void newCube( void)
{ // creates a new 3x3x3 Rubik cube
short po, n;
int u = U + U/2;
facec = MAXF;
objc = MAXOBJ;
// generate 8 cube corners
c[2][2][2] = newCorner( +0, +0, +00, R_Y, R_O, R_B); // A
c[2][0][2] = newCorner( +0, +0, +270, R_Y, R_B, R_R); // B
c[0][0][2] = newCorner( +0, +0, 180, R_Y, R_R, R_G); // C
c[0][2][2] = newCorner( +0, +0, +90, R_Y, R_G, R_O); // D
c[0][2][0] = newCorner( +0, 180, +00, R_W, R_O, R_G); // G
c[0][0][0] = newCorner( +0, 180, -90, R_W, R_G, R_R); // H
c[2][0][0] = newCorner( +0, 180, 180, R_W, R_R, R_B); // E
c[2][2][0] = newCorner( +0, 180, +90, R_W, R_B, R_O); // F
// generate 12 cube edges
c[1][2][2] = newEdge( 0, 0, 0, R_Y, R_O); // DA
c[2][1][2] = newEdge( 0, 0, -90, R_Y, R_B); // AB
c[1][0][2] = newEdge( 0, 0, 180, R_Y, R_R); // BC
c[0][1][2] = newEdge( 0, 0, 90, R_Y, R_G); // CD
c[1][2][0] = newEdge( 0, 180, 0, R_W, R_O); // FG
c[0][1][0] = newEdge( 0, 180, -90, R_W, R_G); // GH
c[1][0][0] = newEdge( 0, 180, 180, R_W, R_R); // HE
c[2][1][0] = newEdge( 0, 180, +90, R_W, R_B); // EF
c[2][2][1] = newEdge( 0, 90, 0, R_B, R_O);
c[2][0][1] = newEdge( 0, 90, 180, R_B, R_R);
c[0][2][1] = newEdge( 0, -90, 0, R_G, R_O); // DG
c[0][0][1] = newEdge( 0, -90, 180, R_G, R_R);
// add 6 more sides
c[1][1][2] = newSide( 0, 0, 0, R_Y);
c[2][1][1] = newSide( 0, 90, 0, R_B);
c[1][1][0] = newSide( 0, 180, 0, R_W);
c[0][1][1] = newSide( 0, -90, 0, R_G);
c[1][2][1] = newSide( -90, 0, 0, R_O);
c[1][0][1] = newSide( +90, 0, 0, R_R);
olist[0].f = 0; // object 0 is empty (will be used as a temp)
olist[0].n = 0;
} // newObject
void cmBrush_c::perPlaneCallback( const float plEq[4] )
{
plane_c pl( plEq );
cmBrushSide_c newSide( pl );
sides.push_back( newSide );
}