THE IMPORTANT TURNS
Every dot opens
a much bigger question.
How do you connect a place to relevant evidence, preserve the differences between data sources, and build an interface that helps a surfer think?
This is a journal of major implemented releases, including experimental work. Early foundation and later feature packages use different version sequences. Feature coverage and the source status shown in the atlas still determine what is available at any particular spot.
- 6.8FOUNDATION
A surf check becomes an atlas.
The foundation brought wave guidance, wind, tides, water temperature and public camera links into a shared coastal view. Planning, comparison, favorites and a field journal made it a place to return to, rather than another forecast to open and close.
The useful change: several parts of the surf decision could finally live together.
- 1.1–1.3THE COAST OPENS UP
California gets a common interface.
The catalogue expanded statewide. Regional conditions and the unified atlas brought newer guide areas into the familiar map, forecast drawer and Coast Guide. Regional significant wave height remained visibly distinct from the original spot-face estimates.
That expansion also required publication controls, source notes and a distinction between an approximate area reference and a confirmed position.
The useful change: broader coverage without disguising an approximate location as a surveyed takeoff.
- 1.7TIME + NEARSHORE
A tide curve. A coastal cross-check.
A dedicated tide tab added six-minute predictions, reference-station details, selected-hour readings and rising/falling context. On-demand CDIP nearshore guidance introduced another view of incoming waves, with quality and age checks.
The useful change: more context for the moment you’re considering, with the source still attached.
- 1.8FROM DATA TO A SESSION
Find a session.
Give each place a page.“Best surf near me” brought size, skill and location into a focused search. Individual spot pages gave each place a readable home beyond the map, connecting the forecast to guide material and context.
The 1.8.1 follow-up hardened installation checks and diagnostics. Reliability work belongs in the story too: a useful feature needs a dependable way to arrive.
The useful change: less hunting through information before you can start comparing options.
- 1.9–1.9.1PLACE + IDENTITY
Every spot deserves
its own character.Large Swiss-inspired typography, distinct editorial introductions, contour backgrounds and close-up maps gave the spot pages a consistent language with room for individual identity. Separate swell components became readable in the spot panel and pages.
Imagery was corrected to use location-based satellite placeholders instead of photographs that could misrepresent the break. Original field photography is a future ambition, not a claim about the images already there.
The useful change: a guide that feels like a place, with authenticity treated as a product requirement.
- 1.9.2FOLLOW THE SWELL
The Trestles test.
Missing and suspicious all-zero partition feeds exposed two different problems: the way data was requested, and the way uncertainty was displayed. This release reused shared regional components, reduced repetitive requests, respected rate-limit backoff and kept partitions visible even when a separate face estimate was unavailable.
Eleven additional guides expanded the fuller editorial set to 36 within the then-current 447-entry spot directory.
The useful change: more useful swell detail, less unnecessary upstream work.
- 1.9.3–1.9.4THE EDITION INTERFACE
Make the complexity
feel navigable.The map adopted the spot pages’ visual language: a strong masthead, coral rules, leading color bars, compact controls and contour-backed scrolling areas. Traffic kept its existing provider while its legend became collapsible. Left and right counts became working catalogue filters.
The useful change: clearer visual hierarchy, especially on a phone. The interface is native page content, not a set of embedded frames.
- 1.10.0SHOW THE EVIDENCE
Put the model cells
back in the conversation.Direct model-cell Hs ranges gained prominence alongside CDIP nearshore context and NOAA buoy trends. Source times and disagreements became easier to inspect. Local observation logs began separating regular wave faces from the largest sets actually seen.
Swell-matching logic was expanded to consider supplied partitions by direction and period. Account notification delivery still depends on the separately deployed worker and its configuration.
The useful change: more ways to question a number—and a record of what the ocean showed.
- 1.10.1–1.10.2EXPERIMENTAL PHYSICS
Follow the wave
toward breaking.An experimental nearshore scenario added linear shoaling and depth-limited breaking calculations, transforming representative and larger-wave inputs separately. Observation logs gained viewing duration and time-matched nearshore evidence.
Map values stopped rounding to half-foot steps. The accompanying bottom-and-tide assessment identified promising terrain sources and a benchmark programme—not a completed statewide bathymetric forecast.
The useful change: a more explicit physical question, with assumptions that can be examined.
- 1.10.3RINCON / EXPERIMENTAL
The coordinate matters.
So does the water above it.Full Point, Indicators, Rivermouth and The Cove gained extracted bottom profiles based on their refined published positions. Datum-matched tide predictions, period and incoming direction drive an experimental one-dimensional transformation to each pin.
Source footprints revealed older and interpolated terrain. That finding stays attached to the feature. Profiles disable when pins move; unsupported or stale inputs leave an explicit fallback.
The useful change: actual terrain and tide enter a limited, inspectable pilot. Four profiles—not a claim that every reef is solved.
- 1.10.4OPEN THE NOTEBOOK
Make the work visible.
This section connects the engineering, the release history and the reason behind the project. A quiet link from the atlas and Help makes the story available without taking over the surf check.
The useful change: you can see what has been built, what is experimental, and where the ambition goes next.
THE NEXT STANDARD TO MEET
The ocean gets
the last word.
The next research step is to evaluate additional bottom profiles and compare predictions against repeated, time-stamped observations across swell directions and tides. Better terrain coverage and field calibration are goals, not achievements we have already awarded ourselves.
Read the calculation story ↗