private void EvaluateTransitionComplete(WorldChanger.WorldState currentState)
{
// Reset the layer if object is always transferrable type
if (interactType == InteractableType.AlwaysTransferable)
{
//Debug.Log("transition complete");
Layers.ChangeLayers(gameObject, originalLayer);
//Debug.Log("Revert layer");
}
}
public void BroadcastTransitionCompleteEvent()
{
if (OnWorldChangeComplete != null)
{
OnWorldChangeComplete(CurrentWorldState);
}
isCurrentlyTransitioning = false;
// Update the layer
Layers.ChangeLayers(playerController.gameObject, originalLayer);
}
public void SwitchWorld(int worldID)
{
// Get the current world camera
Camera currentCamera = GetCurrentWorldCamera();
isCurrentlyTransitioning = true;
// Update the layer
Layers.ChangeLayers(playerController.gameObject, Layers.ViewAlways);
// Cache the player's position in normalized screen space coordinates.
Vector2 transitionCenter = currentCamera.WorldToViewportPoint(playerController.transform.position);
// Determine which world ID to switch to and check if world is already active.
if (worldID == 1)
{
// Update world state
CurrentWorldState = WorldState.Present;
// Update the parallax cameras
UpdateParallaxes(CurrentWorldState);
// Perform transition
cameraTransition.DoTransition(CameraTransitionEffects.SmoothCircle, currentCamera, PresentCamera, transitionDuration, new object[] { false, transitionEdgeSmoothness, transitionCenter });
}
else if (worldID == 2)
{
// Update world state
CurrentWorldState = WorldState.Past;
// Update the parallax cameras
UpdateParallaxes(CurrentWorldState);
// Perform transition
cameraTransition.DoTransition(CameraTransitionEffects.SmoothCircle, currentCamera, PastCamera, transitionDuration, new object[] { false, transitionEdgeSmoothness, transitionCenter });
}
else if (worldID == 3)
{
// Update world state
CurrentWorldState = WorldState.Future;
// Update the parallax cameras
UpdateParallaxes(CurrentWorldState);
// Perform transition
cameraTransition.DoTransition(CameraTransitionEffects.SmoothCircle, currentCamera, FutureCamera, transitionDuration, new object[] { false, transitionEdgeSmoothness, transitionCenter });
}
}
private void EvaluateTransitionStart(WorldChanger.WorldState worldState)
{
// If the interaction type of this object is non transferable then cancel the pushpull operation of the player
if (interactType == InteractableType.NonTransferable && playerController.pushpullObject == this)
{
playerController.CancelPushingPulling();
}
if (interactType == InteractableType.Transferable)
{
currentWorldState = worldState;
}
// If the object interation type is Always Transferable, evaluate
if (interactType == InteractableType.AlwaysTransferable && CheckWorldCollisions(worldState))
{
// if player is not currently pushing/pulling this object...
if (playerController.pushpullObject != this)
{
// Set layer to ViewAlways so it always displays
Layers.ChangeLayers(gameObject, Layers.ViewAlways);
// Determine the new Z position of the object after world change
switch (worldState)
{
case WorldChanger.WorldState.Present:
transform.position = new Vector3(transform.position.x, transform.position.y, 0);
currentWorldState = WorldChanger.WorldState.Present;
break;
case WorldChanger.WorldState.Past:
transform.position = new Vector3(transform.position.x, transform.position.y, 50);
currentWorldState = WorldChanger.WorldState.Past;
break;
case WorldChanger.WorldState.Future:
transform.position = new Vector3(transform.position.x, transform.position.y, 100);
currentWorldState = WorldChanger.WorldState.Future;
break;
}
}
}
}
/*private void OnCollisionEnter(Collision collision)
* {
* if (collision.collider.CompareTag(Tags.Player))
* {
* rigidBody.isKinematic = true;
* }
* }
*
* private void OnCollisionExit(Collision collision)
* {
* if (collision.collider.CompareTag(Tags.Player))
* {
* rigidBody.isKinematic = false;
* }
* }*/
public void OnPushPullEnd()
{
Layers.ChangeLayers(gameObject, originalLayer);
//Debug.Log("ended pushpull");
StopAllCoroutines();
}
