def test_run(dials_regression):
filename = os.path.join(dials_regression, 'centroid_test_data',
'experiments.json')
from dxtbx.model.experiment_list import ExperimentListFactory
exlist = ExperimentListFactory.from_json_file(filename)
assert len(exlist) == 1
from dials.array_family import flex
rlist = flex.reflection_table.from_predictions_multi(exlist)
from dials.algorithms.integration import CorrectionsMulti, Corrections
corrector = CorrectionsMulti()
for experiment in exlist:
corrector.append(
Corrections(experiment.beam, experiment.goniometer,
experiment.detector))
lp1 = corrector.lp(rlist['id'], rlist['s1'])
lp2 = flex.double([
LP_calculations(exlist[i], s1)
for i, s1 in zip(rlist['id'], rlist['s1'])
])
diff = flex.abs(lp1 - lp2)
assert diff.all_lt(1e-7)
def compute_corrections(self, experiments):
"""
Helper function to correct the intensity.
:param experiments: The list of experiments
:return: The LP correction for each reflection
"""
from dials.algorithms.integration import Corrections, CorrectionsMulti
compute = CorrectionsMulti()
for experiment in experiments:
if experiment.goniometer is not None:
compute.append(
Corrections(
experiment.beam, experiment.goniometer, experiment.detector
)
)
else:
compute.append(Corrections(experiment.beam, experiment.detector))
lp = compute.lp(self["id"], self["s1"])
self["lp"] = lp
if experiment.detector[0].get_mu() > 0:
qe = compute.qe(self["id"], self["s1"], self["panel"])
self["qe"] = qe
return lp
def run(self):
from dials.algorithms.integration import CorrectionsMulti, Corrections
from dials.array_family import flex
corrector = CorrectionsMulti()
for experiment in self.exlist:
corrector.append(
Corrections(experiment.beam, experiment.goniometer,
experiment.detector))
lp1 = corrector.lp(self.rlist['id'], self.rlist['s1'])
lp2 = self.compute_expected()
diff = flex.abs(lp1 - lp2)
assert (diff.all_lt(1e-7))
print 'OK'
def run(self):
from dials.algorithms.integration import CorrectionsMulti, Corrections
from dials.array_family import flex
corrector = CorrectionsMulti()
for experiment in self.exlist:
corrector.append(Corrections(
experiment.beam,
experiment.goniometer,
experiment.detector))
lp1 = corrector.lp(self.rlist['id'], self.rlist['s1'])
lp2 = self.compute_expected()
diff = flex.abs(lp1 - lp2)
assert(diff.all_lt(1e-7))
print 'OK'
def compute_corrections(self, experiments):
'''
Helper function to correct the intensity.
:param experiments: The list of experiments
:return: The LP correction for each reflection
'''
from dials.algorithms.integration import Corrections, CorrectionsMulti
compute = CorrectionsMulti()
for experiment in experiments:
compute.append(Corrections(
experiment.beam,
experiment.goniometer,
experiment.detector))
lp = compute.lp(self['id'], self['s1'])
self['lp'] = lp
if experiment.detector[0].get_mu() > 0:
dqe = compute.dqe(self['id'], self['s1'], self['panel'])
self['dqe'] = dqe
return lp
def test_run(dials_data):
filename = dials_data("centroid_test_data").join("experiments.json").strpath
exlist = ExperimentListFactory.from_json_file(filename)
assert len(exlist) == 1
rlist = flex.reflection_table.from_predictions_multi(exlist)
corrector = CorrectionsMulti()
for experiment in exlist:
corrector.append(
Corrections(experiment.beam, experiment.goniometer, experiment.detector)
)
lp1 = corrector.lp(rlist["id"], rlist["s1"])
lp2 = flex.double(
[LP_calculations(exlist[i], s1) for i, s1 in zip(rlist["id"], rlist["s1"])]
)
diff = flex.abs(lp1 - lp2)
assert diff.all_lt(1e-7)
def compute_corrections(self, experiments):
'''
Helper function to correct the intensity.
:param experiments: The list of experiments
:return: The LP correction for each reflection
'''
from dials.algorithms.integration import Corrections, CorrectionsMulti
compute = CorrectionsMulti()
for experiment in experiments:
compute.append(
Corrections(experiment.beam, experiment.goniometer,
experiment.detector))
lp = compute.lp(self['id'], self['s1'])
self['lp'] = lp
if experiment.detector[0].get_mu() > 0:
qe = compute.qe(self['id'], self['s1'], self['panel'])
self['qe'] = qe
return lp
