# Main method
if __name__ == '__main__':
try:
line1 = [] # Empty line 1
line2 = [] # Empty line 2
for i in range(2):
co_ordinate1 = float(
input('{0}. Enter coordinate for Line 1: '.format(i + 1)))
line1.append(co_ordinate1)
for i in range(2):
co_ordinate2 = float(
input('{0}. Enter coordinate for Line 2: '.format(i + 1)))
line2.append(co_ordinate2)
# Lines --> Tuple
line1 = tuple(line1)
line2 = tuple(line2)
# Calling function Overlap
result = overlap(line1, line2)
print(result)
# Exception handling for entering invalid inputs
except ValueError:
print('\n')
print('_' * 42)
print('Characters, strings are not allowed\n'
"Please Enter two coordinates on each Line\n{0}".format('_' *
42))
def test_Integers_OverLaps(self):
result = overlap((-1, -3), (1, 3))
self.assertEqual(result, "\n(-1, -3) & (1, 3) doesn\'t overlaps on x-axis")
def test_PositiveInt_OverLap(self):
result = overlap((1, 5), (3, 6))
self.assertEqual(result, '\n(1, 5) & (3, 6) overlaps on x-axis')
def test_Origin_OverLap(self):
result = overlap((0, 0), (0, 0))
self.assertEqual(result, '\n(0, 0) & (0, 0) overlaps on x-axis')
def test_Integers_OverLap(self):
result = overlap((-1, 2), (0, -2))
self.assertEqual(result, '\n(-1, 2) & (0, -2) overlaps on x-axis')
def test_NegativeInt_NotOverLap(self):
result = overlap((-1, -5), (-6, -11))
self.assertEqual(result, "\n(-1, -5) & (-6, -11) doesn\'t overlaps on x-axis")
def test_NegativeInt_OverLap(self):
result = overlap((-1, -5), (-3, -6))
self.assertEqual(result, '\n(-1, -5) & (-3, -6) overlaps on x-axis')
def test_PositiveInt_NotOverLap(self):
result = overlap((1, 5), (6, 11))
self.assertEqual(result, "\n(1, 5) & (6, 11) doesn\'t overlaps on x-axis")