glenoidplanefitting.widgets.visualisation module

Widgets for show the results of plane fitting.

glenoidplanefitting.widgets.visualisation.add_vtk_source(renderer, source, linewidth=1.0, opacity=1.0, wireframe=False, colour=None)

simplifies adding a vtk geometry source to a renderer

Parameters

• renderer – a vtk renderer to add to

• source – a vtk geometry source

glenoidplanefitting.widgets.visualisation.render_window_common(renderer, window_name)

Creates and starts a render window and interactor.

Parameters

• renderer – A vtk renderer to add to the render window

• window_name – A name for the window

glenoidplanefitting.widgets.visualisation.renderer_common(bone, background_colour=None)

Initialises a vtk renderer and adds the bone model

glenoidplanefitting.widgets.visualisation.vis_fried(bone, cross1, cross2, glenoid1, result, line_width=5)

Visualise the lines resulting from the friedman method.

Parameters

• cross2 (cross1,) – The end points of the line crossing the glenoid

• result (glenoid1,) – The end points of the line defining the glenoid version

glenoidplanefitting.widgets.visualisation.vis_planes(bone, planes, points1=False, points2=False, resolution=1, plane_size=200.0, vary_plane_colour=False, point_size=5.0)

Visualisation for plane fitting methods

Parameters

• bone – The model surface model

• planes – a list of planes, as returned by the plane fitting methods in algorithms.plane_fitting

glenoidplanefitting.widgets.visualisation.vis_vault(bone, cross1, cross2, glenoid1, result, line_width=5)

Visualise the lines resulting from the vault method.

Parameters

• cross2 (cross1,) – The end points of the line crossing the glenoid

• result (glenoid1,) – The end points of the line defining the glenoid version