from turtle import Turtle, Screen, Shape


GAME_STATE = [[0 for x in range(3)] for y in range(3)]

GAME_OVER = False

def setup_player_markers(screen, color='black'):
    """Gets the x and o player markers ready to use.

    This function sets up shapes that can be used with the turtle.shape()
    function. Recall that you could make your turtle look like an actual
    turtle (instead of the default arrow shape) by calling
    turtle.shape('turtle'). Once this function has been called, you can
    change the shape of your turtle to an x or an o by calling
    turtle.shape('player x') or turtle.shape('player o')
    """

    # We will build the x out of a backslash and forward slash
    # These numbers are the vertices of the slashes
    backslash = ((-50,-50), (50,50))
    forwardslash = ((-50,50), (50,-50))
    shape = Shape('compound')
    shape.addcomponent(backslash, '', color)
    shape.addcomponent(forwardslash, '', color)
    screen.register_shape('player x', shape)

    # We approximate the o with a 21-sided polygon
    # These numbers are the vertices of the polygon
    circle = ((-00.00,-50.00), ( 15.45,-47.55), ( 29.39,-40.45),
              ( 40.45,-29.39), ( 47.55,-15.45), ( 50.00,-00.00),
              ( 47.55, 15.45), ( 40.45, 29.39), ( 29.39, 40.45),
              ( 15.45, 47.55), ( 00.00, 50.00), (-15.45, 47.55),
              (-29.39, 40.45), (-40.45, 29.39), (-47.55, 15.45),
              (-50.00, 00.00), (-47.55,-15.45), (-40.45,-29.39),
              (-29.39,-40.45), (-15.45,-47.55), ( -0.00,-50.00),)
    shape = Shape('compound')
    shape.addcomponent(circle, '', color)
    screen.register_shape('player o', shape)

def line(t, x, y, heading, length):
    t.penup()
    t.goto(x, y)
    t.setheading(heading)
    t.pendown()
    t.forward(length)

def draw_board(t, x, y, size):
    half = size / 2
    sixth = size / 6

    # Draw the top horizontal line
    line(t, x - half, y + sixth, 0, size)

    # Draw the bottom horizontal line
    line(t, x - half, y - sixth, 0, size)

    # Draw the left vertical line
    line(t, x - sixth, y + half, 270, size)

    # Draw the right vertical line
    line(t, x + sixth, y + half, 270, size)

def get_player():
    global CURRENT_PLAYER
    return CURRENT_PLAYER

def switch_player():
    global CURRENT_PLAYER
    if CURRENT_PLAYER == 'x':
        CURRENT_PLAYER = 'o'
    else:
        CURRENT_PLAYER = 'x'

def make_play(x, y):
    # Discard all clicks outside of the game board area
    if x < -150 or x > 150 or y < -150 or y > 150:
        return

#------------------------------------------------------------------------------#
# YOUR CODE BEGINS HERE
#------------------------------------------------------------------------------#
    # Check if the mouse was clicked in the upper left square
    # if -150 < x < -50 and 50 < y < 150:
    #     # We need the coordinates of the center of the upper left square
    #     center = (-100, 100)
    #     # Check if the current player is x
    #     if get_player() == 'x':
    #         # Move the x turtle to the center of the upper left square
    #         PLAYER_X.goto(center)
    #         # Stamp the x turtle into that square
    #         PLAYER_X.stamp()
    #     # If the current player isn't x, then it must be o
    #     else:
    #         # Move the x turtle to the center of the upper left square
    #         PLAYER_O.goto(center)
    #         # Stamp the x turtle into that square
    #         PLAYER_O.stamp()

    #A1
    selectGrid(x, y, -150, -50, 50, 150, -100, 100)
    #A2
    selectGrid(x, y, 50, 150, 50, 150, 100, 100)
    #A3
    selectGrid(x, y, -50, 50, 50, 150, 0, 100)
    #B1
    selectGrid(x, y, -150, -50, -50, 50, -100, 0)
    #B2
    selectGrid(x, y, -50, 50, -50, 50, 0, 0)
    #B3
    selectGrid(x, y, 50, 150, -50, 50, 100, 0)
    #C1
    selectGrid(x, y, -150, -50, -150, -50, -100, -100)
    #C2
    selectGrid(x, y, -50, 50, -150, -50, 0, -100)
    #C3
    selectGrid(x, y, 50, 150, -150, -50, 100, -100)

    # COPY THE CODE ABOVE AND MAKE IT WORK FOR EACH SQUARE ON THE GAME BOARD
    # START HERE

    # # Check if the mouse was clicked in the upper middle square
    # if -50 < x < 50 and 50 < y < 150:
    #     # We need the coordinates of the center of the upper middle square
    #     center = (0, 100)
    #     # Check if the current player is x
    #     if get_player() == 'x':
    #         # Move the x turtle to the center of the upper left square
    #         PLAYER_X.goto(center)
    #         # Stamp the x turtle into that square
    #         PLAYER_X.stamp()
    #     # If the current player isn't x, then it must be o
    #     else:
    #         # Move the x turtle to the center of the upper left square
    #         PLAYER_O.goto(center)
    #         # Stamp the x turtle into that square
    #         PLAYER_O.stamp()


def selectGrid(x, y, min_x, max_x, min_y, max_y, cen_x, cen_y):
    # Check if the mouse was clicked in the upper left square
    if min_x < x < max_x and min_y < y < max_y:
        # We need the coordinates of the center of the upper left square
        center = (cen_x, cen_y)
        center_coordinates = list(c // 100 for c in center)
        print(center_coordinates)
        # Check if the current player is x
        if get_player() == 'x':
            # Move the x turtle to the center of the upper left square
            PLAYER_X.goto(center)
            # Stamp the x turtle into that square
            PLAYER_X.stamp()
            switch_player()
        # If the current player isn't x, then it must be o
        else:
            # Move the x turtle to the center of the upper left square
            PLAYER_O.goto(center)
            # Stamp the x turtle into that square
            PLAYER_O.stamp()
            switch_player()

#     if 50 < x < 150 and 50 < y < 150:
#         # We need the coordinates of the center of the upper right square
#         center = (100, 100)
#         # Check if the current player is x
#         if get_player() == 'x':
#             # Move the x turtle to the center of the upper right square
#             PLAYER_X.goto(center)
#             # Stamp the x turtle into that square
#             PLAYER_X.stamp()
#         # If the current player isn't x, then it must be o
#         else:
#             # Move the x turtle to the center of the upper right square
#             PLAYER_O.goto(center)
#             # Stamp the x turtle into that square
#             PLAYER_O.stamp()

#     if -50 < x < 50 and -50 < y < 50:
#         # We need the coordinates of the center of the center square
#         center = (0, 0)
#         # Check if the current player is x
#         if get_player() == 'x':
#             # Move the x turtle to the center of the upper left square
#             PLAYER_X.goto(center)
#             # Stamp the x turtle into that square
#             PLAYER_X.stamp()
#         # If the current player isn't x, then it must be o
#         else:
#             # Move the x turtle to the center of the upper left square
#             PLAYER_O.goto(center)
#             # Stamp the x turtle into that square
#             PLAYER_O.stamp()

#------------------------------------------------------------------------------#
# YOUR CODE ENDS HERE
#------------------------------------------------------------------------------#



BOARD_SIZE = 300
SCREEN_WIDTH = 450
SCREEN_HEIGHT = 450

SCREEN = Screen()

# Resize the screen to a nice square size slightly larger than our board
SCREEN.setup(SCREEN_WIDTH, SCREEN_HEIGHT)

setup_player_markers(SCREEN, 'black')

# Setup a turtle who will draw our game board
DONATELLO = Turtle()
DONATELLO.pensize(5)
DONATELLO.hideturtle()
DONATELLO.speed(0)
#DONATELLO.dot(0)

# Setup a turtle to be the x player
PLAYER_X = Turtle()
PLAYER_X.shape('player x')
PLAYER_X.turtlesize(0.5, 0.5, 10)
PLAYER_X.penup()
PLAYER_X.hideturtle()

# Setup a turtle to be the o player
PLAYER_O = Turtle()
PLAYER_O.shape('player o')
PLAYER_O.turtlesize(0.5, 0.5, 10)
PLAYER_O.penup()
PLAYER_O.hideturtle()

# Draw the board
draw_board(DONATELLO, 0, 0, 300)

CURRENT_PLAYER = 'x'

SCREEN.onclick(make_play)

SCREEN.mainloop()