-
The antaresViz
package allows to visualize simulation results. Several default layouts are available in the package, but, in some cases, the user will need to create a custom layout.
-
In this vignette we illustrate how to create a custom layout along the German inner borders.
-
-
The coordinates of administratives regions of most countries can be found in the rnaturalearth
package. Grouping these regions together often allows to obtain the desired layout. For instance:
-
germany <- rnaturalearth::ne_states(
- geounit = "germany",
- returnclass = "sf"
-)
-
-german_zones <- germany %>%
- select(iso_3166_2, geometry) %>%
- transmute(zone = case_when(
- iso_3166_2 %in% c("DE-SL", "DE-RP", "DE-NW", "DE-HE") ~ "34_DE",
- iso_3166_2 %in% c("DE-BW", "DE-BY") ~ "35_DE",
- iso_3166_2 %in% c("DE-NI", "DE-HH", "DE-HB", "DE-SH") ~ "36_DE",
- TRUE ~ "37_DE"
- )) %>%
- group_by(zone) %>%
- summarise()
-
-ggplot(german_zones) +
- geom_sf(aes()) +
- theme_minimal() +
- theme(
- legend.position = "none",
- axis.title.x = element_blank(),
- axis.title.y = element_blank()
- )
+
The antaresViz
package allows to visualize simulation
+results. Several default layouts are available in the package, but, in
+some cases, the user will need to create a custom layout.
+
In this vignette we illustrate how to create a custom layout along
+the German inner borders.
+
+
The coordinates of administratives regions of most countries can be
+found in the rnaturalearth
package. Grouping these regions
+together often allows to obtain the desired layout. For instance:
+
+germany <- rnaturalearth::ne_states(
+ geounit = "germany",
+ returnclass = "sf"
+)
+
+german_zones <- germany %>%
+ select(iso_3166_2, geometry) %>%
+ transmute(zone = case_when(
+ iso_3166_2 %in% c("DE-SL", "DE-RP", "DE-NW", "DE-HE") ~ "34_DE",
+ iso_3166_2 %in% c("DE-BW", "DE-BY") ~ "35_DE",
+ iso_3166_2 %in% c("DE-NI", "DE-HH", "DE-HB", "DE-SH") ~ "36_DE",
+ TRUE ~ "37_DE"
+ )) %>%
+ group_by(zone) %>%
+ summarise()
+
+ggplot(german_zones) +
+ geom_sf(aes()) +
+ theme_minimal() +
+ theme(
+ legend.position = "none",
+ axis.title.x = element_blank(),
+ axis.title.y = element_blank()
+ )
-
Then the layout map
can be generated from german_zones
with a single line of code:
-
+
Then the layout map
can be generated from
+german_zones
with a single line of code:
+
+
This map
is then used to generate a
+mapLayout
object:
+
+zone_layout <- list(
+ coords = coords,
+ links = links,
+ map = map,
+ all_coords = coords
+)
+class(zone_layout) <- "mapLayout"
+attr(zone_layout, "type") <- "areas"