def get_bert_input(self, qualia_theorem: str) -> [str]:
return [
to_bert_seq('to {} a complete {}'.format(MASK, qualia_theorem),
qualia_theorem),
to_bert_seq('to {} complete {}'.format(MASK, qualia_theorem),
qualia_theorem)
]
def get_bert_input(self, qualia_theorem: str) -> [str]:
return [
to_bert_seq('a new {} has been {}'.format(qualia_theorem, MASK),
qualia_theorem),
to_bert_seq('new {} has been {}'.format(qualia_theorem, MASK),
qualia_theorem)
]
def get_bert_input(self, qualia_theorem: str) -> [str]:
return [
to_bert_seq('a|an {} comprises'.format(qualia_theorem),
qualia_theorem),
to_bert_seq('a|an {} comprises of'.format(qualia_theorem),
qualia_theorem)
]
def get_bert_input(self, qualia_theorem: str) -> [str]:
return [
to_bert_seq('{} are used to {}'.format(qualia_theorem, MASK),
qualia_theorem),
to_bert_seq(
'{} are used to {} {}'.format(qualia_theorem, MASK, MASK),
qualia_theorem),
to_bert_seq('{} are used to be {}'.format(qualia_theorem, MASK),
qualia_theorem)
]
def get_bert_input(self, qualia_theorem: str) -> [str]:
return [
to_bert_seq('purpose of {} is to {}'.format(qualia_theorem, MASK),
qualia_theorem),
to_bert_seq(
'purpose of {} is to {} {}'.format(qualia_theorem, MASK, MASK),
qualia_theorem),
to_bert_seq('purpose of {} is {}'.format(qualia_theorem, MASK),
qualia_theorem),
to_bert_seq(
'purpose of {} is {} {}'.format(qualia_theorem, MASK, MASK),
qualia_theorem),
to_bert_seq(
'purpose of {} is to be {}'.format(qualia_theorem, MASK),
qualia_theorem),
to_bert_seq('purpose of {} is be {}'.format(qualia_theorem, MASK),
qualia_theorem)
]
def get_bert_input(self, qualia_theorem: str) -> [str]:
return [to_bert_seq('{} especially {}'.format(MASK, qualia_theorem), qualia_theorem)]
def get_bert_input(self, qualia_theorem: str) -> [str]:
return [to_bert_seq('{} including {}'.format(MASK, qualia_theorem), qualia_theorem)]
