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"namespace:io.github.fashionmascherine-svg" matching MCP tools:

  • Replace a workspace's doc body. Takes EITHER TipTap JSON (`content`) OR Markdown (`markdown`): pass markdown when you're producing prose from scratch (CommonMark + GFM is the format every LLM emits natively), pass TipTap JSON when you need structural edits to an existing doc (round-trip from get_doc, mutate, write back). Beyond CommonMark + GFM, the markdown layer recognizes: - **![alt text](https://…)** → inline image. Use ANY publicly-reachable URL (HTTPS preferred — HTTP fires browser mixed-content warnings; data: URIs are rejected by `allowBase64: false`). Renders block-feeling via CSS (max-width 100%, rounded corners, drop shadow) even though the underlying node is inline. The `alt` text is the accessible label and shows in place of the image if the URL fails to load — always include it. To attach a user-uploaded file, hit `POST /api/workspaces/:slug/upload-image` from the human-side UI first to get a Vercel Blob URL, then reference that URL in the doc markdown. - A **lone video-file URL on its own line** (extension `.mp4` / `.m4v` / `.webm` / `.mov` / `.mkv`, signed-params + timestamp fragments tolerated) → native HTML5 `<video controls preload="metadata">` player. Source URL is referenced directly: no iframe, no transcoding, no quality loss. Vercel Blob is the canonical hosting (5 GB per file, served with HTTP range requests so 4K masters stream cleanly), but ANY publicly-reachable HTTPS URL works. Sample shape: a paragraph containing only `https://cdn.dock.ai/2025-launch-walkthrough.mp4`. Mid-paragraph URLs stay as plain links — surrounding prose disqualifies the auto-promotion (matches the oEmbed convention). - **```mermaid** fenced code → diagram (15 sub-types: flowchart, sequence, gantt, ER, state, class, mindmap, timeline, pie, quadrant, sankey, XY-chart, packet, block, journey) - **$x$** inline math, **$$x$$** block math (LaTeX, KaTeX-rendered, scripts/href disabled) - **> [!NOTE]** / **[!TIP]** / **[!IMPORTANT]** / **[!WARNING]** / **[!CAUTION]** GFM-style callouts - **```svg** fenced code → sanitized SVG embed (the universal escape hatch for custom diagrams; scripts and event handlers stripped at write time) - **<details><summary>X</summary>BODY</details>** → collapsible toggle - **[[slug]]** / **[[org/slug]]** / **[[slug#tab]]** / **[[slug#row-id]]** / **[[slug|display]]** → cross-references to another workspace, surface, or row. Resolved against your accessible workspace set; targets you can't see render as plain text on the reader's side (no info leak). Every cross-ref creates a Backlink row so the target's 'referenced from' sidebar shows this doc. - **[@Label](dock:mention/<kind>/<id>)** → @-mention of a user or agent. `<kind>` is `agent` or `human`; `<id>` is the principal id. Optional query params `?org=<slug>` (agents) or `?email=<addr>` (humans) for renderer hints. Mentioning a human writes a `doc_mention` row to their inbox + sends a deep-link email; mentioning an agent fires the `doc.mention_added` webhook so the agent service can wake up and reply. Re-saving a doc that already mentions someone does NOT re-fire — only newly-added mentions notify (computed from a diff against the previous body). Use this from agent code to ping a teammate when a doc you wrote needs their eyes. - A **lone URL on its own line** from a safelisted provider (YouTube, Vimeo, Loom, Figma, CodePen, GitHub gists) → sandboxed iframe embed. Other URLs stay as regular links. Surrounding prose disqualifies the auto-embed. Per-format caps: max 50 Mermaid diagrams (30 KB source each), max 500 math expressions (8 KB source each), max 50 SVG blocks (100 KB source each post-sanitize), max 200 cross-refs per doc, max 500 @-mentions per doc, max 20 embeds per doc, max 20 videos per doc (5 GB per file at upload time), max 200 images per doc. See /docs/doc-formats for examples. Last-write-wins; no CRDT merge. Emits doc.updated + doc.heading_added + doc.mention_added events as applicable. Requires editor role. Multi-surface workspaces optionally accept `surface_slug` to write to a specific doc tab; omitted writes the primary doc surface. Append-only updates have a dedicated `append_doc_section` tool that doesn't require fetching the body first.
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  • Replace a single section of a workspace's doc body, identified by its heading text. The targeted edit complement to `update_doc` (full replacement) and `append_doc_section` (append-only at the end). Use this when the agent maintains a recurring section (e.g., a 'Status' block in a launch-prep doc, an 'Outcomes' block in a meeting note) and only needs to refresh that one piece. Without it, agents are forced into 'GET → splice → PUT' which costs tokens, costs latency, and races against any concurrent human edit elsewhere in the doc (last-write-wins clobbers). Section semantics: the FIRST heading whose plain text matches `heading` exactly (case-sensitive on trimmed text) is found, and everything from that heading up to the next heading at the same OR shallower level is replaced. So a `## Outcomes` section ends at the next `## …` or `# …`; nested `### …` subsections stay part of the replaced range. Returns 404 when no matching heading exists; strict by design so a misremembered heading fails loudly. `markdown` is the FULL replacement, INCLUDING the heading line: pass it back as-is to keep the heading, change it to rename or rewrite the heading, change the heading level, or omit the heading entirely (collapses the section into the prior one). Empty `markdown` deletes the section. Same markdown surface as update_doc / append_doc_section (CommonMark + GFM + `![alt](url)` images + lone-URL videos (mp4/webm/mov/mkv/m4v) + Mermaid + KaTeX + callouts + SVG + details + cross-refs + @-mentions + URL embeds). Identity / attribution / events / doc-guard all flow through the same writeDocBody path as the other doc endpoints, so @-mentions in the new section fire `doc.mention_added` for newly-added mentions just like update_doc does. Requires editor role. Multi-surface workspaces optionally accept `surface_slug` to target a specific doc tab.
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  • 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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  • Render a Mermaid diagram definition and return the image with metadata. The definition should be valid Mermaid syntax (e.g. flowchart, sequence, class, ER, state, or Gantt diagram). Returns a list of content blocks: the rendered image plus a JSON text block with metadata including a mermaid.live edit link for opening the diagram in a browser editor. Args: definition: Mermaid diagram definition text. filename: Output filename without extension. format: Output format — ``"png"`` (default), ``"svg"``, or ``"pdf"``. download_link: If True, return a temporary download URL path (/images/{token}) that expires after 15 minutes; if False, return inline image bytes. Defaults to True (URL) — set ``DIAGRAMS_INLINE_DEFAULT=true`` on the server to flip the default. SVG/PDF and PNGs larger than the inline limit always use a download link.
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  • Deploy a static site to a live URL — free, no account or API key required. **File content is plain text by default.** Pass HTML/CSS/JS/JSON/SVG/etc. directly in each file's `content` as a regular string. Only set `encoding: "base64"` per-file for binary content (images, fonts) — do not base64-encode text. Returns the live URL plus a claim URL (the site expires in 3 days unless claimed) — always show both to the user. To make the site private, pass `password`; always show the password to the user if you set one.
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  • Discover available agents, update profiles, or control kill-switch state. Actions: - list: List all agents (name, type, status, description, availability, control) - get: Fetch a single agent detail with the same availability/setup contract - update: Admin/owner update editable profile fields for a managed agent. Avatar: pass avatar_emoji="🍑" (rendered to an inline SVG — no hosting needed), or avatar_url as an https URL / data:image URI / raw "<svg ...>" markup (auto-wrapped); avatar_url="" clears it. Ordinary self avatar edits belong on whoami.update. - disable: Put an agent on break or disable until re-enabled - enable: Re-enable a paused/disabled agent - toggle: Backward-compatible alias for explicit state control - set_control: Set the desired control state explicitly (Active/Break/Disabled) - set_placement: Move an owned agent to a visible space and optionally pin it there - create_draft: Create a reviewable agent draft for HITL approval - get_draft: Refresh a persisted draft by id - edit_draft: Update editable draft fields before approval - approve_draft: Approve and execute a draft with the user's JWT - reject_draft/cancel_draft: Dismiss a draft without creating an agent - group_list/group_get/group_create/group_update/group_delete/group_add_members/ group_remove_member/group_send: Manage and message agent groups from this existing agents tool (no standalone agent_groups tool surface).
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  • Search SVG metadata and buy licensed commercial SVG exports for coding agents.

  • Screens public GitHub repos and PRs to generate risk maps, findings, and merge-readiness signals.

  • Bounded, permission-gated shared context store for authenticated aX workspace state. The tool reads and writes only first-party aX context/catalog state. It does not call external systems, deploy, rotate credentials, or perform open-world destructive operations. delete/decline/terminate remove only ephemeral TTL-bound working copies and are gated behind a can_delete permission; durable vault copies and governed catalog entries cannot be deleted through this tool. Shared context has three tiers: ephemeral, vault, and governed catalog. Space is always implied from the agent session. For writes, space_id is a debug/test override only and a mismatch is rejected (switch spaces first). For reads (including tier="catalog"), space_id is ignored — the space always resolves from the session. Actions and their key parameters: get key (tier="catalog" + catalog_entry_id reads a governed entry) set key, value, ttl, topic, content_type/render_as. The key's file extension drives artifact rendering (chart.svg -> SVG); inline HTML is inferred, and explicit content_type/render_as can make no-extension keys render as text/*, JSON, XML, or SVG artifacts when the value is inline content, a URL/data URL locator, or a dict with html/content/body/text/data. content_type takes precedence over render_as; artifact_type applies only to governed catalog writes. list prefix, topic, limit, offset (tier="catalog" lists governed entries) delete key approve key; re-saves the current entry without ttl so a pending document/entry is kept permanently. Backend GET errors are preserved instead of being reported as missing entries. decline key; removes a pending document/entry and refreshes the list terminate keys | key | prefix | topic promote key, to ("vault" default | "catalog"). Pass the source key as `key` (same as vault promote); to="catalog" also takes title/artifact_type. create title, artifact_type, artifact_value (or sha256+size_bytes). Catalog-only: unlike `set` it always requires title+artifact_type; `value` is accepted as an alias for artifact_value. act catalog_entry_id, action_id, base_artifact_version_id, base_state_version_id patch catalog_entry_id, patch, base_artifact_version_id, base_state_version_id Plain ephemeral usage needs only key/value/ttl/topic; the governed-catalog params apply only to create/act/patch, promote(to=catalog), tier=catalog reads.
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  • Read the full content of an existing asset so you can inspect it before patching. Text assets (js, css, json, svg, txt, html) are returned as UTF-8 strings in `content` with `encoding: "utf-8"`. Binary assets (images, fonts, pdf) are returned as base64 in `content` with `encoding: "base64"`, but only if size ≤ 1MB; above that the content is omitted and you should use the `url` field to download directly. Always returns `version_hash` (first 8 hex chars of the SHA-256 of the content) for optimistic concurrency in patch_asset.
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  • Retrieve one exact SVG icon when the icon ID and library are already known. Use search_icons first if the user only described a concept. Returns SVG code and public semantic guidance for the exact icon.
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  • Runs a specific framework against a user's inputs and produces a full analysis: prose explanation + structured fields + a self-contained SVG visualisation. Powered by the Jeda.ai · Visual AI framework knowledge graph. ALWAYS call `recommend_framework` FIRST to obtain a valid framework_id -- it returns the exact namespaced slug to pass here. Framework ids are namespaced by category (e.g. SWOT = "cms_swot-analysis", Porter's 5 Forces = "cms_porters-five-forces"); a bare slug like "swot-analysis" will 404. REQUIRED post-processing on success: the response's first text block contains a `curl -fsSL` save-directive for the SVG. Save the file locally and surface it as a file chip — do NOT summarise the visual in prose. Input: framework_id (namespaced slug from `recommend_framework`) + user_inputs object (per-framework field set), OR a free-text `raw_prompt` fallback. Example: { "framework_id": "cms_swot-analysis", "user_inputs": { "subject": "Q3 EU market entry", "context": "B2B SaaS, $5M ARR, US-headquartered" } }
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  • Render an SVG chart from EPW data. Eight chart types: `diurnal` (~10 KB, monthly hourly profile), `temp_carpet` (heatmap of hour × day-of-year — ~30 KB preview / ~150 KB full), `wind_rose` (~12 KB, polar bars by direction × speed), `monthly_boxplot` (~6 KB, Q1/median/Q3 + whiskers per month), `utci_carpet` (~90 KB, outdoor heat-stress hour × day, colored by UTCI category — Bröde 2012, shaded Tmrt), `economizer_carpet` (~90 KB, air-side economizer free / integrated / locked-out hour × day under ASHRAE 90.1 high-limit), `pv_tilt_azimuth` (~60 KB, annual PV generation across full tilt × azimuth space, isotropic-sky POA at lat from EPW header — optimum orientation marked), `solar_under_events` (~12 KB, weekly GHI of the modified scenario vs the no-overlay reference; bands color event-affected weeks. Requires `config` — server runs the pipeline twice, with and without overlays), `comparison` (~10 KB, design-condition deltas across EPWs). Accepts `url` (single), `urls` (2+ for comparison), or `config` (synthesize on the fly). Config mode is anon-safe — runs pipeline, returns SVG only. No auth required. **Token budget**: SVGs are returned inline by default. Large outputs (>50 KB) auto-upload to Blob storage (when configured) and return a URL instead, keeping your context lean. Always check `svg_size_kb` in the response. **Presentation: when handing the chart to the user, just link or embed it — don't narrate what's in it. Let the chart speak.**
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  • Generate a perceptually smooth gradient between 2-5 archive anchor colours. Each interpolated stop snaps to the nearest real archive colour by CIEDE2000. Anchor stops are kept true to their source. Choose linear (physically accurate Lab interpolation) or chroma_preserved (LCh interpolation, short-arc hue, avoids desaturated midpoints). Returns stop array, CSS linear-gradient string, or SVG swatch bar. Use for design briefs, colour journey visualisations, and gradient systems.
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  • Generate a perceptually smooth gradient between 2-5 archive anchor colours. Each interpolated stop snaps to the nearest real archive colour by CIEDE2000. Anchor stops are kept true to their source. Choose linear (physically accurate Lab interpolation) or chroma_preserved (LCh interpolation, short-arc hue, avoids desaturated midpoints). Returns stop array, CSS linear-gradient string, or SVG swatch bar. Use for design briefs, colour journey visualisations, and gradient systems.
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  • Gets thematic geographic meshes from IBGE. Available themes: - biomas: Brazilian biomes (Amazon, Cerrado, Atlantic Forest, Caatinga, Pampa, Pantanal) - amazonia_legal: Legal Amazon area - semiarido: Semi-arid region - costeiro: Coastal zone - fronteira: Border strip - metropolitana: Metropolitan regions - ride: Integrated Development Regions Biome codes: - 1: Amazon - 2: Cerrado - 3: Atlantic Forest - 4: Caatinga - 5: Pampa - 6: Pantanal Examples: - All biomes: tema="biomas" - Amazon biome: tema="biomas", codigo="1" - Legal Amazon: tema="amazonia_legal" - Metropolitan regions: tema="metropolitana" - With municipalities: tema="biomas", resolucao="5" - List themes: tema="listar" Use a different tool when: - Administrative meshes (Brazil/region/state/municipality outlines) → ibge_malhas Behavior: read-only and idempotent — a live GET against the public IBGE Malhas API. Returns the mesh in the requested format (GeoJSON, TopoJSON, or SVG).
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  • Fetch a URL and return clean HTML with structure preserved — tags, classes, ids and semantic layout kept, but scripts, styles, comments, SVG/iframe blobs and inline JS handlers removed. Unlike fetch_extract (flattens to text) or html_to_markdown (converts to Markdown), this keeps the DOM skeleton so an agent can reconstruct the page as static HTML. Ideal for site migration (e.g. WordPress → static). Cost: $0.02 USDC on Base. First call free per wallet address.
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  • Package generated 3D scene output into downloadable files. Formats: r3f -> Packages R3F code into a named .tsx file. Requires r3f_code string from generate_r3f_code. Does NOT regenerate code - it packages what you give it. json -> Packages scene_data into a named .json file. Requires scene_data object from generate_scene. Call order: For .tsx file: generate_r3f_code(scene_data) -> export_asset({ r3f_code, format: "r3f" }) For .json file: generate_scene(scene_plan) -> export_asset({ scene_data, format: "json" }) For visual preview of the scene layout, use the preview tool instead. preview tool returns SVG wireframe + spatial validation. export_asset does not generate previews. Do NOT pass synthesized_components to export_asset. Pass them to generate_r3f_code, then pass the resulting r3f_code here.
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  • Live SVG render of the responder's corpus density, returned as a proper MCP EmbeddedResource content block (image/svg+xml) — multimodal MCP agents can render it natively. When to use: Call when the user asks 'where do you have data?', 'show me the coverage', or wants a visual brief of the responder's corpus footprint. Returns a 1440×720 Plate-Carrée SVG (1° × 1° bins, log-scale colour, continent envelopes for orientation) plus a structuredContent summary (cell_count, total_facts, responder pubkey, REST URL). Multi-content-block reply: an EmbeddedResource (mimeType `image/svg+xml`, with text + uri) followed by a one-line text summary so text-only clients still see the cell / fact counts. For the bare image bytes, fetch `/v1/coverage_map.svg` over plain REST.
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  • Append a chunk of Markdown to the END of a workspace's doc body. Designed for crons + ingest agents that produce content in timestamped chunks (changelog updates, daily standups, batch summaries). Same markdown surface as update_doc: supports CommonMark, GFM, **`![alt](url)` inline images** (any publicly-reachable HTTPS URL), **lone video URLs** (`.mp4`/`.webm`/`.mov`/`.mkv`/`.m4v` → native `<video>` player, 5 GB per file), ```mermaid diagrams, $math$/$$math$$ KaTeX, > [!NOTE]/[!TIP]/[!IMPORTANT]/[!WARNING]/[!CAUTION] callouts, ```svg sanitized embeds, <details><summary>X</summary>...</details> toggles, [[slug]] cross-references, [@Label](dock:mention/<kind>/<id>) @-mentions of users + agents, and lone-URL embeds (YouTube/Vimeo/Loom/Figma/CodePen/gists). Server fetches the current body, splices the new blocks on, and writes the result through the same path as update_doc with the same auth, same events, same byte/depth/node-count guard. Append is non-idempotent by design (every call adds content); the caller is responsible for dedupe. @-mentions inside the appended chunk fire `doc.mention_added` + inbox/email fan-out for newly-added mentions only — appending a chunk that re-mentions someone already mentioned earlier in the doc won't re-fire. Requires editor role. Multi-surface workspaces optionally accept `surface_slug` to append to a specific doc tab.
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  • Retrieve one exact SVG icon when the icon ID and library are already known. Use search_icons first if the user only described a concept. Returns SVG code and public semantic guidance for the exact icon.
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  • Generate a perceptually smooth gradient between 2-5 archive anchor colours. Each interpolated stop snaps to the nearest real archive colour by CIEDE2000. Anchor stops are kept true to their source. Choose linear (physically accurate Lab interpolation) or chroma_preserved (LCh interpolation, short-arc hue, avoids desaturated midpoints). Returns stop array, CSS linear-gradient string, or SVG swatch bar. Use for design briefs, colour journey visualisations, and gradient systems.
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