def _set_lemma(self, generated_roots):
for r in generated_roots:
word, applied_suffix_form = Phonetics.apply(
r.lexeme.root, r.phonetic_attributes, u'mAk',
r.lexeme.attributes)
assert word and applied_suffix_form
r.lexeme.lemma = word + applied_suffix_form
def try_suffix_form(morpheme_container, suffix_form, to_state, word):
state_before_suffix_form_application = morpheme_container.get_last_state()
if not transition_allowed_for_suffix_form(morpheme_container, suffix_form):
return None
so_far = morpheme_container.get_surface_so_far()
morpheme_container_lexeme_attributes = morpheme_container.get_lexeme_attributes()
morpheme_container_phonetic_attributes = morpheme_container.get_phonetic_attributes()
modified_word, fitting_suffix_form = Phonetics.apply(so_far, morpheme_container_phonetic_attributes, suffix_form.form, morpheme_container_lexeme_attributes)
applied_str = modified_word + fitting_suffix_form
if Phonetics.application_matches(word, applied_str, to_state.name!='VERB_ROOT'):
actual_suffix_form_str = word[len(so_far):len(applied_str)]
logger.debug(' Word "%s" starts with applied str "%s" (%s), adding to current morpheme container', word, applied_str, actual_suffix_form_str)
clone = morpheme_container.clone()
clone.add_transition(SuffixFormApplication(suffix_form, actual_suffix_form_str, fitting_suffix_form), to_state)
if morpheme_container.has_transitions() and morpheme_container.get_last_transition().suffix_form_application.suffix_form.postcondition and not morpheme_container.get_last_transition().suffix_form_application.suffix_form.postcondition.is_satisfied_by(clone):
if logger.isEnabledFor(logging.DEBUG):
logger.debug(' Suffix does not satisfy the postcondition "%s" of last transition suffix form "%s", skipping.', morpheme_container.get_last_transition().suffix_form_application.suffix_form.postcondition, formatter.format_transition(clone.get_last_transition()))
return None
if morpheme_container.has_transitions() and state_before_suffix_form_application.type==State.DERIVATIONAL:
logger.debug(' Suffix is derivative, checking the post derivation conditions of suffixes from previous derivation.')
for transition in morpheme_container.get_transitions_from_derivation_suffix():
application_suffix_form = transition.suffix_form_application.suffix_form
if application_suffix_form.post_derivation_condition:
matches = application_suffix_form.post_derivation_condition.is_satisfied_by(clone)
if not matches:
logger.debug(' Post derivation condition "%s" of suffix "%s" is not satisfied, skipping.', application_suffix_form.post_derivation_condition, application_suffix_form.suffix)
return None
return clone
else:
logger.debug(' Word "%s" does not start with applied str "%s" (%s), skipping', word, applied_str, applied_str)
return None
def try_suffix_form(morpheme_container, suffix_form, to_state, word):
state_before_suffix_form_application = morpheme_container.get_last_state()
if not transition_allowed_for_suffix_form(morpheme_container, suffix_form):
return None
so_far = morpheme_container.get_surface_so_far()
morpheme_container_lexeme_attributes = morpheme_container.get_lexeme_attributes(
)
morpheme_container_phonetic_attributes = morpheme_container.get_phonetic_attributes(
)
modified_word, fitting_suffix_form = Phonetics.apply(
so_far, morpheme_container_phonetic_attributes, suffix_form.form,
morpheme_container_lexeme_attributes)
applied_str = modified_word + fitting_suffix_form
if Phonetics.application_matches(word, applied_str,
to_state.name != 'VERB_ROOT'):
actual_suffix_form_str = word[len(so_far):len(applied_str)]
logger.debug(
' Word "%s" starts with applied str "%s" (%s), adding to current morpheme container',
word, applied_str, actual_suffix_form_str)
clone = morpheme_container.clone()
clone.add_transition(
SuffixFormApplication(suffix_form, actual_suffix_form_str,
fitting_suffix_form), to_state)
if morpheme_container.has_transitions(
) and morpheme_container.get_last_transition(
).suffix_form_application.suffix_form.postcondition and not morpheme_container.get_last_transition(
).suffix_form_application.suffix_form.postcondition.is_satisfied_by(
clone):
if logger.isEnabledFor(logging.DEBUG):
logger.debug(
' Suffix does not satisfy the postcondition "%s" of last transition suffix form "%s", skipping.',
morpheme_container.get_last_transition().
suffix_form_application.suffix_form.postcondition,
formatter.format_transition(clone.get_last_transition()))
return None
if morpheme_container.has_transitions(
) and state_before_suffix_form_application.type == State.DERIVATIONAL:
logger.debug(
' Suffix is derivative, checking the post derivation conditions of suffixes from previous derivation.'
)
for transition in morpheme_container.get_transitions_from_derivation_suffix(
):
application_suffix_form = transition.suffix_form_application.suffix_form
if application_suffix_form.post_derivation_condition:
matches = application_suffix_form.post_derivation_condition.is_satisfied_by(
clone)
if not matches:
logger.debug(
' Post derivation condition "%s" of suffix "%s" is not satisfied, skipping.',
application_suffix_form.post_derivation_condition,
application_suffix_form.suffix)
return None
return clone
else:
logger.debug(
' Word "%s" does not start with applied str "%s" (%s), skipping',
word, applied_str, applied_str)
return None
def _set_lemma(self, generated_roots):
for r in generated_roots:
word, applied_suffix_form = Phonetics.apply(r.lexeme.root, r.phonetic_attributes, u'mAk',
r.lexeme.attributes)
assert word and applied_suffix_form
r.lexeme.lemma = word + applied_suffix_form
def ap(word, form_str, lexeme_attributes=None):
phonetic_attributes = Phonetics.calculate_phonetic_attributes(
word, lexeme_attributes)
word, application = Phonetics.apply(word, phonetic_attributes, form_str,
lexeme_attributes)
return word + application
def ap(word, form_str, lexeme_attributes=None):
phonetic_attributes = Phonetics.calculate_phonetic_attributes(word, lexeme_attributes)
word, application = Phonetics.apply(word, phonetic_attributes, form_str, lexeme_attributes)
return word + application
