+ python -m profile_alignment --sonar --shape /working/shape.shp --write-shape /working/shape.json /working/f5c0b93f-2b42-4f4a-b7cf-27157cebe8f7/processing/data/laser.ptd.dat fit
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Profile-alignemnt Version -> %s 0.0.29
Input file:  /working/f5c0b93f-2b42-4f4a-b7cf-27157cebe8f7/processing/data/laser.ptd.dat
Add sonar points?:  True
Selected method:  fit
Shape to fit: /working/shape.shp
Writing the selected reference shape: True
The output alignment extension: json
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 Reading PTD file in binary format...
 Completed!
=-=-=-=-=-Adding Sonar points -=-=-=-=-=-=-
2026-04-01T22:12:52 - INFO:  Reading sonar track took 0.06737756729125977 sec!
2026-04-01T22:12:52 - INFO:  Reading sonar alignment track took {0.008999824523925781} sec!
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2026-04-01T22:12:52 - INFO: Reference shape is detected as CIRCLE, forcing rotation to zero
2026-04-01T22:12:52 - INFO:  Calculating the size for all frames ...
2026-04-01T22:12:58 - INFO:  200 frames are processed in <5.98> seconds. rate: 33.44 fp/s
2026-04-01T22:12:58 - INFO:  Median Scale of {200} frame found to be: {1.194498085167748}
2026-04-01T22:12:58 - INFO: The selected reference shape JSON to: {/working/shape.json}
2026-04-01T22:12:58 - INFO:  Fit to reference shape ... 
2026-04-01T22:16:18 - INFO: {17898} frames are processed in {198.65} seconds. Rate: 90.10 fp/s
Track data saved to /working/f5c0b93f-2b42-4f4a-b7cf-27157cebe8f7/processing/data/alignment.track.json
 Writing PTD file in binary format...           Completed!
 PTD file is written to: /working/f5c0b93f-2b42-4f4a-b7cf-27157cebe8f7/processing/data/laser_aligned.ptd.dat