Orb.Farm - Aquatic Ecosystem Simulator

Seele01-Flash
By
Orb.Farm is a unique puzzle-sandbox game that lets you create and nurture your own sealed aquatic ecosystem. Design sustainable underwater worlds using pixel art elements in this relaxing simulation experience.

Prompt

MODEL: Seele01-Flash
Please use Three.js to generate a **mobile-first game** with the theme "**Orb.Farm: Micro-Aquatic Ecosystem Simulator**". Please read the following detailed game design requirements first, and then generate the code accordingly: ### 1. Assets & Environment * **Visual Style:** High-contrast **Pixel Art** aesthetics rendered within a 3D context. The game should feature a clean, minimalist interface with a "laboratory" or "digital biology" vibe. * **The Orb (Container):** Create a large, transparent 3D glass sphere or tank in the center of the screen as the main play area. Use simple shaders to give it a glass-like refraction effect but keep it performant. * **Elements (Voxels/Pixels):** Instead of standard 3D models, use a **Cellular Automata** system (like "falling sand" games). * **Sand/Gravel:** Yellow/Brown pixels that settle at the bottom. * **Algae/Plants:** Green pixels that grow upwards or spread on surfaces. * **Water:** Blue pixels that behave like a fluid within the Orb. * **Life Forms:** * **Daphnia (Micro-crustaceans):** Small, pink/white pixel clusters that move jerkily (like the screenshot reference) and seek out algae to eat. * **Bacteria:** Invisible or faint grey pixels that break down waste. * **Fish:** Larger pixel clusters (orange/silver) that swim smoothly and eat Daphnia. * **Lighting:** Flat, ambient lighting to mimic a microscope view. No complex shadows. The background should be a neutral grey or soft laboratory blue to make the colored pixels pop. * **Performance:** Use `THREE.InstancedMesh` or a shader-based particle system (GPGPU) to handle thousands of "sand" particles efficiently on mobile devices. ### 2. Audio Requirements * **BGM:** Generative **Ambient Electronic** music. Think Eno-esque soundscapes—slow, drifting chords, very reverb-heavy and underwater-sounding. It should be relaxing and non-intrusive. * **SFX:** * **Placing Elements:** Soft, bubbly "bloops" and "clicks" when the player draws pixels into the tank. Pitch should vary slightly with each touch. * **Life Cycles:** A subtle "chime" when a new organism is born or when the ecosystem reaches a stable equilibrium. * **UI Sounds:** Crisp, clean mechanical clicks for selecting tools. ### 3. Gameplay Loop * **Core Mechanic:** The "Falling Sand" Simulation. * The player acts as a god/biologist. There is no direct control over creatures. * **Input:** The player selects a material (Sand, Water, Algae, Daphnia, Fish, Stone) and "paints" it into the Orb. * **Biological Logic:** 1. **Sunlight + Water + Stone -> Algae grows.** 2. **Daphnia eats Algae -> Daphnia reproduces.** 3. **Fish eats Daphnia -> Fish reproduces.** 4. **Waste/Dead creatures -> Bacteria decomposes into nutrients -> Feeds Algae.** * **Goal:** Create a **self-sustaining loop**. The "victory" is watching the counters (Oxygen, CO2, Biomass) stabilize, rather than reaching a specific end state. If the balance is off (e.g., too many fish), the ecosystem collapses (everything turns to waste/brown sludge). ### 4. Mobile Controls & Interaction * **Orientation:** **Portrait Mode** preferred for one-handed play, creating a "pet jar" feeling. * **Touch Interactions:** * **Painting:** One-finger drag inside the Orb to spawn the currently selected element. * **Camera:** Two-finger pinch to zoom in/out; Two-finger drag to rotate the Orb slightly (limited angle to maintain the 2D pixel aesthetic). * **UI Layout (Bottom Sheet):** * A scrollable horizontal toolbar at the bottom containing element icons (Water drop, Leaf, Fish icon, etc.). * Icons must be large (**min 48x48px**) for easy tapping. * **Visual Feedback:** When a tool is selected, the icon should glow/enlarge. When painting, a small ripple effect should appear under the finger. * **Stats Overlay:** A minimalist HUD at the top showing "O2 Level" and "Bio-Count" to give feedback on ecosystem health. Do not ask for clarification. Do not request confirmation. Directly execute the generation task based on the given instructions.

Game Introduction

About the Game

Orb.Farm is an innovative puzzle-sandbox simulation game that combines creativity with ecological science. In this beautifully crafted pixel art world, you become the architect of your own aquatic ecosystem, carefully balancing different elements to create a thriving underwater environment. The game offers a meditative and educational experience where players learn about ecosystem dynamics while enjoying a relaxing creative process.

Core Features

Complete Creative Freedom

Orb.Farm provides unlimited creative possibilities in ecosystem design. You can experiment with different combinations of aquatic life, plants, and environmental elements to discover unique ecosystem interactions. Every choice affects the balance of your underwater world, making each playthrough a learning experience.

Beautiful Pixel Art Design

The game features stunning retro-inspired pixel art graphics that bring your aquatic creations to life. Each element is carefully designed with charming detail, from tiny microorganisms to larger aquatic creatures, creating a visually appealing and cohesive underwater world.

Educational Ecosystem Mechanics

Learn real ecological principles through gameplay. The simulation incorporates authentic biological relationships, food chains, and environmental factors that mirror real aquatic ecosystems. Watch as your creations evolve and adapt based on the conditions you create.

Relaxing Sandbox Experience

With no time pressure or failure conditions, Orb.Farm offers a stress-free gaming environment. Perfect for unwinding after a busy day, the game encourages experimentation and peaceful observation of your aquatic world's development.

Gameplay Mechanics

Ecosystem Building

Start with basic elements and gradually introduce more complex life forms. Balance factors like oxygen levels, food availability, and population dynamics to maintain a healthy ecosystem. The challenge lies in creating self-sustaining environments that thrive over time.

Interactive Elements

Place various aquatic organisms, plants, and environmental features using simple mouse controls. Watch as different species interact, reproduce, and adapt to their surroundings in real-time simulation.

Experimentation and Discovery

The game rewards curiosity and experimentation. Try different combinations to see how various species coexist, discover unexpected interactions, and learn which elements work best together for long-term sustainability.

Controls and Interface

Simple Mouse Controls

The entire game is controlled with just your mouse, making it accessible to players of all ages and experience levels. Click and drag to place elements, observe interactions, and manage your ecosystem with intuitive controls.

User-Friendly Interface

The clean, minimalist interface keeps the focus on your aquatic creation while providing easy access to all necessary tools and organisms. The design philosophy prioritizes ease of use without sacrificing functionality.

Why Play Orb.Farm

Educational Value

Gain insights into real ecological principles while having fun. The game serves as an excellent introduction to concepts like biodiversity, food webs, and environmental balance, making it perfect for students and nature enthusiasts.

Stress Relief and Mindfulness

The calming nature of ecosystem building and observation provides excellent stress relief. Many players find the game meditative, using it as a digital zen garden for relaxation and mindfulness practice.

Unlimited Replayability

With countless possible ecosystem combinations and ongoing updates, Orb.Farm offers endless exploration opportunities. Each session can result in completely different outcomes, encouraging repeated play and experimentation.

Cross-Platform Accessibility

Play instantly on any device with a web browser - no downloads required. Whether you're on a computer, tablet, or smartphone, you can access your aquatic worlds anywhere with internet connection.

Frequently Asked Questions (FAQ)