https://github.com/intelpython/mkl_umath - v0.2.0

This release updates mkl_umath to be aligned with both numpy-1.26.x and numpy-2.x.x.

Added

• The definition of sign function for complex floating point data types is updated to match numpy-2.x.x gh-65
• ldexp function is updated to allow int64 explicitly similar to numpy-2.x.x behavior gh-73

Changed

• Migrated from setup.py to pyproject toml gh-63
• Changed to dynamic linking and added interface and threading layers gh-72

Fixed

• Fixed a bug for mkl_umath.is_patched function gh-66

- Python
Published by vtavana 11 months ago

https://github.com/intelpython/mkl_umath - v0.1.5

This release - Fixes failures to import mkl_umath from virtual environment on Linux

- Python
Published by ndgrigorian about 1 year ago

https://github.com/intelpython/mkl_umath - v0.1.4

This release - Adds a fix for a bug in in-place addition with negative zeros - Adds support for mkl_umath out-of-the-box in virtual environments on Windows

- Python
Published by ndgrigorian about 1 year ago

https://github.com/intelpython/mkl_umath - v0.1.2

Update build system from removed NumPy distutils to scikit-build, gain ability to build with Intel LLVM compiler ICX. Update to build with NumPy 2.0 and older.

- Python
Published by oleksandr-pavlyk over 1 year ago

https://github.com/intelpython/mkl_umath -

- Python
Published by xaleryb almost 3 years ago

https://github.com/intelpython/mkl_umath - v0.1.1

Released version of mkl_umath.

The package implements numpy.ufunc instances which are powered by Intel(R) Math Kernel Library's Vector Math component and Intel(R) C Compiler generated calls to Intel(R) Short Vector Math Library functions for appropriate data types.

The package provides for a way to register typed evaluation loops provided by this package with the numpy.ufunc instances, thus monkey patching NumPy for improved performance (e.g. mkl_umath.use_in_numpy() and mkl_umath.restore().)

Supported types can be queries using attributes of numpy.ufunc instance:

python In [44]: mkl_umath.multiply.types Out[44]: ['ff->f', 'dd->d', 'FF->F', 'DD->D']

- Python
Published by oleksandr-pavlyk almost 5 years ago