private bool Breathe(IGasMixContainer node)
{
breatheCooldown--; //not timebased, but tickbased
if (breatheCooldown > 0)
{
return(false);
}
// if no internal breathing is possible, get the from the surroundings
IGasMixContainer container = GetInternalGasMix() ?? node;
GasMix gasMix = container.GasMix;
GasMix breathGasMix = gasMix.RemoveVolume(AtmosConstants.BREATH_VOLUME, true);
float oxygenUsed = HandleBreathing(breathGasMix);
if (oxygenUsed > 0)
{
breathGasMix.RemoveGas(Gas.Oxygen, oxygenUsed);
node.GasMix.AddGas(Gas.CarbonDioxide, oxygenUsed);
registerTile.Matrix.MetaDataLayer.UpdateSystemsAt(registerTile.LocalPositionClient);
}
gasMix += breathGasMix;
container.GasMix = gasMix;
return(oxygenUsed > 0);
}
/// <summary>
/// Performs the action of breathing, expelling waste products from the used blood pool and refreshing
/// the desired blood reagent (ie oxygen)
/// </summary>
/// <param name="node">The gas node at this lung's position</param>
/// <returns>True if gas was exchanged</returns>
public bool TryBreathing(IGasMixContainer node, float efficiency)
{
//Base effeciency is a little strong on the lungs
//efficiency = (1 + efficiency) / 2;
//Breathing is not timebased, but tick based, it will be slow when the blood has all the oxygen it needs
//and will speed up if more oxygen is needed
currentBreatheCooldown--;
if (currentBreatheCooldown > 0)
{
return(false);
}
if (healthMaster.CirculatorySystem.UsedBloodPool[bloodType] == 0)
{
return(false); //No point breathing if we dont have blood.
}
// Try to get internal breathing if possible, otherwise get from the surroundings
IGasMixContainer container = healthMaster.RespiratorySystem.GetInternalGasMix() ?? node;
ReagentMix AvailableBlood = healthMaster.CirculatorySystem.UsedBloodPool.Take(healthMaster.CirculatorySystem.UsedBloodPool.Total);
bool tryExhale = BreatheOut(container.GasMix, AvailableBlood, efficiency);
bool tryInhale = BreatheIn(container.GasMix, AvailableBlood, efficiency);
healthMaster.CirculatorySystem.ReadyBloodPool.Add(AvailableBlood);
return(tryExhale || tryInhale);
}
/// <summary>
/// Performs the action of breathing, expelling waste products from the used blood pool and refreshing
/// the desired blood reagent (ie oxygen)
/// </summary>
/// <param name="node">The gas node at this lung's position</param>
/// <returns>True if gas was exchanged</returns>
public bool TryBreathing(IGasMixContainer node, float efficiency)
{
//Base effeciency is a little strong on the lungs
//efficiency = (1 + efficiency) / 2;
//Breathing is not timebased, but tick based, it will be slow when the blood has all the oxygen it needs
//and will speed up if more oxygen is needed
currentBreatheCooldown--;
if (currentBreatheCooldown > 0)
{
return(false);
}
if (RelatedPart.HealthMaster.CirculatorySystem.BloodPool[RelatedPart.bloodType] == 0)
{
return(false); //No point breathing if we dont have blood.
}
// Try to get internal breathing if possible, otherwise get from the surroundings
IGasMixContainer container = RelatedPart.HealthMaster.RespiratorySystem.GetInternalGasMix();
var gasMixSink = node.GasMix; // Where to dump lung exhaust
if (container == null)
{
// Could be in a container that has an internal gas mix, else use the tile's gas mix.
var parentContainer = RelatedPart.HealthMaster.ObjectBehaviour.parentContainer;
if (parentContainer != null && parentContainer.TryGetComponent <GasContainer>(out var gasContainer))
{
container = gasContainer;
gasMixSink = container.GasMix;
}
else
{
container = node;
}
}
if (efficiency > 1)
{
efficiency = 1;
}
ReagentMix AvailableBlood =
RelatedPart.HealthMaster.CirculatorySystem.BloodPool.Take(
(RelatedPart.HealthMaster.CirculatorySystem.BloodPool.Total * efficiency) / 2f);
bool tryExhale = BreatheOut(gasMixSink, AvailableBlood);
bool tryInhale = BreatheIn(container.GasMix, AvailableBlood, efficiency);
RelatedPart.HealthMaster.CirculatorySystem.BloodPool.Add(AvailableBlood);
return(tryExhale || tryInhale);
}
private bool Breathe(IGasMixContainer node)
{
breatheCooldown--; //not timebased, but tickbased
if (breatheCooldown > 0)
{
return(false);
}
// if no internal breathing is possible, get the from the surroundings
IGasMixContainer container = GetInternalGasMix() ?? node;
GasMix gasMix = container.GasMix;
float plasmaConsumed = 0;
bool carbonDioxideInhaled = false;
bool gasFiltered = false;
float oxygenUsed = HandleBreathingOxygen(gasMix);
if (isWearingGasMask())
{
gasFiltered = HandleWearingGasMask(gasMix);
}
if (gasFiltered == false)
{
plasmaConsumed = HandleBreathingPlasma(gasMix);
carbonDioxideInhaled = HandleBreathingCarbonDioxide(gasMix);
}
if (oxygenUsed > 0)
{
gasMix.RemoveGas(Gas.Oxygen, oxygenUsed);
node.GasMix.AddGas(Gas.CarbonDioxide, oxygenUsed);
registerTile.Matrix.MetaDataLayer.UpdateSystemsAt(registerTile.LocalPositionClient, SystemType.AtmosSystem);
}
if (plasmaConsumed > 0)
{
gasMix.RemoveGas(Gas.Plasma, plasmaConsumed);
registerTile.Matrix.MetaDataLayer.UpdateSystemsAt(registerTile.LocalPositionClient, SystemType.AtmosSystem);
}
if (oxygenUsed > 0 || plasmaConsumed > 0 || carbonDioxideInhaled)
{
return(true);
}
return(false);
}
private bool Breathe(IGasMixContainer node)
{
// if no internal breathing is possible, get the from the surroundings
IGasMixContainer container = GetInternalGasMix() ?? node;
GasMix gasMix = container.GasMix;
GasMix breathGasMix = gasMix.RemoveVolume(AtmosConstants.BREATH_VOLUME, true);
float oxygenUsed = HandleBreathing(breathGasMix);
if (oxygenUsed > 0)
{
breathGasMix.RemoveGas(Gas.Oxygen, oxygenUsed);
breathGasMix.AddGas(Gas.CarbonDioxide, oxygenUsed);
}
gasMix += breathGasMix;
container.GasMix = gasMix;
return(oxygenUsed > 0);
}
