35 lines
1 KiB
Haskell
35 lines
1 KiB
Haskell
module Magic where
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import Mana
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-------------------------------------------------------------------------------
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-- Cards
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-------------------------------------------------------------------------------
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data Rarity = Land
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| Common
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| Uncommon
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| Rare
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| Mythic
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| Special
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deriving (Show, Eq)
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data Card = Card Rarity String Cost [String]
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deriving (Show, Eq)
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instance Mana Card where
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colors (Card _ _ cost _) = colors cost
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converted (Card _ _ cost _) = converted cost
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data Deck = Deck [Card]
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curve :: Deck -> [(Int, Int)]
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curve (Deck cards) = do
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let largest = maximum (map converted cards)
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map (\x -> (x, length (filter (\(Card rarity _ cost _) -> rarity /= Land && converted cost == x) cards))) [0..largest]
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cards = concat $ [ replicate 13 (Card Land "Swamp" (Cost [] [] []) [])
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, replicate 13 (Card Land "Plains" (Cost [] [] []) [])
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, replicate 4 (Card Mythic "Jace Beleren" (Cost [Standard 1 Colorless, Standard 2 Blue] [] []) [])
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]
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deck = Deck cards
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