public override void StartSimulation(IRTIambassador rtiAmb)
{
if (log.IsInfoEnabled)
{
log.Info("Start Boids simulation");
}
JoinSimulation(rtiAmb, color, "Boids");
try
{
simulationThread = new Thread(new ThreadStart(SimulationLoop));
boidsManager = new BoidsManager(federateAmbassador);
boidsManager.BuildBoids(NUMBER_BOIDS, new Vector3(750, 60, 750), color);
BoidsSample app = new BoidsSample(boidsManager, color);
simulationThread.Start();
app.Go();
}
catch (Exception e)
{
if (log.IsErrorEnabled)
{
log.Error("Failed running simulation. Exception :" + e.Message);
}
}
}
protected Boid(float velFactor, BoidsManager bh, Vector3 floorCenter, string boidColor)
{
maxSpeed = MAX_SPEED * velFactor; // to vary the maxSpeed
beh = bh;
//center = floorCenter;
MAX_PT += floorCenter;
MIN_PT += floorCenter;
Position = floorCenter + new Vector3(RandPosn(),
(float)(random.NextDouble() * 6.0),
RandPosn());
Velocity = new Vector3(RandVel(), RandVel(), RandVel());
Color = boidColor;
}
protected Boid(float velFactor, BoidsManager bh, Vector3 floorCenter, string boidColor)
{
maxSpeed = MAX_SPEED * velFactor; // to vary the maxSpeed
beh = bh;
//center = floorCenter;
MAX_PT += floorCenter;
MIN_PT += floorCenter;
Position = floorCenter + new Vector3(RandPosn(),
(float)(random.NextDouble() * 6.0),
RandPosn());
Velocity = new Vector3(RandVel(), RandVel(), RandVel());
Color = boidColor;
}
public static Boid NewBoid(float velFactor, BoidsManager bh, Vector3 floorCenter, string boidColor)
{
return((Boid)NewInstance(myCallType, velFactor, bh, floorCenter, boidColor));
}
public static Boid NewBoid(float velFactor, BoidsManager bh, Vector3 floorCenter, string boidColor)
{
return (Boid)NewInstance(myCallType, velFactor, bh, floorCenter, boidColor);
}
public override void StartSimulation(IRTIambassador rtiAmb)
{
if (log.IsInfoEnabled)
log.Info("Start Boids simulation");
JoinSimulation(rtiAmb, color, "Boids");
try
{
simulationThread = new Thread(new ThreadStart(SimulationLoop));
boidsManager = new BoidsManager(federateAmbassador);
boidsManager.BuildBoids(NUMBER_BOIDS, new Vector3(750, 60, 750), color);
BoidsSample app = new BoidsSample(boidsManager, color);
simulationThread.Start();
app.Go();
}
catch (Exception e)
{
if (log.IsErrorEnabled)
log.Error("Failed running simulation. Exception :" + e.Message);
}
}
public BoidsSample(BoidsManager manager, string boidColor)
{
boidsManager = manager;
color = boidColor;
}
public BoidsSample(BoidsManager manager, string boidColor)
{
boidsManager = manager;
color = boidColor;
}