def testCopyOffsets(self):
editor = TempLevel("AnvilWorld")
dimension = editor.getDimension()
schematic = createSchematic((13, 8, 5))
schematicDim = schematic.getDimension()
x, y, z = dimension.bounds.origin + [p/2 for p in dimension.bounds.size]
for dx in range(16):
for dz in range(16):
dimension.copyBlocks(schematicDim, schematicDim.bounds, (x+dx, y, z+dz), biomes=True)
def test_relight():
pc_world = TempLevel("AnvilWorld")
anvilDim = pc_world.getDimension()
bounds = anvilDim.bounds
point = bounds.origin + (bounds.size * (0.5, 0.5, 0.5))
box = bounds.expand(-100, 0, -100)
chunks = [(cx, cz) for cx, cz in anvilDim.chunkPositions() if (cx << 4, 1, cz << 4) not in box]
for c in chunks:
anvilDim.deleteChunk(*c)
station = TempLevel("station.schematic")
stationDim = station.getDimension()
anvilDim.copyBlocks(stationDim, stationDim.bounds, point, create=True)
pc_world.saveChanges()
cx = int(point.x + 32) >> 4
cz = int(point.z + 32) >> 4
def check():
sl = numpy.sum(pc_world.getChunk(cx, cz).SkyLight)
bl = numpy.sum(pc_world.getChunk(cx, cz).BlockLight)
assert (sl, bl) == (341328, 43213)
check()
pc_world.close()
pc_world = WorldEditor(templevel.tmpname)
check()
def testExport():
level = alpha_test_level()
for size in [(16, 16, 16),
(15, 16, 16),
(15, 16, 15),
(15, 15, 15),
]:
schem = level.extractSchematic(BoundingBox((0, 0, 0), size))
schem = TempLevel("schem", createFunc=lambda f: schem.saveToFile(f)).level
assert (schem.Blocks > 255).any()
def world(request):
if request.param == "PocketWorldAdapter.zip":
def unpackPocket(tmpname):
zf = zipfile.ZipFile("test_files/PocketWorldAdapter.zip")
zf.extractall(tmpname)
return WorldEditor(tmpname + "/PocketWorldAdapter")
return TempLevel("XXX", createFunc=unpackPocket)
return TempLevel(request.param)
def alpha_test_level():
level = TempLevel("alpha", createFunc=lambda f: WorldEditor(f, create=True))
level.createChunk(0, 0)
for x in range(0, 10):
level.setBlockID(x, 2, 5, 2048)
level.saveChanges()
level.close()
level = WorldEditor(filename=level.filename)
return level
def testExport():
level = alpha_test_level()
for size in [
(15, 15, 15),
(16, 16, 16),
(15, 16, 16),
(15, 16, 15),
]:
schem = extractSchematicFrom(level, BoundingBox((0, 0, 0), size))
schem = TempLevel("schem", createFunc=lambda f: schem.saveToFile(f))
assert (schem.Blocks > 255).any()
def test_command_block():
level = TempLevel("AnvilWorld").level
cmdblock = fromFile("testfiles/Commandblock.schematic")
point = level.bounds.origin + [p/2 for p in level.bounds.size]
level.copyBlocksFrom(cmdblock, cmdblock.bounds, point)
te = level.tileEntityAt(*point)
command = te['Command'].value
words = command.split(' ')
x, y, z = words[2:5]
assert x == str(point[0])
assert y == str(point[1] + 10)
assert z == str(point[2])
def testSave(self):
level = self.testCreate()
level["Environment"]["SurroundingWaterHeight"].value += 6
# Save the entire TAG structure to a different file.
TempLevel("atlantis.mclevel", createFunc=level.save) # xxx don't use templevel here
def test_session_lock(self):
temp = TempLevel("AnvilWorld")
level = temp.level
def touch():
level.saveInPlace()
self.assertRaises(SessionLockLost, touch)
def testCreate(self):
gen = MCServerChunkGenerator()
print "Version: ", gen.serverVersion
def _testCreate(filename):
gen.createLevel(filename, BoundingBox((-128, 0, -128), (128, 128, 128)))
TempLevel("ServerCreate", createFunc=_testCreate)
def test_session_lock(self):
temp = TempLevel("AnvilWorld")
level = temp.level
level2 = MCInfdevOldLevel(level.filename)
def touch():
level.saveInPlace()
self.assertRaises(SessionLockLost, touch)
def test_session_lock(self):
temp = TempLevel("AnvilWorld")
level = temp
level2 = WorldEditor(level.filename, resume=False)
def touch():
level.saveChanges()
self.assertRaises(SessionLockLost, touch)
def alpha_test_level():
temp = TempLevel("alpha",
createFunc=lambda f: MCInfdevOldLevel(f, create=True))
level = temp.level
level.createChunk(0, 0)
for x in range(0, 10):
level.setBlockAt(x, 2, 5, 2048)
level.saveInPlace()
level.close()
level = MCInfdevOldLevel(filename=level.filename)
return level
def test_relight():
templevel = TempLevel("AnvilWorld")
anvilLevel = templevel
anvilDim = anvilLevel.getDimension()
bounds = anvilDim.bounds
point = bounds.origin + (bounds.size * (0.5, 0.5, 0.5))
box = bounds.expand(-100, 0, -100)
# box = BoundingBox((256, 0, 256), (64, anvilLevel.Height, 64))
chunks = [(cx, cz) for cx, cz in anvilDim.chunkPositions()
if (cx << 4, 1, cz << 4) not in box]
for c in chunks:
anvilDim.deleteChunk(*c)
#anvilLevel = WorldEditor(filename=temppath, create=True)
station = WorldEditor("test_files/station.schematic")
stationDim = station.getDimension()
anvilDim.copyBlocks(stationDim, stationDim.bounds, point, create=True)
for cPos in anvilDim.chunkPositions():
anvilDim.getChunk(*cPos)
#anvilLevel.copyBlocksFrom(station, station.bounds, point + (station.Width, 0, 0), create=True)
anvilLevel.generateLights()
anvilLevel.saveChanges()
cx = int(point.x + 32) >> 4
cz = int(point.z + 32) >> 4
# os.system(sys.executable + " ../mcedit.py " + anvilLevel.filename)
def check():
sl = numpy.sum(anvilLevel.getChunk(cx, cz).SkyLight)
bl = numpy.sum(anvilLevel.getChunk(cx, cz).BlockLight)
assert (sl, bl) == (341328, 43213)
check()
anvilLevel.close()
anvilLevel = WorldEditor(templevel.tmpname)
check()
def setUp(self):
self.srclevel = TempLevel("hell.mclevel")
self.indevlevel = TempLevel("hueg.mclevel")
def setUp(self):
self.creativelevel = TempLevel("Dojo_64_64_128.dat")
self.indevlevel = TempLevel("hell.mclevel")
def test_schematic_extended_ids():
s = SchematicFile(shape=(1, 1, 5))
s.Blocks[0, 0, 0] = 2048
temp = TempLevel("schematic", createFunc=s.saveToFile)
s = temp
assert s.Blocks[0, 0, 0] == 2048
import numpy
from templevel import TempLevel
from mceditlib.selection import BoundingBox
level = TempLevel("AnvilWorld")
dim = level.getDimension()
box = BoundingBox(dim.bounds.origin, (64, 32, 64))
def timeGetBlocksOld():
for x, y, z in box.positions:
dim.getBlockID(x, y, z)
dim.getBlockData(x, y, z)
def timeSetBlocksOld():
for x, y, z in box.positions:
dim.setBlockID(x, y, z, 1)
dim.setBlockData(x, y, z, 1)
def timeGetBlocksGrid():
x, y, z = numpy.mgrid[
box.minx:box.maxx,
box.miny:box.maxy,
box.minz:box.maxz,
]
x, y, z = [numpy.ravel(a) for a in x, y, z]
result = dim.getBlocks(x, y, z, return_Data=True)
#print "Coords", [x, y, z], "maxz", z.max()
#print "Length", result.Blocks.shape
def alpha_test_level():
level = TempLevel("alpha",
createFunc=lambda f: WorldEditor(f, create=True))
level.createChunk(0, 0)
for x in range(0, 10):
level.setBlockID(x, 2, 5, 2048)
level.saveChanges()
level.close()
level = WorldEditor(filename=level.filename)
return level
def testPrimordialDesert():
templevel = TempLevel("PrimordialDesert")
level = templevel.level
for chunk in level.allChunks:
level.getChunk(*chunk)
def setUp(self):
self.indevLevel = TempLevel("hell.mclevel")
self.anvilLevel = TempLevel("PyTestWorld")
def sourceLevel():
return TempLevel("Station.schematic")
def anvilLevel():
return TempLevel("AnvilWorld")
def setUp(self):
# self.alphaLevel = TempLevel("Dojo_64_64_128.dat")
self.schematicLevel = TempLevel("Floating.schematic")
self.anvilLevel = TempLevel("AnvilWorld")
def sourceLevel(request):
return TempLevel(request.param)
def setUp(self):
# self.alphaLevel = TempLevel("Dojo_64_64_128.dat")
self.indevLevel = TempLevel("hell.mclevel")
self.anvilLevel = TempLevel("AnvilWorld")
def setUp(self):
# self.alphaLevel = TempLevel("Dojo_64_64_128.dat")
self.level = TempLevel("PocketWorld")
self.alphalevel = TempLevel("AnvilWorld")
def timeFill():
temp = TempLevel("AnvilWorld")
editor = temp
dim = editor.getDimension()
editor.loadedChunkLimit = 1
exhaust(dim.fillBlocksIter(dim.bounds, editor.blocktypes.OakWoodPlanks))
import numpy
from templevel import TempLevel
from mceditlib.selection import BoundingBox
level = TempLevel("AnvilWorld")
box = BoundingBox(level.bounds.origin, (64, 32, 64))
def timeGetBlocksOld():
for x, y, z in box.positions:
level.getBlockID(x, y, z)
level.getBlockData(x, y, z)
def timeGetBlocksFast():
x, y, z = numpy.mgrid[box.minx:box.maxx, box.miny:box.maxy,
box.minz:box.maxz, ]
x, y, z = [numpy.ravel(a) for a in x, y, z]
print "Coords", [x, y, z], "maxz", z.max()
print "Length", level.getBlocks(x, y, z, return_Data=True).Blocks.shape
def timeGetBlocks():
x, y, z = numpy.transpose(list(box.positions))
print "Coords", [x, y, z], "maxz", z.max()
print "Length", level.getBlocks(x, y, z, return_Data=True).Blocks.shape
def test_relight():
pc_world = TempLevel("AnvilWorld")
anvilDim = pc_world.getDimension()
bounds = anvilDim.bounds
point = bounds.origin + (bounds.size * (0.5, 0.5, 0.5))
box = bounds.expand(-100, 0, -100)
chunks = [(cx, cz) for cx, cz in anvilDim.chunkPositions()
if (cx << 4, 1, cz << 4) not in box]
for c in chunks:
anvilDim.deleteChunk(*c)
station = TempLevel("station.schematic")
stationDim = station.getDimension()
anvilDim.copyBlocks(stationDim, stationDim.bounds, point, create=True)
pc_world.saveChanges()
cx = int(point.x + 32) >> 4
cz = int(point.z + 32) >> 4
def check():
sl = numpy.sum(pc_world.getChunk(cx, cz).SkyLight)
bl = numpy.sum(pc_world.getChunk(cx, cz).BlockLight)
assert (sl, bl) == (341328, 43213)
check()
pc_world.close()
pc_world = WorldEditor(templevel.tmpname)
check()