Interactive 3D Text Live-Editor with Three.js
This resource consists of an interactive WebGL environment contained within a single HTML file. It enables real-time 3D text generation through an integrated user interface, where the letters possess advanced physical and visual properties. The system combines orbit controls for the camera (360°) with a collision detection system (Raycasting) that allows the user to manipulate and drag the text directly within the three-dimensional space.
Prompt
This is a structured prompt designed for a code-generating AI to provide you with an optimized single-file solution. It includes CDN-hosted libraries and the specific interaction logic you requested. AI System Prompt: Act as an expert in WebGL and Three.js. Create a single HTML file containing CSS and JavaScript for an interactive 3D text experience. The file must meet the following requirements: Tech Stack: Use Three.js loaded via CDN (ES Modules). You must include FontLoader and TextGeometry (required for modern Three.js versions). User Interface: A text input field fixed at the top or bottom of the screen. An elegant canvas background (dark gradient or deep black). 3D Functionality: Live Update: As the user types in the input field, the 3D text in the scene must update in real-time. Typography: Use a "Helvetiker" typeface or similar from the official Three.js examples (JSON format). Camera Control: Implement OrbitControls to allow the user to rotate 360° around the text. Drag Interaction: When the user clicks directly on the 3D letters, they should be able to "grab" and move them through 3D space. You can use DragControls or a manual implementation with Raycaster. Aesthetics: Lighting: Add basic lighting (AmbientLight and PointLight) so the letters have visual depth and relief. Material: Use MeshStandardMaterial with a vibrant color (e.g., cyan or neon green). Constraint: All code (HTML, CSS, and JS) must be contained within a single file. Ensure the window resize event is properly handled. Technical Details (Translated) To help you understand what happens behind the scenes when the AI generates the code, here is a summary of the scene hierarchy: Technical Details (Summary) FontLoader: Loads the typeface JSON file to convert vectors into meshes. TextGeometry: Defines the thickness, size, and segments of the letters. Raycaster: Detects if the mouse click is hitting the text to enable dragging. OrbitControls: Allows the camera to orbit 360° when clicking on the empty background.
A system prompt was added to support web rendering
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