- save(PrintStream) - Method in class sociogram.Sociogram
-
Saves the sociogram in a text field determined by the stream of the
parameter.
- saveInputParameters(PrintStream) - Method in class sociogram.MainGUI
-
- saveJTable(JTable, PrintStream, int) - Method in class sociogram.MainGUI
-
It saves the contents of the JTable.
- saveSeveralSimulations(PrintStream) - Method in class sociogram.MainGUI
-
It saves several simulations
- saveValues(PrintStream) - Method in class simulation.MeasurementEvolution
-
Save the all the recorded measurement values by printing these in an
open PrintStream
- SELECTION_COLOR - Static variable in class sociogram.SociogramGUI
-
Color of the selection relationships among agents
- SELECTION_THRESHOLD - Static variable in class sociogram.Sociogram
-
Relationship Value from which it is considered to be a selection.
- setDeckValue(String, int[], int) - Static method in class sociogram.IndividualAgent
-
It sets the value of a deck for a specific choice.
- setDeckValue(String, int[], int) - Method in class trainingsoci.TrainableSoci
-
It sets the value of of a deck for a specific choice.
- setIndex(int) - Method in class sociogram.IndividualAgent
-
- setMeasurementEvolution(MeasurementEvolution) - Method in class simulation.SimulationAnimation
-
Sets a reference to the measurement value given in the parameter
- setName(String) - Method in class sociogram.IndividualAgent
-
- setObserver(ObserverAnimation) - Method in class simulation.SimulationAnimation
-
Sets the observer for notififying the end of the simulation
- setSimulation(Simulation) - Method in class sociogram.Blackboard
-
- setSizeDeckAffinity(int) - Static method in class sociogram.IndividualAgent
-
- setSizeDeckCoherenceRejection(int) - Static method in class sociogram.IndividualAgent
-
- setSizeDeckCoherenceSelection(int) - Static method in class sociogram.IndividualAgent
-
- setSociogramGUI(SociogramGUI) - Method in class sociogram.Blackboard
-
Sets the sociogram GUI
- setSpeed(double) - Method in class simulation.SimulationAnimation
-
Set the speed (iterations/second) translating it to miliseconds of the
interval of each iteration.
- setTrend(IndividualAgent, IndividualAgent, double) - Method in class sociogram.Sociogram
-
Sets the the trend in a pair of agents
- setX(double) - Method in class sociogram.IndividualAgent
-
- setY(double) - Method in class sociogram.IndividualAgent
-
- showResults() - Method in class sociogram.MainGUI
-
Shows the results of the simulation.
- showSummary() - Method in class sociogram.MainGUI
-
It shows the summary in the GUI
- simpleTrainingExample() - Static method in class trainingsoci.TestTraining
-
A basic example of training ABS-SOCI with ATABS.
- simulation - package simulation
-
It contains all the classes for constructing agent-based
simulators in general following PEABS (a Process for developing
Efficient ABSs).
- Simulation - Class in simulation
-
It represents a simulation with a multi-agent system.
- Simulation() - Constructor for class simulation.Simulation
-
Creates a simulation with an empty list of agents
- simulation - Variable in class sociogram.Blackboard
-
Simulation, which is used to get the number of the iteration of the
simulation
- simulation - Variable in class sociogram.MainGUI
-
Current simulation
- simulation - Variable in class trainingsoci.TrainableSoci
-
Simulation of ABS-SOCI
- SimulationAnimation - Class in simulation
-
A class for make a simulation but with a timer to make the simulation slower
and repaint a GUI to show the animation.
- SimulationAnimation(JFrame) - Constructor for class simulation.SimulationAnimation
-
Constructor with a GUI
- size - Variable in class sociogram.Sociogram
-
Number of Individuals
- sizeDeckAffinity - Static variable in class sociogram.IndividualAgent
-
Size of decks for affinity (i.e. suitability and unsuitability).
- sizeDeckCoherenceRejection - Static variable in class sociogram.IndividualAgent
-
Size of the deck for coherence for rejections
- sizeDeckCoherenceSelection - Static variable in class sociogram.IndividualAgent
-
Size of the deck for coherence for selections
- sizeLevel() - Method in class sociogram.IndividualAgent
-
Returns the size level, by checking in which limits is bounded the size
of the current simulation.
- sizeLimits - Variable in class sociogram.IndividualAgent
-
The size limits of each size level.
- sociogram - package sociogram
-
This package contains all the classes that are specific of
ABS-SOCI (an Agent-Based Simulator of SOCIograms).
- sociogram - Variable in class sociogram.Blackboard
-
Sociogram of the individual agents
- Sociogram - Class in sociogram
-
It represents a graph with a matrix with the relations among individuals.
- Sociogram(List<IndividualAgent>) - Constructor for class sociogram.Sociogram
-
Constructor of the Class.
- sociogramGUI - Variable in class sociogram.Blackboard
-
GUI of the sociogram
- sociogramGUI - Variable in class sociogram.MainGUI
-
Reference to the Sociogram GUI
- SociogramGUI - Class in sociogram
-
This class represents the GUI of a sociagram to show its evolution through
the simulation.
- SociogramGUI() - Constructor for class sociogram.SociogramGUI
-
Creates new form SociogramGUI
- sociograms - Variable in class sociogram.MainGUI
-
Final sociogram of each simulation
- SPACE - Static variable in class sociogram.SociogramGUI
-
- startStatistics() - Method in class trainingsoci.TestTraining
-
It starts the statistics such as the measurement of elapsed time.
- startTime - Variable in class trainingsoci.TestTraining
-
It containes the time when the training started.
- stopStatistics() - Method in class trainingsoci.TestTraining
-
It stops the chronometer and other statistics and show these
- suitable - Static variable in class sociogram.IndividualAgent
-
Proportion of social selections with other agent of other type.
- SUITABLE_CHOICE - Static variable in class sociogram.IndividualAgent
-
The selection choice from suitability
- summary - Variable in class sociogram.MainGUI
-
This matrix stores the summarizes of the results for each metric.