void Sbs2SourceReconstrucionLoreta::reconstruct()
{
if (sumType == MEAN)
calculateMean();
if (sumType == POWER)
calculatePower();
}
float dwGetReceivePower(dwDevice_t* dev) {
float C = (float)dwSpiRead16(dev, RX_FQUAL, CIR_PWR_SUB);
float N = spiReadRxInfo(dev);
float twoPower17 = 131072.0;
return calculatePower(C * twoPower17, N, dev->pulseFrequency);
}
float dwGetFirstPathPower(dwDevice_t* dev) {
float f1 = (float)dwSpiRead16(dev, RX_TIME, FP_AMPL1_SUB);
float f2 = (float)dwSpiRead16(dev, RX_FQUAL, FP_AMPL2_SUB);
float f3 = (float)dwSpiRead16(dev, RX_FQUAL, FP_AMPL3_SUB);
float N = spiReadRxInfo(dev);
return calculatePower(f1 * f1 + f2 * f2 + f3 * f3, N, dev->pulseFrequency);
}
std::ostream& Ship::display(std::ostream& os) const{
if (!empty()){
os << _type << "-" ;
os.setf(ios::fixed);
os.width(6);
os.precision(2);
os << calculatePower() << endl;
for (int i = 0; i < _length; i++){
_engines[i]->display(os) << endl;
}
os.unsetf(ios::fixed);
}
return os;
}
void Sbs2SourceReconstructionSparse::doRecPow(DTU::DtuArray2D<double> *Y_input, DTU::DtuArray2D<double> *S_output, int *isSourceReconstructionReady)
{
(*isSourceReconstructionReady) = 0;
S = S_output;
for (int row=0; row<Y_input->dim1(); ++row)
{
for (int column=0; column<Y_input->dim2(); ++column)
{
(*Y)[row][column] = (*Y_input)[row][column];
}
}
preprocessData();
cross_validation_k_channel(Y,S_temp);
calculatePower(S_temp, S_output);
(*isSourceReconstructionReady) = 1;
}
bool Ship::operator<(double min){
if (calculatePower() < min)
return true;
else
return false;
}
