def handle_tile_layer(layer: minidom.Node,
builder: flatbuffers.Builder) -> int:
width = int(layer.getAttribute('width'))
height = int(layer.getAttribute('height'))
tilewidth = float(layer.parentNode.getAttribute('tilewidth'))
tileheight = float(layer.parentNode.getAttribute('tileheight'))
dataNode = layer.getElementsByTagName('data')[0]
if dataNode.firstChild is None:
return
dataString = dataNode.firstChild.nodeValue
rows = dataString.splitlines()
data = []
for row in rows:
for tile in row.split(','):
if tile == '': continue
data.append(int(tile))
FlatBuffGenerated.Tilelayer.TilelayerStartTiledataVector(
builder, len(data))
for tile in reversed(data):
builder.PrependInt16(tile)
dataOffset = builder.EndVector(len(data))
FlatBuffGenerated.Tilelayer.TilelayerStart(builder)
FlatBuffGenerated.Tilelayer.TilelayerAddWidth(builder, width)
FlatBuffGenerated.Tilelayer.TilelayerAddHeight(builder, height)
tilesize = FlatBuffGenerated.Vec2.CreateVec2(builder, tilewidth,
tileheight)
FlatBuffGenerated.Tilelayer.TilelayerAddTilesize(builder, tilesize)
FlatBuffGenerated.Tilelayer.TilelayerAddTiledata(builder, dataOffset)
return FlatBuffGenerated.Tilelayer.TilelayerEnd(builder)
def _serialise_shortarray(builder: flatbuffers.Builder, data: np.ndarray,
source: int):
ArrayShortStartValueVector(builder, len(data))
for single_value in reversed(data):
builder.PrependInt16(single_value)
array_offset = builder.EndVector(len(data))
ArrayShortStart(builder)
ArrayShortAddValue(builder, array_offset)
value_position = ArrayShortEnd(builder)
LogData.LogDataStart(builder)
LogData.LogDataAddSourceName(builder, source)
LogData.LogDataAddValue(builder, value_position)
LogData.LogDataAddValueType(builder, Value.ArrayShort)