Thank you, that worked!
Best,
Anna
From: Jed Brown
Date: Friday, 31 January 2025 at 18:58
To: Anna Dalklint , Matthew Knepley
Cc: petsc-users@mcs.anl.gov
Subject: Re: [petsc-users] Visualizing higher order finite element output in
ParaView
Anna Dalklint writes:
> I want to save e.g.
Anna Dalklint writes:
> I want to save e.g. the discretized displacement field obtained from a
> quasi-static non-linear finite element simulation using 10 node tetrahedral
> elements (i.e. which has edge dofs). As mentioned, I use PetscSection to add
> the additional dofs on edges. I have als
2025 at 16:19
*To: *Anna Dalklint
*Cc: *Jed Brown , petsc-users@mcs.anl.gov
*Subject: *Re: [petsc-users] Visualizing higher order finite element
output in ParaView
On Thu, Jan 30, 2025 at 9:43 AM Anna Dalklint
wrote:
I looked deeper into the petsc codebase regarding HDF5. From what
, u002, u003…
for each “load-step”) and step in “time” in ParaView.
Thanks,
Anna
From: Matthew Knepley
Date: Thursday, 30 January 2025 at 16:19
To: Anna Dalklint
Cc: Jed Brown , petsc-users@mcs.anl.gov
Subject: Re: [petsc-users] Visualizing higher order finite element output in
ParaView
On Thu
Matthew Knepley writes:
> On Thu, Jan 30, 2025 at 9:43 AM Anna Dalklint
> wrote:
>
>> Otherwise I’m fine with using CGNS. But could you please explain how I
>> could save timeseries that paraview recognizes using this format? Right now
>> I’m saving files e.g. file0001.cgns, file0002.cgns, … whe
0 January 2025 at 00:39
> *To: *Jed Brown
> *Cc: *Anna Dalklint , petsc-users@mcs.anl.gov
>
> *Subject: *Re: [petsc-users] Visualizing higher order finite element
> output in ParaView
>
> That is all true. If you want lower level pieces to make it yourself, I
> have -dm_plex_high_o
sualizing higher order finite element output in
ParaView
That is all true. If you want lower level pieces to make it yourself, I have
-dm_plex_high_order_view, which activates
DMPlexCreateHighOrderSurrogate_Internal(). This is a simple function that
refines the mesh lg(p) times to try and
resolve
That is all true. If you want lower level pieces to make it yourself, I
have -dm_plex_high_order_view, which activates
DMPlexCreateHighOrderSurrogate_Internal(). This is a simple function that
refines the mesh lg(p) times to try and
resolve the high order behavior.
Thanks,
Matt
On Wed, Ja
I like the CGNS workflow for this, at least with quadratic and cubic elements.
You can use options like -snes_view_solution cgns:solution.cgns (configure with
--download-cgns). It can also monitor transient solves with flexible batch
sizes (geometry and connectivity are stored only once within a
