public override void ExplodeOut(Action onCompleted)
{
if (_explodingState == ExplodingState.Exploded ||
_explodingState == ExplodingState.ExplodingOut)
{
onCompleted();
return;
}
_onExplodeCompleted = onCompleted;
_explodingState = ExplodingState.ExplodingOut;
for (int i = 0; i < _particles.Count; i++)
{
var particle = _particles[i];
particle.Exploding = true;
var center = new Vector3D(0.5, 0.5, 0.0);
var unitVector = particle.Position.X == center.X && particle.Position.Y == center.Y ? //TODO: change for 3d
new Vector3D(0, 1.0, 0) : (particle.Position - center).UnitVector();
particle.Velocity = unitVector * ExplodeVelocity;
}
}
public void ToggleExplodeMessageReceived(NetworkInMessage msg)
{
// This reads the user ID which we do not need
msg.ReadInt64();
// The message sends us the old explode state
lastState = (ExplodingState)msg.ReadByte();
ToggleExplode();
}
private void CheckExplodingInCompleted()
{
if (_particles.All(p => Math.Abs(p.Velocity.X) < 1E-10 &&
Math.Abs(p.Velocity.Y) < 1E-10))
{
_explodingState = ExplodingState.NotExploding;
_onExplodeCompleted();
}
}
private void CheckExplodingOutCompleted()
{
if (_particles.All(p => (p.Position.X < 0 || p.Position.X > 1.0) ||
(p.Position.Y < 0 || p.Position.Y > 1.0)))
{
_explodingState = ExplodingState.Exploded;
_particles.ForEach(p => p.Velocity = Vector3D.Zero); //stop them from getting too far away
_onExplodeCompleted();
}
}
public void ResetExplode()
{
foreach (BrainStructure sub in explodingStructures)
{
sub.modelTransform.localPosition = sub.initialPosition;
}
cortex.SetActive(true);
currentState = ExplodingState.Resting;
lastState = ExplodingState.ExplodingIn;
}
// This method moves the structure away from or towards the center
// If the structure reaches the initial or final position, the function returns true to indicate that exploding is done
public bool MoveBrainStructure(ExplodingState currentState)
{
switch (currentState)
{
case ExplodingState.ExplodingOut:
modelTransform.localPosition += Time.deltaTime / EXPLODING_TRANSITION_TIME_IN_SECONDS * explodingDirection;
return((modelTransform.localPosition - furthestPosition).magnitude < Time.deltaTime / EXPLODING_TRANSITION_TIME_IN_SECONDS * explodingDirection.magnitude);
case ExplodingState.ExplodingIn:
modelTransform.localPosition -= Time.deltaTime / EXPLODING_TRANSITION_TIME_IN_SECONDS * explodingDirection;
return((modelTransform.localPosition - initialPosition).magnitude < Time.deltaTime / EXPLODING_TRANSITION_TIME_IN_SECONDS * explodingDirection.magnitude);
default:
return(false);
}
}
public CircularParticleComponent(Size screenBounds)
{
_particleFactory = new ParticleFactory();
_particles = _particleFactory.Create(screenBounds).ToList();
_particles.Sort((a, b) =>
{
var delta = a.Position.X - b.Position.X;
return(Math.Abs(delta) < double.Epsilon ? 0 :
(delta > double.Epsilon ? 1 : -1));
});
_explodingState = ExplodingState.NotExploding;
_onExplodeCompleted = null;
_leftHand = null;
_rightHand = null;
}
public override void ExplodeIn(Action onCompleted)
{
if (_explodingState == ExplodingState.NotExploding ||
_explodingState == ExplodingState.ExplodingIn)
{
onCompleted();
return;
}
_onExplodeCompleted = onCompleted;
_explodingState = ExplodingState.ExplodingIn;
for (int i = 0; i < _particles.Count; i++)
{
_particles[i].Exploding = false;
_particles[i].Velocity = Vector3D.Zero;
}
}
public CircularParticleComponent(Size screenBounds)
{
_particleFactory = new ParticleFactory();
_particles = _particleFactory.Create(screenBounds).ToList();
_particles.Sort((a, b) =>
{
var delta = a.Position.X - b.Position.X;
return Math.Abs(delta) < double.Epsilon ? 0 :
(delta > double.Epsilon ? 1 : -1);
});
_explodingState = ExplodingState.NotExploding;
_onExplodeCompleted = null;
_leftHand = null;
_rightHand = null;
}
public void ResetExplode()
{
foreach (BrainStructure sub in explodingStructures)
{
sub.modelTransform.localPosition = sub.initialPosition;
}
cortex.SetActive(true);
currentState = ExplodingState.Resting;
lastState = ExplodingState.ExplodingIn;
if (ExplodeButton != null)
{
ExplodeButton.SetActive(true);
}
if (CollapseButton != null)
{
CollapseButton.SetActive(false);
}
}
public void ToggleExplode()
{
if (this.GetComponent <StateAccessor>().AbleToTakeAnInteraction())
{
soundFX.Play();
// We toggle the last state and then send the message to all other HoloLenses
switch (lastState)
{
case ExplodingState.ExplodingOut:
lastState = ExplodingState.ExplodingIn;
currentState = ExplodingState.ExplodingIn;
cortex.SetActive(true);
break;
case ExplodingState.ExplodingIn:
lastState = ExplodingState.ExplodingOut;
currentState = ExplodingState.ExplodingOut;
cortex.SetActive(false); // The cortex should be deactivated before the brain explodes
break;
}
}
}
public override void ExplodeOut(Action onCompleted)
{
if (_explodingState == ExplodingState.Exploded ||
_explodingState == ExplodingState.ExplodingOut)
{
onCompleted();
return;
}
_onExplodeCompleted = onCompleted;
_explodingState = ExplodingState.ExplodingOut;
for (int i = 0; i < _particles.Count; i++)
{
var particle = _particles[i];
particle.Exploding = true;
var center = new Vector3D(0.5, 0.5, 0.0);
var unitVector = particle.Position.X == center.X && particle.Position.Y == center.Y ? //TODO: change for 3d
new Vector3D(0, 1.0, 0) : (particle.Position - center).UnitVector();
particle.Velocity = unitVector * ExplodeVelocity;
}
}
public override void ExplodeIn(Action onCompleted)
{
if (_explodingState == ExplodingState.NotExploding ||
_explodingState == ExplodingState.ExplodingIn)
{
onCompleted();
return;
}
_onExplodeCompleted = onCompleted;
_explodingState = ExplodingState.ExplodingIn;
for (int i = 0; i < _particles.Count; i++)
{
_particles[i].Exploding = false;
_particles[i].Velocity = Vector3D.Zero;
}
}
private void CheckExplodingOutCompleted()
{
if (_particles.All(p => (p.Position.X < 0 || p.Position.X > 1.0) ||
(p.Position.Y < 0 || p.Position.Y > 1.0)))
{
_explodingState = ExplodingState.Exploded;
_particles.ForEach(p => p.Velocity = Vector3D.Zero); //stop them from getting too far away
_onExplodeCompleted();
}
}
private void CheckExplodingInCompleted()
{
if (_particles.All(p => Math.Abs(p.Velocity.X) < 1E-10 &&
Math.Abs(p.Velocity.Y) < 1E-10))
{
_explodingState = ExplodingState.NotExploding;
_onExplodeCompleted();
}
}
