💎 Author notes:

“Ambition is much like an ember, of which fire lies dormant, if that ember be exposed in the dark and to the wind, it quickly fades and loses its spark, therefore ambition is not to be declared in the midst of mediocrity, nor should it be observed by the lesser, neither by those who prophesize of their embers — but cloaked in darkness to walk among the lost... alone.”

“To ordain a law by which data must be retained, dissipated, and regained across space and time — contingent upon adjacent concentrations of same said data — the third head of existence’s trinity (time, matter, and the law of interaction) must bind the other two”

Priceless relic unapologetically declaring itself the superior of all past, present and future temperature systems, a law of nature directly written in C++ with divinity.

Jeber Temperature Pro🔥 The Absolute Law of Thermal Sovereignty 🔥

Welcome to Jeber Temperature Pro — a ruthless, real-time temperature simulation system forged for Unreal Engine developers who refuse to bow to mediocrity. This is not a toy, not a gimmick — this is divine heat logic, built to simulate the rise, decay, and equilibrium of body temperature with brutal mathematical precision. No hand-holding. No faked numbers. Just raw, calculated fire with negligible cost across HUNDREDS of actors.

• 🔥 Dynamic Body Heat Simulation:

  Every actor runs its own temperature logic — influenced by atmosphere, isolation zones, buffs, debuffs, and internal heat gain/loss — without a single wasted tick.

• 🧠 Stacking Effects Engine:

  Add multiple heat-based buffs and debuffs that scale, decay, and self-destruct over time. Every tick counts. Every value matters. Real performance. Zero compromise.

• 🧊 Isolated Room Logic:

  Simulate thermal traps, freezing bunkers, or volcanic chambers. Create heat zones that override environmental temperature with adjustable blend values.

• ⚙️ Jeber Utility-Driven Efficiency:

  Built with proprietary Jeber_Float_Lerp functions — achieving god-tier optimization across hundreds of actors with sub-millisecond cost.

• 📉 Real-Time Diagnostic Outputs:

  Output net temperature change per second for each actor — allowing seamless UI feedback or AI reactions based on heating or cooling state.