pyrtlib.tb_spectrum.TbCloudRTE#

class pyrtlib.tb_spectrum.TbCloudRTE(z: ndarray, p: ndarray, t: ndarray, rh: ndarray, frq: ndarray, angles: Optional[ndarray] = array([90.]), o3n: Optional[ndarray] = None, amu: Optional[Tuple] = None, absmdl: Optional[str] = '', ray_tracing: Optional[bool] = False, from_sat: Optional[bool] = True, cloudy: Optional[bool] = False)#

Initialize TbCloudRTE

Methods

`__init__`(z, p, t, rh, frq[, angles, o3n, ...])	Main class which computes brightness temperatures (Tb), mean radiating temperature (Tmr), and integrated absorption (Tau) for clear or cloudy conditions.
`execute`([only_bt])	This function computes Brightness Temperature and other radiometric parameters.
`init_absmdl`(absmdl)	Initialize absorption models.
`init_cloudy`(cldh, denice, denliq)	Initialize cloudy conditions parameters.
`set_amu`(amu)	Set absorption model uncertainties

Attributes

`emissivity`	Surface emissivity.
`satellite`	If `True` computes an upward-propagating brightness-temperature spectrum otherwise a downward-propagating brightness-temperature spectrum at the bottom of the atmosphere will be performed.