I have a game - catching coins into a bowl. However, one of the criteria is to make it limited by entering time in seconds - how long will the game last. The time user enters is from tkinter.Entry, and I have no idea how to execute a timer and a function at the same time. Code progress:
import tkinter, random, time
from threading import Thread
window = tkinter.Tk()
window.title("Dukaty")
canvas = tkinter.Canvas(window, height = 400, width = 800)
canvas.pack()
timeLabel = tkinter.Label(text = "Time:", font = "Helvetica 15")
timeLabel.pack()
timeEntry = tkinter.Entry(bd = 1)
timeEntry.pack()
mistakesLabel = tkinter.Label(text = "Allowed mistakes:", font = "Helvetica 15")
mistakesLabel.pack()
mistakesEntry = tkinter.Entry(bd = 1)
mistakesEntry.pack()
timeEntry.insert(0, "0")
mistakesEntry.insert(0, "0")
speed = 250
score = 0
mistakes = 0
allowedTime = ""
def countdown(t):
while t:
mins, secs = divmod(t, 60)
timer = '{:02d}:{:02d}'.format(mins, secs)
allowedTime = timer
print(allowedTime)
time.sleep(1)
t -= 1
print("Time's up!")
def timedGame():
time = int(timeEntry.get())
canvas.after(time * 1000)
end()
def movingCoin():
global speed, score, mistakes, allowedTime
time = int(timeEntry.get())
coin = canvas.create_image(random.randint(15, 585), 18, image=coinImg, tags="coin")
canvas.create_text(700, 50, text = str(score), font = "Helvetica 20", fill = "green", tags = "score")
canvas.create_text(700, 80, text = str(mistakes), font = "Helvetica 20", fill = "red", tags = "mistakes")
# ENDLESS
if timeEntry.get() == "0" and mistakesEntry.get() == "0":
while True:
if canvas.coords(coin)[1] < 360:
canvas.move(coin, 0, 5)
canvas.after(speed)
canvas.update()
elif canvas.coords(coin)[1] >= 360 and (canvas.coords(coin)[0] > (canvas.coords(bowl)[0] - 40) and canvas.coords(coin)[0] < (canvas.coords(bowl)[0] + 40)):
canvas.delete("score")
score += 1
canvas.create_text(700, 50, text=str(score), font="Helvetica 20", fill="green", tags="score")
canvas.delete(coin)
coin = canvas.create_image(random.randint(15, 585), 18, image=coinImg, tags="coin")
speed -= 10
else:
canvas.delete("mistakes")
mistakes += 1
canvas.create_text(700, 80, text=str(mistakes), font="Helvetica 20", fill="red", tags="mistakes")
canvas.delete(coin)
coin = canvas.create_image(random.randint(15, 585), 18, image=coinImg, tags="coin")
speed -= 10
# TIME - not done yet
elif timeEntry.get() != "0" and mistakesEntry.get() == "0":
while str(allowedTime) != "00:00":
if canvas.coords(coin)[1] < 360:
canvas.move(coin, 0, 5)
canvas.after(speed)
canvas.update()
elif canvas.coords(coin)[1] >= 360 and (canvas.coords(coin)[0] > (canvas.coords(bowl)[0] - 40) and canvas.coords(coin)[0] < (canvas.coords(bowl)[0] + 40)):
score += 1
print(score)
canvas.delete(coin)
coin = canvas.create_image(random.randint(15, 585), 18, image=coinImg, tags="coin")
speed -= 10
else:
mistakes += 1
print(mistakes)
canvas.delete(coin)
coin = canvas.create_image(random.randint(15, 585), 18, image=coinImg, tags="coin")
speed -= 10
# MISTAKES
elif timeEntry.get() == "0" and mistakesEntry != "0":
allowedMistakes = int(mistakesEntry.get())
print("Allowed mistakes: " + str(allowedMistakes))
while True:
if canvas.coords(coin)[1] < 360:
canvas.move(coin, 0, 5)
canvas.after(speed)
canvas.update()
elif canvas.coords(coin)[1] >= 360 and (canvas.coords(coin)[0] > (canvas.coords(bowl)[0] - 40) and canvas.coords(coin)[0] < (canvas.coords(bowl)[0] + 40)):
canvas.delete("score")
score += 1
canvas.create_text(700, 50, text=str(score), font="Helvetica 20", fill="green", tags="score")
canvas.delete(coin)
coin = canvas.create_image(random.randint(15, 585), 18, image=coinImg, tags="coin")
speed -= 10
else:
if allowedMistakes > mistakes:
canvas.delete("mistakes")
mistakes += 1
canvas.create_text(700, 80, text=str(mistakes), font="Helvetica 20", fill="red", tags="mistakes")
canvas.delete(coin)
coin = canvas.create_image(random.randint(15, 585), 18, image=coinImg, tags="coin")
speed -= 10
elif allowedMistakes == mistakes:
print("ending the program")
break
def end():
window.destroy()
def tap():
Thread(target=countdown(int(timeEntry.get()))).start()
Thread(target=movingCoin).start()
endButton = tkinter.Button(text = "End", command = end)
endButton.pack(side = "right")
startButton = tkinter.Button(text = "Start", command = tap)
startButton.pack(side = "left")
window.mainloop()
What this does, is that it starts the timer, and when it comes to end, THEN it executes the movingCoin function.
What I want to achieve is to make the timer start (when in Entry is value greater than 0) and at the same time execute the movingCoin - which then drops to the time section and the while breaks when the time is up.
You can use this method
window.after(1000,<function_name>)
It means the function call after 1 sec. If you are use recursion with this method then you can create timer.
I hope it works for you, cheer.
import time
# time.time() return in second
game_duration = float(input('duration: ')) + time.time()
game_is_running = True
while game_is_running:
if game_duration == time.time(): # this means: if now equal to game_duration
game_is_running = False
# note: it is quite critical where you place time.time()
One more example:
# I used the following technique to build an explosion animation for 30 seconds, then it will do something else.
class Explosion(pygame.sprite.Sprite):
def __init__(self, center):
pygame.sprite.Sprite.__init__(self)
self.image = explosion_animation[0]
self.rect = self.image.get_rect()
self.rect.center = center
self.frame = 0
self.last_update = pygame.time.get_ticks()
self.duration = 30
def update(self):
now = pygame.time.get_ticks()
if now - self.last_update > self.duration:
self.last_update = now
self.frame += 1
if self.frame == len(explosion_animation):
self.kill()
else:
center = self.rect.center
self.image = explosion_animation[self.frame]
self.rect = self.image.get_rect()
self.rect.center = center
I am trying to make a catch the egg game and it is going fine apart from the basket, which is supposed to look like an arc upside-down but it became a very strange shape, and I have searched as far as I could but no one has had such a problem like this.
I want it to look like this:
I'll have to post the whole program otherwise you wouldn't understand:
from itertools import cycle
from random import randrange
from tkinter import Canvas, Tk, messagebox, font
canvas_width = 800
canvas_height = 400
root = Tk()
c = Canvas(
root,
width=canvas_width,
height=canvas_height,
background="deep sky blue"
)
c.create_rectangle(
-5,
canvas_height - 100,
canvas_width + 5,
canvas_height + 5,
fill="sea green",
width=0
)
c.create_oval(-80, -80, 120, 120, fill="orange", width=0)
c.pack()
color_cycle = cycle([
"light blue",
"light green",
"light pink",
"light yellow",
"light cyan"
])
egg_width = 45
egg_height = 55
egg_score = 10
egg_speed = 500
egg_interval = 4000
difficulty_factor = 0.95
catcher_color = "blue"
catcher_width = 100
catcher_height = 100
catcher_start_x = canvas_width / 2 - catcher_width / 2
catcher_start_y = canvas_height - catcher_width - 20
catcher_start_x2 = catcher_start_x = catcher_width
catcher_start_y2 = catcher_start_y + catcher_height
catcher = c.create_arc(
catcher_start_x,
catcher_start_y,
catcher_start_x2,
catcher_start_y2,
start=200,
extent=140,
style="arc",
outline=catcher_color,
width=30
)
game_font = font.nametofont("TkFixedFont")
game_font.config(size=18)
score = 0
score_text = c.create_text(
10,
10,
anchor="nw" ,
font=game_font,
fill="darkblue",
text="Score: " + str(score)
)
lives_remaining = 3
lives_text = c.create_text(
canvas_width - 10,
10,
anchor="ne",
font=game_font,
fill="darkblue",
text="Lives " + str(lives_remaining)
)
eggs = []
def create_egg():
x = randrange(10, 740)
y = 40
new_egg = c.create_oval(
x,
y,
x + egg_width,
y + egg_height,
fill=next(color_cycle),
width=0
)
eggs.append(new_egg)
root.after(egg_interval, create_egg)
def move_eggs():
for egg in eggs:
(egg_x, egg_y, egg_x2, egg_y2) = c.coords(egg)
c.move(egg, 0, 10)
if egg_y2 > canvas_height:
egg_dropped(egg)
root.after(egg_speed, move_eggs)
def egg_dropped(egg):
eggs.remove(egg)
lose_a_life()
if lives_remaining == 0:
messagebox.showinfo("Game Over!", "Final Score: " + str(score))
root.destroy()
def lose_a_life():
global lives_remaining
lives_remaining -= 1
c.itemconfigure(lives_text, text = "Lives: " + str(lives_remaining))
def check_catch():
catcher_x, catcher_y, catcher_x2, catcher_y2 = c.coords(catcher)
for egg in eggs:
egg_x, egg_y, egg_x2, egg_y2 = c.coords(egg)
if egg_x<catcher_x<egg_x2 and (catcher_y2 - egg_y2) < 5:
eggs.remove(egg)
c.delete(egg)
increase_score(egg_score)
root.after(100, check_catch)
def increase_score(points):
global score, egg_speed, egg_interval
score += points
egg_speed = int(egg_speed * difficulty_factor)
egg_interval = int(egg_interval * difficulty_factor)
c.itemconfigure(score_text, text="Score: " + str(score))
def move_left(event):
(x1, y1, x2, y2) = c.coords(catcher)
if x1 > 0:
c.move(catcher, -20, 0)
def move_right(event):
(x1, y1, x2, y2) = c.coords(catcher)
if x2 < canvas_width:
c.move(catcher, 20, 0)
c.bind("<Left>" , move_left)
c.bind("<Right>", move_right)
c.focus_set()
root.after(1000, create_egg)
root.after(1000, move_eggs)
root.after(1000, check_catch)
root.mainloop()
You have a typo on line 27 - you have written catcher_start_x2 = catcher_start_x = catcher_width where you should have catcher_start_x2 = catcher_start_x - catcher_width.
Also, the backslash on line 29 is unnecessary as things contained in brackets automatically continue on multiple lines.
One more thing - once the typo is fixed, the eggs are only caught in the left area of the catcher because line 79 (if egg_x<catcher_x<egg_x2 and (catcher_y2 - egg_y2) < 5:) is checking if the left x coord of the catcher is inside the x coords of the egg not the other way around. To fix this, replace it with
if catcher_x - 10 < egg_x and egg_x2 < catcher_x2 + 10 and (catcher_y2 - egg_y2) < 5: (the -10 and +10 are to give the player a bit of leeway so the egg doesn't have to be exactly in the centre).
So I copied this code from a python book, and the code is meant to be like an egg catcher game, however if you run the code, you can see, tkinter creates everything and the game sets up, however, the game itself does not start. Does anyone know how to make it start? I tried pressing buttons and making the whole thing a function, however, they both do not work. Here is my code below...
from itertools import cycle
from random import randrange
from tkinter import Canvas, Tk, messagebox, font
canvas_width = 800
canvas_height = 400
root = Tk()
c = Canvas(root, width=canvas_width, height=canvas_height, background='deep sky blue')
c.create_rectangle(-5, canvas_height - 100, canvas_width + 5, canvas_height + 5, \
fill='sea green', width=0)
c.create_oval(-80, -80, 120, 120, fill='orange', width=0)
c.pack()
color_cycle = cycle(['light blue', 'light green', 'light pink', 'light yellow', 'light cyan'])
egg_width = 45
egg_height = 55
egg_score = 10
egg_speed = 500
egg_interval = 4000
difficulty_factor = 0.95
catcher_color = 'blue'
catcher_width = 100
catcher_height = 100
catcher_start_x = canvas_width / 2 - catcher_width / 2
catcher_start_y = canvas_height - catcher_height - 20
catcher_start_x2 = catcher_start_x + catcher_width
catcher_start_y2 = catcher_start_y + catcher_height
catcher = c.create_arc(catcher_start_x, catcher_start_y, \
catcher_start_x2, catcher_start_y2, start=200, extent=140, \
style='arc', outline=catcher_color, width=3)
game_font = font.nametofont('TkFixedFont')
game_font.config(size=18)
score = 0
score_text = c.create_text(10, 10, anchor='nw', font=game_font, fill='darkblue', \
text='Score: ' + str(score))
lives_remaining = 3
lives_text = c.create_text(canvas_width - 10, 10, anchor='ne', font=game_font, fill='darkblue', \
text='Lives: ' + str(lives_remaining))
eggs = []
def create_egg():
x = randrange(10, 740)
y = 40
new_egg = c.create_oval(x, y, x + egg_width, y + egg_height, fill=next(color_cycle), width=0)
eggs.append(new_egg)
root.after(egg_interval, create_egg)
def move_eggs():
for egg in eggs:
(egg_x, egg_y, egg_x2, egg_y2) = c.coords(egg)
c.move(egg, 0, 10)
if egg_y2 > canvas_height:
egg_dropped(egg)
root.after(egg_speed, move_eggs)
def egg_dropped(egg):
eggs.remove(egg)
c.delete(egg)
lose_a_life()
if lives_remaining == 0:
messagebox.showinfo('Game Over!', 'Final Score: ' + str(score))
root.destroy()
def lose_a_life():
global lives_remaining
lives_remaining -= 1
c.itemconfigure(lives_text, text='Lives: ' + str(lives_remaining))
def check_catch():
(catcher_x, catcher_y, catcher_x2, catcher_y2) = c.coords(catcher)
for egg in eggs:
(egg_x, egg_y, egg_x2, egg_y2) = c.coords(egg)
if catcher_x < egg_x and egg_x2 < catcher_x2 and catcher_y2 - egg_y2 < 40:
eggs.remove(egg)
c.delete(egg)
increase_score(egg_score)
root.after(100, check_catch)
def increase_score(points):
global score, egg_speed, egg_interval
score += points
egg_speed = int(egg_speed * difficulty_factor)
egg_interval = int(egg_interval * difficulty_factor)
c.itemconfigure(score_text, text='Score: ' + str(score))
def move_left(event):
(x1, y1, x2, y2) = c.coords(catcher)
if x1 > 0:
c.move(catcher, -20, 0)
def move_right(event):
(x1, y1, x2, y2) = c.coords(catcher)
if x2 < canvas_width:
c.move(catcher, 20, 0)
c.bind('<Left>', move_left)
c.bind('<Right>', move_right)
c.focus_set()
root.after(1000, create_egg)
root.after(1000, move_eggs)
root.after(1000, check_catch)
root.mainloop()
I see lots of functions but no calls to them, especially the function that runs the Tkinter main loop.
Given the similarity you would expect between the move_left() and move_right() functions, it's a near certainty that the final lines of the latter should not be indented to where they are.
With your current code, the lines doing the binding and timer call-back setups are only executed when move_right() is called. Which it isn't, because the key binding that would call it is only set up when it's called (which it isn't because ...
WARNING W-42: thought process terminated due to likely stack overflow in wet-ware :-)
In other words, your code should be something like:
def move_left(event):
(x1, y1, x2, y2) = c.coords(catcher)
if x1 > 0:
c.move(catcher, -20, 0)
def move_right(event):
(x1, y1, x2, y2) = c.coords(catcher)
if x2 < canvas_width:
c.move(catcher, 20, 0)
# Run this at top level, NOT as part of move_right().
c.bind('<Left>', move_left)
c.bind('<Right>', move_right)
c.focus_set()
root.after(1000, create_egg)
root.after(1000, move_eggs)
root.after(1000, check_catch)
root.mainloop()
As an aside, it may just be the way you pasted the code in, but you should try to follow the PEP8 style guide when writing code, specifically the four-space-indent guideline. They generally make your code much easier to read and/or analyse.
And, just so you're aware, those move_xxx() functions will actually allow your catcher to go off the edges of the screen (up to twenty pixels, I think). If that's not what you want, you may want to make a small change:
move_sz = 20
def move_left(event):
(x1, y1, x2, y2) = c.coords(catcher)
c.move(catcher, -min(move_sz, x1), 0)
def move_right(event):
(x1, y1, x2, y2) = c.coords(catcher)
c.move(catcher, min(move_sz, canvas_width - x2 - 1), 0)
I haven't tested that (particularly the possibility of being out by one pixel - I'll leave that up to you) but the idea is just to limit how much you move if that would send your catcher outside the canvas bounds.
You'll see I've also replaced the magic constant 20 with a more appropriate variable - that's so you only need to change it in one place should you want to adjust the movement speed.
from Tkinter import *
root = Tk()
drawpad = Canvas(root, width=600,height=600, background='white')
player = drawpad.create_rectangle(260,590,340,595, fill = "blue")
ball = drawpad.create_oval(293,576,307,590, fill = "white")
brick1 = drawpad.create_rectangle(30,20,80,50, fill='green')
brick2 = drawpad.create_rectangle(30,100,80,130, fill='green')
brick3 = drawpad.create_rectangle(30,180,80,210, fill='green')
brick4 = drawpad.create_rectangle(100,20,150,50, fill='green')
brick5 = drawpad.create_rectangle(100,100,150,130, fill='green')
brick6 = drawpad.create_rectangle(100,180,150,210, fill='green')
brick7 = drawpad.create_rectangle(170,20,220,50, fill='green')
brick8 = drawpad.create_rectangle(170,100,220,130, fill='green')
brick9 = drawpad.create_rectangle(170,180,220,210, fill='green')
brick10= drawpad.create_rectangle(240,20,290,50, fill='green')
brick11= drawpad.create_rectangle(240,100,290,130, fill='green')
brick12= drawpad.create_rectangle(240,180,290,210, fill='green')
brick13= drawpad.create_rectangle(310,20,360,50, fill='green')
brick14= drawpad.create_rectangle(310,100,360,130, fill='green')
brick15= drawpad.create_rectangle(310,180,360,210, fill='green')
brick16= drawpad.create_rectangle(380,20,430,50, fill='green')
brick17= drawpad.create_rectangle(380,100,430,130, fill='green')
brick18= drawpad.create_rectangle(380,180,430,210, fill='green')
brick19= drawpad.create_rectangle(450,20,500,50, fill='green')
brick20= drawpad.create_rectangle(450,100,500,130, fill='green')
brick21= drawpad.create_rectangle(450,180,500,210, fill='green')
brick22= drawpad.create_rectangle(520,20,570,50, fill='green')
brick23= drawpad.create_rectangle(520,100,570,130, fill='green')
brick24= drawpad.create_rectangle(520,180,570,210, fill='green')
brickA1 = drawpad.create_rectangle(60,60,110,90, fill='cyan')
brickA2 = drawpad.create_rectangle(60,140,110,170, fill='cyan')
brickA3 = drawpad.create_rectangle(130,60,180,90, fill='cyan')
brickA4 = drawpad.create_rectangle(130,140,180,170, fill='cyan')
brickA5 = drawpad.create_rectangle(200,60,250,90, fill='cyan')
brickA6 = drawpad.create_rectangle(200,140,250,170, fill='cyan')
brickA7 = drawpad.create_rectangle(270,60,320,90, fill='cyan')
brickA8 = drawpad.create_rectangle(270,140,320,170, fill='cyan')
brickA9 = drawpad.create_rectangle(340,60,390,90, fill='cyan')
brickA10= drawpad.create_rectangle(340,140,390,170, fill='cyan')
brickA11= drawpad.create_rectangle(410,60,460,90, fill='cyan')
brickA12= drawpad.create_rectangle(410,140,460,170, fill='cyan')
brickA13= drawpad.create_rectangle(480,60,530,90, fill='cyan')
brickA14= drawpad.create_rectangle(480,140,530,170, fill='cyan')
bricklist = [brick1,brick2,brick3,brick4,brick5,brick6,brick7,brick8,brick9,brick10,brick11,brick12,brick13,brick14,brick15,brick16,brick17,brick18,brick19,brick20,brick21,brick22,brick23,brick24,brickA1,brickA2,brickA3,brickA4,brickA5,brickA6,brickA7,brickA8,brickA9,brickA10,brickA11,brickA12,brickA13,brickA14]
direction = 0
import random
randAngle = 0
angle = 0
overlap = 0
listPlace = 0
length = 0
brick = 0
class myApp(object):
def __init__(self, parent):
global drawpad
self.myParent = parent
self.myContainer1 = Frame(parent)
self.myContainer1.pack()
# Score
self.prompt = "Score:"
self.label1 = Label(root, text=self.prompt, width=len(self.prompt), bg='green')
self.label1.pack()
self.score = 0
self.scoreTxt = Label(root, text=str(self.score), width=3, bg='green')
self.scoreTxt.pack()
drawpad.pack()
root.bind_all('<Key>', self.key)
self.animate()
def animate(self):
global drawpad
global ball
global direction
global angle
global randAngle
global listPlace
global brick
x1,y1,x2,y2 = drawpad.coords(ball)
px1,py1,px2,py2 = drawpad.coords(player)
if y1 <= 0:
direction = 5
elif x1 >= px1 and x2 <= px2 and y2 >= py1:
direction = -5
randAngle = random.randint(0,12)
angle = randAngle - 6
elif x1 <= 0 and y2 <= 600 or x2 >= 600 and y2 <= 600:
angle = -angle
didWeHit = self.collisionDetect
if didWeHit == True:
#for x in bricklist:
# if x == brick:
brick = bricklist[listPlace]
bx1,by1,bx2,by2 = drawpad.coords(brick)
if x1 <= bx1 or x2 >= bx2:
angle = -angle
if y1 <= by1 or by2 >= y2:
direction = -direction
drawpad.delete(brick)
drawpad.move(ball, angle, direction)
drawpad.after(5,self.animate)
def key(self,event):
global drawpad
global player
global ball
global direction
x1,y1,x2,y2 = drawpad.coords(ball)
px1,py1,px2,py2 = drawpad.coords(player)
if event.char == " ":
direction = -5
if event.char == "a":
if x1 != 293 and y1 != 576 and x2 != 307 and y2 != 590 and px1 > 0:
drawpad.move(player,-8,0)
if event.char == "d":
if x1 != 293 and y1 != 576 and x2 != 307 and y2 != 590 and px2 < 600:
drawpad.move(player,8,0)
def collisionDetect(self):
global drawpad
global bricklist
global direction
global angle
global overlap
global listPlace
global length
x1,y1,x2,y2 = drawpad.coords(ball)
overlap = drawpad.find_overlapping(x1,y1,x2,y2)
length = len(overlap)
if length > 1:
listPlace = overlap[1] - 3
return True
self.score = self.score + 5
self.scoreTxt.config(text=str(self.score))
app = myApp(root)
root.mainloop()
For a project in my computer class I am creating a brick breaker style game, and I'm just about done with writing it however the collision detection isn't working. There is a message when I run the program that says:
invalid command name "182718608Lcallit"
while executing
"182718608Lcallit"
("after" script)
What does that mean and why isn't the collision detection functioning?
Okay edit:
I have another slightly different version of the same code, which I know the collision detection is working but only the score changes, the bricks don't disappear and the ball doesn't bounce. I don't understand why this following version has a working score while the first doesn't, and I don't understand why neither of the codes successfully delete the brick and bounce the ball. This code also has a similar error message, with just different numbers. Can someone please explain, I'm new to coding.
from Tkinter import *
root = Tk()
drawpad = Canvas(root, width=600,height=600, background='white')
player = drawpad.create_rectangle(260,590,340,595, fill = "blue")
ball = drawpad.create_oval(293,576,307,590, fill = "white")
brick1 = drawpad.create_rectangle(30,20,80,50, fill='green')
brick2 = drawpad.create_rectangle(30,100,80,130, fill='green')
brick3 = drawpad.create_rectangle(30,180,80,210, fill='green')
brick4 = drawpad.create_rectangle(100,20,150,50, fill='green')
brick5 = drawpad.create_rectangle(100,100,150,130, fill='green')
brick6 = drawpad.create_rectangle(100,180,150,210, fill='green')
brick7 = drawpad.create_rectangle(170,20,220,50, fill='green')
brick8 = drawpad.create_rectangle(170,100,220,130, fill='green')
brick9 = drawpad.create_rectangle(170,180,220,210, fill='green')
brick10= drawpad.create_rectangle(240,20,290,50, fill='green')
brick11= drawpad.create_rectangle(240,100,290,130, fill='green')
brick12= drawpad.create_rectangle(240,180,290,210, fill='green')
brick13= drawpad.create_rectangle(310,20,360,50, fill='green')
brick14= drawpad.create_rectangle(310,100,360,130, fill='green')
brick15= drawpad.create_rectangle(310,180,360,210, fill='green')
brick16= drawpad.create_rectangle(380,20,430,50, fill='green')
brick17= drawpad.create_rectangle(380,100,430,130, fill='green')
brick18= drawpad.create_rectangle(380,180,430,210, fill='green')
brick19= drawpad.create_rectangle(450,20,500,50, fill='green')
brick20= drawpad.create_rectangle(450,100,500,130, fill='green')
brick21= drawpad.create_rectangle(450,180,500,210, fill='green')
brick22= drawpad.create_rectangle(520,20,570,50, fill='green')
brick23= drawpad.create_rectangle(520,100,570,130, fill='green')
brick24= drawpad.create_rectangle(520,180,570,210, fill='green')
brickA1 = drawpad.create_rectangle(60,60,110,90, fill='cyan')
brickA2 = drawpad.create_rectangle(60,140,110,170, fill='cyan')
brickA3 = drawpad.create_rectangle(130,60,180,90, fill='cyan')
brickA4 = drawpad.create_rectangle(130,140,180,170, fill='cyan')
brickA5 = drawpad.create_rectangle(200,60,250,90, fill='cyan')
brickA6 = drawpad.create_rectangle(200,140,250,170, fill='cyan')
brickA7 = drawpad.create_rectangle(270,60,320,90, fill='cyan')
brickA8 = drawpad.create_rectangle(270,140,320,170, fill='cyan')
brickA9 = drawpad.create_rectangle(340,60,390,90, fill='cyan')
brickA10= drawpad.create_rectangle(340,140,390,170, fill='cyan')
brickA11= drawpad.create_rectangle(410,60,460,90, fill='cyan')
brickA12= drawpad.create_rectangle(410,140,460,170, fill='cyan')
brickA13= drawpad.create_rectangle(480,60,530,90, fill='cyan')
brickA14= drawpad.create_rectangle(480,140,530,170, fill='cyan')
bricklist = [brick1,brick2,brick3,brick4,brick5,brick6,brick7,brick8,brick9,brick10,brick11,brick12,brick13,brick14,brick15,brick16,brick17,brick18,brick19,brick20,brick21,brick22,brick23,brick24,brickA1,brickA2,brickA3,brickA4,brickA5,brickA6,brickA7,brickA8,brickA9,brickA10,brickA11,brickA12,brickA13,brickA14]
direction = 0
import random
randAngle = 0
angle = 0
overlap = 0
listPlace = 0
length = 0
brick = 0
class myApp(object):
def __init__(self, parent):
global drawpad
self.myParent = parent
self.myContainer1 = Frame(parent)
self.myContainer1.pack()
# Score
self.prompt = "Score:"
self.label1 = Label(root, text=self.prompt, width=len(self.prompt), bg='green')
self.label1.pack()
self.score = 0
self.scoreTxt = Label(root, text=str(self.score), width=3, bg='green')
self.scoreTxt.pack()
drawpad.pack()
root.bind_all('<Key>', self.key)
self.animate()
def animate(self):
global drawpad
global ball
global direction
global angle
global randAngle
global listPlace
global brick
x1,y1,x2,y2 = drawpad.coords(ball)
px1,py1,px2,py2 = drawpad.coords(player)
if y1 <= 0:
direction = 5
elif x1 >= px1 and x2 <= px2 and y2 >= py1:
direction = -5
randAngle = random.randint(0,12)
angle = randAngle - 6
elif x1 <= 0 and y2 <= 600 or x2 >= 600 and y2 <= 600:
angle = -angle
didWeHit = self.collisionDetect()
if didWeHit == True:
brick = bricklist[listPlace]
bx1,by1,bx2,by2 = drawpad.coords(brick)
if x1 <= bx1 or x2 >= bx2:
angle = -angle
if y1 <= by1 or by2 >= y2:
direction = -direction
drawpad.move(ball, angle, direction)
drawpad.after(5,self.animate)
def key(self,event):
global drawpad
global player
global ball
global direction
x1,y1,x2,y2 = drawpad.coords(ball)
px1,py1,px2,py2 = drawpad.coords(player)
if event.char == " ":
direction = -5
if event.char == "a":
if x1 != 293 and y1 != 576 and x2 != 307 and y2 != 590 and px1 > 0:
drawpad.move(player,-8,0)
if event.char == "d":
if x1 != 293 and y1 != 576 and x2 != 307 and y2 != 590 and px2 < 600:
drawpad.move(player,8,0)
def collisionDetect(self):
global drawpad
global bricklist
global direction
global angle
global overlap
global listPlace
global length
x1,y1,x2,y2 = drawpad.coords(ball)
overlap = drawpad.find_overlapping(x1,y1,x2,y2)
length = len(overlap)
if length > 1:
listPlace = overlap[1] - 3
brick = bricklist[listPlace]
bx1,by1,bx2,by2 = drawpad.coords(brick)
if x1 <= bx1 or x2 >= bx2:
angle = -angle
if y1 <= by1 or by2 >= y2:
direction = -direction
self.score = self.score + 5
self.scoreTxt.config(text=str(self.score))
return True
drawpad.delete(brick)
app = myApp(root)
root.mainloop()
Your collisionDetect method deletes a brick, but then you try to do things with the brick later (in the if didWeHit part of your code). Make sure that you wait to delete the brick until you've done everything you need to with it!
In Tkinter, this kind of error occurs if you try to do something with an object that has been deleted. Tkinter assigns a number to each Tk object that it creates, which is the funny number in your error that you got. It is trying to execute the command that it named 182718608Lcallit, but that doesn't exist any more since you deleted the corresponding brick.