ART MCP Server
Click on "Install Server".
Wait a few minutes for the server to deploy. Once ready, it will show a "Started" state.
In the chat, type
@followed by the MCP server name and your instructions, e.g., "@ART MCP ServerRun autonomous ARIMA identification on my monthly sales data"
That's it! The server will respond to your query, and you can continue using it as needed.
Here is a step-by-step guide with screenshots.
ART — A Real-Time Time-Series Analysis toolkit + MCP server
art-tseries (ART) builds univariate time series models following the
Box-Jenkins-Treadway methodology: an iterative, decision-driven process that
uses graphical tools and formal tests to identify, estimate, diagnose and refine
a model until it is adequate and parsimonious.
ART is the orchestration layer of a four-part suite:
Package | Role |
Exact maximum-likelihood estimation (ARMAX + transfer functions) and FUF forecasting. C engine with a pure-Python fallback. | |
pyfug | High-definition graphics for time series analysis. |
ART ( | Identification, model building, diagnosis, formal tests, versioning — and an MCP server that exposes all of this to an LLM. |
The Box-Jenkins-Treadway loop needs judgement at each decision node. ART supplies the evidence (graphs, tests, numbers); a human analyst and/or Claude supply the criterion. Two modes:
Guided — analyst + Claude: Claude proposes with arguments, the analyst decides.
Autonomous — Claude/heuristic decides every step and presents a final model.
Install
pip install art-tseries # pulls fue + pyfug automaticallyThis installs the art-mcp command (the MCP server).
Use as an MCP server (Claude Code, etc.)
claude mcp add art -- art-mcpThen ask Claude to analyse a series. ART will ask whether you want a guided or autonomous analysis and drive the workflow from there.
Use as a library
import fue
from art.describe import describe_boxcox, describe_identification, model_equation
ts, _ = fue.inp.load("series.inp")
print(describe_boxcox(ts).summary)Methodology
The model-building process is iterative and sequential: each estimation starts
from the previous likelihood optimum (the .pre of the previous model), and
every step produces a .pre (estimated parameters as initial values) and a
.out (results), mirroring fue. Decisions and changes are recorded in a
guion.json audit trail. See docs/ARCHITECTURE.md for the full design and the
evidence-vs-criterion philosophy.
License
GPL-2.0-or-later. © David E. Guerrero.
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