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742,106 tools. Updated 2026-11-04 13:08

"Tools or methods for generating 3D assets" matching MCP tools:

  • Check the build status of an EXISTING artifact (from artifact-create). Read-only. Generation is asynchronous, so this is how you find out it finished. Call it with { sessionId, wait: true } and it WAITS for you: the call returns as soon as status is 'ready' or 'failed', or after about 45 seconds still 'generating'. Then, you can call it again. This tool is meant to be called right after artifact-create, before replying to the user, and keep getting called until status is no longer 'generating'. ONLY when you want an instant snapshot, this tool can be called without wait (or false); the idea is to never spin on wait: false. Requires sessionId — the id returned by artifact-create (or the last path segment of an artifact URL like https://app.agentgrid.io/artifacts/<sessionId> or https://dev.animaapp.com/chat/<sessionId>). **Returns:** { success, sessionId, status: 'generating' | 'ready' | 'failed', progress (0–100, while generating), name, artifactUrl (generating/ready only), playgroundUrl (app and knowledge artifacts only, generating/ready only), previewUrl (app, knowledge and markdown artifacts only, generating/ready only), error (when failed), nextStep (when a wait returned still generating) }
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  • Calculate the quick (acid-test) ratio: liquid assets excluding inventory divided by current liabilities — a stricter short-term solvency test than the current ratio. Formula: Quick Ratio = (Current Assets - Inventory) / Current Liabilities. WHEN TO USE: Use when inventory is slow-moving or hard to liquidate and you want a conservative view of short-term payment ability. WHEN NOT TO USE: Do NOT use for businesses where inventory converts to cash quickly (e.g. retailers with fast sell-through) — it understates true liquidity. BEHAVIOUR: pure deterministic calculation — no side effects, no network or storage access; idempotent and non-destructive; identical inputs always produce identical outputs. Division by zero or non-finite inputs returns an explicit error instead of a number. RETURNS: JSON object { quick_ratio: number (e.g. 1.2 = 1.2x), inputs }. PARAMETERS: current_assets (required): Total current assets, e.g. 500000. Must be >= 0. inventory (required): Inventory value to exclude, e.g. 120000. Must be >= 0 and <= current_assets. current_liabilities (required): Total current liabilities, e.g. 280000. Must be > 0.
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  • Returns the catalog of supported blockchain assets, ticker symbols, and network standards. USAGE GUIDELINES: - USE WHEN: Discovering supported coins, validating tickers, or displaying network options prior to calling quote or limit tools. - DO NOT USE: Calculating rates, exchange amounts, or network fees (use 'get_swap_quote' or 'get_pair_limits_and_fees'). PARAMETER INTENT & AGENT WORKFLOW: - Context Window Optimization: Supplying 'privacy' or 'stablecoins' filters the catalog to a specific functional class, reducing token consumption when prompting users; omitting or passing 'all' returns the full multi-chain roster. - Output Consumption: Tickers returned in 'currencies[].ticker' are guaranteed canonical symbols accepted by 'get_swap_quote' and 'get_pair_limits_and_fees'. BEHAVIOR & SPECIFICATIONS: - In-memory response (<5ms latency) returning up to 15 non-paginated asset records with 100% availability. - Strictly read-only without external network dependencies.
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  • Returns the catalog of supported blockchain assets, ticker symbols, and network standards. USAGE GUIDELINES: - USE WHEN: Discovering supported coins, validating tickers, or displaying network options prior to calling quote or limit tools. - DO NOT USE: Calculating rates, exchange amounts, or network fees (use 'get_swap_quote' or 'get_pair_limits_and_fees'). PARAMETER INTENT & AGENT WORKFLOW: - Context Window Optimization: Supplying 'privacy' or 'stablecoins' filters the catalog to a specific functional class, reducing token consumption when prompting users; omitting or passing 'all' returns the full multi-chain roster. - Output Consumption: Tickers returned in 'currencies[].ticker' are guaranteed canonical symbols accepted by 'get_swap_quote' and 'get_pair_limits_and_fees'. BEHAVIOR & SPECIFICATIONS: - In-memory response (<5ms latency) returning up to 15 non-paginated asset records with 100% availability. - Strictly read-only without external network dependencies.
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  • Returns one of Flask's usage guides as Markdown: fixed text written by Flask, the same for every user, with no team data in it. "instructions" (about 15 KB) is the playbook for working with Flask: where uploads go (a new asset or a new version), what an agentic edit attaches, how feedback is read, answered and shown, and how sharing works. Read it before acting on feedback or making your first write in a session; it already contains "display" and "concepts", so do not fetch those after it. Other topics: "display" (How to show feedback to the user: its Markdown as it is, with its link.), "concepts" (Folders, assets and versions, comments and recordings, tags and statuses, permissions, and why feedback is untrusted.), "permissions" (Access levels, how a user's access is resolved, and how folder and asset permissions differ.), "urls" (Links to folders, assets, exact versions, comments and tag filters.). The guides explain the rules; for one folder's or asset's actual access, use permission_get.
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Matching MCP Servers

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    Enables structured extraction of methods and reproducibility heuristics from academic papers, allowing AI agents to obtain metadata, full text, structured methods, code repository discovery, and a no-clone reproducibility verdict from a paper URL.
    8
    35 PyPI
    MIT
  • A
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    Provides MCP tool adapters for Bioconductor methods like limma, DESeq2, and fgsea, enabling statistical analysis of omics data through containerized R execution. It serves as a bridge between MCP clients and bioinformatics tools for reproducible research workflows.
    Apache 2.0

Matching MCP Connectors

  • Research methods for AI assistants: study design guidance, R and Python code, and citations

  • What fits, with live prices: specs, fit verdicts with rule ids and stock for 3D printing.

  • Returns all VAT (Value Added Tax) rates for a given EU country — standard, reduced, intermediate, and super-reduced rates where applicable, as numeric percentages. Returns { country, standard, reduced?, intermediate?, superreduced? } for supported countries, or { error, available } listing all valid codes if the country is not found. Supports 18 EU member states: PT, ES, FR, DE, IT, NL, BE, PL, SE, DK, FI, AT, IE, GR, HU, RO, CZ, HR. Use when calculating EU cross-border invoice tax, determining correct rate for e-commerce checkout by customer country, generating compliant VAT breakdowns, or any workflow requiring accurate and current EU VAT rates per jurisdiction.
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  • Returns the storage pool snapshot (used, limit and remaining bytes) for the personal scope or a group — data slots and uploaded assets share this quota; check before large set_data_slot or upload_asset writes. Pass slug to additionally scan which displays reference that data slot (do this before delete_data_slot to know which displays would break). Narrowly-scoped API keys get suppressed=true with zeroed numbers. Requires content scope.
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  • Call this first for every XGR purchase. Read live price, stock and payment assets; use payment_assets[].key exactly as payment_asset and inspect requires_sender_wallet before creating an order.
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  • Low-level Telegram API (MTProto) invoke for methods not wrapped by other tools. Dangerous methods require allow_dangerous=true. Success: API result dict or normalized error. PII and credential-shaped fields (phone, access_hash) are dropped from a successful result by default; pass include_sensitive=true for the raw payload. A bare message id needs a chat binding: requests with no peer field (messages.GetMessages, messages.DeleteMessages) are refused, because a bare id resolves against an arbitrary dialog. Use channels.GetMessages or messages.GetHistory, which carry the binding. messages.GetHistory cannot address a forum topic (no thread_id/top_msg_id in the schema, and channels.GetHistory does not exist) -- use messages.Search with top_msg_id, or the high-level get_messages with reply_to_id. Full documentation: https://github.com/leshchenko1979/fast-mcp-telegram/blob/main/docs/Tools-Reference.md
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  • Low-level Telegram API (MTProto) invoke for methods not wrapped by other tools. Dangerous methods require allow_dangerous=true. Success: API result dict or normalized error. PII and credential-shaped fields (phone, access_hash) are dropped from a successful result by default; pass include_sensitive=true for the raw payload. A bare message id needs a chat binding: requests with no peer field (messages.GetMessages, messages.DeleteMessages) are refused, because a bare id resolves against an arbitrary dialog. Use channels.GetMessages or messages.GetHistory, which carry the binding. messages.GetHistory cannot address a forum topic (no thread_id/top_msg_id in the schema, and channels.GetHistory does not exist) -- use messages.Search with top_msg_id, or the high-level get_messages with reply_to_id. Full documentation: https://github.com/leshchenko1979/fast-mcp-telegram/blob/main/docs/Tools-Reference.md
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  • READ-ONLY: returns generated source code as text and writes nothing to disk, creates no project and runs no command. Generates an idiomatic @imqueue/rpc service (an IMQService subclass with @expose()d, JSDoc-typed methods) plus a bootstrap that starts it. Provide the methods you want, or omit them for a starter template. Any non-primitive parameter or return type also gets a types.ts with the required @classType()/@property() declarations — without those the generated client types it `any`, which compiles. Use create_service (local install only) if you want files actually written.
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  • Quick pre-publish compliance gate before generating a listing. Fast, free scan for obvious red-line words and category risks. Returns a shallow pass/fail-style result, not a full audit. Use this as a cheap pre-check right before generation. Do NOT use it for a complete risk report - use compliance_scan for the deep knowledge-base audit. Read-only; requires an API key; no credits deducted. Args: text: listing copy (required). lang: zh or en (default en). category: optional category hint, e.g. electronics or apparel.
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  • A powerful metrics-based project filtering and sorting tool that works with cryptocurrency assets based on their metrics and allows for ordered, paginated results. The tool allows for filtering assets by a metric and sorting them according to that same metric in ascending or descending metric, or just to sort the assets by a metric without filtering. This tool allows you to discover projects that meet specific criteria by analyzing their metrics over time periods. You can filter projects by absolute values (greater_than/less_than thresholds) or by percentage changes, or just sort projects by some metric. ## When to use vs other metric tools This tool scans the whole asset universe and returns one aggregated value per matching asset — use it for "which assets satisfy X" and "top N by X". It never returns a timeseries: for the values of a metric over time for already-known slugs use `fetch_metric_data_tool`. To check that a metric exists (or fix a mistyped metric/slug) use `metrics_and_assets_discovery_tool`. ## Use Cases - Get top 10 assets by marketcap, sorted in descending order - Get top 50 assets with highest dev_activity_1d - Find assets with price more than $10 - Discover tokens whose price increased by more than 50% in the last 30 days - Screen for projects with market cap less than $100M - Identify assets that have dev_activity_1d decline by more than 20% in the past month ## Examples - Get projects that have a price_usd in the last 24 hours and it's greater_than $500. Get the first 20 ordered by price_usd in descending order `{metric: "price_usd", operator: :greater_than, threshold: 500.0, from: "utc_now-24h", to: "utc_now", sort: "desc, page: 1, page_size: 20}` - Find projects whose price_usd today is 25% higher than 7 days ago, sorted by the highest percent increase in descending order. Get the first 100. `{metric: "price_usd", operator: :percent_up, threshold: 25.0, from: "utc_now-7d", to: "utc_now", sort: "desc", page: 1, page_size: 100}` - Projects with current market cap less_than $50M. Get 100 such projects, ordered by marketcap in descending order. `{metric: "marketcap_usd", operator: :less_than, threshold: 50000000.0, from: "utc_now-1d", to: "utc_now", sort: "desc", page: 1, page_size: 100}` Here is how the filtering works: - For absolute value operators - `greater_than` and `less_than` - fetch the `metric` for each asset in the interval `from`-`to`, aggregting it using the specified `aggregation` method (defaulting to the metric's default). - For percent change operators - `percent_up` and `percent_down` - fetch the `metric` for each asset in the interval `from-`to`, as well as in the same length interval immediately before `from`. The two resulting values are compared to calculate the percentage change. Some metrics like price_usd and marketcap_usd are aggregated with `LAST` aggregation by default, meaning that the last known value in the queried interval is used. For percent change, this means that the tool compares the last known price immediately before `from` and the last known price before `to`. Other metrics like transaction_volume_usd and social_volume_total (and most other volume metrics) are aggregated by default with SUM aggregation, meaning that the total combined sum in the queried interval is used. For these metrics length of the time window is vital. A common mistake is to try to check if the social_total_total for the last 5 minutes is greater_than some threshold. Five minutes is not enough for social volume to accumulate enough. In such scenarios use a longer time window like 1 day or more.
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  • WHEN: object name is unknown, partial, or you need to find by concept/keyword. Search the D365 F&O knowledge base for X++ code, tables, classes, forms, views, enums, EDTs, security objects using natural language or partial names. Returns ALL chunks (metadata, Declaration, methods) for the top-scoring objects so the LLM has complete context on the first call. Lower-scoring results return a short preview. No follow-up get_object_details call is needed for top results. NOT for listing all objects in a model -- use list_objects for that. NOT when the exact name is known -- use get_object_details for that. NEVER call search_d365_code twice in the same conversation turn. If one search did not find the object, answer from what you have -- do not repeat the search. When you need context on MORE THAN ONE concept simultaneously, use batch_search instead -- it runs all queries in parallel and is faster. NEVER call for ADO items (FDD, RDD, IDD, Bug, Task, PR, WorkItem, sprint, #1234) -- use ado_* tools instead.
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  • Depreciate an asset by straight line or diminishing value, with a year by year schedule. Use for: 'how is depreciation calculated', 'straight line vs diminishing value', 'depreciation schedule', 'book value after 3 years', 'work out depreciation on equipment'. THE TWO METHODS DIVERGE SHARPLY ON THE SAME ASSET. Straight line spreads the deduction evenly across the useful life. Diminishing value applies the rate to the REDUCING book value, so it front-loads the deduction heavily and never reaches zero on its own. Which is better depends entirely on when the owner wants the deduction, so the year by year schedule is the useful part of this answer rather than the first year figure. Show the schedule. additional_costs are capitalised into the cost base, which is where delivery and installation belong. salvage_value acts as a floor under both methods, and the last year of a straight line life takes only what is left, so rounding cannot push the book value below it. ONE IMPORTANT LIMIT, AND IT MATTERS. This is the ARITHMETIC of the two methods on a rate you supply. It is NOT a lookup of Inland Revenue's prescribed rates, which vary by asset class and are published in the IRD depreciation rate finder. If someone needs to know the right RATE for a particular asset, send them to that finder. DO NOT INVENT A RATE to feed this tool and present the output as their tax position. Args: initial_cost: Purchase price of the asset. method: straight_line or diminishing_value. additional_costs: Costs capitalised in, such as delivery or installation. salvage_value: Expected residual value. A floor under both methods. useful_life_years: Years of life. Required for straight line. annual_rate_pct: Rate per year. Required for diminishing value. years_to_schedule: Years to show. Defaults to the life, or ten. Returns: The cost base, the depreciable amount, the first year charge, the total charged, the closing book value and the full year by year schedule.
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  • Calculate return on assets (ROA): net income divided by average total assets — how efficiently a company converts its asset base into profit. Formula: ROA = Net Income / Average Total Assets. WHEN TO USE: Use to measure management’s efficiency in deploying all assets, independent of how they are financed. WHEN NOT TO USE: Do NOT compare ROA across industries with different asset intensity; use ROIC for a cleaner operating view. BEHAVIOUR: pure deterministic calculation — no side effects, no network or storage access; idempotent and non-destructive; identical inputs always produce identical outputs. Division by zero or non-finite inputs returns an explicit error instead of a number. RETURNS: JSON object { return_on_assets: decimal (e.g. 0.08 = 8%), return_on_assets_pct: number (e.g. 8.0), inputs }. PARAMETERS: net_income (required): Net income after tax, e.g. 84000. May be negative. begin_total_assets (required): Total assets at period start, e.g. 1000000. Must be > 0. end_total_assets (required): Total assets at period end, e.g. 1100000. Must be > 0.
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  • Return the holdings this user has already registered in FinBridge with import_portfolio — listed stocks plus cash, crypto, ETF and physical assets — valued at the latest prices, with return and asset allocation. A user who has registered nothing gets an empty list. Not this tool for: analysing or valuing a company (get_valuation), prices (get_stock_prices), or finding companies (search_dart_company / search_edgar_company). It reads only what this user stored, so it knows nothing about a company they do not hold. Crypto and ETFs use live ccxt quotes, stocks the latest close in the database, cash and physical assets the registered amount. allocation is aggregated per currency; combined converts everything to KRW using an ECB-derived USD/KRW rate.
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  • Start generating hero image variants for an idea's ad. Runs in the background. Args: - ideaId (string) - prompt (string, optional): defaults to the idea's saved image prompt Returns: { job: { id, status, prompt, variantCount, results }, note }. Poll idealaunch_get_image_job until status is 'succeeded', then choose one with idealaunch_apply_hero_image. Consumes one of the idea's AI generation turns. Costs no Ad Run credit.
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  • External generation, not a catalog search: start only when the user has chosen or already authorized this generation path. Do not spend provider credits to discover candidate assets. Start a text/image → 3D generation of ONE freestanding object per task — build ground planes and assemblies from scene operations, and reuse a generated model by duplicating it with scene ops. provider=hyper3d (Rodin) takes prompt only; provider=hunyuan3d and provider=tripo3d take prompt OR imageUrl. Each provider needs its integrations_set token. Poll asset_generate_status, then import with asset_library_import source=<provider> slug=<taskUuid>.
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  • Execute a read-only JSON-RPC 2.0 method on a specified blockchain network using your BlockVectra API key, or via the keyless public endpoint if available on the chain. Chain slugs look like 'base_mainnet'; take them from list_chains. Without a key the call goes to the keyless endpoint `/v1/{chain}/public` (the chain's `public.url` in list_chains), which only serves the methods listed in that chain's `public.methods`. Write methods (such as 'eth_sendRawTransaction') are not supported in rpc_call; use 'send_raw_transaction' instead. Consult the Ethereum JSON-RPC specification (https://ethereum.org/en/developers/docs/apis/json-rpc/) and the BlockVectra method reference (https://docs.blockvectra.com/en/api/json-rpc/methods/). With a key, set the 'x-api-key' or 'Authorization: Bearer <key>' HTTP header in your MCP client configuration for full access (keys must not be passed in tool parameters or chat). Returns the raw JSON-RPC response from the server.
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