print S1.saveuptoX(1000, 250000) print print S2 print '\nEf madur borgar 1000 kr inn a sparnadinn naestu 6 manudi ta verdur troun reikningsins naestu 12 manudi:' print S2.printProgression(1000, 6, 12) print '\nEf madur borgar 0 kr inn a sparnadinn naestu 6 manudi ta verdur troun reikningsins naestu 12 manudi:' print S2.printProgression(1000, 0, 12) print '\nMed tvi ad leggja 1000 kr inn a manudi inn ta geturdu tekid ut eftirfarandi upphaed eftir 12 manudi:' #Ath verdur ad haetta ad leggja inn svo binditimi klarist adur en tekid er ut print S2.saveforM(1000, 12) print '\nMed tvi ad leggja 1000 kr inn a manudi inn ta verdur stadan a reikningunum ordin haerri en 250.000 eftir:' print S1.saveuptoX(1000, 250000) print '\nEf madur borgar 1000 kr aukalega inn a lanid naestu 6 manudi ta verdur troun lans:' L1.printProgression(1000, 6) print 'Uppsafnadir vextir verda:' print L1.totInterest(1000,6) print '\nEf madur borgar ekkert aukalega inn a lanid naestu 6 manudi ta verdur troun lans:' L1.printProgression(1000, 0) print 'Uppsafnadir vextir verda:' print L1.totInterest(1000,0) print '\nEf madur borgar 1000 kr aukalega inn a lanid naestu 6 manudi ta verdur troun lans:' L2.printProgression(1000, 6) print 'Uppsafnadir vextir verda:' print L2.totInterest(1000,6) print '\nEf madur borgar ekkert aukalega inn a lanid naestu 6 manudi ta verdur troun lans:' L2.printProgression(1000, 0) print 'Uppsafnadir vextir verda:' print L2.totInterest(1000,0)
def testLtotInterest_UT10(self):
L = Loan('Yfirdráttur', 120000, 24, 12, False)
self.assertEqual(L.totInterest(1000, 5),14700)
