private Util.LinkedList <byte> SerializeCelestialBodies(CelestialBody[] bodies)
{
Util.LinkedList <byte> bytes = new Util.LinkedList <byte>();
foreach (CelestialBody body in bodies)
{
bytes.Append(body.Serialize());
}
bytes.Prepend(BitConverter.GetBytes(bodies.Length));
bytes.Prepend(BitConverter.GetBytes(bytes.Length + 4));
return(bytes);
}
protected override void ThreadFunction()
{
ProgressTracker.Instance.PushActivity("Creating the " + MapSize.ToString());
ProgressTracker.Instance.PushActivity("Allocating space");
PreInitializeMap(MapSize, MapSeed);
ProgressTracker.Instance.PopActivity();
ProgressTracker.Instance.PushActivity("Populating");
Map.Initialize();
while (!Map.Initialized)
{
ThreadManager.Instance.Update();
}
ProgressTracker.Instance.PopActivity();
if (GameManager.Instance.RenderEdges)
{
ProgressTracker.Instance.PushActivity("Moving data into graph module");
EuclideanGraph.EuclideanGraph <Containers.Container> graph = new EuclideanGraph.EuclideanGraph <Containers.Container>();
Util.LinkedList <Containers.Container> smallBodies = Map.GetAllSmallBodies();
foreach (Containers.Container body in smallBodies)
{
graph.AddNode(body);
}
ProgressTracker.Instance.PopActivity();
ProgressTracker.Instance.PushActivity("Creating graph");
graph.GenerateDelaunayTriangulation();
graph.GenerateMST();
graph.AddNoise(MapSeed);
ProgressTracker.Instance.PopActivity();
ProgressTracker.Instance.PushActivity("Moving data out of graph module");
WarpJumps = new List <CelestialBodyIdentifier[]>();
foreach (Containers.Container[] edge in graph.GetEdges())
{
WarpJumps.Add(new CelestialBodyIdentifier[]
{
edge[0].ID,
edge[1].ID
});
}
ProgressTracker.Instance.PopActivity();
}
else
{
WarpJumps = new List <CelestialBodyIdentifier[]>();
}
ProgressTracker.Instance.PopActivity();
}
public Util.LinkedList <Container> GetAllSmallBodies()
{
Util.LinkedList <Container> bodies = new Util.LinkedList <Container>();
if (Expanses != null)
{
foreach (Expanse expanse in Expanses)
{
bodies.Append(expanse.GetAllSmallBodies());
}
}
if (Galaxies != null)
{
foreach (Galaxy galaxy in Galaxies)
{
bodies.Append(galaxy.GetAllSmallBodies());
}
}
if (Sectors != null)
{
foreach (Sector sector in Sectors)
{
bodies.Append(sector.GetAllSmallBodies());
}
}
if (SolarSystems != null)
{
foreach (SolarSystem solarSystem in SolarSystems)
{
bodies.Append(solarSystem.GetAllSmallBodies());
}
}
if (Stars != null)
{
foreach (Star star in Stars)
{
bodies.AddLast(star);
}
}
if (Planets != null)
{
foreach (Planet planet in Planets)
{
bodies.AddLast(planet);
}
}
return(bodies);
}
public Util.LinkedList <byte> Serialize()
{
Util.LinkedList <byte> bytes = new Util.LinkedList <byte>();
bytes.Append(BitConverter.GetBytes((int)Type));
bytes.Append(ID.Serialize());
bytes.Append(BitConverter.GetBytes(Position.x));
bytes.Append(BitConverter.GetBytes(Position.y));
bytes.Append(BitConverter.GetBytes(Radius));
bytes.Append(SerializeCelestialBodies(Expanses));
bytes.Append(SerializeCelestialBodies(Galaxies));
bytes.Append(SerializeCelestialBodies(Sectors));
bytes.Append(SerializeCelestialBodies(SolarSystems));
bytes.Append(SerializeCelestialBodies(Stars));
bytes.Append(SerializeCelestialBodies(Planets));
bytes.Prepend(BitConverter.GetBytes(bytes.Length + 4));
return(bytes);
}