def get_net_for_facet(P: Tope, i: int, keys=[]) -> Net: F = P.get_facet(i, meta_keys=keys) G = get_facet_graph(F) T = G.get_spanning_tree() N = Net(F,
from tope import Tope
from tope.net import *
from tope.orth import *
from tests import normalize_polygon from typing import *
import json, os, numpy as np
rng = np.random.default_rng()
with open("polys.json") as fd: polys = json.load(fd)
logger.remove()
think of the fourth dimension, not as a new region of space – a direction, as has been said, toward which we can never point– but as a principle of growth, of change, a measure of relations which cannot be expressed in terms of length, breadth and thickness