protected void OnSelect()
{
dragRaycaster = interactiveItem.SelectingRaycaster;
if (dragRaycaster)
{
flexLaserVisual = dragRaycaster.gameObject.GetComponentInChildren <FlexLaserVisual>(true);
}
if (flexLaserVisual)
{
flexLaserVisual.SelectedObject = transform;
}
originPos = transform.position;
originRot = transform.rotation;
originScale = transform.localScale;
if (rigidbodyCmp == null)
{
InitRigidbody();
}
initialControllerOrientation = ControlTransform.rotation;
// Store inverse initial controller quaternion, for performance.
inverseControllerOrientation = Quaternion.Inverse(initialControllerOrientation);
// Perform the transformation relative to control.
Vector3 vectorToObject = transform.position - ControlPosition;
float d = vectorToObject.magnitude;
controlTransformPosition = transform.position;
objectStartRotation = transform.rotation;
verifyRotation = Quaternion.identity;
// If the distance vector cannot be normalized, use the look vector.
if (d > NORMALIZATION_EPSILON)
{
normalizedForward = vectorToObject / d;
}
else
{
d = 0;
normalizedForward = ControlForward;
}
// Reset distance interpolation values to current values.
targetControlZDistance = controlZDistance = d;
// Reset orientation interpolation values to 0.
targetOrientationDelta = orientationDelta = Quaternion.identity;
// Get the up vector for the object.
Vector3 objectUp = transform.TransformDirection(Vector3.up);
// Get the dot product of the object up vector and the world up vector.
float dotUp = Vector3.Dot(objectUp, Vector3.up);
// Mark whether the object is upside down or rightside up.
objectInverted = dotUp < 0;
lastStateChangeFrame = Time.frameCount;
}
protected void OnDeselect()
{
if (flexLaserVisual)
{
flexLaserVisual.SelectedObject = null;
}
flexLaserVisual = null;
ResetRigidbody();
lastStateChangeFrame = Time.frameCount;
}
