// Sweep
public IExciterSweepApi Sweep(uint step, ExciterModulation modulation, byte time)
{
var frame = new CanFrameWriter().Id(ID_MODULATION).Write((byte)74).Write((byte)68).Write((byte)modulation).Write(step, true).Write(time).ToCanFrame(PadZero);
_canControl.Send(frame);
return(this);
}
// Multi Spot
public IExciterMultiSpotApi MultiSpot(byte pointsCount, ExciterModulation modulation)
{
var frame = new CanFrameWriter().Id(ID_MODULATION).Write((byte)74).Write((byte)67).Write(pointsCount).Write((byte)modulation).ToCanFrame(PadZero);
_canControl.Send(frame);
return(this);
}
// Spot
public IExciterSpotApi Spot(uint frequency, ExciterModulation modulation)
{
var frame = new CanFrameWriter().Id(ID_MODULATION).Write((byte)74).Write((byte)65).Write(frequency, true).Write((byte)modulation).ToCanFrame(PadZero);
_canControl.Send(frame);
return(this);
}
// Sweep
public IExciterSweepApi Sweep(uint step, ExciterModulation modulation, byte time)
{
logger.Info(string.Format("Apply exciter sweep with step: {0}, modulation: {1}, time: {2}", step, modulation, time));
var frame = new CanFrameWriter().Id(ID_MODULATION).Write((byte)74).Write((byte)68).Write((byte)modulation).Write(step, true).Write(time).ToCanFrame(PadZero);
_canControl.Send(frame);
return(this);
}
// Spot
public IExciterSpotApi Spot(uint frequency, ExciterModulation modulation)
{
logger.Info(string.Format("Apply exciter spot with frequency: {0}, modulation: {1}", frequency, modulation));
var frame = new CanFrameWriter().Id(ID_MODULATION).Write((byte)74).Write((byte)65).Write(frequency, true).Write((byte)modulation).ToCanFrame(PadZero);
_canControl.Send(frame);
return(this);
}
public IExciterCombApi Comb(ExciterModulation modulation, ushort frequencies, ushort amplitude)
{
byte cmbModulation;
switch (modulation)
{
case ExciterModulation.Cw:
cmbModulation = 1;
break;
case ExciterModulation.Am:
cmbModulation = 2;
break;
case ExciterModulation.Fm:
cmbModulation = 3;
break;
case ExciterModulation.Usb:
cmbModulation = 4;
break;
case ExciterModulation.Lsb:
cmbModulation = 5;
break;
case ExciterModulation.Dsb:
cmbModulation = 6;
break;
case ExciterModulation.Isb:
cmbModulation = 7;
break;
default:
cmbModulation = 2;
break;
}
var frame = new CanFrameWriter().Id(0x34).Write(cmbModulation).Write(frequencies).Write(amplitude).ToCanFrame(PadZero);
_canControl.Send(frame);
return(this);
}
public void Apply(ExciterModulation modulation, ushort exists, ushort power)
{
throw new NotImplementedException();
}
public void Apply(ExciterModulation modulation, ushort exists, ushort power)
{
power = 16384;
logger.Info(string.Format("Apply modulation & power on comb exciter. modulation: {0} exists: {1} power: {2}", modulation, exists, power));
CombApi.Comb(modulation, exists, power);
}
IExciterHoppingApi IExciterHoppingApi.Apply(uint frequencyStart, uint frequencyStop, ExciterModulation modulation)
{
var frame1 = new CanFrameWriter().Id(0x35).Write(frequencyStart).Write(frequencyStop).ToCanFrame(PadZero);
_canControl.Send(frame1);
byte cmbModulation;
switch (modulation)
{
case ExciterModulation.Cw:
cmbModulation = 1;
break;
case ExciterModulation.Am:
cmbModulation = 2;
break;
case ExciterModulation.Fm:
cmbModulation = 3;
break;
case ExciterModulation.Usb:
cmbModulation = 4;
break;
case ExciterModulation.Lsb:
cmbModulation = 5;
break;
case ExciterModulation.Dsb:
cmbModulation = 6;
break;
case ExciterModulation.Isb:
cmbModulation = 7;
break;
default:
cmbModulation = 2;
break;
}
ushort amplitude = 16384;
var frame2 = new CanFrameWriter().Id(0x36).Write(true).Write(cmbModulation).Write(amplitude).ToCanFrame(PadZero);
_canControl.Send(frame2);
return(this);
}
