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Finite Volume Solver  prototype
A framework to build finite volume solvers for the AG Klein at the Freie Universität Berlin.
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HyperbolicPatchIntegrator.hpp
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1 // Copyright (c) 2019 Maikel Nadolski
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20 
21 #ifndef FUB_SOLVER_DIMENSIONAL_SPLIT_HYPERBOLIC_TIME_INTEGRATOR_HPP
22 #define FUB_SOLVER_DIMENSIONAL_SPLIT_HYPERBOLIC_TIME_INTEGRATOR_HPP
23 
24 #include "fub/Duration.hpp"
25 #include "fub/Execution.hpp"
26 #include "fub/PatchDataView.hpp"
27 
28 /// \defgroup TimeIntegrator Time Integrators
29 /// \ingroup IntegratorContext
30 
31 namespace fub {
32 
33 /// \ingroup TimeIntegrator
34 template <typename Tag> struct HyperbolicPatchIntegrator {
36 
37  static void
41  Duration dt, double dx, Direction dir);
42 
43  static void
47  Duration dt, double dx, Direction dir);
48 
49  static void
53  Duration dt, double dx, Direction dir);
54 };
55 
60 
61 } // namespace fub
62 
63 #endif
The fub namespace.
Definition: AnyBoundaryCondition.hpp:31
std::chrono::duration< double > Duration
Definition: Duration.hpp:31
Direction
This is a type safe type to denote a dimensional split direction.
Definition: Direction.hpp:30
Definition: HyperbolicPatchIntegrator.hpp:34
static void UpdateConservatively(const StridedDataView< double, 4 > &next, const StridedDataView< const double, 4 > &prev, const StridedDataView< const double, 4 > &fluxes, Duration dt, double dx, Direction dir)
static void UpdateConservatively(const StridedDataView< double, 3 > &next, const StridedDataView< const double, 3 > &prev, const StridedDataView< const double, 3 > &fluxes, Duration dt, double dx, Direction dir)
static void UpdateConservatively(const StridedDataView< double, 2 > &next, const StridedDataView< const double, 2 > &prev, const StridedDataView< const double, 2 > &fluxes, Duration dt, double dx, Direction dir)
Definition: PatchDataView.hpp:201