protected virtual void Start()
{
// Make sure the Tagalong object has a BoxCollider.
tagalongCollider = GetComponent <BoxCollider>();
// Get the Interpolator component and set some default parameters for
// it. These parameters can be adjusted in Unity's Inspector as well.
interpolator = gameObject.GetComponent <Interpolator>();
interpolator.SmoothLerpToTarget = SmoothMotion;
interpolator.SmoothPositionLerpRatio = SmoothingFactor;
}
protected virtual void Start()
{
// Make sure the Tagalong object has a BoxCollider.
tagalongCollider = GetComponent<BoxCollider>();
// Get the Interpolator component and set some default parameters for
// it. These parameters can be adjusted in Unity's Inspector as well.
interpolator = gameObject.GetComponent<Interpolator>();
interpolator.SmoothLerpToTarget = SmoothMotion;
interpolator.SmoothPositionLerpRatio = SmoothingFactor;
}
private void BeginManipulation()
{
if (GestureManager.Instance != null && GestureManager.Instance.ManipulationInProgress)
{
Manipulating = true;
targetInterpolator = gameObject.GetComponent <Interpolator>();
// In order to ensure that any manipulated objects move with the user, we do all our math relative to the camera,
// so when we save the initial hand position and object position we first transform them into the camera's coordinate space
initialHandPosition = Camera.main.transform.InverseTransformPoint(GestureManager.Instance.ManipulationHandPosition);
initialObjectPosition = Camera.main.transform.InverseTransformPoint(transform.position);
}
}
private void BeginManipulation(InteractionSourceKind sourceKind)
{
// Check if the gesture manager is not null, we're currently focused on this Game Object, and a current manipulation is in progress.
if (gestureManager != null && gestureManager.FocusedObject != null && gestureManager.FocusedObject == gameObject && gestureManager.ManipulationInProgress)
{
Manipulating = true;
targetInterpolator = gameObject.GetComponent <Interpolator>();
// In order to ensure that any manipulated objects move with the user, we do all our math relative to the camera,
// so when we save the initial manipulation position and object position we first transform them into the camera's coordinate space
initialManipulationPosition = Camera.main.transform.InverseTransformPoint(gestureManager.ManipulationPosition);
initialObjectPosition = Camera.main.transform.InverseTransformPoint(transform.position);
}
}
private void BeginManipulation(InteractionSourceKind sourceKind)
{
// Check if the gesture manager is not null, we're currently focused on this Game Object, and a current manipulation is in progress.
if (gestureManager != null && gestureManager.FocusedObject != null && gestureManager.FocusedObject == gameObject && gestureManager.ManipulationInProgress)
{
Manipulating = true;
targetInterpolator = gameObject.GetComponent<Interpolator>();
// In order to ensure that any manipulated objects move with the user, we do all our math relative to the camera,
// so when we save the initial manipulation position and object position we first transform them into the camera's coordinate space
initialManipulationPosition = Camera.main.transform.InverseTransformPoint(gestureManager.ManipulationPosition);
initialObjectPosition = Camera.main.transform.InverseTransformPoint(transform.position);
}
}
protected virtual void Start()
{
// Make sure the Tagalong object has a BoxCollider.
tagalongCollider = GetComponent <BoxCollider>();
// Get the Interpolator component and set some default parameters for
// it. These parameters can be adjusted in Unity's Inspector as well.
interpolator = gameObject.GetComponent <Interpolator>();
interpolator.SmoothLerpToTarget = SmoothMotion;
interpolator.SmoothPositionLerpRatio = SmoothingFactor;
if (TagAlongView == null)
{
Debug.Log("No Tagalong camera specified. Using main camera.");
TagAlongView = Camera.main;
}
TagAlongView.orthographicSize = triggerDistance;
}
