Byte ReceiveVoltage(UInt32 Tick)
{
UInt32 RelativeTick = 0;
ITimedWave x = PickElement(Tick, ref RelativeTick);
return(x[RelativeTick * DeltaTime]);
}
public Fadeout(ITimedWave target, Double reductionMultiplier = 1.0, Double beginningOffset = 0.0, Boolean increaseAtStart = false)
{
WrappedWave = target;
Reduction = reductionMultiplier;
BeginningOffset = beginningOffset;
SkipIntro = !increaseAtStart;
}
public Transition(ITimedWave first, ITimedWave second, Double fadeTime, Double firstStart = 0.0, Double secondStart = 0.0)
{
FadeTime = fadeTime;
FirstWave = first;
SecondWave = second;
FirstStart = firstStart;
SecondStart = secondStart;
}
public TactUnit(Double timing)
{
in_wave = new Oscillation(1, 0, WaveType.Sine, 800);
playtime = timing;
phoneme = null;
blank = true;
frequency = 1;
beginningOffset = 0.0;
}
public TactUnit(ITimedWave sound, Double timing)
{
in_wave = sound;
phoneme = null;
playtime = timing;
blank = false;
frequency = 0;
beginningOffset = 0.0;
}
public TactUnit(String phonemeString, Note note, Byte octave, Double timing, UInt32 sampleRate = 44100, SByte amplitude = 64)
{
in_wave = Phonemes.Get(phonemeString, note, octave, amplitude, sampleRate);
phoneme = phonemeString;
playtime = timing;
blank = false;
frequency = Notes.Get(note, octave);
beginningOffset = 0.0;
}
public void Push(ITimedWave i, Double time, UInt16 channelNumber)
{
if (Sealed)
{
throw new FieldAccessException("Attempt to push sequence into sealed sequencer.");
}
for (Double x = 0; x < time; x += DeltaTime)
{
Track[channelNumber].Add(i[x]);
}
Edited = true;
}
public void Push(ITimedWave i, Double time)
{
if (Sealed)
{
throw new FieldAccessException("Attempt to push sequence into sealed sequencer.");
}
if (ChannelAmount != 1)
{
throw new ArgumentException("Used sequencer instance does not support single-channel inputs.");
}
for (Double x = 0; x < time; x += DeltaTime)
{
Track[0].Add(i[x]);
}
Edited = true;
}
public OffsetGenerator(ITimedWave wave, Double startOffset)
{
internalWave = wave;
offset = startOffset;
}
public VerticalCompressor(ITimedWave subWave, Double compressionRate)
{
SourceWave = subWave;
CompressionRate = compressionRate;
}
public Polyphony(ITimedWave BaseWave, UInt16 MaxSampleSize = 64)
{
WaveSet.Add(BaseWave);
BitsPerSample = (UInt16)(MaxSampleSize - (MaxSampleSize % 8));
dtime = BaseWave.DeltaTime;
}
public WaveUpcast(ITimedWave source)
{
EmbeddedWave = source;
}
public AmplifiedWave(ITimedWave defaultWave, Double amplification, Byte center = 128)
{
DefaultWave = defaultWave;
Center = center;
AmplificationLevel = amplification;
}
