Skill UI

This skill provides expert guidance on positioning theoretical work for Linguistic Inquiry, a premier venue in generative grammar. It helps authors structure rigorous formal analyses of syntax and its interfaces (morphology, semantics, phonology). Use this when developing explicit, falsifiable theoretical proposals, crafting focused 'squibs,' or navigating the high standards required for top-tier academic linguistics publications.

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 advanced skill extends standard morph-ppt capabilities by enabling the seamless integration of 3D models (.glb) and advanced visual design elements. It features a robust, intelligent model discovery flow that proactively helps users find compatible 3D assets based on their topic (e.g., product, nature, concept). The system guides the user through searching multiple sources (Sketchfab API, Poly Pizza, Khronos assets) to ensure the final presentation is visually rich, professional, and technically sound.

This skill serves as a detailed guide for authors submitting theoretical articles in syntax or morphology to Natural Language & Linguistic Theory (NLLT). It outlines the journal's specific expectations, emphasizing that formal analyses must be deeply grounded and rigorously tested using rich, representative, and often cross-linguistic empirical data. Use this tool to assess the methodological rigor, scope fit, and structural requirements of your manuscript against NLLT's high academic standards.

Advanced JavaScript animation skill using Anime.js for creating complex, high-performance web animations, including timelines, staggering, and SVG morphing. Ideal for interactive landing pages and kinetic UI elements.

Build highly interactive, spatial, weightless web interfaces using glassmorphism, 3D CSS transforms, and GSAP scroll animations for dashboards, landing pages, and immersive product surfaces.

A comprehensive guide for implementing 'Aurora UI' aesthetics across multiple platforms including Web, SwiftUI, and Flutter. Learn how to create ethereal, atmospheric backgrounds using blurred color orbs, glassmorphism overlays, and fluid motion, ideal for luxury, futuristic, or high-end applications.

Modern dark-themed React UI system using Tailwind CSS and Framer Motion for dashboards, admin panels, and data-rich apps with glassmorphism and subtle animations.

A comprehensive technical guide for implementing the nostalgic Frutiger Aero aesthetic across web and mobile platforms. This style, popular in the mid-2000s, is characterized by glossy gradients, translucent glass effects, and nature-inspired motifs (sky, water, grass), creating an optimistic, skeuomorphic user interface experience.

This guide details the principles and implementation techniques for Skeuomorphism—the design style that makes digital interfaces resemble real-world physical objects. It covers core principles like realistic textures (wood, leather), physical lighting, depth, and real-world metaphors. Provides detailed code examples for Web (CSS), iOS (SwiftUI), and Android (Flutter) to achieve highly realistic, tactile UI elements.

Covers Three.js animation techniques including keyframe, skeletal, morph targets, and animation mixing. Use for animating objects, playing GLTF clips, procedural motion, and blending animations in 3D scenes.