private void UpdatePower(IItem item, ItemStorageFridgePublicState publicState, ItemStorageFridgePrivateState privateState, bool isOn)
{
if (item.Container is null)
{
return;
}
var character = item.Container.OwnerAsCharacter;
if (isOn)
{
publicState.IsOn = true; //force the client to refresh if isOn = false and stays false
(double energyBefore, double totalEnergyMaxBefore) = this.SharedCalculateTotalEnergyCharge(item);
publicState.LastPowerPourcent = (double)energyBefore / totalEnergyMaxBefore;
publicState.IsOn = ServerDeductEnergyCharge(
character,
requiredEnergyAmount: this.EnergyConsumptionPerSecond * ServerUpdateIntervalSeconds,
publicState, privateState);
(double energyAfter, double totalEnergyMaxAfter) = this.SharedCalculateTotalEnergyCharge(item);
publicState.PowerPourcent = (double)energyAfter / totalEnergyMaxAfter;
}
else
{
publicState.IsOn = false;
}
}
private bool ServerDeductEnergyCharge(ICharacter character, double requiredEnergyAmount,
ItemStorageFridgePublicState publicState, ItemStorageFridgePrivateState privateState)
{
if (requiredEnergyAmount <= 0)
{
return(true);
}
List <IItem> list = privateState.ItemsEnergyContainer.GetItemsOfProto <IProtoItemPowerBank>().ToList();
if (list.Count == 0)
{
// there are no battery packs equipped
return(false);
}
// deduct energy in reverse order
for (var index = list.Count - 1; index >= 0; index--)
{
var item = list[index];
var powerBankPrivateState = list[index].GetPrivateState <ItemPowerBankPrivateState>();
var charge = powerBankPrivateState.EnergyCharge;
if (charge <= 0)
{
// no charge there
continue;
}
if (charge >= requiredEnergyAmount)
{
// there are more than enough charge available
powerBankPrivateState.EnergyCharge -= requiredEnergyAmount;
ServerOnEnergyUsed(item, requiredEnergyAmount);
return(true);
}
// use all the remaining charge in this item
requiredEnergyAmount -= charge;
powerBankPrivateState.EnergyCharge = 0;
ServerOnEnergyUsed(item, charge);
}
return(false);
}
