Game Development

Prompt

Create a complete, playable Monopoly-style game called "Himachal Himalaya" using p5.js with WEBGL for real 3D animations. The board must be a never-before-seen organic design that represents authentic Himachal Pradesh nature and culture instead of a flat square. Design the board as a winding mountain path that spirals up a stylized 3D Himalayan peak, with properties placed along the trail as traditional wooden houses, temples, apple orchards, and deodar forests that grow in 3D when owned. Implement full Monopoly rules and logic: 4 players, 2 dice, buying/selling properties, rent, houses/hotels (shown as wooden cottages and multi-story stone buildings), Chance and Community Chest (renamed "Local Wisdom" and "Festival Blessings"), Jail (as a mountain cave), Free Parking, and bankruptcy. Players move as animated 3D characters wearing traditional Himachali attire (caps, shawls, and woolens) that walk, jump, and rotate smoothly along the 3D path. The board should feature authentic elements: Kullu and Kinnaur valleys, Rohtang Pass, Chamba temples, Tibetan-influenced monasteries, rhododendron forests, and flowing rivers rendered with simple 3D geometry and textures. Use a rich color palette of mountain blues, forest greens, apple reds, and warm wood tones. Include ambient 3D lighting, soft shadows, and gentle particle effects for snow and falling leaves. Add unique theme-based twists: landing on certain spaces can trigger local events (landslides, apple harvest bonuses, or monastery blessings that skip rent). Properties should be named after real places and cultural landmarks. Include a clean UI overlay for player money, property cards, and dice results. Make the entire game run in a single HTML file with p5.js, ensure smooth 3D camera controls, and make it fully playable against simple AI opponents. Focus on visual beauty, cultural authenticity, and polished 3D movement so the game feels like a living Himalayan landscape rather than a traditional Monopoly board.

A system prompt was added to support web rendering