def test_get_tori(self):
'''Test getting Tori and riq'''
from metrics import get_tori
tori, tori_ref, riq, riq_ref, d = get_tori(testset, testset)
# First test the total Tori with the computed value
self.assertAlmostEqual(tori, expected_results['indicators']['tori'])
# The riq follows from normalizing by date range
yrange = datetime.now().year - min([int(p[:4]) for p in testset]) + 1
self.assertAlmostEqual(riq, int(1000.0 * sqrt(tori) / float(yrange)))
# Now do the same for the refereed set
self.assertAlmostEqual(tori_ref,
expected_results['indicators refereed']['tori'])
# The riq follows from normalizing by date range
self.assertAlmostEqual(riq_ref,
int(1000.0 * sqrt(tori_ref) / float(yrange)))
def test_get_tori(self):
'''Test getting Tori and riq'''
from metrics import get_tori
tori, tori_ref, riq, riq_ref, d = get_tori(testset, testset)
# First test the total Tori with the computed value
self.assertAlmostEqual(tori, expected_results['indicators']['tori'])
# The riq follows from normalizing by date range
yrange = datetime.now().year - min([int(p[:4]) for p in testset]) + 1
self.assertAlmostEqual(riq, int(1000.0 * sqrt(tori) / float(yrange)))
# Now do the same for the refereed set
self.assertAlmostEqual(
tori_ref, expected_results['indicators refereed']['tori'])
# The riq follows from normalizing by date range
self.assertAlmostEqual(
riq_ref, int(1000.0 * sqrt(tori_ref) / float(yrange)))
def test_get_tori(self):
'''Test getting Tori when all citations are self-citations'''
from metrics import get_tori
tori, tori_ref, riq, riq_ref, d = get_tori(testset, testset)
self.assertEqual(tori, 0)
def test_get_tori(self):
'''Test getting Tori when all citations are self-citations'''
from metrics import get_tori
tori, tori_ref, riq, riq_ref, d = get_tori(testset, testset)
self.assertEqual(tori, 0)