from tkinter import *
import math
from datetime import datetime
datetime.now().strftime('%Y-%m-%d %H:%M:%S')
a = int(datetime.now().strftime('%M'))
b = int( datetime.now().strftime('%H'))
c = int(datetime.now().strftime('%S'))



a1 = a*30 - 90
b1 = b*6 - 90
c1 = c*6 - 90
r=268

master = Tk()
winW = 1000
winH = 1000

w = Canvas(master, width=winW, height=winH)
w.pack()

w.create_oval(100,100,700,700,fill="gray")
w.create_oval(382,382,418,418,fill="WHITE")

for k in range(1,13):
        k1 = math.radians(k*30-90)
        w.create_text(400 + r*math.cos(k1), 400 + r*math.sin(k1),text= k,font=("Courier", 44))


def cat():
        global h, b1
        w.delete(h)
        b = int( datetime.now().strftime('%H'))
        b1 = b*30 - 90
        k2 = math.radians(b1)
        h =  w.create_line(400,400,400 + (r-100)*math.cos(k2), 400 + (r-100)*math.sin(k2),width=10)

        w.after(100, cat)

def cat1():
        global m, a1 ,a
        w.delete(m)
        a= int(datetime.now().strftime('%M'))
        a1 = a*6 - 90
        k3 = math.radians(a1)
        m= w.create_line(400,400,400 + (r-40)*math.cos(k3), 400 + (r-40)*math.sin(k3),width=15)


        w.after(100, cat1)
def cat3():
        global s, c1
        w.delete(s)
        c = int(datetime.now().strftime('%S'))
        c1 = c*6 - 90
        k4 = math.radians(c1)
        s =  w.create_line(400,400,400 + (r-40)*math.cos(k4), 400 + (r-40)*math.sin(k4),width=10)

        w.after(100, cat3)



k2 = math.radians(b1)
k3 = math.radians(a1)
k4 = math.radians(c1)


h =  w.create_line(400,400,400 + (r-40)*math.cos(k2), 400 + (r-40)*math.sin(k2),width=10)
m= w.create_line(400,400,400 + (r-100)*math.cos(k3), 400 + (r-100)*math.sin(k3),width=15)
s =  w.create_line(400,400,400 + (r-10)*math.cos(k4), 400 + (r-10)*math.sin(k4),width=10)

cat()
cat1()
cat3()

master.mainloop()