public void AddPartial(int startMs, double freqHz, int attackMs, int releaseMs, float level, float balance = 0f, float curve = -4.0f, int bendIndex = -1)
{
Partial p = Partials.MakePartial(_format.sampleRate, freqHz, attackMs, releaseMs, level, curve);
int start = Partials.MsToSamples(startMs, _format.sampleRate);
int length = p.envelope.GetLength();
var part = new Part {
startSample = start,
endSample = start + length,
partial = p,
balance16 = Partial.MakeBalance16(balance), // -1..1 -> 0..FFFF
};
if (0 <= bendIndex)
{
if (bendIndex < _bends.Count)
{
part.bend = _bends[bendIndex];
_bends[bendIndex].refCount += 1;
}
else
{
}
}
_parts.Add(part);
_parts.Sort(Part.CompareStart);
}
static void AddNote(PartialProvider pp, double cents, Partial[] partials)
{
foreach (Partial p in partials)
{
double c = cents + p.rational.ToCents();
double hz = Partials.CentsToHz(c);
double level = Math.Pow(p.harmonicity, 7.0f);
pp.AddPartial(
hz,
10, (int)(2000 * p.harmonicity),
(float)(level / partials.Length),
-4f
);
}
pp.FlushPartials();
}
static void AddNote(PartialTimeline timeline, int startMs, double cents, Partial[] partials, int bendIndex = -1)
{
foreach (Partial p in partials)
{
double c = cents + p.rational.ToCents();
double hz = Partials.CentsToHz(c);
double level = Math.Pow(p.harmonicity, 2.0f); // !!! was 7.0f
timeline.AddPartial(
startMs,
hz,
10, (int)(2000 * p.harmonicity),
level: (float)(level / partials.Length),
balance: 0f,
curve: -4f,
bendIndex: bendIndex
);
}
}
static void AddNote(PartialProvider pp, Rational r0)
{
string[] rs = new string[] { "1", "2", "3", "4", "81/16", "6" };
float [] ls = new float [] { 1f, .04f, .8f, .08f, .8f, .1f };
double c0 = r0.ToCents();
for (int i = 0; i < rs.Length; ++i)
{
Rational r = Rational.Parse(rs[i]);
double c = c0 + r.ToCents();
double hz = Partials.CentsToHz(c);
pp.AddPartial(
hz,
10, (int)(2000 * ls[i]),
ls[i] * .1f,
-4f
);
}
pp.FlushPartials();
}
public void AddPartial(double freqHz, int attackMs, int releaseMs, float level, float curve = -4.0f)
{
Partial p = Partials.MakePartial(_format.sampleRate, freqHz, attackMs, releaseMs, level, curve);
_preparedPartials.Add(p);
}
public void AddFrequency(double freqHz, int durationMs, float level)
{
Partial p = Partials.MakeFrequency(_format.sampleRate, freqHz, durationMs, level);
_preparedPartials.Add(p);
}
public void MakeStep() // !!! might be IBend.MakeStep()
{
currentFactor = Partials.CentsToFactor(_currentSample * centsPerSample);
_currentSample += 1;
}
