def tiempo_para_pagar() -> FullResponseJSON:
calculator = LoanCalculator(**request.get_json())
nper = calculator.get_nper_loans()
num_of_years = calculator.num_of_years
time_scale = calculator.time_scale
periods = calculator.get_periods()
payments, payments_r, payments_e = calculator.get_payments()
a_payments = aggregate(payments, periods)
interests = calculator.interests
a_interests = aggregate(interests, periods)
balances = calculator.balances
table = format_tables(calculator, 1, "loans")
table_m = format_tables(calculator, calculator.freq / 12, "loans")
table_a = format_tables(calculator, calculator.freq / 1, "loans")
return (
jsonify({
"nper": nper,
"num_of_years": num_of_years,
"time_scale": time_scale,
"total_pmt": sum(payments),
"total_int": sum(interests),
"total_prin": calculator.loan,
"periods": periods,
"a_payments": a_payments,
"a_interests": a_interests,
"balances": balances,
"table": table,
"table_m": table_m,
"table_a": table_a,
}),
200,
HEADERS,
)
def fondo_para_retiros() -> FullResponseJSON:
calculator = RetirementCalculator(**request.get_json())
time_scale = calculator.time_scale
ret_fund = calculator.get_ret_fund()
periods = calculator.periods
calculator.get_withdrawals()
interests = calculator.get_interests_retirements()
withdrawals = calculator.withdrawals
a_withdrawals = aggregate(withdrawals, periods)
a_interests = aggregate(interests, periods)
balances = calculator.get_balances_retirements()
table = format_tables(calculator, 1, "retirements")
table_m = format_tables(calculator, calculator.freq / 12, "retirements")
table_a = format_tables(calculator, calculator.freq / 1, "retirements")
return (
jsonify(
{
"time_scale": time_scale,
"total_wdr": sum(withdrawals),
"total_int": sum(interests),
"ret_fund": ret_fund,
"periods": periods,
"a_withdrawals": a_withdrawals,
"a_interests": a_interests,
"balances": balances,
"table": table,
"table_m": table_m,
"table_a": table_a,
}
),
200,
HEADERS,
)
def tiempo_para_lograr_meta() -> FullResponseJSON:
calculator = SavingCalculator(**request.get_json())
nper = calculator.get_nper_savings()
num_of_years = calculator.num_of_years
time_scale = calculator.time_scale
periods = calculator.get_periods()
deposits = calculator.get_deposits()
a_deposits = aggregate(deposits, periods)
interests = calculator.get_interests_savings()
a_interests = aggregate(interests, periods)
balances = calculator.get_balances_savings()
table = format_tables(calculator, 1, "savings")
table_m = format_tables(calculator, calculator.freq / 12, "savings")
table_a = format_tables(calculator, calculator.freq / 1, "savings")
return (
jsonify({
"nper": nper,
"num_of_years": num_of_years,
"time_scale": time_scale,
"total_dep": sum(deposits),
"total_int": sum(interests),
"fin_bal_r": balances[-1],
"periods": periods,
"a_deposits": a_deposits,
"a_interests": a_interests,
"balances": balances,
"table": table,
"table_m": table_m,
"table_a": table_a,
}),
200,
HEADERS,
)
def calculadora_de_ahorros() -> FullResponseJSON:
calculator = SavingCalculator(**request.get_json())
time_scale = calculator.time_scale
periods = calculator.periods
deposits = calculator.get_deposits()
a_deposits = aggregate(deposits, periods)
interests = calculator.get_interests_savings()
a_interests = aggregate(interests, periods)
balances = calculator.get_balances_savings()
table = format_tables(calculator, 1, "savings")
table_m = format_tables(calculator, calculator.freq / 12, "savings")
table_a = format_tables(calculator, calculator.freq / 1, "savings")
return (
jsonify({
"time_scale": time_scale,
"total_dep": sum(deposits),
"total_int": sum(interests),
"fin_bal": balances[-1],
"periods": periods,
"a_deposits": a_deposits,
"a_interests": a_interests,
"balances": balances,
"table": table,
"table_m": table_m,
"table_a": table_a,
}),
200,
HEADERS,
)
def calculadora_de_prestamos() -> FullResponseJSON:
calculator = LoanCalculator(**request.get_json())
time_scale = calculator.time_scale
reg_pmt = calculator.get_reg_pmt()
calculator.get_payments()
periods = calculator.periods
interests = calculator.interests
a_interests = aggregate(interests, periods)
balances = calculator.balances
payments = calculator.payments
_ = calculator.payments_e
_ = calculator.payments_r
a_payments = aggregate(payments, periods)
num_of_years = calculator.num_of_years
num_of_years_t = calculator.num_of_years_t
nper = num_of_years * calculator.freq
nper_t = calculator.nper_t
total_pmt = nper * reg_pmt
total_int = total_pmt - calculator.loan
table = format_tables(calculator, 1, "loans")
table_m = format_tables(calculator, calculator.freq / 12, "loans")
table_a = format_tables(calculator, calculator.freq / 1, "loans")
return (
jsonify({
"time_scale": time_scale,
"total_pmt": total_pmt,
"total_int": total_int,
"num_of_years": num_of_years,
"num_of_years_t": num_of_years_t,
"years_saved": num_of_years - num_of_years_t,
"cash_saved": total_pmt - sum(payments),
"nper": nper,
"nper_t": nper_t,
"total_pmt_t": sum(payments),
"total_int_t": sum(interests),
"total_prin": calculator.loan,
"total_prin_t": calculator.loan,
"reg_pmt": reg_pmt,
"periods": periods,
"a_payments": a_payments,
"a_interests": a_interests,
"balances": balances,
"table": table,
"table_m": table_m,
"table_a": table_a,
}),
200,
HEADERS,
)
def duracion_de_fondos() -> FullResponseJSON:
calculator = RetirementCalculator(**request.get_json())
nper = calculator.get_nper_retirements()
num_of_years = calculator.num_of_years
ret_fund = calculator.ret_fund
time_scale = calculator.time_scale
periods = calculator.get_periods()
calculator.get_withdrawals()
interests = calculator.get_interests_retirements()
withdrawals = calculator.withdrawals
a_withdrawals = aggregate(withdrawals, periods)
a_interests = aggregate(interests, periods)
balances = calculator.get_balances_retirements()
table = format_tables(calculator, 1, "retirements")
table_m = format_tables(calculator, calculator.freq / 12, "retirements")
table_a = format_tables(calculator, calculator.freq / 1, "retirements")
return (
jsonify(
{
"nper": nper,
"num_of_years": num_of_years,
"time_scale": time_scale,
"total_wdr": sum(withdrawals),
"total_int": sum(interests),
"ret_fund": ret_fund,
"periods": periods,
"a_withdrawals": a_withdrawals,
"a_interests": a_interests,
"balances": balances,
"table": table,
"table_m": table_m,
"table_a": table_a,
}
),
200,
HEADERS,
)
def tarjeta_de_credito() -> FullResponseJSON:
calculator = CreditCardCalculator(**request.get_json())
time_scale = calculator.time_scale
first_p = calculator.get_payment_cc()
periods = calculator.periods
nper = periods[-1]
num_of_years = nper / 12
payments = calculator.payments
a_payments = aggregate(payments, periods)
interests = calculator.interests
a_interests = aggregate(interests, periods)
balances = calculator.balances
table = format_tables(calculator, 1, "cc")
table_m = format_tables(calculator, calculator.freq / 12, "cc")
table_a = format_tables(calculator, calculator.freq / 1, "cc")
return (
jsonify({
"time_scale": time_scale,
"first_p": first_p,
"total_pmt": sum(payments),
"total_int": sum(interests),
"total_prin": calculator.cc_debt,
"nper": nper,
"num_of_years": num_of_years,
"periods": periods,
"a_payments": a_payments,
"a_interests": a_interests,
"balances": balances,
"table": table,
"table_m": table_m,
"table_a": table_a,
}),
200,
HEADERS,
)