def buildChunkMeshes(self):
"""
Rebuild the meshes which render the entire chunk from top to bottom
:return:
:rtype:
"""
chunkInfo = self.chunkInfo
blockMeshes = self.blockMeshes
for cls in self.wholeChunkMeshClasses:
if chunkInfo.detailLevel not in cls.detailLevels:
#log.info("%s (%s) not in detail levels (%s)", cls.__name__, self.chunkMeshGroup.detailLevel, cls.detailLevels)
continue
if cls.layer not in chunkInfo.visibleLayers:
continue
if cls.layer not in chunkInfo.invalidLayers and cls.layer in chunkInfo.renderedLayers:
continue
chunkMesh = cls(self)
chunkMesh.detailLevel = chunkMesh.detailLevel
name = cls.__name__
try:
worker = chunkMesh.makeChunkVertices(self.chunk, chunkInfo.worldScene.bounds)
for _ in profiler.iterate(worker, name):
yield
except Exception as e:
log.exception("Failed rendering for mesh class %s: %s", cls, e)
continue
blockMeshes.append(chunkMesh)
chunkMesh.chunkUpdate = None
def buildChunkMeshes(self):
"""
Rebuild the meshes which render the entire chunk from top to bottom
:return:
:rtype:
"""
chunkInfo = self.chunkInfo
blockMeshes = self.blockMeshes
for cls in self.wholeChunkMeshClasses:
if chunkInfo.detailLevel not in cls.detailLevels:
#log.info("%s (%s) not in detail levels (%s)", cls.__name__, self.chunkMeshGroup.detailLevel, cls.detailLevels)
continue
if cls.layer not in chunkInfo.visibleLayers:
continue
if cls.layer not in chunkInfo.invalidLayers and cls.layer in chunkInfo.renderedLayers:
continue
chunkMesh = cls(self)
chunkMesh.detailLevel = chunkMesh.detailLevel
name = cls.__name__
try:
worker = chunkMesh.makeChunkVertices(
self.chunk, chunkInfo.worldScene.bounds)
for _ in profiler.iterate(worker, name):
yield
except Exception as e:
log.exception("Failed rendering for mesh class %s: %s", cls, e)
continue
blockMeshes.append(chunkMesh)
chunkMesh.chunkUpdate = None
def _loadChunk(self, cPos):
if not self.dimension.containsChunk(*cPos):
log.debug("Chunk %s is missing!", cPos)
return
if not any([client.wantsChunk(cPos) for client in self.clients]):
log.debug("Chunk %s is unwanted.", cPos)
return
chunkStartTime = time.time()
try:
with profiler.context("getChunk"):
chunk = self.dimension.getChunk(*cPos)
except (EnvironmentError, LevelFormatError) as e:
#log.exception(e)
log.debug("Chunk %s had an error: %r!", cPos, e)
for c in self.clients:
if hasattr(c, 'chunkNotLoaded'):
c.chunkNotLoaded(cPos, e)
else:
for c in self.clients:
log.debug("Chunk %s -> %s", cPos, c)
iterator = profiler.iterate(c.recieveChunk(chunk),
"Client %s" % type(c).__name__)
if iterator:
for _ in iterator:
yield
self.chunkSamples.append(time.time() - chunkStartTime)
self.chunkCompleted.emit()
def _loadChunk(self, cPos):
if not self.dimension.containsChunk(*cPos):
for ref in self.clients:
client = ref()
if client is None:
continue
if hasattr(client, 'chunkNotPresent'):
client.chunkNotPresent(cPos)
return
if not any([ref().wantsChunk(cPos)
for ref in self.clients
if ref() is not None]):
log.debug("Chunk %s is unwanted.", cPos)
return
chunkStartTime = time.time()
try:
with profiler.context("getChunk"):
chunk = self.dimension.getChunk(*cPos)
except (EnvironmentError, LevelFormatError) as e:
#log.exception(e)
log.debug("Chunk %s had an error: %r!", cPos, e)
for ref in self.clients:
client = ref()
if client is None:
continue
if hasattr(client, 'chunkNotLoaded'):
client.chunkNotLoaded(cPos, e)
else:
for ref in self.clients:
client = ref()
if client is None:
continue
log.debug("Chunk %s -> %s", cPos, client)
iterator = profiler.iterate(client.recieveChunk(chunk), "Client %s" % type(client).__name__)
if iterator:
for _ in iterator:
yield
self.chunkSamples.append(time.time() - chunkStartTime)
self.chunkCompleted.emit()
def buildChunkMeshes(self):
"""
Rebuild the meshes which render the entire chunk from top to bottom
:return:
:rtype:
"""
chunkInfo = self.chunkInfo
blockMeshes = self.blockMeshes
existingBlockVertexNodes = sum(
[list(node.children) for node in chunkInfo.getChunkVertexNodes()],
[])
for cls in self.wholeChunkMeshClasses:
if chunkInfo.detailLevel not in cls.detailLevels:
#log.info("%s (%s) not in detail levels (%s)", cls.__name__, self.chunkMeshGroup.detailLevel, cls.detailLevels)
continue
if cls.layer not in chunkInfo.visibleLayers:
continue
if cls.layer not in chunkInfo.invalidLayers:
for vertexNode in existingBlockVertexNodes:
if vertexNode.meshClass is cls: # xxxxx
blockMeshes.append(existingBlockVertexNodes[cls])
continue
chunkMesh = cls(self)
chunkMesh.detailLevel = chunkMesh.detailLevel
name = cls.__name__
worker = chunkMesh.makeChunkVertices(self.chunk,
chunkInfo.worldScene.bounds)
for _ in profiler.iterate(worker, name):
yield
blockMeshes.append(chunkMesh)
chunkMesh.chunkUpdate = None