greidslugeta = decoded["spar"]["greidslugeta"]
hvenaer = decoded["spar"]["hvenaer"]
eign = decoded["spar"]["eign"]
upphaed = decoded["spar"]["upphaed"]
# sparnadurVaxtagrodi
# timiAdTakmarki
results["sparnadurVaxtagrodi"] = []
results["timiAdTakmarki"] = []
for reikningurinn in decoded["reikn"]:
nafn = reikningurinn["reikningur"]
vextir = reikningurinn["vextir"]
reikningar.append(reikningur(nafn, float(vextir), verdtryggt, float(verdbolga)))
sparnadurVaxtagrodiResult = sparnadurTimi(int(hvenaer),float(greidslugeta), float(vextir), float(verdbolga))
timiAdTakmarkiResult = timiAdTakmarki(float(eign),float(greidslugeta), float(vextir), float(verdbolga), float(upphaed))
results["sparnadurVaxtagrodi"].append({"nafn" : nafn,
"vextir" : round(float(vextir), 2),
"sparnadur" : round(sparnadurVaxtagrodiResult, 2)})
results["timiAdTakmarki"].append({"nafn" : nafn,
"vextir": round(float(vextir), 2),
"timi" : int(timiAdTakmarkiResult)})
# lanVenjulega
# lanAukalega
results["lanVenjulega"] = []
import sys
from lan import *
from reikningur import *
print "Sladu inn verdbolgu til ad mida vid (t.d 0.04)"
vb = raw_input()
verdbolga = float(vb)
reikningar = []
#reikningar sem vid bjodum upp
reikningar.append(reikningur("kjorbok",0.0180,False,verdbolga))
reikningar.append(reikningur("sparireikningur",0.0445,False,verdbolga))
reikningar.append(reikningur("vaxtareikningur",0.0425,False,verdbolga))
reikningar.append(reikningur("landsbok",0.0190,False,verdbolga))
#listi af lanum notanda
lanalisti = []
print "Sladu inn greidslugetu a manudi"
greidslugeta = int(raw_input())
print "Sladu inn fjolda manada"
timi = int(raw_input())
print "Sladu inn heildargreidslugeta til utborgunar"
heildargreidslugeta = int(raw_input())
print "Sladu inn upphaed til ad setja a bankareikning i byrjun"
hofudstollbanki = int(raw_input())
#Notandi slaer inn allar upplysingar um lanin sin
while True:
inp = [] #Holdum utan um lanaupplysingar til ad faera inn i lanalistann
heildargreidslugeta = 10000000
lanalistiAnVerd = []
lanalistiAnVerd.append(lan("versta",0.0180,False,12,hofudstoll,verdbolga))
lanalistiAnVerd.append(lan("besta",0.0445,False,12,hofudstoll,verdbolga))
lanalistiAnVerd.append(lan("naestbesta",0.0425,False,12,400000,verdbolga))
lanalistiAnVerd.append(lan("naestversta",0.0190,False,12,hofudstoll,verdbolga))
lanalistiMedVerd = []
lanalistiMedVerd.append(lan("besta",0.0180,True,12,hofudstoll,verdbolga))
lanalistiMedVerd.append(lan("naestbesta",0.0445,False,12,hofudstoll,verdbolga))
lanalistiMedVerd.append(lan("naestversta",0.0425,False,12,hofudstoll,verdbolga))
lanalistiMedVerd.append(lan("versta",0.0190,False,12,hofudstoll,verdbolga))
reikAnVerd = []
reikAnVerd.append(reikningur("naestversti",0.0180,False,verdbolga))
reikAnVerd.append(reikningur("besti",0.0445,False,verdbolga))
reikAnVerd.append(reikningur("naestbesti",0.0425,False,verdbolga))
reikAnVerd.append(reikningur("versti",0.0190,False,verdbolga))
reikMedVerd = []
reikMedVerd.append(reikningur("besti",0.0180,True,verdbolga))
reikMedVerd.append(reikningur("naestbesti",0.0445,False,verdbolga))
reikMedVerd.append(reikningur("naestversti",0.0425,False,verdbolga))
reikMedVerd.append(reikningur("versti",0.0190,False,verdbolga))
class testLan(unittest.TestCase):
def test_bestaGreidsluskiptingLana(self):
self.assertEqual(bestaGreidsluskiptingLana(lanalistiAnVerd,10000,20)[0][0].nafn, "besta")
self.assertEqual(bestaGreidsluskiptingLana(lanalistiMedVerd,10000,20)[0][0].nafn, "besta")
