def __init__(self):
self.board = CheckerBoard()
self.view = CheckersGUI(self)
self.state = GameState(GameState.WhitesTurn)
self.white_player = Player.Human_Player(Player.WHITE)
self.black_player = Player.AI_Player(Player.BLACK, self)
self.white_win_count = 0
self.black_win_count = 0
self.last_clicked = None
self.ai_active = True
self.ai_color = Player.BLACK
def main(self):
board = CheckerBoard()
p_no = Point(1, 7)
p1 = Point(3, 0)
p2 = Point(2, 3)
p3 = Point(2, 5)
p4 = Point(1, 4)
p5 = Point(4, 5)
p6 = Point(5, 4)
p7 = Point(0, 3)
p8 = Point(1, 7)
game_state = GameState(GameState.WhitesTurn)
print board.move(p_no, p1, game_state)
print board.board[3][0]
def main(self):
board = CheckerBoard()
p_no = Point(1,7)
p1 = Point(3,0)
p2 = Point(2,3)
p3 = Point(2,5)
p4 = Point(1,4)
p5 = Point(4,5)
p6 = Point(5,4)
p7 = Point(0,3)
p8 = Point(1,7)
game_state = GameState(GameState.WhitesTurn)
print board.move(p_no,p1,game_state)
print board.board[3][0]
def reset_board(self):
self.board = CheckerBoard()
self.board.printBoard()
self.state = GameState(GameState.WhitesTurn)
self.last_clicked = None
#Reset the AI to the correct settings
if self.ai_active and self.ai_color == Player.WHITE:
self.white_player = Player.AI_Player(Player.WHITE, self)
self.black_player = Player.Human_Player(Player.BLACK)
elif self.ai_active and self.ai_color == Player.BLACK:
self.white_player = Player.Human_Player(Player.WHITE)
self.black_player = Player.AI_Player(Player.BLACK, self)
else:
self.white_player = Player.Human_Player(Player.WHITE)
self.black_player = Player.Human_Player(Player.BLACK)
def __init__(self):
self.board = CheckerBoard()
self.view = CheckersGUI(self)
self.state = GameState(GameState.WhitesTurn)
self.white_player = Player.Human_Player(Player.WHITE)
self.black_player = Player.AI_Player(Player.BLACK, self)
self.white_win_count = 0
self.black_win_count = 0
def __init__(self): self.board = CheckerBoard() self.view = CheckersGUI(self) self.state = GameState(GameState.WhitesTurn) self.white_player = Player.Human_Player(Player.WHITE) self.black_player = Player.AI_Player(Player.BLACK, self) self.white_win_count = 0 self.black_win_count = 0 self.last_clicked = None self.ai_active = True self.ai_color = Player.BLACK
def reset_board(self): self.board = CheckerBoard() self.board.printBoard() self.state = GameState(GameState.WhitesTurn) self.last_clicked = None #Reset the AI to the correct settings if self.ai_active and self.ai_color == Player.WHITE: self.white_player = Player.AI_Player(Player.WHITE, self) self.black_player = Player.Human_Player(Player.BLACK) elif self.ai_active and self.ai_color == Player.BLACK: self.white_player = Player.Human_Player(Player.WHITE) self.black_player = Player.AI_Player(Player.BLACK, self) else: self.white_player = Player.Human_Player(Player.WHITE) self.black_player = Player.Human_Player(Player.BLACK)
import pygame as pg
from CheckerBoard import CheckerBoard
print('Initializing pygame.')
pg.init()
pg.display.set_caption('Checkers')
win = pg.display.set_mode((800, 600))
checker_board = CheckerBoard()
square_size = 50
board_offset_x = 200
board_offset_y = 100
run = True
while run:
pg.time.delay(100)
for event in pg.event.get():
if event.type == pg.QUIT:
run = False
for i, row in enumerate(checker_board.board):
for j, square in enumerate(row):
rect = (board_offset_x + i * square_size,
board_offset_y + j * square_size,
square_size, square_size)
pg.draw.rect(win, square.color, rect)
pg.display.update()
class Checkers:
# This method is called when the user clicks a box in the GUI. This could be called at any time,
# including times when it is not the players turn. Any human supplied moves come through this
# method. The moves are passed on the Human_Player objects to be validated.
# The widget parameter indicates where the user clicked (widget.row, widget.column)
def player_click(self, widget):
# Look up that status of the cell that the user clicked from the board object
cell = self.board.board[widget.column][widget.row]
# This condition checks if the user is on the second click (already selected a piece
# in their first click). This click is meant to place the piece
if not self.last_clicked == None:
# Look up the piece to move
last_cell = self.board.board[self.last_clicked.column][
self.last_clicked.row]
# Store the move into start and end points to be passed to the player
start = Point(self.last_clicked.column, self.last_clicked.row)
end = Point(widget.column, widget.row)
#Make Human Move
if self.state.get_state() == GameState.WhitesTurn and isinstance(
self.white_player, Player.Human_Player):
return_code = self.white_player.turn(start, end, self.board,
self.state)
self.move(start, end, last_cell, return_code)
# TODO: Send messages for invalid moves or jumps available
elif self.state.get_state() == GameState.BlacksTurn and isinstance(
self.black_player, Player.Human_Player):
return_code = self.black_player.turn(start, end, self.board,
self.state)
self.move(start, end, last_cell, return_code)
#Make AI Move
if self.state.get_state() == GameState.WhitesTurn and isinstance(
self.white_player, Player.AI_Player):
self.white_player.turn(self.board, self.state)
if self.state.get_state() == GameState.BlacksTurn and isinstance(
self.black_player, Player.AI_Player):
self.black_player.turn(self.board, self.state)
# Listen for next move
self.last_clicked = None
# If we are here this is the first click. The user is selecting a piece to move. Only
# allow them to select their own pieces. Otherwise ignore the click
elif self.state.get_state() == GameState.WhitesTurn and isinstance(
self.white_player, Player.Human_Player):
if cell == SquareState.WHITE:
# Highlight the clicked spot and store it in the last_clicked field
self.view.set_checker(widget.row, widget.column,
"highlight_regular", "white")
self.last_clicked = Point(widget.row, widget.column)
elif cell == SquareState.WHITEKING:
self.view.set_checker(widget.row, widget.column,
"highlight_king", "white")
self.last_clicked = Point(widget.row, widget.column)
elif self.state.get_state() == GameState.BlacksTurn and isinstance(
self.black_player, Player.Human_Player):
if cell == SquareState.BLACK:
self.view.set_checker(widget.row, widget.column,
"highlight_regular", "black")
self.last_clicked = Point(widget.row, widget.column)
if cell == SquareState.BLACKKING:
self.view.set_checker(widget.row, widget.column,
"hilight_king", "black")
self.last_clicked = Point(widget.row, widget.column)
def move(self, start, end, last_cell, return_code):
#If the move was not valid, unhighlight the previous cell
if return_code == Move.MOVE_INVALID:
if last_cell == SquareState.WHITE:
self.view.set_checker(start.column, start.row, "regular",
"white")
elif last_cell == SquareState.WHITEKING:
self.view.set_checker(start.column, start.row, "king", "white")
elif last_cell == SquareState.BLACK:
self.view.set_checker(start.column, start.row, "regular",
"black")
elif last_cell == SquareState.BLACKKING:
self.view.set_checker(start.column, start.row, "king", "black")
else:
# Move was successful. Display the old square as empty
self.view.set_checker(start.column, start.row, "none", "none")
#If the piece was kinged, display it as a king
if return_code == Move.KINGED or return_code == Move.JUMPED_AND_KINGED:
if last_cell == SquareState.WHITE:
self.view.set_checker(end.column, end.row, "king", "white")
elif last_cell == SquareState.BLACK:
self.view.set_checker(end.column, end.row, "king", "black")
else:
#Display the piece in the new square
if last_cell == SquareState.WHITE:
self.view.set_checker(end.column, end.row, "regular",
"white")
elif last_cell == SquareState.WHITEKING:
self.view.set_checker(end.column, end.row, "king", "white")
elif last_cell == SquareState.BLACK:
self.view.set_checker(end.column, end.row, "regular",
"black")
elif last_cell == SquareState.BLACKKING:
self.view.set_checker(end.column, end.row, "king", "black")
#If a piece was jumped, remove it from the board
if return_code == Move.JUMPED or return_code == Move.JUMP_AVAILABLE or return_code == Move.JUMPED_AND_KINGED:
self.view.set_checker((start.column + end.column) / 2,
(start.row + end.row) / 2, "none",
"none")
#if return_code == Move.JUMP_AVAILABLE:
#self.view.show_board()
#time.sleep(1)
#If there is no jump availble: next turn
if not return_code == Move.JUMP_AVAILABLE:
if self.state.get_state() == GameState.WhitesTurn:
self.state.set_state(GameState.BlacksTurn)
#Check if white won
if self.board.gameOver(self.state):
self.white_win_count = self.white_win_count + 1
self.view.update_counter(self.white_win_count)
self.view.win_color("whites")
self.view.change_turn_color("whites")
else:
self.state.set_state(GameState.WhitesTurn)
if self.board.gameOver(self.state):
self.black_win_count = self.black_win_count + 1
self.view.update_counter(self.black_win_count)
self.view.win_color("blacks")
self.view.change_turn_color("blacks")
#Start a new game. Create all new objects except the gui (to keep track of score) and the win counts
#For the gui use the reset function
def reset_board(self):
self.board = CheckerBoard()
self.board.printBoard()
self.state = GameState(GameState.WhitesTurn)
self.last_clicked = None
#Reset the AI to the correct settings
if self.ai_active and self.ai_color == Player.WHITE:
self.white_player = Player.AI_Player(Player.WHITE, self)
self.black_player = Player.Human_Player(Player.BLACK)
elif self.ai_active and self.ai_color == Player.BLACK:
self.white_player = Player.Human_Player(Player.WHITE)
self.black_player = Player.AI_Player(Player.BLACK, self)
else:
self.white_player = Player.Human_Player(Player.WHITE)
self.black_player = Player.Human_Player(Player.BLACK)
#Set the AI on or off. Reset the player objects accordingly
def set_ai(self, ai_state):
self.ai_active = ai_state
#If turning AI on and white is the AI player, set white player to AI and
#black player to human
if self.ai_active and self.ai_color == Player.WHITE:
self.white_player = Player.AI_Player(Player.WHITE, self)
self.black_player = Player.Human_Player(Player.BLACK)
#If its whites turn, since white is AI, have white take its turn
if self.state.get_state() == GameState.WhitesTurn:
self.white_player.turn(self.board, self.state)
elif self.ai_active and self.ai_color == Player.BLACK:
self.white_player = Player.Human_Player(Player.WHITE)
self.black_player = Player.AI_Player(Player.BLACK, self)
if self.state.get_state() == GameState.BlacksTurn:
self.black_player.turn(self.board, self.state)
#If ai is off set both players to human
else:
self.white_player = Player.Human_Player(Player.WHITE)
self.black_player = Player.Human_Player(Player.BLACK)
def set_ai_color(self, color):
self.ai_color = color
self.set_ai(self.ai_active)
def main(self):
gtk.main()
def __init__(self):
self.board = CheckerBoard()
self.view = CheckersGUI(self)
self.state = GameState(GameState.WhitesTurn)
self.white_player = Player.Human_Player(Player.WHITE)
self.black_player = Player.AI_Player(Player.BLACK, self)
self.white_win_count = 0
self.black_win_count = 0
self.last_clicked = None
self.ai_active = True
self.ai_color = Player.BLACK
class Checkers:
# This method is called when the user clicks a box in the GUI. This could be called at any time,
# including times when it is not the players turn. Any human supplied moves come through this
# method. The moves are passed on the Human_Player objects to be validated.
# The widget parameter indicates where the user clicked (widget.row, widget.column)
def player_click(self, widget):
# Look up that status of the cell that the user clicked from the board object
cell = self.board.board[widget.column][widget.row]
# This condition checks if the user is on the second click (already selected a piece
# in their first click). This click is meant to place the piece
if not self.last_clicked==None:
# Look up the piece to move
last_cell = self.board.board[self.last_clicked.column][self.last_clicked.row]
# Store the move into start and end points to be passed to the player
start = Point(self.last_clicked.column, self.last_clicked.row)
end = Point(widget.column, widget.row)
#Make Human Move
if self.state.get_state() == GameState.WhitesTurn and isinstance(self.white_player, Player.Human_Player):
return_code = self.white_player.turn(start, end, self.board, self.state)
self.move(start, end, last_cell, return_code)
# TODO: Send messages for invalid moves or jumps available
elif self.state.get_state() == GameState.BlacksTurn and isinstance(self.black_player, Player.Human_Player):
return_code = self.black_player.turn(start, end, self.board, self.state)
self.move(start, end, last_cell, return_code)
#Make AI Move
if self.state.get_state() == GameState.WhitesTurn and isinstance(self.white_player, Player.AI_Player):
self.white_player.turn(self.board, self.state)
if self.state.get_state() == GameState.BlacksTurn and isinstance(self.black_player, Player.AI_Player):
self.black_player.turn(self.board, self.state)
# Listen for next move
self.last_clicked = None
# If we are here this is the first click. The user is selecting a piece to move. Only
# allow them to select their own pieces. Otherwise ignore the click
elif self.state.get_state() == GameState.WhitesTurn and isinstance(self.white_player, Player.Human_Player):
if cell == SquareState.WHITE:
# Highlight the clicked spot and store it in the last_clicked field
self.view.set_checker(widget.row, widget.column, "highlight_regular", "white")
self.last_clicked = Point(widget.row, widget.column)
elif cell == SquareState.WHITEKING:
self.view.set_checker(widget.row, widget.column, "highlight_king", "white")
self.last_clicked = Point(widget.row, widget.column)
elif self.state.get_state() == GameState.BlacksTurn and isinstance(self.black_player, Player.Human_Player):
if cell == SquareState.BLACK:
self.view.set_checker(widget.row, widget.column, "highlight_regular", "black")
self.last_clicked = Point(widget.row, widget.column)
if cell == SquareState.BLACKKING:
self.view.set_checker(widget.row, widget.column, "hilight_king", "black")
self.last_clicked = Point(widget.row, widget.column)
def move(self, start, end, last_cell, return_code):
#If the move was not valid, unhighlight the previous cell
if return_code == Move.MOVE_INVALID:
if last_cell == SquareState.WHITE:
self.view.set_checker(start.column, start.row, "regular", "white")
elif last_cell == SquareState.WHITEKING:
self.view.set_checker(start.column, start.row, "king", "white")
elif last_cell == SquareState.BLACK:
self.view.set_checker(start.column, start.row, "regular", "black")
elif last_cell == SquareState.BLACKKING:
self.view.set_checker(start.column, start.row, "king", "black")
else:
# Move was successful. Display the old square as empty
self.view.set_checker(start.column, start.row, "none", "none")
#If the piece was kinged, display it as a king
if return_code == Move.KINGED or return_code == Move.JUMPED_AND_KINGED:
if last_cell == SquareState.WHITE:
self.view.set_checker(end.column, end.row, "king", "white")
elif last_cell == SquareState.BLACK:
self.view.set_checker(end.column, end.row, "king", "black")
else:
#Display the piece in the new square
if last_cell == SquareState.WHITE:
self.view.set_checker(end.column, end.row, "regular", "white")
elif last_cell == SquareState.WHITEKING:
self.view.set_checker(end.column, end.row, "king", "white")
elif last_cell == SquareState.BLACK:
self.view.set_checker(end.column, end.row, "regular", "black")
elif last_cell == SquareState.BLACKKING:
self.view.set_checker(end.column, end.row, "king", "black")
#If a piece was jumped, remove it from the board
if return_code == Move.JUMPED or return_code == Move.JUMP_AVAILABLE or return_code == Move.JUMPED_AND_KINGED:
self.view.set_checker((start.column+end.column)/2, (start.row+end.row)/2, "none", "none")
#if return_code == Move.JUMP_AVAILABLE:
#self.view.show_board()
#time.sleep(1)
#If there is no jump availble: next turn
if not return_code == Move.JUMP_AVAILABLE:
if self.state.get_state() == GameState.WhitesTurn:
self.state.set_state(GameState.BlacksTurn)
#Check if white won
if self.board.gameOver(self.state):
self.white_win_count = self.white_win_count + 1
self.view.update_counter(self.white_win_count)
self.view.win_color("whites")
self.view.change_turn_color("whites")
else:
self.state.set_state(GameState.WhitesTurn)
if self.board.gameOver(self.state):
self.black_win_count = self.black_win_count + 1
self.view.update_counter(self.black_win_count)
self.view.win_color("blacks")
self.view.change_turn_color("blacks")
#Start a new game. Create all new objects except the gui (to keep track of score) and the win counts
#For the gui use the reset function
def reset_board(self):
self.board = CheckerBoard()
self.board.printBoard()
self.state = GameState(GameState.WhitesTurn)
self.last_clicked = None
#Reset the AI to the correct settings
if self.ai_active and self.ai_color == Player.WHITE:
self.white_player = Player.AI_Player(Player.WHITE, self)
self.black_player = Player.Human_Player(Player.BLACK)
elif self.ai_active and self.ai_color == Player.BLACK:
self.white_player = Player.Human_Player(Player.WHITE)
self.black_player = Player.AI_Player(Player.BLACK, self)
else:
self.white_player = Player.Human_Player(Player.WHITE)
self.black_player = Player.Human_Player(Player.BLACK)
#Set the AI on or off. Reset the player objects accordingly
def set_ai(self, ai_state):
self.ai_active = ai_state
#If turning AI on and white is the AI player, set white player to AI and
#black player to human
if self.ai_active and self.ai_color == Player.WHITE:
self.white_player = Player.AI_Player(Player.WHITE, self)
self.black_player = Player.Human_Player(Player.BLACK)
#If its whites turn, since white is AI, have white take its turn
if self.state.get_state() == GameState.WhitesTurn:
self.white_player.turn(self.board, self.state)
elif self.ai_active and self.ai_color == Player.BLACK:
self.white_player = Player.Human_Player(Player.WHITE)
self.black_player = Player.AI_Player(Player.BLACK, self)
if self.state.get_state() == GameState.BlacksTurn:
self.black_player.turn(self.board, self.state)
#If ai is off set both players to human
else:
self.white_player = Player.Human_Player(Player.WHITE)
self.black_player = Player.Human_Player(Player.BLACK)
def set_ai_color(self, color):
self.ai_color = color
self.set_ai(self.ai_active)
def main(self):
gtk.main()
def __init__(self):
self.board = CheckerBoard()
self.view = CheckersGUI(self)
self.state = GameState(GameState.WhitesTurn)
self.white_player = Player.Human_Player(Player.WHITE)
self.black_player = Player.AI_Player(Player.BLACK, self)
self.white_win_count = 0
self.black_win_count = 0
self.last_clicked = None
self.ai_active = True
self.ai_color = Player.BLACK
