public void Process()
{
switch (agcmode)
{
case AGCType_e.agcLong:
Kpa = 0.5f;
Kpd = 675.0f;
break;
case AGCType_e.agcSlow:
Kpa = 1.0f;
Kpd = 1250.0f;
break;
case AGCType_e.agcMedium:
Kpa = 2.0f;
Kpd = 2500.0f;
break;
case AGCType_e.agcFast:
Kpa = 5.0f;
Kpd = 5000.0f;
break;
case AGCType_e.agcOff:
d.Scale(fixedgain, fixedgain);
return;
}
DoAGC();
}
private void DoOutputBoth()
{
switch (s.DSPMode)
{
case DSPMode_e.AM:
case DSPMode_e.SAM:
case DSPMode_e.FMN:
// real & imag contain the same magnitude data after PLL
d.Scale(this.volume_left, this.volume_right);
break;
case DSPMode_e.DSB:
case DSPMode_e.USB:
case DSPMode_e.LSB:
case DSPMode_e.CWL:
case DSPMode_e.CWU:
if (this.binaural)
{
d.Scale(this.volume_left, this.volume_right);
}
else
{
d.CopyImagToReal();
d.Scale(this.volume_left, this.volume_right);
}
break;
case DSPMode_e.SPEC:
default:
d.Scale(this.volume_left, this.volume_right);
break;
}
}