GitLab

Make the wind output 2D (so it includes a spatial distribution for every node for all the times specified

Add spatial dimensions to the wind speed data (so it is spatially uniform, rather than a point source)

Add new function based on example_FVCOM_wind_ts_speed.m to output a given spatially uniform but temporally varying wind field

Update description of the TMD toolbox to make it clearer it is the MATLAB toolbox rather than the FORTRAN version

Add a brief description of the differences between this version of the toolbox and the one at http://code.google.com/p/fvcom-toolbox/

Update to fix the syntax of write_FVCOM_spectide. I think I had made some changes but omitted to commit them and then the temporary directory in which I was keeping the modified version got nuked. Lesson learned

Change NetCDF file structure following suggestions by Dmitry Aleynik (SAMS) to try to correct the time offset in the surface elevations

Change the shape of the input array of surface elevations, and as such, amend the check on the dimensions of that array against the time and boundary node arrays

Add support for creating a NetCDF global variable listing the names of the components used in the NetCDF file

New functions with which to create surface elevation boundary inputs from the TMD/TPXO data and functions

Add beta Love and equilibrium tide amplitudes when outputting the spectide NetCDF file. Also select the description of the tidal constituents being used based on their period

Create write_FVCOM_tsboc.m which is identical to the example_FVCOM_tsobc.m file. This naming fits better with the structure of the other functions which write out to NetCDF files (e.g. write_FVCOM_spectide.m)

example_FVCOM_tsboc.m now requires only a single argument with regards the layers as opposed to specifying both layers and levels (number of levels is just number of layers+1). Also improved speed by eliminating unnecessary costly for loop

Fix bug in which grids with multiple boundaries were not being read properly, resulting in the incorrect node numbers being written to the spectide NetCDF file

Add support for arguments to allow create_files.m to call this with different estimated maximum current velocity and tidal elevation

Improve resiliency when reading in SMS meshes. In particular, get the number of header lines and adjust the end point for the triangulation data loop accordingly