def term_ranking(t):
order = get_matrix('order', t.dictionary.version)
terms = [
term(int(i)) for i in sorted(order[t.index, :].indices,
key=lambda o: order[t.index, o])
]
return [t for t in terms if len(t) == 1], [t for t in terms if len(t) != 1]
def translate_update(root, f):
update = {'terms':
{str(s.script): str(f(s.script)) for s in term(root).relations.contains}
}
version = create_dictionary_version(latest_dictionary_version(), update=update)
upload_to_s3(version)
print(version)
def get_competence_en_curr_data_diff():
update = {}
remove = []
for t in term("M:.-O:.-'M:.-wa.e.-'t.-x.-s.y.-',").relations.contains:
if len(t) == 1 or len(t) == 2 or len(t) == 18:
update[str(t.script)] = str(translate_competence_en_curr_data(t.script))
else:
remove.append(str(t.script))
return update, remove
def term_ranking(t):
order = get_matrix('order', t.dictionary.version)
terms = [term(int(i)) for i in sorted(order[t.index, :].indices, key=lambda o: order[t.index, o])]
return [t for t in terms if len(t) == 1], [t for t in terms if len(t) != 1]
# **_up
# },
# 'remove': {
# *_rem
# }
# }
# print('\n'.join("{} => {}".format(a, b) for a, b in _up.items()))
# version = create_dictionary_version(latest_dictionary_version(), update=update, remove=_rem)
# upload_to_s3(version)
# print(version)
root = "O:.M:.-M:.-'"
translator = translate_ecosystem_intl_col_tern
"dictionary_2018-06-08_17:07:06"
print(str(translator(script(root))))
d = Dictionary("dictionary_2018-06-08_17:07:06")
# translate_update("s.u.-'O:M:.-'O:.-',+s.u.-'M:O:.-O:.-'M:.-',", translate_formes_visuelles)
diff = {
**{
str(s.script): str(translate_competence_en_curr_data(s.script))
for s in term("M:.-O:.-'M:.-wa.e.-'t.-x.-s.y.-',", d).relations.contains
},
# **{str(s.script): str(translate_ecosystem_intl_col_tern(s.script)) for s in term("O:.M:.-M:.-'", d).relations.contains},
}
import json
print(json.dumps(diff, indent=True))
version = create_dictionary_version(None, diff=diff)
# upload_to_s3(version)
print(version)
# _up, _rem = get_competence_en_curr_data_diff()
# update = {'terms': {
# **{str(s.script): str(translate_mouvements_et_milieux(s.script)) for s in term("i.f.B:.-+u.f.M:.-O:.-'").relations.contains},
# **_up
# },
# 'remove': {
# *_rem
# }
# }
# print('\n'.join("{} => {}".format(a, b) for a, b in _up.items()))
# version = create_dictionary_version(latest_dictionary_version(), update=update, remove=_rem)
# upload_to_s3(version)
# print(version)
root = "O:.M:.-M:.-'"
translator = translate_ecosystem_intl_col_tern
"dictionary_2018-06-08_17:07:06"
print(str(translator(script(root))))
d = Dictionary("dictionary_2018-06-08_17:07:06")
# translate_update("s.u.-'O:M:.-'O:.-',+s.u.-'M:O:.-O:.-'M:.-',", translate_formes_visuelles)
diff = {
**{str(s.script): str(translate_competence_en_curr_data(s.script)) for s in term("M:.-O:.-'M:.-wa.e.-'t.-x.-s.y.-',", d).relations.contains},
# **{str(s.script): str(translate_ecosystem_intl_col_tern(s.script)) for s in term("O:.M:.-M:.-'", d).relations.contains},
}
import json
print(json.dumps(diff, indent=True))
version = create_dictionary_version(None, diff=diff)
# upload_to_s3(version)
print(version)
# "f.o.-f.o.-'E:.-U:.n.-l.-',E:.-U:.M:T:.-l.-'E:.-A:.M:T:.-l.-',_": "Parties du corps: le tronc",
# "f.o.-f.o.-'E:.-U:.t.-l.-',E:.-U:.M:T:.-l.-'E:.-A:.M:T:.-l.-',_": "Parties du corps: la tête",
# "f.o.-f.o.-',n.i.-f.i.-',M:O:.-O:.-',_": "Parties du corps: membres",
# "f.o.-f.o.-'E:.-U:.S:+B:T:.-l.-',E:.-U:.M:T:.-l.-'E:.-A:.M:T:.-l.-',_": "Parties du corps: la tête et le tronc"
# },
# 'en': {
# "f.o.-f.o.-',n.i.-f.i.-',M:O:.-O:.-',_+f.o.-f.o.-'E:.-U:.S:+B:T:.-l.-',E:.-U:.M:T:.-l.-'E:.-A:.M:T:.-l.-',_": "body parts",
# "f.o.-f.o.-'E:.-U:.n.-l.-',E:.-U:.M:T:.-l.-'E:.-A:.M:T:.-l.-',_": "Body parts: trunk",
# "f.o.-f.o.-'E:.-U:.t.-l.-',E:.-U:.M:T:.-l.-'E:.-A:.M:T:.-l.-',_": "Body parts: head",
# "f.o.-f.o.-',n.i.-f.i.-',M:O:.-O:.-',_": "body parts: limbs",
# "f.o.-f.o.-'E:.-U:.S:+B:T:.-l.-',E:.-U:.M:T:.-l.-'E:.-A:.M:T:.-l.-',_": "Body parts: head and trunk"
#
# }
# }
# }
# to_remove = ["f.o.-f.o.-'E:.-U:.n.-l.-',E:.-U:.M:T:.-l.-'E:.-A:.M:T:.-l.-',_",
# "f.o.-f.o.-'E:.-U:.t.-l.-',E:.-U:.M:T:.-l.-'E:.-A:.M:T:.-l.-',_",
# "f.o.-f.o.-',n.i.-f.i.-',M:O:.-O:.-',_"
# ]
to_remove, to_add = factorize_root(
term(
"b.i.-n.i.-'l.i.-n.i.-'+m.+l.i.-f.i.-'+wu.f.A:.-+a.S:.-+i.U:.-+e.O:.-+S:+T:T:.i.-'n.o.-n.o.-'+f.o.-f.o.-'+n.-B:.A:.-+S:+B:.U:.-',"
))
version = create_dictionary_version(latest_dictionary_version(),
add=to_add,
remove=to_remove)
upload_to_s3(version)
print(version)