src.Structure.AtmosphereCls.AtmosphereCartesian¶
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class
src.Structure.AtmosphereCls.AtmosphereCartesian[source]¶ parent class of Cartesion Atmosphere classes.
Don’t use this class since it is designed as an abstract parent class.
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dType¶ declare data type of all physical parameters in atmosphere
Te : temparature, np.double, [\(K\)]
Vt : turbulent velocity, np.double, [\(cm \cdot s^{-1}\)]
Ne : electron density, np.double, [\(cm^{-3}\)]
Pg : gas pressure, np.double, [\(Ba = g \cdot cm^{-1} \cdot s^{-2}\)]
Vd : line of sight Doppler velocity, np.double, [\(cm \cdot s^{-1}\)]
Mesh : geometry mesh ranging from 0 to 1, np.double, [-]
Spatial : geometry mesh of physical scale, np.double, [\(cm\)]
- Type
numpy.dtype
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abun¶ abundance of each element relative to hydrogen
- Type
array-like, dtype of np.double
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BackRad¶ axis 0 is wavelength in [\(cm\)], and axis 1 is intensity in [\(erg/cm^2/Sr/cm/s\)]
- Type
numpy.2darray, dtype of np.double
Methods
__init__()decleare attributes dType and abun
readBackgroundIntensity(path)read background intensity from path to self.BackRad
Attributes
ndimshape-