def leftrightdetection(mayaFalse):
lis = [] #checking which slots are empty
for i in pm.lsUI(type='textField'):
if i.find('colleft') != -1:
lis.append(i)
for i in sorted(pm.lsUI(type='textField')):
if i.find('colleft') != -1 and pm.textField(i, q=True, text=True):
#print pm.textField(i, q=True, text=True)
#print i.replace('left', 'right')
for j in sorted(lis):
if not pm.textField(j, q=True, text=True):
pm.textField(j,
edit=True,
text=pm.textField(i, q=True,
text=True).replace(
'Left', 'Right'))
pm.textField(j.replace('left', 'right'),
edit=True,
text=pm.textField(i.replace('left', 'right'),
q=True,
text=True).replace(
'Left', 'Right'))
break
def MEL_b153(self):#lsUI returns the names of UI objects
windows = '{}\n{}\n{}\n'.format("Windows", "Windows created using ELF UI commands:", pm.lsUI (windows=True))
panels = '{}\n{}\n{}\n'.format("Panels", "All currently existing panels:", pm.lsUI (panels=True))
editors = '{}\n{}\n{}\n'.format("Editors", "All currently existing editors:", pm.lsUI (editors=True))
controls = '{}\n{}\n{}\n'.format("Controls", "Controls created using ELF UI commands: [e.g. buttons, checkboxes, etc]", pm.lsUI (controls=True))
control_layouts = '{}\n{}\n{}\n'.format("Control Layouts", "Control layouts created using ELF UI commands: [e.g. formLayouts, paneLayouts, etc.]", pm.lsUI (controlLayouts=True))
menus = '{}\n{}\n{}\n'.format("Menus", "Menus created using ELF UI commands:", pm.lsUI (menus=True))
menu_items = '{}\n{}\n{}\n'.format("Menu Items", "Menu items created using ELF UI commands:", pm.lsUI (menuItems=True))
contexts = '{}\n{}\n{}\n'.format("Tool Contexts", "Tool contexts created using ELF UI commands:", pm.lsUI (contexts=True))
output_text = '{}\n{}\n{}\n{}\n{}\n{}\n{}\n{}'.format(windows, panels, editors, menus, menu_items, controls, control_layouts, contexts)
print outputscrollField(output_text, "Ui Elements", 6.4, 0.85)
def HaMenu():
for n in pm.lsUI(l=True, menus=True):
#if pm.objectTypeUI(n) == "menuBarLayout":
# print "##############", n
if ('Ha_mainMenu' in n) or ('HaMainMenu' in n):
_addMenu(n)
break
def install_rayvision():
if "MayaWindow|Rayvision" not in pm.lsUI(type="menu"):
pm.menu("Rayvision", parent='MayaWindow')
pm.menuItem(
"SubmitMayaRenderTask",
command=
"import Rayvision.submit_maya;Rayvision.submit_maya.submit_maya()")
def bakeHIK(self):
#bake whip if present
#if pm.objExists('ikJoint_Weapon2'):
# pm.bakeResults(pm.listRelatives('Helper_Weapon1'), time = (animAPI.MAnimControl.minTime().value(), animAPI.MAnimControl.maxTime().value()), simulation = True, sampleBy = 1, oversamplingRate = 1, disableImplicitControl = True, preserveOutsideKeys = True, sparseAnimCurveBake = False, removeBakedAttributeFromLayer = False, removeBakedAnimFromLayer = False, bakeOnOverrideLayer = False, minimizeRotation = True, controlPoints = False, shape = True)
#re-setting bake settings
mel.eval('performBakeSimulation 1;') #open bake settings
list = [
i for i in pm.lsUI(cl=True, long=True) if 'OptionBoxWindow' in i
] #list down UIs
list.sort(key=len) #sort list by length
mel.eval('bakeSimulationSetup %s animationList 1 "-1.0" "-1.0";' %
list[6]) #resetting bake settings
pm.deleteUI('OptionBoxWindow') #close bake window
mel.eval('HIKCharacterControlsTool') #command to open humanIK
pm.mel.mayaHIKsetRigInput("Character1") #setting back to humanIK
pm.mel.hikUpdateContextualUI() #updating the humanIK UI
pm.mel.hikUpdateSourceList()
pm.mel.hikSetCurrentCharacter("Character1") #selecting character
pm.mel.hikUpdateCurrentCharacterFromScene()
pm.mel.hikUpdateContextualUI()
pm.mel.hikBakeCharacter(0) #this is the bake to skeleton command
def reset_floating_window():
'''reset floating window position'''
window_list = pm.lsUI(windows=True)
for window in window_list:
if window != "MayaWindow" and window != "scriptEditorPanel1Window":
pm.deleteUI(window)
pm.windowPref(window, remove=True)
print window, " reset"
def update_model_editors(cls, *args, **kwargs):
''' '''
model_panel_list = pm.lsUI(editors=True)
for model_panel in model_panel_list:
if 'modelPanel' in model_panel:
try:
pm.modelEditor(model_panel, edit=True, **kwargs)
except:
Utility.lc_print_exception()
def remove_ui_item_menu(name_list):
"""
It removes command menu items from maya UI.
:param name_list: list with the name of UI items to remove.
"""
for name in name_list:
for item in pm.lsUI():
if item.endswith(name):
pm.deleteUI(item)
def delete_menu(menu_name=MENU_NAME):
"""
This is not used anywhere, but is being kept for posterity
"""
menu_map = {}
for m in pm.lsUI(m=True):
if m.getLabel():
menu_map[m.getLabel()] = m
pm.deleteUI(menu_map.get(menu_name))
def closeWindows( toggle=True ):
"""Close all open windows."""
uiList = pm.lsUI( windows=True )
for win in uiList:
if win in ( 'CommandWindow', 'ColorEditor' ):
try:
pm.window( win, edit=True, visible=False )
except:
pass
elif win not in ( 'progressWindow', 'MayaWindow' ):
try:
pm.deleteUI( win )
except:
pass
def toggleRenderer(self):
modelPanelList = []
modelEditorList = pm.lsUI(editors=True)
# find all model panels
for myModelPanel in modelEditorList:
if myModelPanel.find('modelPanel') != -1:
modelPanelList.append(myModelPanel)
onionPanel = None
# if any of those is already set to onion skin renderer
for modelPanel in modelPanelList:
if pm.uitypes.ModelEditor(modelPanel).getRendererOverrideName(
) == 'onionSkinRenderer':
onionPanel = pm.uitypes.ModelEditor(modelPanel)
break
# if there is a panel with the onion skin renderer
# deactivate it and save the panel
if onionPanel:
try:
# Always better to try in the case of active panel operations
# as the active panel might not be a viewport.
onionPanel.setRendererOverrideName('')
self.mActiveEditor = onionPanel
except Exception as e:
# Handle exception
print e
else:
# if there is a saved editor panel activate the renderer on it
if self.mActiveEditor:
self.mActiveEditor.setRendererOverrideName('onionSkinRenderer')
# else toggle the active one
else:
for modelPanel in modelPanelList:
if pm.uitypes.ModelEditor(modelPanel).getActiveView():
try:
if pm.uitypes.ModelEditor(
modelPanel).getRendererOverrideName(
) == '':
pm.uitypes.ModelEditor(
modelPanel).setRendererOverrideName(
'onionSkinRenderer')
else:
pm.uitypes.ModelEditor(
modelPanel).setRendererOverrideName('')
except Exception as e:
# Handle exception
print e
def animExpButton(self):
try:
#combined export button
self.saveFileName = pm.saveAs(pm.sceneName()[:-3] + '_temp.ma') #saving as a backup before exporting
if self.ingameExport.isChecked() == True:#motion export
self.animExport_1()
self.animExport_2()
elif self.camExport.isChecked() == True: #camera export
self.cameraExport()
''' DELETE LATER
elif self.cutsceneExport.isChecked() == True:
#self.cutSceneExport()
pm.confirmDialog(title = 'SER 出力ツール', message = u'Not yet implemented /nまだ書いていません')
pass
'''
pm.openFile(self.saveFileName, force = True) #opening original file
pm.renameFile(self.saveFileName.replace('_temp', '')) #renames the file back to the original name before it was
os.remove(self.saveFileName)
try: #spamming delete entry in case there are entries before already
mel.eval('gameExp_DeleteAnimationClipLayout 0;')
except:
pass
for i in pm.lsUI(windows = True):#closing the game exporter window
if 'gameExporterWindow' in i:
pm.deleteUI(i)
#copy pasta part
if self.camExport.isChecked() == True: #camera export
copy2(self.exportPath.text() + r'/' + self.exportName.text() + '_cam.fbx', r'D:/SER/GIT/Assets/AssetBundle/Resources' + self.exportPath.text()[39:]) #r'D:\SER\GIT/Assets/AssetBundle/Resources' +
print self.exportPath.text() + r'/' + self.exportName.text() + '_cam.fbx', r'D:/SER/GIT/Assets/AssetBundle/Resources' + self.exportPath.text()[39:]
else:
copy2(self.exportPath.text() + r'/' + self.exportName.text() + '.fbx', r'D:/SER/GIT/Assets/AssetBundle/Resources' + self.exportPath.text()[39:]) #r'D:\SER\GIT/Assets/AssetBundle/Resources' +
print self.exportPath.text() + r'/' + self.exportName.text() + '.fbx', r'D:/SER/GIT/Assets/AssetBundle/Resources' + self.exportPath.text()[39:]
pm.confirmDialog(title = 'SER 出力ツール', message = u'モーションは出力しました')
print('SER Export complete!')
except:
pm.confirmDialog(title = 'SER 出力ツール', message = u'エラーが発生しました。早速チューまで連絡してください。')
pm.openFile(self.saveFileName, force = True)#re-open the save file
pm.renameFile(self.saveFileName.replace('_temp', '')) #renames the file back to the original name before it was
os.remove(self.saveFileName)
def check(cls):
"""
Check if a viewport is using Viewport 2.0
and asks to switch it to the legacy viewport.
"""
model_panels = [o for o in pmc.lsUI(editors=1) if 'modelPanel' in o]
for panel in model_panels:
try:
v = pmc.uitypes.ModelEditor(panel)
if v.getActiveView() and v.getRendererName() == 'vp2Renderer':
return cls._trigger(v)
except RuntimeError:
pass
# No viewport 2.0
return True
def main():
global panel_hyperShd
#// collect hyperShade Window
win_hyperShd = [ win for win in pm.lsUI( type='window' ) if win.find('hyperShade') != -1 ]
#// test if hyershade is open
if len(win_hyperShd) == 0:
pm.runtime.HypershadeWindow()
panel_hyperShd = pm.getPanel( scriptType='hyperShadePanel' )[0]
print panel_hyperShd
#// add button in hyperShade
pm.setParent( panel_hyperShd + '|mainForm|hyperShadeToolbarForm' )
if( not(pm.button( 'grab', exists=True )) ):
pm.button('grab', bgc=[0.5,0.5,0], c=pm.Callback( addMaterialinGraph ), width=50 )
def create():
for newmenu in menu_menu:
menus = [m for m in pym.lsUI() if m.name() == "MayaWindow|" + newmenu]
if menus:
oMenu = menus[0]
oMenu.deleteAllItems()
else:
oMenu = pym.menu(
newmenu,
label=menu_menu[newmenu]["label"], to=True, p='MayaWindow'
)
oMenu.makeDefault()
entries = menu_menu[newmenu]["entries"]
for entrie in entries:
label = entries[entrie]["label"]
cmd = entries[entrie]["cmd"]
pym.menuItem(entrie, label=label, c=cmd)
def widgetPath(windowName, widgetNames):
"""
@param windowName: Window instance name to search
@param widgetNames: list of names to search for
taken from http://www.chris-g.net/2011/06/24/maya-qt-interfaces-in-a-class/
"""
returnDict = {}
mayaWidgetList = pm.lsUI(dumpWidgets=True)
for widget in widgetNames:
for mayaWidget in mayaWidgetList:
if windowName in mayaWidget:
if mayaWidget.endswith(widget):
returnDict[widget] = mayaWidget
return returnDict
def widgetPath(windowName, widgetNames):
"""
@param windowName: Window instance name to search
@param widgetNames: list of names to search for
taken from http://www.chris-g.net/2011/06/24/maya-qt-interfaces-in-a-class/
"""
returnDict = {}
mayaWidgetList = pm.lsUI(dumpWidgets=True)
for widget in widgetNames:
for mayaWidget in mayaWidgetList:
if windowName in mayaWidget:
if mayaWidget.endswith(widget):
returnDict[widget] = mayaWidget
return returnDict
def get_current_camera():
'''
get the camera from the active viewport if able
'''
current_camera = None
modelEditorList = []
for modelEditor in pm.lsUI(editors=True):
if modelEditor.find('modelPanel') != -1:
modelEditorList.append(modelEditor)
for modelEditor in [x for x in modelEditorList if x.getActiveView()]:
try:
current_camera = modelEditor.getCamera().getShape()
except:
lcUtility.Utility.lc_print_exception(
"Problem getting the current camera")
return current_camera
def cmd_txsnm_chk_bt(self): #check 贴图命名
u"""
>>check 贴图命名 : 项目缩写为 前缀， 使用 数字 0-9 字母a-zA-Z 下划线 _ 点.
贴图文件命名及路径中 回避 中文
贴图文件命名及路径中 不能有 空格 - () 等 特殊字符
"""
chk_labels = {
'noExists': u'贴图不存在',
'iffyName': u'贴图命名 应由 (字母/数字/_/.) 组成',
'seqIffyName': u'序列贴图序号存在异常 正常为 ***.0001.jpg',
'prefIffyName': u'贴图前缀与当前任务不匹配'
}
res = self.chk_txf_name()
if not res: return
olnps = [
ea for ea in pm.lsUI(panels=True) if ea.type() == 'ToutlinerEditor'
]
if olnps:
mc.outlinerEditor(olnps[0].name(), showSetMembers=True, e=True)
res_str = u'>>>请检查列出的file节点 贴图命名 所描述的错误{}'.format(os.linesep)
ck_cnt = 0
res_total_sets = None
if pm.objExists('Check_Error_information_Sets'):
res_total_sets = pm.PyNode('Check_Error_information_Sets')
[
pm.delete(ea_sets)
for ea_sets in res_total_sets.listConnections()
]
res_total_sets = pm.sets(name='Check_Error_information_Sets', em=True)
for ea_ck_lb in chk_labels:
if res[ea_ck_lb]:
res_sets = pm.sets(name="CheckRes_{}".format(ea_ck_lb))
res_total_sets.add(res_sets.name())
res_str += u'\t{}{}'.format(chk_labels[ea_ck_lb], os.linesep)
for ea_fn in res[ea_ck_lb]:
res_sets.add(ea_fn.name())
res_str += u"\t\t>>>File Node >> {:<32}\t>>>Texture File>> {:<120}\t 异常部分: {}{}".format(
ea_fn.name(), res[ea_ck_lb][ea_fn].keys()[0],
res[ea_ck_lb][ea_fn].values()[0], os.linesep)
ck_cnt += 1
if ck_cnt: print res_str
else: print(u">>>没有贴图节点被check")
def onModelChange3dc():
# Get all model editors in Maya and reset the editorChanged event
for item in pm.lsUI(editors=True):
if isinstance(item, pm.ui.ModelEditor):
pm.modelEditor(item, edit=True, editorChanged="")
def fn_playblast(stereocam, file_name, layer_number, cut_in, cut_out, is_rear_layer=True, pb_offscreen=True, \
renderers='base_OpenGL_Renderer', display_elements={}, \
ext='png', widthHeight=[2048,858], enable_anim_floating_window=False):
center = stereocam
try:
left = center.attr('leftCamera').get()
right = center.attr('rightCamera').get()
except:
print 'Failed to get left and right camera from '+str(center)
return []
# disable resolution
try:
center.attr('displayResolution').set(0)
center.attr('displayGateMask').set(0)
center.attr('displayFilmGate').set(0)
except:
pass
# make sure that we play frames in every frame
try:
pm.playbackOptions(edit=True, by=1.0)
except:
pass
#get user option before building model editor
#opt_path = pm.internalVar(usd=True).replace('\\', '/')
#if os.path.isfile(opt_path+'updatePreviewXmlUserOption.txt'):
# initial vars before building model editor
if renderers=='vp2Renderer':
# if we use viewport2(vp2) render, the images contain alpha channel,
# then we simply use imconvert to composite images instead of chrome keying in nuke
# but imconvert can not recognize tif image, so we change the default tif to png
ext = 'png'
layer = 'main'
if file_name.endswith('.near'):
layer = 'near'
elif file_name.endswith('.far'):
layer = 'far'
# floating window value
fwv = scf.getFloatingWindowValues(center, cut_in, cut_out)
add_float_window = True
if not fwv['ll'] and not fwv['lr'] and not fwv['rl'] and not fwv['rr']:
add_float_window = False
cameras = {'center':center, 'left':left, 'right':right}
deleteUselessHudExpression()
# build the model editor
global stereo_pb_window
stereo_pb_window_exists = False
for w in pm.lsUI(type='window'):
try:
if pm.window(w, ex=True) and w.getTitle()=='stereo_pb_window':
stereo_pb_window_exists = True
break
except:
pass
if stereo_pb_window and stereo_pb_window['window'] and pm.window(stereo_pb_window['window'], ex=True):
stereo_pb_window_exists = True
ratio = float(widthHeight[0])/widthHeight[1]
ui = {}
if stereo_pb_window_exists:
ui = stereo_pb_window
else:
ui = buildPlayblastWindow(cameras, layer, layer_number, add_float_window, renderers, is_rear_layer, ratio, display_elements)
p_window = ui['window']
p_editor = ui['editor']
safearea = ui['safearea']
hud_stereo = ui['hud_stereo']
huds_current = ui['huds_current']
bgColor = ui['bgColor']
#global stereo_pb_continue
#if enable_anim_floating_window and fwv['animated'] and not stereo_pb_continue:
# stereo_pb_continue = True
# return []
# playblast left eye first
try:
try:
if safearea:
safearea.attr('panScanRatio').set(ratio)
safearea.attr('panScanOffset').set(0)
except:
pass
if safearea and (fwv['ll'] or fwv['lr']):
try:
setPanScanValues(fwv, safearea, cut_in, cut_out, ratio, eye='left')
except:
print traceback.format_exc()
try:
left.attr('overscan').unlock()
left.attr('overscan').set(1.0)
except:
print traceback.format_exc()
# disable resolution display
try:
left.attr('displayResolution').unlock()
left.attr('displayResolution').set(False)
except:
pass
pm.modelEditor(p_editor, edit=True, camera=left, activeView=True)
pm.lookThru(left)
pm.refresh()
except:
print traceback.format_exc()
left_img = pm.playblast( startTime=cut_in, endTime=cut_out, format='image', filename=file_name+'.left', \
forceOverwrite=True, sequenceTime=0, clearCache=False, viewer=False, showOrnaments=True, \
offScreen=True, fp=4, percent=100, compression=ext, widthHeight=(widthHeight[0],widthHeight[1]), quality=100)
try:
left.attr('overscan').lock()
left.attr('displayResolution').lock()
except:
pass
# right eye follows
try:
try:
if safearea:
safearea.attr('panScanRatio').set(ratio)
safearea.attr('panScanOffset').set(0)
except:
pass
if safearea and (fwv['rl'] or fwv['rr']):
try:
setPanScanValues(fwv, safearea, cut_in, cut_out, ratio, eye='right')
except:
print traceback.format_exc()
try:
right.attr('overscan').unlock()
right.attr('overscan').set(1.0)
except:
print traceback.format_exc()
# disable resolution display
try:
right.attr('displayResolution').unlock()
right.attr('displayResolution').set(False)
except:
pass
pm.modelEditor(p_editor, edit=True, camera=right, activeView=True)
pm.lookThru(right)
pm.refresh()
except:
print traceback.format_exc()
right_img = pm.playblast( startTime=cut_in, endTime=cut_out, format='image', filename=file_name+'.right', \
forceOverwrite=True, sequenceTime=0, clearCache=False, viewer=False, showOrnaments=True, \
offScreen=True, fp=4, percent=100, compression=ext, widthHeight=(widthHeight[0],widthHeight[1]), quality=100)
try:
right.attr('overscan').lock()
right.attr('displayResolution').lock()
except:
pass
cleanPlayblastWindow(ui, renderers)
#stereo_pb_continue = False
print left_img
print right_img
# the returned filename is formated as path/image_name.####.ext
return [cf.osPathConvert(left_img), cf.osPathConvert(right_img)]
import pymel.core as pm
import pymel.core.uitypes as pmui
modelPanelList = []
# all the editors, including hypershade and stuffs
modelEditorList = pm.lsUI(editors=True)
for editors in modelEditorList:
print editors
for myModelPanel in modelEditorList:
if myModelPanel.find(
'modelPanel') != -1: # this will give only 4 viewports
modelPanelList.append(myModelPanel)
# get the last (perspective) viewport
modelPanelList[-1].setRendererName('vp2Renderer')
# get available renderers with getRendererList()
def solveOnModelChange3dc():
# 获取Maya中的所有编辑器，并重置editorChanged事件
for item in pm.lsUI(editors=True):
if isinstance(item, pm.ui.ModelEditor):
pm.modelEditor(item, edit=True, editorChanged="")
def get_all_wins():
all_windows = pm.lsUI(typ = 'window')
window_remove = ['MayaWindow']
all_extra_windows = [_ for _ in all_windows if _ not in window_remove]
return all_extra_windows
def init():
if capp.HOST == capp.MAYA or capp.HOST == capp.MAYA2:
if pm.about(b=1):
return
cm = 'cerebroMenu1'
for tmp in pm.lsUI(type='menu'):
if cm in tmp:
pm.deleteUI(tmp)
root = pm.menu(cm, label='Cerebro', parent='MayaWindow', tearOff=True)
pm.menuItem('cerebroTodoListMenu',
label='Todo list',
parent=root,
image='',
c=lambda *args: menu.todolist())
pm.menuItem('cerebroBrowserMenu',
label='Link/Embed',
parent=root,
image='',
c=lambda *args: menu.browser())
pm.menuItem('cerebroCreateReportNewMenu',
label='Save as version',
parent=root,
image='',
c=lambda *args: menu.createreport())
pm.menuItem('cerebroPublishMenu',
label='Publish',
parent=root,
image='',
c=lambda *args: menu.publish())
#pm.menuItem('cerebroVersionMenu', label='Add version', parent=root, image='', c=lambda *args: menu.version_silent())
pm.menuItem('cerebroSep2', parent=root, divider=True)
pm.menuItem('cerebroLogoutMenu',
label='Logout',
parent=root,
image='',
c=lambda *args: menu.logout())
pm.menuItem('cerebroSep3', parent=root, divider=True)
pm.menuItem('cerebroChangeWorkDir',
label='Change working directory',
parent=root,
image='',
c=lambda *args: menu.workdir())
pm.menuItem('cerebroSep4', parent=root, divider=True)
pm.menuItem('cerebroOpenFolder',
label='Open task folder',
parent=root,
image='',
c=lambda *args: menu.open_folder())
pm.menuItem('cerebroOpenCerebro',
label='Open task in Cerebro',
parent=root,
image='',
c=lambda *args: menu.open_cerebro())
pm.menuItem('cerebroSep5', parent=root, divider=True)
pm.menuItem('cerebroShowVer',
label='About',
parent=root,
image='',
c=lambda *args: menu.about())
if capp.DEBUG is True:
m_reload = pm.menuItem('cerebroReload',
label='Reload',
parent=root,
image='',
c=lambda *args: menu.reload())
def HaMenu():
for n in pm.lsUI(l=True, menus=True):
#if pm.objectTypeUI(n) == "menuBarLayout":
if 'Ha_mainMenu' in n:
_addMenu()
break
def install_rayvision_menu():
if "MayaWindow|Rayvision" not in pm.lsUI(type="menu"):
pm.menu("Rayvision", parent='MayaWindow')
pm.menuItem("SubmitMayaRenderTask",
command="execfile(r\"%s\")" % (submit_maya_py))
import pymel.core as pm
# Get all model editors in Maya and reset the editorChanged event
for item in pm.lsUI(editors=True):
if isinstance(item, pm.ui.ModelEditor):
pm.modelEditor(item, edit=True, editorChanged="")
def bakeHIK(self):
# bake whip if present
# if pm.objExists('ikJoint_Weapon2'):
# pm.bakeResults(pm.listRelatives('Helper_Weapon1'), time = (animAPI.MAnimControl.minTime().value(), animAPI.MAnimControl.maxTime().value()), simulation = True, sampleBy = 1, oversamplingRate = 1, disableImplicitControl = True, preserveOutsideKeys = True, sparseAnimCurveBake = False, removeBakedAttributeFromLayer = False, removeBakedAnimFromLayer = False, bakeOnOverrideLayer = False, minimizeRotation = True, controlPoints = False, shape = True)
# re-setting bake settings
mel.eval('performBakeSimulation 1;') # open bake settings
list = [
i for i in pm.lsUI(cl=True, long=True) if 'OptionBoxWindow' in i
] # list down UIs
list.sort(key=len) # sort list by length
mel.eval('bakeSimulationSetup %s animationList 1 "-1.0" "-1.0";' %
list[6]) # resetting bake settings
pm.deleteUI('OptionBoxWindow') # close bake window
mel.eval('HIKCharacterControlsTool') # command to open humanIK
pm.mel.mayaHIKsetRigInput("Character1") # setting back to humanIK
pm.mel.hikUpdateContextualUI() # updating the humanIK UI
pm.mel.hikUpdateSourceList()
pm.mel.hikSetCurrentCharacter("Character1") # selecting character
pm.mel.hikUpdateCurrentCharacterFromScene()
pm.mel.hikUpdateContextualUI()
pm.mel.hikBakeCharacter(0) # this is the bake to skeleton command
# pm.mel.hikBakeToControlRig(0)
# this part bakes the weapon and helperweapon
if pm.ls('Controller_Weapon_Global'): # for single handed weapons
pm.bakeResults(pm.ls('*Joint_Weapon')[0],
t=(animAPI.MAnimControl.minTime().value(),
animAPI.MAnimControl.maxTime().value()),
simulation=True)
helperToWeapon = pm.parentConstraint(pm.ls('*Joint_Weapon',
type='joint')[0],
pm.ls('*Helper_Weapon1')[0],
mo=False)
pm.bakeResults(pm.ls('*Helper_Weapon1')[0],
t=(animAPI.MAnimControl.minTime().value(),
animAPI.MAnimControl.maxTime().value()),
simulation=True)
pm.delete(helperToWeapon)
elif pm.ls('Controller_Weapon_Global_R') and pm.ls(
'Controller_Weapon_Global_L'
): # baking and constraints for dual swords etc
pm.bakeResults(pm.ls('*Joint_Weapon')[0],
pm.ls('*:Joint_Weapon')[0],
t=(animAPI.MAnimControl.minTime().value(),
animAPI.MAnimControl.maxTime().value()),
simulation=True)
helperRToWeaponR = pm.parentConstraint(pm.ls('*Joint_Weapon',
type='joint')[0],
pm.ls('*Helper_Weapon1')[0],
mo=False)
helperLToWeaponL = pm.parentConstraint(pm.ls('*:Joint_Weapon',
type='joint')[0],
pm.ls('*Helper_Weapon2')[0],
mo=False)
pm.bakeResults(pm.ls('*Helper_Weapon1')[0],
pm.ls('*Helper_Weapon2')[0],
t=(animAPI.MAnimControl.minTime().value(),
animAPI.MAnimControl.maxTime().value()),
simulation=True)
pm.delete(helperRToWeaponR, helperLToWeaponL)
elif pm.ls('Controller_Weapon_GlobalR') and pm.ls(
'Controller_Weapon_GlobalL'
): # baking and constraints for two hand that's being used in 110_n02
pm.bakeResults(pm.ls('*Joint_Weapon')[0],
t=(animAPI.MAnimControl.minTime().value(),
animAPI.MAnimControl.maxTime().value()),
simulation=True)
helperRToWeaponR = pm.parentConstraint(pm.ls('*Joint_Weapon',
type='joint')[0],
pm.ls('*Helper_Weapon1')[0],
mo=False)
pm.bakeResults(pm.ls('*Helper_Weapon1')[0],
t=(animAPI.MAnimControl.minTime().value(),
animAPI.MAnimControl.maxTime().value()),
simulation=True)
pm.delete(helperRToWeaponR)
elif pm.ls('Controller_Weapon_RightHand') and pm.ls(
'Controller_Weapon_LeftHand'
): # baking and constraints for 110_n02
pm.bakeResults(pm.ls('*Joint_Weapon')[0],
t=(animAPI.MAnimControl.minTime().value(),
animAPI.MAnimControl.maxTime().value()),
simulation=True)
helperRToWeaponR = pm.parentConstraint(pm.ls('*Joint_Weapon',
type='joint')[0],
pm.ls('*Helper_Weapon1')[0],
mo=False)
pm.bakeResults(pm.ls('*Helper_Weapon1')[0],
t=(animAPI.MAnimControl.minTime().value(),
animAPI.MAnimControl.maxTime().value()),
simulation=True)
pm.delete(helperRToWeaponR)
def get_shelf_layout():
for shelfPrLayout in pm.lsUI(type='tabLayout'):
return shelfPrLayout.shortName()
log.warning("no shelf layout found.")
return None
def removeOnModelEditChange():
for item in pym.lsUI(editors=True):
if isinstance(item, pym.ui.ModelEditor):
pym.modelEditor(item, edit=True, editorChanged="")