private static bool ProcessArchives()
{
try
{
entries.Clear();
nameToEntry.Clear();
pathToEntry.Clear();
TextureManager.Clear();
TextureDefinitionManager.Clear();
SpriteManager.Clear();
DecorateManager.Clear();
foreach (IArchive archive in Archives)
{
Log.Info("Loading ", archive.Uri);
// We want every entry to be tracked before processing any
// definition files.
foreach (IEntry entry in archive)
{
entries.Add(entry.Name, entry.Namespace, entry);
nameToEntry[entry.Name] = entry;
pathToEntry[entry.Path.ToString()] = entry;
}
foreach (IEntry entry in archive)
{
switch (entry.Name.String)
{
case "DECORATE":
DecorateManager.HandleDefinitionsOrThrow(entry, archive);
continue;
case "PLAYPAL":
TextureManager.TrackPalette(entry);
continue;
case "PNAMES":
case "TEXTURE1":
case "TEXTURE2":
TextureDefinitionManager.TrackVanillaDefinition(entry);
continue;
}
}
TextureDefinitionManager.CompileAnyNewVanillaDefinitions();
}
DecorateManager.AttachSpriteRotationsToFrames();
return(true);
}
catch (Exception e)
{
Log.Error($"Unexpected error when reading archive: {e.Message}");
return(false);
}
}
public Entity Spawn(int editorID, Vec3F position, BitAngle angle = default)
{
ActorDefinition definition = DecorateManager.Find(editorID);
return(Spawn(definition, position, angle));
}
public Entity Spawn(UpperString type, Vec3F position, BitAngle angle = default)
{
ActorDefinition definition = DecorateManager.Find(type);
return(Spawn(definition, position, angle));
}
// Use this for initialization
public override void Start()
{
base.Start();
decorateManager = new DecorateManager( Trans );
}
private Optional <ActorDefinition> LookupActor(UpperString name)
{
Optional <ActorDefinition> parsedActor = nameToDefinition.Find(name);
return(parsedActor ? parsedActor : DecorateManager.Find(name));
}
