Package xdevs.core.examples.devstone

Class DevStoneCoupledHO

java.lang.Object

xdevs.core.modeling.Component

xdevs.core.modeling.Coupled

xdevs.core.examples.devstone.DevStone

xdevs.core.examples.devstone.DevStoneCoupledHO

public class DevStoneCoupledHO
extends DevStone

Coupled model to study the performance HO DEVStone models

Field Summary

Fields

Modifier and Type	Field	Description
Port<Integer>	iInAux	Additional input port
Port<Integer>	oOutAux	Additional output port

Fields inherited from class xdevs.core.examples.devstone.DevStone

iIn, oOut

Fields inherited from class xdevs.core.modeling.Coupled

components, eic, eoc, ic

Fields inherited from class xdevs.core.modeling.Component

chained, inPorts, name, outPorts, parent

Constructor Summary

Constructors

Constructor	Description
DevStoneCoupledHO(String name)	Constructor
DevStoneCoupledHO(String prefix, int width, int depth, double preparationTime, double intDelayTime, double extDelayTime)	Constructor
DevStoneCoupledHO(String prefix, int width, int depth, double preparationTime, org.apache.commons.math3.distribution.RealDistribution distribution)	Constructor

Method Summary

Modifier and Type	Method	Description
static void	main(String[] args)
int	numAtomicsInTheory(int width, int depth)	Theoretical number of atomic models in the DEVStone model
long	numDeltExtsInTheory(int maxEvents, int width, int depth)	Theoretical number of external transitions performed in the simulation of the DEVStone model
long	numDeltIntsInTheory(int maxEvents, int width, int depth)	Theoretical number of internal transitions performed in the simulation of the DEVStone model
long	numEventsInTheory(int maxEvents, int width, int depth)	Theoretical number of events internally received in all the external transition functions.

Methods inherited from class xdevs.core.examples.devstone.DevStone

numDeltExtsInPractice, numDeltIntsInPractice, numEventsInPractice

Methods inherited from class xdevs.core.modeling.Coupled

addComponent, addComponentsAndCouplings, addCoupling, addCoupling, addCoupling, addCoupling, addInPort, addOutPort, countAtomicComponents, exit, flatten, getComponentByName, getComponents, getEIC, getEOC, getIC, getParent, initialize, removeComponent, setParent, structuralTransition, toXml

Methods inherited from class xdevs.core.modeling.Component

getInPort, getInPorts, getName, getOutPort, getOutPorts, isInputEmpty, toString

Methods inherited from class java.lang.Object

clone, equals, finalize, getClass, hashCode, notify, notifyAll, wait, wait, wait

Field Detail

iInAux

public Port<Integer> iInAux

Additional input port

oOutAux

public Port<Integer> oOutAux

Additional output port

Constructor Detail

DevStoneCoupledHO

public DevStoneCoupledHO(String name)

Constructor

Parameters:

name - name of the model

DevStoneCoupledHO

public DevStoneCoupledHO(String prefix,
                         int width,
                         int depth,
                         double preparationTime,
                         double intDelayTime,
                         double extDelayTime)

Constructor

Parameters:

prefix - prefix of the model name

width - width of the model

depth - depth of the model

preparationTime - preparation time of the atomic models

intDelayTime - internal delay time of the atomic models

extDelayTime - external delay time of the atomic models

DevStoneCoupledHO

public DevStoneCoupledHO(String prefix,
                         int width,
                         int depth,
                         double preparationTime,
                         org.apache.commons.math3.distribution.RealDistribution distribution)

Constructor

Parameters:

prefix - prefix of the model name

width - width of the model

depth - depth of the model

preparationTime - preparation time of the atomic models

distribution - distribution of the atomic models, used to compute delay times

Method Detail

numDeltExtsInTheory

public long numDeltExtsInTheory(int maxEvents,
                                int width,
                                int depth)

Description copied from class: DevStone

Theoretical number of external transitions performed in the simulation of the DEVStone model

Specified by:

numDeltExtsInTheory in class DevStone

Parameters:

maxEvents - maximum number of input events

width - width of the DEVStone model

depth - depth of the DEVStone model

Returns:

theoretical number of external transitions performed

numDeltIntsInTheory

public long numDeltIntsInTheory(int maxEvents,
                                int width,
                                int depth)

Description copied from class: DevStone

Theoretical number of internal transitions performed in the simulation of the DEVStone model

Specified by:

numDeltIntsInTheory in class DevStone

Parameters:

maxEvents - maximum number of input events

width - width of the DEVStone model

depth - depth of the DEVStone model

Returns:

theoretical number of internal transitions performed

numEventsInTheory

public long numEventsInTheory(int maxEvents,
                              int width,
                              int depth)

Description copied from class: DevStone

Theoretical number of events internally received in all the external transition functions.

Specified by:

numEventsInTheory in class DevStone

Parameters:

maxEvents - number of external input events to the DEVStone model

width - width of the DEVStone model

depth - depth of the DEVStone model

Returns:

theoretical number of events internally received in all the external transition functions

main

public static void main(String[] args)

numAtomicsInTheory

public int numAtomicsInTheory(int width,
                              int depth)

Description copied from class: DevStone

Theoretical number of atomic models in the DEVStone model

Specified by:

numAtomicsInTheory in class DevStone

Parameters:

width - width of the DEVStone model

depth - depth of the DEVStone model

Returns:

theoretical number of atomic models