mfem Directory Reference

Directory dependency graph for mfem:

Files
	basis_evaluation.hpp
	Basis evaluation, pointwise mapping, and transpose application using dense or tensor-product representations.
	boundary_trace.hpp
	File containing the definition of the restricted dof space for a scalar boundary trace. Note in FEM a trace is a restriction on a function to the boundary of a domain. Therefore, This file contains the definitions for getting the DOFs at the boundary of a scalar field.
	coefficient_tracking.hpp
	Snapshot and comparison policy for MFEM coefficient views.
	dof_map.hpp
	This file contains the DofMap which allows for the full dof vector to be projected into a reduced space of dofs on supported elements for some field Generally, while much of the code here may be exercised, you will rarely see a DofMap be directly invoked. Rather, these are generally implicitly constructed through their child class term_binding.
	dof_selection.hpp
	This file contains the DofSelection which allows for the selection of a subset of DOFs from a term binding, with boundary attribute information.
	mass_diagonal.hpp
	mfem_backend.hpp
	This is a utility file which allows one import to bring in all of the mfem discretization backend functionality. This file includes.
	point_dofs.hpp
	This file contains the implementation of function select_point_dofs. This function is used to select the components from a single H1 vertex in the fixed computational mesh. This is used to implement point constraints in the discretization (e.g. fixed center of mass)
	tensor_basis.hpp
	Implementation of fast tensor evaluation functions. These do not contribute physics but are used to accelerate evaluations.
	term_binding.hpp
	A runtime binding between some term descriptor and its MFEM finite-element space. This is used to project down the compile time term descriptors into runtime reinterpretations which can then be used to extract out things like the list of dofs, the element support, and the mesh.