// ---- GazeInput messages ----
public void OnGazeEnter(GazeHit hit)
{
if (!enabled || isEntered)
{
return;
}
StartCoroutine("DoGazeEnterInternalCoroutine", hit);
}
public void OnGazeStay(GazeHit hit)
{
if (!enabled || !isEntered)
{
return;
}
DoGazeStayInternal(hit);
}
protected override void DoGazeExit(GazeHit hit)
{
iTween.ScaleTo(scaleObject, iTween.Hash(
"scale", startScale,
"speed", speed
)
);
}
protected override void DoGazeExit(GazeHit hit)
{
var currentValue = propertyMaterial.GetFloat(propertyName);
var valueDelta = currentValue - fromValue;
D.Log("PropValueExit: from:{0} to:{1}", currentValue, (currentValue - valueDelta));
propertyValueLerper.Lerp(currentValue, currentValue - valueDelta, SetPropertyValue, time);
}
protected override void DoGazeExit( GazeHit hit )
{
iTween.ScaleTo( scaleObject, iTween.Hash(
"scale", startScale,
"speed", speed
)
);
}
protected override void DoGazeEnter(GazeHit hit)
{
if (!gazeAnimator.enabled)
{
gazeAnimator.enabled = true;
}
gazeAnimator.SetTrigger(GazeEnterTrigger);
}
public void OnGazeExit(GazeHit hit)
{
if (!enabled || !isEntered)
{
return;
}
StopCoroutine("DoGazeEnterInternalCoroutine");
DoGazeExitInternal(hit);
}
protected override void DoGazeEnter(GazeHit hit)
{
iTween.ScaleTo(scaleObject, iTween.Hash(
"name", "gazeScaleTo",
"scale", scale,
"speed", speed
)
);
}
protected override void DoGazeStop(GazeHit hit)
{
iTween.StopByName(gameObject, "gazeExamine");
if (boxCollider != null)
{
boxCollider.size = boxColliderStartSize;
}
}
public void OnGazeRightEnter( GazeHit hit )
{
int index = Array.IndexOf( slots, currentSlot );
currentSlot = slots[++index % slots.Length];
var p = turnTweenParams.ToHash();
p["amount"] = new Vector3( 0, 0.25f, 0 );
iTween.RotateBy( tray, p );
}
protected override void DoGazeEnter( GazeHit hit )
{
iTween.ScaleTo( scaleObject, iTween.Hash(
"name", "gazeScaleTo",
"scale", scale,
"speed", speed
)
);
}
protected virtual void DoGazeStopInternal(GazeHit hit)
{
if (debug)
{
D.Log("DoGazeStop({0})", hit);
}
DoGazeStop(hit);
isEntered = false;
}
protected override void DoGazeExit(GazeHit hit)
{
iTween.Stop("rotate");
iTween.RotateTo(gameObject, iTween.Hash(
"rotation", startRotation.eulerAngles,
"speed", speed,
"space", Space.Self,
"islocal", true
));
}
protected override void DoGazeEnter(GazeHit hit)
{
iTween.ShakeRotation(shakeObject, iTween.Hash(
"name", "gazeShakeRotation",
"amount", amount,
"speed", speed,
"loopType", loopType
)
);
}
protected override void DoGazeEnter( GazeHit hit )
{
iTween.ShakeRotation( shakeObject, iTween.Hash(
"name", "gazeShakeRotation",
"amount", amount,
"speed", speed,
"loopType", loopType
)
);
}
protected override void DoGazeExit(GazeHit hit)
{
D.Log("Move {0} back to {1}", tweenName, startPosition);
iTween.MoveTo(moveObject, iTween.Hash(
"name", tweenName,
"position", startPosition,
"speed", speed,
"space", space,
"islocal", true
));
}
protected override void DoGazeEnter(GazeHit hit)
{
iTween.Stop("rotate");
transform.localRotation = startRotation;
iTween.RotateTo(gameObject, iTween.Hash(
"rotation", rotation,
"speed", speed,
"space", Space.Self,
"islocal", true
));
}
public void OnGazeLeftEnter( GazeHit hit )
{
int index = Array.IndexOf( slots, currentSlot );
index--;
if ( index < 0 ) { index = slots.Length - 1; }
currentSlot = slots[index];
var p = turnTweenParams.ToHash();
p["amount"] = new Vector3( 0, -0.25f, 0 );
iTween.RotateBy( tray, p );
}
private void DoGazeExit( GazeHit gazeHit )
{
if ( debug ) { D.Log( "GazeExit: {0}", CurrentGazeObject.name ); }
CurrentGazeObject.SendMessage( GazeExitMessage, gazeHit, SendMessageOptions.DontRequireReceiver );
BoxCollider bc = CurrentGazeHit.collider as BoxCollider;
if ( bc ) {
bc.size = originalBoundsSize;
}
CurrentGazeObject = null;
CurrentGazeHit = DefaultRaycastHit;
}
protected override void DoGazeEnter(GazeHit hit)
{
D.Log("Move {0} to {1}", tweenName, position);
//iTween.StopByName( tweenName );
//if( space==Space.Self ) moveObject.transform.localPosition = startPosition;
//else moveObject.transform.position = startPosition;
iTween.MoveTo(moveObject, iTween.Hash(
"name", tweenName,
"position", position,
"speed", speed
//"space", space,
//"islocal", space==Space.Self
));
}
// ---- Internal handling of GazeInputMessages ----
protected virtual IEnumerator DoGazeEnterInternalCoroutine(GazeHit hit)
{
if (delay > 0)
{
yield return(new WaitForSeconds(delay));
}
if (debug)
{
D.Log("DoGazeEnter({0})", hit);
}
DoGazeEnter(hit);
isEntered = true;
yield return(null);
}
protected override void DoGazeExit(GazeHit hit)
{
iTween.MoveTo(gameObject, iTween.Hash(
"position", startPos,
"speed", speed,
"space", Space.World
));
gazeInput = null;
if (boxCollider != null)
{
boxCollider.size = boxColliderStartSize;
}
}
private void DoGazeEnter( GameObject newGazeObject, GazeHit gazeHit )
{
CurrentGazeObject = newGazeObject;
CurrentGazeHit = gazeHit.hit;
// Fudge: Make the collision area bigger to make it easier to keep the gaze.
// There is probably a more graceful way of doing this.
BoxCollider bc = CurrentGazeHit.collider as BoxCollider;
if ( bc != null ) {
originalBoundsSize = bc.size;
bc.size = bc.size * 2;
}
// Enter the new gaze object
if ( debug ) { D.Log( "GazeEnter: {0}", CurrentGazeObject.name ); }
CurrentGazeObject.SendMessage( GazeEnterMessage, gazeHit, SendMessageOptions.DontRequireReceiver );
}
protected override void DoGazeEnter(GazeHit hit)
{
gazeInput = hit.gazeInput;
var pos = gazeInput.GazeTransform.forward * examineRadius;
if (boxCollider != null)
{
boxCollider.size = boxColliderStartSize * 2;
}
iTween.MoveTo(gameObject, iTween.Hash(
"name", "gazeExamine",
"position", gazeInput.GazeTransform.position + pos + examineOffset,
"speed", speed,
"space", Space.World
));
}
private void DoGazeExit(GazeHit gazeHit)
{
if (debug)
{
D.Log("GazeExit: {0}", CurrentGazeObject.name);
}
CurrentGazeObject.SendMessage(GazeExitMessage, gazeHit, SendMessageOptions.DontRequireReceiver);
BoxCollider bc = CurrentGazeHit.collider as BoxCollider;
if (bc)
{
bc.size = originalBoundsSize;
}
CurrentGazeObject = null;
CurrentGazeHit = DefaultRaycastHit;
}
private void DoGazeEnter(GameObject newGazeObject, GazeHit gazeHit)
{
CurrentGazeObject = newGazeObject;
CurrentGazeHit = gazeHit.hit;
// Fudge: Make the collision area bigger to make it easier to keep the gaze.
// There is probably a more graceful way of doing this.
BoxCollider bc = CurrentGazeHit.collider as BoxCollider;
if (bc != null)
{
originalBoundsSize = bc.size;
bc.size = bc.size * 2;
}
// Enter the new gaze object
if (debug)
{
D.Log("GazeEnter: {0}", CurrentGazeObject.name);
}
CurrentGazeObject.SendMessage(GazeEnterMessage, gazeHit, SendMessageOptions.DontRequireReceiver);
}
protected virtual void DoGazeExitInternal(GazeHit hit)
{
if (debug)
{
D.Log("DoGazeExit({0})", hit);
}
// Decide how to handle the gaze exit.
if (exitBehaviour == UndoBehaviour.Stop)
{
DoGazeStop(hit);
}
if (exitBehaviour == UndoBehaviour.Undo)
{
DoGazeExit(hit);
}
// If there is no exit behaviour we stay "on"
if (exitBehaviour != UndoBehaviour.Nothing)
{
isEntered = false;
}
}
protected override void DoGazeStop( GazeHit hit )
{
iTween.Stop( "gazeShakeRotation" );
}
protected override void DoGazeStop( GazeHit hit )
{
audio.Stop();
}
public void OnGazeExit( GazeHit hit )
{
D.Log( "Forward OnGazeExit to {0}.", messageReceiver.name );
messageReceiver.SendMessage( GazeExitMessage, hit, SendMessageOptions.DontRequireReceiver );
}
protected override void DoGazeStop(GazeHit hit)
{
D.Log("PropvalueStop");
propertyValueLerper.Stop();
}
protected override void DoGazeEnter( GazeHit hit )
{
audio.clip = gazeAudio;
audio.Play();
}
protected override void DoGazeEnter(GazeHit hit)
{
fromValue = propertyMaterial.GetFloat(propertyName);
D.Log("PropValueEnter: from:{0} to:{1}", fromValue, toValue);
propertyValueLerper.Lerp(fromValue, toValue, SetPropertyValue, time);
}
private void DoGazeStay( GazeHit gazeHit )
{
CurrentGazeObject.SendMessage( GazeStayMessage, gazeHit, SendMessageOptions.DontRequireReceiver );
//if ( debug ) { D.Log( "GazeStay: {0}", CurrentGazeObject.name ); }
}
protected override void DoGazeEnter( GazeHit hit )
{
startParams = LightParams.ToParams( gazeLight );
lightLerper.Lerp( startParams, lightToParams, lp=>lp.Apply(gazeLight), time );
}
protected override void DoGazeStop( GazeHit hit )
{
colorLerper.Stop();
}
protected override void DoGazeStop(GazeHit hit)
{
audio.Stop();
}
protected override void DoGazeExit(GazeHit hit)
{
var colorDiff = RenderSettings.ambientLight - fromColor;
colorLerper.Lerp(RenderSettings.ambientLight, fromColor - colorDiff, v => RenderSettings.ambientLight = v, time);
}
protected override void DoGazeStop( GazeHit hit )
{
gazeAnimator.ResetTrigger( GazeEnterTrigger );
gazeAnimator.ResetTrigger( GazeExitTrigger );
gazeAnimator.Play( startStateHash );
}
protected override void DoGazeEnter( GazeHit hit )
{
if( !gazeAnimator.enabled ) gazeAnimator.enabled = true;
gazeAnimator.SetTrigger( GazeEnterTrigger );
}
protected override void DoGazeExit( GazeHit hit )
{
var currLightParams = LightParams.ToParams( gazeLight );
lightLerper.Lerp( currLightParams, startParams, lp=>lp.Apply(gazeLight), time );
}
protected override void DoGazeStop( GazeHit hit )
{
lightLerper.Stop();
}
void OnGazeStay( GazeHit hit )
{
painter.positionsUV.Add( hit.hit.textureCoord );
}
protected override void DoGazeExit( GazeHit hit )
{
gazeAnimator.SetTrigger( GazeExitTrigger );
}
protected override void DoGazeStop( GazeHit hit )
{
iTween.StopByName( "gazeScaleTo" );
}
protected override void DoGazeEnter(GazeHit hit)
{
audio.clip = gazeAudio;
audio.Play();
}
protected override void DoGazeStop(GazeHit hit)
{
StopParticleSystems(particleSystems);
}
protected override void DoGazeEnter(GazeHit hit)
{
fromColor = RenderSettings.ambientLight;
colorLerper.Lerp(fromColor, ambientColorTo, v => RenderSettings.ambientLight = v, time);
}
protected override void DoGazeEnter( GazeHit hit )
{
fromColor = RenderSettings.ambientLight;
colorLerper.Lerp( fromColor, fromColor + ambientColorBy, v=>RenderSettings.ambientLight=v, time );
}
protected override void DoGazeStop(GazeHit hit)
{
colorLerper.Stop();
}
protected override void DoGazeExit( GazeHit hit )
{
var colorDiff = RenderSettings.ambientLight - fromColor;
colorLerper.Lerp( RenderSettings.ambientLight, fromColor - colorDiff, v=>RenderSettings.ambientLight=v, time );
}
