def get_lines(self, color, coord):
pos_fin = Coordinate(coord.x, coord.y)
pos_inicial = Coordinate(coord.x, coord.y)
can_fichas_volteables = 0
vec_lineas = []
for inc_fila in xrange(-1, 2):
for inc_col in xrange(-1, 2):
pos_fin.x = pos_inicial.x + inc_fila
pos_fin.y = pos_inicial.y + inc_col
#Verifica que haya al menos una ficha del color opuesto para voltear
if Referee.can_turn(color, pos_inicial, inc_fila, inc_col,
self):
hash_linea = {}
vec_casillas = []
#Contar las fichas volteables en esa linea
while True:
can_fichas_volteables += 1
vec_casillas.append(Coordinate(pos_fin.x, pos_fin.y))
pos_fin.x += inc_fila
pos_fin.y += inc_col
if not self.__casilla[pos_fin.x][pos_fin.y] == -color:
break
hash_linea["casilla_inicial"] = pos_inicial
hash_linea["casilla_final"] = Coordinate(
pos_fin.x, pos_fin.y)
hash_linea["can_fichas_volteables"] = can_fichas_volteables
hash_linea["casillas_volteables"] = vec_casillas
vec_lineas.append(hash_linea)
can_fichas_volteables = 0
return vec_lineas
def get_lines(self,color,coord):
pos_fin = Coordinate(coord.x,coord.y)
pos_inicial = Coordinate(coord.x,coord.y)
can_fichas_volteables = 0
vec_lineas = []
for inc_fila in xrange(-1,2):
for inc_col in xrange(-1,2):
pos_fin.x = pos_inicial.x + inc_fila
pos_fin.y = pos_inicial.y + inc_col
#Verifica que haya al menos una ficha del color opuesto para voltear
if Referee.can_turn(color, pos_inicial, inc_fila, inc_col, self):
hash_linea = {}
vec_casillas = []
#Contar las fichas volteables en esa linea
while True:
can_fichas_volteables += 1
vec_casillas.append(Coordinate(pos_fin.x,pos_fin.y))
pos_fin.x += inc_fila
pos_fin.y += inc_col
if not self.__casilla[pos_fin.x][pos_fin.y] == -color:
break
hash_linea["casilla_inicial"] = pos_inicial
hash_linea["casilla_final"] = Coordinate(pos_fin.x,pos_fin.y)
hash_linea["can_fichas_volteables"] = can_fichas_volteables
hash_linea["casillas_volteables"] = vec_casillas
vec_lineas.append(hash_linea)
can_fichas_volteables = 0
return vec_lineas
def is_at_least_one_move(color, tablero):
dimension = tablero.get_dimension()
pos = Coordinate()
for i in range (0,dimension):
for j in range (0, dimension):
pos.x = i
pos.y = j
if Referee.is_valid_move(color, pos, tablero):
return True
return False
def is_at_least_one_move(color, tablero):
dimension = tablero.get_dimension()
pos = Coordinate()
for i in range(0, dimension):
for j in range(0, dimension):
pos.x = i
pos.y = j
if Referee.is_valid_move(color, pos, tablero):
return True
return False
def number_of_successors(color, tablero):
cant_sucesores = 0
pos = Coordinate()
dimension = tablero.get_dimension()
for i in range (0,dimension):
for j in range (0, dimension):
pos.x = i
pos.y = j
if Referee.is_valid_move(color, pos, tablero):
cant_sucesores += 1
return cant_sucesores
def number_of_successors(color, tablero):
cant_sucesores = 0
pos = Coordinate()
dimension = tablero.get_dimension()
for i in range(0, dimension):
for j in range(0, dimension):
pos.x = i
pos.y = j
if Referee.is_valid_move(color, pos, tablero):
cant_sucesores += 1
return cant_sucesores
def possibles_moves(color, tablero):
coordenadas = []
pos = Coordinate()
dimension = tablero.get_dimension()
for i in range (0,dimension):
for j in range (0, dimension):
pos.x = i
pos.y = j
if Referee.is_valid_move(color, pos, tablero):
nueva_pos = Coordinate(i, j)
coordenadas.append(nueva_pos)
return coordenadas
def possibles_moves(color, tablero):
coordenadas = []
pos = Coordinate()
dimension = tablero.get_dimension()
for i in range(0, dimension):
for j in range(0, dimension):
pos.x = i
pos.y = j
if Referee.is_valid_move(color, pos, tablero):
nueva_pos = Coordinate(i, j)
coordenadas.append(nueva_pos)
return coordenadas
def turn_pieces(self, color, pos_ini):
pos_fin = Coordinate(pos_ini.x, pos_ini.y)
for inc_fila in xrange(-1, 2):
for inc_col in xrange(-1, 2):
pos_fin.x = pos_ini.x + inc_fila
pos_fin.y = pos_ini.y + inc_col
#Verifica que haya al menos una ficha del color opuesto para voltear
if Referee.can_turn(color, pos_ini, inc_fila, inc_col, self):
#Voltear las fichas
while True:
self.__casilla[pos_fin.x][pos_fin.y] = color
pos_fin.x += inc_fila
pos_fin.y += inc_col
if not self.__casilla[pos_fin.x][pos_fin.y] == -color:
break
#Actualizo los contadores de las fichas blancas o negras dependiendo del color
self.update_pieces_counters()
def turn_pieces(self, color, pos_ini):
pos_fin = Coordinate(pos_ini.x, pos_ini.y)
for inc_fila in xrange(-1,2):
for inc_col in xrange(-1,2):
pos_fin.x = pos_ini.x + inc_fila
pos_fin.y = pos_ini.y + inc_col
#Verifica que haya al menos una ficha del color opuesto para voltear
if Referee.can_turn(color, pos_ini, inc_fila, inc_col, self):
#Voltear las fichas
while True:
self.__casilla[pos_fin.x][pos_fin.y] = color
pos_fin.x += inc_fila
pos_fin.y += inc_col
if not self.__casilla[pos_fin.x][pos_fin.y] == -color:
break
#Actualizo los contadores de las fichas blancas o negras dependiendo del color
self.update_pieces_counters()
def __number_stable_boxes(self,tablero):
pos = Coordinate()
estables = []
dim = tablero.get_dimension()
for _ in xrange(dim):
estables.append([False]*dim)
cambio_estado = True
while (cambio_estado):
cambio_estado = False
for i in xrange(0,dim):
for j in xrange(0,dim):
pos.x = i
pos.y = j
if tablero.get_valor_casilla(i,j) != VACIO and not estables[i][j] and not self.__can_turn(pos, tablero, estables):
estables[i][j] = True
cambio_estado = True
return estables
def __border_pieces(self,tablero, color):
can_fichas_frontera = 0
dim = tablero.get_dimension()
for i in xrange(0,dim):
for j in xrange(0,dim):
es_frontera = False
if tablero.get_valor_casilla(i,j) == color:
aux_coord = Coordinate()
for inc_fila in xrange(-1,2):
for inc_col in xrange(-1,2):
aux_coord.x = i + inc_fila
aux_coord.y = j + inc_col
if not (inc_fila == 0 and inc_col == 0 and tablero.valid_pos(aux_coord) and tablero.get_valor_casilla(aux_coord.x,aux_coord.y) == VACIO):
es_frontera = True
inc_fila = 2
break
if es_frontera:
can_fichas_frontera += 1
return can_fichas_frontera
def __number_stable_boxes(self, tablero):
pos = Coordinate()
estables = []
dim = tablero.get_dimension()
for _ in xrange(dim):
estables.append([False] * dim)
cambio_estado = True
while (cambio_estado):
cambio_estado = False
for i in xrange(0, dim):
for j in xrange(0, dim):
pos.x = i
pos.y = j
if tablero.get_valor_casilla(
i, j
) != VACIO and not estables[i][j] and not self.__can_turn(
pos, tablero, estables):
estables[i][j] = True
cambio_estado = True
return estables
def __border_pieces(self, tablero, color):
can_fichas_frontera = 0
dim = tablero.get_dimension()
for i in xrange(0, dim):
for j in xrange(0, dim):
es_frontera = False
if tablero.get_valor_casilla(i, j) == color:
aux_coord = Coordinate()
for inc_fila in xrange(-1, 2):
for inc_col in xrange(-1, 2):
aux_coord.x = i + inc_fila
aux_coord.y = j + inc_col
if not (inc_fila == 0 and inc_col == 0
and tablero.valid_pos(aux_coord)
and tablero.get_valor_casilla(
aux_coord.x, aux_coord.y) == VACIO):
es_frontera = True
inc_fila = 2
break
if es_frontera:
can_fichas_frontera += 1
return can_fichas_frontera
