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E

Eaa - Variable in class ratesLibrary.AgRatesFromPrbCox
Energy from edge A to edge A
Eacb - Variable in class ratesLibrary.AgRatesFromPrbCox
Energy from edge A to edge B, across corner
Eack - Variable in class ratesLibrary.AgRatesFromPrbCox
Energy from edge A to kink, across corner
Ebb - Variable in class ratesLibrary.AgRatesFromPrbCox
Energy from edge B to edge B
Ebca - Variable in class ratesLibrary.AgRatesFromPrbCox
Energy from edge B to edge A, across corner
Ebck - Variable in class ratesLibrary.AgRatesFromPrbCox
Energy from edge B to kink, across corner
Eca - Variable in class ratesLibrary.AgRatesFromPrbCox
Energy from corner to edge A
Ecak - Variable in class ratesLibrary.AgRatesFromPrbCox
Energy from corner to kink A
Ecb - Variable in class ratesLibrary.AgRatesFromPrbCox
Energy from corner to edge B
Ecbk - Variable in class ratesLibrary.AgRatesFromPrbCox
Energy from corner to kink B
Ecc - Variable in class ratesLibrary.AgRatesFromPrbCox
Energy from corner to corner
Ed - Variable in class ratesLibrary.AgRatesFromPrbCox
 
EDGE - Static variable in class kineticMonteCarlo.atom.AbstractAtom
 
EDGE - Static variable in class kineticMonteCarlo.atom.AgAtom
 
EDGE - Static variable in class kineticMonteCarlo.atom.BasicGrowthAtom
 
EDGE_A - Static variable in class kineticMonteCarlo.atom.AgAtom
 
EDGE_B - Static variable in class kineticMonteCarlo.atom.AgAtom
 
edgeRate - Variable in class kineticMonteCarlo.process.AbstractProcess
 
eDiff - Variable in class ratesLibrary.GrapheneGaillardRates
 
eigeneval - Variable in class geneticAlgorithm.recombination.DifferentialRecombination
Track update of B and D.
eInc - Variable in class ratesLibrary.GrapheneGaillardRates
 
Einf - Variable in class ratesLibrary.AgRatesFromPrbCox
Infinite energy.
eligible - Variable in class kineticMonteCarlo.atom.CatalysisAtom
 
ElitistAllReinsertion - Class in geneticAlgorithm.reinsertion
 
ElitistAllReinsertion() - Constructor for class geneticAlgorithm.reinsertion.ElitistAllReinsertion
 
ElitistReinsertion - Class in geneticAlgorithm.reinsertion
 
ElitistReinsertion() - Constructor for class geneticAlgorithm.reinsertion.ElitistReinsertion
 
emptyTypesCounter - Variable in class kineticMonteCarlo.lattice.AbstractGrowthLattice
 
ENCODING - Static variable in class basic.io.Restart
 
endTime - Variable in class basic.Parser
endTime - Variable in class kineticMonteCarlo.kmcCore.worker.KmcWorker
 
energies - Variable in class ratesLibrary.AbstractBasicGrowthRates
 
energies - Variable in class ratesLibrary.AgRatesFromPrbCox
 
energies - Variable in class ratesLibrary.AgSimpleRates
 
energies - Variable in class ratesLibrary.basic.RatesCase
 
energies - Variable in class ratesLibrary.concerted.AbstractConcertedRates
 
energies - Variable in class ratesLibrary.GrapheneGaillardOneNeighbourRates
 
energies - Variable in class ratesLibrary.GrapheneGaillardSimpleRates
 
energies - Variable in class ratesLibrary.GrapheneSchoenhalzRates
 
energies - Variable in class ratesLibrary.GrapheneSyntheticRates
 
energies - Variable in class ratesLibrary.SiRatesFromPreGosalvez
 
eNn - Variable in class ratesLibrary.GrapheneGaillardRates
 
eNnn - Variable in class ratesLibrary.GrapheneGaillardRates
 
equalRate(byte) - Method in class kineticMonteCarlo.atom.AbstractGrowthAtom
 
equalRate(byte) - Method in class kineticMonteCarlo.lattice.Island
 
equalRate() - Method in class kineticMonteCarlo.process.AbstractProcess
 
equalRate(byte) - Method in interface kineticMonteCarlo.process.IElement
 
equals(Object) - Method in class java.awt.geom.Point2D
Determines whether or not two points are equal.
equals(Object) - Method in class javafx.geometry.Point3D
Returns a hash code value for the point.
equals(Object) - Method in class kineticMonteCarlo.atom.AbstractGrowthAtom
In general two atoms are equal if the have the same Id.
error - Variable in class geneticAlgorithm.evaluationFunctions.AbstractPsdEvaluator
 
ErrorPanel - Class in graphicInterfaces.gaConvergence
 
ErrorPanel(Color) - Constructor for class graphicInterfaces.gaConvergence.ErrorPanel
 
errors - Variable in class geneticAlgorithm.Individual
List of errors associated to this individual.
errors - Variable in class utils.akting.RichArray
Support for Individual
errorsNumber - Variable in class geneticAlgorithm.recombination.DifferentialRecombination
 
evalationComplete - Variable in class geneticAlgorithm.evaluationFunctions.MultithreadedPsdEvaluator
 
evaluate(Population) - Method in class geneticAlgorithm.evaluationFunctions.AbstractPsdEvaluator
 
evaluate(Population) - Method in class geneticAlgorithm.evaluationFunctions.AgHierarchyEvaluator
 
evaluate(Population) - Method in interface geneticAlgorithm.evaluationFunctions.IEvaluation
 
evaluate(Population) - Method in class geneticAlgorithm.evaluationFunctions.MultithreadedPsdEvaluator
 
evaluateAndOrder(Population, AbstractPsdEvaluator, List<IEvaluation>) - Method in class geneticAlgorithm.evaluationFunctions.BasicEvaluator
Evaluate all the elements of the population with the list of given evaluators after, it orders them from min to max error.
evaluateAndOrder(Population, AbstractPsdEvaluator, List<IEvaluation>) - Method in interface geneticAlgorithm.evaluationFunctions.IEvaluator
Evaluate all the elements of the population with the list of given evaluators.
evaluateIndividual(Individual) - Method in class geneticAlgorithm.evaluationFunctions.AbstractPsdEvaluator
 
evaluateIndividual(int) - Method in class geneticAlgorithm.evaluationFunctions.MultithreadedPsdEvaluator
 
evaluateModifiedWhenAddNeigh(GrapheneAtom, byte) - Method in class kineticMonteCarlo.lattice.GrapheneLattice
 
evaluateModifiedWhenRemNeigh(GrapheneAtom, byte) - Method in class kineticMonteCarlo.lattice.GrapheneLattice
 
evaluator - Variable in class basic.Parser
 
evaluator - Variable in class geneticAlgorithm.AbstractGeneticAlgorithm
 
evaluatorFlag(long) - Constructor for enum basic.EvaluatorType.evaluatorFlag
 
EvaluatorType - Class in basic
Evaluator type enumerator.
EvaluatorType() - Constructor for class basic.EvaluatorType
 
evaluatorType - Variable in class basic.Parser
To have the possibility to choose between different evaluators.
EvaluatorType.evaluatorFlag - Enum in basic
 
EvaluatorType.hierarchyFlag - Enum in basic
 
EVENTS_PER_CLEANUP - Static variable in class utils.list.AbstractList
 
evolutionaryAlgorithm - Variable in class basic.Parser
Can be original or dcma.
evolutionarySearchType - Variable in class basic.Parser
Search for "rates" or "energies".
evolutionarySimulation(Parser) - Static method in class main.Morphokinetics
 
executeCommand(String) - Method in class main.ExecuteShellCommand
 
ExecuteShellCommand - Class in main
Class to execute a command as in terminal.
ExecuteShellCommand() - Constructor for class main.ExecuteShellCommand
 
exitCondition() - Method in class geneticAlgorithm.AbstractGeneticAlgorithm
Break if fitness is good enough or condition exceeds 1e14.
exitCondition() - Method in class geneticAlgorithm.GeneticAlgorithm
This method has only meaning in AbstractGeneticAlgorithm.exitCondition().
exitCondition() - Method in interface geneticAlgorithm.IGeneticAlgorithm
 
expDistribution - Variable in class basic.Parser
Chooses between exponential distribution of the random genes (true) or linear distribution (false).
expDistribution - Variable in class geneticAlgorithm.AbstractGeneticAlgorithm
 
expectedSimulationTime - Variable in class geneticAlgorithm.AbstractGeneticAlgorithm
 
expectedSimulationTime - Variable in class geneticAlgorithm.evaluationFunctions.AbstractPsdEvaluator
 
experimentalPsd - Variable in class geneticAlgorithm.evaluationFunctions.AbstractPsdEvaluator
 
experimentalPsdPanel2d - Variable in class graphicInterfaces.MainInterface
 
exponent - Variable in class utils.akting.operations.PowOperation
 
extentSizes - Variable in class basic.AbstractSimulation
 
extract(AbstractGrowthAtom) - Method in class kineticMonteCarlo.lattice.AbstractGrowthLattice
Extract the given atom from the lattice.
extract(AbstractGrowthAtom) - Method in class kineticMonteCarlo.lattice.AgLattice
 
extract(AbstractGrowthAtom) - Method in class kineticMonteCarlo.lattice.AgUcLatticeSimple
 
extract(AbstractGrowthAtom) - Method in class kineticMonteCarlo.lattice.BasicGrowthLattice
 
extract(AbstractGrowthAtom) - Method in class kineticMonteCarlo.lattice.CatalysisLattice
 
extract(AbstractGrowthAtom) - Method in class kineticMonteCarlo.lattice.Concerted6LatticeSimple
 
extract(AbstractGrowthAtom) - Method in class kineticMonteCarlo.lattice.GrapheneLattice
Extrae el átomo de este lugar (pásalo a no occupied y reduce la vecindad de los átomos vecinos, si cambia algún tipo, recalcula probabilidades)
extract(AbstractGrowthAtom) - Method in class kineticMonteCarlo.lattice.GrapheneLatticeSimple
 
extraLevels - Variable in class basic.Parser
extraOutput - Variable in class basic.io.Restart
Attribute to control the output of data every 1% and nucleation.
extraOutput - Variable in class kineticMonteCarlo.kmcCore.growth.AbstractGrowthKmc
Attribute to control the output of data every 1% and nucleation.
extraOutput - Variable in class kineticMonteCarlo.kmcCore.growth.ConcertedKmc
Attribute to control the output of data every 1% and nucleation.
extraOutput2 - Variable in class basic.io.Restart
Attribute to control the output of extra data of delta time between two attachments and between an atom is deposited and attached to an island.
extraOutput2 - Variable in class kineticMonteCarlo.kmcCore.growth.AbstractGrowthKmc
Attribute to control the output of extra data of delta time between two attachments and between an atom is deposited and attached to an island.
eye(int) - Static method in class utils.akting.RichMatrix
 
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