A B C D E F G H I L M N O P R S T V X 
All Classes All Packages

A

ABS - io.jenetics.prog.op.MathOp
Return the absolute value of a double value.
ACOS - 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 - io.jenetics.prog.op.MathOp
Returns the sum of its arguments.
addAll(Collection<? extends Sample<T>>) - Method in class io.jenetics.prog.regression.SampleBuffer
The the given sample points to the buffer.
AND - io.jenetics.prog.op.BoolOp
Conjunction.
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(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 io.jenetics.prog.op.BoolOp
 
apply(Double[]) - Method in class io.jenetics.prog.op.MathExpr
 
apply(Double[]) - Method in enum 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 returns 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 io.jenetics.prog.op.BoolOp
 
arity() - Method in enum 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.
ASIN - io.jenetics.prog.op.MathOp
Returns the arc sine of a double value.
ATAN - io.jenetics.prog.op.MathOp
Returns the arc tangent of a value.

B

BoolOp - Enum in io.jenetics.prog.op
This class contains basic and secondary boolean operations.

C

calculated() - Method in class io.jenetics.prog.regression.Sampling.Result
Return the the calculated result values.
CBRT - io.jenetics.prog.op.MathOp
Returns the cube root of a double value.
CEIL - 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.
check(Tree<? extends Op<?>, ?>) - Static method in class io.jenetics.prog.op.Program
Validates the given program tree.
codec() - Method in class io.jenetics.prog.regression.Regression
 
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.
compareTo(Var<T>) - Method in class io.jenetics.prog.op.Var
 
Complexity<T> - Interface in io.jenetics.prog.regression
Represents a complexity measure if a given program tree.
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.
ConstRewriter<T> - Class in io.jenetics.prog.op
This class rewrites constant expressions to its single value.
COS - io.jenetics.prog.op.MathOp
Returns the trigonometric cosine of an angle.
COSH - io.jenetics.prog.op.MathOp
Returns the hyperbolic cosine of a double value.
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.

D

DIV - io.jenetics.prog.op.MathOp
Returns the quotient of its arguments.
DOUBLE - Static variable in class io.jenetics.prog.op.ConstRewriter
Const rewriter for double operation trees.

E

E - Static variable in enum io.jenetics.prog.op.MathOp
The double value that is closer than any other to e, the base of the natural logarithms.
EphemeralConst<T> - Class in io.jenetics.prog.op
Implementation of an ephemeral constant.
EQU - io.jenetics.prog.op.BoolOp
Equivalence.
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
 
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 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 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(String, double...) - Static method in class io.jenetics.prog.op.MathExpr
Evaluates the given expression with the given arguments.
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.
EXP - io.jenetics.prog.op.MathOp
Returns Euler's number e raised to the power of a double value.
expected() - Method in class io.jenetics.prog.regression.Sampling.Result
Return the expected sample result values.

F

FALSE - Static variable in enum io.jenetics.prog.op.BoolOp
Represents the constant true.
fitness() - Method in class io.jenetics.prog.regression.Regression
 
FLOOR - 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.
format(Tree<? extends Op<Double>, ?>) - Static method in class io.jenetics.prog.op.MathExpr
Return the string representation of the given tree object.

G

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.
GT - 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.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
 
HYPOT - io.jenetics.prog.op.MathOp
Returns sqrt(x2 +y2) without intermediate overflow or underflow.

I

IMP - io.jenetics.prog.op.BoolOp
Implication.
index() - Method in class io.jenetics.prog.op.Var
The projection index of the variable.
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
 
isTerminal() - Method in interface io.jenetics.prog.op.Op
Determines if the operation is a terminal operation.
isValid() - Method in class io.jenetics.prog.ProgramChromosome
 

L

LOG - io.jenetics.prog.op.MathOp
Returns the natural logarithm (base e) of a double value.
LOG10 - io.jenetics.prog.op.MathOp
Returns the base 10 logarithm of a double value.
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.
MathExpr - Class in io.jenetics.prog.op
This class allows you to create a math operation tree from an expression string.
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 in io.jenetics.prog.op
This class contains operations for performing basic numeric operations.
MathRewriteAlterer<G extends TreeGene<Op<Double>,​G>,​C extends Comparable<? super 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 - io.jenetics.prog.op.MathOp
Return the maximum of two values This operation has arity 2.
MIN - io.jenetics.prog.op.MathOp
Return the minimum of two values.
MOD - io.jenetics.prog.op.MathOp
Returns the modulo of its arguments.
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.
MUL - io.jenetics.prog.op.MathOp
Returns the product of its arguments.

N

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
 
NEG - io.jenetics.prog.op.MathOp
Return the negation value of a double value.
newInstance() - Method in class io.jenetics.prog.ProgramChromosome
 
newInstance() - Method in class io.jenetics.prog.ProgramGene
 
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<ProgramGene<A>>) - Method in class io.jenetics.prog.ProgramChromosome
 
NOT - io.jenetics.prog.op.BoolOp
Negation.

O

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>>, Random) - 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(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(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(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(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(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>>, Random) - 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, BinaryOperator<T>) - Static method in interface io.jenetics.prog.op.Op
Create a new operation with the given name and binary operation.
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(Supplier<T>) - Static method in class io.jenetics.prog.op.EphemeralConst
Create a new ephemeral constant with the given value supplier.
of(T) - Static method in class io.jenetics.prog.op.Const
Return a new constant with the given value.
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[], T[]) - Static method in class io.jenetics.prog.regression.Sampling.Result
Create a new sampling result object.
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.
ofNodeCount(int) - Static method in interface io.jenetics.prog.regression.Complexity
Return a complexity measure which counts the number of nodes of a program.
ofType(Class<? extends T>) - Static method in class io.jenetics.prog.op.ConstRewriter
Create a new rewriter for constant operation sub-trees (expressions).
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.
OR - io.jenetics.prog.op.BoolOp
Disjunction.

P

parse(String) - Static method in class io.jenetics.prog.op.MathExpr
Parses the given expression into a AST tree.
parse(String) - Static method in class io.jenetics.prog.op.Var
Parses the given variable string to its name and index.
parseTree(String) - Static method in class io.jenetics.prog.op.MathExpr
Parses the given mathematical expression string and returns the mathematical expression tree.
PI - Static variable in enum 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.
POW - io.jenetics.prog.op.MathOp
Returns the value of the first argument raised to the power of the second argument.
Program<T> - Class in io.jenetics.prog.op
This class composes a given operation tree to a new operation.
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.
publish() - Method in class io.jenetics.prog.regression.SampleBuffer
Making the current sample points available for the SampleBuffer.eval(Tree) function.

R

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.
result() - Method in interface io.jenetics.prog.regression.Sample
Return the result of the sample point.
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
 
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.
RINT - 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.

S

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
 
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> - 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.
SIGNUM - 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.
SIN - io.jenetics.prog.op.MathOp
Returns the trigonometric sine of an angle.
SINH - io.jenetics.prog.op.MathOp
Returns the hyperbolic sine of a double value.
SQR - io.jenetics.prog.op.MathOp
Returns the square value of a given double value.
SQRT - io.jenetics.prog.op.MathOp
Returns the correctly rounded positive square root of a double value.
SUB - io.jenetics.prog.op.MathOp
Return the diff of its arguments.

T

TAN - io.jenetics.prog.op.MathOp
Returns the trigonometric tangent of an angle.
TANH - io.jenetics.prog.op.MathOp
Returns the hyperbolic tangent of a double value.
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.
toBoolOp(String) - Static method in enum io.jenetics.prog.op.BoolOp
Converts the string representation of an operation to the operation object.
toMathOp(String) - Static method in enum io.jenetics.prog.op.MathOp
Converts the string representation of an operation to the operation object.
toString() - Method in enum 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 io.jenetics.prog.op.MathOp
 
toString() - Method in class io.jenetics.prog.op.Program
 
toString() - Method in class io.jenetics.prog.op.Var
 
toTree() - Method in class io.jenetics.prog.op.MathExpr
Return the math expression as operation tree.
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.
tree() - Method in class io.jenetics.prog.op.Program
Return the underlying expression tree.
TRUE - Static variable in enum io.jenetics.prog.op.BoolOp
Represents the constant true.
type() - Method in class io.jenetics.prog.op.ConstRewriter
Return the operation type this rewriter is working on.

V

Val<T> - Class in io.jenetics.prog.op
This is the sealed base class for unmodifiable values.
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.
valueOf(String) - Static method in enum io.jenetics.prog.op.BoolOp
Returns the enum constant of this type with the specified name.
valueOf(String) - Static method in enum io.jenetics.prog.op.MathOp
Returns the enum constant of this type with the specified name.
values() - Static method in enum io.jenetics.prog.op.BoolOp
Returns an array containing the constants of this enum type, in the order they are declared.
values() - Static method in enum io.jenetics.prog.op.MathOp
Returns an array containing the constants of this enum type, in the order they are declared.
Var<T> - Class in io.jenetics.prog.op
Represents the program variables.
vars() - Method in class io.jenetics.prog.op.MathExpr
Return the variable list of this math expression.

X

XOR - io.jenetics.prog.op.BoolOp
Exclusive or.
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