def deeXProxyObjectIDGeneratorFunc(self):
OpenMaya.MGlobal.displayInfo(
'[Arsenal] Proxy ObjectID Generator start')
proxyNode = pm.ls(type='VRayMesh')
for myProxy in proxyNode:
mesh = myProxy.listHistory(future=True, exactType='mesh')
allParent = mesh[0].listRelatives(ap=True, pa=True)
go = False
for myP in allParent:
if myP.isVisible():
print myProxy.name() + ' is visible.'
go = True
break
if not go:
continue
OpenMaya.MGlobal.displayInfo(
' Generate ID for proxy : ' + myProxy.name())
idList = myProxy.objectListIDs.get()
if len(idList) <= 1:
continue
count = 0
maskNumber = 0
for myID in idList:
if myID != 0.0:
multiMatteName = str('MultiMatte_%04d' % maskNumber +
'_%010d' % myID)
if count % 3 == 0:
n2 = 'None'
if len(idList) - 1 >= count + 2 and idList[(count +
2)] != 0.0:
n2 = idList[(count + 2)]
n1 = 'None'
if len(idList) - 1 >= count + 1 and idList[(count +
1)] != 0.0:
n1 = idList[(count + 1)]
n = 'None'
if len(idList) - 1 >= count and idList[count] != 0.0:
n = idList[count]
OpenMaya.MGlobal.displayInfo(
' - Create multimatte : ' +
multiMatteName + ' with ID : ' + str(n) + ' - ' +
str(n1) + ' - ' + str(n2) + ' from ' + str(idList))
vrUtils.create('RenderChannelMultiMatte',
multiMatteName)
myMask = vrUtils.findByName(multiMatteName)
myMask[0].set('name', str(multiMatteName))
if len(idList) - 1 >= count + 2 and idList[(count +
2)] != 0.0:
myMask[0].set('red_id', idList[(count + 2)])
if len(idList) - 1 >= count + 1 and idList[(count +
1)] != 0.0:
myMask[0].set('green_id', idList[(count + 1)])
if len(idList) - 1 >= count and idList[count] != 0.0:
myMask[0].set('blue_id', idList[count])
myMask[0].set('use_mtl_id', 0)
myMask[0].set('affect_matte_objects', 1)
myMask[0].set('consider_for_aa', 1)
maskNumber += 1
count += 1
def deeXLightSelectGeneratorFunc(self, lightNormal = list(), lightDiffuse = list(), lightRaw = list(), lightSpecular = list()):
for myLight in lightNormal:
name = 'lightSelect_' + myLight.name().replace('|', '_').replace(':', '_') + '_normal'
vrUtils.create('RenderChannelColor', name)
lightSelect = vrUtils.findByName(name)
lightSelect[0].set('name', name)
lightSelect[0].set('consider_for_aa', 1)
myLight.set('channels', [lightSelect[0]])
for myLight in lightRaw:
name = 'lightSelect_' + myLight.name().replace('|', '_').replace(':', '_') + '_raw'
vrUtils.create('RenderChannelColor', name)
lightSelect = vrUtils.findByName(name)
lightSelect[0].set('name', name)
lightSelect[0].set('consider_for_aa', 1)
myLight.set('channels_raw', [lightSelect[0]])
for myLight in lightDiffuse:
name = 'lightSelect_' + myLight.name().replace('|', '_').replace(':', '_') + '_diffuse'
vrUtils.create('RenderChannelColor', name)
lightSelect = vrUtils.findByName(name)
lightSelect[0].set('name', name)
lightSelect[0].set('consider_for_aa', 1)
myLight.set('channels_diffuse', [lightSelect[0]])
for myLight in lightSpecular:
name = 'lightSelect_' + myLight.name().replace('|', '_').replace(':', '_') + '_spec'
vrUtils.create('RenderChannelColor', name)
lightSelect = vrUtils.findByName(name)
lightSelect[0].set('name', name)
lightSelect[0].set('consider_for_aa', 1)
myLight.set('channels_specular', [lightSelect[0]])
def deeXProxyObjectIDGeneratorFunc(self):
OpenMaya.MGlobal.displayInfo('[Arsenal] Proxy ObjectID Generator start')
proxyNode = pm.ls(type='VRayMesh')
for myProxy in proxyNode:
mesh = myProxy.listHistory(future=True, exactType='mesh')
allParent = mesh[0].listRelatives(ap=True, pa=True)
go = False
for myP in allParent:
if myP.isVisible():
print myProxy.name() + ' is visible.'
go = True
break
if not go:
continue
OpenMaya.MGlobal.displayInfo(' Generate ID for proxy : ' + myProxy.name())
idList = myProxy.objectListIDs.get()
if len(idList) <= 1:
continue
count = 0
maskNumber = 0
for myID in idList:
if myID != 0.0:
multiMatteName = str('MultiMatte_%04d' % maskNumber + '_%010d' % myID)
if count % 3 == 0:
n2 = 'None'
if len(idList) - 1 >= count + 2 and idList[(count + 2)] != 0.0:
n2 = idList[(count + 2)]
n1 = 'None'
if len(idList) - 1 >= count + 1 and idList[(count + 1)] != 0.0:
n1 = idList[(count + 1)]
n = 'None'
if len(idList) - 1 >= count and idList[count] != 0.0:
n = idList[count]
OpenMaya.MGlobal.displayInfo(' - Create multimatte : ' + multiMatteName + ' with ID : ' + str(n) + ' - ' + str(n1) + ' - ' + str(n2) + ' from ' + str(idList))
vrUtils.create('RenderChannelMultiMatte', multiMatteName)
myMask = vrUtils.findByName(multiMatteName)
myMask[0].set('name', str(multiMatteName))
if len(idList) - 1 >= count + 2 and idList[(count + 2)] != 0.0:
myMask[0].set('red_id', idList[(count + 2)])
if len(idList) - 1 >= count + 1 and idList[(count + 1)] != 0.0:
myMask[0].set('green_id', idList[(count + 1)])
if len(idList) - 1 >= count and idList[count] != 0.0:
myMask[0].set('blue_id', idList[count])
myMask[0].set('use_mtl_id', 0)
myMask[0].set('affect_matte_objects', 1)
myMask[0].set('consider_for_aa', 1)
maskNumber += 1
count += 1
def vrre_drBucket(align= None):
"""
DR_Bucket
"""
vrre = vrUtils.create('RenderChannelDRBucket', 'vrayRE_DR_Bucket')
vrre.set('name', 'DR')
vrre.set('text_alignment', align if align else 0)
def vrre_normals():
"""
Normals
"""
vrre = vrUtils.create('RenderChannelNormals', 'vrayRE_Normals')
vrre.set('name', 'normals')
vrre.set('filtering', 1)
def vrre_bumpNormals():
"""
Bump Normals
"""
vrre = vrUtils.create('RenderChannelBumpNormals', 'vrayRE_BumpNormals')
vrre.set('name', 'bumpnormals')
vrre.set('filtering', 1)
def vrre_objectSelect():
"""
Object_select
"""
vrre = vrUtils.create('RenderChannelObjectSelect', 'vrayRE_Object_select')
vrre.set('name', 'objectSelect')
vrre.set('id', 0)
vrre.set('use_mtl_id', 0)
vrre.set('affect_matte_objects', 1)
vrre.set('consider_for_aa', 0)
vrre.set('invert_selection', 0)
def vrre_zDepth():
"""
Z_depth
"""
vrre = vrUtils.create('RenderChannelZDepth', 'vrayRE_Z_depth')
vrre.set('name', 'zDepth')
vrre.set('depth_from_camera', 0)
vrre.set('depth_black', 0)
vrre.set('depth_white', 1000)
vrre.set('depth_clamp', 1)
vrre.set('filtering', 1)
def vrre_color(name, alias, mapping= None, aa= None, filtering= None, derive= None):
"""
Color Channel
"""
vrre = vrUtils.create('RenderChannelColor', name)
vrre.set('name', name)
vrre.set('alias', alias)
vrre.set('color_mapping', mapping)
vrre.set('consider_for_aa', aa)
vrre.set('filtering', filtering)
vrre.set('derive_raw_channels', derive)
def vrre_velocity():
"""
Velocity
"""
vrre = vrUtils.create('RenderChannelVelocity', 'vrayRE_Velocity')
vrre.set('name', 'velocity')
vrre.set('clamp_velocity', 0)
vrre.set('max_velocity', 1)
vrre.set('max_velocity_last_frame', 5)
vrre.set('ignore_z', 1)
vrre.set('filtering', 1)
def vrre_multiMatte():
"""
Multi_Matte
"""
vrre = vrUtils.create('RenderChannelMultiMatte', 'vrayRE_Multi_Matte')
vrre.set('name', 'multimatte')
vrre.set('consider_for_aa', 1)
vrre.set('affect_matte_objects', 1)
vrre.set('texmap', vrUtils.AColor(0, 0, 0, 1))
vrre.set('filtering', 1)
vrre.set('exclude_list_as_inclusive_set', 0)
def vrre_extraTex():
"""
Extra_Tex
"""
vrre = vrUtils.create('RenderChannelExtraTex', 'vrayRE_Extra_Tex')
vrre.set('name', 'extraTex')
vrre.set('texmap', vrUtils.AColor(0, 0, 0, 1))
vrre.set('filtering', 1)
vrre.set('exclude_list', None)
vrre.set('exclude_list_as_inclusive_set', None)
vrre.set('affect_matte_objects', 1)
vrre.set('consider_for_aa', 1)
def vrre_rgbMatte(renderLayer, matteName, matteMembers):
"""
RGB Matte
"""
extName = 'objID_' + matteName
uctName = '_'.join(['uct', renderLayer, matteName])
varName = '_'.join(['var', renderLayer, matteName])
# userColorTex
userColorTex = vrUtils.create('TexUserColor', uctName)
userColorTex.set('default_color', vrUtils.AColor(0, 0, 0, 1))
userColorTex.set('user_attribute', varName)
# extraTex
re_extraTex = vrUtils.create('RenderChannelExtraTex', extName)
re_extraTex.set('name', extName)
re_extraTex.set('consider_for_aa', 1)
re_extraTex.set('affect_matte_objects', 1)
re_extraTex.set('texmap', userColorTex)
re_extraTex.set('filtering', 1)
# assign channel
chValue = {'R':'1, 0, 0', 'G':'0, 1, 0', 'B':'0, 0, 1'}
for ch in matteMembers.keys():
for dag in matteMembers[ch]:
node = vrUtils.findByName(dag + '@node')[0]
oldValue = node.get('user_attributes')
newValue = varName + '=' + chValue[ch] + ';' + oldValue
# check if this node also in other channel
if varName in oldValue:
r = re.search(varName + '(.+?);', oldValue)
if r:
# add channel, and replace old userAttr
a = eval(chValue[ch])
b = eval(r.group(1)[1:])
addValue = str([a[i] + b[i] for i in range(len(a))])[1:-1]
ovList = oldValue.split(';')
ovid = ovList.index(varName + r.group(1))
ovList[ovid] = varName + '=' + addValue
newValue = ';'.join(ovList)
node.set('user_attributes', newValue)
def vrre_rgbMatte(renderLayer, matteName, matteMembers):
"""
RGB Matte
"""
extName = 'objID_' + matteName
uctName = '_'.join(['uct', renderLayer, matteName])
varName = '_'.join(['var', renderLayer, matteName])
# userColorTex
userColorTex = vrUtils.create('TexUserColor', uctName)
userColorTex.set('default_color', vrUtils.AColor(0, 0, 0, 1))
userColorTex.set('user_attribute', varName)
# extraTex
re_extraTex = vrUtils.create('RenderChannelExtraTex', extName)
re_extraTex.set('name', extName)
re_extraTex.set('consider_for_aa', 1)
re_extraTex.set('affect_matte_objects', 1)
re_extraTex.set('texmap', userColorTex)
re_extraTex.set('filtering', 1)
# assign channel
chValue = {'R':'1, 0, 0', 'G':'0, 1, 0', 'B':'0, 0, 1'}
for ch in matteMembers.keys():
for dag in matteMembers[ch]:
node = vrUtils.findByName(dag + '@node')[0]
oldValue = node.get('user_attributes')
newValue = varName + '=' + chValue[ch] + ';' + oldValue
# check if this node also in other channel
if varName in oldValue:
r = re.search(varName + '(.+?);', oldValue)
if r:
# add channel, and replace old userAttr
a = eval(chValue[ch])
b = eval(r.group(1)[1:])
addValue = str([a[i] + b[i] for i in range(len(a))])[1:-1]
ovList = oldValue.split(';')
ovid = ovList.index(varName + r.group(1))
ovList[ovid] = varName + '=' + addValue
newValue = ';'.join(ovList)
node.set('user_attributes', newValue)
def deeXLightSelectGeneratorFunc(self,
lightNormal=list(),
lightDiffuse=list(),
lightRaw=list(),
lightSpecular=list()):
for myLight in lightNormal:
name = 'lightSelect_' + myLight.name().replace('|', '_').replace(
':', '_') + '_normal'
vrUtils.create('RenderChannelColor', name)
lightSelect = vrUtils.findByName(name)
lightSelect[0].set('name', name)
lightSelect[0].set('consider_for_aa', 1)
myLight.set('channels', [lightSelect[0]])
for myLight in lightRaw:
name = 'lightSelect_' + myLight.name().replace('|', '_').replace(
':', '_') + '_raw'
vrUtils.create('RenderChannelColor', name)
lightSelect = vrUtils.findByName(name)
lightSelect[0].set('name', name)
lightSelect[0].set('consider_for_aa', 1)
myLight.set('channels_raw', [lightSelect[0]])
for myLight in lightDiffuse:
name = 'lightSelect_' + myLight.name().replace('|', '_').replace(
':', '_') + '_diffuse'
vrUtils.create('RenderChannelColor', name)
lightSelect = vrUtils.findByName(name)
lightSelect[0].set('name', name)
lightSelect[0].set('consider_for_aa', 1)
myLight.set('channels_diffuse', [lightSelect[0]])
for myLight in lightSpecular:
name = 'lightSelect_' + myLight.name().replace('|', '_').replace(
':', '_') + '_spec'
vrUtils.create('RenderChannelColor', name)
lightSelect = vrUtils.findByName(name)
lightSelect[0].set('name', name)
lightSelect[0].set('consider_for_aa', 1)
myLight.set('channels_specular', [lightSelect[0]])
def start(self,
renderPass=None,
blackHoleMembers=list(),
blackHoleMembersReceiveShd=list(),
giMembersGenerate=list(),
giMembersReceive=list(),
primaryMembersOff=list(),
reflectionMembersOff=list(),
refractionMembersOff=list(),
shadowCastsMembersOff=list(),
lightSelectNormalMembers=list(),
lightSelectDiffuseMembers=list(),
lightSelectRawMembers=list(),
lightSelectSpecularMembers=list()):
if renderPass is None:
renderPass = pm.editRenderLayerGlobals(query=True,
currentRenderLayer=True)
arsenalPassName = str(renderPass) + '_arsenalPass'
if not pm.objExists(arsenalPassName):
OpenMaya.MGlobal.displayError('[Arsenal] ' + arsenalPassName +
' not found.')
return
if not blackHoleMembers:
myConnected = pm.listConnections(arsenalPassName +
'.blackHoleMembers',
destination=False,
source=True)
for dag in self.getAllChildShapes(selection=myConnected,
type=['mesh', 'VRayPlane']):
if not dag.intermediateObject.get():
blackHoleMembers.append(dag)
if not blackHoleMembersReceiveShd:
myConnected = pm.listConnections(arsenalPassName +
'.blackHoleMembersReceiveShd',
destination=False,
source=True)
for dag in self.getAllChildShapes(selection=myConnected,
type=['mesh', 'VRayPlane']):
if not dag.intermediateObject.get():
blackHoleMembersReceiveShd.append(dag)
if not giMembersGenerate:
myConnected = pm.listConnections(arsenalPassName +
'.giMembersGenerate',
destination=False,
source=True)
for dag in self.getAllChildShapes(selection=myConnected,
type=['mesh', 'VRayPlane']):
if not dag.intermediateObject.get():
giMembersGenerate.append(dag)
if not giMembersReceive:
myConnected = pm.listConnections(arsenalPassName +
'.giMembersReceive',
destination=False,
source=True)
for dag in self.getAllChildShapes(selection=myConnected,
type=['mesh', 'VRayPlane']):
if not dag.intermediateObject.get():
giMembersReceive.append(dag)
if not primaryMembersOff:
myConnected = pm.listConnections(arsenalPassName +
'.primaryMembersOff',
destination=False,
source=True)
for dag in self.getAllChildShapes(selection=myConnected,
type=['mesh', 'VRayPlane']):
if not dag.intermediateObject.get():
primaryMembersOff.append(dag)
if not reflectionMembersOff:
myConnected = pm.listConnections(arsenalPassName +
'.reflectionMembersOff',
destination=False,
source=True)
for dag in self.getAllChildShapes(selection=myConnected,
type=['mesh', 'VRayPlane']):
if not dag.intermediateObject.get():
reflectionMembersOff.append(dag)
if not refractionMembersOff:
myConnected = pm.listConnections(arsenalPassName +
'.refractionMembersOff',
destination=False,
source=True)
for dag in self.getAllChildShapes(selection=myConnected,
type=['mesh', 'VRayPlane']):
if not dag.intermediateObject.get():
refractionMembersOff.append(dag)
if not shadowCastsMembersOff:
myConnected = pm.listConnections(arsenalPassName +
'.shadowCastsMembersOff',
destination=False,
source=True)
for dag in self.getAllChildShapes(selection=myConnected,
type=['mesh', 'VRayPlane']):
if not dag.intermediateObject.get():
shadowCastsMembersOff.append(dag)
allGroups = {}
allGroups['blackHoleMembers'] = blackHoleMembers
allGroups['blackHoleMembersReceiveShd'] = blackHoleMembersReceiveShd
allGroups['giMembersGenerate'] = giMembersGenerate
allGroups['giMembersReceive'] = giMembersReceive
allGroups['primaryMembersOff'] = primaryMembersOff
allGroups['reflectionMembersOff'] = reflectionMembersOff
allGroups['refractionMembersOff'] = refractionMembersOff
allGroups['shadowCastsMembersOff'] = shadowCastsMembersOff
dicoInverse = {}
for p in allGroups.keys():
for o in allGroups[p]:
if dicoInverse.has_key(o):
dicoInverse[o].append(p)
else:
dicoInverse[o] = []
dicoInverse[o].append(p)
liste = {}
for dk in dicoInverse.keys():
if liste.has_key(str(dicoInverse[dk])):
liste[str(dicoInverse[dk])].append(dk)
else:
liste[str(dicoInverse[dk])] = []
liste[str(dicoInverse[dk])].append(dk)
liste_finale = {}
for lk in liste.keys():
liste_finale[str(liste[lk])] = lk
vrayLambertMtl = None
vrayLambert = False
if pm.getAttr(arsenalPassName + '.vrayLambert'):
vrayLambert = True
vrayLambertbrdfMtlName = 'vrayLambertBRDFMtl_arsenal@diffuse'
if not vrUtils.findByName(vrayLambertbrdfMtlName):
vrUtils.create('BRDFDiffuse', vrayLambertbrdfMtlName)
vrayLambertbrdfMtl = vrUtils.findByName(vrayLambertbrdfMtlName)
gamaValue = pm.getAttr('vraySettings.cmap_gamma')
if float('%.2f' % gamaValue) == 2.2 and not pm.getAttr(
'vraySettings.cmap_linearworkflow'):
vrayLambertCOlorCorrectMtlName = 'vrayLambertCOlorCorrect_arsenal'
if not vrUtils.findByName(vrayLambertCOlorCorrectMtlName):
vrUtils.create('ColorCorrect',
vrayLambertCOlorCorrectMtlName)
vrayLambertCOlorCorrect = vrUtils.findByName(
vrayLambertCOlorCorrectMtlName)
vrayLambertCOlorCorrect[0].set(
'texture_map', vrUtils.AColor(0.7, 0.7, 0.7, 1))
vrayLambertCOlorCorrect[0].set('preprocess', 1)
vrayLambertCOlorCorrect[0].set('pre_gamma', 2.2)
vrayLambertbrdfMtl[0].set('color', vrUtils.Color(0, 0, 0))
vrayLambertbrdfMtl[0].set('color_tex',
vrayLambertCOlorCorrect[0])
else:
vrayLambertbrdfMtl[0].set('color',
vrUtils.Color(0.7, 0.7, 0.7))
if vrayLambert:
allNodes = vrUtils.findByType('Node')
i = 0
for result in liste_finale:
listObjects = eval(result.replace('nt', 'pm.nt'))
i += 1
for mySel in listObjects:
strObj = str(mySel.name()).replace(':', '__')
node = vrUtils.findByName(strObj + '@node')
if len(node) == 0:
continue
baseMat = node[0].get('material')
mode = 0
if 'primaryMembersOff' in liste_finale[
result] or 'reflectionMembersOff' in liste_finale[
result] or 'refractionMembersOff' in liste_finale[
result] or 'shadowCastsMembersOff' in liste_finale[
result]:
mode = 1
mtlRenderStatsName = baseMat.name(
) + '_arsenal%d@renderStats' % i
if not vrUtils.findByName(mtlRenderStatsName):
vrUtils.create('MtlRenderStats', mtlRenderStatsName)
mtlRenderStats = vrUtils.findByName(mtlRenderStatsName)
if 'primaryMembersOff' in liste_finale[result]:
mtlRenderStats[0].set('camera_visibility', 0)
if 'reflectionMembersOff' in liste_finale[result]:
mtlRenderStats[0].set('reflections_visibility', 0)
if 'refractionMembersOff' in liste_finale[result]:
mtlRenderStats[0].set('refractions_visibility', 0)
if 'shadowCastsMembersOff' in liste_finale[result]:
mtlRenderStats[0].set('shadows_visibility', 0)
if 'blackHoleMembers' in liste_finale[
result] or 'blackHoleMembersReceiveShd' in liste_finale[
result] or 'giMembersGenerate' in liste_finale[
result] or 'giMembersReceive' in liste_finale[
result]:
if mode == 1:
mode = 3
else:
mode = 2
wrapperName = baseMat.name() + '_arsenal%d@mtlwrapper' % i
if not vrUtils.findByName(wrapperName):
vrUtils.create('MtlWrapper', wrapperName)
wrapper = vrUtils.findByName(wrapperName)
if 'blackHoleMembers' in liste_finale[result]:
wrapper[0].set('matte_surface', 1)
wrapper[0].set('alpha_contribution', -1)
wrapper[0].set('reflection_amount', 0)
wrapper[0].set('refraction_amount', 0)
if 'generate_render_elements' in vrUtils.getPluginParams(
wrapper[0]):
wrapper[0].set('generate_render_elements', 0)
if 'blackHoleMembersReceiveShd' in liste_finale[
result]:
wrapper[0].set('shadows', 1)
wrapper[0].set('affect_alpha', 1)
if 'giMembersGenerate' in liste_finale[result]:
wrapper[0].set('generate_gi', 0)
if 'giMembersReceive' in liste_finale[result]:
wrapper[0].set('receive_gi', 0)
if mode == 1:
mtlRenderStats[0].set('base_mtl', baseMat)
node[0].set('material', mtlRenderStats)
elif mode == 2:
wrapper[0].set('base_material', baseMat)
node[0].set('material', wrapper)
elif mode == 3:
wrapper[0].set('base_material', baseMat)
mtlRenderStats[0].set('base_mtl', wrapper)
node[0].set('material', mtlRenderStats)
if vrayLambert:
vrayBumpNodes = vrUtils.findByType('BRDFBump')
for vrayBumpNode in vrayBumpNodes:
vrayBumpNode.set('base_brdf', vrayLambertbrdfMtl[0])
vrayBlendNodeNodes = vrUtils.findByType('BRDFLayered')
for vrayBlendNodeNode in vrayBlendNodeNodes:
goodListBrdf = list()
listBrdfs = vrayBlendNodeNode.get('brdfs')
for listBrdf in listBrdfs:
if listBrdf in vrayBumpNodes:
goodListBrdf.append(listBrdf)
else:
goodListBrdf.append(vrayLambertbrdfMtl[0])
vrayBlendNodeNode.set('brdfs', goodListBrdf)
vraySimpleBRDFNodes = vrUtils.findByType('MtlSingleBRDF')
for vraySimpleBRDFNode in vraySimpleBRDFNodes:
inBRDF = vraySimpleBRDFNode.get('brdf')
if inBRDF not in vrayBumpNodes and inBRDF not in vrayBlendNodeNodes:
vraySimpleBRDFNode.set('brdf', vrayLambertbrdfMtl[0])
actualList = pm.getAttr(arsenalPassName + '.multimatteMaskName')
if actualList not in ('', '{}'):
actualList = eval(actualList)
for matteNumber in actualList:
extraTexName = arsenalPassName + '_VRayUserColorMultimatte_number' + str(
matteNumber)
vrUtils.create('TexUserColor', extraTexName)
variableName = actualList[matteNumber] + '_' + arsenalPassName
extraTex = vrUtils.findByName(extraTexName)
extraTex[0].set('default_color', vrUtils.AColor(0, 0, 0, 1))
extraTex[0].set('user_attribute', variableName)
extraTexRenderElementName = arsenalPassName + '_RenderElementMultimatte_number' + str(
matteNumber)
vrUtils.create('RenderChannelExtraTex',
extraTexRenderElementName)
extraTexRenderElement = vrUtils.findByName(
extraTexRenderElementName)
extraTexRenderElement[0].set('name', actualList[matteNumber])
extraTexRenderElement[0].set('consider_for_aa', 1)
extraTexRenderElement[0].set('affect_matte_objects', 1)
extraTexRenderElement[0].set('texmap', extraTex[0])
extraTexRenderElement[0].set('filtering', 1)
myConnected = pm.listConnections(
arsenalPassName + '.multimatteMaskMembers[' +
str(matteNumber) + '].multimatteMaskMembersRed',
destination=False,
source=True)
for dag in self.getAllChildShapes(selection=myConnected,
type=['mesh', 'VRayPlane']):
if not dag.intermediateObject.get():
strObj = str(dag.name()).replace(':', '__')
node = vrUtils.findByName(strObj + '@node')
if len(node) == 0:
continue
currentUserAttr = node[0].get('user_attributes')
value = variableName + '=1,0,0;' + currentUserAttr
node[0].set('user_attributes', value)
pm.mel.warning(strObj + '@node')
pm.mel.warning(variableName)
myConnected = pm.listConnections(
arsenalPassName + '.multimatteMaskMembers[' +
str(matteNumber) + '].multimatteMaskMembersGreen',
destination=False,
source=True)
for dag in self.getAllChildShapes(selection=myConnected,
type=['mesh', 'VRayPlane']):
if not dag.intermediateObject.get():
strObj = str(dag.name()).replace(':', '__')
node = vrUtils.findByName(strObj + '@node')
if len(node) == 0:
continue
currentUserAttr = node[0].get('user_attributes')
value = variableName + '=0,1,0;' + currentUserAttr
node[0].set('user_attributes', value)
myConnected = pm.listConnections(
arsenalPassName + '.multimatteMaskMembers[' +
str(matteNumber) + '].multimatteMaskMembersBlue',
destination=False,
source=True)
for dag in self.getAllChildShapes(selection=myConnected,
type=['mesh', 'VRayPlane']):
if not dag.intermediateObject.get():
strObj = str(dag.name()).replace(':', '__')
node = vrUtils.findByName(strObj + '@node')
if len(node) == 0:
continue
currentUserAttr = node[0].get('user_attributes')
value = variableName + '=0,0,1;' + currentUserAttr
node[0].set('user_attributes', value)
if pm.getAttr(arsenalPassName + '.vrayMaterialID'):
self.deeXMaterialIDGeneratorFunc()
if pm.getAttr(arsenalPassName + '.vrayProxyObjectID'):
self.deeXProxyObjectIDGeneratorFunc()
if not lightSelectNormalMembers:
if pm.getAttr(arsenalPassName + '.lightSelectAllNormal'):
lightSelectNormalMembers = vrUtils.findByType(
'Light*') + vrUtils.findByType('MayaLight*')
else:
myConnected = pm.listConnections(arsenalPassName +
'.lightSelectNormalMembers',
destination=False,
source=True)
for dag in self.getAllChildShapes(
selection=myConnected, type=pm.listNodeTypes('light')):
if not dag.intermediateObject.get():
strObj = str(dag.name()).replace(':', '__')
node = vrUtils.findByName(strObj)
lightSelectNormalMembers.append(node[0])
if not lightSelectDiffuseMembers:
if pm.getAttr(arsenalPassName + '.lightSelectAllDiffuse'):
lightSelectDiffuseMembers = vrUtils.findByType(
'Light*') + vrUtils.findByType('MayaLight*')
else:
myConnected = pm.listConnections(arsenalPassName +
'.lightSelectDiffuseMembers',
destination=False,
source=True)
for dag in self.getAllChildShapes(
selection=myConnected, type=pm.listNodeTypes('light')):
if not dag.intermediateObject.get():
strObj = str(dag.name()).replace(':', '__')
node = vrUtils.findByName(strObj)
lightSelectDiffuseMembers.append(node[0])
if not lightSelectRawMembers:
if pm.getAttr(arsenalPassName + '.lightSelectAllRaw'):
lightSelectRawMembers = vrUtils.findByType(
'Light*') + vrUtils.findByType('MayaLight*')
else:
myConnected = pm.listConnections(arsenalPassName +
'.lightSelectRawMembers',
destination=False,
source=True)
for dag in self.getAllChildShapes(
selection=myConnected, type=pm.listNodeTypes('light')):
if not dag.intermediateObject.get():
strObj = str(dag.name()).replace(':', '__')
node = vrUtils.findByName(strObj)
lightSelectRawMembers.append(node[0])
if not lightSelectSpecularMembers:
if pm.getAttr(arsenalPassName + '.lightSelectAllSpecular'):
lightSelectSpecularMembers = vrUtils.findByType(
'Light*') + vrUtils.findByType('MayaLight*')
else:
myConnected = pm.listConnections(arsenalPassName +
'.lightSelectSpecularMembers',
destination=False,
source=True)
for dag in self.getAllChildShapes(
selection=myConnected, type=pm.listNodeTypes('light')):
if not dag.intermediateObject.get():
strObj = str(dag.name()).replace(':', '__')
node = vrUtils.findByName(strObj)
lightSelectSpecularMembers.append(node[0])
self.deeXLightSelectGeneratorFunc(
lightNormal=lightSelectNormalMembers,
lightDiffuse=lightSelectDiffuseMembers,
lightRaw=lightSelectRawMembers,
lightSpecular=lightSelectSpecularMembers)
def deeXMaterialIDGeneratorFunc(self):
allMaterial = vrUtils.findByType('MtlSingleBRDF')
allBumpMaterial = vrUtils.findByType('MtlBump')
allBaseMtlFromBump = list()
allDuplicated = list()
for eachBumpMtl in allBumpMaterial:
allBaseMtlFromBump.append(eachBumpMtl.get('base_mtl'))
generalCount = 0
OpenMaya.MGlobal.displayInfo('[Arsenal] MaterialID Generator start')
OpenMaya.MGlobal.displayInfo('START PASS 01')
for eachMtl in allMaterial:
eachBlend = eachMtl.get('brdf')
if 'brdfs' in eachBlend.params():
listmtl = eachBlend.get('brdfs')
listWeight = eachBlend.get('weights')
if listWeight:
listWeight.pop(len(listWeight) - 1)
listMtlID = list()
duplicatedList = list()
for (
i,
eachVRayMtl,
) in enumerate(listmtl):
nameDuplicated = eachVRayMtl.name(
) + '_' + eachMtl.name() + '_deeXDuplicated_' + str(0)
if nameDuplicated not in duplicatedList:
duplicatedList.append(nameDuplicated)
duplicatedMtl = eachVRayMtl.duplicate(
nameDuplicated)
allDuplicated.append(duplicatedMtl)
mtlID = vrUtils.create(
'MtlMaterialID',
duplicatedMtl.name() + '_MtlMaterialID')
listMtlID.append(mtlID)
mtlID.set('base_mtl', duplicatedMtl)
(
multimatteID,
rgb,
) = arsenalToolBox.arsenal_generateNumberFromString(
string=eachVRayMtl.name())
mtlID.set('material_id_number', multimatteID)
OpenMaya.MGlobal.displayInfo(
' RGB for ' + nameDuplicated +
' : ' + str(rgb) +
' MaterialMultimatteID = ' +
str(multimatteID))
if i == len(listmtl) - 1:
textLayered = vrUtils.create(
'TexLayered',
duplicatedMtl.name() + '_layered')
textLayered.set('alpha_from_intensity', 0)
blendMode = list()
listTexLayer = list()
for blendCount in range(len(listWeight) + 1):
if blendCount == 0:
blendMode.append(1)
firstTextColor = vrUtils.create(
'TexAColorOp',
duplicatedMtl.name() +
'_firstText')
firstTextColor.set(
'color_a',
vrUtils.AColor(
rgb[0], rgb[1], rgb[2], 1))
listTexLayer.append(firstTextColor)
else:
blendMode.append(5)
clamper = vrUtils.create(
'TexClamp',
duplicatedMtl.name() +
listWeight[(blendCount -
1)].name() +
'_clamper')
clamper.set(
'texture',
listWeight[(blendCount - 1)])
clamper.set('min_color',
vrUtils.AColor(0, 0, 0, 0))
clamper.set('max_color',
vrUtils.AColor(1, 1, 1, 1))
listTexLayer.append(clamper)
textLayered.set('blend_modes', blendMode)
textLayered.set('textures', listTexLayer)
clamper = vrUtils.create(
'TexClamp',
duplicatedMtl.name() + '_clamper')
clamper.set('texture', textLayered)
clamper.set('min_color',
vrUtils.AColor(0, 0, 0, 0))
clamper.set('max_color',
vrUtils.AColor(1, 1, 1, 1))
textToConnect = clamper
else:
multiplyMaya = vrUtils.create(
'MayaMultiplyDivide',
duplicatedMtl.name() + '_multiply')
multiplyMaya.set(
'color1',
vrUtils.AColor(rgb[0], rgb[1], rgb[2], 1))
multiplyMaya.set('color2', listWeight[i])
multiplyMaya.set('operation', 1)
clamper = vrUtils.create(
'TexClamp',
duplicatedMtl.name() + '_clamper')
clamper.set('texture', multiplyMaya)
clamper.set('min_color',
vrUtils.AColor(0, 0, 0, 1))
clamper.set('max_color',
vrUtils.AColor(1, 1, 1, 1))
textToConnect = clamper
else:
duplicatedMtl = vrUtils.findByName(
nameDuplicated)[0]
textToConnect = vrUtils.findByName(
duplicatedMtl.name() + '_clamper')[0]
mtlID.set('material_id_color', textToConnect)
eachBlend.set('brdfs', listMtlID)
else:
nameDuplicated = eachBlend.name() + '_deeXDuplicated'
duplicatedMtl = eachBlend.duplicate(nameDuplicated)
allDuplicated.append(duplicatedMtl)
(
multimatteID,
rgb,
) = arsenalToolBox.arsenal_generateNumberFromString(
string=eachBlend.name())
OpenMaya.MGlobal.displayInfo(
' RGB for ' + duplicatedMtl.name() +
' : ' + str(rgb) + ' MaterialMultimatteID = ' +
str(multimatteID))
mtlID = vrUtils.create(
'MtlMaterialID',
duplicatedMtl.name() + '_MtlMaterialID')
mtlID.set('base_mtl', duplicatedMtl)
mtlID.set('material_id_color',
vrUtils.AColor(rgb[0], rgb[1], rgb[2], 1))
mtlID.set('material_id_number', multimatteID)
eachMtl.set('brdf', mtlID)
elif eachMtl in allBaseMtlFromBump:
OpenMaya.MGlobal.displayInfo(' ' +
eachMtl.name() +
' in a bumpMtl, exclude')
continue
nameDuplicated = eachBlend.name() + '_deeXDuplicated_' + str(
generalCount)
duplicatedMtl = eachBlend.duplicate(nameDuplicated)
allDuplicated.append(duplicatedMtl)
(
multimatteID,
rgb,
) = arsenalToolBox.arsenal_generateNumberFromString(
string=eachBlend.name())
OpenMaya.MGlobal.displayInfo(' RGB for ' +
duplicatedMtl.name() + ' : ' +
str(rgb) +
' MaterialMultimatteID = ' +
str(multimatteID))
mtlID = vrUtils.create('MtlMaterialID',
duplicatedMtl.name() + '_MtlMaterialID')
mtlID.set('base_mtl', duplicatedMtl)
mtlID.set('material_id_color',
vrUtils.AColor(rgb[0], rgb[1], rgb[2], 1))
mtlID.set('material_id_number', multimatteID)
eachMtl.set('brdf', mtlID)
generalCount += 1
OpenMaya.MGlobal.displayInfo('START PASS 02')
allBumpMaterial = vrUtils.findByType('MtlBump')
for (
i,
eachBumpMtl,
) in enumerate(allBumpMaterial):
if eachBumpMtl in allDuplicated:
OpenMaya.MGlobal.displayInfo(
' ' + eachBumpMtl.name() +
' is from a duplicated shader, do nothing')
continue
baseMtl = eachBumpMtl.get('base_mtl')
if 'brdf' not in baseMtl.params():
continue
eachSimple = baseMtl.get('brdf')
if 'brdfs' in eachSimple.params():
OpenMaya.MGlobal.displayInfo(
' ' + eachSimple.name() +
' is from a blend shader, do nothing')
continue
nameDuplicated = eachSimple.name() + '_deeXDuplicated'
if vrUtils.findByName(nameDuplicated):
continue
duplicatedMtl = eachSimple.duplicate(nameDuplicated)
allDuplicated.append(duplicatedMtl)
(
multimatteID,
rgb,
) = arsenalToolBox.arsenal_generateNumberFromString(
string=eachSimple.name())
OpenMaya.MGlobal.displayInfo(' RGB for ' +
eachSimple.name() + ' : ' + str(rgb) +
' MaterialMultimatteID = ' +
str(multimatteID))
mtlID = vrUtils.create('MtlMaterialID',
duplicatedMtl.name() + '_MtlMaterialID')
mtlID.set('base_mtl', duplicatedMtl)
mtlID.set('material_id_color',
vrUtils.AColor(rgb[0], rgb[1], rgb[2], 1))
mtlID.set('material_id_number', multimatteID)
eachBumpMtl.set('base_mtl', mtlID)
OpenMaya.MGlobal.displayInfo('START PASS 03')
allMaterial = vrUtils.findByType('MtlSingleBRDF')
for (
i,
eachMtl,
) in enumerate(allMaterial):
if eachMtl in allDuplicated:
OpenMaya.MGlobal.displayInfo(
' ' + eachMtl.name() +
' is from a duplicated shader, do nothing')
continue
eachSimple = eachMtl.get('brdf')
if 'brdfs' in eachSimple.params():
OpenMaya.MGlobal.displayInfo(
' ' + eachSimple.name() +
' is from a blend shader, do nothing')
continue
if eachSimple.type() == 'MtlMaterialID':
OpenMaya.MGlobal.displayInfo(
' ' + eachSimple.name() +
' is already a MtlMaterialID, do nothing')
continue
nameDuplicated = eachSimple.name() + '_deeXDuplicated'
if vrUtils.findByName(nameDuplicated):
continue
duplicatedMtl = eachSimple.duplicate(nameDuplicated)
allDuplicated.append(duplicatedMtl)
(
multimatteID,
rgb,
) = arsenalToolBox.arsenal_generateNumberFromString(
string=eachSimple.name())
OpenMaya.MGlobal.displayInfo(' RGB for ' +
eachSimple.name() + ' : ' + str(rgb) +
' MaterialMultimatteID = ' +
str(multimatteID))
mtlID = vrUtils.create('MtlMaterialID',
duplicatedMtl.name() + '_MtlMaterialID')
mtlID.set('base_mtl', duplicatedMtl)
mtlID.set('material_id_color',
vrUtils.AColor(rgb[0], rgb[1], rgb[2], 1))
mtlID.set('material_id_number', multimatteID)
eachMtl.set('brdf', mtlID)
OpenMaya.MGlobal.displayInfo('[Arsenal] MaterialID Generator end')
def vrre_coverage():
"""
Coverage
"""
vrre = vrUtils.create('RenderChannelCoverage', 'vrayRE_Coverage')
vrre.set('name', 'coverage')
def vrre_objectID():
"""
Object_ID
"""
vrre = vrUtils.create('RenderChannelNodeID', 'vrayRE_Object_ID')
vrre.set('name', 'objectId')
def vrre_renderID():
"""
Render_ID
"""
vrre = vrUtils.create('RenderChannelRenderID', 'vrayRE_Render_ID')
vrre.set('name', 'renderId')
def domeVrayTranslator():
import maya.cmds as cmds
import vray.utils as vr
# Find out the current camera name
#camera = "perspShape"
camera = domeGetCamera()
# Make sure there is an active camera
if camera == "None":
print('The active render camera is unknown: ' + camera)
else:
print('Active Render Camera: ' + camera)
# Find out the current stereo camera view
stereo_view = domeGetStereoView()
if stereo_view is None:
# Show this as a center view as a fallback on a "NoneType" error
stereo_view = 0
if domeVrayHasLatLongStereoAttrs() == 1:
# LatLongStereo Lens Shader Setup
LatLongStereo = vr.create("LatLongStereo", "LatLongStereo")
# Check if the shader was found
if LatLongStereo is None:
print("The LatLongStereo shader did not load correctly!")
return -1
else:
#print(camera + " has a LatLongStereo lens shader applied.")
cameraAttr = domeVrayGetAttrNumValue("vrayLatLongStereoCamera")
#Use the camera name to set the stereo camera view value
#LatLongStereo.set("camera", stereo_view)
#Use the Vray Extra Attribute to set the stereo camera view value
LatLongStereo.set("camera", cameraAttr)
fov_vert_angle = domeVrayGetAttrNumValue(
"vrayLatLongStereoFovVertAngle")
LatLongStereo.set("fov_vert_angle", fov_vert_angle)
fov_horiz_angle = domeVrayGetAttrNumValue(
"vrayLatLongStereoFovHorizAngle")
LatLongStereo.set("fov_horiz_angle", fov_horiz_angle)
parallax_distance = domeVrayGetAttrNumValue(
"vrayLatLongStereoParallaxDistance")
LatLongStereo.set("parallax_distance", parallax_distance)
separation = domeVrayGetAttrNumValue(
"vrayLatLongStereoSeparation")
LatLongStereo.set("separation", separation)
zenith_mode = domeVrayGetAttrNumValue(
"vrayLatLongStereoZenithMode")
LatLongStereo.set("zenith_mode", zenith_mode)
# These are colors with three double values
LatLongStereo.set("separation_map", 1.0)
LatLongStereo.set("head_tilt_map", 0.5)
flip_x = domeVrayGetAttrNumValue("vrayLatLongStereoFlipX")
LatLongStereo.set("flip_x", flip_x)
flip_y = domeVrayGetAttrNumValue("vrayLatLongStereoFlipY")
LatLongStereo.set("flip_y", flip_y)
poles_corr = domeVrayGetAttrNumValue(
"vrayLatLongStereoPolesCorrection")
LatLongStereo.set("poles_corr", poles_corr)
poles_corr_start = domeVrayGetAttrNumValue(
"vrayLatLongStereoPolesCorrectionStart")
LatLongStereo.set("poles_corr_start", poles_corr_start)
poles_corr_end = domeVrayGetAttrNumValue(
"vrayLatLongStereoPolesCorrectionEnd")
LatLongStereo.set("poles_corr_end", poles_corr_end)
neck_offset = domeVrayGetAttrNumValue(
"vrayLatLongStereoNeckOffset")
LatLongStereo.set("neck_offset", neck_offset)
zenith_fov = domeVrayGetAttrNumValue(
"vrayLatLongStereoZenithFov")
LatLongStereo.set("zenith_fov", zenith_fov)
elif domeVrayHasDomemasterStereoAttrs() == 1:
# DomemasterStereo Lens Shader Setup
DomemasterStereo = vr.create("DomemasterStereo",
"DomemasterStereo")
# Check if the shader was found
if DomemasterStereo is None:
print("The DomemasterStereo shader did not load correctly!")
return -1
else:
#print(camera + " has a DomemasterStereo lens shader applied.")
cameraAttr = domeVrayGetAttrNumValue(
"vrayDomemasterStereoCamera")
#Use the camera name to set the stereo camera view value
#DomemasterStereo.set("camera", stereo_view)
#Use the Vray Extra Attribute to set the stereo camera view value
DomemasterStereo.set("camera", cameraAttr)
fov_angle = domeVrayGetAttrNumValue(
"vrayDomemasterStereoFovAngle")
DomemasterStereo.set("fov_angle", fov_angle)
parallax_distance = domeVrayGetAttrNumValue(
"vrayDomemasterStereoParallaxDistance")
DomemasterStereo.set("parallax_distance", parallax_distance)
separation = domeVrayGetAttrNumValue(
"vrayDomemasterStereoSeparation")
DomemasterStereo.set("separation", separation)
forward_tilt = domeVrayGetAttrNumValue(
"vrayDomemasterStereoForwardTilt")
DomemasterStereo.set("forward_tilt", forward_tilt)
tilt_compensation = domeVrayGetAttrNumValue(
"vrayDomemasterStereoTiltCompensation")
DomemasterStereo.set("tilt_compensation", tilt_compensation)
vertical_mode = domeVrayGetAttrNumValue(
"vrayDomemasterStereoVerticalMode")
DomemasterStereo.set("vertical_mode", vertical_mode)
DomemasterStereo.set("separation_map", 1.0)
DomemasterStereo.set("head_turn_map", 1.0)
DomemasterStereo.set("head_tilt_map", 0.5)
flip_x = domeVrayGetAttrNumValue("vrayDomemasterStereoFlipX")
DomemasterStereo.set("flip_x", flip_x)
flip_y = domeVrayGetAttrNumValue("vrayDomemasterStereoFlipY")
DomemasterStereo.set("flip_y", flip_y)
poles_corr = domeVrayGetAttrNumValue(
"vrayDomemasterStereoPolesCorrection")
DomemasterStereo.set("poles_corr", poles_corr)
poles_corr_start = domeVrayGetAttrNumValue(
"vrayDomemasterStereoPolesCorrectionStart")
DomemasterStereo.set("poles_corr_start", poles_corr_start)
poles_corr_end = domeVrayGetAttrNumValue(
"vrayDomemasterStereoPolesCorrectionEnd")
DomemasterStereo.set("poles_corr_end", poles_corr_end)
neck_offset = domeVrayGetAttrNumValue(
"vrayDomemasterStereoNeckOffset")
DomemasterStereo.set("neck_offset", neck_offset)
def vrre_getDefault(elementType, elementName): vrUtils.create(elementType, elementName) pv = vrUtils.getPluginParams(elementName, getValues= True) for p in pv.keys(): mel.warning(p + ' = ' + str(pv[p]))
def start(self, renderPass = None, blackHoleMembers = list(), blackHoleMembersReceiveShd = list(), giMembersGenerate = list(), giMembersReceive = list(), primaryMembersOff = list(), reflectionMembersOff = list(), refractionMembersOff = list(), shadowCastsMembersOff = list(), lightSelectNormalMembers = list(), lightSelectDiffuseMembers = list(), lightSelectRawMembers = list(), lightSelectSpecularMembers = list()):
if renderPass is None:
renderPass = pm.editRenderLayerGlobals(query=True, currentRenderLayer=True)
arsenalPassName = str(renderPass) + '_arsenalPass'
if not pm.objExists(arsenalPassName):
OpenMaya.MGlobal.displayError('[Arsenal] ' + arsenalPassName + ' not found.')
return
if not blackHoleMembers:
myConnected = pm.listConnections(arsenalPassName + '.blackHoleMembers', destination=False, source=True)
for dag in self.getAllChildShapes(selection=myConnected, type=['mesh', 'VRayPlane']):
if not dag.intermediateObject.get():
blackHoleMembers.append(dag)
if not blackHoleMembersReceiveShd:
myConnected = pm.listConnections(arsenalPassName + '.blackHoleMembersReceiveShd', destination=False, source=True)
for dag in self.getAllChildShapes(selection=myConnected, type=['mesh', 'VRayPlane']):
if not dag.intermediateObject.get():
blackHoleMembersReceiveShd.append(dag)
if not giMembersGenerate:
myConnected = pm.listConnections(arsenalPassName + '.giMembersGenerate', destination=False, source=True)
for dag in self.getAllChildShapes(selection=myConnected, type=['mesh', 'VRayPlane']):
if not dag.intermediateObject.get():
giMembersGenerate.append(dag)
if not giMembersReceive:
myConnected = pm.listConnections(arsenalPassName + '.giMembersReceive', destination=False, source=True)
for dag in self.getAllChildShapes(selection=myConnected, type=['mesh', 'VRayPlane']):
if not dag.intermediateObject.get():
giMembersReceive.append(dag)
if not primaryMembersOff:
myConnected = pm.listConnections(arsenalPassName + '.primaryMembersOff', destination=False, source=True)
for dag in self.getAllChildShapes(selection=myConnected, type=['mesh', 'VRayPlane']):
if not dag.intermediateObject.get():
primaryMembersOff.append(dag)
if not reflectionMembersOff:
myConnected = pm.listConnections(arsenalPassName + '.reflectionMembersOff', destination=False, source=True)
for dag in self.getAllChildShapes(selection=myConnected, type=['mesh', 'VRayPlane']):
if not dag.intermediateObject.get():
reflectionMembersOff.append(dag)
if not refractionMembersOff:
myConnected = pm.listConnections(arsenalPassName + '.refractionMembersOff', destination=False, source=True)
for dag in self.getAllChildShapes(selection=myConnected, type=['mesh', 'VRayPlane']):
if not dag.intermediateObject.get():
refractionMembersOff.append(dag)
if not shadowCastsMembersOff:
myConnected = pm.listConnections(arsenalPassName + '.shadowCastsMembersOff', destination=False, source=True)
for dag in self.getAllChildShapes(selection=myConnected, type=['mesh', 'VRayPlane']):
if not dag.intermediateObject.get():
shadowCastsMembersOff.append(dag)
allGroups = {}
allGroups['blackHoleMembers'] = blackHoleMembers
allGroups['blackHoleMembersReceiveShd'] = blackHoleMembersReceiveShd
allGroups['giMembersGenerate'] = giMembersGenerate
allGroups['giMembersReceive'] = giMembersReceive
allGroups['primaryMembersOff'] = primaryMembersOff
allGroups['reflectionMembersOff'] = reflectionMembersOff
allGroups['refractionMembersOff'] = refractionMembersOff
allGroups['shadowCastsMembersOff'] = shadowCastsMembersOff
dicoInverse = {}
for p in allGroups.keys():
for o in allGroups[p]:
if dicoInverse.has_key(o):
dicoInverse[o].append(p)
else:
dicoInverse[o] = []
dicoInverse[o].append(p)
liste = {}
for dk in dicoInverse.keys():
if liste.has_key(str(dicoInverse[dk])):
liste[str(dicoInverse[dk])].append(dk)
else:
liste[str(dicoInverse[dk])] = []
liste[str(dicoInverse[dk])].append(dk)
liste_finale = {}
for lk in liste.keys():
liste_finale[str(liste[lk])] = lk
vrayLambertMtl = None
vrayLambert = False
if pm.getAttr(arsenalPassName + '.vrayLambert'):
vrayLambert = True
vrayLambertbrdfMtlName = 'vrayLambertBRDFMtl_arsenal@diffuse'
if not vrUtils.findByName(vrayLambertbrdfMtlName):
vrUtils.create('BRDFDiffuse', vrayLambertbrdfMtlName)
vrayLambertbrdfMtl = vrUtils.findByName(vrayLambertbrdfMtlName)
gamaValue = pm.getAttr('vraySettings.cmap_gamma')
if float('%.2f' % gamaValue) == 2.2 and not pm.getAttr('vraySettings.cmap_linearworkflow'):
vrayLambertCOlorCorrectMtlName = 'vrayLambertCOlorCorrect_arsenal'
if not vrUtils.findByName(vrayLambertCOlorCorrectMtlName):
vrUtils.create('ColorCorrect', vrayLambertCOlorCorrectMtlName)
vrayLambertCOlorCorrect = vrUtils.findByName(vrayLambertCOlorCorrectMtlName)
vrayLambertCOlorCorrect[0].set('texture_map', vrUtils.AColor(0.7, 0.7, 0.7, 1))
vrayLambertCOlorCorrect[0].set('preprocess', 1)
vrayLambertCOlorCorrect[0].set('pre_gamma', 2.2)
vrayLambertbrdfMtl[0].set('color', vrUtils.Color(0, 0, 0))
vrayLambertbrdfMtl[0].set('color_tex', vrayLambertCOlorCorrect[0])
else:
vrayLambertbrdfMtl[0].set('color', vrUtils.Color(0.7, 0.7, 0.7))
if vrayLambert:
allNodes = vrUtils.findByType('Node')
i = 0
for result in liste_finale:
listObjects = eval(result.replace('nt', 'pm.nt'))
i += 1
for mySel in listObjects:
strObj = str(mySel.name()).replace(':', '__')
node = vrUtils.findByName(strObj + '@node')
if len(node) == 0:
continue
baseMat = node[0].get('material')
mode = 0
if 'primaryMembersOff' in liste_finale[result] or 'reflectionMembersOff' in liste_finale[result] or 'refractionMembersOff' in liste_finale[result] or 'shadowCastsMembersOff' in liste_finale[result]:
mode = 1
mtlRenderStatsName = baseMat.name() + '_arsenal%d@renderStats' % i
if not vrUtils.findByName(mtlRenderStatsName):
vrUtils.create('MtlRenderStats', mtlRenderStatsName)
mtlRenderStats = vrUtils.findByName(mtlRenderStatsName)
if 'primaryMembersOff' in liste_finale[result]:
mtlRenderStats[0].set('camera_visibility', 0)
if 'reflectionMembersOff' in liste_finale[result]:
mtlRenderStats[0].set('reflections_visibility', 0)
if 'refractionMembersOff' in liste_finale[result]:
mtlRenderStats[0].set('refractions_visibility', 0)
if 'shadowCastsMembersOff' in liste_finale[result]:
mtlRenderStats[0].set('shadows_visibility', 0)
if 'blackHoleMembers' in liste_finale[result] or 'blackHoleMembersReceiveShd' in liste_finale[result] or 'giMembersGenerate' in liste_finale[result] or 'giMembersReceive' in liste_finale[result]:
if mode == 1:
mode = 3
else:
mode = 2
wrapperName = baseMat.name() + '_arsenal%d@mtlwrapper' % i
if not vrUtils.findByName(wrapperName):
vrUtils.create('MtlWrapper', wrapperName)
wrapper = vrUtils.findByName(wrapperName)
if 'blackHoleMembers' in liste_finale[result]:
wrapper[0].set('matte_surface', 1)
wrapper[0].set('alpha_contribution', -1)
wrapper[0].set('reflection_amount', 0)
wrapper[0].set('refraction_amount', 0)
if 'generate_render_elements' in vrUtils.getPluginParams(wrapper[0]):
wrapper[0].set('generate_render_elements', 0)
if 'blackHoleMembersReceiveShd' in liste_finale[result]:
wrapper[0].set('shadows', 1)
wrapper[0].set('affect_alpha', 1)
if 'giMembersGenerate' in liste_finale[result]:
wrapper[0].set('generate_gi', 0)
if 'giMembersReceive' in liste_finale[result]:
wrapper[0].set('receive_gi', 0)
if mode == 1:
mtlRenderStats[0].set('base_mtl', baseMat)
node[0].set('material', mtlRenderStats)
elif mode == 2:
wrapper[0].set('base_material', baseMat)
node[0].set('material', wrapper)
elif mode == 3:
wrapper[0].set('base_material', baseMat)
mtlRenderStats[0].set('base_mtl', wrapper)
node[0].set('material', mtlRenderStats)
if vrayLambert:
vrayBumpNodes = vrUtils.findByType('BRDFBump')
for vrayBumpNode in vrayBumpNodes:
vrayBumpNode.set('base_brdf', vrayLambertbrdfMtl[0])
vrayBlendNodeNodes = vrUtils.findByType('BRDFLayered')
for vrayBlendNodeNode in vrayBlendNodeNodes:
goodListBrdf = list()
listBrdfs = vrayBlendNodeNode.get('brdfs')
for listBrdf in listBrdfs:
if listBrdf in vrayBumpNodes:
goodListBrdf.append(listBrdf)
else:
goodListBrdf.append(vrayLambertbrdfMtl[0])
vrayBlendNodeNode.set('brdfs', goodListBrdf)
vraySimpleBRDFNodes = vrUtils.findByType('MtlSingleBRDF')
for vraySimpleBRDFNode in vraySimpleBRDFNodes:
inBRDF = vraySimpleBRDFNode.get('brdf')
if inBRDF not in vrayBumpNodes and inBRDF not in vrayBlendNodeNodes:
vraySimpleBRDFNode.set('brdf', vrayLambertbrdfMtl[0])
actualList = pm.getAttr(arsenalPassName + '.multimatteMaskName')
if actualList not in ('', '{}'):
actualList = eval(actualList)
for matteNumber in actualList:
extraTexName = arsenalPassName + '_VRayUserColorMultimatte_number' + str(matteNumber)
vrUtils.create('TexUserColor', extraTexName)
variableName = actualList[matteNumber] + '_' + arsenalPassName
extraTex = vrUtils.findByName(extraTexName)
extraTex[0].set('default_color', vrUtils.AColor(0, 0, 0, 1))
extraTex[0].set('user_attribute', variableName)
extraTexRenderElementName = arsenalPassName + '_RenderElementMultimatte_number' + str(matteNumber)
vrUtils.create('RenderChannelExtraTex', extraTexRenderElementName)
extraTexRenderElement = vrUtils.findByName(extraTexRenderElementName)
extraTexRenderElement[0].set('name', actualList[matteNumber])
extraTexRenderElement[0].set('consider_for_aa', 1)
extraTexRenderElement[0].set('affect_matte_objects', 1)
extraTexRenderElement[0].set('texmap', extraTex[0])
extraTexRenderElement[0].set('filtering', 1)
myConnected = pm.listConnections(arsenalPassName + '.multimatteMaskMembers[' + str(matteNumber) + '].multimatteMaskMembersRed', destination=False, source=True)
for dag in self.getAllChildShapes(selection=myConnected, type=['mesh', 'VRayPlane']):
if not dag.intermediateObject.get():
strObj = str(dag.name()).replace(':', '__')
node = vrUtils.findByName(strObj + '@node')
if len(node) == 0:
continue
currentUserAttr = node[0].get('user_attributes')
value = variableName + '=1,0,0;' + currentUserAttr
node[0].set('user_attributes', value)
pm.mel.warning(strObj + '@node')
pm.mel.warning(variableName)
myConnected = pm.listConnections(arsenalPassName + '.multimatteMaskMembers[' + str(matteNumber) + '].multimatteMaskMembersGreen', destination=False, source=True)
for dag in self.getAllChildShapes(selection=myConnected, type=['mesh', 'VRayPlane']):
if not dag.intermediateObject.get():
strObj = str(dag.name()).replace(':', '__')
node = vrUtils.findByName(strObj + '@node')
if len(node) == 0:
continue
currentUserAttr = node[0].get('user_attributes')
value = variableName + '=0,1,0;' + currentUserAttr
node[0].set('user_attributes', value)
myConnected = pm.listConnections(arsenalPassName + '.multimatteMaskMembers[' + str(matteNumber) + '].multimatteMaskMembersBlue', destination=False, source=True)
for dag in self.getAllChildShapes(selection=myConnected, type=['mesh', 'VRayPlane']):
if not dag.intermediateObject.get():
strObj = str(dag.name()).replace(':', '__')
node = vrUtils.findByName(strObj + '@node')
if len(node) == 0:
continue
currentUserAttr = node[0].get('user_attributes')
value = variableName + '=0,0,1;' + currentUserAttr
node[0].set('user_attributes', value)
if pm.getAttr(arsenalPassName + '.vrayMaterialID'):
self.deeXMaterialIDGeneratorFunc()
if pm.getAttr(arsenalPassName + '.vrayProxyObjectID'):
self.deeXProxyObjectIDGeneratorFunc()
if not lightSelectNormalMembers:
if pm.getAttr(arsenalPassName + '.lightSelectAllNormal'):
lightSelectNormalMembers = vrUtils.findByType('Light*') + vrUtils.findByType('MayaLight*')
else:
myConnected = pm.listConnections(arsenalPassName + '.lightSelectNormalMembers', destination=False, source=True)
for dag in self.getAllChildShapes(selection=myConnected, type=pm.listNodeTypes('light')):
if not dag.intermediateObject.get():
strObj = str(dag.name()).replace(':', '__')
node = vrUtils.findByName(strObj)
lightSelectNormalMembers.append(node[0])
if not lightSelectDiffuseMembers:
if pm.getAttr(arsenalPassName + '.lightSelectAllDiffuse'):
lightSelectDiffuseMembers = vrUtils.findByType('Light*') + vrUtils.findByType('MayaLight*')
else:
myConnected = pm.listConnections(arsenalPassName + '.lightSelectDiffuseMembers', destination=False, source=True)
for dag in self.getAllChildShapes(selection=myConnected, type=pm.listNodeTypes('light')):
if not dag.intermediateObject.get():
strObj = str(dag.name()).replace(':', '__')
node = vrUtils.findByName(strObj)
lightSelectDiffuseMembers.append(node[0])
if not lightSelectRawMembers:
if pm.getAttr(arsenalPassName + '.lightSelectAllRaw'):
lightSelectRawMembers = vrUtils.findByType('Light*') + vrUtils.findByType('MayaLight*')
else:
myConnected = pm.listConnections(arsenalPassName + '.lightSelectRawMembers', destination=False, source=True)
for dag in self.getAllChildShapes(selection=myConnected, type=pm.listNodeTypes('light')):
if not dag.intermediateObject.get():
strObj = str(dag.name()).replace(':', '__')
node = vrUtils.findByName(strObj)
lightSelectRawMembers.append(node[0])
if not lightSelectSpecularMembers:
if pm.getAttr(arsenalPassName + '.lightSelectAllSpecular'):
lightSelectSpecularMembers = vrUtils.findByType('Light*') + vrUtils.findByType('MayaLight*')
else:
myConnected = pm.listConnections(arsenalPassName + '.lightSelectSpecularMembers', destination=False, source=True)
for dag in self.getAllChildShapes(selection=myConnected, type=pm.listNodeTypes('light')):
if not dag.intermediateObject.get():
strObj = str(dag.name()).replace(':', '__')
node = vrUtils.findByName(strObj)
lightSelectSpecularMembers.append(node[0])
self.deeXLightSelectGeneratorFunc(lightNormal=lightSelectNormalMembers, lightDiffuse=lightSelectDiffuseMembers, lightRaw=lightSelectRawMembers, lightSpecular=lightSelectSpecularMembers)
def domeVrayTranslator():
import maya.cmds as cmds
import vray.utils as vr
# Find out the current camera name
#camera = "perspShape"
camera = domeGetCamera()
# Make sure there is an active camera
if camera == "None":
print('The active render camera is unknown: ' + camera)
else:
print('Active Render Camera: ' + camera)
# Find out the current stereo camera view
stereo_view = domeGetStereoView()
if stereo_view is None:
# Show this as a center view as a fallback on a "NoneType" error
stereo_view = 0
if domeVrayHasLatLongStereoAttrs() == 1:
# LatLongStereo Lens Shader Setup
LatLongStereo = vr.create("LatLongStereo", "LatLongStereo")
# Check if the shader was found
if LatLongStereo is None:
print("The LatLongStereo shader did not load correctly!")
return -1
else:
#print(camera + " has a LatLongStereo lens shader applied.")
cameraAttr = domeVrayGetAttrNumValue("vrayLatLongStereoCamera")
#Use the camera name to set the stereo camera view value
#LatLongStereo.set("camera", stereo_view)
#Use the Vray Extra Attribute to set the stereo camera view value
LatLongStereo.set("camera", cameraAttr)
fov_vert_angle = domeVrayGetAttrNumValue("vrayLatLongStereoFovVertAngle")
LatLongStereo.set("fov_vert_angle",fov_vert_angle)
fov_horiz_angle = domeVrayGetAttrNumValue("vrayLatLongStereoFovHorizAngle")
LatLongStereo.set("fov_horiz_angle", fov_horiz_angle)
parallax_distance = domeVrayGetAttrNumValue("vrayLatLongStereoParallaxDistance")
LatLongStereo.set("parallax_distance", parallax_distance)
separation = domeVrayGetAttrNumValue("vrayLatLongStereoSeparation")
LatLongStereo.set("separation", separation)
zenith_mode = domeVrayGetAttrNumValue("vrayLatLongStereoZenithMode")
LatLongStereo.set("zenith_mode", zenith_mode)
# These are colors with three double values
LatLongStereo.set("separation_map", 1.0)
LatLongStereo.set("head_tilt_map", 0.5)
flip_x = domeVrayGetAttrNumValue("vrayLatLongStereoFlipX")
LatLongStereo.set("flip_x", flip_x)
flip_y = domeVrayGetAttrNumValue("vrayLatLongStereoFlipY")
LatLongStereo.set("flip_y", flip_y)
neck_offset = domeVrayGetAttrNumValue("vrayLatLongStereoNeckOffset")
LatLongStereo.set("neck_offset", neck_offset)
zenith_fov = domeVrayGetAttrNumValue("vrayLatLongStereoZenithFov")
LatLongStereo.set("zenith_fov", zenith_fov)
elif domeVrayHasDomemasterStereoAttrs() == 1:
# DomemasterStereo Lens Shader Setup
DomemasterStereo = vr.create("DomemasterStereo", "DomemasterStereo")
# Check if the shader was found
if DomemasterStereo is None:
print("The DomemasterStereo shader did not load correctly!")
return -1
else:
#print(camera + " has a DomemasterStereo lens shader applied.")
cameraAttr = domeVrayGetAttrNumValue("vrayDomemasterStereoCamera")
#Use the camera name to set the stereo camera view value
#DomemasterStereo.set("camera", stereo_view)
#Use the Vray Extra Attribute to set the stereo camera view value
DomemasterStereo.set("camera", cameraAttr)
fov_angle = domeVrayGetAttrNumValue("vrayDomemasterStereoFovAngle")
DomemasterStereo.set("fov_angle", fov_angle)
parallax_distance = domeVrayGetAttrNumValue("vrayDomemasterStereoParallaxDistance")
DomemasterStereo.set("parallax_distance", parallax_distance)
separation = domeVrayGetAttrNumValue("vrayDomemasterStereoSeparation")
DomemasterStereo.set("separation", separation)
forward_tilt = domeVrayGetAttrNumValue("vrayDomemasterStereoForwardTilt")
DomemasterStereo.set("forward_tilt", forward_tilt)
tilt_compensation = domeVrayGetAttrNumValue("vrayDomemasterStereoTiltCompensation")
DomemasterStereo.set("tilt_compensation", tilt_compensation)
vertical_mode = domeVrayGetAttrNumValue("vrayDomemasterStereoVerticalMode")
DomemasterStereo.set("vertical_mode", vertical_mode)
DomemasterStereo.set("separation_map", 1.0)
DomemasterStereo.set("head_turn_map", 1.0)
DomemasterStereo.set("head_tilt_map", 0.5)
flip_x = domeVrayGetAttrNumValue("vrayDomemasterStereoFlipX")
DomemasterStereo.set("flip_x", flip_x)
flip_y = domeVrayGetAttrNumValue("vrayDomemasterStereoFlipY")
DomemasterStereo.set("flip_y", flip_y)
neck_offset = domeVrayGetAttrNumValue("vrayDomemasterStereoNeckOffset")
DomemasterStereo.set("neck_offset", neck_offset)
def deeXMaterialIDGeneratorFunc(self):
allMaterial = vrUtils.findByType('MtlSingleBRDF')
allBumpMaterial = vrUtils.findByType('MtlBump')
allBaseMtlFromBump = list()
allDuplicated = list()
for eachBumpMtl in allBumpMaterial:
allBaseMtlFromBump.append(eachBumpMtl.get('base_mtl'))
generalCount = 0
OpenMaya.MGlobal.displayInfo('[Arsenal] MaterialID Generator start')
OpenMaya.MGlobal.displayInfo('START PASS 01')
for eachMtl in allMaterial:
eachBlend = eachMtl.get('brdf')
if 'brdfs' in eachBlend.params():
listmtl = eachBlend.get('brdfs')
listWeight = eachBlend.get('weights')
if listWeight:
listWeight.pop(len(listWeight) - 1)
listMtlID = list()
duplicatedList = list()
for (i, eachVRayMtl,) in enumerate(listmtl):
nameDuplicated = eachVRayMtl.name() + '_' + eachMtl.name() + '_deeXDuplicated_' + str(0)
if nameDuplicated not in duplicatedList:
duplicatedList.append(nameDuplicated)
duplicatedMtl = eachVRayMtl.duplicate(nameDuplicated)
allDuplicated.append(duplicatedMtl)
mtlID = vrUtils.create('MtlMaterialID', duplicatedMtl.name() + '_MtlMaterialID')
listMtlID.append(mtlID)
mtlID.set('base_mtl', duplicatedMtl)
(multimatteID, rgb,) = arsenalToolBox.arsenal_generateNumberFromString(string=eachVRayMtl.name())
mtlID.set('material_id_number', multimatteID)
OpenMaya.MGlobal.displayInfo(' RGB for ' + nameDuplicated + ' : ' + str(rgb) + ' MaterialMultimatteID = ' + str(multimatteID))
if i == len(listmtl) - 1:
textLayered = vrUtils.create('TexLayered', duplicatedMtl.name() + '_layered')
textLayered.set('alpha_from_intensity', 0)
blendMode = list()
listTexLayer = list()
for blendCount in range(len(listWeight) + 1):
if blendCount == 0:
blendMode.append(1)
firstTextColor = vrUtils.create('TexAColorOp', duplicatedMtl.name() + '_firstText')
firstTextColor.set('color_a', vrUtils.AColor(rgb[0], rgb[1], rgb[2], 1))
listTexLayer.append(firstTextColor)
else:
blendMode.append(5)
clamper = vrUtils.create('TexClamp', duplicatedMtl.name() + listWeight[(blendCount - 1)].name() + '_clamper')
clamper.set('texture', listWeight[(blendCount - 1)])
clamper.set('min_color', vrUtils.AColor(0, 0, 0, 0))
clamper.set('max_color', vrUtils.AColor(1, 1, 1, 1))
listTexLayer.append(clamper)
textLayered.set('blend_modes', blendMode)
textLayered.set('textures', listTexLayer)
clamper = vrUtils.create('TexClamp', duplicatedMtl.name() + '_clamper')
clamper.set('texture', textLayered)
clamper.set('min_color', vrUtils.AColor(0, 0, 0, 0))
clamper.set('max_color', vrUtils.AColor(1, 1, 1, 1))
textToConnect = clamper
else:
multiplyMaya = vrUtils.create('MayaMultiplyDivide', duplicatedMtl.name() + '_multiply')
multiplyMaya.set('color1', vrUtils.AColor(rgb[0], rgb[1], rgb[2], 1))
multiplyMaya.set('color2', listWeight[i])
multiplyMaya.set('operation', 1)
clamper = vrUtils.create('TexClamp', duplicatedMtl.name() + '_clamper')
clamper.set('texture', multiplyMaya)
clamper.set('min_color', vrUtils.AColor(0, 0, 0, 1))
clamper.set('max_color', vrUtils.AColor(1, 1, 1, 1))
textToConnect = clamper
else:
duplicatedMtl = vrUtils.findByName(nameDuplicated)[0]
textToConnect = vrUtils.findByName(duplicatedMtl.name() + '_clamper')[0]
mtlID.set('material_id_color', textToConnect)
eachBlend.set('brdfs', listMtlID)
else:
nameDuplicated = eachBlend.name() + '_deeXDuplicated'
duplicatedMtl = eachBlend.duplicate(nameDuplicated)
allDuplicated.append(duplicatedMtl)
(multimatteID, rgb,) = arsenalToolBox.arsenal_generateNumberFromString(string=eachBlend.name())
OpenMaya.MGlobal.displayInfo(' RGB for ' + duplicatedMtl.name() + ' : ' + str(rgb) + ' MaterialMultimatteID = ' + str(multimatteID))
mtlID = vrUtils.create('MtlMaterialID', duplicatedMtl.name() + '_MtlMaterialID')
mtlID.set('base_mtl', duplicatedMtl)
mtlID.set('material_id_color', vrUtils.AColor(rgb[0], rgb[1], rgb[2], 1))
mtlID.set('material_id_number', multimatteID)
eachMtl.set('brdf', mtlID)
elif eachMtl in allBaseMtlFromBump:
OpenMaya.MGlobal.displayInfo(' ' + eachMtl.name() + ' in a bumpMtl, exclude')
continue
nameDuplicated = eachBlend.name() + '_deeXDuplicated_' + str(generalCount)
duplicatedMtl = eachBlend.duplicate(nameDuplicated)
allDuplicated.append(duplicatedMtl)
(multimatteID, rgb,) = arsenalToolBox.arsenal_generateNumberFromString(string=eachBlend.name())
OpenMaya.MGlobal.displayInfo(' RGB for ' + duplicatedMtl.name() + ' : ' + str(rgb) + ' MaterialMultimatteID = ' + str(multimatteID))
mtlID = vrUtils.create('MtlMaterialID', duplicatedMtl.name() + '_MtlMaterialID')
mtlID.set('base_mtl', duplicatedMtl)
mtlID.set('material_id_color', vrUtils.AColor(rgb[0], rgb[1], rgb[2], 1))
mtlID.set('material_id_number', multimatteID)
eachMtl.set('brdf', mtlID)
generalCount += 1
OpenMaya.MGlobal.displayInfo('START PASS 02')
allBumpMaterial = vrUtils.findByType('MtlBump')
for (i, eachBumpMtl,) in enumerate(allBumpMaterial):
if eachBumpMtl in allDuplicated:
OpenMaya.MGlobal.displayInfo(' ' + eachBumpMtl.name() + ' is from a duplicated shader, do nothing')
continue
baseMtl = eachBumpMtl.get('base_mtl')
if 'brdf' not in baseMtl.params():
continue
eachSimple = baseMtl.get('brdf')
if 'brdfs' in eachSimple.params():
OpenMaya.MGlobal.displayInfo(' ' + eachSimple.name() + ' is from a blend shader, do nothing')
continue
nameDuplicated = eachSimple.name() + '_deeXDuplicated'
if vrUtils.findByName(nameDuplicated):
continue
duplicatedMtl = eachSimple.duplicate(nameDuplicated)
allDuplicated.append(duplicatedMtl)
(multimatteID, rgb,) = arsenalToolBox.arsenal_generateNumberFromString(string=eachSimple.name())
OpenMaya.MGlobal.displayInfo(' RGB for ' + eachSimple.name() + ' : ' + str(rgb) + ' MaterialMultimatteID = ' + str(multimatteID))
mtlID = vrUtils.create('MtlMaterialID', duplicatedMtl.name() + '_MtlMaterialID')
mtlID.set('base_mtl', duplicatedMtl)
mtlID.set('material_id_color', vrUtils.AColor(rgb[0], rgb[1], rgb[2], 1))
mtlID.set('material_id_number', multimatteID)
eachBumpMtl.set('base_mtl', mtlID)
OpenMaya.MGlobal.displayInfo('START PASS 03')
allMaterial = vrUtils.findByType('MtlSingleBRDF')
for (i, eachMtl,) in enumerate(allMaterial):
if eachMtl in allDuplicated:
OpenMaya.MGlobal.displayInfo(' ' + eachMtl.name() + ' is from a duplicated shader, do nothing')
continue
eachSimple = eachMtl.get('brdf')
if 'brdfs' in eachSimple.params():
OpenMaya.MGlobal.displayInfo(' ' + eachSimple.name() + ' is from a blend shader, do nothing')
continue
if eachSimple.type() == 'MtlMaterialID':
OpenMaya.MGlobal.displayInfo(' ' + eachSimple.name() + ' is already a MtlMaterialID, do nothing')
continue
nameDuplicated = eachSimple.name() + '_deeXDuplicated'
if vrUtils.findByName(nameDuplicated):
continue
duplicatedMtl = eachSimple.duplicate(nameDuplicated)
allDuplicated.append(duplicatedMtl)
(multimatteID, rgb,) = arsenalToolBox.arsenal_generateNumberFromString(string=eachSimple.name())
OpenMaya.MGlobal.displayInfo(' RGB for ' + eachSimple.name() + ' : ' + str(rgb) + ' MaterialMultimatteID = ' + str(multimatteID))
mtlID = vrUtils.create('MtlMaterialID', duplicatedMtl.name() + '_MtlMaterialID')
mtlID.set('base_mtl', duplicatedMtl)
mtlID.set('material_id_color', vrUtils.AColor(rgb[0], rgb[1], rgb[2], 1))
mtlID.set('material_id_number', multimatteID)
eachMtl.set('brdf', mtlID)
OpenMaya.MGlobal.displayInfo('[Arsenal] MaterialID Generator end')