G-Index

A B C D E F G H I K L M N O P R S T U V W Z
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G

generateAlignedCheckerboard(int) - Static method in class application.model.NeighbourhoodGenerator
generateApgtable() - Method in interface application.model.rules.ApgtableGeneratable: Generates an apgtable for apgsearch to use
generateApgtable() - Method in class application.model.rules.hrot.DeficientHROT: Generates an apgtable for apgsearch to use
generateApgtable() - Method in class application.model.rules.hrot.enemies.HROTDeadlyEnemies: Generates an apgtable for apgsearch to use
generateApgtable() - Method in class application.model.rules.hrot.history.HROTHistory: Generates an apgtable for apgsearch to use
generateApgtable() - Method in class application.model.rules.hrot.HROT: Generates an apgtable for apgsearch to use
generateApgtable() - Method in class application.model.rules.hrot.HROTBSFKL: Generates an apgtable for apgsearch to use
generateApgtable() - Method in class application.model.rules.hrot.HROTExtendedGenerations: Generates an apgtable for apgsearch to use
generateApgtable() - Method in class application.model.rules.hrot.HROTGenerations: Generates an apgtable for apgsearch to use
generateApgtable() - Method in class application.model.rules.hrot.HROTRegeneratingGenerations: Generates an apgtable for apgsearch to use
generateApgtable() - Method in class application.model.rules.hrot.IntegerHROT: Generates a ruletree for apgsearch to use
generateApgtable() - Method in class application.model.rules.hrot.MultistateCyclicHROT
generateApgtable() - Method in class application.model.rules.hrot.symbiosis.HROTSymbiosis: Generates an apgtable for apgsearch to use
generateApgtable() - Method in class application.model.rules.isotropic.rules.DeficientINT: Generates an apgtable for apgsearch to use
generateApgtable() - Method in class application.model.rules.isotropic.rules.energetic.INTEnergetic: Generates an apgtable for apgsearch to use
generateApgtable() - Method in class application.model.rules.isotropic.rules.INT: Generates an apgtable for apgsearch to use
generateApgtable() - Method in class application.model.rules.isotropic.rules.INTGenerations: Generates an apgtable for apgsearch to use
generateApgtable() - Method in class application.model.rules.misc.AlternatingRule
generateAPGTable() - Method in class application.controller.MainController
generateAsterisk(int) - Static method in class application.model.NeighbourhoodGenerator
generateC1(int, int[], int, int) - Static method in class application.model.SymmetryGenerator
generateC2(int, int[], int, int) - Static method in class application.model.SymmetryGenerator
generateC4(int, int[], int, int) - Static method in class application.model.SymmetryGenerator
generateCheckerboard(int) - Static method in class application.model.NeighbourhoodGenerator
generateCircular(int) - Static method in class application.model.NeighbourhoodGenerator
generateCircular(int, int) - Static method in class application.model.NeighbourhoodGenerator
generateComments() - Method in class application.model.rules.hrot.BaseHROT: Generates comments that will be placed in the RLE.
generateComments() - Method in class application.model.rules.hrot.HROTGenerations: Generates comments that will be placed in the RLE.
generateComments() - Method in class application.model.rules.hrot.HROTRegeneratingGenerations: Generates comments that will be placed in the RLE.
generateComments() - Method in class application.model.rules.RuleFamily: Generates comments that will be placed in the RLE.
generateCross(int) - Static method in class application.model.NeighbourhoodGenerator
generateD2(int, int[], int, int) - Static method in class application.model.SymmetryGenerator
generateD2x(int, int[], int, int) - Static method in class application.model.SymmetryGenerator
generateD4(int, int[], int, int) - Static method in class application.model.SymmetryGenerator
generateD4x(int, int[], int, int) - Static method in class application.model.SymmetryGenerator
generateD8(int, int[], int, int) - Static method in class application.model.SymmetryGenerator
generateEuclidean(int) - Static method in class application.model.NeighbourhoodGenerator
generateFromSymbol(char, int) - Static method in class application.model.NeighbourhoodGenerator
generateFromWeights(int[], Coordinate[]) - Static method in class application.model.CommentGenerator: Generates comments from the provided weights and neighbourhood
generateGaussian(int) - Static method in class application.model.NeighbourhoodGenerator
generateGaussianNeighbourhood(int) - Static method in class application.model.NeighbourhoodGenerator
generateHash(int) - Static method in class application.model.NeighbourhoodGenerator
generateHexagonal(int) - Static method in class application.model.NeighbourhoodGenerator
generateMoore(int) - Static method in class application.model.NeighbourhoodGenerator
generateNodes() - Method in class application.controller.dialogs.search.SearchResultsDialog
generateRandomSoup() - Method in class application.controller.MainController
generateSaltire(int) - Static method in class application.model.NeighbourhoodGenerator
generateStar(int) - Static method in class application.model.NeighbourhoodGenerator
generateSymmetry(String, int, int[], int, int) - Static method in class application.model.SymmetryGenerator: Generates a symmetry based on the provided symmetry name.
generateSynth(Grid[], int, int, int) - Static method in class application.model.SymmetryGenerator
generateTilingFromSymbol(char) - Static method in class application.model.NeighbourhoodGenerator
generateTriangularNeighbourhood(int) - Static method in class application.model.NeighbourhoodGenerator
generateTripod(int) - Static method in class application.model.NeighbourhoodGenerator
generateVonNeumann(int) - Static method in class application.model.NeighbourhoodGenerator
generateVonNeumann(int, int) - Static method in class application.model.NeighbourhoodGenerator
generateWeightsFromSymbol(char, int) - Static method in class application.model.NeighbourhoodGenerator
get(K) - Method in class application.model.LRUCache: Gets a value associated with a key
getActions() - Method in class application.model.rules.misc.turmites.Hexagonal
getActions() - Method in class application.model.rules.misc.turmites.Neighbourhood: Gets the actions the turmite can take
getActions() - Method in class application.model.rules.misc.turmites.Triangular
getActions() - Method in class application.model.rules.misc.turmites.VonNeumann
getActiveGenExtStates(String) - Static method in class application.model.NeighbourhoodGenerator
getAdditionalInfo(Pattern) - Method in class application.controller.dialogs.search.AgarSearchResultsDialog
getAdditionalInfo(Pattern) - Method in class application.controller.dialogs.search.BruteForceSearchResultsDialog
getAdditionalInfo(Pattern) - Method in class application.controller.dialogs.search.CatalystSearchResultsDialog
getAdditionalInfo(Pattern) - Method in class application.controller.dialogs.search.RuleSearchResultsDialog
getAdditionalInfo(Pattern) - Method in class application.controller.dialogs.search.SearchResultsDialog
getAlternatingPeriod() - Method in class application.model.rules.Rule: Gets the alternating period of the rule
getBackground() - Method in class application.model.simulation.Grid: Gets the background of the grid
getBirth() - Method in class application.model.rules.hrot.DeficientHROT: The birth conditions of the rule (e.g.
getBirth() - Method in class application.model.rules.hrot.HROT: The birth conditions of the rule (e.g.
getBirth() - Method in class application.model.rules.hrot.HROTBSFKL: Gets the birth conditions of the HROT BSFKL rule
getBirth() - Method in class application.model.rules.hrot.HROTExtendedGenerations: The birth conditions of the rule (e.g.
getBirth() - Method in class application.model.rules.hrot.HROTGenerations: The birth conditions of the rule (e.g.
getBirth() - Method in class application.model.rules.hrot.HROTRegeneratingGenerations: The birth conditions of the rule (e.g.
getBirth() - Method in class application.model.rules.hrot.IntegerHROT: The birth conditions of the rule (e.g.
getBirth() - Method in class application.model.rules.isotropic.rules.DeficientINT: Gets the birth conditions of the deficient INT rule
getBirth() - Method in class application.model.rules.isotropic.rules.INT: Gets the birth conditions of the INT rule
getBirth() - Method in class application.model.rules.isotropic.rules.INTGenerations: Gets the birth conditions of the INT generations rule
getBlock(Coordinate) - Method in class application.model.simulation.Grid: Gets the block that the cell is in
getBlockCoordinate(Coordinate) - Method in class application.model.simulation.Grid: Gets the coordinate of the block of a cell at a given coordinate (x, y)
getBlockCoordinates() - Method in class application.model.simulation.Grid: Gets the coordinates of all the blocks in the grid
getBlocks() - Method in class application.model.simulation.Grid: Gets the blocks in the grid
getBoundedGrid() - Method in class application.model.rules.Rule: Gets the bounded grid of the rule
getBoundedGrid(String) - Static method in class application.model.Utils
getBounds() - Method in class application.model.simulation.Grid: Gets the bounds of the grid
getBruteForce() - Method in class application.model.search.catsrc.CatalystSearchParameters
getCatalyst() - Method in class application.model.search.catsrc.PlacedCatalyst
getCatalysts() - Method in class application.model.search.catsrc.CatalystSearchParameters
getCell(int, int) - Method in class application.model.simulation.Block: Gets the state of the cell at coordinate (x, y)
getCell(int, int) - Method in class application.model.simulation.Grid: Gets the state of the cell at (x, y)
getCell(Coordinate) - Method in class application.model.simulation.Grid: Gets the state of the cell at the specified coordinate
getCellObject(int, int) - Method in class application.controller.MainController
getCells(Coordinate, Coordinate) - Method in class application.model.simulation.Grid: Get all cells between the start and end coordinates
getCellsChanged() - Method in class application.model.simulation.Simulator: Gets the cells that changed in the previous generation
getChildren() - Method in class application.model.rules.ruleloader.ruletree.Node
getColour(int) - Method in class application.model.rules.hrot.history.HROTHistory: Returns the colour of a cell of the provided state
getColour(int) - Method in class application.model.rules.isotropic.rules.energetic.INTEnergetic
getColour(int) - Method in class application.model.rules.isotropic.rules.history.INTHistory: Returns the colour of a cell of the provided state
getColour(int) - Method in class application.model.rules.misc.turmites.Turmites
getColour(int) - Method in class application.model.rules.Rule: Returns the colour of a cell of the provided state
getColour(int) - Method in class application.model.rules.ruleloader.ColourDirective: Gets the colour of a given state of the cell
getColour(int) - Method in class application.model.rules.ruleloader.RuleLoader
getColours() - Method in class application.controller.dialogs.ColourPickerDialog
getCoordinate() - Method in class application.model.Cell
getCoordinateComparator() - Method in class application.model.rules.misc.naive.Orthogonal
getCoordinateComparator() - Method in class application.model.rules.misc.naive.ReadingOrder: Gets the coordinate comparator
getCoordinateList() - Method in class application.model.search.catsrc.CatalystSearchParameters
getCoordinateList() - Method in class application.model.search.catsrc.PlacedCatalyst
getDensity() - Method in class application.controller.dialogs.RandomSoupDialog
getDensity() - Method in class application.model.search.csearch.BruteForceSearchParameters
getDescription() - Method in class application.model.rules.hrot.DeficientHROT: Returns a plain text description of the Deficient HROT rule family to be displayed in the Rule Dialog
getDescription() - Method in class application.model.rules.hrot.enemies.HROTDeadlyEnemies: Returns a plain text description of the HROT DeadlyEnemies rule family to be displayed in the Rule Dialog
getDescription() - Method in class application.model.rules.hrot.history.HROTHistory: Returns a plain text description of the 2-state HROT History rule family to be displayed in the Rule Dialog
getDescription() - Method in class application.model.rules.hrot.HROT: Returns a plain text description of the 2-state HROT rule family to be displayed in the Rule Dialog
getDescription() - Method in class application.model.rules.hrot.HROTBSFKL: Returns a plain text description of the HROT BSFKL rule family to be displayed in the Rule Dialog
getDescription() - Method in class application.model.rules.hrot.HROTExtendedGenerations: Returns a plain text description of the HROT Extended Generations rule family to be displayed in the Rule Dialog
getDescription() - Method in class application.model.rules.hrot.HROTGenerations: Returns a plain text description of the HROT Generations rule family to be displayed in the Rule Dialog
getDescription() - Method in class application.model.rules.hrot.HROTRegeneratingGenerations: Returns a plain text description of the HROT Regenerating Generations rule family to be displayed in the Rule Dialog
getDescription() - Method in class application.model.rules.hrot.IntegerHROT: Returns a plain text description of the Integer HROT rule family to be displayed in the Rule Dialog
getDescription() - Method in class application.model.rules.hrot.MultistateCyclicHROT
getDescription() - Method in class application.model.rules.hrot.symbiosis.HROTSymbiosis: Returns a plain text description of the HROT Symbiosis rule family to be displayed in the Rule Dialog
getDescription() - Method in class application.model.rules.isotropic.rules.DeficientINT: Returns a plain text description of the Deficient INT rule family to be displayed in the Rule Dialog
getDescription() - Method in class application.model.rules.isotropic.rules.energetic.INTEnergetic: Returns a plain text description of the Energetic INT rule family to be displayed in the Rule Dialog
getDescription() - Method in class application.model.rules.isotropic.rules.history.INTHistory: Returns a plain text description of the INT History rule family to be displayed in the Rule Dialog
getDescription() - Method in class application.model.rules.isotropic.rules.INT: Returns a plain text description of the 2-state INT rule family to be displayed in the Rule Dialog
getDescription() - Method in class application.model.rules.isotropic.rules.INTGenerations: Returns a plain text description of the INT generations rule family to be displayed in the Rule Dialog
getDescription() - Method in class application.model.rules.misc.AlternatingRule
getDescription() - Method in class application.model.rules.misc.Euclidean
getDescription() - Method in class application.model.rules.misc.Margolus
getDescription() - Method in class application.model.rules.misc.OneDimensional
getDescription() - Method in class application.model.rules.misc.turmites.Turmites
getDescription() - Method in class application.model.rules.RuleFamily: Returns a plain text description of the rule family to be displayed in the Rule Dialog
getDescription() - Method in class application.model.rules.ruleloader.RuleLoader
getDirectiveName() - Method in class application.model.rules.ruleloader.Directive: The name of the directive
getDiscoverer() - Method in class application.model.database.GliderDBEntry: Gets the discoverer of the spaceship
getDisplacementX() - Method in class application.model.patterns.Spaceship: Gets the displacement of the spaceship in the x-direction
getDisplacementY() - Method in class application.model.patterns.Spaceship: Gets the displacement of the spaceship in the y-direction
getDx() - Method in class application.model.search.cfind.ShipSearchParameters
getDy() - Method in class application.model.search.cfind.ShipSearchParameters
getEnd() - Method in class application.controller.SelectionRectangle: Gets the end coordinate of the selection
getEntries(int, int, int, RuleFamily, RuleFamily, Comparator<GliderDBEntry>) - Method in class application.model.database.GliderDBReader: Gets entries from the glider db
getFlipCatalyst() - Method in class application.model.search.catsrc.CatalystSearchParameters
getForcing() - Method in class application.model.rules.hrot.HROTBSFKL: Gets the forcing conditions of the HROT BSFKL rule
getGeneration() - Method in class application.model.simulation.Simulator: Gets the generation of the simulator
getGiffer() - Method in class application.controller.dialogs.GifferDialog
getHash() - Method in class application.model.search.catsrc.PlacedCatalyst
getHeight() - Method in class application.model.simulation.bounds.BoundedGrid: Gets the height of the bounded grid
getInitialCoordinate() - Method in class application.model.simulation.bounds.BoundedGrid: Gets the initial coordinate of the bounded grid
getINTTransition(String) - Method in class application.model.rules.isotropic.rules.BaseINT: Gets the INT neighbourhood associated with the neighbourhood identifier
getIsotropicSymmetries(ArrayList<Integer>) - Method in class application.model.rules.isotropic.transitions.DoubleLetterTransitions: Applies the symmetries to the provided isotropic transitions
getIsotropicSymmetries(ArrayList<Integer>) - Method in class application.model.rules.isotropic.transitions.R2CheckerboardINT
getIsotropicSymmetries(ArrayList<Integer>) - Method in class application.model.rules.isotropic.transitions.R2VonNeumannINT
getIsotropicSymmetries(ArrayList<Integer>) - Method in class application.model.rules.isotropic.transitions.R3CrossINT
getKilling() - Method in class application.model.rules.hrot.HROTBSFKL: Gets the killing conditions of the HROT BSFKL rule
getLevel() - Method in class application.model.rules.ruleloader.ruletree.Node
getLiving() - Method in class application.model.rules.hrot.HROTBSFKL: Gets the living conditions of the HROT BSKFL rule
getMaxPeriod() - Method in class application.model.search.csearch.BruteForceSearchParameters
getMaxPeriod() - Method in class application.model.search.ocgar2.AgarSearchParameters
getMaxPeriod() - Method in class application.model.search.rulesrc.RuleSearchParameters
getMaxPop() - Method in class application.model.search.rulesrc.RuleSearchParameters
getMaxRepeatTime() - Method in class application.model.search.catsrc.CatalystSearchParameters
getMaxRule() - Method in class application.model.patterns.Pattern
getMaxRule() - Method in class application.model.search.rulesrc.RuleSearchParameters
getMaxTransition() - Method in class application.model.rules.isotropic.transitions.INTTransitions: Generates an INT transition with the maximum number of transitions possible
getMaxX() - Method in class application.model.search.rulesrc.RuleSearchParameters
getMaxY() - Method in class application.model.search.rulesrc.RuleSearchParameters
getMinMaxRule(Grid[]) - Method in class application.model.rules.hrot.DeficientHROT: Returns the minimum and maximum rule of the provided evolutionary sequence
getMinMaxRule(Grid[]) - Method in class application.model.rules.hrot.HROT: Returns the minimum and maximum rule of the provided evolutionary sequence
getMinMaxRule(Grid[]) - Method in class application.model.rules.hrot.HROTBSFKL: Returns the minimum and maximum rule of the provided evolutionary sequence
getMinMaxRule(Grid[]) - Method in class application.model.rules.hrot.HROTExtendedGenerations: Returns the minimum and maximum rule of the provided evolutionary sequence
getMinMaxRule(Grid[]) - Method in class application.model.rules.hrot.HROTGenerations: Returns the minimum and maximum rule of the provided evolutionary sequence
getMinMaxRule(Grid[]) - Method in class application.model.rules.hrot.HROTRegeneratingGenerations: Returns the minimum and maximum rule of the provided evolutionary sequence
getMinMaxRule(Grid[]) - Method in class application.model.rules.hrot.IntegerHROT: Returns the minimum and maximum rule of the provided evolutionary sequence
getMinMaxRule(Grid[]) - Method in class application.model.rules.isotropic.rules.INT: Returns the minimum and maximum rule of the provided evolutionary sequence
getMinMaxRule(Grid[]) - Method in class application.model.rules.isotropic.rules.INTGenerations: Returns the minimum and maximum rule of the provided evolutionary sequence
getMinMaxRule(Grid[]) - Method in interface application.model.rules.MinMaxRuleable: Returns the minimum and maximum rule of the provided evolutionary sequence.
getMinPop() - Method in class application.model.search.rulesrc.RuleSearchParameters
getMinRule() - Method in class application.model.patterns.Pattern
getMinRule() - Method in class application.model.search.rulesrc.RuleSearchParameters
getMinTransition() - Method in class application.model.rules.isotropic.transitions.INTTransitions: Generates an INT transition with the minimum number of transitions possible
getName() - Method in class application.model.database.GliderDBEntry: Gets the name of the spaceship
getName() - Method in class application.model.patterns.Pattern
getName() - Method in class application.model.rules.RuleFamily: Gets the name of the rule
getName() - Method in class application.model.rules.ruleloader.RuleNameDirective
getName() - Method in class application.model.rules.ruleloader.ruletable.Variable
getName(int) - Method in class application.model.rules.hrot.HROT: Returns the name of the provided state
getName(int) - Method in class application.model.rules.isotropic.rules.DeficientINT
getName(int) - Method in class application.model.rules.isotropic.rules.INT: Returns the name of the provided state
getName(int) - Method in class application.model.rules.Rule: Returns the name of the provided state
getNeighbourhood() - Method in class application.model.rules.isotropic.transitions.INTTransitions: Gets the neighbourhood of the INT transitions
getNeighbourhood() - Method in class application.model.rules.misc.turmites.Hexagonal
getNeighbourhood() - Method in class application.model.rules.misc.turmites.Neighbourhood: Gets the neighbourhood of the turmite
getNeighbourhood() - Method in class application.model.rules.misc.turmites.Triangular
getNeighbourhood() - Method in class application.model.rules.misc.turmites.VonNeumann
getNeighbourhood() - Method in class application.model.rules.Rule: This method returns the neighbourhood of a given cell at a generation 0
getNeighbourhood() - Method in class application.model.rules.ruleloader.RuleDirective: This method returns the neighbourhood of a given cell
getNeighbourhood() - Method in class application.model.rules.ruleloader.ruletable.Ruletable
getNeighbourhood() - Method in class application.model.rules.ruleloader.ruletree.Ruletree
getNeighbourhood() - Method in class application.model.rules.ruleloader.SQC
getNeighbourhood(int) - Method in class application.model.rules.hrot.BaseHROT: This method returns the neighbourhood of a given cell at a certain generation
getNeighbourhood(int) - Method in class application.model.rules.isotropic.rules.DeficientINT
getNeighbourhood(int) - Method in class application.model.rules.isotropic.rules.INT
getNeighbourhood(int) - Method in class application.model.rules.isotropic.rules.INTGenerations
getNeighbourhood(int) - Method in class application.model.rules.misc.AlternatingRule
getNeighbourhood(int) - Method in class application.model.rules.misc.Euclidean
getNeighbourhood(int) - Method in class application.model.rules.misc.Margolus: Gets the neighbourhood of the 1D rule
getNeighbourhood(int) - Method in class application.model.rules.misc.OneDimensional: Gets the neighbourhood of the 1D rule
getNeighbourhood(int) - Method in class application.model.rules.misc.turmites.Turmites
getNeighbourhood(int) - Method in class application.model.rules.Rule: This method returns the neighbourhood of a given cell at a certain generation
getNeighbourhood(int) - Method in class application.model.rules.ruleloader.RuleLoader
getNeighbourhood(String) - Method in class application.model.rules.ruleloader.RuleDirective: Gets the neighbourhood of the rule given the line where the neighbourhood is defined.
getNeighbourhoodAndWeights() - Method in class application.controller.NeighbourhoodSelector: Gets the selected neighbourhood and weights.
getNeighbourhoodSelector() - Static method in class application.controller.dialogs.rule.SharedWidgets
getNeighbourhoodSpecifier(String) - Method in class application.model.rules.hrot.BaseHROT: Gets the neighbourhood specifier from the rulestring
getNeighbourhoodWeights(String, int) - Static method in class application.model.NeighbourhoodGenerator
getNeighbourList(Grid[]) - Method in class application.model.rules.RuleFamily: Gets the list of neighbours with the input state and output state at the first and last index respectively when provided with an evolutionary sequence.
getNewDirection(int, int) - Method in class application.model.rules.misc.turmites.Hexagonal
getNewDirection(int, int) - Method in class application.model.rules.misc.turmites.Neighbourhood: Gets the new direction of the turmite
getNewDirection(int, int) - Method in class application.model.rules.misc.turmites.Triangular
getNewDirection(int, int) - Method in class application.model.rules.misc.turmites.VonNeumann
getNodeNumber() - Method in class application.model.rules.ruleloader.ruletree.Node
getNumCatalysts() - Method in class application.model.search.catsrc.CatalystSearchParameters
getNumSearched() - Method in class application.model.search.SearchProgram: Gets the number of objects searched
getNumStates() - Method in class application.model.rules.Rule: Gets the number of states in the rule
getNumStates() - Method in class application.model.rules.ruleloader.RuleDirective: Gets the number of states of the rule
getNumThreads() - Method in class application.controller.dialogs.search.SearchParametersDialog: Gets the number of threads used
getOppositeDirection(int) - Method in class application.model.rules.misc.turmites.Hexagonal
getOppositeDirection(int) - Method in class application.model.rules.misc.turmites.Neighbourhood: Gets direction opposite to the direction passed in
getOppositeDirection(int) - Method in class application.model.rules.misc.turmites.Triangular
getOppositeDirection(int) - Method in class application.model.rules.misc.turmites.VonNeumann
getOscByPeriod(int) - Method in class application.model.database.SOSSPReader: Gets an oscillator in the database by its period.
getOscillator() - Method in class application.model.database.GliderDBEntry: Gets the oscillator
getOscillator() - Method in class application.model.database.SSSOscillator
getPattern() - Method in class application.controller.dialogs.search.PatternTile
getPeriod() - Method in class application.model.patterns.Oscillator: Returns the period of the oscillator
getPeriod() - Method in class application.model.patterns.Spaceship: Gets the period of the spaceship
getPeriod() - Method in class application.model.search.cfind.ShipSearchParameters
getPopulation() - Method in class application.model.simulation.Block: Gets the population of alive cells (> state 0) in the block
getPopulation() - Method in class application.model.simulation.Grid: Gets the population of the grid (all cells above state 0)
getPopulationSequence() - Method in class application.model.patterns.Oscillator: Gets the population sequence of the spaceship
getPopulationSequence() - Method in class application.model.patterns.Spaceship: Gets the population sequence of the spaceship
getProgress() - Method in class application.model.Giffer
getRawWeights() - Method in class application.controller.NeighbourhoodSelector: Gets the raw weights as an 2D integer array
getReadingOrder(String) - Static method in class application.model.Utils
getRectangle() - Method in class application.model.Cell
getRegenBirth() - Method in class application.model.rules.hrot.HROTRegeneratingGenerations: The regenerating birth conditions of the rule (e.g.
getRegenSurvival() - Method in class application.model.rules.hrot.HROTRegeneratingGenerations: The survival conditions of the rule (e.g.
getRegex() - Method in class application.model.rules.hrot.DeficientHROT: The regexes that will match a valid rulestring
getRegex() - Method in class application.model.rules.hrot.enemies.HROTDeadlyEnemies: The regexes that will match a valid rulestring
getRegex() - Method in class application.model.rules.hrot.history.HROTHistory: The regexes that will match a valid rulestring
getRegex() - Method in class application.model.rules.hrot.HROT: The regexes that will match a valid rulestring
getRegex() - Method in class application.model.rules.hrot.HROTBSFKL: The regexes that will match a valid rulestring
getRegex() - Method in class application.model.rules.hrot.HROTExtendedGenerations: The regexes that will match a valid rulestring
getRegex() - Method in class application.model.rules.hrot.HROTGenerations: The regexes that will match a valid rulestring
getRegex() - Method in class application.model.rules.hrot.HROTRegeneratingGenerations: The regexes that will match a valid rulestring
getRegex() - Method in class application.model.rules.hrot.IntegerHROT: The regexes that will match a valid rulestring
getRegex() - Method in class application.model.rules.hrot.MultistateCyclicHROT
getRegex() - Method in class application.model.rules.hrot.symbiosis.HROTSymbiosis: The regexes that will match a valid rulestring
getRegex() - Method in class application.model.rules.isotropic.rules.DeficientINT: The regexes that will match a valid rulestring
getRegex() - Method in class application.model.rules.isotropic.rules.energetic.INTEnergetic: The regexes that will match a valid rulestring
getRegex() - Method in class application.model.rules.isotropic.rules.history.INTHistory: The regexes that will match a valid rulestring
getRegex() - Method in class application.model.rules.isotropic.rules.INT: The regexes that will match a valid rulestring
getRegex() - Method in class application.model.rules.isotropic.rules.INTGenerations: The regexes that will match a valid rulestring
getRegex() - Method in class application.model.rules.isotropic.transitions.DoubleLetterTransitions: Gets the regex to identify a single transition block (number + characters)
getRegex() - Method in class application.model.rules.isotropic.transitions.INTTransitions: Gets the regex for the INT transitions
getRegex() - Method in class application.model.rules.isotropic.transitions.SingleLetterTransitions: Gets the regex to identify a single transition block (number + characters)
getRegex() - Method in class application.model.rules.misc.AlternatingRule
getRegex() - Method in class application.model.rules.misc.Euclidean
getRegex() - Method in class application.model.rules.misc.Margolus
getRegex() - Method in class application.model.rules.misc.naive.Orthogonal
getRegex() - Method in class application.model.rules.misc.naive.ReadingOrder: Gets the regex that will identify the naive reading order
getRegex() - Method in class application.model.rules.misc.OneDimensional
getRegex() - Method in class application.model.rules.misc.turmites.Turmites
getRegex() - Method in class application.model.rules.RuleFamily: The regexes that will match a valid rulestring
getRegex() - Method in class application.model.rules.ruleloader.RuleLoader
getRegex() - Method in class application.model.simulation.bounds.Bounded
getRegex() - Method in class application.model.simulation.bounds.BoundedGrid: Gets the regex for the identifier string of the bounded grid
getRegex() - Method in class application.model.simulation.bounds.Torus
getRLE() - Method in class application.commands.SimulationCommand
getRotateCatalyst() - Method in class application.model.search.catsrc.CatalystSearchParameters
getRule() - Method in class application.controller.dialogs.rule.RuleDialog
getRule() - Method in class application.model.search.catsrc.CatalystSearchParameters
getRule() - Method in class application.model.search.cfind.ShipSearchParameters
getRule() - Method in class application.model.search.csearch.BruteForceSearchParameters
getRule() - Method in class application.model.search.ocgar2.AgarSearchParameters
getRule() - Method in class application.model.simulation.Simulator: Gets the rule of the simulator
getRuleFamily() - Method in class application.controller.dialogs.rule.RuleWidget
getRuleInfo() - Method in class application.model.rules.hrot.BaseHROT
getRuleInfo() - Method in class application.model.rules.isotropic.rules.BaseINT
getRuleInfo() - Method in class application.model.rules.isotropic.rules.INT
getRuleInfo() - Method in class application.model.rules.RuleFamily: Gets information about the rule
getRuleInformation() - Method in class application.controller.MainController
getRulestring() - Method in class application.model.rules.RuleFamily: Gets the rulestring of the rule
getRuleTree() - Method in class application.model.rules.ruleloader.ruletree.RuleTreeGen
getRuleWidgets() - Method in class application.controller.dialogs.rule.RuleDialog
getSearchParameters() - Method in class application.controller.dialogs.search.AgarSearchParametersDialog
getSearchParameters() - Method in class application.controller.dialogs.search.BruteForceSearchParametersDialog
getSearchParameters() - Method in class application.controller.dialogs.search.CatalystSearchParametersDialog
getSearchParameters() - Method in class application.controller.dialogs.search.RuleSearchParametersDialog
getSearchParameters() - Method in class application.controller.dialogs.search.SearchParametersDialog: Gets the search parameters
getSearchParameters() - Method in class application.model.search.SearchProgram: Gets the search parameters
getSearchResults() - Method in class application.model.search.SearchProgram: Gets the search results
getSelectedRLE() - Method in class application.controller.dialogs.search.AgarSearchResultsDialog
getSelectedRLE() - Method in class application.controller.dialogs.search.BruteForceSearchResultsDialog
getSelectedRLE() - Method in class application.controller.dialogs.search.CatalystSearchResultsDialog
getSelectedRLE() - Method in class application.controller.dialogs.search.RuleSearchResultsDialog
getSelectedRLE() - Method in class application.controller.dialogs.search.SearchResultsDialog
getSelectedRLE(RuleFamily) - Method in class application.controller.dialogs.search.RuleSearchResultsDialog
getShipBySpeed(int, int, int) - Method in class application.model.database.SSSSSReader: Gets an spaceship in the database by its speed / velocity Uses binary search for speed.
getSimulator() - Method in class application.controller.MainController
getSortedTransitionTable() - Method in class application.model.rules.isotropic.transitions.INTTransitions: Gets the sorted transitions
getSpaceship() - Method in class application.model.database.GliderDBEntry: Gets the spaceship
getSpaceship() - Method in class application.model.database.SSSSpaceship
getSpecifier() - Method in class application.model.rules.misc.naive.ReadingOrder: Gets the specifier for the naive reading order
getSpecifier() - Method in class application.model.simulation.bounds.BoundedGrid: Gets the bounded grid specifier
getSpinnerRange() - Method in class application.controller.NeighbourhoodSelector: Gets the spinner that stores the range
getStart() - Method in class application.controller.SelectionRectangle: Gets the start coordinate of the selection
getStartCoordinate() - Method in class application.model.search.catsrc.PlacedCatalyst
getStartCoordinate() - Method in class application.model.simulation.Block: Gets the starting coordinate of the block (top-left)
getStartCoordinate2() - Method in class application.model.search.catsrc.PlacedCatalyst
getState() - Method in class application.model.Cell
getState() - Method in class application.model.simulation.Block: Gets the state of the block
getStates() - Method in class application.controller.dialogs.RandomSoupDialog
getStatesToInclude() - Method in class application.model.search.csearch.BruteForceSearchParameters
getStateWeights() - Method in class application.model.rules.hrot.HROTGenerations: Gets the state weights of the HROT Generations rule
getStateWeights() - Method in class application.model.rules.hrot.HROTRegeneratingGenerations: Gets the state weights of the HROT Regenerating Generations rule
getStateWeights(String) - Static method in class application.model.NeighbourhoodGenerator
getStateWeights(String) - Method in class application.model.rules.ruleloader.RuleDirective: Gets the state weights of the rule given the line where the state weights are defined.
getSurvival() - Method in class application.model.rules.hrot.DeficientHROT: The survival conditions of the rule (e.g.
getSurvival() - Method in class application.model.rules.hrot.HROT: The survival conditions of the rule (e.g.
getSurvival() - Method in class application.model.rules.hrot.HROTBSFKL: Gets the survival conditions of the HROT BSFKL rule
getSurvival() - Method in class application.model.rules.hrot.HROTExtendedGenerations: The survival conditions of the rule (e.g.
getSurvival() - Method in class application.model.rules.hrot.HROTGenerations: The survival conditions of the rule (e.g.
getSurvival() - Method in class application.model.rules.hrot.HROTRegeneratingGenerations: The survival conditions of the rule (e.g.
getSurvival() - Method in class application.model.rules.hrot.IntegerHROT: The survival conditions of the rule (e.g.
getSurvival() - Method in class application.model.rules.isotropic.rules.DeficientINT: Gets the survival conditions of the deficient INT rule
getSurvival() - Method in class application.model.rules.isotropic.rules.INT: Gets the survival conditions of the INT rule
getSurvival() - Method in class application.model.rules.isotropic.rules.INTGenerations: Gets the survival conditions of the INT generations rule
getSymmetries(ArrayList<Integer>) - Method in class application.model.rules.isotropic.transitions.INTTransitions: Applies the symmetries to the required transitions
getSymmetries(ArrayList<Integer>) - Method in class application.model.rules.isotropic.transitions.R1HexINT
getSymmetries(ArrayList<Integer>) - Method in class application.model.rules.isotropic.transitions.R1MooreINT
getSymmetries(ArrayList<Integer>) - Method in class application.model.rules.isotropic.transitions.R2CheckerboardINT
getSymmetries(ArrayList<Integer>) - Method in class application.model.rules.isotropic.transitions.R2CrossINT
getSymmetries(ArrayList<Integer>) - Method in class application.model.rules.isotropic.transitions.R2FarCornersINT
getSymmetries(ArrayList<Integer>) - Method in class application.model.rules.isotropic.transitions.R2KnightINT
getSymmetries(ArrayList<Integer>) - Method in class application.model.rules.isotropic.transitions.R2VonNeumannINT
getSymmetries(ArrayList<Integer>) - Method in class application.model.rules.isotropic.transitions.R3CrossINT
getSymmetries(ArrayList<Integer>) - Method in class application.model.rules.isotropic.transitions.R3FarEdgesINT
getSymmetry() - Method in class application.controller.dialogs.RandomSoupDialog
getSymmetry() - Method in class application.model.search.csearch.BruteForceSearchParameters
getSymmetry(String) - Method in class application.model.rules.ruleloader.RuleDirective: Gets the symmetry from the line where the symmetry is defined
getTarget() - Method in class application.model.search.catsrc.CatalystSearchParameters
getTargetPattern() - Method in class application.model.search.rulesrc.RuleSearchParameters
getTiling() - Method in class application.model.rules.misc.turmites.Hexagonal
getTiling() - Method in class application.model.rules.misc.turmites.Neighbourhood: Gets the tiling the neighbourhood applies to
getTiling() - Method in class application.model.rules.misc.turmites.Triangular
getTiling() - Method in class application.model.rules.misc.turmites.VonNeumann
getTiling() - Method in class application.model.rules.Rule: Returns the tiling of the rule (Square, Hexagonal or Triangular)
getTiling() - Method in class application.model.rules.ruleloader.RuleDirective: Gets the tiling of the rule
getTiling(String) - Method in class application.model.rules.ruleloader.RuleDirective: Gets the tiling of the rule given the line where the tiling is defined
getTransitions() - Method in class application.model.rules.ruleloader.ruletable.Ruletable: Gets all the transitions of the ruletable
getTransitionsFromNeighbours(ArrayList<Integer>) - Method in class application.model.rules.isotropic.transitions.DoubleLetterTransitions: Gets the INT transition from the neighbours
getTransitionsFromNeighbours(ArrayList<Integer>) - Method in class application.model.rules.isotropic.transitions.INTTransitions: Gets the INT transition from the neighbours
getTransitionsFromNeighbours(ArrayList<Integer>) - Method in class application.model.rules.isotropic.transitions.SingleLetterTransitions: Gets the INT transition from the neighbours
getTransitionsFromString(HashSet<Integer>, String) - Static method in class application.model.Utils
getTransitionsFromStringWithCommas(List<Integer>, String) - Static method in class application.model.Utils
getTransitionsFromStringWithCommas(Set<Integer>, String) - Static method in class application.model.Utils
getTransitionString() - Method in class application.model.rules.isotropic.transitions.INTTransitions: Gets the transition string of the INT transitions
getTransitionTable() - Method in class application.model.rules.isotropic.transitions.INTTransitions: Gets the transition table of the INT transition
getValues() - Method in class application.model.rules.ruleloader.ruletable.Transition
getValues() - Method in class application.model.rules.ruleloader.ruletable.Variable
getVariables() - Method in class application.model.rules.ruleloader.ruletable.Ruletable: Gets all the variables of the ruletable
getVariables() - Method in class application.model.rules.ruleloader.ruletable.Transition
getWeights() - Method in class application.model.rules.hrot.BaseHROT: Gets the weights of the HROT rule
getWeights(String) - Method in class application.model.rules.ruleloader.RuleDirective: Gets the weights of the rule given the line where the weights are defined.
getWeightsFromComments(String[]) - Static method in class application.model.CommentGenerator: Gets the weights and neighbourhood of a rule from the comments
getWidth() - Method in class application.model.simulation.bounds.BoundedGrid: Gets the width of the bounded grid
getX() - Method in class application.model.Coordinate: Gets the x-coordinate
getxBound() - Method in class application.model.search.csearch.BruteForceSearchParameters
getY() - Method in class application.model.Coordinate: Gets the y-coordinate
getyBound() - Method in class application.model.search.csearch.BruteForceSearchParameters
Giffer - Class in application.model
Giffer(int, int) - Constructor for class application.model.Giffer
GifferDialog - Class in application.controller.dialogs
GifferDialog() - Constructor for class application.controller.dialogs.GifferDialog
GifSequenceWriter - Class in application.model
GifSequenceWriter(ImageOutputStream, int, int, boolean) - Constructor for class application.model.GifSequenceWriter: Creates a new GifSequenceWriter
gifWriter - Variable in class application.model.GifSequenceWriter
GliderDBEntry - Class in application.model.database: Represents an entry in the GliderDB database
GliderDBEntry(Oscillator, String, String) - Constructor for class application.model.database.GliderDBEntry: Constructs the database entry from an oscillator
GliderDBEntry(Spaceship, String, String) - Constructor for class application.model.database.GliderDBEntry: Constructs the database entry from a spaceship
GliderDBEntry(String) - Constructor for class application.model.database.GliderDBEntry: Constructs the database entry from a string
GliderDBReader - Class in application.model.database: Reads the OT / Generations / HROT / whatever glider database.
GliderDBReader(File) - Constructor for class application.model.database.GliderDBReader: Constructs the database from a file
grid - Variable in class application.controller.dialogs.search.SearchParametersDialog
grid - Variable in class application.controller.dialogs.search.SearchResultsDialog
Grid - Class in application.model.simulation: Represents and serves as pattern storage.
Grid() - Constructor for class application.model.simulation.Grid: Constructs a grid with an empty pattern and a background of 0.
Grid(String) - Constructor for class application.model.simulation.Grid: Constructs a grid the RLE pattern and a background of 0.

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