static IEnumerator _TransitionScene(string scene_name, float duration_sec, SceneTransitionCallback callback, AnimationCurve ease_curve = null)
{
// Transition out of the current scene.
float ending_time = Time.time + duration_sec * 0.5f;
while (Time.time < ending_time)
{
float progress = Mathf.Clamp01(1.0f - (ending_time - Time.time) / (duration_sec * 0.5f));
if (ease_curve != null)
{
progress = ease_curve.Evaluate(progress);
}
singleton.effect.SetProgress(progress);
yield return(null);
}
// Load new scene.
singleton._current_state = SceneTransitionState.LOADING_SCENE;
loading_operation = SceneManager.LoadSceneAsync(scene_name);
callback(singleton._current_state, scene_name);
float loading_start_time = Time.time;
float minimum_loading_duration_sec = 0.5f;
while (!loading_operation.isDone || Time.time - loading_start_time < minimum_loading_duration_sec)
{
singleton.effect.SetProgress(1.0f);
yield return(null);
}
// Transition into the current scene.
singleton._current_state = SceneTransitionState.ENTERING_SCENE;
callback(singleton._current_state, scene_name);
ending_time = Time.time + duration_sec * 0.5f;
while (Time.time < ending_time)
{
float progress = Mathf.Clamp01((ending_time - Time.time) / (duration_sec * 0.5f));
if (ease_curve != null)
{
progress = ease_curve.Evaluate(progress);
}
singleton.effect.SetProgress(progress);
yield return(null);
}
singleton.effect.SetProgress(0.0f);
singleton._current_state = SceneTransitionState.NOT_TRANSITIONING;
callback(singleton._current_state, scene_name);
}
static public void TransitionToScene(string scene, float duration, FadeColor fadeColor, SceneTransitionCallback callback = null)
{
_toScene = scene;
_toCallback = callback;
if (fadeColor == FadeColor.Black)
{
ScreenFader.FadeToBlack(duration, OnFadeOutComplete);
}
else if (fadeColor == FadeColor.White)
{
ScreenFader.FadeToWhite(duration, OnFadeOutComplete);
}
}
/* Public Usage Interface */
public static bool RequestSceneTransition(string scene_name, float duration_sec, SceneTransitionCallback callback, Texture fade_shape, AnimationCurve ease_curve = null, float max_fade_image_size_factor = 4.0f)
{
Debug.Log("Requested Transition");
if (singleton._current_state != SceneTransitionState.NOT_TRANSITIONING)
{
return(false);
}
singleton.effect.SetFadeShape(fade_shape);
singleton.effect.SetMaximumSizeFactor(max_fade_image_size_factor);
singleton._current_state = SceneTransitionState.LEAVING_SCENE;
callback(singleton._current_state, SceneManager.GetActiveScene().name);
singleton.StartCoroutine(_TransitionScene(scene_name, duration_sec, callback, ease_curve));
return(true);
}
static public void TransitionToScene(string scene, float duration, FadeColor fadeColor, AudioSourceExtended[] audio, SceneTransitionCallback callback = null)
{
TransitionToScene(scene, duration, fadeColor, callback);
AudioUtils.FadeOutAudio(audio, duration);
}
static public void TransitionToScene(string scene, float duration, SceneTransitionCallback callback = null)
{
TransitionToScene(scene, duration, FadeColor.Black, callback);
}
static public void TransitionToScene(string scene, AudioSourceExtended[] audio, SceneTransitionCallback callback = null)
{
TransitionToScene(scene, DEFAULT_DURATION, FadeColor.Black, callback);
AudioUtils.FadeOutAudio(audio, DEFAULT_DURATION);
}
static public void TransitionToScene(string scene, FadeColor fadeColor, SceneTransitionCallback callback = null)
{
TransitionToScene(scene, DEFAULT_DURATION, fadeColor, callback);
}
