public string MouseOver(int x, int y)
{
int row, col;
PointToHex(x, y, parameters.HexHeight, out row, out col);
var hex = collection.Get(row, col);
if (hex != null)
{
var coordinate = String.Format("[{0},{1}]:", col, row).PadRight(10);
var terrainEnum = hex.Terrain.TerrainEnum.ToString().PadRight(15);
var polar_temp_tropical = String.Format("{0},{1},{2}", TerrainAdjacentcy.Polarness(row, parameters.MaxRows), TerrainAdjacentcy.Temperateness(row, parameters.MaxRows), TerrainAdjacentcy.Tropicalness(row, parameters.MaxRows));
return(string.Format("{0} {1} - {2} *** {3}", coordinate, terrainEnum, hex.Elevation, polar_temp_tropical));
}
else
{
return("---");
}
}
private static void FillAllRecursive(RecursiveFillCommand command, int maxRow)
{
var blankAdjacent = command.collection.GetBlankAdjacent(command.hex).OrderBy(x => Guid.NewGuid());
foreach (var blank in blankAdjacent)
{
Console.WriteLine("FOUND");
var nonBlankAdjacent = command.collection.GetNonBlankAdjacent(blank);
if (nonBlankAdjacent.Count == 0)
{
throw new InvalidOperationException("No Non-Blank Adjacent.");
}
int averageAltitude = (int)nonBlankAdjacent.Select(h => h.Elevation).Average();
var newaltitude = ElevationTable.Get() + averageAltitude;
blank.Elevation = newaltitude;
if (newaltitude < command.collection.MinElevation)
{
command.collection.MinElevation = newaltitude;
}
else if (newaltitude > command.collection.MaxElevation)
{
command.collection.MaxElevation = newaltitude;
}
var elevationAdjusted = TerrainAdjacentcy.ApplyAltitudeAdjustment(TerrainController.DefaultTerrains, blank.Elevation);
var latitudeAdjusted = TerrainAdjacentcy.ApplyLatitudeAdjustment(elevationAdjusted, blank.Row, maxRow);
var finalTable = new RandomTable <TerrainEnum>(latitudeAdjusted);
blank.Terrain = Terrain.EnumMap[finalTable.Get()];
stack.Push(new RecursiveFillCommand()
{
collection = command.collection, hex = blank
});
}
}
