PeterDrakeNichols

from krita import *
#A script to cut out the center of a filled shape so that you can see spacing better with the onion skin docker.
#Go to the frame and layer you want run the script and your left with an outline that you can see properly in the onion skin
#Just fill it back up when your done with the bucket tool

##------IMPORTANT!!!!!--------## Make sure onion skin opacity is less than 95% ish

#TIP: when refilling set your bucket tool to grow by 1px ish to get rid of any artifacts
#To add it to your project just go to tools -> scripts -> ten scripts-> click the elipse next to the hot key you want
#-> navigate to the script and your done!

PeterDrakeNichols

import maya.cmds as mc
import maya.mel as mm
import maya.api.OpenMaya as om
import gkak.utils.file

'''
excerpt from cMuscle.py:
Smart collision class for cMuscle system.
Uses getters and setters to make collision objects easier to work with procedurally
Functions for importing, exporting and mirroring collision objects

PeterDrakeNichols

import maya.cmds as mc
import maya.mel as mm

"""
functions for making an arm (or other limb) twist that never flips. 
A nurbs surface with a twist deformer is created in world space.
The world space surface drives a ribbon with follicles attached to the limb via blendshape
Since There are no aim constraints involved so we dont have to worry about flipping 

Notes: 

PeterDrakeNichols

"""
class for creating ball control object
@category Rigging @subcategory Rigbase
@tags control class
@author: petey
"""
import maya.cmds as mc
class ballControl():

    def __init__(

PeterDrakeNichols

import maya.mel as mm

from rigit.v1_0.utils import hair

def makeSoftTarget(prefix, smoothness = 10, parent = None):
    
    '''
    a function for making a single transform with soft body effects
    @param prefix: str, prefix for naming objects
    @param smoothness: float, how loosely particle fallows, 10 is very loose 0 is 100% fallow

PeterDrakeNichols

for i in range(10):
    for j in range(10):
        coord = (i,0,j)
        print coord
        plane = mc.polyPlane()
        mc.xform(plane, t = coord, ws=1)
        mc.aimConstraint('locator1', plane)

# normal for loop iterating over string
for x in 'esteban':

PeterDrakeNichols

def oneChannelFalloff( ctrlAt, targetAts, stepFactor = 1 ):
    '''
    @param ctrlAt: string, attribute driving the targets
    @param ctrlAt: string, attribute driven by stepped influence from ctrlAt
    @param stepFactor: float, how much influence should the effect have
    @param preval: float, optional starting value of control Attr to be normalized
    
    '''
    preval = mc.getAttr( ctrlAt )
    step = 1.0 / len( targetAts )   

PeterDrakeNichols

def hasSkinCluster(objList = []):
    hasClusterList = []
    for obj in objList:
         objHist = mc.listHistory(obj, pdo=True)
         skinCluster = mc.ls(objHist, type="skinCluster") or [None]
         cluster = skinCluster[0]
         if cluster:
             hasClusterList.append(obj)
    return hasClusterList

PeterDrakeNichols

import sys, os
import maya.cmds as mc
import rigit.v1_0 as rigit

mobilePath = 'C:/Users/Peter/Google Drive/projects/'  
officePath = '//MONTANA/jobs/ghost/bipedal_drone/assets/'

workingPath = officePath

assetName = 'bipod'

PeterDrakeNichols

import sys, os
import maya.cmds as mc
import rigit.v1_0 as rigit

mobilePath = 'C:/Users/Peter/Google Drive/projects/'  
officePath = '//MONTANA/jobs/ghost/bipedal_drone/assets/'

workingPath = officePath

assetName = 'bipod'