Stuff

import random, mathfrom turtle import *setup(width=1000, height=1000, startx=0, starty=0)mode("logo")speed("Fastest")colormode(255)hideturtle()width = .1def square_rotate(length, turn):	for i in range(4):		forward(length)		right(90 + turn)	right(90)	color(random.randint(1,255), random.randint(1,255), random.randint(1,255))def square_rotate_corners(length, turn):	for i in range(4):		penup()		forward(length-2)		pendown()		forward(2)		right(90 + turn)	right(90)	num = random.randint(100,255)	color(num,num,num)def square_rotate_lines(length, turn):	forward(length)	right(90 + turn)def square(length):	for i in range(4):		forward(length)		right(90)	color(random.randint(1,255), random.randint(1,255), random.randint(1,255))	def petal(radius):	distanceTravelled = 0	circumference = pi * radius * 2	#account for percent error when turning 'curve' into x and y distances	color(random.randint(1,255), random.randint(1,255), random.randint(1,255))	while distanceTravelled <= ((4 * circumference) * .73):		initial_x = pos()[0]		initial_y = pos()[1]		segment = radius/10		forward(segment)		right(segment)		distanceTravelled += abs(pos()[0] - initial_x) + abs(pos()[1] - initial_y)	right(90)		def spiral(radius, tightness):	distanceTravelled = 0	circumference = pi * radius * 2	#account for percent error when turning 'curve' into x and y distances	diffraction = 0	while diffraction <= tightness and distanceTravelled <= (circumference * 10):			initial_x = pos()[0]			initial_y = pos()[1]			forward(6)			right(1+diffraction)			diffraction += 5			distanceTravelled += abs(pos()[0] - initial_x) + abs(pos()[1] - initial_y)def draw_petals(radius, amount):	for i in range(amount):		petal(radius)def draw_spiral_petals(radius, amount):	for i in range(amount):		petal(radius)		forward(3)def draw_squares(amount):	slow_turn = 0	for j in range(amount):		square(1.2 * j)		slow_turn += 1.5def draw_rot_expand_squares(amount):	for j in range(amount):		begin_fill()		square_rotate(1.2 * j, 2)		set_heading(0)		forward(10)		end_filldef draw_rot_squares(amount):	for j in range(amount):		square_rotate(1.2 * j, 2)		def draw_milky_way(amount):	bgcolor(0,0,0)	for j in range(amount):		square_rotate_experiment(1.2 * j, 2)		def draw_max_squares(amount):	slow_turn = 0	for i in range(4):		for j in range(amount):			square(1.2 * j)			slow_turn += 1.5		right(90)	def draw_circles(radius, amount):	for j in range(amount):		circle(radius)		def draw_spiral(radius, tightness):	spiral(radius, tightness)def draw_curve_lines(amount):	bgcolor(0,0,0)	col_one = 0	col_two = 120	col_three = 255	for j in range(amount):		color(col_one,col_two,col_three)		square_rotate_lines(1.2 * j, 2)		if col_one < 250:			col_one += 5		else:			col_one = 5			col_one -= 5				if col_two > 0:			col_two -= 5		else:			col_two = 120			col_two += 5						if col_three < 250:			col_three += 5		else:			col_three = 255			col_three -= 5def draw_curve_lines_crazy_color(amount):	bgcolor(0,0,0)	col_one = 0	col_two = 0	col_three = 0	for j in range(amount):		rand_one = random.randint(0,255)		rand_two = random.randint(0,255)		rand_three = random.randint(0,255)		color(col_one,col_two,col_three)		square_rotate_lines(1.2 * j, 2)		if col_one + rand_one < 250:			col_one += rand_one		elif col_one - rand_one > 0:			col_one -= rand_one				if col_two + rand_two < 250:			col_two += rand_two		elif col_two - rand_two > 0:			col_two -= rand_two						if col_three + rand_three < 250:			col_three += rand_three		elif col_three - rand_three > 0:			col_three -= rand_three			done()