StreamFunction * MonteCarloRun::genStreamFunc()
{
switch(_modType)
{
case (AMC::ModType::AM_DSB_FC):
return new AmFunction(new cosFunction(_freq()), _modIndex(), _fc(), AmDemod::SideBand::DOUBLE, 0);
case (AMC::ModType::AM_DSB_SC):
return new AmFunction(new cosFunction(_freq()), _modIndex(), _fc(), AmDemod::SideBand::DOUBLE, 1);
case (AMC::ModType::AM_LSB_FC):
return new AmFunction(new cosFunction(_freq()), _modIndex(), _fc(), AmDemod::SideBand::LOWER, 0);
case (AMC::ModType::AM_LSB_SC):
return new AmFunction(new cosFunction(_freq()), _modIndex(), _fc(), AmDemod::SideBand::LOWER, 1);
case (AMC::ModType::AM_USB_FC):
return new AmFunction(new cosFunction(_freq()), _modIndex(), _fc(), AmDemod::SideBand::UPPER, 0);
case (AMC::ModType::AM_USB_SC):
return new AmFunction(new cosFunction(_freq()), _modIndex(), _fc(), AmDemod::SideBand::UPPER, 1);
case (AMC::ModType::FM):
return new FmFunction(new cosFunction(_freq()), _fmModIndex(), _fc());
case (AMC::ModType::ASK_2):
return new DigitalFunction(new MAskFunction(2), _digiFreq(), _fc());
case (AMC::ModType::MASK):
return new DigitalFunction(new MAskFunction(std::pow(2, _constSize())), _digiFreq(), _fc());
case (AMC::ModType::PSK_2):
return new DigitalFunction(new MPskFunction(2), _digiFreq(), _fc());
case (AMC::ModType::MPSK):
return new DigitalFunction(new MPskFunction(std::pow(2, _constSize())), _digiFreq(), _fc());
case (AMC::ModType::MQAM):
return new DigitalFunction(new MQamFunction(std::pow(2, _constSize())), _digiFreq(), _fc());
default:
return new StreamFunction();
}
}
StreamFunction * MonteCarloRun::genStreamFunc()
{
boost::shared_lock<boost::shared_mutex> modTypeLock(*_modType->getMutex());
AMC::ModType tempModType = _modType->getData();
modTypeLock.unlock();
boost::shared_lock<boost::shared_mutex> fcLock(*_modType->getMutex());
double fc = _fc->getData();
fcLock.unlock();
StreamFunction * baseFunc;
switch(tempModType)
{
case (AMC::ModType::AM_DSB_FC):
baseFunc = new AmFunction(new cosFunction(_freq()), _modIndex(), fc, AmDemod::SideBand::DOUBLE, 0);
break;
case (AMC::ModType::AM_DSB_SC):
baseFunc = new AmFunction(new cosFunction(_freq()), _modIndex(), fc, AmDemod::SideBand::DOUBLE, 1);
break;
case (AMC::ModType::AM_LSB_FC):
baseFunc = new AmFunction(new cosFunction(_freq()), _modIndex(), fc, AmDemod::SideBand::LOWER, 0);
break;
case (AMC::ModType::AM_LSB_SC):
baseFunc = new AmFunction(new cosFunction(_freq()), _modIndex(), fc, AmDemod::SideBand::LOWER, 1);
break;
case (AMC::ModType::AM_USB_FC):
baseFunc = new AmFunction(new cosFunction(_freq()), _modIndex(), fc, AmDemod::SideBand::UPPER, 0);
break;
case (AMC::ModType::AM_USB_SC):
baseFunc = new AmFunction(new cosFunction(_freq()), _modIndex(), fc, AmDemod::SideBand::UPPER, 1);
break;
case (AMC::ModType::FM):
baseFunc = new FmFunction(new cosFunction(_freq()), _fmModIndex(), fc);
break;
case (AMC::ModType::ASK_2):
baseFunc = new DigitalFunction(new MAskFunction(2), _digiFreq(), fc);
break;
case (AMC::ModType::MASK):
baseFunc = new DigitalFunction(new MAskFunction(std::pow(2, _constSize())), _digiFreq(), fc);
break;
case (AMC::ModType::PSK_2):
baseFunc = new DigitalFunction(new MPskFunction(2), _digiFreq(), fc);
break;
case (AMC::ModType::MPSK):
baseFunc = new DigitalFunction(new MPskFunction(std::pow(2, _constSize())), _digiFreq(), fc);
break;
case (AMC::ModType::MQAM):
baseFunc = new DigitalFunction(new MQamFunction(std::pow(2, _constSize())), _digiFreq(), fc);
break;
default:
baseFunc = new StreamFunction();
break;
}
return new AwgnFunction(baseFunc, _snr(), _rate, 10e3);
}