def replace_reference(select_info, prefix, options):
from tactic_load import load_anim, load
# quick hack
'''
if options.find("connection=file system") != -1:
options = "load_mode=replace|connection=file system"
else:
options = "load_mode=replace|connection=http"
'''
info = TacticInfo.get()
server = info.get_xmlrpc_server()
ticket = info.get_ticket()
option_dict = Common.get_option_dict(options)
option_dict['load_mode'] = 'replace'
# check if user wants to pick a node to update
user_selected_nodes = []
if option_dict.get('replace_selected') =='true':
user_selected_nodes = info.get_app().get_selected_nodes()
if not user_selected_nodes:
raise TacticException('A minimum of 1 node must be selected for this "replace selected reference" operation')
# some instance reference is actually just replace assets from model pipeline
# In that case, there are only 4 items
items = select_info.split("|")
if prefix =='prod/shot_instance' and len(items) == 6:
snapshot_code, shot_code, instance, context, ns, snap_node_name = \
select_info.split("|")
if not user_selected_nodes:
user_selected_nodes = [snap_node_name]
for user_selected_node in user_selected_nodes:
node_name = _check_node_exists(user_selected_node, ns)
if node_name:
option_dict['replacee']= node_name
options = Common.get_option_str(option_dict)
load_anim(snapshot_code, shot_code, instance, context, options)
else:
# this assumes only 1 instance of this asset exist
snapshot_code, context, ns, snap_node_name = select_info.split("|")
if not user_selected_nodes:
user_selected_nodes = [snap_node_name]
for user_selected_node in user_selected_nodes:
node_name = _check_node_exists(user_selected_node, ns)
if node_name:
option_dict['replacee']= node_name
options = Common.get_option_str(option_dict)
load(snapshot_code, context, options)
def replace_reference(select_info, prefix, options):
from tactic_load import load_anim, load
# quick hack
'''
if options.find("connection=file system") != -1:
options = "load_mode=replace|connection=file system"
else:
options = "load_mode=replace|connection=http"
'''
info = TacticInfo.get()
server = info.get_xmlrpc_server()
ticket = info.get_ticket()
option_dict = Common.get_option_dict(options)
option_dict['load_mode'] = 'replace'
# check if user wants to pick a node to update
user_selected_nodes = []
if option_dict.get('replace_selected') == 'true':
user_selected_nodes = info.get_app().get_selected_nodes()
if not user_selected_nodes:
raise TacticException(
'A minimum of 1 node must be selected for this "replace selected reference" operation'
)
# some instance reference is actually just replace assets from model pipeline
# In that case, there are only 4 items
items = select_info.split("|")
if prefix == 'prod/shot_instance' and len(items) == 6:
snapshot_code, shot_code, instance, context, ns, snap_node_name = \
select_info.split("|")
if not user_selected_nodes:
user_selected_nodes = [snap_node_name]
for user_selected_node in user_selected_nodes:
node_name = _check_node_exists(user_selected_node, ns)
if node_name:
option_dict['replacee'] = node_name
options = Common.get_option_str(option_dict)
load_anim(snapshot_code, shot_code, instance, context, options)
else:
# this assumes only 1 instance of this asset exist
snapshot_code, context, ns, snap_node_name = select_info.split("|")
if not user_selected_nodes:
user_selected_nodes = [snap_node_name]
for user_selected_node in user_selected_nodes:
node_name = _check_node_exists(user_selected_node, ns)
if node_name:
option_dict['replacee'] = node_name
options = Common.get_option_str(option_dict)
load(snapshot_code, context, options)
def get_app_file_group_path(my, file_name, file_range):
'''get the group path notation specific for the application'''
pat = re.compile('\.(#+)\.')
m = pat.search(file_name)
new_str = file_name
if m:
group = m.groups()[0]
frame_start, frame_end, frame_by = Common.get_file_range(file_range)
replace_str = '.[%s..%s;%s].'%(frame_start, frame_end, len(group))
new_str = pat.sub(replace_str, file_name)
return new_str
def get_app_file_group_path(self, file_name, file_range):
'''get the group path notation specific for the application'''
pat = re.compile('\.(#+)\.')
m = pat.search(file_name)
new_str = file_name
if m:
group = m.groups()[0]
frame_start, frame_end, frame_by = Common.get_file_range(
file_range)
replace_str = '.[%s..%s;%s].' % (frame_start, frame_end,
len(group))
new_str = pat.sub(replace_str, file_name)
return new_str
def get_textures_from_session(self, node_name):
texture_nodes = []
texture_paths = []
texture_attrs = []
self.app.xsi.LogMessage("get_textures_from_session")
root = self.app.xsi.ActiveProject.ActiveScene.Root
node = root.FindChild(node_name)
# skip if it is not a Model node
if not node or node.Type != '#model':
return [], [], []
self.app.xsi.LogMessage("node: [%s]" % node)
try:
fs = node.ExternalFiles
tex_node_dict = self._get_texture_node_dict(node_name)
for f in fs:
if not f:
continue
path = f.ResolvedPath
if self.is_file_group(path):
group_exists = True
file_path = self.get_tactic_file_group_path(path)
file_range = self.get_file_range(path)
file_group = Common.expand_paths(file_path, file_range)
for item in file_group:
if not os.path.exists(item):
self.app.message(
"WARNING: one of the file groups does not exist"
)
group_exists = False
break
if not group_exists:
continue
#TODO: add a self.impl.path_exists()
else:
if not os.path.exists(path):
continue
#self.app.xsi.LogMessage("f.PATH " + path)
owner = f.Owners[0]
if not path:
self.app.message(
"WARNING: external file for node [%s] is empty" %
node_name)
continue
# check if this is a reference. if so, ignore
if owner.LockType == c.siLockTypeRefModel:
continue
# if FileType is not Pictures, skip
if f.FileType != "Pictures":
continue
#to check if a path has either 'ght'(to check if lightmap name exists) since we want to ignore this file
#along with
#pat = re.compile('(.*ght.*\.map)|(.*\.(fgmap|phmap|htm))$',re.IGNORECASE)
#if pat.match(path):
# continue
# texture node contains the mesh node in the model node
texture_node_list = tex_node_dict.get(path)
if not texture_node_list:
self.app.message(
'WARNING: [%s] does not have a corresponding node' %
path)
continue
for texture_node in texture_node_list:
# texture node should be unique
if texture_node not in texture_nodes:
texture_nodes.append(texture_node)
texture_paths.append(path)
texture_attrs.append('SourceFileName')
except AppException, e:
self.app.xsi.LogMessage("WARNING: %s" % e.__str__())
def get_textures_from_session(my, node_name):
texture_nodes = []
texture_paths = []
texture_attrs = []
my.app.xsi.LogMessage("get_textures_from_session")
root = my.app.xsi.ActiveProject.ActiveScene.Root
node = root.FindChild(node_name)
# skip if it is not a Model node
if not node or node.Type != '#model':
return [], [], []
my.app.xsi.LogMessage("node: [%s]" % node)
try:
fs = node.ExternalFiles
tex_node_dict = my._get_texture_node_dict(node_name)
for f in fs:
if not f:
continue
path = f.ResolvedPath
if my.is_file_group(path):
group_exists = True
file_path = my.get_tactic_file_group_path(path)
file_range = my.get_file_range(path)
file_group = Common.expand_paths(file_path, file_range)
for item in file_group:
if not os.path.exists(item):
my.app.message("WARNING: one of the file groups does not exist")
group_exists = False
break
if not group_exists:
continue
#TODO: add a my.impl.path_exists()
else:
if not os.path.exists(path):
continue
#my.app.xsi.LogMessage("f.PATH " + path)
owner = f.Owners[0]
if not path:
my.app.message("WARNING: external file for node [%s] is empty" % node_name)
continue
# check if this is a reference. if so, ignore
if owner.LockType == c.siLockTypeRefModel:
continue
# if FileType is not Pictures, skip
if f.FileType != "Pictures":
continue
#to check if a path has either 'ght'(to check if lightmap name exists) since we want to ignore this file
#along with
#pat = re.compile('(.*ght.*\.map)|(.*\.(fgmap|phmap|htm))$',re.IGNORECASE)
#if pat.match(path):
# continue
# texture node contains the mesh node in the model node
texture_node_list = tex_node_dict.get(path)
if not texture_node_list:
my.app.message('WARNING: [%s] does not have a corresponding node'%path)
continue
for texture_node in texture_node_list:
# texture node should be unique
if texture_node not in texture_nodes:
texture_nodes.append(texture_node)
texture_paths.append(path)
texture_attrs.append('SourceFileName')
except AppException, e:
my.app.xsi.LogMessage("WARNING: %s" % e.__str__())
def export_node(my,
node_names,
context,
dir=None,
type="mayaAscii",
as_ref=False,
preserve_ref=True,
filename='',
instance=None):
'''exports top node(s) in maya'''
asset_code = ''
if isinstance(node_names, list):
if not list:
raise MayaException('The list to export is empty')
my.select_none()
for node_name in node_names:
my.select_add(node_name)
# we just pick a node_name for asset_code which is part of
# a filename, if used
if my.is_tactic_node(node_names[0]):
naming = my.get_node_naming(node_names[0])
instance = naming.get_instance()
else:
instance = node_names[0]
else:
my.select(node_names)
naming = my.get_node_naming(node_names)
instance = naming.get_instance()
export_mode = "-es"
if as_ref:
export_mode = "-er"
if preserve_ref:
export_mode = '-pr %s' % export_mode
# find the desired extension
if type == "mayaAscii":
type_key = type
ext = "ma"
elif type == "mayaBinary":
type_key = type
ext = "mb"
elif type == "collada":
type_key = "COLLADA exporter"
ext = "dae"
elif type == "obj":
type_key = "OBJexport"
ext = "obj"
else:
type_key = "mayaAscii"
ext = "ma"
# build the file name
if filename:
filename, old_ext = os.path.splitext(filename)
elif not instance:
filename = "untitled"
else:
filename = instance
filename = "%s.%s" % (filename, ext)
filename = Common.get_filesystem_name(filename)
if dir == None:
path = mel('file -rename "%s"' % filename)
else:
path = "%s/%s" % (dir, filename)
mel('file -rename "%s"' % path)
cmd = 'file -force -op "v=0" %s -type "%s"' % (export_mode, type_key)
print "cmd: ", cmd
mel(cmd)
return path
def export_node(self, node_names, context, dir=None, type="mayaAscii", as_ref=False, preserve_ref=True, filename='', instance=None ):
'''exports top node(s) in maya'''
asset_code = ''
if isinstance(node_names, list):
if not list:
raise MayaException('The list to export is empty')
self.select_none()
for node_name in node_names:
self.select_add(node_name)
# we just pick a node_name for asset_code which is part of
# a filename, if used
if self.is_tactic_node(node_names[0]):
naming = self.get_node_naming(node_names[0])
instance = naming.get_instance()
else:
instance = node_names[0]
else:
self.select( node_names )
naming = self.get_node_naming(node_names)
instance = naming.get_instance()
export_mode = "-es"
if as_ref:
export_mode = "-er"
if preserve_ref:
export_mode = '-pr %s' %export_mode
# find the desired extension
if type == "mayaAscii":
type_key = type
ext = "ma"
elif type == "mayaBinary":
type_key = type
ext = "mb"
elif type == "collada":
type_key = "COLLADA exporter"
ext = "dae"
elif type == "obj":
type_key = "OBJexport"
ext = "obj"
else:
type_key = "mayaAscii"
ext = "ma"
# build the file name
if filename:
filename, old_ext = os.path.splitext(filename)
elif not instance:
filename = "untitled"
else:
filename = instance
filename = "%s.%s" % (filename, ext)
filename = Common.get_filesystem_name(filename)
if dir == None:
path = mel('file -rename "%s"' % filename )
else:
path = "%s/%s" % (dir, filename)
mel('file -rename "%s"' % path )
cmd = 'file -force -op "v=0" %s -type "%s"' % (export_mode, type_key)
print "cmd: ", cmd
mel(cmd)
return path