internal void CalculateTopCityDestination()
{
var towndistances = new List <TownDistance>(distancetoalltowns.Values.Where(x => x.town.mapData.Villiage.CurrentEconPull != 0));
choice1 = towndistances.Aggregate((a, b) => a.town.mapData.Villiage.CurrentEconPull / Math.Sqrt(a.Distance) > b.town.mapData.Villiage.CurrentEconPull / Math.Sqrt(b.Distance) ? a : b);
towndistances.Remove(choice1);
choice2 = towndistances.Aggregate((a, b) => a.town.mapData.Villiage.CurrentEconPull / Math.Sqrt(a.Distance) > b.town.mapData.Villiage.CurrentEconPull / Math.Sqrt(b.Distance) ? a : b);
towndistances.Remove(choice2);
choice3 = towndistances.Aggregate((a, b) => a.town.mapData.Villiage.CurrentEconPull / Math.Sqrt(a.Distance) > b.town.mapData.Villiage.CurrentEconPull / Math.Sqrt(b.Distance) ? a : b);
towndistances.Remove(choice3);
}
internal void CalculateTopDestinations(int v)
{
var towndistances = new List <TownDistance>(distancetoalltowns.Values);
choice1 = towndistances.Aggregate((a, b) => a.town.mapData.BaseEconPull / Math.Sqrt(a.Distance) > b.town.mapData.BaseEconPull / Math.Sqrt(b.Distance) ? a : b);
towndistances.Remove(choice1);
choice2 = towndistances.Aggregate((a, b) => a.town.mapData.BaseEconPull / Math.Sqrt(a.Distance) > b.town.mapData.BaseEconPull / Math.Sqrt(b.Distance) ? a : b);
towndistances.Remove(choice2);
choice3 = towndistances.Aggregate((a, b) => a.town.mapData.BaseEconPull / Math.Sqrt(a.Distance) > b.town.mapData.BaseEconPull / Math.Sqrt(b.Distance) ? a : b);
towndistances.Remove(choice3);
}
