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| Class Summary | |
|---|---|
| BestParticlePosition | Print the position of the best particle in the swarm. |
| BestPositionBoundViolations | Checks of the best position in the current population violates boundary constraints. |
| ConvergedDimensions | Calculates the average number of dimensions over all particles that have converged within a specified error from the specified optimum. |
| Diameter | Calculates the swarm diameter as the maximum euclidean distance between any two particles. |
| DimensionBoundViolationsPerParticle | Calculates the average number of violations of boundary constraints with respect to each dimension. |
| Diversity | Function to calculate the diversity of a swarm according to the definition of Krink et al |
| EuclideanDiversityAroundGBest | TODO: Complete this javadoc. |
| Fitness | |
| FitnessEvaluations | |
| FunctionOptimisationError | |
| GenericFunctionMeasurement | |
| NormalisedDiversity | TODO: Rather let this extend Diversity, call super.getValue, but how to type-cast this back to a double? |
| NumberOfClustersFormed | This measurement measures the number of clusters that were formed during a particular clustering. |
| ParticleBoundViolations | Calculates the average number of particles in the current swarm that violates boundary constraints. |
| ParticlePositions | |
| PbestBoundViolations | Calculates the average number of personal best positions in the current swarm that violates boundary constraints. |
| Solution | |
| SpatialExtent | Function to calculate the diversity measure, spatial extent as defined by Blackwell |
| StoredFitness | This measurement only works for PSO. |
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