Maya_Math/Polygonize_Cellular.txt at master · JohnnyNeoman/Maya_Math · GitHub

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vector $Pts_CRV[],$posV;
UnitMATRIX; SetGMATRIX;
matrix $MatrixC[4][4];
matrix $MatrixD[4][4];
$MatrixC= $MatrixGlobalA;
$MatrixD= $MatrixGlobalA;
float $theta =90;

int $i,$ii,$Case_N,$p,$Six_sides[];
$Six_sides={0,3,5,2,1,4};
//if side is 0
$Case_N =0;

vector $vecIndex[];
int $VecIndex[];
string $A_Zs[],$poly_face_Names[],$Allpoly_face[];
$A_Zs={"A","B","C","D","E","F"};

for( $ii = 0 ; $ii < 6 ; $ii++ ){
print ("$vecIndex = $"+$A_Zs[$ii]+"vecIndex;");
print ("\n");
eval("$vecIndex = $"+$A_Zs[$ii]+"vecIndex;");
eval("$VecIndex = $"+$A_Zs[$ii]+"VecIndex;");
//      North South East West Up Down
//       0     3     5     2   1   4
/////    X     -x   -z     Z   Y   -y
PAUSE;

for( $i = 0 ; $i < 6 ; $i++ ){
$Case_N =$i;
 switch($Case_N) {
	case 0: zrotMATRIX(($theta*-1));
break;
	case 1: zrotMATRIX(($theta));
break;
	case 2: xrotMATRIX(($theta));
break;
	case 3: xrotMATRIX(($theta*-1));
break;
	case 4: print "No rotation"; print ("\n");
break;
	case 5: xrotMATRIX(($theta*2.0));
break;
}
$posV=$SQUARE_PLANE[$Six_sides[$i]]*2.0;
Loc($posV);
PAUSE;

SetGMATRIX;
$MatrixD= $MatrixGlobalA;
$MatrixD[3][0]=$posV.x; $MatrixD[3][1]=$posV.y; $MatrixD[3][2]=$posV.z;
$Pts_CRV = MultPointMatrixArray($vecIndex, $MatrixC,$MatrixD);
$poly_face_Names=GeneratePoly($Pts_CRV,$VecIndex);
for( $p = 0 ; $p < `size($poly_face_Names)` ; $p++ ){
$Allpoly_face[`size($Allpoly_face)`]=$poly_face_Names[$p];
}
PAUSE;

UnitMATRIX; SetGMATRIX;
}
delete $Allpoly_face;

}