Safe Haskell	Safe
Language	Haskell98

Graphics.Gnuplot.Value.Tuple

Description

Provide a class that renders multiple Haskell values in a text form that is accessible by gnuplot.

Maybe we add a method for the binary interface to gnuplot later.

Synopsis

Documentation

class C a where #

Minimal complete definition

text

Methods

text :: a -> [ShowS] #

For values that are also in Atom class, text must generate a singleton list.

columnCount :: ColumnCount a #

It must hold ColumnCount (length (text x)) == columnCount.

Instances

C Double #
Methods text :: Double -> [ShowS] # columnCount :: ColumnCount Double #
C Float #
Methods text :: Float -> [ShowS] # columnCount :: ColumnCount Float #
C Int #
Methods text :: Int -> [ShowS] # columnCount :: ColumnCount Int #
C Int8 #
Methods text :: Int8 -> [ShowS] # columnCount :: ColumnCount Int8 #
C Int16 #
Methods text :: Int16 -> [ShowS] # columnCount :: ColumnCount Int16 #
C Int32 #
Methods text :: Int32 -> [ShowS] # columnCount :: ColumnCount Int32 #
C Int64 #
Methods text :: Int64 -> [ShowS] # columnCount :: ColumnCount Int64 #
C Integer #
Methods text :: Integer -> [ShowS] # columnCount :: ColumnCount Integer #
C Word8 #
Methods text :: Word8 -> [ShowS] # columnCount :: ColumnCount Word8 #
C Word16 #
Methods text :: Word16 -> [ShowS] # columnCount :: ColumnCount Word16 #
C Word32 #
Methods text :: Word32 -> [ShowS] # columnCount :: ColumnCount Word32 #
C Word64 #
Methods text :: Word64 -> [ShowS] # columnCount :: ColumnCount Word64 #
C UTCTime #
Methods text :: UTCTime -> [ShowS] # columnCount :: ColumnCount UTCTime #
C Day #
Methods text :: Day -> [ShowS] # columnCount :: ColumnCount Day #
Integral a => C (Ratio a) #
Methods text :: Ratio a -> [ShowS] # columnCount :: ColumnCount (Ratio a) #
(C a, C b) => C (a, b) #
Methods text :: (a, b) -> [ShowS] # columnCount :: ColumnCount (a, b) #
(C a, C b, C c) => C (a, b, c) #
Methods text :: (a, b, c) -> [ShowS] # columnCount :: ColumnCount (a, b, c) #
(C a, C b, C c, C d) => C (a, b, c, d) #
Methods text :: (a, b, c, d) -> [ShowS] # columnCount :: ColumnCount (a, b, c, d) #

newtype ColumnCount a #

Count numbers of gnuplot data columns for the respective type.

Somehow a writer monad with respect to Sum monoid without material monadic result.

Cf. ColumnSet module.

Constructors

ColumnCount Int

Instances

Eq (ColumnCount a) #
Methods (==) :: ColumnCount a -> ColumnCount a -> Bool # (/=) :: ColumnCount a -> ColumnCount a -> Bool #
Ord (ColumnCount a) #
Methods compare :: ColumnCount a -> ColumnCount a -> Ordering # (<) :: ColumnCount a -> ColumnCount a -> Bool # (<=) :: ColumnCount a -> ColumnCount a -> Bool # (>) :: ColumnCount a -> ColumnCount a -> Bool # (>=) :: ColumnCount a -> ColumnCount a -> Bool # max :: ColumnCount a -> ColumnCount a -> ColumnCount a # min :: ColumnCount a -> ColumnCount a -> ColumnCount a #
Show (ColumnCount a) #
Methods showsPrec :: Int -> ColumnCount a -> ShowS # show :: ColumnCount a -> String # showList :: [ColumnCount a] -> ShowS #