def main():
args = parse_arguments()
if args.scene is not None:
scene = Scene.create_from_file(args.scene)
elif args.mesh is not None:
scene = Scene.create_basic_scene(args.mesh)
else:
raise RuntimeError("Please specify either a mesh or a scene.")
win = GUIFrontEnd(scene)
def create_scene_from_arguments(args):
assert(args.mesh is not None);
path, name = os.path.split(args.mesh);
if args.scalar_field is None:
scene = Scene.create_basic_scene(args.mesh);
else:
scene = Scene.create_basic_scalar_scene(
args.mesh, args.scalar_field, args.color_map,
args.bounds, args.discrete, args.normalize);
view = scene.views[0];
view.name = name;
return scene;
def create_scene_from_arguments(args):
assert (args.mesh is not None)
path, name = os.path.split(args.mesh)
if args.with_texture:
scene = Scene.create_texture_scene(args.mesh, args.uv_scale,
args.uv_offset)
elif args.scalar_field is None:
scene = Scene.create_basic_scene(args.mesh)
else:
scene = Scene.create_basic_scalar_scene(args.mesh, args.scalar_field,
args.color_map, args.bounds,
args.discrete, args.normalize)
view = scene.views[0]
view.name = name
return scene
def main():
args = parse_arguments()
if args.scene is not None:
scene = Scene.create_from_file(args.scene)
else:
scene = create_scene_from_arguments(args)
scene = update_scene_with_arguments(scene, args)
if args.output is not None:
scene.output_dir = args.output
for i in range(len(scene.views)):
scene.activate_view(i)
assert (scene.active_view == scene.views[i])
if args.renderer == "opengl":
render_with_opengl(scene)
elif args.renderer == "povray":
render_with_povray(scene)
elif args.renderer == "mitsuba":
render_with_mitsuba(scene)