peclet::voro::PoreCellsResult< Real > Struct Template Reference

The clipped polyhedra, packed as flat arrays in seed order (VTK_POLYHEDRON layout). More...

#include <pore_cells.hpp>

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

Public Attributes
Kokkos::View< Real *, MemSpace >	points
Kokkos::View< int64_t *, MemSpace >	faces
	Per exported cell: nf, then per face (m, m global point ids, CCW about the outward normal).
Kokkos::View< int64_t *, MemSpace >	faceOffset
	numCells+1: each cell's range in faces
Kokkos::View< Real *, MemSpace >	volume
	numCells: the clipped cell volume
Kokkos::View< int *, MemSpace >	boundary
	numCells: 1 where a face is a wall facet
Kokkos::View< int *, MemSpace >	seed
	numCells: the seed index of each cell
long	numOverflow = 0
	seeds skipped because their cell hit a capacity
long	numIncomplete = 0
	exported cells whose gather coverage did not close (raise sw)

Detailed Description

template<class Real>
struct peclet::voro::PoreCellsResult< Real >

The clipped polyhedra, packed as flat arrays in seed order (VTK_POLYHEDRON layout).

Member Typedef Documentation

MemSpace

template<class Real >

using peclet::voro::PoreCellsResult< Real >::MemSpace = peclet::core::MemSpace

Member Data Documentation

boundary

template<class Real >

Kokkos::View<int*, MemSpace> peclet::voro::PoreCellsResult< Real >::boundary

numCells: 1 where a face is a wall facet

faceOffset

template<class Real >

Kokkos::View<int64_t*, MemSpace> peclet::voro::PoreCellsResult< Real >::faceOffset

numCells+1: each cell's range in faces

faces

template<class Real >

Kokkos::View<int64_t*, MemSpace> peclet::voro::PoreCellsResult< Real >::faces

Per exported cell: nf, then per face (m, m global point ids, CCW about the outward normal).

numIncomplete

template<class Real >

long peclet::voro::PoreCellsResult< Real >::numIncomplete = 0

exported cells whose gather coverage did not close (raise sw)

numOverflow

template<class Real >

long peclet::voro::PoreCellsResult< Real >::numOverflow = 0

seeds skipped because their cell hit a capacity

points

template<class Real >

Kokkos::View<Real*, MemSpace> peclet::voro::PoreCellsResult< Real >::points

3·numPoints, x-fastest, world frame

seed

template<class Real >

Kokkos::View<int*, MemSpace> peclet::voro::PoreCellsResult< Real >::seed

numCells: the seed index of each cell

volume

template<class Real >

Kokkos::View<Real*, MemSpace> peclet::voro::PoreCellsResult< Real >::volume

numCells: the clipped cell volume

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

• include/peclet/voro/pore_cells.hpp