RefinerTemp Class Reference
[Charm++ Load Balancing Framework]

#include <RefinerTemp.h>

Collaboration diagram for RefinerTemp:

[legend]

Public Member Functions
	RefinerTemp (double _overload)
	RefinerTemp (double _overload, int *p, int *pn, int i)
	~RefinerTemp ()
void	Refine (int count, BaseLB::LDStats *stats, int *cur_p, int *new_p)
Static Public Member Functions
static int *	AllocProcs (int count, BaseLB::LDStats *stats)
	This code is derived from RefineLB.C, and RefineLB.C should be rewritten to use this, so there is no code duplication.
static void	FreeProcs (int *bufs)
Data Fields
int	sumFreqs
int *	procFreq
int *	procFreqNew
double	totalInst
Protected Member Functions
void	create (int count, BaseLB::LDStats *stats, int *cur_p)
virtual int	refine ()
int	multirefine ()
void	assign (computeInfo *c, int p)
void	assign (computeInfo *c, processorInfo *p)
void	deAssign (computeInfo *c, processorInfo *pRec)
virtual void	computeAverage ()
double	computeMax ()
double	computeMax (int *)
bool	isHeavy (processorInfo *p)
bool	isLight (processorInfo *p)
void	removeComputes ()
Protected Attributes
double	overLoad
double	averageLoad
int	P
int	numAvail
int	numComputes
computeInfo *	computes
processorInfo *	processors

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Detailed Description

Definition at line 13 of file RefinerTemp.h.

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Constructor & Destructor Documentation

RefinerTemp::RefinerTemp

(

double

_overload

)

[inline]

Definition at line 15 of file RefinerTemp.h.

References P, processors, procFreq, procFreqNew, and sumFreqs.

RefinerTemp::~RefinerTemp

(

)

[inline]

Definition at line 28 of file RefinerTemp.h.

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Field Documentation

int RefinerTemp::sumFreqs

Definition at line 29 of file RefinerTemp.h.

Referenced by isHeavy(), isLight(), multirefine(), refine(), and RefinerTemp().

int * RefinerTemp::procFreq

Definition at line 29 of file RefinerTemp.h.

Referenced by assign(), computeAverage(), deAssign(), refine(), and RefinerTemp().

int * RefinerTemp::procFreqNew

Definition at line 29 of file RefinerTemp.h.

Referenced by computeMax(), isHeavy(), isLight(), multirefine(), refine(), and RefinerTemp().

double RefinerTemp::totalInst

Definition at line 30 of file RefinerTemp.h.

Referenced by computeAverage(), isHeavy(), isLight(), multirefine(), and refine().

double RefinerTemp::overLoad [protected]

Definition at line 49 of file RefinerTemp.h.

Referenced by isHeavy(), multirefine(), refine(), and RefinerTemp().

double RefinerTemp::averageLoad [protected]

Definition at line 50 of file RefinerTemp.h.

Referenced by computeAverage(), and multirefine().

int RefinerTemp::P [protected]

Definition at line 51 of file RefinerTemp.h.

Referenced by computeAverage(), computeMax(), create(), Refine(), refine(), RefinerTemp(), and removeComputes().

int RefinerTemp::numAvail [protected]

Definition at line 52 of file RefinerTemp.h.

Referenced by computeAverage(), create(), and removeComputes().

int RefinerTemp::numComputes [protected]

Definition at line 53 of file RefinerTemp.h.

Referenced by computeAverage(), and Refine().

computeInfo* RefinerTemp::computes [protected]

Definition at line 54 of file RefinerTemp.h.

Referenced by computeAverage(), create(), Refine(), and RefinerTemp().

processorInfo* RefinerTemp::processors [protected]

Definition at line 55 of file RefinerTemp.h.

Referenced by assign(), computeAverage(), computeMax(), create(), Refine(), refine(), RefinerTemp(), and removeComputes().

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

• ck-ldb/RefinerTemp.h
• ck-ldb/RefinerTemp.C