def line_contour_splitbutton(dialog, window_name, number=1):
viewer = False
if "Viewer" in window_name:
viewer = True
window = supportingFunctions.find_window_func(window_name)
if viewer is True:
left, top, right, bottom = get_rect(dialog, window, True)
else:
left, top, right, bottom = get_rect(dialog, window)
counter = 0
while counter < number:
dialog.press_mouse_input(
coords=(randint((left+50), (right-150)), randint((top+50), (bottom-50))), absolute=True)
dialog.click_input(
coords=(randint((left+50), (right-150)), randint((top+50), (bottom-50))), absolute=True)
counter += 1
dialog.type_keys('{VK_ESCAPE}')
# dialog.type_keys('^{BACKSPACE}')
return
def curved_measurement_contour(dialog, window_name, number=5):
viewer = False
if "Viewer" in window_name:
viewer = True
window = supportingFunctions.find_window_func(window_name)
if dialog.child_window(title="Toolbar", control_type="ToolBar").child_window(
title="Curved Length Measurement").exists() is True:
dialog.child_window(title="Toolbar", control_type="ToolBar").child_window(
title="Curved Length Measurement").click_input()
else:
print "Curved Measurement Contour not available."
return
if viewer is True:
left, top, right, bottom = get_rect(dialog, window, True)
else:
left, top, right, bottom = get_rect(dialog, window)
counter = 0
while counter < number-1:
dialog.click_input(
coords=(randint((left+50), (right-150)), randint((top+50), (bottom-50))), absolute=True)
counter += 1
dialog.click_input(
coords=(randint((left + 50), (right - 150)), randint((top+50), (bottom-50))), absolute=True, double=True)
dialog.type_keys('{VK_ESCAPE}')
return
def load_series(dialog, study, window_name, series):
window = supportingFunctions.find_window_func(window_name)
command = "dialog.child_window(title=study, control_type='Window', found_index=0).SplitButton.Custom%s.\
drag_mouse_input(dst=dialog.%s.rectangle())" % (series + 4, window)
exp_as_func = eval('lambda dialog, study, series: ' + command)
if dialog.child_window(
title=study, control_type='Window',
found_index=0).SplitButton.Scrollbar.exists() is True:
dialog.child_window(
title=study, control_type='Window',
found_index=0).SplitButton.Scrollbar.wheel_mouse_input(
wheel_dist=60)
if series > 6:
dialog.child_window(
title=study, control_type='Window',
found_index=0).SplitButton.Scrollbar.wheel_mouse_input(
wheel_dist=-4)
else:
pass
exp_as_func(dialog, study, series)
###### CONSIDER WRITING METHOD
if dialog.child_window(control_type="Window", found_index=0).exists() is True and \
dialog.child_window(title="OK Enter", control_type="Button").exists() is True:
supportingFunctions.ignore_warning_message(dialog)
return window
def line_contour(dialog, window_name, number=1):
viewer = False
if "Viewer" in window_name:
viewer = True
window = supportingFunctions.find_window_func(window_name)
if dialog.child_window(title="Toolbar", control_type="ToolBar").child_window(
title="Line Contour").exists() is True:
dialog.child_window(title="Toolbar", control_type="ToolBar").child_window(
title="Line Contour").click_input()
else:
print "Line Contour not available"
return
if viewer is True:
left, top, right, bottom = get_rect(dialog, window, True)
else:
left, top, right, bottom = get_rect(dialog, window)
counter = 0
while counter < number:
dialog.press_mouse_input(
coords=(randint((left+50), (right-150)), randint((top+50), (bottom-50))), absolute=True)
dialog.click_input(
coords=(randint((left+50), (right-150)), randint((top+50), (bottom-50))), absolute=True)
counter += 1
dialog.type_keys('{VK_ESCAPE}')
# dialog.type_keys('^{BACKSPACE}')
return
def load_series(dialog, study, window_name, series=1):
window = supportingFunctions.find_window_func(window_name)
command = "dialog.child_window(title=study, control_type='Window', found_index=0).SplitButton.Custom%s.\
drag_mouse_input(dst=dialog.Custom2.%s.rectangle())" % (series + 4,
window)
exp_as_func = eval('lambda dialog, study, series: ' + command)
if dialog.child_window(
title=study, control_type='Window',
found_index=0).SplitButton.Scrollbar.exists() is True:
dialog.child_window(
title=study, control_type='Window',
found_index=0).SplitButton.Scrollbar.wheel_mouse_input(
wheel_dist=60)
if series > 6:
dialog.child_window(
title=study, control_type='Window',
found_index=0).SplitButton.Scrollbar.wheel_mouse_input(
wheel_dist=-4)
else:
pass
exp_as_func(dialog, study, series)
return
def flow_contour(dialog, window_name):
window = supportingFunctions.find_window_func(window_name)
x, y = get_rect_circular(dialog, window)
dialog.press_mouse_input(coords=((x + 30), (y + 30)))
dialog.move_mouse_input(coords=((x + 20), (y - 20)))
dialog.move_mouse_input(coords=((x - 20), (y - 20)))
dialog.release_mouse_input(coords=((x - 10), (y - 10)))
def draw_lv_extent(dialog, window_name):
window = supportingFunctions.find_window_func(window_name)
left, top, right, bottom = get_rect(dialog, window)
# print left, top, right, bottom
counter = 0
while counter < 3:
dialog.click_input(
coords=(randint((left + 50), (right - 70)), randint((top + 50), (bottom - 50))), absolute=True)
counter += 1
return
def curved_measurement_contour_splitbutton(dialog, window_name, number=5):
window = supportingFunctions.find_window_func(window_name)
left, top, right, bottom = get_rect(dialog, window)
counter = 0
while counter < number-1:
dialog.click_input(
coords=(randint((left+50), (right-150)), randint((top+50), (bottom-50))), absolute=True)
counter += 1
dialog.click_input(
coords=(randint((left + 50), (right - 150)), randint((top+50), (bottom-50))), absolute=True, double=True)
dialog.type_keys('{VK_ESCAPE}')
return
def draw_epi_endo(dialog, window_name):
window = supportingFunctions.find_window_func(window_name)
left, top, right, bottom = get_rect(dialog, window)
dialog.press_mouse_input(
coords=(randint((left + 50), (right - 150)), randint((top + 50), (bottom - 50))), absolute=True)
counter = 0
while counter < 4:
dialog.move_mouse_input(
coords=(randint((left + 50), (right - 150)), randint((top + 50), (bottom - 50))), absolute=True)
counter += 1
dialog.release_mouse_input(
coords=(randint((left + 50), (right - 150)), randint((top + 50), (bottom - 50))), absolute=True)
dialog.type_keys('{VK_ESCAPE}')
return