public GeoRegion(int regionX, int regionY, GeoReader reader, bool l2j, string file)
{
_file = file;
_regionX = regionX;
_regionY = regionY;
_minGeoX = GeoEngine.getGeoXY(regionX, 0);
_maxGeoX = GeoEngine.getGeoXY(regionX, GeoEngine.GEO_REGION_SIZE - 1);
_minGeoY = GeoEngine.getGeoXY(regionY, 0);
_maxGeoY = GeoEngine.getGeoXY(regionY, GeoEngine.GEO_REGION_SIZE - 1);
_geoBlocks = new GeoBlock[GeoEngine.GEO_REGION_SIZE, GeoEngine.GEO_REGION_SIZE];
_geoBlocksData = new GeoByteBuffer[GeoEngine.GEO_REGION_SIZE, GeoEngine.GEO_REGION_SIZE];
//
GeoBlock block;
GeoByteBuffer writer;
for (int blockX = 0, blockY; blockX < GeoEngine.GEO_REGION_SIZE; blockX++)
{
for (blockY = 0; blockY < GeoEngine.GEO_REGION_SIZE; blockY++)
{
block = readBlock(blockX, blockY, reader, l2j);
_geoBlocks[blockX, blockY] = block;
writer = GeoByteBuffer.allocate(block.getRequiredCapacity(true));
block.writeTo(writer, true);
_geoBlocksData[blockX, blockY] = writer;
}
}
}
private GeoBlock readBlock(int blockX, int blockY, GeoReader reader, bool l2j)
{
int geoX = GeoEngine.getGeoXY(_regionX, blockX);
int geoY = GeoEngine.getGeoXY(_regionY, blockY);
int type = getType(reader, l2j);
switch (type)
{
case GeoEngine.GEO_BLOCK_TYPE_FLAT:
return(new GeoBlockFlat(reader, geoX, geoY, l2j).setRegion(this));
case GeoEngine.GEO_BLOCK_TYPE_COMPLEX:
return(new GeoBlockComplex(reader, geoX, geoY, l2j).setRegion(this));
case GeoEngine.GEO_BLOCK_TYPE_MULTILAYER:
return(new GeoBlockMultiLayer(reader, geoX, geoY, l2j).setRegion(this));
default:
throw new ArgumentException("Unknown type: " + type);
}
}
public int getGeoY(int blockY)
{
return(GeoEngine.getGeoXY(getRegionY(), blockY));
}
public int getGeoX(int blockX)
{
return(GeoEngine.getGeoXY(getRegionX(), blockX));
}
