def formula_2018_01_01(foyer_fiscal, period, parameters): ''' Investissements locatifs dans le secteur touristique 2018 ''' maries_ou_pacses = foyer_fiscal('maries_ou_pacses', period) # noqa F841 report_logement_neuf_2012 = foyer_fiscal('f7uy', period) report_rehabilitation_2012 = foyer_fiscal('f7uz', period) P = parameters(period).impot_revenu.calcul_reductions_impots.investissements_immobiliers.invlst red_neuf = min_(P.seuil1 * (1 + maries_ou_pacses), report_logement_neuf_2012) red_rehab = min_(P.seuil1 * (1 + maries_ou_pacses) - red_neuf, report_rehabilitation_2012) reduction_logement_neuf = P.taux_xi * red_neuf reduction_rehabilitation = P.taux_xj * red_rehab return around(reduction_logement_neuf + reduction_rehabilitation)

def formula_2017_01_01(foyer_fiscal, period, parameters): ''' Investissements locatifs dans le secteur touristique 2017 ''' maries_ou_pacses = foyer_fiscal('maries_ou_pacses', period) # noqa F841 report_logement_neuf_2011 = foyer_fiscal('f7xn_2017', period) report_logement_neuf_2012 = foyer_fiscal('f7uy', period) report_rehabilitation_2011 = foyer_fiscal('f7xv', period) report_rehabilitation_2012 = foyer_fiscal('f7uz', period) P = parameters(period).impot_revenu.calcul_reductions_impots.investissements_immobiliers.invlst red_neuf = min_(P.seuil1 * (1 + maries_ou_pacses), report_logement_neuf_2011 + report_logement_neuf_2012) red_rehab = min_(P.seuil1 * (1 + maries_ou_pacses) - red_neuf, report_rehabilitation_2011 + report_rehabilitation_2012) reduction_logement_neuf = P.taux_xi * red_neuf reduction_rehabilitation = P.taux_xj * red_rehab return around(reduction_logement_neuf + reduction_rehabilitation)

def formula_2016_01_01(foyer_fiscal, period, parameters): ''' Investissements locatifs dans le secteur touristique 2016 ''' maries_ou_pacses = foyer_fiscal('maries_ou_pacses', period) # noqa F841 report_logement_neuf_2010 = foyer_fiscal('f7xp_2016', period) report_logement_neuf_2011 = foyer_fiscal('f7xn_2017', period) report_logement_neuf_2012 = foyer_fiscal('f7uy', period) report_rehabilitation_2010 = foyer_fiscal('f7xq_2016', period) report_rehabilitation_2011 = foyer_fiscal('f7xv', period) report_rehabilitation_2012 = foyer_fiscal('f7uz', period) P = parameters(period).impot_revenu.calcul_reductions_impots.investissements_immobiliers.invlst red_neuf = min_(P.seuil1 * (1 + maries_ou_pacses), report_logement_neuf_2010 + report_logement_neuf_2011 + report_logement_neuf_2012) red_rehab = min_(P.seuil1 * (1 + maries_ou_pacses) - red_neuf, report_rehabilitation_2010 + report_rehabilitation_2011 + report_rehabilitation_2012) reduction_logement_neuf = P.taux_xi * red_neuf reduction_rehabilitation = P.taux_xj * red_rehab return around(reduction_logement_neuf + reduction_rehabilitation)

def formula_2015_01_01(foyer_fiscal, period, parameters): ''' Investissements locatifs dans le secteur touristique OU DANS UNE RÉSIDENCE HÔTELIÈRE À VOCATION SOCIALE mais pas les deux à la fois 2015 ''' maries_ou_pacses = foyer_fiscal('maries_ou_pacses', period) # noqa F841 report_logement_neuf_2009 = foyer_fiscal('f7xi_2015', period) report_logement_neuf_2010 = foyer_fiscal('f7xp_2016', period) report_logement_neuf_2011 = foyer_fiscal('f7xn_2017', period) report_logement_neuf_2012 = foyer_fiscal('f7uy', period) report_rehabilitation_2009 = foyer_fiscal('f7xj_2015', period) report_rehabilitation_2010 = foyer_fiscal('f7xq_2016', period) report_rehabilitation_2011 = foyer_fiscal('f7xv', period) report_rehabilitation_2012 = foyer_fiscal('f7uz', period) report_residence_sociale_2010 = foyer_fiscal('f7xr', period) P = parameters(period).impot_revenu.calcul_reductions_impots.investissements_immobiliers.invlst red_neuf = min_(P.seuil1 * (1 + maries_ou_pacses), report_logement_neuf_2009 + report_logement_neuf_2010 + report_logement_neuf_2011 + report_logement_neuf_2012) red_rehab = min_(P.seuil1 * (1 + maries_ou_pacses) - red_neuf, report_rehabilitation_2009 + report_rehabilitation_2010 + report_rehabilitation_2011 + report_rehabilitation_2012) reduction_logement_neuf = P.taux_xi * red_neuf reduction_rehabilitation = P.taux_xj * red_rehab reduction_residence_sociale = P.taux_xo * min_(P.seuil1, report_residence_sociale_2010) return around(max_(reduction_logement_neuf + reduction_rehabilitation, reduction_residence_sociale))

def formula_2014_01_01(foyer_fiscal, period, parameters): ''' Investissements locatifs dans le secteur touristique 2014 ''' maries_ou_pacses = foyer_fiscal('maries_ou_pacses', period) # noqa F841 report_logement_neuf_2009 = foyer_fiscal('f7xi_2015', period) report_logement_neuf_2010 = foyer_fiscal('f7xp_2016', period) report_logement_neuf_2011 = foyer_fiscal('f7xn_2017', period) report_logement_neuf_2012 = foyer_fiscal('f7uy', period) report_rehabilitation_2009 = foyer_fiscal('f7xj_2015', period) report_rehabilitation_2010 = foyer_fiscal('f7xq_2016', period) report_rehabilitation_2011 = foyer_fiscal('f7xv', period) report_rehabilitation_2012 = foyer_fiscal('f7uz', period) report_residence_sociale_2009 = foyer_fiscal('f7xk_2014', period) report_residence_sociale_2010 = foyer_fiscal('f7xr', period) P = parameters(period).impot_revenu.calcul_reductions_impots.investissements_immobiliers.invlst red_neuf = min_(P.seuil1 * (1 + maries_ou_pacses), report_logement_neuf_2009 + report_logement_neuf_2010 + report_logement_neuf_2011 + report_logement_neuf_2012) red_rehab = min_(P.seuil1 * (1 + maries_ou_pacses) - red_neuf, report_rehabilitation_2009 + report_rehabilitation_2010 + report_rehabilitation_2011 + report_rehabilitation_2012) reduction_logement_neuf = P.taux_xi * red_neuf reduction_rehabilitation = P.taux_xj * red_rehab reduction_residence_sociale = P.taux_xo * min_(P.seuil1, report_residence_sociale_2009 + report_residence_sociale_2010) return around(max_(reduction_logement_neuf + reduction_rehabilitation, reduction_residence_sociale))

def formula_2013_01_01(foyer_fiscal, period, parameters): ''' Investissements locatifs dans le secteur touristique 2013 ''' f7uy = foyer_fiscal('f7uy', period) f7uz = foyer_fiscal('f7uz', period) f7xf = foyer_fiscal('f7xf', period) f7xi = foyer_fiscal('f7xi_2015', period) f7xj = foyer_fiscal('f7xj_2015', period) f7xk = foyer_fiscal('f7xk_2014', period) f7xm = foyer_fiscal('f7xm_2013', period) f7xn = foyer_fiscal('f7xn_2017', period) f7xo = foyer_fiscal('f7xo_2013', period) f7xp = foyer_fiscal('f7xp_2016', period) f7xq = foyer_fiscal('f7xq_2016', period) f7xr = foyer_fiscal('f7xr', period) f7xv = foyer_fiscal('f7xv', period) P = parameters(period).impot_revenu.calcul_reductions_impots.investissements_immobiliers.invlst xi = P.taux_xi * (f7xf + f7xi + f7xp + f7xn + f7uy) xj = P.taux_xj * (f7xm + f7xj + f7xq + f7xv + f7uz) xo = P.taux_xo * (f7xk + f7xo + f7xr) return around(xi + xj + xo)

def formula_2012_01_01(foyer_fiscal, period, parameters): ''' Investissements locatifs dans le secteur touristique 2012 ''' maries_ou_pacses = foyer_fiscal('maries_ou_pacses', period) f7xa = foyer_fiscal('f7xa_2012', period) f7xb = foyer_fiscal('f7xb_2012', period) f7xc = foyer_fiscal('f7xc_2012', period) f7xf = foyer_fiscal('f7xf', period) f7xg = foyer_fiscal('f7xg', period) f7xh = foyer_fiscal('f7xh_2012', period) f7xi = foyer_fiscal('f7xi_2015', period) f7xj = foyer_fiscal('f7xj_2015', period) f7xk = foyer_fiscal('f7xk_2014', period) f7xl = foyer_fiscal('f7xl_2012', period) f7xm = foyer_fiscal('f7xm_2013', period) f7xn = foyer_fiscal('f7xn_2017', period) f7xo = foyer_fiscal('f7xo_2013', period) f7xp = foyer_fiscal('f7xp_2016', period) f7xq = foyer_fiscal('f7xq_2016', period) f7xr = foyer_fiscal('f7xr', period) f7xv = foyer_fiscal('f7xv', period) f7xx = foyer_fiscal('f7xx_2012', period) f7xz = foyer_fiscal('f7xz', period) P = parameters(period).impot_revenu.calcul_reductions_impots.investissements_immobiliers.invlst seuil1 = P.seuil1 * (1 + maries_ou_pacses) seuil2 = P.seuil2 * (1 + maries_ou_pacses) xc = P.taux_xc * min_(f7xc, seuil1 / 6) xa = P.taux_xa * min_(f7xa, seuil2) xg = P.taux_xg * min_(f7xg, seuil2 - f7xa) xx = P.taux_xx * min_(f7xx, seuil2 - f7xa - f7xg) xb = P.taux_xb * min_(f7xb, seuil2 - f7xa - f7xg - f7xx) xh = P.taux_xh * min_(f7xh, seuil2 - f7xa - f7xg - f7xb - f7xx) xz = P.taux_xz * min_(f7xz, seuil2 - f7xa - f7xg - f7xb - f7xx - f7xh) xi = P.taux_xi * (f7xf + f7xi + f7xp + f7xn) xj = P.taux_xj * (f7xm + f7xj + f7xq + f7xv) xl = P.taux_xl * min_(f7xl, seuil1 / 6) xo = P.taux_xo * (f7xk + f7xo + f7xr) return around(xc + xa + xg + xx + xb + xz + xh + xi + xj + xl + xo)

def formula_2011_01_01(foyer_fiscal, period, parameters): ''' Investissements locatifs dans le secteur touristique 2011 ''' maries_ou_pacses = foyer_fiscal('maries_ou_pacses', period) f7xa = foyer_fiscal('f7xa_2012', period) f7xb = foyer_fiscal('f7xb_2012', period) f7xc = foyer_fiscal('f7xc_2012', period) f7xf = foyer_fiscal('f7xf', period) f7xg = foyer_fiscal('f7xg', period) f7xh = foyer_fiscal('f7xh_2012', period) f7xi = foyer_fiscal('f7xi_2015', period) f7xj = foyer_fiscal('f7xj_2015', period) f7xk = foyer_fiscal('f7xk_2014', period) f7xl = foyer_fiscal('f7xl_2012', period) f7xm = foyer_fiscal('f7xm_2013', period) f7xo = foyer_fiscal('f7xo_2013', period) f7xp = foyer_fiscal('f7xp_2016', period) f7xq = foyer_fiscal('f7xq_2016', period) f7xr = foyer_fiscal('f7xr', period) P = parameters(period).impot_revenu.calcul_reductions_impots.investissements_immobiliers.invlst seuil1 = P.seuil1 * (1 + maries_ou_pacses) seuil2 = P.seuil2 * (1 + maries_ou_pacses) xc = P.taux_xc * min_(f7xc, seuil1 / 6) xa = P.taux_xa * min_(f7xa, seuil2) xg = P.taux_xg * min_(f7xg, seuil2 - f7xa) xb = P.taux_xb * min_(f7xb, seuil2 - f7xa - f7xg) xh = P.taux_xh * min_(f7xh, seuil2 - f7xa - f7xg - f7xb) xi = P.taux_xi * (f7xf + f7xi + f7xp) xj = P.taux_xj * (f7xm + f7xj + f7xq) xl = P.taux_xl * min_(f7xl, seuil1 / 6) xo = P.taux_xo * (f7xk + f7xo + f7xr) return around(xc + xa + xg + xb + xh + xi + xj + xl + xo)

def formula_2005_01_01(foyer_fiscal, period, parameters): ''' Investissements locatifs dans le secteur touristique 2005-2010 ''' maries_ou_pacses = foyer_fiscal('maries_ou_pacses', period) f7xc = foyer_fiscal('f7xc_2012', period) f7xd = foyer_fiscal('f7xd', period) f7xe = foyer_fiscal('f7xe', period) f7xf = foyer_fiscal('f7xf', period) f7xg = foyer_fiscal('f7xg', period) f7xh = foyer_fiscal('f7xh_2012', period) f7xi = foyer_fiscal('f7xi_2015', period) f7xj = foyer_fiscal('f7xj_2015', period) f7xk = foyer_fiscal('f7xk_2014', period) f7xl = foyer_fiscal('f7xl_2012', period) f7xm = foyer_fiscal('f7xm_2013', period) f7xn = foyer_fiscal('f7xn_2017', period) f7xo = foyer_fiscal('f7xo_2013', period) P = parameters(period).impot_revenu.calcul_reductions_impots.investissements_immobiliers.invlst seuil1 = P.seuil1 * (1 + maries_ou_pacses) seuil2 = P.seuil2 * (1 + maries_ou_pacses) xc = P.taux_xc * min_(f7xc, seuil1 / 6) xd = P.taux_xd * f7xd xe = P.taux_xe * min_(f7xe, seuil1 / 6) xf = P.taux_xf * f7xf xg = P.taux_xg * min_(f7xg, seuil2) xh = P.taux_xh * min_(f7xh, seuil2 - f7xg) xi = P.taux_xi * f7xi xj = P.taux_xj * f7xj xk = P.taux_xk * f7xk xl = P.taux_xl * min_(f7xl, seuil1 / 6) xm = P.taux_xm * f7xm xn = P.taux_xn * min_(f7xn, seuil1 / 6) xo = P.taux_xo * f7xo return around(xc + xd + xe + xf + xg + xh + xi + xj + xk + xl + xm + xn + xo)

def formula_2004_01_01(foyer_fiscal, period, parameters): ''' Investissements locatifs dans le secteur touristique 2004 ''' maries_ou_pacses = foyer_fiscal('maries_ou_pacses', period) f7xc = foyer_fiscal('f7xc_2012', period) f7xd = foyer_fiscal('f7xd', period) f7xe = foyer_fiscal('f7xe', period) f7xf = foyer_fiscal('f7xf', period) f7xg = foyer_fiscal('f7xg', period) f7xh = foyer_fiscal('f7xh_2012', period) f7xi = foyer_fiscal('f7xi_2015', period) f7xj = foyer_fiscal('f7xj_2015', period) f7xk = foyer_fiscal('f7xk_2014', period) f7xl = foyer_fiscal('f7xl_2012', period) f7xm = foyer_fiscal('f7xm_2013', period) f7xn = foyer_fiscal('f7xn_2017', period) f7xo = foyer_fiscal('f7xo_2013', period) P = parameters(period).impot_revenu.calcul_reductions_impots.investissements_immobiliers.invlst seuil1 = P.seuil1 * (1 + maries_ou_pacses) seuil2 = P.seuil2 * (1 + maries_ou_pacses) seuil3 = P.seuil3 * (1 + maries_ou_pacses) xc = P.taux_xc * min_(f7xc, seuil1 / 4) xd = P.taux_xd * f7xd xe = P.taux_xe * min_(f7xe, seuil1 / 6) xf = P.taux_xf * f7xf xg = P.taux_xg * min_(f7xg, seuil2) xh = P.taux_xh * min_(f7xh, seuil3) xi = P.taux_xi * min_(f7xi, seuil1 / 4) xj = P.taux_xj * f7xj xk = P.taux_xk * f7xk xl = P.taux_xl * min_(f7xl, seuil1 / 6) xm = P.taux_xm * f7xm xn = P.taux_xn * min_(f7xn, seuil1 / 6) xo = P.taux_xo * f7xo return around(xc + xd + xe + xf + xg + xh + xi + xj + xk + xl + xm + xn + xo)