Text Game Testing/Dev

[PKMindBlow]

Yeah. I've been working on simplifying the code for a bit. I've found that the while/if approach is very clunky. So, I'll for sure work on simplifying the code! Thanks buran!

[PKMindBlow]

Here's one of my newer graphics based games.
You play as the "eskimo" head. Don't touch the penguin!
You jump across the ice blocks until they break. You can go on the banks of the water.
Don't get yourself stuck. Hit Enter to start!

import turtle
from tkinter import *
import time
import random
A = turtle.Pen()
B = turtle.Pen()
C = turtle.Pen()
D = turtle.Pen()
E = turtle.Pen()
F = turtle.Pen()
A.shape('circle')
A.shapesize(3)
A.color('black', (0, 1, 1))

A.up()
B.up()
C.up()
D.up()
E.up()
F.up()
B.shape('square')

B.up()
B.color('black', 'blue')
B.shapesize(25, 30)
B.stamp()
C.shape('square')
C.shapesize(7)
C.color('grey')
C.goto(150, 150)
D.shape('square')
D.shapesize(7)
D.color('grey')
D.goto(-150, -150)
E.shape('square')
E.shapesize(7)
E.color('grey')
E.goto(-150, 150)
F.shape('square')
F.shapesize(7)
F.color('grey')
F.goto(150, -150)
A.goto(-150, 150)
canvas = Canvas()
A.speed(0)
B.up()
B.shapesize(3)
B.color('black', 'blue')
B.speed(3)
CC = 0
DD = 0
EE = 0
FF = 0
screen = turtle.Screen()
s = turtle.Shape("compound")
poly1 = ((-10,-10),(0,-10),(0,10),(-10,10))
poly2 = ((0, -15),(0, 15),(15, -5))

poly6 = ((0, -5), (-5, -5))
poly7 = ((0, 5), (-5, 5))

s.addcomponent(poly1, "peach puff", "black")
s.addcomponent(poly2, "brown", "black")

s.addcomponent(poly6, "blue", "black")
s.addcomponent(poly7, "blue", "black")
screen.register_shape("myshape", s)
A.shape('myshape')
A.seth(180)

A.shapesize(4.5)
s = turtle.Shape("compound")
poly1 = ((-10,-10),(-10,10),(5,10),(5,-10))
poly2 = ((0, -5), (-5, -5))
poly3 = ((0, 5), (-5, 5))
poly4 = ((-8, 0), (-5, -5), (-5, 5))
poly5 = ((-15, -15), (-15, 15), (10, 15), (10, -15))
s.addcomponent(poly5, "blue", "black")
s.addcomponent(poly1, "white", "black")
s.addcomponent(poly2, "black", "black")
s.addcomponent(poly3, "black", "black")
s.addcomponent(poly4, "yellow", "black")

screen.register_shape("penguin", s)
B.shape('penguin')
B.shapesize(4.5)
B.seth(180)
OPTS = [1, 2, 3, 4]
def BEGIN():
    A.color('black', (0, 1, 1))
    B.goto(A.xcor(), A.ycor())
    while 0 == 0:
        random.shuffle(OPTS)
        if OPTS[0] == 1 and F.isvisible() == True:
            B.goto(150, -150)
        if OPTS[0] == 2 and E.isvisible() == True:
            B.goto(-150, 150)
        if OPTS[0] == 3 and C.isvisible() == True:
            B.goto(150, 150)
        if OPTS[0] == 4 and D.isvisible() == True:
            B.goto(-150, -150)
        if B.xcor() == A.xcor() and B.ycor() == A.ycor():
            A.seth(270)
            sys.exit()
        

            
def MOVE(event):
    global CC
    global DD
    global EE
    global FF
    
    
    if A.xcor() == C.xcor() and A.ycor() == C.ycor():
        if CC == 0:
            C.color('black', 'white')
        if CC == 3:
            C.color('black', 'yellow')
        if CC == 6:
            C.color('black', 'red')
        if CC == 9:
            C.hideturtle()
        CC = CC+1
    if A.xcor() == D.xcor() and A.ycor() == D.ycor():
        if DD == 0:
            D.color('black', 'white')
        if DD == 3:
            D.color('black', 'yellow')
        if DD == 6:
            D.color('black', 'red')
        if DD == 9:
            D.hideturtle()
        DD = DD+1
    if A.xcor() == E.xcor() and A.ycor() == E.ycor():
        if EE == 0:
            E.color('black', 'white')
        if EE == 3:
            E.color('black', 'yellow')
        if EE == 6:
            E.color('black', 'red')
        if EE == 9:
            E.hideturtle()
        EE = EE+1
    if A.xcor() == F.xcor() and A.ycor() == F.ycor():
        if FF == 0:
            F.color('black', 'white')
        if FF == 3:
            F.color('black', 'yellow')
        if FF == 6:
            F.color('black', 'red')
        if FF == 9:
            F.hideturtle()
        
        FF = FF+1
    
    
    if event.keysym == 'Up':
        if A.ycor() != 150:
            A.goto(A.xcor(), A.ycor()+300)
        
    if event.keysym == 'Down':
        if A.ycor() != -150:
            A.goto(A.xcor(), A.ycor()-300)
        
    if event.keysym == 'Left':
        if A.xcor() != -450:
            A.goto(A.xcor()-300, A.ycor())
    if event.keysym == 'Right':
        if A.xcor() != 450:
            A.goto(A.xcor()+300, A.ycor())
    if event.keysym == 'Return':
        BEGIN()
    if A.xcor() == C.xcor() and A.ycor() == C.ycor() and C.isvisible() == False:
        A.seth(0)
    if A.xcor() == D.xcor() and A.ycor() == D.ycor() and D.isvisible() == False:
        A.seth(0)
    if A.xcor() == E.xcor() and A.ycor() == E.ycor() and E.isvisible() == False:
        A.seth(0)
    if A.xcor() == F.xcor() and A.ycor() == F.ycor() and F.isvisible() == False:
        A.seth(0)
    
    
canvas.bind_all('<KeyPress-Up>', MOVE)
canvas.bind_all('<KeyPress-Down>', MOVE)
canvas.bind_all('<KeyPress-Left>', MOVE)
canvas.bind_all('<KeyPress-Right>', MOVE)
canvas.bind_all('<KeyPress-Return>', MOVE)

---

Hers's another game. You have to sort colors.
I based this off of sorting clothes.
You get 3 mess-ups. Hit the arrow keys to sort.
If it is red, press up, if it is yellow, press down.
If it is green, press left, if it is blue, press right.
Hit Enter to start.

import turtle
from tkinter import *
import random
import time
import sys
import winsound
A = turtle.Pen()
B = turtle.Pen()
canvas = Canvas()
OPTS = [1, 2, 3, 4]


B.up()
A.speed(0)
B.speed(0)
B.goto(-450, 270)
A.shapesize(3)
B.down()
for x in range(0, 3):
    A.shape('square')
    time.sleep(0.1)
    A.color('red')
    time.sleep(0.1)
    A.color('green')
    time.sleep(0.1)
    A.color('blue')
    time.sleep(0.1)
    A.color('black')
            
LIFE = 5
SCORE = 0

def SORT(event,):
    global SCORE
    global LIFE
    global TIME
    global AA
    TIME = time.clock()
    AA = TIME
    
    if LIFE < 1:
        A.color('black')
        sys.exit()
    if TIME > AA+5:
        B.undo()
        SCORE = SCORE -100
        B.write(SCORE)
        LIFE = LIFE-1
        A.speed(1)
        A.right(360)
        A.speed(0)
    if event.keysym == 'Up':
        if A.color() == ('red', 'red'):
            winsound.Beep(500, 100)
            A.up()
            A.goto(0, 250)
            A.stamp()
            A.home()
            SCORE = SCORE +100
            B.undo()
            B.write(SCORE)
    
        if A.color() != ('red', 'red'):
            B.undo()
            SCORE = SCORE -100
            B.write(SCORE)
            LIFE = LIFE-1
            A.speed(1)
            A.right(360)
            A.speed(0)
    TIME = time.clock()
 
    if LIFE < 1:
        A.color('black')
        sys.exit()
    if TIME > AA+5:
        B.undo()
        SCORE = SCORE -100
        B.write(SCORE)
        LIFE = LIFE-1
        A.speed(1)
        A.right(360)
        A.speed(0)
    if event.keysym == 'Left':
        if A.color() == ('green', 'green'):
            winsound.Beep(500, 100)
            A.up()
            A.goto(-450, 0)
            A.stamp()
            A.home()
            B.undo()
            SCORE = SCORE +100
            B.write(SCORE)
        if A.color() != ('green', 'green'):
            B.undo()
            SCORE = SCORE -100
            B.write(SCORE)
            LIFE = LIFE-1
            A.speed(1)
            A.right(360)
            A.speed(0)
    TIME = time.clock()

    if LIFE < 1:
        A.color('black')
        sys.exit()
    if TIME > AA+5:
        B.undo()
        SCORE = SCORE -100
        B.write(SCORE)
        LIFE = LIFE-1
        A.speed(1)
        A.right(360)
        A.speed(0)
    if event.keysym == 'Right':
        if A.color() == ('blue', 'blue'):
            winsound.Beep(500, 100)
            A.up()
            A.goto(450, 0)
            A.stamp()
            A.home()
            B.undo()
            SCORE = SCORE +100
            B.write(SCORE)
        if A.color() != ('blue', 'blue'):
            B.undo()
            SCORE = SCORE -100
            B.write(SCORE)
            LIFE = LIFE-1
            A.speed(1)
            A.right(360)
            A.speed(0)
    TIME = time.clock()

    if LIFE < 1:
        A.color('black')
        sys.exit()
    if TIME > AA+5:
        B.undo()
        SCORE = SCORE -100
        B.write(SCORE)
        LIFE = LIFE-1
        A.speed(1)
        A.right(360)
        A.speed(0)
    if event.keysym == 'Down':
        if A.color() == ('gold', 'gold'):
            winsound.Beep(500, 100)
            A.up()
            A.goto(0, -270)
            A.stamp()
            A.home()
            B.undo()
            SCORE = SCORE +100
            B.write(SCORE)
        if A.color() != ('gold', 'gold'):
            B.undo()
            SCORE = SCORE -100
            B.write(SCORE)
            LIFE = LIFE-1
            A.speed(1)
            A.right(360)
            A.speed(0)
    TIME = time.clock()

    if LIFE < 1:
        A.color('black')
        sys.exit()
    if TIME > AA+5:
        B.undo()
        SCORE = SCORE -100
        B.write(SCORE)
        LIFE = LIFE-1
        A.speed(1)
        A.right(360)
        A.speed(0)
    if event.keysym == 'Return':
        pass
    random.shuffle(OPTS)
    
    if OPTS[0] == 1:
        A.color('red')
        
    if OPTS[0] == 2:
        A.color('green')
    
    if OPTS[0] == 3:
        A.color('blue')
    if OPTS[0] == 4:
        A.color('gold')
    
canvas.bind_all('<KeyPress-Up>', SORT)
canvas.bind_all('<KeyPress-Left>', SORT)
canvas.bind_all('<KeyPress-Right>', SORT)
canvas.bind_all('<KeyPress-Down>', SORT)
canvas.bind_all('<KeyPress-Return>', SORT)

---

It doesn't have a timer, if anyone could help me out with a timer on pressing a button,
that would be great.
PS : If you stare at the center square for a while without moving your eyes, the other
squares disappear.