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"""
Name: Cruise Trumbley
Final Program: "Clock Buddy"

Explain: This program will give the oppurtunity to have a great nightstand buddy.
This means that it can wake you up whenever you need it to. It will also provide
you with a daily forecast so you know what to expect before you go out fo the day. 

"""

import os
import time, math
from time import sleep
from tkinter import *
from math import cos, sin
from time import gmtime, sleep



def main():
    clock_display()
    weather_display()
    

def weather_display():
    pass


def clock_display():
    #defining of secondary functions
    drawcircle(Alpha,Beta,Rayon,Couleur,can)
    drawPetAig(CoordA, CoordZ, Taille, Omega, can)
    drawGrdAig(CoordA, CoordZ, Taille, Omega, can)
    drawSecAig(CoordA, CoordZ, Taille, Omega, can)
    fondhorloge(CoordA, CoordZ, Taille, can1)

def drawcircle(Alpha,Beta,Rayon,Couleur,can):
    #
    #draw a circle base on the center radius and color
    #
    x1,y1,x2,y2=Alpha-Rayon, Beta-Rayon, Alpha+Rayon, Beta+Rayon
    can.create_oval(x1,y1,x2,y2,fill=Couleur)

def drawPetAig(CoordA, CoordZ, Taille, Omega, can):
    #
    #this makes the second hand for the clock
    #
    Pi = 3.141592
    Omega = ((Omega/60)+1)*30
    can.create_line(CoordA + (Taille/3) * cos(Pi*(Omega/180)), CoordZ + (Taille/3) * sin(Pi*(Omega/180)), CoordA - (Taille/8) * cos(Pi*(Omega/180)), CoordZ - (Taille/8) * sin(Pi*(Omega/180)) )

def drawGrdAig(CoordA, CoordZ, Taille, Omega, can):
    #
    #draw the minute hand, based on center.
    #
    Pi = 3.141592
    Omega = (Omega-15)*6
    can.create_line(CoordA + (Taille/1.5) * cos(Pi*(Omega/180)), CoordZ + (Taille/1.5) * sin(Pi*(Omega/180)), CoordA - (Taille/6) * cos(Pi*(Omega/180)), CoordZ - (Taille/6) * sin(Pi*(Omega/180)))

def drawSecAig(CoordA, CoordZ, Taille, Omega, can):
    #
    #draw the hour hand
    #
    Pi = 3.141592
    Omega = (Omega-15) *6
    can.create_line(CoordA + (Taille/1.5) * cos(Pi*(Omega/180)), CoordZ + (Taille/1.5) * sin(Pi*(Omega/180)), CoordA - (Taille/6) * cos(Pi*(Omega/180)), CoordZ - (Taille/6) * sin(Pi*(Omega/180)), fill = "red")

def fondhorloge(CoordA, CoordZ, Taille, can1):
    #
    #gives the BG for the clock
    #
    Pi = 3.141592
    drawcircle(CoordA, CoordZ, Taille + (Taille/10), "grey3",can1)
    #
    #border that goes around clock
    #
    drawcircle(CoordA, CoordZ, Taille, "white",can1)
    #
    #backgroud color
    #
    drawcircle(CoordA, CoordZ, Taille/40, "grey6",can1)
    #
    #center point for the two hands
    #
    can1.create_line(CoordA + (Taille - (Taille/15)), CoordZ, CoordA + (Taille - (Taille/5)), CoordZ)
    #
    #draws hour position
    #
    can1.create_line(CoordA, CoordZ + (Taille - (Taille/15)), CoordA, CoordZ + (Taille - (Taille/5)))
    can1.create_line(CoordA - (Taille - (Taille/15)), CoordZ, CoordA - (Taille - (Taille/5)), CoordZ)
    can1.create_line(CoordA, CoordZ - (Taille - (Taille/15)), CoordA, CoordZ - (Taille - (Taille/5)))
    #
    # this section below sepereates the lines
    #
    can1.create_line(CoordA + (Taille/1.05) * cos(Pi*(30/180)), CoordZ + (Taille/1.05) * sin(Pi*(30/180)), CoordA + (Taille/1.20) * cos(Pi*(30/180)), CoordZ + (Taille/1.20) * sin(Pi*(30/180)))
    can1.create_line(CoordA + (Taille/1.05) * cos(Pi*(60/180)), CoordZ + (Taille/1.05) * sin(Pi*(60/180)), CoordA + (Taille/1.20) * cos(Pi*(60/180)), CoordZ + (Taille/1.20) * sin(Pi*(60/180)))

    can1.create_line(CoordA - (Taille/1.05) * cos(Pi*(30/180)), CoordZ - (Taille/1.05) * sin(Pi*(30/180)), CoordA - (Taille/1.20) * cos(Pi*(30/180)), CoordZ - (Taille/1.20) * sin(Pi*(30/180)))
    can1.create_line(CoordA - (Taille/1.05) * cos(Pi*(60/180)), CoordZ - (Taille/1.05) * sin(Pi*(60/180)), CoordA - (Taille/1.20) * cos(Pi*(60/180)), CoordZ - (Taille/1.20) * sin(Pi*(60/180)))

    can1.create_line(CoordA + (Taille/1.05) * cos(Pi*(30/180)), CoordZ - (Taille/1.05) * sin(Pi*(30/180)), CoordA + (Taille/1.20) * cos(Pi*(30/180)), CoordZ - (Taille/1.20) * sin(Pi*(30/180)))
    can1.create_line(CoordA + (Taille/1.05) * cos(Pi*(60/180)), CoordZ - (Taille/1.05) * sin(Pi*(60/180)), CoordA + (Taille/1.20) * cos(Pi*(60/180)), CoordZ - (Taille/1.20) * sin(Pi*(60/180)))

    can1.create_line(CoordA - (Taille/1.05) * cos(Pi*(30/180)), CoordZ + (Taille/1.05) * sin(Pi*(30/180)), CoordA - (Taille/1.20) * cos(Pi*(30/180)), CoordZ + (Taille/1.20) * sin(Pi*(30/180)))
    can1.create_line(CoordA - (Taille/1.05) * cos(Pi*(60/180)), CoordZ + (Taille/1.05) * sin(Pi*(60/180)), CoordA - (Taille/1.20) * cos(Pi*(60/180)), CoordZ + (Taille/1.20) * sin(Pi*(60/180)))

#PRINCIPLE FUNCTION!!! 

def HORLOGE1(Gamma, Pi, Epsylon):
    #
    #draws the clock off of a center postion
    #

    fondhorloge(Gamma, Pi, Epsylon, can1)
    #
    #getting a time value
    #
    patate = gmtime()
    heure = patate[3]
    minute = patate[4]
    seconde = patate[5]

    
    drawPetAig(Gamma, Pi, Epsylon, minute, can1)
    drawGrdAig(Gamma, Pi, Epsylon, minute, can1)
    drawSecAig(Gamma, Pi, Epsylon, seconde, can1)
    fen1.after(1000, lambda : HORLOGE1(250, 250, 200))
#
#make the magic happen
#
fen1 = Tk()
can1 = Canvas(fen1, bg="teal", height=500, width=500)
can1.pack()

HORLOGE1(250, 250, 200)

fen1.mainloop()
fen1.destroy()

    
main()