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SpookyMemory.html
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SpookyMemory.html
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<!-- Powered by the JumpStart Game Engine -->
<!DOCTYPE html>
<html lang="en">
<head>
<title>Spooky Memory</title>
<script src="engine/misc/appMenu.js"></script>
<!-- AltspaceVR SDK Core Includes -->
<script src="http://sdk.altvr.com/libs/three.js/r71/build/three.min.js"></script>
<script src="http://sdk.altvr.com/libs/three.js/r71/examples/js/loaders/OBJMTLLoader.js"></script>
<script src="http://sdk.altvr.com/libs/three.js/r71/examples/js/loaders/MTLLoader.js"></script>
<script src="http://sdk.altvr.com/libs/altspace.js/latest/altspace.min.js"></script>
<!-- JumpStart SDK Additional Includes -->
<script src="legacy/v1/FirebaseSync.js"></script>
<script src="legacy/v1/AltOBJMTLLoader.js"></script>
<!-- JumpStart Styles -->
<link rel="stylesheet" type="text/css" href="legacy/v1/myStyle.css">
</head>
<body>
<div style="position: absolute; top: 0; left: 0; right: 0; bottom: 0;"><table height="100%" width="100%"><tr><td align="center" valign="center"><div id="gameMsg"></div></td></tr></table></div>
<!-- JumpStart SDK Core Include -->
<script src="legacy/v1/JumpStart.js"></script>
<!-- Window-Level Event Callbacks -->
<script>
JumpStart.setOptions({
"showCrosshair": false,
"firebase": {
"rootUrl": "https://spooky-memory.firebaseIO.com",
"appId": "Spooky Memory",
"suppressPersonalBrowser": true
}
});
var g_deck = null;
var g_deckRig = null;
var g_deckRigVerts = null;
var g_gameState = 0;
var g_endGame = false;
var g_tossTarget = null;
var g_lastTossedIndex = 0;
var g_cardMap = [5, 8, 3, 0, 6, 9, 4, 2, 1, 10, 7];
function onTick()
{
if( g_localUser && g_localUser.lookOrigin && g_localUser.lookOrigin.z < 0 && (!document.body.hasOwnProperty("mirrored") || !document.body.mirrored) )
{
document.body.style.webkitTransform = "scaleX(-1)";
document.body.style.filter = "FlipH";
document.body.mirrored = true;
}
else if( g_localUser.lookOrigin.z >= 0 && document.body.hasOwnProperty("mirrored") && document.body.mirrored )
{
document.body.style.webkitTransform = "none";
document.body.style.filter = "none";
document.body.mirrored = false;
}
}
function onPrecache()
{
// var allDataRef = JumpStart.firebaseSync.firebaseRoot;
// allDataRef.remove();
// return;
if( JumpStart.personalBrowser || !JumpStart.requestedRoomId )
{
JumpStart.doneCaching();
return;
}
var myModels = [
"legacy/v1/models/SpookyMemory/card.obj",
"legacy/v1/models/SpookyMemory/card0.obj",
"legacy/v1/models/SpookyMemory/card1.obj",
"legacy/v1/models/SpookyMemory/card2.obj",
"legacy/v1/models/SpookyMemory/card3.obj",
"legacy/v1/models/SpookyMemory/card4.obj",
"legacy/v1/models/SpookyMemory/deck.obj",
"legacy/v1/models/SpookyMemory/deckrig.obj",
"legacy/v1/models/SpookyMemory/pixel1.obj"
];
JumpStart.loadModels(myModels).then(function() {
JumpStart.doneCaching();
});
}
function onReady()
{
var jumpStartAppMenu = new JumpStartAppMenu("SpookyMemory", "http://www.jumpstartsdk.com/live/SpookyMemory.html", g_scene);
if( !JumpStart.requestedRoomId )
return;
// Do nothing if we are not in an enclosure yet.
if( JumpStart.personalBrowser )
{
var loadingRingElem = document.getElementById("loadingRing");
if( loadingRingElem )
{
loadingRingElem.parentNode.removeChild(loadingRingElem);
}
var loadingLogoElem = document.getElementById("loadingLogo");
if( loadingLogoElem )
{
loadingLogoElem.src = "legacy/v1/legacy/v1/misc/beamnow.png";
}
JumpStart.showLoadingMsg("Loading complete.<br /><br /><font style='color: #00ff00; font-size: 30px; background-color: rgba(0, 0, 0, 0.5); padding: 10px; border-radius: 10px;'>Beam this app to an enclosure to begin!</font>");
return;
}
g_tossTarget = JumpStart.spawnInstance("legacy/v1/models/SpookyMemory/pixel1.obj");
g_tossTarget.scale.set(0.0001, 0.0001, 0.0001);
// Only the FIRST user spawns the deck!
if( g_localUser.firstUser )
{
// Spawn the deck
g_deck = JumpStart.spawnInstance("legacy/v1/models/SpookyMemory/deck.obj");
g_deck.position.copy(g_worldOffset);
g_deck.position.x -= 100.0;
g_deck.scale.multiplyScalar(0.5);
g_deck.JumpStart.onSpawn["deckSpawn"] = deckSpawn;
g_deck.JumpStart.onCursorDown["dealPlease"] = dealPlease;
g_deck.JumpStart.onCursorEnter["highlightOnObject"] = highlightOnObject;
g_deck.JumpStart.onCursorLeave["highlightOffObject"] = highlightOffObject;
g_deck.JumpStart.sync();
}
// Now start the simulation
JumpStart.run();
}
</script>
<!-- Custom Object-Level Event Callbacks -->
<script>
var g_endCard = null;
var g_cards = new Array();
var g_cardsInDeck = null;
function dealPlease()
{
//console.log(g_cards.length);
if( g_cards.length > 0 )
return;
if( !g_cardsInDeck || g_cardsInDeck.length === 0 )
g_cardsInDeck = [0, 1, 1, 2, 2, 3, 3, 4, 4];
g_lastTossedIndex = 0;
if( g_endCard )
JumpStart.unsyncObject(g_endCard);
tossCard();
}
function deckSpawn()
{
if( !g_deck )
g_deck = this;
// Load the deck rig
g_deckRig = JumpStart.spawnInstance("legacy/v1/models/SpookyMemory/deckrig.obj", {parent: this});
g_deckRig.JumpStart.blocksLOS = false;
g_deckRig.scale.multiplyScalar(this.scale.x);
g_deckRigVerts = g_deckRig.children[g_deckRig.children.length-1].geometry.vertices;
// Adjust scale of all the verts
var x;
for( x in g_deckRigVerts )
{
g_deckRigVerts[x].multiplyScalar(this.scale.x);
}
var mat = null;
for( mesh in g_deckRig.children )
{
mat = g_deckRig.children[mesh].material;
if( !mat )
continue;
mat.visible = false;
mat.transparent = true;
}
}
function highlightOnObject()
{
var myColor = new THREE.Color(1.5, 1.5, 1.5);
this.JumpStart.setTint(myColor);
}
function highlightOffObject()
{
var myColor = new THREE.Color(1.0, 1.0, 1.0);
this.JumpStart.setTint(myColor);
}
function tossCard()
{
g_lastTossedIndex++;
if( g_lastTossedIndex > g_cardMap.length-2 )
{
//console.log("Game state 1xx");
g_gameState = 1;
return;
}
// Spawn a card
//var randoCard = Math.floor((Math.random() * 5) + 1) - 1;
//var card = JumpStart.spawnInstance("legacy/v1/models/SpookyMemory/card" + randoCard + ".obj");
var deckCard = Math.floor((Math.random() * g_cardsInDeck.length) + 1) - 1;
var card = JumpStart.spawnInstance("legacy/v1/models/SpookyMemory/card" + g_cardsInDeck[deckCard] + ".obj");
g_cardsInDeck.splice(deckCard, 1);
card.JumpStart.gridIndex = g_lastTossedIndex;
card.JumpStart.pathSync = true;
//card.JumpStart.blocksLOS = false;
card.JumpStart.onCursorEnter["highlightOnObject"] = highlightOnObject;
card.JumpStart.onCursorLeave["highlightOffObject"] = highlightOffObject;
card.JumpStart.onSpawn["cardSpawned"] = cardSpawned;
card.JumpStart.onNetworkRemoved["cardRemoved"] = cardRemoved;
card.position.copy(g_deck.position);
card.rotation.copy(g_deck.rotation);
card.rotateY(Math.PI);
card.scale.copy(g_deck.scale);
// card.userData.isTossing = true;
/*
var targetPos = g_deckRigVerts[g_cardMap[0]];
card.translateX(targetPos.x);
card.translateY(targetPos.y);
card.translateZ(targetPos.z);
*/
g_tossTarget.position.copy(g_deck.position);
g_tossTarget.rotation.copy(g_deck.rotation);
var targetPos = g_deckRigVerts[g_cardMap[g_lastTossedIndex]];
g_tossTarget.translateX(targetPos.x);
g_tossTarget.translateY(targetPos.y);
g_tossTarget.translateZ(targetPos.z);
/*
var tossVec = new THREE.Vector3().copy(g_tossTarget.position);
tossVec.sub(card.position);
tossVec.multiplyScalar(0.033);
if( !JumpStart.webMode )
tossVec.multiplyScalar(0.8);
var yIntensity = tossVec.length() / 1.0;
if( yIntensity < 2.0 )
yIntensity = 2.0;
tossVec.y = yIntensity;
card.JumpStart.applyForce(tossVec);
card.JumpStart.freefallRot.x = 0;
card.JumpStart.freefallRot.z = 0;
*/
// LERP the position
// g_tossTarget.position.copy(g_deck.position);
// g_tossTarget.rotation.copy(g_deck.rotation);
// var targetPos = g_deckRigVerts[g_cardMap[g_cardMap.length-1]];
// g_tossTarget.translateX(targetPos.x);
// g_tossTarget.translateY(targetPos.y);
// g_tossTarget.translateZ(targetPos.z);
var posOriginal = new THREE.Vector3().copy(card.position);
// posOriginal.y = g_tossTarget.position.y;
var dist = g_tossTarget.position.distanceTo(posOriginal);
card.JumpStart.targetPos = new THREE.Vector3().copy(g_tossTarget.position);
card.JumpStart.targetPosOriginal = posOriginal;
card.userData.targetPosLerp = 0.0;
card.JumpStart.targetPosLerpTime = dist / (50 + (0.9 * dist));
card.userData.targetPosCallback = function()
{
// this.userData.isTossing = false;
this.JumpStart.sync();
tossCard();
card.userData.targetPosCallback = null;
};
// LERP the rotation
card.JumpStart.targetRot = new THREE.Vector3(0, 2.0 * Math.PI, 0);
card.JumpStart.targetRotOriginal = new THREE.Vector3().copy(card.rotation);
card.userData.targetRotLerp = 0.0;
card.JumpStart.targetRotLerpTime = card.JumpStart.targetPosLerpTime;
//card.JumpStart.blocksLOS = true;
card.JumpStart.onCursorDown["cardClicked"] = cardClicked;
card.JumpStart.onTick["cardTick"] = cardTick;
card.JumpStart.sync();
}
function cardClicked()
{
// GAME RULES FOR THIS PIECE
// 1. This card must be on the ground, facing down.
// 2. This card must be all the way up and expanded.
//var testPoint = new THREE.Vector3().copy(g_deckRigVerts[2]);
var testPoint = new THREE.Vector3().copy(g_deckRigVerts[g_cardMap[this.JumpStart.gridIndex]]);
testPoint.add(g_deck.position);
// testPoint.x = this.position.x;
// testPoint.z = this.position.z;
//console.log(g_deckRigVerts[g_cardMap[this.JumpStart.gridIndex]]);
var ruleFired = 0;
// RULE 1: Card is at its starting point.
if( testPoint.equals(this.position) )
ruleFired = 1;
// RULE 2: Card is at its end point.
if( !ruleFired )
{
testPoint.copy(g_deckRigVerts[g_cardMap[g_cardMap.length-1]]);
testPoint.add(g_deck.position);
//if( testPoint.equals(this.position) )
if( testPoint.distanceTo(this.position) < 1.0 * g_worldScale )
ruleFired = 2;
}
if( !ruleFired)
return;
if( ruleFired === 1 )
{
// Make sure the card is facing down
var dif = this.rotation.z / (Math.PI * 2.0);
dif = (dif > 0) ? Math.floor(dif) : Math.ceil(dif);
dif = this.rotation.z - (dif * Math.PI * 2.0);
if( dif >= Math.PI / 180.0 || dif <= -Math.PI / 180.0 )
return;
// Check to make sure EVERY card is at its starting point
var twistedCount = 0;
var i, card, dif;
for( i = 0; i < g_cards.length; i++ )
{
card = g_cards[i];
testPoint = new THREE.Vector3().copy(g_deckRigVerts[g_cardMap[card.JumpStart.gridIndex]]);
testPoint.add(g_deck.position);
if( testPoint.distanceTo(card.position) > 1.0 * g_worldScale )
return;
dif = card.rotation.z / (Math.PI * 2.0);
dif = (dif > 0) ? Math.floor(dif) : Math.ceil(dif);
dif = card.rotation.z - (dif * Math.PI * 2.0);
if( dif >= Math.PI / 180.0 || dif <= -Math.PI / 180.0 )
twistedCount++;
}
if( twistedCount > 1 )
return;
// LERP the scale
this.JumpStart.targetScale = new THREE.Vector3(1.5, 1.5, 1.5);
this.JumpStart.targetScaleOriginal = new THREE.Vector3().copy(this.scale);
this.userData.targetScaleLerp = 0.0;
this.JumpStart.targetScaleLerpTime = 1.0;
this.userData.targetScaleAnim = [
{
targetScale: new THREE.Vector3().set(1.5, 1.5, 1.5),
targetScaleOriginal: null,
targetScaleLerp: 0.0,
targetScaleLerpTime: 2.0
},
{
targetScale: new THREE.Vector3().copy(this.scale),
targetScaleOriginal: null,
targetScaleLerp: 0.0,
targetScaleLerpTime: 1.0
}
];
// LERP the position
g_tossTarget.position.copy(g_deck.position);
g_tossTarget.rotation.copy(g_deck.rotation);
var targetPos = g_deckRigVerts[g_cardMap[g_cardMap.length-1]];
g_tossTarget.translateX(targetPos.x);
g_tossTarget.translateY(targetPos.y);
g_tossTarget.translateZ(targetPos.z);
g_tossTarget.up = new THREE.Vector3(0, 1, 0);
g_tossTarget.lookAt(g_localUser.lookOrigin);
this.JumpStart.targetPos = new THREE.Vector3().copy(g_tossTarget.position);
this.JumpStart.targetPosOriginal = new THREE.Vector3().copy(this.position);
this.userData.targetPosLerp = 0.0;
this.JumpStart.targetPosLerpTime = 1.0;
this.userData.targetPosCallback = function()
{
if( this.JumpStart.modelFile !== "legacy/v1/models/SpookyMemory/card0.obj" )
{
//console.log(cards.length);
// Check if there are only 3 cards left
if( g_cards.length === 3 )
g_endGame = true;
}
else
{
this.userData.targetPosAnim = null;
var lifeCard = JumpStart.spawnInstance("legacy/v1/models/SpookyMemory/card0.obj");
lifeCard.position.copy(this.position);
lifeCard.rotation.copy(this.rotation);
lifeCard.scale.copy(this.scale);
stopAllPathAnim(this);
var thisCard = this;
g_endGame = true;
makeEndCard(lifeCard, false);
JumpStart.unsyncObject(thisCard);
var cardCopy = g_cards.slice();
var i, card;
for( i = 0; i < cardCopy.length; i++ )
{
card = cardCopy[i];
if( card === thisCard )
continue;
JumpStart.unsyncObject(card);
}
}
};
this.userData.targetPosAnim = [
{
targetPos: new THREE.Vector3().copy(g_tossTarget.position),
targetPosOriginal: null,
targetPosLerp: 0.0,
targetPosLerpTime: 2.0
},
{
targetPos: new THREE.Vector3().copy(this.position),
targetPosOriginal: null,
targetPosLerp: 0.0,
targetPosLerpTime: 1.0,
targetPosCallback: cardPutDown
}
];
// LERP the rotation
//this.JumpStart.targetRot = new THREE.Vector3().copy(g_deck.rotation);
g_tossTarget.rotateX(Math.PI / 2.0);
g_tossTarget.rotateZ(Math.PI);
this.JumpStart.targetRot = new THREE.Vector3().copy(g_tossTarget.rotation);
//this.JumpStart.targetRot.x += Math.PI / 2.0
// this.JumpStart.targetRot.z += Math.PI;
this.JumpStart.targetRotOriginal = new THREE.Vector3().copy(this.rotation);
this.userData.targetRotLerp = 0.0;
this.JumpStart.targetRotLerpTime = 1.0;
/*
// How will we land?
var i, card;
for( i = 0; i < g_cards.length; i++ )
{
card = g_cards[i];
if( card.JumpStart.gridIndex === this.JumpStart.gridIndex && card.position.rotation.z === Math.PI )
{
}
}
*/
// Setup the rest of the animation
this.userData.targetRotAnim = [
{
targetRot: new THREE.Vector3().copy(this.JumpStart.targetRot),
targetRotOriginal: null,
targetRotLerp: 0.0,
targetRotLerpTime: 2.0
},
{
targetRot: new THREE.Vector3().copy(this.rotation).add(new THREE.Vector3(0, 0, Math.PI)),
targetRotOriginal: null,
targetRotLerp: 0.0,
targetRotLerpTime: 1.0
}
];
this.JumpStart.sync();
}
else if( ruleFired === 2 )
{
console.log('fire 2!');
var dest = new THREE.Vector3().copy(g_deck.position).add(g_deckRigVerts[g_cardMap[this.JumpStart.gridIndex]]);
this.JumpStart.targetPos = dest;
this.JumpStart.targetPosOriginal = new THREE.Vector3().copy(this.position);
this.userData.targetPosLerp = 0.0;
this.JumpStart.targetPosLerpTime = 1.0;
this.userData.targetPosCallback = cardPutDown;
this.userData.targetPosAnim = null;
this.JumpStart.targetScale = new THREE.Vector3().copy(g_deck.scale);
this.JumpStart.targetScaleOriginal = new THREE.Vector3().copy(this.scale);
this.userData.targetScaleLerp = 0.0;
this.JumpStart.targetScaleLerpTime = 1.0;
this.userData.targetScaleCallback = null;
this.userData.targetScaleAnim = null;
// Find a good rotation!!
g_tossTarget.position.copy(g_deck.position);
g_tossTarget.rotation.copy(g_deck.rotation);
var targetPos = g_deckRigVerts[g_cardMap[this.JumpStart.gridIndex]];
g_tossTarget.translateX(targetPos.x);
g_tossTarget.translateY(targetPos.y);
g_tossTarget.translateZ(targetPos.z);
g_tossTarget.rotateZ(Math.PI);
// Now use the rotation
this.JumpStart.targetRot = new THREE.Vector3().copy(g_tossTarget.rotation);
this.JumpStart.targetRotOriginal = new THREE.Vector3().copy(this.rotation);
this.userData.targetRotLerp = 0.0;
this.JumpStart.targetRotLerpTime = 1.0;
this.userData.targetRotCallback = null;
this.userData.targetRotAnim = null;
this.JumpStart.sync();
/*
this.userData.targetPosCallback = function()
{
console.log("Game state 1");
g_gameState = 1;
this.targetPosCallback = null;
}
*/
}
}
function cardPutDown()
{
//console.log("Card has been put down!!");
//console.log(this);
// WIN: There is exactly 1 other card facing up and it matches us.
// FAIL: Any other case.
/*
var cardA = null;
var cardB = null;
var i, card;
for( i = 0; i < g_cards.length; i++ )
{
card = g_cards[i];
var dif = card.rotation.z / (Math.PI * 2.0);
dif = (dif > 0) ? Math.floor(dif) : Math.ceil(dif);
dif = card.rotation.z - (dif * Math.PI * 2.0);
if( dif > 0 )
dif -= Math.PI;
else
dif += Math.PI;
console.log("Dif here iszzz: " + dif);
if( dif < Math.PI / 180.0 && dif > -Math.PI / 180.0 )
{
if( !cardA )
cardA = card;
else
{
cardB = card;
break;
}
}
}
var win = (cardA && cardB && cardA.JumpStart.gridIndex === cardB.JumpStart.gridIndex);
if( win )
console.log("WIN!");
else
{
console.log("fail.");
// Flip both the cards back over.
if( cardA && cardB)
{
flipBackOver.call(cardA);
setTimeout(function(){ flipBackOver.call(cardB); }, 500);
//flipBackOver.call(cardB);
}
else if( cardA )
{
// stop our anmations over the network
stopAllPathAnim(cardA);
cardA.JumpStart.sync();
}
}
*/
//console.log(g_cards.length);
var i, card;
for( i = 0; i < g_cards.length; i++ )
{
// console.log()
card = g_cards[i];
if( card === this )
continue;
// if( card.JumpStart.gridIndex !== this.JumpStart.gridIndex )
// continue;
var dif = card.rotation.z / (Math.PI * 2.0);
dif = (dif > 0) ? Math.floor(dif) : Math.ceil(dif);
dif = card.rotation.z - (dif * Math.PI * 2.0);
if( dif > 0 )
dif -= Math.PI;
else
dif += Math.PI;
if( dif < Math.PI / 180.0 && dif > -Math.PI / 180.0 )
{
//console.log(this.JumpStart.gridIndex + " vs " + card.JumpStart.gridIndex);
// Check if we are a match.
if( this.JumpStart.modelFile !== card.JumpStart.modelFile)
{
var thisCard = this;
setTimeout(function() { flipBackOver.call(thisCard); }, 500);
setTimeout(function() { flipBackOver.call(card); }, 1000);
}
else
{
var thisCard = this;
JumpStart.unsyncObject(thisCard);
JumpStart.unsyncObject(card);
}
return;
}
}
this.JumpStart.sync();
}
function stopAllPathAnim(cardA)
{
cardA.JumpStart.targetPos = new THREE.Vector3().copy(cardA.position);
cardA.JumpStart.targetPosOriginal = new THREE.Vector3().copy(cardA.position);
cardA.JumpStart.targetPosLerp = 0.0;
cardA.userData.targetPosCallback = null;
//delete cardA.userData.targetPosAnim;
cardA.userData.targetPosAnim = null;
cardA.JumpStart.targetRot = new THREE.Vector3().copy(cardA.rotation);
cardA.JumpStart.targetRotOriginal = new THREE.Vector3().copy(cardA.rotation);
cardA.JumpStart.targetRotLerp = 0.0;
cardA.userData.targetRotCallback = null;
cardA.userData.targetRotAnim = null;
//delete cardA.userData.targetRotAnim;
cardA.JumpStart.targetScale = new THREE.Vector3().copy(cardA.scale);
cardA.JumpStart.targetScaleOriginal = new THREE.Vector3().copy(cardA.scale);
cardA.JumpStart.targetScaleLerp = 0.0;
cardA.userData.targetScaleCallback = null;
cardA.userData.targetScaleAnim = null;
//delete cardA.userData.targetScaleAnim;
// Object still must be synced to save changes!!
}
function flipBackOver()
{
//console.log("Flip this over: ");
// LERP the scale
this.JumpStart.targetScale = new THREE.Vector3().copy(g_deck.scale);
this.JumpStart.targetScaleOriginal = new THREE.Vector3().copy(this.scale);
this.userData.targetScaleLerp = 0.0;
this.JumpStart.targetScaleLerpTime = 0.5;
// LERP the position
g_tossTarget.position.copy(this.position);
g_tossTarget.rotation.copy(this.rotation);
g_tossTarget.translateY(-30);
g_tossTarget.translateX(-30);
// var pos = new THREE.Vector3().copy(this.position);
// pos.y += 30;
// pos.x += 30;
//console.log(g_tossTarget.position);
g_tossTarget.rotateZ(-Math.PI / 2.0);
this.JumpStart.targetPos = new THREE.Vector3().copy(g_tossTarget.position);
this.JumpStart.targetPosOriginal = new THREE.Vector3().copy(this.position);
this.userData.targetPosLerp = 0.0;
this.JumpStart.targetPosLerpTime = 0.5;
this.userData.targetPosAnim = [
{
targetPos: new THREE.Vector3().copy(this.position),
targetPosOriginal: null,
targetPosLerp: 0.0,
targetPosLerpTime: 0.5,
targetPosCallback: function()
{
stopAllPathAnim(this);
this.JumpStart.sync();
}
}
];
// LERP the rotation
this.JumpStart.targetRot = new THREE.Vector3().copy(g_tossTarget.rotation);
this.JumpStart.targetRotOriginal = new THREE.Vector3().copy(this.rotation);
this.userData.targetRotLerp = 0.0;
this.JumpStart.targetRotLerpTime = 0.5;
g_tossTarget.rotateZ(-Math.PI / 2.0);
this.userData.targetRotAnim = [
{
targetRot: new THREE.Vector3().copy(g_tossTarget.rotation),
targetRotOriginal: null,
targetRotLerp: 0.0,
targetRotLerpTime: 0.5,
targetRotCallback: function()
{
stopAllPathAnim(this);
this.JumpStart.sync();
}
}
];
this.JumpStart.sync();
}
function cardSpawned()
{
//console.log("Spawning " + this.JumpStart.modelFile);
g_cards.push(this);
}
function lifeTick()
{
if( this.userData.hasOwnProperty("targetPosLerp") && this.userData.targetPosLerp !== 1.0 )
{
//console.log("lerp it!");
doScaleLerp.call(this);
doRotationLerp.call(this);
doPositionLerp.call(this);
}
else
{
this.rotateZ(1.0 * g_deltaTime);
//console.log("spin");
}
}
function newDeal()
{
dealPlease();
JumpStart.unsyncObject(this);
}
function lifeSpawn()
{
if( !g_endCard )
g_endCard = this;
if( this.JumpStart.modelFile === "legacy/v1/models/SpookyMemory/card0.obj" )
{
document.getElementById("gameMsg").innerHTML = "<img src='legacy/v1/legacy/v1/misc/youlose.png' />";
//console.log("YOU LOSE!");
}
else
{
document.getElementById("gameMsg").innerHTML = "<img src='legacy/v1/misc/youwin.png' />";
//console.log("YOU WIN!");
// this.userData.targetPosLerp = 0.0;
// this.userData.targetScaleLerp = 0.0;
// this.userData.targetRotLerp = 0.0;
}
}
function winRemoved()
{
if( g_endCard === this )
g_endCard = null;
document.getElementById("gameMsg").innerHTML = "";
g_endGame = false;
g_scene.remove(this);
}
function cardRemoved()
{
// console.log(arguments);
// console.log("Removing: " + this.JumpStart.modelFile);
g_cards.splice(g_cards.indexOf(this), 1);
// console.log(g_cards.length + " cards left.");
// Make some particles!!
var i, particle;
for( i = 0; i < 16; i++ )
{
particle = JumpStart.spawnInstance("legacy/v1/models/SpookyMemory/pixel1.obj");
particle.JumpStart.blocksLOS = false;
particle.position.copy(this.position);
particle.rotation.copy(this.rotation);
var scale = Math.random();
scale *= 0.7;
if( scale < 0.5 )
scale = 0.5;
particle.scale.multiplyScalar(scale);
var randoX = 3.0 * Math.random();
if( Math.random() > 0.5 )
randoX *= -1.0;
var randoY = 3.0 * Math.random();
if( Math.random() > 0.5 )
randoY *= -1.0;
var randoZ = 3.0 * Math.random();
if( Math.random() > 0.5 )
randoZ *= -1.0;
particle.translateX(randoX);
if( randoY > 0 )
particle.translateY(randoY);
particle.translateZ(randoZ);
particle.position.y = this.position.y;
// ball.lookAt(particle.position);
// particle.rotation.copy(ball.rotation);
particle.lookAt(this.position);
// particle.rotation.multiplyScalar(-1.0);
particle.position.y = this.position.y;// 15.0;
particle.userData.shock = 2.0;
particle.userData.life = 0.05;
particle.scale.multiplyScalar(10.0);
particle.JumpStart.onTick = function()
{
particle.userData.shock -= g_deltaTime;
if( particle.userData.shock <= 0.0 )
{
if( this.userData.hasOwnProperty("will") )
this.userData.will -= 1.0 * g_deltaTime;
if( !this.userData.hasOwnProperty("direction") || this.userData.will <= 0)
{
var randoPitch = Math.PI * Math.random();
if( Math.random() > 0.5 )
randoPitch *= -1.0;
var randoYaw = Math.PI * Math.random();
if( Math.random() > 0.5 )
randoYaw *= -1.0;
var randoRoll = Math.PI * Math.random();
if( Math.random() > 0.5 )
randoRoll *= -1.0;
this.userData.direction = new THREE.Vector3(randoPitch, randoYaw, randoRoll);
this.userData.will = 3.0 * Math.random();
}
this.userData.life -= g_deltaTime;
if( this.userData.life <= 0 )
{
// Leave this in will make it scale down x2 as fast after life is gone.
this.scale.x -= 6.0 * g_deltaTime;
this.scale.y -= 6.0 * g_deltaTime;
this.scale.z -= 6.0 * g_deltaTime;
}
this.rotateX(this.userData.direction.x * g_deltaTime);
this.rotateY(this.userData.direction.y * g_deltaTime);
this.rotateZ(this.userData.direction.z * g_deltaTime);
this.translateZ(15.0 * g_deltaTime);
this.position.y += 10.0 * g_deltaTime;
}
else
{
this.translateZ(200.0 * g_deltaTime);
}
this.scale.x -= 6.0 * g_deltaTime;
this.scale.y -= 6.0 * g_deltaTime;
this.scale.z -= 6.0 * g_deltaTime;
if( this.scale.x <= 0.1 )
g_scene.remove(this);
};
}
// Is there only 1 card left?
if( g_cards.length === 1 && !g_endCard && g_endGame )
{
g_endGame = false;
var thisCard = g_cards[0];
var testPoint = new THREE.Vector3().copy(g_deckRigVerts[g_cardMap[thisCard.JumpStart.gridIndex]]);
testPoint.add(g_deck.position);
if( testPoint.equals(thisCard.position) )
{
var lifeCard = JumpStart.spawnInstance("legacy/v1/models/SpookyMemory/card.obj");
//lifeCard.JumpStart.
lifeCard.position.copy(thisCard.position);
lifeCard.rotation.copy(thisCard.rotation);
lifeCard.scale.copy(thisCard.scale);
JumpStart.unsyncObject(thisCard);
//console.log("remove card 0 of " + g_cards.length);
// stopAllPathAnim(thisCard);
makeEndCard(lifeCard, true);
// JumpStart.unsyncObject(thisCard);
}
}
g_scene.remove(this);
}
function makeEndCard(card, animate)
{
// LERP the scale
card.JumpStart.onSpawn["lifeSpawn"] = lifeSpawn;
card.JumpStart.onTick["lifeTick"] = lifeTick;
card.JumpStart.onCursorDown["newDeal"] = newDeal;
card.JumpStart.onNetworkRemoved["winRemoved"] = winRemoved;
card.JumpStart.onCursorEnter["highlightOnObject"] = highlightOnObject;
card.JumpStart.onCursorLeave["highlightOffObject"] = highlightOffObject;
if( animate )
{
//console.log("animated!!");
card.JumpStart.pathSync = true;
card.JumpStart.targetScale = new THREE.Vector3(1.5, 1.5, 1.5);
card.JumpStart.targetScaleOriginal = new THREE.Vector3().copy(card.scale);
card.userData.targetScaleLerp = 0.0;
card.JumpStart.targetScaleLerpTime = 2.0;
// LERP the position
g_tossTarget.position.copy(g_deck.position);
g_tossTarget.rotation.copy(g_deck.rotation);