StatisticTools Class Reference

#include <statistictools.h>

Inherits Inspectable, and Callbackable.

Inheritance diagram for StatisticTools:

[legend]Collaboration diagram for StatisticTools:

[legend]List of all members.

Public Member Functions
	StatisticTools ()
virtual double &	addMeasure (double &observedValue, const char *measureName, MeasureMode mode, long stepSpan, double additionalParam=0)
	adds a variable to observe and measure the value
virtual StatisticMeasure *	getMeasure (double &observedValue, const char *measureName, MeasureMode mode, long stepSpan, double additionalParam=0)
	Same as the method above, but instead of getting the calculated value back (the adress), you get the StatisticMeasure itself.
virtual double &	addMeasure (AbstractMeasure *measure)
	You can add another abstract measure you like.
virtual double &	addMeasureList (std::list< AbstractMeasure * > measureList)
	You can add another abstract measure you like.
virtual double &	addMeasureList (std::list< ComplexMeasure * > measureList)
	You can add another abstract measure you like.
virtual double &	addMeasureList (std::list< StatisticMeasure * > measureList)
	You can add another abstract measure you like.
virtual void	beginMeasureAt (long step)
	starts the measure at a specific time.
virtual bool	measureStarted ()
	Tells you wether the measures have already been started.
virtual void	doOnCallBack (BackCaller *source, BackCaller::CallbackableType type=BackCaller::DEFAULT_CALLBACKABLE_TYPE)
	CALLBACKABLE INTERFACE.
Protected Attributes
std::list< AbstractMeasure * >	activeMeasures
long	beginMeasureCounter

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Constructor & Destructor Documentation

StatisticTools

(

)

[inline]

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Member Function Documentation

double & addMeasure

(

AbstractMeasure *

measure

)

[virtual]

You can add another abstract measure you like.

in some cases (e.g. complex measures) it is better to let the measure decide how it likes to be initialized

Parameters:

measure

the measure to add

Returns:

the address value of the measure

double & addMeasure	(	double &	observedValue,
		const char *	measureName,
		MeasureMode	mode,
		long	stepSpan,
		double	additionalParam = 0
	)			[virtual]

adds a variable to observe and measure the value

Parameters:

	observedValue	the value to observe.
	measureName	the name of the measured value
	mode	the mode of measure
	stepSpan	in most cases the stepSpan is important to get the measured value of a number of steps, like AVG: if stepSpan = 0, AVG is calculated over all steps if stepSpan = n, AVG is calculated over the LAST n steps The same counts for all the other MeasureModes.
	additionalParam	is used for example for mode PEAK, the param is the limit value, all values minus limit are displayed, values below the limit are set to 0. In CONV mode (test the convergence), this value is the epsilon criteria.

Returns:

measured value as adress. So it is possible to measure this value again

double & addMeasureList

(

std::list< StatisticMeasure * >

measureList

)

[virtual]

You can add another abstract measure you like.

in some cases (e.g. complex measures) it is better to let the measure decide how it likes to be initialized With this method you can add a list of AbstractMeasures.

Parameters:

measureList

the list of measures to add

Returns:

the address value of the first measure

double & addMeasureList

(

std::list< ComplexMeasure * >

measureList

)

[virtual]

You can add another abstract measure you like.

in some cases (e.g. complex measures) it is better to let the measure decide how it likes to be initialized With this method you can add a list of AbstractMeasures.

Parameters:

measureList

the list of measures to add

Returns:

the address value of the first measure

double & addMeasureList

(

std::list< AbstractMeasure * >

measureList

)

[virtual]

You can add another abstract measure you like.

in some cases (e.g. complex measures) it is better to let the measure decide how it likes to be initialized With this method you can add a list of AbstractMeasures.

Parameters:

measureList

the list of measures to add

Returns:

the address value of the first measure

void beginMeasureAt

(

long

step

)

[virtual]

starts the measure at a specific time.

This is useful if there are values that have to be ignored at simulation start.

Parameters:

step

number of steps (normally simsteps) to wait for beginning the measures

void doOnCallBack	(	BackCaller *	source,
		BackCaller::CallbackableType	type = BackCaller::DEFAULT_CALLBACKABLE_TYPE
	)			[virtual]

CALLBACKABLE INTERFACE.

this method is invoked when a callback is done from the class where this class is for callback registered

Implements Callbackable.

StatisticMeasure * getMeasure	(	double &	observedValue,
		const char *	measureName,
		MeasureMode	mode,
		long	stepSpan,
		double	additionalParam = 0
	)			[virtual]

Same as the method above, but instead of getting the calculated value back (the adress), you get the StatisticMeasure itself.

virtual bool measureStarted

(

)

[inline, virtual]

Tells you wether the measures have already been started.

Returns:

true if measures have already been started, otherwise false

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Member Data Documentation

std::list<AbstractMeasure*> activeMeasures [protected]

long beginMeasureCounter [protected]

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

• statistictools.h
• statistictools.cpp

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