soupPolyReduce

gistfile1.txt

global proc soupPolyReduce()
{
string $meshArray;
string $attrTrans;
string $BO;
string $mesh;
string $orgMT[];
string $sels[]=`ls -sl`;
string $shape[];

for($n in $sels)
{

$meshArray = `createNode mesh2arrays`;
$attrTrans = `createNode attributeTransfer`;
$BO = `createNode boundingObject`;
$mesh = `createNode mesh`;

setAttr ($meshArray + ".type") 3;
setAttr ($meshArray + ".count") 100;
setAttr ($meshArray + ".relaxIterations") 50;
setAttr ($meshArray + ".maxRandomFloat") 20;
setAttr ($meshArray + ".minRandomFloat") 20;

setAttr ($BO + ".type") 3;
setAttr ($BO + ".positionFalloff[1].positionFalloff_Position") 1;
setAttr ($BO + ".positionFalloff[1].positionFalloff_FloatValue") 1;
setAttr ($BO + ".displayPointCloudBoundingVolumes") 0;

setAttr ($attrTrans + ".maxInfluences") 1;
setAttr ($attrTrans + ".merge") 0;
setAttr ($attrTrans + ".blend") 0;
setAttr ($attrTrans + ".position") 1;

connectAttr -f ($BO + ".outData") ($attrTrans + ".boundingObjects[0]");
connectAttr -f ($BO + ".outParentMatrix") ($attrTrans + ".boundingObjects[0].boundParentMatrix");
connectAttr -f ($n + ".worldMesh[0]") ($meshArray + ".inputMesh");
connectAttr -f ($n + ".worldMesh[0]") ($attrTrans + ".inGeometry");
connectAttr -f ($meshArray + ".positionArray") ($BO + ".inParticlePositionPP");
connectAttr -f ($meshArray + ".randomFloat") ($BO + ".inParticleRadiusPP");
connectAttr -f ($attrTrans + ".outGeometry") ($mesh + ".inMesh");


polyMergeVertex  -d 0.001 -am 1 -ch 1 $mesh;

$shape = `listRelatives -f -ad -type "mesh" $n`;
$orgMT = `listConnections -type "shadingEngine" $shape[0]`;
sets -e -forceElement $orgMT[0] $mesh;

hide $n;

}


}
soupPolyReduce;