def test_replace_single_block(self):
subbox1 = SelectionBox((1, 70, 3), (5, 71, 6))
box1 = SelectionGroup((subbox1, ))
self.assertEqual(
"universal_minecraft:stone",
self.world.get_block(1, 70, 3, OVERWORLD).blockstate,
)
self.assertEqual(
"universal_minecraft:granite[polished=false]",
self.world.get_block(1, 70, 5, OVERWORLD).blockstate,
)
replace(
self.world,
OVERWORLD,
box1,
{
"original_blocks": [
Block.from_string_blockstate(
"universal_minecraft:granite[polished=false]")
],
"replacement_blocks": [
Block.from_string_blockstate(
"universal_minecraft:stone")
],
},
)
self.world.create_undo_point()
self.assertEqual(
"universal_minecraft:stone",
self.world.get_block(1, 70, 3, OVERWORLD).blockstate,
)
self.assertEqual(
"universal_minecraft:stone",
self.world.get_block(1, 70, 5, OVERWORLD).blockstate,
)
self.world.undo()
self.assertEqual(
"universal_minecraft:stone",
self.world.get_block(1, 70, 3, OVERWORLD).blockstate,
)
self.assertEqual(
"universal_minecraft:granite[polished=false]",
self.world.get_block(1, 70, 5, OVERWORLD).blockstate,
)
self.world.redo()
self.assertEqual(
"universal_minecraft:stone",
self.world.get_block(1, 70, 3, OVERWORLD).blockstate,
)
self.assertEqual(
"universal_minecraft:stone",
self.world.get_block(1, 70, 5, OVERWORLD).blockstate,
)
def test_hash(self):
stone = Block.from_string_blockstate("minecraft:stone")
water = Block.from_string_blockstate("minecraft:water[level=1]")
granite = Block.from_string_blockstate("minecraft:granite")
dirt = Block.from_string_blockstate("minecraft:dirt")
conglomerate_1 = stone + water + dirt
conglomerate_2 = stone + dirt + water
self.assertNotEqual(conglomerate_1, conglomerate_2)
self.assertNotEqual(hash(conglomerate_1), hash(conglomerate_2))
conglomerate_3 = dirt + water + dirt
conglomerate_4 = dirt + dirt + water
self.assertNotEqual(conglomerate_3, conglomerate_4)
self.assertNotEqual(hash(conglomerate_3), hash(conglomerate_4))
conglomerate_5 = conglomerate_1 + granite
conglomerate_6 = conglomerate_3 + granite
self.assertNotEqual(conglomerate_1, conglomerate_5)
self.assertNotEqual(conglomerate_3, conglomerate_6)
self.assertNotEqual(conglomerate_5, conglomerate_6)
self.assertNotEqual(hash(conglomerate_5), hash(conglomerate_6))
def test_extra_blocks_immutable(self):
stone = Block.from_string_blockstate("minecraft:stone")
dirt = Block.from_string_blockstate("minecraft:dirt")
stone2 = stone
self.assertIs(stone, stone2)
stone2 += dirt
self.assertIsNot(stone, stone2)
stone3 = stone2
self.assertIs(stone2, stone3)
stone3 -= dirt
self.assertIsNot(stone, stone3)
def test_get_block_from_manager(self):
dirt = Block.from_string_blockstate("minecraft:dirt")
stone = Block.from_string_blockstate("minecraft:stone")
granite = Block.from_string_blockstate("minecraft:granite")
water = Block.from_string_blockstate("minecraft:water")
dirt_water = dirt + water
self.assertEqual(dirt, self.manager[0])
self.assertEqual(stone, self.manager[1])
self.assertEqual(granite, self.manager[2])
self.assertEqual(dirt_water, self.manager[3])
with self.assertRaises(KeyError):
brain_coral = Block.from_string_blockstate("minecraft:brain_coral")
internal_id = self.manager[brain_coral]
def setUp(self):
self.manager = BlockManager()
initial_dirt = Block.from_string_blockstate("minecraft:dirt")
initial_stone = Block.from_string_blockstate("minecraft:stone")
initial_granite = Block.from_string_blockstate("minecraft:granite")
initial_dirt_water = initial_dirt + Block.from_string_blockstate(
"minecraft:water"
)
# Partially populate the manager
self.manager.get_add_block(initial_dirt)
self.manager.get_add_block(initial_stone)
self.manager.get_add_block(initial_granite)
self.manager.get_add_block(initial_dirt_water)
def test_get_index_from_manager(self):
dirt = Block.from_string_blockstate("minecraft:dirt")
stone = Block.from_string_blockstate("minecraft:stone")
granite = Block.from_string_blockstate("minecraft:granite")
self.assertEqual(0, self.manager[dirt])
self.assertEqual(1, self.manager[stone])
self.assertEqual(2, self.manager[granite])
water = Block.from_string_blockstate("minecraft:water")
dirt_water = dirt + water
self.assertNotEqual(dirt, dirt_water)
self.assertIsNot(dirt, dirt_water)
self.assertEqual(3, self.manager[dirt_water])
with self.assertRaises(KeyError):
random_block = self.manager[10000]
def test_extra_blocks(self):
stone = Block.from_string_blockstate("minecraft:stone")
water = Block.from_string_blockstate("minecraft:water[level=1]")
granite = Block.from_string_blockstate("minecraft:granite")
dirt = Block.from_string_blockstate("minecraft:dirt")
conglomerate_1 = stone + water + dirt
self.assertIsInstance(conglomerate_1, Block)
self.assertEqual("minecraft", conglomerate_1.namespace)
self.assertEqual("stone", conglomerate_1.base_name)
self.assertEqual({}, conglomerate_1.properties)
self.assertEqual(2, len(conglomerate_1.extra_blocks))
for block_1, block_2 in zip(conglomerate_1.extra_blocks, (water, dirt)):
self.assertEqual(block_1, block_2)
self.assertEqual(0, len(block_1.extra_blocks))
conglomerate_2 = conglomerate_1 + granite
self.assertIsInstance(conglomerate_2, Block)
self.assertEqual("minecraft", conglomerate_2.namespace)
self.assertEqual("stone", conglomerate_2.base_name)
self.assertEqual({}, conglomerate_2.properties)
self.assertEqual(3, len(conglomerate_2.extra_blocks))
for block_1, block_2 in zip(
conglomerate_2.extra_blocks, (water, dirt, granite)
):
self.assertEqual(block_1, block_2)
self.assertEqual(0, len(block_1.extra_blocks))
self.assertNotEqual(conglomerate_1, conglomerate_2)
conglomerate_3 = conglomerate_2 - dirt
self.assertIsInstance(conglomerate_3, Block)
self.assertEqual("minecraft", conglomerate_3.namespace)
self.assertEqual("stone", conglomerate_3.base_name)
self.assertEqual({}, conglomerate_3.properties)
self.assertEqual(2, len(conglomerate_3.extra_blocks))
for block_1, block_2 in zip(conglomerate_3.extra_blocks, (water, granite)):
self.assertEqual(block_1, block_2)
self.assertEqual(0, len(block_1.extra_blocks))
self.assertRaises(TypeError, lambda: stone + 1)
self.assertRaises(TypeError, lambda: stone - 1)
def test_fill_operation(self):
subbox_1 = SelectionBox((1, 70, 3), (5, 71, 5))
selection = SelectionGroup((subbox_1, ))
# Start sanity check
self.assertEqual(
"universal_minecraft:stone",
self.world.get_block(1, 70, 3, OVERWORLD).blockstate,
)
self.assertEqual(
"universal_minecraft:granite[polished=false]",
self.world.get_block(1, 70, 5, OVERWORLD).blockstate,
)
# End sanity check
generator_unpacker(
fill(
self.world,
OVERWORLD,
selection,
Block.from_string_blockstate("universal_minecraft:stone"),
))
self.world.create_undo_point()
for x, y, z in selection.blocks:
self.assertEqual(
"universal_minecraft:stone",
self.world.get_block(x, y, z, OVERWORLD).blockstate,
f"Failed at coordinate ({x},{y},{z})",
)
self.world.undo()
self.assertEqual(
"universal_minecraft:stone",
self.world.get_block(1, 70, 3, OVERWORLD).blockstate,
)
self.assertEqual(
"universal_minecraft:granite[polished=false]",
self.world.get_block(1, 70, 5, OVERWORLD).blockstate,
)
self.world.redo()
for x, y, z in selection.blocks:
self.assertEqual(
"universal_minecraft:stone",
self.world.get_block(x, y, z, OVERWORLD).blockstate,
f"Failed at coordinate ({x},{y},{z})",
)
from bidict import bidict
from collections import deque
from amulet.api.block import Block
from amulet.api.selection import SelectionBox, SelectionGroup
#from amulet.operations.fill import fill
from amulet import load_level
import amulet_nbt
# Deprecated now that Block.from_string_blockstate exists
def blockstate_to_block(s):
namespace, base_name, properties = Block.parse_blockstate_string(s)
print(properties)
return Block(namespace, base_name, properties)
define_block = Block.from_string_blockstate("universal_minecraft:bedrock[infiniburn=false]")
blockfunction_block = Block.from_string_blockstate("universal_minecraft:wool[color=blue]")
pattern_block = Block.from_string_blockstate("universal_minecraft:wool[color=red]")
lambda_block = Block.from_string_blockstate("universal_minecraft:wool[color=light_blue]")
namespace_block = Block.from_string_blockstate("universal_minecraft:wool[color=pink]")
string_block = Block.from_string_blockstate("universal_minecraft:wool[color=lime]")
funcall_block = Block.from_string_blockstate("universal_minecraft:wool[color=cyan]")
union_block = Block.from_string_blockstate("universal_minecraft:wool[color=purple]")
torch_up = Block.from_string_blockstate("universal_minecraft:torch[facing=up]")
air = Block.from_string_blockstate("universal_minecraft:air")
def is_sign(b):
return b.base_name == "oak_wall_sign"
# Rotation matrix around z-axis (right hand rule)
# (1,0,0) -> (0,1,0)
def test_replace_multiblock(self):
subbox1 = SelectionBox((1, 70, 3), (2, 75, 4))
box1 = SelectionGroup((subbox1, ))
self.assertEqual(
"universal_minecraft:stone",
self.world.get_block(1, 70, 3, OVERWORLD).blockstate,
)
for y in range(71, 75):
self.assertEqual(
"universal_minecraft:air",
self.world.get_block(1, y, 3, OVERWORLD).blockstate,
f"Failed at coordinate (1,{y},3)",
)
replace(
self.world,
OVERWORLD,
box1,
{
"original_blocks": [
Block.from_string_blockstate(
"universal_minecraft:stone"),
Block.from_string_blockstate(
"universal_minecraft:air"),
],
"replacement_blocks": [
Block.from_string_blockstate(
"universal_minecraft:granite[polished=false]"),
Block.from_string_blockstate(
"universal_minecraft:stone"),
],
},
)
self.world.create_undo_point()
self.assertEqual(
"universal_minecraft:granite[polished=false]",
self.world.get_block(1, 70, 3, OVERWORLD).blockstate,
)
for y in range(71, 75):
self.assertEqual(
"universal_minecraft:stone",
self.world.get_block(1, y, 3, OVERWORLD).blockstate,
f"Failed at coordinate (1,{y},3)",
)
self.world.undo()
self.assertEqual(
"universal_minecraft:stone",
self.world.get_block(1, 70, 3, OVERWORLD).blockstate,
)
for y in range(71, 75):
self.assertEqual(
"universal_minecraft:air",
self.world.get_block(1, y, 3, OVERWORLD).blockstate,
f"Failed at coordinate (1,{y},3)",
)
self.world.redo()
self.assertEqual(
"universal_minecraft:granite[polished=false]",
self.world.get_block(1, 70, 3, OVERWORLD).blockstate,
)
for y in range(71, 75):
self.assertEqual(
"universal_minecraft:stone",
self.world.get_block(1, y, 3, OVERWORLD).blockstate,
f"Failed at coordinate (1,{y},3)",
)
def test_get_from_blockstate(self): # This is mostly just sanity checks
air = Block.from_string_blockstate("minecraft:air")
self.assertIsInstance(air, Block)
self.assertEqual("minecraft", air.namespace)
self.assertEqual("air", air.base_name)
self.assertEqual({}, air.properties)
self.assertEqual((), air.extra_blocks)
self.assertEqual("minecraft:air", air.blockstate)
self.assertEqual("minecraft:air", air.snbt_blockstate)
self.assertEqual("minecraft:air", air.full_blockstate)
stone = Block.from_string_blockstate("minecraft:stone")
self.assertIsInstance(stone, Block)
self.assertEqual("minecraft", stone.namespace)
self.assertEqual("stone", stone.base_name)
self.assertEqual({}, stone.properties)
self.assertEqual((), stone.extra_blocks)
self.assertEqual("minecraft:stone", stone.blockstate)
self.assertEqual("minecraft:stone", stone.snbt_blockstate)
self.assertEqual("minecraft:stone", stone.full_blockstate)
self.assertNotEqual(air, stone)
oak_leaves = Block.from_snbt_blockstate(
'minecraft:oak_leaves[distance="1",persistent="true"]'
)
self.assertIsInstance(oak_leaves, Block)
self.assertEqual("minecraft", oak_leaves.namespace)
self.assertEqual("oak_leaves", oak_leaves.base_name)
self.assertEqual(
{"distance": nbt.TAG_String("1"), "persistent": nbt.TAG_String("true")},
oak_leaves.properties,
)
self.assertEqual((), oak_leaves.extra_blocks)
self.assertEqual(
"minecraft:oak_leaves[distance=1,persistent=true]",
oak_leaves.blockstate,
)
self.assertEqual(
'minecraft:oak_leaves[distance="1",persistent="true"]',
oak_leaves.snbt_blockstate,
)
self.assertEqual(
'minecraft:oak_leaves[distance="1",persistent="true"]',
oak_leaves.full_blockstate,
)
oak_leaves_2 = Block(
namespace="minecraft",
base_name="oak_leaves",
properties={
"persistent": nbt.TAG_String("true"),
"distance": nbt.TAG_String("1"),
},
)
self.assertEqual("minecraft", oak_leaves_2.namespace)
self.assertEqual("oak_leaves", oak_leaves_2.base_name)
self.assertEqual(
{"distance": nbt.TAG_String("1"), "persistent": nbt.TAG_String("true")},
oak_leaves_2.properties,
)
self.assertEqual((), oak_leaves_2.extra_blocks)
self.assertEqual(
"minecraft:oak_leaves[distance=1,persistent=true]",
oak_leaves_2.blockstate,
)
self.assertEqual(
'minecraft:oak_leaves[distance="1",persistent="true"]',
oak_leaves_2.snbt_blockstate,
)
self.assertEqual(
'minecraft:oak_leaves[distance="1",persistent="true"]',
oak_leaves_2.full_blockstate,
)
self.assertEqual(oak_leaves, oak_leaves_2)
oak_leaves_3 = Block.from_snbt_blockstate(
'minecraft:oak_leaves[persistent="true",distance="1"]'
)
self.assertEqual("minecraft", oak_leaves_3.namespace)
self.assertEqual("oak_leaves", oak_leaves_3.base_name)
self.assertEqual(
{"distance": nbt.TAG_String("1"), "persistent": nbt.TAG_String("true")},
oak_leaves_3.properties,
)
self.assertEqual((), oak_leaves_3.extra_blocks)
self.assertEqual(
"minecraft:oak_leaves[distance=1,persistent=true]",
oak_leaves_3.blockstate,
)
self.assertEqual(
'minecraft:oak_leaves[distance="1",persistent="true"]',
oak_leaves_3.snbt_blockstate,
)
self.assertEqual(
'minecraft:oak_leaves[distance="1",persistent="true"]',
oak_leaves_3.full_blockstate,
)
self.assertEqual(oak_leaves, oak_leaves_3)
def test_remove_layer(self):
stone = Block.from_string_blockstate("minecraft:stone")
water = Block.from_string_blockstate("minecraft:water[level=1]")
granite = Block.from_string_blockstate("minecraft:granite")
dirt = Block.from_string_blockstate("minecraft:dirt")
oak_log_axis_x = Block.from_string_blockstate("minecraft:oak_log[axis=x]")
conglomerate_1 = stone + water + dirt + dirt + granite
self.assertIsInstance(conglomerate_1, Block)
self.assertEqual("minecraft", conglomerate_1.namespace)
self.assertEqual("stone", conglomerate_1.base_name)
self.assertEqual({}, conglomerate_1.properties)
self.assertEqual(4, len(conglomerate_1.extra_blocks))
for block_1, block_2 in zip(
conglomerate_1.extra_blocks, (water, dirt, dirt, granite)
):
self.assertEqual(block_1, block_2)
self.assertEqual(0, len(block_1.extra_blocks))
new_conglomerate = conglomerate_1.remove_layer(2)
for block_1, block_2 in zip(
new_conglomerate.extra_blocks, (water, dirt, granite)
):
self.assertEqual(block_1, block_2)
self.assertEqual(0, len(block_1.extra_blocks))
conglomerate_2 = granite + water + stone + dirt + oak_log_axis_x
self.assertIsInstance(conglomerate_2, Block)
self.assertEqual("minecraft", conglomerate_2.namespace)
self.assertEqual("granite", conglomerate_2.base_name)
self.assertEqual({}, conglomerate_2.properties)
self.assertEqual(4, len(conglomerate_2.extra_blocks))
for block_1, block_2 in zip(
conglomerate_2.extra_blocks, (water, stone, dirt, oak_log_axis_x)
):
self.assertEqual(block_1, block_2)
self.assertEqual(0, len(block_1.extra_blocks))
new_conglomerate = conglomerate_2.remove_layer(3)
self.assertEqual(3, len(new_conglomerate.extra_blocks))
for block_1, block_2 in zip(
new_conglomerate.extra_blocks, (water, stone, oak_log_axis_x)
):
self.assertEqual(block_1, block_2)
self.assertEqual(0, len(block_1.extra_blocks))
new_base = conglomerate_2.remove_layer(0)
self.assertEqual(3, len(new_base.extra_blocks))
self.assertEqual("minecraft", new_base.namespace)
self.assertEqual("water", new_base.base_name)
self.assertEqual({"level": nbt.TAG_String("1")}, new_base.properties)
for block_1, block_2 in zip(
new_base.extra_blocks, (stone, dirt, oak_log_axis_x)
):
self.assertEqual(block_1, block_2)
self.assertEqual(0, len(block_1.extra_blocks))
self.assertNotEqual(new_base, new_base.remove_layer(1))
with self.assertRaises(BlockException):
no_block = granite.remove_layer(0)
with self.assertRaises(BlockException):
non_present_layer = granite.remove_layer(7)
non_present_layer = conglomerate_2.remove_layer(5)
conglomerate_2.remove_layer(4) # Check if last layer can still be removed
def open_from(self, f: BinaryIO):
sponge_schem = amulet_nbt.load(f)
version = sponge_schem.get("Version")
if not isinstance(version, amulet_nbt.TAG_Int):
raise SpongeSchemReadError(
"Version key must exist and be an integer.")
if version == 1:
raise SpongeSchemReadError(
"Sponge Schematic Version 1 is not supported currently.")
elif version == 2:
offset = sponge_schem.get("Offset")
if isinstance(offset,
amulet_nbt.TAG_Int_Array) and len(offset) == 3:
min_point = numpy.array(offset)
else:
min_point = numpy.array([0, 0, 0], dtype=numpy.int32)
size = []
for key in ("Width", "Height", "Length"):
val = sponge_schem.get(key)
if not isinstance(val, amulet_nbt.TAG_Short):
raise SpongeSchemReadError(
f"Key {key} must exist and be a TAG_Short.")
# convert to an unsigned short
val = val.value
if val < 0:
val += 2**16
size.append(val)
max_point = min_point + size
selection = SelectionBox(min_point, max_point)
self._bounds[self.dimensions[0]] = SelectionGroup(selection)
data_version = sponge_schem.get("DataVersion")
if not isinstance(data_version, amulet_nbt.TAG_Int):
raise SpongeSchemReadError("DataVersion must be a TAG_Int.")
translator_version = self.translation_manager.get_version(
"java", int(data_version))
self._platform = translator_version.platform
self._version = translator_version.data_version
packed_block_data = sponge_schem.get("BlockData")
if not isinstance(packed_block_data, amulet_nbt.TAG_Byte_Array):
raise SpongeSchemReadError(
"BlockData must be a TAG_Byte_Array")
unpacked_block_data = decode_byte_array(
numpy.array(packed_block_data, dtype=numpy.uint8))
if len(unpacked_block_data) != numpy.prod(size):
raise SpongeSchemReadError(
"The data contained in BlockData does not match the size of the schematic."
)
dx, dy, dz = selection.shape
blocks_array: numpy.ndarray = numpy.transpose(
numpy.array(
unpacked_block_data,
dtype=numpy.uint32,
).reshape((dy, dz, dx)),
(2, 0, 1), # YZX => XYZ
)
if "Palette" not in sponge_schem:
raise SpongeSchemReadError(
"Amulet is not able to read Sponge Schem files with no block palette."
)
palette_data = sponge_schem.get("Palette")
if not isinstance(palette_data, amulet_nbt.TAG_Compound):
raise SpongeSchemReadError("Palette must be a TAG_Compound.")
block_palette: Dict[int, Block] = {}
for blockstate, index in palette_data.items():
if index.value in block_palette:
raise SpongeSchemReadError(
f"Duplicate block index {index} found in the palette.")
block_palette[index.value] = Block.from_string_blockstate(
blockstate)
if not numpy.all(numpy.isin(blocks_array, list(block_palette))):
raise SpongeSchemReadError(
"Some values in BlockData were not present in Palette")
for cx, cz in selection.chunk_locations():
chunk_box = SelectionBox.create_chunk_box(
cx, cz).intersection(selection)
array_slice = chunk_box.create_moved_box(selection.min,
subtract=True).slice
chunk_blocks_: numpy.ndarray = blocks_array[array_slice]
chunk_palette_indexes, chunk_blocks = numpy.unique(
chunk_blocks_,
return_inverse=True,
)
chunk_blocks = chunk_blocks.reshape(chunk_blocks_.shape)
chunk_palette = numpy.empty(len(chunk_palette_indexes),
dtype=object)
for palette_index, index in enumerate(chunk_palette_indexes):
chunk_palette[palette_index] = block_palette[index]
self._chunks[(cx, cz)] = (
chunk_box,
chunk_blocks,
chunk_palette,
[],
[],
)
if "BlockEntities" in sponge_schem:
block_entities = sponge_schem["BlockEntities"]
if (not isinstance(block_entities, amulet_nbt.TAG_List)
or block_entities.list_data_type !=
10 # amulet_nbt.TAG_Compound.tag_id
):
raise SpongeSchemReadError(
"BlockEntities must be a TAG_List of compound tags.")
for block_entity in block_entities:
if "Pos" in block_entity:
pos = block_entity["Pos"]
if isinstance(
pos,
amulet_nbt.TAG_Int_Array) and len(pos) == 3:
pos = pos + min_point
x, y, z = (
pos[0],
pos[1],
pos[2],
)
block_entity["Pos"] = amulet_nbt.TAG_Int_Array(pos)
cx, cz = x >> 4, z >> 4
if (cx, cz) in self._chunks and (
x, y, z) in self._chunks[(cx, cz)][0]:
self._chunks[(cx, cz)][3].append(block_entity)
if "Entities" in sponge_schem:
entities = sponge_schem["Entities"]
if (not isinstance(entities, amulet_nbt.TAG_List)
or entities.list_data_type !=
10 # amulet_nbt.TAG_Compound.tag_id
):
raise SpongeSchemReadError(
"Entities must be a TAG_List of compound tags.")
for entity in entities:
if "Pos" in entity:
pos = entity["Pos"]
if (isinstance(pos, amulet_nbt.TAG_List)
and len(pos) == 3 and pos.list_data_type
== 6): # amulet_nbt.TAG_Double.tag_id:
x, y, z = (
pos[0].value + offset[0],
pos[1].value + offset[0],
pos[2].value + offset[0],
)
entity["Pos"] = amulet_nbt.TAG_List([
amulet_nbt.TAG_Int(x),
amulet_nbt.TAG_Int(y),
amulet_nbt.TAG_Int(z),
])
cx, cz = numpy.floor([x, z]).astype(int) >> 4
if (cx, cz) in self._chunks and (
x, y, z) in self._chunks[(cx, cz)][0]:
self._chunks[(cx, cz)][4].append(entity)
else:
raise SpongeSchemReadError(
f"Sponge Schematic Version {version.value} is not supported currently."
)
import amulet_nbt
from amulet.api.chunk import Chunk
from amulet.api.wrapper import Translator
from amulet.api.block import Block
from amulet.api.registry import BlockManager
from amulet.api.data_types import (
VersionIdentifierType,
AnyNDArray,
BlockNDArray,
)
if TYPE_CHECKING:
from PyMCTranslate import Version, TranslationManager
water = Block.from_string_blockstate("minecraft:water[level=0]")
class JavaBlockstateTranslator(Translator):
def _translator_key(self, version_number: int) -> VersionIdentifierType:
return "java", version_number
@staticmethod
def is_valid(key):
return key[0] == "java" and 1444 <= key[1] < 2836
@staticmethod
def _unpack_blocks(
translation_manager: "TranslationManager",
version_identifier: VersionIdentifierType,
chunk: Chunk,