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2016WP/CNRS_2016 – NEMO
wiki:2016WP/CNRS_2016

Version 21 (modified by flavoni, 8 years ago) (diff)

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CNRS-NEMO - 2016 actions

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members

| Name

Institution % Position
Christian Ethé IPSL, Paris 50 CNRS
Simona Flavoni LOCEAN-IPSL, Paris 50 CNRS, NEMO Officer
Claire Lévy LOCEAN_IPSL, Paris 100 CNRS, NEMO Project manager
Pierre-Antoine Bouttier LGGE- OSUG, Grenoble 50 CNRS
Sébastien Masson LOCEAN-IPSL, Paris 50 CNAP
Nicolas Martin LOCEAN-IPSL, Paris 50 UPMC
Gurvan Madec LOCEAN-IPSL, Paris 30 CNRS, NEMO Scientific Leader
Clément Rousset LOCEAN-IPSL, Paris 50 CNRS
Martin Vancoppenolle LOCEAN-IPSL, Paris 30 CNRS
Laurent Debreu IMAG, Grenoble 0 INRIA, AGRIF Working Group Leader
Marie-Alice Foujols IPSL, Paris 0 CNRS
Rachid Benshila LEGOS, Toulouse 0 CNRS

Summary: List here the actions NOT listed in SHARED ACTIONS

Action Brief description Status Branch name Trac ticket n° Wiki page name Reviewer(s) Review status
CNRS-1 LIM3, Multiple tracer interface
CNRS-2 LIM3, melt ponds https://forge.ipsl.jussieu.fr/nemo/browser/branches/2015/dev_r5171_CNRS_LIM3_meltponds
CNRS-3 Energy trend diagnostics
CNRS-4 LIM3, FCT4 advection scheme

Summary of SHARED ACTIONS (listed here for continuity)

Action Brief description Status Branch name Trac ticket n° Wiki page name Reviewer(s) Review status Shared Action Stream
CNRS-5 Assessment of LIM3 with AGRIF AGRIF-2
CNRS-6 Simplification of vertical diffusion https://forge.ipsl.jussieu.fr/nemo/browser/branches/2015/dev_r5786_CNRS9_NOC3_ZDF https://forge.ipsl.jussieu.fr/nemo/ticket/1260 https://forge.ipsl.jussieu.fr/nemo/wiki/ticket/1260_CNRS0_NOC1_LDF Simplification-1
CNRS-7 Simplification of configurations, introduction of user-defined module Andrew Coward Simplification-2
CNRS-8 Integration of the SEABASS configuration as a test case Simona Flavoni Robustness-1
CNRS-9 Academic test cases in the system Andrew Coward Robust-3/Simplif-2
CNRS-10 Passive tracers run offline with vvl Gurvan Madec Robustness-4
CNRS-11 Revisiting TOP interface Olivier Aumont Robustness-5
CNRS-12 Continuous integration tool ('Trusting') Robustness-6
CNRS-13 Evolution of the Collaborative Development Environment (CDE) Robustness-10

CNRS-1 - LIM3, Multiple tracer interface

Motivation:
Status:
Main tasks:
Science Pre-viewer:
System Pre-viewer:
Deadline:

Priority:
Depends on:
Principal Investigator:

CNRS-2 - LIM3, melt ponds

Motivation:
Status:
Main tasks:
Science Pre-viewer:
System Pre-viewer:
Deadline:

Priority:
Depends on:
Principal Investigator:

CNRS-3 - Energy trend diagnostics

Motivation: Finalize trends diagnostics (3D trends of tracers, momentum, kinetic energy and potential energy)
Status : Continuation of 2015
Main tasks :
(1) implement the 3D output (using xIOS) of tracers and momentum trends (done with validation in 2013)
(2) compute and output the 3D trends of PE and KE : vvl case to be validated
(3) documentation
Science Pre-viewer:
System Pre-viewer
:
Deadline:

Depends on:
Principal Investigator : Gurvan Madec

CNRS-4 - LIM3, FCT4 advection scheme

Motivation: To introduce a less expensive advection scheme (in order to deal with a great number of tracers)
Rachid, using a classical test case of advection of a passive tracer, have shown that a 4th order Flux Corrected Transport (FCT4) had a behavior very close to the one of a Pather scheme, i.e. the one used in LIM. It is much cheaper as you don't have to advect second order moments in addition to the field itself.
Status : Continuation of 2015. The FCT4 scheme has been coded and tested as part of a 3D advection scheme for ocean tracers.
Main tasks :
adapt to LIM3 and test it. If it performs as expected, implement it is the current version of LIM3
Science Pre-viewer
: Gurvan Madec
System Pre-viewer
: Gurvan Madec
Deadline:
Depends on:
Principal Investigator :
Clément Rousset

CNRS-7 - Integration of a SEABASS configuration as a test case

Motivation: SEABASS is the reference configuration for Data Assimilation, included in the NEMO v3.4_STABLE version. Various data assimilation experiments have been done with this configuration, with various data assimilation systems (e.g. Cosme et al, 2011, Bouttier et al. 2014, Yin et al., 2014). In this context, this configuration appears to be useful for data assimilation users, to couple their own DA system on NEMO and compare their results with thgose obtained on this configuration. SEABASS is also easy to take in hand. Also, it allows to update the configuration status to the future version of NEMO. For these reasons, this configuration is a relevant test case for Data Assimilation.
Status:
Main tasks:
Science Pre-viewer: Simona Flavoni
System Pre-viewer:
Simona Flavoni
Deadline:
Priority:
Depends on: SIMPLIF-2 / CNRS - Simplification of configurations, introduction of user-defined module

Principal Investigator: Pierre-Antoine Bouttier