Skill UI

This skill generates Mermaid diagrams to create visual organizational tools specifically designed for neurodivergent individuals, particularly those with ADHD. It helps externalize executive functions, reducing cognitive overwhelm by breaking down complex tasks into compassionate, manageable micro-steps. The tool auto-detects signs of distress and supports multiple accessibility modes (e.g., colorblind-safe, monochrome), making it useful for project planning, decision mapping, and personal productivity tracking.

A robust internal utility for integrating system status updates with Feishu/Lark. It allows other skills to send structured notifications (e.g., experiment complete, checkpoint waiting, review scores) via webhooks. Supports both 'Push only' (fire-and-forget) and 'Interactive' (bidirectional polling) modes, guaranteeing zero side effects if configuration is missing.

Automates Feishu doc edits with seven modes (append, overwrite, replace_range, replace_all, insert_before/after, delete_range) plus optional title sync, letting teams tweak specific sections without rebuilding entire files.

Quick-reference card for the caveman skill suite: lists the caveman, ultracave and megacave reply modes, plus sub-skills for terse commits, one-line PR reviews, and markdown compression, with env-var and config-file setup.

This skill restructures AI-generated content to maximize cognitive accessibility, specifically optimized for users with ADHD or neurodivergence. It uses evidence-based techniques such as chunking, visual hierarchy, front-loading key points, and progressive disclosure. It offers three distinct modes (clean, flow, zen) to tailor the output structure, ensuring that complex information is highly digestible and easy to follow.

This advanced skill generates high-quality, natural speech from text entirely offline using the VoxCPM2 model. Supporting 30 languages, it offers three modes: standard text-to-speech, descriptive voice design, and advanced voice cloning from reference audio. All processing runs on the local device (optimized for Apple Silicon), ensuring zero API calls, zero cost, and maximum privacy. Ideal for creating professional voiceovers, podcasts, and video narration without internet dependency.

This workflow is designed to rigorously stress-test any plan, design, or architectural concept before implementation. It acts as a demanding interviewer, asking deep, cascading questions one at a time to identify hidden dependencies, resolve ambiguities, and ensure comprehensive coverage. Use this when you need to validate a concept against all possible failure modes or explore every corner of a complex system design.

Run a pre-deploy and post-deploy gate to catch silent failure modes that make releases appear successful while production remains broken. Verifies migrations, flags, assets, pointers, rollout state, and the live revision before reporting shipped.

Use this comprehensive guide to manage the entire project lifecycle for a CAV (Computer Aided Verification) paper submission. It provides a backward-planning timeline, covering topics from initial concept fitting and evidence locking to the two-stage review process, optional artifact evaluation, and final camera-ready submission. Essential for managing technical academic deadlines and mitigating common failure modes.

This comprehensive guide provides a backward-planning workflow for submitting an Empirical Software Engineering (SE) paper to FSE. It manages the entire academic publication lifecycle, from initial venue confirmation and evidence lock to submission, major revision, and final presentation. It outlines critical milestones, deadlines, and potential failure modes to ensure a structured and successful academic publishing process.

This detailed project management skill provides a comprehensive, backward-planning guide for submitting to highly structured academic conferences, such as HPCA. It maps out critical milestones—from initial venue fit and evidence locking to review, revision, and final camera-ready submission—while identifying common failure modes and coordination requirements to maximize acceptance chances.

A comprehensive guide for planning and executing a scientific paper submission for the ISSTA conference. It maps out all critical milestones, including venue fit, evidence locking, submission deadlines, major revisions, and artifact evaluation. The skill provides backward planning heuristics and identifies common failure modes to ensure timely and successful publication.