Design and validate brick-building instruction booklets

Why use this

1. A builder can imagine a recognizable model without knowing whether its pieces can be placed in a sensible order. An attractive final shape can still produce confusing instructions or an inventory that does not match the steps.

2. This job could make the model's assumptions inspectable before anyone gathers parts. A digital specification, part accounting and readable views give a reviewer different ways to find problems, though they cannot substitute for checking a physical build.

Why an agent / simpler alternative

Useful judgment

Coordinate geometry, inventory and assembly sequence, and explain conflicts that need design decisions.

Simpler alternative

Use an existing official booklet or manually document a very small familiar build.

Unsuitable when

The model is expected to bear loads, serve a safety-critical purpose or be child-safe without independent review.

Proposed inputs

1. Name

   Model brief

   Owner

   Builder

   Minimum scope

   Subject, chosen scale and permitted part family

   Quality check

   Confirm size priorities and design exclusions

2. Name

   Part inventory

   Owner

   Builder

   Minimum scope

   Available part identifiers, colors and quantities

   Quality check

   Resolve ambiguous identifiers and duplicate entries

Access and setup — proposed or unknown

Proposed minimum

1. Proposed specification and isolated render outputs; no parts shopping or installation in the first check.

Compatibility unknowns

1. Validator rules, renderer dependencies, part-library coverage and current runtime compatibility are unknown.

External actions requiring approval

1. Scale changes, software installation, external uploads and parts purchases require relevant approval.

Expected deliverable and review checks

Proposed artifact

Build specification, inventory comparison, unresolved validation findings and draft instruction booklet.

Critical checks

1. Reconcile inventory with steps; inspect hidden connections and placement order; retain unresolved structural issues.

Missing output evidence

No independently inspected booklet, validator run or physical assembly result is provided here.

Failure signals and proposed responses

1. Signal

   A later piece blocks access to an earlier connection

   Why it matters

   The final model may be impossible to assemble as shown

   Proposed response

   Reorder steps or redesign the obstructed section.

2. Signal

   A rendered step hides the joining surface

   Why it matters

   A valid specification can still be unreadable

   Proposed response

   Change viewpoint or split the step and inspect again.

Effort and cost — unknown

Setup work

1. Agree scale, part vocabulary and review criteria.

Ongoing review

1. Review validation findings and rendered assembly sequence.

Unknowns

1. Dependency setup, physical prototyping, part availability and costs are unknown.

First check — proposed, unexecuted

Status

proposed_unexecuted

Synthetic fixture

Describe a fictional miniature arch using a short part list, including one unsupported element and one inventory shortfall; request a review plan only.

Acceptance checks

1. Identify both defects; propose distinct repairs; avoid declaring the model buildable.

Stop conditions

1. Stop before installation, parts ordering or claims of physical safety.

Limits

1. Digital checks cannot establish real-world stability, manufacturing tolerances or age suitability.