InterstellarLogisticsOpt

依赖 / Requires UXAssist

中文

优化星际物流（星际运输塔）的调度开销，适用于上千座大塔的高强度冲糖场景。

两项优化：

• 调度提前退出（默认开启）：对没有空闲运输船或电量不足的塔，直接跳过整轮供需配对扫描，省下白扫一圈的无用开销。
• 调度平摊 AmortizeFactor（默认 1 = 关闭）：设为 2 及以上时，每座塔的调度频率降为原来的 1/N（如 5 = 每 50/150/300 tick 调度一次），总开销降到 1/N，且逐帧平摊、不产生卡顿尖峰。代价是物流响应变慢。

在游戏内 UXAssist 设置面板的「星际物流优化」标签页里实时开关与调节，无需重载存档。

注：平摊会让派单顺序与原版略有差异（吞吐量不受影响）。联机或依赖回放一致性时请自行斟酌。

English

Cuts the scheduling CPU cost of interstellar logistics (stellar logistics stations) for large bases — thousands of stations under heavy throughput.

Two optimizations:

• Dispatch early-exit (always on): a station with no idle ship or too little energy skips the whole supply/demand scan instead of walking it just to find nothing to send.
• Amortization AmortizeFactor (default 1 = off): set 2+ to schedule each station 1/N as often (e.g. 5 = every 50/150/300 ticks instead of 10/30/60), cutting total scheduler CPU to 1/N with load spread evenly across ticks (no spikes). Trades logistics responsiveness for CPU.

Toggle and tune live from the InterstellarLogisticsOpt tab in the in-game UXAssist panel — no save reload needed.

Note: amortization changes dispatch ordering slightly vs vanilla (throughput unaffected). Evaluate before relying on it for multiplayer / replay determinism.

性能对比 / Performance comparison

场景：约 400 万/min 宇宙矩阵存档，模拟帧 (sampleAndHoldSim) = 200。关闭 → 开启（AmortizeFactor = 5）。 Scenario: ~4M/min universe-matrix save, simulated frames (sampleAndHoldSim) = 200; mod off → on (AmortizeFactor = 5).

CPU 19.016 ms → 13.172 ms（约 −31% / ~31% lower frame time），GPU 与内存基本不变 / GPU & memory unchanged.

关闭 / Off — 19.016 ms

开启 / On (AmortizeFactor = 5) — 13.172 ms