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HZUsefullScripts.mel
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// --------------------------------------------------------------------------
// HZUsefullScripts.mel - MEL Script
// --------------------------------------------------------------------------
//
// DESCRIPTION:
// use this tool for some usefull rig tools.
//
//
// REQUIRES:
// Nothing.
//
//
// USAGE:
// source "HZUsefullScripts.mel"; HZUsefullScripts() ;
//
//
// AUTHORS:
// Hamed Zandieh - [email protected]
// Copyright 2011 Hamed Zandieh - All Rights Reserved.
//
// VERSIONS:
// 1.10 - Mar 2011 - Initial Release.
//
// --------------------------------------------------------------------------
global proc HZUsefullScripts() {
if(`window -exists hzUsefullScriptsWin`)
deleteUI hzUsefullScriptsWin;
string $winName = `window -rtf 1 -width 1 -height 1 -title "HZ Tools v1.1" hzUsefullScriptsWin `;
columnLayout;
button -width 100 -bgc 0.269600004 0.5944699645 0.8000000119 -label "Snap" -command "hzSnap {}";
button -width 100 -bgc 0.8000000119 0.8000000119 0.8000000119 -label "ShapeParent" -command "HZmakeShapeParent()";
button -width 100 -bgc 0.8000000119 0.3623886704 0.3480000198 -label "ClusterFromVertx" -command "HZmakeClusterFromVertx()";
button -width 100 -bgc 0.4963670671 0.8000000119 0.2343999892 -label "CorrectShape" -command "HZcorrectShapeName()";
button -width 100 -bgc 0.269600004 0.5944699645 0.8000000119 -label "MirrorBlendshape" -command "HZmirrorBlendshape()";
button -width 100 -bgc 0.8000000119 0.8000000119 0.8000000119 -label "GuideLine" -command "makeGuideLine()";
button -width 100 -bgc 0.8000000119 0.3623886704 0.3480000198 -label "CreateHeadBldShp" -command "HZmakeHeadBldShp()";
button -width 100 -bgc 0.4963670671 0.8000000119 0.2343999892 -label "AttachLocator" -command "HZAttach()";
rowLayout -nc 2 -cw2 50 50 -cl2 "center" "center";
button -width 50 -bgc 0.269600004 0.5944699645 0.8000000119 -label "AttrUP" -command "smAttrUp()";
button -width 50 -bgc 0.269600004 0.5944699645 0.8000000119 -label "AttrDN" -command "smAttrDwn()";
setParent ..;
button -width 100 -bgc 0.8000000119 0.8000000119 0.8000000119 -label "Order Inputs" -command "jd_reorderDeformer()";
//button -width 100 -bgc 0.8000000119 0.3623886704 0.3480000198 -label "" -command "";
showWindow $winName;
}
////////////////////
global proc HZmakeShapeParent() {
$sel = `ls -sl`;
$ctrlShape = `listRelatives -s -path $sel[0]`;
parent -r -s $ctrlShape $sel[1];
delete $sel[0];
print ($sel[0] + " was shape parented to " + $sel[1] + ".\n");
}
////////////////////
global proc HZmakeClusterFromVertx() {
ConvertSelectionToVertices;
hilite;
selectType -ocm -alc false;
selectType -ocm -polymeshVertex true;
newCluster " -envelope 1";
}
//////////////////////
global proc HZcorrectShapeName() {
$objs = `ls -sl`;
for ($obj in $objs) {
$shapes = `listRelatives -f -s $obj`;
for ($shp in $shapes) {
rename $shp ($obj + "Shape");
}
}
}
////////////////////
global proc HZmirrorBlendshape() {
$objs = `ls -sl`;
$fromObj = $objs[0];
$sObj = $objs[1];
$wObj = `duplicate -rr $sObj`;
setAttr ($sObj + ".scaleX") -1;
$bendNod = `blendShape $fromObj $sObj`;
select $wObj $sObj;
$wraper = `deformer -type wrap $wObj`;
$sObjBase = `duplicate -rr $sObj`;
$sObjShape = `pickWalk -d down $sObj`;
$sObjBaseShape = `pickWalk -d down $sObjBase`;
$wObjShape = `pickWalk -d down $wObj`;
select $sObj;
addAttr -ln "dd" -at double -dv 4 ;
addAttr -ln "ss" -at double -dv 0;
addAttr -ln "ii" -at double -dv 2;
connectAttr -f ($sObj+".dd") ($wraper[0]+".dropoff[0]");
connectAttr -f ($sObj+".ss") ($wraper[0]+".smoothness[0]");
connectAttr -f ($sObj+".ii") ($wraper[0]+".inflType[0]");
connectAttr -f ($sObjShape[0]+".worldMesh[0]") ($wraper[0]+".driverPoints[0]");
connectAttr -f ($sObjBaseShape[0]+".worldMesh[0]") ($wraper[0]+".basePoints[0]");
connectAttr -f ($wObjShape[0]+".worldMatrix[0]") ($wraper[0]+".geomMatrix");
setAttr ($bendNod[0] + "." + $fromObj) 1;
duplicate -rr $wObj;
delete $sObj $wObj $sObjBase;
}
//////////////////////
global proc makeGuideLine()
{
$l = `ls -sl`;
if (size($l) != 2) {
print "Please select 2 objects. Controller object should be first.";
return;
}
$crv = `curve -d 1 -p 0 0 0 -p 5 0 0 -k 0 -k 1 -n ($l[0]+"Guideline_curve")` ;
//$crvshp = `listRelatives -f -s ($crv)`;
select -r ($crv+".cv[0]");
$clust1 = `newCluster "-envelope 1"`; // Result: <clusterName> <clusterName>Handle //
$clust1[1] = `rename $clust1[1] ($l[0]+"GuidelineHandle")`;
select -r ($crv+".cv[1]");
$clust2 = `newCluster "-envelope 1"`;
$clust2[1] = `rename $clust2[1] ($l[1]+"GuidelineHandle")`;
select -r $l[0] $clust1[1];
pointConstraint -offset 0 0 0 -weight 1;
select -r $l[1] $clust2[1];
pointConstraint -offset 0 0 0 -weight 1;
setAttr ($clust1[1]+".visibility") 0;
setAttr ($clust2[1]+".visibility") 0;
setAttr -lock true ($clust1[1]+".v");
setAttr -lock true ($clust2[1]+".v");
//setAttr ($crv+".template") 1;
setAttr ($crv+".overrideEnabled") 1;
setAttr ($crv+".overrideDisplayType") 1;
connectAttr -f ($l[0]+".visibility") ($crv+".visibility");
//connectAttr -f ($l[0]+".overrideColor") ($crv+".overrideColor");
setAttr ($crv+".overrideColor") 2;
select -r $crv $clust1[1] $clust2[1] ;
$grp = `group -n ($l[0]+"Guideline_grp")`;
xform -os -piv 0 0 0;
setAttr ($grp+".inheritsTransform") 0;
}
//////////////////////////////
global proc HZmakeHeadBldShp() {
$lst = `ls -sl`;
if (size($lst) != 1) {
print "Please select 1 object to be copy. (wraped object)";
return;
}
float $bmin[] = `getAttr ($lst[0]+".boundingBoxMin")`;
float $bmax[] = `getAttr ($lst[0]+".boundingBoxMax")`;
$offsetx = $bmax[0] - $bmin[0];
$offsety = $bmax[1] - $bmin[1];
$currBldShp = `ls -typ "blendShape"`;
if (size($currBldShp) != 1) {
print "No BlendShape node OR more than one node exists!";
return;
}
$listOfShapesInNode = `listAttr -k -m $currBldShp[0]`;
int $i = 1; int $y = 0; int $x = 0; int $row = 10; int $rowCnt = 0;
while ($listOfShapesInNode[$i] != "")
{
setAttr ($currBldShp[0] + "." + $listOfShapesInNode[$i]) 1;
select -r $lst[0] ;
$dup = `duplicate -rr`;
rename $dup "BS_1";
$x = $offsetx*($i-($rowCnt*$row)) ;
$y = $offsety*$rowCnt;
if ($i >= (($rowCnt+1)*$row)) $rowCnt++;
move -r -os -wd $x $y 0 ;
setAttr ($currBldShp[0] + "." + $listOfShapesInNode[$i]) 0;
$i++;
}
}
////////////////////
global proc string HZAttach()
{
string $nameObject;
string $namePOSI;
string $parts[];
string $list[] = `filterExpand -sm 32`; // Polygon Edges
int $size = size($list);
int $slFlag = 0, $cFlag = 0;
float $cPr = 0;
if ($size == 2)
{
tokenize($list[0],".",$parts);
$nameObject = $parts[0];
tokenize($list[0],"[]",$parts);
float $e1 = $parts[1];
tokenize($list[1],"[]",$parts);
float $e2 = $parts[1];
string $nameCFME1 = `createNode curveFromMeshEdge -n "hzAttachCurveFromMeshEdge1"`;
setAttr ".ihi" 1;
setAttr ".ei[0]" $e1;
string $nameCFME2 = `createNode curveFromMeshEdge -n "hzAttachCurveFromMeshEdge2"`;
setAttr ".ihi" 1;
setAttr ".ei[0]" $e2;
string $nameLoft = `createNode loft -n "hzAttachLoft1"`;
setAttr -s 2 ".ic";
setAttr ".u" yes;
setAttr ".rsn" yes;
$namePOSI = `createNode pointOnSurfaceInfo -n "hzAttachPointOnSurfaceInfo1"`;
setAttr ".turnOnPercentage" 1;
setAttr ".parameterU" 0.5;
setAttr ".parameterV" 0.5;
connectAttr -f ($nameLoft + ".os") ($namePOSI + ".is");
connectAttr ($nameCFME1 + ".oc") ($nameLoft + ".ic[0]");
connectAttr ($nameCFME2 + ".oc") ($nameLoft + ".ic[1]");
connectAttr ($nameObject + ".w") ($nameCFME1 + ".im");
connectAttr ($nameObject + ".w") ($nameCFME2 + ".im");
}
else if ($size < 2)
{
$list = `filterExpand -sm 41`; // Surface Parameter Points
$size = size($list);
if ($size == 1)
{
tokenize($list[0],".",$parts);
$nameObject = $parts[0];
tokenize($list[0],"[]",$parts);
float $u = $parts[1];
float $v = $parts[2];
$namePOSI = `createNode pointOnSurfaceInfo -n "hzAttachPointOnSurfaceInfo1"`;
setAttr ".turnOnPercentage" 0;
setAttr ".parameterU" $u;
setAttr ".parameterV" $v;
connectAttr -f ($nameObject + ".ws") ($namePOSI + ".is");
$slFlag = 1;
}
$list = `filterExpand -sm 39`; // Curve Parameter Points
$size = size($list);
if ($size == 1)
{
tokenize($list[0],".",$parts);
$nameObject = $parts[0];
tokenize($list[0],"[]",$parts);
$cPr = $parts[1];
$namePOSI = `pointOnCurve -ch on`;
$slFlag = 1;
$cFlag = 1;
}
$list = `filterExpand -sm 45`; // Surface Isoparms
$size = size($list);
if ($size == 1)
{
tokenize($list[0],".",$parts);
$nameObject = $parts[0];
$namePOSI = `pointOnCurve -ch on`;
$slFlag = 1;
$cFlag = 2;
}
$list = `filterExpand -sm 32`; // Polygon Edge
$size = size($list);
if ($size == 1)
{
tokenize($list[0],".",$parts);
$nameObject = $parts[0];
$namePOSI = `pointOnCurve -ch on`;
$slFlag = 1;
$cFlag = 3;
}
if ($slFlag == 0)
{
error("No edges or point selected");
return "";
}
}
string $nameLocator = `createNode transform -n "hzAttach1"`;
createNode locator -n ($nameLocator + "Shape") -p $nameLocator;
string $nameAC = `createNode aimConstraint -p $nameLocator -n ($nameLocator + "_hzAttachAimConstraint")`;
setAttr ".tg[0].tw" 1;
setAttr ".a" -type "double3" 0 1 0;
setAttr ".u" -type "double3" 0 0 1;
setAttr -k off ".v";
setAttr -k off ".tx";
setAttr -k off ".ty";
setAttr -k off ".tz";
setAttr -k off ".rx";
setAttr -k off ".ry";
setAttr -k off ".rz";
setAttr -k off ".sx";
setAttr -k off ".sy";
setAttr -k off ".sz";
if ($cFlag == 0) { // 2 Edges, Surface Point
addAttr -ln Tangent -at "enum" -en "V:U:" $nameLocator;
setAttr -e -keyable true ($nameLocator + ".Tangent");
addAttr -ln "parameterU" -at double $nameLocator;
setAttr -e -keyable true ($nameLocator + ".parameterU");
addAttr -ln "parameterV" -at double $nameLocator;
setAttr -e -keyable true ($nameLocator + ".parameterV");
string $nameTDC = `createNode condition -n ($nameLocator + "_TCondition")`;
setAttr ($nameTDC + ".secondTerm") 1;
setAttr ($nameTDC + ".operation") 0;
connectAttr -f ($nameLocator + ".Tangent") ($nameTDC + ".firstTerm");
connectAttr -f ($namePOSI + ".tangentU") ($nameTDC + ".colorIfTrue");
connectAttr -f ($namePOSI + ".tangentV") ($nameTDC + ".colorIfFalse");
$cPr = `getAttr ($namePOSI + ".parameterU")`;
setAttr ($nameLocator + ".parameterU") $cPr;
connectAttr -f ($nameLocator + ".parameterU") ($namePOSI + ".parameterU");
$cPr = `getAttr ($namePOSI + ".parameterV")`;
setAttr ($nameLocator + ".parameterV") $cPr;
connectAttr -f ($nameLocator + ".parameterV") ($namePOSI + ".parameterV");
connectAttr ($namePOSI + ".position") ($nameLocator + ".translate");
connectAttr ($namePOSI + ".n") ($nameAC + ".tg[0].tt");
connectAttr -f ($nameTDC + ".outColor") ($nameAC + ".worldUpVector");
setAttr ($nameLocator + ".Tangent") 1;
}
else { // 1 Edge, Isoparm, Curve Point
connectAttr -f ($namePOSI + ".position") ($nameLocator + ".translate");
connectAttr ($namePOSI + ".n") ($nameAC + ".tg[0].tt");
connectAttr -f ($namePOSI + ".tangent") ($nameAC + ".worldUpVector");
addAttr -ln "parameter" -at double $nameLocator;
setAttr -e -keyable true ($nameLocator + ".parameter");
connectAttr -f ($nameLocator + ".parameter") ($namePOSI + ".parameter");
if ($cFlag == 1) setAttr ($nameLocator + ".parameter") $cPr;
if ($cFlag == 2) setAttr ($nameLocator + ".parameter") 0;
if ($cFlag == 3) setAttr ($nameLocator + ".parameter") 1.5;
}
connectAttr ($nameAC + ".crx") ($nameLocator + ".rx");
connectAttr ($nameAC + ".cry") ($nameLocator + ".ry");
connectAttr ($nameAC + ".crz") ($nameLocator + ".rz");
select -r $nameLocator;
return ($nameLocator);
}
////////////////////
global proc smAttrDwn ()
{
int $v = 0;
$sel = `ls -sl`;
string $selAttr[] = `channelBox -q -sma mainChannelBox`;
if (`size $selAttr` != 1|| `size $sel` != 1)
error "please select only one channel at a time";
string $userAttr[] = `listAttr -ud $sel[0]`;
if (stringArrayContains($selAttr[0], $userAttr) != 1)
error "sorry cannot move this channel \n";
string $hiddenAttr[];
for ($ua in $userAttr)
{
if(`getAttr -k ($sel[0] + "." + $ua)` == `getAttr -cb ($sel[0] + "." + $ua)`)
$hiddenAttr[`size $hiddenAttr`] = $ua;
}
$userAttr = stringArrayRemove($hiddenAttr, $userAttr);
int $uds = `size $userAttr`;
for ($each in $sel)
{
int $index = -1;
int $n = 0;
if ($v == 1)
print ("sel attr " + $selAttr[0] + "\n");
for ($ua in $userAttr)
{
if ($ua == $selAttr[0])
$index = $n;
$n++;
}
if ($v == 1)
{
print ("the attr " + $userAttr[$index] + " is index " + $index + " \n");
print ("the attr +1 = " + $userAttr[$index + 1] + " \n");
}
if ($index <= $uds)
{
int $a = $index ;
while ($a < $uds)
{
if ($userAttr[$a] != $userAttr[$index + 1])
{
// get some info about that channel
string $objAttr = ($each + "." + $userAttr[$a]);
string $type = `getAttr -type $objAttr`;
string $enum[];
if ($type == "enum")
$enum = `attributeQuery -listEnum -node $each $userAttr[$a]`;
float $min[] = {-3000};
float $max[] = {3000};
if (`attributeQuery -rangeExists -n $each $userAttr[$a]`)
{
$min = `attributeQuery -min -n $each $userAttr[$a]`;
$max = `attributeQuery -max -n $each $userAttr[$a]`;
//string $range = `attributeQuery -range $objAttr`;
}
float $v = `getAttr $objAttr`;
float $smin[] = {-2999};
float $smax[] = {2999};
if (`attributeQuery -softRangeExists -n $each $userAttr[$a]`)
{
$smin = `attributeQuery -smn -n $each $userAttr[$a]`;
$smax = `attributeQuery -smx -n $each $userAttr[$a]`;
}
// names
string $longName = `attributeQuery -longName -n $each $userAttr[$a]`;
string $shortName = `attributeQuery -shortName -n $each $userAttr[$a]`;
string $niceName = `attributeQuery -niceName -n $each $userAttr[$a]`;
// connections
string $aInputs[] = ` listConnections -p 1 -s 1 -d 0 $objAttr`;
string $aOutputs[] = `listConnections -p 1 -s 0 -d 1 $objAttr`;
// keyable
int $cb = `getAttr -cb $objAttr`;
int $k = `getAttr -k $objAttr`;
int $l = `getAttr -l $objAttr`;
setAttr -k 1 -l 0 -cb 0 $objAttr;
// ----------------------------
if ($v == 1)
{
print ("the is " + $objAttr + " keyable " + $k + " locked " + $l + "\n");
print ("----------- deleting " + $objAttr + " ------------------\n");
}
deleteAttr -attribute $userAttr[$a] $each;
if ($v == 1)
print ("-ln " + $userAttr[$a] + " -shortName " + $shortName + " -niceName " + $niceName +" -min " + $min[0] +" -max "+$max[0] + "-smn "+$smin[0]+" -smx "+ $smax[0] + " -at " + $type + "\n");
addAttr -ln $userAttr[$a] -shortName $shortName -niceName $niceName -min $min[0] -max $max[0] -smn $smin[0] -smx $smax[0] -en $enum[0] -at $type $each ;
setAttr $objAttr $v;
for ($ao in $aOutputs)
connectAttr -f $objAttr $ao;
if (`size $aInputs` >= 1)
connectAttr -f $aInputs[0] $objAttr;
setAttr -e -keyable $k -l $l -cb $cb $objAttr;
}
else
print ("skipping " + $userAttr[$a] + "\n");;
$a++;
}
}
}
}
////////////////////
global proc smAttrUp ()
{
int $v = 0;
$sel = `ls -sl`;
string $selAttr[] = `channelBox -q -sma mainChannelBox`;
if (`size $selAttr` >= 2 || `size $selAttr` <=0 || `size $sel` != 1)
error "please select only one channel at a time";
string $userAttr[] = `listAttr -ud $sel[0]`;
if (stringArrayContains($selAttr[0], $userAttr) != 1)
error "sorry cannot move this channel \n";
string $hiddenAttr[];
for ($ua in $userAttr)
{
if(`getAttr -k ($sel[0] + "." + $ua)` == `getAttr -cb ($sel[0] + "." + $ua)`)
$hiddenAttr[`size $hiddenAttr`] = $ua;
}
$userAttr = stringArrayRemove($hiddenAttr, $userAttr);
int $uds = `size $userAttr`;
for ($each in $sel)
{
int $index = -1;
int $n = 0;
for ($ua in $userAttr)
{
if ($ua == $selAttr[0])
$index = $n;
$n++;
}
if ($v == 1)
print ("the attr " + $userAttr[$index] + " is index " + $index + " \n");
if ($index >= 1)
{
int $a = $index - 1;
while ($a < $uds)
{
if ($userAttr[$a] != $selAttr[0])
{
// get some info about that channel
string $objAttr = ($each + "." + $userAttr[$a]);
string $type = `getAttr -type $objAttr`;
string $enum[];
if ($type == "enum")
$enum = `attributeQuery -listEnum -node $each $userAttr[$a]`;
float $min[] = {-3000};
float $max[] = {3000};
if (`attributeQuery -rangeExists -n $each $userAttr[$a]`)
{
$min = `attributeQuery -min -n $each $userAttr[$a]`;
$max = `attributeQuery -max -n $each $userAttr[$a]`;
//string $range = `attributeQuery -range $objAttr`;
}
float $v = `getAttr $objAttr`;
float $smin[] = {-2999};
float $smax[] = {2999};
if (`attributeQuery -softRangeExists -n $each $userAttr[$a]`)
{
$smin = `attributeQuery -smn -n $each $userAttr[$a]`;
$smax = `attributeQuery -smx -n $each $userAttr[$a]`;
}
// names
string $longName = `attributeQuery -longName -n $each $userAttr[$a]`;
string $shortName = `attributeQuery -shortName -n $each $userAttr[$a]`;
string $niceName = `attributeQuery -niceName -n $each $userAttr[$a]`;
// connections
string $aInputs[] = ` listConnections -p 1 -s 1 -d 0 $objAttr`;
string $aOutputs[] = `listConnections -p 1 -s 0 -d 1 $objAttr`;
// keyable
int $cb = `getAttr -cb $objAttr`;
int $k = `getAttr -k $objAttr`;
int $l = `getAttr -l $objAttr`;
setAttr -k 1 -l 0 -cb 0 $objAttr;
// ----------------------------
if ($v ==1)
{
print ("the is " + $objAttr + " keyable " + $k + " locked " + $l + "\n");
print ("----------- deleting " + $objAttr + " ------------------\n");
}
deleteAttr -attribute $userAttr[$a] $each;
// print ("the attr type is " + $type + "\n");
addAttr -ln $userAttr[$a] -shortName $shortName -niceName $niceName -min $min[0] -max $max[0] -smn $smin[0] -smx $smax[0] -en $enum[0] -at $type $each ;
setAttr $objAttr $v;
for ($ao in $aOutputs)
connectAttr -f $objAttr $ao;
if (`size $aInputs` >= 1)
connectAttr -f $aInputs[0] $objAttr;
setAttr -e -keyable $k -cb $cb -l $l $objAttr;
}
else
print ("skipping " + $userAttr[$a] + "\n");;
$a++;
}
}
}
}
////////////////////
/* for correct blendshapes space
first make all blendshape and target object same pivot on itselves then...
$l = `ls -sl`;
for ($a in $l)
{
select -r $a ;
float $pos[3];
$pos = `xform -q -ws -rp $a`;
select -r $a ;
select -tgl mainBody_geo ;
hzSnap {};
select -r $a ;
makeIdentity -apply true -t 1 -r 1 -s 1 -n 0;
move -os -wd $pos[0] $pos[1] $pos[2];
select -cl;
//$cmd = ("xform -ws -r -piv "+$pos[0]+" "+ $pos[1]+" "+ $pos[2]+" \""+ $a+ "\"");
//evalEcho $cmd;
}
xform -q -ws -rp locator2
print (27.478043 - 25.545397);
*/
////////////////////
/* for seperate the blendshapes and then make one node for all of them
$lst = `ls -sl`;
$bldShps = `ls -typ "blendShape"`;
$offs = -50;
for ($bld in $bldShps)
{
$listOfShapesInNode = `listAttr -k -m $bld`;
int $i = 1; int $y = 0; int $x = 0; int $row = 10; int $rowCnt = 0;
while ($listOfShapesInNode[$i] != "")
{
setAttr ($bld + "." + $listOfShapesInNode[$i]) 1;
select -r $lst[0] ;
$dup = `duplicate -rr`;
rename $dup "BSO_1";
$x = $offs*($i-($rowCnt*$row)) ;
$y = $offs*$rowCnt;
if ($i >= (($rowCnt+1)*$row)) $rowCnt++;
move -r -os -wd $x $y 0 ;
setAttr ($bld + "." + $listOfShapesInNode[$i]) 0;
$i++;
}
}
*/
////////////////////
// this procedure will return a list of deformers ordered
global proc string[] jd_listOfOrderedDeformers () {
// initialize
$sel = `ls -sl`;
if (`size $sel` != 1) {
warning -sl 0 "listOfOrderedDeformers requires you to have one (1) object selected!";
return {};
}
$selobj = $sel[0];
$shapeList = `listRelatives -type shape`;
if (`size $shapeList` < 1) {
warning -sl 0 "listOfOrderedDeformers requires you to have one (1) object with a mesh selected!";
return {};
}
// get shape name
$shape = $shapeList[0];
// get list of deformers for a the shape
string $listOfDefs[];
$globallistofdeformers = `ls -type geometryFilter`;
for ($each in $globallistofdeformers) {
$geo = `deformer -q -g $each`;
for ($gtry in $geo) {
if ($gtry == $shape) {
$listOfDefs[size($listOfDefs)] = $gtry;
}
}
}
// check if there are deformers after all...
if (`size $listOfDefs` < 1) {
warning -sl 0 "listOfOrderedDeformers found no deformer on the object selected!";
return {};
}
$lisofdefssize = `size $listOfDefs`;
$listOfGroupIDs = `listConnections -d 0 -t "groupId" $shape`;
// initialize return variable
string $orderedDeformers[];
$temp = `listConnections -c 0 -p 0 -s 1 -scn 1 -type geometryFilter ($shape+".inMesh")`;
$orderedDeformers[0] = $temp[0];
// loop and spider through each deformer to find which ones next
for ($i = 1;$i<$lisofdefssize;$i++) {
$listofgroups = `listConnections -d 0 -t "groupParts" $orderedDeformers[$i-1] `;
if (`size $listofgroups`>0) {
string $connected;
for ($group in $listofgroups) {
int $itDeforms = 0;
while ($itDeforms < 1) {
$connectedTMP = `listConnections ($group+".inputGeometry")`;
$connected = $connectedTMP[0];
if (`stringArrayContains $connected $globallistofdeformers`) {
$itDeforms = 1;
} else {
$group = $connected;
}
}
$connectedGroupIDTMP = `listConnections ($group+".groupId")`;
$connectedGroupID = $connectedGroupIDTMP[0];
if (`stringArrayContains $connectedGroupID $listOfGroupIDs`) {
$orderedDeformers[$i] = $connected;
}
}
} else {
$connectedToInputGeometry = `listConnections -type geometryFilter -d 0 ($orderedDeformers[$i-1]+".input[0].inputGeometry")`;
$orderedDeformers[$i] = $connectedToInputGeometry[0];
}
}
return $orderedDeformers;
}
// this will pop a gui that will help you reorder deformers
global proc int jd_reorderDeformersGUI () {
if (`waitCursor -q -state` == 1) waitCursor -state 0;
// initialize variables
global int $jd_reorderDeformersScriptJobIndex;
global string $jd_reorderDeformersGUI;
$objsel = `ls -sl`;
$obj = $objsel[0];
// make sure you have something selected
if (`size $objsel` >0) $shape = `listRelatives -s $obj`;
// initialize window
if (`window -exists $jd_reorderDeformersGUI`) deleteUI $jd_reorderDeformersGUI;
$jd_reorderDeformersGUI = `window -t ("[JD] Reorder Deformer's on "+$obj)`;
// list deformers on mesh
$list = `jd_listOfOrderedDeformers`;
$slist = `size $list`;
if ($slist < 2) {
print ("[JD]Reorder Deformer: Less than two deformers found on selected object: "+$obj+"\n");
}
// create numbered arrays for text labels and up and down buttons
string $thisFrame[];
string $thisForm[];
string $textArray[];
string $upButArray[];
string $downButArray[];
$hmargin = 5;
$fmargin = 0;
$butmargin = 1;
if ($slist > 0) {
// initialize form layout and its elements
$form = `formLayout -numberOfDivisions ($slist)`;
for ($i=0;$i<$slist;$i++) {
//commands to assign
string $upC, $downC;
if ($i>0) $upC = ("reorderDeformers "+$list[$i]+" "+$list[$i-1]+" "+$shape[0]+" ; waitCursor -state 1; jd_reorderDeformer; ");
if ($i<($slist-1)) $downC = ("reorderDeformers "+$list[$i+1]+" "+$list[$i]+" "+$shape[0]+" ; waitCursor -state 1; jd_reorderDeformer; ");
$thisFrame[$i] = `frameLayout -bv 0 -lv 0 -p $form `;
$thisForm[$i] = `formLayout -p $thisFrame[$i] -numberOfDivisions 4`;
$textArray[$i] = `text -p $thisForm[$i] -label (($i+1)+". "+$list[$i])`;
$upButArray[$i] = `button -p $thisForm[$i] -label "up" -c $upC`;
$downButArray[$i] = `button -p $thisForm[$i] -label "down" -c $downC`;
// turn off buttons that are on top or below everything
if ($i == 0) button -e -l "" -en 0 $upButArray[$i];
if ($i == ($slist-1)) button -e -l "" -en 0 $downButArray[$i];
formLayout -e
-attachForm $downButArray[$i] "bottom" $hmargin
-attachPosition $downButArray[$i] "top" $butmargin 2
-attachOppositeForm $downButArray[$i] "left" -50
-attachForm $downButArray[$i] "right" $hmargin
-attachForm $upButArray[$i] "top" $hmargin
-attachPosition $upButArray[$i] "bottom" $butmargin 2
-attachOppositeForm $upButArray[$i] "left" -50
-attachForm $upButArray[$i] "right" $hmargin
-attachForm $textArray[$i] "top" $hmargin
-attachForm $textArray[$i] "bottom" $hmargin
-attachForm $textArray[$i] "left" $hmargin
-attachControl $textArray[$i] "right" $hmargin $upButArray[$i]
$thisForm[$i];
}
formLayout -e
-attachForm $thisFrame[0] "top" $fmargin
-attachForm $thisFrame[0] "left" 0
-attachForm $thisFrame[0] "right" 0
-attachPosition $thisFrame[0] "bottom" $fmargin 1
$form;
for ($i=1;$i<$slist;$i++) {
formLayout -e
-attachPosition $thisFrame[$i] "top" $fmargin ($i)
-attachForm $thisFrame[$i] "left" 0
-attachForm $thisFrame[$i] "right" 0
-attachPosition $thisFrame[$i] "bottom" $fmargin ($i+1)
$form;
}
} else {
$closeCommand = ("deleteUI "+$jd_reorderDeformersGUI);
$closeForm = `formLayout -p $jd_reorderDeformersGUI -numberOfDivisions 5`;
$closeText = `text -w 350 -label "Must have at least one object with at least two deformers selected." -p $closeForm`;
$closeButton = `button -w 350 -l "close" -p $closeForm -c $closeCommand`;
formLayout -e
-attachForm $closeText "top" 5
-attachForm $closeText "left" 5
-attachForm $closeText "right" 5
-attachControl $closeButton "top" 5 $closeText
-attachForm $closeButton "left" 5
-attachForm $closeButton "right" 5
-attachForm $closeButton "bottom" 5
$closeForm;
}
showWindow $jd_reorderDeformersGUI;
if ($slist == 0) {
window -e -topLeftCorner 200 200 -h 100 -w 360 $jd_reorderDeformersGUI;
} else {
window -e -topLeftCorner 200 200 -w 1 -h (clamp(1,$slist,$slist) * 25) $jd_reorderDeformersGUI;
}
return 1;
}
global proc jd_reorderDeformer () {
global int $jd_reorderDeformerScriptJobIndex;
global int $jd_reorderDeformerScriptJobIndex2;
global string $jd_reorderDeformersGUI;
jd_reorderDeformersGUI;
$jd_reorderDeformerScriptJobIndex = `scriptJob -p $jd_reorderDeformersGUI -runOnce 1 -e "SelectionChanged" "jd_reorderDeformer"`;
}
////////////////////
global proc hzSnap(string $selection[])
{
int $cnt = size($selection);
if ($cnt == 0)
{
$selection = `ls -sl`;
$cnt = size($selection);
}
if ($cnt == 0) return;
$master = $selection[--$cnt];
while ($cnt-->0)
{
string $oCons[] = `orientConstraint -w 1 $master $selection[$cnt]` ;
string $pCons[] = `pointConstraint -w 1 $master $selection[$cnt]` ;
refresh;
delete $oCons ;
delete $pCons ;
}
//select -r $selection ;
}
////////////////////