def test_free(self):
g = FunctionWrapper( "Gaussian", Height=8.5, Sigma=1.2, PeakCentre=15)
g.constrain("Sigma < 2.0, Height > 7.0")
g.tie({"PeakCentre":"2*Height"})
g.free("Height")
g1_str = str(g)
self.assertEqual(g1_str.count("ties="),1)
self.assertEqual(g1_str.count("constraints="),1)
self.assertEqual(g1_str.count("constraints=(Sigma<2)"),1)
g.free("PeakCentre")
g2_str = str(g)
self.assertEqual(g2_str.count("ties="),0)
self.assertEqual(g2_str.count("constraints="),1)
g.free("Sigma")
gz_str = str(g)
self.assertEqual(gz_str.count("constraints="),0)
def test_free(self):
g = FunctionWrapper( "Gaussian", Height=8.5, Sigma=1.2, PeakCentre=15)
g.constrain("Sigma < 2.0, Height > 7.0")
g.tie({"PeakCentre":"2*Height"})
g.free("Height")
g1_str = str(g)
self.assertEqual(g1_str.count("ties="),1)
self.assertEqual(g1_str.count("constraints="),1)
self.assertEqual(g1_str.count("constraints=(Sigma<2)"),1)
g.free("PeakCentre")
g2_str = str(g)
self.assertEqual(g2_str.count("ties="),0)
self.assertEqual(g2_str.count("constraints="),1)
g.free("Sigma")
gz_str = str(g)
self.assertEqual(gz_str.count("constraints="),0)
def test_tie(self):
g = FunctionWrapper( "Gaussian", Height=8.5, Sigma=1.2, PeakCentre=15)
g.tie(Sigma="0.1*Height")
g_str = str(g)
self.assertEqual(g_str.count("ties="),1)
self.assertEqual(g_str.count("ties=(Sigma=0.1*Height)"),1)
g0 = FunctionWrapper( "Gaussian", Height=7.5, Sigma=1.2, PeakCentre=10)
g1 = FunctionWrapper( "Gaussian", Height=8.5, Sigma=1.2, PeakCentre=11)
c = CompositeFunctionWrapper(g0, g1)
c.tie({"f1.Sigma":"f0.Sigma"})
c_str = str(c)
self.assertEqual(c_str.count("ties="),1)
self.assertEqual(c_str.count("ties=(f1.Sigma=f0.Sigma)"),1)
c.untie("f1.Sigma")
cz_str = str(c)
self.assertEqual(cz_str.count("ties="),0)
def test_tie(self):
g = FunctionWrapper( "Gaussian", Height=8.5, Sigma=1.2, PeakCentre=15)
g.tie(Sigma="0.1*Height")
g_str = str(g)
self.assertEqual(g_str.count("ties="),1)
self.assertEqual(g_str.count("ties=(Sigma=0.1*Height)"),1)
g0 = FunctionWrapper( "Gaussian", Height=7.5, Sigma=1.2, PeakCentre=10)
g1 = FunctionWrapper( "Gaussian", Height=8.5, Sigma=1.2, PeakCentre=11)
c = CompositeFunctionWrapper(g0, g1)
c.tie({"f1.Sigma":"f0.Sigma"})
c_str = str(c)
self.assertEqual(c_str.count("ties="),1)
self.assertEqual(c_str.count("ties=(f1.Sigma=f0.Sigma)"),1)
c.untie("f1.Sigma")
cz_str = str(c)
self.assertEqual(cz_str.count("ties="),0)
