/** Registers SimRunListeners with the current experiment runner */
protected void setListeners(SimRunListener[] listeners) {
if (listeners == null) return;
for (int i = 0; i < listeners.length; i++) {
SimRunListener l = listeners[i];
expRunner.addSimRunListener(l);
}
}
/** Initializes an experiment run from an xml file */
void readExperimentRunFromNode(Node root) {
try {
Run run = new Run();
run.readFromNode((Element) root);
expRunner = run.getExperimentRunner();
model = run.getModel();
expRunnerClass = expRunner.getClass();
modelClass = model.getClass();
expAccessPoints = new AccessPointTableModel(expRunner.getExperimentSettings());
modelAccessPoints = new AccessPointTableModel(expRunner.getModelParameters());
} catch (Exception e) {
e.printStackTrace();
}
}
/**
* Inits a new experiment run from a given model and experiment runner class: model and experiment
* runner are initialized. Parameter tables are connected to model parameter and experiment
* setting access points.
*/
void initNewExperimentRun() {
try {
if (expRunnerClass != null && modelClass != null) {
model = (Model) modelClass.newInstance();
if (this.modelConstants != null) {
model
.getParameterManager()
.initializeModelParameter(String[].class, "cmdparam", this.modelConstants);
}
expRunner = (ExperimentRunner) expRunnerClass.newInstance();
expRunner.setModel(model);
expAccessPoints = new AccessPointTableModel(expRunner.getExperimentSettings());
modelAccessPoints = new AccessPointTableModel(expRunner.getModelParameters());
}
} catch (Exception e) {
e.printStackTrace();
}
}
/** Called when experiment is stopped. Implemented for ExperimentListener */
public void experimentStopped(SimRunEvent e) {
Experiment exp = expRunner.getExperiment();
Map expMap = expAccessPoints.getAccessPoints();
Object[] expvalues = AccessUtil.getAccessPointValues(expMap);
String currentTime = model.currentTime().toString(3);
String experimentValues = expvalues[AccessUtil.getIndexof("name", expMap)].toString();
String outputPath = exp.getOutputPath();
List<List<String>> appendixes = exp.getOutputAppendixes();
String[] appendixesUsed = {
appendixes.get(0).get(0),
appendixes.get(1).get(0),
appendixes.get(2).get(0),
appendixes.get(3).get(0)
}; // only use the first one (GUI can only set one output file type per channel)
experimentGUI.setStopped(currentTime, startTime, experimentValues, outputPath, appendixesUsed);
}
/** Starts the current experiment for the first time */
void startExperiment() {
expAccessPoints.setValues();
modelAccessPoints.setValues();
expRunner.addSimClockListener(this);
expRunner.addExperimentListener(this);
expRunner.init();
SimRunListener[] l = expRunner.createSimRunListeners(observerDesktop);
setListeners(l);
expRunner.registerMessageReceivers();
startTime = System.currentTimeMillis();
expRunner.start();
}
/** Pauses and resumes the currentExperiment (called when PAUSE button is switched). */
void pauseExperiment(boolean isSelected) {
expRunner.setPaused(isSelected);
}
/** Stops the current experiment (forever). Called when STOP button is pressed */
void stopExperiment() {
expRunner.stopExperiment();
}
/**
* Called when the currently active experiment's SimClock is advanced
*
* @param e SimRunEvent: A SimRunEvent.
*/
public void clockAdvanced(SimRunEvent e) {
SimTime currentTime = e.getSimTime();
double timePercent =
(currentTime.getTimeValue() / expRunner.getExperiment().getStopTime().getTimeValue()) * 100;
experimentGUI.clockAdvanced(currentTime.toString(3), timePercent, startTime);
}