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Puzzles.hs
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Puzzles.hs
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{-# LANGUAGE LambdaCase #-}
module Puzzles (Input, puzzles) where
import Common
import qualified Data.Map.Strict as Map
import qualified BiMap
import qualified Data.Array as Arr
puzzles :: [Input]
puzzles =
[ Input
{ boards = Map.fromList
[ ('G', makeBoard 5 [repeat ' ']) ]
, initialState = BiMap.fromList
[ (Player, Coord 'G' (2, 3))
, (Clone 'G' 1, Coord 'G' (1, 0))
, (Clone 'G' 2, Coord 'G' (0, 3))
, (Clone 'G' 3, Coord 'G' (3, 4))
, (Clone 'G' 4, Coord 'G' (4, 1))
]
, requirements = Map.fromList
[ (Coord 'G' (1, 2), RequireNonPlayer)
, (Coord 'G' (2, 2), RequireNonPlayer)
, (Coord 'G' (3, 2), RequireNonPlayer)
, (Coord 'G' (2, 1), RequirePlayer)
]
, flipped = Map.empty
}
, Input
{ boards = Map.fromList
[ ('B', makeBoard 9
[ "XXXXXXXXX"
, "X XXXX"
, "X XXXX"
, "X X XX"
, " X"
, "X X"
, "X X"
, "X X"
, "XXXX XXXX"
]
)
]
, initialState = BiMap.fromList
[ (Player, Coord 'B' (3, 5))
, (BoardPiece 'B', Coord 'B' (6, 3))
, (Clone 'B' 1, Coord 'B' (3, 7))
, (Block 1, Coord 'B' (0, 4))
]
, requirements = Map.fromList
[ (Coord 'B' (7, 5), RequireNonPlayer)
, (Coord 'B' (7, 6), RequireNonPlayer)
, (Coord 'B' (7, 7), RequirePlayer)
]
, flipped = Map.empty
}
, Input
{ boards = Map.fromList
[ ('G', makeBoard 7
[ "XXXXXXX"
, "X XX"
, "X X"
, "X X"
, "X X"
, "X X"
, "XXX XXX"
]
)
, ('Y', makeBoard 3
[ "XXX"
, "X "
, "XXX"
]
)
]
, initialState = BiMap.fromList
[ (Player, Coord 'G' (3, 3))
, (BoardPiece 'G', Coord 'G' (4, 1))
, (Clone 'G' 1, Coord 'G' (1, 2))
, (Clone 'G' 2, Coord 'G' (1, 5))
, (BoardPiece 'Y', Coord 'G' (5, 5))
]
, requirements = Map.fromList
[ (Coord 'Y' (1, 1), RequirePlayer) ]
, flipped = Map.empty
}
, Input
{ boards = Map.fromList
[ ('G', makeBoard 9
[ "XXXXXXXXX"
, "XXXX X"
, "X X"
, "X X"
, " X"
, "XXXXXXXXX"
, "XXXXXXXXX"
, "XXXXXXXXX"
, "XXXXXXXXX"
]
)
]
, initialState = BiMap.fromList
[ (Player, Coord 'G' (2, 3))
, (BoardPiece 'G', Coord 'G' (7, 1))
, (Clone 'G' 1, Coord 'G' (7, 4))
, (Block 1, Coord 'G' (2, 4))
, (Block 2, Coord 'G' (3, 4))
, (Block 3, Coord 'G' (4, 4))
, (Block 4, Coord 'G' (5, 4))
]
, requirements = Map.fromList
[ (Coord 'G' (7, 3), RequirePlayer)
, (Coord 'G' (0, 4), RequireNonPlayer)
, (Coord 'G' (2, 4), RequireNonPlayer)
, (Coord 'G' (4, 4), RequireNonPlayer)
, (Coord 'G' (6, 4), RequireNonPlayer)
]
, flipped = Map.empty
}
, Input
{ boards = Map.fromList
[ ('G', makeBoard 9
[ "XXXXXXXXX"
, "X X"
, "X X"
, "X X"
, " X"
, "X X"
, "XXXXX XXX"
, "XXX XXX"
, "XXXXXXXXX"
]
)
, ('B', makeBoard 7
[ "XXXXXXX"
, "X X"
, "X X"
, "X X"
, "X X"
, "X X"
, "XXXXXXX"
]
)
]
, initialState = BiMap.fromList
[ (Player, Coord 'B' (2, 4))
, (BoardPiece 'G', Coord 'B' (4, 2))
, (Clone 'G' 1, Coord 'G' (4, 3))
, (Block 1, Coord 'B' (2, 2))
]
, requirements = Map.fromList
[ (Coord 'G' (3, 7), RequirePlayer)
, (Coord 'G' (5, 7), RequireNonPlayer)
]
, flipped = Map.empty
}
, Input
{ boards = Map.fromList
[ ('M', makeBoard 5
[ "XXXXX"
, "XXXXX"
, "X XX"
, "XXXXX"
, "XXXXX"
]
)
, ('A', makeBoard 3
[ "XX "
, "XXX"
, "XXX"
]
)
, ('X', makeBoard 3
[ " XX"
, "XXX"
, "XXX"
]
)
, ('B', makeBoard 3
[ "XXX"
, "XXX"
, "XX "
]
)
, ('Y', makeBoard 3
[ "XXX"
, "XXX"
, " X"
]
)
]
, initialState = BiMap.fromList
[ (Player, Coord 'B' (2, 2))
, (BoardPiece 'A', Coord 'M' (1, 2))
, (BoardPiece 'B', Coord 'A' (2, 0))
, (BoardPiece 'X', Coord 'M' (2, 2))
, (BoardPiece 'Y', Coord 'X' (0, 0))
, (Block 1, Coord 'Y' (0, 2))
]
, requirements = Map.fromList [(Coord 'Y' (0, 2), RequirePlayer)]
, flipped = Map.empty
}
, Input
{ boards = Map.fromList
[ ('P', makeBoard 9
[ "XXXXXXXXX"
, "XXX XX"
, "XXX XX"
, "XXX XX"
, "XX XX"
, "XXX XX"
, "XXX XX"
, "XXX XX"
, "XXXXXXXXX"
]
)
, ('B', makeBoard 5
[ "XXXXX"
, "XXXXX"
, "XX "
, " XX"
, "XXXXX"
]
)
, ('G', makeBoard 5
[ "XXXXX"
, "XXXXX"
, "XXXXX"
, "XXXX "
, "XXXXX"
]
)
]
, initialState = BiMap.fromList
[ (Player, Coord 'P' (4, 4))
, (BoardPiece 'B', Coord 'P' (3, 2))
, (BoardPiece 'G', Coord 'P' (3, 6))
]
, requirements = Map.fromList
[ (Coord 'P' (5, 4), RequireNonPlayer)
, (Coord 'P' (5, 2), RequirePlayer)
]
, flipped = Map.empty
}
, Input
{ boards = Map.fromList
[ ('B', makeBoard 9
[ "XXXXXXXXX"
, " XXXXXXX"
, "X X"
, "X X"
, "X X"
, "X X"
, "XXX X"
, " X X"
, "XXXXXXXXX"
]
)
, ('G', makeBoard 9
[ "XXXXXXXXX"
, "XXXXXX "
, "XXXXXX "
, "XXXXXX "
, "XXXXXX "
, "XXXXXX "
, "XXXXXX "
, "XXXXXX "
, "XXXXXXXXX"
]
)
]
, initialState = BiMap.fromList
[ (Player, Coord 'B' (4, 6))
, (BoardPiece 'B', Coord 'B' (6, 4))
, (BoardPiece 'G', Coord 'B' (4, 4))
]
, requirements = Map.fromList [(Coord 'B' (1, 7), RequirePlayer)]
, flipped = Map.empty
}
, Input
{ boards = Map.fromList
[ ('M', makeBoard 7
[ "XXXXXXX"
, "X X"
, "X X"
, "X X"
, "X X"
, "X X"
, "XXXXXXX"
]
)
, ('B', makeBoard 5
[ "XXXXX"
, " XXXX"
, " XXXX"
, "XXXXX"
, "XXXXX"
]
)
, ('G', makeBoard 5
[ "XXXXX"
, "XXX "
, "XXXXX"
, "XXXXX"
, "XXXXX"
]
)
]
, initialState = BiMap.fromList
[ (Player, Coord 'M' (2, 2))
, (BoardPiece 'B', Coord 'M' (4, 2))
, (Clone 'B' 1, Coord 'M' (4, 4))
, (BoardPiece 'G', Coord 'M' (2, 4))
]
, requirements = Map.fromList
[ (Coord 'G' (3, 1), RequirePlayer) ]
, flipped = Map.empty
}
, Input
{ boards = Map.fromList
[ ('P', makeBoard 7
[ "XXXXXXX"
, "XX XX"
, "XX XX"
, "XX XX"
, "XXXXXXX"
, "X X"
, "XXXXXXX"
]
)
, ('B', makeBoard 7
[ "X XXXXX"
, " "
, " XX"
, " X "
, " X "
, " X X "
, " X "
]
)
]
, initialState = BiMap.fromList
[ (Player, Coord 'P' (1, 5))
, (BoardPiece 'B', Coord 'P' (3, 2))
, (Clone 'B' 1, Coord 'P' (5, 5))
, (Clone 'B' 2, Coord 'P' (2, 1))
, (Clone 'B' 3, Coord 'P' (2, 2))
, (Clone 'B' 4, Coord 'P' (2, 3))
, (Clone 'B' 5, Coord 'P' (3, 3))
, (Clone 'B' 6, Coord 'P' (4, 3))
, (Clone 'B' 7, Coord 'P' (4, 2))
, (Clone 'B' 8, Coord 'P' (4, 1))
, (Clone 'B' 9, Coord 'P' (3, 1))
, (Block 1, Coord 'B' (4, 1))
]
, requirements = Map.fromList
[ (Coord 'B' (3, 3), RequirePlayer)
, (Coord 'B' (6, 5), RequireNonPlayer)
]
, flipped = Map.empty
}
, Input
{ boards = Map.fromList
[ ('B', makeBoard 9
[ "XXXXXXXXX"
, "X "
, "X "
, "X "
, "X "
, "X "
, "X "
, "X "
, "XX "
]
)
, ('O', makeBoard 5
[ "XX XX"
, "X XX"
, "X XXX"
, "X X"
, "XXXXX"
]
)
, ('G', makeBoard 9
[ "X X"
, "X X"
, "X X"
, "XXXXXXXXX"
, "XXXXXXXXX"
, "XXXXXXXXX"
, "XXXXXXXXX"
, "XXXXXXXXX"
, "XXXXXXXXX"
]
)
]
, initialState = BiMap.fromList
[ (Player, Coord 'B' (4, 5))
, (BoardPiece 'B', Coord 'B' (3, 3))
, (BoardPiece 'G', Coord 'B' (1, 7))
, (BoardPiece 'O', Coord 'B' (5, 3))
, (Block 1, Coord 'O' (2, 3))
]
, requirements = Map.fromList
[ (Coord 'B' (1, 1), RequireNonPlayer)
, (Coord 'B' (1, 2), RequireNonPlayer)
, (Coord 'O' (3, 3), RequireNonPlayer)
, (Coord 'B' (4, 1), RequirePlayer)
]
, flipped = Map.empty
}
, Input
{ boards = Map.fromList [ ('B', makeBoard 3 [repeat ' ']) ]
, initialState = BiMap.fromList
[ (Player, Coord 'B' (1, 0))
, (BoardPiece 'B', Coord 'B' (1, 1))
, (Block 1, Coord 'B' (1, 2))
]
, requirements = Map.fromList
[ (Coord 'B' (0, 1), RequireNonPlayer)
, (Coord 'B' (2, 1), RequireNonPlayer)
, (Coord 'B' (2, 0), RequirePlayer)
]
, flipped = Map.empty
}
, Input
{ boards = Map.fromList
[ ('M', makeBoard 7
[ "XXXXXXX"
, "XXX XXX"
, "X X"
, "X X"
, "XX XX"
, "XX XX"
, "XXXXXXX"
]
)
, ('G', makeBoard 3 [repeat ' '])
]
, initialState = BiMap.fromList
[ (Player, Coord 'M' (3, 3))
, (BoardPiece 'G', Coord 'M' (3, 1))
, (Clone 'G' 1, Coord 'G' (0, 0))
, (Clone 'G' 2, Coord 'G' (1, 0))
, (Clone 'G' 3, Coord 'G' (2, 0))
, (Clone 'G' 4, Coord 'G' (2, 1))
, (Clone 'G' 5, Coord 'G' (2, 2))
, (Clone 'G' 6, Coord 'G' (1, 2))
, (Clone 'G' 7, Coord 'G' (0, 2))
, (Clone 'G' 8, Coord 'G' (0, 1))
]
, requirements = Map.fromList
[ (Coord 'M' (5, 2), RequirePlayer)
, (Coord 'M' (2, 4), RequireNonPlayer)
, (Coord 'M' (2, 5), RequireNonPlayer)
, (Coord 'M' (3, 4), RequireNonPlayer)
, (Coord 'M' (3, 5), RequireNonPlayer)
, (Coord 'M' (4, 4), RequireNonPlayer)
, (Coord 'M' (4, 5), RequireNonPlayer)
]
, flipped = Map.empty
}
, Input
{ boards = Map.fromList
[ ('P', makeBoard 9
[ "XXXXXXXXX"
, "X X XX"
, "X X X"
, "X X X XX"
, " X XX "
, "XXX XXXX"
, "XX XXXX"
, "XXX XXXX"
, "XXXXXXXXX"
]
)
]
, initialState = BiMap.fromList
[ (Player, Coord 'P' (4, 2))
, (BoardPiece 'P', Coord 'P' (6, 3))
]
, requirements = Map.fromList
[ (Coord 'P' (4, 5), RequireNonPlayer)
, (Coord 'P' (4, 7), RequirePlayer)
]
, flipped = Map.singleton (BoardPiece 'P') FlippedHorizontal
}
]
charsToCells :: String -> [Cell]
charsToCells =
map (\case ' ' -> Space; 'X' -> Wall; _ -> error "Invalid board string")
makeBoard :: Int -> [String] -> Board
makeBoard w rows =
Board w (Arr.listArray (0, w ^ 2 - 1) (charsToCells (concat rows)))