public Unit[] FindUnitsInRange(Vector2 myPosition, float distance, ConflicSide mySide)
{
List <Unit> units = mySide == ConflicSide.Player ? EnemyUnits : PlayerUnits;
Unit[] unitsInRange = units.Select(u => u).Where(u => Vector2.Distance(u.Center, myPosition) <= distance).ToArray( );
return(unitsInRange);
}
public void RemoveUnit(Unit unit, ConflicSide side)
{
if (side == ConflicSide.Player)
{
PlayerUnits.Remove(unit);
}
else
{
EnemyUnits.Remove(unit);
}
}
public void AddUnit(Unit unit, ConflicSide side)
{
if (side == ConflicSide.Player)
{
PlayerUnits.Add(unit);
}
else
{
EnemyUnits.Add(unit);
}
}
public Unit FindFriendly(ConflicSide mySide, Vector2 myPosition, float distance, Unit caller)
{
Unit friendly = null;
float opponentDistance = int.MaxValue;
List <Unit> friendlies = mySide == ConflicSide.Player ? PlayerUnits : EnemyUnits;
foreach (var fr in friendlies)
{
float opDistance = Vector2.Distance(fr.Center, myPosition);
if (opDistance <= distance && fr != caller && !fr.NonMovable)
{
if (opDistance < opponentDistance)
{
opponentDistance = opDistance;
friendly = fr;
}
}
}
return(friendly);
}
public Unit FindOpponent(ConflicSide mySide, Vector2 myPosition, float distance)
{
Unit opponent = null;
float opponentDistance = int.MaxValue;
List <Unit> opponents = mySide == ConflicSide.Player ? EnemyUnits : PlayerUnits;
foreach (var op in opponents)
{
float opDistance = Vector2.Distance(op.Center, myPosition);
if (opDistance <= distance)
{
if (opDistance < opponentDistance)
{
opponentDistance = opDistance;
opponent = op;
}
}
}
return(opponent);
}