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documentation/source/conf.py

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author = 'Jonathan Demaeyer, Lesley De Cruz and Oisín Hamilton'
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# The full version, including alpha/beta/rc tags
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release = 'v0.2.8' # temporary
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release = 'v0.9.9' # temporary
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version = release
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documentation/source/files/examples/DDV2016.ipynb

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"name": "stdout",
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"Qgs v0.2.8 parameters summary\n",
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"Qgs v0.9.9 parameters summary\n",
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"=============================\n",
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"\n",
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"General Parameters:\n",

documentation/source/files/examples/Hamiltonetal2023.ipynb

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"Qgs v0.2.8 parameters summary\n",
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"Qgs v0.9.9 parameters summary\n",
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"=============================\n",
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"\n",
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"General Parameters:\n",

documentation/source/files/examples/Lietal2017.ipynb

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"Qgs v0.2.8 parameters summary\n",
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"Qgs v0.9.9 parameters summary\n",
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"=============================\n",
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"General Parameters:\n",

documentation/source/files/examples/RP1982.ipynb

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"Qgs v0.2.8 parameters summary\n",
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"Qgs v0.9.9 parameters summary\n",
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"=============================\n",
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"General Parameters:\n",

documentation/source/files/examples/VSPD2019.ipynb

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"Qgs v0.9.9 parameters summary\n",
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"=============================\n",
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"General Parameters:\n",

documentation/source/files/examples/diffeq_example.ipynb

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"General Parameters:\n",

documentation/source/files/examples/manual_basis.ipynb

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"Qgs v0.2.8 parameters summary\n",
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"Qgs v0.9.9 parameters summary\n",
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"General Parameters:\n",

documentation/source/files/examples/tgls_example.ipynb

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"Qgs v0.9.9 parameters summary\n",
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"=============================\n",
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"General Parameters:\n",

notebooks/ground_heat.ipynb

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},
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{
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"cell_type": "code",
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"cell_type": "code",
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"metadata": {},
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"outputs": [
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{
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"name": "stdout",
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"output_type": "stream",
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"text": [
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"Qgs v0.2.8 parameters summary\n",
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"=============================\n",
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"\n",
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"General Parameters:\n",
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"'dynamic_T': False,\n",
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"'T4': False,\n",
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"'time_unit': days,\n",
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"'rr': 287.058 [J][kg^-1][K^-1] (gas constant of dry air),\n",
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"'sb': 5.67e-08 [J][m^-2][s^-1][K^-4] (Stefan-Boltzmann constant),\n",
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"\n",
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"Scale Parameters:\n",
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"'scale': 5000000.0 [m] (characteristic space scale (L*pi)),\n",
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"'f0': 0.0001032 [s^-1] (Coriolis parameter at the middle of the domain),\n",
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"'n': 1.5 [nondim] (aspect ratio (n = 2 L_y / L_x)),\n",
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"'rra': 6370000.0 [m] (earth radius),\n",
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"'phi0_npi': 0.2777777777777778 [nondim] (latitude expressed in fraction of pi),\n",
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"'deltap': 50000.0 [Pa] (pressure difference between the two atmospheric layers),\n",
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"'Ha': 8500.0 [m] (Average height of the 500 hPa pressure level at midlatitude),\n",
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"\n",
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"Atmospheric Parameters:\n",
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"'kd': 0.1 [nondim] (atmosphere bottom friction coefficient),\n",
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"'kdp': 0.01 [nondim] (atmosphere internal friction coefficient),\n",
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"'sigma': 0.2 [nondim] (static stability of the atmosphere),\n",
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"\n",
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"Atmospheric Temperature Parameters:\n",
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"'gamma': 10000000.0 [J][m^-2][K^-1] (specific heat capacity of the atmosphere),\n",
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"'C[1]': 99.0 [W][m^-2] (spectral component 1 of the short-wave radiation of the atmosphere),\n",
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"'C[2]': 0.0 [W][m^-2] (spectral component 2 of the short-wave radiation of the atmosphere),\n",
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"'C[3]': 0.0 [W][m^-2] (spectral component 3 of the short-wave radiation of the atmosphere),\n",
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"'C[4]': 0.0 [W][m^-2] (spectral component 4 of the short-wave radiation of the atmosphere),\n",
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"'C[5]': 0.0 [W][m^-2] (spectral component 5 of the short-wave radiation of the atmosphere),\n",
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"'C[6]': 0.0 [W][m^-2] (spectral component 6 of the short-wave radiation of the atmosphere),\n",
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"'C[7]': 0.0 [W][m^-2] (spectral component 7 of the short-wave radiation of the atmosphere),\n",
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"'C[8]': 0.0 [W][m^-2] (spectral component 8 of the short-wave radiation of the atmosphere),\n",
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"'C[9]': 0.0 [W][m^-2] (spectral component 9 of the short-wave radiation of the atmosphere),\n",
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"'C[10]': 0.0 [W][m^-2] (spectral component 10 of the short-wave radiation of the atmosphere),\n",
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"'eps': 0.76 (emissivity coefficient for the grey-body atmosphere),\n",
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"'T0': 270.0 [K] (stationary solution for the 0-th order atmospheric temperature),\n",
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"'sc': 1.0 (ratio of surface to atmosphere temperature),\n",
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"'hlambda': 10.0 [W][m^-2][K^-1] (sensible+turbulent heat exchange between ocean/ground and atmosphere),\n",
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"\n",
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"Ground Parameters:\n",
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"'hk[1]': 0.0 (spectral component 1 of the orography),\n",
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"'hk[2]': 0.2 (spectral components 2 of the orography),\n",
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"'hk[3]': 0.0 (spectral component 3 of the orography),\n",
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"'hk[4]': 0.0 (spectral component 4 of the orography),\n",
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"'hk[5]': 0.0 (spectral component 5 of the orography),\n",
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"'hk[6]': 0.0 (spectral component 6 of the orography),\n",
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"'hk[7]': 0.0 (spectral component 7 of the orography),\n",
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"'hk[8]': 0.0 (spectral component 8 of the orography),\n",
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"'hk[9]': 0.0 (spectral component 9 of the orography),\n",
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"'hk[10]': 0.0 (spectral component 10 of the orography),\n",
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"'orographic_basis': atmospheric,\n",
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"\n",
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"Ground Temperature Parameters:\n",
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"'gamma': 16000000.0 [J][m^-2][K^-1] (specific heat capacity of the ground),\n",
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"'C[1]': 300.0 [W][m^-2] (spectral component 1 of the short-wave radiation of the ground),\n",
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"'C[2]': 0.0 [W][m^-2] (spectral component 2 of the short-wave radiation of the ground),\n",
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"'C[3]': 0.0 [W][m^-2] (spectral component 3 of the short-wave radiation of the ground),\n",
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"'C[4]': 0.0 [W][m^-2] (spectral component 4 of the short-wave radiation of the ground),\n",
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"'C[5]': 0.0 [W][m^-2] (spectral component 5 of the short-wave radiation of the ground),\n",
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"'C[6]': 0.0 [W][m^-2] (spectral component 6 of the short-wave radiation of the ground),\n",
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"'C[7]': 0.0 [W][m^-2] (spectral component 7 of the short-wave radiation of the ground),\n",
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"'C[8]': 0.0 [W][m^-2] (spectral component 8 of the short-wave radiation of the ground),\n",
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"'C[9]': 0.0 [W][m^-2] (spectral component 9 of the short-wave radiation of the ground),\n",
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"'C[10]': 0.0 [W][m^-2] (spectral component 10 of the short-wave radiation of the ground),\n",
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"'T0': 285.0 [K] (stationary solution for the 0-th order oceanic temperature),\n",
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"\n",
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"\n"
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]
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}
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],
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"outputs": [],
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"# Printing the model's parameters\n",
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"model_parameters.print_params()"
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"CPU times: user 8.88 s, sys: 1.12 s, total: 10 s\n",
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"Wall time: 8.55 s\n"
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"%%time\n",
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"f, Df = create_tendencies(model_parameters)"

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