//--------------------------------------
// Methods
//--------------------------------------
// PUBLIC
/// <summary>
/// Start this instance.
/// </summary>
void Start()
{
//DEFAULT
_currentCameraTrackingPriority = TrackingPriority.Low;
//
_trackableObjectComponents_list = new List <TrackableObjectComponent>();
TrackingCameraComponent._instance = this;
//X
float xPositionTemporaryTarget_float = 20;
_xPosition_lerptarget = new LerpTarget(transform.position.x, xPositionTemporaryTarget_float, _xPositionMin_float, _xPositionMax_float, _xPositionAcceleration_float);
//
//Y
float yPositionTemporaryTarget_float = 20;
_yPosition_lerptarget = new LerpTarget(transform.position.y, yPositionTemporaryTarget_float, _yPositionMin_float, _yPositionMax_float, _yPositionAcceleration_float);
//Z
//NOTE: WE USE NEGATIVES BECAUSE THE 'DISTANCE' IS IN THE NEGATIVE QUADRANT (OF CARTESIAN COORDS)
//NOTE, WE REVERSE MIN/MAX HERE BY DESIGN BECAUSE OF NEGATIVE VALUES
_zPosition_lerptarget = new LerpTarget(transform.position.z, -_distanceDefault_float, -_distanceMax_float, -_distanceMin_float, _zPositionAcceleration_float);
}
//--------------------------------------
// Methods
//--------------------------------------
//--------------------------------------
// Events
//--------------------------------------
/// <summary>
/// Raises the enable event.
/// </summary>
public void OnEnable()
{
trackingCameraComponent = target as TrackingCameraComponent;
propertyField_array = ExposeProperties.GetProperties( trackingCameraComponent );
}
//--------------------------------------
// Methods
//--------------------------------------
// PUBLIC
/// <summary>
/// Start this instance.
/// </summary>
void Start ()
{
//DEFAULT
_currentCameraTrackingPriority = TrackingPriority.Low;
//
_trackableObjectComponents_list = new List<TrackableObjectComponent>();
TrackingCameraComponent._instance = this;
//X
float xPositionTemporaryTarget_float = 20;
_xPosition_lerptarget = new LerpTarget (transform.position.x, xPositionTemporaryTarget_float, _xPositionMin_float, _xPositionMax_float, _xPositionAcceleration_float);
//
//Y
float yPositionTemporaryTarget_float = 20;
_yPosition_lerptarget = new LerpTarget (transform.position.y, yPositionTemporaryTarget_float, _yPositionMin_float, _yPositionMax_float, _yPositionAcceleration_float);
//Z
//NOTE: WE USE NEGATIVES BECAUSE THE 'DISTANCE' IS IN THE NEGATIVE QUADRANT (OF CARTESIAN COORDS)
//NOTE, WE REVERSE MIN/MAX HERE BY DESIGN BECAUSE OF NEGATIVE VALUES
_zPosition_lerptarget = new LerpTarget (transform.position.z, -_distanceDefault_float, -_distanceMax_float, -_distanceMin_float, _zPositionAcceleration_float);
}
//--------------------------------------
// Methods
//--------------------------------------
//--------------------------------------
// Events
//--------------------------------------
/// <summary>
/// Raises the enable event.
/// </summary>
public void OnEnable()
{
trackingCameraComponent = target as TrackingCameraComponent;
propertyField_array = ExposeProperties.GetProperties(trackingCameraComponent);
}
