Python Turtle Graphics Drawing - Pepsi Logo

 Python Turtle Graphics Drawing - Pepsi Logo

Youtube

Bézier curve algorithm is from wikipedia: 

Source code:

from turtle import *

from math import atan2,degrees

D = 0.1 #bezier step

R = '#ED1B38'

B = '#005993'

W = '#FFFFFF'

K = '#000000'

def Bez(a,b,c,d):

    up()

    goto(a)

    down()

    t = 0.0

    while t <= 1.0:

        t3 = t**3

        t2 = t**2

        f1 = -t3+3*t2-3*t+1

        f2 = 3*t3-6*t2+3*t

        f3 = -3*t3+3*t2

        f4 = t3

        x = a[0]*f1+ b[0]*f2 + c[0]*f3 + d[0]*f4

        y = a[1]*f1 + b[1]*f2 + c[1]*f3 + d[1]*f4

        d1 = -3*t2+6*t-3

        d2 = 9*t2-12*t+3

        d3 = -9*t2+6*t

        d4 = 3*t2

        dx = a[0]*d1+ b[0]*d2 + c[0]*d3 + d[0]*d4

        dy = a[1]*d1 + b[1]*d2 + c[1]*d3 + d[1]*d4

        angr = atan2(dy,dx)

        seth(degrees(angr))

        goto(x, y)

        t+=D

    goto(d)

def Pepsi(sz):

    color(W)

    up()

    seth(0)

    fd(sz)

    lt(90)

    down()

    begin_fill()

    circle(sz)

    end_fill()

    up()

    color(R)

    lt(90)

    fd(sz)

    rt(126.7)

    fd(sz*0.95)

    lt(90)

    down()

    begin_fill()

    circle(sz*0.95,163.1)

    p = pos()

    pts = [p,p+(sz*0.74275,sz*0.2308),p+(sz*1.14545,sz*0.74895),p+(sz*1.33245,sz*1.32555)]

    Bez(*pts)

    end_fill()

    up()

    color(B)

    seth(233.3)

    fd(sz*0.95)

    rt(13.3)

    fd(sz*0.95)

    lt(90)

    down()

    begin_fill()

    circle(sz*0.95,173)

    p = pos()

    pts = [p,p+(sz*0.10705,sz*-0.35325),p+(sz*-0.0774,sz*-0.6761),p+(sz*-0.38725,sz*-0.8211)]

    Bez(*pts)

    p = pos()

    pts = [p,p+(sz*-0.23155,sz*-0.10975),p+(sz*-0.70985,sz*-0.1699),p+(sz*-1.138,sz*-0.30585)]

    Bez(*pts)

    end_fill()

    up()

setup(640,650)

bgcolor(K)

Pepsi(300)

hideturtle()

done()

Python Turtle Graphics Drawing - Superman Logo

 Python Turtle Graphics Drawing - Superman Logo

Youtube

Bézier curve algorithm is from wikipedia: 

Source code:

from turtle import *

from math import atan2, degrees

D = 0.1  # bezier step

R = '#C80000'

Y = '#FFEB00'

K = '#000000'

def drawPt(ar): #not used

    p = pos()

    h = heading()

    up()

    color('lime')

    for a in ar:

        goto(a)

        seth(0)

        fd(5)

        lt(90)

        begin_fill()

        circle(5)

        end_fill()

    goto(p)

    seth(h)

def Bez(a, b, c, d):

    up()

    goto(a)

    down()

    t = 0.0

    while t <= 1.0:

        t3 = t**3

        t2 = t**2

        f1 = -t3+3*t2-3*t+1

        f2 = 3*t3-6*t2+3*t

        f3 = -3*t3+3*t2

        f4 = t3

        x = a[0]*f1 + b[0]*f2 + c[0]*f3 + d[0]*f4

        y = a[1]*f1 + b[1]*f2 + c[1]*f3 + d[1]*f4

        d1 = -3*t2+6*t-3

        d2 = 9*t2-12*t+3

        d3 = -9*t2+6*t

        d4 = 3*t2

        dx = a[0]*d1 + b[0]*d2 + c[0]*d3 + d[0]*d4

        dy = a[1]*d1 + b[1]*d2 + c[1]*d3 + d[1]*d4

        angr = atan2(dy, dx)

        seth(degrees(angr))

        goto(x, y)

        t += D

    goto(d)

def Superman(sz):

    global D

    seth(270)

    up()

    fd(sz*0.5)

    down()

    color(K)

    begin_fill()  # 1

    rt(139.36)

    fd(sz*1.0245)

    rt(86.68)

    fd(sz*0.3208)

    rt(43.96)

    fd(sz*0.8727)

    rt(43.96)

    fd(sz*0.3208)

    rt(86.68)

    fd(sz*1.0245)

    end_fill()

    up()

    rt(139.36)

    fd(sz*0.0319)

    lt(40.645)

    down()

    begin_fill()  # 2

    color(R)

    fd(sz*0.9807)

    rt(86.68)

    fd(sz*0.2928)

    rt(43.96)

    fd(sz*0.8559)

    rt(43.96)

    fd(sz*0.2928)

    rt(86.68)

    fd(sz*0.9807)

    end_fill()

    up()

    rt(139.36)

    fd(sz*0.0759)

    lt(40.645)

    down()

    color('black')

    begin_fill()  # 3

    fd(sz*0.2833)

    rt(148.07)

    circle(sz*0.6521, 32.31)

    rt(145.63)

    fd(sz*0.2732)

    rt(139.36)

    end_fill()

    up()

    fd(sz*0.0329)

    down()

    begin_fill()  # 4

    color(Y)

    lt(40.645)

    fd(sz*0.1939)

    rt(144.16)

    circle(sz*0.6061, 23.52)

    rt(140.84)

    fd(sz*0.1845)

    lt(40.75)

    end_fill()

    up()

    fd(sz*0.0329)

    rt(139.36)

    fd(sz*0.7272)

    down()

    color(K)

    begin_fill()  # 5

    fd(sz*0.1478)

    rt(86.68)

    fd(sz*0.2315)

    rt(43.96)

    fd(sz*0.1107)

    lt(35.03)

    circle(-sz*0.4476, -42.87)

    end_fill()

    up()

    rt(127.21)

    fd(sz*0.7272)

    lt(139.25)

    fd(sz*0.0329)

    lt(40.75)

    fd(sz*0.7421)

    down()

    color(Y)

    begin_fill()  # 6

    fd(sz*0.0884)

    rt(86.51)

    fd(sz*0.2034)

    rt(44.19)

    fd(sz*0.0442)

    lt(42.32)

    circle(-sz*0.4684, -30.60)

    end_fill()

    up()

    color('black')

    rt(122.19)

    fd(sz*0.7421)

    rt(40.69)

    fd(sz*0.0329)

    rt(139.31)

    fd(sz*0.4045)

    down()

    begin_fill()  # 7

    fd(sz*0.2127)

    pt = pos()

    pts = [pt, pt+(sz*0.156, sz*-0.029), pt +

           (sz*0.269, sz*-0.037), pt+(sz*0.385, sz*-0.043)]

    Bez(*pts)

    pt = pos()

    pts = [pt, pt+(sz*0.091, sz*-0.005), pt +

           (sz*0.249, sz*-0.008), pt+(sz*0.283, sz*-0.044)]

    Bez(*pts)

    pt = pos()

    pts = [pt, pt+(sz*0.016, sz*-0.017), pt +

           (sz*0.016, sz*-0.038), pt+(sz*-0.006, sz*-0.066)]

    Bez(*pts)

    pt = pos()

    pts = [pt, pt+(sz*-0.015, sz*-0.018), pt+(sz*-0.056,

           sz*-0.047), pt+(sz*-0.279, sz*-0.039)]

    Bez(*pts)

    seth(36.58+90)

    circle(sz*0.1705, 92.21)

    end_fill()

    up()

    lt(91.91)

    color(Y)

    fd(sz*0.4045)

    lt(139.25)

    fd(sz*0.0329)

    lt(40.75)

    fd(sz*0.5322)

    lt(180)

    down()

    begin_fill()  # 8

    fd(sz*0.1313)

    rt(99.58)

    circle(sz*0.1997, -80.15)

    rt(131.48)

    fd(sz*0.1140)

    pt = pos()

    pts = [pt, pt+(sz*0.0598, sz*0), pt+(sz*0.1222, sz*0.0099),

           pt+(sz*0.1441, sz*0.0418)]

    Bez(*pts)

    pt = pos()

    pts = [pt, pt+(sz*0.0118, sz*0.0225), pt+(sz*0.0054,

                                              sz*0.0308), pt+(-sz*0.0348, sz*0.0423)]

    Bez(*pts)

    pt = pos()

    pts = [pt, pt+(sz*-0.099, sz*0.029), pt+(sz*-0.311,

           sz*0.012), pt+(sz*-0.563, sz*0.056)]

    Bez(*pts)

    end_fill()

    goto(0, 0)

    color(K)

    seth(270)

    up()

    fd(sz*0.5-sz*0.1079)

    lt(139.355)

    fd(sz*0.6199)

    down()

    begin_fill()  # 9

    fd(sz*0.2542)

    lt(85.82)

    fd(sz*0.1851)

    lt(134.83)

    fd(sz*0.1337)

    rt(90)

    fd(sz*0.1994)

    pt = pos()

    pts = [pt, pt+(sz*-0.013, sz*0.132), pt+(sz*-0.163,

           sz*0.166), pt+(sz*-0.275, sz*0.162)]

    Bez(*pts)

    pt = pos()

    pts = [pt, pt+(sz*-0.183, sz*-0.003), pt+(sz*-0.276,

           sz*-0.08), pt+(sz*-0.224, sz*-0.162)]

    Bez(*pts)

    pt = pos()

    pts = [pt, pt+(sz*0.06, sz*-0.116), pt +

           (sz*0.555, sz*0.037), pt+(sz*0.664, sz*-0.19)]

    D = 0.05

    Bez(*pts)

    D = 0.1

    end_fill()

    up()

    seth(79.76)

    fd(sz*0.0362)

    color(Y)

    down()

    begin_fill()  # 10

    rt(29.69)

    fd(sz*0.2031)

    lt(85.18)

    fd(sz*0.1147)

    lt(134.74)

    fd(sz*0.1036)

    rt(90)

    fd(sz*0.2401)

    pt = pos()

    pts = [pt, pt+(sz*0.002, sz*0.159), pt+(sz*-0.208,

                                            sz*0.175), pt+(sz*-0.346, sz*0.154)]

    Bez(*pts)

    pt = pos()

    pts = [pt, pt+(sz*-0.132, sz*-0.017), pt+(sz*-0.183,

           sz*-0.123), pt+(sz*-0.05, sz*-0.151)]

    Bez(*pts)

    pt = pos()

    pts = [pt, pt+(sz*0.14, sz*-0.039), pt+(sz*0.46, sz*0.041),

           pt+(sz*0.587, sz*-0.134)]

    D = 0.05

    Bez(*pts)

    end_fill()

    up()

    seth(119.09)

    fd(sz*0.2790)

    down()

    begin_fill()  # 11

    color(K)

    rt(81.13)

    circle(sz*0.0769, 62.33)

    lt(79.71)

    fd(sz*0.1135)

    rt(23.66)

    circle(sz*0.1918, -34.43)

    end_fill()

    up()

    color(Y)

    seth(87.68)

    fd(sz*0.0347)

    down()

    begin_fill()  # 12

    rt(30.36)

    circle(sz*0.0391, 29.17)

    lt(93.51)

    fd(sz*0.0242)

    rt(43.96)

    circle(sz*0.3790, -3.94)

    end_fill()

    up()

    goto(0, 0)

setup(600, 600)

bgcolor('white')

Superman(400)

hideturtle()

done()

Python Turtle Graphics Drawing - Spotify Logo

 Python Turtle Graphics Drawing - Spotify Logo

Youtube

Source code:

from turtle import *

M = [ # radius, pensize, x,y, start angle, angle

    [1.804, 0.0935, -0.15023, -1.42915, 64, 40],

    [1.3955, 0.0775, -0.16654, -1.34771, 62, 44],

    [1.2295, 0.0615, -0.1843, -1.48902, 61, 44],

]

def spotify(sz):

    up()

    seth(0)

    goto(0, 0)

    fd(sz)

    lt(90)

    begin_fill()

    circle(sz)

    end_fill()

    up()

    color('white')

    for m in M:

        goto(sz*m[2], sz*m[3])

        seth(m[4])

        fd(sz*m[0])

        lt(90)

        pensize(sz*m[1]*2)

        down()

        circle(sz*m[0], m[5])

        up()

setup(800, 800)

bgcolor('white')

color('#1AB26B')

spotify(100)

done()

Python Turtle Graphics Drawing - Mitubishi Logo

 Python Turtle Graphics Drawing - Mitubishi Logo

Youtube

Source code:

from turtle import *

from math import cos,radians

setup(640,640)

bgcolor('white')

color('red')

R = 300 #Logo Radius

r = R*cos(radians(30))*2/3

for i in range(3):

    begin_fill()

    fd(r)

    rt(60)

    fd(r)

    lt(60)

    bk(r)

    rt(60)

    bk(r)

    rt(60)

    end_fill()

hideturtle()

done()

Python Turtle Graphics Drawing - Adobe Logo

 Python Turtle Graphics Drawing - Adobe Logo

Youtube

Source code:

from turtle import *

def adobe(s):

    up()

    goto(-20*s,17.5*s)

    down()

    begin_fill()

    goto(-5.2*s,17.5*s)

    goto(-20*s,-17.5*s)

    goto(-20*s,17.5*s)

    end_fill()

    up()

    goto(0,4.7*s)

    down()

    begin_fill()

    goto(9.2*s,-17.5*s)

    goto(3.1*s,-17.5*s)

    goto(0.3*s,-10.5*s)

    goto(-6.5*s,-10.5*s)

    goto(0,4.7*s)

    end_fill()

    up()

    goto(5.1*s,17.5*s)

    down()

    begin_fill()

    goto(20*s,17.5*s)

    goto(20*s,-17.5*s)

    goto(5.1*s,17.5*s)

    end_fill()

    up()

setup(640,640)

color('#FA0F00')

adobe(12)

hideturtle()

done()

Python Turtle Graphics Drawing - Twitter Logo

 Python Turtle Graphics Drawing - Twitter Logo

Youtube

Soure code:

from turtle import *

setup(720, 640)

BLUE = '#3C96D1'

WHITE = 'white'

bgcolor(WHITE)

def circ(x, y, r, c, sa=0, se=360):

    up()

    goto(x, -y)

    seth(sa)

    fd(r)

    lt(90)

    down()

    color(c)

    begin_fill()

    circle(r, se-sa)

    end_fill()

R1 = 276.38

R2 = 195.40

R3 = 97.12

circ(-86.07, -83.12, R1, BLUE, 210, 385)

circ(-213.20, -46.26, R2, WHITE, 180, 330)

circ(-91.53, 10.89, R3, BLUE, 180, 360)

circ(-165.43, -54.50, R3, WHITE, 200, 360)

circ(-121.10, -57.10, R3, BLUE, 170, 370)

circ(-170.23, -141.70, R3, WHITE, 210, 360)

circ(-118.86, -126.53, R3, BLUE, 135, 360)

circ(74.28, -255.43, R2, BLUE, 210, 330)

circ(158.28, -327.35, R2, WHITE, 210, 330)

circ(11.54, -350.11, R1, WHITE, 210, 330)

circ(131.58, -215.44, R3, BLUE, 180, 360)

circ(123.87, -351.55, R2, WHITE, 210, 330)

circ(92.11, -96.20, R3, BLUE, 0, 220)

hideturtle()

done()

Python Turtle Graphics Drawing - Android Logo

 Python Turtle Graphics Drawing - Android Logo

Youtube

Source code:

from turtle import *

from math import radians,sin,cos

col='#3ADC87'

def drawantenna(sz):

    color('red')

    up()

    fd(sz*0.8)

    down()

    color(col)

    begin_fill()

    rt(90)

    fd(sz*0.03)

    lt(90)

    fd(sz*0.45)

    circle(sz*0.03,180)

    fd(sz*0.45)

    lt(90)

    fd(sz*0.03)

    end_fill()

    color('red')

    up()

    rt(90)

    fd(sz*0.8)

def draweye(sz):

    color('red')

    up()

    fd(0.65*sz)

    rt(90)

    fd(0.08*sz)

    lt(90)

    down()

    color('white')

    begin_fill()

    circle(0.08*sz)

    end_fill()

    color('red')

    up()

    lt(90)

    fd(0.08*sz)

    lt(90)

    fd(0.65*sz)

def drawlogo(sz):

    up()

    x = cos(radians(6))*sz

    y = sin(radians(6))*sz

    rt(90)

    fd(0.25*sz)

    lt(180)

    fd(y)

    rt(90)

    down()

    begin_fill()

    fd(x)

    lt(96)

    circle(sz,180-12)

    lt(96)

    fd(x)

    end_fill()

    lt(60)

    drawantenna(sz)

    lt(180+60)

    drawantenna(sz)

    rt(30)

    fd(y)

    lt(90+45)

    color('white')

    draweye(sz)

    rt(90)

    draweye(sz)

    color('black')

    rt(45)

    fd(0.5*sz+y)

    fnt = ('Century Gothic', round(sz*0.4),'bold')

    write('android', align='center', font=fnt)

setup(640, 640)

bgcolor('white')

color(col)

drawlogo(250)

hideturtle()

done()