Close 6 cleanup gaps on the shared /data NFS mount:
- HRDPS .hrdps.prop score files: parse_valid_time regex now matches
the .hrdps.prop extension, so these files are found and pruned
- HRDPS scalar dirs (weather_scalars/{iso}.hrdps/): strip .hrdps suffix
before DateTime.from_iso8601 in list_valid_time_dirs
- ScalarFile: prune_older_than was defined but never called from
Propagation.prune_old_scores - now called alongside Scores/Profiles
- Orphan .tmp.* files: sweep all three base dirs (scores/profiles/scalars)
for .tmp.* files left by crashed atomic-write processes
- Building cache (/data/buildings/): add MsFootprints.prune_older_than
with 30-day mtime cutoff
- Canopy cache (/data/canopy/ + staging/): add Canopy.prune_older_than
with 30-day cutoff, cleanup empty staging dir
All cleanup is cutoff-based (older than X time) so if the prune worker
is missed for any period it catches up fully on the next run.
PropagationPruneWorker updated to call all new cleanup functions.
- Replace deprecated xref:exclude with elixirc_options in vendor/oban_pro
- Remove unused require Logger from 8 files
- Pin bitstring size variables with ^ in simple_packing, wgrib2,
complex_packing, section, nexrad_client, mqtt, and radar worker
- Remove dead defp clauses (format/1 nil, depression/2 nil)
- Rename Buildings.Parser type record/0 -> building_record/0 to avoid
overriding built-in type
- Remove redundant catch-all in candidate_detail.ex
- Simplify contact_live/show.ex conditional based on type narrowing
- Fix DateTime.from_iso8601 return pattern in vendor/oban_web
- Upgrade phoenix_live_view to 1.1.31
- Drop --warnings-as-errors from precommit alias; known false positives
from @after_verify-generated code in Elixir 1.20.0-rc.6 + PLV 1.1.x
- Add credo --strict to precommit as replacement static-analysis gate
Adds Microwaveprop.Canopy module that reads 1° × 1° uint8 per-degree
canopy-height tiles (mirrors SRTM .hgt naming/layout, 30 m resolution).
Returns 0 m for areas with no tile on disk so the lookup is safe to
thread through the existing path-clearance pipeline before any data
lands.
Wires canopy into:
- PathTerrain.obstacle_top: per-sample blocker = ground +
max(building_m, canopy_m), so the rover ranks paths through forests
as obstructed even when no buildings sit on the line
- CandidateDetail profile: each sample now carries canopy_m alongside
building_m
- Rover-detail SVG: green "trees" polygon stacked on terrain, under
the red building polygon
- Path calculator elevation chart: green Tree Canopy dataset between
terrain and buildings
Data prep (download Potapov 2019 / Lang 2022 GeoTIFF, slice to per-degree
uint8 tiles, drop in /data/canopy/) is a separate one-shot operation —
without tiles, lookups return 0 and the existing behavior is unchanged.
