No load balancing. More...

Inheritance diagram for toolbox::loadbalancing::strategies::NoLoadBalancing:

Collaboration diagram for toolbox::loadbalancing::strategies::NoLoadBalancing:

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Public Member Functions
	NoLoadBalancing ()
	Delegate to other constructor with nullptr arguments, as configuration does not matter anyway.

	NoLoadBalancing (Configuration configuration, CostMetrics costMetrics)
	Only there to be compatible with other classes.

virtual	~NoLoadBalancing ()=default

virtual void	finishStep () override
	Finish a mesh sweep.

virtual void	enable (bool value) override
	You cannot enable the no load balancing.

Public Member Functions inherited from toolbox::loadbalancing::AbstractLoadBalancing
	AbstractLoadBalancing (Configuration configuration, CostMetrics costMetrics)
	Constructor.

virtual	~AbstractLoadBalancing ()
	Destructor.

virtual std::string	toString () const
	Create a string representation of load balancing object.

virtual bool	hasSplitRecently () const
	Has mesh split recently.

bool	isEnabled (bool globally) const
	Is load balancing enabled.

virtual int	getGlobalNumberOfTrees () const
	Delegate to stats.

virtual bool	hasStagnated () const
	A load balancing can either be stagnating or be switched off for this predicate to hold.

virtual void	finishSimulation ()

void	setConfigurationAndMetricsNullWithoutDelete ()
	This is only used when you concatenate balancing rules and you want to disable any deletion.

Additional Inherited Members
Static Public Attributes inherited from toolbox::loadbalancing::AbstractLoadBalancing
static constexpr int	NoHeaviestTreeAvailable = -1
	Is used by tree identification and either indicates that there are no trees at all or means that the heaviest tree is on the blacklist.

static constexpr int	NumberOfMeshSweepsAfterSplitToMakeMeshConsistentAgain = 3
	Number of mesh sweeps a split needs until the mesh is consistent again.

Protected Member Functions inherited from toolbox::loadbalancing::AbstractLoadBalancing
bool	fitsIntoMemory (State state) const
	Ensure enough memory is left-over.

bool	isInterRankBalancingBad () const
	Is the balancing between the ranks ok.

bool	isIntraRankBalancingBad () const
	Is the balancing on the rank ok.

bool	areRanksUnemployed () const

double	getWeightOfHeaviestLocalSpacetree () const

int	getIdOfHeaviestLocalSpacetree () const
	Determines the maximum spacetree size a tree should have in the optimal case.

int	getIdOfHeaviestLocalSpacetree (double tolerance) const
	Similar to getIdOfHeaviestLocalSpacetree() but you might get one of the trees back that is close to the heaviest one up to tolerance.

Protected Attributes inherited from toolbox::loadbalancing::AbstractLoadBalancing
Blacklist	_blacklist

Statistics	_statistics

Configuration *	_configuration

CostMetrics *	_costMetrics

State	_state
	Ensure that you invoke.

Static Protected Attributes inherited from toolbox::loadbalancing::AbstractLoadBalancing
static tarch::logging::Log	_log

Detailed Description

No load balancing.

A dummy that you can use if you wanna have a class around with a proper load balancing signature.

Definition at line 26 of file NoLoadBalancing.h.

Constructor & Destructor Documentation

toolbox::loadbalancing::strategies::NoLoadBalancing::NoLoadBalancing ( )

Delegate to other constructor with nullptr arguments, as configuration does not matter anyway.

toolbox::loadbalancing::strategies::NoLoadBalancing::NoLoadBalancing	(	Configuration *	configuration,
		CostMetrics *	costMetrics
	)

Only there to be compatible with other classes.

The important detail here is that the load balancing is switched off right from the start.

virtual toolbox::loadbalancing::strategies::NoLoadBalancing::~NoLoadBalancing ( )

virtualdefault

virtual void toolbox::loadbalancing::strategies::NoLoadBalancing::enable ( bool value )

overridevirtual

You cannot enable the no load balancing.

This routine therefore sets value to false and calls the superclass.

virtual void toolbox::loadbalancing::strategies::NoLoadBalancing::finishStep ( )

overridevirtual

Finish a mesh sweep.

This

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