Skill UI

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.

Matplotlib is the foundational Python library for creating static, animated, and high-quality visualizations. This comprehensive skill guide covers everything from basic line plots and scatter graphs to advanced concepts like multi-subplot layouts, heatmaps, and 3D visualization. It details both the convenient pyplot interface and the powerful object-oriented API, ensuring you can generate publication-ready charts with professional customization.

Create smooth and responsive game cameras for 2D and 3D environments. Covers engine-neutral techniques like deadzones, look-ahead smoothing, bounds clamping, and orbit controls. Integrates with Unity Cinemachine or Godot rigs to fix jitter and improve player experience.

This comprehensive guide defines a structured, multi-stage workflow for generating, sourcing, and validating all visual game assets. It covers everything from establishing art direction and style guides to managing technical specifications (resolution, scale, compression), and integrating assets into game engines. Use this for planning sprites, UI elements, concept art, and 3D models to ensure visual consistency and production readiness.

A comprehensive guide for setting up a robust 3D game environment in Godot Engine 4. Covers core elements such as Node3D transforms, Camera setup, various lighting sources (Directional/Omni), WorldEnvironment for post-processing, assigning StandardMaterials, and building tile-based levels using GridMap. Essential for any developer starting or refining a 3D scene.

Master Godot 4.7 physics bodies like RigidBody, StaticBody, Area, and CharacterBody for 2D and 3D projects. Learn to configure collision layers and masks, detect overlaps using Area signals, apply forces to rigid bodies, and cast rays for line-of-sight checks. Essential for game development involving physics interactions and collision detection in Godot projects.

A comprehensive guide to writing custom shaders in Godot 4.x using the Godot Shading Language. Learn to create advanced 2D (canvas_item) and 3D (spatial) visual effects, implement post-processing using screen textures, and manage uniforms and animations. Covers the core workflow, built-in functions, and common pitfalls for high-performance graphics.

Load and animate 3D models in Three.js using GLTFLoader. Supports skinned animations, compressed meshes (DRACO), and KTX2 textures. Use this when importing .gltf or .glb files into a web scene. Includes setting up AnimationMixer for playback and handling compressed asset decoders.

Learn to configure 3D physics in Unity 6.3 LTS using PhysX. Covers Rigidbody movement, forces, colliders, triggers, and collision layers. Essential for handling OnCollisionEnter, tuning layers, raycasting, and joints. Includes best practices for FixedUpdate, linearVelocity, and avoiding common pitfalls like transform manipulation.

Design custom laboratory hardware components using parametric Python models with build123d. Export fabrication-ready files like STEP, STL, and DXF for microfluidic chips, mounts, and adapters. Ensure precise interface dimensions against standards for compatibility with lab equipment. Use for physical parts mating with standardized labware, optical tables, or manufacturing processes.

Generate and cut videos against a distilled style pack: plan takes, generate with fal, apply measured LUT grading, edit at cadence, weave footage, composite overlays, mint 3D props, and verify results numerically.

Measure reference videos into reusable style packs: 3D LUT grades, cut rhythm, stills, overlay plates, and specs for generative models. Use to capture looks, build repeatable grades, and match pacing.