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Create mathematical and geometric animations in Python with Manim Community Edition. Use guidance, examples, and scene templates to structure animations, display equations, plot graphs, control cameras, and render two-dimensional or three-dimensional scenes.
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Inspect 3MF files for 3D printing, detect cylindrical holes, and resize them to a chosen diameter. Repair mesh defects and compare files while preserving BambuStudio and PrusaSlicer metadata during file repacking.
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Create game images, transparent PNGs, textured 3D models, animated humanoids, sound effects, and voice lines using local GPU tools. Paid API options extend production to assets such as music and animated sprites.
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Make 3D canvas output sharper on Retina and other high-density displays. Coordinate rendering and post-processing resolution, preserve pointer accuracy, and verify fixed 200% rendering or automatic scaling with measured performance and explicit fallbacks.
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Create or integrate detailed 3D models with smooth outlines and believable edges for close-up views. Prepare lower-detail versions for distant viewing, prioritize loading, and measure rendering costs in the actual scene.
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Add coordinated seasonal transitions to an existing 3D scene. Blend foliage, lighting, sky, ground, snow, and particles from one shared state while preserving camera controls and interactions, so the same place remains recognizable throughout spring, summer, fall, and winter.
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Write, review, and optimize Three.js scenes using guidance on memory cleanup, rendering, models, textures, and lighting. Apply examples to reduce unnecessary work, investigate memory leaks, and adjust 3D experiences for mobile devices.
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Generate 3D models, textures, images, rig characters, animate them, and prepare for 3D printing using the Meshy AI API. Handles API key detection, task creation, polling, downloading, and full 3D print pipeline with slicer integration. Use when the user asks to create 3D models, convert text/images to 3D, texture models, rig or animate characters, 3D print a model, or interact with the Meshy API.
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根据参考视频测得的色彩与剪辑节奏，生成视频并与现有素材、叠加画面和三维道具合成，通过数值核对成片，同时交付可再次编辑的时间线。
指导配置和运行毫米波雷达，使用支持的设备检测心率、呼吸、人员存在及距离，并介绍与WiFi CSI的数据融合和三维点云显示配置。
根据在室人数、呼吸心率、动作姿态、睡眠或室内变化等RuView用途，选择示例与启动步骤，指导运行模拟演示或接收ESP32数据的实际环境。
Configure images and videos as surface textures in Three.js, and use environment images for backgrounds and reflections. Adjust placement, color settings, repetition, and filtering, then manage texture memory through compression, reuse, and disposal.
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Create mathematical animations in ManimGL using Python, with guidance for equations, graphs, 3D scenes, and camera movement. Includes interactive development workflows, examples, and templates for testing changes and rendering scenes to video.
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Inspect and edit 3MF files for 3D printing. Detect cylindrical holes, change their diameters, repair mesh issues, and compare files while preserving BambuStudio and PrusaSlicer metadata when repacking the edited file.
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Build Blender 3D scenes through text commands, adjusting objects, materials, lights, cameras, and animation keyframes. Render the scene or generate preview images to check its appearance, with scene state saved in JSON for later editing.
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Process 3D scan data with CloudCompare through text commands. Clean point clouds, collections of measured 3D points, extract ground surfaces, align scans, calculate distances, and convert or export point clouds and surface meshes in supported formats.
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Design courses where learners explore ideas by changing parameters, following diagrams, running code, playing games, or inspecting 3D scenes. Each main page focuses on one mechanism or structure, with opening and closing pages framing the learning.
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Plan a browser game's architecture before coding. Choose an engine, separate game rules from rendering, and define input, assets, menus, saves, debugging, and performance checks within a shared design.
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Build browser-based 3D games with Three.js, TypeScript, and Vite. Structure scene and camera control, model loading, physics, and interface overlays separately from game rules, with guidance for WebGL rendering diagnostics and performance.
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Design and implement browser game interfaces that keep the playfield visible. Create status displays, menus, and overlays with a consistent visual theme, responsive layouts for desktop and mobile, and clear interaction boundaries for 3D camera controls.
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Plan the early stages of a browser game by choosing suitable technology and coordinating gameplay, interface, assets, and playtesting. It defaults to Phaser for 2D games and routes more specific work to the relevant specialist skills.
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Build particle trails that keep consistent spacing as the pointer speeds up or slows down. Covers distance-based emission, drifting motion, placement in 3D scenes, performance checks, and alternatives for touch, keyboard use, and reduced motion.
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Build interactive 3D globe visualizations with globe.gl, displaying locations, connections, regions, and labels. The skill guides setup in HTML or React, explains data fields for each layer, and addresses sizing and mobile performance.
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Prepare Vesperfall game assets as paired transparent PNG cards and live 3D previews. Track each model’s actual source, expose available animations, and validate catalog displays, ground contact, and review pages through tests and browser checks.
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