def test_disagreement_large(self):
'''
Test agreement upon a hypothetical dataset containing large disagreement.
'''
agreement = actual_agreement_linear(LARGE_DISAGREEMENT)
self.assertTrue(agreement >= 0)
self.assertEqual(agreement, Decimal('0'))
def test_agreement_complete(self):
'''
Test agreement upon a hypothetical dataset containing complete agreement.
'''
agreement = actual_agreement_linear(COMPLETE_AGREEMENT)
self.assertTrue(agreement >= 0)
self.assertEqual(agreement, Decimal('1'))
def test_agreement_g2(self):
'''
Test agreement upon Group 2 of Kazantseva (2012) data.
'''
agreement = actual_agreement_linear(KAZANTSEVA2012_G2)
self.assertTrue(agreement > 0)
self.assertEqual(agreement, Decimal('0.4201773835920177383592017738'))
def test_agreement_g5(self):
'''
Test agreement upon Group 5 of Kazantseva (2012) data.
'''
agreement = actual_agreement_linear(KAZANTSEVA2012_G5)
self.assertTrue(agreement > 0)
self.assertEqual(agreement, Decimal('0.2564575645756457564575645756'))
def test_disagreement_large(self):
'''
Test agreement upon a hypothetical dataset containing large disagreement.
'''
agreement = actual_agreement_linear(LARGE_DISAGREEMENT)
self.assertTrue(agreement >= 0)
self.assertEqual(agreement,
Decimal('0'))
def test_agreement_complete(self):
'''
Test agreement upon a hypothetical dataset containing complete agreement.
'''
agreement = actual_agreement_linear(COMPLETE_AGREEMENT)
self.assertTrue(agreement >= 0)
self.assertEqual(agreement,
Decimal('1'))
def test_agreement_g2(self):
'''
Test agreement upon Group 2 of Kazantseva (2012) data.
'''
agreement = actual_agreement_linear(KAZANTSEVA2012_G2)
self.assertTrue(agreement > 0)
self.assertEqual(agreement,
Decimal('0.4201773835920177383592017738'))
def test_agreement_g5(self):
'''
Test agreement upon Group 5 of Kazantseva (2012) data.
'''
agreement = actual_agreement_linear(KAZANTSEVA2012_G5)
self.assertTrue(agreement > 0)
self.assertEqual(agreement,
Decimal('0.2564575645756457564575645756'))
def test_agreement_g2_ch2(self):
'''
Test agreement upon Group 2, Chapter 2, of Kazantseva (2012) data.
'''
data = KAZANTSEVA2012_G2['ch2']
data = {'ch2': data}
agreement = actual_agreement_linear(data)
self.assertTrue(agreement > 0)
self.assertEqual(agreement, Decimal('0.5465116279069767441860465116'))
def test_agreement_g5_ch1(self):
'''
Test agreement upon Group 5, Chapter 1, of Kazantseva (2012) data.
'''
data = KAZANTSEVA2012_G5['ch1']
data = {'ch1': data}
agreement = actual_agreement_linear(data)
self.assertTrue(agreement > 0)
self.assertEqual(agreement, Decimal('0.25'))
def test_agreement_g2_ch2(self):
'''
Test agreement upon Group 2, Chapter 2, of Kazantseva (2012) data.
'''
data = KAZANTSEVA2012_G2['ch2']
data = {'ch2': data}
agreement = actual_agreement_linear(data)
self.assertTrue(agreement > 0)
self.assertEqual(agreement,
Decimal('0.5465116279069767441860465116'))
def test_agreement_g5_ch1(self):
'''
Test agreement upon Group 5, Chapter 1, of Kazantseva (2012) data.
'''
data = KAZANTSEVA2012_G5['ch1']
data = {'ch1': data}
agreement = actual_agreement_linear(data)
self.assertTrue(agreement > 0)
self.assertEqual(agreement,
Decimal('0.25'))
