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1. omapVector :: ContentData a -> (a -> b) -> Vector b

   LambdaHack	Game.LambdaHack.Definition.ContentData

   No documentation available.

2. sendFlyingVector :: MonadServerAtomic m => ActorId -> ActorId -> Container -> Maybe Bool -> m Vector

   LambdaHack	Game.LambdaHack.Server.HandleEffectM

   No documentation available.

3. package bytestring-to-vector

   Convert between ByteString and Vector.Storable without copying This library allows conversion between the types from Data.ByteString (package bytestring) and Data.Vector.Storable (package vector) without copying the underlying data. This is useful, for example, when ByteString IO produces or consumes vectors of numbers in native byte order. The conversion relies on the fact that ByteString and Vector use their respective ForeignPtrs in compatible ways. This library is a fork of the spool package written by Keegan McAllister.

4. byteStringToVector :: Storable a => ByteString -> Vector a

   bytestring-to-vector	Data.Vector.Storable.ByteString

   Convert a ByteString to a Vector. This function can produce Vectors which do not obey architectural alignment requirements. On x86 this should not be an issue.

5. fromVectorWithDef :: Vector v a => a -> v a -> Chimera v a

   chimera	Data.Chimera

   Create a stream of values from a given prefix, followed by default value afterwards.

6. imapSubvectors :: (Vector u a, Vector v b) => (Word -> u a -> v b) -> Chimera u a -> Chimera v b

   chimera	Data.Chimera

   Map subvectors of a stream, using a given length-preserving function. The first argument of the function is the index of the first element of subvector in the Chimera.

7. mapSubvectors :: (Vector u a, Vector v b) => (u a -> v b) -> Chimera u a -> Chimera v b

   chimera	Data.Chimera

   Map subvectors of a stream, using a given length-preserving function.

8. prependVector :: Vector v a => v a -> Chimera v a -> Chimera v a

   chimera	Data.Chimera

   Prepend a given vector to a stream of values.

9. sliceSubvectors :: Vector v a => Int -> Int -> Chimera v a -> [v a]

   chimera	Data.Chimera

   Take a slice of Chimera, represented as a list on consecutive subvectors.

10. traverseSubvectors :: (Vector u a, Vector v b, Applicative m) => (u a -> m (v b)) -> Chimera u a -> m (Chimera v b)

    chimera	Data.Chimera

    Traverse subvectors of a stream, using a given length-preserving function. Be careful, because similar to tabulateM, only lazy monadic effects can be executed in a finite time: lazy state monad is fine, but strict one is not.

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