# Kursuse "Rakenduste loomise ja programmeerimise alused" õppematerjalist.
from turtle import *
from math import *

def rist(x,y, a, b, v1, v2, w = 1):
    penup(); setpos(x, y)
    begin_fill(); pendown()
    width(w); pencolor(v1);fillcolor(v2)
    setpos(x+a, y); setpos(x+a, y+b)
    setpos(x, y+b); setpos(x, y)
    end_fill();  return

def elips(x0, y0, a, b, n, v1, v2, w = 1):
   color(v1, v2); h = 360/n
   penup(); setpos(x0+a, y0)
   pendown(); width(w); begin_fill()
   for k in range(n + 1):
       fi = k * h * pi / 180
       x = x0 + a * cos(fi)
       y = y0 + b * sin(fi)
       setpos(x, y) 
   end_fill(); return
   
setup(650, 530)
rist(-200, 0, 400, 200, 'black', 'lightyellow')
rist(-220, 200, 440, 30, 'black', 'brown')
rist(-20, 230, 40, 30, 'black', 'gray')
rist(-210, 0, 420, 25, 'black', 'gray')
# aknad
rist(-160, 65, 140, 80, 'white', 'blue', 7)
rist(25, 65, 140, 80, 'white', 'blue', 7)
elips(0, 170, 30, 20, 100,'white', 'blue', 6)
# aed
rist(-300, 10, 590, 10, 'black', 'green')
rist(-300, 40, 590, 10, 'black', 'green')
a = 10; b = 70
x = -300; y = 0
for i in range(30):
  rist(x,y, a, b, 'black', 'yellow')
  x = x + 20  

done();