libs/ck-libs/datatransfer/parallelsurfacetransfer.C File Reference

Go to the source code of this file.

Data Structures
class	surfProgress_t
class	ConcreteLocalElement
	Provides access to a local element. More...
class	parallelSurfaceTransfer_c
class	meshState
class	sendState
	Describes the outgoing mesh. More...
class	entityPackList
class	meshChunk
	Manages the on-the-wire mesh format when sending or receiving tet mesh chunks. More...
struct	meshChunk::header_t
class	faceSender
	Sends faces across the wire to one destination. More...
class	ConcreteNetworkElement
	Provides access to an element received off the network. More...
class	faceReceiver
	Receives faces from the wire. More...
class	VerboseSurfProgress_t
Functions
static bbox3d	getPrismBox (int t, const PrismMesh &mesh)
static bbox3d	getTriangleBox (int t, const TriangleSurfaceMesh &mesh)
int	bytesToXfer (int nBytes)
template<class D, class S>
void	copy (D *dest, const S *src, int n)
void	ParallelSurfaceTransfer (collide_t voxels, MPI_Comm mpi_comm, int valsPerFace, int valsPerPt, const double *srcFaceVals, const double *srcPtVals, const PrismMesh &srcMesh, double *destFaceVals, double *destPtVals, const TriangleSurfaceMesh &destMesh)
	Transfer this data from srcMesh to destMesh, where the srcMesh is a doubly-extruded surface mesh of prisms, and destMesh is a surface mesh of triangles.

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Function Documentation

static bbox3d getPrismBox	(	int	t,
		const PrismMesh &	mesh
	)			[static]

Definition at line 126 of file parallelsurfacetransfer.C.

References bbox3d::add(), conn, bbox3d::empty(), PrismMesh::getPoint(), and PrismMesh::getPrism().

Referenced by parallelSurfaceTransfer_c::transfer().

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static bbox3d getTriangleBox	(	int	t,
		const TriangleSurfaceMesh &	mesh
	)			[static]

Definition at line 134 of file parallelsurfacetransfer.C.

References bbox3d::add(), conn, bbox3d::empty(), TriangleSurfaceMesh::getPoint(), and TriangleSurfaceMesh::getTriangle().

Referenced by parallelSurfaceTransfer_c::transfer().

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int bytesToXfer

(

int

nBytes

)

[inline]

Definition at line 143 of file parallelsurfacetransfer.C.

Referenced by meshChunk::faceDataRecordSize(), meshChunk::getFaceData(), tetMeshChunk::getTetData(), tetMeshChunk::headerSize(), meshChunk::headerSize(), meshChunk::sendFacesSize(), tetMeshChunk::sendTetsSize(), and tetMeshChunk::tetDataRecordSize().

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template<class D, class S>

void copy	(	D *	dest,
		const S *	src,
		int	n
	)			[inline]

Definition at line 149 of file parallelsurfacetransfer.C.

Referenced by CkArray::broadcastHomeElements(), CfutureSet(), cgSolver::cgSolver(), CmiCopyMsg(), CmiGetNonLocalNodeQ(), NetFEM_elems::copy(), dupargv(), faceSender::putFace(), tetSender::putTet(), and rfmodel::TreeModel::treeTest().

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void ParallelSurfaceTransfer	(	collide_t	voxels,
		MPI_Comm	mpi_comm,
		int	valsPerFace,
		int	valsPerPt,
		const double *	srcFace,
		const double *	srcPt,
		const PrismMesh &	srcMesh,
		double *	destFace,
		double *	destPt,
		const TriangleSurfaceMesh &	destMesh
	)

Transfer this data from srcMesh to destMesh, where the srcMesh is a doubly-extruded surface mesh of prisms, and destMesh is a surface mesh of triangles.

There are valsPerFace double's associated with each prism of the mesh, stored in srcFace and destFace; there are valsPerPt double's associated with each point of the mesh, stored in srcPt and destPt;

Definition at line 624 of file parallelsurfacetransfer.C.

References surfProgress_t::p(), PUP::t, and parallelSurfaceTransfer_c::transfer().

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