The primitive-simd package
This package provides a lifted version of the SIMD data types and instructions from ghc-prim.
The implementation is based on type families to provide a
uniform interface to all different vector types. Instances
for numeric operations,
Storable and unboxed vector
instances are provided.
Although not all processors support 256 or 512-bit vectors this package provides a uniform interface. Vectors which are bigger than supported are modeled by combining smaller vectors. If the same code is compiled on a computer supporting larger vectors the smaller vectors are replaced by larger vectors.
Note: This package needs to be compiled with LLVM as the NCG does not know how to deal with SIMD-instructions. If LLVM is not available, use -f no-vec to disable the use of SIMD instructions. While this will give you no speedup, it will work with plain Haskell (and should even work with GHCJS).
|Dependencies||base (>=4.7 && <5), ghc-prim (>=0.3.1), primitive (>=0.5), vector (>=0.10) [details]|
|Copyright||(c) 2015 Anselm Jonas Scholl|
|Author||Anselm Jonas Scholl|
|Source repository||head: git clone git://github.com/ajscholl/primitive-simd.git|
|Uploaded||Mon Feb 1 22:37:38 UTC 2016 by JonasScholl|
|Downloads||106 total (12 in the last 30 days)|
|Status||Docs uploaded by user
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Disable all vector hardware instructions. Your code will run on all hardware but also be a lot slower.
Enable 256-bit vector hardware instructions. Your code will only run if your CPU supports 256-bit vector instructions.
Enable 512-bit vector hardware instructions. Your code will only run if your CPU supports 512-bit vector instructions.
Use -f <flag> to enable a flag, or -f -<flag> to disable that flag. More info
For package maintainers and hackage trustees