radar: fStrt: 77.0e9 # GHz fStop: 77.4e9 # 400 MHz Bandwidth TRampUp: 100e-6 TInt: 100e-3 Tp: 1000e-6 N: 256 IniTim: 100e-3 IniEve: 0 TxSeq: [1] Np: 64 # Optimized balance of Speed and SNR AntIdx: [0, 1, 2, 3, 4, 5, 6, 7, 9, 10, 11, 12, 13, 14, 15] # AntIdx: [0, 1, 2, 3, 4, 5, 6, 7] NrChn: 86 #16 FFT: NFFT: 256 #512 NFFTVel: 128 NFFTAnt: 256 #128 RMin: 0 RMax: 1000 c0: 299792458 Cluster: xlim: [-20, 20] ylim: [0, 40] zlim: [0, 2] ROS: Topic: radarCfg: '/radarbook/config' radarRaw: '/radarbook/data' radarPCD: '/radarbook/pcd' cameraRGB: '/camera/color/image_raw' cameraDepth: '/camera/depth/image_rect_raw' lidarPCD: '/os1_cloud_node/points' SavePath: radarCfg: '/radar_cfg.json' radarRaw: '/radar_data/' radarPCD: '/radar_pcd/' cameraRGB: '/rgb_image/' # cameraRGB: '/camera_original/' cameraDepth: '/depth_image/' # lidarPCD: '/lidar_pcd/' lidarPCD: '/raw_lidar/' timeStamp: '/time_stamp.npy' CFAR: win_param: [9, 9, 3, 3] threshold: 20 Visualize: rangeAoA: title: "Range-Angle Plot" xLabel: "Range" xUnit: "m" yLabel: "Angle" yUnit: "Degree" winSize: [500, 400] pos: [50, 50] rangeDoppler: title: "Range-Velocity Plot" xLabel: "Range" xUnit: "m" yLabel: "Velocity" yUnit: "m/s" winSize: [500, 400] pos: [600, 50] radarPCD: title: "Radar Point Cloud" xLabel: "Azimuth Position" xUnit: "m" yLabel: "Depth Position" yUnit: "m" winSize: [500, 400] pos: [1200, 50] penWidth: 5 penColor: 'r' symbol: 'o' dotSize: 1 cameraRGB: title: "RGB Image" winSize: [640, 360] pos: [50, 500] cameraDepth: title: "Depth Image" winSize: [640, 360] pos: [600, 500] lidarPCD: title: "Lidar Point Cloud" xRange: [-30, 30] yRange: [-30, 30] winSize: [500, 400] pos: [1200, 500] dotSize: 1