ASPECT

Public Attributes  
Quadrature< dim >  velocities 
Quadrature< dim >  pressure 
Quadrature< dim >  temperature 
Quadrature< dim >  compositional_field_max 
std::vector< Quadrature< dim > >  compositional_fields 
Quadrature< dim >  system 
A structure that contains appropriate quadrature formulas for the finite elements that correspond to each of the variables in this problem, as well as for the complete system (the system
variable).
If there are compositional fields, they are all discretized with the same polynomial degree and, consequently, we only need a single formula.
The quadrature formulas provided here are chosen such that the compute integrals with sufficient accuracy. For hypercube cells, this means in particular that they are of Gauss type with a number of Gauss points per coordinate direction that is one larger than the polynomial degree of the finite element per direction. For example, when using quadratic elements for the velocity, the corresponding quadrature formula will have three Gauss points per direction. If the mesh is based on triangles or tetrahedra, the quadrature formula is not of tensorproduct Gauss type, but the corresponding analog for simplex cells.
Definition at line 310 of file introspection.h.
Quadrature<dim> aspect::Introspection< dim >::Quadratures::velocities 
Definition at line 312 of file introspection.h.
Quadrature<dim> aspect::Introspection< dim >::Quadratures::pressure 
Definition at line 313 of file introspection.h.
Quadrature<dim> aspect::Introspection< dim >::Quadratures::temperature 
Definition at line 314 of file introspection.h.
Quadrature<dim> aspect::Introspection< dim >::Quadratures::compositional_field_max 
Definition at line 315 of file introspection.h.
std::vector<Quadrature<dim> > aspect::Introspection< dim >::Quadratures::compositional_fields 
Definition at line 316 of file introspection.h.
Quadrature<dim> aspect::Introspection< dim >::Quadratures::system 
Definition at line 317 of file introspection.h.