On 03/29/2017 06:37 PM, Jaekwang Kim wrote:
I am sorry but I am not that good at c++, so I was bit confused how to use
this function.
I have just set flag cell like
*cell->set_refine_flag ();*
Reading the document pages, you linked, I can understand that I should put
some argument inside par
thanks,
I would need it and I am still running serially
I am sorry but I am not that good at c++, so I was bit confused how to use
this function.
I have just set flag cell like
*cell->set_refine_flag ();*
Reading the document pages, you linked, I can understand that I should put
some argum
Hello all,
I am using deal.ii to solve a 3D solid mechanics problem. I am using
p:d:triangulation and Petsc in the code.
I am updating my mesh after every time-increment. So, cell->vertex(v)
contains the current coordinates of the mesh. I know the coordinates of the
cell (and whole mesh) at t
To add to Bruno's answer:
If you don't want to use anisotropic refinement you have two other options:
1. Just accept that you get additional refinement in areas/directions you
don't particularly care about. If you have a realistic computation, you
likely need to refine many more times and thus the
Jaekwang,
you can do anisotropic refinement
(http://dealii.org/developer/doxygen/deal.II/classCellAccessor.html#afb6cc537720a5b6381c237abe0887de2)
but only in serial. So depending if your code is parallel or not this may
be what you are looking for.
Best,
Bruno
On Wednesday, March 29, 2017
Hi all,
I am running deal.ii for study non-newtonian fluids.
I have a mesh which is attached.
I am using AMR, but, when I use just conventional function,
"cell->refine_flag()" for refinement,
the flagged cell divide into 4.
but as my problem only need high resolution in r-direction,
I wa
