def test_user_file_is_set_to_new_user_file_when_it_exists_and_is_different_from_orig_and_current(
self):
#Arrange
user_files = self._create_minimal_user_files(3)
new_user_file = user_files[0]
current_user_file = user_files[1]
original_user_file = user_files[2]
original_settings, original_prop_man_settings = self._prepare_reducer(
current_user_file=current_user_file,
original_user_file=original_user_file)
# Act
reducer_address = str(ReductionSingleton().reference())
bm.setUserFileInBatchMode(
new_user_file=new_user_file,
current_user_file=current_user_file,
original_user_file=original_user_file,
original_settings=original_settings,
original_prop_man_settings=original_prop_man_settings)
# Assert
self.assertTrue(
str(ReductionSingleton().reference()) != reducer_address,
"The physical reducer should not change.")
self.assertEqual(ReductionSingleton().user_settings.filename,
new_user_file,
"The reducer should use the new user file.")
# Clean up
self._delete_minimal_user_files(user_files)
def test_user_file_is_set_to_original_when_new_user_file_does_not_exist(
self):
#Arrange
user_files = self._create_minimal_user_files(3)
new_user_file = "" # Create an invalid new user file
current_user_file = user_files[1]
original_user_file = user_files[2]
original_settings, original_prop_man_settings = self._prepare_reducer(
current_user_file=current_user_file,
original_user_file=original_user_file)
# Act
reducer_address = str(ReductionSingleton().reference())
bm.setUserFileInBatchMode(
new_user_file=new_user_file,
current_user_file=current_user_file,
original_user_file=original_user_file,
original_settings=original_settings,
original_prop_man_settings=original_prop_man_settings)
# Assert
self.assertTrue(
str(ReductionSingleton().reference()) != reducer_address,
("The physical reducer should change."))
self.assertEqual(ReductionSingleton().user_settings.filename,
original_user_file,
("The reducer should use the original user file,"
"since we don't provide a valid new user file."))
# Clean up
self._delete_minimal_user_files(user_files)
def test_reducer_is_not_reset_when_new_file_is_the_same_as_the_current_file(
self):
#Arrange
user_files = self._create_minimal_user_files(3)
new_user_file = user_files[1]
current_user_file = user_files[1]
original_user_file = user_files[2]
original_settings, original_prop_man_settings = self._prepare_reducer(
current_user_file=current_user_file,
original_user_file=original_user_file)
# Act
reducer_address = str(ReductionSingleton().reference())
bm.setUserFileInBatchMode(
new_user_file=new_user_file,
current_user_file=current_user_file,
original_user_file=original_user_file,
original_settings=original_settings,
original_prop_man_settings=original_prop_man_settings)
# Assert
self.assertTrue(
str(ReductionSingleton().reference()) == reducer_address,
"The physical reducer should change.")
self.assertEqual(ReductionSingleton().user_settings.filename,
current_user_file,
"The reducer should use the current user file.")
# Clean up
self._delete_minimal_user_files(user_files)
def runTest(self):
#here we are testing the LOQ setup
ici.LOQ()
#rear detector
ici.Detector("main-detector-bank")
#test batch mode, although only the analysis from the last line is checked
# Find the file , this should really be in the BatchReduce reduction step
f = open(self.csv_file, 'w')
print >> f, "sample_sans,99630-add,output_as, %s" % self.output_file
f.close()
runnum = '99630'
sansadd.add_runs((runnum, runnum), 'LOQ', '.RAW')
ici.Set1D()
ici.MaskFile('MASK.094AA')
batch.BatchReduce(self.csv_file,
'nxs',
plotresults=False,
saveAlgs={'SaveNexus': 'nxs'})
print ' reduction without'
ici._refresh_singleton()
ici.LOQ()
ici.Detector("main-detector-bank")
ici.Set1D()
ici.MaskFile('MASK.094AA')
LOQ99630 = Load(runnum)
LOQ99630 += LOQ99630
ici.AssignSample(LOQ99630, reload=False)
self.result = ici.WavRangeReduction()
def runTest(self):
import SANSBatchMode as batch
i.LOQ()
i.MaskFile(MASKFILE)
fit_settings = batch.BatchReduce(BATCHFILE,
'.nxs',
combineDet='merged',
saveAlgs={})
def runTest(self):
import SANSBatchMode as batch
i.SANS2D()
i.MaskFile(MASKFILE)
i.SetEventSlices("0.0-451, 5-10")
fit_settings = batch.BatchReduce(BATCHFILE,
'.nxs',
saveAlgs={},
combineDet='rear')
def test_user_file_is_set_to_new_user_file_when_it_exists_but_reduction_dimensionality_remains_unchanged(self):
#Arrange
user_files = self._create_minimal_user_files(3)
new_user_file = user_files[0]
current_user_file = user_files[1]
original_user_file = user_files[2]
original_settings, original_prop_man_settings = self._prepare_reducer(current_user_file = current_user_file,
original_user_file = original_user_file)
ReductionSingleton().to_Q.output_type = "2D"
# Act
bm.setUserFileInBatchMode(new_user_file=new_user_file,
current_user_file=current_user_file,
original_user_file=original_user_file,
original_settings = original_settings,
original_prop_man_settings = original_prop_man_settings)
# Assert
self.assertTrue(ReductionSingleton().to_Q.output_type=="2D",
"The reducer should retain the same dimensionality.")
# Clean up
self._delete_minimal_user_files(user_files)
def test_user_file_is_set_to_new_user_file_when_it_exists_but_reduction_dimensionality_remains_unchanged(self):
#Arrange
user_files = self._create_minimal_user_files(3)
new_user_file = user_files[0]
current_user_file = user_files[1]
original_user_file = user_files[2]
original_settings, original_prop_man_settings = self._prepare_reducer(current_user_file = current_user_file,
original_user_file = original_user_file)
ReductionSingleton().to_Q.output_type = "2D"
# Act
bm.setUserFileInBatchMode(new_user_file=new_user_file,
current_user_file=current_user_file,
original_user_file=original_user_file,
original_settings = original_settings,
original_prop_man_settings = original_prop_man_settings)
# Assert
self.assertTrue(ReductionSingleton().to_Q.output_type=="2D",
"The reducer should retain the same dimensionality.")
# Clean up
self._delete_minimal_user_files(user_files)
def test_reducer_is_not_reset_when_new_file_is_the_same_as_the_current_file(self):
#Arrange
user_files = self._create_minimal_user_files(3)
new_user_file = user_files[1]
current_user_file = user_files[1]
original_user_file = user_files[2]
original_settings, original_prop_man_settings = self._prepare_reducer(current_user_file = current_user_file,
original_user_file = original_user_file)
# Act
reducer_address= str(ReductionSingleton().reference())
bm.setUserFileInBatchMode(new_user_file=new_user_file,
current_user_file=current_user_file,
original_user_file=original_user_file,
original_settings = original_settings,
original_prop_man_settings = original_prop_man_settings)
# Assert
self.assertTrue(str(ReductionSingleton().reference()) == reducer_address,
"The physical reducer should change.")
self.assertEqual(ReductionSingleton().user_settings.filename, current_user_file,
"The reducer should use the current user file.")
# Clean up
self._delete_minimal_user_files(user_files)
def runTest(self):
self.initialization()
self.checkFirstPart()
import SANSBatchMode as batch
self.applyGUISettings()
fit_settings={'scale':1.0,'shift':0.0}
fit_settings = batch.BatchReduce(BATCHFILE,'.nxs', saveAlgs={}, reducer=i.ReductionSingleton().reference(),combineDet='rear')
self.checkFittingSettings(fit_settings)
def test_user_file_is_set_to_new__user_file_when_it_exists_and_is_different_from_orig_and_current(self):
#Arrange
user_files = self._create_minimal_user_files(3)
new_user_file = user_files[0]
current_user_file = user_files[1]
original_user_file = user_files[2]
original_settings, original_prop_man_settings = self._prepare_reducer(current_user_file = current_user_file,
original_user_file = original_user_file)
# Act
reducer_address= str(ReductionSingleton().reference())
bm.setUserFileInBatchMode(new_user_file=new_user_file,
current_user_file=current_user_file,
original_user_file=original_user_file,
original_settings = original_settings,
original_prop_man_settings = original_prop_man_settings)
# Assert
self.assertTrue(str(ReductionSingleton().reference()) != reducer_address,
"The physical reducer should not change.")
self.assertEqual(ReductionSingleton().user_settings.filename, new_user_file,
"The reducer should use the new user file.")
# Clean up
self._delete_minimal_user_files(user_files)
def test_that_can_get_geometry_properties(self):
LOQ()
reducer = ReductionSingleton()
geometry_settings = bm.get_geometry_properties(reducer)
self.assertTrue("Geometry" in geometry_settings)
self.assertTrue("SampleHeight" in geometry_settings)
self.assertTrue("SampleWidth" in geometry_settings)
self.assertTrue("SampleThickness" in geometry_settings)
self.assertEqual(geometry_settings["Geometry"], "Disc")
self.assertEqual(geometry_settings["SampleHeight"], 1.)
self.assertEqual(geometry_settings["SampleWidth"], 1.)
self.assertEqual(geometry_settings["SampleThickness"], 1.)
def test_that_can_get_geometry_properties(self):
LOQ()
reducer = ReductionSingleton()
geometry_settings = bm.get_geometry_properties(reducer)
self.assertTrue("Geometry" in geometry_settings)
self.assertTrue("SampleHeight" in geometry_settings)
self.assertTrue("SampleWidth" in geometry_settings)
self.assertTrue("SampleThickness" in geometry_settings)
self.assertTrue(geometry_settings["Geometry"] == "Disc")
self.assertTrue(geometry_settings["SampleHeight"] == 1.)
self.assertTrue(geometry_settings["SampleWidth"] == 1.)
self.assertTrue(geometry_settings["SampleThickness"] == 1.)
def test_user_file_is_set_to_original_when_new_user_file_does_not_exist(self):
#Arrange
user_files = self._create_minimal_user_files(3)
new_user_file = "" # Create an invalid new user file
current_user_file = user_files[1]
original_user_file = user_files[2]
original_settings, original_prop_man_settings = self._prepare_reducer(current_user_file = current_user_file,
original_user_file = original_user_file)
# Act
reducer_address= str(ReductionSingleton().reference())
bm.setUserFileInBatchMode(new_user_file=new_user_file,
current_user_file=current_user_file,
original_user_file=original_user_file,
original_settings = original_settings,
original_prop_man_settings = original_prop_man_settings)
# Assert
self.assertTrue(str(ReductionSingleton().reference()) != reducer_address,
("The physical reducer should change."))
self.assertEqual(ReductionSingleton().user_settings.filename, original_user_file,
("The reducer should use the original user file,"
"since we don't provide a valid new user file."))
# Clean up
self._delete_minimal_user_files(user_files)
def runTest(self):
self.initialization()
self.checkFirstPart()
import SANSBatchMode as batch
self.applyGUISettings()
batch_path = FileFinder.getFullPath('sans2d_reduction_gui_batch.csv')
fit_settings = batch.BatchReduce(
batch_path,
'.nxs',
saveAlgs={},
reducer=i.ReductionSingleton().reference(),
combineDet='rear')
self.checkFittingSettings(fit_settings)
def runTest(self):
import SANSBatchMode as batch
i.SANS2D()
i.MaskFile(MASKFILE)
batch.BatchReduce(BATCHFILE, '.nxs', combineDet='rear')
def runTest(self):
import SANSBatchMode as batch
i.SANS2D()
i.MaskFile('MaskSANS2DReductionGUI.txt')
batch_file = FileFinder.getFullPath('sans2d_reduction_gui_batch.csv')
batch.BatchReduce(batch_file, '.nxs', combineDet='rear')
def runTest(self):
import SANSBatchMode as batch
i.LOQ()
i.MaskFile('MaskLOQData.txt')
batch_file = FileFinder.getFullPath('loq_batch_mode_reduction.csv')
batch.BatchReduce(batch_file, '.nxs', combineDet='merged', saveAlgs={})
