hexes

from turtle import *
import math

hexSize = 24
hexWidth = hexSize * 2
hexHeight = hexSize * (3 ** 0.5)

def hex_corner(coord, i, xcoord):
  global hexSize
  angle_deg = 60 * i
  angle_rad = math.pi / 180 * angle_deg
  if xcoord == True:
    return coord + hexSize * math.cos(angle_rad)
  else:
    return coord + hexSize * math.sin(angle_rad)

# Принимает координаты x и y гекса
def hex(x, y):
  up()
  goto(x, y)
  fx = hex_corner(x, 0, True)
  fy = hex_corner(y, 0, False)
  goto(fx, fy)
  down()
  sx = hex_corner(x, 1, True)
  sy = hex_corner(y, 1, False)
  goto(sx, sy)
  tx = hex_corner(x, 2, True)
  ty = hex_corner(y, 2, False)
  goto(tx, ty)
  frx = hex_corner(x, 3, True)
  fry = hex_corner(y, 3, False)
  goto(frx, fry)
  fvx = hex_corner(x, 4, True)
  fvy = hex_corner(y, 4, False)
  goto(fvx, fvy)
  sxx = hex_corner(x, 5, True)
  sxy = hex_corner(y, 5, False)
  goto(sxx, sxy)
  goto(fx, fy)

x = 0
y = 0
hex(x,y)
x = hexWidth * 3 / 4
y = -(hexHeight*0.5)
hex(x, y)
x += hexWidth * 3 / 4
y += (hexHeight * 0.5)
hex(x, y)
x += hexWidth * 3 / 4
y -= (hexHeight * 0.5)
hex(x, y)
x += hexWidth * 3 / 4
y += (hexHeight * 0.5)
hex(x, y)
x = 0
y = -hexHeight
hex(x, y)
x += hexWidth * 3 / 4
y -= (hexHeight * 0.5)
hex(x, y)
x += hexWidth * 3 / 4
y += (hexHeight * 0.5)
hex(x, y)
x += hexWidth * 3 / 4
y -= (hexHeight * 0.5)
hex(x, y)
x += hexWidth * 3 / 4
y += (hexHeight * 0.5)
hex(x, y)