def __init__(self, syllable_counter, exception_triples, base_is_er_est,
erable, not_erable):
self.syllable_counter = syllable_counter
self.exception_bases = set(map(lambda ss: ss[0], exception_triples))
self.exception_degree_base2ss = defaultdict(list)
self.exception_s2degrees_bases = defaultdict(list)
degrees = [
ComparativeDegree.BASE, ComparativeDegree.COMP,
ComparativeDegree.SUPER
]
for triple in exception_triples:
base = triple[0]
for degree, word in zip(degrees, triple):
self.exception_degree_base2ss[(degree, base)].append(word)
self.exception_s2degrees_bases[word].append((degree, base))
self.base_is_er_est = set(base_is_er_est)
self.erable = set(erable)
self.not_erable = set(not_erable)
self.degree_polarity2adverb = {
(ComparativeDegree.BASE, ComparativePolarity.POS): None,
(ComparativeDegree.COMP, ComparativePolarity.POS): 'more',
(ComparativeDegree.SUPER, ComparativePolarity.POS): 'most',
(ComparativeDegree.BASE, ComparativePolarity.NEG): 'not',
(ComparativeDegree.COMP, ComparativePolarity.NEG): 'less',
(ComparativeDegree.SUPER, ComparativePolarity.NEG): 'least',
}
self.adverb2degree_polarity = v2k_from_k2v(self.degree_polarity2adverb)
self.repeat_last_chr_re = re.compile('.*[^aeiou][aeiou][^aeiouyw]$')
def __init__(self, syllable_counter, exception_triples, base_is_er_est,
erable, not_erable):
self.syllable_counter = syllable_counter
self.exception_bases = set(map(lambda ss: ss[0], exception_triples))
self.exception_degree_base2ss = defaultdict(list)
self.exception_s2degrees_bases = defaultdict(list)
degrees = [ComparativeDegree.BASE, ComparativeDegree.COMP,
ComparativeDegree.SUPER]
for triple in exception_triples:
base = triple[0]
for degree, word in zip(degrees, triple):
self.exception_degree_base2ss[(degree, base)].append(word)
self.exception_s2degrees_bases[word].append((degree, base))
self.base_is_er_est = set(base_is_er_est)
self.erable = set(erable)
self.not_erable = set(not_erable)
self.degree_polarity2adverb = {
(ComparativeDegree.BASE, ComparativePolarity.POS): None,
(ComparativeDegree.COMP, ComparativePolarity.POS): 'more',
(ComparativeDegree.SUPER, ComparativePolarity.POS): 'most',
(ComparativeDegree.BASE, ComparativePolarity.NEG): 'not',
(ComparativeDegree.COMP, ComparativePolarity.NEG): 'less',
(ComparativeDegree.SUPER, ComparativePolarity.NEG): 'least',
}
self.adverb2degree_polarity = v2k_from_k2v(self.degree_polarity2adverb)
self.repeat_last_chr_re = re.compile('.*[^aeiou][aeiou][^aeiouyw]$')
def __init__(self, inflection_mgr):
self.inflection_mgr = inflection_mgr
self.ppcase2pc = {
PersonalPronounCase.SUBJECT: PersonalColumn.SUBJ,
PersonalPronounCase.OBJECT: PersonalColumn.OBJ,
PersonalPronounCase.REFLEXIVE: PersonalColumn.REFL,
}
self.pc2ppcase = v2k_from_k2v(self.ppcase2pc)
self.tables = PersonalKnowledge()
def __init__(self, inflection_mgr):
self.inflection_mgr = inflection_mgr
self.ppcase2pc = {
PersonalPronounCase.SUBJECT: PersonalColumn.SUBJ,
PersonalPronounCase.OBJECT: PersonalColumn.OBJ,
PersonalPronounCase.REFLEXIVE: PersonalColumn.REFL,
}
self.pc2ppcase = v2k_from_k2v(self.ppcase2pc)
self.tables = PersonalKnowledge()
def __init__(self, cat2sings, rules, nonsuffixable_sing2plur,
capitalized_sing2plur):
sings_set = set()
for r in rules:
if r.category_only:
for sing in cat2sings[r.category_only]:
assert sing.endswith(r.sing_suffix)
assert sing not in sings_set
sings_set.add(sing)
sing2x = {}
sing2x_pedantic_ok = {}
plur2xx = defaultdict(list)
plur2xx_pedantic_ok = defaultdict(list)
for i, rule in enumerate(rules):
for s in singular_suffixes_from_rule(rule, cat2sings):
assert s not in sing2x_pedantic_ok
sing2x_pedantic_ok[s] = i
if not rule.is_pedantic:
sing2x[s] = i
for s in plural_suffixes_from_rule(rule, cat2sings):
plur2xx_pedantic_ok[s].append(i)
if not rule.is_pedantic:
plur2xx[s].append(i)
self.sing2x = SuffixFanoutMap(sing2x, None, min)
self.sing2x_pedantic_ok = SuffixFanoutMap(sing2x_pedantic_ok, None, min)
self.plur2xx = SuffixFanoutMap(plur2xx, [], min)
self.plur2xx_pedantic_ok = SuffixFanoutMap(plur2xx_pedantic_ok, [], min)
self.rules = rules
self.nonsuffixable_sing2plur = nonsuffixable_sing2plur
self.nonsuffixable_plur2sing = v2k_from_k2v(nonsuffixable_sing2plur)
self.capitalized_sing2plur = capitalized_sing2plur
self.capitalized_plur2sing = v2k_from_k2v(capitalized_sing2plur)
def __init__(self):
self.section2s = {
DaySection.MORNING: 'morning',
DaySection.AFTERNOON: 'afternoon',
DaySection.EVENING: 'evening',
DaySection.NIGHT: 'night',
}
self.offset2section2ss = {
-1: {
DaySection.MORNING: 'yesterday morning'.split(),
DaySection.AFTERNOON: 'yesterday afternoon'.split(),
DaySection.EVENING: 'last evening'.split(),
DaySection.NIGHT: 'last night'.split(),
},
0: {
DaySection.MORNING: 'this morning'.split(),
DaySection.AFTERNOON: 'this afternoon'.split(),
DaySection.EVENING: 'this evening'.split(),
DaySection.NIGHT: ['tonight'],
},
1: {
DaySection.MORNING: 'tomorrow morning'.split(),
DaySection.AFTERNOON: 'tomorrow afternoon'.split(),
DaySection.EVENING: 'tomorrow evening'.split(),
DaySection.NIGHT: 'tomorrow night'.split(),
},
}
self.s2offset_section = {
(None, 'tonight'): (0, DaySection.NIGHT),
}
self.s2offset = {
'yesterday': -1,
'last': -1,
'this': 0,
'tomorrow': 1,
'next': 1,
}
self.s2section = v2k_from_k2v(self.section2s)
def __init__(self):
self.section2s = {
DaySection.MORNING: 'morning',
DaySection.AFTERNOON: 'afternoon',
DaySection.EVENING: 'evening',
DaySection.NIGHT: 'night',
}
self.offset2section2ss = {
-1: {
DaySection.MORNING: 'yesterday morning'.split(),
DaySection.AFTERNOON: 'yesterday afternoon'.split(),
DaySection.EVENING: 'last evening'.split(),
DaySection.NIGHT: 'last night'.split(),
},
0: {
DaySection.MORNING: 'this morning'.split(),
DaySection.AFTERNOON: 'this afternoon'.split(),
DaySection.EVENING: 'this evening'.split(),
DaySection.NIGHT: ['tonight'],
},
1: {
DaySection.MORNING: 'tomorrow morning'.split(),
DaySection.AFTERNOON: 'tomorrow afternoon'.split(),
DaySection.EVENING: 'tomorrow evening'.split(),
DaySection.NIGHT: 'tomorrow night'.split(),
},
}
self.s2offset_section = {
(None, 'tonight'): (0, DaySection.NIGHT),
}
self.s2offset = {
'yesterday': -1,
'last': -1,
'this': 0,
'tomorrow': 1,
'next': 1,
}
self.s2section = v2k_from_k2v(self.section2s)
from panoptes.etc.dicts import v2k_from_k2v
from panoptes.etc.enum import enum
Conjunction = enum('Conjunction = ALL_OF ONE_OF')
CONJUNCTION2STR = {
Conjunction.ALL_OF: 'and',
Conjunction.ONE_OF: 'or',
}
STR2CONJUNCTION = v2k_from_k2v(CONJUNCTION2STR)
from panoptes.etc.dicts import v2k_from_k2v
from panoptes.etc.enum import enum
Conjunction = enum('Conjunction = ALL_OF ONE_OF')
CONJUNCTION2STR = {
Conjunction.ALL_OF: 'and',
Conjunction.ONE_OF: 'or',
}
STR2CONJUNCTION = v2k_from_k2v(CONJUNCTION2STR)
