Evaluate loudspeaker enclosure designs by simulating response and running automated PASS/WARN/FAIL checks on alignment, excursion limits, port velocity, and low-frequency extension.
MIT
621,384 tools. Updated 2026-09-29 11:09
"OpenBSD" matching MCP tools:
- Add custom speaker drivers to the library by entering Thiele/Small parameters. Creates a WinISD-compatible .wdr file, makes it searchable, and returns the filename for use in other tools.MIT
- Find woofers and subwoofers by brand or model in a 1600+ driver library, returning Thiele/Small parameters and file references for speaker designs.MIT
- Compute sealed or vented enclosure dimensions from driver Thiele/Small parameters, including vent tuning and port sizing, and return simulation-ready parameters.MIT
- Load a driver from the library, returning full T/S parameters in friendly units and validation warnings that don't block but omit reference lines.MIT
- Simulate a sealed or vented loudspeaker design: returns SPL, impedance, and excursion curves, F3, Qtc/Fc or Fb, and max SPL limits. Degenerate designs with NaN curves are rejected.MIT
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- AlicenseAqualityBmaintenanceEnables agents to search loudspeaker drivers, retrieve Thiele/Small parameters, design sealed or vented boxes, and simulate SPL, impedance, and excursion responses using the OpenISD physics engine.6154 npmMIT
