public UnitCollection Standardize(UnitCollection units)
{
UnitCollection standardized = new UnitCollection();
Vector <double> mean = CalculateMean(units);
Vector <double> sd = CalculateStandardDeviation(units, mean);
foreach (Unit unit in units.List)
{
standardized.Add(((unit.ToVector() - mean) / sd).ToArray());
}
return(standardized);
}
public void TestShouldTurn()
{
UnitCollection collection = new UnitCollection();
Map map = new Map(5, 5);
Units.Tractor tractor = new Units.Tractor(map, new Coordinates(2, 2));
Tank tank = new Tank(map, new Coordinates(3, 3));
DefenceTower tower = new DefenceTower(map, new Coordinates(5, 5));
collection.Add(tractor);
collection.Add(tank);
collection.Add(tower);
collection.ExecuteCommand(new MoveForwardCommand());
Assert.AreEqual((uint)2, tractor.Position.X);
Assert.AreEqual((uint)3, tractor.Position.Y);
Assert.AreEqual((uint)3, tank.Position.X);
Assert.AreEqual((uint)4, tank.Position.Y);
Assert.AreEqual((uint)5, tower.Position.X);
Assert.AreEqual((uint)5, tower.Position.Y);
}
public static void ParseUnits(XDocument document, Instance instance)
{
// parse units and add to instance
// ix:header/ix:resources/xbrli:unit
var unitNs = document.Root.GetNamespaceOfPrefix("xbrli");
var unitElements = document.Root.Descendants(unitNs + "unit");
var unitSerializer = new XmlSerializer(typeof(Unit));
var units = new UnitCollection(instance);
foreach (var unitElement in unitElements)
{
var unitReader = unitElement.CreateReader();
var unit = (Unit)unitSerializer.Deserialize(unitReader);
units.Add(unit);
}
instance.Units = units;
}
private UnitCollection CalculateRazings(UnitCollection sourceUnit, decimal lostPower, ref uint junkAmount)
{
if (lostPower <= 0.0m)
{
return(UnitCollection.Empty);
}
var amounts = sourceUnit.GetAll().Where(u => u.Amount > 0).ToArray();
// split razings between unit types and randomly deduct
var powerPerAmount = this.Distribute(lostPower, amounts.Length);
var razedUnits = new UnitCollection();
for (int i = 0; i < amounts.Length; i++)
{
uint razed = Math.Min(amounts[i].Amount, (uint)Math.Round(powerPerAmount[i] / amounts[i].Unit.Defense, 0));
razedUnits.Add(new UnitAmount(amounts[i].Unit, razed));
}
return(razedUnits);
}
public void AddLife(Unit unit)
{
m_units.Add(unit);
}