ReblAmr< N, Nvalue, M, Mvalue > Class Template Reference

#include <ReblAmr.h>

Public Member Functions
	ReblAmr (int argcs, char *pArgs[], real *length, real *coords, uint nx, uint ny, uint nz)
void	generateProcTopology ()
void	countPointsinBox ()
void	asignWeightsForPart ()
void	assignPartToProc ()
void	distributeTopology ()
void	MPIStartUp ()
void	forestConstruct (int argcs, char *pArgs[], real *length, real *coords, uint nx, uint ny, uint nz)
void	setForestParams ()
void	createComPattern ()
void	moveGeometry (double *xx)
void	refineForest ()
void	getTotalMeshSize ()
void	writeMesh (int index)
void	writeRunInfo ()
	~ReblAmr ()

Private Attributes
real	xyz1 [6]
Tree< PROCSIZE, uint >	Proc
GeomSTL	GMT
int	proclevel
int	meshlevel
Partition	Part
MpiCom	Com
uint *	ID = nullptr
TemplateForest< N, Nvalue, M, Mvalue, Tree< M, Mvalue > >	Forest

Constructor & Destructor Documentation

ReblAmr()

template<size_t N, typename Nvalue , size_t M, typename Mvalue >

ReblAmr< N, Nvalue, M, Mvalue >::ReblAmr	(	int	argcs,
		char *	pArgs[],
		real *	length,
		real *	coords,
		uint	nx,
		uint	ny,
		uint	nz
	)

class constructor

~ReblAmr()

template<size_t N, typename Nvalue , size_t M, typename Mvalue >

ReblAmr< N, Nvalue, M, Mvalue >::~ReblAmr

(

)

writes out the log file destructor of the class

Member Function Documentation

asignWeightsForPart()

template<size_t N, typename Nvalue , size_t M, typename Mvalue >

void ReblAmr< N, Nvalue, M, Mvalue >::asignWeightsForPart

(

)

assigns wights for each element for weighted partitioning

assignPartToProc()

template<size_t N, typename Nvalue , size_t M, typename Mvalue >

void ReblAmr< N, Nvalue, M, Mvalue >::assignPartToProc

(

)

Partitions and assigns each element to the corresponding process accordignly

countPointsinBox()

template<size_t N, typename Nvalue , size_t M, typename Mvalue >

void ReblAmr< N, Nvalue, M, Mvalue >::countPointsinBox

(

)

Calculates the weights to be used for Partitioning Algorithms

createComPattern()

template<size_t N, typename Nvalue , size_t M, typename Mvalue >

void ReblAmr< N, Nvalue, M, Mvalue >::createComPattern

(

)

constructs communication pattern

distributeTopology()

template<size_t N, typename Nvalue , size_t M, typename Mvalue >

void ReblAmr< N, Nvalue, M, Mvalue >::distributeTopology

(

)

forestConstruct()

template<size_t N, typename Nvalue , size_t M, typename Mvalue >

void ReblAmr< N, Nvalue, M, Mvalue >::forestConstruct	(	int	argcs,
		char *	pArgs[],
		real *	length,
		real *	coords,
		uint	nx,
		uint	ny,
		uint	nz
	)

constructor of the forest object

generateProcTopology()

template<size_t N, typename Nvalue , size_t M, typename Mvalue >

void ReblAmr< N, Nvalue, M, Mvalue >::generateProcTopology

(

)

Generates processor Topology which is a lower level Tree

getTotalMeshSize()

template<size_t N, typename Nvalue , size_t M, typename Mvalue >

void ReblAmr< N, Nvalue, M, Mvalue >::getTotalMeshSize

(

)

return the global mesh size

moveGeometry()

template<size_t N, typename Nvalue , size_t M, typename Mvalue >

void ReblAmr< N, Nvalue, M, Mvalue >::moveGeometry

(

double *

xx

)

MPIStartUp()

template<size_t N, typename Nvalue , size_t M, typename Mvalue >

void ReblAmr< N, Nvalue, M, Mvalue >::MPIStartUp

(

)

duplicates and starts up its own Communicator

refineForest()

template<size_t N, typename Nvalue , size_t M, typename Mvalue >

void ReblAmr< N, Nvalue, M, Mvalue >::refineForest

(

)

performs refinement on forest

setForestParams()

template<size_t N, typename Nvalue , size_t M, typename Mvalue >

void ReblAmr< N, Nvalue, M, Mvalue >::setForestParams

(

)

sets some parameters for forest

writeMesh()

template<size_t N, typename Nvalue , size_t M, typename Mvalue >

void ReblAmr< N, Nvalue, M, Mvalue >::writeMesh

(

int

index

)

writes out mesh in hdf5 format

writeRunInfo()

template<size_t N, typename Nvalue , size_t M, typename Mvalue >

void ReblAmr< N, Nvalue, M, Mvalue >::writeRunInfo

(

)

Member Data Documentation

Com

template<size_t N, typename Nvalue, size_t M, typename Mvalue>

MpiCom ReblAmr< N, Nvalue, M, Mvalue >::Com

private

communicator of the class

Forest

template<size_t N, typename Nvalue, size_t M, typename Mvalue>

TemplateForest<N, Nvalue, M, Mvalue, Tree<M, Mvalue> > ReblAmr< N, Nvalue, M, Mvalue >::Forest

private

main forest class

GMT

template<size_t N, typename Nvalue, size_t M, typename Mvalue>

GeomSTL ReblAmr< N, Nvalue, M, Mvalue >::GMT

private

object to read and manipulate the STL file

ID

template<size_t N, typename Nvalue, size_t M, typename Mvalue>

uint* ReblAmr< N, Nvalue, M, Mvalue >::ID = nullptr

private

container used for partitioning

meshlevel

template<size_t N, typename Nvalue, size_t M, typename Mvalue>

int ReblAmr< N, Nvalue, M, Mvalue >::meshlevel

private

refinement level for each seed

Part

template<size_t N, typename Nvalue, size_t M, typename Mvalue>

Partition ReblAmr< N, Nvalue, M, Mvalue >::Part

private

object used for partitioning

Proc

template<size_t N, typename Nvalue, size_t M, typename Mvalue>

Tree<PROCSIZE, uint> ReblAmr< N, Nvalue, M, Mvalue >::Proc

private

Tree processor topology

proclevel

template<size_t N, typename Nvalue, size_t M, typename Mvalue>

int ReblAmr< N, Nvalue, M, Mvalue >::proclevel

private

Initial refinement level for domain decomposition

xyz1

template<size_t N, typename Nvalue, size_t M, typename Mvalue>

real ReblAmr< N, Nvalue, M, Mvalue >::xyz1[6]

private

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The documentation for this class was generated from the following files:

• /ihome/isenocak/jaber/Morton_Parallel_v0/test/Morton_Parallel_v0/src/include/ReblAmr.h
• /ihome/isenocak/jaber/Morton_Parallel_v0/test/Morton_Parallel_v0/src/ReblAmr.cpp