br.otimizes.oplatool.core.jmetal4.core

Class OPLASolutionSet

java.lang.Object

br.otimizes.oplatool.core.jmetal4.core.OPLASolutionSet

public class OPLASolutionSet
extends java.lang.Object

OPLA extension of solution set, implement all new methods here

Constructor Summary

Constructors

Constructor and Description
OPLASolutionSet(SolutionSet solutionSet)

Method Summary

Modifier and Type	Method and Description
void	distributeUserEvaluation(DistributeUserEvaluation distributeUserEvaluation) Generalize the evaluatios in a cluster (see approaches in Bindewald, 2020)
java.util.List<Element>	findElementWithNumberId(java.lang.Double id) Find elements with a id
double[]	generateSolutionFromElementsAndGetObjectives(Element element, Solution solution) Generate the Solution from elements and get the objective values
Solution	get(int i)
java.util.List<Element>	getAllElementsFromSolution(Solution solution) Get all elements from solution
java.util.List<Element>	getArchitecturalElementsEvaluatedByClusterId(java.lang.Double clusterId) Get architectural elements evaluated in a cluster
java.util.Map<java.lang.Double,java.util.Set<java.lang.Integer>>	getClusterIds() Get list of cluster ids
Solution	getMax()
int	getMedia(java.util.Set<java.lang.Integer> values) Get average of values
Solution	getMin()
double[]	getNormalizedSolution(int i)
java.util.List<Solution>	getSolutions()
SolutionSet	getSolutionSet()
java.util.List<Solution>	getSolutionsWithArchitecturalEvaluations() Get solutions that have architectural evaluations
java.util.List<Solution>	getSolutionWithArchitecturalElementsEvaluatedByClusterId(java.lang.Double clusterId) Get solutions with architectural elements evaluated in a cluster
boolean	hasUserEvaluation() Verify if has user evaluation
void	printObjectivesToFile(java.lang.String path) Writes the objective function values of the Solution objects into the set in a file.
void	printVariablesToFile(java.lang.String path) Writes the decision variable values of the Solution solutions objects into the set in a file.
double[]	reduceBiDimensionalArray(double[][] biDimensionalArray) Reduce one dimension from bi dimensional array
double[][]	reduceThreeDimensionalArray(double[][][] treeDimensionalArray) Reduce one dimensional in three dimensional array
void	saveVariablesToFile(java.lang.String path)
void	saveVariablesToFile(java.lang.String path, java.util.List<Info> funResults, br.ufpr.dinf.gres.loglog.LogLog logger, boolean generate) Save variables in a file
void	saveVariableToFile(Solution solution, java.lang.String path) Save solution in a file
void	setSolutionSet(SolutionSet solutionSet)
java.lang.String	toStringObjectives(java.lang.String interaction) Create a list from objectives.
java.lang.String	toStringObjectivesAndElementsNumber(int startFrom) Method to get a string of objectives and elements number.
double[][]	writeAllElementsFromSolution(Solution solution) Get all elements from solutions
double[]	writeArchitecturalEvaluationsToMatrix() Copies the objectives and Elements Number of the solution set to a matrix Objectives, nrClasses, nrConcerns, nrInterfaces, nrPackages, nrVariationPoints, nrVariants, nrVariabilities, nrConcerns, nrAbstractions, nrAgragations, nrAssociations, nrCompositions, nrDependencies, nrGeneralizations, nrRealizations, nrUsage
double[]	writeCharacteristicsFromElement(Element element, Solution solution) Get characteristics from element in a solution (number id, element type, nr of classes, interfaces, attrs and methods, objectives, user evaluation)
double[][]	writeObjectivesAndArchitecturalElementsNumberToMatrix() Copies the objectives and Elements Number of the solution set to a matrix Objectives, nrClasses, nrConcerns, nrInterfaces, nrPackages, nrVariationPoints, nrVariants, nrVariabilities, nrConcerns, nrAbstractions, nrAgragations, nrAssociations, nrCompositions, nrDependencies, nrGeneralizations, nrRealizations, nrUsage
double[][]	writeObjectivesAndElementsNumberEvaluationToMatrix() Get objectives and elements number with evaluation
double[][]	writeObjectivesAndElementsNumberToMatrix() Copies the objectives and Elements Number of the solution set to a matrix Objectives, nrClasses, nrConcerns, nrInterfaces, nrPackages, nrVariationPoints, nrVariants, nrVariabilities, nrConcerns, nrAbstractions, nrAgragations, nrAssociations, nrCompositions, nrDependencies, nrGeneralizations, nrRealizations, nrUsage
double[]	writeUserEvaluationsToMatrix() Get user evaluations list

Methods inherited from class java.lang.Object

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

Constructor Detail

OPLASolutionSet

public OPLASolutionSet(SolutionSet solutionSet)

Method Detail

getSolutionSet

public SolutionSet getSolutionSet()

setSolutionSet

public void setSolutionSet(SolutionSet solutionSet)

writeObjectivesAndElementsNumberToMatrix

public double[][] writeObjectivesAndElementsNumberToMatrix()

Copies the objectives and Elements Number of the solution set to a matrix Objectives, nrClasses, nrConcerns, nrInterfaces, nrPackages, nrVariationPoints, nrVariants, nrVariabilities, nrConcerns, nrAbstractions, nrAgragations, nrAssociations, nrCompositions, nrDependencies, nrGeneralizations, nrRealizations, nrUsage

Returns:

matrix containing the objectives

writeObjectivesAndArchitecturalElementsNumberToMatrix

public double[][] writeObjectivesAndArchitecturalElementsNumberToMatrix()

Copies the objectives and Elements Number of the solution set to a matrix Objectives, nrClasses, nrConcerns, nrInterfaces, nrPackages, nrVariationPoints, nrVariants, nrVariabilities, nrConcerns, nrAbstractions, nrAgragations, nrAssociations, nrCompositions, nrDependencies, nrGeneralizations, nrRealizations, nrUsage

Returns:

matrix containing the objectives

generateSolutionFromElementsAndGetObjectives

public double[] generateSolutionFromElementsAndGetObjectives(Element element,
                                                             Solution solution)
                                                      throws java.lang.ClassNotFoundException

Generate the Solution from elements and get the objective values

Parameters:

element - specific element to add in solution

solution - specific solution

Returns:

list of objectives

Throws:

java.lang.ClassNotFoundException - Exception on create the new solution by param

writeArchitecturalEvaluationsToMatrix

public double[] writeArchitecturalEvaluationsToMatrix()

Copies the objectives and Elements Number of the solution set to a matrix Objectives, nrClasses, nrConcerns, nrInterfaces, nrPackages, nrVariationPoints, nrVariants, nrVariabilities, nrConcerns, nrAbstractions, nrAgragations, nrAssociations, nrCompositions, nrDependencies, nrGeneralizations, nrRealizations, nrUsage

Returns:

A matrix containing the objectives

reduceThreeDimensionalArray

public double[][] reduceThreeDimensionalArray(double[][][] treeDimensionalArray)

Reduce one dimensional in three dimensional array

Parameters:

treeDimensionalArray - array of objectives

Returns:

bi-dimensional array of objectives

reduceBiDimensionalArray

public double[] reduceBiDimensionalArray(double[][] biDimensionalArray)

Reduce one dimension from bi dimensional array

Parameters:

biDimensionalArray - array of objectives

Returns:

one-dimensional array of objectives

writeAllElementsFromSolution

public double[][] writeAllElementsFromSolution(Solution solution)

Get all elements from solutions

Parameters:

solution - specific solution

Returns:

array of elements

writeCharacteristicsFromElement

public double[] writeCharacteristicsFromElement(Element element,
                                                Solution solution)

Get characteristics from element in a solution (number id, element type, nr of classes, interfaces, attrs and methods, objectives, user evaluation)

Parameters:

element - specific in a solution

solution - specific solution

Returns:

array of characteristics

getAllElementsFromSolution

public java.util.List<Element> getAllElementsFromSolution(Solution solution)

Get all elements from solution

Parameters:

solution - specific solution

Returns:

list of elements

toStringObjectivesAndElementsNumber

public java.lang.String toStringObjectivesAndElementsNumber(int startFrom)

Method to get a string of objectives and elements number. Used to create CSV files

Parameters:

startFrom - Number of objectives

Returns:

List of elements. If startFrom > 0, then specify the objectives number

toStringObjectives

public java.lang.String toStringObjectives(java.lang.String interaction)

Create a list from objectives. Used to create CSV Files

Parameters:

interaction - interaction Number

Returns:

list of objectives

writeObjectivesAndElementsNumberEvaluationToMatrix

public double[][] writeObjectivesAndElementsNumberEvaluationToMatrix()

Get objectives and elements number with evaluation

Returns:

array of objectives with elements and user evaluation

writeUserEvaluationsToMatrix

public double[] writeUserEvaluationsToMatrix()

Get user evaluations list

Returns:

array of user evaluations

hasUserEvaluation

public boolean hasUserEvaluation()

Verify if has user evaluation

Returns:

true if has. false if has'nt

getClusterIds

public java.util.Map<java.lang.Double,java.util.Set<java.lang.Integer>> getClusterIds()

Get list of cluster ids

Returns:

array of cluster ids

getMedia

public int getMedia(java.util.Set<java.lang.Integer> values)

Get average of values

Parameters:

values - values

Returns:

average of values

getSolutionsWithArchitecturalEvaluations

public java.util.List<Solution> getSolutionsWithArchitecturalEvaluations()

Get solutions that have architectural evaluations

Returns:

solutions with architectural evaluations

getArchitecturalElementsEvaluatedByClusterId

public java.util.List<Element> getArchitecturalElementsEvaluatedByClusterId(java.lang.Double clusterId)

Get architectural elements evaluated in a cluster

Parameters:

clusterId - cluster id

Returns:

list of elements

getSolutionWithArchitecturalElementsEvaluatedByClusterId

public java.util.List<Solution> getSolutionWithArchitecturalElementsEvaluatedByClusterId(java.lang.Double clusterId)

Get solutions with architectural elements evaluated in a cluster

Parameters:

clusterId - cluster id

Returns:

list of solutions with architectural elements

distributeUserEvaluation

public void distributeUserEvaluation(DistributeUserEvaluation distributeUserEvaluation)

Generalize the evaluatios in a cluster (see approaches in Bindewald, 2020)

Parameters:

distributeUserEvaluation - Approach

findElementWithNumberId

public java.util.List<Element> findElementWithNumberId(java.lang.Double id)

Find elements with a id

Parameters:

id - hash id

Returns:

filtered elements

saveVariableToFile

public void saveVariableToFile(Solution solution,
                               java.lang.String path)

Save solution in a file

Parameters:

solution - specific solution

path - path

printObjectivesToFile

public void printObjectivesToFile(java.lang.String path)

Writes the objective function values of the Solution objects into the set in a file.

Parameters:

path - The output file name

printVariablesToFile

public void printVariablesToFile(java.lang.String path)

Writes the decision variable values of the Solution solutions objects into the set in a file.

Parameters:

path - The output file name

saveVariablesToFile

public void saveVariablesToFile(java.lang.String path,
                                java.util.List<Info> funResults,
                                br.ufpr.dinf.gres.loglog.LogLog logger,
                                boolean generate)

Save variables in a file

Parameters:

path - path

funResults - information of each solution

logger - logger

generate - log without save

saveVariablesToFile

public void saveVariablesToFile(java.lang.String path)

getNormalizedSolution

public double[] getNormalizedSolution(int i)

getMin

public Solution getMin()

getMax

public Solution getMax()

get

public Solution get(int i)

getSolutions

public java.util.List<Solution> getSolutions()