coxevan

r"""
Module contains methods for setting up Dot Product relationships and vectorProduct nodes in Autodesk Maya.

Future features:
    Cross Product implementation.
"""
import pymel.core as py


def create_dot_relationship(**kwargs):

coxevan

def my_method( objects = [], dh = True, freeze = ( None, None, None ) ):
  if not objects:
    # Get selected objects
    pass
  
  if dh:
    # Delete history
    pass
  
  if freeze == True:

coxevan

import pymel.core

SKIN_CLUSTER_NAME = 'skinCluster1' # <-- Replace with 'name_of_my_skincluster' but keep the quotes!

# Get the skin cluster from the shape node
skin_cluster = pymel.core.PyNode(SKIN_CLUSTER_NAME)

# Get the objects associated with that skincluster (mostly bones)
influence_list = skin_cluster.influenceObjects()

coxevan

def applyBtnCmd(self, *args):
	# Grab and check info from UI lists and scroll areas.
	attributes_to_mirror_list    = self.driverScroll.getSelectItem()
	driven_object_attribute_list = self.objAttrScroll.getSelectItem()
	
	if len(attributes_to_mirror_list) < 1:
		cmds.warning( 'No attribute to mirror selected' )	
		return False
	
	if len(driven_object_attribute_list) < 1:

coxevan

import maya.cmds as cmds

def wireframeSwitcher():
	# Get the viewport object
	viewport = cmds.getPanel( withFocus = True)
	# If there is a model panel...
	if 'modelPanel' in viewport:
		currentState = cmds.modelEditor( viewport, q = True,  displayAppearance= True )
		if currentState.lower() == 'wireframe':
			cmds.modelEditor( viewport, edit = True, displayAppearance = 'smoothShaded' )

coxevan

def toggle_parallel_settings( func ):
	def _wrapper( *args, **kwargs ):
		# Store the initial values.
		evaluate_manager = pyfbsdk.FBEvaluateManager()
		p_evaluation  = evaluate_manager.ParallelEvaluation
		p_pipeline    = evaluate_manager.ParallelPipeline
		p_deformation = evaluate_manager.ParallelDeformation
    
		# Turn them all off
		evaluate_manager.ParallelEvaluation = False

coxevan

'''
Utility methods for getting and setting reference properties ( aka - the blue properties ) in MotionBuilder.
'''
import pyfbsdk


def get_reference_property( obj, prop_name ):
    '''
    Gets a reference property from an object by name

coxevan

#Establish a bit of chaos
import random

#Establish a bit of order
LIGHT_GODS = True
DARK_GODS  = False
DIVINE_MAP = {True: 'Light', False: 'Dark'}
CELESTIAL_ODDS = (-20, 20)
COMMANDMENTS_LIST = [ 'Praise be to the {divine_order} Gods, begin your quest on frame {offering}.',
                      'For the {divine_order} Gods looked down and saw the animation, and it started on frame {offering}. It was okay.' ]

coxevan

import maya.cmds

PARTICLE_DEFAULT_NAME = 'spring_particle'

def setup_spring(obj, time_range = None, spring_weight = 0.5):
    '''
    Sets up spring physics system around a given object

    :param obj: obj to apply physics system to
    :param time_range: time range of animation to process, tuple

coxevan

import pymel.core as pm

def delete_keys_on_sel():
	selected = pm.selected()
	if not selected:
		return False

	nodes_to_delete = []

	for obj in selected: