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definitions.py
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# Python definitions useful for interpreting and working with dictionary entries, inflections, etc.
import os
from PYWORDS.matchfilter import MatchFilter
# For convenience, here are dictionaries converting things
parts_of_speech = {
'N' : 'noun',
'PRON' : 'pronoun',
'ADV' : 'adverb',
'ADJ' : 'adjective',
'NUM' : 'number',
'V' : 'verb',
'VPAR' : 'verb participle',
'INTERJ': 'interjection',
'CONJ' : 'conjunction',
'SUPINE' : 'supine',
'PREP' : 'preposition',
'PACK' : 'pack (internal use only)',
'TACKON' : 'tackon (internal use only)',
'PREFIX' : 'prefix (internal use only)',
'SUFFIX' : 'suffix (internal use only)',
'X' : '' }
cases = {
'NOM' : 'nominative',
'VOC' : 'vocative',
'GEN' : 'genitive',
'DAT' : 'dative',
'ACC' : 'accusative',
'LOC' : 'locative',
'ABL' : 'ablative',
'X' : ''}
genders = {
'M' : 'masculine',
'F' : 'feminine',
'N' : 'neuter',
'C' : 'masculine/feminine',# (masc/fem depending on context)
'X' : '' }
persons = {
'0' : '',
'1' : 'first person',
'2' : 'second person',
'3' : 'third person'}
numbers = {
'S' : 'singular',
'P' : 'plural',
'X' : '' }
tenses = {
'PRES' : 'present',
'IMPF' : 'imperfect',
'PERF' : 'perfect',
'FUT' : 'future',
'FUTP' : 'future perfect',
'PLUP' : 'pluperfect',
'INF' : 'infinitive',
'X' : '' }
voices = {
'ACTIVE' : 'active',
'PASSIVE' : 'passive',
'X' : '' }
moods = {
'IND' :'indicative',
'SUB' :'subjunctive',
'IMP' :'imperative',
'INF' :'infinitive',
'PPL' :'participle',
'X' :'' }
comparisons = {
'POS' : 'positive',
'COMP' : 'comparative',
'SUPER' : 'superlative',
'X' : '' }
noun_declensions = {
'1' : 'first declension',
'2' : 'second declension',
'3' : 'third declension',
'4' : 'fourth declension',
'5' : 'fifth declension',
'9' : 'indeclinable or undeclined'}
verb_conjugations = {
'0' : 'first conjugation',
'1' : 'first conjugation',
'2' : 'second conjugation',
'3' : 'third conjugation',
'5' : 'irregular',
'6' : 'irregular',
'7' : 'defective',
'8' : 'irregular',
'9' : 'indeclinable or undeclined' }
adj_declensions = {
'0' : 'first/second declension',
'1' : 'first/second declension',
'2' : 'Greek declension',
'3' : 'third declension',
'9' : 'indeclinable or undeclined'}
noun_kinds = {
'S' : 'singular only',
'M' : 'plural or multiple only',
'A' : 'abstract idea',
'G' : 'group/collective name',
'N' : 'proper name',
'P' : 'person',
'T' : 'thing',
'L' : 'locale',
'W' : 'where',
'X' : '' }
pronoun_kinds = {
'PERS' : 'personal',
'REL' : 'relative',
'REFLEX' : 'reflexive',
'DEMONS' : 'demonstrative',
'INTERR' : 'interrogative',
'INDEF' : 'indefinite',
'ADJECT' : 'adjectival',
'X' : '' }
verb_kinds = {
'TO_BE' : 'conjugated like sum, esse',
'TO_BEING' : 'conjugated like compound of sum, esse',
'GEN' : 'takes genitive',
'DAT' : 'takes dative',
'ABL' : 'takes ablative',
'TRANS' : 'transitive',
'INTRANS' : 'intransitive',
'IMPERS' : 'impersonal',
'DEP' : 'deponent',
'SEMIDEP' : 'semideponent',
'PERFDEF' : 'perfect definite',
'X' : '' }
number_kinds = {
'X': '',
'CARD' : 'cardinal',
'ORD' : 'ordinal',
'DIST' : 'distributive',
'ADVERB': 'numeral adverb'}
ages = {
'A' : 'archaic', # Very early forms, obsolete by classical times
'B' : 'early', # Early Latin, pre-classical, used for effect/poetry
'C' : 'classical', # Limited to classical (~150 BC - 200 AD)
'D' : 'late', # Late, post-classical (3rd-5th centuries)
'E' : 'later', # Latin not in use in Classical times (6-10) Christian
'F' : 'medieval', # Medieval (11th-15th centuries)
'G' : 'scholastic', # Latin post 15th - Scholarly/Scientific (16-18)
'H' : 'modern', # Coined recently, words for new things (19-20)
'X' : 'common/unknown'} # In use throughout the ages/unknown #the default
areas = {
'A' : 'Agriculture, Flora, Fauna, Land, Equipment, Rural',
'B' : 'Biological, Medical, Body Parts',
'D' : 'Drama, Music, Theater, Art, Painting, Sculpture',
'E' : 'Ecclesiastic, Biblical, Religious',
'G' : 'Grammar, Retoric, Logic, Literature, Schools',
'L' : 'Legal, Government, Tax, Financial, Political, Titles',
'P' : 'Poetic',
'S' : 'Science, Philosophy, Mathematics, Units/Measures',
'T' : 'Technical, Architecture, Topography, Surveying',
'W' : 'War, Military, Naval, Ships, Armor',
'Y' : 'Mythology',
'X' : '' }
geographies = {
'A' : 'Africa',
'B' : 'Britian',
'C' : 'China',
'D' : 'Scandinavia',
'E' : 'Egypt',
'F' : 'France, Gaul',
'G' : 'Germany',
'H' : 'Greece',
'I' : 'Italy, Rome',
'J' : 'India',
'K' : 'Balkans',
'N' : 'Netherlands',
'P' : 'Persia',
'Q' : 'Near East',
'R' : 'Russia',
'S' : 'Spain, Iberia',
'U' : 'Eastern Europe',
'X' : '' }
dict_frequencies = {
'A' : 'very frequent', # Very frequent, in all Elementry Latin books, top 1000+ words
'B' : 'frequent', # Frequent, next 2000+ words
'C' : 'common', # For Dictionary, in top 10,000 words
'D' : 'less common', # For Dictionary, in top 20,000 words
'E' : 'uncommon', # 2 or 3 citations
'F' : 'very rare', # Having only single citation in OLD or L+S
'I' : 'inscription', # Only citation is inscription
'M' : 'graffiti', # Presently not much used
'N' : 'Pliny', # Things that appear only in Pliny Natural History
'X' : '' }
inflection_frequencies = {
'A' : 'most freq', # Very frequent, the most common
'B' : 'sometimes', # sometimes, a not unusual VARIANT
'C' : 'uncommon', # occasionally seen
'D' : 'infrequent', # recognizable variant, but unlikely
'E' : 'rare', # for a few cases, very unlikely
'F' : 'very rare', # singular examples,
'I' : '', # Presently not used
'M' : '', # Presently not used
'N' : '', # Presently not used
'X' : 'unknown' }
source_types = {
'X' : 'General or unknown or too common to say',
'A' : '',
'B' : 'C.H.Beeson, A Primer of Medieval Latin, 1925 (Bee)',
'C' : 'Charles Beard, Cassell\'s Latin Dictionary 1892 (CAS)',
'D' : 'J.N.Adams, Latin Sexual Vocabulary, 1982 (Sex)',
'E' : 'L.F.Stelten, Dictionary of Eccles. Latin, 1995 (Ecc)',
'F' : 'Roy J. Deferrari, Dictionary of St. Thomas Aquinas, 1960 (DeF)',
'G' : 'Gildersleeve + Lodge, Latin Grammar 1895 (G+L)',
'H' : 'Collatinus Dictionary by Yves Ouvrard',
'I' : 'Leverett, F.P., Lexicon of the Latin Language, Boston 1845',
'J' : '',
'K' : 'Calepinus Novus, modern Latin, by Guy Licoppe (Cal)',
'L' : 'Lewis, C.S., Elementary Latin Dictionary 1891',
'M' : 'Latham, Revised Medieval Word List, 1980',
'N' : 'Lynn Nelson, Wordlist',
'O' : 'Oxford Latin Dictionary, 1982 (OLD)',
'P' : 'Souter, A Glossary of Later Latin to 600 A.D., Oxford 1949',
'Q' : 'Other, cited or unspecified dictionaries',
'R' : 'Plater & White, A Grammar of the Vulgate, Oxford 1926',
'S' : 'Lewis and Short, A Latin Dictionary, 1879 (L+S)',
'T' : 'Found in a translation - no dictionary reference',
'U' : 'Du Cange',
'V' : 'Vademecum in opus Saxonis - Franz Blatt (Saxo)',
'W' : 'Whitaker\'s personal guess',
'Y' : 'Temp special code',
'Z' : 'Sent by user - no dictionary reference'}
inflections = {'N':[],'ADJ':[],'V':[],'VPAR':[],'PRON':[],'NUM':[]}
irreg_sum=[ 'sum', 'es', 'est', 'sumus', 'estis', 'sunt', 'eram', 'eras', 'erat', 'eramus', 'eratis', 'erant',
'ero', 'eris', 'erit', 'erimus', 'eritis', 'erunt', 'fui', 'fuisti', 'fuit', 'fuimus', 'fuistis',
'fuerunt', 'fueram', 'fueras', 'fuerat', 'fueramus', 'fueratis', 'fuerant', 'fuero', 'fueris', 'fuerit',
'fuerimus', 'fueritis', 'fuerunt', 'sis', 'sit', 'simus', 'sitis', 'sint', 'essem', 'esses', 'esset',
'essemus', 'essetis', 'essent', 'fuerim', 'fueris', 'fuerit', 'fuerimus', 'fueritis', 'fuerint',
'fuissem', 'fuisses', 'fuisset', 'fuissemus', 'fuissetis', 'fuissent']
prefixes = ["abs", "ab", "ac", "ad", "aedi", "aequi", "af", "ag", "alti", "ambi",
"amb", "amphi", "am", "ante", "anti", "an", "ap", "archi", "as", "at", "auri",
"au", "a", "bene", "beni", "bis", "bi", "blandi", "cardio", "centi", "centu",
"circum", "col", "com", "conn", "conn", "contra", "con", "co", "decem", "decu",
"de", "dif", "dir", "dis", "di", "duode", "duoet", "du", "ef", "electro",
"extra", "ex", "e", "inaequi", "inter", "inter", "intra", "intro", "ig", "II",
"il", "im", "in", "ir", "male", "multi", "ne", "non", "ob", "octu", "of", "omni",
"op", "os", "per", "per", "por", "praeter", "prae", "pro", "pro", "pseudo",
"quadri", "quadru", "quincu", "quinqu", "quinti", "red", "re", "sed", "semi",
"septem", "septu", "sesque", "sesqui", "sexqui", "ses", "sexti", "sextu", "sex",
"se", "sim", "sub", "sub", "sub", "suc", "suc", "suc", "super", "supra", "superquadri",
"sur", "sus", "trans", "tra", "tre", "tri", "ultra", "ultra", "unde", "uni", "ve"]
#####################################
####### DICTIONARY ENTRIES ##########
class DictlineBaseEntry:
'''
dictline entry
Base class for dictline entries, providing dictionary codes
'''
def __init__(self,pos,age,area,geog,freq,src,senses):
self.pos=pos
self.age=age
self.area=area
self.geog=geog
self.freq=freq
self.src=src
self.senses=senses
def get_part_of_speech(self):
return parts_of_speech[self.pos]
def get_age(self):
return ages[self.age]
def get_area(self):
return areas[self.area]
def get_geography(self):
return geographies[self.geog]
def get_frequency(self):
return frequencies[self.frequency]
def get_source(self):
return source_types[self.src]
def get_senses(self):
return self.senses
class DictlineNounEntry (DictlineBaseEntry):
'''
dictline noun entry
Stores the dictline elements column-by-column as they appear, and can provide human-readable and
machine-readable information.
'''
def __init__(self,pos,decl,variant,gender,noun_kind,age,area,geog,freq,src,senses):
super().__init__(pos,age,area,geog,freq,src,senses)
self.decl=decl # declension
self.variant=variant # declension variant (see INFLECTS.LAT)
self.gender=gender
self.noun_kind=noun_kind
def get_declension(self):
return noun_declensions[self.decl]
def get_gender(self):
return genders[self.gender]
def get_noun_kind(self):
return noun_kinds[self.noun_kind]
def __str__(self):
return 'DictlineNounEntry(decl='+self.decl+', variant='+self.variant+\
', gender='+self.gender+', noun_kind='+self.noun_kind+\
', pos='+self.pos+', age='+self.age+', freq='+self.freq+\
', area='+self.area+', geog='+self.geog+', src='+self.src+\
', senses='+self.senses+')'
class DictlineVerbEntry (DictlineBaseEntry):
'''
dictline verb entry
Stores the dictline elements column-by-column as they appear, and can provide human-readable and
machine-readable information.
'''
def __init__(self,pos,conj,variant,verb_kind,age,area,geog,freq,src,senses):
super().__init__(pos,age,area,geog,freq,src,senses)
self.conj=conj # conjugation
self.variant=variant # conjugation variant (see INFLECTS.LAT)
self.verb_kind=verb_kind
def get_conjugation(self):
return verb_conjugations[self.conj]
def get_verb_kind(self):
return verb_kinds[self.verb_kind]
def __str__(self):
return 'DictlineVerbEntry(conj='+self.conj+', variant='+self.variant+\
', verb_kind='+self.verb_kind+', pos='+self.pos+', age='+self.age+', freq='+self.freq+\
', area='+self.area+', geog='+self.geog+', src='+self.src+\
', senses='+self.senses+')'
class DictlineAdjectiveEntry (DictlineBaseEntry):
'''
dictline adjective entry
Stores the dictline elements column-by-column as they appear, and can provide human-readable and
machine-readable information.
'''
def __init__(self,pos,decl,variant,comparison,age,area,geog,freq,src,senses):
super().__init__(pos,age,area,geog,freq,src,senses)
self.decl=decl # declension
self.variant=variant # adjective variant (see INFLECTS.LAT)
self.comparison=comparison
def get_declension(self):
return adj_declensions[self.decl]
def get_comparison(self):
return comparisons[self.comparison]
def __str__(self):
return 'DictlineAdjectiveEntry(decl='+self.decl+', variant='+self.variant+\
', comparison='+self.comparison+\
', pos='+self.pos+', age='+self.age+', freq='+self.freq+\
', area='+self.area+', geog='+self.geog+', src='+self.src+\
', senses='+self.senses+')'
class DictlineAdverbEntry (DictlineBaseEntry):
'''
dictline adverb entry
Stores the dictline elements column-by-column as they appear, and can provide human-readable and
machine-readable information.
'''
def __init__(self,pos,comparison,age,area,geog,freq,src,senses):
super().__init__(pos,age,area,geog,freq,src,senses)
self.comparison=comparison
def get_comparison(self):
return comparisons[self.comparison]
def __str__(self):
return 'DictlineAdverbEntry(comparison='+self.comparison+\
', pos='+self.pos+', age='+self.age+', freq='+self.freq+\
', area='+self.area+', geog='+self.geog+', src='+self.src+\
', senses='+self.senses+')'
class DictlinePronounEntry (DictlineBaseEntry):
'''
dictline pronoun (and pack) entry
Stores the dictline elements column-by-column as they appear, and can provide human-readable and
machine-readable information.
'''
def __init__(self,pos,decl,variant,pronoun_kind,age,area,geog,freq,src,senses):
super().__init__(pos,age,area,geog,freq,src,senses)
self.decl=decl # declension TODO
self.variant=variant
self.pronoun_kind=pronoun_kind
def __str__(self):
return 'DictlinePronounEntry(decl='+self.decl+', variant='+self.variant+\
', pronoun_kind='+self.pronoun_kind+\
', pos='+self.pos+', age='+self.age+', freq='+self.freq+\
', area='+self.area+', geog='+self.geog+', src='+self.src+\
', senses='+self.senses+')'
class DictlineConjunctionEntry (DictlineBaseEntry):
'''
dictline conjunction entry
Stores the dictline elements column-by-column as they appear, and can provide human-readable and
machine-readable information.
'''
def __init__(self,pos,age,area,geog,freq,src,senses):
super().__init__(pos,age,area,geog,freq,src,senses)
def __str__(self):
return 'DictlineConjunctionEntry(pos='+self.pos+', age='+self.age+', freq='+self.freq+\
', area='+self.area+', geog='+self.geog+', src='+self.src+\
', senses='+self.senses+')'
class DictlineInterjectionEntry (DictlineBaseEntry):
'''
dictline interjection entry
Stores the dictline elements column-by-column as they appear, and can provide human-readable and
machine-readable information.
'''
def __init__(self,pos,age,area,geog,freq,src,senses):
super().__init__(pos,age,area,geog,freq,src,senses)
def __str__(self):
return 'DictlineInterjectionEntry(pos='+self.pos+', age='+self.age+', freq='+self.freq+\
', area='+self.area+', geog='+self.geog+', src='+self.src+\
', senses='+self.senses+')'
class DictlinePrepositionEntry (DictlineBaseEntry):
'''
dictline preposition entry
Stores the dictline elements column-by-column as they appear, and can provide human-readable and
machine-readable information.
'''
def __init__(self,pos,case,age,area,geog,freq,src,senses):
super().__init__(pos,age,area,geog,freq,src,senses)
self.case = case
def get_case(self):
return cases[self.case]
def __str__(self):
return 'DictlinePrepositionEntry(case='+self.case+\
', pos='+self.pos+', age='+self.age+', freq='+self.freq+\
', area='+self.area+', geog='+self.geog+', src='+self.src+\
', senses='+self.senses+')'
class DictlineNumberEntry (DictlineBaseEntry):
'''
dictline number entry
Stores the dictline elements column-by-column as they appear, and can provide human-readable and
machine-readable information.
'''
def __init__(self,pos,decl,variant,number_kind,number,age,area,geog,freq,src,senses):
super().__init__(pos,age,area,geog,freq,src,senses)
self.decl=decl # declension
self.variant=variant # adjective variant (see INFLECTS.LAT)
self.number_kind=number_kind
self.number = number
def get_declension(self):
return adj_declensions[self.decl]
def get_number_kind(self):
return number_kinds[self.number_kind]
def get_number(self):
return self.number
def __str__(self):
return 'DictlineNumberEntry(decl='+self.decl+', variant='+self.variant+\
', number='+self.number+', number_kind='+self.number_kind+\
', pos='+self.pos+', age='+self.age+', freq='+self.freq+\
', area='+self.area+', geog='+self.geog+', src='+self.src+\
', senses='+self.senses+')'
def build_dictline_entry(s):
ps = s[:34].split()
senses = s[34:]
pos = parts_of_speech[ps[0]]
if pos == 'noun':
return DictlineNounEntry(ps[0],ps[1],ps[2],ps[3],ps[4],ps[5],ps[6],ps[7],ps[8],ps[9],senses)
if pos == 'adjective':
return DictlineAdjectiveEntry(ps[0],ps[1],ps[2],ps[3],ps[4],ps[5],ps[6],ps[7],ps[8],senses)
if pos == 'verb':
return DictlineVerbEntry(ps[0],ps[1],ps[2],ps[3],ps[4],ps[5],ps[6],ps[7],ps[8],senses)
if pos == 'adverb':
return DictlineAdverbEntry(ps[0],ps[1],ps[2],ps[3],ps[4],ps[5],ps[6],senses)
if pos == 'conjunction':
return DictlineConjunctionEntry(ps[0],ps[1],ps[2],ps[3],ps[4],ps[5],senses)
if pos in ['pronoun','pack (internal use only)']:
return DictlinePronounEntry(ps[0],ps[1],ps[2],ps[3],ps[4],ps[5],ps[6],ps[7],ps[8],senses)
if pos == 'number':
return DictlineNumberEntry(ps[0],ps[1],ps[2],ps[3],ps[4],ps[5],ps[6],ps[7],ps[8],ps[9],senses)
if pos == 'preposition':
return DictlinePrepositionEntry(ps[0],ps[1],ps[2],ps[3],ps[4],ps[5],ps[6],senses)
if pos == 'interjection':
return DictlineInterjectionEntry(ps[0],ps[1],ps[2],ps[3],ps[4],ps[5],senses)
#####################################
######### INFLECTIONS ###############
# Inflection dictionaries include:
# noun_inflections
# verb_inflections
# adjective_inflections
# verb_participle_inflections
# supine_inflections
# pronoun_inflections
# numeral_inflections
# interjection_inflections
# conjunction_inflections
# preposition_inflections
#
# OR'd List of Endings
endings_list = ['', 'a', 'abam', 'abamini', 'abamur', 'abamus', 'abant', 'abantur', 'abar', 'abare', 'abaris',
'abas', 'abat', 'abatis', 'abatur', 'abere', 'aberis', 'abimini', 'abimur', 'abimus', 'abis', 'abit',
'abitis', 'abitur', 'abo', 'abor', 'abunt', 'abuntur', 'abus', 'ac', 'ad', 'ae', 'aec', 'ai', 'am', 'amini',
'amur', 'amus', 'an', 'anc', 'anda', 'andae', 'andam', 'andarum', 'andas', 'ande', 'andi', 'andis', 'ando',
'andorum', 'andos', 'andum', 'andus', 'ans', 'ant', 'ante', 'antem', 'antes', 'anti', 'antia', 'antibus',
'antis', 'antium', 'anto', 'antor', 'antum', 'antur', 'ar', 'are', 'arem', 'aremini', 'aremur', 'aremus',
'arent', 'arentur', 'arer', 'arere', 'areris', 'ares', 'aret', 'aretis', 'aretur', 'ari', 'arier', 'aris',
'arum', 'arun', 'as', 'at', 'ate', 'atis', 'ato', 'ator', 'atote', 'atur', 'bam', 'bamini', 'bamur',
'bamus', 'bant', 'bantur', 'bar', 'bare', 'baris', 'bas', 'bat', 'batis', 'batur', 'bere', 'beris', 'berit',
'bimini', 'bimur', 'bimus', 'bis', 'bit', 'bitis', 'bitur', 'bo', 'bor', 'bunt', 'buntur', 'd', 'e', 'eam',
'eamini', 'eamur', 'eamus', 'eant', 'eantur', 'ear', 'eare', 'earis', 'eas', 'eat', 'eatis', 'eatur', 'ebam',
'ebamini', 'ebamur', 'ebamus', 'ebant', 'ebantur', 'ebar', 'ebare', 'ebaris', 'ebas', 'ebat', 'ebatis',
'ebatur', 'ebere', 'eberis', 'ebimini', 'ebimur', 'ebimus', 'ebis', 'ebit', 'ebitis', 'ebitur', 'ebo',
'ebor', 'ebunt', 'ebuntur', 'ebus', 'ed', 'ei', 'eis', 'em', 'eme', 'emini', 'emur', 'emus', 'en', 'enda',
'endae', 'endam', 'endarum', 'endas', 'ende', 'endi', 'endis', 'endo', 'endorum', 'endos', 'endum', 'endus',
'ens', 'ent', 'ente', 'entem', 'entes', 'enti', 'entia', 'entibus', 'entis', 'entium', 'ento', 'entor',
'entum', 'entur', 'enus', 'eo', 'eor', 'er', 'eram', 'eramus', 'erant', 'eras', 'erat', 'eratis', 'ere',
'erem', 'eremini', 'eremur', 'eremus', 'erent', 'erentur', 'erer', 'erere', 'ereris', 'eres', 'eret',
'eretis', 'eretur', 'eri', 'erier', 'erim', 'erimus', 'erint', 'eris', 'erit', 'eritis', 'ero', 'erum',
'erunt', 'es', 'ese', 'esse', 'essem', 'essemus', 'essent', 'esses', 'esset', 'essetis', 'est', 'este',
'estis', 'esto', 'estote', 'et', 'ete', 'etis', 'eto', 'etor', 'etote', 'etur', 'eu', 'fore', 'forem',
'foremus', 'forent', 'fores', 'foret', 'foretis', 'i', 'ia', 'iant', 'ias', 'iat', 'ibam', 'ibamus',
'ibant', 'ibas', 'ibat', 'ibatis', 'ibe', 'ibei', 'ibi', 'ibus', 'ic', 'id', 'iens', 'ier', 'iere', 'ieri',
'ies', 'ihi', 'ii', 'iis', 'im', 'imini', 'imur', 'imus', 'in', 'int', 'ire', 'irem', 'iremini', 'iremur',
'iremus', 'irent', 'irentur', 'irer', 'irere', 'ireris', 'ires', 'iret', 'iretis', 'iretur', 'iri',
'irier', 'iris', 'is', 'isse', 'issem', 'issemus', 'issent', 'isses', 'isset', 'issetis', 'isti', 'istis',
'it', 'ite', 'itis', 'ito', 'itor', 'itote', 'itur', 'ium', 'ius', 'jus', 'le', 'lem', 'lemus', 'lent',
'les', 'let', 'letis', 'ma', 'mae', 'mam', 'marum', 'mas', 'me', 'mi', 'mini', 'mis', 'mo', 'morum', 'mos',
'mum', 'mur', 'mus', 'o', 'obis', 'obus', 'oc', 'od', 'oe', 'om', 'on', 'or', 'ora', 'ore', 'orem', 'ores',
'ori', 'oribus', 'oris', 'orum', 'orun', 'os', 're', 'rem', 'remini', 'remur', 'remus', 'rent', 'rentur',
'rer', 'rere', 'reris', 'res', 'ret', 'retis', 'retur', 'ri', 'rier', 'ris', 's', 'se', 'sem', 'semus',
'sent', 'ses', 'set', 'setis', 'setur', 't', 'te', 'tis', 'to', 'tor', 'tote', 'tur', 'u', 'ua', 'ubus',
'uc', 'ud', 'ui', 'um', 'um', 'umus', 'un', 'unc', 'unda', 'undae', 'undam', 'undarum', 'undas', 'unde',
'undi', 'undis', 'undo', 'undorum', 'undos', 'undum', 'undus', 'unt', 'unte', 'untem', 'untes', 'unti',
'untia', 'untibus', 'untis', 'untium', 'unto', 'untor', 'untur', 'ura', 'urae', 'uram', 'urarum', 'uras',
'ure', 'uri', 'uris', 'uro', 'urorum', 'uros', 'urum', 'urus', 'us', 'ut', 'uum', 'uus', 'yn', 'yos']
# NOTE: To match inflections, simply create a partially filled Infl object, and use a list
# comprehension to find matches, as in this example:
# testnoun = NounInfl(decl'1',case='NOM',number='S')
# noun_matches = [n for n in inflections['N'] if testnoun.matches(n)]
#
# Note the order of the matches() method: use the template inflection (testnoun)
# to check if the full inflections matches (inflections['N')
class NounInfl:
'''
Structural version of noun inflection codes, for easier searching
either specify some of the parameters, or use a raw build string (from INFLECTS.LAT)
If buildstr is given, all other args are ignored
'''
def __init__(self,buildstr='',decl='',var='',case='',number='',gender='',stem='',ending='',age='',frequency=''):
if buildstr:
# Build from INFLECTS.LAT string
self.decl=buildstr[6]
self.var=buildstr[8]
self.case=buildstr[10:13].strip()
self.number=buildstr[14]
self.gender=buildstr[16]
self.stem=buildstr[19]
self.ending=buildstr[23:32].strip()
self.age=buildstr[33]
self.frequency=buildstr[35]
else:
self.decl=decl
self.var=var
self.case=case
self.number=number
self.gender=gender
self.stem=stem
self.ending=ending
self.age=age
self.frequency=frequency
def matches(self,infl,match_age=False,match_frequency=False):
'''
Return True if all nonempty parameters of THIS inflection match the same parameters
in the GIVEN inflection.
Note that this will still return True if the given infl has parameters where
this inflection is empty
age and frequency are not matched by default
'''
match = True
if self.decl:
if infl.decl != self.decl:
return False
if self.var:
if infl.var != self.var:
return False
if self.case:
if infl.case != self.case:
return False
if self.number:
if infl.number != self.number:
return False
if self.gender:
if infl.gender != self.gender:
return False
if self.stem:
if infl.stem != self.stem:
return False
if self.ending:
if infl.ending != self.ending:
return False
if match_age:
if self.age:
if infl.age != self.age:
return False
if match_frequency:
if self.frequency:
if infl.frequency != self.frequency:
return False
return True
def get_inflection_string(self,less=False):
'''Convert the inflection information into a plaintext, user-friendly form.'''
inflstr = ''
inflstr += cases[self.case]+' '+numbers[self.number]+' '
if not less:
inflstr += 'of '+noun_declensions[self.decl]+' '+genders[self.gender]+' noun'
return inflstr.replace(' ',' ')
def __str__(self):
return 'NounInfl(decl='+self.decl+', var='+self.var+', case='+self.case+\
', number='+self.number+', gender='+self.gender+', stem='+self.stem+\
', ending='+self.ending+', age='+self.age+', frequency='+self.frequency+')'
class AdjectiveInfl:
'''
Structural version of adjective inflection codes, for easier searching
either specify some of the parameters, or use a raw build string (from INFLECTS.LAT)
If buildstr is given, all other args are ignored
'''
def __init__(self,buildstr='',decl='',var='',case='',number='',gender='',comparison='',stem='',ending='',age='',frequency=''):
if buildstr:
# Build from INFLECTS.LAT string
self.decl=buildstr[6]
self.var=buildstr[8]
self.case=buildstr[10:13].strip()
self.number=buildstr[14]
self.gender=buildstr[16]
self.comparison=buildstr[18:24].strip()
self.stem=buildstr[24]
self.ending=buildstr[28:38].strip()
self.age=buildstr[38]
self.frequency=buildstr[40]
else:
self.decl=decl
self.var=var
self.case=case
self.number=number
self.gender=gender
self.comparison=comparison
self.stem=stem
self.ending=ending
self.age=age
self.frequency=frequency
def matches(self,infl,match_age=False,match_frequency=False):
'''
Return True if all nonempty parameters of THIS inflection match the same parameters
in the GIVEN inflection.
Note that this will still return True if the given infl has parameters where
this inflection is empty
age and frequency are not matched by default
'''
match = True
if self.decl:
if infl.decl != self.decl:
return False
if self.var:
if infl.var != self.var:
return False
if self.case:
if infl.case != self.case:
return False
if self.number:
if infl.number != self.number:
return False
if self.gender:
if infl.gender != self.gender:
return False
if self.comparison:
if infl.comparison != self.comparison:
return False
if self.stem:
if infl.stem != self.stem:
return False
if self.ending:
if infl.ending != self.ending:
return False
if match_age:
if self.age:
if infl.age != self.age:
return False
if match_frequency:
if self.frequency:
if infl.frequency != self.frequency:
return False
return True
def get_inflection_string(self, less=False):
'''Convert the inflection information into a plaintext, user-friendly form.'''
inflstr = ''
inflstr += cases[self.case]+' '+numbers[self.number]+' '+genders[self.gender]+' '
if not less:
inflstr += 'of '+adj_declensions[self.decl]+' '
if self.comparison:
inflstr += comparisons[self.comparison]+' '
inflstr +='adjective'
return inflstr.replace(' ',' ')
def __str__(self):
return 'AdjectiveInfl(decl='+self.decl+', var='+self.var+', case='+self.case+\
', number='+self.number+', gender='+self.gender+', comparison='+self.comparison+\
', stem='+self.stem+', ending='+self.ending+', age='+self.age+', frequency='+self.frequency+')'
class VerbInfl:
'''
Structural version of verb inflection codes, for easier searching
either specify some of the parameters, or use a raw build string (from INFLECTS.LAT)
If buildstr is given, all other args are ignored
'''
def __init__(self,buildstr='',conj='',var='',tense='',voice='',mood='',person='',number='',stem='',ending='',age='',frequency=''):
if buildstr:
# Build from INFLECTS.LAT string
self.conj=buildstr[6]
self.var=buildstr[8]
self.tense=buildstr[10:16].strip()
self.voice=buildstr[16:24].strip()
self.mood=buildstr[24:29].strip()
self.person=buildstr[29]
self.number=buildstr[31]
self.stem=buildstr[34]
self.ending=buildstr[38:52].strip()
self.age=buildstr[52]
self.frequency=buildstr[54]
else:
self.conj=conj
self.var=var
self.tense=tense
self.voice=voice
self.mood=mood
self.person=person
self.number=number
self.stem=stem
self.ending=ending
self.age=age
self.frequency=frequency
def matches(self,infl,match_age=False,match_frequency=False):
'''
Return True if all nonempty parameters of THIS inflection match the same parameters
in the GIVEN inflection.
Note that this will still return True if the given infl has parameters where
this inflection is empty
age and frequency are not matched by default
'''
if self.conj:
if infl.conj != self.conj:
return False
if self.var:
if infl.var != self.var:
return False
if self.tense:
if infl.tense != self.tense:
return False
if self.voice:
if infl.voice != self.voice:
return False
if self.mood:
if infl.mood != self.mood:
return False
if self.person:
if infl.person != self.person:
return False
if self.number:
if infl.number != self.number:
return False
if self.stem:
if infl.stem != self.stem:
return False
if self.ending:
if infl.ending != self.ending:
return False
if match_age:
if self.age:
if infl.age != self.age:
return False
if match_frequency:
if self.frequency:
if infl.frequency != self.frequency:
return False
return True
def get_inflection_string(self,less=False):
'''Convert the inflection information into a plaintext, user-friendly form.'''
inflstr = ''
inflstr += persons[self.person]+' '+moods[self.mood]+' '+voices[self.voice]+' '
inflstr += tenses[self.tense]+' tense '
if not less:
inflstr += 'of '+verb_conjugations[self.conj]+' verb'
return inflstr.replace(' ',' ')
def __str__(self):
return 'VerbInfl(conj='+self.conj+', var='+self.var+', tense='+self.tense+\
', voice='+self.voice+', mood='+self.mood+', person='+self.person+\
', number='+self.number+', stem='+self.stem+\
', ending='+self.ending+', age='+self.age+', frequency='+self.frequency+')'
class VerbParticipleInfl:
'''
Structural version of verb participle inflection codes, for easier searching
either specify some of the parameters, or use a raw build string (from INFLECTS.LAT)
If buildstr is given, all other args are ignored
'''
def __init__(self,buildstr='',conj='',var='',case='',number='',gender='',tense='',voice='',stem='',ending='',age='',frequency=''):
if buildstr:
# Build from INFLECTS.LAT string
self.conj=buildstr[5]
self.var=buildstr[7]
self.case=buildstr[9:13].strip()
self.number=buildstr[13]
self.gender=buildstr[15]
self.tense=buildstr[17:22].strip()
self.voice=buildstr[22:30].strip()
self.stem=buildstr[34]
self.ending=buildstr[38:51].strip()
self.age=buildstr[51]
self.frequency=buildstr[53]
else:
self.conj=conj
self.var=var
self.case=case
self.number=number
self.gender=gender
self.tense=tense
self.voice=voice
self.stem=stem
self.ending=ending
self.age=age
self.frequency=frequency
def matches(self,infl,match_age=False,match_frequency=False):
'''
Return True if all nonempty parameters of THIS inflection match the same parameters
in the GIVEN inflection.
Note that this will still return True if the given infl has parameters where
this inflection is empty
age and frequency are not matched by default
'''
if self.conj:
if infl.conj != self.conj:
return False
if self.var:
if infl.var != self.var:
return False
if self.case:
if infl.case != self.case:
return False
if self.number:
if infl.number != self.number:
return False
if self.gender:
if infl.gender != self.gender:
return False
if self.tense:
if infl.tense != self.tense:
return False
if self.voice:
if infl.voice != self.voice:
return False
if self.stem:
if infl.stem != self.stem:
return False
if self.ending:
if infl.ending != self.ending:
return False
if match_age:
if self.age:
if infl.age != self.age:
return False
if match_frequency:
if self.frequency:
if infl.frequency != self.frequency:
return False
return True
def get_inflection_string(self,less=False):
'''Convert the inflection information into a plaintext, user-friendly form.'''
inflstr = ''
inflstr += verb_conjugations[self.conj]+' '+cases[self.case]+' '+numbers[self.number]+' '
inflstr += genders[self.gender]+' '+voices[self.voice]+' '+tenses[self.tense]+' tense '
inflstr += 'verb participle'
return inflstr.replace(' ',' ')
def __str__(self):
return 'VerbParticipleInfl(conj='+self.conj+', var='+self.var+', case='+self.case+\
', number='+self.number+', gender='+self.gender+', tense='+self.tense+\
', voice='+self.voice+', '+self.stem+\
', ending='+self.ending+', age='+self.age+', frequency='+self.frequency+')'
class PronounInfl:
'''
Structural version of pronoun inflection codes, for easier searching
either specify some of the parameters, or use a raw build string (from INFLECTS.LAT)
If buildstr is given, all other args are ignored
'''
def __init__(self,buildstr='',decl='',var='',case='',number='',gender='',stem='',ending='',age='',frequency=''):
if buildstr:
# Build from INFLECTS.LAT string
self.decl=buildstr[6]
self.var=buildstr[8]
self.case=buildstr[10:14].strip()
self.number=buildstr[14]
self.gender=buildstr[16]
self.stem=buildstr[20]
self.ending=buildstr[24:52].strip()
self.age=buildstr[52]
self.frequency=buildstr[54]
else:
self.decl=decl
self.var=var
self.case=case
self.number=number
self.gender=gender
self.stem=stem
self.ending=ending
self.age=age
self.frequency=frequency
def matches(self,infl,match_age=False,match_frequency=False):
'''
Return True if all nonempty parameters of THIS inflection match the same parameters
in the GIVEN inflection.
Note that this will still return True if the given infl has parameters where
this inflection is empty
age and frequency are not matched by default
'''
if self.decl:
if infl.decl != self.decl:
return False
if self.var:
if infl.var != self.var:
return False
if self.case:
if infl.case != self.case:
return False
if self.number:
if infl.number != self.number:
return False
if self.gender:
if infl.gender != self.gender:
return False
if self.stem:
if infl.stem != self.stem:
return False
if self.ending:
if infl.ending != self.ending:
return False
if match_age:
if self.age:
if infl.age != self.age:
return False
if match_frequency:
if self.frequency:
if infl.frequency != self.frequency:
return False
return True
def get_inflection_string(self,less=False):
'''Convert the inflection information into a plaintext, user-friendly form.'''
inflstr = ''
inflstr += cases[self.case]+' '+numbers[self.number]+' '
if not less:
inflstr += 'of '+noun_declensions[self.decl]+' '+genders[self.gender]+' '
inflstr += 'pronoun'
return inflstr.replace(' ',' ')
def __str__(self):
return 'PronounInfl(decl='+self.decl+', var='+self.var+', case='+self.case+\
', number='+self.number+', gender='+self.gender+', stem='+self.stem+\
', ending='+self.ending+', age='+self.age+', frequency='+self.frequency+')'
class NumberInfl:
'''
Structural version of number inflection codes, for easier searching
either specify some of the parameters, or use a raw build string (from INFLECTS.LAT)
If buildstr is given, all other args are ignored
'''
def __init__(self,buildstr='',decl='',var='',case='',number='',gender='',kind='',stem='',ending='',age='',frequency=''):
if buildstr:
# Build from INFLECTS.LAT string
self.decl=buildstr[7]
self.var=buildstr[9]
self.case=buildstr[11:15].strip()
self.number=buildstr[15]
self.gender=buildstr[17]
self.kind=buildstr[20:29].strip()
self.stem=buildstr[29]
self.ending=buildstr[33:52].strip()
self.age=buildstr[52]
self.frequency=buildstr[54]
else:
self.decl=decl
self.var=var
self.case=case
self.number=number
self.gender=gender
self.kind=kind
self.stem=stem
self.ending=ending
self.age=age