fr.solanometeo/solano

Solano — marine & outdoor weather

Marine and outdoor weather: multi-model forecasts, official bulletins, tides, anchorages.

Endpoint	`https://solanometeo.fr/mcp` (streamable-http)
Registry version	1.0.0
Now	9 tools · grade B (88) · pin `ts_fb0ef537c2d9d014c00e9990e9c2ec96` · protocol 2025-06-18
First / last listed	2026-10-31 02:58 UTC / 2026-10-31 02:58 UTC
Grade over time	2026-10-31: B (88), 9 tools

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Timeline

First listing · 2026-10-31 02:58 UTC
9 tools, grade B (88)

Tools: get_forecast get_confidence get_storm_risk get_marine_bulletin get_zone_alerts get_tide find_known_anchorages analyze_anchorage list_models_for_location

Current tools (9)

`get_forecast`	Daily weather summary for a point, from one or more international models. Returns, per model and per LOCAL day: mean and max wind (knots), max gust, dominant wind direction, min/max temperature, total precipitation, and peak CAPE. Not hour-by-hour — follow `solano_url` for the hourly view. When the point is at sea and `include_sea_state` is true, a `sea_state` block adds sign params: latitude, longitude, models, days, include_sea_state
`get_confidence`	How much the forecast can be trusted at this point, hour by hour, from ensemble spread — Solano's own indicator, not a raw model output. Each deterministic model is compared against the members of ITS OWN reference ensemble (GFS→GEFS, ECMWF IFS→ECMWF-ENS, ICON→ICON-EPS), never against a mixed pool: the systematic offset between forecasting centres would otherwise be charged to params: latitude, longitude, models
`get_storm_risk`	Thunderstorm environment at a point, scored 0-10 per hour from convective ingredients rather than from a rain field. Built on a GFS baseline that carries the full set: CAPE sharpened by the lifted index, capped by convective inhibition, then modulated by the 700-500 hPa lapse rate and 0-6 km shear. Shear also decides organisation — a severe-intensity hour with weak shear is re params: latitude, longitude, days
`get_marine_bulletin`	The official marine forecast bulletin for the maritime zone containing a point — the text a national weather service publishes for mariners, not a model output. Providers, matched automatically to the point: Météo-France (BMR coastal), AEMET (Spain), MeteoAM (Italy), Met Office (UK inshore waters and shipping forecast). Pass `provider` to force one of `mf`, `aemet`, `meteoam`, params: latitude, longitude, provider
`get_zone_alerts`	Marine and weather warnings in force for a point, from every official source at once — gale and storm warnings (BMS Météo-France, AEMET, MeteoAM, Met Office) plus European MeteoAlarm warnings resolved to the actual region, not the whole country. Empty list means no warning is in force, which is a real answer worth stating. Each warning carries its issuing service, validity win params: latitude, longitude
`get_tide`	High and low water times and tidal range at any point on the globe, and real water heights wherever a national almanac covers it. Two very different answers, and the difference matters: - `reference.kind == "chart_datum"` — a national tide almanac is attached to this point (Canada CHS, France api-maree.fr, Ireland Marine Institute). `height_m` is then a TRUE water height params: latitude, longitude, days
`find_known_anchorages`	Anchorages already analysed nearby, re-scored for comfort over the next three nights against the real forecast wind and swell. Only spots whose full shelter profile is already in Solano's shared cache are considered — work other users' analyses have already paid for. Each is scored per night (18:00 to 10:00 local) on the worst hour of the window, which is the conservative read params: latitude, longitude, radius_m
`analyze_anchorage`	Directional shelter analysis of ONE precise anchorage: how protected it is from every compass direction, and how comfortable it will be over the next three days. Casts 1728 rays against a global elevation model plus OSM breakwaters and moles, giving per-direction wind protection and whether swell is blocked; then scores comfort hour by hour against the real forecast. Also retu params: latitude, longitude
`list_models_for_location`	Which weather models actually cover a point, and which resolve convection. A regional high-resolution model hides its global parent where it is available (AROME 1.5 km over France, ICON-2I over the Mediterranean, UKV over the UK, HRDPS over Canada). `resolves_convection` marks the models fine enough to place individual storm cells rather than parametrise them — those are the o params: latitude, longitude

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