this is a tic tac toe program I've been trying to get to work I have some if statements at the bottom of the program that say if the click_counter which is a variable that I added that counts if the circles have been clicked is clicked then it would choose a random function from an array that contains functions that draw a O. When I click on one of the circles it turns into an X and the click_counter variable is then equal to 1 this 1 is printed so you see the number of clicks. The bottom if statements say if click_counter == 1: then random.choice(player_array)() this worked once but now it doesn't work any ideas?
import turtle as trtl
from pynput.mouse import Listener
import random
#defining starting turtle
rob = trtl.Turtle()
rob.pensize(10)
rob.shape("circle")
#y and x axis drawing
def grid():
rob.speed(100)
rob.penup()
rob.goto(125,300)
rob.pendown()
rob.right(90)
rob.forward(600)
rob.penup()
rob.goto(-125,300)
rob.pendown()
rob.forward(600)
rob.penup()
rob.goto(-300,125)
rob.left(90)
rob.pendown()
rob.forward(600)
rob.penup()
rob.goto(-300,-125)
rob.pendown()
rob.forward(600)
rob.hideturtle()
grid()
#shape turtles
circle1 = trtl.Turtle()
circle1.shape("circle")
circle1.fillcolor("blue")
circle1.shapesize(5)
circle1.penup()
circle1.speed(100)
circle1.goto(250,250)
circle2 = trtl.Turtle()
circle2.shape("circle")
circle2.fillcolor("blue")
circle2.shapesize(5)
circle2.penup()
circle2.speed(100)
circle2.goto(-250,250)
circle3 = trtl.Turtle()
circle3.shape("circle")
circle3.fillcolor("blue")
circle3.shapesize(5)
circle3.penup()
circle3.speed(100)
circle3.goto(0,250)
circle4 = trtl.Turtle()
circle4.shape("circle")
circle4.fillcolor("blue")
circle4.shapesize(5)
circle4.penup()
circle4.speed(100)
circle4.goto(0,0)
circle5 = trtl.Turtle()
circle5.shape("circle")
circle5.fillcolor("blue")
circle5.shapesize(5)
circle5.penup()
circle5.speed(100)
circle5.goto(250,0)
circle6 = trtl.Turtle()
circle6.shape("circle")
circle6.fillcolor("blue")
circle6.shapesize(5)
circle6.penup()
circle6.speed(100)
circle6.goto(-250,0)
circle7 = trtl.Turtle()
circle7.shape("circle")
circle7.fillcolor("blue")
circle7.shapesize(5)
circle7.penup()
circle7.speed(100)
circle7.goto(0,-250)
circle8 = trtl.Turtle()
circle8.shape("circle")
circle8.fillcolor("blue")
circle8.shapesize(5)
circle8.penup()
circle8.speed(100)
circle8.goto(-250,-250)
circle9 = trtl.Turtle()
circle9.shape("circle")
circle9.fillcolor("blue")
circle9.shapesize(5)
circle9.penup()
circle9.speed(100)
circle9.goto(250,-250)
#Click counter variable
global click_counter
click_counter = 0
#X drawings
def go_x1(x,y):
circle1.pendown()
circle1.pensize(5)
circle1.left(45)
circle1.forward(100)
circle1.left(180)
circle1.forward(200)
circle1.left(180)
circle1.forward(100)
circle1.left(90)
circle1.forward(100)
circle1.right(180)
circle1.forward(200)
circle1.hideturtle()
global click_counter
click_counter += 1
print(click_counter)
circle1.onclick(go_x1)
def go_x2(x,y):
circle2.pendown()
circle2.pensize(5)
circle2.left(45)
circle2.forward(100)
circle2.left(180)
circle2.forward(200)
circle2.left(180)
circle2.forward(100)
circle2.left(90)
circle2.forward(100)
circle2.right(180)
circle2.forward(200)
circle2.hideturtle()
global click_counter
click_counter += 1
print(click_counter)
circle2.onclick(go_x2)
def go_x3(x,y):
circle3.pendown()
circle3.pensize(5)
circle3.left(45)
circle3.forward(100)
circle3.left(180)
circle3.forward(200)
circle3.left(180)
circle3.forward(100)
circle3.left(90)
circle3.forward(100)
circle3.right(180)
circle3.forward(200)
circle3.hideturtle()
global click_counter
click_counter += 1
print(click_counter)
circle3.onclick(go_x3)
def go_x4(x,y):
circle4.pendown()
circle4.pensize(5)
circle4.left(45)
circle4.forward(100)
circle4.left(180)
circle4.forward(200)
circle4.left(180)
circle4.forward(100)
circle4.left(90)
circle4.forward(100)
circle4.right(180)
circle4.forward(200)
circle4.hideturtle()
global click_counter
click_counter += 1
print(click_counter)
circle4.onclick(go_x4)
def go_x5(x,y):
circle5.pendown()
circle5.pensize(5)
circle5.left(45)
circle5.forward(100)
circle5.left(180)
circle5.forward(200)
circle5.left(180)
circle5.forward(100)
circle5.left(90)
circle5.forward(100)
circle5.right(180)
circle5.forward(200)
circle5.hideturtle()
global click_counter
click_counter += 1
print(click_counter)
circle5.onclick(go_x5)
def go_x6(x,y):
circle6.pendown()
circle6.pensize(5)
circle6.left(45)
circle6.forward(100)
circle6.left(180)
circle6.forward(200)
circle6.left(180)
circle6.forward(100)
circle6.left(90)
circle6.forward(100)
circle6.right(180)
circle6.forward(200)
circle6.hideturtle()
global click_counter
click_counter += 1
print(click_counter)
circle6.onclick(go_x6)
def go_x7(x,y):
circle7.pendown()
circle7.pensize(5)
circle7.left(45)
circle7.forward(100)
circle7.left(180)
circle7.forward(200)
circle7.left(180)
circle7.forward(100)
circle7.left(90)
circle7.forward(100)
circle7.right(180)
circle7.forward(200)
circle7.hideturtle()
global click_counter
click_counter += 1
print(click_counter)
circle7.onclick(go_x7)
def go_x8(x,y):
circle8.pendown()
circle8.pensize(5)
circle8.left(45)
circle8.forward(100)
circle8.left(180)
circle8.forward(200)
circle8.left(180)
circle8.forward(100)
circle8.left(90)
circle8.forward(100)
circle8.right(180)
circle8.forward(200)
circle8.hideturtle()
global click_counter
click_counter += 1
print(click_counter)
circle8.onclick(go_x8)
def go_x9(x,y):
circle9.pendown()
circle9.pensize(5)
circle9.left(45)
circle9.forward(100)
circle9.left(180)
circle9.forward(200)
circle9.left(180)
circle9.forward(100)
circle9.left(90)
circle9.forward(100)
circle9.right(180)
circle9.forward(200)
circle9.hideturtle()
global click_counter
click_counter += 1
print(click_counter)
circle9.onclick(go_x9)
#O drawings
def go_o1():
circle1.penup()
circle1.goto(235,187.5)
circle1.pendown()
circle1.pensize(5)
circle1.circle(75)
circle1.hideturtle()
del player_array[0]
def go_o2():
circle2.penup()
circle2.goto(-235,187.5)
circle2.pendown()
circle2.pensize(5)
circle2.circle(75)
circle2.hideturtle()
del player_array[1]
def go_o3():
circle3.penup()
circle3.goto(0,187.5)
circle3.pendown()
circle3.pensize(5)
circle3.circle(75)
circle3.hideturtle()
del player_array[2]
def go_o4():
circle4.penup()
circle4.goto(0,-62.5)
circle4.pendown()
circle4.pensize(5)
circle4.circle(75)
circle4.hideturtle()
del player_array[3]
def go_o5():
circle5.penup()
circle5.goto(235,-62.5)
circle5.pendown()
circle5.pensize(5)
circle5.circle(75)
circle5.hideturtle()
del player_array[4]
def go_o6():
circle6.penup()
circle6.goto(-235,-62.5)
circle6.pendown()
circle6.pensize(5)
circle6.circle(75)
circle6.hideturtle()
del player_array[5]
def go_o7():
circle7.penup()
circle7.goto(0,-300)
circle7.pendown()
circle7.pensize(5)
circle7.circle(75)
circle7.hideturtle()
del player_array[6]
def go_o8():
circle8.penup()
circle8.goto(-235,-300)
circle8.pendown()
circle8.pensize(5)
circle8.circle(75)
circle8.hideturtle()
del player_array[7]
def go_o9():
circle9.penup()
circle9.goto(235,-300)
circle9.pendown()
circle9.pensize(5)
circle9.circle(75)
circle9.hideturtle()
del player_array[8]
#player 2 player that draws O's
player_array = [go_o1, go_o2, go_o3, go_o4, go_o5, go_o6, go_o7, go_o8, go_o9]
if click_counter == 1:
random.choice(player_array)()
elif click_counter == 2:
print(random.choice(player_array))
elif click_counter == 3:
random.choice(player_array)()
elif click_counter == 4:
random.choice(player_array)()
elif click_counter == 5:
random.choice(player_array)()
elif click_counter == 6:
random.choice(player_array)()
elif click_counter == 7:
random.choice(player_array)()
elif click_counter == 8:
random.choice(player_array)()
elif click_counter == 9:
random.choice(player_array)()
else:
print("Click a circle")
if click_counter == 2:
random.choice(player_array)()
if click_counter == 3:
random.choice(player_array)()
if click_counter == 4:
random.choice(player_array)()
if click_counter == 5:
random.choice(player_array)()
if click_counter == 6:
random.choice(player_array)()
if click_counter == 7:
random.choice(player_array)()
if click_counter == 8:
random.choice(player_array)()
if click_counter == 9:
random.choice(player_array)()
wn = trtl.Screen()
wn.listen()
wn.mainloop()
Aucun commentaire:
Enregistrer un commentaire