/// <summary>
/// Attempt to enter a building at a coordinate
/// Will load new map if successful
/// </summary>
/// <param name="xy">position of building</param>
/// <param name="bWasSuccessful">true if successfully entered</param>
/// <returns>output string</returns>
public string EnterBuilding(Point2D xy, out bool bWasSuccessful)
{
bool isOnBuilding = LargeMapRef.IsMapXYEnterable(State.TheVirtualMap.CurrentPosition);
string retStr;
if (isOnBuilding)
{
SmallMapReferences.SingleMapReference.Location location = LargeMapRef.GetLocationByMapXY(State.TheVirtualMap.CurrentPosition);
//Point2D startingXY = SmallMapReferences.GetStartingXYByLocation(location);
State.TheVirtualMap.LoadSmallMap(SmallMapRef.GetSingleMapByLocation(location, 0), State.CharacterRecords, false);
// set us to the front of the building
State.TheVirtualMap.CurrentPosition = SmallMapReferences.GetStartingXYByLocation(location);
retStr =
(DataOvlRef.StringReferences.GetString(DataOvlReference.WorldStrings.ENTER_SPACE)
+ SmallMapRef.GetLocationTypeStr(location)) + "\n" +
SmallMapRef.GetLocationName(location);
bWasSuccessful = true;
}
else
{
retStr = DataOvlRef.StringReferences.GetString(DataOvlReference.WorldStrings.ENTER_SPACE)
+ DataOvlRef.StringReferences.GetString(DataOvlReference.WorldStrings.WHAT);
bWasSuccessful = false;
}
PassTime();
return(retStr);
}
/// <summary>
/// Climbs the ladder on the current tile that the Avatar occupies
/// </summary>
public string TryToKlimb(out KlimbResult klimbResult)
{
string getKlimbOutput(string output = "")
{
if (output == "")
{
return(DataOvlRef.StringReferences.GetString(DataOvlReference.TravelStrings.KLIMB));
}
return(DataOvlRef.StringReferences.GetString(DataOvlReference.TravelStrings.KLIMB) + output);
}
TileReference curTileRef = State.TheVirtualMap.GetTileReferenceOnCurrentTile();
// if it's a large map, we either klimb with the grapple or don't klimb at all
if (State.TheVirtualMap.IsLargeMap)
{
if (State.HasGrapple) // we don't have a grapple, so we can't klimb
{
klimbResult = KlimbResult.RequiresDirection;
return(getKlimbOutput());
}
klimbResult = KlimbResult.CantKlimb;
return(getKlimbOutput(DataOvlRef.StringReferences.GetString(DataOvlReference.KlimbingStrings.WITH_WHAT)));
}
// we can't klimb on the current tile, so we need to pick a direction
if (!SpriteTileReferences.IsLadder(curTileRef.Index) && !SpriteTileReferences.IsGrate(curTileRef.Index))
{
klimbResult = KlimbResult.RequiresDirection;
return(getKlimbOutput());
}
SmallMapReferences.SingleMapReference.Location location = State.TheVirtualMap.CurrentSingleMapReference.MapLocation;
int nCurrentFloor = State.TheVirtualMap.CurrentSingleMapReference.Floor;
bool hasBasement = State.TheVirtualMap.SmallMapRefs.HasBasement(location);
int nTotalFloors = State.TheVirtualMap.SmallMapRefs.GetNumberOfFloors(location);
int nTopFloor = hasBasement ? nTotalFloors - 1 : nTotalFloors;
TileReference tileReference = State.TheVirtualMap.GetTileReference(State.TheVirtualMap.CurrentPosition);
if (SpriteTileReferences.IsLadderDown(tileReference.Index) || SpriteTileReferences.IsGrate(tileReference.Index))
{
if ((hasBasement && nCurrentFloor >= 0) || nCurrentFloor > 0)
{
State.TheVirtualMap.LoadSmallMap(SmallMapRef.GetSingleMapByLocation(location, nCurrentFloor - 1), State.CharacterRecords, false);
klimbResult = KlimbResult.Success;
return(getKlimbOutput(DataOvlRef.StringReferences.GetString(DataOvlReference.TravelStrings.DOWN)));
}
}
else if (SpriteTileReferences.IsLadderUp(tileReference.Index))
{
if (nCurrentFloor + 1 < nTopFloor)
{
State.TheVirtualMap.LoadSmallMap(SmallMapRef.GetSingleMapByLocation(location, nCurrentFloor + 1), State.CharacterRecords, false);
klimbResult = KlimbResult.Success;
return(getKlimbOutput(DataOvlRef.StringReferences.GetString(DataOvlReference.TravelStrings.UP)));
}
}
klimbResult = KlimbResult.RequiresDirection;
return(getKlimbOutput());
}
