public void init(Controller c) {
super.init(c);
// Make the Display2D. We'll have it display stuff later.
display = new Display2D(500, 500, this, 1); // at 400x400, we've got 4x4 per array position
displayFrame = display.createFrame();
c.registerFrame(displayFrame); // register the frame so it appears in the "Display" list
displayFrame.setVisible(true);
// attach the portrayals from bottom to top
display.attach(foodPortrayal, "Food");
display.attach(agentPortrayal, "Agents");
displayFrame.setTitle("Agents");
// specify the backdrop color -- what gets painted behind the displays
display.setBackdrop(Color.yellow);
// Make the Display2D. We'll have it display stuff later.
display2 = new Display2D(400, 400, this, 1); // at 400x400, we've got 4x4 per array position
displayFrame2 = display2.createFrame();
displayFrame2.setTitle("Statistic");
c.registerFrame(displayFrame2); // register the frame so it appears in the "Display" list
displayFrame2.setVisible(false);
// specify the backdrop color -- what gets painted behind the displays
display2.setBackdrop(Color.GRAY);
// attach the portrayals from bottom to top
display2.attach(summaryPortrayal, "Summary");
}
ChartGenerator createNewChart(final GUIState simulation) {
generator = createNewGenerator();
globalAttributes = new GlobalAttributes();
generator.addGlobalAttribute(globalAttributes); // it'll be added last
// set up the simulation -- need a new name other than guiObjects: and it should be
// a HashMap rather than a Bag.
if (simulation.guiObjects == null) simulation.guiObjects = new Bag();
simulation.guiObjects.add(generator);
final JFrame f = generator.createFrame(simulation);
WindowListener wl =
new WindowListener() {
public void windowActivated(WindowEvent e) {}
public void windowClosed(WindowEvent e) {}
public void windowClosing(WindowEvent e) {
generator.quit();
}
public void windowDeactivated(WindowEvent e) {}
public void windowDeiconified(WindowEvent e) {}
public void windowIconified(WindowEvent e) {}
public void windowOpened(WindowEvent e) {}
};
f.addWindowListener(wl);
f.setVisible(true);
return generator;
}
/**
* Schedules a series with the MASON simulation. You specify a value provider to give series data
* each timestep. This value provider can be null, in which case no data will ever be updated --
* you'd have to update it on your own as you saw fit.
*/
public static Stoppable scheduleSeries(
final GUIState state,
final BarChartSeriesAttributes attributes,
final ProvidesCollection valueProvider) {
return state.scheduleRepeatingImmediatelyAfter(
new Steppable() {
double last = state.state.schedule.BEFORE_SIMULATION;
public void step(SimState state) {
double x = state.schedule.getTime();
if (x > last && x >= state.schedule.EPOCH && x < state.schedule.AFTER_SIMULATION) {
last = x;
if (valueProvider != null) {
final Collection vals = valueProvider.provide();
// JFreeChart isn't synchronized. So we have to update it from the Swing Event
// Thread
if (vals != null)
SwingUtilities.invokeLater(
new Runnable() {
public void run() {
attributes.setElements(new ArrayList(vals));
}
});
}
// this will get pushed on the swing queue late
attributes.getGenerator().updateChartLater(state.schedule.getSteps());
}
}
});
}
/**
* Schedules a series with the MASON simulation. You specify a value provider to give series data
* each timestep. This value provider can be null, in which case no data will ever be updated --
* you'd have to update it on your own as you saw fit.
*/
public static Stoppable scheduleSeries(
final GUIState state, final TimeSeriesAttributes attributes, final Valuable valueProvider) {
return state.scheduleRepeatingImmediatelyAfter(
new Steppable() {
final XYSeries series = attributes.getSeries();
double last = state.state.schedule.BEFORE_SIMULATION;
public void step(SimState state) {
final double x = state.schedule.getTime();
if (x > last && x >= state.schedule.EPOCH && x < state.schedule.AFTER_SIMULATION) {
last = x;
final double value =
(valueProvider == null) ? Double.NaN : valueProvider.doubleValue();
// JFreeChart isn't synchronized. So we have to update it from the Swing Event Thread
SwingUtilities.invokeLater(
new Runnable() {
public void run() {
attributes.possiblyCull();
series.add(x, value, true);
}
});
// this will get pushed on the swing queue late
attributes.getGenerator().updateChartLater(state.schedule.getSteps());
}
}
});
}
public void quit() {
super.quit();
display = null;
if (displayFrame != null) {
JFrame f = displayFrame;
displayFrame = null;
f.dispose();
}
}
// this method is called when the user close the java window
public void quit() {
super.quit();
// disposing the displayFrame automatically calls quit() on the display,
// so we don't need to do so ourselves here.
if (displayFrame != null) {
displayFrame.dispose();
displayFrame2.dispose();
}
// displayFrame = null; // let gc
// displayFrame2=null;
// display = null; // let gc
// display2=null;
}
public void init(final Controller c) {
super.init(c);
// make the displayer
display =
new Display2D(448, 560, this) {
public void createConsoleMenu() {}
public void quit() {
super.quit();
((SimpleController) c).doClose();
}
};
display.setBackdrop(Color.black);
displayFrame = display.createFrame();
displayFrame.setTitle("MASON Pac Man");
c.registerFrame(displayFrame); // register the frame so it appears in the "Display" list
displayFrame.setVisible(true);
// Notice the order: first the background, then the dots, then the agents, then the overlay
display.attach(mazePortrayal, "Maze");
// display.attach( background, "Background");
display.attach(dotPortrayal, "Dots", 8, 8, true);
display.attach(agentPortrayal, "Agents", 8, 8, true);
display.attach(new Overlay(this), "Overlay");
// Some stuff to make this feel less like MASON
// delete the header
display.remove(display.header);
// delete all listeners
display.removeListeners();
// delete the scroll bars
display.display.setVerticalScrollBarPolicy(display.display.VERTICAL_SCROLLBAR_NEVER);
display.display.setHorizontalScrollBarPolicy(display.display.HORIZONTAL_SCROLLBAR_NEVER);
// when we close the window, the application quits
displayFrame.setDefaultCloseOperation(javax.swing.JFrame.DISPOSE_ON_CLOSE);
// can't resize
displayFrame.setResizable(false);
// add antialiasing and interpolation
display.insideDisplay.setupHints(true, false, false);
// the window won't be the right size now -- modify it.
displayFrame.pack();
// Now we add in the listeners we want
addListeners(display);
}
public void load(SimState state) {
super.load(state);
setupPortrayals();
}
public void start() {
super.start();
setupPortrayals();
}
public void start() {
super.start(); // set up everything but replacing the display
// set up our portrayals
setupPortrayals();
}
public void load(SimState state) {
super.load(state);
// we now have new grids. Set up the portrayals to reflect that
setupPortrayals();
}