//------------------------------------------------------------------------------
// transmitDataMessage() -- send a data message emission;
// returns true if the data emission was sent.
//------------------------------------------------------------------------------
bool CommRadio::transmitDataMessage(base::Object* const msg)
{
bool sent = false;
// Transmitting, scanning and have an antenna?
if(getOwnship() == nullptr) {
if (isMessageEnabled(MSG_DEBUG)) {
std::cout << "CommRadio ownship == nullptr!" << std::endl;
}
return sent;
}
if (msg != nullptr && isTransmitterEnabled() && getAntenna() != nullptr) {
// Send the emission to the other player
Emission* em = new Emission();
em->setDataMessage(msg);
em->setFrequency(getFrequency());
em->setBandwidth(getBandwidth());
em->setPower(getPeakPower());
em->setTransmitLoss(getRfTransmitLoss());
em->setMaxRangeNM(getMaxDetectRange());
em->setTransmitter(this);
em->setReturnRequest(false);
getAntenna()->rfTransmit(em);
em->unref();
sent = true;
}
return sent;
}
//------------------------------------------------------------------------------
//Find ILS Glideslope By Freq - ALWAYS FIND GLIDESLOPE FIRST THEN LOCALIZER!!!
//------------------------------------------------------------------------------
bool IlsRadio::findILSGlideslopeByFreq(LCreal freq)
{
//Reset glideSlopeValid so only the first valid glide slope is returned...
glideSlopeValid = false;
if (getAirportLoader() != 0 && freq > 0) {
if (getAirportLoader()->requestDbInUse()) {
//Set the active area:
getAirportLoader()->setArea(getLatitude(), getLongitude(), getMaxDetectRange());
//See what the results are:
int found = getAirportLoader()->queryIlsByFreq(static_cast<float>(freq));
//Sort through the results and check the type - assume the closest ones are correct
//"found" list is already sorted from closest to farthest away:
for (int i = 0; i < found; i++) {
Dafif::Ils* p = getAirportLoader()->getIls(i);
//Debug Prints:
//p->printRecord(std::cout);
//Get Glideslope data here:
if((!glideSlopeValid)&&(p->isIlsType(Dafif::Ils::GLIDESLOPE))){
//Glideslope should not affect the bearing data from the localizer
currentMagVar = p->magVariance();
float ilsGS(0), acGS(0), delGS(0);
p->getGlideSlopeData(getLatitude(),getLongitude(),getAltitude(),&ilsGS,&acGS,&delGS);
ilsGlideSlope = ilsGS;
acGlideSlope= acGS;
deltaGlideSlope = delGS;
glideSlopeValid = true;
}
//Toast the object:
p->unref();
}
getAirportLoader()->clearDbInUse();
}
}
return glideSlopeValid;
}
