def Joint_calc():
hus_inc = int(input("Input husband's personal input per year: $"))
wife_inc = int(input("Input wife's personal input per year: $"))
hus_nci = Main.Single_deduc(hus_inc)
wife_nci = Main.Single_deduc(wife_inc)
joint_nci = Main.Joint_deduc(hus_inc, wife_inc)
print("\nHusband's MPF = $" + str(Main.MPF_calc(hus_inc)))
print("Wife's MPF = $" + str(Main.MPF_calc(wife_inc)))
print("\nHusband's net chargeable income = $" + str(hus_nci))
print("Husbandls tax = $" + str(Main.Tax_calc(hus_nci)))
print("\nWife's net chargeable income = $" + str(wife_nci))
print("Wife's tax = $" + str(Main.Tax_calc(wife_nci)))
sinTax = Main.Tax_calc(hus_nci) + Main.Tax_calc(wife_nci)
print("\nPay Tax in Separate way = $" + str(sinTax))
joiTax = Main.Tax_calc(joint_nci)
print("Joint net chargeable income = $" + str(joint_nci))
print("Pay Tax in Joint way = $" + str(joiTax))
if sinTax <= joiTax:
print("\nRecommended method = Seperated taxation $" + str(sinTax))
else:
print("\nRecommended method = Joint taxation $" + str(joiTax))
input("\nPress Enter to continue...")
def Single_calc():
sin_inc = int(input("Input your income: $"))
sin_nci = Main.Single_deduc(sin_inc)
print("\nYour MPF = $" + str(Main.MPF_calc(sin_inc)))
print("\nYour net chargeable income = $" + str(sin_nci))
print("\nYour should pay tax of = $" + str(Main.Tax_calc(sin_nci)))
input("\nPress Enter to continue...")
def test_joint_39708990_34535530(self):
expected = 11131278
joi_nci = Main.Joint_deduc(39708990, 34535530)
result = Main.Tax_calc(joi_nci)
self.assertEqual(expected, result)
def test_joint_64329827942434234_23783249728327(self):
expected = 9653041678818984
joi_nci = Main.Joint_deduc(64329827942434234, 23783249728327)
result = Main.Tax_calc(joi_nci)
self.assertEqual(expected, result)
def test_joint_5401000_3470000(self):
expected = 1325250
joi_nci = Main.Joint_deduc(5401000, 3470000)
result = Main.Tax_calc(joi_nci)
self.assertEqual(expected, result)
def test_joint_5000000000_120000(self):
expected = 750014400
joi_nci = Main.Joint_deduc(5000000000, 120000)
result = Main.Tax_calc(joi_nci)
self.assertEqual(expected, result)
def test_joint_603422_538743(self):
expected = 125168.05
joi_nci = Main.Joint_deduc(603422, 538743)
result = Main.Tax_calc(joi_nci)
self.assertEqual(expected, result)
def test_single_10000000(self):
expected = 1497300
sin_nci = Main.Single_deduc(10000000)
result = Main.Tax_calc(sin_nci)
self.assertEqual(expected, result)
def test_joint_120_508(self):
expected = 0
joi_nci = Main.Joint_deduc(120, 508)
result = Main.Tax_calc(joi_nci)
self.assertEqual(expected, result)
def test_single_50(self):
expected = 0
sin_nci = Main.Single_deduc(50)
result = Main.Tax_calc(sin_nci)
self.assertEqual(expected, result)
def test_joint_256000_275000(self):
expected = 22876.5
joi_nci = Main.Joint_deduc(256000, 275000)
result = Main.Tax_calc(joi_nci)
self.assertEqual(expected, result)
def test_joint_800000_500000(self):
expected = 150000
joi_nci = Main.Joint_deduc(800000, 500000)
result = Main.Tax_calc(joi_nci)
self.assertEqual(expected, result)
def test_joint_100000_8000000(self):
expected = 1211550
joi_nci = Main.Joint_deduc(100000, 8000000)
result = Main.Tax_calc(joi_nci)
self.assertEqual(expected, result)