def isCurious( n, d ):
ans = reduceFraction( n, d )
ndigits = digits( n )
ddigits = digits( d )
for i, nd in enumerate( ndigits ):
for j, dd in enumerate( ddigits ):
if nd == dd:
cn = number( ndd for ii, ndd in enumerate( ndigits ) if i != ii )
cd = number( ddd for jj, ddd in enumerate( ddigits ) if j != jj )
if ans == reduceFraction( cn, cd ):
return True
return False
def run(self):
self.keys.press(self.stage_key)
while not self.stopped():
log.info('start fight')
self.sleep(number(2, False))
self.press(self.start_key) # 点击开始行动
self.sleep(number(2, False))
self.press(self.start_key) # 点击 队伍列表页面 的开始行动
self.sleep(self.mission_time)
if self.callback:
self.callback()
self.press(self.emtpy_key) # 点击 空白处 用来跳过结算画面
self.sleep(number(2, False))
self.press(self.emtpy_key) # 点击 2 次，跳过可能出现的升级画面
self.sleep(number(3, False))
log.info('end fight')
def __getLayers(self, layers, layerFiles):
layersMap = {}
for layerFile in layerFiles:
layername = self.__getLayername(layerFile)
if layername not in layersMap:
noData = layers[layername]
if noData is not None:
noData = utils.number(noData);
layersMap[layername] = {
"name": layername,
"nodata": noData,
"files": []
}
layersMap[layername]['files'].append(layerFile)
layersList = []
for key in layersMap:
layersList.append(layersMap[key])
return layersList
def __getLayers(self, layers, layerFiles):
layersMap = {}
for layerFile in layerFiles:
layername = self.__getLayername(layerFile)
if layername not in layersMap:
noData = layers[layername]
if noData is not None:
noData = utils.number(noData)
layersMap[layername] = {
"name": layername,
"nodata": noData,
"files": []
}
layersMap[layername]['files'].append(layerFile)
layersList = []
for key in layersMap:
layersList.append(layersMap[key])
return layersList
def nextState(original_state, action, match_log=None):
"""
Parameters
------------
original_state: State Object
状態オブジェクト
action: int
行動
Returns
------------
next_state: State Object
次の状態
reward: list(int) or None
報酬（ゲーム終了時のみ順位リストを返す，それ以外はNone）
Notes:
------------
現在の状態stateに対して，actionが選択されたときに，遷移する状態を返す
非破壊的メソッド
"""
# 現状態のコピー
state = deepcopy(original_state)
player = state.players[state.turn]
# 状態フラグ
kill8 = False
skip5 = False
outX = False
# パスの場合
if action == 54:
# 流れの場合
if state.last == nextTurn(state.turn, state.out,
reverse=state.reverse):
# 流れによる場の初期化
flowGame(state)
if match_log != None:
match_log.writeFrowLog()
state.turn = state.last
return (state, None)
# パス以外の行動の場合
else:
# 状態遷移(プレイヤーの手札から)
cut_index = np.where(player == action)[0]
state.players[state.turn] = np.delete(player, cut_index).tolist()
state.field.append(action)
# カード効果の処理
card_number = NUMBER[number(action)]
if card_number == "8":
flowGame(state)
kill8 = True
elif card_number == "5":
skip5 = True
elif card_number == "J":
state.back = True
elif card_number == "9":
state.reverse = bool(1 - state.reverse)
# 和了
if len(state.players[state.turn]) == 0:
outX = True
state.out[state.turn] = True
state.rank[state.turn] = sum(state.out)
state.last = nextTurn(state.turn,
state.out,
reverse=state.reverse,
skip=skip5,
kill=kill8,
win=True)
# 非和了
else:
state.last = state.turn
# ターンを進める
state.turn = nextTurn(state.turn,
state.out,
reverse=state.reverse,
skip=skip5,
kill=kill8,
win=outX)
if sum(state.out) == N_Player - 1:
return (state, state.rank)
else:
return (state, None)
def isGood( (d, used, _) ):
return not number( used[:3] ) % g[ d ]
from utils import digits, number
g = { 2 : 2, 3 : 3, 4 : 5, 5 : 7, 6 : 11, 7 : 13, 8 : 17 }
numbers = frozenset( xrange( 10 ) )
fringe = [ ( 8, digits( x * 17 ), numbers - set( digits( x * 17 ) ) )
for x in xrange( 1000 / 17, 100 / 17, -1 )
if len( set( digits( x * 17 ) ) ) == 3 ]
def successorFn( (d, used, unused) ):
return [ ( d - 1, ( u, ) + used, unused - { u } ) for u in unused ]
def goalState( ( d, _, __ ) ):
return d == 1
def isGood( (d, used, _) ):
return not number( used[:3] ) % g[ d ]
def explore( fringe ):
while fringe:
node = fringe.pop()
if goalState( node ):
yield node; continue
elif isGood( node ):
fringe += successorFn( node )
print sum( number( used ) for _, used, _ in explore( fringe ) )
