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Uses of JMException in jmetal.core |
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Methods in jmetal.core that throw JMException | |
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abstract void |
Problem.evaluate(Solution solution)
Evaluates a Solution object. |
void |
Problem.evaluateConstraints(Solution solution)
Evaluates the overall constraint violation of a Solution
object. |
abstract SolutionSet |
Algorithm.execute()
Launches the execution of an specific algorithm. |
abstract java.lang.Object |
Operator.execute(java.lang.Object object)
Abstract method that must be defined by all the operators. |
double |
Variable.getLowerBound()
Gets the lower bound value of a encodings.variable. |
double |
Variable.getUpperBound()
Gets the upper bound value of a encodings.variable. |
double |
Variable.getValue()
Gets the double value representating the encodings.variable. |
void |
Variable.setLowerBound(double lowerBound)
Sets the lower bound for a encodings.variable. |
void |
Variable.setUpperBound(double upperBound)
Sets the upper bound for a encodings.variable. |
void |
Variable.setValue(double value)
Sets a double value to a encodings.variable in subclasses of Variable . |
Uses of JMException in jmetal.encodings.variable |
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Methods in jmetal.encodings.variable that throw JMException | |
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double |
ArrayReal.getLowerBound(int index)
Get the lower bound of a value |
double |
ArrayInt.getLowerBound(int index)
Get the lower bound of a value |
double |
ArrayReal.getUpperBound(int index)
Get the upper bound of a value |
double |
ArrayInt.getUpperBound(int index)
Get the upper bound of a value |
double |
ArrayReal.getValue(int index)
getValue |
int |
ArrayInt.getValue(int index)
getValue |
void |
BinaryReal.setValue(double value)
This implementation is efficient for binary string of length up to 24 bits, and for positive intervals. |
void |
ArrayReal.setValue(int index,
double value)
setValue |
void |
ArrayInt.setValue(int index,
int value)
setValue |
Constructors in jmetal.encodings.variable that throw JMException | |
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Int(Variable variable)
Copy constructor. |
|
Real(Variable variable)
Copy constructor. |
Uses of JMException in jmetal.experiments |
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Methods in jmetal.experiments that throw JMException | |
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abstract Algorithm |
Settings.configure()
Default configure method |
Algorithm |
Settings.configure(java.util.HashMap settings)
Configure method. |
Algorithm |
Settings.configure(java.util.Properties configuration)
Configure method based on reading a properties file |
Settings |
SettingsFactory.getSettingsObject(java.lang.String algorithmName,
java.lang.Object[] params)
Creates a experiments.settings object |
static void |
MainC.main(java.lang.String[] args)
|
static void |
Main.main(java.lang.String[] args)
|
static void |
Experiment.main(java.lang.String[] args)
|
void |
Experiment.runCompleteExperiment()
|
void |
Experiment.runCompleteExperiment(int numberOfThreads)
|
void |
Experiment.runExperiment()
Runs the experiment |
void |
Experiment.runExperiment(int numberOfThreads)
Runs the experiment |
Uses of JMException in jmetal.experiments.settings |
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Methods in jmetal.experiments.settings that throw JMException | |
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Algorithm |
SPEA2_Settings.configure()
Configure SPEA2 with default parameter experiments.settings |
Algorithm |
SMSEMOA_Settings.configure()
Configure SMSEMOA with user-defined parameter experiments.settings |
Algorithm |
SMPSOhv_Settings.configure()
Configure SMPSPhv with user-defined parameter experiments.settings |
Algorithm |
SMPSO_Settings.configure()
Configure SMPSO with user-defined parameter experiments.settings |
Algorithm |
RandomSearch_Settings.configure()
Configure the random search algorithm with default parameter experiments.settings |
Algorithm |
pSMPSO_Settings.configure()
Configure SMPSO with user-defined parameter experiments.settings |
Algorithm |
pNSGAII_Settings.configure()
Configure NSGAII with user-defined parameter experiments.settings |
Algorithm |
pMOEAD_Settings.configure()
Configure the algorithm with the specified parameter experiments.settings |
Algorithm |
PAES_Settings.configure()
Configure the MOCell algorithm with default parameter experiments.settings |
Algorithm |
OMOPSO_Settings.configure()
Configure OMOPSO with user-defined parameter experiments.settings |
Algorithm |
NSGAIIRandom_Settings.configure()
Configure NSGAII with user-defined parameter settings |
Algorithm |
NSGAIIPermutation_Settings.configure()
Configure NSGAII with user-defined parameter experiments.settings |
Algorithm |
NSGAIIBinary_Settings.configure()
Configure NSGAII with user-defined parameter experiments.settings |
Algorithm |
NSGAIIAdaptive_Settings.configure()
Configure NSGAIIAdaptive with user-defined parameter settings |
Algorithm |
NSGAII_Settings.configure()
Configure NSGAII with default parameter experiments.settings |
Algorithm |
MOEAD_Settings.configure()
Configure the algorithm with the specified parameter experiments.settings |
Algorithm |
MOEAD_DRA_Settings.configure()
Configure the algorithm with the specified parameter experiments.settings |
Algorithm |
MOCHC_Settings.configure()
Configure MOCHC with user-defined parameter experiments.settings |
Algorithm |
MOCell_Settings.configure()
Configure the MOCell algorithm with default parameter experiments.settings |
Algorithm |
IBEA_Settings.configure()
Configure IBEA with user-defined parameter experiments.settings |
Algorithm |
GDE3_Settings.configure()
Configure the algorithm with the specified parameter experiments.settings |
Algorithm |
FastSMSEMOA_Settings.configure()
Configure FastSMSEMOA with user-defined parameter experiments.settings |
Algorithm |
dMOPSO_Settings.configure()
Configure the algorithm with the specified parameter experiments.settings |
Algorithm |
cMOEAD_Settings.configure()
Configure the algorithm with the specified parameter experiments.settings |
Algorithm |
CellDE_Settings.configure()
Configure the algorithm with the specified parameter experiments.settings |
Algorithm |
AbYSS_Settings.configure()
Configure the AbYSS algorithm with default parameter experiments.settings |
Algorithm |
SPEA2_Settings.configure(java.util.Properties configuration)
Configure SPEA2 with user-defined parameter experiments.settings |
Algorithm |
SMSEMOA_Settings.configure(java.util.Properties configuration)
Configure SMSEMOA with user-defined parameter experiments.settings |
Algorithm |
SMPSOhv_Settings.configure(java.util.Properties configuration)
Configure SMPSO with user-defined parameter experiments.settings |
Algorithm |
SMPSO_Settings.configure(java.util.Properties configuration)
Configure SMPSO with user-defined parameter experiments.settings |
Algorithm |
RandomSearch_Settings.configure(java.util.Properties configuration)
Configure SMPSO with user-defined parameter experiments.settings |
Algorithm |
pSMPSO_Settings.configure(java.util.Properties configuration)
Configure pSMPSO with user-defined parameter experiments.settings |
Algorithm |
pNSGAII_Settings.configure(java.util.Properties configuration)
Configure pNSGAII with user-defined parameter experiments.settings |
Algorithm |
pMOEAD_Settings.configure(java.util.Properties configuration)
Configure pMOEAD with user-defined parameter experiments.settings |
Algorithm |
PAES_Settings.configure(java.util.Properties configuration)
Configure PAES with user-defined parameter experiments.settings |
Algorithm |
OMOPSO_Settings.configure(java.util.Properties configuration)
Configure dMOPSO with user-defined parameter experiments.settings |
Algorithm |
NSGAIIRandom_Settings.configure(java.util.Properties configuration)
Configure NSGAIIRandom with user-defined parameter experiments.settings |
Algorithm |
NSGAIIPermutation_Settings.configure(java.util.Properties configuration)
Configure NSGAII with user-defined parameter experiments.settings |
Algorithm |
NSGAIIBinary_Settings.configure(java.util.Properties configuration)
Configure NSGAII with user-defined parameter experiments.settings |
Algorithm |
NSGAIIAdaptive_Settings.configure(java.util.Properties configuration)
Configure NSGAIIAdaptive with user-defined parameter experiments.settings |
Algorithm |
NSGAII_Settings.configure(java.util.Properties configuration)
Configure NSGAII with user-defined parameter experiments.settings |
Algorithm |
MOEAD_Settings.configure(java.util.Properties configuration)
Configure MOEAD with user-defined parameter experiments.settings |
Algorithm |
MOEAD_DRA_Settings.configure(java.util.Properties configuration)
Configure MOEAD_DRA with user-defined parameter experiments.settings |
Algorithm |
MOCHC_Settings.configure(java.util.Properties configuration)
Configure MOCHC with user-defined parameter experiments.settings |
Algorithm |
MOCell_Settings.configure(java.util.Properties configuration)
Configure MOCell with user-defined parameter experiments.settings |
Algorithm |
IBEA_Settings.configure(java.util.Properties configuration)
Configure IBEA with user-defined parameter experiments.settings |
Algorithm |
GDE3_Settings.configure(java.util.Properties configuration)
Configure GDE3 with user-defined parameter experiments.settings |
Algorithm |
FastSMSEMOA_Settings.configure(java.util.Properties configuration)
Configure FastSMSEMOA with user-defined parameter experiments.settings |
Algorithm |
dMOPSO_Settings.configure(java.util.Properties configuration)
Configure dMOPSO with user-defined parameter experiments.settings |
Algorithm |
cMOEAD_Settings.configure(java.util.Properties configuration)
Configure cMOEAD with user-defined parameter experiments.settings |
Algorithm |
CellDE_Settings.configure(java.util.Properties configuration)
Configure CellDE with user-defined parameter experiments.settings |
Algorithm |
AbYSS_Settings.configure(java.util.Properties configuration)
Configure AbYSS with user-defined parameter experiments.settings |
Constructors in jmetal.experiments.settings that throw JMException | |
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NSGAIIAdaptive_Settings(java.lang.String problem)
Constructor |
|
NSGAIIRandom_Settings(java.lang.String problem)
Constructor |
Uses of JMException in jmetal.experiments.studies |
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Methods in jmetal.experiments.studies that throw JMException | |
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static void |
ZDTStudy2.main(java.lang.String[] args)
Main method |
static void |
ZDTStudy.main(java.lang.String[] args)
Main method |
static void |
StandardStudy2.main(java.lang.String[] args)
Main method |
static void |
StandardStudy.main(java.lang.String[] args)
Main method |
static void |
pMOEADStudy.main(java.lang.String[] args)
Main method |
static void |
NSGAIIStudy.main(java.lang.String[] args)
|
static void |
jMetalExperiment.main(java.lang.String[] args)
Main method |
static void |
ConstrainedProblemsStudy.main(java.lang.String[] args)
|
Uses of JMException in jmetal.metaheuristics.abyss |
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Methods in jmetal.metaheuristics.abyss that throw JMException | |
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Solution |
AbYSS.diversificationGeneration()
Returns a Solution using the diversification generation method
described in the scatter search template. |
SolutionSet |
AbYSS.execute()
Runs of the AbYSS algorithm. |
static void |
AbYSS_main.main(java.lang.String[] args)
|
void |
AbYSS.referenceSetUpdate(boolean build)
Implements the referenceSetUpdate method. |
boolean |
AbYSS.refSet2Test(Solution solution)
Tries to update the reference set 2 with a Solution |
int |
AbYSS.subSetGeneration()
Implements the subset generation method described in the scatter search template |
Uses of JMException in jmetal.metaheuristics.cellde |
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Methods in jmetal.metaheuristics.cellde that throw JMException | |
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SolutionSet |
CellDE.execute()
Runs of the CellDE algorithm. |
static void |
CellDE_main.main(java.lang.String[] args)
|
Uses of JMException in jmetal.metaheuristics.densea |
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Methods in jmetal.metaheuristics.densea that throw JMException | |
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SolutionSet |
DENSEA.execute()
|
static void |
DENSEA_main.main(java.lang.String[] args)
|
Uses of JMException in jmetal.metaheuristics.dmopso |
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Methods in jmetal.metaheuristics.dmopso that throw JMException | |
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SolutionSet |
dMOPSO.execute()
Runs of the dMOPSO algorithm. |
static void |
dMOPSO_main.main(java.lang.String[] args)
|
Uses of JMException in jmetal.metaheuristics.fastPGA |
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Methods in jmetal.metaheuristics.fastPGA that throw JMException | |
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SolutionSet |
FastPGA.execute()
Runs of the FastPGA algorithm. |
static void |
FastPGA_main.main(java.lang.String[] args)
|
Uses of JMException in jmetal.metaheuristics.gde3 |
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Methods in jmetal.metaheuristics.gde3 that throw JMException | |
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SolutionSet |
GDE3.execute()
Runs of the GDE3 algorithm. |
static void |
GDE3_main.main(java.lang.String[] args)
|
Uses of JMException in jmetal.metaheuristics.ibea |
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Methods in jmetal.metaheuristics.ibea that throw JMException | |
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SolutionSet |
IBEA.execute()
Runs of the IBEA algorithm. |
static void |
IBEA_main.main(java.lang.String[] args)
|
Uses of JMException in jmetal.metaheuristics.mocell |
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Methods in jmetal.metaheuristics.mocell that throw JMException | |
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SolutionSet |
sMOCell2.execute()
Runs of the sMOCell2 algorithm. |
SolutionSet |
sMOCell1.execute()
Runs of the sMOCell1 algorithm. |
SolutionSet |
MOCell.execute()
Execute the algorithm |
SolutionSet |
aMOCell3.execute()
Execute the algorithm |
SolutionSet |
aMOCell2.execute()
Runs of the aMOCell2 algorithm. |
SolutionSet |
aMOCell1.execute()
Runs of the aMOCell1 algorithm. |
static void |
MOCell_main.main(java.lang.String[] args)
|
Uses of JMException in jmetal.metaheuristics.mochc |
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Methods in jmetal.metaheuristics.mochc that throw JMException | |
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SolutionSet |
MOCHC.execute()
Runs of the MOCHC algorithm. |
Uses of JMException in jmetal.metaheuristics.moead |
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Methods in jmetal.metaheuristics.moead that throw JMException | |
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SolutionSet |
pMOEAD.execute()
|
SolutionSet |
MOEAD_DRA.execute()
|
SolutionSet |
MOEAD.execute()
|
SolutionSet |
cMOEAD.execute()
|
void |
pMOEAD.initPopulation()
|
void |
MOEAD_DRA.initPopulation()
|
void |
MOEAD.initPopulation()
|
void |
cMOEAD.initPopulation()
|
static void |
pMOEAD_main.main(java.lang.String[] args)
|
static void |
MOEAD_main.main(java.lang.String[] args)
|
Uses of JMException in jmetal.metaheuristics.nsgaII |
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Methods in jmetal.metaheuristics.nsgaII that throw JMException | |
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SolutionSet |
ssNSGAIIRandom.execute()
|
SolutionSet |
ssNSGAIIAdaptive.execute()
|
SolutionSet |
ssNSGAII.execute()
Runs the ssNSGA-II algorithm. |
SolutionSet |
pNSGAII.execute()
Runs the NSGA-II algorithm. |
SolutionSet |
NSGAIIRandom.execute()
|
SolutionSet |
NSGAIIAdaptive.execute()
|
SolutionSet |
NSGAII.execute()
Runs the NSGA-II algorithm. |
static void |
pNSGAII_main.main(java.lang.String[] args)
|
static void |
NSGAIIAdaptive_main.main(java.lang.String[] args)
|
static void |
NSGAII_mTSP_main.main(java.lang.String[] args)
|
static void |
NSGAII_main.main(java.lang.String[] args)
|
Uses of JMException in jmetal.metaheuristics.omopso |
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Methods in jmetal.metaheuristics.omopso that throw JMException | |
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SolutionSet |
OMOPSO.execute()
Runs of the OMOPSO algorithm. |
static void |
OMOPSO_main.main(java.lang.String[] args)
|
Uses of JMException in jmetal.metaheuristics.paes |
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Methods in jmetal.metaheuristics.paes that throw JMException | |
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SolutionSet |
PAES.execute()
Runs of the Paes algorithm. |
static void |
PAES_main.main(java.lang.String[] args)
|
Uses of JMException in jmetal.metaheuristics.pesa2 |
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Methods in jmetal.metaheuristics.pesa2 that throw JMException | |
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SolutionSet |
PESA2.execute()
Runs of the PESA2 algorithm. |
static void |
PESA2_main.main(java.lang.String[] args)
|
Uses of JMException in jmetal.metaheuristics.randomSearch |
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Methods in jmetal.metaheuristics.randomSearch that throw JMException | |
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SolutionSet |
RandomSearch.execute()
Runs the RandomSearch algorithm. |
static void |
RandomSearch_main.main(java.lang.String[] args)
|
Uses of JMException in jmetal.metaheuristics.singleObjective.cmaes |
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Methods in jmetal.metaheuristics.singleObjective.cmaes that throw JMException | |
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SolutionSet |
CMAES.execute()
|
static void |
CMAES_main.main(java.lang.String[] args)
|
Uses of JMException in jmetal.metaheuristics.singleObjective.differentialEvolution |
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Methods in jmetal.metaheuristics.singleObjective.differentialEvolution that throw JMException | |
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SolutionSet |
DE.execute()
Runs of the DE algorithm. |
static void |
DE_main.main(java.lang.String[] args)
|
Uses of JMException in jmetal.metaheuristics.singleObjective.evolutionStrategy |
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Methods in jmetal.metaheuristics.singleObjective.evolutionStrategy that throw JMException | |
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SolutionSet |
NonElitistES.execute()
Execute the NonElitistES algorithm |
SolutionSet |
ElitistES.execute()
Execute the ElitistES algorithm |
static void |
ES_main.main(java.lang.String[] args)
|
Uses of JMException in jmetal.metaheuristics.singleObjective.geneticAlgorithm |
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Methods in jmetal.metaheuristics.singleObjective.geneticAlgorithm that throw JMException | |
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SolutionSet |
ssGA.execute()
Execute the SSGA algorithm |
SolutionSet |
scGA.execute()
Runs of the scGA algorithm. |
SolutionSet |
pgGA.execute()
Runs the pgGA algorithm. |
SolutionSet |
gGA.execute()
Execute the GGA algorithm |
SolutionSet |
acGA.execute()
Runs of the acGA algorithm. |
static void |
TSPGA_main.main(java.lang.String[] args)
|
static void |
pgGA_main.main(java.lang.String[] args)
|
static void |
GA_main.main(java.lang.String[] args)
|
Uses of JMException in jmetal.metaheuristics.singleObjective.particleSwarmOptimization |
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Methods in jmetal.metaheuristics.singleObjective.particleSwarmOptimization that throw JMException | |
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SolutionSet |
PSO.execute()
Runs of the SMPSO algorithm. |
static void |
PSO_main.main(java.lang.String[] args)
|
Uses of JMException in jmetal.metaheuristics.smpso |
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Methods in jmetal.metaheuristics.smpso that throw JMException | |
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SolutionSet |
SMPSOhv.execute()
Runs of the SMPSO algorithm. |
SolutionSet |
SMPSO.execute()
Runs of the SMPSO algorithm. |
SolutionSet |
pSMPSO.execute()
Runs of the SMPSO algorithm. |
static void |
SMPSOhv_main.main(java.lang.String[] args)
|
static void |
SMPSO_main.main(java.lang.String[] args)
|
static void |
pSMPSO_main.main(java.lang.String[] args)
|
Uses of JMException in jmetal.metaheuristics.smsemoa |
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Methods in jmetal.metaheuristics.smsemoa that throw JMException | |
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SolutionSet |
SMSEMOA.execute()
Runs the SMS-EMOA algorithm. |
SolutionSet |
FastSMSEMOA.execute()
Runs the FastSMSEMOA algorithm. |
static void |
SMSEMOA_main.main(java.lang.String[] args)
|
Uses of JMException in jmetal.metaheuristics.spea2 |
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Methods in jmetal.metaheuristics.spea2 that throw JMException | |
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SolutionSet |
SPEA2.execute()
Runs of the Spea2 algorithm. |
static void |
SPEA2_main.main(java.lang.String[] args)
|
Uses of JMException in jmetal.operators.crossover |
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Methods in jmetal.operators.crossover that throw JMException | |
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Solution[] |
SBXSinglePointCrossover.doCrossover(java.lang.Double realProbability,
java.lang.Double binaryProbability,
Solution parent1,
Solution parent2)
Perform the crossover operation. |
Solution[] |
TwoPointsCrossover.doCrossover(double probability,
Solution parent1,
Solution parent2)
Perform the crossover operation |
Solution[] |
SinglePointCrossover.doCrossover(double probability,
Solution parent1,
Solution parent2)
Perform the crossover operation. |
Solution[] |
SBXCrossover.doCrossover(double probability,
Solution parent1,
Solution parent2)
Perform the crossover operation. |
Solution[] |
HUXCrossover.doCrossover(double probability,
Solution parent1,
Solution parent2)
Perform the crossover operation |
Solution[] |
BLXAlphaCrossover.doCrossover(double probability,
Solution parent1,
Solution parent2)
Perform the crossover operation. |
java.lang.Object |
TwoPointsCrossover.execute(java.lang.Object object)
Executes the operation |
java.lang.Object |
SinglePointCrossover.execute(java.lang.Object object)
Executes the operation |
java.lang.Object |
SBXSinglePointCrossover.execute(java.lang.Object object)
|
java.lang.Object |
SBXCrossover.execute(java.lang.Object object)
Executes the operation |
java.lang.Object |
PMXCrossover.execute(java.lang.Object object)
Executes the operation |
java.lang.Object |
HUXCrossover.execute(java.lang.Object object)
Executes the operation |
java.lang.Object |
DifferentialEvolutionCrossover.execute(java.lang.Object object)
Executes the operation |
java.lang.Object |
BLXAlphaCrossover.execute(java.lang.Object object)
Executes the operation |
static Crossover |
CrossoverFactory.getCrossoverOperator(java.lang.String name,
java.util.HashMap parameters)
Gets a crossover operator through its name. |
Uses of JMException in jmetal.operators.localSearch |
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Methods in jmetal.operators.localSearch that throw JMException | |
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java.lang.Object |
MutationLocalSearch.execute(java.lang.Object object)
Executes the local search. |
Uses of JMException in jmetal.operators.mutation |
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Methods in jmetal.operators.mutation that throw JMException | |
---|---|
void |
PolynomialBitFlipMutation.doMutation(java.lang.Double realProbability,
java.lang.Double binaryProbability,
Solution solution)
doMutation method |
void |
UniformMutation.doMutation(double probability,
Solution solution)
Performs the operation |
void |
SwapMutation.doMutation(double probability,
Solution solution)
Performs the operation |
void |
PolynomialMutation.doMutation(double probability,
Solution solution)
Perform the mutation operation |
void |
NonUniformMutation.doMutation(double probability,
Solution solution)
Perform the mutation operation |
void |
BitFlipMutation.doMutation(double probability,
Solution solution)
Perform the mutation operation |
java.lang.Object |
UniformMutation.execute(java.lang.Object object)
Executes the operation |
java.lang.Object |
SwapMutation.execute(java.lang.Object object)
Executes the operation |
java.lang.Object |
PolynomialMutation.execute(java.lang.Object object)
Executes the operation |
java.lang.Object |
PolynomialBitFlipMutation.execute(java.lang.Object object)
|
java.lang.Object |
NonUniformMutation.execute(java.lang.Object object)
Executes the operation |
java.lang.Object |
BitFlipMutation.execute(java.lang.Object object)
Executes the operation |
static Mutation |
MutationFactory.getMutationOperator(java.lang.String name,
java.util.HashMap parameters)
Gets a crossover operator through its name. |
Uses of JMException in jmetal.operators.selection |
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Methods in jmetal.operators.selection that throw JMException | |
---|---|
java.lang.Object |
RankingAndCrowdingSelection.execute(java.lang.Object object)
Performs the operation |
java.lang.Object |
PESA2Selection.execute(java.lang.Object object)
Performs the operation |
java.lang.Object |
DifferentialEvolutionSelection.execute(java.lang.Object object)
Executes the operation |
static Selection |
SelectionFactory.getSelectionOperator(java.lang.String name,
java.util.HashMap parameters)
Gets a selection operator through its name. |
Uses of JMException in jmetal.problems |
---|
Methods in jmetal.problems that throw JMException | |
---|---|
double |
EBEs.BucklingOmega(double Nxx,
double[] G,
double[] B)
|
void |
EBEs.EBEsCalculus()
|
void |
EBEs.EBEsEcuationSolution(int hi)
|
void |
EBEs.EBEsEffortsElements3D(int hi,
int countIter,
double[][] Slip)
|
void |
EBEs.EBEsElementsTopology(Solution solution)
|
void |
EBEs.EBEsMat3DG(int e)
|
void |
EBEs.EBEsMat3DGij()
|
void |
EBEs.EBEsMat3DL_iArt_jArt(int e)
|
void |
EBEs.EBEsMat3DL_iArt_jRig(int e)
|
void |
EBEs.EBEsMat3DL_iRig_jArt(int e)
|
void |
EBEs.EBEsMat3DL_iRig_jRig(int e)
|
void |
EBEs.EBEsMat3DL_SOG(int e)
|
double[][] |
EBEs.EBEsMatrixAdd(double[][] s,
double[][] t)
|
void |
EBEs.EBEsMatrixGlobalFactory(int countIter)
|
double[][] |
EBEs.EBEsMatrixSubtractions(double[][] s,
double[][] t)
|
double[][] |
EBEs.EBEsMatrizMultiplicar(double[][] s,
double[][] t)
|
double[] |
EBEs.EBEsMatrizVectorMultiplicar(double[][] s,
double[] t)
|
void |
EBEs.EBEsMatRot3DLaG(int e)
|
void |
EBEs.EBEsNodesEquilibrium3D(int hi)
|
void |
EBEs.EBEsOverloadWeightElement()
|
void |
EBEs.EBEsPrintArchTxtDesp(int hi)
|
void |
EBEs.EBEsPrintArchTxtEfforts(int hi)
|
void |
EBEs.EBEsPrintArchTxtElements()
|
void |
EBEs.EBEsPrintArchTxtMKG(java.lang.String s,
int hi)
|
void |
EBEs.EBEsPrintArchTxtMKLB(int e)
|
void |
EBEs.EBEsPrintArchTxtReaction(int hi)
|
void |
EBEs.EBEsPrintArchTxtStrain()
|
void |
EBEs.EBEsReadDataFile(java.lang.String fileName)
|
void |
EBEs.EBEsStrainMaxWhitElement()
|
void |
EBEs.EBEsStrainMaxWhitGroup()
|
void |
EBEs.EBEsStrainMinWhitElement()
|
void |
EBEs.EBEsStrainMinWhitGroup()
|
double[][][] |
EBEs.EBEsStrainNode(double[][][] E)
|
void |
EBEs.EBEsStrainResidualVerication()
|
void |
EBEs.EBEsTransversalSection_H_Double(int gr,
double y,
double z,
double ey,
double ez)
|
void |
EBEs.EBEsTransversalSection_H_Single(int gr,
double y,
double z,
double ey,
double ez)
|
void |
EBEs.EBEsTransversalSection_I_Double(int gr,
double y,
double z,
double ey,
double ez)
|
void |
EBEs.EBEsTransversalSection_I_Single(int gr,
double y,
double z,
double ey,
double ez)
|
void |
EBEs.EBEsTransversalSection_L_Double(int gr,
double y,
double z,
double ey,
double ez)
|
void |
EBEs.EBEsTransversalSection_L_Single(int gr,
double y,
double z,
double ey,
double ez)
|
void |
EBEs.EBEsTransversalSection_T_Double(int ba,
double y,
double z,
double ey,
double ez)
|
void |
EBEs.EBEsTransversalSection_T_Single(int ba,
double y,
double z,
double ey,
double ez)
|
void |
EBEs.EBEsTransversalSectionCircular(int gr,
double d)
|
void |
EBEs.EBEsTransversalSectionHoleCircular(int gr,
double D,
double e)
|
void |
EBEs.EBEsTransversalSectionHoleRectangle(int gr,
double y,
double z,
double ey,
double ez)
|
void |
EBEs.EBEsTransversalSectionRectangle(int gr,
double y,
double z)
|
void |
EBEs.EBEsWeightDistributedUniformly(int el,
double[] LoadInElement_)
|
void |
EBEs.EBEsWeigthElement()
|
void |
Water.evaluate(Solution solution)
Evaluates a solution |
void |
Viennet4.evaluate(Solution solution)
Evaluates a solution |
void |
Viennet3.evaluate(Solution solution)
Evaluates a solution. |
void |
Viennet2.evaluate(Solution solution)
Evaluates a solution |
void |
Tanaka.evaluate(Solution solution)
Evaluates a solution |
void |
Srinivas.evaluate(Solution solution)
Evaluates a solution |
void |
Schaffer.evaluate(Solution solution)
Evaluates a solution |
void |
Poloni.evaluate(Solution solution)
Evaluates a solution |
void |
Osyczka2.evaluate(Solution solution)
Evaluates a solution |
void |
OKA2.evaluate(Solution solution)
Evaluates a solution |
void |
OKA1.evaluate(Solution solution)
Evaluates a solution |
void |
Kursawe.evaluate(Solution solution)
Evaluates a solution |
void |
IntRealProblem.evaluate(Solution solution)
Evaluates a solution |
void |
Golinski.evaluate(Solution solution)
Evaluates a solution. |
void |
FourBarTruss.evaluate(Solution solution)
Evaluates a solution |
void |
Fonseca.evaluate(Solution solution)
Evaluates a solution |
void |
EBEs.evaluate(Solution solution)
Evaluates a solution |
void |
ConstrEx.evaluate(Solution solution)
Evaluates a solution |
void |
Binh2.evaluate(Solution solution)
Evaluates a solution |
void |
Water.evaluateConstraints(Solution solution)
Evaluates the constraint overhead of a solution |
void |
Viennet4.evaluateConstraints(Solution solution)
Evaluates the constraint overhead of a solution |
void |
Tanaka.evaluateConstraints(Solution solution)
Evaluates the constraint overhead of a solution |
void |
Srinivas.evaluateConstraints(Solution solution)
Evaluates the constraint overhead of a solution |
void |
Osyczka2.evaluateConstraints(Solution solution)
Evaluates the constraint overhead of a solution |
void |
Golinski.evaluateConstraints(Solution solution)
Evaluates the constraint overhead of a solution |
void |
EBEs.evaluateConstraints(Solution solution)
Evaluates the constraint overhead of a solution |
void |
ConstrEx.evaluateConstraints(Solution solution)
Evaluates the constraint overhead of a solution |
void |
Binh2.evaluateConstraints(Solution solution)
Evaluates the constraint overhead of a solution |
Problem |
ProblemFactory.getProblem(java.lang.String name,
java.lang.Object[] params)
Creates an object representing a problem |
Uses of JMException in jmetal.problems.cec2009Competition |
---|
Methods in jmetal.problems.cec2009Competition that throw JMException | |
---|---|
void |
UF9.evaluate(Solution solution)
Evaluates a solution. |
void |
UF8.evaluate(Solution solution)
Evaluates a solution. |
void |
UF7.evaluate(Solution solution)
Evaluates a solution. |
void |
UF6.evaluate(Solution solution)
Evaluates a solution. |
void |
UF5.evaluate(Solution solution)
Evaluates a solution. |
void |
UF4.evaluate(Solution solution)
Evaluates a solution. |
void |
UF3.evaluate(Solution solution)
Evaluates a solution. |
void |
UF2.evaluate(Solution solution)
Evaluates a solution. |
void |
UF10.evaluate(Solution solution)
Evaluates a solution. |
void |
UF1.evaluate(Solution solution)
Evaluates a solution. |
Uses of JMException in jmetal.problems.DTLZ |
---|
Methods in jmetal.problems.DTLZ that throw JMException | |
---|---|
void |
DTLZ7.evaluate(Solution solution)
Evaluates a solution |
void |
DTLZ6.evaluate(Solution solution)
Evaluates a solution |
void |
DTLZ5.evaluate(Solution solution)
Evaluates a solution |
void |
DTLZ4.evaluate(Solution solution)
Evaluates a solution |
void |
DTLZ3.evaluate(Solution solution)
Evaluates a solution |
void |
DTLZ2.evaluate(Solution solution)
Evaluates a solution |
void |
DTLZ1.evaluate(Solution solution)
Evaluates a solution |
Uses of JMException in jmetal.problems.LZ09 |
---|
Methods in jmetal.problems.LZ09 that throw JMException | |
---|---|
void |
LZ09_F9.evaluate(Solution solution)
Evaluates a solution |
void |
LZ09_F8.evaluate(Solution solution)
Evaluates a solution |
void |
LZ09_F7.evaluate(Solution solution)
Evaluates a solution |
void |
LZ09_F6.evaluate(Solution solution)
Evaluates a solution |
void |
LZ09_F5.evaluate(Solution solution)
Evaluates a solution |
void |
LZ09_F4.evaluate(Solution solution)
Evaluates a solution |
void |
LZ09_F3.evaluate(Solution solution)
Evaluates a solution |
void |
LZ09_F2.evaluate(Solution solution)
Evaluates a solution |
void |
LZ09_F1.evaluate(Solution solution)
Evaluates a solution |
Uses of JMException in jmetal.problems.mqap |
---|
Methods in jmetal.problems.mqap that throw JMException | |
---|---|
void |
mQAP.evaluate(Solution solution)
|
Uses of JMException in jmetal.problems.singleObjective |
---|
Methods in jmetal.problems.singleObjective that throw JMException | |
---|---|
void |
Sphere.evaluate(Solution solution)
Evaluates a solution |
void |
Rosenbrock.evaluate(Solution solution)
Evaluates a solution |
void |
Rastrigin.evaluate(Solution solution)
Evaluates a solution |
void |
Griewank.evaluate(Solution solution)
Evaluates a solution |
Uses of JMException in jmetal.problems.WFG |
---|
Methods in jmetal.problems.WFG that throw JMException | |
---|---|
float |
Transformations.b_poly(float y,
float alpha)
b_poly transformation |
void |
WFG9.evaluate(Solution solution)
Evaluates a solution |
void |
WFG8.evaluate(Solution solution)
Evaluates a solution |
void |
WFG7.evaluate(Solution solution)
Evaluates a solution |
void |
WFG6.evaluate(Solution solution)
Evaluates a solution |
void |
WFG5.evaluate(Solution solution)
Evaluates a solution |
void |
WFG4.evaluate(Solution solution)
Evaluates a solution |
void |
WFG3.evaluate(Solution solution)
Evaluates a solution |
void |
WFG2.evaluate(Solution solution)
Evaluates a solution |
void |
WFG1.evaluate(Solution solution)
Evaluates a solution |
float[] |
WFG1.t3(float[] z)
WFG1 t3 transformation |
Uses of JMException in jmetal.problems.ZDT |
---|
Methods in jmetal.problems.ZDT that throw JMException | |
---|---|
double |
ZDT6.evalG(XReal x)
Returns the value of the ZDT6 function G. |
double |
ZDT4.evalG(XReal x)
Returns the value of the ZDT4 function G. |
void |
ZDT6.evaluate(Solution solution)
Evaluates a solution |
void |
ZDT4.evaluate(Solution solution)
Evaluates a solution |
void |
ZDT3.evaluate(Solution solution)
Evaluates a solution |
void |
ZDT2.evaluate(Solution solution)
Evaluates a solution |
void |
ZDT1.evaluate(Solution solution)
Evaluates a solution. |
Uses of JMException in jmetal.util |
---|
Methods in jmetal.util that throw JMException | |
---|---|
double |
Distance.distanceBetweenSolutions(Solution solutionI,
Solution solutionJ)
Returns the distance between two solutions in the search space. |
double |
Distance.distanceToSolutionSetInObjectiveSpace(Solution solution,
SolutionSet solutionSet)
Returns the minimum distance from a Solution to a
SolutionSet according to the objective values . |
double |
Distance.distanceToSolutionSetInSolutionSpace(Solution solution,
SolutionSet solutionSet)
Returns the minimum distance from a Solution to a
SolutionSet according to the encodings.variable values . |
Uses of JMException in jmetal.util.offspring |
---|
Constructors in jmetal.util.offspring that throw JMException | |
---|---|
NonUniformMutationOffspring(double mutationProbability,
double perturbation,
int maxIterations)
|
|
PolynomialMutationOffspring(double mutationProbability,
double distributionIndexForMutation)
|
|
SBXCrossoverOffspring(double crossoverProbability,
double distributionIndexForCrossover)
|
Uses of JMException in jmetal.util.wrapper |
---|
Methods in jmetal.util.wrapper that throw JMException | |
---|---|
double |
XReal.getLowerBound(int index)
Gets the lower bound of a encodings.variable |
int |
XInt.getLowerBound(int index)
Gets the lower bound of a encodings.variable |
double |
XReal.getUpperBound(int index)
Gets the upper bound of a encodings.variable |
int |
XInt.getUpperBound(int index)
Gets the upper bound of a encodings.variable |
double |
XReal.getValue(int index)
Gets value of a encodings.variable |
int |
XInt.getValue(int index)
Gets value of a encodings.variable |
void |
XReal.setValue(int index,
double value)
Sets the value of a encodings.variable |
void |
XInt.setValue(int index,
int value)
Sets the value of a encodings.variable |
|
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