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Required software for the wrappers includes: | Required software for the wrappers includes: | ||
* SMARTS 2.9.5 installed on the system <code>PATH</code> as <code>smarts295</code> | |||
* SBdart 2.4 installed on the system <code>PATH</code> as <code>sbdart</code> | |||
* Python 2.6 or 2.7. Support for Python 3 is experimental. | |||
* Numpy | |||
* dateutil | |||
The wrappers should be functional with those basic requirements. Further packages to make your life easier are noted in the setup and reference documentation. | The wrappers should be functional with those basic requirements. Further packages to make your life easier are noted in the setup and reference documentation. |
Revision as of 19:08, 11 September 2012
This page documents the use of the Python Radiative Transfer Modelling wrappers and their associated programs, originally developed by Philip Schleihauf for the Queen's Applied Sustainability Lab in 2012. Source code is available on GitHub: https://github.com/Queens-Applied-Sustainability.
The software was developed on Ubuntu Linux 12.04 and Solaris Unix 9. It might run on any unix-compatible environment (say, Windows with CygWin, etc.), but others have not been tested.
Required software for the wrappers includes:
- SMARTS 2.9.5 installed on the system
PATH
assmarts295
- SBdart 2.4 installed on the system
PATH
assbdart
- Python 2.6 or 2.7. Support for Python 3 is experimental.
- Numpy
- dateutil
The wrappers should be functional with those basic requirements. Further packages to make your life easier are noted in the setup and reference documentation.