class Board:
#Constructor
def __init__(self, Im_black_piece, Im_black_crown, Im_red_piece, Im_red_crown):
self.turn = 1
self.turnNoKill = 0
self.BLACK_TEAM = "black"
self.RED_TEAM = "red"
self.board = []
self.sequenceKill = False
#Instancing each piece
self.blackOnes = []
self.redOnes = []
#Making players
self.npc = NPC(self.board, self.blackOnes)
self.user = User(self.board, self.redOnes)
self.images = [Im_black_piece, Im_black_crown, Im_red_piece, Im_red_crown]
#Reset the board to the default state
def resetBoard(self):
for i in range(0, 12):
self.blackOnes.append( SimplePiece(self.images[0], 1, self.BLACK_TEAM) )
self.redOnes.append( SimplePiece(self.images[2], -1, self.RED_TEAM) )
#making my matrix's board
self.board = [[None, self.blackOnes[0], None, self.blackOnes[1], None, self.blackOnes[2], None, self.blackOnes[3]],
[self.blackOnes[4], None, self.blackOnes[5], None, self.blackOnes[6], None, self.blackOnes[7], None],
[None, self.blackOnes[8], None, self.blackOnes[9], None, self.blackOnes[10], None, self.blackOnes[11]],
[None, None, None, None, None, None, None, None],
[None, None, None, None, None, None, None, None],
[self.redOnes[0], None, self.redOnes[1], None, self.redOnes[2], None, self.redOnes[3], None],
[None, self.redOnes[4], None, self.redOnes[5], None, self.redOnes[6], None, self.redOnes[7]],
[self.redOnes[8], None, self.redOnes[9], None, self.redOnes[10], None, self.redOnes[11], None]]
'''
self.board = [[None, self.blackOnes[0], None, self.blackOnes[1], None, self.blackOnes[2], None, self.blackOnes[3]],
[self.blackOnes[4], None, self.blackOnes[5], None, self.blackOnes[6], None, self.blackOnes[7], None],
[None, self.blackOnes[8], None, self.blackOnes[9], None, self.blackOnes[10], None, self.blackOnes[11]],
[None, None, self.redOnes[0], None, None, None, None, None],
[None, None, None, None, None, self.redOnes[5], None, self.redOnes[6]],
[None, None, self.redOnes[1], None, self.redOnes[2], None, self.redOnes[3], None],
[None, self.redOnes[4], None, None, None, None, None, self.redOnes[7]],
[self.redOnes[8], None, self.redOnes[9], None, self.redOnes[10], None, self.redOnes[11], None]]
'''
self.npc.board = self.board
self.user.board = self.board
#Set their positions
for i in range(0, 8):
for j in range(0, 8):
if self.board[i][j] != None:
self.board[i][j].setPosition(i, j)
#Make the npc play
def NPCTime(self):
#print ("Size of the lists:\n black: %d\n red: %d) % (len(self.blackOnes), len(self.redOnes))
#get best path and if had some kill;
hasKill, path = self.npc.play(self.getState(), self.board)
#If hasn't any move to do
if len(path) == 0:
self.blackOnes = [];
return;
pygame.time.wait(1000) #wait 1 sec
#kill and sequence kill.
if hasKill:
while len(path) >= 2:
self.board[path[0][0]][path[0][1]].makeKill(path[1], self.redOnes, self.board)
del path[0]
self.turnNoKill = 0
#moving
else:
self.board[path[0][0]][path[0][1]].makeMove(path[1], self.board)
del path[0]
self.turnNoKill += 1
self.turn += 1
self.crown(path[0][0], path[0][1])
#Let the user play
def userTime(self, clickedLine, clickedCollum):
# See if has any movement to do.
hasMovements = False
for piece in self.user.piecesVector:
if len( piece.canKill(self.board) ) > 0:
hasMovements = True
break
elif len( piece.canMove(self.board) ) > 0:
hasMovements = True
break
if not hasMovements:
self.user.piecesVector = []
return
#clicked on his own piece
if self.isRedTeam(self.board[clickedLine][clickedCollum]) and not self.sequenceKill:
self.user.setSelected(clickedLine, clickedCollum)
#clicked on a empty space
elif self.board[clickedLine][clickedCollum] == None and self.user.selected != None:
#See if the selected destination is to walk.
if (clickedLine, clickedCollum) in self.user.movesOfSelectedToWalk:
self.turnNoKill +=1
#See if the selected destination is to eat.
elif (clickedLine, clickedCollum) in self.user.movesOfSelectedToKill:
self.turnNoKill = 0
else:
return;
self.user.play(clickedLine, clickedCollum, self.blackOnes)
self.user.setSelected(clickedLine, clickedCollum)
#See if the player can kill another piece
if len(self.user.movesOfSelectedToKill) > 0 and self.turnNoKill == 0:
self.sequenceKill = True
else:
self.turn += 1
self.crown(clickedLine, clickedCollum)
self.sequenceKill = False
self.user.deselect()
#Winner's conditions
def winConditions(self):
if len(self.redOnes) == 0:
return 1
elif len(self.blackOnes) == 0:
return 2
elif self.turnNoKill >= 20:
return 3
else:
return 0
#The piece is a red one?
def isRedTeam(self, somePiece):
if somePiece != None and somePiece.team == self.RED_TEAM:
return True
return False
#The piece is a black one?
def isBlackTeam(self, somePiece):
if somePiece != None and somePiece.team == self.BLACK_TEAM:
return True
return False
#That piece on the board should be crown?
def crown(self, line, collum):
if isinstance(self.board[line][collum], SimplePiece):
if line == 7 and self.board[line][collum].team == self.BLACK_TEAM:
index = self.npc.findPiece(line, collum)
self.blackOnes[index] = CrownPiece(self.images[1], self.BLACK_TEAM)
self.board[line][collum] = self.blackOnes[index]
elif line == 0 and self.board[line][collum].team == self.RED_TEAM:
index = self.user.findPiece(line, collum)
self.redOnes[index] = CrownPiece(self.images[3], self.RED_TEAM)
self.board[line][collum] = self.redOnes[index]
self.board[line][collum].setPosition(line, collum)
#Get the board
def getState(self):
state = ""
for i in range(0, 8):
for j in range(0, 8):
p = self.board[i][j]
if isinstance(p, Piece):
if isinstance(p, SimplePiece):
if p.team == self.RED_TEAM:
state = state + "r "
elif p.team == self.BLACK_TEAM:
state = state + "b "
elif isinstance(p, CrownPiece):
if p.team == self.RED_TEAM:
state = state + "R "
elif p.team == self.BLACK_TEAM:
state = state + "B "
else:
state = state + "# "
return state
class Board:
#Constructor
def __init__(self, Im_black_piece, Im_black_crown, Im_red_piece,
Im_red_crown):
self.turn = 1
self.turnNoKill = 0
self.BLACK_TEAM = "black"
self.RED_TEAM = "red"
self.board = []
self.sequenceKill = False
#Instancing each piece
self.blackOnes = []
self.redOnes = []
#Making players
self.npc = NPC(self.board, self.blackOnes)
self.user = User(self.board, self.redOnes)
self.images = [
Im_black_piece, Im_black_crown, Im_red_piece, Im_red_crown
]
#Reset the board to the default state
def resetBoard(self):
for i in range(0, 12):
self.blackOnes.append(
SimplePiece(self.images[0], 1, self.BLACK_TEAM))
self.redOnes.append(SimplePiece(self.images[2], -1, self.RED_TEAM))
#making my matrix's board
self.board = [[
None, self.blackOnes[0], None, self.blackOnes[1], None,
self.blackOnes[2], None, self.blackOnes[3]
],
[
self.blackOnes[4], None, self.blackOnes[5], None,
self.blackOnes[6], None, self.blackOnes[7], None
],
[
None, self.blackOnes[8], None, self.blackOnes[9],
None, self.blackOnes[10], None, self.blackOnes[11]
], [None, None, None, None, None, None, None, None],
[None, None, None, None, None, None, None, None],
[
self.redOnes[0], None, self.redOnes[1], None,
self.redOnes[2], None, self.redOnes[3], None
],
[
None, self.redOnes[4], None, self.redOnes[5], None,
self.redOnes[6], None, self.redOnes[7]
],
[
self.redOnes[8], None, self.redOnes[9], None,
self.redOnes[10], None, self.redOnes[11], None
]]
'''
self.board = [[None, self.blackOnes[0], None, self.blackOnes[1], None, self.blackOnes[2], None, self.blackOnes[3]],
[self.blackOnes[4], None, self.blackOnes[5], None, self.blackOnes[6], None, self.blackOnes[7], None],
[None, self.blackOnes[8], None, self.blackOnes[9], None, self.blackOnes[10], None, self.blackOnes[11]],
[None, None, self.redOnes[0], None, None, None, None, None],
[None, None, None, None, None, self.redOnes[5], None, self.redOnes[6]],
[None, None, self.redOnes[1], None, self.redOnes[2], None, self.redOnes[3], None],
[None, self.redOnes[4], None, None, None, None, None, self.redOnes[7]],
[self.redOnes[8], None, self.redOnes[9], None, self.redOnes[10], None, self.redOnes[11], None]]
'''
self.npc.board = self.board
self.user.board = self.board
#Set their positions
for i in range(0, 8):
for j in range(0, 8):
if self.board[i][j] != None:
self.board[i][j].setPosition(i, j)
#Make the npc play
def NPCTime(self):
#print ("Size of the lists:\n black: %d\n red: %d) % (len(self.blackOnes), len(self.redOnes))
#get best path and if had some kill;
hasKill, path = self.npc.play(self.getState(), self.board)
#If hasn't any move to do
if len(path) == 0:
self.blackOnes = []
return
pygame.time.wait(1000) #wait 1 sec
#kill and sequence kill.
if hasKill:
while len(path) >= 2:
self.board[path[0][0]][path[0][1]].makeKill(
path[1], self.redOnes, self.board)
del path[0]
self.turnNoKill = 0
#moving
else:
self.board[path[0][0]][path[0][1]].makeMove(path[1], self.board)
del path[0]
self.turnNoKill += 1
self.turn += 1
self.crown(path[0][0], path[0][1])
#Let the user play
def userTime(self, clickedLine, clickedCollum):
# See if has any movement to do.
hasMovements = False
for piece in self.user.piecesVector:
if len(piece.canKill(self.board)) > 0:
hasMovements = True
break
elif len(piece.canMove(self.board)) > 0:
hasMovements = True
break
if not hasMovements:
self.user.piecesVector = []
return
#clicked on his own piece
if self.isRedTeam(self.board[clickedLine]
[clickedCollum]) and not self.sequenceKill:
self.user.setSelected(clickedLine, clickedCollum)
#clicked on a empty space
elif self.board[clickedLine][
clickedCollum] == None and self.user.selected != None:
#See if the selected destination is to walk.
if (clickedLine, clickedCollum) in self.user.movesOfSelectedToWalk:
self.turnNoKill += 1
#See if the selected destination is to eat.
elif (clickedLine,
clickedCollum) in self.user.movesOfSelectedToKill:
self.turnNoKill = 0
else:
return
self.user.play(clickedLine, clickedCollum, self.blackOnes)
self.user.setSelected(clickedLine, clickedCollum)
#See if the player can kill another piece
if len(self.user.movesOfSelectedToKill
) > 0 and self.turnNoKill == 0:
self.sequenceKill = True
else:
self.turn += 1
self.crown(clickedLine, clickedCollum)
self.sequenceKill = False
self.user.deselect()
#Winner's conditions
def winConditions(self):
if len(self.redOnes) == 0:
return 1
elif len(self.blackOnes) == 0:
return 2
elif self.turnNoKill >= 20:
return 3
else:
return 0
#The piece is a red one?
def isRedTeam(self, somePiece):
if somePiece != None and somePiece.team == self.RED_TEAM:
return True
return False
#The piece is a black one?
def isBlackTeam(self, somePiece):
if somePiece != None and somePiece.team == self.BLACK_TEAM:
return True
return False
#That piece on the board should be crown?
def crown(self, line, collum):
if isinstance(self.board[line][collum], SimplePiece):
if line == 7 and self.board[line][collum].team == self.BLACK_TEAM:
index = self.npc.findPiece(line, collum)
self.blackOnes[index] = CrownPiece(self.images[1],
self.BLACK_TEAM)
self.board[line][collum] = self.blackOnes[index]
elif line == 0 and self.board[line][collum].team == self.RED_TEAM:
index = self.user.findPiece(line, collum)
self.redOnes[index] = CrownPiece(self.images[3], self.RED_TEAM)
self.board[line][collum] = self.redOnes[index]
self.board[line][collum].setPosition(line, collum)
#Get the board
def getState(self):
state = ""
for i in range(0, 8):
for j in range(0, 8):
p = self.board[i][j]
if isinstance(p, Piece):
if isinstance(p, SimplePiece):
if p.team == self.RED_TEAM:
state = state + "r "
elif p.team == self.BLACK_TEAM:
state = state + "b "
elif isinstance(p, CrownPiece):
if p.team == self.RED_TEAM:
state = state + "R "
elif p.team == self.BLACK_TEAM:
state = state + "B "
else:
state = state + "# "
return state
