AnsleyCG

//Create a Facing Ratio Shading Network and remap to two Ramp Textures
    shadingNode -asUtility samplerInfo -n "mySamplerInfo";
    shadingNode -asUtility reverse -n "myReverse";
    connectAttr -f mySamplerInfo.facingRatio myReverse.inputX;
    connectAttr -f mySamplerInfo.facingRatio myReverse.inputY;
    connectAttr -f mySamplerInfo.facingRatio myReverse.inputZ;
    shadingNode -asUtility rgbToHsv -n "myRgbToHsv";
    connectAttr -f myReverse.output myRgbToHsv.inRgb;
    shadingNode -asTexture ramp -n "myRamp_01";
    shadingNode -asTexture ramp -n "myRamp_02";

AnsleyCG

import maya.cmds as cmds

##Warning labels
warningStars = "***"
warningText = "There is more than one child"
translateWarning = "*** Translate != 0 ***"
rotateWarning = "*** Rotate != 0 ***"
scaleWarning = "*** Scale != 0 ***"
emptyWarning = "I'm empty inside :("
shapeNameWarning = "**The transform and shape do not share a name**"

AnsleyCG

##Select an object and run to get a list of Shaders assigned to that object
##Select a new object and press "Assign" to assign the listed shader to the new object
##Uncheck "Close after assignment" to assign shaders to objects one after another

import maya.cmds as cmds

def getShadersFromSelected():
	getShaders = []
	cmds.hyperShade(shaderNetworksSelectMaterialNodes = True)
	assignedToObject = cmds.ls(sl = True)

AnsleyCG

##Use the rotation of an object as an on off switch
from math import sin

x = 0
while x < 360:
	##
	a = ( ( sin( ( ( (x+270)/360 )*4 )*1.57 )/2 )+0.5 )
	## This is the important part ^^^^^
	a = round(a, 3)
	print (x,a)

AnsleyCG

## random is for testing only
from random import uniform

## x represents any given value within a desired range
## m represents the minimum value within the range
## ma is the maximum
## in this example, a random number is chosen within the range of 10 to 235
## the tool will convert the random number to a value between 0 and 1
x = round(uniform(10, 235), 2)
m = 10

AnsleyCG

import maya.cmds as mc
import maya.mel

def uvEditor():
    uvEditor = "UV Editor Tools"
    if maya.cmds.window(uvEditor,ex=True):
        maya.cmds.deleteUI(uvEditor)
    mc.window(uvEditor, title = uvEditor, widthHeight = (300,300))
    mc.columnLayout()
    

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];
	

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

//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

//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