AC Heatpump

AC (heat pump) is not affected by temp in input/waste pipe but by difference of it and ambient temp. Vanilla AC have efficiency calculated by: - input/waste pressure - delta temp of input and waste - absolute temp of input and waste. This mod, replace 3rd one. It will calculate efficiency based on delta of input/waste temp and ambient temp of device AND also absolute ambient device temp. Ambient efficiency is capped at min 10% while overall one (delta) will be at 1%. This means that device will not bottom out in this aspect (vanilla hit 0% in 1000C of input/waste pipe). It also means that its more efficient to run device in bad ambient temperature if it lowers delta. Note: operating AC in vacuum will give low efficiency. Operational modes: - Normal: As described above - power usage, efficiency and operational ranges are x1 You can enable this by switching "lock" and "open" to 0 - Rapid: It will increase power consumption (x3) and efficiency (x5) while decrease operational ranges (x2). You can enable this by switching "lock" to 1 - Wide: Sort, of reverse of rapid mode. It will leave efficiency at base, increase power consumption (x3) while increase operational ranges (x1. 45). This mode is intended to use in extreme low/high temperatures or in high deltas, while it will be inefficient in normal temps/low deltas. You can enable this by switching "open" to 1 (and lock to 0) Above will require to have more code work around logic to make it not so hacky (not using lock/open) but for now it will have to do it. Also, "Open" can be reset to 0 by game on occasion. Efficiency modifiers do also affect "delta temp of input and waste" (more narrower in rapid mode, wider in wide). In (some) numbers, and set-up ideas. AC on Venus, outside, cooling down from world atmosphere by 110C, assuming pressure efficiency is 100%, combined efficiency of unit will be: - 3x AC in parallel set as normal -> 0. 09x - 1x AC set as wide -> 0. 2x - 1x AC set as rapid -> 0. 001x (or even less) - 3x vanil