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diff --git a/scripts/buildObjects.js b/scripts/buildObjects.js
index a0f27cd..7695a5e 100644
--- a/scripts/buildObjects.js
+++ b/scripts/buildObjects.js
@@ -1,1787 +1,1787 @@
/*
* 3DCycles - A lightcycle game.
* Copyright (C) 2019 Glen Harpring
*
* This program is free software; you can redistribute it and/or
* modify it under the terms of the GNU General Public License
* as published by the Free Software Foundation; either version 2
* of the License, or (at your option) any later version.
*
* This program is distributed in the hope that it will be useful,
* but WITHOUT ANY WARRANTY; without even the implied warranty of
* MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
* GNU General Public License for more details.
*
* You should have received a copy of the GNU General Public License
* along with this program; if not, write to the Free Software
* Foundation, Inc., 51 Franklin Street, Fifth Floor, Boston, MA 02110-1301, USA.
*/
//TODO: neaten up this file, make it so the map isn't parsed a bunch of times
//TODO: use an object for the cycles?
//lots of Durf code around these parts...
//NOTE: these functions depend on the presence of mapSTRING and/or mapXML
//RETURNS: scene mesh/object to add into global object
function loadTextures()
{
- engine.textures.floor = new new THREE.TextureLoader().load("images/"+settings.FLOOR_TEXTURE);
- engine.textures.rim_wall = new new THREE.TextureLoader().load("images/"+settings.RIM_WALL_TEXTURE);
+ engine.textures.floor = new new THREE.TextureLoader().load(relPath(settings.FLOOR_TEXTURE,"images"));
+ engine.textures.rim_wall = new new THREE.TextureLoader().load(relPath(settings.RIM_WALL_TEXTURE,"images"));
//engine.textures.cycle_wall = new new THREE.TextureLoader().load('images/textures/dir_wall.png');
- engine.textures.cycle_body = new THREE.TextureLoader().load("images/"+settings.CYCLE_TEXTURES[0]);
- engine.textures.cycle_wheel = new THREE.TextureLoader().load("images/"+settings.CYCLE_TEXTURES[1])
+ engine.textures.cycle_body = new THREE.TextureLoader().load(relPath(settings.CYCLE_TEXTURES[0],"images"));
+ engine.textures.cycle_wheel = new THREE.TextureLoader().load(relPath(settings.CYCLE_TEXTURES[1],"images"))
engine.textures.cycle_shadow = new THREE.TextureLoader().load('images/textures/shadow.png')
}
//GRID
function buildGrid()
{
//floor texture stuff
engine.grid = new THREE.Object3D();//initialize global object
var sizeFactorHandle = settings.SIZE_FACTOR / 2;
engine.REAL_ARENA_SIZE_FACTOR = Math.pow(2, sizeFactorHandle);
var logicalBox = getLogicalBox(engine.mapString);// x, y, minx, miny, maxx, maxy
engine.logicalBox = {
center: { x:logicalBox[0], y: logicalBox[1]},
min: { x:logicalBox[2], y: logicalBox[3]},
max: { x:logicalBox[4], y: logicalBox[5]}
};
var logicalHeight = ((logicalBox[5]-logicalBox[3]) * engine.REAL_ARENA_SIZE_FACTOR)/* + 10*/;//+10 for outer edge
var logicalWidth = ((logicalBox[4]-logicalBox[2]) * engine.REAL_ARENA_SIZE_FACTOR)/* + 10*/;
if(!engine.dedicated)
{
var floorTexture = engine.textures.floor;
floorTexture.wrapS = floorTexture.wrapT = THREE.RepeatWrapping;
floorTexture.repeat.set(logicalWidth,logicalHeight); //floorTexture.repeat.set( 500, 500 );
var centerOffset_x = (logicalBox[2] * engine.REAL_ARENA_SIZE_FACTOR);//offset from bottom left corner
var centerOffset_x2 = Math.round((centerOffset_x % 1)*100000000)/100000000;
floorTexture.offset.x = centerOffset_x2;
var centerOffset_y = (logicalBox[3] * engine.REAL_ARENA_SIZE_FACTOR);//-5;//not needed since we only take %1 offset
var centerOffset_y2 = Math.round((centerOffset_y % 1)*100000000)/100000000;
floorTexture.offset.y = centerOffset_y2;
if(engine.usingWebgl)
{
var maxAnisotropy = engine.renderer.capabilities.getMaxAnisotropy();
floorTexture.anisotropy = maxAnisotropy;
}
var color = new THREE.Color(settings.FLOOR_RED,settings.FLOOR_GREEN,settings.FLOOR_BLUE);
var floorMaterial = new THREE.MeshBasicMaterial( { color:color, map: floorTexture,/* transparent: settings.ALPHA_BLEND /*, side: THREE.DoubleSide*/} );
floorMaterial.needsUpdate = true;//is this needed?
var floorGeometry = new THREE.PlaneBufferGeometry(logicalWidth*settings.GRID_SIZE,logicalHeight*settings.GRID_SIZE,1,1);
floorGeometry.dynamic = true;//is this needed?
var grid_object = new THREE.Mesh(floorGeometry, floorMaterial);
grid_object.position.x = logicalBox[0] * engine.REAL_ARENA_SIZE_FACTOR;
grid_object.position.y = logicalBox[1] * engine.REAL_ARENA_SIZE_FACTOR;
grid_object.position.z = -2/100;//move down 2/100 units for render glitch
//grid_object.scale.set(settings.GRID_SIZE,settings.GRID_SIZE,1);
//console.log("gridx: "+grid_object.position.x+" gridy: "+grid_object.position.y);
grid_object.geometry.dynamic = true;//is this needed?
if(settings.FLOOR_MIRROR)
{
engine.grid.mirror = grid_object.clone();
engine.grid.mirror.position.z -= 1/100;
engine.grid.reflection = new THREE.CubeCamera(0.01,100000,128);
engine.scene.add(engine.grid.reflection);
floorMaterial.envMap = engine.grid.reflection.renderTarget;
engine.grid.reflection.position.copy(grid_object.position);
//engine.grid.reflection.position.z = -250;
}
}
// return grid_object;
engine.grid.add(grid_object);//add to global object
//SPAWNS add to map data
var allSpawns = engine.mapXML.getElementsByTagName("Spawn");
for (s = 0; s < allSpawns.length; s++)
{
var sXpos = (allSpawns[s].getAttribute("x") * engine.REAL_ARENA_SIZE_FACTOR);
var sYpos = (allSpawns[s].getAttribute("y") * engine.REAL_ARENA_SIZE_FACTOR);
var sZpos = (allSpawns[s].getAttribute("z") * 1);
if(isNaN(sZpos)) sZpos = 0;
if ( allSpawns[s].hasAttribute("angle") ) { var sAng = allSpawns[s].getAttribute("angle"); }
else { var sAng = gafd( parseFloat(allSpawns[s].getAttribute("xdir")), parseFloat(allSpawns[s].getAttribute("ydir")) ); }
var spawn_data = [sXpos, sYpos, sZpos, sAng];
engine.map.spawns.push( spawn_data );
}
}//end of grid
///////////////////////////////
//WALLS
function buildWalls() {//builds all walls in map and returns object to add to scene
engine.walls = new THREE.Object3D();
var allWalls = engine.mapXML.getElementsByTagName("Wall");
for (var r = 0; r < allWalls.length; r++) {
var wall_points = new Array();
if(settings.HIGH_RIM)
var wall_height = Math.pow(2,16);
else
var wall_height = settings.LOW_RIM_HEIGHT; //4
if (allWalls[r].hasAttribute("height")) { wall_height = allWalls[r].getAttribute("height")*1; }
var allWallPoints = allWalls[r].getElementsByTagName("Point");
for (var q = 0; q < allWallPoints.length; q++)
{
wall_points.push(
[
allWallPoints[q].getAttribute("x") * engine.REAL_ARENA_SIZE_FACTOR,
allWallPoints[q].getAttribute("y") * engine.REAL_ARENA_SIZE_FACTOR,
0, //wall_bottom
wall_height
]
);
}
wall_object = buildWall(wall_points, wall_height);
//wall_object.receiveShadow = true;
//wall_object.castShadow = true;
engine.walls.add(wall_object);//add complete object to global walls
engine.map.walls.push(wall_points);//add to map data
}
}
//this is for buildWalls - builds a single wall out of many
var totalWallsLength = 0;//used to line textures like arma does
function buildWall(pointArray, height) {//builds a single <Wall> tag
if(!settings.RIM_WALL_REPEAT_TOP && height > settings.RIM_WALL_STRETCH_Y) height = settings.RIM_WALL_STRETCH_Y;
var geo = new THREE.Geometry();
for (var n = 0; n < pointArray.length; n++) {
var thisPoint = pointArray[n];
geo.vertices.push( new THREE.Vector3( (thisPoint[0]), (thisPoint[1]), 0) );
}
for (var m = 0; m < pointArray.length; m++) {
var thisPoint = pointArray[m];
geo.vertices.push( new THREE.Vector3( (thisPoint[0]), (thisPoint[1]), height) );
}
var totalLength = 0;
for (var i = 0; i < (geo.vertices.length/2)-1; i++) {
var p1x = geo.vertices[i].x; var p1y = geo.vertices[i].y;
var p2x = geo.vertices[i+1].x; var p2y = geo.vertices[i+1].y;
var dist = Math.sqrt( (p2x-=p1x)*p2x + (p2y-=p1y)*p2y );
totalLength += dist;
totalWallsLength += dist;
// console.log(totalLength);
// var slope = ( (py2 - py1) / (px2 - px1) );
// var invslope = -( (px2 - px1) / (py2 - py1) );
var normal = new THREE.Vector3( (p2y - p1y), -(p2x - p1x), 0 );
// c d
// a b
geo.faces.push(
new THREE.Face3( (i), (i+1), (i+(geo.vertices.length/2)), normal ), //a,b,c
new THREE.Face3( (i+(geo.vertices.length/2)+1), (i+(geo.vertices.length/2)), (i+1), normal ) //d,c,b
);
geo.faceVertexUvs[0].push(
[new THREE.Vector2((totalWallsLength-dist),0),new THREE.Vector2((totalWallsLength),0),new THREE.Vector2((totalWallsLength-dist),1)], //a,b,c
[new THREE.Vector2((totalWallsLength),1),new THREE.Vector2((totalWallsLength-dist),1),new THREE.Vector2((totalWallsLength),0)] //d,c,b
);
}
if(!engine.dedicated)
{
geo.uvsNeedUpdate = true;
geo.buffersNeedUpdate = true; //apparently isn't needed for desired effect
geo.computeFaceNormals();//for lighting
geo.computeVertexNormals();//for lighting?
if(settings.RIM_WALL_TEXTURE != "")
{
var wallTexture = engine.textures.rim_wall;
wallTexture.wrapS = THREE.RepeatWrapping;
if(settings.RIM_WALL_WRAP_Y) wallTexture.wrapT = THREE.RepeatWrapping;
wallTexture.repeat.set(1/settings.RIM_WALL_STRETCH_X,height/settings.RIM_WALL_STRETCH_Y); //totalLength, height
}
if(engine.usingWebgl)
{
var maxAnisotropy = engine.renderer.getMaxAnisotropy();
wallTexture.anisotropy = maxAnisotropy;
}
var wallIsTooLow = height<settings.RIM_WALL_LOWEST_HEIGHT;
var wallmat = new (settings.RIM_WALL_DEPTH?THREE.MeshLambertMaterial:THREE.MeshBasicMaterial)({
map: wallIsTooLow?null:(wallTexture==""?null:wallTexture),
transparent:settings.ALPHA_BLEND,opacity:settings.RIM_WALL_ALPHA,
color: wallIsTooLow?
new THREE.Color(settings.RIM_WALL_BELOW_HEIGHT_COLOR_R,settings.RIM_WALL_BELOW_HEIGHT_COLOR_G,settings.RIM_WALL_BELOW_HEIGHT_COLOR_B)
:
new THREE.Color(settings.RIM_WALL_RED,settings.RIM_WALL_GREEN,settings.RIM_WALL_BLUE),
side: THREE.DoubleSide, flatShading: true
});
// var wallmat = new THREE.MeshLambertMaterial({ color: 0x404040, side: THREE.DoubleSide, shading: THREE.FlatShading});
//use this material for better fps - textures OFF
var thewall = new THREE.Mesh( geo, wallmat );
return thewall;
}
}
/////////////////////////////
//ZONES
function buildZones()
{
engine.zones = new THREE.Object3D();
var mapsZones = engine.mapXML.getElementsByTagName("Zone");
console.log("NUM ZONES = "+mapsZones.length);
for (var p = 0; p < mapsZones.length; p++)
{
var zonesType = "death", color = false, value = 0;
if (mapsZones[p].hasAttribute("effect")) { zonesType = mapsZones[p].getAttribute("effect"); }
var point = mapsZones[p].getElementsByTagName("Point");
var zonesXpos = (point[0].getAttribute("x") * engine.REAL_ARENA_SIZE_FACTOR);
var zonesYpos = (point[0].getAttribute("y") * engine.REAL_ARENA_SIZE_FACTOR);
var circle = mapsZones[p].getElementsByTagName("ShapeCircle");
if(circle)
{
var zonesRadius = (circle[0].getAttribute("radius") * engine.REAL_ARENA_SIZE_FACTOR);
var zonesExpansion = circle[0].getAttribute("growth")*1;
}
else
{
var polygon = mapsZones[p].getElementsByTagName("ShapePolygon");
if(polygon)
{
}
}
if(isNaN(zonesExpansion)) zonesExpansion = 0;
var colorelement = mapsZones[p].getElementsByTagName("Color")[0];
if(colorelement)
{
if(colorelement.attributes.hexCode)
{
color = 1*(colorelement.getAttribute("hexCode"));
}
else if(colorelement.attributes.r || colorelement.attributes.g || colorelement.attributes.b)
{
color = new THREE.Color(colorelement.getAttribute("r")/15,colorelement.getAttribute("g")/15,colorelement.getAttribute("b")/15);
}
else if(colorelement.attributes.red || colorelement.attributes.green || colorelement.attributes.blue)
{
var r=colorelement.getAttribute("red"),g=colorelement.getAttribute("green"),b=colorelement.getAttribute("blue");
var a = colorelement.attributes.alpha?colorelement.getAttribute("alpha"):1;
color = new THREE.Color(r,g,b);
}
}
var delay = mapsZones[p].attributes.delay?mapsZones[p].getAttribute("delay"):0;
switch(zonesType)
{
case "rubber":
value = mapsZones[p].getAttribute("rubberVal");
break;
case "speed": case "acceleration":
value = mapsZones[p].getAttribute("speed");
break;
}
/*zone_object = createZone(zonesType,zonesXpos,zonesYpos,zonesRadius,color);
var zone_data = [zonesType, zonesXpos, zonesYpos, zonesRadius, zonesExpansion, value,0,0,false];
engine.map.zones.push(zone_data);
console.log("ZONE ADDED: "+zonesType);
engine.zones.add(zone_object);*/
new Zone({type:zonesType,x:zonesXpos,y:zonesYpos,radius:zonesRadius,color:color}).spawn();
}
//for (var z = 0; z < engine.a_zone.length; z++) { all_zones.add( a_zone[z] ); }
}
var zSpawn = function()
{
engine.zones.add(this);
engine.map.zones.push([this.type,this.x,this.y,this.radius,this.expansion,this.value,this.xdir,this.ydir,this.bounce]); //DEPRECATED
};
function llll(zone)
{
}
/////////////////////////////
//CYCLE (TODO:split into cycle model chooser file)
var cycleModel = function(colorCode) {//builds a single cycle
var model = new THREE.Object3D();
if(!engine.dedicated)
{
var geo_body = new THREE.Geometry();
var geo_front = new THREE.Geometry();
var geo_back = new THREE.Geometry();
/*____________armagetron cycle______________*/
geo_body.vertices.push(
new THREE.Vector3( 0.787148, 0.394117, 0.964472),
new THREE.Vector3( 1.982280, 0.145382, 1.00079),
new THREE.Vector3( 1.685360, 0.169418, 1.21508),
new THREE.Vector3( 1.179990, 0.197158, 1.43881),
new THREE.Vector3( 0.586153, 0.197158, 1.54688),
new THREE.Vector3( -0.340365, 0.164937, 1.54215),
new THREE.Vector3( -0.476320, 0.145253, 1.44595),
new THREE.Vector3( -0.508108, 0.135410, 1.30398),
new THREE.Vector3( 0.531900, 0.197158, 0.234183),
new THREE.Vector3( 1.482190, 0.197158, 0.232375),
new THREE.Vector3( 2.049060, 0.141480, 0.847465),
new THREE.Vector3( 1.982280, -0.143510, 1.00079),
new THREE.Vector3( 1.685360, -0.171200, 1.21508),
new THREE.Vector3( 1.179990, -0.199500, 1.43881),
new THREE.Vector3( 0.586153, -0.199500, 1.54688),
new THREE.Vector3( -0.340450, -0.168183, 1.54215),
new THREE.Vector3( -0.476405, -0.138655, 1.44595),
new THREE.Vector3( -0.508192, -0.128813, 1.30398),
new THREE.Vector3( 0.531900, -0.199500, 0.234183),
new THREE.Vector3( 1.482190, -0.199500, 0.232375),
new THREE.Vector3( 2.046890, -0.134012, 0.847465),
new THREE.Vector3( 0.785515, -0.393152, 0.964472)
);
//minx = -0.508192
//maxx = 2.049060
//miny = -0.393152
//maxy = 0.394117
//minz = 0.232375
//maxz = 1.54688
//0 , 0 - 1 , 1
//-0.508192 , 0.232375
//2.049060 , 1.54688
//x & z
var bodyrangex = (-0.508192 - 2.049060) * -1; //range = (lowest - highest) * -1
var bodyoffsetx = 0 - -0.508192; //offset = 0 - lowest
var bodyrangez = (0.232375 - 1.54688) * -1;
var bodyoffsetz = 0 - 0.232375;
geo_body.faces.push(
new THREE.Face3( 0, 2, 1 ),
new THREE.Face3( 0, 3, 2 ),
new THREE.Face3( 0, 4, 3 ),
new THREE.Face3( 0, 5, 4 ),
new THREE.Face3( 0, 6, 5 ),
new THREE.Face3( 0, 7, 6 ),
new THREE.Face3( 0, 8, 7 ),
new THREE.Face3( 0, 9, 8 ),
new THREE.Face3( 0, 10, 9 ),
new THREE.Face3( 0, 1, 10 ),
new THREE.Face3( 1, 12, 11 ),
new THREE.Face3( 1, 2, 12 ),
new THREE.Face3( 2, 13, 12 ),
new THREE.Face3( 2, 3, 13 ),
new THREE.Face3( 3, 14, 13 ),
new THREE.Face3( 3, 4, 14 ),
new THREE.Face3( 4, 15, 14 ),
new THREE.Face3( 4, 5, 15 ),
new THREE.Face3( 5, 16, 15 ),
new THREE.Face3( 5, 6, 16 ),
new THREE.Face3( 6, 17, 16 ),
new THREE.Face3( 6, 7, 17 ),
new THREE.Face3( 7, 18, 17 ),
new THREE.Face3( 7, 8, 18 ),
new THREE.Face3( 8, 19, 18 ),
new THREE.Face3( 8, 9, 19 ),
new THREE.Face3( 9, 20, 19 ),
new THREE.Face3( 9, 10, 20 ),
new THREE.Face3( 10, 11, 20 ),
new THREE.Face3( 10, 1, 11 ),
new THREE.Face3( 21, 11, 12 ),
new THREE.Face3( 21, 12, 13 ),
new THREE.Face3( 21, 13, 14 ),
new THREE.Face3( 21, 14, 15 ),
new THREE.Face3( 21, 15, 16 ),
new THREE.Face3( 21, 16, 17 ),
new THREE.Face3( 21, 17, 18 ),
new THREE.Face3( 21, 18, 19 ),
new THREE.Face3( 21, 19, 20 ),
new THREE.Face3( 21, 20, 11 )
);
geo_body.faceVertexUvs[0].push(
[
new THREE.Vector2( ((geo_body.vertices[0].x + bodyoffsetx) / bodyrangex ), ((geo_body.vertices[0].z + bodyoffsetz) / bodyrangez)),
new THREE.Vector2( ((geo_body.vertices[2].x + bodyoffsetx) / bodyrangex ), ((geo_body.vertices[2].z + bodyoffsetz) / bodyrangez)),
new THREE.Vector2( ((geo_body.vertices[1].x + bodyoffsetx) / bodyrangex ), ((geo_body.vertices[1].z + bodyoffsetz) / bodyrangez))
],
[
new THREE.Vector2( ((geo_body.vertices[0].x + bodyoffsetx) / bodyrangex ), ((geo_body.vertices[0].z + bodyoffsetz) / bodyrangez)),
new THREE.Vector2( ((geo_body.vertices[3].x + bodyoffsetx) / bodyrangex ), ((geo_body.vertices[3].z + bodyoffsetz) / bodyrangez)),
new THREE.Vector2( ((geo_body.vertices[2].x + bodyoffsetx) / bodyrangex ), ((geo_body.vertices[2].z + bodyoffsetz) / bodyrangez))
],
[
new THREE.Vector2( ((geo_body.vertices[0].x + bodyoffsetx) / bodyrangex ), ((geo_body.vertices[0].z + bodyoffsetz) / bodyrangez)),
new THREE.Vector2( ((geo_body.vertices[4].x + bodyoffsetx) / bodyrangex ), ((geo_body.vertices[4].z + bodyoffsetz) / bodyrangez)),
new THREE.Vector2( ((geo_body.vertices[3].x + bodyoffsetx) / bodyrangex ), ((geo_body.vertices[3].z + bodyoffsetz) / bodyrangez))
],
[
new THREE.Vector2( ((geo_body.vertices[0].x + bodyoffsetx) / bodyrangex ), ((geo_body.vertices[0].z + bodyoffsetz) / bodyrangez)),
new THREE.Vector2( ((geo_body.vertices[5].x + bodyoffsetx) / bodyrangex ), ((geo_body.vertices[5].z + bodyoffsetz) / bodyrangez)),
new THREE.Vector2( ((geo_body.vertices[4].x + bodyoffsetx) / bodyrangex ), ((geo_body.vertices[4].z + bodyoffsetz) / bodyrangez))
],
[
new THREE.Vector2( ((geo_body.vertices[0].x + bodyoffsetx) / bodyrangex ), ((geo_body.vertices[0].z + bodyoffsetz) / bodyrangez)),
new THREE.Vector2( ((geo_body.vertices[6].x + bodyoffsetx) / bodyrangex ), ((geo_body.vertices[6].z + bodyoffsetz) / bodyrangez)),
new THREE.Vector2( ((geo_body.vertices[5].x + bodyoffsetx) / bodyrangex ), ((geo_body.vertices[5].z + bodyoffsetz) / bodyrangez))
],
[
new THREE.Vector2( ((geo_body.vertices[0].x + bodyoffsetx) / bodyrangex ), ((geo_body.vertices[0].z + bodyoffsetz) / bodyrangez)),
new THREE.Vector2( ((geo_body.vertices[7].x + bodyoffsetx) / bodyrangex ), ((geo_body.vertices[7].z + bodyoffsetz) / bodyrangez)),
new THREE.Vector2( ((geo_body.vertices[6].x + bodyoffsetx) / bodyrangex ), ((geo_body.vertices[6].z + bodyoffsetz) / bodyrangez))
],
[
new THREE.Vector2( ((geo_body.vertices[0].x + bodyoffsetx) / bodyrangex ), ((geo_body.vertices[0].z + bodyoffsetz) / bodyrangez)),
new THREE.Vector2( ((geo_body.vertices[8].x + bodyoffsetx) / bodyrangex ), ((geo_body.vertices[8].z + bodyoffsetz) / bodyrangez)),
new THREE.Vector2( ((geo_body.vertices[7].x + bodyoffsetx) / bodyrangex ), ((geo_body.vertices[7].z + bodyoffsetz) / bodyrangez))
],
[
new THREE.Vector2( ((geo_body.vertices[0].x + bodyoffsetx) / bodyrangex ), ((geo_body.vertices[0].z + bodyoffsetz) / bodyrangez)),
new THREE.Vector2( ((geo_body.vertices[9].x + bodyoffsetx) / bodyrangex ), ((geo_body.vertices[9].z + bodyoffsetz) / bodyrangez)),
new THREE.Vector2( ((geo_body.vertices[8].x + bodyoffsetx) / bodyrangex ), ((geo_body.vertices[8].z + bodyoffsetz) / bodyrangez))
],
[
new THREE.Vector2( ((geo_body.vertices[0].x + bodyoffsetx) / bodyrangex ), ((geo_body.vertices[0].z + bodyoffsetz) / bodyrangez)),
new THREE.Vector2( ((geo_body.vertices[10].x + bodyoffsetx) / bodyrangex ), ((geo_body.vertices[10].z + bodyoffsetz) / bodyrangez)),
new THREE.Vector2( ((geo_body.vertices[9].x + bodyoffsetx) / bodyrangex ), ((geo_body.vertices[9].z + bodyoffsetz) / bodyrangez))
],
[
new THREE.Vector2( ((geo_body.vertices[0].x + bodyoffsetx) / bodyrangex ), ((geo_body.vertices[0].z + bodyoffsetz) / bodyrangez)),
new THREE.Vector2( ((geo_body.vertices[1].x + bodyoffsetx) / bodyrangex ), ((geo_body.vertices[1].z + bodyoffsetz) / bodyrangez)),
new THREE.Vector2( ((geo_body.vertices[10].x + bodyoffsetx) / bodyrangex ), ((geo_body.vertices[10].z + bodyoffsetz) / bodyrangez))
],
[
new THREE.Vector2( ((geo_body.vertices[1].x + bodyoffsetx) / bodyrangex ), ((geo_body.vertices[1].z + bodyoffsetz) / bodyrangez)),
new THREE.Vector2( ((geo_body.vertices[12].x + bodyoffsetx) / bodyrangex ), ((geo_body.vertices[12].z + bodyoffsetz) / bodyrangez)),
new THREE.Vector2( ((geo_body.vertices[11].x + bodyoffsetx) / bodyrangex ), ((geo_body.vertices[11].z + bodyoffsetz) / bodyrangez))
],
[
new THREE.Vector2( ((geo_body.vertices[1].x + bodyoffsetx) / bodyrangex ), ((geo_body.vertices[1].z + bodyoffsetz) / bodyrangez)),
new THREE.Vector2( ((geo_body.vertices[2].x + bodyoffsetx) / bodyrangex ), ((geo_body.vertices[2].z + bodyoffsetz) / bodyrangez)),
new THREE.Vector2( ((geo_body.vertices[12].x + bodyoffsetx) / bodyrangex ), ((geo_body.vertices[12].z + bodyoffsetz) / bodyrangez))
],
[
new THREE.Vector2( ((geo_body.vertices[2].x + bodyoffsetx) / bodyrangex ), ((geo_body.vertices[2].z + bodyoffsetz) / bodyrangez)),
new THREE.Vector2( ((geo_body.vertices[13].x + bodyoffsetx) / bodyrangex ), ((geo_body.vertices[13].z + bodyoffsetz) / bodyrangez)),
new THREE.Vector2( ((geo_body.vertices[12].x + bodyoffsetx) / bodyrangex ), ((geo_body.vertices[12].z + bodyoffsetz) / bodyrangez))
],
[
new THREE.Vector2( ((geo_body.vertices[2].x + bodyoffsetx) / bodyrangex ), ((geo_body.vertices[2].z + bodyoffsetz) / bodyrangez)),
new THREE.Vector2( ((geo_body.vertices[3].x + bodyoffsetx) / bodyrangex ), ((geo_body.vertices[3].z + bodyoffsetz) / bodyrangez)),
new THREE.Vector2( ((geo_body.vertices[13].x + bodyoffsetx) / bodyrangex ), ((geo_body.vertices[13].z + bodyoffsetz) / bodyrangez))
],
[
new THREE.Vector2( ((geo_body.vertices[3].x + bodyoffsetx) / bodyrangex ), ((geo_body.vertices[3].z + bodyoffsetz) / bodyrangez)),
new THREE.Vector2( ((geo_body.vertices[14].x + bodyoffsetx) / bodyrangex ), ((geo_body.vertices[14].z + bodyoffsetz) / bodyrangez)),
new THREE.Vector2( ((geo_body.vertices[13].x + bodyoffsetx) / bodyrangex ), ((geo_body.vertices[13].z + bodyoffsetz) / bodyrangez))
],
[
new THREE.Vector2( ((geo_body.vertices[3].x + bodyoffsetx) / bodyrangex ), ((geo_body.vertices[3].z + bodyoffsetz) / bodyrangez)),
new THREE.Vector2( ((geo_body.vertices[4].x + bodyoffsetx) / bodyrangex ), ((geo_body.vertices[4].z + bodyoffsetz) / bodyrangez)),
new THREE.Vector2( ((geo_body.vertices[14].x + bodyoffsetx) / bodyrangex ), ((geo_body.vertices[14].z + bodyoffsetz) / bodyrangez))
],
[
new THREE.Vector2( ((geo_body.vertices[4].x + bodyoffsetx) / bodyrangex ), ((geo_body.vertices[4].z + bodyoffsetz) / bodyrangez)),
new THREE.Vector2( ((geo_body.vertices[15].x + bodyoffsetx) / bodyrangex ), ((geo_body.vertices[15].z + bodyoffsetz) / bodyrangez)),
new THREE.Vector2( ((geo_body.vertices[14].x + bodyoffsetx) / bodyrangex ), ((geo_body.vertices[14].z + bodyoffsetz) / bodyrangez))
],
[
new THREE.Vector2( ((geo_body.vertices[4].x + bodyoffsetx) / bodyrangex ), ((geo_body.vertices[4].z + bodyoffsetz) / bodyrangez)),
new THREE.Vector2( ((geo_body.vertices[5].x + bodyoffsetx) / bodyrangex ), ((geo_body.vertices[5].z + bodyoffsetz) / bodyrangez)),
new THREE.Vector2( ((geo_body.vertices[15].x + bodyoffsetx) / bodyrangex ), ((geo_body.vertices[15].z + bodyoffsetz) / bodyrangez))
],
[
new THREE.Vector2( ((geo_body.vertices[5].x + bodyoffsetx) / bodyrangex ), ((geo_body.vertices[5].z + bodyoffsetz) / bodyrangez)),
new THREE.Vector2( ((geo_body.vertices[16].x + bodyoffsetx) / bodyrangex ), ((geo_body.vertices[16].z + bodyoffsetz) / bodyrangez)),
new THREE.Vector2( ((geo_body.vertices[15].x + bodyoffsetx) / bodyrangex ), ((geo_body.vertices[15].z + bodyoffsetz) / bodyrangez))
],
[
new THREE.Vector2( ((geo_body.vertices[5].x + bodyoffsetx) / bodyrangex ), ((geo_body.vertices[5].z + bodyoffsetz) / bodyrangez)),
new THREE.Vector2( ((geo_body.vertices[6].x + bodyoffsetx) / bodyrangex ), ((geo_body.vertices[6].z + bodyoffsetz) / bodyrangez)),
new THREE.Vector2( ((geo_body.vertices[16].x + bodyoffsetx) / bodyrangex ), ((geo_body.vertices[16].z + bodyoffsetz) / bodyrangez))
],
[
new THREE.Vector2( ((geo_body.vertices[6].x + bodyoffsetx) / bodyrangex ), ((geo_body.vertices[6].z + bodyoffsetz) / bodyrangez)),
new THREE.Vector2( ((geo_body.vertices[17].x + bodyoffsetx) / bodyrangex ), ((geo_body.vertices[17].z + bodyoffsetz) / bodyrangez)),
new THREE.Vector2( ((geo_body.vertices[16].x + bodyoffsetx) / bodyrangex ), ((geo_body.vertices[16].z + bodyoffsetz) / bodyrangez))
],
[
new THREE.Vector2( ((geo_body.vertices[6].x + bodyoffsetx) / bodyrangex ), ((geo_body.vertices[6].z + bodyoffsetz) / bodyrangez)),
new THREE.Vector2( ((geo_body.vertices[7].x + bodyoffsetx) / bodyrangex ), ((geo_body.vertices[7].z + bodyoffsetz) / bodyrangez)),
new THREE.Vector2( ((geo_body.vertices[17].x + bodyoffsetx) / bodyrangex ), ((geo_body.vertices[17].z + bodyoffsetz) / bodyrangez))
],
[
new THREE.Vector2( ((geo_body.vertices[7].x + bodyoffsetx) / bodyrangex ), ((geo_body.vertices[7].z + bodyoffsetz) / bodyrangez)),
new THREE.Vector2( ((geo_body.vertices[18].x + bodyoffsetx) / bodyrangex ), ((geo_body.vertices[18].z + bodyoffsetz) / bodyrangez)),
new THREE.Vector2( ((geo_body.vertices[17].x + bodyoffsetx) / bodyrangex ), ((geo_body.vertices[17].z + bodyoffsetz) / bodyrangez))
],
[
new THREE.Vector2( ((geo_body.vertices[7].x + bodyoffsetx) / bodyrangex ), ((geo_body.vertices[7].z + bodyoffsetz) / bodyrangez)),
new THREE.Vector2( ((geo_body.vertices[8].x + bodyoffsetx) / bodyrangex ), ((geo_body.vertices[8].z + bodyoffsetz) / bodyrangez)),
new THREE.Vector2( ((geo_body.vertices[18].x + bodyoffsetx) / bodyrangex ), ((geo_body.vertices[18].z + bodyoffsetz) / bodyrangez))
],
[
new THREE.Vector2( ((geo_body.vertices[8].x + bodyoffsetx) / bodyrangex ), ((geo_body.vertices[8].z + bodyoffsetz) / bodyrangez)),
new THREE.Vector2( ((geo_body.vertices[19].x + bodyoffsetx) / bodyrangex ), ((geo_body.vertices[19].z + bodyoffsetz) / bodyrangez)),
new THREE.Vector2( ((geo_body.vertices[18].x + bodyoffsetx) / bodyrangex ), ((geo_body.vertices[18].z + bodyoffsetz) / bodyrangez))
],
[
new THREE.Vector2( ((geo_body.vertices[8].x + bodyoffsetx) / bodyrangex ), ((geo_body.vertices[8].z + bodyoffsetz) / bodyrangez)),
new THREE.Vector2( ((geo_body.vertices[9].x + bodyoffsetx) / bodyrangex ), ((geo_body.vertices[9].z + bodyoffsetz) / bodyrangez)),
new THREE.Vector2( ((geo_body.vertices[19].x + bodyoffsetx) / bodyrangex ), ((geo_body.vertices[19].z + bodyoffsetz) / bodyrangez))
],
[
new THREE.Vector2( ((geo_body.vertices[9].x + bodyoffsetx) / bodyrangex ), ((geo_body.vertices[9].z + bodyoffsetz) / bodyrangez)),
new THREE.Vector2( ((geo_body.vertices[20].x + bodyoffsetx) / bodyrangex ), ((geo_body.vertices[20].z + bodyoffsetz) / bodyrangez)),
new THREE.Vector2( ((geo_body.vertices[19].x + bodyoffsetx) / bodyrangex ), ((geo_body.vertices[19].z + bodyoffsetz) / bodyrangez))
],
[
new THREE.Vector2( ((geo_body.vertices[9].x + bodyoffsetx) / bodyrangex ), ((geo_body.vertices[9].z + bodyoffsetz) / bodyrangez)),
new THREE.Vector2( ((geo_body.vertices[10].x + bodyoffsetx) / bodyrangex ), ((geo_body.vertices[10].z + bodyoffsetz) / bodyrangez)),
new THREE.Vector2( ((geo_body.vertices[20].x + bodyoffsetx) / bodyrangex ), ((geo_body.vertices[20].z + bodyoffsetz) / bodyrangez))
],
[
new THREE.Vector2( ((geo_body.vertices[10].x + bodyoffsetx) / bodyrangex ), ((geo_body.vertices[10].z + bodyoffsetz) / bodyrangez)),
new THREE.Vector2( ((geo_body.vertices[11].x + bodyoffsetx) / bodyrangex ), ((geo_body.vertices[11].z + bodyoffsetz) / bodyrangez)),
new THREE.Vector2( ((geo_body.vertices[20].x + bodyoffsetx) / bodyrangex ), ((geo_body.vertices[20].z + bodyoffsetz) / bodyrangez))
],
[
new THREE.Vector2( ((geo_body.vertices[10].x + bodyoffsetx) / bodyrangex ), ((geo_body.vertices[10].z + bodyoffsetz) / bodyrangez)),
new THREE.Vector2( ((geo_body.vertices[1].x + bodyoffsetx) / bodyrangex ), ((geo_body.vertices[1].z + bodyoffsetz) / bodyrangez)),
new THREE.Vector2( ((geo_body.vertices[11].x + bodyoffsetx) / bodyrangex ), ((geo_body.vertices[11].z + bodyoffsetz) / bodyrangez))
],
[
new THREE.Vector2( ((geo_body.vertices[21].x + bodyoffsetx) / bodyrangex ), ((geo_body.vertices[21].z + bodyoffsetz) / bodyrangez)),
new THREE.Vector2( ((geo_body.vertices[11].x + bodyoffsetx) / bodyrangex ), ((geo_body.vertices[11].z + bodyoffsetz) / bodyrangez)),
new THREE.Vector2( ((geo_body.vertices[12].x + bodyoffsetx) / bodyrangex ), ((geo_body.vertices[12].z + bodyoffsetz) / bodyrangez))
],
[
new THREE.Vector2( ((geo_body.vertices[21].x + bodyoffsetx) / bodyrangex ), ((geo_body.vertices[21].z + bodyoffsetz) / bodyrangez)),
new THREE.Vector2( ((geo_body.vertices[12].x + bodyoffsetx) / bodyrangex ), ((geo_body.vertices[12].z + bodyoffsetz) / bodyrangez)),
new THREE.Vector2( ((geo_body.vertices[13].x + bodyoffsetx) / bodyrangex ), ((geo_body.vertices[13].z + bodyoffsetz) / bodyrangez))
],
[
new THREE.Vector2( ((geo_body.vertices[21].x + bodyoffsetx) / bodyrangex ), ((geo_body.vertices[21].z + bodyoffsetz) / bodyrangez)),
new THREE.Vector2( ((geo_body.vertices[13].x + bodyoffsetx) / bodyrangex ), ((geo_body.vertices[13].z + bodyoffsetz) / bodyrangez)),
new THREE.Vector2( ((geo_body.vertices[14].x + bodyoffsetx) / bodyrangex ), ((geo_body.vertices[14].z + bodyoffsetz) / bodyrangez))
],
[
new THREE.Vector2( ((geo_body.vertices[21].x + bodyoffsetx) / bodyrangex ), ((geo_body.vertices[21].z + bodyoffsetz) / bodyrangez)),
new THREE.Vector2( ((geo_body.vertices[14].x + bodyoffsetx) / bodyrangex ), ((geo_body.vertices[14].z + bodyoffsetz) / bodyrangez)),
new THREE.Vector2( ((geo_body.vertices[15].x + bodyoffsetx) / bodyrangex ), ((geo_body.vertices[15].z + bodyoffsetz) / bodyrangez))
],
[
new THREE.Vector2( ((geo_body.vertices[21].x + bodyoffsetx) / bodyrangex ), ((geo_body.vertices[21].z + bodyoffsetz) / bodyrangez)),
new THREE.Vector2( ((geo_body.vertices[15].x + bodyoffsetx) / bodyrangex ), ((geo_body.vertices[15].z + bodyoffsetz) / bodyrangez)),
new THREE.Vector2( ((geo_body.vertices[16].x + bodyoffsetx) / bodyrangex ), ((geo_body.vertices[16].z + bodyoffsetz) / bodyrangez))
],
[
new THREE.Vector2( ((geo_body.vertices[21].x + bodyoffsetx) / bodyrangex ), ((geo_body.vertices[21].z + bodyoffsetz) / bodyrangez)),
new THREE.Vector2( ((geo_body.vertices[16].x + bodyoffsetx) / bodyrangex ), ((geo_body.vertices[16].z + bodyoffsetz) / bodyrangez)),
new THREE.Vector2( ((geo_body.vertices[17].x + bodyoffsetx) / bodyrangex ), ((geo_body.vertices[17].z + bodyoffsetz) / bodyrangez))
],
[
new THREE.Vector2( ((geo_body.vertices[21].x + bodyoffsetx) / bodyrangex ), ((geo_body.vertices[21].z + bodyoffsetz) / bodyrangez)),
new THREE.Vector2( ((geo_body.vertices[17].x + bodyoffsetx) / bodyrangex ), ((geo_body.vertices[17].z + bodyoffsetz) / bodyrangez)),
new THREE.Vector2( ((geo_body.vertices[18].x + bodyoffsetx) / bodyrangex ), ((geo_body.vertices[18].z + bodyoffsetz) / bodyrangez))
],
[
new THREE.Vector2( ((geo_body.vertices[21].x + bodyoffsetx) / bodyrangex ), ((geo_body.vertices[21].z + bodyoffsetz) / bodyrangez)),
new THREE.Vector2( ((geo_body.vertices[18].x + bodyoffsetx) / bodyrangex ), ((geo_body.vertices[18].z + bodyoffsetz) / bodyrangez)),
new THREE.Vector2( ((geo_body.vertices[19].x + bodyoffsetx) / bodyrangex ), ((geo_body.vertices[19].z + bodyoffsetz) / bodyrangez))
],
[
new THREE.Vector2( ((geo_body.vertices[21].x + bodyoffsetx) / bodyrangex ), ((geo_body.vertices[21].z + bodyoffsetz) / bodyrangez)),
new THREE.Vector2( ((geo_body.vertices[19].x + bodyoffsetx) / bodyrangex ), ((geo_body.vertices[19].z + bodyoffsetz) / bodyrangez)),
new THREE.Vector2( ((geo_body.vertices[20].x + bodyoffsetx) / bodyrangex ), ((geo_body.vertices[20].z + bodyoffsetz) / bodyrangez))
],
[
new THREE.Vector2( ((geo_body.vertices[21].x + bodyoffsetx) / bodyrangex ), ((geo_body.vertices[21].z + bodyoffsetz) / bodyrangez)),
new THREE.Vector2( ((geo_body.vertices[20].x + bodyoffsetx) / bodyrangex ), ((geo_body.vertices[20].z + bodyoffsetz) / bodyrangez)),
new THREE.Vector2( ((geo_body.vertices[11].x + bodyoffsetx) / bodyrangex ), ((geo_body.vertices[11].z + bodyoffsetz) / bodyrangez))
]
);
geo_front.vertices.push(
new THREE.Vector3( -0.439773, 0.00019, 0 ),
new THREE.Vector3( -0.355783, 0.00019, 0.258492 ),
new THREE.Vector3( -0.135898, 0.00019, 0.418248 ),
new THREE.Vector3( 0.135898, 0.00019, 0.418248 ),
new THREE.Vector3( 0.355783, 0.00019, 0.258492 ),
new THREE.Vector3( 0.439770, 0.00019, 0 ),
new THREE.Vector3( 0.355783, 0.00019, -0.25849 ),
new THREE.Vector3( 0.135898, 0.00019, -0.418248 ),
new THREE.Vector3( -0.135898, 0.00019, -0.418248 ),
new THREE.Vector3( -0.355783, 0.00019, -0.25849 ),
new THREE.Vector3( -0.336475, 0.29717, 0 ),
new THREE.Vector3( -0.272215, 0.29717, 0.197775 ),
new THREE.Vector3( -0.103978, 0.29717, 0.320007 ),
new THREE.Vector3( 0.103975, 0.29717, 0.320007 ),
new THREE.Vector3( 0.272213, 0.29717, 0.197775 ),
new THREE.Vector3( 0.336475, 0.29717, 0 ),
new THREE.Vector3( 0.272213, 0.29717, -0.197775 ),
new THREE.Vector3( 0.103975, 0.29717, -0.320005 ),
new THREE.Vector3( -0.103978, 0.29717, -0.320005 ),
new THREE.Vector3( -0.272215, 0.29717, -0.197775 ),
new THREE.Vector3( 0.000000, 0.29717, 0 ),
new THREE.Vector3( -0.336475, -0.29679, 0 ),
new THREE.Vector3( -0.272215, -0.29679, 0.197775 ),
new THREE.Vector3( -0.103978, -0.29679, 0.320007 ),
new THREE.Vector3( 0.103975, -0.29679, 0.320007 ),
new THREE.Vector3( 0.272213, -0.29679, 0.197775 ),
new THREE.Vector3( 0.336475, -0.29679, 0 ),
new THREE.Vector3( 0.272213, -0.29679, -0.197775 ),
new THREE.Vector3( 0.103975, -0.29679, -0.320005 ),
new THREE.Vector3( -0.103978, -0.29679, -0.320005 ),
new THREE.Vector3( -0.272215, -0.29679, -0.197775 ),
new THREE.Vector3( 0.000000, -0.29679, 0 )
);
//x & z
var frontrangex = (-0.439773 - 0.439770) * -1; //range = (lowest - highest) * -1
var frontoffsetx = 0 - -0.439773; //offset = 0 - lowest
var frontrangez = (-0.418248 - 0.418248) * -1;
var frontoffsetz = 0 - -0.418248;
geo_front.faces.push(
new THREE.Face3( 0, 11, 10 ),
new THREE.Face3( 0, 1, 11 ),
new THREE.Face3( 1, 12, 11 ),
new THREE.Face3( 1, 2, 12 ),
new THREE.Face3( 2, 13, 12 ),
new THREE.Face3( 2, 3, 13 ),
new THREE.Face3( 3, 14, 13 ),
new THREE.Face3( 3, 4, 14 ),
new THREE.Face3( 4, 15, 14 ),
new THREE.Face3( 4, 5, 15 ),
new THREE.Face3( 5, 16, 15 ),
new THREE.Face3( 5, 6, 16 ),
new THREE.Face3( 6, 17, 16 ),
new THREE.Face3( 6, 7, 17 ),
new THREE.Face3( 7, 18, 17 ),
new THREE.Face3( 7, 8, 18 ),
new THREE.Face3( 8, 19, 18 ),
new THREE.Face3( 8, 9, 19 ),
new THREE.Face3( 9, 10, 19 ),
new THREE.Face3( 9, 0, 10 ),
new THREE.Face3( 20, 10, 11 ),
new THREE.Face3( 20, 11, 12 ),
new THREE.Face3( 20, 12, 13 ),
new THREE.Face3( 20, 13, 14 ),
new THREE.Face3( 20, 14, 15 ),
new THREE.Face3( 20, 15, 16 ),
new THREE.Face3( 20, 16, 17 ),
new THREE.Face3( 20, 17, 18 ),
new THREE.Face3( 20, 18, 19 ),
new THREE.Face3( 20, 19, 10 ),
new THREE.Face3( 21, 22, 0 ),
new THREE.Face3( 22, 1, 0 ),
new THREE.Face3( 22, 23, 1 ),
new THREE.Face3( 23, 2, 1 ),
new THREE.Face3( 23, 24, 2 ),
new THREE.Face3( 24, 3, 2 ),
new THREE.Face3( 24, 25, 3 ),
new THREE.Face3( 25, 4, 3 ),
new THREE.Face3( 25, 26, 4 ),
new THREE.Face3( 26, 5, 4 ),
new THREE.Face3( 26, 27, 5 ),
new THREE.Face3( 27, 6, 5 ),
new THREE.Face3( 27, 28, 6 ),
new THREE.Face3( 28, 7, 6 ),
new THREE.Face3( 28, 29, 7 ),
new THREE.Face3( 29, 8, 7 ),
new THREE.Face3( 29, 30, 8 ),
new THREE.Face3( 30, 9, 8 ),
new THREE.Face3( 30, 21, 9 ),
new THREE.Face3( 21, 0, 9 ),
new THREE.Face3( 22, 21, 31 ),
new THREE.Face3( 23, 22, 31 ),
new THREE.Face3( 24, 23, 31 ),
new THREE.Face3( 25, 24, 31 ),
new THREE.Face3( 26, 25, 31 ),
new THREE.Face3( 27, 26, 31 ),
new THREE.Face3( 28, 27, 31 ),
new THREE.Face3( 29, 28, 31 ),
new THREE.Face3( 30, 29, 31 ),
new THREE.Face3( 21, 30, 31 )
);
geo_front.faceVertexUvs[0].push(
[
new THREE.Vector2( ((geo_front.vertices[0].x + frontoffsetx) / frontrangex ), ((geo_front.vertices[0].z + frontoffsetz) / frontrangez)),
new THREE.Vector2( ((geo_front.vertices[11].x + frontoffsetx) / frontrangex ), ((geo_front.vertices[11].z + frontoffsetz) / frontrangez)),
new THREE.Vector2( ((geo_front.vertices[10].x + frontoffsetx) / frontrangex ), ((geo_front.vertices[10].z + frontoffsetz) / frontrangez))
],
[
new THREE.Vector2( ((geo_front.vertices[0].x + frontoffsetx) / frontrangex ), ((geo_front.vertices[0].z + frontoffsetz) / frontrangez)),
new THREE.Vector2( ((geo_front.vertices[1].x + frontoffsetx) / frontrangex ), ((geo_front.vertices[1].z + frontoffsetz) / frontrangez)),
new THREE.Vector2( ((geo_front.vertices[11].x + frontoffsetx) / frontrangex ), ((geo_front.vertices[11].z + frontoffsetz) / frontrangez))
],
[
new THREE.Vector2( ((geo_front.vertices[1].x + frontoffsetx) / frontrangex ), ((geo_front.vertices[1].z + frontoffsetz) / frontrangez)),
new THREE.Vector2( ((geo_front.vertices[12].x + frontoffsetx) / frontrangex ), ((geo_front.vertices[12].z + frontoffsetz) / frontrangez)),
new THREE.Vector2( ((geo_front.vertices[11].x + frontoffsetx) / frontrangex ), ((geo_front.vertices[11].z + frontoffsetz) / frontrangez))
],
[
new THREE.Vector2( ((geo_front.vertices[1].x + frontoffsetx) / frontrangex ), ((geo_front.vertices[1].z + frontoffsetz) / frontrangez)),
new THREE.Vector2( ((geo_front.vertices[2].x + frontoffsetx) / frontrangex ), ((geo_front.vertices[2].z + frontoffsetz) / frontrangez)),
new THREE.Vector2( ((geo_front.vertices[12].x + frontoffsetx) / frontrangex ), ((geo_front.vertices[12].z + frontoffsetz) / frontrangez))
],
[
new THREE.Vector2( ((geo_front.vertices[2].x + frontoffsetx) / frontrangex ), ((geo_front.vertices[2].z + frontoffsetz) / frontrangez)),
new THREE.Vector2( ((geo_front.vertices[13].x + frontoffsetx) / frontrangex ), ((geo_front.vertices[13].z + frontoffsetz) / frontrangez)),
new THREE.Vector2( ((geo_front.vertices[12].x + frontoffsetx) / frontrangex ), ((geo_front.vertices[12].z + frontoffsetz) / frontrangez))
],
[
new THREE.Vector2( ((geo_front.vertices[2].x + frontoffsetx) / frontrangex ), ((geo_front.vertices[2].z + frontoffsetz) / frontrangez)),
new THREE.Vector2( ((geo_front.vertices[3].x + frontoffsetx) / frontrangex ), ((geo_front.vertices[3].z + frontoffsetz) / frontrangez)),
new THREE.Vector2( ((geo_front.vertices[13].x + frontoffsetx) / frontrangex ), ((geo_front.vertices[13].z + frontoffsetz) / frontrangez))
],
[
new THREE.Vector2( ((geo_front.vertices[3].x + frontoffsetx) / frontrangex ), ((geo_front.vertices[3].z + frontoffsetz) / frontrangez)),
new THREE.Vector2( ((geo_front.vertices[14].x + frontoffsetx) / frontrangex ), ((geo_front.vertices[14].z + frontoffsetz) / frontrangez)),
new THREE.Vector2( ((geo_front.vertices[13].x + frontoffsetx) / frontrangex ), ((geo_front.vertices[13].z + frontoffsetz) / frontrangez))
],
[
new THREE.Vector2( ((geo_front.vertices[3].x + frontoffsetx) / frontrangex ), ((geo_front.vertices[3].z + frontoffsetz) / frontrangez)),
new THREE.Vector2( ((geo_front.vertices[4].x + frontoffsetx) / frontrangex ), ((geo_front.vertices[4].z + frontoffsetz) / frontrangez)),
new THREE.Vector2( ((geo_front.vertices[14].x + frontoffsetx) / frontrangex ), ((geo_front.vertices[14].z + frontoffsetz) / frontrangez))
],
[
new THREE.Vector2( ((geo_front.vertices[4].x + frontoffsetx) / frontrangex ), ((geo_front.vertices[4].z + frontoffsetz) / frontrangez)),
new THREE.Vector2( ((geo_front.vertices[15].x + frontoffsetx) / frontrangex ), ((geo_front.vertices[15].z + frontoffsetz) / frontrangez)),
new THREE.Vector2( ((geo_front.vertices[14].x + frontoffsetx) / frontrangex ), ((geo_front.vertices[14].z + frontoffsetz) / frontrangez))
],
[
new THREE.Vector2( ((geo_front.vertices[4].x + frontoffsetx) / frontrangex ), ((geo_front.vertices[4].z + frontoffsetz) / frontrangez)),
new THREE.Vector2( ((geo_front.vertices[5].x + frontoffsetx) / frontrangex ), ((geo_front.vertices[5].z + frontoffsetz) / frontrangez)),
new THREE.Vector2( ((geo_front.vertices[15].x + frontoffsetx) / frontrangex ), ((geo_front.vertices[15].z + frontoffsetz) / frontrangez))
],
[
new THREE.Vector2( ((geo_front.vertices[5].x + frontoffsetx) / frontrangex ), ((geo_front.vertices[5].z + frontoffsetz) / frontrangez)),
new THREE.Vector2( ((geo_front.vertices[16].x + frontoffsetx) / frontrangex ), ((geo_front.vertices[16].z + frontoffsetz) / frontrangez)),
new THREE.Vector2( ((geo_front.vertices[15].x + frontoffsetx) / frontrangex ), ((geo_front.vertices[15].z + frontoffsetz) / frontrangez))
],
[
new THREE.Vector2( ((geo_front.vertices[5].x + frontoffsetx) / frontrangex ), ((geo_front.vertices[5].z + frontoffsetz) / frontrangez)),
new THREE.Vector2( ((geo_front.vertices[6].x + frontoffsetx) / frontrangex ), ((geo_front.vertices[6].z + frontoffsetz) / frontrangez)),
new THREE.Vector2( ((geo_front.vertices[16].x + frontoffsetx) / frontrangex ), ((geo_front.vertices[16].z + frontoffsetz) / frontrangez))
],
[
new THREE.Vector2( ((geo_front.vertices[6].x + frontoffsetx) / frontrangex ), ((geo_front.vertices[6].z + frontoffsetz) / frontrangez)),
new THREE.Vector2( ((geo_front.vertices[17].x + frontoffsetx) / frontrangex ), ((geo_front.vertices[17].z + frontoffsetz) / frontrangez)),
new THREE.Vector2( ((geo_front.vertices[16].x + frontoffsetx) / frontrangex ), ((geo_front.vertices[16].z + frontoffsetz) / frontrangez))
],
[
new THREE.Vector2( ((geo_front.vertices[6].x + frontoffsetx) / frontrangex ), ((geo_front.vertices[6].z + frontoffsetz) / frontrangez)),
new THREE.Vector2( ((geo_front.vertices[7].x + frontoffsetx) / frontrangex ), ((geo_front.vertices[7].z + frontoffsetz) / frontrangez)),
new THREE.Vector2( ((geo_front.vertices[17].x + frontoffsetx) / frontrangex ), ((geo_front.vertices[17].z + frontoffsetz) / frontrangez))
],
[
new THREE.Vector2( ((geo_front.vertices[7].x + frontoffsetx) / frontrangex ), ((geo_front.vertices[7].z + frontoffsetz) / frontrangez)),
new THREE.Vector2( ((geo_front.vertices[18].x + frontoffsetx) / frontrangex ), ((geo_front.vertices[18].z + frontoffsetz) / frontrangez)),
new THREE.Vector2( ((geo_front.vertices[17].x + frontoffsetx) / frontrangex ), ((geo_front.vertices[17].z + frontoffsetz) / frontrangez))
],
[
new THREE.Vector2( ((geo_front.vertices[7].x + frontoffsetx) / frontrangex ), ((geo_front.vertices[7].z + frontoffsetz) / frontrangez)),
new THREE.Vector2( ((geo_front.vertices[8].x + frontoffsetx) / frontrangex ), ((geo_front.vertices[8].z + frontoffsetz) / frontrangez)),
new THREE.Vector2( ((geo_front.vertices[18].x + frontoffsetx) / frontrangex ), ((geo_front.vertices[18].z + frontoffsetz) / frontrangez))
],
[
new THREE.Vector2( ((geo_front.vertices[8].x + frontoffsetx) / frontrangex ), ((geo_front.vertices[8].z + frontoffsetz) / frontrangez)),
new THREE.Vector2( ((geo_front.vertices[19].x + frontoffsetx) / frontrangex ), ((geo_front.vertices[19].z + frontoffsetz) / frontrangez)),
new THREE.Vector2( ((geo_front.vertices[18].x + frontoffsetx) / frontrangex ), ((geo_front.vertices[18].z + frontoffsetz) / frontrangez))
],
[
new THREE.Vector2( ((geo_front.vertices[8].x + frontoffsetx) / frontrangex ), ((geo_front.vertices[8].z + frontoffsetz) / frontrangez)),
new THREE.Vector2( ((geo_front.vertices[9].x + frontoffsetx) / frontrangex ), ((geo_front.vertices[9].z + frontoffsetz) / frontrangez)),
new THREE.Vector2( ((geo_front.vertices[19].x + frontoffsetx) / frontrangex ), ((geo_front.vertices[19].z + frontoffsetz) / frontrangez))
],
[
new THREE.Vector2( ((geo_front.vertices[9].x + frontoffsetx) / frontrangex ), ((geo_front.vertices[9].z + frontoffsetz) / frontrangez)),
new THREE.Vector2( ((geo_front.vertices[10].x + frontoffsetx) / frontrangex ), ((geo_front.vertices[10].z + frontoffsetz) / frontrangez)),
new THREE.Vector2( ((geo_front.vertices[19].x + frontoffsetx) / frontrangex ), ((geo_front.vertices[19].z + frontoffsetz) / frontrangez))
],
[
new THREE.Vector2( ((geo_front.vertices[9].x + frontoffsetx) / frontrangex ), ((geo_front.vertices[9].z + frontoffsetz) / frontrangez)),
new THREE.Vector2( ((geo_front.vertices[0].x + frontoffsetx) / frontrangex ), ((geo_front.vertices[0].z + frontoffsetz) / frontrangez)),
new THREE.Vector2( ((geo_front.vertices[10].x + frontoffsetx) / frontrangex ), ((geo_front.vertices[10].z + frontoffsetz) / frontrangez))
],
[
new THREE.Vector2( ((geo_front.vertices[20].x + frontoffsetx) / frontrangex ), ((geo_front.vertices[20].z + frontoffsetz) / frontrangez)),
new THREE.Vector2( ((geo_front.vertices[10].x + frontoffsetx) / frontrangex ), ((geo_front.vertices[10].z + frontoffsetz) / frontrangez)),
new THREE.Vector2( ((geo_front.vertices[11].x + frontoffsetx) / frontrangex ), ((geo_front.vertices[11].z + frontoffsetz) / frontrangez))
],
[
new THREE.Vector2( ((geo_front.vertices[20].x + frontoffsetx) / frontrangex ), ((geo_front.vertices[20].z + frontoffsetz) / frontrangez)),
new THREE.Vector2( ((geo_front.vertices[11].x + frontoffsetx) / frontrangex ), ((geo_front.vertices[11].z + frontoffsetz) / frontrangez)),
new THREE.Vector2( ((geo_front.vertices[12].x + frontoffsetx) / frontrangex ), ((geo_front.vertices[12].z + frontoffsetz) / frontrangez))
],
[
new THREE.Vector2( ((geo_front.vertices[20].x + frontoffsetx) / frontrangex ), ((geo_front.vertices[20].z + frontoffsetz) / frontrangez)),
new THREE.Vector2( ((geo_front.vertices[12].x + frontoffsetx) / frontrangex ), ((geo_front.vertices[12].z + frontoffsetz) / frontrangez)),
new THREE.Vector2( ((geo_front.vertices[13].x + frontoffsetx) / frontrangex ), ((geo_front.vertices[13].z + frontoffsetz) / frontrangez))
],
[
new THREE.Vector2( ((geo_front.vertices[20].x + frontoffsetx) / frontrangex ), ((geo_front.vertices[20].z + frontoffsetz) / frontrangez)),
new THREE.Vector2( ((geo_front.vertices[13].x + frontoffsetx) / frontrangex ), ((geo_front.vertices[13].z + frontoffsetz) / frontrangez)),
new THREE.Vector2( ((geo_front.vertices[14].x + frontoffsetx) / frontrangex ), ((geo_front.vertices[14].z + frontoffsetz) / frontrangez))
],
[
new THREE.Vector2( ((geo_front.vertices[20].x + frontoffsetx) / frontrangex ), ((geo_front.vertices[20].z + frontoffsetz) / frontrangez)),
new THREE.Vector2( ((geo_front.vertices[14].x + frontoffsetx) / frontrangex ), ((geo_front.vertices[14].z + frontoffsetz) / frontrangez)),
new THREE.Vector2( ((geo_front.vertices[15].x + frontoffsetx) / frontrangex ), ((geo_front.vertices[15].z + frontoffsetz) / frontrangez))
],
[
new THREE.Vector2( ((geo_front.vertices[20].x + frontoffsetx) / frontrangex ), ((geo_front.vertices[20].z + frontoffsetz) / frontrangez)),
new THREE.Vector2( ((geo_front.vertices[15].x + frontoffsetx) / frontrangex ), ((geo_front.vertices[15].z + frontoffsetz) / frontrangez)),
new THREE.Vector2( ((geo_front.vertices[16].x + frontoffsetx) / frontrangex ), ((geo_front.vertices[16].z + frontoffsetz) / frontrangez))
],
[
new THREE.Vector2( ((geo_front.vertices[20].x + frontoffsetx) / frontrangex ), ((geo_front.vertices[20].z + frontoffsetz) / frontrangez)),
new THREE.Vector2( ((geo_front.vertices[16].x + frontoffsetx) / frontrangex ), ((geo_front.vertices[16].z + frontoffsetz) / frontrangez)),
new THREE.Vector2( ((geo_front.vertices[17].x + frontoffsetx) / frontrangex ), ((geo_front.vertices[17].z + frontoffsetz) / frontrangez))
],
[
new THREE.Vector2( ((geo_front.vertices[20].x + frontoffsetx) / frontrangex ), ((geo_front.vertices[20].z + frontoffsetz) / frontrangez)),
new THREE.Vector2( ((geo_front.vertices[17].x + frontoffsetx) / frontrangex ), ((geo_front.vertices[17].z + frontoffsetz) / frontrangez)),
new THREE.Vector2( ((geo_front.vertices[18].x + frontoffsetx) / frontrangex ), ((geo_front.vertices[18].z + frontoffsetz) / frontrangez))
],
[
new THREE.Vector2( ((geo_front.vertices[20].x + frontoffsetx) / frontrangex ), ((geo_front.vertices[20].z + frontoffsetz) / frontrangez)),
new THREE.Vector2( ((geo_front.vertices[18].x + frontoffsetx) / frontrangex ), ((geo_front.vertices[18].z + frontoffsetz) / frontrangez)),
new THREE.Vector2( ((geo_front.vertices[19].x + frontoffsetx) / frontrangex ), ((geo_front.vertices[19].z + frontoffsetz) / frontrangez))
],
[
new THREE.Vector2( ((geo_front.vertices[20].x + frontoffsetx) / frontrangex ), ((geo_front.vertices[20].z + frontoffsetz) / frontrangez)),
new THREE.Vector2( ((geo_front.vertices[19].x + frontoffsetx) / frontrangex ), ((geo_front.vertices[19].z + frontoffsetz) / frontrangez)),
new THREE.Vector2( ((geo_front.vertices[10].x + frontoffsetx) / frontrangex ), ((geo_front.vertices[10].z + frontoffsetz) / frontrangez))
],
[
new THREE.Vector2( ((geo_front.vertices[21].x + frontoffsetx) / frontrangex ), ((geo_front.vertices[21].z + frontoffsetz) / frontrangez)),
new THREE.Vector2( ((geo_front.vertices[22].x + frontoffsetx) / frontrangex ), ((geo_front.vertices[22].z + frontoffsetz) / frontrangez)),
new THREE.Vector2( ((geo_front.vertices[0].x + frontoffsetx) / frontrangex ), ((geo_front.vertices[0].z + frontoffsetz) / frontrangez))
],
[
new THREE.Vector2( ((geo_front.vertices[22].x + frontoffsetx) / frontrangex ), ((geo_front.vertices[22].z + frontoffsetz) / frontrangez)),
new THREE.Vector2( ((geo_front.vertices[1].x + frontoffsetx) / frontrangex ), ((geo_front.vertices[1].z + frontoffsetz) / frontrangez)),
new THREE.Vector2( ((geo_front.vertices[0].x + frontoffsetx) / frontrangex ), ((geo_front.vertices[0].z + frontoffsetz) / frontrangez))
],
[
new THREE.Vector2( ((geo_front.vertices[22].x + frontoffsetx) / frontrangex ), ((geo_front.vertices[22].z + frontoffsetz) / frontrangez)),
new THREE.Vector2( ((geo_front.vertices[23].x + frontoffsetx) / frontrangex ), ((geo_front.vertices[23].z + frontoffsetz) / frontrangez)),
new THREE.Vector2( ((geo_front.vertices[1].x + frontoffsetx) / frontrangex ), ((geo_front.vertices[1].z + frontoffsetz) / frontrangez))
],
[
new THREE.Vector2( ((geo_front.vertices[23].x + frontoffsetx) / frontrangex ), ((geo_front.vertices[23].z + frontoffsetz) / frontrangez)),
new THREE.Vector2( ((geo_front.vertices[2].x + frontoffsetx) / frontrangex ), ((geo_front.vertices[2].z + frontoffsetz) / frontrangez)),
new THREE.Vector2( ((geo_front.vertices[1].x + frontoffsetx) / frontrangex ), ((geo_front.vertices[1].z + frontoffsetz) / frontrangez))
],
[
new THREE.Vector2( ((geo_front.vertices[23].x + frontoffsetx) / frontrangex ), ((geo_front.vertices[23].z + frontoffsetz) / frontrangez)),
new THREE.Vector2( ((geo_front.vertices[24].x + frontoffsetx) / frontrangex ), ((geo_front.vertices[24].z + frontoffsetz) / frontrangez)),
new THREE.Vector2( ((geo_front.vertices[2].x + frontoffsetx) / frontrangex ), ((geo_front.vertices[2].z + frontoffsetz) / frontrangez))
],
[
new THREE.Vector2( ((geo_front.vertices[24].x + frontoffsetx) / frontrangex ), ((geo_front.vertices[24].z + frontoffsetz) / frontrangez)),
new THREE.Vector2( ((geo_front.vertices[3].x + frontoffsetx) / frontrangex ), ((geo_front.vertices[3].z + frontoffsetz) / frontrangez)),
new THREE.Vector2( ((geo_front.vertices[2].x + frontoffsetx) / frontrangex ), ((geo_front.vertices[2].z + frontoffsetz) / frontrangez))
],
[
new THREE.Vector2( ((geo_front.vertices[24].x + frontoffsetx) / frontrangex ), ((geo_front.vertices[24].z + frontoffsetz) / frontrangez)),
new THREE.Vector2( ((geo_front.vertices[25].x + frontoffsetx) / frontrangex ), ((geo_front.vertices[25].z + frontoffsetz) / frontrangez)),
new THREE.Vector2( ((geo_front.vertices[3].x + frontoffsetx) / frontrangex ), ((geo_front.vertices[3].z + frontoffsetz) / frontrangez))
],
[
new THREE.Vector2( ((geo_front.vertices[25].x + frontoffsetx) / frontrangex ), ((geo_front.vertices[25].z + frontoffsetz) / frontrangez)),
new THREE.Vector2( ((geo_front.vertices[4].x + frontoffsetx) / frontrangex ), ((geo_front.vertices[4].z + frontoffsetz) / frontrangez)),
new THREE.Vector2( ((geo_front.vertices[3].x + frontoffsetx) / frontrangex ), ((geo_front.vertices[3].z + frontoffsetz) / frontrangez))
],
[
new THREE.Vector2( ((geo_front.vertices[25].x + frontoffsetx) / frontrangex ), ((geo_front.vertices[25].z + frontoffsetz) / frontrangez)),
new THREE.Vector2( ((geo_front.vertices[26].x + frontoffsetx) / frontrangex ), ((geo_front.vertices[26].z + frontoffsetz) / frontrangez)),
new THREE.Vector2( ((geo_front.vertices[4].x + frontoffsetx) / frontrangex ), ((geo_front.vertices[4].z + frontoffsetz) / frontrangez))
],
[
new THREE.Vector2( ((geo_front.vertices[26].x + frontoffsetx) / frontrangex ), ((geo_front.vertices[26].z + frontoffsetz) / frontrangez)),
new THREE.Vector2( ((geo_front.vertices[5].x + frontoffsetx) / frontrangex ), ((geo_front.vertices[5].z + frontoffsetz) / frontrangez)),
new THREE.Vector2( ((geo_front.vertices[4].x + frontoffsetx) / frontrangex ), ((geo_front.vertices[4].z + frontoffsetz) / frontrangez))
],
[
new THREE.Vector2( ((geo_front.vertices[26].x + frontoffsetx) / frontrangex ), ((geo_front.vertices[26].z + frontoffsetz) / frontrangez)),
new THREE.Vector2( ((geo_front.vertices[27].x + frontoffsetx) / frontrangex ), ((geo_front.vertices[27].z + frontoffsetz) / frontrangez)),
new THREE.Vector2( ((geo_front.vertices[5].x + frontoffsetx) / frontrangex ), ((geo_front.vertices[5].z + frontoffsetz) / frontrangez))
],
[
new THREE.Vector2( ((geo_front.vertices[27].x + frontoffsetx) / frontrangex ), ((geo_front.vertices[27].z + frontoffsetz) / frontrangez)),
new THREE.Vector2( ((geo_front.vertices[6].x + frontoffsetx) / frontrangex ), ((geo_front.vertices[6].z + frontoffsetz) / frontrangez)),
new THREE.Vector2( ((geo_front.vertices[5].x + frontoffsetx) / frontrangex ), ((geo_front.vertices[5].z + frontoffsetz) / frontrangez))
],
[
new THREE.Vector2( ((geo_front.vertices[27].x + frontoffsetx) / frontrangex ), ((geo_front.vertices[27].z + frontoffsetz) / frontrangez)),
new THREE.Vector2( ((geo_front.vertices[28].x + frontoffsetx) / frontrangex ), ((geo_front.vertices[28].z + frontoffsetz) / frontrangez)),
new THREE.Vector2( ((geo_front.vertices[6].x + frontoffsetx) / frontrangex ), ((geo_front.vertices[6].z + frontoffsetz) / frontrangez))
],
[
new THREE.Vector2( ((geo_front.vertices[28].x + frontoffsetx) / frontrangex ), ((geo_front.vertices[28].z + frontoffsetz) / frontrangez)),
new THREE.Vector2( ((geo_front.vertices[7].x + frontoffsetx) / frontrangex ), ((geo_front.vertices[7].z + frontoffsetz) / frontrangez)),
new THREE.Vector2( ((geo_front.vertices[6].x + frontoffsetx) / frontrangex ), ((geo_front.vertices[6].z + frontoffsetz) / frontrangez))
],
[
new THREE.Vector2( ((geo_front.vertices[28].x + frontoffsetx) / frontrangex ), ((geo_front.vertices[28].z + frontoffsetz) / frontrangez)),
new THREE.Vector2( ((geo_front.vertices[29].x + frontoffsetx) / frontrangex ), ((geo_front.vertices[29].z + frontoffsetz) / frontrangez)),
new THREE.Vector2( ((geo_front.vertices[7].x + frontoffsetx) / frontrangex ), ((geo_front.vertices[7].z + frontoffsetz) / frontrangez))
],
[
new THREE.Vector2( ((geo_front.vertices[29].x + frontoffsetx) / frontrangex ), ((geo_front.vertices[29].z + frontoffsetz) / frontrangez)),
new THREE.Vector2( ((geo_front.vertices[8].x + frontoffsetx) / frontrangex ), ((geo_front.vertices[8].z + frontoffsetz) / frontrangez)),
new THREE.Vector2( ((geo_front.vertices[7].x + frontoffsetx) / frontrangex ), ((geo_front.vertices[7].z + frontoffsetz) / frontrangez))
],
[
new THREE.Vector2( ((geo_front.vertices[29].x + frontoffsetx) / frontrangex ), ((geo_front.vertices[29].z + frontoffsetz) / frontrangez)),
new THREE.Vector2( ((geo_front.vertices[30].x + frontoffsetx) / frontrangex ), ((geo_front.vertices[30].z + frontoffsetz) / frontrangez)),
new THREE.Vector2( ((geo_front.vertices[8].x + frontoffsetx) / frontrangex ), ((geo_front.vertices[8].z + frontoffsetz) / frontrangez))
],
[
new THREE.Vector2( ((geo_front.vertices[30].x + frontoffsetx) / frontrangex ), ((geo_front.vertices[30].z + frontoffsetz) / frontrangez)),
new THREE.Vector2( ((geo_front.vertices[9].x + frontoffsetx) / frontrangex ), ((geo_front.vertices[9].z + frontoffsetz) / frontrangez)),
new THREE.Vector2( ((geo_front.vertices[8].x + frontoffsetx) / frontrangex ), ((geo_front.vertices[8].z + frontoffsetz) / frontrangez))
],
[
new THREE.Vector2( ((geo_front.vertices[30].x + frontoffsetx) / frontrangex ), ((geo_front.vertices[30].z + frontoffsetz) / frontrangez)),
new THREE.Vector2( ((geo_front.vertices[21].x + frontoffsetx) / frontrangex ), ((geo_front.vertices[21].z + frontoffsetz) / frontrangez)),
new THREE.Vector2( ((geo_front.vertices[9].x + frontoffsetx) / frontrangex ), ((geo_front.vertices[9].z + frontoffsetz) / frontrangez))
],
[
new THREE.Vector2( ((geo_front.vertices[21].x + frontoffsetx) / frontrangex ), ((geo_front.vertices[21].z + frontoffsetz) / frontrangez)),
new THREE.Vector2( ((geo_front.vertices[0].x + frontoffsetx) / frontrangex ), ((geo_front.vertices[0].z + frontoffsetz) / frontrangez)),
new THREE.Vector2( ((geo_front.vertices[9].x + frontoffsetx) / frontrangex ), ((geo_front.vertices[9].z + frontoffsetz) / frontrangez))
],
[
new THREE.Vector2( ((geo_front.vertices[22].x + frontoffsetx) / frontrangex ), ((geo_front.vertices[22].z + frontoffsetz) / frontrangez)),
new THREE.Vector2( ((geo_front.vertices[21].x + frontoffsetx) / frontrangex ), ((geo_front.vertices[21].z + frontoffsetz) / frontrangez)),
new THREE.Vector2( ((geo_front.vertices[31].x + frontoffsetx) / frontrangex ), ((geo_front.vertices[31].z + frontoffsetz) / frontrangez))
],
[
new THREE.Vector2( ((geo_front.vertices[23].x + frontoffsetx) / frontrangex ), ((geo_front.vertices[23].z + frontoffsetz) / frontrangez)),
new THREE.Vector2( ((geo_front.vertices[22].x + frontoffsetx) / frontrangex ), ((geo_front.vertices[22].z + frontoffsetz) / frontrangez)),
new THREE.Vector2( ((geo_front.vertices[31].x + frontoffsetx) / frontrangex ), ((geo_front.vertices[31].z + frontoffsetz) / frontrangez))
],
[
new THREE.Vector2( ((geo_front.vertices[24].x + frontoffsetx) / frontrangex ), ((geo_front.vertices[24].z + frontoffsetz) / frontrangez)),
new THREE.Vector2( ((geo_front.vertices[23].x + frontoffsetx) / frontrangex ), ((geo_front.vertices[23].z + frontoffsetz) / frontrangez)),
new THREE.Vector2( ((geo_front.vertices[31].x + frontoffsetx) / frontrangex ), ((geo_front.vertices[31].z + frontoffsetz) / frontrangez))
],
[
new THREE.Vector2( ((geo_front.vertices[25].x + frontoffsetx) / frontrangex ), ((geo_front.vertices[25].z + frontoffsetz) / frontrangez)),
new THREE.Vector2( ((geo_front.vertices[24].x + frontoffsetx) / frontrangex ), ((geo_front.vertices[24].z + frontoffsetz) / frontrangez)),
new THREE.Vector2( ((geo_front.vertices[31].x + frontoffsetx) / frontrangex ), ((geo_front.vertices[31].z + frontoffsetz) / frontrangez))
],
[
new THREE.Vector2( ((geo_front.vertices[26].x + frontoffsetx) / frontrangex ), ((geo_front.vertices[26].z + frontoffsetz) / frontrangez)),
new THREE.Vector2( ((geo_front.vertices[25].x + frontoffsetx) / frontrangex ), ((geo_front.vertices[25].z + frontoffsetz) / frontrangez)),
new THREE.Vector2( ((geo_front.vertices[31].x + frontoffsetx) / frontrangex ), ((geo_front.vertices[31].z + frontoffsetz) / frontrangez))
],
[
new THREE.Vector2( ((geo_front.vertices[27].x + frontoffsetx) / frontrangex ), ((geo_front.vertices[27].z + frontoffsetz) / frontrangez)),
new THREE.Vector2( ((geo_front.vertices[26].x + frontoffsetx) / frontrangex ), ((geo_front.vertices[26].z + frontoffsetz) / frontrangez)),
new THREE.Vector2( ((geo_front.vertices[31].x + frontoffsetx) / frontrangex ), ((geo_front.vertices[31].z + frontoffsetz) / frontrangez))
],
[
new THREE.Vector2( ((geo_front.vertices[28].x + frontoffsetx) / frontrangex ), ((geo_front.vertices[28].z + frontoffsetz) / frontrangez)),
new THREE.Vector2( ((geo_front.vertices[27].x + frontoffsetx) / frontrangex ), ((geo_front.vertices[27].z + frontoffsetz) / frontrangez)),
new THREE.Vector2( ((geo_front.vertices[31].x + frontoffsetx) / frontrangex ), ((geo_front.vertices[31].z + frontoffsetz) / frontrangez))
],
[
new THREE.Vector2( ((geo_front.vertices[29].x + frontoffsetx) / frontrangex ), ((geo_front.vertices[29].z + frontoffsetz) / frontrangez)),
new THREE.Vector2( ((geo_front.vertices[28].x + frontoffsetx) / frontrangex ), ((geo_front.vertices[28].z + frontoffsetz) / frontrangez)),
new THREE.Vector2( ((geo_front.vertices[31].x + frontoffsetx) / frontrangex ), ((geo_front.vertices[31].z + frontoffsetz) / frontrangez))
],
[
new THREE.Vector2( ((geo_front.vertices[30].x + frontoffsetx) / frontrangex ), ((geo_front.vertices[30].z + frontoffsetz) / frontrangez)),
new THREE.Vector2( ((geo_front.vertices[29].x + frontoffsetx) / frontrangex ), ((geo_front.vertices[29].z + frontoffsetz) / frontrangez)),
new THREE.Vector2( ((geo_front.vertices[31].x + frontoffsetx) / frontrangex ), ((geo_front.vertices[31].z + frontoffsetz) / frontrangez))
],
[
new THREE.Vector2( ((geo_front.vertices[21].x + frontoffsetx) / frontrangex ), ((geo_front.vertices[21].z + frontoffsetz) / frontrangez)),
new THREE.Vector2( ((geo_front.vertices[30].x + frontoffsetx) / frontrangex ), ((geo_front.vertices[30].z + frontoffsetz) / frontrangez)),
new THREE.Vector2( ((geo_front.vertices[31].x + frontoffsetx) / frontrangex ), ((geo_front.vertices[31].z + frontoffsetz) / frontrangez))
]
);
geo_back.vertices.push(
new THREE.Vector3( 0.0004475, 0.00019, 0.0002975 ),
new THREE.Vector3( -0.7435, 0.00019, 0.0002975 ),
new THREE.Vector3( -0.601417, 0.00019, 0.43758 ),
new THREE.Vector3( -0.229445, 0.00019, 0.707835 ),
new THREE.Vector3( 0.230340, 0.00019, 0.707835 ),
new THREE.Vector3( 0.602315, 0.00019, 0.43758 ),
new THREE.Vector3( 0.744397, 0.00019, 0.0002975 ),
new THREE.Vector3( 0.602315, 0.00019, -0.436985 ),
new THREE.Vector3( 0.23034, 0.00019, -0.70724 ),
new THREE.Vector3( -0.229445, 0.00019, -0.70724 ),
new THREE.Vector3( -0.601417, 0.00019, -0.436985 ),
new THREE.Vector3( -0.568755, 0.29717, 0.0002975 ),
new THREE.Vector3( -0.460047, 0.29717, 0.334868 ),
new THREE.Vector3( -0.175445, 0.29717, 0.541643 ),
new THREE.Vector3( 0.176342, 0.29717, 0.541643 ),
new THREE.Vector3( 0.460945, 0.29717, 0.334868 ),
new THREE.Vector3( 0.569653, 0.29717, 0.0002975 ),
new THREE.Vector3( 0.460945, 0.29717, -0.334273 ),
new THREE.Vector3( 0.176342, 0.29717, -0.541047 ),
new THREE.Vector3( -0.175445, 0.29717, -0.541047 ),
new THREE.Vector3( -0.460047, 0.29717, -0.334273 ),
new THREE.Vector3( 0.0004475, 0.29717, 0.0002975 ),
new THREE.Vector3( -0.568755, -0.29679, 0.0002975 ),
new THREE.Vector3( -0.460047, -0.29679, 0.334868 ),
new THREE.Vector3( -0.175445, -0.29679, 0.541643 ),
new THREE.Vector3( 0.176342, -0.29679, 0.541643 ),
new THREE.Vector3( 0.460945, -0.29679, 0.334868 ),
new THREE.Vector3( 0.569653, -0.29679, 0.0002975 ),
new THREE.Vector3( 0.460945, -0.29679, -0.334273 ),
new THREE.Vector3( 0.176342, -0.29679, -0.541047 ),
new THREE.Vector3( -0.175445, -0.29679, -0.541047 ),
new THREE.Vector3( -0.460047, -0.29679, -0.334273 ),
new THREE.Vector3( 0.0004475, -0.29679, 0.0002975 )
);
//x & z
var backrangex = (-0.7435 - 0.744397) * -1; //range = (lowest - highest) * -1
var backoffsetx = 0 - -0.7435; //offset = 0 - lowest
var backrangez = (-0.70724 - 0.707835) * -1;
var backoffsetz = 0 - -0.70724;
geo_back.faces.push(
new THREE.Face3( 0, 2, 1 ),
new THREE.Face3( 0, 3, 2 ),
new THREE.Face3( 0, 4, 3 ),
new THREE.Face3( 0, 5, 4 ),
new THREE.Face3( 0, 6, 5 ),
new THREE.Face3( 0, 7, 6 ),
new THREE.Face3( 0, 8, 7 ),
new THREE.Face3( 0, 9, 8 ),
new THREE.Face3( 0, 10, 9 ),
new THREE.Face3( 0, 1, 10 ),
new THREE.Face3( 1, 12, 11 ),
new THREE.Face3( 1, 2, 12 ),
new THREE.Face3( 2, 13, 12 ),
new THREE.Face3( 2, 3, 13 ),
new THREE.Face3( 3, 14, 13 ),
new THREE.Face3( 3, 4, 14 ),
new THREE.Face3( 4, 15, 14 ),
new THREE.Face3( 4, 5, 15 ),
new THREE.Face3( 5, 16, 15 ),
new THREE.Face3( 5, 6, 16 ),
new THREE.Face3( 6, 17, 16 ),
new THREE.Face3( 6, 7, 17 ),
new THREE.Face3( 7, 18, 17 ),
new THREE.Face3( 7, 8, 18 ),
new THREE.Face3( 8, 19, 18 ),
new THREE.Face3( 8, 9, 19 ),
new THREE.Face3( 9, 20, 19 ),
new THREE.Face3( 9, 10, 20 ),
new THREE.Face3( 10, 11, 20 ),
new THREE.Face3( 10, 1, 11 ),
new THREE.Face3( 21, 11, 12 ),
new THREE.Face3( 21, 12, 13 ),
new THREE.Face3( 21, 13, 14 ),
new THREE.Face3( 21, 14, 15 ),
new THREE.Face3( 21, 15, 16 ),
new THREE.Face3( 21, 16, 17 ),
new THREE.Face3( 21, 17, 18 ),
new THREE.Face3( 21, 18, 19 ),
new THREE.Face3( 21, 19, 20 ),
new THREE.Face3( 21, 20, 11 ),
new THREE.Face3( 1, 2, 0 ),
new THREE.Face3( 2, 3, 0 ),
new THREE.Face3( 3, 4, 0 ),
new THREE.Face3( 4, 5, 0 ),
new THREE.Face3( 5, 6, 0 ),
new THREE.Face3( 6, 7, 0 ),
new THREE.Face3( 7, 8, 0 ),
new THREE.Face3( 8, 9, 0 ),
new THREE.Face3( 9, 10, 0 ),
new THREE.Face3( 10, 1, 0 ),
new THREE.Face3( 22, 23, 1 ),
new THREE.Face3( 23, 2, 1 ),
new THREE.Face3( 23, 24, 2 ),
new THREE.Face3( 24, 3, 2 ),
new THREE.Face3( 24, 25, 3 ),
new THREE.Face3( 25, 4, 3 ),
new THREE.Face3( 25, 26, 4 ),
new THREE.Face3( 26, 5, 4 ),
new THREE.Face3( 26, 27, 5 ),
new THREE.Face3( 27, 6, 5 ),
new THREE.Face3( 27, 28, 6 ),
new THREE.Face3( 28, 7, 6 ),
new THREE.Face3( 28, 29, 7 ),
new THREE.Face3( 29, 8, 7 ),
new THREE.Face3( 29, 30, 8 ),
new THREE.Face3( 30, 9, 8 ),
new THREE.Face3( 30, 31, 9 ),
new THREE.Face3( 31, 10, 9 ),
new THREE.Face3( 31, 22, 10 ),
new THREE.Face3( 22, 1, 10 ),
new THREE.Face3( 23, 22, 32 ),
new THREE.Face3( 24, 23, 32 ),
new THREE.Face3( 25, 24, 32 ),
new THREE.Face3( 26, 25, 32 ),
new THREE.Face3( 27, 26, 32 ),
new THREE.Face3( 28, 27, 32 ),
new THREE.Face3( 29, 28, 32 ),
new THREE.Face3( 30, 29, 32 ),
new THREE.Face3( 31, 30, 32 ),
new THREE.Face3( 22, 31, 32 )
);
geo_back.faceVertexUvs[0].push(
[
new THREE.Vector2( ((geo_back.vertices[0].x + backoffsetx) / backrangex ), ((geo_back.vertices[0].z + backoffsetz) / backrangez)),
new THREE.Vector2( ((geo_back.vertices[2].x + backoffsetx) / backrangex ), ((geo_back.vertices[2].z + backoffsetz) / backrangez)),
new THREE.Vector2( ((geo_back.vertices[1].x + backoffsetx) / backrangex ), ((geo_back.vertices[1].z + backoffsetz) / backrangez))
],
[
new THREE.Vector2( ((geo_back.vertices[0].x + backoffsetx) / backrangex ), ((geo_back.vertices[0].z + backoffsetz) / backrangez)),
new THREE.Vector2( ((geo_back.vertices[3].x + backoffsetx) / backrangex ), ((geo_back.vertices[3].z + backoffsetz) / backrangez)),
new THREE.Vector2( ((geo_back.vertices[2].x + backoffsetx) / backrangex ), ((geo_back.vertices[3].z + backoffsetz) / backrangez))
],
[
new THREE.Vector2( ((geo_back.vertices[0].x + backoffsetx) / backrangex ), ((geo_back.vertices[0].z + backoffsetz) / backrangez)),
new THREE.Vector2( ((geo_back.vertices[4].x + backoffsetx) / backrangex ), ((geo_back.vertices[4].z + backoffsetz) / backrangez)),
new THREE.Vector2( ((geo_back.vertices[3].x + backoffsetx) / backrangex ), ((geo_back.vertices[3].z + backoffsetz) / backrangez))
],
[
new THREE.Vector2( ((geo_back.vertices[0].x + backoffsetx) / backrangex ), ((geo_back.vertices[0].z + backoffsetz) / backrangez)),
new THREE.Vector2( ((geo_back.vertices[5].x + backoffsetx) / backrangex ), ((geo_back.vertices[5].z + backoffsetz) / backrangez)),
new THREE.Vector2( ((geo_back.vertices[4].x + backoffsetx) / backrangex ), ((geo_back.vertices[4].z + backoffsetz) / backrangez))
],
[
new THREE.Vector2( ((geo_back.vertices[0].x + backoffsetx) / backrangex ), ((geo_back.vertices[0].z + backoffsetz) / backrangez)),
new THREE.Vector2( ((geo_back.vertices[6].x + backoffsetx) / backrangex ), ((geo_back.vertices[6].z + backoffsetz) / backrangez)),
new THREE.Vector2( ((geo_back.vertices[5].x + backoffsetx) / backrangex ), ((geo_back.vertices[5].z + backoffsetz) / backrangez))
],
[
new THREE.Vector2( ((geo_back.vertices[0].x + backoffsetx) / backrangex ), ((geo_back.vertices[0].z + backoffsetz) / backrangez)),
new THREE.Vector2( ((geo_back.vertices[7].x + backoffsetx) / backrangex ), ((geo_back.vertices[7].z + backoffsetz) / backrangez)),
new THREE.Vector2( ((geo_back.vertices[6].x + backoffsetx) / backrangex ), ((geo_back.vertices[6].z + backoffsetz) / backrangez))
],
[
new THREE.Vector2( ((geo_back.vertices[0].x + backoffsetx) / backrangex ), ((geo_back.vertices[0].z + backoffsetz) / backrangez)),
new THREE.Vector2( ((geo_back.vertices[8].x + backoffsetx) / backrangex ), ((geo_back.vertices[8].z + backoffsetz) / backrangez)),
new THREE.Vector2( ((geo_back.vertices[7].x + backoffsetx) / backrangex ), ((geo_back.vertices[7].z + backoffsetz) / backrangez))
],
[
new THREE.Vector2( ((geo_back.vertices[0].x + backoffsetx) / backrangex ), ((geo_back.vertices[0].z + backoffsetz) / backrangez)),
new THREE.Vector2( ((geo_back.vertices[9].x + backoffsetx) / backrangex ), ((geo_back.vertices[9].z + backoffsetz) / backrangez)),
new THREE.Vector2( ((geo_back.vertices[8].x + backoffsetx) / backrangex ), ((geo_back.vertices[8].z + backoffsetz) / backrangez))
],
[
new THREE.Vector2( ((geo_back.vertices[0].x + backoffsetx) / backrangex ), ((geo_back.vertices[0].z + backoffsetz) / backrangez)),
new THREE.Vector2( ((geo_back.vertices[10].x + backoffsetx) / backrangex ), ((geo_back.vertices[10].z + backoffsetz) / backrangez)),
new THREE.Vector2( ((geo_back.vertices[9].x + backoffsetx) / backrangex ), ((geo_back.vertices[9].z + backoffsetz) / backrangez))
],
[
new THREE.Vector2( ((geo_back.vertices[0].x + backoffsetx) / backrangex ), ((geo_back.vertices[0].z + backoffsetz) / backrangez)),
new THREE.Vector2( ((geo_back.vertices[1].x + backoffsetx) / backrangex ), ((geo_back.vertices[1].z + backoffsetz) / backrangez)),
new THREE.Vector2( ((geo_back.vertices[10].x + backoffsetx) / backrangex ), ((geo_back.vertices[10].z + backoffsetz) / backrangez))
],
[
new THREE.Vector2( ((geo_back.vertices[1].x + backoffsetx) / backrangex ), ((geo_back.vertices[1].z + backoffsetz) / backrangez)),
new THREE.Vector2( ((geo_back.vertices[12].x + backoffsetx) / backrangex ), ((geo_back.vertices[12].z + backoffsetz) / backrangez)),
new THREE.Vector2( ((geo_back.vertices[11].x + backoffsetx) / backrangex ), ((geo_back.vertices[11].z + backoffsetz) / backrangez))
],
[
new THREE.Vector2( ((geo_back.vertices[1].x + backoffsetx) / backrangex ), ((geo_back.vertices[1].z + backoffsetz) / backrangez)),
new THREE.Vector2( ((geo_back.vertices[2].x + backoffsetx) / backrangex ), ((geo_back.vertices[2].z + backoffsetz) / backrangez)),
new THREE.Vector2( ((geo_back.vertices[12].x + backoffsetx) / backrangex ), ((geo_back.vertices[12].z + backoffsetz) / backrangez))
],
[
new THREE.Vector2( ((geo_back.vertices[2].x + backoffsetx) / backrangex ), ((geo_back.vertices[2].z + backoffsetz) / backrangez)),
new THREE.Vector2( ((geo_back.vertices[13].x + backoffsetx) / backrangex ), ((geo_back.vertices[13].z + backoffsetz) / backrangez)),
new THREE.Vector2( ((geo_back.vertices[12].x + backoffsetx) / backrangex ), ((geo_back.vertices[12].z + backoffsetz) / backrangez))
],
[
new THREE.Vector2( ((geo_back.vertices[2].x + backoffsetx) / backrangex ), ((geo_back.vertices[2].z + backoffsetz) / backrangez)),
new THREE.Vector2( ((geo_back.vertices[3].x + backoffsetx) / backrangex ), ((geo_back.vertices[3].z + backoffsetz) / backrangez)),
new THREE.Vector2( ((geo_back.vertices[13].x + backoffsetx) / backrangex ), ((geo_back.vertices[13].z + backoffsetz) / backrangez))
],
[
new THREE.Vector2( ((geo_back.vertices[3].x + backoffsetx) / backrangex ), ((geo_back.vertices[3].z + backoffsetz) / backrangez)),
new THREE.Vector2( ((geo_back.vertices[14].x + backoffsetx) / backrangex ), ((geo_back.vertices[14].z + backoffsetz) / backrangez)),
new THREE.Vector2( ((geo_back.vertices[13].x + backoffsetx) / backrangex ), ((geo_back.vertices[13].z + backoffsetz) / backrangez))
],
[
new THREE.Vector2( ((geo_back.vertices[3].x + backoffsetx) / backrangex ), ((geo_back.vertices[3].z + backoffsetz) / backrangez)),
new THREE.Vector2( ((geo_back.vertices[4].x + backoffsetx) / backrangex ), ((geo_back.vertices[4].z + backoffsetz) / backrangez)),
new THREE.Vector2( ((geo_back.vertices[14].x + backoffsetx) / backrangex ), ((geo_back.vertices[14].z + backoffsetz) / backrangez))
],
[
new THREE.Vector2( ((geo_back.vertices[4].x + backoffsetx) / backrangex ), ((geo_back.vertices[4].z + backoffsetz) / backrangez)),
new THREE.Vector2( ((geo_back.vertices[15].x + backoffsetx) / backrangex ), ((geo_back.vertices[15].z + backoffsetz) / backrangez)),
new THREE.Vector2( ((geo_back.vertices[14].x + backoffsetx) / backrangex ), ((geo_back.vertices[14].z + backoffsetz) / backrangez))
],
[
new THREE.Vector2( ((geo_back.vertices[4].x + backoffsetx) / backrangex ), ((geo_back.vertices[4].z + backoffsetz) / backrangez)),
new THREE.Vector2( ((geo_back.vertices[5].x + backoffsetx) / backrangex ), ((geo_back.vertices[5].z + backoffsetz) / backrangez)),
new THREE.Vector2( ((geo_back.vertices[15].x + backoffsetx) / backrangex ), ((geo_back.vertices[15].z + backoffsetz) / backrangez))
],
[
new THREE.Vector2( ((geo_back.vertices[5].x + backoffsetx) / backrangex ), ((geo_back.vertices[5].z + backoffsetz) / backrangez)),
new THREE.Vector2( ((geo_back.vertices[16].x + backoffsetx) / backrangex ), ((geo_back.vertices[16].z + backoffsetz) / backrangez)),
new THREE.Vector2( ((geo_back.vertices[15].x + backoffsetx) / backrangex ), ((geo_back.vertices[15].z + backoffsetz) / backrangez))
],
[
new THREE.Vector2( ((geo_back.vertices[5].x + backoffsetx) / backrangex ), ((geo_back.vertices[5].z + backoffsetz) / backrangez)),
new THREE.Vector2( ((geo_back.vertices[6].x + backoffsetx) / backrangex ), ((geo_back.vertices[6].z + backoffsetz) / backrangez)),
new THREE.Vector2( ((geo_back.vertices[16].x + backoffsetx) / backrangex ), ((geo_back.vertices[16].z + backoffsetz) / backrangez))
],
[
new THREE.Vector2( ((geo_back.vertices[6].x + backoffsetx) / backrangex ), ((geo_back.vertices[6].z + backoffsetz) / backrangez)),
new THREE.Vector2( ((geo_back.vertices[17].x + backoffsetx) / backrangex ), ((geo_back.vertices[17].z + backoffsetz) / backrangez)),
new THREE.Vector2( ((geo_back.vertices[16].x + backoffsetx) / backrangex ), ((geo_back.vertices[16].z + backoffsetz) / backrangez))
],
[
new THREE.Vector2( ((geo_back.vertices[6].x + backoffsetx) / backrangex ), ((geo_back.vertices[6].z + backoffsetz) / backrangez)),
new THREE.Vector2( ((geo_back.vertices[7].x + backoffsetx) / backrangex ), ((geo_back.vertices[7].z + backoffsetz) / backrangez)),
new THREE.Vector2( ((geo_back.vertices[17].x + backoffsetx) / backrangex ), ((geo_back.vertices[17].z + backoffsetz) / backrangez))
],
[
new THREE.Vector2( ((geo_back.vertices[7].x + backoffsetx) / backrangex ), ((geo_back.vertices[7].z + backoffsetz) / backrangez)),
new THREE.Vector2( ((geo_back.vertices[18].x + backoffsetx) / backrangex ), ((geo_back.vertices[18].z + backoffsetz) / backrangez)),
new THREE.Vector2( ((geo_back.vertices[17].x + backoffsetx) / backrangex ), ((geo_back.vertices[17].z + backoffsetz) / backrangez))
],
[
new THREE.Vector2( ((geo_back.vertices[7].x + backoffsetx) / backrangex ), ((geo_back.vertices[7].z + backoffsetz) / backrangez)),
new THREE.Vector2( ((geo_back.vertices[8].x + backoffsetx) / backrangex ), ((geo_back.vertices[8].z + backoffsetz) / backrangez)),
new THREE.Vector2( ((geo_back.vertices[18].x + backoffsetx) / backrangex ), ((geo_back.vertices[18].z + backoffsetz) / backrangez))
],
[
new THREE.Vector2( ((geo_back.vertices[8].x + backoffsetx) / backrangex ), ((geo_back.vertices[8].z + backoffsetz) / backrangez)),
new THREE.Vector2( ((geo_back.vertices[19].x + backoffsetx) / backrangex ), ((geo_back.vertices[19].z + backoffsetz) / backrangez)),
new THREE.Vector2( ((geo_back.vertices[18].x + backoffsetx) / backrangex ), ((geo_back.vertices[18].z + backoffsetz) / backrangez))
],
[
new THREE.Vector2( ((geo_back.vertices[8].x + backoffsetx) / backrangex ), ((geo_back.vertices[8].z + backoffsetz) / backrangez)),
new THREE.Vector2( ((geo_back.vertices[9].x + backoffsetx) / backrangex ), ((geo_back.vertices[9].z + backoffsetz) / backrangez)),
new THREE.Vector2( ((geo_back.vertices[19].x + backoffsetx) / backrangex ), ((geo_back.vertices[19].z + backoffsetz) / backrangez))
],
[
new THREE.Vector2( ((geo_back.vertices[9].x + backoffsetx) / backrangex ), ((geo_back.vertices[9].z + backoffsetz) / backrangez)),
new THREE.Vector2( ((geo_back.vertices[20].x + backoffsetx) / backrangex ), ((geo_back.vertices[20].z + backoffsetz) / backrangez)),
new THREE.Vector2( ((geo_back.vertices[19].x + backoffsetx) / backrangex ), ((geo_back.vertices[19].z + backoffsetz) / backrangez))
],
[
new THREE.Vector2( ((geo_back.vertices[9].x + backoffsetx) / backrangex ), ((geo_back.vertices[9].z + backoffsetz) / backrangez)),
new THREE.Vector2( ((geo_back.vertices[10].x + backoffsetx) / backrangex ), ((geo_back.vertices[10].z + backoffsetz) / backrangez)),
new THREE.Vector2( ((geo_back.vertices[20].x + backoffsetx) / backrangex ), ((geo_back.vertices[20].z + backoffsetz) / backrangez))
],
[
new THREE.Vector2( ((geo_back.vertices[10].x + backoffsetx) / backrangex ), ((geo_back.vertices[10].z + backoffsetz) / backrangez)),
new THREE.Vector2( ((geo_back.vertices[11].x + backoffsetx) / backrangex ), ((geo_back.vertices[11].z + backoffsetz) / backrangez)),
new THREE.Vector2( ((geo_back.vertices[20].x + backoffsetx) / backrangex ), ((geo_back.vertices[20].z + backoffsetz) / backrangez))
],
[
new THREE.Vector2( ((geo_back.vertices[10].x + backoffsetx) / backrangex ), ((geo_back.vertices[10].z + backoffsetz) / backrangez)),
new THREE.Vector2( ((geo_back.vertices[1].x + backoffsetx) / backrangex ), ((geo_back.vertices[1].z + backoffsetz) / backrangez)),
new THREE.Vector2( ((geo_back.vertices[11].x + backoffsetx) / backrangex ), ((geo_back.vertices[11].z + backoffsetz) / backrangez))
],
[
new THREE.Vector2( ((geo_back.vertices[21].x + backoffsetx) / backrangex ), ((geo_back.vertices[21].z + backoffsetz) / backrangez)),
new THREE.Vector2( ((geo_back.vertices[11].x + backoffsetx) / backrangex ), ((geo_back.vertices[11].z + backoffsetz) / backrangez)),
new THREE.Vector2( ((geo_back.vertices[12].x + backoffsetx) / backrangex ), ((geo_back.vertices[12].z + backoffsetz) / backrangez))
],
[
new THREE.Vector2( ((geo_back.vertices[21].x + backoffsetx) / backrangex ), ((geo_back.vertices[21].z + backoffsetz) / backrangez)),
new THREE.Vector2( ((geo_back.vertices[12].x + backoffsetx) / backrangex ), ((geo_back.vertices[12].z + backoffsetz) / backrangez)),
new THREE.Vector2( ((geo_back.vertices[13].x + backoffsetx) / backrangex ), ((geo_back.vertices[13].z + backoffsetz) / backrangez))
],
[
new THREE.Vector2( ((geo_back.vertices[21].x + backoffsetx) / backrangex ), ((geo_back.vertices[21].z + backoffsetz) / backrangez)),
new THREE.Vector2( ((geo_back.vertices[13].x + backoffsetx) / backrangex ), ((geo_back.vertices[13].z + backoffsetz) / backrangez)),
new THREE.Vector2( ((geo_back.vertices[14].x + backoffsetx) / backrangex ), ((geo_back.vertices[14].z + backoffsetz) / backrangez))
],
[
new THREE.Vector2( ((geo_back.vertices[21].x + backoffsetx) / backrangex ), ((geo_back.vertices[21].z + backoffsetz) / backrangez)),
new THREE.Vector2( ((geo_back.vertices[14].x + backoffsetx) / backrangex ), ((geo_back.vertices[14].z + backoffsetz) / backrangez)),
new THREE.Vector2( ((geo_back.vertices[15].x + backoffsetx) / backrangex ), ((geo_back.vertices[15].z + backoffsetz) / backrangez))
],
[
new THREE.Vector2( ((geo_back.vertices[21].x + backoffsetx) / backrangex ), ((geo_back.vertices[21].z + backoffsetz) / backrangez)),
new THREE.Vector2( ((geo_back.vertices[15].x + backoffsetx) / backrangex ), ((geo_back.vertices[15].z + backoffsetz) / backrangez)),
new THREE.Vector2( ((geo_back.vertices[16].x + backoffsetx) / backrangex ), ((geo_back.vertices[16].z + backoffsetz) / backrangez))
],
[
new THREE.Vector2( ((geo_back.vertices[21].x + backoffsetx) / backrangex ), ((geo_back.vertices[21].z + backoffsetz) / backrangez)),
new THREE.Vector2( ((geo_back.vertices[16].x + backoffsetx) / backrangex ), ((geo_back.vertices[16].z + backoffsetz) / backrangez)),
new THREE.Vector2( ((geo_back.vertices[17].x + backoffsetx) / backrangex ), ((geo_back.vertices[17].z + backoffsetz) / backrangez))
],
[
new THREE.Vector2( ((geo_back.vertices[21].x + backoffsetx) / backrangex ), ((geo_back.vertices[21].z + backoffsetz) / backrangez)),
new THREE.Vector2( ((geo_back.vertices[17].x + backoffsetx) / backrangex ), ((geo_back.vertices[17].z + backoffsetz) / backrangez)),
new THREE.Vector2( ((geo_back.vertices[18].x + backoffsetx) / backrangex ), ((geo_back.vertices[18].z + backoffsetz) / backrangez))
],
[
new THREE.Vector2( ((geo_back.vertices[21].x + backoffsetx) / backrangex ), ((geo_back.vertices[21].z + backoffsetz) / backrangez)),
new THREE.Vector2( ((geo_back.vertices[18].x + backoffsetx) / backrangex ), ((geo_back.vertices[18].z + backoffsetz) / backrangez)),
new THREE.Vector2( ((geo_back.vertices[19].x + backoffsetx) / backrangex ), ((geo_back.vertices[19].z + backoffsetz) / backrangez))
],
[
new THREE.Vector2( ((geo_back.vertices[21].x + backoffsetx) / backrangex ), ((geo_back.vertices[21].z + backoffsetz) / backrangez)),
new THREE.Vector2( ((geo_back.vertices[19].x + backoffsetx) / backrangex ), ((geo_back.vertices[19].z + backoffsetz) / backrangez)),
new THREE.Vector2( ((geo_back.vertices[20].x + backoffsetx) / backrangex ), ((geo_back.vertices[20].z + backoffsetz) / backrangez))
],
[
new THREE.Vector2( ((geo_back.vertices[21].x + backoffsetx) / backrangex ), ((geo_back.vertices[21].z + backoffsetz) / backrangez)),
new THREE.Vector2( ((geo_back.vertices[20].x + backoffsetx) / backrangex ), ((geo_back.vertices[20].z + backoffsetz) / backrangez)),
new THREE.Vector2( ((geo_back.vertices[11].x + backoffsetx) / backrangex ), ((geo_back.vertices[11].z + backoffsetz) / backrangez))
],
[
new THREE.Vector2( ((geo_back.vertices[1].x + backoffsetx) / backrangex ), ((geo_back.vertices[1].z + backoffsetz) / backrangez)),
new THREE.Vector2( ((geo_back.vertices[2].x + backoffsetx) / backrangex ), ((geo_back.vertices[2].z + backoffsetz) / backrangez)),
new THREE.Vector2( ((geo_back.vertices[0].x + backoffsetx) / backrangex ), ((geo_back.vertices[0].z + backoffsetz) / backrangez))
],
[
new THREE.Vector2( ((geo_back.vertices[2].x + backoffsetx) / backrangex ), ((geo_back.vertices[2].z + backoffsetz) / backrangez)),
new THREE.Vector2( ((geo_back.vertices[3].x + backoffsetx) / backrangex ), ((geo_back.vertices[3].z + backoffsetz) / backrangez)),
new THREE.Vector2( ((geo_back.vertices[0].x + backoffsetx) / backrangex ), ((geo_back.vertices[0].z + backoffsetz) / backrangez))
],
[
new THREE.Vector2( ((geo_back.vertices[3].x + backoffsetx) / backrangex ), ((geo_back.vertices[3].z + backoffsetz) / backrangez)),
new THREE.Vector2( ((geo_back.vertices[4].x + backoffsetx) / backrangex ), ((geo_back.vertices[4].z + backoffsetz) / backrangez)),
new THREE.Vector2( ((geo_back.vertices[0].x + backoffsetx) / backrangex ), ((geo_back.vertices[0].z + backoffsetz) / backrangez))
],
[
new THREE.Vector2( ((geo_back.vertices[4].x + backoffsetx) / backrangex ), ((geo_back.vertices[4].z + backoffsetz) / backrangez)),
new THREE.Vector2( ((geo_back.vertices[5].x + backoffsetx) / backrangex ), ((geo_back.vertices[5].z + backoffsetz) / backrangez)),
new THREE.Vector2( ((geo_back.vertices[0].x + backoffsetx) / backrangex ), ((geo_back.vertices[0].z + backoffsetz) / backrangez))
],
[
new THREE.Vector2( ((geo_back.vertices[5].x + backoffsetx) / backrangex ), ((geo_back.vertices[5].z + backoffsetz) / backrangez)),
new THREE.Vector2( ((geo_back.vertices[6].x + backoffsetx) / backrangex ), ((geo_back.vertices[6].z + backoffsetz) / backrangez)),
new THREE.Vector2( ((geo_back.vertices[0].x + backoffsetx) / backrangex ), ((geo_back.vertices[0].z + backoffsetz) / backrangez))
],
[
new THREE.Vector2( ((geo_back.vertices[6].x + backoffsetx) / backrangex ), ((geo_back.vertices[6].z + backoffsetz) / backrangez)),
new THREE.Vector2( ((geo_back.vertices[7].x + backoffsetx) / backrangex ), ((geo_back.vertices[7].z + backoffsetz) / backrangez)),
new THREE.Vector2( ((geo_back.vertices[0].x + backoffsetx) / backrangex ), ((geo_back.vertices[0].z + backoffsetz) / backrangez))
],
[
new THREE.Vector2( ((geo_back.vertices[7].x + backoffsetx) / backrangex ), ((geo_back.vertices[7].z + backoffsetz) / backrangez)),
new THREE.Vector2( ((geo_back.vertices[8].x + backoffsetx) / backrangex ), ((geo_back.vertices[8].z + backoffsetz) / backrangez)),
new THREE.Vector2( ((geo_back.vertices[0].x + backoffsetx) / backrangex ), ((geo_back.vertices[0].z + backoffsetz) / backrangez))
],
[
new THREE.Vector2( ((geo_back.vertices[8].x + backoffsetx) / backrangex ), ((geo_back.vertices[8].z + backoffsetz) / backrangez)),
new THREE.Vector2( ((geo_back.vertices[9].x + backoffsetx) / backrangex ), ((geo_back.vertices[9].z + backoffsetz) / backrangez)),
new THREE.Vector2( ((geo_back.vertices[0].x + backoffsetx) / backrangex ), ((geo_back.vertices[0].z + backoffsetz) / backrangez))
],
[
new THREE.Vector2( ((geo_back.vertices[9].x + backoffsetx) / backrangex ), ((geo_back.vertices[9].z + backoffsetz) / backrangez)),
new THREE.Vector2( ((geo_back.vertices[10].x + backoffsetx) / backrangex ), ((geo_back.vertices[10].z + backoffsetz) / backrangez)),
new THREE.Vector2( ((geo_back.vertices[0].x + backoffsetx) / backrangex ), ((geo_back.vertices[0].z + backoffsetz) / backrangez))
],
[
new THREE.Vector2( ((geo_back.vertices[10].x + backoffsetx) / backrangex ), ((geo_back.vertices[10].z + backoffsetz) / backrangez)),
new THREE.Vector2( ((geo_back.vertices[1].x + backoffsetx) / backrangex ), ((geo_back.vertices[1].z + backoffsetz) / backrangez)),
new THREE.Vector2( ((geo_back.vertices[0].x + backoffsetx) / backrangex ), ((geo_back.vertices[0].z + backoffsetz) / backrangez))
],
[
new THREE.Vector2( ((geo_back.vertices[22].x + backoffsetx) / backrangex ), ((geo_back.vertices[22].z + backoffsetz) / backrangez)),
new THREE.Vector2( ((geo_back.vertices[23].x + backoffsetx) / backrangex ), ((geo_back.vertices[23].z + backoffsetz) / backrangez)),
new THREE.Vector2( ((geo_back.vertices[1].x + backoffsetx) / backrangex ), ((geo_back.vertices[1].z + backoffsetz) / backrangez))
],
[
new THREE.Vector2( ((geo_back.vertices[23].x + backoffsetx) / backrangex ), ((geo_back.vertices[23].z + backoffsetz) / backrangez)),
new THREE.Vector2( ((geo_back.vertices[2].x + backoffsetx) / backrangex ), ((geo_back.vertices[2].z + backoffsetz) / backrangez)),
new THREE.Vector2( ((geo_back.vertices[1].x + backoffsetx) / backrangex ), ((geo_back.vertices[1].z + backoffsetz) / backrangez))
],
[
new THREE.Vector2( ((geo_back.vertices[23].x + backoffsetx) / backrangex ), ((geo_back.vertices[23].z + backoffsetz) / backrangez)),
new THREE.Vector2( ((geo_back.vertices[24].x + backoffsetx) / backrangex ), ((geo_back.vertices[24].z + backoffsetz) / backrangez)),
new THREE.Vector2( ((geo_back.vertices[2].x + backoffsetx) / backrangex ), ((geo_back.vertices[2].z + backoffsetz) / backrangez))
],
[
new THREE.Vector2( ((geo_back.vertices[24].x + backoffsetx) / backrangex ), ((geo_back.vertices[24].z + backoffsetz) / backrangez)),
new THREE.Vector2( ((geo_back.vertices[3].x + backoffsetx) / backrangex ), ((geo_back.vertices[3].z + backoffsetz) / backrangez)),
new THREE.Vector2( ((geo_back.vertices[2].x + backoffsetx) / backrangex ), ((geo_back.vertices[2].z + backoffsetz) / backrangez))
],
[
new THREE.Vector2( ((geo_back.vertices[24].x + backoffsetx) / backrangex ), ((geo_back.vertices[24].z + backoffsetz) / backrangez)),
new THREE.Vector2( ((geo_back.vertices[25].x + backoffsetx) / backrangex ), ((geo_back.vertices[25].z + backoffsetz) / backrangez)),
new THREE.Vector2( ((geo_back.vertices[3].x + backoffsetx) / backrangex ), ((geo_back.vertices[3].z + backoffsetz) / backrangez))
],
[
new THREE.Vector2( ((geo_back.vertices[25].x + backoffsetx) / backrangex ), ((geo_back.vertices[25].z + backoffsetz) / backrangez)),
new THREE.Vector2( ((geo_back.vertices[4].x + backoffsetx) / backrangex ), ((geo_back.vertices[4].z + backoffsetz) / backrangez)),
new THREE.Vector2( ((geo_back.vertices[3].x + backoffsetx) / backrangex ), ((geo_back.vertices[3].z + backoffsetz) / backrangez))
],
[
new THREE.Vector2( ((geo_back.vertices[25].x + backoffsetx) / backrangex ), ((geo_back.vertices[25].z + backoffsetz) / backrangez)),
new THREE.Vector2( ((geo_back.vertices[26].x + backoffsetx) / backrangex ), ((geo_back.vertices[26].z + backoffsetz) / backrangez)),
new THREE.Vector2( ((geo_back.vertices[4].x + backoffsetx) / backrangex ), ((geo_back.vertices[4].z + backoffsetz) / backrangez))
],
[
new THREE.Vector2( ((geo_back.vertices[26].x + backoffsetx) / backrangex ), ((geo_back.vertices[26].z + backoffsetz) / backrangez)),
new THREE.Vector2( ((geo_back.vertices[5].x + backoffsetx) / backrangex ), ((geo_back.vertices[5].z + backoffsetz) / backrangez)),
new THREE.Vector2( ((geo_back.vertices[4].x + backoffsetx) / backrangex ), ((geo_back.vertices[4].z + backoffsetz) / backrangez))
],
[
new THREE.Vector2( ((geo_back.vertices[26].x + backoffsetx) / backrangex ), ((geo_back.vertices[26].z + backoffsetz) / backrangez)),
new THREE.Vector2( ((geo_back.vertices[27].x + backoffsetx) / backrangex ), ((geo_back.vertices[27].z + backoffsetz) / backrangez)),
new THREE.Vector2( ((geo_back.vertices[5].x + backoffsetx) / backrangex ), ((geo_back.vertices[5].z + backoffsetz) / backrangez))
],
[
new THREE.Vector2( ((geo_back.vertices[27].x + backoffsetx) / backrangex ), ((geo_back.vertices[27].z + backoffsetz) / backrangez)),
new THREE.Vector2( ((geo_back.vertices[6].x + backoffsetx) / backrangex ), ((geo_back.vertices[6].z + backoffsetz) / backrangez)),
new THREE.Vector2( ((geo_back.vertices[5].x + backoffsetx) / backrangex ), ((geo_back.vertices[5].z + backoffsetz) / backrangez))
],
[
new THREE.Vector2( ((geo_back.vertices[27].x + backoffsetx) / backrangex ), ((geo_back.vertices[27].z + backoffsetz) / backrangez)),
new THREE.Vector2( ((geo_back.vertices[28].x + backoffsetx) / backrangex ), ((geo_back.vertices[28].z + backoffsetz) / backrangez)),
new THREE.Vector2( ((geo_back.vertices[6].x + backoffsetx) / backrangex ), ((geo_back.vertices[6].z + backoffsetz) / backrangez))
],
[
new THREE.Vector2( ((geo_back.vertices[28].x + backoffsetx) / backrangex ), ((geo_back.vertices[28].z + backoffsetz) / backrangez)),
new THREE.Vector2( ((geo_back.vertices[7].x + backoffsetx) / backrangex ), ((geo_back.vertices[7].z + backoffsetz) / backrangez)),
new THREE.Vector2( ((geo_back.vertices[6].x + backoffsetx) / backrangex ), ((geo_back.vertices[6].z + backoffsetz) / backrangez))
],
[
new THREE.Vector2( ((geo_back.vertices[28].x + backoffsetx) / backrangex ), ((geo_back.vertices[28].z + backoffsetz) / backrangez)),
new THREE.Vector2( ((geo_back.vertices[29].x + backoffsetx) / backrangex ), ((geo_back.vertices[29].z + backoffsetz) / backrangez)),
new THREE.Vector2( ((geo_back.vertices[7].x + backoffsetx) / backrangex ), ((geo_back.vertices[7].z + backoffsetz) / backrangez))
],
[
new THREE.Vector2( ((geo_back.vertices[29].x + backoffsetx) / backrangex ), ((geo_back.vertices[29].z + backoffsetz) / backrangez)),
new THREE.Vector2( ((geo_back.vertices[8].x + backoffsetx) / backrangex ), ((geo_back.vertices[8].z + backoffsetz) / backrangez)),
new THREE.Vector2( ((geo_back.vertices[7].x + backoffsetx) / backrangex ), ((geo_back.vertices[7].z + backoffsetz) / backrangez))
],
[
new THREE.Vector2( ((geo_back.vertices[29].x + backoffsetx) / backrangex ), ((geo_back.vertices[29].z + backoffsetz) / backrangez)),
new THREE.Vector2( ((geo_back.vertices[30].x + backoffsetx) / backrangex ), ((geo_back.vertices[30].z + backoffsetz) / backrangez)),
new THREE.Vector2( ((geo_back.vertices[8].x + backoffsetx) / backrangex ), ((geo_back.vertices[8].z + backoffsetz) / backrangez))
],
[
new THREE.Vector2( ((geo_back.vertices[30].x + backoffsetx) / backrangex ), ((geo_back.vertices[30].z + backoffsetz) / backrangez)),
new THREE.Vector2( ((geo_back.vertices[9].x + backoffsetx) / backrangex ), ((geo_back.vertices[9].z + backoffsetz) / backrangez)),
new THREE.Vector2( ((geo_back.vertices[8].x + backoffsetx) / backrangex ), ((geo_back.vertices[8].z + backoffsetz) / backrangez))
],
[
new THREE.Vector2( ((geo_back.vertices[30].x + backoffsetx) / backrangex ), ((geo_back.vertices[30].z + backoffsetz) / backrangez)),
new THREE.Vector2( ((geo_back.vertices[31].x + backoffsetx) / backrangex ), ((geo_back.vertices[31].z + backoffsetz) / backrangez)),
new THREE.Vector2( ((geo_back.vertices[9].x + backoffsetx) / backrangex ), ((geo_back.vertices[9].z + backoffsetz) / backrangez))
],
[
new THREE.Vector2( ((geo_back.vertices[31].x + backoffsetx) / backrangex ), ((geo_back.vertices[31].z + backoffsetz) / backrangez)),
new THREE.Vector2( ((geo_back.vertices[10].x + backoffsetx) / backrangex ), ((geo_back.vertices[10].z + backoffsetz) / backrangez)),
new THREE.Vector2( ((geo_back.vertices[9].x + backoffsetx) / backrangex ), ((geo_back.vertices[9].z + backoffsetz) / backrangez))
],
[
new THREE.Vector2( ((geo_back.vertices[31].x + backoffsetx) / backrangex ), ((geo_back.vertices[31].z + backoffsetz) / backrangez)),
new THREE.Vector2( ((geo_back.vertices[22].x + backoffsetx) / backrangex ), ((geo_back.vertices[22].z + backoffsetz) / backrangez)),
new THREE.Vector2( ((geo_back.vertices[10].x + backoffsetx) / backrangex ), ((geo_back.vertices[10].z + backoffsetz) / backrangez))
],
[
new THREE.Vector2( ((geo_back.vertices[22].x + backoffsetx) / backrangex ), ((geo_back.vertices[22].z + backoffsetz) / backrangez)),
new THREE.Vector2( ((geo_back.vertices[1].x + backoffsetx) / backrangex ), ((geo_back.vertices[1].z + backoffsetz) / backrangez)),
new THREE.Vector2( ((geo_back.vertices[10].x + backoffsetx) / backrangex ), ((geo_back.vertices[10].z + backoffsetz) / backrangez))
],
[
new THREE.Vector2( ((geo_back.vertices[23].x + backoffsetx) / backrangex ), ((geo_back.vertices[23].z + backoffsetz) / backrangez)),
new THREE.Vector2( ((geo_back.vertices[22].x + backoffsetx) / backrangex ), ((geo_back.vertices[22].z + backoffsetz) / backrangez)),
new THREE.Vector2( ((geo_back.vertices[32].x + backoffsetx) / backrangex ), ((geo_back.vertices[32].z + backoffsetz) / backrangez))
],
[
new THREE.Vector2( ((geo_back.vertices[24].x + backoffsetx) / backrangex ), ((geo_back.vertices[24].z + backoffsetz) / backrangez)),
new THREE.Vector2( ((geo_back.vertices[23].x + backoffsetx) / backrangex ), ((geo_back.vertices[23].z + backoffsetz) / backrangez)),
new THREE.Vector2( ((geo_back.vertices[32].x + backoffsetx) / backrangex ), ((geo_back.vertices[32].z + backoffsetz) / backrangez))
],
[
new THREE.Vector2( ((geo_back.vertices[25].x + backoffsetx) / backrangex ), ((geo_back.vertices[25].z + backoffsetz) / backrangez)),
new THREE.Vector2( ((geo_back.vertices[24].x + backoffsetx) / backrangex ), ((geo_back.vertices[24].z + backoffsetz) / backrangez)),
new THREE.Vector2( ((geo_back.vertices[32].x + backoffsetx) / backrangex ), ((geo_back.vertices[32].z + backoffsetz) / backrangez))
],
[
new THREE.Vector2( ((geo_back.vertices[26].x + backoffsetx) / backrangex ), ((geo_back.vertices[26].z + backoffsetz) / backrangez)),
new THREE.Vector2( ((geo_back.vertices[25].x + backoffsetx) / backrangex ), ((geo_back.vertices[25].z + backoffsetz) / backrangez)),
new THREE.Vector2( ((geo_back.vertices[32].x + backoffsetx) / backrangex ), ((geo_back.vertices[32].z + backoffsetz) / backrangez))
],
[
new THREE.Vector2( ((geo_back.vertices[27].x + backoffsetx) / backrangex ), ((geo_back.vertices[27].z + backoffsetz) / backrangez)),
new THREE.Vector2( ((geo_back.vertices[26].x + backoffsetx) / backrangex ), ((geo_back.vertices[26].z + backoffsetz) / backrangez)),
new THREE.Vector2( ((geo_back.vertices[32].x + backoffsetx) / backrangex ), ((geo_back.vertices[32].z + backoffsetz) / backrangez))
],
[
new THREE.Vector2( ((geo_back.vertices[28].x + backoffsetx) / backrangex ), ((geo_back.vertices[28].z + backoffsetz) / backrangez)),
new THREE.Vector2( ((geo_back.vertices[27].x + backoffsetx) / backrangex ), ((geo_back.vertices[27].z + backoffsetz) / backrangez)),
new THREE.Vector2( ((geo_back.vertices[32].x + backoffsetx) / backrangex ), ((geo_back.vertices[32].z + backoffsetz) / backrangez))
],
[
new THREE.Vector2( ((geo_back.vertices[29].x + backoffsetx) / backrangex ), ((geo_back.vertices[29].z + backoffsetz) / backrangez)),
new THREE.Vector2( ((geo_back.vertices[28].x + backoffsetx) / backrangex ), ((geo_back.vertices[28].z + backoffsetz) / backrangez)),
new THREE.Vector2( ((geo_back.vertices[32].x + backoffsetx) / backrangex ), ((geo_back.vertices[32].z + backoffsetz) / backrangez))
],
[
new THREE.Vector2( ((geo_back.vertices[30].x + backoffsetx) / backrangex ), ((geo_back.vertices[30].z + backoffsetz) / backrangez)),
new THREE.Vector2( ((geo_back.vertices[29].x + backoffsetx) / backrangex ), ((geo_back.vertices[29].z + backoffsetz) / backrangez)),
new THREE.Vector2( ((geo_back.vertices[32].x + backoffsetx) / backrangex ), ((geo_back.vertices[32].z + backoffsetz) / backrangez))
],
[
new THREE.Vector2( ((geo_back.vertices[31].x + backoffsetx) / backrangex ), ((geo_back.vertices[31].z + backoffsetz) / backrangez)),
new THREE.Vector2( ((geo_back.vertices[30].x + backoffsetx) / backrangex ), ((geo_back.vertices[30].z + backoffsetz) / backrangez)),
new THREE.Vector2( ((geo_back.vertices[32].x + backoffsetx) / backrangex ), ((geo_back.vertices[32].z + backoffsetz) / backrangez))
],
[
new THREE.Vector2( ((geo_back.vertices[22].x + backoffsetx) / backrangex ), ((geo_back.vertices[22].z + backoffsetz) / backrangez)),
new THREE.Vector2( ((geo_back.vertices[31].x + backoffsetx) / backrangex ), ((geo_back.vertices[31].z + backoffsetz) / backrangez)),
new THREE.Vector2( ((geo_back.vertices[32].x + backoffsetx) / backrangex ), ((geo_back.vertices[32].z + backoffsetz) / backrangez))
]
);
/*____________armagetron cycle______________*/
geo_body.computeFaceNormals();//for lighting
geo_front.computeFaceNormals();//for lighting
geo_back.computeFaceNormals();//for lighting
//UV MAPS NEEDED OR ERRORS for mapping
//materials
var bodyMaterial = [
new THREE.MeshBasicMaterial( {
color: colorCode,
// shading: THREE.FlatShading
}),
new THREE.MeshBasicMaterial( {
map: engine.textures.cycle_body,
transparent: settings.ALPHA_BLEND,
opacity: 1.0,
})];
var wheelMaterial = [
new THREE.MeshBasicMaterial( { //MeshLambertMaterial
color: colorCode,
// shading: THREE.FlatShading
}),
new THREE.MeshBasicMaterial( {
map: engine.textures.cycle_wheel,
transparent: settings.ALPHA_BLEND,
opacity: 1.0,
})];
// var cycleBody = new THREE.Mesh( geo_body, bodyMaterial );
var cycleBody = new THREE.SceneUtils.createMultiMaterialObject( geo_body, bodyMaterial );
// var cycleFront = new THREE.Mesh( geo_front, wheelMaterial );
// var cycleBack = new THREE.Mesh( geo_back, wheelMaterial );
var cycleFront = new THREE.SceneUtils.createMultiMaterialObject( geo_front, wheelMaterial );
var cycleBack = new THREE.SceneUtils.createMultiMaterialObject( geo_back, wheelMaterial );
cycleFront.position.x = 1.9;//push front wheel to front
cycleFront.position.z = 0.418248;//raise front wheel
cycleBack.position.z += 0.70724;//raise back wheel
cycleBody.position.x -= 1.5;//move back 1.5
cycleFront.position.x -= 1.5;
cycleBack.position.x -= 1.5;
model.add(cycleBody);
model.add(cycleFront);
model.add(cycleBack);
}
model.scale.set(0.5,0.5,0.5);//half size
model.rotaon = {
front: 133.55356,
back: 78.947758
};
return model;
};
/*—–––––––––––cycle constructor—–––––––––––*/
var createLightcycle = function(cfg) //DEPRECATED
{
return new Cycle(cfg);
}
/*_*/
/*—––––––––––––wall–constructor—–––––––––––*/
function newWall(tailColor,x,y,z=0)
{
var xy = 0.001;
//var wallTextureProportion;
var textureBlending = true;
if(!engine.dedicated)
{
/*var texture = engine.textures.cycle_wall;
texture.wrapS = THREE.RepeatWrapping;
texture.repeat.set(xy,1);*/
/*if (texture.image)
{
wallTextureProportion = (texture.image.width / texture.image.height) * xy; // *4 is actual size
}//*/
var wallMaterial = new THREE.MeshLambertMaterial({
side: THREE.DoubleSide,
color: tailColor,
//map: texture,
//blending: textureBlending ? THREE.AdditiveBlending : THREE.NormalBlending,
transparent: settings.ALPHA_BLEND, opacity: 0.6
});
}
//var wallGeometry = new THREE.PlaneBufferGeometry( 1, 4 );
/*var m = new THREE.Matrix4();
m.makeRotationX(pi(0.5));
m.makeTranslation( 0.5, 2, 0 );
wallGeometry.applyMatrix( m );*/
var geo = new THREE.Geometry();
geo.vertices.push(new THREE.Vector3(0,0,0));
geo.vertices.push(new THREE.Vector3(xy,xy,0));
geo.vertices.push(new THREE.Vector3(xy,xy,1));
geo.vertices.push(new THREE.Vector3(0,0,1));
geo.vertices.push(new THREE.Vector3(0,0,0));
geo.vertices.push(new THREE.Vector3(xy,xy,0));
geo.faces = [new THREE.Face3(0,1,2),new THREE.Face3(1,2,3),new THREE.Face3(2,3,4),new THREE.Face3(3,4,5)];
geo.computeFaceNormals();
geo.computeVertexNormals();
var wall1 = new THREE.Mesh(geo,wallMaterial);
// hacky solution to make wall visible from straight on
var geo = new THREE.Geometry();
geo.vertices.push(new THREE.Vector3(0,0,1));
geo.vertices.push(new THREE.Vector3(xy,xy,1));
var wall2 = new THREE.Line(geo,wallMaterial);
var wall = new THREE.Group();
wall.add(wall1); wall.add(wall2);
wall.position.set(x,y,z);
wall.size = xy;
wall.scale.set(1,1,0.75);
return wall;
}
var createWall = function(cycle,x,y)
{
var group = new THREE.Group();
var wall = newWall(cycle.tailColor,x,y);
group.add(wall); // === .children[0]
//group.add(line); // === .children[1]
group.netLength = 0;
group.map = [[x,y],[x,y]];
return group;
};
/*–––––––––––––––––––––––––––––––––––––––––*/
function lineExplosion(pos,color1=0xffffff,color2=color1)
{
if(typeof(pos) != "object") pos = {x:0,y:0,z:0};
else if(typeof(pos.x) == "undefined") pos.x = 0;
else if(typeof(pos.y) == "undefined") pos.y = 0;
else if(typeof(pos.z) == "undefined") pos.z = 0;
if(!settings.EXPLOSIONS) return false;
var group = new THREE.Group();
var expvec = [
//new THREE.Vector3(0,0,1),
new THREE.Vector3(0,1,1),
new THREE.Vector3(0,-1,1),
new THREE.Vector3(1,0,1),
new THREE.Vector3(-1,0,1),
new THREE.Vector3(1,1,1),
new THREE.Vector3(-1,1,1),
new THREE.Vector3(1,-1,1),
new THREE.Vector3(-1,-1,1),
];
var fak=7;
for(var j=40-expvec.length;j--;)
{
expvec.push(new THREE.Vector3(
fak*((Math.random())-.5),
fak*((Math.random())-.5),
1
));
}
for(var j=40-expvec.length;j--;)
{
expvec.push(new THREE.Vector3(
fak*((Math.random())-.5),
fak*((Math.random())-.5),
-1
));
}
var mat = [
new THREE.LineBasicMaterial({color:color1,transparent:settings.ALPHA_BLEND,opacity:1}),
new THREE.LineBasicMaterial({color:color2,transparent:settings.ALPHA_BLEND,opacity:1})
];
for(var z=expvec.length;z--;)
{
var geometry = new THREE.Geometry();
geometry.vertices.push(new THREE.Vector3(0,0,0));
geometry.vertices.push(expvec[z]);
var line = new THREE.Line(geometry,mat[Math.round(Math.random())]);
line.position.set(pos.x,pos.y,pos.z); line.scale.set(0,0,0);
group.add(line);
}
engine.expl.push(group);
engine.scene.add(group);
}
function zmanCircleExplosion(pos,color1=0xffffff,color2=color1)
{
}
spawnExplosion = lineExplosion;
//spawnExplosion = zmanCircleExplosion;
diff --git a/scripts/functions-head.js b/scripts/functions-head.js
index 7f7445a..f4a2505 100644
--- a/scripts/functions-head.js
+++ b/scripts/functions-head.js
@@ -1,510 +1,519 @@
//FUNC
function gafd(a,b) //! returns angle from xdir, ydir
{
var c = 180 * Math.atan2(b,a) / Math.PI;
0 > c && (c += 360);
360 < c && (c -= 360);
return c
}
function cdir(theta) //! Gets [xdir, ydir] from angle
{
var x = Math.cos(theta);
var y = Math.sin(theta);
return [x,y];
}
function httpGet(url) //! gets HTTP requests synchroniously. DEPRECATED and wont work in nodejs
{
var xmlHttp = new XMLHttpRequest();
xmlHttp.open("GET",url,false);
xmlHttp.send(null);
return xmlHttp.responseText;
}
function httpGetAsync(url,callback,errcb=false) //! gets HTTP requests asynchronously
{
if(window.XMLHttpRequest)
{
var req = new XMLHttpRequest();
req.onreadystatechange = function()
{
if(req.readyState == 4 && req.status == 200)
callback(req.responseText);
}
if(errcb)
{
req.onerror = errcb;
}
req.open("GET",url,true);
req.send(null);
}
else if(window.https && url.indexOf("https://") == 0)
{
var req = https.get(url,function(res)
{
res.data = "";
res.on('data',function(data)
{
res.data += data;
if(res.statusCode == 200)
callback(res.data)
});
});
if(errcb) req.on('error',errcb);
}
else if(window.http) //no https support
{
var req = http.get(url.replace("https://","http://"),function(res)
{
res.data = "";
res.on('data',function(data)
{
res.data += data;
if(res.statusCode == 200)
callback(res.data)
});
});
if(errcb) req.on('error',errcb);
}
else
{
throw "No methods to GET file";
}
}
function xmlify(string) //! Gets XML object from string.
{
var val;
if (window.DOMParser) { val = (new DOMParser).parseFromString(string, "text/xml"); }
else { val = new ActiveXObject("Microsoft.XMLDOM"); val.async = !1; val.loadXML(string); }
return val;
}
function getVarFromString(string) //! Find variable parameters from string, used in parsing menus
{
var splice = string.split(".");
var variable = settings, var2 = commands;
for(var y=0;y<splice.length-1;y++)
{
try{variable = variable[splice[y]]}catch(e){variable = undefined}
try{var2 = var2[splice[y]]}catch(e){var2 = undefined}
}
return [variable,splice[splice.length-1],var2];
}
function htmlEntities(str) //! Get HTML entities for some characters.
{
return (""+str).replace(/&/g,"&").replace(/</g,"<").replace(/\>/g,">").replace(/"/g,""");
}
function colorIsDark(r,g,b)
{
return (
( r < 255*settings.FONT_MIN_R &&
g < 255*settings.FONT_MIN_G &&
b < 255*settings.FONT_MIN_B
)|| r+g+b < 255*settings.FONT_MIN_TOTAL
);
}
function getDarkBGFromHex(hex)
{
var c = new THREE.Color(hex);
if(colorIsDark(c.r,c.g,c.b))
return "white";
else
return "none";
}
function replaceColors(str)
{
if(typeof(str) == "undefined") return typeof(str);
var dark = "class=darktext";
//Capitals are allowed because the processes here can handle them
str = str.replace(settings.VERIFY_COLOR_STRICT?/0x([0-9A-Fa-f]{6}|RESETT)(.*?)(?=0x(?:[0-9A-Fa-f]{6}|RESETT)|$)/gm : /0x(.{6})(.*?)(?=0x(?:.{6})|$)/gm,
function(x)
{
if(x.substr(2,6) == "RESETT")
{
return x.substr(8);
}
else
{
//var darkI1="class=lighttext";
var darkI1="";
var r=parseInt(x[2]+x[3],16),g=parseInt(x[4]+x[5],16),b=parseInt(x[6]+x[7],16);
//NOTE: unless using regex, javascript only replaces the first occurance
if(isNaN(r)){if(isNaN(parseInt(x[2],16)))x=x.replace(x[2],"0");if(isNaN(parseInt(x[3],16)))x=x.replace(x[3],"0");r=parseInt(x[2]+x[3],16)}
if(isNaN(g)){if(isNaN(parseInt(x[4],16)))x=x.replace(x[4],"0");if(isNaN(parseInt(x[5],16)))x=x.replace(x[5],"0");g=parseInt(x[4]+x[5],16)}
if(isNaN(b)){if(isNaN(parseInt(x[6],16)))x=x.replace(x[6],"0");if(isNaN(parseInt(x[7],16)))x=x.replace(x[7],"0");b=parseInt(x[6]+x[7],16)}
if(colorIsDark(r,g,b))
{
if(settings.TEXT_DARK_HIGHLIGHT)
{
darkI1 = dark;
}
if(settings.TEXT_BRIGHTEN)
{
if(r < settings.FONT_MIN_R) r += settings.FONT_MIN_R;
if(g < settings.FONT_MIN_G) g += settings.FONT_MIN_G;
if(b < settings.FONT_MIN_B) b += settings.FONT_MIN_B;
if(colorIsDark(r,g,b))
{
r += settings.FONT_MIN_TOTAL/3;
g += settings.FONT_MIN_TOTAL/3;
b += settings.FONT_MIN_TOTAL/3;
}
}
}
return "<span "+darkI1+" style='color:rgb("+r+","+g+","+b+");'>"+x.substr(8)+"</span>";
}
});
return str;
}
function removeColors(str)
{
return str.replace(settings.VERIFY_COLOR_STRICT?/0x([0-9A-Fa-f]{6}|RESETT)(.*?)(?=0x(?:[0-9A-Fa-f]{6}|RESETT)|$)/gm : /0x(.{6})(.*?)(?=0x(?:.{6})|$)/gm,function(x){return x.substr(8)});
}
String.prototype.filter = function() //! Filter illegal player characters. Heavily based on ArmagetronAd's filtering.
{
var char, out="", str = this.toString();
for(var i=0;i<str.length;i++)
{
char = str.charCodeAt(i);
if(char <= 126 && char > 32) //Leave ASCII characters but convert them to lower case
{
if(char == 48)
out += "o"; //map 0 to o because z-man
else
out += str[i].toLowerCase();
}
//! map umlauts and similar to their base characters
else if(char >= 0xc0 && char <= 0xc5) out += 'a';
else if(char >= 0xd1 && char <= 0xd6) out += 'o';
else if(char >= 0xd9 && char <= 0xdD) out += 'u';
else if(char == 0xdf) out += 's';
else if(char >= 0xe0 && char <= 0xe5) out += 'a';
else if(char >= 0xe8 && char <= 0xeb) out += 'e';
else if(char >= 0xec && char <= 0xef) out += 'i';
else if(char >= 0xf0 && char <= 0xf6) out += 'o';
else if(char >= 0xf9 && char <= 0xfc) out += 'u';
else if(char >= 0xc0 && char <= 0xc5) out += 'a';
else switch(char)
{
//some of those are a bit questionable, but still better than lots of underscores
case 161: out += '!'; break;
case 162: out += 'c'; break;
case 163: out += 'l'; break;
case 165: out += 'y'; break;
case 166: out += '|'; break;
case 167: out += 's'; break;
case 168: out += '"'; break;
case 169: out += 'c'; break;
case 170: out += 'a'; break;
case 171: out += '"'; break;
case 172: out += '!'; break;
case 174: out += 'r'; break;
case 176: out += 'o'; break;
case 177: out += '+'; break;
case 178: out += '2'; break;
case 179: out += '3'; break;
case 182: out += 'p'; break;
case 183: out += '.'; break;
case 185: out += '1'; break;
case 187: out += '"'; break;
case 198: out += 'a'; break;
case 199: out += 'c'; break;
case 208: out += 'd'; break;
case 209: out += 'n'; break;
case 215: out += 'x'; break;
case 216: out += 'o'; break;
case 221: out += 'y'; break;
case 222: out += 'p'; break;
case 231: out += 'c'; break;
case 241: out += 'n'; break;
case 247: out += '/'; break;
case 248: out += 'o'; break;
case 253: out += 'y'; break;
case 254: out += 'p'; break;
case 255: out += 'y'; break;
default: out += "_"; break; //unknown character, mapped to underscore
}
}
return out;
}
function tStringify(str) //!
{
str = str.replace(/\$\w*/g,function(i){console.log(i.replace("\$",""));});
str = str.replace(new RegExp("@progtitle@",'g'),"3DCycles Web");
str = str.replace(new RegExp("@progtitleshort@",'g'),"3DCycles");
str = str.replace(new RegExp("@progname@",'g'),"webtron");
return str;
}
function pi(a=1) {return Math.PI*a} //! Finds multiples of PI.
function setNewFont(input) //! Gets font from user input. Not used anywhere anymore.
{
input = input.toLowerCase();
var output = "";
switch(input) {
case 'armagetronad':case 'armagetron':case 'arma':case 'tron':
output = "Armagetronad";
break;
case 'flynn':case 'flyn':case 'flyyn':case 'flin':case 'user':case 'legacy':
output = "Flynn";
break;
case 'serif':case 'srif':case 'serf':case 'srf':case 'font':
output = "serif";
break;
case 'sans-serif':case 'sansserif':case 'sans':case 'sanserif':case 'san':
output = "sans-serif";
break;
case 'nicefont':case 'nice':case 'nfont':
output = "nicefont";
break;
case 'monospace':case 'mono':case 'fixedwidth':case 'fixed':
output = "monospace";
break;
default:
output = "Armagetronad";
}
return output;
}
function pointDistance(x1,y1,x2,y2)
{
var xs = x2 - x1, ys = y2 - y1;
return Math.sqrt( xs*xs + ys*ys );
}
function getLogicalBox(string) //! Parses map file and returns [x, y, minx, miny, maxx, maxy] or false on failure.
{
var re = /(x|y)\=.-?(\d*.)?\d+/gi;
var matches = string.match(re);
var temp = 0;
var box = [0,0,Infinity,Infinity,-Infinity,-Infinity];// x, y, minx, miny, maxx, maxy
if (matches) {
for (var i = 0; i < matches.length; i++) {
matches[i] = matches[i].replace(/\"|\'/g, '');
//console.log(matches[i]);
if (matches[i].indexOf("x") > -1) { // x=250.25
matches[i] = matches[i].replace('x=', '');
temp = parseFloat(matches[i]);
if (temp > box[4]) { box[4] = temp; }
if (temp < box[2]) { box[2] = temp; }
}
if (matches[i].indexOf("y") > -1) { // y=-25
matches[i] = matches[i].replace('y=', '');
temp = parseFloat(matches[i]);
if (temp > box[5]) { box[5] = temp; }
if (temp < box[3]) { box[3] = temp; }
}
}
//get center
box[0] = ( box[2] + box[4] ) / 2;
box[1] = ( box[3] + box[5] ) / 2;
//console.log(box);
return box;
}
else {
return false;
}
}
function hasClass(element, cls) {//checks if element has classname, returns true | false
return (' ' + element.className + ' ').indexOf(' ' + cls + ' ') > -1;
}
+function relPath(path,rel="/")
+{
+ if(rel.indexOf("/") != 0) rel = "/"+rel;
+ if(rel.indexOf("/",rel.length-1) == -1) rel += "/";
+
+ if(path.indexOf("://") >= 0 || path.indexOf("/") == 0) return path;
+ else return rel+path;
+}
+
function inround() //! Tries to determine if we're in a round or not.
{
return !engine.roundCommencing && engine.gtime >= -4000;
}
function deg2rad(angle)
{
if(!isFinite(angle)) return angle;
angle %= 360;
if(angle < 0) angle += 360;
var radians = angle * Math.PI / 180;
return radians;
}
function rad2deg(radians)
{
if(!isFinite(radians)) return radians;
var angle = radians * 180 / Math.PI;
angle %= 360;
if(angle < 0) angle += 360;
return angle;
}
function normalizeRad(radians)
{
var pi2 = Math.PI*2;
radians = radians%pi2;
while(radians < 0) radians += pi2;
return radians;
}
// BEGIN based on code from http://geomalgorithms.com/a07-_distance.html
// Copyright 2001 softSurfer, 2012 Dan Sunday
// This code may be freely used, distributed and modified for any purpose
// providing that this copyright notice is included with it.
// SoftSurfer makes no warranty for this code, and cannot be held
// liable for any real or imagined damage resulting from its use.
// Users of this code must verify correctness for their application.
var dot = function(ux,uy,vx,vy) { return ((ux*vx)+(uy*vy)); };
var SMALL_NUM = 0.00000001; // anything that avoids division overflow
function distanceoflines(x1,y1, x2,y2, x3,y3, x4,y4)
{
var ux=x2-x1,uy=y2-y1;
var vx=x4-x3,vy=y4-y3
var wx=x1-x3,wy=y1-y3;
//var a = dot(ux,uy,ux,uy), b = dot(ux,uy,vx,vy), c = dot(vx,vy,vx,vy), d = dot(ux,uy,wx,wy), e = dot(vx,vy,wx,wy);
var a = (ux*ux)+(uy*uy), b = (ux*vx)+(uy*vy), c = (vx*vx)+(vy*vy), d = (ux*wx)+(uy*wy), e = (vx*wx)+(vy*wy); //probably faster
var D = a*c - b*b;
var sc,sN,sD = D;
var tc,tN,tD = D;
if(D < SMALL_NUM) //lines almost parallel
{
sN = 0; //force point p0 on segment s1
sD = 1; //prevent possible division by zero
tN = e; tD = c;
}
else //get closest points on the infinite lines
{
sN = (b*e - c*d); tN = (a*e - b*d);
if(sN < 0) //sc < 0 => the s=0 edge is visible
{
sN = 0; tN = e; tD = c;
}
else if(sN > sD) //sc > 1 => the s=1 edge is visible
{
sN = sD; tN = e + b; tD = c;
}
}
if(tN < 0) // tc < 0 => the t=0 edge is visible
{
tN = 0;
//recompute sc this edge
if(d>0)
{
sN = 0;
}
else if(d<a)
{
sN = sD;
}
else
{
sN = -d; sD = a;
}
}
else if(tN > tD) //tc > 1 => the t=1 edge is visible
{
tN = tD;
//recompute sc for this edge
if((b-d) < 0)
{
sN = 0;
}
else if((b-d) > a)
{
sN = sD;
}
else
{
sN = (b-d); sD = a;
}
}
//finally, do the division to get sc and tc;
var sc = (Math.abs(sN) < SMALL_NUM ? 0.0 : sN / sD);
var tc = (Math.abs(tN) < SMALL_NUM ? 0.0 : tN / tD);
var dPx = wx + (ux * sc) - (vx * tc);
var dPy = wy + (uy * sc) - (vy * tc);
//console.log(dPx,dPy);
//return Math.sqrt(dot(dPx,dPy,dPx,dPy));
return Math.hypot(dPx,dPy);
}
// END
function is_in_circle(p1x, p1y, r1, p2x, p2y, r2=0)
{
return(r1+r2 > Math.sqrt(Math.pow((p1x-p2x),2)+Math.pow((p1y-p2y),2)))
}
function lineIntersect(p0_x, p0_y, p1_x, p1_y, p2_x, p2_y, p3_x, p3_y)
{
var s1_x = p1_x - p0_x, s1_y = p1_y - p0_y, s2_x = p3_x - p2_x, s2_y = p3_y - p2_y;
var s = (-s1_y * (p0_x - p2_x) + s1_x * (p0_y - p2_y)) / (-s2_x * s1_y + s1_x * s2_y),
t = ( s2_x * (p0_y - p2_y) - s2_y * (p0_x - p2_x)) / (-s2_x * s1_y + s1_x * s2_y);
return (s >= 0 && s <= 1 && t >= 0 && t <= 1);
}
/////////////////////////////////////////////////////////////
/////////////////////////////////////////////////////////////
//"encrytion" variables, not sure what they were for:
String.prototype.toEncodedString = function () {
var ostr = this.toString().replace(/\s+/g, '');
if (ostr.length < 8) {
alert("Password must be at least 8 characters long with no spaces.");
return null;
};
var x, nstr = '',
len = ostr.length;
for (x = 0; x < len; ++x) {
nstr += (255 - ostr.charCodeAt(x)).toString(36).toUpperCase().toPaddedString(2, '0');
};
return nstr;
};
String.prototype.fromEncodedString = function () {
var ostr = this.toString();
var x, nstr = '',
len = ostr.length;
for (x = 0; x < len; x += 2) {
nstr += String.fromCharCode(255 - parseInt(ostr.substr(x, 2), 36));
};
return nstr;
};
Number.prototype.toPaddedString = function (len, pad) {
len = (len) ? Number(len) : 2;
if (isNaN(len)) {
alert("Padded String 'length' argument is not numeric.");
return null;
};
var dflt = (isNaN(this.toString())) ? " " : "0";
pad = (pad) ? pad.toString().substr(0, 1) : dflt;
var str = this.toString();
if (dflt == "0") {
while (str.length < len) str = pad + str;
}
else {
while (str.length < len) str += pad;
};
return str;
};
String.prototype.toPaddedString = Number.prototype.toPaddedString;
/**/
var encrypt1 = new Date().getTime();
encrypt1 = ""+encrypt1;//##############...
//var encrypt2 = encrypt1.toEncodedString();
//var str3 = str2.fromEncodedString();
/**/
function getSuperString() {
var superstring = encrypt1.toEncodedString();
superstring = "lightcycle"+superstring;
return superstring;
}
var ss = getSuperString();
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