/*
* If in auto-update, the function just assigns current filtered value to local position.
* Otherwise it inputs the current mouse position to the filter and then assigns filtered value to local position.
*/
void Update()
{
if (shouldUseComponent)
{
if (a != Parameters.a)
{
a = Parameters.a;
mouseControl.SetA(a);
}
transform.localPosition = mouseControl.Get();
}
else
{
if (a != Parameters.a)
{
a = Parameters.a;
lowPassFilter.A = a;
}
lowPassFilter.Append(MousePositionWithOffset.GetOffsetMousePosition());
transform.localPosition = lowPassFilter.Get();
// or simply:
// transform.localPosition = lowPassFilter.Append(MousePositionWithOffset.GetOffsetMousePosition());
}
}
/*
* Add points number equal to the square power of distance
*/
void Update()
{
float distance = (player.position - pacman.position).magnitude;
points += distance * distance / 500.0f;
pointsText.text = ((int)(pointsFilter.Append(points))).ToString() + " POINTS";
}
/*
* If in auto-update, the function just assigns current filtered value to local position.
* Otherwise it inputs the current value to the filter and then assigns filtered value to local position.
*/
void Update()
{
if (shouldUseComponent)
{
transform.localPosition = accelerometerControl.Get();
}
else
{
lowPassFilter.Append(AccelerometerWithOffset.GetOffsetAccelerometerData());
transform.localPosition = lowPassFilter.Get();
// or simply:
// transform.localPosition = lowPassFilter.Append(AccelerometerWithOffset.GetOffsetAccelerometerData());
}
}
/*
* This is the method that passess the input from the input provider to the filter.
* It is invoked periodically from the outer class.
*/
public void Update()
{
lowPassFilter.Append(lowPassFilterInput.Get());
}
/*
* Reset to initial values
*/
internal void Reset()
{
points = 0.0f;
pointsFilter = new LowPassFilter <float>(alpha, points);
pointsText.text = ((int)(pointsFilter.Append(points))).ToString() + " POINTS";
}
void UpdateActiveObjects()
{
foreach (var bhvr in m_VuMarkManager.GetActiveBehaviours())
{
string vuMarkId = GetVuMarkId(bhvr.VuMarkTarget);
float xOffset;
float yOffset;
float zOffset;
GameObject associatedObject = FindObjectAndOffsetsForVuMark(vuMarkId, out xOffset, out yOffset, out zOffset);
if (associatedObject != null)
{
associatedObject.SetActive(true);
// Position
Vector3 vuMarkPosition;
if (filterPosition)
{
if (vuMarkPositionFilters.ContainsKey(vuMarkId))
{
LowPassFilter <Vector3> positionFilter = vuMarkPositionFilters[vuMarkId];
vuMarkPosition = positionFilter.Append(bhvr.transform.position);
}
else
{
LowPassFilter <Vector3> positionFilter = new LowPassFilter <Vector3>(FILTER_ALPHA, transform.position);
vuMarkPositionFilters[vuMarkId] = positionFilter;
vuMarkPosition = bhvr.transform.position;
}
}
else
{
vuMarkPosition = bhvr.transform.position;
}
vuMarkPosition.x += xOffset;
vuMarkPosition.y += yOffset;
vuMarkPosition.z += zOffset;
associatedObject.transform.position = vuMarkPosition;
// Rotation
if (adjustRotation)
{
Quaternion zInverted = Quaternion.AngleAxis(-180.0f, Vector3.up);
if (filterRotation)
{
if (vuMarkRotationFilters.ContainsKey(vuMarkId))
{
LowPassFilter <Quaternion> rotationFilter = vuMarkRotationFilters[vuMarkId];
associatedObject.transform.rotation = rotationFilter.Append(bhvr.transform.rotation);
}
else
{
LowPassFilter <Quaternion> rotationFilter = new LowPassFilter <Quaternion>(FILTER_ALPHA, bhvr.transform.rotation);
vuMarkRotationFilters[vuMarkId] = rotationFilter;
associatedObject.transform.rotation = bhvr.transform.rotation;
}
}
else
{
associatedObject.transform.rotation = bhvr.transform.rotation;// * zInverted; Don't seem to want this
}
}
}
else
{
Debug.Log("ERROR: Can't find object for VuMark: " + vuMarkId);
}
}
}
/*
* Move toward the player using filter
*/
void Update()
{
transform.position = targetPositionFilter.Append(target.position);
}
/*
* Move the camera
*/
void Update()
{
transform.localPosition = cameraPositionFilter.Append(GetOffsetMousePosition());
}
public void OnTrackablesUpdated()
{
// --------------------------------------------------------------------------
// Position
// Optional low pass filter
if (filterPosition)
{
if (cameraPositionFilter != null)
{
position = cameraPositionFilter.Append(transform.position);
}
else
{
cameraPositionFilter = new LowPassFilter <Vector3>(FILTER_ALPHA, transform.position);
position = transform.position;
}
Debug.Log("position delta = " + (transform.position.x - position.x) + ", " + (transform.position.y - position.y) + ", " + (transform.position.z - position.z));
}
else
{
position = transform.position;
}
// Optional smoothing
if (smoothPosition)
{
if (smoothingPositions.Count >= smoothingFrames)
{
smoothingPositions.Dequeue();
}
smoothingPositions.Enqueue(position);
Vector3 avgp = Vector3.zero;
foreach (Vector3 singlePosition in smoothingPositions)
{
avgp += singlePosition;
}
position = avgp / smoothingPositions.Count;
}
//Debug.Log("position = " + position.x + ", " + position.y + ", " + position.z);
// --------------------------------------------------------------------------
// ROTATION
// Optional low pass filter
if (filterPosition)
{
if (cameraPositionFilter != null)
{
rotation = cameraRotationFilter.Append(transform.rotation);
}
else
{
cameraRotationFilter = new LowPassFilter <Quaternion>(FILTER_ALPHA, transform.rotation);
rotation = transform.rotation;
}
}
else
{
rotation = transform.rotation;
}
// Optional smoothing
if (smoothRotation)
{
if (smoothingRotations.Count >= smoothingFrames)
{
smoothingRotations.Dequeue();
}
smoothingRotations.Enqueue(rotation);
Vector4 avgr = Vector4.zero;
foreach (Quaternion singleRotation in smoothingRotations)
{
Math3d.AverageQuaternion(ref avgr, singleRotation, smoothingRotations.Peek(), smoothingRotations.Count);
}
rotation = new Quaternion(avgr.x, avgr.y, avgr.z, avgr.w);
}
}
/*
* Smoothly rotate toward the player
*/
void Update()
{
transform.localRotation = rotationFilter.Append(Quaternion.LookRotation(negativeZ + target.position - transform.position)); // Z set to negative so the Pacman will rotate the right way (transition going through forward, not backward)
}
