AnsleyCG

import maya.cmds as mc
import maya.mel


def renameWindow():
    renameWin = "RenameRenderLayerWindow"
    if maya.cmds.window(renameWin,ex=True):
        maya.cmds.deleteUI(renameWin)
    mc.window(renameWin, title = renameWin, widthHeight = (300,400))
    mc.columnLayout()

AnsleyCG

//Render Targets
shadingNode -asRendering renderTarget -name BG_Target;
shadingNode -asRendering renderTarget -name FG_Target;
shadingNode -asRendering renderTarget -name BG_FG_Target;
shadingNode -asRendering renderTarget -name COMP_Target;

//Layered Textures
shadingNode -asTexture layeredTexture -name BG_FG_Texture;
shadingNode -asTexture layeredTexture -name COMP_Texture;

AnsleyCG

$EmailFrom = “from@gmail.com”
$EmailTo = “to@gmail.com”
$Subject = “Your Render Is Ready!”
$Body = “Check the Image Folder because your Render is Done!”
$SMTPServer = “smtp.gmail.com”
$SMTPClient = New-Object Net.Mail.SmtpClient($SmtpServer, 587)
$SMTPClient.EnableSsl = $true
$SMTPClient.Credentials = New-Object System.Net.NetworkCredential(“user”, “pass”);
$SMTPClient.Send($EmailFrom, $EmailTo, $Subject, $Body)

AnsleyCG

f = thisComp.layer("Depth Of Field").effect("Focal Point")("Slider")
z = transform.position[2]
m = thisComp.layer("Depth Of Field").effect("Lowest Z-depth")("Layer").transform.position[2]
r = (thisComp.layer("Depth Of Field").effect("Highest Z-depth")("Layer").transform.position[2]) - (thisComp.layer("Depth Of Field").effect("Lowest Z-depth")("Layer").transform.position[2])
n = ((z - m)/r)
d = (f - n)
if (d < 0) d = (d *(-1))

d * Math.pow(thisComp.layer("Depth Of Field").effect("Mutliplier")("Slider"),thisComp.layer("Depth Of Field").effect("Falloff")("Slider"))

AnsleyCG

a = Math.round(thisComp.layer("DOF_Layer").effect("Chapter")("Slider").value)
b = Math.round(thisComp.layer("DOF_Layer").effect("Scene")("Slider").value)
c = comp("CH" + a + "_SC" + b);
c.layer(thisLayer.name).effect("Gaussian Blur")("Blurriness")

AnsleyCG

$suffix="_MIA";
$shaderName=`ls -sl`;
$newName=($shaderName[0] + $suffix);
$sgName=($shaderName[0] + "_SG");

disconnectAttr ($shaderName[0] + ".outColor") ($sgName + ".surfaceShader");

shadingNode -asShader -name "MIA_MAT_X" "mia_material_x";

if (`connectionInfo -isDestination ($shaderName[0] + ".color")`) {

AnsleyCG

//Create an Area Light
CreateAreaLight;
rename "testAreaLight";
setAttr "testAreaLight.scaleZ" 10;
setAttr "testAreaLight.scaleX" 10;
setAttr "testAreaLight.scaleY" 10;
setAttr "testAreaLightShape.areaLight" 1;
setAttr "testAreaLightShape.decayRate" 1;

//create and connect a PhysLight Node

AnsleyCG

//DepthShaderTool
//Move the nearPoint locator to the closest point in the renderable camera's field of view.
//Move the farPoint locator to the farthest point in the renderable camera's field of view.
//Assign the shader to all objects in the scene (optionally create a new render layer and shader override).
//Adjust the position of the near and farPoint to adjust the values of white and black in the render.

$cameras = `ls -sl`;

if ( size($cameras)==0 ) {
    print "**Please select a camera**";

AnsleyCG

polyCube -w 10 -h 10 -d 10 -sx 1 -sy 1 -sz 1 -ax 0 1 0 -cuv 4 -ch 1 -n "ball";
polySmooth -dv 2;

for( $i=0; $i<98; ++$i ) {
    float $randRad = rand(1.0, 2.5);
    vector $vertPos = `pointPosition ball.vtx[$i]` ;
    float $vertX = $vertPos.x;
    float $vertY = $vertPos.y;
    float $vertZ = $vertPos.z;
    float $randMV = rand(0.1, 0.5);

AnsleyCG

//Tear off a selected camera and set all objects display to OFF except POLYGONS
//Select a Camera in the Outliner/Hypergraph
//Hover mouse over current view (eg., Persp) and tap CTRL/CMD
//Click button to run command

$camera = `ls -sl`;
	$panel = `getPanel -wf`;
	$activeCam = `modelPanel -q -cam $panel`;
	$tearCam = $camera[0];