def openReference(self):
self.ref = pm.fileDialog()
if self.openButtons.getSelect() == 2:
pm.util.shellOutput(r"open -a Adobe\ Photoshop\ CS4 %s " % self.ref)
if self.openButtons.getSelect() == 1:
pm.util.shellOutput(r"open %s " % self.ref)
def openReference(self):
self.ref = pm.fileDialog()
if self.openButtons.getSelect() == 2:
pm.util.shellOutput(r"open -a Adobe\ Photoshop\ CS4 %s " %
self.ref)
if self.openButtons.getSelect() == 1:
pm.util.shellOutput(r"open %s " % self.ref)
def addImage(self, field):
self.file = pm.fileDialog()
self.newFile = os.path.basename(self.file)
pm.textFieldButtonGrp('%s' % field,
edit=True,
text='%s' % self.newFile)
self.imageList.append(self.file)
self.nameList.append(self.newFile)
def select_py_ui(self, *args):
mask = "*.py"
if self.py_path:
mask = os.path.join(os.path.dirname(self.py_path), mask)
else:
mask = os.path.join(sys.path[-1], mask)
temp = pmc.fileDialog(directoryMask=mask)
if temp:
self.set_py(temp, force=True)
def GetFilePathFromUser(isReadOnly, initialFolderPath=None, fileExtensionMask=None):
"""
Queries user for a file path with a dialogue box and returns the result.
:param isReadOnly: True = we are opening a file, False = we want a location to save a file.
:param initialFolderPath: full path for starting point, or None for default.
:param fileExtensionMask: filter for file extension (e.g. ".zip"), or None for no filter.
"""
kwargs = { "mode" : 0 if(isReadOnly) else 1 }
if(initialFolderPath is not None):
mask = initialFolderPath + '*'
if(fileExtensionMask is not None):
mask += fileExtensionMask
kwargs["directoryMask"] = mask
elif(fileExtensionMask is not None):
kwargs["directoryMask"] = "*" + fileExtensionMask
return pm.fileDialog(**kwargs)
def loadLibrary(self):
""" FOR INK: open file"""
# GET THE PATH TO THE PICKLE TO LOAD
pickleLibPath = pm.fileDialog()
_logger.debug("LOADING : %s" % pickleLibPath)
# TEMP HOLDER FOR DATA
controllers = None
# IF THERE WAS A PATH TRY AN LOAD IT UP
if pickleLibPath:
controllers = pickle.load(open(pickleLibPath, "rb"))
# UPDATING CONTROLLERS
if controllers:
if controllers.keys():
_logger.debug("replacing self.controllers with pickle data")
self.controllers = controllers
def attachToBody():
'''
Connect a head to a body. Run inside the body rig.
Example:
import sys
path = '/Users/3mo/Documents/repos/artpipeline/maya/RigBuilder/modules'
if path not in sys.path:
sys.path.insert(0, path)
import Head as head
reload( head )
head.attachToBody()
'''
# Get head rig file from user, Import file
try:
pm.importFile( pm.fileDialog(t='Select Head Rig file') )
except Exception,e:
raise Exception(e)
def create_3dequalizer_points(width, height):
"""creates 3d equalizer points under the selected camera
:param width: The width of the plate
:param height: The height of the plate
"""
width = float(width)
height = float(height)
# get the text file
path = pm.fileDialog()
# parse the file
from anima import utils
man = utils.C3DEqualizerPointManager()
man.read(path)
# get the camera
cam_shape = get_selected_camera()
pm.getAttr("defaultResolution.deviceAspectRatio")
pm.getAttr("defaultResolution.pixelAspect")
frustum_curve = create_frustum_curve(cam_shape)
for point in man.points:
# create a locator
loc = create_camera_space_locator(frustum_curve)
loc.rename('p%s' % point.name)
# animate the locator
for frame in point.data.keys():
pm.currentTime(frame)
frame_data = point.data[frame]
local_x = frame_data[0] / width - 0.5
local_y = frame_data[1] / width - 0.5 * height / width
loc.tx.set(local_x)
loc.ty.set(local_y)
loc.tx.setKey()
loc.ty.setKey()
def create_3dequalizer_points(width, height):
"""creates 3d equalizer points under the selected camera
:param width: The width of the plate
:param height: The height of the plate
"""
width = float(width)
height = float(height)
# get the text file
path = pm.fileDialog()
# parse the file
from anima import utils
man = utils.C3DEqualizerPointManager()
man.read(path)
# get the camera
cam_shape = get_selected_camera()
pm.getAttr("defaultResolution.deviceAspectRatio")
pm.getAttr("defaultResolution.pixelAspect")
frustum_curve = create_frustum_curve(cam_shape)
for point in man.points:
# create a locator
loc = create_camera_space_locator(frustum_curve)
loc.rename('p%s' % point.name)
# animate the locator
for frame in point.data.keys():
pm.currentTime(frame)
frame_data = point.data[frame]
local_x = frame_data[0] / width - 0.5
local_y = frame_data[1] / width - 0.5 * height / width
loc.tx.set(local_x)
loc.ty.set(local_y)
loc.tx.setKey()
loc.ty.setKey()
def _importFile():
''' Import a maya scene into the current scene using UI dialog'''
try:
pm.importFile(pm.fileDialog())
except Exception, e:
raise Exception(e)
def importFile(self):
''' Import a maya scene into the current scene using UI dialog'''
try:
pm.importFile( pm.fileDialog() )
except Exception,e:
raise Exception(e)
def addImage(self, field):
self.file = pm.fileDialog()
self.newFile = os.path.basename(self.file)
pm.textFieldButtonGrp('%s' % field, edit = True, text = '%s' % self.newFile )
self.imageList.append(self.file)
self.nameList.append(self.newFile)
def get_file(self, title=None, *args): # file paths. list[str, ...]
'''Prompt user for a file
'''
return pm.fileDialog(t=title, dm='*.txt')
def get_file(self, title=None, *args): # file paths. list[str, ...]
"""Prompt user for a file
"""
return pm.fileDialog(t=title, dm="*.txt")
def setPluginPath(self): path = pm.fileDialog(dm='*.mll') self.mainObject.pluginPath = path print self.mainObject.pluginPath self.mainObject.savePluginFile()
