Commit graph

4 commits

Author SHA1 Message Date
2defa3db7a
refactor: deduplicate helpers and simplify Scorer
- Unify haversine_km / deg_to_rad: Geo is the canonical home (atan2
  form for antipodal stability); Radio, common_volume, rain_scatter,
  ionosphere, terrain/srtm, terrain/elevation_client now delegate.
- Drop safe_min/safe_max wrappers in favor of Enum.min/max defaults.
- Move parse_float / parse_int to MicrowavepropWeb.LiveHelpers; eme,
  path, and rover LiveViews import from there.
- Extract MicrowavepropWeb.LocationResolver from the eme/path
  resolve_source / resolve_location duplicate. Standardize the kind
  key and "Invalid grid square" error message.
- Convert Scorer cond chains (humidity, td_depression, sky, wind,
  rain, pwat, pressure) to multi-clause guarded defs, matching the
  existing classify_time_period style.
- extract_profile_fields uses a named map accumulator instead of a
  6-tuple; build_path_conditions guards on %{temps: []} / %{dewpoints: []}.
- Collapse scores_file clamp/3 to max |> min.
- humidity_effect_label lives in BandConfig; map_live and path_live
  both use it.
2026-04-28 14:14:34 -05:00
51e390959c Add dialyzer specs and types across the codebase
277 @spec/@type annotations added to 58 files covering all public
APIs: contexts (propagation, radio, weather, terrain, beacons,
commercial), GRIB2 decoders, terrain analysis, duct detection,
rain scatter, CSV/ADIF import, weather clients, and all Ecto
schemas. Dialyzer passes with 0 errors.
2026-04-12 08:55:04 -05:00
a66d3094ca Add contact edit approval system with admin review queue
Registered users can suggest edits to any contact's core fields
(callsigns, grids, band, mode, timestamp). Edits enter an admin
approval queue with field-by-field diff view. On approve, changes
are applied and enrichment re-enqueued if grids/band changed.
Users receive email notification on approve or reject.

Also updates dependabot.yml for mix ecosystem.
2026-04-11 16:15:49 -05:00
e8ae407be9 Add rain scatter prediction to map detail panel
When clicking a grid point, fetches the latest NEXRAD composite
reflectivity and identifies rain cells within 300 km that could
enable rain scatter contacts. Shows:
- Scatter classification (excellent/good/marginal/none)
- Top 3 cells with dBZ, distance, bearing, and relative signal
- Colored circle markers on the map at rain cell locations
- Markers sized by reflectivity, colored by intensity

Uses simplified bistatic radar equation accounting for reflectivity,
frequency-dependent scattering (Rayleigh/Mie), and R^4 path loss.
NEXRAD cells sampled every ~5 km within bounding box for efficiency.
2026-04-11 15:19:19 -05:00