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Orbital library

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A

A - Variable in class orbital.util.Pair
ABORT - Static variable in class orbital.moon.awt.SystemRequestor
about() - Method in class orbital.moon.evolutionary.BreederControl
AboutDialog - Class in orbital.moon.awt: This class is an AboutDialog showing a nice informational dialog.
AboutDialog() - Constructor for class orbital.moon.awt.AboutDialog
abs(Vector) - Static method in class orbital.math.Evaluations: Deprecated. Returns the vector with the absolutes of all elements in this Vector.
abs(double[]) - Static method in class orbital.math.Evaluations: Deprecated.
ABSURD() - Method in interface orbital.logic.sign.type.TypeSystem: The absurd type ⊥ = ⋃_∅.
accept(Object, Object) - Method in class orbital.algorithm.template.LocalOptimizerSearch.OptionIterator: The predicate asked whether to accept a transition.
actionPerformed(ActionEvent) - Method in class orbital.moon.awt.Closer: when notified, request a close.
actions(Object) - Method in class orbital.algorithm.template.DelegateGeneralSearchProblem
actions(Object) - Method in interface orbital.algorithm.template.GeneralSearchProblem: Get the applicable actions at a state.
actions(Object) - Method in class orbital.algorithm.template.OpenClosedGeneralSearchProblem: Only returns actions leading to open nodes, and only if s is not closed itself.
actions(Object) - Method in interface orbital.algorithm.template.TransitionModel: Get the applicable actions at a state.
Activation - Class in orbital.util: Activation is the base class for conditional exception handling.
Activation(Activation) - Constructor for class orbital.util.Activation: Creates a new activation.
add(Object) - Method in class orbital.algorithm.evolutionary.Genome: Add one gene.
add(int, Object) - Method in class orbital.algorithm.evolutionary.Genome: Insert one gene.
add(Object) - Method in class orbital.algorithm.evolutionary.ParallelEvaluationPopulation: Adds at an arbitrary position since fitness evaluation is done later.
add(Object) - Method in class orbital.algorithm.evolutionary.Population: Append a genome without replacing which will increase the size.
add(Iterator) - Method in class orbital.algorithm.template.BestFirstSearch.OptionIterator: merge old and new lists.
add(Iterator) - Method in class orbital.algorithm.template.BreadthFirstSearch.OptionIterator
add(Iterator) - Method in class orbital.algorithm.template.DepthFirstSearch.OptionIterator
add(Iterator) - Method in class orbital.algorithm.template.GeneralSearch.OptionIterator: Concatenate the new nodes and the old nodes.
add(Iterator) - Method in class orbital.algorithm.template.IterativeBroadening.OptionIterator
add(Object, Map) - Method in class orbital.awt.ChartModel: Add a new graph to be displayed.
add(Object) - Method in class orbital.awt.ChartModel: Add a new graph to be displayed without attributes.
add(Object) - Method in class orbital.logic.sign.SignatureBase
add(Arithmetic) - Method in interface orbital.math.Arithmetic: Adds an arithmetic object to this returning the result.
add(Complex) - Method in interface orbital.math.Complex: adds two Complexes returning a third as a result
add(Fraction) - Method in interface orbital.math.Fraction: Adds two fractions returning a third as a result.
add(Integer) - Method in interface orbital.math.Integer
add(Matrix) - Method in interface orbital.math.Matrix: Adds two matrices returning a matrix.
add(Polynomial) - Method in interface orbital.math.Polynomial
add(Quotient) - Method in interface orbital.math.Quotient
add(Rational) - Method in interface orbital.math.Rational: adds two rationals returning a third as a result
add(Real) - Method in interface orbital.math.Real
add(Tensor) - Method in interface orbital.math.Tensor: Adds two tensors returning a tensor.
add(UnivariatePolynomial) - Method in interface orbital.math.UnivariatePolynomial
add(Vector) - Method in interface orbital.math.Vector: Adds two vectors returning a vector.
add(Clause) - Method in class orbital.moon.logic.resolution.ClausalIndex: Add clause C to our index.
add(Object) - Method in class orbital.moon.logic.resolution.IndexedClausalSetImpl
add(Object) - Method in class orbital.moon.logic.resolution.IndexedClauseImpl
add(Object) - Method in class orbital.moon.logic.resolution.OrderedClauseImpl
add(Object) - Method in class orbital.util.DelegateCollection: Ensures that this collection contains the specified element (optional operation).
add(int, Object) - Method in class orbital.util.DelegateList
add(Object) - Method in class orbital.util.DelegateListIterator
add(Object) - Method in class orbital.util.QueuedSequenceIterator: Append an iterator to this queued sequence iterator.
add(int, Object) - Method in class orbital.util.QueuedSequenceIterator: Insert an iterator at the specified position into this queued sequence iterator.
add_escapes(String) - Method in exception orbital.moon.logic.ParseException: Used to convert raw characters to their escaped version when these raw version cannot be used as part of an ASCII string literal.
addActionListener(ActionListener) - Method in class orbital.moon.awt.Closer: Adds the specified action listener to receive action events from this object.
addAll(Collection) - Method in class orbital.util.DelegateCollection: Adds all of the elements in the specified collection to this collection (optional operation).
addAll(int, Collection) - Method in class orbital.util.DelegateList
addAll(Iterator) - Method in class orbital.util.QueuedIterator: Add all objects of an iterator to this queued iterator.
addEscapes(String) - Static method in error orbital.moon.logic.TokenMgrError: Replaces unprintable characters by their espaced (or unicode escaped) equivalents in the given string
addFocusListener(FocusListener) - Method in class orbital.awt.NumberInput
addLookAndFeelMenuItems(Component, JMenu) - Static method in class orbital.awt.UIUtilities: Adds pluggable look-and-feel menu items to a menu.
addPropertyChangeListener(PropertyChangeListener) - Method in class orbital.awt.ChartModel
addPropertyChangeListener(String, PropertyChangeListener) - Method in class orbital.awt.ChartModel
addPropertyChangeListener(PropertyChangeListener) - Method in class orbital.awt.ImageCanvas
addPropertyChangeListener(PropertyChangeListener) - Method in class orbital.awt.NumberInput
addPropertyChangeListener(PropertyChangeListener) - Method in class orbital.awt.Plot2D
addPropertyChangeListener(PropertyChangeListener) - Method in class orbital.awt.Plot2DCustomizer
addPropertyChangeListener(PropertyChangeListener) - Method in class orbital.moon.awt.DefaultCustomizer
adjustBeginLineColumn(int, int) - Method in class orbital.moon.logic.SimpleCharStream: Method to adjust line and column numbers for the start of a token.
AlgebraicAlgorithms - Class in orbital.math: Algebraic algorithms and computer algebra.
AlgorithmicConfiguration - Interface in orbital.algorithm.template: Algorithmic configurations provide the glue between a problem and an algorithm used for solving it.
AlgorithmicProblem - Interface in orbital.algorithm.template: AlgorithmicProblem interface used for tagging hook class interfaces for algorithmic templates.
AlgorithmicTemplate - Interface in orbital.algorithm.template: Base interface for algorithmic template frameworks.
AlgorithmicTemplate.Configuration - Class in orbital.algorithm.template: Default implementation of algorithmic configuration objects.
AlgorithmicTemplate.Configuration(AlgorithmicProblem, Class) - Constructor for class orbital.algorithm.template.AlgorithmicTemplate.Configuration: Create a new configuration.
AlgorithmicTemplate.Configuration(AlgorithmicProblem, Class, Class) - Constructor for class orbital.algorithm.template.AlgorithmicTemplate.Configuration: Create a new configuration limited to certain classes of algorithms.
all - Static variable in class orbital.util.Filters: Select *.
all(Collection, Predicate) - Static method in class orbital.util.Setops: Checks whether all objects in a collection satisfy the specified predicate.
all(Iterator, Predicate) - Static method in class orbital.util.Setops
all(Collection, Collection, BinaryPredicate) - Static method in class orbital.util.Setops: Checks whether all corresponding pairs of objects in two collection satisfy the specified predicate.
all(Iterator, Iterator, BinaryPredicate) - Static method in class orbital.util.Setops
and(Formula) - Method in interface orbital.logic.imp.Formula: Conjunction and: F ∧ G.
and - Static variable in interface orbital.moon.logic.functor.Operations: Conjunction and ∧:D_t×D_t→D_t; (x,y) ↦ x∧y.
and() - Method in class orbital.moon.logic.FuzzyLogic.OperatorSet: Defines the fuzzy AND operator to use in the fuzzy logic.
AND - Static variable in interface orbital.moon.logic.LogicParserConstants
AndExpression() - Method in class orbital.moon.logic.LogicParser
andFold - Static variable in interface orbital.moon.logic.functor.Operations: n-ary and ⋀: D_tⁿ→D_t; (x_i) ↦ ⋀_i x_i = (|true,∧|) (x_i).
any(Collection) - Static method in class orbital.util.Setops: Get any object of a collection.
append(byte[]) - Method in class orbital.util.Buffer: Append a byte[] to the end of this Buffer,
append(byte[], int, int) - Method in class orbital.util.Buffer: Append a part of a byte[] (starting at off) to the end of this Buffer, increasing its size by the length of b.
append(int, int) - Method in class orbital.util.Buffer: Append a byte value len times to the end of this Buffer, increasing its size by len.
AppletFrame - Class in orbital.moon.awt: A Frame that can be started to run applets as an application.
AppletFrame(String) - Constructor for class orbital.moon.awt.AppletFrame
apply(Object) - Method in class orbital.algorithm.template.HeuristicAlgorithm.PatternDatabaseHeuristic
apply(Object, Object) - Method in interface orbital.logic.functor.BinaryFunction: Called to apply the BinaryFunction.
apply(Object, Object) - Method in interface orbital.logic.functor.BinaryPredicate: Called to apply the BinaryPredicate.
apply(Object) - Method in interface orbital.logic.functor.Function: Called to apply the Function.
apply(Object) - Method in class orbital.logic.functor.Functionals.Anamorphism: |(g,p)| b.
apply - Static variable in class orbital.logic.functor.Functionals: apply ·(·): Map(A,B)×A→B; (f,x) ↦ f(x).
apply(Object) - Method in class orbital.logic.functor.Functionals.Catamorphism: (|c,f|) a.
apply(Object) - Method in class orbital.logic.functor.Functionals.Hylomorphism: [[(c,f),(g,p)]] a.
apply(Object) - Method in class orbital.logic.functor.Functionals.Paramorphism: {|b,f|} a.
apply(Object) - Method in class orbital.logic.functor.MutableFunction.TableFunction: Get the value of an argument.
apply(Object) - Method in interface orbital.logic.functor.Predicate: Called to apply the Predicate.
apply() - Method in interface orbital.logic.functor.VoidFunction: Called to apply the VoidFunction.
apply() - Method in interface orbital.logic.functor.VoidPredicate: Called to apply the VoidPredicate.
apply(Object) - Method in interface orbital.logic.imp.Formula: Interpret this formula.
apply(Object) - Method in interface orbital.logic.sign.type.Type: Checks whether an object x is an instance of this type.
apply(Object) - Method in interface orbital.logic.trs.Substitution: Apply this substitution σ to term.
apply(Object) - Method in interface orbital.math.Polynomial: Evaluate this polynomial at a.
apply(Object) - Method in interface orbital.math.UnivariatePolynomial: Evaluate this polynomial at a.
apply(Object) - Method in class orbital.moon.awt.Closer
apply(Token, Expression[], Type) - Method in class orbital.moon.logic.LogicParser: n-ary predicates or functions.
apply() - Method in class orbital.util.StreamMethod: Call to apply this stream method coroutine.
arccos - Static variable in class orbital.math.functional.Functions: arccos: [-1,1]→[0,π]; x ↦ arccos x = cos^-1 x.
arccot - Static variable in class orbital.math.functional.Functions: arccot: R→(0,π); x ↦ arccot x = cot^-1 x.
arcosh - Static variable in class orbital.math.functional.Functions: arcosh: [1,∞)→[0,∞); x ↦ arcosh x = (cosh|_[0,∞))^-1 x = ㏒(x ± √x²-1).
arcoth - Static variable in class orbital.math.functional.Functions: arcoth: R\[-1,1]→R\{0}; x ↦ arcoth x = coth^-1 x = ㏒((x+1) / (x-1)) / 2.
arcsin - Static variable in class orbital.math.functional.Functions: arcsin: [-1,1]→[-π/2,π/2]; x ↦ arcsin x = sin^-1 x.
arctan - Static variable in class orbital.math.functional.Functions: arctan: R→(-π/2,π/2); x ↦ arctan x = tan^-1 x.
arg() - Method in interface orbital.math.Complex: Returns the principal angle (argument) component of a polar complex.
argmax(Iterator, Function) - Static method in class orbital.util.Setops: Get the maximum argument.
argmin(Iterator, Function) - Static method in class orbital.util.Setops: Get the minimum argument.
Argument_list() - Method in class orbital.moon.logic.LogicParser
Arguments() - Method in class orbital.moon.logic.LogicParser
Arithmetic - Interface in orbital.math: Arithmetic is implemented by all arithmetic objects that behave like algebraic numbers in terms of their compositional laws.
ArithmeticFormat - Class in orbital.math: ArithmeticFormat is responsible for formatting and parsing arithmetic objects.
ArithmeticFormat(Locale) - Constructor for class orbital.math.ArithmeticFormat: Create a new arithmetic formatter for a specific locale.
arithmeticMean(double[]) - Static method in class orbital.math.Stat: Returns the arithmetic mean (average) of a set of n values.
arity() - Method in class orbital.logic.functor.Functor.Specification: Specifies the arity n.
arityOf(Type) - Static method in class orbital.logic.sign.type.Types: Get the number of components n of a product type ∏_iτ_i = τ₁×…×τ_n.
arsinh - Static variable in class orbital.math.functional.Functions: arsinh: R→R; x ↦ arsinh x = sinh^-1 x = ㏒(x + √x²+1).
artanh - Static variable in class orbital.math.functional.Functions: artanh: (-1,1)→R; x ↦ artanh x = tanh^-1 x = ㏒((1+x) / (1-x)) / 2.
asClausalSet(Formula) - Method in interface orbital.moon.logic.resolution.ClausalFactory: Returns a clausal set representation of the given formula.
asClausalSet(Formula) - Method in class orbital.moon.logic.resolution.DefaultClausalFactory
asCollection(Object) - Static method in class orbital.util.Utility: Get a collection view of the object o.
asFunction(VoidPredicate) - Static method in class orbital.logic.functor.Functionals: converts a predicate to a function.
asFunction(Predicate) - Static method in class orbital.logic.functor.Functionals: converts a predicate to a function.
asFunction(BinaryPredicate) - Static method in class orbital.logic.functor.Functionals: converts a predicate to a function.
asIterator(Combinatorical) - Static method in class orbital.algorithm.Combinatorical: Get an iterator view of a combinatorical iterator.
asIterator(Object) - Static method in class orbital.util.Utility: Get an iterator view of a generalized iteratable object, if possible.
asList(Iterator) - Static method in class orbital.util.Setops: Returns a list filled with the elements in the iterator.
asMap(Object[][]) - Static method in class orbital.util.Setops: Converts an array of key and values to a map.
asPolynomial(Tensor) - Method in interface orbital.math.ValueFactory: Returns a polynomial view of a tensor.
asPolynomial(Vector) - Method in interface orbital.math.ValueFactory: Returns a polynomial view of a vector.
asSet(Iterator) - Static method in class orbital.util.Setops: Returns a set filled with the elements in the iterator.
AStar - Class in orbital.algorithm.template: A^* search class.
AStar(Function) - Constructor for class orbital.algorithm.template.AStar: Create a new instance of A^* search.
asTensor(Polynomial) - Method in interface orbital.math.ValueFactory: Returns a vector view of the coefficients of a polynomial.
asType(Expression) - Method in class orbital.moon.logic.LogicParser: Converts an expression to the type it represents.
asVector(UnivariatePolynomial) - Method in interface orbital.math.ValueFactory: Returns a vector view of the coefficients of a polynomial.
asVector(Matrix) - Method in interface orbital.math.ValueFactory: Returns a vector view of the specified matrix.
asVector(Tensor) - Method in interface orbital.math.ValueFactory: Returns a vector view of the specified tensor.
Atom() - Method in class orbital.moon.logic.LogicParser: A formula that is a logical atom.
AtomicTerm() - Method in class orbital.moon.logic.LogicParser: Parse an atomic term (function application, number or string) for the current logic.
attributeList() - Method in class orbital.awt.ChartModel: Get the List of solely attributes to be displayed.
AUTO - Static variable in class orbital.logic.sign.concrete.Notation: Specifies automatic compositor-dependant notation as registered.
average(Vector) - Static method in class orbital.math.Evaluations: Deprecated. Returns the average of all elements in this Vector.
average(double[]) - Static method in class orbital.math.Evaluations: Deprecated.
average(Matrix) - Static method in class orbital.math.Evaluations: Deprecated. Returns the average of all elements in this Matrix.
average(double[]) - Static method in class orbital.math.Stat: Normal arithmetic mean of a set of values.

B

B - Variable in class orbital.util.Pair
Backtracking - Class in orbital.algorithm.template: Framework (template class) for Backtracking Algorithms.
Backtracking() - Constructor for class orbital.algorithm.template.Backtracking
BacktrackingProblem - Interface in orbital.algorithm.template: Hook class for Backtracking Algorithms
backup(int) - Method in class orbital.moon.logic.SimpleCharStream
bag(Type) - Method in interface orbital.logic.sign.type.TypeSystem: The bag/multiset type 〔τ〕.
bag() - Method in interface orbital.logic.sign.type.TypeSystem: bag: * → *; τ ↦ 〔τ〕.
banana(Object, BinaryFunction, Iterator) - Static method in class orbital.logic.functor.Functionals: banana (|c,f|) a.
barbedwire(Object, BinaryFunction, Iterator) - Static method in class orbital.logic.functor.Functionals: barbedwire {|b,f|} a.
barbedwire(int, BinaryFunction, int) - Static method in class orbital.logic.functor.Functionals
BASE(int, int) - Method in interface orbital.math.ValueFactory: Gets a vector e_i of an ONB of Rⁿ.
basicSolve() - Method in interface orbital.algorithm.template.DivideAndConquerProblem: Solve the base case.
beanClass - Variable in class orbital.moon.awt.DefaultCustomizer: for which class this customizer is intended.
beanProperties - Variable in class orbital.moon.awt.DefaultCustomizer: list of bean properties.
beginColumn - Variable in class orbital.moon.logic.Token: beginLine and beginColumn describe the position of the first character of this token; endLine and endColumn describe the position of the last character of this token.
beginLine - Variable in class orbital.moon.logic.Token: beginLine and beginColumn describe the position of the first character of this token; endLine and endColumn describe the position of the last character of this token.
BeginToken() - Method in class orbital.moon.logic.SimpleCharStream
BEST_LOCAL_SELECTION - Static variable in class orbital.algorithm.template.LocalOptimizerSearch: attempt the best local transition (default).
BestFirstSearch - Class in orbital.algorithm.template: BestFirstSearch class (BFS).
BestFirstSearch() - Constructor for class orbital.algorithm.template.BestFirstSearch
BestFirstSearch.OptionIterator - Class in orbital.algorithm.template: An iterator over a state space in best-first order.
BestFirstSearch.OptionIterator(GeneralSearchProblem, Function) - Constructor for class orbital.algorithm.template.BestFirstSearch.OptionIterator
BESTFIX - Static variable in class orbital.logic.sign.concrete.Notation: Specifies best mixed notation "a*(b+f(c)) + d" inserting brackets whenever necessary.
bezierCurve(double, double, Matrix) - Static method in class orbital.math.NumericalAlgorithms: Bezier curve.
BINARY_LOGICAL_JUNCTOR - Static variable in interface orbital.moon.logic.functor.Operations
binaryConstant(Arithmetic) - Static method in class orbital.math.functional.Functions: constant â: R×R→R; (x,y) ↦ a.
BinaryFunction - Interface in orbital.logic.functor: A functor that encapsulates the binary function f/2.
BinaryFunction - Interface in orbital.math.functional: This interface encapsulates a binary function "r = f(x,y)".
BinaryFunction.Composite - Interface in orbital.logic.functor: A composed BinaryFunction.
BinaryFunction.Composite - Interface in orbital.math.functional: A composite function.
BinaryPredicate - Interface in orbital.logic.functor: A functor that encapsulates the binary predicate P/2.
BinaryPredicate.Composite - Interface in orbital.logic.functor: A composed BinaryPredicate.
binarySymbolic(String) - Static method in class orbital.math.functional.Functions: symbolic f:R×R→R; (x,y) ↦ f(x, y).
bind(Function, Object) - Static method in class orbital.logic.functor.Functionals: Binds the argument of a Function to a fixed value.
bind(Predicate, Object) - Static method in class orbital.logic.functor.Functionals: Binds the argument of a Predicate to a fixed value.
bind(BinaryFunction) - Static method in class orbital.logic.functor.Functionals: Binds both arguments of a BinaryFunction together.
bind(BinaryPredicate) - Static method in class orbital.logic.functor.Functionals: Binds both arguments of a BinaryPredicate together.
bind(BinaryFunction) - Static method in class orbital.math.functional.Functionals: Binds both arguments of a BinaryFunction together.
bindFirst(BinaryFunction, Object) - Static method in class orbital.logic.functor.Functionals: Binds the first argument of a BinaryFunction to a fixed value.
bindFirst(BinaryPredicate, Object) - Static method in class orbital.logic.functor.Functionals: Binds the first argument of a BinaryPredicate to a fixed value.
bindFirst(BinaryFunction, Object) - Static method in class orbital.math.functional.Functionals: Binds the first argument of a BinaryFunction to a fixed value.
bindSecond(BinaryFunction, Object) - Static method in class orbital.logic.functor.Functionals: Binds the second argument of a BinaryFunction to a fixed value.
bindSecond(BinaryPredicate, Object) - Static method in class orbital.logic.functor.Functionals: Binds the second argument of a BinaryPredicate to a fixed value.
bindSecond(BinaryFunction, Object) - Static method in class orbital.math.functional.Functionals: Binds the second argument of a BinaryFunction to a fixed value.
BOOLEAN_ATOM - Static variable in class orbital.logic.sign.SymbolBase: Deprecated. Since Orbital1.1 use Types.TRUTH instead.
BOUNDED - Static variable in class orbital.moon.logic.FuzzyLogic: Bounded or Ɨukasiewicz operators in fuzzy logic.
BOX - Static variable in interface orbital.moon.logic.LogicParserConstants
BranchAndBound - Class in orbital.algorithm.template: Branch-and-bound (B&B).
BranchAndBound(Function, Real) - Constructor for class orbital.algorithm.template.BranchAndBound: Create a new instance of Branch and Bound search.
BranchAndBound(Function, double) - Constructor for class orbital.algorithm.template.BranchAndBound: Deprecated. Since Orbital1.1 use BranchAndBound.BranchAndBound(Function,Real) instead.
BreadthFirstSearch - Class in orbital.algorithm.template: BreadthFirstSearch class (BrFS).
BreadthFirstSearch() - Constructor for class orbital.algorithm.template.BreadthFirstSearch
BreadthFirstSearch.OptionIterator - Class in orbital.algorithm.template: An iterator over a state space in breadth-first order.
BreadthFirstSearch.OptionIterator(GeneralSearchProblem) - Constructor for class orbital.algorithm.template.BreadthFirstSearch.OptionIterator
BreederControl - Class in orbital.moon.evolutionary: front-end for evolutionary algorithms.
BreederControl(GeneticAlgorithmProblem) - Constructor for class orbital.moon.evolutionary.BreederControl: Construct a BreederControl frame for solving the given problem.
BreederControl() - Constructor for class orbital.moon.evolutionary.BreederControl: Construct a BreederControl frame.
buf - Variable in class orbital.util.Buffer: The buffer where data is stored.
bufcolumn - Variable in class orbital.moon.logic.SimpleCharStream
buffer - Variable in class orbital.moon.logic.SimpleCharStream
Buffer - Class in orbital.util: This class encapsulates a Buffer containing bytes.
Buffer() - Constructor for class orbital.util.Buffer: The current position in the buffer.
Buffer(int) - Constructor for class orbital.util.Buffer: Creates a new Buffer with an initial capacity, but empty (of size 0).
Buffer(byte[], int, int) - Constructor for class orbital.util.Buffer: Creates a new Buffer with an initial content specified by a part of a byte-array.
Buffer(byte[]) - Constructor for class orbital.util.Buffer
bufline - Variable in class orbital.moon.logic.SimpleCharStream
bufpos - Variable in class orbital.moon.logic.SimpleCharStream
byteValue() - Method in interface orbital.math.Integer: Returns the value of the specified integer as a byte.

C

c - Variable in class orbital.logic.functor.Functionals.Catamorphism: the right (second) argument basevalue in B to start with.
Callback - Interface in orbital.util: Callback is an interface used to tag objects that can be called back.
callTypeDeclaration - Static variable in interface orbital.logic.functor.BinaryFunction: specification of these functors.
callTypeDeclaration - Static variable in interface orbital.logic.functor.BinaryPredicate: specification of these functors.
callTypeDeclaration - Static variable in interface orbital.logic.functor.Function: specification of these functors.
callTypeDeclaration - Static variable in interface orbital.logic.functor.Predicate: specification of these functors.
callTypeDeclaration - Static variable in interface orbital.logic.functor.VoidFunction: specification of these functors.
callTypeDeclaration - Static variable in interface orbital.logic.functor.VoidPredicate: specification of these functors.
cartesian(Real, Real) - Method in interface orbital.math.ValueFactory: Creates a new complex from cartesian coordinates.
cartesian(double, double) - Method in interface orbital.math.ValueFactory
ceily(double, double) - Static method in class orbital.math.MathUtilities: Returns the smallest (closest to negative infinity) double value that is not less than the argument and is equal for at least a precision value.
ceily(double) - Static method in class orbital.math.MathUtilities
cgSolve(Matrix, Vector, Vector) - Static method in class orbital.math.NumericalAlgorithms: cg-algorithm for solving A∙x=b iteratively starting with x0.
changeExtension(File, String) - Static method in class orbital.moon.evolutionary.BreederControl: Change the extension of a file name to a new one.
ChartModel - Class in orbital.awt: Containement class that represents a model for chart data.
ChartModel() - Constructor for class orbital.awt.ChartModel
ChartModel.Entry - Class in orbital.awt: The entries of a ChartModel's List of displayed graphs.
ChartModel.Entry(Object, Map) - Constructor for class orbital.awt.ChartModel.Entry
ChartModelBeanInfo - Class in orbital.awt
ChartModelBeanInfo() - Constructor for class orbital.awt.ChartModelBeanInfo
chineseRemainder(Arithmetic[], Arithmetic[]) - Static method in class orbital.math.AlgebraicAlgorithms: Simulatenously solve independent congruences.
chooseNext(int) - Method in interface orbital.algorithm.template.BacktrackingProblem: Get the next choice variant at a depth.
ClassicalLogic - Class in orbital.moon.logic: Implementation of modern but classical predicate logic (first-order logic).
ClassicalLogic() - Constructor for class orbital.moon.logic.ClassicalLogic
ClassicalLogic(ClassicalLogic.InferenceMechanism) - Constructor for class orbital.moon.logic.ClassicalLogic: Create a classical logic with the specified inference mechanism.
ClassicalLogic.InferenceMechanism - Class in orbital.moon.logic: Specifies the inference mechanism applied for the inference relation.
ClassicalLogic.Utilities - Class in orbital.moon.logic: Formula transformation utilities.
ClausalFactory - Interface in orbital.moon.logic.resolution: Factory for clauses and clausal sets.
clausalForm(Formula, boolean) - Static method in class orbital.moon.logic.ClassicalLogic.Utilities: Deprecated. Prefer to use the more general method ClausalFactory.asClausalSet(orbital.logic.imp.Formula) instead.
ClausalIndex - Class in orbital.moon.logic.resolution: Manages a clause index.
ClausalIndex() - Constructor for class orbital.moon.logic.resolution.ClausalIndex: Create a new empty index.
ClausalSet - Interface in orbital.moon.logic.resolution: Represents a set of clauses.
ClausalSetImpl - Class in orbital.moon.logic.resolution: Default implementation of a representation of a set of clauses.
ClausalSetImpl(Set) - Constructor for class orbital.moon.logic.resolution.ClausalSetImpl: Copy constructor.
ClausalSetImpl() - Constructor for class orbital.moon.logic.resolution.ClausalSetImpl
Clause - Interface in orbital.moon.logic.resolution: Represents a clause, i.e.
ClauseImpl - Class in orbital.moon.logic.resolution: Default implementation of a representation of a clause, i.e.
ClauseImpl(Set) - Constructor for class orbital.moon.logic.resolution.ClauseImpl: Copy constructor.
ClauseImpl() - Constructor for class orbital.moon.logic.resolution.ClauseImpl
clear() - Method in class orbital.moon.logic.resolution.ClausalIndex
clear() - Method in class orbital.moon.logic.resolution.IndexedClausalSetImpl
clear() - Method in class orbital.moon.logic.resolution.IndexedClauseImpl
clear() - Method in class orbital.moon.logic.resolution.OrderedClauseImpl
clear() - Method in class orbital.util.DelegateCollection: Removes all of the elements from this collection (optional operation).
clear() - Method in class orbital.util.DelegateMap
clearFitness() - Method in class orbital.algorithm.evolutionary.Genome: Clears the fitness.
clone() - Method in class orbital.algorithm.evolutionary.Gene.BitSet
clone() - Method in class orbital.algorithm.evolutionary.Gene.BoundedFloat
clone() - Method in class orbital.algorithm.evolutionary.Gene.BoundedInteger
clone() - Method in interface orbital.algorithm.evolutionary.Gene: Returns a clone of this gene.
clone() - Method in class orbital.algorithm.evolutionary.Gene.Float
clone() - Method in class orbital.algorithm.evolutionary.Gene.Integer
clone() - Method in class orbital.algorithm.evolutionary.Gene.List: Returns a deep copy of this exact type of gene.
clone() - Method in class orbital.algorithm.evolutionary.Gene.Number
clone() - Method in class orbital.algorithm.evolutionary.GeneticAlgorithm: Returns a deep copy of this exact type of genetic algorithm.
clone() - Method in class orbital.algorithm.evolutionary.Genome
clone() - Method in class orbital.algorithm.evolutionary.Population: Returns a deep copy of this population.
clone() - Method in class orbital.algorithm.evolutionary.PopulationImpl: Returns a deep copy of this population.
clone() - Method in class orbital.awt.Range
clone() - Method in class orbital.logic.functor.Functor.Specification: Clones this specification.
clone() - Method in interface orbital.logic.functor.MutableFunction
clone() - Method in class orbital.logic.functor.MutableFunction.TableFunction
clone() - Method in interface orbital.math.Tensor
close() - Method in class orbital.moon.awt.Closer: The close action.
Closer - Class in orbital.moon.awt: If Closer is registered to a component, it will automatically close it on user requests.
Closer(Component) - Constructor for class orbital.moon.awt.Closer: Close instantly.
Closer(Window, boolean) - Constructor for class orbital.moon.awt.Closer: Close instantly; if register, self-register to WindowEvents.
Closer(Window, boolean, boolean) - Constructor for class orbital.moon.awt.Closer: Close instantly; if register, self-register to WindowEvents,
Closer(Frame, Component) - Constructor for class orbital.moon.awt.Closer: Close only after confirmation dialog
Closer(Frame, Window, boolean) - Constructor for class orbital.moon.awt.Closer: Close only after confirmation dialog; if register, self-register to WindowEvents.
Closer(Frame, Window, boolean, boolean) - Constructor for class orbital.moon.awt.Closer: Close only after confirmation dialog; if register, self-register to WindowEvents, if definitifely force termination via System.exit().
Closer(Frame, String, Window, boolean, boolean) - Constructor for class orbital.moon.awt.Closer: Close only after confirmation dialog; if register, self-register to WindowEvents, if definitifely force termination via System.exit().
closer - Variable in class orbital.moon.evolutionary.BreederControl
codomain() - Method in interface orbital.logic.sign.type.Type: Get the co-domain τ of a type σ→τ.
coefficientOfCorrelation(double[], double[]) - Static method in class orbital.math.Stat: Returns the (2D) coefficient of correlation of a set of n pairs (x_i,y_i).
coefficientOfVariation(double[]) - Static method in class orbital.math.Stat: Returns the coefficient of variation of a set of n values.
collection(Type) - Method in interface orbital.logic.sign.type.TypeSystem: The general collection type collection(τ).
collection() - Method in interface orbital.logic.sign.type.TypeSystem: collection: * → *; τ ↦ collection(τ).
column - Variable in class orbital.moon.logic.SimpleCharStream
Combinatorical - Class in orbital.algorithm: Class for combinatorical operations.
Combinatorical() - Constructor for class orbital.algorithm.Combinatorical
combine(Token, Expression[]) - Method in class orbital.moon.logic.LogicParser
combine(Token, Symbol, Expression) - Method in class orbital.moon.logic.LogicParser: quantifiers.
comparator - Static variable in class orbital.algorithm.evolutionary.Genome: Compare two Genomes according to their fitness, descending.
comparator() - Method in class orbital.util.DelegateSortedSet
compare(Object, Object) - Method in class orbital.algorithm.template.EvaluativeAlgorithm.EvaluationComparator: Compares according to evaluation function.
compare - Static variable in interface orbital.math.functional.Operations: Compares two arithmetic numbers.
compare(Object, Object) - Method in class orbital.util.ReverseComparator: Compares two objects.
compare(Object, Object) - Static method in class orbital.util.Utility: Compares its two arguments for order.
compareTo(Object) - Method in class orbital.algorithm.template.GeneralSearchProblem.Transition: Compares options according to their cost.
compareTo(Object) - Method in class orbital.algorithm.template.MarkovDecisionProblem.DefaultTransition
compareTo(Object) - Method in interface orbital.algorithm.template.TransitionModel.Transition: Compares transition options.
compareTo(Object) - Method in class orbital.logic.functor.Functor.Specification: Compares two specifications.
compareTo(Object) - Method in class orbital.logic.sign.concrete.Notation: Order imposed by ordinals according to the order of creation.
compareTo(Object) - Method in class orbital.logic.sign.concrete.Notation.NotationSpecification: Compares for precedence.
compareTo(Object) - Method in class orbital.logic.sign.SymbolBase: Compares two symbols.
compareTo(Object) - Method in interface orbital.logic.sign.type.Type: Compares two types for subtype inclusions.
compareTo(Object) - Method in interface orbital.math.Real: Compares this object with the specified object for order.
compareTo(Object) - Method in class orbital.moon.logic.ClassicalLogic.InferenceMechanism: Order imposed by ordinals according to the order of creation.
compareTo(Object) - Method in class orbital.moon.logic.FuzzyLogic.OperatorSet: Order imposed by ordinals according to the order of creation.
compareTo(Object) - Method in class orbital.util.KeyValuePair: Compare two KeyValuePair objects according to their keys.
compareTo(Object) - Method in class orbital.util.Pair: Compares two Pairs in favor of A (and then B).
complement(Collection, Collection) - Static method in class orbital.util.Setops: Returns the complement of a collection in a universal set.
complement(Set, Set) - Static method in class orbital.util.Setops
complement(SortedSet, SortedSet) - Static method in class orbital.util.Setops
COMPLETE_SPLINE_INTERPOLATION - Static variable in class orbital.math.NumericalAlgorithms: complete spline interpolation with border conditions s'(a)=f'(a) and s'(b)=f'(b).
Complex - Interface in orbital.math: Representation of a complex number a + i*b∈C.
complex(Real, Real) - Method in interface orbital.math.ValueFactory: Returns a new complex whose value is equal to a + i*b.
complex(double, double) - Method in interface orbital.math.ValueFactory
complex(float, float) - Method in interface orbital.math.ValueFactory
complex(int, int) - Method in interface orbital.math.ValueFactory
complex(long, long) - Method in interface orbital.math.ValueFactory
complex(Real) - Method in interface orbital.math.ValueFactory: Returns a new (real) complex whose value is equal to a + i*0.
complex(double) - Method in interface orbital.math.ValueFactory
complexity() - Method in class orbital.algorithm.evolutionary.GeneticAlgorithm
complexity() - Method in interface orbital.algorithm.template.AlgorithmicTemplate: Measure for the asymptotic time complexity of the central solution operation in O-notation.
complexity() - Method in class orbital.algorithm.template.AStar: O(b^d) where b is the branching factor and d the solution depth.
complexity() - Method in class orbital.algorithm.template.Backtracking: O(nⁿ) in the worst case.
complexity() - Method in class orbital.algorithm.template.BranchAndBound: O(b^d) where b is the branching factor and d the solution depth.
complexity() - Method in class orbital.algorithm.template.BreadthFirstSearch: O(b^d) where b is the branching factor and d the solution depth.
complexity() - Method in class orbital.algorithm.template.DepthFirstSearch: O(∞).
complexity() - Method in class orbital.algorithm.template.DivideAndConquer: ≈O(n*㏒ n).
complexity() - Method in class orbital.algorithm.template.DynamicProgramming: O(n²)
complexity() - Method in class orbital.algorithm.template.GaussSeidelDynamicProgramming
complexity() - Method in class orbital.algorithm.template.Greedy: O(n*log n + n*f(n)) for n=|C| candidates.
complexity() - Method in class orbital.algorithm.template.HillClimbing: O(∞).
complexity() - Method in class orbital.algorithm.template.IterativeBroadening
complexity() - Method in class orbital.algorithm.template.IterativeDeepening: O(b^d) where b is the branching factor and d the solution depth.
complexity() - Method in class orbital.algorithm.template.IterativeDeepeningAStar: O(b^d) where b is the branching factor and d the solution depth.
complexity() - Method in class orbital.algorithm.template.IterativeExpansion: O(b^d) where b is the branching factor and d the solution depth.
complexity() - Method in class orbital.algorithm.template.ParallelBranchAndBound: O(d) on parallel machines where d the solution depth.
complexity() - Method in class orbital.algorithm.template.RealTimeDynamicProgramming
complexity() - Method in class orbital.algorithm.template.SimulatedAnnealing: O(∞).
complexity() - Method in class orbital.algorithm.template.ThresholdAccepting: O(∞).
component - Variable in class orbital.moon.awt.Closer: the Component or Window to be closed
componentPolynomials(UnivariatePolynomial) - Static method in class orbital.math.AlgebraicAlgorithms: Converts a univariate polynomial with R-vectorial coefficients into an array of polynomials obtained by coordinate projections.
compose - Static variable in class orbital.logic.functor.Functionals: compose ∘: Map(B,C)×Map(A,B)→Map(A,C); (f,g) ↦ f ∘ g := (x↦f(g(x))).
compose(Function, Function) - Static method in class orbital.logic.functor.Functionals: compose: Map(B,C)×Map(A,B)→Map(A,C); (f,g) ↦ f ∘ g := f(g).
compose(BinaryFunction, BinaryFunction, BinaryFunction) - Static method in class orbital.logic.functor.Functionals: compose: Map(B₁×B₂,C)×(Map(A₁×A₂,B₁)×Map(A₁×A₂,B₂))→Map(A₁×A₂,C); (f,g,h) ↦ f ∘ (g × h) := f(g,h) .
compose(BinaryFunction, Function, Function) - Static method in class orbital.logic.functor.Functionals: compose: Map(B₁×B₂,C)×(Map(A,B₁)×Map(A,B₂))→Map(A,C); (f,g,h) ↦ f ∘ (g × h) := f(g,h) .
compose(Function, VoidFunction) - Static method in class orbital.logic.functor.Functionals: compose: Map(B,C)×Map({()},B)→Map({()},C); (f,g) ↦ f ∘ g := f(g).
compose(BinaryFunction, VoidFunction, VoidFunction) - Static method in class orbital.logic.functor.Functionals: compose: Map(B₁×B₂,C)×(Map({()},B₁)×Map({()},B₂))→Map({()},C); (f,g,h) ↦ f ∘ (g × h) := f(g,h) .
compose(Predicate, Function) - Static method in class orbital.logic.functor.Functionals: compose: ℘(B)×Map(A,B)→℘(A); (P,g) ↦ P ∘ g := P(g).
compose(BinaryPredicate, BinaryFunction, BinaryFunction) - Static method in class orbital.logic.functor.Functionals: compose: ℘(B₁×B₂)×(Map(A₁×A₂,B₁)×Map(A₁×A₂,B₂))→℘(A₁×A₂); (P,g,h) ↦ P ∘ (g × h) := P(g,h) .
compose(BinaryPredicate, Function, Function) - Static method in class orbital.logic.functor.Functionals: compose: ℘(B₁×B₂)×(Map(A,B₁)×Map(A,B₂))→℘(A); (P,g,h) ↦ P ∘ (g × h) := P(g,h) .
compose(Predicate, VoidFunction) - Static method in class orbital.logic.functor.Functionals: compose: ℘(B)×Map({()},B)→℘({()}); (P,g) ↦ P ∘ g := P(g).
compose(BinaryPredicate, VoidFunction, VoidFunction) - Static method in class orbital.logic.functor.Functionals: compose: ℘(B₁×B₂)×(Map({()},B₁)×Map({()},B₂))→℘({()}); (P,g,h) ↦ P ∘ (g × h) := P(g,h) .
compose(Expression, Expression[]) - Method in interface orbital.logic.imp.Logic: Create a compound expression representation with a composition operation.
compose(Expression, Expression[]) - Method in interface orbital.logic.sign.ExpressionBuilder: Create a compound expression representation with a composition operation.
compose(Substitution, Substitution) - Static method in class orbital.logic.trs.Substitutions: compose two substitutions σ ∘ τ.
compose(Function, Function) - Static method in class orbital.math.functional.Functionals: compose: (f,g) ↦ f ∘ g := f(g).
compose(BinaryFunction, BinaryFunction, BinaryFunction) - Static method in class orbital.math.functional.Functionals: compose: (f,g,h) ↦ f ∘ (g × h) := f(g,h) .
compose(BinaryFunction, Function, Function) - Static method in class orbital.math.functional.Functionals: compose: (f,g,h) ↦ f ∘ (g × h) := f(g,h) .
compose(Expression, Expression[]) - Method in class orbital.moon.logic.ClassicalLogic
compose(Expression, Expression[]) - Method in class orbital.moon.logic.MathExpressionSyntax
Composite - Interface in orbital.logic: The base interface for all things that are composed of other things.
CompoundFormula() - Method in class orbital.moon.logic.LogicParser: Parse a compound predicate formula for the current logic.
CompoundTerm() - Method in class orbital.moon.logic.LogicParser: Parse a compound function term for the current logic.
CompoundType() - Method in class orbital.moon.logic.LogicParser: A compound type.
ConcurrenceGeneticAlgorithm - Class in orbital.algorithm.evolutionary: This class is a genetic algorithm that weights its members in comparison to the others.
ConcurrenceGeneticAlgorithm() - Constructor for class orbital.algorithm.evolutionary.ConcurrenceGeneticAlgorithm
ConcurrenceGeneticAlgorithmBeanInfo - Class in orbital.algorithm.evolutionary
ConcurrenceGeneticAlgorithmBeanInfo() - Constructor for class orbital.algorithm.evolutionary.ConcurrenceGeneticAlgorithmBeanInfo
ConcurrenceGeneticAlgorithmBeanInfo.TypePropertyEditor - Class in orbital.algorithm.evolutionary
ConcurrenceGeneticAlgorithmBeanInfo.TypePropertyEditor() - Constructor for class orbital.algorithm.evolutionary.ConcurrenceGeneticAlgorithmBeanInfo.TypePropertyEditor
conjugate() - Method in interface orbital.math.Complex: Returns the complex conjugated z = z^* = z'.
conjugate() - Method in interface orbital.math.Matrix: Returns this matrix conjugate transposed.
.^⊹:R^n×m→R^m×n; M↦M^⊹:=^tM = (t_i,j) with t_i,j = m_j,i.
conjunctiveForm(Formula) - Static method in class orbital.moon.logic.ClassicalLogic.Utilities: Transforms into conjunctive normal form (CNF).
conjunctiveForm(Formula, boolean) - Static method in class orbital.moon.logic.ClassicalLogic.Utilities: Transforms into conjunctive normal form (CNF).
CONST(int, Arithmetic) - Method in interface orbital.math.ValueFactory: Gets a constant Vector, with all elements set to c.
constant(Object) - Static method in class orbital.math.functional.Functions: constant â: R→R; x ↦ a .
constant(Vector) - Method in interface orbital.math.ValueFactory: Returns an unmodifiable view of the specified vector.
constant(Matrix) - Method in interface orbital.math.ValueFactory: Returns an unmodifiable view of the specified matrix.
constant(Tensor) - Method in interface orbital.math.ValueFactory: Returns an unmodifiable view of the specified tensor.
constant(Polynomial) - Method in interface orbital.math.ValueFactory: Returns an unmodifiable view of the specified polynomial.
constant(UnivariatePolynomial) - Method in interface orbital.math.ValueFactory: Returns an unmodifiable view of the specified polynomial.
constantClosure(Formula) - Static method in class orbital.moon.logic.ClassicalLogic.Utilities: Get the constant-closure of a formula.
ConstantOrVariable() - Method in class orbital.moon.logic.LogicParser: Parses a constant or a variable atomic term, depending upon known symbols in context.
construct(Object, Object) - Method in interface orbital.logic.Composite: Construct a new composition with the given parameters, of the same type like this.
contains(Object) - Method in class orbital.logic.imp.InterpretationBase
contains(String, Object[]) - Method in class orbital.logic.sign.SignatureBase: Deprecated. Since Orbital1.1 use SignatureBase.get(String,Object[])≠null instead.
contains(Object) - Method in class orbital.util.DelegateCollection: Returns true if this collection contains the specified element.
containsAll(Collection) - Method in class orbital.util.DelegateCollection: Returns true if this collection contains all of the elements in the specified collection.
containsIdenticalTo(Object[], Object) - Static method in class orbital.util.Utility: Check whether an array contains an object that is identical to x.
containsKey(Object) - Method in interface orbital.logic.imp.Interpretation: Returns whether the specified symbol is contained in this interpretation assocation map.
containsKey(Object) - Method in class orbital.logic.imp.InterpretationBase
containsKey(Object) - Method in class orbital.util.DelegateMap
containsValue(Object) - Method in class orbital.util.DelegateMap
CONTRADICTION - Static variable in class orbital.moon.logic.ClassicalLogic.Utilities: Deprecated. Use Clause.CONTRADICTION instead.
CONTRADICTION - Static variable in interface orbital.moon.logic.resolution.Clause: The contradictory clause ∅ ≡ □ ≡ ⊥.
CONTRADICTION_SINGLETON_SET - Static variable in interface orbital.moon.logic.resolution.ClausalSet: The contradictory singleton set of clauses {□}.
copy(ListIterator, Iterator) - Static method in class orbital.util.Setops: Copies all of the elements from one list-iterator into another.
coreInterpretation() - Method in interface orbital.logic.imp.Logic: Get the core interpretation which is fixed for this logic.
coreInterpretation() - Method in class orbital.moon.logic.ClassicalLogic
coreInterpretation() - Method in class orbital.moon.logic.FuzzyLogic
coreInterpretation() - Method in class orbital.moon.logic.ModalLogic
coreSignature() - Method in interface orbital.logic.sign.ExpressionSyntax: Get the core signature which is supported by the language of this expression syntax.
coreSignature() - Method in class orbital.moon.logic.ClassicalLogic
coreSignature() - Method in class orbital.moon.logic.FuzzyLogic
coreSignature() - Method in class orbital.moon.logic.MathExpressionSyntax
coreSignature() - Method in class orbital.moon.logic.ModalLogic
cos - Static variable in class orbital.math.functional.Functions: cos: C→C; x ↦ cos x = ∑_n=0^∞ (-1)ⁿ * x²ⁿ / (2n)!.
cosh - Static variable in class orbital.math.functional.Functions: cosh: C→C; x ↦ cosh x = (e^x+e^-x) / 2 = ∑_n=0^∞ x²ⁿ / (2n)!.
cot - Static variable in class orbital.math.functional.Functions: cot: C\πZ→C; x ↦ cot x = cos x / sin x = 1 / tan x.
coth - Static variable in class orbital.math.functional.Functions: coth: R\{0}→R; x ↦ coth x = cosh x / sinh x = 1 / tanh x.
count() - Method in class orbital.algorithm.Combinatorical: Returns the number of combinatorical tuples that araise from this sequence.
count - Variable in class orbital.util.Buffer: The index one greater than the index of the last valid byte in the buffer.
count(Collection, Predicate) - Static method in class orbital.util.Setops: Counts the number of objects in a collection that satisfy the specified predicate.
count(Iterator, Predicate) - Static method in class orbital.util.Setops
create(Population, Genome, int) - Static method in class orbital.algorithm.evolutionary.Population: Generate (create) a new random population of genomes.
create(Genome, int) - Static method in class orbital.algorithm.evolutionary.Population: Generate (create) a new random population of genomes.
create(Genome, int) - Static method in class orbital.algorithm.evolutionary.PopulationImpl
create() - Method in class orbital.moon.evolutionary.BreederControl
createAllExpressions(String) - Method in class orbital.moon.logic.ClassicalLogic
createAtomic(Symbol) - Method in interface orbital.logic.imp.Logic: Create an atomic expression representation of a non-compound sign.
createAtomic(Symbol) - Method in interface orbital.logic.sign.ExpressionBuilder: Create an atomic expression representation of a non-compound sign.
createAtomic(Symbol) - Method in class orbital.moon.logic.MathExpressionSyntax
createClausalSet(Set) - Method in interface orbital.moon.logic.resolution.ClausalFactory: Instantiates a new clausal set.
createClausalSet(Set) - Method in class orbital.moon.logic.resolution.DefaultClausalFactory
createClause(Set) - Method in interface orbital.moon.logic.resolution.ClausalFactory: Instantiates a new clause.
createClause(Set) - Method in class orbital.moon.logic.resolution.DefaultClausalFactory
createExactMatcher(Object, Object) - Static method in class orbital.logic.trs.Substitutions: Create a new exact matcher that performs substitution.
createExactMatcher(Object) - Static method in class orbital.logic.trs.Substitutions: Create a new exact matcher that does not perform substitution.
createExpression(String) - Method in interface orbital.logic.imp.Logic: Create a term representation by parsing a (compound) expression.
createExpression(String) - Method in interface orbital.logic.sign.ExpressionSyntax: Create a term representation by parsing a (compound) expression.
createExpression(String) - Method in class orbital.moon.logic.MathExpressionSyntax: Create a term representation by parsing a (compound) expression..
createFormula(String) - Method in class orbital.moon.logic.ClassicalLogic: Deprecated. Use (Formula) createExpression(expression) instead.
createGenome() - Method in class orbital.moon.evolutionary.BreederControl: Create a problem-specific genome prototype.
createMap() - Method in class orbital.algorithm.template.MarkovDecisionProcess.DynamicProgramming: Create a mapping.
createMathExpression(String) - Method in class orbital.moon.logic.MathExpressionSyntax: Parses an expression and queries its arithmetic object.
createPropertyEditorComponent(PropertyDescriptor, PropertyEditor) - Method in class orbital.moon.awt.DefaultCustomizer: Create a component to use as an editor for the property specified.
createSelection(Function, Predicate, Comparator, boolean) - Static method in class orbital.util.Setops: Creates a sophisticated selection filter.
createSelection(Predicate) - Static method in class orbital.util.Setops
createSingleSidedMatcher(Object, Object, Predicate) - Static method in class orbital.logic.trs.Substitutions: Create a new single sided matcher with unification that performs a substitution under a given condition.
createSingleSidedMatcher(Object, Object) - Static method in class orbital.logic.trs.Substitutions: Create a new single sided matcher with unification that performs substitution, without conditions.
createSingleSidedMatcher(Object) - Static method in class orbital.logic.trs.Substitutions: Create a new single sided matcher with unification that does not perform substitution.
createStatusBar() - Method in class orbital.moon.evolutionary.BreederControl: Create a status bar to display.
createTerm(String) - Method in class orbital.moon.logic.ClassicalLogic: Parses single term.
createTraversal(GeneralSearchProblem) - Method in class orbital.algorithm.template.BestFirstSearch
createTraversal(GeneralSearchProblem) - Method in class orbital.algorithm.template.BreadthFirstSearch
createTraversal(GeneralSearchProblem) - Method in class orbital.algorithm.template.DepthFirstSearch
createTraversal(GeneralSearchProblem) - Method in class orbital.algorithm.template.GeneralSearch: Define a traversal order by creating an iterator for the problem's state space.
createTraversal(GeneralSearchProblem) - Method in class orbital.algorithm.template.HillClimbing
createTraversal(GeneralSearchProblem) - Method in class orbital.algorithm.template.IterativeBroadening
createTraversal(GeneralSearchProblem) - Method in class orbital.algorithm.template.IterativeDeepening
createTraversal(GeneralSearchProblem) - Method in class orbital.algorithm.template.IterativeDeepeningAStar
createTraversal(GeneralSearchProblem) - Method in class orbital.algorithm.template.IterativeExpansion
createTraversal(GeneralSearchProblem) - Method in class orbital.algorithm.template.ParallelBranchAndBound
createTraversal(GeneralSearchProblem) - Method in class orbital.algorithm.template.SimulatedAnnealing
createTraversal(GeneralSearchProblem) - Method in class orbital.algorithm.template.ThresholdAccepting
cross(Function, Function) - Static method in class orbital.logic.functor.Functionals: cross: Map(A,B₁)×Map(A,B₂)→Map(A,B₁×B₂); (f,g) ↦ f × g := (f,g).
cross(Vector) - Method in interface orbital.math.Vector: Vector-cross-product of two vectors.
cross(Collection, Collection) - Static method in class orbital.util.Setops: Returns the cross product (or cartesian product) of two collections.
a × b = {(x,y) ¦ x∈a ∧ y∈b}
cross(Iterator, Iterator) - Static method in class orbital.util.Setops
cross(List) - Static method in class orbital.util.Setops: Returns the n-ary cross product (or cartesian product) of n collections.
×_i=1,...,n a_i = ∏_i=1,...,n a_i = {(x_i)_i=1,...,n ¦ ∀i=1,...,n x_i∈a_i}
csc - Static variable in class orbital.math.functional.Functions: csc: R\{0}→R; x ↦ csc x = 1 / sin(x).
csch - Static variable in class orbital.math.functional.Functions: csch: R\{0}→R; x ↦ csch x = 1 / sinh(x).
curChar - Variable in class orbital.moon.logic.LogicParserTokenManager
currentToken - Variable in exception orbital.moon.logic.ParseException: This is the last token that has been consumed successfully.
curry(BinaryFunction) - Static method in class orbital.logic.functor.Functionals: Currys a binary function to a function mapping to a function.
custom - Variable in class orbital.moon.evolutionary.BreederControl
customizerFor(Class) - Static method in class orbital.awt.CustomizerViewController: Get the Customizer for a specific bean class.
customizerForProperty(PropertyDescriptor) - Static method in class orbital.moon.awt.DefaultCustomizer: Checks whether we find a customizer for the type of the property specified.
CustomizerViewController - Class in orbital.awt: This class is a CustomizerViewController that can be registered to a Bean and controls showing a Customizer on double-click.
CustomizerViewController(Frame, String) - Constructor for class orbital.awt.CustomizerViewController
CustomizerViewController(Frame) - Constructor for class orbital.awt.CustomizerViewController

D

data - Variable in class orbital.moon.evolutionary.BreederControl
debugStream - Variable in class orbital.moon.logic.LogicParserTokenManager
DECIMAL_LITERAL - Static variable in interface orbital.moon.logic.LogicParserConstants
DECLARE_FREE - Static variable in interface orbital.moon.logic.LogicParserConstants
declaredTypeOf(Functor) - Static method in class orbital.logic.sign.type.Types: Converts a functor specification to a type (guesses it from the declared type information).
decompose(Matrix) - Static method in class orbital.math.LUDecomposition: Get the Gaussian LU-decomposition of a matrix.
decomposeCholesky(Matrix) - Static method in class orbital.math.NumericalAlgorithms: Cholesky-decomposition of positive definite matrices implementation.
DEFAULT - Static variable in class orbital.logic.sign.concrete.Notation: Specifies to use system default notation.
DEFAULT - Static variable in interface orbital.moon.logic.LogicParserConstants
defaultChildren - Static variable in class orbital.moon.evolutionary.BreederControl
DefaultClausalFactory - Class in orbital.moon.logic.resolution: Factory for clauses and clausalsets.
DefaultClausalFactory() - Constructor for class orbital.moon.logic.resolution.DefaultClausalFactory
DefaultCustomizer - Class in orbital.moon.awt: Provides a fully-automatic generic JavaBean customizer.
DefaultCustomizer(Class) - Constructor for class orbital.moon.awt.DefaultCustomizer: Create a default customizer initialized to customize a bean class.
DefaultCustomizer() - Constructor for class orbital.moon.awt.DefaultCustomizer: Create a default customizer that is not yet initialized to a bean class.
defaultMaxMutation - Static variable in class orbital.moon.evolutionary.BreederControl
defaultMaxRecombination - Static variable in class orbital.moon.evolutionary.BreederControl
defaultParents - Static variable in class orbital.moon.evolutionary.BreederControl: default values
DEGREE(Comparator) - Static method in class orbital.math.AlgebraicAlgorithms: Generalised degree-lexicographical order on monoid of monomials.
degree() - Method in interface orbital.math.Euclidean: Get the Euclidean degree.
degree() - Method in interface orbital.math.Polynomial: Get the total degree of this polynomial.
degree() - Method in interface orbital.math.UnivariatePolynomial: Get the degree of this polynomial.
DEGREE_LEXICOGRAPHIC - Static variable in class orbital.math.AlgebraicAlgorithms: Degree lexicographical order on monoid of monomials.
DEGREE_REVERSE_LEXICOGRAPHIC - Static variable in class orbital.math.AlgebraicAlgorithms: Degree reverse-lexicographical order on monoid of monomials.
degrees() - Method in interface orbital.math.Polynomial: Returns the multi-degree, i.e., the vector of partial degrees of this polynomial for the individual variables X_i.
degreeValue() - Method in interface orbital.math.Polynomial: Get the (int value of the) degree of this polynomial.
DelegateCollection - Class in orbital.util: A DelegateCollection that works as a delegator to collections.
DelegateCollection(Collection) - Constructor for class orbital.util.DelegateCollection: Extend to create a Collection delegating to an implementation Collection.
DelegateGeneralSearchProblem - Class in orbital.algorithm.template: Delegates to a GeneralSearchProblem.
DelegateGeneralSearchProblem(GeneralSearchProblem) - Constructor for class orbital.algorithm.template.DelegateGeneralSearchProblem
DelegateIterator - Class in orbital.util: A DelegateIterator that works as a delegator to iterators.
DelegateIterator(Iterator) - Constructor for class orbital.util.DelegateIterator: Extend to create an Iterator delegating to an implementation Iterator.
DelegateList - Class in orbital.util: A DelegateList that works as a delegator to lists.
DelegateList(List) - Constructor for class orbital.util.DelegateList: Extend to create a List delegating to an implementation List.
DelegateListIterator - Class in orbital.util: A DelegateListIterator that works as a delegator to iterators.
DelegateListIterator(ListIterator) - Constructor for class orbital.util.DelegateListIterator: Extend to create an ListIterator delegating to an implementation ListIterator.
DelegateMap - Class in orbital.util: A DelegateMap that works as a delegator to maps.
DelegateMap(Map) - Constructor for class orbital.util.DelegateMap: Extend to create a map delegating to an implementation map.
DelegateSet - Class in orbital.util: A DelegateSet that works as a delegator to sets.
DelegateSet(Set) - Constructor for class orbital.util.DelegateSet: Extend to create a Set delegating to an implementation Set.
DelegateSortedSet - Class in orbital.util: A DelegateSortedSet that works as a delegator to sets.
DelegateSortedSet(SortedSet) - Constructor for class orbital.util.DelegateSortedSet: Extend to create a SortedSet delegating to an implementation SortedSet.
deletion(ClausalSet, ClausalSet) - Method in class orbital.moon.logic.resolution.SaturationResolution: Delete superfluous clauses.
deletion(ClausalSet, ClausalSet, ClausalSet) - Method in class orbital.moon.logic.resolution.SetOfSupportResolution: Delete superfluous clauses.
delta - Static variable in class orbital.math.functional.Functions: delta: R×R→R; (x,x) ↦ 1, (x,y) ↦ 0 for x≠y.
delta(int, int) - Static method in class orbital.math.functional.Functions
denominator() - Method in interface orbital.math.Fraction: Returns the denominator component.
denominator() - Method in interface orbital.math.Rational: Returns the denominator component.
DENOMINATOR_FIELD - Static variable in class orbital.math.ArithmeticFormat
DEPTH_ORDER - Static variable in class orbital.moon.logic.resolution.LiteralOrders: L-Order based on term-depths.
DepthFirstSearch - Class in orbital.algorithm.template: DepthFirstSearch class (DFS).
DepthFirstSearch() - Constructor for class orbital.algorithm.template.DepthFirstSearch
DepthFirstSearch.OptionIterator - Class in orbital.algorithm.template: An iterator over a state space in depth-first order.
DepthFirstSearch.OptionIterator(GeneralSearchProblem) - Constructor for class orbital.algorithm.template.DepthFirstSearch.OptionIterator
derive() - Method in interface orbital.math.functional.BinaryFunction: Derives this function and returns the resulting BinaryFunction df/d(x,y).
derive() - Method in interface orbital.math.functional.Function: Derives this function and returns the resulting Function df/dx.
destroy() - Method in class orbital.moon.evolutionary.BreederControl
det() - Method in class orbital.math.LUDecomposition: The determinant of A.
det() - Method in interface orbital.math.Matrix: Returns the determinant of the matrix representation.
DIAGONAL(Vector) - Method in interface orbital.math.ValueFactory: Gets diagonal Matrix, with all elements set to 0, except the leading diagonal m_i,i set to v_i.
DIAMOND - Static variable in interface orbital.moon.logic.LogicParserConstants
difference(Signature) - Method in interface orbital.logic.sign.Signature: Returns the difference to another signature.
difference(Signature) - Method in class orbital.logic.sign.SignatureBase
difference(Collection, Collection) - Static method in class orbital.util.Setops: Returns the difference of one collection to another.
difference(Set, Set) - Static method in class orbital.util.Setops
difference(SortedSet, SortedSet) - Static method in class orbital.util.Setops
DIGIT - Static variable in interface orbital.moon.logic.LogicParserConstants
DIGIT_OR_ALIKE - Static variable in interface orbital.moon.logic.LogicParserConstants
dimension() - Method in interface orbital.math.Matrix: Returns the dimension of the matrix.
dimension() - Method in interface orbital.math.Vector: Returns the dimension of the vector.
dimensions() - Method in interface orbital.math.Tensor: Returns the dimensions of the tensor.
dimensions(Object[]) - Static method in class orbital.util.Utility
dimensions(Object) - Static method in class orbital.util.Utility: Get the dimensions of a multi-dimensional array.
diracDelta - Static variable in class orbital.math.functional.Functions: diracDelta δ: M\{0}→{0}; x ↦ 0 if x≠0.
disable_tracing() - Method in class orbital.moon.logic.LogicParser
disjunctiveForm(Formula) - Static method in class orbital.moon.logic.ClassicalLogic.Utilities: Transforms into disjunctive normal form (DNF).
disjunctiveForm(Formula, boolean) - Static method in class orbital.moon.logic.ClassicalLogic.Utilities: Transforms into disjunctive normal form (DNF).
distance(Object, Object) - Method in interface orbital.math.Metric: Returns the distance of two objects.
distanceMeasure() - Method in class orbital.algorithm.evolutionary.Gene.BitSet
distanceMeasure() - Method in interface orbital.algorithm.evolutionary.Gene: Get the distance measure for this class.
distanceMeasure() - Method in class orbital.algorithm.evolutionary.Gene.List
distanceMeasure() - Method in class orbital.algorithm.evolutionary.Gene.Number
divide() - Method in interface orbital.algorithm.template.DivideAndConquerProblem: Divide this problem into several problem parts which can be solved independently.
divide(Arithmetic) - Method in interface orbital.math.Arithmetic: Divides this by an arithmetic object returning the result.
divide(Complex) - Method in interface orbital.math.Complex: divides two complex numbers.
divide(Fraction) - Method in interface orbital.math.Fraction: Divides two fractions returning a third as a result.
divide - Static variable in interface orbital.math.functional.Operations: divide ∕: A×A→A; (x,y) ↦ x∕y.
divide(Quotient) - Method in interface orbital.math.Quotient
divide(Rational) - Method in interface orbital.math.Rational: divides two rationals returning a third as a result
divide(Real) - Method in interface orbital.math.Real
DIVIDE - Static variable in interface orbital.moon.logic.LogicParserConstants
DivideAndConquer - Class in orbital.algorithm.template: Framework (template class) for Divide and Conquer Algorithms.
DivideAndConquer() - Constructor for class orbital.algorithm.template.DivideAndConquer
DivideAndConquerProblem - Interface in orbital.algorithm.template: Hook class for problems solved by DivideAndConquer.
domain() - Method in interface orbital.logic.sign.type.Type: Get the domain σ of a type σ→τ.
Done() - Method in class orbital.moon.logic.SimpleCharStream
doubleValue() - Method in class orbital.algorithm.evolutionary.Gene.Float
doubleValue() - Method in class orbital.algorithm.evolutionary.Gene.Integer
doubleValue() - Method in interface orbital.math.Real: Returns the value of the specified real as a double.
DRASTIC - Static variable in class orbital.moon.logic.FuzzyLogic: Drastic operators in fuzzy logic.
drawAxis(Graphics) - Method in class orbital.awt.Plot2D
drawCenteredString(Graphics, String, int, int) - Static method in class orbital.awt.UIUtilities: draws a centered String.
drawGraph(Graphics, Matrix, Map) - Method in class orbital.awt.Plot2D
drawGraph(Graphics, Function, Map) - Method in class orbital.awt.Plot2D
dropQuantifiers(Formula) - Static method in class orbital.moon.logic.ClassicalLogic.Utilities: Drop any quantifiers.
dSolve(Matrix, Vector, Real, Vector) - Static method in class orbital.math.AlgebraicAlgorithms: Symbolically solves ordinary differential equation system.
dSolve(BinaryFunction, Real, Vector, Real, Real, int, int) - Static method in class orbital.math.NumericalAlgorithms: Returns a numerical solution x of the differential equation x'(t) = f(t,x(t)), x(τ)=η on [a,b].
dSolve(BinaryFunction, Real, Vector, Real, Real, int, Matrix) - Static method in class orbital.math.NumericalAlgorithms: Returns a numerical solution x of the differential equation x'(t) = f(t,x(t)), x(τ)=η on [a,b].
dSolve(BinaryFunction, Real, Real, Real, Real, int, int) - Static method in class orbital.math.NumericalAlgorithms: Returns a numerical solution x of the one-dimensional differential equation x'(t) = f(t,x(t)), x(τ)=η on [a,b].
dSolve(BinaryFunction, Real, Real, Real, Real, int, Matrix) - Static method in class orbital.math.NumericalAlgorithms: Returns a numerical solution x of the one-dimensional differential equation x'(t) = f(t,x(t)), x(τ)=η on [a,b].
DynamicProgramming - Class in orbital.algorithm.template: Framework (template class) for Dynamic Programming Algorithms.
DynamicProgramming() - Constructor for class orbital.algorithm.template.DynamicProgramming
DynamicProgrammingOptimizingProblem - Class in orbital.algorithm.template: Base hook class for problems solved by DynamicProgramming for optimization.
DynamicProgrammingOptimizingProblem() - Constructor for class orbital.algorithm.template.DynamicProgrammingOptimizingProblem
DynamicProgrammingProblem - Interface in orbital.algorithm.template: Hook class for problems solved by DynamicProgramming.

E

E() - Method in interface orbital.math.ValueFactory: e = 2.71828...
editable - Variable in class orbital.awt.NumberInput
elementwiseRecombine(Gene[], int, double) - Method in class orbital.algorithm.evolutionary.Gene.List: Implemented as element-wise recombination, each gene does recombine, separately.
EMPTY(Signature) - Static method in class orbital.logic.imp.InterpretationBase: The empty interpretation ∅ for the given signature.
EMPTY - Static variable in class orbital.logic.sign.SignatureBase: Empty signature ∅.
EMPTY_ITERATOR - Static variable in class orbital.util.Setops: An iterator over the empty collection.
EMPTY_LIST_ITERATOR - Static variable in class orbital.util.Setops: A list iterator over the empty list.
enable_tracing() - Method in class orbital.moon.logic.LogicParser
endColumn - Variable in class orbital.moon.logic.Token: beginLine and beginColumn describe the position of the first character of this token; endLine and endColumn describe the position of the last character of this token.
endLine - Variable in class orbital.moon.logic.Token: beginLine and beginColumn describe the position of the first character of this token; endLine and endColumn describe the position of the last character of this token.
ensureCapacity(int) - Method in class orbital.util.Buffer: Increases the capacity of this Buffer, if necessary, to ensure that it can hold at least the number of bytes specified by the minimum capacity argument.
entries() - Method in interface orbital.math.Tensor: Returns an iterator over our (relevant) entries (index, coefficient)-pairs.
entrySet() - Method in class orbital.util.DelegateMap
envelope(Object, BinaryFunction, Function, Predicate, Object) - Static method in class orbital.logic.functor.Functionals: envelope [[(c,f),(g,p)]] a.
EOF - Static variable in interface orbital.moon.logic.LogicParserConstants
EOL - Static variable in interface orbital.moon.logic.LogicParserConstants
eol - Variable in exception orbital.moon.logic.ParseException: The end of line string for this machine.
epsilon(Collection, Predicate) - Static method in class orbital.util.Setops: Return any element of a collection that satisfies the specified predicate.
equal - Static variable in class orbital.logic.functor.Predicates: =.
equal - Static variable in interface orbital.math.functional.Operations: =.
EQUAL - Static variable in interface orbital.moon.logic.LogicParserConstants
EqualityExpression() - Method in class orbital.moon.logic.LogicParser
equals(Object) - Method in class orbital.algorithm.evolutionary.Gene.BitSet
equals(Object) - Method in class orbital.algorithm.evolutionary.Gene.BoundedFloat: Checks for equality.
equals(Object) - Method in class orbital.algorithm.evolutionary.Gene.BoundedInteger
equals(Object) - Method in interface orbital.algorithm.evolutionary.Gene
equals(Object) - Method in class orbital.algorithm.evolutionary.Gene.List
equals(Object) - Method in class orbital.algorithm.evolutionary.Gene.Number: Checks two gene numbers for equality according to their doubleValue.
equals(Object) - Method in class orbital.algorithm.evolutionary.GeneticAlgorithm
equals(Object) - Method in class orbital.algorithm.evolutionary.Genome
equals(Object) - Method in class orbital.algorithm.evolutionary.Population: Checks for equality.
equals(Object) - Method in class orbital.algorithm.template.LocalOptimizerSearch.LocalSelection: Maintains the guarantee that all equal objects of the enumerated type are also identical.
equals(Object) - Method in interface orbital.algorithm.template.TransitionModel.Transition: Checks for equality.
equals(Object) - Method in class orbital.awt.ChartModel.Entry
equals(Object) - Method in class orbital.awt.Range
equals(Object) - Method in class orbital.logic.functor.Functionals.Anamorphism
equals(Object) - Method in class orbital.logic.functor.Functionals.Catamorphism
equals(Object) - Method in class orbital.logic.functor.Functionals.Hylomorphism
equals(Object) - Method in class orbital.logic.functor.Functionals.Paramorphism
equals(Object) - Method in interface orbital.logic.functor.Functor: .
equals(Object) - Method in class orbital.logic.functor.Functor.Specification
equals(Object) - Method in interface orbital.logic.imp.Formula
equals(Object) - Method in interface orbital.logic.imp.Interpretation: Checks two interpretations for extensional equality.
equals(Object) - Method in class orbital.logic.imp.InterpretationBase
equals(Object) - Method in class orbital.logic.sign.concrete.Notation: Maintains the guarantee that all equal objects of the enumerated type are also identical.
equals(Object) - Method in class orbital.logic.sign.concrete.Notation.NotationSpecification
equals(Object) - Method in interface orbital.logic.sign.Signature: Checks two signatures for extensional equality.
equals(Object) - Method in class orbital.logic.sign.SignatureBase
equals(Object) - Method in interface orbital.logic.sign.Symbol: Compares two symbols for equality according to their three components.
equals(Object) - Method in class orbital.logic.sign.SymbolBase
equals(Object) - Method in interface orbital.logic.sign.type.Type: Checks two types for equality.
equals(Object) - Method in interface orbital.logic.sign.type.TypeSystem: Checks whether two type systems are equal.
equals(Object) - Method in interface orbital.logic.trs.Substitution.Matcher: Whether this matcher equals another.
equals(Object, Real) - Method in interface orbital.math.Arithmetic: Compares two arithmetic objects for tolerant equality.
equals(Object) - Method in interface orbital.math.Complex: Compares two complex numbers for equality.
equals(double, double, double) - Static method in class orbital.math.MathUtilities: Checks whether two numbers are roughly equal.
equals(Arithmetic, Arithmetic, double) - Static method in class orbital.math.MathUtilities
equals(Object, Real) - Method in interface orbital.math.Symbol: Compares for tolerant equality.
equals(Object) - Method in interface orbital.math.Symbol
equals(Object) - Method in class orbital.moon.logic.ClassicalLogic.InferenceMechanism: Maintains the guarantee that all equal objects of the enumerated type are also identical.
equals(Object) - Method in class orbital.moon.logic.FuzzyLogic.OperatorSet: Maintains the guarantee that all equal objects of the enumerated type are also identical.
equals(Object) - Method in class orbital.moon.logic.UniqueSymbol
equals(Object) - Method in class orbital.util.DelegateCollection: Compares the specified object with this collection for equality.
equals(Object) - Method in class orbital.util.DelegateMap
equals(Object) - Method in class orbital.util.KeyValuePair: Checks two KeyValuePair objects for equal keys.
equals(Object) - Method in class orbital.util.Pair: Checks two Pair objects for equal A and equal B.
equals(Object) - Method in class orbital.util.ReverseComparator
equals(Object, Object) - Static method in class orbital.util.Utility: Check whether two objects are equal.
equalsAll(Object, Object) - Static method in class orbital.util.Utility: Check whether two objects are equal (and their array components, as well).
equiv(Formula) - Method in interface orbital.logic.imp.Formula: Equivalence equiv: F ↔ G.
equiv(Formula) - Method in class orbital.logic.imp.LogicBasis: Equivalence equiv: A ⇔ B is calced (A→B) ∧ (B→A)
equiv - Static variable in interface orbital.moon.logic.functor.Operations
EQUIV - Static variable in interface orbital.moon.logic.LogicParserConstants
EquivalenceExpression() - Method in class orbital.moon.logic.LogicParser
Euclidean - Interface in orbital.math: Euclidean ring interface.
evaluate(Population, boolean) - Method in class orbital.algorithm.evolutionary.Genome: Evaluates the fitness of the Genomes, if necessary.
evaluate(boolean) - Method in class orbital.algorithm.evolutionary.ParallelEvaluationPopulation: Evaluate and resort population waiting for all current evaluator threads to stop.
evaluate(Genome, boolean) - Method in class orbital.algorithm.evolutionary.ParallelEvaluationPopulation: Concurrently evaluate a genome.
evaluate(boolean) - Method in class orbital.algorithm.evolutionary.Population: Evaluates the fitness of the Genomes, if necessary.
Evaluations - Class in orbital.math: Deprecated. since Orbital1.1 This class is deprecated since its (simple) methods are mere facades for convenience. Directly use the functions in Operations and Functionals, instead.
EvaluativeAlgorithm - Interface in orbital.algorithm.template: Interface for evaluative algorithms.
EvaluativeAlgorithm.EvaluationComparator - Class in orbital.algorithm.template: The canonical comparator induced by the evaluation function f(n).
EvaluativeAlgorithm.EvaluationComparator(Function) - Constructor for class orbital.algorithm.template.EvaluativeAlgorithm.EvaluationComparator: Create a new comparator for states compared by their evaluation values.
EvaluativeAlgorithm.EvaluationComparator(EvaluativeAlgorithm) - Constructor for class orbital.algorithm.template.EvaluativeAlgorithm.EvaluationComparator: Create a new comparator for states compared by their evaluation values.
even(int) - Static method in class orbital.math.MathUtilities: This function is true only when the value is an even number.
EventObjectListener - Interface in orbital.util: EventObjectListener (Notify) callback interface is a description of a listen-mechanism to react on all types of EventObjects at once.
eventObjectOccured(EventObject) - Method in interface orbital.util.EventObjectListener: called back when EventObjectListener is notified.
evolve() - Method in class orbital.algorithm.evolutionary.ConcurrenceGeneticAlgorithm
evolve() - Method in class orbital.algorithm.evolutionary.GeneticAlgorithm: evolves to the next generation for this population.
evolve() - Method in class orbital.algorithm.evolutionary.IncrementalGeneticAlgorithm
evolve() - Method in class orbital.algorithm.evolutionary.SimpleGeneticAlgorithm
evolve() - Method in class orbital.algorithm.evolutionary.SteadyStateGeneticAlgorithm
evolve() - Method in class orbital.moon.evolutionary.BreederControl: Evolves and updates view.
exchangeEvaluators() - Method in class orbital.algorithm.evolutionary.ParallelEvaluationPopulation: Exchanges evaluators for this generation.
ExclusiveOrExpression() - Method in class orbital.moon.logic.LogicParser
existentialClosure(Formula) - Static method in class orbital.moon.logic.ClassicalLogic.Utilities: Get the ∃-closure of a formula.
exists(Symbol) - Method in interface orbital.logic.imp.Formula: Existential-quantifier exists: ∃x F.
exists(Symbol) - Method in class orbital.logic.imp.LogicBasis: Existence-quantifier exists: ∃x A is calced ¬∀x ¬A.
EXISTS - Static variable in interface orbital.moon.logic.LogicParserConstants
exp - Static variable in class orbital.math.functional.Functions: exp: C→C\{0}; x ↦ e^x = ∑_n=0^∞ xⁿ / n!.
exp(Arithmetic) - Static method in class orbital.math.functional.Functions: exp_b: C→C\{0}; x ↦ b^x .
ExpandBuff(boolean) - Method in class orbital.moon.logic.SimpleCharStream
expectedTokenSequences - Variable in exception orbital.moon.logic.ParseException: Each entry in this array is an array of integers.
EXPONENT - Static variable in interface orbital.moon.logic.LogicParserConstants
exportGenome(Genome, OutputStream) - Method in class orbital.moon.evolutionary.BreederControl: Save genome to export.
Expression - Interface in orbital.logic.sign: An interface for representations of expressions.
expression() - Method in class orbital.moon.logic.LogicParser: Central expression parsing production.
Expression.Composite - Interface in orbital.logic.sign: The base interface for all composite expressions that are composed of other expressions.
ExpressionBuilder - Interface in orbital.logic.sign: Defines a general interface for constructing complex expressions.
ExpressionSyntax - Interface in orbital.logic.sign: Defines general methods for constructing and handling expressions of a formal language.

F

f - Variable in class orbital.logic.functor.Functionals.Catamorphism: the function f:A×B=A||B→B used to fold the list a with.
factorial(int) - Static method in class orbital.math.MathUtilities: n! factorial.
factorize() - Method in interface orbital.moon.logic.resolution.Clause: Get all factors of F.
factorize() - Method in class orbital.moon.logic.resolution.ClauseImpl
factorize(Collection) - Method in class orbital.moon.logic.resolution.ClauseImpl: Factorize a clause by the specified literals.
factorize2(Collection) - Method in class orbital.moon.logic.resolution.ClauseImpl: Workaround for returning 2 arguments.
FactoryConfigurationError - Error in orbital.logic.sign.type: Thrown when a problem with configuration of the factories exists.
FactoryConfigurationError(String, Throwable) - Constructor for error orbital.logic.sign.type.FactoryConfigurationError
FactoryConfigurationError - Error in orbital.math: Thrown when a problem with configuration of the factories exists.
FactoryConfigurationError(String, Throwable) - Constructor for error orbital.math.FactoryConfigurationError
FALSE - Static variable in class orbital.logic.functor.Predicates: false = ⊥.
file - Variable in class orbital.moon.evolutionary.BreederControl: Current population file processed.
fileExit_actionPerformed(ActionEvent) - Method in class orbital.moon.evolutionary.BreederControl
FillBuff() - Method in class orbital.moon.logic.SimpleCharStream
Filters - Class in orbital.util: Collection filtering implementations.
Filters() - Constructor for class orbital.util.Filters
find(Collection, Predicate) - Static method in class orbital.util.Setops: Return the first object in a collection that satisfies the specified predicate.
find(Iterator, Predicate) - Static method in class orbital.util.Setops
first() - Method in class orbital.util.DelegateSortedSet
first - Static variable in class orbital.util.Filters: Filter for first element.
FIRST_LOCAL_SELECTION - Static variable in class orbital.algorithm.template.LocalOptimizerSearch: + attempt a randomly chosen local transition.
fixedPoint(Function, Object, int) - Static method in class orbital.logic.functor.Functionals: fixedPoint starts with an object, then applies f repeatedly until the result no longer changes.
fixedPoint(Function, Object) - Static method in class orbital.logic.functor.Functionals
FLAT_HIERARCHY - Static variable in class orbital.algorithm.evolutionary.ConcurrenceGeneticAlgorithm: Implemented as flat hierarchy comparison.
flexible(AlgorithmicProblem, Map, Class) - Static method in class orbital.algorithm.template.AlgorithmicTemplate.Configuration: Create a new flexible configuration.
flip(Random, double) - Static method in class orbital.util.Utility: Flips to true with a given probability.
FLOATING_POINT_LITERAL - Static variable in interface orbital.moon.logic.LogicParserConstants
floatValue() - Method in class orbital.algorithm.evolutionary.Gene.Number
floatValue() - Method in interface orbital.math.Real: Returns the value of the specified real as a float.
floory(double, double) - Static method in class orbital.math.MathUtilities: Returns the largest (closest to positive infinity) double value that is not greater than the argument and is equal for at least a precision value.
floory(double) - Static method in class orbital.math.MathUtilities
FOLD_LOGICAL_JUNCTOR - Static variable in interface orbital.moon.logic.functor.Operations
foldLeft(BinaryFunction, Object, Object[]) - Static method in class orbital.logic.functor.Functionals: Folds a list with a BinaryFunction.
foldLeft(BinaryFunction, Object, Iterator) - Static method in class orbital.logic.functor.Functionals
foldLeft(BinaryFunction, Object, Collection) - Static method in class orbital.logic.functor.Functionals
foldRight(BinaryFunction, Object, Object[]) - Static method in class orbital.logic.functor.Functionals: Folds a list with a BinaryFunction.
foldRight(BinaryFunction, Object, List) - Static method in class orbital.logic.functor.Functionals: efficient foldRight for lists.
foldRight(BinaryFunction, Object, Collection) - Static method in class orbital.logic.functor.Functionals
foldRight(BinaryFunction, Object, Iterator) - Static method in class orbital.logic.functor.Functionals
foldRight(BinaryFunction, double, double[]) - Static method in class orbital.math.functional.Functionals
forall(Symbol) - Method in interface orbital.logic.imp.Formula: Universal-quantifier forall: ∀x F.
forall(Symbol) - Method in class orbital.logic.imp.LogicBasis: All-quantifier forall: ∀x A is calced ¬∃x ¬A.
FORALL - Static variable in interface orbital.moon.logic.LogicParserConstants
forallMembers(Object, Predicate) - Static method in class orbital.util.Utility: Applies a Predicate to all member fields of an object, as long as the predicate returns true.
forallPublicMembers(Object, Predicate) - Static method in class orbital.util.Utility: Applies a Predicate to all public member fields of an object, as long as the predicate returns true.
FORMAL_COMMENT - Static variable in interface orbital.moon.logic.LogicParserConstants
format(Object, Object) - Method in class orbital.logic.sign.concrete.Notation: Format compositor with arguments in this notation.
format(Arithmetic) - Method in class orbital.math.ArithmeticFormat: Get a formatted string representation of an arithmetic object.
format(Scalar) - Method in class orbital.math.ArithmeticFormat: Specialization of format.
format(Tensor) - Method in class orbital.math.ArithmeticFormat: Specialization of format.
format(Vector) - Method in class orbital.math.ArithmeticFormat: Specialization of format.
format(Matrix) - Method in class orbital.math.ArithmeticFormat: Specialization of format.
format(Complex) - Method in class orbital.math.ArithmeticFormat: Specialization of format.
format(Real) - Method in class orbital.math.ArithmeticFormat: Specialization of format.
format(Rational) - Method in class orbital.math.ArithmeticFormat: Specialization of format.
format(Integer) - Method in class orbital.math.ArithmeticFormat: Specialization of format.
format(Polynomial) - Method in class orbital.math.ArithmeticFormat: Specialization of format.
format(UnivariatePolynomial) - Method in class orbital.math.ArithmeticFormat: Specialization of format.
format(Quotient) - Method in class orbital.math.ArithmeticFormat: Specialization of format.
format(Fraction) - Method in class orbital.math.ArithmeticFormat: Specialization of format.
format(Symbol) - Method in class orbital.math.ArithmeticFormat: Specialization of format.
format(MathFunctor) - Method in class orbital.math.ArithmeticFormat: Specialization of format.
format(Object, StringBuffer, FieldPosition) - Method in class orbital.math.ArithmeticFormat
format(Arithmetic, StringBuffer, FieldPosition) - Method in class orbital.math.ArithmeticFormat
format(Scalar, StringBuffer, FieldPosition) - Method in class orbital.math.ArithmeticFormat: Specialization of format, formatting scalar objects as they please.
format(Tensor, StringBuffer, FieldPosition) - Method in class orbital.math.ArithmeticFormat: Specialization of format, formatting tensor objects as they please.
format(Vector, StringBuffer, FieldPosition) - Method in class orbital.math.ArithmeticFormat: Specialization of format.
format(Matrix, StringBuffer, FieldPosition) - Method in class orbital.math.ArithmeticFormat: Specialization of format.
format(Complex, StringBuffer, FieldPosition) - Method in class orbital.math.ArithmeticFormat: Specialization of format.
format(Real, StringBuffer, FieldPosition) - Method in class orbital.math.ArithmeticFormat: Specialization of format.
format(Rational, StringBuffer, FieldPosition) - Method in class orbital.math.ArithmeticFormat: Specialization of format.
format(Integer, StringBuffer, FieldPosition) - Method in class orbital.math.ArithmeticFormat: Specialization of format.
format(Polynomial, StringBuffer, FieldPosition) - Method in class orbital.math.ArithmeticFormat: Specialization of format.
format(UnivariatePolynomial, StringBuffer, FieldPosition) - Method in class orbital.math.ArithmeticFormat: Specialization of format.
format(Quotient, StringBuffer, FieldPosition) - Method in class orbital.math.ArithmeticFormat: Specialization of format.
format(Fraction, StringBuffer, FieldPosition) - Method in class orbital.math.ArithmeticFormat: Specialization of format.
format(Symbol, StringBuffer, FieldPosition) - Method in class orbital.math.ArithmeticFormat: Specialization of format.
format(MathFunctor, StringBuffer, FieldPosition) - Method in class orbital.math.ArithmeticFormat: Specialization of format.
format(double, int) - Static method in class orbital.math.MathUtilities: Formats a numeric double-value as a String representation with a specified number of precision digits.
format(double) - Static method in class orbital.math.MathUtilities: formats a numeric double-value.
format(byte[]) - Static method in class orbital.math.MathUtilities
format(Object) - Static method in class orbital.math.MathUtilities: Formats an object as a String representation.
format(String, Object) - Static method in class orbital.util.Utility: Format a generalized iteratable inserting delimiters between the individual elements.
Formula - Interface in orbital.logic.imp: A formula interface for presentations of formal logic.
Formula.Composite - Interface in orbital.logic.imp: Interface for composite formulas.
fract(double) - Static method in class orbital.math.MathUtilities: Returns the fractional part of a double value that is in range of [0,1[ and is equal for all fractional digits.
Fraction - Interface in orbital.math: Representation of a fraction a⁄s ∈ S^-1M = M_S.
fraction(Arithmetic, Arithmetic) - Method in interface orbital.math.ValueFactory: Returns a new fraction a⁄s ∈ S^-1M = M_S.
fraction(Arithmetic) - Method in interface orbital.math.ValueFactory: Returns a new fraction a⁄1 ∈ S^-1M = M_S.
FreeDeclarationExpression() - Method in class orbital.moon.logic.LogicParser: free scope "quantifier" A "quantifier" with a purely syntactic function of declaring a variable.
FULLFIX - Static variable in class orbital.logic.sign.concrete.Notation: Specifies full-bracket mixed notation "(a*(b+f(c))) + d".
Function - Interface in orbital.logic.functor: A functor that encapsulates the unary function f/1 which is kind of the most general Functor.
Function - Interface in orbital.math.functional: This interface encapsulates a mathematical unary function "r = f(x)".
Function.Composite - Interface in orbital.logic.functor: A composed Function.
Function.Composite - Interface in orbital.math.functional: A composite function.
functionalRegression(Function, Matrix) - Static method in class orbital.math.Stat: Performs linear regression to estimate a composed function with least squares.
Functionals - Class in orbital.logic.functor: Provides important compositional functionals for functors.
Functionals() - Constructor for class orbital.logic.functor.Functionals: prevent instantiation - module class
functionals - Static variable in class orbital.logic.functor.Functionals: Class alias object.
Functionals - Class in orbital.math.functional: Provides important compositional functionals for mathematical functions.
Functionals() - Constructor for class orbital.math.functional.Functionals: prevent instantiation - module class
functionals - Static variable in class orbital.math.functional.Functionals: Class alias object.
Functionals.Anamorphism - Class in orbital.logic.functor: Anamorphism recursion functional scheme (lense).
Functionals.Anamorphism(Function, Predicate) - Constructor for class orbital.logic.functor.Functionals.Anamorphism: Constructs a new anamorphism |(g,p)|:B→A^*.
Functionals.Catamorphism - Class in orbital.logic.functor: Catamorphism recursion functional scheme (banana).
Functionals.Catamorphism(Object, BinaryFunction) - Constructor for class orbital.logic.functor.Functionals.Catamorphism: Constructs a new catamorphism (|c,f|):A^*→B.
Functionals.Hylomorphism - Class in orbital.logic.functor: Hylomorphism recursion functional scheme (envelope).
Functionals.Hylomorphism(Object, BinaryFunction, Function, Predicate) - Constructor for class orbital.logic.functor.Functionals.Hylomorphism: Constructs a new hylomorphism [[(c,f),(g,p)]]:A→C.
Functionals.Paramorphism - Class in orbital.logic.functor: Paramorphism recursion functional scheme (barbed wire).
Functionals.Paramorphism(Object, BinaryFunction) - Constructor for class orbital.logic.functor.Functionals.Paramorphism: Constructs a new paramorphism {|b,f|}:A^*→B.
Functions - Class in orbital.logic.functor: Function Implementations.
functions - Static variable in class orbital.logic.functor.Functions: Class alias object.
Functions - Class in orbital.math.functional: Common function implementations.
functions - Static variable in class orbital.math.functional.Functions: Class alias object.
Functor - Interface in orbital.logic.functor: An abstract base interface for all functors of an arity n applicable in any predicate-logic style.
Functor.Composite - Interface in orbital.logic.functor: The base interface for all functors that are composed of other functors.
Functor.Specification - Class in orbital.logic.functor: Represents a signature and type specification belonging to a functor.
Functor.Specification(Class[], Class) - Constructor for class orbital.logic.functor.Functor.Specification: Create an exact specification with all properties declared.
Functor.Specification(Functor.Specification[], Functor.Specification) - Constructor for class orbital.logic.functor.Functor.Specification: Create an exact specification with all properties declared.
Functor.Specification(Class[]) - Constructor for class orbital.logic.functor.Functor.Specification: Create an exact predicate specification with all properties declared.
Functor.Specification(int, Class) - Constructor for class orbital.logic.functor.Functor.Specification: Create an exact specification with the arity and return-type set.
Functor.Specification(int) - Constructor for class orbital.logic.functor.Functor.Specification: Create an exact specification with solely the arity set.
Functor.Specification(String, Class[], Class) - Constructor for class orbital.logic.functor.Functor.Specification: Create a non-conform specification with all properties declared.
FuzzyLogic - Class in orbital.moon.logic: Implementation of quantitative fuzzy logics.
FuzzyLogic() - Constructor for class orbital.moon.logic.FuzzyLogic
FuzzyLogic(FuzzyLogic.OperatorSet) - Constructor for class orbital.moon.logic.FuzzyLogic: Create a new fuzzy logic implementation with a specific operator set.
FuzzyLogic.OperatorSet - Class in orbital.moon.logic: Specifies the type of fuzzy logic to use.
FuzzyLogic.OperatorSet(String) - Constructor for class orbital.moon.logic.FuzzyLogic.OperatorSet

G

ga - Variable in class orbital.moon.evolutionary.BreederControl: The current genetic algorithm.
gaussian(double) - Static method in class orbital.math.MathUtilities: Returns the Gaussian integer part of a double value.
GaussSeidelDynamicProgramming - Class in orbital.algorithm.template: Gauß-Seidel dynamic programming.
GaussSeidelDynamicProgramming(Function, Collection, double) - Constructor for class orbital.algorithm.template.GaussSeidelDynamicProgramming
gcd - Static variable in class orbital.math.AlgebraicAlgorithms: Returns greatest common divisor (gcd) of two elements of an (Euclidean) ring.
gcd(Euclidean, Euclidean) - Static method in class orbital.math.AlgebraicAlgorithms: Returns greatest common divisor (gcd) of two elements of an (Euclidean) ring.
gcd(Euclidean[]) - Static method in class orbital.math.AlgebraicAlgorithms: n-ary and extended gcd.
gcd(Euclidean, Euclidean) - Static method in class orbital.math.MathUtilities: Deprecated. Use AlgebraicAlgorithms.gcd(Euclidean,Euclidean) instead.
gcd(Euclidean[]) - Static method in class orbital.math.MathUtilities: Deprecated. Use AlgebraicAlgorithms.gcd(Euclidean[]) instead.
gcd(int, int) - Static method in class orbital.math.MathUtilities: Returns greatest common divisor (GCD) of two integers.
Gene - Interface in orbital.algorithm.evolutionary: Base interface for a gene data model in a genome.
Gene.BitSet - Class in orbital.algorithm.evolutionary: Bit string gene.
Gene.BitSet(int) - Constructor for class orbital.algorithm.evolutionary.Gene.BitSet: Create a Gene of a certain length.
Gene.BoundedFloat - Class in orbital.algorithm.evolutionary: Bounded floating point gene data.
Gene.BoundedFloat(double, double, double) - Constructor for class orbital.algorithm.evolutionary.Gene.BoundedFloat
Gene.BoundedFloat(double, double) - Constructor for class orbital.algorithm.evolutionary.Gene.BoundedFloat: Construct a non-initialized BoundedFloat.
Gene.BoundedInteger - Class in orbital.algorithm.evolutionary: Bounded integer gene data.
Gene.BoundedInteger(int, int, int) - Constructor for class orbital.algorithm.evolutionary.Gene.BoundedInteger
Gene.BoundedInteger(int, int) - Constructor for class orbital.algorithm.evolutionary.Gene.BoundedInteger
Gene.Fixed - Class in orbital.algorithm.evolutionary: Fixed point gene data.
Gene.Fixed(int, int) - Constructor for class orbital.algorithm.evolutionary.Gene.Fixed
Gene.Float - Class in orbital.algorithm.evolutionary: Floating point gene data.
Gene.Float(double) - Constructor for class orbital.algorithm.evolutionary.Gene.Float
Gene.Float() - Constructor for class orbital.algorithm.evolutionary.Gene.Float: Construct a non-initialized Float.
Gene.Integer - Class in orbital.algorithm.evolutionary: Integer gene data.
Gene.Integer(int) - Constructor for class orbital.algorithm.evolutionary.Gene.Integer
Gene.Integer() - Constructor for class orbital.algorithm.evolutionary.Gene.Integer: Construct a non-initialized Integer.
Gene.List - Class in orbital.algorithm.evolutionary: Represents a container gene that contains a list of other genes.
Gene.List(Class, int) - Constructor for class orbital.algorithm.evolutionary.Gene.List: new list of Genes.
Gene.List() - Constructor for class orbital.algorithm.evolutionary.Gene.List
Gene.Number - Class in orbital.algorithm.evolutionary: Numeric gene data.
Gene.Number() - Constructor for class orbital.algorithm.evolutionary.Gene.Number
GeneralBoundingSearch - Class in orbital.algorithm.template: Abstract general bounding search scheme.
GeneralBoundingSearch() - Constructor for class orbital.algorithm.template.GeneralBoundingSearch
GeneralComplexionException - Error in orbital.util: This Error is thrown like an UnknownError whenever really big nonsense happens which cannot be categorized any further.
GeneralComplexionException(String) - Constructor for error orbital.util.GeneralComplexionException
GeneralComplexionException() - Constructor for error orbital.util.GeneralComplexionException
GeneralSearch - Class in orbital.algorithm.template: Abstract general search algorithm scheme.
GeneralSearch() - Constructor for class orbital.algorithm.template.GeneralSearch
GeneralSearch.OptionIterator - Class in orbital.algorithm.template: Abstract implementation base class for iterators determining the traversal order.
GeneralSearch.OptionIterator(GeneralSearchProblem) - Constructor for class orbital.algorithm.template.GeneralSearch.OptionIterator: Create a traversal iterator over the problem's state options.
GeneralSearchProblem - Interface in orbital.algorithm.template: Hook class for GeneralSearch algorithm.
GeneralSearchProblem.Transition - Class in orbital.algorithm.template: Represents an option node during a search problem.
GeneralSearchProblem.Transition(Object, Real) - Constructor for class orbital.algorithm.template.GeneralSearchProblem.Transition: Create a new option ⟨a,c⟩.
GeneralSearchProblem.Transition(Object, double) - Constructor for class orbital.algorithm.template.GeneralSearchProblem.Transition: Deprecated. convenience constructor, prefer to use ValueFactory.valueOf(double)..
generateParseException() - Method in class orbital.moon.logic.LogicParser
generatePrime(int, int, Random, boolean) - Static method in class orbital.math.MathUtilities: Generate a probable prime number.
generatePrime(int, Random) - Static method in class orbital.math.MathUtilities: Generate a true prime number.
genericCompose(Function, Object) - Static method in class orbital.logic.functor.Functionals: Deprecated. Use Functionals.compose instead.
genericCompose(BinaryFunction, Object, Object) - Static method in class orbital.logic.functor.Functionals: generic compose calls the compose function appropriate for the type of g and h.
genericCompose(BinaryPredicate, Object, Object) - Static method in class orbital.logic.functor.Functionals: generic compose calls the compose function appropriate for the type of g and h.
genericCompose(Function, Object) - Static method in class orbital.math.functional.Functionals: generic compose calls the compose function appropriate for the type of g.
genericCompose(Object) - Static method in class orbital.math.functional.Functionals: generic compose uses component compose function appropriate for the type of g.
genericCompose(BinaryFunction, Object, Object) - Static method in class orbital.math.functional.Functionals: generic compose calls the compose function appropriate for the type of g and h.
GeneticAlgorithm - Class in orbital.algorithm.evolutionary: A base class for genetic algorithms.
GeneticAlgorithm() - Constructor for class orbital.algorithm.evolutionary.GeneticAlgorithm: Construct a new GeneticAlgorithm.
GeneticAlgorithm.Configuration - Class in orbital.algorithm.evolutionary: Algorithmic configuration objects for genetic algorithms.
GeneticAlgorithm.Configuration(GeneticAlgorithmProblem, Function, int, int, double, double, Class) - Constructor for class orbital.algorithm.evolutionary.GeneticAlgorithm.Configuration: Construct a new configuration.
GeneticAlgorithm.Configuration(GeneticAlgorithmProblem, Function, double, double, Class) - Constructor for class orbital.algorithm.evolutionary.GeneticAlgorithm.Configuration
GeneticAlgorithm.Configuration(GeneticAlgorithmProblem, Function, Class) - Constructor for class orbital.algorithm.evolutionary.GeneticAlgorithm.Configuration
GeneticAlgorithmBeanInfo - Class in orbital.algorithm.evolutionary
GeneticAlgorithmBeanInfo() - Constructor for class orbital.algorithm.evolutionary.GeneticAlgorithmBeanInfo
GeneticAlgorithmProblem - Interface in orbital.algorithm.evolutionary: Hook class for problems solved by GeneticAlgorithm.
Genome - Class in orbital.algorithm.evolutionary: The Genome data in a population represents a state.
Genome() - Constructor for class orbital.algorithm.evolutionary.Genome
Genome(Gene) - Constructor for class orbital.algorithm.evolutionary.Genome: Construct a genome with a single gene.
geometricMean(double[]) - Static method in class orbital.math.Stat: Returns the geometric mean of a set of n values.
get(int) - Method in class orbital.algorithm.evolutionary.Gene.BitSet: Get the boolean value at index.
get() - Method in class orbital.algorithm.evolutionary.Gene.BitSet
get() - Method in class orbital.algorithm.evolutionary.Gene.Fixed
get() - Method in class orbital.algorithm.evolutionary.Gene.Float
get() - Method in interface orbital.algorithm.evolutionary.Gene: Get the gene interpretation value.
get() - Method in class orbital.algorithm.evolutionary.Gene.Integer
get() - Method in class orbital.algorithm.evolutionary.Gene.List
get(int) - Method in class orbital.algorithm.evolutionary.Genome: Use with care! Will not clear fitness if the return-value is modified.
get() - Method in class orbital.algorithm.evolutionary.Genome: Use with care!! Will not clear fitness if the return-value is modified.
get(int) - Method in class orbital.algorithm.evolutionary.Population: Gets the i-th member-Genome.
get(int, boolean) - Method in class orbital.algorithm.evolutionary.Population: Get the i-th member in the order specified.
get(Object) - Method in interface orbital.logic.imp.Interpretation: Get the referent associated with the given symbol in this interpretation.
get(Object) - Method in class orbital.logic.imp.InterpretationBase
get(String, Object[]) - Method in interface orbital.logic.sign.Signature: Returns the symbol with the specified signifier of a functor.
get(String, Type) - Method in interface orbital.logic.sign.Signature: Returns the symbol with the specified signifier.
get(String, Object[]) - Method in class orbital.logic.sign.SignatureBase
get(String, Type) - Method in class orbital.logic.sign.SignatureBase
get(int, int) - Method in interface orbital.math.Matrix: Returns the component value at a position (i|j).
get(Arithmetic) - Method in interface orbital.math.Polynomial: Get the i-th coefficient.
get(int[]) - Method in interface orbital.math.Tensor: Get the component specified by index.
get(int) - Method in interface orbital.math.UnivariatePolynomial: Get the coefficient of Xⁱ.
get(int) - Method in interface orbital.math.Vector: Returns the value at the component specified by index.
get(int) - Method in class orbital.util.DelegateList
get(Object) - Method in class orbital.util.DelegateMap
getA() - Method in class orbital.util.Pair
getAccumulatedCostFunction() - Method in class orbital.algorithm.template.DelegateGeneralSearchProblem
getAccumulatedCostFunction() - Method in interface orbital.algorithm.template.GeneralSearchProblem: Get the accumulated cost function.
getAccumulatedCostFunction() - Method in class orbital.algorithm.template.OpenClosedGeneralSearchProblem
getAction() - Method in class orbital.algorithm.template.GeneralSearchProblem.Transition: Get the action.
getActionValue(Function) - Method in class orbital.algorithm.template.MarkovDecisionProcess.DynamicProgramming: Get the action-value cost function of an action and state.
getAdditionalBeanInfo() - Method in class orbital.algorithm.evolutionary.ConcurrenceGeneticAlgorithmBeanInfo
getAdditionalBeanInfo() - Method in class orbital.algorithm.evolutionary.PopulationImplBeanInfo
getAdditionalBeanInfo() - Method in class orbital.awt.ImageCanvasBeanInfo
getAlgorithm() - Method in class orbital.algorithm.evolutionary.GeneticAlgorithm.Configuration
getAlgorithm() - Method in interface orbital.algorithm.template.AlgorithmicConfiguration: Gets the algorithm used for solving the problem.
getAlgorithm() - Method in class orbital.algorithm.template.AlgorithmicTemplate.Configuration
getAlgorithm() - Method in class orbital.algorithm.template.HeuristicAlgorithm.Configuration
getAlgorithm() - Method in class orbital.algorithm.template.LocalOptimizerSearch.OptionIterator: Get the algorithm using this (randomized) iterator.
getAllPropertyDescriptors(BeanInfo) - Method in class orbital.moon.awt.DefaultCustomizer: Get all PropertyDescriptors from the BeanInfo including its additonal BeanInfos.
getAssociativity() - Method in class orbital.logic.sign.concrete.Notation.NotationSpecification: Get the associativity specification of the sign.
getAsText() - Method in class orbital.awt.TaggedPropertyEditorSupport
getAttributes() - Method in class orbital.awt.ChartModel.Entry
getB() - Method in class orbital.util.Pair
getBeanClass() - Method in class orbital.moon.awt.DefaultCustomizer: get the class of the bean this customizer is responsible for.
getBeanDescriptor() - Method in class orbital.algorithm.evolutionary.ConcurrenceGeneticAlgorithmBeanInfo
getBeanDescriptor() - Method in class orbital.algorithm.evolutionary.PopulationBeanInfo
getBeanDescriptor() - Method in class orbital.algorithm.evolutionary.PopulationImplBeanInfo
getBeanDescriptor() - Method in class orbital.awt.NumberInputBeanInfo
getBeanDescriptor() - Method in class orbital.awt.Plot2DBeanInfo
getBeanInfo(Class) - Method in class orbital.moon.awt.DefaultCustomizer: Get the BeanInfo of a class.
getBeginColumn() - Method in class orbital.moon.logic.SimpleCharStream
getBeginLine() - Method in class orbital.moon.logic.SimpleCharStream
getBound() - Method in class orbital.algorithm.template.GeneralBoundingSearch: Get the current bound.
getBoundVariables() - Method in interface orbital.logic.imp.Formula: Get the set of the bound variables of this formula.
getBuffer() - Method in class orbital.util.Buffer: Gets the whole underlying byte-buffer containing the data (size like the whole capacity).
getBytes() - Method in class orbital.util.Buffer: Get a copy of the buffer.
getBytes(int) - Method in class orbital.util.Buffer: Get a part of the buffer, beginning at front (index 0).
getBytes(int, int) - Method in class orbital.util.Buffer: Get a part of the buffer.
getBytes(int, byte[], int, int) - Method in class orbital.util.Buffer: Get a part of the buffer into a specified byte-array.
getChildrenCount() - Method in class orbital.algorithm.evolutionary.GeneticAlgorithm.Configuration: Get the number of children produced with one reproduction involving parentCount parents.
getChildrenCount() - Method in class orbital.algorithm.evolutionary.PopulationImpl: Get the number of children produced with one reproduction involving parentCount parents.
getClausalFactory() - Static method in class orbital.moon.logic.resolution.ClauseImpl
getClausalFactory() - Static method in class orbital.moon.logic.resolution.ResolutionBase
getCoefficients() - Method in interface orbital.math.UnivariatePolynomial: Returns an array containing all the coefficients of this polynomial.
getCoefficientVector() - Method in interface orbital.math.UnivariatePolynomial: Returns a vector view of all the coefficients of this polynomial.
getCoercer() - Method in interface orbital.math.ValueFactory: Get the transformation function for coercing arithmetic objects.
getCoercer(boolean) - Method in interface orbital.math.ValueFactory: Get the transformation function for coercing arithmetic objects taking into account commutativity.
getColumn(int) - Method in interface orbital.math.Matrix: Returns the column vector view of a column.
getColumn() - Method in class orbital.moon.logic.SimpleCharStream: Deprecated.
getColumnNumber() - Method in exception orbital.logic.sign.ParseException: The column number of the end of the text where the exception occurred.
getColumns() - Method in interface orbital.math.Matrix: Returns an iterator over the column vectors.
getCombinations(int, int, boolean) - Static method in class orbital.algorithm.Combinatorical: Get all r-combinations of n elements.
getComponent() - Method in interface orbital.logic.Composite: Get the inner component.
getCompositor() - Method in interface orbital.logic.Composite: Get the outer compositor.
getConcurrenceComparisons() - Method in class orbital.algorithm.evolutionary.ConcurrenceGeneticAlgorithm: Returns the number of concurrence comparisons required for current population.
getConcurrenceType() - Method in class orbital.algorithm.evolutionary.ConcurrenceGeneticAlgorithm
getCost() - Method in class orbital.algorithm.template.GeneralSearchProblem.Transition
getCost() - Method in class orbital.algorithm.template.MarkovDecisionProblem.DefaultTransition
getCost() - Method in interface orbital.algorithm.template.MarkovDecisionProblem.Transition: Get the cost of taking the action leading to this transition.
getCustomEditor() - Method in class orbital.algorithm.evolutionary.PopulationBeanInfo.PopulationEditor
getDefault() - Static method in class orbital.logic.sign.concrete.Notation: Get the notation used for the synonym DEFAULT.
getDefault() - Static method in class orbital.logic.sign.type.Types: Get the (single) default type system instance.
getDefault() - Static method in class orbital.math.Values: Get the (single) default value factory instance.
getDefaultInstance() - Static method in class orbital.math.ArithmeticFormat: Get the default instance of format that does scientific mathematical formatting.
getDefaultInstance() - Static method in class orbital.math.Values: Get the (single) default instance of this factory.
getDefaultPrecisionDigits() - Static method in class orbital.math.MathUtilities: Get the default number of precision digits (for display etc.).
getDefaultTolerance() - Static method in class orbital.math.MathUtilities: Get the default tolerance for two numbers to be treated equal.
getDelegatee() - Method in class orbital.algorithm.template.DelegateGeneralSearchProblem: Get the value of problem.
getDelegatee() - Method in class orbital.util.DelegateCollection: Get the delegatee Collection to which operations are delegated.
getDelegatee() - Method in class orbital.util.DelegateIterator: Get the delegatee Iterator to which operations are delegated.
getDelegatee() - Method in class orbital.util.DelegateMap: Get the delegatee map to which operations are delegated.
getDiagonal() - Method in interface orbital.math.Matrix: Returns the main-diagonal-vector of this square matrix.
getDiscount() - Method in class orbital.algorithm.template.MarkovDecisionProcess.DynamicProgramming: Get the discount factor γ.
getEndColumn() - Method in class orbital.moon.logic.SimpleCharStream
getEndLine() - Method in class orbital.moon.logic.SimpleCharStream
getEqualizer() - Static method in class orbital.math.MathUtilities: Deprecated. Since Orbital.1.1 use Values.getDefault().ValueFactory.getCoercer() instead.
getErrorOffset() - Method in exception orbital.logic.sign.ParseException: Returns the position where the error was found.
getEvaluation() - Method in class orbital.algorithm.evolutionary.GeneticAlgorithm: Get the evaluation function.
getEvaluation() - Method in interface orbital.algorithm.evolutionary.GeneticAlgorithmProblem: Get the evaluation objective function.
getEvaluation() - Method in class orbital.algorithm.template.AStar: f(n) = g(n) + h(n).
getEvaluation() - Method in class orbital.algorithm.template.BranchAndBound: f(n) = g(n) + h(n).
getEvaluation() - Method in interface orbital.algorithm.template.EvaluativeAlgorithm: Get the evaluation function used while processing.
getEvaluation() - Method in interface orbital.algorithm.template.HeuristicAlgorithm: Get the evaluation function used while processing..
getEvaluation() - Method in class orbital.algorithm.template.HillClimbing: f(n) = h(n).
getEvaluation() - Method in class orbital.algorithm.template.IterativeBroadening
getEvaluation() - Method in class orbital.algorithm.template.IterativeDeepening: f(n) = g(n).
getEvaluation() - Method in class orbital.algorithm.template.IterativeDeepeningAStar: f(n) = g(n) + h(n).
getEvaluation() - Method in class orbital.algorithm.template.IterativeExpansion: f(n) = g(n) + h(n).
getEvaluation() - Method in class orbital.algorithm.template.MarkovDecisionProcess.DynamicProgramming: f(s) = h(s).
getEvaluation() - Method in class orbital.algorithm.template.SimulatedAnnealing: f(n) = h(n).
getEvaluation() - Method in class orbital.algorithm.template.ThresholdAccepting: f(n) = h(n).
getEvaluation() - Method in class orbital.algorithm.template.WAStar: f(n) = g(n) + W*h(n).
getEvaluators() - Method in class orbital.algorithm.evolutionary.ParallelEvaluationPopulation: Get the master thread group for all evaluation threads started to evaluate some fitness values of the members.
getFitness() - Method in class orbital.algorithm.evolutionary.Genome: Get the fitness calculated the least recently.
getFitnessArray() - Method in class orbital.algorithm.evolutionary.Population: Returns an array with the fitness values of all genomes.
getFractionalGranularity() - Method in class orbital.algorithm.evolutionary.Gene.Fixed: Get the number of bits for the fractional part.
getFreeVariables() - Method in interface orbital.logic.imp.Formula: Get the set of the free variables of this formula.
getFreeVariables() - Method in interface orbital.moon.logic.resolution.Clause: Get the free variables of a formula represented as a clause.
getFreeVariables() - Method in class orbital.moon.logic.resolution.ClauseImpl
getGeneration() - Method in class orbital.algorithm.evolutionary.Population: Get the current generation count.
getGenerationEvaluators() - Method in class orbital.algorithm.evolutionary.ParallelEvaluationPopulation: Get the current thread group for all evaluation threads started during this generation to evaluate some fitness values of the members.
getGeneticAlgorithm() - Method in class orbital.moon.evolutionary.BreederControl: Get the current genetic algorithm used for solving.
getGeneticAlgorithmProblem() - Method in class orbital.moon.evolutionary.BreederControl: Get the current genetic algorithm problem to solve.
getGraph() - Method in class orbital.awt.ChartModel.Entry
getGraphCount() - Method in class orbital.awt.ChartModel: Get the number of graphs displayed.
getGraphs() - Method in class orbital.awt.ChartModel: Get the List of graphs to be displayed.
getGreedyPolicy(BinaryFunction) - Method in class orbital.algorithm.template.MarkovDecisionProcess.DynamicProgramming: Get a greedy policy with respect to an action-value cost function Q.
getHeuristic() - Method in class orbital.algorithm.template.AStar
getHeuristic() - Method in class orbital.algorithm.template.BranchAndBound
getHeuristic() - Method in class orbital.algorithm.template.HeuristicAlgorithm.Configuration
getHeuristic() - Method in interface orbital.algorithm.template.HeuristicAlgorithm: Get the heuristic function used.
getHeuristic() - Method in class orbital.algorithm.template.HeuristicAlgorithm.PatternDatabaseHeuristic: Get the backing heuristic.
getHeuristic() - Method in class orbital.algorithm.template.HillClimbing
getHeuristic() - Method in class orbital.algorithm.template.IterativeDeepeningAStar
getHeuristic() - Method in class orbital.algorithm.template.IterativeExpansion
getHeuristic() - Method in class orbital.algorithm.template.MarkovDecisionProcess.DynamicProgramming
getIcon(int) - Method in class orbital.algorithm.evolutionary.GeneticAlgorithmBeanInfo
getIcon(int) - Method in class orbital.awt.ImageCanvasBeanInfo
getIcon(int) - Method in class orbital.awt.NumberInputBeanInfo
getIcon(int) - Method in class orbital.awt.Plot2DBeanInfo
getImage() - Method in class orbital.awt.ImageCanvas: get the image to be shown on the canvas.
GetImage() - Method in class orbital.moon.logic.SimpleCharStream
getIncomparableObjects() - Method in exception orbital.util.IncomparableException: Get the objects which are incomparable, but have been attempted to compare.
getInferenceMechanism() - Method in class orbital.moon.logic.ClassicalLogic
getInitialCandidates() - Method in interface orbital.algorithm.template.GreedyProblem: get the initial set of candidates.
getInitialization() - Method in class orbital.logic.functor.MutableFunction.TableFunction: Get the initialization function h.
getInitialPartialSolutions() - Method in interface orbital.algorithm.template.DynamicProgrammingProblem: Get the initial array of partial solutions.
getInitialPopulationSize() - Method in class orbital.moon.evolutionary.BreederControl: Get the desired initial population size from the user.
getInitialState() - Method in class orbital.algorithm.template.DelegateGeneralSearchProblem
getInitialState() - Method in interface orbital.algorithm.template.GeneralSearchProblem: Get the initial state of the problem.
getInitialState() - Method in class orbital.algorithm.template.OpenClosedGeneralSearchProblem: Get the initial state of the problem.
getInputStream(File) - Method in class orbital.moon.evolutionary.BreederControl: Get an input stream for a file.
getInstance(int, boolean, int, boolean) - Static method in class orbital.algorithm.Combinatorical: Get a combinatorical instance.
getInstance(Collection) - Static method in class orbital.logic.trs.Substitutions: Create a new substitution.
getInstance(Collection, boolean) - Static method in class orbital.logic.trs.Substitutions: Create a new substitution.
getInstance(Locale) - Static method in class orbital.math.ArithmeticFormat
getInstance() - Static method in class orbital.math.ArithmeticFormat: Returns the default number format for the current default locale.
getInstance() - Static method in class orbital.math.Values: Returns a new value factory with default settings.
getInstance(Map) - Static method in class orbital.math.Values: Returns a new value factory with specified settings.
getIntegerGranularity() - Method in class orbital.algorithm.evolutionary.Gene.Fixed: Get the number of bits for the integer part.
getJavaInitializationString() - Method in class orbital.awt.TaggedPropertyEditorSupport
getKey() - Method in class orbital.util.KeyValuePair: Get/Set-Methods.
getL() - Method in class orbital.math.LUDecomposition: lower triangular matrix L with diagonal 1s.
getLength(int) - Method in class orbital.awt.Range
getLine() - Method in class orbital.moon.logic.SimpleCharStream: Deprecated.
getLineNumber() - Method in exception orbital.logic.sign.ParseException: The line number of the end of the text where the exception occurred.
getMax() - Method in class orbital.algorithm.evolutionary.Gene.BoundedFloat: Get the upper bound for value.
getMax() - Method in class orbital.algorithm.evolutionary.Gene.BoundedInteger: Get the upper bound for value.
getMaxBound() - Method in class orbital.algorithm.template.BranchAndBound: Get the maximum upper bound for a solution.
getMaximumMutation() - Method in class orbital.algorithm.evolutionary.GeneticAlgorithm.Configuration: Get the maximum probability rating of mutation level for reproduction.
getMaximumMutation() - Method in class orbital.algorithm.evolutionary.PopulationImpl: Get the maximum probability rating of mutation level for reproduction.
getMaximumRecombination() - Method in class orbital.algorithm.evolutionary.GeneticAlgorithm.Configuration: Get the maximum probability rating of recombining parental genomes per production.
getMaximumRecombination() - Method in class orbital.algorithm.evolutionary.PopulationImpl: Get the maximum probability rating of recombining parental genomes per production.
getMembers() - Method in class orbital.algorithm.evolutionary.Population
getMessage() - Method in exception orbital.logic.sign.ParseException
getMessage() - Method in exception orbital.moon.logic.ParseException: This method has the standard behavior when this object has been created using the standard constructors.
getMessage() - Method in error orbital.moon.logic.TokenMgrError: You can also modify the body of this method to customize your error messages.
getMethod(Class) - Method in class orbital.logic.functor.Functor.Specification: Get the apply method in a given class that corresponds to this specification.
getMin() - Method in class orbital.algorithm.evolutionary.Gene.BoundedFloat: Get the lower bound for value.
getMin() - Method in class orbital.algorithm.evolutionary.Gene.BoundedInteger: Get the lower bound for value.
getModel() - Method in class orbital.awt.Plot2D
getNextException() - Method in exception orbital.util.InnerCheckedException: Deprecated. Use Throwable.getCause() instead.
getNextToken() - Method in class orbital.moon.logic.LogicParser
getNextToken() - Method in class orbital.moon.logic.LogicParserTokenManager
getNormalizer() - Method in interface orbital.math.ValueFactory: Get the transformation function for normalizing arithmetic objects.
getNotation() - Method in interface orbital.logic.functor.Functor.Composite: Get the notation used.
getNotation(Object) - Static method in class orbital.logic.sign.concrete.Notation: Get the default notation specification registered for a compositor.
getNotation() - Method in class orbital.logic.sign.concrete.Notation.NotationSpecification: Get the notation object to use for formatting.
getNotation() - Method in interface orbital.logic.sign.Symbol: Get the notation used when this symbol occurs.
getNotation() - Method in class orbital.logic.sign.SymbolBase
getNumberFormat() - Method in class orbital.math.ArithmeticFormat: Get the inner number format used to format pure real numbers.
getNumberOfReplacements() - Method in class orbital.algorithm.evolutionary.SteadyStateGeneticAlgorithm: Get the number of replacements to do at each generation (≤ population.size()).
getNumberOfVariants(int) - Method in interface orbital.algorithm.template.BacktrackingProblem: Query on the number of solution variants for a single variable.
getNumberOfVars() - Method in interface orbital.algorithm.template.BacktrackingProblem: Get the number of solution variables to find with Backtracking.
getObject() - Method in class orbital.moon.awt.DefaultCustomizer: Get the object currently customized.
getOccurred() - Method in exception orbital.logic.sign.type.TypeException: Get the type that was actually found.
getOptionsFor(int[]) - Method in class orbital.algorithm.template.DynamicProgrammingOptimizingProblem: Get the options available to optimize for the given part.
getOutputStream(File) - Method in class orbital.moon.evolutionary.BreederControl: Get an output stream for a file.
getOverallDistance() - Method in class orbital.algorithm.evolutionary.Population: Calculate an overall difference of all genomes in the population with several difference comparisons.
getP() - Method in class orbital.math.LUDecomposition: permutation matrix.
getParameterTypes() - Method in class orbital.logic.functor.Functor.Specification: Specifies the argument-types of a Functor.
getParent() - Method in class orbital.awt.CustomizerViewController
getParentalFrame(Component) - Static method in class orbital.awt.UIUtilities: Deprecated. Use SwingUtilities.getAncestorOfClass(Frame.class, n) instead.
getParentalWindow(Component) - Static method in class orbital.awt.UIUtilities: Deprecated. Use SwingUtilities.getAncestorOfClass(Window.class, n) instead.
getParentCount() - Method in class orbital.algorithm.evolutionary.GeneticAlgorithm.Configuration: Get the number of abstract parents required to produce children.
getParentCount() - Method in class orbital.algorithm.evolutionary.PopulationImpl: Get the number of abstract parents required to produce children.
getPart(Object[], int[]) - Static method in class orbital.util.Utility
getPart(Object, int[]) - Static method in class orbital.util.Utility: Get the element in the (possibly multi-dimensional) array a specified by the part specification.
getPartialWeight(int[]) - Method in class orbital.algorithm.template.DynamicProgrammingOptimizingProblem: Get the partial weight corresponding to the part specification.
getPartialWeights() - Method in class orbital.algorithm.template.DynamicProgrammingOptimizingProblem: Get the partial weights memorized analogue to partialSolutions.
getPatternDatabase() - Method in class orbital.algorithm.template.HeuristicAlgorithm.PatternDatabaseHeuristic: Get the pattern database.
getPermutations(int, int, boolean) - Static method in class orbital.algorithm.Combinatorical: Get all r-permutations of n elements.
getPermutations(int, boolean) - Static method in class orbital.algorithm.Combinatorical
getPermutations(int[]) - Static method in class orbital.algorithm.Combinatorical: Get all (generalized) permutations elements.
getPolynomialVariable() - Method in class orbital.math.ArithmeticFormat
getPopulation() - Method in class orbital.algorithm.evolutionary.GeneticAlgorithm: Get the Population for this GeneticAlgorithm.
getPopulation() - Method in interface orbital.algorithm.evolutionary.GeneticAlgorithmProblem: Generate (create) the initial population of genomes.
getPopulationGrowth() - Method in class orbital.algorithm.evolutionary.GeneticAlgorithm: Get the population growth factor.
getPopulationGrowth() - Method in class orbital.algorithm.evolutionary.IncrementalGeneticAlgorithm
getPopulationGrowth() - Method in class orbital.algorithm.evolutionary.SimpleGeneticAlgorithm
getPopulationGrowth() - Method in class orbital.algorithm.evolutionary.SteadyStateGeneticAlgorithm
getPrecedence() - Method in class orbital.logic.sign.concrete.Notation.NotationSpecification: Get the precedence of the sign (with 1 being the highest precedence).
getPrecision() - Method in class orbital.awt.NumberInput: get precision with that mouse operations will change the value.
getPreferredSize() - Method in class orbital.awt.ImageCanvas: Returns the dimension of the Image displayed.
getPreferredSize() - Method in class orbital.awt.Plot2D
getProbability() - Method in class orbital.algorithm.template.GeneralSearchProblem.Transition: 1 since deterministic transition.
getProbability() - Method in class orbital.algorithm.template.MarkovDecisionProblem.DefaultTransition
getProbability() - Method in interface orbital.algorithm.template.TransitionModel.Transition: Get the transition probability.
getProbableComplementClauses(Formula) - Method in class orbital.moon.logic.resolution.ClausalIndex: Get an iterator of all clauses that contain literals which could possibly unify with ~L.
getProbableComplementLiterals(Formula) - Method in class orbital.moon.logic.resolution.ClausalIndex: Get an iterator of all literals which could possibly unify with ~L.
getProbableComplements(Formula) - Method in class orbital.moon.logic.resolution.ClausalIndex: Get an iterator of all (clause,literal) pairs which could possibly unify with ~L.
getProbableComplementsOf(Clause) - Method in interface orbital.moon.logic.resolution.ClausalSet: Get (an iterator over) all clauses contained in this set that may possibly form a complement to C for resolution.
getProbableComplementsOf(Clause) - Method in class orbital.moon.logic.resolution.ClausalSetImpl
getProbableComplementsOf(Clause) - Method in class orbital.moon.logic.resolution.IndexedClausalSetImpl
getProbableUnifiableClauses(Formula) - Method in class orbital.moon.logic.resolution.ClausalIndex: Get an iterator of all clauses that contain literals which could possibly unify with L.
getProbableUnifiableLiterals(Formula) - Method in class orbital.moon.logic.resolution.ClausalIndex: Get an iterator of all literals which could possibly unify with L.
getProbableUnifiables(Formula) - Method in class orbital.moon.logic.resolution.ClausalIndex: Get an iterator of all (clause,literal) pairs which could possibly unify with L.
getProbableUnifiables(Formula) - Method in interface orbital.moon.logic.resolution.Clause: Get (an iterator over) all literals contained in this clause that may possibly unify with L.
getProbableUnifiables(Formula) - Method in class orbital.moon.logic.resolution.ClauseImpl
getProbableUnifiables(Formula) - Method in class orbital.moon.logic.resolution.IndexedClausalSetImpl: Get an iterator of all clauses that contain literals which could possibly unify with L.
getProbableUnifiables(Formula) - Method in class orbital.moon.logic.resolution.IndexedClauseImpl
getProbableUnifiables(Formula) - Method in class orbital.moon.logic.resolution.OrderedClauseImpl
getProblem() - Method in class orbital.algorithm.evolutionary.GeneticAlgorithm.Configuration: Get a modified view of the problem.
getProblem() - Method in interface orbital.algorithm.template.AlgorithmicConfiguration: Gets the specific problem to solve.
getProblem() - Method in class orbital.algorithm.template.AlgorithmicTemplate.Configuration
getProblem() - Method in class orbital.algorithm.template.GeneralSearch: Get the current problem.
getProblem() - Method in class orbital.algorithm.template.GeneralSearch.OptionIterator: Get the current problem.
getProblem() - Method in class orbital.algorithm.template.LocalOptimizerSearch.OptionIterator: Get the current problem.
getProblem() - Method in class orbital.algorithm.template.MarkovDecisionProcess: Get the current problem.
getProblem() - Method in class orbital.algorithm.template.OpenClosedGeneralSearchProblem: Get the proper (inner) problem to solve which does not yet keep track of closed sets.
getPropertyDescriptors() - Method in class orbital.algorithm.evolutionary.ConcurrenceGeneticAlgorithmBeanInfo
getPropertyDescriptors() - Method in class orbital.algorithm.evolutionary.GeneticAlgorithmBeanInfo
getPropertyDescriptors() - Method in class orbital.algorithm.evolutionary.PopulationBeanInfo
getPropertyDescriptors() - Method in class orbital.algorithm.evolutionary.PopulationImplBeanInfo
getPropertyDescriptors() - Method in class orbital.awt.ChartModelBeanInfo
getPropertyDescriptors() - Method in class orbital.awt.ImageCanvasBeanInfo
getPropertyDescriptors() - Method in class orbital.awt.NumberInputBeanInfo
getPropertyDescriptors() - Method in class orbital.awt.Plot2DBeanInfo
getPropertyEditor(PropertyDescriptor) - Static method in class orbital.moon.awt.DefaultCustomizer: Get a property editor for the property specified.
getQuotientOperator() - Method in interface orbital.math.Quotient: Get the quotient operator π^-1∘π:M→M modulo whom we reduce the values to their canonical representative.
getRandom() - Method in class orbital.algorithm.evolutionary.GeneticAlgorithm
getRandom() - Method in class orbital.algorithm.template.LocalOptimizerSearch
getRandom() - Method in interface orbital.algorithm.template.ProbabilisticAlgorithm: Get the random-generator used as probabilistic random source.
getRandom() - Method in class orbital.algorithm.template.TransitionPath
getRange() - Method in class orbital.awt.ChartModel: Get the visible range to be displayed.
getReplacements() - Method in interface orbital.logic.trs.Substitution: Get the set of elementary replacements.
getRequired() - Method in exception orbital.logic.sign.type.TypeException: Get the type that would have been required.
getResolvableLiterals() - Method in interface orbital.moon.logic.resolution.Clause: Select some literals of this clause, which are usable for resolution.
getResolvableLiterals() - Method in class orbital.moon.logic.resolution.ClauseImpl
getResolvableLiterals() - Method in class orbital.moon.logic.resolution.OrderedClauseImpl
getResources() - Method in class orbital.moon.evolutionary.BreederControl: Get program resources.
getReturnType() - Method in class orbital.logic.functor.Functor.Specification: Specifies the return-type of a functor.
getRow(int) - Method in interface orbital.math.Matrix: Returns the row vector view of a row.
getRows() - Method in interface orbital.math.Matrix: Returns an iterator over the row vectors.
getScale() - Method in class orbital.awt.ChartModel: Get the scale.
getSelected() - Method in class orbital.moon.evolutionary.SelectionStatistics
getSelectedAlgorithmType() - Method in class orbital.moon.evolutionary.BreederControl: Get the algorithm type selected.
getSelection() - Method in class orbital.algorithm.evolutionary.GeneticAlgorithm.Configuration: Get the selection scheme to apply while evolving.
getSelection() - Method in class orbital.algorithm.evolutionary.GeneticAlgorithm: Get the selection scheme to apply while evolving.
getSignature() - Method in interface orbital.logic.imp.Interpretation: Get the signature interpreted.
getSignature() - Method in class orbital.logic.imp.InterpretationBase: Get the signature interpreted.
getSignature() - Method in interface orbital.logic.sign.Expression: Get the subsignature appearing in this expression.
getSignGranularity() - Method in class orbital.algorithm.evolutionary.Gene.Fixed: Get the number of bits for the sign part.
getSignifier() - Method in interface orbital.logic.sign.Symbol: Get the signifier representing this symbol.
getSignifier() - Method in class orbital.logic.sign.SymbolBase
getSignifier() - Method in interface orbital.math.Symbol: Get the signifier representing this symbol (the symbol's name).
getSolutionPart(int[], Object[]) - Static method in class orbital.algorithm.template.DynamicProgramming: Get the element in the (possibly multi-dimensional) array partialSolutions specified by the part specification.
getSpecification(Functor) - Static method in class orbital.logic.functor.Functor.Specification: Introspect on a functor and get a specification of his exposed signature.
getState() - Method in class orbital.algorithm.template.LocalOptimizerSearch.OptionIterator: Get the current state s∈S of this transition path.
getStyle() - Method in class orbital.awt.NumberInput: get the style in which to show.
GetSuffix(int) - Method in class orbital.moon.logic.SimpleCharStream
getSymbols() - Method in class orbital.logic.sign.SignatureBase: Get the set of symbols in this signature.
getTabSize(int) - Method in class orbital.moon.logic.SimpleCharStream
getTags() - Method in class orbital.awt.TaggedPropertyEditorSupport
getTitle() - Method in class orbital.awt.CustomizerViewController
getToken(int) - Method in class orbital.moon.logic.LogicParser
getTruncation() - Method in class orbital.moon.awt.DefaultCustomizer
getType() - Method in class orbital.logic.sign.SymbolBase
getType() - Method in interface orbital.logic.sign.type.Typed: Get the propert type of this object.
getU() - Method in class orbital.math.LUDecomposition: upper triangular matrix U.
getUnifiables(Formula) - Method in interface orbital.moon.logic.resolution.Clause: Get all literals contained in this clause that unify with L.
getUnifiables(Formula) - Method in class orbital.moon.logic.resolution.ClauseImpl
getValue() - Method in class orbital.awt.NumberInput: get current Number value
getValue() - Method in class orbital.util.KeyValuePair
getValueOf(Expression) - Method in class orbital.moon.logic.MathExpressionSyntax: Get the arithmetic object represented by an expression.
getVariables() - Method in interface orbital.logic.imp.Formula: Get the set of all variables of this formula.
getWeight() - Method in class orbital.algorithm.template.WAStar: Get the weighting argument W for the evaluation function.
getWeightingFor(int[]) - Method in class orbital.algorithm.template.DynamicProgrammingOptimizingProblem: Get an objective function.
getWeightingFor(List) - Method in interface orbital.algorithm.template.GreedyProblem: Get an objective function.
GOEDEL - Static variable in class orbital.moon.logic.FuzzyLogic: Gödel and Zadeh operators in fuzzy logic (default).
graphList() - Method in class orbital.awt.ChartModel: Get the List of solely graphs to be displayed.
greater - Static variable in class orbital.logic.functor.Predicates: >.
greater - Static variable in interface orbital.math.functional.Operations: >.
GREATER - Static variable in interface orbital.moon.logic.LogicParserConstants
GREATER_EQUAL - Static variable in interface orbital.moon.logic.LogicParserConstants
greaterEqual - Static variable in class orbital.logic.functor.Predicates: ≥.
greaterEqual - Static variable in interface orbital.math.functional.Operations: ≥.
Greedy - Class in orbital.algorithm.template: Framework (template class) for Greedy Algorithms.
Greedy() - Constructor for class orbital.algorithm.template.Greedy
GreedyProblem - Interface in orbital.algorithm.template: Hook class for Greedy Algorithms.
groebnerBasis(Set, Comparator) - Static method in class orbital.math.AlgebraicAlgorithms: Get the reduced Gröbner basis of g.

H

HAMACHER(double) - Static method in class orbital.moon.logic.FuzzyLogic: Hamacher operators in fuzzy logic.
handle(Object) - Method in class orbital.util.Activation: Initiate normal exception handling in the corresponding catch-clause.
handleEvent(Event) - Method in class orbital.moon.awt.AppletFrame: needed to allow window to close in Java 1.0 style.
harmonicMean(double[]) - Static method in class orbital.math.Stat: Returns the harmonic mean of a set of n values.
hasDuplicates(Iterator) - Static method in class orbital.util.Setops: Check whether the given iterator produces duplicate entries.
hasFitness() - Method in class orbital.algorithm.evolutionary.Genome: Whether genome has a fitness != Double.NaN.
hashCode() - Method in class orbital.algorithm.evolutionary.Gene.BitSet
hashCode() - Method in class orbital.algorithm.evolutionary.Gene.BoundedFloat
hashCode() - Method in class orbital.algorithm.evolutionary.Gene.BoundedInteger
hashCode() - Method in interface orbital.algorithm.evolutionary.Gene
hashCode() - Method in class orbital.algorithm.evolutionary.Gene.List
hashCode() - Method in class orbital.algorithm.evolutionary.Gene.Number: Calculates a hash code according to the doubleValue.
hashCode() - Method in class orbital.algorithm.evolutionary.GeneticAlgorithm
hashCode() - Method in class orbital.algorithm.evolutionary.Genome
hashCode() - Method in class orbital.algorithm.evolutionary.Population
hashCode() - Method in class orbital.algorithm.template.LocalOptimizerSearch.LocalSelection
hashCode() - Method in interface orbital.algorithm.template.TransitionModel.Transition
hashCode() - Method in class orbital.awt.ChartModel.Entry
hashCode() - Method in class orbital.awt.Range
hashCode() - Method in class orbital.logic.functor.Functionals.Anamorphism
hashCode() - Method in class orbital.logic.functor.Functionals.Catamorphism
hashCode() - Method in class orbital.logic.functor.Functionals.Hylomorphism
hashCode() - Method in class orbital.logic.functor.Functionals.Paramorphism
hashCode() - Method in interface orbital.logic.functor.Functor
hashCode() - Method in class orbital.logic.functor.Functor.Specification
hashCode() - Method in interface orbital.logic.imp.Formula
hashCode() - Method in interface orbital.logic.imp.Interpretation: Get a hash code fitting extensional equality.
hashCode() - Method in class orbital.logic.imp.InterpretationBase
hashCode() - Method in class orbital.logic.sign.concrete.Notation
hashCode() - Method in class orbital.logic.sign.concrete.Notation.NotationSpecification
hashCode() - Method in interface orbital.logic.sign.Signature: Get a hash code fitting extensional equality.
hashCode() - Method in class orbital.logic.sign.SignatureBase
hashCode() - Method in interface orbital.logic.sign.Symbol: Returns the hash code value for this symbol.
hashCode() - Method in class orbital.logic.sign.SymbolBase
hashCode() - Method in interface orbital.logic.sign.type.Type
hashCode() - Method in interface orbital.logic.sign.type.TypeSystem
hashCode() - Method in interface orbital.logic.trs.Substitution.Matcher
hashCode() - Method in interface orbital.math.Complex: Returns a hash code value for the object.
hashCode() - Method in interface orbital.math.Symbol
hashCode() - Method in class orbital.moon.logic.ClassicalLogic.InferenceMechanism
hashCode() - Method in class orbital.moon.logic.FuzzyLogic.OperatorSet
hashCode() - Method in class orbital.moon.logic.UniqueSymbol
hashCode() - Method in class orbital.util.DelegateCollection: Returns the hash code value for this collection.
hashCode() - Method in class orbital.util.DelegateMap
hashCode() - Method in class orbital.util.KeyValuePair
hashCode() - Method in class orbital.util.Pair
hashCode() - Method in class orbital.util.ReverseComparator
hashCode(Object) - Static method in class orbital.util.Utility: Get the hashCode of an object.
hashCodeAll(Object) - Static method in class orbital.util.Utility: Get the hashCode of an object (considering all its array components, as well).
hashCodeArray(Object[]) - Static method in class orbital.util.Utility: Get the hashCode of a one-dimensional array.
hashCodeSet(Object) - Static method in class orbital.util.Utility: Get the hashCode of an object (considering all its array components, as sets, as well).
hasNext() - Method in class orbital.algorithm.Combinatorical: Whether this sequence has a next combinatorical tuple.
hasNext() - Method in class orbital.algorithm.template.GeneralSearch.OptionIterator
hasNext() - Method in class orbital.algorithm.template.LocalOptimizerSearch.OptionIterator: Decides whether to stop further transitions.
hasNext() - Method in class orbital.algorithm.template.TransitionPath
hasNext() - Method in class orbital.util.DelegateIterator
hasNext() - Method in class orbital.util.QueuedIterator: Checks whether the queued iterator currently has a next element.
hasNext() - Method in class orbital.util.QueuedSequenceIterator
hasNext() - Method in class orbital.util.SequenceIterator
hasPrevious() - Method in class orbital.algorithm.Combinatorical: Whether this sequence has a previous combinatorical tuple.
hasPrevious() - Method in class orbital.util.DelegateListIterator
hasType - Static variable in interface orbital.math.Complex: Checks whether the given number is a proper complex, i.e.
hasType - Static variable in interface orbital.math.Integer: Checks whether the given number is in the set of integers and not a subset.
hasType - Static variable in interface orbital.math.Rational: Checks whether the given number is in the set of rationals and not a subset.
hasType - Static variable in interface orbital.math.Real: Checks whether the given number is in the set of reals and not a subset.
headSet(Object) - Method in class orbital.util.DelegateSortedSet
HeuristicAlgorithm - Interface in orbital.algorithm.template: Interface for heuristic (search) algorithms.
HeuristicAlgorithm.Configuration - Class in orbital.algorithm.template: Algorithmic configuration objects for heuristic algorithms.
HeuristicAlgorithm.Configuration(AlgorithmicProblem, Function, Class) - Constructor for class orbital.algorithm.template.HeuristicAlgorithm.Configuration
HeuristicAlgorithm.PatternDatabaseHeuristic - Class in orbital.algorithm.template: An heuristic function that uses a pattern database.
HeuristicAlgorithm.PatternDatabaseHeuristic(Function, Map, boolean) - Constructor for class orbital.algorithm.template.HeuristicAlgorithm.PatternDatabaseHeuristic: Create a new heuristic function supported by a pattern database.
HeuristicAlgorithm.PatternDatabaseHeuristic(Function, Map) - Constructor for class orbital.algorithm.template.HeuristicAlgorithm.PatternDatabaseHeuristic
HeuristicAlgorithm.PatternDatabaseHeuristic(Function) - Constructor for class orbital.algorithm.template.HeuristicAlgorithm.PatternDatabaseHeuristic
HIERARCHY - Static variable in class orbital.algorithm.evolutionary.ConcurrenceGeneticAlgorithm
HillClimbing - Class in orbital.algorithm.template: Hill-climbing search.
HillClimbing(Function, LocalOptimizerSearch.LocalSelection) - Constructor for class orbital.algorithm.template.HillClimbing: Create a new instance of hill climbing search.
HillClimbing(Function) - Constructor for class orbital.algorithm.template.HillClimbing: Create a new instance of hill climbing search.
history() - Method in class orbital.moon.evolutionary.BreederControl: Store history file sequence.

I

I() - Method in interface orbital.math.ValueFactory: The imaginary unit i∈C.
i() - Method in interface orbital.math.ValueFactory: The imaginary unit i∈C.
id - Static variable in class orbital.logic.functor.Functions: id: A→A; x ↦ x .
id - Static variable in class orbital.logic.trs.Substitutions: The identical substitution id=[].
id - Static variable in class orbital.math.functional.Functions: id: R→R; x ↦ x .
IDENTIFIER - Static variable in interface orbital.moon.logic.LogicParserConstants
IDENTITY(Dimension) - Method in interface orbital.math.ValueFactory: Gets the identity Matrix, with all elements set to 0, except the leading diagonal m_i,i set to 1.
IDENTITY(int, int) - Method in interface orbital.math.ValueFactory: Gets the identity Matrix, with all elements set to 0, except the leading diagonal m_i,i set to 1.
im() - Method in interface orbital.math.Complex: Get the imaginar component.
image - Variable in class orbital.awt.ImageCanvas: the image to be shown on the canvas.
image - Variable in class orbital.moon.logic.Token: The string image of the token.
ImageCanvas - Class in orbital.awt: A Canvas displaying an Image.
ImageCanvas(Image) - Constructor for class orbital.awt.ImageCanvas
ImageCanvas() - Constructor for class orbital.awt.ImageCanvas
ImageCanvasBeanInfo - Class in orbital.awt
ImageCanvasBeanInfo() - Constructor for class orbital.awt.ImageCanvasBeanInfo
imageUpdate(Image, int, int, int, int, int) - Method in class orbital.awt.ImageCanvas
IMAGINARY_FIELD - Static variable in class orbital.math.ArithmeticFormat
impl(Formula) - Method in interface orbital.logic.imp.Formula: Implication impl: F → G.
impl(Formula) - Method in class orbital.logic.imp.LogicBasis: Implication impl: A → B is calced ¬A ∨ B
impl - Static variable in interface orbital.moon.logic.functor.Operations
impl() - Method in class orbital.moon.logic.FuzzyLogic.OperatorSet: Defines the implication operator to use in the fuzzy logic.
ImplicationExpression() - Method in class orbital.moon.logic.LogicParser
IMPLY - Static variable in interface orbital.moon.logic.LogicParserConstants
importGenome(InputStream) - Method in class orbital.moon.evolutionary.BreederControl: Load genome to import.
InapplicableActionException - Exception in orbital.algorithm.template: Thrown to indicate that an action was not applicable in the state.
InapplicableActionException() - Constructor for exception orbital.algorithm.template.InapplicableActionException
InapplicableActionException(String) - Constructor for exception orbital.algorithm.template.InapplicableActionException
inBuf - Variable in class orbital.moon.logic.SimpleCharStream
InclusiveOrExpression() - Method in class orbital.moon.logic.LogicParser
IncomparableException - Exception in orbital.util: Thrown to indicate that two particular elements of a partial order are incomparable.
IncomparableException() - Constructor for exception orbital.util.IncomparableException
IncomparableException(Object[]) - Constructor for exception orbital.util.IncomparableException
IncomparableException(String) - Constructor for exception orbital.util.IncomparableException
IncomparableException(String, Object[]) - Constructor for exception orbital.util.IncomparableException
IncomparableException(String, Object, Object) - Constructor for exception orbital.util.IncomparableException
IncompleteCalculusException - Exception in orbital.logic.imp: A LogicException thrown when an incomplete calculus is used.
IncompleteCalculusException(String) - Constructor for exception orbital.logic.imp.IncompleteCalculusException
IncompleteCalculusException() - Constructor for exception orbital.logic.imp.IncompleteCalculusException
IncrementalGeneticAlgorithm - Class in orbital.algorithm.evolutionary: An incremental genetic algorithm with overlapping populations and only one reproduction per generation.
IncrementalGeneticAlgorithm() - Constructor for class orbital.algorithm.evolutionary.IncrementalGeneticAlgorithm: Construct a new GeneticAlgorithm.
IndexedClausalSetImpl - Class in orbital.moon.logic.resolution: Implementation of a representation of a set of clauses with clause indexing.
IndexedClausalSetImpl(Set) - Constructor for class orbital.moon.logic.resolution.IndexedClausalSetImpl: Copy constructor.
IndexedClausalSetImpl() - Constructor for class orbital.moon.logic.resolution.IndexedClausalSetImpl
IndexedClauseImpl - Class in orbital.moon.logic.resolution: Implementation of a representation of a clauses with clause indexing.
IndexedClauseImpl(Set) - Constructor for class orbital.moon.logic.resolution.IndexedClauseImpl: Copy constructor.
IndexedClauseImpl() - Constructor for class orbital.moon.logic.resolution.IndexedClauseImpl
indexOf(Object) - Method in class orbital.util.DelegateList
indexSet() - Method in interface orbital.math.Polynomial: Describes the index magma S of our polynomial ring R[S].
indices() - Method in interface orbital.math.Polynomial: Returns an iterator over the (relevant) indices.
indices() - Method in interface orbital.math.Tensor: Returns an iterator over the (relevant) indices.
INDIVIDUAL - Static variable in class orbital.logic.sign.type.Types: The type ι of individuals (objects).
INDUCED(Comparator) - Static method in class orbital.math.AlgebraicAlgorithms: The partial lexicographial order on polynomials induced by an admissible total order on monomials.
INDUCED - Static variable in interface orbital.math.Metric: The metric induced by a norm ||.||.
inf(Type[]) - Method in interface orbital.logic.sign.type.TypeSystem: Get the infimum type ⋂_iτ_i = τ₁∩…∩τ_n.
inf() - Method in interface orbital.logic.sign.type.TypeSystem: inf: {*} → *; (τ_i) ↦ ⋂_iτ_i = τ₁∩…∩τ_n.
inf - Static variable in interface orbital.math.functional.Operations: inf ⊓: Aⁿ→A; (x_i) ↦ ⊓_i {x_i} = (|∞,min|) (x_i).
infer(Formula[], Formula) - Method in interface orbital.logic.imp.Inference: Apply the inference relation |~ according to the implementation calculus K.
infer(String, String) - Method in class orbital.moon.logic.FuzzyLogic: facade for convenience.
infer(String, String) - Method in class orbital.moon.logic.ModalLogic: facade for convenience.
infer(Formula[], Formula) - Method in class orbital.moon.logic.resolution.ResolutionBase: Apply the inference relation |~ according to the implementation calculus K.
Inference - Interface in orbital.logic.imp: Provides a unified encapsulation for inference relations |~ used for any logic reasoning.
inference() - Method in interface orbital.logic.imp.Logic: Get the inference relation |~_K according to the implementation calculus K.
inference() - Method in class orbital.moon.logic.ClassicalLogic
inference() - Method in class orbital.moon.logic.FuzzyLogic
inference() - Method in class orbital.moon.logic.ModalLogic
INFINITY() - Method in interface orbital.math.ValueFactory: complex infinity ∞∈C.
INFIX - Static variable in class orbital.logic.sign.concrete.Notation: Specifies infix notation "a f b".
info(FeatureDescriptor) - Static method in class orbital.awt.UIUtilities: Get Information on a feature descriptor.
info(PropertyDescriptor) - Static method in class orbital.awt.UIUtilities: Get Information on a property descriptor.
info(Applet) - Static method in class orbital.moon.awt.AppletFrame: Get information on an applet.
info() - Method in class orbital.util.Activation: Get this exception's information that is to be handled.
init(Object[]) - Method in class orbital.algorithm.template.DynamicProgrammingOptimizingProblem: Initialize weights as the specified (possibly multidimensional) array of number-objects.
init(Class) - Method in class orbital.moon.awt.DefaultCustomizer: Initializes default customizer view according to the BeanInfo of the given object.
init() - Method in class orbital.moon.evolutionary.BreederControl
inner - Variable in class orbital.util.ReverseComparator: Contains the Comparator to be inverted, or null if the objects Comparable implementation should be used, instead.
InnerCheckedException - Exception in orbital.util: This class is a InnerCheckedException which can be thrown if checked exceptions occur which cannot be declared in the throws-clause of a method, and must be wrapped in an unchecked RuntimeException to rethrow, instead.
InnerCheckedException(Throwable) - Constructor for exception orbital.util.InnerCheckedException
InnerCheckedException(String, Throwable) - Constructor for exception orbital.util.InnerCheckedException
InnerCheckedException(Throwable, String) - Constructor for exception orbital.util.InnerCheckedException: Deprecated. Since JDK1.4 use InnerCheckedException.InnerCheckedException(String, Throwable) instead.
input_stream - Variable in class orbital.moon.logic.LogicParserTokenManager
inputStream - Variable in class orbital.moon.logic.SimpleCharStream
insert(int, Arithmetic) - Method in interface orbital.math.Vector: Insert a value into this vector at the specified index.
insert(Arithmetic) - Method in interface orbital.math.Vector: Append a value to this vector.
insert(List, Object) - Static method in class orbital.util.Setops: insert object into l such that l is still sorted.
insertAll(int, Vector) - Method in interface orbital.math.Vector: Insert all components of a vector into this vector at the specified index.
insertAll(Vector) - Method in interface orbital.math.Vector: Append all components of a vector to this vector.
insertColumns(int, Matrix) - Method in interface orbital.math.Matrix: Insert columns into this matrix.
insertColumns(Matrix) - Method in interface orbital.math.Matrix: Append columns to this matrix.
insertRows(int, Matrix) - Method in interface orbital.math.Matrix: Insert rows into this matrix.
insertRows(Matrix) - Method in interface orbital.math.Matrix: Append rows to this matrix.
instanceOf - Static variable in class orbital.util.Utility: Predicate for x instanceof y.
Integer - Interface in orbital.math: Representation of an integer number k∈Z.
INTEGER_LITERAL - Static variable in interface orbital.moon.logic.LogicParserConstants
integrate(int) - Method in interface orbital.math.functional.BinaryFunction: Integrates this function and returns the resulting indefinite integral ∫ f dx_i.
integrate() - Method in interface orbital.math.functional.Function: Integrates this function and returns the resulting indefinite integral ∫ f dx.
integrate(Function, Arithmetic, Arithmetic) - Static method in class orbital.math.MathUtilities: Returns ∫_a^b f dx.
integrate(Function, Arithmetic, Arithmetic) - Static method in class orbital.math.NumericalAlgorithms: Returns ≈ ∫_a^b f dx.
Interpretation - Interface in orbital.logic.imp: An interpretation associates the symbols in a signature with the entities in the world (for semantics).
InterpretationBase - Class in orbital.logic.imp: A basic interpretation implementation.
InterpretationBase(Signature) - Constructor for class orbital.logic.imp.InterpretationBase: Construct a problem specific interpretation source.
InterpretationBase(Signature, Map) - Constructor for class orbital.logic.imp.InterpretationBase: Construct a new Interpretation with the given map of associations.
InterpretationBase(Signature, SortedMap) - Constructor for class orbital.logic.imp.InterpretationBase
INTERRUPT - Static variable in class orbital.moon.awt.SystemRequestor
intersection(Signature) - Method in interface orbital.logic.sign.Signature: Returns the intersection of two signatures.
intersection(Signature) - Method in class orbital.logic.sign.SignatureBase
intersection - Static variable in class orbital.util.Setops: intersection of two collections.
intersection(Collection, Collection) - Static method in class orbital.util.Setops: Returns the intersection of two collections.
intersection(Set, Set) - Static method in class orbital.util.Setops
intersection(SortedSet, SortedSet) - Static method in class orbital.util.Setops
intersectionFold - Static variable in class orbital.util.Setops: n-ary intersection of a list of collections.
intValue() - Method in class orbital.algorithm.evolutionary.Gene.Integer
intValue() - Method in class orbital.algorithm.evolutionary.Gene.Number
intValue() - Method in interface orbital.math.Integer: Returns the value of the specified integer as a int.
inverse() - Method in class orbital.algorithm.evolutionary.Gene.BitSet: Get an inverted version of this Gene.
inverse() - Method in interface orbital.algorithm.evolutionary.Gene: Get an inverted version of this Gene.
inverse() - Method in class orbital.algorithm.evolutionary.Gene.List
inverse() - Method in class orbital.algorithm.evolutionary.Gene.Number
inverse() - Method in class orbital.algorithm.evolutionary.Genome: Get an inverted version of this Genome.
inverse() - Method in interface orbital.math.Arithmetic: Returns the multiplicative inverse of this arithmetic object.
inverse - Static variable in interface orbital.math.functional.Operations: inverse ^-1: A→A; x ↦ x^-1.
inverse() - Method in interface orbital.math.Quotient: Returns (modular) multiplicative inverse of this (mod ~).
invoke(Functor, Object[]) - Static method in class orbital.logic.functor.Functor.Specification: Invokes the corresponding apply method of the Functor specified.
isa - Static variable in interface orbital.math.Complex: Checks whether the given number is in the set of complex numbers.
isa - Static variable in interface orbital.math.Integer: Checks whether the given number is in the set of integers.
isa - Static variable in interface orbital.math.Rational: Checks whether the given number is in the set of rationals.
isa - Static variable in interface orbital.math.Real: Checks whether the given number is in the set of reals.
isa - Static variable in interface orbital.math.Scalar: Checks whether the given arithmetic object is a number.
isa - Static variable in interface orbital.math.Symbol: Checks whether the given arithmetic object is a symbol.
isApplicableTo(Object[]) - Method in class orbital.logic.functor.Functor.Specification: Checks whether the type specification is compatible with the given list of arguments.
isApplicableTo(Type, Expression[]) - Static method in class orbital.logic.sign.type.Types: Checks whether the type specification is compatible with the given list of arguments.
isAutoScaling() - Method in class orbital.awt.Plot2D
isCompatible(Functor.Specification) - Method in class orbital.logic.functor.Functor.Specification: Checks whether the given specification is compatible with this.
isComplete() - Method in interface orbital.logic.imp.Inference: Whether the calculus K underlying this object to implement the inference relation is complete.
isComplete() - Method in class orbital.moon.logic.resolution.ResolutionBase
isConform(Functor) - Method in class orbital.logic.functor.Functor.Specification: Checks whether the given functor object is conform to this specification.
isConsistent(List, int) - Method in interface orbital.algorithm.template.BacktrackingProblem: Checks whether the current choices are still consistent.
isContinuedWhenFound() - Method in class orbital.algorithm.template.GeneralBoundingSearch: Whether the search is continued after a solution is found.
isCorrect() - Method in class orbital.algorithm.evolutionary.ConcurrenceGeneticAlgorithm
isCorrect() - Method in class orbital.algorithm.evolutionary.GeneticAlgorithm
isCorrect() - Method in class orbital.algorithm.template.HillClimbing
isCorrect() - Method in interface orbital.algorithm.template.ProbabilisticAlgorithm: Whether this algorithm is correct.
isCorrect() - Method in class orbital.algorithm.template.SimulatedAnnealing
isCorrect() - Method in class orbital.algorithm.template.ThresholdAccepting
isCorrect() - Method in class orbital.algorithm.template.TransitionPath
isDefinite() - Method in interface orbital.math.Matrix: Checks how definite this square matrix is.
isElementaryValid() - Method in interface orbital.moon.logic.resolution.Clause: Returns true when this clause obviously is an elementary tautology.
isElementaryValid() - Method in class orbital.moon.logic.resolution.ClauseImpl
isElementaryValidUnion(Clause) - Method in interface orbital.moon.logic.resolution.Clause: Returns true when the union F∪G would obviously contain an elementary tautology.
isElementaryValidUnion(Clause) - Method in class orbital.moon.logic.resolution.ClauseImpl
isEmpty() - Method in class orbital.algorithm.template.BestFirstSearch.OptionIterator
isEmpty() - Method in class orbital.algorithm.template.BreadthFirstSearch.OptionIterator
isEmpty() - Method in class orbital.algorithm.template.DepthFirstSearch.OptionIterator
isEmpty() - Method in class orbital.algorithm.template.GeneralSearch.OptionIterator: Returns true if this iterator's collection of nodes currently does not contain any elements.
isEmpty() - Method in class orbital.moon.logic.resolution.ClausalIndex: Check whether this index is empty.
isEmpty() - Method in class orbital.util.DelegateCollection: Returns true if this collection contains no elements.
isEmpty() - Method in class orbital.util.DelegateMap
isFullScaling() - Method in class orbital.awt.Plot2D
isin(int, int, int) - Static method in class orbital.math.MathUtilities: Whether a value is in a specified range.
isin(double, double, double) - Static method in class orbital.math.MathUtilities: Whether a value is in a specified range.
isin(Real, Real, Real) - Static method in class orbital.math.MathUtilities: Whether a value is in a specified range.
isInfinite() - Method in interface orbital.math.Complex: Whether this complex number is infinite.
isInlineCustomEditor() - Method in class orbital.algorithm.evolutionary.PopulationBeanInfo.PopulationEditor
isInteger(double) - Static method in class orbital.math.MathUtilities: Check whether the given value is an integer, only.
isInvertible() - Method in class orbital.math.LUDecomposition: A is regular if and only if U is which depends upon whether there is a 0 on the diagonal.
isInvertible() - Method in interface orbital.math.Matrix: Checks whether this square matrix is regular.
isIteratable(Object) - Static method in class orbital.util.Utility: Checks whether the given object is generalized iteratable.
isLocalConsequence() - Method in class orbital.moon.logic.ModalLogic: Whether local or global consequence is used.
isNaN() - Method in interface orbital.math.Complex: Whether this complex number is NaN.
isOne() - Method in interface orbital.math.Arithmetic: Checks for identity to 1.
isOptimal() - Method in class orbital.algorithm.template.AStar: Optimal if heuristic is admissible.
isOptimal() - Method in class orbital.algorithm.template.BranchAndBound
isOptimal() - Method in class orbital.algorithm.template.BreadthFirstSearch: Optimal only for when costs are uniform.
isOptimal() - Method in class orbital.algorithm.template.DepthFirstSearch
isOptimal() - Method in class orbital.algorithm.template.GeneralSearch: Whether this search algorithm is optimal.
isOptimal() - Method in class orbital.algorithm.template.HillClimbing
isOptimal() - Method in class orbital.algorithm.template.IterativeBroadening
isOptimal() - Method in class orbital.algorithm.template.IterativeDeepening
isOptimal() - Method in class orbital.algorithm.template.IterativeDeepeningAStar: Optimal if heuristic is admissible.
isOptimal() - Method in class orbital.algorithm.template.IterativeExpansion: Optimal if heuristic is admissible, and initial bound sufficiently large (usually ∞).
isOptimal() - Method in class orbital.algorithm.template.SimulatedAnnealing
isOptimal() - Method in class orbital.algorithm.template.ThresholdAccepting
isOptimal() - Method in class orbital.algorithm.template.WAStar: at most W times from optimal if heuristic is admissible.
isOutOfBounds(Object) - Method in class orbital.algorithm.template.GeneralBoundingSearch: Whether a node is out of bounds.
isOutOfBounds(Object) - Method in class orbital.algorithm.template.IterativeBroadening
isOutOfBounds(Object) - Method in class orbital.algorithm.template.IterativeDeepening
isOutOfBounds(Object) - Method in class orbital.algorithm.template.IterativeDeepeningAStar: Compare f(n) with bound, normally and in case update cheapest pruned bound.
isPaintable() - Method in class orbital.algorithm.evolutionary.PopulationBeanInfo.PopulationEditor
isPartialSolution(List) - Method in interface orbital.algorithm.template.GreedyProblem: Test whether the given list of choices still is a valid (partial) solution.
isPrime(BigInteger) - Static method in class orbital.math.MathUtilities: Really check whether a BigInteger is prime.
isPrimitiveWrapper(Class) - Static method in class orbital.math.Values: Determines whether the specified class is an (old JDK1.0) wrapper for a primitive type.
isProbability(double) - Static method in class orbital.math.MathUtilities: Check whether the given value is a probability value.
isRainbow() - Method in class orbital.awt.ChartModel: Whether rainbow colors are used for graphs that have no color setting.
isRegular() - Method in class orbital.math.LUDecomposition: Deprecated. Since Orbital1.1 use LUDecomposition.isInvertible() instead.
isRegular() - Method in interface orbital.math.Matrix: Deprecated. Since Orbital1.1 use Matrix.isInvertible() instead.
isSolution(Population) - Method in interface orbital.algorithm.evolutionary.GeneticAlgorithmProblem: Check whether the given population of choices is a valid solution to the problem.
isSolution(Object) - Method in class orbital.algorithm.template.DelegateGeneralSearchProblem
isSolution(Object[]) - Method in interface orbital.algorithm.template.DynamicProgrammingProblem: Check whether the given partial solutions are a valid solution to the problem.
isSolution(List) - Method in interface orbital.algorithm.template.GreedyProblem: Check whether the given list of choices is a valid solution to the problem.
isSolution(Object) - Method in interface orbital.algorithm.template.MarkovDecisionProblem: Check whether the given state is a goal state (a valid solution to the problem).
isSolution(Object) - Method in class orbital.algorithm.template.OpenClosedGeneralSearchProblem
isSound() - Method in interface orbital.logic.imp.Inference: Whether the calculus K underlying this object to implement the inference relation is sound.
isSound() - Method in class orbital.moon.logic.resolution.ResolutionBase
isSquare() - Method in interface orbital.math.Matrix: Checks whether this matrix is a square matrix of size n×n.
isStretched() - Method in class orbital.awt.ImageCanvas: true if the image should be stretched to fit the whole canvas.
isSuspended() - Method in class orbital.util.StreamMethod: Whether this thread is safely suspended
isSymmetric() - Method in interface orbital.math.Matrix: Checks whether this square matrix is symmetric.
isVariable() - Method in interface orbital.logic.sign.Symbol: Whether this symbol is a variable symbol.
isVariable() - Method in class orbital.logic.sign.SymbolBase
isVariable(Object) - Static method in class orbital.logic.trs.Substitutions: Checks whether x is a variable.
isVariable() - Method in interface orbital.logic.trs.Variable: Whether this concrete object is variable.
isZero() - Method in interface orbital.math.Arithmetic: Checks for identity to 0.
IterationLimitException - Exception in orbital.logic: Thrown when the limit for the maximum number of iterations is overrun.
IterationLimitException() - Constructor for exception orbital.logic.IterationLimitException
IterationLimitException(String) - Constructor for exception orbital.logic.IterationLimitException
IterativeBroadening - Class in orbital.algorithm.template: Iterative Broadening (IB).
IterativeBroadening() - Constructor for class orbital.algorithm.template.IterativeBroadening
IterativeBroadening.OptionIterator - Class in orbital.algorithm.template: An iterator over a state space in depth-first order respecting the current bounds for the breadth of the search space that is subject to expansion.
IterativeBroadening.OptionIterator(GeneralSearchProblem) - Constructor for class orbital.algorithm.template.IterativeBroadening.OptionIterator
IterativeDeepening - Class in orbital.algorithm.template: Iterative Deepening (ID).
IterativeDeepening() - Constructor for class orbital.algorithm.template.IterativeDeepening
IterativeDeepeningAStar - Class in orbital.algorithm.template: Iterative Deepening A^* (IDA^*).
IterativeDeepeningAStar(Function) - Constructor for class orbital.algorithm.template.IterativeDeepeningAStar: Create a new instance of IDA^* search.
IterativeExpansion - Class in orbital.algorithm.template: Iterative Expansion (IE).
IterativeExpansion(Function) - Constructor for class orbital.algorithm.template.IterativeExpansion: Create a new instance of IDA^* search.
iterator() - Method in class orbital.algorithm.evolutionary.Population
iterator() - Method in class orbital.awt.ChartModel: Returns an iterator over the elements in this chart model in proper sequence.
iterator() - Method in interface orbital.math.Matrix: Returns an iterator over all components (row-wise).
iterator() - Method in interface orbital.math.Polynomial: Returns an iterator over all coefficients (up to degree).
iterator() - Method in interface orbital.math.Tensor: Returns an iterator over all components.
iterator() - Method in interface orbital.math.UnivariatePolynomial: Returns an iterator over all coefficients (up to degree).
iterator() - Method in interface orbital.math.Vector: Returns an iterator over all components.
iterator() - Method in class orbital.moon.logic.resolution.IndexedClausalSetImpl
iterator() - Method in class orbital.moon.logic.resolution.IndexedClauseImpl
iterator() - Method in class orbital.moon.logic.resolution.OrderedClauseImpl
iterator() - Method in class orbital.util.DelegateCollection: Returns an iterator over the elements in this collection.

J

jj_nt - Variable in class orbital.moon.logic.LogicParser
jjFillToken() - Method in class orbital.moon.logic.LogicParserTokenManager
jjstrLiteralImages - Static variable in class orbital.moon.logic.LogicParserTokenManager

K

key - Variable in class orbital.util.KeyValuePair: The key for this pair.
keyPressed(KeyEvent) - Method in class orbital.moon.awt.SystemRequestor: Check for Abort and Interrupt requests.
keySet() - Method in class orbital.util.DelegateMap
KeyValuePair - Class in orbital.util: This class is a KeyValuePair that contains a pair ⟨key,value⟩ each of which are objects.
KeyValuePair() - Constructor for class orbital.util.KeyValuePair
KeyValuePair(Object, Object) - Constructor for class orbital.util.KeyValuePair: Create a new pair ⟨key, value⟩.
kind - Variable in class orbital.moon.logic.Token: An integer that describes the kind of this token.

L

lambda - Static variable in class orbital.logic.trs.Substitutions: The λ-operator of λ-Calculus.
lambda(Object, Object) - Static method in class orbital.logic.trs.Substitutions: Get the λ-abstraction of f with respect to x.
LAMBDA - Static variable in interface orbital.moon.logic.LogicParserConstants
LambdaAbstraction() - Method in class orbital.moon.logic.LogicParser: λ-abstraction term.
LambdaAbstractionPredicate() - Method in class orbital.moon.logic.LogicParser: λ-abstraction predicate.
last() - Method in class orbital.util.DelegateSortedSet
last - Static variable in class orbital.util.Filters: Filter for last element.
lastIndexOf(Object) - Method in class orbital.util.DelegateList
layouting - Variable in class orbital.awt.ImageCanvas
lcm - Static variable in class orbital.math.AlgebraicAlgorithms: Returns least common multiple (lcm) of two elements of an (Euclidean) ring.
lcm(Euclidean, Euclidean) - Static method in class orbital.math.AlgebraicAlgorithms: Returns least common multiple (lcm) of two ring elements.
lcm(Euclidean, Euclidean) - Static method in class orbital.math.MathUtilities: Deprecated. Use AlgebraicAlgorithms.lcm(Euclidean,Euclidean) instead.
lcm(int, int) - Static method in class orbital.math.MathUtilities: Returns least common multiple (LCM) of two integers.
length() - Method in class orbital.algorithm.evolutionary.Gene.BitSet: Get the length of the boolean data.
lense(Function, Predicate, Object) - Static method in class orbital.logic.functor.Functionals: lense |(g,p)| b.
less - Static variable in class orbital.logic.functor.Predicates: <.
less - Static variable in interface orbital.math.functional.Operations: <.
LESS - Static variable in interface orbital.moon.logic.LogicParserConstants
LESS_EQUAL - Static variable in interface orbital.moon.logic.LogicParserConstants
lessEqual - Static variable in class orbital.logic.functor.Predicates: ≤.
lessEqual - Static variable in interface orbital.math.functional.Operations: ≤.
LETTER - Static variable in interface orbital.moon.logic.LogicParserConstants
LexicalError(boolean, int, int, int, String, char) - Static method in error orbital.moon.logic.TokenMgrError: Returns a detailed message for the Error when it is thrown by the token manager to indicate a lexical error.
LEXICOGRAPHIC - Static variable in class orbital.math.AlgebraicAlgorithms: Lexicographical order on monoid of monomials.
LEXICOGRAPHIC(int[]) - Static method in class orbital.math.AlgebraicAlgorithms: (Generalised) lexicographical order on monoid of monomials.
lexStateNames - Static variable in class orbital.moon.logic.LogicParserTokenManager
likelyBetter() - Static method in class orbital.algorithm.evolutionary.Selectors: Better genomes will more likely be selected.
LimitException - Exception in orbital.logic: Thrown when a limit is exceeded.
LimitException() - Constructor for exception orbital.logic.LimitException
LimitException(String) - Constructor for exception orbital.logic.LimitException
line - Variable in class orbital.moon.logic.SimpleCharStream
linear(Arithmetic) - Static method in class orbital.math.functional.Functions: linear: A→B; x ↦ a*x.
linearRank() - Method in class orbital.math.LUDecomposition: Rank of the matrix.
linearRank() - Method in interface orbital.math.Matrix: (linear) rank of this matrix.
list(Type) - Method in interface orbital.logic.sign.type.TypeSystem: The list type ⟨τ⟩.
list() - Method in interface orbital.logic.sign.type.TypeSystem: list: * → *; τ ↦ ⟨τ⟩.
listable(Function) - Static method in class orbital.logic.functor.Functionals: Get a listable function automatically mapping itself over lists (recursively).
listable(BinaryFunction) - Static method in class orbital.logic.functor.Functionals: Get a listable function automatically mapping itself over lists (recursively).
listIterator() - Method in class orbital.algorithm.evolutionary.Population
listIterator(int) - Method in class orbital.algorithm.evolutionary.Population
listIterator() - Method in class orbital.util.DelegateList
listIterator(int) - Method in class orbital.util.DelegateList
LiteralOrders - Class in orbital.moon.logic.resolution: Provides literal L-orders.
LiteralOrders() - Constructor for class orbital.moon.logic.resolution.LiteralOrders
LiteralValue() - Method in class orbital.moon.logic.LogicParser: atomic term literal value (in the sense of constant primitive type), f.ex.
load(InputStream) - Method in class orbital.moon.evolutionary.BreederControl: Load population and genetic algorithm.
LocalOptimizerSearch - Class in orbital.algorithm.template: General search scheme for local optimizing search.
LocalOptimizerSearch(Random, LocalOptimizerSearch.LocalSelection) - Constructor for class orbital.algorithm.template.LocalOptimizerSearch
LocalOptimizerSearch(LocalOptimizerSearch.LocalSelection) - Constructor for class orbital.algorithm.template.LocalOptimizerSearch
LocalOptimizerSearch.LocalSelection - Class in orbital.algorithm.template: The local selection mechanism used to evaluate states.
LocalOptimizerSearch.OptionIterator - Class in orbital.algorithm.template: An iterator over a state space in "choosy" random order.
LocalOptimizerSearch.OptionIterator(GeneralSearchProblem, LocalOptimizerSearch) - Constructor for class orbital.algorithm.template.LocalOptimizerSearch.OptionIterator
log - Static variable in class orbital.math.functional.Functions: ㏒: C\{0}→C; x ↦ ㏒_e x.
Logic - Interface in orbital.logic.imp: Provides a unified encapsulation of logical systems.
LogicBasis - Class in orbital.logic.imp: This abstract LogicBasis class derives the extended logic operations depending upon basic logic operations.
LogicBasis() - Constructor for class orbital.logic.imp.LogicBasis
LogicException - Exception in orbital.logic.imp: Thrown whenever an exception related to logic or a calculus occurs.
LogicException(String) - Constructor for exception orbital.logic.imp.LogicException
LogicException() - Constructor for exception orbital.logic.imp.LogicException
LogicParser - Class in orbital.moon.logic: It parses a concrete syntax (usually respecting the notation of symbols).
LogicParser(InputStream) - Constructor for class orbital.moon.logic.LogicParser
LogicParser(InputStream, String) - Constructor for class orbital.moon.logic.LogicParser
LogicParser(Reader) - Constructor for class orbital.moon.logic.LogicParser
LogicParser(LogicParserTokenManager) - Constructor for class orbital.moon.logic.LogicParser
LogicParserConstants - Interface in orbital.moon.logic
LogicParserTokenManager - Class in orbital.moon.logic
LogicParserTokenManager(SimpleCharStream) - Constructor for class orbital.moon.logic.LogicParserTokenManager
LogicParserTokenManager(SimpleCharStream, int) - Constructor for class orbital.moon.logic.LogicParserTokenManager
logistic - Static variable in class orbital.math.functional.Functions: logistic: A→(0,1); x ↦ 1 / (1 + e^-x).
longValue() - Method in class orbital.algorithm.evolutionary.Gene.Number
longValue() - Method in interface orbital.math.Integer: Returns the value of the specified integer as a long.
lookingAhead - Variable in class orbital.moon.logic.LogicParser
LUDecomposition - Class in orbital.math: LUDecomposition class, decomposing A into P∙A = L∙U.
LUDecomposition(Matrix, Matrix, boolean) - Constructor for class orbital.math.LUDecomposition: Gaussian LU-decomposition implementation.

M

main(String[]) - Static method in class orbital.moon.awt.AppletFrame: When orbital.AppletFrame is called as an Application, then the arguments are:
java orbital.AppletFrame className Title (parameter=value)*
main(String[]) - Static method in class orbital.moon.evolutionary.BreederControl: tool-main
main(String[]) - Static method in class orbital.moon.logic.ClassicalLogic: tool-main
main(String[]) - Static method in class orbital.moon.logic.FuzzyLogic: tool-main
main(String[]) - Static method in class orbital.moon.logic.MathExpressionSyntax: tool-main
main(String[]) - Static method in class orbital.moon.logic.ModalLogic: tool-main
manipulate(Genome) - Method in class orbital.moon.evolutionary.BreederControl
map(Function, Collection) - Static method in class orbital.logic.functor.Functionals: Maps a list of arguments with a function.
map(Function, List) - Static method in class orbital.logic.functor.Functionals
map(Function, Set) - Static method in class orbital.logic.functor.Functionals
map(Function, SortedSet) - Static method in class orbital.logic.functor.Functionals
map(Function, Iterator) - Static method in class orbital.logic.functor.Functionals
map(Function, ListIterator) - Static method in class orbital.logic.functor.Functionals
map(Function, Object[]) - Static method in class orbital.logic.functor.Functionals: Maps a list of arguments with a function.
map(Function, Object) - Static method in class orbital.logic.functor.Functionals: Maps a list-like generalized iteratable list of arguments with a function.
map(BinaryFunction, Collection, Collection) - Static method in class orbital.logic.functor.Functionals: Maps two lists of arguments with a BinaryFunction.
map(BinaryFunction, List, List) - Static method in class orbital.logic.functor.Functionals
map(BinaryFunction, Set, Set) - Static method in class orbital.logic.functor.Functionals
map(BinaryFunction, SortedSet, SortedSet) - Static method in class orbital.logic.functor.Functionals
map(BinaryFunction, Iterator, Iterator) - Static method in class orbital.logic.functor.Functionals
map(BinaryFunction, ListIterator, ListIterator) - Static method in class orbital.logic.functor.Functionals
map(BinaryFunction, Object[], Object[]) - Static method in class orbital.logic.functor.Functionals: Maps two lists of arguments with a BinaryFunction.
map(Type, Type) - Method in interface orbital.logic.sign.type.TypeSystem: Get the map type σ→τ.
map() - Method in interface orbital.logic.sign.type.TypeSystem: map: *×* → *; (σ,τ) ↦ σ→τ.