def tc(): test = _Test() # Predict the reflections in place and put in a reflection manager ref_predictor = StillsExperimentsPredictor(test.stills_experiments) ref_predictor(test.reflections) test.refman = ReflectionManagerFactory.from_parameters_reflections_experiments( refman_phil_scope.extract(), test.reflections, test.stills_experiments, do_stills=True, ) test.refman.finalise() return test
def tc(): test = _Test() # Predict the reflections in place and put in a reflection manager ref_predictor = StillsExperimentsPredictor(test.stills_experiments) ref_predictor(test.reflections) test.refman = ReflectionManagerFactory.from_parameters_reflections_experiments( refman_phil_scope.extract(), test.reflections, test.stills_experiments, do_stills=True, ) test.refman.finalise() # Build a prediction parameterisation for the stills experiment test.pred_param = StillsPredictionParameterisation( test.stills_experiments, detector_parameterisations=[test.det_param], beam_parameterisations=[test.s0_param], xl_orientation_parameterisations=[test.xlo_param], xl_unit_cell_parameterisations=[test.xluc_param], ) return test
def test_check_and_remove(): test = _Test() # Override the single panel model and parameterisation. This test function # exercises the code for non-hierarchical multi-panel detectors. The # hierarchical detector version is tested via test_cspad_refinement.py multi_panel_detector = Detector() for x in range(3): for y in range(3): new_panel = make_panel_in_array((x, y), test.detector[0]) multi_panel_detector.add_panel(new_panel) test.detector = multi_panel_detector test.stills_experiments[0].detector = multi_panel_detector test.det_param = DetectorParameterisationMultiPanel(multi_panel_detector, test.beam) # update the generated reflections test.generate_reflections() # Predict the reflections in place and put in a reflection manager ref_predictor = StillsExperimentsPredictor(test.stills_experiments) ref_predictor(test.reflections) test.refman = ReflectionManagerFactory.from_parameters_reflections_experiments( refman_phil_scope.extract(), test.reflections, test.stills_experiments, do_stills=True, ) test.refman.finalise() # Build a prediction parameterisation for the stills experiment test.pred_param = StillsPredictionParameterisation( test.stills_experiments, detector_parameterisations=[test.det_param], beam_parameterisations=[test.s0_param], xl_orientation_parameterisations=[test.xlo_param], xl_unit_cell_parameterisations=[test.xluc_param], ) # A non-hierarchical detector does not have panel groups, thus panels are # not treated independently wrt which reflections affect their parameters. # As before, setting 792 reflections as the minimum should leave all # parameters free, and should not remove any reflections options = ar_phil_scope.extract() options.min_nref_per_parameter = 792 ar = AutoReduce(options, pred_param=test.pred_param, reflection_manager=test.refman) ar.check_and_remove() det_params = test.pred_param.get_detector_parameterisations() beam_params = test.pred_param.get_beam_parameterisations() xl_ori_params = test.pred_param.get_crystal_orientation_parameterisations() xl_uc_params = test.pred_param.get_crystal_unit_cell_parameterisations() assert det_params[0].num_free() == 6 assert beam_params[0].num_free() == 3 assert xl_ori_params[0].num_free() == 3 assert xl_uc_params[0].num_free() == 6 assert len(test.refman.get_obs()) == 823 # Setting 793 reflections as the minimum fixes 3 unit cell parameters, # and removes all those reflections. There are then too few reflections # for any parameterisation and all will be fixed, leaving no free # parameters for refinement. This fails within PredictionParameterisation, # during update so the final 31 reflections are not removed. options = ar_phil_scope.extract() options.min_nref_per_parameter = 793 ar = AutoReduce(options, pred_param=test.pred_param, reflection_manager=test.refman) with pytest.raises( DialsRefineConfigError, match="There are no free parameters for refinement" ): ar.check_and_remove() det_params = test.pred_param.get_detector_parameterisations() beam_params = test.pred_param.get_beam_parameterisations() xl_ori_params = test.pred_param.get_crystal_orientation_parameterisations() xl_uc_params = test.pred_param.get_crystal_unit_cell_parameterisations() assert det_params[0].num_free() == 0 assert beam_params[0].num_free() == 0 assert xl_ori_params[0].num_free() == 0 assert xl_uc_params[0].num_free() == 0 assert len(test.refman.get_obs()) == 823 - 792
def test_check_and_remove(): test = _Test() # Override the single panel model and parameterisation. This test function # exercises the code for non-hierarchical multi-panel detectors. The # hierarchical detector version is tested via test_cspad_refinement.py from dxtbx.model import Detector from dials.algorithms.refinement.parameterisation.detector_parameters import ( DetectorParameterisationMultiPanel, ) from dials.test.algorithms.refinement.test_multi_panel_detector_parameterisation import ( make_panel_in_array, ) multi_panel_detector = Detector() for x in range(3): for y in range(3): new_panel = make_panel_in_array((x, y), test.detector[0]) multi_panel_detector.add_panel(new_panel) test.detector = multi_panel_detector test.stills_experiments[0].detector = multi_panel_detector test.det_param = DetectorParameterisationMultiPanel( multi_panel_detector, test.beam) # update the generated reflections test.generate_reflections() # Predict the reflections in place and put in a reflection manager ref_predictor = StillsExperimentsPredictor(test.stills_experiments) ref_predictor(test.reflections) test.refman = ReflectionManagerFactory.from_parameters_reflections_experiments( refman_phil_scope.extract(), test.reflections, test.stills_experiments, do_stills=True, ) test.refman.finalise() # A non-hierarchical detector does not have panel groups, thus panels are # not treated independently wrt which reflections affect their parameters. # As before, setting 137 reflections as the minimum should leave all # parameters free, and should not remove any reflections options = ar_phil_scope.extract() options.min_nref_per_parameter = 137 ar = AutoReduce( options, [test.det_param], [test.s0_param], [test.xlo_param], [test.xluc_param], gon_params=[], reflection_manager=test.refman, ) ar.check_and_remove() assert ar.det_params[0].num_free() == 6 assert ar.beam_params[0].num_free() == 3 assert ar.xl_ori_params[0].num_free() == 3 assert ar.xl_uc_params[0].num_free() == 6 assert len(ar.reflection_manager.get_obs()) == 823 # Setting reflections as the minimum should fix the detector parameters, # which removes that parameterisation. Because all reflections are recorded # on that detector, they will all be removed as well. This then affects all # other parameterisations, which will be removed. options = ar_phil_scope.extract() options.min_nref_per_parameter = 138 ar = AutoReduce( options, [test.det_param], [test.s0_param], [test.xlo_param], [test.xluc_param], gon_params=[], reflection_manager=test.refman, ) ar.check_and_remove() assert not ar.det_params assert not ar.beam_params assert not ar.xl_ori_params assert not ar.xl_uc_params assert len(ar.reflection_manager.get_obs()) == 0