vector-space-0.2.0: Vector & affine spaces, plus derivatives Contents Index

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**^ Data.Maclaurin *^ Data.VectorSpace .* Data.LinearMap .+^ Data.AffineSpace .-. Data.AffineSpace .-^ Data.AffineSpace :-* Data.LinearMap :> 1 (Type/Class) Data.Maclaurin 2 (Type/Class) Data.Derivative :~> 1 (Type/Class) Data.Maclaurin 2 (Type/Class) Data.Derivative <$>* Data.LinearMap <$>> 1 (Function) Data.Maclaurin 2 (Function) Data.Derivative <*.> Data.Maclaurin <.> Data.VectorSpace >-< 1 (Function) Data.Maclaurin 2 (Function) Data.Derivative @. 1 (Function) Data.Maclaurin 2 (Function) Data.Derivative AdditiveGroup Data.AdditiveGroup, Data.VectorSpace AffineSpace Data.AffineSpace alerp Data.AffineSpace cross2 Data.Cross cross3 Data.Cross derivative 1 (Function) Data.Maclaurin 2 (Function) Data.Derivative derivativeAt 1 (Function) Data.Maclaurin 2 (Function) Data.Derivative distance Data.AffineSpace distanceSq Data.AffineSpace distrib 1 (Function) Data.Maclaurin 2 (Function) Data.Derivative dZero 1 (Function) Data.Maclaurin 2 (Function) Data.Derivative fmapD 1 (Function) Data.Maclaurin 2 (Function) Data.Derivative fmapL Data.LinearMap fstD 1 (Function) Data.Maclaurin 2 (Function) Data.Derivative HasCross2 Data.Cross HasCross3 Data.Cross HasNormal Data.Cross idD 1 (Function) Data.Maclaurin 2 (Function) Data.Derivative idL Data.LinearMap inL Data.LinearMap inL2 Data.LinearMap inL3 Data.LinearMap InnerSpace Data.VectorSpace lapply Data.LinearMap lerp Data.VectorSpace liftD2 1 (Function) Data.Maclaurin 2 (Function) Data.Derivative liftD3 1 (Function) Data.Maclaurin 2 (Function) Data.Derivative liftL2 Data.LinearMap liftL3 Data.LinearMap linear Data.LinearMap linearD 1 (Function) Data.Maclaurin 2 (Function) Data.Derivative linearK Data.LinearMap LMapDom Data.LinearMap magnitude Data.VectorSpace magnitudeSq Data.VectorSpace negateV Data.AdditiveGroup, Data.VectorSpace normal Data.Cross normalized Data.VectorSpace normalVec Data.Cross One Data.Cross powVal 1 (Function) Data.Maclaurin 2 (Function) Data.Derivative pureD 1 (Function) Data.Maclaurin 2 (Function) Data.Derivative pureL Data.LinearMap sndD 1 (Function) Data.Maclaurin 2 (Function) Data.Derivative Three Data.Cross Two Data.Cross VectorSpace Data.VectorSpace zeroV Data.AdditiveGroup, Data.VectorSpace ^* Data.VectorSpace ^+^ Data.AdditiveGroup, Data.VectorSpace ^-^ Data.AdditiveGroup, Data.VectorSpace ^/ Data.VectorSpace