def test_yint_err(self):
reg = isochron_regressor(self.xs, self.xes, self.ys, self.yes)
nyreg = isochron_regressor(self.xs, self.xes, self.ys, self.yes, reg='newyork')
v = reg.get_intercept_error()
nv = nyreg.get_intercept_error()
self.assertAlmostEqual(v, nv)
self.assertAlmostEqual(v, 2.75395e-5)
def test_yint_err(self):
reg = isochron_regressor(self.xs, self.xes, self.ys, self.yes)
nyreg = isochron_regressor(self.xs, self.xes, self.ys, self.yes, reg='newyork')
v = reg.get_intercept_error()
nv = nyreg.get_intercept_error()
self.assertAlmostEqual(v, nv)
self.assertAlmostEqual(v, 2.75395e-5)
def test_regs(self):
reg = isochron_regressor(
self.xs,
self.xes,
self.ys,
self.yes,
)
nyreg = isochron_regressor(self.xs,
self.xes,
self.ys,
self.yes,
reg='newyork')
self.assertEqual(reg.predict(0), nyreg.predict(0))
def test_yint(self):
nyreg = isochron_regressor(self.xs,
self.xes,
self.ys,
self.yes,
reg='newyork')
v = nyreg.predict(0)
self.assertAlmostEqual(v, 3.39467e-3)
def test_yint(self):
nyreg=isochron_regressor(self.xs, self.xes, self.ys, self.yes, reg='newyork')
v=nyreg.predict(0)
self.assertAlmostEqual(v,3.39467e-3)
def test_regs(self):
reg=isochron_regressor(self.xs, self.xes, self.ys, self.yes,)
nyreg=isochron_regressor(self.xs, self.xes, self.ys, self.yes, reg='newyork')
self.assertEqual(reg.predict(0), nyreg.predict(0))