// Event handler invoked when switching between VFO in SO2V in DXLog.net
private void HandleFocusChange()
{
CATCommon radio1 = mainForm.COMMainProvider.RadioObject(1);
int focusedRadio = mainForm.ContestDataProvider.FocusedRadio;
bool stereoAudio = mainForm.ListenStatusMode == COMMain.ListenMode.R1R2;
tempStereoToggle = false;
if (focusedRadio != lastFocusedRadio) // Only active in SO2V. Ignore redundant invokations.
{
lastFocusedRadio = focusedRadio;
if (microHamPort != null)
{
if (stereoAudio)
{
mainForm.SetListenStatusMode(COMMain.ListenMode.R1R2, true, false);
}
else
{
mainForm.SetListenStatusMode(focusedRadio == 1 ? COMMain.ListenMode.R1R1 : COMMain.ListenMode.R2R2, true, false);
}
}
if (radio1 != null)
{
if (radio1.IsICOM())
{
radio1.SendCustomCommand(focusedRadio == 1 ? IcomSelectMain : IcomSelectSub);
}
}
mainForm.SetMainStatusText(string.Format(statusMessage, focusedRadio == 1 ? "Main" : "Sub", stereoAudio ? "Stereo" : "Single receiver"));
}
}
// Executes at DXLog.net start
public void Initialize(FrmMain main)
{
CATCommon radio1 = main.COMMainProvider.RadioObject(1);
mainForm = main;
bool modeIsSo2V = (mainForm.ContestDataProvider.OPTechnique == ContestData.Technique.SO2V);
if (modeIsSo2V)
{
// Initialize temporary stereo mode to DXLog's stereo mode to support temporary toggle
// At start up, radio 1 is always focused and stereo audio is disabled
tempStereoAudio = false;
lastFocus = 1;
main.ContestDataProvider.FocusedRadioChanged += new ContestData.FocusedRadioChange(HandleFocusChange);
// Only initialize radio if present and ICOM
if (radio1 != null)
{
if (radio1.IsICOM())
{
// Initialize radio to DW off, Split off and Main VFO focused
radio1.SendCustomCommand(IcomDualWatchOff);
radio1.SendCustomCommand(IcomSelectMain);
radio1.SendCustomCommand(IcomSplitOff);
}
}
}
}
public void Initialize(FrmMain main)
{
int radioIndex, bandIndex, megaHertz;
CATCommon radio1 = main.COMMainProvider.RadioObject(1);
cdata = main.ContestDataProvider;
mainForm = main;
if (radio1 != null) // Only test if radio is ICOM if radio exist
{
if (radio1.IsICOM())
{
cdata.FocusedRadioChanged += new ContestData.FocusedRadioChange(HandleFocusChange);
}
}
// Create look-up table based on actual frequency for simple look-up
for (radioIndex = 0; radioIndex < 2; radioIndex++)
{
for (bandIndex = 0; bandIndex < 12; bandIndex++)
{
megaHertz = (int)(_txpower[radioIndex, bandIndex, 0] / 1000.0);
TxPower[radioIndex, megaHertz] = _txpower[radioIndex, bandIndex, 1];
}
}
cdata.ActiveRadioBandChanged += new ContestData.ActiveRadioBandChange(HandleBandChange);
}
// Executes at DXLog.net start
public void Initialize(FrmMain main)
{
mainForm = main;
CATCommon radio1 = main.COMMainProvider.RadioObject(1);
if (main.ContestDataProvider.OPTechnique == ContestData.Technique.SO2V)
{
// Find Microham port
foreach (COMPort _comport in main.COMMainProvider._com)
{
if (_comport._mk2r != null)
{
microHamPort = _comport;
}
}
if (microHamPort != null)
{
// Initialize temporary stereo mode to DXLog's stereo mode to support temporary toggle
// At start up, radio 1 is always focused and stereo audio is forced
main.SetListenStatusMode(COMMain.ListenMode.R1R2, true, false);
tempStereoToggle = false;
lastFocusedRadio = 1;
main.ContestDataProvider.FocusedRadioChanged += new ContestData.FocusedRadioChange(HandleFocusChange);
// Only initialize radio if present and ICOM
if (radio1 != null)
{
if (radio1.IsICOM())
{
// Initialize radio to DW off, Split off and Main VFO focused
radio1.SendCustomCommand(IcomDualWatchOn);
radio1.SendCustomCommand(IcomSelectMain);
radio1.SendCustomCommand(IcomSplitOff);
}
}
}
else
{
main.COMMainProvider.SignalMessage("ICOM_SO2V: ERROR no Microham device");
}
}
}
public void Initialize(FrmMain main)
{
CATCommon radio1 = main.COMMainProvider.RadioObject(1);
cdata = main.ContestDataProvider;
mainForm = main;
lastFocus = 1;
if ((radio1 != null) && (mainForm._cwKeyer != null))
{
if (radio1.IsICOM())
{
// Subscribe to CW speed change event
mainForm._cwKeyer.CWSpeedChange += new CWKey.CWSpeedChangeDelegate(HandleCWSpeedChange);
// Subscribe to radio focus change event
cdata.FocusedRadioChanged += new ContestData.FocusedRadioChange(HandleFocusChange);
}
}
}
// Toggle permanent dual watch, execution of Main is mapped to same key as built-in toggle Ctrl-Alt-S = AltGr-S.
public void Main(FrmMain main, ContestData cdata, COMMain comMain)
{
CATCommon radio1 = comMain.RadioObject(1);
int focusedRadio = cdata.FocusedRadio;
bool stereoAudio = main.ListenStatusMode == COMMain.ListenMode.R1R2;
bool modeIsSo2V = cdata.OPTechnique == ContestData.Technique.SO2V;
bool radio1Present = radio1 != null;
main.SetMainStatusText("Sub receiver " + (stereoAudio ? "not " : "") + "permanently on.");
if (focusedRadio == 1 && radio1Present && modeIsSo2V)
{
if (radio1.IsICOM())
{
radio1.SendCustomCommand(stereoAudio ? IcomDualWatchOff : IcomDualWatchOn);
}
}
// Also execute the normal operation of the key
main.ScriptContinue = true;
}
private void SetIcomFilter(int filter)
{
byte[] IcomSetModeFilter = { 0x26, 0x00, 0x00, 0x00, 0x00 };
byte[] IcomDisableAPF = { 0x16, 0x32, 0x00 };
bool modeIsSO2V = cdata.OPTechnique == ContestData.Technique.SO2V;
int focusedRadio = cdata.FocusedRadio;
int physicalRadio = modeIsSO2V ? 1 : focusedRadio;
CATCommon radio = mainForm.COMMainProvider.RadioObject(physicalRadio);
int vfo, mode = 0;
if ((radio == null) || (!radio.IsICOM()))
{
return;
}
vfo = ((focusedRadio == 2) && modeIsSO2V) ? 0x01 : 0x00;
// Only works for modes listed below
switch ((vfo == 0) ? radio.VFOAMode : radio.VFOBMode)
{
case "LSB":
mode = 0x00;
break;
case "USB":
mode = 0x01;
break;
case "AM":
mode = 0x02;
break;
case "CW":
mode = 0x03;
break;
case "RTTY":
mode = 0x04;
break;
case "FM":
mode = 0x05;
break;
}
IcomSetModeFilter[1] = (byte)vfo;
IcomSetModeFilter[2] = (byte)mode;
IcomSetModeFilter[4] = (byte)filter;
radio.SendCustomCommand(IcomDisableAPF);
radio.SendCustomCommand(IcomSetModeFilter);
if (Debug)
{
mainForm.SetMainStatusText(String.Format("IcomFilter: VFO {0} changed to FIL{1}. Command: [{2}]. ",
(vfo == 0) ? "A" : "B", filter, BitConverter.ToString(IcomSetModeFilter)));
}
else
{
mainForm.SetMainStatusText(String.Format("VFO {0} changed to FIL{1}.",
(vfo == 0) ? "A" : "B", filter));
}
}
private void SetIcomFilter(int filter, FrmMain main)
{
byte mode;
bool modeIsSO2V = main.ContestDataProvider.OPTechnique == ContestData.Technique.SO2V;
int focusedRadio = main.ContestDataProvider.FocusedRadio;
// Physical radio is #1 in SO2V, otherwised the focused radio
int physicalRadio = modeIsSO2V ? 1 : focusedRadio;
CATCommon radio = main.COMMainProvider.RadioObject(physicalRadio);
// Act on currently selected VFO. In SO2V, the selected "radio" defines which VFO
byte vfo = (byte)(((focusedRadio == 2) && modeIsSO2V) ? 0x01 : 0x00);
// If there is no radio or if it is not ICOM, do nothing
if (radio == null || !radio.IsICOM())
{
return;
}
// The set filter CAT command requires mode information
// Exits and does nothing if current mode is not supported
switch ((vfo == 0) ? radio.VFOAMode : radio.VFOBMode)
{
case "LSB":
mode = 0x00;
break;
case "USB":
mode = 0x01;
break;
case "AM":
mode = 0x02;
break;
case "CW":
mode = 0x03;
break;
case "RTTY":
mode = 0x04;
break;
case "FM":
mode = 0x05;
break;
default:
return;
}
// Always disable APF when switching filter
byte[] IcomDisableAPF = { 0x16, 0x32, 0x00 };
radio.SendCustomCommand(IcomDisableAPF);
// Switch filter
byte[] IcomSetModeFilter = { 0x26, vfo, mode, 0x00, (byte)filter };
radio.SendCustomCommand(IcomSetModeFilter);
if (Debug)
{
main.SetMainStatusText(String.Format("IcomFilter: VFO {0} changed to FIL{1}. CI-V command: [{2}]. ",
(vfo == 0) ? "A" : "B", filter, BitConverter.ToString(IcomSetModeFilter)));
}
else
{
main.SetMainStatusText(String.Format("VFO {0} changed to FIL{1}.",
(vfo == 0) ? "A" : "B", filter));
}
}