Flight

Developer
Scott R McGann
Size
5,351 Kb
Views
14,168
  1. Flight Previews
  2. Flight HTML Codes
  3. Flight CSS Codes
  4. Flight JS Codes

How do I make an flight?

What is a flight? How do you make a flight? This script and codes were developed by Scott R McGann on 11 November 2022, Friday.

Flight Previews
IQ Test

Flight - Script Codes HTML Codes

<!DOCTYPE html>
<html >
<head> <meta charset="UTF-8"> <title>Flight</title> <link rel="stylesheet" href="css/style.css">
</head>
<body> <script src="js/index.js"></script>
</body>
</html>

Flight - Script Codes CSS Codes

html,body{	margin:0px;	width:100%;	height:100%;	overflow:hidden; background:#000;
}
canvas{	position:absolute;	width:100%;	height:100%;
}

Flight - Script Codes JS Codes

function project3D(x,y,z,vars){	var p,d;	x-=vars.camX;	y-=vars.camY;	z-=vars.camZ;	p=Math.atan2(x,z);	d=Math.sqrt(x*x+z*z);	x=Math.sin(p-vars.yaw)*d;	z=Math.cos(p-vars.yaw)*d;	p=Math.atan2(y,z);	d=Math.sqrt(y*y+z*z);	y=Math.sin(p-vars.pitch)*d;	z=Math.cos(p-vars.pitch)*d;	var rx1=-9;	var ry1=1;	var rx2=9;	var ry2=1;	var rx3=0;	var ry3=0;	var rx4=x;	var ry4=z;	var uc=(ry4-ry3)*(rx2-rx1)-(rx4-rx3)*(ry2-ry1);	var ua=((rx4-rx3)*(ry1-ry3)-(ry4-ry3)*(rx1-rx3))/uc;	var ub=((rx2-rx1)*(ry1-ry3)-(ry2-ry1)*(rx1-rx3))/uc;	if(ua>0&&ua<1&&ub>0&&ub<1){	return {	x:vars.cx+(rx1+ua*(rx2-rx1))*vars.scale,	y:vars.cy+y/z*vars.scale,	d:Math.sqrt(x*x+y*y+z*z)	};	}else{	return { d:-1 };	}
}
function rgb(col){	col += 0.000001;	var r = 0;//parseInt((0.5+Math.sin(col)*0.5)*256);	var g = parseInt((0.5+Math.cos(col)*0.5)*256);	var b = parseInt((0.2+Math.cos(col)*0.2)*256);	return "#"+("0" + r.toString(16) ).slice (-2)+("0" + g.toString(16) ).slice (-2)+("0" + b.toString(16) ).slice (-2);
}
function rgb2(col){	col += 0.000001;	var r = parseInt((0.15+Math.cos(col)*0.15)*256);	var g = 1;//parseInt((0.5+Math.sin(col)*0.5)*256);	var b = parseInt((0.5+Math.cos(col)*0.5)*256);	return "#"+("0" + r.toString(16) ).slice (-2)+("0" + g.toString(16) ).slice (-2)+("0" + b.toString(16) ).slice (-2);
}	function Vert(x,y,z){	this.x = x;	this.y = y;	this.z = z;
}
function Seg(x1,y1,z1,x2,y2,z2){	this.a = new Vert(x1,y1,z1);	this.b = new Vert(x2,y2,z2);	this.dist=0;
}
function Polygon(){	this.verts=[];	this.dist=0;
}
function elevation(x,y,z){	var dist = Math.sqrt(x*x+y*y+z*z);	if(dist && z/dist>=-1 && z/dist <=1) return Math.acos(z / dist);	return 0.00000001;
}
function transformShape(shape,scaleX,scaleY,scaleZ){	for(var i=0;i<shape.polys.length;++i){	for(var j=0;j<shape.polys[i].segs.length;++j){	shape.polys[i].segs[j].a.x*=scaleX;	shape.polys[i].segs[j].a.y*=scaleY;	shape.polys[i].segs[j].a.z*=scaleZ;	shape.polys[i].segs[j].b.x*=scaleX;	shape.polys[i].segs[j].b.y*=scaleY;	shape.polys[i].segs[j].b.z*=scaleZ;	}	}
}
function process(vars){	var x1,y1,z1,x2,y2,z2,x=y=z=0,d1,d2,v=180;	x1=vars.camX;	y1=vars.camY;	z1=vars.camZ;	d1=Math.sqrt(vars.camX*vars.camX+vars.camY*vars.camY+vars.camZ*vars.camZ);	var p=vars.frameNo/120;	x=Math.sin(p)*v;	y=-400;	z=-Math.sin(p*2)*v/2;	vars.camX=x;	vars.camY=y;	vars.camZ=z;	d2=Math.sqrt(vars.camX*vars.camX+vars.camY*vars.camY+vars.camZ*vars.camZ);	vars.camX=vars.camX/d2*d1;	vars.camY=vars.camY/d2*d1;	vars.camZ=vars.camZ/d2*d1;	vars.yaw=Math.atan2(vars.camX-x1,vars.camZ-z1);	vars.pitch=-elevation(vars.camX-x1,vars.camZ-z1,vars.camY-y1)+Math.PI/2+.3+.1*Math.cos(vars.frameNo/30);
}
function sortFunction(a,b){	return b.dist-a.dist;
}
function rand(seed){	return parseFloat('0.'+Math.sin(seed).toString().substr(6));
}
function draw(vars){	vars.ctx.globalAlpha=1;	vars.ctx.fillStyle="#000";	vars.ctx.fillRect(0, 0, vars.canvas.width, vars.canvas.height);	var t,x,y,z,x1,y1,z1,x2,y2,z2,point,visible;	var polys=[];	for(var i=0;i<vars.shapes.length;++i){	for(var j=0;j<vars.shapes[i].polys.length;++j){	vars.shapes[i].polys[j].dist=0;	visible=1;	vars.shapes[i].polys[j].shape=i;	vars.shapes[i].polys[j].index=j;	for(var k=0;k<vars.shapes[i].polys[j].segs.length;++k){	x=vars.shapes[i].x+vars.shapes[i].polys[j].segs[k].a.x;	y=vars.shapes[i].y+vars.shapes[i].polys[j].segs[k].a.y;	z=vars.shapes[i].z+vars.shapes[i].polys[j].segs[k].a.z;	point=project3D(x,y,z,vars);	if((point.d != -1) && (i||point.d<160)){	vars.shapes[i].polys[j].segs[k].rx=point.x;	vars.shapes[i].polys[j].segs[k].ry=point.y;	vars.shapes[i].polys[j].segs[k].dist=point.d;	vars.shapes[i].polys[j].dist+=point.d;	}else{	visible=0;	}	}	if(visible)polys.push(vars.shapes[i].polys[j]);	}	}	polys.sort(sortFunction);	var a;	for(var i=0;i<polys.length;++i){	a = polys[i].shape?1:1 - Math.pow(polys[i].dist / polys[i].segs.length / 150, 10) ;	if(a>0 && a<=1){	vars.ctx.fillStyle=polys[i].shape?rgb2(polys[i].index/8-vars.frameNo/12):rgb(polys[i].index/8-vars.frameNo/12);	vars.ctx.globalAlpha=a;	vars.ctx.beginPath();	x1=polys[i].segs[0].rx;	y1=polys[i].segs[0].ry;	vars.ctx.moveTo(x1,y1);	for(var k=1;k<polys[i].segs.length;++k){	x2=polys[i].segs[k].rx;	y2=polys[i].segs[k].ry;	vars.ctx.lineTo(x2,y2);	}	vars.ctx.fill();	}	for(var k=0;k<polys[i].segs.length;++k){	a = polys[i].shape?1:1 - Math.pow(polys[i].segs[k].dist / 150, 10) * 1;	if(a>0 && a<=1){	vars.ctx.strokeStyle=polys[i].shape?"#fff":"#fff";	vars.ctx.globalAlpha=a*polys[i].shape?.1:.1;	x1=polys[i].segs[k].rx;	y1=polys[i].segs[k].ry;	t=(k+1)%polys[i].segs.length;	x2=polys[i].segs[t].rx;	y2=polys[i].segs[t].ry;	vars.ctx.beginPath();	vars.ctx.moveTo(x1,y1);	vars.ctx.lineTo(x2,y2);	vars.ctx.lineWidth=1+(600+polys[i].shape*20000)/(1+polys[i].dist);	vars.ctx.stroke();	}	}	}
}
function pushVert(p1,p2,dist,poly){	x=Math.sin(p1)*Math.sin(p2)*dist;	z=Math.cos(p1)*Math.sin(p2)*dist;	y=Math.cos(p2)*dist;	poly.verts.push(new Vert(x,y,z));
}
function expandShape(shape,convexity){	for(j=0;j<shape.polys.length;++j){	for(k=0;k<shape.polys[j].verts.length;++k){	x=shape.polys[j].verts[k].x;	y=shape.polys[j].verts[k].y;	z=shape.polys[j].verts[k].z;	d=Math.sqrt(x*x+y*y+z*z);	p1=Math.atan2(x,y);	p2=elevation(x,y,z);	d2=d+(1-d)*convexity;	shape.polys[j].verts[k].x=Math.sin(p1)*Math.sin(p2)*d2;	shape.polys[j].verts[k].y=Math.cos(p1)*Math.sin(p2)*d2;	shape.polys[j].verts[k].z=Math.cos(p2)*d2;	}	}	return shape;
}
function segmentize(source){	var polys=[],x1,y1,z1,x2,y2,z2;	for(var i=0;i<source.length;++i){	var poly={};	poly.segs=[];	for(var j=0;j<source[i].verts.length;++j){	x1=source[i].verts[j].x;	y1=source[i].verts[j].y;	z1=source[i].verts[j].z;	if(j<source[i].verts.length-1){	x2=source[i].verts[j+1].x;	y2=source[i].verts[j+1].y;	z2=source[i].verts[j+1].z;	}else{	x2=source[i].verts[0].x;	y2=source[i].verts[0].y;	z2=source[i].verts[0].z;	}	poly.segs.push(new Seg(x1,y1,z1,x2,y2,z2));	}	polys.push(poly);	}	return polys;
}
function Shape(x,y,z){	this.polys=[];	this.x=x, this.y=y, this.z=z;
}
function Icosahedron(x,y,z){	var size=1, phi = 1.61803398875;	this.polys=[];	this.x=x, this.y=y, this.z=z, this.dist=0;	x1=-phi, y1=-1, z1=0, x2=phi, y2=-1, z2=0, x3=phi, y3=1, z3=0, x4=-phi, y4=1, z4=0,	y5=-phi, z5=-1, x5=0, y6=phi, z6=-1, x6=0, y7=phi, z7=1, x7=0, y8=-phi, z8=1, x8=0,	z9=-phi, x9=-1, y9=0, z10=phi, x10=-1, y10=0, z11=phi, x11=1, y11=0, z12=-phi, x12=1, y12=0;	p={}; p.verts=[];	p.verts.push(new Vert(x1,y1,z1));	p.verts.push(new Vert(x5,y5,z5));	p.verts.push(new Vert(x8,y8,z8));	this.polys.push(p);	p={}; p.verts=[];	p.verts.push(new Vert(x2,y2,z2));	p.verts.push(new Vert(x5,y5,z5));	p.verts.push(new Vert(x8,y8,z8));	this.polys.push(p);	p={}; p.verts=[];	p.verts.push(new Vert(x3,y3,z3));	p.verts.push(new Vert(x6,y6,z6));	p.verts.push(new Vert(x7,y7,z7));	this.polys.push(p);	p={}; p.verts=[];	p.verts.push(new Vert(x4,y4,z4));	p.verts.push(new Vert(x6,y6,z6));	p.verts.push(new Vert(x7,y7,z7));	this.polys.push(p);	p={}; p.verts=[];	p.verts.push(new Vert(x9,y9,z9));	p.verts.push(new Vert(x12,y12,z12));	p.verts.push(new Vert(x5,y5,z5));	this.polys.push(p);	p={}; p.verts=[];	p.verts.push(new Vert(x9,y9,z9));	p.verts.push(new Vert(x12,y12,z12));	p.verts.push(new Vert(x6,y6,z6));	this.polys.push(p);	p={}; p.verts=[];	p.verts.push(new Vert(x10,y10,z10));	p.verts.push(new Vert(x11,y11,z11));	p.verts.push(new Vert(x7,y7,z7));	this.polys.push(p);	p={}; p.verts=[];	p.verts.push(new Vert(x10,y10,z10));	p.verts.push(new Vert(x11,y11,z11));	p.verts.push(new Vert(x8,y8,z8));	this.polys.push(p);	p={}; p.verts=[];	p.verts.push(new Vert(x1,y1,z1));	p.verts.push(new Vert(x9,y9,z9));	p.verts.push(new Vert(x4,y4,z4));	this.polys.push(p);	p={}; p.verts=[];	p.verts.push(new Vert(x1,y1,z1));	p.verts.push(new Vert(x10,y10,z10));	p.verts.push(new Vert(x4,y4,z4));	this.polys.push(p);	p={}; p.verts=[];	p.verts.push(new Vert(x2,y2,z2));	p.verts.push(new Vert(x11,y11,z11));	p.verts.push(new Vert(x3,y3,z3));	this.polys.push(p);	p={}; p.verts=[];	p.verts.push(new Vert(x2,y2,z2));	p.verts.push(new Vert(x12,y12,z12));	p.verts.push(new Vert(x3,y3,z3));	this.polys.push(p);	p={}; p.verts=[];	p.verts.push(new Vert(x2,y2,z2));	p.verts.push(new Vert(x11,y11,z11));	p.verts.push(new Vert(x8,y8,z8));	this.polys.push(p);	p={}; p.verts=[];	p.verts.push(new Vert(x2,y2,z2));	p.verts.push(new Vert(x12,y12,z12));	p.verts.push(new Vert(x5,y5,z5));	this.polys.push(p);	p={}; p.verts=[];	p.verts.push(new Vert(x1,y1,z1));	p.verts.push(new Vert(x10,y10,z10));	p.verts.push(new Vert(x8,y8,z8));	this.polys.push(p);	p={}; p.verts=[];	p.verts.push(new Vert(x1,y1,z1));	p.verts.push(new Vert(x9,y9,z9));	p.verts.push(new Vert(x5,y5,z5));	this.polys.push(p);	p={}; p.verts=[];	p.verts.push(new Vert(x4,y4,z4));	p.verts.push(new Vert(x9,y9,z9));	p.verts.push(new Vert(x6,y6,z6));	this.polys.push(p);	p={}; p.verts=[];	p.verts.push(new Vert(x3,y3,z3));	p.verts.push(new Vert(x12,y12,z12));	p.verts.push(new Vert(x6,y6,z6));	this.polys.push(p);	p={}; p.verts=[];	p.verts.push(new Vert(x4,y4,z4));	p.verts.push(new Vert(x10,y10,z10));	p.verts.push(new Vert(x7,y7,z7));	this.polys.push(p);	p={}; p.verts=[];	p.verts.push(new Vert(x3,y3,z3));	p.verts.push(new Vert(x11,y11,z11));	p.verts.push(new Vert(x7,y7,z7));	this.polys.push(p);
}
function subdivide(shape,subdivisions){	for(var j=0;j<subdivisions;++j){	newShape=new Shape(shape.x,shape.y,shape.z);	for(var k=0;k<shape.polys.length;++k){	x1=(shape.polys[k].verts[1].x+shape.polys[k].verts[0].x)/2;	y1=(shape.polys[k].verts[1].y+shape.polys[k].verts[0].y)/2;	z1=(shape.polys[k].verts[1].z+shape.polys[k].verts[0].z)/2;	x2=(shape.polys[k].verts[2].x+shape.polys[k].verts[1].x)/2;	y2=(shape.polys[k].verts[2].y+shape.polys[k].verts[1].y)/2;	z2=(shape.polys[k].verts[2].z+shape.polys[k].verts[1].z)/2;	x3=(shape.polys[k].verts[0].x+shape.polys[k].verts[2].x)/2;	y3=(shape.polys[k].verts[0].y+shape.polys[k].verts[2].y)/2;	z3=(shape.polys[k].verts[0].z+shape.polys[k].verts[2].z)/2;	p=new Polygon();	p.verts.push(new Vert(shape.polys[k].verts[0].x,shape.polys[k].verts[0].y,shape.polys[k].verts[0].z));	p.verts.push(new Vert(x1,y1,z1));	p.verts.push(new Vert(x3,y3,z3));	newShape.polys.push(p);	p=new Polygon();	p.verts.push(new Vert(x1,y1,z1));	p.verts.push(new Vert(shape.polys[k].verts[1].x,shape.polys[k].verts[1].y,shape.polys[k].verts[1].z));	p.verts.push(new Vert(x2,y2,z2));	newShape.polys.push(p);	p=new Polygon();	p.verts.push(new Vert(x3,y3,z3));	p.verts.push(new Vert(x2,y2,z2));	p.verts.push(new Vert(shape.polys[k].verts[2].x,shape.polys[k].verts[2].y,shape.polys[k].verts[2].z));	newShape.polys.push(p);	p=new Polygon();	p.verts.push(new Vert(x3,y3,z3));	p.verts.push(new Vert(x1,y1,z1));	p.verts.push(new Vert(x2,y2,z2));	newShape.polys.push(p);	}	shape=newShape;	}	return shape;
}
function truncate(shape,vars,modulate){	var x1,y1,z1,x2,y2,z2,seg,t,t2,polys;	for(var i=0;i<shape.polys.length;++i){	t=shape.polys[i].segs.length;	if(modulate){	t2=(2/3)*(1+Math.sin(vars.frameNo/10+Math.PI*2/shape.polys.length*i*4)/4);	}else{	t2=(2/3);	}	shape.polys[i].col=t2;	for(var j=0;j<t;++j){	x1=shape.polys[i].segs[j].a.x;	y1=shape.polys[i].segs[j].a.y;	z1=shape.polys[i].segs[j].a.z;	x2=shape.polys[i].segs[j].b.x;	y2=shape.polys[i].segs[j].b.y;	z2=shape.polys[i].segs[j].b.z;	shape.polys[i].segs[j].a.x=x2-(x2-x1)*t2;	shape.polys[i].segs[j].a.y=y2-(y2-y1)*t2;	shape.polys[i].segs[j].a.z=z2-(z2-z1)*t2;	shape.polys[i].segs[j].b.x=x1+(x2-x1)*t2;	shape.polys[i].segs[j].b.y=y1+(y2-y1)*t2;	shape.polys[i].segs[j].b.z=z1+(z2-z1)*t2;	}	poly={};	poly.segs=[];	poly.col=shape.polys[i].col;	for(var j=0;j<t;++j){	x1=shape.polys[i].segs[j].b.x;	y1=shape.polys[i].segs[j].b.y;	z1=shape.polys[i].segs[j].b.z;	if(j<t-1){	x2=shape.polys[i].segs[j+1].a.x;	y2=shape.polys[i].segs[j+1].a.y;	z2=shape.polys[i].segs[j+1].a.z;	}else{	x2=shape.polys[i].segs[0].a.x;	y2=shape.polys[i].segs[0].a.y;	z2=shape.polys[i].segs[0].a.z;	}	seg = new Seg(x1,y1,z1,x2,y2,z2);	poly.segs.push(shape.polys[i].segs[j]);	poly.segs.push(seg);	}	shape.polys[i]=poly;	}	var x,y,z,x3,y3,z3,x4,y4,z4,d,d1,d2,d3,d4,shared,unshared=[];	for(var i=0;i<shape.polys.length;++i){	for(var j=0;j<shape.polys[i].segs.length;++j){	shared=0;	x1=shape.polys[i].segs[j].a.x;	y1=shape.polys[i].segs[j].a.y;	z1=shape.polys[i].segs[j].a.z;	x2=shape.polys[i].segs[j].b.x;	y2=shape.polys[i].segs[j].b.y;	z2=shape.polys[i].segs[j].b.z;	for(var k=0;!shared&&(k<shape.polys.length);++k){	if(k!=i){	for(var m=0;!shared&&(m<shape.polys[k].segs.length);++m){	x3=shape.polys[k].segs[m].a.x;	y3=shape.polys[k].segs[m].a.y;	z3=shape.polys[k].segs[m].a.z;	x4=shape.polys[k].segs[m].b.x;	y4=shape.polys[k].segs[m].b.y;	z4=shape.polys[k].segs[m].b.z;	d1=Math.sqrt((x3-x1)*(x3-x1)+(y3-y1)*(y3-y1)+(z3-z1)*(z3-z1));	d2=Math.sqrt((x4-x1)*(x4-x1)+(y4-y1)*(y4-y1)+(z4-z1)*(z4-z1));	d3=Math.sqrt((x3-x2)*(x3-x2)+(y3-y2)*(y3-y2)+(z3-z2)*(z3-z2));	d4=Math.sqrt((x4-x2)*(x4-x2)+(y4-y2)*(y4-y2)+(z4-z2)*(z4-z2));	if((d1<.01&&d4<.01)||(d2<.01&&d3<.01))shared=1;	}	}	}	if(!shared){	shape.polys[i].segs[j].visited=0;	unshared.push(shape.polys[i].segs[j]);	}	shape.polys[i].segs[j].shared=shared;	}	}	var holes=0;	for(var i=0;i<unshared.length;++i){	if(!unshared[i].visited){	unshared[i].visited=1;	x=unshared[i].a.x;	y=unshared[i].a.y;	z=unshared[i].a.z;	x1=unshared[i].b.x;	y1=unshared[i].b.y;	z1=unshared[i].b.z;	var poly={};	poly.segs=[];	poly.segs.push(new Seg(x,y,z,x1,y1,z1));	holes++;	do{	for(var j=0;j<unshared.length;++j){	if(!unshared[j].visited){	x2=unshared[j].a.x;	y2=unshared[j].a.y;	z2=unshared[j].a.z;	x3=unshared[j].b.x;	y3=unshared[j].b.y;	z3=unshared[j].b.z;	d1=Math.sqrt((x2-x1)*(x2-x1)+(y2-y1)*(y2-y1)+(z2-z1)*(z2-z1));	d2=Math.sqrt((x3-x1)*(x3-x1)+(y3-y1)*(y3-y1)+(z3-z1)*(z3-z1));	if(d1<.01){	poly.segs.push(new Seg(x2,y2,z2,x3,y3,z3));	unshared[j].visited=1;	x1=x3;	y1=y3;	z1=z3;	}else if(d2<.01){	poly.segs.push(new Seg(x3,y3,z3,x2,y2,z2));	unshared[j].visited=1;	x1=x2;	y1=y2;	z1=z2;	}	}	}	d=Math.sqrt((x-x1)*(x-x1)+(y-y1)*(y-y1)+(z-z1)*(z-z1));	}while(d>.01);	shape.polys.push(poly);	}	}	return shape;
}
function loadScene(vars){	var x,y,z,x1,y1,z1,x2,y2,z2,x3,y3,z3;	vars.shapes=[];	x=0;	y=0;	z=0;	shape=new Icosahedron(x,y,z);	shape=subdivide(shape,5);	shape=expandShape(shape,1)	shape.polys=segmentize(shape.polys);	//shape=truncate(shape,vars,0);	shape.roll=shape.pitch=shape.yaw=0;	vars.shapes.push(shape);	transformShape(vars.shapes[vars.shapes.length-1],500,500,500);	shape=new Icosahedron(x,y,z);	shape=subdivide(shape,2);	shape=expandShape(shape,1)	shape.polys=segmentize(shape.polys);	shape=truncate(shape,vars,0);	shape.roll=shape.pitch=shape.yaw=0;	vars.shapes.push(shape);	transformShape(vars.shapes[vars.shapes.length-1],1000,1000,1000);
}
function frame(vars) {	if(vars === undefined){	var vars={};	vars.canvas = document.createElement("canvas");	document.body.appendChild(vars.canvas);	vars.ctx = vars.canvas.getContext("2d");	vars.canvas.width = window.innerWidth;	vars.canvas.height = window.innerHeight;	window.addEventListener("resize", function(){	vars.canvas.width = window.innerWidth;	vars.canvas.height = window.innerHeight;	vars.cx=vars.canvas.width/2;	vars.cy=vars.canvas.height/2;	}, true);	vars.canvas.addEventListener("mousemove", function(e){	var rect = vars.canvas.getBoundingClientRect();	vars.mx = Math.round((e.clientX-rect.left)/(rect.right-rect.left)*vars.canvas.width);	vars.my = Math.round((e.clientY-rect.top)/(rect.bottom-rect.top)*vars.canvas.height);	}, true);	vars.canvas.addEventListener("mousedown", function(e){	vars.mbutton=1;	}, true);	vars.canvas.addEventListener("mouseup", function(e){	vars.mbutton=0;	}, true);	vars.canvas.addEventListener("touchstart", function(e){	vars.mbutton=1;	e.preventDefault();	var rect = vars.canvas.getBoundingClientRect();	vars.mx = Math.round((e.changedTouches[0].pageX-rect.left)/(rect.right-rect.left)*vars.canvas.width);	vars.my = Math.round((e.changedTouches[0].pageY-rect.top)/(rect.bottom-rect.top)*vars.canvas.height);	}, true);	vars.canvas.addEventListener("touchend", function(e){	vars.mbutton=0;	}, true);	vars.canvas.addEventListener("touchmove", function(e){	e.preventDefault();	var rect = vars.canvas.getBoundingClientRect();	vars.mx = Math.round((e.changedTouches[0].pageX-rect.left)/(rect.right-rect.left)*vars.canvas.width);	vars.my = Math.round((e.changedTouches[0].pageY-rect.top)/(rect.bottom-rect.top)*vars.canvas.height);	}, true);	vars.camX = 0;	vars.camY = -530;	vars.camZ = 0;	vars.pitch = 0;	vars.yaw = 0;	vars.cx=vars.canvas.width/2;	vars.cy=vars.canvas.height/2;	vars.scale=600;	vars.frameNo=0;	vars.mx=0;	vars.my=0;	loadScene(vars);	}	vars.frameNo++;	requestAnimationFrame(function() { frame(vars);	});	process(vars);	draw(vars);
}
frame();
Flight - Script Codes
Flight - Script Codes
Home Page Home
Developer Scott R McGann
Username cantelope
Uploaded November 11, 2022
Rating 4.5
Size 5,351 Kb
Views 14,168
Do you need developer help for Flight?

Find the perfect freelance services for your business! Fiverr's mission is to change how the world works together. Fiverr connects businesses with freelancers offering digital services in 500+ categories. Find Developer!

Scott R McGann (cantelope) Script Codes
Name
Recursive Trees
Pulse
A Pen by Scott R McGann
Snow
Background
3D layers
Turtles Advanced
Road2
Golfed Sphere
Jiggleballs
Create amazing love letters with AI!

Jasper is the AI Content Generator that helps you and your team break through creative blocks to create amazing, original content 10X faster. Discover all the ways the Jasper AI Content Platform can help streamline your creative workflows. Start For Free!