This is done by a simple trick: compute data structures for all reference elements (corners, normals, numberings, etc) statically and let the reference element object have a view over them. This moves allocation out of the equation and allows for a simple lookup within these data structures.

Set up default include directories on module target

See merge request !257

Reduce Benchmark complexity in tests

See merge request !260

Fix the range error in python quadrature rules

Closes #40

See merge request !259

Resolve "VirtualRefinement's operator= is broken"

Closes #39

See merge request !258

Move the nobindings and nopython toolchain to ci-config

See merge request !254

Remove dune_add_pybind11_submodule

See merge request !256

CI: Properly disable Python in the 'nobindings' CI job

See merge request !253

Python was explicitly enabled, presumably a copy'n'paste error.

Update versions release 2 10

See merge request !251

Update changelog release 2 10

See merge request !252

Update LICENSE.md

See merge request !249

Fix typos and wording in recently added geometry types

See merge request !248

Move include of config.h from source to some header files

See merge request !246

Add geometry based on a local-finite-element parametrization

See merge request !169

Fix several Cppcheck findings

See merge request !247

Virtual base class has same destructor.
Found by Cppcheck (missingOverride).

With C++'s stati_cast or by adding u to unsigned literals

Found by Cppcheck (assignmentInAssert).

Found by Cppcheck (missingOverride).

Found by Cppcheck (useInitializationList).

If index is not 0, weight_ must be return unconditionally.
Found by Cppcheck (missingReturn).

Wrap the quadrature floating-point numbers in the macro DUNE_NUMBER_FROM_STRING

See merge request !175