GetFEM  5.4.2
getfem_HHO.h
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1 // /* -*- c++ -*- (enables emacs c++ mode) */
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4  Copyright (C) 2019-2020 Yves Renard
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30 ===========================================================================*/
31 /**@file getfem_HHO.h
32  @author Yves Renard <Yves.Renard@insa-lyon.fr>
33  @date August 16, 2019.
34  @brief Tools for Hybrid-High-Order methods.
35 */
36 
37 #ifndef GETFEM_HHO_H__
38 #define GETFEM_HHO_H__
39 
40 #include "getfem_models.h"
41 
42 
43 namespace getfem {
44 
45  /** Add to the model the elementary transformation corresponding to the
46  reconstruction of a gradient for HHO methods.
47  The name is the name given to the elementary transformation.
48  */
49  void add_HHO_reconstructed_gradient(model &md, std::string name);
50 
51 
52  /** Add to the model the elementary transformation corresponding to
53  the reconstruction of a symmetrized gradient for HHO methods.
54  The name is the name given to the elementary transformation.
55  */
56  void add_HHO_reconstructed_symmetrized_gradient(model &md, std::string name);
57 
58  /** Add to the model the elementary transformation corresponding to the
59  reconstruction of the variable.
60  The name is the name given to the elementary transformation.
61  */
62  void add_HHO_reconstructed_value(model &md, std::string name);
63 
64  /** Add to the model the elementary transformation corresponding to the
65  reconstruction of the variable using a symmetrized gradient.
66  The name is the name given to the elementary transformation.
67  */
68  void add_HHO_reconstructed_symmetrized_value(model &md, std::string name);
69 
70  /** Add to the model the elementary transformation corresponding to the
71  HHO stabilization operator.
72  The name is the name given to the elementary transformation.
73  */
74  void add_HHO_stabilization(model &md, std::string name);
75 
76  /** Add to the model the elementary transformation corresponding to the
77  HHO stabilization operator using a symmetrized gradient.
78  The name is the name given to the elementary transformation.
79  */
80  void add_HHO_symmetrized_stabilization(model &md, std::string name);
81 
82 
83 } /* end of namespace getfem. */
84 
85 
86 #endif /* GETFEM_HHO_H__ */
getfem::add_HHO_reconstructed_symmetrized_gradient
void add_HHO_reconstructed_symmetrized_gradient(model &md, std::string name)
Add to the model the elementary transformation corresponding to the reconstruction of a symmetrized g...
Definition: getfem_HHO.cc:295
getfem::add_HHO_symmetrized_stabilization
void add_HHO_symmetrized_stabilization(model &md, std::string name)
Add to the model the elementary transformation corresponding to the HHO stabilization operator using ...
Definition: getfem_HHO.cc:1406
getfem::add_HHO_reconstructed_value
void add_HHO_reconstructed_value(model &md, std::string name)
Add to the model the elementary transformation corresponding to the reconstruction of the variable.
Definition: getfem_HHO.cc:459
getfem
GEneric Tool for Finite Element Methods.
Definition: getfem_accumulated_distro.h:46
getfem_models.h
Model representation in Getfem.
getfem::add_HHO_reconstructed_symmetrized_value
void add_HHO_reconstructed_symmetrized_value(model &md, std::string name)
Add to the model the elementary transformation corresponding to the reconstruction of the variable us...
Definition: getfem_HHO.cc:641
getfem::add_HHO_stabilization
void add_HHO_stabilization(model &md, std::string name)
Add to the model the elementary transformation corresponding to the HHO stabilization operator.
Definition: getfem_HHO.cc:1131
getfem::add_HHO_reconstructed_gradient
void add_HHO_reconstructed_gradient(model &md, std::string name)
Add to the model the elementary transformation corresponding to the reconstruction of a gradient for ...
Definition: getfem_HHO.cc:159