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MPAS Ocean Task List

Mark Petersen edited this page May 19, 2014 · 11 revisions

Near Term Tasks:

Release 3.0 tasks:

  1. Test GM, merge onto develop
  2. Test KPP, merge onto develop
  3. Init_core branch: merge changes outside of mode_init directory (mode_init is not released)
  4. Update code based on var_pools
  5. Update registry to use new stream definitions
  6. User's guide:
    • Reformat for multiple modes
    • Add text for new namelist groups, particularly analysis members
    • Proof read
  7. Simulations:
    • Decide on any new test cases we want to include (SOMA, etc)
    • After code freeze, create standard domains with init core
    • run simulations with standard domains for user download.
  8. Update web-site
  9. Paraview catalyst (in-situ visualization, in framework)
  10. Remove PBC alteration and Resting Thickness creation from forward mode.
  11. Pressure gradient correction for nonlinear EOS.
  12. Analysis members: create as time permits
    • zonal means (global)
    • means over regions
    • cross-sections
    • transports through sections
    • heat transport
    • MOC

On Going Tasks for 2014

  1. restructure MPAS data into variable pools
  2. Implement run-time I/O, including multiple streams
  3. Completion Phase I of Ocean Analysis Core (MPAS-OAC)
  4. Completion Phase II of MPAS-OAC
  5. Complete MPAS-O/POP/AWI/ROMS comparison with SOMA test case
  6. Implement and test hybrid vertical grid generator
  7. Implement performance metrics and tracking
  8. Implement Eliassen-Palm Flux Tensor diagnostics, analyze eddy resolving simulations
  9. Implement Lagrangian particles, analyze eddy resolving simulations
  10. Conduct CORE I and/or CORE II simulations with low-resolution grid
  11. Implement and analyze alternatives to standard eddy parameterizations
  12. MPAS-Paraview run-time adapter

Future Tasks for Consideration

  1. Tracer budget diagnostics
  2. Design of time/space filters applied to output streams
  3. Redesigning of front end system: grid generation through initial conditions
  4. Objectively constructed bathymetry
  5. Water mass identification
  6. MOC diagnostics
  7. Space/time averaging for user-defined regions
  8. Arbitrary x-z cross sections where x is any arc of great circle
  9. Efficiency: Increase halo size, reduce communication. Have MPAS 'count' number of halo rings required upon init, and set halo size accordingly.

Link to more in-depth documents: 2014 MPAS-Ocean Plan (breakdown of staffing, funding, priorities)

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