def test_compare_names(self):
'''
Test comparison and score of names
'''
score, factor = get_score_compare_names("Juan", "Fernandez", "Macias",
"García")
assert (score + factor == 0.0)
score, factor = get_score_compare_names("Juan", "Gomez", "Juan",
"Gómez")
assert (score == 4.0)
assert (factor == 1.0)
score, factor = get_score_compare_names("Juan Antonio", "Gomez Perez",
"Juan", "Gómez")
assert (score > 3.0)
assert (factor > 0.8)
score, factor = get_score_compare_names("Juan José Fernando",
"Gomez Perez", "Agustín Juan",
"Gómez")
assert (score > 2.0)
assert (factor > 0.1)
score, factor = get_score_compare_names("Juan",
"de la Fuente",
"Juan",
"Fuente",
language="es")
assert (score == 4.0)
assert (factor == 1.0)
def comparison_score(self,
profile,
data_language="en",
name_convention="father_surname"):
'''
Get the score value in comparison
'''
score, factor = get_score_compare_names(self.getName(),
self.getSurname(),
profile.getName(),
profile.getSurname(),
language=data_language,
convention=name_convention)
#Comparing gender
if (self.getGender()) and (profile.getGender()):
if self.getGender() == profile.getGender():
score += 0.5
else:
factor = 0.5 * factor
for event_name in MERGE_EVENTS:
self_event = self.get_specific_event(event_name)
other_event = profile.get_specific_event(event_name)
if self_event and other_event and self_event.is_any_date_available(
) and other_event.is_any_date_available():
score_temp, factor_temp = get_score_compare_dates(
self_event, other_event)
score += score_temp
factor = factor * factor_temp
return score, factor
def comparison_score(self,
profile,
data_language="en",
name_convention="father_surname"):
'''
Get the score value in comparison
'''
score, factor = get_score_compare_names(self.getName(),
self.getSurname(),
profile.getName(),
profile.getSurname(),
language=data_language,
convention=name_convention)
#Comparing big differences in events
score1, factor1 = score_factor_birth_and_death(
self.get_earliest_event_in_event_form(),
self.get_latest_event_in_event_form(), profile.getEvents())
score2, factor2 = score_factor_birth_and_death(
profile.get_earliest_event_in_event_form(),
self.get_latest_event_in_event_form(), self.getEvents())
score += score1 + score2
factor = factor * factor1 * factor2
#Comparing gender
if (self.getGender()) and (profile.getGender()):
if self.getGender() == profile.getGender():
score += 0.5
elif (self.getGender() != "U") and (profile.getGender() != "U"):
factor = 0.1 * factor
for event_name in MERGE_EVENTS:
self_event = self.get_specific_event(event_name)
other_event = profile.get_specific_event(event_name)
if event_name == "marriage":
if len(self_event) > 0: self_event = self_event[0]
else: self_event = None
if len(other_event) > 0: other_event = other_event[0]
else: other_event = None
if self_event and other_event and self_event.is_any_date_available(
) and other_event.is_any_date_available():
score_temp, factor_temp = get_score_compare_dates(
self_event, other_event)
if (not ((self_event.get_event_type() == "marriage") and
(factor_temp < 1.0))) and (
self_event.get_event_type() != "residence"):
score += score_temp
factor = factor * factor_temp
return score, factor
def comparison_score(self, profile, data_language="en", name_convention="father_surname"):
'''
Get the score value in comparison
'''
score, factor = get_score_compare_names(self.gen_data["name"], self.gen_data["surname"],
profile.gen_data["name"], profile.gen_data["surname"], language=data_language, convention=name_convention)
#Comparing gender
if ("gender" in self.gen_data) and ("gender" in profile.gen_data):
if self.gen_data["gender"] == profile.gen_data["gender"]:
score += 0.5
else:
factor = 0.5*factor
for date_id in MERGE_DATES:
if (date_id in self.gen_data.keys()) and (date_id in profile.gen_data.keys()):
score_temp, factor_temp = get_score_compare_dates(self.gen_data[date_id],
self.gen_data["accuracy_" + date_id],
profile.gen_data[date_id],
profile.gen_data["accuracy_" + date_id])
score += score_temp
factor = factor*factor_temp
return score, factor
def test_compare_names(self):
'''
Test comparison and score of names
'''
score, factor = get_score_compare_names("Alejandra", "Martín Martín", "Alexandra", "Martín Martín", language = "es")
assert(score *factor > 2.0)
score, factor = get_score_compare_names("Matías", "Martín Martín", "Mathias", "Martín Martín", language = "es")
assert(score *factor >5.0)
score, factor = get_score_compare_names("Juan", "Fernandez", "Macias", "García")
assert(score * factor < 0.06)
score, factor = get_score_compare_names("Juan", "Gomez", "Juan", "Gómez")
assert(score == 4.0)
assert(factor == 1.0)
score, factor = get_score_compare_names("Juan Antonio", "Gomez Perez", "Juan", "Gómez")
assert(score > 3.0)
assert(factor > 0.8)
score, factor = get_score_compare_names("Juan Antonio", "Gomez Perez", "Juan", "Gómez", language="es")
assert(score > 3.0)
assert(factor > 0.8)
score, factor = get_score_compare_names("Juan José Fernando", "Gomez Perez", "Agustín Juan", "Gómez")
assert(score > 2.0)
assert(factor > 0.1)
score, factor = get_score_compare_names("Juan", "de la Fuente", "Juan", "Fuente", language="es")
assert(score == 4.0)
assert(factor == 1.0)
score, factor = get_score_compare_names("Juan", "Gómez Martín", "Juan", "Martín Gómez", language="es")
assert(score > 2.0)
assert(factor < 0.01)
score, factor = get_score_compare_names("Juan", "Gómez Martín", "Juan", "Gomez Martin", language="es")
assert(score == 6.0)
assert(factor == 1.0)
score, factor = get_score_compare_names("Juan", "Gómez", "Juan", "Pérez Gomez", language="es")
assert(score*factor < 2.0)
score, factor = get_score_compare_names("Josefa", "Arnanz Tejera", "Josepha", "Arnanz Texera", language="es")
assert(score > 5.5)
assert(factor > 0.79)
score, factor = get_score_compare_names("Lorenza", "Enríquez López", "Lorenza", "Sancho López", language = "es")
print(score*factor <1.01 )
def comparison_score(self,
profile,
data_language="en",
name_convention="father_surname"):
'''
Get the score value in comparison
'''
score, factor = get_score_compare_names(self.getName(),
self.getSurname(),
profile.getName(),
profile.getSurname(),
language=data_language,
convention=name_convention)
#We compare now all the potential names, in case that there is a different convention
score_nicks = 0
factor_nicks = 0
for complete_name_self in self.get_all_names():
name_self, surname_self, _ = get_name_surname_from_complete_name(
complete_name_self,
convention=name_convention,
language=data_language)
for complete_name_other in profile.get_all_names():
name_other, surname_other, _ = get_name_surname_from_complete_name(
complete_name_other,
convention=name_convention,
language=data_language)
score_int, factor_int = get_score_compare_names(
name_self,
surname_self,
name_other,
surname_other,
language=data_language,
convention=name_convention)
#We take the bigger of the scores
if (score_int > score_nicks) and (factor_int > factor_nicks):
score_nicks = score_int
factor_nicks = factor_int
#We only take the new score if bigger than the previous one, but we include a penalty (we introduce preference to the score given by formal names)
if (score_nicks > score) and (factor_nicks > factor) and (
score_nicks * factor_nicks * 0.5 > score * factor):
score = score_nicks * 0.5
factor = factor_nicks
#Comparing big differences in events
score1, factor1 = score_factor_birth_and_death(
self.get_earliest_event_in_event_form(),
self.get_latest_event_in_event_form(), profile.getEvents())
score2, factor2 = score_factor_birth_and_death(
profile.get_earliest_event_in_event_form(),
self.get_latest_event_in_event_form(), self.getEvents())
#In this stage we add all obtained scores and factors.
score += score1 + score2
factor = factor * factor1 * factor2
#Comparing gender
if (self.getGender()) and (profile.getGender()):
if self.getGender() == profile.getGender():
score += 0.5
elif (self.getGender() != "U") and (profile.getGender() != "U"):
factor = 0.1 * factor
for event_name in MERGE_EVENTS:
self_event = self.get_specific_event(event_name)
other_event = profile.get_specific_event(event_name)
if event_name == "marriage":
if len(self_event) > 0: self_event = self_event[0]
else: self_event = None
if len(other_event) > 0: other_event = other_event[0]
else: other_event = None
if self_event and other_event and self_event.is_any_date_available(
) and other_event.is_any_date_available():
score_temp, factor_temp = get_score_compare_dates(
self_event, other_event)
if (not ((self_event.get_event_type() == "marriage") and
(factor_temp < 1.0))) and (
self_event.get_event_type() != "residence"):
score += score_temp
factor = factor * factor_temp
return score, factor
