def test_lib_vs_actual(
self
): # checks that it is calculated the same in lib and in practice
self.obj.pars['vds'] = 2
self.obj.pars['vector_diffs_segment'] = [1., 1.5, 3.]
frac = lib_arai.get_FRAC(self.vds, self.vector_diffs_segment)
obj_frac = self.obj.get_FRAC()
self.assertEqual(frac, obj_frac)
def get_FRAC(self):
vds = self.pars['specimen_vds']
vector_diffs_segment = self.pars['vector_diffs_segment']
FRAC = lib_arai.get_FRAC(vds, vector_diffs_segment)
self.pars['FRAC'] = FRAC
return FRAC
def get_FRAC(self):
vds = self.pars['specimen_vds']
vector_diffs_segment = self.pars['vector_diffs_segment']
FRAC = lib_arai.get_FRAC(vds, vector_diffs_segment)
self.pars['FRAC'] = FRAC
return FRAC
def test_FRAC(self):
frac = lib_arai.get_FRAC(self.vds, self.vector_diffs_segment)
self.assertEqual(frac, 2.75)
def test_lib_vs_actual(self): # checks that it is calculated the same in lib and in practice
self.obj.pars['vds'] = 2
self.obj.pars['vector_diffs_segment'] = [1., 1.5, 3.]
frac = lib_arai.get_FRAC(self.vds, self.vector_diffs_segment)
obj_frac = self.obj.get_FRAC()
self.assertEqual(frac, obj_frac)
def test_FRAC(self):
frac = lib_arai.get_FRAC(self.vds, self.vector_diffs_segment)
self.assertEqual(frac, 2.75)
