peclet::voro::TopologyStore< MAXP, MAXT > Struct Template Reference

#include <topology_store.hpp>

Public Types
using	MemSpace = peclet::core::MemSpace

Public Member Functions
void	alloc (int n)
void	allocPoke4 ()
template<class Cell >
KOKKOS_INLINE_FUNCTION void	save (int i, const Cell &c) const
	Persist cell c at slot i (call after the cell is finalised — clipped + complete).
template<class Cell , class Real >
KOKKOS_INLINE_FUNCTION void	load (int i, Cell &c, Real L0, Real L1, Real L2) const

Public Attributes
int	N = 0
Kokkos::View< int *, MemSpace >	np
Kokkos::View< int *, MemSpace >	nt
Kokkos::View< int *, MemSpace >	pnbr
Kokkos::View< unsigned *, MemSpace >	tri
Kokkos::View< unsigned char *, MemSpace >	poke4

Detailed Description

template<int MAXP, int MAXT>
struct peclet::voro::TopologyStore< MAXP, MAXT >

Resident compact topology for N cells of ConvexCell<Real, MAXP, MAXT>. Captured by value into kernels.

Member Typedef Documentation

MemSpace

template<int MAXP, int MAXT>

using peclet::voro::TopologyStore< MAXP, MAXT >::MemSpace = peclet::core::MemSpace

Member Function Documentation

alloc()

template<int MAXP, int MAXT>

void peclet::voro::TopologyStore< MAXP, MAXT >::alloc ( int  n )

inline

allocPoke4()

template<int MAXP, int MAXT>

void peclet::voro::TopologyStore< MAXP, MAXT >::allocPoke4 ( )

inline

Allocate the per-triangle edge-adjacency store (the Lawson local certificate; opt-in so callers that don't use it pay no memory). N*MAXT*3 int ≈ MAXT·12 bytes/cell.

load()

template<int MAXP, int MAXT>

template<class Cell , class Real >

KOKKOS_INLINE_FUNCTION void peclet::voro::TopologyStore< MAXP, MAXT >::load ( int  i, Cell &  c, Real  L0, Real  L1, Real  L2  ) const

inline

Reload the stored topology of slot i into a fresh cell, ready for reevalGeometry(): seeds the six box planes (initBoxPlanes), restores np/nt/overflow, the neighbour ids of planes [6,np), and the triangles. The neighbour PLANE equations and all vertices are (re)computed by the following reevalGeometry() call.

save()

template<int MAXP, int MAXT>

template<class Cell >

KOKKOS_INLINE_FUNCTION void peclet::voro::TopologyStore< MAXP, MAXT >::save ( int  i, const Cell &  c  ) const

inline

Persist cell c at slot i (call after the cell is finalised — clipped + complete).

Member Data Documentation

N

template<int MAXP, int MAXT>

int peclet::voro::TopologyStore< MAXP, MAXT >::N = 0

np

template<int MAXP, int MAXT>

Kokkos::View<int*, MemSpace> peclet::voro::TopologyStore< MAXP, MAXT >::np

nt

template<int MAXP, int MAXT>

Kokkos::View<int*, MemSpace> peclet::voro::TopologyStore< MAXP, MAXT >::nt

pnbr

template<int MAXP, int MAXT>

Kokkos::View<int*, MemSpace> peclet::voro::TopologyStore< MAXP, MAXT >::pnbr

poke4

template<int MAXP, int MAXT>

Kokkos::View<unsigned char*, MemSpace> peclet::voro::TopologyStore< MAXP, MAXT >::poke4

tri

template<int MAXP, int MAXT>

Kokkos::View<unsigned*, MemSpace> peclet::voro::TopologyStore< MAXP, MAXT >::tri

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The documentation for this struct was generated from the following file:

• include/peclet/voro/topology_store.hpp