Simple Python Clock

# encoding: UTF-8
# Author: Siegfried Paul Keller Schippner
# Simple Clock

from Graphics import *
import datetime

width=400
height=400
#d=50

mcpX=width/2
mcpY=height/2

win=Window("SimpleClock",width,height)
win.setBackground(Color("white"))

def calcMm(z):
    x=0
    y=0
    if z <= 5:
        x=300
        y=0
    elif z <= 10:
        x=400
        y=100
    elif z <= 15:
        x=400
        y=200
    elif z <= 20:
        x=400
        y=300
    elif z <= 25:
        x=300
        y=400
    elif z <= 30:
        x=200
        y=400
    elif z <= 35:
        x=100
        y=400
    elif z <= 40:
        x=0
        y=300
    elif z <= 45:
        x=0
        y=200
    elif z <= 50:
        x=0
        y=100
    elif z <= 55:
        x=100
        y=0
    elif z <= 60:
        x=200
        y=0
    return(x,y)

def calcXY(z):
    x=0
    y=0
    if z <= 1 or z <= 13:
        x=300
        y=0
    elif z <= 2 or z <= 14:
        x=400
        y=100
    elif z <= 3 or z <= 15:
        x=400
        y=200
    elif z <= 4 or z <= 16:
        x=400
        y=300
    elif z <= 5 or z <= 17:
        x=300
        y=400
    elif z <= 6 or z <= 18:
        x=200
        y=400
    elif z <= 7 or z <= 19:
        x=100
        y=400
    elif z <= 8 or z <= 20:
        x=0
        y=300
    elif z <= 9 or z <= 21:
        x=0
        y=200
    elif z <= 10 or z <= 22:
        x=0
        y=100
    elif z <= 11 or z <= 23:
        x=100
        y=0
    elif z <= 12 or z <= 24:
        x=200
        y=0
    return(x,y)

def mms2(z):
    x=0
    y=0
    if z <= 5:
        x=300
        y=0
    elif z <= 10:
        x=400
        y=100
    elif z <= 15:
        x=400
        y=200
    elif z <= 20:
        x=400
        y=300
    elif z <= 25:
        x=300
        y=400
    elif z <= 30:
        x=200
        y=400
    elif z <= 35:
        x=100
        y=400
    elif z <= 40:
        x=0
        y=300
    elif z <= 45:
        x=0
        y=200
    elif z <= 50:
        x=0
        y=100
    elif z <= 55:
        x=100
        y=0
    elif z <= 60:
        x=200
        y=0
    return(x,y)

def main():
    clock=Rectangle((0,0),(width,height))
    clock.fill = None
    clock.border=4
    clock.outline=Color("black")
    clock.draw(win)

    while 2>1:
        time=datetime.datetime.now().time()
        h=time.hour
        m=time.minute
        s=time.second
        #print(h,m,s)
        ch="black"
        cm="blue"
        cs="red"
        mh=calcXY(h)
        mm=calcMm(m)
        ms=mms2(s)
        mhX=mh[0]
        mhY=mh[1]
        mmX=mm[0]
        mmY=mm[1]
        msX=ms[0]
        msY=ms[1]
        #drawM(mhX,mhY,ch)
        #drawM(mmX,mmY,cm)
        #drawM(msX,msY,cs)

        line1=drawM(mhX,mhY,ch)
        line1.draw(win)
        line2=drawM(mmX,mmY,cm)
        line2.draw(win)
        line3=drawM(msX,msY,cs)
        line3.draw(win)

        wait(5)
        line1.undraw()
        line2.undraw()
        line3.undraw()

def drawM(x,y,c):
    line=Line((mcpX,mcpY),(x,y))
    line.outline=Color(c)
    line.border = 4
    #line.draw(win)
    return(line)

main()