Thank you very much. This is exactly what I wanted.
Best regards,
Felix
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Felix,
also, if the point you want is not a quadrature point, you can exploit the
following trick:
Point my_point_in_reference_cell;
std::vector quad(1, my_point_in_reference_cell);
and then you can initialize an
FEValues fev(fe, quad, update_inverse_jacobians);
This will give you
Hi everyone,
I want to compute the transformation of a gradient at a point (no
quadrature point) on the reference cell to the real space. Mathematically
formulated I want to compute:
