public static Tuple <Airspace, Sector> FindSector(string _controller, string _airspace, string _sector)
{
Controller ctlTemp = Find(_controller);
if (ctlTemp != null)
{
OwnedAirspace owaTemp = ctlTemp.FindOwnedAirspace(_airspace);
if (owaTemp != null)
{
Sector sctTemp = owaTemp.aspAirspace.FindSector(_sector);
if (sctTemp != null)
{
Sector sctReturn = new Sector(sctTemp);
if (owaTemp.intMinAlt > sctReturn.intMinAlt || sctReturn.intMinAlt == null)
{
sctReturn.intMinAlt = owaTemp.intMinAlt;
}
if (owaTemp.intMaxAlt < sctReturn.intMaxAlt || sctReturn.intMaxAlt == null)
{
sctReturn.intMaxAlt = owaTemp.intMaxAlt;
}
return(new Tuple <Airspace, Sector>(owaTemp.aspAirspace, sctReturn));
}
}
}
return(null);
}
private OwnedAirspace FindOwnedAirspace(string _id)
{
//Set bounds
int intMidpoint;
int intMin = 0;
if (listOwned.Count > 0)
{
int intMax = listOwned.Count - 1;
do
{
//Set midpoint
intMidpoint = (intMin + intMax) / 2;
//Find midpoint items
OwnedAirspace owaCurrent = listOwned[intMidpoint];
//If current is search
if (string.Compare(owaCurrent.aspAirspace.strID, _id) == 0)
{
return(owaCurrent);
}
//If current is before search
else if (string.Compare(owaCurrent.aspAirspace.strID, _id) < 0)
{
intMin = intMidpoint + 1;
}
//If current is after search
else if (string.Compare(owaCurrent.aspAirspace.strID, _id) > 0)
{
intMax = intMidpoint - 1;
}
} while (intMin <= intMax);
}
return(null);
}
public void Add(OwnedAirspace _ownedairspace)
{
listOwned.Add(_ownedairspace);
}
public void SortAirspace()
{
listOwned = OwnedAirspace.Sort(listOwned);
}