def save_crv(self):
"""
Save selected curve under selected name. If no name given, use crv name.
:return:
"""
# Get data from ui
data = self.get_ui_data()
# get selection
selection = Mgu.get_selection()
# get the name of the curve
crv_name = selection[0]
if data['new_shape_name']:
crv_type = data['new_shape_name']
else:
crv_type = crv_name
crv_dict = Mcu.get_crv_info(crv_name)
self.crv_data[crv_type] = crv_dict
fu.FileSystem.save_to_json(self.crv_data, DICTS_PATH)
self.crv_list = self.create_crv_list()
UIu.update_combobox(self.curve_cbB, self.crv_list)
UIu.update_combobox(self.curve_to_delete_cbB, self.crv_list)
return
def move_even_obj(self):
data = self.get_data()
selection = Mgu.get_selection()
Mmu.move_even(selection, data['translate'], data['rotate'],
data['scale'], data['world_space'], data['mirror'],
data['mirror_axis'], data['behavior'])
def rename(self):
search = self.search.text()
replace = self.replace.text()
prefix = self.prefix.text()
main_name = self.main_name.text()
suffix = self.suffix.text()
selection = gu.get_selection()
name_utils.rename(selection, prefix, main_name, suffix, search,
replace)
def constrain_even(self):
data = self.get_data()
selection = Mgu.get_selection()
for i, obj in enumerate(selection):
if i % 2 == 0:
Mmu.constrain(constraint_type=data['constraint_type'],
targets=[selection[i]],
source=selection[i + 1],
aim_vector=data['aim_vector'],
up_vector=data['up_vector'],
maintain_offset=data['maintain_offset'],
skip=(data['skip_translation'],
data['skip_rotation'], data['skip_scale']))
def constrain(self):
data = self.get_data()
selection = Mgu.get_selection()
if data['constraint_type'] == 'Mirror selected':
targets = selection
source = ''
elif len(selection) > 1:
targets = selection[:-1]
source = selection[-1]
else:
print 'You need to select at least 2 objects to constrain',
return
Mmu.constrain(constraint_type=data['constraint_type'],
targets=targets,
source=source,
aim_vector=data['aim_vector'],
up_vector=data['up_vector'],
maintain_offset=data['maintain_offset'],
skip=(data['skip_translation'], data['skip_rotation'],
data['skip_scale']))
def create_crv_from_ui(self):
"""
Create curve(s) using ui data
:return:
"""
Mgu.open_undo_chunk()
# Get data from ui
data = self.get_ui_data()
selection = Mgu.get_selection()
name = nu.create_name(main_name=data['name'])
print name
crv_dict = self.crv_data[data['crv_type']]
Mcu.create_edit_crv(selection,
crv_dict,
name,
create_orig=data['create_orig'],
axis=data['axis'],
mirror=data['mirror'])
Mgu.close_undo_chunk()
def edit_crv_from_ui(self):
"""
Edit curve(s) using ui data
:return:
"""
Mgu.open_undo_chunk()
# Get data from ui
data = self.get_ui_data()
selection = Mgu.get_selection()
crv_dict = self.crv_data[data['crv_type']]
if data['remove_shape']:
add = False
else:
add = True
Mcu.create_edit_crv(selection,
crv_dict,
'ctrl',
edit=True,
add=add,
axis=data['axis'],
mirror=data['mirror'])
Mgu.close_undo_chunk()