Copyright	(c) 2017 Christopher A. Gorski
License	MIT
Maintainer	Christopher A. Gorski <cgorski@cgorski.org>
Safe Haskell	Safe
Language	Haskell2010

Game.Implement.Card.Standard

Description

The Game.Game.Poker module defines structures and operations for a standard set of 52 playing cards.

Synopsis

Documentation

data PlayingCard #

A representation of a standard playing card, distinguishable by rank and suit.

Constructors

PlayingCard Rank Suit

Instances

Bounded PlayingCard #
Methods minBound :: PlayingCard # maxBound :: PlayingCard #
Enum PlayingCard #
Methods succ :: PlayingCard -> PlayingCard # pred :: PlayingCard -> PlayingCard # toEnum :: Int -> PlayingCard # fromEnum :: PlayingCard -> Int # enumFrom :: PlayingCard -> [PlayingCard] # enumFromThen :: PlayingCard -> PlayingCard -> [PlayingCard] # enumFromTo :: PlayingCard -> PlayingCard -> [PlayingCard] # enumFromThenTo :: PlayingCard -> PlayingCard -> PlayingCard -> [PlayingCard] #
Eq PlayingCard #
Methods (==) :: PlayingCard -> PlayingCard -> Bool # (/=) :: PlayingCard -> PlayingCard -> Bool #
Ord PlayingCard #
Methods compare :: PlayingCard -> PlayingCard -> Ordering # (<) :: PlayingCard -> PlayingCard -> Bool # (<=) :: PlayingCard -> PlayingCard -> Bool # (>) :: PlayingCard -> PlayingCard -> Bool # (>=) :: PlayingCard -> PlayingCard -> Bool # max :: PlayingCard -> PlayingCard -> PlayingCard # min :: PlayingCard -> PlayingCard -> PlayingCard #
Read PlayingCard #
Methods readsPrec :: Int -> ReadS PlayingCard # readList :: ReadS [PlayingCard] # readPrec :: ReadPrec PlayingCard # readListPrec :: ReadPrec [PlayingCard] #
Show PlayingCard #
Methods showsPrec :: Int -> PlayingCard -> ShowS # show :: PlayingCard -> String # showList :: [PlayingCard] -> ShowS #
Card PlayingCard #
Methods choose :: Int -> [PlayingCard] -> [[PlayingCard]] # fullDeck :: [PlayingCard] # dedupe :: [PlayingCard] -> [PlayingCard] # draw :: [Int] -> [PlayingCard] -> Maybe ([[PlayingCard]], [PlayingCard]) # draw_ :: [Int] -> [PlayingCard] -> Maybe [[PlayingCard]] # draw1 :: Int -> [PlayingCard] -> Maybe ([PlayingCard], [PlayingCard]) # draw1_ :: Int -> [PlayingCard] -> Maybe [PlayingCard] # shuffle :: RandomGen m => [PlayingCard] -> Rand m [PlayingCard] # randomCard :: RandomGen m => Rand m PlayingCard #
OrderedCard PlayingCard Order #
Methods highestCardBy :: Order -> [PlayingCard] -> PlayingCard # lowestCardBy :: Order -> [PlayingCard] -> PlayingCard # compareCardBy :: Order -> PlayingCard -> PlayingCard -> Ordering # sortCardsBy :: Order -> [PlayingCard] -> [PlayingCard] #
ValuedCard PlayingCard Suit #
Methods toValue :: PlayingCard -> Suit # toValueLst :: [PlayingCard] -> [Suit] #
ValuedCard PlayingCard Rank #
Methods toValue :: PlayingCard -> Rank # toValueLst :: [PlayingCard] -> [Rank] #
OrderedValuedCard PlayingCard Order ValueType #
Methods toOrderedValue :: Order -> ValueType -> PlayingCard -> Int #

data Rank #

The rank of a standard playing card.

Constructors

Ace
Two
Three
Four
Five
Six
Seven
Eight
Nine
Ten
Jack
Queen
King

Instances

Bounded Rank #
Methods minBound :: Rank # maxBound :: Rank #
Enum Rank #
Methods succ :: Rank -> Rank # pred :: Rank -> Rank # toEnum :: Int -> Rank # fromEnum :: Rank -> Int # enumFrom :: Rank -> [Rank] # enumFromThen :: Rank -> Rank -> [Rank] # enumFromTo :: Rank -> Rank -> [Rank] # enumFromThenTo :: Rank -> Rank -> Rank -> [Rank] #
Eq Rank #
Methods (==) :: Rank -> Rank -> Bool # (/=) :: Rank -> Rank -> Bool #
Ord Rank #
Methods compare :: Rank -> Rank -> Ordering # (<) :: Rank -> Rank -> Bool # (<=) :: Rank -> Rank -> Bool # (>) :: Rank -> Rank -> Bool # (>=) :: Rank -> Rank -> Bool # max :: Rank -> Rank -> Rank # min :: Rank -> Rank -> Rank #
Read Rank #
Methods readsPrec :: Int -> ReadS Rank # readList :: ReadS [Rank] # readPrec :: ReadPrec Rank # readListPrec :: ReadPrec [Rank] #
Show Rank #
Methods showsPrec :: Int -> Rank -> ShowS # show :: Rank -> String # showList :: [Rank] -> ShowS #
ValuedCard PlayingCard Rank #
Methods toValue :: PlayingCard -> Rank # toValueLst :: [PlayingCard] -> [Rank] #

data Suit #

The suit of a standard playing card.

Constructors

Clubs
Diamonds
Hearts
Spades

Instances

Bounded Suit #
Methods minBound :: Suit # maxBound :: Suit #
Enum Suit #
Methods succ :: Suit -> Suit # pred :: Suit -> Suit # toEnum :: Int -> Suit # fromEnum :: Suit -> Int # enumFrom :: Suit -> [Suit] # enumFromThen :: Suit -> Suit -> [Suit] # enumFromTo :: Suit -> Suit -> [Suit] # enumFromThenTo :: Suit -> Suit -> Suit -> [Suit] #
Eq Suit #
Methods (==) :: Suit -> Suit -> Bool # (/=) :: Suit -> Suit -> Bool #
Ord Suit #
Methods compare :: Suit -> Suit -> Ordering # (<) :: Suit -> Suit -> Bool # (<=) :: Suit -> Suit -> Bool # (>) :: Suit -> Suit -> Bool # (>=) :: Suit -> Suit -> Bool # max :: Suit -> Suit -> Suit # min :: Suit -> Suit -> Suit #
Read Suit #
Methods readsPrec :: Int -> ReadS Suit # readList :: ReadS [Suit] # readPrec :: ReadPrec Suit # readListPrec :: ReadPrec [Suit] #
Show Suit #
Methods showsPrec :: Int -> Suit -> ShowS # show :: Suit -> String # showList :: [Suit] -> ShowS #
ValuedCard PlayingCard Suit #
Methods toValue :: PlayingCard -> Suit # toValueLst :: [PlayingCard] -> [Suit] #