def shaderAssign(args, SG, renderLayer=None):
for arg in args:
if renderLayer==None:
pm.hyperShade(arg, assign=SG)
else:
if pm.objExists(renderLayer):
renderLayer = pm.PyNode(renderLayer)
print 'Render Layer %s has %d shader assignments' % (renderLayer, len(list(renderLayer.outAdjustments.__iter__())))
#if the arg's shape node instObjGroups isn't connected to the render layer, make the connection
adjIndex = queryAttrConnectionIndex(arg.getShape(), 'instObjGroups[0]',renderLayer, 'outAdjustments', outPlug=True) or len(list(renderLayer.outAdjustments.__iter__()))
dagIndex = queryAttrConnectionIndex( renderLayer, ('outAdjustments['+str(adjIndex)+']'), SG, 'dagSetMembers') or len(list(SG.dagSetMembers.__iter__()))
dagShpIndex = queryAttrConnectionIndex( arg.getShape(), 'instObjGroups[0]', SG, 'dagSetMembers') or len(list(SG.dagSetMembers.__iter__()))
print list(SG.dagSetMembers.__iter__())
print adjIndex,dagIndex,dagShpIndex
#connect the instObjGroups[0] to the first open .outPlug on the renderLayer
arg.getShape().instObjGroups[0].connect(renderLayer.outAdjustments[adjIndex].outPlug,f=True)
# determine if the dagSetMembers is connected to the shape node and the renderLayer
arg.getShape().instObjGroups[0].connect(SG.dagSetMembers[dagShpIndex],f=True)
renderLayer.outAdjustments[adjIndex].outValue.connect(SG.dagSetMembers[dagIndex],f=True)
#if the arg isn't in the render layer, put it in there
members= pm.editRenderLayerMembers( renderLayer, q=True)
if members==None:
pm.editRenderLayerMembers(renderLayer,arg)
elif not arg in pm.editRenderLayerMembers( renderLayer, q=True ):
print 'Adding %s to render layer %s' % (arg,renderLayer)
pm.editRenderLayerMembers(renderLayer, arg)
else: print 'Render Layer %s does not exist' % renderLayer
def loadShaders():
print "Following shaders will be loaded and assigned to their saved shape :\n %s" % infos
confirm = pc.confirmDialog( title='Confirm', message='Are you sure?', button=['Yes','No'], defaultButton='Yes', cancelButton='No', dismissString='No' )
# We proceed
if confirm == "Yes":
# We loop over the different shaders
for shaderName in infos.keys():
exists = pc.ls(shaderName)
print "Shader found: %s" % exists
if len(exists) == 1:
"Shader %s found, proceeding..." % shaderName
# We clear the selection
pc.select(cl=1)
# We loop over the different shapes
for shape in infos[str(shaderName)]:
pc.select(shape, add=True)
# Assign shader
pc.hyperShade(assign=shaderName)
# We clear the selection
pc.select(cl=1)
def rtb_update_high_res_shader(highresListDropdown, *args, **kwargs):
'''
'''
global defaultString
sel = pm.ls(sl=True)
high = highresListDropdown.getValue()
inactiveShader = lcShader.ShaderNode('lcRetopo_Inactive', 'blinn')
inactiveShader.create()
inactiveShader.shader.color.set(0.45, 0.45, 0.45)
inactiveShader.shader.specularColor.set(0.13, 0.3, 0.47)
inactiveShader.shader.eccentricity.set(0.5)
inactiveShader.shader.specularRollOff.set(0.7)
activeShader = lcShader.ShaderNode('lcRetopo_Active', 'blinn')
activeShader.create()
activeShader.shader.color.set(0.65, 0.65, 0.65)
activeShader.shader.specularColor.set(0.25, 0.55, 0.88)
inactiveShader.shader.eccentricity.set(0.4)
inactiveShader.shader.specularRollOff.set(0.55)
for item in highresListDropdown.getItemListLong():
meshItem = pm.menuItem(item, query=True, label=True)
if meshItem != defaultString:
pm.select(meshItem, replace=True)
if meshItem == high:
pm.hyperShade(
assign=activeShader.shader) # assign shader to selection
else:
pm.hyperShade(
assign=inactiveShader.shader) # assign shader to selection
pm.select(sel, replace=True)
def saveShaders():
# Prompt user with a string to search shader by names
dialog = pc.promptDialog(title='Search joker',
message='Enter joker to find specific shaders :',
button=['OK', 'Cancel'],
defaultButton='OK',
cancelButton='Cancel',
dismissString='Cancel')
joker = pc.promptDialog(query=True, text=True)
# List shaders named that way
listShaders = pc.ls(joker, exactType='aiStandard')
for shader in listShaders:
# This variable will contain all shape that have the current shader assigned
shapeList = []
# Select shapes with the current shader
pc.hyperShade(o=shader)
selectedShapes = pc.ls(sl=1)
# Clear selection, just for clarity
pc.select(cl=1)
# Append the shape to the list
for shape in selectedShapes:
shapeList.append(str(shape))
# Assign the list to the dictionnary with the key set to the shader name
infos[str(shader)] = shapeList
print "Saved informations :\n %s" % infos
def Maya_replaceMaterial(self, mat1, mat2, *args):
"""Replace current material mat1 by another material mat2"""
pc.hyperShade(o=mat1)
test = pc.ls(sl=1)
if len(test) > 0:
pc.hyperShade(assign=mat2)
def rtb_create_retopo_shader():
''' '''
global lct_cfg
try:
sel = [
obj for obj in pm.ls(sl=True)
if obj.getShape() and obj.getShape().nodeType() == 'mesh'
]
pm.select(sel, replace=True)
except:
pm.warning('Please select some geometry')
return
retopoShader = lcShader.ShaderNode('lcRetopo', 'lambert')
retopoShader.create()
retopoShader.shader.color.set(0, 0, 1)
retopoShader.shader.color.set(1, 0, 0)
slider = lct_cfg.get('lcRetopoBasicShader')
retopoShader.shader.transparency.set(slider, slider, slider)
if sel:
pm.select(sel, replace=True) # grab the stored selection
pm.hyperShade(
assign=retopoShader.shaderName) # assign shader to selection
def render(*args):
global size, material_dir, textures_dir
size = pm.intSliderGrp("baker_size", q=True, v=True)
material_dir = pm.textField("baker_mat_dir", q=True, tx=True)
textures_dir = pm.textField("baker_out_dir", tx=True, q=True)
redshift_dir = os.path.join(pm.workspace(fn=True), "images")
os.chdir(textures_dir)
settings()
selected = pm.selected(type="transform") or pm.ls(type="transform")
selected = [sl for sl in selected if sl.listRelatives(type="mesh")]
names = [mesh.name().split("|")[-1] for mesh in selected]
pm.showHidden(selected)
if pm.checkBox("baker_id", q=True, v=True):
for mesh, mesh_name in zip(selected, names):
bakeID(mesh, mesh_name + "_id")
if pm.checkBox("baker_ao", q=True, v=True):
pm.select(pm.ls(type="mesh"))
pm.hyperShade(a="ao_material")
for mesh, mesh_name in zip(selected, names):
bake(mesh, mesh_name + "_ao.png")
if pm.checkBox("baker_shadow", q=True, v=True):
pm.select(pm.ls(type="mesh"))
pm.hyperShade(a="shadow_material")
for mesh, mesh_name in zip(selected, names):
bake(mesh, mesh_name + "_shadow.png")
if pm.checkBox("baker_mat", q=True, v=True):
for mesh_name in names:
bakeMaterials(mesh_name)
pm.warning("finished")
def camera_focus_plane_tool():
"""sets up a focus plane for the selected camera
"""
camera = pm.ls(sl=1)[0]
camera_shape = camera.getShape()
frame = pm.nurbsPlane(
n='focusPlane#',
p=(0, 0, 0), ax=(0, 0, 1), w=1, lr=1, d=1, u=1, v=1, ch=0
)[0]
frame_shape = frame.getShape()
pm.parent(frame, camera, r=True)
#transform the frame surface
frame.tz.set(-10.0)
exp = """float $flen = %(camera)s.focalLength;
float $hfa = %(camera)s.horizontalFilmAperture * 25.4;
%(frame)s.sx = -%(frame)s.translateZ * $hfa/ $flen;
%(frame)s.sy = %(frame)s.sx / defaultResolution.deviceAspectRatio;
%(camera)s.focusDistance = -%(frame)s.tz;
%(camera)s.aiFocusDistance = %(camera)s.focusDistance;
%(camera)s.aiApertureSize = %(camera)s.focalLength / %(camera)s.fStop * 0.1;
""" % {
'camera': camera_shape.name(),
'frame': frame.name()
}
pm.expression(s=exp, ae=1, uc="all")
# set material
surface_shader = pm.shadingNode('surfaceShader', asShader=1)
pm.select(frame)
pm.hyperShade(a=surface_shader.name())
surface_shader.setAttr('outColor', (0.4, 0, 0))
surface_shader.setAttr('outTransparency', (0.5, 0.5, 0.5))
# prevent it from being rendered
frame_shape.setAttr('castsShadows', 0)
frame_shape.setAttr('receiveShadows', 0)
frame_shape.setAttr('motionBlur', 0)
frame_shape.setAttr('primaryVisibility', 0)
frame_shape.setAttr('smoothShading', 0)
frame_shape.setAttr('visibleInReflections', 0)
frame_shape.setAttr('visibleInRefractions', 0)
# Arnold attributes
frame_shape.setAttr('aiSelfShadows', 0)
frame_shape.setAttr('aiVisibleInDiffuse', 0)
frame_shape.setAttr('aiVisibleInGlossy', 0)
# hide unnecessary attributes
frame.setAttr('tx', lock=True, keyable=False)
frame.setAttr('ty', lock=True, keyable=False)
frame.setAttr('rx', lock=True, keyable=False)
frame.setAttr('ry', lock=True, keyable=False)
frame.setAttr('rz', lock=True, keyable=False)
frame.setAttr('sx', lock=True, keyable=False)
frame.setAttr('sy', lock=True, keyable=False)
frame.setAttr('sz', lock=True, keyable=False)
def assignLambert(meshes=None, hueShift = 0.50, hsValue=0.3,rgb=None):
""" Assigns a random lambert to a piece of geometry
hueShift will allow divergence from the hsValue
hsValue 0.0 is dark 0.5 is pastel and higher is ghostlike
"""
# GET all of teh MESHES or just selected meshes
objs = meshes or [x.getParent() for x in pm.ls(type="mesh",dag=True,sl=True)]
# DON't DO ANYTHING IF THERE IS NOTHING SELECTED
if not objs:
return
# GENERATE A RANGE OF COLORS THAT IS PLEASING
startHueR = random.random() * hsValue + 0.5
startHueG = random.random() * hsValue + 0.5
startHueB = random.random() * hsValue + 0.5
for mesh in objs:
lamb = pm.shadingNode("lambert", asShader=True,name="tempLambert")
sg = pm.sets(lamb,renderable=True, noSurfaceShader=True, empty=True, name='%sSG'%lamb)
if rgb:
r=rgb[0]
g=rgb[1]
b=rgb[2]
else:
r = returnNearHue(startHueR,hueShift)
g = returnNearHue(startHueG,hueShift)
b = returnNearHue(startHueB,hueShift)
lamb.color.set(r,g,b)
pm.select(mesh,r=True)
pm.hyperShade(assign=lamb)
def create_system(self):
shader = pm.shadingNode('transmat', asShader= True)
volume = pm.polyCube(name= 'fog_volume', width=40,
height=40, depth=40)[0]
pm.hyperShade(volume, assign= shader)
parti_volume = pm.mel.eval('mrCreateCustomNode -asShader "" parti_volume;')
pm.setAttr('%s.scatter' % (parti_volume), 1,1,1, type= 'double3' )
pm.setAttr('%s.min_step_len' % (parti_volume), .03)
pm.setAttr('%s.max_step_len' % (parti_volume), .2)
pm.connectAttr('%s.outValue' % (parti_volume),
'%sSG.miVolumeShader' % (shader), force= True)
light_node = pm.shadingNode('%s' % (self.light_types[value]),
asLight= True)
light_node.translate.set(0,15,0)
light_node.rotate.set(-90,0,0)
light = pm.rename(light_node, 'fog_light')
pm.connectAttr('%s.message' % (light.getShape()),
'%s.lights[0]' % (parti_volume), force= True)
if self.checkBox.getValue() == 1:
# mrCreateCustomNode -asUtility "" physical_light;
# // Result: Connected physical_light1.message to fog_lightShape.mentalRayControls.miLightShader. //
phys_light = pm.mel.eval('mrCreateCustomNode -asUtility "" physical_light;')
pm.connectAttr('%s.message' % (phys_light),
'%s.mentalRayControls.miLightShader' % (light.getShape()))
def CleanUpMod(asset):
pm.select(asset)
mel.eval('SelectHierarchy;')
for i in pm.ls(sl=1, type='mesh'):
for j in pm.listConnections(i, c=1, p=1, s=1):
try:
pm.disconnectAttr(j[0], j[1])
except:
pass
try:
pm.disconnectAttr(j[1], j[0])
except:
pass
for i in pm.ls(sl=1, type='transform'):
mel.eval('CenterPivot')
pm.hyperShade(assign='initialParticleSE')
unknown_plugins = pm.unknownPlugin(q=True, list=True)
if unknown_plugins:
for p in unknown_plugins:
try:
pm.unknownPlugin(p, r=True)
print 'remove', p
except:
pass
print 'Clean Done'
def create_and_assign_shader(self):
materials_type = {1:'mia_material_x', 2:'blinn', 3:'lambert',
4:'phong', 5:'rampShader', 6:'anisotropic',
7:'phongE', 8:'useBackground'}
shader_name = self.text_field.getText()
selected_material = self.option_menu.getSelect()
geometry01 = self.shader_geo_scroll_list.getSelectItem()
geometry02 = self.scene_geo_scroll_list.getSelectItem()
created_shader = pm.shadingNode(materials_type[selected_material],
asShader= True, name= shader_name)
for geometry in geometry01:
pm.select(geometry)
pm.hyperShade(geometry, assign='%s' % (created_shader))
for geometry in geometry02:
pm.select(geometry)
pm.hyperShade(geometry, assign='%s' % (created_shader))
def make_branch(self,h,w):
print(w)
i = pm.polyCylinder(height=h,radius=w)
pm.select(i[0])
pm.hyperShade(assign=self.branchShader)
print("Constructed {} {} {}".format(i[0],h,w))
return i
def camera_focus_plane_tool():
"""sets up a focus plane for the selected camera
"""
camera = pm.ls(sl=1)[0]
camera_shape = camera.getShape()
frame = pm.nurbsPlane(
n='focusPlane#',
p=(0, 0, 0), ax=(0, 0, 1), w=1, lr=1, d=1, u=1, v=1, ch=0
)[0]
frame_shape = frame.getShape()
pm.parent(frame, camera, r=True)
#transform the frame surface
frame.tz.set(-10.0)
exp = """float $flen = %(camera)s.focalLength;
float $hfa = %(camera)s.horizontalFilmAperture * 25.4;
%(frame)s.sx = -%(frame)s.translateZ * $hfa/ $flen;
%(frame)s.sy = %(frame)s.sx / defaultResolution.deviceAspectRatio;
%(camera)s.focusDistance = -%(frame)s.tz;
%(camera)s.aiFocusDistance = %(camera)s.focusDistance;
%(camera)s.aiApertureSize = %(camera)s.focalLength / %(camera)s.fStop * 0.1;
""" % {
'camera': camera_shape.name(),
'frame': frame.name()
}
pm.expression(s=exp, ae=1, uc="all")
# set material
surface_shader = pm.shadingNode('surfaceShader', asShader=1)
pm.select(frame)
pm.hyperShade(a=surface_shader.name())
surface_shader.setAttr('outColor', (0.4, 0, 0))
surface_shader.setAttr('outTransparency', (0.5, 0.5, 0.5))
# prevent it from being rendered
frame_shape.setAttr('castsShadows', 0)
frame_shape.setAttr('receiveShadows', 0)
frame_shape.setAttr('motionBlur', 0)
frame_shape.setAttr('primaryVisibility', 0)
frame_shape.setAttr('smoothShading', 0)
frame_shape.setAttr('visibleInReflections', 0)
frame_shape.setAttr('visibleInRefractions', 0)
# Arnold attributes
frame_shape.setAttr('aiSelfShadows', 0)
frame_shape.setAttr('aiVisibleInDiffuse', 0)
frame_shape.setAttr('aiVisibleInGlossy', 0)
# hide unnecessary attributes
frame.setAttr('tx', lock=True, keyable=False)
frame.setAttr('ty', lock=True, keyable=False)
frame.setAttr('rx', lock=True, keyable=False)
frame.setAttr('ry', lock=True, keyable=False)
frame.setAttr('rz', lock=True, keyable=False)
frame.setAttr('sx', lock=True, keyable=False)
frame.setAttr('sy', lock=True, keyable=False)
frame.setAttr('sz', lock=True, keyable=False)
def rtb_create_retopo_shader():
''' '''
try:
sel = [
obj for obj in pm.ls(sl=True)
if obj.getShape() and obj.getShape().nodeType() == 'mesh'
]
except:
pm.warning('Please select some geometry')
return
shaderName = 'lcRetopo'
if not pm.objExists(shaderName):
shader = pm.shadingNode('lambert', asShader=True, name=shaderName)
SG = shaderName + 'SG'
if not pm.objExists(SG):
pm.sets(renderable=True,
noSurfaceShader=True,
empty=True,
name=(shader + 'SG'))
pm.connectAttr(shader + '.outColor', SG + '.surfaceShader', force=True)
shader.color.set(1, 0, 0)
shader.transparency.set(0.5, 0.5, 0.5)
if sel:
pm.select(sel, replace=True) #grab the stored selection
pm.hyperShade(assign=shaderName) #assign shader to selection
def create_and_assign_shader(self):
materials_type = {
1: 'mia_material_x',
2: 'blinn',
3: 'lambert',
4: 'phong',
5: 'rampShader',
6: 'anisotropic',
7: 'phongE',
8: 'useBackground'
}
shader_name = self.text_field.getText()
selected_material = self.option_menu.getSelect()
geometry01 = self.shader_geo_scroll_list.getSelectItem()
geometry02 = self.scene_geo_scroll_list.getSelectItem()
created_shader = pm.shadingNode(materials_type[selected_material],
asShader=True,
name=shader_name)
for geometry in geometry01:
pm.select(geometry)
pm.hyperShade(geometry, assign='%s' % (created_shader))
for geometry in geometry02:
pm.select(geometry)
pm.hyperShade(geometry, assign='%s' % (created_shader))
def txClean(): # DELETE ALL PREVIEW SHADERS
previewShaders = pm.select("PREV_*", allDagObjects=False, noExpand=True)
meshes = pm.hyperShade(objects="")
pm.hyperShade(assign= 'lambert1' )
pm.select(cl =1)
previewShaders = pm.select("PREV_*", allDagObjects=False, noExpand=True)
pm.delete()
def assign_shader(self, geo):
"""
Assign Shader to selected objects
:param geo: geometry list (list)
:return:
"""
pm.select(geo)
pm.hyperShade(assign=self.shader)
def assignShader(self):
with open(self.sourceDirPath / self.collection + '_shaders.json',
'r') as f:
shaderAssignInfo = json.load(f)
for description, shader in shaderAssignInfo.items():
pm.select(description, r=True)
pm.hyperShade(assign=shader)
def assignHairShader(self, name, description):
hairShader = '{0}_{1}_hairShader'.format(self.assetName, name)
if not pm.objExists(hairShader):
hairShader = pm.shadingNode('aiStandardHair',
asShader=True,
n=hairShader)
pm.select(description, r=True)
pm.hyperShade(assign=hairShader)
def Maya_assignToSelection(self, *args):
"""Assign current shader to selected objects"""
# Controls if selection is not null
test = pc.ls(sl=1)
if len(test) == 0:
raise Exception("Tried to assign '%s' to the current selection but nothing is selected." % self.selectedShader)
# If everything is ok, assign current shader to selection
pc.hyperShade(assign=self.selectedShader)
def assign_shader(geo, shader):
"""
Assign Shader to selected objects
:param geo: geometry list (list)
:param shader: shader name (string)
:return:
"""
pm.select(geo)
pm.hyperShade(assign=shader)
def assign_killz():
sel=pm.ls(sl=True)
#load shaders
if not pm.objExists("HELMET"):
cmds.file("/mpc/mayors1/playstationKillzone4_5402105/pantry/bodies/vsa_infantry_shaders.ma",i=True,type='mayaAscii', ignoreVersion=True, rpr="vsa_infantry_shaders", options='v=0',loadReferenceDepth='all')
if not pm.objExists("PLASTIC_LIGHT"):
cmds.file("/mpc/mayors1/playstationKillzone4_5402105/pantry/bodies/hgh_infantry_shaders.ma",i=True,type='mayaAscii', ignoreVersion=True, rpr="hgh_infantry_shaders", options='v=0',loadReferenceDepth='all')
assignments_keys=[chkObjNs('*vsa_security_trooper_helmet*'),
chkObjNs('*vsa_security_trooper_glasses'),
chkObjNs('*vsa_security_trooper_visor'),
chkObjNs('*VSA_Infantry_Body_L*'),
chkObjNs('*VSA_Infantry_Markers_L*'),
chkObjNs('*VSA_Infantry_Marker_Lights_L*'),
chkObjNs('*head*l*'),
chkObjNs('*head_anthony_trooper_l*'),
chkObjNs('*heads_GEO*'),
chkObjNs('HGH_specOps_class_bodies_GRP'),
chkObjNs('HGH_support_class_bodies_GRP'),
chkObjNs('HGH_specOps_*_GRP'),
chkObjNs('HGH_support_*_GRP'),
chkObjNs('first_layer'),
chkObjNs('second_layer'),
chkObjNs('edges'),
chkObjNs('*eyes_glowing*'),
chkObjNs('*screen_back_L*'),
chkObjNs('*single_led_back*'),
chkObjNs('*Light_L*'),
chkObjNs('*round_gridlights*')]
assignments={chkObjNs('*vsa_security_trooper_helmet*'):'HELMET',
chkObjNs('*vsa_security_trooper_glasses'):'VISOR',
chkObjNs('*vsa_security_trooper_visor'):'VISOR',
chkObjNs('*VSA_Infantry_Body_L*'):'BODY',
chkObjNs('*VSA_Infantry_Markers_L*'):'lambert1',
chkObjNs('*VSA_Infantry_Marker_Lights_L*'):'lambert1',
chkObjNs('*head*l*'):'FACE',
chkObjNs('*head_anthony_trooper_l*'):'FACE',
chkObjNs('*heads_GEO*'):'FACE',
chkObjNs('HGH_specOps_class_bodies_GRP'):'HGH_SpecOp_BODY',
chkObjNs('HGH_support_class_bodies_GRP'):'HGH_Engineer_BODY',
chkObjNs('HGH_specOps_*_GRP'):'HGH_SpecOp_BODY',
chkObjNs('HGH_support_*_GRP'):'HGH_Engineer_BODY',
chkObjNs('first_layer'):'HGH_Engineer_BODY',
chkObjNs('second_layer'):'HGH_Engineer_BODY',
chkObjNs('edges'):'HGH_Engineer_BODY',
chkObjNs('*eyes_glowing*'):'PLASTIC_LIGHT',
chkObjNs('*screen_back_L*'):'PLASTIC_LIGHT',
chkObjNs('*single_led_back*'):'PLASTIC_LIGHT',
chkObjNs('*Light_L*'):'PLASTIC_LIGHT',
chkObjNs('*round_gridlights*'):'PLASTIC_LIGHT'}
print assignments
for obj in assignments_keys:
if not obj == "":
print 'Assigning shader %s to object %s' % ( assignments[obj], obj)
objs = pm.ls(obj)
print objs
pm.select(objs,r=True)
pm.hyperShade(obj, a=assignments[obj])
def main():
selectionList = pm.ls(sl=True)
basicFilter = "Image Files (*.TGA *.tga *.DDS *.dds *.PNG *.png)"
path = pm.fileDialog2(fileFilter=basicFilter, dialogStyle=2, fm=3)
files = listdir(path[0])
ddsFiles = []
for item in files:
fileEndings = ('.TGA', '.tga', '.DDS', '.dds', '.PNG', '.png')
if (item.endswith(fileEndings)):
ddsFiles.append(item)
for obj in selectionList:
shader = pm.shadingNode('phong', n=obj + "Shader", asShader=True)
pm.select(obj)
pm.hyperShade(assign=shader)
if obj.find("_lod") !=-1:
lodName = obj.split("_")
shaderConnections(ddsFiles, lodName[0], shader, path)
else:
shaderConnections(ddsFiles, obj, shader, path)
connections = pm.listConnections(shader, destination=False, source=True)
if len(connections) < 6:
errorstring = ""
errorstring += ("# ===============================")
errorstring += ("\n# %s texture(s) missing:" %str(6-len(connections)))
errorstring += ("\n# ===============================")
if len(pm.listConnections(shader+".color", destination=False, source=True)) < 1:
errorstring += ("\n# - Albedo was not found!")
if len(pm.listConnections(shader+".ambientColor", destination=False, source=True)) < 1:
errorstring += ("\n# - Ambient Occlusion was not found!")
if len(pm.listConnections(shader + ".incandescence", destination=False, source=True)) < 1:
errorstring += ("\n# - Emissive was not found!")
if len(pm.listConnections(shader+".normalCamera", destination=False, source=True)) < 1:
errorstring += ("\n# - Normal Map was not found!")
if len(pm.listConnections(shader + ".reflectedColor", destination=False, source=True)) < 1:
errorstring += ("\n# - Metallic was not found!")
if len(pm.listConnections(shader + ".specularColor", destination=False, source=True)) < 1:
errorstring += ("\n# - Roughness was not found!")
pm.confirmDialog(message=errorstring)
else:
victorystring = "All textures have been successfully linked!"
pm.confirmDialog(message=victorystring)
def make_leaf(self): i = pm.polyCube(w=.5,d=1.5,h=4,sw=3,sh=3) pm.select(i[0].vtx[12:19]) pm.scale(0.1,0.1,1,r=True) pm.select(i[0].vtx[0:3],i[0].vtx[28:31]) pm.scale(0.1,0.1,1,r=True) pm.select(i[0].vtx[4],i[0].vtx[7:8],i[0].vtx[11],i[0].vtx[20],i[0].vtx[23:24],i[0].vtx[27]) pm.scale(0.8,0.8,0.8) pm.select(i[0]) pm.hyperShade(assign=Lsystem.leafShader) return i
def assignShaderToObj(_obj):
# assign shader
mtl = pm.shadingNode("RedshiftArchitectural", asShader=True, name="rsMtl")
mtlShader = pm.sets(renderable=True,
noSurfaceShader=True,
empty=True,
name="tmp")
mtl.outColor >> mtlShader.surfaceShader
pm.sets(mtlShader, edit=True, forceElement=_obj)
pm.hyperShade("tml", _obj, assign=True)
return _obj
print "applied shader? D:\n"
def applyMaterial(color, *args):
"""apply id material to selected"""
try:
material = nt.Lambert(color + "_id")
except pm.MayaNodeError:
selected = pm.selected()
material = pm.createNode("lambert",
n=color + "_id_material") # vray node
color = [c / 255. for c in Default.materials[color]]
material.setAttr("color", color)
pm.select(selected)
pm.hyperShade(a=material)
def get_face_shader():
# Use the hyperShade command "Select Materials From Objects"
pm.hyperShade(shaderNetworksSelectMaterialNodes=True)
# Use Classification
# Classification strings look like file pathnames ("shader/reflective" or "texture/2D", for example)
for shader in pm.selected(materials=True):
if [c for c in shader.classification() if 'shader/surface' in c]:
# lambert1 return : [nt.ShadingEngine(u'initialParticleSE'), nt.ShadingEngine(u'initialShadingGroup')]
face_shader = pm.listConnections(shader, type='shadingEngine')[-1]
return face_shader
def assignMaterialToObject_old( material, objects ):
''' 오브젝트에 쉐이더 어싸인'''
selected = cmds.ls(sl=True)
pm.select( objects )
pm.hyperShade( assign= material )# 이부분에서 메세지 발생함
#cmds.select( cl=True )
if selected:
cmds.select( selected )
else:
cmds.select( cl=True )
def assignMat(*args):
selected = pm.ls(sl=1,long=1)
matName= 'master_attr_mat'
existAttrMat = pm.ls((matName),materials=True)
masterMat = False
if (len(existAttrMat) ==0):
genMat()
masterMat = (pm.ls((matName),materials=True))[0]
else:
masterMat = existAttrMat[0]
for member in selected:
pm.select(member)
pm.hyperShade(member,assign=masterMat )
def copyPasteMaterial(objects):
source = objects[0]
target = objects[-1]
pm.select(source)
pm.hyperShade(shaderNetworksSelectMaterialNodes=True)
shaders = pm.ls(
sl=True) # all shaders associated with the object (shape, face etc)
shader = [s for s in shaders if s.type() != 'renderLayer']
shadingEngine = shader[0].listConnections(type='shadingEngine')
pm.sets(shadingEngine[0], edit=True, forceElement=target)
def revertToLambert(cls, shader, textureSampler='.diffuseMapSampler', *args, **kwargs):
""" create lambert copies of all the cgfx shaders and connect the diffuse texture """
if pm.getAttr(shader+'.shader'):
diffuseTexNode = pm.connectionInfo(shader+textureSampler, sourceFromDestination=True)
lambert = pm.shadingNode('lambert', asShader=True, name='L_'+shader )
lambertSG = pm.sets(renderable=True, noSurfaceShader=True, empty=True, name='L_'+shader+'SG' )
pm.connectAttr(lambert+'.outColor', lambertSG+'.surfaceShader', force=True)
if diffuseTexNode:
pm.connectAttr(diffuseTexNode, lambert+'.color', force=True)
pm.hyperShade(objects=shader)
pm.sets(lambertSG, edit=True, forceElement=True)
pm.select(clear=True)
def remove_all_materials():
""" This removes all materials by first assigning all geometry to Lambert1. It then runs
the MEL command from the Hypershade to remove unused materials and shading groups. """
allGeo = [x.getTransform() for x in pm.ls(type=['mesh', 'nurbsSurface'])]
# restore the user's previous selection after running this.
# The MEL command requires a selection I think.
oldSel = pm.selected()
pm.select(allGeo)
pm.hyperShade(assign='lambert1')
#TODO: debug this to make sure it is always "hyperShadePanel1"
pm.mel.hyperShadePanelMenuCommand("hyperShadePanel1", "deleteUnusedNodes")
pm.select(oldSel)
def getObjects_fromMaterial( material ):
""" 입력된 shader가 적용된 오브젝트(메쉬,넙스...) 리스트를 리턴 """
sel = cmds.ls(sl=True)
pm.hyperShade( objects=material ) # 이부분에서 메세지 발생함
objects = pm.ls(sl=True)
if sel:
cmds.select(sel)
else:
cmds.select( cl=True )
return objects
def assignMat(*args):
selected = pm.ls(sl=1, long=1)
matName = 'master_attr_mat'
existAttrMat = pm.ls((matName), materials=True)
masterMat = False
if (len(existAttrMat) == 0):
genMat()
masterMat = (pm.ls((matName), materials=True))[0]
else:
masterMat = existAttrMat[0]
for member in selected:
pm.select(member)
pm.hyperShade(member, assign=masterMat)
def applyShaders(shader_file='C:/Users/Darrick/Documents/Maya/projects/_UE4-Chars/assets/G8_MATS.ma'):
if not pm.ls('MAT_Skin'):
pm.importFile(shader_file)
shader_map = {
'MAT_Skin': pm.ls('Mesh', recursive=True),
'MAT_Eyelash': pm.ls('FacEyelash', recursive=True)[0].members(),
'MAT_EyeSurf': pm.ls('FacEyeSurf', recursive=True)[0].members()
}
for shader, faces in shader_map.items():
pm.select(faces)
pm.hyperShade(assign=shader)
def CreateShader(iscMenu, shaders, iscpath):
selobj = pm.ls(sl=True)
selection = iscMenu.getValue()
if selection != 'Please Select Shader':
path = iscpath.getText()
createme = shaders[selection]
shader = eval(createme)
print type(shader)
if selobj != []:
pm.select(selobj)
pm.hyperShade(assign=shader.createdShader[0])
pm.select(shader.createdShader[0])
else:
pm.select(shader.createdShader[0])
def getMaterials_fromObject( objects ):
""" 입력된 오브젝트들의 shader 리스트를 리턴 """
sel = cmds.ls(sl=True)
pm.select( objects )
pm.hyperShade( smn=True )
shaders = cmds.ls(sl=True)
if sel:
cmds.select(sel)
else:
cmds.select( cl=True )
return shaders
def assign_to_geometry(self):
material = self.shader_scroll_list02.getSelectItem()[0]
geometry01 = self.shader_geo_scroll_list.getSelectItem()
geometry02 = self.scene_geo_scroll_list.getSelectItem()
for geometry in geometry01:
pm.select(geometry)
pm.hyperShade(geometry, assign='%s' % (material))
for geometry in geometry02:
pm.select(geometry)
pm.hyperShade(geometry, assign='%s' % (material))
def _get_shaders(self):
"""
Gets a dictionary with the used materials for each description
:return: Dictionary with the shader --> description mapping
"""
import pymel.core as pm
material_dict = dict()
for description in xg.descriptions(str(self.collection_name)):
pm.select(description)
pm.hyperShade(shaderNetworksSelectMaterialNodes=True)
for shd in pm.selected(materials=True):
if [c for c in shd.classification() if 'shader/surface' in c]:
material_dict[description] = shd.name()
return material_dict
def CleanUpMod():
mel.eval('SelectHierarchy;')
for i in pm.ls(sl=1, type='mesh'):
for j in pm.listConnections(i, c=1, p=1, s=1):
try:
pm.disconnectAttr(j[0], j[1])
except:
pass
try:
pm.disconnectAttr(j[1], j[0])
except:
pass
for i in pm.ls(sl=1, type='transform'):
mel.eval('CenterPivot')
pm.hyperShade(assign='initialParticleSE')
def apply_material(objects, material, **kwargs):
"""
Apply a material to an object
Returns 0
"""
freeze_bool = kwargs.setdefault('freeze', False)
py.select(objects)
py.hyperShade(assign=material)
if freeze_bool is True:
py.delete(ch=True)
py.makeIdentity(apply=True, t=1, r=1, s=1, n=0)
py.select(cl=True)
return 0
def assign_to_geometry(self):
material = self.shader_scroll_list02.getSelectItem()[0]
geometry01 = self.shader_geo_scroll_list.getSelectItem()
geometry02 = self.scene_geo_scroll_list.getSelectItem()
for geometry in geometry01:
pm.select(geometry)
pm.hyperShade(geometry, assign='%s' % (material))
for geometry in geometry02:
pm.select(geometry)
pm.hyperShade(geometry, assign='%s' % (material))
def switchToStandIn(renderGeometry):
rndGeoName = (pm.ls(sl=1)[0]).split('_Geo')
rndAssName = str(rndGeoName[0]) + '_Ass'
assList = []
for geo in list: #export ass from selected group
assName = geo + assVer
assExport = os.path.join(sPath, assDir, assName).replace('\\', '/')
mayaSmoothOff(geo)
pm.select(geo)
pm.hyperShade(assign='lambert1')
pm.exportSelected(assExport, force=1)
pm.importFile(assExport) #import ass and rename
standIn = pm.PyNode('ArnoldStandIn')
standIn.rename('ASS_' + geo)
standIn.mode.set(0) #set standIn display mode
copyMTOAAttr(
geo,
standIn) # copy mtoa attributes from render geo to standIn
assList.append(standIn)
standIn.translate.lock() # lock TRANSFORM for STANDIN
standIn.rotate.lock()
standInGRP = pm.group(assList, n=rndAssName)
standInGRP.translate.lock()
standInGRP.rotate.lock()
pm.parent(standInGRP, asset)
pm.parent(rndGeo, w=1) #Unparent Render geo
pm.select(asset)
if os.path.exists(SI(asset, siVer)):
confirm = pm.confirmDialog(title='File exists!',
message=str(SI(asset,
siVer)).split('/')[-1],
button=['OVERWRITE', 'CANCEL'],
defaultButton='OVERWRITE',
cancelButton='CANCEL',
dismissString='CANCEL')
if confirm == 'OVERWRITE':
siExport = pm.exportSelected(SI(asset, siVer),
force=1) #export SI file
print 'ASSET OVERWRITEN TO: ' + str(siExport)
else:
print 'CANCELED!'
sys.exit()
else:
siExport = pm.exportSelected(SI(asset, siVer),
force=1) #export SI file
print 'ASSET CONVERTED TO: ' + str(siExport)
def setMaterials(*args):
if len(State._selectedObjects) == 0:
ErrorDialog.show('No objects selected!')
elif len(State._selectedMaterials) == 0:
ErrorDialog.show('No naterials selected!')
elif State._wnd.getSelectedPattern == 'N Materials' and State.getIntValue(State._wnd.rN) > len(State._selectedMaterials):
ErrorDialog.show('N is higher than selected material count!')
else:
State.dump()
Pattern.rNum = -1
Pattern.rArr = []
for obj in State._selectedObjects:
pm.select(obj)
pm.hyperShade(assign=State._randNextMaterial())
def importShader(*args):
"""
"""
result = pm.fileDialog2(cap='Select Exported Shading File',
fm=1,
okc='Select')
if not result:
return
else:
shaderNetFile = result[0]
shaderNetName = shaderNetFile.split('__shaderNet.ma')[0]
shaderMapFile = shaderNetName + '__shaderMap.json'
# import shading network
namespace = Path(shaderNetFile).namebase.replace('.', '_')
pm.createReference(shaderNetFile, ns=namespace)
# Remap shader
shaderMap = {}
with open(shaderMapFile) as jsonFile:
shaderMap = json.load(jsonFile)
for shader in shaderMap:
impShad = namespace + ':' + shader
if pm.objExists(impShad):
pm.select(cl=1)
for mesh in shaderMap[shader]:
meshFace = ''
if '.f' in mesh:
meshFace = '.f' + mesh.split('.f')[1]
mesh = mesh.split('.f')[0]
print '? ' * 10
print mesh
print '? ' * 10
for realMesh in pm.ls(mesh, r=1):
if realMesh.intermediateObject.get():
realMesh = pm.listRelatives(realMesh.getParent(),
ni=True,
typ='mesh',
s=1)[0]
if meshFace and realMesh:
realMesh = pm.ls(realMesh.name() + meshFace)
pm.select(realMesh, add=1)
print '- + ' * 10
print shader
print pm.ls(sl=1)
print '- + ' * 10
pm.hyperShade(a=impShad)
else:
pm.warning('Shader Not Found ! ' + impShad)
def redshift_on_clicked_create(self,*argv):
main_file_path = cmds.textField(self.path_text,q=1,tx=1)
shade_tex_name = cmds.optionMenu(self.shade_name,q=1,v=1)
if cmds.checkBox(self.all_shader,q=1,v=1):
for name in self.get_file_name_number(self.global_path):
self.link_redshift_shader(name,main_file_path,self.global_path)
else:
sel_obj = cmds.ls(sl=1)
if sel_obj:
self.link_redshift_shader(shade_tex_name, main_file_path, self.global_path)
name = rs_shader[0].getName()
pmel.select(sel_obj)
pmel.hyperShade(assign=name)
else:
self.link_redshift_shader(shade_tex_name, main_file_path, self.global_path)
def assign_shader(faces, udim):
""" Assigns given faces a shader named after the udim number
Args:
faces [pm.general.MeshFace]: Given faces to assign a shader to
udim (int): number from 1001-1099 that represents a udim
Returns (pm.nodetypes.Blinn): shader created
"""
material = mat_name%udim
if not pm.objExists(material):
pm.scriptEditorInfo(suppressInfo=True, suppressWarnings=True)
lambert = pm.shadingNode('blinn', n=material, asShader=True)
lambert.color.set([random.random(), random.random(), random.random()])
pm.select(faces,r=True)
pm.hyperShade(a=lambert)
pm.scriptEditorInfo(suppressInfo=False, suppressWarnings=False)
return pm.PyNode(material)
def hookup_shaders(meshes=None, shaders=None):
# hookup_prefix = "SHADER_HOOKUP_"
shader_hookups = {}
if not shaders:
shaders = pm.ls(materials=True)
# get all shaders
for shader in shaders:
#filter out shaders with defaultAssignment
if not shader.hasAttr('defaultAssignment'):
continue
attr = shader.defaultAssignment.get()
defaultAssignment = attrToPy(attr)
mesh_name = defaultAssignment['mesh']
obj_pattern = "^" + mesh_name + "\d*$"
shader_hookups[obj_pattern] = shader
print 'shaders to Hookup: {}'.format(shader_hookups)
# Apply collected shaders to meshes
if not meshes:
meshes = pm.ls(type='mesh')
# meshnodes = cmds.referenceQuery(reference_node, nodes=True):
for node in meshes:
node = pm.listRelatives(node, type='transform', p=True)[0]
for (obj_pattern, shader) in shader_hookups.iteritems():
if re.match(obj_pattern, node.name(), re.IGNORECASE):
# assign the shader to the object
# cmds.file(unloadReference=reference_node, force=True)
# cmds.setAttr(reference_node + ".locked", False)
# cmds.file(loadReference=reference_node)
pm.select(node, replace=True)
pm.hyperShade(assign=shader)
# cmds.file(unloadReference=reference_node)
# cmds.setAttr(reference_node + ".locked", True)
# cmds.file(loadReference=reference_node)
else:
print "NODE: " + node + " doesn't match " + obj_pattern
def renderAO(self, *args):
"""AO and SHADOW"""
self.settings()
selected = pm.selected(type="transform") or getMeshes()
selected.sort(key=lambda x: x.name())
textures_dir = self.out_folder.getText()
self.progress.setMaxValue(len(selected))
self.progress.setProgress(0)
self.out_field.setPlainText("")
for mesh in selected:
mesh_name = mesh.name()
mesh_full_name = os.path.join(textures_dir, mesh_name, mesh_name)
mesh_full_dir = os.path.join(textures_dir, mesh_name)
if not os.path.exists(mesh_full_dir):
os.makedirs(mesh_full_dir)
try:
if self.ao.getValue():
t = time.time()
pm.select(mesh)
pm.hyperShade(a="ao_material")
result = self.bakeAO(mesh, mesh_full_name + "_ao.png")
self.out_field.append("%s: %s_ao, %s" %
(result, mesh_name, time.time() - t))
if self.shadow.getValue():
t = time.time()
pm.select(selected)
pm.hyperShade(a="shadow_material")
result = self.bakeAO(mesh, mesh_full_name + "_shadow.png",
self.auto_levels.getValue())
self.out_field.append("%s: %s_shadow, %s" %
(result, mesh_name, time.time() - t))
except IndexError:
self.out.field("render was forcefully stopped")
break
self.progress.step(1)
self.progress.setProgress(0)
def bdPlayblastFolderVP2(folder,outFolder,codec, cleanName=0):
animDir = folder
animFiles = [os.path.splitext(f)[0] for f in sorted(os.listdir(animDir)) if f.endswith('.mb')]
if not cleanName:
lastVersions = []
temp = []
for f in animFiles:
if '_v' in f:
fileName = f[:-4]
temp.append(fileName)
temp1 = list(set(temp[:]))
for t in temp1:
lastVersions.append(t + '_v0' + str(temp.count(t)))
animFiles = lastVersions
for f in sorted(animFiles):
pathFile = animDir + f + '.mb'
if outFolder == '':
pathMovie = 'movies/' + f
else:
pathMovie = outFolder + f
if os.path.isfile(pathFile):
print pathFile
else:
print 'no file'
#checkFileCallbackId = OM.MSceneMessage.addCheckFileCallback(OM.MSceneMessage.kBeforeReferenceCheck, bdReplaceRig)
pm.mel.eval('ActivateViewport20')
pm.openFile(pathFile,f=1)
pm.mel.eval('setCameraNamesVisibility 0')
pm.select('zoo:body')
pm.hyperShade(assign = 'zoo:cat_body_linkSHD')
pm.select(cl=1)
pm.setAttr("defaultResolution.width",1280)
pm.setAttr("defaultResolution.height",720)
bdSetCameraVP2('cam:cameraShape1')
pm.playblast(format = 'avi', filename = pathMovie,forceOverwrite=1,sequenceTime=0,clearCache=0,viewer=0,showOrnaments=1,fp=4,percent = 100,compression=codec, quality=100, widthHeight= [1280, 720])
def switchToStandIn(renderGeometry):
rndGeoName = (pm.ls(sl = 1)[0]).split('_Geo')
rndAssName = str(rndGeoName[0]) + '_Ass'
assList = []
for geo in list: #export ass from selected group
assName = geo + assVer
assExport = os.path.join(sPath, assDir, assName ).replace('\\' , '/')
mayaSmoothOff(geo)
pm.select(geo)
pm.hyperShade(assign= 'lambert1' )
pm.exportSelected(assExport, force = 1)
pm.importFile(assExport) #import ass and rename
standIn = pm.PyNode('ArnoldStandIn')
standIn.rename('ASS_' + geo)
standIn.mode.set(0) #set standIn display mode
copyMTOAAttr(geo,standIn) # copy mtoa attributes from render geo to standIn
assList.append(standIn)
standIn.translate.lock() # lock TRANSFORM for STANDIN
standIn.rotate.lock()
standInGRP = pm.group(assList, n = rndAssName)
standInGRP.translate.lock()
standInGRP.rotate.lock()
pm.parent(standInGRP,asset)
pm.parent(rndGeo, w=1) #Unparent Render geo
pm.select(asset)
if os.path.exists(SI(asset, siVer)):
confirm = pm.confirmDialog ( title='File exists!', message = str(SI(asset, siVer)).split('/')[-1],
button=['OVERWRITE', 'CANCEL'],
defaultButton= 'OVERWRITE',
cancelButton= 'CANCEL',
dismissString= 'CANCEL' )
if confirm == 'OVERWRITE':
siExport = pm.exportSelected(SI(asset, siVer), force = 1) #export SI file
print 'ASSET OVERWRITEN TO: ' + str(siExport)
else:
print 'CANCELED!'
sys.exit()
else:
siExport = pm.exportSelected(SI(asset, siVer), force = 1) #export SI file
print 'ASSET CONVERTED TO: ' + str(siExport)
def createCamSolidBG( camera=None ):
'''
카메라 백으로 사용할 솔리드한 Plane을 세움,
카메라 이름을 명시하거나, 모델패털을 포커스한 상태에서 실행.
Version : 2015-02-24
>>> camSolidBG()
(nt.Transform(u'persp_camSolidBG_grp'), nt.Transform(u'persp_camSolidBG_mesh'), nt.SurfaceShader(u'persp_camSolidBG_surfaceShader'), nt.ShadingEngine(u'persp_camSolidBG_SG'))
>>> camSolidBG( camera='side' )
(nt.Transform(u'side_camSolidBG_grp'), nt.Transform(u'side_camSolidBG_mesh'), nt.SurfaceShader(u'side_camSolidBG_surfaceShader'), nt.ShadingEngine(u'side_camSolidBG_SG'))
'''
if not camera:
camera = pm.modelPanel( pm.playblast(activeEditor=True).split('|')[-1], q=True, camera=True )
mesh = pm.polyPlane(sh=1, sw=1, ch=False)[0]
grp = pm.group()
pm.parentConstraint(camera, grp)
mesh.t.set(0,0,-500)
mesh.r.set(90,0,0)
mesh.s.set(150,150,150)
shader, SG = pm.createSurfaceShader('surfaceShader')
shader.outColor.set(0.5,0.5,0.5)
pm.select(mesh)
pm.hyperShade(assign=shader)
mesh.castsShadows.set(False)
mesh.receiveShadows.set(False)
mesh.motionBlur.set(False)
mesh.smoothShading.set(False)
mesh.visibleInReflections.set(False)
mesh.visibleInRefractions.set(False)
grp. rename('%s_camSolidBG_grp' % camera)
mesh. rename('%s_camSolidBG_mesh' % camera)
shader.rename('%s_camSolidBG_surfaceShader' % camera)
SG. rename('%s_camSolidBG_SG' % camera)
return grp, mesh, shader, SG
def arnoldspshmaker(path, meshName, texSets, fileType, autocbvalue, mattype):
pm.arnoldFlushCache(textures=True)
udimvial = [
"1001", "1002", "1003", "1004", "1005", "1006", "1007", "1008", "1009",
"1011", "1012", "1013", "1014", "1015", "1016", "1017", "1018", "1019"
]
udimlists = list(set(texSets) & set(udimvial))
if udimlists == []:
for texSet in texSets:
if pm.objExists(texSet) == True:
shader = pm.listConnections(texSet + ".aiSurfaceShader", d=0)
if shader == []:
shader = pm.listConnections(texSet + ".surfaceShader", d=0)
pm.hyperShade(o=shader[0])
mesh = pm.ls(sl=1, r=1)
if mattype.find("ARNOLD4(aistandard)") != -1:
Aishaderfunc(path, meshName, texSet, "." + fileType,
autocbvalue, mesh)
elif mattype.find("Arnold4(AlSurface)") != -1:
Alshaderfunc(path, meshName, texSet, "." + fileType,
autocbvalue, mesh)
else:
mesh = []
if mattype.find("ARNOLD4(aistandard)") != -1:
Aishaderfunc(path, meshName, texSet, "." + fileType,
autocbvalue, mesh)
elif mattype.find("Arnold4(AlSurface)") != -1:
Alshaderfunc(path, meshName, texSet, "." + fileType,
autocbvalue, mesh)
else:
sel = pm.ls(sl=1, type="transform")
if sel != []:
mesh = [a for a in sel if pm.nodeType(a.getShape()) == "mesh"]
if mesh != []:
if mattype.find("ARNOLD4(aistandard)") != -1:
Aishaderfunc(path, meshName, texSets[0], "." + fileType,
autocbvalue, mesh)
elif mattype.find("Arnold4(AlSurface)") != -1:
Alshaderfunc(path, meshName, texSets[0], "." + fileType,
autocbvalue, mesh)
else:
pm.warning("请选择模型！！")
def assignColorAxisShader( geo, axis ):
br = .5 # 밝기
if axis == 'x':
axisColor = (1,br,br)
elif axis == 'y':
axisColor = (br,1,br)
elif axis == 'z':
axisColor = (br,br,1)
shaderName = 'axisLambert_'+axis
shader = None
if pm.objExists( shaderName ):
shader = pm.PyNode(shaderName)
else:
shader = pm.shadingNode( 'lambert', asShader=True, n=shaderName )
shader.color.set( axisColor )
pm.select(geo)
pm.hyperShade( assign = shader)
def shaderTransform():
global nameSpaceInput,PATH
nameSpaceInput = mc.textFieldGrp('nameSpaceInput',text = 1,q=1)
PATH = mc.textFieldGrp('PATH',text = 1,q=1)
impShader = pm.importFile(PATH,i = 1,typ = 'mayaAscii',iv = 1,
ra = 1,mnc = 0,ns = nameSpaceInput,op = 'v=0;p=17;f=0',pr = 1)
impFiles = mc.ls(nameSpaceInput + ':*')
impFileList = [] #which include some unmaterial List#
repeatShadedList = [] #temp Trash List #
shadedList = [] #objectShaded in the old file#
oldMaterialList = [] #objectShaded material in the old file#
newMaterialList = [] #new material which use for the old file#
for impFileString in impFiles:
impFile = impFileString.split(':')
impFileList.append(impFile[1])
for impFile in impFileList:
pm.hyperShade(objects=impFile)
shadedObjShape = pm.ls(sl = 1)[0]
shadedObj = shadedObjShape.getParent()
repeatShadedList.append(shadedObj)
shadedList = list(set(repeatShadedList))
for shadedObj in shadedList:
shadingEngine = pm.listConnections(shadedObj.getShape(),type = 'shadingEngine')
if pm.connectionInfo(shadingEngine[0] + '.surfaceShader',isDestination=True):
oldMaterial = pm.connectionInfo(shadingEngine[0] + '.surfaceShader',sourceFromDestination=True)
oldMaterialList.append(oldMaterial.split('.')[0])
for oldMaterial in oldMaterialList:
newPreShadedMaterial = nameSpaceInput + ':' + oldMaterial
newMaterialList.append(newPreShadedMaterial)
for num,newMaterial in enumerate(newMaterialList):
pm.select(shadedList[num])
SG= mc.sets(renderable=True,noSurfaceShader=True,empty=True,n = newMaterial + 'SG')
mc.connectAttr('%s.outColor' %newMaterial ,'%s.surfaceShader' %SG)
mc.sets(e = 1, fe = SG)
def rtb_create_retopo_shader():
''' '''
try:
sel = [ obj for obj in pm.ls(sl=True) if obj.getShape() and obj.getShape().nodeType() == 'mesh' ]
except:
pm.warning('Please select some geometry')
return
shaderName = 'lcRetopo'
if not pm.objExists(shaderName):
shader = pm.shadingNode('lambert', asShader=True, name=shaderName )
SG = shaderName+'SG'
if not pm.objExists(SG):
pm.sets(renderable=True, noSurfaceShader=True, empty=True, name=(shader+'SG') )
pm.connectAttr(shader+'.outColor', SG+'.surfaceShader', force=True)
shader.color.set(1,0,0)
shader.transparency.set(0.5,0.5,0.5)
if sel:
pm.select(sel, replace=True) #grab the stored selection
pm.hyperShade(assign=shaderName) #assign shader to selection
def creatAll(*arg):
# depth에 필요한 세더를 만든다.
Mysshdr = cmds.shadingNode("surfaceShader", asShader=True)
cmds.rename(Mysshdr, "An_XYZ")
Mysampler = cmds.shadingNode("samplerInfo", asUtility=True)
cmds.rename(Mysampler, "An_sampler")
Myrange = cmds.shadingNode("setRange", asUtility=True)
cmds.rename(Myrange, "An_range")
Mymltipl = cmds.shadingNode("multiplyDivide", asUtility=True)
cmds.rename(Mymltipl, "An_multy")
cmds.connectAttr("An_sampler.pointCameraX", "An_multy.input1X", force=True)
cmds.connectAttr("An_sampler.pointCameraY", "An_multy.input1Y", force=True)
cmds.connectAttr("An_sampler.pointCameraZ", "An_multy.input1Z", force=True)
cmds.setAttr("An_multy.input2X", 1)
cmds.setAttr("An_multy.input2Y", 1)
cmds.setAttr("An_multy.input2Z", 1)
cmds.connectAttr(" An_multy.outputX", "An_range.valueX", force=True)
cmds.connectAttr(" An_multy.outputY", "An_range.valueY", force=True)
cmds.connectAttr(" An_multy.outputZ", "An_range.valueZ", force=True)
cmds.setAttr("An_range.minX", 1)
cmds.setAttr("An_range.minY", 1)
cmds.setAttr("An_range.minZ", 1)
cmds.connectAttr(" An_range.outValue.outValueX", "An_XYZ.outColorR", force=True)
cmds.connectAttr(" An_range.outValue.outValueY", "An_XYZ.outColorG", force=True)
cmds.connectAttr(" An_range.outValue.outValueZ", "An_XYZ.outColorB", force=True)
# 혹시 aov에 쓸수 있으니깐 aov를 만들어 준다.
import mtoa.aovs as aovs
aovs.AOVInterface().addAOV("XYZ")
cmds.connectAttr("An_XYZ.outColor", "aiAOV_XYZ.defaultValue", force=True)
# viewport에서 지오메트리리 쉐프만 선택한다.
# select_shape = cmds.ls( geometry=True,v=True )
select_shape = pm.ls(type="mesh")
get_invert_list = []
for shape_str in select_shape:
# shape_str은 스트링으로 출력되서 PyNode를 사용하여 shape_str를 캐스팅해준다고 한다.
# 스트링으로된 이름을 노드로 타입바꿔주는것 같다.
shape = pm.PyNode(shape_str)
SG = shape.outputs(type="shadingEngine")[0]
shader = SG.surfaceShader.inputs()
print SG.displacementShader.connections()
if len(SG.displacementShader.connections()) == True and len(shader[0].opacity.connections()) == True:
print "displacement and opacity"
opacity_file = shader[0].opacity.inputs()
dis_file = SG.displacementShader.inputs()
XYZdepth_op_dis = pm.shadingNode(
"surfaceShader", asShader=True, name="XYZdepth_op_dis_" + shape.name() + "_"
)
XYZdepth_op_dis.outColor.set([1, 0, 0])
# invert node 를 만들어 준다.
XYZdepth_reverse = pm.shadingNode("reverse", asShader=True, name="XYZdepth_reverse_" + shape.name() + "_")
pm.connectAttr(XYZdepth_reverse.output, XYZdepth_op_dis.outTransparency)
pm.connectAttr(opacity_file[0].outColor, XYZdepth_reverse.input)
pm.select(shape)
pm.hyperShade(a="XYZdepth_op_dis_" + shape.name() + "_")
# depth의 컬러 값을 surface shader에 연결해준다.
pm.connectAttr("An_range.outValue", XYZdepth_op_dis.outColor)
# 오퍼시티를 XYZdepth_op_dis의 오퍼시티에 넣어주면 알파가 안 뽑힌다.
# pm.connectAttr(opacity_file[0].outColor,XYZdepth_op_dis.outTransparency)
# 오퍼시티가 Transparency매트로 가면서 맵을 인버트해줘야 된다.
# get_invert = opacity_file[0].invert.get()
# get_invert_list.append(not get_invert)
# print get_invert_list
# XYZdepth_op_dis.outTransparency.inputs()[0].invert.set(get_invert_list[0])
# print XYZdepth_op_dis.outTransparency.inputs()[0].invert.get()
new_SG = shape.outputs(type="shadingEngine")[0]
pm.connectAttr(dis_file[0].displacement, new_SG.displacementShader)
pm.select(clear=True)
elif len(SG.displacementShader.connections()) == True and len(shader[0].opacity.connections()) == False:
print "only displacement"
dis_file = SG.displacementShader.inputs()
XYZdepth_dis = pm.shadingNode("surfaceShader", asShader=True, name="XYZdepth_dis_" + shape.name() + "_")
XYZdepth_dis.outColor.set([1, 0, 0])
pm.select(shape)
pm.hyperShade(a="XYZdepth_dis_" + shape.name() + "_")
# depth의 컬러 값을 surface shader에 연결해준다.
pm.connectAttr("An_range.outValue", XYZdepth_dis.outColor)
new_SG = shape.outputs(type="shadingEngine")[0]
pm.connectAttr(dis_file[0].displacement, new_SG.displacementShader)
pm.select(clear=True)
elif len(SG.displacementShader.connections()) == False and len(shader[0].opacity.connections()) == True:
print "only opacity"
opacity_file = shader[0].opacity.inputs()
XYZdepth_op = pm.shadingNode("surfaceShader", asShader=True, name="XYZdepth_op_" + shape.name() + "_")
XYZdepth_op.outColor.set([1, 0, 0])
# invert node 를 만들어 준다.
XYZdepth_reverse = pm.shadingNode("reverse", asShader=True, name="XYZdepth_op_" + shape.name() + "_")
pm.connectAttr(XYZdepth_reverse.output, XYZdepth_op.outTransparency)
pm.connectAttr(opacity_file[0].outColor, XYZdepth_reverse.input)
pm.select(shape)
pm.hyperShade(a="XYZdepth_op_" + shape.name() + "_")
# depth의 컬러 값을 surface shader에 연결해준다.
pm.connectAttr("An_range.outValue", XYZdepth_op.outColor)
pm.select(clear=True)
else:
print "no opacity and no displacement"
pm.select(shape)
pm.hyperShade(a="An_XYZ")
pm.select(clear=True)
def setShader(shader):
py.hyperShade(a=shader)
