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AirRush.html
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3023 lines (2544 loc) · 89.2 KB
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<!DOCTYPE html>
<html lang="en">
<head>
<title>Nature Picnic Attack</title>
<script src="engine/misc/JumpStart.js"></script>
<script>
var img = document.createElement("img");
img.id = "weave";
img.src = "assets/AirRush/misc/weave.jpg";
img.style.cssText = "position: absolute; visibility: hidden;";
img.hasLoaded = false;
img.addEventListener("load", function()
{
this.hasLoaded = true;
});
//var debugSlate = document.createElement("debugSlate");
//debugSlate.style.cssText = "text-align: left; background-color: #000; position: absolute; bottom: 200px; left: 0; font-size: 20px; font-weight: 900; font-face: Arial; padding: 20px;";
//debugSlate.innerHTML = "<u>DEBUG LOG</u>";
loadJumpStart({
"appID": "AirRush",
"multiuserOnly": false,
"sceneScale": 1.0,
"enclosureOnly": true,
"scaleWithEnclosure": true,
"debug": {"showCursorPlanes": false}
});
// getQueryParams taken from http://stackoverflow.com/questions/979975/how-to-get-the-value-from-the-get-parameters
function getQueryParams(qs) {
qs = qs.split('+').join(' ');
var params = {},
tokens,
re = /[?&]?([^=]+)=([^&]*)/g;
while (tokens = re.exec(qs)) {
params[decodeURIComponent(tokens[1])] = decodeURIComponent(tokens[2]);
}
return params;
}
var query = getQueryParams(document.location.search);
jumpStart.addEventListener("precache", function()
{
if( !!query.gltf && query.gltf === "1" )
{
// Async
jumpStart.loadModelsGLTF(["models/enclosureBounds.glb", "models/terrain.glb", "models/water.glb", "models/clouds.glb", "models/rocks.glb", "models/trunks.glb", "models/canopy.glb", "models/thai.glb", "models/enemy_laser.glb", "models/body.glb", "models/beak.glb", "models/eyes.glb", "models/wing0Base.glb", "models/wing0Tip.glb", "models/wing1Base.glb", "models/wing1Tip.glb", "models/beeWing0.glb", "models/beeWing1.glb", "models/beeBlack.glb", "models/beeYellow.glb", "models/beeEyes.glb", "models/blanketWhite.glb", "models/blanketRed.glb", "models/basketBlack.glb", "models/basketDark.glb", "models/basketLight.glb", "models/stone.glb"], function()
{
jumpStart.doneCaching();
});
}
else
{
// Async
jumpStart.loadModelsEx(["models/enclosureBounds", "models/terrain", "models/water", "models/clouds", "models/rocks", "models/trunks", "models/canopy", "models/thai", "models/enemy_laser", "models/body", "models/beak", "models/eyes", "models/wing0Base", "models/wing0Tip", "models/wing1Base", "models/wing1Tip", "models/beeWing0", "models/beeWing1", "models/beeBlack", "models/beeYellow", "models/beeEyes", "models/blanketWhite", "models/blanketRed", "models/basketBlack", "models/basketDark", "models/basketLight", "models/stone"], function()
{
//debugSlate.innerHTML += "<br />All models loaded.";
jumpStart.doneCaching();
});
}
/*
// Async
jumpStart.loadModels(["models/enclosureBounds", "models/terrain", "models/water", "models/clouds", "models/rocks", "models/trunks", "models/canopy", "models/thai", "models/enemy_laser", "models/body", "models/beak", "models/eyes", "models/wing0Base", "models/wing0Tip", "models/wing1Base", "models/wing1Tip", "models/beeWing0", "models/beeWing1", "models/beeBlack", "models/beeYellow", "models/beeEyes", "models/blanketWhite", "models/blanketRed", "models/basketBlack", "models/basketDark", "models/basketLight"]).then(function()
{
jumpStart.doneCaching();
});
*/
// true : SYNCHRONOUS
// false: ASYNCHRONOUS (must call JumpStart.doneCaching)
return false;
});
jumpStart.addEventListener("initialize", function()
{
//jumpStart.scene.position.x += 1024;//(Math.PI / 2.0);
//jumpStart.world.rotateY(Math.PI / 2.0);
//debugSlate.innerHTML += "<br />Initialize called.";
// true : SYNCHRONOUS
// false: ASYNCHRONOUS (must call JumpStart.doneInitializing)
return true;
});
function throbHelper()
{
// don't throb if we're bubbling in still
if( !!this.userData.bubbleIn && this.userData.bubbleIn.scaleDirection !== 0 )
return;
var i;
var axes = this.userData.throb.axes;
var amount = this.userData.throb.rate * jumpStart.deltaTime * this.userData.throb.direction;
if( this.scale[axes[0]] + amount > this.userData.throb.maxScale )
{
this.userData.throb.direction = -1.0;
for( i = 0; i < axes.length; i++ )
this.scale[axes[i]] = this.userData.throb.maxScale;
}
else if( this.scale[axes[0]] + amount < this.userData.throb.minScale )
{
this.userData.throb.direction = 1.0;
for( i = 0; i < axes.length; i++ )
this.scale[axes[i]] = this.userData.throb.minScale;
}
else
{
for( i = 0; i < axes.length; i++ )
this.scale[axes[i]] += amount;
}
}
function makeThrob(options)
{
// Throb
// FIX ME: This should be a behavior, and needs to have info split between userData and syncData to do so.
options = {
"rate": (!!options.rate) ? options.rate : 25.0,
"maxScale": (!!options.maxScale) ? options.maxScale : 14.0,
"minScale": (!!options.minScale) ? options.minScale : 8.0,
"direction": (!!options.direction) ? options.direction : 1.0,
"axes": (!!options.axes) ? options.axes : "xyz"
};
this.userData.throb = options;
this.addEventListener("tick", throbHelper);
}
function unmakeThrob()
{
if( !!this.userData.throb )
{
delete this.userData.throb;
this.removeEventListener("tick", throbHelper);
}
}
function spawn3DText(text, color, options)
{
/*
var params = {
size: 10.0,
height: 1,
font: jumpStart.font,// "helvetiker",
curveSegments: (jumpStart.isGearVR) ? 1 : 2
};
*/
function paintVertexLight(geometry)
{
function generateColor(amp)
{
///* GREEN AND YELLOW
var colorNumber = 255 - parseInt(255 * amp);
if( colorNumber < 0 )
colorNumber = 0;
else if( colorNumber > 255 )
colorNumber = 255;
var colorText = "rgb(" + colorNumber + ", 255, 0)";
//*/
/* RED & BRIGHT RED/WHITE
var colorNumber = 255 - parseInt(255 * amp);
if( colorNumber < 0 )
colorNumber = 0;
else if( colorNumber > 255 )
colorNumber = 255;
var colorText = "rgb(255, " + colorNumber + ", " + colorNumber + ")";
*/
var color = new THREE.Color(colorText);
return color;
}
var yMax = geometry.boundingBox.max.y - geometry.boundingBox.min.y;
var count = geometry.faces.length;
var i, face, vertex, normal, vertexNormal, dot, color, yPos;
for( i = 0; i < count; i++ )
{
face = geometry.faces[i];
vertex = geometry.vertices[face.b];
color = generateColor((vertex.y / yMax));
face.vertexColors[0] = color;
face.vertexColors[1] = color;
face.vertexColors[2] = color;
}
}
var geometry = new THREE.TextGeometry(text, options);
//var material = new THREE.MeshBasicMaterial({"color": color});
var material = new THREE.MeshBasicMaterial({"color": color, "vertexColors": THREE.VertexColors});
var mesh = new THREE.Mesh(geometry, material);
geometry.computeBoundingBox();
var displacement = new THREE.Vector3().copy(geometry.boundingBox.max).sub(geometry.boundingBox.min);
var textContainer = jumpStart.spawnInstance(null);
var textObject = jumpStart.spawnInstance(null, {"object": mesh, "parent": textContainer})
var offset = new THREE.Vector3().copy(displacement);
offset.multiply(textObject.scale);
textObject.position.set(-offset.x / 2.0, -offset.y / 2.0, -offset.z / 2.0);
paintVertexLight(geometry);
return textContainer;
}
function bakeVertexLight(object, light)
{
function getLightValue(dot, dist)
{
var falloff = (!!light.userData.falloff) ? light.userData.falloff : 750.0;
var dist = dist / falloff;
var intensity = 1 / (dist * dist);
var midLight = 255 / 2.0;
var maxLight = 255 - midLight;
var colorNumber = parseInt((midLight + (maxLight * dot)) * intensity);
if( colorNumber > 255 )
colorNumber = 255;
else if( colorNumber < 0 )
colorNumber = 0;
return colorNumber / 255.0;
}
if( !!!object.geometry )
{
object.traverse(function(child)
{
if( !!child.geometry )
object = child;
});
if( !!!object.geometry )
return;
}
object.parent.updateMatrixWorld();
// var dist = object.getWorldPosition().distanceTo(light.getWorldPosition());
//var dist = new THREE.Vector3();
var count = (!!!object.geometry.attributes) ? object.geometry.faces.length : object.geometry.attributes.position.count;
var keyLetters = ["a", "b", "c"]; // for structured geometry
var displacement = new THREE.Vector3(); // for array geometry
var vertexPosition = new THREE.Vector3();
var vertexNormal = new THREE.Vector3();
var normalLook = new THREE.Vector3();
var lightLook = new THREE.Vector3();
var normals = (!!object.geometry.attributes) ? object.geometry.attributes.normal.array : undefined;
var positions = (!!object.geometry.attributes) ? object.geometry.attributes.position.array : undefined;
var i, face, j, dot, value;
for( i = 0; i < count; i++ )
{
if( !!!object.geometry.attributes )
face = object.geometry.faces[i];
for( j = 0; j < 3 || !!object.geometry.attributes; j++ )
{
// get vertexPosition
if(!!!object.geometry.attributes)
vertexPosition.copy(object.geometry.vertices[face[keyLetters[j]]]);
else
vertexPosition.set(positions[(3*i) + 0], positions[(3*i) + 1], positions[(3*i) + 2]);
vertexPosition.applyMatrix4(object.matrixWorld);
if( object.parent !== jumpStart.world )
jumpStart.world.worldToLocal(vertexPosition);
var dist = vertexPosition.distanceTo(light.position);
// get vertexNormal
if( !!!object.geometry.attributes )
{
vertexNormal.copy(object.geometry.vertices[face[keyLetters[j]]]);
vertexNormal.add(face.vertexNormals[j]);
}
else
{
displacement.set(normals[(3*i) + 0], normals[(3*i) + 1], normals[(3*i) + 2]);
vertexPosition.set(positions[(3*i) + 0], positions[(3*i) + 1], positions[(3*i) + 2]);
vertexNormal.add(displacement);
}
vertexNormal.applyMatrix4(object.matrixWorld);
if( object.parent !== jumpStart.world )
jumpStart.world.worldToLocal(vertexNormal);
// get vertexNormalLook
normalLook.copy(vertexPosition);
normalLook.sub(vertexNormal);
normalLook.normalize();
// get vertexLightLook
lightLook.copy(vertexPosition);
lightLook.sub(light.position);
lightLook.normalize();
// get dot
dot = normalLook.dot(lightLook);
value = getLightValue(dot, dist); // a light value between 0.0 and 1.0
if( !!!object.geometry.attributes )
{
value = parseInt(255 * value);
value = "rgb(" + value + ", " + value + ", " + value + ")";
if( !!face.vertexColors[j] )
{
face.vertexColors[j].set(value);
}
else
face.vertexColors[j] = new THREE.Color(value);
object.geometry.colorsNeedUpdate = true;
}
else
{
object.geometry.attributes.color.array[(3*i) + 0] = value;
object.geometry.attributes.color.array[(3*i) + 1] = value;
object.geometry.attributes.color.array[(3*i) + 2] = value;
object.geometry.attributes.color.needsUpdate = true;
break;
}
}
}
}
function showScore()
{
var params = {
size: 300.0,
height: 50.0,
font: jumpStart.font,// "helvetiker",
curveSegments: (jumpStart.isGearVR) ? 1 : 4
};
g_scoreContainer = spawn3DText("" + g_ammoObjectLeft.userData.number, "white", params);
//g_scoreContainer = spawn3DText("420", "white", params);
g_scoreContainer.position.y = 300.0;
g_scoreContainer.rotateY(Math.PI / -4.0);
g_scoreContainer.applyBehavior("bubbleIn", {"maxScale": 0.9, "speed": 0.8});
makeThrob.call(g_scoreContainer, {"minScale": 0.9, "maxScale": 1.1, "rate": 0.05, "direction": -1.0});
//makeThrob.call(imageObject, {"minScale": 0.65, "maxScale": 0.75, "rate": 0.05, "direction": -1.0});
setTimeout(function()
{
// clear the playfield, but leave the top score
var i;
var laserKeys = Object.keys(playerLasers);
for( i = 0; i < laserKeys.length; i++ )
playerLasers[laserKeys[i]].applyBehavior("shrinkRemove");
var orbKeys = Object.keys(g_orbs);
for( i = 0; i < orbKeys.length; i++ )
g_orbs[orbKeys[i]].applyBehavior("shrinkRemove");
// TODO: Make dispensers automatically clean up everything they've spawned. (MAYBE)
var beeKeys = Object.keys(g_bees);
for( i = 0; i < beeKeys.length; i++ )
g_bees[beeKeys[i]].applyBehavior("shrinkRemove");
var birdKeys = Object.keys(g_birds);
for( i = 0; i < birdKeys.length; i++ )
g_birds[birdKeys[i]].applyBehavior("shrinkRemove");
var gatorKeys = Object.keys(g_gators);
for( i = 0; i < gatorKeys.length; i++ )
g_gators[gatorKeys[i]].applyBehavior("shrinkRemove");
var dispenserKeys = Object.keys(g_dispensers);
for( i = 0; i < dispenserKeys.length; i++ )
jumpStart.removeInstance(g_dispensers[dispenserKeys[i]]);
setTimeout(function()
{
createStartButton();
}, 6000);
}, 4000);
}
//setTimeout(function()
//{
// showScore();
//}, 3000);
function spawnBeeHorde()
{
var beeHorde = jumpStart.spawnInstance();
g_dispensers[beeHorde.uuid] = beeHorde;
beeHorde.addEventListener("remove", function()
{
delete g_dispensers[this.uuid];
});
beeHorde.userData.maxInterval = 3.0;
beeHorde.userData.spawnEnemyBee = function()
{
var enemyBee = jumpStart.spawnInstance();
g_bees[enemyBee.uuid] = enemyBee;
/*
if( !g_hasHands )
{
var hitBoxMesh = new THREE.Mesh(
new THREE.BoxGeometry(60, 60, 20),
new THREE.MeshBasicMaterial({"color": "#ff2277"})//{"transparent": true, "opacity": 0})
);
var hitBox = jumpStart.spawnInstance(null, {"object": hitBoxMesh, "parent": enemyBee});
hitBox.addEventListener("tick", function()
{
if( g_cannon.getWorldPosition().distanceTo(this.getWorldPosition()) < 400.0 )
jumpStart.removeInstance(this);
});
hitBox.blocksLOS = true;
jumpStart.makeCollide(hitBox);
hitBox.addEventListener("cursordown", cannonFire);
}
*/
enemyBee.addEventListener("remove", function()
{
jumpStart.removeInstance(this.userData.bulb);
delete g_bees[this.uuid];
});
enemyBee.position.copy(this.position);
enemyBee.quaternion.copy(this.quaternion);
var maxBound = (jumpStart.enclosure.scaledWidth * jumpStart.options.sceneScale) / 2.0;
var maxDist = maxBound * 1.0;
var sign = (Math.random() > 0.5) ? 1.0 : -1.0;
enemyBee.translateX(maxBound * Math.random() * sign);
enemyBee.translateZ(maxBound * Math.random());
// make sure the bee isn't placed out of bounds
if( enemyBee.position.x > maxBound )
enemyBee.position.x = maxBound;
else if( enemyBee.position.x < -maxBound )
enemyBee.position.x = -maxBound;
if( enemyBee.position.z > maxBound )
enemyBee.position.z = maxBound;
else if( enemyBee.position.z < -maxBound )
enemyBee.position.z = -maxBound;
var bulb = jumpStart.spawnInstance(null);
//bulb.position.copy(this.position);
//bulb.quaternion.copy(this.quaternion);
//bulb.translateZ(-200);
//bulb.translateY(200);
bulb.userData.falloff = 8.0;
this.userData.bulb = bulb;
this.userData.alreadyBaked = false;
enemyBee.userData.body = null;
enemyBee.addEventListener("spawn", function()
{
this.updateMatrixWorld(); // so that it gets properly lit
bulb.position.copy(this.position);
//this.quaternion.copy(this.)
var body = jumpStart.spawnInstance("models/beeBlack", {"parent": this});
body.userData.dead = false;
this.userData.body = body;
//body.children[0].geometry = body.children[0].geometry.clone(); // clone for unique lighting conditions
if( !this.userData.alreadyBaked )
{
body.material.color.set("#000000");
bakeVertexLight(body, bulb);
}
var yellow = jumpStart.spawnInstance("models/beeYellow", {"parent": body});
if( !this.userData.alreadyBaked )
{
yellow.material.color.set("#FFF01D");
bakeVertexLight(yellow, bulb);
}
var eyes = jumpStart.spawnInstance("models/beeEyes", {"parent": body});
if( !this.userData.alreadyBaked )
eyes.material.color.set("#FF0000");
var wing0 = jumpStart.spawnInstance("models/beeWing0", {"parent": body});
wing0.position.set(3.63, 5.956, -6.929);
if( !this.userData.alreadyBaked )
{
wing0.material.color.set("#CCCCCC");
bulb.userData.falloff = 28;
bakeVertexLight(wing0, bulb);
}
wing0.userData.direction = -1.0;
wing0.addEventListener("tick", function()
{
if( this.parent.userData.dead )
{
this.removeEventListener("tick", arguments.callee);
return;
}
else
{
var speed = 3.0;
var max = 0.0;
var min = -0.4;
this.rotation.y += speed * jumpStart.deltaTime * this.userData.direction;
if( this.rotation.y > max || this.rotation.y < min )
{
this.rotation.y = (this.userData.direction > 0) ? max : min;
this.userData.direction *= -1.0;
}
}
});
var wing1 = jumpStart.spawnInstance("models/beeWing1", {"parent": body});
wing1.position.set(-3.63, 5.956, -6.929);
bulb.userData.falloff = 28;
if( !this.userData.alreadyBaked )
{
wing1.material.color.set("#CCCCCC");
bakeVertexLight(wing1, bulb);
}
wing1.userData.direction = 1.0;
wing1.addEventListener("tick", function()
{
if( this.parent.userData.dead )
{
this.removeEventListener("tick", arguments.callee);
return;
}
else
{
var speed = 3.0;
var max = 0.4;
var min = 0.0;
this.rotation.y += speed * jumpStart.deltaTime * this.userData.direction;
if( this.rotation.y > max || this.rotation.y < min )
{
this.rotation.y = (this.userData.direction > 0) ? max : min;
this.userData.direction *= -1.0;
}
}
});
this.userData.alreadyBaked = true;
});
enemyBee.addEventListener("tick", function()
{
if( isDead )
return;
var speed = 40.0;
this.translateZ(speed * jumpStart.deltaTime);
if( this.position.y < 60.0 )
this.position.y = 60.0;
if( !jumpStart.isWorldPosInsideOfEnclosure(this.position) )
jumpStart.removeInstance(this);
// check for end-case
if( this.position.distanceTo(g_basket.position) < 45.0 )
{
//g_hitTests++;
//console.log("Hits: " + g_hitTests + ". End distance for " + this.uuid + " is (" + (100.0 * jumpStart.deltaTime) + "): ");
//console.log(this.position.distanceTo(g_basket.position));
//console.log("End distance is: ");
//console.log(this.position.distanceTo(g_basket.position));
//jumpStart.removeInstance(this);
isDead = true;
showScore();
return;
}
else
{
// slightly look at basket
var oldQuaternion = this.quaternion.clone();
this.lookAt(g_basket.position);
this.quaternion.slerp(oldQuaternion, 0.99);
function destroy(laser, force, hand)
{
hand = "Right";
if( !!laser && g_hasHands)
jumpStart.removeInstance(laser);
//createExplosion(this);
//jumpStart.removeInstance(this);
/*
var dummy = jumpStart.spawnInstance("models/thai");
dummy.position.copy(this.position);
dummy.scale.copy(this.scale);
dummy.quaternion.copy(this.quaternion);
*/
var dummy;
if( this.userData.body )
{
spawnOrb.call(this, hand);
spawnOrb.call(this, "Left");
dummy = this.userData.body;
dummy.userData.dead = true;
jumpStart.world.add(dummy);
dummy.position.copy(this.position);
dummy.quaternion.copy(this.quaternion);
if( !!force )
dummy.applyBehavior("physics", {"force": force});
else
dummy.applyBehavior("physics");
dummy.userData.lifeTimer = 3.0;
dummy.addEventListener("tick", function()
{
this.userData.lifeTimer -= jumpStart.deltaTime;
if( this.userData.lifeTimer <= 0 )
{
//jumpStart.removeInstance(this);
this.applyBehavior("shrinkRemove");
this.removeEventListener("tick", arguments.callee);
}
else if( this.position.y < 40.0 && !!this.behaviors.physics )
{
//this.userData.dead = true;
this.unapplyBehavior("physics");
}
});
}
jumpStart.removeInstance(this);
}
// check for collision w/ playerLasers
var worldPos = this.getWorldPosition();
var playerLaserKeys = Object.keys(playerLasers);
var max = playerLaserKeys.length;
var dist = (g_hasHands) ? 20.0 : 50.0;
var i, x, laser;
for( i = 0; i < max; i++ )
{
x = playerLaserKeys[i];
laser = playerLasers[x];
// check distance
if( laser.getWorldPosition().distanceTo(worldPos) < dist )
{
destroy.call(this, laser, undefined, laser.userData.hand);
return;
}
}
// check for collision w/ player hands
if( !!jumpStart.localUser.skeleton )
{
// use the base of the flip-off finger as the fist position (Hand0 is actually the wrist)
var rightHand = jumpStart.localUser.skeleton.getJoint("Middle", "Right", 1);
var leftHand = jumpStart.localUser.skeleton.getJoint("Middle", "Left", 1);
var force;
if( rightHand && jumpStart.world.worldToLocal(rightHand.position.clone()).distanceTo(this.position) < 20.0 )
{
force = this.position.clone();
force.sub(jumpStart.world.worldToLocal(rightHand.position.clone()));
force.multiplyScalar(0.1);
if( g_wristBand )
{
var instantVel = g_wristBand.position.clone().sub(g_wristBand.userData.prevPosition);
//instantVel.multiplyScalar(1.0);
force.add(instantVel);
}
destroy.call(this, undefined, force, "Right");
}
else if( leftHand && jumpStart.world.worldToLocal(leftHand.position.clone()).distanceTo(this.position) < 20.0 )
{
force = this.position.clone();
force.sub(jumpStart.world.worldToLocal(leftHand.position.clone()));
force.multiplyScalar(0.1);
if( g_wristBandLeft )
{
var instantVel = g_wristBandLeft.position.clone().sub(g_wristBandLeft.userData.prevPosition);
//instantVel.multiplyScalar(1.0);
force.add(instantVel);
}
destroy.call(this, undefined, force, "Left");
}
}
}
});
return enemyBee;
};
// DON'T DO THIS! it's invisible and/or for some reason.
//beeHorde.addEventListener("spawn", function()
//{
// var enemyBee = this.userData.spawnEnemyBee.call(this);
//});
beeHorde.addEventListener("tick", function()
{
if( isDead )
return;
if( !!!this.userData.interval )
this.userData.interval = this.userData.maxInterval;
if( this.userData.interval === 0 )
return;
this.userData.interval -= jumpStart.deltaTime;
if( this.userData.interval <= 0 )
{
this.userData.interval = this.userData.maxInterval;
var enemyBee = this.userData.spawnEnemyBee.call(this);
}
});
return beeHorde;
}
function spawnGatorDispenser()
{
var gatorDispenser = jumpStart.spawnInstance();
g_dispensers[gatorDispenser.uuid] = gatorDispenser;
gatorDispenser.addEventListener("remove", function()
{
delete g_dispensers[this.uuid];
});
gatorDispenser.userData.maxInterval = 3.0;
gatorDispenser.userData.spawnGator = function()
{
var gator = jumpStart.spawnInstance();
g_gators[gator.uuid] = gator;
//gator.scale.set(0.8, 0.8, 0.8);
gator.position.copy(this.position);
gator.quaternion.copy(this.quaternion);
var range = 150;
if( Math.random() > 0.5 )
range *= -1.0;
gator.position.x += (range / 2.0) * Math.random();
//gator.userData.body = null;
gator.addEventListener("remove", function()
{
delete g_gators[this.uuid];
});
/*
gator.addEventListener("tick", function()
{
if( isDead )
return;
this.translateZ(100.0 * jumpStart.deltaTime);
});
*/
/*
enemyShip.addEventListener("spawn", function()
{
// var tester = jumpStart.spawnInstance("models/thai", {"parent": this});
// tester.position.x += 20.0;
var body = jumpStart.spawnInstance("models/body", {"parent": this});
body.userData.dead = false;
this.userData.body = body;
var eyes = jumpStart.spawnInstance("models/eyes", {"parent": body});
var beak = jumpStart.spawnInstance("models/beak", {"parent": body});
var wing0Base = jumpStart.spawnInstance("models/wing0Base", {"parent": body});
wing0Base.position.set(3.501, -4.198, 6.811);
wing0Base.userData.direction = 1.0;
wing0Base.addEventListener("tick", function()
{
if( this.parent.userData.dead )
{
var speed = 3.0;
var target = -1.3;
this.rotation.z -= speed * jumpStart.deltaTime;
if( this.rotation.z < target )
{
this.rotation.z = target;
this.removeEventListener("tick", arguments.callee);
return;
}
}
else
{
var side = 1.0;
var speed = 1.0;
var max = 0.3;
var min = -1.0;
this.rotation.z += speed * jumpStart.deltaTime * this.userData.direction;
if( this.rotation.z > max || this.rotation.z < min )
{
this.rotation.z = (this.userData.direction > 0) ? max : min;
this.userData.direction *= -1.0;
}
}
});
var wing0Tip = jumpStart.spawnInstance("models/wing0Tip", {"parent": wing0Base});
wing0Tip.position.set(26.0, 19.0, 5.0);
wing0Tip.userData.base = wing0Base;
wing0Tip.addEventListener("tick", function()
{
if( this.parent.parent.userData.dead )
{
var speed = 4.0;
var target = -2.2;
this.rotation.z -= speed * jumpStart.deltaTime;
if( this.rotation.z < target )
{
this.rotation.z = target;
this.removeEventListener("tick", arguments.callee);
return;
}
}
else
this.rotation.z += 2.0 * jumpStart.deltaTime * this.userData.base.userData.direction;
});
var wing1Base = jumpStart.spawnInstance("models/wing1Base", {"parent": body});
wing1Base.position.set(-3.501, -4.198, 6.811);
wing1Base.userData.direction = -1.0;
wing1Base.addEventListener("tick", function()
{
if( this.parent.userData.dead )
{
var speed = 2.9;
var target = 1.9;
this.rotation.z += speed * jumpStart.deltaTime;
if( this.rotation.z > target )
{
this.rotation.z = target;
this.removeEventListener("tick", arguments.callee);
return;
}
}
else
{
var speed = 1.0;
var max = 1.0;
var min = -0.3;
this.rotation.z += speed * jumpStart.deltaTime * this.userData.direction;
if( this.rotation.z > max || this.rotation.z < min )
{
this.rotation.z = (this.userData.direction > 0) ? max : min;
this.userData.direction *= -1.0;
}
}
});
var wing1Tip = jumpStart.spawnInstance("models/wing1Tip", {"parent": wing1Base});
wing1Tip.position.set(-26.0, 19.0, 5.0);
wing1Tip.userData.base = wing1Base;
wing1Tip.addEventListener("tick", function()
{
if( this.parent.parent.userData.dead )
{
var speed = 3.9;
var target = 1.2;
this.rotation.z += speed * jumpStart.deltaTime;
if( this.rotation.z > target )
{
this.rotation.z = target;
this.removeEventListener("tick", arguments.callee);
return;
}
}
else
this.rotation.z += 2.0 * jumpStart.deltaTime * this.userData.base.userData.direction;
});
});
// Look 45 degrees towards the attack corner
//var lookPos = enemyShip.position.clone();
//lookPos.x -= 100.0;
//lookPos.z += 100.0;
//enemyShip.lookAt(lookPos);
*/
// tilt downward
//enemyShip.rotateX((Math.PI / 2.0) * 0.1);
gator.userData.turnDirection = 1.0;
gator.userData.turnPower = 0.25;
gator.userData.turnTime = 4.0;
gator.rotateY(Math.PI / -6.5);
gator.addEventListener("tick", function()
{
if( isDead )
return;
this.translateZ(20.0 * jumpStart.deltaTime);
if( !jumpStart.isWorldPosInsideOfEnclosure(this.position) )
jumpStart.removeInstance(this);
if( this.userData.turnDirection !== 0 && this.userData.turnTime > 0 )
{
this.userData.turnTime -= jumpStart.deltaTime;
this.rotateY(this.userData.turnPower * jumpStart.deltaTime * this.userData.turnDirection);
if( this.userData.turnTime < 0 )
{
this.userData.turnTime = 4.0;
this.userData.turnDirection *= -1.0;
}
}
// check if there's any dead shit in pouncing range
// DO WORK
/*
function destroy(laser, force, hand)
{
hand = "Right";
if( !!laser )
jumpStart.removeInstance(laser);
//var force;
//createExplosion(this);
//jumpStart.removeInstance(this);
var dummy;
if( this.userData.body )
{
spawnOrb.call(this, hand);
spawnOrb.call(this, "Left");
dummy = this.userData.body;
jumpStart.world.add(dummy);
dummy.position.copy(this.position);
dummy.quaternion.copy(this.quaternion);
if( !!force )
dummy.applyBehavior("physics", {"force": force});
else
dummy.applyBehavior("physics");
dummy.userData.lifeTimer = 3.0;
dummy.addEventListener("tick", function()
{
this.userData.lifeTimer -= jumpStart.deltaTime;
if( this.userData.lifeTimer <= 0 )
{
//jumpStart.removeInstance(this);
this.applyBehavior("shrinkRemove");
this.removeEventListener("tick", arguments.callee);
}
else if( this.position.y < 50.0 && !this.userData.dead )
{
this.userData.dead = true;
this.unapplyBehavior("physics");
}
});
}