private CubeWorldGenerator CreateGenerator(XmlElement generatorXML)
{
CubeWorldGenerator generator = null;
switch (generatorXML.Name)
{
case "Chained":
generator = new ChainedWorldGenerator();
foreach (XmlElement childGeneratorXML in GetChildElements(generatorXML))
((ChainedWorldGenerator)generator).AddGenertor(CreateGenerator(childGeneratorXML));
break;
case "Plain":
generator = new PlainWorldGenerator(
GetAttributeRelativeValue(generatorXML, "fromY"),
GetAttributeRelativeValue(generatorXML, "toY"),
TileIdToTileType(GetAttributeStringValue(generatorXML, "tileType")));
break;
case "PlainRandom":
generator = new PlainRandomWorldGenerator(
GetAttributeRelativeValue(generatorXML, "fromY"),
GetAttributeRelativeValue(generatorXML, "toY"),
GetTileTypeProbabilities(GetChildElements(generatorXML)));
break;
case "ParticleDeposition":
generator = new ParticleDepositionWorldGenerator(
GetAttributeRelativeValue(generatorXML, "minParticles"),
GetAttributeRelativeValue(generatorXML, "maxParticles"),
GetAttributeRelativeValue(generatorXML, "minDrops"),
GetAttributeRelativeValue(generatorXML, "maxDrops"),
TileIdToTileType(GetAttributeStringValue(generatorXML, "tileType")));
break;
case "Water":
generator = new WaterWorldGenerator(
GetAttributeRelativeValue(generatorXML, "fromY"),
GetAttributeRelativeValue(generatorXML, "toY"),
TileIdToTileType(GetAttributeStringValue(generatorXML, "waterTileType")));
break;
case "TopTileTransformation":
generator = new TopTileTransformationWorldGenerator(
TileIdToTileType(GetAttributeStringValue(generatorXML, "fromTile")),
TileIdToTileType(GetAttributeStringValue(generatorXML, "toTile")),
GetAttributeFloatValue(generatorXML, "probability"));
break;
case "Tree":
generator = new TreeWorldGenerator(
GetAttributeRelativeValue(generatorXML, "min"),
GetAttributeRelativeValue(generatorXML, "max"),
GetAttributeIntValue(generatorXML, "minTrunkHeight"),
GetAttributeIntValue(generatorXML, "maxTrunkHeight"),
GetAttributeIntValue(generatorXML, "minLeavesHeight"),
GetAttributeIntValue(generatorXML, "maxLeavesHeight"),
GetAttributeIntValue(generatorXML, "minLeavesRadius"),
GetAttributeIntValue(generatorXML, "maxLeavesRadius"),
TileIdToTileType(GetAttributeStringValue(generatorXML, "overTile")),
TileIdToTileType(GetAttributeStringValue(generatorXML, "trunkTile")),
TileIdToTileType(GetAttributeStringValue(generatorXML, "leavesTile")));
break;
case "Smooth":
generator = new SmoothWorldGenerator(
TileIdToTileType(GetAttributeStringValue(generatorXML, "tileType")),
GetAttributeRelativeValue(generatorXML, "iterations"),
GetAttributeRelativeValue(generatorXML, "minRadius"),
GetAttributeRelativeValue(generatorXML, "maxRadius"));
break;
case "Hole":
generator = new HoleWorldGenerator(
GetAttributeRelativeValue(generatorXML, "iterations"),
GetAttributeRelativeValue(generatorXML, "minRadius"),
GetAttributeRelativeValue(generatorXML, "maxRadius"),
GetAttributeRelativeValue(generatorXML, "minDepth"),
GetAttributeRelativeValue(generatorXML, "maxDepth"));
break;
case "Cave":
generator = new CaveWorldGenerator(
GetAttributeRelativeValue(generatorXML, "iterations"),
GetAttributeRelativeValue(generatorXML, "minRadius"),
GetAttributeRelativeValue(generatorXML, "maxRadius"),
GetAttributeRelativeValue(generatorXML, "fromY"),
GetAttributeRelativeValue(generatorXML, "toY"));
break;
case "CaveCell":
generator = new CaveCellWorldGenerator(
GetAttributeRelativeValue(generatorXML, "iterations"),
GetAttributeRelativeValue(generatorXML, "minRadius"),
GetAttributeRelativeValue(generatorXML, "maxRadius"),
GetAttributeRelativeValue(generatorXML, "minDepth"),
GetAttributeRelativeValue(generatorXML, "maxDepth"));
break;
case "MidpointDisplacement":
generator = new MidpointDisplacementWorldGenerator(
GetAttributeRelativeValue(generatorXML, "fromY"),
GetAttributeRelativeValue(generatorXML, "toY"),
GetAttributeFloatValue(generatorXML, "roughness"),
TileIdToTileType(GetAttributeStringValue(generatorXML, "tileType")));
break;
case "PerlinNoise":
generator = new PerlinNoiseWorldGenerator(
GetAttributeRelativeValue(generatorXML, "fromY"),
GetAttributeRelativeValue(generatorXML, "toY"),
GetAttributeIntValue(generatorXML, "octaves"),
GetAttributeFloatValue(generatorXML, "freq"),
TileIdToTileType(GetAttributeStringValue(generatorXML, "tileType")));
break;
case "PerlinNoise2":
generator = new PerlinNoise2WorldGenerator(
GetAttributeRelativeValue(generatorXML, "fromY"),
GetAttributeRelativeValue(generatorXML, "toY"),
GetAttributeIntValue(generatorXML, "octaves"),
GetAttributeFloatValue(generatorXML, "freq"),
TileIdToTileType(GetAttributeStringValue(generatorXML, "tileType")));
break;
case "Deposit":
generator = new DepositWorldGenerator(
GetAttributeRelativeValue(generatorXML, "fromY"),
GetAttributeRelativeValue(generatorXML, "toY"),
GetAttributeRelativeValue(generatorXML, "iterations"),
GetAttributeRelativeValue(generatorXML, "minRadius"),
GetAttributeRelativeValue(generatorXML, "maxRadius"),
TileIdToTileType(GetAttributeStringValue(generatorXML, "overTile")),
TileIdToTileType(GetAttributeStringValue(generatorXML, "tileType")),
GetAttributeBoolValue(generatorXML, "allowEmptyAbove", false));
break;
default:
throw new System.Exception("Unknown generator type: " + generatorXML.Name);
}
return generator;
}
public GeneratorProcess Generate(CubeWorldGenerator generator)
{
enqueueTileUpdates = false;
reportTileInvalidated = false;
updateLighting = false;
ChainedWorldGenerator chained = new ChainedWorldGenerator();
chained.AddGenertor(generator);
chained.AddGenertor(new InternalWorldInitializationGenerator());
return new GeneratorProcess(chained, this.world);
}
