def Vray_smooth(self, checked):
selected_objects = cmds.ls(sl=True)
objects_to_run = []
for object in selected_objects:
if 'Shape' in object:
if object not in objects_to_run:
objects_to_run.append(object)
else:
object_children = cmds.listRelatives(children=True) or []
for child in object_children:
if 'Shape' in child:
if child not in objects_to_run:
objects_to_run.append(child)
for object in objects_to_run:
node_type = cmds.nodeType(object)
if node_type == 'mesh':
if checked == 1:
cmds.vray("addAttributesFromGroup", object,
"vray_subdivision", 1)
if checked == 0:
cmds.vray("addAttributesFromGroup", object,
"vray_subdivision", 0)
smoothing_exists = 0
for object in objects_to_run:
node_type = cmds.nodeType(object)
if node_type == 'mesh':
smoothing_exists = cmds.objExists(object + '.vraySubdivUVs')
print 'smoothing_exists = ', smoothing_exists
if smoothing_exists == 0:
self.button_Vray_smooth.setChecked(False)
if smoothing_exists == 1:
self.button_Vray_smooth.setChecked(True)
def addVrayObjectIds(shapes=None):
""" Add a vray_objectID attribute to selected meshes
:param shapes: Shapes to apply the attribute to. If shapes is None it will get
the shapes related to the current selection.
"""
if shapes is None:
shapes = mc.ls(sl=1, s=1, dag=1, lf=1, o=1, long=True)
if shapes:
# Can only add objectIds to mesh, nurbsSurface so lets filter it
shapes = mc.ls(shapes, type=("mesh", "nurbsSurface"))
if shapes:
result = mc.promptDialog(title='Object ID value',
message='Object ID:',
button=['OK', 'Cancel'],
defaultButton='OK',
cancelButton='Cancel',
dismissString='Cancel')
if result == 'OK':
value = int(mc.promptDialog(query=True, text=True))
for shape in shapes:
mc.vray("addAttributesFromGroup", shape, "vray_objectID", 1)
mc.setAttr("{0}.{1}".format(shape, 'vrayObjectID'), value)
def create_light_blocker_method(self):
print 'create_light_blocker'
plane = cmds.polyPlane( sx=10, sy=15, w=15, h=20)
plane_group_exists = cmds.objExists('light_blocker_group')
if plane_group_exists == 0:
cmds.group( em=True, name='light_blocker_group')
cmds.parent(plane,'light_blocker_group')
if plane_group_exists == 1:
cmds.parent(plane,'light_blocker_group')
light_blocker_shader = cmds.shadingNode("VRayMtl", asShader=True, name = 'light_blocker')
shading_group = cmds.sets(renderable=True,noSurfaceShader=True,empty=True,name = light_blocker_shader + '_SG')
cmds.connectAttr(light_blocker_shader + '.outColor',shading_group + '.surfaceShader')
cmds.setAttr(light_blocker_shader + '.color', 0,0,0,type = 'double3')
cmds.select(clear = True)
plane = plane[0]
cmds.select(plane)
cmds.hyperShade(assign=light_blocker_shader)
cmds.select(plane)
vray_props_exists = cmds.objExists('light_blocker_props')
if vray_props_exists == 0:
props_node = cmds.vray("objectProperties", "add_single")
cmds.rename(props_node,'light_blocker_props')
if vray_props_exists == 1:
cmds.vray("objectProperties", "assign_existing", "VRayObjectProperties", "light_blocker_props")
cmds.setAttr("light_blocker_props.receiveShadows",0)
cmds.setAttr("light_blocker_props.shadowVisibility",0)
cmds.setAttr("light_blocker_props.refractionVisibility",0)
cmds.setAttr("light_blocker_props.reflectionVisibility",0)
cmds.setAttr("light_blocker_props.primaryVisibility",0)
def addVrayObjectIds(shapes=None):
""" Add a vray_objectID attribute to selected meshes
:param shapes: Shapes to apply the attribute to. If shapes is None it will get
the shapes related to the current selection.
"""
if shapes is None:
shapes = mc.ls(sl=1, s=1, dag=1, lf=1, o=1, long=True)
if shapes:
# Can only add objectIds to mesh, nurbsSurface so lets filter it
shapes = mc.ls(shapes, type=("mesh", "nurbsSurface"))
if shapes:
result = mc.promptDialog(
title="Object ID value",
message="Object ID:",
button=["OK", "Cancel"],
defaultButton="OK",
cancelButton="Cancel",
dismissString="Cancel",
)
if result == "OK":
value = int(mc.promptDialog(query=True, text=True))
for shape in shapes:
mc.vray("addAttributesFromGroup", shape, "vray_objectID", 1)
mc.setAttr("{0}.{1}".format(shape, "vrayObjectID"), value)
def addSubdivisions(ui, texture):
"""
Add render subdivisions of a certain type
:param material: The material used to find which shapes to subdivide
:return: None
"""
material = texture.textureSet
# Get values from interface
maxSubdivs = int(ui.maxSubdivIterVray.text())
edgeLength = float(ui.subdivIterVray.text())
# Find the shapes connected to the material
shader = mc.listConnections(material + '.outColor', d=True)[0]
meshes = mc.listConnections(shader, type='mesh')
shapes = mc.listRelatives(meshes, s=True)
if shapes:
# For all shapes add the render subdivisions
for mesh in shapes:
mc.select(mesh, replace=True)
mc.vray("addAttributesFromGroup", mesh, "vray_subdivision", 1)
mc.vray("addAttributesFromGroup", mesh, "vray_subquality", 1)
mc.setAttr(mesh + '.vrayOverrideGlobalSubQual', 1)
mc.setAttr(mesh + '.vrayMaxSubdivs', maxSubdivs)
mc.setAttr(mesh + '.vrayEdgeLength', edgeLength)
mc.select(mesh, d=True)
def createMultiDispNode(*args):
a = cmds.ls(sl=True)
numOfSel = len(a)
if (numOfSel == 0):
print "No object selected, can not create any Displacement node"
print "Please select objects that you want"
else:
cmds.vray("objectProperties", "add_multiple", "VRayDisplacement")
def unset(self, nodes):
if isinstance(nodes, string_types):
nodes = [nodes]
for node in nodes:
if not self._compatible(node):
continue
cmds.vray("addAttributesFromGroup", node, self._name, 0)
def createSingleDispNode(*args):
curSel = cmds.ls(sl=True)
if curSel == []:
print "No object selected, can not create single Displacement node"
print "Please select an object"
else:
cmds.vray("objectProperties", "add_single", "VRayDisplacement")
for i in curSel:
objName = (str(curSel[i]) + '_Displacement')
cmds.rename('vrayDisplacement', objName)
def assignRandomColorToID():
materialSelection = cmds.ls(mat=True)
for material in materialSelection:
cmds.vray("addAttributesFromGroup", material, "vray_material_id", 1)
randomColour = [random.random() for i in range(3)]
cmds.setAttr('%s.vrayColorId' % material,
randomColour[0],
randomColour[1],
randomColour[2],
type='double3')
def addVrayOpenSubdivAttr():
'''add Vray OpenSubdiv attr to enable smooth mesh render'''
sel = pm.selected()
if not sel:
return
for o in sel:
if str(cm.getAttr('defaultRenderGlobals.ren')) == 'vray':
obShape = pm.listRelatives(o, shapes=True)[0]
cm.vray('addAttributesFromGroup', obShape, "vray_opensubdiv", 1)
pm.setAttr(obShape + ".vrayOsdPreserveMapBorders", 2)
def doIt(self, argList):
st = cmds.ls(sl=1)
cmds.createRenderLayer(st)
cmds.vray("objectProperties", "add_single")
cmds.editRenderLayerGlobals(currentRenderLayer="renderLayer")
cmds.setAttr("vrayobjectproperties.primaryVisibility", 0)
cmds.editRenderLayerAdjustment(
"vrayobjectproperties.primaryVisibility")
cmds.setAttr("vrayobjectproperties.primaryVisibility", 1)
cmds.rename("renderLayer", str(st))
cmds.rename("vrayobjectproperties", str(st))
def set(self, nodes):
if isinstance(nodes, string_types):
nodes = [nodes]
for node in nodes:
if not self._compatible(node):
continue
cmds.vray("addAttributesFromGroup", node, self._name, 1)
for attr in self._vray_attrs():
path = node + "." + attr
value = getattr(self, attr)
if value is not None:
self._cmds_setAttr(path, value)
def addVraySubdivisionAttribute(shapes=None):
""" Add a v-ray subdivision attribute to selected meshes
:param shapes: Shapes to apply the attribute to. If shapes is None it will get
the shapes related to the current selection.
"""
if shapes is None:
shapes = mc.ls(sl=1, s=1, dag=1, lf=1, o=1, long=True)
if shapes:
# Only apply to mesh or nurbsSurface (other shapes can't contain the vray_subdivision attribute)
shapes = mc.ls(shapes, type=("mesh", "nurbsSurface"))
if shapes:
for shape in shapes:
mc.vray("addAttributesFromGroup", shape, "vray_subdivision", 1)
else:
raise RuntimeError("No shapes found to apply the vray_subdivision attribute group to.")
def addVrayMaterialIds(materials=None):
""" Add a vray_material_id attribute to selected materials (and related materials from objects)
:param materials: Materials to apply the attribute to. If materials is None it will get
the materials related to the current selection.
"""
if materials is None:
# Get selected materials
materials = mc.ls(sl=1, mat=1)
# Get materials related to selection (material from object)
# And add those materials to the material list we already have
sel = mc.ls(sl=1)
if sel:
sel_history = mc.listHistory(sel, f=1)
if sel_history:
sel_connections = mc.listConnections(sel_history)
if sel_connections:
connected_materials = mc.ls(sel_connections, mat=True)
if connected_materials:
materials = set(materials)
materials.update(connected_materials)
materials = list(materials)
else:
# filter input to materials only
materials = mc.ls(materials, mat=1)
if not materials:
raise RuntimeError("No materials found")
if materials:
result = mc.promptDialog(title='Material ID value',
message='Material ID:',
button=['OK', 'Cancel'],
defaultButton='OK',
cancelButton='Cancel',
dismissString='Cancel')
if result == 'OK':
value = int(mc.promptDialog(query=True, text=True))
for mat in materials:
mc.vray("addAttributesFromGroup", mat, "vray_material_id", 1)
mc.setAttr("{0}.{1}".format(mat, 'vrayMaterialId'), value)
def addVrayMaterialIds(materials=None):
""" Add a vray_material_id attribute to selected materials (and related materials from objects)
:param materials: Materials to apply the attribute to. If materials is None it will get
the materials related to the current selection.
"""
if materials is None:
# Get selected materials
materials = mc.ls(sl=1, mat=1)
# Get materials related to selection (material from object)
# And add those materials to the material list we already have
sel = mc.ls(sl=1)
if sel:
sel_history = mc.listHistory(sel,f=1)
if sel_history:
sel_connections = mc.listConnections(sel_history)
if sel_connections:
connected_materials = mc.ls(sel_connections, mat=True)
if connected_materials:
materials = set(materials)
materials.update(connected_materials)
materials = list(materials)
else:
# filter input to materials only
materials = mc.ls(materials, mat=1)
if not materials:
raise RuntimeError("No materials found")
if materials:
result = mc.promptDialog(title='Material ID value',
message='Material ID:',
button=['OK', 'Cancel'],
defaultButton='OK',
cancelButton='Cancel',
dismissString='Cancel')
if result == 'OK':
value = int(mc.promptDialog(query=True, text=True))
for mat in materials:
mc.vray("addAttributesFromGroup", mat, "vray_material_id", 1)
mc.setAttr("{0}.{1}".format(mat, 'vrayMaterialId'), value)
def addVraySubdivisionAttribute(shapes=None):
""" Add a v-ray subdivision attribute to selected meshes
:param shapes: Shapes to apply the attribute to. If shapes is None it will get
the shapes related to the current selection.
"""
if shapes is None:
shapes = mc.ls(sl=1, s=1, dag=1, lf=1, o=1, long=True)
if shapes:
# Only apply to mesh or nurbsSurface (other shapes can't contain the vray_subdivision attribute)
shapes = mc.ls(shapes, type=("mesh", "nurbsSurface"))
if shapes:
for shape in shapes:
mc.vray("addAttributesFromGroup", shape, "vray_subdivision", 1)
else:
raise RuntimeError(
"No shapes found to apply the vray_subdivision attribute group to."
)
def addVraySubdivisions(self, material):
# Get values from interface
maxSubdivs = int(self.maxSubdivIterVray.text())
edgeLength = float(self.subdivIterVray.text())
# Find the shapes connected to the material
shader = mc.listConnections(material + '.outColor', d=True)[0]
meshes = mc.listConnections(shader, type='mesh')
shapes = mc.listRelatives(meshes, s=True)
if shapes:
# For all shapes add the render subdivisions
for mesh in shapes:
mc.select(mesh, replace=True)
mc.vray("addAttributesFromGroup", mesh, "vray_subdivision", 1)
mc.vray("addAttributesFromGroup", mesh, "vray_subquality", 1)
mc.setAttr(mesh + '.vrayOverrideGlobalSubQual', 1)
mc.setAttr(mesh + '.vrayMaxSubdivs', maxSubdivs)
mc.setAttr(mesh + '.vrayEdgeLength', edgeLength)
mc.select(mesh, d=True)
def renderButtonPush(*args):
xTile = cmds.intSliderGrp("intFieldName1", query=True, value=True)
yTile = cmds.intSliderGrp("intFieldName2", query=True, value=True)
xOffset = cmds.intSliderGrp("intFieldName3", query=True, value=True)
yOffset = cmds.intSliderGrp("intFieldName4", query=True, value=True)
cancel = 0
x = xOffset
if (xTile - 1) < xOffset:
x = xTile - 1
y = yOffset
if (yTile - 1) < yOffset:
y = yTile - 1
outWidth = float(cmds.getAttr("defaultResolution.width"))
outHeight = float(cmds.getAttr("defaultResolution.height"))
xTileLenght = outWidth / xTile
yTileLenght = outHeight / yTile
print x, y
for x in range(x, xTile):
if cancel == 1:
print "Canceling X"
break
for y in range(y, yTile):
if cancel == 1:
print "Canceling Y"
break
print "Starting [", x, "] [", y, "] ", datetime.datetime.now()
cmds.vray("vfbControl", "-setregion", (int(x * xTileLenght)),
(int(y * yTileLenght)), (int((x + 1) * xTileLenght)),
(int((y + 1) * yTileLenght)))
cmds.vrend()
y += 1
x += 1
y = 0
def vrayMeshSetup(self, mesh):
shape = cmds.listRelatives(mesh, shapes=True)
for shapes in shape:
cmds.vray("addAttributesFromGroup", shapes, "vray_subdivision", 1)
cmds.vray("addAttributesFromGroup", shapes, "vray_subquality", 1)
cmds.vray("addAttributesFromGroup", shapes, "vray_displacement", 1)
cmds.setAttr(shapes + ".vraySubdivEnable", 1)
cmds.setAttr(shapes + ".vraySubdivUVs", 0)
cmds.setAttr(shapes + ".vrayEdgeLength", 4)
cmds.setAttr(shapes + ".vrayDisplacementType", 1)
cmds.setAttr(shapes + ".vrayDisplacementKeepContinuity", 1)
cmds.setAttr(shapes + ".vray2dDisplacementFilterTexture", 0)
cmds.setAttr(shapes + ".vrayDisplacementUseBounds", 0)
def openVrayVFB(*args):
cmds.loadPlugin("vrayformaya", quiet=True)
cmds.pluginInfo('vrayformaya', edit=True, autoload=True)
cmds.setAttr("defaultRenderGlobals.currentRenderer", "vray", type="string")
cmds.vray("showVFB")
def createVrayShadingNetwork(materialName,texturesUsing):
#get current version of maya
version = mc.about(version = 1)
version = int(version)
#if the version is newer than 2016 ,we can use the colormanagement directly
if version >= 2016:
#create vray mtl
vrayMtl = mc.shadingNode('VRayMtl',asShader = 1,n = materialName)
mc.setAttr(vrayMtl + '.bumpMapType',1)
try:
mc.setAttr(vrayMtl + '.brdfType' , 3)
except:
mc.warning('当前版本vray没有ggx_brdf，效果可能不好，请注意')
#create place2dtexture
UVnode = mc.shadingNode('place2dTexture',au =1)
#connect textures to material
for textureUsing in texturesUsing.keys():
if 'Diffuse' in textureUsing:
mc.connectAttr(texturesUsing[textureUsing] + '.outColor',vrayMtl + '.diffuseColor')
mc.setAttr(texturesUsing[textureUsing] + '.colorSpace','sRGB',type = 'string')
connectUVNodeToTextureNode(UVnode,texturesUsing[textureUsing])
elif 'Reflection' in textureUsing:
mc.connectAttr(texturesUsing[textureUsing] + '.outColor',vrayMtl + '.reflectionColor')
mc.setAttr(texturesUsing[textureUsing] + '.colorSpace','sRGB',type = 'string')
connectUVNodeToTextureNode(UVnode,texturesUsing[textureUsing])
elif 'Glossiness' in textureUsing:
mc.connectAttr(texturesUsing[textureUsing] + '.outAlpha',vrayMtl + '.reflectionGlossiness')
mc.setAttr(texturesUsing[textureUsing] + '.colorSpace','Raw',type = 'string')
mc.setAttr(texturesUsing[textureUsing] + '.alphaIsLuminance', 1)
connectUVNodeToTextureNode(UVnode,texturesUsing[textureUsing])
elif 'ior' in textureUsing:
mc.setAttr(vrayMtl + '.lockFresnelIORToRefractionIOR',0)
mc.connectAttr(texturesUsing[textureUsing] + '.outAlpha',vrayMtl + '.fresnelIOR')
mc.setAttr(texturesUsing[textureUsing] + '.colorSpace','Raw',type = 'string')
mc.setAttr(texturesUsing[textureUsing] + '.alphaIsLuminance', 1)
connectUVNodeToTextureNode(UVnode,texturesUsing[textureUsing])
elif 'Normal' in textureUsing:
mc.connectAttr(texturesUsing[textureUsing] + '.outColor',vrayMtl + '.bumpMap')
mc.setAttr(texturesUsing[textureUsing] + '.colorSpace','Raw',type = 'string')
connectUVNodeToTextureNode(UVnode,texturesUsing[textureUsing])
else:
#create vray mtl
vrayMtl = mc.shadingNode('VRayMtl',asShader = 1,n = materialName)
mc.setAttr(vrayMtl + '.bumpMapType',1)
try:
mc.setAttr(vrayMtl + '.brdfType' , 3)
except:
mc.warning('当前版本vray没有ggx_brdf，效果可能不好，请注意')
#create place2dtexture
UVnode = mc.shadingNode('place2dTexture',au =1)
#connect textures to material
for textureUsing in texturesUsing.keys():
if 'Diffuse' in textureUsing:
mc.connectAttr(texturesUsing[textureUsing] + '.outColor',vrayMtl + '.diffuseColor')
mc.vray('addAttributesFromGroup',texturesUsing[textureUsing],'vray_file_gamma' ,1)
mc.setAttr(texturesUsing[textureUsing] + '.vrayFileColorSpace',2)
connectUVNodeToTextureNode(UVnode,texturesUsing[textureUsing])
elif 'Reflection' in textureUsing:
mc.connectAttr(texturesUsing[textureUsing] + '.outColor',vrayMtl + '.reflectionColor')
mc.vray('addAttributesFromGroup',texturesUsing[textureUsing],'vray_file_gamma' ,1)
mc.setAttr(texturesUsing[textureUsing] + '.vrayFileColorSpace',2)
connectUVNodeToTextureNode(UVnode,texturesUsing[textureUsing])
elif 'Glossiness' in textureUsing:
'''
gammaCorret = mc.shadingNode('gammaCorrect',au = 1)
mc.setAttr(gammaCorret + '.gammaX',2.2)
mc.setAttr(gammaCorret + '.gammaY',2.2)
mc.setAttr(gammaCorret + '.gammaZ',2.2)
'''
mc.vray('addAttributesFromGroup',texturesUsing[textureUsing],'vray_file_gamma' ,1)
mc.setAttr(texturesUsing[textureUsing] + '.vrayFileColorSpace',0)
mc.connectAttr(texturesUsing[textureUsing] + '.outAlpha',vrayMtl + '.reflectionGlossiness')
mc.setAttr(texturesUsing[textureUsing] + '.alphaIsLuminance', 1)
connectUVNodeToTextureNode(UVnode,texturesUsing[textureUsing])
elif 'ior' in textureUsing:
mc.setAttr(vrayMtl + '.lockFresnelIORToRefractionIOR',0)
'''
gammaCorret = mc.shadingNode('gammaCorrect',au = 1)
mc.setAttr(gammaCorret + '.gammaX',2.2)
mc.setAttr(gammaCorret + '.gammaY',2.2)
mc.setAttr(gammaCorret + '.gammaZ',2.2)
'''
mc.vray('addAttributesFromGroup',texturesUsing[textureUsing],'vray_file_gamma' ,1)
mc.setAttr(texturesUsing[textureUsing] + '.vrayFileColorSpace',0)
mc.connectAttr(texturesUsing[textureUsing] + '.outAlpha',vrayMtl + '.fresnelIOR')
mc.setAttr(texturesUsing[textureUsing] + '.alphaIsLuminance', 1)
connectUVNodeToTextureNode(UVnode,texturesUsing[textureUsing])
elif 'Normal' in textureUsing:
'''
gammaCorret = mc.shadingNode('gammaCorrect',au = 1)
mc.setAttr(gammaCorret + '.gammaX',2.2)
mc.setAttr(gammaCorret + '.gammaY',2.2)
mc.setAttr(gammaCorret + '.gammaZ',2.2)
'''
mc.connectAttr(texturesUsing[textureUsing] + '.outColor',vrayMtl + '.bumpMap')
connectUVNodeToTextureNode(UVnode,texturesUsing[textureUsing])
def texture_replace_no_gui(self):
#number_of_textures = 10
textures_to_swap = []
viable_node_types = ['file']
textures = cmds.ls(selection = True)
for texture in textures:
object_type = cmds.nodeType(texture)
if object_type in viable_node_types:
textures_to_swap.append(texture)
print 'textures_to_swap = ',textures_to_swap
number_of_selected_textures = len(textures_to_swap)
print 'number_of_selected_textures = ',number_of_selected_textures
if number_of_selected_textures > 1:
i = 0
while i < number_of_selected_textures:
#splitting out the old and new texture names
new_fileTex = textures_to_swap[i]
old_fileTex = textures_to_swap[i+1]
key_words = ['alpha','substrate','matte','mettalic']
vray_gamma_node_exists_old = cmds.attributeQuery('vrayFileGammaValue',node = old_fileTex,exists = True)
vray_gamma_node_exists_new = cmds.attributeQuery('vrayFileGammaValue',node = new_fileTex,exists = True)
if vray_gamma_node_exists_new == 0:
if vray_gamma_node_exists_old == 1:
file_path_name = cmds.getAttr(new_fileTex + '.fileTextureName')
for key_word in key_words:
if key_word not in file_path_name:
cmds.vray("addAttributesFromGroup", new_fileTex, "vray_file_gamma", 1)
print " "
print new_fileTex + " swapping with " + old_fileTex
print "---"
#starting the replace
#transferAttr settings for new texture
old_file_texture_attr_dic = {}
new_file_texture_attr_dic = {}
old_file_texture_attrs = cmds.listAttr(old_fileTex,k = True)
attrAppend = ["filter","filterOffset","filterType"]
attrRemove = ["aiUserOptions","defaultColorMgtGlobals.cmEnabled","defaultColorMgtGlobals.configFileEnabled","defaultColorMgtGlobals.configFilePath","workingSpaceName","filter","filterOffset","filterType","frameOffset","oldFileAttr_mod"]
for attr in attrAppend:
old_file_texture_attrs.append(attr)
for attr in attrRemove:
if attr in old_file_texture_attrs:
old_file_texture_attrs.remove(attr)
#print 'old_file_texture_attrs = ',old_file_texture_attrs
new_file_texture_attrs = cmds.listAttr(new_fileTex,k = True)
for attr in attrAppend:
new_file_texture_attrs.append(attr)
for attr in attrRemove:
if attr in new_file_texture_attrs:
new_file_texture_attrs.remove(attr)
for new_fileTexAttr in new_file_texture_attrs:
new_fileTexAttr_Value = cmds.getAttr(new_fileTex + "." + new_fileTexAttr)
new_file_texture_attr_dic[new_fileTexAttr] = new_fileTexAttr_Value
#print 'old_file_texture_attrs = ',old_file_texture_attrs
connected_oldFileAttrs = ['exposure','defaultColorR','defaultColorG','defaultColorB','colorGainR','colorGainG','colorGainB','colorOffsetR','colorOffsetG','colorOffsetB','alphaGain','alphaOffset']
connected_oldFileAttrs_connected = []
RGB_attrs = ['defaultColorR','defaultColorG','defaultColorB','colorGainR','colorGainG','colorGainB','colorOffsetR','colorOffsetG','colorOffsetB']
oldFileAttr_RGB_list = []
oldFileAttr_connections = []
for oldFileAttr in old_file_texture_attrs:
#print 'old_fileTex = ',old_fileTex
#print 'oldFileAttr = ',oldFileAttr
if oldFileAttr in connected_oldFileAttrs:
if oldFileAttr in RGB_attrs:
oldFileAttr = oldFileAttr[:-1]
#print oldFileAttr
#print '(*old_fileTex + "." + oldFileAttr) = ',(old_fileTex + "." + oldFileAttr)
oldFileAttr_connections = cmds.listConnections((old_fileTex + "." + oldFileAttr)) or []
#print '*oldFileAttr_connections = ',oldFileAttr_connections
number_oldFileAttr_connections = len(oldFileAttr_connections)
#print '*number_oldFileAttr_connections = ',number_oldFileAttr_connections
if number_oldFileAttr_connections == 0:
oldFileAttrValue = cmds.getAttr(old_fileTex + "." + oldFileAttr)
old_file_texture_attr_dic[oldFileAttr] = oldFileAttrValue
if number_oldFileAttr_connections > 0:
oldFileAttr_RGB_list.append(oldFileAttr)
#print '* oldFileAttr_RGB_list = ',oldFileAttr_RGB_list
#print 'connected_oldFileAttrs = ',connected_oldFileAttrs
#print 'oldFileAttr_RGB_list = ',oldFileAttr_RGB_list
source_connections_modified = []
destination_connections_modified = []
#grab the old texure incoming connections
connections_source_old = cmds.listConnections(old_fileTex, plugs = True, connections = True, destination = False)or []
#grab the old texure outgoing connections
connections_destination_old = cmds.listConnections(old_fileTex, connections = True, plugs = True, source = False) or []
#how many incoming connections and outgoing connections are there
connection_source_size = len(connections_source_old)
connection_destination_size = len(connections_destination_old)
#if the incoming connections source size is more than 0, replace the old texture in the incoming connections list
if connection_source_size != 0:
for connection in connections_source_old:
connection_modified = connection.replace(old_fileTex,new_fileTex)
source_connections_modified.append(connection_modified)
#if the outgoing connections size is more than 0, replace the old texture in the outgoing connections list
if connection_destination_size != 0:
for connection in connections_destination_old:
connection_modified = connection.replace(old_fileTex,new_fileTex)
destination_connections_modified.append(connection_modified)
source_connections_modified_size = len(source_connections_modified)
#connect the old source node to the new texture
inIter = 0
outIter = 1
while outIter < source_connections_modified_size:
if connections_source_old[outIter] != "defaultColorMgtGlobals.cmEnabled" and connections_source_old[outIter] != "defaultColorMgtGlobals.configFileEnabled" and connections_source_old[outIter] != "defaultColorMgtGlobals.configFilePath" and connections_source_old[outIter] != "defaultColorMgtGlobals.workingSpaceName":
print "connecting " + connections_source_old[outIter] + " to " + source_connections_modified[inIter]
cmds.connectAttr(connections_source_old[outIter],source_connections_modified[inIter],force = True)
outIter = outIter + 2
inIter = inIter + 2
destination_connections_modified_size = len(destination_connections_modified)
#connect the new texture to the old destination node
inIter = 0
outIter = 1
while outIter < destination_connections_modified_size:
if ".message" not in destination_connections_modified[inIter]:
print "connecting " + destination_connections_modified[inIter] + " to " + connections_destination_old[outIter]
cmds.connectAttr(destination_connections_modified[inIter],connections_destination_old[outIter], force = True)
outIter = outIter + 2
inIter = inIter + 2
print 'new_file_texture_attr_dic = ',new_file_texture_attr_dic
for new_fileTexAttr in new_file_texture_attrs:
#print ' '
#print 'new_fileTexAttr = ',new_fileTexAttr
#print 'oldFileAttr_RGB_list = ',oldFileAttr_RGB_list
if new_fileTexAttr in RGB_attrs:
new_fileTexAttr_mod = new_fileTexAttr[:-1]
else:
new_fileTexAttr_mod = new_fileTexAttr
#print 'new_fileTexAttr_mod = ',new_fileTexAttr_mod
if new_fileTexAttr_mod not in oldFileAttr_RGB_list:
#print 'new_file_texture_attr_dic = ',new_file_texture_attr_dic
#if new_fileTexAttr in new_file_texture_attr_dic:
attrExists = cmds.attributeQuery(new_fileTexAttr,node = new_fileTex,exists = True)
if attrExists == 1:
#print 'unlocking, new_fileTex + "." + new_fileTexAttr = ',new_fileTex + "." + new_fileTexAttr
cmds.setAttr(new_fileTex + "." + new_fileTexAttr, lock=0 )
#print 'new_fileTexAttr = ',new_fileTexAttr
#print 'old_file_texture_attr_dic = ',old_file_texture_attr_dic
print "setting " + str(new_fileTex) + "." + str(new_fileTexAttr) + " to " + str(old_file_texture_attr_dic[new_fileTexAttr_mod])
attr_value = old_file_texture_attr_dic[new_fileTexAttr_mod]
#print 'attr_value = ',attr_value
if 'defaultColor' in new_fileTexAttr or 'colorGain' in new_fileTexAttr or 'colorOffset' in new_fileTexAttr:
#print 'found RGB list attr'
if 'R' == new_fileTexAttr[-1]:
#print 'found R'
attr_value = attr_value[0]
#print 'attr_value = ',attr_value
attr_value = attr_value[0]
#print 'attr_value = ',attr_value
if 'G' == new_fileTexAttr[-1]:
#print 'found G'
attr_value = attr_value[0]
#print 'attr_value = ',attr_value
attr_value = attr_value[1]
#print 'attr_value = ',attr_value
if 'B' == new_fileTexAttr[-1]:
#print 'found B'
attr_value = attr_value[0]
#print 'attr_value = ',attr_value
attr_value = attr_value[2]
#print 'attr_value = ',attr_value
#print 'attr_value = ',attr_value
cmds.setAttr(new_fileTex + "." + new_fileTexAttr,attr_value)
else:
print '!! found a connection for ' + new_fileTexAttr
i = i + 2
cmds.select(clear = True)
new_fileTex = ''
old_fileTex = ''
# Play around with mc.ls and mc.listRelatives until you feel somewhat familiar.
# To be continued. :)
# Now you should know the difference between transforms and their children shapes.
# Let's get all transform nodes that end with "*_SMOOTH" and add a subdivision attribute to it's children mesh shapes.
import maya.cmds as mc
# Get all transform nodes that end with _SMOOTH
nodes = mc.ls("*_SMOOTH", type="transform")
if nodes:
# Get the children shapes of type mesh
meshes = mc.listRelatives(nodes, children=True, shapes=True, type="mesh")
# If we found children meshes, then for every mesh shape node add the vray_subdivision attribute.
if meshes:
for mesh in meshes:
mc.vray("addAttributesFromGroup", "vray_subdivision", mesh, 1)
# We can do something similar for all nurbsCurves that we want to make renderable. If we have given a specific suffix
# to the nodes we can easily address them.
# So I've discussed with the team and we went for "_EXTREMELY_RENDERABLE_CURVE" as a suffix on the transform node of
# the nurbsCurves.
# Ah yeah, let's get those transforms!
import maya.cmds as mc
nodes = mc.ls("*_EXTREMELY_RENDERABLE_CURVE", type="transform")
print nodes
# So we play around and test if it is giving us the nodes. Did you try it?
# Then go on and get the children nurbsCurve shape nodes.
if nodes:
def objectProperties(cmd, type=None, nodes=None, name=None):
""" Adds/removes objectProperties to/from input nodes.
This is currently an experimental implementation, behaviour and naming of functions/keywords may change.
Even though our focus is to stay as backwards compatible as possible we can't ensure this in the long run
for experimental implementations.
:param cmd: The string command to run for the objectProperties.
Possible values are: "add_single", "add_multiple", "remove", "remove_sub"
:type cmd: str
:param type: The objectProperties type to operate on. If None provided the default "VRayObjectProperties" is used.
:type type: str
:param nodes: The nodes to operate on. If None provided the current selection is used.
:type nodes: list
:param name: Rename the created nodes to `name`. If None provided nodes will get default name.
:type name: str
:return: If objectProperties nodes are created it returns the newly created nodes. If no nodes have been created,
but there are related objectProperties nodes that have been deletd those will be returned.
e.g.
For "add_single" it will return the newly created objectProperties nodes.
For "remove" cmd it will return the removed/deleted objectProperties nodes.
:rtype: list
"""
# Since the objectProperties command operates on selection when we provide a nodes list
# we override the selection and store the current selection to set it back afterwards
if nodes is not None:
pre_sel = mc.ls(sl=1)
mc.select(nodes, r=1)
# Store the currently connected sets of the type that we will be creating
# Then we can check again afterwards, the new sets not in this old list will be the ones that have been created.
sel = mc.ls(sl=1)
if not sel:
return []
# We're using the type to filter the connected sets to a list as small as possible. (Optimization)
# Therefore if None is provided (default is used) we convert it to its actual default type name.
if type is None:
type = "VRayObjectProperties"
pre_connected_sets = set(getConnectedSets(sel, type=type))
# Create the object properties
mc.vray("objectProperties", cmd, type)
# Get the actual objectProperties nodes that have been created
post_connected_sets = set(getConnectedSets(sel, type=type))
new_sets = post_connected_sets - pre_connected_sets
# If there are new sets than the objectProperties commands created something
if new_sets:
if name is not None:
# Rename all nodes and capture the new names directly into the list
new_sets = [mc.rename(s, name) for s in new_sets]
if nodes is not None:
# Since the user might have selected a set that has been deleted by the vray command.
# We first get the list of pre_sel nodes that actually still exist and select those.
pre_sel = mc.ls(pre_sel, long=True)
if pre_sel:
mc.select(pre_sel, r=1)
else:
mc.select(d=1)
return list(new_sets)
# If no new sets were created it's likely that something has been deleted instead.
deleted_sets = pre_connected_sets - post_connected_sets
if deleted_sets:
# Return the names of the deleted nodes
return list(deleted_sets)
# If we get over here nothing changed.
return []
# To be continued. :)
# Now you should know the difference between transforms and their children shapes.
# Let's get all transform nodes that end with "*_SMOOTH" and add a subdivision attribute to it's children mesh shapes.
import maya.cmds as mc
# Get all transform nodes that end with _SMOOTH
nodes = mc.ls("*_SMOOTH", type="transform")
if nodes:
# Get the children shapes of type mesh
meshes = mc.listRelatives(nodes, children=True, shapes=True, type="mesh")
# If we found children meshes, then for every mesh shape node add the vray_subdivision attribute.
if meshes:
for mesh in meshes:
mc.vray("addAttributesFromGroup", "vray_subdivision", mesh, 1)
# We can do something similar for all nurbsCurves that we want to make renderable. If we have given a specific suffix
# to the nodes we can easily address them.
# So I've discussed with the team and we went for "_EXTREMELY_RENDERABLE_CURVE" as a suffix on the transform node of
# the nurbsCurves.
# Ah yeah, let's get those transforms!
import maya.cmds as mc
nodes = mc.ls("*_EXTREMELY_RENDERABLE_CURVE", type="transform")
print nodes
# So we play around and test if it is giving us the nodes. Did you try it?
# Then go on and get the children nurbsCurve shape nodes.
# This allows us to use Maya's command features in our code.
# For example we can list all mesh shapes in our scene, like:
print mc.ls(type="mesh")
# But hey, you came here to do some v-ray for maya magic.
#
# This is the moment where you make sure the vrayformaya.mll is loaded in your Plug-in Manager.
# You can find it in: Window > Settings/Preferences > Plug-in Manager
# Search for the vrayformaya.mll and make sure the loaded checkbox is checked.
#
# Basically most of the stuff you can do with commands provided from the V-ray for Maya plug-in is done through a
# command called ``vray``. Commands created by plug-ins are available in the maya.cmds namespace.
# In short we can do something like:
mc.vray()
# Note that this doesn't give any errors, but it doesn't do anything either.
# By having a look at the wiki documentation on this repository you'll find what you can provide as arguments:
# https://github.com/BigRoy/mayaVrayCommandDocs/wiki
#
# Many people getting started with v-ray for maya scripting are doing it to help ease the adding of v-ray attributes.
# So let's start there. Adding v-ray attributes is done through the ``vray`` command with the action
# ``addAttributesFromGroup``. More information here:
# https://github.com/BigRoy/mayaVrayCommandDocs/wiki/vray-addAttributesFromGroup
#
# The example on that page shows us:
shapes = mc.ls(sl=1, dag=1, lf=1, s=1)
for shape in shapes:
mc.vray("addAttributesFromGroup", shape, "vray_subdivision", 1)
def texture_replace(self):
number_of_textures = len(self.textures_for_swap)
i = 0
while i < number_of_textures:
#splitting out the old and new texture names
new_fileTex = self.textures_for_swap[i]
old_fileTex = self.textures_for_swap[i+1]
key_words = ['alpha','substrate','matte','mettalic']
vray_gamma_node_exists_old = cmds.attributeQuery('vrayFileGammaValue',node = old_fileTex,exists = True)
vray_gamma_node_exists_new = cmds.attributeQuery('vrayFileGammaValue',node = new_fileTex,exists = True)
#print 'vray_gamma_node_exists_old = ',vray_gamma_node_exists_old
#print 'vray_gamma_node_exists_new = ',vray_gamma_node_exists_new
if vray_gamma_node_exists_new == 0:
if vray_gamma_node_exists_old == 1:
file_path_name = cmds.getAttr(new_fileTex + '.fileTextureName')
for key_word in key_words:
if key_word not in file_path_name:
#print 'adding gamma node'
cmds.vray("addAttributesFromGroup", new_fileTex, "vray_file_gamma", 1)
print " "
print new_fileTex + " swapping with " + old_fileTex
#print "---"
#starting the replace
source_connections_modified = []
destination_connections_modified = []
#grab the old texure incoming connections
connections_source_old = cmds.listConnections(old_fileTex, plugs = True, connections = True, destination = False)or []
#grab the old texure outgoing connections
connections_destination_old = cmds.listConnections(old_fileTex, connections = True, plugs = True, source = False) or []
#how many incoming connections and outgoing connections are there
connection_source_size = len(connections_source_old)
connection_destination_size = len(connections_destination_old)
#if the incoming connections source size is more than 0, replace the old texture in the incoming connections list
if connection_source_size != 0:
for connection in connections_source_old:
connection_modified = connection.replace(old_fileTex,new_fileTex)
source_connections_modified.append(connection_modified)
#if the outgoing connections size is more than 0, replace the old texture in the outgoing connections list
if connection_destination_size != 0:
for connection in connections_destination_old:
connection_modified = connection.replace(old_fileTex,new_fileTex)
destination_connections_modified.append(connection_modified)
source_connections_modified_size = len(source_connections_modified)
#connect the old source node to the new texture
inIter = 0
outIter = 1
while outIter < source_connections_modified_size:
if connections_source_old[outIter] != "defaultColorMgtGlobals.cmEnabled" and connections_source_old[outIter] != "defaultColorMgtGlobals.configFileEnabled" and connections_source_old[outIter] != "defaultColorMgtGlobals.configFilePath" and connections_source_old[outIter] != "defaultColorMgtGlobals.workingSpaceName":
#print "connecting " + connections_source_old[outIter] + " to " + source_connections_modified[inIter]
cmds.connectAttr(connections_source_old[outIter],source_connections_modified[inIter],force = True)
outIter = outIter + 2
inIter = inIter + 2
destination_connections_modified_size = len(destination_connections_modified)
#connect the new texture to the old destination node
inIter = 0
outIter = 1
while outIter < destination_connections_modified_size:
if ".message" not in destination_connections_modified[inIter]:
#print "connecting " + destination_connections_modified[inIter] + " to " + connections_destination_old[outIter]
cmds.connectAttr(destination_connections_modified[inIter],connections_destination_old[outIter], force = True)
outIter = outIter + 2
inIter = inIter + 2
#transferAttr settings for new texture
old_file_texture_attr_dic = {}
new_file_texture_attr_dic = {}
old_file_texture_attrs = cmds.listAttr(old_fileTex,k = True)
attrAppend = ["filter","filterOffset","filterType"]
attrRemove = ["aiUserOptions","defaultColorMgtGlobals.cmEnabled","defaultColorMgtGlobals.configFileEnabled","defaultColorMgtGlobals.configFilePath","workingSpaceName"]
for attr in attrAppend:
old_file_texture_attrs.append(attr)
for attr in attrRemove:
if attr in old_file_texture_attrs:
old_file_texture_attrs.remove(attr)
new_file_texture_attrs = cmds.listAttr(new_fileTex,k = True)
for attr in attrAppend:
new_file_texture_attrs.append(attr)
for attr in attrRemove:
if attr in new_file_texture_attrs:
new_file_texture_attrs.remove(attr)
for oldFileAttr in old_file_texture_attrs:
oldFileAttrValue = cmds.getAttr(old_fileTex + "." + oldFileAttr)
old_file_texture_attr_dic[oldFileAttr] = oldFileAttrValue
for new_fileTexAttr in new_file_texture_attrs:
new_fileTexAttr_Value = cmds.getAttr(new_fileTex + "." + new_fileTexAttr)
new_file_texture_attr_dic[new_fileTexAttr] = new_fileTexAttr_Value
for new_fileTexAttr in new_file_texture_attrs:
if new_fileTexAttr in new_file_texture_attr_dic:
attrExists = cmds.attributeQuery(new_fileTexAttr,node = new_fileTex,exists = True)
if attrExists == 1:
#print "setting " + str(new_fileTex) + "." + str(new_fileTexAttr) + " to " + str(old_file_texture_attr_dic[new_fileTexAttr])
cmds.setAttr(new_fileTex + "." + new_fileTexAttr,old_file_texture_attr_dic[new_fileTexAttr])
i = i + 2
cmds.select(clear = True)
self.texture_thumbnails_listWidget.clear()
new_fileTex = ''
old_fileTex = ''
def rrCheckbox(checkBoxRenderRegion, reg, *args):
global gReg
zeroes = ['0', '0', '0', '0']
tRes = cmds.vray("vfbControl", "-getregion")
if tRes != zeroes:
gReg = tRes
rrstate = cmds.checkBox(checkBoxRenderRegion, value=True, query=True)
if rrstate == 0:
if gReg != zeroes:
cmds.vray("vfbControl", "-setregion", gReg[0], gReg[1], gReg[2],
gReg[3])
else:
cmds.vray("vfbControl", "-setregion", reg[0], reg[1], reg[2],
reg[3])
cmds.vray("vfbControl", "-setregion", "reset")
if rrstate == 1:
cmds.vray("vfbControl", "-setregionenabled", 1)
if gReg != zeroes:
cmds.vray("vfbControl", "-setregion", gReg[0], gReg[1], gReg[2],
gReg[3])
else:
cmds.vray("vfbControl", "-setregion", reg[0], reg[1], reg[2],
reg[3])
return (reg)
def renthumbsWin():
user_track()
name = "Batch_Review"
global gReg
gReg = ('0', '0', '0', '0')
zeroes = ('0', '0', '0', '0')
windowSize = (200, 100)
if (cmds.window(name, exists=True)):
cmds.deleteUI(name)
window = cmds.window(name,
title=name,
width=350,
height=50,
bgc=(.2, .2, .2),
s=False)
cmds.columnLayout("mainColumn", adjustableColumn=True)
cmds.rowLayout("nameRowLayout01", numberOfColumns=15, parent="mainColumn")
cmds.text(label="preset quality: ")
checkBoxLow = cmds.checkBox(label="low", value=False)
checkBoxMid = cmds.checkBox(
label="mid",
value=True,
)
checkBoxHigh = cmds.checkBox(label="high", value=False)
cmds.text(label=" ")
cmds.text(label="resolution: ")
intField_res = cmds.intField(v=1000, width=45)
#print 'intField_res = ',intField_res
cmds.intField(intField_res,
changeCommand=partial(set_resolution, intField_res),
edit=True)
cmds.text(label=" ")
cmds.text(label="threshold: ")
floatField_thrhld = cmds.floatField(v=.5, width=45)
cmds.floatField(floatField_thrhld,
changeCommand=partial(set_threshhold, floatField_thrhld),
edit=True)
cmds.checkBox(checkBoxLow,
changeCommand=partial(checkBoxCheckLow, checkBoxLow,
checkBoxMid, checkBoxHigh,
intField_res, floatField_thrhld),
edit=True)
cmds.checkBox(checkBoxMid,
changeCommand=partial(checkBoxCheckMid, checkBoxLow,
checkBoxMid, checkBoxHigh,
intField_res, floatField_thrhld),
edit=True)
cmds.checkBox(checkBoxHigh,
changeCommand=partial(checkBoxCheckHigh, checkBoxLow,
checkBoxMid, checkBoxHigh,
intField_res, floatField_thrhld),
edit=True)
cmds.rowLayout("nameRowLayout02", numberOfColumns=10, parent="mainColumn")
cmds.text(label=" ")
cmds.rowLayout("nameRowLayout03", numberOfColumns=5, parent="mainColumn")
renderButton = cmds.button(label="render", width=100, bgc=(.6, .8, 1))
cmds.text(label=" ")
cmds.button(label="cancel renders",
command=partial(cancelOPs),
bgc=(1, .3, .3))
cmds.rowLayout("nameRowLayout04", numberOfColumns=10, parent="mainColumn")
cmds.text(label=" ")
cmds.rowLayout("nameRowLayout05", numberOfColumns=10, parent="mainColumn")
checkBoxRenderRegion = cmds.checkBox(label="use render region",
value=False)
cmds.text(label=" ")
cmds.text(label=" ")
reg = cmds.vray("vfbControl", "-getregion")
if reg != gReg and reg != zeroes:
gReg = reg
cmds.vray("vfbControl", "-setregion", "reset")
cmds.checkBox(checkBoxRenderRegion,
changeCommand=partial(rrCheckbox, checkBoxRenderRegion, reg),
edit=True)
cmds.rowLayout("nameRowLayout06", numberOfColumns=10, parent="mainColumn")
AOVstate = cmds.getAttr("vraySettings.relements_enableall")
checkBoxAOV = cmds.checkBox(label="elements", value=AOVstate)
cmds.checkBox(checkBoxAOV,
changeCommand=partial(checkBoxAOVchange, checkBoxAOV),
edit=True)
cmds.button(renderButton,
command=partial(renderThumbs, checkBoxLow, checkBoxMid,
checkBoxHigh, checkBoxRenderRegion,
intField_res, floatField_thrhld),
edit=True)
cmds.showWindow()
def renderThumbs(checkBoxLow, checkBoxMid, checkBoxHigh, checkBoxRenderRegion,
intField_res, floatField_thrhld, *args):
global cancel
cams = cmds.ls(type="camera")
cancel = 0
popup_win = 0
no_cam_set_list = []
cmds.loadPlugin('vrayformaya', quiet=True)
cmds.pluginInfo('vrayformaya', edit=True, autoload=True)
cmds.setAttr("defaultRenderGlobals.ren", "vray", type="string")
curLay = cmds.editRenderLayerGlobals(currentRenderLayer=True, query=True)
changeLay = curLay
rls = cmds.ls(type="renderLayer")
renCams = cmds.ls(type="camera")
renCam = "persp"
lowBut = cmds.checkBox(checkBoxLow, value=True, query=True)
midBut = cmds.checkBox(checkBoxMid, value=True, query=True)
highBut = cmds.checkBox(checkBoxHigh, value=True, query=True)
globopt_cache_geom_plugins = cmds.getAttr(
'vraySettings.globopt_cache_geom_plugins')
#print 'globopt_cache_geom_plugins = ',globopt_cache_geom_plugins
print " "
print "-- batch_review --"
res = cmds.intField(intField_res, v=True, query=True)
thr = cmds.floatField(floatField_thrhld, v=True, query=True)
if lowBut == 1:
cmds.setAttr("vraySettings.dmcThreshold", thr)
cmds.setAttr("vraySettings.width", res)
cmds.setAttr("vraySettings.height", res)
cmds.setAttr("vraySettings.globopt_cache_geom_plugins", 1)
cmds.setAttr("vraySettings.globopt_ray_maxIntens_on", 1)
#cmds.setAttr('vraySettings.globopt_cache_geom_plugins',globopt_cache_geom_plugins)
print " "
print "---"
print "quality = %s, dmcThreshold = %s" % (res, thr)
if midBut == 1:
cmds.setAttr("vraySettings.dmcThreshold", thr)
cmds.setAttr("vraySettings.width", res)
cmds.setAttr("vraySettings.height", res)
cmds.setAttr("vraySettings.globopt_cache_geom_plugins", 1)
cmds.setAttr("vraySettings.globopt_ray_maxIntens_on", 1)
#cmds.setAttr('vraySettings.globopt_cache_geom_plugins',globopt_cache_geom_plugins)
print " "
print "---"
print "quality = %s, dmcThreshold = %s" % (res, thr)
if highBut == 1:
cmds.setAttr("vraySettings.dmcThreshold", thr)
cmds.setAttr("vraySettings.width", res)
cmds.setAttr("vraySettings.height", res)
cmds.setAttr("vraySettings.globopt_cache_geom_plugins", 1)
cmds.setAttr("vraySettings.globopt_ray_maxIntens_on", 1)
#cmds.setAttr('vraySettings.globopt_cache_geom_plugins',globopt_cache_geom_plugins)
print " "
print "---"
print "quality = %s, dmcThreshold = %s" % (res, thr)
print "--- "
print " "
for rl in rls:
found_cam = 0
if rl != "defaultRenderLayer" and cancel == 0:
rlState = cmds.getAttr(rl + ".renderable")
if rlState == 1:
print ' '
print "rende layer = ", rl
cmds.editRenderLayerGlobals(currentRenderLayer=rl)
for cam in cams:
camState = cmds.getAttr(cam + ".renderable")
if camState == 1:
rrState = cmds.checkBox(checkBoxRenderRegion,
value=True,
query=True)
reg = cmds.vray("vfbControl", "-getregion")
if rrState == 0:
cmds.vray("vfbControl", "-setregion", "reset")
if rrState == 1:
cmds.vray("vfbControl", "-setregionenabled", 1)
cmds.vray("vfbControl", "-setregion", reg[0],
reg[1], reg[2], reg[3])
mayaString = "renderWindowRenderCamera render renderView " + cam
print 'using ' + cam + ' for ' + rl
maya.mel.eval(mayaString)
cmds.vray("vfbControl", "-historysave")
cmds.vray("vfbControl", "-historyselect", 0)
#dte = datetime.now().strftime('%H:%M:%S')
dte = datetime.now().strftime('%H:%M')
editStr = rl + "," + cam
cmds.vray("vfbControl", "-historycomment", editStr)
print " "
found_cam = 1
if found_cam == 0:
print 'no camera link found, using persp cam for ', rl
cam = 'persp'
rrState = cmds.checkBox(checkBoxRenderRegion,
value=True,
query=True)
reg = cmds.vray("vfbControl", "-getregion")
if rrState == 0:
cmds.vray("vfbControl", "-setregion", "reset")
if rrState == 1:
cmds.vray("vfbControl", "-setregionenabled", 1)
cmds.vray("vfbControl", "-setregion", reg[0], reg[1],
reg[2], reg[3])
mayaString = "renderWindowRenderCamera render renderView " + cam
maya.mel.eval(mayaString)
cmds.vray("vfbControl", "-historysave")
cmds.vray("vfbControl", "-historyselect", 0)
dte = datetime.now().strftime('%H:%M:%S')
editStr = rl + "," + cam
cmds.vray("vfbControl", "-historycomment", editStr)
popup_win = 1
no_cam_set_list.append(rl)
def vraySubdivisions():
shapes = mc.ls(sl=1, dag=1, lf=1, s=1)
for shape in shapes:
mc.vray("addAttributesFromGroup", shape, "vray_subdivision", 3)
def objectProperties(cmd,
type=None,
nodes=None,
name=None):
""" Adds/removes objectProperties to/from input nodes.
This is currently an experimental implementation, behaviour and naming of functions/keywords may change.
Even though our focus is to stay as backwards compatible as possible we can't ensure this in the long run
for experimental implementations.
:param cmd: The string command to run for the objectProperties.
Possible values are: "add_single", "add_multiple", "remove", "remove_sub"
:type cmd: str
:param type: The objectProperties type to operate on. If None provided the default "VRayObjectProperties" is used.
:type type: str
:param nodes: The nodes to operate on. If None provided the current selection is used.
:type nodes: list
:param name: Rename the created nodes to `name`. If None provided nodes will get default name.
:type name: str
:return: If objectProperties nodes are created it returns the newly created nodes. If no nodes have been created,
but there are related objectProperties nodes that have been deletd those will be returned.
e.g.
For "add_single" it will return the newly created objectProperties nodes.
For "remove" cmd it will return the removed/deleted objectProperties nodes.
:rtype: list
"""
# Since the objectProperties command operates on selection when we provide a nodes list
# we override the selection and store the current selection to set it back afterwards
if nodes is not None:
pre_sel = mc.ls(sl=1)
mc.select(nodes, r=1)
# Store the currently connected sets of the type that we will be creating
# Then we can check again afterwards, the new sets not in this old list will be the ones that have been created.
sel = mc.ls(sl=1)
if not sel:
return []
# We're using the type to filter the connected sets to a list as small as possible. (Optimization)
# Therefore if None is provided (default is used) we convert it to its actual default type name.
if type is None:
type = "VRayObjectProperties"
pre_connected_sets = set(getConnectedSets(sel, type=type))
# Create the object properties
mc.vray("objectProperties", cmd, type)
# Get the actual objectProperties nodes that have been created
post_connected_sets = set(getConnectedSets(sel, type=type))
new_sets = post_connected_sets - pre_connected_sets
# If there are new sets than the objectProperties commands created something
if new_sets:
if name is not None:
# Rename all nodes and capture the new names directly into the list
new_sets = [mc.rename(s, name) for s in new_sets]
if nodes is not None:
# Since the user might have selected a set that has been deleted by the vray command.
# We first get the list of pre_sel nodes that actually still exist and select those.
pre_sel = mc.ls(pre_sel, long=True)
if pre_sel:
mc.select(pre_sel, r=1)
else:
mc.select(d=1)
return list(new_sets)
# If no new sets were created it's likely that something has been deleted instead.
deleted_sets = pre_connected_sets - post_connected_sets
if deleted_sets:
# Return the names of the deleted nodes
return list(deleted_sets)
# If we get over here nothing changed.
return []
vray addAttributesFromGroup file7 vray_file_gamma 1;
'vrayFileColorSpace'
#gamma correct
import maya.cmds as cmds
if cmds.objExists('file7'+'.'+'vrayFileColorSpace'):
cmds.setAttr('file7'+'.'+'vrayFileColorSpace',1)
else:
cmds.vray('addAttributesFromGroup','file7','vray_file_gamma' ,1)
cmds.setAttr('file7'+'.'+'vrayFileColorSpace',1)
def addVrayOID():
shapes = mc.ls(sl=1, dag=1, lf=1, s=1)
for shape in shapes:
mc.vray("addAttributesFromGroup", shape, "vray_objectID", 1)
def addVrayOSD(userDepth=2):
shapes = mc.ls(sl=1, dag=1, lf=1, s=1)
for shape in shapes:
mc.vray("addAttributesFromGroup", shape, "vray_opensubdiv", 1)
mc.setAttr(shape + '.vrayOsdSubdivDepth', userDepth)
def vraySubdivisions():
shapes = mc.ls(sl=1, dag=1, lf=1, s=1)
for shape in shapes:
mc.vray("addAttributesFromGroup", shape, "vray_subdivision", 3)