def save_config (self, file):
debug ("In VtkDataReader::save_config ()")
rel_file_name = Common.get_relative_file_name (file.name,
self.file_name)
file.write ("%s\n"%rel_file_name)
p = vtkPipeline.vtkMethodParser.VtkPickler ()
p.dump (self.reader, file)
def save_config_to_dict (self, base_file_name):
"""Save the configuration of this object and return a
dictionary.
base_file_name -- The absolute file name relative to which the
relative filename will be stored.
"""
debug ("In LutHandler::save_config ()")
s = {}
s['lut_var'] = self.lut_var.get()
s['reverse_lut_var'] = self.reverse_lut_var.get()
s['range_on_var'] = self.range_on_var.get()
s['v_range_on_var'] = self.v_range_on_var.get()
s['visible_data_range'] = self.visible_data_range
s['base_file_name'] = base_file_name
if self.file_name:
s['file_name'] = os.path.abspath(self.file_name)
else:
s['file_name'] = self.file_name
rel_file_name = ""
if (self.file_name):
rel_file_name = Common.get_relative_file_name (base_file_name,
self.file_name)
s['rel_file_name'] = rel_file_name
p = vtkPipeline.vtkMethodParser.VtkPickler ()
for key, obj in (('lut_config', self.lut),
('sc_bar_config', self.sc_bar),
('sc_bar_prop_config',
self.sc_bar.GetProperty()),
('sc_bar_pos_config',
self.sc_bar.GetPositionCoordinate()),
('sc_bar_pos2_config',
self.sc_bar.GetPosition2Coordinate())):
cfg = {}
p.dump (obj, cfg)
s[key] = cfg
return s
