def allDestructionTurns(clr, check_name, board_state, available_destructions, destruction_way, final):
for destruct in available_destructions:
turn_with_destruct = {
"name": [clr[0], check_name],
"startPos": board_state['board'][clr[0]][check_name]['position'],
"finalPos": {
"x": destruct["fin_position"]["x"],
"y": destruct["fin_position"]["y"]
},
"cutDown": [search_check_by_position(board_state["board"], clr[1], destruct['enemy_position'])]
}
destruction_way_new = deepcopy(destruction_way)
destruction_way_new.append(turn_with_destruct)
board_state_new = deepcopy(board_state)
board_state_new["board"][clr[0]][check_name]["position"] = destruct["fin_position"]
board_state_new["board"][clr[1]][search_check_by_position(board_state_new["board"], clr[1], destruct["enemy_position"])]["status"] = "dead"
if ((clr[0]=="black" and destruct["fin_position"]["y"]==8) or (clr[0]=="white" and destruct["fin_position"]["y"]==1)):
board_state_new["board"][clr[0]][check_name]["promoted"] = 1
available_destructions = destruction_is_possible(board_state_new["board"][clr[0]][check_name]["position"], filled_cells(board_state_new, color=clr[1]), filled_cells(board_state_new, color=clr[0]), board_state_new["board"][clr[0]][check_name]["promoted"])
if available_destructions:
allDestructionTurns(clr, check_name, board_state_new, available_destructions, destruction_way_new, final)
else:
final.append(destruction_way_new)
return final
def makeMove(mv, board_state, clr):
board_state_new = deepcopy(board_state)
# print 'MV ', mv
if type(mv)==dict:
if ((clr[0]=='black' and mv["finalPos"]["y"]==8) or (clr[0]=='white' and mv["finalPos"]["y"]==1)):
board_state_new["board"][clr[0]][search_check_by_position(board_state["board"],clr[0],mv['startPos'])]["promoted"] = 1
board_state_new["board"][clr[0]][search_check_by_position(board_state["board"],clr[0],mv['startPos'])]["position"]=mv["finalPos"]
else:
for destr_move in mv:
board_state_new["board"][clr[1]][destr_move["cutDown"][0]]["status"]="dead"
board_state_new["board"][clr[0]][search_check_by_position(board_state["board"],clr[0],mv[0]['startPos'])]["position"]=mv[-1]["finalPos"]
return board_state_new
def allBoardMoves(board_state, clr):
possible_moves_dst = []
possible_moves_no_dst = []
for check in filled_cells(board_state, color=clr[0]):
move = allMoves(board_state, clr, search_check_by_position(board_state["board"], clr[0], check))
for p_mv in move[1]:
if move[0]==0:
possible_moves_no_dst.append(p_mv)
else:
possible_moves_dst.append(p_mv)
if possible_moves_dst:
return possible_moves_dst
else:
return possible_moves_no_dst
