GFZ / EL_PASO / 33642606460

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push

github

Committed by web-flow

Commit Message

Make InvMu/PSD/flux dependency resolution species-aware and fixing PSD-unit bug (#74)

* Create process_rbsp_hope_protons.py

Add HOPE proton processing script for RBSP

* Create process_rbsp_mageis_protons.py

Add MagEIS proton processing script for RBSP

* Create process_rbsp_rbspice_protons.py

Add RBSP RBSPICE proton processing script

* Make InvMu/PSD/flux dependency resolution species-aware

InvMu, PSD, and several saved output files (GFZStrategy's 'flux' and 'alpha_and_energy', MonthlyRBStrategy's netCDF output) hardcoded a dependency on Energy_FEDU / FEDU, even when saving proton data (Energy_FPDU / FPDU). Proton pipelines would fail validation entirely, or silently skip/empty output files. This introduces an "alternatives" concept to VariableInfo.dependencies and OutputFile.names_to_save: a dependency can now be a tuple of alternative names (e.g. ("Energy_FEDU", "Energy_FPDU")), resolved at save/load time to whichever one is actually present. This required threading an available_keys parameter through defined standards and datasets, all of which previously called get_dependencies()/names_to_save directly without resolving alternatives.

* Fix PSD unit mislabeling

compute_phase_space_density() tagged its output with the SI unit but the actual computed values are in the standard convention (c/MeV/cm)^3, consistent with the (1e3/2.997e10) conversion factor already used in the PSD formula.

convert_to_unit() was a silent no-op at save time.So, defined the correct unit once (psd_natural_unit, in units.py) and uses it consistently at the point PSD is computed.

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Co-authored-by: Sahil Jhawar <55475299+sahiljhawar@users.noreply.github.com>
Co-authored-by: Sahil Jhawar <jhawar@gfz.de>
Co-authored-by: Bernhard Haas <bhaas@gfz.de>
Co-authored-by: Bernhard Haas <49991071+DoctorRabbit55@users.noreply.github.com>

Coverage Stats

66 of 68 new or added lines in 11 files covered. (97.06%)

20 existing lines in 3 files now uncovered.

4571 of 6700 relevant lines covered (68.22%)

0.68 hits per line