Made with Nano Banana 2 Lite · CC0 · 3 Oct 2026

Chunky low-poly

Generated from: a scene from a small video game about: Act as an expert 3D game developer. Create a complete, high-performance 3D racing car game from scratch using JavaScript, Three.js, and WebGL2. Optimize the graphics pipeline, shaders, and lighting to simulate a high-fidelity "4K realism" visual aesthetic. The game must include the following features: 1. CAR SELECTION & UNIQUE VEHICLES: - Design 3 to 4 unique sports cars, each constructed with distinctly styled 3D bodywork geometry and unique color schemes. - Program individual, contrasting physics configurations for each vehicle to reflect distinct performance stats: * "Supercar": Exceptional top speed and fast acceleration, but stiff handling and more difficult to recover from drifts. * "Drift Tuner": Moderate top speed, but highly responsive steering and excellent lateral sliding control when handbraking. * "All-Rounder": Perfectly balanced speed, acceleration, and traction across both dry and wet conditions. - Integrate a visually clean Car Selection Screen into the Main Menu overlay. This screen must show the name of each car along with dynamic UI stat bars mapping out their respective Speed, Handling, and Drift attributes. The selected car model must be used by the player in the game. - Randomly assign these unique car models and physics stats to the AI opponents on the starting grid so the field looks diverse and behaves competitively. 2. MINIMAP / TRACK RADAR: - Implement a real-time, 2D circular Minimap overlayed in a corner of the screen. - The minimap must render a clean, scaled-down vector outline of the entire track layout. - Dynamically display the real-time positions of all active vehicles on the minimap using distinct, colored blips: a bright green blip for the player's car and distinct red blips for each AI opponent car. 3. DYNAMIC ENVIRONMENT & AUTOMATIC HEADLIGHT SYSTEM: - Implement a continuous Day/Night Cycle where a full 24-hour cycle completes every 5 minutes in real time. The skybox, ambient lighting, sun position, and shadows must transition smoothly from daylight to dusk, a pitch-black night, and dawn. - Implement a randomized Rain/Dry Weather Cycle where the weather state periodically changes by chance. When raining, darken the sky, generate a 3D particle rain effect, and make the asphalt surface highly reflective. - AUTOMATIC HEADLIGHT MECHANIC: Program an automated lighting system for ALL vehicles on the track. As soon as the environmental cycle transitions into night-time, dusk, or a rainy state, every single car must automatically activate its 3D headlights. The headlights must project realistic forward-facing cones of light (spotlights) onto the track surface, cast shadows, and illuminate the environment ahead. They must automatically turn off during bright daylight. 4. GAME MODES & MENU INTERFACE: - Implement a clean HTML/CSS/Canvas overlay Main Menu before the game starts, combining the Car Selection Screen with two distinct game modes: * "Solo Time Trial": The player races completely alone on the track to achieve the fastest lap time. * "Race Mode": The player competes against 3 to 5 AI-controlled opponent cars spawned on a starting grid. - Include a "Start Game" button that initializes the chosen car and mode, resetting the race clock. 5. AI OPPONENT MECHANICS: - Program autonomous AI racing cars that follow a pathfinding node system along the track circuit. - Give the AI cars realistic driving logic: they must accelerate on straights, brake before tight corners, and attempt to overtake the player or other AI cars. - DYNAMIC WEATHER ADAPTATION: The AI must adapt to the environment. When the rain cycle starts or night falls, the AI must reduce its top speed and brake earlier into corners to prevent spinning out on the low-friction surface. 6. CONTROLS & DRIFT MECHANICS: - Implement keyboard controls strictly mapped to the Arrow Keys: * "Arrow Up": Accelerate forward. * "Arrow Down": Reverse / Standard Brake. * "Arrow Left": Steer left. * "Arrow Right": Steer right. - Implement a Handbrake / Drift Modifier using the "Shift" key: * Holding "Shift" acts as a handbrake, locking the rear wheels and cutting forward traction. * If "Shift" is held while steering at high speeds, it triggers a physical drift where the rear end slides outward. * WEATHER IMPACT: When the rain cycle is active, significantly lower the road friction coefficient. The car should lose grip much faster, making normal turns slippery and extending the sliding distance of drifts. 7. VISUALS & CAMERA PERSPECTIVE: - Use advanced post-processing effects including bloom, motion blur, and screen-space reflections (highly visible on the wet track and under headlight beams). - Set up a cinematic, third-person trailing camera that smoothly follows behind the player's car. Add dynamic camera shake at top speeds and a subtle horizontal lag/delay during drifts to emphasize sideways momentum. 8. UI & GAMEPLAY LOOPS: - Create a continuous loop racing circuit featuring a mix of long straights and sharp corners to showcase the drifting mechanics. - Include a sleek, minimalist UI overlay displaying a live Speedometer (km/h), an active "DRIFT" status indicator, a lap timer, a lap counter, a current leaderboard/race position (only visible in Race Mode), and a current weather/time display. - Include a race completion condition (e.g., finishing 3 laps) that displays a final summary screen showing the player's final position and fastest lap time, with a button to return to the Main Menu. Please write clean, modular, fully commented code. Use standard web technologies and self-contained 3D assets/materials so the game compiles and runs flawlessly with high-end visual fidelity upon execution., as an in-game screenshot in chunky low-poly 3D with flat shaded materials. Palette: dusk violet #2b2d42, stone #8d99ae, player coral #ef8354, threat teal #2a9d8f, accent gold #f4d35e. Everything is original: never draw or resemble characters, places or logos from existing games, films or brands (no red-capped plumbers, no famous mascots), even when the idea names one. Keep the pictures honest: they promise what a small first version of this game, made in a game engine in a few days, can look like. Simple readable shapes, clear silhouettes, few flat materials, the in-game camera view. Never film stills, photoreal renders, AAA key art, detailed textures, cinematic lighting, or anything that looks like a big-studio game. No text, UI, HUD, logos or editor screens inside any image.