Safe Haskell	Safe
Language	Haskell2010

Wordify.Rules.Player

Synopsis

data Player
data LetterRack
makePlayer :: String -> Player
name :: Player -> Name
rack :: Player -> LetterRack
tilesOnRack :: Player -> [Tile]
endBonus :: Player -> Int
score :: Player -> Score
increaseScore :: Player -> Int -> Player
reduceScore :: Player -> Int -> Player
giveEndLosePenalty :: Player -> Int -> Player
giveEndWinBonus :: Player -> Int -> Player
giveTiles :: Player -> [Tile] -> Player
removePlayedTiles :: Player -> [Tile] -> Maybe Player
removeTiles :: Player -> [Tile] -> Player
hasEmptyRack :: Player -> Bool
tileValues :: Player -> Int
exchange :: Player -> [Tile] -> [Tile] -> Maybe Player

Documentation

data Player Source #

Instances

Eq Player Source #
Instance details Defined in Wordify.Rules.Player Methods (==) :: Player -> Player -> Bool # (/=) :: Player -> Player -> Bool #
Show Player Source #
Instance details Defined in Wordify.Rules.Player Methods showsPrec :: Int -> Player -> ShowS # show :: Player -> String # showList :: [Player] -> ShowS #

data LetterRack Source #

Instances

Eq LetterRack Source #
Instance details Defined in Wordify.Rules.Player Methods (==) :: LetterRack -> LetterRack -> Bool # (/=) :: LetterRack -> LetterRack -> Bool #
Show LetterRack Source #
Instance details Defined in Wordify.Rules.Player Methods showsPrec :: Int -> LetterRack -> ShowS # show :: LetterRack -> String # showList :: [LetterRack] -> ShowS #

makePlayer :: String -> Player Source #

name :: Player -> Name Source #

rack :: Player -> LetterRack Source #

tilesOnRack :: Player -> [Tile] Source #

endBonus :: Player -> Int Source #

score :: Player -> Score Source #

increaseScore :: Player -> Int -> Player Source #

reduceScore :: Player -> Int -> Player Source #

giveEndLosePenalty :: Player -> Int -> Player Source #

giveEndWinBonus :: Player -> Int -> Player Source #

giveTiles :: Player -> [Tile] -> Player Source #

removePlayedTiles :: Player -> [Tile] -> Maybe Player Source #

Removes played tiles from the player's tile rack, if it was possible for the player to play those tiles in the first place. A player may play a tile on his rack, unless it is a blank, which must first be assigned a letter.

removeTiles :: Player -> [Tile] -> Player Source #

hasEmptyRack :: Player -> Bool Source #

tileValues :: Player -> Int Source #

exchange :: Player -> [Tile] -> [Tile] -> Maybe Player Source #