LFMF/Structs_8h_source.html

#pragma once


#include <string>  // for std::string


// Data Structures


struct DrvrParams {

    std::string in_file = "";

    std::string out_file = "";

};


// clang-format off


struct LFMFParams {

        double h_tx__meter;

        double h_rx__meter;

        double f__mhz;

        double P_tx__watt;

        double N_s;

        double d__km;

        double epsilon;

        double sigma;

        ITS::Propagation::LFMF::Polarization pol;

};


struct LFMFInputKeys {

        static const std::string h_tx__meter;

        static const std::string h_rx__meter;

        static const std::string f__mhz;

        static const std::string P_tx__watt;

        static const std::string N_s;

        static const std::string d__km;

        static const std::string epsilon;

        static const std::string sigma;

        static const std::string pol;

};  // Constants defined in app/src/LFMFModel.cpp


// clang-format on

ITS::Propagation::LFMF::Polarization
Polarization
Valid RF polarizations for use of this model.
Definition LFMF.h:28

DrvrParams
Parameters provided to the command line driver.
Definition Structs.h:12

DrvrParams::in_file
std::string in_file
Input file.
Definition Structs.h:13

DrvrParams::out_file
std::string out_file
Output file.
Definition Structs.h:14

LFMFInputKeys
Key names for LFMF Model input file parameters.
Definition Structs.h:32

LFMFInputKeys::h_tx__meter
static const std::string h_tx__meter
Height of the transmitter, in meters.
Definition Structs.h:33

LFMFInputKeys::epsilon
static const std::string epsilon
Relative permittivity.
Definition Structs.h:39

LFMFInputKeys::P_tx__watt
static const std::string P_tx__watt
Transmitter power, in watts.
Definition Structs.h:36

LFMFInputKeys::sigma
static const std::string sigma
Conductivity, in siemens per meter.
Definition Structs.h:40

LFMFInputKeys::pol
static const std::string pol
Polarization, 0 = Horizontal, 1 = Vertical.
Definition Structs.h:41

LFMFInputKeys::N_s
static const std::string N_s
Surface refractivity, in N-Units.
Definition Structs.h:37

LFMFInputKeys::d__km
static const std::string d__km
Path distance, in km.
Definition Structs.h:38

LFMFInputKeys::f__mhz
static const std::string f__mhz
Frequency, in MHz.
Definition Structs.h:35

LFMFInputKeys::h_rx__meter
static const std::string h_rx__meter
Height of the receiver, in meters.
Definition Structs.h:34

LFMFParams
Input parameters for the LFMF Model.
Definition Structs.h:19

LFMFParams::pol
ITS::Propagation::LFMF::Polarization pol
Polarization (enum).
Definition Structs.h:28

LFMFParams::f__mhz
double f__mhz
Frequency, in MHz.
Definition Structs.h:22

LFMFParams::d__km
double d__km
Path distance, in km.
Definition Structs.h:25

LFMFParams::N_s
double N_s
Surface refractivity, in N-Units.
Definition Structs.h:24

LFMFParams::sigma
double sigma
Conductivity, in siemens per meter.
Definition Structs.h:27

LFMFParams::epsilon
double epsilon
Relative permittivity.
Definition Structs.h:26

LFMFParams::h_tx__meter
double h_tx__meter
Height of the transmitter, in meters.
Definition Structs.h:20

LFMFParams::P_tx__watt
double P_tx__watt
Transmitter power, in watts.
Definition Structs.h:23

LFMFParams::h_rx__meter
double h_rx__meter
Height of the receiver, in meters.
Definition Structs.h:21