tree

import turtle
import random

my_turtle = turtle.Turtle()
turtle.bgcolor("#11303d")
turtle.colormode(255)
turtle.title("Tree")
turtle.screensize(2000, 2000)
my_turtle.ht()

my_turtle.speed(0)  # Variables
loop = 1000
originbrnachlen = 100
branchlen = originbrnachlen
forks = 10
shrinkx = int(branchlen - 10)
shrinkrate = int(shrinkx / forks)
initpensize = 20
pensize = initpensize
penshrink = initpensize/forks
angle = 20
g = 39
gratex = 255 - g
grate = gratex/forks


def step1():
    my_turtle.pensize(pensize)
    my_turtle.pencolor(127, g, 0)
    my_turtle.rt(180)
    my_turtle.forward(100)
    my_turtle.penup()
    my_turtle.home()
    my_turtle.rt(180)
    #g = 39
    my_turtle.pendown()
    my_turtle.seth(0)


for x in range(1):

    step1()

    for n in range(loop):
        for i in range(forks):
            branchlen -= shrinkrate
            my_turtle.pensize(pensize)
            pensize -= penshrink
            lr = int(random.randint(1, 2))
            if lr == 1:
                my_turtle.lt(angle)
            else:
                my_turtle.rt(angle)
            my_turtle.pencolor(127, g, 0)
            my_turtle.forward(branchlen)
            g += 10  # 19
        my_turtle.color(0, int(random.randint(50, 255)), 0)
        my_turtle.stamp()
        my_turtle.penup()
        pensize = initpensize
        my_turtle.home()
        g = 39
        my_turtle.pendown()
        my_turtle.seth(0)
        branchlen = originbrnachlen

    turtle.exitonclick()