Maya tmp

Maya tmp Scripts

Maya Python - Create object & Randomize Translate

from maya import cmds
import random

numObjects = 4

for n in range(numObjects):
    obj = cmds.polyCube()
    cmds.setAttr(obj[0]+'.translateX', random.randint(0, 5))
    cmds.setAttr(obj[0]+'.translateY', random.randint(0, 5))
    cmds.setAttr(obj[0]+'.translateZ', random.randint(0, 5))

Maya Python - Randomize translate of selection #1

from maya import cmds
import random

objList = cmds.ls(selection=True)

print objList

for obj in objList:
    cmds.setAttr(obj+'.translateX', random.randint(0, 5))
    cmds.setAttr(obj+'.translateY', random.randint(0, 5))
    cmds.setAttr(obj+'.translateZ', random.randint(0, 5))

Maya Python - Randomize translate of selection #2

#La meme chose en utilisant une fonction
from maya import cmds
import random

objList = cmds.ls(selection=True)

print objList

#On definit la fonction
def randomize(minValue=0, maxValue=5):
    for obj in objList:
        cmds.setAttr(obj+'.translateX', random.randint(minValue, maxValue))
        cmds.setAttr(obj+'.translateY', random.randint(minValue, maxValue))
        cmds.setAttr(obj+'.translateZ', random.randint(minValue, maxValue))

#On change si besoin les valeurs par defaut avant d'executer la fonction
randomize(minValue=4, maxValue=20)

Maya Mel - Replace path - getAttr/setAttr

for ( $object in `ls -sl -l` ) {
    $path = getAttr ($object+".filePrefix");   
    setAttr -type "string" ($object+".filePrefix") ($path+"yo");
}

for ( $object in `ls -sl -l` ) {    
    setAttr -type "string" ($object+".filePrefix") ("//blabla/bla.abc");
}

Maya Mel - Auto Uvs and Layout

polyMultiLayoutUV -scale 1 -rotateForBestFit 0 -layout 2;

Instance and Snap

//DE-PARENT meshs
string $VRMeshs = "*VR";
select -r $VRMeshs;
parent -w;
select -cl;


////Basket Grass
//replace_locator_by_object
string $objectCible = "Basket_Grass_VR";
string $locatorPlacement = "Basket_Grass_AR*";

select -cl;
select -r $locatorPlacement;
//pickWalk -d up;
string $selLocatorPlacement[] = `ls -sl`;
int $nbreLocatorPlacement = size ($selLocatorPlacement);

select -r $objectCible;
for ($i=1; $i<$nbreLocatorPlacement; ++$i)
{
    instance -st;
}
select -cl;

////////////////
string $objectCibleI = "Basket_Grass_VR*";
select -r $objectCibleI;
pickWalk -d up;
string $selObjectCible[] = `ls -sl`;
int $nbreObjectCible = size ($selObjectCible);

select -cl;

for ($i=0; $i<$nbreObjectCible; ++$i)
{
    select -r $selLocatorPlacement[$i];
    select -add $selObjectCible[$i];
    pointConstraint -offset 0 0 0 -weight 1;
    orientConstraint -offset 0 0 0 -weight 1;
    scaleConstraint -offset 1 1 1 -weight 1;
    select -r "*Constraint*";
    doDelete;
}

select -cl;

select -r $locatorPlacement;
doDelete;
select -cl;
////////////////

Maya Mel - Primary visibility off

for ( $object in `ls -sl -l` ) {
    print($object+"\n");
    setAttr ($object + ".primaryVisibility") 0;
}

V-ray - Create VRayMtls, files and place2dTextures for selection

for ( $object in `ls -sl -l` ) {
    string $shaderName = ($object + "_BAKE_" + `toupper $lightRigName` + "_SHD");
    string $shadingGroupName = ($object + "_BAKE_" + `toupper $lightRigName` + "_SG");
    shadingNode -asShader VRayMtl -n $shaderName;
    sets -renderable true -noSurfaceShader true -empty -name $shadingGroupName;
    
    string $shaderNameC = substituteAllString($shaderName, "|", "");
    string $shadingGroupNameC = substituteAllString($shadingGroupName, "|", "");
    connectAttr -f ($shaderNameC + ".outColor") ($shadingGroupNameC + ".surfaceShader");

    setAttr ($shaderNameC + ".color") -type double3 0 0 0 ;

    string $fileName = ("file" + $object);
    string $place2dTextureName = ("place2dTexture" + $object);
    shadingNode -asTexture -isColorManaged file -n $fileName;
    shadingNode -asUtility place2dTexture -n $place2dTextureName;

    string $objectC = substituteAllString($object, "|", "");
    string $fileNameC = ("file_" + $objectC);
    string $place2dTextureNameC = ("place2dTexture_" + $objectC);
    
    setAttr ($fileNameC + ".filterType") 0;
    setAttr ($fileNameC + ".uvTilingMode") 3;
    setAttr ($fileNameC + ".cs") -type "string" "ACES - ACEScg";
    
    connectAttr -f ($place2dTextureNameC + ".coverage") ($fileNameC + ".coverage");
    connectAttr -f ($place2dTextureNameC + ".translateFrame") ($fileNameC + ".translateFrame");
    connectAttr -f ($place2dTextureNameC + ".rotateFrame") ($fileNameC + ".rotateFrame");
    connectAttr -f ($place2dTextureNameC + ".mirrorU") ($fileNameC + ".mirrorU");
    connectAttr -f ($place2dTextureNameC + ".mirrorV") ($fileNameC + ".mirrorV");
    connectAttr -f ($place2dTextureNameC + ".stagger") ($fileNameC + ".stagger");
    connectAttr -f ($place2dTextureNameC + ".wrapU") ($fileNameC + ".wrapU");
    connectAttr -f ($place2dTextureNameC + ".wrapV") ($fileNameC + ".wrapV");
    connectAttr -f ($place2dTextureNameC + ".repeatUV") ($fileNameC + ".repeatUV");
    connectAttr -f ($place2dTextureNameC + ".offset") ($fileNameC + ".offset");
    connectAttr -f ($place2dTextureNameC + ".rotateUV") ($fileNameC + ".rotateUV");
    connectAttr -f ($place2dTextureNameC + ".noiseUV") ($fileNameC + ".noiseUV");
    connectAttr -f ($place2dTextureNameC + ".vertexUvOne") ($fileNameC + ".vertexUvOne");
    connectAttr -f ($place2dTextureNameC + ".vertexUvTwo") ($fileNameC + ".vertexUvTwo");
    connectAttr -f ($place2dTextureNameC + ".vertexUvThree") ($fileNameC + ".vertexUvThree");
    connectAttr -f ($place2dTextureNameC + ".vertexCameraOne") ($fileNameC + ".vertexCameraOne");
    connectAttr ($place2dTextureNameC + ".outUV") ($fileNameC + ".uv");
    connectAttr ($place2dTextureNameC + ".outUvFilterSize") ($fileNameC + ".uvFilterSize");

    connectAttr -f ($fileNameC + ".outColor") ($shaderNameC + ".illumColor");   
}
select -cl  ;