pyOSOAA v1.4

This is the sixth release of the pyOSOAA code. It consist manly of bug-fixes.

Known bugs

• High precision when defining surface albedo and bottom albedo fails. Check here.

New feature

• Added compatibility with Windows use of OSOAA thanks to @QiaoFeng0419 . Requires OSOAA version for windows currently here.
• Added option to run OSOAA for simultaneous azimuth angles using results.advphi variable. Requires OSOAA version for multiple azimuth currently here.

pyOSOAA v1.3

This is the sixth release of the pyOSOAA code. It consist manly of bug-fixes.

Bug fixes

• Limited precision of certain values.
• Corrected example notebook.
• Implemented Python 3.8 compatibility.

New feature

• Added option to not rerun simulations.

pyOSOAA v1.2

This is the fifth release of the pyOSOAA code. It consist manly of bug-fixes and quality of life improvements.

Bug fixes

• Correct configuration of wind speed for a value of zero.
• Added default sensible values for SED distribution.
• Fixed problem with directory implementation for parallel runs.
• Added check for the angle type to be a float.
• Fixed log-file saving only the last simulation log.
• Change interpolation method from scipy interp1d to numpy interp.
• Fixed reading of advup and advdown files.

New feature

• Added option to get the tau of Rayleigh and the tau profile for the simulation.
• Black ocean custom simulation.
• Run Wavelengths now supports custom Rayleigh optical thickness.
• Run Wavelengths now supports different angles for each band.
• Run Wavelengths now supports a custom surface albedo.
• Added config parameter to clean results after the simulation is done pyOSOAA.OSOAA(cleanup=True).

Source code and install instructions for OSOAA can be found at https://github.com/CNES/RadiativeTransferCode-OSOAA

pyOSOAA v1.0

This is the fourth release of the pyOSOAA code. This incorporates all the parameters relevant to run the OSOAA model including

• General parameters configurations
• Boundary layer, atmospheric and sea profiles
• Aerosol parameters
• Hydrosol parameters
• Angles and output configuration
• Run script generation
• Standard output file for upwelling radiance field versus the viewing zenith angle

The following new features are added.

• Installation manual
• Test cases for most code

Source code and install instructions for OSOAA can be found at https://github.com/CNES/RadiativeTransferCode-OSOAA

pyOSOAA v0.4

This is the fourth release of the pyOSOAA code. This incorporates all the parameters relevant to run the OSOAA model including

• General parameters configurations
• Boundary layer, atmospheric and sea profiles
• Aerosol parameters
• Hydrosol parameters
• Angles and output configuration
• Run script generation
• Standard output file for upwelling radiance field versus the viewing zenith angle

The following new features are added.

• Test cases for most methods and classes.
• RunWavelengths method for running the same configuration for different wavelengths
• Better install manual.
• A case study showing how to use the module

Source code and install instructions for OSOAA can be found at https://github.com/CNES/RadiativeTransferCode-OSOAA

pyOSOAA v0.3

This is the third release of the pyOSOAA code. This incorporates all the parameters relevant to run the OSOAA model including

• General parameters configurations
• Boundary layer, atmospheric and sea profiles
• Aerosol parameters
• Hydrosol parameters
• Angles and output configuration
• Run script generation
• Standard output file for upwelling radiance field versus the viewing zenith angle

The following new features are added.

• Test case to use as example for the pyOSOAA python module

Source code and install instructions for OSOAA can be found at https://github.com/CNES/RadiativeTransferCode-OSOAA

pyOSOAA v0.2

This is the second release of the pyOSOAA code. This incorporates all the parameters relevant to run the OSOAA model including

• General parameters configurations
• Boundary layer, atmospheric and sea profiles
• Aerosol parameters
• Hydrosol parameters
• Angles and output configuration
• Run script generation
• Standard output file for upwelling radiance field versus the viewing zenith angle

The following new features are added.

• WMO aerosol model
• Log-Normal bi-modal aerosol model
• Phase functions from external source for aerosol model
• Output reading for optional output files
• python setup script and updated README file
• Test method

Source code and install instructions for OSOAA can be found at https://github.com/CNES/RadiativeTransferCode-OSOAA

pyOSOAA v0.1

This is the first release of the pyOSOAA code. This incorporates most of the required features to run the OSOAA model including

• General parameters configurations
• Boundary layer, atmospheric and sea profiles
• Aerosol parameters for the Shettle and Fenn aerosol model
• Hydrosol parameters
• Angles and output configuration
• Run script generation
• Standard output file for upwelling radiance field versus the viewing zenith angle

Missing features for a complete implementation

• WMO aerosol model
• Log-Normal bi-modal aerosol model
• Phase functions from external source for aerosol model
• Output reading for optional output files

Source code and install instructions for OSOAA can be found at https://github.com/CNES/RadiativeTransferCode-OSOAA