/// <summary>
/// Creates a flat, wooden balloon port for the balloon to land on, and Dwarves to sit on.
/// </summary>
/// <param name="roomDes">The player's BuildRoom designator (so that we can create a balloon port)</param>
/// <param name="chunkManager">The terrain handler</param>
/// <param name="x">The position of the center of the balloon port</param>
/// <param name="z">The position of the center of the balloon port</param>
/// <param name="size">The size of the (square) balloon port in voxels on a side</param>
public void GenerateInitialBalloonPort(RoomBuilder roomDes, ChunkManager chunkManager, float x, float z, int size)
{
Vector3 pos = new Vector3(x, ChunkHeight - 1, z);
// First, compute the maximum height of the terrain in a square window.
int averageHeight = 0;
int count = 0;
for(int dx = -size; dx <= size; dx++)
{
for(int dz = -size; dz <= size; dz++)
{
Vector3 worldPos = new Vector3(pos.X + dx, pos.Y, pos.Z + dz);
VoxelChunk chunk = chunkManager.ChunkData.GetVoxelChunkAtWorldLocation(worldPos);
if(chunk == null)
{
continue;
}
Vector3 gridPos = chunk.WorldToGrid(worldPos);
int h = chunk.GetFilledHeightOrWaterAt((int) gridPos.X + dx, (int) gridPos.Y, (int) gridPos.Z + dz);
if (h > 0)
{
averageHeight += h;
count++;
}
}
}
averageHeight = (int) Math.Round(((float) averageHeight/(float) count));
// Next, create the balloon port by deciding which voxels to fill.
List<Voxel> designations = new List<Voxel>();
for(int dx = -size; dx <= size; dx++)
{
for(int dz = -size; dz <= size; dz++)
{
Vector3 worldPos = new Vector3(pos.X + dx, pos.Y, pos.Z + dz);
VoxelChunk chunk = chunkManager.ChunkData.GetVoxelChunkAtWorldLocation(worldPos);
if (chunk == null)
{
continue;
}
Vector3 gridPos = chunk.WorldToGrid(worldPos);
int h = chunk.GetFilledVoxelGridHeightAt((int) gridPos.X, (int) gridPos.Y, (int) gridPos.Z);
if(h == -1)
{
continue;
}
for (int y = averageHeight; y < h; y++)
{
Voxel v = chunk.MakeVoxel((int)gridPos.X, y, (int)gridPos.Z);
v.Type = VoxelLibrary.GetVoxelType(0);
chunk.Data.Water[v.Index].WaterLevel = 0;
}
if (averageHeight < h)
{
h = averageHeight;
}
// Fill from the top height down to the bottom.
for (int y = h - 1; y < averageHeight; y++)
{
Voxel v = chunk.MakeVoxel((int) gridPos.X, y, (int) gridPos.Z);
v.Type = VoxelLibrary.GetVoxelType("Scaffold");
chunk.Data.Water[v.Index].WaterLevel = 0;
v.Chunk = chunk;
v.Chunk.NotifyTotalRebuild(!v.IsInterior);
if (y == averageHeight - 1)
{
designations.Add(v);
}
}
}
}
// Actually create the BuildRoom.
BalloonPort toBuild = new BalloonPort(designations, chunkManager);
BuildRoomOrder buildDes = new BuildRoomOrder(toBuild, roomDes.Faction);
buildDes.Build();
roomDes.DesignatedRooms.Add(toBuild);
}
public async Task InsertAirportAsync(FAADataParser.NASR.Apt.Airport airport)
{
var dbAirport = new Airport
{
FAAComputerIdentifier = airport.FAAComputerIdentifier,
LandingFacilityType = airport.LandingFacilityType,
LocationIdentifier = airport.LocationIdentifier,
InformationEffectiveDate = airport.InformationEffectiveDate,
FacilityName = airport.FacilityName,
AirportOwnershipType = airport.AirportOwnershipType,
FacilityUse = airport.FacilityUse,
Latitude = airport.Latitude,
Longitude = airport.Longitude,
Elevation = airport.Elevation,
MagneticVariation = airport.MagneticVariation,
MagneticVariationEpochYear = airport.MagneticVariationEpochYear,
TPA = airport.TPA,
};
_ = await _database.InsertAsync(dbAirport);
foreach (FAADataParser.NASR.Apt.ILandingStructure landingStructure in airport.LandingStructures)
{
if (landingStructure.GetType() == typeof(FAADataParser.NASR.Apt.Runway))
{
var rwy = (FAADataParser.NASR.Apt.Runway)landingStructure;
var dbRwy = new Runway
{
AirportPrimaryKey = dbAirport.FAAComputerIdentifier,
Identification = rwy.Identification,
LengthInFeet = rwy.LengthInFeet,
WidthInFeet = rwy.WidthInFeet,
BaseEndIdentifier = rwy.BaseEndIdentifier,
BaseEndTrueAlignment = rwy.BaseEndTrueAlignment,
BaseEndRightTraffic = rwy.BaseEndRightTraffic,
BaseEndLatitude = rwy.BaseEndLatitude,
BaseEndLongitude = rwy.BaseEndLongitude,
BaseEndElevation = rwy.BaseEndElevation,
BaseEndDisplacedThresholdLatitude = rwy.BaseEndDisplacedThresholdLatitude,
BaseEndDisplacedThresholdLongitude = rwy.BaseEndDisplacedThresholdLongitude,
BaseEndDisplacedThresholdElevation = rwy.BaseEndDisplacedThresholdElevation,
BaseEndTouchdownZoneElevation = rwy.BaseEndTouchdownZoneElevation,
ReciprocalEndIdentifier = rwy.ReciprocalEndIdentifier,
ReciprocalEndTrueAlignment = rwy.ReciprocalEndTrueAlignment,
ReciprocalEndRightTraffic = rwy.ReciprocalEndRightTraffic,
ReciprocalEndLatitude = rwy.ReciprocalEndLatitude,
ReciprocalEndLongitude = rwy.ReciprocalEndLongitude,
ReciprocalEndElevation = rwy.ReciprocalEndElevation,
ReciprocalEndDisplacedThresholdLatitude = rwy.ReciprocalEndDisplacedThresholdLatitude,
ReciprocalEndDisplacedThresholdLongitude = rwy.ReciprocalEndDisplacedThresholdLongitude,
ReciprocalEndDisplacedThresholdElevation = rwy.ReciprocalEndDisplacedThresholdElevation,
ReciprocalEndTouchdownZoneElevation = rwy.ReciprocalEndTouchdownZoneElevation,
};
_ = await _database.InsertAsync(dbRwy);
}
else if (landingStructure.GetType() == typeof(FAADataParser.NASR.Apt.Helipad))
{
var helipad = (FAADataParser.NASR.Apt.Helipad)landingStructure;
var dbHelipad = new Helipad
{
AirportPrimaryKey = dbAirport.FAAComputerIdentifier,
Identification = helipad.Identification,
Latitude = helipad.Latitude,
Longitude = helipad.Longitude,
Elevation = helipad.Elevation,
};
_ = await _database.InsertAsync(dbHelipad);
}
else if (landingStructure.GetType() == typeof(FAADataParser.NASR.Apt.BalloonPort))
{
var balloonport = (FAADataParser.NASR.Apt.BalloonPort)landingStructure;
var dbBalloonPort = new BalloonPort
{
AirportPrimaryKey = dbAirport.FAAComputerIdentifier,
Identification = balloonport.Identification,
Latitude = balloonport.Latitude,
Longitude = balloonport.Longitude,
Elevation = balloonport.Elevation,
};
_ = await _database.InsertAsync(dbBalloonPort);
}
else
{
throw new ApplicationException("Unknown landing structure type");
}
}
}
