def test_convert_12term_2_8term(self):
converted = rf.convert_8term_2_12term(rf.convert_12term_2_8term(self.cal.coefs))
for k in converted:
print(("{}-{}".format(k, abs(self.cal.coefs[k] - converted[k]))))
for k in converted:
self.assertTrue(abs(self.cal.coefs[k] - converted[k]) < 1e-9)
def test_convert_12term_2_8term(self):
converted = rf.convert_8term_2_12term(
rf.convert_12term_2_8term(self.cal.coefs))
for k in converted:
print(('{}-{}'.format(k, abs(self.cal.coefs[k] - converted[k]))))
for k in converted:
self.assertTrue(abs(self.cal.coefs[k] - converted[k]) < 1e-9)
def test_convert_12term_2_8term(self):
converted = rf.convert_8term_2_12term(
rf.convert_12term_2_8term(self.cal.coefs))
#import pdb;pdb.set_trace()
for k in converted:
print('{}-{}'.format(k,abs(self.cal.coefs[k] - converted[k])))
for k in converted:
self.assertTrue(abs(self.cal.coefs[k] - converted[k])<1e-9)
def test_convert_12term_2_8term_correction_accuracy(self):
converted = rf.convert_8term_2_12term(rf.convert_12term_2_8term(self.cal.coefs))
self.cal._coefs = converted
a = self.wg.random(n_ports=2)
m = self.measure(a)
c = self.cal.apply_cal(m)
self.assertEqual(a, c)
def test_convert_12term_2_8term_correction_accuracy(self):
converted = rf.convert_8term_2_12term(
rf.convert_12term_2_8term(self.cal.coefs))
self.cal._coefs = converted
a = self.wg.random(n_ports=2)
m = self.measure(a)
c = self.cal.apply_cal(m)
self.assertEqual(a,c)