Help drawing recursive trees

Hi guys, I have the following code. I’m trying to get the branches to draw slowly through the draw function and not during one draw iteration but can’t figure it out given the recursion.

If anyone could help that would be great and if anyone knows how to edit this text to be in code that would be useful thanks!

import time

def setup():
size(1000, 1000);
background(0)
stroke(83,53,10)

def draw():

frameRate(1)

original_size = 120
translate(width/2,height)
first_branch_size = 120
left, right = get_direction(probability = 0.5)
first_thickness_size = 5
strokeWeight(first_thickness_size)
line(0,0,0,-original_size);
translate(0,-original_size);

branch(first_branch_size, left, right, threshold = 30, first_thickness_size = first_thickness_size);

#multiple_branch(first_branch_size, left, right, threshold = 30, first_thickness_size = first_thickness_size)

time.sleep(5)

def get_direction(probability = 0.1):
random_int = random(0,1)

left_probability = 1 - probability
left, right = False, False
if random_int  >= left_probability:
    left = True
elif random_int <= probability:
    left = True
else:
    left, right = True, True

return left, right

def draw_branch(theta, h, threshold, first_thickness_size):
first_thickness_size *= random(0.6, 0.9)
strokeWeight(first_thickness_size)
pushMatrix();
rotate(-theta);
line(0, 0, 0, -h);
# for i in range(100):
# y = lerp(0, 0, i/100)
# point(0, y)
translate(0, -h);
left, right = get_direction()
branch(h, left, right, threshold, first_thickness_size);
popMatrix();

def branch(h, left, right, threshold = 6, first_thickness_size = 3):

a = random(-30, 30)
steps = 10
theta = radians(a)

h *= random(0.7, 1);
if (h > threshold):
if right:
draw_branch(theta, h, threshold, first_thickness_size) # Whenever we get back here, we “pop” in order to restore the previous matrix state
if left:
draw_branch(-theta, h, threshold, first_thickness_size)
# Repeat the same thing, only branch off to the “left” this time!

else:
lights();
pushMatrix()
fill(random(30,45), random(45,90), random(1,39))
ellipse(0, 0, random(1,5), random(1,20))

  translate(0,-h)
  popMatrix()

def multiple_branch(first_branch_size, left, right, threshold, first_thickness_size = 10):
branch(first_branch_size, left, right, threshold = 30, first_thickness_size = first_thickness_size);
branch(first_branch_size, left, right, threshold = 20, first_thickness_size = first_thickness_size);
branch(first_branch_size, left, right, threshold = 10, first_thickness_size = first_thickness_size);