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boardWatcher.py
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from lib import *
try:
from pymem import *
from pymem.process import *
mem = Pymem("puyopuyotetris.exe")
module = module_from_name(mem.process_handle, "puyopuyotetris.exe").lpBaseOfDll
except:
pass
is1P = True
def GetAddrFromBaseAndOffsets(baseAddr:int, offsets:List[int]) -> int:
addr = mem.read_int(baseAddr)
for offset in offsets[:-1]:
addr = mem.read_int(addr + offset)
return addr + offsets[-1]
def GetFollowingMinos() -> List[MinoInt]:
followingMinos = []
for i in range(FOLLOWING_MINOS_COUNT):
try: # todo: エラー処理
if is1P:
mino = mem.read_int(GetAddrFromBaseAndOffsets(
0x140461B20,
[
0x378,
0xB8,
0x15C + 0x4 * i
]
))
else:
mino = mem.read_int(GetAddrFromBaseAndOffsets(
0x140461B20,
[
0x378 + 0x8,
0xB8,
0x15C + 0x4 * i
]
))
if mino == 0:
followingMinos.append(MINO.S)
elif mino == 1:
followingMinos.append(MINO.Z)
elif mino == 2:
followingMinos.append(MINO.J)
elif mino == 3:
followingMinos.append(MINO.L)
elif mino == 4:
followingMinos.append(MINO.T)
elif mino == 5:
followingMinos.append(MINO.O)
elif mino == 6:
followingMinos.append(MINO.I)
except:
followingMinos.append(MINO.NONE)
return followingMinos
# holdミノを返す
def GetHoldMino() -> MinoInt:
try: # todo: エラー処理
if is1P:
mino = mem.read_int(GetAddrFromBaseAndOffsets(
0x140461B20,
[
0x378,
0xA8,
0x3D0,
0x8
]
))
else:
mino = mem.read_int(GetAddrFromBaseAndOffsets(
0x140461B20,
[
0x378 + 0x8,
0xA8,
0x3D0,
0x8
]
))
if mino == 0:
return MINO.S
elif mino == 1:
return MINO.Z
elif mino == 2:
return MINO.J
elif mino == 3:
return MINO.L
elif mino == 4:
return MINO.T
elif mino == 5:
return MINO.O
elif mino == 6:
return MINO.I
except:
return MINO.NONE
# 盤面においてクリア中のラインがあるかどうか判定
# 一列すべて揃っているブロックがある（まだクリア判定されていない）か (実装todo)、0xFFFFFFFEが存在するか、空中に浮いているブロックがあるときまだラインのクリア中であると判定する
def IsClearingLines() -> bool:
notEmptyRowFound = False
for i in range(DISPLAYED_BOARD_HEIGHT-1, -1, -1):
row = 0b0
for j in range(BOARD_WIDTH):
try: # todo: エラー処理
if is1P:
mino = mem.read_int(GetAddrFromBaseAndOffsets(
0x140461B20,
[
0x378,
0xA8,
0x3C0,
0x18,
0x8 * j,
0x4 * i
]
))
else:
mino = mem.read_int(GetAddrFromBaseAndOffsets(
0x140461B20,
[
0x378 + 0x8,
0xA8,
0x3C0,
0x18,
0x8 * j,
0x4 * i
]
))
if mino == 0xFFFFFFFE:
return True
if mino >= 0:
row |= 0b1000000000 >> j
except:
pass
if row != 0:
notEmptyRowFound = True
if notEmptyRowFound and row == 0: # 宙に浮いている行がある
return True
return False
# 盤面の状況を返す
def GetMainBoard() -> List[int]:
# 盤面の色を判断する
mainBoard = [0b0 for _ in range(BOARD_HEIGHT - DISPLAYED_BOARD_HEIGHT)]
for i in range(DISPLAYED_BOARD_HEIGHT-1, -1, -1):
row = 0b0
for j in range(BOARD_WIDTH):
try: # todo: エラー処理
if is1P:
mino = mem.read_int(GetAddrFromBaseAndOffsets(
0x140461B20,
[
0x378,
0xA8,
0x3C0,
0x18,
0x8 * j,
0x4 * i
]
))
else:
mino = mem.read_int(GetAddrFromBaseAndOffsets(
0x140461B20,
[
0x378 + 0x8,
0xA8,
0x3C0,
0x18,
0x8 * j,
0x4 * i
]
))
if mino >= 0:
row |= 0b1000000000 >> j
except:
pass
mainBoard.append(row)
return mainBoard
# 現在のミノの位置を取得
def GetPosOfCurrentMino() -> Union[Tuple[int], None]:
try: # todo: エラー処理
if is1P:
x = mem.read_int(GetAddrFromBaseAndOffsets(
0x140461B20,
[
0x378,
0xa8,
0x3c8,
0xc
]
))
y = 39 - mem.read_int(GetAddrFromBaseAndOffsets(
0x140461B20,
[
0x378,
0xa8,
0x3c8,
0x10
]
))
else:
x = mem.read_int(GetAddrFromBaseAndOffsets(
0x140461B20,
[
0x378 + 0x8,
0xa8,
0x3c8,
0xc
]
))
y = 39 - mem.read_int(GetAddrFromBaseAndOffsets(
0x140461B20,
[
0x378 + 0x8,
0xa8,
0x3c8,
0x10
]
))
return (x,y)
except:
return None
# 現在のミノの種類を取得
def GetMinoTypeOfCurrentMino() -> Union[MinoInt, None]:
try: # todo: エラー処理
if is1P:
mino = mem.read_int(GetAddrFromBaseAndOffsets(
0x140461B20,
[
0x378,
0xA8,
0x3C8,
0x8
]
))
else:
mino = mem.read_int(GetAddrFromBaseAndOffsets(
0x140461B20,
[
0x378 + 0x8,
0xA8,
0x3C8,
0x8
]
))
if mino == 0:
return MINO.S
elif mino == 1:
return MINO.Z
elif mino == 2:
return MINO.J
elif mino == 3:
return MINO.L
elif mino == 4:
return MINO.T
elif mino == 5:
return MINO.O
elif mino == 6:
return MINO.I
else:
return None
except:
return None
# 現在のミノの方向を取得
def GetDirectionOfCurrentMino() -> Union[DirectionInt, None]:
try: # todo: エラー処理
if is1P:
direction = mem.read_int(GetAddrFromBaseAndOffsets(
0x140461B20,
[
0x378,
0xa8,
0x3c8,
0x18
]
))
else:
direction = mem.read_int(GetAddrFromBaseAndOffsets(
0x140461B20,
[
0x378 + 0x8,
0xa8,
0x3c8,
0x18
]
))
if direction == 0:
return DIRECTION.N
elif direction == 1:
return DIRECTION.E
elif direction == 2:
return DIRECTION.S
elif direction == 3:
return DIRECTION.W
else:
return None
except:
return None
# 現在のミノを取得
def GetCurrentMino() -> Union[DirectedMino, None]:
mino = GetMinoTypeOfCurrentMino()
pos = GetPosOfCurrentMino()
direction = GetDirectionOfCurrentMino()
if (
mino is not None and
pos is not None and
direction is not None
):
return DirectedMino(
mino,
direction,
pos
)
else:
return None
# ゲーム開始待機状態（Ready?という表示が出ている状態）であるかどうかを、
# FollowingMinoが取得できているかどうか、CurrentMinoが-1であるかどうかをもとに判別する
def IsGameReady() -> bool:
try:
mino = mem.read_int(GetAddrFromBaseAndOffsets(
0x140461B20,
[
0x378,
0xc0,
0x120,
0x110
]
))
except:
mino = 0
return True if (MINO.NONE not in GetFollowingMinos()) and (mino == -1) else False
# ゲームが開始したかどうかを、CurrentMinoが取得できているかをもとに判別する
def HasGameStarted() -> bool:
return False if GetCurrentMino() is None else True
# キャラクター設定画面かどうかを判定する
def IsCharacterSelect() -> bool:
try: # todo: エラー処理
num = mem.read_int(GetAddrFromBaseAndOffsets(
0x140460690,
[
0x274,
]
))
if 0 < num < 16:
return True
else:
return False
except:
return False