msf_config.yaml 2.0 KB

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  1. /msf_lidar_scan_matching/core/data_playback: true
  2. /msf_lidar_scan_matching/core/fixed_bias: 0
  3. #########IMU PARAMETERS#######
  4. ######## Asctec Firefly IMU
  5. /msf_lidar_scan_matching/core/core_noise_acc: 0.083
  6. /msf_lidar_scan_matching/core/core_noise_accbias: 0.0083
  7. /msf_lidar_scan_matching/core/core_noise_gyr: 0.0013
  8. /msf_lidar_scan_matching/core/core_noise_gyrbias: 0.00013
  9. /msf_lidar_scan_matching/pose_sensor/fixed_scale: 1
  10. /msf_lidar_scan_matching/pose_sensor/pose_noise_scale: 0.0
  11. /msf_lidar_scan_matching/pose_sensor/pose_noise_p_wv: 0.0
  12. /msf_lidar_scan_matching/pose_sensor/pose_noise_q_wv: 0.0
  13. /msf_lidar_scan_matching/pose_sensor/pose_noise_q_ic: 0.0
  14. /msf_lidar_scan_matching/pose_sensor/pose_noise_p_ic: 0.0
  15. /msf_lidar_scan_matching/pose_sensor/pose_delay: 0.02
  16. /msf_lidar_scan_matching/pose_sensor/pose_noise_meas_p: 0.05
  17. /msf_lidar_scan_matching/pose_sensor/pose_noise_meas_q: 0.05
  18. /msf_lidar_scan_matching/pose_sensor/init/q_ic/w: 1.0
  19. /msf_lidar_scan_matching/pose_sensor/init/q_ic/x: 0.0
  20. /msf_lidar_scan_matching/pose_sensor/init/q_ic/y: 0.0
  21. /msf_lidar_scan_matching/pose_sensor/init/q_ic/z: 0.0
  22. /msf_lidar_scan_matching/pose_sensor/init/p_ic/x: 0.0
  23. /msf_lidar_scan_matching/pose_sensor/init/p_ic/y: 0.0
  24. /msf_lidar_scan_matching/pose_sensor/init/p_ic/z: 0.0
  25. /msf_lidar_scan_matching/pose_sensor/pose_fixed_scale: true
  26. /msf_lidar_scan_matching/pose_sensor/pose_fixed_p_ic: false
  27. /msf_lidar_scan_matching/pose_sensor/pose_fixed_q_ic: false
  28. /msf_lidar_scan_matching/pose_sensor/pose_fixed_p_wv: false
  29. /msf_lidar_scan_matching/pose_sensor/pose_fixed_q_wv: false
  30. /msf_lidar_scan_matching/pose_sensor/pose_absolute_measurements: false
  31. /msf_lidar_scan_matching/pose_sensor/pose_use_fixed_covariance: true
  32. /msf_lidar_scan_matching/pose_sensor/pose_measurement_world_sensor: true # selects if sensor measures its position w.r.t. world (true, e.g. Vicon) or the position of the world coordinate system w.r.t. the sensor (false, e.g. ethzasl_ptam
  33. /msf_lidar_scan_matching/pose_sensor/pose_measurement_minimum_dt: 0.05 # Sets the minimum time in seconds between two pose measurements.