NTN_PropagationModel.h

#include "NTN.h"
#include "stdafx.h"
#include "LTENR_Spectrum.h"
#include "LTENR_AMCTable.h"
#include "LTENR_MAC.h"
#include "LTENR_PHY.h"
#include "LTENR_Multiplexing.h"
#include "LTENR_Spectrum.h"
#include "LTENR_HARQ.h"
#include <stdarg.h>
 
//ptrNTN_PROPAGATIONCONFIG getNTN_PropInfo();
 
// New section starts here 
double calculateSlantRange(double altitude, double elevationAngle_rad);
 
double calculateNTN_SNR(ptrLTENR_PROPAGATIONINFO propInfo, double beamformingGain);
 
double calculateFreeSpacePathLoss(ptrLTENR_PROPAGATIONINFO propInfo);
 
static double NTN_log_normal_distribution(ptrNTN_PROPAGATIONCONFIG info, double std);
 
void calculateNTN_totalloss(ptrLTENR_PROPAGATIONINFO propInfo);
 
void calculateNTNAntennaGain(ptrLTENR_PROPAGATIONINFO propInfo);
 
void allocateInfo(ptrLTENR_PROPAGATIONINFO propInfo);
 
static void updateNTN_elevationAngle(ptrLTENR_PROPAGATIONINFO propInfo);
 
void NTN_calculateSINR(ptrLTENR_PROPAGATIONINFO propInfo, UINT CA_ID);
 
static double Magnitude(NetSim_COORDINATES* p);
 
static double DotProduct(NetSim_COORDINATES* v1, const NetSim_COORDINATES* v2);
 
void CalculateTheta(ptrLTENR_PROPAGATIONINFO propInfo);
 
static void NTN_setLOS_state(ptrLTENR_PROPAGATIONINFO propInfo);
 
double calculateNTNshadowloss(ptrLTENR_PROPAGATIONINFO propInfo);
 
double calculateNTNclutterloss(ptrLTENR_PROPAGATIONINFO propInfo);
 
void updateNTNBandwidth(ptrLTENR_PROPAGATIONINFO propInfo);
 
double calculateAntennaGain(double theta, double k, double a);
 
double getDistancefromBeam(ptrLTENR_PROPAGATIONINFO propInfo);
 
void updateNTN_RxG_T(ptrLTENR_PROPAGATIONINFO propInfo);
 
void updateNTNRxPower(ptrLTENR_PROPAGATIONINFO propInfo, UINT CA_ID);
 
void updateNTN_TxPower(ptrLTENR_PROPAGATIONINFO propInfo, UINT CA_ID);
 
double calculateInterferencePower(ptrLTENR_PROPAGATIONINFO propInfo, UINT CA_ID);
 
double NTN_calculateCIR_Sinr(double snr, double cir);
 
NetSim_COORDINATES* getBeamCoordinates(UINT id);
 
int getBeamChannelId(UINT id);
 
void updateNoisePower(ptrLTENR_PROPAGATIONINFO propInfo);
 
double calculate_sinr(double dReceivedPower_dbm, double interferencePower_dBm, double bandwidth_mHz);
 
double NTNget_LOS_probability(NTN_SCENARIO scenario, double elevationAngle);
 
double get_shadowingSD(NTN_SCENARIO scenario, NTN_LOS_NLOS_STATE state, NTN_CARRIER_BAND band, double elevationAngle);
 
double get_clutterloss(NTN_SCENARIO scenario, NTN_LOS_NLOS_STATE state, NTN_CARRIER_BAND band, double elevationAngle);
 
double quantizeElevationAngle(double elevAngle);
 
int countDistinctBeamChannels(BeamNode* head);
 
void updateNTN_EB_by_N0(ptrLTENR_PROPAGATIONINFO propInfo, UINT layerId);
 
void NTN_plotUeAssociation(ptrLTENR_PROPAGATIONINFO propInfo, int CA_ID, UINT layerId, bool isSelected);