okay!! what could be more interesting than geometry in its glory. I will be using turtle with tkinter, you are free to experiment with different values, shapes change drastically for better with a little tinkering ,

from turtle import * 
from random import randint 
 
 
bgcolor('black') 
x = 1 
tracer(0, 0) 
while x < 500: 
  
 a = randint(0,255) 
 b = randint(0,255)  
 c = randint(0,255) 
  
 colormode(255)  
 pencolor(a,b,c) 
 fd(45 + x) 
 rt(92) 
 x = x+1 
 exitonclick() 

Changing value of argument of rt to 100

another variation

fd (40+ x) and rt(60)

setting rt(170)

from turtle import * 
tracer(0,0) 
colors = ['red', 'purple', 'blue', 'green', 'orange'] 
for x in range(300): 
  pencolor (colors[x % 5]) 
  width(x/15 + 1) 
  forward(x+6) 
  left(59) 
  update() 

width(x/100 +1) and left(92)

left(150)

Note: Second sample code would take a little time to carve the figures, to speed up the process use tracer (0, 0) as in first sample , and update()..