fe_lagrange_test.C

Go to the documentation of this file.

 
#include "fe_test.h"
 
INSTANTIATE_FETEST(FIRST, LAGRANGE, EDGE2);
INSTANTIATE_FETEST(SECOND, LAGRANGE, EDGE3);
 
#if LIBMESH_DIM > 1
INSTANTIATE_FETEST(FIRST, LAGRANGE, TRI3);
INSTANTIATE_FETEST(FIRST, LAGRANGE, TRI6);
INSTANTIATE_FETEST(SECOND, LAGRANGE, TRI6);
INSTANTIATE_FETEST(FIRST, LAGRANGE, TRI7);
INSTANTIATE_FETEST(SECOND, LAGRANGE, TRI7);
INSTANTIATE_FETEST(THIRD, LAGRANGE, TRI7);
 
INSTANTIATE_FETEST(FIRST, LAGRANGE, QUAD4);
INSTANTIATE_FETEST(SECOND, LAGRANGE, QUAD8);
INSTANTIATE_FETEST(SECOND, LAGRANGE, QUAD9);
 
INSTANTIATE_FETEST(FIRST, LAGRANGE, C0POLYGON);
#endif
 
#if LIBMESH_DIM > 2
INSTANTIATE_FETEST(FIRST, LAGRANGE, TET4);
INSTANTIATE_FETEST(SECOND, LAGRANGE, TET10);
INSTANTIATE_FETEST(SECOND, LAGRANGE, TET14);
INSTANTIATE_FETEST(THIRD, LAGRANGE, TET14);
 
INSTANTIATE_FETEST(FIRST, LAGRANGE, HEX8);
INSTANTIATE_FETEST(SECOND, LAGRANGE, HEX20);
INSTANTIATE_FETEST(SECOND, LAGRANGE, HEX27);
 
INSTANTIATE_FETEST(FIRST, LAGRANGE, PRISM6);
INSTANTIATE_FETEST(SECOND, LAGRANGE, PRISM15);
INSTANTIATE_FETEST(SECOND, LAGRANGE, PRISM18);
INSTANTIATE_FETEST(SECOND, LAGRANGE, PRISM20);
INSTANTIATE_FETEST(THIRD, LAGRANGE, PRISM20);
INSTANTIATE_FETEST(SECOND, LAGRANGE, PRISM21);
INSTANTIATE_FETEST(THIRD, LAGRANGE, PRISM21);
 
INSTANTIATE_FETEST(FIRST, LAGRANGE, PYRAMID5);
INSTANTIATE_FETEST(SECOND, LAGRANGE, PYRAMID13);
INSTANTIATE_FETEST(SECOND, LAGRANGE, PYRAMID14);
INSTANTIATE_FETEST(THIRD, LAGRANGE, PYRAMID18);
 
INSTANTIATE_FETEST(FIRST, LAGRANGE, C0POLYHEDRON);
// We don't match the linear solution at this time
// struct MidNode {};
// INSTANTIATE_FETEST_CASE(FIRST, LAGRANGE, C0POLYHEDRON, MidNode);
#endif