vector-space-0.4: Vector & affine spaces, linear maps, and derivatives (requires ghc 6.9)

Index

*^ 
1 (Function)Data.VectorSpace
2 (Function)Data.AVectorSpace
.+^Data.AffineSpace
.-.Data.AffineSpace
.-^Data.AffineSpace
:-* 
1 (Type/Class)Data.LinearMap
2 (Type/Class)Data.ALinearMap
:>Data.Maclaurin, Data.Derivative
:~>Data.Maclaurin, Data.Derivative
<$>>Data.Maclaurin, Data.Derivative
<.> 
1 (Function)Data.VectorSpace
2 (Function)Data.AVectorSpace
>-<Data.Maclaurin, Data.Derivative
AdditiveGroupData.AdditiveGroup, Data.VectorSpace, Data.AVectorSpace
AffineSpaceData.AffineSpace
alerpData.AffineSpace
Basis 
1 (Type/Class)Data.Basis
2 (Type/Class)Data.ABasis
basisValue 
1 (Function)Data.Basis
2 (Function)Data.ABasis
cross2Data.Cross
cross3Data.Cross
decompose 
1 (Function)Data.Basis
2 (Function)Data.ABasis
decompose' 
1 (Function)Data.Basis
2 (Function)Data.ABasis
derivativeData.Maclaurin, Data.Derivative
distanceData.AffineSpace
distanceSqData.AffineSpace
distribData.Maclaurin, Data.Derivative
dZeroData.Maclaurin, Data.Derivative
fmapDData.Maclaurin, Data.Derivative
fstDData.Maclaurin, Data.Derivative
HasBasis 
1 (Type/Class)Data.Basis
2 (Type/Class)Data.ABasis
HasCross2Data.Cross
HasCross3Data.Cross
HasNormalData.Cross
idDData.Maclaurin, Data.Derivative
InnerSpace 
1 (Type/Class)Data.VectorSpace
2 (Type/Class)Data.AVectorSpace
lapply 
1 (Function)Data.LinearMap
2 (Function)Data.ALinearMap
lerp 
1 (Function)Data.VectorSpace
2 (Function)Data.AVectorSpace
liftD2Data.Maclaurin, Data.Derivative
liftD3Data.Maclaurin, Data.Derivative
linear 
1 (Function)Data.LinearMap
2 (Function)Data.ALinearMap
linearCombo 
1 (Function)Data.Basis
2 (Function)Data.ABasis
linearDData.Maclaurin, Data.Derivative
magnitude 
1 (Function)Data.VectorSpace
2 (Function)Data.AVectorSpace
magnitudeSq 
1 (Function)Data.VectorSpace
2 (Function)Data.AVectorSpace
negateVData.AdditiveGroup, Data.VectorSpace, Data.AVectorSpace
normalData.Cross
normalized 
1 (Function)Data.VectorSpace
2 (Function)Data.AVectorSpace
normalVecData.Cross
OneData.Cross
powValData.Maclaurin, Data.Derivative
pureDData.Maclaurin, Data.Derivative
recompose 
1 (Function)Data.Basis
2 (Function)Data.ABasis
ScalarData.AVectorSpace
sndDData.Maclaurin, Data.Derivative
sumVData.AdditiveGroup, Data.VectorSpace, Data.AVectorSpace
ThreeData.Cross
TwoData.Cross
VectorSpace 
1 (Type/Class)Data.VectorSpace
2 (Type/Class)Data.AVectorSpace
zeroVData.AdditiveGroup, Data.VectorSpace, Data.AVectorSpace
^* 
1 (Function)Data.VectorSpace
2 (Function)Data.AVectorSpace
^+^Data.AdditiveGroup, Data.VectorSpace, Data.AVectorSpace
^-^Data.AdditiveGroup, Data.VectorSpace, Data.AVectorSpace
^/ 
1 (Function)Data.VectorSpace
2 (Function)Data.AVectorSpace