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470,373 tools. Updated 2026-08-23 09:14

"MinGW-w64" matching MCP tools:

  • List available MSVC, MinGW toolchains and Qt installations, then prompt the user to select the compiler and Qt version for building.
    MIT
  • Build the injection library and injector for a chosen environment, enabling automation and inspection of native Qt applications.
    MIT
  • Inject the helper library into a running Qt process to start an automation session. Use the PID from qt_list_processes; ensure build matches, otherwise follow returned steps.
    MIT
  • Compute a complete BaZi (Four Pillars of Destiny) chart including Day Master analysis, pattern classification, decade luck pillars, and annual outlook. Optional question feature for targeted readings.
    MIT
  • Compute your Kua number and annual Flying Star map to identify favorable and unfavorable directions. Use this tool to synthesize directional advice based on Eight Mansions and yearly star positions for improved feng shui.
    MIT
  • Find the optimal direction and best timing windows for any intention using Qi Men Dun Jia. Returns lead star and strategic framing based on classical solar term accuracy for informed decision-making.
    MIT

Matching MCP Servers

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    Provides five Chinese metaphysics engines (BaZi, QMDJ, ZWDS, Feng Shui, I Ching) as MCP tools for analysis and forecasting.
    6
    MIT
  • Cast an I Ching hexagram using the classical 納甲法 (Liu Yao) method for a specific question. Returns the hexagram, changing lines, transformed hexagram, and interpretation based on the current date/time or a provided timestamp.
    MIT
  • Combine BaZi, ZWDS, Feng Shui, and QMDJ engines into a single master forecast for a birth profile. Specify a year, goal, and question to focus the synthesis. I Ching requires a separate query.
    MIT
  • Compute a Zi Wei Dou Shu natal chart to reveal palace highlights, starred positions, and transformations. Focus analysis on a specific life area or get a full twelve-palace overview.
    MIT
  • Retrieve and interpret VIC-II video chip state to understand Commodore 64 display configuration, including colors, graphics modes, memory locations, and raster position.
  • Debug C64 sprite issues by reading hardware sprite states including position, color, enable status, and expansion flags to identify visibility, color, or size problems.
  • Read raw memory data from the Commodore 64's address space to inspect variables, screen content, sound registers, and system memory for debugging 6502 assembly programs.