Skill UI

This skill audits academic literature reviews (like Annual Reviews of Psychology) to ensure they maintain scholarly rigor, balance, and objectivity. It checks for uneven coverage across different labs or theories, ensures evidence is weighted by design strength and replication status (not mere vote-counting), and flags potential self-promotion or bias. Use this when scrutinizing a high-stakes scientific review for academic fairness.

This tool acts as an orchestrator for Developmental Psychology submissions, guiding authors through the entire academic writing lifecycle. It helps users systematize their work from initial conceptualization and defining developmental claims (age effects, within-person change) to selecting the appropriate design (cross-sectional, longitudinal, micro-genetic), conducting rigorous analysis, and fulfilling modern standards like APA 7th and Transparency and Openness Promotion (TOP). It maps the full journey from idea to rebuttal.

A comprehensive guide for calibrating the balance between coverage and emphasis when conducting literature surveys (JEL surveys). It provides guidelines for structuring the corpus by tiers, ensuring fair representation of all academic schools and controversies, and avoiding self-promotion bias.

This skill is designed for creating highly professional and cinematic PowerPoint presentations featuring the 'Morph' transition. It enables smooth, continuous motion for shapes, graphs, and elements as the slide advances, mimicking Keynote-style fluidity. Ideal for complex pitch decks or animated sequences requiring precise cross-slide continuity and advanced animation control.

This guide helps researchers structure a compelling theoretical argument for social science manuscripts, particularly those in social psychology. It emphasizes elevating mere findings into robust theoretical contributions by explicitly defining the social-psychological mechanism that connects macro social structures, processes, or interactions to individual levels (self, cognition, emotion). It guides users through defining scope conditions, observable implications, and the core structure–individual link.

A four-tier memory store for AI assistants that promotes recurring facts from transcripts to project context and persona via deterministic recurrence gates, avoiding CLAUDE.md bloat and repeated corrections. Suitable for projects where agents need durable memory that is only committed after human adoption.

Structure and debug Bevy apps in Rust around the Entity Component System: App/plugins, components/resources, systems/queries, scheduling, and frame-rate-independent motion.

Domain knowledge for producing step-by-step Chinese math tutorial videos. Covers problem decomposition, five-part lesson pacing, voiceover narration rules, KaTeX-style formula layout, subtitle timing, and Creator-native implementation using motion clips, audio scripts, and overlay captions.

Assesses Art. 50 transparency duties under the EU AI Act for a provider/deployer. Covers chatbot disclosure, synthetic-content marking, emotion-recognition notices, machine-readable marks, exceptions, deadlines. Produces mini-report with compliance checklist and gap flags.

A comprehensive EQ development system based on Mayer-Salovey and Goleman models, covering self-awareness, self-management, social awareness, and relationship management. Provides scientific assessments (MSCEIT, EQ-i 2.0, TEIQue) and practical training methods for personal growth, workplace success, and leadership development.

A comprehensive guide to implementing animation in Godot 4.x using the three core specialized tools: AnimationPlayer for keyframed clips, AnimationTree for complex state machine logic and blending (ideal for character locomotion), and Tween for short, procedural UI or object movements. Learn when and how to drive transitions in a game environment.

A comprehensive guide to tuning game physics parameters, including mass, gravity, drag, and continuous collision detection (CCD). It addresses common stability issues like jitter and tunneling by correctly separating the fixed-timestep simulation (physics updates) from the variable-rate rendering (visual updates) using interpolation. Essential for creating predictable and responsive game motion across various hardware.