sloop.models.hycom3d.io

In/output routines

Source for .a/.b handling: http://code.env.duke.edu/projects/mget/wiki/HYCOM

Functions

bin2hycom(resfile, nx, ny, nz, resdates, ...)	Convert .res files to .a,.b files
check_grid_dimensions(ddims, ds)	Check the consistency of grid dimensions between config and grid file
format_ds(ds)	Format variable in a dataset or dataarray to be hycom compliant
get_ab_file_names(path)	Get .a and .b file name from a single path
hycom2nc(nx, ny, nz, grid_file, hycom_file)	func hycomnc function
nc2hycom(varname, nc_in, header)
nc_to_res(ncfiles[, outfile_pattern, preproc])	Convert netcdf files to .res files
parse_scalar_declaration(line)	Parse a string that declare a scalar
read_blkdat_input(blkdat_input_file)	Read and parse the blkdat.input file
read_patch_input(patch_input)	Read the patch.input MPI tiling file
read_regional_depth(depth_a_file, lon, lat)	Read the regional depth binary file
read_regional_grid(grid_file[, grid_loc])	Read the coordinates stored in a regional grid
read_regional_grid_b(grid_b_file)	Read the regional.grid.b file
rest_head(date[, outfile, xcycles])	Write a binary date file for restart
run_bin2hycom(nx, ny, nz[, inpat, resdates, ...])	Run the binhycom() function with the default file names
setup_defstretch(vconf)	Place the defstretch.f/F file depending on the vconf
setup_gen_inicon(vconf)	Place the gen_inicon_hycom.F file depending on the vconf
setup_stmt_fns(sigma, context)	Place the stmt_fns.h file depending on the context
write_res(ds[, outfile_pattern])	Write a Dataset to an unformatted fortran files