thirstydevil

import mgear.shifter.custom_step as cstp
import pymel.core as pm
import pprint
import logging

log = logging.getLogger("PostSetp")


DEGUB = False

thirstydevil

import git, os, shutil

DIR_NAME = "c:/temp2"
REMOTE_URL = "https://gitlab.com/blarblar/blar.git"


# This is a note to myself on how to pull down to a local folder the latest code from a remote branch.

class Progress(git.remote.RemoteProgress):
	"""

thirstydevil

thirstydevil

def cleanDuplicateMeshFaces(transform=None):
    """
    We are getting lots of meshes from a client with duplicate polygons sat ontop of each other and the vertex positions
    of each face are the same.  Usually most of them are welded and so every face in lamina.  The mesh cleanup tools just
    separate every face on the mesh.  There's no garantee that the mesh has UV's.
    :param transform: PyNode or None
    :return: None
    """
    if transform is None:
        transform = pCore.selected()[0]

thirstydevil

def locatorOnPoly(name=""):
    """
    Requires a single poly selection.  The script will then create a locator of the polygon normal and then orient it
    to the tangent of the longest edge on the polygon using a aim constraint and and a couple of locators that finally
    get cleaned up.  Probably a nice way to do this by building a world space rotation matrix from the vector of
    point A and B on the longest edge and the normal of the poly.
    :param name: str(Locator Name)
    :return: pCore.dt.transform()
    """