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521,191 tools. Updated 2026-09-06 10:36

"Crystal" matching MCP tools:

  • Create non-cuboid mesh primitives like crystals, pyramids, and cones to overcome the limitations of axis-aligned boxes in 3D models.
    MIT
  • Lists crystallized patterns with name and one-clause menu. Use at session start to see all graduated wisdom stored in memory.
    MIT
  • Compute exact CAN bit timing (BRP, segments, SJW, register values) for STM32 bxCAN, FDCAN, and MCP2515 controllers from clock frequency, bitrate, and target sample point. Returns register-ready configuration closest to target sample point.
    MIT
  • Detect resonance peaks in AC sweeps to estimate Q factor and -3 dB bandwidth for RLC circuits, crystals, and peaking amplifiers.
    GPL 3.0

Matching MCP Servers

  • A
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    maintenance
    Read-only procurement server for KT Crystals that searches a verified catalog of 104 crystal bracelet SKUs and provides traceable sourcing checklists for loose beads, accessories, and raw materials.
    6
    MIT
  • A
    license
    Not graded
    quality
    Not graded
    maintenance
    Provides AI agents with a persistent internal dynamical state and emotional reservoir that evolves based on text interactions. This server enables agents to maintain a consistent affective substrate across sessions through tools that track phase coherence and emergent emotional vibes.
    2
    -

Matching MCP Connectors

  • Recall proven-and-stable patterns relevant to a free-text query by searching crystallized wisdom that graduated from the working set. Precision-biased — returns matched patterns or none if no match.
    MIT
  • Edit an existing image using a text instruction to add, remove, replace, or restyle elements, change backgrounds, colors, lighting, or apply artistic styles while preserving key details.
    MIT
  • Render hero metric widgets for KPIs: big number, progress ring, status, comparison, rank, countdown, threshold, breakdown, NPS, orb, or gem. Pick variant based on the question you need answered.
    Functional Source , Version 1.1, MIT Future
  • Detect magnitude peaks in an AC sweep and calculate Q factor with -3 dB bandwidth for resonant circuits like RLC resonators or crystal oscillators.
    GPL 3.0
  • Retrieve DFT-computed properties for a material by its Materials Project ID. Get band gap, formation energy, stability, crystal structure, and more from the Materials Project database of 150K+ materials.
    MIT
  • Answers natural-language questions about a research cluster using cached data or live NotebookLM queries. Also retrieves or regenerates briefings.
    MIT
  • Inspect the Memory Crystal to quickly view distilled wisdom from past sessions. See top patterns per category, lesson count, and last refresh date without searching through history.
    Apache 2.0
  • Search inorganic materials by chemical formula, elements, or properties. Filter by band gap, stability, or metallic character to find semiconductors, battery cathodes, or metals.
    MIT
  • Retrieve crystal structure data from Materials Project by material ID. Supports CIF, POSCAR, and JSON formats for materials science analysis.
    MIT
  • Rebuild full context after hitting a context limit or compaction. Recovers session history, work-in-progress data, and open failures from memory, producing a condensed briefing so the AI continues work without losing progress.
    Apache 2.0
  • Retrieve the external crystal frequency (HSE) in MHz from a Betaflight flight controller. Useful for verifying clock speeds when auto-detect is disabled.
    AGPL 3.0
  • Builds a periodic crystal unit cell from lattice vectors and atom coordinates in the current GUI document. Used when no suitable CIF is available.
    MIT