| Commit message (Collapse) | Author | Age |
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The chart steps are computed in Go and shipped as finished sections, next to
the profile statistics the climb package already owns: climb.ProfileSections
cuts a Route at its widest bends under a ProfilePolicy, and
rideanalysis.MergeClimbProfile takes over the merge that lived in
web/climbs.go, so web only loads the attempt rides and maps the DTOs.
The payload carries sections instead of raw elevations, and the browser keeps
what needs the canvas: slope bands, labels, distance ticks and colours.
official-climb-profile-logic.ts and its tests are gone, replaced by
climb/profile_test.go and a page test reading the embedded profile JSON.
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Fixed distance buckets averaged short steep ramps into their bucket: a
300 m @ 12 % pitch inside a 10 km climb reported ~7-8 % for 500 m. Sections
now come from the base-grid elevation polyline split at its widest bends,
up to a 24 section budget, so ramps keep their own step and label.
Labels are dropped only when they would collide, and the distance axis uses
a uniform 0.1-10 km step instead of one tick per (now irregular) section.
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Record one attempt row per (ride, climb, occurrence) when a ride detail
loads, snapshotting distance, elevation gain, slope, cotacol and attempt
timestamps; a climbs-backfill CLI command seeds all existing rides.
New /climbs list page aggregates attempts (medians computed in Go, best
time as min duration) with sortable columns, and /climbs/{id} shows the
median scalar stats, a median normalized elevation profile (50 steps
over each attempt's own length), the full-precision recorded route of
the median-distance attempt on an OSM map, and every attempt with time
at second precision.
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