def bp2schem(dirName):
# Load blueprint
bp = blueprint.readBlueprint(dirName)
# Compute values
width = int( abs(bp['header']['bounds_a'][0] - bp['header']['bounds_b'][0] ) - 1 )
height = int( abs(bp['header']['bounds_a'][1] - bp['header']['bounds_b'][1] ) - 1 )
length = int( abs(bp['header']['bounds_a'][2] - bp['header']['bounds_b'][2] ) - 1 )
orig = ( bp['header']['bounds_a'][0] + 1,
bp['header']['bounds_a'][1] + 1,
bp['header']['bounds_a'][2] + 1)
b = Blocks(width, height, length, orig)
for data in bp['datas'].values():
chunks = data['chunks']
chunk_index = data['chunk_index']
data_pos = data['pos']
for chunk in chunks:
x_off = chunk['pos'][0]
y_off = chunk['pos'][1]
z_off = chunk['pos'][2]
print "Chunk pos : x=%d y=%d z=%d" % ( x_off, y_off, z_off )
for pos, data in chunk['blocks'].items():
block_info = resolver.starmade_to_minecraft( data['id'], data['orient'] )
block_pos = (pos[0] + x_off, pos[1] + y_off , pos[2] + z_off)
b.add(block_pos, block_info[0], block_info[1])
# Create NBT
nbtfile = nbt.NBTFile()
nbtfile.name = "Schematic"
nbtfile.tags.extend([
TAG_String(name='Materials', value = 'Alpha'),
TAG_List(name='Entities', type=TAG_Compound),
TAG_List(name='TileEntities', type=TAG_Compound),
TAG_Byte_Array(name='Data'),
TAG_Byte_Array(name='Blocks'),
TAG_Int(name='WEOffsetX', value = 0),
TAG_Int(name='WEOffsetY', value = 0),
TAG_Int(name='WEOffsetZ', value = 0),
TAG_Int(name='WEOriginX', value = 0),
TAG_Int(name='WEOriginY', value = 0),
TAG_Int(name='WEOriginZ', value = 0),
TAG_Short(name='Height', value = height),
TAG_Short(name='Length', value = length),
TAG_Short(name='Width', value = width)
])
nbtfile['Data'].value = b.datas
nbtfile['Blocks'].value = b.ids
outfile = "%s.schematic" % os.path.basename(dirName)
print 'Writing %s' % outfile
nbtfile.write_file(outfile)
