---
- branch: MAIN
  date: Mon Nov  6 10:57:53 UTC 2023
  files:
  - new: '1.9'
    old: '1.8'
    path: pkgsrc/math/arpack-ng/Makefile
    pathrev: pkgsrc/math/arpack-ng/Makefile@1.9
    type: modified
  - new: '1.5'
    old: '1.4'
    path: pkgsrc/math/arpack-ng/PLIST
    pathrev: pkgsrc/math/arpack-ng/PLIST@1.5
    type: modified
  - new: '1.6'
    old: '1.5'
    path: pkgsrc/math/arpack-ng/distinfo
    pathrev: pkgsrc/math/arpack-ng/distinfo@1.6
    type: modified
  id: 20231106T105753Z.0d23c541e0f5b179a19d1573775e4f2a060d864a
  log: |
    arpack-ng: updated to 3.9.1

    arpack-ng - 3.9.1
    * pyarpack: Ensure that the matrix properties (symmetric/hermitian) fit the solver (CG/LDL) with which they are used in the tests
    * [BUG FIX] Tests for PARPACK with C/C++ bindings icb_parpack_c and icb_parpack_cpp are now really parallel and split the problem across MPI processes.
    * Update arpackmm test suite: enable solving non-symmetric tests with BiCG solver
    * README: Add details on Windows installation.
    * [BUG FIX] Ensure that LAPACK RNG state is propagated (regression in 3.9.0).
    * [BUG FIX] Ensure that separate random seeds are used on different parallel thread in D and S versions of functions (issue from original ARPACK).
    * ICB(arpackdef.h): distinct intel llvm compiler (icx with clang-cl) from msvc on windows
    * ICB(arpackdef.h): Undef macro I if complex.h from msvc version is loaded, which is an usual name and causes issues on arpackSolver.
    * [BUG FIX] Fix install: headers in /path/to/local/include/arpack for ICB samples
    * [BUG FIX] Fix install: headers in /path/to/local/include/arpack
    * arpackmm: allow for using LA/SA magnitudes.
    * Rename icbexmm option into eigen option.
    * README: document how to use ICB.
    * [BUG FIX] arpackmm: fix restart.
    * README: document where to find arpack user's guide.
  module: pkgsrc
  subject: 'CVS commit: pkgsrc/math/arpack-ng'
  unixtime: '1699268273'
  user: adam