void AssignCurrentSong()
{
currentSong = songs[activeSongCounter];
songObjectScript = currentSong.GetComponent <SongObjectScript>();
songObjectScript.setupSong();
songNameText.text = songObjectScript.GetSongName();
}
public void CalculateFinalScore()
{
CompletionScript completionScript = GameObject.Find("CompletionUI").GetComponent <CompletionScript>();
SongObjectScript songObjectScript = (SongObjectScript)FindObjectOfType(typeof(SongObjectScript));
currentHighScore = completionScript.getHighScore();
userScore = completionScript.getUserScore();
songName = songObjectScript.GetSongName();
}
// Start is called before the first frame update
void Start()
{
try
{
song = FindObjectOfType <SongObjectScript>();
songName = song.GetSongName();
}
catch (System.Exception e)
{ // Catch for when song doesn't load, spawn objects with no sound (testing purposes only)
songName = "test";
}
}
void Start()
{
SongObjectScript song = findSong();
audioSource = song.GetAudioSource();
Debug.Log(song.GetBPM());
song.PlayAudio();
// Process audio as it plays
if (realTimeSamples)
{
realTimeSpectrum = new float[1024];
realTimeSpectralFluxAnalyzer = new SpectralFluxAnalyzer();
realTimePlotController = GameObject.Find("RealtimePlot").GetComponent <NoteGenerator> ();
this.sampleRate = AudioSettings.outputSampleRate;
}
// Preprocess entire audio file upfront
if (preProcessSamples)
{
preProcessedSpectralFluxAnalyzer = new SpectralFluxAnalyzer();
preProcessedPlotController = GameObject.Find("PreprocessedPlot").GetComponent <NoteGenerator>();
// Need all audio samples. If in stereo, samples will return with left and right channels interweaved
// [L,R,L,R,L,R]
multiChannelSamples = new float[audioSource.clip.samples * audioSource.clip.channels];
numChannels = audioSource.clip.channels;
numTotalSamples = audioSource.clip.samples;
clipLength = audioSource.clip.length;
// We are not evaluating the audio as it is being played by Unity, so we need the clip's sampling rate
this.sampleRate = audioSource.clip.frequency;
audioSource.clip.GetData(multiChannelSamples, 0);
Debug.Log("GetData done");
Thread bgThread = new Thread(this.getFullSpectrumThreaded);
Debug.Log("Starting Background Thread");
bgThread.Start();
}
}
// Start is called before the first frame update
void Start()
{
try
{
song = findSong(); // Finds SongObject in scene
BPM = song.GetBPM(); // Gets selected Song's BPM
songLength = song.GetAudioLength(); // Gets the song's length in seconds
secondsPerBeat = 60f / BPM; // Calculates Seconds per Beat
noteSpawnPositions = new Vector3[] { noteOneSpawn, noteTwoSpawn, noteThreeSpawn };
startDelay = song.GetStartDelay();
difficultyMultiplier = song.GetDifficultyMultiplier();
Debug.Log("START A");
}
catch (System.Exception e)
{ // Catch for when song doesn't load, spawn objects with no sound (testing purposes only)
BPM = 60f;
songLength = 60f;
secondsPerBeat = 60f / BPM; // Calculates Seconds per Beat
noteSpawnPositions = new Vector3[] { noteOneSpawn, noteTwoSpawn, noteThreeSpawn };
difficultyMultiplier = 4;
Debug.Log("START B");
}
plotPoints = new List <Transform>();
float localWidth = transform.Find("Point/BasePoint").localScale.x;
// -n/2...0...n/2
for (int i = 0; i < displayWindowSize; i++)
{
//Instantiate point
Transform t = (Instantiate(Resources.Load("Prefabs/Point"), transform) as GameObject).transform;
// Set position
float pointX = (displayWindowSize / 2) * -1 * localWidth + i * localWidth;
t.localPosition = new Vector3(pointX, t.localPosition.y, t.localPosition.z);
plotPoints.Add(t);
}
}
// Start is called before the first frame update
void Start()
{
try
{
song = findSong();
BPM = song.GetBPM(); // Gets selected Song's BPM
Debug.Log(BPM);
songLength = song.GetAudioLength(); // Gets the song's length in seconds
Debug.Log(songLength);
secsPerBeat = 60f / BPM; // Calculates Seconds per Beat
noteSpawnPositions = new Vector3[] { noteOneSpawn, noteTwoSpawn, noteThreeSpawn };
startDelay = song.GetStartDelay();
difficultyMultiplier = song.GetDifficultyMultiplier();
song.PlayAudio();
StartCoroutine(SpawnNote()); // Starts spawning Method
} catch (Exception e) { // Catch for when song doesn't load, spawn objects with no sound (testing purposes only)
BPM = 60f;
songLength = 60f;
secsPerBeat = 60f / BPM; // Calculates Seconds per Beat
noteSpawnPositions = new Vector3[] { noteOneSpawn, noteTwoSpawn, noteThreeSpawn };
difficultyMultiplier = 4;
StartCoroutine(SpawnNote()); // Starts spawning Method
}
}
private void FindHighScore()
{
song = (SongObjectScript)FindObjectOfType(typeof(SongObjectScript));
highScore = song.GetSongHighScore();
}
void Start()
{
song = findSong();
}
