Professional figure description & circuit analysis This skill package is designed for developers and educators building accessible study guides and technical documentation. It solves the challenge of generating screen-reader-compatible descriptions for complex visual content, ranging from electronic schematics to hydraulic and pneumatic systems.

What it does The package integrates four specialized modules to handle the end-to-end workflow of technical image description: Figure descriptions: Generates standards-compliant accessibility text for study guides, focusing on educational outcomes for visually impaired students.

Automated docx workflow: Manages programmatic insertion of descriptions into .docx files by unpacking XML, verifying image order, and repacking documents.

Specialized schematics: Provides domain-specific rules for hydraulic and pneumatic diagrams, ensuring functional topology is correctly conveyed.

Verified circuit analysis: Performs rigorous verification of electronic components and amplifier topologies, prioritizing datasheet facts over recalled values.

Why use this skill Unlike generic AI prompting, this skill follows strict pedagogical and technical constraints. It knows how to withhold the answer in a description while providing all given values, ensuring students can still solve problems independently. For engineers, it implements a check-then-calculate workflow that forces validation of component specs — such as Early voltage (V_A) or transformer turns ratios — before performing complex output impedance or power analysis.

Output format Expect structured, bold-labeled figure descriptions (e.g., Figure 1. followed by description text), or technical analysis reports citing verified datasheets and specific circuit revisions, such as discrete vs. IC-based output stages.