The high frequency acceleration noise levels in the gazebo models and also seen on some hardware is causing the IMU vibration check warning to fail.
The thresholds have been lifted and the reporting improved to make it clearer which sensor noise is causing the failure.
- process_log_data: exit with code -1 if whole system analysis fails
- batch_process_logdata and process_log_data: pipe sensor safety
margin argument to the arguments of the superseeding scripts
- reduce minimum flight length for analysis to 50 samples
analyse_logdata_ekf:
- fix the buffer to start the analyses 5s after takeoff and end
them 5s before landing for logs that start or finish in air
- add flag for turning on-off 5s late start early end buffer
- split the combined imu sensor check into checks for vibration,
bias and output predictor
analyse_logdata_ekf:
- add sideslip innovation fail check flag to fix wrongly selected
bits for hagl innovation and optical flow innovations
- plot sideslip innovation fail
- add gps fix type fail flag to fix wrongly selected bits for all
gps check fail flags
- plot gps fix type
- analysed_logdata: add filter_fault_status check to test_results
dictionary to prevent a missing entry exception
- analyse_logdata: fix one-off errors of list indices due to python
non-inclusive end indices
- move the analysis parts of the process_logdata_ekf script to
the 'analyse_ekf' function in a new file analyse_logdata_ekf.py
- return a test_results dictionary from analyse_ekf
- still process log loading, preprocessing and results file output in
process_logdata_ekf
- add command line argument to toggle plotting
- add command line argument to use different dictionary to check_level_dict.csv
Add assessment of IMU bias and mag field estimation
Reduce warning false positives by adjusting thresholds and eliminating use of peak value plots for output observer monitoring
Clear each figure after saving to reduce memory usage
Angel
CarlOlsson
Paul Riseborough
johannes
Daniel Agar
Khoi Tran