v1.0

v1.0

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Full Changelog: v0.1...v1.0

We're very glad to finally introduce you... SMART(Single-column Multi-layered Atmospheric Radiative Transfer) Model, Verion 1.0!
― Yooshin Oh

Note:

• For more information about how to download and use this model, please refer to the documentation. (See DOCUMENTATION.md)

Supports:

• Temperature Profile Calculation with the given initial profiles.
• Two-distinct output generation. (in python-pickle format: for detailed information & debuggings / in NetCDF4 for temperature profiles among timesteps)
• Various Filters to detecting Exploits in time FDM integration.

Modified:

• Temperature exploits from #2.
• Transmittance calculation procedures (Thanks to Dongwon Kang)

Verified:

• Checked Validity of RT Equations. (Based on Two-layered Model, $A_{sfc} = 0.3, a_{lw} = 0.8, a_{sw} = 0.1$ )
• Checked the model generates smilar result with respect to the results in the class (SNU Atmospheric Physics I, 2024-1, The error is in < 2 Kelvin)

v0.1-doc_hotfix

v0.1-doc_hotfix

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Full Changelog: v0.1...v0.1-doc_hotfix

Added

• Detailed documentation about how to install and run this model. (DOCUMENTATION.md)

v0.1

SMART Model v0.1

Full Changelog: https://github.com/stevenoh0908/SMART/commits/v0.1

Initial Test Version of the SMART(Single-columned Multi-layer Atmospheric Radiative Transfer) Model.

Supports:

• Temperature Profile Calculation with the given initial profiles.
• Output Generation (in pickle for detailed information and debuggings, in netcdf4 for temperature profiles among timesteps)
• Various Filters to detecting Exploits in trapezoidal integration FDM (RTFilter, TempmFilter ... See config.yml's annotation for more information)
• Support for using forward-euler scheme for time-integration (Use FORWARD option for filter option in config.yml)

TODO:

• Add Equilibrium-detection for the forward-euler time-integration FDM Scheme
• Check whether the whole RT Equations are correct
• Check whether the model generates at least similar result with respect to the results in the class (SNU Atmospheric Physics I, 2024-1)