def slicing(input_file, output_file, input_settings_file, input_settings_dict, output_settings_file, scan_line, progress):
progress.set_size(5)
settings = SlicerSettings(file_name=input_settings_file,
flat_settings_dict=input_settings_dict)
progress.inc()
if output_settings_file is not None:
settings.write_file(output_settings_file)
progress.inc()
result = import_file(input_file, settings)
progress.inc()
if scan_line:
result = slice_model(result, settings, slicer_class=ScanlineSlicer)
else:
result = slice_model(result, settings)
progress.inc()
result = encode(result, settings, output_file, scan_line)
progress.done()
return result
def get_test_settings():
return SlicerSettings(flat_settings_dict=TEST_SETTINGS)
def import_files():
tms = []
for file_path in TEST_FILES.keys():
tms.append(import_file(file_path))
return tms
def slice_models(tms, settings):
lms = []
for tm in tms:
lms.append(slice_model(tm, settings))
return lms
def encode_models(lms, settings):
gs = []
for lm in lms:
settings.gcode = get_gcode_filename()
gs.append(gcoder.encode(lm, settings))
return gs
if __name__ == '__main__':
settings = SlicerSettings(TEST_SETTINGS)
settings.verbose = False
tms = profile(import_files)
lms = profile(slice_models, tms=tms, settings=settings)
gs = profile(encode_models, lms=lms, settings=settings)