def main(argv):
obj = ObjObject(argv[0], color_fun=True)
actions = {
'smooth': lambda a=0.3, n=1: obj.smooth(float(a), int(n)),
'noise': lambda s=0.01: obj.noise(float(s)),
'obj': lambda fn='tmp.obj': obj.save_obj(fn),
'ear': lambda: obj.triangulate(),
'center': obj.center,
'normalize': obj.normalize
}
for arg in argv[1:]:
parts = arg.split(":")
actions[parts[0]](*parts[1:])
ucgf.show_scene([obj])
def main(argv):
curves = {
'lagrange': Lagrange,
'bezier': BezierPipe,
'cox_de_boor': CoxDeBoor,
}
curve = curves[argv[0]]
points = read_points(argv[1])
if len(argv) > 2:
handle = obj_parser.ObjObject(argv[2], color=None)
handle.center()
handle.normalize()
else:
handle = ucgf.Sphere(color=None)
#ucgf.show_scene([BezierPipe(points, handle=handle)])
ucgf.show_scene([curve(points, handle=handle)])
def main(argv):
ucgf.show_scene([Projection()])
def main(argv):
ucgf.show_scene([Robot()])
def main(argv):
ucgf.show_scene([load_cloud(argv[0])])
def main(argv):
ucgf.show_scene([Texture()])
