Class Torus

About :

A graphic node for torus display Torus

Function	summury
__init__(self, obj=None, R=1, r=0.1, angle_start=0, angle_stop=6.283185307179586, resolution_u=10, resolution_v=5, cap_start=True, cap_end=True)
set_geometry(self, R=1, r=0.1, angle_start=0, angle_stop=6.283185307179586)
Point(self, u, v)
Index(self, i, j)
compile(self, data, faces)	complete the given numpy tables with data of the current node (more…)
get_vertex_faces(self, ni=0)
get_face_vertices(self, nf=0)
get_vertex_coordinates(self, ni)
get_vertex_normal(self, ni)
get_face_number(self)
get_vertex_number(self)
bounding_box(self)
set_data(self)
set_layout(self)
set_origin_and_normal(self, X0=(0, 0, 0), normal=(0, 0, 1))	set the transformation matrix to get a cylinder (more…)

def __init__(self, obj=None, R=1, r=0.1, angle_start=0, angle_stop=6.283185307179586, resolution_u=10, resolution_v=5, cap_start=True, cap_end=True)

def set_geometry(self, R=1, r=0.1, angle_start=0, angle_stop=6.283185307179586)

def Point(self, u, v)

def Index(self, i, j)

def compile(self, data, faces)

complete the given numpy tables with data of the current node

def get_vertex_faces(self, ni=0)

def get_face_vertices(self, nf=0)

def get_vertex_coordinates(self, ni)

def get_vertex_normal(self, ni)

def get_face_number(self)

def get_vertex_number(self)

def bounding_box(self)

def set_data(self)

def set_layout(self)

def set_origin_and_normal(self, X0=(0, 0, 0), normal=(0, 0, 1))

set the transformation matrix to get a cylinder going from X0 directed by normal