public MidiEntry(MidiEntry midiEntry)
{
_frequency = midiEntry._frequency;
_stepsize = midiEntry._stepsize;
_audiogain = midiEntry._audiogain;
_bandbreite = midiEntry._bandbreite;
_detectorType = midiEntry._detectorType;
_startstop = midiEntry._startstop;
}
public void leftVfo(int freq)
{
var midiEntry = new MidiEntry();
long step = 1;
midiEntry.Frequency = _controlInterface.Frequency;
midiEntry.Stepsize = _controlInterface.StepSize;
switch (steppi)
{
case 1:
step = 1;
break;
case 2:
step = 100;
break;
case 3:
step = 1000;
break;
case 4:
step = 10000;
break;
case 5:
step = midiEntry.Stepsize;
break;
case 6:
step = midiEntry.Stepsize;
break;
default:
step = midiEntry.Stepsize;
break;
}
if (freq == 1)
{
_controlInterface.Frequency = midiEntry.Frequency + step;
}
else
{
_controlInterface.Frequency = midiEntry.Frequency - step;
}
}
public void bandbreite(int pegel)
{
var midiEntry = new MidiEntry();
midiEntry.Bandbreite = _controlInterface.FilterBandwidth;
if (pegel == 127 && midiEntry.Bandbreite > 10)
{
_controlInterface.FilterBandwidth = midiEntry.Bandbreite - 10;
}
else if (pegel != 127 && midiEntry.Bandbreite < 32000)
{
_controlInterface.FilterBandwidth = midiEntry.Bandbreite + 10;
}
}
public void fineTunigFreq(int pegel)
{
var midiEntry = new MidiEntry();
midiEntry.Frequency = _controlInterface.Frequency;
if (pegel == 127)
{
_controlInterface.Frequency = midiEntry.Frequency - 1;
}
else
{
_controlInterface.Frequency = midiEntry.Frequency + 1;
}
}
private void lautleise(double pegel)
{
var midiEntry = new MidiEntry();
double range = 34.0;
double max_in = 127.0;
double min_scal = 26.0;
var scal = min_scal + (range / max_in * pegel);
if (pegel != 0)
{
midiEntry.Audiogain = (int)Math.Truncate(scal);
_controlInterface.AudioGain = midiEntry.Audiogain;
}
}
private void startStop(int pegel)
{
var midiEntry = new MidiEntry();
midiEntry.Startstop = _controlInterface.IsPlaying;
if (pegel == 127)
{
if (midiEntry.Startstop == true)
{
_controlInterface.StopRadio();
}
else
{
_controlInterface.StartRadio();
}
}
}
public void bandType(int pegel)
{
var midiEntry = new MidiEntry();
midiEntry.DetectorType = _controlInterface.DetectorType;
if (pegel == 1)
{
switch (midiEntry.DetectorType)
{
case DetectorType.NFM:
_controlInterface.DetectorType = DetectorType.AM;
break;
case DetectorType.AM:
_controlInterface.DetectorType = DetectorType.LSB;
break;
case DetectorType.LSB:
_controlInterface.DetectorType = DetectorType.USB;
break;
case DetectorType.USB:
_controlInterface.DetectorType = DetectorType.WFM;
break;
case DetectorType.WFM:
_controlInterface.DetectorType = DetectorType.DSB;
break;
case DetectorType.DSB:
_controlInterface.DetectorType = DetectorType.CW;
break;
case DetectorType.CW:
_controlInterface.DetectorType = DetectorType.RAW;
break;
case DetectorType.RAW:
_controlInterface.DetectorType = DetectorType.NFM;
break;
}
}
else
{
switch (midiEntry.DetectorType)
{
case DetectorType.NFM:
_controlInterface.DetectorType = DetectorType.RAW;
break;
case DetectorType.RAW:
_controlInterface.DetectorType = DetectorType.CW;
break;
case DetectorType.CW:
_controlInterface.DetectorType = DetectorType.DSB;
break;
case DetectorType.DSB:
_controlInterface.DetectorType = DetectorType.WFM;
break;
case DetectorType.WFM:
_controlInterface.DetectorType = DetectorType.USB;
break;
case DetectorType.USB:
_controlInterface.DetectorType = DetectorType.LSB;
break;
case DetectorType.LSB:
_controlInterface.DetectorType = DetectorType.AM;
break;
case DetectorType.AM:
_controlInterface.DetectorType = DetectorType.NFM;
break;
}
}
}
