def _get_Blow(self):
# if there is a model for blow, apply it
if 'blow_model' in self.vals.keys():
vals, model = change_model(self.Models, self.vals['blow_vals'])
B = getattr(radmdls, self.vals['blow_model'])(
vals=vals, temp=self._cal_dts['temp'])
# else use the constant value
else:
B = self.vals['b']
return B
def get_B(self, nxc):
if 'b_model' in self.vals.keys():
vals, model, author = change_model(
self.Models, self.vals['blow_vals'])
doping = abs(self._cal_dts['Na'] - self._cal_dts['Nd'])
Blow = self._get_Blow()
B = getattr(radmdls, self.vals['b_model'])(
self.vals, nxc=nxc, doping=doping,
temp=self._cal_dts['temp'], Blow=Blow
)
else:
B = self._get_Blow()
return B
def get_B(self, nxc, **kwargs):
self.calculationdetails = kwargs
if 'b_model' in self.vals.keys():
vals, model, author = change_model(self.Models,
self.vals['blow_vals'])
doping = abs(self._cal_dts['Na'] - self._cal_dts['Nd'])
Blow = self._get_Blow()
B = getattr(radmdls,
self.vals['b_model'])(self.vals,
nxc=nxc,
doping=doping,
temp=self._cal_dts['temp'],
Blow=Blow)
else:
B = self._get_Blow()
return B
