![]() |
Peano
|
#include <iostream>
#include <vector>
#include <string>
#include <cmath>
#include <fstream>
#include <limits>
Go to the source code of this file.
Functions | |
double | f (double p4, double p1, double p5, double rho1, double rho5, double gamma) |
int | main (int argn, char **argc) |
Main routine of the SPH code. | |
Definition at line 12 of file AnalyticalSolution.cpp.
Referenced by tarch::la::backSubstitution(), tl::bind_back(), tl::compose(), swift2::kernels::coalesced::forAllParticlePairs(), swift2::kernels::coalesced::prefixcheck::forAllParticlePairs(), swift2::kernels::ompoffloading::forAllParticlePairs(), swift2::kernels::forAllParticlePairs(), swift2::kernels::coalesced::forAllParticles(), swift2::kernels::coalesced::prefixcheck::forAllParticles(), swift2::kernels::ompoffloading::forAllParticles(), swift2::kernels::forAllParticles(), swift2::kernels::coalesced::forAllParticles(), swift2::kernels::coalesced::prefixcheck::forAllParticles(), swift2::kernels::ompoffloading::forAllParticles(), swift2::kernels::forAllParticles(), tarch::getMemoryUsage(), swift2::kernels::legacy::hydro_update_smoothing_length_and_rerun_if_required(), TP::TwoPunctures::LineRelax_al(), TP::TwoPunctures::LineRelax_be(), main(), tl::pipeable(), runner_do_ghost(), GaussianHill< Variables, basisSize >::setPointSourceVector(), Hhs1< Shortcuts, basisSize >::setPointSourceVector(), Hhs1_Transposed< Shortcuts, basisSize >::setPointSourceVector(), Hsp1< Shortcuts, basisSize >::setPointSourceVector(), Loh1< Shortcuts, basisSize >::setPointSourceVector(), Loh1_Transposed< Shortcuts, basisSize >::setPointSourceVector(), Sinusodial< Shortcuts, basisSize >::setPointSourceVector(), Apatite< VariableShortcuts, basisSize >::setPointSourceVector(), WholeSpaceProblem< VariableShortcuts, basisSize >::setPointSourceVector(), Zugspitze< Shortcuts, basisSize >::setPointSourceVector(), Zugspitze_noTopo< Shortcuts, basisSize >::setPointSourceVector(), tl::tuple_fold(), tl::detail::tuple_fold_impl(), tl::tuple_for_each(), and tl::tuple_transform().
Main routine of the SPH code.
Definition at line 31 of file AnalyticalSolution.cpp.
References std::abs(), dx, f(), rho, u, and w.