def test_degradation_with_ols(cls):
''' Test degradation with ols. '''
funcName = sys._getframe().f_code.co_name
print '\r', 'Running ', funcName
# test ols degradation calc
for input_freq in cls.list_ols_input_freq:
print 'Frequency: ', input_freq
rd_result = degradation_ols(cls.test_corr_energy[input_freq])
cls.assertAlmostEqual(rd_result[0], 100 * cls.rd, places=1)
print 'Actual: ', 100 * cls.rd
print 'Estimated: ', rd_result[0]
def test_degradation_with_ols(self):
''' Test degradation with ols. '''
funcName = sys._getframe().f_code.co_name
logging.debug('Running {}'.format(funcName))
# test ols degradation calc
for input_freq in self.list_ols_input_freq:
logging.debug('Frequency: {}'.format(input_freq))
rd_result = degradation_ols(self.test_corr_energy[input_freq])
self.assertAlmostEqual(rd_result[0], 100 * self.rd, places=1)
logging.debug('Actual: {}'.format(100 * self.rd))
logging.debug('Estimated: {}'.format(rd_result[0]))
def test_degradation_with_ols(self):
''' Test degradation with ols. '''
# test ols degradation calc
rd_result = degradation_ols(self.test_corr_energy)
self.assertAlmostEqual(rd_result['Rd_pct'], 100 * self.rd, places=1)