Python Turtle Graphics Drawing - React JS Logo

Python Turtle Graphics Drawing - React JS Logo

Youtube

Source code:

from turtle import *

from math import sin, cos, atan2, degrees, radians

'''

Draw Bezier Curve

'''

def cbezto(b, c, d):

    a = pos()

    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 += 0.05

    goto(d)

'''

Rotate Point

'''

def rot(p, a):

    ang = radians(a)

    x = p[0] * cos(ang) - p[1] * sin(ang)

    y = p[0] * sin(ang) + p[1] * cos(ang)

    return (x, y)

setup(560, 560)

bgcolor('black')

color("#61DBFB")

up()

pensize(22)

#Bezier points

PTS = [

    [(242, 38),(172, 92),(-0, 92)],

    [(-172, 92),(-242, 38),(-242, 0)],

    [(-242, -38),(-172, -92),(0, -92)],

    [(172, -92),(242, -38),(242, -0)]

]

for i in range(3):

    ang = i * 60

    goto(rot((242, 0), ang))

    down()

    for j in range(4):

        p1 = rot(PTS[j][0],ang)

        p2 = rot(PTS[j][1],ang)

        p3 = rot(PTS[j][2],ang)

        cbezto(p1,p2,p3)

    up()

goto(45, 0)

seth(90)

down()

pensize(0)

begin_fill()

circle(45)

end_fill()

hideturtle()

bgcolor('white')

done()

Python Turtle Graphics Drawing - Batman Logo

Python Turtle Graphics Drawing - Batman Logo

Youtube

Featuring: 

Bézier curve

Source code:

from turtle import *

from math import atan2,degrees

setup(750,450)

YEL = '#FFF800'

BLK = '#000000'

def cbezto(b,c,d):

    a=pos()

    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 += 0.05

    goto(d)

up()

lt(90)

fd(200)

down()

color(BLK)

begin_fill()

cbezto((203,198),(350,107),(350,0))

cbezto((350,-107),(203,-198),(0,-200))

cbezto((-203,-198),(-350,-107),(-350,0))

cbezto((-350,107),(-203,198),(0,200))

end_fill()

color(YEL)

up()

rt(93.1)

fd(10)

down()

begin_fill()

cbezto((208,188),(339,99),(340,0))

cbezto((339,-99),(208,-188),(0,-190))

cbezto((-208,-188),(-339,-99),(-340,0))

cbezto((-339,99),(-208,188),(0,190))

end_fill()

color(BLK)

up()

rt(93)

fd(331)

down()

begin_fill()

cbezto((21,-55),(81,-38),(107,-85))

cbezto((166,-17),(242,-75),(185,-129))

cbezto((391,-47),(323,106),(131,149))

cbezto((194,65),(91,23),(48,64))

cbezto((39,94),(36,127),(36,166))

lt(150.8)

fd(47.9)

rt(61.3)

fd(26)

rt(61.3)

fd(47.9)

cbezto((-36,127),(-39,94),(-48,64))

cbezto((-91,23),(-194,65),(-131,149))

cbezto((-323,106),(-391,-47),(-185,-129))

cbezto((-242,-75),(-166,-17),(-107,-85))

cbezto((-81,-38),(-21,-55),(0,-141))

end_fill()

hideturtle()

done()

Python Turtle Graphics Drawing - New Balance Logo

Python Turtle Graphics Drawing - New Balance Logo

Featuring: 

Bézier curve

Youtube

Source code:

from turtle import *

from math import atan2,degrees

setup(500,500)

speed('slowest')

def cbezto(b,c,d):

    a=pos()

    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 += 0.05

    goto(d)

RED = '#E21836'

up()

lt(180)

fd(180)

down()

color(RED)

begin_fill()

rt(119.9)

fd(206.5)

rt(60.1)

fd(68.5)

rt(75.5)

fd(66.1)

lt(135.8)

fd(73.7)

rt(60.3)

fd(103.5)

cbezto((220,178),(195.5,105),(138.5,90.5))

cbezto((191,75),(152,0),(70,0))

rt(5.3)

fd(112)

rt(75.4)

fd(65.6)

lt(135.9)

fd(73)

rt(60.4)

fd(85.5)

end_fill()

color('white')

up()

rt(158.8)

fd(304.6)

down()

begin_fill()

lt(158.8)

fd(17.5)

rt(119.8)

fd(39.2)

rt(60.2)

fd(17.5)

cbezto((140.5,140),(132.5,109.5),(104,110))

end_fill()

up()

lt(57.8)

fd(38.7)

down()

begin_fill()

rt(63.1)

fd(20)

lt(60)

fd(41)

lt(120)

fd(21)

cbezto((98,41),(106.5,73.5),(86.5,75.5))

end_fill()

up()

rt(10.9)

fd(198.3)

down()

begin_fill()

rt(157.1)

fd(177.4)

rt(115.9)

fd(4)

rt(56.7)

fd(191.9)

rt(124.5)

fd(32.1)

end_fill()

up()

rt(176.4)

fd(46.7)

down()

begin_fill()

lt(113.8)

fd(175.8)

rt(118.4)

fd(4.7)

rt(54.4)

fd(189.4)

rt(124.3)

fd(31.4)

end_fill()

up()

lt(179.3)

fd(48)

down()

begin_fill()

lt(117.8)

fd(176.8)

rt(116.2)

fd(4)

rt(56.5)

fd(189.9)

rt(122.8)

fd(30.9)

end_fill()

up()

lt(179.2)

fd(47.3)

down()

begin_fill()

lt(116.4)

fd(177.3)

rt(122.1)

fd(4.3)

rt(50.4)

fd(191)

rt(124.2)

fd(31.8)

end_fill()

up()

fnt = ('Century Gothic', 54,'bold')

color(RED)

goto(0,-85)

write('new balance',font=fnt,align='center')

hideturtle()

done()

Python Turtle Graphics Drawing - Youtube Shorts Logo

 Python Turtle Graphics Drawing - Youtube Shorts Logo

Youtube

Source code:

from turtle import *

setup(540,700)

RED = '#F40407'

up()

lt(138.8)

fd(256.5)

down()

color(RED)

begin_fill()

rt(111.3)

fd(314.4)

rt(94.8)

fd(247)

rt(84.6)

fd(53.2)

lt(74.3)

fd(238.5)

rt(74.7)

fd(301.5)

rt(92.2)

fd(246.9)

rt(87.7)

fd(68.9)

lt(78.6)

fd(235.4)

end_fill()

up()

rt(80.3)

fd(349.3)

down()

lt(159.1)

begin_fill()

circle(123.6)

end_fill()

up()

lt(44.9)

fd(486.2)

down()

lt(103.4)

begin_fill()

circle(122.5)

end_fill()

up()

lt(43.4)

fd(378.1)

down()

lt(147.1)

begin_fill()

circle(123.6)

end_fill()

up()

lt(66.5)

fd(494.8)

down()

lt(123.9)

begin_fill()

circle(123)

end_fill()

color('white')

up()

lt(59.4)

fd(399.7)

down()

begin_fill()

lt(94.6)

fd(190.4)

lt(121.7)

fd(200)

lt(121.7)

fd(190.4)

end_fill()

done()

Pyhton Turtle Graphics Drawing - C Sharp / C# Logo

 Pyhton Turtle Graphics Drawing - C Sharp / C# Logo

Youtube

Source code:

from turtle import *

from math import sin,radians,sqrt

title('CSharp Logo')

setup(500, 550)

shape('turtle')

speed('slowest')

C1 = '#953DAC'

C2 = '#68217A'

C3 = '#822C98'

R = 250

F = 40 # fillet

hy = F/sin(radians(60))

aj = sqrt(hy*hy-F*F)

L = R - 2*aj

fR = R-(hy-F)

def half():

    begin_fill()

    fd(fR)

    lt(90)

    circle(F, 30)

    fd(L)

    circle(F, 60)

    fd(L)

    circle(F, 60)

    fd(L)

    circle(F, 30)

    lt(90)

    fd(fR)

    end_fill()

def small():

    pensize(1)

    color('orange')

    seth(-30)

    begin_fill()

    fd(fR)

    lt(90)

    circle(F, 30)

    fd(L)

    circle(F, 30)

    lt(90)

    fd(fR)

    color(C3)

    end_fill()

    seth(0)

def hbar():

    seth(0)

    down()

    begin_fill()

    fd(70)

    rt(90)

    fd(13)

    rt(90)

    fd(70)

    rt(90)

    fd(13)

    end_fill()

    up()

def vbar():

    seth(0)

    down()

    begin_fill()

    fd(15)

    rt(100.7)

    fd(86.5)

    rt(79.3)

    fd(15)

    rt(100.7)

    fd(86.5)

    end_fill()

    up()

color(C1)

lt(30)

half()

color(C2)

lt(180)

half()

seth(0)

up()

pencolor('white')

pensize(74)

fd(111)

lt(90)

down()

circle(111)

up()

lt(90)

fd(111)

small()

color('white')

up()

goto(113,30)

hbar()

goto(113-4,-3)

hbar()

goto(130, 49)

vbar()

goto(130+32,49)

vbar()

hideturtle()

done()

Python Tutle Graphics Drawing - Adidas Logo

Python Tutle Graphics Drawing - Adidas Logo

Youtube

Source code:

from turtle import *

setup(550,550)

def leaf(pos,ang):

    color('black')

    up()

    goto(pos)

    seth(ang-41)

    down()

    begin_fill()

    circle(257.4,82.1)

    lt(98)

    circle(257.6,82)

    end_fill()

def bar(y):

    up()

    color('white')

    goto(-240,y)

    seth(0)

    begin_fill()

    fd(480)

    rt(90)

    fd(18)

    rt(90)

    fd(480)

    rt(90)

    fd(18)

    end_fill()

leaf((0,-68),90)

leaf((35,-64),50)

leaf((-35,-64),130)

y=67

for i in range(3):

    bar(y)

    y-=36.5

fnt=('Century Gothic',115,'bold')

color('black')

goto(0,-245)

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

done()

Python Turtle Graphics Drawing - Dell Logo

 Python Turtle Graphics Drawing - Dell Logo

Youtube

Source code:

from turtle import *

BLU = '#007EB9'

WHI = 'white'

setup(500,500)

color(BLU)

up()

fd(219)

down()

lt(90)

begin_fill()

circle(219)

end_fill()

color(WHI)

up()

lt(90)

fd(24)

down()

rt(90)

begin_fill()

circle(195)

end_fill()

color(BLU)

up()

lt(90)

fd(61)

down()

begin_fill()

lt(90)

fd(18)

lt(90)

fd(32.5)

rt(90)

fd(27)

rt(90)

fd(65.5)

rt(90)

fd(94)

rt(90)

fd(33)

rt(90)

fd(49)

end_fill()

up()

rt(90)

fd(74.5)

down()

begin_fill()

lt(90)

fd(18)

lt(90)

fd(33)

rt(90)

fd(27)

rt(90)

fd(65.5)

rt(90)

fd(32.5)

lt(128.2)

fd(68.7)

rt(76.4)

fd(63)

lt(103.9)

circle(-49.4,64)

rt(1.7)

fd(42.5)

rt(90)

fd(94)

rt(90)

fd(42.5)

rt(0.2)

circle(-47.1,67.8)

lt(106.3)

fd(63)

rt(77.1)

fd(23.1)

rt(102.9)

fd(57.3)

lt(104.3)

fd(10.7)

lt(75.7)

fd(57.3)

rt(76.4)

fd(23.5)

rt(103.6)

fd(57.3)

lt(102.3)

fd(11)

lt(77.4)

fd(57.7)

lt(52)

fd(33)

rt(90)

fd(32.5)

rt(90)

fd(49)

end_fill()

color(WHI)

up()

rt(96.9)

fd(183.3)

down()

begin_fill()

lt(6.9)

fd(8.5)

lt(90)

fd(40.5)

lt(90)

fd(8.5)

lt(1.9)

circle(20.3,176.1)

end_fill()

hideturtle()

done()

Python Turtle Graphics Drawing - WhatsApp Logo

Python Turtle Graphics Drawing - WhatsApp Logo

Youtube

Source code:

from turtle import *

GRN = '#41C452'

setup(500,500)

bgcolor('gray')

color('white')

up()

rt(135.4)

fd(288.2)

down()

begin_fill()

lt(149.7)

fd(111.0)

rt(42.7)

circle(201.2,328.2)

rt(45.1)

fd(108.3)

end_fill()

up()

lt(149.4)

fd(68.2)

down()

color(GRN)

begin_fill()

rt(29.0)

fd(65.3)

rt(48.0)

circle(167.7,337.4)

rt(48.8)

fd(64.8)

end_fill()

color('white')

up()

lt(161.9)

fd(198.2)

down()

begin_fill()

rt(119.0)

circle(131.4,41.3)

lt(2.2)

circle(7.7,57.2)

lt(11.4)

fd(27.8)

lt(2.3)

circle(-8.0,84.2)

lt(5.6)

fd(46.0)

lt(3.7)

circle(-5.8,70.7)

lt(5.2)

circle(-44.2,42.5)

lt(-8.8)

circle(-60.3,65.4)

lt(6.7)

circle(-204.1,49.0)

lt(-3.2)

circle(-63.5,49.2)

lt(-1.6)

circle(-51.2,15.4)

lt(6.8)

circle(-22.1,37.9)

rt(12.6)

fd(12.9)

rt(4.4)

circle(-11.5,45.2)

rt(17.4)

fd(47.2)

lt(1.8)

circle(-9.4,57.9)

lt(6.6)

circle(-54.7,23.1)

lt(6.7)

circle(7.2,81.6)

end_fill()

hideturtle()

done()

Python Turtle Graphics Drawing - Gopher

Python Turtle Graphics Drawing - Gopher

Youtube

Source code:

from turtle import *

setup(500,500)

BLU = '#74CEDD'

BRO = '#F7D3A2'

pensize(4)

up()

rt(57.8)

fd(181.3)

down()

pencolor('black')

fillcolor(BRO)

begin_fill()

lt(14.7)

fd(13.5)

rt(5.4)

fd(12.6)

rt(14.5)

fd(7.6)

rt(28.4)

fd(4.8)

rt(32.2)

fd(6.6)

rt(21.1)

fd(7.7)

rt(36.5)

fd(5.4)

rt(33)

fd(10.3)

rt(16.6)

fd(9.3)

lt(9.3)

fd(8.7)

rt(1.8)

fd(9.1)

rt(101.6)

fd(26.1)

end_fill()

up()

rt(104.2)

fd(25.9)

down()

lt(14.7)

fd(6.3)

rt(14.4)

fd(8.2)

up()

rt(115.4)

fd(181.5)

down()

begin_fill()

lt(11.4)

fd(8.8)

lt(19.7)

fd(10.1)

lt(11.6)

fd(11.5)

lt(2)

fd(6.6)

rt(15.4)

fd(6.4)

rt(20.8)

fd(4.9)

rt(40.9)

fd(4.7)

rt(26)

fd(3.5)

lt(58.7)

fd(1.8)

rt(49.9)

fd(4.6)

rt(30.2)

fd(4.7)

rt(19.8)

fd(6.2)

rt(28.6)

fd(11.3)

rt(10)

fd(17.7)

rt(70.8)

fd(35.5)

end_fill()

up()

rt(144.1)

fd(40.6)

down()

lt(58.1)

fd(6)

rt(9.1)

fd(5.2)

lt(17.7)

fd(3.1)

up()

lt(151.7)

fd(322.1)

down()

begin_fill()

rt(42.7)

fd(11)

rt(17.6)

fd(9.2)

rt(14.7)

fd(6.7)

rt(17.4)

fd(7.2)

rt(26.6)

fd(4.4)

rt(60.1)

fd(4.1)

lt(44.8)

fd(3.7)

rt(34.3)

fd(3.8)

rt(36.4)

fd(4.8)

rt(29.2)

fd(5.8)

rt(16.5)

fd(7.8)

lt(9.9)

fd(9.1)

rt(71.8)

fd(19.5)

end_fill()

up()

rt(125.6)

fd(27.8)

down()

rt(5.7)

fd(3.7)

lt(34.4)

fd(2.8)

up()

rt(175.2)

fd(277.6)

down()

begin_fill()

rt(1.4)

fd(9.7)

lt(16.7)

fd(9.8)

lt(18.3)

fd(10.3)

lt(16.7)

fd(6.1)

lt(28.2)

fd(4.7)

lt(49.2)

fd(5)

rt(21.7)

fd(4)

lt(27.1)

fd(4.5)

lt(47.7)

fd(4.8)

lt(19.9)

fd(5.9)

lt(16.1)

fd(9.2)

rt(20.1)

fd(8.2)

lt(74)

fd(18.5)

end_fill()

up()

lt(125.4)

fd(30.6)

down()

lt(10.8)

fd(2.6)

rt(21.5)

fd(3.3)

up()

rt(161.8)

fd(315.1)

down()

fillcolor(BLU)

begin_fill()

lt(14.1)

circle(-27.8,93.7)

lt(4.3)

circle(-30.6,54.2)

rt(3.5)

circle(-27,72.7)

rt(67.8)

fd(55.2)

end_fill()

up()

rt(153.7)

fd(16.7)

down()

fillcolor('black')

begin_fill()

lt(58.7)

circle(-10,175.2)

up()

rt(92.4)

fd(20)

down()

lt(180)

fd(20)

end_fill()

up()

rt(129.6)

fd(210.9)

down()

fillcolor(BLU)

begin_fill()

rt(37.4)

circle(30.3,86)

rt(3.9)

circle(27.8,56.1)

rt(0.2)

circle(25.3,79)

lt(64.4)

fd(55.3)

end_fill()

up()

lt(152.2)

fd(23.1)

down()

fillcolor('black')

begin_fill()

rt(64.8)

circle(9.4,180.7)

rt(3.4)

fd(3.8)

lt(27.8)

fd(5.7)

lt(67.6)

fd(15.3)

lt(70.2)

fd(5.8)

lt(22.4)

fd(2.9)

end_fill()

up()

rt(129.8)

fd(124.2)

down()

fillcolor(BLU)

begin_fill()

rt(20.7)

circle(-200.6,19.5)

rt(3.4)

circle(-90.3,55)

lt(0.5)

circle(-324.4,13.6)

lt(0.5)

circle(2316.4,3.4)

lt(0.8)

circle(-136.8,43.7)

rt(10)

circle(-160.4,80.8)

rt(7.9)

circle(-105.7,51.9)

lt(2.6)

circle(546.9,16)

rt(1.9)

circle(-168.1,36.9)

rt(17.1)

circle(-155.8,44.3)

end_fill()

up()

rt(89.2)

fd(120.6)

down()

fillcolor('white')

begin_fill()

rt(2.9)

fd(15.4)

lt(3.2)

fd(9.7)

rt(48.3)

fd(8.8)

rt(36.4)

fd(4.4)

rt(41.3)

fd(6.2)

rt(32.9)

fd(7.9)

rt(18.6)

fd(8.3)

rt(10.9)

fd(9.4)

rt(73.4)

fd(18.9)

end_fill()

up()

rt(14.5)

fd(16.1)

down()

begin_fill()

rt(82.3)

fd(13.8)

rt(0.8)

fd(10.9)

rt(47.5)

fd(5.9)

rt(22.9)

fd(4.4)

rt(42)

fd(5.1)

rt(26)

fd(5.6)

rt(34.6)

fd(11.3)

rt(11.8)

fd(12.4)

rt(71.3)

fd(11)

rt(32.5)

fd(6.7)

end_fill()

up()

lt(163.1)

fd(35.3)

down()

fillcolor(BRO)

begin_fill()

lt(36.7)

fd(7.7)

lt(37.3)

fd(8.3)

lt(4.8)

circle(13,96.3)

lt(18)

fd(4.4)

lt(31.3)

fd(8.2)

lt(12.2)

fd(4.9)

lt(3.4)

circle(-23.9,50.8)

rt(13.6)

circle(14.3,78.4)

lt(1.3)

circle(10.5,94.1)

rt(4)

circle(32.3,34.7)

lt(19.5)

fd(26.4)

end_fill()

up()

rt(107.1)

fd(12.9)

down()

fillcolor('black')

begin_fill()

rt(49.4)

circle(-21.7,62.5)

lt(4.8)

circle(-8.7,84.3)

rt(25.3)

circle(-28.4,37.6)

lt(0.5)

circle(-23.2,40.7)

rt(17.4)

circle(-8.2,74.8)

lt(5)

circle(-12,36.1)

end_fill()

up()

lt(41.9)

fd(66.5)

down()

fillcolor('white')

begin_fill()

rt(25)

circle(-42.1,77.8)

rt(2.4)

circle(-37.3,81)

rt(6.1)

circle(-45.7,57.6)

lt(3.1)

circle(-36.5,73.1)

rt(2.2)

circle(-37.2,65.4)

end_fill()

up()

lt(150)

fd(51.2)

down()

begin_fill()

rt(37)

circle(44.1,67.7)

lt(0.4)

circle(37.3,72.1)

lt(0.9)

circle(36.3,78.4)

rt(7.4)

circle(40,66.7)

lt(3.3)

circle(37.8,73.8)

end_fill()

up()

rt(165.6)

fd(50.9)

down()

fillcolor('black')

begin_fill()

lt(71.8)

circle(-10.6,99.1)

lt(3.9)

circle(-12.8,90.1)

lt(1.5)

circle(-10.5,85.9)

rt(0.8)

circle(-13.6,88.3)

end_fill()

up()

lt(131.9)

fd(83.8)

down()

begin_fill()

rt(47.1)

circle(11.2,91.4)

lt(2.6)

circle(13.8,88.5)

lt(3.2)

circle(11.3,76.2)

lt(3.5)

circle(13.6,93.4)

end_fill()

up()

rt(139.8)

fd(100.6)

down()

pensize(2)

color('white')

begin_fill()

lt(60.3)

circle(3.3)

end_fill()

up()

lt(127.1)

fd(99.3)

down()

begin_fill()

rt(95.1)

circle(3.4)

end_fill()

hideturtle()

done()