Roumenov

import pymel.core as pm
import vo_maya.core.vo_export as voe
reload(voe)

pm.ogs(pause=True)
controls = [u'Roxanne_rWristFKC', u'Roxanne_rUpperLegCurveC', u'Roxanne_rUpperLegCurve3C', u'Roxanne_rUpperLegCurve2C', u'Roxanne_rUpperLegCurve1C', u'Roxanne_rUpperArmCurve3C', u'Roxanne_rUpperArmCurve2C', u'Roxanne_rUpperArmCurve1C', u'Roxanne_rLowerLegCurveC', u'Roxanne_rLowerLegCurve3C', u'Roxanne_rLowerLegCurve2C', u'Roxanne_rLowerLegCurve1C', u'Roxanne_rLowerArmCurve3C', u'Roxanne_rLowerArmCurve2C', u'Roxanne_rLowerArmCurve1C', u'Roxanne_rKneeFKC', u'Roxanne_rKneeCurveC', u'Roxanne_rElbowFKC', u'Roxanne_rBallFKC', u'Roxanne_rAnkleFKC', u'Roxanne_lWristIKC', u'Roxanne_lUpperLegCurveC', u'Roxanne_lUpperLegCurve3C', u'Roxanne_lUpperLegCurve2C', u'Roxanne_lUpperLegCurve1C', u'Roxanne_lUpperArmCurve3C', u'Roxanne_lUpperArmCurve2C', u'Roxanne_lUpperArmCurve1C', u'Roxanne_lLowerLegCurveC', u'Roxanne_lLowerLegCurve3C', u'Roxanne_lLowerLegCurve2C', u'Roxanne_lLowerLegCurve1C', u'Roxanne_lLowerArmCurve3C', u'Roxanne_lLow

Roumenov

eye_ramp = pm.ls('geo:R_eye_ramp')[0]
eye_joints = pm.ls(sl=1)
eye_control = pm.ls(sl=1)[0]
#checked items fill list of attrs
#'blink'
eye_parts = ('pupil', 'iris') #'offset'
eye_attrs = ('radius', 'shape', 'angle', 'stretch')
#pm.addAttr(longName = 'iris', type = 'float')

Roumenov

import pymel.core as pm

targets = ['Corsac_R_brow_CTL_04', 'Corsac_R_brow_CTL_03', 'Corsac_R_brow_CTL_02', 'Corsac_R_brow_CTL_01'] 
controls = pm.ls(targets, recursive = True)

for item in controls:
    pm.selectKey(item, attribute = 'rotateZ', replace = True)
    pm.keyframe(edit = True, relative = True, valueChange = -180.0)

Roumenov

import maya.cmds as mc

main_window = pm.language.melGlobals['gMainWindow']
menus = mc.window(main_window, query=True, menuArray=True)
if menu_name in menus:
    mc.deleteUI(menu_name, menu=True)
mc.menu(menu_name,
        parent=main_window,
        label="Foo",
        tearOff=True)

Roumenov

import shutil, os

current_directory = os.getcwd()
filename = 'output.txt'

for file in os.listdir(current_directory):
    active = file.replace('_idle', '_act')
    print(active)
    if '_idle' in file and not os.path.isfile(active):
        output = file.replace('_idle','_act')

Roumenov

target = pm.ls(sl=1)[0]
constraint = set(pm.listConnections(source = True, type = 'constraint')).pop()
print(constraint.Target)

sources = list(set(constraint.listConnections(source = True, type = 'transform')))
sources.remove(target)

source_weight = {}
for item in sources:

Roumenov

start_time = 0
end_time = 10


keyed_channels = get_keyed_channels()

for curve in keyed_channels:
  #what is the best method to select the target keys?
  #select keys in range(start_time,end_time)

Roumenov

import pymel.core as pm


def primitiveWindow(name = 'primitiveWindow'):
    
    if pm.window(name, query=True, exists=True):
        pm.deleteUI(name)
    
    pm.window(name)
    pm.showWindow(name)

Roumenov

import pymel.core as pm

def get_blendShape(target):
    """Get blendshape of target."""
    if (pm.nodeType(target.getShape()) in ["mesh", "nurbsSurface", "nurbsCurve"]):
        blendShape = pm.listHistory(target, type="blendShape")[0]
    return blendShape 

def add_blendShape(new_shape, blend_mesh):
    """

Roumenov

import pymel.core as pm

target_mesh = pm.ls(sl=1)[0]
print target_mesh
pm.select("mesh:simple_plane.vtx[*]")
pm.select("mesh:Xidriel_head_mesh.vtx[*]")

target_mesh.vtx[0].select()
target_mesh.vtx[:].select()