TotenKnopfandClaude Opus 5
d82b7e43a4
Confirmed in game. The radiator's thermal-ammo and hold signals both arrive, VentAllowed goes false, and the radiator idles with its manual switch still on -- heat banked for the launchers instead of vented. The self-test probes did their job: ThresholdToggle was fine, and a mod-defined category carries a value perfectly well. The EMP probe was simply a bad probe -- it read thermal_load_dissipation, which an idled radiator broadcasts as zero, so it was correctly reporting a real zero. Routing in v1.3.0 was the actual cure. Remove the probes and the diagnostic indicators. The repointed power indicator is the one cue a player needs: it now shows on a radiator the mod has idled. Add test_override_values_name_real_components, which catches an Overrides value naming a component that does not exist -- a fourth way to produce a mod that loads clean and does nothing, and one this very commit introduced while stripping the scaffolding. Co-Authored-By: Claude Opus 5 (1M context) <noreply@anthropic.com> Claude-Session: https://claude.ai/code/session_011oLWY1G6S8U35bi2FxVWni
96 lines
2.6 KiB
Plaintext
96 lines
2.6 KiB
Plaintext
// ABOUT ME
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// Components merged into the Radiator. They receive the three network values
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// this mod broadcasts and combine them into a single gate, AutoPowerToggle,
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// which mod.rules then substitutes for the radiator's vanilla PowerToggle on
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// the parts of the radiator that actually dissipate heat.
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//
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// Each broadcast arrives as a number, 1 or 0, summarised across the network by
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// a NetworkValueReceiver and turned back into a toggle by a threshold at 0.5.
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// A network with no broadcaster at all yields 0, which is why a ship without
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// thermal batteries or thermal launchers keeps vanilla behaviour.
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//
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// The player's manual on/off switch (PowerToggle) is preserved and still wins:
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// a radiator the player has switched off stays off. The automation can only
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// idle a radiator the player has left on.
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//
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// A radiator vents when ANY of these hold:
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// - the network is not asking it to hold (no battery, or battery full)
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// - no launcher on the network is using thermal ammunition
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// - some part is overflowing heat right now (safety net, overrides all)
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AutoRad_HoldSignal
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{
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Type = NetworkValueReceiver
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Categories = [ auto_radiator_hold ]
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Mode = Max
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AllowUncategorized = false
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}
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AutoRad_ThermalAmmoSignal
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{
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Type = NetworkValueReceiver
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Categories = [ auto_radiator_ammo_user ]
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Mode = Max
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AllowUncategorized = false
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}
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AutoRad_ForceVentSignal
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{
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Type = NetworkValueReceiver
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Categories = [ auto_radiator_force_vent ]
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Mode = Max
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AllowUncategorized = false
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}
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// "value is not zero", written the way vanilla writes it (the thermal pump's
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// UtilizationToggle). The signals are only ever 0 or 1, so this is equivalent
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// to a 0.5 threshold while sticking to a form the game demonstrably honours.
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AutoRad_IsHolding
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{
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Type = ThresholdToggle
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ValueFrom = AutoRad_HoldSignal
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MinAmount = 0
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MaxAmount = 0
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Invert = true
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}
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AutoRad_ThermalAmmoInUse
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{
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Type = ThresholdToggle
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ValueFrom = AutoRad_ThermalAmmoSignal
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MinAmount = 0
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MaxAmount = 0
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Invert = true
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}
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AutoRad_ForceVent
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{
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Type = ThresholdToggle
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ValueFrom = AutoRad_ForceVentSignal
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MinAmount = 0
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MaxAmount = 0
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Invert = true
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}
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AutoRad_VentAllowed
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{
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Type = MultiToggle
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Toggles
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[
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{ Toggle = AutoRad_IsHolding; Invert = true }
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{ Toggle = AutoRad_ThermalAmmoInUse; Invert = true }
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AutoRad_ForceVent
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]
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Mode = Any
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}
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// The replacement gate. PowerToggle is the radiator's vanilla UIToggle, so the
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// player's switch remains the master control: it can turn a radiator off, and
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// the automation can only idle one the player has left on.
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AutoPowerToggle
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{
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Type = MultiToggle
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Toggles = [ PowerToggle, AutoRad_VentAllowed ]
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Mode = All
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}
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