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The tool currently has limited support for converting non-NUOPC code into NUOPC-compliant code, but this is a very common requirement for those adopting NUOPC. (Also see minutes from 5/26/14 telecon.)
In general we need to support a goal-driven approach to converting existing code to NUOPC. This should complement the existing static structural model which does not provide assistance in how to work toward particular goals, e.g., create a new component, create a state, create a grid, etc.
The text was updated successfully, but these errors were encountered:
For training purposes, it would be nice to have a simple yet realistic non-ESMF and non-NUOPC model that could be used as an example to describe the conversion process. Cecelia suggested a shallow water model. A Google search reveals few shallow water model's in Fortran, although there is a nice Matlab code that could be converted:
After the NRL training, Fei also suggested a systematic approach to building up to a NUOPC model when starting from a simple code. This could be incorporated into the training materials produced.
The tool currently has limited support for converting non-NUOPC code into NUOPC-compliant code, but this is a very common requirement for those adopting NUOPC. (Also see minutes from 5/26/14 telecon.)
In general we need to support a goal-driven approach to converting existing code to NUOPC. This should complement the existing static structural model which does not provide assistance in how to work toward particular goals, e.g., create a new component, create a state, create a grid, etc.
The text was updated successfully, but these errors were encountered: