Python Turtle Graphics Drawing - Github Logo

 Python Turtle Graphics Drawing - Github Logo

Youtube

Source code:

from turtle import *

setup(500,500)

up()

goto(0,25)

lt(9.61)

fd(16.71)

down()

begin_fill()

rt(7.51)

circle(47.77,34.6)

lt(2.42)

circle(34.94,43.9)

rt(3.54)

circle(52.84,24.17)

lt(2.5)

circle(32.28,27.43)

rt(62.44)

circle(32.88,42.04)

lt(61.25)

circle(20.28,23.32)

lt(0.28)

circle(62.13,16.79)

rt(49.84)

circle(85.57,29.96)

rt(47.33)

circle(91.67,11.61)

lt(7.42)

circle(32.07,14.14)

lt(66.62)

circle(37.06,20.33)

lt(1.3)

circle(31.16,20.39)

rt(61.04)

circle(36.25,46.08)

rt(5.8)

circle(41.76,42.48)

lt(2.35)

circle(35.93,30.13)

lt(0.7)

circle(87.34,9.21)

rt(128.5)

circle(18.17,41.72)

rt(60.65)

circle(-21.53,52.26)

rt(4.41)

circle(-17.78,32.96)

lt(8.54)

circle(30.33,19.25)

lt(4.62)

circle(12.71,45.5)

lt(0.19)

circle(1.31,135.2)

rt(25.38)

circle(10.91,32.29)

rt(18.51)

circle(-29.42,28.11)

lt(1.92)

circle(18,63.42)

rt(2.11)

circle(41.48,20.29)

rt(103.62)

fd(16.31)

lt(4.19)

circle(-4.45,127.22)

lt(14.51)

circle(-86.74,20.7)

rt(0.29)

circle(-91.15,22.1)

lt(0.34)

circle(-86.48,55.38)

lt(0.35)

circle(-90.49,47.21)

lt(0.38)

circle(-86.05,33.74)

rt(1.49)

circle(-97.67,28.82)

rt(1.53)

circle(-89.23,76.59)

rt(0.91)

circle(-93.05,32.62)

lt(15)

circle(-5.67,55.71)

lt(2.64)

circle(-4.45,82.54)

lt(9.42)

fd(26.93)

lt(5.43)

circle(22.32,37.03)

end_fill()

#G

up()

lt(81.32)

fd(158.78)

down()

begin_fill()

lt(146.22)

fd(27)

rt(90)

fd(39.5)

rt(59.65)

circle(-45.3,46.4)

lt(1.84)

circle(-26.79,52.95)

rt(3.86)

circle(-68.82,37.96)

rt(2.43)

circle(-26.57,63.62)

lt(2.25)

circle(-61.38,16.11)

lt(2.44)

circle(-30.31,21.54)

rt(74.64)

fd(14.19)

rt(98.86)

circle(39.54,24.82)

rt(4.54)

circle(17.57,53.39)

lt(12.22)

circle(41.04,51.22)

lt(9.11)

circle(15.01,61.36)

rt(5.11)

circle(34.99,11.64)

lt(77.39)

fd(14.85)

lt(90)

fd(10.77)

rt(90)

fd(14.56)

end_fill()

#i

up()

rt(78.53)

fd(35.2)

down()

begin_fill()

rt(11.47)

fd(16.5)

rt(90)

fd(51)

rt(90)

fd(16.5)

rt(90)

fd(51)

end_fill()

up()

rt(64.8)

fd(9.39)

down()

begin_fill()

rt(25.2)

circle(9)

end_fill()

#t

up()

lt(26.03)

fd(23.93)

down()

begin_fill()

rt(26.03)

fd(15.5)

rt(90)

fd(14.5)

lt(90)

fd(11.5)

rt(90)

fd(13.5)

rt(90)

fd(11.5)

lt(90)

fd(20)

rt(2.23)

circle(5.47,90.39)

rt(4.9)

circle(15.59,24.38)

rt(107.63)

fd(12.03)

rt(69.07)

circle(-26.88,41.86)

rt(5.24)

circle(-14.58,65.75)

lt(1.93)

fd(23.5)

lt(90)

fd(8.5)

rt(90)

fd(11)

rt(76.76)

fd(8.73)

lt(76.76)

fd(15)

end_fill()

#h

up()

rt(75.17)

fd(35.17)

down()

begin_fill()

rt(14.83)

fd(16)

rt(90)

fd(28)

lt(90)

fd(21.5)

lt(90)

fd(28)

rt(90)

fd(16)

rt(90)

fd(74.5)

rt(90)

fd(16)

rt(90)

fd(32)

lt(90)

fd(21.5)

lt(90)

fd(32)

rt(90)

fd(16)

rt(90)

fd(74.5)

end_fill()

#u

up()

rt(111.23)

fd(64.9)

down()

begin_fill()

lt(21.23)

fd(16)

rt(90)

fd(34)

lt(4.25)

circle(6.68,40.78)

lt(11.42)

circle(7.04,41.31)

rt(3.38)

circle(17.42,27.71)

lt(57.91)

fd(36.75)

rt(90)

fd(16)

rt(90)

fd(51)

rt(90)

fd(10.75)

rt(77.91)

fd(3.58)

lt(111.68)

circle(-28.63,21.51)

lt(0.36)

circle(-33.82,25.24)

rt(1.9)

circle(-13.84,67.91)

lt(4.15)

circle(-19.55,15.02)

lt(3.3)

fd(35)

end_fill()

#b

up()

rt(125.35)

fd(81.23)

down()

begin_fill()

rt(75.2)

fd(4.27)

rt(69.44)

fd(10.75)

rt(90)

fd(74.5)

rt(90)

fd(16)

rt(90)

fd(25.5)

lt(120.83)

circle(-24.74,33.15)

lt(4.76)

circle(-16.55,44.61)

lt(1.03)

circle(-16.2,32.53)

lt(0.82)

circle(-43.56,18.41)

lt(2.57)

circle(-52.14,16.79)

lt(3.42)

circle(-16.6,55.5)

rt(5.46)

circle(-28.27,33.61)

lt(1.49)

circle(-19.75,26.46)

end_fill()

color('white')

up()

rt(54.46)

fd(33.19)

down()

begin_fill()

rt(55)

circle(-18.59,23.08)

lt(2.72)

circle(-8.66,36.87)

rt(5.38)

circle(-7.78,38.49)

rt(3.6)

circle(-35.95,28.49)

lt(5.86)

circle(-5.36,59.48)

rt(4.88)

circle(-13.73,29.19)

lt(2.89)

circle(-14.13,23.49)

end_fill()

hideturtle()

done()

Python Turtle Graphics Drawing - Apple Logo

 Python Turtle Graphics Drawing - Apple Logo

Youtube

Source code:

from turtle import *

setup(500,500)

speed('slowest')

up()

rt(27.36)

fd(157.08)

down()

begin_fill()

rt(171.93)

circle(-82.19,132.13)

lt(104.28)

circle(109.12,72.92)

lt(11.41)

circle(-27.79,74.7)

lt(10.71)

circle(92.97,114.31)

rt(4.33)

circle(214.88,56.27)

lt(9.06)

circle(47.44,64.75)

rt(7.45)

circle(-80.9,51.95)

rt(6.62)

circle(48.48,70.28)

lt(5.37)

circle(207.33,29.99)

end_fill()

up()

lt(56.69)

fd(247.13)

down()

begin_fill()

rt(40.82)

circle(-87.7,80.27)

rt(99.03)

circle(-86.46,81.67)

end_fill()

hideturtle()

done()

Python Turtle Graphics Drawing - LG Logo

 Python Turtle Graphics Drawing - LG Logo

Youtube

Source code:

from turtle import *

setup(500,500)

shape('turtle')

up()

fd(200)

down()

lt(90)

color('#C4084F')

begin_fill()

circle(200)

end_fill()

up()

color('white')

lt(75.1)

fd(248.4)

down()

rt(75.3)

begin_fill()

circle(24.1)

end_fill()

up()

rt(52.9)

fd(40)

down()

begin_fill()

rt(36.9)

fd(16)

rt(90)

fd(160)

lt(90)

fd(39)

rt(90)

fd(15)

rt(90)

fd(55)

rt(90)

fd(175)

end_fill()

up()

rt(145)

fd(97.7)

down()

begin_fill()

lt(55)

fd(119)

rt(87.3)

circle(-167.1,275.4)

rt(87.3)

fd(15)

rt(93.2)

circle(151.6,269.9)

lt(93.3)

fd(103)

rt(90)

fd(16)

end_fill()

hideturtle()

done()

Python Turtle Drawing - C++ Logo

 Python Turtle Drawing - C++ Logo

Youtube

Source code:

from turtle import *

setup(500,500)

C1 = '#659AD2'

C2 = '#00599C'

C3 = '#004482'

color(C1)

begin_fill()

lt(29.94)

fd(240.11)

lt(89.1)

circle(39.33,27.6)

lt(3.44)

fd(207.34)

lt(8.32)

circle(42.38,43.19)

lt(8.35)

fd(201.55)

rt(3.73)

circle(41.81,63.22)

lt(0.57)

fd(199.3)

lt(1.22)

circle(43.04,28.26)

lt(90.56)

fd(240.29)

end_fill()

color(C2)

begin_fill()

rt(60.08)

fd(240.37)

lt(89.04)

circle(38.3,26.57)

lt(4.44)

fd(205.5)

lt(2.16)

circle(37.3,29.01)

lt(88.77)

fd(240.11)

end_fill()

color(C3)

begin_fill()

lt(0.1)

fd(240.29)

lt(90.21)

circle(42.86,35.06)

rt(5.23)

fd(196.74)

lt(3.54)

circle(41.33,52.75)

lt(3.57)

fd(205.39)

lt(4.52)

circle(38.08,26.47)

lt(89.03)

fd(240.37)

end_fill()

color('white')

up()

rt(120.02)

fd(142.26)

down()

begin_fill()

lt(90)

circle(142.26,300.02)

up()

rt(145.22)

fd(0.02)

down()

rt(124.79)

fd(71.02)

lt(90.01)

circle(-71.25,300.02)

up()

lt(128.85)

fd(0.01)

down()

rt(38.86)

fd(71)

end_fill()

begin_fill()

up()

lt(225.01)

fd(49.18)

down()

lt(105.06)

fd(16)

rt(90)

fd(15.5)

lt(90)

fd(16)

rt(90)

fd(16)

rt(90)

fd(16)

lt(90)

fd(16)

rt(90)

fd(16)

rt(90)

fd(16)

lt(90)

fd(15.5)

rt(90)

fd(16)

rt(90)

fd(15.5)

lt(90)

fd(15.5)

end_fill()

up()

rt(90)

fd(59.5)

down()

begin_fill()

fd(16)

lt(270)

fd(15.5)

lt(90)

fd(15.5)

rt(90)

fd(16)

rt(90)

fd(15.5)

lt(90)

fd(16)

rt(90)

fd(16)

rt(90)

fd(16)

lt(90)

fd(16)

rt(90)

fd(16)

rt(90)

fd(16)

lt(90)

fd(15.5)

end_fill()

hideturtle()

done()

Python Turtle Graphics Drawing - Python Logo

Python Turtle Graphics Drawing - Python Logo

Youtube

Source code:

from turtle import *

speed('slowest')

pensize(2)

shape('turtle')

setup(500,500)

bgcolor('#E6E6E6')

pencolor('#174163')

fillcolor('#306998')

up()

lt(121.83)

fd(170.66)

down()

begin_fill()

rt(31.83)

fd(51)

rt(11.76)

circle(-36.87,70.3)

lt(4.13)

circle(-271.31,25.12)

rt(12.3)

circle(-60.97,39.31)

rt(25.35)

fd(92)

lt(9.17)

circle(-46.58,99.2)

lt(0.02)

fd(87)

rt(1.15)

circle(52.94,90.15)

lt(1.01)

fd(44)

rt(90)

fd(37)

rt(6.43)

circle(-50.8,67.01)

lt(2.46)

circle(-165.66,38.05)

rt(1.35)

circle(-58.31,68.98)

rt(0.65)

fd(125)

lt(90)

fd(10)

lt(90)

fd(90)

end_fill()

fillcolor('white')

up()

rt(144.94)

fd(69.63)

down()

lt(54.94)

begin_fill()

circle(17.5)

end_fill()

pencolor('#65551C')

fillcolor('#FFD43B')

up()

rt(110.22)

fd(141.74)

down()

begin_fill()

lt(20.22)

fd(41)

rt(11.04)

circle(-41.77,67.92)

lt(10.44)

circle(-158.41,42.96)

lt(9.23)

circle(-44.61,73.13)

rt(4.62)

fd(134)

lt(90)

fd(10)

lt(90)

fd(88)

rt(90)

fd(38)

rt(1.65)

circle(-38.32,58.11)

rt(2.2)

circle(-146.74,56.1)

lt(1.43)

circle(-38.15,60.22)

rt(3.17)

fd(96)

rt(9.27)

circle(-45.63,74.39)

rt(6.34)

fd(94)

lt(3.98)

circle(63.4,68.35)

lt(17.67)

fd(54)

end_fill()

fillcolor('white')

up()

lt(171.73)

fd(236.46)

down()

rt(171.73)

begin_fill()

circle(16)

end_fill()

pencolor('#A0A0A0')

fillcolor('#BEBEBE')

up()

lt(141.17)

fd(105.26)

down()

begin_fill()

lt(126.75)

fd(55.04)

rt(6.45)

fd(40.45)

rt(12.03)

fd(25.63)

rt(18.1)

fd(6.4)

rt(51.34)

fd(5)

rt(51.34)

fd(6.4)

rt(18.1)

fd(25.63)

rt(12.03)

fd(40.45)

rt(6.45)

fd(55.04)

rt(5.26)

fd(54.08)

rt(4.95)

fd(35.36)

rt(13.24)

fd(24.7)

rt(23.63)

fd(5.66)

rt(45)

fd(4)

rt(45)

fd(5.66)

rt(23.63)

fd(24.7)

rt(13.24)

fd(35.36)

rt(3.89)

fd(54.15)

end_fill()

hideturtle()

done()

Twisted Square Animation - Python Turtle Graphics

 Twisted Square Animation - Python Turtle Graphics

Youtube

Source code:

from turtle import *

from math import atan2,degrees

import colorsys as cs

setup(500,500)

bgcolor('black')

R = 150

tur = (Turtle(),Turtle(),Turtle(),Turtle())

tracer(0,0)

M = 0.001

color('white')

cols=['red','green','orange','cyan']

up()

dM = 0.0005

hh = 0

hideturtle()

while True:

    h = hh

    clear()

    for i in range(4):

        tur[i].hideturtle()

        tur[i].up()

        tur[i].color(cols[i])

        tur[i].clear()

    tur[0].goto(-R,R)

    tur[1].goto(R,R)

    tur[2].goto(R,-R)

    tur[3].goto(-R,-R)

    tur[0].seth(0)

    tur[1].seth(-90)

    tur[2].seth(180)

    tur[3].seth(90)

    r=R*2

    for i in range(20):

        color(cs.hsv_to_rgb(h,1,1))

        goto(tur[0].pos())

        down()

        goto(tur[1].pos())

        goto(tur[2].pos())

        goto(tur[3].pos())

        goto(tur[0].pos())

        up()

        a = degrees(atan2(M*r,r-M*r))

        for j in range(4):

            tur[j].fd(M*r)

            tur[j].rt(a)

        r=r-M*r

        h = h+0.025

    update()

    hh = hh+0.0025

    M=M+dM

    if M>=0.2 or M<=-0.1:

        dM=-dM

        dM=dM*1.25

done()

Cardioid Animation - Python Turtle Graphics

 Cardioid Animation - Python Turtle Graphics

Youtube

Source code:

from turtle import *

from math import sin,cos,radians

import colorsys as cs

setup(500,500)

bgcolor('black')

R = 200

def getpt(n):

    n = (360/N*n)%360

    a=radians(n)

    x = -cos(a)*R

    y = sin(a)*R

    return (x,y)

tracer(0,0)

hideturtle()

F = 1

for N in range(4,300):

    clear()

    up()

    goto(R,0)

    seth(90)

    down()

    color('white')

    circle(R)

    up()

    h=0

    for i in range(N):

        h = i/(N*3)

        color(cs.hsv_to_rgb(h,1,1))

        c = getpt(i)

        d = getpt(i*F)

        goto(c)

        down()

        goto(d)

        up()

    update()

    F = F+1/295

done()

Python Turtle Graphics Drawing - Heart

 Python Turtle Graphics Drawing - Heart

Youtube

Formula reference:

https://mathworld.wolfram.com/HeartCurve.html

Source code:

from turtle import *

from math import sin,cos,radians

setup(640,640)

R = 15

color('#f0a')

up()

begin_fill()

for i in range(360):

    a = radians(i)

    x = R*16*sin(a)**3

    y = R*(13*cos(a)-5*cos(2*a)\

        -2*cos(3*a)-cos(4*a))

    goto(x,y)

    down()

end_fill()

done()

Python Turtle Graphics Drawing - Lego® Logo

 Python Turtle Graphics Drawing - Lego® Logo

Youtube

Draw Lego® Logo using bézier curve in Python Turtle Graphics.

Source code:

from turtle import *

from math import atan2, degrees

SCL = 15 # scale

D = 0.05 # bezier step

RED ="#E3000B"

BLACK = [

    (-8.021, 5.702), (-6.187, 8.610),  (-0.952, 8.484),

    (0.279, 6.585),  (2.459, 8.425),  (7.088, 8.576),

    (8.547, 5.896),     (11.516, 9.181),

    (16.352, 8.030),

    (17.192, 5.266),

    (18.104, 1.807),

    (15.322, -4.754),

    (13.437, -6.111),

    (10.494, -8.383),

    (6.377, -7.500),

    (5.573, -4.997),

    (2.619, -8.360),

    (-1.321, -7.782),

    (-2.916, -5.956),

    (-5.379, -8.150),

    (-8.781, -7.604),

    (-10.161, -6.119),

    (-11.854, -7.789),

    (-16.040, -8.061),

    (-17.176, -5.390),

    (-18.144, -2.317),

    (-14.153, 6.068),

    (-12.892, 7.018),

    (-11.372, 8.329),

    (-7.892, 8.228),

    (-8.021, 5.702),

]

YELLOW = [

    (-7.607, 7.616),

    (-5.767, 9.203),

    (-1.112, 9.387),

    (0.394, 7.868),

    (2.755, 9.292),

    (6.670, 9.368),

    (8.718, 7.430),

    (13.184, 10.584),

    (17.470, 8.199),

    (18.132, 5.615),

    (18.961, 1.045),

    (16.348, -5.013),

    (14.556, -6.396),

    (11.114, -9.936),

    (6.342, -8.045),

    (5.371, -6.618),

    (2.263, -9.203),

    (-1.329, -8.591),

    (-2.927, -7.285),

    (-6.230, -9.537),

    (-9.681, -7.869),

    (-10.134, -7.409),

    (-12.192, -8.530),

    (-16.480, -9.380),

    (-18.131, -5.737),

    (-19.427, -2.469),

    (-14.982, 7.106),

    (-13.206, 8.014),

    (-11.782, 8.900),

    (-8.795, 9.450),

    (-7.607, 7.616),

]

C_L = [

    (-12.735, -2.699),

    (-11.428, -2.557),

    (-10.127, -2.461),

    (-10.333, -4.061),

    (-10.538, -5.660),

    (-12.689, -6.635),

    (-14.932, -6.004),

    (-17.176, -5.374),

    (-15.823, -1.896),

    (-15.386, -0.627),

    (-14.949, 0.642),

    (-12.849, 5.809),

    (-11.698, 6.372),

    (-10.673, 6.842),

    (-9.093, 6.834),

    (-9.379, 5.246),

    (-9.690, 3.271),

    (-11.630, -0.384),

    (-12.735, -2.699),

]

C_E = [

    (-5.223, 1.899),

    (-3.319, 2.169),

    (-2.318, 1.781),

    (-2.648, 0.598),

    (-2.996, -0.648),

    (-3.911, -1.304),

    (-6.248, -0.863),

    (-6.467, -1.488),

    (-6.696, -2.097),

    (-6.805, -2.749),

    (-4.598, -2.167),

    (-3.148, -2.592),

    (-3.249, -3.834),

    (-3.315, -4.980),

    (-4.218, -6.131),

    (-6.915, -6.223),

    (-9.532, -6.112),

    (-10.326, -4.355),

    (-9.711, -1.796),

    (-9.108, 1.001),

    (-7.509, 5.160),

    (-6.140, 5.942),

    (-4.625, 7.071),

    (-0.984, 7.112),

    (-0.662, 5.564),

    (-0.310, 4.069),

    (-2.093, 3.157),

    (-4.493, 3.451),

    (-4.863, 2.875),

    (-5.079, 2.502),

    (-5.223, 1.899),

]

C_G = [

    (3.061, -1.293),

    (1.210, -1.243),

    (2.186, 0.937),

    (3.125, 1.222),

    (4.408, 1.585),

    (6.328, 1.590),

    (6.227, -0.230),

    (6.080, -2.211),

    (4.455, -6.216),

    (0.646, -6.228),

    (-3.858, -6.117),

    (-2.708, -1.582),

    (-1.630, 1.224),

    (-0.568, 3.971),

    (0.837, 6.845),

    (4.527, 6.677),

    (7.382, 6.609),

    (8.144, 5.045),

    (7.325, 3.207),

    (6.604, 1.604),

    (4.466, 1.743),

    (4.183, 2.622),

    (4.058, 3.261),

    (4.616, 3.739),

    (4.268, 4.007),

    (4.018, 4.182),

    (3.350, 4.249),

    (2.736, 3.494),

    (1.953, 2.357),

    (0.881, -0.580),

    (0.605, -1.886),

    (0.444, -2.657),

    (0.528, -3.687),

    (1.849, -3.125),

    (2.406, -2.906),

    (2.901, -2.001),

    (3.061, -1.293),

]

C_O1 = [

    (14.034, 6.607),

    (16.027, 6.151),

    (17.004, 4.472),

    (15.636, 0.449),

    (14.743, -2.555),

    (13.539, -6.378),

    (9.280, -6.179),

    (5.778, -5.983),

    (6.081, -2.847),

    (7.687, 1.564),

    (9.151, 6.000),

    (11.405, 7.083),

    (14.034, 6.607),

]

C_O2 = [

    (12.981, 4.036),

    (13.429, 3.909),

    (13.236, 2.704),

    (12.385, 0.323),

    (11.415, -2.196),

    (10.989, -3.489),

    (9.986, -3.277),

    (9.205, -3.041),

    (9.986, -0.819),

    (10.704, 0.997),

    (11.357, 2.713),

    (11.846, 4.366),

    (12.981, 4.036),

]

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 getpts(AR, i):

    return [

        tuple([c * SCL for c in AR[i * 3 + 0]]),

        tuple([c * SCL for c in AR[i * 3 + 1]]),

        tuple([c * SCL for c in AR[i * 3 + 2]]),

        tuple([c * SCL for c in AR[i * 3 + 3]]),

    ]

def draw(AR, col):

    n = len(AR) // 3

    begin_fill()

    color(col)

    for i in range(n):

        pts = getpts(AR, i)

        Bez(*pts)

    end_fill()

def circ(p,r,c):

    up()

    pt=tuple([c*SCL for c in p])

    rad = r*SCL

    goto(pt)

    seth(0)

    fd(rad)

    lt(90)

    begin_fill()

    color(c)

    circle(rad)

    end_fill()

    lt(90)

    fd(rad)

def Lego(sc):

    global SCL

    SCL = sc

    c1 = (18.2038,7.9373)

    c1r = 0.95

    c2 = (18.2081,7.93707)

    c2r= 0.75

    fh= 0.97765

    draw(YELLOW, "#FFED00")

    draw(BLACK, "black")

    draw(C_L, "white")

    draw(C_E, "white")

    draw(C_G, "white")

    draw(C_O1, "white")

    draw(C_O2, "black")

    circ(c1,c1r,'black')

    circ(c2,c2r,RED)

    color('black')

    lt(90)

    fd(round(fh*0.8*SCL))

    write("R",False,'center',('Arial',round(fh*SCL*0.95),'bold'))

setup(1000,500)

shape('turtle')

D=0.05

tracer(1)

bgcolor(RED)

Lego(24)

hideturtle()

goto(0,0)

done()

Python Turtle Graphics Drawing - Chrome Logo

 Python Turtle Graphics Drawing - Chrome Logo

Youtube

Source code:

import turtle as t

from math import sqrt

t.setup(640,640)

t.bgcolor('white')

t.tracer(1)

R = 310

# equilateral triangle

a = R/2

L = sqrt(R**2-a**2)

colors = ['#FBBF03', '#E4382A', '#269E49']

blu = '#1374E9'

for i in range(3):

    t.color(colors[i])

    t.up()

    t.lt(90)

    t.fd(a)

    t.down()

    t.begin_fill()

    t.rt(90)

    t.fd(L)

    t.rt(60)

    t.circle(-R,120)

    t.rt(120)

    t.fd(L)

    t.circle(a,120)

    t.end_fill()

    t.up()

    t.lt(90)

    t.fd(a)

    t.lt(90)

    t.lt(120)

r = R/2-R/10

t.fd(r)

t.lt(90)

t.down()

t.color(blu)

t.begin_fill()

t.circle(r)

t.end_fill()

t.hideturtle()

t.done()

Python Turtle Graphic Design #12

Python Turtle Graphic Design #12

 Youtube

Source code:

from turtle import *

import colorsys as cs

import time

setup(640,800)

bgcolor('black')

tracer(0,0)

pensize(2)

shape('turtle')

fnt=('Arial',45,'bold')

for n in range(3,21,1):

    clear()

    goto(0,100)

    down()

    color(cs.hsv_to_rgb((n-3)/20,1,1))

    N = n

    A = 360/N

    for i in range(N):

        for j in range(N):

            fd(100-n*3)

            rt(A)

        rt(A)

    up()

    seth(90)

    goto(0,-320)

    color('white')

    write(f'Sides: {n}',False,'center',fnt)

    goto(0,-250)

    update()

    time.sleep(1)

done()