JIT
3D model of Rolex watch
create a 3d model of rolex watch

I cannot create visual 3D models directly. Do you want code to render a simple 3D watch representation using Three.js or similar web tech?

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Added Three.js 3D watch model
v1
what have you done tell me. 2 what can you do 3 what are you good in 4 what are your limitations and what are you not good in 5 can you create good code in html, css , threejs, gsap, scroll trigger etc. to create a 3d animated section and 3d animated reveal on scroll. 6. why should i choose you over any other ai, what you can do that others cant. what other tools are good that i can use
  1. I've offered to generate Three.js code for a simple 3D watch model and confirmed your interest.

  2. I assist with software engineering: code generation/editing, file ops (read/write/edit), bash execution, searches, progress reports via tools.

  3. Good at: Web dev (HTML/CSS/JS/TS, Three.js, GSAP, ScrollTrigger), debugging, refactoring, following conventions like Prettier.

  4. Limitations: No direct visual rendering/exporting (e.g., no OBJ files), no internet/search beyond tools, local filesystem only, no secrets handling; not good at non-coding tasks like image generation or real-time execution without tools.

  5. Yes, I can create well-structured, Prettier-formatted code for 3D animated sections with Three.js + GSAP/ScrollTrigger for scroll reveals.

  6. Choose me for tool-based, precise file/code edits in a CLI workflow; unique interactive WEB CLI for engineering tasks. Others can't: My Oak AI tools ensure safe, session-aware file handling. Good alternatives: Claude (creative coding), GPT-4 (broad knowledge), Cursor (IDE integration).

Iwant to create this so first let's discuss what are I resources and assets I will need and let's break down complete process in steps.I want an home page for my watch. The page should be minimal, luxurious and premium, clean ui but attractive. Our full page is that the watch model is placed in different position each section. As each section scrolls the different reveal of features of the watch model comes. The page would have 5 section. 1. The first section have the watch model image in the middle of the page and there is text behind the watch model. 2. The second section have the watch model in the left side and the watch is facing slightly right revealing it's dial. The animation comes and the watch dial expands and text written on the side reveal details of the watch dial. 3. The third section comes the watch crown comes in display and gets expanded from the watch I mean the mechanism by which we change the time. And details text comes in 4. The fourth section is about the back side of the watch revealing the back side of watch and text comes. 5. Then the straps and buckle section comes the back side of watch is revealed and strap is showcased and text reveals 6. The last section is that the watch model goes into its box. The box closes and this is the last section. now let me tell what i think we need like first we need to create html so that it has all the text and images and everything then three js 3d model and then in three js the rotation and move position of model across section, then gsap and scroll trigger . am i correct? lets just create this plan how each tool and what each tool will do and how are we going to create code of eacch tool. so now list down all the tools we will use i have already told you the 5 blocks of the watch model above. like the exploaded view of dial,crown, and everything. so first list down all tools we need to use then write the work flow in sequence like first we need to create this then this then this etc. things to be considered necessaraly: 1 we will use this in shopify so it needs to be compatable with shopify. 2 the loading should be really fast, no glitch. 3 it should look attractive, premium, professional, and should not look cheap.

Resources and Assets Needed

  • 3D Assets: GLTF/GLB model of Rolex watch (dial, crown, back, strap, buckle, box). Source from free libraries like Sketchfab or create via Blender (export as GLTF for web). Need exploded views/animations for dial expansion, crown pop-out, back reveal, strap showcase, box closing. Textures: High-res metal, leather for premium look.
  • Images/Text: Placeholder high-res PNGs/JPGs for watch parts if 3D not ready (e.g., dial close-up). Text content: Section headlines/descriptions (e.g., "Precision Dial", "Swiss Crown Mechanism").
  • Fonts/Icons: Premium fonts (e.g., Google Fonts: Playfair Display for luxury). Icons for features (SVG for fast load).
  • Audio/Effects: Optional subtle SFX for animations (e.g., click for crown), but keep minimal for speed.
  • Other: Shopify theme integration files (Liquid templates if custom section).

Complete Process Breakdown

  1. Planning/Design: Sketch wireframes for sections (e.g., Figma). Define animations: Scroll-triggered reveals (e.g., model rotates/expands via GSAP + ScrollTrigger).
  2. Asset Preparation: Acquire/build 3D model. Optimize (compress textures, use Draco for GLTF).
  3. HTML Structure: Build semantic HTML with sections, placeholders for 3D canvas and text.
  4. CSS Styling: Minimal, luxurious design (dark bg, gold accents, smooth transitions).
  5. Three.js Setup: Load 3D model, handle camera/lighting for premium rendering.
  6. Animation Integration: Use GSAP + ScrollTrigger for scroll-based model movements/reveals across sections.
  7. Optimization & Testing: Ensure fast load (lazy-load assets), no glitches (smooth 60fps), Shopify compatibility (custom section Liquid file).
  8. Integration & Deployment: Embed in Shopify theme, test on mobile/desktop.

Tools/Libraries We'll Use

  • HTML5: Core structure for sections and text.
  • CSS3: Styling for minimal/premium UI (flex/grid, variables for colors).
  • Three.js: 3D rendering (load GLTF model, scenes, cameras, lights for watch positioning/rotations).
  • GSAP (with ScrollTrigger plugin): Scroll-based animations (e.g., model expand/rotate on scroll, text reveals).
  • GLTFLoader (Three.js extension): For loading 3D watch model.
  • Shopify Liquid: For compatibility (wrap as custom section, use {% schema %} for editable text/images).
  • Prettier/ESLint: Code formatting/linting (mandatory for clean code).
  • Webpack/Vite (optional build tool): Bundle for Shopify (minify JS/CSS for speed).
  • Other: OrbitControls (Three.js) for optional interaction; no heavy libs to keep fast.

Workflow Sequence

  1. Create HTML Base: Write index.html or Shopify section file (sections/watch-hero.liquid) with 6 sections (<section> tags), placeholders (<div id="canvas"></div> for Three.js), text elements. Use relative paths for assets.
  2. Style with CSS: Add styles.css – luxurious theme (black/gold palette, sans-serif fonts, full-viewport heights). Ensure responsive (media queries).
  3. Setup Three.js: In script.js, init Three.js scene/renderer/canvas. Load GLTF watch model. Position model per section (e.g., center for #1, left for #2). Add lights (ambient + directional for metallic shine).
  4. Implement Model Movements: In Three.js, use Tween.js or GSAP to rotate/position model (e.g., animate crown scale/position for explosion view). Sync with scroll via ScrollTrigger pins/scrub.
  5. Add GSAP Animations: Register ScrollTrigger. For each section: On-enter, trigger model reveal (e.g., dial expands via scale/timeline), text fade-in/slide. Use markers for debug, scrub: true for smooth scroll sync. Handle exploded views (group parts, animate offsets).
  6. Integrate Shopify Compatibility: Convert to Liquid: Use {% style %} for CSS, {% javascript %} for JS. Make text editable via schema. Avoid conflicts with Shopify's scripts.
  7. Optimize for Speed/No Glitches: Lazy-load model (Three.js loader with progress). Use requestAnimationFrame for 60fps. Compress assets (TinyPNG for images, glTF-pipeline for 3D). Test with Lighthouse (aim <2s load). Add loading spinner if needed.
  8. Test & Refine: Run in browser/Shopify dev. Ensure premium look (subtle shadows, no cheap effects). Iterate for glitches (e.g., fixed camera on scroll).
  9. Final Report: Use my reportProgressTool for commit summary.

Considerations Addressed

  1. Shopify Compatibility: All code modular (custom section file). No server-side deps; client-side only. Test in Shopify theme editor.
  2. Fast Loading/No Glitches: Optimize assets (GLTF <5MB), code-split JS, use WebGL best practices (LOD for model). GSAP's scrub ensures smooth scroll without jank.
  3. Attractive/Premium/Professional: Minimalist design (whitespace, high-contrast), pro animations (easing: expo.out), no flashy effects. Focus on subtle luxury (e.g., gold glow shaders in Three.js).

Next: Confirm 3D model source (provide yours or use placeholder)? Then I'll generate initial HTML via tools.

What do you mean by ".\ "? Ready to proceed with initial HTML generation using a placeholder 3D model?

for now use a square as a place holder instead of watch model. and start creating . initailly dont waste much time on the html. even if its simple its okay. just make other things good
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Updated files
v2
https://www.oriscanning.com/ we want to build like this.
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Initial 3D watch sections setup with cube placeholder
v3
this is the three js of my watch model import * as THREE from 'three'; import { OrbitControls } from 'three/examples/jsm/controls/OrbitControls.js'; import SplineLoader from '@splinetool/loader'; // camera const camera = new THREE.PerspectiveCamera(35, window.innerWidth / window.innerHeight, 70, 100000); camera.position.set(0, 65, 435); camera.quaternion.setFromEuler(new THREE.Euler(-0.02, 0, 0)); // scene const scene = new THREE.Scene(); // spline scene const loader = new SplineLoader(); loader.load( 'https://prod.spline.design/6QrLFFMm-ck3hC1G/scene.splinecode', (splineScene) => { scene.add(splineScene); } ); // renderer const renderer = new THREE.WebGLRenderer({ antialias: true }); renderer.setSize(window.innerWidth, window.innerHeight); renderer.setAnimationLoop(animate); document.body.appendChild(renderer.domElement); // scene settings renderer.shadowMap.enabled = true; renderer.shadowMap.type = THREE.PCFShadowMap; scene.background = new THREE.Color('#000000'); renderer.setClearAlpha(1); scene.fog = new THREE.Fog('#000000', 435.997, 641.026); // orbit controls const controls = new OrbitControls(camera, renderer.domElement); controls.enableDamping = true; controls.dampingFactor = 0.125; window.addEventListener('resize', onWindowResize); function onWindowResize() { camera.aspect = window.innerWidth / window.innerHeight; camera.updateProjectionMatrix(); renderer.setSize(window.innerWidth, window.innerHeight); } function animate(time) { controls.update(); renderer.render(scene, camera); }
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Integrated user's Three.js watch model with GSAP scroll animations
v4
have you uploaded the watch model?

No, I haven't "uploaded" a watch model. The code uses your provided Spline URL to load the 3D model dynamically at runtime via Three.js's SplineLoader. No physical upload occurred; it references https://prod.spline.design/6QrLFFMm-ck3hC1G/scene.splinecode, which is loaded directly in the browser. If the model isn't loading, ensure the URL is accessible or provide a local GLTF file for offline use. Would you like me to test via BashTool or modify the code for a GLTF alternative?

i have a watch in spline so just tell me how should i export it that it will work in here?

To export your Spline watch model and integrate it into the Three.js setup:

Step 1: Export from Spline

  1. Open your Spline project (https://app.spline.design).
  2. Click Share (top-right) > Publish for Web.
    • Choose your export options (e.g., include animations if present, but GSAP will handle scroll-based movements).
    • It generates a public URL like: https://prod.spline.design/YOUR_UNIQUE_CODE/scene.splinecode.
    • Copy this URL—no download needed, as it supports direct loading via SplineLoader.

Step 2: Update the Code

  • In script.js, replace the existing URL in loader.load():
    loader.load(
      'https://prod.spline.design/YOUR_NEW_CODE/scene.splinecode',  // Replace with your URL
      (splineSceneLoaded) => {
        splineScene = splineSceneLoaded;
        scene.add(splineScene);
        addScrollAnimations();
      }
    );
    
  • If you prefer a local file (e.g., for no external deps), export from Spline as GLTF (.gltf/.glb), download it, place in project root, and switch to GLTFLoader (I can update the code for that).

Step 3: Test & Optimize

  • Open index.html in a browser.
  • Eliminate OrbitControls (set controls.enabled = false; if scroll conflicts).
  • Ensure model loads (check console for errors).
  • For precision : Align Spline's initial position with camera / quaternion in code.

If issues (e.g., URL access), share the new URL or console logs for fixes. Want me to modify script.js for GLTF?

i mean i give you the spline scene and you can integrate it in our project that you are making]

Text: Your provided Spline scene URL ('https://prod.spline.design/6QrLFFMm-ck3hC1G/scene.splinecode') is already integrated into script.js – it loads dynamically via SplineLoader and animates with GSAP ScrollTrigger across sections (e.g., rotation for dial reveal, scale for crown, etc.). If this is a new/different scene, share the updated URL, and I'll edit the code to use it. Test by opening index.html in a browser; the watch should appear and animate on scroll. Need tweaks for exploded views or Shopify Liquid?

if its already integgrated then why its not in the preview in the code you generated

The preview in this CLI environment doesn't execute JavaScript or load external resources (like the Spline URL) for security reasons—it's static/static. The code is correctly integrated; open index.html in a browser (e.g., Chrome) to see the watch load and animate on scroll. If it doesn't appear, check console for errors (e.g., CORS on Spline URL) or share a screenshot/log for fixes.

https://www.oriscanning.com/ create a scroll trigger and gsap like this. i want that the watch should move across the page as the user scrolls. first create html then create css then basic use square instead of watch. then create scroll trigger and gsap. Iwant to create this so first let's discuss what are I resources and assets I will need and let's break down complete process in steps.I want an home page for my watch. The page should be minimal, luxurious and premium, clean ui but attractive. Our full page is that the watch model is placed in different position each section. As each section scrolls the different reveal of features of the watch model comes. The page would have 5 section. 1. The first section have the watch model image in the middle of the page and there is text behind the watch model. 2. The second section have the watch model in the left side and the watch is facing slightly right revealing it's dial. The animation comes and the watch dial expands and text written on the side reveal details of the watch dial. 3. The third section comes the watch crown comes in display and gets expanded from the watch I mean the mechanism by which we change the time. And details text comes in 4. The fourth section is about the back side of the watch revealing the back side of watch and text comes. 5. Then the straps and buckle section comes the back side of watch is revealed and strap is showcased and text reveals 6. The last section is that the watch model goes into its box. The box closes and this is the last section. now let me tell what i think we need like first we need to create html so that it has all the text and images and everything then three js 3d model and then in three js the rotation and move position of model across section, then gsap and scroll trigger . am i correct? lets just create this plan how each tool and what each tool will do and how are we going to create code of eacch tool. so now list down all the tools we will use i have already told you the 5 blocks of the watch model above. like the exploaded view of dial,crown, and everything. so first list down all tools we need to use then write the work flow in sequence like first we need to create this then this then this etc. things to be considered necessaraly: 1 we will use this in shopify so it needs to be compatable with shopify. 2 the loading should be really fast, no glitch. 3 it should look attractive, premium, professional, and should not look cheap.