Winter Wonder part 5

from tkinter import *
import pygame
from pygame.locals import *
import random
from PIL import Image
import PIL as PIL


Samychooses=800
sprinklelocationx=700
sprinklelocationy=80
frostinglocationx=700
frostinglocationy=280
cherrylocationx=700
cherrylocationy=675
cookielocationx=100
cookielocationy=675
spurklelocationx=100
spurklelocationy=75
frostingwinterlocationx=100
frostingwinterlocationy=280
sprinkleworks=0
otherboxworks=0
other3boxworks=0
other4boxworks=0
other5boxworks=0
other6boxworks=0
other7boxworks=0
dog=0
spurkleposx = [0]
spurkleposy = [0]
hey=0
heyy=0
switchbases=1

cupsss=0
frostingsss=0
frostingwintersss=0
root = Tk()
root.withdraw() #https://stackoverflow.com/questions/15046498/toplevel-in-tkinter-prevent-two-windows-from-opening

unicorn=Toplevel()

colors=("Red", "Pink", "Blue", "White", "Green", "paleturquoise", "indianred", "limegreen", "crimson", "blueviolet", "khaki", "beige")

sprinklecolors=((250, 0, 0), (0, 0, 0), (0, 250, 0), (0, 0, 250))#("Red", "Brown", "Blue", "White", "Green", "Purple", "Yellow", "Orange")
cupcakecolor=((250, 0, 0), (0, 0, 0), (0, 250, 0), (0, 0, 250), (100, 100, 100))
number=0
cupchoice=(cupcakecolor[0])
print(cupchoice)
sprinkles = random.choice (sprinklecolors)
# change these colors to their numbers in pygame
def playbuttonpressed():

    global tiggers
    global buttonnumber
    unicorn.quit()

    tiggers = 1
    #buttonnumber=3

unicorn.title("Winter Wonder")

global tink
tink=800

unicorn.wm_minsize(800, 800)

nutterbutter=0

def nutella():
    print("hey")
    global nutterbutter
    nutterbutter=1

def nutella2():
    global nutterbutter
    global taco
    nutterbutter=2
    taco=random.choice(colors)

def mousey(event):
    global nuttterbutter
    print("hi")
    if nutterbutter==1:
        print ("hit")
        global Samychooses
        global google
        global unicorncanvas
        global boogle
        google = PhotoImage (file="Winter Wonder Title.png", width=tink, height=tink) # going to add more images

        boogle = unicorncanvas.create_image (tink/2, tink/2, image=google)

unicorncanvas = Canvas(unicorn, bg="paleturquoise", width=tink, height=tink)
unicorncanvas.grid (rowspan=5, columnspan=5)

Title=Label(unicorn, text="Winter Wonder", fg="royalblue", bg="White", font="Versalli", height=10, width=40)

Title.grid(row=1, column=2)

Playbutton=Button(unicorn, text="Play", fg="White", bg="royalblue", height=5, width=30, command =playbuttonpressed)

Playbutton.grid(row=2, column=2)

def SpartanSphere(event):
    if nutterbutter==2:
        global size2
        size2=10
        x1, y1=(event.x-size2),(event.y-size2)
        x2, y2=(event.x+size2),(event.y+size2)
        pbandj=unicorncanvas.create_oval(x1, y1, x2, y2, fill=taco, outline=taco, width=4) #going to add more colors

motion = Button (unicorn, text="paint on the title", bg="lightseagreen", fg="White", command=nutella2)
motion.grid (row=3, column=3)
wombat = Button (unicorn, text="Press twice for images", bg="lightseagreen", fg="White", command=nutella)
wombat.grid(row=3, column=1)

motion.bind("<B1-Motion>", SpartanSphere)
unicorncanvas.bind("<B1-Motion>", SpartanSphere)
wombat.bind("<Button-1>", mousey)

unicorn.mainloop()
unicorn.quit()

if tiggers==1:
    unicorn.quit ()
    question =Tk()
    question.title("Options")
    def option0():
        global buttonnumber
        buttonnumber=0
        question.quit ()
    def option1():
        global buttonnumber
        buttonnumber=1
        question.quit ()
    def option2():
        global buttonnumber
        buttonnumber=2
        question.quit()
    def option3():
        global buttonnumber
        buttonnumber=3
        question.quit ()

    Story0=Button(question, text="How to Play", bg="royalblue", fg= "White", command=option0)
    Story0.pack()
    Story1=Button(question, text="Story Mode", bg="royalblue", fg= "White", command=option1)
    Story1.pack()
    Story2=Button(question, text="Cupcake Creation", bg="royalblue", fg= "White",command=option2)
    Story2.pack ()
    Story3=Button(question, text="Bonus Meme level", bg="royalblue", fg= "White", command=option3)
    Story3.pack ()
    question.mainloop()

if buttonnumber==0:
    blarf = Tk ()
    Instructions=Text(blarf, height=30, width=130)
    Instructions.pack()
    Instructions.insert(END, "Instructions: There are three options to play on. First option is story mode where you click the left and right buttons to play.\n You can die in that game, so be careful or you have to restart the entire game. \n"
                                  "Option 2 is a cupcake maker where you have to click on the boxes in order to initiate movement of the decorations.\n Click on the location you want to put the decorations. If you want the decoration to be set down, right click.\n "
                                  "If you want to choose a decoration, left click on the box. If the decoration is outside its box,\n and you have already set it down, you can move it around again by clicking on the box.\n"
                                  "In top right corner there is x button, after you are done learning these instructions, click that button and all other x buttons and run the game again.\n Option 3 is a bonus meme level, where you can see all the extra features combined")
    blarf.mainloop()

if buttonnumber ==2:
    fps = pygame.time.Clock ()
    print("hiya")
    pygame.init()
    pygame_color=(250, 250, 250)
    pygame_color2=(250, 250, 0)
    pygame_color3=(250, 0, 250)#pink
    pygame_color4=(0, 250, 250)
    pygame_color5=(250, 0, 0) #Red
    pygame_color6=(0, 0, 250)
    pygame_color7=(0, 0, 0) #black
    pygame_color8=(0, 250, 0) #green
    screen=pygame.display.set_mode((800,800))
    pygame.display.set_caption("Cupcake Factory")

    working=True
    x=(800/2)-205
    y=(800/2)+100
    sizeheight=250
    sizewidth=400

    #going to do something hwere you click to go get cupcake
    def spurrkles():
        global spurkleposx, spurkleposy, hey, heyy
        if held==True:
            if other6boxworks==1:
                hey=0
                heyy=0
                hey += random.randint (-150, 150)
                heyy += random.randint (-150, 150)
                if len(spurkleposx)<20:
                    spurkleposx.append(hey)
                    spurkleposy.append (heyy)
                else:
                    del spurkleposx[1:10] #https://stackoverflow.com/questions/11520492/difference-between-del-remove-and-pop-on-lists
                    del spurkleposy[1:10]
    #in cupcake:
    def inCupcake():
        global sprinkles, sprinklecolors, sprinklesize, sprinklebox, sprinkleworks
        global sprinks, sprinks2, sprinks3, sprinks4, sprinks5, sprinks6, sprinks7, sprinks8
        global otherbox, other2box, other3box, other4box, other5box, other6box, other7box
        global held, spurkleposx, spurkleposy, other7boxworks, switchbases
        global coordinates, cup, cupsss, cupchoice, number, frostingsss, frostinglocationx, frostinglocationy
        global xcoordinate, ycoordinate, winterornot, cherrylocationx, cherrylocationy, cherryline
        global sprinklelocationx, frostingwinter7, frostingwinter8, spurklelocationx, spurklelocationy
        global sprinklelocationy, frostingsizex, frostingsizey, cookielocationx, cookielocationy
        global other2boxworks, other3boxworks, otherboxworks, other4boxworks, other5boxworks, other6boxworks
        global frosting, frosting2, frosting3, frosting4, frosting5, frosting6, frosting7, frosting8
        global frostingwintersss, frostingwinlocationx, frostingwinlocationy, frostingwintersss
        global frostingwinter, frostingwinter2, frostingwinter3, frostingwinter4, frostingwinter5, frostingwinter6
        sprinklesize=10
        frostingsizex=350
        frostingsizey=175
        #if startcupcakeifyouclickponcupcakeimageinconerbelt==1:
        workmaybe = pygame.image.load ("Winter Wonder Title.png")  # https://www.youtube.com/watch?v=_1dPkU8c6VA
        screen.blit (workmaybe, (0, 0))  # https://www.youtube.com/watch?v=_1dPkU8c6VA

        #x=x+1
        sprinklebox=pygame.draw.rect (screen, pygame_color5, [600, 0, 200, 150])
        otherbox = pygame.draw.rect (screen, pygame_color7, [600, 200, 200, 150])
        other2box = pygame.draw.rect (screen, pygame_color, [600, 400, 200, 150])
        other3box = pygame.draw.rect (screen, pygame_color3, [600, 600, 200, 150])
        other4box = pygame.draw.rect (screen, pygame_color7, [0, 200, 200, 150])
        other5box = pygame.draw.rect (screen, pygame_color3, [0, 400, 200, 150])
        other6box = pygame.draw.rect (screen, pygame_color5, [0, 0, 200, 150])
        other7box = pygame.draw.rect (screen, pygame_color, [0, 600, 200, 150])
        if event.type == MOUSEBUTTONDOWN:  # https://stackoverflow.com/questions/34601588/how-to-move-image-with-mouse-in-pygame
            held = True
            sprinkles = random.choice (sprinklecolors)
        else:
            held=False
        if held==True:
            coordinates=pygame.mouse.get_pos()
            print(coordinates)
            xcoordinate=int(coordinates[0])
            ycoordinate = int(coordinates[1]) #https://stackoverflow.com/questions/29311819/how-to-convert-tuple-type-to-int-on-python
            def workornot():
                global sprinkleworks, otherboxworks, other2boxworks, other3boxworks, other4boxworks
                global other5boxworks, other6boxworks, other7boxworks
                sprinkleworks=0
                otherboxworks=0
                other2boxworks=0
                other3boxworks=0
                other4boxworks=0
                other5boxworks=0
                other6boxworks=0
                other7boxworks=0
            if event.type == pygame.MOUSEBUTTONDOWN:
                if event.button == 3:
                    print ("hey")
                    xcoordinate = xcoordinate
                    ycoordinate = ycoordinate
                    workornot ()
            if sprinklebox.collidepoint(pygame.mouse.get_pos()): #https://stackoverflow.com/questions/12150957/pygame-action-when-mouse-click-on-rect
                workornot ()
                sprinkleworks=1
            if sprinkleworks==1:
                sprinklelocationx = 0
                sprinklelocationy= 0
                sprinklelocationx+=xcoordinate
                sprinklelocationy+=ycoordinate

            if otherbox.collidepoint(pygame.mouse.get_pos()):
                workornot ()
                otherboxworks = 1
            if otherboxworks == 1:
                print (otherboxworks)
                frostingsss=1
                winterornot=0
                frostinglocationx = 0
                frostinglocationy = 0
                frostinglocationx += xcoordinate-175
                frostinglocationy += ycoordinate-100

            if other2box.collidepoint(pygame.mouse.get_pos()):
                workornot ()
                other2boxworks = 1
                cupchoice=(cupcakecolor[number])
                if number<4:
                    number=number+1
                else:
                    number=0
                if other2boxworks ==1:
                    cupsss=1
            if other3box.collidepoint(pygame.mouse.get_pos()):
                workornot ()
                other3boxworks = 1
            if other3boxworks==1:
                cherrylocationx = 0
                cherrylocationy = 0
                cherrylocationx += xcoordinate
                cherrylocationy += ycoordinate
            if other4box.collidepoint(pygame.mouse.get_pos()):
                print ("%%%%%%%4")
                workornot ()
                other4boxworks = 1
                winterornot = 1
            if other4boxworks==1:
                frostingwintersss = 1
                frostingwinlocationx = 0
                frostingwinlocationy = 0
                frostingwinlocationx += xcoordinate - 175
                frostingwinlocationy += ycoordinate - 100
            if other5box.collidepoint(pygame.mouse.get_pos()):
                workornot ()
                other5boxworks = 1
            if other5boxworks==1:
                print("5")
                switchbases=random.randint(0,1)
            if other6box.collidepoint(pygame.mouse.get_pos()):
                print ("6")
                workornot ()
                other6boxworks=1
            if other6boxworks==1:
                circular=1
                spurklelocationx = 0
                spurklelocationy = 0
                spurklelocationx += xcoordinate
                spurklelocationy += ycoordinate
            if other7box.collidepoint(pygame.mouse.get_pos()):
                print ("%%%%%%%7")
                workornot ()
                other7boxworks = 1
            if other7boxworks ==1:
                cookielocationx = 0
                cookielocationy = 0
                cookielocationx += xcoordinate
                cookielocationy += ycoordinate

        if switchbases == 1:
            cupbasevanilla = pygame.image.load ("Vanilla Cupcake.png")
            # Code from here to
            cupbasevanilla = pygame.transform.scale (cupbasevanilla, (600,
                600))  # https://stackoverflow.com/questions/20002242/how-to-scale-images-to-screen-size-in-pygame
            vanillarect = cupbasevanilla.get_rect ()
            vanillarect = vanillarect.move ((105, 800 - 600))
            screen.blit (cupbasevanilla, vanillarect)
        elif switchbases == 0:
            cupbasechocolate = pygame.image.load ("Chocolate Cupcake.png")
            cupbasechocolate = pygame.transform.scale (cupbasechocolate, (600, 600))
            chocolaterect = cupbasechocolate.get_rect ()
            chocolaterect = chocolaterect.move ((105, 800 - 600))
            screen.blit (cupbasechocolate, chocolaterect)
            # to here was helped by: https://stackoverflow.com/questions/20002242/how-to-scale-images-to-screen-size-in-pygame
        if cupsss==1:
            cup = pygame.draw.polygon (screen, cupchoice,
                                       [[x, y], [x + 50, y + sizeheight], [x + sizewidth - 50, y + sizeheight],
                                        [x + sizewidth, y]])

        frosting=pygame.draw.ellipse (screen, pygame_color6, [650, 275, 100, 50]) #this is menu forsting
        frosting2 = pygame.draw.ellipse (screen, pygame_color3, [650+12, 255, 75, 50])
        frosting3 = pygame.draw.ellipse (screen, pygame_color2, [650+24, 235, 50, 45])
        frosting4 = pygame.draw.ellipse (screen, pygame_color, [650+30, 225, 40, 30])
        if frostingsss==1 and winterornot==0:
            frosting5 = pygame.draw.ellipse (screen, pygame_color, [frostinglocationx, frostinglocationy, frostingsizex, frostingsizey])
            frosting6 = pygame.draw.ellipse (screen, pygame_color3, [frostinglocationx + 12, frostinglocationy-20, frostingsizex-25, frostingsizey-30])
            frosting7 = pygame.draw.ellipse (screen, pygame_color4, [frostinglocationx + 24, frostinglocationy-40, frostingsizex-50, frostingsizey-60])
            frosting8 = pygame.draw.ellipse (screen, pygame_color5, [frostinglocationx + 48, frostinglocationy-60, frostingsizex-100, frostingsizey-90])
            frosting10 = pygame.draw.ellipse (screen, pygame_color6, [frostinglocationx + 70, frostinglocationy-80, frostingsizex-150, frostingsizey-110])
            frosting11 = pygame.draw.ellipse (screen, pygame_color7, [frostinglocationx + 110, frostinglocationy-100, frostingsizex-230, frostingsizey-120])

        frostingwinter = pygame.draw.ellipse (screen, pygame_color, [0, 275, 100, 50])#this is menu winterfrosting
        frostingwinter2 = pygame.draw.ellipse (screen, pygame_color6, [0 + 12, 255, 75, 50])
        frostingwinter3 = pygame.draw.ellipse (screen, pygame_color, [0 + 24, 235, 50, 45])
        frostingwinter4 = pygame.draw.ellipse (screen, pygame_color6, [0 + 30, 225, 40, 30])
        if frostingwintersss == 1 and winterornot==1:
            frostingwinter5 = pygame.draw.ellipse (screen, pygame_color6,
                                             [frostingwinlocationx, frostingwinlocationy, frostingsizex, frostingsizey])
            frostingwinter6 = pygame.draw.ellipse (screen, pygame_color,
                                             [frostingwinlocationx + 12, frostingwinlocationy - 20, frostingsizex - 25,
                                              frostingsizey - 30])
            frostingwinter7 = pygame.draw.ellipse (screen, pygame_color6,
                                             [frostingwinlocationx + 24, frostingwinlocationy - 40, frostingsizex - 50,
                                              frostingsizey - 60])
            frostingwinter8 = pygame.draw.ellipse (screen, pygame_color,
                                             [frostingwinlocationx + 48, frostingwinlocationy - 60, frostingsizex - 100,
                                              frostingsizey - 90])
            frostingwinter10 = pygame.draw.ellipse (screen, pygame_color6,
                                              [frostingwinlocationx + 70, frostingwinlocationy - 80, frostingsizex - 150,
                                               frostingsizey - 110])
            frostingwinter11 = pygame.draw.ellipse (screen, pygame_color,
                                              [frostingwinlocationx + 110, frostingwinlocationy - 100, frostingsizex - 230,
                                               frostingsizey - 120])

        cherry = pygame.draw.circle (screen, pygame_color5, (cherrylocationx, cherrylocationy), 30)
        cherryline = pygame.draw.line (screen, pygame_color5, (cherrylocationx, cherrylocationy-15),(cherrylocationx+30, cherrylocationy-65))
        cookie = pygame.draw.circle (screen, pygame_color7, (cookielocationx+7, cookielocationy+7), 40)
        cookie2 = pygame.draw.circle (screen, pygame_color, (cookielocationx+3, cookielocationy+3), 40)
        cookie3 = pygame.draw.circle (screen, pygame_color7, (cookielocationx, cookielocationy), 40)
        spurrkles()
        spurkles = pygame.draw.circle (screen, pygame_color8, (spurklelocationx+random.choice(spurkleposx), spurklelocationy+random.choice(spurkleposy)), 10)
        spurrkles()
        spurkles2 = pygame.draw.circle (screen, pygame_color2, (spurklelocationx, spurklelocationy), 10)
        spurrkles ()
        spurkles3 = pygame.draw.circle (screen, pygame_color5, (spurklelocationx+random.choice(spurkleposx), spurklelocationy+random.choice(spurkleposy)), 10,)
        spurrkles ()
        spurkles4 = pygame.draw.circle(screen, pygame_color4, (spurklelocationx+random.choice(spurkleposx), spurklelocationy+random.choice(spurkleposy)),10)
        spurrkles ()
        spurkles5 = pygame.draw.circle(screen, pygame_color, (spurklelocationx+random.choice(spurkleposx), spurklelocationy+random.choice(spurkleposy)), 10)
        spurrkles ()
        spurkles6 = pygame.draw.circle(screen, pygame_color7, (spurklelocationx+random.choice(spurkleposx), spurklelocationy+random.choice(spurkleposy)), 10)
        spurrkles ()
        spurkles7 = pygame.draw.circle(screen, pygame_color6, (spurklelocationx+random.choice(spurkleposx), spurklelocationy+random.choice(spurkleposy)), 10)
        spurrkles ()
        spurkles8 = pygame.draw.circle(screen, pygame_color3, (spurklelocationx+random.choice(spurkleposx), spurklelocationy+random.choice(spurkleposy)), 10)

        sprinks=pygame.draw.line(screen, sprinkles, (sprinklelocationx, sprinklelocationy), (sprinklelocationx+sprinklesize, sprinklelocationy+sprinklesize))
        sprinks2 = pygame.draw.line (screen, sprinkles, (sprinklelocationx-30, sprinklelocationy-40),
                                    (sprinklelocationx + sprinklesize-30, sprinklelocationy + sprinklesize-40))
        sprinks3 = pygame.draw.line (screen, sprinkles, (sprinklelocationx+10, sprinklelocationy-50),
                                    (sprinklelocationx + sprinklesize+10, sprinklelocationy + sprinklesize-50))
        sprinks4 = pygame.draw.line (screen, sprinkles, (sprinklelocationx+50, sprinklelocationy),
                                    (sprinklelocationx + sprinklesize+50, sprinklelocationy + sprinklesize))
        sprinks5 = pygame.draw.line (screen, sprinkles, (sprinklelocationx+20, sprinklelocationy-20),
                                    (sprinklelocationx + sprinklesize+20, sprinklelocationy + sprinklesize-20))
        sprinks6 = pygame.draw.line (screen, sprinkles, (sprinklelocationx-30, sprinklelocationy+30),
                                    (sprinklelocationx + sprinklesize-30, sprinklelocationy + sprinklesize+30))
        sprinks7 = pygame.draw.line (screen, sprinkles, (sprinklelocationx+50, sprinklelocationy-10),#black
                                    (sprinklelocationx + sprinklesize+50, sprinklelocationy + sprinklesize-10))
        sprinks8 = pygame.draw.line (screen, sprinkles, (sprinklelocationx-60, sprinklelocationy+5),
                                     (sprinklelocationx + sprinklesize-60, sprinklelocationy + sprinklesize+5))
        cup = pygame.draw.polygon (screen, sprinkles,# this is for the menu part
                                   [[600, 450], [600+50, 550], [800-50, 550], [800, 450],])  # https://stackoverflow.com/questions/25018637/how-do-i-draw-a-polygon-in-python


    while working == True:
        for event in pygame.event.get ():

            if event.type == QUIT:
                working = False
            if event.type==MOUSEBUTTONDOWN: #https://stackoverflow.com/questions/34601588/how-to-move-image-with-mouse-in-pygame
                held=True
        pygame.display.update ()
        fps.tick (60)
        inCupcake()

if buttonnumber==1:
    import tkinter
    from tkinter import *
    from tkinter.font import Font
    import time

    window = tkinter.Tk ()
    window.configure (bg="cyan")
    window.title ("Story")
    window.geometry ("800x400")

    f = Font (family='courier', size=14)


    def uniform():
        yes.destroy ()
        note.destroy ()
        new.insert (INSERT, "\nYou enter the cave and see a pile of gold!\nYou are rich!")
        new.insert (INSERT, "\nThanks for playing!")
        q = Button (window, height=3, width=8, text="Quit", command=no)
        q.pack (side=BOTTOM)


    def foxtrot():
        yes.destroy ()
        note.destroy ()
        new.insert (INSERT, "\nYou do not go in the cave.\nThe bear has returned!")
        new.insert (INSERT, "\nYou are unprepared and the bear eats you.")
        q = Button (window, height=3, width=8, text="Quit", command=no)
        q.pack (side=BOTTOM)


    def bravo():
        global yes
        global note
        nothing.destroy ()
        tie.destroy ()
        new.insert (INSERT,
                    "\nYou tie your jacket around the wound.\nThe bleeding stops.\nYou finally reach the mountain.")
        new.insert (INSERT, "\nYou see a cave.\nDo you enter?")
        yes = Button (window, height=3, width=8, text="Yes!", command=uniform)
        yes.pack (side=BOTTOM)
        note = Button (window, height=3, width=8, text="NO!", command=foxtrot)
        note.pack (side=BOTTOM)


    def olive():
        queen.destroy ()
        whiskey.destroy ()
        new.insert (INSERT, "\nYou open the box and a monster jumps out of it!\nYou get eaten.")
        k = Button (window, width=8, height=3, text="Quit", command=no)
        k.pack (side=BOTTOM)


    def canary():
        whiskey.destroy ()
        queen.destroy ()
        new.insert (INSERT, "\nYou walk away from the box and see another box!\nThis one looks like a treasure chest.\n"
                            "You open it and find gold!\nYou are rich!\nThanks for playing!")
        slade = Button (window, height=3, width=8, text="Quit", command=no)
        slade.pack (side=BOTTOM)


    def jum():
        global whiskey
        global queen
        jump.destroy ()
        charlie.destroy ()
        new.insert (INSERT, "\nYou successfully jump across the river.")
        new.insert (INSERT,
                    "\nYou walk along the river bank towards the ocean.\nWhen you reach the ocean, you find a box in the sand.")
        new.insert (INSERT, "\nDo you open it?")
        whiskey = Button (window, height=3, width=8, text="Yes!", command=olive)
        whiskey.pack (side=BOTTOM)
        queen = Button (window, height=3, width=8, text="No!", command=canary)
        queen.pack (side=BOTTOM)


    def swi():
        jump.destroy ()
        charlie.destroy ()
        new.insert (INSERT, "\nYou attempt to swim across, but drown.")
        qu = Button (window, height=3, width=8, text="Quit", command=no)
        qu.pack (side=BOTTOM)


    def alpha():
        global nothing
        global tie
        tie.destroy ()
        nothing.destroy ()
        new.insert (INSERT, "\nYou bleed out and die.")
        qu = Button (window, height=3, width=8, text="Quit", command=no)
        qu.pack (side=BOTTOM)


    def ocea():
        global jump
        global charlie
        mountains.destroy ()
        ocean.destroy ()
        new.insert (INSERT, "\nYou start walking to the ocean in the distance.")
        new.insert (INSERT, "\nThere is a small river in your way.")
        new.insert (INSERT, "\nDo you jump across or try to swim?")
        jump = Button (window, height=3, width=8, text="Jump", command=jum)
        jump.pack (side=BOTTOM)
        charlie = Button (window, height=3, width=8, text="Swim", command=swi)
        charlie.pack (side=BOTTOM)


    def mount():
        global nothing
        global tie
        mountains.destroy ()
        ocean.destroy ()
        new.insert (INSERT, "\nYou start walking towards the mountains in the distance.")
        new.insert (INSERT, "\nWhile walking, you trip on a rock and start bleeding.")
        new.insert (INSERT, "\nWhat do you do?")
        nothing = Button (window, height=3, width=8, text="Do nothing", command=alpha)
        nothing.pack (side=BOTTOM)
        tie = Button (window, height=3, width=8, text="Stop Bleeding", command=bravo)

        tie.pack (side=BOTTOM)


    def no():
        window.destroy ()


    def deads():
        global mountains
        global ocean
        dead.destroy ()
        fight.destroy ()
        new.insert (INSERT, "\nYou lay on the ground and play dead.")
        new.insert (INSERT, "\nThe bear ignores you and walks away.")
        new.insert (INSERT, "\nYou stand up and continue through the forest.")
        new.insert (INSERT, "\nDo you want to go towards the mountains or the ocean?")
        mountains = Button (window, height=3, width=8, text="Mountains", command=mount)
        mountains.pack (side=BOTTOM)
        ocean = Button (window, height=3, width=8, text="Ocean", command=ocea)
        ocean.pack (side=BOTTOM)


    def fights():
        global dead
        global fight

        dead.destroy ()
        fight.destroy ()
        new.insert (INSERT, "\nYou run up to the bear and try to fight.\nThe bear is stronger than you and kills you.")
        qu = Button (window, height=3, width=8, text="Quit", command=no)
        qu.pack (side=BOTTOM)


    def right():
        global fight
        global dead
        left.destroy ()
        right.destroy ()
        new.insert (INSERT, "\nYou take the path to the right.")
        new.insert (INSERT, "\nYou are walking down the right path, and you come across a bear.")
        new.insert (INSERT, "\nWhat do you do?")
        dead = Button (window, height=3, width=8, text="Play Dead", command=deads)
        dead.pack (side=BOTTOM)
        fight = Button (window, height=3, width=8, text="Attack", command=fights)
        fight.pack (side=BOTTOM)


    def left():
        left.destroy ()
        right.destroy ()
        new.insert (INSERT, "\nYou take the path to the left.\nThis was the wrong descision.\nA rabid"
                            " lion is in your way.\nYou have no chance.\nYou get eaten.")
        lance = Button (window, height=3, width=8, text="Quit", command=no)
        lance.pack (side=BOTTOM)


    # scrollbar and start
    scroll = Scrollbar (window)
    scroll.pack (side=RIGHT, fill=Y)

    new = Text (window, font=f, height=13, yscrollcommand=scroll.set)
    new.insert (INSERT, "Welcome to interactive story mode!")
    new.insert (INSERT, "\nOne day, you were walking in the forest and you came across a path.\n")
    new.insert (INSERT, "Do you go RIGHT or LEFT?")

    right = Button (window, height=3, width=8, text="RIGHT", command=right)
    right.pack (side=BOTTOM)

    left = Button (window, height=3, width=8, text="LEFT", command=left)
    left.pack (side=BOTTOM)

    new.pack ()

    window.mainloop ()



if buttonnumber==3:

    hogwarts = Toplevel() #https://stackoverflow.com/questions/20251161/tkinter-tclerror-image-pyimage3-doesnt-exist
    hogwartswidth=1000
    hogwartsheight=800
    hogwarts.title("Image manipulation")
    hogwarts.wm_minsize(width=hogwartswidth, height=hogwartsheight)
    size=30
    shape=0

    def Typecircle():
        global shape
        shape=1
    def Typeimage():
        global shape
        shape=2
    def Typepaint():
        global shape
        shape=3

    canvas=Canvas(hogwarts, bg="Blue", width=hogwartswidth-40, height=hogwartswidth-40)
    canvas.grid(row=1, columnspan=10)
    circlebutton=Button(hogwarts, text="circle", command=Typecircle)
    circlebutton.grid(row=2, column=1)
    def CreateImage():
        global image2
        global imagelabel
        global rawr
        image2=PhotoImage(file="Winter Wonder Title.png", width=900, height=900)
        imagelabel=Label(master=canvas, image=image2)
        imagelabel.grid (row=2, column=3)
        tiggers=0
        if tiggers==1:
            rawr = canvas.create_image (hogwartswidth/2,hogwartswidth/2, image=image2)
    addimagebackground=Button(hogwarts, text="Get Memed", command=CreateImage)
    addimagebackground.grid(row=2, column=2)
    actualimage=Button(hogwarts, text="Add image", command=Typeimage)
    actualimage.grid(row=2, column=4)

    def click(event):#https://stackoverflow.com/questions/29789554/tkinter-draw-rectangle-using-a-mouse
        print ("Mouse position: (%s %s)" % (event.x, event.y))
        global shape
        global image2
        global puppy
        global ypos
        global xpos
        if shape==1:
            print(shape)
            dog=canvas.create_oval(event.x-size, event.y-size, event.x+size, event.y+size, fill="White", outline="Black", width=3) #https://stackoverflow.com/questions/36427858/trouble-creating-oval-widgets-in-python-tkinter
        if shape==2:
            print(shape)
            image2 = PhotoImage (file="Vanilla Cupcake.png", width=size*8, height=size*8)
            if event.x>60:
                xpos=event.x
                ypos=event.y
            puppy=canvas.create_image(xpos, ypos, image=image2) # only helped by all sources including https://stackoverflow.com/questions/20015030/python-2-7-how-to-add-images-on-the-canvas-with-tkinter
            print(event.x)
    circlebutton.bind("<Button-1>", click)
    canvas.bind("<Button-1>", click)
    actualimage.bind("<Button-1>", click)
# the sucky parts:
    class Hi(object):
        def __init__(self, ughaclass=3, letsnotuseclasses=1):
            self.ughaclass=1
            self.ughaclass+=1
            array=([1, 4, 5, 7])
            print(array)
    Hi()

    #From here to

    if dog==0:
        import matplotlib.pyplot as plt
        import numpy as np

        plt.axis("off")
        plt.ylabel("THIS IS X")
        plt.xlabel ("THIS IS Y")
        image=plt.imread("Winter Wonder Title.png")
        lol_image=image[:,:,0]
        imageplot = plt.imshow (lol_image)
        plt.colorbar(imageplot)
        print(len(image))

        x = np.linspace (14, 53, 10)

        plt.plot ([1, 2, 3], label='What?')
        plt.plot (x + 2, x + 5, label='up?')
        plt.plot (x - 3, x + 6 * x, label='People?')

        plt.title ("Heyyyyyooooo")


        plt.pause (5)
        dog = 1
    #here is from https://matplotlib.org/faq/usage_faq.html and https://matplotlib.org/users/image_tutorial.html
    hogwarts.mainloop()