/// <summary>
/// A coroutine that moves the camera rig to the teleport location over time.
/// </summary>
/// <returns></returns>
private IEnumerator Move()
{
if (teleportStatus == TeleportStatus.Moving)
{
yield break;
}
teleportStatus = TeleportStatus.Moving;
VirtualFollower head = PuppetJumpManager.Instance.puppetRig.GetComponent <PuppetRigVR>().virtualFollowers.head;
float i = 0;
float rate = 1 / teleportSpeed;
while (i < 1)
{
teleportStatus = TeleportStatus.Moving;
i += rate * Time.deltaTime;
PuppetJumpManager.Instance.puppetRig.transform.position = Vector3.Lerp(initialPos, finalPos, teleportCurve.Evaluate(i));
// update the height and center charcater controller
float newHeight = head.transform.localPosition.y;
PuppetJumpManager.Instance.puppetRig.characterController.height = newHeight;
Vector3 newCenter = PuppetJumpManager.Instance.puppetRig.characterController.center;
newCenter = new Vector3(head.transform.localPosition.x, PuppetJumpManager.Instance.puppetRig.transform.position.y + (newHeight * 0.5f), head.transform.localPosition.z);
PuppetJumpManager.Instance.puppetRig.characterController.center = newCenter;
yield return(null);
}
teleportStatus = TeleportStatus.Idle;
}
/// <summary>
/// Used to position, or begin the moving of, the puppetRig to the teleport location.
/// </summary>
public virtual void Teleport()
{
//move the camera rig to the position of the teleport
teleportLoc = teleportTo;
setView = PuppetJumpManager.Instance.puppetRig.views.view;
float saveRot = cameraRig.cam.transform.eulerAngles.y;
// store the positio and rotation of the cameraRig
rigPos = cameraRig.transform.position;
rigRot = cameraRig.transform.rotation;
// the user is immediately placed in the teleport location
if (setView != PuppetRig.ViewTypes.firstPerson)
{
// switch to first person
PuppetJumpManager.Instance.puppetRig.SetView(PuppetRig.ViewTypes.firstPerson);
}
// adjust to allow for the offset of the camera inside the camera rig
teleportLoc.x = teleportTo.x - (cameraRig.cam.transform.position.x - cameraRig.transform.position.x);
teleportLoc.z = teleportTo.z - (cameraRig.cam.transform.position.z - cameraRig.transform.position.z);
// since we switched to first person to determine the final position of the teleport
if (setView != PuppetRig.ViewTypes.firstPerson)
{
// switch it back to the set view
PuppetJumpManager.Instance.puppetRig.SetView(setView, rigPos, rigRot);
}
VirtualFollower head = PuppetJumpManager.Instance.puppetRig.GetComponent <PuppetRigVR>().virtualFollowers.head;
if (instantTeleport)
{
// move instantly to the new position
PuppetJumpManager.Instance.puppetRig.transform.position = teleportLoc;
// update the height and center charcater controller
float newHeight = head.transform.localPosition.y;
PuppetJumpManager.Instance.puppetRig.characterController.height = newHeight;
Vector3 newCenter = PuppetJumpManager.Instance.puppetRig.characterController.center;
newCenter = new Vector3(head.transform.localPosition.x, PuppetJumpManager.Instance.puppetRig.transform.position.y + (newHeight * 0.5f), head.transform.localPosition.z);
PuppetJumpManager.Instance.puppetRig.characterController.center = newCenter;
}
else
{
// kill any currently running move coroutine
StopCoroutine(move);
// get the current position of the puppetRig
initialPos = PuppetJumpManager.Instance.puppetRig.transform.position;
// set the final position of the puppetRig after the teleport
finalPos = teleportLoc;
// set and start the new move coroutine
move = Move();
StartCoroutine(move);
}
//game object of the last telport
teleportToGO_last = teleportToGO_hit;
}