uchicago.src.sim.enn
Class EnnBatchModel

java.lang.Object
  |
  +--uchicago.src.sim.engine.SimModelImpl
        |
        +--uchicago.src.sim.enn.EnnBase
              |
              +--uchicago.src.sim.enn.EnnBatchModel

All Implemented Interfaces:

DescriptorContainer, SimEventProducer, SimModel

public class EnnBatchModel

extends EnnBase

A partial implementation of Randal Picker's Endogenous Neighborhood game as described in his as yet unpublished "Endogenous Neighborhoods and Norms." This simulation extends prior work by Randal Picker. See "Simple Games in a Complex World: A Generative Approach to the Adoption of Norms", 64 University of Chicago Law Review 1225 (1997). Thanks to Randal Picker for allowing us to include this with Repast. Batch version of the EnnModel - virtually the same, but without any display classes, and an arbitrary run stop at 200 ticks

Field Summary

Fields inherited from class uchicago.src.sim.enn.EnnBase

agentList, aspiration, bValue, gridDensity, happyPlay, leftPercent, recorder, schedule, shuffle, space, unhappyPlay, WORLD_X_SIZE, WORLD_Y_SIZE

Fields inherited from class uchicago.src.sim.engine.SimModelImpl

descriptors, modelManipulator

Constructor Summary

EnnBatchModel()

Method Summary

void	begin() Begins a simulation run.
protected void	initDataRecorder()
static void	main(String[] args)
void	setup() Prepares a model for a new run, typically by deallocating objects or setting them to some reasonable default.
void	stop() Stops the simulation.

Methods inherited from class uchicago.src.sim.enn.EnnBase

buildModel, computeOAC, computeOSWA, computeRave, getAspiration, getBValue, getDoShuffle, getGridDensity, getHappyPlay, getInitParam, getName, getPercentLeft, getSchedule, getUnhappyPlay, setAspiration, setBValue, setDoShuffle, setGridDensity, setHappyPlay, setPercentLeft, setUnhappyPlay

Methods inherited from class uchicago.src.sim.engine.SimModelImpl

addPropertyListener, addSimEventListener, clearMediaProducers, clearPropertyListeners, fireBooleanPropertyEvent, fireEndSim, fireNumericPropertyEvent, fireObjectPropertyEvent, firePauseSim, fireSimEvent, fireStopSim, fireStringPropertyEvent, generateNewSeed, getController, getMediaProducers, getModelManipulator, getParameterDescriptors, getPropertiesValues, getRngSeed, getTickCount, getTickCountDouble, pause, registerDisplaySurface, registerMediaProducer, removePropertyListener, removeSimEventListener, setController, setRngSeed

Methods inherited from class java.lang.Object

clone, equals, finalize, getClass, hashCode, notify, notifyAll, toString, wait, wait, wait

Constructor Detail

EnnBatchModel

public EnnBatchModel()

Method Detail

initDataRecorder

protected void initDataRecorder()

Specified by:

initDataRecorder in class EnnBase

begin

public void begin()

Description copied from interface: SimModel

Begins a simulation run. All initialization, building the model, diplay, etc. should take place here. This method is called whenever the start button (or the step button if the run has not yet begun) is clicked. If running in batch mode this is called to kick off a new simulation run.

setup

public void setup()

Description copied from interface: SimModel

Prepares a model for a new run, typically by deallocating objects or setting them to some reasonable default. Called whenever the setup button is clicked or if operating in batch mode whenever a single run has ended in preparation for the next. Also called when the model is first loaded.

stop

public void stop()

Description copied from class: SimModelImpl

Stops the simulation.

Overrides:

stop in class SimModelImpl

main

public static void main(String[] args)