public override void ApplyModifier()
{
base.ApplyModifier();
float multiplier = this.GetAttributes().Get(MoreTinkerablePlantsPatches.ColdBreatherThroughput).GetTotalValue();
elementConsumer.consumptionRate = coldBreather.consumptionRate * (receptacleMonitor.Replanted ? 1 : CROPS.WILD_GROWTH_RATE_MODIFIER) * multiplier;
elementConsumer.RefreshConsumptionRate();
}
private static void Postfix(Oxyfern __instance, ElementConsumer ___elementConsumer, ElementConverter ___elementConverter)
{
float multiplier = __instance.GetAttributes().Get(OxyfernThroughput).GetTotalValue();
___elementConsumer.consumptionRate *= multiplier;
___elementConsumer.RefreshConsumptionRate();
___elementConverter.SetWorkSpeedMultiplier(multiplier);
}
public override void InitializeStates(out BaseState default_state)
{
default_state = unworkable;
root.Enter(delegate(StatesInstance smi)
{
smi.master.workable.SetWorkTime(float.PositiveInfinity);
});
workable.ToggleChore(CreateUseChore, work_pst).EventTransition(GameHashes.ActiveChanged, workable.consuming, (StatesInstance smi) => (Object)smi.master.workable.worker != (Object)null).EventTransition(GameHashes.OperationalChanged, workable.consuming, (StatesInstance smi) => (Object)smi.master.workable.worker != (Object)null)
.Transition(unworkable, (StatesInstance smi) => !smi.IsWorkable(), UpdateRate.SIM_200ms);
work_pst.Update("LiquidFanEmitCooledContents", delegate(StatesInstance smi, float dt)
{
smi.master.EmitContents();
}, UpdateRate.SIM_200ms, false).ScheduleGoTo(2f, unworkable);
unworkable.Update("LiquidFanEmitCooledContents", delegate(StatesInstance smi, float dt)
{
smi.master.EmitContents();
}, UpdateRate.SIM_200ms, false).Update("LiquidFanUnworkableStatusItems", delegate(StatesInstance smi, float dt)
{
smi.master.UpdateUnworkableStatusItems();
}, UpdateRate.SIM_200ms, false).Transition(workable.waiting, (StatesInstance smi) => smi.IsWorkable(), UpdateRate.SIM_200ms)
.Enter(delegate(StatesInstance smi)
{
smi.master.UpdateUnworkableStatusItems();
})
.Exit(delegate(StatesInstance smi)
{
smi.master.UpdateUnworkableStatusItems();
});
workable.consuming.EventTransition(GameHashes.OperationalChanged, unworkable, (StatesInstance smi) => (Object)smi.master.workable.worker == (Object)null).EventHandler(GameHashes.ActiveChanged, delegate(StatesInstance smi)
{
smi.master.CheckWorking();
}).Enter(delegate(StatesInstance smi)
{
if (!smi.EnvironmentNeedsCooling() || !smi.master.HasMaterial() || !smi.EnvironmentHighEnoughPressure())
{
smi.GoTo(unworkable);
}
ElementConsumer component2 = smi.master.GetComponent <ElementConsumer>();
component2.consumptionRate = smi.master.flowRate;
component2.RefreshConsumptionRate();
})
.Update(delegate(StatesInstance smi, float dt)
{
smi.master.CoolContents(dt);
}, UpdateRate.SIM_200ms, false)
.ScheduleGoTo(12f, workable.emitting)
.Exit(delegate(StatesInstance smi)
{
ElementConsumer component = smi.master.GetComponent <ElementConsumer>();
component.consumptionRate = 0f;
component.RefreshConsumptionRate();
});
workable.emitting.EventTransition(GameHashes.ActiveChanged, unworkable, (StatesInstance smi) => (Object)smi.master.workable.worker == (Object)null).EventTransition(GameHashes.OperationalChanged, unworkable, (StatesInstance smi) => (Object)smi.master.workable.worker == (Object)null).ScheduleGoTo(3f, workable.consuming)
.Update(delegate(StatesInstance smi, float dt)
{
smi.master.CoolContents(dt);
}, UpdateRate.SIM_200ms, false)
.Update("LiquidFanEmitCooledContents", delegate(StatesInstance smi, float dt)
{
smi.master.EmitContents();
}, UpdateRate.SIM_200ms, false);
}
