2-12-2026 ☀️Sun Patch Doctrine & 🌧️Humidity Doctrine Officially Completed Terraform Habitats has formally completed and integrated two foundational environmental frameworks into EcoCore OS:1️⃣ Sun Patch Doctrine A radiant-first thermal strategy based on natural solar behavior rather than ambient air manipulation. Instead of heating “the box,” EcoCore OS prioritizes:High-intensity IR-A dominant basking zones Vertical thermal gradients Surface temperature validation Natural retreat cooling zones Controlled spectral layering (visible + UVA + UVB where appropriate)This doctrine is designed around how reptiles thermoregulate in nature, by moving between microclimates rather than relying on homogeneous air temperature.Halogen-based radiant heat systems now operate as controlled solar analogs, producing both heat and UVA within defined safety limits.2️⃣ Humidity Doctrine (V1)Humidity control within EcoCore OS now prioritizes: Absolute Humidity (AH) awareness Air mass water content modeling Targeted vapor addition Passive drying through airflow Biome-specific humidity envelopes Rather than chasing Relative Humidity percentages, EcoCore OS interprets humidity as water mass per cubic meter of air for each "T-HAB". This prevents over-humidification during temperature drops and reduces condensation risk. Humidity events (rain simulators, fogging cycles, ambient bias shifts) are constrained by biome safety caps and implemented as ecological signals, not arbitrary percentages. Why This Matters These doctrines represent a shift from device-based control to ecological simulation.Heat and humidity are no longer independent toggles.They are layered environmental forces mapped to biome structure.This architecture now governs all current and future Terraform Habitat builds.
