def _update_links(self):
self._optics = opticalproperties.TabulatedOpticalProperties(
material=self._cal_dts['material'],
temp=self._cal_dts['temp'],
abs_author=self._cal_dts['optics_k_author'],
ref_author=self._cal_dts['optics_n_author'])
def __init__(self,
matterial='Si',
optical_properties=None,
intrinsic_carrier_concentration=None,
temp=None):
"""
Can provide a specific instance of:
A material. then it will attempt to look up the optical constants
intrinsic carrier concentration
if one of
optical properties or ni module is provided
These will then be used
"""
self.matterial = matterial
if optical_properties is None:
self.optics = opticalproperties.TabulatedOpticalProperties(
self.matterial)
else:
self.optics = optical_properties
if intrinsic_carrier_concentration is None:
self.ni = ni.IntrinsicCarrierDensity(self.matterial)
self.ni.update()
else:
self.ni = intrinsic_carrier_concentration
if temp is None:
self.temp = 300.
else:
self.temp = temp
self.optics.load(temp=temp)
def _update_links(self):
'''
updates the models used, or takes a passed class
'''
self._optics = opticalproperties.TabulatedOpticalProperties(
material=self._cal_dts['material'],
temp=self._cal_dts['temp'],
abs_author=self._cal_dts['optics_k_author'],
ref_author=self._cal_dts['optics_n_author'])
self._ni = ni.IntrinsicCarrierDensity(
material=self._cal_dts['material'],
author=self._cal_dts['ni_author'],
temp=self._cal_dts['temp'])
def __init__(self, matterial='Si', optical_constants=None, x=None):
"""
Can provide a specific instance of:
A material. then it will attempt to look up the optical constants
intrinsic carrier concentration
if one of
optical properties or ni module is provided
These will then be used
"""
self.matterial = matterial
if optical_constants is None:
self.optics = opticalproperties.TabulatedOpticalProperties(
matterial=self.matterial)
else:
self.optics = optical_constants
if x is None:
self.x = np.linspace(0, 0.018, 100)
else:
self.x = x