public void Heartbeat(float efficiency)
{
CirculatorySystemBase circulatorySystem = RelatedPart.HealthMaster.CirculatorySystem;
if (circulatorySystem)
{
float pumpedReagent = Math.Min(heartStrength * efficiency, circulatorySystem.ReadyBloodPool.Total);
float totalWantedBlood = 0;
foreach (BodyPart implant in RelatedPart.HealthMaster.ImplantList)
{
if (implant.IsBloodCirculated == false)
{
continue;
}
totalWantedBlood += implant.BloodThroughput;
}
pumpedReagent = Math.Min(pumpedReagent, totalWantedBlood);
ReagentMix SpareBlood = new ReagentMix();
foreach (BodyPart implant in RelatedPart.HealthMaster.ImplantList)
{
if (implant.IsBloodCirculated == false)
{
continue;
}
var BloodToGive = circulatorySystem.ReadyBloodPool.Take((implant.BloodThroughput / totalWantedBlood) * pumpedReagent);
BloodToGive.Add(SpareBlood);
SpareBlood.Clear();
SpareBlood.Add(implant.BloodPumpedEvent(BloodToGive));
}
circulatorySystem.ReadyBloodPool.Add(SpareBlood);
}
}
public void Heartbeat(float efficiency)
{
CirculatorySystemBase circulatorySystem = RelatedPart.HealthMaster.CirculatorySystem;
if (circulatorySystem)
{
//circulatorySystem.HeartBeat(heartStrength * TotalModified);
//TODOH Balance all this stuff, Currently takes an eternity to suffocate
// Logger.Log("heart Available " + ReadyBloodPool);
// Logger.Log("heart pumpedReagent " + pumpedReagent);
float totalWantedBlood = 0;
foreach (BodyPart implant in RelatedPart.HealthMaster.ImplantList)
{
if (implant.IsBloodCirculated == false)
{
continue;
}
totalWantedBlood += implant.BloodThroughput * efficiency;
// Due to how blood is implemented as a single pool with its solutes, we need to compensate for
// consumed solutes. This may change in the future if blood changes
totalWantedBlood += implant.BloodContainer.MaxCapacity - implant.BloodContainer.ReagentMixTotal;
}
float toPump = Mathf.Min(totalWantedBlood, heartStrength * efficiency);
var bloodToGive = circulatorySystem.ReadyBloodPool.Take(Mathf.Min(toPump, circulatorySystem.ReadyBloodPool.Total));
if (bloodToGive.Total < toPump)
{
// Try to maintain blood levels in organs by taking the remainder from used
circulatorySystem.UsedBloodPool.TransferTo(bloodToGive, Mathf.Min(toPump - bloodToGive.Total, circulatorySystem.UsedBloodPool.Total));
}
ReagentMix SpareBlood = new ReagentMix();
foreach (BodyPart implant in RelatedPart.HealthMaster.ImplantList)
{
if (implant.IsBloodCirculated == false)
{
continue;
}
ReagentMix transfer = bloodToGive.Take((implant.BloodThroughput * efficiency + implant.BloodContainer.MaxCapacity
- implant.BloodContainer.ReagentMixTotal) / totalWantedBlood * bloodToGive.Total);
transfer.Add(SpareBlood);
SpareBlood.Clear();
SpareBlood.Add(implant.BloodPumpedEvent(transfer, efficiency));
}
circulatorySystem.ReadyBloodPool.Add(SpareBlood);
circulatorySystem.ReadyBloodPool.Add(bloodToGive);
}
}