The Figure Description Skills Package is a skill designed for developers and educators building accessible study guides and technical documentation. It addresses the challenge of producing screen-reader-compatible descriptions for complex visual content, including electronic schematics and hydraulic and pneumatic diagrams.
The package contains four specialized modules. The figure description module generates standards-compliant accessibility text focused on educational outcomes for visually impaired students, withholding answers while preserving all given values so students can still work through problems independently. The automated docx workflow module handles programmatic insertion of descriptions into .docx files by unpacking the underlying XML, verifying image order, and repacking the document. The specialized schematics module applies domain-specific rules to hydraulic and pneumatic diagrams to ensure functional topology is accurately conveyed. The verified circuit analysis module enforces a check-then-calculate workflow that validates component specifications — such as Early voltage or transformer turns ratios — against datasheet facts before performing output impedance or power analysis.
Output follows a structured, bold-labeled format (e.g., Figure 1. followed by description text), or produces technical analysis reports that cite verified datasheets and identify specific circuit revisions such as discrete versus IC-based output stages.
This skill is not appropriate for general-purpose image captioning, non-technical visual content, or workflows that do not involve .docx files or schematic-based figures.