JBB

#Imports tkinter which is used to draw the canvas on which the images will be placed on.
from tkinter import *
import random

#Main subroutine
def main():
   global window
   global tkinter
   global canvas
   global cdtimer
   global scorecounter
   window = Tk()
   cdtimer = 61
   scorecounter = 0
   _timer = None
#Generates the initial canvas.
   canvas = Canvas(width = 960, height = 540, bg = "white")
   mainscreen() #Loops the window until another action is taken otherwise it would end straight away after it runs once.


#Main Screen
def mainscreen():
    photo = PhotoImage(file="main.gif") #Allows the image to be assigned to a variable which in this case is 'photo'.
    canvas.bind("<Button-1>", buttonclick_mainscreen) #Allows the left click of the mouse to be used on the canvas.
    canvas.pack(expand = YES, fill = BOTH)
    canvas.create_image(1, 1, image = photo, anchor = NW) #Places the image on to the canvas at the desired coordinates.
    canvas.mainloop()

#Help Screen
#The function of this subroutine is the same as mainscreen() except to draw another image.
def helpscreen():
    photo = PhotoImage(file="helpscreen.gif")
    canvas.bind("<Button-1>", buttonclick_helpscreen)
    canvas.pack(expand = YES, fill = BOTH)
    canvas.create_image(1, 1, image = photo, anchor = NW)
    canvas.mainloop()

#Game Screen
#Where the game is played.
def gamescreen():
    global imagelist
    global answerlistx
    global answerlisty
    global e1
    global e2
    global randomimage
    global images
    imagelist = ["1.gif","2.gif","3.gif","4.gif","5.gif","6.gif","7.gif","8.gif","9.gif","10.gif","11.gif","12.gif","13.gif","14.gif","15.gif","16.gif","17.gif","18.gif","19.gif","20.gif","21.gif","22.gif","23.gif","24.gif","25.gif","26.gif","27.gif","28.gif","29.gif","30.gif","31.gif","32.gif","33.gif","34.gif","35.gif","36.gif","37.gif","38.gif","39.gif","40.gif","41.gif","42.gif","43.gif","44.gif","45.gif","46.gif","47.gif","48.gif","49.gif","50.gif"]
    answerlistx = ['-1', '-3', '3', '4', '-7', '8', '9', '10', '-10', '2', '-7', '7', '-1', '-5', '-6', '-9', '-7', '10', '-4', '8', '1', '-8', '-10', '-1', '-3', '-7', '-3', '7', '3', '-4', '1', '-8', '-4', '9', '-5', '-10', '10', '2', '2', '-10', '4', '9', '-3', '6', '10', '-6', '4', '9', '-10', '-10']
    answerlisty = ['3', '-6', '-5', '3', '-2', '4', '-4', '-3', '4', '-6', '1', '2', '2', '3', '2', '-1', '-5', '1', '-3', '1', '-2', '-2', '-5', '-3', '-2', '-6', '-3', '6', '2', '0', '-5', '6', '-4', '4', '1', '-6', '0', '-6', '5', '2', '4', '-4', '-2', '0', '-3', '-6', '-4', '1', '-3', '1']

    canvas.bind("<Button-1>", buttonclick_gamescreen)
    photo = PhotoImage(file="gamescreen.gif")
    canvas.create_image(1, 1, image = photo, anchor = NW)
    e1 = Entry(canvas, width = 11)
    e2 = Entry(canvas, width = 11)
    canvas.create_window(390, 501, window=e1, anchor = NW)
    canvas.create_window(551, 501, window=e2, anchor = NW)
    randomimage = random.randrange(0,49+1)
    game = PhotoImage(file=imagelist[randomimage])
    images = canvas.create_image(30, 65, image = game, anchor = NW)
    print("The random number is", randomimage)
    canvas.pack(expand = YES, fill = BOTH)
    canvas.after(1, countdowntimer)
    canvas.mainloop()


def countdowntimer():
    global cdtimer
    cdtimer -= 1
    cdtext = canvas.create_text(510, 6, text=cdtimer, font="Ubuntu 29 bold", anchor = NW)
    if cdtimer == 0:
        lambda: canvas.after_cancel(_timer)
        cdtimer += 61
        canvas.delete(ALL)
        scorescreen()
    else:
        _timer = canvas.after(1000, lambda: (canvas.delete(cdtext), countdowntimer()))

#Score Screen
#The function of this subroutine is the same as mainscreen() except to draw another image.
def scorescreen():
    global scorecounter
    photo = PhotoImage(file="scorescreen.gif")
    canvas.create_image(1, 1, image = photo, anchor = NW)
    canvas.create_text(660,170, text=scorecounter, font="Ubuntu 36 bold", anchor = NW)
    canvas.bind("<Button-1>", buttonclick_scorescreen)
    scorecounter = scorecounter - scorecounter
    canvas.pack(expand = YES, fill = BOTH)
    canvas.mainloop()

#Button Click
def buttonclick_mainscreen(event):
    pressed = ""

    if event.x >18 and event.x <365 and event.y > 359 and event.y < 417 : pressed = 1 #Defines where the mouse can interact with the canvas.
    if event.x >18 and event.x <365 and event.y > 421 and event.y < 473 : pressed = 2 #Defines where the mouse can interact with the canvas.
    if event.x >18 and event.x <365 and event.y > 477 and event.y < 517 : pressed = 3 #Defines where the mouse can interact with the canvas.

#Commands the program what to do if it was to click on a certain area.
    if pressed == 1 :
        canvas.delete(ALL)
        gamescreen()
    if pressed == 2 :
        canvas.delete(ALL)
        helpscreen()
    if pressed == 3 :
        window.destroy()

def buttonclick_helpscreen(event):
    pressed = ""

    if event.x >18 and event.x <365 and event.y > 359 and event.y < 417 : pressed = 4 #Defines where the mouse can interact with the canvas.
    if event.x >18 and event.x <365 and event.y > 421 and event.y < 473 : pressed = 5 #Defines where the mouse can interact with the canvas.
    if event.x >18 and event.x <365 and event.y > 477 and event.y < 517 : pressed = 6 #Defines where the mouse can interact with the canvas.

#Commands the program what to do if it was to click on a certain area.
    if pressed == 4 :
        canvas.delete(ALL)
        gamescreen()
    if pressed == 5 :
        canvas.delete(ALL)
        mainscreen()
    if pressed == 6 :
        window.destroy()

def buttonclick_gamescreen(event):
    global scorecounter
    global pressed
    global randomimage
    global images
    pressed = ""

    if event.x >853 and event.x <957 and event.y > 8 and event.y < 56 : pressed = 7 #Defines where the mouse can interact with the canvas.
    if event.x >666 and event.x <947 and event.y > 491 and event.y < 534 : pressed = 8 #Defines where the mouse can interact with the canvas.

#Commands the program what to do if it was to click on a certain area.
    if pressed == 7 :
        window.destroy()
    while pressed == 8 :
        entryx = e1.get()
        entryy = e2.get()
        answerx = answerlistx[randomimage]
        answery = answerlisty[randomimage]
        print("The answer to X is", answerx, "You entered", entryx,"The answer to Y is", answery, "You entered ", entryy)
        if entryx == answerx and entryy == answery:
            print("correct")
            canvas.delete(images)
            randomimage = random.randrange(0,49+1)
            scorecounter = scorecounter + 1
            print("You score is now", scorecounter, "New random number is", randomimage)
            game = PhotoImage(file=imagelist[randomimage])
            images = canvas.create_image(30, 65, image = self.game, anchor = NW)
            e1.delete(0, END)
            e2.delete(0, END)
            pressed = ''
        else:
            print("incorrect")
            e1.delete(0, END)
            e2.delete(0, END)
            pressed = ''


def buttonclick_scorescreen(event):
    pressed = ""

    if event.x >300 and event.x <645 and event.y > 361 and event.y < 418 : pressed = 9 #Defines where the mouse can interact with the canvas.
    if event.x >300 and event.x <645 and event.y > 423 and event.y < 474 : pressed = 10 #Defines where the mouse can interact with the canvas.
    if event.x >300 and event.x <645 and event.y > 478 and event.y < 522 : pressed = 11 #Defines where the mouse can interact with the canvas.

#Commands the program what to do if it was to click on a certain area.
    if pressed == 9 :
        canvas.delete(ALL)
        gamescreen()
    if pressed == 10 :
        canvas.delete(ALL)
        helpscreen()
    if pressed == 11 :
        window.destroy()

#Runs the main subroutine
main()