static IndexedUVSphere() {
        var yLen    = 32,
            xLen    = 16,
            radius  = 1.0;

        var aVert   = [],
            aNorm   = [],
            aUV     = [],
            aIndex  = [];

        //...........................................
        // Create Vertex and its Attributes (UV,Norms)
        var xp, yp, zp, mag,
            yRad    = Math.PI,              // Look Angles
            xRad    = Math.PI * 2,
            yInc    = Math.PI / yLen,       // Loop Increment
            xInc    = Math.PI * 2 / xLen,
            xUV     = 1 / xLen,             // UV Increment
            yUV     = 1 / yLen;

        for(var x=0; x <= xLen; x++){
            yRad = Math.PI;
            for(var y=0; y <= yLen; y++){
                //---------------------------
                //Calculate the vertex position based on the polar coord
                xp = radius * Math.sin(yRad) * Math.cos(xRad);
                yp = radius * Math.cos(yRad);
                zp = radius * Math.sin(yRad) * Math.sin(xRad); // Y & Z are flipped.

                aVert.push( xp, yp, zp );

                //Calc the normal direction.
                mag = 1 / Math.sqrt( xp*xp + yp*yp + zp*zp );
                aNorm.push( xp*mag, yp*mag, zp*mag );
                //Fungi.debugLine.addRawLine(xp, yp, zp,0, xp*mag, yp*mag, zp*mag,0);

                //---------------------------
                //Calc the vertex's UV value
                aUV.push(
                    //(x < xLen) ? x * xUV : 1,
                    //(y < yLen) ? y * yUV : 1
                    x * xUV,
                    y * yUV
                );
                //---------------------------
                //Move onto the next Latitude position
                yRad -= yInc;
            }
            xRad -= xInc;   //Move onto the next Longitude
        }

        //...........................................
        // Triangulate all the vertices for Triangle Strip
        var iLen = (xLen)*(yLen+1);
        for(var i=0; i < iLen; i++){
            xp = Math.floor(i / (yLen+1));  //Current longitude
            yp = i % (yLen+1);              //Current latitude

            //Column index of row R and R+1
            aIndex.push(xp * (yLen+1) + yp, (xp+1) * (yLen+1) + yp);

            //Create Degenerate Triangle, Last AND first index of the R+1 (next row that becomes the top row )
            if(yp == yLen && i < iLen-1) aIndex.push( (xp+1) * (yLen+1) + yp, (xp+1) * (yLen+1));
        }


        let model = {
            verts:      aVert,
            indices:    aIndex,
            uvs:        aUV,
            colors:     [],
            normals:    aNorm,
            tangents:   [],
            bitangents: [],
        };

        return model;
    }