m3sh.vis

Visualization using VTK.

Wrapper functions for VTK functionality. This is not meant as a full featured set of visualization routines but should serve as a quick and convenient way to achieve basic visualization tasks.

This module can also be used as a stand-alone OBJ viewer:

>>> python vis.py file.obj --edges

opens a graphics window and displays the contents of file.obj. Omitting the ‘–edges’ argument will not render mesh edges.

Classes

Arrows(points, vectors[, shaft_radius, ...])
Circles(points, vectors, radius)
Cones(points, vectors, angle, radius, ...)
Disks(points, vectors)
LookupTable(actor)	Color bar.
OrientedGlyphs(points, vectors, source, ...)	Glyph base class.
PolyData(data, *[, verts, lines, polys])	Polygonal shape wrapper.
PolyGraph(nodes, graph)	Polygonal graph.
PolyMesh(mesh)	Polygonal mesh shape.
Prop(prop)	Render object.
Spheres(points)	Point cloud.

Mixins

GlyphMixin()
MapperMixin()
PropertyMixin()

Functions

aabb(points[, opacity, edges, labels, color])	Axis aligned bounding box.
add(obj[, renderer])	Queue object for display.
box(a, b[, opacity, edges, color])	Box shape.
canvas(*args[, color, color2, camera, ...])	Create or modify viewport.
colorbar(object[, x, y])	Display colorbar.
cones(points, vectors[, angle, radius, ...])	Cone rendering.
cylinder(a, b, radius[, opacity, ...])	Cylinder shape.
delete(*actors[, renderer])	Remove actor(s).
display(message[, x, y, size, color, bold, ...])	Display static text in the render window.
graph(points, graph[, color])	Graph visualization.
label(pos, text[, size, opacity, color])	Billboard text labels.
mesh(mesh[, color])	Mesh visualization.
pick(x, y[, type, iren])	Perform pick action.
plot(P[, width, size, style, color])	Polyline plotting.
quiver(points, vectors[, size, radius, ...])	Quiver plot.
scatter(points[, style, size, color])	Scatter plot.
screenshot(filename[, scale, window])	Save the current framebuffer contents.
show([width, height, title, info, shadows, ...])	Start the VTK event loop.
sphere(center, radius[, opacity, ...])	Sphere shape.
splat(points, vectors[, size, color])	Point splatting.
update(*args, **kwargs)	Update viewports.