def make_result_dict_single(tax_benefit_system = tax_benefit_system, pickle = False, year_range = range(2012,2016),
simulation_var = simulation_var, child_range = range (0, 5) ):
legislation_var_year = dict()
for year in year_range:
simulation = dict()
for nb_enf in child_range:
simulation[nb_enf] = make_couple_with_child_scenario(nombre_enfants = nb_enf,
year = year,
tax_benefit_system = tax_benefit_system,
).new_simulation(debug = False, debug_all = False, trace = False)
legislation_var = dict()
for nb_enf, simul in simulation.iteritems():
var_by_simul = dict()
temp = dict()
for var in simulation_var :
try :
temp[var] = simul.calculate_add(var, year)
except:
print 'var {} has failed'.format(var)
legislation_var[nb_enf] = temp
print u"ended for year: {}".format(year)
legislation_var_year[year] = legislation_var
#print legislation_var_year
if pickle == True:
cPickle.dump( legislation_var_year, open( "single_var_{}.p",#.format("bau" #make a test to give the name of the reform to the pickle
"wb" ) ) #bau = buisness as usual # (type(tax_benefit_system) == "openfisca_france.TaxBenefitSystem") * 'bau' + reform.name $ (type(tax_benefit_system) != "openfisca_france.TaxBenefitSystem")
return legislation_var_year[year]
def make_ready_to_use_simulation(year=None, couple=True):
if couple == True:
scenario = make_ready_to_use_scenario.make_couple_with_child_scenario(
year=year)
if couple == False:
scenario = make_ready_to_use_scenario.make_single_with_child_scenario(
year=year)
return scenario.new_simulation()
def make_result_dict_single(
tax_benefit_system=tax_benefit_system,
pickle=False,
year_range=range(2012, 2016),
simulation_var=simulation_var,
child_range=range(0, 5),
):
legislation_var_year = dict()
for year in year_range:
simulation = dict()
for nb_enf in child_range:
simulation[nb_enf] = make_couple_with_child_scenario(
nombre_enfants=nb_enf, year=year, tax_benefit_system=tax_benefit_system
).new_simulation(debug=False, debug_all=False, trace=False)
legislation_var = dict()
for nb_enf, simul in simulation.iteritems():
var_by_simul = dict()
temp = dict()
for var in simulation_var:
try:
temp[var] = simul.calculate_add(var, year)
except:
print "var {} has failed".format(var)
legislation_var[nb_enf] = temp
print u"ended for year: {}".format(year)
legislation_var_year[year] = legislation_var
# print legislation_var_year
if pickle == True:
cPickle.dump(
legislation_var_year,
open("single_var_{}.p", "wb"), # .format("bau" #make a test to give the name of the reform to the pickle
) # bau = buisness as usual # (type(tax_benefit_system) == "openfisca_france.TaxBenefitSystem") * 'bau' + reform.name $ (type(tax_benefit_system) != "openfisca_france.TaxBenefitSystem")
return legislation_var_year[year]
def make_ready_to_use_simulation(year = None, couple = True):
if couple == True:
scenario = make_ready_to_use_scenario.make_couple_with_child_scenario(year = year)
if couple == False:
scenario = make_ready_to_use_scenario.make_single_with_child_scenario(year = year)
return scenario.new_simulation()
