be.ac.ulg.montefiore.run.totem.webGUI.topgen
Class WebAppParameters

java.lang.Object
  be.ac.ulg.montefiore.run.totem.webGUI.topgen.WebAppParameters

public class WebAppParameters
extends java.lang.Object

This class retains the choices made by the user and gives some information according to these choices.

Creation date: 2004

Author:

Jean Lepropre (lepropre@run.montefiore.ulg.ac.be)

Constructor Summary

WebAppParameters()

Method Summary

int	getASAssignment() Returns the selected AS Assignment method.
float	getBottomAlpha() Returns the selected value for the Alpha/p parameter for the bottom-level model.
float	getBottomBeta() Returns the selected value for the Beta/q parameter for the bottom-level model.
int	getBottomGrowthType() Returns the selected growth type for the bottom-level model.
int	getBottomHS() Returns the selected value for the HS parameter for the bottom-level model.
int	getBottomLS() Returns the selected value for the LS parameter for the bottom-level model.
int	getBottomM() Returns the selected value for the M parameter for the bottom-level model.
int	getBottomN() Returns the selected value for the N parameter for the bottom-level model.
int	getBottomNodePlacement() Returns the selected node placement method for the bottom-level model.
int	getBottomPrefConn() Returns the selected preferential connectivity method for the bottom-level model.
int	getEdgeConnectionModel() Returns the selected edge connection model.
int	getGravityFrictionFactor() Returns the selected gravity model friction factor.
int	getGravityFrictionFactorDistribution() Returns the selected gravity model friction factor distribution.
double	getGravityScalingConstant() Returns the gravity scaling constant.
int	getGroupingModel() Returns the selected grouping model.
int	getInterBWDist() Returns the selected inter bandwith distribution method.
int	getIntraBWDist() Returns the selected intra bandwith distribution method.
int	getK() Returns the selected k for the Smallest k-Degree edge connection model.
float	getMaxInterBW() Returns the selected maximum for the inter bandwith distribution method.
float	getMaxIntraBW() Returns the selected maximum for the intra bandwith distribution method.
int	getMetric() Returns the selected metric.
float	getMinInterBW() Returns the selected minimum for the inter bandwith distribution method.
float	getMinIntraBW() Returns the selected minimum for the intra bandwith distribution method.
int	getModel0() Returns the selected top-level model.
int	getModel1() Returns the selected bottom-level model.
int	getNumberOfAS() Returns the selected number of AS for the grouping method.
int	getNumberOfTopologies() Returns the given number of topologies.
int	getNumberOfTrafficMatrices()
java.lang.String	getScenarioPrefix() Returns the prefix for the scenario XML files.
int	getSyntheticTrafficDistribution() Returns the selected traffic distribution.
float	getTopAlpha() Returns the selected value for the Alpha/p parameter for the top-level model.
float	getTopBeta() Returns the selected value for the Beta/q parameter for the top-level model.
int	getTopGrowthType() Returns the selected growth type for the top-level model.
int	getTopHS() Returns the selected value for the HS parameter for the top-level model.
int	getTopLS() Returns the selected value for the LS parameter for the top-level model.
int	getTopM() Returns the selected value for the M parameter for the top-level model.
int	getTopN() Returns the selected value for the N parameter for the top-level model.
int	getTopNodePlacement() Returns the selected node placement method for the top-level model.
java.lang.String	getTopologyPrefix() Returns the prefix for the topology XML files.
int	getTopologyType() Returns the selected type of topology.
int	getTopPrefConn() Returns the selected preferential connectivity method for the top-level model.
double	getTrafficBimodalCoinFlip() Returns the coin flip of the bimodal distribution.
double	getTrafficBimodalMean1() Returns the first mean of the bimodal distribution.
double	getTrafficBimodalMean2() Returns the second mean of the bimodal distribution.
double	getTrafficBimodalStddev1() Returns the first standard deviation of the bimodal distribution.
double	getTrafficBimodalStddev2() Returns the second standard deviation of the bimodal distribution.
double	getTrafficConstant() Returns the constant of the constant distribution.
double	getTrafficFraction() Returns the fraction of the number of pairs of nodes that must generate traffic.
double	getTrafficInvNormalLambda()
double	getTrafficInvNormalMu()
double	getTrafficLogisticMu()
double	getTrafficLogisticSigma()
double	getTrafficLogLogisticMu()
double	getTrafficLogLogisticSigma()
double	getTrafficLogNormalMu()
double	getTrafficLogNormalSigma()
java.lang.String	getTrafficMatrixPrefix() Returns the prefix for the traffic matrix XML files.
int	getTrafficModel() Returns the selected traffic model.
double	getTrafficNormalMean() Returns the mean of the normal distribution.
double	getTrafficNormalStddev() Returns the standard deviation of the normal distribution.
double	getTrafficPoissonMean() Returns the mean of the Poisson distribution.
double	getTrafficUniformFloatLower() Returns the lower bound of the Uniform float distribution.
double	getTrafficUniformFloatUpper() Returns the upper bound of the Uniform float distribution.
long	getTrafficUniformIntLower() Returns the lower bound of the Uniform integer distribution.
long	getTrafficUniformIntUpper() Returns the upper bound of the Uniform integer distribution.
boolean	isEnabled(int component) Determines whether the component component of the web-app should be enabled or not.
boolean	isMustBeConnected() Returns a boolean saying that the topology must be connected or not.
boolean	isMustBeDualConnected()
boolean	isTrafficDesired() Returns true if traffic generation is desired.
void	setASAssignment(int method) Sets the selected AS Assignment method.
void	setBottomAlpha(float alpha) Sets the selected value for the Alpha/p parameter for the bottom-level model.
void	setBottomBeta(float beta) Sets the selected value for the Beta/q parameter for the bottom-level model.
void	setBottomGrowthType(int type) Sets the selected growth type for the bottom-level model.
void	setBottomHS(int bottomHS) Sets the selected value for the HS parameter for the bottom-level model.
void	setBottomLS(int bottomLS) Sets the selected value for the LS parameter for the bottom-level model.
void	setBottomM(int m) Sets the selected value for the M parameter for the bottom-level model.
void	setBottomN(int bottomN) Sets the selected value for the N parameter for the bottom-level model.
void	setBottomNodePlacement(int method) Sets the selected node placement method for the bottom-level model.
void	setBottomPrefConn(int method) Sets the selected preferential connectivity method for the bottom-level model.
void	setEdgeConnectionModel(int model) Sets the selected edge connection model.
void	setGravityFrictionFactor(int factor) Sets the selected gravity model friction factor.
void	setGravityFrictionFactorDistribution(int distribution) Sets the selected gravity model friction factor distribution.
void	setGravityScalingConstant(double value) Sets the gravity scaling constant.
void	setGroupingModel(int model) Sets the selected grouping model.
void	setInterBWDist(int method) Sets the selected inter bandwith distribution method.
void	setIntraBWDist(int method) Sets the selected intra bandwith distribution method.
void	setK(int k) Sets the selected k for the Smallest k-Degree edge connection model.
void	setMaxInterBW(float max) Sets the selected maximum for the inter bandwith distribution method.
void	setMaxIntraBW(float max) Sets the selected maximum for the intra bandwith distribution method.
void	setMetric(int metric) Sets the selected metric.
void	setMinInterBW(float min) Sets the selected minimum for the inter bandwith distribution method.
void	setMinIntraBW(float min) Sets the selected minimum for the intra bandwith distribution method.
void	setModel0(int model) Sets the selected top-level model.
void	setModel1(int model) Sets the selected bottom-level model.
void	setMustBeConnected(boolean b) Sets the fact that the topology must be connected or not.
void	setMustBeDualConnected(boolean mustBeDualConnected)
void	setNumberOfAS(int num) Sets the selected number of AS for the grouping method.
void	setNumberOfTopologies(int num) Sets the given number of topologies.
void	setNumberOfTrafficMatrices(int numberOfTrafficMatrices)
void	setScenarioPrefix(java.lang.String s) Sets the prefix for the scenario XML files.
void	setSyntheticTrafficDistribution(int distribution) Sets the selected traffic distribution.
void	setTopAlpha(float alpha) Sets the selected value for the Alpha/p parameter for the top-level model.
void	setTopBeta(float beta) Sets the selected value for the Beta/q parameter for the top-level model.
void	setTopGrowthType(int type) Sets the selected growth type for the top-level model.
void	setTopHS(int topHS) Sets the selected value for the HS parameter for the top-level model.
void	setTopLS(int topLS) Sets the selected value for the LS parameter for the top-level model.
void	setTopM(int m) Sets the selected value for the M parameter for the top-level model.
void	setTopN(int topN) Sets the selected value for the N parameter for the top-level model.
void	setTopNodePlacement(int method) Sets the selected node placement method for the top-level model.
void	setTopologyPrefix(java.lang.String s) Sets the prefix for the topology XML files.
void	setTopologyType(int type) Sets the selected type of topology.
void	setTopPrefConn(int method) Sets the selected preferential connectivity method for the top-level model.
void	setTrafficBimodalCoinFlip(double value) Sets the coin flip of the bimodal distribution.
void	setTrafficBimodalMean1(double value) Sets the first mean of the bimodal distribution.
void	setTrafficBimodalMean2(double value) Sets the second mean of the bimodal distribution.
void	setTrafficBimodalStddev1(double value) Sets the first standard deviation of the bimodal distribution.
void	setTrafficBimodalStddev2(double value) Sets the second standard deviation of the bimodal distribution.
void	setTrafficConstant(double value) Sets the constant of the constant distribution.
void	setTrafficDesired(boolean b) Enables or disables the traffic generation.
void	setTrafficFraction(double value) Sets the fraction of the number of pairs of nodes that must generate traffic.
void	setTrafficInvNormalLambda(double trafficInvNormalLambda)
void	setTrafficInvNormalMu(double trafficInvNormalMu)
void	setTrafficLogisticMu(double trafficLogisticMu)
void	setTrafficLogisticSigma(double trafficLogisticSigma)
void	setTrafficLogLogisticMu(double trafficLogLogisticMu)
void	setTrafficLogLogisticSigma(double trafficLogLogisticSigma)
void	setTrafficLogNormalMu(double trafficLogNormalMu)
void	setTrafficLogNormalSigma(double trafficLogNormalSigma)
void	setTrafficMatrixPrefix(java.lang.String s) Sets the prefix for the traffic matrix XML files.
void	setTrafficModel(int model) Sets the selected traffic model.
void	setTrafficNormalMean(double value) Sets the mean of the normal distribution.
void	setTrafficNormalStddev(double value) Sets the standard deviation of the normal distribution.
void	setTrafficPoissonMean(double value) Sets the mean of the Poisson distribution.
void	setTrafficUniformFloatLower(double value) Sets the lower bound of the Uniform float distribution.
void	setTrafficUniformFloatUpper(double value) Sets the upper bound of the Uniform float distribution.
void	setTrafficUniformIntLower(long value) Sets the lower bound of the Uniform integer distribution.
void	setTrafficUniformIntUpper(long value) Sets the upper bound of the Uniform integer distribution.

Methods inherited from class java.lang.Object

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

Constructor Detail

WebAppParameters

public WebAppParameters()

Method Detail

getASAssignment

public int getASAssignment()

Returns the selected AS Assignment method.

Returns:

The AS Assignment method.

getBottomAlpha

public float getBottomAlpha()

Returns the selected value for the Alpha/p parameter for the bottom-level model.

Returns:

Alpha/p for the bottom-level.

getBottomBeta

public float getBottomBeta()

Returns the selected value for the Beta/q parameter for the bottom-level model.

Returns:

Beta/q for the bottom-level.

getBottomGrowthType

public int getBottomGrowthType()

Returns the selected growth type for the bottom-level model.

Returns:

The growth type for the bottom-level.

getBottomHS

public int getBottomHS()

Returns the selected value for the HS parameter for the bottom-level model.

Returns:

HS for the bottom-level.

getBottomLS

public int getBottomLS()

Returns the selected value for the LS parameter for the bottom-level model.

Returns:

LS for the bottom-level.

getBottomM

public int getBottomM()

Returns the selected value for the M parameter for the bottom-level model.

Returns:

M for the bottom-level.

getBottomN

public int getBottomN()

Returns the selected value for the N parameter for the bottom-level model.

Returns:

N for the bottom-level.

getBottomNodePlacement

public int getBottomNodePlacement()

Returns the selected node placement method for the bottom-level model.

Returns:

The node placement method for the bottom-level.

getBottomPrefConn

public int getBottomPrefConn()

Returns the selected preferential connectivity method for the bottom-level model.

Returns:

The preferential connectivity method for the bottom-level.

getTrafficMatrixPrefix

public java.lang.String getTrafficMatrixPrefix()

Returns the prefix for the traffic matrix XML files.

getEdgeConnectionModel

public int getEdgeConnectionModel()

Returns the selected edge connection model.

Returns:

The edge connection model.

getGravityFrictionFactor

public int getGravityFrictionFactor()

Returns the selected gravity model friction factor.

getGravityFrictionFactorDistribution

public int getGravityFrictionFactorDistribution()

Returns the selected gravity model friction factor distribution.

getGravityScalingConstant

public double getGravityScalingConstant()

Returns the gravity scaling constant.

getGroupingModel

public int getGroupingModel()

Returns the selected grouping model.

Returns:

The grouping model.

getInterBWDist

public int getInterBWDist()

Returns the selected inter bandwith distribution method.

Returns:

The inter bandwith distribution method.

getIntraBWDist

public int getIntraBWDist()

Returns the selected intra bandwith distribution method.

Returns:

The intra bandwith distribution method.

getK

public int getK()

Returns the selected k for the Smallest k-Degree edge connection model.

Returns:

The k for the Smallest k-Degree edge connection model.

getMaxInterBW

public float getMaxInterBW()

Returns the selected maximum for the inter bandwith distribution method.

Returns:

The maximum for the inter bandwith distribution.

getMaxIntraBW

public float getMaxIntraBW()

Returns the selected maximum for the intra bandwith distribution method.

Returns:

The maximum for the intra bandwith distribution.

getMetric

public int getMetric()

Returns the selected metric.

Returns:

The selected metric.

getMinInterBW

public float getMinInterBW()

Returns the selected minimum for the inter bandwith distribution method.

Returns:

The minimum for the inter bandwith distribution.

getMinIntraBW

public float getMinIntraBW()

Returns the selected minimum for the intra bandwith distribution method.

Returns:

The minimum for the intra bandwith distribution.

isMustBeConnected

public boolean isMustBeConnected()

Returns a boolean saying that the topology must be connected or not.

Returns:

true if the topology must be connected and false otherwise.

getModel0

public int getModel0()

Returns the selected top-level model.

Returns:

The top-level model.

getModel1

public int getModel1()

Returns the selected bottom-level model.

Returns:

The bottom-level model.

getNumberOfAS

public int getNumberOfAS()

Returns the selected number of AS for the grouping method.

Returns:

The number of AS.

getNumberOfTopologies

public int getNumberOfTopologies()

Returns the given number of topologies.

Returns:

The number of topologies.

getScenarioPrefix

public java.lang.String getScenarioPrefix()

Returns the prefix for the scenario XML files.

getTopAlpha

public float getTopAlpha()

Returns the selected value for the Alpha/p parameter for the top-level model.

Returns:

Alpha/p for the top-level.

getTopBeta

public float getTopBeta()

Returns the selected value for the Beta/q parameter for the top-level model.

Returns:

Beta/q for the top-level.

getTopGrowthType

public int getTopGrowthType()

Returns the selected growth type for the top-level model.

Returns:

The growth type for the top-level.

getTopHS

public int getTopHS()

Returns the selected value for the HS parameter for the top-level model.

Returns:

HS for the top-level.

getTopLS

public int getTopLS()

Returns the selected value for the LS parameter for the top-level model.

Returns:

LS for the top-level.

getTopM

public int getTopM()

Returns the selected value for the M parameter for the top-level model.

Returns:

M for the top-level.

getTopN

public int getTopN()

Returns the selected value for the N parameter for the top-level model.

Returns:

N for the top-level.

getTopNodePlacement

public int getTopNodePlacement()

Returns the selected node placement method for the top-level model.

Returns:

The node placement method for the top-level.

getTopPrefConn

public int getTopPrefConn()

Returns the selected preferential connectivity method for the top-level model.

Returns:

The preferential connectivity method for the top-level.

getTopologyPrefix

public java.lang.String getTopologyPrefix()

Returns the prefix for the topology XML files.

getTopologyType

public int getTopologyType()

Returns the selected type of topology.

Returns:

The type of topology.

getSyntheticTrafficDistribution

public int getSyntheticTrafficDistribution()

Returns the selected traffic distribution.

getTrafficBimodalMean1

public double getTrafficBimodalMean1()

Returns the first mean of the bimodal distribution.

getTrafficBimodalStddev1

public double getTrafficBimodalStddev1()

Returns the first standard deviation of the bimodal distribution.

getTrafficBimodalMean2

public double getTrafficBimodalMean2()

Returns the second mean of the bimodal distribution.

getTrafficBimodalStddev2

public double getTrafficBimodalStddev2()

Returns the second standard deviation of the bimodal distribution.

getTrafficBimodalCoinFlip

public double getTrafficBimodalCoinFlip()

Returns the coin flip of the bimodal distribution.

getTrafficConstant

public double getTrafficConstant()

Returns the constant of the constant distribution.

getTrafficFraction

public double getTrafficFraction()

Returns the fraction of the number of pairs of nodes that must generate traffic.

getTrafficModel

public int getTrafficModel()

Returns the selected traffic model.

getTrafficNormalMean

public double getTrafficNormalMean()

Returns the mean of the normal distribution.

getTrafficNormalStddev

public double getTrafficNormalStddev()

Returns the standard deviation of the normal distribution.

getTrafficPoissonMean

public double getTrafficPoissonMean()

Returns the mean of the Poisson distribution.

getTrafficUniformFloatLower

public double getTrafficUniformFloatLower()

Returns the lower bound of the Uniform float distribution.

getTrafficUniformFloatUpper

public double getTrafficUniformFloatUpper()

Returns the upper bound of the Uniform float distribution.

getTrafficUniformIntLower

public long getTrafficUniformIntLower()

Returns the lower bound of the Uniform integer distribution.

getTrafficUniformIntUpper

public long getTrafficUniformIntUpper()

Returns the upper bound of the Uniform integer distribution.

isEnabled

public boolean isEnabled(int component)

Determines whether the component component of the web-app should be enabled or not.

Parameters:

component - A component (see constants GUI_* in WebAppConstants).

Returns:

true if the component component should be enabled and false otherwise.

isTrafficDesired

public boolean isTrafficDesired()

Returns true if traffic generation is desired.

setASAssignment

public void setASAssignment(int method)

Sets the selected AS Assignment method.

setBottomAlpha

public void setBottomAlpha(float alpha)

Sets the selected value for the Alpha/p parameter for the bottom-level model.

setBottomBeta

public void setBottomBeta(float beta)

Sets the selected value for the Beta/q parameter for the bottom-level model.

setBottomGrowthType

public void setBottomGrowthType(int type)

Sets the selected growth type for the bottom-level model.

setBottomHS

public void setBottomHS(int bottomHS)

Sets the selected value for the HS parameter for the bottom-level model.

setBottomLS

public void setBottomLS(int bottomLS)

Sets the selected value for the LS parameter for the bottom-level model.

setBottomM

public void setBottomM(int m)

Sets the selected value for the M parameter for the bottom-level model.

setBottomN

public void setBottomN(int bottomN)

Sets the selected value for the N parameter for the bottom-level model.

setBottomNodePlacement

public void setBottomNodePlacement(int method)

Sets the selected node placement method for the bottom-level model.

setBottomPrefConn

public void setBottomPrefConn(int method)

Sets the selected preferential connectivity method for the bottom-level model.

setTrafficMatrixPrefix

public void setTrafficMatrixPrefix(java.lang.String s)

Sets the prefix for the traffic matrix XML files.

setEdgeConnectionModel

public void setEdgeConnectionModel(int model)

Sets the selected edge connection model.

setGravityFrictionFactor

public void setGravityFrictionFactor(int factor)

Sets the selected gravity model friction factor.

setGravityFrictionFactorDistribution

public void setGravityFrictionFactorDistribution(int distribution)

Sets the selected gravity model friction factor distribution.

setGravityScalingConstant

public void setGravityScalingConstant(double value)

Sets the gravity scaling constant.

setGroupingModel

public void setGroupingModel(int model)

Sets the selected grouping model.

setInterBWDist

public void setInterBWDist(int method)

Sets the selected inter bandwith distribution method.

setIntraBWDist

public void setIntraBWDist(int method)

Sets the selected intra bandwith distribution method.

setK

public void setK(int k)

Sets the selected k for the Smallest k-Degree edge connection model.

setMaxInterBW

public void setMaxInterBW(float max)

Sets the selected maximum for the inter bandwith distribution method.

setMaxIntraBW

public void setMaxIntraBW(float max)

Sets the selected maximum for the intra bandwith distribution method.

setMetric

public void setMetric(int metric)

Sets the selected metric.

setMinInterBW

public void setMinInterBW(float min)

Sets the selected minimum for the inter bandwith distribution method.

setMinIntraBW

public void setMinIntraBW(float min)

Sets the selected minimum for the intra bandwith distribution method.

setMustBeConnected

public void setMustBeConnected(boolean b)

Sets the fact that the topology must be connected or not.

setModel0

public void setModel0(int model)

Sets the selected top-level model.

setModel1

public void setModel1(int model)

Sets the selected bottom-level model.

setNumberOfAS

public void setNumberOfAS(int num)

Sets the selected number of AS for the grouping method.

setNumberOfTopologies

public void setNumberOfTopologies(int num)

Sets the given number of topologies.

setScenarioPrefix

public void setScenarioPrefix(java.lang.String s)

Sets the prefix for the scenario XML files.

setTopAlpha

public void setTopAlpha(float alpha)

Sets the selected value for the Alpha/p parameter for the top-level model.

setTopBeta

public void setTopBeta(float beta)

Sets the selected value for the Beta/q parameter for the top-level model.

setTopGrowthType

public void setTopGrowthType(int type)

Sets the selected growth type for the top-level model.

setTopHS

public void setTopHS(int topHS)

Sets the selected value for the HS parameter for the top-level model.

setTopLS

public void setTopLS(int topLS)

Sets the selected value for the LS parameter for the top-level model.

setTopM

public void setTopM(int m)

Sets the selected value for the M parameter for the top-level model.

setTopN

public void setTopN(int topN)

Sets the selected value for the N parameter for the top-level model.

setTopNodePlacement

public void setTopNodePlacement(int method)

Sets the selected node placement method for the top-level model.

setTopologyPrefix

public void setTopologyPrefix(java.lang.String s)

Sets the prefix for the topology XML files.

setTopPrefConn

public void setTopPrefConn(int method)

Sets the selected preferential connectivity method for the top-level model.

setTopologyType

public void setTopologyType(int type)

Sets the selected type of topology.

setTrafficDesired

public void setTrafficDesired(boolean b)

Enables or disables the traffic generation.

setSyntheticTrafficDistribution

public void setSyntheticTrafficDistribution(int distribution)

Sets the selected traffic distribution.

setTrafficBimodalMean1

public void setTrafficBimodalMean1(double value)

Sets the first mean of the bimodal distribution.

setTrafficBimodalStddev1

public void setTrafficBimodalStddev1(double value)

Sets the first standard deviation of the bimodal distribution.

setTrafficBimodalMean2

public void setTrafficBimodalMean2(double value)

Sets the second mean of the bimodal distribution.

setTrafficBimodalStddev2

public void setTrafficBimodalStddev2(double value)

Sets the second standard deviation of the bimodal distribution.

setTrafficBimodalCoinFlip

public void setTrafficBimodalCoinFlip(double value)

Sets the coin flip of the bimodal distribution.

setTrafficConstant

public void setTrafficConstant(double value)

Sets the constant of the constant distribution.

setTrafficFraction

public void setTrafficFraction(double value)

Sets the fraction of the number of pairs of nodes that must generate traffic.

setTrafficModel

public void setTrafficModel(int model)

Sets the selected traffic model.

setTrafficNormalMean

public void setTrafficNormalMean(double value)

Sets the mean of the normal distribution.

setTrafficNormalStddev

public void setTrafficNormalStddev(double value)

Sets the standard deviation of the normal distribution.

setTrafficPoissonMean

public void setTrafficPoissonMean(double value)

Sets the mean of the Poisson distribution.

setTrafficUniformFloatLower

public void setTrafficUniformFloatLower(double value)

Sets the lower bound of the Uniform float distribution.

setTrafficUniformFloatUpper

public void setTrafficUniformFloatUpper(double value)

Sets the upper bound of the Uniform float distribution.

setTrafficUniformIntLower

public void setTrafficUniformIntLower(long value)

Sets the lower bound of the Uniform integer distribution.

setTrafficUniformIntUpper

public void setTrafficUniformIntUpper(long value)

Sets the upper bound of the Uniform integer distribution.

getNumberOfTrafficMatrices

public int getNumberOfTrafficMatrices()

Returns:

Returns the number of traffic matrices.

setNumberOfTrafficMatrices

public void setNumberOfTrafficMatrices(int numberOfTrafficMatrices)

Parameters:

numberOfTrafficMatrices - The numberOfTrafficMatrices to set.

isMustBeDualConnected

public boolean isMustBeDualConnected()

Returns:

Returns the mustBeDualConnected.

setMustBeDualConnected

public void setMustBeDualConnected(boolean mustBeDualConnected)

Parameters:

mustBeDualConnected - The mustBeDualConnected to set.

getTrafficInvNormalLambda

public double getTrafficInvNormalLambda()

Returns:

Returns the trafficInvNormalLambda.

setTrafficInvNormalLambda

public void setTrafficInvNormalLambda(double trafficInvNormalLambda)

Parameters:

trafficInvNormalLambda - The trafficInvNormalLambda to set.

getTrafficInvNormalMu

public double getTrafficInvNormalMu()

Returns:

Returns the trafficInvNormalMu.

setTrafficInvNormalMu

public void setTrafficInvNormalMu(double trafficInvNormalMu)

Parameters:

trafficInvNormalMu - The trafficInvNormalMu to set.

getTrafficLogisticMu

public double getTrafficLogisticMu()

Returns:

Returns the trafficLogisticMu.

setTrafficLogisticMu

public void setTrafficLogisticMu(double trafficLogisticMu)

Parameters:

trafficLogisticMu - The trafficLogisticMu to set.

getTrafficLogisticSigma

public double getTrafficLogisticSigma()

Returns:

Returns the trafficLogisticSigma.

setTrafficLogisticSigma

public void setTrafficLogisticSigma(double trafficLogisticSigma)

Parameters:

trafficLogisticSigma - The trafficLogisticSigma to set.

getTrafficLogLogisticMu

public double getTrafficLogLogisticMu()

Returns:

Returns the trafficLogLogisticMu.

setTrafficLogLogisticMu

public void setTrafficLogLogisticMu(double trafficLogLogisticMu)

Parameters:

trafficLogLogisticMu - The trafficLogLogisticMu to set.

getTrafficLogLogisticSigma

public double getTrafficLogLogisticSigma()

Returns:

Returns the trafficLogLogisticSigma.

setTrafficLogLogisticSigma

public void setTrafficLogLogisticSigma(double trafficLogLogisticSigma)

Parameters:

trafficLogLogisticSigma - The trafficLogLogisticSigma to set.

getTrafficLogNormalMu

public double getTrafficLogNormalMu()

Returns:

Returns the trafficLogNormalMu.

setTrafficLogNormalMu

public void setTrafficLogNormalMu(double trafficLogNormalMu)

Parameters:

trafficLogNormalMu - The trafficLogNormalMu to set.

getTrafficLogNormalSigma

public double getTrafficLogNormalSigma()

Returns:

Returns the trafficLogNormalSigma.

setTrafficLogNormalSigma

public void setTrafficLogNormalSigma(double trafficLogNormalSigma)

Parameters:

trafficLogNormalSigma - The trafficLogNormalSigma to set.