internal void ConsumePower(float amount)
{
if (_battery == null)
{
QuickLogger.Error("Battery is null cannot consume power!");
return;
}
var slot = _battery.GetSlot();
var power = _battery.GetPower();
if (!Mathf.Approximately(power, 0) && power >= amount)
{
_battery.Consume(amount);
return;
}
//try next battery
if (slot - 1 < 0)
{
return; // we are using the firs battery no need to check
}
var powercell = _powerCells[slot - 1];
power = powercell.GetPowerValue();
if (!Mathf.Approximately(power, 0) && power >= amount)
{
_battery = powercell;
_battery.Consume(amount);
}
}
internal void ChargeBatteries(float amount)
{
foreach (PowercellModel powerCell in _powerCells)
{
if (powerCell.GetIsFull())
{
continue;
}
if (_battery != null && _battery != powerCell)
{
_battery = powerCell;
}
powerCell.Charge(amount);
break;
}
}
internal void Initialize(FCSPowerStorageController mono)
{
_mono = mono;
StartCoroutine(UpdatePowerRelay());
// Create four batteries
for (int i = 0; i < _mono.BatteryCount; i++)
{
PowercellModel powercell = new PowercellModel();
powercell.SetSlot(i);
powercell.SetName(string.Empty); //Let it create its own name
_powerCells.Add(powercell);
}
if (_savedBattery == -1)
{
_battery = _powerCells[0];
}
}
