import numpy as np

import FixedIncome

print("Question 1:")

print(round(FixedIncome.pv(rate=.0200/2, nper=50, pmt=5, fv=100),2))

print("Question 2:")

print(round(FixedIncome.pvp(rate=.0700/2, pmt=6.25),2))

print("Question 3:")

print(round(FixedIncome.fv(rate=.04/12, nper=120, pv=1000000, pmt=14000),2))

print("Question 4:")

print(round(FixedIncome.pvp(rate=.0300, pmt=10, growth=.1200),2))

print("Question 5:")

pmt = 1000

pv = 0

i = 1

while (i <= 30):

discount = 1 / ( (1 + .0350) ** i )

if (i == 1):

pv += pmt * discount

elif (i <= 5):

pmt = pmt * 1.1

pv += pmt * discount

else:

pv += pmt * discount

i += 1

print(round(pv,2))

print("Question 6:")

fv_ann = FixedIncome.pv(rate=.0300, nper=25, pmt=10000, fv=0)

pv_ann = FixedIncome.pv(rate=.0300, nper=20, pmt=0, fv=fv_ann)

print(round(pv_ann,2))

print("Question 7:")

print(2*np.rate(nper=40, pmt=30, pv=-893.22, fv=1000))

# print(2*FixedIncome.rate(nper=40, pmt=30, present_value=-893.22, future_value=1000))