def __init__(self,
query=None,
name=None,
gender=None,
is_animate=None,
attributes=None,
kind=None,
rel2xxx=None,
carrying=None):
if attributes is None:
attributes = []
if rel2xxx is None:
rel2xxx = {}
if carrying is None:
carrying = []
self.query = query
if self.query:
assert Query.is_valid(self.query)
self.name = name
if self.name is not None:
assert self.name
assert isinstance(self.name, tuple)
self.gender = gender
if self.gender:
assert Gender.is_valid(self.gender)
self.is_animate = is_animate
if self.is_animate:
assert isinstance(self.is_animate, bool)
self.attributes = attributes
assert isinstance(self.attributes, list)
for s in self.attributes:
assert s
assert isinstance(s, basestring)
self.kind = kind
if self.kind:
assert isinstance(self.kind, basestring)
self.rel2xxx = rel2xxx
for rel, xxx in self.rel2xxx.iteritems():
assert Relation.is_valid(rel)
assert isinstance(xxx, list)
for xx in xxx:
assert isinstance(xx, list)
for x in xx:
assert isinstance(x, int)
self.carrying = carrying
for x in self.carrying:
assert isinstance(x, int)
self.location_history = LocationHistory()
def __init__(
self,
query=None,
name=None,
gender=None,
is_animate=None,
attributes=None,
kind=None,
rel2xxx=None,
carrying=None,
):
if attributes is None:
attributes = []
if rel2xxx is None:
rel2xxx = {}
if carrying is None:
carrying = []
self.query = query
if self.query:
assert Query.is_valid(self.query)
self.name = name
if self.name is not None:
assert self.name
assert isinstance(self.name, tuple)
self.gender = gender
if self.gender:
assert Gender.is_valid(self.gender)
self.is_animate = is_animate
if self.is_animate:
assert isinstance(self.is_animate, bool)
self.attributes = attributes
assert isinstance(self.attributes, list)
for s in self.attributes:
assert s
assert isinstance(s, basestring)
self.kind = kind
if self.kind:
assert isinstance(self.kind, basestring)
self.rel2xxx = rel2xxx
for rel, xxx in self.rel2xxx.iteritems():
assert Relation.is_valid(rel)
assert isinstance(xxx, list)
for xx in xxx:
assert isinstance(xx, list)
for x in xx:
assert isinstance(x, int)
self.carrying = carrying
for x in self.carrying:
assert isinstance(x, int)
self.location_history = LocationHistory()
class Noun(Idea):
def __init__(self,
query=None,
name=None,
gender=None,
is_animate=None,
attributes=None,
kind=None,
rel2xxx=None,
carrying=None):
if attributes is None:
attributes = []
if rel2xxx is None:
rel2xxx = {}
if carrying is None:
carrying = []
self.query = query
if self.query:
assert Query.is_valid(self.query)
self.name = name
if self.name is not None:
assert self.name
assert isinstance(self.name, tuple)
self.gender = gender
if self.gender:
assert Gender.is_valid(self.gender)
self.is_animate = is_animate
if self.is_animate:
assert isinstance(self.is_animate, bool)
self.attributes = attributes
assert isinstance(self.attributes, list)
for s in self.attributes:
assert s
assert isinstance(s, basestring)
self.kind = kind
if self.kind:
assert isinstance(self.kind, basestring)
self.rel2xxx = rel2xxx
for rel, xxx in self.rel2xxx.iteritems():
assert Relation.is_valid(rel)
assert isinstance(xxx, list)
for xx in xxx:
assert isinstance(xx, list)
for x in xx:
assert isinstance(x, int)
self.carrying = carrying
for x in self.carrying:
assert isinstance(x, int)
self.location_history = LocationHistory()
def dump(self):
rel2xxx = {}
for rel, xxx in self.rel2xxx.iteritems():
rel2xxx[Relation.to_str[rel]] = xxx
return {
'type': 'Noun',
'query': Query.to_str[self.query] if self.query else None,
'name': self.name,
'gender': Gender.to_str[self.gender] if self.gender else None,
'is_animate': self.is_animate,
'attributes': self.attributes,
'kind': self.kind,
'rel2xxx': rel2xxx,
'carrying': self.carrying,
'location_history': self.location_history.dump(),
}
def assign(self, to):
assert not self.query
assert not to.query
if to.name:
self.name = to.name
if to.gender:
self.gender = to.gender
if to.is_animate is not None:
self.is_antimate = to.is_animate
self.attributes = sorted(set(self.attributes + to.attributes))
if to.kind:
self.kind = to.kind
for rel, xxx in to.rel2xxx:
self.rel2xxx[rel] = xxx
self.carrying = sorted(set(self.carrying + to.carrying))
assert to.location_history.is_empty()
def matches_noun_features(self, f, ideas, place_kinds):
if self.query != f.query:
return False
# Otherwise we'll match indiscriminately.
if f.name:
if f.name != self.name:
return False
if f.gender and self.gender:
if f.gender != self.gender:
return False
for s in f.attributes:
if s not in self.attributes:
return False
if f.kind and self.kind:
if f.kind == self.kind:
pass
elif f.kind == 'place' and self.kind in place_kinds:
pass
else:
return False
if self.rel2xxx != f.rel2xxx:
return False
return True
@staticmethod
def make_who():
return Noun(query=Query.IDENTITY, kind='person')
@staticmethod
def from_features(f):
return Noun(query=f.query,
name=f.name,
gender=f.gender,
attributes=f.attributes,
kind=f.kind,
rel2xxx=f.rel2xxx)
class Noun(Idea):
def __init__(
self,
query=None,
name=None,
gender=None,
is_animate=None,
attributes=None,
kind=None,
rel2xxx=None,
carrying=None,
):
if attributes is None:
attributes = []
if rel2xxx is None:
rel2xxx = {}
if carrying is None:
carrying = []
self.query = query
if self.query:
assert Query.is_valid(self.query)
self.name = name
if self.name is not None:
assert self.name
assert isinstance(self.name, tuple)
self.gender = gender
if self.gender:
assert Gender.is_valid(self.gender)
self.is_animate = is_animate
if self.is_animate:
assert isinstance(self.is_animate, bool)
self.attributes = attributes
assert isinstance(self.attributes, list)
for s in self.attributes:
assert s
assert isinstance(s, basestring)
self.kind = kind
if self.kind:
assert isinstance(self.kind, basestring)
self.rel2xxx = rel2xxx
for rel, xxx in self.rel2xxx.iteritems():
assert Relation.is_valid(rel)
assert isinstance(xxx, list)
for xx in xxx:
assert isinstance(xx, list)
for x in xx:
assert isinstance(x, int)
self.carrying = carrying
for x in self.carrying:
assert isinstance(x, int)
self.location_history = LocationHistory()
def dump(self):
rel2xxx = {}
for rel, xxx in self.rel2xxx.iteritems():
rel2xxx[Relation.to_str[rel]] = xxx
return {
"type": "Noun",
"query": Query.to_str[self.query] if self.query else None,
"name": self.name,
"gender": Gender.to_str[self.gender] if self.gender else None,
"is_animate": self.is_animate,
"attributes": self.attributes,
"kind": self.kind,
"rel2xxx": rel2xxx,
"carrying": self.carrying,
"location_history": self.location_history.dump(),
}
def assign(self, to):
assert not self.query
assert not to.query
if to.name:
self.name = to.name
if to.gender:
self.gender = to.gender
if to.is_animate is not None:
self.is_antimate = to.is_animate
self.attributes = sorted(set(self.attributes + to.attributes))
if to.kind:
self.kind = to.kind
for rel, xxx in to.rel2xxx:
self.rel2xxx[rel] = xxx
self.carrying = sorted(set(self.carrying + to.carrying))
assert to.location_history.is_empty()
def matches_noun_features(self, f, ideas, place_kinds):
if self.query != f.query:
return False
# Otherwise we'll match indiscriminately.
if f.name:
if f.name != self.name:
return False
if f.gender and self.gender:
if f.gender != self.gender:
return False
for s in f.attributes:
if s not in self.attributes:
return False
if f.kind and self.kind:
if f.kind == self.kind:
pass
elif f.kind == "place" and self.kind in place_kinds:
pass
else:
return False
if self.rel2xxx != f.rel2xxx:
return False
return True
@staticmethod
def make_who():
return Noun(query=Query.IDENTITY, kind="person")
@staticmethod
def from_features(f):
return Noun(
query=f.query, name=f.name, gender=f.gender, attributes=f.attributes, kind=f.kind, rel2xxx=f.rel2xxx
)