Project Atmosphere

Added

• Cyclone and low-pressure systems that dynamically reshape the world’s weather patterns, replacing static forecast regeneration.
• Sunlight-based temperature system where each biome has its own solar energy absorption rate, and cloud cover now realistically reduces local heating, creating cooler or warmer zones over time.
• Rainbow system that appears dynamically after rainfall events based on humidity, sunlight angle, and biome type.
• Aurora Borealis integration, adding naturally shifting lights at high latitudes during clear and cold nights, fully synchronized with temperature and pressure data.
• Dynamic forecast persistence, where only major geographical displacement or manual commands regenerate the world’s base forecast.

Fixed

• Improved weather stability logic to avoid rapid cloud cycling or “rave” behavior between biomes.
• Corrected humidity-to-rain intensity mapping to produce smoother transitions.

Changed / Removed

• Removed daily forecast regeneration in favor of continuous, cyclone-driven evolution across the world.
• Temperature is now influenced by solar energy and atmospheric pressure instead of relying solely on biome constants.
• Forecast updates now occur asynchronously, ensuring seamless regional transitions and no TPS impact during major weather changes.