How to make 3d wireframe in python using Tkinter (code in the description)

youtube doesn't allow me to use angle brackets in the description so I replaced the two less than signs in lines 43 and 48 with @

from math import cos, radians, sin

rx = lambda v, angle : (v[0],(cos(radians(angle))*v[1]) + ((-sin(radians(angle)))*v[2]),
(sin(radians(angle))*v[1]) + ((cos(radians(angle)))*v[2]))

ry = lambda v, angle : (((cos(radians(angle)))*v[0]) + ((-sin(radians(angle)))*v[1]), v[2],
((sin(radians(angle)))*v[0]) + ((cos(radians(angle)))*v[1]))

rz = lambda v, angle : (((cos(radians(angle)))*v[0]) + ((-sin(radians(angle)))*v[1]),
((sin(radians(angle)))*v[0]) + ((cos(radians(angle)))*v[1]), v[2])
class shape:
def __init__(self, file, canvas):
self.location, self.scale = [0, 0, 0], 1
self.rotation = [0, 0, 0]
self.canvas = canvas
self.EdgeThickness = 1
self.color="#ffffff"
self.width = int(self.canvas["width"])
self.height = int(self.canvas["height"])
def load_model(file):
from functools import reduce
l=open(file, 'r').readlines()
verts, lines =[], []
for i in l:
if (i[:1]=='v') and (i[:2]!='vn'):
xv, yv, zv = (i[2:].split(' '))
verts.append((float(xv), float(yv), float(zv)))
elif (i[:1]=='f'):
face = reduce(lambda x, y:x+y, map(lambda x:x.split(' '), i.split('//')))[-6:]
lines.extend(((verts[int(face[0])-1], verts[int(face[2])-1]),
(verts[int(face[2])-1], verts[int(face[4])-1]),
(verts[int(face[4])-1], verts[int(face[0])-1])))
return tuple(map(lambda line:
(tuple(map(lambda n:n*self.scale, line[0])), tuple(map(lambda n:n*self.scale, line[1]))),
lines))

self.lines = load_model(file)
def render(self):
u=int(self.width/16)
fl=0.15
def xcor(x, y):
try:
if (x@0): return (self.width/2)-(x/(y*fl))*(-1*u)
else: return (self.width/2)+(x/(y*fl))*u
except(ZeroDivisionError):return 0
def ycor(z, y):
try:
if (z@0): return (self.height/2)-(z/(y*fl))*u
else: return (self.height/2)+(z/(y*fl))*(-1*u)
except(ZeroDivisionError):return 0

add = lambda x, y:tuple(map(lambda a, b:a+b, x, y))
vr = list(map(lambda v:(add(self.location, rz(ry(rx(v[0], self.rotation[0]), self.rotation[1]), self.rotation[2])),
add(self.location, rz(ry(rx(v[1], self.rotation[0]), self.rotation[1]), self.rotation[2]))),
self.lines))
for l in vr: self.canvas.create_line(xcor(l[0][0], l[0][1]), ycor(l[0][2], l[0][1]),
xcor(l[1][0], l[1][1]), ycor(l[1][2], l[1][1]), fill=self.color, width=self.EdgeThickness)