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1. type VectorVolumeIntegral = VectorField -> Volume -> Vec

   LPFP	LPFP.ElectricField

   No documentation available.

2. module Data.MonadicStreamFunction.Instances.VectorSpace

   VectorSpace instances for MSFs that produce vector spaces. This allows you to use vector operators with MSFs that output vectors, for example, you can write:

   msf1 :: MSF Input (Double, Double) -- defined however you want
   msf2 :: MSF Input (Double, Double) -- defined however you want
   msf3 :: MSF Input (Double, Double)
   msf3 = msf1 ^+^ msf2
   

   instead of

   msf3 = (msf1 &&& msf2) >>> arr (uncurry (^+^))
   

   Instances are provided for the type class VectorSpace.

3. type VectorField = Position -> Vec

   learn-physics	Physics.Learn

   A vector field associates a vector with each position in space.

4. type VectorField = Position -> Vec

   learn-physics	Physics.Learn.Position

   A vector field associates a vector with each position in space.

5. type VectorCache s e = Cache Vector s e

   monad-memo	Control.Monad.Memo

   MonadCache based on boxed vector

6. class MaybeLike e v => VectorMemo v e | v -> e

   monad-memo	Control.Monad.Memo

   This is just to be able to infer the type of the VectorCache element.

7. type VectorCache s e = Cache Vector s e

   monad-memo	Control.Monad.Memo.Vector

   MonadCache based on boxed vector

8. class MaybeLike e v => VectorMemo v e | v -> e

   monad-memo	Control.Monad.Memo.Vector

   This is just to be able to infer the type of the VectorCache element.

9. type VectorCache s e = Cache Vector s e

   monad-memo	Control.Monad.Memo.Vector.Expandable

   MonadCache based on boxed vector

10. class MaybeLike e v => VectorMemo v e | v -> e

    monad-memo	Control.Monad.Memo.Vector.Expandable

    This is just to be able to infer the type of the VectorCache element.

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