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135,302 tools. Last updated 2026-05-16 23:54

"Saturn" matching MCP tools:

  • Find exact moments when transiting planets form specified aspects to your natal chart positions over a date range. Ideal for horoscope timelines, event forecasting, and optimal timing windows.
    MIT
  • Get precise ecliptic longitude, latitude, distance, speed, and retrograde status for any planet or celestial body at a given date and time. Supports Sun, Moon, planets, asteroids, and lunar nodes. Optional topocentric calculations with observer coordinates.
    MIT
  • Compute astrocartography power lines (MC, AC, DC, IC) for a birth chart and return GeoJSON LineStrings tracing each planet's rising, setting, culminating, and anti-culminating lines globally. Use for map rendering or geographic analysis.
    MIT
  • Calculate a Human Design opposition chart for Uranus, Saturn, or Jupiter to mark significant life transitions such as midlife awakening (Uranus, ~age 42) or structural tension (Saturn, ~age 44).
    MIT

Matching MCP Servers

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    MCP server for BizHawk, the multi-system emulator. Drive NES, SNES, GB/GBC/GBA, Genesis, N64, PSX, Saturn and more through one Lua bridge — memory r/w across named domains, joypad input, frame-advance, screenshot, save/load state.
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    MIT
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    An open-source MCP server that connects to various data sources (SQL databases, CSV, Parquet files), allowing AI models to execute SQL queries and generate data visualizations for analytics and business intelligence.
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    MIT
  • Calculate the exact date when a planet returns to its natal longitude. Input birth details and a target time to find returns like Saturn (≈29yr), Jupiter (≈12yr), or Chiron (≈50yr).
    MIT
  • Retrieve upcoming retrograde and direct stations for planets in a date range. Get exact station times, longitudes, and zodiac signs to track planetary motion.
    MIT
  • Retrieve the complete 120-year Vimshottari Mahadasha sequence from birth date, time, and location. Returns all 9 planetary periods with exact start and end dates for Vedic astrology analysis.
    MIT
  • Create polar line plots from SQL queries on CSV or Parquet data sources. Visualize radial and angular coordinates with optional color coding for multi-dimensional analysis.
    MIT
  • Compute a Human Design planetary return chart pinpointing the moment a planet returns to its birth position. Get full HD type, strategy, authority, gates, and channels for Saturn, Jupiter, Chiron, and more to reveal maturation, expansion, or emotional reset cycles.
    MIT
  • Create box plots from SQL query results on CSV or Parquet data sources to visualize statistical distributions and identify outliers in your data.
    MIT
  • Retrieve the positions of all 9 planets plus the Ascendant in a Vedic birth chart. Input birth date, time, location, and timezone to get zodiac sign, house, nakshatra, degree, and retrograde status for each planet.
    MIT
  • Check Kaal Sarp Dosha in a birth chart by determining if all seven planets lie between Rahu and Ketu. Returns dosha type (e.g., Anant, Kulik, Vasuki), severity, and effects based on date, time, and place of birth.
    MIT
  • Check if a person is currently in Sade Sati, the 7.5-year Saturn transit period. Returns current status, phase (rising/peak/setting), and dates based on birth details.
    MIT
  • Create bar charts from SQL query results on CSV, Parquet, or database sources to visualize data relationships and trends for analysis.
    MIT
  • Discover available data sources to identify which ones you can query for analytics and business intelligence. Returns unique source IDs with type information for proper SQL syntax usage.
    MIT
  • Visualize data distribution patterns by creating a 2D histogram from SQL query results. Generate density heatmaps for CSV and Parquet data sources to analyze spatial relationships and concentration areas.
    MIT
  • Execute SQL queries on CSV and Parquet data sources using DuckDB syntax to retrieve structured results for data analysis and visualization.
    MIT
  • Create polar scatter plots by querying data sources with SQL. Visualize radial and angular coordinates from query results as scatter points on a polar coordinate system.
    MIT