{

x_y_zCoordinate V1 = c2-c1;

x_y_zCoordinate V2 = c3-c2;

float d = (L-(c1+c2+c3)/3).magnitude;

//float dist=1/(1+0.1*d+0.1*d*d);

x_y_zCoordinate N = V1.crossProduct(V2).getUnitVector();

float Ns = 32.0;

x_y_zCoordinate H = (L+V).getUnitVector();

float I = 0.8*0.6+(0.5)*(0.6)*(N.dotProduct(L.getUnitVector()));//+(0.5)*(0.4)*pow(N.dotProduct(H),Ns);

//r.DrawTriangle(_3D_2D(c1),color1,_3D_2D(c2),color2,_3D_2D(c3),color3);

r.DrawTriangle(_3D_2D(c1),color1*I,_3D_2D(c2),color2*I,_3D_2D(c3),color3*I);

{

if(each_size==2)

{

for(int i=0;i<faces_size;i++)

{

drawLine(Vertices[(int)Faces[i].w],Vertices[(int)Faces[i].x]);

}

}

if(each_size==3)

{

for(int i=0;i<faces_size;i++)

{

Color c1(170/255.0, 140/255.0, 189/255.0),cabin(253/255.0, 253/255.0, 18/255.0),

c3(0.8,0.78,0.8),jhyal(0.81,0.875,0.94);

Color boom(1,1,0),hook(0.9,0.9,0.7),sup(210/255.0, 200/255.0, 100/255.0),t(0.81,0.875,0.94);

/*if(i<17959){DrawTriangle(Vertices[(int)Faces[i].w],c1,Vertices[(int)Faces[i].x]

//drawShadow(Vertices[(int)Faces[i].w],Vertices[(int)Faces[i].x]

// ,Vertices[(int)Faces[i].y]);

DrawTriangle(Vertices[(int)Faces[i].w],c,Vertices[(int)Faces[i].x]

,c,Vertices[(int)Faces[i].y],c);

//drawPolygon(Vertices[(int)Faces[i].w],Vertices[(int)Faces[i].x],Vertices[(int)Faces[i].y]);

//0 - 17959 crawler

//17959 - 19025 wire44

//19025 - 20434 wire22

//20434 - 21773 wire2

//21773 - 59329 cabin

//59329 - 63865 sup1

//63865 - 65274 wire11

//65274 - 84425 jhyal

//84425 - 88934 sup4

//88934 - 93443 sup2

//93443 - 99898 hook

//99898 - 101444 wire4

//101444 - 102990 wire3

//102990 - 104329 wire1

//104329 - 115049 wiresup

//115049 - 116115 wire33

//116115 - 125160 sup

//125160 boom

}

}

if(each_size==4)

{

for(int i=0;i<faces_size;i++)

{

drawPolygon(Vertices[(int)Faces[i].w],Vertices[(int)Faces[i].x],Vertices[(int)Faces[i].y],Vertices[(int)Faces[i].z]);

}

}

{

float shad[4][4] = {{1,0,0,0},{0,1,0,0},

{-L.x/L.z,-L.y/L.z,0,0},{0,0,0,1}};

matrix S(shad);

DrawTriangle(S*c1,shadow,S*c2,shadow,S*c3,shadow);

{

for (int i=0;i<Total_Points;i++)

{

// using last bit to alternate,+band number (which band)

x_angle=(float)(i&1)+(i>>Band_Power);

/* (i&Band_Mask)>>1 == Local Y value in the band

y_angle=(float)((i&Band_Mask)>>1)+((i>>Band_Power)*(Sections_In_Band));

x_angle*=(float)Section_Arc/2.0f; // remember - 180° x rot not 360

y_angle*=(float)Section_Arc;

float x = radius*sin(x_angle)*sin(y_angle);

float y = radius*cos(x_angle);

float z = radius*sin(x_angle)*cos(y_angle);

Vertices[i] = {x,y,z};

}

{

Color c1(1,0,0),c2(0.3,0.6,0),c3(1,1,0);

for(int i=0;i<Total_Points-2;i++)

{

drawPolygon(Vertices[i],Vertices[i+1],Vertices[i+2],c3);

//DrawTriangle(Vertices[i],c1,Vertices[i+1],c1,Vertices[i+2],c1);

}