def leafConverter(self, parseNodeDrawable: ParseNodeDrawable) -> str:
layerInfo = parseNodeDrawable.getLayerInfo()
rootWords = " "
for i in range(layerInfo.getNumberOfWords()):
root = layerInfo.getMorphologicalParseAt(i).getWord().getName()
if root is not None and len(root) != 0:
rootWords += " " + root
return rootWords
def satisfies(self, parseNode: ParseNodeDrawable) -> bool:
if super().satisfies(parseNode):
layerInfo = parseNode.getLayerInfo()
for i in range(layerInfo.getNumberOfMeanings()):
synSetId = layerInfo.getSemanticAt(i)
if synSetId == self.__id:
return True
return False
def satisfies(self, parseNode: ParseNodeDrawable) -> bool:
layerInfo = parseNode.getLayerInfo()
if super().satisfies(parseNode) and layerInfo is not None and \
layerInfo.getLayerData(ViewLayerType.SEMANTICS) is not None:
for i in range(layerInfo.getNumberOfMeanings()):
synSetId = layerInfo.getSemanticAt(i)
if self.__wordNet.getSynSetWithId(synSetId) is not None and \
self.__wordNet.getSynSetWithId(synSetId).getPos() == Pos.VERB:
return True
return False
def modifier(self, parseNode: ParseNodeDrawable):
if parseNode.isLeaf():
name = parseNode.getData().getName()
parseNode.clearLayers()
parseNode.getLayerInfo().setLayerData(ViewLayerType.ENGLISH_WORD, name)
parseNode.clearData()
def satisfies(self, parseNode: ParseNodeDrawable) -> bool:
layerInfo = parseNode.getLayerInfo()
return super().satisfies(parseNode) and layerInfo is not None and \
layerInfo.getLayerData(ViewLayerType.PROPBANK) is not None and \
layerInfo.getLayerData(ViewLayerType.PROPBANK) == "PREDICATE"
def satisfies(self, parseNode: ParseNodeDrawable) -> bool:
layerInfo = parseNode.getLayerInfo()
return super().satisfies(parseNode) and layerInfo is not None and layerInfo.getArgument() is not None \
and layerInfo.getArgument().getArgumentType() == "PREDICATE"