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Within LTS Haskell 24.51 (ghc-9.10.3)

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1. addNum :: Num a => a -> a -> a

   backprop	Numeric.Backprop.Class

   add for instances of Num.

2. oneNum :: Num a => a -> a

   backprop	Numeric.Backprop.Class

   one for instances of Num. Is lazy in its argument.

3. oneVecNum :: (Vector v a, Num a) => v a -> v a

   backprop	Numeric.Backprop.Class

   one for instances of Vector when the contained type is an instance of Num. Is potentially more performant than oneVec when the vectors are larger. See NumVec for a Backprop instance for Vector instances that uses this for one.

4. runNumBP :: NumBP a -> a

   backprop	Numeric.Backprop.Class

   No documentation available.

5. runNumVec :: NumVec (v :: Type -> Type) a -> v a

   backprop	Numeric.Backprop.Class

   No documentation available.

6. zeroNum :: Num a => a -> a

   backprop	Numeric.Backprop.Class

   zero for instances of Num. Is lazy in its argument.

7. zeroVecNum :: (Vector v a, Num a) => v a -> v a

   backprop	Numeric.Backprop.Class

   zero for instances of Vector when the contained type is an instance of Num. Is potentially more performant than zeroVec when the vectors are larger. See NumVec for a Backprop instance for Vector instances that uses this for zero.

8. afNum :: Num a => AddFunc a

   backprop	Numeric.Backprop.Explicit

   If a type has a Num instance, this is the canonical AddFunc.

9. afNums :: forall (as :: [Type]) . RPureConstrained Num as => Rec AddFunc as

   backprop	Numeric.Backprop.Explicit

   ZeroFuncs for every item in a type level list based on their Num instances

10. ofNum :: Num a => OneFunc a

    backprop	Numeric.Backprop.Explicit

    If a type has a Num instance, this is the canonical OneFunc.

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