def runSequenceLineEditEvent(self):
run_sequence = self.runSequenceLineEdit.text()
self.is_manual_edit_of_tableWidget = False
oListRuns = RunSequenceBreaker(run_sequence)
_new_runs = oListRuns.getFinalList()
_old_runs = self.loaded_list_of_runs
_list_runs = np.unique(np.hstack([_old_runs, _new_runs]))
o_load_and_sort_nxsdata = LoadAndSortNXSDataForSFcalculator(_list_runs, parent=self, read_options=self.read_options)
self.update_table(o_load_and_sort_nxsdata)
self.is_manual_edit_of_tableWidget = True
def runSequenceLineEditEvent(self):
run_sequence = self.runSequenceLineEdit.text()
self.is_manual_edit_of_tableWidget = False
oListRuns = RunSequenceBreaker(run_sequence)
_new_runs = oListRuns.getFinalList()
_old_runs = self.loaded_list_of_runs
_list_runs = np.unique(np.hstack([_old_runs, _new_runs]))
o_load_and_sort_nxsdata = LoadAndSortNXSDataForSFcalculator(
_list_runs, parent=self, read_options=self.read_options)
self.update_table(o_load_and_sort_nxsdata)
self.is_manual_edit_of_tableWidget = True
def loadNxs(self):
self.clearMetadataTable()
run_sequence = self.ui.runNumberEdit.text()
oListRuns = RunSequenceBreaker(run_sequence)
_list_runs = oListRuns.getFinalList()
if len(_list_runs) > self.WARNING_NBR_FILES:
msgBox = QMessageBox()
_str = "Program is about to load " + str(len(_list_runs)) + " files. Do you want to continue ?"
msgBox.setText(_str)
msgBox.addButton(QPushButton('NO'), QMessageBox.NoRole)
msgBox.addButton(QPushButton('YES'), QMessageBox.YesRole)
ret = msgBox.exec_()
if ret == 0:
self.ui.inputErrorLabel.setVisible(False)
return
if _list_runs[0] == -1:
if self.list_nxs == []:
return
else:
_list_runs = self.list_runs
_list_nxs = self.list_nxs
_list_filename = self.list_filename
elif _list_runs[0] == -2:
self.ui.inputErrorLabel.setVisible(True)
return
else:
self.list_runs = _list_runs
self.list_filename = []
self.list_nxs = []
for _runs in _list_runs:
try:
_filename = RefRed.nexus_utilities.findNeXusFullPath(_runs)
except:
self.ui.inputErrorLabel.setVisible(True)
return
self.list_filename.append(_filename)
randomString = RefRed.utilities.generate_random_workspace_name();print("About to load %s" % _filename)
_nxs = LoadEventNexus(Filename = _filename, OutputWorkspace = randomString, MetaDataOnly=True)
self.list_nxs.append(_nxs)
self.ui.inputErrorLabel.setVisible(False)
list_metadata_selected = self.list_metadata_selected
_header = ['Run #','IPTS']
for name in list_metadata_selected:
self.ui.metadataTable.insertColumn(2)
_header.append(name)
self.ui.metadataTable.setHorizontalHeaderLabels(_header)
list_nxs = self.list_nxs
def loadNxs(self):
self.clearMetadataTable()
run_sequence = self.ui.runNumberEdit.text()
oListRuns = RunSequenceBreaker(run_sequence)
_list_runs = oListRuns.getFinalList()
if len(_list_runs) > self.WARNING_NBR_FILES:
msgBox = QMessageBox()
_str = "Program is about to load " + str(len(_list_runs)) + " files. Do you want to continue ?"
msgBox.setText(_str)
msgBox.addButton(QPushButton("NO"), QMessageBox.NoRole)
msgBox.addButton(QPushButton("YES"), QMessageBox.YesRole)
ret = msgBox.exec_()
if ret == 0:
self.ui.inputErrorLabel.setVisible(False)
return
if _list_runs[0] == -1:
if self.list_nxs == []:
return
else:
_list_runs = self.list_runs
_list_nxs = self.list_nxs
_list_filename = self.list_filename
elif _list_runs[0] == -2:
self.ui.inputErrorLabel.setVisible(True)
return
else:
self.list_runs = _list_runs
self.list_filename = []
self.list_nxs = []
for _runs in _list_runs:
try:
_filename = RefRed.nexus_utilities.findNeXusFullPath(_runs)
except:
self.ui.inputErrorLabel.setVisible(True)
return
self.list_filename.append(_filename)
randomString = RefRed.utilities.generate_random_workspace_name()
_nxs = LoadEventNexus(Filename=_filename, OutputWorkspace=randomString, MetaDataOnly=True)
self.list_nxs.append(_nxs)
self.ui.inputErrorLabel.setVisible(False)
list_metadata_selected = self.list_metadata_selected
_header = ["Run #", "IPTS"]
for name in list_metadata_selected:
self.ui.metadataTable.insertColumn(2)
_header.append(name)
self.ui.metadataTable.setHorizontalHeaderLabels(_header)
list_nxs = self.list_nxs
def __init__(self, parent=None, row=0, col=1, runs=None):
self.parent = parent
self.row = row
self.col = col
item = self.parent.ui.reductionTable.item(row, col)
if item.text() == '':
self.clear_cell(row, col)
self.parent.file_loaded_signal.emit()
QApplication.processEvents()
return
data_type = 'data' if col == 1 else 'norm'
self.is_data_displayed = True if (col == 1) else False
self.raw_runs = str(runs)
run_breaker = RunSequenceBreaker(run_sequence=self.raw_runs)
list_run = run_breaker.final_list
# check if nexus can be found
list_run_object = LocateListRun(list_run=list_run)
if list_run_object.list_run_not_found != []:
str_list_run_not_found = [
str(x) for x in list_run_object.list_run_not_found
]
runs_not_located = ', '.join(str_list_run_not_found)
mess = "Can not locate %s run(s): %s" % (data_type,
runs_not_located)
self.parent.ui.reductionTable.item(row, 8).setText(mess)
_color = QtGui.QColor(RefRed.colors.VALUE_BAD)
self.parent.ui.reductionTable.item(row, 8).setBackground(_color)
else:
mess = "%s runs have been located!" % data_type
self.parent.ui.reductionTable.item(row, 8).setText(mess)
_color = QtGui.QColor(RefRed.colors.VALUE_OK)
self.parent.ui.reductionTable.item(row, 8).setBackground(_color)
list_run_found = list(list_run_object.list_run_found)
if list_run_found == []:
self.parent.ui.reductionTable.item(row, col).setText('')
return
str_list_run_found = [str(x) for x in list_run_found]
final_list_run_found = ','.join(str_list_run_found)
self.parent.ui.reductionTable.item(row,
col).setText(final_list_run_found)
list_nexus_found = list_run_object.list_nexus_found
thread_index = ((self.col - 1) + 2 * self.row)
self.parent.loading_nxs_thread[
thread_index] = CheckListRunCompatibilityAndDisplayThread()
self.parent.loading_nxs_thread[thread_index].setup(
parent=self.parent,
list_run=list_run_found,
list_nexus=list_nexus_found,
row=row,
is_working_with_data_column=self.is_data_displayed,
is_display_requested=self.display_of_this_row_checked())
self.parent.loading_nxs_thread[thread_index].start()
def calculate_discrete_list_of_runs(self):
_raw_run_from_input = self.raw_run_from_input
sequence_breaker = RunSequenceBreaker(_raw_run_from_input)
self.list_of_run_from_input = sequence_breaker.final_list
