internal const string _mapPath = @"Maps";
internal const string _chunkPath = @"Chunks";
- internal const uint editThreshold = 1;
+ internal const uint editThreshold = 9;
private const string _domain = @"automap";
private const string chunkFile_filter = @"*_*.png";
private const string poiFileName = @"poi_binary";
private const string eoiFileName = @"eoi_binary";
private const string pointsTsvFileName = @"points_of_interest.tsv";
+ private const string plainMetadataFileName = @"map_metadata.txt";
private static Regex chunkShardRegex = new Regex(@"(?<X>[\d]+)_(?<Z>[\d]+)\.png", RegexOptions.Singleline);
private ConcurrentDictionary<Vec2i, ColumnCounter> columnCounters = new ConcurrentDictionary<Vec2i, ColumnCounter>(3, 150);
private ColumnsMetadata chunkTopMetadata;
private PointsOfInterest POIs = new PointsOfInterest();
private EntitiesOfInterest EOIs = new EntitiesOfInterest();
+ private Dictionary<int, ulong> blockTally;//TODO: TOTAL Road Tally
internal Dictionary<int, BlockDesignator> BlockID_Designators { get; private set; }
internal Dictionary<AssetLocation, EntityDesignator> Entity_Designators { get; private set; }
this.ClientAPI = clientAPI;
this.Logger = logger;
chunkSize = ClientAPI.World.BlockAccessor.ChunkSize;
- ClientAPI.Event.LevelFinalize += EngageAutomap;
+
configuration = config;
+ ClientAPI.Event.LevelFinalize += EngageAutomap;
- //TODO:Choose which one from GUI
- this.ChunkRenderer = new StandardRenderer(clientAPI, logger, this.configuration.SeasonalColors);
+ this.ChunkRenderer = InstantiateChosenRenderer(config.RendererName);
//Listen on bus for commands
ClientAPI.Event.RegisterEventBusListener(CommandListener, 1.0, AutomapSystem.AutomapCommandEventKey);
columnCounters.AddOrUpdate(topPosition,
new ColumnCounter(chunkSize, newOrEdit, chunkCoord),
- (chkPos, chkChng) => chkChng.Update(chunkCoord, chunkSize)
+ (chkPos, chkChng) => chkChng.Update(chunkCoord, chunkSize, newOrEdit)
);
}
#endif
}
ProcessChunkBlocks(mostActiveCol.Key, mapChunk, ref chunkMeta);
+ mostActiveCol.Value.SetCutoff(chunkMeta.YMax / chunkSize);
ChunkRenderer.SetupPngImage(mostActiveCol.Key, path, _chunkPath, ref chunkMeta);
ChunkRenderer.GenerateChunkPngShard(mostActiveCol.Key, mapChunk, chunkMeta, ref chunkTopMetadata, out updatedPixels);
Logger.VerboseDebug("Thread '{0}' executing finally block.", Thread.CurrentThread.Name);
#endif
PersistPointsData();
+ Write_PlainMetadata( );
}
}
var airBlocksQuery = from airyBlock in ClientAPI.World.Blocks
where airyBlock.MatterState == EnumMatterState.Solid
where airyBlock.BlockMaterial == EnumBlockMaterial.Plant || airyBlock.BlockMaterial == EnumBlockMaterial.Leaves
- where airyBlock.CollisionBoxes == null || airyBlock.CollisionBoxes.Length == 0
+ where airyBlock.CollisionBoxes == null || airyBlock.CollisionBoxes.Length == 0 ||airyBlock.RainPermeable == true
select airyBlock;
//^^ 'Solid' phase - 'Plant' Blocks without any boundg box ? Except water...
this.AiryIdCodes = airBlocksQuery.ToDictionary(aBlk => aBlk.BlockId, aBlk => aBlk.Code.Path);
using (var tsvWriter = new StreamWriter(pointsTsvPath, false, Encoding.UTF8))
{
- tsvWriter.WriteLine("Name\tDescription\tLocation\tTime\tDestination");
+ tsvWriter.WriteLine("Name\tDescription\tLocation\tTime\tDestination\tEntity_UID");
foreach (var point in this.POIs)
{
tsvWriter.Write(point.Name + "\t");
var notes = point.Notes
- .Replace("\n", "\\n")
+ .Replace('\n', '\x001f')
.Replace("\t", "\\t")
.Replace("\\", "\\\\");
tsvWriter.Write(notes + "\t");
tsvWriter.Write(point.Location.PrettyCoords(ClientAPI) + "\t");
tsvWriter.Write(point.Timestamp.ToString("u") + "\t");
tsvWriter.Write((point.Destination != null ? point.Destination.PrettyCoords(ClientAPI) : "---") +"\t");
+ tsvWriter.Write("null\t");
tsvWriter.WriteLine();
}
foreach (var entity in this.EOIs)
{
tsvWriter.Write(entity.Name + "\t");
var notes = entity.Notes
- .Replace("\n", "\\n")
+ .Replace('\n', '\x001f')
.Replace("\t", "\\t")
.Replace("\\", "\\\\");
tsvWriter.Write(notes + "\t");
tsvWriter.Write(entity.Location.PrettyCoords(ClientAPI) + "\t");
tsvWriter.Write(entity.Timestamp.ToString("u") + "\t");
- tsvWriter.Write("n/a\t");
+ tsvWriter.Write("---\t");
+ tsvWriter.Write(entity.EntityId.ToString("D"));
tsvWriter.WriteLine();
}
tsvWriter.WriteLine();
}
+ private void Write_PlainMetadata( )
+ {
+ string metaPath = Path.Combine(path, plainMetadataFileName);
+
+ using (var metaDataFile = File.Open(metaPath,FileMode.Create)) {
+ using (var mdWriter = new StreamWriter(metaDataFile, Encoding.ASCII))
+ {
+ mdWriter.WriteLine("WorldSeed {0}", ClientAPI.World.Seed);
+ mdWriter.WriteLine("PlayerChunkCoords {0:D} {1:D}", startChunkColumn.X, startChunkColumn.Y);
+ mdWriter.WriteLine("DefaultSpawnPos {0:D} {1:D} {2:D}", ClientAPI.World.DefaultSpawnPosition.AsBlockPos.X,ClientAPI.World.DefaultSpawnPosition.AsBlockPos.Y,ClientAPI.World.DefaultSpawnPosition.AsBlockPos.Z);
+ mdWriter.WriteLine("ChunkSize {0}", chunkSize);
+ mdWriter.WriteLine("SeaLevel {0:D}", ClientAPI.World.SeaLevel);
+ mdWriter.WriteLine("WorldSize {0:D} {1:D} {2:D}", ClientAPI.World.BulkBlockAccessor.MapSizeX, ClientAPI.World.BulkBlockAccessor.MapSizeY,ClientAPI.World.BulkBlockAccessor.MapSizeZ);
+ mdWriter.WriteLine("RegionSize {0:D}", ClientAPI.World.BulkBlockAccessor.RegionSize);
+ mdWriter.WriteLine("AMVersion '{0}'", ClientAPI.Self().Info.Version);
+ mdWriter.WriteLine("PlayTime {0:F1}", ClientAPI.InWorldEllapsedMilliseconds / 1000);
+ mdWriter.WriteLine("GameDate {0}", ClientAPI.World.Calendar.PrettyDate());
+ mdWriter.Flush( );
+ }
+ }
+ }
+
+
private ColumnMeta CreateColumnMetadata(KeyValuePair<Vec2i, ColumnCounter> mostActiveCol, IMapChunk mapChunk)
{
ColumnMeta data = new ColumnMeta(mostActiveCol.Key.Copy(), ClientAPI, (byte) chunkSize, (ClientAPI.World.BlockAccessor.MapSizeY / chunkSize));
if (worldChunk.IsPacked())
{
+ #if DEBUG
Logger.VerboseDebug("WORLD chunk: Compressed: X{0} Y{1} Z{2}", key.X, targetChunkY, key.Y);
+ #endif
worldChunk.Unpack( );//RESEARCH: Thread Unsafe?
}
//First Chance fail-safe;
if (worldChunk.Blocks == null || worldChunk.Blocks.Length <= 0) {
+ #if DEBUG
Logger.VerboseDebug("WORLD chunk; Missing block DATA⁈ X{0} Y{1} Z{2} ⁈", key.X, targetChunkY, key.Y);
+ #endif
nullChunkCount++;
continue;
}
//'Last' Chance fail-safe;
if (worldChunk.Blocks == null || worldChunk.Blocks.Length <= 0) {
+ #if DEBUG
Logger.VerboseDebug("Processing Block: Missing block DATA⁈ X{0} Y{1} Z{2} ⁈", X_index, Y_index, Z_index);
+ #endif
nullChunkCount++;
- goto loop_bustout; ;
+ goto loop_bustout;
}
int aBlockId = worldChunk.Blocks[indicie];
}
loop_bustout:;
}
+ #if DEBUG
Logger.VerboseDebug("COLUMN X{0} Z{1}: {2}, processed.", key.X , key.Y, chunkTally + 1);
+ #endif
}
private void UpdateEntityMetadata()
{
+ #if DEBUG
Logger.Debug("Presently {0} Entities", ClientAPI.World.LoadedEntities.Count);
+ #endif
//Mabey scan only for 'new' entities by tracking ID in set?
foreach (var loadedEntity in ClientAPI.World.LoadedEntities.ToArray())
{
AddNote(cmdData.Notation);
break;
}
-#if DEBUG
+
ClientAPI.TriggerChatMessage($"Automap commanded to: {cmdData.State} ");
-#endif
+
}
- #endregion
+#endregion
+ private AChunkRenderer InstantiateChosenRenderer(string rendererName )
+ {
+ Logger.VerboseDebug("Using '{0}' style Shard Renderer", rendererName);
+ switch (rendererName)
+ {
+ case StandardRenderer.Name:
+ return new StandardRenderer(ClientAPI, Logger, this.configuration.SeasonalColors);
+
+ case AlternateRenderer.Name:
+ return new AlternateRenderer(ClientAPI, Logger, this.configuration.SeasonalColors);
+
+ case FlatRenderer.Name:
+ return new FlatRenderer(ClientAPI, Logger, this.configuration.SeasonalColors);
+
+ default:
+ throw new ArgumentOutOfRangeException("rendererName",rendererName,"That value isn't supported or known...");
+ }
+
+ return null;
+ }
}
}