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Language	Haskell2010

Math.Matrix.Points

Documentation

data OneD Source #

Constructors

OneD0

Instances

Instances details

Enum OneD Source #
Instance details Defined in Math.Matrix.Points Methods succ :: OneD -> OneD # pred :: OneD -> OneD # toEnum :: Int -> OneD # fromEnum :: OneD -> Int # enumFrom :: OneD -> [OneD] # enumFromThen :: OneD -> OneD -> [OneD] # enumFromTo :: OneD -> OneD -> [OneD] # enumFromThenTo :: OneD -> OneD -> OneD -> [OneD] #
Num OneD Source #
Instance details Defined in Math.Matrix.Points Methods (+) :: OneD -> OneD -> OneD # (-) :: OneD -> OneD -> OneD # (*) :: OneD -> OneD -> OneD # negate :: OneD -> OneD # abs :: OneD -> OneD # signum :: OneD -> OneD # fromInteger :: Integer -> OneD #
Integral OneD Source #
Instance details Defined in Math.Matrix.Points Methods quot :: OneD -> OneD -> OneD # rem :: OneD -> OneD -> OneD # div :: OneD -> OneD -> OneD # mod :: OneD -> OneD -> OneD # quotRem :: OneD -> OneD -> (OneD, OneD) # divMod :: OneD -> OneD -> (OneD, OneD) # toInteger :: OneD -> Integer #
Real OneD Source #
Instance details Defined in Math.Matrix.Points Methods toRational :: OneD -> Rational #
Show OneD Source #
Instance details Defined in Math.Matrix.Points Methods showsPrec :: Int -> OneD -> ShowS # show :: OneD -> String # showList :: [OneD] -> ShowS #
PpShow OneD Source #
Instance details Defined in Math.Matrix.Points Methods pp :: OneD -> Doc Source #
Universe OneD Source #
Instance details Defined in Math.Matrix.Points Methods all_elements :: [OneD] Source #
Eq OneD Source #
Instance details Defined in Math.Matrix.Points Methods (==) :: OneD -> OneD -> Bool # (/=) :: OneD -> OneD -> Bool #
Ord OneD Source #
Instance details Defined in Math.Matrix.Points Methods compare :: OneD -> OneD -> Ordering # (<) :: OneD -> OneD -> Bool # (<=) :: OneD -> OneD -> Bool # (>) :: OneD -> OneD -> Bool # (>=) :: OneD -> OneD -> Bool # max :: OneD -> OneD -> OneD # min :: OneD -> OneD -> OneD #
Num a => DecomposableVectorSpace (Vector1 a) ((->) OneD) Source #
Instance details Defined in Math.Matrix.Simple Methods decompose :: (Scalar (Vector1 a) -> res) -> Vector1 a -> OneD -> res Source # project :: Vector1 a -> OneD -> Scalar (Vector1 a) Source #
Num a => Num (OneD -> a) Source #
Instance details Defined in Math.Matrix.Simple Methods (+) :: (OneD -> a) -> (OneD -> a) -> OneD -> a # (-) :: (OneD -> a) -> (OneD -> a) -> OneD -> a # (*) :: (OneD -> a) -> (OneD -> a) -> OneD -> a # negate :: (OneD -> a) -> OneD -> a # abs :: (OneD -> a) -> OneD -> a # signum :: (OneD -> a) -> OneD -> a # fromInteger :: Integer -> OneD -> a #
Show b => Show (OneD -> b) Source #
Instance details Defined in Math.Matrix.Points Methods showsPrec :: Int -> (OneD -> b) -> ShowS # show :: (OneD -> b) -> String # showList :: [OneD -> b] -> ShowS #

data TwoD Source #

Constructors

TwoD0
TwoD1

Instances

Instances details

Enum TwoD Source #
Instance details Defined in Math.Matrix.Points Methods succ :: TwoD -> TwoD # pred :: TwoD -> TwoD # toEnum :: Int -> TwoD # fromEnum :: TwoD -> Int # enumFrom :: TwoD -> [TwoD] # enumFromThen :: TwoD -> TwoD -> [TwoD] # enumFromTo :: TwoD -> TwoD -> [TwoD] # enumFromThenTo :: TwoD -> TwoD -> TwoD -> [TwoD] #
Num TwoD Source #
Instance details Defined in Math.Matrix.Points Methods (+) :: TwoD -> TwoD -> TwoD # (-) :: TwoD -> TwoD -> TwoD # (*) :: TwoD -> TwoD -> TwoD # negate :: TwoD -> TwoD # abs :: TwoD -> TwoD # signum :: TwoD -> TwoD # fromInteger :: Integer -> TwoD #
Integral TwoD Source #
Instance details Defined in Math.Matrix.Points Methods quot :: TwoD -> TwoD -> TwoD # rem :: TwoD -> TwoD -> TwoD # div :: TwoD -> TwoD -> TwoD # mod :: TwoD -> TwoD -> TwoD # quotRem :: TwoD -> TwoD -> (TwoD, TwoD) # divMod :: TwoD -> TwoD -> (TwoD, TwoD) # toInteger :: TwoD -> Integer #
Real TwoD Source #
Instance details Defined in Math.Matrix.Points Methods toRational :: TwoD -> Rational #
Show TwoD Source #
Instance details Defined in Math.Matrix.Points Methods showsPrec :: Int -> TwoD -> ShowS # show :: TwoD -> String # showList :: [TwoD] -> ShowS #
CoFactorDimension TwoD Source #
Instance details Defined in Math.Matrix.Simple Methods cofactorDim :: (Num a, ConjugateSymmetric a) => TwoD -> (TwoD :&: TwoD) a -> a Source #
PpShow TwoD Source #
Instance details Defined in Math.Matrix.Points Methods pp :: TwoD -> Doc Source #
Universe TwoD Source #
Instance details Defined in Math.Matrix.Points Methods all_elements :: [TwoD] Source #
Eq TwoD Source #
Instance details Defined in Math.Matrix.Points Methods (==) :: TwoD -> TwoD -> Bool # (/=) :: TwoD -> TwoD -> Bool #
Ord TwoD Source #
Instance details Defined in Math.Matrix.Points Methods compare :: TwoD -> TwoD -> Ordering # (<) :: TwoD -> TwoD -> Bool # (<=) :: TwoD -> TwoD -> Bool # (>) :: TwoD -> TwoD -> Bool # (>=) :: TwoD -> TwoD -> Bool # max :: TwoD -> TwoD -> TwoD # min :: TwoD -> TwoD -> TwoD #
Num a => DecomposableVectorSpace (Vector2 a) ((->) TwoD) Source #
Instance details Defined in Math.Matrix.Simple Methods decompose :: (Scalar (Vector2 a) -> res) -> Vector2 a -> TwoD -> res Source # project :: Vector2 a -> TwoD -> Scalar (Vector2 a) Source #
Num a => Num (TwoD -> a) Source #
Instance details Defined in Math.Matrix.Simple Methods (+) :: (TwoD -> a) -> (TwoD -> a) -> TwoD -> a # (-) :: (TwoD -> a) -> (TwoD -> a) -> TwoD -> a # (*) :: (TwoD -> a) -> (TwoD -> a) -> TwoD -> a # negate :: (TwoD -> a) -> TwoD -> a # abs :: (TwoD -> a) -> TwoD -> a # signum :: (TwoD -> a) -> TwoD -> a # fromInteger :: Integer -> TwoD -> a #
Show b => Show (TwoD -> b) Source #
Instance details Defined in Math.Matrix.Points Methods showsPrec :: Int -> (TwoD -> b) -> ShowS # show :: (TwoD -> b) -> String # showList :: [TwoD -> b] -> ShowS #
Comonad ((->) TwoD) Source #
Instance details Defined in Math.Matrix.Simple Methods extract :: (TwoD -> a) -> a Source # duplicate :: (TwoD -> a) -> TwoD -> (TwoD -> a) Source # extend :: ((TwoD -> a) -> b) -> (TwoD -> a) -> TwoD -> b Source # (=>>) :: (TwoD -> a) -> ((TwoD -> a) -> b) -> TwoD -> b Source # (.>>) :: (TwoD -> a) -> b -> TwoD -> b Source #

data ThreeD Source #

Constructors

ThreeD0
ThreeD1
ThreeD2

Instances

Instances details

Enum ThreeD Source #
Instance details Defined in Math.Matrix.Points Methods succ :: ThreeD -> ThreeD # pred :: ThreeD -> ThreeD # toEnum :: Int -> ThreeD # fromEnum :: ThreeD -> Int # enumFrom :: ThreeD -> [ThreeD] # enumFromThen :: ThreeD -> ThreeD -> [ThreeD] # enumFromTo :: ThreeD -> ThreeD -> [ThreeD] # enumFromThenTo :: ThreeD -> ThreeD -> ThreeD -> [ThreeD] #
Num ThreeD Source #
Instance details Defined in Math.Matrix.Points Methods (+) :: ThreeD -> ThreeD -> ThreeD # (-) :: ThreeD -> ThreeD -> ThreeD # (*) :: ThreeD -> ThreeD -> ThreeD # negate :: ThreeD -> ThreeD # abs :: ThreeD -> ThreeD # signum :: ThreeD -> ThreeD # fromInteger :: Integer -> ThreeD #
Integral ThreeD Source #
Instance details Defined in Math.Matrix.Points Methods quot :: ThreeD -> ThreeD -> ThreeD # rem :: ThreeD -> ThreeD -> ThreeD # div :: ThreeD -> ThreeD -> ThreeD # mod :: ThreeD -> ThreeD -> ThreeD # quotRem :: ThreeD -> ThreeD -> (ThreeD, ThreeD) # divMod :: ThreeD -> ThreeD -> (ThreeD, ThreeD) # toInteger :: ThreeD -> Integer #
Real ThreeD Source #
Instance details Defined in Math.Matrix.Points Methods toRational :: ThreeD -> Rational #
Show ThreeD Source #
Instance details Defined in Math.Matrix.Points Methods showsPrec :: Int -> ThreeD -> ShowS # show :: ThreeD -> String # showList :: [ThreeD] -> ShowS #
CoFactorDimension ThreeD Source #
Instance details Defined in Math.Matrix.Simple Methods cofactorDim :: (Num a, ConjugateSymmetric a) => ThreeD -> (ThreeD :&: ThreeD) a -> a Source #
PpShow ThreeD Source #
Instance details Defined in Math.Matrix.Points Methods pp :: ThreeD -> Doc Source #
Universe ThreeD Source #
Instance details Defined in Math.Matrix.Points Methods all_elements :: [ThreeD] Source #
Eq ThreeD Source #
Instance details Defined in Math.Matrix.Points Methods (==) :: ThreeD -> ThreeD -> Bool # (/=) :: ThreeD -> ThreeD -> Bool #
Ord ThreeD Source #
Instance details Defined in Math.Matrix.Points Methods compare :: ThreeD -> ThreeD -> Ordering # (<) :: ThreeD -> ThreeD -> Bool # (<=) :: ThreeD -> ThreeD -> Bool # (>) :: ThreeD -> ThreeD -> Bool # (>=) :: ThreeD -> ThreeD -> Bool # max :: ThreeD -> ThreeD -> ThreeD # min :: ThreeD -> ThreeD -> ThreeD #
Num a => DecomposableVectorSpace (Vector3 a) ((->) ThreeD) Source #
Instance details Defined in Math.Matrix.Simple Methods decompose :: (Scalar (Vector3 a) -> res) -> Vector3 a -> ThreeD -> res Source # project :: Vector3 a -> ThreeD -> Scalar (Vector3 a) Source #
Num a => Num (ThreeD -> a) Source #
Instance details Defined in Math.Matrix.Simple Methods (+) :: (ThreeD -> a) -> (ThreeD -> a) -> ThreeD -> a # (-) :: (ThreeD -> a) -> (ThreeD -> a) -> ThreeD -> a # (*) :: (ThreeD -> a) -> (ThreeD -> a) -> ThreeD -> a # negate :: (ThreeD -> a) -> ThreeD -> a # abs :: (ThreeD -> a) -> ThreeD -> a # signum :: (ThreeD -> a) -> ThreeD -> a # fromInteger :: Integer -> ThreeD -> a #
Show b => Show (ThreeD -> b) Source #
Instance details Defined in Math.Matrix.Points Methods showsPrec :: Int -> (ThreeD -> b) -> ShowS # show :: (ThreeD -> b) -> String # showList :: [ThreeD -> b] -> ShowS #
Comonad ((->) ThreeD) Source #
Instance details Defined in Math.Matrix.Simple Methods extract :: (ThreeD -> a) -> a Source # duplicate :: (ThreeD -> a) -> ThreeD -> (ThreeD -> a) Source # extend :: ((ThreeD -> a) -> b) -> (ThreeD -> a) -> ThreeD -> b Source # (=>>) :: (ThreeD -> a) -> ((ThreeD -> a) -> b) -> ThreeD -> b Source # (.>>) :: (ThreeD -> a) -> b -> ThreeD -> b Source #

data FourD Source #

Constructors

FourD0
FourD1
FourD2
FourD3

Instances

Instances details

Enum FourD Source #
Instance details Defined in Math.Matrix.Points Methods succ :: FourD -> FourD # pred :: FourD -> FourD # toEnum :: Int -> FourD # fromEnum :: FourD -> Int # enumFrom :: FourD -> [FourD] # enumFromThen :: FourD -> FourD -> [FourD] # enumFromTo :: FourD -> FourD -> [FourD] # enumFromThenTo :: FourD -> FourD -> FourD -> [FourD] #
Num FourD Source #
Instance details Defined in Math.Matrix.Points Methods (+) :: FourD -> FourD -> FourD # (-) :: FourD -> FourD -> FourD # (*) :: FourD -> FourD -> FourD # negate :: FourD -> FourD # abs :: FourD -> FourD # signum :: FourD -> FourD # fromInteger :: Integer -> FourD #
Integral FourD Source #
Instance details Defined in Math.Matrix.Points Methods quot :: FourD -> FourD -> FourD # rem :: FourD -> FourD -> FourD # div :: FourD -> FourD -> FourD # mod :: FourD -> FourD -> FourD # quotRem :: FourD -> FourD -> (FourD, FourD) # divMod :: FourD -> FourD -> (FourD, FourD) # toInteger :: FourD -> Integer #
Real FourD Source #
Instance details Defined in Math.Matrix.Points Methods toRational :: FourD -> Rational #
Show FourD Source #
Instance details Defined in Math.Matrix.Points Methods showsPrec :: Int -> FourD -> ShowS # show :: FourD -> String # showList :: [FourD] -> ShowS #
CoFactorDimension FourD Source #
Instance details Defined in Math.Matrix.Simple Methods cofactorDim :: (Num a, ConjugateSymmetric a) => FourD -> (FourD :&: FourD) a -> a Source #
PpShow FourD Source #
Instance details Defined in Math.Matrix.Points Methods pp :: FourD -> Doc Source #
Universe FourD Source #
Instance details Defined in Math.Matrix.Points Methods all_elements :: [FourD] Source #
Eq FourD Source #
Instance details Defined in Math.Matrix.Points Methods (==) :: FourD -> FourD -> Bool # (/=) :: FourD -> FourD -> Bool #
Ord FourD Source #
Instance details Defined in Math.Matrix.Points Methods compare :: FourD -> FourD -> Ordering # (<) :: FourD -> FourD -> Bool # (<=) :: FourD -> FourD -> Bool # (>) :: FourD -> FourD -> Bool # (>=) :: FourD -> FourD -> Bool # max :: FourD -> FourD -> FourD # min :: FourD -> FourD -> FourD #
Num a => DecomposableVectorSpace (Vector4 a) ((->) FourD) Source #
Instance details Defined in Math.Matrix.Simple Methods decompose :: (Scalar (Vector4 a) -> res) -> Vector4 a -> FourD -> res Source # project :: Vector4 a -> FourD -> Scalar (Vector4 a) Source #
Num a => Num (FourD -> a) Source #
Instance details Defined in Math.Matrix.Simple Methods (+) :: (FourD -> a) -> (FourD -> a) -> FourD -> a # (-) :: (FourD -> a) -> (FourD -> a) -> FourD -> a # (*) :: (FourD -> a) -> (FourD -> a) -> FourD -> a # negate :: (FourD -> a) -> FourD -> a # abs :: (FourD -> a) -> FourD -> a # signum :: (FourD -> a) -> FourD -> a # fromInteger :: Integer -> FourD -> a #
Show b => Show (FourD -> b) Source #
Instance details Defined in Math.Matrix.Points Methods showsPrec :: Int -> (FourD -> b) -> ShowS # show :: (FourD -> b) -> String # showList :: [FourD -> b] -> ShowS #
Comonad ((->) FourD) Source #
Instance details Defined in Math.Matrix.Simple Methods extract :: (FourD -> a) -> a Source # duplicate :: (FourD -> a) -> FourD -> (FourD -> a) Source # extend :: ((FourD -> a) -> b) -> (FourD -> a) -> FourD -> b Source # (=>>) :: (FourD -> a) -> ((FourD -> a) -> b) -> FourD -> b Source # (.>>) :: (FourD -> a) -> b -> FourD -> b Source #

data FiveD Source #

Constructors

FiveD0
FiveD1
FiveD2
FiveD3
FiveD4

Instances

Instances details

Enum FiveD Source #
Instance details Defined in Math.Matrix.Points Methods succ :: FiveD -> FiveD # pred :: FiveD -> FiveD # toEnum :: Int -> FiveD # fromEnum :: FiveD -> Int # enumFrom :: FiveD -> [FiveD] # enumFromThen :: FiveD -> FiveD -> [FiveD] # enumFromTo :: FiveD -> FiveD -> [FiveD] # enumFromThenTo :: FiveD -> FiveD -> FiveD -> [FiveD] #
Num FiveD Source #
Instance details Defined in Math.Matrix.Points Methods (+) :: FiveD -> FiveD -> FiveD # (-) :: FiveD -> FiveD -> FiveD # (*) :: FiveD -> FiveD -> FiveD # negate :: FiveD -> FiveD # abs :: FiveD -> FiveD # signum :: FiveD -> FiveD # fromInteger :: Integer -> FiveD #
Integral FiveD Source #
Instance details Defined in Math.Matrix.Points Methods quot :: FiveD -> FiveD -> FiveD # rem :: FiveD -> FiveD -> FiveD # div :: FiveD -> FiveD -> FiveD # mod :: FiveD -> FiveD -> FiveD # quotRem :: FiveD -> FiveD -> (FiveD, FiveD) # divMod :: FiveD -> FiveD -> (FiveD, FiveD) # toInteger :: FiveD -> Integer #
Real FiveD Source #
Instance details Defined in Math.Matrix.Points Methods toRational :: FiveD -> Rational #
Show FiveD Source #
Instance details Defined in Math.Matrix.Points Methods showsPrec :: Int -> FiveD -> ShowS # show :: FiveD -> String # showList :: [FiveD] -> ShowS #
PpShow FiveD Source #
Instance details Defined in Math.Matrix.Points Methods pp :: FiveD -> Doc Source #
Universe FiveD Source #
Instance details Defined in Math.Matrix.Points Methods all_elements :: [FiveD] Source #
Eq FiveD Source #
Instance details Defined in Math.Matrix.Points Methods (==) :: FiveD -> FiveD -> Bool # (/=) :: FiveD -> FiveD -> Bool #
Ord FiveD Source #
Instance details Defined in Math.Matrix.Points Methods compare :: FiveD -> FiveD -> Ordering # (<) :: FiveD -> FiveD -> Bool # (<=) :: FiveD -> FiveD -> Bool # (>) :: FiveD -> FiveD -> Bool # (>=) :: FiveD -> FiveD -> Bool # max :: FiveD -> FiveD -> FiveD # min :: FiveD -> FiveD -> FiveD #
Show b => Show (FiveD -> b) Source #
Instance details Defined in Math.Matrix.Points Methods showsPrec :: Int -> (FiveD -> b) -> ShowS # show :: (FiveD -> b) -> String # showList :: [FiveD -> b] -> ShowS #
Comonad ((->) FiveD) Source #
Instance details Defined in Math.Matrix.Simple Methods extract :: (FiveD -> a) -> a Source # duplicate :: (FiveD -> a) -> FiveD -> (FiveD -> a) Source # extend :: ((FiveD -> a) -> b) -> (FiveD -> a) -> FiveD -> b Source # (=>>) :: (FiveD -> a) -> ((FiveD -> a) -> b) -> FiveD -> b Source # (.>>) :: (FiveD -> a) -> b -> FiveD -> b Source #

data SixD Source #

Constructors

SixD0
SixD1
SixD2
SixD3
SixD4
SixD5

Instances

Instances details

Enum SixD Source #
Instance details Defined in Math.Matrix.Points Methods succ :: SixD -> SixD # pred :: SixD -> SixD # toEnum :: Int -> SixD # fromEnum :: SixD -> Int # enumFrom :: SixD -> [SixD] # enumFromThen :: SixD -> SixD -> [SixD] # enumFromTo :: SixD -> SixD -> [SixD] # enumFromThenTo :: SixD -> SixD -> SixD -> [SixD] #
Num SixD Source #
Instance details Defined in Math.Matrix.Points Methods (+) :: SixD -> SixD -> SixD # (-) :: SixD -> SixD -> SixD # (*) :: SixD -> SixD -> SixD # negate :: SixD -> SixD # abs :: SixD -> SixD # signum :: SixD -> SixD # fromInteger :: Integer -> SixD #
Integral SixD Source #
Instance details Defined in Math.Matrix.Points Methods quot :: SixD -> SixD -> SixD # rem :: SixD -> SixD -> SixD # div :: SixD -> SixD -> SixD # mod :: SixD -> SixD -> SixD # quotRem :: SixD -> SixD -> (SixD, SixD) # divMod :: SixD -> SixD -> (SixD, SixD) # toInteger :: SixD -> Integer #
Real SixD Source #
Instance details Defined in Math.Matrix.Points Methods toRational :: SixD -> Rational #
Show SixD Source #
Instance details Defined in Math.Matrix.Points Methods showsPrec :: Int -> SixD -> ShowS # show :: SixD -> String # showList :: [SixD] -> ShowS #
PpShow SixD Source #
Instance details Defined in Math.Matrix.Points Methods pp :: SixD -> Doc Source #
Universe SixD Source #
Instance details Defined in Math.Matrix.Points Methods all_elements :: [SixD] Source #
Eq SixD Source #
Instance details Defined in Math.Matrix.Points Methods (==) :: SixD -> SixD -> Bool # (/=) :: SixD -> SixD -> Bool #
Ord SixD Source #
Instance details Defined in Math.Matrix.Points Methods compare :: SixD -> SixD -> Ordering # (<) :: SixD -> SixD -> Bool # (<=) :: SixD -> SixD -> Bool # (>) :: SixD -> SixD -> Bool # (>=) :: SixD -> SixD -> Bool # max :: SixD -> SixD -> SixD # min :: SixD -> SixD -> SixD #
Show b => Show (SixD -> b) Source #
Instance details Defined in Math.Matrix.Points Methods showsPrec :: Int -> (SixD -> b) -> ShowS # show :: (SixD -> b) -> String # showList :: [SixD -> b] -> ShowS #
Comonad ((->) SixD) Source #
Instance details Defined in Math.Matrix.Simple Methods extract :: (SixD -> a) -> a Source # duplicate :: (SixD -> a) -> SixD -> (SixD -> a) Source # extend :: ((SixD -> a) -> b) -> (SixD -> a) -> SixD -> b Source # (=>>) :: (SixD -> a) -> ((SixD -> a) -> b) -> SixD -> b Source # (.>>) :: (SixD -> a) -> b -> SixD -> b Source #

data SevenD Source #

Constructors

SevenD0
SevenD1
SevenD2
SevenD3
SevenD4
SevenD5
SevenD6

Instances

Instances details

Enum SevenD Source #
Instance details Defined in Math.Matrix.Points Methods succ :: SevenD -> SevenD # pred :: SevenD -> SevenD # toEnum :: Int -> SevenD # fromEnum :: SevenD -> Int # enumFrom :: SevenD -> [SevenD] # enumFromThen :: SevenD -> SevenD -> [SevenD] # enumFromTo :: SevenD -> SevenD -> [SevenD] # enumFromThenTo :: SevenD -> SevenD -> SevenD -> [SevenD] #
Num SevenD Source #
Instance details Defined in Math.Matrix.Points Methods (+) :: SevenD -> SevenD -> SevenD # (-) :: SevenD -> SevenD -> SevenD # (*) :: SevenD -> SevenD -> SevenD # negate :: SevenD -> SevenD # abs :: SevenD -> SevenD # signum :: SevenD -> SevenD # fromInteger :: Integer -> SevenD #
Integral SevenD Source #
Instance details Defined in Math.Matrix.Points Methods quot :: SevenD -> SevenD -> SevenD # rem :: SevenD -> SevenD -> SevenD # div :: SevenD -> SevenD -> SevenD # mod :: SevenD -> SevenD -> SevenD # quotRem :: SevenD -> SevenD -> (SevenD, SevenD) # divMod :: SevenD -> SevenD -> (SevenD, SevenD) # toInteger :: SevenD -> Integer #
Real SevenD Source #
Instance details Defined in Math.Matrix.Points Methods toRational :: SevenD -> Rational #
Show SevenD Source #
Instance details Defined in Math.Matrix.Points Methods showsPrec :: Int -> SevenD -> ShowS # show :: SevenD -> String # showList :: [SevenD] -> ShowS #
PpShow SevenD Source #
Instance details Defined in Math.Matrix.Points Methods pp :: SevenD -> Doc Source #
Universe SevenD Source #
Instance details Defined in Math.Matrix.Points Methods all_elements :: [SevenD] Source #
Eq SevenD Source #
Instance details Defined in Math.Matrix.Points Methods (==) :: SevenD -> SevenD -> Bool # (/=) :: SevenD -> SevenD -> Bool #
Ord SevenD Source #
Instance details Defined in Math.Matrix.Points Methods compare :: SevenD -> SevenD -> Ordering # (<) :: SevenD -> SevenD -> Bool # (<=) :: SevenD -> SevenD -> Bool # (>) :: SevenD -> SevenD -> Bool # (>=) :: SevenD -> SevenD -> Bool # max :: SevenD -> SevenD -> SevenD # min :: SevenD -> SevenD -> SevenD #
Show b => Show (SevenD -> b) Source #
Instance details Defined in Math.Matrix.Points Methods showsPrec :: Int -> (SevenD -> b) -> ShowS # show :: (SevenD -> b) -> String # showList :: [SevenD -> b] -> ShowS #