Happy Birthday Krithu Using Python Turtle Graphics

Happy Birthday Krithu... 

import turtle

ankita = turtle.Screen()
ankita.bgcolor("black")
tech_habit = turtle.Turtle()
tech_habit.width(7)
colors = ["#f5ac2f", "#279cf5", "#d820f5", "#a2f52f", "#f527c1"]


def draw_ankita(i, x, y):
    tech_habit.pencolor("linen")
    tech_habit.color(colors[i % 7])
    tech_habit.lt(70)
    tech_habit.penup()
    tech_habit.goto(x, y)
    tech_habit.pendown()
    tech_habit.circle(22)
    tech_habit.end_fill()


def ballon(x, y):
    tech_habit.pensize(4)
    for i in range(5):
        draw_ankita(i, x, y)



def cake(x, y):
    tech_habit.fd(x)
    tech_habit.rt(90)
    tech_habit.fd(y)
    tech_habit.rt(90)
    tech_habit.fd(x)
    tech_habit.rt(90)
    tech_habit.fd(y)


def move(x, y):
    tech_habit.up()
    tech_habit.setposition(0, 0)
    tech_habit.setheading(90)
    tech_habit.rt(90)
    tech_habit.fd(x)
    tech_habit.lt(90)
    tech_habit.fd(y)
    tech_habit.pendown()


def mov(x, y):
    tech_habit.up()
    tech_habit.setposition(0, 0)
    tech_habit.setheading(90)
    tech_habit.lt(90)
    tech_habit.fd(x)
    tech_habit.rt(90)
    tech_habit.fd(y)
    tech_habit.pendown()


def A(size):
    tech_habit.rt(19)
    tech_habit.forward(size)
    tech_habit.rt(141)
    tech_habit.fd(size)
    tech_habit.backward(size / 2)
    tech_habit.rt(105)
    tech_habit.fd(int(size / 3))


def B(size):
    tech_habit.forward(size)
    tech_habit.rt(90)
    for i in range(18):
        tech_habit.rt(9)
        tech_habit.fd(size // 20)
    for i in range(18):
        tech_habit.rt(size // 5)
        tech_habit.backward(size // 20)


def D(size):
    tech_habit.fd(size)
    tech_habit.rt(90)
    tech_habit.fd(size // 10)
    for i in range(13):
        tech_habit.rt(13)
        tech_habit.fd(size // 8)


def E(size):
    tech_habit.rt(90)
    tech_habit.fd(int(size / 3))
    tech_habit.back(int(size / 3))
    tech_habit.left(90)
    tech_habit.fd(size / 2)
    tech_habit.rt(90)
    tech_habit.fd(int(size / 3))
    tech_habit.back(int(size / 3))
    tech_habit.lt(90)
    tech_habit.fd(size / 2)
    tech_habit.rt(90)
    tech_habit.fd(int(size / 3))


def H(size):
    tech_habit.fd(size)
    tech_habit.backward(size // 2)
    tech_habit.rt(90)
    tech_habit.fd(size // 2)
    tech_habit.lt(90)
    tech_habit.fd(size // 2)
    tech_habit.backward(size)


def I(size):
    tech_habit.fd(size)
    tech_habit.rt(90)
    tech_habit.circle(size // 8)


def K(size):

    tech_habit.fd(size)
    tech_habit.backward(size//2)
    tech_habit.rt(60)
    tech_habit.fd(size//1.5)
    tech_habit.backward(size//2)
    tech_habit.rt(80)
    tech_habit.fd(size//1.3)

def L(size):
    tech_habit.rt(90)
    tech_habit.fd(int(size / 2))
    tech_habit.back(int(size / 2))
    tech_habit.lt(90)
    tech_habit.fd(size)

def N(size):
    tech_habit.fd(size)
    tech_habit.rt(150)
    tech_habit.fd(size + int(size / 6))
    tech_habit.lt(150)
    tech_habit.fd(size)


def P(size):
    tech_habit.fd(size)
    tech_habit.rt(90)
    tech_habit.fd(size // 8)
    for i in range(8):
        tech_habit.rt(20)
        tech_habit.fd(size // 9)

def R():
    tech_habit.fd(60)
    tech_habit.rt(90)
    tech_habit.fd(7)
    for i in range(15):
        tech_habit.rt(12)
        tech_habit.fd(3)
    tech_habit.lt(120)
    tech_habit.fd(40)


def S(size):
    tech_habit.rt(90)
    for i in range(0, 5):
        if i < 3:
            tech_habit.fd(size / 2)
            tech_habit.lt(90)
            if i == 2:
                tech_habit.rt(90)
        else:
            tech_habit.right(90)
            tech_habit.fd(size / 2)


def T(size):
    tech_habit.fd(size)
    tech_habit.rt(90)
    tech_habit.fd(size // 2)
    tech_habit.backward(size)

def U(size):
    tech_habit.fd(size)
    mov(-40, 205)
    tech_habit.rt(90)
    for i in range(size//10):
        tech_habit.lt(12)
        tech_habit.fd(size//10)
    tech_habit.fd(size//2)
    tech_habit.back(size//2)


def Y(size):
    tech_habit.fd(size)
    tech_habit.left(60)
    tech_habit.fd(size // 2)
    tech_habit.backward(size // 2)
    tech_habit.rt(90)
    tech_habit.fd(size // 1.5)

tech_habit.speed(19)


mov(120, 30)
tech_habit.color("#f7b543")
# tech_habit.color(colors[8 % 5])
tech_habit.begin_fill()
cake(40, 180)
tech_habit.end_fill()
mov(110, 75)
tech_habit.color("#d152f7")
tech_habit.begin_fill()
cake(40, 160)
tech_habit.end_fill()
mov(100, 120)
tech_habit.color("#f54eb8")
tech_habit.begin_fill()
cake(40, 140)
tech_habit.end_fill()
mov(30, 170)
tech_habit.width(11)
tech_habit.pencolor("red")
tech_habit.circle(7)
move(180, 307)
mov(0, 0)
ballon(-490, 200)
ballon(490, 200)
ballon(183, -150)
ballon(-133, -150)

tech_habit.speed(7)
tech_habit.width(9)
tech_habit.pencolor("#319df5")


tech_habit.width(11)

mov(260, 205)
K(size=70)
mov(190, 205)
R()
mov(140, 205)
I(size=70)
mov(80, 205)
T(size=70)
mov(30, 205)
H(size=70)
mov(-40, 205)
U(size=70)


tech_habit.pencolor("#95ed28")
style = ('Arial', 50, 'italic')


tech_habit.pencolor("cyan")
tech_habit.width(13)
mov(260, -80)
H(100)
tech_habit.width(7)
mov(190, -80)
A(65)
mov(135, -80)
P(60)
mov(100, -80)
P(60)
mov(52, -80)
Y(60)
mov(28, -80)
B(60)
move(12, -80)
I(60)
move(36, -80)
R()
move(80, -80)
T(100)
move(102, -80)
H(60)
move(150, -80)
tech_habit.pencolor('hotpink')
D(200)
move(160, -80)
A(60)
move(220, -80)
Y(60)
ankita.exitonclick()