def _measure_optics(lins, optics_opt):
if len(lins) == 0:
lins = optics_opt.files
inputs = measure_optics.InputFiles(lins, optics_opt)
iotools.create_dirs(optics_opt.outputdir)
calibrations = measure_optics.copy_calibration_files(
optics_opt.outputdir, optics_opt.calibrationdir)
inputs.calibrate(calibrations)
with timeit(lambda spanned: LOGGER.info(
f"Total time for optics measurements: {spanned}")):
measure_optics.measure_optics(inputs, optics_opt)
def test_measure_optics(tmp_path, input_data, lin_slice, compensation,
coupling_method, range_of_bpms, three_bpm_method,
second_order_disp):
data = input_data["free" if compensation == 'none' else "driven"]
lins, optics_opt = data['lins'], data['optics_opt']
optics_opt.update(
outputdir=tmp_path,
compensation=compensation,
coupling_method=coupling_method,
range_of_bpms=range_of_bpms,
three_bpm_method=three_bpm_method,
second_order_disp=second_order_disp,
chromatic_beating=lin_slice == slice(None, 7),
)
inputs = measure_optics.InputFiles(lins[lin_slice], optics_opt)
with timeit(lambda spanned: LOG.debug(
f"\nTotal time for optics measurements: {spanned}")):
measure_optics.measure_optics(inputs, optics_opt)
evaluate_accuracy(optics_opt.outputdir, LIMITS)
def _run_evaluate_and_clean_up(inputs, optics_opt):
with timeit(lambda spanned: print(f"\nTotal time for optics measurements: {spanned}")):
measure_optics.measure_optics(inputs, optics_opt)
evaluate_accuracy(optics_opt.outputdir)
_clean_up(optics_opt.outputdir)