I Made this clock with python.
// import tkinter as tk import time import math
WIDTH = 400 HEIGHT = 400
root = tk.Tk() root.title("Analog Clock") canvas = tk.Canvas(root,width=WIDTH, height=HEIGHT,bg="cyan") canvas.pack()
def update_clock(): canvas.delete("all") now = time.localtime() hour = now.tm_hour % 12 minute = now.tm_min second = now.tm_sec #draw clock face canvas.create_oval(2,2,WIDTH,HEIGHT, outline="black", width=2) #draw hour numbers for i in range(12): angle = i * math.pi/6 - math.pi/2 x = WIDTH/2 + 0.7 * math.cos(angle) y = HEIGHT/2 + 0.7 * math.sin(angle) if i ==0: canvas.create_text(x, y-10, text=str(i+12), font=("Helevetica",12)) else: canvas.create_text(x, y ,text=str(i) , font=("Helevetica",12)) #Draw minute lines for i in range(60): angle = i * math.pi/30 - math.pi/2 x1 = WIDTH/2 + 0.8 * WIDTH/2 * math.cos(angle) y1 = HEIGHT/2 + 0.8 HEIGHT/2 * math.sin(angle) x2 = WIDTH/2 + 0.9 * WIDTH/2 * math.cos(angle) y2 = HEIGHT/2 + 0.9 HEIGHT/2 * math.sin(angle) if i % 5 ==0: canvas.create_line(x1, y1 , x2 , y2 , fill="black",width=3) else: canvas.create_line(x1, y1 , x2 , y2 , fill="black",width=1) #draw hour hand hour_angle = (hour + minute/60) * math.pi/6 - math.pi/2 hour_x = WIDTH/2 + 0.5 * WIDTH/2 * math.cos(hour_angle) hour_y = HEIGHT/2 + 0.5 * HEIGHT/2 * math.sin(hour_angle) canvas.create_line(WIDTH/2 , HEIGHT/2 , hour_x, hour_y, fill="black", width=6) #draw minute hand minute_angle = (minute + second/60) * math.pi/6 - math.pi/2 minute_x = WIDTH/2 + 0.7 WIDTH/2 * math.cos(minute_angle) minute_y = HEIGHT/2 + 0.7 WIDTH/2 * math.sin(minute_angle) canvas.create_line(WIDTH/2 , HEIGHT/2 , minute_x , minute_y , fill="blue", width=4) #draw second hand second_angle = (second) * math.pi/30 - math.pi/2 second_x = WIDTH/2 + 0.6 * WIDTH/2 * math.cos(second_angle) second_y = WIDTH/2 + 0.6 * WIDTH/2 * math.sin(second_angle) canvas.create_line(WIDTH/2 , HEIGHT/2, second_x , second_y , fill="red")
canvas.after(1000, update_clock)
update_clock() root.mainloop() //