Numerical C++ Library Concepts
TWiki Guest (guest)
Logout
Numerical C++ Library Concepts
IT Services
ISG Blog
IntraMATH
Contact
Login
Keyword or person
News
About us
People
People
Publications
Gallery
Applications
Installation
How to get started
Tutorials
Class documentation
ETH Zurich
D-MATH
wiki@math
Concepts
recompShpFct.hh
Go to the documentation of this file.
1
6
#ifndef hprecompShpFct2Dedge_hh
7
#define hprecompShpFct2Dedge_hh
8
9
#include "
hp2D/recompShpFct.hh
"
10
#include "
hp2D/quad.hh
"
11
#include "
quad.hh
"
12
13
namespace
hp2Dedge
{
14
15
// ***************************************************** RecomputeShapefct **
16
17
class
RecomputeShapefct
:
public
hp2D::RecomputeShapefct
{
18
public
:
19
RecomputeShapefct
(
concepts::Space<concepts::Real>
& spc,
20
enum
concepts::intRule
rule,
21
bool
constant, uint points) :
22
hp2D
::
RecomputeShapefct
(spc, rule ,constant, points) {}
23
void
compute
();
24
};
25
26
}
// namespace hp2Dedge
27
28
#endif // hprecompShpFct2Dedge_hh
hp2D::RecomputeShapefct
Definition:
recompShpFct.hh:17
hp2Dedge::RecomputeShapefct::RecomputeShapefct
RecomputeShapefct(concepts::Space< concepts::Real > &spc, enum concepts::intRule rule, bool constant, uint points)
Definition:
recompShpFct.hh:19
quad.hh
concepts::Space< concepts::Real >
quad.hh
hp2D
2D hp-FEM for H1-conforming elements.
Definition:
explicitResidual.hh:120
hp2Dedge::RecomputeShapefct
Definition:
recompShpFct.hh:17
concepts::intRule
intRule
Types of integration rules to choose from.
Definition:
defines.hh:13
recompShpFct.hh
hp2Dedge::RecomputeShapefct::compute
void compute()
hp2Dedge
hp 2D edge elements for electromagnetics.
Definition:
bf_advection.hh:37
Page URL:
http://wiki.math.ethz.ch/bin/view/Concepts/WebHome
21 August 2020
© 2020
Eidgenössische Technische Hochschule Zürich