Version 16 (modified by flavoni, 6 years ago) (diff)


    Robustness and TestCases

    Working group leader (and responsible for wiki pages): Simona Flavoni

    Members of the working group:

    • Simona Flavoni
    • Julien LeSommer
    • Paolo Oddo
    • Thomas Dubos
    • Laurent Debreu
    • Jêrome Chanut
    • George Nurser
    • Rachid Benshila
    • Julien Paul
    • Gurvan Madec
    • Clement Rousset
    • Emanuela Clementi
    • Anne Marie Treguier
    • Guillaume Roullet
    • Pierre-Antoine Bouttier


    Motivation: There are several motivations to define a suite of standard test-cases for NEMO (e.g. for pedagogical purpose and/or for demonstrating the benefit of new features and/or for illustrating the effect of a numerical scheme). The purpose of the Working Group is to :

    • Specify the expected outcome of standard test-cases in NEMO.
    • Define how standard test-cases should be distributed within NEMO. There will be interactions with Configuration Manager Working Group to decide how input files (bathymetry, coordinates,…) will be given, and how they will be maintained.


    First meeting: Coordination with Simplification, Configuration Manager and AGRIF (probably by videoconference) to fix rules of "what is a configuration, which files, and where": 2/3/2015

    minutes of visioconference : minute-visio_2-3-2015

    Second meeting: Syntheses of what other models done, possible interactions?


    preliminary documents:
    Introduction to Working Group on Test cases at Developer’s Committee meeting in Toulouse : Introduction to Working Group on Test cases

    preparing definition of a configuration in NEMO: configuration definition

    TEST for table (do not read)

    Test case a: Equatorial box (180°,60°) with NO stratification (wind trades)
    options values
    resolution 2.25° (9/4)
    longitude lon_T=[1,179]
    latitude lat_T=[-31,31] (to have one point at 0° Equator)
    vertical levels 31
    batymetry 5000m
    NO stratification so=35 / thetao=10 (on ada file
    forcing flx utau = -0.1 wind trades
    total time steps 150
    output frequency every time step
    input files  utau=-0.1 / vtau=0 / qtot=0 / qsr=0 / emp=0 on ada file

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