public override bool InRange(ICombatObject obj)
{
if (obj.ClassType == BattleClass.Unit)
{
return(tileLocator.IsOverlapping(obj.Location(), obj.Size, obj.AttackRadius(),
Structure.PrimaryPosition, Structure.Size, Structure.Stats.Base.Radius));
}
throw new Exception(string.Format("Why is a structure trying to kill a unit of type {0}?",
obj.GetType().FullName));
}
public void TestIsOverlappingAllPointsWithCache(uint x1,
uint y1,
byte r1,
uint x2,
uint y2,
byte r2,
bool overlapping,
byte distance)
{
cacheForTestIsOverlappingWithCache.IsOverlapping(new Position(x1, y1), 1, r1, new Position(x2, y2), 1, r2)
.Should()
.Be(overlapping);
}
public override bool InRange(ICombatObject obj)
{
switch (obj.ClassType)
{
case BattleClass.Unit:
return(true);
case BattleClass.Structure:
return(tileLocator.IsOverlapping(Location(), Size, AttackRadius(),
obj.Location(), obj.Size, obj.AttackRadius()));
default:
throw new Exception(string.Format("Why is an attack combat unit trying to kill a unit of type {0}?", obj.GetType().FullName));
}
}
private IEnumerable <IStructure> GetStructuresInRadius(IEnumerable <IStructure> structures, ITroopObject troopObject)
{
return(structures.Where(structure => tileLocator.IsOverlapping(troopObject.PrimaryPosition, troopObject.Size, troopObject.Stats.AttackRadius,
structure.PrimaryPosition, structure.Size, structure.Stats.Base.Radius)));
}