Roumenov

import pymel.core as pm
import maya.mel as mel

def mesh_density_calc(mesh, operation = 'density'):
    #TODO:      add line ot save existing selection and reselect at the end
    pm.select(mesh)
    
    if operation == 'volume':
        return mel.eval('computePolysetVolume ')
    elif operation == 'polycount':

Roumenov

import pymel.core as pm
import maya.cmds as cmds

#Version:  1.1.2

#declaring initial variables
#global playStartTime
#global playEndTime

def ab_getFile():

Roumenov

import pymel.core as pm
import vo_sceneTools as st
reload(st)

#this will select sylvia's root control regardless of the namespace
#when replacing for another character, make sure to keep the *: characters if there's a namespace
pm.select('*:sylv_root_CTL')

st.export_character('auto')

Roumenov

"""
metaRig test setup
also messing with what kind of objects I can pass to red9 for instancing r9MetaClass
skinned_mesh
"""

import Red9.core.Red9_Meta as r9Meta
import maya.cmds as cmds

Roumenov

import vo_maya
reload(vo_maya)

for item in os.listdir(vo_maya.VO_SHELF_PATH):
    #shelf names looke like 'shelf_vo_polyTools.mel'
    shelf_name = 'vo_' + item.split('_')[2].replace('.mel','')
    print(shelf_name)
    ps.delete_shelf(shelf_name)
    shelf_path = os.path.normpath(os.path.join(vo_maya.VO_SHELF_PATH,item)).replace('\\', '/')
    ps.load_shelf(shelf_path)

Roumenov

import pymel.core as pm
#select the mesh, the source influence, and the target influence you want to move weights to

target_mesh, source_influence, target_influence = pm.ls(sl=1)[0:3]# unpack selection
target_skinCluster = target_mesh.listHistory(type='skinCluster')[0] # pm.mel.findRelatedSkinCluster(target_mesh) should also work
#verts = target_mesh.select("pSphere1.vtx[*]")
target_skinCluster.addInfluence(target_influence, weight = 0.0)

pm.select(target_mesh.vtx[:])
pm.skinPercent(target_skinCluster, tmw=[source_influence, target_influence]) # the data from the first will be written to the second

Roumenov

#bunch of messy procs for moving skinweights to bind joints and then contraining them to the prior
import pymel.core as pm

target_mesh = pm.ls(sl=1)[0]# unpack selection
target_skinCluster = target_mesh.listHistory(type='skinCluster')[0] # pm.mel.findRelatedSkinCluster(target_mesh) should also work


source_influence, target_influence = pm.ls(sl=1)[0:2]# unpack selection
target_skinCluster.addInfluence(target_influence, weight = 0.0)

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()

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


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