Dear Corbin,
I mostly used callgrind to identify bottlenecks.
Currently, our matrix assembly and RHS assembly codes use virtualization at
the cell level. I think this is a very adequate equilibrium. We keep all
the flexibility, but we have not seen a drop in performance. We use the
WorkStream pa
On 6/11/23 05:00, Lance Zhang wrote:
If I want to describe a deformation when the rectangular cuboid object
receives a force F , how could I control the mesh moving during the force
deformation ? Should I use cell or node in the surface of rectangular cuboid
to represent the displacement?I s
Hello everyone,
I"m encountering a similar question for large 3D incompressible fluid
solver with many assembly options (which I implement via inheritance). I'd
like to investigate how much class/templated inheritance plays a role in
performance---Bruno, how do you go about profiling something
Hello Daniel,
thanks for your message.
With the link I have created rectangular cuboid and using
subdivided_hyper_rectangle() I got points rectangular cuboid in as well.
But I still have one question.
If I want to describe a deformation when the rectangular cuboid object
receives a force F
