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#ifndef TOPOLOGY_HH
#define TOPOLOGY_HH
#include <hdf5.h>
#include "cctk.h"
#include "defs.hh"
#include "vect.hh"
#include "simulation.hh"
namespace CarpetIOF5 {
namespace F5 {
class topology_t {
topology_t ();
topology_t (topology_t const &);
topology_t operator= (topology_t const &);
protected:
simulation_t & m_simulation;
hid_t m_hdf5_topology;
topology_t (simulation_t & simulation);
public:
virtual
~ topology_t ();
public:
simulation_t &
get_simulation ()
const;
hid_t
get_hdf5_topology ()
const;
virtual bool
invariant ()
const;
};
class unigrid_topology_t : public topology_t {
unigrid_topology_t ();
unigrid_topology_t (unigrid_topology_t const &);
unigrid_topology_t operator= (unigrid_topology_t const &);
public:
// Create unigrid topology
unigrid_topology_t (simulation_t & simulation);
virtual
~ unigrid_topology_t ();
virtual bool
invariant ()
const;
};
class mesh_refinement_topology_t : public topology_t {
int const m_refinement_level;
int const m_max_refinement_levels;
vect<int, dim> const m_level_refinement_factor;
vect<int, dim> const m_max_refinement_factor;
mesh_refinement_topology_t ();
mesh_refinement_topology_t (mesh_refinement_topology_t const &);
mesh_refinement_topology_t
operator= (mesh_refinement_topology_t const &);
public:
mesh_refinement_topology_t (simulation_t & simulation,
int map,
int refinement_level,
int max_refinement_levels,
vect<int, dim> const & level_refinement_factors,
vect<int, dim> const & max_refinement_factors);
void
calculate_level_origin_delta (vect<CCTK_REAL, dim> const & coarse_origin,
vect<CCTK_REAL, dim> const & coarse_delta,
vect<int, dim> const & level_offset,
vect<int, dim> const & level_offset_denominator,
vect<CCTK_REAL, dim> & level_origin,
vect<CCTK_REAL, dim> & level_delta)
const;
virtual
~ mesh_refinement_topology_t ();
virtual bool
invariant ()
const;
};
} // namespace F5
} // namespace CarpetIOF5
#endif // #ifndef TOPOLOGY_HH
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