CardModel.prototype.beat = function () {
TweenMax.fromTo(this.scale, 0.1, {
x: 1,
y: 1
}, {
x: 1.1,
y: 1.1,
yoyo: true,
repeat: 5,
ease: Power3.easeOut
});
};
function updateWeather(){
let hash=window.location.hash;
let currentSlide=null;
let currentNav=null;
if(hash!=""){
currentSlide = document.querySelector(hash);
}
if(currentSlide==null){
currentSlide = document.querySelector(".slide");
hash="#"+currentSlide.getAttribute("id");
}
currentNav=document.querySelector("[href='"+hash+"']");
let data=weatherData[currentSlide.getAttribute('data-weather')];
curWeatherData=data;
raindrops.options=Object.assign(raindrops.options,data)
raindrops.clearDrops();
TweenLite.fromTo(blend,1,{
v:0
},{
v:1,
onUpdate:()=>{
generateTextures(data.fg,data.bg,blend.v);
renderer.updateTextures();
}
})
let lastSlide=document.querySelector(".slide--current");
if(lastSlide!=null) lastSlide.classList.remove("slide--current");
let lastNav=document.querySelector(".nav-item--current");
if(lastNav!=null) lastNav.classList.remove("nav-item--current");
currentSlide.classList.add("slide--current");
currentNav.classList.add("nav-item--current");
}
module.exports = function(viewer, mesh) {
var t = 0
var START = config.startPosition
var mouseCastPos = new THREE.Vector3()
var mouseOrigin = new THREE.Vector3()
var tmpPos = new THREE.Vector3()
var emitter = new Emitter()
mesh.position.y = START
var r = 1.15
var sphere = new THREE.SphereGeometry(r, 50, 50)
sphere.computeBoundingSphere()
var tex2 = new THREE.Texture()
var tex = THREE.ImageUtils.loadTexture(earthURL, undefined, function() {
tex2.image = require('delaunify')(tex.image, { count: 2000 })
tex2.needsUpdate = true
})
var mat = new THREE.ShaderMaterial(blendShader({
tProcessed: tex2,
map: tex
}))
var earth = new THREE.Mesh(sphere, mat)
viewer.scene.add(earth)
viewer.scene.add(mesh)
viewer.cubeIgnores.push(earth, mesh)
var s = 0.001
earth.scale.set(s,s,s)
mesh.scale.set(s,s,s)
var delay = config.startDelay + 0.25
TweenMax.fromTo(earth.rotation, 1.0, { y: -Math.PI*0.5 }, {
y: 0, delay: delay, ease: "easeOutQuart"
})
TweenMax.to([earth.scale, mesh.scale], 1.0, {
ease: "easeOutExpo",
x: 1, y: 1, z: 1,
delay: delay,
onComplete: function() {
//initial mouse position
// mouse.position[0] = viewer.width/2
// mouse.position[1] = viewer.height/2
}
})
viewer.on('tick', function(dt) {
update(dt/1000)
})
mouse.on('click', function(x, y) {
mouse.position[0] = x
mouse.position[1] = y
var hit = hits(tmpPos)
if (hit) {
var latlng = getLatLng(tmpPos, tmpSphere.radius, -earth.rotation.y)
emitter.emit('select', latlng, tmpPos.clone())
}
})
update(0.0)
emitter.object3d = earth
emitter.geometry = sphere
return emitter
function update(dt) {
t += dt
var spd = 0.02
earth.rotation.y += dt * spd
earth.position.copy(mesh.position)
var lerpSpeed = 0.02
mouse.update(viewer)
var boundingSphere = sphere.boundingSphere
tmpSphere.copy(boundingSphere)
tmpSphere.applyMatrix4(earth.matrixWorld)
if (mouse.raycaster.ray.isIntersectionSphere(tmpSphere)) {
lerpSpeed = 0.1
mouse.raycaster.ray.intersectSphere(tmpSphere, mouseCastPos)
}
// else {
// mouse.vector.set(0, 0, 0.5)
// mouse.vector.unproject(viewer.camera)
// mouse.vector.sub(viewer.camera.position).normalize()
// mouse.raycaster.set(viewer.camera.position, mouse.vector)
// mouse.raycaster.ray.intersectSphere(tmpSphere, mouseCastPos)
// }
mouseOrigin.lerp(mouseCastPos, lerpSpeed)
mat.uniforms.origin.value = mouseOrigin
mat.uniforms.anim.value = Math.sin(t)/2+0.5
}
function hits(out) {
mouse.update(viewer)
var boundingSphere = sphere.boundingSphere
tmpSphere.copy(boundingSphere)
tmpSphere.applyMatrix4(earth.matrixWorld)
if (mouse.raycaster.ray.isIntersectionSphere(tmpSphere))
return mouse.raycaster.ray.intersectSphere(tmpSphere, out)
return false
}
}