tcrowson

from win32com.client import constants

for camera in [cam for cam in Application.ActiveSceneRoot.FindChildren2("", constants.siCameraPrimType)]:
    Application.SetValue("%s.camdisp.vcdisplay" %camera, 0)

for viewport in Application.Desktop.ActiveLayout.Views.Find("View Manager").Views:
    Application.SetValue("Views.View%s.UserCamera.camdisp.vcdisplay" %viewport, 0)	
    Application.SetValue("Views.View%s.TopCamera.camdisp.vcdisplay" %viewport, 0)
    Application.SetValue("Views.View%s.FrontCamera.camdisp.vcdisplay" %viewport, 0)
    Application.SetValue("Views.View%s.RightCamera.camdisp.vcdisplay" %viewport, 0)

tcrowson

import PySide
from PySide import QtGui

def clearQTreeWidget(tree):
    iterator = QtGui.QTreeWidgetItemIterator(tree, QtGui.QTreeWidgetItemIterator.All)
    while iterator.value():
        iterator.value().takeChildren()
        iterator +=1
    i = tree.topLevelItemCount()
    while i > -1:

tcrowson

# Gathers all the polymeshes for selected models and places them in model-specific groups
# (i.e. one group for each model).

from win32com.client import constants

if len(Application.Selection) > 0:
    selectedModels = [item for item in Application.Selection if item.Type == '#model']

    # Create the groups and populate them
    for model in selectedModels:

tcrowson

# loop through shader nodes in the scene, identify 'store_color_in_channel' nodes,
# and add them to the scene globals. Avoid duplicate channnels.

for x in Application.FindObjects("", "{6495C5C1-FD18-474E-9703-AEA66631F7A7}" ):
    if str(x.ProgID) == "Softimage.sib_color_storeinchannel.1.0":
        chanName = Application.GetValue(x.Channel)
        addChan = Application.CreateRenderChannel("%s"%(chanName), "siRenderChannelColorType", "")
        newChan = (addChan[-1])
        if newChan.isdigit():
            Application.RemoveRenderChannel(addChan)