Built Sponsor toy

built.py

import turtle
from random import randint, randrange

import tkinter as _

_.ROUND = _.BUTT
SCALE = 5

turtle.speed(0)
turtle.colormode(255)
turtle.bgcolor('black')

built = turtle.Turtle(visible=False)
built.speed(0)


#### Draw Sky ####
def draw_star(x, y, side):
    built.color(randint(0, 255), randint(0, 255), randint(0, 255))
    built.begin_fill()
    built.penup()
    built.goto(x, y)
    built.pendown()
    for _ in range(5):
        built.forward(side)
        built.right(144)
        built.forward(side)
    built.end_fill()


def random_length():
    return randrange(5, 25)


def random_xy_coord():
    return randrange(-290, 290), randrange(-270, 270)


stars = 20
for k in range(stars):
    side = random_length()  # length of side
    x, y = random_xy_coord()
    draw_star(x, y, side)


#### Draw spirograph squares ####
def draw_spiro():
    x = 1
    while x < 100:

        r = randint(0, 255)
        g = randint(0, 255)
        b = randint(0, 255)

        built.pencolor(r, g, b)
        built.fd(50 + x)
        built.rt(90.991)
        x = x + 1


draw_spiro()
built.reset()
#### Draw Honeycomb ####
built.speed(0)
SIZE = 15
CIRCLES = 2


def move(length, angle):
    built.right(angle)
    built.forward(length)


def draw_hex():
    built.pendown()
    built.color(randint(0, 255), randint(0, 255), randint(0, 255))
    built.begin_fill()
    for i in range(6):
        move(SIZE, -60)
    built.end_fill()
    built.penup()


# start
built.reset()
built.penup()

for circle in range(CIRCLES):
    if circle == 0:
        draw_hex()
        move(SIZE, -60)
        move(SIZE, -60)
        move(SIZE, -60)
        move(0, 180)
    for i in range(6):
        move(0, 60)
        for j in range(circle + 1):
            draw_hex()
            move(SIZE, -60)
            move(SIZE, 60)
        move(-SIZE, 0)
    move(-SIZE, 60)
    move(SIZE, -120)
    move(0, 60)

#### Built Logo ####
built.reset()
screen = turtle.Screen()
width, height = screen.window_width() / SCALE, screen.window_height() / SCALE
screen.setworldcoordinates(-width//2, -height//2, width//2, height//2)
built.speed(0)
built.width(SCALE)
frame = [
    ":::::      ::                     ++++++                                   +++++   +++++  +++++     ",
    ":::::    :::::::                  ++++++                                   +++++   +++++  +++++     ",
    "::::::::::::::::::::              ++++++                                           +++++  ++++++++++",
    ":::::::::::::::::::::::           +++++++++++++       +++++         +++++  +++++   +++++  ++++++++++",
    "::::::::::    :::::::::::         +++++++++++++++++   +++++         +++++  +++++   +++++  ++++++++++",
    ":::::::           :::::::         ++++++++++++++++++  +++++         +++++  +++++   +++++  +++++     ",
    ":::::       ::      :::::         ++++++      +++++++ +++++         +++++  +++++   +++++  +++++     ",
    ":::::    :::::::    :::::         ++++++       ++++++ +++++         +++++  +++++   +++++  +++++     ",
    "::::: ::::::::::::  :::::         ++++++        +++++ +++++         +++++  +++++   +++++  +++++     ",
    ":::::::::::::::::::::::::         ++++++       ++++++ ++++++       ++++++  +++++   +++++  +++++     ",
    "::::::::::    :::::::::::         ++++++++++++++++++   +++++++++++++++++   +++++   +++++  ++++++++  ",
    ":::::::           :::::::         +++++++++++++++++     +++++++++++++++    +++++   +++++   ++++++++ ",
    ":::                  ::::         +++++++++++++++         +++++++++++      +++++   +++++    +++++++ "
]

colors = {
    "+": "white",
    " ": "black",
    ":": "red"
}

for row in frame:
    built.pendown()
    for symbol in row:
        built.pencolor(colors.get(symbol, 'white'))
        built.forward(1)
    built.penup()
    built.backward(len(row))
    built.right(90)
    built.forward(1)
    built.left(90)

turtle.exitonclick()