public SSTUFuelType(ConfigNode node)
{
name = node.GetStringValue("name");
tankageVolumeLoss = node.GetFloatValue("tankageVolumeLoss");
tankageMassFactor = node.GetFloatValue("tankageMassFactor", 1);
costPerDryTon = node.GetFloatValue("costPerDryTon");
ConfigNode[] fuelConfigs = node.GetNodes("RESOURCE");
SSTUFuelEntry e = null;
foreach(ConfigNode n in fuelConfigs)
{
e = new SSTUFuelEntry(n);
fuelEntries.Add(e);
litersPerUnit += SSTUFuelTypes.INSTANCE.getResourceVolume(e.resourceName) * e.ratio;
costPerUnit += PartResourceLibrary.Instance.GetDefinition(e.resourceName).unitCost * e.ratio;
}
unitsPerCubicMeter = 1000f / litersPerUnit;
MonoBehaviour.print("Loaded SSTU_FUEL TYPE: "+name+" units/m3: "+unitsPerCubicMeter+" costPerUnit: "+costPerUnit +" costPerM3: "+(unitsPerCubicMeter*costPerUnit));
}
public FuelType(ConfigNode node)
{
name = node.GetStringValue("name");
tankageVolumeLoss = node.GetFloatValue("tankageVolumeLoss", 0.15f);
tankageMassFactor = node.GetFloatValue("tankageMassFactor", 0.15f);
costPerDryTon = node.GetFloatValue("costPerDryTon");
ConfigNode[] fuelConfigs = node.GetNodes("RESOURCE");
SSTUFuelEntry e = null;
PartResourceDefinition def;
float massPerUnit = 0;
foreach (ConfigNode n in fuelConfigs)
{
e = new SSTUFuelEntry(n);
fuelEntries.Add(e);
litersPerUnit += FuelTypes.INSTANCE.getResourceVolume(e.resourceName) * e.ratio;
def = PartResourceLibrary.Instance.GetDefinition(e.resourceName);
costPerUnit += def.unitCost * e.ratio;
massPerUnit += def.density * e.ratio;
}
unitsPerCubicMeter = 1000f / litersPerUnit;
tonsPerCubicMeter = massPerUnit * unitsPerCubicMeter;
}
