private void OnThermoMachineLeaveAtmosphere(EntityUid uid, GasThermoMachineComponent component, AtmosDeviceDisabledEvent args)
{
if (ComponentManager.TryGetComponent(uid, out AppearanceComponent? appearance))
{
appearance.SetData(ThermoMachineVisuals.Enabled, false);
}
}
private void OnThermoMachineUpdated(EntityUid uid, GasThermoMachineComponent thermoMachine, AtmosDeviceUpdateEvent args)
{
var appearance = thermoMachine.Owner.GetComponentOrNull <AppearanceComponent>();
appearance?.SetData(ThermoMachineVisuals.Enabled, false);
if (!thermoMachine.Enabled)
{
return;
}
if (!ComponentManager.TryGetComponent(uid, out NodeContainerComponent? nodeContainer))
{
return;
}
if (!nodeContainer.TryGetNode(thermoMachine.InletName, out PipeNode? inlet))
{
return;
}
var airHeatCapacity = _atmosphereSystem.GetHeatCapacity(inlet.Air);
var combinedHeatCapacity = airHeatCapacity + thermoMachine.HeatCapacity;
var oldTemperature = inlet.Air.Temperature;
if (combinedHeatCapacity > 0)
{
appearance?.SetData(ThermoMachineVisuals.Enabled, true);
var combinedEnergy = thermoMachine.HeatCapacity * thermoMachine.TargetTemperature + airHeatCapacity * inlet.Air.Temperature;
inlet.Air.Temperature = combinedEnergy / combinedHeatCapacity;
}
// TODO ATMOS: Active power usage.
}
private void OnChangeTemperature(EntityUid uid, GasThermoMachineComponent component, GasThermomachineChangeTemperatureMessage args)
{
component.TargetTemperature =
Math.Clamp(args.Temperature, component.MinTemperature, component.MaxTemperature);
DirtyUI(uid, component);
}
private void OnGasThermoRefreshParts(EntityUid uid, GasThermoMachineComponent component, RefreshPartsEvent args)
{
// Here we evaluate the average quality of relevant machine parts.
var nLasers = 0;
var nBins = 0;
var matterBinRating = 0;
var laserRating = 0;
foreach (var part in args.Parts)
{
switch (part.PartType)
{
case MachinePart.MatterBin:
nBins += 1;
matterBinRating += part.Rating;
break;
case MachinePart.Laser:
nLasers += 1;
laserRating += part.Rating;
break;
}
}
laserRating /= nLasers;
matterBinRating /= nBins;
component.HeatCapacity = 5000 * MathF.Pow(matterBinRating, 2);
switch (component.Mode)
{
// 593.15K with stock parts.
case ThermoMachineMode.Heater:
component.MaxTemperature = component.BaseMaxTemperature + component.MaxTemperatureDelta * laserRating;
component.MinTemperature = Atmospherics.T20C;
break;
// 73.15K with stock parts.
case ThermoMachineMode.Freezer:
component.MinTemperature = MathF.Max(
component.BaseMinTemperature - component.MinTemperatureDelta * laserRating, Atmospherics.TCMB);
component.MaxTemperature = Atmospherics.T20C;
break;
}
DirtyUI(uid, component);
}
private void OnGasThermoRefreshParts(EntityUid uid, GasThermoMachineComponent component, RefreshPartsEvent args)
{
var matterBinRating = 0;
var laserRating = 0;
foreach (var part in args.Parts)
{
switch (part.PartType)
{
case MachinePart.MatterBin:
matterBinRating += part.Rating;
break;
case MachinePart.Laser:
laserRating += part.Rating;
break;
}
}
component.HeatCapacity = 5000 * MathF.Pow((matterBinRating - 1), 2);
switch (component.Mode)
{
// 573.15K with stock parts.
case ThermoMachineMode.Heater:
component.MaxTemperature = Atmospherics.T20C + (component.InitialMaxTemperature * laserRating);
break;
// 73.15K with stock parts.
case ThermoMachineMode.Freezer:
component.MinTemperature = MathF.Max(Atmospherics.T0C - component.InitialMinTemperature + laserRating * 15f, Atmospherics.TCMB);
break;
}
DirtyUI(uid, component);
}
private void OnToggleMessage(EntityUid uid, GasThermoMachineComponent component, GasThermomachineToggleMessage args)
{
component.Enabled = !component.Enabled;
DirtyUI(uid, component);
}
