[Bug 837816] New: Review Request: ergo - A program for large-scale self-consistent field calculations

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https://bugzilla.redhat.com/show_bug.cgi?id=837816

            Bug ID: 837816
        QA Contact: extras-qa@xxxxxxxxxxxxxxxxx
          Severity: medium
           Version: rawhide
          Priority: medium
                CC: notting@xxxxxxxxxx,
                    package-review@xxxxxxxxxxxxxxxxxxxxxxx
          Assignee: nobody@xxxxxxxxxxxxxxxxx
           Summary: Review Request: ergo - A program for large-scale
                    self-consistent field calculations
        Regression: ---
      Story Points: ---
    Classification: Fedora
                OS: Linux
          Reporter: jussi.lehtola@xxxxxx
              Type: ---
     Documentation: ---
          Hardware: All
        Mount Type: ---
            Status: NEW
         Component: Package Review
           Product: Fedora

Spec URL:
http://theory.physics.helsinki.fi/~jzlehtol/rpms/ergo.spec

SRPM URL:
http://theory.physics.helsinki.fi/~jzlehtol/rpms/ergo-3.2-1.fc17.src.rpm

Fedora Account System Username: jussilehtola

Description:
Ergo is a quantum chemistry program for large-scale self-consistent
field calculations.

Key features of the Ergo program:
* Performs electronic structure calculations using Hartree-Fock and
  Kohn-Sham density functional theory.
* Uses Gaussian basis sets.
* Both core and valence electrons are included in the calculations.
* Both restricted and unrestricted models are implemented for energy
  calculations.
* Implements a broad range of both pure and hybrid Kohn-Sham density
  functionals.
* Employs modern linear scaling techniques like fast multipole
  methods, hierarchic sparse matrix algebra, density matrix
  purification, and efficient integral screening.
* Linear scaling is achieved not only in terms of CPU usage but also
  memory utilization.
* The time consuming parts of the code are currently parallelized
  using the shared-memory paradigm.

Linear response calculations of polarizabilities and excitation energies are
possible for the restricted reference density, although complete linear scaling
is in the current implementation not achieved since full dense matrices are
still used in parts of the linear response implementation.

rpmlint output:

ergo.src: W: spelling-error %description -l en_US functionals -> functional,
functional s, functionary
ergo.src: W: spelling-error %description -l en_US multipole -> multiple
ergo.src: W: spelling-error %description -l en_US parallelized -> paralleled,
palatalized, pluralized
ergo.src: W: spelling-error %description -l en_US polarizabilities ->
polarities
ergo.x86_64: W: spelling-error %description -l en_US functionals -> functional,
functional s, functionary
ergo.x86_64: W: spelling-error %description -l en_US multipole -> multiple
ergo.x86_64: W: spelling-error %description -l en_US parallelized ->
paralleled, palatalized, pluralized
ergo.x86_64: W: spelling-error %description -l en_US polarizabilities ->
polarities
ergo.x86_64: W: no-manual-page-for-binary bin2m
ergo.x86_64: W: no-manual-page-for-binary ergo
4 packages and 0 specfiles checked; 0 errors, 10 warnings.

These can all be ignored.

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