On 6/7/20 9:12 AM, Amaresh B wrote:
Thank you Luca for your reply. I can avoid
parallel::distributed::Triangulation and use serial code. Can you suggest a
method to save the solutions along with the triangulation which can be used
for restarting code? Also please let me know if any example
You could use a boost archive, and save the triangulation to a binary file
using operator << (and >> to load it), i.e.:
#include
#include
...
std::ofstream file(filename, std::ios::binary | std::ios::trunc);
boost::archive::binary_oarchive oa(file);
oa << tria;
and then restore it with
Thank you Luca for your reply. I can avoid
parallel::distributed::Triangulation and use serial code. Can you suggest a
method to save the solutions along with the triangulation which can be used
for restarting code? Also please let me know if any example code is
available.
Thanks
Sincerely
Amaresh,
as the documentation states, parallel::distributed::Triangulation is not
implemented in 1d. Consequently, parallel::distributed::SolutionTransfer will
not work in 1d.
Are you running your code in debug mode? In debug mode several assertions are
throw when you try to instantiate a 1d
Dear all,
I am trying to save my triangulation and using the lines below.
'triangulation.save' commands works and saves the mesh if my domain is
either 2D or 3D (i.e. dim=2 or 3). However, it does not save the
triangulation if dim=1, nor it gives any error message. I will be thankful
if
