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1. type ForceVector = Vec

   LPFP-core	LPFPCore.MultipleObjects

   No documentation available.

2. elementVector :: Value a -> Array (Vector a)

   aeson-value-parser	AesonValueParser

   No documentation available.

3. newtype Covector r a

   algebra	Numeric.Algebra

   Linear functionals from elements of an (infinite) free module to a scalar

4. Covector :: ((a -> r) -> r) -> Covector r a

   algebra	Numeric.Algebra

   No documentation available.

5. type Comultivector r m = Covector r BasisCoblade m

   algebra	Numeric.Coalgebra.Geometric

   No documentation available.

6. module Numeric.Covector

   No documentation available.

7. newtype Covector r a

   algebra	Numeric.Covector

   Linear functionals from elements of an (infinite) free module to a scalar

8. Covector :: ((a -> r) -> r) -> Covector r a

   algebra	Numeric.Covector

   No documentation available.

9. package alternative-vector

   Use vectors instead of lists for many and some Use vectors instead of lists for many and some

10. module Data.BitVector

    Bit-vector arithmetic inspired by SMT-LIB http://smt-lib.org/ and Cryptol http://cryptol.net/. Bit-vectors are represented as a pair size and value, where sizes are of type Int and values are Integer.

    • Bit-vectors are interpreted as unsigned integers (i.e. natural numbers) except for some specific signed operations.
    • Most operations are in some way size-polymorphic and, if required, will perform padding to adjust the size of input bit-vectors.
    For documentation purposes we will write [n]k to denote a bit-vector of size n representing the natural number k.

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