carmapy.example

carmapy.example#

Example simulation configs and data

Functions

example_2d_levels()

Loads example atmospheric structure "levels" for a 2d CARMApy run.

example_carma(…)

Initializes and returns a Carma object with an example atmospheric structure based on a sonora diamondback run (Morley et al. 2024)/.

example_levels(…)

Loads example atmospheric structure "levels." Atmospheric levels describe the boundaries between atmospheric layers and thus the length of "levels" arrays is one more than that of the "centers" arrays.
carmapy.example.example_2d_levels()#

Loads example atmospheric structure “levels” for a 2d CARMApy run. Atmospheric levels describe the boundaries between atmospheric layers and thus the length of “levels” arrays is one more than that of the “centers” arrays.

The files are taken from a GCM run of GJ1214 b [1]

References

Return type:

tuple[ndarray, ndarray, ndarray, ndarray]

Returns:

  • P_levels (np.ndarray) – Pressure levels array (NZ) [barye]

  • T_levels (np.ndarray) – Temperature levels array (NZ, NLONGITUDE) [K]

  • kzz_levels (np.ndarray) – Eddy diffusion coefficients (NZ) [cm²/s]

  • longitudes (np.ndarray) – Longitude points (NLONGITUDE) [degrees]

carmapy.example.example_carma(name)#

Initializes and returns a Carma object with an example atmospheric structure based on a sonora diamondback run (Morley et al. 2024)/

The returned carma object includes Pure TiO2 and Mg2SiO4 on TiO2 clouds

Parameters:

name (str) – A name identifier for the CARMA model instance.

Returns:

An initialized and configured CARMA model object.

Return type:

Carma

carmapy.example.example_levels(t=2000)#

Loads example atmospheric structure “levels.” Atmospheric levels describe the boundaries between atmospheric layers and thus the length of “levels” arrays is one more than that of the “centers” arrays.

The files are taken from a (default 2000 K), log g = 4.5, f_sed = 4, log [Fe/H] = 1 sonora diamondback [2] run.

References

Parameters:

t (int) – Temperature of the sample P-T profile to use in K. Defaults to 2000. Options are 1000 or 2000.

Return type:

tuple[ndarray, ndarray, ndarray, ndarray]

Returns:

  • P_levels (np.ndarray) – Pressure levels [barye]

  • T_levels (np.ndarray)) – Temperature levels [K]

  • kzz_levels (np.ndarray) – Eddy diffusion coefficients [cm²/s]

  • mu_levels (np.ndarray) – mean molecular weights [dimensionless]