def check_cacheable_attr():
"""checks if there is at least one cacheable attr
"""
root_nodes = auxiliary.get_root_nodes()
root_node_has_cacheable_attr = any([
root_node.hasAttr('cacheable') and root_node.getAttr('cacheable') != ''
and root_node.getAttr('cacheable') is not None
for root_node in root_nodes
])
if not root_node_has_cacheable_attr:
# check children nodes
for root_node in root_nodes:
child_has_cacheable = False
for child_node in root_node.listRelatives(c=1):
if child_node.hasAttr('cacheable') \
and child_node.getAttr('cacheable') != '' \
and child_node.getAttr('cacheable') is not None:
child_has_cacheable = True
break
if not child_has_cacheable:
raise PublishError(
'Please add <b>cacheable</b> attribute and set it to a '
'<b>proper name</b>!')
def get_local_root_nodes(cls):
"""returns the root nodes that are not referenced
"""
return [
node for node in auxiliary.get_root_nodes()
if node.referenceFile() is None
]
def check_cacheable_attr():
"""checks if there is at least one cacheable attr
"""
if not any([root_node.hasAttr('cacheable')
and root_node.getAttr('cacheable') != '' and
root_node.getAttr('cacheable') is not None
for root_node in auxiliary.get_root_nodes()]):
raise PublishError(
'Please add <b>cacheable</b> attribute and set it to a '
'<b>proper name</b>!'
)
def check_cacheable_attr():
"""checks if there is at least one cacheable attr
"""
if not any([
root_node.hasAttr('cacheable')
and root_node.getAttr('cacheable') != ''
and root_node.getAttr('cacheable') is not None
for root_node in auxiliary.get_root_nodes()
]):
raise PublishError(
'Please add <b>cacheable</b> attribute and set it to a '
'<b>proper name</b>!')
def check_if_root_nodes_have_no_transformation():
"""checks if transform nodes directly under world have 0 transformations
"""
root_transform_nodes = auxiliary.get_root_nodes()
non_freezed_root_nodes = []
for node in root_transform_nodes:
t = node.t.get()
r = node.r.get()
s = node.s.get()
if t.x != 0 or t.y != 0 or t.z != 0 \
or r.x != 0 or r.y != 0 or r.z != 0 \
or s.x != 1 or s.y != 1 or s.z != 1:
non_freezed_root_nodes.append(node)
if len(non_freezed_root_nodes):
pm.select(non_freezed_root_nodes)
raise PublishError(
'Please freeze the following node transformations:\n\n%s' %
'\n'.join(
map(lambda x: x.name(),
non_freezed_root_nodes[:MAX_NODE_DISPLAY])))
def check_if_root_nodes_have_no_transformation():
"""checks if transform nodes directly under world have 0 transformations
"""
root_transform_nodes = auxiliary.get_root_nodes()
non_freezed_root_nodes = []
for node in root_transform_nodes:
t = node.t.get()
r = node.r.get()
s = node.s.get()
if t.x != 0 or t.y != 0 or t.z != 0 \
or r.x != 0 or r.y != 0 or r.z != 0 \
or s.x != 1 or s.y != 1 or s.z != 1:
non_freezed_root_nodes.append(node)
if len(non_freezed_root_nodes):
pm.select(non_freezed_root_nodes)
raise PublishError(
'Please freeze the following node transformations:\n\n%s' %
'\n'.join(
map(lambda x: x.name(),
non_freezed_root_nodes[:MAX_NODE_DISPLAY])
)
)
def generate_ass(self):
"""generates the ASS representation of the current scene
For Model Tasks the ASS is generated over the LookDev Task because it
is not possible to assign a material to an object inside an ASS file.
"""
# before doing anything, check if this is a look dev task
# and export the objects from the referenced files with their current
# shadings, then replace all of the references to ASS repr and than
# add Stand-in nodes and parent them under the referenced models
# load necessary plugins
pm.loadPlugin('mtoa')
# disable "show plugin shapes"
active_panel = auxiliary.Playblaster.get_active_panel()
show_plugin_shapes = pm.modelEditor(active_panel, q=1, pluginShapes=1)
pm.modelEditor(active_panel, e=1, pluginShapes=False)
# validate the version first
self.version = self._validate_version(self.version)
self.open_version(self.version)
task = self.version.task
# export_command = 'arnoldExportAss -f "%(path)s" -s -mask 24 ' \
# '-lightLinks 0 -compressed -boundingBox ' \
# '-shadowLinks 0 -cam perspShape;'
export_command = 'arnoldExportAss -f "%(path)s" -s -mask 60' \
'-lightLinks 1 -compressed -boundingBox ' \
'-shadowLinks 1 -cam perspShape;'
# calculate output path
output_path = \
os.path.join(self.version.absolute_path, 'Outputs/ass/')\
.replace('\\', '/')
# check if all references have an ASS repr first
refs_with_no_ass_repr = []
for ref in pm.listReferences():
if ref.version and not ref.has_repr('ASS'):
refs_with_no_ass_repr.append(ref)
if len(refs_with_no_ass_repr):
raise RuntimeError(
'Please generate the ASS Representation of the references '
'first!!!\n%s' %
'\n'.join(map(lambda x: str(x.path), refs_with_no_ass_repr))
)
if self.is_look_dev_task(task):
# in look dev files, we export the ASS files directly from the Base
# version and parent the resulting Stand-In node to the parent of
# the child node
# load only Model references
for ref in pm.listReferences():
v = ref.version
load_ref = False
if v:
ref_task = v.task
if self.is_model_task(ref_task):
load_ref = True
if load_ref:
ref.load()
ref.importContents()
# Make all texture paths relative
# replace all "$REPO#" from all texture paths first
#
# This is needed to properly render textures with any OS
types_and_attrs = {
'aiImage': 'filename',
'file': 'fileTextureName',
'imagePlane': 'imageName'
}
for node_type in types_and_attrs.keys():
attr_name = types_and_attrs[node_type]
for node in pm.ls(type=node_type):
orig_path = node.getAttr(attr_name).replace("\\", "/")
path = re.sub(
r'(\$REPO[0-9/]+)',
'',
orig_path
)
tx_path = self.make_tx(path)
inputs = node.attr(attr_name).inputs(p=1)
if len(inputs):
# set the input attribute
for input_node_attr in inputs:
input_node_attr.set(tx_path)
else:
node.setAttr(attr_name, tx_path)
# randomize all render node names
# This is needed to prevent clashing of materials in a bigger scene
for node in pm.ls(type=RENDER_RELATED_NODE_TYPES):
if node.referenceFile() is None and \
node.name() not in READ_ONLY_NODE_NAMES:
node.rename('%s_%s' % (node.name(), uuid.uuid4().hex))
nodes_to_ass_files = {}
# export all root ass files as they are
for root_node in auxiliary.get_root_nodes():
for child_node in root_node.getChildren():
# check if it is a transform node
if not isinstance(child_node, pm.nt.Transform):
continue
if not auxiliary.has_shape(child_node):
continue
# randomize child node name
# TODO: This is not working as intended, node names are like |NS:node1|NS:node2
# resulting a child_node_name as "node2"
child_node_name = child_node\
.fullPath()\
.replace('|', '_')\
.split(':')[-1]
child_node_full_path = child_node.fullPath()
pm.select(child_node)
child_node.rename('%s_%s' % (child_node.name(), uuid.uuid4().hex))
output_filename =\
'%s_%s.ass' % (
self.version.nice_name,
child_node_name
)
output_full_path = \
os.path.join(output_path, output_filename)
# run the mel command
pm.mel.eval(
export_command % {
'path': output_full_path.replace('\\', '/')
}
)
nodes_to_ass_files[child_node_full_path] = \
'%s.gz' % output_full_path
# print('%s -> %s' % (
# child_node_full_path,
# output_full_path)
# )
# reload the scene
pm.newFile(force=True)
self.open_version(self.version)
# convert all references to ASS
# we are doing it a little bit early here, but we need to
for ref in pm.listReferences():
ref.to_repr('ASS')
all_stand_ins = pm.ls(type='aiStandIn')
for ass_node in all_stand_ins:
ass_tra = ass_node.getParent()
full_path = ass_tra.fullPath()
if full_path in nodes_to_ass_files:
ass_file_path = \
Repository.to_os_independent_path(
nodes_to_ass_files[full_path]
)
ass_node.setAttr('dso', ass_file_path)
elif self.is_vegetation_task(task):
# in vegetation files, we export the ASS files directly from the
# Base version, also we use the geometry under "pfxPolygons"
# and parent the resulting Stand-In nodes to the
# pfxPolygons
# load all references
for ref in pm.listReferences():
ref.load()
# Make all texture paths relative
# replace all "$REPO#" from all texture paths first
#
# This is needed to properly render textures with any OS
types_and_attrs = {
'aiImage': 'filename',
'file': 'fileTextureName',
'imagePlane': 'imageName'
}
for node_type in types_and_attrs.keys():
attr_name = types_and_attrs[node_type]
for node in pm.ls(type=node_type):
orig_path = node.getAttr(attr_name).replace("\\", "/")
path = re.sub(
r'(\$REPO[0-9/]+)',
'',
orig_path
)
tx_path = self.make_tx(path)
inputs = node.attr(attr_name).inputs(p=1)
if len(inputs):
# set the input attribute
for input_node_attr in inputs:
input_node_attr.set(tx_path)
else:
node.setAttr(attr_name, tx_path)
# randomize all render node names
# This is needed to prevent clashing of materials in a bigger scene
for node in pm.ls(type=RENDER_RELATED_NODE_TYPES):
if node.referenceFile() is None and \
node.name() not in READ_ONLY_NODE_NAMES:
node.rename('%s_%s' % (node.name(), uuid.uuid4().hex))
# find the _pfxPolygons node
pfx_polygons_node = pm.PyNode('kks___vegetation_pfxPolygons')
for node in pfx_polygons_node.getChildren():
for child_node in node.getChildren():
#print('processing %s' % child_node.name())
child_node_name = child_node.name().split('___')[-1]
pm.select(child_node)
output_filename =\
'%s_%s.ass' % (
self.version.nice_name,
child_node_name.replace(':', '_').replace('|', '_')
)
output_full_path = \
os.path.join(output_path, output_filename)
# run the mel command
pm.mel.eval(
export_command % {
'path': output_full_path.replace('\\', '/')
}
)
# generate an aiStandIn node and set the path
ass_node = auxiliary.create_arnold_stand_in(
path='%s.gz' % output_full_path
)
ass_tra = ass_node.getParent()
# parent the ass node under the current node
# under pfx_polygons_node
pm.parent(ass_tra, node)
# set pivots
rp = pm.xform(child_node, q=1, ws=1, rp=1)
sp = pm.xform(child_node, q=1, ws=1, sp=1)
# rpt = child_node.getRotatePivotTranslation()
pm.xform(ass_node, ws=1, rp=rp)
pm.xform(ass_node, ws=1, sp=sp)
# ass_node.setRotatePivotTranslation(rpt)
# delete the child_node
pm.delete(child_node)
# give it the same name with the original
ass_tra.rename('%s' % child_node_name)
# clean up other nodes
pm.delete('kks___vegetation_pfxStrokes')
pm.delete('kks___vegetation_paintableGeos')
elif self.is_model_task(task):
# convert all children of the root node
# to an empty aiStandIn node
# and save it as it is
root_nodes = self.get_local_root_nodes()
for root_node in root_nodes:
for child_node in root_node.getChildren():
child_node_name = child_node.name()
rp = pm.xform(child_node, q=1, ws=1, rp=1)
sp = pm.xform(child_node, q=1, ws=1, sp=1)
pm.delete(child_node)
ass_node = auxiliary.create_arnold_stand_in(path='')
ass_tra = ass_node.getParent()
pm.parent(ass_tra, root_node)
ass_tra.rename(child_node_name)
# set pivots
pm.xform(ass_tra, ws=1, rp=rp)
pm.xform(ass_tra, ws=1, sp=sp)
# because there will be possible material assignments
# in look dev disable overrideShaders
ass_node.setAttr('overrideShaders', False)
# we definitely do not use light linking in our studio,
# which seems to create more problems then it solves.
ass_node.setAttr('overrideLightLinking', False)
# convert all references to ASS
for ref in pm.listReferences():
ref.to_repr('ASS')
ref.load()
# fix an arnold bug
for node_name in ['initialShadingGroup', 'initialParticleSE']:
node = pm.PyNode(node_name)
node.setAttr("ai_surface_shader", (0, 0, 0), type="float3")
node.setAttr("ai_volume_shader", (0, 0, 0), type="float3")
# if this is an Exterior/Interior -> Layout -> Hires task flatten it
is_exterior_or_interior_task = self.is_exterior_or_interior_task(task)
if is_exterior_or_interior_task:
# and import all of the references
all_refs = pm.listReferences()
while len(all_refs) != 0:
for ref in all_refs:
if not ref.isLoaded():
ref.load()
ref.importContents()
all_refs = pm.listReferences()
# assign lambert1 to all GPU nodes
pm.sets('initialShadingGroup', e=1, fe=auxiliary.get_root_nodes())
# now remove them from the group
pm.sets('initialShadingGroup', e=1, rm=pm.ls())
# and to make sure that no override is enabled
[node.setAttr('overrideLightLinking', False)
for node in pm.ls(type='aiStandIn')]
# clean up
self.clean_up()
# check if all aiStandIn nodes are included in
# ArnoldStandInDefaultLightSet set
try:
arnold_stand_in_default_light_set = \
pm.PyNode('ArnoldStandInDefaultLightSet')
except pm.MayaNodeError:
# just create it
arnold_stand_in_default_light_set = \
pm.createNode(
'objectSet',
name='ArnoldStandInDefaultLightSet'
)
pm.select(None)
pm.sets(
arnold_stand_in_default_light_set,
fe=pm.ls(type='aiStandIn')
)
# save the scene as {{original_take}}___ASS
# use maya
take_name = '%s%s%s' % (
self.base_take_name, Representation.repr_separator, 'ASS'
)
v = self.get_latest_repr_version(take_name)
self.maya_env.save_as(v)
# export the root nodes under the same file
if is_exterior_or_interior_task:
pm.select(auxiliary.get_root_nodes())
pm.exportSelected(
v.absolute_full_path,
type='mayaAscii',
force=True
)
# new scene
pm.newFile(force=True)
# reset show plugin shapes option
active_panel = auxiliary.Playblaster.get_active_panel()
pm.modelEditor(active_panel, e=1, pluginShapes=show_plugin_shapes)
def generate_gpu(self):
"""generates the GPU representation of the current scene
"""
# validate the version first
self.version = self._validate_version(self.version)
self.open_version(self.version)
# load necessary plugins
pm.loadPlugin('gpuCache')
pm.loadPlugin('AbcExport')
pm.loadPlugin('AbcImport')
# check if all references have an GPU repr first
refs_with_no_gpu_repr = []
for ref in pm.listReferences():
if ref.version and not ref.has_repr('GPU'):
refs_with_no_gpu_repr.append(ref)
if len(refs_with_no_gpu_repr):
raise RuntimeError(
'Please generate the GPU Representation of the references '
'first!!!\n%s' %
'\n'.join(map(lambda x: str(x.path), refs_with_no_gpu_repr))
)
# unload all references
for ref in pm.listReferences():
ref.unload()
# for local models generate an ABC file
output_path = os.path.join(
self.version.absolute_path,
'Outputs/alembic/'
).replace('\\', '/')
abc_command = \
'AbcExport -j "-frameRange %(start_frame)s ' \
'%(end_frame)s ' \
'-ro -stripNamespaces ' \
'-uvWrite ' \
'-wholeFrameGeo ' \
'-worldSpace ' \
'-root |%(node)s -file %(file_path)s";'
gpu_command = \
'gpuCache -startTime %(start_frame)s ' \
'-endTime %(end_frame)s ' \
'-optimize -optimizationThreshold 40000 ' \
'-writeMaterials ' \
'-directory "%(path)s" ' \
'-fileName "%(filename)s" ' \
'%(node)s;'
start_frame = end_frame = int(pm.currentTime(q=1))
if not self.is_scene_assembly_task(self.version.task):
if self.is_vegetation_task(self.version.task):
# in vegetation files, we export the GPU files directly from
# the Base version, also we use the geometry under
# "pfxPolygons" and parent the resulting Stand-In nodes to the
# pfxPolygons
# load all references
for ref in pm.listReferences():
ref.load()
# find the _pfxPolygons node
pfx_polygons_node = pm.PyNode('kks___vegetation_pfxPolygons')
for node in pfx_polygons_node.getChildren():
for child_node in node.getChildren():
child_node_name = child_node.name().split('___')[-1]
child_node_shape = child_node.getShape()
child_node_shape_name = None
if child_node_shape:
child_node_shape_name = child_node_shape.name()
pm.select(child_node)
temp_output_fullpath = \
tempfile.mktemp().replace('\\', '/')
temp_output_path, temp_output_filename = \
os.path.split(temp_output_fullpath)
output_filename = '%s_%s' % (
self.version.nice_name,
child_node_name.split(':')[-1]
.replace(':', '_')
.replace('|', '_')
)
# run the mel command
# check if file exists
pm.mel.eval(
gpu_command % {
'start_frame': start_frame,
'end_frame': end_frame,
'node': child_node.fullPath(),
'path': temp_output_path,
'filename': temp_output_filename
}
)
cache_file_full_path = \
os.path\
.join(output_path, output_filename + '.abc')\
.replace('\\', '/')
# create the intermediate directories
try:
os.makedirs(
os.path.dirname(cache_file_full_path)
)
except OSError:
# directory exists
pass
# now move in to its place
shutil.move(
temp_output_fullpath + '.abc',
cache_file_full_path
)
# set rotate and scale pivots
rp = pm.xform(child_node, q=1, ws=1, rp=1)
sp = pm.xform(child_node, q=1, ws=1, sp=1)
#child_node.setRotatePivotTranslation([0, 0, 0])
# delete the child and add a GPU node instead
pm.delete(child_node)
# check if file exists and create nodes
if os.path.exists(cache_file_full_path):
gpu_node = pm.createNode('gpuCache')
gpu_node_tra = gpu_node.getParent()
pm.parent(gpu_node_tra, node)
gpu_node_tra.rename(child_node_name)
if child_node_shape_name is not None:
gpu_node.rename(child_node_shape_name)
pm.xform(gpu_node_tra, ws=1, rp=rp)
pm.xform(gpu_node_tra, ws=1, sp=sp)
gpu_node.setAttr(
'cacheFileName',
cache_file_full_path,
type="string"
)
else:
print('File not found!: %s' % cache_file_full_path)
# clean up other nodes
pm.delete('kks___vegetation_pfxStrokes')
pm.delete('kks___vegetation_paintableGeos')
else:
root_nodes = self.get_local_root_nodes()
if len(root_nodes):
for root_node in root_nodes:
# export each child of each root as separate nodes
for child_node in root_node.getChildren():
# check if it is a transform node
if not isinstance(child_node, pm.nt.Transform):
continue
if not auxiliary.has_shape(child_node):
continue
child_name = child_node.name()
child_shape = child_node.getShape()
child_shape_name = None
if child_shape:
child_shape_name = child_shape.name()
child_full_path = \
child_node.fullPath()[1:].replace('|', '_')
temp_output_fullpath = \
tempfile.mktemp().replace('\\', '/')
temp_output_path, temp_output_filename = \
os.path.split(temp_output_fullpath)
output_filename =\
'%s_%s' % (
self.version.nice_name,
child_full_path
)
# run the mel command
# check if file exists
pm.mel.eval(
gpu_command % {
'start_frame': start_frame,
'end_frame': end_frame,
'node': child_node.fullPath(),
'path': temp_output_path,
'filename': temp_output_filename
}
)
cache_file_full_path = \
os.path\
.join(
output_path,
'%s.abc' % (
output_filename
)
)\
.replace('\\', '/')
# create the intermediate directories
try:
os.makedirs(
os.path.dirname(cache_file_full_path)
)
except OSError:
# directory exists
pass
# now move in to its place
shutil.move(
temp_output_fullpath + '.abc',
cache_file_full_path
)
# set rotate and scale pivots
rp = pm.xform(child_node, q=1, ws=1, rp=1)
sp = pm.xform(child_node, q=1, ws=1, sp=1)
# rpt = child_node.getRotatePivotTranslation()
# delete the child and add a GPU node instead
pm.delete(child_node)
# check if file exists
if os.path.exists(cache_file_full_path):
gpu_node = pm.createNode('gpuCache')
gpu_node_tra = gpu_node.getParent()
pm.parent(gpu_node_tra, root_node)
gpu_node_tra.rename(child_name)
if child_shape_name is not None:
gpu_node.rename(child_shape_name)
pm.xform(gpu_node_tra, ws=1, rp=rp)
pm.xform(gpu_node_tra, ws=1, sp=sp)
# child_node.setRotatePivotTranslation(rpt)
gpu_node.setAttr(
'cacheFileName',
cache_file_full_path,
type="string"
)
# load all references again
# convert all references to GPU
logger.debug('converting all references to GPU')
for ref in pm.listReferences():
# check if this is a Model reference
ref.to_repr('GPU')
ref.load()
# if this is an Exterior/Interior -> Layout -> Hires task flatten it
task = self.version.task
is_exterior_or_interior_task = self.is_exterior_or_interior_task(task)
if is_exterior_or_interior_task:
logger.debug('importing all references')
# and import all of the references
all_refs = pm.listReferences()
while len(all_refs) != 0:
for ref in all_refs:
if not ref.isLoaded():
ref.load()
ref.importContents()
all_refs = pm.listReferences()
# assign lambert1 to all GPU nodes
pm.sets('initialShadingGroup', e=1, fe=auxiliary.get_root_nodes())
# clean up
self.clean_up()
# 6. save the scene as {{original_take}}___GPU
# use maya
take_name = '%s%s%s' % (
self.base_take_name, Representation.repr_separator, 'GPU'
)
v = self.get_latest_repr_version(take_name)
self.maya_env.save_as(v)
# export the root nodes under the same file
if is_exterior_or_interior_task:
logger.debug('exporting root nodes')
pm.select(auxiliary.get_root_nodes())
pm.exportSelected(
v.absolute_full_path,
type='mayaAscii',
force=True
)
logger.debug('renewing scene')
# clear scene
pm.newFile(force=True)
def get_local_root_nodes(cls):
"""returns the root nodes that are not referenced
"""
return [node for node in auxiliary.get_root_nodes()
if node.referenceFile() is None]
