public override void OnSave(ConfigNode node)
{
if (FirstRun)
{
FirstRun = false;
return;
}
else
{
var hoursDay = GameSettings.KERBIN_TIME ? 6 : 24;
TacStartOnce.Instance.globalSettings.FoodConsumptionRate = FoodConsumptionRate / 60 / 60 / hoursDay;
TacStartOnce.Instance.globalSettings.WaterConsumptionRate = WaterConsumptionRate / 60 / 60 / hoursDay;
TacStartOnce.Instance.globalSettings.OxygenConsumptionRate = OxygenConsumptionRate / 60 / 60 / hoursDay;
TacStartOnce.Instance.globalSettings.BaseElectricityConsumptionRate = BaseElectricityConsumptionRate / 60 / 60 / hoursDay;
TacStartOnce.Instance.globalSettings.ElectricityConsumptionRate = ElectricityConsumptionRate / 60 / 60 / hoursDay;
TacStartOnce.Instance.globalSettings.EvaElectricityConsumptionRate = EvaElectricityConsumptionRate / 60;
TacStartOnce.Instance.globalSettings.EvaLampElectricityConsumptionRate = EvaLampElectricityConsumptionRate / 60;
TacStartOnce.Instance.globalSettings.CO2ProductionRate = CO2ProductionRate / 60 / 60 / hoursDay;
TacStartOnce.Instance.globalSettings.WasteProductionRate = WasteProductionRate / 60 / 60 / hoursDay;
TacStartOnce.Instance.globalSettings.WasteWaterProductionRate = WasteWaterProductionRate / 60 / 60 / hoursDay;
//Change EVA resource values
AddLifeSupport als = new AddLifeSupport();
als.ChangeValues();
}
}
public override void OnSave(ConfigNode node)
{
if (FirstRun)
{
FirstRun = false;
return;
}
else
{
//Convert Hourly amounts from UI back to per second.
TacStartOnce.Instance.globalSettings.MaxDeltaTime = MaxDeltaTime;
TacStartOnce.Instance.globalSettings.ElectricityMaxDeltaTime = ElectricityMaxDeltaTime;
TacStartOnce.Instance.globalSettings.MaxTimeWithoutFood = MaxTimeWithoutFood * 60 * 60;
TacStartOnce.Instance.globalSettings.MaxTimeWithoutOxygen = MaxTimeWithoutOxygen * 60;
TacStartOnce.Instance.globalSettings.MaxTimeWithoutWater = MaxTimeWithoutWater * 60 * 60;
TacStartOnce.Instance.globalSettings.MaxTimeWithoutElectricity = MaxTimeWithoutElectricity * 60;
double TOLERANCE = 1;
if (Math.Abs(TacStartOnce.Instance.globalSettings.EvaDefaultResourceAmount - EvaDefaultResourceAmount) > TOLERANCE)
{
TacStartOnce.Instance.globalSettings.EvaDefaultResourceAmount = EvaDefaultResourceAmount;
//Change EVA resource values
AddLifeSupport als = new AddLifeSupport();
als.ChangeValues();
}
}
}
public override void OnSave(ConfigNode node)
{
if (upgrade135)
{
//Save the actual per second values that TAC LS uses.
node.SetValue("FoodConsumptionRate", FoodConsumptionRate);
node.SetValue("WaterConsumptionRate", WaterConsumptionRate);
node.SetValue("OxygenConsumptionRate", OxygenConsumptionRate);
node.SetValue("BaseElectricityConsumptionRate", BaseElectricityConsumptionRate);
node.SetValue("ElectricityConsumptionRate", ElectricityConsumptionRate);
node.SetValue("EvaElectricityConsumptionRate", EvaElectricityConsumptionRate);
node.SetValue("EvaLampElectricityConsumptionRate", EvaLampElectricityConsumptionRate);
node.SetValue("CO2ProductionRate", CO2ProductionRate);
node.SetValue("WasteProductionRate", WasteProductionRate);
node.SetValue("WasteWaterProductionRate", WasteWaterProductionRate);
OnLoad(node);
node.SetValue("displayFoodConsumptionRate", displayFoodConsumptionRate);
node.SetValue("displayWaterConsumptionRate", displayWaterConsumptionRate);
node.SetValue("displayOxygenConsumptionRate", displayOxygenConsumptionRate);
node.SetValue("displayBaseElectricityConsumptionRate", displayBaseElectricityConsumptionRate);
node.SetValue("displayElectricityConsumptionRate", displayElectricityConsumptionRate);
node.SetValue("displayEvaElectricityConsumptionRate", displayEvaElectricityConsumptionRate);
node.SetValue("displayEvaLampElectricityConsumptionRate", displayEvaLampElectricityConsumptionRate);
node.SetValue("displayCO2ProductionRate", displayCO2ProductionRate);
node.SetValue("displayWasteProductionRate", displayWasteProductionRate);
node.SetValue("displayWasteWaterProductionRate", displayWasteWaterProductionRate);
upgrade135 = false;
node.SetValue("upgrade135", false);
return;
}
if (HighLogic.LoadedScene != GameScenes.MAINMENU)
{ //Change EVA resource values
AddLifeSupport als = new AddLifeSupport();
als.ChangeValues();
}
//Set the actual values from the display values at per second values.
float hoursDay = GameSettings.KERBIN_TIME ? 6f : 24f;
FoodConsumptionRate = displayFoodConsumptionRate / 60f / 60f / hoursDay;
WaterConsumptionRate = displayWaterConsumptionRate / 60f / 60f / hoursDay;
OxygenConsumptionRate = displayOxygenConsumptionRate / 60f / 60f / hoursDay;
BaseElectricityConsumptionRate = displayBaseElectricityConsumptionRate / 60f / 60f / hoursDay;
ElectricityConsumptionRate = displayElectricityConsumptionRate / 60f / 60f / hoursDay;
EvaElectricityConsumptionRate = displayEvaElectricityConsumptionRate / 60f;
EvaLampElectricityConsumptionRate = displayEvaLampElectricityConsumptionRate / 60f;
CO2ProductionRate = displayCO2ProductionRate / 60f / 60f / hoursDay;
WasteProductionRate = displayWasteProductionRate / 60f / 60f / hoursDay;
WasteWaterProductionRate = displayWasteWaterProductionRate / 60 / 60 / hoursDay;
//Save the actual per second values that TAC LS uses.
node.SetValue("FoodConsumptionRate", FoodConsumptionRate);
node.SetValue("WaterConsumptionRate", WaterConsumptionRate);
node.SetValue("OxygenConsumptionRate", OxygenConsumptionRate);
node.SetValue("BaseElectricityConsumptionRate", BaseElectricityConsumptionRate);
node.SetValue("ElectricityConsumptionRate", ElectricityConsumptionRate);
node.SetValue("EvaElectricityConsumptionRate", EvaElectricityConsumptionRate);
node.SetValue("EvaLampElectricityConsumptionRate", EvaLampElectricityConsumptionRate);
node.SetValue("CO2ProductionRate", CO2ProductionRate);
node.SetValue("WasteProductionRate", WasteProductionRate);
node.SetValue("WasteWaterProductionRate", WasteWaterProductionRate);
}