def start_emu(self):
res1 = Load(r'emu00006473.nxs', OutputWorkspace='ws1')
Load(r'emu00006475.nxs', OutputWorkspace='ws2')
plot([res1[0]], [3, 5, 7])
manager = GlobalFigureManager.get_active()
self.w = manager.window
trigger_action(find_action_with_text(self.w, 'Fit'))
yield 0.1
self.fit_browser = manager.fit_browser
def start_emu(self):
res1 = Load(r'emu00006473.nxs', OutputWorkspace='ws1')
Load(r'emu00006475.nxs', OutputWorkspace='ws2')
plot([res1[0]], [3, 5, 7])
manager = GlobalFigureManager.get_active()
self.w = manager.window
trigger_action(find_action_with_text(self.w, 'Fit'))
yield 0.1
self.fit_browser = manager.fit_browser
def test_plot_from_names_produces_overplot_for_valid_name(
self, get_spectra_selection_mock):
# make first plot
plot([self._test_ws], wksp_indices=[0])
self._do_plot_from_names_test(get_spectra_selection_mock,
expected_labels=["spec 1", "spec 2"],
wksp_indices=[1],
errors=False,
overplot=True)
def fitting_done(self, name):
from workbench.plotting.functions import plot
name += '_Workspace'
ws = mtd[name]
self.clear_fit_result_lines()
plot([ws], wksp_indices=[1, 2], fig=self.canvas.figure, overplot=True)
name += ':'
for lin in self.get_lines():
if lin.get_label().startswith(name):
self.fit_result_lines.append(lin)
def start(self):
if 'ws' not in mtd:
ws = Load(r'irs26176_graphite002_conv_1LFixF_s0_to_9_Result.nxs', OutputWorkspace='ws')
else:
ws = mtd['ws']
plot([ws], [1])
manager = GlobalFigureManager.get_active()
self.w = manager.window
trigger_action(find_action_with_text(self.w, 'Fit'))
yield 0.1
self.fit_browser = manager.fit_browser
def start(self):
if 'ws' not in mtd:
ws = Load(r'irs26176_graphite002_conv_1LFixF_s0_to_9_Result.nxs',
OutputWorkspace='ws')
else:
ws = mtd['ws']
plot([ws], [1])
manager = GlobalFigureManager.get_active()
self.w = manager.window
trigger_action(find_action_with_text(self.w, 'Fit'))
yield 0.1
self.fit_browser = manager.fit_browser
def _do_plot_spectrum(self, names, errors):
"""
Plot spectra from the selected workspaces
:param names: A list of workspace names
:param errors: If true then error bars will be plotted on the points
"""
try:
selection = get_plot_selection(_workspaces_from_names(names), self)
if selection is not None:
plot(selection.workspaces, spectrum_nums=selection.spectra,
wksp_indices=selection.wksp_indices,
errors=errors)
except BaseException:
import traceback
traceback.print_exc()
def _do_plot_spectrum(self, names, errors):
"""
Plot spectra from the selected workspaces
:param names: A list of workspace names
:param errors: If true then error bars will be plotted on the points
"""
try:
selection = get_plot_selection(_workspaces_from_names(names), self)
if selection is not None:
plot(selection.workspaces,
spectrum_nums=selection.spectra,
wksp_indices=selection.wksp_indices,
errors=errors)
except BaseException:
import traceback
traceback.print_exc()
def test_plot_from_names_within_existing_figure(
self, get_spectra_selection_mock):
# make existing plot
fig = plot([self._test_ws], wksp_indices=[0])
self._do_plot_from_names_test(get_spectra_selection_mock,
expected_labels=["spec 1", "spec 2"],
wksp_indices=[1],
errors=False,
overplot=False,
target_fig=fig)
def test_plot_from_names_within_existing_figure(self, get_spectra_selection_mock):
# make existing plot
fig = plot([self._test_ws], wksp_indices=[0])
self._do_plot_from_names_test(get_spectra_selection_mock, expected_labels=["spec 1", "spec 2"],
wksp_indices=[1], errors=False, overplot=False,
target_fig=fig)
def test_plot_from_names_produces_overplot_for_valid_name(self, get_spectra_selection_mock):
# make first plot
plot([self._test_ws], wksp_indices=[0])
self._do_plot_from_names_test(get_spectra_selection_mock, expected_labels=["spec 1", "spec 2"],
wksp_indices=[1], errors=False, overplot=True)