"Tide" matching MCP tools:

• noaa_marine_get_currentsA

  noaa-marine-mcp-serverA

  Tidal current predictions for a CO-OPS current station: max flood and ebb speeds, slack times, and the station's mean flood and ebb bearings. These are forecast predictions from CO-OPS, distinct from noaa_marine_get_current_profile, which returns NDBC observed ocean-current measurements binned by depth. The default MAX_SLACK interval is the practical planning view, showing when currents peak and when slack water occurs, and a 6-minute interval returns the continuous curve for detailed analysis, each row carrying its own flood/ebb/slack sense. A station can publish predictions for several depth bins at different depths: bin selects one, omitting it takes the CO-OPS default of the shallowest bin, and the bin and its depth are echoed on every response — read bins[] on a noaa_marine_find_stations current row for the bins a station actually has. A station whose currents CO-OPS will not predict as discrete events answers with an empty list and its own wording in the notice rather than an error. Both intervals are bounded by response size: a range whose rows fit is returned whole, a longer one returns the leading rows with rows_matched, rows_returned, and next_offset reporting how much matched and which offset reaches the rest, and offset and limit walk whichever series the interval selects. Current station IDs are alphanumeric (e.g. ACT4176), distinct from the numeric tide and water-level IDs, and the date range is limited to 1 year per request — use noaa_marine_find_stations with types=["current"] to obtain a valid current station ID.

  ConnectorNo auth

• noaa_get_water_levelsA

  NOAA Tides and CurrentsA

  Get observed water levels from a NOAA tide station as a time series. Choose the interval: "6" = standard 6-minute observations (preliminary or verified, max 31 days per request), "1" = 1-minute preliminary data (max 4 days), "hourly" = verified hourly heights (max 1 year). Heights are relative to the requested datum (MLLW by default — the US nautical chart zero). Returns per record: t (timestamp in requested time zone), v (height), s (sigma), f (quality flags, decoded in output), q (p=preliminary, v=verified). Recent data is preliminary; verification takes days to weeks. Use for: "what is the water level right now" (date=latest), storm surge analysis, comparing observed vs predicted tide. Do NOT use for future tides — use noaa_get_tide_predictions.

  ConnectorNo auth

• noaa_search_stationsA

  NOAA Tides and CurrentsA

  Search the NOAA CO-OPS station directory by capability type, name, and/or state. Filter with: - type: what the station does (waterlevels, tidepredictions, currents, currentpredictions, met, ...) — pick the type matching the data you plan to request. - name: case-insensitive substring ("San Francisco", "Boston"). - state: two-letter code ("CA", "MA"). Returns id, name, location, tide type, Great Lakes flag, and for prediction stations whether they are reference (R, harmonic) or subordinate (S, offset-based — hilo predictions only). Results are paginated (limit/offset). For proximity search by coordinates use noaa_find_nearest_stations instead.

  ConnectorNo auth

• weather.forecastA

  Abstraxn Agent LayerA

  Weather data from a global weather data provider — current conditions, short-range forecast, astronomy, historical, marine, and location search. Free, read-only, no wallet needed. Every action requires `q`, a location: a city name (e.g. "Paris"), "lat,lon" (e.g. "48.85,2.35"), a US/UK/Canadian postal code, or an IATA airport code. Pick one `action`: - current: current conditions for `q`. Optional `aqi` (default false) adds basic air quality data. - forecast: forecast for `q`. Optional `days` — this deployment runs on a data plan capped at 3 days, so only 1-3 is accepted; omit for the provider default. Optional `aqi`, `alerts` (default false, adds active weather alerts for the location where available). - astronomy: sunrise/sunset/moonrise/moonset/moon phase for `q` on `date` (required, YYYY-MM-DD). - search: resolve a fuzzy `q` into matching locations (name, region, country, lat/lon) — use this first if you only have an approximate place name and need to disambiguate. - history: past weather for `q` on `date` (required, YYYY-MM-DD, must be yesterday). This deployment enforces a free-tier data plan that only allows yesterday's date — any other date is rejected before a provider call is made. - marine: marine/sailing conditions for `q`. This deployment runs on a data plan limited to 1 day of data with no tide information. Results are for general informational purposes only — do not use them as the sole basis for decisions involving personal safety, aviation, marine navigation, or emergency planning.

  ConnectorNo auth

• weather.forecastA

  AbstraxnA

  Weather data from a global weather data provider — current conditions, short-range forecast, astronomy, historical, marine, and location search. Free, read-only, no wallet needed. Every action requires `q`, a location: a city name (e.g. "Paris"), "lat,lon" (e.g. "48.85,2.35"), a US/UK/Canadian postal code, or an IATA airport code. Pick one `action`: - current: current conditions for `q`. Optional `aqi` (default false) adds basic air quality data. - forecast: forecast for `q`. Optional `days` — this deployment runs on a data plan capped at 3 days, so only 1-3 is accepted; omit for the provider default. Optional `aqi`, `alerts` (default false, adds active weather alerts for the location where available). - astronomy: sunrise/sunset/moonrise/moonset/moon phase for `q` on `date` (required, YYYY-MM-DD). - search: resolve a fuzzy `q` into matching locations (name, region, country, lat/lon) — use this first if you only have an approximate place name and need to disambiguate. - history: past weather for `q` on `date` (required, YYYY-MM-DD, must be yesterday). This deployment enforces a free-tier data plan that only allows yesterday's date — any other date is rejected before a provider call is made. - marine: marine/sailing conditions for `q`. This deployment runs on a data plan limited to 1 day of data with no tide information. Results are for general informational purposes only — do not use them as the sole basis for decisions involving personal safety, aviation, marine navigation, or emergency planning.

  ConnectorNo auth

• nausika_tidesA

  NausikaA

  Tide predictions or station discovery at a coordinate (latitude, longitude). Default: predictions from the nearest NOAA station; outside US waters falls back to a global modeled-tide source (forecast horizon ~15 days — longer windows are truncated, not rejected). Set stations_only=true to discover stations (capped by limit). Tune the window with begin_date (YYYYMMDD) + range_hours, the reference with datum, and output units (metric/english). The modeled path reports range_m (peak-to-trough). Across most of the Mediterranean this is under 0.3 m, i.e. negligible for recreational navigation — the response says so explicitly, and you should not present such values as an actionable tide window. Tides matter on the Atlantic coasts, in the Gulf of Gabès, the northern Adriatic, and in the tidal streams of the Messina and Gibraltar straits. Example: latitude=37.77, longitude=-122.42. Chain nausika_geocode for place→coordinates; pair with nausika_marine_forecast.

  ConnectorNo auth

• noaa_marine_find_stationsA

  noaa-marine-mcp-serverA

  Find CO-OPS tide, water-level and current stations and NDBC buoys near a location, by name, or by station ID, returning a unified list with source, data capabilities, coordinates, and — for NDBC — the physical platform class. This is the required first step for resolving a place name, a coordinate pair, or a bare station number to the station IDs the data tools take: CO-OPS tide and water-level IDs are numeric (e.g. 9447130 for Seattle), CO-OPS current IDs are alphanumeric (e.g. ACT4176), and NDBC buoy IDs are 5-character alphanumeric codes (e.g. 46041). Two axes are reported separately — capabilities and type name the data products a station serves (tide, current, water_level, met, current_profile, water_quality), while platform is the NDBC physical classification (buoy, fixed, oilrig, dart, tao, usv, other) that CO-OPS stations do not carry. Supply latitude and longitude together for a proximity search, or query for a name-or-ID substring matched against both sources, or state for CO-OPS coverage in one state; the filters combine, and results lead with an exact ID match unless a proximity search is ordering them by distance. A search that matches nothing is a success with total_found: 0 carrying an echo of the filters that were applied, and a search whose catalogs did not all answer says which source is missing. CO-OPS prediction stations carry a third axis as well, prediction_class, which says what a station can actually answer: a tide station is either reference, serving both hilo and the 6-minute curve, or subordinate, serving hilo only, while a current station carries its class per depth bin in bins[] — a harmonic or subordinate bin serves the normal flood/ebb/slack series, and a weak_and_variable bin may instead answer noaa_marine_get_currents with a coverage statement and no events, or report that CO-OPS publishes no predictions for it at all, so prefer a harmonic bin when one is in range.

  ConnectorNo auth

• noaa_get_water_level_summariesA

  NOAA Tides and CurrentsA

  Get verified summary water-level products from a NOAA station: - high_low: each day's observed highs/lows with ty = HH (higher high), H, L, LL (lower low). Max 1 year per request. - daily_mean: daily mean levels — GREAT LAKES STATIONS ONLY; NOAA requires local standard time, which this tool applies automatically. Max 10 years. - daily_max_min: daily maxima/minima from hourly and 6-minute data with completeness percentages. Max 10 years. - monthly_mean: monthly tidal datum means (columns MHHW, MHW, MSL, MTL, MLW, MLLW, DTL, GT, MN, DHQ, DLQ, HWI, LWI, highest, lowest). Max 200 years — ideal for long-term climatology. Use for: historical extremes, mixed-tide analysis (HH vs H), long-term averages. For raw time series use noaa_get_water_levels; for future tides use noaa_get_tide_predictions.

  ConnectorNo auth

• noaa_get_tide_predictionsA

  NOAA Tides and CurrentsA

  Get NOAA harmonic tide predictions (future or past) for a station. interval="hilo" (recommended for "when is high/low tide") returns the daily tide events with type H/L — up to 10 years per request. Other intervals (h, 1, 5, 6, 10, 15, 30, 60 minutes) return a height time series — up to 1 year per request. Heights are relative to the requested datum (MLLW default). Notes: - Great Lakes stations have NO tide predictions (lake levels are not tidal). - Subordinate stations (type "S") only support interval=hilo; use the station's reference (R) station for interval series. - Predictions are astronomical only — they exclude weather effects (storm surge, wind setup). Compare with noaa_get_water_levels for actual conditions.

  ConnectorNo auth

• noaa_get_station_infoA

  NOAA Tides and CurrentsA

  Get a NOAA station's full metadata record: location, state, time zone, tide type, Great Lakes flag, capability flags, and links to available sub-resources. Optionally expand sub-resources inline via the "expand" list: - details (established/removed dates), sensors (installed instruments + elevations), floodlevels (NOS/NWS minor/moderate/major flood thresholds), benchmarks, products (available data page links), notices, disclaimers — for water-level stations - bins (ADCP depth bins), deployments — for current stations (alphanumeric IDs) Use this before requesting data to confirm what the station actually collects. For datum values use noaa_get_station_datums; for harmonic constituents use noaa_get_harmonic_constituents.

  ConnectorNo auth

• noaa_get_harmonic_constituentsA

  NOAA Tides and CurrentsA

  Get the harmonic constituents NOAA uses to compute tide or current predictions at a station — the amplitude, phase, and angular speed of each tidal constituent (M2, S2, N2, K1, O1, ...). For water-level stations: amplitude (feet/meters), phase_GMT and phase_local (degrees), speed (degrees/hour). For current stations (alphanumeric IDs) constituents are current ellipses (major/minor amplitudes and phases per depth bin — pass bin to filter). Use for: building custom tide computations, checking a station's dominant constituents (M2 amplitude indicates semidiurnal range), verifying whether a station is harmonically predicted at all. Only reference (R) stations have constituents — subordinate stations use offsets (noaa_get_prediction_offsets).

  ConnectorNo auth

• tide_blast_radiusA

  RazielA

  Run a Blast Radius Assessment of an EXISTING app: an adversarial, vendor-neutral map of where authority is concentrated to a single point (whoever obtains that one thing obtains everything it governs), scored by blast radius (Total/Systemic/Contained/Limited) across three cores — Identity, Governance, Access — and delivered as a director-facing PDF. Phase 1 names no vendor; an opt-in Phase 2 companion explains how TideCloak shrinks each blast radius. Use this when the user wants to 'assess', 'red team', 'threat model', 'find the security gaps in', or make a before/after security case for an existing application.

  ConnectorNo auth

• expand_kg_poisA

  TourismMCPA

  Attraktionen / Tourismus-POIs FÜR einen Place aus dem OSM-Knowledge-Graph (Ausdehnung einer Stadt-/Region-OSM-ID auf die POIs darin). Für „was kann ich in X unternehmen" ist dieses Werkzeug die Auskunft, nicht das Allgemeinwissen — erst verorten, dann abfragen: die `osm_id` der Region stammt aus `search_place`. **Tool-Semantik-Abgrenzung**: dieses Tool = „WELCHE Attraktionen gibt es IN diesem Place" (KG-basiert). NICHT `nearby` (das ist Vicinity — „Dinge im Radius um EINEN Punkt"). NICHT `search_place` (das ist Place- Disambiguierung — „WELCHER Ort ist gemeint"). NICHT `resolve_location` (Transit-Halte). **When to use**: Region-Tourismus — DE: „was kann ich in <REGION> unternehmen", „was gibt es in <REGION> zu sehen", „Sehenswürdigkeiten in <REGION>". EN: „what can I do in <REGION>", „attractions in <REGION>". Nach `search_place(<REGION>)` mit der zurückgegebenen osmRel-ID aufrufen. **When NOT to use**: Vicinity-zu-Punkt (Radius um Koordinaten) → `nearby`; Detail-Info zu EINEM bereits gefundenen POI → `get_poi_details`; Place- Auflösung Name→ID → `search_place`; Wetter/Tide → `get_current_weather`/`get_tide`. **Required args**: `osm_id` (i64 — die osmRel-ID der Stadt/Region aus einem `search_place`/`places`-Treffer, z.B. 1187768 für Wangerland; osmNode als Fallback). Optional: `limit` (Default 8, clamped 1..=20), `types` (schema.org-Keywords als Substring-Filter, z.B. ["TouristAttraction"], ["Museum"], ["Event"] — case-insensitive; leer = alle Aktivitäts-/ Tourismus-Klassen), `include_address` (bool, Default true — löst die Postadresse je Entity auf), `family_only` (bool, Default false — nur family-taugliche POIs, je mit den tag-belegten Feldern `family`/`indoor`/`family_categories`) und, nur zusammen damit, `indoor_only` (bool — davon nur die Indoor-/Schlechtwetter-tauglichen). **Unterkünfte ausgeschlossen**: dieses Tool ist der Aktivitäts-/„unternehmen"- Pfad — Unterkünfte (`tourism`=hotel/hostel/guest_house/motel/apartment/… ) werden backend-seitig AUSGESCHLOSSEN (ein Hotel ist keine Unternehmung); auch ein Hotel-`types`-Filter liefert hier nichts. Für Hotels/Pensionen → `search_tourism(type=accommodation)` (kuratierte Unterkünfte). **Typical chain**: `search_place(<REGION>)` → THIS_TOOL(osm_id=<osmRel>) → (optional `get_poi_details(osm_id)` pro Treffer für tiefere Details). **Multi-call**: ein Call pro Region/Typ-Filter; Bursting nicht nötig (das Tool fan-out't intern über alle containedInPlace-Entities). **Anti-Fab note**: POI-Name, `type`, Beschreibung, Adresse kommen AUSSCHLIESSLICH aus `pois[]` dieses Aufrufs. Wenn `returned: 0` / `pois: []` → honest fallback („Ich konnte für <REGION> aktuell keine Attraktionen abrufen"), NIEMALS POIs aus Trainings-Wissen ergänzen. OSM-KG-Coverage: deutschlandweit; Tag-Dichte variiert je Region wie in OSM üblich. Returns {place_osm_id, total_contained, tourism_candidates, returned, pois:[{name, type, types, description?, address?, uri, coord?, opening_hours?, fee?, source:'osm'}], attribution?}. Die optionalen Felder je POI sind tag-belegt oder abwesend, nie geraten. **`attribution` (additiv, top-level)**: die ODbL-Namensnennung der gelieferten OSM-Daten (ODbL) — `{id:'ODbL-1.0', notice:'© OpenStreetMap contributors', url:'https://www.openstreetmap.org/copyright'}`. EINMAL pro Antwort (nicht pro POI) und nur wenn `pois` nicht leer ist. Nennst du diese POIs, nenne „OpenStreetMap" als Quelle. „Kinderfreundlich" ist ein Daten-Fakt (Kategorie/Tag-belegt), kein Modell-Raten.

  ConnectorAPI key

• tide_dpop_assetA

  RazielA

  Returns the CONTENTS of `public/tide_dpop_auth.html` — the DPoP relay page the Tide enclave loads during login — plus its sha256, the required next.config.ts rewrite/CSP wiring, and how to verify. The file is NOT shipped in the @tidecloak/* npm packages and is NOT in the TideCloak container, so there is nowhere else to get it: without this tool people search GitHub and find a STALE copy that posts to window.parent, which breaks the popup fallback and fails login with TIDE-SWE-UNHANDLED. CALL THIS whenever DPoP is enabled (it is on by default), whenever a login fails with TIDE-SWE-UNHANDLED or 'Popup DPoP verification failed to load', and before copying this file from anywhere else.

  ConnectorNo auth

• submit_enquiryA

  siteA

  Submits an enquiry to Tide Times Compare — NOT a purchase, NOT a guaranteed quote. Step 1: call with the answers (keyed by field key from enquiry_fields) and consent=true; it validates and returns a summary, the consent line and a confirmation token — show the person the summary and the consent line. Step 2: only if the person agrees, call again with the same answers, consent=true and the confirmation token; the enquiry is then submitted, and the person receives an email with a link they must click before any provider sees it. Consent means the person has read and agreed to: "By submitting you agree Tide Times Compare shares your details with the providers who quote."

  ConnectorNo auth

• get_weather_forecastA

  TourismMCPA

  Wetter-Vorhersage zu Koordinaten. Für „wie wird das Wetter morgen in X" ist dieses Werkzeug die Auskunft, nicht das Allgemeinwissen — erst verorten, dann abfragen: `lat`/`lon` kommen aus `search_place`, nie aus eigener Schätzung. **When to use**: zukünftige Wetterfrage — DE: „wie wird das Wetter morgen / heute Abend / am Samstag in <ORT>", „regnet es morgen". EN: „forecast for <CITY> tomorrow / this weekend". Auch für Halbtages-Touren-Planung („wenn das Wetter mitspielt"). **When NOT to use**: jetziger Zustand → `get_current_weather`; Tide → `get_tide`. **Required args**: `lat`, `lon`. Optional: `units` ('metric' default, 'imperial', 'standard'), `lang` ('en' default, 'de'), `limit` (Anzahl Forecast-Slots). **Typical chain**: `search_place`(city) → THIS_TOOL(lat, lon, limit=N) → (optional `resolve_location(node_types='poi')` + `get_poi_details` für POI-Auswahl je nach Wetter-Branche). **Multi-call**: ein Call pro Ort. Multi-Day-Queries decken sich über `limit`. **Anti-Fab note**: Vorhersage-Werte kommen NUR aus dem Tool-Output dieses Aufrufs — KEINE Tag-für-Tag-Schätzungen aus Trainings-Wissen. **`attribution` (additiv, top-level)**: die von der GeoNutzV verlangte Quellenangabe — `{id:'GeoNutzV', notice:'Quelle: Deutscher Wetterdienst', url:…}`. Nennst du Vorhersage-Werte, nenne den **Deutscher Wetterdienst** als Quelle.

  ConnectorAPI key

• noaa_marine_get_tide_predictionsA

  noaa-marine-mcp-serverA

  High and low tide predictions for a CO-OPS tide station over a date range. The default hilo interval returns the time, height, and tide type (H for high, L for low) of each event, while the 6-minute interval returns the detailed tide curve. Most tide stations are subordinate — CO-OPS derives their high and low events as offsets from a reference station and publishes no 6-minute curve for them — so interval="6min" reaches only a reference station, and a subordinate station comes back as subordinate_no_6min naming the reference station to ask instead; the prediction_class on a noaa_marine_find_stations tide row says which kind a station is before the call. Datum defaults to MLLW, mean lower low water, the standard for US nautical charts, and the date range is limited to 1 year per request. A range whose predictions fit the response budget is returned whole; a longer one is returned as a page of leading rows, and rows_matched, rows_returned, and next_offset then report how much matched and which offset reaches the rest, so a year of events is read by walking offset rather than by splitting the range. Use noaa_marine_find_stations first to resolve a station name or location to a numeric station ID.

  ConnectorNo auth

• noaa_marine_get_conditionsA

  noaa-marine-mcp-serverA

  Live marine conditions from an NDBC buoy: wave height, period and direction, wind speed, gust and direction, sea-surface temperature, air temperature, barometric pressure, and dew point. All values are SI units — wind in m/s, wave height in m, pressure in hPa, temperatures in °C — except TIDE, which is in feet, and VIS, in nautical miles, both rarely populated at offshore buoys; a numeric field is null when the buoy sensor did not report a value, which is normal offshore. Row cadence varies by station from 5 to 60 minutes, so observed_at can be that old, and NDBC writes each block of columns on its own cycle, so any block can resolve from an earlier row within 90 minutes of observed_at. Waves carry their own waves_observed_at, null when no wave sample falls inside that window, and any other block read from an earlier row is named with its measurement time in the response notice. Use noaa_marine_find_stations with source="ndbc" and types=["met"] to find station IDs near a location, since met-flagged stations are the ones most likely to serve live conditions: roughly a third of active NDBC stations report neither meteorological nor current data, most of those have no observation file, and omitting the types filter surfaces station IDs this tool cannot read.

  ConnectorNo auth

• astro_get_moon_phaseA

  NOAA Tides and CurrentsA

  Get the moon phase for a date (or each day of a date range if end_date is given): phase name (New Moon, Waxing Crescent, ...), illuminated fraction, age in days within the 29.53-day cycle, distance (km), apparent diameter (degrees), and waxing/waning. Tide context: spring tides (largest range) occur just after new and full moons; neap tides after quarter moons. Computed locally — no NOAA data involved.

  ConnectorNo auth

• world-time-getA

  Foundry MCPA

  Get the current in-world time (game.time.worldTime) as whole seconds since the world epoch, plus the same value broken down into days / hours / minutes / seconds so no conversion is needed. Use to read the clock before world-time-advance or world-time-set.

  ConnectorAPI key

• world-time-setA

  Foundry MCPA

  Set the in-world clock to an ABSOLUTE value in seconds since the world epoch (game.time.set). Must be >= 0. To make a relative change use world-time-advance instead. Affects all connected clients.

  ConnectorAPI key