protected Cannon(IEnergyProvider source, int baseDamage, IEnumerable <int> baseAffectedDistances, PlayerDamageType playerDamageType, params ZoneLocation[] affectedZones)
{
this.source = source;
this.baseDamage = baseDamage;
this.baseAffectedDistances = baseAffectedDistances;
this.playerDamageType = playerDamageType;
this.affectedZones = affectedZones;
}
public void Update()
{
Point16 check = Utility.TileEntityTopLeft(position);
if (TileEntity.ByPosition.ContainsKey(check))
{
TileEntity te = TileEntity.ByPosition[check];
if (IO == IO.In && te is IEnergyProvider)
{
IEnergyProvider provider = (IEnergyProvider)te;
long delta = grid.energy.ReceiveEnergy(Utility.Min(grid.energy.GetMaxReceive(), provider.GetEnergyStorage().GetMaxExtract(), provider.GetEnergy()));
provider.GetEnergyStorage().ModifyEnergyStored(-delta);
Net.SendGridEnergy(position, delta);
}
else if (IO == IO.Out && te is IEnergyReceiver)
{
IEnergyReceiver receiver = (IEnergyReceiver)te;
long delta = -grid.energy.ExtractEnergy(Utility.Min(grid.energy.GetMaxExtract(), receiver.GetEnergyStorage().GetMaxReceive(), receiver.GetCapacity() - receiver.GetEnergy()));
receiver.GetEnergyStorage().ModifyEnergyStored(-delta);
Net.SendGridEnergy(position, delta);
}
}
}
public Runner(ILiquidProvider liquidProvider, IEnergyProvider energyProvider, IKettle kettle)
{
LiquidProvider = liquidProvider;
EnergyProvider = energyProvider;
Kettle = kettle;
}
protected LaserCannon(IEnergyProvider source, int baseDamage, PlayerDamageType playerDamageType, ZoneLocation currentZone)
: base(source, baseDamage, new [] { 1, 2, 3 }, playerDamageType, currentZone)
{
}
public static float GetProgress(IEnergyProvider storage) => storage.GetEnergyStorage().GetEnergy() / (float)storage.GetEnergyStorage().GetCapacity();
private static string FormatCapacity(IEnergyProvider node)
{
return(node.AmountAvailable + "/" + node.TotalAvailable);
}
private static string FormatDischarge(IEnergyProvider node)
{
return(node.MaxRate - node.RateAvailable + "/" + node.MaxRate);
}
