def surcote(self, data, trimesters, trimesters_tot, trim_maj_tot, date_start_surcote):
""" Détermination de la surcote à appliquer aux pensions """
P = reduce(getattr, self.param_name.split("."), self.P)
P_long = reduce(getattr, self.param_name.split("."), self.P_longit)
taux_surcote = P.surcote.taux
plafond = P.surcote.nb_trim_max
selected_date = P_long.surcote.dates
trim_surcote = nb_trim_surcote(trimesters, selected_date, date_start_surcote)
trim_surcote = minimum(trim_surcote, plafond)
return taux_surcote * trim_surcote
def surcote(self, data, trimesters, trimesters_tot, trim_maj_tot,
date_start_surcote):
''' Détermination de la surcote à appliquer aux pensions '''
P = reduce(getattr, self.param_name.split('.'), self.P)
P_long = reduce(getattr, self.param_name.split('.'), self.P_longit)
taux_surcote = P.surcote.taux
plafond = P.surcote.nb_trim_max
selected_date = P_long.surcote.dates
trim_surcote = nb_trim_surcote(trimesters, selected_date,
date_start_surcote)
trim_surcote = minimum(trim_surcote, plafond)
return taux_surcote * trim_surcote
def surcote(self, data, trimesters, trimesters_tot, date_start_surcote):
''' Détermination de la surcote à appliquer aux pensions.'''
P = reduce(getattr, self.param_name.split('.'), self.P)
P_long = reduce(getattr, self.param_name.split('.'), self.P_longit)
# dispositif de type 0
n_trim = array(P.plein.n_trim, dtype=float)
trim_tot = trimesters_tot.sum(axis=1)
surcote = P.surcote.dispositif0.taux * (trim_tot -
n_trim) * (trim_tot > n_trim)
# Note surcote = 0 après 1983
# dispositif de type 1
if P.surcote.dispositif1.taux > 0:
trick = P.surcote.dispositif1.date_trick
trick = str(int(trick))
selected_dates = getattr(P_long.surcote.dispositif1,
'dates' + trick)
if sum(selected_dates) > 0:
surcote += P.surcote.dispositif1.taux * \
nb_trim_surcote(trimesters, selected_dates,
date_start_surcote)
# dispositif de type 2
P2 = P.surcote.dispositif2
if P2.taux0 > 0:
selected_dates = P_long.surcote.dispositif2.dates
basic_trim = nb_trim_surcote(trimesters, selected_dates,
date_start_surcote)
maj_age_trim = nb_trim_surcote(trimesters, selected_dates,
12 * P2.age_majoration)
# date_start_surcote_65 = self._date_start_surcote(trimesters_tot,
# trim_maj, age, age_start_surcote)
# TODO: why it doesn't equal date_start_surcote ?
basic_trim = basic_trim - maj_age_trim
trim_with_majo = (basic_trim - P2.trim_majoration) * \
((basic_trim - P2.trim_majoration) >= 0)
basic_trim = basic_trim - trim_with_majo
surcote += P2.taux0*basic_trim + \
P2.taux_maj_trim*trim_with_majo + \
P2.taux_maj_age*maj_age_trim
return surcote
def surcote(self, data, trimesters, trimesters_tot, date_start_surcote):
''' Détermination de la surcote à appliquer aux pensions.'''
P = reduce(getattr, self.param_name.split('.'), self.P)
P_long = reduce(getattr, self.param_name.split('.'), self.P_longit)
# dispositif de type 0
n_trim = array(P.plein.n_trim, dtype=float)
trim_tot = trimesters_tot.sum(axis=1)
surcote = P.surcote.dispositif0.taux*(trim_tot - n_trim)*(trim_tot > n_trim)
# Note surcote = 0 après 1983
# dispositif de type 1
if P.surcote.dispositif1.taux > 0:
trick = P.surcote.dispositif1.date_trick
trick = str(int(trick))
selected_dates = getattr(P_long.surcote.dispositif1, 'dates' + trick)
if sum(selected_dates) > 0:
surcote += P.surcote.dispositif1.taux * \
nb_trim_surcote(trimesters, selected_dates,
date_start_surcote)
# dispositif de type 2
P2 = P.surcote.dispositif2
if P2.taux0 > 0:
selected_dates = P_long.surcote.dispositif2.dates
basic_trim = nb_trim_surcote(trimesters, selected_dates,
date_start_surcote)
maj_age_trim = nb_trim_surcote(trimesters, selected_dates,
12*P2.age_majoration)
# date_start_surcote_65 = self._date_start_surcote(trimesters_tot,
# trim_maj, age, age_start_surcote)
# TODO: why it doesn't equal date_start_surcote ?
basic_trim = basic_trim - maj_age_trim
trim_with_majo = (basic_trim - P2.trim_majoration) * \
((basic_trim - P2.trim_majoration) >= 0)
basic_trim = basic_trim - trim_with_majo
surcote += P2.taux0*basic_trim + \
P2.taux_maj_trim*trim_with_majo + \
P2.taux_maj_age*maj_age_trim
return surcote
