def test_save_image(self):
"""Test that saving an image does something."""
self.cbct.load_demo_images()
self.cbct.analyze(hu_tolerance=10, scaling_tolerance=0.01)
for method in ['save_analyzed_image', 'save_analyzed_subimage']:
methodcall = getattr(self.cbct, method)
save_file(methodcall)
def test_save_image(self):
"""Test that saving an image does something."""
self.cbct.load_demo_images()
self.cbct.analyze(hu_tolerance=10, scaling_tolerance=0.01)
for method in ['save_analyzed_image', 'save_analyzed_subimage']:
methodcall = getattr(self.cbct, method)
save_file(methodcall)
def test_save_axes(self):
for methodname in ('save_plot_actual', 'save_plot_expected', 'save_plot_difference'):
# save matplotlib figures
method = getattr(self.tlog.axis_data.gantry, methodname)
save_file(method)
# save MPLD3 HTML
save_file(method, interactive=True, as_file_object='str')
def test_save_axes(self):
for methodname in ('save_plot_actual', 'save_plot_expected',
'save_plot_difference'):
# save matplotlib figures
method = getattr(self.log.axis_data.mlc.leaf_axes[10], methodname)
save_file(method)
# save MPLD3 HTML
save_file(method, interactive=True, as_file_object='str')
def test_save_to_csv(self):
save_file('tester.csv', self.log.to_csv)
# without filename should make one based off tlog name
self.log.to_csv()
time.sleep(0.1)
name = self.log._filename_str.replace('.bin', '.csv')
self.assertTrue(osp.isfile(name))
os.remove(name)
self.assertFalse(osp.isfile(name))
def test_save_subimage(self):
for subimage in (DMLC, OPEN, PROFILE):
save_file(self.vmat.save_analyzed_subimage, subimage)
save_file(self.vmat.save_analyzed_subimage, subimage, as_file_object='bytes')
# also do interactive
save_file(self.vmat.save_analyzed_subimage, PROFILE, interactive=True)
save_file(self.vmat.save_analyzed_subimage, PROFILE, interactive=True, as_file_object='str')
def test_save_subimage(self):
for subimage in (DMLC, OPEN, PROFILE):
save_file(self.vmat.save_analyzed_subimage, subimage)
save_file(self.vmat.save_analyzed_subimage, subimage, as_file_object='bytes')
# also do interactive
save_file(self.vmat.save_analyzed_subimage, PROFILE, interactive=True)
save_file(self.vmat.save_analyzed_subimage, PROFILE, interactive=True, as_file_object='str')
def test_save_axes(self):
for methodname in ('save_plot_actual', 'save_plot_expected', 'save_plot_difference'):
method = getattr(self.log.axis_data.gantry, methodname)
save_file('test.png', method)
def test_save_analyzed_image(self):
# save as normal file
save_file(self.vmat.save_analyzed_image)
# save from buffer
save_file(self.vmat.save_analyzed_image, as_file_object='b')
def test_save_image(self):
"""Test that saving an image does something."""
for method in ['save_analyzed_image', 'save_analyzed_subimage']:
methodcall = getattr(self.cbct, method)
save_file(methodcall)
def test_save(self):
save_file(self.wl.save_summary)
save_file(self.wl.save_images)
def test_save_tlog_to_csv(self):
save_file(self.tlog.to_csv)
def test_save_analyzed_subimage(self):
# save as normal file
save_file(self.star.save_analyzed_subimage)
# save into buffer
save_file(self.star.save_analyzed_subimage, as_file_object='b')
def test_save_analyzed_image(self):
"""Test that saving an image does something."""
save_file(self.star.save_analyzed_image)
def test_saving_plots(self):
self.log.fluence.gamma.calc_map()
save_file('test.png', self.log.fluence.gamma.save_map)
def test_saving(self):
self.instance.plot_analyzed_image()
save_file(self.instance.save_analyzed_image)
def test_save_analyzed_image(self):
# save as normal file
save_file(self.vmat.save_analyzed_image)
# save from buffer
save_file(self.vmat.save_analyzed_image, as_file_object='b')
def test_saving_image(self):
save_file(self.pf.save_analyzed_image)
save_file(self.pf.save_analyzed_image, interactive=True)
def test_pdf(self):
save_file(self.cbct.publish_pdf, 'temp')
def test_saving_images(self):
save_file('test.png', self.vmat.save_analyzed_image)
def test_saving_image(self):
save_file(self.pf.save_analyzed_image)
save_file(self.pf.save_analyzed_image, interactive=True)
def test_saving(self):
self.instance.plot_analyzed_image()
save_file(self.instance.save_analyzed_image)
def test_pdf(self):
save_file(self.instance.publish_pdf)
def test_save_analyzed_image(self):
"""Test that saving an image does something."""
save_file(self.star.save_analyzed_image)
def test_save(self):
save_file(self.wl.save_summary)
save_file(self.wl.save_images)
def test_saving_image(self):
save_file(self.pf.save_analyzed_image)
def test_save_summary(self):
self.log.fluence.gamma.calc_map()
save_file(self.log.save_summary)
def test_save_analyzed_subimage(self):
# save as normal file
save_file(self.star.save_analyzed_subimage)
# save into buffer
save_file(self.star.save_analyzed_subimage, as_file_object='b')
def test_saving_fluence_plots(self):
self.dlog.fluence.gamma.calc_map()
save_file(self.dlog.fluence.gamma.save_map)
save_file(self.dlog.fluence.gamma.save_histogram)
def test_save(self):
save_file(self.dcm.save)
def test_save_image(self):
"""Test that saving an image does something."""
for method in ['save_analyzed_image', 'save_analyzed_subimage']:
methodcall = getattr(self.cbct, method)
save_file(methodcall)
def test_save_to_csv(self):
save_file(self.log.to_csv)
def test_saving_fluence_plots(self):
self.log.fluence.gamma.calc_map()
save_file(self.log.fluence.gamma.save_map)
save_file(self.log.fluence.gamma.save_histogram)
def test_save_summary(self):
self.tlog.fluence.gamma.calc_map()
save_file(self.tlog.save_summary)
def test_pdf(self):
save_file(self.instance.publish_pdf)
