECIMALS);\n const requestWidth = viewWidth + 2 * marginWidth;\n const marginHeight = ceil(((ratio - 1) * viewHeight) / 2, DECIMALS);\n const requestHeight = viewHeight + 2 * marginHeight;\n return getForViewAndSize(center, imageResolution, 0, [\n requestWidth,\n requestHeight,\n ]);\n}\n\nexport default ImageSource;\n","/**\n * @module ol/uri\n */\n\n/**\n * Appends query parameters to a URI.\n *\n * @param {string} uri The original URI, which may already have query data.\n * @param {!Object} params An object where keys are URI-encoded parameter keys,\n * and the values are arbitrary types or arrays.\n * @return {string} The new URI.\n */\nexport function appendParams(uri, params) {\n /** @type {Array} */\n const keyParams = [];\n // Skip any null or undefined parameter values\n Object.keys(params).forEach(function (k) {\n if (params[k] !== null && params[k] !== undefined) {\n keyParams.push(k + '=' + encodeURIComponent(params[k]));\n }\n });\n const qs = keyParams.join('&');\n // remove any trailing ? or &\n uri = uri.replace(/[?&]$/, '');\n // append ? or & depending on whether uri has existing parameters\n uri += uri.includes('?') ? '&' : '?';\n return uri + qs;\n}\n","/**\n * @module ol/source/arcgisRest\n */\n\nimport {DECIMALS} from './common.js';\nimport {appendParams} from '../uri.js';\nimport {decode} from '../Image.js';\nimport {getHeight, getWidth} from '../extent.js';\nimport {get as getProjection} from '../proj.js';\nimport {getRequestExtent} from './Image.js';\nimport {round} from '../math.js';\n\n/**\n * @param {string} baseUrl Base URL for the ArcGIS Rest service.\n * @param {import(\"../extent.js\").Extent} extent Extent.\n * @param {number} resolution Resolution.\n * @param {number} pixelRatio Pixel ratio.\n * @param {import(\"../proj/Projection.js\").default} projection Projection.\n * @param {Object} params Params.\n * @return {string} Request URL.\n */\nexport function getRequestUrl(\n baseUrl,\n extent,\n resolution,\n pixelRatio,\n projection,\n params\n) {\n // ArcGIS Server only wants the numeric portion of the projection ID.\n // (if there is no numeric portion the entire projection code must\n // form a valid ArcGIS SpatialReference definition).\n const srid = projection\n .getCode()\n .split(/:(?=\\d+$)/)\n .pop();\n\n const imageResolution = resolution / pixelRatio;\n\n const imageSize = [\n round(getWidth(extent) / imageResolution, DECIMALS),\n round(getHeight(extent) / imageResolution, DECIMALS),\n ];\n\n params['SIZE'] = imageSize[0] + ',' + imageSize[1];\n params['BBOX'] = extent.join(',');\n params['BBOXSR'] = srid;\n params['IMAGESR'] = srid;\n params['DPI'] = Math.round(\n params['DPI'] ? params['DPI'] * pixelRatio : 90 * pixelRatio\n );\n\n const modifiedUrl = baseUrl\n .replace(/MapServer\\/?$/, 'MapServer/export')\n .replace(/ImageServer\\/?$/, 'ImageServer/exportImage');\n if (modifiedUrl == baseUrl) {\n throw new Error('`options.featureTypes` should be an Array');\n }\n return appendParams(modifiedUrl, params);\n}\n\n/**\n * @typedef {Object} LoaderOptions\n * @property {null|string} [crossOrigin] The `crossOrigin` attribute for loaded images. Note that\n * you must provide a `crossOrigin` value if you want to access pixel data with the Canvas renderer.\n * See https://developer.mozilla.org/en-US/docs/Web/HTML/CORS_enabled_image for more detail.\n * @property {boolean} [hidpi=true] Use the `ol/Map#pixelRatio` value when requesting the image from\n * the remote server.\n * @property {Object} [params] ArcGIS Rest parameters. This field is optional. Service\n * defaults will be used for any fields not specified. `FORMAT` is `PNG32` by default. `F` is\n * `IMAGE` by default. `TRANSPARENT` is `true` by default. `BBOX`, `SIZE`, `BBOXSR`, and `IMAGESR`\n * will be set dynamically. Set `LAYERS` to override the default service layer visibility. See\n * https://developers.arcgis.com/rest/services-reference/export-map.htm\n * for further reference.\n * @property {import(\"../proj.js\").ProjectionLike} [projection] Projection. Default is 'EPSG:3857'.\n * The projection code must contain a numeric end portion separated by :\n * or the entire code must form a valid ArcGIS SpatialReference definition.\n * @property {number} [ratio=1.5] Ratio. `1` means image requests are the size of the map viewport,\n * `2` means twice the size of the map viewport, and so on.\n * @property {string} [url] ArcGIS Rest service URL for a Map Service or Image Service. The url\n * should include /MapServer or /ImageServer.\n * @property {function(HTMLImageElement, string): Promise} [load] Function\n * to perform loading of the image. Receives the created `HTMLImageElement` and the desired `src` as argument and\n * returns a promise resolving to the loaded or decoded image. Default is {@link module:ol/Image.decode}.\n */\n\n/**\n * Creates a loader for ArcGIS Rest images.\n * @param {LoaderOptions} options Image ArcGIS Rest Options.\n * @return {import('../Image.js').ImageObjectPromiseLoader} ArcGIS Rest image.\n * @api\n */\nexport function createLoader(options) {\n const load = options.load ? options.load : decode;\n const projection = getProjection(options.projection || 'EPSG:3857');\n\n /** @type {import('../Image.js').ImageObjectPromiseLoader} */\n return function (extent, resolution, pixelRatio) {\n pixelRatio = options.hidpi ? pixelRatio : 1;\n\n const params = {\n 'F': 'image',\n 'FORMAT': 'PNG32',\n 'TRANSPARENT': true,\n };\n Object.assign(params, options.params);\n\n extent = getRequestExtent(extent, resolution, pixelRatio, options.ratio);\n\n const src = getRequestUrl(\n options.url,\n extent,\n resolution,\n pixelRatio,\n projection,\n params\n );\n\n const image = new Image();\n if (options.crossOrigin !== null) {\n image.crossOrigin = options.crossOrigin;\n }\n\n return load(image, src).then((image) => {\n // Update resolution, because the server may return a smaller size than requested\n const resolution = (getWidth(extent) / image.width) * pixelRatio;\n return {image, extent, resolution, pixelRatio};\n });\n };\n}\n","/**\n * @module ol/source/ImageArcGISRest\n */\n\nimport ImageSource, {defaultImageLoadFunction} from './Image.js';\nimport {createLoader} from './arcgisRest.js';\nimport {decode} from '../Image.js';\n\n/**\n * @typedef {Object} Options\n * @property {import(\"./Source.js\").AttributionLike} [attributions] Attributions.\n * @property {null|string} [crossOrigin] The `crossOrigin` attribute for loaded images. Note that\n * you must provide a `crossOrigin` value if you want to access pixel data with the Canvas renderer.\n * See https://developer.mozilla.org/en-US/docs/Web/HTML/CORS_enabled_image for more detail.\n * @property {boolean} [hidpi=true] Use the `ol/Map#pixelRatio` value when requesting the image from\n * the remote server.\n * @property {import(\"../Image.js\").LoadFunction} [imageLoadFunction] Optional function to load an image given\n * a URL.\n * @property {boolean} [interpolate=true] Use interpolated values when resampling. By default,\n * linear interpolation is used when resampling. Set to false to use the nearest neighbor instead.\n * @property {Object} [params] ArcGIS Rest parameters. This field is optional. Service\n * defaults will be used for any fields not specified. `FORMAT` is `PNG32` by default. `F` is\n * `IMAGE` by default. `TRANSPARENT` is `true` by default. `BBOX`, `SIZE`, `BBOXSR`, and `IMAGESR`\n * will be set dynamically. Set `LAYERS` to override the default service layer visibility. See\n * https://developers.arcgis.com/rest/services-reference/export-map.htm\n * for further reference.\n * @property {import(\"../proj.js\").ProjectionLike} [projection] Projection. Default is the view projection.\n * The projection code must contain a numeric end portion separated by :\n * or the entire code must form a valid ArcGIS SpatialReference definition.\n * @property {number} [ratio=1.5] Ratio. `1` means image requests are the size of the map viewport,\n * `2` means twice the size of the map viewport, and so on.\n * @property {Array} [resolutions] Resolutions. If specified, requests will be made for\n * these resolutions only.\n * @property {string} [url] ArcGIS Rest service URL for a Map Service or Image Service. The url\n * should include /MapServer or /ImageServer.\n */\n\n/**\n * @classdesc\n * Source for data from ArcGIS Rest services providing single, untiled images.\n * Useful when underlying map service has labels.\n *\n * If underlying map service is not using labels,\n * take advantage of ol image caching and use\n * {@link module:ol/source/TileArcGISRest~TileArcGISRest} data source.\n *\n * @fires module:ol/source/Image.ImageSourceEvent\n * @api\n */\nclass ImageArcGISRest extends ImageSource {\n /**\n * @param {Options} [options] Image ArcGIS Rest Options.\n */\n constructor(options) {\n options = options ? options : {};\n\n super({\n attributions: options.attributions,\n interpolate: options.interpolate,\n projection: options.projection,\n resolutions: options.resolutions,\n });\n\n /**\n * @private\n * @type {?string}\n */\n this.crossOrigin_ =\n options.crossOrigin !== undefined ? options.crossOrigin : null;\n\n /**\n * @private\n * @type {boolean}\n */\n this.hidpi_ = options.hidpi !== undefined ? options.hidpi : true;\n\n /**\n * @private\n * @type {string|undefined}\n */\n this.url_ = options.url;\n\n /**\n * @private\n * @type {import(\"../Image.js\").LoadFunction}\n */\n this.imageLoadFunction_ =\n options.imageLoadFunction !== undefined\n ? options.imageLoadFunction\n : defaultImageLoadFunction;\n\n /**\n * @private\n * @type {!Object}\n */\n this.params_ = options.params || {};\n\n /**\n * @private\n * @type {import(\"../Image.js\").default}\n */\n this.image_ = null;\n\n /**\n * @private\n * @type {import(\"../size.js\").Size}\n */\n this.imageSize_ = [0, 0];\n\n /**\n * @private\n * @type {number}\n */\n this.renderedRevision_ = 0;\n\n /**\n * @private\n * @type {number}\n */\n this.ratio_ = options.ratio !== undefined ? options.ratio : 1.5;\n\n /**\n * @private\n * @type {import(\"../proj/Projection.js\").default}\n */\n this.loaderProjection_ = null;\n }\n\n /**\n * Get the user-provided params, i.e. those passed to the constructor through\n * the \"params\" option, and possibly updated using the updateParams method.\n * @return {Object} Params.\n * @api\n */\n getParams() {\n return this.params_;\n }\n\n /**\n * @param {import(\"../extent.js\").Extent} extent Extent.\n * @param {number} resolution Resolution.\n * @param {number} pixelRatio Pixel ratio.\n * @param {import(\"../proj/Projection.js\").default} projection Projection.\n * @return {import(\"../Image.js\").default} Single image.\n */\n getImageInternal(extent, resolution, pixelRatio, projection) {\n if (this.url_ === undefined) {\n return null;\n }\n if (!this.loader || this.loaderProjection_ !== projection) {\n // Lazily create loader to pick up the view projection and to allow `params` updates\n this.loaderProjection_ = projection;\n this.loader = createLoader({\n crossOrigin: this.crossOrigin_,\n params: this.params_,\n projection: projection,\n hidpi: this.hidpi_,\n url: this.url_,\n ratio: this.ratio_,\n load: (image, src) => {\n this.image.setImage(image);\n this.imageLoadFunction_(this.image, src);\n return decode(image);\n },\n });\n }\n\n return super.getImageInternal(extent, resolution, pixelRatio, projection);\n }\n\n /**\n * Return the image load function of the source.\n * @return {import(\"../Image.js\").LoadFunction} The image load function.\n * @api\n */\n getImageLoadFunction() {\n return this.imageLoadFunction_;\n }\n\n /**\n * Return the URL used for this ArcGIS source.\n * @return {string|undefined} URL.\n * @api\n */\n getUrl() {\n return this.url_;\n }\n\n /**\n * Set the image load function of the source.\n * @param {import(\"../Image.js\").LoadFunction} imageLoadFunction Image load function.\n * @api\n */\n setImageLoadFunction(imageLoadFunction) {\n this.image_ = null;\n this.imageLoadFunction_ = imageLoadFunction;\n this.changed();\n }\n\n /**\n * Set the URL to use for requests.\n * @param {string|undefined} url URL.\n * @api\n */\n setUrl(url) {\n if (url != this.url_) {\n this.url_ = url;\n this.image_ = null;\n this.changed();\n }\n }\n\n /**\n * Update the user-provided params.\n * @param {Object} params Params.\n * @api\n */\n updateParams(params) {\n Object.assign(this.params_, params);\n this.image_ = null;\n this.changed();\n }\n}\n\nexport default ImageArcGISRest;\n","/**\n * @module ol/source/ImageCanvas\n */\n\nimport ImageCanvas from '../ImageCanvas.js';\nimport ImageSource from './Image.js';\nimport {\n containsExtent,\n getHeight,\n getWidth,\n scaleFromCenter,\n} from '../extent.js';\n\n/**\n * A function returning the canvas element (`{HTMLCanvasElement}`)\n * used by the source as an image. The arguments passed to the function are:\n * {@link module:ol/extent~Extent} the image extent, `{number}` the image resolution,\n * `{number}` the pixel ratio of the map, {@link module:ol/size~Size} the image size,\n * and {@link module:ol/proj/Projection~Projection} the image projection. The canvas returned by\n * this function is cached by the source. The this keyword inside the function\n * references the {@link module:ol/source/ImageCanvas~ImageCanvasSource}.\n *\n * @typedef {function(this:import(\"../ImageCanvas.js\").default, import(\"../extent.js\").Extent, number,\n * number, import(\"../size.js\").Size, import(\"../proj/Projection.js\").default): HTMLCanvasElement} FunctionType\n */\n\n/**\n * @typedef {Object} Options\n * @property {import(\"./Source.js\").AttributionLike} [attributions] Attributions.\n * @property {FunctionType} [canvasFunction] Canvas function.\n * The function returning the canvas element used by the source\n * as an image. The arguments passed to the function are: {@link import(\"../extent.js\").Extent} the\n * image extent, `{number}` the image resolution, `{number}` the pixel ratio of the map,\n * {@link import(\"../size.js\").Size} the image size, and {@link import(\"../proj/Projection.js\").default} the image\n * projection. The canvas returned by this function is cached by the source. If\n * the value returned by the function is later changed then\n * `changed` should be called on the source for the source to\n * invalidate the current cached image. See: {@link module:ol/Observable~Observable#changed}\n * @property {boolean} [interpolate=true] Use interpolated values when resampling. By default,\n * linear interpolation is used when resampling. Set to false to use the nearest neighbor instead.\n * @property {import(\"../proj.js\").ProjectionLike} [projection] Projection. Default is the view projection.\n * @property {number} [ratio=1.5] Ratio. 1 means canvases are the size of the map viewport, 2 means twice the\n * width and height of the map viewport, and so on. Must be `1` or higher.\n * @property {Array} [resolutions] Resolutions.\n * If specified, new canvases will be created for these resolutions\n * @property {import(\"./Source.js\").State} [state] Source state.\n */\n\n/**\n * @classdesc\n * Base class for image sources where a canvas element is the image.\n * @api\n */\nclass ImageCanvasSource extends ImageSource {\n /**\n * @param {Options} [options] ImageCanvas options.\n */\n constructor(options) {\n options = options ? options : {};\n\n super({\n attributions: options.attributions,\n interpolate: options.interpolate,\n projection: options.projection,\n resolutions: options.resolutions,\n state: options.state,\n });\n\n /**\n * @private\n * @type {FunctionType}\n */\n this.canvasFunction_ = options.canvasFunction;\n\n /**\n * @private\n * @type {import(\"../ImageCanvas.js\").default}\n */\n this.canvas_ = null;\n\n /**\n * @private\n * @type {number}\n */\n this.renderedRevision_ = 0;\n\n /**\n * @private\n * @type {number}\n */\n this.ratio_ = options.ratio !== undefined ? options.ratio : 1.5;\n }\n\n /**\n * @param {import(\"../extent.js\").Extent} extent Extent.\n * @param {number} resolution Resolution.\n * @param {number} pixelRatio Pixel ratio.\n * @param {import(\"../proj/Projection.js\").default} projection Projection.\n * @return {import(\"../ImageCanvas.js\").default} Single image.\n */\n getImageInternal(extent, resolution, pixelRatio, projection) {\n resolution = this.findNearestResolution(resolution);\n\n let canvas = this.canvas_;\n if (\n canvas &&\n this.renderedRevision_ == this.getRevision() &&\n canvas.getResolution() == resolution &&\n canvas.getPixelRatio() == pixelRatio &&\n containsExtent(canvas.getExtent(), extent)\n ) {\n return canvas;\n }\n\n extent = extent.slice();\n scaleFromCenter(extent, this.ratio_);\n const width = getWidth(extent) / resolution;\n const height = getHeight(extent) / resolution;\n const size = [width * pixelRatio, height * pixelRatio];\n\n const canvasElement = this.canvasFunction_.call(\n this,\n extent,\n resolution,\n pixelRatio,\n size,\n projection\n );\n if (canvasElement) {\n canvas = new ImageCanvas(extent, resolution, pixelRatio, canvasElement);\n }\n this.canvas_ = canvas;\n this.renderedRevision_ = this.getRevision();\n\n return canvas;\n }\n}\n\nexport default ImageCanvasSource;\n","/**\n * @module ol/source/mapguide\n */\n\nimport {appendParams} from '../uri.js';\nimport {decode} from '../Image.js';\nimport {getCenter, getHeight, getWidth} from '../extent.js';\nimport {getRequestExtent} from './Image.js';\n\n/**\n * @typedef {Object} LoaderOptions\n * @property {string} [url] The mapagent url.\n * @property {null|string} [crossOrigin] The `crossOrigin` attribute for loaded images. Note that\n * you must provide a `crossOrigin` value if you want to access pixel data with the Canvas renderer.\n * See https://developer.mozilla.org/en-US/docs/Web/HTML/CORS_enabled_image for more detail.\n * @property {number} [displayDpi=96] The display resolution.\n * @property {number} [metersPerUnit=1] The meters-per-unit value.\n * @property {boolean} [hidpi=true] Use the `ol/Map#pixelRatio` value when requesting\n * the image from the remote server.\n * @property {boolean} [useOverlay] If `true`, will use `GETDYNAMICMAPOVERLAYIMAGE`.\n * @property {number} [ratio=1] Ratio. `1` means image requests are the size of the map viewport, `2` means\n * twice the width and height of the map viewport, and so on. Must be `1` or higher.\n * @property {Object} [params] Additional query parameters.\n * @property {function(HTMLImageElement, string): Promise} [load] Function\n * to perform loading of the image. Receives the created `HTMLImageElement` and the desired `src` as argument and\n * returns a promise resolving to the loaded or decoded image. Default is {@link module:ol/Image.decode}.\n */\n\n/**\n * @param {import(\"../extent.js\").Extent} extent The map extents.\n * @param {import(\"../size.js\").Size} size The viewport size.\n * @param {number} metersPerUnit The meters-per-unit value.\n * @param {number} dpi The display resolution.\n * @return {number} The computed map scale.\n */\nfunction getScale(extent, size, metersPerUnit, dpi) {\n const mcsW = getWidth(extent);\n const mcsH = getHeight(extent);\n const devW = size[0];\n const devH = size[1];\n const mpp = 0.0254 / dpi;\n if (devH * mcsW > devW * mcsH) {\n return (mcsW * metersPerUnit) / (devW * mpp); // width limited\n }\n return (mcsH * metersPerUnit) / (devH * mpp); // height limited\n}\n\n/**\n * @param {string} baseUrl The mapagent url.\n * @param {Object} params Request parameters.\n * @param {import(\"../extent.js\").Extent} extent Extent.\n * @param {import(\"../size.js\").Size} size Size.\n * @param {boolean} useOverlay If `true`, will use `GETDYNAMICMAPOVERLAYIMAGE`.\n * @param {number} metersPerUnit The meters-per-unit value.\n * @param {number} displayDpi The display resolution.\n * @return {string} The mapagent map image request URL.\n */\nfunction getUrl(\n baseUrl,\n params,\n extent,\n size,\n useOverlay,\n metersPerUnit,\n displayDpi\n) {\n const scale = getScale(extent, size, metersPerUnit, displayDpi);\n const center = getCenter(extent);\n const baseParams = {\n 'OPERATION': useOverlay ? 'GETDYNAMICMAPOVERLAYIMAGE' : 'GETMAPIMAGE',\n 'VERSION': '2.0.0',\n 'LOCALE': 'en',\n 'CLIENTAGENT': 'ol/source/ImageMapGuide source',\n 'CLIP': '1',\n 'SETDISPLAYDPI': displayDpi,\n 'SETDISPLAYWIDTH': Math.round(size[0]),\n 'SETDISPLAYHEIGHT': Math.round(size[1]),\n 'SETVIEWSCALE': scale,\n 'SETVIEWCENTERX': center[0],\n 'SETVIEWCENTERY': center[1],\n };\n Object.assign(baseParams, params);\n return appendParams(baseUrl, baseParams);\n}\n\n/**\n * Creates a loader for MapGuide images.\n * @param {LoaderOptions} options Image ArcGIS Rest Options.\n * @return {import('../Image.js').ImageObjectPromiseLoader} ArcGIS Rest image.\n * @api\n */\nexport function createLoader(options) {\n const load = options.load || decode;\n\n /** @type {import('../Image.js').ImageObjectPromiseLoader} */\n return function (extent, resolution, pixelRatio) {\n const image = new Image();\n if (options.crossOrigin !== null) {\n image.crossOrigin = options.crossOrigin;\n }\n extent = getRequestExtent(extent, resolution, pixelRatio, options.ratio);\n const width = getWidth(extent) / resolution;\n const height = getHeight(extent) / resolution;\n const size = [width * pixelRatio, height * pixelRatio];\n const src = getUrl(\n options.url,\n options.params,\n extent,\n size,\n options.useOverlay,\n options.metersPerUnit || 1,\n options.displayDpi || 96\n );\n return load(image, src).then((image) => ({image, extent, pixelRatio}));\n };\n}\n","/**\n * @module ol/source/ImageMapGuide\n */\n\nimport ImageSource, {defaultImageLoadFunction} from './Image.js';\nimport {createLoader} from './mapguide.js';\nimport {decode} from '../Image.js';\n\n/**\n * @typedef {Object} Options\n * @property {string} [url] The mapagent url.\n * @property {null|string} [crossOrigin] The `crossOrigin` attribute for loaded images. Note that\n * you must provide a `crossOrigin` value if you want to access pixel data with the Canvas renderer.\n * See https://developer.mozilla.org/en-US/docs/Web/HTML/CORS_enabled_image for more detail.\n * @property {number} [displayDpi=96] The display resolution.\n * @property {number} [metersPerUnit=1] The meters-per-unit value.\n * @property {boolean} [hidpi=true] Use the `ol/Map#pixelRatio` value when requesting\n * the image from the remote server.\n * @property {boolean} [useOverlay] If `true`, will use `GETDYNAMICMAPOVERLAYIMAGE`.\n * @property {import(\"../proj.js\").ProjectionLike} [projection] Projection. Default is the view projection.\n * @property {number} [ratio=1] Ratio. `1` means image requests are the size of the map viewport, `2` means\n * twice the width and height of the map viewport, and so on. Must be `1` or higher.\n * @property {Array} [resolutions] Resolutions.\n * If specified, requests will be made for these resolutions only.\n * @property {import(\"../Image.js\").LoadFunction} [imageLoadFunction] Optional function to load an image given a URL.\n * @property {boolean} [interpolate=true] Use interpolated values when resampling. By default,\n * linear interpolation is used when resampling. Set to false to use the nearest neighbor instead.\n * @property {Object} [params] Additional parameters.\n */\n\n/**\n * @classdesc\n * Source for images from Mapguide servers\n *\n * @fires module:ol/source/Image.ImageSourceEvent\n * @api\n */\nclass ImageMapGuide extends ImageSource {\n /**\n * @param {Options} options ImageMapGuide options.\n */\n constructor(options) {\n super({\n interpolate: options.interpolate,\n projection: options.projection,\n resolutions: options.resolutions,\n });\n\n /**\n * @private\n * @type {?string}\n */\n this.crossOrigin_ =\n options.crossOrigin !== undefined ? options.crossOrigin : null;\n\n /**\n * @private\n * @type {number}\n */\n this.displayDpi_ =\n options.displayDpi !== undefined ? options.displayDpi : 96;\n\n /**\n * @private\n * @type {!Object}\n */\n this.params_ = options.params || {};\n\n /**\n * @private\n * @type {string|undefined}\n */\n this.url_ = options.url;\n\n /**\n * @private\n * @type {import(\"../Image.js\").LoadFunction}\n */\n this.imageLoadFunction_ =\n options.imageLoadFunction !== undefined\n ? options.imageLoadFunction\n : defaultImageLoadFunction;\n\n /**\n * @private\n * @type {boolean}\n */\n this.hidpi_ = options.hidpi !== undefined ? options.hidpi : true;\n\n /**\n * @private\n * @type {number}\n */\n this.metersPerUnit_ =\n options.metersPerUnit !== undefined ? options.metersPerUnit : 1;\n\n /**\n * @private\n * @type {number}\n */\n this.ratio_ = options.ratio !== undefined ? options.ratio : 1;\n\n /**\n * @private\n * @type {boolean}\n */\n this.useOverlay_ =\n options.useOverlay !== undefined ? options.useOverlay : false;\n\n /**\n * @private\n * @type {import(\"../Image.js\").default}\n */\n this.image_ = null;\n\n /**\n * @private\n * @type {number}\n */\n this.renderedRevision_ = 0;\n\n /**\n * @private\n * @type {import(\"../proj/Projection.js\").default}\n */\n this.loaderProjection_ = null;\n }\n\n /**\n * Get the user-provided params, i.e. those passed to the constructor through\n * the \"params\" option, and possibly updated using the updateParams method.\n * @return {Object} Params.\n * @api\n */\n getParams() {\n return this.params_;\n }\n\n /**\n * @param {import(\"../extent.js\").Extent} extent Extent.\n * @param {number} resolution Resolution.\n * @param {number} pixelRatio Pixel ratio.\n * @param {import(\"../proj/Projection.js\").default} projection Projection.\n * @return {import(\"../Image.js\").default} Single image.\n */\n getImageInternal(extent, resolution, pixelRatio, projection) {\n if (this.url_ === undefined) {\n return null;\n }\n if (!this.loader || this.loaderProjection_ !== projection) {\n // Lazily create loader to pick up the view projection and to allow `params` updates\n this.loaderProjection_ = projection;\n this.loader = createLoader({\n crossOrigin: this.crossOrigin_,\n params: this.params_,\n hidpi: this.hidpi_,\n metersPerUnit: this.metersPerUnit_,\n url: this.url_,\n useOverlay: this.useOverlay_,\n ratio: this.ratio_,\n load: (image, src) => {\n this.image.setImage(image);\n this.imageLoadFunction_(this.image, src);\n return decode(image);\n },\n });\n }\n\n return super.getImageInternal(extent, resolution, pixelRatio, projection);\n }\n\n /**\n * Return the image load function of the source.\n * @return {import(\"../Image.js\").LoadFunction} The image load function.\n * @api\n */\n getImageLoadFunction() {\n return this.imageLoadFunction_;\n }\n\n /**\n * Update the user-provided params.\n * @param {Object} params Params.\n * @api\n */\n updateParams(params) {\n Object.assign(this.params_, params);\n this.changed();\n }\n\n /**\n * Set the image load function of the MapGuide source.\n * @param {import(\"../Image.js\").LoadFunction} imageLoadFunction Image load function.\n * @api\n */\n setImageLoadFunction(imageLoadFunction) {\n this.image_ = null;\n this.imageLoadFunction_ = imageLoadFunction;\n this.changed();\n }\n}\n\nexport default ImageMapGuide;\n","/**\n * @module ol/source/static\n */\n\nimport {decode} from '../Image.js';\nimport {getHeight, getWidth} from '../extent.js';\n\n/**\n * @typedef {Object} LoaderOptions\n * @property {null|string} [crossOrigin] The `crossOrigin` attribute for loaded images. Note that\n * you must provide a `crossOrigin` value if you want to access pixel data with the Canvas renderer.\n * See https://developer.mozilla.org/en-US/docs/Web/HTML/CORS_enabled_image for more detail.\n * @property {import(\"../extent.js\").Extent} [imageExtent] Extent of the image in map coordinates.\n * This is the [left, bottom, right, top] map coordinates of your image. When using this loader with an\n * `ol/source/Image`, the same extent must be set as `extent` of the `ol/layer/Image`.\n * @property {string} url Image URL.\n * @property {function(HTMLImageElement, string): Promise} [load] Function\n * to perform loading of the image. Receives the created `HTMLImageElement` and the desired `src` as argument and\n * returns a promise resolving to the loaded or decoded image. Default is {@link module:ol/Image.decode}.\n */\n\n/**\n * Creates a loader for static images.\n * @param {LoaderOptions} options Loader options.\n * @return {import(\"../Image.js\").ImageObjectPromiseLoader} Loader.\n * @api\n */\nexport function createLoader(options) {\n const load = options.load || decode;\n const extent = options.imageExtent;\n const image = new Image();\n if (options.crossOrigin !== null) {\n image.crossOrigin = options.crossOrigin;\n }\n\n return () =>\n load(image, options.url).then((image) => {\n const resolutionX = getWidth(extent) / image.width;\n const resolutionY = getHeight(extent) / image.height;\n const resolution =\n resolutionX !== resolutionY ? [resolutionX, resolutionY] : resolutionY;\n return {image, extent, resolution, pixelRatio: 1};\n });\n}\n","/**\n * @module ol/source/ImageStatic\n */\n\nimport EventType from '../events/EventType.js';\nimport ImageSource, {defaultImageLoadFunction} from './Image.js';\nimport ImageWrapper, {decode} from '../Image.js';\nimport {createLoader} from './static.js';\nimport {get as getProjection} from '../proj.js';\nimport {intersects} from '../extent.js';\n\n/**\n * @typedef {Object} Options\n * @property {import(\"./Source.js\").AttributionLike} [attributions] Attributions.\n * @property {null|string} [crossOrigin] The `crossOrigin` attribute for loaded images. Note that\n * you must provide a `crossOrigin` value if you want to access pixel data with the Canvas renderer.\n * See https://developer.mozilla.org/en-US/docs/Web/HTML/CORS_enabled_image for more detail.\n * @property {import(\"../extent.js\").Extent} imageExtent Extent of the image in map coordinates.\n * This is the [left, bottom, right, top] map coordinates of your image.\n * @property {import(\"../Image.js\").LoadFunction} [imageLoadFunction] Optional function to load an image given a URL.\n * @property {boolean} [interpolate=true] Use interpolated values when resampling. By default,\n * linear interpolation is used when resampling. Set to false to use the nearest neighbor instead.\n * @property {import(\"../proj.js\").ProjectionLike} [projection] Projection. Default is the view projection.\n * @property {string} url Image URL.\n */\n\n/**\n * @classdesc\n * A layer source for displaying a single, static image.\n * @api\n */\nclass Static extends ImageSource {\n /**\n * @param {Options} options ImageStatic options.\n */\n constructor(options) {\n const crossOrigin =\n options.crossOrigin !== undefined ? options.crossOrigin : null;\n\n const /** @type {import(\"../Image.js\").LoadFunction} */ imageLoadFunction =\n options.imageLoadFunction !== undefined\n ? options.imageLoadFunction\n : defaultImageLoadFunction;\n\n super({\n attributions: options.attributions,\n interpolate: options.interpolate,\n projection: getProjection(options.projection),\n });\n\n /**\n * @private\n * @type {string}\n */\n this.url_ = options.url;\n\n /**\n * @private\n * @type {import(\"../extent.js\").Extent}\n */\n this.imageExtent_ = options.imageExtent;\n\n /**\n * @private\n * @type {import(\"../Image.js\").default}\n */\n this.image = null;\n\n this.image = new ImageWrapper(\n this.imageExtent_,\n undefined,\n 1,\n createLoader({\n url: options.url,\n imageExtent: options.imageExtent,\n crossOrigin,\n load: (image, src) => {\n this.image.setImage(image);\n imageLoadFunction(this.image, src);\n return decode(image);\n },\n })\n );\n\n this.image.addEventListener(\n EventType.CHANGE,\n this.handleImageChange.bind(this)\n );\n }\n\n /**\n * Returns the image extent\n * @return {import(\"../extent.js\").Extent} image extent.\n * @api\n */\n getImageExtent() {\n return this.imageExtent_;\n }\n\n /**\n * @param {import(\"../extent.js\").Extent} extent Extent.\n * @param {number} resolution Resolution.\n * @param {number} pixelRatio Pixel ratio.\n * @param {import(\"../proj/Projection.js\").default} projection Projection.\n * @return {import(\"../Image.js\").default} Single image.\n */\n getImageInternal(extent, resolution, pixelRatio, projection) {\n if (intersects(extent, this.image.getExtent())) {\n return this.image;\n }\n return null;\n }\n\n /**\n * Return the URL used for this image source.\n * @return {string} URL.\n * @api\n */\n getUrl() {\n return this.url_;\n }\n}\n\nexport default Static;\n","/**\n * @module ol/source/wms\n */\n\nimport {DECIMALS} from './common.js';\nimport {appendParams} from '../uri.js';\nimport {compareVersions} from '../string.js';\nimport {decode} from '../Image.js';\nimport {floor, round} from '../math.js';\nimport {getForViewAndSize, getHeight, getWidth} from '../extent.js';\nimport {get as getProjection} from '../proj.js';\nimport {getRequestExtent} from './Image.js';\n\n/**\n * Default WMS version.\n * @type {string}\n */\nexport const DEFAULT_VERSION = '1.3.0';\n\n/**\n * @const\n * @type {import(\"../size.js\").Size}\n */\nconst GETFEATUREINFO_IMAGE_SIZE = [101, 101];\n\n/**\n * @api\n * @typedef {'carmentaserver' | 'geoserver' | 'mapserver' | 'qgis'} ServerType\n * Set the server type to use implementation-specific parameters beyond the WMS specification.\n * - `'carmentaserver'`: HiDPI support for [Carmenta Server](https://www.carmenta.com/en/products/carmenta-server)\n * - `'geoserver'`: HiDPI support for [GeoServer](https://geoserver.org/)\n * - `'mapserver'`: HiDPI support for [MapServer](https://mapserver.org/)\n * - `'qgis'`: HiDPI support for [QGIS](https://qgis.org/)\n */\n\n/**\n * @param {string} baseUrl Base URL.\n * @param {import(\"../extent.js\").Extent} extent Extent.\n * @param {import(\"../size.js\").Size} size Size.\n * @param {import(\"../proj/Projection.js\").default} projection Projection.\n * @param {Object} params WMS params. Will be modified in place.\n * @return {string} Request URL.\n */\nexport function getRequestUrl(baseUrl, extent, size, projection, params) {\n params['WIDTH'] = size[0];\n params['HEIGHT'] = size[1];\n\n const axisOrientation = projection.getAxisOrientation();\n let bbox;\n const v13 = compareVersions(params['VERSION'], '1.3') >= 0;\n params[v13 ? 'CRS' : 'SRS'] = projection.getCode();\n if (v13 && axisOrientation.substr(0, 2) == 'ne') {\n bbox = [extent[1], extent[0], extent[3], extent[2]];\n } else {\n bbox = extent;\n }\n params['BBOX'] = bbox.join(',');\n\n return appendParams(/** @type {string} */ (baseUrl), params);\n}\n\n/**\n * @param {import(\"../extent\").Extent} extent Extent.\n * @param {number} resolution Resolution.\n * @param {number} pixelRatio pixel ratio.\n * @param {import(\"../proj.js\").Projection} projection Projection.\n * @param {string} url WMS service url.\n * @param {Object} params WMS params.\n * @param {import(\"./wms.js\").ServerType} serverType The type of the remote WMS server.\n * @return {string} Image src.\n */\nexport function getImageSrc(\n extent,\n resolution,\n pixelRatio,\n projection,\n url,\n params,\n serverType\n) {\n params = Object.assign({REQUEST: 'GetMap'}, params);\n\n const imageResolution = resolution / pixelRatio;\n\n const imageSize = [\n round(getWidth(extent) / imageResolution, DECIMALS),\n round(getHeight(extent) / imageResolution, DECIMALS),\n ];\n\n if (pixelRatio != 1) {\n switch (serverType) {\n case 'geoserver':\n const dpi = (90 * pixelRatio + 0.5) | 0;\n if ('FORMAT_OPTIONS' in params) {\n params['FORMAT_OPTIONS'] += ';dpi:' + dpi;\n } else {\n params['FORMAT_OPTIONS'] = 'dpi:' + dpi;\n }\n break;\n case 'mapserver':\n params['MAP_RESOLUTION'] = 90 * pixelRatio;\n break;\n case 'carmentaserver':\n case 'qgis':\n params['DPI'] = 90 * pixelRatio;\n break;\n default:\n throw new Error('Unknown `serverType` configured');\n }\n }\n\n const src = getRequestUrl(url, extent, imageSize, projection, params);\n return src;\n}\n\n/**\n * @param {Object} params WMS params.\n * @param {string} request WMS `REQUEST`.\n * @return {Object} WMS params with required properties set.\n */\nexport function getRequestParams(params, request) {\n return Object.assign(\n {\n 'REQUEST': request,\n 'SERVICE': 'WMS',\n 'VERSION': DEFAULT_VERSION,\n 'FORMAT': 'image/png',\n 'STYLES': '',\n 'TRANSPARENT': true,\n },\n params\n );\n}\n\n/**\n * @typedef {Object} LoaderOptions\n * @property {null|string} [crossOrigin] The `crossOrigin` attribute for loaded images. Note that\n * you must provide a `crossOrigin` value if you want to access pixel data with the Canvas renderer.\n * See https://developer.mozilla.org/en-US/docs/Web/HTML/CORS_enabled_image for more detail.\n * @property {boolean} [hidpi=true] Use the `ol/Map#pixelRatio` value when requesting\n * the image from the remote server.\n * @property {Object} [params] WMS request parameters.\n * At least a `LAYERS` param is required. `STYLES` is\n * `''` by default. `VERSION` is `1.3.0` by default. `WIDTH`, `HEIGHT` and `BBOX` will be set\n * dynamically. `CRS` (`SRS` for WMS version < 1.3.0) will is derived from the `proection` config.\n * @property {import(\"../proj.js\").ProjectionLike} [projection] Projection. Default is 'EPSG:3857'.\n * @property {number} [ratio=1.5] Ratio. `1` means image requests are the size of the map viewport, `2` means\n * twice the width and height of the map viewport, and so on. Must be `1` or higher.\n * @property {import(\"./wms.js\").ServerType} [serverType] The type of\n * the remote WMS server: `mapserver`, `geoserver`, `carmentaserver`, or `qgis`.\n * Only needed if `hidpi` is `true`.\n * @property {string} url WMS service URL.\n * @property {function(HTMLImageElement, string): Promise} [load] Function\n * to perform loading of the image. Receives the created `HTMLImageElement` and the desired `src` as argument and\n * returns a promise resolving to the loaded or decoded image. Default is {@link module:ol/Image.decode}.\n */\n\n/**\n * Creates a loader for WMS images.\n * @param {LoaderOptions} options Loader options.\n * @return {import(\"../Image.js\").ImageObjectPromiseLoader} Loader.\n * @api\n */\nexport function createLoader(options) {\n const hidpi = options.hidpi === undefined ? true : options.hidpi;\n const projection = getProjection(options.projection || 'EPSG:3857');\n const ratio = options.ratio || 1.5;\n const load = options.load || decode;\n\n /**\n * @type {import(\"../Image.js\").Loader}\n */\n return (extent, resolution, pixelRatio) => {\n extent = getRequestExtent(extent, resolution, pixelRatio, ratio);\n if (pixelRatio != 1 && (!hidpi || options.serverType === undefined)) {\n pixelRatio = 1;\n }\n const src = getImageSrc(\n extent,\n resolution,\n pixelRatio,\n projection,\n options.url,\n getRequestParams(options.params, 'GetMap'),\n options.serverType\n );\n const image = new Image();\n if (options.crossOrigin !== null) {\n image.crossOrigin = options.crossOrigin;\n }\n return load(image, src).then((image) => ({image, extent, pixelRatio}));\n };\n}\n\n/**\n * Get the GetFeatureInfo URL for the passed coordinate and resolution. Returns `undefined` if the\n * GetFeatureInfo URL cannot be constructed.\n * @param {LoaderOptions} options Options passed the `createWMSLoader()` function. In addition to\n * the params required by the loader, `INFO_FORMAT` should be specified, it defaults to\n * `application/json`. If `QUERY_LAYERS` is not provided, then the layers specified in the `LAYERS`\n * parameter will be used.\n * @param {import(\"../coordinate.js\").Coordinate} coordinate Coordinate.\n * @param {number} resolution Resolution.\n * @return {string|undefined} GetFeatureInfo URL.\n * @api\n */\nexport function getFeatureInfoUrl(options, coordinate, resolution) {\n if (options.url === undefined) {\n return undefined;\n }\n\n const projectionObj = getProjection(options.projection || 'EPSG:3857');\n\n const extent = getForViewAndSize(\n coordinate,\n resolution,\n 0,\n GETFEATUREINFO_IMAGE_SIZE\n );\n\n const baseParams = {\n 'QUERY_LAYERS': options.params['LAYERS'],\n 'INFO_FORMAT': 'application/json',\n };\n Object.assign(\n baseParams,\n getRequestParams(options.params, 'GetFeatureInfo'),\n options.params\n );\n\n const x = floor((coordinate[0] - extent[0]) / resolution, DECIMALS);\n const y = floor((extent[3] - coordinate[1]) / resolution, DECIMALS);\n const v13 = compareVersions(baseParams['VERSION'], '1.3') >= 0;\n baseParams[v13 ? 'I' : 'X'] = x;\n baseParams[v13 ? 'J' : 'Y'] = y;\n\n return getRequestUrl(\n options.url,\n extent,\n GETFEATUREINFO_IMAGE_SIZE,\n projectionObj,\n baseParams\n );\n}\n\n/**\n * Get the GetLegendGraphic URL, optionally optimized for the passed resolution and possibly\n * including any passed specific parameters. Returns `undefined` if the GetLegendGraphic URL\n * cannot be constructed.\n *\n * @param {LoaderOptions} options Options passed the `createWMSLoader()` function.\n * @param {number} [resolution] Resolution. If not provided, `SCALE` will not be calculated and\n * included in URL.\n * @return {string|undefined} GetLegendGraphic URL.\n * @api\n */\nexport function getLegendUrl(options, resolution) {\n if (options.url === undefined) {\n return undefined;\n }\n\n const baseParams = {\n 'SERVICE': 'WMS',\n 'VERSION': DEFAULT_VERSION,\n 'REQUEST': 'GetLegendGraphic',\n 'FORMAT': 'image/png',\n };\n\n if (options.params === undefined || options.params['LAYER'] === undefined) {\n const layers = options.params.LAYERS;\n const isSingleLayer = !Array.isArray(layers) || layers.length === 1;\n if (!isSingleLayer) {\n return undefined;\n }\n baseParams['LAYER'] = layers;\n }\n\n if (resolution !== undefined) {\n const mpu =\n getProjection(options.projection || 'EPSG:3857').getMetersPerUnit() || 1;\n const pixelSize = 0.00028;\n baseParams['SCALE'] = (resolution * mpu) / pixelSize;\n }\n\n Object.assign(baseParams, options.params);\n\n return appendParams(options.url, baseParams);\n}\n","/**\n * @module ol/source/ImageWMS\n */\n\nimport ImageSource, {defaultImageLoadFunction} from './Image.js';\nimport {calculateSourceResolution} from '../reproj.js';\nimport {createLoader, getFeatureInfoUrl, getLegendUrl} from './wms.js';\nimport {decode} from '../Image.js';\nimport {get as getProjection, transform} from '../proj.js';\n\n/**\n * @typedef {Object} Options\n * @property {import(\"./Source.js\").AttributionLike} [attributions] Attributions.\n * @property {null|string} [crossOrigin] The `crossOrigin` attribute for loaded images. Note that\n * you must provide a `crossOrigin` value if you want to access pixel data with the Canvas renderer.\n * See https://developer.mozilla.org/en-US/docs/Web/HTML/CORS_enabled_image for more detail.\n * @property {boolean} [hidpi=true] Use the `ol/Map#pixelRatio` value when requesting\n * the image from the remote server.\n * @property {import(\"./wms.js\").ServerType} [serverType] The type of\n * the remote WMS server: `mapserver`, `geoserver`, `carmentaserver`, or `qgis`.\n * Only needed if `hidpi` is `true`.\n * @property {import(\"../Image.js\").LoadFunction} [imageLoadFunction] Optional function to load an image given a URL.\n * @property {boolean} [interpolate=true] Use interpolated values when resampling. By default,\n * linear interpolation is used when resampling. Set to false to use the nearest neighbor instead.\n * @property {Object} [params] WMS request parameters.\n * At least a `LAYERS` param is required. `STYLES` is\n * `''` by default. `VERSION` is `1.3.0` by default. `WIDTH`, `HEIGHT`, `BBOX`\n * and `CRS` (`SRS` for WMS version < 1.3.0) will be set dynamically.\n * @property {import(\"../proj.js\").ProjectionLike} [projection] Projection. Default is the view projection.\n * @property {number} [ratio=1.5] Ratio. `1` means image requests are the size of the map viewport, `2` means\n * twice the width and height of the map viewport, and so on. Must be `1` or higher.\n * @property {Array} [resolutions] Resolutions.\n * If specified, requests will be made for these resolutions only.\n * @property {string} [url] WMS service URL.\n */\n\n/**\n * @classdesc\n * Source for WMS servers providing single, untiled images.\n *\n * @fires module:ol/source/Image.ImageSourceEvent\n * @api\n */\nclass ImageWMS extends ImageSource {\n /**\n * @param {Options} [options] ImageWMS options.\n */\n constructor(options) {\n options = options ? options : {};\n\n super({\n attributions: options.attributions,\n interpolate: options.interpolate,\n projection: options.projection,\n resolutions: options.resolutions,\n });\n\n /**\n * @private\n * @type {?string}\n */\n this.crossOrigin_ =\n options.crossOrigin !== undefined ? options.crossOrigin : null;\n\n /**\n * @private\n * @type {string|undefined}\n */\n this.url_ = options.url;\n\n /**\n * @private\n * @type {import(\"../Image.js\").LoadFunction}\n */\n this.imageLoadFunction_ =\n options.imageLoadFunction !== undefined\n ? options.imageLoadFunction\n : defaultImageLoadFunction;\n\n /**\n * @private\n * @type {!Object}\n */\n this.params_ = options.params;\n\n /**\n * @private\n * @type {import(\"./wms.js\").ServerType}\n */\n this.serverType_ = options.serverType;\n\n /**\n * @private\n * @type {boolean}\n */\n this.hidpi_ = options.hidpi !== undefined ? options.hidpi : true;\n\n /**\n * @private\n * @type {number}\n */\n this.renderedRevision_ = 0;\n\n /**\n * @private\n * @type {number}\n */\n this.ratio_ = options.ratio !== undefined ? options.ratio : 1.5;\n\n /**\n * @private\n * @type {import(\"../proj/Projection.js\").default}\n */\n this.loaderProjection_ = null;\n }\n\n /**\n * Return the GetFeatureInfo URL for the passed coordinate, resolution, and\n * projection. Return `undefined` if the GetFeatureInfo URL cannot be\n * constructed.\n * @param {import(\"../coordinate.js\").Coordinate} coordinate Coordinate.\n * @param {number} resolution Resolution.\n * @param {import(\"../proj.js\").ProjectionLike} projection Projection.\n * @param {!Object} params GetFeatureInfo params. `INFO_FORMAT` at least should\n * be provided. If `QUERY_LAYERS` is not provided then the layers specified\n * in the `LAYERS` parameter will be used. `VERSION` should not be\n * specified here.\n * @return {string|undefined} GetFeatureInfo URL.\n * @api\n */\n getFeatureInfoUrl(coordinate, resolution, projection, params) {\n const projectionObj = getProjection(projection);\n const sourceProjectionObj = this.getProjection();\n\n if (sourceProjectionObj && sourceProjectionObj !== projectionObj) {\n resolution = calculateSourceResolution(\n sourceProjectionObj,\n projectionObj,\n coordinate,\n resolution\n );\n coordinate = transform(coordinate, projectionObj, sourceProjectionObj);\n }\n\n const options = {\n url: this.url_,\n params: {\n ...this.params_,\n ...params,\n },\n projection: sourceProjectionObj || projectionObj,\n };\n return getFeatureInfoUrl(options, coordinate, resolution);\n }\n\n /**\n * Return the GetLegendGraphic URL, optionally optimized for the passed\n * resolution and possibly including any passed specific parameters. Returns\n * `undefined` if the GetLegendGraphic URL cannot be constructed.\n *\n * @param {number} [resolution] Resolution. If set to undefined, `SCALE`\n * will not be calculated and included in URL.\n * @param {Object} [params] GetLegendGraphic params. If `LAYER` is set, the\n * request is generated for this wms layer, else it will try to use the\n * configured wms layer. Default `FORMAT` is `image/png`.\n * `VERSION` should not be specified here.\n * @return {string|undefined} GetLegendGraphic URL.\n * @api\n */\n getLegendUrl(resolution, params) {\n return getLegendUrl(\n {\n url: this.url_,\n params: {\n ...this.params_,\n ...params,\n },\n },\n resolution\n );\n }\n\n /**\n * Get the user-provided params, i.e. those passed to the constructor through\n * the \"params\" option, and possibly updated using the updateParams method.\n * @return {Object} Params.\n * @api\n */\n getParams() {\n return this.params_;\n }\n\n /**\n * @param {import(\"../extent.js\").Extent} extent Extent.\n * @param {number} resolution Resolution.\n * @param {number} pixelRatio Pixel ratio.\n * @param {import(\"../proj/Projection.js\").default} projection Projection.\n * @return {import(\"../Image.js\").default} Single image.\n */\n getImageInternal(extent, resolution, pixelRatio, projection) {\n if (this.url_ === undefined) {\n return null;\n }\n if (!this.loader || this.loaderProjection_ !== projection) {\n // Lazily create loader to pick up the view projection and to allow `params` updates\n this.loaderProjection_ = projection;\n this.loader = createLoader({\n crossOrigin: this.crossOrigin_,\n params: this.params_,\n projection: projection,\n serverType: this.serverType_,\n hidpi: this.hidpi_,\n url: this.url_,\n ratio: this.ratio_,\n load: (image, src) => {\n this.image.setImage(image);\n this.imageLoadFunction_(this.image, src);\n return decode(image);\n },\n });\n }\n\n return super.getImageInternal(extent, resolution, pixelRatio, projection);\n }\n\n /**\n * Return the image load function of the source.\n * @return {import(\"../Image.js\").LoadFunction} The image load function.\n * @api\n */\n getImageLoadFunction() {\n return this.imageLoadFunction_;\n }\n\n /**\n * Return the URL used for this WMS source.\n * @return {string|undefined} URL.\n * @api\n */\n getUrl() {\n return this.url_;\n }\n\n /**\n * Set the image load function of the source.\n * @param {import(\"../Image.js\").LoadFunction} imageLoadFunction Image load function.\n * @api\n */\n setImageLoadFunction(imageLoadFunction) {\n this.imageLoadFunction_ = imageLoadFunction;\n this.changed();\n }\n\n /**\n * Set the URL to use for requests.\n * @param {string|undefined} url URL.\n * @api\n */\n setUrl(url) {\n if (url != this.url_) {\n this.url_ = url;\n this.loader = null;\n this.changed();\n }\n }\n\n /**\n * Update the user-provided params.\n * @param {Object} params Params.\n * @api\n */\n updateParams(params) {\n Object.assign(this.params_, params);\n this.changed();\n }\n\n changed() {\n this.image = null;\n super.changed();\n }\n}\n\nexport default ImageWMS;\n","/**\n * @module ol/source/ogcTileUtil\n */\n\nimport TileGrid from '../tilegrid/TileGrid.js';\nimport {getJSON, resolveUrl} from '../net.js';\nimport {get as getProjection} from '../proj.js';\nimport {getIntersection as intersectExtents} from '../extent.js';\n\n/**\n * See https://ogcapi.ogc.org/tiles/.\n */\n\n/**\n * @typedef {'map' | 'vector'} TileType\n */\n\n/**\n * @typedef {'topLeft' | 'bottomLeft'} CornerOfOrigin\n */\n\n/**\n * @typedef {Object} TileSet\n * @property {TileType} dataType Type of data represented in the tileset.\n * @property {string} [tileMatrixSetDefinition] Reference to a tile matrix set definition.\n * @property {TileMatrixSet} [tileMatrixSet] Tile matrix set definition.\n * @property {Array} [tileMatrixSetLimits] Tile matrix set limits.\n * @property {Array} links Tileset links.\n */\n\n/**\n * @typedef {Object} Link\n * @property {string} rel The link rel attribute.\n * @property {string} href The link URL.\n * @property {string} type The link type.\n */\n\n/**\n * @typedef {Object} TileMatrixSetLimit\n * @property {string} tileMatrix The tile matrix id.\n * @property {number} minTileRow The minimum tile row.\n * @property {number} maxTileRow The maximum tile row.\n * @property {number} minTileCol The minimum tile column.\n * @property {number} maxTileCol The maximum tile column.\n */\n\n/**\n * @typedef {Object} TileMatrixSet\n * @property {string} id The tile matrix set identifier.\n * @property {string} crs The coordinate reference system.\n * @property {Array} tileMatrices Array of tile matrices.\n */\n\n/**\n * @typedef {Object} TileMatrix\n * @property {string} id The tile matrix identifier.\n * @property {number} cellSize The pixel resolution (map units per pixel).\n * @property {Array} pointOfOrigin The map location of the matrix origin.\n * @property {CornerOfOrigin} [cornerOfOrigin='topLeft'] The corner of the matrix that represents the origin ('topLeft' or 'bottomLeft').\n * @property {number} matrixWidth The number of columns.\n * @property {number} matrixHeight The number of rows.\n * @property {number} tileWidth The pixel width of a tile.\n * @property {number} tileHeight The pixel height of a tile.\n */\n\n/**\n * @type {Object}\n */\nconst knownMapMediaTypes = {\n 'image/png': true,\n 'image/jpeg': true,\n 'image/gif': true,\n 'image/webp': true,\n};\n\n/**\n * @type {Object}\n */\nconst knownVectorMediaTypes = {\n 'application/vnd.mapbox-vector-tile': true,\n 'application/geo+json': true,\n};\n\n/**\n * @typedef {Object} TileSetInfo\n * @property {string} urlTemplate The tile URL template.\n * @property {import(\"../tilegrid/TileGrid.js\").default} grid The tile grid.\n * @property {import(\"../Tile.js\").UrlFunction} urlFunction The tile URL function.\n */\n\n/**\n * @typedef {Object} SourceInfo\n * @property {string} url The tile set URL.\n * @property {string} mediaType The preferred tile media type.\n * @property {Array} [supportedMediaTypes] The supported media types.\n * @property {import(\"../proj/Projection.js\").default} projection The source projection.\n * @property {Object} [context] Optional context for constructing the URL.\n */\n\n/**\n * @param {Array} links Tileset links.\n * @param {string} [mediaType] The preferred media type.\n * @return {string} The tile URL template.\n */\nexport function getMapTileUrlTemplate(links, mediaType) {\n let tileUrlTemplate;\n let fallbackUrlTemplate;\n for (let i = 0; i < links.length; ++i) {\n const link = links[i];\n if (link.rel === 'item') {\n if (link.type === mediaType) {\n tileUrlTemplate = link.href;\n break;\n }\n if (knownMapMediaTypes[link.type]) {\n fallbackUrlTemplate = link.href;\n } else if (!fallbackUrlTemplate && link.type.startsWith('image/')) {\n fallbackUrlTemplate = link.href;\n }\n }\n }\n\n if (!tileUrlTemplate) {\n if (fallbackUrlTemplate) {\n tileUrlTemplate = fallbackUrlTemplate;\n } else {\n throw new Error('Could not find \"item\" link');\n }\n }\n\n return tileUrlTemplate;\n}\n\n/**\n * @param {Array} links Tileset links.\n * @param {string} [mediaType] The preferred media type.\n * @param {Array} [supportedMediaTypes] The media types supported by the parser.\n * @return {string} The tile URL template.\n */\nexport function getVectorTileUrlTemplate(\n links,\n mediaType,\n supportedMediaTypes\n) {\n let tileUrlTemplate;\n let fallbackUrlTemplate;\n\n /**\n * Lookup of URL by media type.\n * @type {Object}\n */\n const hrefLookup = {};\n\n for (let i = 0; i < links.length; ++i) {\n const link = links[i];\n hrefLookup[link.type] = link.href;\n if (link.rel === 'item') {\n if (link.type === mediaType) {\n tileUrlTemplate = link.href;\n break;\n }\n if (knownVectorMediaTypes[link.type]) {\n fallbackUrlTemplate = link.href;\n }\n }\n }\n\n if (!tileUrlTemplate && supportedMediaTypes) {\n for (let i = 0; i < supportedMediaTypes.length; ++i) {\n const supportedMediaType = supportedMediaTypes[i];\n if (hrefLookup[supportedMediaType]) {\n tileUrlTemplate = hrefLookup[supportedMediaType];\n break;\n }\n }\n }\n\n if (!tileUrlTemplate) {\n if (fallbackUrlTemplate) {\n tileUrlTemplate = fallbackUrlTemplate;\n } else {\n throw new Error('Could not find \"item\" link');\n }\n }\n\n return tileUrlTemplate;\n}\n\n/**\n * @param {SourceInfo} sourceInfo The source info.\n * @param {TileMatrixSet} tileMatrixSet Tile matrix set.\n * @param {string} tileUrlTemplate Tile URL template.\n * @param {Array} [tileMatrixSetLimits] Tile matrix set limits.\n * @return {TileSetInfo} Tile set info.\n */\nfunction parseTileMatrixSet(\n sourceInfo,\n tileMatrixSet,\n tileUrlTemplate,\n tileMatrixSetLimits\n) {\n let projection = sourceInfo.projection;\n if (!projection) {\n projection = getProjection(tileMatrixSet.crs);\n if (!projection) {\n throw new Error(`Unsupported CRS: ${tileMatrixSet.crs}`);\n }\n }\n const backwards = projection.getAxisOrientation().substr(0, 2) !== 'en';\n\n const matrices = tileMatrixSet.tileMatrices;\n\n /**\n * @type {Object}\n */\n const matrixLookup = {};\n for (let i = 0; i < matrices.length; ++i) {\n const matrix = matrices[i];\n matrixLookup[matrix.id] = matrix;\n }\n\n /**\n * @type {Object}\n */\n const limitLookup = {};\n\n /**\n * @type {Array}\n */\n const matrixIds = [];\n\n if (tileMatrixSetLimits) {\n for (let i = 0; i < tileMatrixSetLimits.length; ++i) {\n const limit = tileMatrixSetLimits[i];\n const id = limit.tileMatrix;\n matrixIds.push(id);\n limitLookup[id] = limit;\n }\n } else {\n for (let i = 0; i < matrices.length; ++i) {\n const id = matrices[i].id;\n matrixIds.push(id);\n }\n }\n\n const length = matrixIds.length;\n const origins = new Array(length);\n const resolutions = new Array(length);\n const sizes = new Array(length);\n const tileSizes = new Array(length);\n const extent = [-Infinity, -Infinity, Infinity, Infinity];\n\n for (let i = 0; i < length; ++i) {\n const id = matrixIds[i];\n const matrix = matrixLookup[id];\n const origin = matrix.pointOfOrigin;\n if (backwards) {\n origins[i] = [origin[1], origin[0]];\n } else {\n origins[i] = origin;\n }\n resolutions[i] = matrix.cellSize;\n sizes[i] = [matrix.matrixWidth, matrix.matrixHeight];\n tileSizes[i] = [matrix.tileWidth, matrix.tileHeight];\n const limit = limitLookup[id];\n if (limit) {\n const tileMapWidth = matrix.cellSize * matrix.tileWidth;\n const minX = origins[i][0] + limit.minTileCol * tileMapWidth;\n const maxX = origins[i][0] + (limit.maxTileCol + 1) * tileMapWidth;\n\n const tileMapHeight = matrix.cellSize * matrix.tileHeight;\n const upsideDown = matrix.cornerOfOrigin === 'bottomLeft';\n\n let minY;\n let maxY;\n if (upsideDown) {\n minY = origins[i][1] + limit.minTileRow * tileMapHeight;\n maxY = origins[i][1] + (limit.maxTileRow + 1) * tileMapHeight;\n } else {\n minY = origins[i][1] - (limit.maxTileRow + 1) * tileMapHeight;\n maxY = origins[i][1] - limit.minTileRow * tileMapHeight;\n }\n\n intersectExtents(extent, [minX, minY, maxX, maxY], extent);\n }\n }\n\n const tileGrid = new TileGrid({\n origins: origins,\n resolutions: resolutions,\n sizes: sizes,\n tileSizes: tileSizes,\n extent: tileMatrixSetLimits ? extent : undefined,\n });\n\n const context = sourceInfo.context;\n const base = sourceInfo.url;\n\n /** @type {import('../Tile.js').UrlFunction} */\n function tileUrlFunction(tileCoord, pixelRatio, projection) {\n if (!tileCoord) {\n return undefined;\n }\n\n const id = matrixIds[tileCoord[0]];\n const matrix = matrixLookup[id];\n const upsideDown = matrix.cornerOfOrigin === 'bottomLeft';\n\n const localContext = {\n tileMatrix: id,\n tileCol: tileCoord[1],\n tileRow: upsideDown ? -tileCoord[2] - 1 : tileCoord[2],\n };\n\n if (tileMatrixSetLimits) {\n const limit = limitLookup[matrix.id];\n if (\n localContext.tileCol < limit.minTileCol ||\n localContext.tileCol > limit.maxTileCol ||\n localContext.tileRow < limit.minTileRow ||\n localContext.tileRow > limit.maxTileRow\n ) {\n return undefined;\n }\n }\n\n Object.assign(localContext, context);\n\n const url = tileUrlTemplate.replace(/\\{(\\w+?)\\}/g, function (m, p) {\n return localContext[p];\n });\n\n return resolveUrl(base, url);\n }\n\n return {\n grid: tileGrid,\n urlTemplate: tileUrlTemplate,\n urlFunction: tileUrlFunction,\n };\n}\n\n/**\n * @param {SourceInfo} sourceInfo The source info.\n * @param {TileSet} tileSet Tile set.\n * @return {TileSetInfo|Promise} Tile set info.\n */\nfunction parseTileSetMetadata(sourceInfo, tileSet) {\n const tileMatrixSetLimits = tileSet.tileMatrixSetLimits;\n /** @type {string} */\n let tileUrlTemplate;\n\n if (tileSet.dataType === 'map') {\n tileUrlTemplate = getMapTileUrlTemplate(\n tileSet.links,\n sourceInfo.mediaType\n );\n } else if (tileSet.dataType === 'vector') {\n tileUrlTemplate = getVectorTileUrlTemplate(\n tileSet.links,\n sourceInfo.mediaType,\n sourceInfo.supportedMediaTypes\n );\n } else {\n throw new Error('Expected tileset data type to be \"map\" or \"vector\"');\n }\n\n if (tileSet.tileMatrixSet) {\n return parseTileMatrixSet(\n sourceInfo,\n tileSet.tileMatrixSet,\n tileUrlTemplate,\n tileMatrixSetLimits\n );\n }\n\n const tileMatrixSetLink = tileSet.links.find(\n (link) =>\n link.rel === 'http://www.opengis.net/def/rel/ogc/1.0/tiling-scheme'\n );\n if (!tileMatrixSetLink) {\n throw new Error(\n 'Expected http://www.opengis.net/def/rel/ogc/1.0/tiling-scheme link or tileMatrixSet'\n );\n }\n const tileMatrixSetDefinition = tileMatrixSetLink.href;\n\n const url = resolveUrl(sourceInfo.url, tileMatrixSetDefinition);\n return getJSON(url).then(function (tileMatrixSet) {\n return parseTileMatrixSet(\n sourceInfo,\n tileMatrixSet,\n tileUrlTemplate,\n tileMatrixSetLimits\n );\n });\n}\n\n/**\n * @param {SourceInfo} sourceInfo Source info.\n * @return {Promise} Tile set info.\n */\nexport function getTileSetInfo(sourceInfo) {\n return getJSON(sourceInfo.url).then(function (tileSet) {\n return parseTileSetMetadata(sourceInfo, tileSet);\n });\n}\n","/**\n * @module ol/source/OGCMapTile\n */\nimport TileImage from './TileImage.js';\nimport {getTileSetInfo} from './ogcTileUtil.js';\nimport {error as logError} from '../console.js';\n\n/**\n * @typedef {Object} Options\n * @property {string} url URL to the OGC Map Tileset endpoint.\n * @property {Object} [context] A lookup of values to use in the tile URL template. The `{tileMatrix}`\n * (zoom level), `{tileRow}`, and `{tileCol}` variables in the URL will always be provided by the source.\n * @property {string} [mediaType] The content type for the tiles (e.g. \"image/png\"). If not provided,\n * the source will try to find a link with rel=\"item\" that uses a supported image type.\n * @property {import(\"../proj.js\").ProjectionLike} [projection] Projection. By default, the projection\n * will be derived from the `crs` of the `tileMatrixSet`. You can override this by supplying\n * a projection to the constructor.\n * @property {import(\"./Source.js\").AttributionLike} [attributions] Attributions.\n * @property {number} [cacheSize] Tile cache size. The default depends on the screen size. Will be ignored if too small.\n * @property {null|string} [crossOrigin] The `crossOrigin` attribute for loaded images. Note that\n * you must provide a `crossOrigin` value if you want to access pixel data with the Canvas renderer.\n * See https://developer.mozilla.org/en-US/docs/Web/HTML/CORS_enabled_image for more detail.\n * @property {boolean} [interpolate=true] Use interpolated values when resampling. By default,\n * linear interpolation is used when resampling. Set to false to use the nearest neighbor instead.\n * @property {number} [reprojectionErrorThreshold=0.5] Maximum allowed reprojection error (in pixels).\n * Higher values can increase reprojection performance, but decrease precision.\n * @property {import(\"../Tile.js\").LoadFunction} [tileLoadFunction] Optional function to load a tile given a URL. The default is\n * ```js\n * function(tile, src) {\n * tile.getImage().src = src;\n * };\n * ```\n * @property {boolean} [wrapX=true] Whether to wrap the world horizontally.\n * @property {number} [transition] Duration of the opacity transition for rendering.\n * To disable the opacity transition, pass `transition: 0`.\n */\n\n/**\n * @classdesc\n * Layer source for map tiles from an [OGC API - Tiles](https://ogcapi.ogc.org/tiles/) service that provides \"map\" type tiles.\n * The service must conform to at least the core (http://www.opengis.net/spec/ogcapi-tiles-1/1.0/conf/core)\n * and tileset (http://www.opengis.net/spec/ogcapi-tiles-1/1.0/conf/tileset) conformance classes.\n * @api\n */\nclass OGCMapTile extends TileImage {\n /**\n * @param {Options} options OGC map tile options.\n */\n constructor(options) {\n super({\n attributions: options.attributions,\n cacheSize: options.cacheSize,\n crossOrigin: options.crossOrigin,\n interpolate: options.interpolate,\n projection: options.projection,\n reprojectionErrorThreshold: options.reprojectionErrorThreshold,\n state: 'loading',\n tileLoadFunction: options.tileLoadFunction,\n wrapX: options.wrapX !== undefined ? options.wrapX : true,\n transition: options.transition,\n });\n\n const sourceInfo = {\n url: options.url,\n projection: this.getProjection(),\n mediaType: options.mediaType,\n context: options.context || null,\n };\n\n getTileSetInfo(sourceInfo)\n .then(this.handleTileSetInfo_.bind(this))\n .catch(this.handleError_.bind(this));\n }\n\n /**\n * @param {import(\"./ogcTileUtil.js\").TileSetInfo} tileSetInfo Tile set info.\n * @private\n */\n handleTileSetInfo_(tileSetInfo) {\n this.tileGrid = tileSetInfo.grid;\n this.setTileUrlFunction(tileSetInfo.urlFunction, tileSetInfo.urlTemplate);\n this.setState('ready');\n }\n\n /**\n * @private\n * @param {Error} error The error.\n */\n handleError_(error) {\n logError(error);\n this.setState('error');\n }\n}\n\nexport default OGCMapTile;\n","/**\n * @module ol/source/VectorTile\n */\n\nimport EventType from '../events/EventType.js';\nimport Tile from '../VectorTile.js';\nimport TileCache from '../TileCache.js';\nimport TileGrid from '../tilegrid/TileGrid.js';\nimport TileState from '../TileState.js';\nimport UrlTile from './UrlTile.js';\nimport VectorRenderTile from '../VectorRenderTile.js';\nimport {DEFAULT_MAX_ZOOM} from '../tilegrid/common.js';\nimport {\n buffer as bufferExtent,\n getIntersection,\n intersects,\n} from '../extent.js';\nimport {createXYZ, extentFromProjection} from '../tilegrid.js';\nimport {fromKey, getCacheKeyForTileKey, getKeyZXY} from '../tilecoord.js';\nimport {isEmpty} from '../obj.js';\nimport {loadFeaturesXhr} from '../featureloader.js';\nimport {toSize} from '../size.js';\n\n/**\n * @typedef {Object} Options\n * @property {import(\"./Source.js\").AttributionLike} [attributions] Attributions.\n * @property {boolean} [attributionsCollapsible=true] Attributions are collapsible.\n * @property {number} [cacheSize] Initial tile cache size. Will auto-grow to hold at least twice the number of tiles in the viewport.\n * @property {import(\"../extent.js\").Extent} [extent] Extent.\n * @property {import(\"../format/Feature.js\").default} [format] Feature format for tiles. Used and required by the default.\n * @property {boolean} [overlaps=true] This source may have overlapping geometries. Setting this\n * to `false` (e.g. for sources with polygons that represent administrative\n * boundaries or TopoJSON sources) allows the renderer to optimise fill and\n * stroke operations.\n * @property {import(\"../proj.js\").ProjectionLike} [projection='EPSG:3857'] Projection of the tile grid.\n * @property {import(\"./Source.js\").State} [state] Source state.\n * @property {typeof import(\"../VectorTile.js\").default} [tileClass] Class used to instantiate image tiles.\n * Default is {@link module:ol/VectorTile~VectorTile}.\n * @property {number} [maxZoom=22] Optional max zoom level. Not used if `tileGrid` is provided.\n * @property {number} [minZoom] Optional min zoom level. Not used if `tileGrid` is provided.\n * @property {number|import(\"../size.js\").Size} [tileSize=512] Optional tile size. Not used if `tileGrid` is provided.\n * @property {number} [maxResolution] Optional tile grid resolution at level zero. Not used if `tileGrid` is provided.\n * @property {import(\"../tilegrid/TileGrid.js\").default} [tileGrid] Tile grid.\n * @property {import(\"../Tile.js\").LoadFunction} [tileLoadFunction]\n * Optional function to load a tile given a URL. Could look like this for pbf tiles:\n * ```js\n * function(tile, url) {\n * tile.setLoader(function(extent, resolution, projection) {\n * fetch(url).then(function(response) {\n * response.arrayBuffer().then(function(data) {\n * const format = tile.getFormat() // ol/format/MVT configured as source format\n * const features = format.readFeatures(data, {\n * extent: extent,\n * featureProjection: projection\n * });\n * tile.setFeatures(features);\n * });\n * });\n * });\n * }\n * ```\n * If you do not need extent, resolution and projection to get the features for a tile (e.g.\n * for GeoJSON tiles), your `tileLoadFunction` does not need a `setLoader()` call. Only make sure\n * to call `setFeatures()` on the tile:\n * ```js\n * const format = new GeoJSON({featureProjection: map.getView().getProjection()});\n * async function tileLoadFunction(tile, url) {\n * const response = await fetch(url);\n * const data = await response.json();\n * tile.setFeatures(format.readFeatures(data));\n * }\n * ```\n * @property {import(\"../Tile.js\").UrlFunction} [tileUrlFunction] Optional function to get tile URL given a tile coordinate and the projection.\n * @property {string} [url] URL template. Must include `{x}`, `{y}` or `{-y}`, and `{z}` placeholders.\n * A `{?-?}` template pattern, for example `subdomain{a-f}.domain.com`, may be\n * used instead of defining each one separately in the `urls` option.\n * @property {number} [transition] A duration for tile opacity\n * transitions in milliseconds. A duration of 0 disables the opacity transition.\n * @property {Array} [urls] An array of URL templates.\n * @property {boolean} [wrapX=true] Whether to wrap the world horizontally.\n * When set to `false`, only one world\n * will be rendered. When set to `true`, tiles will be wrapped horizontally to\n * render multiple worlds.\n * @property {number|import(\"../array.js\").NearestDirectionFunction} [zDirection=1]\n * Choose whether to use tiles with a higher or lower zoom level when between integer\n * zoom levels. See {@link module:ol/tilegrid/TileGrid~TileGrid#getZForResolution}.\n */\n\n/**\n * @classdesc\n * Class for layer sources providing vector data divided into a tile grid, to be\n * used with {@link module:ol/layer/VectorTile~VectorTileLayer}. Although this source receives tiles\n * with vector features from the server, it is not meant for feature editing.\n * Features are optimized for rendering, their geometries are clipped at or near\n * tile boundaries and simplified for a view resolution. See\n * {@link module:ol/source/Vector~VectorSource} for vector sources that are suitable for feature\n * editing.\n *\n * @fires import(\"./Tile.js\").TileSourceEvent\n * @api\n */\nclass VectorTile extends UrlTile {\n /**\n * @param {!Options} options Vector tile options.\n */\n constructor(options) {\n const projection = options.projection || 'EPSG:3857';\n\n const extent = options.extent || extentFromProjection(projection);\n\n const tileGrid =\n options.tileGrid ||\n createXYZ({\n extent: extent,\n maxResolution: options.maxResolution,\n maxZoom: options.maxZoom !== undefined ? options.maxZoom : 22,\n minZoom: options.minZoom,\n tileSize: options.tileSize || 512,\n });\n\n super({\n attributions: options.attributions,\n attributionsCollapsible: options.attributionsCollapsible,\n cacheSize: options.cacheSize,\n interpolate: true,\n opaque: false,\n projection: projection,\n state: options.state,\n tileGrid: tileGrid,\n tileLoadFunction: options.tileLoadFunction\n ? options.tileLoadFunction\n : defaultLoadFunction,\n tileUrlFunction: options.tileUrlFunction,\n url: options.url,\n urls: options.urls,\n wrapX: options.wrapX === undefined ? true : options.wrapX,\n transition: options.transition,\n zDirection: options.zDirection === undefined ? 1 : options.zDirection,\n });\n\n /**\n * @private\n * @type {import(\"../format/Feature.js\").default|null}\n */\n this.format_ = options.format ? options.format : null;\n\n /**\n * @private\n * @type {TileCache}\n */\n this.sourceTileCache = new TileCache(this.tileCache.highWaterMark);\n\n /**\n * @private\n * @type {boolean}\n */\n this.overlaps_ = options.overlaps == undefined ? true : options.overlaps;\n\n /**\n * @protected\n * @type {typeof import(\"../VectorTile.js\").default}\n */\n this.tileClass = options.tileClass ? options.tileClass : Tile;\n\n /**\n * @private\n * @type {Object}\n */\n this.tileGrids_ = {};\n }\n\n /**\n * Get features whose bounding box intersects the provided extent. Only features for cached\n * tiles for the last rendered zoom level are available in the source. So this method is only\n * suitable for requesting tiles for extents that are currently rendered.\n *\n * Features are returned in random tile order and as they are included in the tiles. This means\n * they can be clipped, duplicated across tiles, and simplified to the render resolution.\n *\n * @param {import(\"../extent.js\").Extent} extent Extent.\n * @return {Array} Features.\n * @api\n */\n getFeaturesInExtent(extent) {\n const features = [];\n const tileCache = this.tileCache;\n if (tileCache.getCount() === 0) {\n return features;\n }\n const z = fromKey(tileCache.peekFirstKey())[0];\n const tileGrid = this.tileGrid;\n tileCache.forEach(function (tile) {\n if (tile.tileCoord[0] !== z || tile.getState() !== TileState.LOADED) {\n return;\n }\n const sourceTiles = tile.getSourceTiles();\n for (let i = 0, ii = sourceTiles.length; i < ii; ++i) {\n const sourceTile = sourceTiles[i];\n const tileCoord = sourceTile.tileCoord;\n if (intersects(extent, tileGrid.getTileCoordExtent(tileCoord))) {\n const tileFeatures = sourceTile.getFeatures();\n if (tileFeatures) {\n for (let j = 0, jj = tileFeatures.length; j < jj; ++j) {\n const candidate = tileFeatures[j];\n const geometry = candidate.getGeometry();\n if (intersects(extent, geometry.getExtent())) {\n features.push(candidate);\n }\n }\n }\n }\n }\n });\n return features;\n }\n\n /**\n * @return {boolean} The source can have overlapping geometries.\n */\n getOverlaps() {\n return this.overlaps_;\n }\n\n /**\n * clear {@link module:ol/TileCache~TileCache} and delete all source tiles\n * @api\n */\n clear() {\n this.tileCache.clear();\n this.sourceTileCache.clear();\n }\n\n /**\n * @param {import(\"../proj/Projection.js\").default} projection Projection.\n * @param {!Object} usedTiles Used tiles.\n */\n expireCache(projection, usedTiles) {\n const tileCache = this.getTileCacheForProjection(projection);\n const usedSourceTiles = Object.keys(usedTiles).reduce((acc, key) => {\n const cacheKey = getCacheKeyForTileKey(key);\n const tile = tileCache.peek(cacheKey);\n if (tile) {\n const sourceTiles = tile.sourceTiles;\n for (let i = 0, ii = sourceTiles.length; i < ii; ++i) {\n acc[sourceTiles[i].getKey()] = true;\n }\n }\n return acc;\n }, {});\n super.expireCache(projection, usedTiles);\n this.sourceTileCache.expireCache(usedSourceTiles);\n }\n\n /**\n * @param {number} pixelRatio Pixel ratio.\n * @param {import(\"../proj/Projection\").default} projection Projection.\n * @param {VectorRenderTile} tile Vector image tile.\n * @return {Array} Tile keys.\n */\n getSourceTiles(pixelRatio, projection, tile) {\n if (tile.getState() === TileState.IDLE) {\n tile.setState(TileState.LOADING);\n const urlTileCoord = tile.wrappedTileCoord;\n const tileGrid = this.getTileGridForProjection(projection);\n const extent = tileGrid.getTileCoordExtent(urlTileCoord);\n const z = urlTileCoord[0];\n const resolution = tileGrid.getResolution(z);\n // make extent 1 pixel smaller so we don't load tiles for < 0.5 pixel render space\n bufferExtent(extent, -resolution, extent);\n const sourceTileGrid = this.tileGrid;\n const sourceExtent = sourceTileGrid.getExtent();\n if (sourceExtent) {\n getIntersection(extent, sourceExtent, extent);\n }\n const sourceZ = sourceTileGrid.getZForResolution(\n resolution,\n this.zDirection\n );\n\n sourceTileGrid.forEachTileCoord(extent, sourceZ, (sourceTileCoord) => {\n const tileUrl = this.tileUrlFunction(\n sourceTileCoord,\n pixelRatio,\n projection\n );\n const sourceTile = this.sourceTileCache.containsKey(tileUrl)\n ? this.sourceTileCache.get(tileUrl)\n : new this.tileClass(\n sourceTileCoord,\n tileUrl ? TileState.IDLE : TileState.EMPTY,\n tileUrl,\n this.format_,\n this.tileLoadFunction\n );\n tile.sourceTiles.push(sourceTile);\n const sourceTileState = sourceTile.getState();\n if (sourceTileState < TileState.LOADED) {\n const listenChange = (event) => {\n this.handleTileChange(event);\n const state = sourceTile.getState();\n if (state === TileState.LOADED || state === TileState.ERROR) {\n const sourceTileKey = sourceTile.getKey();\n if (sourceTileKey in tile.errorTileKeys) {\n if (sourceTile.getState() === TileState.LOADED) {\n delete tile.errorTileKeys[sourceTileKey];\n }\n } else {\n tile.loadingSourceTiles--;\n }\n if (state === TileState.ERROR) {\n tile.errorTileKeys[sourceTileKey] = true;\n } else {\n sourceTile.removeEventListener(EventType.CHANGE, listenChange);\n }\n if (tile.loadingSourceTiles === 0) {\n tile.setState(\n isEmpty(tile.errorTileKeys)\n ? TileState.LOADED\n : TileState.ERROR\n );\n }\n }\n };\n sourceTile.addEventListener(EventType.CHANGE, listenChange);\n tile.loadingSourceTiles++;\n }\n if (sourceTileState === TileState.IDLE) {\n sourceTile.extent =\n sourceTileGrid.getTileCoordExtent(sourceTileCoord);\n sourceTile.projection = projection;\n sourceTile.resolution = sourceTileGrid.getResolution(\n sourceTileCoord[0]\n );\n this.sourceTileCache.set(tileUrl, sourceTile);\n sourceTile.load();\n }\n });\n if (!tile.loadingSourceTiles) {\n tile.setState(\n tile.sourceTiles.some(\n (sourceTile) => sourceTile.getState() === TileState.ERROR\n )\n ? TileState.ERROR\n : TileState.LOADED\n );\n }\n }\n\n return tile.sourceTiles;\n }\n\n /**\n * @param {number} z Tile coordinate z.\n * @param {number} x Tile coordinate x.\n * @param {number} y Tile coordinate y.\n * @param {number} pixelRatio Pixel ratio.\n * @param {import(\"../proj/Projection.js\").default} projection Projection.\n * @return {!VectorRenderTile} Tile.\n */\n getTile(z, x, y, pixelRatio, projection) {\n const coordKey = getKeyZXY(z, x, y);\n const key = this.getKey();\n let tile;\n if (this.tileCache.containsKey(coordKey)) {\n tile = this.tileCache.get(coordKey);\n if (tile.key === key) {\n return tile;\n }\n }\n const tileCoord = [z, x, y];\n let urlTileCoord = this.getTileCoordForTileUrlFunction(\n tileCoord,\n projection\n );\n const sourceExtent = this.getTileGrid().getExtent();\n const tileGrid = this.getTileGridForProjection(projection);\n if (urlTileCoord && sourceExtent) {\n const tileExtent = tileGrid.getTileCoordExtent(urlTileCoord);\n // make extent 1 pixel smaller so we don't load tiles for < 0.5 pixel render space\n bufferExtent(tileExtent, -tileGrid.getResolution(z), tileExtent);\n if (!intersects(sourceExtent, tileExtent)) {\n urlTileCoord = null;\n }\n }\n let empty = true;\n if (urlTileCoord !== null) {\n const sourceTileGrid = this.tileGrid;\n const resolution = tileGrid.getResolution(z);\n const sourceZ = sourceTileGrid.getZForResolution(resolution, 1);\n // make extent 1 pixel smaller so we don't load tiles for < 0.5 pixel render space\n const extent = tileGrid.getTileCoordExtent(urlTileCoord);\n bufferExtent(extent, -resolution, extent);\n sourceTileGrid.forEachTileCoord(extent, sourceZ, (sourceTileCoord) => {\n empty =\n empty &&\n !this.tileUrlFunction(sourceTileCoord, pixelRatio, projection);\n });\n }\n const newTile = new VectorRenderTile(\n tileCoord,\n empty ? TileState.EMPTY : TileState.IDLE,\n urlTileCoord,\n this.getSourceTiles.bind(this, pixelRatio, projection)\n );\n\n newTile.key = key;\n if (tile) {\n newTile.interimTile = tile;\n newTile.refreshInterimChain();\n this.tileCache.replace(coordKey, newTile);\n } else {\n this.tileCache.set(coordKey, newTile);\n }\n return newTile;\n }\n\n /**\n * @param {import(\"../proj/Projection.js\").default} projection Projection.\n * @return {!import(\"../tilegrid/TileGrid.js\").default} Tile grid.\n */\n getTileGridForProjection(projection) {\n const code = projection.getCode();\n let tileGrid = this.tileGrids_[code];\n if (!tileGrid) {\n // A tile grid that matches the tile size of the source tile grid is more\n // likely to have 1:1 relationships between source tiles and rendered tiles.\n const sourceTileGrid = this.tileGrid;\n const resolutions = sourceTileGrid.getResolutions().slice();\n const origins = resolutions.map(function (resolution, z) {\n return sourceTileGrid.getOrigin(z);\n });\n const tileSizes = resolutions.map(function (resolution, z) {\n return sourceTileGrid.getTileSize(z);\n });\n const length = DEFAULT_MAX_ZOOM + 1;\n for (let z = resolutions.length; z < length; ++z) {\n resolutions.push(resolutions[z - 1] / 2);\n origins.push(origins[z - 1]);\n tileSizes.push(tileSizes[z - 1]);\n }\n tileGrid = new TileGrid({\n extent: sourceTileGrid.getExtent(),\n origins: origins,\n resolutions: resolutions,\n tileSizes: tileSizes,\n });\n this.tileGrids_[code] = tileGrid;\n }\n return tileGrid;\n }\n\n /**\n * Get the tile pixel ratio for this source.\n * @param {number} pixelRatio Pixel ratio.\n * @return {number} Tile pixel ratio.\n */\n getTilePixelRatio(pixelRatio) {\n return pixelRatio;\n }\n\n /**\n * @param {number} z Z.\n * @param {number} pixelRatio Pixel ratio.\n * @param {import(\"../proj/Projection.js\").default} projection Projection.\n * @return {import(\"../size.js\").Size} Tile size.\n */\n getTilePixelSize(z, pixelRatio, projection) {\n const tileGrid = this.getTileGridForProjection(projection);\n const tileSize = toSize(tileGrid.getTileSize(z), this.tmpSize);\n return [\n Math.round(tileSize[0] * pixelRatio),\n Math.round(tileSize[1] * pixelRatio),\n ];\n }\n\n /**\n * Increases the cache size if needed\n * @param {number} tileCount Minimum number of tiles needed.\n * @param {import(\"../proj/Projection.js\").default} projection Projection.\n */\n updateCacheSize(tileCount, projection) {\n super.updateCacheSize(tileCount * 2, projection);\n this.sourceTileCache.highWaterMark =\n this.getTileCacheForProjection(projection).highWaterMark;\n }\n}\n\nexport default VectorTile;\n\n/**\n * Sets the loader for a tile.\n * @param {import(\"../VectorTile.js\").default} tile Vector tile.\n * @param {string} url URL.\n */\nexport function defaultLoadFunction(tile, url) {\n tile.setLoader(\n /**\n * @param {import(\"../extent.js\").Extent} extent Extent.\n * @param {number} resolution Resolution.\n * @param {import(\"../proj/Projection.js\").default} projection Projection.\n */\n function (extent, resolution, projection) {\n loadFeaturesXhr(\n url,\n tile.getFormat(),\n extent,\n resolution,\n projection,\n tile.onLoad.bind(tile),\n tile.onError.bind(tile)\n );\n }\n );\n}\n","/**\n * @module ol/source/OGCVectorTile\n */\n\nimport VectorTileSource from './VectorTile.js';\nimport {getTileSetInfo} from './ogcTileUtil.js';\nimport {error as logError} from '../console.js';\n\n/**\n * @typedef {Object} Options\n * @property {string} url URL to the OGC Vector Tileset endpoint.\n * @property {Object} [context] A lookup of values to use in the tile URL template. The `{tileMatrix}`\n * (zoom level), `{tileRow}`, and `{tileCol}` variables in the URL will always be provided by the source.\n * @property {import(\"../format/Feature.js\").default} format Feature parser for tiles.\n * @property {string} [mediaType] The content type for the tiles (e.g. \"application/vnd.mapbox-vector-tile\"). If not provided,\n * the source will try to find a link with rel=\"item\" that uses a vector type supported by the configured format.\n * @property {import(\"./Source.js\").AttributionLike} [attributions] Attributions.\n * @property {boolean} [attributionsCollapsible=true] Attributions are collapsible.\n * @property {number} [cacheSize] Initial tile cache size. Will auto-grow to hold at least twice the number of tiles in the viewport.\n * @property {boolean} [overlaps=true] This source may have overlapping geometries. Setting this\n * to `false` (e.g. for sources with polygons that represent administrative\n * boundaries or TopoJSON sources) allows the renderer to optimise fill and\n * stroke operations.\n * @property {import(\"../proj.js\").ProjectionLike} [projection='EPSG:3857'] Projection of the tile grid.\n * @property {typeof import(\"../VectorTile.js\").default} [tileClass] Class used to instantiate image tiles.\n * Default is {@link module:ol/VectorTile~VectorTile}.\n * @property {number} [transition] A duration for tile opacity\n * transitions in milliseconds. A duration of 0 disables the opacity transition.\n * @property {boolean} [wrapX=true] Whether to wrap the world horizontally.\n * When set to `false`, only one world\n * will be rendered. When set to `true`, tiles will be wrapped horizontally to\n * render multiple worlds.\n * @property {number|import(\"../array.js\").NearestDirectionFunction} [zDirection=1]\n * Choose whether to use tiles with a higher or lower zoom level when between integer\n * zoom levels. See {@link module:ol/tilegrid/TileGrid~TileGrid#getZForResolution}.\n */\n\n/**\n * @classdesc\n * Layer source for map tiles from an [OGC API - Tiles](https://ogcapi.ogc.org/tiles/) service that provides \"vector\" type tiles.\n * The service must conform to at least the core (http://www.opengis.net/spec/ogcapi-tiles-1/1.0/conf/core)\n * and tileset (http://www.opengis.net/spec/ogcapi-tiles-1/1.0/conf/tileset) conformance classes.\n *\n * Vector tile sets may come in a variety of formats (e.g. GeoJSON, MVT). The `format` option is used to determine\n * which of the advertised media types is used. If you need to force the use of a particular media type, you can\n * provide the `mediaType` option.\n * @api\n */\nclass OGCVectorTile extends VectorTileSource {\n /**\n * @param {Options} options OGC vector tile options.\n */\n constructor(options) {\n super({\n attributions: options.attributions,\n attributionsCollapsible: options.attributionsCollapsible,\n cacheSize: options.cacheSize,\n format: options.format,\n overlaps: options.overlaps,\n projection: options.projection,\n tileClass: options.tileClass,\n transition: options.transition,\n wrapX: options.wrapX,\n zDirection: options.zDirection,\n state: 'loading',\n });\n\n const sourceInfo = {\n url: options.url,\n projection: this.getProjection(),\n mediaType: options.mediaType,\n supportedMediaTypes: options.format.supportedMediaTypes,\n context: options.context || null,\n };\n\n getTileSetInfo(sourceInfo)\n .then(this.handleTileSetInfo_.bind(this))\n .catch(this.handleError_.bind(this));\n }\n\n /**\n * @param {import(\"./ogcTileUtil.js\").TileSetInfo} tileSetInfo Tile set info.\n * @private\n */\n handleTileSetInfo_(tileSetInfo) {\n this.tileGrid = tileSetInfo.grid;\n this.setTileUrlFunction(tileSetInfo.urlFunction, tileSetInfo.urlTemplate);\n this.setState('ready');\n }\n\n /**\n * @private\n * @param {Error} error The error.\n */\n handleError_(error) {\n logError(error);\n this.setState('error');\n }\n}\n\nexport default OGCVectorTile;\n","/**\n * @module ol/source/OSM\n */\n\nimport XYZ from './XYZ.js';\n\n/**\n * The attribution containing a link to the OpenStreetMap Copyright and License\n * page.\n * @const\n * @type {string}\n * @api\n */\nexport const ATTRIBUTION =\n '© ' +\n 'OpenStreetMap ' +\n 'contributors.';\n\n/**\n * @typedef {Object} Options\n * @property {import(\"./Source.js\").AttributionLike} [attributions] Attributions.\n * @property {number} [cacheSize] Initial tile cache size. Will auto-grow to hold at least the number of tiles in the viewport.\n * @property {null|string} [crossOrigin='anonymous'] The `crossOrigin` attribute for loaded images. Note that\n * you must provide a `crossOrigin` value if you want to access pixel data with the Canvas renderer.\n * See https://developer.mozilla.org/en-US/docs/Web/HTML/CORS_enabled_image for more detail.\n * @property {boolean} [interpolate=true] Use interpolated values when resampling. By default,\n * linear interpolation is used when resampling. Set to false to use the nearest neighbor instead.\n * @property {number} [maxZoom=19] Max zoom.\n * @property {boolean} [opaque=true] Whether the layer is opaque.\n * @property {number} [reprojectionErrorThreshold=0.5] Maximum allowed reprojection error (in pixels).\n * Higher values can increase reprojection performance, but decrease precision.\n * @property {import(\"../Tile.js\").LoadFunction} [tileLoadFunction] Optional function to load a tile given a URL. The default is\n * ```js\n * function(imageTile, src) {\n * imageTile.getImage().src = src;\n * };\n * ```\n * @property {number} [transition=250] Duration of the opacity transition for rendering.\n * To disable the opacity transition, pass `transition: 0`.\n * @property {string} [url='https://tile.openstreetmap.org/{z}/{x}/{y}.png'] URL template.\n * Must include `{x}`, `{y}` or `{-y}`, and `{z}` placeholders.\n * @property {boolean} [wrapX=true] Whether to wrap the world horizontally.\n * @property {number|import(\"../array.js\").NearestDirectionFunction} [zDirection=0]\n * Choose whether to use tiles with a higher or lower zoom level when between integer\n * zoom levels. See {@link module:ol/tilegrid/TileGrid~TileGrid#getZForResolution}.\n */\n\n/**\n * @classdesc\n * Layer source for the OpenStreetMap tile server.\n * @api\n */\nclass OSM extends XYZ {\n /**\n * @param {Options} [options] Open Street Map options.\n */\n constructor(options) {\n options = options || {};\n\n let attributions;\n if (options.attributions !== undefined) {\n attributions = options.attributions;\n } else {\n attributions = [ATTRIBUTION];\n }\n\n const crossOrigin =\n options.crossOrigin !== undefined ? options.crossOrigin : 'anonymous';\n\n const url =\n options.url !== undefined\n ? options.url\n : 'https://tile.openstreetmap.org/{z}/{x}/{y}.png';\n\n super({\n attributions: attributions,\n attributionsCollapsible: false,\n cacheSize: options.cacheSize,\n crossOrigin: crossOrigin,\n interpolate: options.interpolate,\n maxZoom: options.maxZoom !== undefined ? options.maxZoom : 19,\n opaque: options.opaque !== undefined ? options.opaque : true,\n reprojectionErrorThreshold: options.reprojectionErrorThreshold,\n tileLoadFunction: options.tileLoadFunction,\n transition: options.transition,\n url: url,\n wrapX: options.wrapX,\n zDirection: options.zDirection,\n });\n }\n}\n\nexport default OSM;\n","/**\n * @module ol/layer/BaseImage\n */\nimport Layer from './Layer.js';\n\n/**\n * @template {import(\"../source/Image.js\").default} ImageSourceType\n * @typedef {Object} Options\n * @property {string} [className='ol-layer'] A CSS class name to set to the layer element.\n * @property {number} [opacity=1] Opacity (0, 1).\n * @property {boolean} [visible=true] Visibility.\n * @property {import(\"../extent.js\").Extent} [extent] The bounding extent for layer rendering. The layer will not be\n * rendered outside of this extent.\n * @property {number} [zIndex] The z-index for layer rendering. At rendering time, the layers\n * will be ordered, first by Z-index and then by position. When `undefined`, a `zIndex` of 0 is assumed\n * for layers that are added to the map's `layers` collection, or `Infinity` when the layer's `setMap()`\n * method was used.\n * @property {number} [minResolution] The minimum resolution (inclusive) at which this layer will be\n * visible.\n * @property {number} [maxResolution] The maximum resolution (exclusive) below which this layer will\n * be visible.\n * @property {number} [minZoom] The minimum view zoom level (exclusive) above which this layer will be\n * visible.\n * @property {number} [maxZoom] The maximum view zoom level (inclusive) at which this layer will\n * be visible.\n * @property {import(\"../Map.js\").default} [map] Sets the layer as overlay on a map. The map will not manage\n * this layer in its layers collection, and the layer will be rendered on top. This is useful for\n * temporary layers. The standard way to add a layer to a map and have it managed by the map is to\n * use {@link import(\"../Map.js\").default#addLayer map.addLayer()}.\n * @property {ImageSourceType} [source] Source for this layer.\n * @property {Object} [properties] Arbitrary observable properties. Can be accessed with `#get()` and `#set()`.\n */\n\n/**\n * @classdesc\n * Server-rendered images that are available for arbitrary extents and\n * resolutions.\n * Note that any property set in the options is set as a {@link module:ol/Object~BaseObject}\n * property on the layer object; for example, setting `title: 'My Title'` in the\n * options means that `title` is observable, and has get/set accessors.\n *\n * @template {import(\"../source/Image.js\").default} ImageSourceType\n * @template {import(\"../renderer/Layer.js\").default} RendererType\n * @extends {Layer}\n * @api\n */\nclass BaseImageLayer extends Layer {\n /**\n * @param {Options} [options] Layer options.\n */\n constructor(options) {\n options = options ? options : {};\n super(options);\n }\n}\n\nexport default BaseImageLayer;\n","/**\n * @module ol/renderer/Layer\n */\nimport EventType from '../events/EventType.js';\nimport ImageState from '../ImageState.js';\nimport Observable from '../Observable.js';\nimport {abstract} from '../util.js';\n\n/**\n * @template {import(\"../layer/Layer.js\").default} LayerType\n */\nclass LayerRenderer extends Observable {\n /**\n * @param {LayerType} layer Layer.\n */\n constructor(layer) {\n super();\n\n /**\n * The renderer is initialized and ready to render.\n * @type {boolean}\n */\n this.ready = true;\n\n /** @private */\n this.boundHandleImageChange_ = this.handleImageChange_.bind(this);\n\n /**\n * @protected\n * @type {LayerType}\n */\n this.layer_ = layer;\n\n /**\n * @type {import(\"../render/canvas/ExecutorGroup\").default}\n */\n this.declutterExecutorGroup = null;\n }\n\n /**\n * Asynchronous layer level hit detection.\n * @param {import(\"../pixel.js\").Pixel} pixel Pixel.\n * @return {Promise>} Promise that resolves with\n * an array of features.\n */\n getFeatures(pixel) {\n return abstract();\n }\n\n /**\n * @param {import(\"../pixel.js\").Pixel} pixel Pixel.\n * @return {Uint8ClampedArray|Uint8Array|Float32Array|DataView|null} Pixel data.\n */\n getData(pixel) {\n return null;\n }\n\n /**\n * Determine whether render should be called.\n * @abstract\n * @param {import(\"../Map.js\").FrameState} frameState Frame state.\n * @return {boolean} Layer is ready to be rendered.\n */\n prepareFrame(frameState) {\n return abstract();\n }\n\n /**\n * Render the layer.\n * @abstract\n * @param {import(\"../Map.js\").FrameState} frameState Frame state.\n * @param {HTMLElement|null} target Target that may be used to render content to.\n * @return {HTMLElement|null} The rendered element.\n */\n renderFrame(frameState, target) {\n return abstract();\n }\n\n /**\n * @param {Object>} tiles Lookup of loaded tiles by zoom level.\n * @param {number} zoom Zoom level.\n * @param {import(\"../Tile.js\").default} tile Tile.\n * @return {boolean|void} If `false`, the tile will not be considered loaded.\n */\n loadedTileCallback(tiles, zoom, tile) {\n if (!tiles[zoom]) {\n tiles[zoom] = {};\n }\n tiles[zoom][tile.tileCoord.toString()] = tile;\n return undefined;\n }\n\n /**\n * Create a function that adds loaded tiles to the tile lookup.\n * @param {import(\"../source/Tile.js\").default} source Tile source.\n * @param {import(\"../proj/Projection.js\").default} projection Projection of the tiles.\n * @param {Object>} tiles Lookup of loaded tiles by zoom level.\n * @return {function(number, import(\"../TileRange.js\").default):boolean} A function that can be\n * called with a zoom level and a tile range to add loaded tiles to the lookup.\n * @protected\n */\n createLoadedTileFinder(source, projection, tiles) {\n return (\n /**\n * @param {number} zoom Zoom level.\n * @param {import(\"../TileRange.js\").default} tileRange Tile range.\n * @return {boolean} The tile range is fully loaded.\n */\n (zoom, tileRange) => {\n const callback = this.loadedTileCallback.bind(this, tiles, zoom);\n return source.forEachLoadedTile(projection, zoom, tileRange, callback);\n }\n );\n }\n /**\n * @abstract\n * @param {import(\"../coordinate.js\").Coordinate} coordinate Coordinate.\n * @param {import(\"../Map.js\").FrameState} frameState Frame state.\n * @param {number} hitTolerance Hit tolerance in pixels.\n * @param {import(\"./vector.js\").FeatureCallback} callback Feature callback.\n * @param {Array>} matches The hit detected matches with tolerance.\n * @return {T|undefined} Callback result.\n * @template T\n */\n forEachFeatureAtCoordinate(\n coordinate,\n frameState,\n hitTolerance,\n callback,\n matches\n ) {\n return undefined;\n }\n\n /**\n * @return {LayerType} Layer.\n */\n getLayer() {\n return this.layer_;\n }\n\n /**\n * Perform action necessary to get the layer rendered after new fonts have loaded\n * @abstract\n */\n handleFontsChanged() {}\n\n /**\n * Handle changes in image state.\n * @param {import(\"../events/Event.js\").default} event Image change event.\n * @private\n */\n handleImageChange_(event) {\n const image = /** @type {import(\"../Image.js\").default} */ (event.target);\n if (\n image.getState() === ImageState.LOADED ||\n image.getState() === ImageState.ERROR\n ) {\n this.renderIfReadyAndVisible();\n }\n }\n\n /**\n * Load the image if not already loaded, and register the image change\n * listener if needed.\n * @param {import(\"../Image.js\").default} image Image.\n * @return {boolean} `true` if the image is already loaded, `false` otherwise.\n * @protected\n */\n loadImage(image) {\n let imageState = image.getState();\n if (imageState != ImageState.LOADED && imageState != ImageState.ERROR) {\n image.addEventListener(EventType.CHANGE, this.boundHandleImageChange_);\n }\n if (imageState == ImageState.IDLE) {\n image.load();\n imageState = image.getState();\n }\n return imageState == ImageState.LOADED;\n }\n\n /**\n * @protected\n */\n renderIfReadyAndVisible() {\n const layer = this.getLayer();\n if (layer && layer.getVisible() && layer.getSourceState() === 'ready') {\n layer.changed();\n }\n }\n\n /**\n * Clean up.\n */\n disposeInternal() {\n delete this.layer_;\n super.disposeInternal();\n }\n}\n\nexport default LayerRenderer;\n","/**\n * @module ol/renderer/canvas/Layer\n */\nimport LayerRenderer from '../Layer.js';\nimport RenderEvent from '../../render/Event.js';\nimport RenderEventType from '../../render/EventType.js';\nimport {\n apply as applyTransform,\n compose as composeTransform,\n create as createTransform,\n} from '../../transform.js';\nimport {asArray} from '../../color.js';\nimport {createCanvasContext2D} from '../../dom.js';\nimport {equals} from '../../array.js';\nimport {\n getBottomLeft,\n getBottomRight,\n getTopLeft,\n getTopRight,\n} from '../../extent.js';\n\n/**\n * @type {Array}\n */\nexport const canvasPool = [];\n\n/**\n * @type {CanvasRenderingContext2D}\n */\nlet pixelContext = null;\n\nfunction createPixelContext() {\n pixelContext = createCanvasContext2D(1, 1, undefined, {\n willReadFrequently: true,\n });\n}\n\n/**\n * @abstract\n * @template {import(\"../../layer/Layer.js\").default} LayerType\n * @extends {LayerRenderer}\n */\nclass CanvasLayerRenderer extends LayerRenderer {\n /**\n * @param {LayerType} layer Layer.\n */\n constructor(layer) {\n super(layer);\n\n /**\n * @protected\n * @type {HTMLElement}\n */\n this.container = null;\n\n /**\n * @protected\n * @type {number}\n */\n this.renderedResolution;\n\n /**\n * A temporary transform. The values in this transform should only be used in a\n * function that sets the values.\n * @protected\n * @type {import(\"../../transform.js\").Transform}\n */\n this.tempTransform = createTransform();\n\n /**\n * The transform for rendered pixels to viewport CSS pixels. This transform must\n * be set when rendering a frame and may be used by other functions after rendering.\n * @protected\n * @type {import(\"../../transform.js\").Transform}\n */\n this.pixelTransform = createTransform();\n\n /**\n * The transform for viewport CSS pixels to rendered pixels. This transform must\n * be set when rendering a frame and may be used by other functions after rendering.\n * @protected\n * @type {import(\"../../transform.js\").Transform}\n */\n this.inversePixelTransform = createTransform();\n\n /**\n * @type {CanvasRenderingContext2D}\n */\n this.context = null;\n\n /**\n * @type {boolean}\n */\n this.containerReused = false;\n\n /**\n * @private\n * @type {CanvasRenderingContext2D}\n */\n this.pixelContext_ = null;\n\n /**\n * @protected\n * @type {import(\"../../Map.js\").FrameState|null}\n */\n this.frameState = null;\n }\n\n /**\n * @param {import('../../DataTile.js').ImageLike} image Image.\n * @param {number} col The column index.\n * @param {number} row The row index.\n * @return {Uint8ClampedArray|null} The image data.\n */\n getImageData(image, col, row) {\n if (!pixelContext) {\n createPixelContext();\n }\n pixelContext.clearRect(0, 0, 1, 1);\n\n let data;\n try {\n pixelContext.drawImage(image, col, row, 1, 1, 0, 0, 1, 1);\n data = pixelContext.getImageData(0, 0, 1, 1).data;\n } catch (err) {\n pixelContext = null;\n return null;\n }\n return data;\n }\n\n /**\n * @param {import('../../Map.js').FrameState} frameState Frame state.\n * @return {string} Background color.\n */\n getBackground(frameState) {\n const layer = this.getLayer();\n let background = layer.getBackground();\n if (typeof background === 'function') {\n background = background(frameState.viewState.resolution);\n }\n return background || undefined;\n }\n\n /**\n * Get a rendering container from an existing target, if compatible.\n * @param {HTMLElement} target Potential render target.\n * @param {string} transform CSS Transform.\n * @param {string} [backgroundColor] Background color.\n */\n useContainer(target, transform, backgroundColor) {\n const layerClassName = this.getLayer().getClassName();\n let container, context;\n if (\n target &&\n target.className === layerClassName &&\n (!backgroundColor ||\n (target &&\n target.style.backgroundColor &&\n equals(\n asArray(target.style.backgroundColor),\n asArray(backgroundColor)\n )))\n ) {\n const canvas = target.firstElementChild;\n if (canvas instanceof HTMLCanvasElement) {\n context = canvas.getContext('2d');\n }\n }\n if (context && context.canvas.style.transform === transform) {\n // Container of the previous layer renderer can be used.\n this.container = target;\n this.context = context;\n this.containerReused = true;\n } else if (this.containerReused) {\n // Previously reused container cannot be used any more.\n this.container = null;\n this.context = null;\n this.containerReused = false;\n } else if (this.container) {\n this.container.style.backgroundColor = null;\n }\n if (!this.container) {\n container = document.createElement('div');\n container.className = layerClassName;\n let style = container.style;\n style.position = 'absolute';\n style.width = '100%';\n style.height = '100%';\n context = createCanvasContext2D();\n const canvas = context.canvas;\n container.appendChild(canvas);\n style = canvas.style;\n style.position = 'absolute';\n style.left = '0';\n style.transformOrigin = 'top left';\n this.container = container;\n this.context = context;\n }\n if (\n !this.containerReused &&\n backgroundColor &&\n !this.container.style.backgroundColor\n ) {\n this.container.style.backgroundColor = backgroundColor;\n }\n }\n\n /**\n * @param {CanvasRenderingContext2D} context Context.\n * @param {import(\"../../Map.js\").FrameState} frameState Frame state.\n * @param {import(\"../../extent.js\").Extent} extent Clip extent.\n * @protected\n */\n clipUnrotated(context, frameState, extent) {\n const topLeft = getTopLeft(extent);\n const topRight = getTopRight(extent);\n const bottomRight = getBottomRight(extent);\n const bottomLeft = getBottomLeft(extent);\n\n applyTransform(frameState.coordinateToPixelTransform, topLeft);\n applyTransform(frameState.coordinateToPixelTransform, topRight);\n applyTransform(frameState.coordinateToPixelTransform, bottomRight);\n applyTransform(frameState.coordinateToPixelTransform, bottomLeft);\n\n const inverted = this.inversePixelTransform;\n applyTransform(inverted, topLeft);\n applyTransform(inverted, topRight);\n applyTransform(inverted, bottomRight);\n applyTransform(inverted, bottomLeft);\n\n context.save();\n context.beginPath();\n context.moveTo(Math.round(topLeft[0]), Math.round(topLeft[1]));\n context.lineTo(Math.round(topRight[0]), Math.round(topRight[1]));\n context.lineTo(Math.round(bottomRight[0]), Math.round(bottomRight[1]));\n context.lineTo(Math.round(bottomLeft[0]), Math.round(bottomLeft[1]));\n context.clip();\n }\n\n /**\n * @param {import(\"../../render/EventType.js\").default} type Event type.\n * @param {CanvasRenderingContext2D} context Context.\n * @param {import(\"../../Map.js\").FrameState} frameState Frame state.\n * @private\n */\n dispatchRenderEvent_(type, context, frameState) {\n const layer = this.getLayer();\n if (layer.hasListener(type)) {\n const event = new RenderEvent(\n type,\n this.inversePixelTransform,\n frameState,\n context\n );\n layer.dispatchEvent(event);\n }\n }\n\n /**\n * @param {CanvasRenderingContext2D} context Context.\n * @param {import(\"../../Map.js\").FrameState} frameState Frame state.\n * @protected\n */\n preRender(context, frameState) {\n this.frameState = frameState;\n this.dispatchRenderEvent_(RenderEventType.PRERENDER, context, frameState);\n }\n\n /**\n * @param {CanvasRenderingContext2D} context Context.\n * @param {import(\"../../Map.js\").FrameState} frameState Frame state.\n * @protected\n */\n postRender(context, frameState) {\n this.dispatchRenderEvent_(RenderEventType.POSTRENDER, context, frameState);\n }\n\n /**\n * Creates a transform for rendering to an element that will be rotated after rendering.\n * @param {import(\"../../coordinate.js\").Coordinate} center Center.\n * @param {number} resolution Resolution.\n * @param {number} rotation Rotation.\n * @param {number} pixelRatio Pixel ratio.\n * @param {number} width Width of the rendered element (in pixels).\n * @param {number} height Height of the rendered element (in pixels).\n * @param {number} offsetX Offset on the x-axis in view coordinates.\n * @protected\n * @return {!import(\"../../transform.js\").Transform} Transform.\n */\n getRenderTransform(\n center,\n resolution,\n rotation,\n pixelRatio,\n width,\n height,\n offsetX\n ) {\n const dx1 = width / 2;\n const dy1 = height / 2;\n const sx = pixelRatio / resolution;\n const sy = -sx;\n const dx2 = -center[0] + offsetX;\n const dy2 = -center[1];\n return composeTransform(\n this.tempTransform,\n dx1,\n dy1,\n sx,\n sy,\n -rotation,\n dx2,\n dy2\n );\n }\n\n /**\n * Clean up.\n */\n disposeInternal() {\n delete this.frameState;\n super.disposeInternal();\n }\n}\n\nexport default CanvasLayerRenderer;\n","/**\n * @module ol/renderer/canvas/ImageLayer\n */\nimport CanvasLayerRenderer from './Layer.js';\nimport ImageState from '../../ImageState.js';\nimport ViewHint from '../../ViewHint.js';\nimport {\n apply as applyTransform,\n compose as composeTransform,\n makeInverse,\n toString as toTransformString,\n} from '../../transform.js';\nimport {\n containsCoordinate,\n containsExtent,\n getHeight,\n getIntersection,\n getWidth,\n intersects as intersectsExtent,\n isEmpty,\n} from '../../extent.js';\nimport {fromUserExtent} from '../../proj.js';\n\n/**\n * @classdesc\n * Canvas renderer for image layers.\n * @api\n */\nclass CanvasImageLayerRenderer extends CanvasLayerRenderer {\n /**\n * @param {import(\"../../layer/Image.js\").default} imageLayer Image layer.\n */\n constructor(imageLayer) {\n super(imageLayer);\n\n /**\n * @protected\n * @type {?import(\"../../Image.js\").default}\n */\n this.image_ = null;\n }\n\n /**\n * @return {import('../../DataTile.js').ImageLike} Image.\n */\n getImage() {\n return !this.image_ ? null : this.image_.getImage();\n }\n\n /**\n * Determine whether render should be called.\n * @param {import(\"../../Map.js\").FrameState} frameState Frame state.\n * @return {boolean} Layer is ready to be rendered.\n */\n prepareFrame(frameState) {\n const layerState = frameState.layerStatesArray[frameState.layerIndex];\n const pixelRatio = frameState.pixelRatio;\n const viewState = frameState.viewState;\n const viewResolution = viewState.resolution;\n\n const imageSource = this.getLayer().getSource();\n\n const hints = frameState.viewHints;\n\n let renderedExtent = frameState.extent;\n if (layerState.extent !== undefined) {\n renderedExtent = getIntersection(\n renderedExtent,\n fromUserExtent(layerState.extent, viewState.projection)\n );\n }\n\n if (\n !hints[ViewHint.ANIMATING] &&\n !hints[ViewHint.INTERACTING] &&\n !isEmpty(renderedExtent)\n ) {\n if (imageSource) {\n const projection = viewState.projection;\n const image = imageSource.getImage(\n renderedExtent,\n viewResolution,\n pixelRatio,\n projection\n );\n if (image) {\n if (this.loadImage(image)) {\n this.image_ = image;\n } else if (image.getState() === ImageState.EMPTY) {\n this.image_ = null;\n }\n }\n } else {\n this.image_ = null;\n }\n }\n\n return !!this.image_;\n }\n\n /**\n * @param {import(\"../../pixel.js\").Pixel} pixel Pixel.\n * @return {Uint8ClampedArray} Data at the pixel location.\n */\n getData(pixel) {\n const frameState = this.frameState;\n if (!frameState) {\n return null;\n }\n\n const layer = this.getLayer();\n const coordinate = applyTransform(\n frameState.pixelToCoordinateTransform,\n pixel.slice()\n );\n\n const layerExtent = layer.getExtent();\n if (layerExtent) {\n if (!containsCoordinate(layerExtent, coordinate)) {\n return null;\n }\n }\n\n const imageExtent = this.image_.getExtent();\n const img = this.image_.getImage();\n\n const imageMapWidth = getWidth(imageExtent);\n const col = Math.floor(\n img.width * ((coordinate[0] - imageExtent[0]) / imageMapWidth)\n );\n if (col < 0 || col >= img.width) {\n return null;\n }\n\n const imageMapHeight = getHeight(imageExtent);\n const row = Math.floor(\n img.height * ((imageExtent[3] - coordinate[1]) / imageMapHeight)\n );\n if (row < 0 || row >= img.height) {\n return null;\n }\n\n return this.getImageData(img, col, row);\n }\n\n /**\n * Render the layer.\n * @param {import(\"../../Map.js\").FrameState} frameState Frame state.\n * @param {HTMLElement} target Target that may be used to render content to.\n * @return {HTMLElement} The rendered element.\n */\n renderFrame(frameState, target) {\n const image = this.image_;\n const imageExtent = image.getExtent();\n const imageResolution = image.getResolution();\n const [imageResolutionX, imageResolutionY] = Array.isArray(imageResolution)\n ? imageResolution\n : [imageResolution, imageResolution];\n const imagePixelRatio = image.getPixelRatio();\n const layerState = frameState.layerStatesArray[frameState.layerIndex];\n const pixelRatio = frameState.pixelRatio;\n const viewState = frameState.viewState;\n const viewCenter = viewState.center;\n const viewResolution = viewState.resolution;\n const scaleX =\n (pixelRatio * imageResolutionX) / (viewResolution * imagePixelRatio);\n const scaleY =\n (pixelRatio * imageResolutionY) / (viewResolution * imagePixelRatio);\n\n const extent = frameState.extent;\n const resolution = viewState.resolution;\n const rotation = viewState.rotation;\n // desired dimensions of the canvas in pixels\n const width = Math.round((getWidth(extent) / resolution) * pixelRatio);\n const height = Math.round((getHeight(extent) / resolution) * pixelRatio);\n\n // set forward and inverse pixel transforms\n composeTransform(\n this.pixelTransform,\n frameState.size[0] / 2,\n frameState.size[1] / 2,\n 1 / pixelRatio,\n 1 / pixelRatio,\n rotation,\n -width / 2,\n -height / 2\n );\n makeInverse(this.inversePixelTransform, this.pixelTransform);\n\n const canvasTransform = toTransformString(this.pixelTransform);\n\n this.useContainer(target, canvasTransform, this.getBackground(frameState));\n\n const context = this.context;\n const canvas = context.canvas;\n\n if (canvas.width != width || canvas.height != height) {\n canvas.width = width;\n canvas.height = height;\n } else if (!this.containerReused) {\n context.clearRect(0, 0, width, height);\n }\n\n // clipped rendering if layer extent is set\n let clipped = false;\n let render = true;\n if (layerState.extent) {\n const layerExtent = fromUserExtent(\n layerState.extent,\n viewState.projection\n );\n render = intersectsExtent(layerExtent, frameState.extent);\n clipped = render && !containsExtent(layerExtent, frameState.extent);\n if (clipped) {\n this.clipUnrotated(context, frameState, layerExtent);\n }\n }\n\n const img = image.getImage();\n\n const transform = composeTransform(\n this.tempTransform,\n width / 2,\n height / 2,\n scaleX,\n scaleY,\n 0,\n (imagePixelRatio * (imageExtent[0] - viewCenter[0])) / imageResolutionX,\n (imagePixelRatio * (viewCenter[1] - imageExtent[3])) / imageResolutionY\n );\n\n this.renderedResolution = (imageResolutionY * pixelRatio) / imagePixelRatio;\n\n const dw = img.width * transform[0];\n const dh = img.height * transform[3];\n\n if (!this.getLayer().getSource().getInterpolate()) {\n context.imageSmoothingEnabled = false;\n }\n\n this.preRender(context, frameState);\n if (render && dw >= 0.5 && dh >= 0.5) {\n const dx = transform[4];\n const dy = transform[5];\n const opacity = layerState.opacity;\n let previousAlpha;\n if (opacity !== 1) {\n previousAlpha = context.globalAlpha;\n context.globalAlpha = opacity;\n }\n context.drawImage(img, 0, 0, +img.width, +img.height, dx, dy, dw, dh);\n if (opacity !== 1) {\n context.globalAlpha = previousAlpha;\n }\n }\n this.postRender(context, frameState);\n\n if (clipped) {\n context.restore();\n }\n context.imageSmoothingEnabled = true;\n\n if (canvasTransform !== canvas.style.transform) {\n canvas.style.transform = canvasTransform;\n }\n\n return this.container;\n }\n}\n\nexport default CanvasImageLayerRenderer;\n","/**\n * @module ol/layer/Image\n */\nimport BaseImageLayer from './BaseImage.js';\nimport CanvasImageLayerRenderer from '../renderer/canvas/ImageLayer.js';\n\n/**\n * @classdesc\n * Server-rendered images that are available for arbitrary extents and\n * resolutions.\n * Note that any property set in the options is set as a {@link module:ol/Object~BaseObject}\n * property on the layer object; for example, setting `title: 'My Title'` in the\n * options means that `title` is observable, and has get/set accessors.\n *\n * @template {import(\"../source/Image.js\").default} ImageSourceType\n * @extends {BaseImageLayer}\n * @api\n */\nclass ImageLayer extends BaseImageLayer {\n /**\n * @param {import(\"./BaseImage.js\").Options} [options] Layer options.\n */\n constructor(options) {\n super(options);\n }\n\n createRenderer() {\n return new CanvasImageLayerRenderer(this);\n }\n\n /**\n * Get data for a pixel location. A four element RGBA array will be returned. For requests outside the\n * layer extent, `null` will be returned. Data for an image can only be retrieved if the\n * source's `crossOrigin` property is set.\n *\n * ```js\n * // display layer data on every pointer move\n * map.on('pointermove', (event) => {\n * console.log(layer.getData(event.pixel));\n * });\n * ```\n * @param {import(\"../pixel\").Pixel} pixel Pixel.\n * @return {Uint8ClampedArray|Uint8Array|Float32Array|DataView|null} Pixel data.\n * @api\n */\n getData(pixel) {\n return super.getData(pixel);\n }\n}\n\nexport default ImageLayer;\n","/**\n * @module ol/layer/TileProperty\n */\n\n/**\n * @enum {string}\n */\nexport default {\n PRELOAD: 'preload',\n USE_INTERIM_TILES_ON_ERROR: 'useInterimTilesOnError',\n};\n","/**\n * @module ol/layer/BaseTile\n */\nimport Layer from './Layer.js';\nimport TileProperty from './TileProperty.js';\n\n/***\n * @template Return\n * @typedef {import(\"../Observable\").OnSignature &\n * import(\"../Observable\").OnSignature &\n * import(\"../Observable\").OnSignature &\n * import(\"../Observable\").CombinedOnSignature} BaseTileLayerOnSignature\n */\n\n/**\n * @template {import(\"../source/Tile.js\").default} TileSourceType\n * @typedef {Object} Options\n * @property {string} [className='ol-layer'] A CSS class name to set to the layer element.\n * @property {number} [opacity=1] Opacity (0, 1).\n * @property {boolean} [visible=true] Visibility.\n * @property {import(\"../extent.js\").Extent} [extent] The bounding extent for layer rendering. The layer will not be\n * rendered outside of this extent.\n * @property {number} [zIndex] The z-index for layer rendering. At rendering time, the layers\n * will be ordered, first by Z-index and then by position. When `undefined`, a `zIndex` of 0 is assumed\n * for layers that are added to the map's `layers` collection, or `Infinity` when the layer's `setMap()`\n * method was used.\n * @property {number} [minResolution] The minimum resolution (inclusive) at which this layer will be\n * visible.\n * @property {number} [maxResolution] The maximum resolution (exclusive) below which this layer will\n * be visible.\n * @property {number} [minZoom] The minimum view zoom level (exclusive) above which this layer will be\n * visible.\n * @property {number} [maxZoom] The maximum view zoom level (inclusive) at which this layer will\n * be visible.\n * @property {number} [preload=0] Preload. Load low-resolution tiles up to `preload` levels. `0`\n * means no preloading.\n * @property {TileSourceType} [source] Source for this layer.\n * @property {import(\"../Map.js\").default} [map] Sets the layer as overlay on a map. The map will not manage\n * this layer in its layers collection, and the layer will be rendered on top. This is useful for\n * temporary layers. The standard way to add a layer to a map and have it managed by the map is to\n * use {@link import(\"../Map.js\").default#addLayer map.addLayer()}.\n * @property {boolean} [useInterimTilesOnError=true] Use interim tiles on error.\n * @property {Object} [properties] Arbitrary observable properties. Can be accessed with `#get()` and `#set()`.\n */\n\n/**\n * @classdesc\n * For layer sources that provide pre-rendered, tiled images in grids that are\n * organized by zoom levels for specific resolutions.\n * Note that any property set in the options is set as a {@link module:ol/Object~BaseObject}\n * property on the layer object; for example, setting `title: 'My Title'` in the\n * options means that `title` is observable, and has get/set accessors.\n *\n * @template {import(\"../source/Tile.js\").default} TileSourceType\n * @template {import(\"../renderer/Layer.js\").default} RendererType\n * @extends {Layer}\n * @api\n */\nclass BaseTileLayer extends Layer {\n /**\n * @param {Options} [options] Tile layer options.\n */\n constructor(options) {\n options = options ? options : {};\n\n const baseOptions = Object.assign({}, options);\n\n delete baseOptions.preload;\n delete baseOptions.useInterimTilesOnError;\n super(baseOptions);\n\n /***\n * @type {BaseTileLayerOnSignature}\n */\n this.on;\n\n /***\n * @type {BaseTileLayerOnSignature}\n */\n this.once;\n\n /***\n * @type {BaseTileLayerOnSignature}\n */\n this.un;\n\n this.setPreload(options.preload !== undefined ? options.preload : 0);\n this.setUseInterimTilesOnError(\n options.useInterimTilesOnError !== undefined\n ? options.useInterimTilesOnError\n : true\n );\n }\n\n /**\n * Return the level as number to which we will preload tiles up to.\n * @return {number} The level to preload tiles up to.\n * @observable\n * @api\n */\n getPreload() {\n return /** @type {number} */ (this.get(TileProperty.PRELOAD));\n }\n\n /**\n * Set the level as number to which we will preload tiles up to.\n * @param {number} preload The level to preload tiles up to.\n * @observable\n * @api\n */\n setPreload(preload) {\n this.set(TileProperty.PRELOAD, preload);\n }\n\n /**\n * Whether we use interim tiles on error.\n * @return {boolean} Use interim tiles on error.\n * @observable\n * @api\n */\n getUseInterimTilesOnError() {\n return /** @type {boolean} */ (\n this.get(TileProperty.USE_INTERIM_TILES_ON_ERROR)\n );\n }\n\n /**\n * Set whether we use interim tiles on error.\n * @param {boolean} useInterimTilesOnError Use interim tiles on error.\n * @observable\n * @api\n */\n setUseInterimTilesOnError(useInterimTilesOnError) {\n this.set(TileProperty.USE_INTERIM_TILES_ON_ERROR, useInterimTilesOnError);\n }\n\n /**\n * Get data for a pixel location. The return type depends on the source data. For image tiles,\n * a four element RGBA array will be returned. For data tiles, the array length will match the\n * number of bands in the dataset. For requests outside the layer extent, `null` will be returned.\n * Data for a image tiles can only be retrieved if the source's `crossOrigin` property is set.\n *\n * ```js\n * // display layer data on every pointer move\n * map.on('pointermove', (event) => {\n * console.log(layer.getData(event.pixel));\n * });\n * ```\n * @param {import(\"../pixel\").Pixel} pixel Pixel.\n * @return {Uint8ClampedArray|Uint8Array|Float32Array|DataView|null} Pixel data.\n * @api\n */\n getData(pixel) {\n return super.getData(pixel);\n }\n}\n\nexport default BaseTileLayer;\n","/**\n * @module ol/renderer/canvas/TileLayer\n */\nimport CanvasLayerRenderer from './Layer.js';\nimport ImageTile from '../../ImageTile.js';\nimport ReprojTile from '../../reproj/Tile.js';\nimport TileRange from '../../TileRange.js';\nimport TileState from '../../TileState.js';\nimport {\n apply as applyTransform,\n compose as composeTransform,\n makeInverse,\n toString as toTransformString,\n} from '../../transform.js';\nimport {ascending} from '../../array.js';\nimport {\n containsCoordinate,\n createEmpty,\n equals,\n getHeight,\n getIntersection,\n getRotatedViewport,\n getTopLeft,\n getWidth,\n intersects,\n} from '../../extent.js';\nimport {fromUserExtent} from '../../proj.js';\nimport {getUid} from '../../util.js';\nimport {toSize} from '../../size.js';\n\n/**\n * @classdesc\n * Canvas renderer for tile layers.\n * @api\n * @template {import(\"../../layer/Tile.js\").default|import(\"../../layer/VectorTile.js\").default} [LayerType=import(\"../../layer/Tile.js\").default|import(\"../../layer/VectorTile.js\").default]\n * @extends {CanvasLayerRenderer}\n */\nclass CanvasTileLayerRenderer extends CanvasLayerRenderer {\n /**\n * @param {LayerType} tileLayer Tile layer.\n */\n constructor(tileLayer) {\n super(tileLayer);\n\n /**\n * Rendered extent has changed since the previous `renderFrame()` call\n * @type {boolean}\n */\n this.extentChanged = true;\n\n /**\n * @private\n * @type {?import(\"../../extent.js\").Extent}\n */\n this.renderedExtent_ = null;\n\n /**\n * @protected\n * @type {number}\n */\n this.renderedPixelRatio;\n\n /**\n * @protected\n * @type {import(\"../../proj/Projection.js\").default}\n */\n this.renderedProjection = null;\n\n /**\n * @protected\n * @type {number}\n */\n this.renderedRevision;\n\n /**\n * @protected\n * @type {!Array}\n */\n this.renderedTiles = [];\n\n /**\n * @private\n * @type {boolean}\n */\n this.newTiles_ = false;\n\n /**\n * @protected\n * @type {import(\"../../extent.js\").Extent}\n */\n this.tmpExtent = createEmpty();\n\n /**\n * @private\n * @type {import(\"../../TileRange.js\").default}\n */\n this.tmpTileRange_ = new TileRange(0, 0, 0, 0);\n }\n\n /**\n * @protected\n * @param {import(\"../../Tile.js\").default} tile Tile.\n * @return {boolean} Tile is drawable.\n */\n isDrawableTile(tile) {\n const tileLayer = this.getLayer();\n const tileState = tile.getState();\n const useInterimTilesOnError = tileLayer.getUseInterimTilesOnError();\n return (\n tileState == TileState.LOADED ||\n tileState == TileState.EMPTY ||\n (tileState == TileState.ERROR && !useInterimTilesOnError)\n );\n }\n\n /**\n * @param {number} z Tile coordinate z.\n * @param {number} x Tile coordinate x.\n * @param {number} y Tile coordinate y.\n * @param {import(\"../../Map.js\").FrameState} frameState Frame state.\n * @return {!import(\"../../Tile.js\").default} Tile.\n */\n getTile(z, x, y, frameState) {\n const pixelRatio = frameState.pixelRatio;\n const projection = frameState.viewState.projection;\n const tileLayer = this.getLayer();\n const tileSource = tileLayer.getSource();\n let tile = tileSource.getTile(z, x, y, pixelRatio, projection);\n if (tile.getState() == TileState.ERROR) {\n if (tileLayer.getUseInterimTilesOnError() && tileLayer.getPreload() > 0) {\n // Preloaded tiles for lower resolutions might have finished loading.\n this.newTiles_ = true;\n }\n }\n if (!this.isDrawableTile(tile)) {\n tile = tile.getInterimTile();\n }\n return tile;\n }\n\n /**\n * @param {import(\"../../pixel.js\").Pixel} pixel Pixel.\n * @return {Uint8ClampedArray} Data at the pixel location.\n */\n getData(pixel) {\n const frameState = this.frameState;\n if (!frameState) {\n return null;\n }\n\n const layer = this.getLayer();\n const coordinate = applyTransform(\n frameState.pixelToCoordinateTransform,\n pixel.slice()\n );\n\n const layerExtent = layer.getExtent();\n if (layerExtent) {\n if (!containsCoordinate(layerExtent, coordinate)) {\n return null;\n }\n }\n\n const pixelRatio = frameState.pixelRatio;\n const projection = frameState.viewState.projection;\n const viewState = frameState.viewState;\n const source = layer.getRenderSource();\n const tileGrid = source.getTileGridForProjection(viewState.projection);\n const tilePixelRatio = source.getTilePixelRatio(frameState.pixelRatio);\n\n for (\n let z = tileGrid.getZForResolution(viewState.resolution);\n z >= tileGrid.getMinZoom();\n --z\n ) {\n const tileCoord = tileGrid.getTileCoordForCoordAndZ(coordinate, z);\n const tile = source.getTile(\n z,\n tileCoord[1],\n tileCoord[2],\n pixelRatio,\n projection\n );\n if (\n !(tile instanceof ImageTile || tile instanceof ReprojTile) ||\n (tile instanceof ReprojTile && tile.getState() === TileState.EMPTY)\n ) {\n return null;\n }\n\n if (tile.getState() !== TileState.LOADED) {\n continue;\n }\n\n const tileOrigin = tileGrid.getOrigin(z);\n const tileSize = toSize(tileGrid.getTileSize(z));\n const tileResolution = tileGrid.getResolution(z);\n\n const col = Math.floor(\n tilePixelRatio *\n ((coordinate[0] - tileOrigin[0]) / tileResolution -\n tileCoord[1] * tileSize[0])\n );\n\n const row = Math.floor(\n tilePixelRatio *\n ((tileOrigin[1] - coordinate[1]) / tileResolution -\n tileCoord[2] * tileSize[1])\n );\n\n const gutter = Math.round(\n tilePixelRatio * source.getGutterForProjection(viewState.projection)\n );\n\n return this.getImageData(tile.getImage(), col + gutter, row + gutter);\n }\n\n return null;\n }\n\n /**\n * @param {Object>} tiles Lookup of loaded tiles by zoom level.\n * @param {number} zoom Zoom level.\n * @param {import(\"../../Tile.js\").default} tile Tile.\n * @return {boolean|void} If `false`, the tile will not be considered loaded.\n */\n loadedTileCallback(tiles, zoom, tile) {\n if (this.isDrawableTile(tile)) {\n return super.loadedTileCallback(tiles, zoom, tile);\n }\n return false;\n }\n\n /**\n * Determine whether render should be called.\n * @param {import(\"../../Map.js\").FrameState} frameState Frame state.\n * @return {boolean} Layer is ready to be rendered.\n */\n prepareFrame(frameState) {\n return !!this.getLayer().getSource();\n }\n\n /**\n * Render the layer.\n * @param {import(\"../../Map.js\").FrameState} frameState Frame state.\n * @param {HTMLElement} target Target that may be used to render content to.\n * @return {HTMLElement} The rendered element.\n */\n renderFrame(frameState, target) {\n const layerState = frameState.layerStatesArray[frameState.layerIndex];\n const viewState = frameState.viewState;\n const projection = viewState.projection;\n const viewResolution = viewState.resolution;\n const viewCenter = viewState.center;\n const rotation = viewState.rotation;\n const pixelRatio = frameState.pixelRatio;\n\n const tileLayer = this.getLayer();\n const tileSource = tileLayer.getSource();\n const sourceRevision = tileSource.getRevision();\n const tileGrid = tileSource.getTileGridForProjection(projection);\n const z = tileGrid.getZForResolution(viewResolution, tileSource.zDirection);\n const tileResolution = tileGrid.getResolution(z);\n\n let extent = frameState.extent;\n const resolution = frameState.viewState.resolution;\n const tilePixelRatio = tileSource.getTilePixelRatio(pixelRatio);\n // desired dimensions of the canvas in pixels\n const width = Math.round((getWidth(extent) / resolution) * pixelRatio);\n const height = Math.round((getHeight(extent) / resolution) * pixelRatio);\n\n const layerExtent =\n layerState.extent && fromUserExtent(layerState.extent, projection);\n if (layerExtent) {\n extent = getIntersection(\n extent,\n fromUserExtent(layerState.extent, projection)\n );\n }\n\n const dx = (tileResolution * width) / 2 / tilePixelRatio;\n const dy = (tileResolution * height) / 2 / tilePixelRatio;\n const canvasExtent = [\n viewCenter[0] - dx,\n viewCenter[1] - dy,\n viewCenter[0] + dx,\n viewCenter[1] + dy,\n ];\n\n const tileRange = tileGrid.getTileRangeForExtentAndZ(extent, z);\n\n /**\n * @type {Object>}\n */\n const tilesToDrawByZ = {};\n tilesToDrawByZ[z] = {};\n\n const findLoadedTiles = this.createLoadedTileFinder(\n tileSource,\n projection,\n tilesToDrawByZ\n );\n\n const tmpExtent = this.tmpExtent;\n const tmpTileRange = this.tmpTileRange_;\n this.newTiles_ = false;\n const viewport = rotation\n ? getRotatedViewport(\n viewState.center,\n resolution,\n rotation,\n frameState.size\n )\n : undefined;\n for (let x = tileRange.minX; x <= tileRange.maxX; ++x) {\n for (let y = tileRange.minY; y <= tileRange.maxY; ++y) {\n if (\n rotation &&\n !tileGrid.tileCoordIntersectsViewport([z, x, y], viewport)\n ) {\n continue;\n }\n const tile = this.getTile(z, x, y, frameState);\n if (this.isDrawableTile(tile)) {\n const uid = getUid(this);\n if (tile.getState() == TileState.LOADED) {\n tilesToDrawByZ[z][tile.tileCoord.toString()] = tile;\n let inTransition = tile.inTransition(uid);\n if (inTransition && layerState.opacity !== 1) {\n // Skipping transition when layer is not fully opaque avoids visual artifacts.\n tile.endTransition(uid);\n inTransition = false;\n }\n if (\n !this.newTiles_ &&\n (inTransition || !this.renderedTiles.includes(tile))\n ) {\n this.newTiles_ = true;\n }\n }\n if (tile.getAlpha(uid, frameState.time) === 1) {\n // don't look for alt tiles if alpha is 1\n continue;\n }\n }\n\n const childTileRange = tileGrid.getTileCoordChildTileRange(\n tile.tileCoord,\n tmpTileRange,\n tmpExtent\n );\n\n let covered = false;\n if (childTileRange) {\n covered = findLoadedTiles(z + 1, childTileRange);\n }\n if (!covered) {\n tileGrid.forEachTileCoordParentTileRange(\n tile.tileCoord,\n findLoadedTiles,\n tmpTileRange,\n tmpExtent\n );\n }\n }\n }\n\n const canvasScale =\n ((tileResolution / viewResolution) * pixelRatio) / tilePixelRatio;\n\n // set forward and inverse pixel transforms\n composeTransform(\n this.pixelTransform,\n frameState.size[0] / 2,\n frameState.size[1] / 2,\n 1 / pixelRatio,\n 1 / pixelRatio,\n rotation,\n -width / 2,\n -height / 2\n );\n\n const canvasTransform = toTransformString(this.pixelTransform);\n\n this.useContainer(target, canvasTransform, this.getBackground(frameState));\n const context = this.context;\n const canvas = context.canvas;\n\n makeInverse(this.inversePixelTransform, this.pixelTransform);\n\n // set scale transform for calculating tile positions on the canvas\n composeTransform(\n this.tempTransform,\n width / 2,\n height / 2,\n canvasScale,\n canvasScale,\n 0,\n -width / 2,\n -height / 2\n );\n\n if (canvas.width != width || canvas.height != height) {\n canvas.width = width;\n canvas.height = height;\n } else if (!this.containerReused) {\n context.clearRect(0, 0, width, height);\n }\n\n if (layerExtent) {\n this.clipUnrotated(context, frameState, layerExtent);\n }\n\n if (!tileSource.getInterpolate()) {\n context.imageSmoothingEnabled = false;\n }\n\n this.preRender(context, frameState);\n\n this.renderedTiles.length = 0;\n /** @type {Array} */\n let zs = Object.keys(tilesToDrawByZ).map(Number);\n zs.sort(ascending);\n\n let clips, clipZs, currentClip;\n if (\n layerState.opacity === 1 &&\n (!this.containerReused ||\n tileSource.getOpaque(frameState.viewState.projection))\n ) {\n zs = zs.reverse();\n } else {\n clips = [];\n clipZs = [];\n }\n for (let i = zs.length - 1; i >= 0; --i) {\n const currentZ = zs[i];\n const currentTilePixelSize = tileSource.getTilePixelSize(\n currentZ,\n pixelRatio,\n projection\n );\n const currentResolution = tileGrid.getResolution(currentZ);\n const currentScale = currentResolution / tileResolution;\n const dx = currentTilePixelSize[0] * currentScale * canvasScale;\n const dy = currentTilePixelSize[1] * currentScale * canvasScale;\n const originTileCoord = tileGrid.getTileCoordForCoordAndZ(\n getTopLeft(canvasExtent),\n currentZ\n );\n const originTileExtent = tileGrid.getTileCoordExtent(originTileCoord);\n const origin = applyTransform(this.tempTransform, [\n (tilePixelRatio * (originTileExtent[0] - canvasExtent[0])) /\n tileResolution,\n (tilePixelRatio * (canvasExtent[3] - originTileExtent[3])) /\n tileResolution,\n ]);\n const tileGutter =\n tilePixelRatio * tileSource.getGutterForProjection(projection);\n const tilesToDraw = tilesToDrawByZ[currentZ];\n for (const tileCoordKey in tilesToDraw) {\n const tile = /** @type {import(\"../../ImageTile.js\").default} */ (\n tilesToDraw[tileCoordKey]\n );\n const tileCoord = tile.tileCoord;\n\n // Calculate integer positions and sizes so that tiles align\n const xIndex = originTileCoord[1] - tileCoord[1];\n const nextX = Math.round(origin[0] - (xIndex - 1) * dx);\n const yIndex = originTileCoord[2] - tileCoord[2];\n const nextY = Math.round(origin[1] - (yIndex - 1) * dy);\n const x = Math.round(origin[0] - xIndex * dx);\n const y = Math.round(origin[1] - yIndex * dy);\n const w = nextX - x;\n const h = nextY - y;\n const transition = z === currentZ;\n\n const inTransition =\n transition && tile.getAlpha(getUid(this), frameState.time) !== 1;\n let contextSaved = false;\n if (!inTransition) {\n if (clips) {\n // Clip mask for regions in this tile that already filled by a higher z tile\n currentClip = [x, y, x + w, y, x + w, y + h, x, y + h];\n for (let i = 0, ii = clips.length; i < ii; ++i) {\n if (z !== currentZ && currentZ < clipZs[i]) {\n const clip = clips[i];\n if (\n intersects(\n [x, y, x + w, y + h],\n [clip[0], clip[3], clip[4], clip[7]]\n )\n ) {\n if (!contextSaved) {\n context.save();\n contextSaved = true;\n }\n context.beginPath();\n // counter-clockwise (outer ring) for current tile\n context.moveTo(currentClip[0], currentClip[1]);\n context.lineTo(currentClip[2], currentClip[3]);\n context.lineTo(currentClip[4], currentClip[5]);\n context.lineTo(currentClip[6], currentClip[7]);\n // clockwise (inner ring) for higher z tile\n context.moveTo(clip[6], clip[7]);\n context.lineTo(clip[4], clip[5]);\n context.lineTo(clip[2], clip[3]);\n context.lineTo(clip[0], clip[1]);\n context.clip();\n }\n }\n }\n clips.push(currentClip);\n clipZs.push(currentZ);\n } else {\n context.clearRect(x, y, w, h);\n }\n }\n this.drawTileImage(\n tile,\n frameState,\n x,\n y,\n w,\n h,\n tileGutter,\n transition\n );\n if (clips && !inTransition) {\n if (contextSaved) {\n context.restore();\n }\n this.renderedTiles.unshift(tile);\n } else {\n this.renderedTiles.push(tile);\n }\n this.updateUsedTiles(frameState.usedTiles, tileSource, tile);\n }\n }\n\n this.renderedRevision = sourceRevision;\n this.renderedResolution = tileResolution;\n this.extentChanged =\n !this.renderedExtent_ || !equals(this.renderedExtent_, canvasExtent);\n this.renderedExtent_ = canvasExtent;\n this.renderedPixelRatio = pixelRatio;\n this.renderedProjection = projection;\n\n this.manageTilePyramid(\n frameState,\n tileSource,\n tileGrid,\n pixelRatio,\n projection,\n extent,\n z,\n tileLayer.getPreload()\n );\n this.scheduleExpireCache(frameState, tileSource);\n\n this.postRender(context, frameState);\n\n if (layerState.extent) {\n context.restore();\n }\n context.imageSmoothingEnabled = true;\n\n if (canvasTransform !== canvas.style.transform) {\n canvas.style.transform = canvasTransform;\n }\n\n return this.container;\n }\n\n /**\n * @param {import(\"../../ImageTile.js\").default} tile Tile.\n * @param {import(\"../../Map.js\").FrameState} frameState Frame state.\n * @param {number} x Left of the tile.\n * @param {number} y Top of the tile.\n * @param {number} w Width of the tile.\n * @param {number} h Height of the tile.\n * @param {number} gutter Tile gutter.\n * @param {boolean} transition Apply an alpha transition.\n */\n drawTileImage(tile, frameState, x, y, w, h, gutter, transition) {\n const image = this.getTileImage(tile);\n if (!image) {\n return;\n }\n const uid = getUid(this);\n const layerState = frameState.layerStatesArray[frameState.layerIndex];\n const alpha =\n layerState.opacity *\n (transition ? tile.getAlpha(uid, frameState.time) : 1);\n const alphaChanged = alpha !== this.context.globalAlpha;\n if (alphaChanged) {\n this.context.save();\n this.context.globalAlpha = alpha;\n }\n this.context.drawImage(\n image,\n gutter,\n gutter,\n image.width - 2 * gutter,\n image.height - 2 * gutter,\n x,\n y,\n w,\n h\n );\n\n if (alphaChanged) {\n this.context.restore();\n }\n if (alpha !== layerState.opacity) {\n frameState.animate = true;\n } else if (transition) {\n tile.endTransition(uid);\n }\n }\n\n /**\n * @return {HTMLCanvasElement} Image\n */\n getImage() {\n const context = this.context;\n return context ? context.canvas : null;\n }\n\n /**\n * Get the image from a tile.\n * @param {import(\"../../ImageTile.js\").default} tile Tile.\n * @return {HTMLCanvasElement|HTMLImageElement|HTMLVideoElement} Image.\n * @protected\n */\n getTileImage(tile) {\n return tile.getImage();\n }\n\n /**\n * @param {import(\"../../Map.js\").FrameState} frameState Frame state.\n * @param {import(\"../../source/Tile.js\").default} tileSource Tile source.\n * @protected\n */\n scheduleExpireCache(frameState, tileSource) {\n if (tileSource.canExpireCache()) {\n /**\n * @param {import(\"../../source/Tile.js\").default} tileSource Tile source.\n * @param {import(\"../../Map.js\").default} map Map.\n * @param {import(\"../../Map.js\").FrameState} frameState Frame state.\n */\n const postRenderFunction = function (tileSource, map, frameState) {\n const tileSourceKey = getUid(tileSource);\n if (tileSourceKey in frameState.usedTiles) {\n tileSource.expireCache(\n frameState.viewState.projection,\n frameState.usedTiles[tileSourceKey]\n );\n }\n }.bind(null, tileSource);\n\n frameState.postRenderFunctions.push(\n /** @type {import(\"../../Map.js\").PostRenderFunction} */ (\n postRenderFunction\n )\n );\n }\n }\n\n /**\n * @param {!Object>} usedTiles Used tiles.\n * @param {import(\"../../source/Tile.js\").default} tileSource Tile source.\n * @param {import('../../Tile.js').default} tile Tile.\n * @protected\n */\n updateUsedTiles(usedTiles, tileSource, tile) {\n // FIXME should we use tilesToDrawByZ instead?\n const tileSourceKey = getUid(tileSource);\n if (!(tileSourceKey in usedTiles)) {\n usedTiles[tileSourceKey] = {};\n }\n usedTiles[tileSourceKey][tile.getKey()] = true;\n }\n\n /**\n * Manage tile pyramid.\n * This function performs a number of functions related to the tiles at the\n * current zoom and lower zoom levels:\n * - registers idle tiles in frameState.wantedTiles so that they are not\n * discarded by the tile queue\n * - enqueues missing tiles\n * @param {import(\"../../Map.js\").FrameState} frameState Frame state.\n * @param {import(\"../../source/Tile.js\").default} tileSource Tile source.\n * @param {import(\"../../tilegrid/TileGrid.js\").default} tileGrid Tile grid.\n * @param {number} pixelRatio Pixel ratio.\n * @param {import(\"../../proj/Projection.js\").default} projection Projection.\n * @param {import(\"../../extent.js\").Extent} extent Extent.\n * @param {number} currentZ Current Z.\n * @param {number} preload Load low resolution tiles up to `preload` levels.\n * @param {function(import(\"../../Tile.js\").default):void} [tileCallback] Tile callback.\n * @protected\n */\n manageTilePyramid(\n frameState,\n tileSource,\n tileGrid,\n pixelRatio,\n projection,\n extent,\n currentZ,\n preload,\n tileCallback\n ) {\n const tileSourceKey = getUid(tileSource);\n if (!(tileSourceKey in frameState.wantedTiles)) {\n frameState.wantedTiles[tileSourceKey] = {};\n }\n const wantedTiles = frameState.wantedTiles[tileSourceKey];\n const tileQueue = frameState.tileQueue;\n const minZoom = tileGrid.getMinZoom();\n const rotation = frameState.viewState.rotation;\n const viewport = rotation\n ? getRotatedViewport(\n frameState.viewState.center,\n frameState.viewState.resolution,\n rotation,\n frameState.size\n )\n : undefined;\n let tileCount = 0;\n let tile, tileRange, tileResolution, x, y, z;\n for (z = minZoom; z <= currentZ; ++z) {\n tileRange = tileGrid.getTileRangeForExtentAndZ(extent, z, tileRange);\n tileResolution = tileGrid.getResolution(z);\n for (x = tileRange.minX; x <= tileRange.maxX; ++x) {\n for (y = tileRange.minY; y <= tileRange.maxY; ++y) {\n if (\n rotation &&\n !tileGrid.tileCoordIntersectsViewport([z, x, y], viewport)\n ) {\n continue;\n }\n if (currentZ - z <= preload) {\n ++tileCount;\n tile = tileSource.getTile(z, x, y, pixelRatio, projection);\n if (tile.getState() == TileState.IDLE) {\n wantedTiles[tile.getKey()] = true;\n if (!tileQueue.isKeyQueued(tile.getKey())) {\n tileQueue.enqueue([\n tile,\n tileSourceKey,\n tileGrid.getTileCoordCenter(tile.tileCoord),\n tileResolution,\n ]);\n }\n }\n if (tileCallback !== undefined) {\n tileCallback(tile);\n }\n } else {\n tileSource.useTile(z, x, y, projection);\n }\n }\n }\n }\n tileSource.updateCacheSize(tileCount, projection);\n }\n}\n\nexport default CanvasTileLayerRenderer;\n","/**\n * @module ol/layer/Tile\n */\nimport BaseTileLayer from './BaseTile.js';\nimport CanvasTileLayerRenderer from '../renderer/canvas/TileLayer.js';\n\n/**\n * @classdesc\n * For layer sources that provide pre-rendered, tiled images in grids that are\n * organized by zoom levels for specific resolutions.\n * Note that any property set in the options is set as a {@link module:ol/Object~BaseObject}\n * property on the layer object; for example, setting `title: 'My Title'` in the\n * options means that `title` is observable, and has get/set accessors.\n *\n * @template {import(\"../source/Tile.js\").default} TileSourceType\n * @extends BaseTileLayer\n * @api\n */\nclass TileLayer extends BaseTileLayer {\n /**\n * @param {import(\"./BaseTile.js\").Options} [options] Tile layer options.\n */\n constructor(options) {\n super(options);\n }\n\n createRenderer() {\n return new CanvasTileLayerRenderer(this);\n }\n}\n\nexport default TileLayer;\n","/**\n * @module ol/source/Raster\n */\nimport Disposable from '../Disposable.js';\nimport Event from '../events/Event.js';\nimport EventType from '../events/EventType.js';\nimport ImageCanvas from '../ImageCanvas.js';\nimport ImageLayer from '../layer/Image.js';\nimport ImageSource from './Image.js';\nimport Source from './Source.js';\nimport TileLayer from '../layer/Tile.js';\nimport TileQueue from '../TileQueue.js';\nimport TileSource from './Tile.js';\nimport {createCanvasContext2D} from '../dom.js';\nimport {create as createTransform} from '../transform.js';\nimport {equals, getCenter, getHeight, getWidth} from '../extent.js';\nimport {getUid} from '../util.js';\n\nlet hasImageData = true;\ntry {\n new ImageData(10, 10);\n} catch (_) {\n hasImageData = false;\n}\n\n/** @type {CanvasRenderingContext2D} */\nlet context;\n\n/**\n * @param {Uint8ClampedArray} data Image data.\n * @param {number} width Number of columns.\n * @param {number} height Number of rows.\n * @return {ImageData} Image data.\n */\nexport function newImageData(data, width, height) {\n if (hasImageData) {\n return new ImageData(data, width, height);\n }\n\n if (!context) {\n context = document.createElement('canvas').getContext('2d');\n }\n const imageData = context.createImageData(width, height);\n imageData.data.set(data);\n return imageData;\n}\n\n/**\n * @typedef {Object} MinionData\n * @property {Array} buffers Array of buffers.\n * @property {Object} meta Operation metadata.\n * @property {boolean} imageOps The operation is an image operation.\n * @property {number} width The width of the image.\n * @property {number} height The height of the image.\n */\n\n/* istanbul ignore next */\n/**\n * Create a function for running operations. This function is serialized for\n * use in a worker.\n * @param {function(Array, Object):*} operation The operation.\n * @return {function(MinionData):ArrayBuffer} A function that takes an object with\n * buffers, meta, imageOps, width, and height properties and returns an array\n * buffer.\n */\nfunction createMinion(operation) {\n let workerHasImageData = true;\n try {\n new ImageData(10, 10);\n } catch (_) {\n workerHasImageData = false;\n }\n\n function newWorkerImageData(data, width, height) {\n if (workerHasImageData) {\n return new ImageData(data, width, height);\n }\n return {data: data, width: width, height: height};\n }\n\n return function (data) {\n // bracket notation for minification support\n const buffers = data['buffers'];\n const meta = data['meta'];\n const imageOps = data['imageOps'];\n const width = data['width'];\n const height = data['height'];\n\n const numBuffers = buffers.length;\n const numBytes = buffers[0].byteLength;\n\n if (imageOps) {\n const images = new Array(numBuffers);\n for (let b = 0; b < numBuffers; ++b) {\n images[b] = newWorkerImageData(\n new Uint8ClampedArray(buffers[b]),\n width,\n height\n );\n }\n const output = operation(images, meta).data;\n return output.buffer;\n }\n\n const output = new Uint8ClampedArray(numBytes);\n const arrays = new Array(numBuffers);\n const pixels = new Array(numBuffers);\n for (let b = 0; b < numBuffers; ++b) {\n arrays[b] = new Uint8ClampedArray(buffers[b]);\n pixels[b] = [0, 0, 0, 0];\n }\n for (let i = 0; i < numBytes; i += 4) {\n for (let j = 0; j < numBuffers; ++j) {\n const array = arrays[j];\n pixels[j][0] = array[i];\n pixels[j][1] = array[i + 1];\n pixels[j][2] = array[i + 2];\n pixels[j][3] = array[i + 3];\n }\n const pixel = operation(pixels, meta);\n output[i] = pixel[0];\n output[i + 1] = pixel[1];\n output[i + 2] = pixel[2];\n output[i + 3] = pixel[3];\n }\n return output.buffer;\n };\n}\n\n/**\n * Create a worker for running operations.\n * @param {ProcessorOptions} config Processor options.\n * @param {function(MessageEvent): void} onMessage Called with a message event.\n * @return {Worker} The worker.\n */\nfunction createWorker(config, onMessage) {\n const lib = Object.keys(config.lib || {}).map(function (name) {\n return 'const ' + name + ' = ' + config.lib[name].toString() + ';';\n });\n\n const lines = lib.concat([\n 'const __minion__ = (' + createMinion.toString() + ')(',\n config.operation.toString(),\n ');',\n 'self.addEventListener(\"message\", function(event) {',\n ' const buffer = __minion__(event.data);',\n ' self.postMessage({buffer: buffer, meta: event.data.meta}, [buffer]);',\n '});',\n ]);\n\n const worker = new Worker(\n typeof Blob === 'undefined'\n ? 'data:text/javascript;base64,' +\n Buffer.from(lines.join('\\n'), 'binary').toString('base64')\n : URL.createObjectURL(new Blob(lines, {type: 'text/javascript'}))\n );\n worker.addEventListener('message', onMessage);\n return worker;\n}\n\n/**\n * @typedef {Object} FauxMessageEvent\n * @property {Object} data Message data.\n */\n\n/**\n * Create a faux worker for running operations.\n * @param {ProcessorOptions} config Configuration.\n * @param {function(FauxMessageEvent): void} onMessage Called with a message event.\n * @return {Object} The faux worker.\n */\nfunction createFauxWorker(config, onMessage) {\n const minion = createMinion(config.operation);\n let terminated = false;\n return {\n postMessage: function (data) {\n setTimeout(function () {\n if (terminated) {\n return;\n }\n onMessage({data: {buffer: minion(data), meta: data['meta']}});\n }, 0);\n },\n terminate: function () {\n terminated = true;\n },\n };\n}\n\n/**\n * @typedef {function(Error, ImageData, (Object|Array)): void} JobCallback\n */\n\n/**\n * @typedef {Object} Job\n * @property {Object} meta Job metadata.\n * @property {Array} inputs Array of input data.\n * @property {JobCallback} callback Called when the job is complete.\n */\n\n/**\n * @typedef {Object} ProcessorOptions\n * @property {number} threads Number of workers to spawn.\n * @property {Operation} operation The operation.\n * @property {Object} [lib] Functions that will be made available to operations run in a worker.\n * @property {number} queue The number of queued jobs to allow.\n * @property {boolean} [imageOps=false] Pass all the image data to the operation instead of a single pixel.\n */\n\n/**\n * @classdesc\n * A processor runs pixel or image operations in workers.\n */\nexport class Processor extends Disposable {\n /**\n * @param {ProcessorOptions} config Configuration.\n */\n constructor(config) {\n super();\n\n this._imageOps = !!config.imageOps;\n let threads;\n if (config.threads === 0) {\n threads = 0;\n } else if (this._imageOps) {\n threads = 1;\n } else {\n threads = config.threads || 1;\n }\n\n /**\n * @type {Array}\n */\n const workers = new Array(threads);\n if (threads) {\n for (let i = 0; i < threads; ++i) {\n workers[i] = createWorker(config, this._onWorkerMessage.bind(this, i));\n }\n } else {\n workers[0] = createFauxWorker(\n config,\n this._onWorkerMessage.bind(this, 0)\n );\n }\n this._workers = workers;\n\n /**\n * @type {Array}\n * @private\n */\n this._queue = [];\n\n this._maxQueueLength = config.queue || Infinity;\n this._running = 0;\n\n /**\n * @type {Object}\n * @private\n */\n this._dataLookup = {};\n\n /**\n * @type {Job}\n * @private\n */\n this._job = null;\n }\n\n /**\n * Run operation on input data.\n * @param {Array} inputs Array of image data.\n * @param {Object} meta A user data object. This is passed to all operations\n * and must be serializable.\n * @param {function(Error, ImageData, Object): void} callback Called when work\n * completes. The first argument is any error. The second is the ImageData\n * generated by operations. The third is the user data object.\n */\n process(inputs, meta, callback) {\n this._enqueue({\n inputs: inputs,\n meta: meta,\n callback: callback,\n });\n this._dispatch();\n }\n\n /**\n * Add a job to the queue.\n * @param {Job} job The job.\n */\n _enqueue(job) {\n this._queue.push(job);\n while (this._queue.length > this._maxQueueLength) {\n this._queue.shift().callback(null, null);\n }\n }\n\n /**\n * Dispatch a job.\n */\n _dispatch() {\n if (this._running || this._queue.length === 0) {\n return;\n }\n\n const job = this._queue.shift();\n this._job = job;\n const width = job.inputs[0].width;\n const height = job.inputs[0].height;\n const buffers = job.inputs.map(function (input) {\n return input.data.buffer;\n });\n const threads = this._workers.length;\n this._running = threads;\n if (threads === 1) {\n this._workers[0].postMessage(\n {\n buffers: buffers,\n meta: job.meta,\n imageOps: this._imageOps,\n width: width,\n height: height,\n },\n buffers\n );\n return;\n }\n\n const length = job.inputs[0].data.length;\n const segmentLength = 4 * Math.ceil(length / 4 / threads);\n for (let i = 0; i < threads; ++i) {\n const offset = i * segmentLength;\n const slices = [];\n for (let j = 0, jj = buffers.length; j < jj; ++j) {\n slices.push(buffers[j].slice(offset, offset + segmentLength));\n }\n this._workers[i].postMessage(\n {\n buffers: slices,\n meta: job.meta,\n imageOps: this._imageOps,\n width: width,\n height: height,\n },\n slices\n );\n }\n }\n\n /**\n * Handle messages from the worker.\n * @param {number} index The worker index.\n * @param {MessageEvent} event The message event.\n */\n _onWorkerMessage(index, event) {\n if (this.disposed) {\n return;\n }\n this._dataLookup[index] = event.data;\n --this._running;\n if (this._running === 0) {\n this._resolveJob();\n }\n }\n\n /**\n * Resolve a job. If there are no more worker threads, the processor callback\n * will be called.\n */\n _resolveJob() {\n const job = this._job;\n const threads = this._workers.length;\n let data, meta;\n if (threads === 1) {\n data = new Uint8ClampedArray(this._dataLookup[0]['buffer']);\n meta = this._dataLookup[0]['meta'];\n } else {\n const length = job.inputs[0].data.length;\n data = new Uint8ClampedArray(length);\n meta = new Array(threads);\n const segmentLength = 4 * Math.ceil(length / 4 / threads);\n for (let i = 0; i < threads; ++i) {\n const buffer = this._dataLookup[i]['buffer'];\n const offset = i * segmentLength;\n data.set(new Uint8ClampedArray(buffer), offset);\n meta[i] = this._dataLookup[i]['meta'];\n }\n }\n this._job = null;\n this._dataLookup = {};\n job.callback(\n null,\n newImageData(data, job.inputs[0].width, job.inputs[0].height),\n meta\n );\n this._dispatch();\n }\n\n /**\n * Terminate all workers associated with the processor.\n */\n disposeInternal() {\n for (let i = 0; i < this._workers.length; ++i) {\n this._workers[i].terminate();\n }\n this._workers.length = 0;\n }\n}\n\n/**\n * A function that takes an array of input data, performs some operation, and\n * returns an array of output data.\n * For `pixel` type operations, the function will be called with an array of\n * pixels, where each pixel is an array of four numbers (`[r, g, b, a]`) in the\n * range of 0 - 255. It should return a single pixel array.\n * For `'image'` type operations, functions will be called with an array of\n * [ImageData](https://developer.mozilla.org/en-US/docs/Web/API/ImageData)\n * and should return a single\n * [ImageData](https://developer.mozilla.org/en-US/docs/Web/API/ImageData).\n * The operations\n * are called with a second \"data\" argument, which can be used for storage. The\n * data object is accessible from raster events, where it can be initialized in\n * \"beforeoperations\" and accessed again in \"afteroperations\".\n *\n * @typedef {function((Array>|Array), Object):\n * (Array|ImageData)} Operation\n */\n\n/**\n * @enum {string}\n */\nconst RasterEventType = {\n /**\n * Triggered before operations are run. Listeners will receive an event object with\n * a `data` property that can be used to make data available to operations.\n * @event module:ol/source/Raster.RasterSourceEvent#beforeoperations\n * @api\n */\n BEFOREOPERATIONS: 'beforeoperations',\n\n /**\n * Triggered after operations are run. Listeners will receive an event object with\n * a `data` property. If more than one thread is used, `data` will be an array of\n * objects. If a single thread is used, `data` will be a single object.\n * @event module:ol/source/Raster.RasterSourceEvent#afteroperations\n * @api\n */\n AFTEROPERATIONS: 'afteroperations',\n};\n\n/**\n * @typedef {'pixel' | 'image'} RasterOperationType\n * Raster operation type. Supported values are `'pixel'` and `'image'`.\n */\n\n/**\n * @typedef {import(\"./Image.js\").ImageSourceEventTypes|'beforeoperations'|'afteroperations'} RasterSourceEventTypes\n */\n\n/**\n * @classdesc\n * Events emitted by {@link module:ol/source/Raster~RasterSource} instances are instances of this\n * type.\n */\nexport class RasterSourceEvent extends Event {\n /**\n * @param {string} type Type.\n * @param {import(\"../Map.js\").FrameState} frameState The frame state.\n * @param {Object|Array} data An object made available to operations. For \"afteroperations\" evenets\n * this will be an array of objects if more than one thread is used.\n */\n constructor(type, frameState, data) {\n super(type);\n\n /**\n * The raster extent.\n * @type {import(\"../extent.js\").Extent}\n * @api\n */\n this.extent = frameState.extent;\n\n /**\n * The pixel resolution (map units per pixel).\n * @type {number}\n * @api\n */\n this.resolution = frameState.viewState.resolution / frameState.pixelRatio;\n\n /**\n * An object made available to all operations. This can be used by operations\n * as a storage object (e.g. for calculating statistics).\n * @type {Object}\n * @api\n */\n this.data = data;\n }\n}\n\n/**\n * @typedef {Object} Options\n * @property {Array} sources Input\n * sources or layers. For vector data, use an VectorImage layer.\n * @property {Operation} [operation] Raster operation.\n * The operation will be called with data from input sources\n * and the output will be assigned to the raster source.\n * @property {Object} [lib] Functions that will be made available to operations run in a worker.\n * @property {number} [threads] By default, operations will be run in a single worker thread.\n * To avoid using workers altogether, set `threads: 0`. For pixel operations, operations can\n * be run in multiple worker threads. Note that there is additional overhead in\n * transferring data to multiple workers, and that depending on the user's\n * system, it may not be possible to parallelize the work.\n * @property {RasterOperationType} [operationType='pixel'] Operation type.\n * Supported values are `'pixel'` and `'image'`. By default,\n * `'pixel'` operations are assumed, and operations will be called with an\n * array of pixels from input sources. If set to `'image'`, operations will\n * be called with an array of ImageData objects from input sources.\n * @property {Array|null} [resolutions] Resolutions. If specified, raster operations will only\n * be run at the given resolutions. By default, the resolutions of the first source with resolutions\n * specified will be used, if any. Set to `null` to use any view resolution instead.\n */\n\n/***\n * @template Return\n * @typedef {import(\"../Observable\").OnSignature &\n * import(\"../Observable\").OnSignature &\n * import(\"../Observable\").OnSignature &\n * import(\"../Observable\").OnSignature &\n * import(\"../Observable\").CombinedOnSignature} RasterSourceOnSignature\n */\n\n/**\n * @classdesc\n * A source that transforms data from any number of input sources using an\n * {@link module:ol/source/Raster~Operation} function to transform input pixel values into\n * output pixel values.\n *\n * @fires module:ol/source/Raster.RasterSourceEvent\n * @api\n */\nclass RasterSource extends ImageSource {\n /**\n * @param {Options} options Options.\n */\n constructor(options) {\n super({\n projection: null,\n });\n\n /***\n * @type {RasterSourceOnSignature}\n */\n this.on;\n\n /***\n * @type {RasterSourceOnSignature}\n */\n this.once;\n\n /***\n * @type {RasterSourceOnSignature}\n */\n this.un;\n\n /**\n * @private\n * @type {Processor}\n */\n this.processor_ = null;\n\n /**\n * @private\n * @type {RasterOperationType}\n */\n this.operationType_ =\n options.operationType !== undefined ? options.operationType : 'pixel';\n\n /**\n * @private\n * @type {number}\n */\n this.threads_ = options.threads !== undefined ? options.threads : 1;\n\n /**\n * @private\n * @type {Array}\n */\n this.layers_ = createLayers(options.sources);\n\n const changed = this.changed.bind(this);\n for (let i = 0, ii = this.layers_.length; i < ii; ++i) {\n this.layers_[i].addEventListener(EventType.CHANGE, changed);\n }\n\n /** @type {boolean} */\n this.useResolutions_ = options.resolutions !== null;\n\n /**\n * @private\n * @type {import(\"../TileQueue.js\").default}\n */\n this.tileQueue_ = new TileQueue(function () {\n return 1;\n }, this.processSources_.bind(this));\n\n /**\n * The most recently requested frame state.\n * @type {import(\"../Map.js\").FrameState}\n * @private\n */\n this.requestedFrameState_;\n\n /**\n * The most recently rendered image canvas.\n * @type {import(\"../ImageCanvas.js\").default}\n * @private\n */\n this.renderedImageCanvas_ = null;\n\n /**\n * The most recently rendered revision.\n * @type {number}\n */\n this.renderedRevision_;\n\n /**\n * @private\n * @type {import(\"../Map.js\").FrameState}\n */\n this.frameState_ = {\n animate: false,\n coordinateToPixelTransform: createTransform(),\n declutterTree: null,\n extent: null,\n index: 0,\n layerIndex: 0,\n layerStatesArray: getLayerStatesArray(this.layers_),\n pixelRatio: 1,\n pixelToCoordinateTransform: createTransform(),\n postRenderFunctions: [],\n size: [0, 0],\n tileQueue: this.tileQueue_,\n time: Date.now(),\n usedTiles: {},\n viewState: /** @type {import(\"../View.js\").State} */ ({\n rotation: 0,\n }),\n viewHints: [],\n wantedTiles: {},\n mapId: getUid(this),\n renderTargets: {},\n };\n\n this.setAttributions(function (frameState) {\n const attributions = [];\n for (\n let index = 0, iMax = options.sources.length;\n index < iMax;\n ++index\n ) {\n const sourceOrLayer = options.sources[index];\n const source =\n sourceOrLayer instanceof Source\n ? sourceOrLayer\n : sourceOrLayer.getSource();\n if (!source) {\n continue;\n }\n const attributionGetter = source.getAttributions();\n if (typeof attributionGetter === 'function') {\n const sourceAttribution = attributionGetter(frameState);\n attributions.push.apply(attributions, sourceAttribution);\n }\n }\n return attributions.length !== 0 ? attributions : null;\n });\n\n if (options.operation !== undefined) {\n this.setOperation(options.operation, options.lib);\n }\n }\n\n /**\n * Set the operation.\n * @param {Operation} operation New operation.\n * @param {Object} [lib] Functions that will be available to operations run\n * in a worker.\n * @api\n */\n setOperation(operation, lib) {\n if (this.processor_) {\n this.processor_.dispose();\n }\n\n this.processor_ = new Processor({\n operation: operation,\n imageOps: this.operationType_ === 'image',\n queue: 1,\n lib: lib,\n threads: this.threads_,\n });\n this.changed();\n }\n\n /**\n * Update the stored frame state.\n * @param {import(\"../extent.js\").Extent} extent The view extent (in map units).\n * @param {number} resolution The view resolution.\n * @param {import(\"../proj/Projection.js\").default} projection The view projection.\n * @return {import(\"../Map.js\").FrameState} The updated frame state.\n * @private\n */\n updateFrameState_(extent, resolution, projection) {\n const frameState = /** @type {import(\"../Map.js\").FrameState} */ (\n Object.assign({}, this.frameState_)\n );\n\n frameState.viewState = /** @type {import(\"../View.js\").State} */ (\n Object.assign({}, frameState.viewState)\n );\n\n const center = getCenter(extent);\n\n frameState.size[0] = Math.ceil(getWidth(extent) / resolution);\n frameState.size[1] = Math.ceil(getHeight(extent) / resolution);\n frameState.extent = [\n center[0] - (frameState.size[0] * resolution) / 2,\n center[1] - (frameState.size[1] * resolution) / 2,\n center[0] + (frameState.size[0] * resolution) / 2,\n center[1] + (frameState.size[1] * resolution) / 2,\n ];\n frameState.time = Date.now();\n\n const viewState = frameState.viewState;\n viewState.center = center;\n viewState.projection = projection;\n viewState.resolution = resolution;\n return frameState;\n }\n\n /**\n * Determine if all sources are ready.\n * @return {boolean} All sources are ready.\n * @private\n */\n allSourcesReady_() {\n let ready = true;\n let source;\n for (let i = 0, ii = this.layers_.length; i < ii; ++i) {\n source = this.layers_[i].getSource();\n if (!source || source.getState() !== 'ready') {\n ready = false;\n break;\n }\n }\n return ready;\n }\n\n /**\n * @param {import(\"../extent.js\").Extent} extent Extent.\n * @param {number} resolution Resolution.\n * @param {number} pixelRatio Pixel ratio.\n * @param {import(\"../proj/Projection.js\").default} projection Projection.\n * @return {import(\"../ImageCanvas.js\").default} Single image.\n */\n getImage(extent, resolution, pixelRatio, projection) {\n if (!this.allSourcesReady_()) {\n return null;\n }\n\n this.tileQueue_.loadMoreTiles(16, 16);\n\n resolution = this.findNearestResolution(resolution);\n const frameState = this.updateFrameState_(extent, resolution, projection);\n this.requestedFrameState_ = frameState;\n\n // check if we can't reuse the existing ol/ImageCanvas\n if (this.renderedImageCanvas_) {\n const renderedResolution = this.renderedImageCanvas_.getResolution();\n const renderedExtent = this.renderedImageCanvas_.getExtent();\n if (\n resolution !== renderedResolution ||\n !equals(frameState.extent, renderedExtent)\n ) {\n this.renderedImageCanvas_ = null;\n }\n }\n\n if (\n !this.renderedImageCanvas_ ||\n this.getRevision() !== this.renderedRevision_\n ) {\n this.processSources_();\n }\n\n if (frameState.animate) {\n requestAnimationFrame(this.changed.bind(this));\n }\n\n return this.renderedImageCanvas_;\n }\n\n /**\n * Start processing source data.\n * @private\n */\n processSources_() {\n const frameState = this.requestedFrameState_;\n const len = this.layers_.length;\n const imageDatas = new Array(len);\n for (let i = 0; i < len; ++i) {\n frameState.layerIndex = i;\n frameState.renderTargets = {};\n const imageData = getImageData(this.layers_[i], frameState);\n if (imageData) {\n imageDatas[i] = imageData;\n } else {\n return;\n }\n }\n\n const data = {};\n this.dispatchEvent(\n new RasterSourceEvent(RasterEventType.BEFOREOPERATIONS, frameState, data)\n );\n this.processor_.process(\n imageDatas,\n data,\n this.onWorkerComplete_.bind(this, frameState)\n );\n }\n\n /**\n * Called when pixel processing is complete.\n * @param {import(\"../Map.js\").FrameState} frameState The frame state.\n * @param {Error} err Any error during processing.\n * @param {ImageData} output The output image data.\n * @param {Object|Array} data The user data (or an array if more than one thread).\n * @private\n */\n onWorkerComplete_(frameState, err, output, data) {\n if (err || !output) {\n return;\n }\n\n // do nothing if extent or resolution changed\n const extent = frameState.extent;\n const resolution = frameState.viewState.resolution;\n if (\n resolution !== this.requestedFrameState_.viewState.resolution ||\n !equals(extent, this.requestedFrameState_.extent)\n ) {\n return;\n }\n\n let context;\n if (this.renderedImageCanvas_) {\n context = this.renderedImageCanvas_.getImage().getContext('2d');\n } else {\n const width = Math.round(getWidth(extent) / resolution);\n const height = Math.round(getHeight(extent) / resolution);\n context = createCanvasContext2D(width, height);\n this.renderedImageCanvas_ = new ImageCanvas(\n extent,\n resolution,\n 1,\n context.canvas\n );\n }\n context.putImageData(output, 0, 0);\n\n if (frameState.animate) {\n requestAnimationFrame(this.changed.bind(this));\n } else {\n this.changed();\n }\n this.renderedRevision_ = this.getRevision();\n\n this.dispatchEvent(\n new RasterSourceEvent(RasterEventType.AFTEROPERATIONS, frameState, data)\n );\n }\n\n /**\n * @param {import(\"../proj/Projection\").default} [projection] Projection.\n * @return {Array|null} Resolutions.\n */\n getResolutions(projection) {\n if (!this.useResolutions_) {\n return null;\n }\n let resolutions = super.getResolutions();\n if (!resolutions) {\n for (let i = 0, ii = this.layers_.length; i < ii; ++i) {\n const source = this.layers_[i].getSource();\n resolutions = source.getResolutions(projection);\n if (resolutions) {\n break;\n }\n }\n }\n return resolutions;\n }\n\n disposeInternal() {\n if (this.processor_) {\n this.processor_.dispose();\n }\n super.disposeInternal();\n }\n}\n\n/**\n * Clean up and unregister the worker.\n * @function\n * @api\n */\nRasterSource.prototype.dispose;\n\n/**\n * A reusable canvas context.\n * @type {CanvasRenderingContext2D}\n * @private\n */\nlet sharedContext = null;\n\n/**\n * Get image data from a layer.\n * @param {import(\"../layer/Layer.js\").default} layer Layer to render.\n * @param {import(\"../Map.js\").FrameState} frameState The frame state.\n * @return {ImageData} The image data.\n */\nfunction getImageData(layer, frameState) {\n const renderer = layer.getRenderer();\n if (!renderer) {\n throw new Error('Unsupported layer type: ' + layer);\n }\n\n if (!renderer.prepareFrame(frameState)) {\n return null;\n }\n const width = frameState.size[0];\n const height = frameState.size[1];\n if (width === 0 || height === 0) {\n return null;\n }\n const container = renderer.renderFrame(frameState, null);\n let element;\n if (container instanceof HTMLCanvasElement) {\n element = container;\n } else {\n if (container) {\n element = container.firstElementChild;\n }\n if (!(element instanceof HTMLCanvasElement)) {\n throw new Error('Unsupported rendered element: ' + element);\n }\n if (element.width === width && element.height === height) {\n const context = element.getContext('2d');\n return context.getImageData(0, 0, width, height);\n }\n }\n\n if (!sharedContext) {\n sharedContext = createCanvasContext2D(width, height, undefined, {\n willReadFrequently: true,\n });\n } else {\n const canvas = sharedContext.canvas;\n if (canvas.width !== width || canvas.height !== height) {\n sharedContext = createCanvasContext2D(width, height, undefined, {\n willReadFrequently: true,\n });\n } else {\n sharedContext.clearRect(0, 0, width, height);\n }\n }\n sharedContext.drawImage(element, 0, 0, width, height);\n return sharedContext.getImageData(0, 0, width, height);\n}\n\n/**\n * Get a list of layer states from a list of layers.\n * @param {Array} layers Layers.\n * @return {Array} The layer states.\n */\nfunction getLayerStatesArray(layers) {\n return layers.map(function (layer) {\n return layer.getLayerState();\n });\n}\n\n/**\n * Create layers for all sources.\n * @param {Array} sources The sources.\n * @return {Array} Array of layers.\n */\nfunction createLayers(sources) {\n const len = sources.length;\n const layers = new Array(len);\n for (let i = 0; i < len; ++i) {\n layers[i] = createLayer(sources[i]);\n }\n return layers;\n}\n\n/**\n * Create a layer for the provided source.\n * @param {import(\"./Source.js\").default|import(\"../layer/Layer.js\").default} layerOrSource The layer or source.\n * @return {import(\"../layer/Layer.js\").default} The layer.\n */\nfunction createLayer(layerOrSource) {\n // @type {import(\"../layer/Layer.js\").default}\n let layer;\n if (layerOrSource instanceof Source) {\n if (layerOrSource instanceof TileSource) {\n layer = new TileLayer({source: layerOrSource});\n } else if (layerOrSource instanceof ImageSource) {\n layer = new ImageLayer({source: layerOrSource});\n }\n } else {\n layer = layerOrSource;\n }\n return layer;\n}\n\nexport default RasterSource;\n","/**\n * @module ol/source/StadiaMaps\n */\n\nimport XYZ from './XYZ.js';\nimport {ATTRIBUTION as OSM_ATTRIBUTION} from './OSM.js';\n\n/**\n * @const\n * @type string\n */\nconst STADIA_ATTRIBUTION =\n '© Stadia Maps';\n\n/**\n * @const\n * @type string\n */\nconst OMT_ATTRIBUTION =\n '© OpenMapTiles';\n\n/**\n * @const\n * @type string\n */\nconst STAMEN_ATTRIBUTION =\n '© Stamen Design';\n\n/**\n * @type {Object}\n */\nconst LayerConfig = {\n 'stamen_terrain': {\n extension: 'png',\n opaque: true,\n },\n 'stamen_terrain_background': {\n extension: 'png',\n opaque: true,\n },\n 'stamen_terrain_labels': {\n extension: 'png',\n opaque: false,\n },\n 'stamen_terrain_lines': {\n extension: 'png',\n opaque: false,\n },\n 'stamen_toner_background': {\n extension: 'png',\n opaque: true,\n },\n 'stamen_toner': {\n extension: 'png',\n opaque: true,\n },\n 'stamen_toner_labels': {\n extension: 'png',\n opaque: false,\n },\n 'stamen_toner_lines': {\n extension: 'png',\n opaque: false,\n },\n 'stamen_toner_lite': {\n extension: 'png',\n opaque: true,\n },\n 'stamen_watercolor': {\n extension: 'jpg',\n opaque: true,\n },\n 'alidade_smooth': {\n extension: 'png',\n opaque: true,\n },\n 'alidade_smooth_dark': {\n extension: 'png',\n opaque: true,\n },\n 'outdoors': {\n extension: 'png',\n opaque: true,\n },\n 'osm_bright': {\n extension: 'png',\n opaque: true,\n },\n};\n\n/**\n * @type {Object}\n */\nconst ProviderConfig = {\n 'stamen_terrain': {\n minZoom: 0,\n maxZoom: 18,\n retina: true,\n },\n 'stamen_toner': {\n minZoom: 0,\n maxZoom: 20,\n retina: true,\n },\n 'stamen_watercolor': {\n minZoom: 1,\n maxZoom: 18,\n retina: false,\n },\n};\n\n/**\n * @typedef {Object} Options\n * @property {number} [cacheSize] Initial tile cache size. Will auto-grow to hold at least the number of tiles in the viewport.\n * @property {boolean} [interpolate=true] Use interpolated values when resampling. By default,\n * linear interpolation is used when resampling. Set to false to use the nearest neighbor instead.\n * @property {string} layer Layer name. Valid values: `alidade_smooth`, `alidade_smooth_dark`, `outdoors`, `stamen_terrain`, `stamen_terrain_background`, `stamen_terrain_labels`, `stamen_terrain_lines`, `stamen_toner_background`, `stamen_toner`, `stamen_toner_labels`, `stamen_toner_lines`, `stamen_toner_lite`, `stamen_watercolor`, and `osm_bright`.\n * @property {number} [minZoom] Minimum zoom.\n * @property {number} [maxZoom] Maximum zoom.\n * @property {number} [reprojectionErrorThreshold=0.5] Maximum allowed reprojection error (in pixels).\n * Higher values can increase reprojection performance, but decrease precision.\n * @property {import(\"../Tile.js\").LoadFunction} [tileLoadFunction]\n * Optional function to load a tile given a URL. The default is\n * ```js\n * function(imageTile, src) {\n * imageTile.getImage().src = src;\n * };\n * ```\n * @property {number} [transition=250] Duration of the opacity transition for rendering.\n * To disable the opacity transition, pass `transition: 0`.\n * @property {string} [url] URL template. Must include `{x}`, `{y}` or `{-y}`, and `{z}` placeholders.\n * @property {boolean} [wrapX=true] Whether to wrap the world horizontally.\n * @property {number|import(\"../array.js\").NearestDirectionFunction} [zDirection=0]\n * Choose whether to use tiles with a higher or lower zoom level when between integer\n * zoom levels. See {@link module:ol/tilegrid/TileGrid~TileGrid#getZForResolution}.\n * @property {string} [apiKey] Stadia Maps API key. Not required for localhost or most public web deployments. See https://docs.stadiamaps.com/authentication/ for details.\n * @property {boolean} [retina] Use retina tiles (if available; not available for Stamen Watercolor).\n */\n\n/**\n * @classdesc\n * Layer source for the Stadia Maps tile server.\n * @api\n */\nclass StadiaMaps extends XYZ {\n /**\n * @param {Options} options StadiaMaps options.\n */\n constructor(options) {\n const i = options.layer.indexOf('-');\n const provider = i == -1 ? options.layer : options.layer.slice(0, i);\n const providerConfig = ProviderConfig[provider] || {\n 'minZoom': 0,\n 'maxZoom': 20,\n 'retina': true,\n };\n\n const layerConfig = LayerConfig[options.layer];\n const query = options.apiKey ? '?api_key=' + options.apiKey : '';\n const retina = providerConfig.retina && options.retina ? '@2x' : '';\n\n const url =\n options.url !== undefined\n ? options.url\n : 'https://tiles.stadiamaps.com/tiles/' +\n options.layer +\n '/{z}/{x}/{y}' +\n retina +\n '.' +\n layerConfig.extension +\n query;\n\n const attributions = [STADIA_ATTRIBUTION, OMT_ATTRIBUTION, OSM_ATTRIBUTION];\n\n if (options.layer.startsWith('stamen_')) {\n attributions.splice(1, 0, STAMEN_ATTRIBUTION);\n }\n\n super({\n attributions: attributions,\n cacheSize: options.cacheSize,\n crossOrigin: 'anonymous',\n interpolate: options.interpolate,\n maxZoom:\n options.maxZoom !== undefined\n ? options.maxZoom\n : providerConfig.maxZoom,\n minZoom:\n options.minZoom !== undefined\n ? options.minZoom\n : providerConfig.minZoom,\n opaque: layerConfig.opaque,\n reprojectionErrorThreshold: options.reprojectionErrorThreshold,\n tileLoadFunction: options.tileLoadFunction,\n transition: options.transition,\n url: url,\n tilePixelRatio: retina ? 2 : 1,\n wrapX: options.wrapX,\n zDirection: options.zDirection,\n });\n }\n}\n\nexport default StadiaMaps;\n","/**\n * @module ol/source/TileArcGISRest\n */\n\nimport TileImage from './TileImage.js';\nimport {createEmpty} from '../extent.js';\nimport {getRequestUrl} from './arcgisRest.js';\nimport {modulo} from '../math.js';\nimport {scale as scaleSize, toSize} from '../size.js';\nimport {hash as tileCoordHash} from '../tilecoord.js';\n\n/**\n * @typedef {Object} Options\n * @property {import(\"./Source.js\").AttributionLike} [attributions] Attributions.\n * @property {number} [cacheSize] Initial tile cache size. Will auto-grow to hold at least the number of tiles in the viewport.\n * @property {null|string} [crossOrigin] The `crossOrigin` attribute for loaded images. Note that\n * you must provide a `crossOrigin` value if you want to access pixel data with the Canvas renderer.\n * See https://developer.mozilla.org/en-US/docs/Web/HTML/CORS_enabled_image for more detail.\n * @property {boolean} [interpolate=true] Use interpolated values when resampling. By default,\n * linear interpolation is used when resampling. Set to false to use the nearest neighbor instead.\n * @property {Object} [params] ArcGIS Rest parameters. This field is optional. Service defaults will be\n * used for any fields not specified. `FORMAT` is `PNG32` by default. `F` is `IMAGE` by\n * default. `TRANSPARENT` is `true` by default. `BBOX`, `SIZE`, `BBOXSR`,\n * and `IMAGESR` will be set dynamically. Set `LAYERS` to\n * override the default service layer visibility. See\n * https://developers.arcgis.com/rest/services-reference/export-map.htm\n * for further reference.\n * @property {boolean} [hidpi=true] Use the `ol/Map#pixelRatio` value when requesting\n * the image from the remote server.\n * @property {import(\"../tilegrid/TileGrid.js\").default} [tileGrid] Tile grid. Base this on the resolutions,\n * tilesize and extent supported by the server.\n * If this is not defined, a default grid will be used: if there is a projection\n * extent, the grid will be based on that; if not, a grid based on a global\n * extent with origin at 0,0 will be used.\n * @property {import(\"../proj.js\").ProjectionLike} [projection] Projection. Default is the view projection.\n * The projection code must contain a numeric end portion separated by :\n * or the entire code must form a valid ArcGIS SpatialReference definition.\n * @property {number} [reprojectionErrorThreshold=0.5] Maximum allowed reprojection error (in pixels).\n * Higher values can increase reprojection performance, but decrease precision.\n * @property {import(\"../Tile.js\").LoadFunction} [tileLoadFunction] Optional function to load a tile given a URL.\n * The default is\n * ```js\n * function(imageTile, src) {\n * imageTile.getImage().src = src;\n * };\n * ```\n * @property {string} [url] ArcGIS Rest service URL for a Map Service or Image Service. The\n * url should include /MapServer or /ImageServer.\n * @property {boolean} [wrapX=true] Whether to wrap the world horizontally.\n * @property {number} [transition] Duration of the opacity transition for rendering. To disable the opacity\n * transition, pass `transition: 0`.\n * @property {Array} [urls] ArcGIS Rest service urls. Use this instead of `url` when the ArcGIS\n * Service supports multiple urls for export requests.\n * @property {number|import(\"../array.js\").NearestDirectionFunction} [zDirection=0]\n * Choose whether to use tiles with a higher or lower zoom level when between integer\n * zoom levels. See {@link module:ol/tilegrid/TileGrid~TileGrid#getZForResolution}.\n */\n\n/**\n * @classdesc\n * Layer source for tile data from ArcGIS Rest services. Map and Image\n * Services are supported.\n *\n * For cached ArcGIS services, better performance is available using the\n * {@link module:ol/source/XYZ~XYZ} data source.\n * @api\n */\nclass TileArcGISRest extends TileImage {\n /**\n * @param {Options} [options] Tile ArcGIS Rest options.\n */\n constructor(options) {\n options = options ? options : {};\n\n super({\n attributions: options.attributions,\n cacheSize: options.cacheSize,\n crossOrigin: options.crossOrigin,\n interpolate: options.interpolate,\n projection: options.projection,\n reprojectionErrorThreshold: options.reprojectionErrorThreshold,\n tileGrid: options.tileGrid,\n tileLoadFunction: options.tileLoadFunction,\n url: options.url,\n urls: options.urls,\n wrapX: options.wrapX !== undefined ? options.wrapX : true,\n transition: options.transition,\n zDirection: options.zDirection,\n });\n\n /**\n * @private\n * @type {!Object}\n */\n this.params_ = options.params || {};\n\n /**\n * @private\n * @type {boolean}\n */\n this.hidpi_ = options.hidpi !== undefined ? options.hidpi : true;\n\n /**\n * @private\n * @type {import(\"../extent.js\").Extent}\n */\n this.tmpExtent_ = createEmpty();\n\n this.setKey(this.getKeyForParams_());\n }\n\n /**\n * @private\n * @return {string} The key for the current params.\n */\n getKeyForParams_() {\n let i = 0;\n const res = [];\n for (const key in this.params_) {\n res[i++] = key + '-' + this.params_[key];\n }\n return res.join('/');\n }\n\n /**\n * Get the user-provided params, i.e. those passed to the constructor through\n * the \"params\" option, and possibly updated using the updateParams method.\n * @return {Object} Params.\n * @api\n */\n getParams() {\n return this.params_;\n }\n\n /**\n * @param {import(\"../tilecoord.js\").TileCoord} tileCoord Tile coordinate.\n * @param {import(\"../size.js\").Size} tileSize Tile size.\n * @param {import(\"../extent.js\").Extent} tileExtent Tile extent.\n * @param {number} pixelRatio Pixel ratio.\n * @param {import(\"../proj/Projection.js\").default} projection Projection.\n * @param {Object} params Params.\n * @return {string|undefined} Request URL.\n * @private\n */\n getRequestUrl_(\n tileCoord,\n tileSize,\n tileExtent,\n pixelRatio,\n projection,\n params\n ) {\n const urls = this.urls;\n if (!urls) {\n return undefined;\n }\n let url;\n if (urls.length == 1) {\n url = urls[0];\n } else {\n const index = modulo(tileCoordHash(tileCoord), urls.length);\n url = urls[index];\n }\n\n return getRequestUrl(\n url,\n tileExtent,\n (\n this.tileGrid || this.getTileGridForProjection(projection)\n ).getResolution(tileCoord[0]),\n pixelRatio,\n projection,\n params\n );\n }\n\n /**\n * Get the tile pixel ratio for this source.\n * @param {number} pixelRatio Pixel ratio.\n * @return {number} Tile pixel ratio.\n */\n getTilePixelRatio(pixelRatio) {\n return this.hidpi_ ? pixelRatio : 1;\n }\n\n /**\n * Update the user-provided params.\n * @param {Object} params Params.\n * @api\n */\n updateParams(params) {\n Object.assign(this.params_, params);\n this.setKey(this.getKeyForParams_());\n }\n\n /**\n * @param {import(\"../tilecoord.js\").TileCoord} tileCoord The tile coordinate\n * @param {number} pixelRatio The pixel ratio\n * @param {import(\"../proj/Projection.js\").default} projection The projection\n * @return {string|undefined} The tile URL\n * @override\n */\n tileUrlFunction(tileCoord, pixelRatio, projection) {\n let tileGrid = this.getTileGrid();\n if (!tileGrid) {\n tileGrid = this.getTileGridForProjection(projection);\n }\n\n if (tileGrid.getResolutions().length <= tileCoord[0]) {\n return undefined;\n }\n\n if (pixelRatio != 1 && !this.hidpi_) {\n pixelRatio = 1;\n }\n\n const tileExtent = tileGrid.getTileCoordExtent(tileCoord, this.tmpExtent_);\n let tileSize = toSize(tileGrid.getTileSize(tileCoord[0]), this.tmpSize);\n\n if (pixelRatio != 1) {\n tileSize = scaleSize(tileSize, pixelRatio, this.tmpSize);\n }\n\n // Apply default params and override with user specified values.\n const baseParams = {\n 'F': 'image',\n 'FORMAT': 'PNG32',\n 'TRANSPARENT': true,\n };\n Object.assign(baseParams, this.params_);\n\n return this.getRequestUrl_(\n tileCoord,\n tileSize,\n tileExtent,\n pixelRatio,\n projection,\n baseParams\n );\n }\n}\n\nexport default TileArcGISRest;\n","/**\n * @module ol/source/TileDebug\n */\n\nimport XYZ from './XYZ.js';\nimport {createCanvasContext2D} from '../dom.js';\nimport {toSize} from '../size.js';\n\n/**\n * @typedef {Object} Options\n * @property {import(\"../proj.js\").ProjectionLike} [projection='EPSG:3857'] Optional projection.\n * @property {import(\"../tilegrid/TileGrid.js\").default} [tileGrid] Tile grid.\n * @property {boolean} [wrapX=true] Whether to wrap the world horizontally.\n * @property {number|import(\"../array.js\").NearestDirectionFunction} [zDirection=0]\n * Set to `1` when debugging `VectorTile` sources with a default configuration.\n * Choose whether to use tiles with a higher or lower zoom level when between integer\n * zoom levels. See {@link module:ol/tilegrid/TileGrid~TileGrid#getZForResolution}.\n * @property {string} [template='z:{z} x:{x} y:{y}'] Template for labeling the tiles.\n * Should include `{x}`, `{y}` or `{-y}`, and `{z}` placeholders.\n */\n\n/**\n * @classdesc\n * A pseudo tile source, which does not fetch tiles from a server, but renders\n * a grid outline for the tile grid/projection along with the coordinates for\n * each tile. See examples/canvas-tiles for an example.\n * @api\n */\nclass TileDebug extends XYZ {\n /**\n * @param {Options} [options] Debug tile options.\n */\n constructor(options) {\n /**\n * @type {Options}\n */\n options = options || {};\n\n super({\n opaque: false,\n projection: options.projection,\n tileGrid: options.tileGrid,\n wrapX: options.wrapX !== undefined ? options.wrapX : true,\n zDirection: options.zDirection,\n url: options.template || 'z:{z} x:{x} y:{y}',\n tileLoadFunction: (tile, text) => {\n const z = tile.getTileCoord()[0];\n const tileSize = toSize(this.tileGrid.getTileSize(z));\n const context = createCanvasContext2D(tileSize[0], tileSize[1]);\n\n context.strokeStyle = 'grey';\n context.strokeRect(0.5, 0.5, tileSize[0] + 0.5, tileSize[1] + 0.5);\n\n context.fillStyle = 'grey';\n context.strokeStyle = 'white';\n context.textAlign = 'center';\n context.textBaseline = 'middle';\n context.font = '24px sans-serif';\n context.lineWidth = 4;\n context.strokeText(text, tileSize[0] / 2, tileSize[1] / 2, tileSize[0]);\n context.fillText(text, tileSize[0] / 2, tileSize[1] / 2, tileSize[0]);\n\n /** @type {import(\"../ImageTile.js\").default} */ (tile).setImage(\n context.canvas\n );\n },\n });\n }\n}\n\nexport default TileDebug;\n","/**\n * @module ol/source/TileJSON\n */\n// FIXME check order of async callbacks\n\n/**\n * See https://mapbox.com/developers/api/.\n */\n\nimport TileImage from './TileImage.js';\nimport {applyTransform, intersects} from '../extent.js';\nimport {createFromTemplates} from '../tileurlfunction.js';\nimport {createXYZ, extentFromProjection} from '../tilegrid.js';\nimport {get as getProjection, getTransformFromProjections} from '../proj.js';\nimport {jsonp as requestJSONP} from '../net.js';\n\n/**\n * @typedef {Object} Config\n * @property {string} [name] The name.\n * @property {string} [description] The description.\n * @property {string} [version] The version.\n * @property {string} [attribution] The attribution.\n * @property {string} [template] The template.\n * @property {string} [legend] The legend.\n * @property {string} [scheme] The scheme.\n * @property {Array} tiles The tile URL templates.\n * @property {Array} [grids] Optional grids.\n * @property {number} [minzoom] Minimum zoom level.\n * @property {number} [maxzoom] Maximum zoom level.\n * @property {Array} [bounds] Optional bounds.\n * @property {Array} [center] Optional center.\n */\n\n/**\n * @typedef {Object} Options\n * @property {import(\"./Source.js\").AttributionLike} [attributions] Attributions.\n * @property {number} [cacheSize] Initial tile cache size. Will auto-grow to hold at least the number of tiles in the viewport.\n * @property {null|string} [crossOrigin] The `crossOrigin` attribute for loaded images. Note that\n * you must provide a `crossOrigin` value if you want to access pixel data with the Canvas renderer.\n * See https://developer.mozilla.org/en-US/docs/Web/HTML/CORS_enabled_image for more detail.\n * @property {boolean} [interpolate=true] Use interpolated values when resampling. By default,\n * linear interpolation is used when resampling. Set to false to use the nearest neighbor instead.\n * @property {boolean} [jsonp=false] Use JSONP with callback to load the TileJSON.\n * Useful when the server does not support CORS..\n * @property {number} [reprojectionErrorThreshold=0.5] Maximum allowed reprojection error (in pixels).\n * Higher values can increase reprojection performance, but decrease precision.\n * @property {Config} [tileJSON] TileJSON configuration for this source.\n * If not provided, `url` must be configured.\n * @property {import(\"../Tile.js\").LoadFunction} [tileLoadFunction] Optional function to load a tile given a URL. The default is\n * ```js\n * function(imageTile, src) {\n * imageTile.getImage().src = src;\n * };\n * ```\n * @property {number|import(\"../size.js\").Size} [tileSize=[256, 256]] The tile size used by the tile service.\n * Note: `tileSize` and other non-standard TileJSON properties are currently ignored.\n * @property {string} [url] URL to the TileJSON file. If not provided, `tileJSON` must be configured.\n * @property {boolean} [wrapX=true] Whether to wrap the world horizontally.\n * @property {number} [transition] Duration of the opacity transition for rendering.\n * To disable the opacity transition, pass `transition: 0`.\n * @property {number|import(\"../array.js\").NearestDirectionFunction} [zDirection=0]\n * Choose whether to use tiles with a higher or lower zoom level when between integer\n * zoom levels. See {@link module:ol/tilegrid/TileGrid~TileGrid#getZForResolution}.\n */\n\n/**\n * @classdesc\n * Layer source for tile data in TileJSON format.\n * @api\n */\nclass TileJSON extends TileImage {\n /**\n * @param {Options} options TileJSON options.\n */\n constructor(options) {\n super({\n attributions: options.attributions,\n cacheSize: options.cacheSize,\n crossOrigin: options.crossOrigin,\n interpolate: options.interpolate,\n projection: getProjection('EPSG:3857'),\n reprojectionErrorThreshold: options.reprojectionErrorThreshold,\n state: 'loading',\n tileLoadFunction: options.tileLoadFunction,\n wrapX: options.wrapX !== undefined ? options.wrapX : true,\n transition: options.transition,\n zDirection: options.zDirection,\n });\n\n /**\n * @type {Config}\n * @private\n */\n this.tileJSON_ = null;\n\n /**\n * @type {number|import(\"../size.js\").Size}\n * @private\n */\n this.tileSize_ = options.tileSize;\n\n if (options.url) {\n if (options.jsonp) {\n requestJSONP(\n options.url,\n this.handleTileJSONResponse.bind(this),\n this.handleTileJSONError.bind(this)\n );\n } else {\n const client = new XMLHttpRequest();\n client.addEventListener('load', this.onXHRLoad_.bind(this));\n client.addEventListener('error', this.onXHRError_.bind(this));\n client.open('GET', options.url);\n client.send();\n }\n } else if (options.tileJSON) {\n this.handleTileJSONResponse(options.tileJSON);\n } else {\n throw new Error('Either `url` or `tileJSON` options must be provided');\n }\n }\n\n /**\n * @private\n * @param {Event} event The load event.\n */\n onXHRLoad_(event) {\n const client = /** @type {XMLHttpRequest} */ (event.target);\n // status will be 0 for file:// urls\n if (!client.status || (client.status >= 200 && client.status < 300)) {\n let response;\n try {\n response = /** @type {Config} */ (JSON.parse(client.responseText));\n } catch (err) {\n this.handleTileJSONError();\n return;\n }\n this.handleTileJSONResponse(response);\n } else {\n this.handleTileJSONError();\n }\n }\n\n /**\n * @private\n * @param {Event} event The error event.\n */\n onXHRError_(event) {\n this.handleTileJSONError();\n }\n\n /**\n * @return {Config} The tilejson object.\n * @api\n */\n getTileJSON() {\n return this.tileJSON_;\n }\n\n /**\n * @protected\n * @param {Config} tileJSON Tile JSON.\n */\n handleTileJSONResponse(tileJSON) {\n const epsg4326Projection = getProjection('EPSG:4326');\n\n const sourceProjection = this.getProjection();\n let extent;\n if (tileJSON['bounds'] !== undefined) {\n const transform = getTransformFromProjections(\n epsg4326Projection,\n sourceProjection\n );\n extent = applyTransform(tileJSON['bounds'], transform);\n }\n\n const gridExtent = extentFromProjection(sourceProjection);\n const minZoom = tileJSON['minzoom'] || 0;\n const maxZoom = tileJSON['maxzoom'] || 22;\n const tileGrid = createXYZ({\n extent: gridExtent,\n maxZoom: maxZoom,\n minZoom: minZoom,\n tileSize: this.tileSize_,\n });\n this.tileGrid = tileGrid;\n\n this.tileUrlFunction = createFromTemplates(tileJSON['tiles'], tileGrid);\n\n if (tileJSON['attribution'] && !this.getAttributions()) {\n const attributionExtent = extent !== undefined ? extent : gridExtent;\n this.setAttributions(function (frameState) {\n if (intersects(attributionExtent, frameState.extent)) {\n return [tileJSON['attribution']];\n }\n return null;\n });\n }\n this.tileJSON_ = tileJSON;\n this.setState('ready');\n }\n\n /**\n * @protected\n */\n handleTileJSONError() {\n this.setState('error');\n }\n}\n\nexport default TileJSON;\n","/**\n * @module ol/source/TileWMS\n */\n\nimport TileImage from './TileImage.js';\nimport {DEFAULT_VERSION, getImageSrc, getRequestParams} from './wms.js';\nimport {appendParams} from '../uri.js';\nimport {buffer, createEmpty} from '../extent.js';\nimport {calculateSourceResolution} from '../reproj.js';\nimport {compareVersions} from '../string.js';\nimport {get as getProjection, transform} from '../proj.js';\nimport {modulo} from '../math.js';\nimport {hash as tileCoordHash} from '../tilecoord.js';\n\n/**\n * @typedef {Object} Options\n * @property {import(\"./Source.js\").AttributionLike} [attributions] Attributions.\n * @property {boolean} [attributionsCollapsible=true] Attributions are collapsible.\n * @property {number} [cacheSize] Initial tile cache size. Will auto-grow to hold at least the number of tiles in the viewport.\n * @property {null|string} [crossOrigin] The `crossOrigin` attribute for loaded images. Note that\n * you must provide a `crossOrigin` value if you want to access pixel data with the Canvas renderer.\n * See https://developer.mozilla.org/en-US/docs/Web/HTML/CORS_enabled_image for more detail.\n * @property {boolean} [interpolate=true] Use interpolated values when resampling. By default,\n * linear interpolation is used when resampling. Set to false to use the nearest neighbor instead.\n * @property {Object} params WMS request parameters.\n * At least a `LAYERS` param is required. `STYLES` is\n * `''` by default. `VERSION` is `1.3.0` by default. `WIDTH`, `HEIGHT`, `BBOX`\n * and `CRS` (`SRS` for WMS version < 1.3.0) will be set dynamically.\n * @property {number} [gutter=0]\n * The size in pixels of the gutter around image tiles to ignore. By setting\n * this property to a non-zero value, images will be requested that are wider\n * and taller than the tile size by a value of `2 x gutter`.\n * Using a non-zero value allows artifacts of rendering at tile edges to be\n * ignored. If you control the WMS service it is recommended to address\n * \"artifacts at tile edges\" issues by properly configuring the WMS service. For\n * example, MapServer has a `tile_map_edge_buffer` configuration parameter for\n * this. See https://mapserver.org/output/tile_mode.html.\n * @property {boolean} [hidpi=true] Use the `ol/Map#pixelRatio` value when requesting\n * the image from the remote server.\n * @property {import(\"../proj.js\").ProjectionLike} [projection] Projection. Default is the view projection.\n * @property {number} [reprojectionErrorThreshold=0.5] Maximum allowed reprojection error (in pixels).\n * Higher values can increase reprojection performance, but decrease precision.\n * @property {typeof import(\"../ImageTile.js\").default} [tileClass] Class used to instantiate image tiles.\n * Default is {@link module:ol/ImageTile~ImageTile}.\n * @property {import(\"../tilegrid/TileGrid.js\").default} [tileGrid] Tile grid. Base this on the resolutions,\n * tilesize and extent supported by the server.\n * If this is not defined, a default grid will be used: if there is a projection\n * extent, the grid will be based on that; if not, a grid based on a global\n * extent with origin at 0,0 will be used.\n * @property {import(\"./wms.js\").ServerType} [serverType] The type of\n * the remote WMS server: `mapserver`, `geoserver`, `carmentaserver`, or `qgis`.\n * Only needed if `hidpi` is `true`.\n * @property {import(\"../Tile.js\").LoadFunction} [tileLoadFunction] Optional function to load a tile given a URL. The default is\n * ```js\n * function(imageTile, src) {\n * imageTile.getImage().src = src;\n * };\n * ```\n * @property {string} [url] WMS service URL.\n * @property {Array} [urls] WMS service urls.\n * Use this instead of `url` when the WMS supports multiple urls for GetMap requests.\n * @property {boolean} [wrapX=true] Whether to wrap the world horizontally.\n * When set to `false`, only one world\n * will be rendered. When `true`, tiles will be requested for one world only,\n * but they will be wrapped horizontally to render multiple worlds.\n * @property {number} [transition] Duration of the opacity transition for rendering.\n * To disable the opacity transition, pass `transition: 0`.\n * @property {number|import(\"../array.js\").NearestDirectionFunction} [zDirection=0]\n * Choose whether to use tiles with a higher or lower zoom level when between integer\n * zoom levels. See {@link module:ol/tilegrid/TileGrid~TileGrid#getZForResolution}.\n */\n\n/**\n * @classdesc\n * Layer source for tile data from WMS servers.\n * @api\n */\nclass TileWMS extends TileImage {\n /**\n * @param {Options} [options] Tile WMS options.\n */\n constructor(options) {\n options = options ? options : /** @type {Options} */ ({});\n\n const params = Object.assign({}, options.params);\n\n const transparent = 'TRANSPARENT' in params ? params['TRANSPARENT'] : true;\n\n super({\n attributions: options.attributions,\n attributionsCollapsible: options.attributionsCollapsible,\n cacheSize: options.cacheSize,\n crossOrigin: options.crossOrigin,\n interpolate: options.interpolate,\n opaque: !transparent,\n projection: options.projection,\n reprojectionErrorThreshold: options.reprojectionErrorThreshold,\n tileClass: options.tileClass,\n tileGrid: options.tileGrid,\n tileLoadFunction: options.tileLoadFunction,\n url: options.url,\n urls: options.urls,\n wrapX: options.wrapX !== undefined ? options.wrapX : true,\n transition: options.transition,\n zDirection: options.zDirection,\n });\n\n /**\n * @private\n * @type {number}\n */\n this.gutter_ = options.gutter !== undefined ? options.gutter : 0;\n\n /**\n * @private\n * @type {!Object}\n */\n this.params_ = params;\n\n /**\n * @private\n * @type {boolean}\n */\n this.v13_ = true;\n\n /**\n * @private\n * @type {import(\"./wms.js\").ServerType}\n */\n this.serverType_ = options.serverType;\n\n /**\n * @private\n * @type {boolean}\n */\n this.hidpi_ = options.hidpi !== undefined ? options.hidpi : true;\n\n /**\n * @private\n * @type {import(\"../extent.js\").Extent}\n */\n this.tmpExtent_ = createEmpty();\n\n this.updateV13_();\n this.setKey(this.getKeyForParams_());\n }\n\n /**\n * Return the GetFeatureInfo URL for the passed coordinate, resolution, and\n * projection. Return `undefined` if the GetFeatureInfo URL cannot be\n * constructed.\n * @param {import(\"../coordinate.js\").Coordinate} coordinate Coordinate.\n * @param {number} resolution Resolution.\n * @param {import(\"../proj.js\").ProjectionLike} projection Projection.\n * @param {!Object} params GetFeatureInfo params. `INFO_FORMAT` at least should\n * be provided. If `QUERY_LAYERS` is not provided then the layers specified\n * in the `LAYERS` parameter will be used. `VERSION` should not be\n * specified here.\n * @return {string|undefined} GetFeatureInfo URL.\n * @api\n */\n getFeatureInfoUrl(coordinate, resolution, projection, params) {\n const projectionObj = getProjection(projection);\n const sourceProjectionObj = this.getProjection() || projectionObj;\n\n let tileGrid = this.getTileGrid();\n if (!tileGrid) {\n tileGrid = this.getTileGridForProjection(sourceProjectionObj);\n }\n\n const sourceProjCoord = transform(\n coordinate,\n projectionObj,\n sourceProjectionObj\n );\n const sourceResolution = calculateSourceResolution(\n sourceProjectionObj,\n projectionObj,\n coordinate,\n resolution\n );\n\n const z = tileGrid.getZForResolution(sourceResolution, this.zDirection);\n const tileResolution = tileGrid.getResolution(z);\n const tileCoord = tileGrid.getTileCoordForCoordAndZ(sourceProjCoord, z);\n\n if (tileGrid.getResolutions().length <= tileCoord[0]) {\n return undefined;\n }\n\n let tileExtent = tileGrid.getTileCoordExtent(tileCoord, this.tmpExtent_);\n\n const gutter = this.gutter_;\n if (gutter !== 0) {\n tileExtent = buffer(tileExtent, tileResolution * gutter, tileExtent);\n }\n\n const baseParams = {\n 'QUERY_LAYERS': this.params_['LAYERS'],\n };\n Object.assign(\n baseParams,\n getRequestParams(this.params_, 'GetFeatureInfo'),\n params\n );\n\n const x = Math.floor((sourceProjCoord[0] - tileExtent[0]) / tileResolution);\n const y = Math.floor((tileExtent[3] - sourceProjCoord[1]) / tileResolution);\n\n baseParams[this.v13_ ? 'I' : 'X'] = x;\n baseParams[this.v13_ ? 'J' : 'Y'] = y;\n\n return this.getRequestUrl_(\n tileCoord,\n tileExtent,\n 1,\n sourceProjectionObj || projectionObj,\n baseParams\n );\n }\n\n /**\n * Return the GetLegendGraphic URL, optionally optimized for the passed\n * resolution and possibly including any passed specific parameters. Returns\n * `undefined` if the GetLegendGraphic URL cannot be constructed.\n *\n * @param {number} [resolution] Resolution. If set to undefined, `SCALE`\n * will not be calculated and included in URL.\n * @param {Object} [params] GetLegendGraphic params. If `LAYER` is set, the\n * request is generated for this wms layer, else it will try to use the\n * configured wms layer. Default `FORMAT` is `image/png`.\n * `VERSION` should not be specified here.\n * @return {string|undefined} GetLegendGraphic URL.\n * @api\n */\n getLegendUrl(resolution, params) {\n if (this.urls[0] === undefined) {\n return undefined;\n }\n\n const baseParams = {\n 'SERVICE': 'WMS',\n 'VERSION': DEFAULT_VERSION,\n 'REQUEST': 'GetLegendGraphic',\n 'FORMAT': 'image/png',\n };\n\n if (params === undefined || params['LAYER'] === undefined) {\n const layers = this.params_.LAYERS;\n const isSingleLayer = !Array.isArray(layers) || layers.length === 1;\n if (!isSingleLayer) {\n return undefined;\n }\n baseParams['LAYER'] = layers;\n }\n\n if (resolution !== undefined) {\n const mpu = this.getProjection()\n ? this.getProjection().getMetersPerUnit()\n : 1;\n const pixelSize = 0.00028;\n baseParams['SCALE'] = (resolution * mpu) / pixelSize;\n }\n\n Object.assign(baseParams, params);\n\n return appendParams(/** @type {string} */ (this.urls[0]), baseParams);\n }\n\n /**\n * @return {number} Gutter.\n */\n getGutter() {\n return this.gutter_;\n }\n\n /**\n * Get the user-provided params, i.e. those passed to the constructor through\n * the \"params\" option, and possibly updated using the updateParams method.\n * @return {Object} Params.\n * @api\n */\n getParams() {\n return this.params_;\n }\n\n /**\n * @param {import(\"../tilecoord.js\").TileCoord} tileCoord Tile coordinate.\n * @param {import(\"../extent.js\").Extent} tileExtent Tile extent.\n * @param {number} pixelRatio Pixel ratio.\n * @param {import(\"../proj/Projection.js\").default} projection Projection.\n * @param {Object} params Params.\n * @return {string|undefined} Request URL.\n * @private\n */\n getRequestUrl_(tileCoord, tileExtent, pixelRatio, projection, params) {\n const urls = this.urls;\n if (!urls) {\n return undefined;\n }\n let url;\n if (urls.length == 1) {\n url = urls[0];\n } else {\n const index = modulo(tileCoordHash(tileCoord), urls.length);\n url = urls[index];\n }\n\n return getImageSrc(\n tileExtent,\n (\n this.tileGrid || this.getTileGridForProjection(projection)\n ).getResolution(tileCoord[0]),\n pixelRatio,\n projection,\n url,\n params,\n this.serverType_\n );\n }\n\n /**\n * Get the tile pixel ratio for this source.\n * @param {number} pixelRatio Pixel ratio.\n * @return {number} Tile pixel ratio.\n */\n getTilePixelRatio(pixelRatio) {\n return !this.hidpi_ || this.serverType_ === undefined ? 1 : pixelRatio;\n }\n\n /**\n * @private\n * @return {string} The key for the current params.\n */\n getKeyForParams_() {\n let i = 0;\n const res = [];\n for (const key in this.params_) {\n res[i++] = key + '-' + this.params_[key];\n }\n return res.join('/');\n }\n\n /**\n * Update the user-provided params.\n * @param {Object} params Params.\n * @api\n */\n updateParams(params) {\n Object.assign(this.params_, params);\n this.updateV13_();\n this.setKey(this.getKeyForParams_());\n }\n\n /**\n * @private\n */\n updateV13_() {\n const version = this.params_['VERSION'] || DEFAULT_VERSION;\n this.v13_ = compareVersions(version, '1.3') >= 0;\n }\n\n /**\n * @param {import(\"../tilecoord.js\").TileCoord} tileCoord The tile coordinate\n * @param {number} pixelRatio The pixel ratio\n * @param {import(\"../proj/Projection.js\").default} projection The projection\n * @return {string|undefined} The tile URL\n * @override\n */\n tileUrlFunction(tileCoord, pixelRatio, projection) {\n let tileGrid = this.getTileGrid();\n if (!tileGrid) {\n tileGrid = this.getTileGridForProjection(projection);\n }\n\n if (tileGrid.getResolutions().length <= tileCoord[0]) {\n return undefined;\n }\n\n if (pixelRatio != 1 && (!this.hidpi_ || this.serverType_ === undefined)) {\n pixelRatio = 1;\n }\n\n const tileResolution = tileGrid.getResolution(tileCoord[0]);\n let tileExtent = tileGrid.getTileCoordExtent(tileCoord, this.tmpExtent_);\n\n const gutter = this.gutter_;\n if (gutter !== 0) {\n tileExtent = buffer(tileExtent, tileResolution * gutter, tileExtent);\n }\n\n const baseParams = Object.assign(\n {},\n getRequestParams(this.params_, 'GetMap')\n );\n\n return this.getRequestUrl_(\n tileCoord,\n tileExtent,\n pixelRatio,\n projection,\n baseParams\n );\n }\n}\n\nexport default TileWMS;\n","/**\n * @module ol/source/UTFGrid\n */\n\nimport EventType from '../events/EventType.js';\nimport Tile from '../Tile.js';\nimport TileSource from './Tile.js';\nimport TileState from '../TileState.js';\nimport {applyTransform, intersects} from '../extent.js';\nimport {createFromTemplates, nullTileUrlFunction} from '../tileurlfunction.js';\nimport {createXYZ, extentFromProjection} from '../tilegrid.js';\nimport {getKeyZXY} from '../tilecoord.js';\nimport {get as getProjection, getTransformFromProjections} from '../proj.js';\nimport {listenOnce} from '../events.js';\nimport {jsonp as requestJSONP} from '../net.js';\n\n/**\n * @typedef {Object} UTFGridJSON\n * @property {Array} grid The grid.\n * @property {Array} keys The keys.\n * @property {Object} [data] Optional data.\n */\n\nexport class CustomTile extends Tile {\n /**\n * @param {import(\"../tilecoord.js\").TileCoord} tileCoord Tile coordinate.\n * @param {import(\"../TileState.js\").default} state State.\n * @param {string} src Image source URI.\n * @param {import(\"../extent.js\").Extent} extent Extent of the tile.\n * @param {boolean} preemptive Load the tile when visible (before it's needed).\n * @param {boolean} jsonp Load the tile as a script.\n */\n constructor(tileCoord, state, src, extent, preemptive, jsonp) {\n super(tileCoord, state);\n\n /**\n * @private\n * @type {string}\n */\n this.src_ = src;\n\n /**\n * @private\n * @type {import(\"../extent.js\").Extent}\n */\n this.extent_ = extent;\n\n /**\n * @private\n * @type {boolean}\n */\n this.preemptive_ = preemptive;\n\n /**\n * @private\n * @type {Array}\n */\n this.grid_ = null;\n\n /**\n * @private\n * @type {Array}\n */\n this.keys_ = null;\n\n /**\n * @private\n * @type {Object|undefined}\n */\n this.data_ = null;\n\n /**\n * @private\n * @type {boolean}\n */\n this.jsonp_ = jsonp;\n }\n\n /**\n * Get the image element for this tile.\n * @return {HTMLImageElement} Image.\n */\n getImage() {\n return null;\n }\n\n /**\n * Synchronously returns data at given coordinate (if available).\n * @param {import(\"../coordinate.js\").Coordinate} coordinate Coordinate.\n * @return {*} The data.\n */\n getData(coordinate) {\n if (!this.grid_ || !this.keys_) {\n return null;\n }\n const xRelative =\n (coordinate[0] - this.extent_[0]) / (this.extent_[2] - this.extent_[0]);\n const yRelative =\n (coordinate[1] - this.extent_[1]) / (this.extent_[3] - this.extent_[1]);\n\n const row = this.grid_[Math.floor((1 - yRelative) * this.grid_.length)];\n\n if (typeof row !== 'string') {\n return null;\n }\n\n let code = row.charCodeAt(Math.floor(xRelative * row.length));\n if (code >= 93) {\n code--;\n }\n if (code >= 35) {\n code--;\n }\n code -= 32;\n\n let data = null;\n if (code in this.keys_) {\n const id = this.keys_[code];\n if (this.data_ && id in this.data_) {\n data = this.data_[id];\n } else {\n data = id;\n }\n }\n return data;\n }\n\n /**\n * Calls the callback (synchronously by default) with the available data\n * for given coordinate (or `null` if not yet loaded).\n * @param {import(\"../coordinate.js\").Coordinate} coordinate Coordinate.\n * @param {function(*): void} callback Callback.\n * @param {boolean} [request] If `true` the callback is always async.\n * The tile data is requested if not yet loaded.\n */\n forDataAtCoordinate(coordinate, callback, request) {\n if (this.state == TileState.EMPTY && request === true) {\n this.state = TileState.IDLE;\n listenOnce(\n this,\n EventType.CHANGE,\n function (e) {\n callback(this.getData(coordinate));\n },\n this\n );\n this.loadInternal_();\n } else {\n if (request === true) {\n setTimeout(() => {\n callback(this.getData(coordinate));\n }, 0);\n } else {\n callback(this.getData(coordinate));\n }\n }\n }\n\n /**\n * Return the key to be used for all tiles in the source.\n * @return {string} The key for all tiles.\n */\n getKey() {\n return this.src_;\n }\n\n /**\n * @private\n */\n handleError_() {\n this.state = TileState.ERROR;\n this.changed();\n }\n\n /**\n * @param {!UTFGridJSON} json UTFGrid data.\n * @private\n */\n handleLoad_(json) {\n this.grid_ = json['grid'];\n this.keys_ = json['keys'];\n this.data_ = json['data'];\n\n this.state = TileState.LOADED;\n this.changed();\n }\n\n /**\n * @private\n */\n loadInternal_() {\n if (this.state == TileState.IDLE) {\n this.state = TileState.LOADING;\n if (this.jsonp_) {\n requestJSONP(\n this.src_,\n this.handleLoad_.bind(this),\n this.handleError_.bind(this)\n );\n } else {\n const client = new XMLHttpRequest();\n client.addEventListener('load', this.onXHRLoad_.bind(this));\n client.addEventListener('error', this.onXHRError_.bind(this));\n client.open('GET', this.src_);\n client.send();\n }\n }\n }\n\n /**\n * @private\n * @param {Event} event The load event.\n */\n onXHRLoad_(event) {\n const client = /** @type {XMLHttpRequest} */ (event.target);\n // status will be 0 for file:// urls\n if (!client.status || (client.status >= 200 && client.status < 300)) {\n let response;\n try {\n response = /** @type {!UTFGridJSON} */ (\n JSON.parse(client.responseText)\n );\n } catch (err) {\n this.handleError_();\n return;\n }\n this.handleLoad_(response);\n } else {\n this.handleError_();\n }\n }\n\n /**\n * @private\n * @param {Event} event The error event.\n */\n onXHRError_(event) {\n this.handleError_();\n }\n\n /**\n */\n load() {\n if (this.preemptive_) {\n this.loadInternal_();\n } else {\n this.setState(TileState.EMPTY);\n }\n }\n}\n\n/**\n * @typedef {Object} Options\n * @property {boolean} [preemptive=true]\n * If `true` the UTFGrid source loads the tiles based on their \"visibility\".\n * This improves the speed of response, but increases traffic.\n * Note that if set to `false` (lazy loading), you need to pass `true` as\n * `request` to the `forDataAtCoordinateAndResolution` method otherwise no\n * data will ever be loaded.\n * @property {boolean} [jsonp=false] Use JSONP with callback to load the TileJSON.\n * Useful when the server does not support CORS..\n * @property {import(\"./TileJSON.js\").Config} [tileJSON] TileJSON configuration for this source.\n * If not provided, `url` must be configured.\n * @property {string} [url] TileJSON endpoint that provides the configuration for this source.\n * Request will be made through JSONP. If not provided, `tileJSON` must be configured.\n * @property {number|import(\"../array.js\").NearestDirectionFunction} [zDirection=0]\n * Choose whether to use tiles with a higher or lower zoom level when between integer\n * zoom levels. See {@link module:ol/tilegrid/TileGrid~TileGrid#getZForResolution}.\n */\n\n/**\n * @classdesc\n * Layer source for UTFGrid interaction data loaded from TileJSON format.\n * @api\n */\nclass UTFGrid extends TileSource {\n /**\n * @param {Options} options Source options.\n */\n constructor(options) {\n super({\n projection: getProjection('EPSG:3857'),\n state: 'loading',\n zDirection: options.zDirection,\n });\n\n /**\n * @private\n * @type {boolean}\n */\n this.preemptive_ =\n options.preemptive !== undefined ? options.preemptive : true;\n\n /**\n * @private\n * @type {!import(\"../Tile.js\").UrlFunction}\n */\n this.tileUrlFunction_ = nullTileUrlFunction;\n\n /**\n * @private\n * @type {string|undefined}\n */\n this.template_ = undefined;\n\n /**\n * @private\n * @type {boolean}\n */\n this.jsonp_ = options.jsonp || false;\n\n if (options.url) {\n if (this.jsonp_) {\n requestJSONP(\n options.url,\n this.handleTileJSONResponse.bind(this),\n this.handleTileJSONError.bind(this)\n );\n } else {\n const client = new XMLHttpRequest();\n client.addEventListener('load', this.onXHRLoad_.bind(this));\n client.addEventListener('error', this.onXHRError_.bind(this));\n client.open('GET', options.url);\n client.send();\n }\n } else if (options.tileJSON) {\n this.handleTileJSONResponse(options.tileJSON);\n } else {\n throw new Error('Either `url` or `tileJSON` options must be provided');\n }\n }\n\n /**\n * @private\n * @param {Event} event The load event.\n */\n onXHRLoad_(event) {\n const client = /** @type {XMLHttpRequest} */ (event.target);\n // status will be 0 for file:// urls\n if (!client.status || (client.status >= 200 && client.status < 300)) {\n let response;\n try {\n response = /** @type {import(\"./TileJSON.js\").Config} */ (\n JSON.parse(client.responseText)\n );\n } catch (err) {\n this.handleTileJSONError();\n return;\n }\n this.handleTileJSONResponse(response);\n } else {\n this.handleTileJSONError();\n }\n }\n\n /**\n * @private\n * @param {Event} event The error event.\n */\n onXHRError_(event) {\n this.handleTileJSONError();\n }\n\n /**\n * Return the template from TileJSON.\n * @return {string|undefined} The template from TileJSON.\n * @api\n */\n getTemplate() {\n return this.template_;\n }\n\n /**\n * Calls the callback (synchronously by default) with the available data\n * for given coordinate and resolution (or `null` if not yet loaded or\n * in case of an error).\n * @param {import(\"../coordinate.js\").Coordinate} coordinate Coordinate.\n * @param {number} resolution Resolution.\n * @param {function(*): void} callback Callback.\n * @param {boolean} [request] If `true` the callback is always async.\n * The tile data is requested if not yet loaded.\n * @api\n */\n forDataAtCoordinateAndResolution(coordinate, resolution, callback, request) {\n if (this.tileGrid) {\n const z = this.tileGrid.getZForResolution(resolution, this.zDirection);\n const tileCoord = this.tileGrid.getTileCoordForCoordAndZ(coordinate, z);\n const tile = /** @type {!CustomTile} */ (\n this.getTile(\n tileCoord[0],\n tileCoord[1],\n tileCoord[2],\n 1,\n this.getProjection()\n )\n );\n tile.forDataAtCoordinate(coordinate, callback, request);\n } else {\n if (request === true) {\n setTimeout(function () {\n callback(null);\n }, 0);\n } else {\n callback(null);\n }\n }\n }\n\n /**\n * @protected\n */\n handleTileJSONError() {\n this.setState('error');\n }\n\n /**\n * TODO: very similar to ol/source/TileJSON#handleTileJSONResponse\n * @protected\n * @param {import(\"./TileJSON.js\").Config} tileJSON Tile JSON.\n */\n handleTileJSONResponse(tileJSON) {\n const epsg4326Projection = getProjection('EPSG:4326');\n\n const sourceProjection = this.getProjection();\n let extent;\n if (tileJSON['bounds'] !== undefined) {\n const transform = getTransformFromProjections(\n epsg4326Projection,\n sourceProjection\n );\n extent = applyTransform(tileJSON['bounds'], transform);\n }\n\n const gridExtent = extentFromProjection(sourceProjection);\n const minZoom = tileJSON['minzoom'] || 0;\n const maxZoom = tileJSON['maxzoom'] || 22;\n const tileGrid = createXYZ({\n extent: gridExtent,\n maxZoom: maxZoom,\n minZoom: minZoom,\n });\n this.tileGrid = tileGrid;\n\n this.template_ = tileJSON['template'];\n\n const grids = tileJSON['grids'];\n if (!grids) {\n this.setState('error');\n return;\n }\n\n this.tileUrlFunction_ = createFromTemplates(grids, tileGrid);\n\n if (tileJSON['attribution'] !== undefined) {\n const attributionExtent = extent !== undefined ? extent : gridExtent;\n this.setAttributions(function (frameState) {\n if (intersects(attributionExtent, frameState.extent)) {\n return [tileJSON['attribution']];\n }\n return null;\n });\n }\n\n this.setState('ready');\n }\n\n /**\n * @param {number} z Tile coordinate z.\n * @param {number} x Tile coordinate x.\n * @param {number} y Tile coordinate y.\n * @param {number} pixelRatio Pixel ratio.\n * @param {import(\"../proj/Projection.js\").default} projection Projection.\n * @return {!CustomTile} Tile.\n */\n getTile(z, x, y, pixelRatio, projection) {\n const tileCoordKey = getKeyZXY(z, x, y);\n if (this.tileCache.containsKey(tileCoordKey)) {\n return this.tileCache.get(tileCoordKey);\n }\n const tileCoord = [z, x, y];\n const urlTileCoord = this.getTileCoordForTileUrlFunction(\n tileCoord,\n projection\n );\n const tileUrl = this.tileUrlFunction_(urlTileCoord, pixelRatio, projection);\n const tile = new CustomTile(\n tileCoord,\n tileUrl !== undefined ? TileState.IDLE : TileState.EMPTY,\n tileUrl !== undefined ? tileUrl : '',\n this.tileGrid.getTileCoordExtent(tileCoord),\n this.preemptive_,\n this.jsonp_\n );\n this.tileCache.set(tileCoordKey, tile);\n return tile;\n }\n\n /**\n * Marks a tile coord as being used, without triggering a load.\n * @param {number} z Tile coordinate z.\n * @param {number} x Tile coordinate x.\n * @param {number} y Tile coordinate y.\n */\n useTile(z, x, y) {\n const tileCoordKey = getKeyZXY(z, x, y);\n if (this.tileCache.containsKey(tileCoordKey)) {\n this.tileCache.get(tileCoordKey);\n }\n }\n}\n\nexport default UTFGrid;\n","/**\n * @module ol/source/WMTS\n */\n\nimport TileImage from './TileImage.js';\nimport {appendParams} from '../uri.js';\nimport {containsExtent} from '../extent.js';\nimport {createFromCapabilitiesMatrixSet} from '../tilegrid/WMTS.js';\nimport {createFromTileUrlFunctions, expandUrl} from '../tileurlfunction.js';\nimport {equivalent, get as getProjection, transformExtent} from '../proj.js';\n\n/**\n * Request encoding. One of 'KVP', 'REST'.\n * @typedef {'KVP' | 'REST'} RequestEncoding\n */\n\n/**\n * @typedef {Object} Options\n * @property {import(\"./Source.js\").AttributionLike} [attributions] Attributions.\n * @property {boolean} [attributionsCollapsible=true] Attributions are collapsible.\n * @property {number} [cacheSize] Initial tile cache size. Will auto-grow to hold at least the number of tiles in the viewport.\n * @property {null|string} [crossOrigin] The `crossOrigin` attribute for loaded images. Note that\n * you must provide a `crossOrigin` value if you want to access pixel data with the Canvas renderer.\n * See https://developer.mozilla.org/en-US/docs/Web/HTML/CORS_enabled_image for more detail.\n * @property {boolean} [interpolate=true] Use interpolated values when resampling. By default,\n * linear interpolation is used when resampling. Set to false to use the nearest neighbor instead.\n * @property {import(\"../tilegrid/WMTS.js\").default} tileGrid Tile grid.\n * @property {import(\"../proj.js\").ProjectionLike} [projection] Projection. Default is the view projection.\n * @property {number} [reprojectionErrorThreshold=0.5] Maximum allowed reprojection error (in pixels).\n * Higher values can increase reprojection performance, but decrease precision.\n * @property {RequestEncoding} [requestEncoding='KVP'] Request encoding.\n * @property {string} layer Layer name as advertised in the WMTS capabilities.\n * @property {string} style Style name as advertised in the WMTS capabilities.\n * @property {typeof import(\"../ImageTile.js\").default} [tileClass] Class used to instantiate image tiles. Default is {@link module:ol/ImageTile~ImageTile}.\n * @property {number} [tilePixelRatio=1] The pixel ratio used by the tile service.\n * For example, if the tile service advertizes 256px by 256px tiles but actually sends 512px\n * by 512px images (for retina/hidpi devices) then `tilePixelRatio`\n * should be set to `2`.\n * @property {string} [format='image/jpeg'] Image format. Only used when `requestEncoding` is `'KVP'`.\n * @property {string} [version='1.0.0'] WMTS version.\n * @property {string} matrixSet Matrix set.\n * @property {!Object} [dimensions] Additional \"dimensions\" for tile requests.\n * This is an object with properties named like the advertised WMTS dimensions.\n * @property {string} [url] A URL for the service.\n * For the RESTful request encoding, this is a URL\n * template. For KVP encoding, it is normal URL. A `{?-?}` template pattern,\n * for example `subdomain{a-f}.domain.com`, may be used instead of defining\n * each one separately in the `urls` option.\n * @property {import(\"../Tile.js\").LoadFunction} [tileLoadFunction] Optional function to load a tile given a URL. The default is\n * ```js\n * function(imageTile, src) {\n * imageTile.getImage().src = src;\n * };\n * ```\n * @property {Array} [urls] An array of URLs.\n * Requests will be distributed among the URLs in this array.\n * @property {boolean} [wrapX=false] Whether to wrap the world horizontally.\n * @property {number} [transition] Duration of the opacity transition for rendering.\n * To disable the opacity transition, pass `transition: 0`.\n * @property {number|import(\"../array.js\").NearestDirectionFunction} [zDirection=0]\n * Choose whether to use tiles with a higher or lower zoom level when between integer\n * zoom levels. See {@link module:ol/tilegrid/TileGrid~TileGrid#getZForResolution}.\n */\n\n/**\n * @classdesc\n * Layer source for tile data from WMTS servers.\n * @api\n */\nclass WMTS extends TileImage {\n /**\n * @param {Options} options WMTS options.\n */\n constructor(options) {\n // TODO: add support for TileMatrixLimits\n\n const requestEncoding =\n options.requestEncoding !== undefined ? options.requestEncoding : 'KVP';\n\n // FIXME: should we create a default tileGrid?\n // we could issue a getCapabilities xhr to retrieve missing configuration\n const tileGrid = options.tileGrid;\n\n let urls = options.urls;\n if (urls === undefined && options.url !== undefined) {\n urls = expandUrl(options.url);\n }\n\n super({\n attributions: options.attributions,\n attributionsCollapsible: options.attributionsCollapsible,\n cacheSize: options.cacheSize,\n crossOrigin: options.crossOrigin,\n interpolate: options.interpolate,\n projection: options.projection,\n reprojectionErrorThreshold: options.reprojectionErrorThreshold,\n tileClass: options.tileClass,\n tileGrid: tileGrid,\n tileLoadFunction: options.tileLoadFunction,\n tilePixelRatio: options.tilePixelRatio,\n urls: urls,\n wrapX: options.wrapX !== undefined ? options.wrapX : false,\n transition: options.transition,\n zDirection: options.zDirection,\n });\n\n /**\n * @private\n * @type {string}\n */\n this.version_ = options.version !== undefined ? options.version : '1.0.0';\n\n /**\n * @private\n * @type {string}\n */\n this.format_ = options.format !== undefined ? options.format : 'image/jpeg';\n\n /**\n * @private\n * @type {!Object}\n */\n this.dimensions_ =\n options.dimensions !== undefined ? options.dimensions : {};\n\n /**\n * @private\n * @type {string}\n */\n this.layer_ = options.layer;\n\n /**\n * @private\n * @type {string}\n */\n this.matrixSet_ = options.matrixSet;\n\n /**\n * @private\n * @type {string}\n */\n this.style_ = options.style;\n\n // FIXME: should we guess this requestEncoding from options.url(s)\n // structure? that would mean KVP only if a template is not provided.\n\n /**\n * @private\n * @type {RequestEncoding}\n */\n this.requestEncoding_ = requestEncoding;\n\n this.setKey(this.getKeyForDimensions_());\n\n if (urls && urls.length > 0) {\n this.tileUrlFunction = createFromTileUrlFunctions(\n urls.map(this.createFromWMTSTemplate.bind(this))\n );\n }\n }\n\n /**\n * Set the URLs to use for requests.\n * URLs may contain OGC conform URL Template Variables: {TileMatrix}, {TileRow}, {TileCol}.\n * @param {Array} urls URLs.\n */\n setUrls(urls) {\n this.urls = urls;\n const key = urls.join('\\n');\n this.setTileUrlFunction(\n createFromTileUrlFunctions(\n urls.map(this.createFromWMTSTemplate.bind(this))\n ),\n key\n );\n }\n\n /**\n * Get the dimensions, i.e. those passed to the constructor through the\n * \"dimensions\" option, and possibly updated using the updateDimensions\n * method.\n * @return {!Object} Dimensions.\n * @api\n */\n getDimensions() {\n return this.dimensions_;\n }\n\n /**\n * Return the image format of the WMTS source.\n * @return {string} Format.\n * @api\n */\n getFormat() {\n return this.format_;\n }\n\n /**\n * Return the layer of the WMTS source.\n * @return {string} Layer.\n * @api\n */\n getLayer() {\n return this.layer_;\n }\n\n /**\n * Return the matrix set of the WMTS source.\n * @return {string} MatrixSet.\n * @api\n */\n getMatrixSet() {\n return this.matrixSet_;\n }\n\n /**\n * Return the request encoding, either \"KVP\" or \"REST\".\n * @return {RequestEncoding} Request encoding.\n * @api\n */\n getRequestEncoding() {\n return this.requestEncoding_;\n }\n\n /**\n * Return the style of the WMTS source.\n * @return {string} Style.\n * @api\n */\n getStyle() {\n return this.style_;\n }\n\n /**\n * Return the version of the WMTS source.\n * @return {string} Version.\n * @api\n */\n getVersion() {\n return this.version_;\n }\n\n /**\n * @private\n * @return {string} The key for the current dimensions.\n */\n getKeyForDimensions_() {\n const res = this.urls ? this.urls.slice(0) : [];\n for (const key in this.dimensions_) {\n res.push(key + '-' + this.dimensions_[key]);\n }\n return res.join('/');\n }\n\n /**\n * Update the dimensions.\n * @param {Object} dimensions Dimensions.\n * @api\n */\n updateDimensions(dimensions) {\n Object.assign(this.dimensions_, dimensions);\n this.setKey(this.getKeyForDimensions_());\n }\n\n /**\n * @param {string} template Template.\n * @return {import(\"../Tile.js\").UrlFunction} Tile URL function.\n */\n createFromWMTSTemplate(template) {\n const requestEncoding = this.requestEncoding_;\n\n // context property names are lower case to allow for a case insensitive\n // replacement as some services use different naming conventions\n const context = {\n 'layer': this.layer_,\n 'style': this.style_,\n 'tilematrixset': this.matrixSet_,\n };\n\n if (requestEncoding == 'KVP') {\n Object.assign(context, {\n 'Service': 'WMTS',\n 'Request': 'GetTile',\n 'Version': this.version_,\n 'Format': this.format_,\n });\n }\n\n // TODO: we may want to create our own appendParams function so that params\n // order conforms to wmts spec guidance, and so that we can avoid to escape\n // special template params\n\n template =\n requestEncoding == 'KVP'\n ? appendParams(template, context)\n : template.replace(/\\{(\\w+?)\\}/g, function (m, p) {\n return p.toLowerCase() in context ? context[p.toLowerCase()] : m;\n });\n\n const tileGrid = /** @type {import(\"../tilegrid/WMTS.js\").default} */ (\n this.tileGrid\n );\n const dimensions = this.dimensions_;\n\n return (\n /**\n * @param {import(\"../tilecoord.js\").TileCoord} tileCoord Tile coordinate.\n * @param {number} pixelRatio Pixel ratio.\n * @param {import(\"../proj/Projection.js\").default} projection Projection.\n * @return {string|undefined} Tile URL.\n */\n function (tileCoord, pixelRatio, projection) {\n if (!tileCoord) {\n return undefined;\n }\n const localContext = {\n 'TileMatrix': tileGrid.getMatrixId(tileCoord[0]),\n 'TileCol': tileCoord[1],\n 'TileRow': tileCoord[2],\n };\n Object.assign(localContext, dimensions);\n let url = template;\n if (requestEncoding == 'KVP') {\n url = appendParams(url, localContext);\n } else {\n url = url.replace(/\\{(\\w+?)\\}/g, function (m, p) {\n return localContext[p];\n });\n }\n return url;\n }\n );\n }\n}\n\nexport default WMTS;\n\n/**\n * Generate source options from a capabilities object.\n * @param {Object} wmtsCap An object representing the capabilities document.\n * @param {!Object} config Configuration properties for the layer. Defaults for\n * the layer will apply if not provided.\n *\n * Required config properties:\n * - layer - {string} The layer identifier.\n *\n * Optional config properties:\n * - matrixSet - {string} The matrix set identifier, required if there is\n * more than one matrix set in the layer capabilities.\n * - projection - {string} The desired CRS when no matrixSet is specified.\n * eg: \"EPSG:3857\". If the desired projection is not available,\n * an error is thrown.\n * - requestEncoding - {string} url encoding format for the layer. Default is\n * the first tile url format found in the GetCapabilities response.\n * - style - {string} The name of the style\n * - format - {string} Image format for the layer. Default is the first\n * format returned in the GetCapabilities response.\n * - crossOrigin - {string|null|undefined} Cross origin. Default is `undefined`.\n * @return {Options|null} WMTS source options object or `null` if the layer was not found.\n * @api\n */\nexport function optionsFromCapabilities(wmtsCap, config) {\n const layers = wmtsCap['Contents']['Layer'];\n const l = layers.find(function (elt) {\n return elt['Identifier'] == config['layer'];\n });\n if (!l) {\n return null;\n }\n const tileMatrixSets = wmtsCap['Contents']['TileMatrixSet'];\n let idx;\n if (l['TileMatrixSetLink'].length > 1) {\n if ('projection' in config) {\n idx = l['TileMatrixSetLink'].findIndex(function (elt) {\n const tileMatrixSet = tileMatrixSets.find(function (el) {\n return el['Identifier'] == elt['TileMatrixSet'];\n });\n const supportedCRS = tileMatrixSet['SupportedCRS'];\n const proj1 = getProjection(supportedCRS);\n const proj2 = getProjection(config['projection']);\n if (proj1 && proj2) {\n return equivalent(proj1, proj2);\n }\n return supportedCRS == config['projection'];\n });\n } else {\n idx = l['TileMatrixSetLink'].findIndex(function (elt) {\n return elt['TileMatrixSet'] == config['matrixSet'];\n });\n }\n } else {\n idx = 0;\n }\n if (idx < 0) {\n idx = 0;\n }\n const matrixSet =\n /** @type {string} */\n (l['TileMatrixSetLink'][idx]['TileMatrixSet']);\n const matrixLimits =\n /** @type {Array} */\n (l['TileMatrixSetLink'][idx]['TileMatrixSetLimits']);\n\n let format = /** @type {string} */ (l['Format'][0]);\n if ('format' in config) {\n format = config['format'];\n }\n idx = l['Style'].findIndex(function (elt) {\n if ('style' in config) {\n return elt['Title'] == config['style'];\n }\n return elt['isDefault'];\n });\n if (idx < 0) {\n idx = 0;\n }\n const style = /** @type {string} */ (l['Style'][idx]['Identifier']);\n\n const dimensions = {};\n if ('Dimension' in l) {\n l['Dimension'].forEach(function (elt, index, array) {\n const key = elt['Identifier'];\n let value = elt['Default'];\n if (value === undefined) {\n value = elt['Value'][0];\n }\n dimensions[key] = value;\n });\n }\n\n const matrixSets = wmtsCap['Contents']['TileMatrixSet'];\n const matrixSetObj = matrixSets.find(function (elt) {\n return elt['Identifier'] == matrixSet;\n });\n\n let projection;\n const code = matrixSetObj['SupportedCRS'];\n if (code) {\n projection = getProjection(code);\n }\n if ('projection' in config) {\n const projConfig = getProjection(config['projection']);\n if (projConfig) {\n if (!projection || equivalent(projConfig, projection)) {\n projection = projConfig;\n }\n }\n }\n\n let wrapX = false;\n const switchXY = projection.getAxisOrientation().substr(0, 2) == 'ne';\n\n let matrix = matrixSetObj.TileMatrix[0];\n\n // create default matrixLimit\n let selectedMatrixLimit = {\n MinTileCol: 0,\n MinTileRow: 0,\n // subtract one to end up at tile top left\n MaxTileCol: matrix.MatrixWidth - 1,\n MaxTileRow: matrix.MatrixHeight - 1,\n };\n\n //in case of matrix limits, use matrix limits to calculate extent\n if (matrixLimits) {\n selectedMatrixLimit = matrixLimits[matrixLimits.length - 1];\n const m = matrixSetObj.TileMatrix.find(\n (tileMatrixValue) =>\n tileMatrixValue.Identifier === selectedMatrixLimit.TileMatrix ||\n matrixSetObj.Identifier + ':' + tileMatrixValue.Identifier ===\n selectedMatrixLimit.TileMatrix\n );\n if (m) {\n matrix = m;\n }\n }\n\n const resolution =\n (matrix.ScaleDenominator * 0.00028) / projection.getMetersPerUnit(); // WMTS 1.0.0: standardized rendering pixel size\n const origin = switchXY\n ? [matrix.TopLeftCorner[1], matrix.TopLeftCorner[0]]\n : matrix.TopLeftCorner;\n const tileSpanX = matrix.TileWidth * resolution;\n const tileSpanY = matrix.TileHeight * resolution;\n let matrixSetExtent = matrixSetObj['BoundingBox'];\n if (matrixSetExtent && switchXY) {\n matrixSetExtent = [\n matrixSetExtent[1],\n matrixSetExtent[0],\n matrixSetExtent[3],\n matrixSetExtent[2],\n ];\n }\n let extent = [\n origin[0] + tileSpanX * selectedMatrixLimit.MinTileCol,\n // add one to get proper bottom/right coordinate\n origin[1] - tileSpanY * (1 + selectedMatrixLimit.MaxTileRow),\n origin[0] + tileSpanX * (1 + selectedMatrixLimit.MaxTileCol),\n origin[1] - tileSpanY * selectedMatrixLimit.MinTileRow,\n ];\n\n if (\n matrixSetExtent !== undefined &&\n !containsExtent(matrixSetExtent, extent)\n ) {\n const wgs84BoundingBox = l['WGS84BoundingBox'];\n const wgs84ProjectionExtent = getProjection('EPSG:4326').getExtent();\n extent = matrixSetExtent;\n if (wgs84BoundingBox) {\n wrapX =\n wgs84BoundingBox[0] === wgs84ProjectionExtent[0] &&\n wgs84BoundingBox[2] === wgs84ProjectionExtent[2];\n } else {\n const wgs84MatrixSetExtent = transformExtent(\n matrixSetExtent,\n matrixSetObj['SupportedCRS'],\n 'EPSG:4326'\n );\n // Ignore slight deviation from the correct x limits\n wrapX =\n wgs84MatrixSetExtent[0] - 1e-10 <= wgs84ProjectionExtent[0] &&\n wgs84MatrixSetExtent[2] + 1e-10 >= wgs84ProjectionExtent[2];\n }\n }\n\n const tileGrid = createFromCapabilitiesMatrixSet(\n matrixSetObj,\n extent,\n matrixLimits\n );\n\n /** @type {!Array} */\n const urls = [];\n let requestEncoding = config['requestEncoding'];\n requestEncoding = requestEncoding !== undefined ? requestEncoding : '';\n\n if (\n 'OperationsMetadata' in wmtsCap &&\n 'GetTile' in wmtsCap['OperationsMetadata']\n ) {\n const gets = wmtsCap['OperationsMetadata']['GetTile']['DCP']['HTTP']['Get'];\n\n for (let i = 0, ii = gets.length; i < ii; ++i) {\n if (gets[i]['Constraint']) {\n const constraint = gets[i]['Constraint'].find(function (element) {\n return element['name'] == 'GetEncoding';\n });\n const encodings = constraint['AllowedValues']['Value'];\n\n if (requestEncoding === '') {\n // requestEncoding not provided, use the first encoding from the list\n requestEncoding = encodings[0];\n }\n if (requestEncoding === 'KVP') {\n if (encodings.includes('KVP')) {\n urls.push(/** @type {string} */ (gets[i]['href']));\n }\n } else {\n break;\n }\n } else if (gets[i]['href']) {\n requestEncoding = 'KVP';\n urls.push(/** @type {string} */ (gets[i]['href']));\n }\n }\n }\n if (urls.length === 0) {\n requestEncoding = 'REST';\n l['ResourceURL'].forEach(function (element) {\n if (element['resourceType'] === 'tile') {\n format = element['format'];\n urls.push(/** @type {string} */ (element['template']));\n }\n });\n }\n\n return {\n urls: urls,\n layer: config['layer'],\n matrixSet: matrixSet,\n format: format,\n projection: projection,\n requestEncoding: requestEncoding,\n tileGrid: tileGrid,\n style: style,\n dimensions: dimensions,\n wrapX: wrapX,\n crossOrigin: config['crossOrigin'],\n };\n}\n","/**\n * @module ol/webgl\n */\n\nimport {SAFARI_BUG_237906} from './has.js';\n\n/**\n * Constants taken from goog.webgl\n */\n\n/**\n * Used by {@link module:ol/webgl/Helper~WebGLHelper} for buffers containing vertices data, such as\n * position, color, texture coordinate, etc. These vertices are then referenced by an index buffer\n * to be drawn on screen (see {@link module:ol/webgl.ELEMENT_ARRAY_BUFFER}).\n * @const\n * @type {number}\n * @api\n */\nexport const ARRAY_BUFFER = 0x8892;\n\n/**\n * Used by {@link module:ol/webgl/Helper~WebGLHelper} for buffers containing indices data.\n * Index buffers are essentially lists of references to vertices defined in a vertex buffer\n * (see {@link module:ol/webgl.ARRAY_BUFFER}), and define the primitives (triangles) to be drawn.\n * @const\n * @type {number}\n * @api\n */\nexport const ELEMENT_ARRAY_BUFFER = 0x8893;\n\n/**\n * Used by {link module:ol/webgl/Buffer~WebGLArrayBuffer}.\n * @const\n * @type {number}\n * @api\n */\nexport const STREAM_DRAW = 0x88e0;\n\n/**\n * Used by {link module:ol/webgl/Buffer~WebGLArrayBuffer}.\n * @const\n * @type {number}\n * @api\n */\nexport const STATIC_DRAW = 0x88e4;\n\n/**\n * Used by {link module:ol/webgl/Buffer~WebGLArrayBuffer}.\n * @const\n * @type {number}\n * @api\n */\nexport const DYNAMIC_DRAW = 0x88e8;\n\n/**\n * @const\n * @type {number}\n */\nexport const UNSIGNED_BYTE = 0x1401;\n\n/**\n * @const\n * @type {number}\n */\nexport const UNSIGNED_SHORT = 0x1403;\n\n/**\n * @const\n * @type {number}\n */\nexport const UNSIGNED_INT = 0x1405;\n\n/**\n * @const\n * @type {number}\n */\nexport const FLOAT = 0x1406;\n\n/** end of goog.webgl constants\n */\n\n/**\n * @const\n * @type {Array}\n */\nconst CONTEXT_IDS = ['experimental-webgl', 'webgl', 'webkit-3d', 'moz-webgl'];\n\n/**\n * @param {HTMLCanvasElement} canvas Canvas.\n * @param {Object} [attributes] Attributes.\n * @return {WebGLRenderingContext|null} WebGL rendering context.\n */\nexport function getContext(canvas, attributes) {\n attributes = Object.assign(\n {\n preserveDrawingBuffer: true,\n antialias: SAFARI_BUG_237906 ? false : true, // https://bugs.webkit.org/show_bug.cgi?id=237906\n },\n attributes\n );\n const ii = CONTEXT_IDS.length;\n for (let i = 0; i < ii; ++i) {\n try {\n const context = canvas.getContext(CONTEXT_IDS[i], attributes);\n if (context) {\n return /** @type {!WebGLRenderingContext} */ (context);\n }\n } catch (e) {\n // pass\n }\n }\n return null;\n}\n\n/**\n * @type {Array|null}\n */\nlet supportedExtensions = null;\n\n/**\n * @return {Array|null} List of supported WebGL extensions.\n */\nexport function getSupportedExtensions() {\n if (!supportedExtensions) {\n const canvas = document.createElement('canvas');\n const gl = getContext(canvas);\n if (gl) {\n supportedExtensions = gl.getSupportedExtensions();\n }\n }\n return supportedExtensions;\n}\n","/**\n * @module ol/xml\n */\nimport {extend} from './array.js';\n\n/**\n * When using {@link module:ol/xml.makeChildAppender} or\n * {@link module:ol/xml.makeSimpleNodeFactory}, the top `objectStack` item needs\n * to have this structure.\n * @typedef {Object} NodeStackItem\n * @property {Element} node Node.\n */\n\n/**\n * @typedef {function(Element, Array<*>): void} Parser\n */\n\n/**\n * @typedef {function(Element, *, Array<*>): void} Serializer\n */\n\n/**\n * @type {string}\n */\nexport const XML_SCHEMA_INSTANCE_URI =\n 'http://www.w3.org/2001/XMLSchema-instance';\n\n/**\n * @param {string} namespaceURI Namespace URI.\n * @param {string} qualifiedName Qualified name.\n * @return {Element} Node.\n */\nexport function createElementNS(namespaceURI, qualifiedName) {\n return getDocument().createElementNS(namespaceURI, qualifiedName);\n}\n\n/**\n * Recursively grab all text content of child nodes into a single string.\n * @param {Node} node Node.\n * @param {boolean} normalizeWhitespace Normalize whitespace: remove all line\n * breaks.\n * @return {string} All text content.\n * @api\n */\nexport function getAllTextContent(node, normalizeWhitespace) {\n return getAllTextContent_(node, normalizeWhitespace, []).join('');\n}\n\n/**\n * Recursively grab all text content of child nodes into a single string.\n * @param {Node} node Node.\n * @param {boolean} normalizeWhitespace Normalize whitespace: remove all line\n * breaks.\n * @param {Array} accumulator Accumulator.\n * @private\n * @return {Array} Accumulator.\n */\nexport function getAllTextContent_(node, normalizeWhitespace, accumulator) {\n if (\n node.nodeType == Node.CDATA_SECTION_NODE ||\n node.nodeType == Node.TEXT_NODE\n ) {\n if (normalizeWhitespace) {\n accumulator.push(String(node.nodeValue).replace(/(\\r\\n|\\r|\\n)/g, ''));\n } else {\n accumulator.push(node.nodeValue);\n }\n } else {\n let n;\n for (n = node.firstChild; n; n = n.nextSibling) {\n getAllTextContent_(n, normalizeWhitespace, accumulator);\n }\n }\n return accumulator;\n}\n\n/**\n * @param {Object} object Object.\n * @return {boolean} Is a document.\n */\nexport function isDocument(object) {\n return 'documentElement' in object;\n}\n\n/**\n * @param {Element} node Node.\n * @param {?string} namespaceURI Namespace URI.\n * @param {string} name Attribute name.\n * @return {string} Value\n */\nexport function getAttributeNS(node, namespaceURI, name) {\n return node.getAttributeNS(namespaceURI, name) || '';\n}\n\n/**\n * Parse an XML string to an XML Document.\n * @param {string} xml XML.\n * @return {Document} Document.\n * @api\n */\nexport function parse(xml) {\n return new DOMParser().parseFromString(xml, 'application/xml');\n}\n\n/**\n * Make an array extender function for extending the array at the top of the\n * object stack.\n * @param {function(this: T, Node, Array<*>): (Array<*>|undefined)} valueReader Value reader.\n * @param {T} [thisArg] The object to use as `this` in `valueReader`.\n * @return {Parser} Parser.\n * @template T\n */\nexport function makeArrayExtender(valueReader, thisArg) {\n return (\n /**\n * @param {Node} node Node.\n * @param {Array<*>} objectStack Object stack.\n */\n function (node, objectStack) {\n const value = valueReader.call(\n thisArg !== undefined ? thisArg : this,\n node,\n objectStack\n );\n if (value !== undefined) {\n const array = /** @type {Array<*>} */ (\n objectStack[objectStack.length - 1]\n );\n extend(array, value);\n }\n }\n );\n}\n\n/**\n * Make an array pusher function for pushing to the array at the top of the\n * object stack.\n * @param {function(this: T, Element, Array<*>): *} valueReader Value reader.\n * @param {T} [thisArg] The object to use as `this` in `valueReader`.\n * @return {Parser} Parser.\n * @template T\n */\nexport function makeArrayPusher(valueReader, thisArg) {\n return (\n /**\n * @param {Element} node Node.\n * @param {Array<*>} objectStack Object stack.\n */\n function (node, objectStack) {\n const value = valueReader.call(\n thisArg !== undefined ? thisArg : this,\n node,\n objectStack\n );\n if (value !== undefined) {\n const array = /** @type {Array<*>} */ (\n objectStack[objectStack.length - 1]\n );\n array.push(value);\n }\n }\n );\n}\n\n/**\n * Make an object stack replacer function for replacing the object at the\n * top of the stack.\n * @param {function(this: T, Node, Array<*>): *} valueReader Value reader.\n * @param {T} [thisArg] The object to use as `this` in `valueReader`.\n * @return {Parser} Parser.\n * @template T\n */\nexport function makeReplacer(valueReader, thisArg) {\n return (\n /**\n * @param {Node} node Node.\n * @param {Array<*>} objectStack Object stack.\n */\n function (node, objectStack) {\n const value = valueReader.call(\n thisArg !== undefined ? thisArg : this,\n node,\n objectStack\n );\n if (value !== undefined) {\n objectStack[objectStack.length - 1] = value;\n }\n }\n );\n}\n\n/**\n * Make an object property pusher function for adding a property to the\n * object at the top of the stack.\n * @param {function(this: T, Element, Array<*>): *} valueReader Value reader.\n * @param {string} [property] Property.\n * @param {T} [thisArg] The object to use as `this` in `valueReader`.\n * @return {Parser} Parser.\n * @template T\n */\nexport function makeObjectPropertyPusher(valueReader, property, thisArg) {\n return (\n /**\n * @param {Element} node Node.\n * @param {Array<*>} objectStack Object stack.\n */\n function (node, objectStack) {\n const value = valueReader.call(\n thisArg !== undefined ? thisArg : this,\n node,\n objectStack\n );\n if (value !== undefined) {\n const object = /** @type {!Object} */ (\n objectStack[objectStack.length - 1]\n );\n const name = property !== undefined ? property : node.localName;\n let array;\n if (name in object) {\n array = object[name];\n } else {\n array = [];\n object[name] = array;\n }\n array.push(value);\n }\n }\n );\n}\n\n/**\n * Make an object property setter function.\n * @param {function(this: T, Element, Array<*>): *} valueReader Value reader.\n * @param {string} [property] Property.\n * @param {T} [thisArg] The object to use as `this` in `valueReader`.\n * @return {Parser} Parser.\n * @template T\n */\nexport function makeObjectPropertySetter(valueReader, property, thisArg) {\n return (\n /**\n * @param {Element} node Node.\n * @param {Array<*>} objectStack Object stack.\n */\n function (node, objectStack) {\n const value = valueReader.call(\n thisArg !== undefined ? thisArg : this,\n node,\n objectStack\n );\n if (value !== undefined) {\n const object = /** @type {!Object} */ (\n objectStack[objectStack.length - 1]\n );\n const name = property !== undefined ? property : node.localName;\n object[name] = value;\n }\n }\n );\n}\n\n/**\n * Create a serializer that appends nodes written by its `nodeWriter` to its\n * designated parent. The parent is the `node` of the\n * {@link module:ol/xml~NodeStackItem} at the top of the `objectStack`.\n * @param {function(this: T, Node, V, Array<*>): void} nodeWriter Node writer.\n * @param {T} [thisArg] The object to use as `this` in `nodeWriter`.\n * @return {Serializer} Serializer.\n * @template T, V\n */\nexport function makeChildAppender(nodeWriter, thisArg) {\n return function (node, value, objectStack) {\n nodeWriter.call(\n thisArg !== undefined ? thisArg : this,\n node,\n value,\n objectStack\n );\n const parent = /** @type {NodeStackItem} */ (\n objectStack[objectStack.length - 1]\n );\n const parentNode = parent.node;\n parentNode.appendChild(node);\n };\n}\n\n/**\n * Create a serializer that calls the provided `nodeWriter` from\n * {@link module:ol/xml.serialize}. This can be used by the parent writer to have the\n * `nodeWriter` called with an array of values when the `nodeWriter` was\n * designed to serialize a single item. An example would be a LineString\n * geometry writer, which could be reused for writing MultiLineString\n * geometries.\n * @param {function(this: T, Element, V, Array<*>): void} nodeWriter Node writer.\n * @param {T} [thisArg] The object to use as `this` in `nodeWriter`.\n * @return {Serializer} Serializer.\n * @template T, V\n */\nexport function makeArraySerializer(nodeWriter, thisArg) {\n let serializersNS, nodeFactory;\n return function (node, value, objectStack) {\n if (serializersNS === undefined) {\n serializersNS = {};\n const serializers = {};\n serializers[node.localName] = nodeWriter;\n serializersNS[node.namespaceURI] = serializers;\n nodeFactory = makeSimpleNodeFactory(node.localName);\n }\n serialize(serializersNS, nodeFactory, value, objectStack);\n };\n}\n\n/**\n * Create a node factory which can use the `keys` passed to\n * {@link module:ol/xml.serialize} or {@link module:ol/xml.pushSerializeAndPop} as node names,\n * or a fixed node name. The namespace of the created nodes can either be fixed,\n * or the parent namespace will be used.\n * @param {string} [fixedNodeName] Fixed node name which will be used for all\n * created nodes. If not provided, the 3rd argument to the resulting node\n * factory needs to be provided and will be the nodeName.\n * @param {string} [fixedNamespaceURI] Fixed namespace URI which will be used for\n * all created nodes. If not provided, the namespace of the parent node will\n * be used.\n * @return {function(*, Array<*>, string=): (Node|undefined)} Node factory.\n */\nexport function makeSimpleNodeFactory(fixedNodeName, fixedNamespaceURI) {\n return (\n /**\n * @param {*} value Value.\n * @param {Array<*>} objectStack Object stack.\n * @param {string} [newNodeName] Node name.\n * @return {Node} Node.\n */\n function (value, objectStack, newNodeName) {\n const context = /** @type {NodeStackItem} */ (\n objectStack[objectStack.length - 1]\n );\n const node = context.node;\n let nodeName = fixedNodeName;\n if (nodeName === undefined) {\n nodeName = newNodeName;\n }\n\n const namespaceURI =\n fixedNamespaceURI !== undefined ? fixedNamespaceURI : node.namespaceURI;\n return createElementNS(namespaceURI, /** @type {string} */ (nodeName));\n }\n );\n}\n\n/**\n * A node factory that creates a node using the parent's `namespaceURI` and the\n * `nodeName` passed by {@link module:ol/xml.serialize} or\n * {@link module:ol/xml.pushSerializeAndPop} to the node factory.\n * @const\n * @type {function(*, Array<*>, string=): (Node|undefined)}\n */\nexport const OBJECT_PROPERTY_NODE_FACTORY = makeSimpleNodeFactory();\n\n/**\n * Create an array of `values` to be used with {@link module:ol/xml.serialize} or\n * {@link module:ol/xml.pushSerializeAndPop}, where `orderedKeys` has to be provided as\n * `key` argument.\n * @param {Object} object Key-value pairs for the sequence. Keys can\n * be a subset of the `orderedKeys`.\n * @param {Array} orderedKeys Keys in the order of the sequence.\n * @return {Array<*>} Values in the order of the sequence. The resulting array\n * has the same length as the `orderedKeys` array. Values that are not\n * present in `object` will be `undefined` in the resulting array.\n */\nexport function makeSequence(object, orderedKeys) {\n const length = orderedKeys.length;\n const sequence = new Array(length);\n for (let i = 0; i < length; ++i) {\n sequence[i] = object[orderedKeys[i]];\n }\n return sequence;\n}\n\n/**\n * Create a namespaced structure, using the same values for each namespace.\n * This can be used as a starting point for versioned parsers, when only a few\n * values are version specific.\n * @param {Array} namespaceURIs Namespace URIs.\n * @param {T} structure Structure.\n * @param {Object} [structureNS] Namespaced structure to add to.\n * @return {Object} Namespaced structure.\n * @template T\n */\nexport function makeStructureNS(namespaceURIs, structure, structureNS) {\n structureNS = structureNS !== undefined ? structureNS : {};\n let i, ii;\n for (i = 0, ii = namespaceURIs.length; i < ii; ++i) {\n structureNS[namespaceURIs[i]] = structure;\n }\n return structureNS;\n}\n\n/**\n * Parse a node using the parsers and object stack.\n * @param {Object>} parsersNS\n * Parsers by namespace.\n * @param {Element} node Node.\n * @param {Array<*>} objectStack Object stack.\n * @param {*} [thisArg] The object to use as `this`.\n */\nexport function parseNode(parsersNS, node, objectStack, thisArg) {\n let n;\n for (n = node.firstElementChild; n; n = n.nextElementSibling) {\n const parsers = parsersNS[n.namespaceURI];\n if (parsers !== undefined) {\n const parser = parsers[n.localName];\n if (parser !== undefined) {\n parser.call(thisArg, n, objectStack);\n }\n }\n }\n}\n\n/**\n * Push an object on top of the stack, parse and return the popped object.\n * @param {T} object Object.\n * @param {Object>} parsersNS\n * Parsers by namespace.\n * @param {Element} node Node.\n * @param {Array<*>} objectStack Object stack.\n * @param {*} [thisArg] The object to use as `this`.\n * @return {T} Object.\n * @template T\n */\nexport function pushParseAndPop(object, parsersNS, node, objectStack, thisArg) {\n objectStack.push(object);\n parseNode(parsersNS, node, objectStack, thisArg);\n return /** @type {T} */ (objectStack.pop());\n}\n\n/**\n * Walk through an array of `values` and call a serializer for each value.\n * @param {Object>} serializersNS\n * Namespaced serializers.\n * @param {function(this: T, *, Array<*>, (string|undefined)): (Node|undefined)} nodeFactory\n * Node factory. The `nodeFactory` creates the node whose namespace and name\n * will be used to choose a node writer from `serializersNS`. This\n * separation allows us to decide what kind of node to create, depending on\n * the value we want to serialize. An example for this would be different\n * geometry writers based on the geometry type.\n * @param {Array<*>} values Values to serialize. An example would be an array\n * of {@link module:ol/Feature~Feature} instances.\n * @param {Array<*>} objectStack Node stack.\n * @param {Array} [keys] Keys of the `values`. Will be passed to the\n * `nodeFactory`. This is used for serializing object literals where the\n * node name relates to the property key. The array length of `keys` has\n * to match the length of `values`. For serializing a sequence, `keys`\n * determines the order of the sequence.\n * @param {T} [thisArg] The object to use as `this` for the node factory and\n * serializers.\n * @template T\n */\nexport function serialize(\n serializersNS,\n nodeFactory,\n values,\n objectStack,\n keys,\n thisArg\n) {\n const length = (keys !== undefined ? keys : values).length;\n let value, node;\n for (let i = 0; i < length; ++i) {\n value = values[i];\n if (value !== undefined) {\n node = nodeFactory.call(\n thisArg !== undefined ? thisArg : this,\n value,\n objectStack,\n keys !== undefined ? keys[i] : undefined\n );\n if (node !== undefined) {\n serializersNS[node.namespaceURI][node.localName].call(\n thisArg,\n node,\n value,\n objectStack\n );\n }\n }\n }\n}\n\n/**\n * @param {O} object Object.\n * @param {Object>} serializersNS\n * Namespaced serializers.\n * @param {function(this: T, *, Array<*>, (string|undefined)): (Node|undefined)} nodeFactory\n * Node factory. The `nodeFactory` creates the node whose namespace and name\n * will be used to choose a node writer from `serializersNS`. This\n * separation allows us to decide what kind of node to create, depending on\n * the value we want to serialize. An example for this would be different\n * geometry writers based on the geometry type.\n * @param {Array<*>} values Values to serialize. An example would be an array\n * of {@link module:ol/Feature~Feature} instances.\n * @param {Array<*>} objectStack Node stack.\n * @param {Array} [keys] Keys of the `values`. Will be passed to the\n * `nodeFactory`. This is used for serializing object literals where the\n * node name relates to the property key. The array length of `keys` has\n * to match the length of `values`. For serializing a sequence, `keys`\n * determines the order of the sequence.\n * @param {T} [thisArg] The object to use as `this` for the node factory and\n * serializers.\n * @return {O|undefined} Object.\n * @template O, T\n */\nexport function pushSerializeAndPop(\n object,\n serializersNS,\n nodeFactory,\n values,\n objectStack,\n keys,\n thisArg\n) {\n objectStack.push(object);\n serialize(serializersNS, nodeFactory, values, objectStack, keys, thisArg);\n return /** @type {O|undefined} */ (objectStack.pop());\n}\n\nlet xmlSerializer_ = undefined;\n\n/**\n * Register a XMLSerializer. Can be used to inject a XMLSerializer\n * where there is no globally available implementation.\n *\n * @param {XMLSerializer} xmlSerializer A XMLSerializer.\n * @api\n */\nexport function registerXMLSerializer(xmlSerializer) {\n xmlSerializer_ = xmlSerializer;\n}\n\n/**\n * @return {XMLSerializer} The XMLSerializer.\n */\nexport function getXMLSerializer() {\n if (xmlSerializer_ === undefined && typeof XMLSerializer !== 'undefined') {\n xmlSerializer_ = new XMLSerializer();\n }\n return xmlSerializer_;\n}\n\nlet document_ = undefined;\n\n/**\n * Register a Document to use when creating nodes for XML serializations. Can be used\n * to inject a Document where there is no globally available implementation.\n *\n * @param {Document} document A Document.\n * @api\n */\nexport function registerDocument(document) {\n document_ = document;\n}\n\n/**\n * Get a document that should be used when creating nodes for XML serializations.\n * @return {Document} The document.\n */\nexport function getDocument() {\n if (document_ === undefined && typeof document !== 'undefined') {\n document_ = document.implementation.createDocument('', '', null);\n }\n return document_;\n}\n","/**\n * @module ol/webgl/BaseTileRepresentation\n */\n\nimport EventTarget from '../events/Target.js';\nimport EventType from '../events/EventType.js';\nimport ImageTile from '../ImageTile.js';\nimport TileState from '../TileState.js';\nimport {abstract} from '../util.js';\n\n/**\n * @typedef {import(\"../Tile.js\").default} BaseTileType\n */\n\n/**\n * @template {BaseTileType} TileType\n * @typedef {Object} TileRepresentationOptions\n * @property {TileType} tile The tile.\n * @property {import(\"../tilegrid/TileGrid.js\").default} grid Tile grid.\n * @property {import(\"../webgl/Helper.js\").default} helper WebGL helper.\n * @property {number} [gutter=0] The size in pixels of the gutter around image tiles to ignore.\n */\n\n/**\n * @classdesc\n * Base class for representing a tile in a webgl context\n * @template {import(\"../Tile.js\").default} TileType\n * @abstract\n */\nclass BaseTileRepresentation extends EventTarget {\n /**\n * @param {TileRepresentationOptions} options The tile representation options.\n */\n constructor(options) {\n super();\n\n /**\n * @type {TileType}\n */\n this.tile;\n this.handleTileChange_ = this.handleTileChange_.bind(this);\n\n /**\n * @type {number}\n * @protected\n */\n this.gutter_ = options.gutter || 0;\n\n /**\n * @type {import(\"../webgl/Helper.js\").default}\n * @protected\n */\n this.helper_ = options.helper;\n\n this.loaded = false;\n this.ready = false;\n }\n\n /**\n * @param {TileType} tile Tile.\n */\n setTile(tile) {\n if (tile !== this.tile) {\n if (this.tile) {\n this.tile.removeEventListener(EventType.CHANGE, this.handleTileChange_);\n }\n this.tile = tile;\n this.loaded = tile.getState() === TileState.LOADED;\n if (this.loaded) {\n this.uploadTile();\n } else {\n if (tile instanceof ImageTile) {\n const image = tile.getImage();\n if (image instanceof Image && !image.crossOrigin) {\n image.crossOrigin = 'anonymous';\n }\n }\n tile.addEventListener(EventType.CHANGE, this.handleTileChange_);\n }\n }\n }\n\n /**\n * @abstract\n * @protected\n */\n uploadTile() {\n abstract();\n }\n\n setReady() {\n this.ready = true;\n this.dispatchEvent(EventType.CHANGE);\n }\n\n handleTileChange_() {\n if (this.tile.getState() === TileState.LOADED) {\n this.loaded = true;\n this.uploadTile();\n }\n }\n\n disposeInternal() {\n this.tile.removeEventListener(EventType.CHANGE, this.handleTileChange_);\n }\n}\n\nexport default BaseTileRepresentation;\n","/**\n * @module ol/webgl/Buffer\n */\nimport {\n ARRAY_BUFFER,\n DYNAMIC_DRAW,\n ELEMENT_ARRAY_BUFFER,\n STATIC_DRAW,\n STREAM_DRAW,\n} from '../webgl.js';\nimport {assert} from '../asserts.js';\n\n/**\n * Used to describe the intended usage for the data: `STATIC_DRAW`, `STREAM_DRAW`\n * or `DYNAMIC_DRAW`.\n * @enum {number}\n */\nexport const BufferUsage = {\n STATIC_DRAW: STATIC_DRAW,\n STREAM_DRAW: STREAM_DRAW,\n DYNAMIC_DRAW: DYNAMIC_DRAW,\n};\n\n/**\n * @classdesc\n * Object used to store an array of data as well as usage information for that data.\n * Stores typed arrays internally, either Float32Array or Uint16/32Array depending on\n * the buffer type (ARRAY_BUFFER or ELEMENT_ARRAY_BUFFER) and available extensions.\n *\n * To populate the array, you can either use:\n * * A size using `#ofSize(buffer)`\n * * An `ArrayBuffer` object using `#fromArrayBuffer(buffer)`\n * * A plain array using `#fromArray(array)`\n *\n * Note:\n * See the documentation of [WebGLRenderingContext.bufferData](https://developer.mozilla.org/en-US/docs/Web/API/WebGLRenderingContext/bufferData)\n * for more info on buffer usage.\n */\nclass WebGLArrayBuffer {\n /**\n * @param {number} type Buffer type, either ARRAY_BUFFER or ELEMENT_ARRAY_BUFFER.\n * @param {number} [usage] Intended usage, either `STATIC_DRAW`, `STREAM_DRAW` or `DYNAMIC_DRAW`.\n * Default is `DYNAMIC_DRAW`.\n */\n constructor(type, usage) {\n /**\n * @private\n * @type {Float32Array|Uint32Array|null}\n */\n this.array_ = null;\n\n /**\n * @private\n * @type {number}\n */\n this.type_ = type;\n\n assert(\n type === ARRAY_BUFFER || type === ELEMENT_ARRAY_BUFFER,\n 'A `WebGLArrayBuffer` must either be of type `ELEMENT_ARRAY_BUFFER` or `ARRAY_BUFFER`'\n );\n\n /**\n * @private\n * @type {number}\n */\n this.usage_ = usage !== undefined ? usage : BufferUsage.STATIC_DRAW;\n }\n\n /**\n * Populates the buffer with an array of the given size (all values will be zeroes).\n * @param {number} size Array size\n * @return {WebGLArrayBuffer} This\n */\n ofSize(size) {\n this.array_ = new (getArrayClassForType(this.type_))(size);\n return this;\n }\n\n /**\n * Populates the buffer with an array of the given size.\n * @param {Array} array Numerical array\n * @return {WebGLArrayBuffer} This\n */\n fromArray(array) {\n this.array_ = getArrayClassForType(this.type_).from(array);\n return this;\n }\n\n /**\n * Populates the buffer with a raw binary array buffer.\n * @param {ArrayBuffer} buffer Raw binary buffer to populate the array with. Note that this buffer must have been\n * initialized for the same typed array class.\n * @return {WebGLArrayBuffer} This\n */\n fromArrayBuffer(buffer) {\n this.array_ = new (getArrayClassForType(this.type_))(buffer);\n return this;\n }\n\n /**\n * @return {number} Buffer type.\n */\n getType() {\n return this.type_;\n }\n\n /**\n * Will return null if the buffer was not initialized\n * @return {Float32Array|Uint32Array|null} Array.\n */\n getArray() {\n return this.array_;\n }\n\n /**\n * @return {number} Usage.\n */\n getUsage() {\n return this.usage_;\n }\n\n /**\n * Will return 0 if the buffer is not initialized\n * @return {number} Array size\n */\n getSize() {\n return this.array_ ? this.array_.length : 0;\n }\n}\n\n/**\n * Returns a typed array constructor based on the given buffer type\n * @param {number} type Buffer type, either ARRAY_BUFFER or ELEMENT_ARRAY_BUFFER.\n * @return {Float32ArrayConstructor|Uint32ArrayConstructor} The typed array class to use for this buffer.\n */\nexport function getArrayClassForType(type) {\n switch (type) {\n case ARRAY_BUFFER:\n return Float32Array;\n case ELEMENT_ARRAY_BUFFER:\n return Uint32Array;\n default:\n return Float32Array;\n }\n}\n\nexport default WebGLArrayBuffer;\n","/**\n * @module ol/webgl/ContextEventType\n */\n\n/**\n * @enum {string}\n */\nexport default {\n LOST: 'webglcontextlost',\n RESTORED: 'webglcontextrestored',\n};\n","/**\n * @module ol/webgl/PostProcessingPass\n */\n\nimport {getUid} from '../util.js';\n\nconst DEFAULT_VERTEX_SHADER = `\n precision mediump float;\n \n attribute vec2 a_position;\n varying vec2 v_texCoord;\n varying vec2 v_screenCoord;\n \n uniform vec2 u_screenSize;\n \n void main() {\n v_texCoord = a_position * 0.5 + 0.5;\n v_screenCoord = v_texCoord * u_screenSize;\n gl_Position = vec4(a_position, 0.0, 1.0);\n }\n`;\n\nconst DEFAULT_FRAGMENT_SHADER = `\n precision mediump float;\n \n uniform sampler2D u_image;\n uniform float u_opacity;\n \n varying vec2 v_texCoord;\n \n void main() {\n gl_FragColor = texture2D(u_image, v_texCoord) * u_opacity;\n }\n`;\n\n/**\n * @typedef {Object} Options\n * @property {WebGLRenderingContext} webGlContext WebGL context; mandatory.\n * @property {number} [scaleRatio] Scale ratio; if < 1, the post process will render to a texture smaller than\n * the main canvas that will then be sampled up (useful for saving resource on blur steps).\n * @property {string} [vertexShader] Vertex shader source\n * @property {string} [fragmentShader] Fragment shader source\n * @property {Object} [uniforms] Uniform definitions for the post process step\n */\n\n/**\n * @typedef {Object} UniformInternalDescription\n * @property {import(\"./Helper\").UniformValue} value Value\n * @property {WebGLUniformLocation} location Location\n * @property {WebGLTexture} [texture] Texture\n * @private\n */\n\n/**\n * @classdesc\n * This class is used to define Post Processing passes with custom shaders and uniforms.\n * This is used internally by {@link module:ol/webgl/Helper~WebGLHelper}.\n *\n * Please note that the final output on the DOM canvas is expected to have premultiplied alpha, which means that\n * a pixel which is 100% red with an opacity of 50% must have a color of (r=0.5, g=0, b=0, a=0.5).\n * Failing to provide pixel colors with premultiplied alpha will result in render anomalies.\n *\n * The default post-processing pass does *not* multiply color values with alpha value, it expects color values to be\n * premultiplied.\n *\n * Default shaders are shown hereafter:\n *\n * * Vertex shader:\n *\n * ```\n * precision mediump float;\n *\n * attribute vec2 a_position;\n * varying vec2 v_texCoord;\n * varying vec2 v_screenCoord;\n *\n * uniform vec2 u_screenSize;\n *\n * void main() {\n * v_texCoord = a_position * 0.5 + 0.5;\n * v_screenCoord = v_texCoord * u_screenSize;\n * gl_Position = vec4(a_position, 0.0, 1.0);\n * }\n * ```\n *\n * * Fragment shader:\n *\n * ```\n * precision mediump float;\n *\n * uniform sampler2D u_image;\n * uniform float u_opacity;\n *\n * varying vec2 v_texCoord;\n *\n * void main() {\n * gl_FragColor = texture2D(u_image, v_texCoord) * u_opacity;\n * }\n * ```\n */\nclass WebGLPostProcessingPass {\n /**\n * @param {Options} options Options.\n */\n constructor(options) {\n this.gl_ = options.webGlContext;\n const gl = this.gl_;\n\n this.scaleRatio_ = options.scaleRatio || 1;\n\n this.renderTargetTexture_ = gl.createTexture();\n this.renderTargetTextureSize_ = null;\n\n this.frameBuffer_ = gl.createFramebuffer();\n this.depthBuffer_ = gl.createRenderbuffer();\n\n // compile the program for the frame buffer\n // TODO: make compilation errors show up\n const vertexShader = gl.createShader(gl.VERTEX_SHADER);\n gl.shaderSource(\n vertexShader,\n options.vertexShader || DEFAULT_VERTEX_SHADER\n );\n gl.compileShader(vertexShader);\n const fragmentShader = gl.createShader(gl.FRAGMENT_SHADER);\n gl.shaderSource(\n fragmentShader,\n options.fragmentShader || DEFAULT_FRAGMENT_SHADER\n );\n gl.compileShader(fragmentShader);\n this.renderTargetProgram_ = gl.createProgram();\n gl.attachShader(this.renderTargetProgram_, vertexShader);\n gl.attachShader(this.renderTargetProgram_, fragmentShader);\n gl.linkProgram(this.renderTargetProgram_);\n\n // bind the vertices buffer for the frame buffer\n this.renderTargetVerticesBuffer_ = gl.createBuffer();\n const verticesArray = [-1, -1, 1, -1, -1, 1, 1, -1, 1, 1, -1, 1];\n gl.bindBuffer(gl.ARRAY_BUFFER, this.renderTargetVerticesBuffer_);\n gl.bufferData(\n gl.ARRAY_BUFFER,\n new Float32Array(verticesArray),\n gl.STATIC_DRAW\n );\n\n this.renderTargetAttribLocation_ = gl.getAttribLocation(\n this.renderTargetProgram_,\n 'a_position'\n );\n this.renderTargetUniformLocation_ = gl.getUniformLocation(\n this.renderTargetProgram_,\n 'u_screenSize'\n );\n this.renderTargetOpacityLocation_ = gl.getUniformLocation(\n this.renderTargetProgram_,\n 'u_opacity'\n );\n this.renderTargetTextureLocation_ = gl.getUniformLocation(\n this.renderTargetProgram_,\n 'u_image'\n );\n\n /**\n * Holds info about custom uniforms used in the post processing pass\n * @type {Array}\n * @private\n */\n this.uniforms_ = [];\n options.uniforms &&\n Object.keys(options.uniforms).forEach((name) => {\n this.uniforms_.push({\n value: options.uniforms[name],\n location: gl.getUniformLocation(this.renderTargetProgram_, name),\n });\n });\n }\n\n /**\n * Get the WebGL rendering context\n * @return {WebGLRenderingContext} The rendering context.\n */\n getGL() {\n return this.gl_;\n }\n\n /**\n * Initialize the render target texture of the post process, make sure it is at the\n * right size and bind it as a render target for the next draw calls.\n * The last step to be initialized will be the one where the primitives are rendered.\n * @param {import(\"../Map.js\").FrameState} frameState current frame state\n */\n init(frameState) {\n const gl = this.getGL();\n const textureSize = [\n gl.drawingBufferWidth * this.scaleRatio_,\n gl.drawingBufferHeight * this.scaleRatio_,\n ];\n\n // rendering goes to my buffer\n gl.bindFramebuffer(gl.FRAMEBUFFER, this.getFrameBuffer());\n gl.bindRenderbuffer(gl.RENDERBUFFER, this.getDepthBuffer());\n gl.viewport(0, 0, textureSize[0], textureSize[1]);\n\n // if size has changed: adjust canvas & render target texture\n if (\n !this.renderTargetTextureSize_ ||\n this.renderTargetTextureSize_[0] !== textureSize[0] ||\n this.renderTargetTextureSize_[1] !== textureSize[1]\n ) {\n this.renderTargetTextureSize_ = textureSize;\n\n // create a new texture\n const level = 0;\n const internalFormat = gl.RGBA;\n const border = 0;\n const format = gl.RGBA;\n const type = gl.UNSIGNED_BYTE;\n const data = null;\n gl.bindTexture(gl.TEXTURE_2D, this.renderTargetTexture_);\n gl.texImage2D(\n gl.TEXTURE_2D,\n level,\n internalFormat,\n textureSize[0],\n textureSize[1],\n border,\n format,\n type,\n data\n );\n\n gl.texParameteri(gl.TEXTURE_2D, gl.TEXTURE_MIN_FILTER, gl.LINEAR);\n gl.texParameteri(gl.TEXTURE_2D, gl.TEXTURE_WRAP_S, gl.CLAMP_TO_EDGE);\n gl.texParameteri(gl.TEXTURE_2D, gl.TEXTURE_WRAP_T, gl.CLAMP_TO_EDGE);\n\n // bind the texture to the framebuffer\n gl.framebufferTexture2D(\n gl.FRAMEBUFFER,\n gl.COLOR_ATTACHMENT0,\n gl.TEXTURE_2D,\n this.renderTargetTexture_,\n 0\n );\n\n gl.renderbufferStorage(\n gl.RENDERBUFFER,\n gl.DEPTH_COMPONENT16,\n textureSize[0],\n textureSize[1]\n );\n gl.framebufferRenderbuffer(\n gl.FRAMEBUFFER,\n gl.DEPTH_ATTACHMENT,\n gl.RENDERBUFFER,\n this.depthBuffer_\n );\n }\n }\n\n /**\n * Render to the next postprocessing pass (or to the canvas if final pass).\n * @param {import(\"../Map.js\").FrameState} frameState current frame state\n * @param {WebGLPostProcessingPass} [nextPass] Next pass, optional\n * @param {function(WebGLRenderingContext, import(\"../Map.js\").FrameState):void} [preCompose] Called before composing.\n * @param {function(WebGLRenderingContext, import(\"../Map.js\").FrameState):void} [postCompose] Called before composing.\n */\n apply(frameState, nextPass, preCompose, postCompose) {\n const gl = this.getGL();\n const size = frameState.size;\n\n gl.bindFramebuffer(\n gl.FRAMEBUFFER,\n nextPass ? nextPass.getFrameBuffer() : null\n );\n gl.activeTexture(gl.TEXTURE0);\n gl.bindTexture(gl.TEXTURE_2D, this.renderTargetTexture_);\n\n if (!nextPass) {\n // clear the canvas if we are the first to render to it\n // and preserveDrawingBuffer is true\n const canvasId = getUid(gl.canvas);\n if (!frameState.renderTargets[canvasId]) {\n const attributes = gl.getContextAttributes();\n if (attributes && attributes.preserveDrawingBuffer) {\n gl.clearColor(0.0, 0.0, 0.0, 0.0);\n gl.clearDepth(1.0);\n gl.clear(gl.COLOR_BUFFER_BIT | gl.DEPTH_BUFFER_BIT);\n }\n\n frameState.renderTargets[canvasId] = true;\n }\n }\n\n gl.disable(gl.DEPTH_TEST);\n gl.enable(gl.BLEND);\n gl.blendFunc(gl.ONE, gl.ONE_MINUS_SRC_ALPHA);\n gl.viewport(0, 0, gl.drawingBufferWidth, gl.drawingBufferHeight);\n\n gl.bindBuffer(gl.ARRAY_BUFFER, this.renderTargetVerticesBuffer_);\n\n gl.useProgram(this.renderTargetProgram_);\n gl.enableVertexAttribArray(this.renderTargetAttribLocation_);\n gl.vertexAttribPointer(\n this.renderTargetAttribLocation_,\n 2,\n gl.FLOAT,\n false,\n 0,\n 0\n );\n gl.uniform2f(this.renderTargetUniformLocation_, size[0], size[1]);\n gl.uniform1i(this.renderTargetTextureLocation_, 0);\n\n const opacity = frameState.layerStatesArray[frameState.layerIndex].opacity;\n gl.uniform1f(this.renderTargetOpacityLocation_, opacity);\n\n this.applyUniforms(frameState);\n\n if (preCompose) {\n preCompose(gl, frameState);\n }\n gl.drawArrays(gl.TRIANGLES, 0, 6);\n if (postCompose) {\n postCompose(gl, frameState);\n }\n }\n\n /**\n * @return {WebGLFramebuffer} Frame buffer\n */\n getFrameBuffer() {\n return this.frameBuffer_;\n }\n\n /**\n * @return {WebGLRenderbuffer} Depth buffer\n */\n getDepthBuffer() {\n return this.depthBuffer_;\n }\n\n /**\n * Sets the custom uniforms based on what was given in the constructor.\n * @param {import(\"../Map.js\").FrameState} frameState Frame state.\n * @private\n */\n applyUniforms(frameState) {\n const gl = this.getGL();\n\n let value;\n let textureSlot = 1;\n this.uniforms_.forEach(function (uniform) {\n value =\n typeof uniform.value === 'function'\n ? uniform.value(frameState)\n : uniform.value;\n\n // apply value based on type\n if (value instanceof HTMLCanvasElement || value instanceof ImageData) {\n // create a texture & put data\n if (!uniform.texture) {\n uniform.texture = gl.createTexture();\n }\n gl.activeTexture(gl[`TEXTURE${textureSlot}`]);\n gl.bindTexture(gl.TEXTURE_2D, uniform.texture);\n gl.texParameteri(gl.TEXTURE_2D, gl.TEXTURE_MIN_FILTER, gl.LINEAR);\n gl.texParameteri(gl.TEXTURE_2D, gl.TEXTURE_WRAP_S, gl.CLAMP_TO_EDGE);\n gl.texParameteri(gl.TEXTURE_2D, gl.TEXTURE_WRAP_T, gl.CLAMP_TO_EDGE);\n\n if (value instanceof ImageData) {\n gl.texImage2D(\n gl.TEXTURE_2D,\n 0,\n gl.RGBA,\n gl.RGBA,\n value.width,\n value.height,\n 0,\n gl.UNSIGNED_BYTE,\n new Uint8Array(value.data)\n );\n } else {\n gl.texImage2D(\n gl.TEXTURE_2D,\n 0,\n gl.RGBA,\n gl.RGBA,\n gl.UNSIGNED_BYTE,\n value\n );\n }\n\n // fill texture slots\n gl.uniform1i(uniform.location, textureSlot++);\n } else if (Array.isArray(value)) {\n switch (value.length) {\n case 2:\n gl.uniform2f(uniform.location, value[0], value[1]);\n return;\n case 3:\n gl.uniform3f(uniform.location, value[0], value[1], value[2]);\n return;\n case 4:\n gl.uniform4f(\n uniform.location,\n value[0],\n value[1],\n value[2],\n value[3]\n );\n return;\n default:\n return;\n }\n } else if (typeof value === 'number') {\n gl.uniform1f(uniform.location, value);\n }\n });\n }\n}\n\nexport default WebGLPostProcessingPass;\n","/**\n * @module ol/vec/mat4\n */\n\n/**\n * @return {Array} \"4x4 matrix representing a 3D identity transform.\"\n */\nexport function create() {\n return [1, 0, 0, 0, 0, 1, 0, 0, 0, 0, 1, 0, 0, 0, 0, 1];\n}\n\n/**\n * @param {Array} mat4 Flattened 4x4 matrix receiving the result.\n * @param {import(\"../transform.js\").Transform} transform Transformation matrix.\n * @return {Array} \"2D transformation matrix as flattened 4x4 matrix.\"\n */\nexport function fromTransform(mat4, transform) {\n mat4[0] = transform[0];\n mat4[1] = transform[1];\n mat4[4] = transform[2];\n mat4[5] = transform[3];\n mat4[12] = transform[4];\n mat4[13] = transform[5];\n return mat4;\n}\n","/**\n * @module ol/webgl/Helper\n */\nimport ContextEventType from '../webgl/ContextEventType.js';\nimport Disposable from '../Disposable.js';\nimport WebGLPostProcessingPass from './PostProcessingPass.js';\nimport {\n FLOAT,\n UNSIGNED_BYTE,\n UNSIGNED_INT,\n UNSIGNED_SHORT,\n getContext,\n} from '../webgl.js';\nimport {clear} from '../obj.js';\nimport {\n compose as composeTransform,\n create as createTransform,\n} from '../transform.js';\nimport {create, fromTransform} from '../vec/mat4.js';\nimport {getUid} from '../util.js';\n\n/**\n * @typedef {Object} BufferCacheEntry\n * @property {import(\"./Buffer.js\").default} buffer Buffer.\n * @property {WebGLBuffer} webGlBuffer WebGlBuffer.\n */\n\n/**\n * Shader types, either `FRAGMENT_SHADER` or `VERTEX_SHADER`.\n * @enum {number}\n */\nexport const ShaderType = {\n FRAGMENT_SHADER: 0x8b30,\n VERTEX_SHADER: 0x8b31,\n};\n\n/**\n * Names of uniforms made available to all shaders.\n * Please note: changing these *will* break custom shaders!\n * @enum {string}\n */\nexport const DefaultUniform = {\n PROJECTION_MATRIX: 'u_projectionMatrix',\n SCREEN_TO_WORLD_MATRIX: 'u_screenToWorldMatrix',\n TIME: 'u_time',\n ZOOM: 'u_zoom',\n RESOLUTION: 'u_resolution',\n ROTATION: 'u_rotation',\n VIEWPORT_SIZE_PX: 'u_viewportSizePx',\n PIXEL_RATIO: 'u_pixelRatio',\n HIT_DETECTION: 'u_hitDetection',\n};\n\n/**\n * Attribute types, either `UNSIGNED_BYTE`, `UNSIGNED_SHORT`, `UNSIGNED_INT` or `FLOAT`\n * Note: an attribute stored in a `Float32Array` should be of type `FLOAT`.\n * @enum {number}\n */\nexport const AttributeType = {\n UNSIGNED_BYTE: UNSIGNED_BYTE,\n UNSIGNED_SHORT: UNSIGNED_SHORT,\n UNSIGNED_INT: UNSIGNED_INT,\n FLOAT: FLOAT,\n};\n\n/**\n * Description of an attribute in a buffer\n * @typedef {Object} AttributeDescription\n * @property {string} name Attribute name to use in shaders\n * @property {number} size Number of components per attributes\n * @property {AttributeType} [type] Attribute type, i.e. number of bytes used to store the value. This is\n * determined by the class of typed array which the buffer uses (eg. `Float32Array` for a `FLOAT` attribute).\n * Default is `FLOAT`.\n */\n\n/**\n * @typedef {number|Array|HTMLCanvasElement|HTMLImageElement|ImageData|import(\"../transform\").Transform} UniformLiteralValue\n */\n\n/**\n * Uniform value can be a number, array of numbers (2 to 4), canvas element or a callback returning\n * one of the previous types.\n * @typedef {UniformLiteralValue|function(import(\"../Map.js\").FrameState):UniformLiteralValue} UniformValue\n */\n\n/**\n * @typedef {Object} PostProcessesOptions\n * @property {number} [scaleRatio] Scale ratio; if < 1, the post process will render to a texture smaller than\n * the main canvas which will then be sampled up (useful for saving resource on blur steps).\n * @property {string} [vertexShader] Vertex shader source\n * @property {string} [fragmentShader] Fragment shader source\n * @property {Object} [uniforms] Uniform definitions for the post process step\n */\n\n/**\n * @typedef {Object} Options\n * @property {Object} [uniforms] Uniform definitions; property names must match the uniform\n * names in the provided or default shaders.\n * @property {Array} [postProcesses] Post-processes definitions\n * @property {string} [canvasCacheKey] The cache key for the canvas.\n */\n\n/**\n * @typedef {Object} UniformInternalDescription\n * @property {string} name Name\n * @property {UniformValue} [value] Value\n * @property {UniformValue} [prevValue] The previous value.\n * @property {WebGLTexture} [texture] Texture\n * @private\n */\n\n/**\n * @typedef {Object} CanvasCacheItem\n * @property {WebGLRenderingContext} context The context of this canvas.\n * @property {number} users The count of users of this canvas.\n */\n\n/**\n * @type {Object}\n */\nconst canvasCache = {};\n\n/**\n * @param {string} key The cache key for the canvas.\n * @return {string} The shared cache key.\n */\nfunction getSharedCanvasCacheKey(key) {\n return 'shared/' + key;\n}\n\nlet uniqueCanvasCacheKeyCount = 0;\n\n/**\n * @return {string} The unique cache key.\n */\nfunction getUniqueCanvasCacheKey() {\n const key = 'unique/' + uniqueCanvasCacheKeyCount;\n uniqueCanvasCacheKeyCount += 1;\n return key;\n}\n\n/**\n * @param {string} key The cache key for the canvas.\n * @return {WebGLRenderingContext} The canvas.\n */\nfunction getOrCreateContext(key) {\n let cacheItem = canvasCache[key];\n if (!cacheItem) {\n const canvas = document.createElement('canvas');\n canvas.width = 1;\n canvas.height = 1;\n canvas.style.position = 'absolute';\n canvas.style.left = '0';\n const context = getContext(canvas);\n cacheItem = {users: 0, context};\n canvasCache[key] = cacheItem;\n }\n\n cacheItem.users += 1;\n return cacheItem.context;\n}\n\n/**\n * @param {string} key The cache key for the canvas.\n */\nfunction releaseCanvas(key) {\n const cacheItem = canvasCache[key];\n if (!cacheItem) {\n return;\n }\n\n cacheItem.users -= 1;\n if (cacheItem.users > 0) {\n return;\n }\n\n const gl = cacheItem.context;\n const extension = gl.getExtension('WEBGL_lose_context');\n if (extension) {\n extension.loseContext();\n }\n const canvas = gl.canvas;\n canvas.width = 1;\n canvas.height = 1;\n\n delete canvasCache[key];\n}\n\n/**\n * @classdesc\n * This class is intended to provide low-level functions related to WebGL rendering, so that accessing\n * directly the WebGL API should not be required anymore.\n *\n * Several operations are handled by the `WebGLHelper` class:\n *\n * ### Define custom shaders and uniforms\n *\n * *Shaders* are low-level programs executed on the GPU and written in GLSL. There are two types of shaders:\n *\n * Vertex shaders are used to manipulate the position and attribute of *vertices* of rendered primitives (ie. corners of a square).\n * Outputs are:\n *\n * * `gl_Position`: position of the vertex in screen space\n *\n * * Varyings usually prefixed with `v_` are passed on to the fragment shader\n *\n * Fragment shaders are used to control the actual color of the pixels drawn on screen. Their only output is `gl_FragColor`.\n *\n * Both shaders can take *uniforms* or *attributes* as input. Attributes are explained later. Uniforms are common, read-only values that\n * can be changed at every frame and can be of type float, arrays of float or images.\n *\n * Shaders must be compiled and assembled into a program like so:\n * ```js\n * // here we simply create two shaders and assemble them in a program which is then used\n * // for subsequent rendering calls; note how a frameState is required to set up a program,\n * // as several default uniforms are computed from it (projection matrix, zoom level, etc.)\n * const vertexShader = new WebGLVertex(VERTEX_SHADER);\n * const fragmentShader = new WebGLFragment(FRAGMENT_SHADER);\n * const program = this.context.getProgram(fragmentShader, vertexShader);\n * helper.useProgram(this.program, frameState);\n * ```\n *\n * Uniforms are defined using the `uniforms` option and can either be explicit values or callbacks taking the frame state as argument.\n * You can also change their value along the way like so:\n * ```js\n * helper.setUniformFloatValue('u_value', valueAsNumber);\n * ```\n *\n * ### Defining post processing passes\n *\n * *Post processing* describes the act of rendering primitives to a texture, and then rendering this texture to the final canvas\n * while applying special effects in screen space.\n * Typical uses are: blurring, color manipulation, depth of field, filtering...\n *\n * The `WebGLHelper` class offers the possibility to define post processes at creation time using the `postProcesses` option.\n * A post process step accepts the following options:\n *\n * * `fragmentShader` and `vertexShader`: text literals in GLSL language that will be compiled and used in the post processing step.\n * * `uniforms`: uniforms can be defined for the post processing steps just like for the main render.\n * * `scaleRatio`: allows using an intermediate texture smaller or higher than the final canvas in the post processing step.\n * This is typically used in blur steps to reduce the performance overhead by using an already downsampled texture as input.\n *\n * The {@link module:ol/webgl/PostProcessingPass~WebGLPostProcessingPass} class is used internally, refer to its documentation for more info.\n *\n * ### Binding WebGL buffers and flushing data into them\n *\n * Data that must be passed to the GPU has to be transferred using {@link module:ol/webgl/Buffer~WebGLArrayBuffer} objects.\n * A buffer has to be created only once, but must be bound every time the buffer content will be used for rendering.\n * This is done using {@link bindBuffer}.\n * When the buffer's array content has changed, the new data has to be flushed to the GPU memory; this is done using\n * {@link flushBufferData}. Note: this operation is expensive and should be done as infrequently as possible.\n *\n * When binding an array buffer, a `target` parameter must be given: it should be either {@link module:ol/webgl.ARRAY_BUFFER}\n * (if the buffer contains vertices data) or {@link module:ol/webgl.ELEMENT_ARRAY_BUFFER} (if the buffer contains indices data).\n *\n * Examples below:\n * ```js\n * // at initialization phase\n * const verticesBuffer = new WebGLArrayBuffer([], DYNAMIC_DRAW);\n * const indicesBuffer = new WebGLArrayBuffer([], DYNAMIC_DRAW);\n *\n * // when array values have changed\n * helper.flushBufferData(ARRAY_BUFFER, this.verticesBuffer);\n * helper.flushBufferData(ELEMENT_ARRAY_BUFFER, this.indicesBuffer);\n *\n * // at rendering phase\n * helper.bindBuffer(ARRAY_BUFFER, this.verticesBuffer);\n * helper.bindBuffer(ELEMENT_ARRAY_BUFFER, this.indicesBuffer);\n * ```\n *\n * ### Specifying attributes\n *\n * The GPU only receives the data as arrays of numbers. These numbers must be handled differently depending on what it describes (position, texture coordinate...).\n * Attributes are used to specify these uses. Specify the attribute names with\n * {@link module:ol/webgl/Helper~WebGLHelper#enableAttributes} (see code snippet below).\n *\n * Please note that you will have to specify the type and offset of the attributes in the data array. You can refer to the documentation of [WebGLRenderingContext.vertexAttribPointer](https://developer.mozilla.org/en-US/docs/Web/API/WebGLRenderingContext/vertexAttribPointer) for more explanation.\n * ```js\n * // here we indicate that the data array has the following structure:\n * // [posX, posY, offsetX, offsetY, texCoordU, texCoordV, posX, posY, ...]\n * helper.enableAttributes([\n * {\n * name: 'a_position',\n * size: 2\n * },\n * {\n * name: 'a_offset',\n * size: 2\n * },\n * {\n * name: 'a_texCoord',\n * size: 2\n * }\n * ])\n * ```\n *\n * ### Rendering primitives\n *\n * Once all the steps above have been achieved, rendering primitives to the screen is done using {@link prepareDraw}, {@link drawElements} and {@link finalizeDraw}.\n * ```js\n * // frame preparation step\n * helper.prepareDraw(frameState);\n *\n * // call this for every data array that has to be rendered on screen\n * helper.drawElements(0, this.indicesBuffer.getArray().length);\n *\n * // finalize the rendering by applying post processes\n * helper.finalizeDraw(frameState);\n * ```\n *\n * For an example usage of this class, refer to {@link module:ol/renderer/webgl/PointsLayer~WebGLPointsLayerRenderer}.\n */\nclass WebGLHelper extends Disposable {\n /**\n * @param {Options} [options] Options.\n */\n constructor(options) {\n super();\n options = options || {};\n\n /** @private */\n this.boundHandleWebGLContextLost_ = this.handleWebGLContextLost.bind(this);\n\n /** @private */\n this.boundHandleWebGLContextRestored_ =\n this.handleWebGLContextRestored.bind(this);\n\n /**\n * @private\n * @type {string}\n */\n this.canvasCacheKey_ = options.canvasCacheKey\n ? getSharedCanvasCacheKey(options.canvasCacheKey)\n : getUniqueCanvasCacheKey();\n\n /**\n * @private\n * @type {WebGLRenderingContext}\n */\n this.gl_ = getOrCreateContext(this.canvasCacheKey_);\n\n /**\n * @private\n * @type {!Object}\n */\n this.bufferCache_ = {};\n\n /**\n * @private\n * @type {Object}\n */\n this.extensionCache_ = {};\n\n /**\n * @private\n * @type {WebGLProgram}\n */\n this.currentProgram_ = null;\n\n /**\n * @private\n * @type boolean\n */\n this.needsToBeRecreated_ = false;\n\n const canvas = this.gl_.canvas;\n\n canvas.addEventListener(\n ContextEventType.LOST,\n this.boundHandleWebGLContextLost_\n );\n canvas.addEventListener(\n ContextEventType.RESTORED,\n this.boundHandleWebGLContextRestored_\n );\n\n /**\n * @private\n * @type {import(\"../transform.js\").Transform}\n */\n this.offsetRotateMatrix_ = createTransform();\n\n /**\n * @private\n * @type {import(\"../transform.js\").Transform}\n */\n this.offsetScaleMatrix_ = createTransform();\n\n /**\n * @private\n * @type {Array}\n */\n this.tmpMat4_ = create();\n\n /**\n * @private\n * @type {Object>}\n */\n this.uniformLocationsByProgram_ = {};\n\n /**\n * @private\n * @type {Object>}\n */\n this.attribLocationsByProgram_ = {};\n\n /**\n * Holds info about custom uniforms used in the post processing pass.\n * If the uniform is a texture, the WebGL Texture object will be stored here.\n * @type {Array}\n * @private\n */\n this.uniforms_ = [];\n if (options.uniforms) {\n this.setUniforms(options.uniforms);\n }\n\n /**\n * An array of PostProcessingPass objects is kept in this variable, built from the steps provided in the\n * options. If no post process was given, a default one is used (so as not to have to make an exception to\n * the frame buffer logic).\n * @type {Array}\n * @private\n */\n this.postProcessPasses_ = options.postProcesses\n ? options.postProcesses.map(\n (options) =>\n new WebGLPostProcessingPass({\n webGlContext: this.gl_,\n scaleRatio: options.scaleRatio,\n vertexShader: options.vertexShader,\n fragmentShader: options.fragmentShader,\n uniforms: options.uniforms,\n })\n )\n : [new WebGLPostProcessingPass({webGlContext: this.gl_})];\n\n /**\n * @type {string|null}\n * @private\n */\n this.shaderCompileErrors_ = null;\n\n /**\n * @type {number}\n * @private\n */\n this.startTime_ = Date.now();\n }\n\n /**\n * @param {Object} uniforms Uniform definitions.\n */\n setUniforms(uniforms) {\n this.uniforms_ = [];\n this.addUniforms(uniforms);\n }\n\n /**\n * @param {Object} uniforms Uniform definitions.\n */\n addUniforms(uniforms) {\n for (const name in uniforms) {\n this.uniforms_.push({\n name: name,\n value: uniforms[name],\n });\n }\n }\n\n /**\n * @param {string} canvasCacheKey The canvas cache key.\n * @return {boolean} The provided key matches the one this helper was constructed with.\n */\n canvasCacheKeyMatches(canvasCacheKey) {\n return this.canvasCacheKey_ === getSharedCanvasCacheKey(canvasCacheKey);\n }\n\n /**\n * Get a WebGL extension. If the extension is not supported, null is returned.\n * Extensions are cached after they are enabled for the first time.\n * @param {string} name The extension name.\n * @return {Object|null} The extension or null if not supported.\n */\n getExtension(name) {\n if (name in this.extensionCache_) {\n return this.extensionCache_[name];\n }\n const extension = this.gl_.getExtension(name);\n this.extensionCache_[name] = extension;\n return extension;\n }\n\n /**\n * Just bind the buffer if it's in the cache. Otherwise create\n * the WebGL buffer, bind it, populate it, and add an entry to\n * the cache.\n * @param {import(\"./Buffer\").default} buffer Buffer.\n */\n bindBuffer(buffer) {\n const gl = this.gl_;\n const bufferKey = getUid(buffer);\n let bufferCache = this.bufferCache_[bufferKey];\n if (!bufferCache) {\n const webGlBuffer = gl.createBuffer();\n bufferCache = {\n buffer: buffer,\n webGlBuffer: webGlBuffer,\n };\n this.bufferCache_[bufferKey] = bufferCache;\n }\n gl.bindBuffer(buffer.getType(), bufferCache.webGlBuffer);\n }\n\n /**\n * Update the data contained in the buffer array; this is required for the\n * new data to be rendered\n * @param {import(\"./Buffer\").default} buffer Buffer.\n */\n flushBufferData(buffer) {\n const gl = this.gl_;\n this.bindBuffer(buffer);\n gl.bufferData(buffer.getType(), buffer.getArray(), buffer.getUsage());\n }\n\n /**\n * @param {import(\"./Buffer.js\").default} buf Buffer.\n */\n deleteBuffer(buf) {\n const gl = this.gl_;\n const bufferKey = getUid(buf);\n const bufferCacheEntry = this.bufferCache_[bufferKey];\n if (bufferCacheEntry && !gl.isContextLost()) {\n gl.deleteBuffer(bufferCacheEntry.webGlBuffer);\n }\n delete this.bufferCache_[bufferKey];\n }\n\n /**\n * Clean up.\n */\n disposeInternal() {\n const canvas = this.gl_.canvas;\n canvas.removeEventListener(\n ContextEventType.LOST,\n this.boundHandleWebGLContextLost_\n );\n canvas.removeEventListener(\n ContextEventType.RESTORED,\n this.boundHandleWebGLContextRestored_\n );\n\n releaseCanvas(this.canvasCacheKey_);\n\n delete this.gl_;\n }\n\n /**\n * Clear the buffer & set the viewport to draw.\n * Post process passes will be initialized here, the first one being bound as a render target for\n * subsequent draw calls.\n * @param {import(\"../Map.js\").FrameState} frameState current frame state\n * @param {boolean} [disableAlphaBlend] If true, no alpha blending will happen.\n * @param {boolean} [enableDepth] If true, enables depth testing.\n */\n prepareDraw(frameState, disableAlphaBlend, enableDepth) {\n const gl = this.gl_;\n const canvas = this.getCanvas();\n const size = frameState.size;\n const pixelRatio = frameState.pixelRatio;\n\n if (\n canvas.width !== size[0] * pixelRatio ||\n canvas.height !== size[1] * pixelRatio\n ) {\n canvas.width = size[0] * pixelRatio;\n canvas.height = size[1] * pixelRatio;\n canvas.style.width = size[0] + 'px';\n canvas.style.height = size[1] + 'px';\n }\n\n // loop backwards in post processes list\n for (let i = this.postProcessPasses_.length - 1; i >= 0; i--) {\n this.postProcessPasses_[i].init(frameState);\n }\n\n gl.bindTexture(gl.TEXTURE_2D, null);\n\n gl.clearColor(0.0, 0.0, 0.0, 0.0);\n gl.depthRange(0.0, 1.0);\n gl.clearDepth(1.0);\n gl.clear(gl.COLOR_BUFFER_BIT | gl.DEPTH_BUFFER_BIT);\n\n gl.enable(gl.BLEND);\n gl.blendFunc(gl.ONE, disableAlphaBlend ? gl.ZERO : gl.ONE_MINUS_SRC_ALPHA);\n if (enableDepth) {\n gl.enable(gl.DEPTH_TEST);\n gl.depthFunc(gl.LEQUAL);\n } else {\n gl.disable(gl.DEPTH_TEST);\n }\n }\n\n /**\n * Prepare a program to use a texture.\n * @param {WebGLTexture} texture The texture.\n * @param {number} slot The texture slot.\n * @param {string} uniformName The corresponding uniform name.\n */\n bindTexture(texture, slot, uniformName) {\n const gl = this.gl_;\n gl.activeTexture(gl.TEXTURE0 + slot);\n gl.bindTexture(gl.TEXTURE_2D, texture);\n gl.uniform1i(this.getUniformLocation(uniformName), slot);\n }\n\n /**\n * Clear the render target & bind it for future draw operations.\n * This is similar to `prepareDraw`, only post processes will not be applied.\n * Note: the whole viewport will be drawn to the render target, regardless of its size.\n * @param {import(\"../Map.js\").FrameState} frameState current frame state\n * @param {import(\"./RenderTarget.js\").default} renderTarget Render target to draw to\n * @param {boolean} [disableAlphaBlend] If true, no alpha blending will happen.\n * @param {boolean} [enableDepth] If true, enables depth testing.\n */\n prepareDrawToRenderTarget(\n frameState,\n renderTarget,\n disableAlphaBlend,\n enableDepth\n ) {\n const gl = this.gl_;\n const size = renderTarget.getSize();\n\n gl.bindFramebuffer(gl.FRAMEBUFFER, renderTarget.getFramebuffer());\n gl.bindRenderbuffer(gl.RENDERBUFFER, renderTarget.getDepthbuffer());\n gl.viewport(0, 0, size[0], size[1]);\n gl.bindTexture(gl.TEXTURE_2D, renderTarget.getTexture());\n gl.clearColor(0.0, 0.0, 0.0, 0.0);\n gl.depthRange(0.0, 1.0);\n gl.clearDepth(1.0);\n gl.clear(gl.COLOR_BUFFER_BIT | gl.DEPTH_BUFFER_BIT);\n gl.enable(gl.BLEND);\n gl.blendFunc(gl.ONE, disableAlphaBlend ? gl.ZERO : gl.ONE_MINUS_SRC_ALPHA);\n if (enableDepth) {\n gl.enable(gl.DEPTH_TEST);\n gl.depthFunc(gl.LEQUAL);\n } else {\n gl.disable(gl.DEPTH_TEST);\n }\n }\n\n /**\n * Execute a draw call based on the currently bound program, texture, buffers, attributes.\n * @param {number} start Start index.\n * @param {number} end End index.\n */\n drawElements(start, end) {\n const gl = this.gl_;\n this.getExtension('OES_element_index_uint');\n\n const elementType = gl.UNSIGNED_INT;\n const elementSize = 4;\n\n const numItems = end - start;\n const offsetInBytes = start * elementSize;\n gl.drawElements(gl.TRIANGLES, numItems, elementType, offsetInBytes);\n }\n\n /**\n * Apply the successive post process passes which will eventually render to the actual canvas.\n * @param {import(\"../Map.js\").FrameState} frameState current frame state\n * @param {function(WebGLRenderingContext, import(\"../Map.js\").FrameState):void} [preCompose] Called before composing.\n * @param {function(WebGLRenderingContext, import(\"../Map.js\").FrameState):void} [postCompose] Called before composing.\n */\n finalizeDraw(frameState, preCompose, postCompose) {\n // apply post processes using the next one as target\n for (let i = 0, ii = this.postProcessPasses_.length; i < ii; i++) {\n if (i === ii - 1) {\n this.postProcessPasses_[i].apply(\n frameState,\n null,\n preCompose,\n postCompose\n );\n } else {\n this.postProcessPasses_[i].apply(\n frameState,\n this.postProcessPasses_[i + 1]\n );\n }\n }\n }\n\n /**\n * @return {HTMLCanvasElement} Canvas.\n */\n getCanvas() {\n return /** @type {HTMLCanvasElement} */ (this.gl_.canvas);\n }\n\n /**\n * Get the WebGL rendering context\n * @return {WebGLRenderingContext} The rendering context.\n */\n getGL() {\n return this.gl_;\n }\n\n /**\n * Sets the default matrix uniforms for a given frame state. This is called internally in `prepareDraw`.\n * @param {import(\"../Map.js\").FrameState} frameState Frame state.\n */\n applyFrameState(frameState) {\n const size = frameState.size;\n const rotation = frameState.viewState.rotation;\n const pixelRatio = frameState.pixelRatio;\n\n this.setUniformFloatValue(\n DefaultUniform.TIME,\n (Date.now() - this.startTime_) * 0.001\n );\n this.setUniformFloatValue(DefaultUniform.ZOOM, frameState.viewState.zoom);\n this.setUniformFloatValue(\n DefaultUniform.RESOLUTION,\n frameState.viewState.resolution\n );\n this.setUniformFloatValue(DefaultUniform.PIXEL_RATIO, pixelRatio);\n this.setUniformFloatVec2(DefaultUniform.VIEWPORT_SIZE_PX, [\n size[0],\n size[1],\n ]);\n this.setUniformFloatValue(DefaultUniform.ROTATION, rotation);\n }\n\n /**\n * Sets the `u_hitDetection` uniform.\n * @param {boolean} enabled Whether to enable the hit detection code path\n */\n applyHitDetectionUniform(enabled) {\n const loc = this.getUniformLocation(DefaultUniform.HIT_DETECTION);\n this.getGL().uniform1i(loc, enabled ? 1 : 0);\n\n // hit detection uses a fixed pixel ratio\n if (enabled) {\n this.setUniformFloatValue(DefaultUniform.PIXEL_RATIO, 0.5);\n }\n }\n\n /**\n * Sets the custom uniforms based on what was given in the constructor. This is called internally in `prepareDraw`.\n * @param {import(\"../Map.js\").FrameState} frameState Frame state.\n */\n applyUniforms(frameState) {\n const gl = this.gl_;\n\n let value;\n let textureSlot = 0;\n this.uniforms_.forEach((uniform) => {\n value =\n typeof uniform.value === 'function'\n ? uniform.value(frameState)\n : uniform.value;\n\n // apply value based on type\n if (\n value instanceof HTMLCanvasElement ||\n value instanceof HTMLImageElement ||\n value instanceof ImageData\n ) {\n // create a texture & put data\n if (!uniform.texture) {\n uniform.prevValue = undefined;\n uniform.texture = gl.createTexture();\n }\n this.bindTexture(uniform.texture, textureSlot, uniform.name);\n gl.texParameteri(gl.TEXTURE_2D, gl.TEXTURE_MIN_FILTER, gl.LINEAR);\n gl.texParameteri(gl.TEXTURE_2D, gl.TEXTURE_WRAP_S, gl.CLAMP_TO_EDGE);\n gl.texParameteri(gl.TEXTURE_2D, gl.TEXTURE_WRAP_T, gl.CLAMP_TO_EDGE);\n\n const imageReady =\n !(value instanceof HTMLImageElement) ||\n /** @type {HTMLImageElement} */ (value).complete;\n if (imageReady && uniform.prevValue !== value) {\n uniform.prevValue = value;\n gl.texImage2D(\n gl.TEXTURE_2D,\n 0,\n gl.RGBA,\n gl.RGBA,\n gl.UNSIGNED_BYTE,\n value\n );\n }\n textureSlot++;\n } else if (Array.isArray(value) && value.length === 6) {\n this.setUniformMatrixValue(\n uniform.name,\n fromTransform(this.tmpMat4_, value)\n );\n } else if (Array.isArray(value) && value.length <= 4) {\n switch (value.length) {\n case 2:\n gl.uniform2f(\n this.getUniformLocation(uniform.name),\n value[0],\n value[1]\n );\n return;\n case 3:\n gl.uniform3f(\n this.getUniformLocation(uniform.name),\n value[0],\n value[1],\n value[2]\n );\n return;\n case 4:\n gl.uniform4f(\n this.getUniformLocation(uniform.name),\n value[0],\n value[1],\n value[2],\n value[3]\n );\n return;\n default:\n return;\n }\n } else if (typeof value === 'number') {\n gl.uniform1f(this.getUniformLocation(uniform.name), value);\n }\n });\n }\n\n /**\n * Set up a program for use. The program will be set as the current one. Then, the uniforms used\n * in the program will be set based on the current frame state and the helper configuration.\n * @param {WebGLProgram} program Program.\n * @param {import(\"../Map.js\").FrameState} frameState Frame state.\n */\n useProgram(program, frameState) {\n const gl = this.gl_;\n gl.useProgram(program);\n this.currentProgram_ = program;\n this.applyFrameState(frameState);\n this.applyUniforms(frameState);\n }\n\n /**\n * Will attempt to compile a vertex or fragment shader based on source\n * On error, the shader will be returned but\n * `gl.getShaderParameter(shader, gl.COMPILE_STATUS)` will return `true`\n * Use `gl.getShaderInfoLog(shader)` to have details\n * @param {string} source Shader source\n * @param {ShaderType} type VERTEX_SHADER or FRAGMENT_SHADER\n * @return {WebGLShader} Shader object\n */\n compileShader(source, type) {\n const gl = this.gl_;\n const shader = gl.createShader(type);\n gl.shaderSource(shader, source);\n gl.compileShader(shader);\n return shader;\n }\n\n /**\n * Create a program for a vertex and fragment shader. Throws if shader compilation fails.\n * @param {string} fragmentShaderSource Fragment shader source.\n * @param {string} vertexShaderSource Vertex shader source.\n * @return {WebGLProgram} Program\n */\n getProgram(fragmentShaderSource, vertexShaderSource) {\n const gl = this.gl_;\n\n const fragmentShader = this.compileShader(\n fragmentShaderSource,\n gl.FRAGMENT_SHADER\n );\n\n const vertexShader = this.compileShader(\n vertexShaderSource,\n gl.VERTEX_SHADER\n );\n\n const program = gl.createProgram();\n gl.attachShader(program, fragmentShader);\n gl.attachShader(program, vertexShader);\n gl.linkProgram(program);\n\n if (!gl.getShaderParameter(fragmentShader, gl.COMPILE_STATUS)) {\n const message = `Fragment shader compilation failed: ${gl.getShaderInfoLog(\n fragmentShader\n )}`;\n throw new Error(message);\n }\n gl.deleteShader(fragmentShader);\n\n if (!gl.getShaderParameter(vertexShader, gl.COMPILE_STATUS)) {\n const message = `Vertex shader compilation failed: ${gl.getShaderInfoLog(\n vertexShader\n )}`;\n throw new Error(message);\n }\n gl.deleteShader(vertexShader);\n\n if (!gl.getProgramParameter(program, gl.LINK_STATUS)) {\n const message = `GL program linking failed: ${gl.getProgramInfoLog(\n program\n )}`;\n throw new Error(message);\n }\n\n return program;\n }\n\n /**\n * Will get the location from the shader or the cache\n * @param {string} name Uniform name\n * @return {WebGLUniformLocation} uniformLocation\n */\n getUniformLocation(name) {\n const programUid = getUid(this.currentProgram_);\n if (this.uniformLocationsByProgram_[programUid] === undefined) {\n this.uniformLocationsByProgram_[programUid] = {};\n }\n if (this.uniformLocationsByProgram_[programUid][name] === undefined) {\n this.uniformLocationsByProgram_[programUid][name] =\n this.gl_.getUniformLocation(this.currentProgram_, name);\n }\n return this.uniformLocationsByProgram_[programUid][name];\n }\n\n /**\n * Will get the location from the shader or the cache\n * @param {string} name Attribute name\n * @return {number} attribLocation\n */\n getAttributeLocation(name) {\n const programUid = getUid(this.currentProgram_);\n if (this.attribLocationsByProgram_[programUid] === undefined) {\n this.attribLocationsByProgram_[programUid] = {};\n }\n if (this.attribLocationsByProgram_[programUid][name] === undefined) {\n this.attribLocationsByProgram_[programUid][name] =\n this.gl_.getAttribLocation(this.currentProgram_, name);\n }\n return this.attribLocationsByProgram_[programUid][name];\n }\n\n /**\n * Sets the given transform to apply the rotation/translation/scaling of the given frame state.\n * The resulting transform can be used to convert world space coordinates to view coordinates in the [-1, 1] range.\n * @param {import(\"../Map.js\").FrameState} frameState Frame state.\n * @param {import(\"../transform\").Transform} transform Transform to update.\n * @return {import(\"../transform\").Transform} The updated transform object.\n */\n makeProjectionTransform(frameState, transform) {\n const size = frameState.size;\n const rotation = frameState.viewState.rotation;\n const resolution = frameState.viewState.resolution;\n const center = frameState.viewState.center;\n composeTransform(\n transform,\n 0,\n 0,\n 2 / (resolution * size[0]),\n 2 / (resolution * size[1]),\n -rotation,\n -center[0],\n -center[1]\n );\n return transform;\n }\n\n /**\n * Give a value for a standard float uniform\n * @param {string} uniform Uniform name\n * @param {number} value Value\n */\n setUniformFloatValue(uniform, value) {\n this.gl_.uniform1f(this.getUniformLocation(uniform), value);\n }\n\n /**\n * Give a value for a vec2 uniform\n * @param {string} uniform Uniform name\n * @param {Array} value Array of length 4.\n */\n setUniformFloatVec2(uniform, value) {\n this.gl_.uniform2fv(this.getUniformLocation(uniform), value);\n }\n\n /**\n * Give a value for a vec4 uniform\n * @param {string} uniform Uniform name\n * @param {Array} value Array of length 4.\n */\n setUniformFloatVec4(uniform, value) {\n this.gl_.uniform4fv(this.getUniformLocation(uniform), value);\n }\n\n /**\n * Give a value for a standard matrix4 uniform\n * @param {string} uniform Uniform name\n * @param {Array} value Matrix value\n */\n setUniformMatrixValue(uniform, value) {\n this.gl_.uniformMatrix4fv(this.getUniformLocation(uniform), false, value);\n }\n\n /**\n * Will set the currently bound buffer to an attribute of the shader program. Used by `#enableAttributes`\n * internally.\n * @param {string} attribName Attribute name\n * @param {number} size Number of components per attributes\n * @param {number} type UNSIGNED_INT, UNSIGNED_BYTE, UNSIGNED_SHORT or FLOAT\n * @param {number} stride Stride in bytes (0 means attribs are packed)\n * @param {number} offset Offset in bytes\n * @private\n */\n enableAttributeArray_(attribName, size, type, stride, offset) {\n const location = this.getAttributeLocation(attribName);\n // the attribute has not been found in the shaders or is not used; do not enable it\n if (location < 0) {\n return;\n }\n this.gl_.enableVertexAttribArray(location);\n this.gl_.vertexAttribPointer(location, size, type, false, stride, offset);\n }\n\n /**\n * Will enable the following attributes to be read from the currently bound buffer,\n * i.e. tell the GPU where to read the different attributes in the buffer. An error in the\n * size/type/order of attributes will most likely break the rendering and throw a WebGL exception.\n * @param {Array} attributes Ordered list of attributes to read from the buffer\n */\n enableAttributes(attributes) {\n const stride = computeAttributesStride(attributes);\n let offset = 0;\n for (let i = 0; i < attributes.length; i++) {\n const attr = attributes[i];\n this.enableAttributeArray_(\n attr.name,\n attr.size,\n attr.type || FLOAT,\n stride,\n offset\n );\n offset += attr.size * getByteSizeFromType(attr.type);\n }\n }\n\n /**\n * WebGL context was lost\n * @param {WebGLContextEvent} event The context loss event.\n * @private\n */\n handleWebGLContextLost(event) {\n clear(this.bufferCache_);\n this.currentProgram_ = null;\n\n event.preventDefault();\n }\n\n /**\n * WebGL context was restored\n * @private\n */\n handleWebGLContextRestored() {\n this.needsToBeRecreated_ = true;\n }\n\n /**\n * Returns whether this helper needs to be recreated, as the context was lost and then restored.\n * @return {boolean} Whether this helper needs to be recreated.\n */\n needsToBeRecreated() {\n return this.needsToBeRecreated_;\n }\n\n /**\n * Will create or reuse a given webgl texture and apply the given size. If no image data\n * specified, the texture will be empty, otherwise image data will be used and the `size`\n * parameter will be ignored.\n * Note: wrap parameters are set to clamp to edge, min filter is set to linear.\n * @param {Array} size Expected size of the texture\n * @param {ImageData|HTMLImageElement|HTMLCanvasElement} [data] Image data/object to bind to the texture\n * @param {WebGLTexture} [texture] Existing texture to reuse\n * @return {WebGLTexture} The generated texture\n */\n createTexture(size, data, texture) {\n const gl = this.gl_;\n texture = texture || gl.createTexture();\n\n // set params & size\n const level = 0;\n const internalFormat = gl.RGBA;\n const border = 0;\n const format = gl.RGBA;\n const type = gl.UNSIGNED_BYTE;\n gl.bindTexture(gl.TEXTURE_2D, texture);\n if (data) {\n gl.texImage2D(gl.TEXTURE_2D, level, internalFormat, format, type, data);\n } else {\n gl.texImage2D(\n gl.TEXTURE_2D,\n level,\n internalFormat,\n size[0],\n size[1],\n border,\n format,\n type,\n null\n );\n }\n gl.texParameteri(gl.TEXTURE_2D, gl.TEXTURE_MIN_FILTER, gl.LINEAR);\n gl.texParameteri(gl.TEXTURE_2D, gl.TEXTURE_WRAP_S, gl.CLAMP_TO_EDGE);\n gl.texParameteri(gl.TEXTURE_2D, gl.TEXTURE_WRAP_T, gl.CLAMP_TO_EDGE);\n\n return texture;\n }\n}\n\n/**\n * Compute a stride in bytes based on a list of attributes\n * @param {Array} attributes Ordered list of attributes\n * @return {number} Stride, ie amount of values for each vertex in the vertex buffer\n */\nexport function computeAttributesStride(attributes) {\n let stride = 0;\n for (let i = 0; i < attributes.length; i++) {\n const attr = attributes[i];\n stride += attr.size * getByteSizeFromType(attr.type);\n }\n return stride;\n}\n\n/**\n * Computes the size in byte of an attribute type.\n * @param {AttributeType} type Attribute type\n * @return {number} The size in bytes\n */\nfunction getByteSizeFromType(type) {\n switch (type) {\n case AttributeType.UNSIGNED_BYTE:\n return Uint8Array.BYTES_PER_ELEMENT;\n case AttributeType.UNSIGNED_SHORT:\n return Uint16Array.BYTES_PER_ELEMENT;\n case AttributeType.UNSIGNED_INT:\n return Uint32Array.BYTES_PER_ELEMENT;\n case AttributeType.FLOAT:\n default:\n return Float32Array.BYTES_PER_ELEMENT;\n }\n}\n\nexport default WebGLHelper;\n","/**\n * @module ol/webgl/PaletteTexture\n */\n\nclass PaletteTexture {\n /**\n * @param {string} name The name of the texture.\n * @param {Uint8Array} data The texture data.\n */\n constructor(name, data) {\n this.name = name;\n this.data = data;\n\n /**\n * @type {WebGLTexture|null}\n * @private\n */\n this.texture_ = null;\n }\n\n /**\n * @param {WebGLRenderingContext} gl Rendering context.\n * @return {WebGLTexture} The texture.\n */\n getTexture(gl) {\n if (!this.texture_) {\n const texture = gl.createTexture();\n gl.bindTexture(gl.TEXTURE_2D, texture);\n gl.texParameteri(gl.TEXTURE_2D, gl.TEXTURE_WRAP_S, gl.CLAMP_TO_EDGE);\n gl.texParameteri(gl.TEXTURE_2D, gl.TEXTURE_WRAP_T, gl.CLAMP_TO_EDGE);\n gl.texParameteri(gl.TEXTURE_2D, gl.TEXTURE_MIN_FILTER, gl.NEAREST);\n gl.texParameteri(gl.TEXTURE_2D, gl.TEXTURE_MAG_FILTER, gl.NEAREST);\n gl.texImage2D(\n gl.TEXTURE_2D,\n 0,\n gl.RGBA,\n this.data.length / 4,\n 1,\n 0,\n gl.RGBA,\n gl.UNSIGNED_BYTE,\n this.data\n );\n this.texture_ = texture;\n }\n return this.texture_;\n }\n}\n\nexport default PaletteTexture;\n","/**\n * A wrapper class to simplify rendering to a texture instead of the final canvas\n * @module ol/webgl/RenderTarget\n */\nimport {equals} from '../array.js';\n\n// for pixel color reading\nconst tmpArray4 = new Uint8Array(4);\n\n/**\n * @classdesc\n * This class is a wrapper around the association of both a `WebGLTexture` and a `WebGLFramebuffer` instances,\n * simplifying initialization and binding for rendering.\n */\nclass WebGLRenderTarget {\n /**\n * @param {import(\"./Helper.js\").default} helper WebGL helper; mandatory.\n * @param {Array} [size] Expected size of the render target texture; note: this can be changed later on.\n */\n constructor(helper, size) {\n /**\n * @private\n * @type {import(\"./Helper.js\").default}\n */\n this.helper_ = helper;\n const gl = helper.getGL();\n\n /**\n * @private\n * @type {WebGLTexture}\n */\n this.texture_ = gl.createTexture();\n\n /**\n * @private\n * @type {WebGLFramebuffer}\n */\n this.framebuffer_ = gl.createFramebuffer();\n\n /**\n * @private\n * @type {WebGLRenderbuffer}\n */\n this.depthbuffer_ = gl.createRenderbuffer();\n\n /**\n * @type {Array}\n * @private\n */\n this.size_ = size || [1, 1];\n\n /**\n * @type {Uint8Array}\n * @private\n */\n this.data_ = new Uint8Array(0);\n\n /**\n * @type {boolean}\n * @private\n */\n this.dataCacheDirty_ = true;\n\n this.updateSize_();\n }\n\n /**\n * Changes the size of the render target texture. Note: will do nothing if the size\n * is already the same.\n * @param {Array} size Expected size of the render target texture\n */\n setSize(size) {\n if (equals(size, this.size_)) {\n return;\n }\n this.size_[0] = size[0];\n this.size_[1] = size[1];\n this.updateSize_();\n }\n\n /**\n * Returns the size of the render target texture\n * @return {Array} Size of the render target texture\n */\n getSize() {\n return this.size_;\n }\n\n /**\n * This will cause following calls to `#readAll` or `#readPixel` to download the content of the\n * render target into memory, which is an expensive operation.\n * This content will be kept in cache but should be cleared after each new render.\n */\n clearCachedData() {\n this.dataCacheDirty_ = true;\n }\n\n /**\n * Returns the full content of the frame buffer as a series of r, g, b, a components\n * in the 0-255 range (unsigned byte).\n * @return {Uint8Array} Integer array of color values\n */\n readAll() {\n if (this.dataCacheDirty_) {\n const size = this.size_;\n const gl = this.helper_.getGL();\n\n gl.bindFramebuffer(gl.FRAMEBUFFER, this.framebuffer_);\n gl.readPixels(\n 0,\n 0,\n size[0],\n size[1],\n gl.RGBA,\n gl.UNSIGNED_BYTE,\n this.data_\n );\n this.dataCacheDirty_ = false;\n }\n return this.data_;\n }\n\n /**\n * Reads one pixel of the frame buffer as an array of r, g, b, a components\n * in the 0-255 range (unsigned byte).\n * If x and/or y are outside of existing data, an array filled with 0 is returned.\n * @param {number} x Pixel coordinate\n * @param {number} y Pixel coordinate\n * @return {Uint8Array} Integer array with one color value (4 components)\n */\n readPixel(x, y) {\n if (x < 0 || y < 0 || x > this.size_[0] || y >= this.size_[1]) {\n tmpArray4[0] = 0;\n tmpArray4[1] = 0;\n tmpArray4[2] = 0;\n tmpArray4[3] = 0;\n return tmpArray4;\n }\n\n this.readAll();\n const index =\n Math.floor(x) + (this.size_[1] - Math.floor(y) - 1) * this.size_[0];\n tmpArray4[0] = this.data_[index * 4];\n tmpArray4[1] = this.data_[index * 4 + 1];\n tmpArray4[2] = this.data_[index * 4 + 2];\n tmpArray4[3] = this.data_[index * 4 + 3];\n return tmpArray4;\n }\n\n /**\n * @return {WebGLTexture} Texture to render to\n */\n getTexture() {\n return this.texture_;\n }\n\n /**\n * @return {WebGLFramebuffer} Frame buffer of the render target\n */\n getFramebuffer() {\n return this.framebuffer_;\n }\n\n /**\n * @return {WebGLRenderbuffer} Depth buffer of the render target\n */\n getDepthbuffer() {\n return this.depthbuffer_;\n }\n\n /**\n * @private\n */\n updateSize_() {\n const size = this.size_;\n const gl = this.helper_.getGL();\n\n this.texture_ = this.helper_.createTexture(size, null, this.texture_);\n\n gl.bindFramebuffer(gl.FRAMEBUFFER, this.framebuffer_);\n gl.viewport(0, 0, size[0], size[1]);\n gl.framebufferTexture2D(\n gl.FRAMEBUFFER,\n gl.COLOR_ATTACHMENT0,\n gl.TEXTURE_2D,\n this.texture_,\n 0\n );\n\n gl.bindRenderbuffer(gl.RENDERBUFFER, this.depthbuffer_);\n gl.renderbufferStorage(\n gl.RENDERBUFFER,\n gl.DEPTH_COMPONENT16,\n size[0],\n size[1]\n );\n gl.framebufferRenderbuffer(\n gl.FRAMEBUFFER,\n gl.DEPTH_ATTACHMENT,\n gl.RENDERBUFFER,\n this.depthbuffer_\n );\n\n this.data_ = new Uint8Array(size[0] * size[1] * 4);\n }\n}\n\nexport default WebGLRenderTarget;\n","'use strict';\n\nmodule.exports = earcut;\nmodule.exports.default = earcut;\n\nfunction earcut(data, holeIndices, dim) {\n\n dim = dim || 2;\n\n var hasHoles = holeIndices && holeIndices.length,\n outerLen = hasHoles ? holeIndices[0] * dim : data.length,\n outerNode = linkedList(data, 0, outerLen, dim, true),\n triangles = [];\n\n if (!outerNode || outerNode.next === outerNode.prev) return triangles;\n\n var minX, minY, maxX, maxY, x, y, invSize;\n\n if (hasHoles) outerNode = eliminateHoles(data, holeIndices, outerNode, dim);\n\n // if the shape is not too simple, we'll use z-order curve hash later; calculate polygon bbox\n if (data.length > 80 * dim) {\n minX = maxX = data[0];\n minY = maxY = data[1];\n\n for (var i = dim; i < outerLen; i += dim) {\n x = data[i];\n y = data[i + 1];\n if (x < minX) minX = x;\n if (y < minY) minY = y;\n if (x > maxX) maxX = x;\n if (y > maxY) maxY = y;\n }\n\n // minX, minY and invSize are later used to transform coords into integers for z-order calculation\n invSize = Math.max(maxX - minX, maxY - minY);\n invSize = invSize !== 0 ? 32767 / invSize : 0;\n }\n\n earcutLinked(outerNode, triangles, dim, minX, minY, invSize, 0);\n\n return triangles;\n}\n\n// create a circular doubly linked list from polygon points in the specified winding order\nfunction linkedList(data, start, end, dim, clockwise) {\n var i, last;\n\n if (clockwise === (signedArea(data, start, end, dim) > 0)) {\n for (i = start; i < end; i += dim) last = insertNode(i, data[i], data[i + 1], last);\n } else {\n for (i = end - dim; i >= start; i -= dim) last = insertNode(i, data[i], data[i + 1], last);\n }\n\n if (last && equals(last, last.next)) {\n removeNode(last);\n last = last.next;\n }\n\n return last;\n}\n\n// eliminate colinear or duplicate points\nfunction filterPoints(start, end) {\n if (!start) return start;\n if (!end) end = start;\n\n var p = start,\n again;\n do {\n again = false;\n\n if (!p.steiner && (equals(p, p.next) || area(p.prev, p, p.next) === 0)) {\n removeNode(p);\n p = end = p.prev;\n if (p === p.next) break;\n again = true;\n\n } else {\n p = p.next;\n }\n } while (again || p !== end);\n\n return end;\n}\n\n// main ear slicing loop which triangulates a polygon (given as a linked list)\nfunction earcutLinked(ear, triangles, dim, minX, minY, invSize, pass) {\n if (!ear) return;\n\n // interlink polygon nodes in z-order\n if (!pass && invSize) indexCurve(ear, minX, minY, invSize);\n\n var stop = ear,\n prev, next;\n\n // iterate through ears, slicing them one by one\n while (ear.prev !== ear.next) {\n prev = ear.prev;\n next = ear.next;\n\n if (invSize ? isEarHashed(ear, minX, minY, invSize) : isEar(ear)) {\n // cut off the triangle\n triangles.push(prev.i / dim | 0);\n triangles.push(ear.i / dim | 0);\n triangles.push(next.i / dim | 0);\n\n removeNode(ear);\n\n // skipping the next vertex leads to less sliver triangles\n ear = next.next;\n stop = next.next;\n\n continue;\n }\n\n ear = next;\n\n // if we looped through the whole remaining polygon and can't find any more ears\n if (ear === stop) {\n // try filtering points and slicing again\n if (!pass) {\n earcutLinked(filterPoints(ear), triangles, dim, minX, minY, invSize, 1);\n\n // if this didn't work, try curing all small self-intersections locally\n } else if (pass === 1) {\n ear = cureLocalIntersections(filterPoints(ear), triangles, dim);\n earcutLinked(ear, triangles, dim, minX, minY, invSize, 2);\n\n // as a last resort, try splitting the remaining polygon into two\n } else if (pass === 2) {\n splitEarcut(ear, triangles, dim, minX, minY, invSize);\n }\n\n break;\n }\n }\n}\n\n// check whether a polygon node forms a valid ear with adjacent nodes\nfunction isEar(ear) {\n var a = ear.prev,\n b = ear,\n c = ear.next;\n\n if (area(a, b, c) >= 0) return false; // reflex, can't be an ear\n\n // now make sure we don't have other points inside the potential ear\n var ax = a.x, bx = b.x, cx = c.x, ay = a.y, by = b.y, cy = c.y;\n\n // triangle bbox; min & max are calculated like this for speed\n var x0 = ax < bx ? (ax < cx ? ax : cx) : (bx < cx ? bx : cx),\n y0 = ay < by ? (ay < cy ? ay : cy) : (by < cy ? by : cy),\n x1 = ax > bx ? (ax > cx ? ax : cx) : (bx > cx ? bx : cx),\n y1 = ay > by ? (ay > cy ? ay : cy) : (by > cy ? by : cy);\n\n var p = c.next;\n while (p !== a) {\n if (p.x >= x0 && p.x <= x1 && p.y >= y0 && p.y <= y1 &&\n pointInTriangle(ax, ay, bx, by, cx, cy, p.x, p.y) &&\n area(p.prev, p, p.next) >= 0) return false;\n p = p.next;\n }\n\n return true;\n}\n\nfunction isEarHashed(ear, minX, minY, invSize) {\n var a = ear.prev,\n b = ear,\n c = ear.next;\n\n if (area(a, b, c) >= 0) return false; // reflex, can't be an ear\n\n var ax = a.x, bx = b.x, cx = c.x, ay = a.y, by = b.y, cy = c.y;\n\n // triangle bbox; min & max are calculated like this for speed\n var x0 = ax < bx ? (ax < cx ? ax : cx) : (bx < cx ? bx : cx),\n y0 = ay < by ? (ay < cy ? ay : cy) : (by < cy ? by : cy),\n x1 = ax > bx ? (ax > cx ? ax : cx) : (bx > cx ? bx : cx),\n y1 = ay > by ? (ay > cy ? ay : cy) : (by > cy ? by : cy);\n\n // z-order range for the current triangle bbox;\n var minZ = zOrder(x0, y0, minX, minY, invSize),\n maxZ = zOrder(x1, y1, minX, minY, invSize);\n\n var p = ear.prevZ,\n n = ear.nextZ;\n\n // look for points inside the triangle in both directions\n while (p && p.z >= minZ && n && n.z <= maxZ) {\n if (p.x >= x0 && p.x <= x1 && p.y >= y0 && p.y <= y1 && p !== a && p !== c &&\n pointInTriangle(ax, ay, bx, by, cx, cy, p.x, p.y) && area(p.prev, p, p.next) >= 0) return false;\n p = p.prevZ;\n\n if (n.x >= x0 && n.x <= x1 && n.y >= y0 && n.y <= y1 && n !== a && n !== c &&\n pointInTriangle(ax, ay, bx, by, cx, cy, n.x, n.y) && area(n.prev, n, n.next) >= 0) return false;\n n = n.nextZ;\n }\n\n // look for remaining points in decreasing z-order\n while (p && p.z >= minZ) {\n if (p.x >= x0 && p.x <= x1 && p.y >= y0 && p.y <= y1 && p !== a && p !== c &&\n pointInTriangle(ax, ay, bx, by, cx, cy, p.x, p.y) && area(p.prev, p, p.next) >= 0) return false;\n p = p.prevZ;\n }\n\n // look for remaining points in increasing z-order\n while (n && n.z <= maxZ) {\n if (n.x >= x0 && n.x <= x1 && n.y >= y0 && n.y <= y1 && n !== a && n !== c &&\n pointInTriangle(ax, ay, bx, by, cx, cy, n.x, n.y) && area(n.prev, n, n.next) >= 0) return false;\n n = n.nextZ;\n }\n\n return true;\n}\n\n// go through all polygon nodes and cure small local self-intersections\nfunction cureLocalIntersections(start, triangles, dim) {\n var p = start;\n do {\n var a = p.prev,\n b = p.next.next;\n\n if (!equals(a, b) && intersects(a, p, p.next, b) && locallyInside(a, b) && locallyInside(b, a)) {\n\n triangles.push(a.i / dim | 0);\n triangles.push(p.i / dim | 0);\n triangles.push(b.i / dim | 0);\n\n // remove two nodes involved\n removeNode(p);\n removeNode(p.next);\n\n p = start = b;\n }\n p = p.next;\n } while (p !== start);\n\n return filterPoints(p);\n}\n\n// try splitting polygon into two and triangulate them independently\nfunction splitEarcut(start, triangles, dim, minX, minY, invSize) {\n // look for a valid diagonal that divides the polygon into two\n var a = start;\n do {\n var b = a.next.next;\n while (b !== a.prev) {\n if (a.i !== b.i && isValidDiagonal(a, b)) {\n // split the polygon in two by the diagonal\n var c = splitPolygon(a, b);\n\n // filter colinear points around the cuts\n a = filterPoints(a, a.next);\n c = filterPoints(c, c.next);\n\n // run earcut on each half\n earcutLinked(a, triangles, dim, minX, minY, invSize, 0);\n earcutLinked(c, triangles, dim, minX, minY, invSize, 0);\n return;\n }\n b = b.next;\n }\n a = a.next;\n } while (a !== start);\n}\n\n// link every hole into the outer loop, producing a single-ring polygon without holes\nfunction eliminateHoles(data, holeIndices, outerNode, dim) {\n var queue = [],\n i, len, start, end, list;\n\n for (i = 0, len = holeIndices.length; i < len; i++) {\n start = holeIndices[i] * dim;\n end = i < len - 1 ? holeIndices[i + 1] * dim : data.length;\n list = linkedList(data, start, end, dim, false);\n if (list === list.next) list.steiner = true;\n queue.push(getLeftmost(list));\n }\n\n queue.sort(compareX);\n\n // process holes from left to right\n for (i = 0; i < queue.length; i++) {\n outerNode = eliminateHole(queue[i], outerNode);\n }\n\n return outerNode;\n}\n\nfunction compareX(a, b) {\n return a.x - b.x;\n}\n\n// find a bridge between vertices that connects hole with an outer ring and and link it\nfunction eliminateHole(hole, outerNode) {\n var bridge = findHoleBridge(hole, outerNode);\n if (!bridge) {\n return outerNode;\n }\n\n var bridgeReverse = splitPolygon(bridge, hole);\n\n // filter collinear points around the cuts\n filterPoints(bridgeReverse, bridgeReverse.next);\n return filterPoints(bridge, bridge.next);\n}\n\n// David Eberly's algorithm for finding a bridge between hole and outer polygon\nfunction findHoleBridge(hole, outerNode) {\n var p = outerNode,\n hx = hole.x,\n hy = hole.y,\n qx = -Infinity,\n m;\n\n // find a segment intersected by a ray from the hole's leftmost point to the left;\n // segment's endpoint with lesser x will be potential connection point\n do {\n if (hy <= p.y && hy >= p.next.y && p.next.y !== p.y) {\n var x = p.x + (hy - p.y) * (p.next.x - p.x) / (p.next.y - p.y);\n if (x <= hx && x > qx) {\n qx = x;\n m = p.x < p.next.x ? p : p.next;\n if (x === hx) return m; // hole touches outer segment; pick leftmost endpoint\n }\n }\n p = p.next;\n } while (p !== outerNode);\n\n if (!m) return null;\n\n // look for points inside the triangle of hole point, segment intersection and endpoint;\n // if there are no points found, we have a valid connection;\n // otherwise choose the point of the minimum angle with the ray as connection point\n\n var stop = m,\n mx = m.x,\n my = m.y,\n tanMin = Infinity,\n tan;\n\n p = m;\n\n do {\n if (hx >= p.x && p.x >= mx && hx !== p.x &&\n pointInTriangle(hy < my ? hx : qx, hy, mx, my, hy < my ? qx : hx, hy, p.x, p.y)) {\n\n tan = Math.abs(hy - p.y) / (hx - p.x); // tangential\n\n if (locallyInside(p, hole) &&\n (tan < tanMin || (tan === tanMin && (p.x > m.x || (p.x === m.x && sectorContainsSector(m, p)))))) {\n m = p;\n tanMin = tan;\n }\n }\n\n p = p.next;\n } while (p !== stop);\n\n return m;\n}\n\n// whether sector in vertex m contains sector in vertex p in the same coordinates\nfunction sectorContainsSector(m, p) {\n return area(m.prev, m, p.prev) < 0 && area(p.next, m, m.next) < 0;\n}\n\n// interlink polygon nodes in z-order\nfunction indexCurve(start, minX, minY, invSize) {\n var p = start;\n do {\n if (p.z === 0) p.z = zOrder(p.x, p.y, minX, minY, invSize);\n p.prevZ = p.prev;\n p.nextZ = p.next;\n p = p.next;\n } while (p !== start);\n\n p.prevZ.nextZ = null;\n p.prevZ = null;\n\n sortLinked(p);\n}\n\n// Simon Tatham's linked list merge sort algorithm\n// http://www.chiark.greenend.org.uk/~sgtatham/algorithms/listsort.html\nfunction sortLinked(list) {\n var i, p, q, e, tail, numMerges, pSize, qSize,\n inSize = 1;\n\n do {\n p = list;\n list = null;\n tail = null;\n numMerges = 0;\n\n while (p) {\n numMerges++;\n q = p;\n pSize = 0;\n for (i = 0; i < inSize; i++) {\n pSize++;\n q = q.nextZ;\n if (!q) break;\n }\n qSize = inSize;\n\n while (pSize > 0 || (qSize > 0 && q)) {\n\n if (pSize !== 0 && (qSize === 0 || !q || p.z <= q.z)) {\n e = p;\n p = p.nextZ;\n pSize--;\n } else {\n e = q;\n q = q.nextZ;\n qSize--;\n }\n\n if (tail) tail.nextZ = e;\n else list = e;\n\n e.prevZ = tail;\n tail = e;\n }\n\n p = q;\n }\n\n tail.nextZ = null;\n inSize *= 2;\n\n } while (numMerges > 1);\n\n return list;\n}\n\n// z-order of a point given coords and inverse of the longer side of data bbox\nfunction zOrder(x, y, minX, minY, invSize) {\n // coords are transformed into non-negative 15-bit integer range\n x = (x - minX) * invSize | 0;\n y = (y - minY) * invSize | 0;\n\n x = (x | (x << 8)) & 0x00FF00FF;\n x = (x | (x << 4)) & 0x0F0F0F0F;\n x = (x | (x << 2)) & 0x33333333;\n x = (x | (x << 1)) & 0x55555555;\n\n y = (y | (y << 8)) & 0x00FF00FF;\n y = (y | (y << 4)) & 0x0F0F0F0F;\n y = (y | (y << 2)) & 0x33333333;\n y = (y | (y << 1)) & 0x55555555;\n\n return x | (y << 1);\n}\n\n// find the leftmost node of a polygon ring\nfunction getLeftmost(start) {\n var p = start,\n leftmost = start;\n do {\n if (p.x < leftmost.x || (p.x === leftmost.x && p.y < leftmost.y)) leftmost = p;\n p = p.next;\n } while (p !== start);\n\n return leftmost;\n}\n\n// check if a point lies within a convex triangle\nfunction pointInTriangle(ax, ay, bx, by, cx, cy, px, py) {\n return (cx - px) * (ay - py) >= (ax - px) * (cy - py) &&\n (ax - px) * (by - py) >= (bx - px) * (ay - py) &&\n (bx - px) * (cy - py) >= (cx - px) * (by - py);\n}\n\n// check if a diagonal between two polygon nodes is valid (lies in polygon interior)\nfunction isValidDiagonal(a, b) {\n return a.next.i !== b.i && a.prev.i !== b.i && !intersectsPolygon(a, b) && // dones't intersect other edges\n (locallyInside(a, b) && locallyInside(b, a) && middleInside(a, b) && // locally visible\n (area(a.prev, a, b.prev) || area(a, b.prev, b)) || // does not create opposite-facing sectors\n equals(a, b) && area(a.prev, a, a.next) > 0 && area(b.prev, b, b.next) > 0); // special zero-length case\n}\n\n// signed area of a triangle\nfunction area(p, q, r) {\n return (q.y - p.y) * (r.x - q.x) - (q.x - p.x) * (r.y - q.y);\n}\n\n// check if two points are equal\nfunction equals(p1, p2) {\n return p1.x === p2.x && p1.y === p2.y;\n}\n\n// check if two segments intersect\nfunction intersects(p1, q1, p2, q2) {\n var o1 = sign(area(p1, q1, p2));\n var o2 = sign(area(p1, q1, q2));\n var o3 = sign(area(p2, q2, p1));\n var o4 = sign(area(p2, q2, q1));\n\n if (o1 !== o2 && o3 !== o4) return true; // general case\n\n if (o1 === 0 && onSegment(p1, p2, q1)) return true; // p1, q1 and p2 are collinear and p2 lies on p1q1\n if (o2 === 0 && onSegment(p1, q2, q1)) return true; // p1, q1 and q2 are collinear and q2 lies on p1q1\n if (o3 === 0 && onSegment(p2, p1, q2)) return true; // p2, q2 and p1 are collinear and p1 lies on p2q2\n if (o4 === 0 && onSegment(p2, q1, q2)) return true; // p2, q2 and q1 are collinear and q1 lies on p2q2\n\n return false;\n}\n\n// for collinear points p, q, r, check if point q lies on segment pr\nfunction onSegment(p, q, r) {\n return q.x <= Math.max(p.x, r.x) && q.x >= Math.min(p.x, r.x) && q.y <= Math.max(p.y, r.y) && q.y >= Math.min(p.y, r.y);\n}\n\nfunction sign(num) {\n return num > 0 ? 1 : num < 0 ? -1 : 0;\n}\n\n// check if a polygon diagonal intersects any polygon segments\nfunction intersectsPolygon(a, b) {\n var p = a;\n do {\n if (p.i !== a.i && p.next.i !== a.i && p.i !== b.i && p.next.i !== b.i &&\n intersects(p, p.next, a, b)) return true;\n p = p.next;\n } while (p !== a);\n\n return false;\n}\n\n// check if a polygon diagonal is locally inside the polygon\nfunction locallyInside(a, b) {\n return area(a.prev, a, a.next) < 0 ?\n area(a, b, a.next) >= 0 && area(a, a.prev, b) >= 0 :\n area(a, b, a.prev) < 0 || area(a, a.next, b) < 0;\n}\n\n// check if the middle point of a polygon diagonal is inside the polygon\nfunction middleInside(a, b) {\n var p = a,\n inside = false,\n px = (a.x + b.x) / 2,\n py = (a.y + b.y) / 2;\n do {\n if (((p.y > py) !== (p.next.y > py)) && p.next.y !== p.y &&\n (px < (p.next.x - p.x) * (py - p.y) / (p.next.y - p.y) + p.x))\n inside = !inside;\n p = p.next;\n } while (p !== a);\n\n return inside;\n}\n\n// link two polygon vertices with a bridge; if the vertices belong to the same ring, it splits polygon into two;\n// if one belongs to the outer ring and another to a hole, it merges it into a single ring\nfunction splitPolygon(a, b) {\n var a2 = new Node(a.i, a.x, a.y),\n b2 = new Node(b.i, b.x, b.y),\n an = a.next,\n bp = b.prev;\n\n a.next = b;\n b.prev = a;\n\n a2.next = an;\n an.prev = a2;\n\n b2.next = a2;\n a2.prev = b2;\n\n bp.next = b2;\n b2.prev = bp;\n\n return b2;\n}\n\n// create a node and optionally link it with previous one (in a circular doubly linked list)\nfunction insertNode(i, x, y, last) {\n var p = new Node(i, x, y);\n\n if (!last) {\n p.prev = p;\n p.next = p;\n\n } else {\n p.next = last.next;\n p.prev = last;\n last.next.prev = p;\n last.next = p;\n }\n return p;\n}\n\nfunction removeNode(p) {\n p.next.prev = p.prev;\n p.prev.next = p.next;\n\n if (p.prevZ) p.prevZ.nextZ = p.nextZ;\n if (p.nextZ) p.nextZ.prevZ = p.prevZ;\n}\n\nfunction Node(i, x, y) {\n // vertex index in coordinates array\n this.i = i;\n\n // vertex coordinates\n this.x = x;\n this.y = y;\n\n // previous and next vertex nodes in a polygon ring\n this.prev = null;\n this.next = null;\n\n // z-order curve value\n this.z = 0;\n\n // previous and next nodes in z-order\n this.prevZ = null;\n this.nextZ = null;\n\n // indicates whether this is a steiner point\n this.steiner = false;\n}\n\n// return a percentage difference between the polygon area and its triangulation area;\n// used to verify correctness of triangulation\nearcut.deviation = function (data, holeIndices, dim, triangles) {\n var hasHoles = holeIndices && holeIndices.length;\n var outerLen = hasHoles ? holeIndices[0] * dim : data.length;\n\n var polygonArea = Math.abs(signedArea(data, 0, outerLen, dim));\n if (hasHoles) {\n for (var i = 0, len = holeIndices.length; i < len; i++) {\n var start = holeIndices[i] * dim;\n var end = i < len - 1 ? holeIndices[i + 1] * dim : data.length;\n polygonArea -= Math.abs(signedArea(data, start, end, dim));\n }\n }\n\n var trianglesArea = 0;\n for (i = 0; i < triangles.length; i += 3) {\n var a = triangles[i] * dim;\n var b = triangles[i + 1] * dim;\n var c = triangles[i + 2] * dim;\n trianglesArea += Math.abs(\n (data[a] - data[c]) * (data[b + 1] - data[a + 1]) -\n (data[a] - data[b]) * (data[c + 1] - data[a + 1]));\n }\n\n return polygonArea === 0 && trianglesArea === 0 ? 0 :\n Math.abs((trianglesArea - polygonArea) / polygonArea);\n};\n\nfunction signedArea(data, start, end, dim) {\n var sum = 0;\n for (var i = start, j = end - dim; i < end; i += dim) {\n sum += (data[j] - data[i]) * (data[i + 1] + data[j + 1]);\n j = i;\n }\n return sum;\n}\n\n// turn a polygon in a multi-dimensional array form (e.g. as in GeoJSON) into a form Earcut accepts\nearcut.flatten = function (data) {\n var dim = data[0][0].length,\n result = {vertices: [], holes: [], dimensions: dim},\n holeIndex = 0;\n\n for (var i = 0; i < data.length; i++) {\n for (var j = 0; j < data[i].length; j++) {\n for (var d = 0; d < dim; d++) result.vertices.push(data[i][j][d]);\n }\n if (i > 0) {\n holeIndex += data[i - 1].length;\n result.holes.push(holeIndex);\n }\n }\n return result;\n};\n","/**\n * @module ol/render/webgl/utils\n */\nimport earcut from 'earcut';\nimport {apply as applyTransform} from '../../transform.js';\nimport {clamp} from '../../math.js';\n\nexport const LINESTRING_ANGLE_COSINE_CUTOFF = 0.985;\n\n/** @type {Array} */\nconst tmpArray_ = [];\n\n/**\n * An object holding positions both in an index and a vertex buffer.\n * @typedef {Object} BufferPositions\n * @property {number} vertexPosition Position in the vertex buffer\n * @property {number} indexPosition Position in the index buffer\n */\nconst bufferPositions_ = {vertexPosition: 0, indexPosition: 0};\n\n/**\n * @param {Float32Array} buffer Buffer\n * @param {number} pos Position\n * @param {number} x X\n * @param {number} y Y\n * @param {number} index Index\n */\nfunction writePointVertex(buffer, pos, x, y, index) {\n buffer[pos + 0] = x;\n buffer[pos + 1] = y;\n buffer[pos + 2] = index;\n}\n\n/**\n * Pushes a quad (two triangles) based on a point geometry\n * @param {Float32Array} instructions Array of render instructions for points.\n * @param {number} elementIndex Index from which render instructions will be read.\n * @param {Float32Array} vertexBuffer Buffer in the form of a typed array.\n * @param {Uint32Array} indexBuffer Buffer in the form of a typed array.\n * @param {number} customAttributesSize Amount of custom attributes for each element.\n * @param {BufferPositions} [bufferPositions] Buffer write positions; if not specified, positions will be set at 0.\n * @return {BufferPositions} New buffer positions where to write next\n * @property {number} vertexPosition New position in the vertex buffer where future writes should start.\n * @property {number} indexPosition New position in the index buffer where future writes should start.\n * @private\n */\nexport function writePointFeatureToBuffers(\n instructions,\n elementIndex,\n vertexBuffer,\n indexBuffer,\n customAttributesSize,\n bufferPositions\n) {\n // This is for x, y and index\n const baseVertexAttrsCount = 3;\n const baseInstructionsCount = 2;\n const stride = baseVertexAttrsCount + customAttributesSize;\n\n const x = instructions[elementIndex + 0];\n const y = instructions[elementIndex + 1];\n\n // read custom numerical attributes on the feature\n const customAttrs = tmpArray_;\n customAttrs.length = customAttributesSize;\n for (let i = 0; i < customAttrs.length; i++) {\n customAttrs[i] = instructions[elementIndex + baseInstructionsCount + i];\n }\n\n let vPos = bufferPositions ? bufferPositions.vertexPosition : 0;\n let iPos = bufferPositions ? bufferPositions.indexPosition : 0;\n const baseIndex = vPos / stride;\n\n // push vertices for each of the four quad corners (first standard then custom attributes)\n writePointVertex(vertexBuffer, vPos, x, y, 0);\n customAttrs.length &&\n vertexBuffer.set(customAttrs, vPos + baseVertexAttrsCount);\n vPos += stride;\n\n writePointVertex(vertexBuffer, vPos, x, y, 1);\n customAttrs.length &&\n vertexBuffer.set(customAttrs, vPos + baseVertexAttrsCount);\n vPos += stride;\n\n writePointVertex(vertexBuffer, vPos, x, y, 2);\n customAttrs.length &&\n vertexBuffer.set(customAttrs, vPos + baseVertexAttrsCount);\n vPos += stride;\n\n writePointVertex(vertexBuffer, vPos, x, y, 3);\n customAttrs.length &&\n vertexBuffer.set(customAttrs, vPos + baseVertexAttrsCount);\n vPos += stride;\n\n indexBuffer[iPos++] = baseIndex;\n indexBuffer[iPos++] = baseIndex + 1;\n indexBuffer[iPos++] = baseIndex + 3;\n indexBuffer[iPos++] = baseIndex + 1;\n indexBuffer[iPos++] = baseIndex + 2;\n indexBuffer[iPos++] = baseIndex + 3;\n\n bufferPositions_.vertexPosition = vPos;\n bufferPositions_.indexPosition = iPos;\n\n return bufferPositions_;\n}\n\n/**\n * Pushes a single quad to form a line segment; also includes a computation for the join angles with previous and next\n * segment, in order to be able to offset the vertices correctly in the shader.\n * Join angles are between 0 and 2PI.\n * This also computes the length of the current segment and the sum of the join angle tangents in order\n * to store this information on each subsequent segment along the line. This is necessary to correctly render dashes\n * and symbols along the line.\n *\n * pB (before) pA (after)\n * X negative X\n * \\ offset /\n * \\ /\n * \\ join join /\n * \\ angle 0 angle 1 /\n * \\←--- ←---/ positive\n * \\ ←-- ←-- / offset\n * \\ ↑ ↓ /\n * X────┴───────┴─────X\n * p0 p1\n *\n * @param {Float32Array} instructions Array of render instructions for lines.s\n * @param {number} segmentStartIndex Index of the segment start point from which render instructions will be read.\n * @param {number} segmentEndIndex Index of the segment end point from which render instructions will be read.\n * @param {number|null} beforeSegmentIndex Index of the point right before the segment (null if none, e.g this is a line start)\n * @param {number|null} afterSegmentIndex Index of the point right after the segment (null if none, e.g this is a line end)\n * @param {Array} vertexArray Array containing vertices.\n * @param {Array} indexArray Array containing indices.\n * @param {Array} customAttributes Array of custom attributes value\n * @param {import('../../transform.js').Transform} toWorldTransform Transform matrix used to obtain world coordinates from instructions\n * @param {number} currentLength Cumulated length of segments processed so far\n * @param {number} currentAngleTangentSum Cumulated tangents of the join angles processed so far\n * @return {{length: number, angle: number}} Cumulated length with the newly processed segment (in world units), new sum of the join angle tangents\n * @private\n */\nexport function writeLineSegmentToBuffers(\n instructions,\n segmentStartIndex,\n segmentEndIndex,\n beforeSegmentIndex,\n afterSegmentIndex,\n vertexArray,\n indexArray,\n customAttributes,\n toWorldTransform,\n currentLength,\n currentAngleTangentSum\n) {\n // compute the stride to determine how many vertices were already pushed\n const baseVertexAttrsCount = 8; // base attributes: x0, y0, x1, y1, angle0, angle1, distance, params\n const stride = baseVertexAttrsCount + customAttributes.length;\n const baseIndex = vertexArray.length / stride;\n\n // The segment is composed of two positions called P0[x0, y0] and P1[x1, y1]\n // Depending on whether there are points before and after the segment, its final shape\n // will be different\n const p0 = [\n instructions[segmentStartIndex + 0],\n instructions[segmentStartIndex + 1],\n ];\n const p1 = [instructions[segmentEndIndex], instructions[segmentEndIndex + 1]];\n\n // to compute join angles we need to reproject coordinates back in world units\n const p0world = applyTransform(toWorldTransform, [...p0]);\n const p1world = applyTransform(toWorldTransform, [...p1]);\n\n /**\n * Compute the angle between p0pA and p0pB\n * @param {import(\"../../coordinate.js\").Coordinate} p0 Point 0\n * @param {import(\"../../coordinate.js\").Coordinate} pA Point A\n * @param {import(\"../../coordinate.js\").Coordinate} pB Point B\n * @return {number} a value in [0, 2PI]\n */\n function angleBetween(p0, pA, pB) {\n const lenA = Math.sqrt(\n (pA[0] - p0[0]) * (pA[0] - p0[0]) + (pA[1] - p0[1]) * (pA[1] - p0[1])\n );\n const tangentA = [(pA[0] - p0[0]) / lenA, (pA[1] - p0[1]) / lenA];\n const orthoA = [-tangentA[1], tangentA[0]];\n const lenB = Math.sqrt(\n (pB[0] - p0[0]) * (pB[0] - p0[0]) + (pB[1] - p0[1]) * (pB[1] - p0[1])\n );\n const tangentB = [(pB[0] - p0[0]) / lenB, (pB[1] - p0[1]) / lenB];\n\n // this angle can be clockwise or anticlockwise; hence the computation afterwards\n const angle =\n lenA === 0 || lenB === 0\n ? 0\n : Math.acos(\n clamp(tangentB[0] * tangentA[0] + tangentB[1] * tangentA[1], -1, 1)\n );\n const isClockwise = tangentB[0] * orthoA[0] + tangentB[1] * orthoA[1] > 0;\n return !isClockwise ? Math.PI * 2 - angle : angle;\n }\n\n // a negative angle indicates a line cap\n let angle0 = -1;\n let angle1 = -1;\n let newAngleTangentSum = currentAngleTangentSum;\n\n const joinBefore = beforeSegmentIndex !== null;\n const joinAfter = afterSegmentIndex !== null;\n\n // add vertices and adapt offsets for P0 in case of join\n if (joinBefore) {\n // B for before\n const pB = [\n instructions[beforeSegmentIndex],\n instructions[beforeSegmentIndex + 1],\n ];\n const pBworld = applyTransform(toWorldTransform, [...pB]);\n angle0 = angleBetween(p0world, p1world, pBworld);\n\n // only add to the sum if the angle isn't too close to 0 or 2PI\n if (Math.cos(angle0) <= LINESTRING_ANGLE_COSINE_CUTOFF) {\n newAngleTangentSum += Math.tan((angle0 - Math.PI) / 2);\n }\n }\n // adapt offsets for P1 in case of join; add to angle sum\n if (joinAfter) {\n // A for after\n const pA = [\n instructions[afterSegmentIndex],\n instructions[afterSegmentIndex + 1],\n ];\n const pAworld = applyTransform(toWorldTransform, [...pA]);\n angle1 = angleBetween(p1world, p0world, pAworld);\n\n // only add to the sum if the angle isn't too close to 0 or 2PI\n if (Math.cos(angle1) <= LINESTRING_ANGLE_COSINE_CUTOFF) {\n newAngleTangentSum += Math.tan((Math.PI - angle1) / 2);\n }\n }\n\n /**\n * @param {number} vertexIndex From 0 to 3, indicating position in the quad\n * @param {number} angleSum Sum of the join angles encountered so far (used to compute distance offset\n * @return {number} A float value containing both information\n */\n function computeParameters(vertexIndex, angleSum) {\n if (angleSum === 0) {\n return vertexIndex * 10000;\n }\n return Math.sign(angleSum) * (vertexIndex * 10000 + Math.abs(angleSum));\n }\n\n // add main segment triangles\n vertexArray.push(\n p0[0],\n p0[1],\n p1[0],\n p1[1],\n angle0,\n angle1,\n currentLength,\n computeParameters(0, currentAngleTangentSum)\n );\n vertexArray.push(...customAttributes);\n\n vertexArray.push(\n p0[0],\n p0[1],\n p1[0],\n p1[1],\n angle0,\n angle1,\n currentLength,\n computeParameters(1, currentAngleTangentSum)\n );\n vertexArray.push(...customAttributes);\n\n vertexArray.push(\n p0[0],\n p0[1],\n p1[0],\n p1[1],\n angle0,\n angle1,\n currentLength,\n computeParameters(2, currentAngleTangentSum)\n );\n vertexArray.push(...customAttributes);\n\n vertexArray.push(\n p0[0],\n p0[1],\n p1[0],\n p1[1],\n angle0,\n angle1,\n currentLength,\n computeParameters(3, currentAngleTangentSum)\n );\n vertexArray.push(...customAttributes);\n\n indexArray.push(\n baseIndex,\n baseIndex + 1,\n baseIndex + 2,\n baseIndex + 1,\n baseIndex + 3,\n baseIndex + 2\n );\n\n return {\n length:\n currentLength +\n Math.sqrt(\n (p1world[0] - p0world[0]) * (p1world[0] - p0world[0]) +\n (p1world[1] - p0world[1]) * (p1world[1] - p0world[1])\n ),\n angle: newAngleTangentSum,\n };\n}\n\n/**\n * Pushes several triangles to form a polygon, including holes\n * @param {Float32Array} instructions Array of render instructions for lines.\n * @param {number} polygonStartIndex Index of the polygon start point from which render instructions will be read.\n * @param {Array} vertexArray Array containing vertices.\n * @param {Array} indexArray Array containing indices.\n * @param {number} customAttributesSize Amount of custom attributes for each element.\n * @return {number} Next polygon instructions index\n * @private\n */\nexport function writePolygonTrianglesToBuffers(\n instructions,\n polygonStartIndex,\n vertexArray,\n indexArray,\n customAttributesSize\n) {\n const instructionsPerVertex = 2; // x, y\n const attributesPerVertex = 2 + customAttributesSize;\n let instructionsIndex = polygonStartIndex;\n const customAttributes = instructions.slice(\n instructionsIndex,\n instructionsIndex + customAttributesSize\n );\n instructionsIndex += customAttributesSize;\n const ringsCount = instructions[instructionsIndex++];\n let verticesCount = 0;\n const holes = new Array(ringsCount - 1);\n for (let i = 0; i < ringsCount; i++) {\n verticesCount += instructions[instructionsIndex++];\n if (i < ringsCount - 1) {\n holes[i] = verticesCount;\n }\n }\n const flatCoords = instructions.slice(\n instructionsIndex,\n instructionsIndex + verticesCount * instructionsPerVertex\n );\n\n // pushing to vertices and indices!! this is where the magic happens\n const result = earcut(flatCoords, holes, instructionsPerVertex);\n for (let i = 0; i < result.length; i++) {\n indexArray.push(result[i] + vertexArray.length / attributesPerVertex);\n }\n for (let i = 0; i < flatCoords.length; i += 2) {\n vertexArray.push(flatCoords[i], flatCoords[i + 1], ...customAttributes);\n }\n\n return instructionsIndex + verticesCount * instructionsPerVertex;\n}\n\n/**\n * Returns a texture of 1x1 pixel, white\n * @private\n * @return {ImageData} Image data.\n */\nexport function getBlankImageData() {\n const canvas = document.createElement('canvas');\n const image = canvas.getContext('2d').createImageData(1, 1);\n image.data[0] = 255;\n image.data[1] = 255;\n image.data[2] = 255;\n image.data[3] = 255;\n return image;\n}\n\n/**\n * Generates a color array based on a numerical id\n * Note: the range for each component is 0 to 1 with 256 steps\n * @param {number} id Id\n * @param {Array} [array] Reusable array\n * @return {Array} Color array containing the encoded id\n */\nexport function colorEncodeId(id, array) {\n array = array || [];\n const radix = 256;\n const divide = radix - 1;\n array[0] = Math.floor(id / radix / radix / radix) / divide;\n array[1] = (Math.floor(id / radix / radix) % radix) / divide;\n array[2] = (Math.floor(id / radix) % radix) / divide;\n array[3] = (id % radix) / divide;\n return array;\n}\n\n/**\n * Reads an id from a color-encoded array\n * Note: the expected range for each component is 0 to 1 with 256 steps.\n * @param {Array} color Color array containing the encoded id\n * @return {number} Decoded id\n */\nexport function colorDecodeId(color) {\n let id = 0;\n const radix = 256;\n const mult = radix - 1;\n id += Math.round(color[0] * radix * radix * radix * mult);\n id += Math.round(color[1] * radix * radix * mult);\n id += Math.round(color[2] * radix * mult);\n id += Math.round(color[3] * mult);\n return id;\n}\n","/**\n * @module ol/expr/expression\n */\nimport {ascending} from '../array.js';\nimport {isStringColor} from '../color.js';\n\n/**\n * @fileoverview This module includes types and functions for parsing array encoded expressions.\n * The result of parsing an encoded expression is one of the specific expression classes.\n * During parsing, information is added to the parsing context about the data accessed by the\n * expression.\n */\n\n/**\n * Base type used for literal style parameters; can be a number literal or the output of an operator,\n * which in turns takes {@link import(\"./expression.js\").ExpressionValue} arguments.\n *\n * The following operators can be used:\n *\n * * Reading operators:\n * * `['band', bandIndex, xOffset, yOffset]` For tile layers only. Fetches pixel values from band\n * `bandIndex` of the source's data. The first `bandIndex` of the source data is `1`. Fetched values\n * are in the 0..1 range. {@link import(\"../source/TileImage.js\").default} sources have 4 bands: red,\n * green, blue and alpha. {@link import(\"../source/DataTile.js\").default} sources can have any number\n * of bands, depending on the underlying data source and\n * {@link import(\"../source/GeoTIFF.js\").Options configuration}. `xOffset` and `yOffset` are optional\n * and allow specifying pixel offsets for x and y. This is used for sampling data from neighboring pixels.\n * * `['get', 'attributeName', typeHint]` fetches a feature property value, similar to `feature.get('attributeName')`\n * A type hint can optionally be specified, in case the resulting expression contains a type ambiguity which\n * will make it invalid. Type hints can be one of: 'string', 'color', 'number', 'boolean', 'number[]'\n * * `['geometry-type']` returns a feature's geometry type as string, either: 'LineString', 'Point' or 'Polygon'\n * `Multi*` values are returned as their singular equivalent\n * `Circle` geometries are returned as 'Polygon'\n * `GeometryCollection` geometries are returned as the type of the first geometry found in the collection\n * * `['resolution']` returns the current resolution\n * * `['time']` returns the time in seconds since the creation of the layer\n * * `['var', 'varName']` fetches a value from the style variables; will throw an error if that variable is undefined\n * * `['zoom']` returns the current zoom level\n *\n * * Math operators:\n * * `['*', value1, value2, ...]` multiplies the values (either numbers or colors)\n * * `['/', value1, value2]` divides `value1` by `value2`\n * * `['+', value1, value2, ...]` adds the values\n * * `['-', value1, value2]` subtracts `value2` from `value1`\n * * `['clamp', value, low, high]` clamps `value` between `low` and `high`\n * * `['%', value1, value2]` returns the result of `value1 % value2` (modulo)\n * * `['^', value1, value2]` returns the value of `value1` raised to the `value2` power\n * * `['abs', value1]` returns the absolute value of `value1`\n * * `['floor', value1]` returns the nearest integer less than or equal to `value1`\n * * `['round', value1]` returns the nearest integer to `value1`\n * * `['ceil', value1]` returns the nearest integer greater than or equal to `value1`\n * * `['sin', value1]` returns the sine of `value1`\n * * `['cos', value1]` returns the cosine of `value1`\n * * `['atan', value1, value2]` returns `atan2(value1, value2)`. If `value2` is not provided, returns `atan(value1)`\n * * `['sqrt', value1]` returns the square root of `value1`\n *\n * * Transform operators:\n * * `['case', condition1, output1, ...conditionN, outputN, fallback]` selects the first output whose corresponding\n * condition evaluates to `true`. If no match is found, returns the `fallback` value.\n * All conditions should be `boolean`, output and fallback can be any kind.\n * * `['match', input, match1, output1, ...matchN, outputN, fallback]` compares the `input` value against all\n * provided `matchX` values, returning the output associated with the first valid match. If no match is found,\n * returns the `fallback` value.\n * `input` and `matchX` values must all be of the same type, and can be `number` or `string`. `outputX` and\n * `fallback` values must be of the same type, and can be of any kind.\n * * `['interpolate', interpolation, input, stop1, output1, ...stopN, outputN]` returns a value by interpolating between\n * pairs of inputs and outputs; `interpolation` can either be `['linear']` or `['exponential', base]` where `base` is\n * the rate of increase from stop A to stop B (i.e. power to which the interpolation ratio is raised); a value\n * of 1 is equivalent to `['linear']`.\n * `input` and `stopX` values must all be of type `number`. `outputX` values can be `number` or `color` values.\n * Note: `input` will be clamped between `stop1` and `stopN`, meaning that all output values will be comprised\n * between `output1` and `outputN`.\n *\n * * Logical operators:\n * * `['<', value1, value2]` returns `true` if `value1` is strictly lower than `value2`, or `false` otherwise.\n * * `['<=', value1, value2]` returns `true` if `value1` is lower than or equals `value2`, or `false` otherwise.\n * * `['>', value1, value2]` returns `true` if `value1` is strictly greater than `value2`, or `false` otherwise.\n * * `['>=', value1, value2]` returns `true` if `value1` is greater than or equals `value2`, or `false` otherwise.\n * * `['==', value1, value2]` returns `true` if `value1` equals `value2`, or `false` otherwise.\n * * `['!=', value1, value2]` returns `true` if `value1` does not equal `value2`, or `false` otherwise.\n * * `['!', value1]` returns `false` if `value1` is `true` or greater than `0`, or `true` otherwise.\n * * `['all', value1, value2, ...]` returns `true` if all the inputs are `true`, `false` otherwise.\n * * `['any', value1, value2, ...]` returns `true` if any of the inputs are `true`, `false` otherwise.\n * * `['between', value1, value2, value3]` returns `true` if `value1` is contained between `value2` and `value3`\n * (inclusively), or `false` otherwise.\n * * `['in', needle, haystack]` returns `true` if `needle` is found in `haystack`, and\n * `false` otherwise.\n * This operator has the following limitations:\n * * `haystack` has to be an array of numbers or strings (searching for a substring in a string is not supported yet)\n * * Only literal arrays are supported as `haystack` for now; this means that `haystack` cannot be the result of an\n * expression. If `haystack` is an array of strings, use the `literal` operator to disambiguate from an expression:\n * `['literal', ['abc', 'def', 'ghi']]`\n *\n * * Conversion operators:\n * * `['array', value1, ...valueN]` creates a numerical array from `number` values; please note that the amount of\n * values can currently only be 2, 3 or 4.\n * * `['color', red, green, blue, alpha]` creates a `color` value from `number` values; the `alpha` parameter is\n * optional; if not specified, it will be set to 1.\n * Note: `red`, `green` and `blue` components must be values between 0 and 255; `alpha` between 0 and 1.\n * * `['palette', index, colors]` picks a `color` value from an array of colors using the given index; the `index`\n * expression must evaluate to a number; the items in the `colors` array must be strings with hex colors\n * (e.g. `'#86A136'`), colors using the rgba[a] functional notation (e.g. `'rgb(134, 161, 54)'` or `'rgba(134, 161, 54, 1)'`),\n * named colors (e.g. `'red'`), or array literals with 3 ([r, g, b]) or 4 ([r, g, b, a]) values (with r, g, and b\n * in the 0-255 range and a in the 0-1 range).\n *\n * Values can either be literals or another operator, as they will be evaluated recursively.\n * Literal values can be of the following types:\n * * `boolean`\n * * `number`\n * * `number[]` (number arrays can only have a length of 2, 3 or 4)\n * * `string`\n * * {@link module:ol/color~Color}\n *\n * @typedef {Array<*>|import(\"../color.js\").Color|string|number|boolean} ExpressionValue\n * @api\n */\n\nlet numTypes = 0;\nexport const NoneType = 0;\nexport const BooleanType = 1 << numTypes++;\nexport const NumberType = 1 << numTypes++;\nexport const StringType = 1 << numTypes++;\nexport const ColorType = 1 << numTypes++;\nexport const NumberArrayType = 1 << numTypes++;\nexport const AnyType = Math.pow(2, numTypes) - 1;\n\nconst typeNames = {\n [BooleanType]: 'boolean',\n [NumberType]: 'number',\n [StringType]: 'string',\n [ColorType]: 'color',\n [NumberArrayType]: 'number[]',\n};\n\nconst namedTypes = Object.keys(typeNames).map(Number).sort(ascending);\n\n/**\n * Get a string representation for a type.\n * @param {number} type The type.\n * @return {string} The type name.\n */\nexport function typeName(type) {\n const names = [];\n for (const namedType of namedTypes) {\n if (includesType(type, namedType)) {\n names.push(typeNames[namedType]);\n }\n }\n if (names.length === 0) {\n return 'untyped';\n }\n if (names.length < 3) {\n return names.join(' or ');\n }\n return names.slice(0, -1).join(', ') + ', or ' + names[names.length - 1];\n}\n\n/**\n * @param {number} broad The broad type.\n * @param {number} specific The specific type.\n * @return {boolean} The broad type includes the specific type.\n */\nexport function includesType(broad, specific) {\n return (broad & specific) === specific;\n}\n\n/**\n * @param {number} oneType One type.\n * @param {number} otherType Another type.\n * @return {boolean} The set of types overlap (share a common specific type)\n */\nexport function overlapsType(oneType, otherType) {\n return !!(oneType & otherType);\n}\n\n/**\n * @param {number} type The type.\n * @param {number} expected The expected type.\n * @return {boolean} The given type is exactly the expected type.\n */\nexport function isType(type, expected) {\n return type === expected;\n}\n\n/**\n * @typedef {boolean|number|string|Array} LiteralValue\n */\n\nexport class LiteralExpression {\n /**\n * @param {number} type The value type.\n * @param {LiteralValue} value The literal value.\n */\n constructor(type, value) {\n this.type = type;\n this.value = value;\n }\n}\n\nexport class CallExpression {\n /**\n * @param {number} type The return type.\n * @param {string} operator The operator.\n * @param {...Expression} args The arguments.\n */\n constructor(type, operator, ...args) {\n this.type = type;\n this.operator = operator;\n this.args = args;\n }\n}\n\n/**\n * @typedef {LiteralExpression|CallExpression} Expression\n */\n\n/**\n * @typedef {Object} ParsingContext\n * @property {Set} variables Variables referenced with the 'var' operator.\n * @property {Set} properties Properties referenced with the 'get' operator.\n * @property {boolean} featureId The style uses the feature id.\n * @property {import(\"../style/flat.js\").FlatStyle|import(\"../style/webgl.js\").WebGLStyle} style The style being parsed\n */\n\n/**\n * @return {ParsingContext} A new parsing context.\n */\nexport function newParsingContext() {\n return {\n variables: new Set(),\n properties: new Set(),\n featureId: false,\n style: {},\n };\n}\n\n/**\n * @param {string} typeHint Type hint\n * @return {number} Resulting value type (will be a single type)\n */\nfunction getTypeFromHint(typeHint) {\n switch (typeHint) {\n case 'string':\n return StringType;\n case 'color':\n return ColorType;\n case 'number':\n return NumberType;\n case 'boolean':\n return BooleanType;\n case 'number[]':\n return NumberArrayType;\n default:\n throw new Error(`Unrecognized type hint: ${typeHint}`);\n }\n}\n\n/**\n * @typedef {LiteralValue|Array} EncodedExpression\n */\n\n/**\n * @param {EncodedExpression} encoded The encoded expression.\n * @param {ParsingContext} context The parsing context.\n * @param {number} [typeHint] Optional type hint\n * @return {Expression} The parsed expression result.\n */\nexport function parse(encoded, context, typeHint) {\n switch (typeof encoded) {\n case 'boolean': {\n return new LiteralExpression(BooleanType, encoded);\n }\n case 'number': {\n return new LiteralExpression(NumberType, encoded);\n }\n case 'string': {\n let type = StringType;\n if (isStringColor(encoded)) {\n type |= ColorType;\n }\n // apply the given type hint only if it won't result in an empty type\n if (!isType(type & typeHint, NoneType)) {\n type &= typeHint;\n }\n return new LiteralExpression(type, encoded);\n }\n default: {\n // pass\n }\n }\n\n if (!Array.isArray(encoded)) {\n throw new Error('Expression must be an array or a primitive value');\n }\n\n if (encoded.length === 0) {\n throw new Error('Empty expression');\n }\n\n if (typeof encoded[0] === 'string') {\n return parseCallExpression(encoded, context, typeHint);\n }\n\n for (const item of encoded) {\n if (typeof item !== 'number') {\n throw new Error('Expected an array of numbers');\n }\n }\n\n let type = NumberArrayType;\n if (encoded.length === 3 || encoded.length === 4) {\n type |= ColorType;\n }\n if (typeHint) {\n type &= typeHint;\n }\n return new LiteralExpression(type, encoded);\n}\n\n/**\n * @type {Object}\n */\nexport const Ops = {\n Get: 'get',\n Var: 'var',\n Concat: 'concat',\n GeometryType: 'geometry-type',\n Any: 'any',\n All: 'all',\n Not: '!',\n Resolution: 'resolution',\n Zoom: 'zoom',\n Time: 'time',\n Equal: '==',\n NotEqual: '!=',\n GreaterThan: '>',\n GreaterThanOrEqualTo: '>=',\n LessThan: '<',\n LessThanOrEqualTo: '<=',\n Multiply: '*',\n Divide: '/',\n Add: '+',\n Subtract: '-',\n Clamp: 'clamp',\n Mod: '%',\n Pow: '^',\n Abs: 'abs',\n Floor: 'floor',\n Ceil: 'ceil',\n Round: 'round',\n Sin: 'sin',\n Cos: 'cos',\n Atan: 'atan',\n Sqrt: 'sqrt',\n Match: 'match',\n Between: 'between',\n Interpolate: 'interpolate',\n Case: 'case',\n In: 'in',\n Number: 'number',\n String: 'string',\n Array: 'array',\n Color: 'color',\n Id: 'id',\n Band: 'band',\n Palette: 'palette',\n};\n\n/**\n * @typedef {function(Array, ParsingContext, number):Expression} Parser\n * Third argument is a type hint\n */\n\n/**\n * @type {Object}\n */\nconst parsers = {\n [Ops.Get]: createParser(\n ([_, typeHint]) => {\n if (typeHint !== undefined) {\n return getTypeFromHint(\n /** @type {string} */ (\n /** @type {LiteralExpression} */ (typeHint).value\n )\n );\n }\n return AnyType;\n },\n withArgsCount(1, 2),\n withGetArgs\n ),\n [Ops.Var]: createParser(\n ([firstArg]) => firstArg.type,\n withArgsCount(1, 1),\n withVarArgs\n ),\n [Ops.Id]: createParser(NumberType | StringType, withNoArgs, usesFeatureId),\n [Ops.Concat]: createParser(\n StringType,\n withArgsCount(2, Infinity),\n parseArgsOfType(AnyType)\n ),\n [Ops.GeometryType]: createParser(StringType, withNoArgs),\n [Ops.Resolution]: createParser(NumberType, withNoArgs),\n [Ops.Zoom]: createParser(NumberType, withNoArgs),\n [Ops.Time]: createParser(NumberType, withNoArgs),\n [Ops.Any]: createParser(\n BooleanType,\n withArgsCount(2, Infinity),\n parseArgsOfType(BooleanType)\n ),\n [Ops.All]: createParser(\n BooleanType,\n withArgsCount(2, Infinity),\n parseArgsOfType(BooleanType)\n ),\n [Ops.Not]: createParser(\n BooleanType,\n withArgsCount(1, 1),\n parseArgsOfType(BooleanType)\n ),\n [Ops.Equal]: createParser(\n BooleanType,\n withArgsCount(2, 2),\n parseArgsOfType(AnyType),\n narrowArgsType\n ),\n [Ops.NotEqual]: createParser(\n BooleanType,\n withArgsCount(2, 2),\n parseArgsOfType(AnyType),\n narrowArgsType\n ),\n [Ops.GreaterThan]: createParser(\n BooleanType,\n withArgsCount(2, 2),\n parseArgsOfType(AnyType),\n narrowArgsType\n ),\n [Ops.GreaterThanOrEqualTo]: createParser(\n BooleanType,\n withArgsCount(2, 2),\n parseArgsOfType(AnyType),\n narrowArgsType\n ),\n [Ops.LessThan]: createParser(\n BooleanType,\n withArgsCount(2, 2),\n parseArgsOfType(AnyType),\n narrowArgsType\n ),\n [Ops.LessThanOrEqualTo]: createParser(\n BooleanType,\n withArgsCount(2, 2),\n parseArgsOfType(AnyType),\n narrowArgsType\n ),\n [Ops.Multiply]: createParser(\n (parsedArgs) => {\n let outputType = NumberType | ColorType;\n for (let i = 0; i < parsedArgs.length; i++) {\n outputType &= parsedArgs[i].type;\n }\n return outputType;\n },\n withArgsCount(2, Infinity),\n parseArgsOfType(NumberType | ColorType),\n narrowArgsType\n ),\n [Ops.Divide]: createParser(\n NumberType,\n withArgsCount(2, 2),\n parseArgsOfType(NumberType)\n ),\n [Ops.Add]: createParser(\n NumberType,\n withArgsCount(2, Infinity),\n parseArgsOfType(NumberType)\n ),\n [Ops.Subtract]: createParser(\n NumberType,\n withArgsCount(2, 2),\n parseArgsOfType(NumberType)\n ),\n [Ops.Clamp]: createParser(\n NumberType,\n withArgsCount(3, 3),\n parseArgsOfType(NumberType)\n ),\n [Ops.Mod]: createParser(\n NumberType,\n withArgsCount(2, 2),\n parseArgsOfType(NumberType)\n ),\n [Ops.Pow]: createParser(\n NumberType,\n withArgsCount(2, 2),\n parseArgsOfType(NumberType)\n ),\n [Ops.Abs]: createParser(\n NumberType,\n withArgsCount(1, 1),\n parseArgsOfType(NumberType)\n ),\n [Ops.Floor]: createParser(\n NumberType,\n withArgsCount(1, 1),\n parseArgsOfType(NumberType)\n ),\n [Ops.Ceil]: createParser(\n NumberType,\n withArgsCount(1, 1),\n parseArgsOfType(NumberType)\n ),\n [Ops.Round]: createParser(\n NumberType,\n withArgsCount(1, 1),\n parseArgsOfType(NumberType)\n ),\n [Ops.Sin]: createParser(\n NumberType,\n withArgsCount(1, 1),\n parseArgsOfType(NumberType)\n ),\n [Ops.Cos]: createParser(\n NumberType,\n withArgsCount(1, 1),\n parseArgsOfType(NumberType)\n ),\n [Ops.Atan]: createParser(\n NumberType,\n withArgsCount(1, 2),\n parseArgsOfType(NumberType)\n ),\n [Ops.Sqrt]: createParser(\n NumberType,\n withArgsCount(1, 1),\n parseArgsOfType(NumberType)\n ),\n [Ops.Match]: createParser(\n (parsedArgs) => {\n let type = AnyType;\n for (let i = 2; i < parsedArgs.length; i += 2) {\n type &= parsedArgs[i].type;\n }\n type &= parsedArgs[parsedArgs.length - 1].type;\n return type;\n },\n withArgsCount(4, Infinity),\n withEvenArgs,\n parseMatchArgs\n ),\n [Ops.Between]: createParser(\n BooleanType,\n withArgsCount(3, 3),\n parseArgsOfType(NumberType)\n ),\n [Ops.Interpolate]: createParser(\n (parsedArgs) => {\n let type = ColorType | NumberType;\n for (let i = 3; i < parsedArgs.length; i += 2) {\n type &= parsedArgs[i].type;\n }\n return type;\n },\n withArgsCount(6, Infinity),\n withEvenArgs,\n parseInterpolateArgs\n ),\n [Ops.Case]: createParser(\n (parsedArgs) => {\n let type = AnyType;\n for (let i = 1; i < parsedArgs.length; i += 2) {\n type &= parsedArgs[i].type;\n }\n type &= parsedArgs[parsedArgs.length - 1].type;\n return type;\n },\n withArgsCount(3, Infinity),\n withOddArgs,\n parseCaseArgs\n ),\n [Ops.In]: createParser(BooleanType, withArgsCount(2, 2), parseInArgs),\n [Ops.Number]: createParser(\n NumberType,\n withArgsCount(1, Infinity),\n parseArgsOfType(AnyType)\n ),\n [Ops.String]: createParser(\n StringType,\n withArgsCount(1, Infinity),\n parseArgsOfType(AnyType)\n ),\n [Ops.Array]: createParser(\n (parsedArgs) => {\n return parsedArgs.length === 3 || parsedArgs.length === 4\n ? NumberArrayType | ColorType\n : NumberArrayType;\n },\n withArgsCount(1, Infinity),\n parseArgsOfType(NumberType)\n ),\n [Ops.Color]: createParser(\n ColorType,\n withArgsCount(3, 4),\n parseArgsOfType(NumberType)\n ),\n [Ops.Band]: createParser(\n NumberType,\n withArgsCount(1, 3),\n parseArgsOfType(NumberType)\n ),\n [Ops.Palette]: createParser(ColorType, withArgsCount(2, 2), parsePaletteArgs),\n};\n\n/**\n * @typedef {function(Array, ParsingContext, Array, number?):Array|void} ArgValidator\n * An argument validator applies various checks to an encoded expression arguments\n * Returns the parsed arguments if any.\n * Third argument is the array of parsed arguments from previous validators\n * Fourth argument is an optional type hint\n */\n\n/**\n * @type ArgValidator\n */\nfunction withGetArgs(encoded, context) {\n const arg = parse(encoded[1], context);\n if (!(arg instanceof LiteralExpression)) {\n throw new Error('Expected a literal argument for get operation');\n }\n if (typeof arg.value !== 'string') {\n throw new Error('Expected a string argument for get operation');\n }\n context.properties.add(arg.value);\n if (encoded.length === 3) {\n const hint = parse(encoded[2], context);\n return [arg, hint];\n }\n return [arg];\n}\n\n/**\n * @type ArgValidator\n */\nfunction withVarArgs(encoded, context, parsedArgs, typeHint) {\n const varName = encoded[1];\n if (typeof varName !== 'string') {\n throw new Error('Expected a string argument for var operation');\n }\n context.variables.add(varName);\n if (\n !('variables' in context.style) ||\n context.style.variables[varName] === undefined\n ) {\n return [new LiteralExpression(AnyType, varName)];\n }\n const initialValue = context.style.variables[varName];\n const arg = /** @type {LiteralExpression} */ (parse(initialValue, context));\n arg.value = varName;\n if (typeHint && !overlapsType(typeHint, arg.type)) {\n throw new Error(\n `The variable ${varName} has type ${typeName(\n arg.type\n )} but the following type was expected: ${typeName(typeHint)}`\n );\n }\n return [arg];\n}\n\n/**\n * @type ArgValidator\n */\nfunction usesFeatureId(encoded, context) {\n context.featureId = true;\n}\n\n/**\n * @type ArgValidator\n */\nfunction withNoArgs(encoded, context) {\n const operation = encoded[0];\n if (encoded.length !== 1) {\n throw new Error(`Expected no arguments for ${operation} operation`);\n }\n return [];\n}\n\n/**\n * @param {number} minArgs The minimum number of arguments.\n * @param {number} maxArgs The maximum number of arguments.\n * @return {ArgValidator} The argument validator\n */\nfunction withArgsCount(minArgs, maxArgs) {\n return function (encoded, context) {\n const operation = encoded[0];\n const argCount = encoded.length - 1;\n if (minArgs === maxArgs) {\n if (argCount !== minArgs) {\n const plural = minArgs === 1 ? '' : 's';\n throw new Error(\n `Expected ${minArgs} argument${plural} for ${operation}, got ${argCount}`\n );\n }\n } else if (argCount < minArgs || argCount > maxArgs) {\n const range =\n maxArgs === Infinity\n ? `${minArgs} or more`\n : `${minArgs} to ${maxArgs}`;\n throw new Error(\n `Expected ${range} arguments for ${operation}, got ${argCount}`\n );\n }\n };\n}\n\n/**\n * @param {number} argType The argument type.\n * @return {ArgValidator} The argument validator\n */\nfunction parseArgsOfType(argType) {\n return function (encoded, context) {\n const operation = encoded[0];\n const argCount = encoded.length - 1;\n /**\n * @type {Array}\n */\n const args = new Array(argCount);\n for (let i = 0; i < argCount; ++i) {\n const expression = parse(encoded[i + 1], context);\n if (!overlapsType(argType, expression.type)) {\n const gotType = typeName(argType);\n const expectedType = typeName(expression.type);\n throw new Error(\n `Unexpected type for argument ${i} of ${operation} operation` +\n `, got ${gotType} but expected ${expectedType}`\n );\n }\n expression.type &= argType;\n args[i] = expression;\n }\n return args;\n };\n}\n\n/**\n * @type {ArgValidator}\n */\nfunction narrowArgsType(encoded, context, parsedArgs) {\n const operation = encoded[0];\n const argCount = encoded.length - 1;\n\n // first pass to determine a narrowed down type\n let sameType = AnyType;\n for (let i = 0; i < parsedArgs.length; ++i) {\n sameType &= parsedArgs[i].type;\n }\n\n if (sameType === NoneType) {\n throw new Error(\n `No common type could be found for arguments of ${operation} operation`\n );\n }\n\n // re-parse args\n const args = new Array(argCount);\n for (let i = 0; i < argCount; ++i) {\n args[i] = parse(encoded[i + 1], context, sameType);\n }\n return args;\n}\n\n/**\n * @type {ArgValidator}\n */\nfunction withOddArgs(encoded, context) {\n const operation = encoded[0];\n const argCount = encoded.length - 1;\n if (argCount % 2 === 0) {\n throw new Error(\n `An odd amount of arguments was expected for operation ${operation}, got ${JSON.stringify(\n argCount\n )} instead`\n );\n }\n}\n\n/**\n * @type {ArgValidator}\n */\nfunction withEvenArgs(encoded, context) {\n const operation = encoded[0];\n const argCount = encoded.length - 1;\n if (argCount % 2 === 1) {\n throw new Error(\n `An even amount of arguments was expected for operation ${operation}, got ${JSON.stringify(\n argCount\n )} instead`\n );\n }\n}\n\n/**\n * @type ArgValidator\n */\nfunction parseMatchArgs(encoded, context, parsedArgs, typeHint) {\n const argsCount = encoded.length - 1;\n\n const input = parse(encoded[1], context);\n let inputType = input.type;\n const fallback = parse(encoded[encoded.length - 1], context);\n let outputType =\n typeHint !== undefined ? typeHint & fallback.type : fallback.type;\n\n // first parse args to figure out possible types\n const args = new Array(argsCount - 2);\n for (let i = 0; i < argsCount - 2; i += 2) {\n const match = parse(encoded[i + 2], context);\n const output = parse(encoded[i + 3], context);\n inputType &= match.type;\n outputType &= output.type;\n args[i] = match;\n args[i + 1] = output;\n }\n\n // check input and output types validity\n const expectedInputType = StringType | NumberType | BooleanType;\n if (!overlapsType(expectedInputType, inputType)) {\n throw new Error(\n `Expected an input of type ${typeName(\n expectedInputType\n )} for the interpolate operation` + `, got ${typeName(inputType)} instead`\n );\n }\n if (isType(outputType, NoneType)) {\n throw new Error(\n `Could not find a common output type for the following match operation: ` +\n JSON.stringify(encoded)\n );\n }\n\n // parse again inputs and outputs with common type\n for (let i = 0; i < argsCount - 2; i += 2) {\n const match = parse(encoded[i + 2], context, inputType);\n const output = parse(encoded[i + 3], context, outputType);\n args[i] = match;\n args[i + 1] = output;\n }\n\n return [\n parse(encoded[1], context, inputType),\n ...args,\n parse(encoded[encoded.length - 1], context, outputType),\n ];\n}\n\n/**\n * @type ArgValidator\n */\nfunction parseInterpolateArgs(encoded, context, parsedArgs, typeHint) {\n const interpolationType = encoded[1];\n let interpolation;\n switch (interpolationType[0]) {\n case 'linear':\n interpolation = 1;\n break;\n case 'exponential':\n interpolation = interpolationType[1];\n if (typeof interpolation !== 'number') {\n throw new Error(\n `Expected a number base for exponential interpolation` +\n `, got ${JSON.stringify(interpolation)} instead`\n );\n }\n break;\n default:\n interpolation = null;\n }\n if (!interpolation) {\n throw new Error(\n `Invalid interpolation type: ${JSON.stringify(interpolationType)}`\n );\n }\n interpolation = parse(interpolation, context);\n\n // check input types\n let input = parse(encoded[2], context);\n if (!overlapsType(NumberType, input.type)) {\n throw new Error(\n `Expected an input of type number for the interpolate operation` +\n `, got ${typeName(input.type)} instead`\n );\n }\n input = parse(encoded[2], context, NumberType); // parse again with narrower output\n\n const args = new Array(encoded.length - 3);\n for (let i = 0; i < args.length; i += 2) {\n let stop = parse(encoded[i + 3], context);\n if (!overlapsType(NumberType, stop.type)) {\n throw new Error(\n `Expected all stop input values in the interpolate operation to be of type number` +\n `, got ${typeName(stop.type)} at position ${i + 2} instead`\n );\n }\n let output = parse(encoded[i + 4], context);\n if (!overlapsType(NumberType | ColorType, output.type)) {\n throw new Error(\n `Expected all stop output values in the interpolate operation to be a number or color` +\n `, got ${typeName(output.type)} at position ${i + 3} instead`\n );\n }\n // parse again with narrower types\n stop = parse(encoded[i + 3], context, NumberType);\n output = parse(encoded[i + 4], context, NumberType | ColorType);\n args[i] = stop;\n args[i + 1] = output;\n }\n\n return [interpolation, input, ...args];\n}\n\n/**\n * @type ArgValidator\n */\nfunction parseCaseArgs(encoded, context, parsedArgs, typeHint) {\n const fallback = parse(encoded[encoded.length - 1], context);\n let outputType =\n typeHint !== undefined ? typeHint & fallback.type : fallback.type;\n\n // first parse args to figure out possible types\n const args = new Array(encoded.length - 1);\n for (let i = 0; i < args.length - 1; i += 2) {\n const condition = parse(encoded[i + 1], context);\n const output = parse(encoded[i + 2], context);\n if (!overlapsType(BooleanType, condition.type)) {\n throw new Error(\n `Expected all conditions in the case operation to be of type boolean` +\n `, got ${typeName(condition.type)} at position ${i} instead`\n );\n }\n outputType &= output.type;\n args[i] = condition;\n args[i + 1] = output;\n }\n\n if (isType(outputType, NoneType)) {\n throw new Error(\n `Could not find a common output type for the following case operation: ` +\n JSON.stringify(encoded)\n );\n }\n\n // parse again args with common output type\n for (let i = 0; i < args.length - 1; i += 2) {\n args[i + 1] = parse(encoded[i + 2], context, outputType);\n }\n args[args.length - 1] = parse(\n encoded[encoded.length - 1],\n context,\n outputType\n );\n\n return args;\n}\n\n/**\n * @type ArgValidator\n */\nfunction parseInArgs(encoded, context) {\n /** @type {Array} */\n let haystack = /** @type {any} */ (encoded[2]);\n if (!Array.isArray(haystack)) {\n throw new Error(\n `The \"in\" operator was provided a literal value which was not an array as second argument.`\n );\n }\n if (typeof haystack[0] === 'string') {\n if (haystack[0] !== 'literal') {\n throw new Error(\n `For the \"in\" operator, a string array should be wrapped in a \"literal\" operator to disambiguate from expressions.`\n );\n }\n if (!Array.isArray(haystack[1])) {\n throw new Error(\n `The \"in\" operator was provided a literal value which was not an array as second argument.`\n );\n }\n haystack = haystack[1];\n }\n\n let needleType = StringType | NumberType;\n const args = new Array(haystack.length);\n for (let i = 0; i < args.length; i++) {\n const arg = parse(haystack[i], context);\n needleType &= arg.type;\n args[i] = arg;\n }\n if (isType(needleType, NoneType)) {\n throw new Error(\n `Could not find a common type for the following in operation: ` +\n JSON.stringify(encoded)\n );\n }\n\n const needle = parse(encoded[1], context, needleType);\n return [needle, ...args];\n}\n\n/**\n * @type ArgValidator\n */\nfunction parsePaletteArgs(encoded, context) {\n const index = parse(encoded[1], context, NumberType);\n if (index.type !== NumberType) {\n throw new Error(\n `The first argument of palette must be an number, got ${typeName(\n index.type\n )} instead`\n );\n }\n const colors = encoded[2];\n if (!Array.isArray(colors)) {\n throw new Error('The second argument of palette must be an array');\n }\n const parsedColors = new Array(colors.length);\n for (let i = 0; i < parsedColors.length; i++) {\n const color = parse(colors[i], context, ColorType);\n if (!(color instanceof LiteralExpression)) {\n throw new Error(\n `The palette color at index ${i} must be a literal value`\n );\n }\n if (!overlapsType(color.type, ColorType)) {\n throw new Error(\n `The palette color at index ${i} should be of type color, got ${typeName(\n color.type\n )} instead`\n );\n }\n parsedColors[i] = color;\n }\n return [index, ...parsedColors];\n}\n\n/**\n * @param {number|function(Array):number} returnType The return type of the operator; can be a fixed value or a callback taking the parsed\n * arguments\n * @param {Array} argValidators A chain of argument validators; the return value of the last validator\n * will be used as parsed arguments\n * @return {Parser} The parser.\n */\nfunction createParser(returnType, ...argValidators) {\n return function (encoded, context, typeHint) {\n const operator = encoded[0];\n let parsedArgs = [];\n for (let i = 0; i < argValidators.length; i++) {\n parsedArgs =\n argValidators[i](encoded, context, parsedArgs, typeHint) || parsedArgs;\n }\n let actualType =\n typeof returnType === 'function' ? returnType(parsedArgs) : returnType;\n if (typeHint !== undefined) {\n if (!overlapsType(actualType, typeHint)) {\n throw new Error(\n `The following expression was expected to return ${typeName(\n typeHint\n )}, but returns ${typeName(actualType)} instead: ${JSON.stringify(\n encoded\n )}`\n );\n }\n actualType &= typeHint;\n }\n if (actualType === NoneType) {\n throw new Error(\n `No matching type was found for the following expression: ${JSON.stringify(\n encoded\n )}`\n );\n }\n return new CallExpression(actualType, operator, ...parsedArgs);\n };\n}\n\n/**\n * @param {Array} encoded The encoded expression.\n * @param {ParsingContext} context The parsing context.\n * @param {number} [typeHint] Optional type hint\n * @return {Expression} The parsed expression.\n */\nfunction parseCallExpression(encoded, context, typeHint) {\n const operator = encoded[0];\n\n const parser = parsers[operator];\n if (!parser) {\n throw new Error(`Unknown operator: ${operator}`);\n }\n return parser(encoded, context, typeHint);\n}\n","/**\n * @module ol/webgl/TileTexture\n */\n\nimport BaseTileRepresentation from './BaseTileRepresentation.js';\nimport DataTile, {asArrayLike, asImageLike} from '../DataTile.js';\nimport EventType from '../events/EventType.js';\nimport ImageTile from '../ImageTile.js';\nimport ReprojTile from '../reproj/Tile.js';\nimport WebGLArrayBuffer from './Buffer.js';\nimport {ARRAY_BUFFER, STATIC_DRAW} from '../webgl.js';\nimport {createCanvasContext2D} from '../dom.js';\nimport {toSize} from '../size.js';\n\n/**\n * @param {WebGLRenderingContext} gl The WebGL context.\n * @param {WebGLTexture} texture The texture.\n * @param {boolean} interpolate Interpolate when resampling.\n */\nfunction bindAndConfigure(gl, texture, interpolate) {\n const resampleFilter = interpolate ? gl.LINEAR : gl.NEAREST;\n gl.bindTexture(gl.TEXTURE_2D, texture);\n gl.texParameteri(gl.TEXTURE_2D, gl.TEXTURE_WRAP_S, gl.CLAMP_TO_EDGE);\n gl.texParameteri(gl.TEXTURE_2D, gl.TEXTURE_WRAP_T, gl.CLAMP_TO_EDGE);\n gl.texParameteri(gl.TEXTURE_2D, gl.TEXTURE_MIN_FILTER, resampleFilter);\n gl.texParameteri(gl.TEXTURE_2D, gl.TEXTURE_MAG_FILTER, resampleFilter);\n}\n\n/**\n * @param {WebGLRenderingContext} gl The WebGL context.\n * @param {WebGLTexture} texture The texture.\n * @param {import(\"../DataTile.js\").ImageLike} image The image.\n * @param {boolean} interpolate Interpolate when resampling.\n */\nfunction uploadImageTexture(gl, texture, image, interpolate) {\n bindAndConfigure(gl, texture, interpolate);\n\n gl.texImage2D(gl.TEXTURE_2D, 0, gl.RGBA, gl.RGBA, gl.UNSIGNED_BYTE, image);\n}\n\n/**\n * @param {import(\"./Helper.js\").default} helper The WebGL helper.\n * @param {WebGLTexture} texture The texture.\n * @param {import(\"../DataTile.js\").ArrayLike} data The pixel data.\n * @param {import(\"../size.js\").Size} size The pixel size.\n * @param {number} bandCount The band count.\n * @param {boolean} interpolate Interpolate when resampling.\n */\nfunction uploadDataTexture(\n helper,\n texture,\n data,\n size,\n bandCount,\n interpolate\n) {\n const gl = helper.getGL();\n let textureType;\n let canInterpolate;\n if (data instanceof Float32Array) {\n textureType = gl.FLOAT;\n helper.getExtension('OES_texture_float');\n const extension = helper.getExtension('OES_texture_float_linear');\n canInterpolate = extension !== null;\n } else {\n textureType = gl.UNSIGNED_BYTE;\n canInterpolate = true;\n }\n bindAndConfigure(gl, texture, interpolate && canInterpolate);\n\n const bytesPerRow = data.byteLength / size[1];\n let unpackAlignment = 1;\n if (bytesPerRow % 8 === 0) {\n unpackAlignment = 8;\n } else if (bytesPerRow % 4 === 0) {\n unpackAlignment = 4;\n } else if (bytesPerRow % 2 === 0) {\n unpackAlignment = 2;\n }\n\n let format;\n switch (bandCount) {\n case 1: {\n format = gl.LUMINANCE;\n break;\n }\n case 2: {\n format = gl.LUMINANCE_ALPHA;\n break;\n }\n case 3: {\n format = gl.RGB;\n break;\n }\n case 4: {\n format = gl.RGBA;\n break;\n }\n default: {\n throw new Error(`Unsupported number of bands: ${bandCount}`);\n }\n }\n\n const oldUnpackAlignment = gl.getParameter(gl.UNPACK_ALIGNMENT);\n gl.pixelStorei(gl.UNPACK_ALIGNMENT, unpackAlignment);\n gl.texImage2D(\n gl.TEXTURE_2D,\n 0,\n format,\n size[0],\n size[1],\n 0,\n format,\n textureType,\n data\n );\n gl.pixelStorei(gl.UNPACK_ALIGNMENT, oldUnpackAlignment);\n}\n\n/**\n * @type {CanvasRenderingContext2D}\n */\nlet pixelContext = null;\n\nfunction createPixelContext() {\n pixelContext = createCanvasContext2D(1, 1, undefined, {\n willReadFrequently: true,\n });\n}\n\n/**\n * @typedef {import(\"../DataTile.js\").default|ImageTile|ReprojTile} TileType\n */\n\n/**\n * @extends {BaseTileRepresentation}\n */\nclass TileTexture extends BaseTileRepresentation {\n /**\n * @param {import(\"./BaseTileRepresentation.js\").TileRepresentationOptions} options The tile texture options.\n */\n constructor(options) {\n super(options);\n\n /**\n * @type {Array}\n */\n this.textures = [];\n\n /**\n * @type {import(\"../size.js\").Size}\n * @private\n */\n this.renderSize_ = toSize(\n options.grid.getTileSize(options.tile.tileCoord[0])\n );\n\n /**\n * @type {number}\n */\n this.bandCount = NaN;\n\n const coords = new WebGLArrayBuffer(ARRAY_BUFFER, STATIC_DRAW);\n coords.fromArray([\n 0, // P0\n 1,\n 1, // P1\n 1,\n 1, // P2\n 0,\n 0, // P3\n 0,\n ]);\n this.helper_.flushBufferData(coords);\n\n /**\n * @type {WebGLArrayBuffer}\n */\n this.coords = coords;\n\n this.setTile(options.tile);\n }\n\n uploadTile() {\n const helper = this.helper_;\n const gl = helper.getGL();\n const tile = this.tile;\n\n this.textures.length = 0;\n\n /**\n * @type {import(\"../DataTile.js\").Data}\n */\n let data;\n\n if (tile instanceof ImageTile || tile instanceof ReprojTile) {\n data = tile.getImage();\n } else {\n data = tile.getData();\n }\n\n const image = asImageLike(data);\n if (image) {\n const texture = gl.createTexture();\n this.textures.push(texture);\n this.bandCount = 4;\n uploadImageTexture(gl, texture, image, tile.interpolate);\n this.setReady();\n return;\n }\n\n data = asArrayLike(data);\n\n const sourceTileSize = /** @type {DataTile} */ (tile).getSize();\n const pixelSize = [\n sourceTileSize[0] + 2 * this.gutter_,\n sourceTileSize[1] + 2 * this.gutter_,\n ];\n const isFloat = data instanceof Float32Array;\n const pixelCount = pixelSize[0] * pixelSize[1];\n const DataType = isFloat ? Float32Array : Uint8Array;\n const bytesPerElement = DataType.BYTES_PER_ELEMENT;\n const bytesPerRow = data.byteLength / pixelSize[1];\n\n this.bandCount = Math.floor(bytesPerRow / bytesPerElement / pixelSize[0]);\n const textureCount = Math.ceil(this.bandCount / 4);\n\n if (textureCount === 1) {\n const texture = gl.createTexture();\n this.textures.push(texture);\n uploadDataTexture(\n helper,\n texture,\n data,\n pixelSize,\n this.bandCount,\n tile.interpolate\n );\n this.setReady();\n return;\n }\n\n const textureDataArrays = new Array(textureCount);\n for (let textureIndex = 0; textureIndex < textureCount; ++textureIndex) {\n const texture = gl.createTexture();\n this.textures.push(texture);\n\n const bandCount =\n textureIndex < textureCount - 1 ? 4 : ((this.bandCount - 1) % 4) + 1;\n textureDataArrays[textureIndex] = new DataType(pixelCount * bandCount);\n }\n\n let dataIndex = 0;\n let rowOffset = 0;\n const colCount = pixelSize[0] * this.bandCount;\n for (let rowIndex = 0; rowIndex < pixelSize[1]; ++rowIndex) {\n for (let colIndex = 0; colIndex < colCount; ++colIndex) {\n const dataValue = data[rowOffset + colIndex];\n\n const pixelIndex = Math.floor(dataIndex / this.bandCount);\n const bandIndex = colIndex % this.bandCount;\n const textureIndex = Math.floor(bandIndex / 4);\n const textureData = textureDataArrays[textureIndex];\n const bandCount = textureData.length / pixelCount;\n const textureBandIndex = bandIndex % 4;\n textureData[pixelIndex * bandCount + textureBandIndex] = dataValue;\n\n ++dataIndex;\n }\n rowOffset += bytesPerRow / bytesPerElement;\n }\n\n for (let textureIndex = 0; textureIndex < textureCount; ++textureIndex) {\n const texture = this.textures[textureIndex];\n const textureData = textureDataArrays[textureIndex];\n const bandCount = textureData.length / pixelCount;\n uploadDataTexture(\n helper,\n texture,\n textureData,\n pixelSize,\n bandCount,\n tile.interpolate\n );\n }\n\n this.setReady();\n }\n\n disposeInternal() {\n const gl = this.helper_.getGL();\n this.helper_.deleteBuffer(this.coords);\n for (let i = 0; i < this.textures.length; ++i) {\n gl.deleteTexture(this.textures[i]);\n }\n this.tile.removeEventListener(EventType.CHANGE, this.handleTileChange_);\n }\n\n /**\n * @param {import(\"../DataTile.js\").ImageLike} image The image.\n * @param {number} renderCol The column index (in rendered tile space).\n * @param {number} renderRow The row index (in rendered tile space).\n * @return {Uint8ClampedArray|null} The data.\n * @private\n */\n getImagePixelData_(image, renderCol, renderRow) {\n const gutter = this.gutter_;\n const renderWidth = this.renderSize_[0];\n const renderHeight = this.renderSize_[1];\n\n if (!pixelContext) {\n createPixelContext();\n }\n pixelContext.clearRect(0, 0, 1, 1);\n\n const sourceWidth = image.width;\n const sourceHeight = image.height;\n\n const sourceWidthWithoutGutter = sourceWidth - 2 * gutter;\n const sourceHeightWithoutGutter = sourceHeight - 2 * gutter;\n\n const sourceCol =\n gutter + Math.floor(sourceWidthWithoutGutter * (renderCol / renderWidth));\n\n const sourceRow =\n gutter +\n Math.floor(sourceHeightWithoutGutter * (renderRow / renderHeight));\n\n let data;\n try {\n pixelContext.drawImage(image, sourceCol, sourceRow, 1, 1, 0, 0, 1, 1);\n data = pixelContext.getImageData(0, 0, 1, 1).data;\n } catch (err) {\n pixelContext = null;\n return null;\n }\n return data;\n }\n\n /**\n * @param {import(\"../DataTile.js\").ArrayLike} data The data.\n * @param {import(\"../size.js\").Size} sourceSize The size.\n * @param {number} renderCol The column index (in rendered tile space).\n * @param {number} renderRow The row index (in rendered tile space).\n * @return {import(\"../DataTile.js\").ArrayLike|null} The data.\n * @private\n */\n getArrayPixelData_(data, sourceSize, renderCol, renderRow) {\n const gutter = this.gutter_;\n const renderWidth = this.renderSize_[0];\n const renderHeight = this.renderSize_[1];\n\n const sourceWidthWithoutGutter = sourceSize[0];\n const sourceHeightWithoutGutter = sourceSize[1];\n const sourceWidth = sourceWidthWithoutGutter + 2 * gutter;\n const sourceHeight = sourceHeightWithoutGutter + 2 * gutter;\n\n const sourceCol =\n gutter + Math.floor(sourceWidthWithoutGutter * (renderCol / renderWidth));\n\n const sourceRow =\n gutter +\n Math.floor(sourceHeightWithoutGutter * (renderRow / renderHeight));\n\n if (data instanceof DataView) {\n const bytesPerPixel = data.byteLength / (sourceWidth * sourceHeight);\n const offset = bytesPerPixel * (sourceRow * sourceWidth + sourceCol);\n const buffer = data.buffer.slice(offset, offset + bytesPerPixel);\n return new DataView(buffer);\n }\n\n const offset = this.bandCount * (sourceRow * sourceWidth + sourceCol);\n return data.slice(offset, offset + this.bandCount);\n }\n\n /**\n * Get data for a pixel. If the tile is not loaded, null is returned.\n * @param {number} renderCol The column index (in rendered tile space).\n * @param {number} renderRow The row index (in rendered tile space).\n * @return {import(\"../DataTile.js\").ArrayLike|null} The data.\n */\n getPixelData(renderCol, renderRow) {\n if (!this.loaded) {\n return null;\n }\n\n if (this.tile instanceof DataTile) {\n const data = this.tile.getData();\n const arrayData = asArrayLike(data);\n if (arrayData) {\n const sourceSize = this.tile.getSize();\n return this.getArrayPixelData_(\n arrayData,\n sourceSize,\n renderCol,\n renderRow\n );\n }\n return this.getImagePixelData_(asImageLike(data), renderCol, renderRow);\n }\n\n return this.getImagePixelData_(this.tile.getImage(), renderCol, renderRow);\n }\n}\n\nexport default TileTexture;\n","/**\n * @module ol/renderer/webgl/Layer\n */\nimport LayerProperty from '../../layer/Property.js';\nimport LayerRenderer from '../Layer.js';\nimport RenderEvent from '../../render/Event.js';\nimport RenderEventType from '../../render/EventType.js';\nimport WebGLHelper from '../../webgl/Helper.js';\nimport {\n compose as composeTransform,\n create as createTransform,\n} from '../../transform.js';\n\n/**\n * @typedef {Object} PostProcessesOptions\n * @property {number} [scaleRatio] Scale ratio; if < 1, the post process will render to a texture smaller than\n * the main canvas that will then be sampled up (useful for saving resource on blur steps).\n * @property {string} [vertexShader] Vertex shader source\n * @property {string} [fragmentShader] Fragment shader source\n * @property {Object} [uniforms] Uniform definitions for the post process step\n */\n\n/**\n * @typedef {Object} Options\n * @property {Object} [uniforms] Uniform definitions for the post process steps\n * @property {Array} [postProcesses] Post-processes definitions\n */\n\n/**\n * @classdesc\n * Base WebGL renderer class.\n * Holds all logic related to data manipulation & some common rendering logic\n * @template {import(\"../../layer/Layer.js\").default} LayerType\n * @extends {LayerRenderer}\n */\nclass WebGLLayerRenderer extends LayerRenderer {\n /**\n * @param {LayerType} layer Layer.\n * @param {Options} [options] Options.\n */\n constructor(layer, options) {\n super(layer);\n\n options = options || {};\n\n /**\n * The transform for viewport CSS pixels to rendered pixels. This transform is only\n * set before dispatching rendering events.\n * @private\n * @type {import(\"../../transform.js\").Transform}\n */\n this.inversePixelTransform_ = createTransform();\n\n /**\n * @private\n * @type {CanvasRenderingContext2D}\n */\n this.pixelContext_ = null;\n\n /**\n * @private\n */\n this.postProcesses_ = options.postProcesses;\n\n /**\n * @private\n */\n this.uniforms_ = options.uniforms;\n\n /**\n * @type {WebGLHelper}\n * @protected\n */\n this.helper;\n\n layer.addChangeListener(LayerProperty.MAP, this.removeHelper.bind(this));\n\n this.dispatchPreComposeEvent = this.dispatchPreComposeEvent.bind(this);\n this.dispatchPostComposeEvent = this.dispatchPostComposeEvent.bind(this);\n }\n\n /**\n * @param {WebGLRenderingContext} context The WebGL rendering context.\n * @param {import(\"../../Map.js\").FrameState} frameState Frame state.\n * @protected\n */\n dispatchPreComposeEvent(context, frameState) {\n const layer = this.getLayer();\n if (layer.hasListener(RenderEventType.PRECOMPOSE)) {\n const event = new RenderEvent(\n RenderEventType.PRECOMPOSE,\n undefined,\n frameState,\n context\n );\n layer.dispatchEvent(event);\n }\n }\n\n /**\n * @param {WebGLRenderingContext} context The WebGL rendering context.\n * @param {import(\"../../Map.js\").FrameState} frameState Frame state.\n * @protected\n */\n dispatchPostComposeEvent(context, frameState) {\n const layer = this.getLayer();\n if (layer.hasListener(RenderEventType.POSTCOMPOSE)) {\n const event = new RenderEvent(\n RenderEventType.POSTCOMPOSE,\n undefined,\n frameState,\n context\n );\n layer.dispatchEvent(event);\n }\n }\n\n /**\n * Reset options (only handles uniforms).\n * @param {Options} options Options.\n */\n reset(options) {\n this.uniforms_ = options.uniforms;\n if (this.helper) {\n this.helper.setUniforms(this.uniforms_);\n }\n }\n\n /**\n * @protected\n */\n removeHelper() {\n if (this.helper) {\n this.helper.dispose();\n delete this.helper;\n }\n }\n\n /**\n * Determine whether renderFrame should be called.\n * @param {import(\"../../Map.js\").FrameState} frameState Frame state.\n * @return {boolean} Layer is ready to be rendered.\n */\n prepareFrame(frameState) {\n if (this.getLayer().getRenderSource()) {\n let incrementGroup = true;\n let groupNumber = -1;\n let className;\n for (let i = 0, ii = frameState.layerStatesArray.length; i < ii; i++) {\n const layer = frameState.layerStatesArray[i].layer;\n const renderer = layer.getRenderer();\n if (!(renderer instanceof WebGLLayerRenderer)) {\n incrementGroup = true;\n continue;\n }\n const layerClassName = layer.getClassName();\n if (incrementGroup || layerClassName !== className) {\n groupNumber += 1;\n incrementGroup = false;\n }\n className = layerClassName;\n if (renderer === this) {\n break;\n }\n }\n\n const canvasCacheKey =\n 'map/' + frameState.mapId + '/group/' + groupNumber;\n\n if (\n !this.helper ||\n !this.helper.canvasCacheKeyMatches(canvasCacheKey) ||\n this.helper.needsToBeRecreated()\n ) {\n this.removeHelper();\n\n this.helper = new WebGLHelper({\n postProcesses: this.postProcesses_,\n uniforms: this.uniforms_,\n canvasCacheKey: canvasCacheKey,\n });\n\n if (className) {\n this.helper.getCanvas().className = className;\n }\n\n this.afterHelperCreated();\n }\n }\n\n return this.prepareFrameInternal(frameState);\n }\n\n /**\n * @protected\n */\n afterHelperCreated() {}\n\n /**\n * Determine whether renderFrame should be called.\n * @param {import(\"../../Map.js\").FrameState} frameState Frame state.\n * @return {boolean} Layer is ready to be rendered.\n * @protected\n */\n prepareFrameInternal(frameState) {\n return true;\n }\n\n /**\n * Clean up.\n */\n disposeInternal() {\n this.removeHelper();\n super.disposeInternal();\n }\n\n /**\n * @param {import(\"../../render/EventType.js\").default} type Event type.\n * @param {WebGLRenderingContext} context The rendering context.\n * @param {import(\"../../Map.js\").FrameState} frameState Frame state.\n * @private\n */\n dispatchRenderEvent_(type, context, frameState) {\n const layer = this.getLayer();\n if (layer.hasListener(type)) {\n composeTransform(\n this.inversePixelTransform_,\n 0,\n 0,\n frameState.pixelRatio,\n -frameState.pixelRatio,\n 0,\n 0,\n -frameState.size[1]\n );\n\n const event = new RenderEvent(\n type,\n this.inversePixelTransform_,\n frameState,\n context\n );\n layer.dispatchEvent(event);\n }\n }\n\n /**\n * @param {WebGLRenderingContext} context The rendering context.\n * @param {import(\"../../Map.js\").FrameState} frameState Frame state.\n * @protected\n */\n preRender(context, frameState) {\n this.dispatchRenderEvent_(RenderEventType.PRERENDER, context, frameState);\n }\n\n /**\n * @param {WebGLRenderingContext} context The rendering context.\n * @param {import(\"../../Map.js\").FrameState} frameState Frame state.\n * @protected\n */\n postRender(context, frameState) {\n this.dispatchRenderEvent_(RenderEventType.POSTRENDER, context, frameState);\n }\n}\n\nexport default WebGLLayerRenderer;\n","/**\n * @module ol/renderer/webgl/TileLayerBase\n */\nimport LRUCache from '../../structs/LRUCache.js';\nimport ReprojDataTile from '../../reproj/DataTile.js';\nimport ReprojTile from '../../reproj/Tile.js';\nimport TileRange from '../../TileRange.js';\nimport TileState from '../../TileState.js';\nimport WebGLLayerRenderer from './Layer.js';\nimport {abstract, getUid} from '../../util.js';\nimport {create as createMat4} from '../../vec/mat4.js';\nimport {\n createOrUpdate as createTileCoord,\n getKey as getTileCoordKey,\n} from '../../tilecoord.js';\nimport {\n create as createTransform,\n reset as resetTransform,\n rotate as rotateTransform,\n scale as scaleTransform,\n translate as translateTransform,\n} from '../../transform.js';\nimport {descending} from '../../array.js';\nimport {fromUserExtent} from '../../proj.js';\nimport {getIntersection, isEmpty} from '../../extent.js';\nimport {toSize} from '../../size.js';\n\nexport const Uniforms = {\n TILE_TRANSFORM: 'u_tileTransform',\n TRANSITION_ALPHA: 'u_transitionAlpha',\n DEPTH: 'u_depth',\n RENDER_EXTENT: 'u_renderExtent', // intersection of layer, source, and view extent\n PATTERN_ORIGIN: 'u_patternOrigin',\n RESOLUTION: 'u_resolution',\n ZOOM: 'u_zoom',\n GLOBAL_ALPHA: 'u_globalAlpha',\n PROJECTION_MATRIX: 'u_projectionMatrix',\n SCREEN_TO_WORLD_MATRIX: 'u_screenToWorldMatrix',\n};\n\n/**\n * @type {Object}\n */\nconst empty = {};\n\n/**\n * Transform a zoom level into a depth value; zoom level zero has a depth value of 0.5, and increasing values\n * have a depth trending towards 0\n * @param {number} z A zoom level.\n * @return {number} A depth value.\n */\nfunction depthForZ(z) {\n return 1 / (z + 2);\n}\n\n/**\n * @typedef {import(\"../../webgl/BaseTileRepresentation.js\").default} AbstractTileRepresentation\n */\n/**\n * @typedef {Object} TileRepresentationLookup\n * @property {Set} tileIds The set of tile ids in the lookup.\n * @property {Object>} representationsByZ Tile representations by zoom level.\n */\n\n/**\n * @return {TileRepresentationLookup} A new tile representation lookup.\n */\nexport function newTileRepresentationLookup() {\n return {tileIds: new Set(), representationsByZ: {}};\n}\n\n/**\n * Check if a tile is already in the tile representation lookup.\n * @param {TileRepresentationLookup} tileRepresentationLookup Lookup of tile representations by zoom level.\n * @param {import(\"../../Tile.js\").default} tile A tile.\n * @return {boolean} The tile is already in the lookup.\n */\nfunction lookupHasTile(tileRepresentationLookup, tile) {\n return tileRepresentationLookup.tileIds.has(getUid(tile));\n}\n\n/**\n * Add a tile representation to the lookup.\n * @param {TileRepresentationLookup} tileRepresentationLookup Lookup of tile representations by zoom level.\n * @param {AbstractTileRepresentation} tileRepresentation A tile representation.\n * @param {number} z The zoom level.\n */\nfunction addTileRepresentationToLookup(\n tileRepresentationLookup,\n tileRepresentation,\n z\n) {\n const representationsByZ = tileRepresentationLookup.representationsByZ;\n if (!(z in representationsByZ)) {\n representationsByZ[z] = new Set();\n }\n representationsByZ[z].add(tileRepresentation);\n tileRepresentationLookup.tileIds.add(getUid(tileRepresentation.tile));\n}\n\n/**\n * @param {import(\"../../Map.js\").FrameState} frameState Frame state.\n * @param {import(\"../../extent.js\").Extent} extent The frame extent.\n * @return {import(\"../../extent.js\").Extent} Frame extent intersected with layer extents.\n */\nfunction getRenderExtent(frameState, extent) {\n const layerState = frameState.layerStatesArray[frameState.layerIndex];\n if (layerState.extent) {\n extent = getIntersection(\n extent,\n fromUserExtent(layerState.extent, frameState.viewState.projection)\n );\n }\n const source = /** @type {import(\"../../source/Tile.js\").default} */ (\n layerState.layer.getRenderSource()\n );\n if (!source.getWrapX()) {\n const gridExtent = source\n .getTileGridForProjection(frameState.viewState.projection)\n .getExtent();\n if (gridExtent) {\n extent = getIntersection(extent, gridExtent);\n }\n }\n return extent;\n}\n\nexport function getCacheKey(source, tileCoord) {\n return `${source.getKey()},${getTileCoordKey(tileCoord)}`;\n}\n\n/**\n * @typedef {Object} Options\n * @property {Object} [uniforms] Additional uniforms\n * made available to shaders.\n * @property {number} [cacheSize=512] The tile representation cache size.\n * @property {Array} [postProcesses] Post-processes definitions.\n */\n\n/**\n * @typedef {import(\"../../layer/BaseTile.js\").default} BaseLayerType\n */\n\n/**\n * @classdesc\n * Base WebGL renderer for tile layers.\n * @template {BaseLayerType} LayerType\n * @template {import(\"../../Tile.js\").default} TileType\n * @template {import(\"../../webgl/BaseTileRepresentation.js\").default} TileRepresentation\n * @extends {WebGLLayerRenderer}\n */\nclass WebGLBaseTileLayerRenderer extends WebGLLayerRenderer {\n /**\n * @param {LayerType} tileLayer Tile layer.\n * @param {Options} options Options.\n */\n constructor(tileLayer, options) {\n super(tileLayer, {\n uniforms: options.uniforms,\n postProcesses: options.postProcesses,\n });\n\n /**\n * The last call to `renderFrame` was completed with all tiles loaded\n * @type {boolean}\n */\n this.renderComplete = false;\n\n /**\n * This transform converts representation coordinates to screen coordinates.\n * @type {import(\"../../transform.js\").Transform}\n * @private\n */\n this.tileTransform_ = createTransform();\n\n /**\n * @type {Array}\n * @protected\n */\n this.tempMat4 = createMat4();\n\n /**\n * @type {import(\"../../TileRange.js\").default}\n * @private\n */\n this.tempTileRange_ = new TileRange(0, 0, 0, 0);\n\n /**\n * @type {import(\"../../tilecoord.js\").TileCoord}\n * @private\n */\n this.tempTileCoord_ = createTileCoord(0, 0, 0);\n\n /**\n * @type {import(\"../../size.js\").Size}\n * @private\n */\n this.tempSize_ = [0, 0];\n\n const cacheSize = options.cacheSize !== undefined ? options.cacheSize : 512;\n /**\n * @type {import(\"../../structs/LRUCache.js\").default}\n * @protected\n */\n this.tileRepresentationCache = new LRUCache(cacheSize);\n\n /**\n * @protected\n * @type {import(\"../../Map.js\").FrameState|null}\n */\n this.frameState = null;\n\n /**\n * @private\n * @type {import(\"../../proj/Projection.js\").default}\n */\n this.projection_ = undefined;\n }\n\n /**\n * @param {Options} options Options.\n */\n reset(options) {\n super.reset({\n uniforms: options.uniforms,\n });\n }\n\n /**\n * @param {TileType} tile Tile.\n * @return {boolean} Tile is drawable.\n * @private\n */\n isDrawableTile_(tile) {\n const tileLayer = this.getLayer();\n const tileState = tile.getState();\n const useInterimTilesOnError = tileLayer.getUseInterimTilesOnError();\n return (\n tileState == TileState.LOADED ||\n tileState == TileState.EMPTY ||\n (tileState == TileState.ERROR && !useInterimTilesOnError)\n );\n }\n\n /**\n * Determine whether renderFrame should be called.\n * @param {import(\"../../Map.js\").FrameState} frameState Frame state.\n * @return {boolean} Layer is ready to be rendered.\n */\n prepareFrameInternal(frameState) {\n if (!this.projection_) {\n this.projection_ = frameState.viewState.projection;\n } else if (frameState.viewState.projection !== this.projection_) {\n this.clearCache();\n this.projection_ = frameState.viewState.projection;\n }\n\n const layer = this.getLayer();\n const source = layer.getRenderSource();\n if (!source) {\n return false;\n }\n\n if (isEmpty(getRenderExtent(frameState, frameState.extent))) {\n return false;\n }\n return source.getState() === 'ready';\n }\n\n /**\n * @abstract\n * @param {import(\"../../webgl/BaseTileRepresentation.js\").TileRepresentationOptions} options tile representation options\n * @return {TileRepresentation} A new tile representation\n * @protected\n */\n createTileRepresentation(options) {\n return abstract();\n }\n\n /**\n * @param {import(\"../../Map.js\").FrameState} frameState Frame state.\n * @param {import(\"../../extent.js\").Extent} extent The extent to be rendered.\n * @param {number} initialZ The zoom level.\n * @param {TileRepresentationLookup} tileRepresentationLookup The zoom level.\n * @param {number} preload Number of additional levels to load.\n */\n enqueueTiles(\n frameState,\n extent,\n initialZ,\n tileRepresentationLookup,\n preload\n ) {\n const viewState = frameState.viewState;\n const tileLayer = this.getLayer();\n const tileSource = tileLayer.getRenderSource();\n const tileGrid = tileSource.getTileGridForProjection(viewState.projection);\n const gutter = tileSource.getGutterForProjection(viewState.projection);\n\n const tileSourceKey = getUid(tileSource);\n if (!(tileSourceKey in frameState.wantedTiles)) {\n frameState.wantedTiles[tileSourceKey] = {};\n }\n\n const wantedTiles = frameState.wantedTiles[tileSourceKey];\n const tileRepresentationCache = this.tileRepresentationCache;\n\n const map = tileLayer.getMapInternal();\n const minZ = Math.max(\n initialZ - preload,\n tileGrid.getMinZoom(),\n tileGrid.getZForResolution(\n Math.min(\n tileLayer.getMaxResolution(),\n map\n ? map\n .getView()\n .getResolutionForZoom(Math.max(tileLayer.getMinZoom(), 0))\n : tileGrid.getResolution(0)\n ),\n tileSource.zDirection\n )\n );\n for (let z = initialZ; z >= minZ; --z) {\n const tileRange = tileGrid.getTileRangeForExtentAndZ(\n extent,\n z,\n this.tempTileRange_\n );\n\n const tileResolution = tileGrid.getResolution(z);\n\n for (let x = tileRange.minX; x <= tileRange.maxX; ++x) {\n for (let y = tileRange.minY; y <= tileRange.maxY; ++y) {\n const tileCoord = createTileCoord(z, x, y, this.tempTileCoord_);\n const cacheKey = getCacheKey(tileSource, tileCoord);\n\n /** @type {TileRepresentation} */\n let tileRepresentation;\n\n /** @type {TileType} */\n let tile;\n\n if (tileRepresentationCache.containsKey(cacheKey)) {\n tileRepresentation = tileRepresentationCache.get(cacheKey);\n tile = tileRepresentation.tile;\n }\n if (\n !tileRepresentation ||\n tileRepresentation.tile.key !== tileSource.getKey()\n ) {\n tile = tileSource.getTile(\n z,\n x,\n y,\n frameState.pixelRatio,\n viewState.projection\n );\n }\n\n if (lookupHasTile(tileRepresentationLookup, tile)) {\n continue;\n }\n\n if (!tileRepresentation) {\n tileRepresentation = this.createTileRepresentation({\n tile: tile,\n grid: tileGrid,\n helper: this.helper,\n gutter: gutter,\n });\n tileRepresentationCache.set(cacheKey, tileRepresentation);\n } else {\n if (this.isDrawableTile_(tile)) {\n tileRepresentation.setTile(tile);\n } else {\n const interimTile = /** @type {TileType} */ (\n tile.getInterimTile()\n );\n tileRepresentation.setTile(interimTile);\n }\n }\n\n addTileRepresentationToLookup(\n tileRepresentationLookup,\n tileRepresentation,\n z\n );\n\n const tileQueueKey = tile.getKey();\n wantedTiles[tileQueueKey] = true;\n\n if (tile.getState() === TileState.IDLE) {\n if (!frameState.tileQueue.isKeyQueued(tileQueueKey)) {\n frameState.tileQueue.enqueue([\n tile,\n tileSourceKey,\n tileGrid.getTileCoordCenter(tileCoord),\n tileResolution,\n ]);\n }\n }\n }\n }\n }\n }\n\n /**\n * @param {import(\"../../Map.js\").FrameState} frameState Frame state.\n * @param {boolean} tilesWithAlpha True if at least one of the rendered tiles has alpha\n * @protected\n */\n beforeTilesRender(frameState, tilesWithAlpha) {\n this.helper.prepareDraw(this.frameState, !tilesWithAlpha, true);\n }\n\n /**\n * @param {import(\"../../Map.js\").FrameState} frameState Frame state.\n * @return {boolean} If returns false, tile mask rendering will be skipped\n * @protected\n */\n beforeTilesMaskRender(frameState) {\n return false;\n }\n\n /**\n * @param {TileRepresentation} tileRepresentation Tile representation\n * @param {import(\"../../transform.js\").Transform} tileTransform Tile transform\n * @param {import(\"../../Map.js\").FrameState} frameState Frame state\n * @param {import(\"../../extent.js\").Extent} renderExtent Render extent\n * @param {number} tileResolution Tile resolution\n * @param {import(\"../../size.js\").Size} tileSize Tile size\n * @param {import(\"../../coordinate.js\").Coordinate} tileOrigin Tile origin\n * @param {import(\"../../extent.js\").Extent} tileExtent tile Extent\n * @param {number} depth Depth\n * @param {number} gutter Gutter\n * @param {number} alpha Alpha\n * @protected\n */\n renderTile(\n tileRepresentation,\n tileTransform,\n frameState,\n renderExtent,\n tileResolution,\n tileSize,\n tileOrigin,\n tileExtent,\n depth,\n gutter,\n alpha\n ) {}\n\n /**\n * @param {TileRepresentation} tileRepresentation Tile representation\n * @param {number} tileZ Tile Z\n * @param {import(\"../../extent.js\").Extent} extent Render extent\n * @param {number} depth Depth\n * @protected\n */\n renderTileMask(tileRepresentation, tileZ, extent, depth) {}\n\n drawTile_(\n frameState,\n tileRepresentation,\n tileZ,\n gutter,\n extent,\n alphaLookup,\n tileGrid\n ) {\n if (!tileRepresentation.ready) {\n return;\n }\n const tile = tileRepresentation.tile;\n const tileCoord = tile.tileCoord;\n const tileCoordKey = getTileCoordKey(tileCoord);\n const alpha = tileCoordKey in alphaLookup ? alphaLookup[tileCoordKey] : 1;\n\n const tileResolution = tileGrid.getResolution(tileZ);\n const tileSize = toSize(tileGrid.getTileSize(tileZ), this.tempSize_);\n const tileOrigin = tileGrid.getOrigin(tileZ);\n const tileExtent = tileGrid.getTileCoordExtent(tileCoord);\n // tiles with alpha are rendered last to allow blending\n const depth = alpha < 1 ? -1 : depthForZ(tileZ);\n if (alpha < 1) {\n frameState.animate = true;\n }\n\n const viewState = frameState.viewState;\n const centerX = viewState.center[0];\n const centerY = viewState.center[1];\n\n const tileWidthWithGutter = tileSize[0] + 2 * gutter;\n const tileHeightWithGutter = tileSize[1] + 2 * gutter;\n\n const aspectRatio = tileWidthWithGutter / tileHeightWithGutter;\n\n const centerI = (centerX - tileOrigin[0]) / (tileSize[0] * tileResolution);\n const centerJ = (tileOrigin[1] - centerY) / (tileSize[1] * tileResolution);\n\n const tileScale = viewState.resolution / tileResolution;\n\n const tileCenterI = tileCoord[1];\n const tileCenterJ = tileCoord[2];\n\n resetTransform(this.tileTransform_);\n scaleTransform(\n this.tileTransform_,\n 2 / ((frameState.size[0] * tileScale) / tileWidthWithGutter),\n -2 / ((frameState.size[1] * tileScale) / tileWidthWithGutter)\n );\n rotateTransform(this.tileTransform_, viewState.rotation);\n scaleTransform(this.tileTransform_, 1, 1 / aspectRatio);\n translateTransform(\n this.tileTransform_,\n (tileSize[0] * (tileCenterI - centerI) - gutter) / tileWidthWithGutter,\n (tileSize[1] * (tileCenterJ - centerJ) - gutter) / tileHeightWithGutter\n );\n\n this.renderTile(\n /** @type {TileRepresentation} */ (tileRepresentation),\n this.tileTransform_,\n frameState,\n extent,\n tileResolution,\n tileSize,\n tileOrigin,\n tileExtent,\n depth,\n gutter,\n alpha\n );\n }\n\n /**\n * Render the layer.\n * @param {import(\"../../Map.js\").FrameState} frameState Frame state.\n * @return {HTMLElement} The rendered element.\n */\n renderFrame(frameState) {\n this.frameState = frameState;\n this.renderComplete = true;\n const gl = this.helper.getGL();\n this.preRender(gl, frameState);\n\n const viewState = frameState.viewState;\n const tileLayer = this.getLayer();\n const tileSource = tileLayer.getRenderSource();\n const tileGrid = tileSource.getTileGridForProjection(viewState.projection);\n const gutter = tileSource.getGutterForProjection(viewState.projection);\n const extent = getRenderExtent(frameState, frameState.extent);\n const z = tileGrid.getZForResolution(\n viewState.resolution,\n tileSource.zDirection\n );\n\n /**\n * @type {TileRepresentationLookup}\n */\n const tileRepresentationLookup = newTileRepresentationLookup();\n\n const preload = tileLayer.getPreload();\n if (frameState.nextExtent) {\n const targetZ = tileGrid.getZForResolution(\n viewState.nextResolution,\n tileSource.zDirection\n );\n const nextExtent = getRenderExtent(frameState, frameState.nextExtent);\n this.enqueueTiles(\n frameState,\n nextExtent,\n targetZ,\n tileRepresentationLookup,\n preload\n );\n }\n\n this.enqueueTiles(frameState, extent, z, tileRepresentationLookup, 0);\n if (preload > 0) {\n setTimeout(() => {\n this.enqueueTiles(\n frameState,\n extent,\n z - 1,\n tileRepresentationLookup,\n preload - 1\n );\n }, 0);\n }\n\n /**\n * A lookup of alpha values for tiles at the target rendering resolution\n * for tiles that are in transition. If a tile coord key is absent from\n * this lookup, the tile should be rendered at alpha 1.\n * @type {Object}\n */\n const alphaLookup = {};\n\n const uid = getUid(this);\n const time = frameState.time;\n let blend = false;\n\n // look for cached tiles to use if a target tile is not ready\n for (const tileRepresentation of tileRepresentationLookup\n .representationsByZ[z]) {\n const tile = tileRepresentation.tile;\n if (\n (tile instanceof ReprojTile || tile instanceof ReprojDataTile) &&\n tile.getState() === TileState.EMPTY\n ) {\n continue;\n }\n const tileCoord = tile.tileCoord;\n\n if (tileRepresentation.ready) {\n const alpha = tile.getAlpha(uid, time);\n if (alpha === 1) {\n // no need to look for alt tiles\n tile.endTransition(uid);\n continue;\n }\n blend = true;\n const tileCoordKey = getTileCoordKey(tileCoord);\n alphaLookup[tileCoordKey] = alpha;\n }\n this.renderComplete = false;\n\n // first look for child tiles (at z + 1)\n const coveredByChildren = this.findAltTiles_(\n tileGrid,\n tileCoord,\n z + 1,\n tileRepresentationLookup\n );\n\n if (coveredByChildren) {\n continue;\n }\n\n // next look for parent tiles\n const minZoom = tileGrid.getMinZoom();\n for (let parentZ = z - 1; parentZ >= minZoom; --parentZ) {\n const coveredByParent = this.findAltTiles_(\n tileGrid,\n tileCoord,\n parentZ,\n tileRepresentationLookup\n );\n\n if (coveredByParent) {\n break;\n }\n }\n }\n\n const representationsByZ = tileRepresentationLookup.representationsByZ;\n const zs = Object.keys(representationsByZ).map(Number).sort(descending);\n\n const renderTileMask = this.beforeTilesMaskRender(frameState);\n\n if (renderTileMask) {\n for (let j = 0, jj = zs.length; j < jj; ++j) {\n const tileZ = zs[j];\n for (const tileRepresentation of representationsByZ[tileZ]) {\n const tileCoord = tileRepresentation.tile.tileCoord;\n const tileCoordKey = getTileCoordKey(tileCoord);\n // do not render the tile mask if alpha < 1\n if (tileCoordKey in alphaLookup) {\n continue;\n }\n const tileExtent = tileGrid.getTileCoordExtent(tileCoord);\n this.renderTileMask(\n /** @type {TileRepresentation} */ (tileRepresentation),\n tileZ,\n tileExtent,\n depthForZ(tileZ)\n );\n }\n }\n }\n\n this.beforeTilesRender(frameState, blend);\n\n for (let j = 0, jj = zs.length; j < jj; ++j) {\n const tileZ = zs[j];\n for (const tileRepresentation of representationsByZ[tileZ]) {\n const tileCoord = tileRepresentation.tile.tileCoord;\n const tileCoordKey = getTileCoordKey(tileCoord);\n if (tileCoordKey in alphaLookup) {\n continue;\n }\n\n this.drawTile_(\n frameState,\n tileRepresentation,\n tileZ,\n gutter,\n extent,\n alphaLookup,\n tileGrid\n );\n }\n }\n\n for (const tileRepresentation of representationsByZ[z]) {\n const tileCoord = tileRepresentation.tile.tileCoord;\n const tileCoordKey = getTileCoordKey(tileCoord);\n if (tileCoordKey in alphaLookup) {\n this.drawTile_(\n frameState,\n tileRepresentation,\n z,\n gutter,\n extent,\n alphaLookup,\n tileGrid\n );\n }\n }\n\n this.helper.finalizeDraw(\n frameState,\n this.dispatchPreComposeEvent,\n this.dispatchPostComposeEvent\n );\n\n const canvas = this.helper.getCanvas();\n\n const tileRepresentationCache = this.tileRepresentationCache;\n while (tileRepresentationCache.canExpireCache()) {\n const tileRepresentation = tileRepresentationCache.pop();\n tileRepresentation.dispose();\n }\n\n // TODO: let the renderers manage their own cache instead of managing the source cache\n /**\n * Here we unconditionally expire the source cache since the renderer maintains\n * its own cache.\n * @param {import(\"../../Map.js\").default} map Map.\n * @param {import(\"../../Map.js\").FrameState} frameState Frame state.\n */\n const postRenderFunction = function (map, frameState) {\n tileSource.updateCacheSize(0.1, frameState.viewState.projection);\n tileSource.expireCache(frameState.viewState.projection, empty);\n };\n\n frameState.postRenderFunctions.push(postRenderFunction);\n\n this.postRender(gl, frameState);\n return canvas;\n }\n\n /**\n * Look for tiles covering the provided tile coordinate at an alternate\n * zoom level. Loaded tiles will be added to the provided tile representation lookup.\n * @param {import(\"../../tilegrid/TileGrid.js\").default} tileGrid The tile grid.\n * @param {import(\"../../tilecoord.js\").TileCoord} tileCoord The target tile coordinate.\n * @param {number} altZ The alternate zoom level.\n * @param {TileRepresentationLookup} tileRepresentationLookup Lookup of\n * tile representations by zoom level.\n * @return {boolean} The tile coordinate is covered by loaded tiles at the alternate zoom level.\n * @private\n */\n findAltTiles_(tileGrid, tileCoord, altZ, tileRepresentationLookup) {\n const tileRange = tileGrid.getTileRangeForTileCoordAndZ(\n tileCoord,\n altZ,\n this.tempTileRange_\n );\n\n if (!tileRange) {\n return false;\n }\n\n let covered = true;\n const tileRepresentationCache = this.tileRepresentationCache;\n const source = this.getLayer().getRenderSource();\n for (let x = tileRange.minX; x <= tileRange.maxX; ++x) {\n for (let y = tileRange.minY; y <= tileRange.maxY; ++y) {\n const cacheKey = getCacheKey(source, [altZ, x, y]);\n let loaded = false;\n if (tileRepresentationCache.containsKey(cacheKey)) {\n const tileRepresentation = tileRepresentationCache.get(cacheKey);\n if (\n tileRepresentation.ready &&\n !lookupHasTile(tileRepresentationLookup, tileRepresentation.tile)\n ) {\n addTileRepresentationToLookup(\n tileRepresentationLookup,\n tileRepresentation,\n altZ\n );\n loaded = true;\n }\n }\n if (!loaded) {\n covered = false;\n }\n }\n }\n return covered;\n }\n\n clearCache() {\n const tileRepresentationCache = this.tileRepresentationCache;\n tileRepresentationCache.forEach((tileRepresentation) =>\n tileRepresentation.dispose()\n );\n tileRepresentationCache.clear();\n }\n\n removeHelper() {\n if (this.helper) {\n this.clearCache();\n }\n\n super.removeHelper();\n }\n\n /**\n * Clean up.\n */\n disposeInternal() {\n super.disposeInternal();\n delete this.frameState;\n }\n}\n\nexport default WebGLBaseTileLayerRenderer;\n","/**\n * @module ol/renderer/webgl/TileLayer\n */\nimport ReprojDataTile from '../../reproj/DataTile.js';\nimport ReprojTile from '../../reproj/Tile.js';\nimport TileState from '../../TileState.js';\nimport TileTexture from '../../webgl/TileTexture.js';\nimport WebGLArrayBuffer from '../../webgl/Buffer.js';\nimport WebGLBaseTileLayerRenderer, {\n Uniforms as BaseUniforms,\n getCacheKey,\n} from './TileLayerBase.js';\nimport {AttributeType} from '../../webgl/Helper.js';\nimport {ELEMENT_ARRAY_BUFFER, STATIC_DRAW} from '../../webgl.js';\nimport {apply as applyTransform} from '../../transform.js';\nimport {\n boundingExtent,\n containsCoordinate,\n getIntersection,\n} from '../../extent.js';\nimport {fromUserExtent} from '../../proj.js';\nimport {fromTransform as mat4FromTransform} from '../../vec/mat4.js';\nimport {toSize} from '../../size.js';\n\nexport const Uniforms = {\n ...BaseUniforms,\n TILE_TEXTURE_ARRAY: 'u_tileTextures',\n TEXTURE_PIXEL_WIDTH: 'u_texturePixelWidth',\n TEXTURE_PIXEL_HEIGHT: 'u_texturePixelHeight',\n TEXTURE_RESOLUTION: 'u_textureResolution', // map units per texture pixel\n TEXTURE_ORIGIN_X: 'u_textureOriginX', // map x coordinate of left edge of texture\n TEXTURE_ORIGIN_Y: 'u_textureOriginY', // map y coordinate of top edge of texture\n};\n\nexport const Attributes = {\n TEXTURE_COORD: 'a_textureCoord',\n};\n\n/**\n * @type {Array}\n */\nconst attributeDescriptions = [\n {\n name: Attributes.TEXTURE_COORD,\n size: 2,\n type: AttributeType.FLOAT,\n },\n];\n\n/**\n * @typedef {Object} Options\n * @property {string} vertexShader Vertex shader source.\n * @property {string} fragmentShader Fragment shader source.\n * @property {Object} [uniforms] Additional uniforms\n * made available to shaders.\n * @property {Array} [paletteTextures] Palette textures.\n * @property {number} [cacheSize=512] The texture cache size.\n */\n\n/**\n * @typedef {import(\"../../layer/WebGLTile.js\").default} LayerType\n */\n/**\n * @typedef {import(\"../../webgl/TileTexture.js\").TileType} TileTextureType\n */\n/**\n * @typedef {import(\"../../webgl/TileTexture.js\").default} TileTextureRepresentation\n */\n\n/**\n * @classdesc\n * WebGL renderer for tile layers.\n * @extends {WebGLBaseTileLayerRenderer}\n * @api\n */\nclass WebGLTileLayerRenderer extends WebGLBaseTileLayerRenderer {\n /**\n * @param {LayerType} tileLayer Tile layer.\n * @param {Options} options Options.\n */\n constructor(tileLayer, options) {\n super(tileLayer, options);\n\n /**\n * @type {WebGLProgram}\n * @private\n */\n this.program_;\n\n /**\n * @private\n */\n this.vertexShader_ = options.vertexShader;\n\n /**\n * @private\n */\n this.fragmentShader_ = options.fragmentShader;\n\n /**\n * Tiles are rendered as a quad with the following structure:\n *\n * [P3]---------[P2]\n * |` |\n * | ` B |\n * | ` |\n * | ` |\n * | A ` |\n * | ` |\n * [P0]---------[P1]\n *\n * Triangle A: P0, P1, P3\n * Triangle B: P1, P2, P3\n *\n * @private\n */\n this.indices_ = new WebGLArrayBuffer(ELEMENT_ARRAY_BUFFER, STATIC_DRAW);\n this.indices_.fromArray([0, 1, 3, 1, 2, 3]);\n\n /**\n * @type {Array}\n * @private\n */\n this.paletteTextures_ = options.paletteTextures || [];\n }\n\n /**\n * @param {Options} options Options.\n */\n reset(options) {\n super.reset(options);\n\n this.vertexShader_ = options.vertexShader;\n this.fragmentShader_ = options.fragmentShader;\n this.paletteTextures_ = options.paletteTextures || [];\n if (this.helper) {\n this.program_ = this.helper.getProgram(\n this.fragmentShader_,\n this.vertexShader_\n );\n }\n }\n\n afterHelperCreated() {\n this.program_ = this.helper.getProgram(\n this.fragmentShader_,\n this.vertexShader_\n );\n this.helper.flushBufferData(this.indices_);\n }\n\n createTileRepresentation(options) {\n return new TileTexture(options);\n }\n\n beforeTilesRender(frameState, tilesWithAlpha) {\n super.beforeTilesRender(frameState, tilesWithAlpha);\n this.helper.useProgram(this.program_, frameState);\n }\n\n renderTile(\n tileTexture,\n tileTransform,\n frameState,\n renderExtent,\n tileResolution,\n tileSize,\n tileOrigin,\n tileExtent,\n depth,\n gutter,\n alpha\n ) {\n const gl = this.helper.getGL();\n this.helper.bindBuffer(tileTexture.coords);\n this.helper.bindBuffer(this.indices_);\n this.helper.enableAttributes(attributeDescriptions);\n\n let textureSlot = 0;\n while (textureSlot < tileTexture.textures.length) {\n const uniformName = `${Uniforms.TILE_TEXTURE_ARRAY}[${textureSlot}]`;\n this.helper.bindTexture(\n tileTexture.textures[textureSlot],\n textureSlot,\n uniformName\n );\n ++textureSlot;\n }\n\n for (\n let paletteIndex = 0;\n paletteIndex < this.paletteTextures_.length;\n ++paletteIndex\n ) {\n const paletteTexture = this.paletteTextures_[paletteIndex];\n const texture = paletteTexture.getTexture(gl);\n this.helper.bindTexture(texture, textureSlot, paletteTexture.name);\n ++textureSlot;\n }\n\n const viewState = frameState.viewState;\n\n const tileWidthWithGutter = tileSize[0] + 2 * gutter;\n const tileHeightWithGutter = tileSize[1] + 2 * gutter;\n\n const tile = tileTexture.tile;\n const tileCoord = tile.tileCoord;\n\n const tileCenterI = tileCoord[1];\n const tileCenterJ = tileCoord[2];\n\n this.helper.setUniformMatrixValue(\n Uniforms.TILE_TRANSFORM,\n mat4FromTransform(this.tempMat4, tileTransform)\n );\n\n this.helper.setUniformFloatValue(Uniforms.TRANSITION_ALPHA, alpha);\n this.helper.setUniformFloatValue(Uniforms.DEPTH, depth);\n\n let gutterExtent = renderExtent;\n if (gutter > 0) {\n gutterExtent = tileExtent;\n getIntersection(gutterExtent, renderExtent, gutterExtent);\n }\n this.helper.setUniformFloatVec4(Uniforms.RENDER_EXTENT, gutterExtent);\n\n this.helper.setUniformFloatValue(Uniforms.RESOLUTION, viewState.resolution);\n this.helper.setUniformFloatValue(Uniforms.ZOOM, viewState.zoom);\n\n this.helper.setUniformFloatValue(\n Uniforms.TEXTURE_PIXEL_WIDTH,\n tileWidthWithGutter\n );\n this.helper.setUniformFloatValue(\n Uniforms.TEXTURE_PIXEL_HEIGHT,\n tileHeightWithGutter\n );\n this.helper.setUniformFloatValue(\n Uniforms.TEXTURE_RESOLUTION,\n tileResolution\n );\n this.helper.setUniformFloatValue(\n Uniforms.TEXTURE_ORIGIN_X,\n tileOrigin[0] +\n tileCenterI * tileSize[0] * tileResolution -\n gutter * tileResolution\n );\n this.helper.setUniformFloatValue(\n Uniforms.TEXTURE_ORIGIN_Y,\n tileOrigin[1] -\n tileCenterJ * tileSize[1] * tileResolution +\n gutter * tileResolution\n );\n\n this.helper.drawElements(0, this.indices_.getSize());\n }\n\n /**\n * @param {import(\"../../pixel.js\").Pixel} pixel Pixel.\n * @return {Uint8ClampedArray|Uint8Array|Float32Array|DataView} Data at the pixel location.\n */\n getData(pixel) {\n const gl = this.helper.getGL();\n if (!gl) {\n return null;\n }\n\n const frameState = this.frameState;\n if (!frameState) {\n return null;\n }\n\n const layer = this.getLayer();\n const coordinate = applyTransform(\n frameState.pixelToCoordinateTransform,\n pixel.slice()\n );\n\n const viewState = frameState.viewState;\n const layerExtent = layer.getExtent();\n if (layerExtent) {\n if (\n !containsCoordinate(\n fromUserExtent(layerExtent, viewState.projection),\n coordinate\n )\n ) {\n return null;\n }\n }\n\n // determine last source suitable for rendering at coordinate\n const sources = layer.getSources(\n boundingExtent([coordinate]),\n viewState.resolution\n );\n let i, source, tileGrid;\n for (i = sources.length - 1; i >= 0; --i) {\n source = sources[i];\n if (source.getState() === 'ready') {\n tileGrid = source.getTileGridForProjection(viewState.projection);\n if (source.getWrapX()) {\n break;\n }\n const gridExtent = tileGrid.getExtent();\n if (!gridExtent || containsCoordinate(gridExtent, coordinate)) {\n break;\n }\n }\n }\n if (i < 0) {\n return null;\n }\n\n const tileTextureCache = this.tileRepresentationCache;\n for (\n let z = tileGrid.getZForResolution(viewState.resolution);\n z >= tileGrid.getMinZoom();\n --z\n ) {\n const tileCoord = tileGrid.getTileCoordForCoordAndZ(coordinate, z);\n const cacheKey = getCacheKey(source, tileCoord);\n if (!tileTextureCache.containsKey(cacheKey)) {\n continue;\n }\n const tileTexture = tileTextureCache.get(cacheKey);\n const tile = tileTexture.tile;\n if (\n (tile instanceof ReprojTile || tile instanceof ReprojDataTile) &&\n tile.getState() === TileState.EMPTY\n ) {\n return null;\n }\n if (!tileTexture.loaded) {\n continue;\n }\n const tileOrigin = tileGrid.getOrigin(z);\n const tileSize = toSize(tileGrid.getTileSize(z));\n const tileResolution = tileGrid.getResolution(z);\n\n const col =\n (coordinate[0] - tileOrigin[0]) / tileResolution -\n tileCoord[1] * tileSize[0];\n\n const row =\n (tileOrigin[1] - coordinate[1]) / tileResolution -\n tileCoord[2] * tileSize[1];\n\n return tileTexture.getPixelData(col, row);\n }\n return null;\n }\n\n /**\n * Clean up.\n */\n disposeInternal() {\n const helper = this.helper;\n if (helper) {\n const gl = helper.getGL();\n gl.deleteProgram(this.program_);\n delete this.program_;\n helper.deleteBuffer(this.indices_);\n }\n super.disposeInternal();\n delete this.indices_;\n }\n}\n\nexport default WebGLTileLayerRenderer;\n","/**\n * @module ol/expr/gpu\n */\nimport PaletteTexture from '../webgl/PaletteTexture.js';\nimport {\n BooleanType,\n CallExpression,\n ColorType,\n NoneType,\n NumberArrayType,\n NumberType,\n Ops,\n StringType,\n isType,\n overlapsType,\n parse,\n typeName,\n} from './expression.js';\nimport {Uniforms} from '../renderer/webgl/TileLayer.js';\nimport {asArray} from '../color.js';\n\n/**\n * @param {string} operator Operator\n * @param {CompilationContext} context Compilation context\n * @return {string} A function name based on the operator, unique in the given context\n */\nfunction computeOperatorFunctionName(operator, context) {\n return `operator_${operator}_${Object.keys(context.functions).length}`;\n}\n\n/**\n * Will return the number as a float with a dot separator, which is required by GLSL.\n * @param {number} v Numerical value.\n * @return {string} The value as string.\n */\nexport function numberToGlsl(v) {\n const s = v.toString();\n return s.includes('.') ? s : s + '.0';\n}\n\n/**\n * Will return the number array as a float with a dot separator, concatenated with ', '.\n * @param {Array} array Numerical values array.\n * @return {string} The array as a vector, e. g.: `vec3(1.0, 2.0, 3.0)`.\n */\nexport function arrayToGlsl(array) {\n if (array.length < 2 || array.length > 4) {\n throw new Error(\n '`formatArray` can only output `vec2`, `vec3` or `vec4` arrays.'\n );\n }\n return `vec${array.length}(${array.map(numberToGlsl).join(', ')})`;\n}\n\n/**\n * Will normalize and converts to string a `vec4` color array compatible with GLSL.\n * @param {string|import(\"../color.js\").Color} color Color either in string format or [r, g, b, a] array format,\n * with RGB components in the 0..255 range and the alpha component in the 0..1 range.\n * Note that the final array will always have 4 components.\n * @return {string} The color expressed in the `vec4(1.0, 1.0, 1.0, 1.0)` form.\n */\nexport function colorToGlsl(color) {\n const array = asArray(color);\n const alpha = array.length > 3 ? array[3] : 1;\n // all components are premultiplied with alpha value\n return arrayToGlsl([\n (array[0] / 255) * alpha,\n (array[1] / 255) * alpha,\n (array[2] / 255) * alpha,\n alpha,\n ]);\n}\n\n/** @type {Object} */\nconst stringToFloatMap = {};\nlet stringToFloatCounter = 0;\n\n/**\n * Returns a stable equivalent number for the string literal.\n * @param {string} string String literal value\n * @return {number} Number equivalent\n */\nexport function getStringNumberEquivalent(string) {\n if (!(string in stringToFloatMap)) {\n stringToFloatMap[string] = stringToFloatCounter++;\n }\n return stringToFloatMap[string];\n}\n\n/**\n * Returns a stable equivalent number for the string literal, for use in shaders. This number is then\n * converted to be a GLSL-compatible string.\n * Note: with a float precision of `mediump`, the amount of unique strings supported is 16,777,216\n * @param {string} string String literal value\n * @return {string} GLSL-compatible string containing a number\n */\nexport function stringToGlsl(string) {\n return numberToGlsl(getStringNumberEquivalent(string));\n}\n\n/**\n * Get the uniform name given a variable name.\n * @param {string} variableName The variable name.\n * @return {string} The uniform name.\n */\nexport function uniformNameForVariable(variableName) {\n return 'u_var_' + variableName;\n}\n\n/**\n * @typedef {import('./expression.js').ParsingContext} ParsingContext\n */\n/**\n *\n * @typedef {import(\"./expression.js\").Expression} Expression\n */\n/**\n *\n * @typedef {import(\"./expression.js\").LiteralExpression} LiteralExpression\n */\n\n/**\n * @typedef {Object} CompilationContextProperty\n * @property {string} name Name\n * @property {number} type Resolved property type\n * @property {function(import(\"../Feature.js\").FeatureLike): *} [evaluator] Function used for evaluating the value;\n */\n\n/**\n * @typedef {Object} CompilationContextVariable\n * @property {string} name Name\n * @property {number} type Resolved variable type\n * @property {function(Object): *} [evaluator] Function used for evaluating the value; argument is the style variables object\n */\n\n/**\n * @typedef {Object} CompilationContext\n * @property {boolean} [inFragmentShader] If false, means the expression output should be made for a vertex shader\n * @property {Object} properties The values for properties used in 'get' expressions.\n * @property {Object} variables The values for variables used in 'var' expressions.\n * @property {Object} functions Lookup of functions used by the style.\n * @property {number} [bandCount] Number of bands per pixel.\n * @property {Array} [paletteTextures] List of palettes used by the style.\n * @property {import(\"../style/webgl.js\").WebGLStyle} style Literal style.\n */\n\n/**\n * @return {CompilationContext} A new compilation context.\n */\nexport function newCompilationContext() {\n return {\n inFragmentShader: false,\n variables: {},\n properties: {},\n functions: {},\n bandCount: 0,\n style: {},\n };\n}\n\nconst GET_BAND_VALUE_FUNC = 'getBandValue';\n\nexport const PALETTE_TEXTURE_ARRAY = 'u_paletteTextures';\n\n/**\n * @typedef {string} CompiledExpression\n */\n\n/**\n * @typedef {function(CompilationContext, CallExpression, number): string} Compiler\n * Third argument is the expected value types\n */\n\n/**\n * @param {import('./expression.js').EncodedExpression} encoded The encoded expression.\n * @param {number} type The expected type.\n * @param {import('./expression.js').ParsingContext} parsingContext The parsing context.\n * @param {CompilationContext} compilationContext An existing compilation context\n * @return {CompiledExpression} The compiled expression.\n */\nexport function buildExpression(\n encoded,\n type,\n parsingContext,\n compilationContext\n) {\n const expression = parse(encoded, parsingContext, type);\n if (isType(expression.type, NoneType)) {\n throw new Error(`No matching type was found`);\n }\n if (!overlapsType(type, expression.type)) {\n const expected = typeName(type);\n const actual = typeName(expression.type);\n throw new Error(\n `Expected expression to be of type ${expected}, got ${actual}`\n );\n }\n return compile(expression, type, compilationContext);\n}\n\n/**\n * @param {function(Array, CompilationContext): string} output Function that takes in parsed arguments and returns a string\n * @return {function(CompilationContext, import(\"./expression.js\").CallExpression, number): string} Compiler for the call expression\n */\nfunction createCompiler(output) {\n return (context, expression, type) => {\n const length = expression.args.length;\n const args = new Array(length);\n for (let i = 0; i < length; ++i) {\n args[i] = compile(expression.args[i], type, context);\n }\n return output(args, context);\n };\n}\n\n/**\n * @type {Object}\n */\nconst compilers = {\n [Ops.Get]: (context, expression) => {\n const firstArg = /** @type {LiteralExpression} */ (expression.args[0]);\n const propName = /** @type {string} */ (firstArg.value);\n const isExisting = propName in context.properties;\n if (!isExisting) {\n context.properties[propName] = {\n name: propName,\n type: expression.type,\n };\n }\n const prefix = context.inFragmentShader ? 'v_prop_' : 'a_prop_';\n return prefix + propName;\n },\n [Ops.GeometryType]: (context, expression, type) => {\n const propName = 'geometryType';\n const computeType = (geometry) => {\n const type = geometry.getType();\n switch (type) {\n case 'Point':\n case 'LineString':\n case 'Polygon':\n return type;\n case 'MultiPoint':\n case 'MultiLineString':\n case 'MultiPolygon':\n return type.substring(5);\n case 'Circle':\n return 'Polygon';\n case 'GeometryCollection':\n return computeType(geometry.getGeometries()[0]);\n default:\n }\n };\n const isExisting = propName in context.properties;\n if (!isExisting) {\n context.properties[propName] = {\n name: propName,\n type: StringType,\n evaluator: (feature) => {\n return computeType(feature.getGeometry());\n },\n };\n }\n const prefix = context.inFragmentShader ? 'v_prop_' : 'a_prop_';\n return prefix + propName;\n },\n [Ops.Var]: (context, expression) => {\n const firstArg = /** @type {LiteralExpression} */ (expression.args[0]);\n const varName = /** @type {string} */ (firstArg.value);\n const isExisting = varName in context.variables;\n if (!isExisting) {\n context.variables[varName] = {\n name: varName,\n type: expression.type,\n };\n }\n return uniformNameForVariable(varName);\n },\n [Ops.Resolution]: () => 'u_resolution',\n [Ops.Zoom]: () => 'u_zoom',\n [Ops.Time]: () => 'u_time',\n [Ops.Any]: createCompiler((compiledArgs) => `(${compiledArgs.join(` || `)})`),\n [Ops.All]: createCompiler((compiledArgs) => `(${compiledArgs.join(` && `)})`),\n [Ops.Not]: createCompiler(([value]) => `(!${value})`),\n [Ops.Equal]: createCompiler(\n ([firstValue, secondValue]) => `(${firstValue} == ${secondValue})`\n ),\n [Ops.NotEqual]: createCompiler(\n ([firstValue, secondValue]) => `(${firstValue} != ${secondValue})`\n ),\n [Ops.GreaterThan]: createCompiler(\n ([firstValue, secondValue]) => `(${firstValue} > ${secondValue})`\n ),\n [Ops.GreaterThanOrEqualTo]: createCompiler(\n ([firstValue, secondValue]) => `(${firstValue} >= ${secondValue})`\n ),\n [Ops.LessThan]: createCompiler(\n ([firstValue, secondValue]) => `(${firstValue} < ${secondValue})`\n ),\n [Ops.LessThanOrEqualTo]: createCompiler(\n ([firstValue, secondValue]) => `(${firstValue} <= ${secondValue})`\n ),\n [Ops.Multiply]: createCompiler(\n (compiledArgs) => `(${compiledArgs.join(' * ')})`\n ),\n [Ops.Divide]: createCompiler(\n ([firstValue, secondValue]) => `(${firstValue} / ${secondValue})`\n ),\n [Ops.Add]: createCompiler((compiledArgs) => `(${compiledArgs.join(' + ')})`),\n [Ops.Subtract]: createCompiler(\n ([firstValue, secondValue]) => `(${firstValue} - ${secondValue})`\n ),\n [Ops.Clamp]: createCompiler(\n ([value, min, max]) => `clamp(${value}, ${min}, ${max})`\n ),\n [Ops.Mod]: createCompiler(([value, modulo]) => `mod(${value}, ${modulo})`),\n [Ops.Pow]: createCompiler(([value, power]) => `pow(${value}, ${power})`),\n [Ops.Abs]: createCompiler(([value]) => `abs(${value})`),\n [Ops.Floor]: createCompiler(([value]) => `floor(${value})`),\n [Ops.Ceil]: createCompiler(([value]) => `ceil(${value})`),\n [Ops.Round]: createCompiler(([value]) => `floor(${value} + 0.5)`),\n [Ops.Sin]: createCompiler(([value]) => `sin(${value})`),\n [Ops.Cos]: createCompiler(([value]) => `cos(${value})`),\n [Ops.Atan]: createCompiler(([firstValue, secondValue]) => {\n return secondValue !== undefined\n ? `atan(${firstValue}, ${secondValue})`\n : `atan(${firstValue})`;\n }),\n [Ops.Sqrt]: createCompiler(([value]) => `sqrt(${value})`),\n [Ops.Match]: createCompiler((compiledArgs) => {\n const input = compiledArgs[0];\n const fallback = compiledArgs[compiledArgs.length - 1];\n let result = null;\n for (let i = compiledArgs.length - 3; i >= 1; i -= 2) {\n const match = compiledArgs[i];\n const output = compiledArgs[i + 1];\n result = `(${input} == ${match} ? ${output} : ${result || fallback})`;\n }\n return result;\n }),\n [Ops.Between]: createCompiler(\n ([value, min, max]) => `(${value} >= ${min} && ${value} <= ${max})`\n ),\n [Ops.Interpolate]: createCompiler(([exponent, input, ...compiledArgs]) => {\n let result = '';\n for (let i = 0; i < compiledArgs.length - 2; i += 2) {\n const stop1 = compiledArgs[i];\n const output1 = result || compiledArgs[i + 1];\n const stop2 = compiledArgs[i + 2];\n const output2 = compiledArgs[i + 3];\n let ratio;\n if (exponent === numberToGlsl(1)) {\n ratio = `(${input} - ${stop1}) / (${stop2} - ${stop1})`;\n } else {\n ratio = `(pow(${exponent}, (${input} - ${stop1})) - 1.0) / (pow(${exponent}, (${stop2} - ${stop1})) - 1.0)`;\n }\n result = `mix(${output1}, ${output2}, clamp(${ratio}, 0.0, 1.0))`;\n }\n return result;\n }),\n [Ops.Case]: createCompiler((compiledArgs) => {\n const fallback = compiledArgs[compiledArgs.length - 1];\n let result = null;\n for (let i = compiledArgs.length - 3; i >= 0; i -= 2) {\n const condition = compiledArgs[i];\n const output = compiledArgs[i + 1];\n result = `(${condition} ? ${output} : ${result || fallback})`;\n }\n return result;\n }),\n [Ops.In]: createCompiler(([needle, ...haystack], context) => {\n const funcName = computeOperatorFunctionName('in', context);\n const tests = [];\n for (let i = 0; i < haystack.length; i += 1) {\n tests.push(` if (inputValue == ${haystack[i]}) { return true; }`);\n }\n context.functions[funcName] = `bool ${funcName}(float inputValue) {\n${tests.join('\\n')}\n return false;\n}`;\n return `${funcName}(${needle})`;\n }),\n [Ops.Array]: createCompiler(\n (args) => `vec${args.length}(${args.join(', ')})`\n ),\n [Ops.Color]: createCompiler((compiledArgs) => {\n const rgb = compiledArgs.slice(0, 3).map((color) => `${color} / 255.0`);\n if (compiledArgs.length === 3) {\n return `vec4(${rgb.join(', ')}, 1.0)`;\n }\n const alpha = compiledArgs[3];\n return `(${alpha} * vec4(${rgb.join(', ')}, 1.0))`;\n }),\n [Ops.Band]: createCompiler(([band, xOffset, yOffset], context) => {\n if (!(GET_BAND_VALUE_FUNC in context.functions)) {\n let ifBlocks = '';\n const bandCount = context.bandCount || 1;\n for (let i = 0; i < bandCount; i++) {\n const colorIndex = Math.floor(i / 4);\n let bandIndex = i % 4;\n if (i === bandCount - 1 && bandIndex === 1) {\n // LUMINANCE_ALPHA - band 1 assigned to rgb and band 2 assigned to alpha\n bandIndex = 3;\n }\n const textureName = `${Uniforms.TILE_TEXTURE_ARRAY}[${colorIndex}]`;\n ifBlocks += ` if (band == ${i + 1}.0) {\n return texture2D(${textureName}, v_textureCoord + vec2(dx, dy))[${bandIndex}];\n }\n`;\n }\n\n context.functions[\n GET_BAND_VALUE_FUNC\n ] = `float getBandValue(float band, float xOffset, float yOffset) {\n float dx = xOffset / ${Uniforms.TEXTURE_PIXEL_WIDTH};\n float dy = yOffset / ${Uniforms.TEXTURE_PIXEL_HEIGHT};\n${ifBlocks}\n}`;\n }\n\n return `${GET_BAND_VALUE_FUNC}(${band}, ${xOffset ?? '0.0'}, ${\n yOffset ?? '0.0'\n })`;\n }),\n [Ops.Palette]: (context, expression) => {\n const [index, ...colors] = expression.args;\n const numColors = colors.length;\n const palette = new Uint8Array(numColors * 4);\n for (let i = 0; i < colors.length; i++) {\n const parsedValue = /** @type {string | Array} */ (\n /** @type {LiteralExpression} */ (colors[i]).value\n );\n const color = asArray(parsedValue);\n const offset = i * 4;\n palette[offset] = color[0];\n palette[offset + 1] = color[1];\n palette[offset + 2] = color[2];\n palette[offset + 3] = color[3] * 255;\n }\n if (!context.paletteTextures) {\n context.paletteTextures = [];\n }\n const paletteName = `${PALETTE_TEXTURE_ARRAY}[${context.paletteTextures.length}]`;\n const paletteTexture = new PaletteTexture(paletteName, palette);\n context.paletteTextures.push(paletteTexture);\n const compiledIndex = compile(index, NumberType, context);\n return `texture2D(${paletteName}, vec2((${compiledIndex} + 0.5) / ${numColors}.0, 0.5))`;\n },\n // TODO: unimplemented\n // Ops.Number\n // Ops.String\n // Ops.Concat\n};\n\n/**\n * @param {Expression} expression The expression.\n * @param {number} returnType The expected return type.\n * @param {CompilationContext} context The compilation context.\n * @return {CompiledExpression} The compiled expression\n */\nfunction compile(expression, returnType, context) {\n // operator\n if (expression instanceof CallExpression) {\n const compiler = compilers[expression.operator];\n if (compiler === undefined) {\n throw new Error(\n `No compiler defined for this operator: ${JSON.stringify(\n expression.operator\n )}`\n );\n }\n return compiler(context, expression, returnType);\n }\n\n if ((expression.type & NumberType) > 0) {\n return numberToGlsl(/** @type {number} */ (expression.value));\n }\n\n if ((expression.type & BooleanType) > 0) {\n return expression.value.toString();\n }\n\n if ((expression.type & StringType) > 0) {\n return stringToGlsl(expression.value.toString());\n }\n\n if ((expression.type & ColorType) > 0) {\n return colorToGlsl(\n /** @type {Array | string} */ (expression.value)\n );\n }\n\n if ((expression.type & NumberArrayType) > 0) {\n return arrayToGlsl(/** @type {Array} */ (expression.value));\n }\n\n throw new Error(\n `Unexpected expression ${expression.value} (expected type ${typeName(\n returnType\n )})`\n );\n}\n","/**\n * @module ol/style/flat\n */\n\n/**\n * @api\n * @fileoverview Vector layers can be styled with an object literal containing properties for\n * stroke, fill, image, and text styles. The types below can be composed into a single object.\n * For example, a style with both stroke and fill properties could look like this:\n *\n * const style = {\n * 'stroke-color': 'yellow',\n * 'stroke-width': 1.5,\n * 'fill-color': 'orange',\n * };\n *\n * See details about the available properties depending on what type of symbolizer should be applied:\n * * {@link module:ol/style/flat~FlatStroke Stroke} - properties for applying a stroke to lines and polygons\n * * {@link module:ol/style/flat~FlatFill Fill} - properties for filling polygons\n * * {@link module:ol/style/flat~FlatText Text} - properties for labeling points, lines, and polygons\n * * {@link module:ol/style/flat~FlatIcon Icon} - properties for rendering points with an icon\n * * {@link module:ol/style/flat~FlatCircle Circle} - properties for rendering points with a circle\n * * {@link module:ol/style/flat~FlatShape Shape} - properties for rendering points with a regular shape\n *\n * To conditionally apply styles based on a filter, a list of {@link module:ol/style/flat~Rule rules} can be used.\n * For example, to style points with a big orange circle if the population is greater than 1 million and\n * a smaller blue circle otherwise:\n *\n * const rules = [\n * {\n * filter: ['>', ['get', 'population'], 1_000_000],\n * style: {\n * 'circle-radius': 10,\n * 'circle-fill-color': 'red',\n * }\n * },\n * {\n * else: true,\n * style: {\n * 'circle-radius': 5,\n * 'circle-fill-color': 'blue',\n * },\n * },\n * ];\n */\n\n/**\n * A literal boolean (e.g. `true`) or an expression that evaluates to a boolean (e.g. `['>', ['get', 'population'], 1_000_000]`).\n *\n * @typedef {boolean|Array} BooleanExpression\n */\n\n/**\n * A literal string (e.g. `'hello'`) or an expression that evaluates to a string (e.g. `['get', 'greeting']`).\n *\n * @typedef {string|Array} StringExpression\n */\n\n/**\n * A literal number (e.g. `42`) or an expression that evaluates to a number (e.g. `['+', 40, 2]`).\n *\n * @typedef {number|Array} NumberExpression\n */\n\n/**\n * A CSS named color (e.g. `'blue'`), an array of 3 RGB values (e.g. `[0, 255, 0]`), an array of 4 RGBA values\n * (e.g. `[0, 255, 0, 0.5]`), or an expression that evaluates to one of these color types (e.g. `['get', 'color']`).\n *\n * @typedef {import(\"../color.js\").Color|string|Array} ColorExpression\n */\n\n/**\n * An array of numbers (e.g. `[1, 2, 3]`) or an expression that evaluates to the same (e.g. `['get', 'values']`).\n *\n * @typedef {Array|Array} NumberArrayExpression\n */\n\n/**\n * An array of two numbers (e.g. `[10, 20]`) or an expression that evaluates to the same (e.g. `['get', 'size']`).\n *\n * @typedef {number|Array|Array} SizeExpression\n */\n\n/**\n * For static styling, the [layer.setStyle()]{@link module:ol/layer/Vector~VectorLayer#setStyle} method\n * can be called with an object literal that has fill, stroke, text, icon, regular shape, and/or circle properties.\n * @api\n *\n * @typedef {FlatFill & FlatStroke & FlatText & FlatIcon & FlatShape & FlatCircle} FlatStyle\n */\n\n/**\n * A flat style literal or an array of the same.\n *\n * @typedef {FlatStyle|Array|Array} FlatStyleLike\n */\n\n/**\n * Fill style properties applied to polygon features.\n *\n * @typedef {Object} FlatFill\n * @property {ColorExpression} [fill-color] The fill color.\n */\n\n/**\n * Stroke style properties applied to line strings and polygon boundaries. To apply a stroke, at least one of\n * `stroke-color` or `stroke-width` must be provided.\n *\n * @typedef {Object} FlatStroke\n * @property {ColorExpression} [stroke-color] The stroke color.\n * @property {NumberExpression} [stroke-width] Stroke pixel width.\n * @property {StringExpression} [stroke-line-cap='round'] Line cap style: `butt`, `round`, or `square`.\n * @property {StringExpression} [stroke-line-join='round'] Line join style: `bevel`, `round`, or `miter`.\n * @property {NumberArrayExpression} [stroke-line-dash] Line dash pattern.\n * @property {NumberExpression} [stroke-line-dash-offset=0] Line dash offset.\n * @property {NumberExpression} [stroke-miter-limit=10] Miter limit.\n * @property {NumberExpression} [z-index] The zIndex of the style.\n */\n\n/**\n * Label style properties applied to all features. At a minimum, a `text-value` must be provided.\n *\n * @typedef {Object} FlatText\n * @property {StringExpression} [text-value] Text content (with `\\n` for line breaks).\n * @property {StringExpression} [text-font='10px sans-serif'] Font style as [CSS `font`](https://developer.mozilla.org/en-US/docs/Web/API/CanvasRenderingContext2D/font) value.\n * @property {NumberExpression} [text-max-angle=Math.PI/4] When `text-placement` is set to `'line'`, allow a maximum angle between adjacent characters.\n * The expected value is in radians, and the default is 45° (`Math.PI / 4`).\n * @property {NumberExpression} [text-offset-x=0] Horizontal text offset in pixels. A positive will shift the text right.\n * @property {NumberExpression} [text-offset-y=0] Vertical text offset in pixels. A positive will shift the text down.\n * @property {BooleanExpression} [text-overflow=false] For polygon labels or when `placement` is set to `'line'`, allow text to exceed\n * the width of the polygon at the label position or the length of the path that it follows.\n * @property {StringExpression} [text-placement='point'] Text placement.\n * @property {NumberExpression} [text-repeat] Repeat interval in pixels. When set, the text will be repeated at this interval. Only available when\n * `text-placement` is set to `'line'`. Overrides `text-align`.\n * @property {SizeExpression} [text-scale] Scale.\n * @property {BooleanExpression} [text-rotate-with-view=false] Whether to rotate the text with the view.\n * @property {NumberExpression} [text-rotation=0] Rotation in radians (positive rotation clockwise).\n * @property {StringExpression} [text-align] Text alignment. Possible values: `'left'`, `'right'`, `'center'`, `'end'` or `'start'`.\n * Default is `'center'` for `'text-placement': 'point'`. For `'text-placement': 'line'`, the default is to let the renderer choose a\n * placement where `text-max-angle` is not exceeded.\n * @property {StringExpression} [text-justify] Text justification within the text box.\n * If not set, text is justified towards the `textAlign` anchor.\n * Otherwise, use options `'left'`, `'center'`, or `'right'` to justify the text within the text box.\n * **Note:** `text-justify` is ignored for immediate rendering and also for `'text-placement': 'line'`.\n * @property {StringExpression} [text-baseline='middle'] Text base line. Possible values: `'bottom'`, `'top'`, `'middle'`, `'alphabetic'`,\n * `'hanging'`, `'ideographic'`.\n * @property {NumberArrayExpression} [text-padding=[0, 0, 0, 0]] Padding in pixels around the text for decluttering and background. The order of\n * values in the array is `[top, right, bottom, left]`.\n * @property {ColorExpression} [text-fill-color] The fill color. Specify `'none'` to avoid hit detection on the fill.\n * @property {ColorExpression} [text-background-fill-color] The fill color.\n * @property {ColorExpression} [text-stroke-color] The stroke color.\n * @property {StringExpression} [text-stroke-line-cap='round'] Line cap style: `butt`, `round`, or `square`.\n * @property {StringExpression} [text-stroke-line-join='round'] Line join style: `bevel`, `round`, or `miter`.\n * @property {NumberArrayExpression} [text-stroke-line-dash] Line dash pattern.\n * @property {NumberExpression} [text-stroke-line-dash-offset=0] Line dash offset.\n * @property {NumberExpression} [text-stroke-miter-limit=10] Miter limit.\n * @property {NumberExpression} [text-stroke-width] Stroke pixel width.\n * @property {ColorExpression} [text-background-stroke-color] The stroke color.\n * @property {StringExpression} [text-background-stroke-line-cap='round'] Line cap style: `butt`, `round`, or `square`.\n * @property {StringExpression} [text-background-stroke-line-join='round'] Line join style: `bevel`, `round`, or `miter`.\n * @property {NumberArrayExpression} [text-background-stroke-line-dash] Line dash pattern.\n * @property {NumberExpression} [text-background-stroke-line-dash-offset=0] Line dash offset.\n * @property {NumberExpression} [text-background-stroke-miter-limit=10] Miter limit.\n * @property {NumberExpression} [text-background-stroke-width] Stroke pixel width.\n * @property {NumberExpression} [z-index] The zIndex of the style.\n */\n\n/**\n * Icon style properties applied to point features. `icon-src` must be provided to render\n * points with an icon.\n *\n * @typedef {Object} FlatIcon\n * @property {string} [icon-src] Image source URI.\n * @property {NumberArrayExpression} [icon-anchor=[0.5, 0.5]] Anchor. Default value is the icon center.\n * @property {import(\"./Icon.js\").IconOrigin} [icon-anchor-origin='top-left'] Origin of the anchor: `bottom-left`, `bottom-right`,\n * `top-left` or `top-right`.\n * @property {import(\"./Icon.js\").IconAnchorUnits} [icon-anchor-x-units='fraction'] Units in which the anchor x value is\n * specified. A value of `'fraction'` indicates the x value is a fraction of the icon. A value of `'pixels'` indicates\n * the x value in pixels.\n * @property {import(\"./Icon.js\").IconAnchorUnits} [icon-anchor-y-units='fraction'] Units in which the anchor y value is\n * specified. A value of `'fraction'` indicates the y value is a fraction of the icon. A value of `'pixels'` indicates\n * the y value in pixels.\n * @property {import(\"../color.js\").Color|string} [icon-color] Color to tint the icon. If not specified,\n * the icon will be left as is.\n * @property {null|string} [icon-cross-origin] The `crossOrigin` attribute for loaded images. Note that you must provide a\n * `icon-cross-origin` value if you want to access pixel data with the Canvas renderer.\n * See https://developer.mozilla.org/en-US/docs/Web/HTML/CORS_enabled_image for more detail.\n * @property {Array} [icon-offset=[0, 0]] Offset, which, together with the size and the offset origin, define the\n * sub-rectangle to use from the original icon image.\n * @property {NumberArrayExpression} [icon-displacement=[0,0]] Displacement of the icon.\n * @property {import(\"./Icon.js\").IconOrigin} [icon-offset-origin='top-left'] Origin of the offset: `bottom-left`, `bottom-right`,\n * `top-left` or `top-right`.\n * @property {NumberExpression} [icon-opacity=1] Opacity of the icon.\n * @property {SizeExpression} [icon-scale=1] Scale.\n * @property {number} [icon-width] Width of the icon. If not specified, the actual image width will be used. Cannot be combined\n * with `scale`.\n * @property {number} [icon-height] Height of the icon. If not specified, the actual image height will be used. Cannot be combined\n * with `scale`.\n * @property {NumberExpression} [icon-rotation=0] Rotation in radians (positive rotation clockwise).\n * @property {BooleanExpression} [icon-rotate-with-view=false] Whether to rotate the icon with the view.\n * @property {import(\"../size.js\").Size} [icon-size] Icon size in pixel. Can be used together with `icon-offset` to define the\n * sub-rectangle to use from the origin (sprite) icon image.\n * @property {\"declutter\"|\"obstacle\"|\"none\"|undefined} [icon-declutter-mode] Declutter mode\n * @property {NumberExpression} [z-index] The zIndex of the style.\n */\n\n/**\n * Regular shape style properties for rendering point features. At least `shape-points` must be provided.\n *\n * @typedef {Object} FlatShape\n * @property {number} [shape-points] Number of points for stars and regular polygons. In case of a polygon, the number of points\n * is the number of sides.\n * @property {ColorExpression} [shape-fill-color] The fill color.\n * @property {ColorExpression} [shape-stroke-color] The stroke color.\n * @property {NumberExpression} [shape-stroke-width] Stroke pixel width.\n * @property {StringExpression} [shape-stroke-line-cap='round'] Line cap style: `butt`, `round`, or `square`.\n * @property {StringExpression} [shape-stroke-line-join='round'] Line join style: `bevel`, `round`, or `miter`.\n * @property {NumberArrayExpression} [shape-stroke-line-dash] Line dash pattern.\n * @property {NumberExpression} [shape-stroke-line-dash-offset=0] Line dash offset.\n * @property {NumberExpression} [shape-stroke-miter-limit=10] Miter limit.\n * @property {number} [shape-radius] Radius of a regular polygon.\n * @property {number} [shape-radius1] First radius of a star. Ignored if radius is set.\n * @property {number} [shape-radius2] Second radius of a star.\n * @property {number} [shape-angle=0] Shape's angle in radians. A value of 0 will have one of the shape's point facing up.\n * @property {NumberArrayExpression} [shape-displacement=[0,0]] Displacement of the shape\n * @property {NumberExpression} [shape-rotation=0] Rotation in radians (positive rotation clockwise).\n * @property {BooleanExpression} [shape-rotate-with-view=false] Whether to rotate the shape with the view.\n * @property {SizeExpression} [shape-scale=1] Scale. Unless two dimensional scaling is required a better\n * result may be obtained with appropriate settings for `shape-radius`, `shape-radius1` and `shape-radius2`.\n * @property {\"declutter\"|\"obstacle\"|\"none\"|undefined} [shape-declutter-mode] Declutter mode.\n * @property {NumberExpression} [z-index] The zIndex of the style.\n */\n\n/**\n * Circle style properties for rendering point features. At least `circle-radius` must be provided.\n *\n * @typedef {Object} FlatCircle\n * @property {number} [circle-radius] Circle radius.\n * @property {ColorExpression} [circle-fill-color] The fill color.\n * @property {ColorExpression} [circle-stroke-color] The stroke color.\n * @property {NumberExpression} [circle-stroke-width] Stroke pixel width.\n * @property {StringExpression} [circle-stroke-line-cap='round'] Line cap style: `butt`, `round`, or `square`.\n * @property {StringExpression} [circle-stroke-line-join='round'] Line join style: `bevel`, `round`, or `miter`.\n * @property {NumberArrayExpression} [circle-stroke-line-dash] Line dash pattern.\n * @property {NumberExpression} [circle-stroke-line-dash-offset=0] Line dash offset.\n * @property {NumberExpression} [circle-stroke-miter-limit=10] Miter limit.\n * @property {NumberArrayExpression} [circle-displacement=[0,0]] displacement\n * @property {SizeExpression} [circle-scale=1] Scale. A two dimensional scale will produce an ellipse.\n * Unless two dimensional scaling is required a better result may be obtained with an appropriate setting for `circle-radius`.\n * @property {NumberExpression} [circle-rotation=0] Rotation in radians\n * (positive rotation clockwise, meaningful only when used in conjunction with a two dimensional scale).\n * @property {BooleanExpression} [circle-rotate-with-view=false] Whether to rotate the shape with the view\n * (meaningful only when used in conjunction with a two dimensional scale).\n * @property {\"declutter\"|\"obstacle\"|\"none\"|undefined} [circle-declutter-mode] Declutter mode\n * @property {NumberExpression} [z-index] The zIndex of the style.\n */\n\n/**\n * These default style properties are applied when no other style is given.\n *\n * @typedef {Object} DefaultStyle\n * @property {string} fill-color `'rgba(255,255,255,0.4)'`\n * @property {string} stroke-color `'#3399CC'`\n * @property {number} stroke-width `1.25`\n * @property {number} circle-radius `5`\n * @property {string} circle-fill-color `'rgba(255,255,255,0.4)'`\n * @property {number} circle-stroke-width `1.25`\n * @property {string} circle-stroke-color `'#3399CC'`\n */\n\n/**\n * @return {DefaultStyle} The default flat style.\n */\nexport function createDefaultStyle() {\n return {\n 'fill-color': 'rgba(255,255,255,0.4)',\n 'stroke-color': '#3399CC',\n 'stroke-width': 1.25,\n 'circle-radius': 5,\n 'circle-fill-color': 'rgba(255,255,255,0.4)',\n 'circle-stroke-width': 1.25,\n 'circle-stroke-color': '#3399CC',\n };\n}\n\n/**\n * A rule is used to conditionally apply a style. If the rule's filter evaluates to true,\n * the style will be applied.\n *\n * @typedef {Object} Rule\n * @property {FlatStyle|Array} style The style to be applied if the filter matches.\n * @property {import(\"../expr/expression.js\").EncodedExpression} [filter] The filter used\n * to determine if a style applies. If no filter is included, the rule always applies\n * (unless it is an else rule).\n * @property {boolean} [else] If true, the rule applies only if no other previous rule applies.\n * If the else rule also has a filter, the rule will not apply if the filter does not match.\n */\n","/**\n * Class for generating shaders from literal style objects\n * @module ol/webgl/ShaderBuilder\n */\nimport {LINESTRING_ANGLE_COSINE_CUTOFF} from '../render/webgl/utils.js';\nimport {colorToGlsl, numberToGlsl, stringToGlsl} from '../expr/gpu.js';\nimport {createDefaultStyle} from '../style/flat.js';\n\nexport const COMMON_HEADER = `#ifdef GL_FRAGMENT_PRECISION_HIGH\nprecision highp float;\n#else\nprecision mediump float;\n#endif\nuniform mat4 u_projectionMatrix;\nuniform mat4 u_screenToWorldMatrix;\nuniform vec2 u_viewportSizePx;\nuniform float u_pixelRatio;\nuniform float u_globalAlpha;\nuniform float u_time;\nuniform float u_zoom;\nuniform float u_resolution;\nuniform float u_rotation;\nuniform vec4 u_renderExtent;\nuniform vec2 u_patternOrigin;\nuniform float u_depth;\nuniform mediump int u_hitDetection;\n\nconst float PI = 3.141592653589793238;\nconst float TWO_PI = 2.0 * PI;\n\n// this used to produce an alpha-premultiplied color from a texture\nvec4 samplePremultiplied(sampler2D sampler, vec2 texCoord) {\n vec4 color = texture2D(sampler, texCoord);\n return vec4(color.rgb * color.a, color.a);\n}\n`;\n\nconst DEFAULT_STYLE = createDefaultStyle();\n\n/**\n * @typedef {Object} VaryingDescription\n * @property {string} name Varying name, as will be declared in the header.\n * @property {string} type Varying type, either `float`, `vec2`, `vec4`...\n * @property {string} expression Expression which will be assigned to the varying in the vertex shader, and\n * passed on to the fragment shader.\n */\n\n/**\n * @classdesc\n * This class implements a classic builder pattern for generating many different types of shaders.\n * Methods can be chained, e. g.:\n *\n * ```js\n * const shader = new ShaderBuilder()\n * .addVarying('v_width', 'float', 'a_width')\n * .addUniform('u_time')\n * .setColorExpression('...')\n * .setSymbolSizeExpression('...')\n * .getSymbolFragmentShader();\n * ```\n */\nexport class ShaderBuilder {\n constructor() {\n /**\n * Uniforms; these will be declared in the header (should include the type).\n * @type {Array}\n * @private\n */\n this.uniforms_ = [];\n\n /**\n * Attributes; these will be declared in the header (should include the type).\n * @type {Array}\n * @private\n */\n this.attributes_ = [];\n\n /**\n * Varyings with a name, a type and an expression.\n * @type {Array}\n * @private\n */\n this.varyings_ = [];\n\n /**\n * @type {boolean}\n * @private\n */\n this.hasSymbol_ = false;\n\n /**\n * @type {string}\n * @private\n */\n this.symbolSizeExpression_ = `vec2(${numberToGlsl(\n DEFAULT_STYLE['circle-radius']\n )} + ${numberToGlsl(DEFAULT_STYLE['circle-stroke-width'] * 0.5)})`;\n\n /**\n * @type {string}\n * @private\n */\n this.symbolRotationExpression_ = '0.0';\n\n /**\n * @type {string}\n * @private\n */\n this.symbolOffsetExpression_ = 'vec2(0.0)';\n\n /**\n * @type {string}\n * @private\n */\n this.symbolColorExpression_ = colorToGlsl(\n /** @type {string} */ (DEFAULT_STYLE['circle-fill-color'])\n );\n\n /**\n * @type {string}\n * @private\n */\n this.texCoordExpression_ = 'vec4(0.0, 0.0, 1.0, 1.0)';\n\n /**\n * @type {string}\n * @private\n */\n this.discardExpression_ = 'false';\n\n /**\n * @type {boolean}\n * @private\n */\n this.symbolRotateWithView_ = false;\n\n /**\n * @type {boolean}\n * @private\n */\n this.hasStroke_ = false;\n\n /**\n * @type {string}\n * @private\n */\n this.strokeWidthExpression_ = numberToGlsl(DEFAULT_STYLE['stroke-width']);\n\n /**\n * @type {string}\n * @private\n */\n this.strokeColorExpression_ = colorToGlsl(\n /** @type {string} */ (DEFAULT_STYLE['stroke-color'])\n );\n\n /**\n * @private\n */\n this.strokeOffsetExpression_ = '0.';\n\n /**\n * @private\n */\n this.strokeCapExpression_ = stringToGlsl('round');\n\n /**\n * @private\n */\n this.strokeJoinExpression_ = stringToGlsl('round');\n\n /**\n * @private\n */\n this.strokeMiterLimitExpression_ = '10.';\n\n /**\n * @private\n */\n this.strokeDistanceFieldExpression_ = '-1000.';\n\n /**\n * @type {boolean}\n * @private\n */\n this.hasFill_ = false;\n\n /**\n * @type {string}\n * @private\n */\n this.fillColorExpression_ = colorToGlsl(\n /** @type {string} */ (DEFAULT_STYLE['fill-color'])\n );\n\n /**\n * @type {Array}\n * @private\n */\n this.vertexShaderFunctions_ = [];\n\n /**\n * @type {Array}\n * @private\n */\n this.fragmentShaderFunctions_ = [];\n }\n\n /**\n * Adds a uniform accessible in both fragment and vertex shaders.\n * The given name should include a type, such as `sampler2D u_texture`.\n * @param {string} name Uniform name\n * @return {ShaderBuilder} the builder object\n */\n addUniform(name) {\n this.uniforms_.push(name);\n return this;\n }\n\n /**\n * Adds an attribute accessible in the vertex shader, read from the geometry buffer.\n * The given name should include a type, such as `vec2 a_position`.\n * @param {string} name Attribute name\n * @return {ShaderBuilder} the builder object\n */\n addAttribute(name) {\n this.attributes_.push(name);\n return this;\n }\n\n /**\n * Adds a varying defined in the vertex shader and accessible from the fragment shader.\n * The type and expression of the varying have to be specified separately.\n * @param {string} name Varying name\n * @param {'float'|'vec2'|'vec3'|'vec4'} type Type\n * @param {string} expression Expression used to assign a value to the varying.\n * @return {ShaderBuilder} the builder object\n */\n addVarying(name, type, expression) {\n this.varyings_.push({\n name: name,\n type: type,\n expression: expression,\n });\n return this;\n }\n\n /**\n * Sets an expression to compute the size of the shape.\n * This expression can use all the uniforms and attributes available\n * in the vertex shader, and should evaluate to a `vec2` value.\n * @param {string} expression Size expression\n * @return {ShaderBuilder} the builder object\n */\n setSymbolSizeExpression(expression) {\n this.hasSymbol_ = true;\n this.symbolSizeExpression_ = expression;\n return this;\n }\n\n /**\n * @return {string} The current symbol size expression\n */\n getSymbolSizeExpression() {\n return this.symbolSizeExpression_;\n }\n\n /**\n * Sets an expression to compute the rotation of the shape.\n * This expression can use all the uniforms and attributes available\n * in the vertex shader, and should evaluate to a `float` value in radians.\n * @param {string} expression Size expression\n * @return {ShaderBuilder} the builder object\n */\n setSymbolRotationExpression(expression) {\n this.symbolRotationExpression_ = expression;\n return this;\n }\n\n /**\n * Sets an expression to compute the offset of the symbol from the point center.\n * This expression can use all the uniforms and attributes available\n * in the vertex shader, and should evaluate to a `vec2` value.\n * @param {string} expression Offset expression\n * @return {ShaderBuilder} the builder object\n */\n setSymbolOffsetExpression(expression) {\n this.symbolOffsetExpression_ = expression;\n return this;\n }\n\n /**\n * @return {string} The current symbol offset expression\n */\n getSymbolOffsetExpression() {\n return this.symbolOffsetExpression_;\n }\n\n /**\n * Sets an expression to compute the color of the shape.\n * This expression can use all the uniforms, varyings and attributes available\n * in the fragment shader, and should evaluate to a `vec4` value.\n * @param {string} expression Color expression\n * @return {ShaderBuilder} the builder object\n */\n setSymbolColorExpression(expression) {\n this.hasSymbol_ = true;\n this.symbolColorExpression_ = expression;\n return this;\n }\n\n /**\n * @return {string} The current symbol color expression\n */\n getSymbolColorExpression() {\n return this.symbolColorExpression_;\n }\n\n /**\n * Sets an expression to compute the texture coordinates of the vertices.\n * This expression can use all the uniforms and attributes available\n * in the vertex shader, and should evaluate to a `vec4` value.\n * @param {string} expression Texture coordinate expression\n * @return {ShaderBuilder} the builder object\n */\n setTextureCoordinateExpression(expression) {\n this.texCoordExpression_ = expression;\n return this;\n }\n\n /**\n * Sets an expression to determine whether a fragment (pixel) should be discarded,\n * i.e. not drawn at all.\n * This expression can use all the uniforms, varyings and attributes available\n * in the fragment shader, and should evaluate to a `bool` value (it will be\n * used in an `if` statement)\n * @param {string} expression Fragment discard expression\n * @return {ShaderBuilder} the builder object\n */\n setFragmentDiscardExpression(expression) {\n this.discardExpression_ = expression;\n return this;\n }\n\n /**\n * @return {string} The current fragment discard expression\n */\n getFragmentDiscardExpression() {\n return this.discardExpression_;\n }\n\n /**\n * Sets whether the symbols should rotate with the view or stay aligned with the map.\n * Note: will only be used for point geometry shaders.\n * @param {boolean} rotateWithView Rotate with view\n * @return {ShaderBuilder} the builder object\n */\n setSymbolRotateWithView(rotateWithView) {\n this.symbolRotateWithView_ = rotateWithView;\n return this;\n }\n\n /**\n * @param {string} expression Stroke width expression, returning value in pixels\n * @return {ShaderBuilder} the builder object\n */\n setStrokeWidthExpression(expression) {\n this.hasStroke_ = true;\n this.strokeWidthExpression_ = expression;\n return this;\n }\n\n /**\n * @param {string} expression Stroke color expression, evaluate to `vec4`: can rely on currentLengthPx and currentRadiusPx\n * @return {ShaderBuilder} the builder object\n */\n setStrokeColorExpression(expression) {\n this.hasStroke_ = true;\n this.strokeColorExpression_ = expression;\n return this;\n }\n\n /**\n * @return {string} The current stroke color expression\n */\n getStrokeColorExpression() {\n return this.strokeColorExpression_;\n }\n\n /**\n * @param {string} expression Stroke color expression, evaluate to `float`\n * @return {ShaderBuilder} the builder object\n */\n setStrokeOffsetExpression(expression) {\n this.strokeOffsetExpression_ = expression;\n return this;\n }\n\n /**\n * @param {string} expression Stroke line cap expression, evaluate to `float`\n * @return {ShaderBuilder} the builder object\n */\n setStrokeCapExpression(expression) {\n this.strokeCapExpression_ = expression;\n return this;\n }\n\n /**\n * @param {string} expression Stroke line join expression, evaluate to `float`\n * @return {ShaderBuilder} the builder object\n */\n setStrokeJoinExpression(expression) {\n this.strokeJoinExpression_ = expression;\n return this;\n }\n\n /**\n * @param {string} expression Stroke miter limit expression, evaluate to `float`\n * @return {ShaderBuilder} the builder object\n */\n setStrokeMiterLimitExpression(expression) {\n this.strokeMiterLimitExpression_ = expression;\n return this;\n }\n\n /**\n * @param {string} expression Stroke distance field expression, evaluate to `float`\n * This can override the default distance field; can rely on currentLengthPx and currentRadiusPx\n * @return {ShaderBuilder} the builder object\n */\n setStrokeDistanceFieldExpression(expression) {\n this.strokeDistanceFieldExpression_ = expression;\n return this;\n }\n\n /**\n * @param {string} expression Fill color expression, evaluate to `vec4`\n * @return {ShaderBuilder} the builder object\n */\n setFillColorExpression(expression) {\n this.hasFill_ = true;\n this.fillColorExpression_ = expression;\n return this;\n }\n\n /**\n * @return {string} The current fill color expression\n */\n getFillColorExpression() {\n return this.fillColorExpression_;\n }\n\n addVertexShaderFunction(code) {\n if (this.vertexShaderFunctions_.includes(code)) {\n return;\n }\n this.vertexShaderFunctions_.push(code);\n }\n addFragmentShaderFunction(code) {\n if (this.fragmentShaderFunctions_.includes(code)) {\n return;\n }\n this.fragmentShaderFunctions_.push(code);\n }\n\n /**\n * Generates a symbol vertex shader from the builder parameters\n * @return {string|null} The full shader as a string; null if no size or color specified\n */\n getSymbolVertexShader() {\n if (!this.hasSymbol_) {\n return null;\n }\n\n return `${COMMON_HEADER}\n${this.uniforms_\n .map(function (uniform) {\n return 'uniform ' + uniform + ';';\n })\n .join('\\n')}\nattribute vec2 a_position;\nattribute float a_index;\nattribute vec4 a_hitColor;\n${this.attributes_\n .map(function (attribute) {\n return 'attribute ' + attribute + ';';\n })\n .join('\\n')}\nvarying vec2 v_texCoord;\nvarying vec2 v_quadCoord;\nvarying vec4 v_hitColor;\nvarying vec2 v_centerPx;\nvarying float v_angle;\nvarying vec2 v_quadSizePx;\n${this.varyings_\n .map(function (varying) {\n return 'varying ' + varying.type + ' ' + varying.name + ';';\n })\n .join('\\n')}\n${this.vertexShaderFunctions_.join('\\n')}\nvec2 pxToScreen(vec2 coordPx) {\n vec2 scaled = coordPx / u_viewportSizePx / 0.5;\n return scaled;\n}\n\nvec2 screenToPx(vec2 coordScreen) {\n return (coordScreen * 0.5 + 0.5) * u_viewportSizePx;\n}\n\nvoid main(void) {\n v_quadSizePx = ${this.symbolSizeExpression_};\n vec2 halfSizePx = v_quadSizePx * 0.5;\n vec2 centerOffsetPx = ${this.symbolOffsetExpression_};\n vec2 offsetPx = centerOffsetPx;\n if (a_index == 0.0) {\n offsetPx -= halfSizePx;\n } else if (a_index == 1.0) {\n offsetPx += halfSizePx * vec2(1., -1.);\n } else if (a_index == 2.0) {\n offsetPx += halfSizePx;\n } else {\n offsetPx += halfSizePx * vec2(-1., 1.);\n }\n float angle = ${this.symbolRotationExpression_};\n ${this.symbolRotateWithView_ ? 'angle += u_rotation;' : ''}\n float c = cos(-angle);\n float s = sin(-angle);\n offsetPx = vec2(c * offsetPx.x - s * offsetPx.y, s * offsetPx.x + c * offsetPx.y);\n vec4 center = u_projectionMatrix * vec4(a_position, 0.0, 1.0);\n gl_Position = center + vec4(pxToScreen(offsetPx), u_depth, 0.);\n vec4 texCoord = ${this.texCoordExpression_};\n float u = a_index == 0.0 || a_index == 3.0 ? texCoord.s : texCoord.p;\n float v = a_index == 2.0 || a_index == 3.0 ? texCoord.t : texCoord.q;\n v_texCoord = vec2(u, v);\n v_hitColor = a_hitColor;\n v_angle = angle;\n c = cos(-v_angle);\n s = sin(-v_angle);\n centerOffsetPx = vec2(c * centerOffsetPx.x - s * centerOffsetPx.y, s * centerOffsetPx.x + c * centerOffsetPx.y); \n v_centerPx = screenToPx(center.xy) + centerOffsetPx;\n${this.varyings_\n .map(function (varying) {\n return ' ' + varying.name + ' = ' + varying.expression + ';';\n })\n .join('\\n')}\n}`;\n }\n\n /**\n * Generates a symbol fragment shader from the builder parameters\n * @return {string|null} The full shader as a string; null if no size or color specified\n */\n getSymbolFragmentShader() {\n if (!this.hasSymbol_) {\n return null;\n }\n\n return `${COMMON_HEADER}\n${this.uniforms_\n .map(function (uniform) {\n return 'uniform ' + uniform + ';';\n })\n .join('\\n')}\nvarying vec2 v_texCoord;\nvarying vec4 v_hitColor;\nvarying vec2 v_centerPx;\nvarying float v_angle;\nvarying vec2 v_quadSizePx;\n${this.varyings_\n .map(function (varying) {\n return 'varying ' + varying.type + ' ' + varying.name + ';';\n })\n .join('\\n')}\n${this.fragmentShaderFunctions_.join('\\n')}\n\nvoid main(void) {\n if (${this.discardExpression_}) { discard; }\n vec2 coordsPx = gl_FragCoord.xy / u_pixelRatio - v_centerPx; // relative to center\n float c = cos(v_angle);\n float s = sin(v_angle);\n coordsPx = vec2(c * coordsPx.x - s * coordsPx.y, s * coordsPx.x + c * coordsPx.y);\n gl_FragColor = ${this.symbolColorExpression_};\n if (u_hitDetection > 0) {\n if (gl_FragColor.a < 0.05) { discard; };\n gl_FragColor = v_hitColor;\n }\n}`;\n }\n\n /**\n * Generates a stroke vertex shader from the builder parameters\n * @return {string|null} The full shader as a string; null if no size or color specified\n */\n getStrokeVertexShader() {\n if (!this.hasStroke_) {\n return null;\n }\n\n return `${COMMON_HEADER}\n${this.uniforms_\n .map(function (uniform) {\n return 'uniform ' + uniform + ';';\n })\n .join('\\n')}\nattribute vec2 a_position;\nattribute float a_index;\nattribute vec2 a_segmentStart;\nattribute vec2 a_segmentEnd;\nattribute float a_parameters;\nattribute float a_distance;\nattribute vec2 a_joinAngles;\nattribute vec4 a_hitColor;\n${this.attributes_\n .map(function (attribute) {\n return 'attribute ' + attribute + ';';\n })\n .join('\\n')}\nvarying vec2 v_segmentStart;\nvarying vec2 v_segmentEnd;\nvarying float v_angleStart;\nvarying float v_angleEnd;\nvarying float v_width;\nvarying vec4 v_hitColor;\nvarying float v_distanceOffsetPx;\n${this.varyings_\n .map(function (varying) {\n return 'varying ' + varying.type + ' ' + varying.name + ';';\n })\n .join('\\n')}\n${this.vertexShaderFunctions_.join('\\n')}\nvec2 worldToPx(vec2 worldPos) {\n vec4 screenPos = u_projectionMatrix * vec4(worldPos, 0.0, 1.0);\n return (0.5 * screenPos.xy + 0.5) * u_viewportSizePx;\n}\n\nvec4 pxToScreen(vec2 pxPos) {\n vec2 screenPos = 2.0 * pxPos / u_viewportSizePx - 1.0;\n return vec4(screenPos, u_depth, 1.0);\n}\n\nbool isCap(float joinAngle) {\n return joinAngle < -0.1;\n}\n\nvec2 getJoinOffsetDirection(vec2 normalPx, float joinAngle) {\n float halfAngle = joinAngle / 2.0;\n float c = cos(halfAngle);\n float s = sin(halfAngle);\n vec2 angleBisectorNormal = vec2(s * normalPx.x + c * normalPx.y, -c * normalPx.x + s * normalPx.y);\n float length = 1.0 / s;\n return angleBisectorNormal * length;\n}\n\nvec2 getOffsetPoint(vec2 point, vec2 normal, float joinAngle, float offsetPx) {\n // if on a cap or the join angle is too high, offset the line along the segment normal\n if (cos(joinAngle) > 0.998 || isCap(joinAngle)) {\n return point - normal * offsetPx;\n }\n // offset is applied along the inverted normal (positive offset goes \"right\" relative to line direction)\n return point - getJoinOffsetDirection(normal, joinAngle) * offsetPx;\n}\n\nvoid main(void) {\n v_angleStart = a_joinAngles.x;\n v_angleEnd = a_joinAngles.y;\n float vertexNumber = floor(abs(a_parameters) / 10000. + 0.5);\n // we're reading the fractional part while keeping the sign (so -4.12 gives -0.12, 3.45 gives 0.45)\n float angleTangentSum = fract(abs(a_parameters) / 10000.) * 10000. * sign(a_parameters);\n\n float lineWidth = ${this.strokeWidthExpression_};\n float lineOffsetPx = ${this.strokeOffsetExpression_};\n\n // compute segment start/end in px with offset\n vec2 segmentStartPx = worldToPx(a_segmentStart);\n vec2 segmentEndPx = worldToPx(a_segmentEnd);\n vec2 tangentPx = normalize(segmentEndPx - segmentStartPx);\n vec2 normalPx = vec2(-tangentPx.y, tangentPx.x);\n segmentStartPx = getOffsetPoint(segmentStartPx, normalPx, v_angleStart, lineOffsetPx),\n segmentEndPx = getOffsetPoint(segmentEndPx, normalPx, v_angleEnd, lineOffsetPx);\n \n // compute current vertex position\n float normalDir = vertexNumber < 0.5 || (vertexNumber > 1.5 && vertexNumber < 2.5) ? 1.0 : -1.0;\n float tangentDir = vertexNumber < 1.5 ? 1.0 : -1.0;\n float angle = vertexNumber < 1.5 ? v_angleStart : v_angleEnd;\n vec2 joinDirection;\n vec2 positionPx = vertexNumber < 1.5 ? segmentStartPx : segmentEndPx;\n // if angle is too high, do not make a proper join\n if (cos(angle) > ${LINESTRING_ANGLE_COSINE_CUTOFF} || isCap(angle)) {\n joinDirection = normalPx * normalDir - tangentPx * tangentDir;\n } else {\n joinDirection = getJoinOffsetDirection(normalPx * normalDir, angle);\n }\n positionPx = positionPx + joinDirection * lineWidth * 0.5;\n gl_Position = pxToScreen(positionPx);\n\n v_segmentStart = segmentStartPx;\n v_segmentEnd = segmentEndPx;\n v_width = lineWidth;\n v_hitColor = a_hitColor;\n v_distanceOffsetPx = a_distance / u_resolution - (lineOffsetPx * angleTangentSum);\n${this.varyings_\n .map(function (varying) {\n return ' ' + varying.name + ' = ' + varying.expression + ';';\n })\n .join('\\n')}\n}`;\n }\n\n /**\n * Generates a stroke fragment shader from the builder parameters\n *\n * @return {string|null} The full shader as a string; null if no size or color specified\n */\n getStrokeFragmentShader() {\n if (!this.hasStroke_) {\n return null;\n }\n\n return `${COMMON_HEADER}\n${this.uniforms_\n .map(function (uniform) {\n return 'uniform ' + uniform + ';';\n })\n .join('\\n')}\nvarying vec2 v_segmentStart;\nvarying vec2 v_segmentEnd;\nvarying float v_angleStart;\nvarying float v_angleEnd;\nvarying float v_width;\nvarying vec4 v_hitColor;\nvarying float v_distanceOffsetPx;\n${this.varyings_\n .map(function (varying) {\n return 'varying ' + varying.type + ' ' + varying.name + ';';\n })\n .join('\\n')}\n${this.fragmentShaderFunctions_.join('\\n')}\n\nvec2 pxToWorld(vec2 pxPos) {\n vec2 screenPos = 2.0 * pxPos / u_viewportSizePx - 1.0;\n return (u_screenToWorldMatrix * vec4(screenPos, 0.0, 1.0)).xy;\n}\n\nbool isCap(float joinAngle) {\n return joinAngle < -0.1;\n}\n\nfloat segmentDistanceField(vec2 point, vec2 start, vec2 end, float width) {\n vec2 tangent = normalize(end - start);\n vec2 normal = vec2(-tangent.y, tangent.x);\n vec2 startToPoint = point - start;\n return abs(dot(startToPoint, normal)) - width * 0.5;\n}\n\nfloat buttCapDistanceField(vec2 point, vec2 start, vec2 end) {\n vec2 startToPoint = point - start;\n vec2 tangent = normalize(end - start);\n return dot(startToPoint, -tangent);\n}\n\nfloat squareCapDistanceField(vec2 point, vec2 start, vec2 end, float width) {\n return buttCapDistanceField(point, start, end) - width * 0.5;\n}\n\nfloat roundCapDistanceField(vec2 point, vec2 start, vec2 end, float width) {\n float onSegment = max(0., 1000. * dot(point - start, end - start)); // this is very high when inside the segment\n return length(point - start) - width * 0.5 - onSegment;\n}\n\nfloat roundJoinDistanceField(vec2 point, vec2 start, vec2 end, float width) {\n return roundCapDistanceField(point, start, end, width);\n}\n\nfloat bevelJoinField(vec2 point, vec2 start, vec2 end, float width, float joinAngle) {\n vec2 startToPoint = point - start;\n vec2 tangent = normalize(end - start);\n float c = cos(joinAngle * 0.5);\n float s = sin(joinAngle * 0.5);\n float direction = -sign(sin(joinAngle));\n vec2 bisector = vec2(c * tangent.x - s * tangent.y, s * tangent.x + c * tangent.y);\n float radius = width * 0.5 * s;\n return dot(startToPoint, bisector * direction) - radius;\n}\n\nfloat miterJoinDistanceField(vec2 point, vec2 start, vec2 end, float width, float joinAngle) {\n if (cos(joinAngle) > ${LINESTRING_ANGLE_COSINE_CUTOFF}) { // avoid risking a division by zero\n return bevelJoinField(point, start, end, width, joinAngle);\n }\n float miterLength = 1. / sin(joinAngle * 0.5);\n float miterLimit = ${this.strokeMiterLimitExpression_};\n if (miterLength > miterLimit) {\n return bevelJoinField(point, start, end, width, joinAngle);\n }\n return -1000.;\n}\n\nfloat capDistanceField(vec2 point, vec2 start, vec2 end, float width, float capType) {\n if (capType == ${stringToGlsl('butt')}) {\n return buttCapDistanceField(point, start, end);\n } else if (capType == ${stringToGlsl('square')}) {\n return squareCapDistanceField(point, start, end, width);\n }\n return roundCapDistanceField(point, start, end, width);\n}\n\nfloat joinDistanceField(vec2 point, vec2 start, vec2 end, float width, float joinAngle, float joinType) {\n if (joinType == ${stringToGlsl('bevel')}) {\n return bevelJoinField(point, start, end, width, joinAngle);\n } else if (joinType == ${stringToGlsl('miter')}) {\n return miterJoinDistanceField(point, start, end, width, joinAngle);\n }\n return roundJoinDistanceField(point, start, end, width);\n}\n\nfloat computeSegmentPointDistance(vec2 point, vec2 start, vec2 end, float width, float joinAngle, float capType, float joinType) {\n if (isCap(joinAngle)) {\n return capDistanceField(point, start, end, width, capType);\n }\n return joinDistanceField(point, start, end, width, joinAngle, joinType);\n}\n\nvoid main(void) {\n vec2 currentPoint = gl_FragCoord.xy / u_pixelRatio;\n #ifdef GL_FRAGMENT_PRECISION_HIGH\n vec2 worldPos = pxToWorld(currentPoint);\n if (\n abs(u_renderExtent[0] - u_renderExtent[2]) > 0.0 && (\n worldPos[0] < u_renderExtent[0] ||\n worldPos[1] < u_renderExtent[1] ||\n worldPos[0] > u_renderExtent[2] ||\n worldPos[1] > u_renderExtent[3]\n )\n ) {\n discard;\n }\n #endif\n if (${this.discardExpression_}) { discard; }\n\n float segmentLength = length(v_segmentEnd - v_segmentStart);\n vec2 segmentTangent = (v_segmentEnd - v_segmentStart) / segmentLength;\n vec2 segmentNormal = vec2(-segmentTangent.y, segmentTangent.x);\n vec2 startToPoint = currentPoint - v_segmentStart;\n float currentLengthPx = max(0., min(dot(segmentTangent, startToPoint), segmentLength)) + v_distanceOffsetPx; \n float currentRadiusPx = abs(dot(segmentNormal, startToPoint));\n float currentRadiusRatio = dot(segmentNormal, startToPoint) * 2. / v_width;\n vec4 color = ${this.strokeColorExpression_} * u_globalAlpha;\n float capType = ${this.strokeCapExpression_};\n float joinType = ${this.strokeJoinExpression_};\n float segmentStartDistance = computeSegmentPointDistance(currentPoint, v_segmentStart, v_segmentEnd, v_width, v_angleStart, capType, joinType);\n float segmentEndDistance = computeSegmentPointDistance(currentPoint, v_segmentEnd, v_segmentStart, v_width, v_angleEnd, capType, joinType);\n float distance = max(\n segmentDistanceField(currentPoint, v_segmentStart, v_segmentEnd, v_width),\n max(segmentStartDistance, segmentEndDistance)\n );\n distance = max(distance, ${this.strokeDistanceFieldExpression_});\n gl_FragColor = color * smoothstep(0., -1., distance);\n if (u_hitDetection > 0) {\n if (gl_FragColor.a < 0.1) { discard; };\n gl_FragColor = v_hitColor;\n }\n}`;\n }\n\n /**\n * Generates a fill vertex shader from the builder parameters\n *\n * @return {string|null} The full shader as a string; null if no color specified\n */\n getFillVertexShader() {\n if (!this.hasFill_) {\n return null;\n }\n\n return `${COMMON_HEADER}\n${this.uniforms_\n .map(function (uniform) {\n return 'uniform ' + uniform + ';';\n })\n .join('\\n')}\nattribute vec2 a_position;\nattribute vec4 a_hitColor;\n${this.attributes_\n .map(function (attribute) {\n return 'attribute ' + attribute + ';';\n })\n .join('\\n')}\nvarying vec4 v_hitColor;\n${this.varyings_\n .map(function (varying) {\n return 'varying ' + varying.type + ' ' + varying.name + ';';\n })\n .join('\\n')}\n${this.vertexShaderFunctions_.join('\\n')}\nvoid main(void) {\n gl_Position = u_projectionMatrix * vec4(a_position, u_depth, 1.0);\n v_hitColor = a_hitColor;\n${this.varyings_\n .map(function (varying) {\n return ' ' + varying.name + ' = ' + varying.expression + ';';\n })\n .join('\\n')}\n}`;\n }\n\n /**\n * Generates a fill fragment shader from the builder parameters\n * @return {string|null} The full shader as a string; null if no color specified\n */\n getFillFragmentShader() {\n if (!this.hasFill_) {\n return null;\n }\n\n return `${COMMON_HEADER}\n${this.uniforms_\n .map(function (uniform) {\n return 'uniform ' + uniform + ';';\n })\n .join('\\n')}\nvarying vec4 v_hitColor;\n${this.varyings_\n .map(function (varying) {\n return 'varying ' + varying.type + ' ' + varying.name + ';';\n })\n .join('\\n')}\n${this.fragmentShaderFunctions_.join('\\n')}\nvec2 pxToWorld(vec2 pxPos) {\n vec2 screenPos = 2.0 * pxPos / u_viewportSizePx - 1.0;\n return (u_screenToWorldMatrix * vec4(screenPos, 0.0, 1.0)).xy;\n}\n\nvec2 worldToPx(vec2 worldPos) {\n vec4 screenPos = u_projectionMatrix * vec4(worldPos, 0.0, 1.0);\n return (0.5 * screenPos.xy + 0.5) * u_viewportSizePx;\n}\n\nvoid main(void) {\n vec2 pxPos = gl_FragCoord.xy / u_pixelRatio;\n vec2 pxOrigin = worldToPx(u_patternOrigin);\n #ifdef GL_FRAGMENT_PRECISION_HIGH\n vec2 worldPos = pxToWorld(pxPos);\n if (\n abs(u_renderExtent[0] - u_renderExtent[2]) > 0.0 && (\n worldPos[0] < u_renderExtent[0] ||\n worldPos[1] < u_renderExtent[1] ||\n worldPos[0] > u_renderExtent[2] ||\n worldPos[1] > u_renderExtent[3]\n )\n ) {\n discard;\n }\n #endif\n if (${this.discardExpression_}) { discard; }\n gl_FragColor = ${this.fillColorExpression_} * u_globalAlpha;\n if (u_hitDetection > 0) {\n if (gl_FragColor.a < 0.1) { discard; };\n gl_FragColor = v_hitColor;\n }\n}`;\n }\n}\n","/**\n * @module ol/render/webgl/MixedGeometryBatch\n */\nimport RenderFeature from '../../render/Feature.js';\nimport {getUid} from '../../util.js';\nimport {inflateEnds} from '../../geom/flat/orient.js';\n\n/**\n * @typedef {import(\"../../Feature.js\").default} Feature\n */\n/**\n * @typedef {import(\"../../geom/Geometry.js\").Type} GeometryType\n */\n\n/**\n * @typedef {Object} GeometryBatchItem Object that holds a reference to a feature as well as the raw coordinates of its various geometries\n * @property {Feature|RenderFeature} feature Feature\n * @property {Array>} flatCoordss Array of flat coordinates arrays, one for each geometry related to the feature\n * @property {number} [verticesCount] Only defined for linestring and polygon batches\n * @property {number} [ringsCount] Only defined for polygon batches\n * @property {Array>} [ringsVerticesCounts] Array of vertices counts in each ring for each geometry; only defined for polygons batches\n * @property {number} [ref] The reference in the global batch (used for hit detection)\n */\n\n/**\n * @typedef {PointGeometryBatch|LineStringGeometryBatch|PolygonGeometryBatch} GeometryBatch\n */\n\n/**\n * @typedef {Object} PolygonGeometryBatch A geometry batch specific to polygons\n * @property {Object} entries Dictionary of all entries in the batch with associated computed values.\n * One entry corresponds to one feature. Key is feature uid.\n * @property {number} geometriesCount Amount of geometries in the batch.\n * @property {number} verticesCount Amount of vertices from geometries in the batch.\n * @property {number} ringsCount How many outer and inner rings in this batch.\n */\n\n/**\n * @typedef {Object} LineStringGeometryBatch A geometry batch specific to lines\n * @property {Object} entries Dictionary of all entries in the batch with associated computed values.\n * One entry corresponds to one feature. Key is feature uid.\n * @property {number} geometriesCount Amount of geometries in the batch.\n * @property {number} verticesCount Amount of vertices from geometries in the batch.\n */\n\n/**\n * @typedef {Object} PointGeometryBatch A geometry batch specific to points\n * @property {Object} entries Dictionary of all entries in the batch with associated computed values.\n * One entry corresponds to one feature. Key is feature uid.\n * @property {number} geometriesCount Amount of geometries in the batch.\n */\n\n/**\n * @classdesc This class is used to group several geometries of various types together for faster rendering.\n * Three inner batches are maintained for polygons, lines and points. Each time a feature is added, changed or removed\n * from the batch, these inner batches are modified accordingly in order to keep them up-to-date.\n *\n * A feature can be present in several inner batches, for example a polygon geometry will be present in the polygon batch\n * and its linear rings will be present in the line batch. Multi geometries are also broken down into individual geometries\n * and added to the corresponding batches in a recursive manner.\n *\n * Corresponding {@link module:ol/render/webgl/BatchRenderer} instances are then used to generate the render instructions\n * and WebGL buffers (vertices and indices) for each inner batches; render instructions are stored on the inner batches,\n * alongside the transform used to convert world coords to screen coords at the time these instructions were generated.\n * The resulting WebGL buffers are stored on the batches as well.\n *\n * An important aspect of geometry batches is that there is no guarantee that render instructions and WebGL buffers\n * are synchronized, i.e. render instructions can describe a new state while WebGL buffers might not have been written yet.\n * This is why two world-to-screen transforms are stored on each batch: one for the render instructions and one for\n * the WebGL buffers.\n */\nclass MixedGeometryBatch {\n constructor() {\n this.globalCounter_ = 0;\n /**\n * Refs are used as keys for hit detection.\n * @type {Map}\n * @private\n */\n this.refToFeature_ = new Map();\n\n /**\n * Features are split in \"entries\", which are individual geometries. We use the following map to share a single ref for all those entries.\n * @type {Map}\n * @private\n */\n this.uidToRef_ = new Map();\n\n /**\n * The precision in WebGL shaders is limited.\n * To keep the refs as small as possible we maintain an array of returned references.\n * @type {Array}\n * @private\n */\n this.freeGlobalRef_ = [];\n\n /**\n * @type {PolygonGeometryBatch}\n */\n this.polygonBatch = {\n entries: {},\n geometriesCount: 0,\n verticesCount: 0,\n ringsCount: 0,\n };\n\n /**\n * @type {PointGeometryBatch}\n */\n this.pointBatch = {\n entries: {},\n geometriesCount: 0,\n };\n\n /**\n * @type {LineStringGeometryBatch}\n */\n this.lineStringBatch = {\n entries: {},\n geometriesCount: 0,\n verticesCount: 0,\n };\n }\n\n /**\n * @param {Array} features Array of features to add to the batch\n * @param {import(\"../../proj.js\").TransformFunction} [projectionTransform] Projection transform.\n */\n addFeatures(features, projectionTransform) {\n for (let i = 0; i < features.length; i++) {\n this.addFeature(features[i], projectionTransform);\n }\n }\n\n /**\n * @param {Feature|RenderFeature} feature Feature to add to the batch\n * @param {import(\"../../proj.js\").TransformFunction} [projectionTransform] Projection transform.\n */\n addFeature(feature, projectionTransform) {\n let geometry = feature.getGeometry();\n if (!geometry) {\n return;\n }\n if (projectionTransform) {\n geometry = geometry.clone();\n geometry.applyTransform(projectionTransform);\n }\n this.addGeometry_(geometry, feature);\n }\n\n /**\n * @param {Feature|RenderFeature} feature Feature\n * @return {GeometryBatchItem|void} the cleared entry\n * @private\n */\n clearFeatureEntryInPointBatch_(feature) {\n const entry = this.pointBatch.entries[getUid(feature)];\n if (!entry) {\n return;\n }\n this.pointBatch.geometriesCount -= entry.flatCoordss.length;\n delete this.pointBatch.entries[getUid(feature)];\n return entry;\n }\n\n /**\n * @param {Feature|RenderFeature} feature Feature\n * @return {GeometryBatchItem|void} the cleared entry\n * @private\n */\n clearFeatureEntryInLineStringBatch_(feature) {\n const entry = this.lineStringBatch.entries[getUid(feature)];\n if (!entry) {\n return;\n }\n this.lineStringBatch.verticesCount -= entry.verticesCount;\n this.lineStringBatch.geometriesCount -= entry.flatCoordss.length;\n delete this.lineStringBatch.entries[getUid(feature)];\n return entry;\n }\n\n /**\n * @param {Feature|RenderFeature} feature Feature\n * @return {GeometryBatchItem|void} the cleared entry\n * @private\n */\n clearFeatureEntryInPolygonBatch_(feature) {\n const entry = this.polygonBatch.entries[getUid(feature)];\n if (!entry) {\n return;\n }\n this.polygonBatch.verticesCount -= entry.verticesCount;\n this.polygonBatch.ringsCount -= entry.ringsCount;\n this.polygonBatch.geometriesCount -= entry.flatCoordss.length;\n delete this.polygonBatch.entries[getUid(feature)];\n return entry;\n }\n\n /**\n * @param {import(\"../../geom.js\").Geometry|RenderFeature} geometry Geometry\n * @param {Feature|RenderFeature} feature Feature\n * @private\n */\n addGeometry_(geometry, feature) {\n const type = geometry.getType();\n switch (type) {\n case 'GeometryCollection': {\n const geometries =\n /** @type {import(\"../../geom.js\").GeometryCollection} */ (\n geometry\n ).getGeometriesArray();\n for (const geometry of geometries) {\n this.addGeometry_(geometry, feature);\n }\n break;\n }\n case 'MultiPolygon': {\n const multiPolygonGeom =\n /** @type {import(\"../../geom.js\").MultiPolygon} */ (geometry);\n this.addCoordinates_(\n type,\n multiPolygonGeom.getFlatCoordinates(),\n multiPolygonGeom.getEndss(),\n feature,\n getUid(feature),\n multiPolygonGeom.getStride()\n );\n break;\n }\n case 'MultiLineString': {\n const multiLineGeom =\n /** @type {import(\"../../geom.js\").MultiLineString|RenderFeature} */ (\n geometry\n );\n this.addCoordinates_(\n type,\n multiLineGeom.getFlatCoordinates(),\n multiLineGeom.getEnds(),\n feature,\n getUid(feature),\n multiLineGeom.getStride()\n );\n break;\n }\n case 'MultiPoint': {\n const multiPointGeom =\n /** @type {import(\"../../geom.js\").MultiPoint|RenderFeature} */ (\n geometry\n );\n this.addCoordinates_(\n type,\n multiPointGeom.getFlatCoordinates(),\n null,\n feature,\n getUid(feature),\n multiPointGeom.getStride()\n );\n break;\n }\n case 'Polygon': {\n const polygonGeom =\n /** @type {import(\"../../geom.js\").Polygon|RenderFeature} */ (\n geometry\n );\n this.addCoordinates_(\n type,\n polygonGeom.getFlatCoordinates(),\n polygonGeom.getEnds(),\n feature,\n getUid(feature),\n polygonGeom.getStride()\n );\n break;\n }\n case 'Point': {\n const pointGeom = /** @type {import(\"../../geom.js\").Point} */ (\n geometry\n );\n this.addCoordinates_(\n type,\n pointGeom.getFlatCoordinates(),\n null,\n feature,\n getUid(feature),\n pointGeom.getStride()\n );\n break;\n }\n case 'LineString':\n case 'LinearRing': {\n const lineGeom = /** @type {import(\"../../geom.js\").LineString} */ (\n geometry\n );\n this.addCoordinates_(\n type,\n lineGeom.getFlatCoordinates(),\n null,\n feature,\n getUid(feature),\n lineGeom.getStride()\n );\n break;\n }\n default:\n // pass\n }\n }\n\n /**\n * @param {GeometryType} type Geometry type\n * @param {Array} flatCoords Flat coordinates\n * @param {Array | Array> | null} ends Coordinate ends\n * @param {Feature|RenderFeature} feature Feature\n * @param {string} featureUid Feature uid\n * @param {number} stride Stride\n * @private\n */\n addCoordinates_(type, flatCoords, ends, feature, featureUid, stride) {\n /** @type {number} */\n let verticesCount;\n switch (type) {\n case 'MultiPolygon': {\n const multiPolygonEndss = /** @type {Array>} */ (ends);\n for (let i = 0, ii = multiPolygonEndss.length; i < ii; i++) {\n let polygonEnds = multiPolygonEndss[i];\n const prevPolygonEnds = i > 0 ? multiPolygonEndss[i - 1] : null;\n const startIndex = prevPolygonEnds\n ? prevPolygonEnds[prevPolygonEnds.length - 1]\n : 0;\n const endIndex = polygonEnds[polygonEnds.length - 1];\n polygonEnds =\n startIndex > 0\n ? polygonEnds.map((end) => end - startIndex)\n : polygonEnds;\n this.addCoordinates_(\n 'Polygon',\n flatCoords.slice(startIndex, endIndex),\n polygonEnds,\n feature,\n featureUid,\n stride\n );\n }\n break;\n }\n case 'MultiLineString': {\n const multiLineEnds = /** @type {Array} */ (ends);\n for (let i = 0, ii = multiLineEnds.length; i < ii; i++) {\n const startIndex = i > 0 ? multiLineEnds[i - 1] : 0;\n this.addCoordinates_(\n 'LineString',\n flatCoords.slice(startIndex, multiLineEnds[i]),\n null,\n feature,\n featureUid,\n stride\n );\n }\n break;\n }\n case 'MultiPoint':\n for (let i = 0, ii = flatCoords.length; i < ii; i += stride) {\n this.addCoordinates_(\n 'Point',\n flatCoords.slice(i, i + 2),\n null,\n feature,\n featureUid,\n null\n );\n }\n break;\n case 'Polygon': {\n const polygonEnds = /** @type {Array} */ (ends);\n if (feature instanceof RenderFeature) {\n const multiPolygonEnds = inflateEnds(flatCoords, polygonEnds);\n if (multiPolygonEnds.length > 1) {\n this.addCoordinates_(\n 'MultiPolygon',\n flatCoords,\n multiPolygonEnds,\n feature,\n featureUid,\n stride\n );\n return;\n }\n }\n if (!this.polygonBatch.entries[featureUid]) {\n this.polygonBatch.entries[featureUid] = this.addRefToEntry_(\n featureUid,\n {\n feature: feature,\n flatCoordss: [],\n verticesCount: 0,\n ringsCount: 0,\n ringsVerticesCounts: [],\n }\n );\n }\n verticesCount = flatCoords.length / stride;\n const ringsCount = ends.length;\n const ringsVerticesCount = ends.map((end, ind, arr) =>\n ind > 0 ? (end - arr[ind - 1]) / stride : end / stride\n );\n this.polygonBatch.verticesCount += verticesCount;\n this.polygonBatch.ringsCount += ringsCount;\n this.polygonBatch.geometriesCount++;\n this.polygonBatch.entries[featureUid].flatCoordss.push(\n getFlatCoordinatesXY(flatCoords, stride)\n );\n this.polygonBatch.entries[featureUid].ringsVerticesCounts.push(\n ringsVerticesCount\n );\n this.polygonBatch.entries[featureUid].verticesCount += verticesCount;\n this.polygonBatch.entries[featureUid].ringsCount += ringsCount;\n for (let i = 0, ii = polygonEnds.length; i < ii; i++) {\n const startIndex = i > 0 ? polygonEnds[i - 1] : 0;\n this.addCoordinates_(\n 'LinearRing',\n flatCoords.slice(startIndex, polygonEnds[i]),\n null,\n feature,\n featureUid,\n stride\n );\n }\n break;\n }\n case 'Point':\n if (!this.pointBatch.entries[featureUid]) {\n this.pointBatch.entries[featureUid] = this.addRefToEntry_(\n featureUid,\n {\n feature: feature,\n flatCoordss: [],\n }\n );\n }\n this.pointBatch.geometriesCount++;\n this.pointBatch.entries[featureUid].flatCoordss.push(flatCoords);\n break;\n case 'LineString':\n case 'LinearRing':\n if (!this.lineStringBatch.entries[featureUid]) {\n this.lineStringBatch.entries[featureUid] = this.addRefToEntry_(\n featureUid,\n {\n feature: feature,\n flatCoordss: [],\n verticesCount: 0,\n }\n );\n }\n verticesCount = flatCoords.length / stride;\n this.lineStringBatch.verticesCount += verticesCount;\n this.lineStringBatch.geometriesCount++;\n this.lineStringBatch.entries[featureUid].flatCoordss.push(\n getFlatCoordinatesXY(flatCoords, stride)\n );\n this.lineStringBatch.entries[featureUid].verticesCount += verticesCount;\n break;\n default:\n // pass\n }\n }\n\n /**\n * @param {string} featureUid Feature uid\n * @param {GeometryBatchItem} entry The entry to add\n * @return {GeometryBatchItem} the added entry\n * @private\n */\n addRefToEntry_(featureUid, entry) {\n const currentRef = this.uidToRef_.get(featureUid);\n\n // the ref starts at 1 to distinguish from white color (no feature)\n const ref =\n currentRef || this.freeGlobalRef_.pop() || ++this.globalCounter_;\n entry.ref = ref;\n if (!currentRef) {\n this.refToFeature_.set(ref, entry.feature);\n this.uidToRef_.set(featureUid, ref);\n }\n return entry;\n }\n\n /**\n * Return a ref to the pool of available refs.\n * @param {number} ref the ref to return\n * @param {string} featureUid the feature uid\n * @private\n */\n returnRef_(ref, featureUid) {\n if (!ref) {\n throw new Error('This feature has no ref: ' + featureUid);\n }\n this.refToFeature_.delete(ref);\n this.uidToRef_.delete(featureUid);\n this.freeGlobalRef_.push(ref);\n }\n\n /**\n * @param {Feature|RenderFeature} feature Feature\n */\n changeFeature(feature) {\n this.removeFeature(feature);\n const geometry = feature.getGeometry();\n if (!geometry) {\n return;\n }\n this.addGeometry_(geometry, feature);\n }\n\n /**\n * @param {Feature|RenderFeature} feature Feature\n */\n removeFeature(feature) {\n let entry;\n entry = this.clearFeatureEntryInPointBatch_(feature) || entry;\n entry = this.clearFeatureEntryInPolygonBatch_(feature) || entry;\n entry = this.clearFeatureEntryInLineStringBatch_(feature) || entry;\n if (entry) {\n this.returnRef_(entry.ref, getUid(entry.feature));\n }\n }\n\n clear() {\n this.polygonBatch.entries = {};\n this.polygonBatch.geometriesCount = 0;\n this.polygonBatch.verticesCount = 0;\n this.polygonBatch.ringsCount = 0;\n this.lineStringBatch.entries = {};\n this.lineStringBatch.geometriesCount = 0;\n this.lineStringBatch.verticesCount = 0;\n this.pointBatch.entries = {};\n this.pointBatch.geometriesCount = 0;\n this.globalCounter_ = 0;\n this.freeGlobalRef_ = [];\n this.refToFeature_.clear();\n this.uidToRef_.clear();\n }\n\n /**\n * Resolve the feature associated to a ref.\n * @param {number} ref Hit detected ref\n * @return {Feature|RenderFeature} feature\n */\n getFeatureFromRef(ref) {\n return this.refToFeature_.get(ref);\n }\n}\n\n/**\n * @param {Array} flatCoords Flat coords\n * @param {number} stride Stride\n * @return {Array} Flat coords with only XY components\n */\nfunction getFlatCoordinatesXY(flatCoords, stride) {\n if (stride === 2) {\n return flatCoords;\n }\n return flatCoords.filter((v, i) => i % stride < 2);\n}\n\nexport default MixedGeometryBatch;\n","/**\n * @module ol/webgl/TileGeometry\n */\n\nimport BaseTileRepresentation from './BaseTileRepresentation.js';\nimport MixedGeometryBatch from '../render/webgl/MixedGeometryBatch.js';\nimport WebGLArrayBuffer from './Buffer.js';\nimport {ARRAY_BUFFER, STATIC_DRAW} from '../webgl.js';\nimport {\n create as createTransform,\n translate as translateTransform,\n} from '../transform.js';\n\n/**\n * @typedef {import(\"../VectorRenderTile\").default} TileType\n */\n\n/**\n * @extends {BaseTileRepresentation}\n */\nclass TileGeometry extends BaseTileRepresentation {\n /**\n * @param {import(\"./BaseTileRepresentation.js\").TileRepresentationOptions} options The tile texture options.\n * @param {Array} styleRenderers Array of vector style renderers\n */\n constructor(options, styleRenderers) {\n super(options);\n\n /**\n * @private\n */\n this.batch_ = new MixedGeometryBatch();\n\n /**\n * @private\n */\n this.styleRenderers_ = styleRenderers;\n\n /**\n * @type {Array}\n */\n this.buffers = [];\n\n /**\n * Each geometry tile also has a mask which consisted of a quad (two triangles); this mask is intended to\n * be rendered to an offscreen buffer, and be used to correctly mask tiles according to their zoom level\n * during rendering\n */\n this.maskVertices = new WebGLArrayBuffer(ARRAY_BUFFER, STATIC_DRAW);\n\n this.setTile(options.tile);\n }\n\n /**\n * @private\n */\n generateMaskBuffer_() {\n const extent = this.tile.getSourceTiles()[0].extent;\n this.maskVertices.fromArray([\n extent[0],\n extent[1],\n extent[2],\n extent[1],\n extent[2],\n extent[3],\n extent[0],\n extent[3],\n ]);\n this.helper_.flushBufferData(this.maskVertices);\n }\n\n uploadTile() {\n this.generateMaskBuffer_();\n\n this.batch_.clear();\n const sourceTiles = this.tile.getSourceTiles();\n const features = sourceTiles.reduce(\n (accumulator, sourceTile) => accumulator.concat(sourceTile.getFeatures()),\n []\n );\n this.batch_.addFeatures(features);\n\n const tileOriginX = sourceTiles[0].extent[0];\n const tileOriginY = sourceTiles[0].extent[1];\n const transform = translateTransform(\n createTransform(),\n -tileOriginX,\n -tileOriginY\n );\n\n const generatePromises = this.styleRenderers_.map((renderer, i) =>\n renderer.generateBuffers(this.batch_, transform).then((buffers) => {\n this.buffers[i] = buffers;\n })\n );\n Promise.all(generatePromises).then(() => {\n this.setReady();\n });\n }\n}\n\nexport default TileGeometry;\n","/**\n * Utilities for parsing literal style objects\n * @module ol/webgl/styleparser\n */\nimport {\n BooleanType,\n ColorType,\n NumberArrayType,\n NumberType,\n StringType,\n newParsingContext,\n} from '../expr/expression.js';\nimport {ShaderBuilder} from './ShaderBuilder.js';\nimport {\n arrayToGlsl,\n buildExpression,\n getStringNumberEquivalent,\n stringToGlsl,\n uniformNameForVariable,\n} from '../expr/gpu.js';\nimport {asArray} from '../color.js';\n\n/**\n * Recursively parses a style expression and outputs a GLSL-compatible string. Takes in a compilation context that\n * will be read and modified during the parsing operation.\n * @param {import(\"../expr/gpu.js\").CompilationContext} compilationContext Compilation context\n * @param {import(\"../expr/expression.js\").EncodedExpression} value Value\n * @param {number} [expectedType] Expected final type (can be several types combined)\n * @return {string} GLSL-compatible output\n */\nexport function expressionToGlsl(compilationContext, value, expectedType) {\n const parsingContext = newParsingContext();\n parsingContext.style = compilationContext.style;\n return buildExpression(\n value,\n expectedType,\n parsingContext,\n compilationContext\n );\n}\n\n/**\n * Packs all components of a color into a two-floats array\n * @param {import(\"../color.js\").Color|string} color Color as array of numbers or string\n * @return {Array} Vec2 array containing the color in compressed form\n */\nexport function packColor(color) {\n const array = asArray(color);\n const r = array[0] * 256;\n const g = array[1];\n const b = array[2] * 256;\n const a = Math.round(array[3] * 255);\n return [r + g, b + a];\n}\n\nconst UNPACK_COLOR_FN = `vec4 unpackColor(vec2 packedColor) {\n return fract(packedColor[1] / 256.0) * vec4(\n fract(floor(packedColor[0] / 256.0) / 256.0),\n fract(packedColor[0] / 256.0),\n fract(floor(packedColor[1] / 256.0) / 256.0),\n 1.0\n );\n}`;\n\n/**\n * @param {number} type Value type\n * @return {1|2|3|4} The amount of components for this value\n */\nfunction getGlslSizeFromType(type) {\n if (type === ColorType) {\n return 2;\n }\n if (type === NumberArrayType) {\n return 4;\n }\n return 1;\n}\n\n/**\n * @param {number} type Value type\n * @return {'float'|'vec2'|'vec3'|'vec4'} The corresponding GLSL type for this value\n */\nfunction getGlslTypeFromType(type) {\n const size = getGlslSizeFromType(type);\n if (size > 1) {\n return /** @type {'vec2'|'vec3'|'vec4'} */ (`vec${size}`);\n }\n return 'float';\n}\n\n/**\n * see https://stackoverflow.com/questions/7616461/generate-a-hash-from-string-in-javascript\n * @param {Object|string} input The hash input, either an object or string\n * @return {string} Hash (if the object cannot be serialized, it is based on `getUid`)\n */\nexport function computeHash(input) {\n const hash = JSON.stringify(input)\n .split('')\n .reduce((prev, curr) => (prev << 5) - prev + curr.charCodeAt(0), 0);\n return (hash >>> 0).toString();\n}\n\n/**\n * @param {import(\"../style/webgl.js\").WebGLStyle} style Style\n * @param {ShaderBuilder} builder Shader builder\n * @param {import(\"../expr/gpu.js\").CompilationContext} vertContext Vertex shader compilation context\n * @param {'shape-'|'circle-'|'icon-'} prefix Properties prefix\n */\nfunction parseCommonSymbolProperties(style, builder, vertContext, prefix) {\n let radius;\n if (`${prefix}radius` in style && prefix !== 'icon-') {\n radius = expressionToGlsl(\n vertContext,\n style[`${prefix}radius`],\n NumberType\n );\n } else if (`${prefix}radius1` in style && prefix === 'shape-') {\n radius = expressionToGlsl(\n vertContext,\n style[`${prefix}radius1`],\n NumberType\n );\n }\n if (radius !== undefined) {\n if (`${prefix}stroke-width` in style) {\n radius = `(${radius} + ${expressionToGlsl(\n vertContext,\n style[`${prefix}stroke-width`],\n NumberType\n )} * 0.5)`;\n }\n builder.setSymbolSizeExpression(`vec2(${radius} * 2. + 0.5)`); // adding some padding for antialiasing\n }\n if (`${prefix}scale` in style) {\n const scale = expressionToGlsl(\n vertContext,\n style[`${prefix}scale`],\n NumberType | NumberArrayType\n );\n builder.setSymbolSizeExpression(\n `${builder.getSymbolSizeExpression()} * ${scale}`\n );\n }\n if (`${prefix}displacement` in style) {\n builder.setSymbolOffsetExpression(\n expressionToGlsl(\n vertContext,\n style[`${prefix}displacement`],\n NumberArrayType\n )\n );\n }\n if (`${prefix}rotation` in style) {\n builder.setSymbolRotationExpression(\n expressionToGlsl(vertContext, style[`${prefix}rotation`], NumberType)\n );\n }\n if (`${prefix}rotate-with-view` in style) {\n builder.setSymbolRotateWithView(!!style[`${prefix}rotate-with-view`]);\n }\n}\n\n/**\n * @param {string} distanceField The distance field expression\n * @param {string|null} fillColor The fill color expression; null if no fill\n * @param {string|null} strokeColor The stroke color expression; null if no stroke\n * @param {string|null} strokeWidth The stroke width expression; null if no stroke\n * @param {string|null} opacity The opacity expression; null if no stroke\n * @return {string} The final color expression, based on the distance field and given params\n */\nfunction getColorFromDistanceField(\n distanceField,\n fillColor,\n strokeColor,\n strokeWidth,\n opacity\n) {\n let color = 'vec4(0.)';\n if (fillColor !== null) {\n color = fillColor;\n }\n if (strokeColor !== null && strokeWidth !== null) {\n const strokeFillRatio = `smoothstep(-${strokeWidth} + 0.63, -${strokeWidth} - 0.58, ${distanceField})`;\n color = `mix(${strokeColor}, ${color}, ${strokeFillRatio})`;\n }\n const shapeOpacity = `(1.0 - smoothstep(-0.63, 0.58, ${distanceField}))`;\n let result = `${color} * ${shapeOpacity}`;\n if (opacity !== null) {\n result = `${result} * ${opacity}`;\n }\n return result;\n}\n\n/**\n * This will parse an image property provided by `-src`\n * The image size expression in GLSL will be returned\n * @param {import(\"../style/webgl.js\").WebGLStyle} style Style\n * @param {ShaderBuilder} builder Shader builder\n * @param {Object} uniforms Uniforms\n * @param {'icon-'|'fill-pattern-'|'stroke-pattern-'} prefix Property prefix\n * @param {string} textureId A identifier that will be used in the generated uniforms: `sample2d u_texture` and `vec2 u_texture_size`\n * @return {string} The image size expression\n */\nfunction parseImageProperties(style, builder, uniforms, prefix, textureId) {\n const image = new Image();\n let size;\n image.crossOrigin =\n style[`${prefix}cross-origin`] === undefined\n ? 'anonymous'\n : style[`${prefix}cross-origin`];\n image.src = style[`${prefix}src`];\n\n if (image.complete && image.width && image.height) {\n size = arrayToGlsl([image.width, image.height]);\n } else {\n // the size is provided asynchronously using a uniform\n uniforms[`u_texture${textureId}_size`] = () => {\n return image.complete ? [image.width, image.height] : [0, 0];\n };\n builder.addUniform(`vec2 u_texture${textureId}_size`);\n size = `u_texture${textureId}_size`;\n }\n uniforms[`u_texture${textureId}`] = image;\n builder.addUniform(`sampler2D u_texture${textureId}`);\n return size;\n}\n\n/**\n * This will parse an image's offset properties provided by `-offset`, `-offset-origin` and `-size`\n * @param {import(\"../style/webgl.js\").WebGLStyle} style Style\n * @param {'icon-'|'fill-pattern-'|'stroke-pattern-'} prefix Property prefix\n * @param {import(\"../expr/gpu.js\").CompilationContext} context Shader compilation context (vertex or fragment)\n * @param {string} imageSize Pixel size of the full image as a GLSL expression\n * @param {string} sampleSize Pixel size of the sample in the image as a GLSL expression\n * @return {string} The offset expression\n */\nfunction parseImageOffsetProperties(\n style,\n prefix,\n context,\n imageSize,\n sampleSize\n) {\n let offsetExpression = expressionToGlsl(\n context,\n style[`${prefix}offset`],\n NumberArrayType\n );\n if (`${prefix}offset-origin` in style) {\n switch (style[`${prefix}offset-origin`]) {\n case 'top-right':\n offsetExpression = `vec2(${imageSize}.x, 0.) + ${sampleSize} * vec2(-1., 0.) + ${offsetExpression} * vec2(-1., 1.)`;\n break;\n case 'bottom-left':\n offsetExpression = `vec2(0., ${imageSize}.y) + ${sampleSize} * vec2(0., -1.) + ${offsetExpression} * vec2(1., -1.)`;\n break;\n case 'bottom-right':\n offsetExpression = `${imageSize} - ${sampleSize} - ${offsetExpression}`;\n break;\n default: // pass\n }\n }\n return offsetExpression;\n}\n\n/**\n * @param {import(\"../style/webgl.js\").WebGLStyle} style Style\n * @param {ShaderBuilder} builder Shader builder\n * @param {Object} uniforms Uniforms\n * @param {import(\"../expr/gpu.js\").CompilationContext} vertContext Vertex shader compilation context\n * @param {import(\"../expr/gpu.js\").CompilationContext} fragContext Fragment shader compilation context\n */\nfunction parseCircleProperties(\n style,\n builder,\n uniforms,\n vertContext,\n fragContext\n) {\n // this function takes in screen coordinates in pixels and returns the signed distance field\n // (0 on the boundary, negative inside the circle, positive outside, values in pixels)\n fragContext.functions[\n 'circleDistanceField'\n ] = `float circleDistanceField(vec2 point, float radius) {\n return length(point) - radius;\n}`;\n\n parseCommonSymbolProperties(style, builder, vertContext, 'circle-');\n\n // OPACITY\n let opacity = null;\n if ('circle-opacity' in style) {\n opacity = expressionToGlsl(\n fragContext,\n style['circle-opacity'],\n NumberType\n );\n }\n\n // SCALE\n let currentPoint = 'coordsPx';\n if ('circle-scale' in style) {\n const scale = expressionToGlsl(\n fragContext,\n style['circle-scale'],\n NumberType | NumberArrayType\n );\n currentPoint = `coordsPx / ${scale}`;\n }\n\n // FILL COLOR\n let fillColor = null;\n if ('circle-fill-color' in style) {\n fillColor = expressionToGlsl(\n fragContext,\n style['circle-fill-color'],\n ColorType\n );\n }\n\n // STROKE COLOR\n let strokeColor = null;\n if ('circle-stroke-color' in style) {\n strokeColor = expressionToGlsl(\n fragContext,\n style['circle-stroke-color'],\n ColorType\n );\n }\n\n // RADIUS\n let radius = expressionToGlsl(\n fragContext,\n style['circle-radius'],\n NumberType\n );\n\n // STROKE WIDTH\n let strokeWidth = null;\n if ('circle-stroke-width' in style) {\n strokeWidth = expressionToGlsl(\n fragContext,\n style['circle-stroke-width'],\n NumberType\n );\n radius = `(${radius} + ${strokeWidth} * 0.5)`;\n }\n\n // FINAL COLOR\n const distanceField = `circleDistanceField(${currentPoint}, ${radius})`;\n const colorExpression = getColorFromDistanceField(\n distanceField,\n fillColor,\n strokeColor,\n strokeWidth,\n opacity\n );\n builder.setSymbolColorExpression(colorExpression);\n}\n\n/**\n * @param {import(\"../style/webgl.js\").WebGLStyle} style Style\n * @param {ShaderBuilder} builder Shader builder\n * @param {Object} uniforms Uniforms\n * @param {import(\"../expr/gpu.js\").CompilationContext} vertContext Vertex shader compilation context\n * @param {import(\"../expr/gpu.js\").CompilationContext} fragContext Fragment shader compilation context\n */\nfunction parseShapeProperties(\n style,\n builder,\n uniforms,\n vertContext,\n fragContext\n) {\n fragContext.functions['round'] = `float round(float v) {\n return sign(v) * floor(abs(v) + 0.5);\n}`;\n\n // these functions take in screen coordinates in pixels and returns the signed distance field\n // (0 on the boundary, negative inside the circle, positive outside, values in pixels)\n // inspired by https://github.com/zranger1/PixelblazePatterns/blob/master/Toolkit/sdf2d.md#n-sided-regular-polygon\n fragContext.functions[\n 'starDistanceField'\n ] = `float starDistanceField(vec2 point, float numPoints, float radiusIn, float radiusOut, float angle) {\n float startAngle = -PI * 0.5 + angle; // tip starts upwards and rotates clockwise with angle\n float c = cos(startAngle);\n float s = sin(startAngle);\n vec2 pointRotated = vec2(c * point.x - s * point.y, s * point.x + c * point.y); \n float alpha = TWO_PI / numPoints; // the angle of one sector\n float beta = atan(pointRotated.y, pointRotated.x);\n float gamma = round(beta / alpha) * alpha; // angle in sector\n c = cos(-gamma);\n s = sin(-gamma);\n vec2 inSector = vec2(c * pointRotated.x - s * pointRotated.y, abs(s * pointRotated.x + c * pointRotated.y));\n vec2 tipToPoint = inSector + vec2(-radiusOut, 0.);\n vec2 edgeNormal = vec2(radiusIn * sin(alpha * 0.5), -radiusIn * cos(alpha * 0.5) + radiusOut);\n return dot(normalize(edgeNormal), tipToPoint);\n}`;\n fragContext.functions[\n 'regularDistanceField'\n ] = `float regularDistanceField(vec2 point, float numPoints, float radius, float angle) {\n float startAngle = -PI * 0.5 + angle; // tip starts upwards and rotates clockwise with angle\n float c = cos(startAngle);\n float s = sin(startAngle);\n vec2 pointRotated = vec2(c * point.x - s * point.y, s * point.x + c * point.y); \n float alpha = TWO_PI / numPoints; // the angle of one sector\n float radiusIn = radius * cos(PI / numPoints);\n float beta = atan(pointRotated.y, pointRotated.x);\n float gamma = round((beta - alpha * 0.5) / alpha) * alpha + alpha * 0.5; // angle in sector from mid\n c = cos(-gamma);\n s = sin(-gamma);\n vec2 inSector = vec2(c * pointRotated.x - s * pointRotated.y, abs(s * pointRotated.x + c * pointRotated.y));\n return inSector.x - radiusIn;\n}`;\n\n parseCommonSymbolProperties(style, builder, vertContext, 'shape-');\n\n // OPACITY\n let opacity = null;\n if ('shape-opacity' in style) {\n opacity = expressionToGlsl(fragContext, style['shape-opacity'], NumberType);\n }\n\n // SCALE\n let currentPoint = 'coordsPx';\n if ('shape-scale' in style) {\n const scale = expressionToGlsl(\n fragContext,\n style['shape-scale'],\n NumberType | NumberArrayType\n );\n currentPoint = `coordsPx / ${scale}`;\n }\n\n // FILL COLOR\n let fillColor = null;\n if ('shape-fill-color' in style) {\n fillColor = expressionToGlsl(\n fragContext,\n style['shape-fill-color'],\n ColorType\n );\n }\n\n // STROKE COLOR\n let strokeColor = null;\n if ('shape-stroke-color' in style) {\n strokeColor = expressionToGlsl(\n fragContext,\n style['shape-stroke-color'],\n ColorType\n );\n }\n\n // STROKE WIDTH\n let strokeWidth = null;\n if ('shape-stroke-width' in style) {\n strokeWidth = expressionToGlsl(\n fragContext,\n style['shape-stroke-width'],\n NumberType\n );\n }\n\n // SHAPE TYPE\n const numPoints = expressionToGlsl(\n fragContext,\n style['shape-points'],\n NumberType\n );\n let angle = '0.';\n if ('shape-angle' in style) {\n angle = expressionToGlsl(fragContext, style['shape-angle'], NumberType);\n }\n let shapeField;\n if ('shape-radius' in style) {\n let radius = expressionToGlsl(\n fragContext,\n style['shape-radius'],\n NumberType\n );\n if (strokeWidth !== null) {\n radius = `${radius} + ${strokeWidth} * 0.5`;\n }\n shapeField = `regularDistanceField(${currentPoint}, ${numPoints}, ${radius}, ${angle})`;\n } else {\n let radiusOuter = expressionToGlsl(\n fragContext,\n style['shape-radius1'],\n NumberType\n );\n let radiusInner = expressionToGlsl(\n fragContext,\n style['shape-radius2'],\n NumberType\n );\n if (strokeWidth !== null) {\n radiusOuter = `${radiusOuter} + ${strokeWidth} * 0.5`;\n radiusInner = `${radiusInner} + ${strokeWidth} * 0.5`;\n }\n shapeField = `starDistanceField(${currentPoint}, ${numPoints}, ${radiusInner}, ${radiusOuter}, ${angle})`;\n }\n\n // FINAL COLOR\n const colorExpression = getColorFromDistanceField(\n shapeField,\n fillColor,\n strokeColor,\n strokeWidth,\n opacity\n );\n builder.setSymbolColorExpression(colorExpression);\n}\n\n/**\n * @param {import(\"../style/webgl.js\").WebGLStyle} style Style\n * @param {ShaderBuilder} builder Shader builder\n * @param {Object} uniforms Uniforms\n * @param {import(\"../expr/gpu.js\").CompilationContext} vertContext Vertex shader compilation context\n * @param {import(\"../expr/gpu.js\").CompilationContext} fragContext Fragment shader compilation context\n */\nfunction parseIconProperties(\n style,\n builder,\n uniforms,\n vertContext,\n fragContext\n) {\n // COLOR\n let color = 'vec4(1.0)';\n if ('icon-color' in style) {\n color = expressionToGlsl(fragContext, style['icon-color'], ColorType);\n }\n\n // OPACITY\n if ('icon-opacity' in style) {\n color = `${color} * ${expressionToGlsl(\n fragContext,\n style['icon-opacity'],\n NumberType\n )}`;\n }\n\n // IMAGE & SIZE\n const textureId = computeHash(style['icon-src']);\n const sizeExpression = parseImageProperties(\n style,\n builder,\n uniforms,\n 'icon-',\n textureId\n );\n builder\n .setSymbolColorExpression(\n `${color} * samplePremultiplied(u_texture${textureId}, v_texCoord)`\n )\n .setSymbolSizeExpression(sizeExpression);\n\n // override size if width/height were specified\n if ('icon-width' in style && 'icon-height' in style) {\n builder.setSymbolSizeExpression(\n `vec2(${expressionToGlsl(\n vertContext,\n style['icon-width'],\n NumberType\n )}, ${expressionToGlsl(vertContext, style['icon-height'], NumberType)})`\n );\n }\n\n // tex coord\n if ('icon-offset' in style && 'icon-size' in style) {\n const sampleSize = expressionToGlsl(\n vertContext,\n style['icon-size'],\n NumberArrayType\n );\n const fullsize = builder.getSymbolSizeExpression();\n builder.setSymbolSizeExpression(sampleSize);\n const offset = parseImageOffsetProperties(\n style,\n 'icon-',\n vertContext,\n 'v_quadSizePx',\n sampleSize\n );\n builder.setTextureCoordinateExpression(\n `(vec4((${offset}).xyxy) + vec4(0., 0., ${sampleSize})) / (${fullsize}).xyxy`\n );\n }\n\n parseCommonSymbolProperties(style, builder, vertContext, 'icon-');\n\n if ('icon-anchor' in style) {\n const anchor = expressionToGlsl(\n vertContext,\n style['icon-anchor'],\n NumberArrayType\n );\n let scale = `1.0`;\n if (`icon-scale` in style) {\n scale = expressionToGlsl(\n vertContext,\n style[`icon-scale`],\n NumberType | NumberArrayType\n );\n }\n let shiftPx;\n if (\n style['icon-anchor-x-units'] === 'pixels' &&\n style['icon-anchor-y-units'] === 'pixels'\n ) {\n shiftPx = `${anchor} * ${scale}`;\n } else if (style['icon-anchor-x-units'] === 'pixels') {\n shiftPx = `${anchor} * vec2(vec2(${scale}).x, v_quadSizePx.y)`;\n } else if (style['icon-anchor-y-units'] === 'pixels') {\n shiftPx = `${anchor} * vec2(v_quadSizePx.x, vec2(${scale}).x)`;\n } else {\n shiftPx = `${anchor} * v_quadSizePx`;\n }\n // default origin is top-left\n let offsetPx = `v_quadSizePx * vec2(0.5, -0.5) + ${shiftPx} * vec2(-1., 1.)`;\n if ('icon-anchor-origin' in style) {\n switch (style['icon-anchor-origin']) {\n case 'top-right':\n offsetPx = `v_quadSizePx * -0.5 + ${shiftPx}`;\n break;\n case 'bottom-left':\n offsetPx = `v_quadSizePx * 0.5 - ${shiftPx}`;\n break;\n case 'bottom-right':\n offsetPx = `v_quadSizePx * vec2(-0.5, 0.5) + ${shiftPx} * vec2(1., -1.)`;\n break;\n default: // pass\n }\n }\n builder.setSymbolOffsetExpression(\n `${builder.getSymbolOffsetExpression()} + ${offsetPx}`\n );\n }\n}\n\n/**\n * @param {import(\"../style/webgl.js\").WebGLStyle} style Style\n * @param {ShaderBuilder} builder Shader Builder\n * @param {Object} uniforms Uniforms\n * @param {import(\"../expr/gpu.js\").CompilationContext} vertContext Vertex shader compilation context\n * @param {import(\"../expr/gpu.js\").CompilationContext} fragContext Fragment shader compilation context\n */\nfunction parseStrokeProperties(\n style,\n builder,\n uniforms,\n vertContext,\n fragContext\n) {\n if ('stroke-color' in style) {\n builder.setStrokeColorExpression(\n expressionToGlsl(fragContext, style['stroke-color'], ColorType)\n );\n }\n if ('stroke-pattern-src' in style) {\n const textureId = computeHash(style['stroke-pattern-src']);\n const sizeExpression = parseImageProperties(\n style,\n builder,\n uniforms,\n 'stroke-pattern-',\n textureId\n );\n let sampleSizeExpression = sizeExpression;\n let offsetExpression = 'vec2(0.)';\n if ('stroke-pattern-offset' in style && 'stroke-pattern-size' in style) {\n sampleSizeExpression = expressionToGlsl(\n fragContext,\n style[`stroke-pattern-size`],\n NumberArrayType\n );\n offsetExpression = parseImageOffsetProperties(\n style,\n 'stroke-pattern-',\n fragContext,\n sizeExpression,\n sampleSizeExpression\n );\n }\n let spacingExpression = '0.';\n if ('stroke-pattern-spacing' in style) {\n spacingExpression = expressionToGlsl(\n fragContext,\n style['stroke-pattern-spacing'],\n NumberType\n );\n }\n fragContext.functions[\n 'sampleStrokePattern'\n ] = `vec4 sampleStrokePattern(sampler2D texture, vec2 textureSize, vec2 textureOffset, vec2 sampleSize, float spacingPx, float currentLengthPx, float currentRadiusRatio) {\n float currentLengthScaled = currentLengthPx * sampleSize.y / v_width;\n float spacingScaled = spacingPx * sampleSize.y / v_width;\n float uCoordPx = mod(currentLengthScaled, (sampleSize.x + spacingScaled));\n float vCoordPx = (currentRadiusRatio * 0.5 + 0.5) * sampleSize.y;\n vec2 texCoord = (vec2(uCoordPx, vCoordPx) + textureOffset) / textureSize;\n return uCoordPx > sampleSize.x ? vec4(0.) : samplePremultiplied(texture, texCoord);\n }`;\n const textureName = `u_texture${textureId}`;\n let tintExpression = '1.';\n if ('stroke-color' in style) {\n tintExpression = builder.getStrokeColorExpression();\n }\n builder.setStrokeColorExpression(\n `${tintExpression} * sampleStrokePattern(${textureName}, ${sizeExpression}, ${offsetExpression}, ${sampleSizeExpression}, ${spacingExpression}, currentLengthPx, currentRadiusRatio)`\n );\n }\n\n if ('stroke-width' in style) {\n builder.setStrokeWidthExpression(\n expressionToGlsl(vertContext, style['stroke-width'], NumberType)\n );\n }\n\n if ('stroke-offset' in style) {\n builder.setStrokeOffsetExpression(\n expressionToGlsl(vertContext, style['stroke-offset'], NumberType)\n );\n }\n\n if ('stroke-line-cap' in style) {\n builder.setStrokeCapExpression(\n expressionToGlsl(vertContext, style['stroke-line-cap'], StringType)\n );\n }\n\n if ('stroke-line-join' in style) {\n builder.setStrokeJoinExpression(\n expressionToGlsl(vertContext, style['stroke-line-join'], StringType)\n );\n }\n\n if ('stroke-miter-limit' in style) {\n builder.setStrokeMiterLimitExpression(\n expressionToGlsl(vertContext, style['stroke-miter-limit'], NumberType)\n );\n }\n\n if ('stroke-line-dash' in style) {\n fragContext.functions[\n 'getSingleDashDistance'\n ] = `float getSingleDashDistance(float distance, float radius, float dashOffset, float dashLength, float dashLengthTotal, float capType) {\n float localDistance = mod(distance, dashLengthTotal);\n float distanceSegment = abs(localDistance - dashOffset - dashLength * 0.5) - dashLength * 0.5;\n distanceSegment = min(distanceSegment, dashLengthTotal - localDistance);\n if (capType == ${stringToGlsl('square')}) {\n distanceSegment -= v_width * 0.5;\n } else if (capType == ${stringToGlsl('round')}) {\n distanceSegment = min(distanceSegment, sqrt(distanceSegment * distanceSegment + radius * radius) - v_width * 0.5);\n }\n return distanceSegment;\n}`;\n\n let dashPattern = style['stroke-line-dash'].map((v) =>\n expressionToGlsl(fragContext, v, NumberType)\n );\n // if pattern has odd length, concatenate it with itself to be even\n if (dashPattern.length % 2 === 1) {\n dashPattern = [...dashPattern, ...dashPattern];\n }\n\n let offsetExpression = '0.';\n if ('stroke-line-dash-offset' in style) {\n offsetExpression = expressionToGlsl(\n vertContext,\n style['stroke-line-dash-offset'],\n NumberType\n );\n }\n\n // define a function for this dash specifically\n const uniqueDashKey = computeHash(style['stroke-line-dash']);\n const dashFunctionName = `dashDistanceField_${uniqueDashKey}`;\n\n const dashLengthsDef = dashPattern.map(\n (v, i) => `float dashLength${i} = ${v};`\n );\n const totalLengthDef = dashPattern\n .map((v, i) => `dashLength${i}`)\n .join(' + ');\n let currentDashOffset = '0.';\n let distanceExpression = `getSingleDashDistance(distance, radius, ${currentDashOffset}, dashLength0, totalDashLength, capType)`;\n for (let i = 2; i < dashPattern.length; i += 2) {\n currentDashOffset = `${currentDashOffset} + dashLength${\n i - 2\n } + dashLength${i - 1}`;\n distanceExpression = `min(${distanceExpression}, getSingleDashDistance(distance, radius, ${currentDashOffset}, dashLength${i}, totalDashLength, capType))`;\n }\n\n fragContext.functions[\n dashFunctionName\n ] = `float ${dashFunctionName}(float distance, float radius, float capType) {\n ${dashLengthsDef.join('\\n ')}\n float totalDashLength = ${totalLengthDef};\n return ${distanceExpression};\n}`;\n builder.setStrokeDistanceFieldExpression(\n `${dashFunctionName}(currentLengthPx + ${offsetExpression}, currentRadiusPx, capType)`\n );\n }\n}\n\n/**\n * @param {import(\"../style/webgl.js\").WebGLStyle} style Style\n * @param {ShaderBuilder} builder Shader Builder\n * @param {Object} uniforms Uniforms\n * @param {import(\"../expr/gpu.js\").CompilationContext} vertContext Vertex shader compilation context\n * @param {import(\"../expr/gpu.js\").CompilationContext} fragContext Fragment shader compilation context\n */\nfunction parseFillProperties(\n style,\n builder,\n uniforms,\n vertContext,\n fragContext\n) {\n if ('fill-color' in style) {\n builder.setFillColorExpression(\n expressionToGlsl(fragContext, style['fill-color'], ColorType)\n );\n }\n if ('fill-pattern-src' in style) {\n const textureId = computeHash(style['fill-pattern-src']);\n const sizeExpression = parseImageProperties(\n style,\n builder,\n uniforms,\n 'fill-pattern-',\n textureId\n );\n let sampleSizeExpression = sizeExpression;\n let offsetExpression = 'vec2(0.)';\n if ('fill-pattern-offset' in style && 'fill-pattern-size' in style) {\n sampleSizeExpression = expressionToGlsl(\n fragContext,\n style[`fill-pattern-size`],\n NumberArrayType\n );\n offsetExpression = parseImageOffsetProperties(\n style,\n 'fill-pattern-',\n fragContext,\n sizeExpression,\n sampleSizeExpression\n );\n }\n fragContext.functions[\n 'sampleFillPattern'\n ] = `vec4 sampleFillPattern(sampler2D texture, vec2 textureSize, vec2 textureOffset, vec2 sampleSize, vec2 pxOrigin, vec2 pxPosition) {\n float scaleRatio = pow(2., mod(u_zoom + 0.5, 1.) - 0.5);\n vec2 samplePos = mod((pxPosition - pxOrigin) / scaleRatio, sampleSize);\n samplePos.y = sampleSize.y - samplePos.y; // invert y axis so that images appear upright\n return samplePremultiplied(texture, (samplePos + textureOffset) / textureSize);\n}`;\n const textureName = `u_texture${textureId}`;\n let tintExpression = '1.';\n if ('fill-color' in style) {\n tintExpression = builder.getFillColorExpression();\n }\n builder.setFillColorExpression(\n `${tintExpression} * sampleFillPattern(${textureName}, ${sizeExpression}, ${offsetExpression}, ${sampleSizeExpression}, pxOrigin, pxPos)`\n );\n }\n}\n\n/**\n * @typedef {Object} StyleParseResult\n * @property {ShaderBuilder} builder Shader builder pre-configured according to a given style\n * @property {import(\"../render/webgl/VectorStyleRenderer.js\").UniformDefinitions} uniforms Uniform definitions\n * @property {import(\"../render/webgl/VectorStyleRenderer.js\").AttributeDefinitions} attributes Attribute definitions\n */\n\n/**\n * Parses a {@link import(\"../style/webgl.js\").WebGLStyle} object and returns a {@link ShaderBuilder}\n * object that has been configured according to the given style, as well as `attributes` and `uniforms`\n * arrays to be fed to the `WebGLPointsRenderer` class.\n *\n * Also returns `uniforms` and `attributes` properties as expected by the\n * {@link module:ol/renderer/webgl/PointsLayer~WebGLPointsLayerRenderer}.\n *\n * @param {import(\"../style/webgl.js\").WebGLStyle} style Literal style.\n * @return {StyleParseResult} Result containing shader params, attributes and uniforms.\n */\nexport function parseLiteralStyle(style) {\n /**\n * @type {import(\"../expr/gpu.js\").CompilationContext}\n */\n const vertContext = {\n inFragmentShader: false,\n properties: {},\n variables: {},\n functions: {},\n style,\n };\n\n /**\n * @type {import(\"../expr/gpu.js\").CompilationContext}\n */\n const fragContext = {\n inFragmentShader: true,\n variables: vertContext.variables,\n properties: {},\n functions: {},\n style,\n };\n\n const builder = new ShaderBuilder();\n\n /** @type {Object} */\n const uniforms = {};\n\n if ('icon-src' in style) {\n parseIconProperties(style, builder, uniforms, vertContext, fragContext);\n } else if ('shape-points' in style) {\n parseShapeProperties(style, builder, uniforms, vertContext, fragContext);\n } else if ('circle-radius' in style) {\n parseCircleProperties(style, builder, uniforms, vertContext, fragContext);\n }\n parseStrokeProperties(style, builder, uniforms, vertContext, fragContext);\n parseFillProperties(style, builder, uniforms, vertContext, fragContext);\n\n if (style.filter) {\n const parsedFilter = expressionToGlsl(\n fragContext,\n style.filter,\n BooleanType\n );\n builder.setFragmentDiscardExpression(`!${parsedFilter}`);\n }\n\n // define one uniform per variable\n Object.keys(fragContext.variables).forEach(function (varName) {\n const variable = fragContext.variables[varName];\n const uniformName = uniformNameForVariable(variable.name);\n builder.addUniform(`${getGlslTypeFromType(variable.type)} ${uniformName}`);\n\n let callback;\n if (variable.type === StringType) {\n callback = () =>\n getStringNumberEquivalent(\n /** @type {string} */ (style.variables[variable.name])\n );\n } else if (variable.type === ColorType) {\n callback = () =>\n packColor([\n ...asArray(\n /** @type {string|Array} */ (\n style.variables[variable.name]\n ) || '#eee'\n ),\n ]);\n } else if (variable.type === BooleanType) {\n callback = () =>\n /** @type {boolean} */ (style.variables[variable.name]) ? 1.0 : 0.0;\n } else {\n callback = () => /** @type {number} */ (style.variables[variable.name]);\n }\n uniforms[uniformName] = callback;\n });\n\n // for each feature attribute used in the fragment shader, define a varying that will be used to pass data\n // from the vertex to the fragment shader, as well as an attribute in the vertex shader (if not already present)\n Object.keys(fragContext.properties).forEach(function (propName) {\n const property = fragContext.properties[propName];\n if (!vertContext.properties[propName]) {\n vertContext.properties[propName] = property;\n }\n let type = getGlslTypeFromType(property.type);\n let expression = `a_prop_${property.name}`;\n if (property.type === ColorType) {\n type = 'vec4';\n expression = `unpackColor(${expression})`;\n builder.addVertexShaderFunction(UNPACK_COLOR_FN);\n }\n builder.addVarying(`v_prop_${property.name}`, type, expression);\n });\n\n // for each feature attribute used in the vertex shader, define an attribute in the vertex shader.\n Object.keys(vertContext.properties).forEach(function (propName) {\n const property = vertContext.properties[propName];\n builder.addAttribute(\n `${getGlslTypeFromType(property.type)} a_prop_${property.name}`\n );\n });\n\n const attributes = Object.keys(vertContext.properties).map(function (\n propName\n ) {\n const property = vertContext.properties[propName];\n let callback;\n if (property.evaluator) {\n callback = property.evaluator;\n } else if (property.type === StringType) {\n callback = (feature) =>\n getStringNumberEquivalent(feature.get(property.name));\n } else if (property.type === ColorType) {\n callback = (feature) =>\n packColor([...asArray(feature.get(property.name) || '#eee')]);\n } else if (property.type === BooleanType) {\n callback = (feature) => (feature.get(property.name) ? 1.0 : 0.0);\n } else {\n callback = (feature) => feature.get(property.name);\n }\n\n return {\n name: property.name,\n size: getGlslSizeFromType(property.type),\n callback,\n };\n });\n\n // add functions that were collected in the compilation contexts\n for (const functionName in vertContext.functions) {\n builder.addVertexShaderFunction(vertContext.functions[functionName]);\n }\n for (const functionName in fragContext.functions) {\n builder.addFragmentShaderFunction(fragContext.functions[functionName]);\n }\n\n return {\n builder: builder,\n attributes: attributes.reduce(\n (prev, curr) => ({\n ...prev,\n [curr.name]: {callback: curr.callback, size: curr.size},\n }),\n {}\n ),\n uniforms: uniforms,\n };\n}\n","/**\n * @module ol/style/Image\n */\nimport {abstract} from '../util.js';\nimport {toSize} from '../size.js';\n\n/**\n * @typedef {Object} Options\n * @property {number} opacity Opacity.\n * @property {boolean} rotateWithView If the image should get rotated with the view.\n * @property {number} rotation Rotation.\n * @property {number|import(\"../size.js\").Size} scale Scale.\n * @property {Array} displacement Displacement.\n * @property {\"declutter\"|\"obstacle\"|\"none\"|undefined} declutterMode Declutter mode: `declutter`, `obstacle`, 'none */\n\n/**\n * @classdesc\n * A base class used for creating subclasses and not instantiated in\n * apps. Base class for {@link module:ol/style/Icon~Icon}, {@link module:ol/style/Circle~CircleStyle} and\n * {@link module:ol/style/RegularShape~RegularShape}.\n * @abstract\n * @api\n */\nclass ImageStyle {\n /**\n * @param {Options} options Options.\n */\n constructor(options) {\n /**\n * @private\n * @type {number}\n */\n this.opacity_ = options.opacity;\n\n /**\n * @private\n * @type {boolean}\n */\n this.rotateWithView_ = options.rotateWithView;\n\n /**\n * @private\n * @type {number}\n */\n this.rotation_ = options.rotation;\n\n /**\n * @private\n * @type {number|import(\"../size.js\").Size}\n */\n this.scale_ = options.scale;\n\n /**\n * @private\n * @type {import(\"../size.js\").Size}\n */\n this.scaleArray_ = toSize(options.scale);\n\n /**\n * @private\n * @type {Array}\n */\n this.displacement_ = options.displacement;\n\n /**\n * @private\n * @type {\"declutter\"|\"obstacle\"|\"none\"|undefined}\n */\n this.declutterMode_ = options.declutterMode;\n }\n\n /**\n * Clones the style.\n * @return {ImageStyle} The cloned style.\n * @api\n */\n clone() {\n const scale = this.getScale();\n return new ImageStyle({\n opacity: this.getOpacity(),\n scale: Array.isArray(scale) ? scale.slice() : scale,\n rotation: this.getRotation(),\n rotateWithView: this.getRotateWithView(),\n displacement: this.getDisplacement().slice(),\n declutterMode: this.getDeclutterMode(),\n });\n }\n\n /**\n * Get the symbolizer opacity.\n * @return {number} Opacity.\n * @api\n */\n getOpacity() {\n return this.opacity_;\n }\n\n /**\n * Determine whether the symbolizer rotates with the map.\n * @return {boolean} Rotate with map.\n * @api\n */\n getRotateWithView() {\n return this.rotateWithView_;\n }\n\n /**\n * Get the symoblizer rotation.\n * @return {number} Rotation.\n * @api\n */\n getRotation() {\n return this.rotation_;\n }\n\n /**\n * Get the symbolizer scale.\n * @return {number|import(\"../size.js\").Size} Scale.\n * @api\n */\n getScale() {\n return this.scale_;\n }\n\n /**\n * Get the symbolizer scale array.\n * @return {import(\"../size.js\").Size} Scale array.\n */\n getScaleArray() {\n return this.scaleArray_;\n }\n\n /**\n * Get the displacement of the shape\n * @return {Array} Shape's center displacement\n * @api\n */\n getDisplacement() {\n return this.displacement_;\n }\n\n /**\n * Get the declutter mode of the shape\n * @return {\"declutter\"|\"obstacle\"|\"none\"|undefined} Shape's declutter mode\n * @api\n */\n getDeclutterMode() {\n return this.declutterMode_;\n }\n\n /**\n * Get the anchor point in pixels. The anchor determines the center point for the\n * symbolizer.\n * @abstract\n * @return {Array} Anchor.\n */\n getAnchor() {\n return abstract();\n }\n\n /**\n * Get the image element for the symbolizer.\n * @abstract\n * @param {number} pixelRatio Pixel ratio.\n * @return {import('../DataTile.js').ImageLike} Image element.\n */\n getImage(pixelRatio) {\n return abstract();\n }\n\n /**\n * @abstract\n * @return {import('../DataTile.js').ImageLike} Image element.\n */\n getHitDetectionImage() {\n return abstract();\n }\n\n /**\n * Get the image pixel ratio.\n * @param {number} pixelRatio Pixel ratio.\n * @return {number} Pixel ratio.\n */\n getPixelRatio(pixelRatio) {\n return 1;\n }\n\n /**\n * @abstract\n * @return {import(\"../ImageState.js\").default} Image state.\n */\n getImageState() {\n return abstract();\n }\n\n /**\n * @abstract\n * @return {import(\"../size.js\").Size} Image size.\n */\n getImageSize() {\n return abstract();\n }\n\n /**\n * Get the origin of the symbolizer.\n * @abstract\n * @return {Array} Origin.\n */\n getOrigin() {\n return abstract();\n }\n\n /**\n * Get the size of the symbolizer (in pixels).\n * @abstract\n * @return {import(\"../size.js\").Size} Size.\n */\n getSize() {\n return abstract();\n }\n\n /**\n * Set the displacement.\n *\n * @param {Array} displacement Displacement.\n * @api\n */\n setDisplacement(displacement) {\n this.displacement_ = displacement;\n }\n\n /**\n * Set the opacity.\n *\n * @param {number} opacity Opacity.\n * @api\n */\n setOpacity(opacity) {\n this.opacity_ = opacity;\n }\n\n /**\n * Set whether to rotate the style with the view.\n *\n * @param {boolean} rotateWithView Rotate with map.\n * @api\n */\n setRotateWithView(rotateWithView) {\n this.rotateWithView_ = rotateWithView;\n }\n\n /**\n * Set the rotation.\n *\n * @param {number} rotation Rotation.\n * @api\n */\n setRotation(rotation) {\n this.rotation_ = rotation;\n }\n\n /**\n * Set the scale.\n *\n * @param {number|import(\"../size.js\").Size} scale Scale.\n * @api\n */\n setScale(scale) {\n this.scale_ = scale;\n this.scaleArray_ = toSize(scale);\n }\n\n /**\n * @abstract\n * @param {function(import(\"../events/Event.js\").default): void} listener Listener function.\n */\n listenImageChange(listener) {\n abstract();\n }\n\n /**\n * Load not yet loaded URI.\n * @abstract\n */\n load() {\n abstract();\n }\n\n /**\n * @abstract\n * @param {function(import(\"../events/Event.js\").default): void} listener Listener function.\n */\n unlistenImageChange(listener) {\n abstract();\n }\n}\n\nexport default ImageStyle;\n","/**\n * @module ol/style/RegularShape\n */\n\nimport ImageState from '../ImageState.js';\nimport ImageStyle from './Image.js';\nimport {asArray} from '../color.js';\nimport {asColorLike} from '../colorlike.js';\nimport {createCanvasContext2D} from '../dom.js';\nimport {\n defaultFillStyle,\n defaultLineCap,\n defaultLineJoin,\n defaultLineWidth,\n defaultMiterLimit,\n defaultStrokeStyle,\n} from '../render/canvas.js';\n\n/**\n * Specify radius for regular polygons, or radius1 and radius2 for stars.\n * @typedef {Object} Options\n * @property {import(\"./Fill.js\").default} [fill] Fill style.\n * @property {number} points Number of points for stars and regular polygons. In case of a polygon, the number of points\n * is the number of sides.\n * @property {number} [radius] Radius of a regular polygon.\n * @property {number} [radius1] First radius of a star. Ignored if radius is set.\n * @property {number} [radius2] Second radius of a star.\n * @property {number} [angle=0] Shape's angle in radians. A value of 0 will have one of the shape's points facing up.\n * @property {Array} [displacement=[0, 0]] Displacement of the shape in pixels.\n * Positive values will shift the shape right and up.\n * @property {import(\"./Stroke.js\").default} [stroke] Stroke style.\n * @property {number} [rotation=0] Rotation in radians (positive rotation clockwise).\n * @property {boolean} [rotateWithView=false] Whether to rotate the shape with the view.\n * @property {number|import(\"../size.js\").Size} [scale=1] Scale. Unless two dimensional scaling is required a better\n * result may be obtained with appropriate settings for `radius`, `radius1` and `radius2`.\n * @property {\"declutter\"|\"obstacle\"|\"none\"|undefined} [declutterMode] Declutter mode.\n */\n\n/**\n * @typedef {Object} RenderOptions\n * @property {import(\"../colorlike.js\").ColorLike|undefined} strokeStyle StrokeStyle.\n * @property {number} strokeWidth StrokeWidth.\n * @property {number} size Size.\n * @property {CanvasLineCap} lineCap LineCap.\n * @property {Array|null} lineDash LineDash.\n * @property {number} lineDashOffset LineDashOffset.\n * @property {CanvasLineJoin} lineJoin LineJoin.\n * @property {number} miterLimit MiterLimit.\n */\n\n/**\n * @classdesc\n * Set regular shape style for vector features. The resulting shape will be\n * a regular polygon when `radius` is provided, or a star when `radius1` and\n * `radius2` are provided.\n * @api\n */\nclass RegularShape extends ImageStyle {\n /**\n * @param {Options} options Options.\n */\n constructor(options) {\n /**\n * @type {boolean}\n */\n const rotateWithView =\n options.rotateWithView !== undefined ? options.rotateWithView : false;\n\n super({\n opacity: 1,\n rotateWithView: rotateWithView,\n rotation: options.rotation !== undefined ? options.rotation : 0,\n scale: options.scale !== undefined ? options.scale : 1,\n displacement:\n options.displacement !== undefined ? options.displacement : [0, 0],\n declutterMode: options.declutterMode,\n });\n\n /**\n * @private\n * @type {Object}\n */\n this.canvases_;\n\n /**\n * @private\n * @type {HTMLCanvasElement|null}\n */\n this.hitDetectionCanvas_ = null;\n\n /**\n * @private\n * @type {import(\"./Fill.js\").default|null}\n */\n this.fill_ = options.fill !== undefined ? options.fill : null;\n\n /**\n * @private\n * @type {Array}\n */\n this.origin_ = [0, 0];\n\n /**\n * @private\n * @type {number}\n */\n this.points_ = options.points;\n\n /**\n * @protected\n * @type {number}\n */\n this.radius_ =\n options.radius !== undefined ? options.radius : options.radius1;\n\n /**\n * @private\n * @type {number|undefined}\n */\n this.radius2_ = options.radius2;\n\n /**\n * @private\n * @type {number}\n */\n this.angle_ = options.angle !== undefined ? options.angle : 0;\n\n /**\n * @private\n * @type {import(\"./Stroke.js\").default|null}\n */\n this.stroke_ = options.stroke !== undefined ? options.stroke : null;\n\n /**\n * @private\n * @type {import(\"../size.js\").Size}\n */\n this.size_;\n\n /**\n * @private\n * @type {RenderOptions}\n */\n this.renderOptions_;\n\n this.render();\n }\n\n /**\n * Clones the style.\n * @return {RegularShape} The cloned style.\n * @api\n */\n clone() {\n const scale = this.getScale();\n const style = new RegularShape({\n fill: this.getFill() ? this.getFill().clone() : undefined,\n points: this.getPoints(),\n radius: this.getRadius(),\n radius2: this.getRadius2(),\n angle: this.getAngle(),\n stroke: this.getStroke() ? this.getStroke().clone() : undefined,\n rotation: this.getRotation(),\n rotateWithView: this.getRotateWithView(),\n scale: Array.isArray(scale) ? scale.slice() : scale,\n displacement: this.getDisplacement().slice(),\n declutterMode: this.getDeclutterMode(),\n });\n style.setOpacity(this.getOpacity());\n return style;\n }\n\n /**\n * Get the anchor point in pixels. The anchor determines the center point for the\n * symbolizer.\n * @return {Array} Anchor.\n * @api\n */\n getAnchor() {\n const size = this.size_;\n const displacement = this.getDisplacement();\n const scale = this.getScaleArray();\n // anchor is scaled by renderer but displacement should not be scaled\n // so divide by scale here\n return [\n size[0] / 2 - displacement[0] / scale[0],\n size[1] / 2 + displacement[1] / scale[1],\n ];\n }\n\n /**\n * Get the angle used in generating the shape.\n * @return {number} Shape's rotation in radians.\n * @api\n */\n getAngle() {\n return this.angle_;\n }\n\n /**\n * Get the fill style for the shape.\n * @return {import(\"./Fill.js\").default|null} Fill style.\n * @api\n */\n getFill() {\n return this.fill_;\n }\n\n /**\n * Set the fill style.\n * @param {import(\"./Fill.js\").default|null} fill Fill style.\n * @api\n */\n setFill(fill) {\n this.fill_ = fill;\n this.render();\n }\n\n /**\n * @return {HTMLCanvasElement} Image element.\n */\n getHitDetectionImage() {\n if (!this.hitDetectionCanvas_) {\n this.hitDetectionCanvas_ = this.createHitDetectionCanvas_(\n this.renderOptions_\n );\n }\n return this.hitDetectionCanvas_;\n }\n\n /**\n * Get the image icon.\n * @param {number} pixelRatio Pixel ratio.\n * @return {HTMLCanvasElement} Image or Canvas element.\n * @api\n */\n getImage(pixelRatio) {\n let image = this.canvases_[pixelRatio];\n if (!image) {\n const renderOptions = this.renderOptions_;\n const context = createCanvasContext2D(\n renderOptions.size * pixelRatio,\n renderOptions.size * pixelRatio\n );\n this.draw_(renderOptions, context, pixelRatio);\n\n image = context.canvas;\n this.canvases_[pixelRatio] = image;\n }\n return image;\n }\n\n /**\n * Get the image pixel ratio.\n * @param {number} pixelRatio Pixel ratio.\n * @return {number} Pixel ratio.\n */\n getPixelRatio(pixelRatio) {\n return pixelRatio;\n }\n\n /**\n * @return {import(\"../size.js\").Size} Image size.\n */\n getImageSize() {\n return this.size_;\n }\n\n /**\n * @return {import(\"../ImageState.js\").default} Image state.\n */\n getImageState() {\n return ImageState.LOADED;\n }\n\n /**\n * Get the origin of the symbolizer.\n * @return {Array} Origin.\n * @api\n */\n getOrigin() {\n return this.origin_;\n }\n\n /**\n * Get the number of points for generating the shape.\n * @return {number} Number of points for stars and regular polygons.\n * @api\n */\n getPoints() {\n return this.points_;\n }\n\n /**\n * Get the (primary) radius for the shape.\n * @return {number} Radius.\n * @api\n */\n getRadius() {\n return this.radius_;\n }\n\n /**\n * Get the secondary radius for the shape.\n * @return {number|undefined} Radius2.\n * @api\n */\n getRadius2() {\n return this.radius2_;\n }\n\n /**\n * Get the size of the symbolizer (in pixels).\n * @return {import(\"../size.js\").Size} Size.\n * @api\n */\n getSize() {\n return this.size_;\n }\n\n /**\n * Get the stroke style for the shape.\n * @return {import(\"./Stroke.js\").default|null} Stroke style.\n * @api\n */\n getStroke() {\n return this.stroke_;\n }\n\n /**\n * Set the stroke style.\n * @param {import(\"./Stroke.js\").default|null} stroke Stroke style.\n * @api\n */\n setStroke(stroke) {\n this.stroke_ = stroke;\n this.render();\n }\n\n /**\n * @param {function(import(\"../events/Event.js\").default): void} listener Listener function.\n */\n listenImageChange(listener) {}\n\n /**\n * Load not yet loaded URI.\n */\n load() {}\n\n /**\n * @param {function(import(\"../events/Event.js\").default): void} listener Listener function.\n */\n unlistenImageChange(listener) {}\n\n /**\n * Calculate additional canvas size needed for the miter.\n * @param {string} lineJoin Line join\n * @param {number} strokeWidth Stroke width\n * @param {number} miterLimit Miter limit\n * @return {number} Additional canvas size needed\n * @private\n */\n calculateLineJoinSize_(lineJoin, strokeWidth, miterLimit) {\n if (\n strokeWidth === 0 ||\n this.points_ === Infinity ||\n (lineJoin !== 'bevel' && lineJoin !== 'miter')\n ) {\n return strokeWidth;\n }\n // m | ^\n // i | |\\ .\n // t >| #\\\n // e | |\\ \\ .\n // r \\s\\\n // | \\t\\ . .\n // \\r\\ . .\n // | \\o\\ . . . . .\n // e \\k\\ . . . .\n // | \\e\\ . . . . .\n // d \\ \\ . . . .\n // | _ _a_ _\\# . . .\n // r1 / ` . .\n // | . .\n // b / . .\n // | . .\n // / r2 . .\n // | . .\n // / . .\n // |α . .\n // / . .\n // ° center\n let r1 = this.radius_;\n let r2 = this.radius2_ === undefined ? r1 : this.radius2_;\n if (r1 < r2) {\n const tmp = r1;\n r1 = r2;\n r2 = tmp;\n }\n const points =\n this.radius2_ === undefined ? this.points_ : this.points_ * 2;\n const alpha = (2 * Math.PI) / points;\n const a = r2 * Math.sin(alpha);\n const b = Math.sqrt(r2 * r2 - a * a);\n const d = r1 - b;\n const e = Math.sqrt(a * a + d * d);\n const miterRatio = e / a;\n if (lineJoin === 'miter' && miterRatio <= miterLimit) {\n return miterRatio * strokeWidth;\n }\n // Calculate the distance from center to the stroke corner where\n // it was cut short because of the miter limit.\n // l\n // ----+---- <= distance from center to here is maxr\n // /####|k ##\\\n // /#####^#####\\\n // /#### /+\\# s #\\\n // /### h/+++\\# t #\\\n // /### t/+++++\\# r #\\\n // /### a/+++++++\\# o #\\\n // /### p/++ fill +\\# k #\\\n ///#### /+++++^+++++\\# e #\\\n //#####/+++++/+\\+++++\\#####\\\n const k = strokeWidth / 2 / miterRatio;\n const l = (strokeWidth / 2) * (d / e);\n const maxr = Math.sqrt((r1 + k) * (r1 + k) + l * l);\n const bevelAdd = maxr - r1;\n if (this.radius2_ === undefined || lineJoin === 'bevel') {\n return bevelAdd * 2;\n }\n // If outer miter is over the miter limit the inner miter may reach through the\n // center and be longer than the bevel, same calculation as above but swap r1 / r2.\n const aa = r1 * Math.sin(alpha);\n const bb = Math.sqrt(r1 * r1 - aa * aa);\n const dd = r2 - bb;\n const ee = Math.sqrt(aa * aa + dd * dd);\n const innerMiterRatio = ee / aa;\n if (innerMiterRatio <= miterLimit) {\n const innerLength = (innerMiterRatio * strokeWidth) / 2 - r2 - r1;\n return 2 * Math.max(bevelAdd, innerLength);\n }\n return bevelAdd * 2;\n }\n\n /**\n * @return {RenderOptions} The render options\n * @protected\n */\n createRenderOptions() {\n let lineCap = defaultLineCap;\n let lineJoin = defaultLineJoin;\n let miterLimit = 0;\n let lineDash = null;\n let lineDashOffset = 0;\n let strokeStyle;\n let strokeWidth = 0;\n\n if (this.stroke_) {\n strokeStyle = asColorLike(this.stroke_.getColor() ?? defaultStrokeStyle);\n strokeWidth = this.stroke_.getWidth() ?? defaultLineWidth;\n lineDash = this.stroke_.getLineDash();\n lineDashOffset = this.stroke_.getLineDashOffset() ?? 0;\n lineJoin = this.stroke_.getLineJoin() ?? defaultLineJoin;\n lineCap = this.stroke_.getLineCap() ?? defaultLineCap;\n miterLimit = this.stroke_.getMiterLimit() ?? defaultMiterLimit;\n }\n\n const add = this.calculateLineJoinSize_(lineJoin, strokeWidth, miterLimit);\n const maxRadius = Math.max(this.radius_, this.radius2_ || 0);\n const size = Math.ceil(2 * maxRadius + add);\n\n return {\n strokeStyle: strokeStyle,\n strokeWidth: strokeWidth,\n size: size,\n lineCap: lineCap,\n lineDash: lineDash,\n lineDashOffset: lineDashOffset,\n lineJoin: lineJoin,\n miterLimit: miterLimit,\n };\n }\n\n /**\n * @protected\n */\n render() {\n this.renderOptions_ = this.createRenderOptions();\n const size = this.renderOptions_.size;\n this.canvases_ = {};\n this.hitDetectionCanvas_ = null;\n this.size_ = [size, size];\n }\n\n /**\n * @private\n * @param {RenderOptions} renderOptions Render options.\n * @param {CanvasRenderingContext2D} context The rendering context.\n * @param {number} pixelRatio The pixel ratio.\n */\n draw_(renderOptions, context, pixelRatio) {\n context.scale(pixelRatio, pixelRatio);\n // set origin to canvas center\n context.translate(renderOptions.size / 2, renderOptions.size / 2);\n\n this.createPath_(context);\n\n if (this.fill_) {\n let color = this.fill_.getColor();\n if (color === null) {\n color = defaultFillStyle;\n }\n context.fillStyle = asColorLike(color);\n context.fill();\n }\n if (renderOptions.strokeStyle) {\n context.strokeStyle = renderOptions.strokeStyle;\n context.lineWidth = renderOptions.strokeWidth;\n if (renderOptions.lineDash) {\n context.setLineDash(renderOptions.lineDash);\n context.lineDashOffset = renderOptions.lineDashOffset;\n }\n context.lineCap = renderOptions.lineCap;\n context.lineJoin = renderOptions.lineJoin;\n context.miterLimit = renderOptions.miterLimit;\n context.stroke();\n }\n }\n\n /**\n * @private\n * @param {RenderOptions} renderOptions Render options.\n * @return {HTMLCanvasElement} Canvas containing the icon\n */\n createHitDetectionCanvas_(renderOptions) {\n let context;\n if (this.fill_) {\n let color = this.fill_.getColor();\n\n // determine if fill is transparent (or pattern or gradient)\n let opacity = 0;\n if (typeof color === 'string') {\n color = asArray(color);\n }\n if (color === null) {\n opacity = 1;\n } else if (Array.isArray(color)) {\n opacity = color.length === 4 ? color[3] : 1;\n }\n if (opacity === 0) {\n // if a transparent fill style is set, create an extra hit-detection image\n // with a default fill style\n context = createCanvasContext2D(renderOptions.size, renderOptions.size);\n this.drawHitDetectionCanvas_(renderOptions, context);\n }\n }\n return context ? context.canvas : this.getImage(1);\n }\n\n /**\n * @private\n * @param {CanvasRenderingContext2D} context The context to draw in.\n */\n createPath_(context) {\n let points = this.points_;\n const radius = this.radius_;\n if (points === Infinity) {\n context.arc(0, 0, radius, 0, 2 * Math.PI);\n } else {\n const radius2 = this.radius2_ === undefined ? radius : this.radius2_;\n if (this.radius2_ !== undefined) {\n points *= 2;\n }\n const startAngle = this.angle_ - Math.PI / 2;\n const step = (2 * Math.PI) / points;\n for (let i = 0; i < points; i++) {\n const angle0 = startAngle + i * step;\n const radiusC = i % 2 === 0 ? radius : radius2;\n context.lineTo(radiusC * Math.cos(angle0), radiusC * Math.sin(angle0));\n }\n context.closePath();\n }\n }\n\n /**\n * @private\n * @param {RenderOptions} renderOptions Render options.\n * @param {CanvasRenderingContext2D} context The context.\n */\n drawHitDetectionCanvas_(renderOptions, context) {\n // set origin to canvas center\n context.translate(renderOptions.size / 2, renderOptions.size / 2);\n\n this.createPath_(context);\n\n context.fillStyle = defaultFillStyle;\n context.fill();\n if (renderOptions.strokeStyle) {\n context.strokeStyle = renderOptions.strokeStyle;\n context.lineWidth = renderOptions.strokeWidth;\n if (renderOptions.lineDash) {\n context.setLineDash(renderOptions.lineDash);\n context.lineDashOffset = renderOptions.lineDashOffset;\n }\n context.lineJoin = renderOptions.lineJoin;\n context.miterLimit = renderOptions.miterLimit;\n context.stroke();\n }\n }\n}\n\nexport default RegularShape;\n","/**\n * @module ol/style/Circle\n */\n\nimport RegularShape from './RegularShape.js';\n\n/**\n * @typedef {Object} Options\n * @property {import(\"./Fill.js\").default} [fill] Fill style.\n * @property {number} radius Circle radius.\n * @property {import(\"./Stroke.js\").default} [stroke] Stroke style.\n * @property {Array} [displacement=[0,0]] displacement\n * @property {number|import(\"../size.js\").Size} [scale=1] Scale. A two dimensional scale will produce an ellipse.\n * Unless two dimensional scaling is required a better result may be obtained with an appropriate setting for `radius`.\n * @property {number} [rotation=0] Rotation in radians\n * (positive rotation clockwise, meaningful only when used in conjunction with a two dimensional scale).\n * @property {boolean} [rotateWithView=false] Whether to rotate the shape with the view\n * (meaningful only when used in conjunction with a two dimensional scale).\n * @property {\"declutter\"|\"obstacle\"|\"none\"|undefined} [declutterMode] Declutter mode\n */\n\n/**\n * @classdesc\n * Set circle style for vector features.\n * @api\n */\nclass CircleStyle extends RegularShape {\n /**\n * @param {Options} [options] Options.\n */\n constructor(options) {\n options = options ? options : {radius: 5};\n\n super({\n points: Infinity,\n fill: options.fill,\n radius: options.radius,\n stroke: options.stroke,\n scale: options.scale !== undefined ? options.scale : 1,\n rotation: options.rotation !== undefined ? options.rotation : 0,\n rotateWithView:\n options.rotateWithView !== undefined ? options.rotateWithView : false,\n displacement:\n options.displacement !== undefined ? options.displacement : [0, 0],\n declutterMode: options.declutterMode,\n });\n }\n\n /**\n * Clones the style.\n * @return {CircleStyle} The cloned style.\n * @api\n */\n clone() {\n const scale = this.getScale();\n const style = new CircleStyle({\n fill: this.getFill() ? this.getFill().clone() : undefined,\n stroke: this.getStroke() ? this.getStroke().clone() : undefined,\n radius: this.getRadius(),\n scale: Array.isArray(scale) ? scale.slice() : scale,\n rotation: this.getRotation(),\n rotateWithView: this.getRotateWithView(),\n displacement: this.getDisplacement().slice(),\n declutterMode: this.getDeclutterMode(),\n });\n style.setOpacity(this.getOpacity());\n return style;\n }\n\n /**\n * Set the circle radius.\n *\n * @param {number} radius Circle radius.\n * @api\n */\n setRadius(radius) {\n this.radius_ = radius;\n this.render();\n }\n}\n\nexport default CircleStyle;\n","/**\n * @module ol/style/Fill\n */\n\n/**\n * @typedef {Object} Options\n * @property {import(\"../color.js\").Color|import(\"../colorlike.js\").ColorLike|null} [color=null] A color, gradient or pattern.\n * See {@link module:ol/color~Color} and {@link module:ol/colorlike~ColorLike} for possible formats.\n * Default null; if null, the Canvas/renderer default black will be used.\n */\n\n/**\n * @classdesc\n * Set fill style for vector features.\n * @api\n */\nclass Fill {\n /**\n * @param {Options} [options] Options.\n */\n constructor(options) {\n options = options || {};\n\n /**\n * @private\n * @type {import(\"../color.js\").Color|import(\"../colorlike.js\").ColorLike|null}\n */\n this.color_ = options.color !== undefined ? options.color : null;\n }\n\n /**\n * Clones the style. The color is not cloned if it is an {@link module:ol/colorlike~ColorLike}.\n * @return {Fill} The cloned style.\n * @api\n */\n clone() {\n const color = this.getColor();\n return new Fill({\n color: Array.isArray(color) ? color.slice() : color || undefined,\n });\n }\n\n /**\n * Get the fill color.\n * @return {import(\"../color.js\").Color|import(\"../colorlike.js\").ColorLike|null} Color.\n * @api\n */\n getColor() {\n return this.color_;\n }\n\n /**\n * Set the color.\n *\n * @param {import(\"../color.js\").Color|import(\"../colorlike.js\").ColorLike|null} color Color.\n * @api\n */\n setColor(color) {\n this.color_ = color;\n }\n}\n\nexport default Fill;\n","/**\n * @module ol/style/IconImage\n */\n\nimport EventTarget from '../events/Target.js';\nimport EventType from '../events/EventType.js';\nimport ImageState from '../ImageState.js';\nimport {asString} from '../color.js';\nimport {createCanvasContext2D} from '../dom.js';\nimport {decodeFallback} from '../Image.js';\nimport {shared as iconImageCache} from './IconImageCache.js';\n\n/**\n * @type {CanvasRenderingContext2D}\n */\nlet taintedTestContext = null;\n\nclass IconImage extends EventTarget {\n /**\n * @param {HTMLImageElement|HTMLCanvasElement|ImageBitmap} image Image.\n * @param {string|undefined} src Src.\n * @param {?string} crossOrigin Cross origin.\n * @param {import(\"../ImageState.js\").default} imageState Image state.\n * @param {import(\"../color.js\").Color} color Color.\n */\n constructor(image, src, crossOrigin, imageState, color) {\n super();\n\n /**\n * @private\n * @type {HTMLImageElement|HTMLCanvasElement|ImageBitmap}\n */\n this.hitDetectionImage_ = null;\n\n /**\n * @private\n * @type {HTMLImageElement|HTMLCanvasElement|ImageBitmap}\n */\n this.image_ = image;\n\n /**\n * @private\n * @type {string|null}\n */\n this.crossOrigin_ = crossOrigin;\n\n /**\n * @private\n * @type {Object}\n */\n this.canvas_ = {};\n\n /**\n * @private\n * @type {import(\"../color.js\").Color}\n */\n this.color_ = color;\n\n /**\n * @private\n * @type {import(\"../ImageState.js\").default}\n */\n this.imageState_ = imageState === undefined ? ImageState.IDLE : imageState;\n\n /**\n * @private\n * @type {import(\"../size.js\").Size|null}\n */\n this.size_ =\n image && image.width && image.height ? [image.width, image.height] : null;\n\n /**\n * @private\n * @type {string|undefined}\n */\n this.src_ = src;\n\n /**\n * @private\n */\n this.tainted_;\n }\n\n /**\n * @private\n */\n initializeImage_() {\n this.image_ = new Image();\n if (this.crossOrigin_ !== null) {\n this.image_.crossOrigin = this.crossOrigin_;\n }\n }\n\n /**\n * @private\n * @return {boolean} The image canvas is tainted.\n */\n isTainted_() {\n if (this.tainted_ === undefined && this.imageState_ === ImageState.LOADED) {\n if (!taintedTestContext) {\n taintedTestContext = createCanvasContext2D(1, 1, undefined, {\n willReadFrequently: true,\n });\n }\n taintedTestContext.drawImage(this.image_, 0, 0);\n try {\n taintedTestContext.getImageData(0, 0, 1, 1);\n this.tainted_ = false;\n } catch (e) {\n taintedTestContext = null;\n this.tainted_ = true;\n }\n }\n return this.tainted_ === true;\n }\n\n /**\n * @private\n */\n dispatchChangeEvent_() {\n this.dispatchEvent(EventType.CHANGE);\n }\n\n /**\n * @private\n */\n handleImageError_() {\n this.imageState_ = ImageState.ERROR;\n this.dispatchChangeEvent_();\n }\n\n /**\n * @private\n */\n handleImageLoad_() {\n this.imageState_ = ImageState.LOADED;\n this.size_ = [this.image_.width, this.image_.height];\n this.dispatchChangeEvent_();\n }\n\n /**\n * @param {number} pixelRatio Pixel ratio.\n * @return {HTMLImageElement|HTMLCanvasElement|ImageBitmap} Image or Canvas element or image bitmap.\n */\n getImage(pixelRatio) {\n if (!this.image_) {\n this.initializeImage_();\n }\n this.replaceColor_(pixelRatio);\n return this.canvas_[pixelRatio] ? this.canvas_[pixelRatio] : this.image_;\n }\n\n /**\n * @param {number} pixelRatio Pixel ratio.\n * @return {number} Image or Canvas element.\n */\n getPixelRatio(pixelRatio) {\n this.replaceColor_(pixelRatio);\n return this.canvas_[pixelRatio] ? pixelRatio : 1;\n }\n\n /**\n * @return {import(\"../ImageState.js\").default} Image state.\n */\n getImageState() {\n return this.imageState_;\n }\n\n /**\n * @return {HTMLImageElement|HTMLCanvasElement|ImageBitmap} Image element.\n */\n getHitDetectionImage() {\n if (!this.image_) {\n this.initializeImage_();\n }\n if (!this.hitDetectionImage_) {\n if (this.isTainted_()) {\n const width = this.size_[0];\n const height = this.size_[1];\n const context = createCanvasContext2D(width, height);\n context.fillRect(0, 0, width, height);\n this.hitDetectionImage_ = context.canvas;\n } else {\n this.hitDetectionImage_ = this.image_;\n }\n }\n return this.hitDetectionImage_;\n }\n\n /**\n * Get the size of the icon (in pixels).\n * @return {import(\"../size.js\").Size} Image size.\n */\n getSize() {\n return this.size_;\n }\n\n /**\n * @return {string|undefined} Image src.\n */\n getSrc() {\n return this.src_;\n }\n\n /**\n * Load not yet loaded URI.\n */\n load() {\n if (this.imageState_ !== ImageState.IDLE) {\n return;\n }\n if (!this.image_) {\n this.initializeImage_();\n }\n\n this.imageState_ = ImageState.LOADING;\n try {\n if (this.src_ !== undefined) {\n /** @type {HTMLImageElement} */ (this.image_).src = this.src_;\n }\n } catch (e) {\n this.handleImageError_();\n }\n if (this.image_ instanceof HTMLImageElement) {\n decodeFallback(this.image_, this.src_)\n .then((image) => {\n this.image_ = image;\n this.handleImageLoad_();\n })\n .catch(this.handleImageError_.bind(this));\n }\n }\n\n /**\n * @param {number} pixelRatio Pixel ratio.\n * @private\n */\n replaceColor_(pixelRatio) {\n if (\n !this.color_ ||\n this.canvas_[pixelRatio] ||\n this.imageState_ !== ImageState.LOADED\n ) {\n return;\n }\n\n const image = this.image_;\n const canvas = document.createElement('canvas');\n canvas.width = Math.ceil(image.width * pixelRatio);\n canvas.height = Math.ceil(image.height * pixelRatio);\n\n const ctx = canvas.getContext('2d');\n ctx.scale(pixelRatio, pixelRatio);\n ctx.drawImage(image, 0, 0);\n\n ctx.globalCompositeOperation = 'multiply';\n ctx.fillStyle = asString(this.color_);\n ctx.fillRect(0, 0, canvas.width / pixelRatio, canvas.height / pixelRatio);\n\n ctx.globalCompositeOperation = 'destination-in';\n ctx.drawImage(image, 0, 0);\n\n this.canvas_[pixelRatio] = canvas;\n }\n}\n\n/**\n * @param {HTMLImageElement|HTMLCanvasElement|ImageBitmap} image Image.\n * @param {string} cacheKey Src.\n * @param {?string} crossOrigin Cross origin.\n * @param {import(\"../ImageState.js\").default} imageState Image state.\n * @param {import(\"../color.js\").Color} color Color.\n * @return {IconImage} Icon image.\n */\nexport function get(image, cacheKey, crossOrigin, imageState, color) {\n let iconImage =\n cacheKey === undefined\n ? undefined\n : iconImageCache.get(cacheKey, crossOrigin, color);\n if (!iconImage) {\n iconImage = new IconImage(\n image,\n image instanceof HTMLImageElement ? image.src || undefined : cacheKey,\n crossOrigin,\n imageState,\n color\n );\n iconImageCache.set(cacheKey, crossOrigin, color, iconImage);\n }\n return iconImage;\n}\n\nexport default IconImage;\n","/**\n * @module ol/style/Icon\n */\nimport EventType from '../events/EventType.js';\nimport ImageState from '../ImageState.js';\nimport ImageStyle from './Image.js';\nimport {asArray} from '../color.js';\nimport {assert} from '../asserts.js';\nimport {get as getIconImage} from './IconImage.js';\nimport {getUid} from '../util.js';\n\n/**\n * @typedef {'fraction' | 'pixels'} IconAnchorUnits\n * Anchor unit can be either a fraction of the icon size or in pixels.\n */\n\n/**\n * @typedef {'bottom-left' | 'bottom-right' | 'top-left' | 'top-right'} IconOrigin\n * Icon origin. One of 'bottom-left', 'bottom-right', 'top-left', 'top-right'.\n */\n\n/**\n * @typedef {Object} Options\n * @property {Array} [anchor=[0.5, 0.5]] Anchor. Default value is the icon center.\n * @property {IconOrigin} [anchorOrigin='top-left'] Origin of the anchor: `bottom-left`, `bottom-right`,\n * `top-left` or `top-right`.\n * @property {IconAnchorUnits} [anchorXUnits='fraction'] Units in which the anchor x value is\n * specified. A value of `'fraction'` indicates the x value is a fraction of the icon. A value of `'pixels'` indicates\n * the x value in pixels.\n * @property {IconAnchorUnits} [anchorYUnits='fraction'] Units in which the anchor y value is\n * specified. A value of `'fraction'` indicates the y value is a fraction of the icon. A value of `'pixels'` indicates\n * the y value in pixels.\n * @property {import(\"../color.js\").Color|string} [color] Color to tint the icon. If not specified,\n * the icon will be left as is.\n * @property {null|string} [crossOrigin] The `crossOrigin` attribute for loaded images. Note that you must provide a\n * `crossOrigin` value if you want to access pixel data with the Canvas renderer.\n * See https://developer.mozilla.org/en-US/docs/Web/HTML/CORS_enabled_image for more detail.\n * @property {HTMLImageElement|HTMLCanvasElement|ImageBitmap} [img] Image object for the icon.\n * @property {Array} [displacement=[0, 0]] Displacement of the icon in pixels.\n * Positive values will shift the icon right and up.\n * @property {number} [opacity=1] Opacity of the icon.\n * @property {number} [width] The width of the icon in pixels. This can't be used together with `scale`.\n * @property {number} [height] The height of the icon in pixels. This can't be used together with `scale`.\n * @property {number|import(\"../size.js\").Size} [scale=1] Scale.\n * @property {boolean} [rotateWithView=false] Whether to rotate the icon with the view.\n * @property {number} [rotation=0] Rotation in radians (positive rotation clockwise).\n * @property {Array} [offset=[0, 0]] Offset which, together with `size` and `offsetOrigin`, defines the\n * sub-rectangle to use from the original (sprite) image.\n * @property {IconOrigin} [offsetOrigin='top-left'] Origin of the offset: `bottom-left`, `bottom-right`,\n * `top-left` or `top-right`.\n * @property {import(\"../size.js\").Size} [size] Icon size in pixels. Used together with `offset` to define the\n * sub-rectangle to use from the original (sprite) image.\n * @property {string} [src] Image source URI.\n * @property {\"declutter\"|\"obstacle\"|\"none\"|undefined} [declutterMode] Declutter mode.\n */\n\n/**\n * @param {number} width The width.\n * @param {number} height The height.\n * @param {number|undefined} wantedWidth The wanted width.\n * @param {number|undefined} wantedHeight The wanted height.\n * @return {number|Array} The scale.\n */\nfunction calculateScale(width, height, wantedWidth, wantedHeight) {\n if (wantedWidth !== undefined && wantedHeight !== undefined) {\n return [wantedWidth / width, wantedHeight / height];\n }\n if (wantedWidth !== undefined) {\n return wantedWidth / width;\n }\n if (wantedHeight !== undefined) {\n return wantedHeight / height;\n }\n return 1;\n}\n\n/**\n * @classdesc\n * Set icon style for vector features.\n * @api\n */\nclass Icon extends ImageStyle {\n /**\n * @param {Options} [options] Options.\n */\n constructor(options) {\n options = options || {};\n\n /**\n * @type {number}\n */\n const opacity = options.opacity !== undefined ? options.opacity : 1;\n\n /**\n * @type {number}\n */\n const rotation = options.rotation !== undefined ? options.rotation : 0;\n\n /**\n * @type {number|import(\"../size.js\").Size}\n */\n const scale = options.scale !== undefined ? options.scale : 1;\n\n /**\n * @type {boolean}\n */\n const rotateWithView =\n options.rotateWithView !== undefined ? options.rotateWithView : false;\n\n super({\n opacity: opacity,\n rotation: rotation,\n scale: scale,\n displacement:\n options.displacement !== undefined ? options.displacement : [0, 0],\n rotateWithView: rotateWithView,\n declutterMode: options.declutterMode,\n });\n\n /**\n * @private\n * @type {Array}\n */\n this.anchor_ = options.anchor !== undefined ? options.anchor : [0.5, 0.5];\n\n /**\n * @private\n * @type {Array}\n */\n this.normalizedAnchor_ = null;\n\n /**\n * @private\n * @type {IconOrigin}\n */\n this.anchorOrigin_ =\n options.anchorOrigin !== undefined ? options.anchorOrigin : 'top-left';\n\n /**\n * @private\n * @type {IconAnchorUnits}\n */\n this.anchorXUnits_ =\n options.anchorXUnits !== undefined ? options.anchorXUnits : 'fraction';\n\n /**\n * @private\n * @type {IconAnchorUnits}\n */\n this.anchorYUnits_ =\n options.anchorYUnits !== undefined ? options.anchorYUnits : 'fraction';\n\n /**\n * @private\n * @type {?string}\n */\n this.crossOrigin_ =\n options.crossOrigin !== undefined ? options.crossOrigin : null;\n\n const image = options.img !== undefined ? options.img : null;\n\n let cacheKey = options.src;\n\n assert(\n !(cacheKey !== undefined && image),\n '`image` and `src` cannot be provided at the same time'\n );\n\n if ((cacheKey === undefined || cacheKey.length === 0) && image) {\n cacheKey = /** @type {HTMLImageElement} */ (image).src || getUid(image);\n }\n assert(\n cacheKey !== undefined && cacheKey.length > 0,\n 'A defined and non-empty `src` or `image` must be provided'\n );\n\n assert(\n !(\n (options.width !== undefined || options.height !== undefined) &&\n options.scale !== undefined\n ),\n '`width` or `height` cannot be provided together with `scale`'\n );\n\n let imageState;\n if (options.src !== undefined) {\n imageState = ImageState.IDLE;\n } else if (image !== undefined) {\n if (image instanceof HTMLImageElement) {\n if (image.complete) {\n imageState = image.src ? ImageState.LOADED : ImageState.IDLE;\n } else {\n imageState = ImageState.LOADING;\n }\n } else {\n imageState = ImageState.LOADED;\n }\n }\n\n /**\n * @private\n * @type {import(\"../color.js\").Color}\n */\n this.color_ = options.color !== undefined ? asArray(options.color) : null;\n\n /**\n * @private\n * @type {import(\"./IconImage.js\").default}\n */\n this.iconImage_ = getIconImage(\n image,\n /** @type {string} */ (cacheKey),\n this.crossOrigin_,\n imageState,\n this.color_\n );\n\n /**\n * @private\n * @type {Array}\n */\n this.offset_ = options.offset !== undefined ? options.offset : [0, 0];\n /**\n * @private\n * @type {IconOrigin}\n */\n this.offsetOrigin_ =\n options.offsetOrigin !== undefined ? options.offsetOrigin : 'top-left';\n\n /**\n * @private\n * @type {Array}\n */\n this.origin_ = null;\n\n /**\n * @private\n * @type {import(\"../size.js\").Size}\n */\n this.size_ = options.size !== undefined ? options.size : null;\n\n /**\n * Calculate the scale if width or height were given.\n */\n if (options.width !== undefined || options.height !== undefined) {\n let width, height;\n if (options.size) {\n [width, height] = options.size;\n } else {\n const image = this.getImage(1);\n if (image.width && image.height) {\n width = image.width;\n height = image.height;\n } else if (image instanceof HTMLImageElement) {\n this.initialOptions_ = options;\n const onload = () => {\n this.unlistenImageChange(onload);\n if (!this.initialOptions_) {\n return;\n }\n const imageSize = this.iconImage_.getSize();\n this.setScale(\n calculateScale(\n imageSize[0],\n imageSize[1],\n options.width,\n options.height\n )\n );\n };\n this.listenImageChange(onload);\n return;\n }\n }\n if (width !== undefined) {\n this.setScale(\n calculateScale(width, height, options.width, options.height)\n );\n }\n }\n }\n\n /**\n * Clones the style. The underlying Image/HTMLCanvasElement is not cloned.\n * @return {Icon} The cloned style.\n * @api\n */\n clone() {\n let scale, width, height;\n if (this.initialOptions_) {\n width = this.initialOptions_.width;\n height = this.initialOptions_.height;\n } else {\n scale = this.getScale();\n scale = Array.isArray(scale) ? scale.slice() : scale;\n }\n return new Icon({\n anchor: this.anchor_.slice(),\n anchorOrigin: this.anchorOrigin_,\n anchorXUnits: this.anchorXUnits_,\n anchorYUnits: this.anchorYUnits_,\n color:\n this.color_ && this.color_.slice\n ? this.color_.slice()\n : this.color_ || undefined,\n crossOrigin: this.crossOrigin_,\n offset: this.offset_.slice(),\n offsetOrigin: this.offsetOrigin_,\n opacity: this.getOpacity(),\n rotateWithView: this.getRotateWithView(),\n rotation: this.getRotation(),\n scale,\n width,\n height,\n size: this.size_ !== null ? this.size_.slice() : undefined,\n src: this.getSrc(),\n displacement: this.getDisplacement().slice(),\n declutterMode: this.getDeclutterMode(),\n });\n }\n\n /**\n * Get the anchor point in pixels. The anchor determines the center point for the\n * symbolizer.\n * @return {Array} Anchor.\n * @api\n */\n getAnchor() {\n let anchor = this.normalizedAnchor_;\n if (!anchor) {\n anchor = this.anchor_;\n const size = this.getSize();\n if (\n this.anchorXUnits_ == 'fraction' ||\n this.anchorYUnits_ == 'fraction'\n ) {\n if (!size) {\n return null;\n }\n anchor = this.anchor_.slice();\n if (this.anchorXUnits_ == 'fraction') {\n anchor[0] *= size[0];\n }\n if (this.anchorYUnits_ == 'fraction') {\n anchor[1] *= size[1];\n }\n }\n\n if (this.anchorOrigin_ != 'top-left') {\n if (!size) {\n return null;\n }\n if (anchor === this.anchor_) {\n anchor = this.anchor_.slice();\n }\n if (\n this.anchorOrigin_ == 'top-right' ||\n this.anchorOrigin_ == 'bottom-right'\n ) {\n anchor[0] = -anchor[0] + size[0];\n }\n if (\n this.anchorOrigin_ == 'bottom-left' ||\n this.anchorOrigin_ == 'bottom-right'\n ) {\n anchor[1] = -anchor[1] + size[1];\n }\n }\n this.normalizedAnchor_ = anchor;\n }\n const displacement = this.getDisplacement();\n const scale = this.getScaleArray();\n // anchor is scaled by renderer but displacement should not be scaled\n // so divide by scale here\n return [\n anchor[0] - displacement[0] / scale[0],\n anchor[1] + displacement[1] / scale[1],\n ];\n }\n\n /**\n * Set the anchor point. The anchor determines the center point for the\n * symbolizer.\n *\n * @param {Array} anchor Anchor.\n * @api\n */\n setAnchor(anchor) {\n this.anchor_ = anchor;\n this.normalizedAnchor_ = null;\n }\n\n /**\n * Get the icon color.\n * @return {import(\"../color.js\").Color} Color.\n * @api\n */\n getColor() {\n return this.color_;\n }\n\n /**\n * Get the image icon.\n * @param {number} pixelRatio Pixel ratio.\n * @return {HTMLImageElement|HTMLCanvasElement|ImageBitmap} Image or Canvas element. If the Icon\n * style was configured with `src` or with a not let loaded `img`, an `ImageBitmap` will be returned.\n * @api\n */\n getImage(pixelRatio) {\n return this.iconImage_.getImage(pixelRatio);\n }\n\n /**\n * Get the pixel ratio.\n * @param {number} pixelRatio Pixel ratio.\n * @return {number} The pixel ratio of the image.\n * @api\n */\n getPixelRatio(pixelRatio) {\n return this.iconImage_.getPixelRatio(pixelRatio);\n }\n\n /**\n * @return {import(\"../size.js\").Size} Image size.\n */\n getImageSize() {\n return this.iconImage_.getSize();\n }\n\n /**\n * @return {import(\"../ImageState.js\").default} Image state.\n */\n getImageState() {\n return this.iconImage_.getImageState();\n }\n\n /**\n * @return {HTMLImageElement|HTMLCanvasElement|ImageBitmap} Image element.\n */\n getHitDetectionImage() {\n return this.iconImage_.getHitDetectionImage();\n }\n\n /**\n * Get the origin of the symbolizer.\n * @return {Array} Origin.\n * @api\n */\n getOrigin() {\n if (this.origin_) {\n return this.origin_;\n }\n let offset = this.offset_;\n\n if (this.offsetOrigin_ != 'top-left') {\n const size = this.getSize();\n const iconImageSize = this.iconImage_.getSize();\n if (!size || !iconImageSize) {\n return null;\n }\n offset = offset.slice();\n if (\n this.offsetOrigin_ == 'top-right' ||\n this.offsetOrigin_ == 'bottom-right'\n ) {\n offset[0] = iconImageSize[0] - size[0] - offset[0];\n }\n if (\n this.offsetOrigin_ == 'bottom-left' ||\n this.offsetOrigin_ == 'bottom-right'\n ) {\n offset[1] = iconImageSize[1] - size[1] - offset[1];\n }\n }\n this.origin_ = offset;\n return this.origin_;\n }\n\n /**\n * Get the image URL.\n * @return {string|undefined} Image src.\n * @api\n */\n getSrc() {\n return this.iconImage_.getSrc();\n }\n\n /**\n * Get the size of the icon (in pixels).\n * @return {import(\"../size.js\").Size} Image size.\n * @api\n */\n getSize() {\n return !this.size_ ? this.iconImage_.getSize() : this.size_;\n }\n\n /**\n * Get the width of the icon (in pixels). Will return undefined when the icon image is not yet loaded.\n * @return {number} Icon width (in pixels).\n * @api\n */\n getWidth() {\n const scale = this.getScaleArray();\n if (this.size_) {\n return this.size_[0] * scale[0];\n }\n if (this.iconImage_.getImageState() == ImageState.LOADED) {\n return this.iconImage_.getSize()[0] * scale[0];\n }\n return undefined;\n }\n\n /**\n * Get the height of the icon (in pixels). Will return undefined when the icon image is not yet loaded.\n * @return {number} Icon height (in pixels).\n * @api\n */\n getHeight() {\n const scale = this.getScaleArray();\n if (this.size_) {\n return this.size_[1] * scale[1];\n }\n if (this.iconImage_.getImageState() == ImageState.LOADED) {\n return this.iconImage_.getSize()[1] * scale[1];\n }\n return undefined;\n }\n\n /**\n * Set the scale.\n *\n * @param {number|import(\"../size.js\").Size} scale Scale.\n * @api\n */\n setScale(scale) {\n delete this.initialOptions_;\n super.setScale(scale);\n }\n\n /**\n * @param {function(import(\"../events/Event.js\").default): void} listener Listener function.\n */\n listenImageChange(listener) {\n this.iconImage_.addEventListener(EventType.CHANGE, listener);\n }\n\n /**\n * Load not yet loaded URI.\n * When rendering a feature with an icon style, the vector renderer will\n * automatically call this method. However, you might want to call this\n * method yourself for preloading or other purposes.\n * @api\n */\n load() {\n this.iconImage_.load();\n }\n\n /**\n * @param {function(import(\"../events/Event.js\").default): void} listener Listener function.\n */\n unlistenImageChange(listener) {\n this.iconImage_.removeEventListener(EventType.CHANGE, listener);\n }\n}\n\nexport default Icon;\n","/**\n * @module ol/style/Stroke\n */\n\n/**\n * @typedef {Object} Options\n * @property {import(\"../color.js\").Color|import(\"../colorlike.js\").ColorLike} [color] A color, gradient or pattern.\n * See {@link module:ol/color~Color} and {@link module:ol/colorlike~ColorLike} for possible formats.\n * Default null; if null, the Canvas/renderer default black will be used.\n * @property {CanvasLineCap} [lineCap='round'] Line cap style: `butt`, `round`, or `square`.\n * @property {CanvasLineJoin} [lineJoin='round'] Line join style: `bevel`, `round`, or `miter`.\n * @property {Array} [lineDash] Line dash pattern. Default is `null` (no dash).\n * @property {number} [lineDashOffset=0] Line dash offset.\n * @property {number} [miterLimit=10] Miter limit.\n * @property {number} [width] Width.\n */\n\n/**\n * @classdesc\n * Set stroke style for vector features.\n * Note that the defaults given are the Canvas defaults, which will be used if\n * option is not defined. The `get` functions return whatever was entered in\n * the options; they will not return the default.\n * @api\n */\nclass Stroke {\n /**\n * @param {Options} [options] Options.\n */\n constructor(options) {\n options = options || {};\n\n /**\n * @private\n * @type {import(\"../color.js\").Color|import(\"../colorlike.js\").ColorLike}\n */\n this.color_ = options.color !== undefined ? options.color : null;\n\n /**\n * @private\n * @type {CanvasLineCap|undefined}\n */\n this.lineCap_ = options.lineCap;\n\n /**\n * @private\n * @type {Array|null}\n */\n this.lineDash_ = options.lineDash !== undefined ? options.lineDash : null;\n\n /**\n * @private\n * @type {number|undefined}\n */\n this.lineDashOffset_ = options.lineDashOffset;\n\n /**\n * @private\n * @type {CanvasLineJoin|undefined}\n */\n this.lineJoin_ = options.lineJoin;\n\n /**\n * @private\n * @type {number|undefined}\n */\n this.miterLimit_ = options.miterLimit;\n\n /**\n * @private\n * @type {number|undefined}\n */\n this.width_ = options.width;\n }\n\n /**\n * Clones the style.\n * @return {Stroke} The cloned style.\n * @api\n */\n clone() {\n const color = this.getColor();\n return new Stroke({\n color: Array.isArray(color) ? color.slice() : color || undefined,\n lineCap: this.getLineCap(),\n lineDash: this.getLineDash() ? this.getLineDash().slice() : undefined,\n lineDashOffset: this.getLineDashOffset(),\n lineJoin: this.getLineJoin(),\n miterLimit: this.getMiterLimit(),\n width: this.getWidth(),\n });\n }\n\n /**\n * Get the stroke color.\n * @return {import(\"../color.js\").Color|import(\"../colorlike.js\").ColorLike} Color.\n * @api\n */\n getColor() {\n return this.color_;\n }\n\n /**\n * Get the line cap type for the stroke.\n * @return {CanvasLineCap|undefined} Line cap.\n * @api\n */\n getLineCap() {\n return this.lineCap_;\n }\n\n /**\n * Get the line dash style for the stroke.\n * @return {Array|null} Line dash.\n * @api\n */\n getLineDash() {\n return this.lineDash_;\n }\n\n /**\n * Get the line dash offset for the stroke.\n * @return {number|undefined} Line dash offset.\n * @api\n */\n getLineDashOffset() {\n return this.lineDashOffset_;\n }\n\n /**\n * Get the line join type for the stroke.\n * @return {CanvasLineJoin|undefined} Line join.\n * @api\n */\n getLineJoin() {\n return this.lineJoin_;\n }\n\n /**\n * Get the miter limit for the stroke.\n * @return {number|undefined} Miter limit.\n * @api\n */\n getMiterLimit() {\n return this.miterLimit_;\n }\n\n /**\n * Get the stroke width.\n * @return {number|undefined} Width.\n * @api\n */\n getWidth() {\n return this.width_;\n }\n\n /**\n * Set the color.\n *\n * @param {import(\"../color.js\").Color|import(\"../colorlike.js\").ColorLike} color Color.\n * @api\n */\n setColor(color) {\n this.color_ = color;\n }\n\n /**\n * Set the line cap.\n *\n * @param {CanvasLineCap|undefined} lineCap Line cap.\n * @api\n */\n setLineCap(lineCap) {\n this.lineCap_ = lineCap;\n }\n\n /**\n * Set the line dash.\n *\n * @param {Array|null} lineDash Line dash.\n * @api\n */\n setLineDash(lineDash) {\n this.lineDash_ = lineDash;\n }\n\n /**\n * Set the line dash offset.\n *\n * @param {number|undefined} lineDashOffset Line dash offset.\n * @api\n */\n setLineDashOffset(lineDashOffset) {\n this.lineDashOffset_ = lineDashOffset;\n }\n\n /**\n * Set the line join.\n *\n * @param {CanvasLineJoin|undefined} lineJoin Line join.\n * @api\n */\n setLineJoin(lineJoin) {\n this.lineJoin_ = lineJoin;\n }\n\n /**\n * Set the miter limit.\n *\n * @param {number|undefined} miterLimit Miter limit.\n * @api\n */\n setMiterLimit(miterLimit) {\n this.miterLimit_ = miterLimit;\n }\n\n /**\n * Set the width.\n *\n * @param {number|undefined} width Width.\n * @api\n */\n setWidth(width) {\n this.width_ = width;\n }\n}\n\nexport default Stroke;\n","/**\n * @module ol/style/Style\n */\n\nimport CircleStyle from './Circle.js';\nimport Fill from './Fill.js';\nimport Stroke from './Stroke.js';\nimport {assert} from '../asserts.js';\n\n/**\n * A function that takes an {@link module:ol/Feature~Feature} and a `{number}`\n * representing the view's resolution. The function should return a\n * {@link module:ol/style/Style~Style} or an array of them. This way e.g. a\n * vector layer can be styled. If the function returns `undefined`, the\n * feature will not be rendered.\n *\n * @typedef {function(import(\"../Feature.js\").FeatureLike, number):(Style|Array