.. Auto-generated by scripts/generate_problem_catalog_docs.py. Do not edit by hand.

Build123d scripted mounting bracket design problem
==================================================

An MCP-ingested CAD design brief backed by a package-owned Build123d server where the agent writes and evaluates Build123d scripts.

See :doc:`../mcp` for the mcp family index.

Quick Facts
-----------

.. list-table::
   :header-rows: 1
   :widths: 20 80

   * - Field
     - Value
   * - Problem ID
     - ``mcp_build123d_parametric_mounting_bracket``
   * - Problem Family
     - mcp
   * - Implementation
     - ``MCPProblem``
   * - Capabilities
     - ``external-adapter``, ``statement-markdown``
   * - Study Suitability
     - none
   * - Tags
     - ``mcp``, ``cad``, ``build123d``, ``scripted-cad``, ``mechanical-design``

Taxonomy
--------

Formulation
   mcp_proxy
Convexity
   not_applicable
Design Variable Type
   mixed
Is Dynamic
   no
Orientation
   engineering_practical
Feasibility Ratio Hint
   0.35
Objective Mode
   qualitative
Constraint Nature
   informal
Bounds Summary
   Bracket envelope, thickness, hole pattern, and fillet radius constraints enforced via scripted CAD geometry
Tags
   ``mcp``, ``cad``, ``build123d``, ``scripted-cad``, ``mechanical-design``

Statement
---------

Design a right-angle mounting bracket for a small linear actuator by writing Build123d script code and iterating on the script with the packaged backend tools.

Objectives
^^^^^^^^^^

- Produce a watertight CAD candidate suitable for export and downstream review.
- Satisfy the dimensional and hole-pattern constraints while preserving a

practical mounting layout.

- Produce explicit scripted CAD logic (not just parameter selections) so model

intent is inspectable and editable.

Constraints
^^^^^^^^^^^

- Base plate footprint: 80 mm x 40 mm.
- Vertical flange: 40 mm tall and full base width.
- Nominal wall thickness: 6 mm on both plates.
- Hole pattern: four 6 mm through-holes on the base, centered 10 mm from each

edge; two 6 mm through-holes on the flange centered horizontally and spaced 20 mm vertically.

- Internal corner fillet radius: 4 mm minimum where feasible.

Deliverable
^^^^^^^^^^^

Return the final Build123d script, summarize your modeling sequence, and note any manufacturability tradeoffs.

Proxy Configuration
-------------------

.. list-table::
   :header-rows: 1
   :widths: 30 70

   * - Field
     - Value
   * - Transport
     - stdio
   * - Command
     - ``__python_executable__``
   * - Args
     - ``-m``, ``design_research_problems.problems._domains.build123d_mcp_server``
   * - CWD
     - none
   * - Env Overrides
     - 0

Library Interface
-----------------

- ``from_stdio(...)``
- ``to_mcp_server(...)``