public class PrecisionOperatorCosts extends TreeFitnessAbstract
TreeFitnessAbstract.TreeFitnessGUISettingsAbstract<F extends TreeFitnessAbstract>, TreeFitnessAbstract.TreeFitnessGUISettingsEmpty<F extends TreeFitnessAbstract>
Modifier and Type | Field and Description |
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static TreeFitnessInfo |
info |
Constructor and Description |
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PrecisionOperatorCosts() |
Modifier and Type | Method and Description |
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static double |
getCost(NAryTree candidate,
int index) |
double |
getFitness(NAryTree candidate,
java.util.List<? extends NAryTree> population)
Calculates a fitness score for the given candidate.
|
TreeFitnessInfo |
getInfo()
Returns the STATIC info for the metric instance
|
deepClone, deepClone, getGUISettingsPanel, instantiateTreeFitness, isNatural
public static final TreeFitnessInfo info
public double getFitness(NAryTree candidate, java.util.List<? extends NAryTree> population)
FitnessEvaluator
FitnessEvaluator.isNatural()
). This method must always
return a value greater than or equal to zero. Framework behaviour is
undefined for negative fitness scores.candidate
- The candidate solution to calculate fitness for.population
- The entire population. This will include the specified
candidate. This is provided for fitness evaluators that
evaluate individuals in the context of the population that
they are part of (e.g. a program that evolves game-playing
strategies may wish to play each strategy against each of the
others). This parameter can be ignored by simple fitness
evaluators. When iterating over the population, a simple
reference equality check (==) can be used to identify which
member of the population is the specified candidate.public static double getCost(NAryTree candidate, int index)
public TreeFitnessInfo getInfo()
TreeFitnessAbstract
getInfo
in class TreeFitnessAbstract