private void setRandom() {
if (rand != null) {
try {
rand.setSeed(bar.getRandomText());
status.setOK();
status.setText(r(Res.RANDOM_REINIT_SUCCESS) + ": " + rand.getSeed());
} catch (final NumberFormatException e) {
status.setNo();
status.setText(r(Res.RANDOM_REINIT_FAIL) + ": " + r(Res.IS_NOT_AN_INTEGER));
}
} else {
status.setNo();
status.setText(r(Res.RANDOM_REINIT_FAIL) + ": RandomEngine " + r(Res.IS_NOT_INITIALIZED_YET));
}
}
private void process(final boolean parallel) {
if (sim != null) {
sim.stopAndWait();
}
try {
sim = null;
final Future<Result<T>> fenv = EnvironmentBuilder.build(new FileInputStream(xml));
final IEnvironment<T> env = fenv.get().getEnvironment();
rand = fenv.get().getRandomEngine();
sim = new Simulation<>(env, new DoubleTime(Double.POSITIVE_INFINITY), parallel);
bar.setSimulation(sim);
scp.setSimulation(sim);
final Thread simThread = new Thread(sim);
createMonitor();
simThread.start();
final TimeStepMonitor<T> tm = bar.getTimeMonitor();
sim.addOutputMonitor(tm);
bar.setRandom(rand.getSeed());
bar.setFileOK(true);
bar.setProcessOK(true);
effectsTab.setEnabled(true);
status.setOK();
status.setText(r(Res.FILE_PROCESSED) + ": " + xml.getAbsolutePath());
} catch (Exception e) {
processError(e);
}
}