// ABOUT ME
// Components merged into base_part_overclock, the shared base for every
// overclockable part. They form the mod's safety net.
//
// Why it exists: the threshold band on the thermal battery is a prediction. It
// can be wrong -- if the ship generates heat faster than its radiators can
// clear it, or if heat pipe topology cannot deliver to the batteries quickly
// enough, heat overflows regardless of what percentage the band is set to.
//
// OverflowHeatStorage is the engine's own ground truth for that: heat only ever
// reaches it when the network has already refused the heat, which is the exact
// moment the part starts cooking itself. Any part in that state forces every
// radiator on the network to vent, ignoring the band entirely.
//
// The timer holds the signal for a few seconds so a stream of per-tick overflow
// events becomes one steady "vent now" rather than a flicker.
//
// Carried as a NetworkValue rather than a NetworkToggle: vanilla marks every
// NetworkToggle IncludeInPhysical = false, so they do not carry a signal on a
// real ship.

AutoRad_OverflowTimer
{
	Type = Timer
	Duration = 3
	StartExpired = true
	StartTrigger = OverflowHeatStorage
	ResetTrigger = OverflowHeatStorage
}

AutoRad_One  { Type = StaticValue; Value = 1 }
AutoRad_Zero { Type = StaticValue; Value = 0 }

AutoRad_OverflowValue
{
	Type = ToggleValueSelector
	Toggle = AutoRad_OverflowTimer
	ToggleOnValue = AutoRad_One
	ToggleOffValue = AutoRad_Zero
}

AutoRad_NetworkedForceVent
{
	Type = NetworkValue
	ValueSource = AutoRad_OverflowValue
	Categories = [ auto_radiator_force_vent ]
	IncludeInBlueprints = false
}

// Routes the broadcast onto the heat network. NetworkHeatInput is what this
// base's thermal ports anchor on (BASE_THERMAL_PORT: RouteSource =
// &../HEAT_NETWORK_INPUT).
AutoRad_Router
{
	Type = NetworkRouter
	RouteGenerators
	[
		{
			Type = Bidirectional
			Routes
			[
				[NetworkHeatInput, AutoRad_NetworkedForceVent, 0]
			]
		}
	]
}