Mode triche on

Ce coup ci j'ai ete paresseux, et pour la deuxieme partie mon code ne marche pas avec tous les inputs.
J'ai fait le cube correspondant a mon input en papier en inscrivant le numero des faces, pour voir quelle face transitionnait vers quelle face, et j'ai hardcode le passage d'une face a l'autre (methode wrap3D).

from dataclasses import dataclass
import re
board = []
drawboard = []
ARROWS = {0: ">", 1: "v", 2: "<", 3: "^"}
isPart2 = False
@dataclass
class Me:
 x: int
 y: int
 direction: int # 0=R 1=D 2=L 3=U
 def wrap2D(self):
 match self.direction:
 case 0: # right
 return next(x for x in range(len(board[self.y])) if board[self.y][x] != " "), self.y, 0
 case 1: # down
 return self.x, next(y for y in range(len(board)) if board[y][self.x] != " "), 1
 case 2: # left
 return len(board[self.y]) - 1, self.y, 2
 case 3: # up
 return self.x, next(y for y in range(len(board) - 1, -1, -1) if findInBoard(self.x, y) != " "), 3
 def wrap3D(self):
 match self.direction:
 case 0: # right
 if self.y < 50: # right of 2 -> right of 5 reversed
 return 99, 149 - self.y, 2
 elif self.y < 100: # right of 3 -> down of 2
 return self.y + 50, 49, 3
 elif self.y < 150: # right of 5 -> right of 2 reversed
 return 149, 49 - self.y + 100, 2
 else: # right of 6 -> down of 5
 return self.y - 100, 149, 3
 case 1: # down
 if self.x < 50: # down of 6 -> up of 2
 return self.x + 100, 0, 1
 elif self.x < 100: # down of 5 -> right of 6
 return 49, self.x + 100, 2
 else: # down of 2 -> right of 3
 return 99, self.x - 50, 2
 case 2: # left
 if self.y < 50: # left of 1 -> left of 4 reverse
 return 0, 149 - self.y, 0
 elif self.y < 100: # left of 3 -> up of 4
 return self.y - 50, 100, 1
 elif self.y < 150: # left of 4 -> left of 1 reverse
 return 50, 49 - self.y + 100, 0
 else: # left of 6 -> up of 1
 return self.y - 100, 0, 1
 case 3: # up
 if self.x < 50: # up of 4 -> left of 3
 return 50, self.x + 50, 0
 elif self.x < 100: # up of 1 -> left of 6
 return 0, self.x + 100, 0
 else: # up of 2 -> down of 6
 return self.x - 100, 199, 3
 def moveWrap(self):
 x, y, dir = self.wrap3D() if isPart2 else self.wrap2D()
 if findInBoard(x, y) == ".":
 self.x = x
 self.y = y
 self.direction = dir
 def drawPosition(self):
 s = drawboard[self.y]
 drawboard[self.y] = s[: self.x] + ARROWS[self.direction] + s[self.x + 1 :]
 def moveBy1(self, offsetX, offsetY):
 match findInBoard(self.x + offsetX, self.y + offsetY):
 case ".":
 self.x += offsetX
 self.y += offsetY
 case " ":
 self.moveWrap()
 case "#":
 pass
 def move(self, size: int):
 for i in range(size):
 match self.direction:
 case 0: # right
 self.moveBy1(1, 0)
 case 1: # down
 self.moveBy1(0, 1)
 case 2: # left
 self.moveBy1(-1, 0)
 case 3: # up
 self.moveBy1(0, -1)
 self.drawPosition()
def findInBoard(x, y):
 if x == -1 or y == -1 or y >= len(board) or x >= len(board[y]):
 return " "
 return board[y][x]
with open("2022/input_files/day22") as f:
 data = "".join([line for line in f])
 groups = [group.split("\n") for group in data.split("\n\n")]
board = groups[0]
drawboard = board.copy()
instructions = groups[1][0]
moveSizes = list(map(int, re.findall(r"(\d+)", instructions)))
turns = re.findall(r"([A-Z]+)", instructions)
me = Me(board[0].index("."), 0, 0)
for moveSize, turn in zip(moveSizes, turns):
 me.move(moveSize)
 me.direction += 1 if turn == "R" else -1
 me.direction %= 4
me.move(moveSizes[-1])
password = 1000 * (me.y + 1) + 4 * (me.x + 1) + me.direction
print(f"{password=}")

Excusez l'absence d'accents dans mes commentaires, j'habite en Australie et n'ai pas de clavier francais sous la main.