def run_save(self):
files_to_save = MATCHING.findAll(self.file, self.ACTIVE_FILES)
if len(files_to_save) > 1 and self.destination is not None:
raise SaveError('Detected {} files and only one destination "{}"'.format(len(files_to_save),
self.destination))
else:
for x in files_to_save:
if not x.save(self.destination, self.overwrite):
raise SaveError('File already Exists!')
def run_convert(self):
if self.ext == '.dae':
from abmatt.converters.convert_dae import DaeConverter2
klass = DaeConverter2
elif self.ext == '.obj':
from abmatt.converters.convert_obj import ObjConverter
klass = ObjConverter
else:
raise ParsingException('Unknown conversion format {}'.format(self.ext))
active_files = self.ACTIVE_FILES
if not self.name:
files = [x.name for x in active_files]
else:
files = self.getFiles(self.name)
if not files:
return False
multiple_files = False if len(files) < 2 else True
brres = None
if self.is_import:
if not self.destination:
if active_files and not multiple_files:
brres = active_files[0]
else:
brres = None
else:
brres = self.create_or_open(self.destination)
for file in files:
if not brres:
converter = klass(self.create_or_open(convert_file_ext(file, '.brres')), file, self.flags)
else:
converter = klass(brres, file, self.flags)
base_name = os.path.splitext(os.path.basename(converter.brres.name))[0]
model = self.model
if model and len(model) > len(base_name) and model.startswith(base_name + '-'):
model = model[len(model) + 1:]
mdl = converter.load_model(model)
brres = converter.brres
else: # export
dest_auto = True if multiple_files or os.path.basename(self.destination).lower() == '*' + self.ext else False
for file in files:
destination = self.destination if not dest_auto \
else os.path.join(os.path.dirname(self.destination), convert_file_ext(os.path.basename(file), self.ext))
brres = self.create_or_open(file)
converter = klass(brres, destination, self.flags)
models = MATCHING.findAll(self.model, brres.models)
if len(models) > 1:
multi_model = True
destination = destination[:-1 * len(self.ext)]
else:
multi_model = False
for mdl0 in models:
if multi_model:
converter.mdl_file = destination + '-' + mdl0.name + self.ext
converter.save_model(mdl0)
if brres is not None:
self.updateSelection(brres.name)
def removeLayerByName(self, name):
"""Removes the layer if found, (for removing only the animation)"""
j = 0
matches = MATCHING.findAll(name, self.tex_animations)
for i in range(len(self.texEnabled)):
if self.texEnabled[i]:
if self.tex_animations[j] in matches:
self.texEnabled[i] = False
self.tex_animations.pop(j)
self.mark_modified()
return
j += 1
raise ValueError('{} No layer matching {}'.format(self.name, name))
def updateFile(filename):
# check in opened files
files = MATCHING.findAll(filename, Command.OPEN_FILES.values())
if files:
Command.ACTIVE_FILES = files
else:
# try to find file path
files = Command.getFiles(filename)
if Command.DESTINATION: # check for multiple files with single destination
outside_active = True
for x in Command.ACTIVE_FILES:
if files[0] == x.name:
outside_active = False
break
if len(files) > 1 or Command.ACTIVE_FILES and outside_active:
raise SaveError('Multiple files for single destination')
Command.ACTIVE_FILES = Command.openFiles(files)
Command.MODELS = []
Command.MATERIALS = []
return Command.ACTIVE_FILES
def updateTypeSelection(self):
""" Updates the current selection by the type"""
if self.updateType():
type = Command.SELECT_TYPE
if type == 'material':
Command.SELECTED = self.MATERIALS
elif type == 'layer':
if self.SELECT_ID_NUMERIC:
selected = []
for x in self.MATERIALS:
layer = x.getLayerI(self.SELECT_ID)
if layer:
selected.append(layer)
Command.SELECTED = selected
else:
Command.SELECTED = []
for x in self.MATERIALS:
layers = MATCHING.findAll(self.SELECT_ID, x.layers)
if layers:
Command.SELECTED.extend(layers)
# if not Command.SELECTED: # Forcibly adding case if no selected found
# # possible todo... make this optional?
# Command.SELECTED = [x.forceAdd(self.SELECT_ID) for x in self.MATERIALS]
elif type == 'shader' or type == 'stage':
shaders = getShadersFromMaterials(self.MATERIALS)
if type == 'shader':
Command.SELECTED = shaders
else:
if self.SELECT_ID == '*':
Command.SELECTED = []
for x in shaders:
Command.SELECTED.extend(x.stages)
else:
Command.SELECTED = [x.getStage(self.SELECT_ID) for x in shaders]
elif type == 'mdl0':
if self.SELECT_ID_NUMERIC:
brres = getBrresFromMaterials(self.MATERIALS)
Command.SELECTED = {x.getModelI(self.SELECT_ID) for x in brres}
if None in Command.SELECTED:
Command.SELECTED.remove(None)
else:
Command.SELECTED = MATCHING.findAll(self.SELECT_ID, getParents(self.MATERIALS))
elif type == 'brres':
if self.cmd in ('add', 'remove'):
Command.SELECTED = getBrresFromMaterials(self.MATERIALS)
else:
Command.SELECTED = MATCHING.findAll(self.SELECT_ID, getBrresFromMaterials(self.MATERIALS))
elif 'srt0' in type:
srts = [x.srt0 for x in self.MATERIALS if x.srt0]
if 'layer' in type:
Command.SELECTED = []
if self.SELECT_ID_NUMERIC:
for x in srts:
anim = x.getTexAnimationByID(self.SELECT_ID)
if anim:
Command.SELECTED.append(anim)
else:
for x in srts:
anim = MATCHING.findAll(self.SELECT_ID, x.tex_animations)
if anim:
Command.SELECTED.extend(anim)
else: # material animation
Command.SELECTED = srts
elif 'pat0' in type:
Command.SELECTED = [x.pat0 for x in self.MATERIALS if x.pat0]
elif 'tex0' == type:
Command.SELECTED = []
for x in getBrresFromMaterials(self.MATERIALS):
Command.SELECTED.extend(MATCHING.findAll(self.SELECT_ID, x.textures))
def getTextures(self, name):
return MATCHING.findAll(name, self.textures)
def getModelsByName(self, name):
return MATCHING.findAll(name, self.models)
def get_materials_by_name(self, name):
return MATCHING.findAll(name, self.materials)
def get_models_by_name(self, name):
return MATCHING.findAll(name, self.models)
def getLayerByName(self, key):
"""Attempts to get layer(s) by string key"""
layers = MATCHING.findAll(key, self.layers)
if layers:
return layers[0]