def run(sv):
#initialize the board
current_board = board.Board(sv.board_h, sv.board_w, sv.mapInfo,
sv.startingPosition)
status, updates = sv.update()
current_board.updateBoard(updates)
heuristicHistory = {}
clock = Clock(TIME_LIMIT)
while True:
#print('Board :', current_board.getBoard())
start_time = time.time()
clock.startClock()
minimax.nb_nodes_explore = 0
minimax.nb_cuts = 0
#perform tree search throw minimax and reprise optim pos
exploredPositions = {}
#current_pos = current_board.getCurrentPositions()
#as new positions are sorted by pos number we do the same for the current_pos
current_pos = list(
dict(
sorted(current_board.getOurDict().items(),
key=lambda kv: kv[1],
reverse=True)).keys())
new_pos = minimax(current_board, exploredPositions, heuristicHistory,
clock)[0]
#if we have more new pos than existing, this is a split to manage
if len(new_pos) > len(current_pos):
for i in range(len(new_pos) - len(current_pos)):
current_pos.append(current_pos[0])
print("current_pos", current_pos)
print("new pos", new_pos)
#move player
sv.movePlayers_split_Leo(new_pos)
end_time = time.time()
print("Time Elapsed : " + str(end_time - start_time))
print("Number of nodes explored :", minimax.nb_nodes_explore)
print("Number of cuts performed :", minimax.nb_cuts)
status, updates = sv.update()
#print("update", updates)
current_board.updateBoard(updates)
#print('new board', current_board.getBoard())
#input('are you ready ?')
if status == "END" or status == "BYE":
break
print('game ended')
def run(sv):
# initialize the board
current_board = board_split.Board(sv.board_h, sv.board_w, sv.mapInfo,
sv.startingPosition)
status, updates = sv.update()
current_board.updateBoard(updates)
heuristicHistory = {}
clock = Clock(1.95)
while True:
# print('Board :', current_board.getBoard())
start_time = time.time()
clock.startClock()
minimax.nb_nodes_explore = 0
minimax.nb_cuts = 0
# perform tree search throw minimax and reprise optim pos
source_pos = []
number_moved = []
destination_pos = []
for current_position in current_board.getCurrentDict():
exploredPositions = {}
new_pos = [
minimax(current_board, exploredPositions, heuristicHistory,
clock, current_position)[0]
]
source_pos.append(current_position)
number_moved.append(
current_board.getCurrentDict()[tuple(current_position)])
destination_pos.append(new_pos[0])
print("moved from %s to %s" % (current_position, new_pos))
# move player
sv.movePlayers(source_pos, number_moved, destination_pos)
end_time = time.time()
print("Time Elapsed : " + str(end_time - start_time))
print("Number of nodes explored :", minimax.nb_nodes_explore)
print("Number of cuts performed :", minimax.nb_cuts)
status, updates = sv.update()
# print("update", updates)
current_board.updateBoard(updates)
# print('new board', current_board.getBoard())
# input('are you ready ?')
if status == "END" or status == "BYE":
break
# time.sleep(1)
print('game ended')
def run(sv):
#initialize the board
current_board = board.Board(sv.board_h, sv.board_w, sv.mapInfo,
sv.startingPosition)
status, updates = sv.update()
current_board.updateBoard(updates)
heuristicHistory = {}
clock = Clock(1.95)
while True:
#print('Board :', current_board.getBoard())
start_time = time.time()
clock.startClock()
minimax.nb_nodes_explore = 0
minimax.nb_cuts = 0
#perform tree search throw minimax and reprise optim pos
exploredPositions = {}
possibleMovesScores = []
possibleMovesScores5 = [[0]]
Smart_score = 0
new_pos = [
minimax(current_board, exploredPositions, heuristicHistory,
possibleMovesScores, possibleMovesScores5, Smart_score,
clock)[0]
]
print("new pos", new_pos)
#move player
sv.movePlayers(current_board.getCurrentPositions(),
current_board.getCurrentUnitsNumber(), new_pos)
end_time = time.time()
print("Time Elapsed : " + str(end_time - start_time))
print("Number of nodes explored :", minimax.nb_nodes_explore)
print("Number of cuts performed :", minimax.nb_cuts)
status, updates = sv.update()
#print("update", updates)
current_board.updateBoard(updates)
#print('new board', current_board.getBoard())
#input('are you ready ?')
if status == "END" or status == "BYE":
break
#time.sleep(1)
print('game ended')