public static LineOfSight Sum <TSource>(this IEnumerable <TSource> source, Func <TSource, LineOfSight> selector)
{
LineOfSight result = default;
foreach (var item in source)
{
result += selector(item);
}
return(result);
}
protected void DoCalculations()
{
SlowestShipSpeed = Ships.AsList().Count > 0 ? Ships.Min(s => s.Speed) : ShipSpeed.None;
SupplyingCost = Ships.Sum(s => s.SupplyingCost);
RepairingCost = Ships.Sum(s => s.RepairingCost);
AirFightPower = Ships.Sum(s => s.AirFightPower);
SimpleLoS = Ships.Sum(s => s.LineOfSight.Displaying);
var sumLoS = Ships.Sum(s => s.EffectiveLoS);
EffectiveLoS = new LineOfSight(sumLoS.Multiplied, sumLoS.Baseline + 2 * (6 - Ships.AsList().Count), AdmiralLevel);
}
protected void DoCalculations()
{
using (EnterBatchNotifyScope())
{
bool isMarriaged = Leveling.Level >= 100;
SupplyingCost = new Materials
{
Fuel = isMarriaged ? (int)(Fuel.Shortage * 0.85) : Fuel.Shortage,
Bullet = isMarriaged ? (int)(Bullet.Shortage * 0.85) : Bullet.Shortage,
Bauxite = Slots.Sum(x => x.Aircraft.Shortage) * 5
};
AirFightPower = Slots.Sum(x => x.AirFightPower);
EffectiveLoS = new LineOfSight(Slots.Sum(x => x.EffectiveLoS), Math.Sqrt(LineOfSight.Current));
}
CalculationUpdated?.Invoke();
}
private void UpdateFromSlot()
{
AirFightPower = Slots.Sum(x => x.AirFightPower);
EffectiveLoS = new LineOfSight(Slots.Sum(x => x.EffectiveLoS), Math.Sqrt(LineOfSight.Current));
}
