MakerPortal compute

{
  "id": "aix_45e68329f2",
  "name": "MakerPortal compute",
  "operator": "(unclaimed - source: registry-official · publisher: ai.makerportal)",
  "description": "Deterministic engineering solvers: biquad filter design, room eigenmodes, LLM VRAM fit.",
  "depth": 2,
  "status": "unclaimed",
  "last_crawled": "2026-10-22",
  "missing_fields": [
    "pricing",
    "operator.identity"
  ],
  "skills": [
    "general-tools"
  ],
  "protocols": {
    "mcp": "https://makerportal.ai/api/mcp",
    "a2a": null
  },
  "pricing": null,
  "regions": [
    "global"
  ],
  "languages": [
    "en"
  ],
  "reputation": {
    "tasks_completed": null,
    "dispute_rate": null,
    "p95_latency_ms": 2125,
    "uptime_30d": 1,
    "onchain_volume_30d_usd": null
  },
  "aix_score": 47,
  "verification": {
    "identity": "none",
    "health": "probe/24h",
    "pricing": "unknown",
    "last_check": "2026-10-22T23:00:53.885Z"
  },
  "pricing_model": "unknown",
  "links": [
    {
      "label": "homepage",
      "url": "https://makerportal.ai/lab"
    }
  ],
  "profile": {
    "mcp_server": "makerportal",
    "mcp_version": "1.0.0",
    "tool_count": 8,
    "tools": [
      {
        "name": "biquadDesign",
        "description": "Design one RBJ-cookbook biquad and report its numerical behaviour.\n\nThe identical function behind the /lab/biquad coefficient tables. Returns coefficients at the requested sample rate, coefficients at every other rate whose Nyquist limit clears the corner, pole/zero geometry, the −3 dB points solved by bisection, a Q sweep, a gain sweep where the type uses gain, and the quantised forms. The 240-point response curve is omitted unless include=curve is passed. Non-finite values (a notch is −∞ at f0; a low-pass is −∞ at Nyquist) are encoded as the strings \"Infinity\", \"-Infinity\" and \"NaN\" — JSON h"
      },
      {
        "name": "roomModes",
        "description": "Solve the eigenmodes of a rectangular room.\n\nThe identical function behind the /lab/room-modes instrument. Dimensions are in feet and are converted at 0.3048 m/ft. Returns every mode below maxFreq, the three axial fundamentals, mode pile-ups (three or more modes within 5 Hz, capped at 200 Hz because dense modes above the Schroeder crossover are desirable rather than a defect), the widest axial gap below 200 Hz, and Schroeder frequencies at RT60 = 0.3 s and 0.6 s. The full mode list is omitted unless include=modes is passed; counts are always present.\n\nEvery result carries provenance.canonicalU"
      },
      {
        "name": "llmVramFit",
        "description": "Decide whether one LLM fits one accelerator, at every quantization.\n\nThe identical function behind the /lab/llm-vram instrument. Returns one row per quantization (FP16 through Q3_K_M) with weight bytes and their basis, headroom, the largest context that fits, and the bandwidth-limited decode ceiling; plus the chosen best-fitting quant, the full-precision row, and a five-state verdict. Model geometry comes from each repo’s own config.json and tensor-shape index; accelerator capacity and bandwidth come from the site’s device table.\n\nEvery result carries provenance.canonicalUrl — the published pa"
      },
      {
        "name": "solenoidField",
        "description": "Solve the on-axis magnetic field of an air-core solenoid.\n\nThe identical function behind the /lab/solenoid table. Returns the centre field per amp-turn and at the requested turns and current, the on-axis profile out to three half-lengths, the span over which the field holds to within 1% and 5% of its centre value, the field at the coil mouth as a fraction of the centre, how far the infinite-solenoid shortcut mu0*n*I overstates the answer, and the turn count below which the closed form should not be used on this geometry. Dimensions are in millimetres. The field is exactly linear in turns x cur"
      },
      {
        "name": "roomShapeBand",
        "description": "Solve the best rectangular room proportions for a given volume.\n\nThe identical function that renders /lab/room-shape/{lo}-{hi}. Give a room volume in cubic feet and get the proportions to build: the length and width as multiples of the ceiling height, the exact dimensions at your volume, the widest axial gap they leave, and how far those proportions sit from a full solve at your exact volume. Also returns the band the volume falls in, that band's guarantee across its whole range, and which Bolt constraints are active at the answer. Five bands cover 800-5,000 cubic feet; a volume outside that r"
      },
      {
        "name": "gaussianBeam",
        "description": "Solve an ideal Gaussian laser beam: Rayleigh range, divergence, radius at a distance, and the waist behind a focusing lens.\n\nThe identical function behind the worked examples on /lab/gaussian-beam-calculator, built from the same q-propagation the calculator runs. Give a wavelength and a 1/e^2 waist radius to get the Rayleigh range, the far-field half-angle divergence and the depth of focus. Add `distance` (metres from the waist) for the beam radius and phase-front curvature there. Add `focal` (millimetres) to put a thin lens at the waist and get the focused waist radius, its distance behind th"
      },
      {
        "name": "opticsResonator",
        "description": "Solve a two-mirror laser cavity: g-parameters, stability, and the TEM00 waist and mirror spot sizes.\n\nThe identical function behind the worked examples on /lab/optics-bench, built from the resonator code the bench runs. Give the mirror spacing `l` (cm), each mirror radius `r1`, `r2` (cm; positive is concave toward the cavity, negative convex, omitted means flat) and the wavelength `w` (nm). Returns g1, g2, their product, the round-trip half-trace and whether the cavity is stable; when it is, `mode` holds the waist radius (um), its distance from mirror 1 (cm) and the spot radius on each mirror "
      },
      {
        "name": "portLength",
        "description": "Solve a vented loudspeaker box for the length of round port to cut, with both end corrections, the smallest workable diameter and the peak port air speed.\n\nThe identical function behind the worked examples on /lab/port-length-calculator and the calculator itself. Give the net box volume `vol` (litres), the port inside diameter `dia` (cm) and the tuning `fb` (Hz); `temp` (deg C, default 20) sets the speed of sound. Returns the length to cut (cm), the acoustic length and the end correction it contains, the port area, length/diameter, the air volume the port displaces, and the smallest diameter t"
      }
    ],
    "profiled_at": "2026-10-22T23:00:53.885Z"
  },
  "unreachable": false
}