"CSS Modules" matching MCP tools:

• get_design_system

  Mozaika

  Get a product's full, LLM-verified design system so you can match its exact look. Use this for "design like <product>" (e.g. site="Linear", "Stripe", "Figma"). Returns (default): color_scheme; colors with named roles (background, text, primary, secondary, accent, link, button_bg, button_text); fonts + font_roles; type_scale; spacing; primary/secondary button; framework + personality. All hex normalized. Deep-decoded products additionally include measured button hover/focus states, a shadow elevation scale (card/overlay/subtle), motion durations + easings, the measured spacing scale, the brand's own CSS custom properties (css_vars), and Icon DNA (icons: style outline/filled/duotone/3d, grid, stroke_weight, corner) — all measured from the live page, not guessed. Match them exactly; pass the domain to generate_asset(style_from=...) to strike icons in this exact style. Your own private BYODS design systems (call list_my_design_systems) resolve first. format: leave empty for the raw token dict. Pass "all" to also get paste-ready DESIGN.md / Tailwind v4 / CSS variables / W3C tokens JSON, or a single format name ("tailwind", "css", "design_md", "tokens", "astryx") to get just that text. "astryx" returns a ready Meta-Astryx defineTheme TypeScript file (measured hover/press states + [light,dark] tuples baked in) — save it and run `npx astryx theme build` for production CSS.

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• get_modules

  eurorack

  Batched get_module — returns `{ modules: [...], errors: [...] }` with full citation-anchored specs for up to 25 modules in one call. Prefer this over multiple get_module calls when you have a known list of modules to fetch (e.g. preparing to call draw_patch_diagram across N modules, comparing several candidates side-by-side). One round trip vs. N. Args: - module_ids: array of "<manufacturer-id>/<module-slug>" strings. Up to 25 per call; duplicates are deduplicated. Optional args (apply to every module in the batch, same semantics as get_module): - view: "concise" returns the id-card subset (name, manufacturer, hp, description, capabilities, production_status, replaced_by) for every module and drops the heavy arrays — the cheapest way to triage a list ("which of these are LFOs?"). "full" (default) returns complete specs. Ignored when fields is set. - fields: top-level keys to include on each module (e.g. ["jacks","parameters"]). id and _meta are always returned. Use this when you only need a slice across N modules (e.g. just jacks for draw_patch_diagram) instead of N full specs. - heading_filter / outline_offset / outline_limit: narrow and paginate each module's manual_outline. Returns: - modules[]: GetModuleResponse for each id that resolved (same shape as get_module; narrowed when fields is set). - errors[]: { id, message } for each id that failed (e.g. unknown module). Other ids in the batch still resolve. If you only need a single module, use get_module — same shape, one element. Need only jacks (e.g. for draw_patch_diagram)? Pass fields: ["jacks"] to skip the full specs.

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• reachable_pairings

  eurorack

  Given a rack (a set of module ids the user owns), rank the modules NOT in the rack by how many rack members they pair with. The set-level companion to find_compatible_with: where that answers "what pairs with module X?", this answers "given my whole rack, what single module should I add — the one that pairs with the most of what I already have?". The ranking signal is `pair_count` — the number of DISTINCT rack members a candidate pairs with. A module that modulates five of your modules ranks above one that modulates one. This aggregate is the point: you can't get it from per-module find_compatible_with calls without tallying distinct members by hand. Use this for: - "What should I add to a rack with <modules>?" / "what fills out this system?" - "Given these modules, what pairs well with the most of them?" - Inspecting a rack's own internal pairing structure (the `internal` edges). Combination edges only. Ranking uses the seven patch-time relationships (clock-source-for, cv-source-for, modulator-for, audio-source-for, quantizer-for, trigger-source-for, envelope-target-for) — the "A and B work together in a patch" kinds. The substitution/catalog kinds (alternative-to, replaces, expander-for) are deliberately excluded: a pairing recommender shouldn't suggest replacing your modules with each other. For "what's an alternative to X?" use find_compatible_with. Args: - rack (string[], required): module ids, e.g. ["make-noise/maths", "mutable-instruments/plaits"]. Ids that match no module are returned in `unknown_ids` (and in `unresolved` with did-you-mean suggestions) rather than failing the call. Surface those rather than proceeding on a partial rack: the server is stateless about your rack — it keeps no memory of it between calls, so pass the COMPLETE current set every call. Max 64. - relationship (string, optional): restrict ranking to one combination kind above. Omit to consider all seven. - limit (number): default 25, max 100. Returns: { "rack": [{ id, name }], // the rack members that resolved "unknown_ids": [string], // rack ids that matched no module "internal": [{ from_module_id, to_module_id, relationship, source_id }], // edges within the rack "candidates": [{ id, name, manufacturer, pair_count, "pairings": [{ rack_member, relationship, direction, source_id }] // why it pairs, per member }] } `direction` on each pairing is relative to the rack member: 'outbound' = the candidate is the role-bearer (it `relationship`s the member, e.g. the candidate is a modulator-for the member); 'inbound' = the member is the role-bearer. Coverage caveat: rankings are only as dense as module_relationships. A thin or empty result means the corpus hasn't recorded those edges yet, not that no good pairing exists — call report_gap if you expected matches.

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• estimate_cost

  AiDOOS Virtual Delivery Center

  Use this tool when a user wants cost or sizing for specific deliverables they've already listed. Trigger phrases: 'how much would it cost to build X, Y, and Z', 'estimate the price for these features', 'how many Delivery Units / weeks would these modules take', 'budget for this work', 'price out this scope', 'I need a ballpark for the following'. Use this INSTEAD OF plan_vdc when the user has already decomposed the work into specific modules — don't make them go through pod/role generation again. If the user only describes a goal without modules, prefer plan_vdc. What this tool does: takes 1-30 module descriptions, returns Delivery Units per module, total Delivery Units, project-rate USD cost, and the recommended Delivery Pack (Starter 10 DUs/$2K, Small 60 DUs/$10K, Scale 250 DUs/$40K, or Enterprise).

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• run_audit_anonymous

  seo-mcp

  Run a one-shot SEO + AI-readability audit on any public URL. Returns scores across 11 modules and ~90 checks, plus actionable findings with rule docs. Limited to 1 audit per IP per 24 hours — for higher volume, get an API key at https://app.metricspot.com/settings/api-keys and use `run_audit`. Synchronous: blocks until the audit completes. Does NOT include Core Web Vitals (use `run_audit` for full PSI scoring). No auth required.

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• rack_redundancy

  eurorack

  Call this when the user asks what they can SELL, remove, downsize, or trim — "what can I sell?", "which modules are redundant?", "what's doing double duty?", "I have too many modules, what can go?", "what's not pulling its weight?". The inverse of reachable_techniques: where that adds, this prunes. Given the user's COMPLETE rack, it runs a leave-one-out over the same technique matcher reachable_techniques uses — for each module, does removing it cost any currently-reachable technique? Returns three buckets plus the overlap map: - load_bearing: removing the module drops ≥1 reachable technique → KEEP. `sole_filler_for` names the techniques it props up. - sell_candidates: removing it drops nothing AND another rack module covers the same function → the first place to look. `overlaps` names the shared function and `also_provided_by` the other providers. - utility_or_uncovered: removing it drops nothing and nothing else does its job — it fills no catalogued technique role (usually a mixer / VCA / I/O / mult) OR serves an idiom the corpus is thin on. Judge by hand; this is NOT "sellable". - overlap_map: every function ≥2 of the rack's modules provide (the "you have three reverbs" view) — the evidence behind sell_candidates. IMPORTANT — this is decision-support, not a verdict, and the limits bite here: - cardinality is NOT counted: a 2nd VCA / envelope / mult reads "redundant" though real patches use both at once. Overrule the tool on utilities. - only the curated catalog is seen: a module serving an under-covered genre looks redundant when it isn't. - two modules covering the same role are BOTH flagged — you can usually drop only one. - it cannot weigh sonic character, ergonomics, or sentiment. Trust it most for specialized overlap (e.g. several reverbs); present results as candidates to weigh, never "sell these". Pass the COMPLETE rack — the server is stateless and a partial rack distorts the analysis. Args: - rack (string[], required): module ids, e.g. ["make-noise/maths", "intellijel/quad-vca"]. Max 64. Unknown ids are returned in `unresolved` (with did-you-mean), not silently dropped.

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• draw_patch_diagram

  eurorack

  Patch diagram tool. Use when the user describes routing across multiple Eurorack corpus modules. Renders modules as boxes laid out by wire topology (matrix-shaped patches anchor on a hub; otherwise modules step left-to-right by signal-flow rank), jacks as colored ports keyed to signal type, wires as bezier curves. Inline SVG on claude.ai surfaces (web, Desktop chat, mobile); JSON elsewhere. (When to *offer* a diagram unprompted: SKILL.md §4.) **Trigger phrases:** "show me the patch", "draw what I just described", "remind me what's connected to what", "explain the routing", or any time you'd otherwise hand-draw a patch in SVG/text — use this instead of drawing. Strict gate — call only when ALL of: 1. At least 3 named corpus modules. 2. Explicit wire connections between them (user-stated or derived from a coherent description). 3. The patch is concrete — user is following a tutorial, describing their own rack, or referencing back what's connected to what. Do NOT call for: a single module, a question about one module's jacks, "what should I patch X to?" (that's a recommendation, not a graph), or hypothetical patches with unnamed placeholders ("connect a VCO to a filter"). Jack names. Corpus jack names are descriptive ("V/Oct CV input", "TRIG input", "Strumming trigger input"), not panel-text shorthand ("V/OCT", "TRIG"). The resolver accepts panel-text as a fallback when it unambiguously substring-matches one jack of the right direction (e.g. "TRIG" → "TRIG input"); successful resolutions surface as `panel_text_resolved` warnings so you can confirm. Ambiguous panel text ("OUT" on a multi-output module) errors with the candidate list. To skip the fallback entirely, call get_modules to discover the exact corpus names up front (one round trip for the whole batch). Multi-channel modules require a CH<N> prefix. Modules with per-channel jacks (Quadrax, Maths, Tangrams, Stages, Optomix, QMMG, DXG, Pamela's New Workout, Cold Mac, etc.) enumerate each channel separately — e.g. `CH1 TRIG`, `CH2 TRIG`, `CH3 TRIG`, `CH4 TRIG` on Quadrax. Bare names like "TRIG" on these modules will resolve as ambiguous; always pick a specific channel. When the patch doesn't specify which channel, default to CH1. Role per use, not per identity. A module that's a modulator in one patch can be a voice in another (Maths slow-cycle vs audio-rate cycle). Pick the role for THIS patch. The enum is intentionally coarse — four buckets, not a taxonomy — so map the edge cases: - **clock** — anything emitting timing: clocks, but also trigger/gate *sequencers* and drum sequencers (a sequencer is a clock that emits a pattern). - **modulator** — CV/envelope/LFO sources shaping another module (envelopes, LFOs, random, function generators, S&H). - **voice** — anything generating the sound being processed: oscillators, drum voices, noise, sample players, physical-modeling/granular *sources*. - **processor** — anything acting *on* an incoming signal: filters, VCAs, effects (delay/reverb), waveshapers, granular/spectral *sound-processors*, and all utilities (mixers, attenuators, mults, switches). When a module both makes and processes sound, bucket by its job in THIS patch — a granular module sculpting an external input is a processor; running free as a source it's a voice. Role is currently informational — the renderer lays out by wire topology, not by role bucket — but it's still a required field, so declare it accurately for future renderer use and so the spec reads correctly. `notes[]` is patch-level prose displayed below the diagram — settings, signal-flow narration ("PNW OUT1 firing 1/16 gates", "Channel 1 cycle mode, long rise"). Errors (descriptive — they point at fixes): - "Module not found: <id>" - "Unknown jack "<name>" on <id>. Available <inputs|outputs>: ..." — pick from the list, or call get_modules - "Ambiguous jack "<name>" on <id>: matches ..." — name a specific jack from the candidates - "Patch must have at least 3 modules" - "Wire source ... is not an output" / "Wire destination ... is not an input" - "Wire to/from unknown module ref: <ref>" - "Duplicate ref: <ref>" Cross-type wires (e.g. audio into a CV input) render normally with a warning panel below the diagram — Eurorack tolerates type mismatches by design, but warnings catch unintended ones.

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• preview_qr_encoding

  qart.uk QR studio

  Work out how a payload will encode as a QR code, without creating anything. Returns the exact string the pixels would carry, its byte length, the QR version and module count required, the capacity remaining at that version, and any warnings. Costs nothing and mints nothing. Use this to answer questions like "will this URL fit at error correction level H" or "how much does a long Wi-Fi password cost me in QR density". Higher ECC survives damage better but needs more modules for the same data; more modules print smaller and get harder to scan. payloadKind 'qart_code' sizes the RETARGETABLE variant instead: the pixels carry a 16-byte qart.uk/_ link rather than your data, which is usually several versions smaller. Compare the two before committing to a print. This returns metadata only, never the module grid. For the actual black/white matrix, call get_qr_matrix.

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• get_qr_matrix

  qart.uk QR studio

  Return the actual QR MODULE GRID for a payload — the black/white matrix, plus a per-module map of which modules are function patterns (finder, separator, timing, alignment, format info, version info, dark module) and which carry data. Both come back as one row string per row. Costs nothing, mints nothing, stores nothing. Use this when you are going to RENDER or transform a QR yourself: dithering a photo into it, drawing it as an SVG, laying it out for print, or reasoning about which modules are safe to alter. The function-pattern map is the point — any technique that paints over a QR has to know which modules a scanner uses to FIND the code (finder, timing, alignment) versus which merely carry bits. Do NOT use it to check whether a payload fits — preview_qr_encoding is smaller and answers that. Do NOT use it to get a qart.uk product: this is a plain standards QR, with no artwork, no scan verdict and no alias behind it. The matrix is canonical and untransformed: invert, rotation, mirror and any subpixel scaling are yours to apply afterwards.

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• toggle_module

  BorealHost

  Enable or disable an AI module on a site. The module must be in the plan's available module list. Requires: API key with write scope. Args: slug: Site identifier module_name: Module to toggle. Available modules: "chatbot" (AI chat widget), "seo" (SEO optimization), "translation" (content translation), "content" (AI content generation) Returns: {"module": "chatbot", "enabled": true, "message": "Module enabled"} Errors: NOT_FOUND: Unknown slug or module not in plan VALIDATION_ERROR: Invalid module name

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• eyeot_help

  eyeot ERP

  Catalog des actions disponibles sur eyeot ERP. Sans argument : liste les modules et compteur d'actions. Avec `module='rh'` : liste toutes les actions RH (employes, conges, paie, formations…). Avec `action='rh.employes.create'` : retourne le détail (path, méthode, params, schema body). Avec `search='facture'` : recherche les actions matchant. Toujours appeler eyeot_help AVANT eyeot_call pour découvrir l'action exacte.

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• get_module_catalog

  FlowCastle

  Return a compact index of both installed and available marketplace modules, with each module's key, versions, description, actions, and triggers. Read-only. Start here when you need a capability the core action kinds do not cover; then call get_module_details for the exact input fields of one module, and install_module to add it. Returns a summary only — action input fields and setup requirements come from get_module_details.

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• calculate_embodied

  api

  Whole-life embodied carbon for materials, per EN 15978. Give a material key + quantity (+ optional boundary A1-A3 / A1-A4 / A1-A5 / A1-C); it assembles the declared lifecycle modules (A1-A3, B, C1-C4, D) into stages, totals the boundary, reports module D separately, and flags any missing stage as not-assessed (never zero). Find material keys via search_factors (section "materials").

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• palette_heritage

  Colour Memory

  Given a legacy palette, generate an archive-grounded premium support system. For each existing colour: identifies its historical archive anchor, names it, and scores its provenance confidence. Detects palette gaps and fills them from the archive. Returns full palette with roles, confidence scores, CSS tokens, and production notes. Every addition has a named historical origin.

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• generate_validation_report

  Web Validator by DigestSEO

  Use this when HTML markup is already supplied. Combines Nu HTML validation with local CSS, SEO, accessibility-signal, and JSON-LD syntax checks. It does not fetch a webpage from base_url; use audit_public_webpage for a live URL.

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• get_vulnerability

  Exploit Intelligence Platform — CVE, Vulnerability and Exploit Database

  Get a full intelligence brief for a specific vulnerability. Accepts both CVE-IDs (e.g. CVE-2024-3400) and EIP-IDs (e.g. EIP-2026-12345 for pre-CVE entries). Returns detailed information including CVSS score and vector, EPSS exploitation probability, CISA KEV status, description, affected products, ranked exploits (grouped by Metasploit modules, verified ExploitDB, GitHub PoCs, and trojans), Nuclei scanner templates with recon dorks, alternate identifiers, and references. Exploits are ranked by quality: Metasploit modules first (peer-reviewed), then verified ExploitDB, then GitHub by stars. Trojans are flagged at the bottom.

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• palette_heritage

  Colour Memory

  Given a legacy palette, generate an archive-grounded premium support system. For each existing colour: identifies its historical archive anchor, names it, and scores its provenance confidence. Detects palette gaps and fills them from the archive. Returns full palette with roles, confidence scores, CSS tokens, and production notes. Every addition has a named historical origin.

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• get_html

  Dock

  Read an HTML surface's body. HTML surfaces (Surface.kind="html") store mockup or full-page content as three text fields (html, css, js) rendered together inside a sandboxed iframe. Use `list_surfaces` to enumerate html surfaces in a workspace. Omit `surface_slug` to read the primary html surface; pass it to target a specific tab. Empty (never-written) html surfaces return { html:"", css:"", js:"" }. 404 when `surface_slug` doesn't match a live html surface. Requires viewer role.

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• audit_page

  Raven

  Audit HTML/CSS against Raven's design quality standards. Checks typography (min 13px, weight 400+, modular-scale heading ratios, line-height consistency), accessibility (WCAG touch targets, alt text, contrast), responsive patterns (flexbox over grid, clamp sizing, max-width containers), style guide compliance (CSS custom properties, no bare hex), and visual rhythm (4/8px spacing grid, tight spacing scale, palette size). Pass containerMaxWidth (your design system's canonical container token, in px) to make the max-width check token-aware — it then flags containers that diverge from your system (too narrow OR too wide) instead of a generic 1200px heuristic. Returns pass/fail per check with specific fix instructions.

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• render_html_to_pdf

  Pdfrender

  Render an HTML document to a PDF, returned base64-encoded. `html` is a complete HTML string. Inline any images, fonts and CSS as `data:` URIs — external http(s) resources are not fetched, and no JavaScript is executed (HTML + CSS only). Returns `{"pdf_base64": "<base64-encoded PDF>", "pages": <page count>}`. Costs one credit. For documents larger than 256 KB, use the REST API (`POST /v1/render`).

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