pepper.brain.utils.response module

class pepper.brain.utils.response.CardinalityConflict(provenance, entity)

Bases: object

author

casefold(format='triple')

Format the labels to match triples or natural language :param format:

date

object

object_name

provenance

class pepper.brain.utils.response.Entity(id, label, types, offset=None, confidence=0.0)

Bases: pepper.brain.utils.response.RDFBase

add_types(types)

casefold(format='triple')

Format the labels to match triples or natural language :param format:

types

types_names

class pepper.brain.utils.response.EntityNovelty(existence_subject, existence_object)

Bases: object

object

subject

class pepper.brain.utils.response.Gap(predicate, entity)

Bases: object

casefold(format='triple')

Format the labels to match triples or natural language :param format:

entity

entity_range

entity_range_name

predicate

predicate_name

class pepper.brain.utils.response.Gaps(subject_gaps, object_gaps)

Bases: object

casefold(format='triple')

Format the labels to match triples or natural language :param format:

object

subject

class pepper.brain.utils.response.NegationConflict(provenance, predicate)

Bases: object

author

casefold(format='triple')

Format the labels to match triples or natural language :param format:

date

predicate

predicate_name

provenance

class pepper.brain.utils.response.Overlap(provenance, entity)

Bases: object

author

casefold(format='triple')

Format the labels to match triples or natural language :param format:

date

entity

entity_name

entity_types

provenance

class pepper.brain.utils.response.Overlaps(subject_overlaps, object_overlaps)

Bases: object

casefold(format='triple')

Format the labels to match triples or natural language :param format:

object

subject

class pepper.brain.utils.response.Perspective(certainty, polarity, sentiment, time=None, emotion=None)

Bases: object

certainty

emotion

polarity

sentiment

time

class pepper.brain.utils.response.Predicate(id, label, offset=None, confidence=0.0, cardinality=1)

Bases: pepper.brain.utils.response.RDFBase

cardinality

casefold(subject, object, format='triple')

Format the labels to match triples or natural language :param format:

class pepper.brain.utils.response.Provenance(author, date)

Bases: object

author

casefold(format='triple')

Format the labels to match triples or natural language :param format:

date

class pepper.brain.utils.response.RDFBase(id, label, offset=None, confidence=0.0)

Bases: object

casefold(format='triple')

Format the labels to match triples or natural language :param format:

confidence

id

label

offset

class pepper.brain.utils.response.StatementNovelty(provenance)

Bases: object

author

casefold(format='triple')

Format the labels to match triples or natural language :param format:

date

provenance

class pepper.brain.utils.response.Thoughts(statement_novelty, entity_novelty, negation_conflicts, object_conflict, subject_gaps, object_gaps, overlaps, trust)

Bases: object

casefold(format='triple')

Format the labels to match triples or natural language :param format:

entity_novelty()

negation_conflicts()

object_conflict()

object_gaps()

overlaps()

statement_novelties()

subject_gaps()

trust()

class pepper.brain.utils.response.Triple(subject, predicate, object)

Bases: object

casefold(format='triple')

Format the labels to match triples or natural language :param format:

object

object_name

object_types

predicate

predicate_name

set_object(object)

set_predicate(predicate)

set_subject(subject)

subject

subject_name

subject_types