estimator.pypp.hh

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1 #ifndef estimator_pypp_hh
2 #define estimator_pypp_hh
3 
4 #include "estimator/marking.hh"
8 #include "geometry/square.hh"
9 
10 inline void export_hp2D_templates(){
11 
12 #ifdef GEN_PYTHON
13  std::cout << sizeof(estimator::Marking);
14  std::cout << sizeof(estimator::AMarking);
15  std::cout << sizeof(estimator::BMarking);
16  std::cout << sizeof(estimator::MVMarking);
17  std::cout << sizeof(estimator::Refinement<concepts::Real>);
18  std::cout << sizeof(estimator::HP_Refinement<concepts::Real,2>);
19  std::cout << sizeof(estimator::Prediction<concepts::Real,2>);
20  std::cout << sizeof(estimator::AprioriVertex<concepts::Real,2>);
21 
22  concepts::Square mesh(1, 1, 1);
23  hp2D::hpAdaptiveSpaceH1 space(mesh,2,3);
25 #endif
26 }
27 
28 
29 
30 
31 #endif
Abstract class for all refinement strategies in arbitray dimension.
Definition: refinement.hh:30
void export_hp2D_templates()
Abstract class on Marking.
Definition: marking.hh:15
Mesh for with one quadrilateral.
Definition: square.hh:22
Abstract Class for h refinement only, i.e.
Definition: refinement.hh:59
Mean value marking strategy.
Definition: marking.hh:151
Prediction hp - adaptive refinement strategy, proposed by Melenk and Wohlmuth.
Definition: refinement.hh:99
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21 August 2020
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