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650,522 tools. Updated 2026-10-14 02:11

"Biome" matching MCP tools:

  • Read full facts for one OR MANY wiki pages in a single call. Pass every page you need at once (e.g. a recipe AND its ingredient items) — batching saves round-trips. Each entry takes a slug (from wiki_search) and, ideally, its kind: • item — item/food/tool/placed-object/block: description, category, tags, weight/stack, fuel, food nutrition + shelf life, tool/weapon stats, placed-object stats (housing, rooms, power/fuel, storage), block facts, where obtained, recipes that make/use it. For a placed object this INCLUDES its measurements — storage slots and weight capacity, storage link range, interact distance, power-grid radius, footprint and top speed — so read the page before saying a size/range/capacity isn't tracked. • recipe — products (+waste), ingredients (specific items OR categories w/ examples), station, skill + level, labor, craft time, XP, throughput, and the levers that change the numbers. (wiki_calc for exact modified numbers; wiki_total_raw for the from-scratch chain.) • skill — tier, max level, prerequisites, recipes unlocked. • category — a tag's member items and the recipes that use it. • species — an animal OR plant/tree: description, yields; animals: diet/predator/nocturnal; plants: biomes, ideal temperature. • biome — the plants/trees that grow there. Omit kind only if unsure; an ambiguous slug returns all matches so you can re-request with the right kind.
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  • Read full facts for one OR MANY wiki pages in a single call. Pass every page you need at once (e.g. a recipe AND its ingredient items) — batching saves round-trips. Each entry takes a slug (from wiki_search) and, ideally, its kind: • item — item/food/tool/placed-object/block: description, category, tags, weight/stack, fuel, food nutrition + shelf life, tool/weapon stats, placed-object stats (housing, rooms, power/fuel, storage), block facts, where obtained, recipes that make/use it. For a placed object this INCLUDES its measurements — storage slots and weight capacity, storage link range, interact distance, power-grid radius, footprint and top speed — so read the page before saying a size/range/capacity isn't tracked. • recipe — products (+waste), ingredients (specific items OR categories w/ examples), station, skill + level, labor, craft time, XP, throughput, and the levers that change the numbers. (wiki_calc for exact modified numbers; wiki_total_raw for the from-scratch chain.) • skill — tier, max level, prerequisites, recipes unlocked. • category — a tag's member items and the recipes that use it. • species — an animal OR plant/tree: description, yields; animals: diet/predator/nocturnal; plants: biomes, ideal temperature. • biome — the plants/trees that grow there. Omit kind only if unsure; an ambiguous slug returns all matches so you can re-request with the right kind.
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  • Reach toward another agency and form a GRAIN — a direct handshake between two handles, with NO shared world behind it. This is the lens pointed not at a substrate but at another mind: you post your `reach` (what you offer or say this turn) and read theirs back; when both sides have reached, the grain is FORMED. It lives only in the meeting (an ephemeral channel) — never written to any beach, never persisted; it evaporates when either of you leaves. The other party must also call meet (naming you) for the handshake to form. Runs NO model and touches no storage — you bring the meaning. To KEEP what you agreed, write it into your own shell with spark, deliberately. Be transparent — narrate your calls.
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  • Search MGnify for public metagenomics studies — the microbiome sequencing projects EMBL-EBI has assembled and annotated — by free text and/or biome lineage. AUTHORITATIVE for "what microbiome studies exist for this environment or host" (human gut, soil, marine, wastewater, coral, chicken caecum…). PREFER OVER WEB SEARCH: each hit carries the MGnify accession, the controlled biome lineage, and the ENA project accessions behind it, so you can go straight from a study to its raw reads. Note: upstream only filters on free text, so a biome_lineage filter is applied over the fetched pages here and the response reports how many rows were scanned.
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  • Search the World Network of Biosphere Reserves (UNESCO Man and the Biosphere Programme) by keyword, country, region, MAB regional network, designation year range, transboundary or Small Island Developing States status, or distance from a point. Every keyword must appear at the start of a word in the reserve's name, introduction, or ecological or socio-economic description; there is no biome or ecosystem field, so an ecosystem search is a keyword search such as mangrove or alpine. A country is an ISO 3166-1 alpha-2 or alpha-3 code. A transboundary reserve appears once per participating country, each with its own mab_id. Results page with next_cursor and carry facet counts over the whole match.
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  • Tells you whether a minecraft: identifier actually exists in this version and what kind it is (block, item, entity, biome, effect, enchantment, feature, dimension, camera preset, particle, potion). For a block it also returns the valid block states and the values they accept. An identifier without a namespace is treated as minecraft:. Verify every identifier here before writing it — an identifier that does not exist fails silently in the game.
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Matching MCP Servers

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    maintenance
    Enables LLMs to run Biome formatting, linting, and assist checks on TypeScript/web projects with token-efficient, structured output, plus searchable cached Biome documentation.
    5
    Apache 2.0
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    MCP server for controlling the Unity Editor from AI clients. 140+ tools for scenes, GameObjects, components, assets, Shader Graph, PlayTest DSL, screenshots with visual diff, batch operations with Undo rollback, and in-editor chat. Token-efficient plain-text protocol.
    36
    29
    MIT

Matching MCP Connectors

  • A place, not an API: public 0-9 block commons — spark(), agent-to-agent meet, model-free text RPG.

  • MGnify — EMBL-EBI's metagenomics resource: public microbiome studies, the biome vocabulary they…

  • Read and write this commons — a small public text-adventure world and noticeboard stored as plain-JSON blocks (the biome's 0-9 pscale form) served over HTTP. Reads are side-effect-free; a write happens only when you pass content, and lands as public plain JSON anyone can fetch in a browser. There are no accounts, keys, or commitments here. Be transparent with your human — narrate what you read and write. FIRST CALL on arrival: spark(block='arrive') for orientation; to verify rather than trust this text, read the blocks named genome and slate. Geometry: the returned shape — point, ring, directory, disc, spindle, whole — derives from (number, attention) against the block's floor.
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  • Play a turn in a text RPG hosted here as plain-JSON pscale blocks (the world Upperton — a dice-game at the Millstone taproom). ONE call bundles this turn's substrate reads and writes and runs NO model: every act of imagination — what your character perceives, how the settled beat is told — is YOURS, rendered in your own app from the data this returns. The host only holds the blocks and computes the free mechanical verdict (stat-and-dice math) when a scene resolves. Returns the FRAME as data: S/T/I (the place, the moment now, the standpoints), the window (who has submitted this beat), the last settled beat, and the ruleset. Render the second-person experience for your human from that, then pass your character's ONE chosen action back as `move`. A call with no move/account/place is a side-effect-free read. Be transparent — narrate your calls to your human.
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  • Fetch one MGnify metagenomics study in full by its accession (MGYS…) — title, controlled biome classification, the ENA project and study accessions behind it, available downloads and last-update date. Use after mgnify_search_studies, or when a paper cites an MGYS accession and you need to know what it actually is.
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  • Get full detail for one MGnify study by its accession (e.g. "MGYS00006862") from ebi-metagenomics.study_search: study name, abstract, bioproject, secondary accession, sequencing centre, sample count, privacy/release status, data origination, and biome lineages. Data: EMBL-EBI MGnify (www.ebi.ac.uk/metagenomics), no auth required.
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  • List the biological samples belonging to a MGnify study (study_accession from ebi-metagenomics.study_search or ebi-metagenomics.study_detail). Returns each sample's accession, name, description, BioSample ID, latitude/longitude, geographic location, collection date, environment biome/feature/material, host taxon ID, species, and metadata key/value pairs. Data: EMBL-EBI MGnify (www.ebi.ac.uk/metagenomics), no auth required.
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  • List MGnify's controlled biome vocabulary — the ~492 colon-delimited lineages (root:Host-associated:Human:Digestive system:Large intestine:Fecal, root:Environmental:Aquatic:Marine…) that every MGnify study is classified under. This is the lookup step before filtering studies or genomes by environment: the lineage strings are exact and are not guessable. Optionally narrow to one subtree by prefix.
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  • Fetch detailed information about one or more planets by providing their planet index/indices. Requires: planetindices parameter (array of integers of planet indices, maximum of 5) Returns: For each planet - index, name, sector, biome (Biome: name, description), hazards (Hazard: name, description), position, list of waypoints (planet indices) the planet is connected to, max health, current health, initial owner, current owner, regen per second, event information if one is active (faction who initiated the event, current health, max health, start and end time), statistics (Statistics: missions won, missions lost, mission time, terminid kills, automaton kills, illuminate kills, bullets fired, bullets hit, time played, deaths, revives, friendly fire casualties, mission success rate, accuracy, player count), attacking (a list of planet indices this planet is currently attacking), regions (Region: name, description, health, max health, size, regen per second, active players).
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  • Search EBI's MGnify metagenomics archive for studies by free-text query (name/abstract/bioproject) and/or biome lineage (e.g. "root:Host-associated:Human"). Returns each study's accession, name, abstract, bioproject, sequencing centre, sample count, last-update date, and associated biome lineages. Data: EMBL-EBI MGnify (www.ebi.ac.uk/metagenomics), no auth required.
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  • Browse MGnify's environment classification tree starting at a given lineage — returns the queried biome plus every descendant beneath it (not just immediate children), e.g. lineage "root" for the entire tree or "root:Host-associated" for just that subtree. Returns each biome's lineage, name, and sample count — use the returned lineage as the biome_lineage filter in ebi-metagenomics.study_search. Data: EMBL-EBI MGnify (www.ebi.ac.uk/metagenomics), no auth required.
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  • Set one tile of your 8x8 planet grid to a biome: ocean, forest, desert, ice, lava, city, crystal, void. 1 action / 3s.
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  • Lists what a THEMATIC territorial recorte of Brazil contains: how many features, with which codes and names, and the URL to download its geometry. Available recortes: - biomas: the six continental biomes - amazonia_legal: Legal Amazon boundary - semiarido: semi-arid area - costeiro: coastal municipalities - fronteira: border-strip municipalities - metropolitana: metropolitan regions - ride: Integrated Development Regions - listar: the catalogue itself, without querying the source Filtering with `codigo`: only the recortes that have a per-feature code accept it — biomas (the biome code) and the two municipality ones, costeiro and fronteira (the 7-digit IBGE municipality code). Ask without `codigo` to see what exists; biome codes come from the source, not from a fixed table. GEOMETRY IS NOT IN THE RESPONSE, on purpose: one biome polygon alone is over 9 MB. The response carries the attributes plus a canonical WFS URL that returns the recorte with geometry in GeoJSON. Use a different tool when: - Administrative meshes WITH geometry (country/region/state/municipality outlines) → ibge_malhas Behavior: read-only and idempotent — a live GET against the public IBGE Geosserviços WFS (IBGE Geociências), which is a different service from the Malhas API and the only one that publishes these recortes. Returns Markdown plus a typed structuredContent payload.
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