public static BioVessel Load(ConfigNode node)
{
string vesselName = Utilities.GetValue(node, "vesselName", "Unknown");
double lastUpdate = Utilities.GetValue(node, "lastUpdate", 0.0);
BioVessel info = new BioVessel(vesselName, lastUpdate);
info.bioMass = Utilities.GetValue(node, "bioMass", 0.0);
info.maxBioMass = Utilities.GetValue(node, "maxBioMass", 0.0);
info.remainingWater = Utilities.GetValue(node, "remainingWater", 0.0);
info.remainingWasteWater = Utilities.GetValue(node, "remainingWasteWater", 0.0);
info.remainingOxygen = Utilities.GetValue(node, "remainingOxygen", 0.0);
info.remainingCO2 = Utilities.GetValue(node, "remainingCO2", 0.0);
info.lastWater = Utilities.GetValue(node, "lastWater", 0.0);
info.lastWasteWater = Utilities.GetValue(node, "lastWasteWater", 0.0);
info.lastOxygen = Utilities.GetValue(node, "lastOxygen", 0.0);
info.lastCO2 = Utilities.GetValue(node, "lastCO2", 0.0);
info.estimatedWaterConsumptionPerDeltaTime = Utilities.GetValue(node, "estimatedWaterConsumptionPerDeltaTime", 0.0);
info.estimatedWasteWaterConsumptionPerDeltaTime = Utilities.GetValue(node, "estimatedWasteWaterConsumptionPerDeltaTime", 0.0);
info.estimatedOxygenConsumptionPerDeltaTime = Utilities.GetValue(node, "estimatedOxygenConsumptionPerDeltaTime", 0.0);
info.estimatedCO2ConsumptionPerDeltaTime = Utilities.GetValue(node, "estimatedCO2ConsumptionPerDeltaTime", 0.0);
info.estimatedWaterTime = Utilities.GetValue(node, "estimatedWaterTime", 0.0);
info.estimatedWasteWaterTime = Utilities.GetValue(node, "estimatedWasteWaterTime", 0.0);
info.estimatedOxygenTime = Utilities.GetValue(node, "estimatedOxygenTime", 0.0);
info.estimatedCO2Time = Utilities.GetValue(node, "estimatedCO2Time", 0.0);
return info;
}
private void ConsumeResources(double currentTime, Vessel vessel, BioVessel bioVessel)
{
bioVessel.lastUpdate = currentTime;
bioVessel.vesselName = vessel.vesselName;
}
void FixedUpdate()
{
if (Time.timeSinceLevelLoad < 1.0f || !FlightGlobals.ready || noUpdate)
{
return;
}
double currentTime = Planetarium.GetUniversalTime();
var allVessels = FlightGlobals.Vessels;
var knownVessels = saveGame.BioVessels;
var vesselsToDelete = new List<Guid>();
foreach (var entry in knownVessels)
{
Guid vesselId = entry.Key;
BioVessel bioVessel = entry.Value;
Vessel vessel = allVessels.Find(v => v.id == vesselId);
if (vessel == null)
{
this.Log("Deleting vessel " + bioVessel.vesselName + " - vessel does not exist anymore");
vesselsToDelete.Add(vesselId);
continue;
}
if (vessel.loaded)
{
double bioMass = UpdateVesselInfo(bioVessel, vessel,currentTime);
if (bioMass == 0.0)
{
this.Log("Deleting vessel " + bioVessel.vesselName + " - no BioMass-Modules onboard");
vesselsToDelete.Add(vesselId);
continue;
}
}
if (vessel.loaded)
{
//TODO: Deplenish Ressources
ConsumeResources(currentTime, vessel, bioVessel);
}
}
vesselsToDelete.ForEach(id => knownVessels.Remove(id));
foreach (Vessel vessel in allVessels.Where(v => v.loaded))
{
if (!knownVessels.ContainsKey(vessel.id) && IsLaunched(vessel))
{
BioVessel vesselInfo = new BioVessel(vessel.vesselName, currentTime);
double bioMass = UpdateVesselInfo(vesselInfo, vessel,currentTime);
if (bioMass != 0.0)
{
this.Log("New vessel: " + vessel.vesselName + " (" + vessel.id + ")");
knownVessels[vessel.id] = vesselInfo;
}
}
}
}
private double UpdateVesselInfo(BioVessel bioVessel, Vessel vessel, double currentTime)
{
bioVessel.lastWater = bioVessel.remainingWater;
bioVessel.lastWasteWater = bioVessel.remainingWasteWater;
bioVessel.lastOxygen = bioVessel.remainingOxygen;
bioVessel.lastCO2 = bioVessel.remainingCO2;
bioVessel.ClearAmounts();
foreach (Part part in vessel.parts)
{
foreach (PartResource resource in part.Resources)
{
if (resource.flowState)
{
if (resource.info.id == globalSettings.BioMassId)
{
bioVessel.bioMass += resource.amount;
bioVessel.maxBioMass += resource.maxAmount;
}
if (resource.info.id == globalSettings.WaterId)
{
bioVessel.remainingWater += resource.amount;
}
if (resource.info.id == globalSettings.WasteWaterId)
{
bioVessel.remainingWasteWater += resource.amount;
}
if (resource.info.id == globalSettings.OxygenId)
{
bioVessel.remainingOxygen += resource.amount;
}
if (resource.info.id == globalSettings.CO2Id)
{
bioVessel.remainingCO2 += resource.amount;
}
}
}
}
//Calculate Estimated Consumption Rates
double currentdeltaTime = currentTime - bioVessel.lastUpdate;
bioVessel.estimatedWaterConsumptionPerDeltaTime = bioVessel.lastWater - bioVessel.remainingWater;
bioVessel.estimatedWasteWaterConsumptionPerDeltaTime = bioVessel.lastWasteWater - bioVessel.remainingWasteWater;
bioVessel.estimatedOxygenConsumptionPerDeltaTime = bioVessel.lastOxygen - bioVessel.remainingOxygen;
bioVessel.estimatedCO2ConsumptionPerDeltaTime = bioVessel.lastCO2 - bioVessel.remainingCO2;
bioVessel.estimatedWaterConsumptionPerDeltaTime =
(bioVessel.estimatedWaterConsumptionPerDeltaTime / currentdeltaTime);
bioVessel.estimatedWasteWaterConsumptionPerDeltaTime =
(bioVessel.estimatedWasteWaterConsumptionPerDeltaTime / currentdeltaTime);
bioVessel.estimatedOxygenConsumptionPerDeltaTime =
(bioVessel.estimatedOxygenConsumptionPerDeltaTime / currentdeltaTime);
bioVessel.estimatedCO2ConsumptionPerDeltaTime =
(bioVessel.estimatedCO2ConsumptionPerDeltaTime / currentdeltaTime);
bioVessel.estimatedWaterTime = bioVessel.lastUpdate + (bioVessel.remainingWater / Math.Abs(bioVessel.estimatedWaterConsumptionPerDeltaTime));
bioVessel.estimatedOxygenTime = bioVessel.lastUpdate + (bioVessel.remainingOxygen / Math.Abs(bioVessel.estimatedOxygenConsumptionPerDeltaTime));
bioVessel.estimatedCO2Time = bioVessel.lastUpdate + (bioVessel.remainingCO2 / Math.Abs(bioVessel.estimatedCO2ConsumptionPerDeltaTime));
bioVessel.estimatedWasteWaterTime = bioVessel.lastUpdate + (bioVessel.remainingWasteWater / Math.Abs(bioVessel.estimatedWasteWaterConsumptionPerDeltaTime));
return bioVessel.maxBioMass;
}