Difference between revisions of "2017 MHD Workshop"

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Line 6: Line 6:
 
** a page is here:
 
** a page is here:
 
https://docs.einsteintoolkit.org/et-docs/2017_MHD_Workshop
 
https://docs.einsteintoolkit.org/et-docs/2017_MHD_Workshop
 +
** Daniel will provide some local information
 +
** interest in radiation transport and its current limitations
 +
** interest to get an overview about HydroFunHPC code (design idea,
 +
intention) and FunHPC in general
 +
*** Currently HydroFunHPC has all the pieces but fails (likely in
 +
con2prim) with NaNs on the surface of a TOV star.
 +
*** ultimately this requires integration with Carpet to overlap more
 +
communication and computation
 +
 
* plan:
 
* plan:
 
** kickoff talks on Monday
 
** kickoff talks on Monday
Line 12: Line 21:
 
** Christian and David to talk about M1
 
** Christian and David to talk about M1
 
** Erik and Roland to talk about (Hydro)FunHPC
 
** Erik and Roland to talk about (Hydro)FunHPC
** interest to get an overview about HydroFunHPC code (design idea,
 
intention) and FunHPC in general
 
*** Currently HydroFunHPC has all the pieces but fails (likely in
 
con2prim) with NaNs on the surface of a TOV star.
 
*** ultimately this requires integration with Carpet to overlap more
 
communication and computation
 
** interest in radiation transport and its current limitations
 
** Daniel will provide some local information
 

Revision as of 11:54, 23 January 2017

workshop at Columbia.

Meeting minutes (delete once done):

  • Daniel and Philipp have discussed a bit what they want to cover and

prepared a draft and to use a wiki (suggest ET wiki, all agree)

    • a page is here:

https://docs.einsteintoolkit.org/et-docs/2017_MHD_Workshop

    • Daniel will provide some local information
    • interest in radiation transport and its current limitations
    • interest to get an overview about HydroFunHPC code (design idea,

intention) and FunHPC in general

      • Currently HydroFunHPC has all the pieces but fails (likely in

con2prim) with NaNs on the surface of a TOV star.

      • ultimately this requires integration with Carpet to overlap more

communication and computation

  • plan:
    • kickoff talks on Monday
    • Philipp to talk about CT
    • Daniel to talk about vector potential method and MHD con2prim
    • Christian and David to talk about M1
    • Erik and Roland to talk about (Hydro)FunHPC