public void DecorateTerrain(MCWorldExporter exporter)
{
int processorIndex = 0;
foreach (var post in generators)
{
for (int pass = 0; pass < post.NumberOfPasses; pass++)
{
string name = post.GetType().Name;
if (post.PostProcessorType == PostProcessType.Block || post.PostProcessorType == PostProcessType.Both)
{
//Iterate the postprocessors over every block
for (int x = 0; x < exporter.heightmapLengthX; x++)
{
for (int z = 0; z < exporter.heightmapLengthZ; z++)
{
for (int y = post.BlockProcessYMin; y <= post.BlockProcessYMax; y++)
{
post.ProcessBlock(exporter.world, x + exporter.regionOffsetX * 512, y, z + exporter.regionOffsetZ * 512, pass);
}
}
UpdateProgressBar(processorIndex, "Decorating terrain", name, (x + 1) / (float)exporter.heightmapLengthX, pass, post.NumberOfPasses);
}
}
if (post.PostProcessorType == PostProcessType.Surface || post.PostProcessorType == PostProcessType.Both)
{
//Iterate the postprocessors over every surface block
for (int x = 0; x < exporter.heightmapLengthX; x++)
{
for (int z = 0; z < exporter.heightmapLengthZ; z++)
{
post.ProcessSurface(exporter.world, x + exporter.regionOffsetX * 512, exporter.heightmap[x, z], z + exporter.regionOffsetZ * 512, pass);
}
UpdateProgressBar(processorIndex, "Decorating surface", name, (x + 1) / (float)exporter.heightmapLengthX, pass, post.NumberOfPasses);
}
}
//Run every postprocessor once for every region (rarely used)
Parallel.ForEach(exporter.world.regions.Values, (MCUtils.Region reg) =>
{
post.ProcessRegion(exporter.world, reg, reg.regionPosX, reg.regionPosZ, pass);
});
}
processorIndex++;
}
foreach (var post in generators)
{
post.OnFinish(exporter.world);
}
}
public OverviewmapExporter(MCWorldExporter world, bool mcMapStyle, HeightmapType type = HeightmapType.SolidBlocks)
{
var heightmap = world.GetHeightmap(type, true);
HeightData heightData = new HeightData(ArrayConverter.ToFloatMap(ArrayConverter.Flip(heightmap)), 1)
{
lowPoint = 0,
highPoint = 256
};
map = world.world.GetSurfaceMap(world.worldBounds.xMin, world.worldBounds.yMin, heightmap, mcMapStyle);
if (!mcMapStyle)
{
map = GenerateShadedMap(heightData, map);
}
}