public static bool Start()
{
bool retval = false;
int rc;
phase_buf_l = new float[2048];
phase_buf_r = new float[2048];
Console c = Console.getConsole();
rc = NetworkIO.initRadio();
if (rc != 0)
{
if (rc == -101) // firmware version error;
{
string fw_err = NetworkIO.getFWVersionErrorMsg();
if (fw_err == null)
{
fw_err = "Bad Firmware levels";
}
MessageBox.Show(fw_err, "Firmware Error",
MessageBoxButtons.OK,
MessageBoxIcon.Error);
return(false);
}
else
{
MessageBox.Show("Error starting SDR hardware, is it connected and powered?", "Network Error",
MessageBoxButtons.OK,
MessageBoxIcon.Error);
return(false);
}
}
// add setup calls that are needed to change between P1 & P2 before startup
if (NetworkIO.CurrentRadioProtocol == RadioProtocol.USB)
{
console.SampleRateTX = 48000; // set tx audio sampling rate
WDSP.SetTXACFIRRun(cmaster.chid(cmaster.inid(1, 0), 0), false);
puresignal.SetPSHWPeak(cmaster.chid(cmaster.inid(1, 0), 0), 0.4072);
console.psform.PSdefpeak = "0.4072";
}
else
{
console.SampleRateTX = 192000;
WDSP.SetTXACFIRRun(cmaster.chid(cmaster.inid(1, 0), 0), true);
puresignal.SetPSHWPeak(cmaster.chid(cmaster.inid(1, 0), 0), 0.2899);
console.psform.PSdefpeak = "0.2899";
}
c.SetupForm.InitAudioTab();
c.SetupForm.ForceReset = true;
cmaster.PSLoopback = cmaster.PSLoopback;
int result = NetworkIO.StartAudioNative();
if (result == 0)
{
retval = true;
}
return(retval);
}
public static void CMCreateCMaster()
{
// set radio structure
int[] cmSPC = new int[1] {
2
};
int[] cmInboundSize = new int[8] {
240, 240, 240, 240, 240, 720, 240, 240
};
fixed(int *pcmSPC = cmSPC, pcmIbSize = cmInboundSize)
cmaster.SetRadioStructure(8, cmRCVR, 1, cmSubRCVR, 1, pcmSPC, pcmIbSize, 1536000, 48000, 384000);
// send function pointers
cmaster.SendCallbacks();
// set default rates
int[] xcm_inrates = new int[8] {
192000, 192000, 192000, 192000, 192000, 48000, 192000, 192000
};
int aud_outrate = 48000;
int[] rcvr_ch_outrates = new int[5] {
48000, 48000, 48000, 48000, 48000
};
int[] xmtr_ch_outrates = new int[1] {
192000
};
fixed(int *p1 = xcm_inrates, p2 = rcvr_ch_outrates, p3 = xmtr_ch_outrates)
cmaster.SetCMDefaultRates(p1, aud_outrate, p2, p3);
// create receivers, transmitters, specials, and buffers
cmaster.CreateRadio();
// get transmitter idenifiers
int txinid = cmaster.inid(1, 0); // stream id
int txch = cmaster.chid(txinid, 0); // wdsp channel
// setup transmitter input sample rate here since it is fixed
cmaster.SetXcmInrate(txinid, 48000);
// setup CFIR to run; it will always be ON with new protocol firmware
WDSP.SetTXACFIRRun(txch, true);
// set PureSignal basic parameters
// note: if future models have different settings, these calls could be moved to
// CMLoadRouterAll() which is called each time the receiver model changes.
SetPSRxIdx(0, 0); // txid = 0, all current models use Stream0 for RX feedback
SetPSTxIdx(0, 1); // txid = 0, all current models use Stream1 for TX feedback
puresignal.SetPSFeedbackRate(txch, 192000);
puresignal.SetPSHWPeak(txch, 0.2899);
// setup transmitter display
WDSP.TXASetSipMode(txch, 1); // 1=>call the appropriate 'analyzer'
WDSP.TXASetSipDisplay(txch, txinid); // disp = txinid = tx stream
NetworkIO.CreateRNet();
cmaster.create_rxa();
// create_wb();
}
void SerialPinChanged(object source, SerialPinChangedEventArgs e)
{
if (!use_for_keyptt && !use_for_paddles && !use_for_cat_ptt)
{
return;
}
if (use_for_keyptt)
{
switch (e.EventType)
{
case SerialPinChange.DsrChanged:
if (ptt_on_dtr)
{
CWInput.KeyerPTT = commPort.DsrHolding;
}
if (key_on_dtr)
{
NetworkIO.SetCWX(Convert.ToInt32(commPort.DsrHolding));
}
break;
case SerialPinChange.CtsChanged:
if (ptt_on_rts)
{
CWInput.KeyerPTT = commPort.CtsHolding;
}
if (key_on_rts)
{
NetworkIO.SetCWX(Convert.ToInt32(commPort.CtsHolding));
}
break;
}
}
else if (use_for_paddles)
{
switch (e.EventType)
{
case SerialPinChange.DsrChanged:
NetworkIO.SetCWDot(Convert.ToInt32(commPort.DsrHolding));
break;
case SerialPinChange.CtsChanged:
NetworkIO.SetCWDash(Convert.ToInt32(commPort.CtsHolding));
break;
}
}
if (use_for_cat_ptt)
{
switch (e.EventType)
{
case SerialPinChange.DsrChanged:
if (ptt_on_dtr)
{
CWInput.CATPTT = commPort.DsrHolding;
}
break;
case SerialPinChange.CtsChanged:
if (ptt_on_rts)
{
CWInput.CATPTT = commPort.CtsHolding;
}
break;
}
}
}
private void udRXAFreq_ValueChanged(object sender, EventArgs e)
{
NetworkIO.SetVFOfreq(fwid, NetworkIO.Freq2PW((int)(1000000.0 * (double)udRXAFreq.Value)), 0); // sending phaseword to firmware
panDisplay.VFOHz = RXFreq;
}
public void UpdateAlexAntSelection(Band band, bool tx, bool alex_enabled, bool xvtr)
{
if (!alex_enabled)
{
NetworkIO.SetAntBits(0, 0, 0, false);
return;
}
int rx_only_ant;
int trx_ant;
int rx_out;
int xrx_out;
int idx = (int)band - (int)Band.B160M;
if (idx < 0 || idx > 11)
{
band = AntBandFromFreq();
idx = (int)band - (int)Band.B160M;
if (idx < 0 || idx > 11)
{
System.Console.WriteLine("No good ant!");
return;
}
}
System.Console.WriteLine("Ant idx: " + idx);
if (tx)
{
if (Ext2OutOnTx)
{
rx_only_ant = 1;
}
else if (Ext1OutOnTx)
{
rx_only_ant = 2;
}
else
{
rx_only_ant = 0;
}
rx_out = RxOutOnTx || Ext1OutOnTx || Ext2OutOnTx ? 1 : 0;
trx_ant = TxAnt[idx];
}
else
{
rx_only_ant = RxOnlyAnt[idx];
if (xvtr)
{
if (rx_only_ant >= 3)
{
rx_only_ant = 3;
}
else
{
rx_only_ant = 0;
}
}
else
{
if (rx_only_ant >= 3)
{
rx_only_ant -= 3; // do not use XVTR ant port if not using transverter
}
}
rx_out = rx_only_ant != 0 ? 1 : 0;
if (TRxAnt)
{
trx_ant = TxAnt[idx];
}
else
{
trx_ant = RxAnt[idx];
}
if (RxAnt[idx] != TxAnt[idx])
{
trx_ant_not_same = true;
}
else
{
trx_ant_not_same = false;
}
}
if (rx_out_override && rx_out == 1)
{
if (!tx)
{
trx_ant = 4;
}
// rx_out = 0; // disable Rx_Bypass_Out relay
if (tx) // override override
{
rx_out = RxOutOnTx || Ext1OutOnTx || Ext2OutOnTx ? 1 : 0;
}
else
{
rx_out = 0; // disable Rx_Bypass_Out relay
}
}
//if (init_update)
//{
// if (rx_out == 0) xrx_out = 1; // workaround for Hermes
// else xrx_out = 0;
// NetworkIO.SetAlexAntBits(rx_only_ant, trx_ant, xrx_out);
// init_update = false;
// Thread.Sleep(10);
//}
NetworkIO.SetAntBits(rx_only_ant, trx_ant, rx_out, tx);
System.Console.WriteLine("Ant Rx Only {0} , Tx Ant {1}, Rx Out {2}", rx_only_ant.ToString(), trx_ant.ToString(), rx_out.ToString());
// don't allow changing antenna selections when mox is activated
/* if ( tx )
* {
* AlexEnableSavedState = Console.getConsole().SetupForm.SetAlexAntEnabled(false);
* AlexEnableIsStateSaved = true;
* }
* else if ( AlexEnableIsStateSaved )
* {
* Console.getConsole().SetupForm.SetAlexAntEnabled(AlexEnableSavedState);
* AlexEnableIsStateSaved = false;
* } */
// Console.getConsole().SetupForm.txtRXAnt.Text = rx_ant.ToString();
// Console.getConsole().SetupForm.txtRXOut.Text = rx_out.ToString();
// Console.getConsole().SetupForm.txtTXAnt.Text = tx_ant.ToString();
// Console.getConsole().SetupForm.txtAlexBand.Text = band.ToString();
// Console.getConsole().SetupForm.txtAlexEnabled.Text = alex_enabled.ToString();
// Console.getConsole().SetupForm.txtAlexBits.Text = Convert.ToString(rc, 2);
return;
}