public Oscillator(XmlNode x) : this()
{
if (x.Attributes["a"] != null)
{
A = float.Parse(x.Attributes["a"].Value, CultureInfo.InvariantCulture);
}
if (x.Attributes["d"] != null)
{
D = float.Parse(x.Attributes["d"].Value, CultureInfo.InvariantCulture);
}
if (x.Attributes["s"] != null)
{
S = float.Parse(x.Attributes["s"].Value, CultureInfo.InvariantCulture);
}
if (x.Attributes["r"] != null)
{
R = float.Parse(x.Attributes["r"].Value, CultureInfo.InvariantCulture);
}
if (x.Attributes["randomPhase"] != null)
{
randomPhase = bool.Parse(x.Attributes["randomPhase"].Value);
}
if (x.Attributes["type"] != null)
{
Type = (OscillatorType)Enum.Parse(typeof(OscillatorType), x.Attributes["type"].Value);
}
if (x.Attributes["squareRatio"] != null)
{
squareRatio = float.Parse(x.Attributes["squareRatio"].Value, CultureInfo.InvariantCulture);
}
if (x.Attributes["volume"] != null)
{
volume = float.Parse(x.Attributes["volume"].Value, CultureInfo.InvariantCulture);
}
Pitchs.Clear();
foreach (XmlElement pitch in x.ChildNodes)
{
Pitchs.Add(float.Parse(pitch.Attributes["value"].Value, CultureInfo.InvariantCulture));
}
}
internal float[,] GetSound(float start, float length, Note note)
{
long samples = (long)Project.current.CountSamples(length); //how many samples you need on output
float samplesTotal = Project.current.CountSamples(note.Length + R);
var phaseTimeWaited = Project.current.CountSamples(randomPhase ? start + 1000 : start); //+1000 to taki trik
var realTimeWaited = Project.current.CountSamples(start); //+1000 to taki trik
var ret = new float[2, samples]; //sound that will be returned
foreach (var p in Pitchs.ToArray())
{
var waveTime = Project.current.waveTime(note.Pitch + p);
switch (Type)
{
case OscillatorType.sine:
createSine(ret, waveTime, phaseTimeWaited);
break;
case OscillatorType.saw:
createSaw(ret, waveTime, phaseTimeWaited);
break;
case OscillatorType.square:
createSquare(ret, waveTime, phaseTimeWaited);
break;
case OscillatorType.triangle:
createTriangle(ret, waveTime, phaseTimeWaited);
break;
case OscillatorType.whiteNoise:
createWhite(ret, waveTime, phaseTimeWaited);
break;
}
}
var aLen = Project.current.CountSamples(A);
var dLen = Project.current.CountSamples(D);
var rLen = Project.current.CountSamples(R);
for (int i = 0; i < samples; i++)
{
float adsrVal;
var sumTime = i + realTimeWaited;
if (sumTime < dLen)
{
adsrVal = S + (1 - S) * (dLen - sumTime) / dLen;
}
else
{
adsrVal = S;
}
if (sumTime < aLen)
{
adsrVal *= sumTime / aLen;
}
var toEnd = samplesTotal - sumTime;
if (toEnd < rLen)
{
adsrVal *= toEnd / rLen;
}
adsrVal *= volume;
ret[0, i] *= adsrVal;
ret[1, i] *= adsrVal;
}
return(ret);
}
private float midiToScreenCustomY(int midiNote)
{
var mi4 = 50; //Si Bemol
float dif = midiNote - mi4;
float resto = dif % 12;
float div = (int)dif / 12;
Pitchs foo = (Pitchs)resto;
float newY = 0.0f;
//UnityEngine.Debug.Log ("Midiiiiiii Y Custom: "+ midiNote +foo);
switch (foo)
{
case Pitchs.Mi:
newY = 0;
break;
case Pitchs.Fa:
newY = this.yDistance;
break;
case Pitchs.FaS:
newY = this.yDistance;
break;
case Pitchs.Sol:
newY = this.yDistance * 2f;
break;
case Pitchs.SolS:
newY = this.yDistance * 2f;
break;
case Pitchs.La:
newY = this.yDistance * 3f;
break;
case Pitchs.LaS:
newY = this.yDistance * 3f;
break;
case Pitchs.Si:
newY = this.yDistance * 4f;
break;
case Pitchs.Do:
newY = this.yDistance * 5f;
break;
case Pitchs.DoS:
newY = this.yDistance * 5f;
break;
case Pitchs.Re:
newY = this.yDistance * 6f;
break;
case Pitchs.ReS:
newY = this.yDistance * 6f;
break;
}
newY = ((y + newY) + (yDistance * (div * 7)));
UnityEngine.Debug.Log("MidiNote: " + midiNote + " Pitch :" + foo + " " + "New Y:" + newY + " y:" + y + " diff:" + dif + " reso:" + resto + " div" + div);
return(newY);
}
