private void LoadConfig(ConfigNode node = null)
{
// handle config
BatteryConfig batCfg = RealBatteryConfiguration.GetConfig((BatteryTypes)BatteryType);
if (!batCfg.isPopulated)
{
batCfg = RealBatteryConfiguration.GetConfig(BatteryTypes.CFG_lead_acid);
if (!batCfg.isPopulated)
{
throw new Exception("No default battery config for RealBattery!");
}
}
BatteryTech = RealBatteryConfiguration.getBatteryTypesFriendlyName((BatteryTypes)BatteryType);
PowerDensity = batCfg.PowerDensity;
EnergyDensity = batCfg.EnergyDensity;
ChargeEfficiencyCurve = batCfg.ChargeEfficiencyCurve;
//finish loading this batteries config
double DischargeRate = part.mass * PowerDensity; //kW
DischargeInfoEditor = String.Format("{0:F2}", DischargeRate);
ChargeInfoEditor = String.Format("{0:F2}", DischargeRate * ChargeEfficiencyCurve.Evaluate(0f));
PartResource StoredCharge = part.Resources.Get("StoredCharge");
if (StoredCharge == null)
{
StoredCharge = part.Resources.Add("StoredCharge", 10, 10, true, true, true, true, PartResource.FlowMode.None);
}
StoredCharge.maxAmount = part.mass * EnergyDensity;
StoredCharge.amount = SC_SOC * part.mass * EnergyDensity;
// setup ECbufferRatio
PartResource ElectricCharge = part.Resources.Get("ElectricCharge");
if (ElectricCharge == null)
{
ElectricCharge = part.Resources.Add("ElectricCharge", 10, 10, true, true, true, true, PartResource.FlowMode.Both);
}
ElectricCharge.maxAmount = DischargeRate;
ElectricCharge.amount = DischargeRate;
UIPartActionWindow[] partWins = FindObjectsOfType <UIPartActionWindow>();
foreach (UIPartActionWindow partWin in partWins)
{
partWin.displayDirty = true;
}
}
public override string GetInfo()
{
RBlog("RealBattery: INF GetInfo");
LoadConfig();
double DischargeRate = part.mass * PowerDensity;
return("Type: " + RealBatteryConfiguration.getBatteryTypesFriendlyName((BatteryTypes)BatteryType) + "\n"
+ String.Format("Discharge Rate: {0:F2} EC/s", DischargeRate) + "\n"
+ String.Format("Charge Rate: {0:F2} EC/s", DischargeRate * ChargeEfficiencyCurve.Evaluate(0f)));
}