A long, detailed Japanese prompt for designing a luxury 3D product experience web page for high-end watches, using Next.js, Three.js, React Three Fiber, GLSL, and specific scroll sections and shader requirements.
Design a 3D product experience page for a luxury wristwatch. **Target users:** wealthy customers, watch enthusiasts, and business people aged 30–50. **Brand tone:** Luxury × Tech (a modern, sophisticated high-end feel). Scroll experience (5 sections): Hero section – the wristwatch slowly appears from darkness into light while rotating. Implement holographic effects and Fresnel reflections with custom shaders. Detail zoom – close-up of the dial. Use GLSL to achieve metallic reflections, parallax mapping, and real-time glossiness. Mechanism breakdown – the watch disassembles and the internal movement floats in space. Use a displacement shader for an energy-field effect and add glow effects to each part. Material experience – switch between different material variations. Express metalness, glass refraction, and the matte texture of titanium with PBR shaders in a physically based way. Ending – the watch reassembles, with an abstract gradient mesh background made with a custom shader. Apply post-processing such as bloom and depth of field. **Tech stack:** Next.js 15 + Three.js + React Three Fiber + GLSL (custom shaders) + react-postprocessing + Lenis. Shader requirements: Fresnel reflection shader (rim-light effect) PBR material shader (roughness, metallic, AO) Holographic shader (iridescent interference effect) Displacement shader (waving and distortion effects) Custom background shader (gradient noise) Post-process: Bloom, ChromaticAberration, DepthOfField, Vignette. Please propose specific numerical values for: Scroll range of each section (in % or vh units) Animation parameters (start/end values for position, rotation, scale, etc.) Easing functions (ease type) Camera FOV, position, and target values Lighting settings (intensity, color, position) Uniform values for each shader (time progression, scroll progress, hue, intensity, etc.).
Generate {argument name="icon_count_en" default="40"} simple and highly versatile icons in SVG format. Be sure to draw them on a canvas. The color should be {argument name="icon_color_en" default="light blue"}. The background should be {argument name="background_color_en" default="white"}. Use line-style icons with a Material Design feel. Add a button that lets users download each SVG icon as SVG data.
Generate a web application that introduces one {argument name="color_system_en" default="traditional Chinese color"} each day (for example: {argument name="example_color_1_en" default="Sky Blue (Tianqing)"}, {argument name="example_color_2_en" default="Crimson (Yanzhi)"}, {argument name="example_color_3_en" default="Dark Green (Dailuo)"}), accompanied by related classical poetry, artifact illustrations, or natural landscapes.
Please help me create a retro typewriter web application themed around {argument name="device_name_en" default="Motorola Fix Beeper"}. In the center of the page, display a typewriter that can take text entered by the user and generate it as a card, with an effect similar to the slow typing of a typewriter, and allow the card to be dragged to empty areas.
Create one HTML file for a {argument name="product_type_en" default="luxury smartwatch"} page using Three.js, Anime.js, and Tailwind. Make a 3D {argument name="main_object_en" default="watch"} model, a dark textured overlay with a round hole showing the {argument name="main_object_background_en" default="watch on beige"}, and animate the header and big numbers to slide in when the page loads. Make the page more professional. Replace the static hole with an iris that opens on load. Add a glass dome over the {argument name="focus_area_en" default="watch face"} with reflections, improve metal materials, add mouse parallax so the {argument name="parallax_target_en" default="watch"} rotates with the cursor, and draw time and fitness rings on the {argument name="dial_area_en" default="watch face"}. Turn the single screen into a multi-section scroll site. When the user scrolls, animate the 3D {argument name="scroll_object_en" default="watch"} to move and rotate to match each section. Keep the 3D canvas and background fixed while text scrolls over them; only the {argument name="moving_element_en" default="watch"} moves. - fixed canvas: position the canvas
Generate a Chinese-language AI Hanfu wardrobe application. Use AI face-swapping or 3D body-shape technology. Users upload a photo and can, with one click, "try on" Hanfu from various dynasties ({argument name="dynasty_1_en" default="Tang"}, {argument name="dynasty_2_en" default="Song"}, {argument name="dynasty_3_en" default="Ming"}), or customize hairpins and makeup themselves.
As a frontend engineer with a strong sense of aesthetics, create a website landing page for "{argument name="leaderboard_name_en" default="Chinese Twitter KOL Leaderboard"}". The design should be highly polished, with a minimal color palette, dark mode, and high contrast. Fetch the data source from the web. Use Tailwind CSS + HTML5, add animations, and output only the HTML code directly.
Build a 3D {argument name="puzzle_type_en" default="Rubik's cube"}, include a button to mix it that shuffles the cube, and a button that solves the puzzle. Also allow the user to manually manipulate and solve it themselves.
Please help me create a retro Polaroid-style camera web application. In the lower-left corner of the page, display a camera that can connect to the webcam and show a real-time preview. When the shutter button is clicked, a photo paper slowly pops out from the top of the camera, and the photo develops from blurry to clear. Users can drag the developed photo from above the camera to areas of the page outside the camera, creating a photo-wall-like effect.
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