public EvaluatorStream(int BufferSize, Evaluator Evaluator, SoundOptions Options, bool Exporting)
{
this._Exporting = Exporting;
this._Options = Options;
this._Evaluator = Evaluator.GetBuffered(BufferSize);
this._Offset = BufferSize;
this._Parameter = Options.Offset;
// Calculate shift and sample size
int res = Options.Resolution;
int sampsize = (res + 7) / 8;
int shift = sampsize * 8 - res;
this._SampleSize = sampsize;
this._Shift = shift;
this._Advance();
}
public RightShiftConstantEvaluator(Evaluator Source, int Amount)
: base(Source)
{
this.Amount = Amount;
}
public NegateEvaluator(Evaluator Source)
: base(Source)
{
}
public MultiplyEvaluator(Evaluator Left, BufferedEvaluator Right)
: base(Left, Right)
{
}
public MultiplyConstantEvaluator(Evaluator Source, Value Amount)
: base(Source)
{
this.Amount = Amount;
}
public TriangleEvaluator(Evaluator Source, double Period, double Scale)
: base(Source, Period, Scale)
{
}
public UnaryEvaluator(Evaluator Source)
{
this.Source = Source;
}
public SequencerEvaluator(BufferedEvaluator[] Items, Evaluator Parameter)
{
this.Items = Items;
this.Parameter = Parameter;
}
public DivideConstantEvaluator(Evaluator Source, Value Amount)
: base(Source)
{
this.Amount = Amount;
}
public ComplementEvaluator(Evaluator Source)
: base(Source)
{
}
public BufferedEvaluator(int BufferSize, Evaluator Source)
{
this.Buffer = new Value[BufferSize];
this.Source = Source;
}
public BinaryEvaluator(Evaluator Left, BufferedEvaluator Right)
{
this.Left = Left;
this.Right = Right;
}
public SineEvaluator(Evaluator Source, double Period, double Scale)
: base(Source, Period, Scale)
{
}
public GeneratorEvaluator(Evaluator Source, double Period, double Scale)
: base(Source)
{
this.Period = Period;
this.Scale = Scale;
}
public RightShiftEvaluator(Evaluator Left, BufferedEvaluator Right)
: base(Left, Right)
{
}
public SequencerConstantEvaluator(Value[] Items, Evaluator Parameter)
{
this.Items = Items;
this.Parameter = Parameter;
}
public DivideEvaluator(Evaluator Left, BufferedEvaluator Right)
: base(Left, Right)
{
}
public SubtractEvaluator(Evaluator Left, BufferedEvaluator Right)
: base(Left, Right)
{
}
public ModulusConstantEvaluator(Evaluator Source, Value Amount)
: base(Source)
{
this.Amount = Amount;
}
public XorEvaluator(Evaluator Left, BufferedEvaluator Right)
: base(Left, Right)
{
}
public ModulusEvaluator(Evaluator Left, BufferedEvaluator Right)
: base(Left, Right)
{
}