Improve plate boundary statistics #316
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If so, defaults to that of RotationModel (or zero if rotation features).
Instead use default anchor plate of RotationModel. See discussion in #290.
No need to resolve topologies if they're already available.
By adding 'output_obliquity_and_normal_and_left_right_plates' argument to spreading_rates().
Not all models have them. So raise error if so.
Also: - Default spreading feature type is mid-ocean ridge. - Default anchor plate is None (to use default anchor plate of rotation model, or zero if rotation files specified). - Used numpydoc for docstring.
- Specify transform segment deviation (defaults to 70 degrees). Can specify None to include transform segments. - Specify spreading feature types (defaults to mid-ocean ridge). - Can output obliqity, normal azimuth and left/right plate IDs.
It is used when 'use_ptt' is False, as an alternative using ptt.spreading_rates(). It also supports an optional orthogonal divergence threshold (that PTT doesn't support).
Incorrectly used 'orthogonal' velocity recently in f0a3f86.
It is used when 'use_ptt' is False, as an alternative to using ptt.subduction_convergence. It also supports an optional orthogonal convergence threshold (that PTT doesn't support).
ptt.ridge_spreading_rate will still only consider spreading feature types.
Matches behaviour of 'ptt.ridge_spreading_rate.spreading_rates()' which rejects zero spreading stage rotations.
Since they are not *plate* boundaries. Also ignore for spreading types.
They should be fairly similar.
The same keyword args supported by ptt.subduction_convergence. Also fixed table in docstrings describing keyword args (converted from reST to pdoc).
One subplot per output scalar.
Using pygplates.TopologicalSnapshot.calculate_plate_boundary_statistics().
...at divergent/convergent points along plate boundaries. Also renamed 'plate_boundary_convergence_divergence()' to 'divergent_convergent_plate_boundaries()'.
Also explicitly numpydoc the output parameters.
This was referenced Feb 2, 2025
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PlateReconstruction.crustal_production_destruction_rate():PlateReconstruction.divergent_convergent_plate_boundaries():PlateReconstruction.crustal_production_destruction_rate().PlateReconstruction.tessellate_mid_ocean_ridges():ptt.ridge_spreading_rate).ptt).PlateReconstruction.tessellate_subduction_zones():ptt.subduction_convergence).ptt).PlateReconstruction.topological_snapshot():anchor_plate_id=None(instead ofanchor_plate_id=0):RotationModel).PlateReconstruction.tessellate_mid_ocean_ridges()andPlateReconstruction.tessellate_subduction_zones().unittest/test_tessellate.py).