def formula(individu, period, parameters):
taille_entreprise = individu('taille_entreprise', period)
TypesTailleEntreprise = taille_entreprise.possible_values
cotisation_0_9 = (taille_entreprise == TypesTailleEntreprise.moins_de_10) * apply_bareme(
individu,
period,
parameters,
cotisation_type = 'employeur',
bareme_name = 'formprof_09',
variable_name = 'formation_professionnelle',
)
cotisation_10_19 = (taille_entreprise == TypesTailleEntreprise.de_10_a_19) * apply_bareme(
individu,
period,
parameters,
cotisation_type = 'employeur',
bareme_name = 'formprof_1019',
variable_name = 'formation_professionnelle',
)
entreprise_eligible = (
(taille_entreprise == TypesTailleEntreprise.de_20_a_249)
+ (taille_entreprise == TypesTailleEntreprise.plus_de_250)
)
cotisation_20 = entreprise_eligible * apply_bareme(
individu,
period,
parameters,
cotisation_type = 'employeur',
bareme_name = 'formprof_20',
variable_name = 'formation_professionnelle',
)
return cotisation_0_9 + cotisation_10_19 + cotisation_20
def formula(individu, period, parameters):
redevable_taxe_apprentissage = individu('redevable_taxe_apprentissage', period)
salarie_regime_alsace_moselle = individu('salarie_regime_alsace_moselle', period)
cotisation_regime_alsace_moselle = apply_bareme(
individu,
period,
parameters,
cotisation_type = 'employeur',
bareme_name = 'apprentissage_alsace_moselle',
variable_name = 'taxe_apprentissage',
)
cotisation_regime_general = apply_bareme(
individu,
period,
parameters,
cotisation_type = 'employeur',
bareme_name = 'apprentissage',
variable_name = 'taxe_apprentissage',
)
cotisation = np.where(
salarie_regime_alsace_moselle,
cotisation_regime_alsace_moselle,
cotisation_regime_general,
)
return cotisation * redevable_taxe_apprentissage
def formula_2015_01_01(individu, period, parameters):
exposition_penibilite = individu('exposition_penibilite', period)
TypesExpositionPenibilite = exposition_penibilite.possible_values
multiplicateur = parameters(period).cotsoc.cotisations_employeur.prive_cadre.penibilite_multiplicateur_exposition_multiple
cotisation_base = apply_bareme(
individu,
period,
parameters,
cotisation_type = "employeur",
bareme_name = "penibilite_base",
variable_name = 'penibilite',
)
cotisation_additionnelle = apply_bareme(
individu,
period,
parameters,
cotisation_type = "employeur",
bareme_name = "penibilite_additionnelle",
variable_name = 'penibilite',
)
cotisation = switch(
exposition_penibilite,
{
TypesExpositionPenibilite.nulle: cotisation_base,
TypesExpositionPenibilite.simple: cotisation_base + cotisation_additionnelle,
TypesExpositionPenibilite.multiple: cotisation_base + cotisation_additionnelle * multiplicateur,
}
)
return cotisation
def formula(individu, period, parameters):
cotisation_minimale = apply_bareme(
individu,
period,
parameters,
cotisation_type = "employeur",
bareme_name = "arrco",
variable_name = 'arrco_employeur',
)
arrco_tranche_a_taux_employeur = individu('arrco_tranche_a_taux_employeur', period)
assiette_cotisations_sociales = individu('assiette_cotisations_sociales', period, options = [ADD])
plafond_securite_sociale = individu('plafond_securite_sociale', period, options = [ADD])
categorie_salarie = individu('categorie_salarie', period)
# cas où l'entreprise applique un taux spécifique
cotisation_entreprise = - (
min_(max_(assiette_cotisations_sociales, 0), plafond_securite_sociale)
* arrco_tranche_a_taux_employeur
)
public = (
(categorie_salarie == TypesCategorieSalarie.prive_non_cadre)
+ (categorie_salarie == TypesCategorieSalarie.prive_cadre)
)
return (
cotisation_minimale * (arrco_tranche_a_taux_employeur == 0) + cotisation_entreprise
) * public
def function(self, simulation, period):
cotisation = apply_bareme(
simulation, period,
cotisation_type = "employeur",
bareme_name = "chomfg",
variable_name = self.__class__.__name__,
)
return period, cotisation
def function(self, simulation, period):
cotisation = apply_bareme(
simulation,
period,
cotisation_type = "employeur",
bareme_name = "apec",
variable_name = self.__class__.__name__,
)
return period, cotisation # TODO: check public notamment contractuel
def function(self, simulation, period):
cotisation = apply_bareme(
simulation,
period,
cotisation_type = 'salarie',
bareme_name = 'cet',
variable_name = self.__class__.__name__,
)
return period, cotisation
def function(self, simulation, period):
cotisation = apply_bareme(
simulation,
period,
cotisation_type = 'employeur',
bareme_name = 'famille',
variable_name = self.__class__.__name__,
)
return period, cotisation
def function(self, simulation, period):
period = period.start.period(u'month').offset('first-of')
cotisation = apply_bareme(
simulation,
period, cotisation_type = 'employeur',
bareme_name = 'vieillesse_plafonnee',
variable_name = self.__class__.__name__,
)
return period, cotisation
def function(self, simulation, period):
cotisation = apply_bareme(
simulation, period,
cotisation_type = "employeur",
bareme_name = "agirc",
variable_name = self.__class__.__name__
)
categorie_salarie = simulation.calculate('categorie_salarie', period)
return period, cotisation * (categorie_salarie == 1)
def formula(individu, period, parameters):
cotisation = apply_bareme(
individu,
period,
parameters,
cotisation_type = "employeur",
bareme_name = "apec",
variable_name = 'apec_employeur',
)
return cotisation # TODO: check public notamment contractuel
def function(self, simulation, period):
period = period.start.period(u'month').offset('first-of')
categorie_salarie = simulation.calculate('categorie_salarie', period)
cotisation = apply_bareme(
simulation, period,
cotisation_type = "salarie",
bareme_name = "apec",
variable_name = self.__class__.__name__,
)
return period, cotisation * (categorie_salarie == 1) # TODO: check public notamment contractuel
def formula(individu, period, parameters):
cotisation = apply_bareme(
individu,
period,
parameters,
cotisation_type = 'employeur',
bareme_name = 'maladie',
variable_name = 'mmid_employeur',
)
return cotisation
def function(self, simulation, period):
period = period.start.period(u'month').offset('first-of')
cotisation = apply_bareme(
simulation,
period,
cotisation_type = 'salarie',
bareme_name = 'maladie',
variable_name = self.__class__.__name__,
)
return period, cotisation
def formula(individu, period, parameters):
cotisation = apply_bareme(
individu,
period,
parameters,
cotisation_type = "salarie",
bareme_name = "agff",
variable_name = "agff_salarie"
)
return cotisation
def formula(individu, period, parameters):
cotisation = apply_bareme(
individu,
period,
parameters,
cotisation_type = 'employeur',
bareme_name = 'cet',
variable_name = 'cotisation_exceptionnelle_temporaire_employeur',
)
return cotisation
def function(self, simulation, period):
categorie_salarie = simulation.calculate('categorie_salarie', period)
cotisation = apply_bareme(
simulation,
period,
cotisation_type = 'employeur',
bareme_name = 'financement_organisations_syndicales',
variable_name = self.__class__.__name__,
)
return period, cotisation * or_(categorie_salarie <= 1, categorie_salarie == 6)
def formula(individu, period, parameters):
cotisation = apply_bareme(
individu,
period,
parameters,
cotisation_type = 'employeur',
bareme_name = 'vieillesse_plafonnee',
variable_name = 'vieillesse_plafonnee_employeur',
)
return cotisation
def function(self, simulation, period):
taille_entreprise = simulation.calculate('taille_entreprise', period)
cotisation = apply_bareme(
simulation,
period,
cotisation_type = 'employeur',
bareme_name = 'fnal2',
variable_name = self.__class__.__name__,
)
return period, cotisation * (taille_entreprise > 2)
def formula(individu, period, parameters):
cotisation = apply_bareme(
individu,
period,
parameters,
cotisation_type = "employeur",
bareme_name = "assedic",
variable_name = "chomage_employeur",
)
return cotisation
def formula(individu, period, parameters):
cotisation = apply_bareme(
individu,
period,
parameters,
cotisation_type = "employeur",
bareme_name = "csa",
variable_name = 'contribution_solidarite_autonomie',
)
return cotisation
def function(self, simulation, period):
period = period.start.period(u'month').offset('first-of')
cotisation = apply_bareme(
simulation,
period,
cotisation_type = 'employeur',
bareme_name = 'maladie',
variable_name = self.__class__.__name__,
)
contribution_solidarite_autonomie = simulation.calculate('contribution_solidarite_autonomie', period)
return period, cotisation + contribution_solidarite_autonomie
def formula(individu, period, parameters):
cotisation = apply_bareme(
individu,
period,
parameters,
cotisation_type = 'employeur',
bareme_name = 'maladie',
variable_name = 'mmida_employeur',
)
contribution_solidarite_autonomie = individu('contribution_solidarite_autonomie', period)
return cotisation + contribution_solidarite_autonomie
def formula(individu, period, parameters):
cotisation = apply_bareme(
individu,
period,
parameters,
cotisation_type = "employeur",
bareme_name = "agirc",
variable_name = 'agirc_employeur'
)
categorie_salarie = individu('categorie_salarie', period)
return cotisation * (categorie_salarie == TypesCategorieSalarie.prive_cadre)
def function(self, simulation, period):
period = period.start.period(u'month').offset('first-of')
cotisation = apply_bareme(
simulation,
period,
cotisation_type = "salarie",
bareme_name = "agirc",
variable_name = self.__class__.__name__
)
categorie_salarie = simulation.calculate('categorie_salarie', period)
return period, cotisation * (categorie_salarie == 1)
def formula(individu, period, parameters):
categorie_salarie = individu('categorie_salarie', period)
cotisation = apply_bareme(
individu,
period,
parameters,
cotisation_type = "salarie",
bareme_name = "apec",
variable_name = 'apec_salarie',
)
return cotisation * (categorie_salarie == TypesCategorieSalarie.prive_cadre) # TODO: check public notamment contractuel
def function(self, simulation, period):
redevable_taxe_apprentissage = simulation.calculate('redevable_taxe_apprentissage', period)
cotisation = apply_bareme(
simulation,
period,
cotisation_type = "employeur",
bareme_name = "apprentissage_add",
variable_name = self.__class__.__name__,
)
return period, cotisation * redevable_taxe_apprentissage
def formula(individu, period, parameters):
redevable_taxe_apprentissage = individu('redevable_taxe_apprentissage', period)
cotisation = apply_bareme(
individu,
period,
parameters,
cotisation_type = "employeur",
bareme_name = "apprentissage_add",
variable_name = "contribution_developpement_apprentissage",
)
return cotisation * redevable_taxe_apprentissage
def function(self, simulation, period):
period = period.start.period(u'month').offset('first-of')
redevable_taxe_apprentissage = simulation.calculate('redevable_taxe_apprentissage', period)
cotisation = apply_bareme(
simulation,
period,
cotisation_type = 'employeur',
bareme_name = 'apprentissage',
variable_name = self.__class__.__name__,
)
return period, cotisation * redevable_taxe_apprentissage
def function(self, simulation, period):
salarie_regime_alsace_moselle = simulation.calculate(
'salarie_regime_alsace_moselle', period)
cotisation_regime_general = apply_bareme(
simulation,
period,
cotisation_type='salarie',
bareme_name='maladie',
variable_name=self.__class__.__name__,
)
cotisation_regime_alsace_moselle = apply_bareme(
simulation,
period,
cotisation_type='salarie',
bareme_name='maladie_alsace_moselle',
variable_name=self.__class__.__name__,
)
cotisation = cotisation_regime_general + salarie_regime_alsace_moselle * cotisation_regime_alsace_moselle
return cotisation
def function(self, simulation, period):
taille_entreprise = simulation.calculate('taille_entreprise', period)
cotisation_0_9 = (taille_entreprise == 1) * apply_bareme(
simulation,
period, cotisation_type = 'employeur',
bareme_name = 'formprof_09',
variable_name = self.__class__.__name__,
)
cotisation_10_19 = (taille_entreprise == 2) * apply_bareme(
simulation,
period,
cotisation_type = 'employeur',
bareme_name = 'formprof_1019',
variable_name = self.__class__.__name__,
)
cotisation_20 = (taille_entreprise > 2) * apply_bareme(
simulation,
period,
cotisation_type = 'employeur',
bareme_name = 'formprof_20',
variable_name = self.__class__.__name__,
)
return period, cotisation_0_9 + cotisation_10_19 + cotisation_20
def function(self, simulation, period):
taille_entreprise = simulation.calculate('taille_entreprise', period)
cotisation_0_9 = (taille_entreprise == 1) * apply_bareme(
simulation,
period, cotisation_type = 'employeur',
bareme_name = 'formprof_09',
variable_name = self.__class__.__name__,
)
cotisation_10_19 = (taille_entreprise == 2) * apply_bareme(
simulation,
period,
cotisation_type = 'employeur',
bareme_name = 'formprof_1019',
variable_name = self.__class__.__name__,
)
cotisation_20 = (taille_entreprise > 2) * apply_bareme(
simulation,
period,
cotisation_type = 'employeur',
bareme_name = 'formprof_20',
variable_name = self.__class__.__name__,
)
return period, cotisation_0_9 + cotisation_10_19 + cotisation_20
def formula(individu, period, parameters):
taille_entreprise = individu('taille_entreprise', period)
TypesTailleEntreprise = taille_entreprise.possible_values
cotisation_0_9 = (taille_entreprise
== TypesTailleEntreprise.moins_de_10) * apply_bareme(
individu,
period,
parameters,
cotisation_type='employeur',
bareme_name='formprof_09',
variable_name='formation_professionnelle',
)
cotisation_10_19 = (taille_entreprise ==
TypesTailleEntreprise.de_10_a_19) * apply_bareme(
individu,
period,
parameters,
cotisation_type='employeur',
bareme_name='formprof_1019',
variable_name='formation_professionnelle',
)
entreprise_eligible = (
(taille_entreprise == TypesTailleEntreprise.de_20_a_249) +
(taille_entreprise == TypesTailleEntreprise.plus_de_250))
cotisation_20 = entreprise_eligible * apply_bareme(
individu,
period,
parameters,
cotisation_type='employeur',
bareme_name='formprof_20',
variable_name='formation_professionnelle',
)
return cotisation_0_9 + cotisation_10_19 + cotisation_20
def formula(individu, period, parameters):
salarie_regime_alsace_moselle = individu('salarie_regime_alsace_moselle', period)
cotisation_regime_general = apply_bareme(
individu,
period,
parameters,
cotisation_type = 'salarie',
bareme_name = 'maladie',
variable_name = 'mmid_salarie',
)
cotisation_regime_alsace_moselle = apply_bareme(
individu,
period,
parameters,
cotisation_type = 'salarie',
bareme_name = 'maladie_alsace_moselle',
variable_name = 'mmid_salarie',
)
cotisation = cotisation_regime_general + salarie_regime_alsace_moselle * cotisation_regime_alsace_moselle
return cotisation
def function(self, simulation, period):
period = period.start.period(u'month').offset('first-of')
salarie_regime_alsace_moselle = simulation.calculate(
'salarie_regime_alsace_moselle', period)
cotisation_regime_general = apply_bareme(
simulation,
period,
cotisation_type='salarie',
bareme_name='maladie',
variable_name=self.__class__.__name__,
)
cotisation_regime_alsace_moselle = apply_bareme(
simulation,
period,
cotisation_type='salarie',
bareme_name='maladie_alsace_moselle',
variable_name=self.__class__.__name__,
)
cotisation = cotisation_regime_general + salarie_regime_alsace_moselle * cotisation_regime_alsace_moselle
return period, cotisation
def formula(individu, period, parameters):
taille_entreprise = individu('taille_entreprise', period)
TypesTailleEntreprise = taille_entreprise.possible_values
cotisation = apply_bareme(
individu,
period,
parameters,
cotisation_type='employeur',
bareme_name='fnal2',
variable_name='fnal_tranche_a_plus_20',
)
entreprise_eligible = (
(taille_entreprise == TypesTailleEntreprise.de_20_a_249) +
(taille_entreprise == TypesTailleEntreprise.plus_de_250))
return cotisation * entreprise_eligible
def formula(individu, period, parameters):
effectif_entreprise = individu('effectif_entreprise', period)
bareme = apply_bareme(
individu,
period,
parameters,
cotisation_type='employeur',
bareme_name='construction',
variable_name='participation_effort_construction',
)
seuil = parameters(period).cotsoc.pat.commun.construction_node.seuil
cotisation = bareme * (effectif_entreprise >= seuil)
return cotisation
def formula_2015_01_01(individu, period, parameters):
categorie_salarie = individu('categorie_salarie', period)
cotisation = apply_bareme(
individu,
period,
parameters,
cotisation_type='employeur',
bareme_name='financement_organisations_syndicales',
variable_name='financement_organisations_syndicales',
)
contrat_de_droit_prive = (
+(categorie_salarie == TypesCategorieSalarie.prive_non_cadre) +
(categorie_salarie == TypesCategorieSalarie.prive_cadre) +
(categorie_salarie == TypesCategorieSalarie.public_non_titulaire))
return cotisation * contrat_de_droit_prive
def formula_2018(individu, period, parameters):
"""
La cotisation maladie (hors Alsace-Moselle) disparaît à partir du 1er janvier 2018
"""
salarie_regime_alsace_moselle = individu('salarie_regime_alsace_moselle', period)
cotisation_regime_alsace_moselle = apply_bareme(
individu,
period,
parameters,
cotisation_type = 'salarie',
bareme_name = 'maladie_alsace_moselle',
variable_name = 'mmid_salarie',
)
cotisation = salarie_regime_alsace_moselle * cotisation_regime_alsace_moselle
return cotisation
def formula(individu, period, parameters):
taille_entreprise = individu('taille_entreprise', period)
TypesTailleEntreprise = taille_entreprise.possible_values
cotisation = apply_bareme(
individu,
period,
parameters,
cotisation_type='employeur',
bareme_name='fnal1',
variable_name="fnal_tranche_a",
)
entreprise_eligible = (
(taille_entreprise == TypesTailleEntreprise.non_pertinent) +
(taille_entreprise == TypesTailleEntreprise.moins_de_10) +
(taille_entreprise == TypesTailleEntreprise.de_10_a_19))
return cotisation * entreprise_eligible
def formula(self, simulation, period):
effectif_entreprise = simulation.calculate('effectif_entreprise',
period)
bareme = apply_bareme(
simulation,
period,
cotisation_type='employeur',
bareme_name='construction',
variable_name=self.__class__.__name__,
)
# TODO : seuil passé de 10 à 20 avec l'Ordonnance n° 2005-895 du 2 août 2005
cotisation = (bareme * (effectif_entreprise >= 20) + self.zeros() *
(effectif_entreprise < 20))
return cotisation
def function(self, simulation, period):
period = period.start.period(u'month').offset('first-of')
effectif_entreprise = simulation.calculate('effectif_entreprise', period)
bareme = apply_bareme(
simulation,
period,
cotisation_type = 'employeur',
bareme_name = 'construction',
variable_name = self.__class__.__name__,
)
# TODO : seuil passé de 10 à 20 avec l'Ordonnance n° 2005-895 du 2 août 2005
cotisation = (
bareme * (effectif_entreprise >= 20) +
self.zeros() * (effectif_entreprise < 20)
)
return period, cotisation
def formula(individu, period, parameters):
effectif_entreprise = individu('effectif_entreprise', period)
bareme = apply_bareme(
individu,
period,
parameters,
cotisation_type = 'employeur',
bareme_name = 'construction',
variable_name = 'participation_effort_construction',
)
# TODO : seuil passé de 10 à 20 avec l'Ordonnance n° 2005-895 du 2 août 2005
cotisation = (
bareme * (effectif_entreprise >= 20) +
individu.filled_array(0) * (effectif_entreprise < 20)
)
return cotisation
def formula(self, simulation, period):
cotisation_minimale = apply_bareme(
simulation,
period,
cotisation_type = "employeur",
bareme_name = "arrco",
variable_name = self.__class__.__name__,
)
arrco_tranche_a_taux_employeur = simulation.calculate('arrco_tranche_a_taux_employeur', period)
assiette_cotisations_sociales = simulation.calculate_add('assiette_cotisations_sociales', period)
plafond_securite_sociale = simulation.calculate_add('plafond_securite_sociale', period)
categorie_salarie = simulation.calculate('categorie_salarie', period)
# cas où l'entreprise applique un taux spécifique
cotisation_entreprise = - (
min_(max_(assiette_cotisations_sociales, 0), plafond_securite_sociale) *
arrco_tranche_a_taux_employeur
)
return (
cotisation_minimale * (arrco_tranche_a_taux_employeur == 0) + cotisation_entreprise
) * (categorie_salarie <= 1)
def function(self, simulation, period):
period = period.start.period(u'month').offset('first-of')
cotisation_minimale = apply_bareme(
simulation,
period,
cotisation_type="salarie",
bareme_name="arrco",
variable_name=self.__class__.__name__,
)
arrco_tranche_a_taux_salarie = simulation.calculate(
'arrco_tranche_a_taux_salarie', period)
assiette_cotisations_sociales = simulation.calculate_add(
'assiette_cotisations_sociales', period)
plafond_securite_sociale = simulation.calculate_add(
'plafond_securite_sociale', period)
categorie_salarie = simulation.calculate('categorie_salarie', period)
# cas où l'entreprise applique un taux spécifique
cotisation_entreprise = -(min_(max_(assiette_cotisations_sociales, 0),
plafond_securite_sociale) *
arrco_tranche_a_taux_salarie)
return period, (cotisation_minimale *
(arrco_tranche_a_taux_salarie == 0) +
cotisation_entreprise) * (categorie_salarie <= 1)
