23 packages tagged with “HDF5”
C# Wrapper for HDF.PInvoke Library
.NET Standard compatible P/Invoke declarations for the unmanaged HDF5 1.10.x C-API (tested on Windows, Linux and MacOS). For documentation, see the HDF5 support page at https://portal.hdfgroup.org/display/HDF5/HDF5.
This package contains PInvoke declarations for the (unmanaged) HDF5 1.10.x API and the native HDF5 libraries for 64-bit Linux, MacOS and Microsoft Windows built with thread-safety enabled. Full API reference documentation is provided at https://surban.github.io/HDF.PInvoke/api/HDF.PInvoke.html For information on how to use the HDF5 libraries please refer to https://portal.hdfgroup.org/display/HDF5/HDF5 This is an inofficial port of HDF.PInvoke to .NET Standard 2.0, based on the code published by the HDF Group at https://github.com/HDFGroup/HDF.PInvoke.
A pure .NET library that makes reading and writing of HDF5 files (groups, datasets, attributes, links, ...) very easy.
Tensor (n-dimensional array) library for F# Core features: - n-dimensional arrays (tensors) in host memory or on CUDA GPUs - element-wise operations (addition, multiplication, absolute value, etc.) - basic linear algebra operations (dot product, SVD decomposition, matrix inverse, etc.) - reduction operations (sum, product, average, maximum, arg max, etc.) - logic operations (comparision, and, or, etc.) - views, slicing, reshaping, broadcasting (similar to NumPy) - scatter and gather by indices - standard functional operations (map, fold, etc.) Data exchange: - read/write support for HDF5 (.h5) - interop with standard F# types (Seq, List, Array, Array2D, Array3D, etc.) Performance: - host: SIMD and BLAS accelerated operations - by default Intel MKL is used (shipped with NuGet package) - other BLASes (OpenBLAS, vendor-specific) can be selected by configuration option - CUDA GPU: all operations performed locally on GPU and cuBLAS used for matrix operations Requirements: - Linux, MacOS or Windows on x64 - Linux requires libgomp.so.1 installed. Additional algorithms are provided in the Tensor.Algorithm package.
HDF5 is a completely new Hierarchical Data Format product consisting of a data format specification and a supporting library implementation.
HDF5DotNet wraps a subset of the HDF5 library API in a .NET assembly for consumption by .NET applications.
Enables LZF filter support for PureHDF.
Lightweight library for reading HDF5 files.
This package prepares your project to run with ILNumerics.IO.HDF5 under Windows and Linux (x64). It is automatically loaded as a dependency of ILNumerics.IO.HDF5. Free trial licenses are available here: https://ilnumerics.net/download.html.
Enables access to the Highly Scalable Data Service (HSDS) for PureHDF.
Enables BZip2 filter support for PureHDF (based on SharpZipLib).
Professional, efficient, object oriented API for HDF5. Integrates ILNumerics smart arrays. Prepared to run under Windows and Linux (x64). Free trial licenses are available here: https://ilnumerics.net/download.html.
Generates strongly-typed bindings for your specific HDF5 file.
Enables hardware accelerated Deflate filter support for PureHDF (based on Intel ISA-L).
Provides an Amazon S3 virtual file driver for PureHDF.
Enables Deflate filter support for PureHDF (based on SharpZipLib).
Enables hardware accelerated Blosc filter support for PureHDF.
Enables Bitshuffle filter support for PureHDF (based on https://github.com/kiyo-masui/bitshuffle).
A pure C# library for reading and writing NetCDF files (classic NC3 and HDF5-based NC4) with no native dependencies.
