You signed in with another tab or window. Reload to refresh your session.You signed out in another tab or window. Reload to refresh your session.You switched accounts on another tab or window. Reload to refresh your session.Dismiss alert
Tropical cyclone potential intensity diagnostics modernization: aligned the workflow with recent upstream validation data and decomposition conventions while keeping the compiled backend as the primary execution path.
spharm internal optimization: improved the internal spherical-harmonic helper flow so repeated potential-field reconstruction can reuse intermediate spectral results more efficiently.
windspharm performance improvements: reduced Python-side overhead in the tested wind-decomposition workflow family while preserving established public numerical conventions.
Growth-rate and pressure-interpolation additions: added compiled atmospheric-column growth diagnostics and pressure-coordinate interpolation support for Chemke-style workflows, including batch evaluation, spectral smoothing, and zonal-wavenumber mode support.
Bug Fixes
Tropical cyclone potential intensity parity and robustness: fixed remaining pressure, outflow, and missing-column handling issues and improved agreement with the current upstream reference implementation.
spharm and windspharm regression coverage: added focused tests for updated internal spectral-helper and wind-analysis paths, including shape-validation coverage for the optimized flow.