def openSelectedFile(self):
try:
item = self.previewAnimTable.selectedItems()[0]
if item.column() == 0:
self.openMayaFile(item.text(),'preview')
elif item.column() == 2:
if item.text() == 'Yes':
filename = self.previewAnimTable.item(item.row(),0).text()
self.openMovFile(filename,'preview')
except:
pass
try:
item = self.wipAnimTable.selectedItems()[0]
if item.column() ==0:
self.openMayaFile(item.text(),'wip')
elif item.column() == 2:
if item.text() == 'Yes':
filename = self.wipAnimTable.item(item.row(),0).text()
self.openMovFile(filename)
except:
pass
currentFile = pm.sceneName()
pm.optionVar(stringValueAppend=('RecentFilesList', currentFile))
pm.optionVar(stringValueAppend=('RecentFilesTypeList', 'mayaAscii'))
self.bdPopulateFiles()
def accept(self):
"""Sets option/environnement vars to remember user choices."""
# Set session var if checkbox1 was checked
if self.cbx_switch_session.isChecked():
pmu.putEnv(Vars.VIEWPORT_ENVVAR, "1")
# Set option var if checkbox2 was checked
if self.cbx_switch_always.isChecked():
pmc.optionVar(iv=(Vars.VIEWPORT_OPTION, 1))
# Accept event
QtGui.QDialog.accept(self)
def saveScene(self):
# Set
pc.optionVar(intValue=['isIncrementalSaveEnabled', True])
pc.optionVar(intValue=['incrementalSaveLimitBackups', 2])
pc.optionVar(intValue=['incrementalSaveMaxBackups', 3])
pc.optionVar(intValue=['isCompressedSaveEnabled', False])
# NOTE saveFile was mistakenly left out from pymel 2011 build
# so this is the solution for it
pc.mel.eval("SaveScene")
def value(self):
if not pm.optionVar(exists=self.name):
return self.default
value = pm.optionVar(q=self.name)
# Make sure the value is of the type we expect. If it's not, return the default instead.
item_type = self._types[self.var_type]
expected_class = item_type.expected_type
if not isinstance(value, expected_class):
return self.default
# For bool, cast to bool.
if self.var_type == 'bool':
value = bool(value)
return value
def value(self, value):
old_value = self.value
item_type = self._types[self.var_type]
expected_class = item_type.expected_type
assert isinstance(
value, expected_class
), 'Option %s has type %s and can\'t be set to "%s"' % (
self.name, self.var_type, value)
kwargs = {}
arg = item_type.maya_type
kwargs[arg] = (self.name, value)
pm.optionVar(**kwargs)
if value != old_value:
self._call_on_change()
def addOptionVar(name, value, array=False):
if type(value) == type(int):
if array:
pc.optionVar(iva=(name, value))
else:
pc.optionVar(iv=(name, value))
elif isinstance(value, basestring):
if array:
pc.optionVar(sva=(name, value))
else:
pc.optionVar(sv=(name, value))
def init_project_filter(self):
project_list = [
{
'type': 'Project',
'id': 122,
'name': 'Dance6 Project',
},
{
'type': 'Project',
'id': 155,
'name': 'Kongsuni7_Project',
},
]
self.project_filter_combo.clear()
for i, sg_prj in enumerate(project_list):
self.project_filter_combo.addItem(sg_prj['name'])
self.project_filter_combo.setItemData(i, sg_prj)
if pm.optionVar(exists=self.STORED_PROJECT_INDEX_OPTIONVAR):
idx = pm.optionVar(query=self.STORED_PROJECT_INDEX_OPTIONVAR)
self.project_filter_combo.setCurrentIndex(idx)
def xgmMakeCurvesDynamic(descHairSysName, collide):
"""
Create nHairSystem with good name before MakeCurvesDynamic
and without optionBox UI
"""
selection = pmc.ls(sl=True, long=True)
# find hair holding mesh for later rigid body rename
meshPatch = []
for dag in selection:
if dag.getShape().type() == "mesh":
meshPatch.append(dag.name())
# create the first time we hit a valid curve
hsys = pmc.createNode("hairSystem")
hsys.getParent().rename(descHairSysName)
# we want uniform stiffness because the curves
# are initially point locked to both ends
pmc.removeMultiInstance(hsys.stiffnessScale[1], b=True)
hsys.clumpWidth.set(0.00001)
hsys.hairsPerClump.set(1)
pmc.connectAttr("time1.outTime", hsys.currentTime)
nucleus = pmc.mel.getActiveNucleusNode(False, True)
pmc.mel.addActiveToNSystem(hsys, nucleus)
pmc.connectAttr(nucleus + ".startFrame", hsys.startFrame)
# select the hairSystem we just created and well named,
# and maya won't create one when making curves dynamic
selection.append(hsys)
# re-select curves, mesh and hairSystem
pmc.select(selection, replace=True)
# trun on 'Collide With Mesh'
pmc.optionVar(
intValue=["makeCurvesDynamicCollideWithMesh",
int(collide)])
# MakeCurvesDynamic callback
mel.eval('makeCurvesDynamic 2 { "1", "0", "1", "1", "0"}')
return meshPatch, hsys.name()
def set_symmetry_axis(components):
"""
Given a list of components, set the UV symmetry mirror axis and axis position.
If the components only have 1 UV, the axis position will be set based on the
currently selected axis.
"""
uvs = pm.polyEditUV(components, q=True)
uvs = [(u, v) for u, v in zip(uvs[0::2], uvs[1::2])]
# Find the bounding box of the selection.
bounds_u = min(u for u, v in uvs), max(u for u, v in uvs)
bounds_v = min(v for u, v in uvs), max(v for u, v in uvs)
# Choose a vertical or horizontal axis based on the bounding box.
width = abs(bounds_u[0] - bounds_u[1])
height = abs(bounds_v[0] - bounds_v[1])
# Do a quick sanity check to make sure the selection is vertical or horizontal.ww
angle = math.atan2(width, height) * 180 / math.pi
tol = 10
if abs(angle) > tol and abs(90 - angle) > tol:
om.MGlobal.displayInfo('Selected symmetry plane isn\'t axis-aligned')
return
if width == 0 and height == 0:
# If the size is 0, a single UV was selected. Just set the axis based on the current mode.
u_axis = pm.optionVar(q='polySymmetrizeUVAxis')
else:
# If the bounding box is vertical, the seam is on the V plane.
u_axis = width > height
pm.optionVar(iv=('polySymmetrizeUVAxis', 1 if u_axis else 0))
# Use the average of the selection as the mirror plane. If there's only one UV selected, this will
# be its position.
if u_axis:
offset = (bounds_v[0] + bounds_v[1]) / 2
else:
offset = (bounds_u[0] + bounds_u[1]) / 2
pm.optionVar(fv=('polySymmetrizeUVAxisOffset', offset))
def openMayaFile(self,filename,folder):
f=''
wipPath = self.wipFolderEdit.text()
print filename, folder
if folder == 'wip':
f = os.path.abspath(os.path.join(wipPath,filename))
elif folder == 'preview':
f = os.path.abspath(os.path.join(wipPath.replace('01_wip','03_preview'),filename))
if os.path.isfile(f):
saveDlg = saveChangesDlg()
#saveDlg.setFixedSize(800, 300)
result = saveDlg.exec_()
if result == 1:
pm.saveFile()
pm.openFile(f)
elif result == 2:
pm.openFile(f,f=1)
pm.optionVar(stringValueAppend=('RecentFilesList', currentFile))
pm.optionVar(stringValueAppend=('RecentFilesTypeList', 'mayaAscii'))
def openMayaFile(self, filename, folder):
f = ''
wipPath = self.wipFolderEdit.text()
print filename, folder
if folder == 'wip':
f = os.path.abspath(os.path.join(wipPath, filename))
elif folder == 'preview':
f = os.path.abspath(os.path.join(wipPath.replace('01_wip', '03_preview'), filename))
if os.path.isfile(f):
saveDlg = saveChangesDlg()
# saveDlg.setFixedSize(800, 300)
result = saveDlg.exec_()
if result == 1:
pm.saveFile()
pm.openFile(f)
elif result == 2:
pm.openFile(f, f=1)
pm.optionVar(stringValueAppend=('RecentFilesList', currentFile))
pm.optionVar(stringValueAppend=('RecentFilesTypeList', 'mayaAscii'))
def settings():
"""setup vray before baking"""
global size
size = pm.intSliderGrp("baker_size", q=True, v=True)
pm.optionVar(intValue=("vrayBakeType", 2))
pm.optionVar(intValue=("vraySkipNodesWithoutBakeOptions", 0))
pm.optionVar(intValue=("vrayAssignBakedTextures", 0))
pm.optionVar(stringValue=("vrayBakeOutputPath", textures_dir))
pm.optionVar(intValue=("vrayBakeType", 2))
try:
options = nt.VRayBakeOptions("vrayDefaultBakeOptions")
except pm.MayaNodeError:
options = pm.createNode("VRayBakeOptions", n="vrayDefaultBakeOptions")
options.setAttr("resolutionX", size)
options.setAttr("outputTexturePath", textures_dir, type="string")
options.setAttr("filenamePrefix", "")
# ao material
if not pm.objExists("ao_material"):
material = pm.createNode("VRayMtl", n="ao_material")
texture = pm.createNode("VRayDirt", n="ao_texture")
texture.connectAttr("outColor", material.attr("color"))
texture.connectAttr("outColor", material.attr("illumColor"))
else:
texture = nt.DependNode("ao_texture")
texture.setAttr("radius", pm.floatSliderGrp("baker_radius", q=True,
v=True))
texture.setAttr("falloff",
pm.floatSliderGrp("baker_falloff", q=True, v=True))
texture.setAttr("subdivs", pm.intSliderGrp("baker_sub", q=True, v=True))
# shadows catch material
if not pm.objExists("shadow_material"):
material = pm.createNode("VRayMtl", n="shadow_material")
material.setAttr("color", (1, 1, 1))
def setupPrefs():
#set the current options on load of maya (incase someone manually changed them it their settings)
pm.playbackOptions(min=1, max=120)
pm.currentTime(1)
if 'FS' in os.environ and 'FE' in os.environ:
first = os.environ['FS']
last = os.environ['FE']
fps = os.environ['FPS']
fpsPreset = getFPSpreset(fps)
mc.currentUnit(time=fpsPreset)
if not first == '1' and not last == '2':
pm.playbackOptions(minTime=first, maxTime=last, animationStartTime=first,
animationEndTime=last)
pm.currentTime(first)
'''pm.grid(size=1000, spacing=100, divisions=10)
pm.optionVar (fv=("playbackMax",120))
pm.optionVar (fv=("playbackMaxDefault",120))
pm.optionVar (fv=("playbackMaxRange",120))
pm.optionVar (fv=("playbackMaxRangeDefault",120))
pm.optionVar (fv=("playbackMin",1))
pm.optionVar (fv=("playbackMinDefault",1))
pm.optionVar (fv=("playbackMinRange",1))
pm.optionVar (fv=("playbackMinRangeDefault",1))'''
#setting the grid settings
pm.optionVar (fv=("gridDivisions",10))
pm.optionVar (fv=("gridSize",1000))
pm.optionVar (fv=("gridSpacing",100))
mc.displayColor('gridAxis', 2, dormant=True)
mc.displayColor('gridHighlight', 1, dormant=True)
mc.displayColor('grid', 3, dormant=True)
#setting the units
pm.optionVar (sv=("workingUnitLinear", "cm"))
pm.optionVar (sv=("workingUnitLinearDefault", "cm"))
def initializePlugin(mobject):
plugin = ompx.MFnPlugin(mobject)
if om.MGlobal.mayaState() != om.MGlobal.kInteractive:
return
menu.add_menu_items()
material_assignment_menu.AssignMaterialsContextMenu.register()
skin_clusters.MoveSkinnedJoints.register(plugin)
animation_helpers.install()
pick_walk.setup_runtime_commands()
maya_helpers.setup_runtime_commands()
wireframes.setup_runtime_commands()
if pm.optionVar(q='zFixLayerEditorUndo'):
fix_layer_editor_undo.install()
def update(self, init=False, target=None):
"""
Update options values when required.
The values displayed and the actual Maya preferences are synchronous.
:param init: Only available in __init__.
:param target: The target preset to change to.
"""
# Update presets list
for item in pm.optionMenu(self.prj_omg, q=True, itemListLong=True):
pm.deleteUI(item)
for preset in model.get_presets():
pm.menuItem(parent=self.prj_omg, label=preset['name'])
if init: # If MainUI is just opened, retrieve current preset from Maya's optionVar.
current_preset = pm.optionVar(q='currentPreset') if pm.optionVar(exists='currentPreset') else model.default
try:
pm.optionMenu(self.prj_omg, e=True, value=current_preset)
except RuntimeError:
current_preset = model.default
else: # Or set current preset to a specified one.
if target:
current_preset = target
pm.optionMenu(self.prj_omg, e=True, value=target)
else:
current_preset = pm.optionMenu(self.prj_omg, q=True, value=True)
# Apply current preset.
for preset in model.get_presets():
if current_preset == preset['name']:
for setter in self.setters:
# Make sure each option value display is correct.
setter['creator'](setter['control'], **{'e': True, setter['arg']: preset[setter['label']]})
model.apply(preset)
pm.optionVar(stringValue=('currentPreset', current_preset))
def initialize(self):
if pm.optionVar(q='autoExportFBXFileToolOutputPath'):
self.output_path = pm.optionVar(
q='autoExportFBXFileToolOutputPath')
if pm.optionVar(q='autoExportFBXFileToolAutoChecked'):
self.auto_work_state = pm.optionVar(
q='autoExportFBXFileToolAutoChecked')
if pm.optionVar(q='autoExportFBXFileToolWorkMode'):
self.work_mode_selected = int(pm.optionVar(
q='autoExportFBXFileToolWorkMode'))
def initialize(self):
"""
初始化数据
从MAYA的保存的属性数据里面获取一些值
:return:
"""
if pm.optionVar(q='doBakeAnimOutputPath'):
self.output_path = pm.optionVar(q='doBakeAnimOutputPath')
if pm.optionVar(q='doBakeAnimTemplateFile'):
self.template_file = pm.optionVar(q='doBakeAnimTemplateFile')
if pm.optionVar(q='doBakeAnimCleanFileChecked'):
if pm.optionVar(q='doBakeAnimCleanFileChecked') == "False":
self.clean_file = False
elif pm.optionVar(q='doBakeAnimCleanFileChecked') == "True":
self.clean_file = True
if pm.optionVar(q='doBakeAnimExportAtomChecked'):
if pm.optionVar(q='doBakeAnimExportAtomChecked') == "False":
self.export_atom = False
elif pm.optionVar(q='doBakeAnimExportAtomChecked') == "True":
self.export_atom = True
if pm.optionVar(q='doBakeAnimRigFile'):
self.rig_file = pm.optionVar(q='doBakeAnimRigFile')
if pm.optionVar(q='doBakeAnimAtomFile'):
self.atom_file = pm.optionVar(q='doBakeAnimAtomFile')
if pm.optionVar(q='doBakeChangeNTSCChecked'):
if pm.optionVar(q='doBakeChangeNTSCChecked') == "False":
self.changeNTSC = False
elif pm.optionVar(q='doBakeChangeNTSCChecked') == "True":
self.changeNTSC = True
def setup_huds(self):
data = dict(
objectDetailsVisibility='ToggleObjectDetails;',
polyCountVisibility='TogglePolyCount;',
subdDetailsVisibility='ToggleSubdDetails;',
animationDetailsVisibility='ToggleAnimationDetails;',
frameRateVisibility='ToggleFrameRate;',
viewAxisVisibility='ToggleViewAxis;',
toolMessageVisible='ToggleToolMessage;',
currentContainerVisibility='ToggleCurrentContainerHud',
currentFrameVisibility='ToggleCurrentFrame',
focalLengthVisibility='ToggleFocalLength',
hikDetailsVisibility='ToggleHikDetails',
materialLoadingDetailsVisibility=
'ToggleMaterialLoadingDetailsVisibility',
particleCountVisibility='ToggleParticleCount',
sceneTimecodeVisibility='ToggleSceneTimecode',
# 'cameraNamesVisibility': 'ToggleCameraNames;',
selectDetailsVisibility='ToggleSelectDetails',
symmetryVisibility='ToggleSymmetryDisplay')
for tgl in data:
try:
if cmds.optionVar(q=tgl):
mel.eval(data[tgl])
except:
pass
try:
if cmds.toggleAxis(q=True, o=True):
mel.eval('ToggleOriginAxis;')
except:
pass
if not pm.optionVar(q='cameraNamesVisibility'):
mel.eval('ToggleCameraNames;')
dfs = 'large'
labelFontSize = 'large'
blockSize = 'small'
# for i in range(10):
# for b in range(4):
# cmds.headsUpDisplay(rp=[i, b])
HUD_names = [
'HUD_partNum', 'HUD_sceneNum', 'HUD_user', 'HUD_version',
'HUD_frame'
]
for h in HUD_names:
try:
pm.headsUpDisplay(h, rem=True)
except:
pass
pm.headsUpDisplay('HUD_partNum',
section=6,
block=4,
blockSize=blockSize,
label='Part:',
dfs=dfs,
labelFontSize=labelFontSize,
command=lambda: self.part)
pm.headsUpDisplay('HUD_sceneNum',
section=6,
block=3,
blockSize=blockSize,
label='Scene:',
dfs=dfs,
labelFontSize=labelFontSize,
command=lambda: self.scene)
pm.headsUpDisplay('HUD_user',
section=5,
block=3,
blockSize=blockSize,
label='User:'******'HUD_version',
section=5,
block=4,
blockSize=blockSize,
label='ver:',
dfs=dfs,
labelFontSize=labelFontSize,
command=lambda: self.version,
atr=True)
pm.headsUpDisplay('HUD_frame',
section=8,
block=3,
blockSize=blockSize,
label='frame:',
dfs=dfs,
labelFontSize=labelFontSize,
command=lambda: pm.currentTime(q=1),
atr=True)
def deleteOptionVars(self):
pm.optionVar(remove='rigString')
pm.optionVar(remove='shadeString')
pm.optionVar(remove='animString')
pm.optionVar(remove='geoString')
pm.optionVar(remove='lightingString')
pm.optionVar(remove='animFolderString')
pm.optionVar(remove='rigsFolderString')
pm.optionVar(remove='shadeFolderString')
pm.optionVar(remove='lightingFolderString')
def show(self, *args, **kwargs):
''' '''
width = 300
height = 200
if pm.window(self.name, ex=True):
pm.deleteUI(self.name)
self.window = pm.window(self.name,
t=self.name,
w=width,
mxb=False,
mnb=False,
s=False,
toolbox=True)
pm.columnLayout('lcPrefs_column_main')
pm.text(l='Maya Preferences',
w=width,
h=30,
al='center',
font='boldLabelFont')
# Image Editing Applications
# pm.text(l=' Image Editing Applications', font='boldLabelFont')
pm.frameLayout(l='Image Editing Applications', w=width - 2)
pm.separator(style='none', h=1)
cw2 = 25
cw1 = width - cw2 - 4
##Photoshop
pm.text(l=' Photoshop (PSD) Files', w=width, al='left')
pm.rowColumnLayout(nc=2, cw=([1, cw1], [2, cw2]))
photoshop_dir = ''
if pm.optionVar(query='PhotoshopDir') != 0:
photoshop_dir = pm.optionVar(query='PhotoshopDir')
pm.textField(
'lcPrefs_photosohp',
w=cw2,
text=photoshop_dir,
changeCommand=lambda *args: self.browse_path('lcPrefs_photosohp'))
pm.symbolButton(
image='navButtonBrowse.png',
w=cw2,
command=lambda *args: self.browse_path('lcPrefs_photosohp', True))
pm.setParent('..')
# pm.separator(style='none', h=10)
##Others
pm.text(l=' Other Image Files', w=width, al='left')
pm.rowColumnLayout(nc=2, cw=([1, cw1], [2, cw2]))
edit_image_dir = ''
if pm.optionVar(query='EditImageDir') != 0:
edit_image_dir = pm.optionVar(query='EditImageDir')
pm.textField(
'lcPrefs_image',
w=cw2,
text=edit_image_dir,
changeCommand=lambda *args: self.browse_path('lcPrefs_image'))
pm.symbolButton(
image='navButtonBrowse.png',
w=cw2,
command=lambda *args: self.browse_path('lcPrefs_image', True))
pm.setParent('lcPrefs_column_main')
# pm.separator(style='none', h=10)
# Save and Close
pm.separator(style='none', h=10)
pm.button(l='Save and Close',
w=width - 4,
h=30,
command=lambda *args: self.save_and_close())
self.window.show()
pm.window(self.name, edit=True, w=width, h=height)
def on_project_changed(self):
pm.optionVar(intValue=(self.STORED_PROJECT_INDEX_OPTIONVAR,
self.project_filter_combo.currentIndex()))
self.init_episode_filter()
def exportVRaySceneFile(self, palName):
"""doc"""
version = self.getAnimBranch(palName)
if not version:
pm.error('[XGen Hub] : Couldn\'t get ANIM branch name. Export process stop.')
return None
shotName = self.getAnimShotName(palName)
if not shotName:
pm.error('[XGen Hub] : Couldn\'t get ANIM shotName. Export process stop.')
return None
vraySet = mRender.getVRaySettingsNode()
if vraySet.getAttr("sys_distributed_rendering_on"):
pm.error('[XGen Hub] : VRay Distributed Rendering should be OFF, process stop.')
return None
# set preview only in cam to false
prvValueDict = self.setPreviewInCam(palName)
# get start, end frame from time slider
start, end = self.getTimeSliderMinMax()
# trun on autoupdate
self.previewAutoUpdate(True)
# set renderer to VRay and time range
renderGlob = pm.PyNode('defaultRenderGlobals')
renderGlob.currentRenderer.set('vray')
renderGlob.startFrame.set(start)
renderGlob.endFrame.set(end)
renderGlob.byFrameStep.set(1)
# setup vray render settings
vrsceneFile = self.getVRaySceneFilePath(palName, shotName)
vrayAttrs = {
'vrscene_render_on': 0,
'vrscene_on': 1,
'misc_separateFiles': 1,
'misc_exportLights': 0,
'misc_exportNodes': 1,
'misc_exportGeometry': 1,
'misc_exportMaterials': 1,
'misc_exportTextures': 1,
'misc_exportBitmaps': 1,
'misc_eachFrameInFile': 1,
'misc_meshAsHex': 1,
'misc_transformAsHex': 1,
'misc_compressedVrscene': 1,
'vrscene_filename': vrsceneFile,
'animType': 1,
'animBatchOnly': 0,
'runToAnimationStart': 0,
'runToCurrentTime': 0
}
for attr in vrayAttrs:
vraySet.setAttr(attr, vrayAttrs[attr])
# disable render region
editor = pm.renderWindowEditor(query=True, editorName=True)
if len(editor) == 0:
editor = pm.renderWindowEditor('renderView')
pm.renderWindowEditor(editor, edit=True, resetRegion=True)
pm.mel.eval('vray showVFB;')
pm.mel.eval('vray vfbControl -setregion reset;')
# hide imagePlane
for imgp in pm.ls(type="imagePlane") or []:
imgp.setAttr("alphaGain", 0)
# render selected only
opVar = 'renderViewRenderSelectedObj'
opAlt = False
if not pm.optionVar(exists=opVar) or not pm.optionVar(query=opVar):
pm.optionVar(intValue=[opVar, 1])
opAlt = True
# select palette hierarchy
pm.select(clear=True)
pm.select(palName, hierarchy=True, noExpand=True)
# get resolved repo shotName path
deltaPath = self.paletteDeltaDir(palName, version, shotName)
if not os.path.exists(deltaPath):
os.makedirs(deltaPath)
# hit render
pm.mel.RenderIntoNewWindow()
# restore preview only in cam value
self.setPreviewInCam(palName, prvValueDict)
# restore render selected only
if opAlt:
pm.optionVar(intValue=[opVar, 0])
# restore vray render settings
vrayAttrs = {
'vrscene_render_on': 1,
'vrscene_on': 0,
'vrscene_filename': '',
'animBatchOnly': 1
}
for attr in vrayAttrs:
vraySet.setAttr(attr, vrayAttrs[attr])
self.notifyMsg('File .vrscene Export Complete !', 0)
return True
def createParticleEmitter(self, meshEmitter, collider):
# Force nParticle balls at creation
pm.optionVar(sv=("NParticleStyle", "Balls"))
self.particle, self.partShape = pm.nParticle(n=str(meshEmitter) + "_particle")
# Add attribute in particleShape
pm.addAttr(self.partShape, ln="indexPP", dt="doubleArray")
pm.addAttr(self.partShape, ln="rotatePP", dt="vectorArray")
pm.addAttr(self.partShape, ln="scalePP", dt="vectorArray")
pm.addAttr(self.partShape, ln="rgbPP", dt="vectorArray")
pm.addAttr(self.partShape, ln="fixPosPP", dt="vectorArray")
pm.addAttr(self.partShape, ln="opacityPP", dt="doubleArray")
pm.addAttr(self.partShape, ln="typePP", dt="doubleArray")
self.nameEmitter = str(meshEmitter) + "_emitter"
pm.emitter(meshEmitter, type="surface", name=self.nameEmitter, r=float(self.ui.simulationEmit_le.text()))
pm.connectDynamic(self.partShape, em=self.nameEmitter)
# Used maya command because pymel crash when find nucleus node
self.nucleusName = mel.eval('listConnections -type "nucleus" ' + self.partShape + ";")[0]
pm.parent(self.partShape, self.worldParent)
pm.parent(self.nameEmitter, self.worldParent)
pm.parent(self.nucleusName, self.worldParent)
self.setParamaters(self.partShape, self.particleParameter)
self.setParamaters(self.nameEmitter, self.emitterParameter)
self.setParamaters(self.nucleusName, self.nucleusParameter)
pm.addAttr(self.partShape, ln="radiusPP", dt="doubleArray")
# Create Rigid
pm.select(collider, r=1)
pm.runtime.nClothMakeCollide(collider)
self.nrigid = pm.listConnections(collider.listRelatives(s=1, c=1)[0], type="nRigid")[0]
self.setParamaters(self.nrigid.listRelatives(s=1, c=1)[0], self.rigidParameter)
pm.parent(self.nrigid, self.worldParent)
self.nrigid.setAttr("v", 0)
# Create instancer
self.instancer = pm.particleInstancer(
self.partShape,
a=True,
object=self.listInstance,
n=str(meshEmitter) + "_instancer",
cycle="sequential",
age="indexPP",
rotation="rotatePP",
scale="scalePP",
visibility="opacityPP",
)
pm.parent(self.instancer, self.worldParent)
# Create proc Colision
expression = """
global proc forestGeneratorEvent(string $particleObject,int $particleId, string $geometryObject)
{
vector $rgb = `nParticle -attribute rgbPP -id $particleId -q $particleObject`;
if ($rgb != << 1,1,1 >>)
{
nParticle -e -attribute rgbPP -id $particleId -vv 0 1 0 $particleObject;
}
vector $pos = `nParticle -attribute position -id $particleId -q $particleObject`;
vector $lastPos = `nParticle -attribute lastPosition -id $particleId -q $particleObject`;
nParticle -e -attribute opacityPP -id $particleId -fv 1 $particleObject;
if (mag($pos - $lastPos) >= 10 && $rgb != << 1,1,1 >>){
nParticle -e -attribute lifespanPP -id $particleId -fv 0 $particleObject;
}
}"""
pm.expression(s=expression, n="forestGenerator_exp")
# Create Colision event
pm.event(self.partShape, die=0, count=0, proc="forestGeneratorEvent")
def set(self, value):
if value is None:
pm.optionVar(remove=self.var)
else:
pm.optionVar(sv=(self.var, value))
def createParticleEmitter(self, meshEmitter, collider):
# Force nParticle balls at creation
pm.optionVar(sv=("NParticleStyle", "Balls"))
self.particle, self.partShape = pm.nParticle(n=str(meshEmitter) +
"_particle")
#Add attribute in particleShape
pm.addAttr(self.partShape, ln="indexPP", dt="doubleArray")
pm.addAttr(self.partShape, ln="rotatePP", dt="vectorArray")
pm.addAttr(self.partShape, ln="scalePP", dt="vectorArray")
pm.addAttr(self.partShape, ln="rgbPP", dt="vectorArray")
pm.addAttr(self.partShape, ln="fixPosPP", dt="vectorArray")
pm.addAttr(self.partShape, ln="opacityPP", dt="doubleArray")
pm.addAttr(self.partShape, ln="typePP", dt="doubleArray")
self.nameEmitter = str(meshEmitter) + "_emitter"
pm.emitter(meshEmitter,
type="surface",
name=self.nameEmitter,
r=float(self.ui.simulationEmit_le.text()))
pm.connectDynamic(self.partShape, em=self.nameEmitter)
#Used maya command because pymel crash when find nucleus node
self.nucleusName = mel.eval("listConnections -type \"nucleus\" " +
self.partShape + ";")[0]
pm.parent(self.partShape, self.worldParent)
pm.parent(self.nameEmitter, self.worldParent)
pm.parent(self.nucleusName, self.worldParent)
self.setParamaters(self.partShape, self.particleParameter)
self.setParamaters(self.nameEmitter, self.emitterParameter)
self.setParamaters(self.nucleusName, self.nucleusParameter)
pm.addAttr(self.partShape, ln="radiusPP", dt="doubleArray")
#Create Rigid
pm.select(collider, r=1)
pm.runtime.nClothMakeCollide(collider)
self.nrigid = pm.listConnections(collider.listRelatives(s=1, c=1)[0],
type='nRigid')[0]
self.setParamaters(
self.nrigid.listRelatives(s=1, c=1)[0], self.rigidParameter)
pm.parent(self.nrigid, self.worldParent)
self.nrigid.setAttr("v", 0)
#Create instancer
self.instancer = pm.particleInstancer(self.partShape,
a=True,
object=self.listInstance,
n=str(meshEmitter) +
"_instancer",
cycle="sequential",
age="indexPP",
rotation="rotatePP",
scale="scalePP",
visibility="opacityPP")
pm.parent(self.instancer, self.worldParent)
#Create proc Colision
expression = """
global proc forestGeneratorEvent(string $particleObject,int $particleId, string $geometryObject)
{
vector $rgb = `nParticle -attribute rgbPP -id $particleId -q $particleObject`;
if ($rgb != << 1,1,1 >>)
{
nParticle -e -attribute rgbPP -id $particleId -vv 0 1 0 $particleObject;
}
vector $pos = `nParticle -attribute position -id $particleId -q $particleObject`;
vector $lastPos = `nParticle -attribute lastPosition -id $particleId -q $particleObject`;
nParticle -e -attribute opacityPP -id $particleId -fv 1 $particleObject;
if (mag($pos - $lastPos) >= 10 && $rgb != << 1,1,1 >>){
nParticle -e -attribute lifespanPP -id $particleId -fv 0 $particleObject;
}
}"""
pm.expression(s=expression, n="forestGenerator_exp")
#Create Colision event
pm.event(self.partShape, die=0, count=0, proc="forestGeneratorEvent")
def set_height(cls, height):
print('new height : {}'.format(height))
pm.shelfTabLayout(cls.SHELF_LAYOUT, edit=True, height=height)
pm.optionVar(intValue=(cls.OPTION_VAR, height))
def on_header_resized(self, *args):
index, old, value = args
pm.optionVar(intValue=(self._ov(index), value))
def _close_main_window(self):
pm.optionVar(sv=('doBakeAnimOutputPath', self.output_path))
pm.optionVar(sv=('doBakeAnimTemplateFile', self.template_file))
pm.optionVar(sv=('doBakeAnimCleanFileChecked', self.clean_file))
pm.optionVar(sv=('doBakeAnimExportAtomChecked', self.export_atom))
pm.optionVar(sv=('doBakeAnimRigFile', self.rig_file))
pm.optionVar(sv=('doBakeAnimAtomFile', self.atom_file))
pm.optionVar(sv=('doBakeChangeNTSCChecked', self.changeNTSC))
def create_layout(self):
self.win = pm.window(title="Cluster Weight Interpolation")
layout = pm.rowColumnLayout(numberOfColumns=2,
columnAttach=(1, 'right', 0),
columnWidth=[(1, 150), (2, 250)],
rowOffset=(6, "bottom", 15),
rowSpacing=(1, 10),
columnSpacing=(2, 15))
#chkBox = pm.checkBox(label = "My Checkbox", value=True, parent=layout)
#Set up weight inputs
pm.text(label="Min Weight")
self.minWeight = pm.textField()
pm.text(label="Max Weight")
self.maxWeight = pm.textField()
#Set up cluster Menu
pm.text(label='Cluster')
self.clusterMenu = pm.optionMenu()
clusterList = hybridClusterList(self.vertList)
for c in clusterList:
pm.menuItem(label=str(c))
#Set up Equation Menu
pm.text(label='Equation')
self.functionMenu = pm.optionMenu()
pm.menuItem(label='Ramp')
pm.menuItem(label='Linear')
pm.menuItem(label='Quadratic')
#Set up Ramp
#TODO is there a way that we can hide or disable this thing if the user should select to use the Linear or Quadratic options?
pm.text(label='Ramp Value')
pm.optionVar(stringValueAppend=['falloffCurveOptionVar', '0,1,2'])
pm.optionVar(stringValueAppend=['falloffCurveOptionVar', '1,0,2'])
pm.gradientControlNoAttr('falloffCurve', h=90)
self.ramp = pm.gradientControlNoAttr('falloffCurve',
e=True,
optionVar='falloffCurveOptionVar')
pm.text(label='Invert')
self.invert = pm.optionMenu()
pm.menuItem(label='Yes')
pm.menuItem(label='No')
#Set up Axis Menu
pm.text(label='Axies for Dist Measurement')
self.interpolationAxis = pm.optionMenu()
pm.menuItem(label='xyz')
pm.menuItem(label='x')
pm.menuItem(label='y')
pm.menuItem(label='z')
pm.menuItem(label='xy')
pm.menuItem(label='xz')
pm.menuItem(label='yz')
pm.menuItem(label='Point Number')
#Set up Buttons
closeBtn = pm.button(label="Close", parent=layout)
interpolateBtn = pm.button(label="Interpolate", parent=layout)
interpolateBtn.setCommand(lambda *args: self.interpolate())
closeBtn.setCommand(lambda *args: self.close_dialog())
def get(self):
if not pm.optionVar(exists=self.var):
return None
return pm.optionVar(q=self.var)
def is_switch_automatic():
"""Checks if the viewport switch should be automatic."""
return (
pmc.optionVar(q=Vars.VIEWPORT_OPTION) or
pmu.getEnv(Vars.VIEWPORT_ENVVAR)
)
def openLastScene():
recentFilesList = pymel.optionVar(query="RecentFilesList")
cmds.file(recentFilesList[-1], f=True, open=True)
def restore_file_path(self):
if pm.optionVar(exists=self.LAST_DIR_OPTIONVAR):
self.path_field.setText(
pm.optionVar(query=self.LAST_DIR_OPTIONVAR))
self.init_file_list()
def get_maya_option(self, key, default):
real_key = "{tool_name}_{key}".format(tool_name=self.tool_name,
key=key)
if not pm.optionVar(exists=real_key):
return default
return pm.optionVar(query=real_key)
def hidePolyCount():
global __poly_count__
if pc.optionVar(q='polyCountVisibility'):
__poly_count__ = True
pc.Mel.eval('setPolyCountVisibility(0)')
def get(self, key, default):
option_key = self._format_key(key)
if not pm.optionVar(exists=option_key):
return default
return pm.optionVar(query=option_key)
def build(self):
"""Constructs gui
"""
if pm.window('goz', exists=True):
pm.deleteUI('goz', window=True)
self.gui_window = pm.window('goz', title="gozbruh", rtf=True,
width=1000, height=700)
pm.setUITemplate('attributeEditorTemplate', pushTemplate=True)
main_layout = pm.frameLayout(label='gozbruh Options', cll=False)
pm.setParent(main_layout)
#======================================================================
# GENERAL
#======================================================================
#########SHARED
pm.setParent(main_layout)
general_framelayout = pm.frameLayout(label='General Options',
cll=False)
pm.setParent(general_framelayout)
general_rcl = pm.rowColumnLayout(nc=2)
pm.setParent(general_rcl)
pm.text(label='Shared Dir\t')
self.user_shared_dir = pm.textField(text=utils.get_shared_dir(),
width=200)
#======================================================================
# SERVER
#======================================================================
pm.setParent(main_layout)
#########ZBRUSH
zbrush_layout = pm.frameLayout(label='ZBrush', cll=False)
pm.setParent(zbrush_layout)
zbrush_rcl = pm.rowColumnLayout(nc=2)
zbrush_host, zbrush_port = utils.get_net_info(utils.ZBRUSH_ENV)
pm.text(label='ZBrush Host\t')
self.user_zbrush_host = pm.textField(text=zbrush_host, width=200)
pm.text(label='ZBrush Port\t')
self.user_zbrush_port = pm.textField(text=zbrush_port, width=200)
pm.setParent(zbrush_layout)
self.send_btn = pm.button(label="Send Selection to ZBrush")
self.conn_btn = pm.button(label="Check Connection to ZBrush")
self.zbrush_status_ui = pm.text(label='Status: not connected',
height=30,
enableBackground=True,
backgroundColor=(1.0, 0.0, 0.0))
#########MAYA
pm.setParent(main_layout)
pm.text(' ')
maya_layout = pm.frameLayout(label='Maya', cll=False)
pm.setParent(maya_layout)
maya_rcl = pm.rowColumnLayout(nc=2)
maya_host, maya_port = utils.get_net_info(utils.MAYA_ENV)
pm.text(label='Maya Host\t')
self.user_maya_host = pm.textField(text=maya_host, width=200)
pm.text(label='Maya Port\t')
self.user_maya_port = pm.textField(text=maya_port, width=200)
pm.setParent(maya_layout)
self.listen_btn = pm.button(label="Listen for Meshes from ZBrush")
self.maya_status_ui = pm.text(label='Status: not listening',
height=30,
enableBackground=True,
backgroundColor=(1.0, 0.0, 0.0))
#======================================================================
# MORE OPTIONS
#======================================================================
pm.setParent(main_layout)
pm.text(' ')
more_framelayout = pm.frameLayout(label='Maya-Specific Options',
cll=False)
pm.setParent(more_framelayout)
more_rcl = pm.rowColumnLayout(nc=3)
pm.text(label='Import Visual Smooth', width=200)
self.smooth_radio_col = pm.radioCollection()
self.smooth_radio_off = pm.radioButton(
label='Off',
onc=lambda x: pm.optionVar(iv=('gozbruh_smooth', 0)))
self.smooth_radio_on = pm.radioButton(
label='On',
onc=lambda x: pm.optionVar(iv=('gozbruh_smooth', 1)))
import_smooth = 0
if pm.optionVar(ex='gozbruh_smooth'):
import_smooth = pm.optionVar(q='gozbruh_smooth')
pm.radioCollection(
self.smooth_radio_col, e=True,
sl=self.smooth_radio_on if import_smooth else self.smooth_radio_off)
pm.text(label='Import Delete Old Mesh', width=200)
self.delete_radio_col = pm.radioCollection()
self.delete_radio_off = pm.radioButton(
label='Off',
onc=lambda x: pm.optionVar(iv=('gozbruh_delete', 0)))
self.delete_radio_on = pm.radioButton(
label='On',
onc=lambda x: pm.optionVar(iv=('gozbruh_delete', 1)))
import_delete = 0
if pm.optionVar(ex='gozbruh_delete'):
import_delete = pm.optionVar(q='gozbruh_delete')
pm.radioCollection(
self.delete_radio_col, e=True,
sl=self.delete_radio_on if import_delete else self.delete_radio_off)
pm.setParent(main_layout)
self.retain_btn = pm.button(label="Save Settings", height=50)
pm.text('\t')
self.remove_btn = pm.button(label="Default Settings")
self.gui_window.show()