def get_state(self):
elem = TOFTOFScriptElement()
def line_text(lineEdit):
return str(lineEdit.text()).strip()
def is_checked(checkBox):
return checkBox.isChecked() and checkBox.isEnabled()
elem.facility_name = self._settings.facility_name
elem.instrument_name = self._settings.instrument_name
elem.prefix = line_text(self.prefix)
elem.dataDir = line_text(self.dataDir)
elem.vanRuns = line_text(self.vanRuns)
elem.vanCmnt = line_text(self.vanCmnt)
elem.vanTemp = OptionalFloat(line_text(self.vanTemp))
elem.vanEcFactor = self.vanEcFactor.value()
elem.ecRuns = line_text(self.ecRuns)
elem.ecTemp = OptionalFloat(line_text(self.ecTemp))
elem.ecFactor = self.ecFactor.value()
elem.dataRuns = self.runDataModel.tableData
elem.binEon = is_checked(self.binEon)
elem.binEstart = self.binEstart.value()
elem.binEstep = self.binEstep.value()
elem.binEend = self.binEend.value()
elem.binQon = is_checked(self.binQon)
elem.binQstart = self.binQstart.value()
elem.binQstep = self.binQstep.value()
elem.binQend = self.binQend.value()
elem.maskDetectors = line_text(self.maskDetectors)
elem.subtractECVan = is_checked(self.chkSubtractECVan)
elem.replaceNaNs = is_checked(self.chkReplaceNaNs)
elem.createDiff = is_checked(self.chkCreateDiff)
elem.keepSteps = is_checked(self.chkKeepSteps)
elem.saveDir = line_text(self.saveDir)
elem.saveSofTWNxspe = is_checked(self.chkSofTWNxspe)
elem.saveSofTWNexus = is_checked(self.chkSofTWNexus)
elem.saveSofTWAscii = is_checked(self.chkSofTWAscii)
elem.saveSofQWNexus = is_checked(self.chkSofQWNexus)
elem.saveSofQWAscii = is_checked(self.chkSofQWAscii)
elem.normalise = elem.NORM_MONITOR if self.rbtNormaliseMonitor.isChecked() else \
elem.NORM_TIME if self.rbtNormaliseTime.isChecked() else \
elem.NORM_NONE
elem.correctTof = elem.CORR_TOF_VAN if self.rbtCorrectTOFVan.isChecked() else \
elem.CORR_TOF_SAMPLE if self.rbtCorrectTOFSample.isChecked() else \
elem.CORR_TOF_NONE
return elem
def get_state(self):
elem = TOFTOFScriptElement()
def line_text(lineEdit):
return lineEdit.text().strip()
elem.facility_name = self._settings.facility_name
elem.instrument_name = self._settings.instrument_name
elem.prefix = line_text(self.prefix)
elem.dataDir = line_text(self.dataDir)
elem.vanRuns = line_text(self.vanRuns)
elem.vanCmnt = line_text(self.vanCmnt)
elem.ecRuns = line_text(self.ecRuns)
elem.ecFactor = self.ecFactor.value()
elem.dataRuns = self.runDataModel.dataRuns
elem.binEon = self.binEon.isChecked()
elem.binEstart = self.binEstart.value()
elem.binEstep = self.binEstep.value()
elem.binEend = self.binEend.value()
elem.binQon = self.binQon.isChecked()
elem.binQstart = self.binQstart.value()
elem.binQstep = self.binQstep.value()
elem.binQend = self.binQend.value()
elem.maskDetectors = line_text(self.maskDetectors)
elem.subtractECVan = self.chkSubtractECVan.isChecked()
elem.replaceNaNs = self.chkReplaceNaNs.isChecked()
elem.createDiff = self.chkCreateDiff.isChecked()
elem.keepSteps = self.chkKeepSteps.isChecked()
elem.saveDir = line_text(self.saveDir)
elem.saveSofQW = self.chkSofQW.isChecked()
elem.saveSofTW = self.chkSofTW.isChecked()
elem.saveNXSPE = self.chkNxspe.isChecked()
elem.saveNexus = self.chkNexus.isChecked()
elem.saveAscii = self.chkAscii.isChecked()
elem.normalise = elem.NORM_MONITOR if self.rbtNormaliseMonitor.isChecked() else \
elem.NORM_TIME if self.rbtNormaliseTime.isChecked() else \
elem.NORM_NONE
elem.correctTof = elem.CORR_TOF_VAN if self.rbtCorrectTOFVan.isChecked() else \
elem.CORR_TOF_SAMPLE if self.rbtCorrectTOFSample.isChecked() else \
elem.CORR_TOF_NONE
return elem
def get_state(self):
elem = TOFTOFScriptElement()
def line_text(lineEdit):
return lineEdit.text().strip()
elem.facility_name = self._settings.facility_name
elem.instrument_name = self._settings.instrument_name
elem.prefix = line_text(self.prefix)
elem.dataDir = line_text(self.dataDir)
elem.vanRuns = line_text(self.vanRuns)
elem.vanCmnt = line_text(self.vanCmnt)
elem.ecRuns = line_text(self.ecRuns)
elem.ecFactor = self.ecFactor.value()
elem.dataRuns = self.runDataModel.dataRuns
elem.binEon = self.binEon.isChecked()
elem.binEstart = self.binEstart.value()
elem.binEstep = self.binEstep.value()
elem.binEend = self.binEend.value()
elem.binQon = self.binQon.isChecked()
elem.binQstart = self.binQstart.value()
elem.binQstep = self.binQstep.value()
elem.binQend = self.binQend.value()
elem.maskDetectors = line_text(self.maskDetectors)
elem.subtractECVan = self.chkSubtractECVan.isChecked()
elem.normalise = (
elem.NORM_MONITOR
if self.rbtNormaliseMonitor.isChecked()
else elem.NORM_TIME
if self.rbtNormaliseTime.isChecked()
else elem.NORM_NONE
)
elem.correctTof = (
elem.CORR_TOF_VAN
if self.rbtCorrectTOFVan.isChecked()
else elem.CORR_TOF_SAMPLE
if self.rbtCorrectTOFSample.isChecked()
else elem.CORR_TOF_NONE
)
return elem
def test_that_preserves_data(self):
scriptElement = TOFTOFScriptElement()
scriptElement.reset()
scriptElement.facility_name = 'nonsense'
scriptElement.instrument_name = 'The 5th nonSense'
# prefix of (some) workspace names
scriptElement.prefix = 'ws'
# data files are here
scriptElement.dataDir = ''
# vanadium runs & comment
scriptElement.vanRuns = 'TOFTOFTestdata.nxs'
scriptElement.vanCmnt = 'vanadium comment'
scriptElement.vanTemp = OptionalFloat(None)
# empty can runs, comment, and factor
scriptElement.ecRuns = 'TOFTOFTestdata.nxs'
scriptElement.ecTemp = OptionalFloat(21.0)
scriptElement.ecFactor = 0.9
# data runs: [(runs,comment, temperature), ...]
scriptElement.dataRuns = [[
unicode('TOFTOFTestdata.nxs'),
unicode('H2O 21C'),
OptionalFloat(None)
],
[
unicode('TOFTOFTestdata.nxs'),
unicode('H2O 34C'),
OptionalFloat(34.0)
]]
# additional parameters
scriptElement.binEon = True
scriptElement.binEstart = -1.0
scriptElement.binEstep = 0.4
scriptElement.binEend = 1.8
scriptElement.binQon = True
scriptElement.binQstart = 0.4
scriptElement.binQstep = 0.2
scriptElement.binQend = 1.0
scriptElement.maskDetectors = '1,2'
# options
scriptElement.subtractECVan = True
scriptElement.normalise = TOFTOFScriptElement.NORM_MONITOR
scriptElement.correctTof = TOFTOFScriptElement.CORR_TOF_VAN
scriptElement.replaceNaNs = True
scriptElement.createDiff = True
scriptElement.keepSteps = True
# save data
scriptElement.saveDir = ''
scriptElement.saveSofTWNxspe = False
scriptElement.saveSofTWNexus = True
scriptElement.saveSofTWAscii = True
scriptElement.saveSofQWNexus = False
scriptElement.saveSofQWAscii = True
self.setupWidget.set_state(scriptElement)
with mock.patch(
'reduction_gui.reduction.toftof.toftof_reduction.TOFTOFScriptElement.reset'
):
scriptElement2 = self.setupWidget.get_state()
scriptElement.facility_name = self.settingsMock.facility_name
scriptElement.instrument_name = self.settingsMock.instrument_name
for name in dir(scriptElement):
attr1 = getattr(scriptElement, name)
try:
attr2 = getattr(scriptElement2, name)
except AttributeError:
self.fail(
"TOFTOFSetupWidget.get_state() doesn't set the attribute '{}'"
.format(name))
if not name.startswith('__') and not hasattr(attr1, '__call__'):
self.assertEqual(
attr1, attr2,
"TOFTOFSetupWidget doesn't preserve state of attribute '{}'"
.format(name))
def test_that_preserves_data(self):
scriptElement = TOFTOFScriptElement()
scriptElement.reset()
scriptElement.facility_name = 'nonsense'
scriptElement.instrument_name = 'The 5th nonSense'
# prefix of (some) workspace names
scriptElement.prefix = 'ws'
# data files are here
scriptElement.dataDir = ''
# vanadium runs & comment
scriptElement.vanRuns = 'TOFTOFTestdata.nxs'
scriptElement.vanCmnt = 'vanadium comment'
scriptElement.vanTemp = OptionalFloat(None)
# empty can runs, comment, and factor
scriptElement.ecRuns = 'TOFTOFTestdata.nxs'
scriptElement.ecTemp = OptionalFloat(21.0)
scriptElement.ecFactor = 0.9
# data runs: [(runs,comment, temperature), ...]
scriptElement.dataRuns = [
[unicode('TOFTOFTestdata.nxs'), unicode('H2O 21C'), OptionalFloat(None)],
[unicode('TOFTOFTestdata.nxs'), unicode('H2O 34C'), OptionalFloat(34.0)]
]
# additional parameters
scriptElement.binEon = True
scriptElement.binEstart = -1.0
scriptElement.binEstep = 0.4
scriptElement.binEend = 1.8
scriptElement.binQon = True
scriptElement.binQstart = 0.4
scriptElement.binQstep = 0.2
scriptElement.binQend = 1.0
scriptElement.maskDetectors = '1,2'
# options
scriptElement.subtractECVan = True
scriptElement.normalise = TOFTOFScriptElement.NORM_MONITOR
scriptElement.correctTof = TOFTOFScriptElement.CORR_TOF_VAN
scriptElement.replaceNaNs = True
scriptElement.createDiff = True
scriptElement.keepSteps = True
# save data
scriptElement.saveDir = ''
scriptElement.saveSofTWNxspe = False
scriptElement.saveSofTWNexus = True
scriptElement.saveSofTWAscii = True
scriptElement.saveSofQWNexus = False
scriptElement.saveSofQWAscii = True
self.setupWidget.set_state(scriptElement)
with mock.patch('reduction_gui.reduction.toftof.toftof_reduction.TOFTOFScriptElement.reset'):
scriptElement2 = self.setupWidget.get_state()
scriptElement.facility_name = self.settingsMock.facility_name
scriptElement.instrument_name = self.settingsMock.instrument_name
for name in dir(scriptElement):
attr1 = getattr(scriptElement, name)
try:
attr2 = getattr(scriptElement2, name)
except AttributeError:
self.fail("TOFTOFSetupWidget.get_state() doesn't set the attribute '{}'".format(name))
if not name.startswith('__') and not hasattr(attr1, '__call__'):
self.assertEqual(attr1, attr2, "TOFTOFSetupWidget doesn't preserve state of attribute '{}'".format(name))