WinProp_FMCW_Para

Data Fields

double: Tc
unsigned int: NrChirps
double: B
FreqBins: NrBins
double: Vmax
double: Vres
double: D
double: Dres
int: NrRx
double: RxSpacing
Windowing: WindFunc
bool: GenerateRangeDoppler
bool: GenerateRangeAngle
bool: GenerteIQ
WinProp_Filename: OutputPathIQ
ParametersMode: Mode
double: Freq
ElementsConfig: RayElmsConfig
bool: Cohrent

Detailed Description

This structure contains the FMCW Radar parameters. It is used to pass FMCW radar settings to WinProp_FMCW_Radar::compute.

Field Documentation

Tc

double WinProp_FMCW_Para::Tc: FMCW chirp period in s

NrChirps

unsigned int WinProp_FMCW_Para::NrChirps: Number of chirps.

B

double WinProp_FMCW_Para::B: Sweep bandwidth B in Hz

NrBins

FreqBins WinProp_FMCW_Para::NrBins: Number of frequency bins (range domain) see FreqBins

Vmax

double WinProp_FMCW_Para::Vmax: Maximum velocity in m/s

Vres

double WinProp_FMCW_Para::Vres: Velocity resolution in m/s

D

double WinProp_FMCW_Para::D: Range of interest in m

Dres

double WinProp_FMCW_Para::Dres: Range resolution in m

NrRx

int WinProp_FMCW_Para::NrRx: Number receiving array elements (for angle estimation)

RxSpacing

double WinProp_FMCW_Para::RxSpacing: Spacing between receiving elements in m (for angle estimation)

WindFunc

Windowing WinProp_FMCW_Para::WindFunc: Windowing Function see Windowing

GenerateRangeDoppler

bool WinProp_FMCW_Para::GenerateRangeDoppler: True to generate Range-Doppler plot

GenerateRangeAngle

bool WinProp_FMCW_Para::GenerateRangeAngle: True to generate Range-Angle plot

GenerteIQ

bool WinProp_FMCW_Para::GenerteIQ: True to generate IQ signal (at the ADC output)

OutputPathIQ

WinProp_Filename WinProp_FMCW_Para::OutputPathIQ: Filepath of the IQ ASCII file. Relevant if GenerteIQ is enabled

Mode

ParametersMode WinProp_FMCW_Para::Mode: Parameter mode see ParametersMode

Freq

double WinProp_FMCW_Para::Freq: FMCW radar frequency in Hz

RayElmsConfig

ElementsConfig WinProp_FMCW_Para::RayElmsConfig: The configuration of the ray elements provided when calling WinProp_FMCW_Radar::compute. see ElementsConfig

Cohrent

bool WinProp_FMCW_Para::Cohrent: True for coherent superposition of rays, false for incoherent superposition of rays (power sum)

WinProp_FMCW_Para::WinProp_FMCW_Para: Constructor
WinProp_FMCW_Para::~WinProp_FMCW_Para: Destructor
WinProp_FMCW_Para::WinProp_FMCW_Para: Copy constructor

WinProp_FMCW_Para::WinProp_FMCW_Para() WinProp_FMCW_Para()

Description

Constructor

Parameters

Returns None

WinProp_FMCW_Para::~WinProp_FMCW_Para() ~WinProp_FMCW_Para()

Description

Destructor

Parameters

Returns None

WinProp_FMCW_Para::WinProp_FMCW_Para(const WinProp_FMCW_Para(const WinProp_FMCW_Para & other)

Description

Copy constructor

Parameters

const WinProp_FMCW_Para & other

Returns None

Enums

unsigned char ParametersMode

DESIGN_PARAMETERS
SET_PARAMETERS An enum constant representing the design parameters option

unsigned char FreqBins

FFT_8
FFT_16
FFT_32
FFT_64
FFT_128
FFT_256
FFT_512
FFT_1024
FFT_2048
FFT_COUNT

unsigned char Windowing

NO_WINDOWING
HANNING An enum constant representing the no windowing option
HAMMING An enum constant representing the hanning window option
BLACKMAN An enum constant representing the hamming window option
BARTLETT An enum constant representing the blackman window option

unsigned char ElementsConfig

MULTIPLE_RX_ELEMENTS
MULTIPLE_TIME_STEPS An enum constant representing the multiple receiving elements option

The documentation was generated from the following file:

source.eng/FMCW/winprop_fmcw_types.h