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1. vector_type :: CreateIndex -> Maybe VectorType

   pinecone	Pinecone.Indexes

   No documentation available.

2. vector_type :: EmbedResponse -> Maybe VectorType

   pinecone	Pinecone.Indexes

   No documentation available.

3. vectors :: UpsertVectors -> Vector VectorObject

   pinecone	Pinecone.Vectors

   No documentation available.

4. vectors :: Vectors -> Map Text VectorObject

   pinecone	Pinecone.Vectors

   No documentation available.

5. vectors :: VectorIDs -> Vector Text

   pinecone	Pinecone.Vectors

   No documentation available.

6. vectorOf :: MonadGen m => Int -> m a -> m [a]

   quickcheck-transformer	Test.QuickCheck.GenT

   Generates a list of the given length.

7. vectorRg :: Rg rg => rg -> [Int] -> Vector rg

   rg	Data.Rg

   list the items in the enumeration as a Vector, stopping as soon as an index is out of range

8. vectorCoercion :: (Coercible a b, Unboxable a, Unboxable b, CoercibleRep a ~ CoercibleRep b, Rep a ~ Rep b) => Coercion (Vector a) (Vector b)

   unboxing-vector	Data.Vector.Unboxing

   No documentation available.

9. package vector-bytes-instances

   Serial (from the bytes package) for Vector (from the vector package) Serial (from the bytes package) for Vector (from the vector package) Based on the original BSD3-licensed work by Don Stewart in the vector-binary-instances library.

10. package vector-fftw

    A binding to the fftw library for one-dimensional vectors. This package provides bindings to the fftw library for one-dimensional vectors. It provides both high-level functions and more low-level manipulation of fftw plans. We provide three different modules which wrap fftw's operations:

    • Numeric.FFT.Vector.Unnormalized contains the raw transforms;
    • Numeric.FFT.Vector.Invertible scales the backwards transforms to be true inverses;
    • Numeric.FFT.Vector.Unitary additionally scales all transforms to preserve the L2 (sum-of-squares) norm of the input.
    In addition, we provide .Multi modules for each of these providing multi-dimensional transforms.

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