#------------------------- 1- Wire frame lines with Python Turtle -------------------

#pip install turtle
from turtle import *
#pip install time
from time import sleep

bgcolor('black')
t=[Turtle(),Turtle()]
x=6
colors=['red','yellow','blue','lime','black']
for index,i in enumerate(t):
    i.speed(0)
    i.color("darkcyan")
    i.shape("square")
    i.shapesize(0.1)
    i.width(0)
    i.pu()
    i.seth(90)
    i.fd(350)
    i.seth(-180)
    i.pd()
t[0].pu()

delay(0)
speed(0)
ht()
sleep(8)
for i in colors:
    color(i)
    for i in range(360):
        t[0].fd(x)
        t[0].lt(1)
        pu()
        goto(t[0].pos())
        pd()
        t[1].fd(2*x)
        t[1].lt(2)
        goto(t[1].pos())
done()

#------------------------------ 2-Digtal Clock using turtle --------------------------

#pip install tkinter
from tkinter import *
from tkinter.ttk import *

#pip install time

from time import strftime

root=Tk()
root.title("Clock") #Name for the clock

def time():
    string=strftime('%H:%M:%S %p') # Time Format (Hours : Minutes : Seconds)
    label.config(text=string)
    label.after(1000,time)

label=Label(root,font=("ds-digital",100),background="black",foreground="cyan")
# (Use the font of your system or any inbuilt fonts instead of "ds-digital") or 
#(install  'ds-digital' in your system)

label.pack(anchor='center')
time()
mainloop()

#------------------------------ 3-SQUARE using Turtle ------------------------------

#pip install turtle
import turtle
from turtle import *

# Create a turtle screen and a turtle object
Tk = turtle.Screen()
bgcolor("blue") #screen color
speed(2) # for -ve value for high speed and +ve value for low speed - [speed(count)]
Tk.title("Square")
move = turtle.Turtle()

# Draw a square

for i in range(4):
    
        move.forward(100)  # Move the turtle forward by 100 units
        color("blue")
        move.left(90)     # left(rotation_degree) or right(rotation_degree)
color('white')
bgcolor('white')
# Close the turtle graphics window when clicked
Tk.exitonclick()

#------------------------------ 4- CIRCLE using Turtle ------------------------------
# pip install turtle 
import turtle

from turtle import *

bgcolor('cyan')
Tk = turtle.Screen()
Tk.title("Circle")
turn = turtle.Turtle()

# Draw a circle
turn.circle(100)  # Draw a circle with a radius of 100 units
turn.width(0)
color("yellow")

bgcolor("yellow")

Tk.exitonclick()

# ------------------------- 5- Pentagon SPIRAL  Using Turtle ----------------------
# pip install turtle 
import turtle

from turtle import *

Tk = turtle.Screen()
Tk.title("Pentagon Spiral")
spir = turtle.Turtle()
bgcolor('yellow')
# Draw a spiral
for i in range(89):  # You can adjust the number of iterations to change the spiral
    spir.forward(10 + i * 5)
    spir.right(73) # rotates at an  angle of 45 degree, change the angle to

Tk.exitonclick()

#------------------------------ 6- SQUARE spiral Using Turtle -------------------------

# pip install turtle
 
import turtle

from turtle import *

Tk = turtle.Screen()
Tk.title("Pentagon Spiral")
spir = turtle.Turtle()
bgcolor("yellow")


# Draw a spiral
for i in range(80):  # You can adjust the number of iterations to change the spiral
    spir.forward(10 + i * 5)
    spir.right(90) # rotates at an  angle of 45 degree, change angle to
 change shape 

Tk.exitonclick()

#------------------------- 7-TREE using Turtle ---------------------------------------

import turtle # pip install turtle
from turtle import * 

tree = turtle.Screen()
tree.title("Turtle Tree")
Tk = turtle.Turtle()

# Function to draw a tree
def draw_tree(branch_length, t):
    if branch_length > 5:
        t.forward(branch_length)
        t.right(20)
        draw_tree(branch_length - 15, t)
        t.left(40)
        draw_tree(branch_length - 15, t)
        t.right(20)
        t.backward(branch_length)

Tk.left(90)  # Set initial angle
Tk.penup()
Tk.backward(140)
Tk.pendown()
Tk.color("green")
draw_tree(105, Tk)

tree.exitonclick()