Index (Jenetics 8.1.0)

A B C D E F G H I J K L M N O P Q R S T U V W X Z _
All Classes and Interfaces|All Packages|Constant Field Values|Serialized Form

A

a() - Method in record class io.jenetics.ShiftMutator.Range: Returns the value of the a record component.
a() - Method in record class io.jenetics.ShuffleMutator.Range: Returns the value of the a record component.
ABS - Enum constant in enum class io.jenetics.prog.op.MathOp: Return the absolute value of a double value.
AbstractAlterer<G,C> - Class in io.jenetics: Abstract implementation of the alterer interface.
AbstractAlterer(double) - Constructor for class io.jenetics.AbstractAlterer: Constructs an alterer with a given recombination probability.
AbstractChromosome<G> - Class in io.jenetics: The abstract base implementation of the Chromosome interface.
AbstractChromosome(ISeq<? extends G>) - Constructor for class io.jenetics.AbstractChromosome: Create a new AbstractChromosome from the given genes array.
AbstractTreeChromosome<A,G> - Class in io.jenetics.ext: Abstract base implementation of a TreeChromosome.
AbstractTreeChromosome(ISeq<? extends G>) - Constructor for class io.jenetics.ext.AbstractTreeChromosome
AbstractTreeGene<A,G> - Class in io.jenetics.ext: Abstract implementation of the TreeGene interface..
AbstractTreeGene(A, int, int) - Constructor for class io.jenetics.ext.AbstractTreeGene: Creates a new tree-gene from the given data.
accept(double) - Method in class io.jenetics.stat.DoubleMomentStatistics: Records a new value into the moment information
accept(double) - Method in class io.jenetics.stat.Quantile
accept(int) - Method in class io.jenetics.stat.IntMomentStatistics: Records a new value into the moment information
accept(int) - Method in class io.jenetics.stat.LongMomentStatistics: Records a new value into the moment information
accept(long) - Method in class io.jenetics.stat.LongMomentStatistics: Records a new value into the moment information
accept(C) - Method in class io.jenetics.stat.MinMax: Accept the element for min-max calculation.
accept(EvolutionResult<?, C>) - Method in class io.jenetics.engine.EvolutionStatistics
accumulator() - Method in interface io.jenetics.util.Accumulator
Accumulator<T,A,R> - Interface in io.jenetics.util: This interface lets you accumulate elements of type T to a result of type R.
ACOS - Enum constant in enum class io.jenetics.prog.op.MathOp: Returns the arc cosine of a double value.
add(Sample<T>) - Method in class io.jenetics.prog.regression.SampleBuffer: Adding a new sample point to the buffer.
add(T) - Method in class io.jenetics.ext.moea.ParetoFront: Inserts an element to this pareto front.
ADD - Enum constant in enum class io.jenetics.prog.op.MathOp: Returns the sum of its arguments.
addAll(Collection<? extends Sample<? extends T>>) - Method in class io.jenetics.prog.regression.SampleBuffer: The given sample points to the buffer.
addAll(Collection<? extends T>) - Method in class io.jenetics.ext.moea.ParetoFront: Adds all elements of the given collection to this pareto front.
after(EvolutionResult<G, C>) - Method in interface io.jenetics.engine.EvolutionInterceptor: This method is called after the evaluation of a generation.
age(long) - Method in class io.jenetics.Phenotype: Return the age of this phenotype depending on the given current generation.
ALL - Static variable in record class io.jenetics.ext.util.CsvSupport.ColumnIndexes: Indicating that all columns should be part of the split result.
allele() - Method in class io.jenetics.AnyGene
allele() - Method in enum class io.jenetics.BitGene
allele() - Method in class io.jenetics.CharacterGene
allele() - Method in class io.jenetics.DoubleGene
allele() - Method in class io.jenetics.EnumGene
allele() - Method in class io.jenetics.ext.AbstractTreeGene
allele() - Method in class io.jenetics.ext.BigIntegerGene
allele() - Method in interface io.jenetics.Gene: Return the allele of this gene.
allele() - Method in class io.jenetics.IntegerGene
allele() - Method in class io.jenetics.LongGene
alleleIndex() - Method in class io.jenetics.EnumGene: Return the index of the allele this gene is representing.
alleleReader() - Static method in class io.jenetics.xml.Readers.DoubleChromosome: Return the default allele reader for the DoubleChromosome.
alleleReader() - Static method in class io.jenetics.xml.Readers.IntegerChromosome: Return the default allele reader for the IntegerChromosome.
alleleReader() - Static method in class io.jenetics.xml.Readers.LongChromosome: Return the default allele reader for the LongChromosome.
alleleWriter() - Static method in class io.jenetics.xml.Writers.DoubleChromosome: Return the default double allele writer for the DoubleChromosome.
alleleWriter() - Static method in class io.jenetics.xml.Writers.IntegerChromosome: Return the default integer allele writer for the IntegerChromosome.
alleleWriter() - Static method in class io.jenetics.xml.Writers.LongChromosome: Return the default long-allele writer for the IntegerChromosome.
alter(Seq<Phenotype<G, C>>, long) - Method in interface io.jenetics.Alterer: Alters (recombine) a given population.
alter(Seq<Phenotype<G, C>>, long) - Method in class io.jenetics.ext.WeaselMutator
alter(Seq<Phenotype<G, C>>, long) - Method in class io.jenetics.Mutator: Concrete implementation of the alter method.
alter(Seq<Phenotype<G, C>>, long) - Method in class io.jenetics.PartialAlterer
alter(Seq<Phenotype<G, C>>, long) - Method in class io.jenetics.Recombinator
alterations() - Method in record class io.jenetics.AltererResult: Returns the value of the alterations record component.
alterCount() - Method in class io.jenetics.engine.EvolutionResult: The number of altered individuals.
alterDuration() - Method in class io.jenetics.engine.EvolutionStatistics: Return the duration statistics needed for altering the population, in seconds.
altered() - Method in class io.jenetics.engine.EvolutionStatistics: Return the statistics about the altered individuals during the evolution process.
alterer() - Method in class io.jenetics.engine.Engine: Return the used Alterer of the GA.
alterer() - Method in class io.jenetics.engine.Engine.Builder: Return the used Alterer of the GA.
alterer() - Method in class io.jenetics.engine.EvolutionParams: Return the used Alterer of the GA.
alterer() - Method in class io.jenetics.engine.EvolutionParams.Builder: Return the used Alterer of the GA.
Alterer<G,C> - Interface in io.jenetics: The Alterer is responsible for the changing/recombining the Population.
AltererResult<G,C> - Record Class in io.jenetics: Represents the result pair of a Alterer.alter(Seq, long) call, which consists of the altered population and the number of altered individuals.
AltererResult(ISeq<Phenotype<G, C>>) - Constructor for record class io.jenetics.AltererResult: Create a new alter result for the given population with zero alterations.
AltererResult(ISeq<Phenotype<G, C>>, int) - Constructor for record class io.jenetics.AltererResult: Create a new alter result for the given arguments.
alterers(Alterer<G, C>, Alterer<G, C>...) - Method in class io.jenetics.engine.Engine.Builder: The alterers used for alter the offspring population.
alterers(Alterer<G, C>, Alterer<G, C>...) - Method in class io.jenetics.engine.EvolutionParams.Builder: The alterers used for alter the offspring population.
alternatives() - Method in record class io.jenetics.ext.grammar.Cfg.Rule: Returns the value of the alternatives record component.
and(BitChromosome) - Method in class io.jenetics.BitChromosome: Returns a BitChromosome whose value is (this & other).
AND - Enum constant in enum class io.jenetics.prog.op.BoolOp: Conjunction.
andThen(Alterer<G, C>) - Method in interface io.jenetics.Alterer: Returns a composed alterer that applies the this alterer to its input, and then applies the after alterer to the result.
AnyChromosome<A> - Class in io.jenetics: Chromosome implementation, which allows creating genes without explicit implementing the Chromosome interface.
AnyChromosome(ISeq<AnyGene<A>>, Supplier<? extends A>, Predicate<? super A>, Predicate<? super ISeq<A>>, IntRange) - Constructor for class io.jenetics.AnyChromosome: Create a new AnyChromosome from the given genes array.
AnyGene<A> - Class in io.jenetics: Gene implementation, which allows creating genes without explicit implementing the Gene interface.
append(Tree.Path) - Method in class io.jenetics.ext.util.Tree.Path: Appends the given path to this one.
append(Iterable<? extends T>) - Method in interface io.jenetics.util.ISeq
append(Iterable<? extends T>) - Method in interface io.jenetics.util.MSeq
append(Iterable<? extends T>) - Method in interface io.jenetics.util.Seq: Return a new Seq with the given values appended.
append(T...) - Method in interface io.jenetics.util.ISeq
append(T...) - Method in interface io.jenetics.util.MSeq
append(T...) - Method in interface io.jenetics.util.Seq: Return a new Seq with the given values appended.
apply(int) - Method in interface io.jenetics.util.Seq: Return the value at the given index.
apply(A[]) - Method in class io.jenetics.prog.ProgramChromosome: Evaluates the root node of this chromosome.
apply(A[]) - Method in class io.jenetics.prog.ProgramGene: Evaluates this program gene (recursively) with the given variable values.
apply(Engine.Builder<G, C>) - Method in interface io.jenetics.engine.Engine.Setup: Applies this setup to the given engine builder.
apply(Engine.Builder<G, C>) - Method in class io.jenetics.ext.MLEvolutionStrategy
apply(Engine.Builder<G, C>) - Method in class io.jenetics.ext.MpLEvolutionStrategy
apply(Engine.Builder<G, C>) - Method in class io.jenetics.ext.WeaselProgram
apply(Tree<? extends Op<T>, ?>) - Method in interface io.jenetics.prog.regression.Complexity: Calculates the complexity of the current program (possibly) relative to the actual error value.
apply(Tree<? extends Op<T>, ?>, T[], T[]) - Method in interface io.jenetics.prog.regression.Error: Calculates the overall error of a given program tree.
apply(Boolean[]) - Method in enum class io.jenetics.prog.op.BoolOp
apply(Double[]) - Method in class io.jenetics.prog.op.MathExpr
apply(Double[]) - Method in enum class io.jenetics.prog.op.MathOp
apply(T[]) - Method in class io.jenetics.prog.op.Program
apply(T[]) - Method in class io.jenetics.prog.op.Val: The apply method will always return the Val.value().
apply(T[]) - Method in class io.jenetics.prog.op.Var
apply(T[], T[]) - Method in interface io.jenetics.prog.regression.LossFunction: Calculates the error between the expected function values and the values calculated by the actual ProgramGene.
argAt(int) - Method in interface io.jenetics.prog.regression.Sample: Return the argument value with the given index.
ARITHMETIC_REWRITER - Static variable in class io.jenetics.prog.op.MathExpr: This rewriter implements some common arithmetic identities, in exactly this order.
arity() - Method in enum class io.jenetics.prog.op.BoolOp
arity() - Method in enum class io.jenetics.prog.op.MathOp
arity() - Method in interface io.jenetics.prog.op.Op: Return the arity of the operation function.
arity() - Method in class io.jenetics.prog.op.Program
arity() - Method in class io.jenetics.prog.op.Val: The arity of Val objects is always zero.
arity() - Method in class io.jenetics.prog.op.Var
arity() - Method in interface io.jenetics.prog.regression.Sample: Return the dimensionality of the sample point arguments.
as(Class<C>) - Method in interface io.jenetics.Chromosome: Casts this Chromosome to an instance of type C.
ascending() - Method in enum class io.jenetics.Optimize: Create an appropriate comparator of the given optimization strategy.
ASIN - Enum constant in enum class io.jenetics.prog.op.MathOp: Returns the arc sine of a double value.
asISeq() - Method in interface io.jenetics.util.Seq: Return this sequence as ISeq instance.
asList() - Method in interface io.jenetics.util.MSeq
asList() - Method in interface io.jenetics.util.Seq: Returns a fixed-size list backed by the specified sequence.
asMSeq() - Method in interface io.jenetics.util.Seq: Return this sequence as MSeq instance.
async(Function<? super Genotype<G>, ? extends Future<C>>) - Static method in class io.jenetics.engine.Evaluators: Return a new fitness evaluator, which evaluates asynchronous fitness functions.
async(Function<? super T, ? extends Future<C>>, Codec<T, G>) - Static method in class io.jenetics.engine.Evaluators: Return a new fitness evaluator, which evaluates asynchronous fitness functions.
async(Function<? super T, ? extends Future<C>>, Function<? super Genotype<G>, ? extends T>) - Static method in class io.jenetics.engine.Evaluators: Return a new fitness evaluator, which evaluates asynchronous fitness functions.
ATAN - Enum constant in enum class io.jenetics.prog.op.MathOp: Returns the arc tangent of a value.
attach(TreeNode<T>) - Method in class io.jenetics.ext.util.TreeNode: Remove the given child from its parent and makes it a child of this node by adding it to the end of this node's child array.
attach(Stream<? extends T>) - Method in class io.jenetics.util.StreamPublisher: Attaches the given stream to the publisher.
attach(T) - Method in class io.jenetics.ext.util.TreeNode: Attaches the given child to this node.
attach(T...) - Method in class io.jenetics.ext.util.TreeNode: Attaches the given children to this node.
attr(String) - Static method in class io.jenetics.xml.stream.Reader: Return a Reader for reading an attribute of an element.
attr(String) - Static method in interface io.jenetics.xml.stream.Writer: Writes the attribute with the given name to the current outer element.
attr(String, Object) - Static method in interface io.jenetics.xml.stream.Writer: Writes the attribute with the given name and a constant value to the current outer element.
AutoCloseableXMLStreamReader - Interface in io.jenetics.xml.stream: Makes the XMLStreamReader interface AutoCloseable.
AutoCloseableXMLStreamWriter - Interface in io.jenetics.xml.stream: Makes the XMLStreamWriter interface AutoCloseable.

B

b() - Method in record class io.jenetics.ShiftMutator.Range: Returns the value of the b record component.
b() - Method in record class io.jenetics.ShuffleMutator.Range: Returns the value of the b record component.
BaseSeq<T> - Interface in io.jenetics.util: General base interface for an ordered, fixed sized, object sequence.
BatchExecutor - Interface in io.jenetics.util: Batch executor interface, which is used for evaluating a batch of runnables.
before(EvolutionStart<G, C>) - Method in interface io.jenetics.engine.EvolutionInterceptor: This method is called right before the evaluation of a generation is started.
before(EvolutionStart<G, C>) - Method in class io.jenetics.engine.FitnessNullifier: Nullifies the fitness values of the population, if requested.
best() - Method in enum class io.jenetics.Optimize: Return a null-friendly function which returns the best element of two values.
best(C, C) - Method in enum class io.jenetics.Optimize: Return the best value, according to this optimization direction.
bestFitness() - Method in class io.jenetics.engine.EvolutionResult: Return the best population fitness.
bestPhenotype() - Method in class io.jenetics.engine.EvolutionResult: Return the best Phenotype of the result population.
BigIntegerChromosome - Class in io.jenetics.ext: Numeric chromosome implementation which holds arbitrary sized integer numbers.
BigIntegerChromosome(ISeq<BigIntegerGene>) - Constructor for class io.jenetics.ext.BigIntegerChromosome: Create a new chromosome from the given genes array.
BigIntegerChromosome(BigInteger, BigInteger) - Constructor for class io.jenetics.ext.BigIntegerChromosome: Create a new random DoubleChromosome of length one.
BigIntegerChromosome(BigInteger, BigInteger, int) - Constructor for class io.jenetics.ext.BigIntegerChromosome: Create a new random BigIntegerChromosome with the given length.
BigIntegerGene - Class in io.jenetics.ext: Numeric chromosome implementation which holds an arbitrary sized integer number.
bind(BaseSeq<G>) - Method in class io.jenetics.ext.AbstractTreeGene: This method is used by the AbstractTreeChromosome to attach itself to this gene.
bit() - Method in enum class io.jenetics.BitGene: Return the value of the BitGene.
BitChromosome - Class in io.jenetics: Implementation of the classical BitChromosome.
BitChromosome(byte[]) - Constructor for class io.jenetics.BitChromosome: Create a new BitChromosome from the given byte array.
BitChromosome(byte[], int, int) - Constructor for class io.jenetics.BitChromosome: Create a new bit chromosome from the given bit (byte) array.
BitChromosome(byte[], int, int, double) - Constructor for class io.jenetics.BitChromosome: Create a new bit chromosome from the given bit (byte) array.
bitCount() - Method in class io.jenetics.BitChromosome: Returns the number of bits set to true in this BitChromosome.
BitGene - Enum Class in io.jenetics: Implementation of a BitGene.
Bnf - Class in io.jenetics.ext.grammar: This class contains methods for parsing and formatting context-free grammars in BNF format.
BoltzmannSelector<G,N> - Class in io.jenetics: In this Selector, the probability for selection is defined as.
BoltzmannSelector() - Constructor for class io.jenetics.BoltzmannSelector: Create a new BoltzmannSelector with a default beta of 4.0.
BoltzmannSelector(double) - Constructor for class io.jenetics.BoltzmannSelector: Create a new BoltzmannSelector with the given b value.
booleanValue() - Method in class io.jenetics.BitChromosome: Return the value of the first gene of this chromosome.
booleanValue() - Method in enum class io.jenetics.BitGene: Return the boolean value of this gene.
booleanValue(int) - Method in class io.jenetics.BitChromosome: Return the value on the specified index.
BoolOp - Enum Class in io.jenetics.prog.op: This class contains basic and secondary boolean operations.
BoundedChromosome<A,G> - Interface in io.jenetics: Chromosome interface for BoundedGenes.
BoundedGene<A,G> - Interface in io.jenetics: Base interface for genes where the alleles are bound by a minimum and a maximum value.
BoundedGeneCreator<A,G> - Interface in io.jenetics.xml: Functional interface for creating bounded genes.
breadthFirstIterator() - Method in class io.jenetics.ext.util.FlatTreeNode
breadthFirstIterator() - Method in interface io.jenetics.ext.util.Tree: Return an iterator that traverses the subtree rooted at this node in breadth-first order.
breadthFirstStream() - Method in class io.jenetics.ext.util.FlatTreeNode
breadthFirstStream() - Method in interface io.jenetics.ext.util.Tree: Return a stream that traverses the subtree rooted at this node in breadth-first order.
build() - Method in class io.jenetics.engine.Engine.Builder: Builds a new Engine instance from the set properties.
build() - Method in class io.jenetics.engine.EvolutionParams.Builder: Builds a new EvolutionParams instance from the set properties.
builder() - Static method in class io.jenetics.engine.EvolutionParams: Create a new evolution parameter builder.
builder(Problem<T, G, C>) - Static method in class io.jenetics.engine.Engine: Create a new evolution Engine.Builder for the given Problem.
builder(Function<? super Genotype<G>, ? extends C>, Chromosome<G>, Chromosome<G>...) - Static method in class io.jenetics.engine.Engine: Create a new evolution Engine.Builder with the given fitness function and chromosome templates.
builder(Function<? super Genotype<G>, ? extends C>, Factory<Genotype<G>>) - Static method in class io.jenetics.engine.Engine: Create a new evolution Engine.Builder with the given fitness function and genotype factory.
builder(Function<? super T, ? extends C>, Codec<T, G>) - Static method in class io.jenetics.engine.Engine: Create a new evolution Engine.Builder with the given fitness function and problem codec.
Builder(Evaluator<G, C>, Factory<Genotype<G>>) - Constructor for class io.jenetics.engine.Engine.Builder: Create a new evolution Engine.Builder with the given fitness evaluator and genotype factory.
byExecutionTime(Duration) - Static method in class io.jenetics.engine.Limits: Return a predicate, which will truncate the evolution stream if the GA execution exceeds a given time duration.
byExecutionTime(Duration, InstantSource) - Static method in class io.jenetics.engine.Limits: Return a predicate, which will truncate the evolution stream if the GA execution exceeds a given time duration.
byFitnessConvergence(int, int, double) - Static method in class io.jenetics.engine.Limits: Return a predicate, which will truncate the evolution stream if the fitness is converging.
byFitnessConvergence(int, int, BiPredicate<DoubleMoments, DoubleMoments>) - Static method in class io.jenetics.engine.Limits: Return a predicate, which will truncate the evolution stream if the fitness is converging.
byFitnessThreshold(C) - Static method in class io.jenetics.engine.Limits: Return a predicate, which will truncated the evolution stream if the best fitness of the current population becomes less than the specified threshold, and the objective is set to minimize the fitness.
byFixedGeneration(long) - Static method in class io.jenetics.engine.Limits: Return a predicate, which will truncate the evolution stream after the given number of generations.
byGeneConvergence(double, double) - Static method in class io.jenetics.engine.Limits: A termination method that stops the evolution when a user-specified percentage of the genes (convergedGeneRage) that make up a Genotype are deemed as converged.
byGeneConvergence(Predicate<DoubleMoments>, double) - Static method in class io.jenetics.engine.Limits: A termination method that stops the evolution when a user-specified percentage of the genes (convergedGeneRage) that make up a Genotype are deemed as converged.
byPopulationConvergence(double) - Static method in class io.jenetics.engine.Limits: A termination method that stops the evolution when the population is deemed as converged.
byPopulationConvergence(BiPredicate<Double, DoubleMoments>) - Static method in class io.jenetics.engine.Limits: A termination method that stops the evolution when the population is deemed as converged.
bySteadyFitness(int) - Static method in class io.jenetics.engine.Limits: Return a predicate, which will truncate the evolution stream if no better phenotype could be found after the given number of generations.
byteValue() - Method in class io.jenetics.DoubleGene
byteValue() - Method in class io.jenetics.IntegerGene
byteValue() - Method in class io.jenetics.LongGene
byteValue() - Method in interface io.jenetics.NumericChromosome: Return the byte value of this NumericChromosome at the index 0.
byteValue() - Method in interface io.jenetics.NumericGene: Returns the value of the specified gene as a byte.
byteValue(int) - Method in interface io.jenetics.NumericChromosome: Return the byte value of this NumericChromosome at the given index.

C

c() - Method in record class io.jenetics.ShiftMutator.Range: Returns the value of the c record component.
calculated() - Method in record class io.jenetics.prog.regression.Sampling.Result: Returns the value of the calculated record component.
CBRT - Enum constant in enum class io.jenetics.prog.op.MathOp: Returns the cube root of a double value.
CEIL - Enum constant in enum class io.jenetics.prog.op.MathOp: Returns the smallest (closest to negative infinity) double value that is greater than or equal to the argument and is equal to a mathematical integer.
Cfg<T> - Record Class in io.jenetics.ext.grammar: Represents a context-free grammar (CFG).
Cfg(List<Cfg.NonTerminal<T>>, List<Cfg.Terminal<T>>, List<Cfg.Rule<T>>, Cfg.NonTerminal<T>) - Constructor for record class io.jenetics.ext.grammar.Cfg: Create a new context-free grammar object.
Cfg.Expression<T> - Record Class in io.jenetics.ext.grammar: Represents one expression (list of alternative symbols) a production rule consists of.
Cfg.NonTerminal<T> - Record Class in io.jenetics.ext.grammar: Represents the non-terminal symbols of the grammar (NT).
Cfg.Rule<T> - Record Class in io.jenetics.ext.grammar: Represents a production rule of the grammar (R).
Cfg.Symbol<T> - Interface in io.jenetics.ext.grammar: Represents the symbols the BNF grammar consists.
Cfg.Terminal<T> - Record Class in io.jenetics.ext.grammar: Represents a terminal symbols of the grammar (T).
CharacterChromosome - Class in io.jenetics: Character chromosome which represents character sequences.
CharacterChromosome(ISeq<CharacterGene>, IntRange) - Constructor for class io.jenetics.CharacterChromosome: Create a new chromosome from the given genes array.
CharacterGene - Class in io.jenetics: Character gene implementation.
characteristics() - Method in interface io.jenetics.util.Accumulator
charAt(int) - Method in class io.jenetics.CharacterChromosome
charAt(int) - Method in class io.jenetics.util.CharSeq
CharSeq - Class in io.jenetics.util: This class is used for holding the valid characters of an CharacterGene.
CharSeq(char[]) - Constructor for class io.jenetics.util.CharSeq: Create a new (distinct) CharSeq from the given characters.
CharSeq(CharSequence) - Constructor for class io.jenetics.util.CharSeq: Create a new (distinct) CharSeq from the given characters.
charValue() - Method in class io.jenetics.CharacterGene: Return the char value of this character gene.
check(Tree<? extends Op<?>, ?>) - Static method in class io.jenetics.prog.op.Program: Validates the given program tree.
checkTreeState() - Method in class io.jenetics.ext.AbstractTreeGene
childAfter(Tree<?, ?>) - Method in interface io.jenetics.ext.util.Tree: Return the child which comes immediately after this node.
childAt(int) - Method in class io.jenetics.ext.AbstractTreeGene: Return the child gene with the given index.
childAt(int) - Method in class io.jenetics.ext.util.FlatTreeNode
childAt(int) - Method in interface io.jenetics.ext.util.Tree: Return the child node with the given index.
childAt(int) - Method in class io.jenetics.ext.util.TreeNode: Returns the child at the specified index in this node's child array.
childAtPath(int...) - Method in interface io.jenetics.ext.util.Tree: Return the child node at the given path.
childAtPath(Tree.Path) - Method in interface io.jenetics.ext.util.Tree: Return the child node at the given path.
childBefore(Tree<?, ?>) - Method in interface io.jenetics.ext.util.Tree: Return the child which comes immediately before this node.
childCount() - Method in class io.jenetics.ext.AbstractTreeGene
childCount() - Method in class io.jenetics.ext.util.FlatTreeNode
childCount() - Method in interface io.jenetics.ext.util.Tree: Return the number of children this tree node consists of.
childCount() - Method in class io.jenetics.ext.util.TreeNode
childIterator() - Method in interface io.jenetics.ext.util.Tree: Return an iterator of the children of this Tree node.
childIterator() - Method in class io.jenetics.ext.util.TreeNode
childOffset() - Method in class io.jenetics.ext.AbstractTreeGene
childOffset() - Method in interface io.jenetics.ext.util.FlatTree: Return the index of the first child node in the underlying node array.
childOffset() - Method in class io.jenetics.ext.util.FlatTreeNode: Return the index of the first child node in the underlying node array.
childPath() - Method in interface io.jenetics.ext.util.Tree: Return the path of this child node from the root node.
childStream() - Method in interface io.jenetics.ext.util.Tree: Return a forward-order stream of this node's children.
childStream() - Method in class io.jenetics.ext.util.TreeNode
chromosome() - Method in class io.jenetics.Genotype: Return the first chromosome.
Chromosome<G> - Interface in io.jenetics: A chromosome consists of one or more genes.
clock() - Method in class io.jenetics.engine.Engine.Builder: Return the InstantSource the engine is using for measuring the execution time.
clock() - Method in class io.jenetics.engine.Engine: Return the InstantSource the engine is using for measuring the execution time.
clock(InstantSource) - Method in class io.jenetics.engine.Engine.Builder: The clock used for calculating the execution durations.
close() - Method in class io.jenetics.util.StreamPublisher: Unless already closed, issues onComplete signals to current subscribers, and disallows later attempts to publish.
codec() - Method in interface io.jenetics.engine.Problem: Return the codec, which translates the types of the problem domain into types, which can be understood by the evolution Engine.
codec() - Method in class io.jenetics.prog.regression.Regression
Codec<T,G> - Interface in io.jenetics.engine: A problem Codec contains the information about how to encode a given argument type into a Genotype.
codecOf(ISeq<Op<T>>, ISeq<Op<T>>, int) - Static method in class io.jenetics.prog.regression.Regression: Create a new codec, usable for symbolic regression problems, with the given parameters.
codecOf(ISeq<Op<T>>, ISeq<Op<T>>, int, Predicate<? super ProgramChromosome<T>>) - Static method in class io.jenetics.prog.regression.Regression: Create a new codec, usable for symbolic regression problems, with the given parameters.
Codecs - Class in io.jenetics.engine: This class contains factory methods for creating common problem encodings.
Codons - Class in io.jenetics.ext.grammar: Represents a mapping of a finite set of integers to symbol indexes.
Codons(IntUnaryOperator, int) - Constructor for class io.jenetics.ext.grammar.Codons: Create a new Codons object from a given codons source and its length.
ColumnIndexes(int...) - Constructor for record class io.jenetics.ext.util.CsvSupport.ColumnIndexes: Create a new column indexes object.
ColumnJoiner(CsvSupport.ColumnIndexes) - Constructor for class io.jenetics.ext.util.CsvSupport.ColumnJoiner: Create a new column joiner with the given embedding column indexes.
ColumnJoiner(CsvSupport.Quote) - Constructor for class io.jenetics.ext.util.CsvSupport.ColumnJoiner: Create a new column joiner with the given parameters.
ColumnJoiner(CsvSupport.Quote, CsvSupport.ColumnIndexes) - Constructor for class io.jenetics.ext.util.CsvSupport.ColumnJoiner: Create a new column joiner with the given parameters.
ColumnJoiner(CsvSupport.Separator) - Constructor for class io.jenetics.ext.util.CsvSupport.ColumnJoiner: Create a new column joiner with the given parameters.
ColumnJoiner(CsvSupport.Separator, CsvSupport.ColumnIndexes) - Constructor for class io.jenetics.ext.util.CsvSupport.ColumnJoiner: Create a new column joiner with the given parameters.
ColumnJoiner(CsvSupport.Separator, CsvSupport.Quote) - Constructor for class io.jenetics.ext.util.CsvSupport.ColumnJoiner: Create a new column joiner with the given parameters.
ColumnJoiner(CsvSupport.Separator, CsvSupport.Quote, CsvSupport.ColumnIndexes) - Constructor for class io.jenetics.ext.util.CsvSupport.ColumnJoiner: Create a new column joiner with the given parameters.
combine(A) - Method in interface io.jenetics.util.Accumulator: Combines this accumulator with the other one.
combine(Codec<? extends A, G>, Codec<? extends B, G>, BiFunction<? super A, ? super B, ? extends T>) - Static method in interface io.jenetics.engine.Codec: Converts two given Codec instances into one.
combine(DoubleMomentStatistics) - Method in class io.jenetics.stat.DoubleMomentStatistics: Combine two DoubleMoments statistic objects.
combine(IntMomentStatistics) - Method in class io.jenetics.stat.IntMomentStatistics: Combine two IntMoments statistic objects.
combine(LongMomentStatistics) - Method in class io.jenetics.stat.LongMomentStatistics: Combine two LongMoments statistic objects.
combine(MinMax<C>) - Method in class io.jenetics.stat.MinMax: Combine two MinMax objects.
combine(Quantile) - Method in class io.jenetics.stat.Quantile: Combine two Quantile objects.
combine(ISeq<? extends Codec<?, G>>, Function<? super Object[], ? extends T>) - Static method in interface io.jenetics.engine.Codec: Combines the given codecs into one codec.
CombineAlterer<G,C> - Class in io.jenetics: Alters a chromosome by replacing two genes by the result of a given combiner function.
CombineAlterer(BinaryOperator<G>) - Constructor for class io.jenetics.CombineAlterer: Create a new combiner alterer with the given arguments.
CombineAlterer(BinaryOperator<G>, double) - Constructor for class io.jenetics.CombineAlterer: Create a new combiner alterer with the given arguments.
combiner() - Method in class io.jenetics.CombineAlterer: Return the combiner function, used by this alterer.
combiner() - Method in interface io.jenetics.util.Accumulator
comparator() - Method in interface io.jenetics.ext.moea.Vec: Return the comparator for comparing the elements of this MO vector.
compare(Vec<T>, int) - Method in interface io.jenetics.ext.moea.Vec: Compares the this vector with the other at the given component index.
compare(T, int, int) - Method in interface io.jenetics.util.ProxySorter.Comparator: Compares the two array elements, specified by its indices, for order.
compare(T, T) - Method in enum class io.jenetics.Optimize: Compares two comparable objects.
compare(V, V, int) - Method in interface io.jenetics.ext.moea.ElementComparator: Compares the components of a and b at the given index.
compareTo(G) - Method in interface io.jenetics.BoundedGene
compareTo(BitChromosome) - Method in class io.jenetics.BitChromosome
compareTo(CharacterGene) - Method in class io.jenetics.CharacterGene
compareTo(DoubleGene) - Method in class io.jenetics.DoubleGene
compareTo(EvolutionDurations) - Method in record class io.jenetics.engine.EvolutionDurations: Compares two durations objects.
compareTo(EvolutionResult<G, C>) - Method in class io.jenetics.engine.EvolutionResult: Compare this evolution result with another one, according the population's best individual.
compareTo(EnumGene<A>) - Method in class io.jenetics.EnumGene
compareTo(Vec<T>) - Method in interface io.jenetics.ext.moea.Vec: The default implementation uses the Vec.dominance(Vec) function for defining a partial order of two vectors.
compareTo(TreePattern.Var<V>) - Method in record class io.jenetics.ext.rewriting.TreePattern.Var
compareTo(Tree.Path) - Method in class io.jenetics.ext.util.Tree.Path
compareTo(IntegerGene) - Method in class io.jenetics.IntegerGene
compareTo(LongGene) - Method in class io.jenetics.LongGene
compareTo(Phenotype<G, C>) - Method in class io.jenetics.Phenotype
compareTo(Var<T>) - Method in class io.jenetics.prog.op.Var
compareTo(CharSeq) - Method in class io.jenetics.util.CharSeq
compareTo(Ordered<T>) - Method in class io.jenetics.util.Ordered
compile(String) - Static method in class io.jenetics.ext.rewriting.TreePattern: Compiles the given tree pattern string.
compile(String, Function<? super String, ? extends V>) - Static method in class io.jenetics.ext.rewriting.TreePattern: Compiles the given tree pattern string.
completable(Function<? super Genotype<G>, ? extends CompletableFuture<C>>) - Static method in class io.jenetics.engine.Evaluators: Return a new fitness evaluator, which evaluates asynchronous fitness functions.
completable(Function<? super T, ? extends CompletableFuture<C>>, Codec<T, G>) - Static method in class io.jenetics.engine.Evaluators: Return a new fitness evaluator, which evaluates asynchronous fitness functions.
completable(Function<? super T, ? extends CompletableFuture<C>>, Function<? super Genotype<G>, ? extends T>) - Static method in class io.jenetics.engine.Evaluators: Return a new fitness evaluator, which evaluates asynchronous fitness functions.
Complexity<T> - Interface in io.jenetics.prog.regression: Represents a complexity measure if a given program tree.
compose(Alterer<G, C>) - Method in interface io.jenetics.Alterer: Returns a composed alterer that first applies the before alterer to its input, and then applies this alterer to the result.
compose(EvolutionInterceptor<G, C>) - Method in interface io.jenetics.engine.EvolutionInterceptor: Composes this interceptor with the other one.
concat(TreeRewriter<V>...) - Static method in interface io.jenetics.ext.rewriting.TreeRewriter: Concat the given rewriters to one tree-rewriter.
concat(ISeq<? extends T>, ISeq<? extends T>) - Static method in interface io.jenetics.util.ISeq: Return a sequence whose elements are all the elements of the first sequence followed by all the elements of the second sequence.
concat(ISeq<? extends T>, T...) - Static method in interface io.jenetics.util.ISeq: Return a sequence whose elements are all the elements of the first sequence followed by all the elements of the vararg array.
concat(MSeq<? extends T>, MSeq<? extends T>) - Static method in interface io.jenetics.util.MSeq: Return a sequence whose elements are all the elements of the first sequence followed by all the elements of the second sequence.
concat(MSeq<? extends T>, T...) - Static method in interface io.jenetics.util.MSeq: Return a sequence whose elements are all the elements of the first sequence followed by all the elements of the vararg array.
concat(Seq<? extends T>, Seq<? extends T>) - Static method in interface io.jenetics.util.Seq: Return a sequence whose elements are all the elements of the first sequence followed by all the elements of the second sequence.
concat(Seq<? extends T>, T...) - Static method in interface io.jenetics.util.Seq: Return a sequence whose elements are all the elements of the first sequence followed by all the elements of the vararg array.
concat(T, ISeq<? extends T>) - Static method in interface io.jenetics.util.ISeq: Return a sequence whose elements are all the elements of the first element followed by all the elements of the sequence.
concat(T, MSeq<? extends T>) - Static method in interface io.jenetics.util.MSeq: Return a sequence whose elements are all the elements of the first element followed by all the elements of the sequence.
concat(T, Seq<? extends T>) - Static method in interface io.jenetics.util.Seq: Return a sequence whose elements are all the elements of the first element followed by all the elements of the sequence.
ConcatEngine<G,C> - Class in io.jenetics.ext.engine: The ConcatEngine lets you concatenate two (or more) evolution Engine, with different configurations, and let it use as one engine EvolutionStreamable.
ConcatEngine(List<? extends EvolutionStreamable<G, C>>) - Constructor for class io.jenetics.ext.engine.ConcatEngine: Create a new concatenating evolution engine with the given list of engines.
Concurrency - Search tag in class io.jenetics.engine.Engine: Section
Const - Search tag in package io.jenetics.prog.op: Section
Const<T> - Class in io.jenetics.prog.op: Represents an operation which always returns the same, constant, value.
CONST_REWRITER - Static variable in class io.jenetics.prog.op.MathExpr: This tree-rewriter rewrites constant expressions to its single value.
constrain(Codec<T, G>) - Method in interface io.jenetics.engine.Constraint: Wraps the given codec into a codec, which obeys this constraint.
constrain(InvertibleCodec<T, G>) - Method in interface io.jenetics.engine.Constraint: Wraps the given codec into a codec, which obeys this constraint.
constrain(Factory<Genotype<G>>) - Method in interface io.jenetics.engine.Constraint: Wraps the given genotype factory into a factory, which only creates individuals obeying this constraint.
constraint() - Method in class io.jenetics.engine.Engine.Builder: Return the constraint of the evolution problem.
constraint() - Method in class io.jenetics.engine.Engine: Return the constraint of the evolution problem.
constraint() - Method in interface io.jenetics.engine.Problem: Return the constraint, associated with this problem, if available.
constraint(Constraint<G, C>) - Method in class io.jenetics.engine.Engine.Builder: The phenotype constraint is used for detecting invalid individuals and repairing them.
Constraint<G,C> - Interface in io.jenetics.engine: This interface allows you to define constraints on single phenotypes.
ConstRewriter<T> - Class in io.jenetics.prog.op: This class rewrites constant expressions to its single value.
contains(char) - Method in class io.jenetics.util.CharSeq: Test whether this character set contains the given character c.
contains(double) - Method in class io.jenetics.util.DoubleRange: Checks whether the given value is within the range [min, max).
contains(int) - Method in class io.jenetics.util.IntRange: Checks whether the given value is within the range [min, max).
contains(long) - Method in class io.jenetics.util.LongRange: Checks whether the given value is within the range [min, max).
contains(Character) - Method in class io.jenetics.util.CharSeq: Test whether this character set contains the given character c.
contains(Object) - Method in class io.jenetics.util.CharSeq
contains(Object) - Method in interface io.jenetics.util.Seq: Returns true if this sequence contains the specified element.
contiguity() - Method in class io.jenetics.ext.SimulatedBinaryCrossover: Return the contiguity value of the crossover.
Conversions - Class in io.jenetics.util: This class contains methods for converting from and to the primitive arrays int[], long[] and double[].
copy() - Method in class io.jenetics.engine.Engine.Builder: Create a new builder, with the current configuration.
copy() - Method in class io.jenetics.ext.util.TreeNode
copy() - Method in interface io.jenetics.util.Copyable: Return a new copy of type T.
copy() - Method in interface io.jenetics.util.ISeq: Return a shallow copy of this sequence.
Copyable<T> - Interface in io.jenetics.util: This interface indicates that a class can create a copy of type T.
COS - Enum constant in enum class io.jenetics.prog.op.MathOp: Returns the trigonometric cosine of an angle.
COSH - Enum constant in enum class io.jenetics.prog.op.MathOp: Returns the hyperbolic cosine of a double value.
count() - Method in record class io.jenetics.stat.DoubleMoments: Returns the value of the count record component.
count() - Method in record class io.jenetics.stat.DoubleSummary: Returns the value of the count record component.
count() - Method in record class io.jenetics.stat.IntMoments: Returns the value of the count record component.
count() - Method in record class io.jenetics.stat.IntSummary: Returns the value of the count record component.
count() - Method in record class io.jenetics.stat.LongMoments: Returns the value of the count record component.
count() - Method in record class io.jenetics.stat.LongSummary: Returns the value of the count record component.
count() - Method in class io.jenetics.stat.MinMax: Returns the count of values recorded.
count() - Method in class io.jenetics.stat.DoubleMomentStatistics: Returns the count of values recorded.
count() - Method in class io.jenetics.stat.IntMomentStatistics: Returns the count of values recorded.
count() - Method in class io.jenetics.stat.LongMomentStatistics: Returns the count of values recorded.
count() - Method in class io.jenetics.stat.Quantile: Return the number of samples the quantile value was calculated of.
count(Tree<?, ?>, int) - Static method in interface io.jenetics.prog.regression.Complexity: This method uses the node count of a program tree for calculating its complexity.
create(A, A, A) - Method in interface io.jenetics.xml.BoundedGeneCreator: Create a new bounded gene from the given parameters.
crossover(TreeNode<A>, TreeNode<A>) - Method in class io.jenetics.ext.SingleNodeCrossover
crossover(TreeNode<A>, TreeNode<A>) - Method in class io.jenetics.ext.TreeCrossover: Template method which performs the crossover.
crossover(MSeq<G>, MSeq<G>) - Method in class io.jenetics.Crossover: Template method which performs the crossover.
crossover(MSeq<G>, MSeq<G>) - Method in class io.jenetics.ext.SimulatedBinaryCrossover
crossover(MSeq<G>, MSeq<G>) - Method in class io.jenetics.IntermediateCrossover
crossover(MSeq<G>, MSeq<G>) - Method in class io.jenetics.LineCrossover
crossover(MSeq<G>, MSeq<G>) - Method in class io.jenetics.MultiPointCrossover
crossover(MSeq<G>, MSeq<G>) - Method in class io.jenetics.SinglePointCrossover
crossover(MSeq<G>, MSeq<G>) - Method in class io.jenetics.UniformCrossover
crossover(MSeq<EnumGene<T>>, MSeq<EnumGene<T>>) - Method in class io.jenetics.PartiallyMatchedCrossover
crossover(MSeq<EnumGene<T>>, MSeq<EnumGene<T>>) - Method in class io.jenetics.UniformOderBasedCrossover: Applies uniform order-based crossover to two sequences.
Crossover<G,C> - Class in io.jenetics: Performs a Crossover of two Chromosome.
Crossover(double) - Constructor for class io.jenetics.Crossover: Constructs an alterer with a given recombination probability.
crossoverPointCount() - Method in class io.jenetics.MultiPointCrossover: Return the number of crossover points.
crowdingDistance(BaseSeq<? extends Vec<T>>) - Static method in class io.jenetics.ext.moea.Pareto: The crowding distance value of a solution provides an estimate of the density of solutions surrounding that solution.
crowdingDistance(BaseSeq<? extends T>, ElementComparator<? super T>, ElementDistance<? super T>, ToIntFunction<? super T>) - Static method in class io.jenetics.ext.moea.Pareto: The crowding distance value of a solution provides an estimate of the density of solutions surrounding that solution.
CsvSupport - Class in io.jenetics.ext.util: This class contains helper classes, which are the building blocks for handling CSV files.
CsvSupport.ColumnIndexes - Record Class in io.jenetics.ext.util: Holds the column indexes, which should be part of the split or join operation.
CsvSupport.ColumnJoiner - Class in io.jenetics.ext.util: This class joins an array of columns into one CSV line.
CsvSupport.LineReader - Class in io.jenetics.ext.util: This class reads CSV files and splits it into lines.
CsvSupport.LineSplitter - Class in io.jenetics.ext.util: Splitting a CSV line into columns (records).
CsvSupport.Quote - Record Class in io.jenetics.ext.util: Holds the CSV column quote character.
CsvSupport.Separator - Record Class in io.jenetics.ext.util: Holds the CSV column separator character.
CyclicEngine<G,C> - Class in io.jenetics.ext.engine: The CyclicEngine lets you concatenate two (or more) evolution Engine, with different configurations, and let it use as one engine EvolutionStreamable.
CyclicEngine(List<? extends EvolutionStreamable<G, C>>) - Constructor for class io.jenetics.ext.engine.CyclicEngine: Create a new cycling evolution engine with the given list of engines.

D

data() - Method in interface io.jenetics.ext.moea.Vec: Return the underlying data structure.
decode(Genotype<G>) - Method in interface io.jenetics.engine.Codec: Converts the given Genotype to the target type Codec.
decode(Genotype<G>) - Method in interface io.jenetics.engine.Problem: Converts the given Genotype to the target type Problem.
decoder() - Method in interface io.jenetics.engine.Codec: Return the decoder function which transforms the genotype back to the original problem domain representation.
DEFAULT - Static variable in class io.jenetics.ext.util.CsvSupport.ColumnJoiner: Default column joiner, which is using default separator character, CsvSupport.Separator.DEFAULT, and default quote character, CsvSupport.Quote.DEFAULT.
DEFAULT - Static variable in record class io.jenetics.ext.util.CsvSupport.Quote: The default quote character, '"'.
DEFAULT - Static variable in record class io.jenetics.ext.util.CsvSupport.Separator: The default separator character, ','.
DEFAULT_ALTER_PROBABILITY - Static variable in interface io.jenetics.Alterer: The default alter probability: 0.2
DEFAULT_CHARACTERS - Static variable in class io.jenetics.CharacterGene: The default character set used by this gene.
DEFAULT_RETRY_COUNT - Static variable in class io.jenetics.engine.RetryConstraint: The default retry-count for creating new, valid phenotypes.
depth() - Method in interface io.jenetics.ext.util.Tree: Returns the depth of the tree rooted at this node.
depthFirstIterator() - Method in interface io.jenetics.ext.util.Tree: Return an iterator that traverses the subtree rooted at this node in depth-first order.
depthFirstStream() - Method in interface io.jenetics.ext.util.Tree: Return a stream that traverses the subtree rooted at this node in depth-first.
DerivationTreeGenerator<T> - Class in io.jenetics.ext.grammar: Standard implementation of a derivation-tree generator.
DerivationTreeGenerator(SymbolIndex, int) - Constructor for class io.jenetics.ext.grammar.DerivationTreeGenerator: Create a new derivation tree generator from the given parameters.
descending() - Method in enum class io.jenetics.Optimize: Create an appropriate comparator of the given optimization strategy.
detach() - Method in class io.jenetics.ext.util.TreeNode: Detaches the subtree rooted at this node from the tree, giving this node a null parent.
distance() - Method in interface io.jenetics.ext.moea.Vec: Return a function which calculates the element distance of a vector at a given element index.
distance(Vec<T>, int) - Method in interface io.jenetics.ext.moea.Vec: Calculates the distance between two vector elements at the given index.
distance(V, V, int) - Method in interface io.jenetics.ext.moea.ElementDistance: Calculates the distance of two vector elements at the given index.
DIV - Enum constant in enum class io.jenetics.prog.op.MathOp: Returns the quotient of its arguments.
doc(Writer<? super T>) - Static method in interface io.jenetics.xml.stream.Writer: Adds an XML prolog element written by the given writer.
dominance() - Method in interface io.jenetics.ext.moea.Vec: Return the comparator which defines the (Pareto) dominance measure.
dominance(double[], double[]) - Static method in class io.jenetics.ext.moea.Pareto: Calculates the Pareto Dominance of the two vectors u and v.
dominance(double[], double[]) - Static method in interface io.jenetics.ext.moea.Vec: Calculates the Pareto Dominance of the two vectors u and v.
dominance(int[], int[]) - Static method in class io.jenetics.ext.moea.Pareto: Calculates the Pareto Dominance of the two vectors u and v.
dominance(int[], int[]) - Static method in interface io.jenetics.ext.moea.Vec: Calculates the Pareto Dominance of the two vectors u and v.
dominance(long[], long[]) - Static method in class io.jenetics.ext.moea.Pareto: Calculates the Pareto Dominance of the two vectors u and v.
dominance(long[], long[]) - Static method in interface io.jenetics.ext.moea.Vec: Calculates the Pareto Dominance of the two vectors u and v.
dominance(C[], C[]) - Static method in class io.jenetics.ext.moea.Pareto: Calculates the Pareto Dominance of the two vectors u and v.
dominance(C[], C[]) - Static method in interface io.jenetics.ext.moea.Vec: Calculates the Pareto Dominance of the two vectors u and v.
dominance(Vec<T>) - Method in interface io.jenetics.ext.moea.Vec: Calculates the Pareto Dominance of vector value() and other.
dominance(T[], T[], Comparator<? super T>) - Static method in class io.jenetics.ext.moea.Pareto: Calculates the Pareto Dominance of the two vectors u and v.
dominance(T[], T[], Comparator<? super T>) - Static method in interface io.jenetics.ext.moea.Vec: Calculates the Pareto Dominance of the two vectors u and v.
dominance(V, V, int, ElementComparator<? super V>) - Static method in class io.jenetics.ext.moea.Pareto: Calculates the Pareto Dominance of the two vectors u and v.
dot(String) - Static method in class io.jenetics.ext.util.TreeFormatter: A tree formatter for .dot string representations.
DOT - Static variable in class io.jenetics.ext.util.TreeFormatter: A tree formatter for .dot string representations.
DOUBLE - Static variable in class io.jenetics.prog.op.ConstRewriter: Const rewriter for double operation trees.
DoubleChromosome - Class in io.jenetics: Numeric chromosome implementation which holds 64-bit floating point numbers.
DoubleChromosome(ISeq<DoubleGene>, IntRange) - Constructor for class io.jenetics.DoubleChromosome: Create a new chromosome from the given genes and the allowed length range of the chromosome.
DoubleGene - Class in io.jenetics: Implementation of the NumericGene which holds a 64-bit floating point number.
DoubleMoments - Record Class in io.jenetics.stat: Value objects which contains statistical moments.
DoubleMoments(long, double, double, double, double, double, double, double) - Constructor for record class io.jenetics.stat.DoubleMoments: Creates an instance of a DoubleMoments record class.
DoubleMomentStatistics - Class in io.jenetics.stat: A state object for collecting statistics such as count, min, max, sum, mean, variance, skewness and kurtosis.
DoubleMomentStatistics() - Constructor for class io.jenetics.stat.DoubleMomentStatistics: Create an empty moments object.
DoubleRange - Class in io.jenetics.util: Double range class.
doubles() - Method in class io.jenetics.util.RandomAdapter
doubles(double, double) - Method in class io.jenetics.util.RandomAdapter
doubles(long) - Method in class io.jenetics.util.RandomAdapter
doubles(long, double, double) - Method in class io.jenetics.util.RandomAdapter
doubleStream() - Method in class io.jenetics.DoubleChromosome: Returns a sequential stream of the alleles with this chromosome as its source.
DoubleSummary - Record Class in io.jenetics.stat: Value objects which contains statistical summary information.
DoubleSummary(long, double, double, double, double) - Constructor for record class io.jenetics.stat.DoubleSummary: Creates an instance of a DoubleSummary record class.
doubleToIntArray(double[]) - Static method in class io.jenetics.util.Conversions: Converts the given long[] array to a double[] array.
doubleToIntArray(double[], DoubleToIntFunction) - Static method in class io.jenetics.util.Conversions: Converts the given double[] array to a int[] array.
doubleToIntArray(DoubleToIntFunction) - Static method in class io.jenetics.util.Conversions: Return an array mapper function which applies the given mapper to every array element.
doubleToLongArray(double[]) - Static method in class io.jenetics.util.Conversions: Converts the given long[] array to a double[] array.
doubleToLongArray(double[], DoubleToLongFunction) - Static method in class io.jenetics.util.Conversions: Converts the given double[] array to a long[] array.
doubleToLongArray(DoubleToLongFunction) - Static method in class io.jenetics.util.Conversions: Return an array mapper function which applies the given mapper to every array element.
doubleValue() - Method in class io.jenetics.BitChromosome: Return the double value this BitChromosome represents.
doubleValue() - Method in class io.jenetics.DoubleGene
doubleValue() - Method in class io.jenetics.IntegerGene
doubleValue() - Method in class io.jenetics.LongGene
doubleValue() - Method in interface io.jenetics.NumericChromosome: Return the double value of this NumericChromosome at the index 0.
doubleValue() - Method in interface io.jenetics.NumericGene: Returns the value of the specified gene as a double.
doubleValue(int) - Method in interface io.jenetics.NumericChromosome: Return the double value of this NumericChromosome at the given index.
durations() - Method in class io.jenetics.engine.EvolutionResult: Return the timing (meta) information of the evolution step.

E

E - Static variable in enum class io.jenetics.prog.op.MathOp: The double value that is closer than any other to e, the base of the natural logarithms.
E(Cfg.Symbol<T>...) - Static method in record class io.jenetics.ext.grammar.Cfg: Factory method for creating an expression with the given symbols.
elem(String, Reader<? extends T>) - Static method in class io.jenetics.xml.stream.Reader: Return a Reader which reads the value from the child elements of the given parent element name.
elem(String, Writer<? super T>...) - Static method in interface io.jenetics.xml.stream.Writer: Create a new Writer, which writes an XML element with the given name and writes the given children into it.
elem(Function<Object[], T>, String, Reader<?>...) - Static method in class io.jenetics.xml.stream.Reader: Return a Reader for reading an object of type T from the XML element with the given name.
ElementComparator<V> - Interface in io.jenetics.ext.moea: Defines the order of two elements of a given vector type V.
ElementDistance<V> - Interface in io.jenetics.ext.moea: Defines the distance of two elements of a given vector type V.
elems(Reader<? extends T>) - Static method in class io.jenetics.xml.stream.Reader: Return a Reader which collects the elements, read by the given child reader, and returns it as a list of these elements.
elems(Writer<? super T>) - Static method in interface io.jenetics.xml.stream.Writer: Creates a new Writer, which writes the given children as sub-elements, defined by the given childWriter.
elems(String, Writer<? super T>) - Static method in interface io.jenetics.xml.stream.Writer: Creates a new Writer, which writes the given children as sub-elements, defined by the given childWriter.
EliteSelector<G,C> - Class in io.jenetics: The EliteSelector copies a small proportion of the fittest candidates, without changes, into the next generation.
EliteSelector() - Constructor for class io.jenetics.EliteSelector: Create a new elite selector with elite count 1, and the selector for selecting the rest of the population is initialized with TournamentSelector<>(3)
EliteSelector(int) - Constructor for class io.jenetics.EliteSelector: Create a new elite selector with the desired number of elites to be selected.
EliteSelector(int, Selector<G, C>) - Constructor for class io.jenetics.EliteSelector: Create a new elite selector with the desired number of elites to be selected, and the selector used for selecting the rest of the population.
EliteSelector(Selector<G, C>) - Constructor for class io.jenetics.EliteSelector: Create a new elite selector with selector used for selecting the rest of the population.
empty() - Static method in class io.jenetics.engine.EvolutionStart: An empty evolution start object, which can be used as initial evolution value.
empty() - Static method in interface io.jenetics.util.ISeq: Return an empty ISeq.
empty() - Static method in interface io.jenetics.util.MSeq: Return an empty MSeq.
empty() - Static method in interface io.jenetics.util.Seq: Return an empty Seq.
EMPTY - Static variable in interface io.jenetics.util.ISeq: Single instance of an empty ISeq.
EMPTY - Static variable in interface io.jenetics.util.MSeq: Single instance of an empty MSeq.
EMPTY - Static variable in interface io.jenetics.util.Seq: Single instance of an empty Seq.
encode(T) - Method in interface io.jenetics.engine.InvertibleCodec: Decodes the given value, which is an element of the native problem domain, into a Genotype.
encoder() - Method in interface io.jenetics.engine.InvertibleCodec: Return the encoder function which transforms a value from the native problem domain back to the genotype.
encoding() - Method in interface io.jenetics.engine.Codec: Return the genotype factory for creating genotypes with the right encoding for the given problem.
Engine<G,C> - Class in io.jenetics.engine: Genetic algorithm engine which is the main class.
Engine.Builder<G,C> - Class in io.jenetics.engine: Builder class for building GA Engine instances.
Engine.Setup<G,C> - Interface in io.jenetics.engine: This interface represents a recipe for configuring (setup) a given Engine.Builder.
EnumGene<A> - Class in io.jenetics: Gene which holds enumerable (countable) genes.
EOL - Static variable in class io.jenetics.ext.util.CsvSupport: The newline string used for writing the CSV file: \r\n.
EphemeralConst - Search tag in package io.jenetics.prog.op: Section
EphemeralConst<T> - Class in io.jenetics.prog.op: Implementation of an ephemeral constant.
EQU - Enum constant in enum class io.jenetics.prog.op.BoolOp: Equivalence.
equals(Tree<?, ?>, Tree<?, ?>) - Static method in interface io.jenetics.ext.util.Tree: Checks if the two given trees has the same structure with the same values.
equals(BaseSeq<?>, Object) - Static method in interface io.jenetics.util.Seq: Unified method for compare to sequences for equality.
equals(Object) - Method in class io.jenetics.DoubleChromosome
equals(Object) - Method in class io.jenetics.IntegerChromosome
equals(Object) - Method in class io.jenetics.LongChromosome
equals(Object) - Method in class io.jenetics.AbstractChromosome
equals(Object) - Method in record class io.jenetics.AltererResult: Indicates whether some other object is "equal to" this one.
equals(Object) - Method in class io.jenetics.AnyGene
equals(Object) - Method in class io.jenetics.BitChromosome
equals(Object) - Method in class io.jenetics.CharacterChromosome
equals(Object) - Method in class io.jenetics.CharacterGene
equals(Object) - Method in class io.jenetics.DoubleGene
equals(Object) - Method in record class io.jenetics.engine.EvolutionDurations: Indicates whether some other object is "equal to" this one.
equals(Object) - Method in class io.jenetics.engine.EvolutionInit
equals(Object) - Method in class io.jenetics.engine.EvolutionResult
equals(Object) - Method in class io.jenetics.engine.EvolutionStart
equals(Object) - Method in class io.jenetics.EnumGene
equals(Object) - Method in class io.jenetics.ext.AbstractTreeGene
equals(Object) - Method in class io.jenetics.ext.BigIntegerGene
equals(Object) - Method in record class io.jenetics.ext.grammar.Cfg: Indicates whether some other object is "equal to" this one.
equals(Object) - Method in record class io.jenetics.ext.grammar.Cfg.Expression: Indicates whether some other object is "equal to" this one.
equals(Object) - Method in record class io.jenetics.ext.grammar.Cfg.NonTerminal: Indicates whether some other object is "equal to" this one.
equals(Object) - Method in record class io.jenetics.ext.grammar.Cfg.Rule: Indicates whether some other object is "equal to" this one.
equals(Object) - Method in record class io.jenetics.ext.grammar.Cfg.Terminal: Indicates whether some other object is "equal to" this one.
equals(Object) - Method in class io.jenetics.ext.rewriting.TreeMatchResult
equals(Object) - Method in class io.jenetics.ext.rewriting.TreePattern
equals(Object) - Method in record class io.jenetics.ext.rewriting.TreePattern.Val: Indicates whether some other object is "equal to" this one.
equals(Object) - Method in record class io.jenetics.ext.rewriting.TreePattern.Var: Indicates whether some other object is "equal to" this one.
equals(Object) - Method in class io.jenetics.ext.rewriting.TreeRewriteRule
equals(Object) - Method in class io.jenetics.ext.rewriting.TRS
equals(Object) - Method in record class io.jenetics.ext.util.CsvSupport.ColumnIndexes: Indicates whether some other object is "equal to" this one.
equals(Object) - Method in record class io.jenetics.ext.util.CsvSupport.Quote: Indicates whether some other object is "equal to" this one.
equals(Object) - Method in record class io.jenetics.ext.util.CsvSupport.Separator: Indicates whether some other object is "equal to" this one.
equals(Object) - Method in class io.jenetics.ext.util.FlatTreeNode
equals(Object) - Method in class io.jenetics.ext.util.Tree.Path
equals(Object) - Method in class io.jenetics.ext.util.TreeNode
equals(Object) - Method in class io.jenetics.Genotype
equals(Object) - Method in class io.jenetics.IntegerGene
equals(Object) - Method in class io.jenetics.LongGene
equals(Object) - Method in record class io.jenetics.MutatorResult: Indicates whether some other object is "equal to" this one.
equals(Object) - Method in class io.jenetics.Phenotype
equals(Object) - Method in class io.jenetics.prog.op.MathExpr
equals(Object) - Method in class io.jenetics.prog.op.Program
equals(Object) - Method in class io.jenetics.prog.op.Val
equals(Object) - Method in class io.jenetics.prog.op.Var
equals(Object) - Method in record class io.jenetics.prog.regression.Sampling.Result: Indicates whether some other object is "equal to" this one.
equals(Object) - Method in record class io.jenetics.ShiftMutator.Range: Indicates whether some other object is "equal to" this one.
equals(Object) - Method in record class io.jenetics.ShuffleMutator.Range: Indicates whether some other object is "equal to" this one.
equals(Object) - Method in record class io.jenetics.stat.DoubleMoments: Indicates whether some other object is "equal to" this one.
equals(Object) - Method in record class io.jenetics.stat.DoubleSummary: Indicates whether some other object is "equal to" this one.
equals(Object) - Method in record class io.jenetics.stat.IntMoments: Indicates whether some other object is "equal to" this one.
equals(Object) - Method in record class io.jenetics.stat.IntSummary: Indicates whether some other object is "equal to" this one.
equals(Object) - Method in record class io.jenetics.stat.LongMoments: Indicates whether some other object is "equal to" this one.
equals(Object) - Method in record class io.jenetics.stat.LongSummary: Indicates whether some other object is "equal to" this one.
equals(Object) - Method in class io.jenetics.util.CharSeq
equals(Object) - Method in class io.jenetics.util.DoubleRange
equals(Object) - Method in class io.jenetics.util.IntRange
equals(Object) - Method in class io.jenetics.util.LongRange
equals(Object) - Method in class io.jenetics.util.NanoClock
equals(Object) - Method in interface io.jenetics.util.Seq: Compares the specified object with this sequence for equality.
equals(Object) - Method in class io.jenetics.AnyChromosome
error(Tree<? extends Op<T>, ?>) - Method in class io.jenetics.prog.regression.Regression: Calculates the actual error for the given program.
Error<T> - Interface in io.jenetics.prog.regression: This function calculates the overall error of a given program tree.
eval(boolean...) - Method in enum class io.jenetics.prog.op.BoolOp: Evaluates the operation with the given arguments.
eval(double...) - Method in class io.jenetics.prog.op.MathExpr: Convenient method, which lets you apply the program function without explicitly create a wrapper array.
eval(double...) - Method in enum class io.jenetics.prog.op.MathOp: Evaluates the operation with the given arguments.
eval(A...) - Method in class io.jenetics.prog.ProgramChromosome: Evaluates the root node of this chromosome.
eval(A...) - Method in class io.jenetics.prog.ProgramGene: Convenient method, which lets you apply the program function without explicitly create a wrapper array.
eval(Tree<? extends Op<Double>, ?>, double...) - Static method in class io.jenetics.prog.op.MathExpr: Evaluates the given expression with the given arguments.
eval(Tree<? extends Op<T>, ?>) - Method in class io.jenetics.prog.regression.SampleBuffer
eval(Tree<? extends Op<T>, ?>) - Method in interface io.jenetics.prog.regression.Sampling: Evaluates the given program tree with its sample points.
eval(Tree<? extends Op<T>, ?>, T...) - Static method in class io.jenetics.prog.op.Program: Evaluates the given operation tree with the given variables.
eval(Seq<Phenotype<G, C>>) - Method in class io.jenetics.engine.Engine: Evaluates the fitness function of the given population with the configured Evaluator of this engine and returns a new population with its fitness value assigned.
eval(Seq<Phenotype<G, C>>) - Method in interface io.jenetics.engine.Evaluator: Evaluates the fitness values of the given population.
eval(String, double...) - Static method in class io.jenetics.prog.op.MathExpr: Evaluates the given expression with the given arguments.
eval(Function<? super Genotype<G>, ? extends C>) - Method in class io.jenetics.Phenotype: Applies the given fitness function to the underlying genotype and return a new phenotype with the (newly) evaluated fitness function, if not already evaluated.
eval(Function<? super T[], ? extends T>) - Method in class io.jenetics.prog.regression.SampleBuffer
eval(Function<? super T[], ? extends T>) - Method in interface io.jenetics.prog.regression.Sampling: Evaluates the given function tree with its sample points.
eval(T...) - Method in class io.jenetics.prog.op.Program: Convenient method, which lets you apply the program function without explicitly create a wrapper array.
evaluationDuration() - Method in record class io.jenetics.engine.EvolutionDurations: Returns the value of the evaluationDuration record component.
evaluationDuration() - Method in class io.jenetics.engine.EvolutionStatistics: Return the duration statistics needed for evaluating the fitness function of the new individuals, in seconds.
Evaluator<G,C> - Interface in io.jenetics.engine: This interface allows defining different strategies for evaluating the fitness functions of a given population.
Evaluators - Class in io.jenetics.engine: This class contains factory methods for creating commonly usable Evaluator implementations.
Evolution<G,C> - Interface in io.jenetics.engine: This functional interface defines the evolution function, which takes an EvolutionStart object, evolves the population, and returns an EvolutionResult object.
EvolutionDurations - Record Class in io.jenetics.engine: This class contains timing information about one evolution step.
EvolutionDurations(Duration, Duration, Duration, Duration, Duration, Duration, Duration) - Constructor for record class io.jenetics.engine.EvolutionDurations: Creates an instance of a EvolutionDurations record class.
EvolutionInit<G> - Class in io.jenetics.engine: Represents the initialization value of an evolution stream/iterator.
EvolutionInterceptor<G,C> - Interface in io.jenetics.engine: The evolution interceptor allows updating the EvolutionStart object, before the evolution start, and update the EvolutionResult object after the evolution.
evolutionParams() - Method in class io.jenetics.engine.Engine.Builder: Return the currently set evolution parameters.
evolutionParams(EvolutionParams<G, C>) - Method in class io.jenetics.engine.Engine.Builder: Set the evolution parameters used by the engine.
evolutionParams(EvolutionParams<G, C>) - Method in class io.jenetics.engine.EvolutionParams.Builder
EvolutionParams<G,C> - Class in io.jenetics.engine: This class collects the parameters which control the behavior of the evolution process.
EvolutionParams.Builder<G,C> - Class in io.jenetics.engine: Builder class for the evolution parameter.
EvolutionResult<G,C> - Class in io.jenetics.engine: Represents a state of the GA after an evolution step.
EvolutionStart<G,C> - Class in io.jenetics.engine: Represents a state of the GA at the start of an evolution step.
EvolutionStatistics<C,FitnessStatistics> - Class in io.jenetics.engine: This class can be used to gather additional statistic information of an evolution process.
EvolutionStream<G,C> - Interface in io.jenetics.engine: The EvolutionStream class extends the Java Stream and adds a method for limiting the evolution by a given predicate.
EvolutionStreamable<G,C> - Interface in io.jenetics.engine: This interface defines the capability of creating EvolutionStreams from a given EvolutionStart object.
evolve(EvolutionStart<G, C>) - Method in class io.jenetics.engine.Engine
evolve(EvolutionStart<G, C>) - Method in interface io.jenetics.engine.Evolution: Perform one evolution step with the given evolution start object New phenotypes are created with the fitness function defined by this engine
evolve(ISeq<Phenotype<G, C>>, long) - Method in interface io.jenetics.engine.Evolution: Perform one evolution step with the given population and generation.
evolveDuration() - Method in record class io.jenetics.engine.EvolutionDurations: Returns the value of the evolveDuration record component.
evolveDuration() - Method in class io.jenetics.engine.EvolutionStatistics: Return the duration statistics needed for the whole evolved step, in seconds.
Example - Search tag in package io.jenetics.prog: Section
Examples - Search tag in class io.jenetics.ext.util.CsvSupport.ColumnJoiner: Section
Examples - Search tag in class io.jenetics.ext.util.CsvSupport.LineSplitter: Section
execute(BaseSeq<? extends Runnable>) - Method in interface io.jenetics.util.BatchExecutor: Executes the runnables of the batch concurrently and returns, when all tasks have been executed.
executor() - Method in class io.jenetics.engine.Engine.Builder: Return the Executor the engine is using for executing the evolution steps.
executor() - Method in class io.jenetics.engine.Engine: Return the Executor the engine is using for executing the evolution steps.
executor(Executor) - Method in class io.jenetics.engine.Engine.Builder: The executor used by the engine.
EXP - Enum constant in enum class io.jenetics.prog.op.MathOp: Returns Euler's number e raised to the power of a double value.
expand(char, char) - Static method in class io.jenetics.util.CharSeq: Expands the characters between a and b.
expand(CharSequence) - Static method in class io.jenetics.util.CharSeq: Expands the character range for the given pattern.
expand(Map<TreePattern.Var<V>, Tree<V, ?>>) - Method in class io.jenetics.ext.rewriting.TreePattern: Expands this pattern with the given variable mapping.
expected() - Method in record class io.jenetics.prog.regression.Sampling.Result: Returns the value of the expected record component.
ExponentialRankSelector<G,C> - Class in io.jenetics: An alternative to the "weak" LinearRankSelector is to assign survival probabilities to the sorted individuals using an exponential function.
ExponentialRankSelector() - Constructor for class io.jenetics.ExponentialRankSelector: Create a new selector with the default value of 0.975.
ExponentialRankSelector(double) - Constructor for class io.jenetics.ExponentialRankSelector: Create a new exponential rank selector.
Expression(List<Cfg.Symbol<T>>) - Constructor for record class io.jenetics.ext.grammar.Cfg.Expression: Creates an instance of a Expression record class.

F

Factory<T> - Interface in io.jenetics.util
FALSE - Enum constant in enum class io.jenetics.BitGene
FALSE - Static variable in enum class io.jenetics.prog.op.BoolOp: Represents the constant true.
fill(Supplier<? extends T>) - Method in interface io.jenetics.util.MSeq: Fill the sequence with values generated by the given factory.
finisher() - Method in interface io.jenetics.util.Accumulator
firstChild() - Method in interface io.jenetics.ext.util.Tree: Return the first child of this node, or Optional.empty() if this node has no children.
firstLeaf() - Method in interface io.jenetics.ext.util.Tree: Return the first leaf that is a descendant of this node; either this node or its first child's first leaf.
fitness() - Method in class io.jenetics.engine.EvolutionStatistics: Return the minimal and maximal fitness.
fitness() - Method in interface io.jenetics.engine.Problem: Return the fitness function of the problem in the native problem domain.
fitness() - Method in class io.jenetics.Phenotype: Return the fitness value of this Phenotype.
fitness() - Method in class io.jenetics.prog.regression.Regression
fitness(Genotype<G>) - Method in interface io.jenetics.engine.Problem: Returns the fitness value for the given argument.
fitness(T) - Method in interface io.jenetics.engine.Problem: Returns the fitness value for the given argument.
fitnessExecutor() - Method in class io.jenetics.engine.Engine.Builder: Return the batch executor, used for evaluating the fitness functions.
fitnessExecutor(BatchExecutor) - Method in class io.jenetics.engine.Engine.Builder: This executor is used for evaluating the fitness functions.
FitnessNullifier<G,C> - Class in io.jenetics.engine: This class allows forcing a reevaluation of the fitness function.
FitnessNullifier() - Constructor for class io.jenetics.engine.FitnessNullifier
fitnessOptional() - Method in class io.jenetics.Phenotype: Return the fitness value of this phenotype, or Optional.empty() if not evaluated yet.
flattenedNodes() - Method in class io.jenetics.ext.AbstractTreeGene: Return the whole flattened tree values in breadth-first order.
flattenedNodes() - Method in interface io.jenetics.ext.util.FlatTree: Return the whole flattened tree values in breadth-first order.
flattenedNodes() - Method in class io.jenetics.ext.util.FlatTreeNode
FlatTree<V,T> - Interface in io.jenetics.ext.util: Tree specification, where the nodes of the whole tree are stored in an array.
FlatTreeNode<V> - Class in io.jenetics.ext.util: Default implementation of the FlatTree interface.
floatValue() - Method in class io.jenetics.BitChromosome: Return the float value this BitChromosome represents.
floatValue() - Method in class io.jenetics.DoubleGene
floatValue() - Method in class io.jenetics.IntegerGene
floatValue() - Method in class io.jenetics.LongGene
floatValue() - Method in interface io.jenetics.NumericChromosome: Return the float value of this NumericChromosome at the index 0.
floatValue() - Method in interface io.jenetics.NumericGene: Returns the value of the specified gene as a float.
floatValue(int) - Method in interface io.jenetics.NumericChromosome: Return the float value of this NumericChromosome at the given index.
FLOOR - Enum constant in enum class io.jenetics.prog.op.MathOp: Returns the largest (closest to positive infinity) double value that is less than or equal to the argument and is equal to a mathematical integer.
forAll(Predicate<? super T>) - Method in interface io.jenetics.util.Seq: Tests whether a predicate holds for all elements of this sequence.
forEach(Consumer<? super T>) - Method in interface io.jenetics.util.BaseSeq
format(Cfg<?>) - Static method in class io.jenetics.ext.grammar.Bnf: Formats the given CFG as BNF grammar string.
format(Tree<?, ?>) - Method in class io.jenetics.ext.util.TreeFormatter: Formats the given tree to its string representation.
format(Tree<? extends Op<Double>, ?>) - Static method in class io.jenetics.prog.op.MathExpr: Return the string representation of the given tree object.
format(Tree<V, ?>, Function<? super V, ? extends CharSequence>) - Method in class io.jenetics.ext.util.TreeFormatter: Formats the given tree to its string representation.
fromByteArray(byte[]) - Method in class io.jenetics.util.IO: Creates a, previously serialized, object from the given byte[] array.
front(BaseSeq<? extends Vec<T>>) - Static method in class io.jenetics.ext.moea.Pareto: Return the elements, from the given input set, which are part of the pareto front.
front(BaseSeq<? extends T>, Comparator<? super T>) - Static method in class io.jenetics.ext.moea.Pareto: Return the elements, from the given input set, which are part of the pareto front.

G

GaussianMutator<G,C> - Class in io.jenetics: The GaussianMutator class performs the mutation of a NumericGene.
GaussianMutator() - Constructor for class io.jenetics.GaussianMutator
GaussianMutator(double) - Constructor for class io.jenetics.GaussianMutator
gene() - Method in class io.jenetics.BitChromosome
gene() - Method in interface io.jenetics.Chromosome: Return the first gene of this chromosome.
gene() - Method in class io.jenetics.Genotype: Return the first Gene of the first Chromosome of this Genotype.
Gene<A,G> - Interface in io.jenetics: Genes are the atoms of the Jenetics library.
geneCount() - Method in class io.jenetics.Genotype: Return the number of genes this genotype consists of.
generate(Cfg<? extends T>) - Method in class io.jenetics.ext.grammar.DerivationTreeGenerator: Generates a new derivation tree from the given grammar, cfg.
generate(Cfg<? extends T>) - Method in interface io.jenetics.ext.grammar.Generator: Generates a new sentence from the given grammar.
generate(Cfg<? extends T>) - Method in class io.jenetics.ext.grammar.SentenceGenerator: Generates a new sentence from the given grammar, cfg.
generation() - Method in class io.jenetics.engine.EvolutionInit: Return the generation of the start population.
generation() - Method in class io.jenetics.engine.EvolutionResult: The current generation.
generation() - Method in class io.jenetics.engine.EvolutionStart: Return the generation of the start population.
generation() - Method in class io.jenetics.Phenotype: Return the generation this Phenotype was created.
Generator<T,R> - Interface in io.jenetics.ext.grammar: Generator interface for generating sentences/derivation trees from a given grammar.
genotype() - Method in class io.jenetics.Phenotype: This method returns a copy of the Genotype, to guarantee a immutable class.
Genotype<G> - Class in io.jenetics: The central class the GA is working with, is the Genotype.
genotypeFactory() - Method in class io.jenetics.engine.Engine.Builder: Return the used genotype Factory of the GA.
genotypeFactory() - Method in class io.jenetics.engine.Engine: Return the used genotype Factory of the GA.
genotypes() - Method in class io.jenetics.engine.EvolutionResult: Return the current list of genotypes of this evolution result.
get() - Method in class io.jenetics.prog.op.EphemeralConst: Return a newly created, uninitialized constant of type T.
get() - Method in interface io.jenetics.prog.op.Op: Return this operation, or a new instance from the same type, if the operation needs to maintain internal state.
get() - Method in class io.jenetics.util.Ordered: Return the wrapped value.
get(int) - Method in class io.jenetics.AbstractChromosome
get(int) - Method in class io.jenetics.BitChromosome
get(int) - Method in class io.jenetics.ext.util.Tree.Path: Return the child index at the given index (child level).
get(int) - Method in class io.jenetics.Genotype: Return the chromosome at the given index.
get(int) - Method in interface io.jenetics.util.BaseSeq: Return the value at the given index.
getZone() - Method in class io.jenetics.util.NanoClock
GT - Enum constant in enum class io.jenetics.prog.op.MathOp: Returns +1.0 if its first argument is greater than its second argument and returns -1.0 otherwise.

H

hashCode() - Method in class io.jenetics.DoubleChromosome
hashCode() - Method in class io.jenetics.IntegerChromosome
hashCode() - Method in class io.jenetics.LongChromosome
hashCode() - Method in class io.jenetics.AbstractChromosome
hashCode() - Method in record class io.jenetics.AltererResult: Returns a hash code value for this object.
hashCode() - Method in class io.jenetics.AnyGene
hashCode() - Method in class io.jenetics.BitChromosome
hashCode() - Method in class io.jenetics.CharacterChromosome
hashCode() - Method in class io.jenetics.CharacterGene
hashCode() - Method in class io.jenetics.DoubleGene
hashCode() - Method in record class io.jenetics.engine.EvolutionDurations: Returns a hash code value for this object.
hashCode() - Method in class io.jenetics.engine.EvolutionInit
hashCode() - Method in class io.jenetics.engine.EvolutionResult
hashCode() - Method in class io.jenetics.engine.EvolutionStart
hashCode() - Method in class io.jenetics.EnumGene
hashCode() - Method in class io.jenetics.ext.AbstractTreeGene
hashCode() - Method in class io.jenetics.ext.BigIntegerGene
hashCode() - Method in record class io.jenetics.ext.grammar.Cfg.Expression: Returns a hash code value for this object.
hashCode() - Method in record class io.jenetics.ext.grammar.Cfg: Returns a hash code value for this object.
hashCode() - Method in record class io.jenetics.ext.grammar.Cfg.NonTerminal: Returns a hash code value for this object.
hashCode() - Method in record class io.jenetics.ext.grammar.Cfg.Rule: Returns a hash code value for this object.
hashCode() - Method in record class io.jenetics.ext.grammar.Cfg.Terminal: Returns a hash code value for this object.
hashCode() - Method in class io.jenetics.ext.rewriting.TreeMatchResult
hashCode() - Method in class io.jenetics.ext.rewriting.TreePattern
hashCode() - Method in record class io.jenetics.ext.rewriting.TreePattern.Val: Returns a hash code value for this object.
hashCode() - Method in record class io.jenetics.ext.rewriting.TreePattern.Var: Returns a hash code value for this object.
hashCode() - Method in class io.jenetics.ext.rewriting.TreeRewriteRule
hashCode() - Method in class io.jenetics.ext.rewriting.TRS
hashCode() - Method in record class io.jenetics.ext.util.CsvSupport.ColumnIndexes: Returns a hash code value for this object.
hashCode() - Method in record class io.jenetics.ext.util.CsvSupport.Quote: Returns a hash code value for this object.
hashCode() - Method in record class io.jenetics.ext.util.CsvSupport.Separator: Returns a hash code value for this object.
hashCode() - Method in class io.jenetics.ext.util.FlatTreeNode
hashCode() - Method in class io.jenetics.ext.util.Tree.Path
hashCode() - Method in class io.jenetics.ext.util.TreeNode
hashCode() - Method in class io.jenetics.Genotype
hashCode() - Method in class io.jenetics.IntegerGene
hashCode() - Method in class io.jenetics.LongGene
hashCode() - Method in record class io.jenetics.MutatorResult: Returns a hash code value for this object.
hashCode() - Method in class io.jenetics.Phenotype
hashCode() - Method in class io.jenetics.prog.op.MathExpr
hashCode() - Method in class io.jenetics.prog.op.Program
hashCode() - Method in class io.jenetics.prog.op.Val
hashCode() - Method in class io.jenetics.prog.op.Var
hashCode() - Method in record class io.jenetics.prog.regression.Sampling.Result: Returns a hash code value for this object.
hashCode() - Method in record class io.jenetics.ShiftMutator.Range: Returns a hash code value for this object.
hashCode() - Method in record class io.jenetics.ShuffleMutator.Range: Returns a hash code value for this object.
hashCode() - Method in record class io.jenetics.stat.DoubleMoments: Returns a hash code value for this object.
hashCode() - Method in record class io.jenetics.stat.DoubleSummary: Returns a hash code value for this object.
hashCode() - Method in record class io.jenetics.stat.IntMoments: Returns a hash code value for this object.
hashCode() - Method in record class io.jenetics.stat.IntSummary: Returns a hash code value for this object.
hashCode() - Method in record class io.jenetics.stat.LongMoments: Returns a hash code value for this object.
hashCode() - Method in record class io.jenetics.stat.LongSummary: Returns a hash code value for this object.
hashCode() - Method in class io.jenetics.util.CharSeq
hashCode() - Method in class io.jenetics.util.DoubleRange
hashCode() - Method in class io.jenetics.util.IntRange
hashCode() - Method in class io.jenetics.util.LongRange
hashCode() - Method in class io.jenetics.util.NanoClock
hashCode() - Method in interface io.jenetics.util.Seq: Returns the hash code value for this sequence.
hashCode() - Method in class io.jenetics.AnyChromosome
hashCode(Tree<?, ?>) - Static method in interface io.jenetics.ext.util.Tree: Calculates the hash code of the given tree.
hashCode(BaseSeq<?>) - Static method in interface io.jenetics.util.Seq: Unified method for calculating the hash code of every Seq implementation.
HPRMutator<G,C> - Class in io.jenetics.ext: The Hybridizing PSM and RSM Operator (HPRM) constructs an offspring from a pair of parents by hybridizing two mutation operators, PSM and RSM.
HPRMutator() - Constructor for class io.jenetics.ext.HPRMutator: Default constructor, with default mutation probability (Alterer.DEFAULT_ALTER_PROBABILITY).
HPRMutator(double) - Constructor for class io.jenetics.ext.HPRMutator: Constructs an alterer with a given recombination probability.
HYPOT - Enum constant in enum class io.jenetics.prog.op.MathOp: Returns sqrt(x² +y²) without intermediate overflow or underflow.

I

ID - Enum constant in enum class io.jenetics.prog.op.MathOp: The identity function.
identical(Tree<?, ?>) - Method in class io.jenetics.ext.util.FlatTreeNode
identical(Tree<?, ?>) - Method in interface io.jenetics.ext.util.Tree: Tests whether this node is the same as the other node.
identity() - Static method in interface io.jenetics.engine.EvolutionInterceptor: Return an interceptor object which does nothing.
IMP - Enum constant in enum class io.jenetics.prog.op.BoolOp: Implication.
index() - Method in class io.jenetics.prog.op.Var: The projection index of the variable.
indexOf(Tree<?, ?>) - Method in interface io.jenetics.ext.util.Tree: Returns the index of the specified child in this node's child array, or -1 if this node doesn't contain the given child.
indexOf(Object) - Method in interface io.jenetics.util.Seq: Returns the index of the first occurrence of the specified element in this sequence, or -1 if this sequence does not contain the element.
indexOf(Object, int) - Method in interface io.jenetics.util.Seq: Returns the index of the first occurrence of the specified element in this sequence, or -1 if this sequence does not contain the element.
indexOf(Object, int, int) - Method in interface io.jenetics.util.Seq: Returns the index of the first occurrence of the specified element in this sequence, or -1 if this sequence does not contain the element.
indexWhere(Predicate<? super T>) - Method in interface io.jenetics.util.Seq: Returns the index of the first element on which the given predicate returns true, or -1 if the predicate returns false for every sequence element.
indexWhere(Predicate<? super T>, int) - Method in interface io.jenetics.util.Seq: Returns the index of the first element on which the given predicate returns true, or -1 if the predicate returns false for every sequence element.
indexWhere(Predicate<? super T>, int, int) - Method in interface io.jenetics.util.Seq: Returns the index of the first element on which the given predicate returns true, or -1 if the predicate returns false for every sequence element.
infinite() - Static method in class io.jenetics.engine.Limits: Return a predicate which always return true.
insert(int, TreeNode<T>) - Method in class io.jenetics.ext.util.TreeNode: Removes the child from its present parent (if it has one), sets the child's parent to this node, and then adds the child to this node's child array at index index.
instances() - Method in interface io.jenetics.util.Factory: Return a new stream of object instances, created by this factory.
instant() - Method in class io.jenetics.util.NanoClock
IntegerChromosome - Class in io.jenetics: Numeric chromosome implementation which holds 32-bit integer numbers.
IntegerChromosome(ISeq<IntegerGene>, IntRange) - Constructor for class io.jenetics.IntegerChromosome: Create a new chromosome from the given genes and the allowed length range of the chromosome.
IntegerGene - Class in io.jenetics: NumericGene implementation which holds a 32-bit integer number.
interceptor() - Method in class io.jenetics.engine.Engine.Builder: Return the evolution interceptor.
interceptor() - Method in class io.jenetics.engine.Engine: Return the evolution interceptor.
interceptor(EvolutionInterceptor<G, C>) - Method in class io.jenetics.engine.Engine.Builder: The evolution interceptor, which allows changing the evolution start and result.
IntermediateCrossover<G,C> - Class in io.jenetics: This alterer takes two chromosomes (treating it as vectors) and creates a linear combination of these vectors as a result.
IntermediateCrossover() - Constructor for class io.jenetics.IntermediateCrossover: Creates a new intermediate-crossover with default recombination probability (Alterer.DEFAULT_ALTER_PROBABILITY) and a p value of zero, which restricts the recombined chromosomes within the hypercube of the selected chromosomes (vectors).
IntermediateCrossover(double) - Constructor for class io.jenetics.IntermediateCrossover: Creates a new intermediate-crossover with the given recombination probability.
IntermediateCrossover(double, double) - Constructor for class io.jenetics.IntermediateCrossover: Creates a new intermediate-crossover with the given recombination probability and the line-scaling factor p.
intersect(DoubleRange) - Method in class io.jenetics.util.DoubleRange: Return the intersection of this range with the other.
intersect(IntRange) - Method in class io.jenetics.util.IntRange: Return the intersection of this range with the other.
intersect(LongRange) - Method in class io.jenetics.util.LongRange: Return the intersection of this range with the other.
IntMoments - Record Class in io.jenetics.stat: Value objects which contains statistical moments.
IntMoments(long, int, int, long, double, double, double, double) - Constructor for record class io.jenetics.stat.IntMoments: Creates an instance of a IntMoments record class.
IntMomentStatistics - Class in io.jenetics.stat: A state object for collecting statistics such as count, min, max, sum, mean, variance, skewness and kurtosis.
IntMomentStatistics() - Constructor for class io.jenetics.stat.IntMomentStatistics: Create an empty moments object.
IntRange - Class in io.jenetics.util: Integer range class.
ints() - Method in class io.jenetics.util.RandomAdapter
ints(int, int) - Method in class io.jenetics.util.RandomAdapter
ints(long) - Method in class io.jenetics.util.RandomAdapter
ints(long, int, int) - Method in class io.jenetics.util.RandomAdapter
intStream() - Method in class io.jenetics.IntegerChromosome: Returns a sequential stream of the alleles with this chromosome as its source.
IntSummary - Record Class in io.jenetics.stat: Value objects which contains statistical summary information.
IntSummary(long, int, int, long, double) - Constructor for record class io.jenetics.stat.IntSummary: Creates an instance of a IntSummary record class.
intToDoubleArray(int[]) - Static method in class io.jenetics.util.Conversions: Converts the given int[] array to a double[] array.
intToDoubleArray(int[], IntToDoubleFunction) - Static method in class io.jenetics.util.Conversions: Converts the given int[] array to a double[] array.
intToDoubleArray(IntToDoubleFunction) - Static method in class io.jenetics.util.Conversions: Return an array mapper function which applies the given mapper to every array element.
intToLongArray(int[]) - Static method in class io.jenetics.util.Conversions: Converts the given int[] array to a long[] array.
intToLongArray(int[], IntToLongFunction) - Static method in class io.jenetics.util.Conversions: Converts the given int[] array to a long[] array.
intToLongFunction(IntToLongFunction) - Static method in class io.jenetics.util.Conversions: Return an array mapper function which applies the given mapper to every array element.
intValue() - Method in class io.jenetics.BitChromosome: Return the long value this BitChromosome represents.
intValue() - Method in class io.jenetics.DoubleGene
intValue() - Method in class io.jenetics.IntegerGene
intValue() - Method in class io.jenetics.LongGene
intValue() - Method in interface io.jenetics.NumericChromosome: Return the int value of this NumericChromosome at the index 0.
intValue() - Method in interface io.jenetics.NumericGene: Returns the value of the specified gene as an int.
intValue(int) - Method in interface io.jenetics.NumericChromosome: Return the int value of this NumericChromosome at the given index.
invalidCount() - Method in class io.jenetics.engine.EvolutionResult: Return the number of invalid individuals.
invalids() - Method in class io.jenetics.engine.EvolutionStatistics: Return the statistics about the invalid individuals during the evolution process.
invert() - Method in class io.jenetics.BitChromosome: Invert the ones and zeros of this bit chromosome.
InvertibleCodec<T,G> - Interface in io.jenetics.engine: This interface extends the Codec and allows to encode an object from the problem space to a corresponding Genotype, which is the inverse functionality of the codec.
IO - Class in io.jenetics.util: Class for object serialization.
IO() - Constructor for class io.jenetics.util.IO
io.jenetics - package io.jenetics: This is the base package of the Jenetics library and contains all domain classes, like Gene, Chromosome or Genotype.
io.jenetics.base - module io.jenetics.base
io.jenetics.engine - package io.jenetics.engine: This package contains classes which perform the actual evolution.
io.jenetics.ext - module io.jenetics.ext
io.jenetics.ext - package io.jenetics.ext: This package contains additional genes/chromosomes and GA operators.
io.jenetics.ext.engine - package io.jenetics.ext.engine: This package contains classes, which allows to concatenate evolution Engines with different configurations.
io.jenetics.ext.grammar - package io.jenetics.ext.grammar: This package contains classes for doing Grammatical Evolution.
io.jenetics.ext.moea - package io.jenetics.ext.moea: This package contains classes which allow to do multi-object optimization with Jenetics.
io.jenetics.ext.rewriting - package io.jenetics.ext.rewriting: This package contains the implementation of a Tree (Term) Rewrite System.
io.jenetics.ext.util - package io.jenetics.ext.util: This package contains data-structures needed by the GA specific implementations.
io.jenetics.prog - module io.jenetics.prog
io.jenetics.prog - package io.jenetics.prog: Example
io.jenetics.prog.op - package io.jenetics.prog.op: Operations
io.jenetics.prog.regression - package io.jenetics.prog.regression
io.jenetics.stat - package io.jenetics.stat: This package contains additional statistics classes which are not available in the Java core library.
io.jenetics.util - package io.jenetics.util: This package contains the collection classes (Seq, ISeq and MSeq) which are used in the public interfaces of the Chromosome and Genotype.
io.jenetics.xml - module io.jenetics.xml
io.jenetics.xml - package io.jenetics.xml
io.jenetics.xml.stream - package io.jenetics.xml.stream
isAncestor(Tree<?, ?>) - Method in interface io.jenetics.ext.util.Tree: Return true if the given node is an ancestor of this node.
isChild(Tree<?, ?>) - Method in interface io.jenetics.ext.util.Tree: Return true if the given node is a child of this node.
isDeprecated() - Method in class io.jenetics.util.RandomAdapter
isDescendant(Tree<?, ?>) - Method in interface io.jenetics.ext.util.Tree: Return true if the given node is a descendant of this node.
isEmpty() - Method in class io.jenetics.CharacterChromosome
isEmpty() - Method in class io.jenetics.ext.moea.ParetoFront
isEmpty() - Method in interface io.jenetics.ext.util.Tree: A tree is considered empty if it's Tree.value() is null and has no children and parent.
isEmpty() - Method in interface io.jenetics.util.BaseSeq: Returns true if this sequence contains no elements.
isEmpty() - Method in class io.jenetics.util.CharSeq: Test whether this character set is empty.
ISeq<T> - Interface in io.jenetics.util: Immutable, ordered, fixed sized sequence.
isEvaluated() - Method in class io.jenetics.Phenotype: A phenotype instance can be created with or without fitness value.
isLeaf() - Method in interface io.jenetics.ext.util.Tree: Return true if this node has no children.
isRelated(Tree<?, ?>) - Method in interface io.jenetics.ext.util.Tree: Returns true if and only if the given node is in the same tree as this node.
isRoot() - Method in class io.jenetics.ext.AbstractTreeGene
isRoot() - Method in class io.jenetics.ext.util.FlatTreeNode
isRoot() - Method in interface io.jenetics.ext.util.Tree: Returns true if this node is the root of the tree.
isSibling(Tree<?, ?>) - Method in interface io.jenetics.ext.util.Tree: Test if the given node is a sibling of this node.
isSorted() - Method in interface io.jenetics.util.Seq: Test whether the given array is sorted in ascending order.
isSorted(Comparator<? super T>) - Method in interface io.jenetics.util.Seq: Test whether the given array is sorted in ascending order.
isTerminal() - Method in interface io.jenetics.prog.op.Op: Determines if the operation is a terminal operation.
isValid() - Method in class io.jenetics.AbstractChromosome
isValid() - Method in class io.jenetics.AnyChromosome
isValid() - Method in class io.jenetics.AnyGene
isValid() - Method in class io.jenetics.BitChromosome: Return always true.
isValid() - Method in enum class io.jenetics.BitGene: Return always true.
isValid() - Method in interface io.jenetics.BoundedGene
isValid() - Method in class io.jenetics.CharacterGene
isValid() - Method in interface io.jenetics.Chromosome
isValid() - Method in class io.jenetics.DoubleGene
isValid() - Method in class io.jenetics.EnumGene
isValid() - Method in class io.jenetics.ext.AbstractTreeGene
isValid() - Method in class io.jenetics.Genotype: Test if this genotype is valid.
isValid() - Method in class io.jenetics.IntegerGene
isValid() - Method in class io.jenetics.LongGene
isValid() - Method in class io.jenetics.PermutationChromosome: Check if this chromosome represents still a valid permutation (or subset) of the given valid alleles.
isValid() - Method in class io.jenetics.Phenotype: Test whether this phenotype is valid.
isValid() - Method in class io.jenetics.prog.ProgramChromosome
isValid() - Method in interface io.jenetics.util.Verifiable: Check if this object is valid.
isValidCharacter(Character) - Method in class io.jenetics.CharacterGene: Test, if the given character is valid.
iterator() - Method in class io.jenetics.ext.moea.ParetoFront
iterator() - Method in interface io.jenetics.ext.util.Tree: Return an iterator that traverses the subtree rooted at this.
iterator() - Method in interface io.jenetics.util.BaseSeq

J

join(Iterable<?>) - Method in class io.jenetics.ext.util.CsvSupport.ColumnJoiner: Joins the given CSV columns, using the given separator and quote character.
join(Iterable<?>) - Static method in class io.jenetics.ext.util.CsvSupport: Joins the given CSV columns to one CSV line.
join(Object[]) - Method in class io.jenetics.ext.util.CsvSupport.ColumnJoiner: Joins the given CSV columns, using the given separator and quote character.
join(Object[]) - Static method in class io.jenetics.ext.util.CsvSupport: Joins the given CSV columns to one CSV line.
join(String...) - Static method in class io.jenetics.ext.util.CsvSupport: Joins the given CSV columns to one CSV line.

K

killCount() - Method in class io.jenetics.engine.EvolutionResult: Return the number of killed individuals.
killed() - Method in class io.jenetics.engine.EvolutionStatistics: Return the statistics about the killed individuals during the evolution process.
kurtosis() - Method in record class io.jenetics.stat.DoubleMoments: Returns the value of the kurtosis record component.
kurtosis() - Method in record class io.jenetics.stat.IntMoments: Returns the value of the kurtosis record component.
kurtosis() - Method in record class io.jenetics.stat.LongMoments: Returns the value of the kurtosis record component.
kurtosis() - Method in class io.jenetics.stat.DoubleMomentStatistics: Return the kurtosis of values recorded, or Double.NaN if less than four values have been recorded.
kurtosis() - Method in class io.jenetics.stat.IntMomentStatistics: Return the kurtosis of values recorded, or Double.NaN if less than four values have been recorded.
kurtosis() - Method in class io.jenetics.stat.LongMomentStatistics: Return the kurtosis of values recorded, or Double.NaN if less than four values have been recorded.

L

lastChild() - Method in interface io.jenetics.ext.util.Tree: Return the last child of this node, or Optional.empty() if this node has no children.
lastIndexOf(Object) - Method in interface io.jenetics.util.Seq: Returns the index of the last occurrence of the specified element in this sequence, or -1 if this sequence does not contain the element.
lastIndexOf(Object, int) - Method in interface io.jenetics.util.Seq: Returns the index of the last occurrence of the specified element in this sequence, or -1 if this sequence does not contain the element.
lastIndexOf(Object, int, int) - Method in interface io.jenetics.util.Seq: Returns the index of the last occurrence of the specified element in this sequence, or -1 if this sequence does not contain the element.
lastIndexWhere(Predicate<? super T>) - Method in interface io.jenetics.util.Seq: Returns the index of the last element on which the given predicate returns true, or -1 if the predicate returns false for every sequence element.
lastIndexWhere(Predicate<? super T>, int) - Method in interface io.jenetics.util.Seq: Returns the index of the last element on which the given predicate returns true, or -1 if the predicate returns false for every sequence element.
lastIndexWhere(Predicate<? super T>, int, int) - Method in interface io.jenetics.util.Seq: Returns the index of the last element on which the given predicate returns true, or -1 if the predicate returns false for every sequence element.
lastLeaf() - Method in interface io.jenetics.ext.util.Tree: Return the last leaf that is a descendant of this node; either this node or its last child's last leaf.
leafCount() - Method in interface io.jenetics.ext.util.Tree: Returns the total number of leaves that are descendants of this node.
leaves() - Method in interface io.jenetics.ext.util.Tree: Return a stream of leaves that are descendants of this node.
left() - Method in class io.jenetics.ext.rewriting.TreeRewriteRule: Return the rule matching pattern.
LEFT_MOST - Enum constant in enum class io.jenetics.ext.grammar.SentenceGenerator.Expansion: The symbol replacement always starting from the leftmost nonterminal as described in Grammatical Evolution.
LEFT_TO_RIGHT - Enum constant in enum class io.jenetics.ext.grammar.SentenceGenerator.Expansion: The symbol replacement is performed from left to right and is repeated until all non-terminal symbols have been expanded.
length() - Method in class io.jenetics.AbstractChromosome
length() - Method in class io.jenetics.BitChromosome
length() - Method in interface io.jenetics.ext.moea.Vec: Return the number of vector elements.
length() - Method in class io.jenetics.ext.util.Tree.Path: Return the path length, which is the level of the child this path points to.
length() - Method in class io.jenetics.Genotype: Getting the number of chromosomes of this genotype.
length() - Method in interface io.jenetics.util.BaseSeq: Return the length of this sequence.
length() - Method in class io.jenetics.util.CharSeq
lengthRange() - Method in class io.jenetics.AnyChromosome: Return the allowed length range of the chromosome.
lengthRange() - Method in class io.jenetics.CharacterChromosome: Return the allowed length range of the chromosome.
lengthRange() - Method in class io.jenetics.DoubleChromosome: Return the allowed length range of the chromosome.
lengthRange() - Method in class io.jenetics.IntegerChromosome: Return the allowed length range of the chromosome.
lengthRange() - Method in class io.jenetics.LongChromosome: Return the allowed length range of the chromosome.
level() - Method in interface io.jenetics.ext.util.Tree: Returns the number of levels above this node.
limit(long) - Method in interface io.jenetics.engine.EvolutionStreamable: Return a new EvolutionStreamable instance where all created EvolutionStreams are limited to the given number of generations.
limit(Predicate<? super EvolutionResult<G, C>>) - Method in interface io.jenetics.engine.EvolutionStream: Returns a stream consisting of the elements of this stream, truncated when the given proceed predicate returns false.
limit(Supplier<? extends Predicate<? super EvolutionResult<G, C>>>) - Method in interface io.jenetics.engine.EvolutionStreamable: Return a new EvolutionStreamable instance where all created EvolutionStreams are limited by the given predicate.
Limits - Class in io.jenetics.engine: This class contains factory methods for creating predicates, which can be used for limiting the evolution stream.
linear(double) - Static method in class io.jenetics.stat.Samplers: Return a new sampler for a linear distribution with the given mean value, when creating sample points for the range [0, 1).
LinearRankSelector<G,C> - Class in io.jenetics: In linear-ranking selection the individuals are sorted according to their fitness values.
LinearRankSelector() - Constructor for class io.jenetics.LinearRankSelector: Create a new LinearRankSelector with nminus := 0.5.
LinearRankSelector(double) - Constructor for class io.jenetics.LinearRankSelector: Create a new LinearRankSelector with the given values for nminus.
LineCrossover<G,C> - Class in io.jenetics: This alterer takes two chromosomes (treating it as vectors) and creates a linear combination of these vectors as a result.
LineCrossover() - Constructor for class io.jenetics.LineCrossover: Creates a new linear-crossover with default recombination probability (Alterer.DEFAULT_ALTER_PROBABILITY) and a p value of zero, which restricts the recombined chromosomes within the hypercube of the selected chromosomes (vectors).
LineCrossover(double) - Constructor for class io.jenetics.LineCrossover: Creates a new linear-crossover with the given recombination probability.
LineCrossover(double, double) - Constructor for class io.jenetics.LineCrossover: Creates a new linear-crossover with the given recombination probability and the line-scaling factor p.
LineReader() - Constructor for class io.jenetics.ext.util.CsvSupport.LineReader: Create a new line reader with default quote character '"' (CsvSupport.Quote.DEFAULT).
LineReader(CsvSupport.Quote) - Constructor for class io.jenetics.ext.util.CsvSupport.LineReader: Create a new line-reader with the given quote character, which is used in the CSV file which is read.
lines(Reader) - Static method in class io.jenetics.ext.util.CsvSupport: Splits the CSV file, given by the reader, into a Stream of CSV lines.
LineSplitter() - Constructor for class io.jenetics.ext.util.CsvSupport.LineSplitter: Create a new line splitter with default values.
LineSplitter(CsvSupport.ColumnIndexes) - Constructor for class io.jenetics.ext.util.CsvSupport.LineSplitter: Create a new line splitter with the given parameters.
LineSplitter(CsvSupport.Quote) - Constructor for class io.jenetics.ext.util.CsvSupport.LineSplitter: Create a new line splitter with the given parameters.
LineSplitter(CsvSupport.Separator) - Constructor for class io.jenetics.ext.util.CsvSupport.LineSplitter: Create a new line splitter with the given parameters.
LineSplitter(CsvSupport.Separator, CsvSupport.Quote) - Constructor for class io.jenetics.ext.util.CsvSupport.LineSplitter: Create a new line splitter with the given parameters.
LineSplitter(CsvSupport.Separator, CsvSupport.Quote, CsvSupport.ColumnIndexes) - Constructor for class io.jenetics.ext.util.CsvSupport.LineSplitter: Create a new line splitter with the given parameters.
LISP - Static variable in class io.jenetics.ext.util.TreeFormatter: Formats a given tree to a lisp string representation.
listIterator() - Method in interface io.jenetics.util.BaseSeq: Returns a list iterator over the elements in this sequence (in proper order).
listIterator() - Method in interface io.jenetics.util.MSeq: Returns a list iterator over the elements in this sequence (in a proper sequence).
LOG - Enum constant in enum class io.jenetics.prog.op.MathOp: Returns the natural logarithm (base e) of a double value.
LOG10 - Enum constant in enum class io.jenetics.prog.op.MathOp: Returns the base 10 logarithm of a double value.
LongChromosome - Class in io.jenetics: Numeric chromosome implementation which holds 64-bit integer numbers.
LongChromosome(ISeq<LongGene>, IntRange) - Constructor for class io.jenetics.LongChromosome: Create a new chromosome from the given genes and the allowed length range of the chromosome.
LongGene - Class in io.jenetics: NumericGene implementation which holds a 64-bit integer number.
LongMoments - Record Class in io.jenetics.stat: Value objects which contains statistical moments.
LongMoments(long, long, long, long, double, double, double, double) - Constructor for record class io.jenetics.stat.LongMoments: Creates an instance of a LongMoments record class.
LongMomentStatistics - Class in io.jenetics.stat: A state object for collecting statistics such as count, min, max, sum, mean, variance, skewness and kurtosis.
LongMomentStatistics() - Constructor for class io.jenetics.stat.LongMomentStatistics: Create an empty moments object.
LongRange - Class in io.jenetics.util: Long range class.
longs() - Method in class io.jenetics.util.RandomAdapter
longs(long) - Method in class io.jenetics.util.RandomAdapter
longs(long, long) - Method in class io.jenetics.util.RandomAdapter
longs(long, long, long) - Method in class io.jenetics.util.RandomAdapter
longStream() - Method in class io.jenetics.LongChromosome: Returns a sequential stream of the alleles with this chromosome as its source.
LongSummary - Record Class in io.jenetics.stat: Value objects which contains statistical summary information.
LongSummary(long, long, long, long, double) - Constructor for record class io.jenetics.stat.LongSummary: Creates an instance of a LongSummary record class.
longToDoubleArray(long[]) - Static method in class io.jenetics.util.Conversions: Converts the given long[] array to a double[] array.
longToDoubleArray(long[], LongToDoubleFunction) - Static method in class io.jenetics.util.Conversions: Converts the given long[] array to a double[] array.
longToDoubleArray(LongToDoubleFunction) - Static method in class io.jenetics.util.Conversions: Return an array mapper function which applies the given mapper to every array element.
longToIntArray(long[]) - Static method in class io.jenetics.util.Conversions: Converts the given long[] array to a int[] array.
longToIntArray(long[], LongToIntFunction) - Static method in class io.jenetics.util.Conversions: Converts the given long[] array to a int[] array.
longToIntArray(LongToIntFunction) - Static method in class io.jenetics.util.Conversions: Return an array mapper function which applies the given mapper to every array element.
longValue() - Method in class io.jenetics.BitChromosome: Return the long value this BitChromosome represents.
longValue() - Method in class io.jenetics.DoubleGene
longValue() - Method in class io.jenetics.IntegerGene
longValue() - Method in class io.jenetics.LongGene
longValue() - Method in interface io.jenetics.NumericChromosome: Return the long value of this NumericChromosome at the index 0.
longValue() - Method in interface io.jenetics.NumericGene: Returns the value of the specified gene as a long.
longValue(int) - Method in interface io.jenetics.NumericChromosome: Return the long value of this NumericChromosome at the given index.
LossFunction<T> - Interface in io.jenetics.prog.regression: This function evaluates how well an evolved program tree fits the given sample data set.

M

mae(Double[], Double[]) - Static method in interface io.jenetics.prog.regression.LossFunction: Mean absolute error is measured as the average of sum of absolute differences between predictions and actual observations.
map(Function<? super B, ? extends T>) - Method in interface io.jenetics.xml.stream.Writer: Maps this writer to a different base type.
map(Function<? super char[], char[]>) - Method in class io.jenetics.CharacterChromosome: Maps the gene alleles of this chromosome, given as char[] array, by applying the given mapper function f.
map(Function<? super double[], double[]>) - Method in class io.jenetics.DoubleChromosome: Maps the gene alleles of this chromosome, given as double[] array, by applying the given mapper function f.
map(Function<? super int[], int[]>) - Method in class io.jenetics.IntegerChromosome: Maps the gene alleles of this chromosome, given as int[] array, by applying the given mapper function f.
map(Function<? super Cfg.Terminal<T>, ? extends A>) - Method in record class io.jenetics.ext.grammar.Cfg: Maps the values of the terminal symbols from type T to type A.
map(Function<? super FlatTreeNode<V>, ? extends B>) - Method in class io.jenetics.ext.util.FlatTreeNode: Return a sequence of all mapped nodes of the whole underlying tree.
map(Function<? super BitSet, ? extends BitSet>) - Method in class io.jenetics.BitChromosome: Maps the gene alleles of this chromosome, given as BitSet, by applying the given mapper function f.
map(Function<? super long[], long[]>) - Method in class io.jenetics.LongChromosome: Maps the gene alleles of this chromosome, given as long[] array, by applying the given mapper function f.
map(Function<? super R, ? extends R1>) - Method in interface io.jenetics.ext.grammar.Generator: Maps the generated result from type R to type R1.
map(Function<? super T, ? extends B>) - Method in interface io.jenetics.engine.Codec: Create a new Codec with the mapped result type.
map(Function<? super T, ? extends B>) - Method in class io.jenetics.ext.util.TreeNode: Returns a new TreeNode consisting of all nodes of this tree, but with a different value type, created by applying the given function to the node values of this tree.
map(Function<? super T, ? extends B>) - Method in interface io.jenetics.util.ISeq
map(Function<? super T, ? extends B>) - Method in interface io.jenetics.util.MSeq
map(Function<? super T, ? extends B>) - Method in interface io.jenetics.util.Seq: Builds a new sequence by applying a function to all elements of this sequence.
map(Function<? super T, ? extends B>) - Method in class io.jenetics.xml.stream.Reader: Create a new reader for the new mapped type B.
map(Function<? super T, ? extends B>, Function<? super B, ? extends T>) - Method in interface io.jenetics.engine.InvertibleCodec: Create a new InvertibleCodec with the mapped result type.
map(Function<? super T, ? extends V>) - Method in interface io.jenetics.ext.moea.ElementComparator: Return an element comparator for the mapped type T.
map(Function<? super T, ? extends V>) - Method in interface io.jenetics.ext.moea.ElementDistance: Return an element distance function for the mapped type T.
map(Function<? super V, ? extends B>) - Method in interface io.jenetics.ext.rewriting.TreePattern.Decl: Returns a new TreePattern.Decl object with the mapped type B.
map(Function<? super V, ? extends B>) - Method in class io.jenetics.ext.rewriting.TreePattern: Maps this tree-pattern from type V to type B.
map(Function<? super V, ? extends B>) - Method in record class io.jenetics.ext.rewriting.TreePattern.Val
map(Function<? super V, ? extends B>) - Method in record class io.jenetics.ext.rewriting.TreePattern.Var
map(Function<? super V, ? extends B>) - Method in class io.jenetics.ext.rewriting.TreeRewriteRule: Maps this rewrite rule from type V to type B.
map(Function<? super V, ? extends B>) - Method in class io.jenetics.ext.rewriting.TRS: Maps this TRS from type V to type B.
Mappers - Class in io.jenetics.ext.grammar: This class defines factories for different CFG ↔ Chromosome mappings (encodings).
match(Tree<V, ?>) - Method in class io.jenetics.ext.rewriting.TreePattern: Try to match the given tree against this pattern.
matcher(Tree<V, ?>) - Method in class io.jenetics.ext.rewriting.TreePattern: Creates a matcher that will match the given input tree against this pattern.
matches() - Method in class io.jenetics.ext.rewriting.TreeMatcher: Tests if the tree matches the pattern.
matches(Tree<V, ?>) - Method in class io.jenetics.ext.rewriting.TreePattern: Tests whether the given input tree matches this pattern.
MathExpr - Class in io.jenetics.prog.op: Contains methods for parsing mathematical expression.
MathExpr(Tree<? extends Op<Double>, ?>) - Constructor for class io.jenetics.prog.op.MathExpr: Create a new MathExpr object from the given operation tree.
MathOp - Enum Class in io.jenetics.prog.op: This class contains operations for performing basic numeric operations.
MathRewriteAlterer<G,C> - Class in io.jenetics.prog: Prunes a given mathematical tree with the given alterer probability.
MathRewriteAlterer() - Constructor for class io.jenetics.prog.MathRewriteAlterer: Create a new alterer with the default math rewriter MathExpr.REWRITER and given rewrite.
MathRewriteAlterer(double) - Constructor for class io.jenetics.prog.MathRewriteAlterer: Create a new alterer with the default math rewriter MathExpr.REWRITER and given rewrite.
MathRewriteAlterer(TreeRewriter<Op<Double>>) - Constructor for class io.jenetics.prog.MathRewriteAlterer: Create a new alterer with the given rewriter.
MathRewriteAlterer(TreeRewriter<Op<Double>>, double) - Constructor for class io.jenetics.prog.MathRewriteAlterer: Create a new alterer with the given rewriter and given rewrite limit.
MathRewriteAlterer(TreeRewriter<Op<Double>>, int, double) - Constructor for class io.jenetics.prog.MathRewriteAlterer: Create a new alterer with the given rewriter and given rewrite limit.
max() - Method in class io.jenetics.DoubleChromosome
max() - Method in class io.jenetics.IntegerChromosome
max() - Method in class io.jenetics.LongChromosome
max() - Method in interface io.jenetics.BoundedChromosome: Return the maximum value of this BoundedChromosome.
max() - Method in interface io.jenetics.BoundedGene: Return the allowed max value.
max() - Method in class io.jenetics.DoubleGene
max() - Method in class io.jenetics.ext.BigIntegerChromosome
max() - Method in class io.jenetics.ext.BigIntegerGene
max() - Method in class io.jenetics.IntegerGene
max() - Method in class io.jenetics.LongGene
max() - Method in record class io.jenetics.stat.DoubleMoments: Returns the value of the max record component.
max() - Method in class io.jenetics.stat.DoubleMomentStatistics: Return the maximum value recorded, or Double.NEGATIVE_INFINITY if no values have been recorded.
max() - Method in record class io.jenetics.stat.DoubleSummary: Returns the value of the max record component.
max() - Method in record class io.jenetics.stat.IntMoments: Returns the value of the max record component.
max() - Method in class io.jenetics.stat.IntMomentStatistics: Return the maximum value recorded, or Integer.MIN_VALUE if no values have been recorded.
max() - Method in record class io.jenetics.stat.IntSummary: Returns the value of the max record component.
max() - Method in record class io.jenetics.stat.LongMoments: Returns the value of the max record component.
max() - Method in class io.jenetics.stat.LongMomentStatistics: Return the maximum value recorded, or Long.MIN_VALUE if no values have been recorded.
max() - Method in record class io.jenetics.stat.LongSummary: Returns the value of the max record component.
max() - Method in class io.jenetics.stat.MinMax: Return the current maximal object or null if no element has been accepted yet.
max() - Method in class io.jenetics.util.DoubleRange: Return the maximum value of the double range.
max() - Method in class io.jenetics.util.IntRange: Return the maximum value of the integer range.
max() - Method in class io.jenetics.util.LongRange: Return the maximum value of the long range.
max(double[]) - Static method in record class io.jenetics.stat.DoubleSummary: Return the maximum value of the given double array.
max(int[]) - Static method in record class io.jenetics.stat.IntSummary: Return the maximum value of the given double array.
max(long[]) - Static method in record class io.jenetics.stat.LongSummary: Return the maximum value of the given double array.
max(G) - Method in interface io.jenetics.BoundedGene: Return the maximum value of this and the given other value.
max(Comparator<? super T>, T, T) - Static method in class io.jenetics.stat.MinMax: Return the maximum of two values, according the given comparator.
MAX - Enum constant in enum class io.jenetics.prog.op.MathOp: Return the maximum of two values This operation has arity 2.
maximalPhenotypeAge() - Method in class io.jenetics.engine.Engine.Builder: Return the maximal allowed phenotype age.
maximalPhenotypeAge() - Method in class io.jenetics.engine.Engine: Return the maximal allowed phenotype age.
maximalPhenotypeAge() - Method in class io.jenetics.engine.EvolutionParams.Builder: Return the maximal allowed phenotype age.
maximalPhenotypeAge() - Method in class io.jenetics.engine.EvolutionParams: Return the maximal allowed phenotype age.
maximalPhenotypeAge(long) - Method in class io.jenetics.engine.Engine.Builder: The maximal allowed age of a phenotype.
maximalPhenotypeAge(long) - Method in class io.jenetics.engine.EvolutionParams.Builder: The maximal allowed age of a phenotype.
maximizing() - Method in class io.jenetics.engine.Engine.Builder: Set to a fitness-maximizing strategy.
MAXIMUM - Enum constant in enum class io.jenetics.Optimize: GA maximization
mean() - Method in record class io.jenetics.stat.DoubleMoments: Returns the value of the mean record component.
mean() - Method in record class io.jenetics.stat.DoubleSummary: Returns the value of the mean record component.
mean() - Method in record class io.jenetics.stat.IntMoments: Returns the value of the mean record component.
mean() - Method in record class io.jenetics.stat.IntSummary: Returns the value of the mean record component.
mean() - Method in record class io.jenetics.stat.LongMoments: Returns the value of the mean record component.
mean() - Method in record class io.jenetics.stat.LongSummary: Returns the value of the mean record component.
mean() - Method in class io.jenetics.stat.DoubleMomentStatistics: Return the arithmetic mean of values recorded, or Double.NaN if no values have been recorded.
mean() - Method in class io.jenetics.stat.IntMomentStatistics: Return the arithmetic mean of values recorded, or Double.NaN if no values have been recorded.
mean() - Method in class io.jenetics.stat.LongMomentStatistics: Return the arithmetic mean of values recorded, or Double.NaN if no values have been recorded.
mean(double[]) - Static method in record class io.jenetics.stat.DoubleSummary: Returns a double describing the arithmetic mean of the values, or Double.NaN if the values array is empty.
mean(int[]) - Static method in record class io.jenetics.stat.IntSummary: Returns a double describing the arithmetic mean of the values, or Double.NaN if the values array is empty.
mean(long[]) - Static method in record class io.jenetics.stat.LongSummary: Returns a double describing the arithmetic mean of the values, or Double.NaN if the values array is empty.
mean(DoubleGene) - Method in class io.jenetics.DoubleGene
mean(BigIntegerGene) - Method in class io.jenetics.ext.BigIntegerGene
mean(IntegerGene) - Method in class io.jenetics.IntegerGene
mean(LongGene) - Method in class io.jenetics.LongGene
mean(T) - Method in interface io.jenetics.util.Mean: Return the (usually arithmetic) mean value of this and that.
Mean<T> - Interface in io.jenetics.util: A mixin interface for genes which can have a mean value.
MeanAlterer<G,C> - Class in io.jenetics: Alters a chromosome by replacing two genes by its mean value.
MeanAlterer() - Constructor for class io.jenetics.MeanAlterer: Create a new alterer with alter probability of 0.05.
MeanAlterer(double) - Constructor for class io.jenetics.MeanAlterer: Constructs an alterer with a given recombination probability.
merge(ParetoFront<? extends T>) - Method in class io.jenetics.ext.moea.ParetoFront: Add the all elements to this pareto-set.
millis() - Method in class io.jenetics.util.NanoClock
min() - Method in class io.jenetics.DoubleChromosome
min() - Method in class io.jenetics.IntegerChromosome
min() - Method in class io.jenetics.LongChromosome
min() - Method in interface io.jenetics.BoundedChromosome: Return the minimum value of this BoundedChromosome.
min() - Method in interface io.jenetics.BoundedGene: Return the allowed min value.
min() - Method in class io.jenetics.DoubleGene
min() - Method in class io.jenetics.ext.BigIntegerChromosome
min() - Method in class io.jenetics.ext.BigIntegerGene
min() - Method in class io.jenetics.IntegerGene
min() - Method in class io.jenetics.LongGene
min() - Method in record class io.jenetics.stat.DoubleMoments: Returns the value of the min record component.
min() - Method in class io.jenetics.stat.DoubleMomentStatistics: Return the minimum value recorded, or Double.POSITIVE_INFINITY if no values have been recorded.
min() - Method in record class io.jenetics.stat.DoubleSummary: Returns the value of the min record component.
min() - Method in record class io.jenetics.stat.IntMoments: Returns the value of the min record component.
min() - Method in class io.jenetics.stat.IntMomentStatistics: Return the minimum value recorded, or Integer.MAX_VALUE if no values have been recorded.
min() - Method in record class io.jenetics.stat.IntSummary: Returns the value of the min record component.
min() - Method in record class io.jenetics.stat.LongMoments: Returns the value of the min record component.
min() - Method in class io.jenetics.stat.LongMomentStatistics: Return the minimum value recorded, or Long.MAX_VALUE if no values have been recorded.
min() - Method in record class io.jenetics.stat.LongSummary: Returns the value of the min record component.
min() - Method in class io.jenetics.stat.MinMax: Return the current minimal object or null if no element has been accepted yet.
min() - Method in class io.jenetics.util.DoubleRange: Return the minimum value of the double range.
min() - Method in class io.jenetics.util.IntRange: Return the minimum value of the integer range.
min() - Method in class io.jenetics.util.LongRange: Return the minimum value of the long range.
min(double[]) - Static method in record class io.jenetics.stat.DoubleSummary: Return the minimum value of the given double array.
min(int[]) - Static method in record class io.jenetics.stat.IntSummary: Return the minimum value of the given double array.
min(long[]) - Static method in record class io.jenetics.stat.LongSummary: Return the minimum value of the given double array.
min(G) - Method in interface io.jenetics.BoundedGene: Return the minimum value of this and the given other value.
min(Comparator<? super T>, T, T) - Static method in class io.jenetics.stat.MinMax: Return the minimum of two values, according the given comparator.
MIN - Enum constant in enum class io.jenetics.prog.op.MathOp: Return the minimum of two values.
minimizing() - Method in class io.jenetics.engine.Engine.Builder: Set to a fitness minimizing strategy.
MINIMUM - Enum constant in enum class io.jenetics.Optimize: GA minimization
MinMax<C> - Class in io.jenetics.stat: This consumer class is used for calculating the min and max value according to the given Comparator.
MLEvolutionStrategy<G,C> - Class in io.jenetics.ext: Setup for a (μ, λ)-Evolution Strategy.
MLEvolutionStrategy(int, int) - Constructor for class io.jenetics.ext.MLEvolutionStrategy: Create a new (μ, λ)-Evolution Strategy with the given parameters.
MLEvolutionStrategy(int, int, double) - Constructor for class io.jenetics.ext.MLEvolutionStrategy: Create a new (μ, λ)-Evolution Strategy with the given parameters.
MOD - Enum constant in enum class io.jenetics.prog.op.MathOp: Returns the modulo of its arguments.
MOEA - Class in io.jenetics.ext.moea: Collectors for collecting final pareto-set for multi-objective optimization.
MonteCarloSelector<G,C> - Class in io.jenetics: The Monte Carlo selector selects the individuals from a given population randomly.
MonteCarloSelector() - Constructor for class io.jenetics.MonteCarloSelector
MpLEvolutionStrategy<G,C> - Class in io.jenetics.ext: Setup for a (μ + λ)-Evolution Strategy.
MpLEvolutionStrategy(int, int) - Constructor for class io.jenetics.ext.MpLEvolutionStrategy: Create a new (μ + λ)-Evolution Strategy with the given parameters.
MpLEvolutionStrategy(int, int, double) - Constructor for class io.jenetics.ext.MpLEvolutionStrategy: Create a new (μ + λ)-Evolution Strategy with the given parameters.
mse(Double[], Double[]) - Static method in interface io.jenetics.prog.regression.LossFunction: Mean square error is measured as the average of squared difference between predictions and actual observations.
MSeq<T> - Interface in io.jenetics.util: Mutable, ordered, fixed sized sequence.
MUL - Enum constant in enum class io.jenetics.prog.op.MathOp: Returns the product of its arguments.
multiIntegerChromosomeMapper(Cfg<? extends T>, Function<? super Cfg.Rule<?>, IntRange>, Function<? super SymbolIndex, ? extends Generator<T, R>>) - Static method in class io.jenetics.ext.grammar.Mappers: Codec for creating results from a given grammar.
MultiPointCrossover<G,C> - Class in io.jenetics: Multiple point crossover
MultiPointCrossover() - Constructor for class io.jenetics.MultiPointCrossover: Create a new crossover instance with two crossover points and crossover probability 0.05.
MultiPointCrossover(double) - Constructor for class io.jenetics.MultiPointCrossover: Create a new crossover instance with two crossover points.
MultiPointCrossover(double, int) - Constructor for class io.jenetics.MultiPointCrossover: Create a new crossover instance.
MultiPointCrossover(int) - Constructor for class io.jenetics.MultiPointCrossover: Create a new crossover instance with default crossover probability of 0.05.
mutate(G, RandomGenerator) - Method in class io.jenetics.GaussianMutator
mutate(G, RandomGenerator) - Method in class io.jenetics.Mutator: Mutates the given gene.
mutate(Chromosome<G>, double, RandomGenerator) - Method in class io.jenetics.ext.HPRMutator
mutate(Chromosome<G>, double, RandomGenerator) - Method in class io.jenetics.ext.RSMutator
mutate(Chromosome<G>, double, RandomGenerator) - Method in class io.jenetics.ext.TreeMutator: Mutates the given chromosome.
mutate(Chromosome<G>, double, RandomGenerator) - Method in class io.jenetics.Mutator: Mutates the given chromosome.
mutate(Chromosome<G>, double, RandomGenerator) - Method in class io.jenetics.ShiftMutator: Splits the values between two points into two sequences and shifts the second one in front of the first one.
mutate(Chromosome<G>, double, RandomGenerator) - Method in class io.jenetics.ShuffleMutator: Changes the order of the genes between two points randomly.
mutate(Chromosome<G>, double, RandomGenerator) - Method in class io.jenetics.SwapMutator: Swaps the genes in the given array, with the mutation probability of this mutation.
mutate(TreeNode<A>) - Method in class io.jenetics.ext.TreeMutator: This method does the actual mutating, in place.
mutate(TreeNode<A>) - Method in class io.jenetics.ext.TreeRewriteAlterer: Performs the actual tree rewriting.
mutate(Genotype<G>, double, RandomGenerator) - Method in class io.jenetics.ext.WeaselMutator
mutate(Genotype<G>, double, RandomGenerator) - Method in class io.jenetics.Mutator: Mutates the given genotype.
mutate(Phenotype<G, C>, long, double, RandomGenerator) - Method in class io.jenetics.Mutator: Mutates the given phenotype.
mutations() - Method in record class io.jenetics.MutatorResult: Returns the value of the mutations record component.
Mutator<G,C> - Class in io.jenetics: This class is for mutating the chromosomes of a given population.
Mutator() - Constructor for class io.jenetics.Mutator: Default constructor, with probability = 0.01.
Mutator(double) - Constructor for class io.jenetics.Mutator: Construct a Mutation object which a given mutation probability.
MutatorResult<T> - Record Class in io.jenetics: Represents the result pair of one of the four Mutator.mutate calls.
MutatorResult(T, int) - Constructor for record class io.jenetics.MutatorResult: Create a new mutation result with the given values.

N

N(String) - Static method in record class io.jenetics.ext.grammar.Cfg: Factory method for creating non-terminal symbols.
name() - Method in record class io.jenetics.ext.grammar.Cfg.NonTerminal: Returns the value of the name record component.
name() - Method in interface io.jenetics.ext.grammar.Cfg.Symbol: Return the name of the symbol.
name() - Method in record class io.jenetics.ext.grammar.Cfg.Terminal: Returns the value of the name record component.
name() - Method in record class io.jenetics.ext.rewriting.TreePattern.Var: Returns the value of the name record component.
name() - Method in interface io.jenetics.prog.op.Op: Return the name of the operation.
name() - Method in class io.jenetics.prog.op.Program
name() - Method in class io.jenetics.prog.op.Val
name() - Method in class io.jenetics.prog.op.Var
NAMES - Static variable in enum class io.jenetics.prog.op.MathOp: The names of all defined operation names.
NanoClock - Class in io.jenetics.util: Clock implementation with nano second precision.
nanos() - Method in class io.jenetics.util.NanoClock: This returns the nanosecond-based instant, measured from 1970-01-01T00:00Z (UTC).
NANOS_PER_SECOND - Static variable in class io.jenetics.util.NanoClock: These constants hold the number of nanoseconds of one second.
NEG - Enum constant in enum class io.jenetics.prog.op.MathOp: Return the negation value of a double value.
newInstance() - Method in class io.jenetics.AnyChromosome
newInstance() - Method in class io.jenetics.AnyGene
newInstance() - Method in class io.jenetics.BitChromosome
newInstance() - Method in enum class io.jenetics.BitGene: Create a new, random gene.
newInstance() - Method in class io.jenetics.CharacterChromosome: Create a new, random chromosome.
newInstance() - Method in class io.jenetics.CharacterGene
newInstance() - Method in class io.jenetics.DoubleChromosome
newInstance() - Method in class io.jenetics.DoubleGene
newInstance() - Method in class io.jenetics.EnumGene
newInstance() - Method in class io.jenetics.ext.BigIntegerChromosome
newInstance() - Method in class io.jenetics.ext.BigIntegerGene
newInstance() - Method in interface io.jenetics.Gene: Return a new, random gene with the same type and with the same constraints as this gene.
newInstance() - Method in class io.jenetics.Genotype: Return a new, random genotype by creating new, random chromosomes (calling the Factory.newInstance() method) from the chromosomes of this genotype.
newInstance() - Method in class io.jenetics.IntegerChromosome
newInstance() - Method in class io.jenetics.IntegerGene
newInstance() - Method in class io.jenetics.LongChromosome
newInstance() - Method in class io.jenetics.LongGene
newInstance() - Method in class io.jenetics.PermutationChromosome: Create a new, random chromosome.
newInstance() - Method in class io.jenetics.prog.ProgramChromosome
newInstance() - Method in class io.jenetics.prog.ProgramGene
newInstance() - Method in interface io.jenetics.util.Factory: Create a new instance of type T.
newInstance(double) - Method in class io.jenetics.DoubleGene: Create a new gene from the given value and the gene context.
newInstance(int) - Method in class io.jenetics.IntegerGene: Create a new gene from the given value and the gene context.
newInstance(long) - Method in class io.jenetics.LongGene: Create a new gene from the given value and the gene context.
newInstance(A) - Method in class io.jenetics.AnyGene
newInstance(A) - Method in interface io.jenetics.BoundedGene: Create a new gene from the given value and the current bounds.
newInstance(A) - Method in class io.jenetics.EnumGene: Create a new gene from the given value and the gene context.
newInstance(A) - Method in interface io.jenetics.Gene: Create a new gene from the given value and the gene context.
newInstance(A, int, int) - Method in interface io.jenetics.ext.TreeGene: Return a new tree gene with the given allele and the local tree structure.
newInstance(FlatTree<? extends A, ?>) - Method in interface io.jenetics.ext.TreeGene: Return a new tree gene from the given flat tree node.
newInstance(Op<A>) - Method in class io.jenetics.prog.ProgramGene: Create a new program gene with the given operation.
newInstance(Op<A>, int, int) - Method in class io.jenetics.prog.ProgramGene: Return a new program gene with the given operation and the local tree structure.
newInstance(ISeq<G>) - Method in interface io.jenetics.Chromosome: A factory method which creates a new Chromosome of specific type and the given genes.
newInstance(ISeq<AnyGene<A>>) - Method in class io.jenetics.AnyChromosome
newInstance(ISeq<BitGene>) - Method in class io.jenetics.BitChromosome
newInstance(ISeq<CharacterGene>) - Method in class io.jenetics.CharacterChromosome
newInstance(ISeq<DoubleGene>) - Method in class io.jenetics.DoubleChromosome
newInstance(ISeq<EnumGene<T>>) - Method in class io.jenetics.PermutationChromosome
newInstance(ISeq<BigIntegerGene>) - Method in class io.jenetics.ext.BigIntegerChromosome
newInstance(ISeq<IntegerGene>) - Method in class io.jenetics.IntegerChromosome
newInstance(ISeq<LongGene>) - Method in class io.jenetics.LongChromosome
newInstance(ISeq<ProgramGene<A>>) - Method in class io.jenetics.prog.ProgramChromosome
newInstance(Boolean) - Method in enum class io.jenetics.BitGene: Create a new gene from the given value.
newInstance(Character) - Method in class io.jenetics.CharacterGene: Create a new character gene from the given character.
newInstance(Double) - Method in class io.jenetics.DoubleGene
newInstance(Integer) - Method in class io.jenetics.IntegerGene
newInstance(Long) - Method in class io.jenetics.LongGene
newInstance(Number) - Method in class io.jenetics.DoubleGene
newInstance(Number) - Method in class io.jenetics.ext.BigIntegerGene
newInstance(Number) - Method in class io.jenetics.IntegerGene
newInstance(Number) - Method in class io.jenetics.LongGene
newInstance(Number) - Method in interface io.jenetics.NumericGene
newInstance(BigInteger) - Method in class io.jenetics.ext.BigIntegerGene
newRange(RandomGenerator, int) - Method in interface io.jenetics.ShiftMutator.RangeRandom: Create a new random shift range for shifting sequences with a given length.
newRange(RandomGenerator, int) - Method in interface io.jenetics.ShuffleMutator.RangeRandom: Create a new random range for shuffling sequences with a given length.
newVec(T) - Method in interface io.jenetics.ext.moea.VecFactory: Create a new Vec object from the given array.
next() - Method in class io.jenetics.engine.EvolutionResult: Return the next evolution start object with the current population and the incremented generation.
next(Cfg.Rule<?>, int) - Method in class io.jenetics.ext.grammar.Codons
next(Cfg.Rule<?>, int) - Method in interface io.jenetics.ext.grammar.SymbolIndex: Selects an index with the given upper bound, exclusively.
nextBoolean() - Method in class io.jenetics.util.RandomAdapter
nextBytes(byte[]) - Method in class io.jenetics.util.RandomAdapter
nextDouble() - Method in class io.jenetics.util.RandomAdapter
nextDouble(double) - Method in class io.jenetics.util.RandomAdapter
nextDouble(double, double) - Method in class io.jenetics.util.RandomAdapter
nextExponential() - Method in class io.jenetics.util.RandomAdapter
nextFloat() - Method in class io.jenetics.util.RandomAdapter
nextFloat(float) - Method in class io.jenetics.util.RandomAdapter
nextFloat(float, float) - Method in class io.jenetics.util.RandomAdapter
nextGaussian() - Method in class io.jenetics.util.RandomAdapter
nextGaussian(double, double) - Method in class io.jenetics.util.RandomAdapter
nextInt() - Method in class io.jenetics.util.RandomAdapter
nextInt(int) - Method in class io.jenetics.util.RandomAdapter
nextInt(int, int) - Method in class io.jenetics.util.RandomAdapter
nextLeaf() - Method in interface io.jenetics.ext.util.Tree: Returns the leaf after this node or Optional.empty() if this node is the last leaf in the tree.
nextLong() - Method in class io.jenetics.util.RandomAdapter
nextLong(long) - Method in class io.jenetics.util.RandomAdapter
nextLong(long, long) - Method in class io.jenetics.util.RandomAdapter
nextNode() - Method in interface io.jenetics.ext.util.Tree: Return the node that follows this node in a pre-order traversal of this tree node.
nextSibling() - Method in interface io.jenetics.ext.util.Tree: Return the next sibling of this node in the parent's children array, or null if this node has no parent, or it is the last child of the paren.
nonEmpty() - Method in interface io.jenetics.util.BaseSeq: Returns true if this sequence contains at least one element.
nonEvaluated() - Method in class io.jenetics.Phenotype: A phenotype instance can be created with or without fitness value.
NonTerminal(String) - Constructor for record class io.jenetics.ext.grammar.Cfg.NonTerminal: Creates an instance of a NonTerminal record class.
nonTerminals() - Method in record class io.jenetics.ext.grammar.Cfg: Returns the value of the nonTerminals record component.
NOT - Enum constant in enum class io.jenetics.prog.op.BoolOp: Negation.
NSGA2Selector<G,C> - Class in io.jenetics.ext.moea: This selector selects the first count elements of the population, which has been sorted by the Crowded-Comparison Operator, as described in A Fast and Elitist Multiobjective Genetic Algorithm: NSGA-II
NSGA2Selector(Comparator<? super C>, ElementComparator<? super C>, ElementDistance<? super C>, ToIntFunction<? super C>) - Constructor for class io.jenetics.ext.moea.NSGA2Selector: Creates a new NSGA2Selector with the functions needed for handling the multi-objective result type C.
nullifyFitness() - Method in class io.jenetics.engine.FitnessNullifier: Triggers the nullification of the fitness values of the population for the next generation.
nullifyFitness() - Method in class io.jenetics.Phenotype: Return a phenotype, where the fitness is set to null.
NumericChromosome<N,G> - Interface in io.jenetics: Numeric chromosome interface.
NumericGene<N,G> - Interface in io.jenetics: Base interface for numeric genes.

O

object - Static variable in class io.jenetics.util.IO: IO implementation for "native" Java serialization.
of() - Static method in class io.jenetics.CharacterGene: Create a new random character gene, chosen from the CharacterGene.DEFAULT_CHARACTERS.
of() - Static method in class io.jenetics.ext.util.TreeNode: Return a new TreeNode with a null tree value.
of() - Static method in class io.jenetics.stat.MinMax: Create a new MinMax consumer.
of(boolean) - Static method in enum class io.jenetics.BitGene: Return the corresponding BitGene for the given boolean value.
of(char) - Static method in class io.jenetics.CharacterGene: Create a new character gene from the given character.
of(char, char) - Static method in class io.jenetics.util.CharSeq: Expands the characters between a and b.
of(char, CharSeq) - Static method in class io.jenetics.CharacterGene: Create a new CharacterGene from the give character.
of(double...) - Static method in interface io.jenetics.ext.moea.Vec: Wraps the given array into a Vec object.
of(double, double) - Static method in class io.jenetics.DoubleChromosome: Create a new random DoubleChromosome of length one.
of(double, double) - Static method in class io.jenetics.DoubleGene: Create a new random DoubleGene.
of(double, double) - Static method in class io.jenetics.util.DoubleRange: Create a new DoubleRange object with the given min and max values.
of(double, double, double) - Static method in class io.jenetics.DoubleGene: Create a new random DoubleGene with the given value and the given range.
of(double, double, int) - Static method in class io.jenetics.DoubleChromosome: Create a new random DoubleChromosome.
of(double, double, IntRange) - Static method in class io.jenetics.DoubleChromosome: Create a new random chromosome.
of(double, DoubleRange) - Static method in class io.jenetics.DoubleGene: Create a new random DoubleGene with the given value and the given range.
of(int) - Static method in class io.jenetics.BitChromosome: Constructing a new BitChromosome with the given length and randomly set bits.
of(int) - Static method in class io.jenetics.CharacterChromosome: Create a new chromosome with the CharacterGene.DEFAULT_CHARACTERS char set as valid characters.
of(int) - Static method in class io.jenetics.util.IntRange: Return a new (half-open) range, which contains only the given value: [value, value + 1).
of(int...) - Static method in interface io.jenetics.ext.moea.Vec: Wraps the given array into a Vec object.
of(int...) - Static method in class io.jenetics.ext.util.Tree.Path: Create a new path object from the given child indexes.
of(int, double) - Static method in class io.jenetics.BitChromosome: Constructing a new BitChromosome with the given length and randomly set bits.
of(int, int) - Static method in class io.jenetics.IntegerChromosome: Create a new random IntegerChromosome of length one.
of(int, int) - Static method in class io.jenetics.IntegerGene: Create a new random IntegerGene.
of(int, int) - Static method in class io.jenetics.util.IntRange: Create a new IntRange object with the given min and max values.
of(int, int, int) - Static method in class io.jenetics.IntegerChromosome: Create a new random IntegerChromosome.
of(int, int, int) - Static method in class io.jenetics.IntegerGene: Create a new random IntegerGene with the given value and the given range.
of(int, int, IntRange) - Static method in class io.jenetics.IntegerChromosome: Create a new random chromosome.
of(int, A...) - Static method in class io.jenetics.EnumGene: Create a new enum gene from the given valid genes and the chosen allele index.
of(int, IntRange) - Static method in class io.jenetics.IntegerGene: Create a new random IntegerGene with the given value and the given range.
of(int, ISeq<? extends A>) - Static method in class io.jenetics.EnumGene: Create a new enum gene from the given valid genes and the chosen allele index.
of(int, ISeq<? extends Op<A>>, ISeq<? extends Op<A>>) - Static method in class io.jenetics.prog.op.Program: Create a new, random program tree from the given (non) terminal operations with the desired depth.
of(int, ISeq<? extends Op<A>>, ISeq<? extends Op<A>>) - Static method in class io.jenetics.prog.ProgramChromosome: Create a new program chromosome with the defined depth.
of(int, ISeq<? extends Op<A>>, ISeq<? extends Op<A>>, RandomGenerator) - Static method in class io.jenetics.prog.op.Program: Create a new, random program tree from the given (non) terminal operations with the desired depth.
of(int, Predicate<? super ProgramChromosome<A>>, ISeq<? extends Op<A>>, ISeq<? extends Op<A>>) - Static method in class io.jenetics.prog.ProgramChromosome: Create a new program chromosome with the defined depth.
of(long) - Static method in class io.jenetics.util.LongRange: Return a new (half-open) range, which contains only the given value: [value, value + 1).
of(long...) - Static method in interface io.jenetics.ext.moea.Vec: Wraps the given array into a Vec object.
of(long, long) - Static method in class io.jenetics.LongChromosome: Create a new random LongChromosome of length one.
of(long, long) - Static method in class io.jenetics.LongGene: Create a new random LongGene.
of(long, long) - Static method in class io.jenetics.util.LongRange: Create a new LongRange object with the given min and max values.
of(long, long, int) - Static method in class io.jenetics.LongChromosome: Create a new random LongChromosome.
of(long, long, long) - Static method in class io.jenetics.LongGene: Create a new random LongGene with the given value and the given range.
of(long, long, IntRange) - Static method in class io.jenetics.LongChromosome: Create a new random chromosome.
of(long, LongRange) - Static method in class io.jenetics.LongGene: Create a new random LongGene with the given value and the given range.
of(A...) - Static method in class io.jenetics.EnumGene: Return a new enum gene with an allele randomly chosen from the given valid alleles.
of(A, Supplier<? extends A>) - Static method in class io.jenetics.AnyGene: Create a new AnyGene instance with the given parameters.
of(A, Supplier<? extends A>, Predicate<? super A>) - Static method in class io.jenetics.AnyGene: Create a new AnyGene instance with the given parameters.
of(C[]) - Static method in interface io.jenetics.ext.moea.Vec: Wraps the given array into a Vec object.
of(C[], ElementDistance<C[]>) - Static method in interface io.jenetics.ext.moea.Vec: Wraps the given array into a Vec object.
of(Alterer<G, C>...) - Static method in interface io.jenetics.Alterer: Combine the given alterers.
of(Alterer<G, C>, int...) - Static method in class io.jenetics.PartialAlterer: Wraps the given alterer, so that it will only work on chromosomes with the given chromosome indices.
of(Alterer<G, C>, IntRange) - Static method in class io.jenetics.PartialAlterer: Wraps the given alterer, so that it will only work on chromosomes with the given chromosome indices.
of(Chromosome<G>, Chromosome<G>...) - Static method in class io.jenetics.Genotype: Create a new Genotype from a given array of Chromosomes.
of(DoubleGene...) - Static method in class io.jenetics.DoubleChromosome: Create a new DoubleChromosome with the given genes.
of(Codec<A, G>, Codec<B, G>, BiFunction<A, B, T>) - Static method in interface io.jenetics.engine.Codec: Deprecated, for removal: This API element is subject to removal in a future version.
Will be removed in the next major version, use Codec.combine(Codec, Codec, BiFunction) instead
of(Codec<Tree<Op<T>, ?>, ProgramGene<T>>, Error<T>, Sample<T>...) - Static method in class io.jenetics.prog.regression.Regression: Create a new regression problem instance with the given parameters.
of(Codec<Tree<Op<T>, ?>, ProgramGene<T>>, Error<T>, Sampling<T>) - Static method in class io.jenetics.prog.regression.Regression: Create a new regression problem instance with the given parameters.
of(Codec<Tree<Op<T>, ?>, ProgramGene<T>>, Error<T>, Iterable<? extends Sample<T>>) - Static method in class io.jenetics.prog.regression.Regression: Create a new regression problem instance with the given parameters.
of(EvolutionStreamable<G, C>...) - Static method in class io.jenetics.ext.engine.ConcatEngine: Create a new concatenating evolution engine with the given array of engines.
of(EvolutionStreamable<G, C>...) - Static method in class io.jenetics.ext.engine.CyclicEngine: Create a new cycling evolution engine with the given array of engines.
of(InvertibleCodec<T, G>, Predicate<? super T>) - Static method in class io.jenetics.engine.RetryConstraint: Return a new constraint with the given validator and the RetryConstraint.DEFAULT_RETRY_COUNT.
of(InvertibleCodec<T, G>, Predicate<? super T>, int) - Static method in class io.jenetics.engine.RetryConstraint: Return a new constraint with the given validator and retryLimit.
of(InvertibleCodec<T, G>, Predicate<? super T>, Function<? super T, ? extends T>) - Static method in interface io.jenetics.engine.Constraint: Return a new constraint object with the given validator and repairer.
of(BigIntegerGene...) - Static method in class io.jenetics.ext.BigIntegerChromosome: Create a new DoubleChromosome with the given genes.
of(Cfg.Rule<T>...) - Static method in record class io.jenetics.ext.grammar.Cfg: Create a grammar object with the given rules.
of(Tree<? extends Op<A>, ?>, ISeq<? extends Op<A>>, ISeq<? extends Op<A>>) - Static method in class io.jenetics.prog.ProgramChromosome: Create a new chromosome from the given operation tree (program).
of(Tree<? extends Op<A>, ?>, Predicate<? super ProgramChromosome<A>>, ISeq<? extends Op<A>>, ISeq<? extends Op<A>>) - Static method in class io.jenetics.prog.ProgramChromosome: Create a new chromosome from the given operation tree (program).
of(Genotype<G>, long) - Static method in class io.jenetics.Phenotype: Create a new phenotype from the given arguments.
of(Genotype<G>, long, C) - Static method in class io.jenetics.Phenotype: Create a new phenotype from the given arguments.
of(IntegerGene...) - Static method in class io.jenetics.IntegerChromosome: Create a new IntegerChromosome with the given genes.
of(LongGene...) - Static method in class io.jenetics.LongChromosome: Create a new LongChromosome with the given genes.
of(Optimize, ISeq<Phenotype<G, C>>, long, long, EvolutionDurations, int, int, int) - Static method in class io.jenetics.engine.EvolutionResult: Return a new EvolutionResult object with the given values.
of(Optimize, ISeq<Phenotype<G, C>>, long, EvolutionDurations, int, int, int) - Static method in class io.jenetics.engine.EvolutionResult: Return a new EvolutionResult object with the given values.
of(LossFunction<T>) - Static method in interface io.jenetics.prog.regression.Error: Creates an error function which only uses the given loss function for calculating the program error
of(LossFunction<T>, Complexity<T>) - Static method in interface io.jenetics.prog.regression.Error: Creates an error function by combining the given loss function and program complexity.
of(LossFunction<T>, Complexity<T>, DoubleBinaryOperator) - Static method in interface io.jenetics.prog.regression.Error: Creates an error function by combining the given loss function and program complexity.
of(Sample<? extends T>...) - Static method in interface io.jenetics.prog.regression.Sampling: Create a new sampling object from the given sample points.
of(DoubleMomentStatistics) - Static method in record class io.jenetics.stat.DoubleMoments: Return a new value object of the statistical moments, currently represented by the statistics object.
of(IntMomentStatistics) - Static method in record class io.jenetics.stat.IntMoments: Return a new value object of the statistical moments, currently represented by the statistics object.
of(LongMomentStatistics) - Static method in record class io.jenetics.stat.LongMoments: Return a new value object of the statistical moments, currently represented by the statistics object.
of(Sampler) - Static method in interface io.jenetics.ShiftMutator.RangeRandom: Create a new random shift range generator, which uses the given distributions for creating the shift points.
of(Sampler) - Static method in interface io.jenetics.ShuffleMutator.RangeRandom: Create a new random range generator, which uses the given distributions for creating the shift points.
of(Sampler, Sampler) - Static method in interface io.jenetics.ShiftMutator.RangeRandom: Create a new random shift range generator, which uses the given distributions for creating the shift points.
of(Sampler, Sampler) - Static method in interface io.jenetics.ShuffleMutator.RangeRandom: Create a new random range generator, which uses the given distributions for creating the range points.
of(CharSeq) - Static method in class io.jenetics.CharacterGene: Create a new CharacterGene with a randomly chosen character from the set of valid characters.
of(CharSeq, int) - Static method in class io.jenetics.CharacterChromosome: Create a new chromosome with the validCharacters char set as valid characters.
of(CharSeq, IntRange) - Static method in class io.jenetics.CharacterChromosome: Create a new chromosome with the validCharacters char set as valid characters.
of(DoubleRange) - Static method in class io.jenetics.DoubleChromosome: Create a new random DoubleChromosome of length one.
of(DoubleRange) - Static method in class io.jenetics.DoubleGene: Create a new random DoubleGene.
of(DoubleRange, int) - Static method in class io.jenetics.DoubleChromosome: Create a new random DoubleChromosome.
of(DoubleRange, IntRange) - Static method in class io.jenetics.DoubleChromosome: Create a new random chromosome.
of(Factory<? extends Chromosome<G>>, int) - Static method in class io.jenetics.Genotype: Create a new Genotype which consists of n chromosomes, which are created by the given factory.
of(Factory<Genotype<G>>) - Static method in class io.jenetics.engine.RetryConstraint: Return a new constraint with the given genotype factory.
of(Factory<Genotype<G>>, Function<? super Genotype<G>, ? extends T>) - Static method in interface io.jenetics.engine.Codec: Create a new Codec object with the given encoding and decoder function.
of(Factory<Genotype<G>>, Function<? super Genotype<G>, ? extends T>, Function<? super T, Genotype<G>>) - Static method in interface io.jenetics.engine.InvertibleCodec: Create a new invertible codec from the given parameters.
of(IntRange) - Static method in class io.jenetics.CharacterChromosome: Create a new chromosome with the CharacterGene.DEFAULT_CHARACTERS char set as valid characters.
of(IntRange) - Static method in class io.jenetics.IntegerChromosome: Create a new random IntegerChromosome of length one.
of(IntRange) - Static method in class io.jenetics.IntegerGene: Create a new random IntegerGene.
of(IntRange, int) - Static method in class io.jenetics.IntegerChromosome: Create a new random IntegerChromosome.
of(IntRange, IntRange) - Static method in class io.jenetics.IntegerChromosome: Create a new random chromosome.
of(ISeq<? extends A>) - Static method in class io.jenetics.EnumGene: Return a new enum gene with an allele randomly chosen from the given valid alleles.
of(ISeq<? extends Codec<?, G>>, Function<? super Object[], ? extends T>) - Static method in interface io.jenetics.engine.Codec: Deprecated, for removal: This API element is subject to removal in a future version.
Will be removed in the next major version, use Codec.combine(ISeq, Function) instead
of(ISeq<? extends T>) - Static method in class io.jenetics.PermutationChromosome: Create a new, random chromosome with the given valid alleles.
of(ISeq<? extends T>, int) - Static method in class io.jenetics.PermutationChromosome: Create a new, random chromosome with the given valid alleles and the desired length.
of(ISeq<Genotype<G>>, long) - Static method in class io.jenetics.engine.EvolutionInit: Create a new evolution start object with the given population and for the given generation.
of(ISeq<Phenotype<G, C>>, long) - Static method in class io.jenetics.engine.EvolutionStart: Create a new evolution start object with the given population and for the given generation.
of(ISeq<ProgramGene<A>>, ISeq<? extends Op<A>>, ISeq<? extends Op<A>>) - Static method in class io.jenetics.prog.ProgramChromosome
of(ISeq<ProgramGene<A>>, Predicate<? super ProgramChromosome<A>>, ISeq<? extends Op<A>>, ISeq<? extends Op<A>>) - Static method in class io.jenetics.prog.ProgramChromosome: Create a new program chromosome from the given (flattened) program tree.
of(LongRange) - Static method in class io.jenetics.LongChromosome: Create a new random LongChromosome of length one.
of(LongRange) - Static method in class io.jenetics.LongGene: Create a new random LongGene.
of(LongRange, int) - Static method in class io.jenetics.LongChromosome: Create a new random LongChromosome.
of(LongRange, IntRange) - Static method in class io.jenetics.LongChromosome: Create a new random chromosome.
of(Seq<? extends T>) - Static method in interface io.jenetics.util.MSeq: Create a new MSeq from the values of the given Seq.
of(CharSequence) - Static method in class io.jenetics.BitChromosome: Create a new BitChromosome from the given character sequence containing '0' and '1'; as created with the BitChromosome.toCanonicalString() method.
of(CharSequence) - Static method in class io.jenetics.util.CharSeq: Expands the character range for the given pattern.
of(CharSequence, double) - Static method in class io.jenetics.BitChromosome: Create a new BitChromosome from the given character sequence containing '0' and '1'; as created with the BitChromosome.toCanonicalString() method.
of(CharSequence, int, double) - Static method in class io.jenetics.BitChromosome: Create a new BitChromosome from the given character sequence containing '0' and '1'; as created with the BitChromosome.toCanonicalString() method.
of(Iterable<? extends Chromosome<G>>) - Static method in class io.jenetics.Genotype: Create a new Genotype from a given array of chromosomes.
of(Iterable<? extends T>) - Static method in interface io.jenetics.util.ISeq: Create a new ISeq from the given values.
of(Iterable<? extends T>) - Static method in interface io.jenetics.util.MSeq: Create a new MSeq from the given values.
of(Iterable<? extends T>) - Static method in interface io.jenetics.util.Seq: Create a new Seq from the given values.
of(Iterable<DoubleGene>) - Static method in class io.jenetics.DoubleChromosome: Create a new DoubleChromosome with the given genes.
of(Iterable<IntegerGene>) - Static method in class io.jenetics.IntegerChromosome: Create a new IntegerChromosome with the given genes.
of(Iterable<LongGene>) - Static method in class io.jenetics.LongChromosome: Create a new LongChromosome with the given genes.
of(String) - Static method in class io.jenetics.CharacterChromosome: Create a new chromosome from the given genes (given as string).
of(String) - Static method in record class io.jenetics.ext.grammar.Cfg.Terminal: Return a new terminal symbol where the name of the symbol is equal to its value.
of(String) - Static method in class io.jenetics.prog.op.Var: Create a new variable with the given name.
of(String, int) - Static method in class io.jenetics.prog.op.Var: Create a new variable with the given name and projection index.
of(String, int, ISeq<? extends Op<A>>, ISeq<? extends Op<A>>) - Static method in class io.jenetics.prog.op.Program: Create a new, random program from the given (non) terminal operations with the desired depth.
of(String, int, ISeq<? extends Op<A>>, ISeq<? extends Op<A>>, RandomGenerator) - Static method in class io.jenetics.prog.op.Program: Create a new, random program from the given (non) terminal operations with the desired depth.
of(String, int, Function<T[], T>) - Static method in interface io.jenetics.prog.op.Op: Create a new operation from the given parameter.
of(String, CharSeq) - Static method in class io.jenetics.CharacterChromosome: Create a new chromosome from the given genes (given as string).
of(String, BinaryOperator<T>) - Static method in interface io.jenetics.prog.op.Op: Create a new operation with the given name and binary operation.
of(String, Function<? super String, ? extends V>) - Static method in interface io.jenetics.ext.rewriting.TreePattern.Decl
of(String, Supplier<T>) - Static method in class io.jenetics.prog.op.EphemeralConst: Create a new ephemeral constant with the given name and value supplier.
of(String, UnaryOperator<T>) - Static method in interface io.jenetics.prog.op.Op: Create a new operation with the given name and unary operation.
of(String, T) - Static method in class io.jenetics.prog.op.Const: Return a new constant with the given name and value.
of(BigInteger) - Static method in class io.jenetics.BitChromosome: Create a new BitChromosome from the given big integer value.
of(BigInteger, int) - Static method in class io.jenetics.BitChromosome: Create a new BitChromosome from the given big integer value and ones' probability.
of(BigInteger, int, double) - Static method in class io.jenetics.BitChromosome: Create a new BitChromosome from the given big integer value and ones' probability.
of(BigInteger, BigInteger) - Static method in class io.jenetics.ext.BigIntegerChromosome: Create a new random DoubleChromosome of length one.
of(BigInteger, BigInteger) - Static method in class io.jenetics.ext.BigIntegerGene: Create a new random BigIntegerGene.
of(BigInteger, BigInteger, int) - Static method in class io.jenetics.ext.BigIntegerChromosome: Create a new random DoubleChromosome.
of(BigInteger, BigInteger, BigInteger) - Static method in class io.jenetics.ext.BigIntegerGene: Create a new random BigIntegerGene with the given value and the given range.
of(BitSet) - Static method in class io.jenetics.BitChromosome: Constructing a new BitChromosome from a given BitSet.
of(BitSet, int) - Static method in class io.jenetics.BitChromosome: Create a new BitChromosome with the given parameters.
of(BitSet, int, double) - Static method in class io.jenetics.BitChromosome: Create a new BitChromosome with the given parameters.
of(Comparator<? super T>) - Static method in class io.jenetics.stat.MinMax: Create a new MinMax consumer with the given Comparator.
of(Executor) - Static method in interface io.jenetics.util.BatchExecutor: Create a batch executor, where the execution is forwarded to the given executor.
of(DoubleSummaryStatistics) - Static method in record class io.jenetics.stat.DoubleSummary: Return a new value object of the statistical summary, currently represented by the statistics object.
of(Function<? super EvolutionStart<G, C>, EvolutionStart<G, C>>, Function<? super EvolutionResult<G, C>, EvolutionResult<G, C>>) - Static method in interface io.jenetics.engine.EvolutionInterceptor: Create a new interceptor instance with the given before and after functions.
of(Function<T, C>, Codec<T, G>) - Static method in interface io.jenetics.engine.Problem: Return a new optimization problem with the given parameters.
of(Function<T, C>, Codec<T, G>, Constraint<G, C>) - Static method in interface io.jenetics.engine.Problem: Return a new optimization problem with the given parameters.
of(Predicate<? super Phenotype<G, C>>) - Static method in interface io.jenetics.engine.Constraint: Return a new constraint object with the given validator.
of(Predicate<? super Phenotype<G, C>>) - Static method in class io.jenetics.engine.RetryConstraint: Return a new constraint with the given validator and the RetryConstraint.DEFAULT_RETRY_COUNT.
of(Predicate<? super Phenotype<G, C>>, int) - Static method in class io.jenetics.engine.RetryConstraint: Return a new constraint with the given validator and retryLimit.
of(Predicate<? super Phenotype<G, C>>, BiFunction<? super Phenotype<G, C>, Long, Phenotype<G, C>>) - Static method in interface io.jenetics.engine.Constraint: Return a new constraint object with the given validator and repairer.
of(Supplier<? extends A>) - Static method in class io.jenetics.AnyChromosome: Create a new chromosome of type A with the given parameters and length one.
of(Supplier<? extends A>) - Static method in class io.jenetics.AnyGene: Create a new AnyGene instance with the given allele supplier.
of(Supplier<? extends A>, int) - Static method in class io.jenetics.AnyChromosome: Create a new chromosome of type A with the given parameters.
of(Supplier<? extends A>, IntRange) - Static method in class io.jenetics.AnyChromosome: Create a new chromosome of type A with the given parameters.
of(Supplier<? extends A>, Predicate<? super A>) - Static method in class io.jenetics.AnyChromosome: Create a new chromosome of type A with the given parameters and length one.
of(Supplier<? extends A>, Predicate<? super A>) - Static method in class io.jenetics.AnyGene: Create a new AnyGene instance with the given parameters.
of(Supplier<? extends A>, Predicate<? super A>, int) - Static method in class io.jenetics.AnyChromosome: Create a new chromosome of type A with the given parameters.
of(Supplier<? extends A>, Predicate<? super A>, IntRange) - Static method in class io.jenetics.AnyChromosome: Create a new chromosome of type A with the given parameters.
of(Supplier<? extends A>, Predicate<? super A>, Predicate<? super ISeq<A>>, int) - Static method in class io.jenetics.AnyChromosome: Create a new chromosome of type A with the given parameters.
of(Supplier<? extends A>, Predicate<? super A>, Predicate<? super ISeq<A>>, IntRange) - Static method in class io.jenetics.AnyChromosome: Create a new chromosome of type A with the given parameters.
of(Supplier<? extends T>, int) - Static method in interface io.jenetics.util.ISeq: Creates a new sequence, which is filled with objects created be the given supplier.
of(Supplier<? extends T>, int) - Static method in interface io.jenetics.util.MSeq: Creates a new sequence, which is filled with objects created be the given supplier.
of(Supplier<? extends T>, int) - Static method in interface io.jenetics.util.Seq: Creates a new sequence, which is filled with objects created be the given supplier.
of(Supplier<T>) - Static method in class io.jenetics.prog.op.EphemeralConst: Create a new ephemeral constant with the given value supplier.
of(IntSummaryStatistics) - Static method in record class io.jenetics.stat.IntSummary: Return a new value object of the statistical summary, currently represented by the statistics object.
of(List<? extends Sample<? extends T>>) - Static method in interface io.jenetics.prog.regression.Sampling: Create a new sampling object from the given sample points.
of(List<Cfg.Rule<T>>) - Static method in record class io.jenetics.ext.grammar.Cfg: Create a grammar object with the given rules.
of(LongSummaryStatistics) - Static method in record class io.jenetics.stat.LongSummary: Return a new value object of the statistical summary, currently represented by the statistics object.
of(RandomGenerator) - Static method in interface io.jenetics.ext.grammar.SymbolIndex: Create a new symbol-index object from the given random generator.
of(RandomGenerator) - Static method in class io.jenetics.util.RandomAdapter: Create a new Random object from the given random generator.
of(Collector<T, ?, R>) - Static method in interface io.jenetics.util.Accumulator: Create a new accumulator from the given collector.
of(T) - Static method in class io.jenetics.ext.util.TreeNode: Return a new TreeNode with the given node value.
of(T) - Static method in class io.jenetics.prog.op.Const: Return a new constant with the given value.
of(T...) - Static method in class io.jenetics.PermutationChromosome: Create a new, random chromosome with the given valid alleles.
of(T[]) - Static method in interface io.jenetics.prog.regression.Sample: Create a new sample point from the given argument and sample result.
of(T...) - Static method in interface io.jenetics.util.ISeq: Create a new ISeq from the given values.
of(T...) - Static method in interface io.jenetics.util.MSeq: Create a new MSeq from the given values.
of(T...) - Static method in interface io.jenetics.util.Seq: Create a new Seq from the given values.
of(T[], Comparator<? super T>, ElementDistance<T[]>) - Static method in interface io.jenetics.ext.moea.Vec: Wraps the given array into a Vec object.
of(T, Comparator<? super T>) - Static method in class io.jenetics.util.Ordered: Make the given value comparable, by using the given comparator.
ofAdjustableEvolution(Supplier<EvolutionStart<G, C>>, Function<? super EvolutionStart<G, C>, ? extends Evolution<G, C>>) - Static method in interface io.jenetics.engine.EvolutionStream: Create a new evolution stream with an adjustable evolution function.
ofAfter(Function<? super EvolutionResult<G, C>, EvolutionResult<G, C>>) - Static method in interface io.jenetics.engine.EvolutionInterceptor: Create a new interceptor instance with the given after function.
ofBefore(Function<? super EvolutionStart<G, C>, EvolutionStart<G, C>>) - Static method in interface io.jenetics.engine.EvolutionInterceptor: Create a new interceptor instance with the given before function.
ofBitGenes(BaseSeq<BitGene>) - Static method in class io.jenetics.ext.grammar.Codons: Creates a new, classical codons object from the given bit-genes.
ofComparable() - Static method in class io.jenetics.engine.EvolutionStatistics
ofDouble(double...) - Static method in interface io.jenetics.prog.regression.Sample: Create a new sample point from the given argument and sample result.
ofDouble(double, double) - Static method in interface io.jenetics.prog.regression.Sample: Create a new sample point from the given argument and sample result.
ofDouble(double, double, double) - Static method in interface io.jenetics.prog.regression.Sample: Create a new sample point from the given argument and sample result.
ofDouble(double, double, double, double) - Static method in interface io.jenetics.prog.regression.Sample: Create a new sample point from the given argument and sample result.
ofDoubleVec() - Static method in interface io.jenetics.ext.moea.VecFactory: Create a new factory for double[] vectors, where all dimensions are maximized.
ofDoubleVec(Optimize...) - Static method in interface io.jenetics.ext.moea.VecFactory: Create a new factory for double[] vectors.
ofDoubleVec(List<Optimize>) - Static method in interface io.jenetics.ext.moea.VecFactory: Create a new factory for double[] vectors.
ofEvolution(Supplier<EvolutionStart<G, C>>, Evolution<G, C>) - Static method in interface io.jenetics.engine.EvolutionStream: Create a new EvolutionStream from the given start population and evolution function.
offspringAlterDuration() - Method in record class io.jenetics.engine.EvolutionDurations: Returns the value of the offspringAlterDuration record component.
offspringFilterDuration() - Method in record class io.jenetics.engine.EvolutionDurations: Returns the value of the offspringFilterDuration record component.
offspringFraction() - Method in class io.jenetics.engine.Engine.Builder: Return the offspring fraction.
offspringFraction() - Method in class io.jenetics.engine.EvolutionParams.Builder: Return the offspring fraction.
offspringFraction() - Method in class io.jenetics.engine.EvolutionParams: Return the offspring fraction.
offspringFraction(double) - Method in class io.jenetics.engine.Engine.Builder: The offspring fraction.
offspringFraction(double) - Method in class io.jenetics.engine.EvolutionParams.Builder: The offspring fraction.
offspringSelectionDuration() - Method in record class io.jenetics.engine.EvolutionDurations: Returns the value of the offspringSelectionDuration record component.
offspringSelector() - Method in class io.jenetics.engine.Engine.Builder: Return the used offspring Selector of the GA.
offspringSelector() - Method in class io.jenetics.engine.Engine: Return the used offspring Selector of the GA.
offspringSelector() - Method in class io.jenetics.engine.EvolutionParams.Builder: Return the used offspring Selector of the GA.
offspringSelector() - Method in class io.jenetics.engine.EvolutionParams: Return the used offspring Selector of the GA.
offspringSelector(Selector<G, C>) - Method in class io.jenetics.engine.Engine.Builder: The selector used for selecting the offspring population.
offspringSelector(Selector<G, C>) - Method in class io.jenetics.engine.EvolutionParams.Builder: The selector used for selecting the offspring population.
offspringSize() - Method in class io.jenetics.engine.Engine: Return the number of selected offspring.
offspringSize() - Method in class io.jenetics.engine.EvolutionParams.Builder: Return the number of offspring.
offspringSize() - Method in class io.jenetics.engine.EvolutionParams: Return the number of offspring.
offspringSize(int) - Method in class io.jenetics.engine.Engine.Builder: The number of offspring individuals.
ofIndex(int) - Method in interface io.jenetics.ext.moea.ElementComparator: Return a comparator which takes the component at the give index for comparison two objects of type T.
ofIndex(int) - Method in interface io.jenetics.ext.moea.ElementDistance: Return a function which calculates the distance of two vector elements at a given index.
ofInteger(int) - Static method in class io.jenetics.PermutationChromosome: Create a integer permutation chromosome with the given length.
ofInteger(int, int) - Static method in class io.jenetics.PermutationChromosome: Create an integer permutation chromosome with the given range.
ofInteger(IntRange, int) - Static method in class io.jenetics.PermutationChromosome: Create an integer permutation chromosome with the given range and length
ofIntegerGenes(BaseSeq<IntegerGene>) - Static method in class io.jenetics.ext.grammar.Codons: Creates a new codons object from the given int-genes.
ofIntVec() - Static method in interface io.jenetics.ext.moea.VecFactory: Create a new factory for int[] vectors, where all dimensions are maximized.
ofIntVec(Optimize...) - Static method in interface io.jenetics.ext.moea.VecFactory: Create a new factory for int[] vectors.
ofIntVec(List<Optimize>) - Static method in interface io.jenetics.ext.moea.VecFactory: Create a new factory for int[] vectors.
ofLength(int) - Static method in interface io.jenetics.util.MSeq: Create a new MSeq with the given length.
ofLongVec() - Static method in interface io.jenetics.ext.moea.VecFactory: Create a new factory for long[] vectors, where all dimensions are maximized.
ofLongVec(Optimize...) - Static method in interface io.jenetics.ext.moea.VecFactory: Create a new factory for long[] vectors.
ofLongVec(List<Optimize>) - Static method in interface io.jenetics.ext.moea.VecFactory: Create a new factory for long[] vectors.
ofMapping(ISeq<? extends A>, ISeq<? extends B>) - Static method in class io.jenetics.engine.Codecs: Create a codec, which creates a mapping from the elements given in the source sequence to the elements given in the target sequence.
ofMapping(ISeq<? extends A>, ISeq<? extends B>, Supplier<M>) - Static method in class io.jenetics.engine.Codecs: Create a codec, which creates a mapping from the elements given in the source sequence to the elements given in the target sequence.
ofMatrix(DoubleRange, int, int) - Static method in class io.jenetics.engine.Codecs: Return a 2-dimensional matrix InvertibleCodec for the given range.
ofMatrix(IntRange, int, int) - Static method in class io.jenetics.engine.Codecs: Return a 2-dimensional matrix InvertibleCodec for the given range.
ofMatrix(LongRange, int, int) - Static method in class io.jenetics.engine.Codecs: Return a 2-dimensional matrix InvertibleCodec for the given range.
ofNodeCount(int) - Static method in interface io.jenetics.prog.regression.Complexity: Return a complexity measure which counts the number of nodes of a program.
ofNumber() - Static method in class io.jenetics.engine.EvolutionStatistics
ofObjectVec() - Static method in interface io.jenetics.ext.moea.VecFactory: Create a new factory for T[] vectors with comparable element types.
ofObjectVec(ElementDistance<T[]>, Optimize...) - Static method in interface io.jenetics.ext.moea.VecFactory: Create a new factory for T[] vectors with comparable element types.
ofObjectVec(ElementDistance<T[]>, List<Optimize>) - Static method in interface io.jenetics.ext.moea.VecFactory: Create a new factory for T[] vectors with comparable element types.
ofObjectVec(Optimize...) - Static method in interface io.jenetics.ext.moea.VecFactory: Create a new factory for T[] vectors with comparable element types.
ofObjectVec(Comparator<? super T>, ElementDistance<T[]>, Optimize...) - Static method in interface io.jenetics.ext.moea.VecFactory: Create a new factory for T[] vectors.
ofObjectVec(Comparator<? super T>, ElementDistance<T[]>, List<Optimize>) - Static method in interface io.jenetics.ext.moea.VecFactory: Create a new factory for T[] vectors.
ofObjectVec(List<Optimize>) - Static method in interface io.jenetics.ext.moea.VecFactory: Create a new factory for T[] vectors with comparable element types.
ofPermutation(int) - Static method in class io.jenetics.engine.Codecs: Create a permutation InvertibleCodec of integer in the range [0, length).
ofPermutation(ISeq<? extends T>) - Static method in class io.jenetics.engine.Codecs: Create a permutation InvertibleCodec with the given alleles.
ofScalar(DoubleRange) - Static method in class io.jenetics.engine.Codecs: Return a scalar InvertibleCodec for the given range.
ofScalar(IntRange) - Static method in class io.jenetics.engine.Codecs: Return a scalar InvertibleCodec for the given range.
ofScalar(LongRange) - Static method in class io.jenetics.engine.Codecs: Return a scalar InvertibleCodec for the given range.
ofScalar(Supplier<? extends A>) - Static method in class io.jenetics.engine.Codecs: Return a scala Codec with the given allele Supplier and allele validator.
ofScalar(Supplier<? extends A>, Predicate<? super A>) - Static method in class io.jenetics.engine.Codecs: Return a scala Codec with the given allele Supplier and allele validator.
ofSubSet(ISeq<? extends T>) - Static method in class io.jenetics.engine.Codecs: The subset InvertibleCodec can be used for problems where it is required to find the best variable-sized subset from a given basic set.
ofSubSet(ISeq<? extends T>, int) - Static method in class io.jenetics.engine.Codecs: The subset InvertibleCodec can be used for problems where it is required to find the best fixed-size subset from a given basic set.
ofTree(Tree<? extends T, ?>) - Static method in class io.jenetics.ext.util.TreeNode: Return a new TreeNode from the given source tree.
ofTree(Tree<? extends T, ?>, Function<? super T, ? extends B>) - Static method in class io.jenetics.ext.util.TreeNode: Return a new TreeNode from the given source tree.
ofTree(Tree<? extends V, ?>) - Static method in class io.jenetics.ext.util.FlatTreeNode: Create a new, immutable FlatTreeNode from the given tree.
ofType(Class<? extends T>) - Static method in class io.jenetics.prog.op.ConstRewriter: Create a new rewriter for constant operation subtrees (expressions).
ofVec() - Static method in class io.jenetics.ext.moea.NSGA2Selector: Return a new selector for the given result type V.
ofVec() - Static method in class io.jenetics.ext.moea.UFTournamentSelector: Return a new selector for the given result type V.
ofVector(Codec<? extends S, G>, int) - Static method in class io.jenetics.engine.Codecs: Create a vector (ISeq) of domain objects, which are created with the given codec.
ofVector(DoubleRange...) - Static method in class io.jenetics.engine.Codecs: Create a vector InvertibleCodec for the given ranges.
ofVector(DoubleRange, int) - Static method in class io.jenetics.engine.Codecs: Return a vector InvertibleCodec for the given range.
ofVector(DoubleRange, IntRange) - Static method in class io.jenetics.engine.Codecs: Return a vector InvertibleCodec for the given range.
ofVector(IntRange...) - Static method in class io.jenetics.engine.Codecs: Create a vector InvertibleCodec for the given ranges.
ofVector(IntRange, int) - Static method in class io.jenetics.engine.Codecs: Return a vector InvertibleCodec for the given range.
ofVector(IntRange, IntRange) - Static method in class io.jenetics.engine.Codecs: Return a vector InvertibleCodec for the given range.
ofVector(LongRange...) - Static method in class io.jenetics.engine.Codecs: Create a vector InvertibleCodec for the given ranges.
ofVector(LongRange, int) - Static method in class io.jenetics.engine.Codecs: Return a vector InvertibleCodec for the given range.
ofVector(LongRange, IntRange) - Static method in class io.jenetics.engine.Codecs: Return a vector InvertibleCodec for the given range.
ofVector(Supplier<? extends A>, int) - Static method in class io.jenetics.engine.Codecs: Return a scala Codec with the given allele Supplier and Chromosome length.
ofVector(Supplier<? extends A>, Predicate<? super A>, int) - Static method in class io.jenetics.engine.Codecs: Return a scala Codec with the given allele Supplier, allele validator and Chromosome length.
ofVector(Supplier<? extends A>, Predicate<? super A>, Predicate<? super ISeq<A>>, int) - Static method in class io.jenetics.engine.Codecs: Return a scala Codec with the given allele Supplier, allele validator and Chromosome length.
ofVirtualThreads() - Static method in interface io.jenetics.util.BatchExecutor: Return a batch executor, where each task of a given batch is executed in its own virtual thread.
ONE - Static variable in enum class io.jenetics.BitGene
oneProbability() - Method in class io.jenetics.BitChromosome: Return the one nominal probability of this chromosome.
ones() - Method in class io.jenetics.BitChromosome: Return the indexes of the ones of this bit-chromosome as stream.
Op<T> - Interface in io.jenetics.prog.op: Operation interface.
operations() - Method in class io.jenetics.prog.ProgramChromosome: Return the allowed operations.
operations() - Method in class io.jenetics.prog.ProgramGene: Return the allowed operations.
Operations - Search tag in package io.jenetics.prog.op: Section
optimize() - Method in class io.jenetics.engine.Engine.Builder: Return the optimization strategy.
optimize() - Method in class io.jenetics.engine.Engine: Return the optimization strategy.
optimize() - Method in class io.jenetics.engine.EvolutionResult: Return the optimization strategy used.
optimize(Optimize) - Method in class io.jenetics.engine.Engine.Builder: The optimization strategy used by the engine.
Optimize - Enum Class in io.jenetics: This enum determines whether the GA should maximize or minimize the fitness function.
or(BitChromosome) - Method in class io.jenetics.BitChromosome: Returns a BitChromosome whose value is (this | other).
OR - Enum constant in enum class io.jenetics.prog.op.BoolOp: Disjunction.
order() - Method in class io.jenetics.Recombinator: Return the number of individuals involved in the Recombinator.recombine(MSeq, int[], long) step.
Ordered<T> - Class in io.jenetics.util: Object wrapper, which makes the wrapped value Comparable, by defining a separate Comparator.

P

parallelStream() - Method in interface io.jenetics.util.Seq

Returns a possibly parallel Stream with this sequence as its source.

parent() - Method in class io.jenetics.ext.AbstractTreeGene

Return the parent node of this tree node.

parent() - Method in class io.jenetics.ext.util.FlatTreeNode

parent() - Method in interface io.jenetics.ext.util.Tree

Return the parent node of this tree node.

parent() - Method in class io.jenetics.ext.util.TreeNode

Returns this node's parent if available.

PARENTHESES - Static variable in class io.jenetics.ext.util.TreeFormatter

Formats a given tree to a parentheses string representation.

Pareto - Class in io.jenetics.ext.moea

Low-level utility methods for doing pareto-optimal calculations.

ParetoFront<T> - Class in io.jenetics.ext.moea

This class only contains non-dominate (Pareto-optimal) elements according to a given dominance measure.

ParetoFront(Comparator<? super T>) - Constructor for class io.jenetics.ext.moea.ParetoFront

Create a new ParetoSet with the given dominance measure.

ParetoFront(Comparator<? super T>, BiPredicate<? super T, ? super T>) - Constructor for class io.jenetics.ext.moea.ParetoFront

Create a new ParetoSet with the given dominance measure.

parse(CharSequence) - Static method in class io.jenetics.ext.util.CsvSupport

Parses the given CSV string into a list of rows.

parse(CharSequence, Function<? super String[], ? extends T>) - Static method in class io.jenetics.ext.util.CsvSupport

Parses the given CSV string into a list of records.

parse(String) - Static method in class io.jenetics.ext.grammar.Bnf

Parses the given BNF grammar string to a Cfg object.

parse(String) - Static method in class io.jenetics.ext.rewriting.TreeRewriteRule

Compiles the string representation of a rewrite rule:

parse(String) - Static method in class io.jenetics.ext.util.FlatTreeNode

Parses a (parentheses) tree string, created with Tree.toParenthesesString().

parse(String) - Static method in class io.jenetics.ext.util.TreeNode

Parses a (parentheses) tree string, created with Tree.toParenthesesString().

parse(String) - Static method in class io.jenetics.prog.op.MathExpr

Parses the given expression into an AST tree.

parse(String) - Static method in class io.jenetics.prog.op.Var

Parses the given variable string to its name and index.

parse(String...) - Static method in class io.jenetics.ext.rewriting.TRS

Create a new TRS from the given rewrite rules.

parse(String, Function<? super String, ? extends B>) - Static method in class io.jenetics.ext.util.FlatTreeNode

Parses a (parentheses) tree string, created with Tree.toParenthesesString().

parse(String, Function<? super String, ? extends B>) - Static method in class io.jenetics.ext.util.TreeNode

Parses a (parentheses) tree string, created with Tree.toParenthesesString().

parse(String, Function<? super String, ? extends V>) - Static method in class io.jenetics.ext.rewriting.TreeRewriteRule

Compiles the string representation of a rewrite rule:

parse(Function<? super String, ? extends V>, String...) - Static method in class io.jenetics.ext.rewriting.TRS

Create a new TRS from the given rewrite rules and type mapper.

parseDoubles(CharSequence) - Static method in class io.jenetics.ext.util.CsvSupport

Parses the given CSV string into a list of double[] array rows.

parseDoubles(CharSequence) - Static method in interface io.jenetics.prog.regression.Sample

Parses the given CSV string into a list of double sample points.

parseTree(String) - Static method in class io.jenetics.prog.op.MathExpr

Parses the given mathematical expression string and returns the mathematical expression tree.

PartialAlterer<G,C> - Class in io.jenetics

This alterer wraps a given alterer which works on a given section of the genotype's chromosomes.

PartiallyMatchedCrossover<T,C> - Class in io.jenetics

The PartiallyMatchedCrossover (PMX) guarantees that all Genes are found exactly once in each chromosome.

PartiallyMatchedCrossover(double) - Constructor for class io.jenetics.PartiallyMatchedCrossover

path() - Method in interface io.jenetics.ext.util.Tree

Return the Tree.Path of this tree, such that

final Tree<Integer, ?> tree = ...;
final Tree.Path path = tree.path();
assert tree == tree.getRoot()
    .childAtPath(path)
    .orElse(null);

pathElements() - Method in interface io.jenetics.ext.util.Tree

Returns the path from the root, to get to this node.

pathFromAncestorIterator(Tree<?, ?>) - Method in interface io.jenetics.ext.util.Tree

Return an iterator that follows the path from ancestor to this node.

pattern() - Method in class io.jenetics.ext.rewriting.TreeMatcher

Return the underlying pattern of this matcher.

PermutationChromosome<T> - Class in io.jenetics

This chromosome can be used to model permutations of a given (sub) set of alleles.

PermutationChromosome(ISeq<EnumGene<T>>) - Constructor for class io.jenetics.PermutationChromosome

Create a new PermutationChromosome from the given genes.

Phenotype<G,C> - Class in io.jenetics

The Phenotype consists of a Genotype, the current generation and an optional fitness value.

phenotypeAge() - Method in class io.jenetics.engine.EvolutionStatistics

Return the statistics about the individual's age.

PI - Static variable in enum class io.jenetics.prog.op.MathOp

The double value that is closer than any other to pi, the ratio of the circumference of a circle to its diameter.

plus(EvolutionDurations) - Method in record class io.jenetics.engine.EvolutionDurations

Returns a copy of this duration with the specified duration added.

population() - Method in record class io.jenetics.AltererResult

Returns the value of the population record component.

population() - Method in class io.jenetics.engine.EvolutionInit

Return the initial population.

population() - Method in class io.jenetics.engine.EvolutionResult

Return the population after the evolution step.

population() - Method in class io.jenetics.engine.EvolutionStart

Return the population before the evolution step.

POPULATION_COMPARATOR - Variable in class io.jenetics.ProbabilitySelector

populationSize() - Method in class io.jenetics.engine.Engine.Builder

Return the number of individuals of a population.

populationSize() - Method in class io.jenetics.engine.Engine

Return the number of individuals of a population.

populationSize() - Method in class io.jenetics.engine.EvolutionParams.Builder

Return the number of individuals of a population.

populationSize() - Method in class io.jenetics.engine.EvolutionParams

Return the population size.

populationSize(int) - Method in class io.jenetics.engine.Engine.Builder

The number of individuals which form the population.

populationSize(int) - Method in class io.jenetics.engine.EvolutionParams.Builder

The number of individuals which form the population.

postorderIterator() - Method in interface io.jenetics.ext.util.Tree

Return an iterator that traverses the subtree rooted at this node in post-order.

postorderStream() - Method in interface io.jenetics.ext.util.Tree

Return a stream that traverses the subtree rooted at this node in post-order.

POW - Enum constant in enum class io.jenetics.prog.op.MathOp

Returns the value of the first argument raised to the power of the second argument.

preorderIterator() - Method in interface io.jenetics.ext.util.Tree

Return an iterator that traverses the subtree rooted at this node in pre-order.

preorderStream() - Method in interface io.jenetics.ext.util.Tree

Return a stream that traverses the subtree rooted at this node in pre-order.

prepend(Iterable<? extends T>) - Method in interface io.jenetics.util.ISeq

prepend(Iterable<? extends T>) - Method in interface io.jenetics.util.MSeq

prepend(Iterable<? extends T>) - Method in interface io.jenetics.util.Seq

Return a new Seq with the given values prepended.

prepend(T...) - Method in interface io.jenetics.util.ISeq

prepend(T...) - Method in interface io.jenetics.util.MSeq

prepend(T...) - Method in interface io.jenetics.util.Seq

Return a new Seq with the given values prepended.

previousLeaf() - Method in interface io.jenetics.ext.util.Tree

Return the leaf before this node or null if this node is the first leaf in the tree.

previousNode() - Method in interface io.jenetics.ext.util.Tree

Return the node that precedes this node in a pre-order traversal of this tree node.

previousSibling() - Method in interface io.jenetics.ext.util.Tree

Return the previous sibling of this node in the parent's children list, or Optional.empty() if this node has no parent or is the parent's first child.

probabilities(Seq<Phenotype<G, C>>, int) - Method in class io.jenetics.ExponentialRankSelector

This method sorts the population in descending order while calculating the selection probabilities.

probabilities(Seq<Phenotype<G, C>>, int) - Method in class io.jenetics.LinearRankSelector

This method sorts the population in descending order while calculating the selection probabilities.

probabilities(Seq<Phenotype<G, C>>, int) - Method in class io.jenetics.ProbabilitySelector

Return an Probability array, which corresponds to the given Population.

probabilities(Seq<Phenotype<G, C>>, int, Optimize) - Method in class io.jenetics.ProbabilitySelector

This method takes the probabilities from the ProbabilitySelector.probabilities(Seq, int) method and inverts it if needed.

probabilities(Seq<Phenotype<G, N>>, int) - Method in class io.jenetics.BoltzmannSelector

probabilities(Seq<Phenotype<G, N>>, int) - Method in class io.jenetics.RouletteWheelSelector

probability() - Method in class io.jenetics.AbstractAlterer

Return the recombination/alter probability for this alterer.

ProbabilitySelector<G,C> - Class in io.jenetics

Probability selectors are a variation of fitness proportional selectors and selects individuals from a given population based on its selection probability P(i).

ProbabilitySelector() - Constructor for class io.jenetics.ProbabilitySelector

Create a new selector with sorted = false.

ProbabilitySelector(boolean) - Constructor for class io.jenetics.ProbabilitySelector

Create a new ProbabilitySelector with the given sorting flag.

Problem<T,G,C> - Interface in io.jenetics.engine

This interface describes a problem which can be solved by the GA evolution Engine.

Program<T> - Class in io.jenetics.prog.op

This class composes a given operation tree to a new operation, which can serve as a sub program in another operation tree.

Program(String, Tree<? extends Op<T>, ?>) - Constructor for class io.jenetics.prog.op.Program

Create a new program with the given name and the given operation tree.

ProgramChromosome<A> - Class in io.jenetics.prog

Holds the nodes of the operation tree.

ProgramChromosome(ISeq<ProgramGene<A>>, Predicate<? super ProgramChromosome<A>>, ISeq<? extends Op<A>>, ISeq<? extends Op<A>>) - Constructor for class io.jenetics.prog.ProgramChromosome

Create a new program chromosome from the given program genes.

ProgramGene<A> - Class in io.jenetics.prog

This gene represents a program, build upon an AST of Op functions.

ProxySorter - Class in io.jenetics.util

This sorting methods doesn't sort a given array directly; instead, an index lookup array is returned which allows accessing the array in a sorted order.

ProxySorter.Comparator<T> - Interface in io.jenetics.util

The comparator used for comparing two array elements at the specified indexes.

publish() - Method in class io.jenetics.prog.regression.SampleBuffer

Making the current sample points available for the SampleBuffer.eval(Tree) function.

Q

quantile() - Method in class io.jenetics.stat.Quantile: Return the quantile this object has been parametrized with.
Quantile - Class in io.jenetics.stat: Implementation of the quantile estimation algorithm published by
Quantile(double) - Constructor for class io.jenetics.stat.Quantile: Create a new quantile accumulator with the given value.
Quote(char) - Constructor for record class io.jenetics.ext.util.CsvSupport.Quote: Creates a new Quote char object.

R

R(String, Cfg.Expression<T>...) - Static method in record class io.jenetics.ext.grammar.Cfg: Factory method for creating a new rule.
random() - Static method in class io.jenetics.util.RandomRegistry: Return the RandomGenerator of the current scope.
random(Supplier<? extends R>) - Static method in class io.jenetics.util.RandomRegistry: Set a new Supplier of RandomGenerator for the global scope.
random(RandomGenerator) - Static method in class io.jenetics.util.RandomRegistry: Set a new RandomGenerator for the global scope.
random(RandomGeneratorFactory<? extends R>) - Static method in class io.jenetics.util.RandomRegistry: Set a new RandomGeneratorFactory for the global scope.
RandomAdapter - Class in io.jenetics.util: Some places in the Java API still require a Random object instead of the new RandomGenerator.
RandomRegistry - Class in io.jenetics.util: This class holds the RandomGenerator engine used for the GA.
range() - Method in class io.jenetics.DoubleGene: Return the range of this gene.
range() - Method in class io.jenetics.IntegerGene: Return the range of this gene.
range() - Method in class io.jenetics.LongGene: Return the range of this gene.
Range(int, int) - Constructor for record class io.jenetics.ShuffleMutator.Range: Creates an instance of a Range record class.
Range(int, int, int) - Constructor for record class io.jenetics.ShiftMutator.Range: Create a new shift range with the given parameters
rank(BaseSeq<? extends Vec<T>>) - Static method in class io.jenetics.ext.moea.Pareto: Calculates the non-domination rank of the given input set, using the natural order of the elements as dominance measure.
rank(BaseSeq<? extends T>, Comparator<? super T>) - Static method in class io.jenetics.ext.moea.Pareto: Calculates the non-domination rank of the given input set, using the given dominance comparator.
read(File) - Method in class io.jenetics.util.IO: Reads an object from the given file.
read(InputStream) - Method in class io.jenetics.util.IO: Reads an object from the given input stream.
read(InputStream) - Static method in class io.jenetics.xml.Readers.BitChromosome: Read a new BitChromosome from the given input stream.
read(InputStream) - Static method in class io.jenetics.xml.Readers.CharacterChromosome: Read a new CharacterChromosome from the given input stream.
read(InputStream) - Static method in class io.jenetics.xml.Readers.DoubleChromosome: Read a new DoubleChromosome from the given input stream.
read(InputStream) - Static method in class io.jenetics.xml.Readers.IntegerChromosome: Read a new IntegerChromosome from the given input stream.
read(InputStream) - Static method in class io.jenetics.xml.Readers.LongChromosome: Read a new LongChromosome from the given input stream.
read(InputStream, Reader<? extends A>) - Static method in class io.jenetics.xml.Readers.PermutationChromosome: Reads a new PermutationChromosome from the given input stream.
read(InputStream, Reader<? extends C>) - Static method in class io.jenetics.xml.Readers.Genotype: Reads a genotype by using the given chromosome reader.
read(InputStream, Reader<? extends C>) - Static method in class io.jenetics.xml.Readers.Genotypes: Reads the genotypes by using the given chromosome reader.
read(InputStream, Reader<? extends C>) - Static method in class io.jenetics.xml.Readers: Reads the genotypes by using the given chromosome reader.
read(Reader) - Method in class io.jenetics.ext.util.CsvSupport.LineReader: Reads all CSV lines from the given reader.
read(Class<T>, File) - Method in class io.jenetics.util.IO: Reads an object from the given file.
read(Class<T>, InputStream) - Method in class io.jenetics.util.IO: Reads an object from the given input stream.
read(Class<T>, String) - Method in class io.jenetics.util.IO: Reads an object from the given file.
read(Class<T>, Path) - Method in class io.jenetics.util.IO: Reads an object from the given file.
read(String) - Method in class io.jenetics.util.IO: Reads an object from the given file.
read(Path) - Method in class io.jenetics.util.IO: Reads an object from the given file.
read(XMLStreamReader) - Method in class io.jenetics.xml.stream.Reader: Read the given type from the underlying XML stream reader.
readAllLines(Reader) - Static method in class io.jenetics.ext.util.CsvSupport: Splits the CSV file, given by the reader, into a List of CSV lines.
readAllRows(Reader) - Static method in class io.jenetics.ext.util.CsvSupport: Splits the CSV file, given by the reader, into a List of CSV lines.
reader() - Static method in class io.jenetics.xml.Readers.BitChromosome: Return a XML reader for BitChromosome objects.
reader() - Static method in class io.jenetics.xml.Readers.CharacterChromosome: Return a XML reader for CharacterChromosome objects.
reader() - Static method in class io.jenetics.xml.Readers.DoubleChromosome: Return a DoubleChromosome reader.
reader() - Static method in class io.jenetics.xml.Readers.IntegerChromosome: Return a IntegerChromosome reader.
reader() - Static method in class io.jenetics.xml.Readers.LongChromosome: Return a LongChromosome reader.
reader(Reader<? extends A>) - Static method in class io.jenetics.xml.Readers.PermutationChromosome: Return a reader for permutation chromosomes with the given allele reader.
reader(Reader<? extends C>) - Static method in class io.jenetics.xml.Readers.Genotype: Create a genotype reader with the given chromosome reader.
reader(Reader<C>) - Static method in class io.jenetics.xml.Readers.Genotypes: Return a genotype reader using the given chromosome reader.
reader(InputStream) - Static method in class io.jenetics.xml.stream.XML: Create a new XML stream reader from the given input stream.
reader(String, BoundedGeneCreator<A, G>, IntFunction<G[]>, Function<G[], C>, Reader<? extends A>) - Static method in class io.jenetics.xml.Readers.BoundedChromosome: Create a bounded chromosome reader with the given configuration.
Reader<T> - Class in io.jenetics.xml.stream: XML reader class, used for reading objects in XML format.
Readers - Class in io.jenetics.xml: This class contains static fields and methods, for creating chromosome- and genotype readers for different gene types.
Readers.BitChromosome - Class in io.jenetics.xml: Bit chromosome reader methods, which reads XML-representations of bit-chromosomes.
Readers.BoundedChromosome - Class in io.jenetics.xml: Reader methods for BoundedChromosome objects.
Readers.CharacterChromosome - Class in io.jenetics.xml: Reader methods for CharacterChromosome objects.
Readers.DoubleChromosome - Class in io.jenetics.xml: Reader methods for DoubleChromosome objects.
Readers.Genotype - Class in io.jenetics.xml: Writer methods for Genotype objects.
Readers.Genotypes - Class in io.jenetics.xml: This class contains static reader methods for Genotype objects.
Readers.IntegerChromosome - Class in io.jenetics.xml: Reader methods for IntegerChromosome objects.
Readers.LongChromosome - Class in io.jenetics.xml: Reader methods for LongChromosome objects.
Readers.PermutationChromosome - Class in io.jenetics.xml: Reader methods for PermutationChromosome objects.
Recombinator<G,C> - Class in io.jenetics: An enhanced genetic algorithm (EGA) combine elements of existing solutions in order to create a new solution, with some of the properties of each parent.
Recombinator(double, int) - Constructor for class io.jenetics.Recombinator: Constructs an alterer with a given recombination probability.
recombine(MSeq<Phenotype<G, C>>, int[], long) - Method in class io.jenetics.CombineAlterer
recombine(MSeq<Phenotype<G, C>>, int[], long) - Method in class io.jenetics.Crossover
recombine(MSeq<Phenotype<G, C>>, int[], long) - Method in class io.jenetics.ext.TreeCrossover
recombine(MSeq<Phenotype<G, C>>, int[], long) - Method in class io.jenetics.Recombinator: Recombination template method.
reduce(U[], BiFunction<? super V, ? super U[], ? extends U>) - Method in class io.jenetics.ext.util.FlatTreeNode
reduce(U[], BiFunction<? super V, ? super U[], ? extends U>) - Method in interface io.jenetics.ext.util.Tree: Performs a reduction on the elements of this tree, using an associative reduction function.
Regression<T> - Class in io.jenetics.prog.regression: This class implements a symbolic regression problem.
reindex(TreeNode<Op<V>>) - Static method in class io.jenetics.prog.op.Var: Re-indexes the variables of the given operation tree.
reindex(TreeNode<Op<V>>, Map<Var<V>, Integer>) - Static method in class io.jenetics.prog.op.Var: Re-indexes the variables of the given operation tree.
remove(int) - Method in class io.jenetics.ext.util.TreeNode: Removes the child at the specified index from this node's children and sets that node's parent to null.
remove(Tree<?, ?>) - Method in class io.jenetics.ext.util.TreeNode: Remove the child from this node's child array, giving it a null parent.
removeAllChildren() - Method in class io.jenetics.ext.util.TreeNode: Removes all children fo this node and setting their parents to null.
removeAtPath(Tree.Path) - Method in class io.jenetics.ext.util.TreeNode: Removes the child at the given path.
repair(Phenotype<G, C>, long) - Method in interface io.jenetics.engine.Constraint: Tries to repair the given phenotype.
repair(Phenotype<G, C>, long) - Method in class io.jenetics.engine.RetryConstraint
replace(int, TreeNode<T>) - Method in class io.jenetics.ext.util.TreeNode: Replaces the child at the give index with the given child
replaceAtPath(Tree.Path, TreeNode<T>) - Method in class io.jenetics.ext.util.TreeNode: Replaces the child at the given path with the given new child.
reset() - Method in class io.jenetics.stat.Quantile: Reset this object to its initial state.
reset() - Static method in class io.jenetics.util.RandomRegistry: Set the random object to its default value.
result() - Method in record class io.jenetics.MutatorResult: Returns the value of the result record component.
result() - Method in interface io.jenetics.prog.regression.Sample: Return the result of the sample point.
result() - Method in class io.jenetics.stat.DoubleMomentStatistics
result() - Method in interface io.jenetics.util.Accumulator: Return a copy of the current result of the accumulated elements.
Result(T[], T[]) - Constructor for record class io.jenetics.prog.regression.Sampling.Result: Creates an instance of a Result record class.
results() - Method in class io.jenetics.ext.rewriting.TreeMatcher: Return all matching sub-trees.
RetryConstraint<G,C> - Class in io.jenetics.engine: This simple Constraint implementation repairs an invalid phenotype by creating new individuals until a valid one has been created.
RetryConstraint(Predicate<? super Phenotype<G, C>>, Factory<Genotype<G>>, int) - Constructor for class io.jenetics.engine.RetryConstraint: Create a new retry-constraint with the given parameters.
reverse() - Method in interface io.jenetics.util.MSeq: Reverses the order of the elements this sequence (in place).
reversed() - Method in interface io.jenetics.ext.moea.ElementComparator: Returns a comparator that imposes the reverse ordering of this comparator.
reversed() - Method in interface io.jenetics.util.ProxySorter.Comparator: Returns a comparator that imposes the reverse ordering of this comparator.
rewrite(TreeNode<Op<Double>>) - Static method in class io.jenetics.prog.op.MathExpr: Applies the MathExpr.REWRITER to the given (mutable) tree.
rewrite(TreeNode<Op<Double>>, int) - Static method in class io.jenetics.prog.op.MathExpr: Applies the MathExpr.REWRITER to the given (mutable) tree.
rewrite(TreeNode<Op<T>>, int) - Method in class io.jenetics.prog.op.ConstRewriter
rewrite(TreeNode<V>) - Method in interface io.jenetics.ext.rewriting.TreeRewriter: Applies the rewriting to the given (mutable) tree.
rewrite(TreeNode<V>, int) - Method in interface io.jenetics.ext.rewriting.TreeRewriter: Applies the rewriting to the given (mutable) tree.
rewrite(TreeNode<V>, int) - Method in class io.jenetics.ext.rewriting.TreeRewriteRule
rewrite(TreeNode<V>, int) - Method in class io.jenetics.ext.rewriting.TRS
rewrite(TreeNode<V>, int, Iterable<? extends TreeRewriter<V>>) - Static method in interface io.jenetics.ext.rewriting.TreeRewriter: Rewrites the given tree by applying the given rewriters.
rewrite(TreeNode<V>, Iterable<? extends TreeRewriter<V>>) - Static method in interface io.jenetics.ext.rewriting.TreeRewriter: Rewrites the given tree by applying the given rewriters.
REWRITER - Static variable in class io.jenetics.prog.op.MathExpr: Combination of the MathExpr.ARITHMETIC_REWRITER and the MathExpr.CONST_REWRITER, in this specific order.
right() - Method in class io.jenetics.ext.rewriting.TreeRewriteRule: Return the replacement pattern of the rule.
RINT - Enum constant in enum class io.jenetics.prog.op.MathOp: Returns the double value that is closest in value to the argument and is equal to a mathematical integer.
rmse(Double[], Double[]) - Static method in interface io.jenetics.prog.regression.LossFunction: Root-mean-square error is measured as the average of squared difference between predictions and actual observations.
root() - Method in class io.jenetics.ext.AbstractTreeGene
root() - Method in interface io.jenetics.ext.TreeChromosome: Return the root gene of this chromosome.
root() - Method in class io.jenetics.ext.util.FlatTreeNode: Returns the root of the tree that contains this node.
root() - Method in interface io.jenetics.ext.util.Tree: Returns the root of the tree that contains this node.
RouletteWheelSelector<G,N> - Class in io.jenetics: The roulette-wheel selector is also known as fitness proportional selector, but in the Jenetics library it is implemented as probability selector.
RouletteWheelSelector() - Constructor for class io.jenetics.RouletteWheelSelector
RouletteWheelSelector(boolean) - Constructor for class io.jenetics.RouletteWheelSelector
rows(Reader) - Static method in class io.jenetics.ext.util.CsvSupport: Splits the CSV file, given by the reader, into a Stream of CSV rows.
RSMutator<G,C> - Class in io.jenetics.ext: The reverse sequence mutation, two positions i and j are randomly chosen The gene order in a chromosome will then be reversed between this two points.
RSMutator() - Constructor for class io.jenetics.ext.RSMutator: Default constructor, with default mutation probability (Alterer.DEFAULT_ALTER_PROBABILITY).
RSMutator(double) - Constructor for class io.jenetics.ext.RSMutator: Constructs an alterer with a given recombination probability.
rule(Cfg.NonTerminal<?>) - Method in record class io.jenetics.ext.grammar.Cfg: Return the rule for the given start symbol.
Rule(Cfg.NonTerminal<T>, List<Cfg.Expression<T>>) - Constructor for record class io.jenetics.ext.grammar.Cfg.Rule: Creates a new rule object.
rules() - Method in record class io.jenetics.ext.grammar.Cfg: Returns the value of the rules record component.

S

sameState(DoubleMomentStatistics) - Method in class io.jenetics.stat.DoubleMomentStatistics: Compares the state of two DoubleMomentStatistics objects.
sameState(IntMomentStatistics) - Method in class io.jenetics.stat.IntMomentStatistics: Compares the state of two IntMomentStatistics objects.
sameState(LongMomentStatistics) - Method in class io.jenetics.stat.LongMomentStatistics: Compares the state of two LongMomentStatistics objects.
sameState(MinMax<C>) - Method in class io.jenetics.stat.MinMax: Compares the state of two LongMomentStatistics objects.
sameState(Quantile) - Method in class io.jenetics.stat.Quantile: Compares the state of two Quantile objects.
sample(RandomGenerator, DoubleRange) - Method in interface io.jenetics.stat.Sampler: Create a new double sample point within the given range [min, max).
sample(RandomGenerator, IntRange) - Method in interface io.jenetics.stat.Sampler: Create a new int sample point within the given range [min, max).
Sample<T> - Interface in io.jenetics.prog.regression: Represents a sample point used for the symbolic regression task.
SampleBuffer<T> - Class in io.jenetics.prog.regression: This class holds the actual sample values which are used for the symbolic regression example.
SampleBuffer(int) - Constructor for class io.jenetics.prog.regression.SampleBuffer
Sampler - Interface in io.jenetics.stat: Interface for creating continuous random samples, with a given distribution.
Samplers - Class in io.jenetics.stat: This class defines some default samplers.
sampleSize() - Method in class io.jenetics.TournamentSelector: Return the sample size of the tournament selector.
Sampling<T> - Interface in io.jenetics.prog.regression: This interface represents a set of sample points, which can be evaluated with a given evolved program.
Sampling.Result<T> - Record Class in io.jenetics.prog.regression: This class represents the result of a sample calculation, which contains the array of calculated values and a corresponding array with expected sample values.
select(Cfg.NonTerminal<T>, Cfg<T>, SymbolIndex) - Static method in interface io.jenetics.ext.grammar.Generator: Standard algorithm for selecting a list of alternative symbols from the given rule.
select(Seq<Phenotype<G, C>>, int, Optimize) - Method in class io.jenetics.EliteSelector
select(Seq<Phenotype<G, C>>, int, Optimize) - Method in class io.jenetics.ext.moea.NSGA2Selector
select(Seq<Phenotype<G, C>>, int, Optimize) - Method in class io.jenetics.ext.moea.UFTournamentSelector
select(Seq<Phenotype<G, C>>, int, Optimize) - Method in class io.jenetics.ext.WeaselSelector
select(Seq<Phenotype<G, C>>, int, Optimize) - Method in class io.jenetics.MonteCarloSelector
select(Seq<Phenotype<G, C>>, int, Optimize) - Method in class io.jenetics.ProbabilitySelector
select(Seq<Phenotype<G, C>>, int, Optimize) - Method in interface io.jenetics.Selector: Select phenotypes from the Population.
select(Seq<Phenotype<G, C>>, int, Optimize) - Method in class io.jenetics.TournamentSelector
select(Seq<Phenotype<G, C>>, int, Optimize) - Method in class io.jenetics.TruncationSelector: This method sorts the population in descending order while calculating the selection probabilities.
select(Seq<Phenotype<G, N>>, int, Optimize) - Method in class io.jenetics.StochasticUniversalSelector: This method sorts the population in descending order while calculating the selection probabilities.
selectionDuration() - Method in class io.jenetics.engine.EvolutionStatistics: Return the duration statistics needed for selecting the population, in seconds.
selector(Selector<G, C>) - Method in class io.jenetics.engine.Engine.Builder: The selector used for selecting the survivors and offspring population.
selector(Selector<G, C>) - Method in class io.jenetics.engine.EvolutionParams.Builder: The selector used for selecting the survivors and offspring population.
Selector<G,C> - Interface in io.jenetics: Selectors are responsible for selecting a given number of individuals from the population.
self() - Method in interface io.jenetics.util.Self: Return a reference of this object as the declared generic type S.
Self<S> - Interface in io.jenetics.util: This interface defines a recursive generic type S, which represents the type of the implementing class.
SentenceGenerator<T> - Class in io.jenetics.ext.grammar: Standard implementation of a sentence generator.
SentenceGenerator(SymbolIndex, int) - Constructor for class io.jenetics.ext.grammar.SentenceGenerator: Create a new sentence generator from the given parameters.
SentenceGenerator(SymbolIndex, SentenceGenerator.Expansion, int) - Constructor for class io.jenetics.ext.grammar.SentenceGenerator: Create a new sentence generator from the given parameters.
SentenceGenerator.Expansion - Enum Class in io.jenetics.ext.grammar: Defines the expansion strategy used when generating the sentences.
Separator(char) - Constructor for record class io.jenetics.ext.util.CsvSupport.Separator: Creates a new Separator char object.
Seq<T> - Interface in io.jenetics.util: General interface for a ordered, fixed sized, object sequence.
set(int, T) - Method in interface io.jenetics.util.MSeq: Set the value at the given index.
setAll(Iterable<? extends T>) - Method in interface io.jenetics.util.MSeq: Fills the sequence with values of the given iterable.
setAll(Iterator<? extends T>) - Method in interface io.jenetics.util.MSeq: Fills the sequence with values of the given iterator.
setAll(T[]) - Method in interface io.jenetics.util.MSeq: Fill the sequence with the given values.
setup(Engine.Setup<G, C>) - Method in class io.jenetics.engine.Engine.Builder: Applies the given setup recipe to this engine builder.
Setup of a local PRNG - Search tag in class io.jenetics.util.RandomRegistry: Section
Setup the PRNG used for the evolution process - Search tag in class io.jenetics.util.RandomRegistry: Section
sharedAncestor(T) - Method in interface io.jenetics.ext.util.Tree: Returns the nearest common ancestor to this node and the given node.
shiftLeft(int) - Method in class io.jenetics.BitChromosome: Returns a new BitChromosome whose value is (this << n).
ShiftMutator<G,C> - Class in io.jenetics: The shift mutation applies mutation between two randomly chosen points.
ShiftMutator() - Constructor for class io.jenetics.ShiftMutator: Default constructor, with default mutation probability (Alterer.DEFAULT_ALTER_PROBABILITY).
ShiftMutator(double) - Constructor for class io.jenetics.ShiftMutator: Constructs an alterer with a given recombination probability.
ShiftMutator(ShiftMutator.RangeRandom) - Constructor for class io.jenetics.ShiftMutator: Constructs an alterer with a given shifter-random.
ShiftMutator(ShiftMutator.RangeRandom, double) - Constructor for class io.jenetics.ShiftMutator: Constructs an alterer with a given shifter-random and recombination probability.
ShiftMutator.Range - Record Class in io.jenetics: This class defines the Chromosome shift indexes.
ShiftMutator.RangeRandom - Interface in io.jenetics: Functional interface for creating random shift ranges objects for shifting sequences of a given length.
shiftRight(int) - Method in class io.jenetics.BitChromosome: Returns a new BitChromosome whose value is (this >> n).
shortValue() - Method in class io.jenetics.DoubleGene
shortValue() - Method in class io.jenetics.IntegerGene
shortValue() - Method in class io.jenetics.LongGene
shortValue() - Method in interface io.jenetics.NumericChromosome: Return the short value of this NumericChromosome at the index 0.
shortValue() - Method in interface io.jenetics.NumericGene: Returns the value of the specified gene as a short.
shortValue(int) - Method in interface io.jenetics.NumericChromosome: Return the short value of this NumericChromosome at the given index.
shuffle() - Method in interface io.jenetics.util.MSeq: Randomize the array using the RandomGenerator object currently registered in the RandomRegistry class.
shuffle(RandomGenerator) - Method in interface io.jenetics.util.MSeq: Randomize the array using the given RandomGenerator object.
ShuffleMutator<G,C> - Class in io.jenetics: The shuffle mutation, changes the order of the genes between two randomly chosen positions.
ShuffleMutator() - Constructor for class io.jenetics.ShuffleMutator: Default constructor, with default mutation probability (Alterer.DEFAULT_ALTER_PROBABILITY).
ShuffleMutator(double) - Constructor for class io.jenetics.ShuffleMutator: Constructs an alterer with a given recombination probability.
ShuffleMutator(ShuffleMutator.RangeRandom, double) - Constructor for class io.jenetics.ShuffleMutator: Constructs an alterer with a given recombination probability and random range generator.
ShuffleMutator.Range - Record Class in io.jenetics: Represents the chromosome range which will be shuffled
ShuffleMutator.RangeRandom - Interface in io.jenetics: Functional interface for creating random range objects for shuffling sequences of a given length.
siblingCount() - Method in interface io.jenetics.ext.util.Tree: Return the number of siblings of this node.
SIGNUM - Enum constant in enum class io.jenetics.prog.op.MathOp: Returns the signum function of the argument; zero if the argument is zero, 1.0 if the argument is greater than zero, -1.0 if the argument is less than zero.
simplify() - Method in class io.jenetics.prog.op.MathExpr: Simplifies this expression by applying the default MathExpr.REWRITER.
simplify(TreeRewriter<Op<Double>>) - Method in class io.jenetics.prog.op.MathExpr: Simplifying this expression by applying the given rewriter.
simplify(TreeRewriter<Op<Double>>, int) - Method in class io.jenetics.prog.op.MathExpr: Simplifying this expression by applying the given rewriter and the given rewrite limit.
SimulatedBinaryCrossover<G,C> - Class in io.jenetics.ext: Performs the simulated binary crossover (SBX) on a Chromosome of NumericGenes such that each position is either crossed contracted or expanded with a certain probability.
SimulatedBinaryCrossover(double) - Constructor for class io.jenetics.ext.SimulatedBinaryCrossover: Create a new simulated binary crossover alterer with the given parameters.
SimulatedBinaryCrossover(double, double) - Constructor for class io.jenetics.ext.SimulatedBinaryCrossover: Create a new simulated binary crossover alterer with the given parameters.
SIN - Enum constant in enum class io.jenetics.prog.op.MathOp: Returns the trigonometric sine of an angle.
singleBitChromosomeMapper(Cfg<? extends T>, int, Function<? super SymbolIndex, ? extends Generator<T, R>>) - Static method in class io.jenetics.ext.grammar.Mappers: Return a classic mapping codec.
singleIntegerChromosomeMapper(Cfg<? extends T>, IntRange, int, Function<? super SymbolIndex, ? extends Generator<T, R>>) - Static method in class io.jenetics.ext.grammar.Mappers: Create a mapping codec, similar as in Mappers.singleBitChromosomeMapper(Cfg, int, Function).
singleIntegerChromosomeMapper(Cfg<? extends T>, IntRange, IntRange, Function<? super SymbolIndex, ? extends Generator<T, R>>) - Static method in class io.jenetics.ext.grammar.Mappers: Create a mapping codec, similar as in Mappers.singleBitChromosomeMapper(Cfg, int, Function).
SingleNodeCrossover<G,C> - Class in io.jenetics.ext: Swaps two, randomly chosen, nodes (subtrees) from two given trees.
SingleNodeCrossover() - Constructor for class io.jenetics.ext.SingleNodeCrossover
SingleNodeCrossover(double) - Constructor for class io.jenetics.ext.SingleNodeCrossover
SinglePointCrossover<G,C> - Class in io.jenetics: Single point crossover
SinglePointCrossover() - Constructor for class io.jenetics.SinglePointCrossover: Create a new single-point crossover object with crossover probability of 0.05.
SinglePointCrossover(double) - Constructor for class io.jenetics.SinglePointCrossover: Constructs an alterer with a given recombination probability.
SINH - Enum constant in enum class io.jenetics.prog.op.MathOp: Returns the hyperbolic sine of a double value.
size() - Method in class io.jenetics.ext.AbstractTreeGene
size() - Method in class io.jenetics.ext.moea.ParetoFront
size() - Method in class io.jenetics.ext.util.FlatTreeNode
size() - Method in interface io.jenetics.ext.util.Tree: Return the number of nodes of this node (subtree).
size() - Method in class io.jenetics.util.IntRange: Return the size of the IntRange: max - min.
size() - Method in interface io.jenetics.util.Seq
skewness() - Method in record class io.jenetics.stat.DoubleMoments: Returns the value of the skewness record component.
skewness() - Method in record class io.jenetics.stat.IntMoments: Returns the value of the skewness record component.
skewness() - Method in record class io.jenetics.stat.LongMoments: Returns the value of the skewness record component.
skewness() - Method in class io.jenetics.stat.DoubleMomentStatistics: Return the skewness of values recorded, or Double.NaN if less than two values have been recorded.
skewness() - Method in class io.jenetics.stat.IntMomentStatistics: Return the skewness of values recorded, or Double.NaN if less than two values have been recorded.
skewness() - Method in class io.jenetics.stat.LongMomentStatistics: Return the skewness of values recorded, or Double.NaN if less than two values have been recorded.
slice(int, int) - Method in class io.jenetics.Genotype: Create a new Genotype which consists of the chromosomes from the given fromIndex (inclusively) to the given toIndex (exclusively).
sort() - Method in interface io.jenetics.util.MSeq: Sorts this sequence according to the natural order of the elements.
sort(double[]) - Static method in class io.jenetics.util.ProxySorter: Sorting the given array by creating an index lookup array.
sort(double[], int, int) - Static method in class io.jenetics.util.ProxySorter: Sorting the given array by creating an index lookup array.
sort(int) - Method in interface io.jenetics.util.MSeq: Sorts this sequence according to the natural order of the elements.
sort(int[]) - Static method in class io.jenetics.util.ProxySorter: Sorting the given array by creating an index lookup array.
sort(int[], int, int) - Static method in class io.jenetics.util.ProxySorter: Sorting the given array by creating an index lookup array.
sort(int, int) - Method in interface io.jenetics.util.MSeq: Sorts this sequence according to the natural order of the elements.
sort(int, int, Comparator<? super T>) - Method in interface io.jenetics.util.MSeq: Sorts this sequence according to the order induced by the specified Comparator.
sort(int, Comparator<? super T>) - Method in interface io.jenetics.util.MSeq: Sorts this sequence according to the order induced by the specified Comparator.
sort(long[]) - Static method in class io.jenetics.util.ProxySorter: Sorting the given array by creating an index lookup array.
sort(long[], int, int) - Static method in class io.jenetics.util.ProxySorter: Sorting the given array by creating an index lookup array.
sort(BaseSeq<? extends T>) - Static method in class io.jenetics.util.ProxySorter: Sorting the given array by creating an index lookup array.
sort(BaseSeq<? extends T>, int, int) - Static method in class io.jenetics.util.ProxySorter: Sorting the given array by creating an index lookup array.
sort(BaseSeq<? extends T>, int, int, Comparator<? super T>) - Static method in class io.jenetics.util.ProxySorter: Sorting the given array by creating an index lookup array.
sort(BaseSeq<? extends T>, Comparator<? super T>) - Static method in class io.jenetics.util.ProxySorter: Sorting the given array by creating an index lookup array.
sort(Comparator<? super T>) - Method in interface io.jenetics.util.MSeq: Sorts this sequence according to the order induced by the specified Comparator.
sort(List<? extends T>) - Static method in class io.jenetics.util.ProxySorter: Sorting the given array by creating an index lookup array.
sort(List<? extends T>, int, int) - Static method in class io.jenetics.util.ProxySorter: Sorting the given array by creating an index lookup array.
sort(List<? extends T>, int, int, Comparator<? super T>) - Static method in class io.jenetics.util.ProxySorter: Sorting the given array by creating an index lookup array.
sort(List<? extends T>, Comparator<? super T>) - Static method in class io.jenetics.util.ProxySorter: Sorting the given array by creating an index lookup array.
sort(T[]) - Static method in class io.jenetics.util.ProxySorter: Sorting the given array by creating an index lookup array.
sort(T[], int, int) - Static method in class io.jenetics.util.ProxySorter: Sorting the given array by creating an index lookup array.
sort(T[], int, int, Comparator<? super T>) - Static method in class io.jenetics.util.ProxySorter: Sorting the given array by creating an index lookup array.
sort(T[], Comparator<? super T>) - Static method in class io.jenetics.util.ProxySorter: Sorting the given array by creating an index lookup array.
sort(T, int, int, ProxySorter.Comparator<? super T>) - Static method in class io.jenetics.util.ProxySorter: Sorting the given array by creating an index lookup array.
sort(T, int, ProxySorter.Comparator<? super T>) - Static method in class io.jenetics.util.ProxySorter: Sorting the given array by creating an index lookup array.
split(CharSequence) - Method in class io.jenetics.ext.util.CsvSupport.LineSplitter: Splitting the given CSV line into its columns.
split(CharSequence) - Static method in class io.jenetics.ext.util.CsvSupport: Splits a given CSV line into columns.
spliterator() - Method in interface io.jenetics.util.BaseSeq
SQR - Enum constant in enum class io.jenetics.prog.op.MathOp: Returns the square value of a given double value.
SQRT - Enum constant in enum class io.jenetics.prog.op.MathOp: Returns the correctly rounded positive square root of a double value.
start() - Method in record class io.jenetics.ext.grammar.Cfg.Rule: Returns the value of the start record component.
start() - Method in record class io.jenetics.ext.grammar.Cfg: Returns the value of the start record component.
StochasticUniversalSelector<G,N> - Class in io.jenetics: StochasticUniversalSelector is a method for selecting a population according to some given probability in a way that minimizes chance fluctuations.
StochasticUniversalSelector() - Constructor for class io.jenetics.StochasticUniversalSelector
stream() - Method in interface io.jenetics.engine.EvolutionStreamable: Create a new, possibly infinite, evolution stream with a newly created population.
stream() - Method in interface io.jenetics.ext.util.Tree: Return a stream that traverses the subtree rooted at this node in breadth-first order.
stream() - Method in interface io.jenetics.util.BaseSeq: Returns a sequential Stream with this sequence as its source.
stream() - Method in class io.jenetics.util.IntRange: Returns a sequential ordered IntStream from IntRange.min() (inclusive) to IntRange.max() (exclusive) by an incremental step of 1.
stream() - Method in class io.jenetics.util.LongRange: Returns a sequential ordered LongStream from LongRange.min() (inclusive) to LongRange.max() (exclusive) by an incremental step of 1.
stream(EvolutionInit<G>) - Method in class io.jenetics.engine.Engine
stream(EvolutionInit<G>) - Method in interface io.jenetics.engine.EvolutionStreamable: Create a new, possibly infinite, evolution stream with the given initial value.
stream(EvolutionInit<G>) - Method in class io.jenetics.ext.engine.ConcatEngine
stream(EvolutionInit<G>) - Method in class io.jenetics.ext.engine.CyclicEngine
stream(EvolutionResult<G, C>) - Method in interface io.jenetics.engine.EvolutionStreamable: Create a new EvolutionStream starting with a previously evolved EvolutionResult.
stream(EvolutionStart<G, C>) - Method in interface io.jenetics.engine.EvolutionStreamable: Create a new, possibly infinite, evolution stream with the given evolution start.
stream(ISeq<Phenotype<G, C>>) - Method in interface io.jenetics.engine.EvolutionStreamable: Create a new, possibly infinite, evolution stream with the given initial population.
stream(ISeq<Phenotype<G, C>>, long) - Method in interface io.jenetics.engine.EvolutionStreamable: Create a new, possibly infinite, evolution stream with the given initial population.
stream(Iterable<Genotype<G>>) - Method in interface io.jenetics.engine.EvolutionStreamable: Create a new, possibly infinite, evolution stream with the given initial individuals.
stream(Iterable<Genotype<G>>, long) - Method in interface io.jenetics.engine.EvolutionStreamable: Create a new, possibly infinite, evolution stream with the given initial individuals.
stream(Supplier<EvolutionStart<G, C>>) - Method in class io.jenetics.engine.Engine
stream(Supplier<EvolutionStart<G, C>>) - Method in interface io.jenetics.engine.EvolutionStreamable: Create a new, possibly infinite, evolution stream with the given evolution start.
stream(Supplier<EvolutionStart<G, C>>) - Method in class io.jenetics.ext.engine.ConcatEngine
stream(Supplier<EvolutionStart<G, C>>) - Method in class io.jenetics.ext.engine.CyclicEngine
StreamPublisher<T> - Class in io.jenetics.util: This class allows creating a reactive Flow.Publisher from a given Java Stream.
StreamPublisher() - Constructor for class io.jenetics.util.StreamPublisher: Creates a new publisher using the ForkJoinPool.commonPool() for async delivery to subscribers (unless it does not support a parallelism level of at least two, in which case, a new Thread is created to run each task), with maximum buffer capacity of Flow.defaultBufferSize(), and no handler for Subscriber exceptions in method onNext.
StreamPublisher(Executor, int) - Constructor for class io.jenetics.util.StreamPublisher: Creates a new StreamPublisher using the given Executor for async delivery to subscribers, with the given maximum buffer size for each subscriber, and no handler for Subscriber exceptions in method Flow.Subscriber.onNext(Object).
StreamPublisher(Executor, int, BiConsumer<? super Flow.Subscriber<? super T>, ? super Throwable>) - Constructor for class io.jenetics.util.StreamPublisher: Creates a new StreamPublisher using the given Executor for async delivery to subscribers, with the given maximum buffer size for each subscriber.
Streams - Class in io.jenetics.util: This class contains factory methods for (flat) mapping stream elements.
SUB - Enum constant in enum class io.jenetics.prog.op.MathOp: Return the diff of its arguments.
subSeq(int) - Method in interface io.jenetics.util.ISeq
subSeq(int) - Method in interface io.jenetics.util.MSeq
subSeq(int) - Method in interface io.jenetics.util.Seq: Returns a view of the portion of this sequence between the specified start, inclusive, and end, exclusive.
subSeq(int, int) - Method in interface io.jenetics.util.ISeq
subSeq(int, int) - Method in interface io.jenetics.util.MSeq
subSeq(int, int) - Method in interface io.jenetics.util.Seq: Returns a view of the portion of this sequence between the specified start, inclusive, and end, exclusive.
subSequence(int, int) - Method in class io.jenetics.CharacterChromosome
subSequence(int, int) - Method in class io.jenetics.util.CharSeq
sum() - Method in record class io.jenetics.stat.DoubleMoments: Returns the value of the sum record component.
sum() - Method in class io.jenetics.stat.DoubleMomentStatistics: Return the sum of values recorded, or zero if no values have been recorded.
sum() - Method in record class io.jenetics.stat.DoubleSummary: Returns the value of the sum record component.
sum() - Method in record class io.jenetics.stat.IntMoments: Returns the value of the sum record component.
sum() - Method in class io.jenetics.stat.IntMomentStatistics: Return the sum of values recorded, or zero if no values have been recorded.
sum() - Method in record class io.jenetics.stat.IntSummary: Returns the value of the sum record component.
sum() - Method in record class io.jenetics.stat.LongMoments: Returns the value of the sum record component.
sum() - Method in class io.jenetics.stat.LongMomentStatistics: Return the sum of values recorded, or zero if no values have been recorded.
sum() - Method in record class io.jenetics.stat.LongSummary: Returns the value of the sum record component.
sum(double[]) - Static method in record class io.jenetics.stat.DoubleSummary: Return the sum of the given double array.
sum(int[]) - Static method in record class io.jenetics.stat.IntSummary: Return the sum of the given double array.
sum(long[]) - Static method in record class io.jenetics.stat.LongSummary: Return the sum of the given double array.
survivorFilterDuration() - Method in record class io.jenetics.engine.EvolutionDurations: Returns the value of the survivorFilterDuration record component.
survivorsFraction(double) - Method in class io.jenetics.engine.Engine.Builder: The survivor fraction.
survivorsSelectionDuration() - Method in record class io.jenetics.engine.EvolutionDurations: Returns the value of the survivorsSelectionDuration record component.
survivorsSelector() - Method in class io.jenetics.engine.Engine.Builder: Return the used survivor Selector of the GA.
survivorsSelector() - Method in class io.jenetics.engine.Engine: Return the used survivor Selector of the GA.
survivorsSelector() - Method in class io.jenetics.engine.EvolutionParams.Builder: Return the used survivor Selector of the GA.
survivorsSelector() - Method in class io.jenetics.engine.EvolutionParams: Return the used survivor Selector of the GA.
survivorsSelector(Selector<G, C>) - Method in class io.jenetics.engine.Engine.Builder: The selector used for selecting the survivor population.
survivorsSelector(Selector<G, C>) - Method in class io.jenetics.engine.EvolutionParams.Builder: The selector used for selecting the survivor population.
survivorsSize() - Method in class io.jenetics.engine.Engine: The number of selected survivors.
survivorsSize() - Method in class io.jenetics.engine.EvolutionParams.Builder: Return the number of survivors.
survivorsSize() - Method in class io.jenetics.engine.EvolutionParams: Return the number of survivors.
survivorsSize(int) - Method in class io.jenetics.engine.Engine.Builder: The number of survivors.
swap(int, int) - Method in interface io.jenetics.util.MSeq: Swap the elements at the two positions.
swap(int, int, MSeq<T>, int) - Method in interface io.jenetics.util.MSeq: Swap a given range with a range of the same size with another array.
swap(int, MSeq<T>) - Method in interface io.jenetics.util.MSeq: Swap the elements at the same position.
SwapMutator<G,C> - Class in io.jenetics: The SwapMutation changes the order of genes in a chromosome, with the hope of bringing related genes closer together, thereby facilitating the production of building blocks.
SwapMutator() - Constructor for class io.jenetics.SwapMutator: Default constructor, with default mutation probability (Alterer.DEFAULT_ALTER_PROBABILITY).
SwapMutator(double) - Constructor for class io.jenetics.SwapMutator: Constructs an alterer with a given recombination probability.
swapProbability() - Method in class io.jenetics.UniformCrossover: Return the probability for swapping genes of a chromosome.
SymbolIndex - Interface in io.jenetics.ext.grammar: Functional interface for selecting a Cfg.Symbol by its index within a rule.
symbols() - Method in record class io.jenetics.ext.grammar.Cfg.Expression: Returns the value of the symbols record component.
synced() - Method in interface io.jenetics.util.Accumulator: Returns a synchronized (thread-safe) accumulator backed by this accumulator.
synced(Object) - Method in interface io.jenetics.util.Accumulator: Returns a synchronized (thread-safe) accumulator backed by this accumulator.
system(ZoneId) - Static method in class io.jenetics.util.NanoClock: This clock is based on the nano system clock.
systemDefaultZone() - Static method in class io.jenetics.util.NanoClock: This clock is based on the nano system clock.
systemUTC() - Static method in class io.jenetics.util.NanoClock: This clock is based on the nano system clock.

T

T(String) - Static method in record class io.jenetics.ext.grammar.Cfg: Factory method for creating a terminal symbol with the given name.
T(String, T) - Static method in record class io.jenetics.ext.grammar.Cfg: Factory method for creating a terminal symbol with the given name and value.
TAN - Enum constant in enum class io.jenetics.prog.op.MathOp: Returns the trigonometric tangent of an angle.
TANH - Enum constant in enum class io.jenetics.prog.op.MathOp: Returns the hyperbolic tangent of a double value.
Terminal(String, T) - Constructor for record class io.jenetics.ext.grammar.Cfg.Terminal: Creates an instance of a Terminal record class.
terminals() - Method in record class io.jenetics.ext.grammar.Cfg: Returns the value of the terminals record component.
terminals() - Method in class io.jenetics.prog.ProgramChromosome: Return the allowed terminal operations.
terminals() - Method in class io.jenetics.prog.ProgramGene: Return the allowed terminal operations.
test(Phenotype<G, C>) - Method in interface io.jenetics.engine.Constraint: Checks the validity of the given individual.
test(Phenotype<G, C>) - Method in class io.jenetics.engine.RetryConstraint
text() - Static method in class io.jenetics.xml.stream.Reader: Return a Reader for reading the text of an element.
text() - Static method in interface io.jenetics.xml.stream.Writer: Create a new text Writer, which writes the given data as string to the outer element.
toArray() - Method in class io.jenetics.CharacterChromosome: Returns a char array containing all the elements in this chromosome in a proper sequence.
toArray() - Method in class io.jenetics.DoubleChromosome: Returns a double array containing all the elements in this chromosome in a proper sequence.
toArray() - Method in class io.jenetics.ext.util.Tree.Path: Return the path as int[] array.
toArray() - Method in class io.jenetics.IntegerChromosome: Returns an int array containing all the elements in this chromosome in a proper sequence.
toArray() - Method in class io.jenetics.LongChromosome: Returns a long array containing all the elements in this chromosome in a proper sequence.
toArray() - Method in interface io.jenetics.util.Seq: Return an array containing all of the elements in this sequence in right order.
toArray(char[]) - Method in class io.jenetics.CharacterChromosome: Returns a char array containing all the elements in this chromosome in a proper sequence.
toArray(double[]) - Method in class io.jenetics.DoubleChromosome: Returns a double array containing all the elements in this chromosome in a proper sequence.
toArray(int[]) - Method in class io.jenetics.IntegerChromosome: Returns an int array containing all the elements in this chromosome in a proper sequence.
toArray(long[]) - Method in class io.jenetics.LongChromosome: Returns a long array containing all the elements in this chromosome in a proper sequence.
toArray(B[]) - Method in interface io.jenetics.util.Seq: Return an array containing all of the elements in this sequence in right order; the runtime type of the returned array is that of the specified array.
toArray(IntFunction<B[]>) - Method in interface io.jenetics.util.Seq: Returns an array containing the elements of this sequence, using the provided generator function to allocate the returned array.
toBestEvolutionResult() - Static method in class io.jenetics.engine.EvolutionResult: Return a collector which collects the best result of an evolution stream.
toBestGenotype() - Static method in class io.jenetics.engine.EvolutionResult: Return a collector which collects the best genotype of an evolution stream.
toBestPhenotype() - Static method in class io.jenetics.engine.EvolutionResult: Return a collector which collects the best phenotype of an evolution stream.
toBestResult(Codec<T, G>) - Static method in class io.jenetics.engine.EvolutionResult: Return a collector which collects the best result (in the native problem space).
toBestResult(Function<Genotype<G>, T>) - Static method in class io.jenetics.engine.EvolutionResult: Return a collector which collects the best result (in the native problem space).
toBigInteger() - Method in class io.jenetics.BitChromosome: Return the BigInteger value this BitChromosome represents.
toBitSet() - Method in class io.jenetics.BitChromosome: Return the corresponding BitSet of this BitChromosome.
toBoolOp(String) - Static method in enum class io.jenetics.prog.op.BoolOp: Converts the string representation of an operation to the operation object.
toBuilder() - Method in class io.jenetics.engine.Engine: Create a new evolution Engine.Builder initialized with the values of the current evolution Engine.
toBuilder() - Method in class io.jenetics.engine.EvolutionParams: Return a new builder object, initialized with this parameters.
toByteArray() - Method in class io.jenetics.BitChromosome: Returns the byte array, which represents the bit values of this chromosome.
toByteArray(Object) - Method in class io.jenetics.util.IO: Serializes the given object to a byte[] array.
toCanonicalString() - Method in class io.jenetics.BitChromosome: Return the BitChromosome as String.
toCharSeq() - Static method in class io.jenetics.util.CharSeq
toComponents(Record) - Static method in class io.jenetics.ext.util.CsvSupport: Converts the given record into its components.
toCsv() - Static method in class io.jenetics.ext.util.CsvSupport: Return a collector for joining a list of CSV rows into one CSV string.
toCsv(String) - Static method in class io.jenetics.ext.util.CsvSupport: Return a collector for joining a list of CSV rows into one CSV string.
toDoubleMoments() - Static method in record class io.jenetics.stat.DoubleMoments: Return a Collector which returns moments-statistics for the resulting values.
toDoubleMoments() - Method in class io.jenetics.stat.DoubleMomentStatistics: Return a DoubleMoments object from the current statistics,
toDoubleMoments(ToDoubleFunction<? super T>) - Static method in record class io.jenetics.stat.DoubleMoments: Return a Collector which applies a double-producing mapping function to each input element, and returns moments-statistics for the resulting values.
toDoubleMomentStatistics(ToDoubleFunction<? super T>) - Static method in class io.jenetics.stat.DoubleMomentStatistics: Return a Collector which applies a double-producing mapping function to each input element, and returns moments-statistics for the resulting values.
toDoubleSummary(ToDoubleFunction<? super T>) - Static method in record class io.jenetics.stat.DoubleSummary: Return a Collector which applies a double-producing mapping function to each input element, and return summary-statistics for the resulting values.
toEvolutionStart() - Method in class io.jenetics.engine.EvolutionResult: Return the current evolution result object as an EvolutionStart object with the current population and current total generation.
toIntervalBest(Comparator<? super C>, int) - Static method in class io.jenetics.util.Streams: Return a new flat-mapper function which returns (emits) the minimal value of the last n elements.
toIntervalBest(Comparator<? super C>, Duration) - Static method in class io.jenetics.util.Streams: Return a new flat-mapper function which returns (emits) the minimal value of the elements emitted within the given timespan.
toIntervalBest(Comparator<? super C>, Duration, Clock) - Static method in class io.jenetics.util.Streams: Return a new flat-mapper function which returns (emits) the minimal value of the elements emitted within the given timespan.
toIntervalMax(int) - Static method in class io.jenetics.util.Streams: Return a new flat-mapper function which returns (emits) the maximal value of the last n elements.
toIntervalMax(Duration) - Static method in class io.jenetics.util.Streams: Return a new flat-mapper function which returns (emits) the maximal value of the elements emitted within the given timespan.
toIntervalMax(Duration, Clock) - Static method in class io.jenetics.util.Streams: Return a new flat-mapper function which returns (emits) the maximal value of the elements emitted within the given timespan.
toIntervalMin(int) - Static method in class io.jenetics.util.Streams: Return a new flat-mapper function which returns (emits) the minimal value of the last n elements.
toIntervalMin(Duration) - Static method in class io.jenetics.util.Streams: Return a new flat-mapper function which returns (emits) the minimal value of the elements emitted within the given timespan.
toIntervalMin(Duration, Clock) - Static method in class io.jenetics.util.Streams: Return a new flat-mapper function which returns (emits) the minimal value of the elements emitted within the given timespan.
toIntMoments() - Static method in record class io.jenetics.stat.IntMoments: Return a Collector which returns moments-statistics for the resulting values.
toIntMoments() - Method in class io.jenetics.stat.IntMomentStatistics: Return an IntMoments object from the current statistics,
toIntMoments(ToIntFunction<? super T>) - Static method in record class io.jenetics.stat.IntMoments: Return a Collector which applies an int-producing mapping function to each input element, and returns moments-statistics for the resulting values.
toIntMomentStatistics(ToIntFunction<? super T>) - Static method in class io.jenetics.stat.IntMomentStatistics: Return a Collector which applies an int-producing mapping function to each input element, and returns moments-statistics for the resulting values.
toIntSummary(ToIntFunction<? super T>) - Static method in record class io.jenetics.stat.IntSummary: Return a Collector which applies an int-producing mapping function to each input element, and return summary-statistics for the resulting values.
toInvertibleCodec(Function<? super T, Genotype<G>>) - Method in interface io.jenetics.engine.Codec: Converts this codec into an invertible codec, by using the given encoder (inversion) function.
toISeq() - Method in class io.jenetics.ext.moea.ParetoFront: Return the elements of this pareto-front as ISeq.
toISeq() - Static method in interface io.jenetics.util.ISeq: Returns a Collector that accumulates the input elements into a new ISeq.
toISeq() - Method in interface io.jenetics.util.MSeq: Return a read-only projection of this sequence.
toISeq(int) - Static method in interface io.jenetics.util.ISeq: Returns a Collector that accumulates the last n input elements into a new ISeq.
toISeq(CharSequence) - Static method in class io.jenetics.util.CharSeq: Helper method for creating a sequence of characters from the given CharSequence.
toLongMoments() - Static method in record class io.jenetics.stat.LongMoments: Return a Collector which returns moments-statistics for the resulting values.
toLongMoments() - Method in class io.jenetics.stat.LongMomentStatistics: Return a LongMoments object from the current statistics,
toLongMoments(ToLongFunction<? super T>) - Static method in record class io.jenetics.stat.LongMoments: Return a Collector which applies a long-producing mapping function to each input element, and returns moments-statistics for the resulting values.
toLongMomentStatistics(ToLongFunction<? super T>) - Static method in class io.jenetics.stat.LongMomentStatistics: Return a Collector which applies a long-producing mapping function to each input element, and returns moments-statistics for the resulting values.
toLongSummary(ToLongFunction<? super T>) - Static method in record class io.jenetics.stat.LongSummary: Return a Collector which applies a long-producing mapping function to each input element, and return summary-statistics for the resulting values.
toMathOp(String) - Static method in enum class io.jenetics.prog.op.MathOp: Converts the string representation of an operation to the operation object.
toMedian(ToDoubleFunction<? super T>) - Static method in class io.jenetics.stat.Quantile: Return a Collector which applies a double-producing mapping function to each input element, and returns the median for the resulting values.
toMinMax() - Static method in class io.jenetics.stat.MinMax: Return a Collector which calculates the minimum and maximum value.
toMinMax(Comparator<? super T>) - Static method in class io.jenetics.stat.MinMax: Return a Collector which calculates the minimum and maximum value.
toMSeq() - Static method in interface io.jenetics.util.MSeq: Returns a Collector that accumulates the input elements into a new MSeq.
toParenthesesString() - Method in interface io.jenetics.ext.util.Tree: Return a compact string representation of the given tree.
toParenthesesString(Function<? super V, String>) - Method in interface io.jenetics.ext.util.Tree: Return a compact string representation of the given tree.
toParetoFront() - Static method in class io.jenetics.ext.moea.ParetoFront: Return a pareto-front collector.
toParetoFront(Comparator<? super T>) - Static method in class io.jenetics.ext.moea.ParetoFront: Return a pareto-front collector with the given pareto dominance measure.
toParetoSet() - Static method in class io.jenetics.ext.moea.MOEA: Collector of Phenotype objects, who's (multi-objective) fitness value is part of the pareto front.
toParetoSet(IntRange) - Static method in class io.jenetics.ext.moea.MOEA: Collector of Phenotype objects, who's (multi-objective) fitness value is part of the pareto front.
toParetoSet(IntRange, Comparator<? super C>, ElementComparator<? super C>, ElementDistance<? super C>, ToIntFunction<? super C>) - Static method in class io.jenetics.ext.moea.MOEA: Collector of Phenotype objects, who's (multi-objective) fitness value is part of the pareto front.
toQuantile(double, ToDoubleFunction<? super T>) - Static method in class io.jenetics.stat.Quantile: Return a Collector which applies a double-producing mapping function to each input element, and returns quantiles for the resulting values.
toSeq() - Static method in interface io.jenetics.util.Seq: Returns a Collector that accumulates the input elements into a new Seq.
toSeq(int) - Static method in interface io.jenetics.util.Seq: Returns a Collector that accumulates the last n input elements into a new Seq.
toStrictlyDecreasing() - Static method in class io.jenetics.stat.MinMax: Return a new flat-mapper function, which guarantees a strictly decreasing stream, from an arbitrarily ordered source stream.
toStrictlyDecreasing() - Static method in class io.jenetics.util.Streams: Return a new flat-mapper function, which guarantees a strictly decreasing stream, from an arbitrarily ordered source stream.
toStrictlyImproving(Comparator<? super T>) - Static method in class io.jenetics.stat.MinMax: Return a new flat-mapper function, which guarantees a strictly improving stream, from an arbitrarily ordered source stream.
toStrictlyImproving(Comparator<? super T>) - Static method in class io.jenetics.util.Streams: Return a new flat-mapper function, which guarantees a strictly improving stream, from an arbitrarily ordered source stream.
toStrictlyIncreasing() - Static method in class io.jenetics.stat.MinMax: Return a new flat-mapper function, which guarantees a strictly increasing stream, from an arbitrarily ordered source stream.
toStrictlyIncreasing() - Static method in class io.jenetics.util.Streams: Return a new flat-mapper function, which guarantees a strictly increasing stream, from an arbitrarily ordered source stream.
toString() - Method in class io.jenetics.AbstractChromosome
toString() - Method in record class io.jenetics.AltererResult: Returns a string representation of this record class.
toString() - Method in class io.jenetics.AnyGene
toString() - Method in class io.jenetics.BitChromosome
toString() - Method in enum class io.jenetics.BitGene
toString() - Method in class io.jenetics.BoltzmannSelector
toString() - Method in class io.jenetics.CharacterChromosome
toString() - Method in class io.jenetics.CharacterGene
toString() - Method in class io.jenetics.CombineAlterer
toString() - Method in class io.jenetics.DoubleGene
toString() - Method in class io.jenetics.EliteSelector
toString() - Method in record class io.jenetics.engine.EvolutionDurations: Returns a string representation of this record class.
toString() - Method in class io.jenetics.engine.EvolutionInit
toString() - Method in class io.jenetics.engine.EvolutionStart
toString() - Method in class io.jenetics.engine.EvolutionStatistics
toString() - Method in class io.jenetics.EnumGene
toString() - Method in class io.jenetics.ExponentialRankSelector
toString() - Method in class io.jenetics.ext.AbstractTreeGene
toString() - Method in class io.jenetics.ext.BigIntegerGene
toString() - Method in record class io.jenetics.ext.grammar.Cfg.Expression: Returns a string representation of this record class.
toString() - Method in record class io.jenetics.ext.grammar.Cfg.NonTerminal: Returns a string representation of this record class.
toString() - Method in record class io.jenetics.ext.grammar.Cfg.Rule: Returns a string representation of this record class.
toString() - Method in record class io.jenetics.ext.grammar.Cfg.Terminal: Returns a string representation of this record class.
toString() - Method in record class io.jenetics.ext.grammar.Cfg: Returns a string representation of this record class.
toString() - Method in class io.jenetics.ext.rewriting.TreeMatchResult
toString() - Method in class io.jenetics.ext.rewriting.TreePattern
toString() - Method in record class io.jenetics.ext.rewriting.TreePattern.Val: Returns a string representation of this record class.
toString() - Method in record class io.jenetics.ext.rewriting.TreePattern.Var: Returns a string representation of this record class.
toString() - Method in class io.jenetics.ext.rewriting.TreeRewriteRule
toString() - Method in class io.jenetics.ext.rewriting.TRS
toString() - Method in class io.jenetics.ext.SimulatedBinaryCrossover
toString() - Method in class io.jenetics.ext.SingleNodeCrossover
toString() - Method in record class io.jenetics.ext.util.CsvSupport.ColumnIndexes: Returns a string representation of this record class.
toString() - Method in record class io.jenetics.ext.util.CsvSupport.Quote: Returns a string representation of this record class.
toString() - Method in record class io.jenetics.ext.util.CsvSupport.Separator: Returns a string representation of this record class.
toString() - Method in class io.jenetics.ext.util.FlatTreeNode
toString() - Method in class io.jenetics.ext.util.Tree.Path
toString() - Method in class io.jenetics.ext.util.TreeNode
toString() - Method in class io.jenetics.ext.WeaselMutator
toString() - Method in class io.jenetics.ext.WeaselSelector
toString() - Method in class io.jenetics.Genotype
toString() - Method in class io.jenetics.IntegerGene
toString() - Method in class io.jenetics.IntermediateCrossover
toString() - Method in class io.jenetics.LinearRankSelector
toString() - Method in class io.jenetics.LineCrossover
toString() - Method in class io.jenetics.LongGene
toString() - Method in class io.jenetics.MonteCarloSelector
toString() - Method in class io.jenetics.MultiPointCrossover
toString() - Method in class io.jenetics.Mutator
toString() - Method in record class io.jenetics.MutatorResult: Returns a string representation of this record class.
toString() - Method in class io.jenetics.PartiallyMatchedCrossover
toString() - Method in class io.jenetics.PermutationChromosome
toString() - Method in class io.jenetics.Phenotype
toString() - Method in enum class io.jenetics.prog.op.BoolOp
toString() - Method in class io.jenetics.prog.op.Const
toString() - Method in class io.jenetics.prog.op.ConstRewriter
toString() - Method in class io.jenetics.prog.op.EphemeralConst
toString() - Method in class io.jenetics.prog.op.MathExpr: Return the string representation of this MathExpr object.
toString() - Method in enum class io.jenetics.prog.op.MathOp
toString() - Method in class io.jenetics.prog.op.Program
toString() - Method in class io.jenetics.prog.op.Var
toString() - Method in record class io.jenetics.prog.regression.Sampling.Result: Returns a string representation of this record class.
toString() - Method in class io.jenetics.RouletteWheelSelector
toString() - Method in record class io.jenetics.ShiftMutator.Range: Returns a string representation of this record class.
toString() - Method in record class io.jenetics.ShuffleMutator.Range: Returns a string representation of this record class.
toString() - Method in class io.jenetics.SinglePointCrossover
toString() - Method in record class io.jenetics.stat.DoubleMoments: Returns a string representation of this record class.
toString() - Method in class io.jenetics.stat.DoubleMomentStatistics
toString() - Method in record class io.jenetics.stat.DoubleSummary: Returns a string representation of this record class.
toString() - Method in record class io.jenetics.stat.IntMoments: Returns a string representation of this record class.
toString() - Method in class io.jenetics.stat.IntMomentStatistics
toString() - Method in record class io.jenetics.stat.IntSummary: Returns a string representation of this record class.
toString() - Method in record class io.jenetics.stat.LongMoments: Returns a string representation of this record class.
toString() - Method in class io.jenetics.stat.LongMomentStatistics
toString() - Method in record class io.jenetics.stat.LongSummary: Returns a string representation of this record class.
toString() - Method in class io.jenetics.stat.MinMax
toString() - Method in class io.jenetics.stat.Quantile
toString() - Method in class io.jenetics.TournamentSelector
toString() - Method in class io.jenetics.TruncationSelector
toString() - Method in class io.jenetics.util.CharSeq
toString() - Method in class io.jenetics.util.DoubleRange
toString() - Method in class io.jenetics.util.IntRange
toString() - Method in class io.jenetics.util.LongRange
toString() - Method in class io.jenetics.util.NanoClock
toString() - Method in class io.jenetics.xml.stream.Reader
toString(Tree<?, ?>) - Static method in interface io.jenetics.ext.util.Tree: Return a string representation of the given tree, like the following example.
toString(String) - Method in interface io.jenetics.util.Seq: Create a string representation of the given sequence.
toString(String, String, String) - Method in interface io.jenetics.util.Seq: Create a string representation of the given sequence.
toString(List<? extends Cfg.Symbol<?>>) - Static method in class io.jenetics.ext.grammar.SentenceGenerator: Converts a list of symbols to a string, by concatenating the names of the given symbols.
totalGenerations() - Method in class io.jenetics.engine.EvolutionResult: Return the generation count evaluated so far.
toTree() - Method in class io.jenetics.prog.op.MathExpr: Deprecated, for removal: This API element is subject to removal in a future version.
Will be removed, use MathExpr.tree() instead
toTree(ISeq<? extends FlatTree<? extends Op<A>, ?>>, ISeq<? extends Op<A>>) - Static method in class io.jenetics.prog.op.Program: Creates a valid program tree from the given flattened sequence of op nodes.
toTreeNode() - Method in class io.jenetics.prog.ProgramGene: Creates a new TreeNode from this program gene.
toUniquePopulation() - Static method in class io.jenetics.engine.EvolutionResult: Return a mapping function, which removes duplicate individuals from the population and replaces it with newly created one by the existing genotype factory.
toUniquePopulation(int) - Static method in class io.jenetics.engine.EvolutionResult: Return a mapping function, which removes duplicate individuals from the population and replaces it with newly created one by the existing genotype factory.
toUniquePopulation(Factory<Genotype<G>>) - Static method in class io.jenetics.engine.EvolutionResult: Return a mapping function, which removes duplicate individuals from the population and replaces it with newly created one by the given genotype factory.
toUniquePopulation(Factory<Genotype<G>>, int) - Static method in class io.jenetics.engine.EvolutionResult: Return a mapping function, which removes duplicate individuals from the population and replaces it with newly created one by the given genotype factory.
TournamentSelector<G,C> - Class in io.jenetics: In tournament selection the best individual from a random sample of s individuals is chosen from the population P_g.
TournamentSelector() - Constructor for class io.jenetics.TournamentSelector: Create a tournament selector with sample size two.
TournamentSelector(int) - Constructor for class io.jenetics.TournamentSelector: Create a tournament selector with the give sample size.
TournamentSelector(Comparator<? super Phenotype<G, C>>, int) - Constructor for class io.jenetics.TournamentSelector: Create a tournament selector with the give comparator and sample size.
tree() - Method in class io.jenetics.ext.rewriting.TreeMatcher: Return the matching tree.
tree() - Method in class io.jenetics.ext.rewriting.TreeMatchResult: The node (tree), which has been matched by some pattern.
tree() - Method in class io.jenetics.prog.op.MathExpr: Return the operation tree underlying this math expression.
tree() - Method in class io.jenetics.prog.op.Program: Return the underlying expression tree.
Tree<V,T> - Interface in io.jenetics.ext.util: General purpose tree structure.
TREE - Static variable in class io.jenetics.ext.util.TreeFormatter: Formats a given tree to a tree string representation.
Tree.Path - Class in io.jenetics.ext.util: This class represents the path to child within a given tree.
TreeChromosome<A,G> - Interface in io.jenetics.ext: Chromosome for tree shaped genes.
TreeCrossover<G,C> - Class in io.jenetics.ext: Abstract implementation of tree base crossover recombinator.
TreeCrossover(double) - Constructor for class io.jenetics.ext.TreeCrossover: Constructs a tree crossover with a given recombination probability.
TreeFormatter - Class in io.jenetics.ext.util: Definition of different tree formatter strategies.
TreeFormatter() - Constructor for class io.jenetics.ext.util.TreeFormatter
TreeGene<A,G> - Interface in io.jenetics.ext: Representation of tree shaped gene.
TreeMatcher<V> - Class in io.jenetics.ext.rewriting: Implementation of a pattern-based tree matcher.
TreeMatchResult<V> - Class in io.jenetics.ext.rewriting: The result of a tree match operation.
TreeMutator<A,G,C> - Class in io.jenetics.ext: Abstract class for mutating tree chromosomes.
TreeMutator() - Constructor for class io.jenetics.ext.TreeMutator
TreeMutator(double) - Constructor for class io.jenetics.ext.TreeMutator
TreeNode<T> - Class in io.jenetics.ext.util: A general purpose node in a tree data-structure.
TreePattern<V> - Class in io.jenetics.ext.rewriting: This class serves two purposes.
TreePattern(Tree<TreePattern.Decl<V>, ?>) - Constructor for class io.jenetics.ext.rewriting.TreePattern: Create a new tree-pattern object from the given pattern tree.
TreePattern.Decl<V> - Interface in io.jenetics.ext.rewriting: A sealed interface, which constitutes the nodes of a pattern tree.
TreePattern.Val<V> - Record Class in io.jenetics.ext.rewriting: This class represents a constant pattern value, which can be part of a whole subtree.
TreePattern.Var<V> - Record Class in io.jenetics.ext.rewriting: Represents a placeholder (variable) for an arbitrary subtree.
TreeRewriteAlterer<A,G,C> - Class in io.jenetics.ext: This alterer uses a TreeRewriter for altering the TreeChromosome.
TreeRewriteAlterer(TreeRewriter<A>) - Constructor for class io.jenetics.ext.TreeRewriteAlterer: Create a new alterer with the given rewriter.
TreeRewriteAlterer(TreeRewriter<A>, double) - Constructor for class io.jenetics.ext.TreeRewriteAlterer: Create a new alterer with the given rewriter.
TreeRewriteAlterer(TreeRewriter<A>, int) - Constructor for class io.jenetics.ext.TreeRewriteAlterer: Create a new alterer with the given rewriter and given rewrite limit.
TreeRewriteAlterer(TreeRewriter<A>, int, double) - Constructor for class io.jenetics.ext.TreeRewriteAlterer: Create a new alterer with the given rewriter and given rewrite limit.
TreeRewriter<V> - Interface in io.jenetics.ext.rewriting: Interface for rewriting a given tree.
TreeRewriteRule<V> - Class in io.jenetics.ext.rewriting: Represents a tree rewrite rule.
TreeRewriteRule(TreePattern<V>, TreePattern<V>) - Constructor for class io.jenetics.ext.rewriting.TreeRewriteRule: Create a new rewrite rule from the given matching (left) and replacement (right) pattern.
triangular(double) - Static method in class io.jenetics.stat.Samplers: Return a new sampler for a normalized triangle distribution with the points [0, c, 1].
triangular(double, double, double) - Static method in class io.jenetics.stat.Samplers: Create a new sampler for a triangle distribution with the given parameters.
trim(int, ElementComparator<? super T>, ElementDistance<? super T>, ToIntFunction<? super T>) - Method in class io.jenetics.ext.moea.ParetoFront: Trims this pareto front to the given size.
TRS<V> - Class in io.jenetics.ext.rewriting: This class represents a Tree Rewrite System, which consists of a set of Tree Rewrite Rules.
TRS(ISeq<TreeRewriteRule<V>>) - Constructor for class io.jenetics.ext.rewriting.TRS: Create a new TRS from the given rewrite rules.
TRUE - Enum constant in enum class io.jenetics.BitGene
TRUE - Static variable in enum class io.jenetics.prog.op.BoolOp: Represents the constant true.
TruncationSelector<G,C> - Class in io.jenetics: In truncation selection, individuals are sorted according to their fitness.
TruncationSelector() - Constructor for class io.jenetics.TruncationSelector: Create a new TruncationSelector object.
TruncationSelector(int) - Constructor for class io.jenetics.TruncationSelector: Create a new TruncationSelector object, where the worst selected individual has rank n.
type() - Method in class io.jenetics.prog.op.ConstRewriter: Return the operation type this rewriter is working on.
type() - Method in class io.jenetics.xml.Writers.DoubleChromosome

U

UFTournamentSelector<G,C> - Class in io.jenetics.ext.moea: Unique fitness based tournament selection.
UFTournamentSelector(Comparator<? super C>, ElementComparator<? super C>, ElementDistance<? super C>, ToIntFunction<? super C>) - Constructor for class io.jenetics.ext.moea.UFTournamentSelector: Creates a new UFTournamentSelector with the functions needed for handling the multi-objective result type C.
UNIFORM - Static variable in interface io.jenetics.ShiftMutator.RangeRandom: Random shift range generator, which creates shifter with uniformly distributed shifting points.
UNIFORM - Static variable in interface io.jenetics.ShuffleMutator.RangeRandom: Random range generator, which creates ranges with uniformly distributed range indexes.
UNIFORM - Static variable in interface io.jenetics.stat.Sampler: Default uniform distribution by calling RandomGenerator.nextDouble(double, double).
UniformCrossover<G,C> - Class in io.jenetics: The uniform crossover uses swaps single genes between two chromosomes, instead of whole ranges as in single- and multipoint crossover.
UniformCrossover() - Constructor for class io.jenetics.UniformCrossover: Create a new universal crossover instance.
UniformCrossover(double) - Constructor for class io.jenetics.UniformCrossover: Create a new universal crossover instance.
UniformCrossover(double, double) - Constructor for class io.jenetics.UniformCrossover: Create a new universal crossover instance.
UniformOderBasedCrossover<T,C> - Class in io.jenetics: The UniformOderBasedCrossover guarantees that all Genes are found exactly once in each chromosome.
UniformOderBasedCrossover(double) - Constructor for class io.jenetics.UniformOderBasedCrossover: Create a new UniformOrderBasedCrossover instance
upcast(ISeq<B>) - Static method in interface io.jenetics.util.ISeq: Allows a safe (without compiler warning) upcast from B to A.
using(Supplier<? extends R>, Consumer<? super R>) - Static method in class io.jenetics.util.RandomRegistry: Executes the consumer code using the given random generator supplier.
using(RandomGeneratorFactory<? extends R>, Consumer<? super R>) - Static method in class io.jenetics.util.RandomRegistry: Executes the consumer code using the given random generator.
using(R, Consumer<? super R>) - Static method in class io.jenetics.util.RandomRegistry: Executes the consumer code using the given random generator.

V

Val<T> - Class in io.jenetics.prog.op: This is the sealed base class for unmodifiable values.
Val(V) - Constructor for record class io.jenetics.ext.rewriting.TreePattern.Val: Creates an instance of a Val record class.
validAlleles() - Method in class io.jenetics.EnumGene: Return sequence of the valid alleles where this gene is a part of.
validAlleles() - Method in class io.jenetics.PermutationChromosome: Return the sequence of the valid alleles of this chromosome.
validChars() - Method in class io.jenetics.CharacterGene: Return a (unmodifiable) set of valid characters.
value() - Method in record class io.jenetics.ext.grammar.Cfg.Terminal: Returns the value of the value record component.
value() - Method in record class io.jenetics.ext.rewriting.TreePattern.Val: Returns the value of the value record component.
value() - Method in interface io.jenetics.ext.TreeGene
value() - Method in record class io.jenetics.ext.util.CsvSupport.Quote: Returns the value of the value record component.
value() - Method in record class io.jenetics.ext.util.CsvSupport.Separator: Returns the value of the value record component.
value() - Method in class io.jenetics.ext.util.FlatTreeNode
value() - Method in interface io.jenetics.ext.util.Tree: Return the value of the current Tree node.
value() - Method in class io.jenetics.ext.util.TreeNode: Return the node value
value() - Method in class io.jenetics.prog.op.Const
value() - Method in class io.jenetics.prog.op.EphemeralConst: Fixes and returns the constant value.
value() - Method in class io.jenetics.prog.op.Val: Return the constant value.
value() - Method in class io.jenetics.stat.Quantile: Return the computed quantile value.
value(T) - Method in class io.jenetics.ext.util.TreeNode: Sets the user object for this node.
valueOf(String) - Static method in enum class io.jenetics.BitGene: Returns the enum constant of this class with the specified name.
valueOf(String) - Static method in enum class io.jenetics.ext.grammar.SentenceGenerator.Expansion: Returns the enum constant of this class with the specified name.
valueOf(String) - Static method in enum class io.jenetics.Optimize: Returns the enum constant of this class with the specified name.
valueOf(String) - Static method in enum class io.jenetics.prog.op.BoolOp: Returns the enum constant of this class with the specified name.
valueOf(String) - Static method in enum class io.jenetics.prog.op.MathOp: Returns the enum constant of this class with the specified name.
values() - Static method in enum class io.jenetics.BitGene: Returns an array containing the constants of this enum class, in the order they are declared.
values() - Static method in enum class io.jenetics.ext.grammar.SentenceGenerator.Expansion: Returns an array containing the constants of this enum class, in the order they are declared.
values() - Method in record class io.jenetics.ext.util.CsvSupport.ColumnIndexes: Returns the value of the values record component.
values() - Static method in enum class io.jenetics.Optimize: Returns an array containing the constants of this enum class, in the order they are declared.
values() - Static method in enum class io.jenetics.prog.op.BoolOp: Returns an array containing the constants of this enum class, in the order they are declared.
values() - Static method in enum class io.jenetics.prog.op.MathOp: Returns an array containing the constants of this enum class, in the order they are declared.
Var - Search tag in package io.jenetics.prog.op: Section
Var<T> - Class in io.jenetics.prog.op: Represents the program variables.
Var(String) - Constructor for record class io.jenetics.ext.rewriting.TreePattern.Var: Creates an instance of a Var record class.
variance() - Method in record class io.jenetics.stat.DoubleMoments: Returns the value of the variance record component.
variance() - Method in record class io.jenetics.stat.IntMoments: Returns the value of the variance record component.
variance() - Method in record class io.jenetics.stat.LongMoments: Returns the value of the variance record component.
variance() - Method in class io.jenetics.stat.DoubleMomentStatistics: Return the variance of values recorded, or Double.NaN if no values have been recorded.
variance() - Method in class io.jenetics.stat.IntMomentStatistics: Return the variance of values recorded, or Double.NaN if no values have been recorded.
variance() - Method in class io.jenetics.stat.LongMomentStatistics: Return the variance of values recorded, or Double.NaN if no values have been recorded.
vars() - Method in class io.jenetics.ext.rewriting.TreeMatchResult: The variables involved while matching the tree TreeMatchResult.tree().
vars() - Method in class io.jenetics.ext.rewriting.TreePattern: Return the unmodifiable set of variables, defined in this pattern.
vars() - Method in class io.jenetics.prog.op.MathExpr: Return the variable list of this math expression.
Vec<T> - Interface in io.jenetics.ext.moea: The Vec interface represents the fitness result of a multi-objective fitness function.
VecFactory<T> - Interface in io.jenetics.ext.moea: This interface allows creating a vector object from a given array type T.
Verifiable - Interface in io.jenetics.util: This interface lets you check an object for validity.
viewOf(BaseSeq<? extends T>) - Static method in interface io.jenetics.util.Seq: Returns a sequence backed by the specified seq.
viewOf(List<? extends T>) - Static method in interface io.jenetics.util.Seq: Returns a sequence backed by the specified list.
viewOf(T[]) - Static method in interface io.jenetics.util.Seq: Returns a fixed-size sequence backed by the specified array.

W

WeaselMutator<G,C> - Class in io.jenetics.ext: Mutator implementation which is part of the Weasel program algorithm.
WeaselMutator() - Constructor for class io.jenetics.ext.WeaselMutator: Create a new weasel mutator with the default mutation probability of 0.05.
WeaselMutator(double) - Constructor for class io.jenetics.ext.WeaselMutator: Create a new weasel mutator with the given mutation probability.
WeaselProgram<G,C> - Class in io.jenetics.ext: Configures the evolution engine to execute the Weasel program algorithm.
WeaselProgram() - Constructor for class io.jenetics.ext.WeaselProgram: Create a new weasel program setup with the default mutation probability of 0.05.
WeaselProgram(double) - Constructor for class io.jenetics.ext.WeaselProgram: Create a new weasel program setup with the give mutation probability.
WeaselSelector<G,C> - Class in io.jenetics.ext: Selector implementation which is part of the Weasel program algorithm.
WeaselSelector() - Constructor for class io.jenetics.ext.WeaselSelector
with(Supplier<? extends R>, Function<? super R, ? extends T>) - Static method in class io.jenetics.util.RandomRegistry: Opens a new scope with the given random generator supplier and executes the given function within it.
with(RandomGeneratorFactory<? extends R>, Function<? super R, ? extends T>) - Static method in class io.jenetics.util.RandomRegistry: Opens a new scope with the given random generator factory and executes the given function within it.
with(R, Function<? super R, ? extends T>) - Static method in class io.jenetics.util.RandomRegistry: Opens a new scope with the given random generator and executes the given function within it.
withFitness(C) - Method in class io.jenetics.Phenotype: Return a new Phenotype object with the given raw fitness value.
withGeneration(long) - Method in class io.jenetics.Phenotype: Return a new Phenotype object with the given generation.
withZone(ZoneId) - Method in class io.jenetics.util.NanoClock
worst() - Method in enum class io.jenetics.Optimize: Return a null-friendly function which returns the worst element of two values.
worst(C, C) - Method in enum class io.jenetics.Optimize: Return the worst value, according to this optimization direction.
worstFitness() - Method in class io.jenetics.engine.EvolutionResult: Return the worst population fitness.
worstPhenotype() - Method in class io.jenetics.engine.EvolutionResult: Return the worst Phenotype of the result population.
write(OutputStream, BitChromosome) - Static method in class io.jenetics.xml.Writers.BitChromosome: Write the given BitChromosome to the given output stream.
write(OutputStream, CharacterChromosome) - Static method in class io.jenetics.xml.Writers.CharacterChromosome: Write the given CharacterChromosome to the given output stream.
write(OutputStream, CharacterChromosome, String) - Static method in class io.jenetics.xml.Writers.CharacterChromosome: Write the given CharacterChromosome to the given output stream.
write(OutputStream, DoubleChromosome) - Static method in class io.jenetics.xml.Writers.DoubleChromosome: Write the given DoubleChromosome to the given output stream.
write(OutputStream, DoubleChromosome, String) - Static method in class io.jenetics.xml.Writers.DoubleChromosome: Write the given DoubleChromosome to the given output stream.
write(OutputStream, Genotype<G>, Writer<? super C>) - Static method in class io.jenetics.xml.Writers.Genotype: Write the given Genotype to the given output stream.
write(OutputStream, Genotype<G>, String, Writer<? super C>) - Static method in class io.jenetics.xml.Writers.Genotype: Write the given Genotype to the given output stream.
write(OutputStream, IntegerChromosome) - Static method in class io.jenetics.xml.Writers.IntegerChromosome: Write the given IntegerChromosome to the given output stream.
write(OutputStream, IntegerChromosome, String) - Static method in class io.jenetics.xml.Writers.IntegerChromosome: Write the given IntegerChromosome to the given output stream.
write(OutputStream, LongChromosome) - Static method in class io.jenetics.xml.Writers.LongChromosome: Write the given LongChromosome to the given output stream.
write(OutputStream, LongChromosome, String) - Static method in class io.jenetics.xml.Writers.LongChromosome: Write the given LongChromosome to the given output stream.
write(OutputStream, PermutationChromosome<A>) - Static method in class io.jenetics.xml.Writers.PermutationChromosome: Write the given PermutationChromosome to the given output stream.
write(OutputStream, PermutationChromosome<A>, Writer<? super A>) - Static method in class io.jenetics.xml.Writers.PermutationChromosome: Write the given PermutationChromosome to the given output stream.
write(OutputStream, PermutationChromosome<A>, String) - Static method in class io.jenetics.xml.Writers.PermutationChromosome: Write the given PermutationChromosome to the given output stream.
write(OutputStream, PermutationChromosome<A>, String, Writer<? super A>) - Static method in class io.jenetics.xml.Writers.PermutationChromosome: Write the given PermutationChromosome to the given output stream.
write(OutputStream, Collection<Genotype<G>>, Writer<? super C>) - Static method in class io.jenetics.xml.Writers.Genotypes: Write the given Genotype to the given output stream.
write(OutputStream, Collection<Genotype<G>>, Writer<? super C>) - Static method in class io.jenetics.xml.Writers: Write the given Genotype to the given output stream.
write(OutputStream, Collection<Genotype<G>>, String, Writer<? super C>) - Static method in class io.jenetics.xml.Writers.Genotypes: Write the given Genotype to the given output stream.
write(Object, File) - Method in class io.jenetics.util.IO: Write the (serializable) object to the given file.
write(Object, OutputStream) - Method in class io.jenetics.util.IO: Write the (serializable) object to the given output stream.
write(Object, String) - Method in class io.jenetics.util.IO: Write the (serializable) object to the given path.
write(Object, Path) - Method in class io.jenetics.util.IO: Write the (serializable) object to the given path.
write(XMLStreamWriter, T) - Method in interface io.jenetics.xml.stream.Writer: Write the data of type T to the given XML stream writer.
writer() - Static method in class io.jenetics.xml.Writers.BitChromosome: Return a Writer for BitChromosome objects.
writer() - Static method in class io.jenetics.xml.Writers.CharacterChromosome: Return a Writer for CharacterChromosome objects.
writer() - Static method in class io.jenetics.xml.Writers.DoubleChromosome: Return a Writer for DoubleChromosome objects.
writer() - Static method in class io.jenetics.xml.Writers.IntegerChromosome: Return a Writer for IntegerChromosome objects.
writer() - Static method in class io.jenetics.xml.Writers.LongChromosome: Return a Writer for LongChromosome objects.
writer() - Static method in class io.jenetics.xml.Writers.PermutationChromosome: Create a writer for permutation-chromosomes.
writer(Writer<? super A>) - Static method in class io.jenetics.xml.Writers.PermutationChromosome: Create a writer for permutation-chromosomes.
writer(Writer<? super C>) - Static method in class io.jenetics.xml.Writers.Genotype: Create a writer for genotypes of arbitrary chromosomes.
writer(Writer<? super C>) - Static method in class io.jenetics.xml.Writers.Genotypes: Create a writer for genotypes of arbitrary chromosomes.
writer(Writer<? super Double>) - Static method in class io.jenetics.xml.Writers.DoubleChromosome: Return a Writer for DoubleChromosome objects.
writer(Writer<? super Integer>) - Static method in class io.jenetics.xml.Writers.IntegerChromosome: Return a Writer for IntegerChromosome objects.
writer(Writer<? super Long>) - Static method in class io.jenetics.xml.Writers.LongChromosome: Return a Writer for LongChromosome objects.
writer(OutputStream) - Static method in class io.jenetics.xml.stream.XML: Create a new XMLStreamWriter from the given output stream.
writer(OutputStream, String) - Static method in class io.jenetics.xml.stream.XML: Create a new XMLStreamWriter from the given output stream.
writer(String, Writer<? super A>) - Static method in class io.jenetics.xml.Writers.BoundedChromosome: Create a bounded chromosome writer with the given configuration.
Writer<T> - Interface in io.jenetics.xml.stream: XML writer interface, used for writing objects in XML format.
Writers - Class in io.jenetics.xml: This class contains static fields and methods, for creating chromosome- and genotype writers for different gene types.
Writers.BitChromosome - Class in io.jenetics.xml: This class contains static writer methods for BitChromosome objects.
Writers.BoundedChromosome - Class in io.jenetics.xml: This class contains static writer methods for BoundedChromosome objects.
Writers.CharacterChromosome - Class in io.jenetics.xml: This class contains static writer methods for CharacterChromosome objects.
Writers.DoubleChromosome - Class in io.jenetics.xml: This class contains static writer methods for DoubleChromosome objects.
Writers.Genotype - Class in io.jenetics.xml: This class contains static writer methods for Genotype objects.
Writers.Genotypes - Class in io.jenetics.xml: This class contains static writer methods for Genotype objects.
Writers.IntegerChromosome - Class in io.jenetics.xml: This class contains static writer methods for IntegerChromosome objects.
Writers.LongChromosome - Class in io.jenetics.xml: This class contains static writer methods for LongChromosome objects.
Writers.PermutationChromosome - Class in io.jenetics.xml: This class contains static writer methods for PermutationChromosome objects.

X

XML - Class in io.jenetics.xml.stream: This class contains helper methods for creating XMLStreamReader and XMLStreamWriter objects.
xor(BitChromosome) - Method in class io.jenetics.BitChromosome: Returns a BitChromosome whose value is (this ^ other).
XOR - Enum constant in enum class io.jenetics.prog.op.BoolOp: Exclusive or.

Z

ZERO - Static variable in enum class io.jenetics.BitGene
ZERO - Static variable in record class io.jenetics.engine.EvolutionDurations: Constant for zero evolution durations.
ZERO - Static variable in record class io.jenetics.ext.util.CsvSupport.Quote: The zero '\0' character.
zeros() - Method in class io.jenetics.BitChromosome: Return the indexes of the zeros of this bit-chromosome as stream.

_

_genes - Variable in class io.jenetics.AbstractChromosome: Array of genes which forms the chromosome.
_probability - Variable in class io.jenetics.AbstractAlterer: The altering probability.
_reverter - Variable in class io.jenetics.ProbabilitySelector
_sorted - Variable in class io.jenetics.ProbabilitySelector
_valid - Variable in class io.jenetics.AbstractChromosome: Indicates whether this chromosome is valid or not.

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