@ilayn Maybe the promotion was not as loud as it could have been but there was a promotion here where @FedericoPerini first did a call to discuss about the API and modernization and then to announce the first batch of functionalities in stdlib:
Hello Fortran Discourse readers,
I’m initiating this thread to gather your thoughts and insights on the upcoming task of integrating linear algebra operations into stdlib. Here are the key developments we’d like to introduce:
Accessible Interfaces for Common Linear Algebra Operations:
We want stdlib to handle linear algebra tasks efficiently by leveraging libraries like BLAS, LAPACK, and SCALAPACK. The goal is to create a user-friendly interface, inspired by the syntax of libraries like sc…
Dear all:
I would like to call for your feedback on the initial BLAS/LAPACK and Linear Algebra API for the Fortran-lang stdlib.
Summary of the current features
BLAS and LAPACK fully modernized, with KIND-agnostic interface
For the first time ever, full quad-precision support
solve, inv, det, lstsq, eye, diag
External Library
If you have an external LAPACK/BLAS implementation, just ensure that:
STDLIB_EXTERNAL_BLAS and STDLIB_EXTERNAL_LAPACK are defined (e.g., in fpm.toml)
Link steps are …
Dear Fortran Enthusiasts, we’re pleased to announce the release of Fortran Standard Library v0.6.0.
This release introduces major updates concerning the Linear Algebra APIs and the build system.
I would like to stress the invaluable help from @jeremie.vandenplas @hkvzjal and all the stdlib enthusiasts that made this release possible!
New functionalities were added between the 0.6.0 and the current 0.7.1, some more are in the making. Keep tunned
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