def imp_option_list(self, *args):
del self.listOfImagePlanes[:]
self.imgplanesOptionMenu.clear()
# creates a list of existing image planes and update Image Plane Option menu
self.listOfImagePlanes = [i for i in pm.ls(type='imagePlane')]
_logger.debug("imp_option_list: %s" % self.listOfImagePlanes)
if len(self.listOfImagePlanes) > 0:
self.currentImgPlane = pm.imagePlane(self.listOfImagePlanes[0],
query=True,
name=True)
for item in self.listOfImagePlanes:
_logger.debug('imp is %s' %
pm.imagePlane(item, query=True, name=True))
imp = pm.imagePlane(item, query=True, name=True)
pm.menuItem(l=imp[0], parent=self.imgplanesOptionMenu)
# set active menu item to current image plane
_logger.debug('Current Imageplane: %s' % self.currentImgPlane)
pm.optionMenu(self.imgplanesOptionMenu,
e=True,
value="%s" % self.currentImgPlane[0])
else:
pm.menuItem(l="No Image Planes", parent=self.imgplanesOptionMenu)
self.currentImgPlane = False
def _makeArgRow(self,
methodIndex,
type,
argName,
direction,
annotation=''):
COL1_WIDTH = 260
COL2_WIDTH = 120
pm.rowLayout(nc=4,
cw4=[COL1_WIDTH, COL2_WIDTH, 70, 150],
**self.layout)
label = str(type)
pm.text(l=label, ann=annotation)
pm.text(l=argName, ann=annotation)
if direction == 'return':
pm.text(l='(result)')
else:
direction_om = pm.optionMenu(l='',
w=60,
ann=annotation,
cc=pm.CallbackWithArgs(
MethodRow.setDirection, self,
methodIndex, argName))
for unit in ['in', 'out']:
pm.menuItem(l=unit)
direction_om.setValue(direction)
if self._isPotentialUnitType(type):
om = pm.optionMenu(l='',
ann=annotation,
cc=pm.CallbackWithArgs(MethodRow.setUnitType,
self, methodIndex,
argName))
for unit in ['unitless', 'linear', 'angular', 'time']:
pm.menuItem(l=unit)
if argName == 'return':
try:
value = factories.apiClassOverrides[
self.apiClassName]['methods'][self.apiMethodName][
methodIndex]['returnInfo']['unitType']
except KeyError:
pass
else:
try:
value = factories.apiClassOverrides[
self.apiClassName]['methods'][self.apiMethodName][
methodIndex]['argInfo'][argName]['unitType']
except KeyError:
pass
try:
om.setValue(value)
except:
pass
else:
pm.text(l='', ann=annotation)
pm.setParent('..')
def _build_add_io_frame(parent_layout):
pm.frameLayout('add_io_frame', label="Add IO", collapsable=True)
add_io_col = pm.columnLayout(adj=True, columnAttach=('both', 5))
pm.separator(height=5, style='none')
pm.rowLayout(numberOfColumns=2,
adjustableColumn=2,
columnAlign=[(1, 'left'), (2, 'left')],
columnAttach=[(1, 'both', -1), (2, 'both', 0),
(3, 'both', 0)])
pm.text(label='IO Name: ')
pm.textField('t_ioNameText', placeholderText='ioName', font=FONT)
pm.setParent('..')
pm.separator(height=3, style='none')
pm.rowLayout(numberOfColumns=2,
adjustableColumn=2,
columnAlign=[(1, 'left'), (2, 'left')],
columnAttach=[(1, 'both', -1), (2, 'both', 0),
(3, 'both', 0)])
pm.text(label='Postproc ID: ')
pm.textField('t_ioPostprocIDText', placeholderText='postprocID', font=FONT)
pm.setParent('..')
pm.separator(height=3, style='none')
pm.optionMenu('ioNumberMenu', label='IO Number:', height=18)
io_number_list = [i + 1 for i in range(12)]
for io_number in io_number_list:
pm.menuItem(label=io_number)
pm.separator(height=3, style='none')
pm.optionMenu('ioTypeMenu', label='IO Type: ', height=18)
io_type = ['digital', 'analog']
for attr in io_type:
pm.menuItem(label=attr)
pm.separator(height=3, style='none')
pm.rowLayout(numberOfColumns=1)
pm.checkBox('cb_ignoreIO', label="Ignore in prostprocessor", value=0)
pm.setParent('..')
pm.separator(height=4, style='none')
pm.setParent(add_io_col)
pm.button('b_add_io',
label='Add IO',
height=25,
backgroundColor=[.361, .361, .361],
command=mimic_io.add_io)
pm.separator(height=5, style='none')
pm.setParent(parent_layout)
def reset_external_axis_UI():
"""
Restores externa axis UI inputs in Mimic UI to defaults
:return:
"""
pm.frameLayout('add_external_axis_frame',
edit=True,
label="Add External Axis")
# Update axis parameters
pm.textField('t_externalAxisDescriptionText',
edit=True,
text='',
editable=True)
pm.optionMenu('axisNumberMenu', edit=True, value='1')
pm.optionMenu('drivingAttributeMenu', edit=True, value='translateX')
pm.textField('t_externalAxisLimitMin', edit=True, text='')
pm.textField('t_externalAxisLimitMax', edit=True, text='')
pm.textField('t_externalAxisVelocityLimit', edit=True, text='')
pm.checkBox('cb_ignoreExternalAxis', edit=True, value=0)
# Change "Add Axis" button to "Update Axis"
# Change background color of button
pm.button('b_add_Axis',
edit=True,
label='Add Axis',
backgroundColor=[.361, .361, .361],
command=add_external_axis)
def scaleChara(self, mayaFalse):
#this part does the importing and admin stuff
try:
pm.createReference(
'//p.sv/Prism/project/Parallel/element/character_Roll/scenes/'
+ pm.optionMenu(self.charalist, q=True, value=True)[-4:-1] +
'001_SP01.mb',
namespace=':')
except:
pm.confirmDialog(title=u'Parallel scaling',
message=u'Parallel フォルダーの許可がないです。')
#this part does the scaling
pm.optionMenu('listofchara', q=True, value=True)
inverseScale = 1 / self.nameScale[pm.optionMenu(
self.charalist, q=True, value=True)]
pm.scale('Reference|Root', inverseScale, inverseScale, inverseScale)
for i in pm.listRelatives('Reference', ad=True, type='joint'):
try:
pm.copyKey(i)
pm.pasteKey(i.replace('Reference', 'Reference1'))
except:
print 'no keys to copypasta'
pm.scaleKey('Reference1|Root|Hips',
valueScale=inverseScale,
valuePivot=0,
attribute='translate')
#this part cleans up the file
pm.delete('Reference')
pm.listReferences()[0].importContents(removeNamespace=False)
pm.rename('Reference1', 'Reference')
def create(self):
self.main_layout = pm.columnLayout(adjustableColumn= True, width= 400)
main_frame = pm.frameLayout( label='%s' % (self.obj), collapsable= True)
pm.columnLayout(adjustableColumn= False, width= 400)
self.mapping_menu = pm.optionMenu( label='Mapping', width= 150,
changeCommand= pm.Callback(self.mapping_type, self.obj))
pm.menuItem( label='Spherical')
pm.menuItem( label='Angular')
pm.setParent(main_frame)
self.type_menu = pm.optionMenu( label='Type', width= 150,
changeCommand= pm.Callback(self.file_type, self.obj))
pm.menuItem( label='Image File')
pm.menuItem( label='Texture')
self.image_field = pm.textFieldButtonGrp(label= 'Image Name', editable= False, columnWidth3= [100,200,100],
buttonLabel= '<<<', buttonCommand= pm.Callback(self.load_image, self.obj))
self.list_field = pm.textScrollList(allowMultiSelection= False ,
width= 100, height= 100)
pm.attrColorSliderGrp( at='%s.color' % (self.obj),
columnWidth4= [100, 75, 175, 50])
pm.rowColumnLayout(numberOfColumns= 2, columnWidth= ([1, 200], [2, 200]))
pm.button(label= 'List Ramps', command= pm.Callback(self.list_textures))
pm.button(label= 'Link Ramps', command= pm.Callback(self.link_texture, self.obj))
pm.button(label= 'Edit Ramps', command= pm.Callback(self.edit_ramp))
pm.button(label= 'Create Ramps', command= pm.Callback(self.create_ramp))
def __init__(self):
respresets = [4096, 2048, 1024, 512, 256, 128, 64, 32]
with pm.frameLayout(l='Options', cll=True, cl=False, bs='out'):
with pm.columnLayout():
pm.text('Map Size:')
pm.separator(st='in', width=160, height=8)
with pm.rowColumnLayout(nc=3, cw=[20, 60]):
pm.text(l='Width:')
self.width = pm.intField(v=1024, width=42)
with pm.optionMenu():
for i in respresets:
pm.menuItem(l=i)
pm.text(l='Height:')
self.height = pm.intField(v=1024, width=42)
with pm.optionMenu():
for i in respresets:
pm.menuItem(l=i)
pm.button(l='Get Map Size')
pm.separator(st='in', width=160, height=8)
with pm.columnLayout():
self.compSpace = pm.checkBox(l='Retain Component Spaceing',
cc=lambda *args: pm.texMoveContext('texMoveContext', e=True,
scr=self.compSpace.getValue()),
v=pm.texMoveContext('texMoveContext', q=True, scr=True))
self.pixelUnits = pm.checkBox(l='Transform In Pixels')
def update_io_UI(io_info):
"""
Updates IO inputs of Mimic UI based on IO selection
in io list
:param io_info: dict containing info about selected io
:return:
"""
# Change frame name from "Add" to "Update"
pm.frameLayout('add_io_frame', edit=True, label="Update IO")
# Update io parameters
pm.textField('t_ioNameText',
edit=True,
text=io_info['IO Name'],
editable=False)
pm.textField('t_ioPostprocIDText', edit=True, text=io_info['Postproc ID'])
pm.optionMenu('ioNumberMenu', edit=True, value=str(io_info['IO Number']))
pm.optionMenu('ioTypeMenu', edit=True, value=io_info['Type'], enable=False)
pm.checkBox('cb_ignoreIO', edit=True, value=io_info['Ignore'])
# Change "Add IO" button to "Update IO"
# Change background color of button
pm.button('b_add_io',
edit=True,
label='Update IO',
backgroundColor=[.7, .7, .7],
command=update_io)
def __init__(self):
version = "1.0"
if pm.window('ms_copyAnimWin', exists=True):
pm.deleteUI('ms_copyAnimWin', window=True)
self.window = pm.window(
'ms_copyAnimWin',
title="Copy Animation v%s" % version,
iconName='ms_copyAnimWin') #, widthHeight=(200,100) )
with pm.columnLayout(adj=1):
self.mainLO = pm.columnLayout(adjustableColumn=True)
removeList = ['shared', 'UI']
self.namespaces = pm.namespaceInfo(lon=1)
for each in removeList:
self.namespaces.remove(each)
with pm.rowLayout(nc=2):
self.srcFld = pm.optionMenu(label='Source Namespace')
for each in self.namespaces:
pm.menuItem(label=each)
self.tgtFld = pm.optionMenu(label='Target Namespace')
for each in self.namespaces:
pm.menuItem(label=each)
pm.button(l='Copy animation', c=self.copyAnim)
pm.showWindow(self.window)
def copyAnim(self, args):
'''
Copy all animation on transform nodes from one namespace to another
'''
srcNS = pm.optionMenu(self.srcFld, q=1, v=1)
tgtNS = pm.optionMenu(self.tgtFld, q=1, v=1)
sourceControls = pm.ls('%s:*' % srcNS, type='transform')
sourceControls += pm.ls('%s:CRIG:*' % srcNS, type='transform')
msgs = []
for src in sourceControls:
try:
if not src.getShape().type() == 'nurbsCurve':
continue
except:
continue
print "Trying: ", src
cnt = src.split(':')[1:]
cnt = ":".join(cnt)
tgtCnt = '%s:%s' % (tgtNS, cnt)
try:
pm.copyKey(src)
pm.pasteKey(tgtCnt)
except Exception, e:
# try:
# pm.delete(pm.pointConstraint(src, tgtCnt, mo=0))
# pm.delete(pm.orientConstraint(src, tgtCnt, mo=0))
# except Exception, e:
print '\nFailed'
print 'Source: ', src
print 'Error:', e
def __init__( self, label='', options=[], parent='..', cc=None):
self.custom={}
if cc!=None: self.optionMenu=pm.optionMenu( l=label, p=parent, cc=cc)
else: self.optionMenu=pm.optionMenu( l=label, p=parent)
for i,option in enumerate(options):
self.custom[i+1]=option
pm.menuItem(l=option)
def _build_add_robot_frame(parent_layout):
# Create frame layout with one column
add_robot_frame = pm.frameLayout(label="Add Robot", collapsable=True)
add_robot_col = pm.columnLayout(adj=True, columnAttach=('both', 5))
pm.separator(height=5, style='none')
# Create list of robots
pm.rowLayout(numberOfColumns=2,
adjustableColumn=1,
columnAttach=(1, 'left', 3),
columnWidth=[(1, 158), (2, 45)],
height=20)
pm.optionMenu('robotImportList')
rigs = general_utils.get_rigs_dict()
rig_names = general_utils.get_rigs_names(rigs)
for rig_name in rig_names:
pm.menuItem(label=rig_name)
pm.button(label=' Add ',
command=add_robot,
width=45,
height=20,
annotation='Imports selected robot into the scene')
pm.setParent(add_robot_frame)
pm.separator(style='none')
pm.setParent(parent_layout)
def populateObjects(self, *args):
ProjectPath = pm.text('FilePathText', q=True, l=True)
menuItems = pm.optionMenu("Contents_Menu", q=True, itemListLong=True)
print 'MENU ITEMS LIST :'
print menuItems
if menuItems != None:
for item in menuItems:
pm.deleteUI(item)
selectedProject = pm.optionMenu("library_Menu", q=True, v=True)
print selectedProject
projectPath = ProjectPath + "/" + selectedProject + "/"
files = os.listdir(projectPath)
characters = []
for file in files:
if file.rpartition(".")[2] == "mb":
characters.append(file)
for character in characters:
niceName = character.rpartition(".")[0]
pm.menuItem(label=character, parent="Contents_Menu")
def __init__(self, settingsObj):
rowColumnLayout(nc=2)
# LegType UI
text(l='Leg Type')
self.legType = optionMenu(l='')
menuItem(l='Human')
menuItem(l='Dogleg')
settingsObj.settings.optionMenuSetup(self.legType, 'legType')
# Spine Orient UI
text(l="Spine Orientation")
self.spineOrient = optionMenu(l='')
menuItem('Vertical')
menuItem('Horizontal')
settingsObj.settings.optionMenuSetup(self.spineOrient, 'spineOrient')
text(l='Number of Spine Joints')
self.spineCount = intFieldGrp(nf=1, v1=settingsObj.settings.spineCount)
text(l='Number of Fingers')
self.fingerCount = intFieldGrp(nf=1,
v1=settingsObj.settings.fingerCount)
text(l="Thumb")
self.thumb = checkBox(l='', v=settingsObj.settings.thumb)
#setParent("..")
text(l='')
text(l='')
text(l='')
button(l="Start", w=300, c=core.alt.Callback(self.start))
def _get_io_params():
"""
Finds the user-defined IO parameters from the Mimic UI
Checks that user inputs meet parameter riteria
:return io_param_dict: dict containing IO params
"IO Name" (str)
"Postproc ID" (str)
"IO Number" (int)
"Type" (str)
"Ignore" (bool)
"""
io_param_dict = {}
io_param_dict['IO Name'] = pm.textField('t_ioNameText',
query=True,
text=True)
io_param_dict['Postproc ID'] = pm.textField('t_ioPostprocIDText',
query=True,
text=True)
io_param_dict['IO Number'] = int(
pm.optionMenu('ioNumberMenu', query=True, value=True))
io_param_dict['Type'] = pm.optionMenu('ioTypeMenu', query=True, value=True)
io_param_dict['Ignore'] = pm.checkBox('cb_ignoreIO',
query=True,
value=True)
_check_io_params(io_param_dict)
# Ensure IO name input complies with Maya's attribute name requirements
io_name = io_param_dict['IO Name']
io_param_dict['IO Name'] = _filter_io_name(io_name)
return io_param_dict
def deleteShotSculptNode():
global editState
ssn = pm.optionMenu("selectedSSNode_menu", q=True, v=True)
print ssn
bshps = pm.getAttr(ssn + '.bshps')
result = pm.confirmDialog(title='Delete Shot Sculpt Group',
message='Are you sure you want to delete ' +
ssn + "?",
button=['Yes', 'No'],
defaultButton='Yes',
cancelButton='No',
dismissString='No')
if result == 'Yes':
##exit editmode if enabled
if editState:
editSculptFrame()
pm.textScrollList("SculptLayers_tsl", e=True, ra=True)
pm.delete(ssn, bshps)
pm.deleteUI(str(ssn))
existing_ssns = pm.optionMenu('selectedSSNode_menu', q=True, ils=True)
print existing_ssns
if len(existing_ssns) < 1:
pm.menuItem("-- None --", p="selectedSSNode_menu")
else:
loadShotSculptNode()
def wnd_rowShapes():
global opt_shapeOptions, txt_shapeName, txt_shapeSuffix
global opt_placementOption
pm.frameLayout(label="Shape Maker", width=500, collapsable=True)
pm.rowLayout(numberOfColumns=2,
columnAlign=([1, "left"], [2, "right"]),
width=450,
columnWidth=([1, 200], [2, 250]))
pm.text(label="Choose a shape")
opt_shapeOptions = pm.optionMenu(width=100)
pm.menuItem(label="Circle")
pm.menuItem(label="Sphere")
pm.menuItem(label="Square")
pm.menuItem(label="Cube")
pm.menuItem(label="2D Arrow")
pm.menuItem(label="3D Arrow")
pm.menuItem(label="Round Pointer")
pm.menuItem(label="COG Circle")
pm.menuItem(label="Compass")
pm.setParent("..")
pm.rowLayout(numberOfColumns=2,
columnAlign=([1, "left"], [2, "right"]),
width=450,
columnWidth=([1, 200], [2, 250]))
pm.text(label="Enter a name.\nLeave blank for default shape name.")
txt_shapeName = pm.textField(placeholderText="shape")
pm.setParent("..")
pm.rowLayout(numberOfColumns=2,
columnAlign=([1, "left"], [2, "right"]),
width=450,
columnWidth=([1, 200], [2, 250]))
pm.text(
label="Insert a suffix.\nLeave blank for default\n\"icon\" to be added"
)
txt_shapeSuffix = pm.textField(placeholderText="icon")
pm.setParent("..")
pm.rowLayout(numberOfColumns=2,
columnAlign=([1, "left"], [2, "right"]),
width=450,
columnWidth=([1, 200], [2, 250]))
pm.text(label="Shape is placed on:")
opt_placementOption = pm.optionMenu(width=150)
pm.menuItem(label="Origin")
pm.menuItem(label="Currently Selected Object")
pm.setParent("..")
pm.rowLayout(numberOfColumns=3, columnWidth=([1, 150], [2, 150]))
pm.text(label="")
pm.button(label="Create Shape",
command=pm.Callback(createShape, opt_shapeOptions, txt_shapeName,
txt_shapeSuffix, opt_placementOption))
pm.text(label="")
pm.setParent("..")
pm.setParent("..")
def build(self, *args):
ProjectPath = pm.text('FilePathText', q=True, l=True)
selectedProject = pm.optionMenu("library_Menu", q=True, v=True)
FolderPath = ProjectPath + "/" + selectedProject + "/"
selectedCharacter = pm.optionMenu("Contents_Menu", q=True, v=True)
filePath = FolderPath + selectedCharacter
print filePath
cmds.file(filePath, i=True, iv=True)
def updateMenu(self, nodeAttr):
self.clear()
currVal = str(pm.getAttr(nodeAttr))
prevVal = str(self._prevLabel)
defval = str(self._defaultLabel)
currVal = currVal.replace(" (Inactive)", "")
prevVal = prevVal.replace(" (Inactive)", "")
if defval == "":
self._defaultLabel = currVal
defval = str(self._defaultLabel)
if currVal == self.NEW_AOV_ITEM:
currVal = prevVal
activeNodes = dict(aovs.getAOVNodes(names=True))
self.activeNames = sorted(activeNodes.keys())
# If default value is not used, add it to the menu list
if defval != currVal:
if defval not in self.activeNames and defval != self.BEAUTY_ITEM:
defval = self.UNKNOWN_AOV_ITEM % defval
pm.menuItem(label=defval, parent=(self.menuName))
if not currVal or currVal == self.EMPTY_AOV_ITEM:
currVal = self.EMPTY_AOV_ITEM
elif currVal not in self.activeNames and currVal != self.BEAUTY_ITEM:
currVal = self.UNKNOWN_AOV_ITEM % currVal
pm.menuItem(label=currVal, parent=(self.menuName))
# beauty is always first, so remove it in all cases, it will be added below if
# includeBeauty is enabled
try:
index = self.activeNames.index(self.BEAUTY_ITEM)
self.activeNames.pop(index)
except ValueError:
pass
if self.includeBeauty:
pm.menuItem(label=self.BEAUTY_ITEM, parent=(self.menuName))
# add items
for aov in self.activeNames:
pm.menuItem(label=aov, parent=(self.menuName))
if self.allowEmpty:
pm.menuItem(label=self.EMPTY_AOV_ITEM, parent=(self.menuName))
if self.allowCreation:
pm.menuItem(label=self.NEW_AOV_ITEM, parent=(self.menuName))
# set active
pm.optionMenu(self.menuName, edit=True, value=currVal)
self._prevLabel = currVal
menu = pm.optionMenu(
self.menuName,
edit=True,
changeCommand=lambda *args: self.changeCallback(nodeAttr, *args))
return menu
def updateMenu(self, nodeAttr):
self.clear()
currVal = str(pm.getAttr(nodeAttr))
prevVal = str(self._prevLabel)
defval = str(self._defaultLabel)
currVal = currVal.replace(" (Inactive)", "")
prevVal = prevVal.replace(" (Inactive)", "")
if defval == "":
self._defaultLabel = currVal
defval = str(self._defaultLabel)
if currVal == self.NEW_AOV_ITEM:
currVal = prevVal
activeNodes = dict(aovs.getAOVNodes(names=True))
self.activeNames = sorted(activeNodes.keys())
# If default value is not used, add it to the menu list
if defval != currVal:
if defval not in self.activeNames and defval != self.BEAUTY_ITEM:
defval = self.UNKNOWN_AOV_ITEM % defval
pm.menuItem(label=defval, parent=(self.menuName))
if not currVal or currVal == self.EMPTY_AOV_ITEM:
currVal = self.EMPTY_AOV_ITEM
elif currVal not in self.activeNames and currVal != self.BEAUTY_ITEM:
currVal = self.UNKNOWN_AOV_ITEM % currVal
pm.menuItem(label=currVal, parent=(self.menuName))
# beauty is always first, so remove it in all cases, it will be added below if
# includeBeauty is enabled
try:
index = self.activeNames.index(self.BEAUTY_ITEM)
self.activeNames.pop(index)
except ValueError:
pass
if self.includeBeauty:
pm.menuItem(label=self.BEAUTY_ITEM, parent=(self.menuName))
# add items
for aov in self.activeNames:
pm.menuItem(label=aov, parent=(self.menuName))
if self.allowEmpty:
pm.menuItem(label=self.EMPTY_AOV_ITEM, parent=(self.menuName))
if self.allowCreation:
pm.menuItem(label=self.NEW_AOV_ITEM, parent=(self.menuName))
# set active
pm.optionMenu(self.menuName, edit=True, value=currVal)
self._prevLabel = currVal
menu = pm.optionMenu(self.menuName, edit=True,
changeCommand=lambda *args: self.changeCallback(nodeAttr, *args))
return menu
def autoKey(attr, time):
##Get attrs from ui
easeInFrames = pm.intField("EaseInIntFeild", q=True, v=True)
holdInFrames = pm.intField("HoldInIntFeild", q=True, v=True)
holdOutFrames = pm.intField("HoldOutIntFeild", q=True, v=True)
easeOutFrames = pm.intField("EaseOutIntFeild", q=True, v=True)
InTangentType = pm.optionMenu("EaseInTangetType_optmenu", q=True, v=True)
OutTangentType = pm.optionMenu("EaseOutTangetType_optmenu", q=True, v=True)
pm.cutKey(attr, t=":")
initKey = pm.setKeyframe(attr,
v=1,
t=time,
inTangentType=InTangentType,
outTangentType=OutTangentType)
if easeInFrames > 0:
pm.setKeyframe(
attr,
v=0,
t=[time - easeInFrames - holdInFrames],
outTangentType=InTangentType) ##ease in @UndefinedVariable
else:
initKey
if holdInFrames > 0:
pm.setKeyframe(
attr,
v=1,
t=(time - holdInFrames),
inTangentType=InTangentType,
outTangentType=InTangentType) ##inHold @UndefinedVariable
else:
initKey
if holdOutFrames > 0:
pm.setKeyframe(
attr,
v=1,
t=(time + holdOutFrames),
inTangentType=OutTangentType,
outTangentType=OutTangentType) ##outHold @UndefinedVariable
else:
initKey
if easeOutFrames > 0:
pm.setKeyframe(
attr,
v=0,
t=[time + easeOutFrames + holdOutFrames],
inTangentType=OutTangentType) ##ease out @UndefinedVariable
else:
initKey
def initialize_tankard(self, x):
self.logger.debug('--- initialize_tankard()')
self.namespace_tankard = ''
self.root_obj_tankard = 'manip_tankard'
self.switch_obj_tankard = 'manip_tankard_matchPS'
self.switch_attr_tankard = 'manip_tankard.Follow'
pm.optionMenu('optionMenu_tankard', e = True, v = '-select-')
# Get selection
tmp_sel = pm.ls(sl = True)
self.logger.debug('selection: ' + str(tmp_sel))
if not tmp_sel:
pm.warning('Select root controller of Tankard!')
return
# Get the namespace
chunk = tmp_sel[0]
chunk_splitted = ''
if ':' in chunk:
chunk_splitted = chunk.split(':')
if not chunk_splitted[-1] == self.root_obj_tankard:
pm.warning('Select root controller of Tankard!')
return
iterator = 0
while iterator < len(chunk_splitted)-1:
self.namespace_tankard = self.namespace_tankard + chunk_splitted[iterator] + ':'
self.logger.debug('NAMESPACE: ' + self.namespace_tankard)
iterator += 1
else:
if not chunk == self.root_obj_tankard:
pm.warning('Select root controller of Tankard!')
return
self.logger.debug('FINAL NAMESPACE: ' + self.namespace_tankard)
self.switch_obj_tankard = self.namespace_tankard + self.switch_obj_tankard
self.switch_attr_tankard = self.namespace_tankard + self.switch_attr_tankard
self.set_constraints_tankard()
#pm.button('binitialize_tankard', e = True, label = '-', enable = False)
pm.optionMenu('optionMenu_tankard', e = True, enable = True)
pm.button('b_switch_PS_tankard', e = True, label = 'SWITCH!', enable = True)
pm.button('b_select_switch_obj_tankard', e = True, label = '"Select Switch Object"', enable = True)
def execute(self, *args):
lOD = self.displayTypeList.index(
pm.optionMenu(self.displayType, value=True, query=True))
dT = self.levelofDetailList.index(
pm.optionMenu(self.levelOfDetail, value=True, query=True))
allSelected = pm.ls(g=True)
dNH = pm.ls(g=True, regex='.*_DO_NOT_HIDE')
allSelected = [s for s in allSelected if s not in dNH]
for obj in allSelected:
pm.setAttr('{}.overrideEnabled'.format(obj.name()), 1)
pm.setAttr('{}.overrideDisplayType'.format(obj.name()), lOD)
pm.setAttr('{}.overrideLevelOfDetail'.format(obj.name()), dT)
def update_external_axis_UI(axis_info):
"""
:param axis_info:
:return:
"""
# Change frame name from "Add" to "Update"
pm.frameLayout('add_external_axis_frame',
edit=True,
label="Update External Axis")
# Update axis parameters
pm.textField('t_externalAxisDescriptionText',
edit=True,
text=axis_info['Axis Name'],
editable=False)
pm.optionMenu('axisNumberMenu',
edit=True,
value=str(axis_info['Axis Number']))
pm.optionMenu('drivingAttributeMenu',
edit=True,
value=axis_info['Driving Attribute'])
# If the driving attribute is a translate attribute, we convert the user
# input from millimeters to Maya's default unit of centimeters
position_limit_min = axis_info['Position Limit Min']
position_limit_max = axis_info['Position Limit Max']
if 'translate' in axis_info['Driving Attribute']:
position_limit_min = position_limit_min * 10
position_limit_max = position_limit_max * 10
pm.textField('t_externalAxisLimitMin',
edit=True,
text=str(position_limit_min))
pm.textField('t_externalAxisLimitMax',
edit=True,
text=str(position_limit_max))
pm.textField('t_externalAxisVelocityLimit',
edit=True,
text=str(axis_info['Velocity Limit']))
pm.checkBox('cb_ignoreExternalAxis',
edit=True,
value=axis_info['Ignore'])
# Change "Add Axis" button to "Update Axis"
# Change background color of button
pm.button('b_add_Axis',
edit=True,
label='Update Axis',
backgroundColor=[.7, .7, .7],
command=update_external_axis)
def refreshBlsMenu(self):
all_bls = self.getAllBLS()
selectedBlsNode = mc.optionMenu(self.bls_node, q=1, v=1)
pm.optionMenu(self.bls_node, e=1, dai=1)
if all_bls != []:
for node in all_bls:
pm.menuItem(parent=self.bls_node,
label="{}".format(node.bs_node))
try:
mc.optionMenu(self.bls_node, e=1, v=selectedBlsNode)
except RuntimeError:
pass
else:
pm.menuItem(parent=self.bls_node, label='None')
def armTypeVis():
armType=pm.radioButtonGrp("armType_Btn",q=True, sl=True)
if armType == 1:
ik_val = 1
fk_val = 0
ikfk_val = 0
if armType == 2:
ik_val = 0
fk_val = 1
ikfk_val = 0
if armType == 3:
ik_val = 1
fk_val = 1
ikfk_val = 1
pm.text('ikStyleText', e=True, vis=ik_val)
pm.optionMenu('ikIcon_Menu',e=True, vis=ik_val)
pm.text('fkStyle_Text', e=True, vis=fk_val)
pm.optionMenu('fkIcon_Menu',e=True, vis=fk_val)
pm.optionMenu('handIcon_menu',e=True, vis=ikfk_val)
pm.text('handStyle_Text',e=True,vis=ikfk_val)
pm.text('pvStyle_Text',e=True, vis=ikfk_val)
pm.optionMenu('pvIcon_menu',e=True,vis=ikfk_val)
pm.text('PV_text',e=True,vis=ik_val)
pm.radioButtonGrp('addPVElbow_btn',e=True,vis=ik_val)
def fixOptionMenus(self):
'''
Callback to fix an annoying bug where option menus do not respect their set width.
'''
# The only thing I've found that will make the option menu's return to their proper width
# is hiding and then unhiding them. However, this must be delayed until after the window they're in
# is shown. Even an idle event scriptJob (set to run-once) is not 100% successful as sometimes it
# is trigger too soon. This technique relies on an idle callback where we skip the first coule fires
# before calling fixOptionMenus() callback and removing the idle callback. -CHAD
#print self.idle_id, self.idle_ticker
for menu in self.optionMenus:
#print "fixing", menu
pm.optionMenu(menu, edit=True, visible=False)
pm.optionMenu(menu, edit=True, visible=True)
def fixOptionMenus(self):
'''
Callback to fix an annoying bug where option menus do not respect their set width.
'''
# The only thing I've found that will make the option menu's return to their proper width
# is hiding and then unhiding them. However, this must be delayed until after the window they're in
# is shown. Even an idle event scriptJob (set to run-once) is not 100% successful as sometimes it
# is trigger too soon. This technique relies on an idle callback where we skip the first coule fires
# before calling fixOptionMenus() callback and removing the idle callback. -CHAD
#print self.idle_id, self.idle_ticker
for menu in self.optionMenus:
#print "fixing", menu
pm.optionMenu(menu, edit=True, visible=False)
pm.optionMenu(menu, edit=True, visible=True)
def _get_io_params():
"""
Finds the user-defined IO parameters from the Mimic UI
Checks that user inputs meet parameter riteria
:return io_param_dict: dict containing IO params
"IO Name" (str)
"Postproc ID" (str)
"IO Number" (int)
"Type" (str)
"Ignore" (bool)
"""
io_param_dict = {}
io_param_dict['IO Name'] = pm.textField('t_ioNameText',
query=True,
text=True)
io_param_dict['Postproc ID'] = pm.textField('t_ioPostprocIDText',
query=True,
text=True)
io_param_dict['IO Number'] = int(
pm.optionMenu('ioNumberMenu', query=True, value=True))
io_param_dict['Type'] = pm.optionMenu('ioTypeMenu', query=True, value=True)
io_param_dict['Resolution'] = pm.optionMenu('ioResolutionMenu',
query=True,
value=True)
io_param_dict['Ignore'] = pm.checkBox('cb_ignoreIO',
query=True,
value=True)
# Resolution is currently only enabled for digital outputs
# If the dropdown isn't enabled, default to None
io_param_dict['Resolution'] = None
res_enabled = pm.optionMenu('ioResolutionMenu', query=True, enable=True)
if res_enabled:
io_param_dict['Resolution'] = pm.optionMenu('ioResolutionMenu',
query=True,
value=True)
_check_io_params(io_param_dict)
# Ensure IO name input complies with Maya's attribute name requirements
io_name = io_param_dict['IO Name']
io_param_dict['IO Name'] = _filter_io_name(io_name)
return io_param_dict
def __init__(self):
self.light_types = {
1: 'spotLight',
2: 'areaLight',
3: 'directionalLight',
4: 'pointLight',
5: 'ambientLight',
6: 'volumeLight'
}
self.layout = pm.columnLayout(adjustableColumn=False)
pm.rowColumnLayout(numberOfColumns=2,
columnWidth=([1, 200], [2, 150]),
columnAlign=([1, 'center'], [2, 'center']))
# fill light option menu
self.fill_type = pm.optionMenu(label='Fill Light', width=200)
pm.menuItem(label='Spot')
pm.menuItem(label='Area')
pm.menuItem(label='Directional')
pm.menuItem(label='Point')
pm.menuItem(label='Ambient')
pm.menuItem(label='Volume')
self.fill_name = pm.textField(text='Fill_Light', width=100)
#pm.setParent('..')
# key light option menu
self.key_type = pm.optionMenu(label='key Light', width=200)
pm.menuItem(label='Spot')
pm.menuItem(label='Area')
pm.menuItem(label='Directional')
pm.menuItem(label='Point')
pm.menuItem(label='Ambient')
pm.menuItem(label='Volume')
self.key_name = pm.textField(text='Key_Light', width=100)
# rim light option menu
#pm.setParent('..')
self.rim_type = pm.optionMenu(label='Rim Light', width=200)
pm.menuItem(label='Spot')
pm.menuItem(label='Area')
pm.menuItem(label='Directional')
pm.menuItem(label='Point')
pm.menuItem(label='Ambient')
pm.menuItem(label='Volume')
self.rim_name = pm.textField(text='Rim_Light', width=100)
pm.setParent(self.layout)
pm.button(label='Create 3 Point System',
command=pm.Callback(self.create_rig),
width=550)
def MakeRandomizeOptionsMenu(randomizerController, annotation=None):
"""
Creates & returns a menu group giving the the randomiser options for a given randomizeController.
:param randomizerController: RandomiseController instance.
:param annotation: toolTip annotation, or None.
"""
if(type(randomizerController) != at.RandomizeController):
raise TypeError("Attempt to make randomizer menu from non-RandomizeController attribute.")
rowLayout = MakeRowLayout(2, rightColumnWidth=__OPTIONS_MENUS_WIDTH__, makeAdjustable=False)
text = MakeText(randomizerController.attributeLabel, annotation)
optionMenu = pm.optionMenu()
try:
for i in xrange(sys.maxint):
pm.menuItem(label=at.RandomizeController.StringForOption(i))
except Exception:
pass
optionMenu.changeCommand(lambda *args: randomizerController._setValue(optionMenu.getValue()))
randomizerController.updateUiCommand = optionMenu.setValue
randomizerController.uiEnableMethod = rowLayout.setEnable
if(annotation is not None):
optionMenu.setAnnotation(annotation)
elif(randomizerController.annotation is not None):
optionMenu.setAnnotation(randomizerController.annotation)
SetAsChildLayout(rowLayout)
return rowLayout
def multi_BasicSettings():
# Basic Settings
pm.text(l='', h=5)
multi_nameField = pm.textFieldGrp('hp3dNameField', l='Name', text='', cw=[2, 150], cc=fun.partial(multi_nameChange, 'hp3dNameField'), fcc=True)
pm.rowColumnLayout(nc=2)
pm.text(l='Basic Settings', w=75, al='left', en=False)
pm.separator(w=marginWidth-75, h=14)
pm.setParent(multiLight_layout)
multi_color = pm.colorSliderGrp('hp3dColorSlider', label='Color', rgb=(1, 1, 1), cw=[3, 20], dc=fun.partial(multi_colorChange, '.color', 'all', 'hp3dColorSlider'))
multi_intensity = pm.floatSliderGrp('hp3dIntensitySlider', label='Intensity', field=True, v=1.000, fmx=1000000000, pre=3, cw=[3, 20], dc=fun.partial(multi_floatChange, '.intensity', 'all', 'hp3dIntensitySlider'))
# pm.text(l='', h=3) # GUI SPACER
pm.rowColumnLayout(nc=2)
pm.text(l='', w=142) # GUI SPACER
global multi_illDefault_box
multi_illDefault_box = pm.checkBox(l='Illuminates by Default', v=1, cc=multi_illDefault)
pm.setParent(multiLight_layout)
pm.rowColumnLayout(nc=3)
pm.text(l='', w=142) # GUI SPACER
multi_emitDiff_box = pm.checkBox('hp3dEmitDiffCheckbox', l='Emit Diffuse', v=1, w=120, cc=fun.partial(multi_checkboxChange, '.emitDiffuse', 'all', 'hp3dEmitDiffCheckbox'))
multi_emitSpec_box = pm.checkBox('hp3dEmitSpecCheckbox', l='Emit Specular', v=1, cc=fun.partial(multi_checkboxChange, '.emitSpecular', 'all', 'hp3dEmitSpecCheckbox'))
pm.setParent(multiLight_layout)
pm.rowColumnLayout(nc=3)
pm.text(l='Decay Rate', w=140, al='right')
pm.text(l='', w=3)
multi_decayRate_menu = pm.optionMenu('hp3dDecayRateMenu', bgc=primary_componentColor, cc=fun.partial(multi_menuChange, '.decayRate', 'not directional', 'hp3dDecayRateMenu'))
pm.menuItem(l='No Decay', da=0)
pm.menuItem(l='Linear', da=1)
pm.menuItem(l='Quadratic', da=2)
pm.menuItem(l='Cubic', da=3)
pm.setParent(multiLight_layout)
def multi_MentalRaySettings():
# Mental Ray Settings
pm.rowColumnLayout(nc=2)
pm.text(l='Mental Ray Settings', w=106, al='left', en=False)
pm.separator(w=marginWidth-106, h=14)
pm.setParent(multiLight_layout)
pm.rowColumnLayout(nc=2)
pm.text(l='', w=142) # GUI SPACER
multi_MrAreaLight_box = pm.checkBox('hp3dUseShapeCheckbox', l='Use Light Shape', cc=fun.partial(multi_checkboxChange, '.areaLight', 'area & spot', 'hp3dUseShapeCheckbox'))
pm.setParent(multiLight_layout)
pm.rowColumnLayout(nc=3)
pm.text(l='Type', w=140, al='right')
pm.text(l='', w=3)
multi_areaType_menu = pm.optionMenu('hp3dAreaTypeMenu', bgc=primary_componentColor, cc=fun.partial(multi_menuChange, '.areaType', 'area & spot', 'hp3dAreaTypeMenu'))
pm.menuItem(l='Rectangle', da=0)
pm.menuItem(l='Disc', da=1)
pm.menuItem(l='Sphere', da=2)
pm.menuItem(l='Cylinder', da=3)
pm.menuItem(l='Custom', da=4)
pm.setParent(multiLight_layout)
multi_highSamples = pm.intFieldGrp('hp3dHighSamplesField', numberOfFields=1, label='High Samples', v1=8, cc=fun.partial(multi_samplesChange, 'highSamp'))
multi_highSampLimit = pm.intFieldGrp('hp3dHighSampleLimitField', numberOfFields=1, label='High Sample Limit', v1=1, cc=fun.partial(multi_samplesChange, 'highSampLimit'))
multi_lowSamples = pm.intFieldGrp('hp3dLowSamplesField', numberOfFields=1, label='Low Samples', v1=1, cc=fun.partial(multi_samplesChange, 'lowSamp'))
pm.setParent(multiLight_layout)
def multi_menuChange(attr, lightType, component, *args): value = pm.optionMenu(component, q=True, select=True) sel_lights = pm.ls(sl=True, lights=True, dag=True) new_list = sortBy_type(sel_lights, lightType) for each in new_list: pm.setAttr(each+attr, value-1)
def refresh(self, deformer):
"""
If a blendShape is selected, populate the list of targets.
"""
for item in pm.optionMenu(self.control_name + '|OptionMenu',
q=True,
itemListLong=True):
pm.deleteUI(item)
self.all_item = None
# The blend shape array is sparse, so keep a mapping from list indices to blend
# shape weight indices. Note that for some reason, these are 1-based.
self.blend_shape_map.clear()
if not isinstance(deformer, pm.nodetypes.BlendShape):
return
def add_target(name, shape_id):
item = pm.menuItem(label=name,
parent=self.control_name + '|OptionMenu')
idx = pm.optionMenuGrp(self.control_name,
q=True,
numberOfItems=True)
self.blend_shape_map[idx] = shape_id
return item
if self.all_text is not None:
self.all_item = add_target(self.all_text, '(all)')
add_target('Main deformer weights', '(main)')
# Add the blend shape targets in the source blend shape to the list.
for idx, weight in enumerate(deformer.attr('weight')):
add_target('Target: ' + pm.aliasAttr(weight, q=True), weight)
def createLayout(self, *args):
#creates the layout and attaches the controls to the given field the class has been called in
self.disabler = pm.optionMenu( l='Auto-detect Proxy', cc=self._disableButton )
for option in self.o:
pm.menuItem( label=option )
self.button = pm.textFieldButtonGrp( adj=1, ad2=1, ad3=1 , cw=[2, self.w/2], w=self.w, label = self.n, text='', buttonLabel=self.b, buttonCommand = self._buttonAction )
self.textField = pm.textFieldButtonGrp(self.button, e=True, cw=[1, self.w/4])
def _disableButton(self, arg):
if pm.optionMenu( self.disabler, q=True, select=True) - 1:
#pm.textFieldButtonGrp( self.textField, e=True, en=False)
pass
else:
#pm.textFieldButtonGrp( self.textField, e=True, en=True)
pass
def exporter(arg,prefix):
pm.select(r=arg)
temp=[]
stripFN=''
temp=arg.split(":")
#Removing namespaces
if len(temp)>1:
stripFN=temp[-1:]
else:
stripFN=arg
expType=pm.optionMenu("exportType",q=1,v=1)
extension=''
#Determining Export type
#OBJ
if expType == "OBJ":
extension=".obj"
prefix=prefix + "OBJ/"
pm.file(pr=1,typ="OBJexport",es=(prefix + stripFN),op="groups=0;ptgroups=0;materials=0;smoothing=1;normals=1")
if expType == "FBX":
extension=".fbx"
#FBX
prefix=prefix + "FBX/"
pm.file(typ="FBX export",force=1,options="binary=1;compression=0;tabstop=8;perframe=0;padframe=0;perlayer=0;pathnames=3313333333;assembly=1;fragment=1;fragsurfmats=1;fragsurfmatsassign=1;fragincshdrs=1;fragchilddag=1;passcontrimaps=1;passusrdata=0;filter=00000011010000001101000;overrideAssemblyRootName=0;assemblyRootName=",es=(prefix + stripFN + extension))
if expType == "PROXY":
extension=".mi"
#PROXY
prefix=prefix + "renderProxy/"
pm.Mayatomr(binary=1,assembly=1,fis=1,mi=1,fem=1,exportFilter=721600,fcd=1,fe=1,file=(prefix + stripFN + extension),pcm=1,active=1,xp="3313333333",asn=stripFN,fma=1)
print " Creating file: " + (prefix + stripFN) + extension + "\n"
def loadDriven(self, *args):
"""
Load object name for driven object in text field
"""
sel = pm.ls(sl=True, fl=True)
pm.textFieldButtonGrp(self.drivenField, edit=True, text=sel[0])
# Clear the menu items so list doesn't grow
items = pm.optionMenu(self.drivenAttField, q=True, ill=True)
if(items):
pm.setParent(self.drivenAttField, menu=True)
for each in items:
pm.deleteUI(each)
# Check if blendshape
if 'BlendShape' in str(type(sel[0])):
bs = sel[0]
temp = pm.aliasAttr(bs, q=1)
temp.sort()
targets = []
for each in temp:
if each.startswith('weight'): continue
targets.append(each)
for tgt in targets:
try:
pm.menuItem(parent=self.drivenAttField, label=tgt)
except Exception, e:
print e
pm.warning('%s failed to create / connect' % tgt)
def MakeStringOptionsField(stringAttribute, optionsListStrings, annotation=None):
"""
Creates & returns a menu with a given list of options for corresponding stringAttribute.
:param stringAttribute: StringAttribute instance.
:param optionsListStrings: List of possible values for string attribute, will be presented as menu options.
:param annotation: toolTip annotation, or None.
"""
if(not isinstance(stringAttribute, at.StringAttribute)):
raise TypeError("Attempted to make string options (expected:%s, got:%s)" %
(at.StringAttribute, type(stringAttribute)))
elif(stringAttribute.value not in optionsListStrings):
raise ValueError("Initial value %s is not in options list." % stringAttribute.value)
rowLayout = MakeRowLayout(2, rightColumnWidth=__OPTIONS_MENUS_WIDTH__ + 45, makeAdjustable=False)
MakeText(stringAttribute.attributeLabel, annotation)
optionMenu = pm.optionMenu()
menuItemsList = []
for option in optionsListStrings:
menuItemsList.append(pm.menuItem(label=option))
optionMenu.setValue(stringAttribute.value)
optionMenu.changeCommand(lambda *args: stringAttribute._setValue(optionMenu.getValue()))
stringAttribute.updateUiCommand = optionMenu.setValue
stringAttribute.uiEnableMethod = optionMenu.setEnable
if(annotation is not None):
optionMenu.setAnnotation(annotation)
elif(stringAttribute.annotation is not None):
optionMenu.setAnnotation(stringAttribute.annotation)
SetAsChildLayout(rowLayout)
return (optionMenu, menuItemsList)
def __init__(self, lightTransform, lightType, lightShape): super(PointLight, self).__init__(lightTransform, lightType, lightShape) pm.setParent(self.indivLight_layout) pm.rowColumnLayout(nc=3) pm.text(l='Decay Rate', w=140, al='right') pm.text(l='', w=3) decayRate_menu = pm.optionMenu(bgc=primary_componentColor) pm.menuItem(l='No Decay', da=0) pm.menuItem(l='Linear', da=1) pm.menuItem(l='Quadratic', da=2) pm.menuItem(l='Cubic', da=3) pm.connectControl(decayRate_menu, lightShape+'.decayRate') pm.setParent(self.indivLight_layout) pm.rowColumnLayout(nc=2) pm.text(l='Shadow Settings', w=90, al='left', en=False) pm.separator(w=marginWidth-90, h=14) pm.setParent(self.indivLight_layout) pm.attrFieldSliderGrp(at=lightShape+'.lightRadius', cw=[[2, 75], [3, 120]], hmb=False) self.shadowRays_slide = pm.attrFieldSliderGrp(at=lightShape+'.shadowRays', cw=[[2, 75], [3, 120]], hmb=False) pm.attrFieldSliderGrp(at=lightShape+'.rayDepthLimit', cw=[[2, 75], [3, 120]], hmb=False) pm.setParent(lights_layout)
def refresh(self):
# Clear the existing target list.
for item in pm.optionMenu(self.control_name + '|OptionMenu',
q=True,
itemListLong=True):
pm.deleteUI(item)
# Get the names of the outputs of the selected deformer.
value = pm.optionMenuGrp(self.deformer_control.control_name,
q=True,
v=True)
if not value:
return
nodes = pm.ls(value)
if not nodes:
return
node = nodes[0]
# Make a list of output shapes for this deformer.
self.shapes = []
for deformed_idx in range(node.numOutputConnections()):
try:
output_shape = node.outputShapeAtIndex(deformed_idx)
except RuntimeError:
# This fails with RuntimeError if we query an index that isn't connected, which can happen if you
# create a deformer for three shapes and then delete the second one.
continue
self.shapes.append((output_shape, deformed_idx))
pm.menuItem(label=output_shape.getParent().name(),
parent=self.control_name + '|OptionMenu')
def applyCallback( pNoiseOption, pMaxValueField, pMinValueField, *pArgs ):
NoiseOptionState = pm.optionMenu( pNoiseOption, query=True, value=True )
MaxValue = pm.floatField( pMaxValueField, query=True, value=True )
MinValue = pm.floatField( pMinValueField, query=True, value=True )
GenerateVertexColor( NoiseOptionState, MaxValue, MinValue )
def fill_blend_target(self, unused=True):
# Clear the existing target list.
for item in pm.optionMenu('sbsTargetList|OptionMenu',
q=True,
itemListLong=True):
pm.deleteUI(item)
# Prevent a warning from being printed if there aren't any blendShapes.
if pm.optionMenuGrp('sbsList', q=True, ni=True) == 0:
return
# Get the names of the targets in the selected blend shape.
value = pm.optionMenuGrp('sbsList', q=True, v=True)
if not value:
return
nodes = pm.ls(value)
if not nodes:
return
node = nodes[0]
pm.menuItem(label='All', parent='sbsTargetList|OptionMenu')
for item in node.attr('w'):
target_name = pm.aliasAttr(item, q=True)
pm.menuItem(label=target_name, parent='sbsTargetList|OptionMenu')
def initPanel(cls):
"""doc"""
global pal_opMenu
global brn_opMenu
if pm.optionMenu(pal_opMenu, q=1, ex=1):
for item in pm.optionMenu(pal_opMenu, q=1, ill=1):
pm.deleteUI(item)
if pm.optionMenu(brn_opMenu, q=1, ex=1):
for item in pm.optionMenu(brn_opMenu, q=1, ill=1):
pm.deleteUI(item)
pm.image(cls.img_snap, e=1, i=cls.snapNull)
cls.snapshot_clear()
cls.makePanel(cls.qsb_mode.isChecked())
def create(self):
# destroy the window if it already exists
try:
pm.deleteUI(self.WINDOW_NAME, window=True)
except: pass
# draw the window
with pm.window(self.WINDOW_NAME) as res_window:
with pm.columnLayout(adjustableColumn=True):
with pm.horizontalLayout():
pm.text(label='Resolution')
with pm.optionMenu() as self.res_menu:
pm.menuItem(l='Low')
pm.menuItem(l='Med')
pm.menuItem(l='Hi')
set_res_btn = pm.button(label='Set LOD', command=pm.Callback(self.on_set_res_btn))
pm.separator(style='in', height=4)
with pm.horizontalLayout() as h1:
pm.text(label='Low')
select_low_btn = pm.button(label='Select All', command=pm.Callback(self.on_select_btn,'Low'))
toggle_low_btn = pm.button(label='Toggle Visibility', command=pm.Callback(self.on_vis_btn, 'Low'))
with pm.horizontalLayout() as h1:
pm.text(label='Medium')
select_med_btn = pm.button(label='Select All', command=pm.Callback(self.on_select_btn, 'Med'))
toggle_med_btn = pm.button(label='Toggle Visibility', command=pm.Callback(self.on_vis_btn, 'Med'))
with pm.horizontalLayout() as h1:
pm.text(label='High')
select_hi_btn = pm.button(label='Select All', command=pm.Callback(self.on_select_btn, 'Hi'))
toggle_hi_btn = pm.button(label='Toggle Visibility', command=pm.Callback(self.on_vis_btn, 'Hi'))
self.status_line = pm.textField(editable=False)
res_window.setWidthHeight((350,140))
def __init__(self, baseUi, parent): BaseUi.__init__(self, parent) self.uiparent = parent self.baseUi = baseUi self.tmpJnts = [] self.defaultAxis = 'y' #ui try: pm.deleteUI(self.rigCol) except: pass with pm.columnLayout(adj=True, rs=3, parent=self.uiparent) as self.rigCol: with pm.rowColumnLayout(nc=2, co=[(1, 'left', 155), (2, 'left', 5)]): pm.text(l='axis') with pm.optionMenu(w=60) as self.axisMenu: pm.menuItem(l='x') pm.menuItem(l='y') pm.menuItem(l='z') with pm.columnLayout(adj=True, rs=2, co=['left', 165]): self.ribbonChkBox = pm.checkBox(l='Ribbon Lo/Hi', v=False) with pm.rowColumnLayout(nc=3, co=[(1, 'left', 30), (2, 'left', 5), (3, 'left', 5)]): pm.text(l='tmpJnts') self.tmpJntsTxtFld = pm.textField(w=230, ed=False) self.loadTmpJntButt = pm.button(l='<<', c=pm.Callback(self.loadTmpJnts)) self.axisMenu.setValue(self.defaultAxis) self.baseUi.clearElemSideTxtFld()
def __init__(self, baseUi, parent): BaseUi.__init__(self, parent) self.uiparent = parent self.baseUi = baseUi self.tmpJnts = [] self.attrCtrl = None #ui try: pm.deleteUI(self.rigCol) except: pass with pm.columnLayout(adj=True, rs=3, parent=self.uiparent) as self.rigCol: with pm.rowColumnLayout(nc=2, co=[(1, 'left', 130), (2, 'left', 5)]): pm.text(l='Finger Name') with pm.optionMenu(w=60) as self.fingerNameMenu: pm.menuItem(l='index') pm.menuItem(l='middle') pm.menuItem(l='ring') pm.menuItem(l='pinky') pm.menuItem(l='thumb') with pm.rowColumnLayout(nc=3, co=[(1, 'left', 30), (2, 'left', 5), (3, 'left', 5)]): pm.text(l='attrCtrl') self.attrCtrlTxtFld = pm.textField(w=230, ed=False) self.loadAttrCtrlButt = pm.button(l='<<', c=pm.Callback(self.loadAttrCtrl)) pm.text(l='tmpJnts') self.tmpJntsTxtFld = pm.textField(w=230, ed=False) self.loadTmpJntButt = pm.button(l='<<', c=pm.Callback(self.loadTmpJnts)) self.baseUi.clearElemSideTxtFld()
def _addLocMultiOptions():
pm.setParent(q=True)
pm.columnLayout(adjustableColumn=True, cal="right")
pm.text(l='', al="center")
fl = pm.formLayout()
jNumber = pm.intFieldGrp(v1=3, l="Joint Number")
pm.setParent('..')
pm.formLayout(fl, e=True, af=(jNumber, "left", -30))
dirSet = ["X", "-X", "Y", "-Y", "Z", "-Z"]
fl = pm.formLayout()
dirAxis = pm.optionMenu(l="Direction")
dirAxis.addMenuItems(dirSet)
pm.setParent('..')
pm.formLayout(fl, e=True, af=(dirAxis, "left", 70))
fl = pm.formLayout()
jSpac = pm.floatFieldGrp(v1=1.0, l="spacing")
pm.setParent('..')
pm.formLayout(fl, e=True, af=(jSpac, "left", -30))
pm.text(l='', al="center")
pm.button(l='Continue',
c=partial(_retriveOptions, jNumber, dirAxis,
jSpac))
pm.setParent('..')
def createUI( SWindowTitle, pApplyCallback ):
windowID = 'vcgnWindowID'
# If Window is Already Open, Delete it and Open a New One
if pm.window( windowID, exists=True ):
pm.deleteUI( windowID )
# Init Window
pm.window( windowID, title=SWindowTitle, sizeable=False, resizeToFitChildren=True )
pm.rowColumnLayout( numberOfColumns=3, columnWidth=[ (1, 75), (2, 75), (3,75) ], columnOffset=[ (1,'right', 3) ])
pm.text( label='Min Value:' )
# Minimum Value Field, Default = 0.0, min = 0.0, max = 1.0, invisible slider step = 0.01
MinValueField = pm.floatField( value=0.0, minValue=0.0, maxValue=1.0, step=0.01, annotation="This is the Minimum Value, It Can't Go below 0.0 or above 1.0" )
pm.separator( h=10, style='none' )
pm.text( label='Max Value:' )
# Maximum Value Field, Default = 1.0, min = 0.0, max = 1.0, invisible slider step = 0.01
MaxValueField = pm.floatField( value=1.0, minValue=0.0, maxValue=1.0, step=0.01, annotation="This is the Maximum Value, It Can't Go below 0.0 or above 1.0" )
pm.separator( h=10, style='none' )
# Formatting
pm.separator( h=10, style='none' )
pm.separator( h=10, style='none' )
pm.separator( h=10, style='none' )
pm.text( label='Noise Type:' )
# Noise Options - Enabled in 2.0
NoiseOption = pm.optionMenu( 'NoiseFunctions', enable=True, annotation="Select Alternate Distributions and Generation Functions Here" )
pm.menuItem( label='Simple', parent='NoiseFunctions', annotation="A Simple Psuedo Random Noise Function that generates Random Values Between Min and Max" )
pm.menuItem( label='Perlin', parent='NoiseFunctions', annotation="Try Moving the Object Around for More Variety with Perlin Noise" )
pm.menuItem( label='3D Weighted', parent='NoiseFunctions', annotation="This Function Uses a Mixed Up Vertex List Randomly Adjust the Appearance of a Psuedo Random Number Generation" )
pm.menuItem( label='Triangular', parent='NoiseFunctions', annotation="This Function Uses a Psuedo Random Number Generator with a Triangular Distribution" )
pm.menuItem( label='Gamma', parent='NoiseFunctions', annotation="This Function Uses the Gamma Distribution, Does Not Work Well with Low Min Values, Suggestion Minimum 0.1" )
pm.separator( h=10, style='none' )
# Formatting
pm.separator( h=10, style='none' )
pm.separator( h=10, style='none' )
pm.separator( h=10, style='none' )
# Buttons
pm.separator( h=10, style='none' )
pm.button( label='Apply', command=functools.partial(pApplyCallback,
NoiseOption,
MaxValueField,
MinValueField) )
def cancelCallback( *Args ):
if pm.window( windowID, exists=True ):
pm.deleteUI( windowID )
pm.button( label='Cancel', command=cancelCallback )
pm.showWindow()
def init(self):
#Initializing Variables
self.localProject = os.environ[ 'MAYA_PROJECT' ]
self.localUser=os.environ[ 'USER' ]
self.path = (localProject + "/export/GEO")
self.title='aw_msvExp'
self.wh = [352,542]
# Make me a button!
if pm.window(self.title, query=True, exists=True):
pm.deleteUI(self.title)
if pm.windowPref(self.title, query=True, exists=True):
pm.windowPref(self.title, remove=True)
# Window creation
self.window = pm.window(self.title,widthHeight=self.wh,title=self.title)
self.majorLayout = pm.gridLayout('aw_expLayout',numberOfColumns=1,cellWidthHeight=(self.wh[0], (self.wh[1]/18)))
pm.text(bgc=(.3, .35, .4),ebg=1,al="center",fn="boldLabelFont",l=" Obj Exporter")
#menu for export type
pm.optionMenu('exportType',label=" FileType")
pm.menuItem(label="FBX")
pm.menuItem(label="OBJ")
pm.menuItem(label="PROXY")
#menu for model type
pm.optionMenu('modelType',changeCommand=lambda *args: mel.aw_addRemCombName(),label=" ModelType")
pm.menuItem(label="Combined")
pm.menuItem(label="Separate")
#EXPORTER
pm.textField('combName',tx="Object Export Name")
pm.text(al="left",l="Set directory for objects to be outputted")
pm.textField('pathName',tx=path_here)
pm.button('fileBrowse2',command=lambda *args: mel.fileBrowser(pathname),label="Browse")
pm.button('msvExp',bgc=(0.1, .7, .145),command=lambda *args: mel.objExp(),label="Export")
pm.text(l="")
#IMPORTER
pm.text(bgc=(.3, .3, .4),ebg=1,al="center",fn="boldLabelFont",l=" Obj importer")
pm.text(al="left",l="Set directory for objects to be inputted")
pm.textField('pathImpName',tx=path_here)
pm.button('fileBrowse1',command=lambda *args: mel.fileBrowser(pathimpname),label="Browse")
pm.button('msvList',command=lambda *args: mel.fileList(),label="List OBJ Files")
pm.text(al="left",l="Type wildcard here or leave blank for all objs in the folder")
pm.textField('wildName')
pm.button('msvImp',bgc=(0.1, .7, .145),command=lambda *args: mel.objImp(),label="Import")
pm.button('msvKillBtn',command=lambda *args: deleteUI('aw_msvExp'),label="Close Window")
self.window.show()
def __init__(self):
self.option_menu = pm.optionMenu( label='Light Type', width= 200)
pm.menuItem( label='Spot')
pm.menuItem( label='Area')
pm.menuItem( label='Directional')
pm.menuItem( label='Point')
pm.menuItem( label='Ambient')
pm.menuItem( label='Volume')
def defaultTranslatorChanged(self, defaultNode, menu, outputType):
'''
rebuilds the menu, updating the value for the default driver/filter and
restoring the selected item to the proper value
'''
# clear menu
value = pm.optionMenu(menu, query=True, value=True)
for item in pm.optionMenu(menu, query=True, itemListLong=True) or []:
pm.deleteUI(item)
default = '<%s>' % pm.getAttr(defaultNode + '.aiTranslator')
pm.cmds.menuItem(parent=menu, label=default)
for tran in templates.getTranslators(outputType):
pm.cmds.menuItem(parent=menu, label=tran)
callbacks.DelayedIdleCallbackQueue(self.fixOptionMenus)
if value.startswith('<'):
value = default
pm.cmds.optionMenu(menu, e=True, value=value)
def doDelAOV(*args):
curr_aov = pm.optionMenu( 'enumAOVList', q=True, value=True )
if curr_aov == None: return 0
aovs.AOVInterface().removeAOVs(curr_aov)
doUpdateScnAOV(1)
return 1;
def copyAnim(self, args):
'''
Copy all animation on transform nodes from one namespace to another
'''
srcNS = pm.optionMenu(self.srcFld, q=1, v=1)
tgtNS = pm.optionMenu(self.tgtFld, q=1, v=1)
sourceControls = pm.ls('%s:*' % srcNS, type='transform')
sourceControls.sort()
for src in sourceControls:
try:
pm.copyKey(src)
pm.pasteKey('%s:%s' % (tgtNS, src.split(':')[-1]))
except Exception, e:
print src
print '%s:%s' % (tgtNS, src.split(':')[-1])
def createUI( SWindowTitle, pApplyCallback ):
windowID = 'vcgnWindowID'
# If Window is Already Open, Delete it and Open a New One
if pm.window( windowID, exists=True ):
pm.deleteUI( windowID )
# Init Window
pm.window( windowID, title=SWindowTitle, sizeable=False, resizeToFitChildren=True )
pm.rowColumnLayout( numberOfColumns=3, columnWidth=[ (1, 75), (2, 75), (3,75) ], columnOffset=[ (1,'right', 3) ])
pm.text( label='Min Value:' )
# Minimum Value Field, Default = 0.0, min = 0.0, max = 1.0, invisible slider step = 0.01
MinValueField = pm.floatField( value=0.0, minValue=0.0, maxValue=1.0, step=0.01 )
pm.separator( h=10, style='none' )
pm.text( label='Max Value:' )
# Maximum Value Field, Default = 1.0, min = 0.0, max = 1.0, invisible slider step = 0.01
MaxValueField = pm.floatField( value=1.0, minValue=0.0, maxValue=1.0, step=0.01 )
pm.separator( h=10, style='none' )
# Formatting
pm.separator( h=10, style='none' )
pm.separator( h=10, style='none' )
pm.separator( h=10, style='none' )
pm.text( label='Noise Type:' )
# Noise Options - Disabled For Version 1.0 Will Be Enabled in 2.0
NoiseOption = pm.optionMenu( 'NoiseFunctions', enable=False )
pm.menuItem( label='Simple', parent='NoiseFunctions' )
pm.menuItem( label='Perlin', parent='NoiseFunctions' )
pm.menuItem( label='OpenSimplex', parent='NoiseFunctions' )
pm.separator( h=10, style='none' )
# Formatting
pm.separator( h=10, style='none' )
pm.separator( h=10, style='none' )
pm.separator( h=10, style='none' )
# Buttons
pm.separator( h=10, style='none' )
pm.button( label='Apply', command=functools.partial(pApplyCallback,
NoiseOption,
MaxValueField,
MinValueField) )
def cancelCallback( *Args ):
if pm.window( windowID, exists=True ):
pm.deleteUI( windowID )
pm.button( label='Cancel', command=cancelCallback )
pm.showWindow()
def _selectNamespace(self):
ite = self.uiMain['namespaceOpM'].getSelect()
item = pmc.optionMenu(self.uiMain['namespaceOpM'], query=True, itemListLong=True)[ite-1]
nameSpace = pmc.menuItem(item, query=True, label=True)
if nameSpace==self.rootNamespace:
nameSpace = ':'
self.listFile.nameSpace = nameSpace
def doDelAOV(*args):
curr_aov = pm.optionMenu( 'enumAOVList', q=True, value=True )
if curr_aov == None: return 0
aovs.AOVInterface().removeAOVs(curr_aov)
#// type = 1, no need to update indof insude AOV node
doUpdateScnAOV(1)
return 1;
def __init__(self):
self.main_layout = pm.columnLayout(adjustableColumn= True)
self.layout01 = pm.rowColumnLayout(numberOfColumns= 3, columnWidth=([1,
150],[2, 150], [3, 250]))
pm.columnLayout()
pm.text(label= 'Shaders')
self.shader_scroll_list01 = pm.textScrollList(width= 150, height= 200,
selectCommand= pm.Callback(self.get_output_geo))
pm.button(label= 'Refresh', width= 150,
command= pm.Callback(self.update_shaders_list))
pm.setParent(self.layout01)
pm.columnLayout()
pm.text(label= 'Shader Geo')
self.shader_geo_scroll_list = pm.textScrollList(width= 150, height= 200,
allowMultiSelection= True)
#self.check_box = pm.checkBox(label= 'select node')
pm.setParent(self.layout01)
pm.columnLayout()
pm.text(label= 'Scene Geo')
self.scene_geo_scroll_list = pm.textScrollList(width= 250, height= 200,
allowMultiSelection= True)
pm.button(label= 'Refresh', width= 275,
command= pm.Callback(self.update_scene_geo_list))
pm.setParent(self.main_layout)
self.layout02 = pm.rowColumnLayout(numberOfColumns= 2, columnWidth=([1,
275],[2, 275]))
pm.columnLayout(adjustableColumn= True)
pm.text(label= 'Shaders')
self.shader_scroll_list02 = pm.textScrollList(width= 275, height= 200)
pm.button(label= 'Assign', width= 275,
command= pm.Callback(self.assign_to_geometry))
pm.setParent(self.layout02)
pm.columnLayout(adjustableColumn= True)
pm.text(label= 'Create Shaders')
self.option_menu = pm.optionMenu( label='Material Type', width= 200)
pm.menuItem( label='mia_material_x')
pm.menuItem( label='blinn')
pm.menuItem( label='lambert')
pm.menuItem( label='phong')
pm.menuItem( label='rampShader')
pm.menuItem( label='anisotropic')
pm.menuItem( label='phongE')
pm.menuItem( label='useBackground')
self.text_field = pm.textFieldGrp(label= 'Name',
columnWidth2= [100, 150])
pm.button(label= 'Create and Assign Shader',
command= pm.Callback(self.create_and_assign_shader))
self.update_scene_geo_list()
self.update_shaders_list()
def updateSunLightOptionMenu(self, selection=None):
uiDict = self.rendererTabUiDict['environment']
opMenu = uiDict['sunLightOptionMenu'] + "|OptionMenu"
if selection:
if selection == "Create New Sun Light...":
lightShape = pm.createNode("directionalLight")
sunConnection = lightShape.getParent()
sunConnection.rename("asSunLight")
sunConnection.message >> self.renderGlobalsNode.physicalSunConnection
else:
connections = self.renderGlobalsNode.physicalSunConnection.inputs()
if len(connections) > 0:
connectedSunShape = connections[0].getShape()
if selection == "None":
connections[0].message // self.renderGlobalsNode.physicalSunConnection
else:
if connectedSunShape != selection:
pm.PyNode(selection).getParent().message >> self.renderGlobalsNode.physicalSunConnection
else:
pm.PyNode(selection).getParent().message >> self.renderGlobalsNode.physicalSunConnection
menuItems = pm.optionMenu(opMenu, q=True, itemListLong=True)
if menuItems:
pm.deleteUI(menuItems)
directionalLightList = pm.ls(type="directionalLight")
if len(directionalLightList) == 0:
directionalLightList.append("Create New Sun Light...")
else:
directionalLightList.append("None")
for value in directionalLightList:
pm.menuItem(str(value), parent=opMenu)
connections = self.renderGlobalsNode.physicalSunConnection.inputs()
selectIndex = len(directionalLightList) - 1
if len(connections) > 0:
sunShape = connections[0].getShape()
for index, l in enumerate(directionalLightList):
if l == sunShape:
selectIndex = index
pm.optionMenu(opMenu, e=True, select=selectIndex + 1)
