private static IEnumerator RecordAllLevels(RecorderLevelEntryPoint entry)
{
LevelData[] levels = LevelSettings.GetAllLevelDataOfType(LevelType.Recorded);
// Record each level in turn
foreach (LevelData level in levels)
{
yield return(RecordOneLevel(level, entry));
}
// Show UI to state that
entry.StartingUI.SetActive(true);
entry.LevelTitle.text = "All done!";
entry.CountdownText.text = "";
}
public static void Start()
{
RecorderLevelEntryPoint scheduler = Object.FindObjectOfType <RecorderLevelEntryPoint>();
if (scheduler)
{
// Unlock all operations
PlayerData.UnlockAllOperations();
// Make recorder verbose to show more information
RecorderOptions.VerboseMode = true;
// Do something to stop the music
MusicManager.MusicSource.Stop();
// Record all of the levels
scheduler.StartCoroutine(RecordAllLevels(scheduler));
}
}
private static IEnumerator RecordOneLevel(LevelData level, RecorderLevelEntryPoint entry)
{
// Enable the starting UI
entry.StartingUI.SetActive(true);
entry.LevelTitle.text = $"Next Level: '{level.Name}'";
for (int i = entry.CountdownTime; i >= 1; i--)
{
entry.CountdownText.text = i.ToString();
// Set time of current count and create a function to detect when one second has passed
yield return(new WaitForSeconds(1f));
}
// Setup the matrix
entry.StartingUI.SetActive(false);
entry.MatrixUI.Setup(level);
// Start the recording
RecorderController recorder = GetRecorder(level.Name);
recorder.PrepareRecording();
if (!recorder.StartRecording())
{
Debug.Log("Failed to start the recording!");
}
// Wait until the current matrix is identity
yield return(new WaitUntil(() => entry.MatrixUI.CurrentMatrix.isIdentity));
yield return(new WaitForSeconds(entry.EndingTime));
// Stop the recording
recorder.StopRecording();
}
