ffc team mailing list archive

[Kristian Oelgaard <k.b.oelgaard@xxxxxxxxx>]

2010/1/6 Anders Logg <logg@xxxxxxxxx>:
> We've come pretty far on the rewrite of FFC and only a few functions
> remain. As far as I can see, it remains to implement code generation
> for the following functions:
>
> Kristian:
>
>  code["evaluate_basis_all"] = not_implemented

This should be easy to implement.
Would it be an idea to let evaluate_basis() call evaluate_basis_all() and then pick the correct value?
This will remove a lot of redundant code at the cost of some overhead introduced by the function call.
However, I don't see why one would call evaluate_basis() if evaluate_basis_all() works, I imagine that the assembler will call evaluate_basis_all() in the future for efficiency?

>  code["evaluate_basis_derivatives"] = not_implemented
>  code["evaluate_basis_derivatives_all"] = not_implemented
>
> Marie:
>
>  code["tabulate_entity_dofs"] = not_implemented # Marie doesn't know what this function should do
>  code["tabulate_coordinates"] = not_implemented # Marie doesn't believe in this function
>
> Marie or Kristian:
>
>  code["interpolate_vertex_values"] = not_implemented
>
> In addition, we need to get the code generation for the integral
> classes working. It's sort of working for the tensor representation
> but not at all (?) for the quadrature representation. I'll be working
> on getting the tensor representation completely in place.

I don't think the quadrature code for integrals work at all, but I haven't checked. If you set up the infrastructure for combining code from different integrals, I'll take care of the quadrature part.

Kristian

> --
> Anders
>
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