public UADSSLChannel DoConvert()
{
var uadSSLChannel = new UADSSLChannel();
uadSSLChannel.PresetName = wavesSSLChannel.PresetName;
uadSSLChannel.CMPThresh = uadSSLChannel.FindClosestValue("CMP Thresh", wavesSSLChannel.CompThreshold);
uadSSLChannel.CMPRatio = uadSSLChannel.FindClosestValue("CMP Ratio", wavesSSLChannel.CompRatio);
uadSSLChannel.CMPAttack = Convert.ToSingle(wavesSSLChannel.CompFastAttack);
uadSSLChannel.CMPRelease = uadSSLChannel.FindClosestValue("CMP Release", wavesSSLChannel.CompRelease);
uadSSLChannel.EXPThresh = uadSSLChannel.FindClosestValue("EXP Thresh", wavesSSLChannel.ExpThreshold);
uadSSLChannel.EXPRange = uadSSLChannel.FindClosestValue("EXP Range", wavesSSLChannel.ExpRange);
if (wavesSSLChannel.ExpGate)
{
uadSSLChannel.Select = uadSSLChannel.FindClosestValue("Select", 0.5f);
}
else
{
uadSSLChannel.Select = uadSSLChannel.FindClosestValue("Select", 0.0f);
}
uadSSLChannel.EXPAttack = Convert.ToSingle(wavesSSLChannel.ExpFastAttack);
uadSSLChannel.EXPRelease = uadSSLChannel.FindClosestValue("EXP Release", wavesSSLChannel.ExpRelease);
uadSSLChannel.ExpIn = 1.0f;
uadSSLChannel.CompIn = Convert.ToSingle(!wavesSSLChannel.DynToByPass);
uadSSLChannel.DYNIn = Convert.ToSingle(!wavesSSLChannel.DynToByPass);
uadSSLChannel.PreDyn = Convert.ToSingle(wavesSSLChannel.DynToChannelOut);
uadSSLChannel.LFBell = Convert.ToSingle(wavesSSLChannel.LFTypeBell);
uadSSLChannel.LFGain = uadSSLChannel.FindClosestValue("LF Gain", wavesSSLChannel.LFGain);
uadSSLChannel.LFFreq = uadSSLChannel.FindClosestValue("LF Freq", wavesSSLChannel.LFFrq);
uadSSLChannel.LMFGain = uadSSLChannel.FindClosestValue("LMF Gain", wavesSSLChannel.LMFGain);
uadSSLChannel.LMFFreq = uadSSLChannel.FindClosestValue("LMF Freq", wavesSSLChannel.LMFFrq * 1000);
uadSSLChannel.LMFQ = uadSSLChannel.FindClosestValue("LMF Q", wavesSSLChannel.LMFQ);
uadSSLChannel.HMFGain = uadSSLChannel.FindClosestValue("HMF Gain", wavesSSLChannel.HMFGain);
uadSSLChannel.HMFFreq = uadSSLChannel.FindClosestValue("HMF Freq", wavesSSLChannel.HMFFrq * 1000);
uadSSLChannel.HMFQ = uadSSLChannel.FindClosestValue("HMF Q", wavesSSLChannel.HMFQ);
uadSSLChannel.HFBell = Convert.ToSingle(wavesSSLChannel.HFTypeBell);
uadSSLChannel.HFGain = uadSSLChannel.FindClosestValue("HF Gain", wavesSSLChannel.HFGain);
uadSSLChannel.HFFreq = uadSSLChannel.FindClosestValue("HF Freq", wavesSSLChannel.HFFrq * 1000);
uadSSLChannel.EQIn = Convert.ToSingle(!wavesSSLChannel.EQToBypass);
uadSSLChannel.EQDynSC = Convert.ToSingle(wavesSSLChannel.EQToDynSC);
uadSSLChannel.HPFreq = uadSSLChannel.FindClosestValue("HP Freq", wavesSSLChannel.HPFrq);
if (wavesSSLChannel.LPFrq == 30)
{
uadSSLChannel.LPFreq = 0;
}
else
{
uadSSLChannel.LPFreq = uadSSLChannel.FindClosestValue("LP Freq", wavesSSLChannel.LPFrq * 1000);
}
//wavesSSLChannel.FilterSplit;
uadSSLChannel.Output = uadSSLChannel.FindClosestValue("Output", wavesSSLChannel.Gain);
//wavesSSLChannel.Analog;
//wavesSSLChannel.VUShowOutput;
uadSSLChannel.Phase = Convert.ToSingle(wavesSSLChannel.PhaseReverse);
uadSSLChannel.Input = uadSSLChannel.FindClosestValue("Input", wavesSSLChannel.InputTrim);
uadSSLChannel.EQType = 0.0f; // Black EQ Type
uadSSLChannel.StereoLink = 1.0f;
uadSSLChannel.Power = 1.0f;
return(uadSSLChannel);
}
public UADSSLChannel DoConvert() {
var uadSSLChannel = new UADSSLChannel();
uadSSLChannel.PresetName = wavesSSLChannel.PresetName;
uadSSLChannel.CMPThresh = uadSSLChannel.FindClosestValue("CMP Thresh", wavesSSLChannel.CompThreshold);
uadSSLChannel.CMPRatio = uadSSLChannel.FindClosestValue("CMP Ratio", wavesSSLChannel.CompRatio);
uadSSLChannel.CMPAttack = Convert.ToSingle(wavesSSLChannel.CompFastAttack);
uadSSLChannel.CMPRelease = uadSSLChannel.FindClosestValue("CMP Release", wavesSSLChannel.CompRelease);
uadSSLChannel.EXPThresh = uadSSLChannel.FindClosestValue("EXP Thresh", wavesSSLChannel.ExpThreshold);
uadSSLChannel.EXPRange = uadSSLChannel.FindClosestValue("EXP Range", wavesSSLChannel.ExpRange);
if (wavesSSLChannel.ExpGate) {
uadSSLChannel.Select = uadSSLChannel.FindClosestValue("Select", 0.5f);
} else {
uadSSLChannel.Select = uadSSLChannel.FindClosestValue("Select", 0.0f);
}
uadSSLChannel.EXPAttack = Convert.ToSingle(wavesSSLChannel.ExpFastAttack);
uadSSLChannel.EXPRelease = uadSSLChannel.FindClosestValue("EXP Release", wavesSSLChannel.ExpRelease);
uadSSLChannel.ExpIn = 1.0f;
uadSSLChannel.CompIn = Convert.ToSingle(!wavesSSLChannel.DynToByPass);
uadSSLChannel.DYNIn = Convert.ToSingle(!wavesSSLChannel.DynToByPass);
uadSSLChannel.PreDyn = Convert.ToSingle(wavesSSLChannel.DynToChannelOut);
uadSSLChannel.LFBell = Convert.ToSingle(wavesSSLChannel.LFTypeBell);
uadSSLChannel.LFGain = uadSSLChannel.FindClosestValue("LF Gain", wavesSSLChannel.LFGain);
uadSSLChannel.LFFreq = uadSSLChannel.FindClosestValue("LF Freq", wavesSSLChannel.LFFrq);
uadSSLChannel.LMFGain = uadSSLChannel.FindClosestValue("LMF Gain", wavesSSLChannel.LMFGain);
uadSSLChannel.LMFFreq = uadSSLChannel.FindClosestValue("LMF Freq", wavesSSLChannel.LMFFrq*1000);
uadSSLChannel.LMFQ = uadSSLChannel.FindClosestValue("LMF Q", wavesSSLChannel.LMFQ);
uadSSLChannel.HMFGain = uadSSLChannel.FindClosestValue("HMF Gain", wavesSSLChannel.HMFGain);
uadSSLChannel.HMFFreq = uadSSLChannel.FindClosestValue("HMF Freq", wavesSSLChannel.HMFFrq*1000);
uadSSLChannel.HMFQ = uadSSLChannel.FindClosestValue("HMF Q", wavesSSLChannel.HMFQ);
uadSSLChannel.HFBell = Convert.ToSingle(wavesSSLChannel.HFTypeBell);
uadSSLChannel.HFGain = uadSSLChannel.FindClosestValue("HF Gain", wavesSSLChannel.HFGain);
uadSSLChannel.HFFreq = uadSSLChannel.FindClosestValue("HF Freq", wavesSSLChannel.HFFrq*1000);
uadSSLChannel.EQIn = Convert.ToSingle(!wavesSSLChannel.EQToBypass);
uadSSLChannel.EQDynSC = Convert.ToSingle(wavesSSLChannel.EQToDynSC);
uadSSLChannel.HPFreq = uadSSLChannel.FindClosestValue("HP Freq", wavesSSLChannel.HPFrq);
if (wavesSSLChannel.LPFrq == 30) {
uadSSLChannel.LPFreq = 0;
} else {
uadSSLChannel.LPFreq = uadSSLChannel.FindClosestValue("LP Freq", wavesSSLChannel.LPFrq*1000);
}
//wavesSSLChannel.FilterSplit;
uadSSLChannel.Output = uadSSLChannel.FindClosestValue("Output", wavesSSLChannel.Gain);
//wavesSSLChannel.Analog;
//wavesSSLChannel.VUShowOutput;
uadSSLChannel.Phase = Convert.ToSingle(wavesSSLChannel.PhaseReverse);
uadSSLChannel.Input = uadSSLChannel.FindClosestValue("Input", wavesSSLChannel.InputTrim);
uadSSLChannel.EQType = 0.0f; // Black EQ Type
uadSSLChannel.StereoLink = 1.0f;
uadSSLChannel.Power = 1.0f;
return uadSSLChannel;
}