Simple Analog Clock using Tkinter in Python Free Source Code.zip

import math import tkinter as tk import time my_w = tk.Tk() width,height=620,620 c_width,c_height=width-5,height-5 d=str(width)+"x"+str(height) my_w.geometry(d) my_w.title("Analog Clock") c1 = tk.Canvas(my_w, width=c_width, height=c_height,bg='black') c1.grid(row=0,column=0,padx=5,pady=5,columnspan=3) dial=c1.create_oval(10, 10, 600, 600,width=15,outline='orange',fill='#FFFFFF') x,y=305,305 x1,y1,x2,y2=x,y,x,10 center=c1.create_oval(x-8,y-8,x+8,y+8,fill='#c0c0c0') r1=280 r2=210 rs=210 rm=180 rh=160 in_degree = 0 in_degree_s=int(time.strftime('%S')) *6 in_degree_m=int(time.strftime('%M'))*6 in_degree_h=int(time.strftime('%I')) * 30 if(in_degree_h==360): in_degree_h=0 h=iter(['12','1','2','3','4','5','6','7','8','9','10','11']) for i in range(0,60): in_radian = math.radians(in_degree) if(i%5==0): ratio=0.85 t1=x+r2*math.sin(in_radian) t2=x-r2*math.cos(in_radian) c1.create_text(t1,t2,fill='blue',font="Times 30 bold",text=next(h)) else: ratio=0.9 x1=x+ratio*r1*math.sin(in_radian) y1=y-ratio*r1*math.cos(in_radian) x2=x+r1*math.sin(in_radian) y2=y-r1*math.cos(in_radian) c1.create_line(x1,y1,x2,y2,width=1) in_degree=in_degree+6 in_radian = math.radians(in_degree_s) x2=x+rs*math.sin(in_radian) y2=y-rs*math.cos(in_radian) second=c1.create_line(x,y,x2,y2,fill='red',width=2) def my_second(): global in_degree_s,second in_radian = math.radians(in_degree_s) c1.delete(second) x2=x+rs*math.sin(in_radian) y2=y-rs*math.cos(in_radian) second=c1.create_line(x,y,x2,y2,arrow='last',fill='red',width=2) if(in_degree_s>=360): in_degree_s=0 my_minute() in_degree_s=in_degree_s+6 c1.after(1000,my_second) in_radian = math.radians(in_degree_m) x2=x+rm*math.sin(in_radian) y2=y-rm*math.cos(in_radian) minute=c1.create_line(x,y,x2,y2,width=4,fill='green') def my_minute(): global in_degree_m,minute in_degree_m=in_degree_m+6 in_radian = math.radians(in_degree_m) c1.delete(minute) x2=x+rm*math.sin(in_radian) y2=y-rm*math.cos(in_radian) minute=c1.create_line(x,y,x2,y2,width=4,fill='green') my_hour() if(in_degree_m>=360): in_degree_m=0 in_degree_h=in_degree_h+(in_degree_m*0.0833333) in_radian = math.radians(in_degree_h) x2=x+rh*math.sin(in_radian) y2=y-rh*math.cos(in_radian) hour=c1.create_line(x,y,x2,y2,width=6,fill='#a83e32') def my_hour(): global in_degree_h,hour in_degree_h=in_degree_h+0.5 in_radian = math.radians(in_degree_h) c1.delete(hour) x2=x+rh*math.sin(in_radian) y2=y-rh*math.cos(in_radian) hour=c1.create_line(x,y,x2,y2,width=6,fill='#a83e32') if(in_degree_h>=360): in_degree_h=0 my_second() my_w.mainloop()