// TODO: Take into account existing own troops
// TODO: Take into account existing opponent troops
// TODO: Take into account moves decided so far this turn
public List <Factory2> FindTargets(Factory2 factory, State state)
{
return(state.Factories
.Where(f => f.Owner != Owner2.Own)
.Where(f => f.Production != 0)
.Where(f => f.Distances.ContainsKey(factory.Id))
.OrderBy(f => f.Distances[factory.Id])
.ToList());
}
// TODO: Take into account own troops
public int GetNumberOfAvailableCyborgs(Factory2 factory, State state)
{
var incomingEnemyTroops = state.Troops
.Where(t => t.Owner == Owner2.Opponent)
.Where(t => t.Destination == factory.Id)
.ToList();
if (!incomingEnemyTroops.Any())
{
return(factory.NumberOfCyborgs);
}
var currentNumberOfCyborgsInFactory = factory.NumberOfCyborgs;
var minimumNumberOfCyborgsLeftInFactory = factory.NumberOfCyborgs;
var turnsTillFurthestEnemyTroopArrives = incomingEnemyTroops
.Max(t => t.RemainingTravelTime);
for (var i = 1; i <= turnsTillFurthestEnemyTroopArrives; i++)
{
currentNumberOfCyborgsInFactory +=
factory.Production
-
incomingEnemyTroops
.Where(t => t.RemainingTravelTime == i)
.Sum(t => t.NumberOfCyborgs);
if (currentNumberOfCyborgsInFactory <= 0)
{
return(0);
}
if (currentNumberOfCyborgsInFactory < minimumNumberOfCyborgsLeftInFactory)
{
minimumNumberOfCyborgsLeftInFactory = currentNumberOfCyborgsInFactory;
}
}
return(minimumNumberOfCyborgsLeftInFactory);
}
