NVIDIA DriveOS Linux NSR SDK API Reference

7.0.3.0 Release
dwRadarDetection Struct Reference

Detailed Description

Defines the return structure for a raw radar detection in sensor coordinates.

The Radar Coordinate System is centered at the geometric center of the radar's receptor. The x-axis points in sensing direction. The y-axis points in the direction of the connector / plug and the z-axis is oriented such that it completes an orthogonal right-handed coordinate system. For further information, please refer to the following link: https://developer.nvidia.com/docs/drive/driveworks/latest/nvsdk_dw_html/dwx_coordinate_systems.html

Definition at line 212 of file RadarTypes.h.

Data Fields

float32_t x
 X-position (m), with elevation assumed to be 0 note: x = radius * std::cos(azimuth) More...
 
float32_t y
 Y-position (m), with elevation assumed to be 0 note: y = radius * std::sin(azimuth) More...
 
float32_t Vx
 X-component (m/s) of the velocity in the azimuth direction, with elevation assumed to be 0 note: partial velocity, vx = radial_vel * std::cos(azimuth) More...
 
float32_t Vy
 Y-component (m/s) of the velocity in the azimuth direction, with elevation assumed to be 0 note: partial velocity, vy = radial_vel * std::sin(azimuth) More...
 
float32_t azimuth
 Azimuth angle (radians) More...
 
float32_t radius
 Radial distance (m) More...
 
float32_t radialVelocity
 Radial velocity (m/s) More...
 
float32_t rcs
 Reflection amplitude (dB) More...
 
float32_t elevationAngle
 Angle of elevation (radians) More...
 
bool elevationValidity
 Indicates validity of the elevation angle. More...
 
float32_t SNR
 Signal to noise ratio (dBr) More...
 

Field Documentation

◆ azimuth

float32_t dwRadarDetection::azimuth

Azimuth angle (radians)

Definition at line 231 of file RadarTypes.h.

◆ elevationAngle

float32_t dwRadarDetection::elevationAngle

Angle of elevation (radians)

Definition at line 243 of file RadarTypes.h.

◆ elevationValidity

bool dwRadarDetection::elevationValidity

Indicates validity of the elevation angle.

Definition at line 246 of file RadarTypes.h.

◆ radialVelocity

float32_t dwRadarDetection::radialVelocity

Radial velocity (m/s)

Definition at line 237 of file RadarTypes.h.

◆ radius

float32_t dwRadarDetection::radius

Radial distance (m)

Definition at line 234 of file RadarTypes.h.

◆ rcs

float32_t dwRadarDetection::rcs

Reflection amplitude (dB)

Definition at line 240 of file RadarTypes.h.

◆ SNR

float32_t dwRadarDetection::SNR

Signal to noise ratio (dBr)

Definition at line 249 of file RadarTypes.h.

◆ Vx

float32_t dwRadarDetection::Vx

X-component (m/s) of the velocity in the azimuth direction, with elevation assumed to be 0 note: partial velocity, vx = radial_vel * std::cos(azimuth)

Definition at line 224 of file RadarTypes.h.

◆ Vy

float32_t dwRadarDetection::Vy

Y-component (m/s) of the velocity in the azimuth direction, with elevation assumed to be 0 note: partial velocity, vy = radial_vel * std::sin(azimuth)

Definition at line 228 of file RadarTypes.h.

◆ x

float32_t dwRadarDetection::x

X-position (m), with elevation assumed to be 0 note: x = radius * std::cos(azimuth)

Definition at line 216 of file RadarTypes.h.

◆ y

float32_t dwRadarDetection::y

Y-position (m), with elevation assumed to be 0 note: y = radius * std::sin(azimuth)

Definition at line 220 of file RadarTypes.h.


The documentation for this struct was generated from the following file: