def setArgument(self, argument: str):
"""
Sets the semantic role layer of the word.
PARAMETERS
----------
argument : Argument
New semantic role tag of the word.
"""
if self.__argument is not None:
self.__argument = Argument(argument)
else:
self.__argument = None
def setFrameElement(self, frameElement: str):
"""
Sets the framenet layer of the word.
PARAMETERS
----------
frameElement : str
New framenet tag of the word.
"""
if self.__frameElement is not None:
self.__frameElement = Argument(frameElement)
else:
self.__frameElement = None
def setLayerValue(self, layerValue: str):
self.items = []
self.layerValue = layerValue
if layerValue is not None:
splitWords = layerValue.split("#")
for word in splitWords:
self.items.append(Argument(word))
class TurkishPropbankLayer(SingleWordLayer):
__propbank: Argument
def __init__(self, layerValue: str):
self.layerName = "propbank"
self.setLayerValue(layerValue)
def setLayerValue(self, layerValue: str):
self.layerValue = layerValue
self.__propbank = Argument(layerValue)
def getArgument(self) -> Argument:
return self.__propbank
def getLayerValue(self) -> str:
return self.__propbank.getArgumentType() + "$" + self.__propbank.getId(
)
def __init__(self, word: str, layerType=None):
"""
Constructor for the AnnotatedWord class. Gets the word with its annotation layers as input and sets the
corresponding layers.
PARAMETERS
----------
word : str
Input word with annotation layers
"""
self.__parse = None
self.__metamorphicParse = None
self.__semantic = None
self.__namedEntityType = None
self.__argument = None
self.__frameElement = None
self.__shallowParse = None
self.__universalDependency = None
if layerType is None:
splitLayers = re.compile("[{}]").split(word)
for layer in splitLayers:
if len(layer) == 0:
continue
if "=" not in layer:
self.name = layer
continue
layerType = layer[:layer.index("=")]
layerValue = layer[layer.index("=") + 1:]
if layerType == "turkish":
self.name = layerValue
elif layerType == "morphologicalAnalysis":
self.__parse = MorphologicalParse(layerValue)
elif layerType == "metaMorphemes":
self.__metamorphicParse = MetamorphicParse(layerValue)
elif layerType == "namedEntity":
self.__namedEntityType = NamedEntityType.getNamedEntityType(
layerValue)
elif layerType == "propbank":
self.__argument = Argument(layerValue)
elif layerType == "framenet":
self.__frameElement = FrameElement(layerValue)
elif layerType == "shallowParse":
self.__shallowParse = layerValue
elif layerType == "semantics":
self.__semantic = layerValue
elif layerType == "universalDependency":
values = layerValue.split("$")
self.__universalDependency = UniversalDependencyRelation(
int(values[0]), values[1])
elif isinstance(layerType, NamedEntityType):
super().__init__(word)
self.__namedEntityType = layerType
self.__argument = Argument("NONE")
elif isinstance(layerType, MorphologicalParse):
super().__init__(word)
self.__parse = layerType
self.__namedEntityType = NamedEntityType.NONE
self.__argument = Argument("NONE")
elif isinstance(layerType, FsmParse):
super().__init__(word)
self.__parse = layerType
self.__namedEntityType = NamedEntityType.NONE
self.setMetamorphicParse(layerType.withList())
self.__argument = Argument("NONE")
class AnnotatedWord(Word):
__parse: MorphologicalParse
__metamorphicParse: MetamorphicParse
__semantic: str
__namedEntityType: NamedEntityType
__argument: Argument
__frameElement: FrameElement
__shallowParse: str
__universalDependency: UniversalDependencyRelation
def __init__(self, word: str, layerType=None):
"""
Constructor for the AnnotatedWord class. Gets the word with its annotation layers as input and sets the
corresponding layers.
PARAMETERS
----------
word : str
Input word with annotation layers
"""
self.__parse = None
self.__metamorphicParse = None
self.__semantic = None
self.__namedEntityType = None
self.__argument = None
self.__frameElement = None
self.__shallowParse = None
self.__universalDependency = None
if layerType is None:
splitLayers = re.compile("[{}]").split(word)
for layer in splitLayers:
if len(layer) == 0:
continue
if "=" not in layer:
self.name = layer
continue
layerType = layer[:layer.index("=")]
layerValue = layer[layer.index("=") + 1:]
if layerType == "turkish":
self.name = layerValue
elif layerType == "morphologicalAnalysis":
self.__parse = MorphologicalParse(layerValue)
elif layerType == "metaMorphemes":
self.__metamorphicParse = MetamorphicParse(layerValue)
elif layerType == "namedEntity":
self.__namedEntityType = NamedEntityType.getNamedEntityType(
layerValue)
elif layerType == "propbank":
self.__argument = Argument(layerValue)
elif layerType == "framenet":
self.__frameElement = FrameElement(layerValue)
elif layerType == "shallowParse":
self.__shallowParse = layerValue
elif layerType == "semantics":
self.__semantic = layerValue
elif layerType == "universalDependency":
values = layerValue.split("$")
self.__universalDependency = UniversalDependencyRelation(
int(values[0]), values[1])
elif isinstance(layerType, NamedEntityType):
super().__init__(word)
self.__namedEntityType = layerType
self.__argument = Argument("NONE")
elif isinstance(layerType, MorphologicalParse):
super().__init__(word)
self.__parse = layerType
self.__namedEntityType = NamedEntityType.NONE
self.__argument = Argument("NONE")
elif isinstance(layerType, FsmParse):
super().__init__(word)
self.__parse = layerType
self.__namedEntityType = NamedEntityType.NONE
self.setMetamorphicParse(layerType.withList())
self.__argument = Argument("NONE")
def __str__(self) -> str:
"""
Converts an AnnotatedWord to string. For each annotation layer, the method puts a left brace, layer name,
equal sign and layer value finishing with right brace.
RETURNS
-------
str
String form of the AnnotatedWord.
"""
result = "{turkish=" + self.name + "}"
if self.__parse is not None:
result = result + "{morphologicalAnalysis=" + self.__parse.__str__(
) + "}"
if self.__metamorphicParse is not None:
result = result + "{metaMorphemes=" + self.__metamorphicParse.__str__(
) + "}"
if self.__semantic is not None:
result = result + "{semantics=" + self.__semantic + "}"
if self.__namedEntityType is not None:
result = result + "{namedEntity=" + NamedEntityType.getNamedEntityString(
self.__namedEntityType) + "}"
if self.__argument is not None:
result = result + "{propbank=" + self.__argument.__str__() + "}"
if self.__frameElement is not None:
result = result + "{framenet=" + self.__frameElement.__str__(
) + "}"
if self.__shallowParse is not None:
result = result + "{shallowParse=" + self.__shallowParse + "}"
if self.__universalDependency is not None:
result = result + "{universalDependency=" + self.__universalDependency.to().__str__() + "$" + \
self.__universalDependency.__str__() + "}"
return result
def getLayerInfo(self, viewLayerType: ViewLayerType) -> str:
"""
Returns the value of a given layer.
PARAMETERS
----------
viewLayerType : ViewLayerType
Layer for which the value questioned.
RETURNS
-------
str
The value of the given layer.
"""
if viewLayerType == ViewLayerType.INFLECTIONAL_GROUP:
if self.__parse is not None:
return self.__parse.__str__()
elif viewLayerType == ViewLayerType.META_MORPHEME:
if self.__metamorphicParse is not None:
return self.__metamorphicParse.__str__()
elif viewLayerType == ViewLayerType.SEMANTICS:
return self.__semantic
elif viewLayerType == ViewLayerType.NER:
if self.__namedEntityType is not None:
return self.__namedEntityType.__str__()
elif viewLayerType == ViewLayerType.SHALLOW_PARSE:
return self.__shallowParse
elif viewLayerType == ViewLayerType.TURKISH_WORD:
return self.name
elif viewLayerType == ViewLayerType.PROPBANK:
if self.__argument is not None:
return self.__argument.__str__()
elif viewLayerType == ViewLayerType.FRAMENET:
if self.__frameElement is not None:
return self.__frameElement.__str__()
elif viewLayerType == ViewLayerType.DEPENDENCY:
if self.__universalDependency is not None:
return self.__universalDependency.to().__str__(
) + "$" + self.__universalDependency.__str__()
else:
return None
def getParse(self) -> MorphologicalParse:
"""
Returns the morphological parse layer of the word.
RETURNS
-------
MorphologicalParse
The morphological parse of the word.
"""
return self.__parse
def setParse(self, parseString: MorphologicalParse):
"""
Sets the morphological parse layer of the word.
PARAMETERS
----------
parseString : str
The new morphological parse of the word in string form.
"""
if parseString is not None:
self.__parse = MorphologicalParse(parseString)
else:
self.__parse = None
def getMetamorphicParse(self) -> MetamorphicParse:
"""
Returns the metamorphic parse layer of the word.
RETURNS
-------
MetamorphicParse
The metamorphic parse of the word.
"""
return self.__metamorphicParse
def setMetamorphicParse(self, parseString: str):
"""
Sets the metamorphic parse layer of the word.
PARAMETERS
----------
parseString : str
The new metamorphic parse of the word in string form.
"""
self.__metamorphicParse = MetamorphicParse(parseString)
def getSemantic(self) -> str:
"""
Returns the semantic layer of the word.
RETURNS
-------
str
Sense id of the word.
"""
return self.__semantic
def setSemantic(self, semantic: str):
"""
Sets the semantic layer of the word.
PARAMETERS
----------
semantic : str
New sense id of the word.
"""
self.__semantic = semantic
def getNamedEntityType(self) -> NamedEntityType:
"""
Returns the named entity layer of the word.
RETURNS
-------
NamedEntityType
Named entity tag of the word.
"""
return self.__namedEntityType
def setNamedEntityType(self, namedEntity: str):
"""
Sets the named entity layer of the word.
PARAMETERS
----------
namedEntity : str
New named entity tag of the word.
"""
if namedEntity is not None:
self.__namedEntityType = NamedEntityType.getNamedEntityType(
namedEntity)
else:
self.__namedEntityType = None
def getArgument(self) -> Argument:
"""
Returns the semantic role layer of the word.
RETURNS
-------
Argument
Semantic role tag of the word.
"""
return self.__argument
def setArgument(self, argument: str):
"""
Sets the semantic role layer of the word.
PARAMETERS
----------
argument : Argument
New semantic role tag of the word.
"""
if self.__argument is not None:
self.__argument = Argument(argument)
else:
self.__argument = None
def getFrameElement(self) -> FrameElement:
"""
Returns the framenet layer of the word.
RETURNS
-------
FrameElement
Framenet tag of the word.
"""
return self.__frameElement
def setFrameElement(self, frameElement: str):
"""
Sets the framenet layer of the word.
PARAMETERS
----------
frameElement : str
New framenet tag of the word.
"""
if self.__frameElement is not None:
self.__frameElement = Argument(frameElement)
else:
self.__frameElement = None
def getShallowParse(self) -> str:
"""
Returns the shallow parse layer of the word.
RETURNS
-------
str
Shallow parse tag of the word.
"""
return self.__shallowParse
def setShallowParse(self, parse: str):
"""
Sets the shallow parse layer of the word.
PARAMETERS
----------
parse : str
New shallow parse tag of the word.
"""
self.__shallowParse = parse
def getUniversalDependency(self) -> UniversalDependencyRelation:
"""
Returns the universal dependency layer of the word.
RETURNS
-------
UniversalDependencyRelation
Universal dependency relation of the word.
"""
return self.__universalDependency
def setUniversalDependency(self, to: int, dependencyType: str):
"""
Sets the universal dependency layer of the word.
PARAMETERS
----------
to : int
to Word related to.
dependencyType : str
type of dependency the word is related to.
"""
self.__universalDependency = UniversalDependencyRelation(
to, dependencyType)
def getUniversalDependencyFormat(self, sentenceLength: int) -> str:
if self.__parse is not None:
result = self.name + "\t" + self.__parse.getWord().getName() + "\t" + \
self.__parse.getUniversalDependencyPos() + "\t_\t"
features = self.__parse.getUniversalDependencyFeatures()
if len(features) == 0:
result = result + "_"
else:
first = True
for feature in features:
if first:
first = False
else:
result += "|"
result += feature
result += "\t"
if self.__universalDependency is not None and self.__universalDependency.to(
) <= sentenceLength:
result += self.__universalDependency.to().__str__() + "\t" + \
self.__universalDependency.__str__().lower() + "\t"
else:
result += "_\t_\t"
result += "_\t_"
return result
else:
return self.name + "\t" + self.name + "\t_\t_\t_\t_\t_\t_\t_"
def getFormattedString(self, wordFormat: WordFormat):
if wordFormat == WordFormat.SURFACE:
return self.name
return self.name
def checkGazetteer(self, gazetteer: Gazetteer):
wordLowercase = self.name.lower()
if gazetteer.contains(wordLowercase) and self.__parse.containsTag(
MorphologicalTag.PROPERNOUN):
self.setNamedEntityType(gazetteer.getName())
if "'" in wordLowercase and gazetteer.contains(wordLowercase[:wordLowercase.index("'")]) and \
self.__parse.containsTag(MorphologicalTag.PROPERNOUN):
self.setNamedEntityType(gazetteer.getName())
def setLayerValue(self, layerValue: str):
self.layerValue = layerValue
self.__propbank = Argument(layerValue)