"Eclipse Mosquitto" matching MCP tools:

• get_eclipsesA

  Kundlit Vedic AstrologyA

  Returns every solar and lunar eclipse of a calendar year with local visibility for one city: eclipse type (total, partial, annular or penumbral), date, the sparsha (first contact), madhya (maximum) and moksha (release) times, the magnitude, and a locally_visible flag. That flag is the one that matters for practice -- sutak observance applies only where the eclipse is actually visible. Use this for 'which eclipses fall in this year' and 'is it visible here' questions, and for sutak timing. For festivals and vrat dates use get_year_events; for the rest of a day's almanac use get_panchang. Read-only deterministic computation (Swiss Ephemeris, Lahiri ayanamsa), served from a shared cache -- a cold or expired entry recomputes and can take ~30s; no writes, no auth, at least 30 requests/min/IP per server instance, plus a shared engine budget of at least 60/min/IP across all engine-backed tools. Constraints: the year must be within two years either side of the current year, and visibility is evaluated for the nearest of 50 supported cities.

  ConnectorNo auth

• get_astro_eventsA

  Kaalshodh — Indian astronomy time machineA

  Return precomputed astronomical events between start_date and end_date — any range within years -5000..+5000 (eclipses -1999..3000), instant. Events are global (location-independent) and served from binary-searched lookup tables — no live ephemeris computation. Example questions: "planetary events this month", "solar eclipses in the 12th century", "when was Shani retrograde in 1500 BCE?", "adhik maas years this decade". Ritu/ayana changes are Sayan sankrantis: Surya entering Meena=Vasanta, Vrishabha=Grishma, Karka=Varsha (=Dakshinayan start, = solstice), Kanya=Sharada, Vrishchika=Hemanta, Makara=Shishira (=Uttarayan start, = solstice) — query event_types=["sankranti"] with ayanamsa="Sayan". Args: start_date: Start date inclusive, YYYY-MM-DD (e.g. "2026-01-01"); negative years allowed (e.g. "-3101-01-01") end_date: End date inclusive, YYYY-MM-DD (e.g. "2026-12-31") ayanamsa: "Lahiri" (Vedic sidereal, default) or "Sayan" (tropical/Western) grah: Optional planet filter. One of: Surya, Chandra, Mangala, Budha, Guru, Shukra, Shani, Rahu, Ketu event_types: Optional list of event type filters. Valid values: "transit" – Mangala..Ketu change rashi (NOT Surya/Chandra) "sankranti" – Surya changes rashi (~monthly) "moon_transit" – Chandra changes rashi (~monthly) "full_moon" – Purnima (Moon at 180° elongation) "new_moon" – Amavasya (Moon at 0° elongation) "retrograde_start" – planet turns retrograde "retrograde_end" – planet resumes direct motion "equinox" – Vernal or Autumnal equinox (Sayan Surya) "solstice" – Summer or Winter solstice (Sayan Surya) "asta_start" – planet enters combust zone (Grah Asta) "asta_end" – planet exits combust zone (Uday) "solar_eclipse" – solar eclipse (catalog, years -1999..3000) "lunar_eclipse" – lunar eclipse (catalog, years -1999..3000) "kaal_sarp" – Kaal Sarp window (interval) "adhik_maas" – intercalary Hindu month (interval) "kshay_maas" – lost Hindu month (interval) "kumbh_mela" – Kumbh Mela window (interval) The max range is set by the densest requested type: 3 years by default, up to 1000 years for sparse-only queries (kumbh, maas). Interval events also carry end_time, duration_days, and type-specific details. Returns: Dict with keys: start_date, end_date, ayanamsa, count, events (list). Each event has: time (UTC ISO), event_type, grah, from, to, and (for intervals) end_time, duration_days, plus a details dict.

  ConnectorNo auth

• get_nearest_eventA

  Kaalshodh — Indian astronomy time machineA

  Return the nearest occurrence of one event type before or after a date — walks outward from any date in years -5000..+5000, instant. Ideal for questions like "when is the next Kumbh Mela?", "when does Guru go retrograde next?", "when is Makara Sankranti?" or "when was the last total solar eclipse before 1500 CE?" without scanning a whole range. Args: event_type: One of the values listed in get_astro_events (e.g. "kumbh_mela", "solar_eclipse", "adhik_maas", "sankranti"). from_date: Reference date, YYYY-MM-DD (BC years like "-0500-01-01" allowed). direction: "next" (first after from_date) or "prev" (last before). ayanamsa: "Lahiri" (default) or "Sayan". grah: Optional grah filter for grah-specific event types. location: Optional Kumbh Mela location (Haridwar/Prayagraj/Ujjain/Nashik). Returns: Dict with event_type, direction, from_date, ayanamsa, valid_range, and `event` (null if the reference date is outside the data range).

  ConnectorNo auth

• astronomy_find_eventsA

  astronomy-mcp-serverA

  Search forward from a start time for the next occurrences of one sky-event class, selected by the `event` enum: solar_eclipse, lunar_eclipse, equinox, solstice, moon_quarter, opposition, conjunction, max_elongation, or perigee_apogee. Only solar_eclipse takes an observer: pass latitude and longitude to get local circumstances (contact times plus `local_visible`). Every other class is geocentric and needs no location — a lunar eclipse is the same event everywhere the Moon is up, so it returns contact times and no `local_visible`. The body-relative events (opposition, conjunction, max_elongation, perigee_apogee) require a `body`: opposition applies to the superior planets (mars through pluto), conjunction to any planet, max_elongation to mercury and venus, and perigee_apogee to the moon (perigee/apogee), earth, or a planet (perihelion/aphelion). Returns the next `count` occurrences (default 1). Start defaults to now; pass an IANA `timezone` for observer-local timestamps.

  ConnectorNo auth

• usno_solar_eclipsesA

  Usno AstronomyA

  When is the next solar eclipse — the list of solar eclipses in a year from the US Naval Observatory, each with its date and type (total, annular, partial, hybrid). With no arguments it returns the NEXT solar eclipse after today plus the rest of the current and following year, so "when is the next solar eclipse", "solar eclipses in 2027", "is there a total eclipse this year" are all one call. For where an eclipse is visible and what time it starts at a given place, follow with usno_eclipse_circumstances. Lunar eclipses are not published by this API.

  ConnectorNo auth

• usno_eclipse_circumstancesA

  Usno AstronomyA

  Local circumstances of a solar eclipse at a given latitude/longitude on a given date — whether the Sun is totally, annularly or partially eclipsed there, the magnitude and obscuration (percentage of the Sun covered), the duration, and the UT time, Sun altitude and azimuth of each contact (eclipse begins, totality begins/ends, maximum eclipse, eclipse ends, or sunrise/sunset if the eclipse is in progress then). Answers "what time does the August 12 2026 eclipse start in Madrid", "how much of the Sun will be covered in Denver", "will the eclipse be total where I am". Needs coordinates: resolve a place name to lat/lon first. Find the eclipse date with usno_solar_eclipses.

  ConnectorNo auth

• sky_eventsA

  caelus-mcpA

  Sky events in a UTC date range: rise/set/meridian transits (need lat+lon+body), lunar phases (new/quarters/full), solar and lunar eclipses, stations (body turns retrograde/direct; needs body), zodiac degree crossings (needs body + target_lon). Solar eclipses report global circumstances (type, magnitude, gamma) plus the greatest-eclipse location and path width; add lat+lon to also get local circumstances (type seen, magnitude, obscuration, contact times C1-C4). Lunar eclipses report type and magnitude; add lat+lon to learn whether the Moon is above the horizon there. Times to the second vs Swiss Ephemeris (stations to ~1 min: ill-conditioned by nature). Range <= 370 days.

  ConnectorNo auth

• astro_sky_todayA

  CycleCalcs AstronomyA

  One-call snapshot of the whole sky for a place and moment: moon phase and illumination, which planets are up and worth looking at, the next eclipse, and (with a location) sun times. Reach for this first when the question is broad, like "what is in the sky tonight". For solar-day detail use astro_sun; for choosing an observing night use astro_dark_window; for one planet's exact position use astro_positions.

  ConnectorNo auth

• astro_moon_phasesA

  CycleCalcs AstronomyA

  Every new moon, quarter and full moon in a window (or the next few from a date): each with its exact instant, distance, apparent size, supermoon classification under both competing definitions, traditional full-moon name, and any eclipse falling on it. Use for "when is the next full moon" and phase calendars. For the Moon's state right now use astro_moon.

  ConnectorNo auth

• get_astrology_horoscope_sign_yearlyA

  Western Astrology MCP Server by RoxyAPIA

  Get the year ahead for any zodiac sign, as a long-form column plus the structured arrays a year-ahead page is built from: the slow-body themes that set the backdrop, a dated key period for each of the twelve houses, the best month for love, career, health and finance, and every eclipse and every retrograde and direct station with the house it falls in for this sign. Love, career, health, finance and advice cover the whole year, and the dated events behind the copy come back beside it so an editor can check the piece before it runs. Omit the year for the one in progress, or pass any year from 1900 to 2100 to build an archive or a forecast ahead of time. Yearly horoscope API, year ahead astrology, annual zodiac forecast, eclipse and retrograde calendar.

  ConnectorNo auth

• post_forecast_transitsA

  Astrology Forecast MCP Server by RoxyAPIA

  Forecast the western astrology events for a single birth chart over a window up to 90 days: every transit-to-natal major aspect refined to its exact instant, every transiting planet sign ingress, every retrograde or direct station, every solar and lunar eclipse, and every New and Full Moon. Returns a time-ordered, significance-scored timeline. Built for astrology forecast feeds, transit alerts, and timing tools.

  ConnectorNo auth

• post_astrology_ecliptic_crossingsA

  Western Astrology MCP Server by RoxyAPIA

  Get every moment a body crosses the plane of the ecliptic during a given year, for the 11 Western bodies that leave it: the Moon and Mercury through Pluto, plus Chiron and Black Moon Lilith. A crossing from south to north is an ascending node passage, north to south a descending one. These are the instants a body sits exactly on the ecliptic rather than merely near it, which is what makes an eclipse possible when a lunar crossing coincides with a New or Full Moon, and what practitioners use for node-based timing. Returns the exact date and time in your timezone with the tropical longitude and sign. The Sun and the lunar nodes are excluded because they lie on the plane by definition and so have no nodes of their own. Essential for eclipse-season work, node timing, and astronomical calendars. Ecliptic crossing API, planetary node passage, ascending and descending nodes. Verified against NASA JPL Horizons.

  ConnectorNo auth

• sky_windowA

  Nonlinear CalendarA

  This tool looks up a deterministic rules engine. Same day → same answer. Do not invent pillars or fortune claims. Call when the user asks 未来两周有什么天象 / 新月哪天 / 日食哪天 / 接下来有没有逆行 / what sky events are coming. Lists dated L1 sky marks (new/full moon, eclipse, ingress, stations). Public · local · no API key. Max span 45 days. Preview ≠ prediction.

  ConnectorNo auth

• x402-ellipse-areaC

  minia2a-mcpD

  Ellipse Area: Area of ellipse.

  ConnectorNo auth

• x402-ellipse-circumferenceD

  minia2a-mcpD

  Ellipse Circumference: Ellipse Circumference

  ConnectorNo auth