Dear Anna,
> I have successfully computed the secondary electric field for 3D case as
> described in the paper by Grayver, 2014. These field is declared as
> BlockVector solution, where the block correspond to real and
> imaginary parts.
> Now I would like to compute total electric E
Could you please also point out to me where I can find clarifications to the
following:
1) There are many versions of VectorTools::point_value function. At the moment
I use
void VectorTools::point_value (
const DoFHandler< dim, spacedim > & dof, const VectorType & fe_function,
const Point<
Thank you for the prompt reply.
I will implement the first option with VectorTools::point_value/gradient()
.
Could you please also point out to me where I can find clarifications to
the following:
1) There are many versions of VectorTools::point_value function. At the
moment I use
void
Anna,
I have successfully computed the secondary electric field for 3D case as described in the
paper by Grayver, 2014. These field is declared as BlockVector
solution, where the block correspond to real and imaginary parts.
Now I would like to compute total electric E (secondary plus
Hi All,
I have successfully computed the secondary electric field for 3D case as
described in the paper by Grayver, 2014. These field is declared as
BlockVector solution, where the block correspond to real and imaginary
parts.
Now I would like to compute total electric E (secondary plus
