/// <summary>
///
/// </summary>
public unsafe void Update()
{
AudioImpl.Update((MixedSamples) =>
{
var RequiredSamples = MixedSamples.Length;
fixed(short *MixedSamplesPtr = MixedSamples)
{
var MixedSamplesDenormalized = stackalloc int[RequiredSamples];
foreach (var Channel in Channels)
{
var ChannelSamples = Channel.Read(RequiredSamples);
fixed(short *ChannelSamplesPtr = ChannelSamples)
{
for (int n = 0; n < ChannelSamples.Length; n++)
{
MixedSamplesDenormalized[n] += ChannelSamplesPtr[n];
}
}
}
for (int n = 0; n < RequiredSamples; n++)
{
MixedSamplesPtr[n] = StereoShortSoundSample.Clamp(MixedSamplesDenormalized[n]);
}
}
});
}
public StereoShortSoundSample[] GetAllDecodedSamples()
{
var Samples = new StereoShortSoundSample[SamplesCount];
SamplesDecoder.Reset();
for (int n = 0; n < SamplesCount; n++)
{
Samples[n] = SamplesDecoder.GetNextSample();
}
return(Samples);
}
/*
public static short[] Convert(short[] Input, int InputRate, int InputChannels, int OutputRate, int OutputChannels)
{
var Output = new short[(Input.Length * InputRate * InputChannels) / (OutputRate * OutputChannels)];
if (InputRate != OutputRate)
}
*/
public static StereoShortSoundSample[] Convert_Mono22050_Stereo44100(short[] Input)
{
var Output = new StereoShortSoundSample[Input.Length * 2];
int m = 0;
for (int n = 0; n < Input.Length; n++)
{
//Input[n]
short Sample1 = Input[n];
Output[m++].MonoLeftRight = Sample1;
//Output[m++] = Sample1;
if (n < Input.Length - 1)
{
short Sample2 = Input[n + 1];
Output[m++].MonoLeftRight = (short)((Sample1 + Sample2) / 2);
//Output[m++] = (short)((Sample1 + Sample2) / 2);
}
}
return Output;
}
public static StereoShortSoundSample Mix(StereoShortSoundSample A, StereoShortSoundSample B)
{
return new StereoShortSoundSample((short)((A.Left + B.Left) / 2), (short)((A.Right + B.Right) / 2));
}
