peclet::core::amr::DistributedOctree< Dim, Bits >::GatherHaloTopology Struct Reference

Flattened, value-only topology for the face-neighbour gather, established ONCE: the per-matvec exchange then moves only double values (no coords, no locateGlobal) over a fixed graph — the octree analogue of GridHaloTopology::flatten(). More...

#include <distributed_octree.hpp>

Public Attributes
std::vector< Index >	localSlot
std::vector< Index >	localLeaf
std::vector< int >	sendRanks
std::vector< int >	sendCounts
std::vector< Index >	sendLeaf
std::vector< int >	recvRanks
std::vector< int >	recvCounts
std::vector< Index >	recvSlot
Index	nFaces = 0

Detailed Description

template<int Dim, unsigned Bits = (Dim == 2 ? 32u : (Dim == 3 ? 21u : 16u))>
struct peclet::core::amr::DistributedOctree< Dim, Bits >::GatherHaloTopology

Flattened, value-only topology for the face-neighbour gather, established ONCE: the per-matvec exchange then moves only double values (no coords, no locateGlobal) over a fixed graph — the octree analogue of GridHaloTopology::flatten().

A device DistributedGatherHalo mirrors only the compact send/recv buffers across MPI (à la grid_halo.hpp); the field stays on the device.

Definition at line 477 of file distributed_octree.hpp.

Member Data Documentation

localSlot

template<int Dim, unsigned Bits = (Dim == 2 ? 32u : (Dim == 3 ? 21u : 16u))>

std::vector<Index> peclet::core::amr::DistributedOctree< Dim, Bits >::GatherHaloTopology::localSlot

Definition at line 480 of file distributed_octree.hpp.

localLeaf

template<int Dim, unsigned Bits = (Dim == 2 ? 32u : (Dim == 3 ? 21u : 16u))>

std::vector<Index> peclet::core::amr::DistributedOctree< Dim, Bits >::GatherHaloTopology::localLeaf

Definition at line 480 of file distributed_octree.hpp.

sendRanks

template<int Dim, unsigned Bits = (Dim == 2 ? 32u : (Dim == 3 ? 21u : 16u))>

std::vector<int> peclet::core::amr::DistributedOctree< Dim, Bits >::GatherHaloTopology::sendRanks

Definition at line 483 of file distributed_octree.hpp.

sendCounts

template<int Dim, unsigned Bits = (Dim == 2 ? 32u : (Dim == 3 ? 21u : 16u))>

std::vector<int> peclet::core::amr::DistributedOctree< Dim, Bits >::GatherHaloTopology::sendCounts

Definition at line 483 of file distributed_octree.hpp.

sendLeaf

template<int Dim, unsigned Bits = (Dim == 2 ? 32u : (Dim == 3 ? 21u : 16u))>

std::vector<Index> peclet::core::amr::DistributedOctree< Dim, Bits >::GatherHaloTopology::sendLeaf

Definition at line 484 of file distributed_octree.hpp.

recvRanks

template<int Dim, unsigned Bits = (Dim == 2 ? 32u : (Dim == 3 ? 21u : 16u))>

std::vector<int> peclet::core::amr::DistributedOctree< Dim, Bits >::GatherHaloTopology::recvRanks

Definition at line 486 of file distributed_octree.hpp.

recvCounts

template<int Dim, unsigned Bits = (Dim == 2 ? 32u : (Dim == 3 ? 21u : 16u))>

std::vector<int> peclet::core::amr::DistributedOctree< Dim, Bits >::GatherHaloTopology::recvCounts

Definition at line 486 of file distributed_octree.hpp.

recvSlot

template<int Dim, unsigned Bits = (Dim == 2 ? 32u : (Dim == 3 ? 21u : 16u))>

std::vector<Index> peclet::core::amr::DistributedOctree< Dim, Bits >::GatherHaloTopology::recvSlot

Definition at line 487 of file distributed_octree.hpp.

nFaces

template<int Dim, unsigned Bits = (Dim == 2 ? 32u : (Dim == 3 ? 21u : 16u))>

Index peclet::core::amr::DistributedOctree< Dim, Bits >::GatherHaloTopology::nFaces = 0

Definition at line 488 of file distributed_octree.hpp.

Referenced by peclet::core::amr::DistributedOctree< Dim, Bits >::buildGatherHaloTopology().

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

• distributed_octree.hpp