void OnTriggerEnter2D(Collider2D triggerCollider) //This one is for playing notes
{
NoteHelper note;
note.pitch = "";
note.octave = 0;
note.waveform = 0;
if (triggerCollider.tag == "Single Note")
{
note.pitch = triggerCollider.GetComponent <Note>().pitch;
note.waveform = (int)triggerCollider.GetComponent <Note>().wave;
note.octave = triggerCollider.GetComponent <Note>().octave;
float freq = RandomEnumSetter.CalculateFrequency(note.pitch, note.octave);
msg = "/ch1" + "+/freq-" + freq.ToString();
//Debug.Log("Actual freq: " + freq + "Freq played: " + FindObjectOfType<tcpserver>().freqMedian);
msg += "+/selector-" + note.waveform.ToString();
}
else if (triggerCollider.tag == "Long Note")
{
note.pitch = triggerCollider.GetComponent <LongNote>().pitch;
note.waveform = (int)triggerCollider.GetComponent <LongNote>().wave;
note.octave = triggerCollider.GetComponent <LongNote>().octave;
float freq = RandomEnumSetter.CalculateFrequency(note.pitch, note.octave);
//Debug.Log("Actual freq: " + freq + "Freq played: " + FindObjectOfType<tcpserver>().freqMedian);
msg = "/ch1" + "+/freq-" + freq.ToString();
msg += "+/selector-" + note.waveform.ToString();
}
}
public string SendBacktrack(int note)
{
float freq = RandomEnumSetter.CalculateFrequency(backtrackNotes[note].pitch, backtrackNotes[note].octave);
int waveform = backtrackNotes[note].waveform;
int length = backtrackNotes[note].length;
string msg;
if (waveform != lastWaveForm)
{
msg = "/freq-" + freq.ToString() + "+/selector-" + waveform.ToString();
}
else
{
msg = "/freq-" + freq.ToString();
}
return(msg);
}
void Update()
{
string selectorMsg = "+/selector-";
if (RotX > 15)
{
showWave = pulse;
}
else if (RotX < -20)
{
showWave = triangle;
}
else if (RotY > 20)
{
showWave = square;
}
else if (RotY < -20)
{
showWave = sawtooth;
}
else
{
showWave = sine;
}
if (flex > 750)
{
if (RotX > 15)
{
selector = pulse;
}
else if (RotX < -20)
{
selector = triangle;
}
else if (RotY > 20)
{
selector = square;
}
else if (RotY < -20)
{
selector = sawtooth;
}
else
{
selector = sine;
}
selectorMsg += selector;
}
else
{
selector = 0;
selectorMsg += selector;
}
float frequency = freq;
if (frequency == 7f)
{
if (count > 1)
{
frequency = freqs[count - 1];
}
else
{
frequency = freqs[10];
}
}
freqs[count] = frequency;
count++;
if (count > freqs.Length - 1)
{
count = 0;
}
float[] freqsort = new float[11];
freqs.CopyTo(freqsort, 0);
Array.Sort(freqsort);
median = freqsort[5];
int lanes = FindObjectOfType <Spawner>().lanes;
int currLane = (int)Math.Round(Mathf.Lerp(12, lanes - 1, Mathf.InverseLerp(Low, Low + Delta, median)));
octave = currLane / 7;
if (currLane < 7)
{
pitch = RandomEnumSetter.GMajorPosInv[currLane];
}
else
{
pitch = RandomEnumSetter.GMajorPosInv[currLane - 7 * octave];
}
freqMedian = RandomEnumSetter.CalculateFrequency(pitch, octave);
freqMsg += "+/freq-" + freqMedian;
msg = "/ch1" + freqMsg + selectorMsg;
if (msg != lastMsg)
{
FindObjectOfType <BacktrackHandler>().ch1Msg = msg;
lastMsg = msg;
}
freqMsg = "";
selectorMsg = "";
}