Neon Phone

Cinevva's analyzer read this game's design doc and its source, then wrote the brief below. "Make your own" hands it to the game creator as your opening message, so you start from a real spec rather than a one-line idea.

Create a Three.js-style interactive 3D product viewer/game titled “Neon Phone.” Show one upright, tall rounded-rectangle smartphone centered in a dark near-black space scene, standing above a dark circular metallic platform with a faint electric-blue ring. Use a perspective camera with a narrow field of view, initially looking from an elevated three-quarter angle at the phone; the phone should slowly auto-rotate around its vertical axis. Allow the user to drag to orbit the camera, scroll to zoom, and temporarily stop auto-rotation while dragging, resuming after about three seconds of inactivity. Keep the camera distance constrained so the phone remains the focus.

Model the phone as a slim rounded black/dark-gray metallic body with softly beveled corners, reflective materials, subtle clearcoat, and small side buttons. One face has a large dark-blue emissive glass screen inset into the body, with a faint grid and blue glow. The opposite/back face is decorated with a bright cyan neon circuit-board motif: vertical rails, short horizontal traces, glowing nodes, segmented edge strips, corner marks, a small faint geometric logo, and a compact cluster of several tiny blue camera lenses near the top. The neon elements should pulse gently over time and bloom/glow against the darkness. Add approximately 200 sparse blue star-like particles around the phone, with a very slow rotation of the particle field. Use dark ambient lighting plus cool blue rim lighting and a subtle warm fill, soft shadows, ACES-like tone mapping, and a restrained UnrealBloom-style postprocess so the cyan edges and blue screen glow without washing out the black body.

Make the phone’s front screen an actual interactive 256x512 canvas texture mapped to the screen. On the home screen, draw a very dark navy-to-black vertical gradient, subtle blue 16-pixel grid, a soft blue radial glow, a small “9:41” status time at upper left, and a small blue status indicator at upper right. Place three rounded translucent dark icon tiles in a row around the upper-middle: Camera with a white camera emoji/icon, Games with a white game-controller emoji/icon, and Settings with a white gear icon. Each tile has a faint cyan border/glow and a small monospace label beneath the symbol. Include a thin translucent dock bar near the bottom.

Raycast pointer clicks onto the 3D screen and convert the hit UV to canvas coordinates. Clicking one of the three home icons opens that app. App screens should be drawn into the same canvas: clear to nearly black, show a rounded dark-blue header with a faint cyan outline, a red-tinted X close button at top-left, and a centered monospace title; below it show a rounded dark content panel. Camera app: display a cyan viewfinder rectangle with corner brackets and a circular shutter button near the lower area. Games app: display a 2-column by 3-row grid of six rounded dark cards with faint borders and dim game symbols (dice, cards, game controller, arcade/joystick-like icon, billiards-like icon, puzzle). Settings app: display seven stacked rounded rows labeled exactly “Wi-Fi,” “Bluetooth,” “Brilho,” “Sons,” “Notificações,” “Armazenamento,” and “Tema Neon,” with smaller cyan values “Conectado,” “Ligado,” “65%,” “Ligado,” “2,” “32/128GB,” and “Ativo.” Clicking the X area returns to the home screen; other app content does not need additional interactions.

Add a minimal fixed HUD at the bottom center reading “DRAG TO ORBIT •” (or equivalent exact instruction text “Drag to orbit • Scroll to zoom” in small uppercase monospace cyan-blue with low opacity), and ensure it does not intercept pointer input. The overall visual style is a premium futuristic neon product render: black void, sparse blue stars, dark reflective phone, vivid cyan circuitry, blue emissive screen, subtle pulsing glow, and no gameplay enemies, scoring, lives, or combat.