/** <summary> Saves the object data to the specified file path. </summary> */
public static ObjectDataHeader FromFile(string path)
{
ObjectDataHeader obj = new ObjectDataHeader();
BinaryReader reader = new BinaryReader(new FileStream(path, FileMode.Open, FileAccess.Read));
obj.Read(reader);
return(obj);
}
/** <summary> Constructs the base object data. </summary> */
internal ObjectData(ObjectDataHeader objectHeader, ChunkHeader chunkHeader)
{
this.objectHeader = objectHeader;
this.chunkHeader = chunkHeader;
this.stringTable = new StringTable();
this.groupInfo = new GroupInfo();
this.imageDirectory = new ImageDirectory();
this.graphicsData = new GraphicsData(this.imageDirectory);
}
/** <summary> Returns an object loaded from the specified stream. </summary> */
public static ObjectData FromStream(Stream stream, bool quickLoad = false)
{
ObjectData obj = null;
ObjectDataHeader objectHeader = new ObjectDataHeader();
ChunkHeader chunkHeader = new ChunkHeader();
try {
BinaryReader reader = new BinaryReader(stream, Encoding.Unicode);
objectHeader.Read(reader);
byte[] data = null;
if ((ObjectTypes)(objectHeader.Flags & 0xF) != ObjectTypes.ScenarioText)
{
data = ObjectData.ReadChunk(reader, chunkHeader);
reader.Close();
reader = new BinaryReader(new MemoryStream(data));
}
switch ((ObjectTypes)(objectHeader.Flags & 0xF))
{
case ObjectTypes.Attraction: obj = new Attraction(objectHeader, chunkHeader); break;
case ObjectTypes.SmallScenery: obj = new SmallScenery(objectHeader, chunkHeader); break;
case ObjectTypes.LargeScenery: obj = new LargeScenery(objectHeader, chunkHeader); break;
case ObjectTypes.Wall: obj = new Wall(objectHeader, chunkHeader); break;
case ObjectTypes.PathBanner: obj = new PathBanner(objectHeader, chunkHeader); break;
case ObjectTypes.Path: obj = new Pathing(objectHeader, chunkHeader); break;
case ObjectTypes.PathAddition: obj = new PathAddition(objectHeader, chunkHeader); break;
case ObjectTypes.SceneryGroup: obj = new SceneryGroup(objectHeader, chunkHeader); break;
case ObjectTypes.ParkEntrance: obj = new ParkEntrance(objectHeader, chunkHeader); break;
case ObjectTypes.Water: obj = new Water(objectHeader, chunkHeader); break;
case ObjectTypes.ScenarioText: /*obj = new ScenarioText(objectHeader, chunkHeader);*/ break;
default: objectHeader.Flags = (uint)ObjectTypes.None; break; // Set as invalid
}
if (obj != null)
{
obj.Read(reader, quickLoad);
}
reader.Close();
}
catch (System.Exception) {
objectHeader.Flags = (uint)ObjectTypes.None;
obj = new ObjectData(objectHeader, chunkHeader);
}
return(obj);
}
//========= CONSTRUCTORS =========
#region Constructors
/** <summary> Constructs the default track design. </summary> */
public TrackDesign()
{
this.TrackType = TrackTypes.None;
this.Unknown0x01 = 0;
this.SpecialTrackFlags = 0;
this.OperatingMode = OperatingModes.NormalMode;
this.VehicleColorScheme = 0;
this.VehicleColorSpecifiers = new RemapColors[64];
this.Unknown0x48 = 0;
this.EntranceType = EntranceTypes.Normal;
this.AirTime = 0;
this.DepartureControlFlags = DepartureControlFlags.UseMaximumTime | DepartureControlFlags.FullLoad;
this.NumberOfTrains = 0;
this.CarsPerTrain = 0;
this.MinimumWaitTime = 10;
this.MaximumWaitTime = 60;
this.PoweredSpeedLapsMaxPeople = 0;
this.MaximumSpeed = 0;
this.AverageSpeed = 0;
this.RideLength = 0;
this.PositiveGForce = 0;
this.NegativeGForce = 0;
this.LateralGForce = 0;
this.NumberOfInversions = 0;
this.NumberOfDrops = 0;
this.HighestDrop = 0;
this.Excitement = 0;
this.Intensity = 0;
this.Nausea = 0;
this.Unknown0x5E = 0;
this.Unknown0x5F = 0;
this.TrackSpineColors = new RemapColors[4];
this.TrackRailColors = new RemapColors[4];
this.TrackSupportColors = new RemapColors[4];
this.Unknown0x6C = 0;
this.Unknown0x6D = 0;
this.Unknown0x6E = 0;
this.SixFlagsRide = 0;
this.ObjectHeader = new ObjectDataHeader();
this.RideMapWidth = 0;
this.RideMapHeight = 0;
this.VehicleAdditionalColors = new RemapColors[32];
this.CircuitsChainLiftSpeed = 0;
this.MazeTiles = new List <MazeTile>();
this.TrackPieces = new List <TrackPiece>();
}
