GitLab

Change the interpolation to occur at the boundary nodes to the centroid of the boundary elements (since FVCOM work on velocities at the centre of each element)

1. Do the vertical interpolation of the u and v components separately then at the end calculate the depth averaged velocity as well as the depth averaged u and v components into separate fields in Mobj. This is all necessary for outputting the ASCII files for mean flow and the open boundaries.

2. Make the vertical interpolation scale the POLCOMS-ERSEM depth range to match the current FVCOM node's depth range, thus squeezing or stretching the vertical velocity profiles into the FVCOM depth.

3. Add a commented out section which can be used to plot the vertical profiles to make sure they have interpolated correctly.

Replace the interpolation of a single velocity with the interpolation of the original u and v components and instead calculate the velocity at the end. This means the ASCII files needed for the mean flow can more easily be generated

First stab at getting mean flow velocity out of the POLCOMS daily averaged results. This may need refining to better handle the depth issue (at the moment the flows are depth average because it seems FVCOM only wants depth averaged values with some scaling factor)