def make_aov(aov, type='rgb'):
"""
Creates an AOV if it doesn't already exist.
Args:
aov = The name of the AOV to make.
type = The data type of the new aov. Valid values are:
int
bool
float
rgb
rgba
vector
vector2
pointer
"""
allowed_types = [
'int', 'bool', 'float', 'rgb', 'rgba', 'vector', 'vector2', 'pointer'
]
if type not in allowed_types:
raise Exception('Type {} is not allowed!'.format(type))
all_aovs = aovs.AOVInterface().getAOVNodes(names=True)
exists = 0
for sublist in all_aovs:
if aov in sublist:
exists = 1
print '{} AOV already exits!'.format(aov)
break
if not exists:
aovs.AOVInterface().addAOV(aov, aovType=type)
print 'created {}!'.format(aov)
def create_custom_aovs(char):
if char == "girl":
customAOVlist = ["mask_lips", "mask_lips_smear", "mask_tattoo", "mask_makeup_graphic", "mask_makeup_graphic_sharp", "mask_eyebrows", "mask_facing_ratio"]
elif char == "man":
customAOVlist = []
elif char == "transgender":
customAOVlist = ["mask_trans_graphic_skirt", "mask_trans_beard", "mask_trans_ears", "mask_trans_glitter", "mask_trans_eyes_red", "mask_trans_lips", "mask_trans_ass_text"]
elif char == "vladimir":
customAOVlist = []
currentAOVlist = aovs.AOVInterface().getAOVNodes(names=True)
for i in customAOVlist:
currentAOVlist = aovs.AOVInterface().getAOVNodes(names=True)
aov_already_created = False
for j in range (0, len(currentAOVlist)):
if i in currentAOVlist[j]:
aov_already_created = True
print "AOV [" + i + "] has already been created, skipping"
if aov_already_created == False:
aovs.AOVInterface().addAOV(i, aovType='rgba')
print "AOV [" + i + "] has been added"
# connect facing ratio shader
if char == "girl":
cmds.connectAttr("*:mat_aov_facingratio.outColor", "aiAOV_mask_facing_ratio.defaultValue", force=True)
def add_aov(aov_name):
aov_names = [i.name for i in aovs.getAOVs()]
if aov_name not in aov_names:
try:
aovs.AOVInterface().addAOV(aov_name)
except:
pass
def newAOVPrompt(default=''):
result = pm.cmds.promptDialog(button=['Create', 'Cancel'],
defaultButton='Create',
cancelButton='Cancel',
message='AOV Name',
title='New AOV',
text=default)
if result == 'Create':
core.createOptions()
newAOV = pm.promptDialog(
query=True, text=True
) #[0:29] # channel names in the exr driver are limited to 29 characterss
if len(newAOV) > 29:
oldAOV = newAOV
newAOV = newAOV[0:29]
cmds.confirmDialog(
message=
"The name %s is longer than 29 characters, truncated to : %s" %
(oldAOV, newAOV))
if str(newAOV).replace("_", "").isalnum():
return newAOV, aovs.AOVInterface().addAOV(newAOV)
else:
print "Invalid AOV Name"
return None, None
else:
print "AOV creation canceled"
return None, None
def create_aov():
print "create_aov"
try:
aov_dict = {
"N": "rgb",
"P": "vector",
"Z": "float",
"diffuse": "rgb",
"diffuse_albedo": "rgb",
"diffuse_direct_amb": "rgb",
"diffuse_fill": "rgb",
"diffuse_indirect_amb": "rgb",
"diffuse_key": "rgb",
"diffuse_rim": "rgb",
"emission": "rgb",
"motionvector": "rgb",
"specular": "rgb",
"specular_albedo": "rgb",
"specular_amb": "rgb",
"specular_direct_amb": "rgb",
"specular_fill": "rgb",
"specular_indirect_amb": "rgb",
"specular_key": "rgb",
"specular_rim": "rgb",
"sss": "rgb",
"sss_albedo": "rgb",
"transmission": "rgb"
}
for name, type in aov_dict.items():
aovs.AOVInterface().addAOV(name, type)
return 1
except:
return False
def rebuild_arnold_aov():
aov_lists = list()
sg_nodes = pm.ls(type='shadingEngine')
if len(sg_nodes) > 200:
sg_nodes = sg_nodes[:200]
for se in sg_nodes:
for aov in se.aiCustomAOVs:
print '[OF] Info:find', aov, aov.aovName.get()
aov_lists.append(aov.aovName.get())
for wc in pm.ls(type='aiWriteColor'):
print wc.aovName.get()
m = re.compile('(.*) \(Inactive\)').match(wc.aovName.get())
if m:
print '[OF] Info:find', wc, wc.aovName.get()
aov_lists.append(m.groups()[0])
else:
if wc.aovName.get():
print '[OF] Info:find', wc, wc.aovName.get()
aov_lists.append(wc.aovName.get())
aov_lists = list(set(aov_lists))
for aov in aov_lists:
if aov and aov not in get_aov_name_lists():
try:
aovs.AOVInterface().addAOV(aov)
print '[OF] Info: Rebuild %s' % aov
except:
pass
def createAOV(name):
aovInterface = aovs.AOVInterface()
#
#默认的 Z通道 的AOV filter是closet, 项目需要改成默认的gaussian
#则将键 Z 从 arnold的aov默认filter字典里清除
if name == 'Z':
updateDefaultFilterByName('Z')
#创建AOV
if DEFAULT_AOV_DATA_TYPES.has_key(name):
aovName = name
aovType = DEFAULT_AOV_DATA_TYPES[name]
aov = aovInterface.addAOV(aovName, aovType)
else:
aovName = name
aov = aovInterface.addAOV(aovName)
#
#创建AOV材质球
if aovName == 'AO':
CNG.createAO(aov.node.defaultValue)
elif aovName == 'NOM':
CNG.createNOM(aov.node.defaultValue)
elif aovName == 'Fre':
CNG.createFresnel(aov.node.defaultValue)
elif aovName == 'Zdp':
CNG.createZ(aov.node.defaultValue)
elif aovName == 'COCC':
CNG.createCOCC(aov.node.defaultValue)
else:
pass
return aov
def create_default_aovs():
defaultAOVlist = ["P", "N", "Z", "coat", "specular", "diffuse", "direct", "indirect", "sss", "transmission"]
currentAOVlist = aovs.AOVInterface().getAOVNodes(names=True)
for i in defaultAOVlist:
currentAOVlist = aovs.AOVInterface().getAOVNodes(names=True)
aov_already_created = False
for j in range (0, len(currentAOVlist)):
if i in currentAOVlist[j]:
aov_already_created = True
print "AOV [" + i + "] has already been created, skipping"
if aov_already_created == False:
aovs.AOVInterface().addAOV(i)
print "AOV [" + i + "] has been added"
def rebuild_arnold_aov():
for aov in get_all_aov_list():
if aov:
if aov not in get_aov_names():
try:
aovs.AOVInterface().addAOV(aov)
except:
pass
def addZ(*args): #Create DEPTH pass with shader
if not pm.objExists('aiAOV_%s' % 'ZDEPTH'): #check AOV already exists
aovZ = aovs.AOVInterface().addAOV('ZDEPTH')
aovZ = pm.PyNode('aiAOV_ZDEPTH')
sin = pm.shadingNode('samplerInfo', asShader=True, name='INFO_Z')
sin.pointCamera.pointCameraZ >> aovZ.defaultValue
pm.setAttr('aiAOV_ZDEPTH.type', 4)
print 'ZDEPTH AOV DONE!'
def switchLayerAOV(trigger):
existsAOVs = aovs.AOVInterface().getAOVNodes(names=True)
for existsAOV in existsAOVs:
#aovName = existsAOV[0]
aovNode = existsAOV[1].getName()
cmds.editRenderLayerAdjustment(aovNode + ".enabled")
cmds.setAttr(aovNode + ".enabled", trigger)
def addNorm():
if not pm.objExists('aiAOV_NRM'): #check AO already exists
shdrNorm = pm.shadingNode('aiUtility', asShader=True, name='GEN_NRM')
shdrNorm.shadeMode.set(2)
shdrNorm.colorMode.set(3)
aovNorm = aovs.AOVInterface().addAOV('NRM')
aovNorm = pm.PyNode('aiAOV_NRM')
shdrNorm.outColor >> aovNorm.defaultValue
print 'NORMAL AOV DONE!'
def add_custom_aov(cls, name):
if name not in cls.get_aov_name_lists():
try:
aovs.AOVInterface().addAOV(name)
except:pass
pm.PyNode('aiAOV_%s.type' % name).set(5)
pm.PyNode('aiAOV_%s.enabled' % name).set(1)
print "[OF] info: add aov ******%s****** successful" % name
return name
def delAOV():
#删除所有的AOV
try:
aovInterface = aovs.AOVInterface()
result = aovInterface.getAOVs()
aovInterface.removeAOVs(result)
except:
return False
return True
def add_costom_aov(self, name):
if self.renderer == 'arnold':
if not name in self.get_aov_name_lists():
try:
aovs.AOVInterface().addAOV(name)
except:
pass
pm.PyNode('aiAOV_%s.type' % name).set(5)
pm.PyNode('aiAOV_%s.enabled' % name).set(1)
def add_aov(name):
if pm.PyNode('defaultRenderGlobals').currentRenderer.get() == 'arnold':
if not name in get_aov_name_lists():
try:
aovs.AOVInterface().addAOV(name)
except:
pass
pm.PyNode('aiAOV_%s.type' % name).set(5)
pm.PyNode('aiAOV_%s.enabled' % name).set(1)
def aovs_setup(lights):
"""updating render settings AOVs tab"""
# enable beauty
createOptions()
arnold_options = pm.PyNode("defaultArnoldRenderOptions")
arnold_options.aovMode.set(1)
# enable default aovs
default_aovs = [
"diffuse_direct", "diffuse_indirect", "specular_direct",
"specular_indirect", "sss_direct", "sss_indirect", "N", "P", "Z",
"crypto_asset", "crypto_material", "crypto_object", "AO"
]
default_aovs.extend(lights)
for aov in default_aovs:
if not aovs.AOVInterface().getAOVNode(aov):
aovs.AOVInterface().addAOV(aov)
# enable custom aovs
# ambient occlusion
ao_name = "aiAmbientOcclusion"
if not pm.ls(type=ao_name):
ao_aov = pm.PyNode("aiAOV_AO")
ao_shader = pm.shadingNode(ao_name, asShader=1)
ao_sg = pm.sets(name=ao_name + "SG",
empty=1,
renderable=1,
noSurfaceShader=1)
ao_shader.outColor >> ao_aov.defaultValue
ao_shader.outColor >> ao_sg.surfaceShader
# create light group for each of the lights
for light in lights:
shape = pm.PyNode(light).getShape()
shape.aiAov.set(light)
# merge aovs
arnold_driver = pm.PyNode("defaultArnoldDriver")
arnold_driver.mergeAOVs.set(1)
arnold_driver.halfPrecision.set(1)
print ">> aov setup"
return
def addOcc(*args): #Create Occlution pass with shader
if not pm.objExists('aiAOV_%s' % 'AO'): #check AO already exists
shdrAO = pm.shadingNode('aiAmbientOcclusion',
asShader=True,
name='GEN_AO')
shdrAO.farClip.set(50)
shdrAO.samples.set(2)
aovAO = aovs.AOVInterface().addAOV('AO')
aovAO = pm.PyNode('aiAOV_AO')
shdrAO.outColor >> aovAO.defaultValue
print 'AO AOV DONE!'
def postLightCreation(self, transformNode, shapeNode, *args, **kwargs):
'''Place here all custom stuff you want to do with the created light node'''
mc.setAttr(shapeNode + '.aiAov', 'LG_' + transformNode, type='string')
newAOVName = 'RGBA_LG_' + transformNode
aovNode = aovs.AOVInterface().addAOV(newAOVName).node
mc.setAttr(aovNode + ".name",
'RGBA_LG_' + transformNode,
type="string")
mc.setAttr(aovNode + ".type", 6)
mc.setAttr(aovNode + ".enabled", True)
mc.select(shapeNode, replace=True)
def addUV(*args): #Create UV pass with shader
if not pm.objExists('aiAOV_UV'): #check if UV AOV already exists
shdrUV = pm.shadingNode('aiUtility', asShader=True, name='GEN_UV')
shdrUV.shadeMode.set(2)
shdrUV.color.set(0, 0, 0)
siUV = pm.shadingNode('samplerInfo', asShader=True, name='INFO_UV')
siUV.uvCoord.uCoord >> shdrUV.color.colorR
siUV.uvCoord.vCoord >> shdrUV.color.colorG
aovUV = aovs.AOVInterface().addAOV('UV')
aovUV = pm.PyNode('aiAOV_UV')
shdrUV.outColor >> aovUV.defaultValue
print 'UV AOV DONE!'
def rebuild_arnold_aov(self, *args):
# arnold rebuild aov
aov_lists = list()
# get shading group's aovname
sg_nodes = pm.ls(type='shadingEngine')
#if len(sg_nodes) > 200:
# sg_nodes = sg_nodes[:200]
progress_dialog = QProgressDialog(
'<Total: %s>build aov...,Please wait......' % len(sg_nodes),
'Cancel', 0, len(sg_nodes))
progress_dialog.setWindowModality(Qt.WindowModal)
progress_dialog.show()
value = 0
for sg in sg_nodes:
progress_dialog.setValue(value)
if progress_dialog.wasCanceled():
break
for aov in sg.aiCustomAOVs:
print '[OF] Info:find', aov, aov.aovName.get()
aov_lists.append(aov.aovName.get())
value += 1
# get aiWriteColor's aovname
if pm.ls(type='aiWriteColor'):
for wc in pm.ls(type='aiWriteColor'):
print wc.aovName.get()
m = re.compile('(.*) \(Inactive\)').match(wc.aovName.get())
if m:
print '[OF] Info:find', wc, wc.aovName.get()
aov_lists.append(m.groups()[0])
else:
if wc.aovName.get():
print '[OF] Info:find', wc, wc.aovName.get()
aov_lists.append(wc.aovName.get())
#get aiUserDataColor's aov_name
if pm.ls(type='aiUserDataColor'):
for node in pm.ls(type='aiUserDataColor'):
print "[OF] info:find %s" % node.colorAttrName.get()
aov_lists.append(node.colorAttrName.get())
aov_lists = list(set(aov_lists))
for aov in aov_lists:
if aov and aov not in self.get_aov_name_lists():
if aov not in alofhair_aovs:
try:
aovs.AOVInterface().addAOV(aov)
print '[OF] Info: Rebuild %s' % aov
except:
pass
for aov in self.get_aov_name_lists():
if aov.startswith('mask') or aov.startswith('rim'):
mc.setAttr('aiAOV_%s.type' % aov, 5)
def createArnoldAOVTab():
parentForm = cmds.setParent(query=True)
aovNode = aovs.AOVInterface()
pm.columnLayout('enableAOVs', adjustableColumn=True)
pm.setUITemplate('attributeEditorTemplate', pushTemplate=True)
pm.attrControlGrp(attribute=aovNode.node.aovMode, label='Mode')
# the tab gets recreated from scratch each time rather than updated and each
# time the AOVOptionMenuGrp adds itself to the AOVChanged callback list.
# we must remove it or we'll leave behind invalid copies
global _aovDisplayCtrl
if _aovDisplayCtrl is not None:
aovs.removeAOVChangedCallback(_aovDisplayCtrl.update)
_aovDisplayCtrl = shaderTemplate.AOVOptionMenuGrp('aiOptions',
'displayAOV',
label='Render View AOV',
allowCreation=False,
includeBeauty=True,
allowEmpty=False,
allowDisable=False)
_aovDisplayCtrl._setToChildMode()
_aovDisplayCtrl._doSetup(aovNode.node.name() + '.displayAOV')
pm.setParent(parentForm)
cmds.scrollLayout('arnoldAOVsScrollLayout', horizontalScrollBarThickness=0)
cmds.columnLayout('arnoldTabColumn', adjustableColumn=True)
ed = ArnoldAOVEditor(aovNode)
cmds.formLayout(parentForm,
edit=True,
af=[('enableAOVs', "top", 5), ('enableAOVs', "left", 0),
('enableAOVs', "right", 0),
('arnoldAOVsScrollLayout', "bottom", 0),
('arnoldAOVsScrollLayout', "left", 0),
('arnoldAOVsScrollLayout', "right", 0)],
an=[('enableAOVs', "bottom")],
ac=[('arnoldAOVsScrollLayout', "top", 5, 'enableAOVs')])
pm.setUITemplate('attributeEditorTemplate', popTemplate=True)
cmds.setParent(parentForm)
pm.evalDeferred(ed.fixOptionMenus)
ed.setEnabledState()
pm.scriptJob(attributeChange=(aovNode.node.aovMode, ed.setEnabledState),
parent=ed.mainCol)
def setup_mtoa():
mu.unlock_renderer('arnold')
mel.eval('loadPreferredRenderGlobalsPreset("arnold");')
mel.eval('mayaHasRenderSetup;')
setup_minimal_mtoa()
# --- Setup Cryptomatte AOV ---
import mtoa.aovs as aovs
try:
aovs.AOVInterface().addAOV('crypto_material',
aovType='rgb',
aovShader='cryptomatte')
except Exception as e:
LOGGER.error('Error creating cryptomatte AOV: %s', e)
def add_mask_aov(cls):
aov_lists = [int(cls.MASK_PATTERN.findall(i)[0])
for i in cls.get_aov_name_lists() if cls.MASK_PATTERN.findall(i)]
if not aov_lists:
new_aov = "mask00"
else:
new_aov = "mask%02d" % (sorted(aov_lists)[-1]+1)
try:
aovs.AOVInterface().addAOV(new_aov)
except:pass
print "[OF] info: add aov ******%s****** successful" % new_aov
pm.PyNode('aiAOV_%s.type' % new_aov).set(5)
shader = cls.create_aiuserdatacolor_shader(new_aov)
shader.outColor >> pm.PyNode('aiAOV_%s' % new_aov).defaultValue
return new_aov
def createall():
Mysshdr = pymel.shadingNode("surfaceShader", asShader=True)
pymel.rename(Mysshdr, "An_XYZ")
Mysampler = pymel.shadingNode("samplerInfo", asUtility=True)
pymel.rename(Mysampler, "An_sampler")
Myrange = pymel.shadingNode("setRange", asUtility=True)
pymel.rename(Myrange, "An_range")
Mymltipl = pymel.shadingNode("multiplyDivide", asUtility=True)
pymel.rename(Mymltipl, "An_multy")
pymel.connectAttr("An_sampler.pointCameraX",
"An_multy.input1X",
force=True)
pymel.connectAttr("An_sampler.pointCameraY",
"An_multy.input1Y",
force=True)
pymel.connectAttr("An_sampler.pointCameraZ",
"An_multy.input1Z",
force=True)
pymel.setAttr("An_multy.input2X", 1)
pymel.setAttr("An_multy.input2Y", 1)
pymel.setAttr("An_multy.input2Z", 1)
pymel.connectAttr(" An_multy.outputX", "An_range.valueX", force=True)
pymel.connectAttr(" An_multy.outputY", "An_range.valueY", force=True)
pymel.connectAttr(" An_multy.outputZ", "An_range.valueZ", force=True)
pymel.setAttr("An_range.minX", 1)
pymel.setAttr("An_range.minY", 1)
pymel.setAttr("An_range.minZ", 1)
pymel.connectAttr(" An_range.outValue.outValueX",
"An_XYZ.outColorR",
force=True)
pymel.connectAttr(" An_range.outValue.outValueY",
"An_XYZ.outColorG",
force=True)
pymel.connectAttr(" An_range.outValue.outValueZ",
"An_XYZ.outColorB",
force=True)
aovs.AOVInterface().addAOV('XYZ')
pymel.connectAttr("An_XYZ.outColor",
"aiAOV_XYZ.defaultValue",
force=True)
def add_mask_aov(self, *args):
aov_lists = [
int(self.MASK_PATTERN.findall(i)[0])
for i in self.get_aov_name_lists() if self.MASK_PATTERN.findall(i)
]
hair_aov_lists = [
int(self.HAIR_PATTERN.findall(i)[0])
for i in self.get_aov_name_lists() if self.HAIR_PATTERN.findall(i)
]
all_aov_lists = [
int(self.ALL_PATTERN.findall(i)[0])
for i in self.get_aov_name_lists() if self.ALL_PATTERN.findall(i)
]
if self.renderer == "arnold":
if not pm.checkBox('hair_check', q=1, value=1) and not pm.checkBox(
'all_check', q=1, value=1):
shader = self.create_default_mask_aov_shader()
if not aov_lists:
new_aov = "mask00"
else:
new_aov = "mask%02d" % (sorted(aov_lists)[-1] + 1)
if pm.checkBox('hair_check', q=1, value=1):
if not hair_aov_lists:
new_aov = 'hair00'
else:
new_aov = "hair%02d" % (sorted(hair_aov_lists)[-1] + 1)
shader = self.create_aiuserdatacolor_shader(new_aov)
if pm.checkBox('all_check', q=1, value=1):
if not all_aov_lists:
new_aov = 'all00'
else:
new_aov = "all%02d" % (sorted(all_aov_lists)[-1] + 1)
shader = self.create_aiuserdatacolor_shader(new_aov)
try:
aovs.AOVInterface().addAOV(new_aov)
except:
pass
print "[OF] info: add aov ******%s****** successful" % new_aov
pm.PyNode('aiAOV_%s.type' % new_aov).set(5)
shader.outColor >> pm.PyNode('aiAOV_%s' % new_aov).defaultValue
elif self.renderer == "mentalRay":
if not aov_lists:
self.add_mr_aov("mask00")
else:
self.add_mr_aov("mask%02d" % (sorted(aov_lists)[-1] + 1))
def createAOVS():
#avaialbe aovs in maya
BUILTIN_AOVS = ['P', 'Z', 'N', 'opacity', 'motionvector', 'Pref', 'raycount', 'cputime', 'ID', 'RGBA', 'direct', 'indirect', 'emission', 'background', 'diffuse', 'specular',
'transmission', 'sss', 'volume', 'albedo', 'diffuse_direct', 'diffuse_indirect', 'diffuse_albedo', 'specular_direct', 'specular_indirect', 'specular_albedo', 'coat',
'coat_direct', 'coat_indirect', 'coat_albedo', 'sheen', 'sheen_direct', 'sheen_indirect', 'sheen_albedo', 'transmission_direct', 'transmission_indirect',
'transmission_albedo', 'sss_direct', 'sss_indirect', 'sss_albedo', 'volume_direct', 'volume_indirect', 'volume_albedo', 'volume_opacity', 'volume_Z',
'shadow_matte', 'AA_inv_density']
#avaialbe aovs in maya
LIGHTING_AOVS = ['RGBA', 'direct', 'indirect', 'emission', 'diffuse', 'specular', 'transmission', 'sss', 'volume', 'diffuse_direct', 'diffuse_indirect', 'diffuse_albedo',
'specular_direct', 'specular_indirect', 'specular_albedo', 'coat', 'coat_direct', 'coat_indirect', 'coat_albedo', 'transmission_direct', 'transmission_indirect',
'transmission_albedo', 'sss_direct', 'sss_indirect', 'sss_albedo', 'volume_direct', 'volume_indirect', 'volume_albedo', 'shadow_matte', 'sheen', 'sheen_direct',
'sheen_indirect', 'sheen_albedo']
#3rd party aovs
EXTRA_AOVS = ['crypto_asset', 'crypto_material', 'crypto_object']
#deliverable aovs for comp
PRODUCTION_AOVS = ['RGBA', 'diffuse', 'diffuse_indirect', 'specular', 'specular_direct', 'specular_indirect', 'N', 'P', 'Pref', 'Z']
#leave user added aovs and add missing
EXISTING_AOVS = []
for aov in aovs.getAOVNodes(names=False):
EXISTING_AOVS.append(str(aov))
EXISTING_AOVS = [aov.replace('aiAOV_', '') for aov in EXISTING_AOVS]
NEW_AOVS = list(set(PRODUCTION_AOVS) - set(EXISTING_AOVS))
for item in NEW_AOVS:
addAOV = aovs.AOVInterface().addAOV(item)
#split light groups
for item in PRODUCTION_AOVS:
if item in LIGHTING_AOVS:
cmds.setAttr('aiAOV_' + item + '.lightGroups', 1)
#print NEW_AOVS
cmds.setAttr('defaultArnoldDriver' + '.mergeAOVs', 1)
def create_new_aov(aov_name):
"""
:param aov_name: name of the aov to create as a string
:return: object name of the aov created as a string
"""
scene_aovs = [x for x in cmds.ls(type="aiAOV")]
ai_aov = "aiAOV_%s" % aov_name
if ai_aov in scene_aovs:
print "%s already exists in the scene" % aov_name
return False
new_aov = aovs.AOVInterface()
data_type = "rgb"
new_aov.addAOV(aov_name, data_type)
# Set AOV disabled
cmds.setAttr("%s.enabled" % ai_aov, 0)
return ai_aov
def Load_AOV(type):
if cmds.renderer('arnold', exists=True):
if type == "basic":
aov_list = [
"N", "coat", "diffuse", "emission", "sheen", "specular",
"transmission"
]
if type == "direct":
aov_list = [
"N", "coat_direct", "coat_indirect", "diffuse_direct",
"diffuse_indirect", "emission", "sheen_direct",
"sheen_indirect", "specular_direct", "specular_indirect",
"transmission"
]
if type == "technical": aov_list = ["AO", "FacingRatio", "P"]
for aov in aov_list:
try:
print("Adding " + aov + " to render aov list")
aovs.AOVInterface().addAOV(aov)
#AOs
if aov == "AO":
createAOV = cmds.createNode("aiAmbientOcclusion",
name="aiAmbientOcclusion_ID")
cmds.connectAttr('aiAmbientOcclusion_ID.outColor',
'aiAOV_AO.defaultValue')
#FaceRatio
if aov == "FacingRatio":
UtiD = cmds.createNode("aiFacingRatio",
name="aiFacingRatio_ID")
cmds.connectAttr('aiFacingRatio_ID.outValue',
'aiAOV_FacingRatio.defaultValue')
except:
print("ERROR: AOV " + aov + " already exists")
def create_new_aov(aov_name, data_type="rgb"):
"""
Create a new aov
:param aov_name: the aov name to create as a string
:param data_type: the data type for the aov to create as a string
:return: the ai aov name for the created aov as a string
"""
scene_aovs = [x for x in cmds.ls(type="aiAOV")]
ai_aov_name = "aiAOV_%s" % aov_name
if ai_aov_name in scene_aovs:
print "%s already exists in the scene" % aov_name
return False
new_aov = aovs.AOVInterface()
new_aov.addAOV(aov_name, data_type)
# Set AOV disabled
cmds.setAttr("%s.enabled" % ai_aov_name, 0)
return ai_aov_name