>>>>> "RL" == Rob Leclerc <Rob> writes:
RL> Given that Swarm only has a discrete 2D gird by default, now
RL> allowing for multiple objects at the same X,Y coordinate, I
RL> originally coded my model for this.
Well, this is a somewhat tangential reply (more visualization than
representation), but here's an example of how to put agents on a
Canvas such that two or more agents can be in the same place. It
requires recent a swarm.jar & DLLs.
And as far as Grid2d goes, you can just as easily put a List on a cell
as an agent..
import swarm.Globals;
import swarm.simtoolsgui.GUISwarmImpl;
import swarm.defobj.Zone;
import swarm.gui.Canvas;
import swarm.gui.CanvasC;
import swarm.gui.CanvasImpl;
import swarm.gui.CanvasCImpl;
import swarm.gui.OvalNodeItem;
import swarm.gui.OvalNodeItemC;
import swarm.gui.OvalNodeItemS;
import swarm.gui.OvalNodeItemCImpl;
import swarm.gui.OvalNodeItemImpl;
import swarm.activity.ScheduleImpl;
import swarm.activity.Schedule;
import swarm.activity.Activity;
import swarm.objectbase.Swarm;
import swarm.Selector;
import java.util.LinkedList;
import java.util.List;
public class TestCanvas extends GUISwarmImpl {
List bugList;
Schedule schedule;
final int xMax = 500;
final int yMax = 500;
static void main (String args[]) {
Globals.env.initSwarm ("TestCanvas", "0.0", "address@hidden",
args);
TestCanvas testCanvas = new TestCanvas (Globals.env.globalZone);
testCanvas.buildObjects ();
testCanvas.buildActions ();
testCanvas.activateIn (null);
testCanvas.go ();
}
static int bugCount = 0;
class Bug {
OvalNodeItem oval;
Bug (Canvas canvas) {
OvalNodeItemC ovalC =
new OvalNodeItemCImpl (new OvalNodeItemImpl ());
ovalC.createBegin (canvas.getZone ());
ovalC.setCanvas (canvas);
ovalC.setString ("Bug" + bugCount);
int x =
Globals.env.uniformIntRand.getIntegerWithMin$withMax
(0, xMax);
int y =
Globals.env.uniformIntRand.getIntegerWithMin$withMax
(0, yMax);
ovalC.setX$Y (x, y);
oval = (OvalNodeItem) ovalC.createEnd ();
move ();
bugCount++;
}
public void move () {
int xdelta =
Globals.env.uniformIntRand.getIntegerWithMin$withMax (-5, 5);
int ydelta =
Globals.env.uniformIntRand.getIntegerWithMin$withMax (-5, 5);
int x = oval.getX ();
int y = oval.getY ();
if (x + xdelta >= 0 && y + ydelta >= 0
&& x + xdelta < xMax && y + ydelta < yMax)
oval.moveX$Y (xdelta, ydelta);
}
}
public TestCanvas (Zone aZone) {
super (aZone);
}
public Object buildObjects () {
super.buildObjects ();
CanvasC canvasC = new CanvasCImpl (new CanvasImpl ());
canvasC.createBegin (getZone ());
Canvas canvas = (Canvas) canvasC.createEnd ();
canvas.setHeight (xMax);
canvas.setWidth (yMax);
canvas.setWindowTitle ("Agents");
canvas.pack ();
bugList = new LinkedList ();
bugList.add (new Bug (canvas));
bugList.add (new Bug (canvas));
return this;
}
public Object buildActions () {
super.buildActions ();
schedule = new ScheduleImpl (getZone (), 1);
try {
schedule.at$createActionForEach$message
(0,
bugList,
new Selector (Bug.class,
"move",
false));
schedule.at$createActionTo$message
(0,
getActionCache (),
new Selector (getActionCache ().getClass (),
"doTkEvents",
false));
} catch (Exception e) {
e.printStackTrace (System.err);
System.exit (1);
}
return this;
}
public Activity activateIn (Swarm swarmContext) {
super.activateIn (swarmContext);
schedule.activateIn (this);
return getActivity ();
}
}
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