def test_remove_column(self):
mc = MarkedColumns()
mc.add_y(4)
mc.add_x(3)
ec = ErrorColumn(column=2, related_y_column=6)
mc.add_y_err(ec)
self.assertEqual(1, len(mc.as_x))
self.assertEqual(1, len(mc.as_y))
self.assertEqual(1, len(mc.as_y_err))
mc.remove(4)
self.assertEqual(0, len(mc.as_y))
self.assertEqual(1, len(mc.as_y_err))
self.assertEqual(1, len(mc.as_x))
mc.remove(3)
self.assertEqual(0, len(mc.as_x))
self.assertEqual(0, len(mc.as_y))
self.assertEqual(1, len(mc.as_y_err))
mc.remove(2)
self.assertEqual(0, len(mc.as_x))
self.assertEqual(0, len(mc.as_y))
self.assertEqual(0, len(mc.as_y_err))
def test_remove_column(self):
mc = MarkedColumns()
mc.add_y(4)
mc.add_x(3)
ec = ErrorColumn(column=2, related_y_column=6, label_index=0)
mc.add_y_err(ec)
self.assertEqual(1, len(mc.as_x))
self.assertEqual(1, len(mc.as_y))
self.assertEqual(1, len(mc.as_y_err))
mc.remove(4)
self.assertEqual(0, len(mc.as_y))
self.assertEqual(1, len(mc.as_y_err))
self.assertEqual(1, len(mc.as_x))
mc.remove(3)
self.assertEqual(0, len(mc.as_x))
self.assertEqual(0, len(mc.as_y))
self.assertEqual(1, len(mc.as_y_err))
mc.remove(2)
self.assertEqual(0, len(mc.as_x))
self.assertEqual(0, len(mc.as_y))
self.assertEqual(0, len(mc.as_y_err))
def test_build_labels_y_with_only_some_having_yerr(self):
mc = MarkedColumns()
mc.add_y(0)
mc.add_y(1)
mc.add_y_err(ErrorColumn(2,1))
expected = [(0, '[Y0]'), (1, '[Y1]'), (2, '[Y1_YErr]')]
self.assertEqual(expected, mc.build_labels())
def test_fail_to_add_yerr_for_another_yerr(self):
mc = MarkedColumns()
mc.add_y(0)
mc.add_y(1)
mc.add_y(2)
mc.add_y(3)
mc.add_y_err(ErrorColumn(1, 0))
expected = [(0, '[Y0]'), (2, '[Y1]'), (3, '[Y2]'), (1, '[Y0_YErr]')]
self.assertEqual(expected, mc.build_labels())
self.assertRaises(ValueError, lambda: mc.add_y_err(ErrorColumn(0, 1)))
def test_fail_to_add_yerr_for_another_yerr(self):
mc = MarkedColumns()
mc.add_y(0)
mc.add_y(1)
mc.add_y(2)
mc.add_y(3)
mc.add_y_err(ErrorColumn(1, 0, 0))
expected = [(0, '[Y0]'), (2, '[Y1]'), (3, '[Y2]'), (1, '[Y0_YErr]')]
self.assertEqual(expected, mc.build_labels())
self.assertRaises(ValueError, lambda: mc.add_y_err(ErrorColumn(0, 1, 2)))
def test_build_labels_y_and_yerr_change_middle(self):
mc = MarkedColumns()
mc.add_y(0)
mc.add_y(1)
mc.add_y(2)
# change one of the columns to YErr
mc.add_y_err(ErrorColumn(1, 0))
expected = [(0, '[Y0]'), (2, '[Y1]'), (1, '[Y0_YErr]')]
self.assertEqual(expected, mc.build_labels())
# change the last Y column to YErr
mc.add_y_err(ErrorColumn(2, 0))
expected = [(0, '[Y0]'), (2, '[Y0_YErr]')]
self.assertEqual(expected, mc.build_labels())
def test_build_labels_y_and_yerr_change_middle(self):
mc = MarkedColumns()
mc.add_y(0)
mc.add_y(1)
mc.add_y(2)
# change one of the columns to YErr
mc.add_y_err(ErrorColumn(1, 0, 0))
expected = [(0, '[Y0]'), (2, '[Y1]'), (1, '[Y0_YErr]')]
self.assertEqual(expected, mc.build_labels())
# change the last Y column to YErr
mc.add_y_err(ErrorColumn(2, 0, 0))
expected = [(0, '[Y0]'), (2, '[Y0_YErr]')]
self.assertEqual(expected, mc.build_labels())
def test_build_labels_y_and_yerr_change_first(self):
mc = MarkedColumns()
mc.add_y(0)
mc.add_y(1)
mc.add_y(2)
# change one of the columns to YErr
mc.add_y_err(ErrorColumn(0, 1, 1))
# note: the first column is being set -> this decreases the label index of all columns to its right by 1
expected = [(1, '[Y0]'), (2, '[Y1]'), (0, '[Y0_YErr]')]
self.assertEqual(expected, mc.build_labels())
# change the last Y column to YErr
mc.add_y_err(ErrorColumn(2, 1, 0))
expected = [(1, '[Y0]'), (2, '[Y0_YErr]')]
self.assertEqual(expected, mc.build_labels())
def test_build_labels_y_and_yerr_change_first(self):
mc = MarkedColumns()
mc.add_y(0)
mc.add_y(1)
mc.add_y(2)
# change one of the columns to YErr
mc.add_y_err(ErrorColumn(0, 1))
# note: the first column is being set -> this decreases the label index of all columns to its right by 1
expected = [(1, '[Y0]'), (2, '[Y1]'), (0, '[Y0_YErr]')]
self.assertEqual(expected, mc.build_labels())
# change the last Y column to YErr
mc.add_y_err(ErrorColumn(2, 1))
expected = [(1, '[Y0]'), (2, '[Y0_YErr]')]
self.assertEqual(expected, mc.build_labels())
def test_find_yerr(self):
mc = MarkedColumns()
mc.add_y(0)
mc.add_y(1)
mc.add_y(2)
mc.add_y(3)
mc.add_y_err(ErrorColumn(4, 1, 1))
expected = {1: 4}
self.assertEqual(expected, mc.find_yerr([1]))
# Replace the Y column, which has an associated YErr. This should remove the YErr as well
mc.add_y_err(ErrorColumn(1, 3, 1))
expected = {3: 1}
self.assertEqual(expected, mc.find_yerr([0, 1, 2, 3]))
mc.add_y_err(ErrorColumn(4, 2, 1))
expected = {2: 4, 3: 1}
self.assertEqual(expected, mc.find_yerr([0, 1, 2, 3]))
def test_find_yerr(self):
mc = MarkedColumns()
mc.add_y(0)
mc.add_y(1)
mc.add_y(2)
mc.add_y(3)
mc.add_y_err(ErrorColumn(4, 1))
expected = {1: 4}
self.assertEqual(expected, mc.find_yerr([1]))
# Replace the Y column, which has an associated YErr. This should remove the YErr as well
mc.add_y_err(ErrorColumn(1, 3))
expected = {3: 1}
self.assertEqual(expected, mc.find_yerr([0, 1, 2, 3]))
mc.add_y_err(ErrorColumn(4, 2))
expected = {2: 4, 3: 1}
self.assertEqual(expected, mc.find_yerr([0, 1, 2, 3]))
def test_build_labels_x_y(self):
# TODO test this edge case: mark all columns Y, remove one that is not the last one!
mc = MarkedColumns()
mc.add_y(0)
mc.add_y(1)
mc.add_y(2)
mc.add_y(3)
# note that the max Y label number will decrease as more Y columns are being changed to X
expected = [(0, '[Y0]'), (1, '[Y1]'), (2, '[Y2]'), (3, '[Y3]')]
self.assertEqual(expected, mc.build_labels())
expected = [(1, '[X0]'), (0, '[Y0]'), (2, '[Y1]'), (3, '[Y2]')]
mc.add_x(1)
self.assertEqual(expected, mc.build_labels())
expected = [(1, '[X0]'), (3, '[X1]'), (0, '[Y0]'), (2, '[Y1]')]
mc.add_x(3)
self.assertEqual(expected, mc.build_labels())
def test_build_labels_x_y_and_yerr(self):
mc = MarkedColumns()
mc.add_y(0)
mc.add_y(1)
mc.add_y(2)
mc.add_y(3)
mc.add_y_err(ErrorColumn(1, 0))
expected = [(0, '[Y0]'), (2, '[Y1]'), (3, '[Y2]'), (1, '[Y0_YErr]')]
self.assertEqual(expected, mc.build_labels())
expected = [(1, '[X0]'), (0, '[Y0]'), (2, '[Y1]'), (3, '[Y2]')]
mc.add_x(1)
self.assertEqual(expected, mc.build_labels())
expected = [(1, '[X0]'), (2, '[Y0]'), (3, '[Y1]'), (0, '[Y1_YErr]')]
mc.add_y_err(ErrorColumn(0, 3))
self.assertEqual(expected, mc.build_labels())
def test_build_labels_x_y_and_yerr(self):
mc = MarkedColumns()
mc.add_y(0)
mc.add_y(1)
mc.add_y(2)
mc.add_y(3)
mc.add_y_err(ErrorColumn(1, 0, 0))
expected = [(0, '[Y0]'), (2, '[Y1]'), (3, '[Y2]'), (1, '[Y0_YErr]')]
self.assertEqual(expected, mc.build_labels())
expected = [(1, '[X0]'), (0, '[Y0]'), (2, '[Y1]'), (3, '[Y2]')]
mc.add_x(1)
self.assertEqual(expected, mc.build_labels())
expected = [(1, '[X0]'), (2, '[Y0]'), (3, '[Y1]'), (0, '[Y1_YErr]')]
mc.add_y_err(ErrorColumn(0, 3, 2))
self.assertEqual(expected, mc.build_labels())
def test_build_labels_x_y(self):
# TODO test this edge case: mark all columns Y, remove one that is not the last one!
mc = MarkedColumns()
mc.add_y(0)
mc.add_y(1)
mc.add_y(2)
mc.add_y(3)
# note that the max Y label number will decrease as more Y columns are being changed to X
expected = [(0, '[Y0]'), (1, '[Y1]'), (2, '[Y2]'), (3, '[Y3]')]
self.assertEqual(expected, mc.build_labels())
expected = [(1, '[X0]'), (0, '[Y0]'), (2, '[Y1]'), (3, '[Y2]')]
mc.add_x(1)
self.assertEqual(expected, mc.build_labels())
expected = [(1, '[X0]'), (3, '[X1]'), (0, '[Y0]'), (2, '[Y1]')]
mc.add_x(3)
self.assertEqual(expected, mc.build_labels())
def test_changing_y_to_none_removes_associated_yerr_columns(self):
"""
Test to check if a first column is marked as Y, a second column YErr is associated with it, but then
the first one is changed to X - the YErr mark should be removed
"""
mc = MarkedColumns()
mc.add_y(4)
ec = ErrorColumn(column=2, related_y_column=4, label_index=0)
mc.add_y_err(ec)
# check that we have both a Y col and an associated YErr
self.assertEqual(1, len(mc.as_y))
self.assertEqual(1, len(mc.as_y_err))
mc.remove(4)
# changing the column to NONE should have removed it from X, Y and YErr
self.assertEqual(0, len(mc.as_x))
self.assertEqual(0, len(mc.as_y))
self.assertEqual(0, len(mc.as_y_err))
def test_changing_y_to_none_removes_associated_yerr_columns(self):
"""
Test to check if a first column is marked as Y, a second column YErr is associated with it, but then
the first one is changed to X - the YErr mark should be removed
"""
mc = MarkedColumns()
mc.add_y(4)
ec = ErrorColumn(column=2, related_y_column=4, label_index=0)
mc.add_y_err(ec)
# check that we have both a Y col and an associated YErr
self.assertEqual(1, len(mc.as_y))
self.assertEqual(1, len(mc.as_y_err))
mc.remove(4)
# changing the column to NONE should have removed it from X, Y and YErr
self.assertEqual(0, len(mc.as_x))
self.assertEqual(0, len(mc.as_y))
self.assertEqual(0, len(mc.as_y_err))
def test_changing_y_to_x_removes_associated_yerr_columns(self):
"""
Test to check if a first column is marked as Y, a second column YErr is associated with it, but then
the first one is changed to X - the YErr mark should be removed
"""
mc = MarkedColumns()
mc.add_y(4)
ec = ErrorColumn(column=2, related_y_column=4)
mc.add_y_err(ec)
# check that we have both a Y col and an associated YErr
self.assertEqual(1, len(mc.as_y))
self.assertEqual(1, len(mc.as_y_err))
mc.add_x(4)
# changing the column to X should have removed it from Y and Yerr
self.assertEqual(1, len(mc.as_x))
self.assertEqual(0, len(mc.as_y))
self.assertEqual(0, len(mc.as_y_err))
# check setting the column back to Y does not automatically reinstate the error column
mc.add_y(4)
self.assertEqual(1, len(mc.as_y))
self.assertEqual(0, len(mc.as_y_err))
class TableWorkspaceDisplayModel:
SPECTRUM_PLOT_LEGEND_STRING = '{}-{}'
BIN_PLOT_LEGEND_STRING = '{}-bin-{}'
ALLOWED_WORKSPACE_TYPES = [PeaksWorkspace, TableWorkspace]
@classmethod
def supports(cls, ws):
"""
Checks that the provided workspace is supported by this display.
:param ws: Workspace to be checked for support
:raises ValueError: if the workspace is not supported
"""
if not any(isinstance(ws, allowed_type) for allowed_type in cls.ALLOWED_WORKSPACE_TYPES):
raise ValueError("The workspace type is not supported: {0}".format(ws))
def __init__(self, ws):
"""
Initialise the model with the workspace
:param ws: Workspace to be used for providing data
:raises ValueError: if the workspace is not supported
"""
self.supports(ws)
self.ws = ws
self.ws_num_rows = self.ws.rowCount()
self.ws_num_cols = self.ws.columnCount()
self.marked_columns = MarkedColumns()
self._original_column_headers = self.get_column_headers()
# loads the types of the columns
for col in range(self.ws_num_cols):
plot_type = self.ws.getPlotType(col)
if plot_type == TableWorkspaceColumnTypeMapping.X:
self.marked_columns.add_x(col)
elif plot_type == TableWorkspaceColumnTypeMapping.Y:
self.marked_columns.add_y(col)
elif plot_type == TableWorkspaceColumnTypeMapping.YERR:
# mark YErrs only if there are any columns that have been marked as Y
# if there are none then do not mark anything as YErr
if len(self.marked_columns.as_y) > len(self.marked_columns.as_y_err):
# Assume all the YErrs are associated with the first available (no other YErr has it) Y column.
# There isn't a way to know the correct Y column, as that information is not stored
# in the table workspace - the original table workspace does not associate Y errors
# columns with specific Y columns
err_for_column = self.marked_columns.as_y[len(self.marked_columns.as_y_err)]
label = str(len(self.marked_columns.as_y_err))
self.marked_columns.add_y_err(ErrorColumn(col, err_for_column, label))
def _get_v3d_from_str(self, string):
if '[' in string and ']' in string:
string = string[1:-1]
if ',' in string:
return V3D(*[float(x) for x in string.split(',')])
else:
raise ValueError("'{}' is not a valid V3D string.".format(string))
def original_column_headers(self):
return self._original_column_headers[:]
def build_current_labels(self):
return self.marked_columns.build_labels()
def get_name(self):
return self.ws.name()
def get_column_headers(self):
return self.ws.getColumnNames()
def get_column(self, index):
return self.ws.column(index)
def get_number_of_rows(self):
return self.ws_num_rows
def get_number_of_columns(self):
return self.ws_num_cols
def get_column_header(self, index):
return self.get_column_headers()[index]
def is_peaks_workspace(self):
return isinstance(self.ws, PeaksWorkspace)
def set_cell_data(self, row, col, data, is_v3d):
# if the cell contains V3D data, construct a V3D object
# from the string to that it can be properly set
if is_v3d:
data = self._get_v3d_from_str(data)
# The False stops the replace workspace ADS event from being triggered
# The replace event causes the TWD model to be replaced, which in turn
# deletes the previous table item objects, however this happens
# at the same time as we are trying to locally update the data in the
# item object itself, which causes a Qt exception that the object has
# already been deleted and a crash
self.ws.setCell(row, col, data, notify_replace=False)
def workspace_equals(self, workspace_name):
return self.ws.name() == workspace_name
def delete_rows(self, selected_rows):
DeleteTableRows(self.ws, selected_rows)
def get_statistics(self, selected_columns):
stats = StatisticsOfTableWorkspace(self.ws, selected_columns)
return stats
def sort(self, column_index, sort_ascending):
column_name = self.ws.getColumnNames()[column_index]
if self.is_peaks_workspace():
SortPeaksWorkspace(InputWorkspace=self.ws, OutputWorkspace=self.ws, ColumnNameToSortBy=column_name,
SortAscending=sort_ascending)
else:
SortTableWorkspace(InputWorkspace=self.ws, OutputWorkspace=self.ws, Columns=column_name,
Ascending=sort_ascending)
class TableWorkspaceDisplayModel:
SPECTRUM_PLOT_LEGEND_STRING = '{}-{}'
BIN_PLOT_LEGEND_STRING = '{}-bin-{}'
EDITABLE_COLUMN_NAMES = ['h', 'k', 'l']
ALLOWED_WORKSPACE_TYPES = [ITableWorkspace]
@classmethod
def supports(cls, ws: ITableWorkspace):
"""
Checks that the provided workspace is supported by this display.
:param ws: Workspace to be checked for support
:raises ValueError: if the workspace is not supported
"""
if not any(
isinstance(ws, allowed_type)
for allowed_type in cls.ALLOWED_WORKSPACE_TYPES):
raise ValueError(
"The workspace type is not supported: {0}".format(ws))
def __init__(self, ws: ITableWorkspace):
"""
Initialise the model with the workspace
:param ws: Workspace to be used for providing data
:raises ValueError: if the workspace is not supported
"""
self.supports(ws)
self.ws: ITableWorkspace = ws
self.ws_num_rows = self.ws.rowCount()
self.ws_num_cols = self.ws.columnCount()
self.marked_columns = MarkedColumns()
self._original_column_headers = self.get_column_headers()
# loads the types of the columns
for col in range(self.ws_num_cols):
plot_type = self.ws.getPlotType(col)
if plot_type == TableWorkspaceColumnTypeMapping.X:
self.marked_columns.add_x(col)
elif plot_type == TableWorkspaceColumnTypeMapping.Y:
self.marked_columns.add_y(col)
elif plot_type == TableWorkspaceColumnTypeMapping.YERR:
err_for_column = self.ws.getLinkedYCol(col)
if err_for_column >= 0:
self.marked_columns.add_y_err(
ErrorColumn(col, err_for_column))
def _get_v3d_from_str(self, string):
if '[' in string and ']' in string:
string = string[1:-1]
if ',' in string:
return V3D(*[float(x) for x in string.split(',')])
else:
raise ValueError("'{}' is not a valid V3D string.".format(string))
def original_column_headers(self):
return self._original_column_headers[:]
def build_current_labels(self):
return self.marked_columns.build_labels()
def get_name(self):
return self.ws.name()
def get_column_headers(self):
return self.ws.getColumnNames()
def get_column(self, index):
return self.ws.column(index)
def get_cell(self, row, column):
return self.ws.cell(row, column)
def get_number_of_rows(self):
return self.ws_num_rows
def get_number_of_columns(self):
return self.ws_num_cols
def get_column_header(self, index):
return self.get_column_headers()[index]
def is_editable_column(self, icol):
if self.is_peaks_workspace():
return self.ws.getColumnNames()[icol] in self.EDITABLE_COLUMN_NAMES
else:
return not self.ws.isColumnReadOnly(icol)
def is_peaks_workspace(self):
return isinstance(self.ws, IPeaksWorkspace)
def set_cell_data(self, row, col, data, is_v3d):
if self.is_peaks_workspace():
p = self.ws.getPeak(row)
if self.ws.getColumnNames()[col] == "h":
p.setH(data)
elif self.ws.getColumnNames()[col] == "k":
p.setK(data)
elif self.ws.getColumnNames()[col] == "l":
p.setL(data)
else:
# if the cell contains V3D data, construct a V3D object
# from the string to that it can be properly set
if is_v3d:
data = self._get_v3d_from_str(data)
# The False stops the replace workspace ADS event from being triggered
# The replace event causes the TWD model to be replaced, which in turn
# deletes the previous table item objects, however this happens
# at the same time as we are trying to locally update the data in the
# item object itself, which causes a Qt exception that the object has
# already been deleted and a crash
self.ws.setCell(row, col, data, notify_replace=False)
def workspace_equals(self, workspace_name):
return self.ws.name() == workspace_name
def delete_rows(self, selected_rows):
from mantid.simpleapi import DeleteTableRows
DeleteTableRows(self.ws, selected_rows)
def get_statistics(self, selected_columns):
from mantid.simpleapi import StatisticsOfTableWorkspace
stats = StatisticsOfTableWorkspace(self.ws, selected_columns)
return stats
def sort(self, column_index, sort_ascending):
from mantid.simpleapi import SortPeaksWorkspace, SortTableWorkspace
column_name = self.ws.getColumnNames()[column_index]
if self.is_peaks_workspace():
SortPeaksWorkspace(InputWorkspace=self.ws,
OutputWorkspace=self.ws,
ColumnNameToSortBy=column_name,
SortAscending=sort_ascending)
else:
SortTableWorkspace(InputWorkspace=self.ws,
OutputWorkspace=self.ws,
Columns=column_name,
Ascending=sort_ascending)
def set_column_type(self, col, type, linked_col_index=-1):
self.ws.setPlotType(col, type, linked_col_index)
class TableWorkspaceDisplayModel:
SPECTRUM_PLOT_LEGEND_STRING = '{}-{}'
BIN_PLOT_LEGEND_STRING = '{}-bin-{}'
ALLOWED_WORKSPACE_TYPES = [PeaksWorkspace, TableWorkspace]
@classmethod
def supports(cls, ws):
"""
Checks that the provided workspace is supported by this display.
:param ws: Workspace to be checked for support
:raises ValueError: if the workspace is not supported
"""
if not any(
isinstance(ws, allowed_type)
for allowed_type in cls.ALLOWED_WORKSPACE_TYPES):
raise ValueError(
"The workspace type is not supported: {0}".format(ws))
def __init__(self, ws):
"""
Initialise the model with the workspace
:param ws: Workspace to be used for providing data
:raises ValueError: if the workspace is not supported
"""
self.supports(ws)
self.ws = ws
self.ws_num_rows = self.ws.rowCount()
self.ws_num_cols = self.ws.columnCount()
self.marked_columns = MarkedColumns()
self._original_column_headers = self.get_column_headers()
# loads the types of the columns
for col in range(self.ws_num_cols):
plot_type = self.ws.getPlotType(col)
if plot_type == TableWorkspaceColumnTypeMapping.X:
self.marked_columns.add_x(col)
elif plot_type == TableWorkspaceColumnTypeMapping.Y:
self.marked_columns.add_y(col)
elif plot_type == TableWorkspaceColumnTypeMapping.YERR:
# mark YErrs only if there are any columns that have been marked as Y
# if there are none then do not mark anything as YErr
if len(self.marked_columns.as_y) > len(
self.marked_columns.as_y_err):
# Assume all the YErrs are associated with the first available (no other YErr has it) Y column.
# There isn't a way to know the correct Y column, as that information is not stored
# in the table workspace - the original table workspace does not associate Y errors
# columns with specific Y columns
err_for_column = self.marked_columns.as_y[len(
self.marked_columns.as_y_err)]
label = str(len(self.marked_columns.as_y_err))
self.marked_columns.add_y_err(
ErrorColumn(col, err_for_column, label))
def _get_v3d_from_str(self, string):
if '[' in string and ']' in string:
string = string[1:-1]
if ',' in string:
return V3D(*[float(x) for x in string.split(',')])
else:
raise ValueError("'{}' is not a valid V3D string.".format(string))
def original_column_headers(self):
return self._original_column_headers[:]
def build_current_labels(self):
return self.marked_columns.build_labels()
def get_name(self):
return self.ws.name()
def get_column_headers(self):
return self.ws.getColumnNames()
def get_column(self, index):
return self.ws.column(index)
def get_number_of_rows(self):
return self.ws_num_rows
def get_number_of_columns(self):
return self.ws_num_cols
def get_column_header(self, index):
return self.get_column_headers()[index]
def is_peaks_workspace(self):
return isinstance(self.ws, PeaksWorkspace)
def set_cell_data(self, row, col, data, is_v3d):
# if the cell contains V3D data, construct a V3D object
# from the string to that it can be properly set
if is_v3d:
data = self._get_v3d_from_str(data)
# The False stops the replace workspace ADS event from being triggered
# The replace event causes the TWD model to be replaced, which in turn
# deletes the previous table item objects, however this happens
# at the same time as we are trying to locally update the data in the
# item object itself, which causes a Qt exception that the object has
# already been deleted and a crash
self.ws.setCell(row, col, data, notify_replace=False)
def workspace_equals(self, workspace_name):
return self.ws.name() == workspace_name
def delete_rows(self, selected_rows):
DeleteTableRows(self.ws, selected_rows)
def get_statistics(self, selected_columns):
stats = StatisticsOfTableWorkspace(self.ws, selected_columns)
return stats
def sort(self, column_index, sort_ascending):
column_name = self.ws.getColumnNames()[column_index]
if self.is_peaks_workspace():
SortPeaksWorkspace(InputWorkspace=self.ws,
OutputWorkspace=self.ws,
ColumnNameToSortBy=column_name,
SortAscending=sort_ascending)
else:
SortTableWorkspace(InputWorkspace=self.ws,
OutputWorkspace=self.ws,
Columns=column_name,
Ascending=sort_ascending)