A B C D E F G I J L M N O P Q R S T V X

A

a - Variable in class gap.Ref

addADF(int, int[], Class[], Class[], int[]) - Method in class gap.GPPopulation

Add an ADF to the function set.

addADF(int, int[], Class[], Class[], int[]) - Method in class gap.GPParams

Add an ADF to the parameters.

addArg(int) - Method in class gap.GPPopulation

Add an argument.

addArg(int) - Method in class gap.GPParams

Add a new argument to the main program.

addFunction(Class) - Method in class gap.GPPopulation

Add a function to the function set.

addFunction(Class, int) - Method in class gap.GPParams

Add a function to the function set.

addTerminal(Class) - Method in class gap.GPPopulation

Add a terminal to the terminal set.

addTerminal(Class, int) - Method in class gap.GPParams

Add a terminal to the terminal set.

adf - Variable in class gap.GPProgram

"Array" containing the automatically defined functions.

adf_ct - Variable in class gap.GPParams

ADF compatibility table.

ADF_EXCL - Static variable in class gap.GPPopulation

Used in methods with a "mask" argument.

ADF_EXCL - Static variable in class gap.GPParams

Used in methods with a "mask" argument.

ADF_EXCL - Static variable in class gap.GPProgram

Used in methods with a "mask" argument.

ADF_ONLY - Static variable in class gap.GPProgram

Used in methods with a "mask" argument.

ADF_PFX - Static variable in class gap.GPProgram

This token marks the beginning of an ADF program tree in a string representation.

adfDescr - Variable in class gap.GPParams

Method descriptor of each ADF.

adfDescr - Variable in class gap.CompileContext

Descriptor of the ADFs.

adfFSet - Variable in class gap.GPParams

Function sets of the ADFs, if defined.

ADFLINK_PFX - Static variable in class gap.GPProgram

This token represent an ADF in a string representation.

adfLinks - Variable in class gap.GPParams

Links within the ADFs.

adfParams - Variable in class gap.GPParams

Parameters of each ADF.

adfTSet - Variable in class gap.GPParams

Terminal sets of the ADFs, if defined.

adfTypes - Variable in class gap.GPParams

Type of the root of each ADF.

allign(GPFunction, int[], int[]) - Static method in class gap.GPPopulation

Allign the indices of a subtree.

allign(GPProgram, int[], int[], int[][], int[][]) - Static method in class gap.GPPopulation

Allign the indices of an individual.

arg - Variable in class gap.GPFunction

Arguments of the function

ARG_PFX - Static variable in class gap.GPProgram

This token represent a program argument in a string representation.

argTypes - Variable in class gap.GPParams

The type of each argument.

asJTree(GPFunction) - Method in class gap.GPProgram

Represent a subtree as a part of a JTree.

asJTree(String) - Method in class gap.GPProgram

Return a graphical representation of the program tree.

B

bestOfRun - Variable in class gap.GPPopulation

Best individual since the creation of the population.

bestOfRunFitness - Variable in class gap.GPPopulation

Fitness of the individual since the creation of the population.

C

cast - Variable in class gap.GPParams

Casting string.

class_name_idx - Variable in class gap.CompileContext

clearBestOfRun() - Method in class gap.GPPopulation

Clear the BestOfRun data after a change of the parameters.

clone() - Method in class gap.GPParams

Clone.

clone() - Method in class gap.GPProgram

Clone the program.

clone(int) - Method in class gap.GPParams

Clone.

closeLogBook() - Method in class gap.GPPopulation

Stop using a log book.

closePopulation() - Method in class gap.GPPopulation

Do what must be done after changes in the parameters and before evaluation.

compile(Bytecoder, CompileContext) - Method in class gap.GPFunction

Do not try (to implement) this at home.

compile(String, File) - Method in class gap.GPProgram

Compile the GPProgram to an independent Java class.

compile(String, String) - Method in class gap.GPProgram

Compile the GPProgram to an independent Java class.

CompileContext - class gap.CompileContext.

CompileContext(int, int, HashMap) - Constructor for class gap.CompileContext

CompileFailureException - exception gap.CompileFailureException.

constructTree(int[], String[], Ref, GPParams, HashMap, HashMap) - Method in class gap.GPProgram

Recursively construct a program subtree by parsing a list of tokens.

copy() - Method in class gap.Ref

countPoints(GPFunction, int, int) - Method in class gap.GPProgram

Count a subset of the nodes in a subtree.

countProgramPoints(int, int) - Method in class gap.GPProgram

Count a subset of the nodes.

D

deepClone(GPProgram, Ref) - Method in class gap.GPFunction

Clone the function and all his arguments.

DefaultEvaluator - class gap.DefaultEvaluator.

DefaultEvaluator() - Constructor for class gap.DefaultEvaluator

definitive - Variable in class gap.GPParams

Flag; true if the method definitive() has been called.

depthNewADF - Variable in class gap.GPParams

Maximum depth for new ADFs.

depthNewProgram - Variable in class gap.GPParams

Maximum depth for new main programs.

E

EMPTY_MASK - Static variable in class gap.GPPopulation

Used in methods with a "mask" argument.

EMPTY_MASK - Static variable in class gap.GPParams

Used in methods with a "mask" argument.

EMPTY_MASK - Static variable in class gap.GPProgram

Used in methods with a "mask" argument.

ERROR - Static variable in class gap.GPProgram

Error value.

eval() - Method in class gap.GPPopulation

Evaluate the fitness by mean of an Evaluator, transforms the standarized- in the adjusted fitness, sort the individuals and print the results.

eval(Executable) - Method in class gap.DefaultEvaluator

Test a single individual and compute its standarized fitness.

eval(Executable[]) - Method in interface gap.Evaluator

Test all the individuals and compute their standarized fitness.

eval(Executable[]) - Method in class gap.DefaultEvaluator

Test all the individuals and compute their standarized fitness.

Evaluator - interface gap.Evaluator.

Interface for fitness computation.

exec(Object, float[]) - Method in class gap.GPFunction

Execute the function with reference to an object and an array of arguments.

exec(Object, float[]) - Method in interface gap.Executable

exec(Object, float[]) - Method in class gap.GPProgram

Execute this program.

Executable - interface gap.Executable.

Interface implemented by compiled and non-compiled programs.

exist - Variable in class gap.GPParams

Flags; true if there exists a function at the corresponding index.

exist(int) - Method in class gap.GPParams

Return true if there exist a function with index i.

existADF - Variable in class gap.GPParams

Flags; true if there exists an ADF at the corresponding index.

existADF(int) - Method in class gap.GPParams

Return true if there exist an ADF with index i.

existArg - Variable in class gap.GPParams

Flags; true if there exists an argument at the corresponding index.

existArg(int) - Method in class gap.GPParams

Return true if there exist an argument with index i.

existTerminal - Variable in class gap.GPParams

Flags; true if there exists a terminal at the corresponding index.

existTerminal(int) - Method in class gap.GPParams

Return true if there exist a terminal with index i.

extractSuffixNr(String, String) - Method in class gap.GPProgram

extractSuffixNr( "pfx5" ) == 5

F

f - Variable in class gap.Ref

farg_base - Variable in class gap.CompileContext

father - Variable in class gap.GPFunction

Reference to the father.

fct - Variable in class gap.GPParams

Function compatibility table.

find(Class[], ArrayList) - Method in class gap.GPProgram

Get all the references to functions of specified classes in the main program.

find(Class[], ArrayList, ArrayList, boolean) - Method in class gap.GPProgram

Get all the references to functions of specified classes in the main program and in the ADFs.

find(GPFunction, Class[], ArrayList, boolean) - Method in class gap.GPProgram

Get all the references to functions of specified classes in a subtree.

find(GPFunction, int[], ArrayList, boolean) - Method in class gap.GPProgram

Get all the references to special functions of specified index in a (sub)tree.

find(int[], ArrayList, ArrayList, boolean) - Method in class gap.GPProgram

Get all the references to special functions of specified index in the main program and in the ADFs.

fitness - Variable in class gap.GPPopulation

The adjusted fitness for each individual.

fitnessDependentChoice() - Method in class gap.GPPopulation

Select an individual.

fragments - Variable in class gap.CompileContext

FUNCTION - Static variable in class gap.GPParams

Compatibility table type.

functionSet - Variable in class gap.GPParams

Function set.

G

gap - package gap

geneticOpInADFFreq - Variable in class gap.GPParams

Probability of applying a genetic operation in an ADF instead of in the main program.

getADFLinks(int) - Method in class gap.GPParams

Return the links of the i-th ADF.

getADFParams(int) - Method in class gap.GPParams

Return the parameters of the i-th ADF.

getADFType(int) - Method in class gap.GPParams

Return the types of the i-th ADF.

getArgType(int) - Method in class gap.GPParams

Return the types of the arguments of the main program.

getBestFitness() - Method in class gap.GPPopulation

Return the fitness of the best individual.

getBestIndividual() - Method in class gap.GPPopulation

Return the best individual.

getCompatibility(int) - Method in class gap.GPFunction

Grammatical rules.

getCompatibility(int) - Method in class gap.GPTerminal

Grammatical rules.

getDepthNewADF() - Method in class gap.GPParams

Get the maximum depth for new ADFs.

getDepthNewProgram() - Method in class gap.GPParams

Get the maximum depth for new programs.

getFunctionSet() - Method in class gap.GPParams

Return the function set.

getGeneticOpInADFFreq() - Method in class gap.GPParams

Get the probability of applying a genetic operation in an ADF instead of in the main program.

getMaxDepth() - Method in class gap.GPParams

Get the max depth for the program during the run.

getMaxDepth(GPFunction) - Method in class gap.GPProgram

Compute the maximal depth of a tree.

getMaxDepthADF() - Method in class gap.GPParams

Get the maximum depth for ADFs during the run.

getMethodName(int) - Method in class gap.GPPopulation

Return the name of a replacing method.

getMutationDepth() - Method in class gap.GPParams

Get the maximum depth of new branches created during a mutation operation.

getNADFs() - Method in class gap.GPParams

Return the number of ADFs.

getNArgs() - Method in class gap.GPFunction

Return the number of arguments.

getNArgs() - Method in class gap.GPParams

Return the number of arguments of the main program.

getNArgs() - Method in class gap.GPTerminal

getNFunctions() - Method in class gap.GPParams

Return the number of functions.

getNPADFs() - Method in class gap.GPParams

Return the lenght of the ADF arrays.

getNPArgs() - Method in class gap.GPParams

Return the length of the arguments arrays.

getNPFunctions() - Method in class gap.GPParams

Return the number of functions, holes included.

getNPTerminals() - Method in class gap.GPParams

Return the number of terminals, holes included.

getNTerminals() - Method in class gap.GPParams

Return the number of terminals.

getObjArgTypeName() - Method in class gap.GPFunction

Return the name of the object passed to the exec method.

getOverSelection() - Method in class gap.GPPopulation

Return true if the over-selection option is on.

getOverSelectionBoundary() - Method in class gap.GPPopulation

Return the over-selected percentual of the population, or -1 if the over-selection option is off.

getParams() - Method in class gap.GPProgram

Return the parameters.

getParkMillerSeed(long) - Static method in class gap.TheRandomGenerator

getRefTo(GPFunction, int, int, int, Ref) - Method in class gap.GPProgram

Get a reference to a function by the number in a subtree.

getRefTo(GPProgram, int, int, int) - Method in class gap.GPProgram

Get a reference to a function by its number in the program tree.

getRootCompatibility() - Method in class gap.GPParams

Get the types compatible with the root of the main program.

getSize() - Method in class gap.GPPopulation

Return the number of individuals.

getTerminalFreq() - Method in class gap.GPParams

Get the terminal frequency.

getTerminalSet() - Method in class gap.GPParams

Return the terminal set.

getType() - Method in class gap.GPFunction

Return the type of the function, for grammatical purposes.

GPFunction - class gap.GPFunction.

This class represents a function in a program tree.

GPFunction() - Constructor for class gap.GPFunction

GPParams - class gap.GPParams.

The parameters for a GP-Problem.

GPParams(Class[], Class[], int[]) - Constructor for class gap.GPParams

Construct new parameters.

GPParams(Class[], Class[], int[], long) - Constructor for class gap.GPParams

Construct new parameters.

GPParams(Class[], Class[], int[], RandomGenerator) - Constructor for class gap.GPParams

Construct new parameters.

GPParams(ClassArray, ClassArray, int[]) - Constructor for class gap.GPParams

Construct new parameters.

GPPopulation - class gap.GPPopulation.

A population of GPPrograms.

GPPopulation(int, GPParams, Evaluator) - Constructor for class gap.GPPopulation

Create a brand new population.

GPPopulation(int, GPParams, Evaluator, int) - Constructor for class gap.GPPopulation

Create a void population.

GPProgram - class gap.GPProgram.

The GPProgram class contains a program tree and methods to execute and manipulate it.

GPProgram(GPParams) - Constructor for class gap.GPProgram

Create a random GPProgram.

GPProgram(GPParams, File) - Constructor for class gap.GPProgram

Create a GPProgram by parsing a LISP-style string.

GPProgram(GPParams, GPProgramArray) - Constructor for class gap.GPProgram

Constructor for ADFs with linked ADFs.

GPProgram(GPParams, int) - Constructor for class gap.GPProgram

Construct a void program (without root and ADFs).

GPProgram(GPParams, String) - Constructor for class gap.GPProgram

Create a GPProgram by parsing a LISP-style string.

GPTerminal - class gap.GPTerminal.

Terminal function.

GPTerminal() - Constructor for class gap.GPTerminal

I

idx - Variable in class gap.GPFunction

Index in the function set; set by GPProgram.

init(Class[], Class[], int[]) - Method in class gap.GPParams

Common initialization for the constructors.

init(ClassArray, ClassArray, int[]) - Method in class gap.GPParams

Common initialization for the constructors.

instFSet - Variable in class gap.GPParams

An instance for each function in the function set.

instTSet - Variable in class gap.GPParams

An instance for each terminal in the terminalset.

InvalidProgramStringException - exception gap.InvalidProgramStringException.

InvalidProgramStringException() - Constructor for class gap.InvalidProgramStringException

InvalidProgramStringException(String) - Constructor for class gap.InvalidProgramStringException

isDefinitive() - Method in class gap.GPParams

Return true if the parameters are definitive.

J

judge - Variable in class gap.GPPopulation

The fitness evaluator.

L

lb - Variable in class gap.GPPopulation

A log book.

load(File) - Static method in class gap.GPPopulation

Load a population.

load(File) - Static method in class gap.GPProgram

Load a program.

load(String) - Static method in class gap.GPPopulation

Load a population.

load(String) - Static method in class gap.GPProgram

Load a program.

log(String) - Method in class gap.LogBook

Called to log some messages.

log(String) - Method in class gap.LogFile

log(String) - Method in class gap.LogScreen

LogBook - class gap.LogBook.

LogBook() - Constructor for class gap.LogBook

LogFile - class gap.LogFile.

LogFile(String) - Constructor for class gap.LogFile

LogFile(String, boolean) - Constructor for class gap.LogFile

LogScreen - class gap.LogScreen.

LogScreen() - Constructor for class gap.LogScreen

LogScreen(boolean) - Constructor for class gap.LogScreen

logStats(GPProgram, double, double, double, GPPopulation) - Method in class gap.LogBook

Called after the evaluation of the population.

logStats(GPProgram, double, double, double, GPPopulation) - Method in class gap.LogFile

logStats(GPProgram, double, double, double, GPPopulation) - Method in class gap.LogScreen

M

makeDefinitive() - Method in class gap.GPParams

Set all compatibility tables and the ADF parameters.

makeDefinitive(int) - Method in class gap.GPParams

Set all compatibility tables and the ADF parameters.

maxDepth - Variable in class gap.GPParams

Maximum depth for the main program during the run.

maxDepthADF - Variable in class gap.GPParams

Maximum depth for ADFs during the run.

merge(GPPopulation[], GPParams, Evaluator, int, double) - Static method in class gap.GPPopulation

Merge some populations.

mergeChooseProgram(GPPopulation) - Static method in class gap.GPPopulation

Choose a program from a population (while merging).

modifyProgram(GPProgram, int, ArrayList, ArrayList) - Method in class gap.GPPopulation

Modify an individual.

mutate() - Method in class gap.GPProgram

Mutate.

mutate(int) - Method in class gap.GPProgram

Mutate.

mutationDepth - Variable in class gap.GPParams

Maximum depth of new branches created during a mutation operation.

N

nADF - Variable in class gap.GPParams

Number of Automatically Defined Functions.

nArgs - Variable in class gap.GPParams

Number of arguments of the main program.

newIndividual() - Method in class gap.GPPopulation

Create a new individual.

newTree(int, Ref) - Method in class gap.GPProgram

Create a new program tree.

nextGeneration() - Method in class gap.GPPopulation

Create a new generation.

nFunctions - Variable in class gap.GPParams

Number of functions.

NO_TYPE - Static variable in class gap.GPFunction

No information on the type.

NO_TYPE - Static variable in class gap.GPProgram

In methods with a "type" argument, use this to indicate that you don't care about the type.

nPADF - Variable in class gap.GPParams

Number of ADFs, holes included.

nPArgs - Variable in class gap.GPParams

Number of arguments, holes included.

nPFunctions - Variable in class gap.GPParams

Number of functions in the function set, holes included.

nPTerminals - Variable in class gap.GPParams

Number of terminals in the temrminal set, holes included.

nTerminals - Variable in class gap.GPParams

Number of terminals.

O

open - Variable in class gap.GPPopulation

Flag, true after actions which invalidate the current state of the population.

openPFields(String) - Method in interface gap.PFieldsOpener

overSelBoundary - Variable in class gap.GPPopulation

Percent of the population in which to apply over-selection.

overSelection - Variable in class gap.GPPopulation

Flag for over-selection.

P

ParametersNotProperlySetException - exception gap.ParametersNotProperlySetException.

ParametersNotProperlySetException() - Constructor for class gap.ParametersNotProperlySetException

ParametersNotProperlySetException(String) - Constructor for class gap.ParametersNotProperlySetException

params - Variable in class gap.GPPopulation

The parameters shared by all the individuals.

params - Variable in class gap.GPProgram

The parameters.

parse(String) - Method in class gap.GPProgram

Parse a program string.

PFieldsOpener - interface gap.PFieldsOpener.

pMutation - Variable in class gap.GPPopulation

Probability of mutation.

pop - Variable in class gap.GPPopulation

The population.

prettyPrint(String) - Method in class gap.GPFunction

Return a string representation of the function and its children.

prettyPrint(String) - Method in class gap.GPTerminal

pXOver - Variable in class gap.GPPopulation

Probability of crossover.

Q

quickSortByFitness(int, int) - Method in class gap.GPPopulation

Sort the population by fitness, in decreasing order.

R

random() - Method in interface gap.RandomGenerator

Compute a pseudo random float in the range 0.0 <= x < 1.0 .

random() - Static method in class gap.TheRandomGenerator

Return a pseudo random float in the range 0.0 <= x < 1.0

randomFloat(float) - Method in interface gap.RandomGenerator

Compute a pseudo random float in the range 0.0 <= x < range.

randomFloat(float) - Static method in class gap.TheRandomGenerator

Compute a pseudo random float in the range 0.0 <= x < range.

randomFloat(float, float) - Method in interface gap.RandomGenerator

Compute a pseudo random float in the range min <= x < max.

randomFloat(float, float) - Static method in class gap.TheRandomGenerator

Compute a pseudo random float in the range min <= x < max.

randomGaussian() - Static method in class gap.TheRandomGenerator

Return a pseudo random Gaussian distributed float with mean 0.0 and standard deviation 1.0 .

RandomGenerator - interface gap.RandomGenerator.

randomInt(int) - Method in interface gap.RandomGenerator

Compute a pseudo random int in the range 0 <= x < range.

randomInt(int) - Static method in class gap.TheRandomGenerator

Compute a pseudo random int in the range 0 <= x < range.

randomInt(int, int) - Method in interface gap.RandomGenerator

Compute a pseudo random int in the range min <= x < max.

randomInt(int, int) - Static method in class gap.TheRandomGenerator

Compute a pseudo random int in the range min <= x < max.

Ref - class gap.Ref.

Reference to a GPFunction.

Ref(GPFunction, int) - Constructor for class gap.Ref

remove(int, int[][]) - Method in class gap.GPParams

Remove an index from a compatibility table of a single function.

remove(int, int[][][]) - Method in class gap.GPParams

Remove an index from a function compatibility table (e.g. fct or tct).

removeADF(int, int) - Method in class gap.GPPopulation

Remove an ADF.

removeADF(int, int) - Method in class gap.GPParams

Remove an ADF from the parameters.

removeArg(int) - Method in class gap.GPParams

Remove an argument from the parameters.

removeArg(int, int) - Method in class gap.GPPopulation

Remove an argument.

RemoveFailureException - exception gap.RemoveFailureException.

removeFunction(Class, int) - Method in class gap.GPPopulation

Remove a function.

removeFunction(int, int) - Method in class gap.GPPopulation

Remove a function.

removeFunction(int, int) - Method in class gap.GPParams

Remove a function from the parameters.

removeTerminal(Class, int) - Method in class gap.GPPopulation

Remove a terminal.

removeTerminal(int, int) - Method in class gap.GPPopulation

Remove a terminal.

removeTerminal(int, int) - Method in class gap.GPParams

Remove a terminal from the parameters.

REPLACE_BRANCH - Static variable in class gap.GPPopulation

Replacing method.

REPLACE_PROGRAM - Static variable in class gap.GPPopulation

Default replacing method.

REPLACE_TREE - Static variable in class gap.GPPopulation

Replacing method.

root - Variable in class gap.GPProgram

Root of the program tree.

root_compatibleTypes - Variable in class gap.GPParams

Array of types compatible with the root of the main GPProgram.

root_ct - Variable in class gap.GPParams

Root compatibility table.

ROOT_EXCL - Static variable in class gap.GPProgram

Used in methods with a "mask" argument.

ROOT_REF - Static variable in class gap.GPProgram

Constant reference which represents any reference to the root.

ROOT_TOKEN - Static variable in class gap.GPProgram

This token marks the beginning of the main program tree in a string representation.

S

sameType(int, GPFunction) - Method in class gap.GPProgram

Compare a type with the type of a GPFunction.

save(File) - Method in class gap.GPPopulation

Save the population.

save(File) - Method in class gap.GPProgram

Save the program.

save(String) - Method in class gap.GPPopulation

Save the population.

save(String) - Method in class gap.GPProgram

Save the program.

setADFFunctionSets(int, Class[], Class[]) - Method in class gap.GPParams

Set the function- and the terminal set of an ADF.

setADFLinks() - Method in class gap.GPParams

Set the links of all the ADFs so, that the i-th ADF can accede to ADF no. 0, 1, ..., i-1.

setADFLinks(int, int[]) - Method in class gap.GPParams

Set the links of an ADF.

setADFs(int[], int[][]) - Method in class gap.GPParams

Create the Automatically Defined Functions.

setCompatibilityTable(int[][][], int) - Method in class gap.GPParams

Fill a compatibility table.

setDepthNewADF(int) - Method in class gap.GPParams

Set the maximum depth for new ADFs.

setDepthNewProgram(int) - Method in class gap.GPParams

Set the maximum depth for new programs.

setGeneticOpInADFFreq(double) - Method in class gap.GPParams

Set the probability of applying a genetic operation in an ADF instead of in the main program.

setLogBook(LogBook) - Method in class gap.GPPopulation

Set the log book.

setMaxDepth(int) - Method in class gap.GPParams

Set the max depth for the program during the run.

setMaxDepthADF(int) - Method in class gap.GPParams

Set the maximum depth for ADFs during the run.

setMutationDepth(int) - Method in class gap.GPParams

Set the maximum depth of new branches created during a mutation operation.

setOverSelection(float) - Method in class gap.GPPopulation

Set the over-selection option on.

setParkMillerSeed(long) - Static method in class gap.TheRandomGenerator

setRandomGenerator(RandomGenerator) - Static method in class gap.TheRandomGenerator

setRootCompatibility(int[]) - Method in class gap.GPParams

Set the types compatible with the root of the main program.

setStar(GPFunction, GPProgram) - Method in class gap.Ref

setTerminalFreq(double) - Method in class gap.GPParams

Set the terminal frequency.

size - Variable in class gap.GPPopulation

Number of individuals.

size() - Method in class gap.GPProgram

Compute the size of the program tree.

SPECIAL - Static variable in class gap.GPFunction

Special type: type information has to be found elsewhere.

star(GPProgram) - Method in class gap.Ref

stop() - Method in class gap.LogBook

Called if requested to stop logging.

stop() - Method in class gap.LogFile

stop() - Method in class gap.LogScreen

stopOverSelection() - Method in class gap.GPPopulation

Set the over-selection option off.

T

tct - Variable in class gap.GPParams

Terminal compatibility table.

TERMINAL - Static variable in class gap.GPParams

Compatibility table type.

terminalFreq - Variable in class gap.GPParams

Probability to choose a terminal while creating a program tree.

TERMINALS_EXCL - Static variable in class gap.GPProgram

Used in methods with a "mask" argument.

terminalSet - Variable in class gap.GPParams

Terminal set.

TheRandomGenerator - class gap.TheRandomGenerator.

Implementation of the Park-Miller multiplicative congruential randomizer (CACM, October 88, Page 1195).*

TheRandomGenerator() - Constructor for class gap.TheRandomGenerator

toString() - Method in class gap.GPFunction

Return the name of the function, extracted from the class name.

toString() - Method in class gap.GPProgram

Pretty print the program tree and the ADFs.

toString() - Method in class gap.GPTerminal

totFitness - Variable in class gap.GPPopulation

The sum of all the adjusted fitnesses.

type2idx(int[], int) - Method in class gap.GPParams

Convert a type compatibility table in a function compatibility table.

V

verbose - Variable in class gap.LogFile

verbose - Variable in class gap.LogScreen

verifyParamsComp(GPParams, GPParams, int[], int[], int[][], int[][], int) - Static method in class gap.GPPopulation

Verify that two parameters are equivalent.

X

xover(GPProgram) - Method in class gap.GPProgram

Crossover.

xover(GPProgram, int) - Method in class gap.GPProgram

Crossover.

A B C D E F G I J L M N O P Q R S T V X