void Update()
{
if (backgroundThreadCompleted == true && threeDimensionalSpectrumBuild == false)
{
AudioSource.Play(); // CAN ONLY BE CALLED FROM MAIN THREAD
Debug.Log("calling TestSpectrumBoy to build the thing!");
threeDimensionalSpectrumBuild = true;
Debug.Log(string.Format("threeDimensionalSpectrumBuild = ", threeDimensionalSpectrumBuild));
// MAKE NEW
SpectrumBoy.BuildVerticesSpectrum(0);
SpectrumBoy.UpdateMesh();
//SpectrumBoy.buildSpectrumGraph();
}
if (backgroundThreadCompleted == true && threeDimensionalSpectrumBuild == true)
{
// PLayer Movement -> Put thjis in right scritp !!
// Forward / Backward
float fwdSpeed = 1f;
float bckwdSpeed = 2f; // Backward should be a little higher, because Audio is playing back. So if we go back 1 sec every sec, we actually stay in place
if (Input.GetKey(KeyCode.Q))
{
AudioSource.time = AudioSource.time + fwdSpeed * Time.deltaTime;
}
if (Input.GetKey(KeyCode.E))
{
AudioSource.time = AudioSource.time - bckwdSpeed * Time.deltaTime;
}
Player.transform.position = new Vector3(Player.transform.position.x, Player.transform.position.y, songPositionToWorldPosition(AudioSource.time));
// Manipulate Audio according to rotation (freq solo or mute)
Debug.Log(Player.transform.eulerAngles.z);
// We calculate the players current height against the outer Radius of our tunnel: When he is exactly at the lowest, the gain is 0, else it is 1 ("normal")
float gain = (Player.GetComponent <PlayerMovement>().PlayerPosition.transform.localPosition.y / SpectrumBoy.outerRadius) * 1 + 1;
// We set the frequency by calculating his rotation in euelerAngles (0 to 360) logarithmically against the 22.000 hz spectrum. This is kind of accurate.
float freq = 22000f * (toLog(Player.transform.eulerAngles.z, 0.1f, 360) / 360);
//AudioManipul8r.setMuteFreq(freq, gain);
// We calculate the players current height against the outer Radius of our tunnel: When he is exactly at the lowest, the range is 0, else it is 22000f ("normal")
Debug.Log(gain);
float soloRange = toLog(gain, 0.01f, 1) * 22000f + 10;
Debug.Log(soloRange);
AudioManipul8r.setSoloFreq(freq, soloRange);
// MAKE NEW
SpectrumBoy.UpdateSpectrum(Player.transform.position.z);
SpectrumBoy.UpdateMesh();
// SpectrumBoy.updateSpectrumGraph(Player.transform.position.z);
// SpectrumBoy.updateSpectrumGraph(AudioSource.time);
// spectrumRealTime.updateRealTimeSpectrumGraph();
}
}
void Update()
{
// Confirm Chromesthesia Scene
if (inChromesthestia)
{
if (backgroundThreadCompleted == true && threeDimensionalSpectrumBuild == false)
{
AudioSource.Play(); // CAN ONLY BE CALLED FROM MAIN THREAD
Debug.Log("calling TestSpectrumBoy to build the thing!");
threeDimensionalSpectrumBuild = true;
Debug.Log(string.Format("threeDimensionalSpectrumBuild = ", threeDimensionalSpectrumBuild));
// MAKE NEW
SpectrumBoy.BuildVerticesSpectrum(0);
SpectrumBoy.UpdateMesh();
//SpectrumBoy.buildSpectrumGraph();
SpectrumBoy.GenerateHitPoints(Soundm8.preProcessedSpectralFluxAnalyzer.spectralFluxSamples);
loadingScreen.SetActive(false);
}
if (backgroundThreadCompleted == true && threeDimensionalSpectrumBuild == true)
{
// Interactivity only when songs not finished
if (songFinished == false)
{
float currentSongTime = AudioSource.time;
Player.transform.position = new Vector3(Player.transform.position.x, Player.transform.position.y, songPositionToWorldPosition(currentSongTime));
/*
* AUDIO FX STUFF
*/
// Manipulate Audio according to rotation (freq solo or mute)
// Debug.Log(Player.transform.eulerAngles.z);
// We calculate the players current height against the outer Radius of our tunnel: When he is exactly at the lowest, the gain is 0, else it is 1 ("normal")
float gain = (Player.GetComponent <PlayerMovement>().PlayerPosition.transform.localPosition.y / SpectrumBoy.outerRadius) * 1 + 1;
// We set the frequency by calculating his rotation in euelerAngles (0 to 360) logarithmically against the 22.000 hz spectrum. This is kind of accurate.
float freq = 22000f * (toLog(Player.transform.eulerAngles.z, 0.1f, 360) / 360);
AudioManipul8r.setMuteFreq(freq, gain);
// We calculate the players current height against the outer Radius of our tunnel: When he is exactly at the lowest, the range is 0, else it is 22000f ("normal")
// Debug.Log(gain);
float soloRange = toLog(gain, 0.01f, 1) * 22000f + 10;
// Debug.Log(soloRange);
AudioManipul8r.setSoloFreq(freq, soloRange);
// MAKE NEW
SpectrumBoy.UpdateSpectrum(Player.transform.position.z);
SpectrumBoy.UpdateMesh();
// Always call after UpdateSpectrum !!
SpectrumBoy.updateRealTimeCanvas(currentSongTime);
// SpectrumBoy.updateSpectrumGraph(Player.transform.position.z);
// SpectrumBoy.updateSpectrumGraph(AudioSource.time);
// spectrumRealTime.updateRealTimeSpectrumGraph();
// check if song is finished
if (currentSongTime + 2 >= AudioSource.clip.length)
{
songFinished = true;
}
}
// When song is finished
else
{
// Go back to SelectScene
SceneManager.LoadScene("SelectScene");
}
}
}
}