def _init_tool():
if not cmds.contextInfo(TOOLS.EDIT, exists=True):
cmds.tcMotionPathEditContext(TOOLS.EDIT)
if not cmds.contextInfo(TOOLS.DRAW, exists=True):
cmds.tcMotionPathDrawContext(TOOLS.DRAW)
_init_script_jobs()
def actuToolSettings(self):
ctx = mc.currentCtx()
ctxType = mc.contextInfo(ctx, c=True)
# if self.wg_moveSettings.isVisible() or self.wg_rotateSettings.isVisible() or self.wg_scaleSettings.isVisible() or self.wg_nullSettings.isVisible():
if ctxType == "manipMove":
self.setIconTool("manipMove")
mc.frameLayout(self.fl_tool, edit=True, label="Move Settings")
mc.iconTextRadioButton(self.bt_tweakSelStyle, edit=True, enable=True)
# self.wg_rotateSettings.setVisible(False)
# self.wg_scaleSettings.setVisible(False)
# self.wg_nullSettings.setVisible(False)
# self.wg_moveSettings.setVisible(True)
# self.initMoveSettings()
if ctxType == "manipRotate":
self.setIconTool("manipRotate")
mc.frameLayout(self.fl_tool, edit=True, label="Rotate Settings")
mc.iconTextRadioButton(self.bt_tweakSelStyle, edit=True, enable=True)
# self.wg_moveSettings.setVisible(False)
# self.wg_scaleSettings.setVisible(False)
# self.wg_nullSettings.setVisible(False)
# self.wg_rotateSettings.setVisible(True)
# self.initRotateSettings()
if ctxType == "manipScale":
self.setIconTool("manipScale")
mc.frameLayout(self.fl_tool, edit=True, label="Scale Settings")
mc.iconTextRadioButton(self.bt_tweakSelStyle, edit=True, enable=True)
# self.wg_moveSettings.setVisible(False)
# self.wg_rotateSettings.setVisible(False)
# self.wg_nullSettings.setVisible(False)
# self.wg_scaleSettings.setVisible(True)
# self.initScaleSettings()
if ctxType == "selectTool":
self.setIconTool("selectTool")
mc.frameLayout(self.fl_tool, edit=True, label="Tool Settings")
mc.iconTextRadioButton(self.bt_tweakSelStyle, edit=True, enable=False)
def _disable():
_delete_script_jobs()
for t in TOOLS.all():
if cmds.currentCtx() == t:
cmds.setToolTo('selectSuperContext')
if cmds.contextInfo(t, exists=True):
cmds.deleteUI(t)
tc_motion_path_widget.set_active_tool('selectSuperContext')
def press_selected(self, menu, **mod):
self._is_open_menu = False
self._current_node = self.EMPTY_NODE
self._cleanMenu()
context = cmds.currentCtx() # context marking menu
cmds.contextInfo(context, title=True)
cmds.popupMenu('MMtoKey_MMB', b=2, aob=True, mm=True, p=self._getPanel(), pmc=self._openMarkingMenu, **mod)
if context in self.DATA_TOOL and self.DATA_TOOL[context].menu:
mel.eval('source "menu_%s";' % self.DATA_TOOL[context].menu)
elif self.pref_special_1:
mel.eval('source "menu_%s";' % self.pref_special_1)
# common menu
cmds.popupMenu('MMtoKey_LMB', b=1, aob=True, mm=True, p=self._getPanel(), pmc=self._openMarkingMenu, **mod)
if menu:
mel.eval('source "menu_%s";' % menu)
return
self._current_node = self._findNode()
if self._current_node.menu:
mel.eval('source "menu_%s";' % self._current_node.menu)
elif self.pref_special_0:
mel.eval('source "menu_%s";' % self.pref_special_0)
def set_context_index(self, context_string):
index = 1
context_condition = True
while context_condition is True:
context_name = context_string + str(index)
context_condition = cmds.contextInfo(context_name, exists=True)
index += 1
if index > 100:
print 'infinite loop'
return
return context_name
def run():
if cmds.contextInfo(ZOOM_TRANSLATE, exists=True):
cmds.setToolTo(ZOOM_TRANSLATE)
return
cmds.draggerContext(ZOOM_TRANSLATE,
pressCommand='zoom_translate.start_translate()',
dragCommand='zoom_translate.do_translate()',
releaseCommand='zoom_translate.end_translate()',
cursor='hand',
undoMode='step')
# Put it as the y-key slot
mel.eval('$gNonSacredTool = "{}";'.format(ZOOM_TRANSLATE))
cmds.setToolTo(ZOOM_TRANSLATE)
def __init__(self, dock=False, rebuild=False, tab="vertex-space"):
# checks
if not mnpr_info.environment:
mnpr_info.loadRenderer()
if not cmds.contextInfo("artAttrColorPerVertexContext", ex=True):
mel.eval("PaintVertexColorToolOptions;")
cmds.evalDeferred('maya.mel.eval("SelectTool;")')
# initialize
self.tab = tab
super(MNPR_FX_UI,
self).__init__(self.windowTitle,
dock=dock,
rebuild=rebuild,
brand=mnpr_info.brand,
tooltip="Paint local stylization effects")
def _addNode(self):
context = cmds.currentCtx()
cmds.contextInfo(context, title=True)
self._addNodeName(context)
def mvgDeleteContext():
import maya.cmds as cmds
cmds.setToolTo('selectSuperContext')
if cmds.contextInfo('mayaMVGTool1', exists=True):
cmds.deleteUI('mayaMVGTool1', toolContext=True)
def setTool(*args):
if not cmds.contextInfo("createJointContext1", ex=1):
mel.eval('createJointContext createJointContext1')
cmds.setToolTo("createJointContext1")
def eventFilter(self, obj, event):
#try:
if event.type() == event.Enter:
obj.grabKeyboard()
if event.type() == event.Leave:
obj.releaseKeyboard()
if event.type() == event.KeyRelease:
ctx = cmds.currentCtx()
currentTool = cmds.contextInfo(ctx, c=True)
if currentTool != self.currentTool or event.key() == QtCore.Qt.Key_Escape:
self.pickedObjects = None
self._quit(obj)
if event.key() == QtCore.Qt.Key_Enter:
self._quit(obj)
if event.type() == event.MouseButtonPress:
modifier = 0
qMod = event.modifiers()
if qMod == QtCore.Qt.ShiftModifier:
modifier = 1
elif qMod == QtCore.Qt.ControlModifier:
modifier = 2
elif qMod == QtCore.Qt.AltModifier:
modifier = 3
if event.button() == Qt.MouseButton.RightButton:
# Escape condition
if self.pickedObjects.isEmpty():
self.pickedObjects = None
self._quit(obj)
return True
else:
pickedName = None
# Outliner picking
if obj.metaObject().className() == "TpanelDagOutliner":
pickedName = cmds.hitTest(
obj.objectName(), event.x(), event.y())[0]
# Viewport picking
self.hit = cmds.dagObjectHit(mn="dummyMenu")
if self.hit is True:
popChild = cmds.popupMenu(
"dummyMenu", q=True, itemArray=True)
mItem = cmds.menuItem(popChild[0], q=True, l=True)
pickedName = mItem.replace("...", "")
cmds.popupMenu("dummyMenu", edit=True,
deleteAllItems=True)
if pickedName is not None:
picked = om.MSelectionList()
picked.add(pickedName)
node = self._getLastDagNode(picked)
if not picked.isEmpty() and (len(self.typeFilter) == 0 or node.apiTypeStr() in self.typeFilter):
self.pickedObjects.merge(picked)
self.hilite(picked)
views = omui.M3dView
for i in range(views.numberOf3dViews()):
view = views.get3dView(i)
view.refresh()
if event.button() == Qt.MouseButton.LeftButton:
self.buttonPressed.append(1)
elif event.button() == Qt.MouseButton.MidButton:
self.buttonPressed.append(2)
self.modifierPressed.append(modifier)
return True
if obj.metaObject().className() == "TpanelDagOutliner":
return False
return True
#return False
#if event.type() == event.MouseButtonRelease:
#if self.hit == False:
#return False
"""except:
self.pickedObjects = None
obj.releaseKeyboard()
self.unHilite()
self.event.quit()
return False"""
return False
def _addNode(self):
context = cmds.currentCtx()
cmds.contextInfo(context, title=True)
self._addNodeName(context)
def setCamRotatePivots(oObjects=[]):
global RitalinEnabled
global RitalinHonorInfluenceJoints
Units = cmds.currentUnit(query=True, linear=True)
#Unfortunately Maya is too stupid to set the rotion pivot according to the currently set unit type in the scene.
#It always uses cm internally, so we need a Unit Multiplier (UM) depending on the active unit type for correction in case units are not set to cm
if Units == "mm":
UM = 0.1
elif Units == "cm":
UM = 1.0
elif Units == "m":
UM = 100.0
elif Units == "in":
UM = 2.54
elif Units == "ft":
UM = 30.48
elif Units == "yd":
UM = 91.44
Cams = cmds.ls(dag=true, cameras=True)
if RitalinEnabled == True:
CheckPaintTool = True
Continue = False
ComputeCenterAlreadyDone = False
if len(oObjects) == 0:
#print("No Objects given to compute BB for, using current selection instead!")
Selec = cmds.ls(selection=True)
else:
Selec = oObjects
CheckPaintTool = False #In case there are objects given to compute BB center for we don't need to check for the paint tool, we already know what to compute BB for
if len(Selec) > 0: #We have objects to work with?
X = 0.0
Y = 0.0
Z = 0.0
if CheckPaintTool:
#print ("Checking paint tool...")
#Let's find out if we are in skin weights paint mode
currCtx = cmds.currentCtx()
#print ("Current Context is: " + str(currCtx))
currTool = ""
try: #contextInfo operations are buggy in Maya 2011, we need to try.. :-(
currTool = cmds.contextInfo(currCtx, t=True)
#print ("Current Tool is: " + str(currTool))
except:
#print ("Fail")
pass
if RitalinHonorInfluenceJoints == True: #In case we are painting skin weights we can ignore everything and just concentrate on the currently active skin joint
if currTool == "artAttrSkin" or currTool == "Paint Skin Weights Tool":
whichTool = cmds.artAttrSkinPaintCtx(currCtx,
query=True,
whichTool=True)
#print ("Tool name is: " + str(whichTool))
if whichTool == "skinWeights": #Yes, we are in skin paint weights mode
#print ("We are in paint skin weights mode...")
influenceJoint = ""
#Find the currently active joint for which weights are being painted
influenceJoint = cmds.artAttrSkinPaintCtx(
currCtx, query=true, influence=true)
#print("Currently painting joint: " + str(influenceJoint))
if influenceJoint != "":
influenceJoint += (".rotatePivot")
BB = cmds.exactWorldBoundingBox(influenceJoint)
X = ((BB[0] + BB[3]) / 2)
Y = ((BB[1] + BB[4]) / 2)
Z = ((BB[2] + BB[5]) / 2)
ComputeCenterAlreadyDone = True
Continue = True
if ComputeCenterAlreadyDone == False: #Standard computation in case we are not in paintSkinWeights mode or don't care if we are
Joints = []
stdObjects = []
specialTransformTypes = [
"selectHandle", "rotatePivot", "scalePivot", "Axis"
]
for o in Selec:
if (cmds.nodeType(o) == "joint"):
#Maya can't compute BB of joints (API bug?) so we have to work around this by dealing with joint's rotatePivots instead
#print ("Selected node is of type joint")
isSpecialType = False
for Type in specialTransformTypes:
if o.find(Type) > -1:
#print ("Selected node is of a special Transform Type")
stdObjects.append(o)
isSpecialType = True
break
if isSpecialType == False:
#print ("Selected node is not of special TransformType, appending directly")
stdObjects.append(o + ".rotatePivot")
elif (cmds.nodeType(o) == "transform"):
#Maya does not take shape nodes of selected objects into account automatically, we must supply such nodes directly
#to compute BB of e.g. skinned objects or objects whose pivots have been moved far from their geometric centers
#print ("Selected node is of type transform")
Shapes = (
cmds.ls(o,
dagObjects=True,
shapes=True,
noIntermediate=True)
) #Lets get all the shape nodes associated with the transform
if len(Shapes) > 0:
for shp in Shapes:
#print ("Shape is of type " + cmds.nodeType(shp))
#print ("Shape name: " + shp)
shpName = str(shp)
stdObjects.append(shpName)
else: #We have a transform without a shape?
stdObjects.append(o)
else:
#print ("Node must be a subcomponent")
stdObjects.append(o)
if len(stdObjects) > 0:
BB = cmds.exactWorldBoundingBox(
stdObjects) #Do standard BB computation
X = ((BB[0] + BB[3]) / 2)
Y = ((BB[1] + BB[4]) / 2)
Z = ((BB[2] + BB[5]) / 2)
Continue = True
#Finally let'S do the actual tumble pivot setting on the cameras
if Continue == True:
cmds.tumbleCtx(
"tumbleContext", edit=True, localTumble=0
) #Set the tumble tool to honor the cameras tumble pivot
X = X * UM
Y = Y * UM
Z = Z * UM
for cam in Cams:
try:
#finally set the tumble pivot of the camera to the coordinates we have calculated before
cmds.setAttr(cam + ".tumblePivot", X, Y, Z)
except:
Warning("Ritalin: Setting camera tumble pivot on " + cam +
"failed!")
def mvgDeleteContext():
import maya.cmds as cmds
cmds.setToolTo('selectSuperContext')
if cmds.contextInfo('mayaMVGTool1', exists=True):
cmds.deleteUI('mayaMVGTool1', toolContext=True)
def mvgCreateContext():
import maya.cmds as cmds
if cmds.contextInfo('mayaMVGTool1', exists=True):
cmds.deleteUI('mayaMVGTool1', toolContext=True)
cmds.mayaMVGTool('mayaMVGTool1')
def setTool( *args ):
if not cmds.contextInfo( "createJointContext1", ex=1 ):
mel.eval( 'createJointContext createJointContext1' )
cmds.setToolTo( "createJointContext1" )
def pickObject(leftMessage=None, middleMessage=None, buttonPressed=[], modifierPressed=[], filters=[]):
"""
Form a complex number.
Keyword arguments:
leftMessage -- Status bar message for the left mouse button
middleMessage -- Status bar message for the middle mouse button
buttonPressed -- Returns the mouse button clicked by the user.
Possible Values:
- 0: Right mouse button (or the Esc key), which means the user aborted the picking session
- 1: Left mouse button
- 2: Middle mouse button
modifierPressed -- Returns the modifier key pressed by the user.
Possible Values:
- 0: None
- 1: Shift modifier key
- 2: Ctrl modifier key
- 3: Shift-Ctrl modifier key
filter -- a list of MFn.Type as strings.
ie: ["kMesh", "kNurbsCurve", "kNurbsSurface", "kLocator", "kJoint"]
return a MSelectionList, or None if nothing picked or escaped
"""
# Init
views = omui.M3dView
viewCount = views.numberOf3dViews()
outlinerPanels = cmds.getPanel(typ='outlinerPanel')
ctx = cmds.currentCtx()
currentTool = cmds.contextInfo(ctx, c=True)
loop = QEventLoop()
eventFilter = MouseEventFilter(loop, currentTool, filters)
# Add the eventFilter to all the viewports
widgets = []
for i in range(viewCount):
view = views.get3dView(i)
widget_ptr = view.widget()
widget = wrapInstance(long(widget_ptr), QWidget)
widget.setCursor(QCursor(Qt.PointingHandCursor))
widget.installEventFilter(eventFilter)
widgets.append(widget)
# Add the eventFilter to all the outliners
for panel in outlinerPanels:
ptr = mui.MQtUtil.findControl(panel)
if ptr is not None:
outPanel = wrapInstance(long(ptr), QObject)
regex = QRegExp("outlinerPanel.*")
outliners = outPanel.findChildren(QtGui.QWidget, regex)
for outliner in outliners:
if outliner.metaObject().className() == "TpanelDagOutliner":
outliner.installEventFilter(eventFilter)
widgets.append(outliner)
# Add the help messages
ptr = mui.MQtUtil.findControl("helpLine1")
helpLine = wrapInstance(long(ptr), QStatusBar)
lMessage = QLabel("L: " + leftMessage)
lMessage.setMargin(helpLine.width() / 10)
helpLine.addPermanentWidget(lMessage)
mMessage = QLabel("M: " + middleMessage)
mMessage.setMargin(helpLine.width() / 10)
helpLine.addPermanentWidget(mMessage)
rMessage = QLabel(" R: Exit")
rMessage.setMargin(helpLine.width() / 10)
helpLine.addPermanentWidget(rMessage)
loop.exec_()
# Get Outputs
picked = eventFilter.pickedObjects
buttonPressed.extend(eventFilter.buttonPressed)
modifierPressed.extend(eventFilter.modifierPressed)
# Cleanup
for widget in widgets:
widget.unsetCursor()
widget.removeEventFilter(eventFilter)
# widget.releaseKeyboard()
eventFilter = None
if cmds.popupMenu("dummyMenu", exists=True):
cmds.deleteUI("dummyMenu")
helpLine.removeWidget(lMessage)
helpLine.removeWidget(mMessage)
helpLine.removeWidget(rMessage)
return picked
def setTool_curveEditBrush(evt=0):
import maya.cmds as cmds
import maya.mel as mel
if not cmds.pluginInfo("sgTools", q=1, l=1):
cmds.loadPlugin('sgTools')
melScript = '''
proc int isGreasePencilContext()
//
// Description:
// Returns true if this is Grease Pencil context.
//
{
string $tc = currentToolClass();
return ($tc == "greasePencil");
}
global proc artActivateScreenSlider(
string $sliderName
)
//
// Description:
// Global procs for activating screen sliders
// - sets the flag to activate them.
//
{
// New Artisan Tools.
if ( isArtisanCtx() ) {
string $artisanCmd = artisanCommand();
if( $sliderName == "upper_radius" ) {
artBaseCtx -e -dragSlider "radius" `currentCtx`;
} else if( $sliderName == "lower_radius" ) {
artBaseCtx -e -dragSlider "lowradius" `currentCtx`;
} else if( $sliderName == "opacity" ) {
artBaseCtx -e -dragSlider "opacity" `currentCtx`;
} else if( $sliderName == "value" ) {
artBaseCtx -e -dragSlider "value" `currentCtx`;
} else if( $sliderName == "stamp_depth" ) {
artBaseCtx -e -dragSlider "depth" `currentCtx`;
} else if( $sliderName == "displacement" ) {
artBaseCtx -e -dragSlider "displacement" `currentCtx`;
} else if( $sliderName == "uv_vector" ) {
artBaseCtx -e -dragSlider "uvvector" `currentCtx`;
}
}
else if ( isGreasePencilContext() )
{
if( $sliderName == "upper_radius" )
{
// Map B to radius
artBaseCtx -e -dragSlider "radius" greasePencilContext;
}
else if( $sliderName == "displacement" )
{
// Map m to opacity rather than value but not for the eraser
// as this has no effect
if ( 4 != `greasePencilCtx -query -greasePencilType greasePencilContext` )
{
artBaseCtx -e -dragSlider "opacity" greasePencilContext;
}
}
}
// UV Smudge Tool
else if ( isSmudgeCtx() ) {
texSmudgeUVContext -edit -dragSlider "radius" texSmudgeUVCtx;
}
// Soft Mod
else if ( size( getActiveSoftMod() ) > 0 )
{
string $ctx = `currentCtx`;
if( `contextInfo -c $ctx` != "softMod" )
$ctx = "softModContext";
softModCtx -e -dragSlider "radius" $ctx;
}
// Paint Effects.
else if ((`isTrue "MayaCreatorExists"`) && isDynPaint())
{
if( $sliderName == "displacement" ) {
dynPaintResize("offset");
} else if( $sliderName == "lower_radius" ) {
dynPaintResize("width");
} else {
dynPaintResize("size");
}
}
else if ($sliderName == "upper_radius")
{
// upper_radius is the "b" key by default. We only want to use that one
// for soft select. The "n" and "m" keys can also come in here so we want
// to filter those out.
global string $gSoftSelectOptionsCtx;
softSelectOptionsCtx -edit -buttonDown $gSoftSelectOptionsCtx;
if( `currentCtx` == "sgCurveEditBrushContext1" )
{
sgCurveEditBrushContext -e -radiusEditOn 1 sgCurveEditBrushContext1;
}
}
}
global proc artDeactivateScreenSlider()
//
// Description:
// Global procs for deactivating screen sliders - sets the flag to
// deactivate them.
//
{
// New Artisan Tools.
if ( isArtisanCtx() ) {
artBaseCtx -e -dragSlider "none" `currentCtx`;
}
else if ( isGreasePencilContext() )
{
artBaseCtx -e -dragSlider "none" greasePencilContext;
}
// UV Smudge
else if ( isSmudgeCtx() ) {
texSmudgeUVContext -e -dragSlider "none" texSmudgeUVCtx;
}
// Soft Mod
else if ( size( getActiveSoftMod() ) > 0 )
{
string $ctx = `currentCtx`;
if( `contextInfo -c $ctx` != "softMod" )
$ctx = "softModContext";
softModCtx -e -dragSlider "none" $ctx;
}
// Paint Effects.
else if (`isTrue "MayaCreatorExists"` && isDynPaint())
{
dynPaintResize("none");
}
else
{
// We filter out the "n" and "m" keys in the activate call
// but don't here because there isn't a slider name passed
// in for deactivate. To soft select context is smart
// enough to know that it didn't start and edit so we are
// ok to just call this in case we did.
global string $gSoftSelectOptionsCtx;
softSelectOptionsCtx -edit -buttonUp $gSoftSelectOptionsCtx;
}
if( `currentCtx` == "sgCurveEditBrushContext1" )
{
sgCurveEditBrushContext -e -radiusEditOn 0 sgCurveEditBrushContext1;
}
}
global proc sgCurveEditBrush_contextProperties()
{
}
global proc sgCurveEditBrush_contextValues( string $context )
{
}
'''
mel.eval(melScript)
if not cmds.contextInfo("sgCurveEditBrushContext1", ex=1):
mel.eval('sgCurveEditBrushContext sgCurveEditBrushContext1')
cmds.setToolTo("sgCurveEditBrushContext1")
def setCamRotatePivots(oObjects = []):
global RitalinEnabled
global RitalinHonorInfluenceJoints
Units = cmds.currentUnit(query = True, linear = True)
#Unfortunately Maya is too stupid to set the rotion pivot according to the currently set unit type in the scene.
#It always uses cm internally, so we need a Unit Multiplier (UM) depending on the active unit type for correction in case units are not set to cm
if Units == "mm":
UM = 0.1
elif Units == "cm":
UM = 1.0
elif Units == "m":
UM = 100.0
elif Units == "in":
UM = 2.54
elif Units == "ft":
UM = 30.48
elif Units == "yd":
UM = 91.44
Cams = cmds.ls( dag = true, cameras = True )
if RitalinEnabled == True:
CheckPaintTool = True
Continue = False
ComputeCenterAlreadyDone = False
if len(oObjects) == 0:
#print("No Objects given to compute BB for, using current selection instead!")
Selec = cmds.ls( selection = True )
else:
Selec = oObjects
CheckPaintTool = False #In case there are objects given to compute BB center for we don't need to check for the paint tool, we already know what to compute BB for
if len(Selec) > 0: #We have objects to work with?
X = 0.0; Y = 0.0; Z = 0.0
if CheckPaintTool:
#print ("Checking paint tool...")
#Let's find out if we are in skin weights paint mode
currCtx = cmds.currentCtx();
#print ("Current Context is: " + str(currCtx))
currTool = ""
try: #contextInfo operations are buggy in Maya 2011, we need to try.. :-(
currTool = cmds.contextInfo (currCtx, t = True);
#print ("Current Tool is: " + str(currTool))
except:
#print ("Fail")
pass
if RitalinHonorInfluenceJoints == True: #In case we are painting skin weights we can ignore everything and just concentrate on the currently active skin joint
if currTool == "artAttrSkin" or currTool == "Paint Skin Weights Tool":
whichTool = cmds.artAttrSkinPaintCtx (currCtx, query = True, whichTool = True)
#print ("Tool name is: " + str(whichTool))
if whichTool == "skinWeights": #Yes, we are in skin paint weights mode
#print ("We are in paint skin weights mode...")
influenceJoint = ""
#Find the currently active joint for which weights are being painted
influenceJoint = cmds.artAttrSkinPaintCtx (currCtx, query = true, influence = true)
#print("Currently painting joint: " + str(influenceJoint))
if influenceJoint != "":
influenceJoint += (".rotatePivot")
BB = cmds.exactWorldBoundingBox (influenceJoint)
X = ((BB[0] + BB[3])/2)
Y = ((BB[1] + BB[4])/2)
Z = ((BB[2] + BB[5])/2)
ComputeCenterAlreadyDone = True
Continue = True
if ComputeCenterAlreadyDone == False: #Standard computation in case we are not in paintSkinWeights mode or don't care if we are
Joints = []
stdObjects = []
specialTransformTypes = ["selectHandle", "rotatePivot", "scalePivot", "Axis"]
for o in Selec:
if (cmds.nodeType (o) == "joint"):
#Maya can't compute BB of joints (API bug?) so we have to work around this by dealing with joint's rotatePivots instead
#print ("Selected node is of type joint")
isSpecialType = False
for Type in specialTransformTypes:
if o.find (Type) > -1:
#print ("Selected node is of a special Transform Type")
stdObjects.append(o)
isSpecialType = True
break
if isSpecialType == False:
#print ("Selected node is not of special TransformType, appending directly")
stdObjects.append(o + ".rotatePivot")
elif (cmds.nodeType (o) == "transform"):
#Maya does not take shape nodes of selected objects into account automatically, we must supply such nodes directly
#to compute BB of e.g. skinned objects or objects whose pivots have been moved far from their geometric centers
#print ("Selected node is of type transform")
Shapes = (cmds.ls(o, dagObjects = True, shapes = True, noIntermediate = True)) #Lets get all the shape nodes associated with the transform
if len(Shapes) > 0:
for shp in Shapes:
#print ("Shape is of type " + cmds.nodeType(shp))
#print ("Shape name: " + shp)
shpName = str(shp)
stdObjects.append(shpName)
else: #We have a transform without a shape?
stdObjects.append(o)
else:
#print ("Node must be a subcomponent")
stdObjects.append(o)
if len(stdObjects) > 0:
BB = cmds.exactWorldBoundingBox (stdObjects) #Do standard BB computation
X = ((BB[0] + BB[3])/2)
Y = ((BB[1] + BB[4])/2)
Z = ((BB[2] + BB[5])/2)
Continue = True
#Finally let'S do the actual tumble pivot setting on the cameras
if Continue == True :
cmds.tumbleCtx ("tumbleContext", edit = True, localTumble = 0) #Set the tumble tool to honor the cameras tumble pivot
X = X * UM
Y = Y * UM
Z = Z * UM
for cam in Cams:
try:
#finally set the tumble pivot of the camera to the coordinates we have calculated before
cmds.setAttr (cam + ".tumblePivot", X, Y, Z)
except:
Warning("Ritalin: Setting camera tumble pivot on " + cam + "failed!")
def pickObject(leftMessage=None,
middleMessage=None,
buttonPressed=[],
modifierPressed=[],
filters=[]):
"""
Form a complex number.
Keyword arguments:
leftMessage -- Status bar message for the left mouse button
middleMessage -- Status bar message for the middle mouse button
buttonPressed -- Returns the mouse button clicked by the user.
Possible Values:
- 0: Right mouse button (or the Esc key), which means the user aborted the picking session
- 1: Left mouse button
- 2: Middle mouse button
modifierPressed -- Returns the modifier key pressed by the user.
Possible Values:
- 0: None
- 1: Shift modifier key
- 2: Ctrl modifier key
- 3: Shift-Ctrl modifier key
filter -- a list of MFn.Type as strings.
ie: ["kMesh", "kNurbsCurve", "kNurbsSurface", "kLocator", "kJoint"]
return a MSelectionList, or None if nothing picked or escaped
"""
# Init
views = omui.M3dView
viewCount = views.numberOf3dViews()
outlinerPanels = cmds.getPanel(typ='outlinerPanel')
ctx = cmds.currentCtx()
currentTool = cmds.contextInfo(ctx, c=True)
loop = QEventLoop()
eventFilter = MouseEventFilter(loop, currentTool, filters)
# Add the eventFilter to all the viewports
widgets = []
for i in range(viewCount):
view = views.get3dView(i)
widget_ptr = view.widget()
widget = wrapInstance(long(widget_ptr), QWidget)
widget.setCursor(QCursor(Qt.PointingHandCursor))
widget.installEventFilter(eventFilter)
widgets.append(widget)
# Add the eventFilter to all the outliners
for panel in outlinerPanels:
ptr = mui.MQtUtil.findControl(panel)
if ptr is not None:
outPanel = wrapInstance(long(ptr), QObject)
regex = QRegExp("outlinerPanel.*")
outliners = outPanel.findChildren(QtGui.QWidget, regex)
for outliner in outliners:
if outliner.metaObject().className() == "TpanelDagOutliner":
outliner.installEventFilter(eventFilter)
widgets.append(outliner)
# Add the help messages
ptr = mui.MQtUtil.findControl("helpLine1")
helpLine = wrapInstance(long(ptr), QStatusBar)
lMessage = QLabel("L: " + leftMessage)
lMessage.setMargin(helpLine.width() / 10)
helpLine.addPermanentWidget(lMessage)
mMessage = QLabel("M: " + middleMessage)
mMessage.setMargin(helpLine.width() / 10)
helpLine.addPermanentWidget(mMessage)
rMessage = QLabel(" R: Exit")
rMessage.setMargin(helpLine.width() / 10)
helpLine.addPermanentWidget(rMessage)
loop.exec_()
# Get Outputs
picked = eventFilter.pickedObjects
buttonPressed.extend(eventFilter.buttonPressed)
modifierPressed.extend(eventFilter.modifierPressed)
# Cleanup
for widget in widgets:
widget.unsetCursor()
widget.removeEventFilter(eventFilter)
# widget.releaseKeyboard()
eventFilter = None
if cmds.popupMenu("dummyMenu", exists=True):
cmds.deleteUI("dummyMenu")
helpLine.removeWidget(lMessage)
helpLine.removeWidget(mMessage)
helpLine.removeWidget(rMessage)
return picked
def setTool_curveEditBrush( evt=0 ):
import maya.cmds as cmds
import maya.mel as mel
appendPluginPath()
if not cmds.pluginInfo( "sgTools", q=1, l=1 ):
cmds.loadPlugin( 'sgTools' )
melScript = '''
proc int isGreasePencilContext()
//
// Description:
// Returns true if this is Grease Pencil context.
//
{
string $tc = currentToolClass();
return ($tc == "greasePencil");
}
global proc artActivateScreenSlider(
string $sliderName
)
//
// Description:
// Global procs for activating screen sliders
// - sets the flag to activate them.
//
{
// New Artisan Tools.
if ( isArtisanCtx() ) {
string $artisanCmd = artisanCommand();
if( $sliderName == "upper_radius" ) {
artBaseCtx -e -dragSlider "radius" `currentCtx`;
} else if( $sliderName == "lower_radius" ) {
artBaseCtx -e -dragSlider "lowradius" `currentCtx`;
} else if( $sliderName == "opacity" ) {
artBaseCtx -e -dragSlider "opacity" `currentCtx`;
} else if( $sliderName == "value" ) {
artBaseCtx -e -dragSlider "value" `currentCtx`;
} else if( $sliderName == "stamp_depth" ) {
artBaseCtx -e -dragSlider "depth" `currentCtx`;
} else if( $sliderName == "displacement" ) {
artBaseCtx -e -dragSlider "displacement" `currentCtx`;
} else if( $sliderName == "uv_vector" ) {
artBaseCtx -e -dragSlider "uvvector" `currentCtx`;
}
}
else if ( isGreasePencilContext() )
{
if( $sliderName == "upper_radius" )
{
// Map B to radius
artBaseCtx -e -dragSlider "radius" greasePencilContext;
}
else if( $sliderName == "displacement" )
{
// Map m to opacity rather than value but not for the eraser
// as this has no effect
if ( 4 != `greasePencilCtx -query -greasePencilType greasePencilContext` )
{
artBaseCtx -e -dragSlider "opacity" greasePencilContext;
}
}
}
// UV Smudge Tool
else if ( isSmudgeCtx() ) {
texSmudgeUVContext -edit -dragSlider "radius" texSmudgeUVCtx;
}
// Soft Mod
else if ( size( getActiveSoftMod() ) > 0 )
{
string $ctx = `currentCtx`;
if( `contextInfo -c $ctx` != "softMod" )
$ctx = "softModContext";
softModCtx -e -dragSlider "radius" $ctx;
}
// Paint Effects.
else if ((`isTrue "MayaCreatorExists"`) && isDynPaint())
{
if( $sliderName == "displacement" ) {
dynPaintResize("offset");
} else if( $sliderName == "lower_radius" ) {
dynPaintResize("width");
} else {
dynPaintResize("size");
}
}
else if ($sliderName == "upper_radius")
{
// upper_radius is the "b" key by default. We only want to use that one
// for soft select. The "n" and "m" keys can also come in here so we want
// to filter those out.
global string $gSoftSelectOptionsCtx;
softSelectOptionsCtx -edit -buttonDown $gSoftSelectOptionsCtx;
if( `currentCtx` == "sgCurveEditBrushContext1" )
{
sgCurveEditBrushContext -e -radiusEditOn 1 sgCurveEditBrushContext1;
}
}
}
global proc artDeactivateScreenSlider()
//
// Description:
// Global procs for deactivating screen sliders - sets the flag to
// deactivate them.
//
{
// New Artisan Tools.
if ( isArtisanCtx() ) {
artBaseCtx -e -dragSlider "none" `currentCtx`;
}
else if ( isGreasePencilContext() )
{
artBaseCtx -e -dragSlider "none" greasePencilContext;
}
// UV Smudge
else if ( isSmudgeCtx() ) {
texSmudgeUVContext -e -dragSlider "none" texSmudgeUVCtx;
}
// Soft Mod
else if ( size( getActiveSoftMod() ) > 0 )
{
string $ctx = `currentCtx`;
if( `contextInfo -c $ctx` != "softMod" )
$ctx = "softModContext";
softModCtx -e -dragSlider "none" $ctx;
}
// Paint Effects.
else if (`isTrue "MayaCreatorExists"` && isDynPaint())
{
dynPaintResize("none");
}
else
{
// We filter out the "n" and "m" keys in the activate call
// but don't here because there isn't a slider name passed
// in for deactivate. To soft select context is smart
// enough to know that it didn't start and edit so we are
// ok to just call this in case we did.
global string $gSoftSelectOptionsCtx;
softSelectOptionsCtx -edit -buttonUp $gSoftSelectOptionsCtx;
}
if( `currentCtx` == "sgCurveEditBrushContext1" )
{
sgCurveEditBrushContext -e -radiusEditOn 0 sgCurveEditBrushContext1;
}
}
global proc sgCurveEditBrush_contextProperties()
{
}
global proc sgCurveEditBrush_contextValues( string $context )
{
}
'''
mel.eval( melScript )
if not cmds.contextInfo( "sgCurveEditBrushContext1", ex=1 ):
mel.eval( 'sgCurveEditBrushContext sgCurveEditBrushContext1' )
cmds.setToolTo( "sgCurveEditBrushContext1" )
def eventFilter(self, obj, event):
#try:
if event.type() == event.Enter:
obj.grabKeyboard()
if event.type() == event.Leave:
obj.releaseKeyboard()
if event.type() == event.KeyRelease:
ctx = cmds.currentCtx()
currentTool = cmds.contextInfo(ctx, c=True)
if currentTool != self.currentTool or event.key(
) == QtCore.Qt.Key_Escape:
self.pickedObjects = None
self._quit(obj)
if event.key() == QtCore.Qt.Key_Enter:
self._quit(obj)
if event.type() == event.MouseButtonPress:
modifier = 0
qMod = event.modifiers()
if qMod == QtCore.Qt.ShiftModifier:
modifier = 1
elif qMod == QtCore.Qt.ControlModifier:
modifier = 2
elif qMod == QtCore.Qt.AltModifier:
modifier = 3
if event.button() == Qt.MouseButton.RightButton:
# Escape condition
if self.pickedObjects.isEmpty():
self.pickedObjects = None
self._quit(obj)
return True
else:
pickedName = None
# Outliner picking
if obj.metaObject().className() == "TpanelDagOutliner":
pickedName = cmds.hitTest(obj.objectName(), event.x(),
event.y())[0]
# Viewport picking
self.hit = cmds.dagObjectHit(mn="dummyMenu")
if self.hit is True:
popChild = cmds.popupMenu("dummyMenu",
q=True,
itemArray=True)
mItem = cmds.menuItem(popChild[0], q=True, l=True)
pickedName = mItem.replace("...", "")
cmds.popupMenu("dummyMenu", edit=True, deleteAllItems=True)
if pickedName is not None:
picked = om.MSelectionList()
picked.add(pickedName)
node = self._getLastDagNode(picked)
if not picked.isEmpty() and (len(self.typeFilter) == 0
or node.apiTypeStr()
in self.typeFilter):
self.pickedObjects.merge(picked)
self.hilite(picked)
views = omui.M3dView
for i in range(views.numberOf3dViews()):
view = views.get3dView(i)
view.refresh()
if event.button() == Qt.MouseButton.LeftButton:
self.buttonPressed.append(1)
elif event.button() == Qt.MouseButton.MidButton:
self.buttonPressed.append(2)
self.modifierPressed.append(modifier)
return True
if obj.metaObject().className() == "TpanelDagOutliner":
return False
return True
#return False
#if event.type() == event.MouseButtonRelease:
#if self.hit == False:
#return False
"""except:
self.pickedObjects = None
obj.releaseKeyboard()
self.unHilite()
self.event.quit()
return False"""
return False
def getCurrentCtxName():
ctx = cmds.currentCtx()
className = ""
if True == cmds.contextInfo(ctx, exists=True):
className = cmds.contextInfo(ctx, c=True)
return className
def mvgCreateContext():
import maya.cmds as cmds
if cmds.contextInfo('mayaMVGTool1', exists=True):
cmds.deleteUI('mayaMVGTool1', toolContext=True)
cmds.mayaMVGTool('mayaMVGTool1')