package
{
    import org.papervision3d.core.geom.TriangleMesh3D;
    import org.papervision3d.core.geom.renderables.Triangle3D;
    import org.papervision3d.core.geom.renderables.Vertex3D;
    import org.papervision3d.core.math.NumberUV;
    import org.papervision3d.core.proto.MaterialObject3D; 
	import org.papervision3d.materials.*;
	
   
    public class CustomTriangle extends TriangleMesh3D
    {
		public var outCircle:Array;
		public var inCircle:Array;
		const outRadius:int=200;
		const inRadius:int=140;
		const thick:int=-50;

        public function CustomTriangle (triangleMaterial : MaterialObject3D)
        {
			super( triangleMaterial, new Array( ), new Array( ) );
			outCircle=new Array()
			inCircle=new Array()
			var numSlices:int=60;
			var vGap:int=6;
			var uvFaceDisp:Number=(outRadius*2)

			var v1 : Vertex3D=new Vertex3D()
			var v2 : Vertex3D=new Vertex3D()
			var v3 : Vertex3D=new Vertex3D()
			
			//define in and out circles vertices
			for(var i:int=vGap;i<=numSlices-vGap;i++){
				var dx:Number=Math.cos((i/numSlices)*2*Math.PI+Math.PI/2);
				var dy:Number=Math.sin((i/numSlices)*2*Math.PI+Math.PI/2);
				outCircle.push(new Array(dx*outRadius,dy*outRadius))
				inCircle.push(new Array(dx*inRadius,dy*inRadius))
			}
			
			
			var vX1:Number=Math.cos((vGap/numSlices)*2*Math.PI+Math.PI/2)*outRadius;
			var vY1:Number=Math.sin((vGap/numSlices)*2*Math.PI+Math.PI/2)*outRadius;
            var faceWidth:Number=outRadius-inRadius;
			var arcToPer:Number=(2*Math.PI*outRadius)/faceWidth;
			
			var vX2:Number=Math.cos((vGap/numSlices-arcToPer)*2*Math.PI+Math.PI/2)*outRadius;
			var vY2:Number=Math.sin((vGap/numSlices-arcToPer)*2*Math.PI+Math.PI/2)*outRadius;
			
			var leftVArray:Array=new Array()
			var vSegs:int=5
			
				var triangleVertices2 : Array
				var uvArray2:Array
				var triangleFace2 : Triangle3D 
				
				v1=new Vertex3D(0,-faceWidth,0)
				v2=new Vertex3D(0,25,0)
				
			for(var k:int=1;k<vSegs+1;k++){
				v3=new Vertex3D()
				v3.x=k*((vX2)/vSegs)
				v3.y=k*((vY2+faceWidth)/vSegs)-faceWidth
				v3.z=0;
				//front face lower triangle
				geometry.vertices.push( v3, v2, v1);
				triangleVertices2= [ v3, v2, v1 ];
				uvArray2=new Array(new NumberUV(v1.x/(outRadius*2)+0.5,v1.y/(outRadius*2)+0.5),new NumberUV(v2.x/(outRadius*2)+0.5,v2.y/(outRadius*2)+0.5),new NumberUV(v3.x/(outRadius*2)+0.5,v3.y/(outRadius*2)+0.5))
				triangleFace2 = new Triangle3D( this, triangleVertices2, material,uvArray2 );
				geometry.faces.push( triangleFace2 );
				
				var v1b:Vertex3D=new Vertex3D(v1.x,v1.y,thick)
				var v2b:Vertex3D=new Vertex3D(v2.x,v2.y,thick)
				var v3b:Vertex3D=new Vertex3D(v3.x,v3.y,thick)
				//back face lower
				geometry.vertices.push( v1b, v2b, v3b);
				triangleVertices2= [ v1b, v2b, v3b ];
				uvArray2=new Array(new NumberUV(v1.x/(outRadius*2)+0.5,v1.y/(outRadius*2)+0.5),new NumberUV(v2.x/(outRadius*2)+0.5,v2.y/(outRadius*2)+0.5),new NumberUV(v3.x/(outRadius*2)+0.5,v3.y/(outRadius*2)+0.5))
				triangleFace2 = new Triangle3D( this, triangleVertices2, material,uvArray2 );
				geometry.faces.push( triangleFace2 );
				//down side front
				geometry.vertices.push( v1b, v3, v1);
				triangleVertices2= [ v1b, v3, v1 ];
				uvArray2=new Array(new NumberUV(0.1,k/vSegs),new NumberUV(0.1,(k+1)/vSegs),new NumberUV(0,k/vSegs))
				triangleFace2 = new Triangle3D( this, triangleVertices2, material,uvArray2 );
				geometry.faces.push( triangleFace2 );
				//down side back
				geometry.vertices.push( v1b, v3b, v3);
				triangleVertices2= [ v1b, v3b, v3 ];
				uvArray2=new Array(new NumberUV(0.1,k/vSegs),new NumberUV(0.1,(k+1)/vSegs),new NumberUV(0,k/vSegs))
				triangleFace2 = new Triangle3D( this, triangleVertices2, material,uvArray2 );
				geometry.faces.push( triangleFace2 );
				//find up triangle
				v1=new Vertex3D(v3.x,v3.y,v3.z)
				v3=new Vertex3D
				v3.x=k*((vX1)/vSegs)
				//v3.y=k*((vY1-faceWidth)/vSegs)+faceWidth
				v3.y=k*((vY1-25)/vSegs)+25
				//front face upper triangle
				geometry.vertices.push( v3, v2, v1);
				triangleVertices2= [ v3, v2, v1 ];
				uvArray2=new Array(new NumberUV(v1.x/(outRadius*2)+0.5,v1.y/(outRadius*2)+0.5),new NumberUV(v2.x/(outRadius*2)+0.5,v2.y/(outRadius*2)+0.5),new NumberUV(v3.x/(outRadius*2)+0.5,v3.y/(outRadius*2)+0.5))
				triangleFace2 = new Triangle3D( this, triangleVertices2, material,uvArray2 );
				geometry.faces.push( triangleFace2 );
				
				 v1b=new Vertex3D(v1.x,v1.y,thick)
				 v2b=new Vertex3D(v2.x,v2.y,thick)
				 v3b=new Vertex3D(v3.x,v3.y,thick)
				//side face front triangle
				geometry.vertices.push( v1b, v2b, v3b);
				triangleVertices2= [ v1b, v2b, v3b ];
				uvArray2=new Array(new NumberUV(v1.x/(outRadius*2)+0.5,v1.y/(outRadius*2)+0.5),new NumberUV(v2.x/(outRadius*2)+0.5,v2.y/(outRadius*2)+0.5),new NumberUV(v3.x/(outRadius*2)+0.5,v3.y/(outRadius*2)+0.5))
				triangleFace2 = new Triangle3D( this, triangleVertices2, material,uvArray2 );
				geometry.faces.push( triangleFace2 );
				
				geometry.vertices.push( v2, v3, v2b);
				triangleVertices2= [ v2, v3, v2b ];
				uvArray2=new Array(new NumberUV(0.1,k/vSegs),new NumberUV(0.1,(k+1)/vSegs),new NumberUV(0,k/vSegs))
				triangleFace2 = new Triangle3D( this, triangleVertices2, material,uvArray2 );
				geometry.faces.push( triangleFace2 );
				
				geometry.vertices.push( v3, v3b, v2b);
				triangleVertices2= [ v3, v3b, v2b ];
				uvArray2=new Array(new NumberUV(0.1,k/vSegs),new NumberUV(0.1,(k+1)/vSegs),new NumberUV(0,k/vSegs))
				triangleFace2 = new Triangle3D( this, triangleVertices2, material,uvArray2 );
				geometry.faces.push( triangleFace2 );
				
				v2=new Vertex3D(v3.x,v3.y,v3.z)
			}
			
			vX1=Math.cos(((numSlices-vGap)/numSlices)*2*Math.PI+Math.PI/2)*outRadius;
			vY1=Math.sin(((numSlices-vGap)/numSlices)*2*Math.PI+Math.PI/2)*outRadius;
			vX2=Math.cos(((numSlices-vGap)/numSlices+arcToPer)*2*Math.PI+Math.PI/2)*outRadius;
			vY2=Math.sin(((numSlices-vGap)/numSlices+arcToPer)*2*Math.PI+Math.PI/2)*outRadius;
			
			v1=new Vertex3D(0,-faceWidth,0)
			v2=new Vertex3D(0,25,0)
			for(k=1;k<vSegs+1;k++){
				v3=new Vertex3D()
				v3.x=k*(vX2/vSegs)
				v3.y=k*((vY2+faceWidth)/vSegs)-faceWidth
				v3.z=0;
				//front face lower triangle
				geometry.vertices.push( v1, v2, v3);
				triangleVertices2= [ v1, v2, v3 ];
				uvArray2=new Array(new NumberUV(v1.x/(outRadius*2)+0.5,v1.y/(outRadius*2)+0.5),new NumberUV(v2.x/(outRadius*2)+0.5,v2.y/(outRadius*2)+0.5),new NumberUV(v3.x/(outRadius*2)+0.5,v3.y/(outRadius*2)+0.5))
				triangleFace2 = new Triangle3D( this, triangleVertices2, material,uvArray2 );
				geometry.faces.push( triangleFace2 );
				
				v1b=new Vertex3D(v1.x,v1.y,thick)
				v2b=new Vertex3D(v2.x,v2.y,thick)
				v3b=new Vertex3D(v3.x,v3.y,thick)
				//back face lower
				geometry.vertices.push( v3b, v2b, v1b);
				triangleVertices2= [ v3b, v2b, v1b ];
				uvArray2=new Array(new NumberUV(v1.x/(outRadius*2)+0.5,v1.y/(outRadius*2)+0.5),new NumberUV(v2.x/(outRadius*2)+0.5,v2.y/(outRadius*2)+0.5),new NumberUV(v3.x/(outRadius*2)+0.5,v3.y/(outRadius*2)+0.5))
				triangleFace2 = new Triangle3D( this, triangleVertices2, material,uvArray2 );
				geometry.faces.push( triangleFace2 );
				//down side front
				geometry.vertices.push( v1, v3, v1b);
				triangleVertices2= [ v1, v3, v1b ];
				uvArray2=new Array(new NumberUV(0.1,k/vSegs),new NumberUV(0.1,(k+1)/vSegs),new NumberUV(0,k/vSegs))
				triangleFace2 = new Triangle3D( this, triangleVertices2, material,uvArray2 );
				geometry.faces.push( triangleFace2 );
				//down side back
				geometry.vertices.push( v3, v3b, v1b);
				triangleVertices2= [ v3, v3b, v1b ];
				uvArray2=new Array(new NumberUV(0.1,k/vSegs),new NumberUV(0.1,(k+1)/vSegs),new NumberUV(0,k/vSegs))
				triangleFace2 = new Triangle3D( this, triangleVertices2, material,uvArray2 );
				geometry.faces.push( triangleFace2 );
				
				v1=new Vertex3D(v3.x,v3.y,v3.z)
				v3=new Vertex3D
				v3.x=k*(vX1/vSegs)
				//v3.y=k*((vY1-faceWidth)/vSegs)+faceWidth
				v3.y=k*((vY1-25)/vSegs)+25
				//front face upper triangle
				geometry.vertices.push( v1, v2, v3);
				triangleVertices2= [ v1, v2, v3 ];
				uvArray2=new Array(new NumberUV(v1.x/(outRadius*2)+0.5,v1.y/(outRadius*2)+0.5),new NumberUV(v2.x/(outRadius*2)+0.5,v2.y/(outRadius*2)+0.5),new NumberUV(v3.x/(outRadius*2)+0.5,v3.y/(outRadius*2)+0.5))
				triangleFace2 = new Triangle3D( this, triangleVertices2, material,uvArray2 );
				geometry.faces.push( triangleFace2 );
				

				v1b=new Vertex3D(v1.x,v1.y,thick)
				 v2b=new Vertex3D(v2.x,v2.y,thick)
				 v3b=new Vertex3D(v3.x,v3.y,thick)
				//back face upper
				geometry.vertices.push( v3b, v2b, v1b);
				triangleVertices2= [ v3b, v2b, v1b ];
				uvArray2=new Array(new NumberUV(v1.x/(outRadius*2)+0.5,v1.y/(outRadius*2)+0.5),new NumberUV(v2.x/(outRadius*2)+0.5,v2.y/(outRadius*2)+0.5),new NumberUV(v3.x/(outRadius*2)+0.5,v3.y/(outRadius*2)+0.5))
				triangleFace2 = new Triangle3D( this, triangleVertices2, material,uvArray2 );
				geometry.faces.push( triangleFace2 );
				//up side front triangle
				geometry.vertices.push( v2b, v3, v2);
				triangleVertices2= [ v2b, v3, v2 ];
				uvArray2=new Array(new NumberUV(0.1,k/vSegs),new NumberUV(0.1,(k+1)/vSegs),new NumberUV(0,k/vSegs))
				triangleFace2 = new Triangle3D( this, triangleVertices2, material,uvArray2 );
				geometry.faces.push( triangleFace2 );
				//up side back
				geometry.vertices.push( v2b, v3b, v3);
				triangleVertices2= [ v2b, v3b, v3 ];
				uvArray2=new Array(new NumberUV(0.1,k/vSegs),new NumberUV(0.1,(k+1)/vSegs),new NumberUV(0,k/vSegs))
				triangleFace2 = new Triangle3D( this, triangleVertices2, material,uvArray2 );
				geometry.faces.push( triangleFace2 );
				
				
				
				v2=new Vertex3D(v3.x,v3.y,v3.z)
			}
			
			
			
			for(var j:int=0;j<outCircle.length-1;j++){
				//front outer triangle
				v1  = new Vertex3D(outCircle[j][0],outCircle[j][1], 0 );
				v2  = new Vertex3D(inCircle[j][0],inCircle[j][1], 0 );
				v3  = new Vertex3D(outCircle[j+1][0],outCircle[j+1][1], 0 );
				geometry.vertices.push( v3, v1, v2);
				var triangleVertices1 : Array = [ v3, v1, v2 ];
				var uvArray:Array=new Array(new NumberUV(v1.x/(outRadius*2)+1.5,v1.y/(outRadius*2)+1.5),new NumberUV(v2.x/(outRadius*2)+1.5,v2.y/(outRadius*2)+1.5),new NumberUV(v3.x/(outRadius*2)+1.5,v3.y/(outRadius*2)+1.5))
				uvArray=new Array(new NumberUV(0.5,0.5),new NumberUV(0.5,0.6),new NumberUV(0.6,0.5))
				var triangleFace1 : Triangle3D = new Triangle3D( this, triangleVertices1, material ,uvArray );
				geometry.faces.push( triangleFace1 );
				
				//back outer triangle
				v1  = new Vertex3D(outCircle[j][0],outCircle[j][1], thick );
				v2  = new Vertex3D(inCircle[j][0],inCircle[j][1], thick );
				v3  = new Vertex3D(outCircle[j+1][0],outCircle[j+1][1], thick );
				geometry.vertices.push( v3, v2, v1);
				triangleVertices1 = [ v3, v2, v1 ];
				uvArray=new Array(new NumberUV(v1.x/(outRadius*2)+0.5,v1.y/(outRadius*2)+0.5),new NumberUV(v2.x/(outRadius*2)+0.5,v2.y/(outRadius*2)+0.5),new NumberUV(v3.x/(outRadius*2)+0.5,v3.y/(outRadius*2)+0.5))
				triangleFace1 = new Triangle3D( this, triangleVertices1, material,uvArray );
				geometry.faces.push( triangleFace1 );
				
				//back face inner circle
				v1  = new Vertex3D(inCircle[j][0],inCircle[j][1], thick );
				v2  = new Vertex3D(outCircle[j+1][0],outCircle[j+1][1], thick );
				v3  = new Vertex3D(inCircle[j+1][0],inCircle[j+1][1], thick );
				geometry.vertices.push( v1, v2, v3);
				triangleVertices1 = [ v1, v2, v3 ];
				uvArray=new Array(new NumberUV(v1.x/(outRadius*2)+0.5,v1.y/(outRadius*2)+0.5),new NumberUV(v2.x/(outRadius*2)+0.5,v2.y/(outRadius*2)+0.5),new NumberUV(v3.x/(outRadius*2)+0.5,v3.y/(outRadius*2)+0.5))
				triangleFace1 = new Triangle3D( this, triangleVertices1, material,uvArray );
				geometry.faces.push( triangleFace1 );
				
				//outer side front triangle
				v1  = new Vertex3D(outCircle[j][0],outCircle[j][1], 0 );
				v2  = new Vertex3D(outCircle[j][0],outCircle[j][1], thick );
				v3  = new Vertex3D(outCircle[j+1][0],outCircle[j+1][1], 0 );
				geometry.vertices.push( v3, v2, v1);
				triangleVertices1 = [ v3, v2, v1 ];
				uvArray=new Array(new NumberUV(0,(j)/numSlices),new NumberUV(1,(j)/numSlices),new NumberUV(1,(j+1)/numSlices))
				triangleFace1 = new Triangle3D( this, triangleVertices1, material,uvArray );
				geometry.faces.push( triangleFace1 );
				
				//outer side back triangle
				v1  = new Vertex3D(outCircle[j][0],outCircle[j][1], thick );
				v2  = new Vertex3D(outCircle[j+1][0],outCircle[j+1][1], thick );
				v3  = new Vertex3D(outCircle[j+1][0],outCircle[j+1][1], 0 );
				geometry.vertices.push( v1, v3, v2);
				triangleVertices1 = [ v1, v3, v2 ];
				uvArray=new Array(new NumberUV(0.05,(j-10)/numSlices),new NumberUV(0.05,(j+1)/numSlices),new NumberUV(0,j/numSlices))
				triangleFace1 = new Triangle3D( this, triangleVertices1, material,uvArray );
				geometry.faces.push( triangleFace1 );
				
				//inner side front triangle
				v1  = new Vertex3D(inCircle[j][0],inCircle[j][1], 0 );
				v2  = new Vertex3D(inCircle[j][0],inCircle[j][1], thick );
				v3  = new Vertex3D(inCircle[j+1][0],inCircle[j+1][1], 0 );
				geometry.vertices.push( v1, v2, v3);
				triangleVertices1 = [ v1, v2, v3 ];
				uvArray=new Array(new NumberUV(0.5,j/numSlices),new NumberUV(0.1,j/numSlices),new NumberUV(0,(j+1)/numSlices))
				triangleFace1 = new Triangle3D( this, triangleVertices1, material,uvArray );
				geometry.faces.push( triangleFace1 );
				
				//inner side back triangle
				v1  = new Vertex3D(inCircle[j][0],inCircle[j][1], thick );
				v2  = new Vertex3D(inCircle[j+1][0],inCircle[j+1][1], thick );
				v3  = new Vertex3D(inCircle[j+1][0],inCircle[j+1][1], 0 );
				geometry.vertices.push( v1, v2, v3);
				triangleVertices1 = [ v1, v2, v3 ];
				uvArray=new Array(new NumberUV(0.1,j/numSlices),new NumberUV(0.1,(j+1)/numSlices),new NumberUV(0,j/numSlices))
				triangleFace1 = new Triangle3D( this, triangleVertices1, material,uvArray );
				geometry.faces.push( triangleFace1 );
				
				//front face inner circle
				v1  = new Vertex3D(inCircle[j][0],inCircle[j][1], 0 );
				v2  = new Vertex3D(outCircle[j+1][0],outCircle[j+1][1], 0 );
				v3  = new Vertex3D(inCircle[j+1][0],inCircle[j+1][1], 0 );
				
				geometry.vertices.push( v3, v2, v1);
				triangleVertices1 = [ v3, v2, v1 ];
				uvArray=new Array(new NumberUV(v3.x/(outRadius*2)+0.5,v3.y/(outRadius*2)+0.5),new NumberUV(v2.x/(outRadius*2)+0.5,v2.y/(outRadius*2)+0.5),new NumberUV(v1.x/(outRadius*2)+0.5,v1.y/(outRadius*2)+0.5))
				triangleFace1 = new Triangle3D( this, triangleVertices1, material,uvArray );
				geometry.faces.push( triangleFace1 );
			}
			

			geometry.ready = true;
        }
    }
}