Index (JAS-mine-core 5.0.0-alpha API)

A B C D E F G H I K L M N O P Q R S T U V W X Y
All Classes and Interfaces|All Packages|Constant Field Values|Serialized Form

A

absTimes - Variable in class microsim.statistics.TimeSeries
AbstractArrayFunction - Class in microsim.statistics.functions: This class represents the skeleton for all the function which operate on array of native data type values.
AbstractArrayFunction(DoubleArraySource) - Constructor for class microsim.statistics.functions.AbstractArrayFunction: Creates a function on a double array source.
AbstractArrayFunction(IntArraySource) - Constructor for class microsim.statistics.functions.AbstractArrayFunction: Creates a function on an integer array source.
AbstractArrayFunction(LongArraySource) - Constructor for class microsim.statistics.functions.AbstractArrayFunction: Creates a function on a long array source.
AbstractFunction - Class in microsim.statistics.functions: An abstract skeleton for the statistical function able to manage update time checking.
AbstractFunction() - Constructor for class microsim.statistics.functions.AbstractFunction
AbstractMatcher<T> - Class in microsim.matching: An abstract class for all matching procedures.
AbstractMatcher() - Constructor for class microsim.matching.AbstractMatcher
AbstractSimulationCollectorManager - Class in microsim.engine
AbstractSimulationCollectorManager(SimulationManager) - Constructor for class microsim.engine.AbstractSimulationCollectorManager
AbstractSimulationManager - Class in microsim.engine
AbstractSimulationManager() - Constructor for class microsim.engine.AbstractSimulationManager
AbstractSimulationObserverManager - Class in microsim.engine
AbstractSimulationObserverManager(SimulationManager, SimulationCollectorManager) - Constructor for class microsim.engine.AbstractSimulationObserverManager
AbstractSortByDifferenceAlignment<T> - Class in microsim.alignment.probability: An abstract class for all versions of the sort-by-difference algorithm.
AbstractSortByDifferenceAlignment() - Constructor for class microsim.alignment.probability.AbstractSortByDifferenceAlignment
AbstractSpace<E> - Class in microsim.space: An abstract class representing bi-dimensional grid container.
AbstractSpace(int, int) - Constructor for class microsim.space.AbstractSpace: Creates a grid of given size.
AbstractTurtle - Class in microsim.space.turtle: An agent able to move itself upon an object grid.
AbstractTurtle() - Constructor for class microsim.space.turtle.AbstractTurtle: Creates a turtle with a given identifier on the given grid at position (0,0).
AbstractTurtle(ObjectSpace) - Constructor for class microsim.space.turtle.AbstractTurtle: Creates a turtle on the given grid at position(0,0).
AbstractTurtle(ObjectSpace, int, int) - Constructor for class microsim.space.turtle.AbstractTurtle: Creates a turtle with a given identifier on the given grid at the given position.
AbstractTurtle.Direction - Enum Class in microsim.space.turtle
AbstractTurtle.MoveMode - Enum Class in microsim.space.turtle
AbstractValueExtractor - Class in microsim.reflection: Employs Java reflection to call objects' methods which return values of the corresponding type, or to extract field values directly.
AbstractValueExtractor(Object, String, boolean) - Constructor for class microsim.reflection.AbstractValueExtractor: Constructor.
AbstractValueExtractor(Class<?>, String, boolean) - Constructor for class microsim.reflection.AbstractValueExtractor: Constructor.
AbstractWeightedArrayFunction - Class in microsim.statistics.weighted.functions: This class represents the skeleton for all the function which operate on array of native data type values, appropriately weighted by weights specified in a corresponding array of doubles.
AbstractWeightedArrayFunction(WeightedDoubleArraySource) - Constructor for class microsim.statistics.weighted.functions.AbstractWeightedArrayFunction: Create a function on a double array source.
AbstractWeightedArrayFunction(WeightedIntArraySource) - Constructor for class microsim.statistics.weighted.functions.AbstractWeightedArrayFunction: Create a function on an integer array source.
AbstractWeightedArrayFunction(WeightedLongArraySource) - Constructor for class microsim.statistics.weighted.functions.AbstractWeightedArrayFunction: Create a function on a long array source.
accumulator - Variable in class microsim.collection.AverageClosure
add(double) - Method in class microsim.collection.AverageClosure: Adds a value to the total sum and increments the total number of values by 1.
add(double) - Method in class microsim.space.DoubleSpace: Sum the given value to the value of each cell.
add(double[]) - Method in class microsim.collection.AverageClosure: Adds together all values in the array and stores both the total sum and the total number of elements to date in AverageClosure.accumulator and AverageClosure.count, respectively.
add(int) - Method in class microsim.space.IntSpace: Sum the given value to the value of each cell.
add(Object) - Method in class microsim.space.DenseObjectSpace: Adds an object implementing SpacePosition interface to the grid.
add(Object) - Method in class microsim.space.MultiObjectSpace: Add an object implementing SpacePosition interface to the grid.
add(Object) - Method in class microsim.space.SparseObjectSpace: Add an object implementing SpacePosition interface to the grid.
add(DoubleStream) - Method in class microsim.collection.AverageClosure: Adds all values from DoubleStream to the total sum and increments the total number by the corresponding stream length.
addCollectionEvent(Collection<?>, Class<?>, String) - Method in class microsim.event.EventGroup: readOnly defaults to true.
addCollectionEvent(Collection<?>, Class<?>, String, boolean) - Method in class microsim.event.EventGroup: Creates a new CollectionTargetEvent and adds the event to the list, using late binding method.
addCollectionEvent(Collection<?>, Enum<?>) - Method in class microsim.event.EventGroup: readOnly defaults to true.
addCollectionEvent(Collection<?>, Enum<?>, boolean) - Method in class microsim.event.EventGroup: Creates a new CollectionTargetEvent and adds the event to the list, using early binding method.
addEngineListener(EngineListener) - Method in class microsim.engine.SimulationEngine: Install a listener for events generated by the simulation engine.
addEvent(Object, Enum<?>) - Method in class microsim.event.EventGroup: Creates a new SingleTargetEvent and adds the event to the list, using early binding method.
addEvent(Object, String) - Method in class microsim.event.EventGroup: Creates a new SingleTargetEvent and adds the event to the list, using late binding method.
addEvent(Event) - Method in class microsim.event.EventGroup: Adds an event to the list.
addGridPosition(SpacePosition) - Method in interface microsim.space.ObjectSpace
addGridPosition(SpacePosition) - Method in class microsim.space.DenseObjectSpace: Add an object implementing SpacePosition interface to the grid.
addGridPosition(SpacePosition) - Method in class microsim.space.MultiObjectSpace: Add an object implementing SpacePosition interface to the grid.
addGridPosition(SpacePosition) - Method in class microsim.space.SparseObjectSpace: Add an object implementing SpacePosition interface to the grid.
addParameterDomain(ParameterDomain) - Method in class microsim.engine.MultiRun
addSeries(Object, String, boolean) - Method in class microsim.statistics.TimeSeries: Adds a new series to the existing one.
addSeries(DoubleSource, Enum<?>) - Method in class microsim.statistics.TimeSeries: Adds a new series to the existing one.
addSeries(IntSource, Enum<?>) - Method in class microsim.statistics.TimeSeries: Adds a new series to the existing one.
addSeries(LongSource, Enum<?>) - Method in class microsim.statistics.TimeSeries: Adds a new series to the existing one.
addSeries(Series) - Method in class microsim.statistics.TimeSeries: Adds a new series to the existing one.
addSimulationManager(String) - Method in class microsim.engine.SimulationEngine
addSimulationManager(SimulationManager) - Method in class microsim.engine.SimulationEngine: Notifies the engine to manage a SimModel.
addSystemEvent(SimulationEngine, SystemEventType) - Method in class microsim.event.EventGroup: Creates a new SystemEvent and adds the event to the list.
addValue(Object) - Method in class microsim.data.ParameterDomain: Modifies the instance by adding a value to the list of existing values.
AFTER_ALL - Enum constant in enum class microsim.event.Order: Deprecated.
afterSimulationCompleted(SimulationEngine) - Method in interface microsim.engine.MultiRunListener
Agent<T> - Class in microsim.agent: An abstract class for objects representing agents.
Agent() - Constructor for class microsim.agent.Agent
Aggregate - Class in microsim.collection: A utility class for aggregation tools.
Aggregate() - Constructor for class microsim.collection.Aggregate
align(Collection<T>, Predicate<T>, AlignmentMultiProbabilityClosure<T>, double[]) - Method in class microsim.alignment.multiple.LogitScalingAlignment: General alignment procedure, it adjusts probabilities using all the provided parameters until the algorithm reaches the target precision/number of iterations.
align(Collection<T>, Predicate<T>, AlignmentOutcomeClosure<T>, double) - Method in class microsim.alignment.outcome.ResamplingAlignment: maxResamplingAttempts defaults to -1.
align(Collection<T>, Predicate<T>, AlignmentOutcomeClosure<T>, double, int) - Method in class microsim.alignment.outcome.ResamplingAlignment: Align share of population by resampling.
align(Collection<T>, Predicate<T>, AlignmentOutcomeClosure<T>, int) - Method in class microsim.alignment.outcome.ResamplingAlignment: maxResamplingAttempts defaults to -1.
align(Collection<T>, Predicate<T>, AlignmentOutcomeClosure<T>, int, int) - Method in class microsim.alignment.outcome.ResamplingAlignment: Align absolute number of population by weighted resampling.
align(Collection<T>, Predicate<T>, AlignmentProbabilityClosure<T>, double) - Method in class microsim.alignment.probability.AbstractSortByDifferenceAlignment: The main alignment method that sorts by differences between predicted probability and a random number.
align(Collection<T>, Predicate<T>, AlignmentProbabilityClosure<T>, double) - Method in class microsim.alignment.probability.MultiplicativeScalingAlignment: The main alignment method.
align(Collection<T>, Predicate<T>, AlignmentProbabilityClosure<T>, double) - Method in class microsim.alignment.probability.SidewalkAlignment: The method calibrates the probabilities through nonlinear transformation in order to confine the probability within the range of 0 and 1.
align(T, double) - Method in interface microsim.alignment.probability.AlignmentProbabilityClosure: Method specifying the sampling of the aligned probability to determine the outcome for the agent.
align(T, double[]) - Method in interface microsim.alignment.multiple.AlignmentMultiProbabilityClosure: Aligns (corrects) probabilities of a given agent.
AlignmentMultiProbabilityClosure<T> - Interface in microsim.alignment.multiple: A general interface for alignment procedures with multiple outcomes.
AlignmentOutcomeClosure<T> - Interface in microsim.alignment.outcome: An interface to handle event-related attributes of agents.
AlignmentProbabilityClosure<T> - Interface in microsim.alignment.probability: An auxiliary interface to get and align probabilities of an agent.
AlignmentUtils<T> - Interface in microsim.alignment: A generic utility class with methods that are used across the microsim.alignment module.
apply(double[]) - Method in class microsim.statistics.functions.AbstractArrayFunction: Applies the function to the given array of double values.
apply(double[]) - Method in class microsim.statistics.functions.CountArrayFunction: Applies the function to the given array of double values.
apply(double[]) - Method in class microsim.statistics.functions.MaxArrayFunction.Double: Applies the function to the given array of double values.
apply(double[]) - Method in class microsim.statistics.functions.MeanArrayFunction: Applies the function to the given array of double values.
apply(double[]) - Method in class microsim.statistics.functions.MeanVarianceArrayFunction: Applies the function to the given array of double values.
apply(double[]) - Method in class microsim.statistics.functions.MinArrayFunction.Double: Applies the function to the given array of double values.
apply(double[]) - Method in class microsim.statistics.functions.MovingAverageArrayFunction: Applies the function to the given array of double values.
apply(double[]) - Method in class microsim.statistics.functions.PercentileArrayFunction: Applies the function to the given array of double values.
apply(double[]) - Method in class microsim.statistics.functions.SumArrayFunction.Double: Applies the function to the given array of double values.
apply(double[], double[]) - Method in class microsim.statistics.weighted.functions.AbstractWeightedArrayFunction: Apply the function to the given array of double values.
apply(double[], double[]) - Method in class microsim.statistics.weighted.functions.Weighted_MeanArrayFunction: Apply the function to the given array of double values.
apply(double[], double[]) - Method in class microsim.statistics.weighted.functions.Weighted_SumArrayFunction.Double: Apply the function to the given array of double values.
apply(int[]) - Method in class microsim.statistics.functions.AbstractArrayFunction: Applies the function to the given array of integer values.
apply(int[]) - Method in class microsim.statistics.functions.PercentileArrayFunction: Applies the function to the given array of integer values.
apply(int[]) - Method in class microsim.statistics.functions.CountArrayFunction: Applies the function to the given array of integer values.
apply(int[]) - Method in class microsim.statistics.functions.MaxArrayFunction.Integer: Applies the function to the given array of integer values.
apply(int[]) - Method in class microsim.statistics.functions.MeanArrayFunction: Applies the function to the given array of integer values.
apply(int[]) - Method in class microsim.statistics.functions.MeanVarianceArrayFunction: Applies the function to the given array of integer values.
apply(int[]) - Method in class microsim.statistics.functions.MinArrayFunction.Integer: Applies the function to the given array of integer values.
apply(int[]) - Method in class microsim.statistics.functions.MovingAverageArrayFunction: Applies the function to the given array of integer values.
apply(int[]) - Method in class microsim.statistics.functions.SumArrayFunction.Integer: Applies the function to the given array of integer values.
apply(int[], double[]) - Method in class microsim.statistics.weighted.functions.AbstractWeightedArrayFunction: Apply the function to the given array of integer values.
apply(int[], double[]) - Method in class microsim.statistics.weighted.functions.Weighted_MeanArrayFunction: Apply the function to the given array of integer values.
apply(int[], double[]) - Method in class microsim.statistics.weighted.functions.Weighted_SumArrayFunction.Integer: Apply the function to the given array of integer values.
apply(long[]) - Method in class microsim.statistics.functions.AbstractArrayFunction: Applies the function to the given array of long values.
apply(long[]) - Method in class microsim.statistics.functions.PercentileArrayFunction: Applies the function to the given array of long values.
apply(long[]) - Method in class microsim.statistics.functions.CountArrayFunction: Applies the function to the given array of long values.
apply(long[]) - Method in class microsim.statistics.functions.MaxArrayFunction.Long: Applies the max function to the provided array.
apply(long[]) - Method in class microsim.statistics.functions.MeanArrayFunction: Applies the function to the given array of long values.
apply(long[]) - Method in class microsim.statistics.functions.MeanVarianceArrayFunction: Applies the function to the given array of long values.
apply(long[]) - Method in class microsim.statistics.functions.MinArrayFunction.Long: Applies the function to the given array of long values.
apply(long[]) - Method in class microsim.statistics.functions.MovingAverageArrayFunction: Applies the function to the given array of long values.
apply(long[]) - Method in class microsim.statistics.functions.SumArrayFunction.Long: Applies the function to the given array of long values.
apply(long[], double[]) - Method in class microsim.statistics.weighted.functions.AbstractWeightedArrayFunction: Apply the function to the given array of long values.
apply(long[], double[]) - Method in class microsim.statistics.weighted.functions.Weighted_MeanArrayFunction: Apply the function to the given array of long values.
apply(long[], double[]) - Method in class microsim.statistics.weighted.functions.Weighted_SumArrayFunction.Long: Apply the function to the given array of long values.
applyFunction() - Method in class microsim.statistics.functions.AbstractArrayFunction: Forces the function to update itself.
applyFunction() - Method in class microsim.statistics.functions.AbstractFunction
applyFunction() - Method in class microsim.statistics.functions.MaxTraceFunction: Collects a value from the source.
applyFunction() - Method in class microsim.statistics.functions.MaxTraceFunction.Double: Reads the source values and update statistics.
applyFunction() - Method in class microsim.statistics.functions.MaxTraceFunction.Integer: Reads the source values and update statistics.
applyFunction() - Method in class microsim.statistics.functions.MaxTraceFunction.Long: Reads the source values and update statistics.
applyFunction() - Method in class microsim.statistics.functions.MinTraceFunction: Increments the total count.
applyFunction() - Method in class microsim.statistics.functions.MinTraceFunction.Double: Reads the source values and update statistics.
applyFunction() - Method in class microsim.statistics.functions.MinTraceFunction.Integer: Reads the source values and update statistics.
applyFunction() - Method in class microsim.statistics.functions.MinTraceFunction.Long: Reads the source values and update statistics.
applyFunction() - Method in class microsim.statistics.functions.MovingAverageTraceFunction: Collects a value from the source.
applyFunction() - Method in class microsim.statistics.weighted.functions.AbstractWeightedArrayFunction: Force the function to update itself.
applyToFilter(Iterable<T>, Predicate<T>, Closure<T>) - Static method in class microsim.collection.Aggregate: This method filters out certain objects from the provided collection according to the predicate and applies a function to them.
ArrayExtractor - Class in microsim.reflection
ArrayExtractor() - Constructor for class microsim.reflection.ArrayExtractor
at(int, int) - Method in class microsim.space.DoubleSpace
at(int, int) - Method in class microsim.space.IntSpace
autoincrementSeed - Static variable in class microsim.data.db.DatabaseUtils
average - Variable in class microsim.statistics.functions.MovingAverageTraceFunction
AverageClosure<T> - Class in microsim.collection: A generic implementation of Closure, calculates some average.
AverageClosure() - Constructor for class microsim.collection.AverageClosure
avgResampleAttempts - Static variable in class microsim.alignment.outcome.ResamplingAlignment: Constant: 20.

B

BEFORE_ALL - Enum constant in enum class microsim.event.Order: Deprecated.
beforeSimulationStart(SimulationEngine) - Method in interface microsim.engine.MultiRunListener
BinaryChoiceRegression - Interface in microsim.statistics.regression
bootstrap(MultiKeyCoefficientMap) - Static method in class microsim.statistics.regression.RegressionUtils: Method to bootstrap regression covariates.
bootstrap(MultiKeyCoefficientMap, MultiKeyCoefficientMap) - Static method in class microsim.statistics.regression.RegressionUtils: Method to bootstrap regression covariates.
bootstrapMultinomialRegression(Map<T, MultiKeyCoefficientMap>, MultiKeyCoefficientMap, Class<T>) - Static method in class microsim.statistics.regression.RegressionUtils: Method to bootstrap multinomial regression covariates.
BOUNCE - Enum constant in enum class microsim.space.turtle.AbstractTurtle.MoveMode: Turtle moves on a walled grid.
BOUNDED - Enum constant in enum class microsim.space.turtle.AbstractTurtle.MoveMode: Turtle moves on a bounded grid.
boundX(int) - Method in class microsim.space.AbstractSpace: Check the given x coordinate.
boundX(int) - Method in interface microsim.space.ObjectSpace
boundY(int) - Method in class microsim.space.AbstractSpace: Check the given y coordinate.
boundY(int) - Method in interface microsim.space.ObjectSpace
BUILD - Enum constant in enum class microsim.event.SystemEventType
buildExperiment(SimulationEngine) - Method in interface microsim.engine.ExperimentBuilder
buildModels() - Method in class microsim.engine.SimulationEngine: Call the buildModel() method of each active SimModel.
buildObjects() - Method in class microsim.engine.AbstractSimulationManager
buildObjects() - Method in interface microsim.engine.SimulationManager
buildSchedule() - Method in class microsim.engine.AbstractSimulationManager
buildSchedule() - Method in interface microsim.engine.SimulationManager

C

clear() - Method in class microsim.event.EventGroup: Empties the event list.
clear() - Method in class microsim.event.EventQueue: Empties this object and sets time to 0 for a new simulation.
clear() - Method in class microsim.space.AbstractSpace: Empty the content of the grid.
clear() - Method in class microsim.space.DenseObjectSpace: Set all cells to the null value.
clear() - Method in class microsim.space.DoubleSpace: Set all cells to 0.0 value.
clear() - Method in class microsim.space.IntSpace: Set all cells to 0 value.
clear() - Method in class microsim.space.SparseObjectSpace: Set all cells to the null value.
clone() - Method in class microsim.data.MultiKeyCoefficientMap
COEFFICIENT - Enum constant in enum class microsim.statistics.regression.RegressionColumnNames: Name of values column containing the regression coefficients, for use with LinearRegression.getScore() and derived classes.
CoefficientEntityKey - Class in microsim.data.db
CoefficientEntityKey() - Constructor for class microsim.data.db.CoefficientEntityKey: The default constructor that creates an instance only.
CoefficientMapping - Annotation Interface in microsim.annotation: Annotates entity class used to store coefficient tables in database.
collection - Variable in class microsim.event.CollectionTargetEvent
CollectionFilter - Interface in microsim.statistics: A collection filter is used by the CrossSection class to filter elements of the source collection.
CollectionTargetEvent - Class in microsim.event: This class informs all elements within a collection about Event.
CollectionTargetEvent(Collection<?>, Class<?>, String, boolean) - Constructor for class microsim.event.CollectionTargetEvent: Creates an object of CollectionTargetEvent type using late binding method call (type detection happens at run-time).
CollectionTargetEvent(Collection<?>, Enum<?>, boolean) - Constructor for class microsim.event.CollectionTargetEvent: Creates an object of CollectionTargetEvent type with the method Creates an object of CollectionTargetEvent type using early binding method call (all types are set during the process of compilation).
CommonEventType - Enum Class in microsim.event: Possible event types, currently only update and save are supported.
compareTo(Event) - Method in class microsim.event.Event: Determines the natural ordering of events.
compareTo(SpacePosition) - Method in class microsim.space.SpacePosition
computeScore(MultiKeyCoefficientMap, Map<String, Double>) - Static method in class microsim.statistics.regression.LinearRegression: Warning - only use when LinearRegression object contains a MultiKeyCoefficientMap with only one key.
computeScore(MultiKeyCoefficientMap, DoubleSource, Class<T>, ObjectSource, Class) - Static method in class microsim.statistics.regression.LinearRegression: Requires the implementation of the ObjectSource to ascertain whether any additional conditioning regression keys are used (e.g.
computeScore(MultiKeyCoefficientMap, DoubleSource, Class<T>) - Static method in class microsim.statistics.regression.LinearRegression: Uses reflection to obtain information from the iDblSrc object, so it is possibly slow.
computeScore(MultiKeyCoefficientMap, DoubleSource, Class<T>, boolean) - Static method in class microsim.statistics.regression.LinearRegression: Use this method when the underlying agent does not have any additional conditioning regression keys (such as the gender or civil status) to determine the appropriate regression co-efficients, i.e.
computeScore(MultiKeyCoefficientMap, Object) - Static method in class microsim.statistics.regression.LinearRegression: To be used when the agent Object has member fields that correspond by name to all the regressors of the Regression's MultiKeyCoefficientMap map.
contains(Object) - Method in class microsim.space.SparseObjectSpace: Test if given object is contained into the grid.
containsKey(Object...) - Method in class microsim.data.MultiKeyHashMap: Searches through all the keys
copy(String, String) - Method in class microsim.data.ExperimentManager: Walks recursively over all files in the directory and copies them to a new destination.
copyGridTo(double[]) - Method in class microsim.space.DoubleSpace: Copies the double[] matrix content in this grid.
copyGridTo(int[]) - Method in class microsim.space.IntSpace: Copies the int[] matrix content in this grid.
copyGridTo(DoubleSpace) - Method in class microsim.space.DoubleSpace: Copies the given DoubleSpace content in this grid.
copyGridTo(IntSpace) - Method in class microsim.space.IntSpace: Copies the given IntGrid content in this grid.
copyInputFolderStructure - Variable in class microsim.data.ExperimentManager: The flag determines if the tool must copy input resources into output folder.
copyInputFolderStructure - Static variable in class microsim.engine.MultiRun: Sets whether to copy the input files into a new input folder within a new output folder for each simulation run
count - Variable in class microsim.collection.AverageClosure
count - Variable in class microsim.statistics.functions.CountArrayFunction
count - Variable in class microsim.statistics.functions.MaxTraceFunction
count - Variable in class microsim.statistics.functions.MinTraceFunction
count - Variable in class microsim.statistics.functions.MultiTraceFunction
COUNT - Enum constant in enum class microsim.statistics.functions.MultiTraceFunction.Variables: Return the number of collected values.
CountArrayFunction - Class in microsim.statistics.functions: This class computes the number of values in an array taken from a data source.
CountArrayFunction(DoubleArraySource) - Constructor for class microsim.statistics.functions.CountArrayFunction: Creates a count function on a double array source.
CountArrayFunction(IntArraySource) - Constructor for class microsim.statistics.functions.CountArrayFunction: Creates a count function on an integer array source.
CountArrayFunction(LongArraySource) - Constructor for class microsim.statistics.functions.CountArrayFunction: Creates a count function on a long array source.
counter - Variable in class microsim.engine.MultiRun
countObjectsAt(int, int) - Method in class microsim.space.AbstractSpace: Returns the number of objects allocated in cell (x,y).
countObjectsAt(int, int) - Method in class microsim.space.DenseObjectSpace: Return the number of objects currently on the given position.
countObjectsAt(int, int) - Method in class microsim.space.DoubleSpace: Return the value contained by the given cell cast to int.
countObjectsAt(int, int) - Method in class microsim.space.IntSpace: Return the value contained by the given cell.
countObjectsAt(int, int) - Method in class microsim.space.MultiObjectSpace: Return the number of objects stored at the given position.
countObjectsAt(int, int) - Method in interface microsim.space.ObjectSpace
countObjectsAt(int, int) - Method in class microsim.space.SparseObjectSpace: Return the number of objects currently on the given position.
COVARIANCE - Enum constant in enum class microsim.statistics.regression.RegressionColumnNames: Name of Covariance Matrix, appearing in the top left corner of the matrix, above the column of covariate names
createExperiment(EntityManager, Experiment, Object...) - Static method in class microsim.data.db.DatabaseUtils
createExperiment(String) - Method in class microsim.data.ExperimentManager: Creates a new instance of Experiment with the provided id; uses current time as the timestamp.
createMapFromAnnotatedList(List<?>) - Static method in class microsim.data.MultiKeyCoefficientMapFactory: Creates a MultiKeyCoefficientMap and adds values from the list to it according to the provided CoefficientMapping class annotation.
CrossSection - Class in microsim.statistics: A cross-section is a collection of values each of them representing the status of a given variable of an element of a collection of agents.
CrossSection() - Constructor for class microsim.statistics.CrossSection
CrossSection.Double - Class in microsim.statistics
CrossSection.Integer - Class in microsim.statistics
CrossSection.Long - Class in microsim.statistics
currentX() - Method in interface microsim.space.ObjectSpaceIterator: Return the current x position.
currentY() - Method in interface microsim.space.ObjectSpaceIterator: Return the current y position.

D

databaseInputUrl - Static variable in class microsim.data.db.DatabaseUtils
databaseOutputUrl - Static variable in class microsim.data.db.DatabaseUtils
DatabaseUtils - Class in microsim.data.db
DatabaseUtils() - Constructor for class microsim.data.db.DatabaseUtils
DataExport - Class in microsim.data: DataExport is a class that handles the exporting to data to an output database and/or *.csv files.
DataExport(Object, boolean, boolean) - Constructor for class microsim.data.DataExport: Create a DataExport object to handle the exporting of an object to an output database and/or *.csv files.
DataExport(Collection<?>, boolean, boolean) - Constructor for class microsim.data.DataExport: Creates a DataExport object to handle the exporting of a collection of objects to an output database and/or *.csv files.
dblSource - Variable in class microsim.statistics.functions.AbstractArrayFunction
dblSource - Variable in class microsim.statistics.functions.MovingAverageTraceFunction
dblSource - Variable in class microsim.statistics.weighted.functions.AbstractWeightedArrayFunction
DEFAULT - Enum constant in enum class microsim.statistics.DoubleSource.Variables
DEFAULT - Enum constant in enum class microsim.statistics.IntSource.Variables
DEFAULT - Enum constant in enum class microsim.statistics.LongSource.Variables
DEFAULT - Enum constant in enum class microsim.statistics.ObjectSource.Variables
DEFAULT - Static variable in interface microsim.statistics.StringSource: The default variable id.
DEFAULT_SEPARATOR - Static variable in class microsim.statistics.TimeSeries: The character used to separate data in the output file: ','
DenseObjectSpace - Class in microsim.space: A bi-dimensional grid containing one object per cell only.
DenseObjectSpace(int, int) - Constructor for class microsim.space.DenseObjectSpace: Creates an empty grid with the given size.
DenseObjectSpace(AbstractSpace<Object>) - Constructor for class microsim.space.DenseObjectSpace: Creates a copy of the given grid.
description() - Element in annotation interface microsim.annotation.GUIparameter
descTimes - Variable in class microsim.statistics.TimeSeries
diffuse() - Method in class microsim.space.DoubleDiffuseSpace: Runs the diffusion with the current rates and values.
DIFFUSE - Enum constant in enum class microsim.space.DoubleDiffuseSpace.Verbs
DigitalTurtle - Class in microsim.space.turtle
DigitalTurtle() - Constructor for class microsim.space.turtle.DigitalTurtle: Create a turtle at position (0,0).
DigitalTurtle(ObjectSpace) - Constructor for class microsim.space.turtle.DigitalTurtle: Create a turtle on the given grid at position (0,0).
DigitalTurtle(ObjectSpace, int, int) - Constructor for class microsim.space.turtle.DigitalTurtle: Create a turtle on the given grid at the given position.
dispose() - Method in class microsim.engine.AbstractSimulationManager
dispose() - Method in interface microsim.engine.SimulationManager
disposeModels() - Method in class microsim.engine.SimulationEngine: Dispose from memory all running models.
dmax - Variable in class microsim.statistics.functions.MaxArrayFunction.Double
doAlignment(List<T>, AlignmentOutcomeClosure<T>, double, int) - Method in class microsim.alignment.outcome.ResamplingAlignment: The main alignment method.
Double(Object, String, boolean) - Constructor for class microsim.statistics.functions.MaxTraceFunction.Double: Creates a basic statistic probe on a generic object.
Double(Object, String, boolean) - Constructor for class microsim.statistics.functions.MinTraceFunction.Double: Creates a basic statistic probe on a generic object.
Double(Object, String, boolean) - Constructor for class microsim.statistics.functions.MultiTraceFunction.Double: Creates a basic statistic probe on a generic object.
Double(Object, String, boolean) - Constructor for class microsim.statistics.Series.Double: Creates a basic statistic probe on a collection of objects.
Double(Collection<?>) - Constructor for class microsim.statistics.CrossSection.Double: Creates a statistic probe on a collection of DoubleSource objects.
Double(Collection<?>, Class<?>, String, boolean) - Constructor for class microsim.statistics.CrossSection.Double: Creates a basic statistic probe on a collection of objects.
Double(Collection<?>, Enum<?>) - Constructor for class microsim.statistics.CrossSection.Double: Creates a statistic probe on a collection of DoubleSource objects.
Double(Collection<? extends Weight>) - Constructor for class microsim.statistics.weighted.Weighted_CrossSection.Double: Create a statistic probe on a collection of DoubleSource objects.
Double(Collection<? extends Weight>, Class<? extends Weight>, String, boolean) - Constructor for class microsim.statistics.weighted.Weighted_CrossSection.Double: Create a basic statistic probe on a collection of objects.
Double(Collection<? extends Weight>, Enum<?>) - Constructor for class microsim.statistics.weighted.Weighted_CrossSection.Double: Create a statistic probe on a collection of DoubleSource objects.
Double(DoubleArraySource) - Constructor for class microsim.statistics.functions.MaxArrayFunction.Double: Creates a maximum function on a double array source.
Double(DoubleArraySource) - Constructor for class microsim.statistics.functions.MinArrayFunction.Double: Creates a minimum function on a double array source.
Double(DoubleArraySource) - Constructor for class microsim.statistics.functions.SumArrayFunction.Double: Creates a sum function on a double array source.
Double(DoubleSource) - Constructor for class microsim.statistics.Series.Double: Creates a statistic probe on a collection of DoubleSource objects.
Double(DoubleSource, Enum<?>) - Constructor for class microsim.statistics.functions.MaxTraceFunction.Double: Creates a basic statistic probe on a DoubleSource object.
Double(DoubleSource, Enum<?>) - Constructor for class microsim.statistics.functions.MinTraceFunction.Double: Creates a basic statistic probe on a DoubleSource object.
Double(DoubleSource, Enum<?>) - Constructor for class microsim.statistics.functions.MultiTraceFunction.Double: Creates a basic statistic probe on a DoubleSource object.
Double(DoubleSource, Enum<?>) - Constructor for class microsim.statistics.Series.Double: Creates a statistic probe on a collection of DoubleSource objects.
Double(WeightedDoubleArraySource) - Constructor for class microsim.statistics.weighted.functions.Weighted_SumArrayFunction.Double: Create a sum function on a weighted double array source.
DoubleArraySource - Interface in microsim.statistics: Used by statistical objects to access arrays of double values.
DoubleDiffuseSpace - Class in microsim.space: Discrete 2nd order approximation of 2d diffusion with evaporation.
DoubleDiffuseSpace(int, int) - Constructor for class microsim.space.DoubleDiffuseSpace: Constructs a space with the specified dimensions.
DoubleDiffuseSpace(int, int, double, double) - Constructor for class microsim.space.DoubleDiffuseSpace: Constructs a space with the specified diffusion constant, evaporation rate, and dimensions.
DoubleDiffuseSpace.NEIGHBOURHOOD_TYPE - Enum Class in microsim.space
DoubleDiffuseSpace.Verbs - Enum Class in microsim.space
DoubleInvoker - Class in microsim.statistics.reflectors: Employs Java reflection to call objects' methods which return double values.
DoubleInvoker(Class<?>, String, boolean) - Constructor for class microsim.statistics.reflectors.DoubleInvoker: Constructor.
DoubleInvoker(Object, String, boolean) - Constructor for class microsim.statistics.reflectors.DoubleInvoker: Constructor.
DoubleSource - Interface in microsim.statistics: Used by statistical object to access double data.
DoubleSource.Variables - Enum Class in microsim.statistics
DoubleSpace - Class in microsim.space: A bi-dimensional grid containing double values.
DoubleSpace(int, int) - Constructor for class microsim.space.DoubleSpace: Creates a grid of given size.
DoubleSpace(DoubleSpace) - Constructor for class microsim.space.DoubleSpace: Creates a copy of the given grid.
DoubleValueExtractor - Class in microsim.reflection: Employs Java reflection to call objects' methods which return double values.
DoubleValueExtractor(Object, String, boolean) - Constructor for class microsim.reflection.DoubleValueExtractor
DoubleValueExtractor(Class<?>, String, boolean) - Constructor for class microsim.reflection.DoubleValueExtractor
dsum - Variable in class microsim.statistics.functions.SumArrayFunction.Double
dsum - Variable in class microsim.statistics.weighted.functions.Weighted_SumArrayFunction.Double
dumpToCSV() - Method in class microsim.data.ExportToCSV: Export data to the *.csv files named after the class of the target object (or if a collection of objects, the class of the collection's members).

E

EAST - Enum constant in enum class microsim.space.turtle.AbstractTurtle.Direction
end() - Method in class microsim.engine.SimulationEngine: Stops the simulation and call the simulationEnd method of each running model.
END - Enum constant in enum class microsim.event.SystemEventType
engine - Variable in class microsim.engine.MultiRun
EngineListener - Interface in microsim.engine
engineListeners - Variable in class microsim.engine.SimulationEngine
EntryValue(Object[], Object[]) - Constructor for class microsim.data.MultiKeyHashMap.EntryValue
equals(Object) - Method in class microsim.space.AbstractSpace: Test if the passed object is equal.
equals(Object) - Method in class microsim.space.SpacePosition
equals(Object) - Method in class microsim.space.SparseObjectSpace: Test if o is the same of this.
ERROR_THRESHOLD - Static variable in class microsim.alignment.multiple.LogitScalingAlignment: Constant: 1.0E-15.
event(double) - Static method in class microsim.statistics.regression.RegressionUtils: rnd defaults to SimulationEngine.getRnd().
event(double, Random) - Static method in class microsim.statistics.regression.RegressionUtils: Checks if a randomly generated value belongs to the semi-open [0, prob) interval.
event(Class<T>, double[]) - Static method in class microsim.statistics.regression.RegressionUtils: rnd defaults to SimulationEngine.getRnd(), events are passed as eventClass.getEnumConstants().
event(Class<T>, double[], boolean) - Static method in class microsim.statistics.regression.RegressionUtils: rnd defaults to SimulationEngine.getRnd(), events are passed as eventClass.getEnumConstants().
event(Object) - Method in interface microsim.statistics.regression.BinaryChoiceRegression
event(Object) - Method in class microsim.statistics.regression.LogitRegression
event(Object) - Method in class microsim.statistics.regression.ProbitRegression
event(AbstractList<T>, Random) - Static method in class microsim.statistics.regression.RegressionUtils: This allows events with types that implement the list interface.
event(Map<String, Double>) - Method in interface microsim.statistics.regression.BinaryChoiceRegression
event(Map<String, Double>) - Method in class microsim.statistics.regression.LogitRegression
event(Map<String, Double>) - Method in class microsim.statistics.regression.ProbitRegression
event(Map<T, Double>) - Static method in class microsim.statistics.regression.RegressionUtils: rnd defaults to SimulationEngine.getRnd().
event(Map<T, Double>, boolean) - Static method in class microsim.statistics.regression.RegressionUtils: rnd defaults to SimulationEngine.getRnd().
event(Map<T, Double>, Random) - Static method in class microsim.statistics.regression.RegressionUtils: checkWeightSum defaults to {true}.
event(Map<T, Double>, Random, boolean) - Static method in class microsim.statistics.regression.RegressionUtils: Transforms a map into two arrays to boost code performance and passes them further.
event(DoubleSource, Class<T>) - Method in class microsim.statistics.regression.LogitRegression
event(DoubleSource, Class<T>) - Method in class microsim.statistics.regression.ProbitRegression
event(DoubleSource, Class<T>, ObjectSource, Class) - Method in class microsim.statistics.regression.LogitRegression
event(DoubleSource, Class<T>, ObjectSource, Class) - Method in class microsim.statistics.regression.ProbitRegression
event(T[], double[]) - Static method in class microsim.statistics.regression.RegressionUtils: rnd defaults to SimulationEngine.getRnd().
event(T[], double[], boolean) - Static method in class microsim.statistics.regression.RegressionUtils: rnd defaults to SimulationEngine.getRnd().
event(T[], double[], Random) - Static method in class microsim.statistics.regression.RegressionUtils: checkWeightSum defaults to true.
event(T[], double[], Random, boolean) - Static method in class microsim.statistics.regression.RegressionUtils: Returns an event determined randomly from a set of events and weights.
event(T[], Random) - Static method in class microsim.statistics.regression.RegressionUtils: For sampling an event where all events in the sample space have equal probability.
Event - Class in microsim.event: An abstract class that describes the structure of a simulation event.
Event() - Constructor for class microsim.event.Event
EVENT_LIST_STEP - Static variable in class microsim.event.EventQueue: The action type passed to step listeners.
EventGroup - Class in microsim.event: A special implementation of the Event family.
EventGroup() - Constructor for class microsim.event.EventGroup: Builds a new group event.
EventListener - Interface in microsim.event: An interface for objects to react to events.
eventPiecewiseConstant(double[], double[], Random, boolean) - Static method in class microsim.statistics.regression.RegressionUtils: Performs a linear interpolation on the (numerical) event domain of a piecewise constant probability distribution.
eventPiecewiseConstant(double[], double[], Random) - Static method in class microsim.statistics.regression.RegressionUtils: checkSumWeights defaults to true.
eventQueue - Variable in class microsim.event.EventQueue
EventQueue - Class in microsim.event: The EventQueue class manages a time ordered queue of events.
EventQueue() - Constructor for class microsim.event.EventQueue: Builds a new event queue of size 10.
EventQueue(EventQueue) - Constructor for class microsim.event.EventQueue: Builds a new event queue inheriting parameters from another EventQueue.
eventsToArray() - Method in class microsim.event.EventGroup: Converts the list of actions to an array.
eventType - Variable in class microsim.event.CollectionTargetEvent
eventType - Variable in class microsim.event.SingleTargetEvent
eventType(Object) - Method in class microsim.statistics.regression.MultiLogitRegression
eventType(Object) - Method in interface microsim.statistics.regression.MultipleChoiceRegression
eventType(Object) - Method in class microsim.statistics.regression.MultiProbitRegression
eventType(Map<String, Double>) - Method in class microsim.statistics.regression.MultiLogitRegression: Warning - only use when MultiLogitRegression's maps field has values that are MultiKeyCoefficientMaps with only one key.
eventType(Map<String, Double>) - Method in interface microsim.statistics.regression.MultipleChoiceRegression
eventType(Map<String, Double>) - Method in class microsim.statistics.regression.MultiProbitRegression: Warning - only use when MultiProbitRegression's maps field has values that are MultiKeyCoefficientMaps with only one key.
eventType(DoubleSource, Class<E>, Class<T>) - Method in class microsim.statistics.regression.MultiLogitRegression
eventType(DoubleSource, Class<E>, Class<T>) - Method in class microsim.statistics.regression.MultiProbitRegression
ExcelAssistant - Class in microsim.data.excel
ExcelAssistant() - Constructor for class microsim.data.excel.ExcelAssistant
executionActive - Variable in class microsim.engine.MultiRun
experiment - Variable in class microsim.data.db.ExperimentParameter
Experiment - Class in microsim.data.db
Experiment() - Constructor for class microsim.data.db.Experiment
ExperimentBuilder - Interface in microsim.engine
ExperimentManager - Class in microsim.data: A singleton meaning at most one instance of the class exists at the time.
ExperimentParameter - Class in microsim.data.db
ExperimentParameter() - Constructor for class microsim.data.db.ExperimentParameter: The default constructor for this entity, creates an instance only.
export() - Method in class microsim.data.DataExport: This method exports field values of an object or a collection of objects to the corresponding database or *.csv file.
ExportToCSV - Class in microsim.data: ExportToCSV class allows the exporting of data to *.csv files.
ExportToCSV(Object) - Constructor for class microsim.data.ExportToCSV: Allows the exporting of all fields (including private and inherited fields) of an object to a *.csv file named after the object's class name.
extractAgentList(Collection<T>, Predicate<T>) - Method in interface microsim.alignment.AlignmentUtils: Sorts out agents of type <T> according to the filter requirements.
extractDoubleArray(Collection<?>, Class<?>, String, boolean) - Static method in class microsim.reflection.ArrayExtractor
extractFieldNames(boolean, TreeSet<String>) - Method in class microsim.data.ExportToCSV: Goes over a set of field names, tries to add them to the buffer.
extractIntegerArray(Collection<?>, Class<?>, String, boolean) - Static method in class microsim.reflection.ArrayExtractor
extractLongArray(Collection<?>, Class<?>, String, boolean) - Static method in class microsim.reflection.ArrayExtractor
extractStringArray(Collection<?>, Class<?>, String, boolean) - Static method in class microsim.reflection.ArrayExtractor

F

field - Variable in class microsim.reflection.AbstractValueExtractor
field - Variable in class microsim.statistics.reflectors.DoubleInvoker
field - Variable in class microsim.statistics.reflectors.IntegerInvoker
field - Variable in class microsim.statistics.reflectors.LongInvoker
field - Variable in class microsim.statistics.reflectors.StringInvoker
filter - Variable in class microsim.statistics.CrossSection
filter - Variable in class microsim.statistics.weighted.Weighted_CrossSection
filterAgents(Collection<T>, Predicate<T>) - Method in class microsim.matching.AbstractMatcher: A filtering method, allows selection of agents according to the provided filter.
findMaximum(int, int, int, boolean, DoubleDiffuseSpace.NEIGHBOURHOOD_TYPE) - Method in class microsim.space.DoubleDiffuseSpace: Finds the maximum grid cell value within a specified range from the specified origin coordinate.
findMinimum(int, int, int, boolean, DoubleDiffuseSpace.NEIGHBOURHOOD_TYPE) - Method in class microsim.space.DoubleDiffuseSpace: Finds the minimum grid cell value within a specified range from the specified origin coordinate.
fireEvent() - Method in class microsim.event.CollectionTargetEvent: Fires a particular event, i.e., calls each element contained into the collection.
fireEvent() - Method in class microsim.event.Event
fireEvent() - Method in class microsim.event.EventGroup: Fires each event into the list.
fireEvent() - Method in class microsim.event.SingleTargetEvent: Fires the event by calling the target object.
fireEvent() - Method in class microsim.event.SystemEvent: Triggers the event based on its type
forward() - Method in class microsim.space.turtle.AbstractTurtle: Makes a step forward, according the current heading.
forward(int) - Method in class microsim.space.turtle.AbstractTurtle: Makes some steps forward, according the current heading.
forward(int) - Method in class microsim.space.turtle.DigitalTurtle
forward(int) - Method in class microsim.space.turtle.Turtle: Make some steps forward, according the current heading.

G

get(int, int) - Method in class microsim.space.AbstractSpace: Return the object contained at a given position.
get(int, int) - Method in class microsim.space.DenseObjectSpace: Returns the object stored at the given position.
get(int, int) - Method in class microsim.space.DoubleSpace: Return a Double object containing the value at given position.
get(int, int) - Method in class microsim.space.IntSpace: Return an Integer object containing the value at given position.
get(int, int) - Method in interface microsim.space.ObjectSpace
get(int, int) - Method in class microsim.space.SparseObjectSpace: Return the object stored at the given position.
get(int, int, int) - Method in class microsim.space.MultiObjectSpace: Return the object stored at the given tri-dimensional position.
get(Object...) - Method in class microsim.data.MultiKeyHashMap
getAverage() - Method in class microsim.collection.AverageClosure: Calculates the average accumulated value.
getCollectionValue(Collection<?>) - Method in class microsim.reflection.DoubleValueExtractor
getCollectionValue(Collection<?>) - Method in class microsim.reflection.IntegerValueExtractor
getCollectionValue(Collection<?>) - Method in class microsim.reflection.LongValueExtractor
getCollectionValue(Collection<?>) - Method in class microsim.reflection.StringValueExtractor
getCollectionValue(Collection<?>) - Method in class microsim.statistics.reflectors.DoubleInvoker: Converts a collection to an array of doubles.
getCollectionValue(Collection<?>) - Method in class microsim.statistics.reflectors.StringInvoker: Converts a collection of strings to an array.
getCollectorManager() - Method in interface microsim.engine.SimulationObserverManager
getConfiguration(int) - Method in class microsim.engine.MultiRun
getCount() - Method in class microsim.statistics.functions.MultiTraceFunction
getCurrentExperiment() - Method in class microsim.engine.SimulationEngine
getDbl(int, int) - Method in class microsim.space.DoubleSpace: Return the value at given position.
getDistanceFrom(int, int) - Method in class microsim.space.turtle.AbstractTurtle: Computes the cartesian distance from its position to the given position.
getDouble() - Method in class microsim.reflection.DoubleValueExtractor: Invoke the method of the object passed to constructor and return its double result.
getDouble() - Method in class microsim.statistics.reflectors.DoubleInvoker: Invokes the method of the object passed to constructor and return its double result.
getDouble(Object) - Method in class microsim.reflection.DoubleValueExtractor: Invoke the method of the target object and return its double result.
getDouble(Object) - Method in class microsim.statistics.reflectors.DoubleInvoker: Invokes the method of the target object and return its double result.
getDoubleArray() - Method in class microsim.statistics.CrossSection.Double
getDoubleArray() - Method in class microsim.statistics.CrossSection.Integer
getDoubleArray() - Method in class microsim.statistics.CrossSection.Long
getDoubleArray() - Method in interface microsim.statistics.DoubleArraySource: Returns the currently cached array of double values.
getDoubleArray() - Method in class microsim.statistics.Series.Double
getDoubleArray() - Method in class microsim.statistics.Series.Integer
getDoubleArray() - Method in class microsim.statistics.Series.Long
getDoubleArray() - Method in class microsim.statistics.weighted.Weighted_CrossSection.Double
getDoubleArray() - Method in interface microsim.statistics.weighted.WeightedDoubleArraySource: Return the currently cached array of double values.
getDoubleArrayList() - Method in class microsim.statistics.Series.Double
getDoubleValue(int) - Method in class microsim.reflection.DoubleValueExtractor: This is an implementation of the DoubleSource interface.
getDoubleValue(Enum<?>) - Method in interface microsim.statistics.DoubleSource: Returns the double value corresponding to the given variableID
getDoubleValue(Enum<?>) - Method in class microsim.statistics.functions.CountArrayFunction: Returns the double value corresponding to the given variableID
getDoubleValue(Enum<?>) - Method in class microsim.statistics.functions.MaxArrayFunction.Double: Returns the double value corresponding to the given variableID
getDoubleValue(Enum<?>) - Method in class microsim.statistics.functions.MaxArrayFunction.Integer: Returns the double value corresponding to the given variableID
getDoubleValue(Enum<?>) - Method in class microsim.statistics.functions.MaxArrayFunction.Long: Returns the double value corresponding to the given variableID
getDoubleValue(Enum<?>) - Method in class microsim.statistics.functions.MaxTraceFunction.Double: Returns the result of a given statistic.
getDoubleValue(Enum<?>) - Method in class microsim.statistics.functions.MaxTraceFunction.Integer: Returns the result of a given statistic.
getDoubleValue(Enum<?>) - Method in class microsim.statistics.functions.MaxTraceFunction.Long: Returns the result of a given statistic.
getDoubleValue(Enum<?>) - Method in class microsim.statistics.functions.MeanArrayFunction: Returns the double value corresponding to the given variableID
getDoubleValue(Enum<?>) - Method in class microsim.statistics.functions.MeanVarianceArrayFunction: Returns the double value corresponding to the given variableID
getDoubleValue(Enum<?>) - Method in class microsim.statistics.functions.MinArrayFunction.Double: Returns the double value corresponding to the given variableID
getDoubleValue(Enum<?>) - Method in class microsim.statistics.functions.MinArrayFunction.Integer: Returns the double value corresponding to the given variableID
getDoubleValue(Enum<?>) - Method in class microsim.statistics.functions.MinArrayFunction.Long: Returns the double value corresponding to the given variableID
getDoubleValue(Enum<?>) - Method in class microsim.statistics.functions.MinTraceFunction.Double: Returns the result of a given statistic.
getDoubleValue(Enum<?>) - Method in class microsim.statistics.functions.MinTraceFunction.Integer: Returns the result of a given statistic.
getDoubleValue(Enum<?>) - Method in class microsim.statistics.functions.MinTraceFunction.Long: Returns the result of a given statistic.
getDoubleValue(Enum<?>) - Method in class microsim.statistics.functions.MovingAverageArrayFunction: Returns the double value corresponding to the given variableID
getDoubleValue(Enum<?>) - Method in class microsim.statistics.functions.MovingAverageTraceFunction: Returns the result of a given statistic.
getDoubleValue(Enum<?>) - Method in class microsim.statistics.functions.MultiTraceFunction.Double: Returns the result of a given statistic.
getDoubleValue(Enum<?>) - Method in class microsim.statistics.functions.MultiTraceFunction: Computes one of the available statistical functions on the collected data.
getDoubleValue(Enum<?>) - Method in class microsim.statistics.functions.MultiTraceFunction.Integer: Returns the result of a given statistic.
getDoubleValue(Enum<?>) - Method in class microsim.statistics.functions.MultiTraceFunction.Long: Returns the result of a given statistic.
getDoubleValue(Enum<?>) - Method in class microsim.statistics.functions.PercentileArrayFunction
getDoubleValue(Enum<?>) - Method in class microsim.statistics.weighted.functions.Weighted_MeanArrayFunction: Returns the double value corresponding to the given variableID
getDoubleValue(Enum<?>) - Method in class microsim.statistics.weighted.functions.Weighted_SumArrayFunction.Double: Returns the double value corresponding to the given variableID
getDoubleValue(Enum<?>) - Method in class microsim.statistics.weighted.functions.Weighted_SumArrayFunction.Integer: Returns the double value corresponding to the given variableID
getDoubleValue(Enum<?>) - Method in class microsim.statistics.weighted.functions.Weighted_SumArrayFunction.Long: Returns the double value corresponding to the given variableID
getDoubleValue(Enum<?>) - Method in class microsim.statistics.functions.SumArrayFunction.Double: Returns the double value corresponding to the given variableID
getDoubleValue(Enum<?>) - Method in class microsim.statistics.functions.SumArrayFunction.Integer: Returns the double value corresponding to the given variableID
getDoubleValue(Enum<?>) - Method in class microsim.statistics.functions.SumArrayFunction.Long: Returns the double value corresponding to the given variableID
getDoubleValue(Enum<?>) - Method in class microsim.statistics.reflectors.DoubleInvoker: This is an implementation of the DoubleSource interface.
getEngine() - Method in interface microsim.engine.SimulationManager
getEventArray() - Method in class microsim.event.EventQueue: Converts the event queue to an array.
getGrid() - Method in class microsim.space.turtle.AbstractTurtle
getGridPosition() - Method in interface microsim.space.ObjectSpaceIterator: Return the current position.
getHashKey(Object[]) - Method in class microsim.data.MultiKeyHashMap: Calculates the total sum of all hashcodes as if they were simple integers.
getHeading() - Method in class microsim.space.turtle.AbstractTurtle: Returns the current heading of the turtle.
getHeading() - Method in class microsim.space.turtle.DigitalTurtle
getHeading() - Method in class microsim.space.turtle.Turtle
getId() - Method in class microsim.engine.AbstractSimulationManager
getId() - Method in interface microsim.engine.SimulationManager
getInstance() - Static method in class microsim.data.ExperimentManager: Checks manager, if null, generates a new instance of ExperimentManager, else uses the existing one.
getInstance() - Static method in class microsim.engine.SimulationEngine
getInstance() - Static method in class microsim.matching.IterativeRandomMatching: A factory method.
getInstance() - Static method in class microsim.matching.IterativeSimpleMatching: A factory method.
getInstance() - Static method in class microsim.matching.SimpleMatching: A factory method.
getInt() - Method in class microsim.reflection.IntegerValueExtractor: Invoke the method of the object passed to constructor and return its integer result.
getInt() - Method in class microsim.statistics.reflectors.IntegerInvoker: Invokes the method of the object passed to constructor and return its double result.
getInt(int, int) - Method in class microsim.space.IntSpace: Return the value at given position.
getInt(Object) - Method in class microsim.reflection.IntegerValueExtractor: Invoke the method of the target object and return its integer result.
getInt(Object) - Method in class microsim.statistics.reflectors.IntegerInvoker: Invokes the method of the target object and return its double result.
getIntArray() - Method in class microsim.statistics.CrossSection.Integer
getIntArray() - Method in interface microsim.statistics.IntArraySource: Returns a particular array of integer values.
getIntArray() - Method in class microsim.statistics.Series.Integer
getIntArray() - Method in class microsim.statistics.weighted.Weighted_CrossSection.Integer
getIntArray() - Method in interface microsim.statistics.weighted.WeightedIntArraySource: Return the currently cached array of integer values.
getIntArrayList() - Method in class microsim.statistics.Series.Integer
getIntValue(int) - Method in class microsim.reflection.IntegerValueExtractor: This is an implementation of the IntSource interface.
getIntValue(Enum<?>) - Method in class microsim.statistics.functions.CountArrayFunction: Returns the integer value corresponding to the given variableID
getIntValue(Enum<?>) - Method in class microsim.statistics.functions.MaxArrayFunction.Integer: Returns the integer value corresponding to the given variableID
getIntValue(Enum<?>) - Method in class microsim.statistics.functions.MaxTraceFunction.Integer
getIntValue(Enum<?>) - Method in class microsim.statistics.functions.MinArrayFunction.Integer: Returns the integer value corresponding to the given variableID
getIntValue(Enum<?>) - Method in class microsim.statistics.functions.MinTraceFunction.Integer
getIntValue(Enum<?>) - Method in class microsim.statistics.functions.MultiTraceFunction.Integer: Returns the result of a given statistic.
getIntValue(Enum<?>) - Method in interface microsim.statistics.IntSource: Returns the integer value corresponding to the given variableID
getIntValue(Enum<?>) - Method in class microsim.statistics.functions.SumArrayFunction.Integer: Returns the integer value corresponding to the given variableID
getIntValue(Enum<?>) - Method in class microsim.statistics.reflectors.IntegerInvoker: This is an implementation of the IntSource interface.
getKeysNames() - Method in class microsim.data.MultiKeyCoefficientMap: This method allows an instance of the MultiKeyCoefficientMap to provide a clone of the names of the keys.
getLogitTransformOfScore(T, Object) - Method in class microsim.statistics.regression.MultiLogitRegression
getLogitTransformOfScore(T, Map<String, Double>) - Method in class microsim.statistics.regression.MultiLogitRegression: Warning - only use when MultiLogitRegression's maps field has values that are MultiKeyCoefficientMaps with only one key.
getLogitTransformOfScore(T, DoubleSource, Class<E>) - Method in class microsim.statistics.regression.MultiLogitRegression
getLong() - Method in class microsim.reflection.LongValueExtractor: Invoke the method of the object passed to constructor and return its long result.
getLong() - Method in class microsim.statistics.reflectors.LongInvoker: Invokes the method of the object passed to constructor and returns its double result.
getLong(Object) - Method in class microsim.reflection.LongValueExtractor: Invoke the method of the target object and return its long result.
getLong(Object) - Method in class microsim.statistics.reflectors.LongInvoker: Invokes the method of the target object and return its double result.
getLongArray() - Method in class microsim.statistics.CrossSection.Long
getLongArray() - Method in interface microsim.statistics.LongArraySource: Returns the currently cached array of long values.
getLongArray() - Method in class microsim.statistics.Series.Long
getLongArray() - Method in class microsim.statistics.weighted.Weighted_CrossSection.Long
getLongArray() - Method in interface microsim.statistics.weighted.WeightedLongArraySource: Return the currently cached array of long values.
getLongArrayList() - Method in class microsim.statistics.Series.Long
getLongValue(int) - Method in class microsim.reflection.LongValueExtractor: This is an implementation of the LongSource interface.
getLongValue(Enum<?>) - Method in class microsim.statistics.functions.MaxArrayFunction.Long: Returns the long value corresponding to the given variableID
getLongValue(Enum<?>) - Method in class microsim.statistics.functions.MaxTraceFunction.Long: Returns the result of a given statistic.
getLongValue(Enum<?>) - Method in class microsim.statistics.functions.MinArrayFunction.Long: Returns the long value corresponding to the given variableID
getLongValue(Enum<?>) - Method in class microsim.statistics.functions.MinTraceFunction.Long: Returns the result of a given statistic.
getLongValue(Enum<?>) - Method in class microsim.statistics.functions.MultiTraceFunction.Long: Return the result of a given statistic.
getLongValue(Enum<?>) - Method in interface microsim.statistics.LongSource: Returns the long value corresponding to the given variableID
getLongValue(Enum<?>) - Method in class microsim.statistics.functions.SumArrayFunction.Long: Returns the long value corresponding to the given variableID
getLongValue(Enum<?>) - Method in class microsim.statistics.reflectors.LongInvoker: This is an implementation of the LongSource interface.
getManager() - Method in interface microsim.engine.SimulationCollectorManager
getManager(String) - Method in class microsim.engine.SimulationEngine
getMatrix() - Method in class microsim.space.DenseObjectSpace: Return the matrix of objects representing the grid.
getMatrix() - Method in class microsim.space.DoubleDiffuseSpace
getMatrix() - Method in class microsim.space.DoubleSpace: Return the matrix of values representing the grid.
getMatrix() - Method in class microsim.space.IntSpace: Return the matrix of values representing the grid.
getMaxConfigurations() - Method in class microsim.engine.MultiRun
getMean() - Method in class microsim.statistics.functions.MultiTraceFunction.Double: The mean function.
getMean() - Method in class microsim.statistics.functions.MultiTraceFunction
getMean() - Method in class microsim.statistics.functions.MultiTraceFunction.Integer: The mean function.
getMean() - Method in class microsim.statistics.functions.MultiTraceFunction.Long: The mean function.
getModel() - Method in class microsim.agent.Agent
getModelArray() - Method in class microsim.engine.SimulationEngine: Return an array representing the running SimModels.
getModelBuildStatus() - Method in class microsim.engine.SimulationEngine: Return true if buildModels() method has been called.
getMooreNeighbors(int, int) - Method in class microsim.space.DenseObjectSpace: Gets the Moore neighbors of the specified coordinate.
getMooreNeighbors(int, int) - Method in class microsim.space.DoubleDiffuseSpace: Gets the Moore neighbors of the specified coordinate.
getMooreNeighbors(int, int, int, int) - Method in class microsim.space.DenseObjectSpace: Gets the extended Moore neighbors of the specified coordinate.
getMooreNeighbors(int, int, int, int) - Method in class microsim.space.DoubleDiffuseSpace: Gets the extended Moore neighbors of the specified coordinate.
getMooreNeighborsPositions(int, int) - Method in class microsim.space.AbstractSpace: Gets the extended Moore neighbors of the specified coordinate.
getMovingType() - Method in class microsim.space.turtle.AbstractTurtle: Returns the behaviour of the turtle when it goes out of bounds of the grid.
getNextX() - Method in class microsim.space.turtle.AbstractTurtle: Returns the new x coordinate walking the current heading direction for 1 step.
getNextX(int) - Method in class microsim.space.turtle.AbstractTurtle: Returns the new x coordinate walking the current heading direction for given steps.
getNextX(int) - Method in class microsim.space.turtle.DigitalTurtle
getNextX(int) - Method in class microsim.space.turtle.Turtle: Return the new x coordinate walking the current heading direction for given steps.
getNextY() - Method in class microsim.space.turtle.AbstractTurtle: Return the new y coordinate walking the current heading direction for 1 step.
getNextY(int) - Method in class microsim.space.turtle.AbstractTurtle: Return the new y coordinate walking the current heading direction for given steps.
getNextY(int) - Method in class microsim.space.turtle.DigitalTurtle
getNextY(int) - Method in class microsim.space.turtle.Turtle: Return the new y coordinate walking the current heading direction for given steps.
getObjectValue(Enum<?>) - Method in interface microsim.statistics.ObjectSource: Returns the value corresponding to the given variableID
getOutcome(T) - Method in interface microsim.alignment.outcome.AlignmentOutcomeClosure: A method to extract the binary outcome value from an agent.
getOutEntityManger() - Static method in class microsim.data.db.DatabaseUtils
getOutputFolder() - Method in class microsim.data.db.Experiment
getPosition() - Method in class microsim.space.turtle.AbstractTurtle
getProbability(Object) - Method in class microsim.statistics.regression.LogitRegression
getProbability(Object) - Method in class microsim.statistics.regression.ProbitRegression
getProbability(Map<String, Double>) - Method in class microsim.statistics.regression.LogitRegression
getProbability(Map<String, Double>) - Method in class microsim.statistics.regression.ProbitRegression
getProbability(DoubleSource, Class<T>) - Method in class microsim.statistics.regression.LogitRegression
getProbability(DoubleSource, Class<T>) - Method in class microsim.statistics.regression.ProbitRegression
getProbability(DoubleSource, Class<T>, ObjectSource, Class) - Method in class microsim.statistics.regression.LogitRegression
getProbability(DoubleSource, Class<T>, ObjectSource, Class) - Method in class microsim.statistics.regression.ProbitRegression
getProbability(T) - Method in interface microsim.alignment.multiple.AlignmentMultiProbabilityClosure: Returns a discrete probability distribution for a given agent.
getProbability(T) - Method in interface microsim.alignment.probability.AlignmentProbabilityClosure: Returns the unaligned probability of a 'positive' outcome for the agent (the user should define what the positive outcome is; it could be that something happens or does not happen).
getProbitTransformOfScore(T, Object) - Method in class microsim.statistics.regression.MultiProbitRegression
getProbitTransformOfScore(T, Map<String, Double>) - Method in class microsim.statistics.regression.MultiProbitRegression: Warning - only use when MultiProbitRegression's maps field has values that are MultiKeyCoefficientMaps with only one key.
getProbitTransformOfScore(T, DoubleSource, Class<E>) - Method in class microsim.statistics.regression.MultiProbitRegression
getRealDate(long) - Method in class microsim.engine.SimulationTimeManager
getScore(Object) - Method in class microsim.statistics.regression.LinearRegression: To be used when the agent Object has member fields that correspond by name to all the regressors of the Regression's MultiKeyCoefficientMap map.
getScore(Object) - Method in interface microsim.statistics.regression.LinReg
getScore(Map<String, Double>) - Method in class microsim.statistics.regression.LinearRegression: Warning - only use when LinearRegression object contains a MultiKeyCoefficientMap with only one key.
getScore(Map<String, Double>) - Method in interface microsim.statistics.regression.LinReg
getScore(DoubleSource, Class<T>) - Method in class microsim.statistics.regression.LinearRegression
getScore(DoubleSource, Class<T>) - Method in interface microsim.statistics.regression.LinReg
getScore(DoubleSource, Class<T>, ObjectSource, Class) - Method in class microsim.statistics.regression.LinearRegression: Requires the implementation of the ObjectSource to ascertain whether any additional conditioning regression keys are used (e.g.
getScore(DoubleSource, Class<T>, ObjectSource, Class) - Method in interface microsim.statistics.regression.LinReg
getSeries(int) - Method in class microsim.statistics.TimeSeries: Returns a series at the given index.
getSeriesCount() - Method in class microsim.statistics.TimeSeries: Returns the number of series.
getSimulationRun() - Method in interface microsim.data.db.space.IntegerSpaceEntity
getSimulationTime() - Method in interface microsim.data.db.space.IntegerSpaceEntity
getSourceArray() - Method in interface microsim.statistics.SourceObjectArray
getSourceArray() - Method in class microsim.statistics.weighted.Weighted_CrossSection
getString() - Method in class microsim.reflection.StringValueExtractor: Invokes the method of the object passed to constructor and return its string result.
getString() - Method in class microsim.statistics.reflectors.StringInvoker: Invokes the method of the object passed to constructor and returns its double result.
getString(Object) - Method in class microsim.reflection.StringValueExtractor: Invokes the method of the target object and return its string result.
getString(Object) - Method in class microsim.statistics.reflectors.StringInvoker: Invokes the method of the target object and returns its string result.
getStringValue(int) - Method in class microsim.reflection.StringValueExtractor: This is an implementation of the StringSource interface.
getStringValue(Enum<?>) - Method in interface microsim.statistics.StringSource: Return the double value corresponding to the given variableID
getStringValue(Enum<?>) - Method in class microsim.statistics.reflectors.StringInvoker: This is an implementation of the StringSource interface.
getSum() - Method in class microsim.collection.AverageClosure
getTime() - Method in class microsim.engine.SimulationEngine: Return a reference to the current SimTime.
getValue() - Method in interface microsim.data.db.space.IntegerSpaceEntity
getValue(Object...) - Method in class microsim.data.MultiKeyCoefficientMap: Extracts the value that corresponds to key from the map.
getValue(T, T) - Method in interface microsim.matching.MatchingScoreClosure: Allows to get the matching score for a pair og agents.
getValues() - Method in class microsim.data.ParameterRangeDomain: Generates the actual arithmetic progression and returns all the values.
getValuesNames() - Method in class microsim.data.MultiKeyCoefficientMap: This method allows an instance of the MultiKeyCoefficientMap to provide a clone of the names of the values.
getVariance() - Method in class microsim.statistics.functions.MultiTraceFunction.Double: The variance function.
getVariance() - Method in class microsim.statistics.functions.MultiTraceFunction
getVariance() - Method in class microsim.statistics.functions.MultiTraceFunction.Integer: The variance function.
getVariance() - Method in class microsim.statistics.functions.MultiTraceFunction.Long: The variance function.
getVonNeumannNeighbors(int, int) - Method in class microsim.space.DenseObjectSpace: Gets the von Neumann neighbors of the specified coordinate.
getVonNeumannNeighbors(int, int) - Method in class microsim.space.DoubleDiffuseSpace: Gets the von Neumann neighbors of the specified coordinate.
getVonNeumannNeighbors(int, int, int, int) - Method in class microsim.space.DenseObjectSpace: Gets the extended von Neumann neighbors of the specified coordinate.
getVonNeumannNeighbors(int, int, int, int) - Method in class microsim.space.DoubleDiffuseSpace: Gets the extended von Neumann neighbors of the specified coordinate.
getVonNeumannNeighborsPositions(int, int) - Method in class microsim.space.AbstractSpace: Gets the extended von Neumann neighbors of the specified coordinate.
getWeight() - Method in interface microsim.agent.Weight
getWeights() - Method in class microsim.statistics.weighted.Weighted_CrossSection.Integer
getWeights() - Method in class microsim.statistics.weighted.Weighted_CrossSection.Long
getWeights() - Method in interface microsim.statistics.weighted.WeightedDoubleArraySource
getWeights() - Method in interface microsim.statistics.weighted.WeightedIntArraySource
getWeights() - Method in interface microsim.statistics.weighted.WeightedLongArraySource
getWorldHeight() - Method in class microsim.space.turtle.AbstractTurtle: Returns the y size of the grid.
getWorldWidth() - Method in class microsim.space.turtle.AbstractTurtle: Returns the x size of the grid.
getX() - Method in interface microsim.data.db.space.IntegerSpaceEntity
getXSize() - Method in interface microsim.space.ObjectSpace
getY() - Method in interface microsim.data.db.space.IntegerSpaceEntity
getYSize() - Method in interface microsim.space.ObjectSpace
go() - Method in class microsim.engine.MultiRun: The go method starts the multi-run simulation.
grid - Variable in class microsim.space.turtle.AbstractTurtle
gridIterator() - Method in class microsim.space.SparseObjectSpace: Return a ObjectSpaceIterator storing the position of the read value.
GUIparameter - Annotation Interface in microsim.annotation: Annotates variables of the simulation manager to automatically display on the GUI.

H

heading - Variable in class microsim.space.turtle.DigitalTurtle

I

id - Variable in class microsim.data.db.Experiment
id - Variable in class microsim.data.db.ExperimentParameter
imax - Variable in class microsim.statistics.functions.MaxArrayFunction.Integer
imin - Variable in class microsim.statistics.functions.MinArrayFunction.Integer
inputFolder - Variable in class microsim.data.db.Experiment
IntArraySource - Interface in microsim.statistics: Used by statistical objects to access arrays of integer values.
Integer(Object, String, boolean) - Constructor for class microsim.statistics.functions.MaxTraceFunction.Integer: Creates a basic statistic probe on a generic object.
Integer(Object, String, boolean) - Constructor for class microsim.statistics.functions.MinTraceFunction.Integer: Creates a basic statistic probe on a generic object.
Integer(Object, String, boolean) - Constructor for class microsim.statistics.functions.MultiTraceFunction.Integer: Creates a basic statistic probe on a generic object.
Integer(Object, String, boolean) - Constructor for class microsim.statistics.Series.Integer: Creates a basic statistic probe on a collection of objects.
Integer(Collection<?>) - Constructor for class microsim.statistics.CrossSection.Integer: Create a statistic probe on a collection of IntSource objects.
Integer(Collection<?>, Class<?>, String, boolean) - Constructor for class microsim.statistics.CrossSection.Integer: Create a basic statistic probe on a collection of objects.
Integer(Collection<?>, Enum<?>) - Constructor for class microsim.statistics.CrossSection.Integer: Creates a statistic probe on a collection of IntSource objects.
Integer(Collection<? extends Weight>) - Constructor for class microsim.statistics.weighted.Weighted_CrossSection.Integer: Create a statistic probe on a collection of IntSource objects.
Integer(Collection<? extends Weight>, Class<? extends Weight>, String, boolean) - Constructor for class microsim.statistics.weighted.Weighted_CrossSection.Integer: Create a basic statistic probe on a collection of objects.
Integer(Collection<? extends Weight>, Enum<?>) - Constructor for class microsim.statistics.weighted.Weighted_CrossSection.Integer: Create a statistic probe on a collection of IntSource objects.
Integer(IntArraySource) - Constructor for class microsim.statistics.functions.MaxArrayFunction.Integer: Creates a maximum function on an integer array source.
Integer(IntArraySource) - Constructor for class microsim.statistics.functions.MinArrayFunction.Integer: Creates a minimum function on an integer array source.
Integer(IntArraySource) - Constructor for class microsim.statistics.functions.SumArrayFunction.Integer: Create a sum function on an integer array source.
Integer(IntSource) - Constructor for class microsim.statistics.Series.Integer: Creates a statistic probe on a collection of IntSource objects.
Integer(IntSource, Enum<?>) - Constructor for class microsim.statistics.functions.MaxTraceFunction.Integer: Creates a basic statistic probe on a IntSource object.
Integer(IntSource, Enum<?>) - Constructor for class microsim.statistics.functions.MinTraceFunction.Integer: Creates a basic statistic probe on a DoubleSource object.
Integer(IntSource, Enum<?>) - Constructor for class microsim.statistics.functions.MultiTraceFunction.Integer: Creates a basic statistic probe on a DoubleSource object.
Integer(IntSource, Enum<?>) - Constructor for class microsim.statistics.Series.Integer: Creates a statistic probe on a collection of IntSource objects.
Integer(WeightedIntArraySource) - Constructor for class microsim.statistics.weighted.functions.Weighted_SumArrayFunction.Integer: Create a sum function on a weighted integer array source.
IntegerInvoker - Class in microsim.statistics.reflectors: Employs Java reflection to call objects' methods which return integer values.
IntegerInvoker(Class<?>, String, boolean) - Constructor for class microsim.statistics.reflectors.IntegerInvoker: Constructor.
IntegerInvoker(Object, String, boolean) - Constructor for class microsim.statistics.reflectors.IntegerInvoker: Constructor.
IntegerSpaceEntity - Interface in microsim.data.db.space
IntegerValueExtractor - Class in microsim.reflection: Employs Java reflection to call objects' methods which return integer values.
IntegerValueExtractor(Object, String, boolean) - Constructor for class microsim.reflection.IntegerValueExtractor
IntegerValueExtractor(Class<?>, String, boolean) - Constructor for class microsim.reflection.IntegerValueExtractor
intSource - Variable in class microsim.statistics.functions.AbstractArrayFunction
intSource - Variable in class microsim.statistics.functions.MovingAverageTraceFunction
intSource - Variable in class microsim.statistics.weighted.functions.AbstractWeightedArrayFunction
IntSource - Interface in microsim.statistics: Used by statistical object to access integer data.
IntSource.Variables - Enum Class in microsim.statistics
IntSpace - Class in microsim.space: A bi-dimensional grid containing integer values.
IntSpace(int, int) - Constructor for class microsim.space.IntSpace: Create a grid of given size.
IntSpace(IntSpace) - Constructor for class microsim.space.IntSpace: Create a copy of the given grid.
IntSpaceEntity - Class in microsim.data.db.space
IntSpaceEntity() - Constructor for class microsim.data.db.space.IntSpaceEntity: The default constructor that creates an instance only.
invoker - Variable in class microsim.statistics.CrossSection.Double
invoker - Variable in class microsim.statistics.CrossSection.Integer
invoker - Variable in class microsim.statistics.CrossSection.Long
invoker - Variable in class microsim.statistics.weighted.Weighted_CrossSection.Double
invoker - Variable in class microsim.statistics.weighted.Weighted_CrossSection.Integer
invoker - Variable in class microsim.statistics.weighted.Weighted_CrossSection.Long
isCheckingTime() - Method in class microsim.statistics.CrossSection: Returns the current status of the time checker.
isCheckingTime() - Method in class microsim.statistics.functions.AbstractFunction: Returns the current status of the time checker.
isCheckingTime() - Method in class microsim.statistics.Series: Returns the current status of the time checker.
isCheckingTime() - Method in class microsim.statistics.weighted.Weighted_CrossSection: Return the current status of the time checker.
isDoubleSource(Class<?>, String, boolean) - Static method in class microsim.reflection.ReflectionUtils
isFiltered(Object) - Method in interface microsim.statistics.CollectionFilter: Returns a boolean value when the passed objectToFilter must be considered by the CrossSection iterator.
isIntSource(Class<?>, String, boolean) - Static method in class microsim.reflection.ReflectionUtils
isLongSource(Class<?>, String, boolean) - Static method in class microsim.reflection.ReflectionUtils
isStringSource(Class<?>, String, boolean) - Static method in class microsim.reflection.ReflectionUtils
isum - Variable in class microsim.statistics.functions.SumArrayFunction.Integer
isum - Variable in class microsim.statistics.weighted.functions.Weighted_SumArrayFunction.Integer
isUpToDate() - Method in class microsim.statistics.TimeChecker: The method checks if a call has been already done at current simulation time.
IterativeMatchingAlgorithm<T> - Interface in microsim.matching
IterativeRandomMatching<T> - Class in microsim.matching: A singleton class used for matching.
IterativeSimpleMatching<T> - Class in microsim.matching: A singleton class used for matching.
iterator() - Method in class microsim.space.SparseObjectSpace

K

keys - Variable in class microsim.data.MultiKeyCoefficientMap
keys() - Element in annotation interface microsim.annotation.CoefficientMapping

L

LAST_VALUE - Enum constant in enum class microsim.statistics.functions.MaxTraceFunction.Variables
LAST_VALUE - Enum constant in enum class microsim.statistics.functions.MinTraceFunction.Variables
LAST_VALUE - Enum constant in enum class microsim.statistics.functions.MultiTraceFunction.Variables: Return the last collected value.
leap() - Method in class microsim.space.turtle.AbstractTurtle: Makes a step forward, but moves only if the target position is empty.
leap(int) - Method in class microsim.space.turtle.AbstractTurtle: Makes some steps forward, but moves only if the target position is empty.
leap(int) - Method in class microsim.space.turtle.DigitalTurtle
leap(int) - Method in class microsim.space.turtle.Turtle: Make some steps forward, but moves only if the target position is empty.
leftShift(int) - Method in enum class microsim.space.turtle.AbstractTurtle.Direction
len - Variable in class microsim.statistics.functions.MovingAverageTraceFunction
LinearRegression - Class in microsim.statistics.regression
LinearRegression(MultiKeyCoefficientMap) - Constructor for class microsim.statistics.regression.LinearRegression: Linear Regression object.
LinReg - Interface in microsim.statistics.regression
lmax - Variable in class microsim.statistics.functions.MaxArrayFunction.Long
lmin - Variable in class microsim.statistics.functions.MinArrayFunction.Long
lngSource - Variable in class microsim.statistics.functions.AbstractArrayFunction
lngSource - Variable in class microsim.statistics.functions.MovingAverageTraceFunction
lngSource - Variable in class microsim.statistics.weighted.functions.AbstractWeightedArrayFunction
loadCoefficientMap(String, String, int, int) - Static method in class microsim.data.excel.ExcelAssistant: Loads MultiKeyCoefficientMap from Excel spreadsheet data, reading from the first line of the spreadsheet, and automatically finds the last line of the spreadsheet.
loadCoefficientMap(String, String, int, int, int, int) - Static method in class microsim.data.excel.ExcelAssistant: Load MultiKeyCoefficientMap from Excel spreadsheet data, choosing which line to start reading from via the startLine parameter.
LogitRegression - Class in microsim.statistics.regression
LogitRegression(MultiKeyCoefficientMap) - Constructor for class microsim.statistics.regression.LogitRegression
LogitRegression(MultiKeyCoefficientMap, MersenneTwister) - Constructor for class microsim.statistics.regression.LogitRegression
LogitScalingAlignment<T> - Class in microsim.alignment.multiple: Multinomial alignment methods, where there is in general a set 'A' (>=2) of possible outcomes/states to align.
LogitScalingAlignment() - Constructor for class microsim.alignment.multiple.LogitScalingAlignment
Long(Object, String, boolean) - Constructor for class microsim.statistics.functions.MaxTraceFunction.Long: Creates a basic statistic probe on a generic object.
Long(Object, String, boolean) - Constructor for class microsim.statistics.functions.MinTraceFunction.Long: Creates a basic statistic probe on a generic object.
Long(Object, String, boolean) - Constructor for class microsim.statistics.functions.MultiTraceFunction.Long: Creates a basic statistic probe on a generic object.
Long(Object, String, boolean) - Constructor for class microsim.statistics.Series.Long: Creates a basic statistic probe on a collection of objects.
Long(Collection<?>) - Constructor for class microsim.statistics.CrossSection.Long: Creates a statistic probe on a collection of LongSource objects.
Long(Collection<?>, Class<?>, String, boolean) - Constructor for class microsim.statistics.CrossSection.Long: Creates a basic statistic probe on a collection of objects.
Long(Collection<?>, Enum<?>) - Constructor for class microsim.statistics.CrossSection.Long: Creates a statistic probe on a collection of LongSource objects.
Long(Collection<? extends Weight>) - Constructor for class microsim.statistics.weighted.Weighted_CrossSection.Long: Create a statistic probe on a collection of LongSource objects.
Long(Collection<? extends Weight>, Class<? extends Weight>, String, boolean) - Constructor for class microsim.statistics.weighted.Weighted_CrossSection.Long: Create a basic statistic probe on a collection of objects.
Long(Collection<? extends Weight>, Enum<?>) - Constructor for class microsim.statistics.weighted.Weighted_CrossSection.Long: Create a statistic probe on a collection of LongSource objects.
Long(LongArraySource) - Constructor for class microsim.statistics.functions.MaxArrayFunction.Long: Creates a maximum function on a long array source.
Long(LongArraySource) - Constructor for class microsim.statistics.functions.MinArrayFunction.Long: Creates a minimum function on a long array source.
Long(LongArraySource) - Constructor for class microsim.statistics.functions.SumArrayFunction.Long: Create a sum function on a long array source.
Long(LongSource) - Constructor for class microsim.statistics.Series.Long: Creates a statistic probe on a collection of LongSource objects.
Long(LongSource, Enum<?>) - Constructor for class microsim.statistics.functions.MaxTraceFunction.Long: Creates a basic statistic probe on a LongSource object.
Long(LongSource, Enum<?>) - Constructor for class microsim.statistics.functions.MinTraceFunction.Long: Creates a basic statistic probe on a DoubleSource object.
Long(LongSource, Enum<?>) - Constructor for class microsim.statistics.functions.MultiTraceFunction.Long: Creates a basic statistic probe on a DoubleSource object.
Long(LongSource, Enum<?>) - Constructor for class microsim.statistics.Series.Long: Creates a statistic probe on a collection of LongSource objects.
Long(WeightedLongArraySource) - Constructor for class microsim.statistics.weighted.functions.Weighted_SumArrayFunction.Long: Create a sum function on a weighted long array source.
LongArraySource - Interface in microsim.statistics: Used by statistical object to access array of long values.
LongInvoker - Class in microsim.statistics.reflectors: Employs Java reflection to call objects' methods which return long values.
LongInvoker(Class<?>, String, boolean) - Constructor for class microsim.statistics.reflectors.LongInvoker: Constructor.
LongInvoker(Object, String, boolean) - Constructor for class microsim.statistics.reflectors.LongInvoker: Constructor.
LongSource - Interface in microsim.statistics: Used by statistical object to access long data.
LongSource.Variables - Enum Class in microsim.statistics
LongValueExtractor - Class in microsim.reflection: Employs Java reflection to call objects' methods which return long values.
LongValueExtractor(Object, String, boolean) - Constructor for class microsim.reflection.LongValueExtractor
LongValueExtractor(Class<?>, String, boolean) - Constructor for class microsim.reflection.LongValueExtractor
loop - Variable in class microsim.event.Event: Get the loop length.
lsum - Variable in class microsim.statistics.functions.SumArrayFunction.Long
lsum - Variable in class microsim.statistics.weighted.functions.Weighted_SumArrayFunction.Long

M

m - Variable in class microsim.space.DenseObjectSpace
m - Variable in class microsim.space.DoubleSpace
m - Variable in class microsim.space.IntSpace
m - Variable in class microsim.space.SparseObjectSpace
match(T, T) - Method in interface microsim.matching.MatchingClosure: Links two agents to form a matching pair.
matching(Collection<T>, Predicate<T>, Collection<T>, Predicate<T>, MatchingScoreClosure<T>, MatchingClosure<T>) - Method in interface microsim.matching.IterativeMatchingAlgorithm: Attempts to match people from two disjoint sets.
matching(Collection<T>, Predicate<T>, Collection<T>, Predicate<T>, MatchingScoreClosure<T>, MatchingClosure<T>) - Method in interface microsim.matching.MatchingAlgorithm: Attempts to match people from two disjoint sets.
matching(Collection<T>, Predicate<T>, Collection<T>, Predicate<T>, MatchingScoreClosure<T>, MatchingClosure<T>) - Method in class microsim.matching.IterativeRandomMatching: Attempts to match people from two disjoint sets.
matching(Collection<T>, Predicate<T>, Collection<T>, Predicate<T>, MatchingScoreClosure<T>, MatchingClosure<T>) - Method in class microsim.matching.IterativeSimpleMatching: Attempts to match people from two disjoint sets.
matching(Collection<T>, Predicate<T>, Collection<T>, Predicate<T>, MatchingScoreClosure<T>, MatchingClosure<T>) - Method in class microsim.matching.SimpleMatching: Attempts to match people from two disjoint sets.
MatchingAlgorithm<T> - Interface in microsim.matching
MatchingClosure<T> - Interface in microsim.matching
MatchingScoreClosure<T> - Interface in microsim.matching
max - Variable in class microsim.statistics.functions.MaxTraceFunction.Double
max - Variable in class microsim.statistics.functions.MaxTraceFunction.Integer
max - Variable in class microsim.statistics.functions.MaxTraceFunction.Long
max - Variable in class microsim.statistics.functions.MultiTraceFunction.Double
max - Variable in class microsim.statistics.functions.MultiTraceFunction.Integer
max - Variable in class microsim.statistics.functions.MultiTraceFunction.Long
max() - Method in class microsim.space.DoubleSpace: Get the maximum value stored into the grid.
max() - Method in class microsim.space.IntSpace: Get the maximum value stored into the grid.
MAX - Enum constant in enum class microsim.statistics.functions.MaxTraceFunction.Variables
MAX - Enum constant in enum class microsim.statistics.functions.MultiTraceFunction.Variables: Return the maximum collected value.
MAX - Static variable in class microsim.space.DoubleDiffuseSpace
MaxArrayFunction - Class in microsim.statistics.functions: This class computes the maximum value in an array of source values.
MaxArrayFunction(DoubleArraySource) - Constructor for class microsim.statistics.functions.MaxArrayFunction: Create a maximum function on a double array source.
MaxArrayFunction(IntArraySource) - Constructor for class microsim.statistics.functions.MaxArrayFunction: Creates a maximum function on an integer array source.
MaxArrayFunction(LongArraySource) - Constructor for class microsim.statistics.functions.MaxArrayFunction: Creates a maximum function on a long array source.
MaxArrayFunction.Double - Class in microsim.statistics.functions: MaxFunction operating on double source values.
MaxArrayFunction.Integer - Class in microsim.statistics.functions: MaxFunction operating on integer source values.
MaxArrayFunction.Long - Class in microsim.statistics.functions: MaxFunction operating on long source values.
MaxTraceFunction - Class in microsim.statistics.functions: A MixFunction object is to collect data over time, computing some statistics on the fly, without storing the data in memory.
MaxTraceFunction() - Constructor for class microsim.statistics.functions.MaxTraceFunction
MaxTraceFunction.Double - Class in microsim.statistics.functions: An implementation of the Memoryless Series class, which manages double type data sources.
MaxTraceFunction.Integer - Class in microsim.statistics.functions: An implementation of the Memoryless Series class, which manages integer type data sources.
MaxTraceFunction.Long - Class in microsim.statistics.functions: An implementation of the Memoryless Series class, which manages long type data sources.
MaxTraceFunction.Variables - Enum Class in microsim.statistics.functions
mean - Variable in class microsim.statistics.functions.MeanArrayFunction
mean - Variable in class microsim.statistics.functions.MeanVarianceArrayFunction
mean - Variable in class microsim.statistics.functions.MovingAverageArrayFunction
mean() - Method in class microsim.space.DoubleSpace: Compute the sample mean value of the values stored in the grid.
mean() - Method in class microsim.space.IntSpace: Compute the sample mean value of the values stored in the grid.
MEAN - Enum constant in enum class microsim.statistics.functions.MeanVarianceArrayFunction.Variables: Represents the mean function argument for the MeanVarianceArrayFunction.getDoubleValue(Enum) method.
MEAN - Enum constant in enum class microsim.statistics.functions.MultiTraceFunction.Variables: Return the mean of the collected values.
MeanArrayFunction - Class in microsim.statistics.functions: This class computes the average value of an array of values taken from a data source.
MeanArrayFunction(DoubleArraySource) - Constructor for class microsim.statistics.functions.MeanArrayFunction: Creates a mean function on a double array source.
MeanArrayFunction(IntArraySource) - Constructor for class microsim.statistics.functions.MeanArrayFunction: Creates a mean function on an integer array source.
MeanArrayFunction(LongArraySource) - Constructor for class microsim.statistics.functions.MeanArrayFunction: Creates a mean function on a long array source.
MeanVarianceArrayFunction - Class in microsim.statistics.functions: This class computes the average and variance value of an array of values taken from a data source.
MeanVarianceArrayFunction(DoubleArraySource) - Constructor for class microsim.statistics.functions.MeanVarianceArrayFunction: Creates a mean function on a double array source.
MeanVarianceArrayFunction(IntArraySource) - Constructor for class microsim.statistics.functions.MeanVarianceArrayFunction: Creates a mean function on an integer array source.
MeanVarianceArrayFunction(LongArraySource) - Constructor for class microsim.statistics.functions.MeanVarianceArrayFunction: Creates a mean function on a long array source.
MeanVarianceArrayFunction.Variables - Enum Class in microsim.statistics.functions
method - Variable in class microsim.reflection.AbstractValueExtractor
method - Variable in class microsim.statistics.reflectors.DoubleInvoker
method - Variable in class microsim.statistics.reflectors.IntegerInvoker
method - Variable in class microsim.statistics.reflectors.LongInvoker
method - Variable in class microsim.statistics.reflectors.StringInvoker
methodInvoker - Variable in class microsim.event.SingleTargetEvent
microsim.agent - package microsim.agent
microsim.alignment - package microsim.alignment
microsim.alignment.multiple - package microsim.alignment.multiple
microsim.alignment.outcome - package microsim.alignment.outcome
microsim.alignment.probability - package microsim.alignment.probability
microsim.annotation - package microsim.annotation
microsim.collection - package microsim.collection
microsim.data - package microsim.data
microsim.data.db - package microsim.data.db
microsim.data.db.space - package microsim.data.db.space
microsim.data.excel - package microsim.data.excel
microsim.engine - package microsim.engine
microsim.event - package microsim.event
microsim.exception - package microsim.exception
microsim.matching - package microsim.matching
microsim.reflection - package microsim.reflection
microsim.space - package microsim.space
microsim.space.turtle - package microsim.space.turtle
microsim.statistics - package microsim.statistics
microsim.statistics.functions - package microsim.statistics.functions
microsim.statistics.reflectors - package microsim.statistics.reflectors
microsim.statistics.regression - package microsim.statistics.regression
microsim.statistics.weighted - package microsim.statistics.weighted
microsim.statistics.weighted.functions - package microsim.statistics.weighted.functions
min - Variable in class microsim.statistics.functions.MinArrayFunction.Double
min - Variable in class microsim.statistics.functions.MinTraceFunction.Double
min - Variable in class microsim.statistics.functions.MinTraceFunction.Integer
min - Variable in class microsim.statistics.functions.MinTraceFunction.Long
min - Variable in class microsim.statistics.functions.MultiTraceFunction.Double
min - Variable in class microsim.statistics.functions.MultiTraceFunction.Integer
min - Variable in class microsim.statistics.functions.MultiTraceFunction.Long
min() - Method in class microsim.space.DoubleSpace: Get the minimum value stored into the grid.
min() - Method in class microsim.space.IntSpace: Get the minimum value stored into the grid.
MIN - Enum constant in enum class microsim.statistics.functions.MinTraceFunction.Variables
MIN - Enum constant in enum class microsim.statistics.functions.MultiTraceFunction.Variables: Return the minimum collected value.
MinArrayFunction - Class in microsim.statistics.functions: This class computes the minimum value in an array of source values.
MinArrayFunction(DoubleArraySource) - Constructor for class microsim.statistics.functions.MinArrayFunction: Creates a minimum function on a double array source.
MinArrayFunction(IntArraySource) - Constructor for class microsim.statistics.functions.MinArrayFunction: Creates a minimum function on an int array source.
MinArrayFunction(LongArraySource) - Constructor for class microsim.statistics.functions.MinArrayFunction: Creates a minimum function on a long array source.
MinArrayFunction.Double - Class in microsim.statistics.functions: MinFunction operating on double source values.
MinArrayFunction.Integer - Class in microsim.statistics.functions: MinFunction operating on integer source values.
MinArrayFunction.Long - Class in microsim.statistics.functions: MinFunction operating on long source values.
MinTraceFunction - Class in microsim.statistics.functions: A MixFunction object is to collect data over time, computing some statistics on the fly, without storing the data in memory.
MinTraceFunction() - Constructor for class microsim.statistics.functions.MinTraceFunction
MinTraceFunction.Double - Class in microsim.statistics.functions: An implementation of the Memoryless Series class, which manages double type data sources.
MinTraceFunction.Integer - Class in microsim.statistics.functions: An implementation of the Memoryless Series class, which manages integer type data sources.
MinTraceFunction.Long - Class in microsim.statistics.functions: An implementation of the Memoryless Series class, which manages long type data sources.
MinTraceFunction.Variables - Enum Class in microsim.statistics.functions
modCount - Variable in class microsim.space.AbstractSpace
MOORE - Enum constant in enum class microsim.space.DoubleDiffuseSpace.NEIGHBOURHOOD_TYPE
moveGridPosition(SpacePosition, int, int) - Method in interface microsim.space.ObjectSpace
moveGridPosition(SpacePosition, int, int) - Method in class microsim.space.DenseObjectSpace: Move a SpacePosition object from its current position to the specified destination, only if the destination cell is empty.
moveGridPosition(SpacePosition, int, int) - Method in class microsim.space.MultiObjectSpace: Move a SpacePosition object from its current position to the specified destination.
moveGridPosition(SpacePosition, int, int) - Method in class microsim.space.SparseObjectSpace: Move a SpacePosition object from its current position to the specified destination, only if the destination cell is empty.
moving - Variable in class microsim.space.turtle.AbstractTurtle
MovingAverageArrayFunction - Class in microsim.statistics.functions: This class computes the average of the last given number of values in an array taken from a data source.
MovingAverageArrayFunction(DoubleArraySource, int) - Constructor for class microsim.statistics.functions.MovingAverageArrayFunction: Create a count function on a double array source.
MovingAverageArrayFunction(IntArraySource, int) - Constructor for class microsim.statistics.functions.MovingAverageArrayFunction: Creates a count function on an integer array source.
MovingAverageArrayFunction(LongArraySource, int) - Constructor for class microsim.statistics.functions.MovingAverageArrayFunction: Creates a count function on a long array source.
MovingAverageTraceFunction - Class in microsim.statistics.functions: This class computes the average of the last values collected from a data source.
MovingAverageTraceFunction(DoubleSource, Enum<?>, int) - Constructor for class microsim.statistics.functions.MovingAverageTraceFunction: Creates a basic statistic probe on a DoubleSource object.
MovingAverageTraceFunction(IntSource, Enum<?>, int) - Constructor for class microsim.statistics.functions.MovingAverageTraceFunction: Create a basic statistic probe on a IntSource object.
MovingAverageTraceFunction(LongSource, Enum<?>, int) - Constructor for class microsim.statistics.functions.MovingAverageTraceFunction: Creates a basic statistic probe on a LongSource object.
MultiKeyCoefficientMap - Class in microsim.data: This class is an implementation of a Map that has multiple keys and multiple values at the same time.
MultiKeyCoefficientMap(String[], String[]) - Constructor for class microsim.data.MultiKeyCoefficientMap: Creates an empty new MultiKeyCoefficientMap with the names of the keys and values categories specified by String[] keys and String[] values arguments.
MultiKeyCoefficientMap(AbstractHashedMap, String[], String[]) - Constructor for class microsim.data.MultiKeyCoefficientMap: Creates a new MultiKeyCoefficientMap with values stored in map, and with the names of the keys and values categories specified by String[] keys and String[] values arguments.
MultiKeyCoefficientMapFactory - Class in microsim.data: This class allows creation of MultiKeyCoefficientMap from an annotated list.
MultiKeyCoefficientMapFactory() - Constructor for class microsim.data.MultiKeyCoefficientMapFactory
MultiKeyHashMap - Class in microsim.data
MultiKeyHashMap() - Constructor for class microsim.data.MultiKeyHashMap
MultiKeyHashMap.EntryValue - Class in microsim.data
MultiLogitRegression<T extends Enum<T>> - Class in microsim.statistics.regression
MultiLogitRegression(Map<T, MultiKeyCoefficientMap>) - Constructor for class microsim.statistics.regression.MultiLogitRegression
MultiLogitRegression(Map<T, MultiKeyCoefficientMap>, Random) - Constructor for class microsim.statistics.regression.MultiLogitRegression
MultiObjectSpace - Class in microsim.space: A bi-dimensional grid capable of containing many objects into each cell.
MultiObjectSpace(int, int) - Constructor for class microsim.space.MultiObjectSpace: Create a grid with given size and a default initial capacity.
MultiObjectSpace(int, int, int) - Constructor for class microsim.space.MultiObjectSpace: Create a grid with given size and a given initial capacity.
MultiObjectSpace(AbstractSpace<Object>) - Constructor for class microsim.space.MultiObjectSpace: Create a copy of the given grid with a default initial capacity.
MultiObjectSpace(AbstractSpace<Object>, int) - Constructor for class microsim.space.MultiObjectSpace: Create a copy of the given grid with a given initial capacity.
MultipleChoiceRegression<T extends Enum<T>> - Interface in microsim.statistics.regression
MultiplicativeScalingAlignment<T> - Class in microsim.alignment.probability: A class for multiplicative scaling alignment method.
MultiplicativeScalingAlignment() - Constructor for class microsim.alignment.probability.MultiplicativeScalingAlignment
multiply(double) - Method in class microsim.space.DoubleSpace: Multiply the given value to the value of each cell.
multiply(int) - Method in class microsim.space.IntSpace: Multiply the given value to the value of each cell.
multiplyCoeffsWithValues(Map<String, Double>, Map<String, Double>) - Static method in class microsim.statistics.regression.LinearRegression
MultiProbitRegression<T extends Enum<T>> - Class in microsim.statistics.regression
MultiProbitRegression(Map<T, MultiKeyCoefficientMap>) - Constructor for class microsim.statistics.regression.MultiProbitRegression
MultiProbitRegression(Map<T, MultiKeyCoefficientMap>, Random) - Constructor for class microsim.statistics.regression.MultiProbitRegression
MultiRun - Class in microsim.engine: MultiRun is a template abstract class useful to guide the modeller to build an automatic simulation launcher, able to change interactively parameters on the basis of the last run.
MultiRun() - Constructor for class microsim.engine.MultiRun: Create a new multi run session.
multiRunId - Variable in class microsim.data.db.Experiment
MultiRunListener - Interface in microsim.engine
MultiTraceFunction - Class in microsim.statistics.functions: A MixFunction object is to collect data over time, computing some statistics on the fly, without storing the data in memory.
MultiTraceFunction() - Constructor for class microsim.statistics.functions.MultiTraceFunction
MultiTraceFunction.Double - Class in microsim.statistics.functions: An implementation of the Memoryless Series class, which manages double type data sources.
MultiTraceFunction.Integer - Class in microsim.statistics.functions: An implementation of the Memoryless Series class, which manages integer type data sources.
MultiTraceFunction.Long - Class in microsim.statistics.functions: An implementation of the Memoryless Series class, which manages long type data sources.
MultiTraceFunction.Variables - Enum Class in microsim.statistics.functions

N

name - Variable in class microsim.data.db.ExperimentParameter
name() - Element in annotation interface microsim.annotation.GUIparameter
nextGridPosition() - Method in interface microsim.space.ObjectSpaceIterator
nextModel() - Method in class microsim.engine.MultiRun: When a SIMULATION_END signal is sent to JAS by one of the running models, simulation is stopped and this method is called.
NORTH - Enum constant in enum class microsim.space.turtle.AbstractTurtle.Direction
NORTH_EAST - Enum constant in enum class microsim.space.turtle.AbstractTurtle.Direction
NORTH_WEST - Enum constant in enum class microsim.space.turtle.AbstractTurtle.Direction
notifySimulationListeners(SystemEventType) - Method in class microsim.engine.SimulationEngine

O

object - Variable in class microsim.event.SingleTargetEvent
objects - Variable in class microsim.space.DenseObjectSpace
ObjectSource - Interface in microsim.statistics: Used by statistical object to access object data.
ObjectSource.Variables - Enum Class in microsim.statistics
ObjectSpace - Interface in microsim.space
ObjectSpaceIterator<E> - Interface in microsim.space: A specific iterator for grids.
onEngineEvent(SystemEventType) - Method in class microsim.engine.MultiRun: This method monitors theSystemEventType.End signal.
onEngineEvent(SystemEventType) - Method in interface microsim.engine.EngineListener
onEvent(Enum<?>) - Method in interface microsim.event.EventListener
onEvent(Enum<?>) - Method in class microsim.space.DoubleDiffuseSpace
onEvent(Enum<?>) - Method in class microsim.statistics.CrossSection: EventListener callback function.
onEvent(Enum<?>) - Method in class microsim.statistics.functions.AbstractFunction: Updates the source, invoking the AbstractFunction.updateSource() method.
onEvent(Enum<?>) - Method in class microsim.statistics.functions.MaxTraceFunction: EventListener callback function.
onEvent(Enum<?>) - Method in class microsim.statistics.functions.MinTraceFunction: EventListener callback function.
onEvent(Enum<?>) - Method in class microsim.statistics.functions.MovingAverageTraceFunction: Updates the source, invoking the AbstractFunction.updateSource() method.
onEvent(Enum<?>) - Method in class microsim.statistics.functions.MultiTraceFunction: EventListener callback function.
onEvent(Enum<?>) - Method in class microsim.statistics.Series: EventListener callback function.
onEvent(Enum<?>) - Method in class microsim.statistics.TimeSeries: Performs one of the defined actions.
onEvent(Enum<?>) - Method in class microsim.statistics.weighted.Weighted_CrossSection: EventListener callback function.
Order - Enum Class in microsim.event: Deprecated.
ordering - Variable in class microsim.event.Event: If two events have time fields with equal value, their ordering fields will determine the order in which the events are fired, with lower ordering values fired before high ordering values.
outputRootFolder - Variable in class microsim.data.db.Experiment

P

p1 - Variable in class microsim.statistics.functions.PercentileArrayFunction
P1 - Enum constant in enum class microsim.statistics.functions.PercentileArrayFunction.Variables: Represent the function arguments for the getDoubleValue method.
p10 - Variable in class microsim.statistics.functions.PercentileArrayFunction
P10 - Enum constant in enum class microsim.statistics.functions.PercentileArrayFunction.Variables
p20 - Variable in class microsim.statistics.functions.PercentileArrayFunction
P20 - Enum constant in enum class microsim.statistics.functions.PercentileArrayFunction.Variables
p30 - Variable in class microsim.statistics.functions.PercentileArrayFunction
P30 - Enum constant in enum class microsim.statistics.functions.PercentileArrayFunction.Variables
p40 - Variable in class microsim.statistics.functions.PercentileArrayFunction
P40 - Enum constant in enum class microsim.statistics.functions.PercentileArrayFunction.Variables
p5 - Variable in class microsim.statistics.functions.PercentileArrayFunction
P5 - Enum constant in enum class microsim.statistics.functions.PercentileArrayFunction.Variables
p50 - Variable in class microsim.statistics.functions.PercentileArrayFunction
P50 - Enum constant in enum class microsim.statistics.functions.PercentileArrayFunction.Variables
p60 - Variable in class microsim.statistics.functions.PercentileArrayFunction
P60 - Enum constant in enum class microsim.statistics.functions.PercentileArrayFunction.Variables
p70 - Variable in class microsim.statistics.functions.PercentileArrayFunction
P70 - Enum constant in enum class microsim.statistics.functions.PercentileArrayFunction.Variables
p80 - Variable in class microsim.statistics.functions.PercentileArrayFunction
P80 - Enum constant in enum class microsim.statistics.functions.PercentileArrayFunction.Variables
p90 - Variable in class microsim.statistics.functions.PercentileArrayFunction
P90 - Enum constant in enum class microsim.statistics.functions.PercentileArrayFunction.Variables
p95 - Variable in class microsim.statistics.functions.PercentileArrayFunction
P95 - Enum constant in enum class microsim.statistics.functions.PercentileArrayFunction.Variables
p99 - Variable in class microsim.statistics.functions.PercentileArrayFunction
P99 - Enum constant in enum class microsim.statistics.functions.PercentileArrayFunction.Variables
PanelEntityKey - Class in microsim.data.db
PanelEntityKey() - Constructor for class microsim.data.db.PanelEntityKey: The default constructor that creates an instance only.
PanelEntityKey(long) - Constructor for class microsim.data.db.PanelEntityKey: This constructor assigns the id value.
ParameterDomain - Class in microsim.data: This class is used as a map to associate arrays of values with certain names.
ParameterDomain() - Constructor for class microsim.data.ParameterDomain: The default constructor, it only creates an instance of the class.
ParameterDomain(String, Object[]) - Constructor for class microsim.data.ParameterDomain: Creates an instance of the class with the given name and provided values.
ParameterRangeDomain - Class in microsim.data: This class is an extension of ParameterDomain where values that are stored are elements of arithmetic progressions of floating-point numbers generated from intervals.
ParameterRangeDomain() - Constructor for class microsim.data.ParameterRangeDomain: The default constructor, creates an instance only.
ParameterRangeDomain(String, Double, Double, Double) - Constructor for class microsim.data.ParameterRangeDomain: Creates an instance of the class, sets the name and min, max, and step values.
parameters - Variable in class microsim.data.db.Experiment
pause() - Method in class microsim.engine.SimulationEngine: Stop simulation.
PercentileArrayFunction - Class in microsim.statistics.functions: This function calculates percentiles (p1,p5,p10-p90,p95,p99) for a given cross-section of data.
PercentileArrayFunction(DoubleArraySource) - Constructor for class microsim.statistics.functions.PercentileArrayFunction: Create a percentile function on a double array source.
PercentileArrayFunction(IntArraySource) - Constructor for class microsim.statistics.functions.PercentileArrayFunction: Creates a percentile function on an integer array source.
PercentileArrayFunction(LongArraySource) - Constructor for class microsim.statistics.functions.PercentileArrayFunction: Create a percentile function on a long array source.
PercentileArrayFunction.Variables - Enum Class in microsim.statistics.functions
performAction(SystemEventType) - Method in class microsim.engine.SimulationEngine: React to system events.
persistIntSpace(EntityManager, IntSpace, Class<? extends IntegerSpaceEntity>) - Static method in class microsim.data.db.space.SpaceEntityPersister
persistObjectSpace(EntityManager, ObjectSpace, Class<? extends IntegerSpaceEntity>, String) - Static method in class microsim.data.db.space.SpaceEntityPersister
print(double[]) - Method in class microsim.space.DoubleDiffuseSpace
ProbitRegression - Class in microsim.statistics.regression
ProbitRegression(MultiKeyCoefficientMap) - Constructor for class microsim.statistics.regression.ProbitRegression
ProbitRegression(MultiKeyCoefficientMap, Random) - Constructor for class microsim.statistics.regression.ProbitRegression
put(Object[], Object[]) - Method in class microsim.data.MultiKeyHashMap: Adds
putValue(Object...) - Method in class microsim.data.MultiKeyCoefficientMap: Adds a value to the map.

Q

quit() - Method in class microsim.engine.SimulationEngine: Stops the simulation and then quits the JVM.

R

randomPopulate(double, int, int) - Method in class microsim.space.IntSpace
readOnly - Variable in class microsim.event.CollectionTargetEvent
rebuildModels() - Method in class microsim.engine.SimulationEngine: Dispose and rebuild each running model.
ReflectionUtils - Class in microsim.reflection
ReflectionUtils() - Constructor for class microsim.reflection.ReflectionUtils
reflectX(int) - Method in class microsim.space.AbstractSpace: Check the given x coordinate considering the grid as a walled space.
reflectX(int) - Method in interface microsim.space.ObjectSpace
reflectY(int) - Method in class microsim.space.AbstractSpace: Check the given y coordinate considering the grid as a walled space.
reflectY(int) - Method in interface microsim.space.ObjectSpace
RegressionColumnNames - Enum Class in microsim.statistics.regression: Enum types for use with Regressions.
RegressionUtils - Class in microsim.statistics.regression
RegressionUtils() - Constructor for class microsim.statistics.regression.RegressionUtils
REGRESSOR - Enum constant in enum class microsim.statistics.regression.RegressionColumnNames: Name of key column containing the regressors (also known as covariates)
remove(Object) - Method in class microsim.space.MultiObjectSpace: Remove the given object from the grid.
remove(Object) - Method in class microsim.space.SparseObjectSpace: Remove the given object from the grid.
remove(Object...) - Method in class microsim.data.MultiKeyHashMap
removeAt(int, int, Object) - Method in class microsim.space.MultiObjectSpace: Remove the given object from the grid at given position.
removeEngineListener(EngineListener) - Method in class microsim.engine.SimulationEngine
removeEvent(Event) - Method in class microsim.event.EventGroup: Removes the given event from the list.
removeGridPosition(SpacePosition) - Method in interface microsim.space.ObjectSpace
removeGridPosition(SpacePosition) - Method in class microsim.space.DenseObjectSpace: Remove the SpacePosition object from the grid.
removeGridPosition(SpacePosition) - Method in class microsim.space.MultiObjectSpace: Remove the SpacePosition object from the grid.
removeGridPosition(SpacePosition) - Method in class microsim.space.SparseObjectSpace: Remove the SpacePosition object from the grid.
resample(T) - Method in interface microsim.alignment.outcome.AlignmentOutcomeClosure: Attempts to resample (change) the binary outcome value of an agent.
ResamplingAlignment<T> - Class in microsim.alignment.outcome: Aligns the population by resampling of data with (or without) corresponding weights.
ResamplingAlignment() - Constructor for class microsim.alignment.outcome.ResamplingAlignment
reset() - Method in class microsim.engine.SimulationEngine
resetTo(double) - Method in class microsim.space.DoubleSpace: Set all cells to the given value.
resetTo(int) - Method in class microsim.space.IntSpace: Set all cells to the given value.
RESTART - Enum constant in enum class microsim.event.SystemEventType
rightShift(int) - Method in enum class microsim.space.turtle.AbstractTurtle.Direction
run() - Method in class microsim.engine.MultiRun: MultiRun is an independent thread.
run() - Method in class microsim.engine.SimulationEngine: Start the independent thread running simulation.
runId - Variable in class microsim.data.db.Experiment

S

SAVE - Enum constant in enum class microsim.event.CommonEventType
saveExperimentToDatabase - Variable in class microsim.data.ExperimentManager: The flag determines if output database must automatically be created.
saveToFile() - Method in class microsim.statistics.TimeSeries: Stores the entire data content in the output file in the same directory.
saveToFile(String, String) - Method in class microsim.statistics.TimeSeries: Stores the entire data content in the given output file.
saveToFile(String, String, boolean) - Method in class microsim.statistics.TimeSeries: Stores the entire data content in the given output file.
saveToFile(String, String, boolean, char) - Method in class microsim.statistics.TimeSeries: Stores the entire data content in the given output file.
SBDAlignment<T> - Class in microsim.alignment.probability
SBDAlignment() - Constructor for class microsim.alignment.probability.SBDAlignment
SBDLAlignment<T> - Class in microsim.alignment.probability
SBDLAlignment() - Constructor for class microsim.alignment.probability.SBDLAlignment
scheduleEvent(Event) - Method in class microsim.event.EventQueue: Adds an event to the queue.
scheduleOnce(Event, double, int) - Method in class microsim.event.EventQueue: Schedules a generic event to occur at a given time.
scheduleRepeat(Event, double, int, double) - Method in class microsim.event.EventQueue: Schedules a generic looped event at a given time and ordering.
scheduleSystem(double, int, double, SimulationEngine, SystemEventType) - Method in class microsim.event.EventQueue: Schedules a looped system event.
searchField(Class<?>, String) - Static method in class microsim.reflection.ReflectionUtils
searchMethod(Class<?>, String) - Static method in class microsim.reflection.ReflectionUtils
section() - Element in annotation interface microsim.annotation.GUIparameter
series - Variable in class microsim.statistics.TimeSeries
Series - Class in microsim.statistics: A series is a sequential collection of values coming from a given variable source over time.
Series() - Constructor for class microsim.statistics.Series
Series.Double - Class in microsim.statistics
Series.Integer - Class in microsim.statistics
Series.Long - Class in microsim.statistics
set(int, int, int, Object) - Method in class microsim.space.MultiObjectSpace: Put the given object at the given tri-dimensional position.
set(int, int, Object) - Method in class microsim.space.AbstractSpace: Store an object at a given position.
set(int, int, Object) - Method in interface microsim.space.ObjectSpace
set(int, int, Object) - Method in class microsim.space.DenseObjectSpace: Put the given object at the given position.
set(int, int, Object) - Method in class microsim.space.DoubleSpace: Set the given value at given position.
set(int, int, Object) - Method in class microsim.space.IntSpace: Set the given value at given position.
set(int, int, Object) - Method in class microsim.space.MultiObjectSpace: Enqueue the given object at the given position.
set(int, int, Object) - Method in class microsim.space.SparseObjectSpace: Put the given object at the given position.
setCardinalHeading(AbstractTurtle.Direction) - Method in class microsim.space.turtle.AbstractTurtle: Sets the turtle's heading using a constant for cardinal points.
setCardinalHeading(AbstractTurtle.Direction) - Method in class microsim.space.turtle.DigitalTurtle
setCardinalHeading(AbstractTurtle.Direction) - Method in class microsim.space.turtle.Turtle: Set the turtle's heading using a constant for cardinal points.
setCheckingTime(boolean) - Method in class microsim.statistics.CrossSection: Sets the current status of the time checker.
setCheckingTime(boolean) - Method in class microsim.statistics.functions.AbstractFunction: Sets the current status of the time checker.
setCheckingTime(boolean) - Method in class microsim.statistics.Series: Sets the current status of the time checker.
setCheckingTime(boolean) - Method in class microsim.statistics.weighted.Weighted_CrossSection: Set the current status of the time checker.
setCollectorManager(SimulationCollectorManager) - Method in interface microsim.engine.SimulationObserverManager
setDbl(int, int, double) - Method in class microsim.space.DoubleSpace: Set the given value at given position.
setEngine(SimulationEngine) - Method in interface microsim.engine.SimulationManager
setGrid(ObjectSpace) - Method in class microsim.space.turtle.AbstractTurtle
setHeading(int) - Method in class microsim.space.turtle.AbstractTurtle: Sets the current heading.
setHeading(int) - Method in class microsim.space.turtle.DigitalTurtle
setHeading(int) - Method in class microsim.space.turtle.Turtle: Set the current heading.
setIfEmptyXY(int, int) - Method in class microsim.space.turtle.AbstractTurtle: Sets a new position, only if new position is empty.
setInt(int, int, int) - Method in class microsim.space.IntSpace: Set the given value at given position.
setManager(SimulationManager) - Method in interface microsim.engine.SimulationCollectorManager
setMovingType(AbstractTurtle.MoveMode) - Method in class microsim.space.turtle.AbstractTurtle: Sets the behaviour of the turtle when it goes out of bounds of the grid.
setRandomHeading() - Method in class microsim.space.turtle.AbstractTurtle: Randomizes the turtle's heading.
setRandomHeading() - Method in class microsim.space.turtle.DigitalTurtle
setRandomHeading() - Method in class microsim.space.turtle.Turtle: Randomize the turtle's heading.
setRandomSeed(int) - Method in class microsim.engine.SimulationEngine: Set the current random seed.
setRunningStatus(boolean) - Method in class microsim.engine.SimulationEngine: Set current simulation running status.
setSimulationRun(Long) - Method in interface microsim.data.db.space.IntegerSpaceEntity
setSimulationTime(Double) - Method in interface microsim.data.db.space.IntegerSpaceEntity
setTimeAtNextLoop() - Method in class microsim.event.Event: Schedule event at the next loop time.
setTimeOrderingAndLoopPeriod(double, int, double) - Method in class microsim.event.Event: Set the time, ordering and loop period of the event
setTurnOffDatabaseConnection(boolean) - Method in class microsim.engine.SimulationEngine
setup() - Method in class microsim.engine.SimulationEngine
SETUP - Enum constant in enum class microsim.event.SystemEventType
setupExperiment(Experiment, Object...) - Method in class microsim.data.ExperimentManager: Creates the experiment setup by copying input files to the output folder.
setupRunLabel() - Method in class microsim.engine.MultiRun
setValue(Integer) - Method in interface microsim.data.db.space.IntegerSpaceEntity
setValues(Object[]) - Method in class microsim.data.ParameterRangeDomain: This method is not supported.
setX(int) - Method in class microsim.space.turtle.AbstractTurtle: Sets a new x position.
setX(Integer) - Method in interface microsim.data.db.space.IntegerSpaceEntity
setXY(int, int) - Method in class microsim.space.turtle.AbstractTurtle: Sets a new position.
setXY(int, int) - Method in class microsim.space.turtle.Turtle: Set a new position.
setY(int) - Method in class microsim.space.turtle.AbstractTurtle: Sets a new y position.
setY(Integer) - Method in interface microsim.data.db.space.IntegerSpaceEntity
SHUTDOWN - Enum constant in enum class microsim.event.SystemEventType
SidewalkAlignment<T> - Class in microsim.alignment.probability: set individual probability to 1 if there is a change of the integer part of the cumulated probability, 0 otherwise
SidewalkAlignment() - Constructor for class microsim.alignment.probability.SidewalkAlignment
SimpleMatching<T> - Class in microsim.matching: The simplest matching class.
simulate() - Method in class microsim.event.EventQueue: Runs an entire simulation.
SimulationCollectorManager - Interface in microsim.engine
SimulationEngine - Class in microsim.engine: The simulation engine.
SimulationEngine() - Constructor for class microsim.engine.SimulationEngine
SimulationException - Exception Class in microsim.exception: Deprecated.
SimulationException() - Constructor for exception class microsim.exception.SimulationException: Deprecated.
SimulationException(String) - Constructor for exception class microsim.exception.SimulationException: Deprecated.
SimulationException(String, Throwable) - Constructor for exception class microsim.exception.SimulationException: Deprecated.
SimulationException(Throwable) - Constructor for exception class microsim.exception.SimulationException: Deprecated.
SimulationManager - Interface in microsim.engine: The model deals mainly with specification issues, creating objects, relations between objects, and defining the order of events that take place in the simulation.
SimulationObserverManager - Interface in microsim.engine
SimulationRuntimeException - Exception Class in microsim.exception: Deprecated.
SimulationRuntimeException() - Constructor for exception class microsim.exception.SimulationRuntimeException: Deprecated.
SimulationRuntimeException(String) - Constructor for exception class microsim.exception.SimulationRuntimeException: Deprecated.
SimulationRuntimeException(String, Throwable) - Constructor for exception class microsim.exception.SimulationRuntimeException: Deprecated.
SimulationRuntimeException(Throwable) - Constructor for exception class microsim.exception.SimulationRuntimeException: Deprecated.
SimulationTimeManager - Class in microsim.engine
SimulationTimeManager(int, int, int, int) - Constructor for class microsim.engine.SimulationTimeManager
SimulationTimeManager(Date, int) - Constructor for class microsim.engine.SimulationTimeManager
SingleTargetEvent - Class in microsim.event: The simplest implementation of Event class.
SingleTargetEvent(Object, Enum<?>) - Constructor for class microsim.event.SingleTargetEvent: Creates a new event using early binding.
SingleTargetEvent(Object, String) - Constructor for class microsim.event.SingleTargetEvent: Creates a new event using late binding.
size() - Method in class microsim.space.AbstractSpace: Return the total size of the grid, i.e., width * height.
size() - Method in class microsim.space.DenseObjectSpace: Return the number of objects stored into the grid.
size() - Method in class microsim.space.DoubleSpace: Return the size of the grid that is width * height.
size() - Method in class microsim.space.IntSpace: Return the size of the grid that is width * height.
size() - Method in class microsim.space.SparseObjectSpace: Return the number of objects stored into the grid.
snap(EntityManager, Object) - Static method in class microsim.data.db.DatabaseUtils
snap(Object) - Static method in class microsim.data.db.DatabaseUtils
sortByComparator(Map<T, Double>, boolean) - Method in class microsim.alignment.probability.AbstractSortByDifferenceAlignment: Sorting of objects of type T (usually the agents) by an associated Double number.
sourceArray - Variable in class microsim.statistics.CrossSection
sourceList - Variable in class microsim.statistics.weighted.Weighted_CrossSection
SourceObjectArray - Interface in microsim.statistics
SOUTH - Enum constant in enum class microsim.space.turtle.AbstractTurtle.Direction
SOUTH_EAST - Enum constant in enum class microsim.space.turtle.AbstractTurtle.Direction
SOUTH_WEST - Enum constant in enum class microsim.space.turtle.AbstractTurtle.Direction
SpaceEntityPersister - Class in microsim.data.db.space
SpaceEntityPersister() - Constructor for class microsim.data.db.space.SpaceEntityPersister
SpacePosition - Class in microsim.space
SpacePosition() - Constructor for class microsim.space.SpacePosition
SpacePosition(int, int) - Constructor for class microsim.space.SpacePosition
SpacePosition(SpacePosition) - Constructor for class microsim.space.SpacePosition
SparseObjectSpace - Class in microsim.space: A sparse bi-dimensional grid containing one object per cell.
SparseObjectSpace(int, int) - Constructor for class microsim.space.SparseObjectSpace: Create a grid with given size.
SparseObjectSpace(AbstractSpace<Object>) - Constructor for class microsim.space.SparseObjectSpace: Create a copy of the given grid.
START - Enum constant in enum class microsim.event.SystemEventType
startSimulation() - Method in class microsim.engine.SimulationEngine: Start simulation.
step() - Method in class microsim.engine.SimulationEngine
step() - Method in class microsim.event.EventQueue: Makes one simulation step forward.
step(int) - Method in class microsim.engine.SimulationEngine: Make forSteps simulation steps.
STEP - Enum constant in enum class microsim.event.SystemEventType
STOP - Enum constant in enum class microsim.event.SystemEventType
StringInvoker - Class in microsim.statistics.reflectors: Employs Java reflection to call objects' methods which return string values.
StringInvoker(Class<?>, String, boolean) - Constructor for class microsim.statistics.reflectors.StringInvoker: Constructor.
StringInvoker(Object, String, boolean) - Constructor for class microsim.statistics.reflectors.StringInvoker: Constructor.
StringSource - Interface in microsim.statistics: Used by statistical object to access string data.
StringValueExtractor - Class in microsim.reflection
StringValueExtractor(Object, String, boolean) - Constructor for class microsim.reflection.StringValueExtractor
StringValueExtractor(Class<?>, String, boolean) - Constructor for class microsim.reflection.StringValueExtractor
sum - Variable in class microsim.statistics.functions.MultiTraceFunction.Double
sum - Variable in class microsim.statistics.functions.MultiTraceFunction.Integer
sum - Variable in class microsim.statistics.functions.MultiTraceFunction.Long
sum() - Method in class microsim.space.DoubleSpace: Sum the value of each cell.
sum() - Method in class microsim.space.IntSpace: Sum the value of each cell.
SUM - Enum constant in enum class microsim.statistics.functions.MultiTraceFunction.Variables: Return the sum of collected values.
SumArrayFunction - Class in microsim.statistics.functions: This class computes the sum of an array of source values.
SumArrayFunction(DoubleArraySource) - Constructor for class microsim.statistics.functions.SumArrayFunction: Create a sum function on a double array source.
SumArrayFunction(IntArraySource) - Constructor for class microsim.statistics.functions.SumArrayFunction: Creates a sum function on an integer array source.
SumArrayFunction(LongArraySource) - Constructor for class microsim.statistics.functions.SumArrayFunction: Creates a sum function on a long array source.
SumArrayFunction.Double - Class in microsim.statistics.functions: SumFunction operating on double source values.
SumArrayFunction.Integer - Class in microsim.statistics.functions: SumFunction operating on integer source values.
SumArrayFunction.Long - Class in microsim.statistics.functions: SumFunction operating on long source values.
sumSquare - Variable in class microsim.statistics.functions.MultiTraceFunction.Double
sumSquare - Variable in class microsim.statistics.functions.MultiTraceFunction.Integer
sumSquare - Variable in class microsim.statistics.functions.MultiTraceFunction.Long
swapPositions(int, int, int, int) - Method in class microsim.space.AbstractSpace: Swap the content of the (x1, y1) and (x2, y2) cells of the grid.
swapPositions(int, int, int, int) - Method in class microsim.space.DenseObjectSpace: Swap the content of the (x1, y1) and (x2, y2) cells of the grid.
swapPositions(int, int, int, int) - Method in class microsim.space.DoubleSpace: Swap the content of the (x1,y1) and (x2,y2) cells of the grid.
swapPositions(int, int, int, int) - Method in class microsim.space.IntSpace: Swap the content of the (x1,y1) and (x2,y2) cells of the grid.
swapPositions(int, int, int, int) - Method in class microsim.space.SparseObjectSpace: Swap the content of the (x1, y1) and (x2, y2) cells of the grid.
SystemEvent - Class in microsim.event: System events are directly processed by the simulation engine.
SystemEvent(SimulationEngine, SystemEventType) - Constructor for class microsim.event.SystemEvent: The default constructor.
SystemEventType - Enum Class in microsim.event: A collection of system events.

T

target - Variable in class microsim.reflection.AbstractValueExtractor
target - Variable in class microsim.statistics.CrossSection.Double
target - Variable in class microsim.statistics.CrossSection.Integer
target - Variable in class microsim.statistics.CrossSection.Long
target - Variable in class microsim.statistics.functions.MaxTraceFunction.Double
target - Variable in class microsim.statistics.functions.MaxTraceFunction.Integer
target - Variable in class microsim.statistics.functions.MaxTraceFunction.Long
target - Variable in class microsim.statistics.functions.MinTraceFunction.Double
target - Variable in class microsim.statistics.functions.MinTraceFunction.Integer
target - Variable in class microsim.statistics.functions.MinTraceFunction.Long
target - Variable in class microsim.statistics.functions.MultiTraceFunction.Double
target - Variable in class microsim.statistics.functions.MultiTraceFunction.Integer
target - Variable in class microsim.statistics.functions.MultiTraceFunction.Long
target - Variable in class microsim.statistics.reflectors.DoubleInvoker
target - Variable in class microsim.statistics.reflectors.IntegerInvoker
target - Variable in class microsim.statistics.reflectors.LongInvoker
target - Variable in class microsim.statistics.reflectors.StringInvoker
target - Variable in class microsim.statistics.Series.Double
target - Variable in class microsim.statistics.Series.Integer
target - Variable in class microsim.statistics.Series.Long
target - Variable in class microsim.statistics.weighted.Weighted_CrossSection.Double
target - Variable in class microsim.statistics.weighted.Weighted_CrossSection.Integer
target - Variable in class microsim.statistics.weighted.Weighted_CrossSection.Long
time - Variable in class microsim.event.Event: Get the next firing absolute time.
timeChecker - Variable in class microsim.statistics.CrossSection
timeChecker - Variable in class microsim.statistics.functions.AbstractFunction
timeChecker - Variable in class microsim.statistics.Series
timeChecker - Variable in class microsim.statistics.weighted.Weighted_CrossSection
TimeChecker - Class in microsim.statistics: The time checker is used by all the classes implementing the UpdatableSource interface to avoid repetitive updates.
Every time the UpdatableSource.updateSource() method of the user class is invoked, it asks TimeChecker if the update has been done yet at the current simulation time.
If the time checker is disabled it forces users to always update themselves.
TimeChecker() - Constructor for class microsim.statistics.TimeChecker
TimeSeries - Class in microsim.statistics: A container for multiple synchronized time series.
TimeSeries() - Constructor for class microsim.statistics.TimeSeries: Creates a new time series container.
timestamp - Variable in class microsim.data.db.Experiment
toArray() - Method in class microsim.space.SparseObjectSpace: Return an array of objects stored into the grid.
toBeContinued - Variable in class microsim.engine.MultiRun
TORUS - Enum constant in enum class microsim.space.turtle.AbstractTurtle.MoveMode: Turtle moves on a toroidal grid.
torusX(int) - Method in class microsim.space.AbstractSpace: Check the given x coordinate considering the grid as a toroid.
torusX(int) - Method in interface microsim.space.ObjectSpace
torusY(int) - Method in class microsim.space.AbstractSpace: Check the given y coordinate considering the grid as a toroid.
torusY(int) - Method in interface microsim.space.ObjectSpace
toString() - Method in class microsim.event.SingleTargetEvent: Converts this event to a string.
toString() - Method in class microsim.event.SystemEvent: Converts this system event to a string.
toString() - Method in class microsim.space.AbstractSpace: Return a string representing the content of the grid.
toString() - Method in class microsim.space.SpacePosition
toString() - Method in class microsim.statistics.CrossSection.Double
toString() - Method in class microsim.statistics.CrossSection.Integer
toString() - Method in class microsim.statistics.CrossSection.Long
toString() - Method in class microsim.statistics.Series.Double
toString() - Method in class microsim.statistics.Series.Integer
toString() - Method in class microsim.statistics.Series.Long
toString() - Method in class microsim.statistics.weighted.Weighted_CrossSection.Double
toString() - Method in class microsim.statistics.weighted.Weighted_CrossSection.Integer
toString() - Method in class microsim.statistics.weighted.Weighted_CrossSection.Long
toStringKey(Object) - Static method in class microsim.data.MultiKeyCoefficientMap: Converts value to a String.
turnCardinalLeft(int) - Method in class microsim.space.turtle.AbstractTurtle
turnCardinalLeft(int) - Method in class microsim.space.turtle.DigitalTurtle
turnCardinalLeft(int) - Method in class microsim.space.turtle.Turtle
turnCardinalRight(int) - Method in class microsim.space.turtle.AbstractTurtle
turnCardinalRight(int) - Method in class microsim.space.turtle.DigitalTurtle
turnCardinalRight(int) - Method in class microsim.space.turtle.Turtle
turnLeft(int) - Method in class microsim.space.turtle.AbstractTurtle: Changes the current heading rotating it to the left.
turnLeft(int) - Method in class microsim.space.turtle.DigitalTurtle
turnLeft(int) - Method in class microsim.space.turtle.Turtle: Change the current heading rotating it to the left.
turnRight(int) - Method in class microsim.space.turtle.AbstractTurtle: Changes the current heading rotating it to the right.
turnRight(int) - Method in class microsim.space.turtle.DigitalTurtle
turnRight(int) - Method in class microsim.space.turtle.Turtle: Change the current heading rotating it to the right.
Turtle - Class in microsim.space.turtle: An agent is able to move itself upon an object grid.
Turtle() - Constructor for class microsim.space.turtle.Turtle
Turtle(ObjectSpace) - Constructor for class microsim.space.turtle.Turtle: Create a turtle on the given grid at position (0,0).
Turtle(ObjectSpace, int, int) - Constructor for class microsim.space.turtle.Turtle: Create a turtle on the given grid at the given position.
type - Variable in class microsim.statistics.functions.AbstractArrayFunction
type - Variable in class microsim.statistics.functions.MovingAverageTraceFunction
type - Variable in class microsim.statistics.weighted.functions.AbstractWeightedArrayFunction
TYPE_DBL - Static variable in class microsim.statistics.functions.AbstractArrayFunction
TYPE_DBL - Static variable in class microsim.statistics.functions.MovingAverageTraceFunction
TYPE_DBL - Static variable in class microsim.statistics.weighted.functions.AbstractWeightedArrayFunction
TYPE_INT - Static variable in class microsim.statistics.functions.AbstractArrayFunction
TYPE_INT - Static variable in class microsim.statistics.functions.MovingAverageTraceFunction
TYPE_INT - Static variable in class microsim.statistics.weighted.functions.AbstractWeightedArrayFunction
TYPE_LNG - Static variable in class microsim.statistics.functions.AbstractArrayFunction
TYPE_LNG - Static variable in class microsim.statistics.functions.MovingAverageTraceFunction
TYPE_LNG - Static variable in class microsim.statistics.weighted.functions.AbstractWeightedArrayFunction

U

unschedule(Event) - Method in class microsim.event.EventQueue: Removes a certain event from the queue.
UpdatableSource - Interface in microsim.statistics: An updatable source is a class implementing one of the *Source interfaces, which needs to be updated to refresh its data.
update() - Method in class microsim.space.DoubleDiffuseSpace: Copies the writeMatrix to the readMatrix
UPDATE - Enum constant in enum class microsim.event.CommonEventType
UPDATE - Enum constant in enum class microsim.space.DoubleDiffuseSpace.Verbs
updateSource() - Method in class microsim.statistics.CrossSection.Double: Updates the state of the object when it's not up-to-date.
updateSource() - Method in class microsim.statistics.CrossSection.Integer: Updates the state of the object when it's not up-to-date.
updateSource() - Method in class microsim.statistics.CrossSection.Long: Updates the state of the object when it's not up-to-date.
updateSource() - Method in class microsim.statistics.CrossSection
updateSource() - Method in class microsim.statistics.functions.AbstractFunction: Forces the source to update its currently cached data.
updateSource() - Method in class microsim.statistics.functions.MultiTraceFunction.Double: Reads the source values and update statistics.
updateSource() - Method in class microsim.statistics.functions.MultiTraceFunction.Integer: Reads the source values and update statistics.
updateSource() - Method in class microsim.statistics.functions.MultiTraceFunction.Long: Reads the source values and update statistics.
updateSource() - Method in class microsim.statistics.functions.MultiTraceFunction: Collects a value from the source.
updateSource() - Method in class microsim.statistics.Series.Double
updateSource() - Method in class microsim.statistics.Series.Integer
updateSource() - Method in class microsim.statistics.Series.Long
updateSource() - Method in class microsim.statistics.Series
updateSource() - Method in class microsim.statistics.TimeSeries: Updates all the contained time series and the current time.
updateSource() - Method in interface microsim.statistics.UpdatableSource: Forces the source to update its currently cached data.
updateSource() - Method in class microsim.statistics.weighted.Weighted_CrossSection.Double
updateSource() - Method in class microsim.statistics.weighted.Weighted_CrossSection.Integer
updateSource() - Method in class microsim.statistics.weighted.Weighted_CrossSection.Long
updateSource() - Method in class microsim.statistics.weighted.Weighted_CrossSection

V

validateDisjointSets(List<T>, List<T>) - Method in class microsim.matching.AbstractMatcher: A validation method, it ensures that two lists do not intersect.
validateProbabilityValue(double) - Method in interface microsim.alignment.AlignmentUtils: Validates provided input values.
value - Variable in class microsim.data.db.ExperimentParameter
valueCount - Variable in class microsim.statistics.functions.MovingAverageTraceFunction
valueID - Variable in class microsim.statistics.CrossSection.Double
valueID - Variable in class microsim.statistics.CrossSection.Integer
valueID - Variable in class microsim.statistics.CrossSection.Long
valueID - Variable in class microsim.statistics.functions.MovingAverageTraceFunction
valueID - Variable in class microsim.statistics.Series.Double
valueID - Variable in class microsim.statistics.Series.Integer
valueID - Variable in class microsim.statistics.Series.Long
valueID - Variable in class microsim.statistics.weighted.Weighted_CrossSection.Double
valueID - Variable in class microsim.statistics.weighted.Weighted_CrossSection.Integer
valueID - Variable in class microsim.statistics.weighted.Weighted_CrossSection.Long
valueList - Variable in class microsim.statistics.CrossSection.Double
valueList - Variable in class microsim.statistics.CrossSection.Integer
valueList - Variable in class microsim.statistics.CrossSection.Long
valueList - Variable in class microsim.statistics.Series.Double
valueList - Variable in class microsim.statistics.Series.Integer
valueList - Variable in class microsim.statistics.Series.Long
valueList - Variable in class microsim.statistics.weighted.Weighted_CrossSection.Double
valueList - Variable in class microsim.statistics.weighted.Weighted_CrossSection.Integer
valueList - Variable in class microsim.statistics.weighted.Weighted_CrossSection.Long
valueOf(String) - Static method in enum class microsim.event.CommonEventType: Returns the enum constant of this class with the specified name.
valueOf(String) - Static method in enum class microsim.event.Order: Deprecated.

Returns the enum constant of this class with the specified name.
valueOf(String) - Static method in enum class microsim.event.SystemEventType: Returns the enum constant of this class with the specified name.
valueOf(String) - Static method in enum class microsim.space.DoubleDiffuseSpace.NEIGHBOURHOOD_TYPE: Returns the enum constant of this class with the specified name.
valueOf(String) - Static method in enum class microsim.space.DoubleDiffuseSpace.Verbs: Returns the enum constant of this class with the specified name.
valueOf(String) - Static method in enum class microsim.space.turtle.AbstractTurtle.Direction: Returns the enum constant of this class with the specified name.
valueOf(String) - Static method in enum class microsim.space.turtle.AbstractTurtle.MoveMode: Returns the enum constant of this class with the specified name.
valueOf(String) - Static method in enum class microsim.statistics.DoubleSource.Variables: Returns the enum constant of this class with the specified name.
valueOf(String) - Static method in enum class microsim.statistics.functions.MaxTraceFunction.Variables: Returns the enum constant of this class with the specified name.
valueOf(String) - Static method in enum class microsim.statistics.functions.MeanVarianceArrayFunction.Variables: Returns the enum constant of this class with the specified name.
valueOf(String) - Static method in enum class microsim.statistics.functions.MinTraceFunction.Variables: Returns the enum constant of this class with the specified name.
valueOf(String) - Static method in enum class microsim.statistics.functions.MultiTraceFunction.Variables: Returns the enum constant of this class with the specified name.
valueOf(String) - Static method in enum class microsim.statistics.functions.PercentileArrayFunction.Variables: Returns the enum constant of this class with the specified name.
valueOf(String) - Static method in enum class microsim.statistics.IntSource.Variables: Returns the enum constant of this class with the specified name.
valueOf(String) - Static method in enum class microsim.statistics.LongSource.Variables: Returns the enum constant of this class with the specified name.
valueOf(String) - Static method in enum class microsim.statistics.ObjectSource.Variables: Returns the enum constant of this class with the specified name.
valueOf(String) - Static method in enum class microsim.statistics.regression.RegressionColumnNames: Returns the enum constant of this class with the specified name.
values - Variable in class microsim.statistics.functions.MovingAverageTraceFunction
values() - Element in annotation interface microsim.annotation.CoefficientMapping
values() - Static method in enum class microsim.event.CommonEventType: Returns an array containing the constants of this enum class, in the order they are declared.
values() - Static method in enum class microsim.event.Order: Deprecated.

Returns an array containing the constants of this enum class, in the order they are declared.
values() - Static method in enum class microsim.event.SystemEventType: Returns an array containing the constants of this enum class, in the order they are declared.
values() - Static method in enum class microsim.space.DoubleDiffuseSpace.NEIGHBOURHOOD_TYPE: Returns an array containing the constants of this enum class, in the order they are declared.
values() - Static method in enum class microsim.space.DoubleDiffuseSpace.Verbs: Returns an array containing the constants of this enum class, in the order they are declared.
values() - Static method in enum class microsim.space.turtle.AbstractTurtle.Direction: Returns an array containing the constants of this enum class, in the order they are declared.
values() - Static method in enum class microsim.space.turtle.AbstractTurtle.MoveMode: Returns an array containing the constants of this enum class, in the order they are declared.
values() - Static method in enum class microsim.statistics.DoubleSource.Variables: Returns an array containing the constants of this enum class, in the order they are declared.
values() - Static method in enum class microsim.statistics.functions.MaxTraceFunction.Variables: Returns an array containing the constants of this enum class, in the order they are declared.
values() - Static method in enum class microsim.statistics.functions.MeanVarianceArrayFunction.Variables: Returns an array containing the constants of this enum class, in the order they are declared.
values() - Static method in enum class microsim.statistics.functions.MinTraceFunction.Variables: Returns an array containing the constants of this enum class, in the order they are declared.
values() - Static method in enum class microsim.statistics.functions.MultiTraceFunction.Variables: Returns an array containing the constants of this enum class, in the order they are declared.
values() - Static method in enum class microsim.statistics.functions.PercentileArrayFunction.Variables: Returns an array containing the constants of this enum class, in the order they are declared.
values() - Static method in enum class microsim.statistics.IntSource.Variables: Returns an array containing the constants of this enum class, in the order they are declared.
values() - Static method in enum class microsim.statistics.LongSource.Variables: Returns an array containing the constants of this enum class, in the order they are declared.
values() - Static method in enum class microsim.statistics.ObjectSource.Variables: Returns an array containing the constants of this enum class, in the order they are declared.
values() - Static method in enum class microsim.statistics.regression.RegressionColumnNames: Returns an array containing the constants of this enum class, in the order they are declared.
valuesMap - Variable in class microsim.data.MultiKeyCoefficientMap
variance - Variable in class microsim.statistics.functions.MeanVarianceArrayFunction
variance() - Method in class microsim.space.DoubleSpace: Compute the sample variance value of the values stored in the grid.
variance() - Method in class microsim.space.IntSpace: Compute the sample variance value of the values stored in the grid.
VARIANCE - Enum constant in enum class microsim.statistics.functions.MeanVarianceArrayFunction.Variables: Represents the variance function argument for the MeanVarianceArrayFunction.getDoubleValue(Enum) method.
VARIANCE - Enum constant in enum class microsim.statistics.functions.MultiTraceFunction.Variables: Return the variance of the collected values.
VON_NEUMANN - Enum constant in enum class microsim.space.DoubleDiffuseSpace.NEIGHBOURHOOD_TYPE

W

Weight - Interface in microsim.agent: An interface to implement when using JAS-mine classes that depend on agents that have weights.
Weighted_CrossSection - Class in microsim.statistics.weighted: A weighted cross-section is a collection of values each of them representing the status of a given variable of a weighted element of a collection of agents.
Weighted_CrossSection() - Constructor for class microsim.statistics.weighted.Weighted_CrossSection
Weighted_CrossSection.Double - Class in microsim.statistics.weighted
Weighted_CrossSection.Integer - Class in microsim.statistics.weighted
Weighted_CrossSection.Long - Class in microsim.statistics.weighted
Weighted_MeanArrayFunction - Class in microsim.statistics.weighted.functions: This class computes the (weighted) average (mean) value of an array of values taken from a data source, weighted by corresponding weights: weighted mean = sum (values * weights) / sum (weights) Note that the array of weights must have the same length as the array of values, otherwise an exception will be thrown.
Weighted_MeanArrayFunction(WeightedDoubleArraySource) - Constructor for class microsim.statistics.weighted.functions.Weighted_MeanArrayFunction: Create a mean function on a (weighted) double array source.
Weighted_MeanArrayFunction(WeightedIntArraySource) - Constructor for class microsim.statistics.weighted.functions.Weighted_MeanArrayFunction: Create a mean function on an integer array source.
Weighted_MeanArrayFunction(WeightedLongArraySource) - Constructor for class microsim.statistics.weighted.functions.Weighted_MeanArrayFunction: Create a mean function on a long array source.
Weighted_SumArrayFunction - Class in microsim.statistics.weighted.functions: This class computes the sum of an array of source values, with each element of the array multiplied by the weight of the source (the source must implement the Weight interface).
Weighted_SumArrayFunction(WeightedDoubleArraySource) - Constructor for class microsim.statistics.weighted.functions.Weighted_SumArrayFunction: Create a sum function on a double array weighted-source.
Weighted_SumArrayFunction(WeightedIntArraySource) - Constructor for class microsim.statistics.weighted.functions.Weighted_SumArrayFunction: Create a sum function on an integer array weighted-source.
Weighted_SumArrayFunction(WeightedLongArraySource) - Constructor for class microsim.statistics.weighted.functions.Weighted_SumArrayFunction: Create a sum function on a long array weighted-source.
Weighted_SumArrayFunction.Double - Class in microsim.statistics.weighted.functions: SumFunction operating on weighted double source values.
Weighted_SumArrayFunction.Integer - Class in microsim.statistics.weighted.functions: SumFunction operating on weighted integer source values.
Weighted_SumArrayFunction.Long - Class in microsim.statistics.weighted.functions: SumFunction operating on weighted long source values.
WeightedDoubleArraySource - Interface in microsim.statistics.weighted: Used by statistical object to access array of double values.
WeightedIntArraySource - Interface in microsim.statistics.weighted: Used by statistical object to access array of integer values.
WeightedLongArraySource - Interface in microsim.statistics.weighted: Used by statistical object to access array of long values.
weightedMean - Variable in class microsim.statistics.weighted.functions.Weighted_MeanArrayFunction
weights - Variable in class microsim.statistics.weighted.Weighted_CrossSection.Double
weights - Variable in class microsim.statistics.weighted.Weighted_CrossSection.Integer
weights - Variable in class microsim.statistics.weighted.Weighted_CrossSection.Long
WEST - Enum constant in enum class microsim.space.turtle.AbstractTurtle.Direction
window - Variable in class microsim.statistics.functions.MovingAverageArrayFunction

X

x - Variable in class microsim.space.SpacePosition
xSize - Variable in class microsim.space.AbstractSpace

Y

y - Variable in class microsim.space.SpacePosition
ySize - Variable in class microsim.space.AbstractSpace

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