Python Turtle Graphics Drawing - Adobe CC Logo

 Python Turtle Graphics Drawing - Adobe CC Logo

Youtube

Source code:

from turtle import *

red='#DA1F26'

setup(640, 640)

bgcolor('black')

color(red)

up()

fd(160)

down()

lt(90)

begin_fill()

circle(118)

end_fill()

lt(90)

up()

fd(22)

down()

rt(90)

begin_fill()

color('white')

circle(118-22)

end_fill()

lt(90)

up()

fd(22)

down()

rt(90)

begin_fill()

color(red)

circle(118-44)

end_fill()

up()

lt(90)

fd(76)

lt(90)

fd(18)

lt(180)

down()

begin_fill()

circle(100)

end_fill()

lt(90)

up()

fd(100)

rt(180-45)

fd(11)

lt(90)

color('white')

down()

begin_fill()

fd(3)

circle(11,180)

fd(62)

lt(90)

fd(22)

lt(90)

fd(59)

end_fill()

up()

lt(90)

fd(11)

lt(135)

fd(102)

lt(90)

fd(18)

lt(180)

fd(74)

down()

begin_fill()

fd(22)

lt(90)

circle(96,-45)

lt(90)

fd(22)

rt(90)

circle(74,45)

end_fill()

up()

lt(90)

fd(74)

lt(90)

fd(102)

lt(90)

fd(18)

fd(56)

fd(22)

lt(90)

down()

begin_fill()

circle(78,-(180+45))

bk(45)

circle(11,-180)

lt(180)

fd(45)

circle(56,180+45+10)

rt(53)

fd(31)

end_fill()

up()

hideturtle()

done()

Python Turtle Graphics Drawing - Golden Snail

 Python Turtle Graphics Drawing - Golden Snail

Youtube

Source code:

import turtle as t

import colorsys as cs

from math import sin, radians

t.setup(640, 640)

t.tracer(250)

t.bgcolor('black')

t.hideturtle()

for i in range(1440,0,-1):

    l = 0.5+sin(radians(i+160))*0.2

    t.color(cs.hls_to_rgb(0.090,l,1))

    t.pensize(1+i/200)

    t.circle(i/10)

    t.lt(1)

t.done()

Python Turtle Graphic Design #11

 Python Turtle Graphic Design #11

Youtube

Source code:

import turtle as t

import colorsys as cs

t.setup(640, 640)

t.tracer(50)

t.pensize(0)

t.bgcolor('black')

t.hideturtle()

for i in range(1440,0,-1):

    t.color(cs.hsv_to_rgb(i/720, 1, 1))

    t.begin_fill()

    t.rt(60)

    for j in range(3):

        t.fd(i/5)

        t.lt(120)

    t.lt(60)

    t.end_fill()

    t.lt(1)

t.done()

Python Turtle Graphics Drawing - Ubuntu Logo

 Python Turtle Graphics Drawing - Ubuntu Logo

Youtube

Source code:

from turtle import *

setup(640,640)

bgcolor('black')

col = '#DD4814'

R = 280

r = 38.91*R/100

w = 19.25*R/100

r2 = 13.39*R/100

r3 = 5.02*R/100

h = 3.77*R/100

l = 68.62*R/100

color(col)

up()

fd(R)

lt(90)

down()

begin_fill()

circle(R)

end_fill()

up()

color('white')

lt(90)

fd(R-(r+w))

rt(90)

down()

begin_fill()

circle(r+w)

end_fill()

up()

lt(90)

color(col)

fd(w)

rt(90)

down()

begin_fill()

circle(r)

end_fill()

up()

lt(90)

fd(r)

rt(120)

down()

color('white')

for i in range(3):

    up()

    fd(l+r2+r3)

    lt(90)

    down()

    color(col)

    begin_fill()

    circle(r2+r3)

    end_fill()

    up()

    lt(90)

    fd(r3)

    rt(90)

    color('white')

    down()

    begin_fill()

    circle(r2)

    end_fill()

    up()

    color('white')

    lt(90)

    fd(l+r2)

    rt(90)

    down()

    color(col)

    begin_fill()

    fd(h)

    lt(90)

    fd(r+w)

    lt(90)

    fd(h*2)

    lt(90)

    fd(r+w)

    lt(90)

    fd(h)

    end_fill()

    up()

    lt(30)

done()

Python Turtle Graphic Design #10

 Python Turtle Graphic Design #10

Youtube

Source code:

import turtle as t

import colorsys as cs

t.setup(640,640)

t.bgcolor('black')

t.tracer(100)

t.hideturtle()

h = 0

for i in range(360,0,-1):

    t.begin_fill()

    t.color(cs.hls_to_rgb(h,0.5,1))

    h+=1/1.6180

    t.circle(i/2)

    t.end_fill()

    t.lt(137.5)

t.done()

Python Turtle Graphics Drawing - Sierpiński Triangle

 Python Turtle Graphics Drawing - Sierpiński Triangle

Youtube

Source code:

import turtle as t

import colorsys as cs

from math import sqrt

t.setup(640, 640)

t.bgcolor('black')

t.tracer(10)

t.pensize(2)

R = 500

def tri(r,l):

    if l == 0:

        p=t.pos()

        d = sqrt(p[0]**2+p[1]**2)

        t.color(cs.hls_to_rgb(d/300,0.5,1))

        t.down()

        for i in range(3):

            t.fd(r)

            t.lt(120)

        t.up()

    else:

        t.fd(r/2)

        tri(r/2,l-1)

        t.lt(120)

        tri(r/2,l-1)

        t.fd(r/2)

        t.rt(120)

        tri(r/2,l-1)

        t.rt(120)

        t.fd(r/2)

        t.lt(120)

t.hideturtle()

y = sqrt(R**2-(R/2)**2)

t.up()

t.goto(-R/2,-y/2)

tri(R,7)

t.done()

Python Turtle Graphics Drawing - Fractal Tree

 Python Turtle Graphics Drawing - Fractal Tree

Youtube

Source code:

import turtle as t

import colorsys as cs

t.setup(640,640)

t.bgcolor('black')

t.pencolor('white')

t.tracer(50)

t.up()

t.rt(90)

t.fd(150)

t.lt(180)

t.down()

def tree(a1,a2,d):

    if d<0:

        return

    t.color(cs.hls_to_rgb(d/11,0.5,1))

    t.pensize(d+1)

    t.fd(d*6)

    p = t.pos()

    h = t.heading()

    t.lt(a1)

    tree(a1,a2,d-1)

    t.up()

    t.goto(p)

    t.seth(h)

    t.rt(a2)

    t.down()

    tree(a1,a2,d-1)

tree(25,25,11)

t.done()

Python Turtle Graphic Design #9

 Python Turtle Graphic Design #9

Youtube

Source code:

import turtle as t

import colorsys as cs

from math import sin,cos,radians

t.setup(640,640)

t.bgcolor('black')

t.tracer(5)

t.pensize(1)

t.up()

k=6

r=1

i=0

while True:

    t.color(cs.hls_to_rgb(r/25,0.5,1))

    R = k*r

    a =radians(i)

    x = R*cos(a)+r*cos(R*a)

    y = R*sin(a)-r*sin(R*a)

    t.goto(x,y)

    t.down()

    i+=1

    r+=0.005

    if r>50:

        break

t.done()

Python Turtle Graphics Drawing - Golden Ration

 Golden Ration - Python Turtle Graphics

Youtube

Source code:

import turtle as t

t.setup(640,640)

t.bgcolor('white')

G = 1.618

R = 1

t.speed(10)

t.up()

t.fd(115)

t.rt(90)

t.fd(60)

t.rt(90)

t.down()

for i in range(13):

    t.pensize(1)

    t.color('gray')

    for j in range(4):

        t.fd(R)

        t.lt(90)

    t.pensize(2)

    t.color('black')

    t.circle(R,90)

    R *= G

t.done()

Python Turtle Graphic Design #8

 Python Turtle Graphic Design #8

Youtube

Source code:

import turtle as t

import colorsys as cs

t.setup(640,640)

t.bgcolor('black')

t.tracer(100)

t.hideturtle()

N = 5

A = 360/N

t.lt(45)

for i in range(360,0,-1):

    h = (i % N)/N

    l = i/720

    s = 0.5+ i / 720

    t.color(cs.hls_to_rgb(h,l,s))

    t.begin_fill()

    t.circle(i/2,90)

    t.lt(90)

    t.circle(i/2,90)

    t.end_fill()

    t.lt(90+A-0.1)

t.done()

Python Turtle Graphic Design #7

 Python Turtle Graphic Design #7

Youtube

Source code:

import turtle as t

import colorsys as cs

t.setup(640,640)

t.bgcolor('black')

t.tracer(10)

t.pensize(3)

N = 5

S = 2

A = S*360/N

for i in range(360):

    t.color(cs.hls_to_rgb((i%N)/N,0.5,1))

    t.fd(i)

    t.lt(A)

t.done()