public NBTMapRenderer(IMap map, string path)
{
Map = map;
Path = path;
HeightOn2DMaps = 4;
Blocks = new Dictionary <CellState, SchematicBlock>
{
{ CellState.Empty, new SchematicBlock(0, 0) },
{ CellState.Filled, new SchematicBlock(1, 0) },
};
AddFloor = false;
AddCeiling = false;
FloorBlock = new SchematicBlock(1, 0);
CeilingBlock = new SchematicBlock(1, 0);
}
private Schematic MapToSchematic(IMap map)
{
var twoDimensional = map.Dimensions == 2;
var threeDimensional = map.Dimensions == 3;
var width = (short)map.Size[0];
var length = (short)map.Size[1];
var height = (short)(threeDimensional ? map.Size[2] : HeightOn2DMaps);
if (AddFloor)
{
height++;
}
var heightWithoutCeiling = height;
if (AddCeiling)
{
height++;
}
var sch = new Schematic(width, length, height);
for (short i = 0; i < width; i++)
{
for (short j = 0; j < length; j++)
{
Point point = null;
SchematicBlock block = null;
var fill = false;
if (twoDimensional)
{
point = new Point(i, j);
if (map.CellExists(point))
{
fill = true;
var state = map.GetCell(point).State;
block = Blocks[state];
}
}
short k = 0;
if (AddFloor)
{
sch.Set(i, j, k, FloorBlock.Block, FloorBlock.Data);
k++;
}
for (; k < heightWithoutCeiling; k++)
{
if (threeDimensional)
{
point = new Point(i, j, k);
if (map.CellExists(point))
{
fill = true;
var state = map.GetCell(point).State;
block = Blocks[state];
}
}
if (fill)
{
sch.Set(i, j, k, block.Block, block.Data);
}
}
if (AddCeiling)
{
sch.Set(i, j, k, CeilingBlock.Block, CeilingBlock.Data);
}
}
}
return(sch);
}
