private void KnobRotated(FlexControl.RotateDirection direction, int num_steps)
{
if (!this.Visible)
{
return; // form is still initializing
}
switch (current_knob_mode)
{
case FlexControlInterface1.KnobMode.A1: hlKnobA1.NewEvent(); break;
case FlexControlInterface1.KnobMode.A2: hlKnobA2.NewEvent(); break;
case FlexControlInterface1.KnobMode.B1: hlKnobB1.NewEvent(); break;
case FlexControlInterface1.KnobMode.B2: hlKnobB2.NewEvent(); break;
}
}
public void FlexControl_KnobRotated(FlexControl.RotateDirection dir, int num_steps)
{
if (console == null)
{
return;
}
int step = GetTuneStep(num_steps);
if (num_steps > 1 && tuning_acceleration)
{
num_steps = 1;
}
switch (current_knob_function)
{
case FlexControlKnobFunction.TuneVFOA:
switch (dir)
{
case FlexControl.RotateDirection.Clockwise:
console.VFOAFreq = console.SnapTune(console.VFOAFreq, step, num_steps);
break;
case FlexControl.RotateDirection.CounterClockwise:
console.VFOAFreq = console.SnapTune(console.VFOAFreq, step, -num_steps);
break;
}
break;
case FlexControlKnobFunction.TuneVFOB:
switch (dir)
{
case FlexControl.RotateDirection.Clockwise:
console.VFOBFreq = console.SnapTune(console.VFOBFreq, step, num_steps);
break;
case FlexControl.RotateDirection.CounterClockwise:
console.VFOBFreq = console.SnapTune(console.VFOBFreq, step, -num_steps);
break;
}
break;
case FlexControlKnobFunction.TuneVFOASub:
if (console.CurrentModel != Model.FLEX5000 || !console.RX2Enabled)
{
return;
}
switch (dir)
{
case FlexControl.RotateDirection.Clockwise:
console.VFOASubFreq = console.SnapTune(console.VFOASubFreq, step, num_steps);
break;
case FlexControl.RotateDirection.CounterClockwise:
console.VFOASubFreq = console.SnapTune(console.VFOASubFreq, step, -num_steps);
break;
}
break;
case FlexControlKnobFunction.TuneRIT:
if (!console.RITOn)
{
console.RITOn = true;
}
switch (dir)
{
case FlexControl.RotateDirection.Clockwise:
console.RITValue += num_steps * 2;
break;
case FlexControl.RotateDirection.CounterClockwise:
console.RITValue -= num_steps * 2;
break;
}
break;
case FlexControlKnobFunction.TuneXIT:
if (!console.XITOn)
{
console.XITOn = true;
}
switch (dir)
{
case FlexControl.RotateDirection.Clockwise:
console.XITValue += num_steps * 2;
break;
case FlexControl.RotateDirection.CounterClockwise:
console.XITValue -= num_steps * 2;
break;
}
break;
case FlexControlKnobFunction.TuneAF:
switch (dir)
{
case FlexControl.RotateDirection.Clockwise:
console.AF += num_steps;
break;
case FlexControl.RotateDirection.CounterClockwise:
console.AF -= num_steps;
break;
}
break;
case FlexControlKnobFunction.TuneAGCT:
switch (dir)
{
case FlexControl.RotateDirection.Clockwise:
console.RF += num_steps;
break;
case FlexControl.RotateDirection.CounterClockwise:
console.RF -= num_steps;
break;
}
break;
case FlexControlKnobFunction.None:
//do nothing
break;
}
}
} // GetTuneStep(int steps)
public void FlexControl_KnobRotated(FlexControl.RotateDirection dir, int num_steps)
{
if (console == null)
{
return;
}
int step = GetTuneStep(num_steps);
if (num_steps > 1 && tuning_acceleration)
{
num_steps = 1;
}
switch (current_knob_function)
{
case FlexControlKnobFunction.TuneVFOA:
switch (dir)
{
case FlexControl.RotateDirection.Clockwise:
if (Console.CTUN == true)
{
if ((Display.CurrentDisplayMode == DisplayMode.PANADAPTER) || (Display.CurrentDisplayMode == DisplayMode.PANAFALL) || (Display.CurrentDisplayMode == DisplayMode.PANASCOPE) || (Display.CurrentDisplayMode == DisplayMode.WATERFALL))
{
Console.UPDATEOFF = 2; // ke9ns add let system know not to update screen for a little while pan
}
// double temp1 = console.SnapTune((double)Console.CTUN1_HZ / 1e6, step, num_steps);
// Console.CTUN1_HZ = (long)(temp1 * 1e6);
// console.tempVFOAFreq = console.VFOAFreq + temp1; // vfoafreq in mhz
// console.CalcDisplayFreq(); // ke9ns keep display from moving
double temp1 = console.SnapTune(0.0, step, num_steps); // in mhz
Console.CTUN1_HZ = Console.CTUN1_HZ + (long)(temp1 * 1e6); // ke9ns add allow bandpass window to scroll across display instead of display freq scroll under bandpass.
console.tempVFOAFreq = console.VFOAFreq + temp1; // vfoafreq in mhz
console.CalcDisplayFreq(); // ke9ns keep display from moving
}
else
{
console.VFOAFreq = console.SnapTune(console.VFOAFreq, step, num_steps);
}
break;
case FlexControl.RotateDirection.CounterClockwise:
if (Console.CTUN == true)
{
if ((Display.CurrentDisplayMode == DisplayMode.PANADAPTER) || (Display.CurrentDisplayMode == DisplayMode.PANAFALL) || (Display.CurrentDisplayMode == DisplayMode.PANASCOPE) || (Display.CurrentDisplayMode == DisplayMode.WATERFALL))
{
Console.UPDATEOFF = 2; // ke9ns add let system know not to update screen for a little while pan
}
double temp1 = console.SnapTune(0.0, step, -num_steps); // in mhz
Console.CTUN1_HZ = Console.CTUN1_HZ + (long)(temp1 * 1e6); // ke9ns add allow bandpass window to scroll across display instead of display freq scroll under bandpass.
console.tempVFOAFreq = console.VFOAFreq + temp1; // vfoafreq in mhz
console.CalcDisplayFreq(); // ke9ns keep display from moving
}
else
{
console.VFOAFreq = console.SnapTune(console.VFOAFreq, step, -num_steps);
}
break;
}
break;
case FlexControlKnobFunction.TuneVFOB:
switch (dir)
{
case FlexControl.RotateDirection.Clockwise:
console.VFOBFreq = console.SnapTune(console.VFOBFreq, step, num_steps);
break;
case FlexControl.RotateDirection.CounterClockwise:
console.VFOBFreq = console.SnapTune(console.VFOBFreq, step, -num_steps);
break;
}
break;
case FlexControlKnobFunction.TuneVFOASub:
if (console.CurrentModel != Model.FLEX5000 || !console.RX2Enabled)
{
return;
}
switch (dir)
{
case FlexControl.RotateDirection.Clockwise:
console.VFOASubFreq = console.SnapTune(console.VFOASubFreq, step, num_steps);
break;
case FlexControl.RotateDirection.CounterClockwise:
console.VFOASubFreq = console.SnapTune(console.VFOASubFreq, step, -num_steps);
break;
}
break;
case FlexControlKnobFunction.TuneRIT:
if (!console.RITOn)
{
console.RITOn = true;
}
switch (dir)
{
case FlexControl.RotateDirection.Clockwise:
console.RITValue += num_steps * 2;
break;
case FlexControl.RotateDirection.CounterClockwise:
console.RITValue -= num_steps * 2;
break;
}
break;
case FlexControlKnobFunction.TuneXIT:
if (!console.XITOn)
{
console.XITOn = true;
}
switch (dir)
{
case FlexControl.RotateDirection.Clockwise:
console.XITValue += num_steps * 2;
break;
case FlexControl.RotateDirection.CounterClockwise:
console.XITValue -= num_steps * 2;
break;
}
break;
case FlexControlKnobFunction.TuneAF:
switch (dir)
{
case FlexControl.RotateDirection.Clockwise:
console.AF += num_steps;
break;
case FlexControl.RotateDirection.CounterClockwise:
console.AF -= num_steps;
break;
}
break;
case FlexControlKnobFunction.TuneAGCT:
switch (dir)
{
case FlexControl.RotateDirection.Clockwise:
console.RF += num_steps;
break;
case FlexControl.RotateDirection.CounterClockwise:
console.RF -= num_steps;
break;
}
break;
case FlexControlKnobFunction.None:
//do nothing
break;
}
}
