LibDyND, a component of the Blaze project, is a C++ library for dynamic, multidimensional arrays. It is inspired by NumPy, the Python array programming library at the core of the scientific Python stack, but tries to address a number of obstacles encountered by some of its users. Examples of this are support for variable-sized string and ragged array types. The library is in a preview development state, and can be thought of as a sandbox where features are being tried and tweaked to gain experience with them.
C++ is a first-class target of the library, the intent is that all its features should be easily usable in the language. This has many benefits, such as that development within LibDyND using its own components is more natural than in a library designed primarily for embedding in another language.
This library is being actively developed together with its Python bindings, which are a good way to get a taste of the library from a high level perspective. See the Python bindings github site.
To discuss the development of this library, subscribe to the LibDyND Development List.
The build system of this library is based on CMake. See the build instructions for details about how to build the library.
The tests are built using Google Test. To execute the test suite,
run the test_dynd program.