>>> to the directory where the command 'transport.sh' is given, >>> and at least consider altering >>> * vector spec. >>> -otherwise, lengths of vector will be scaled as ocean currents >>> rather than a transport quantity >>> >>> >>> Syntax: >>> ======= >>> >>> transport.sh <option> <uvfile> <varfile> <u> <v> <var> [<d3node> (<d4node>)] >>> where >>> <option> specifies dimensions and geo- or nongeo-grid >>> implemented: >>> [234]d - [234]D fields >>> [234]dmap - [234]D fields, dims. are lon & lat >>> ...[234]dmap will be displayed on a geogr. map >>> <uvfile> name of the netcdf file w/ <u> and <v> >>> <varfile> name of the netcdf file w/ <var> >>> you may type '.' if <uvfile> & <varfile> are the same >>> <u> name of variable w/ velocity in the x-direction >>> on the netcdf file (case sensitive) >>> <v> name of variable w/ velocity in the y-direction >>> on the netcdf file (case sensitive) >>> NOTE! special case: if <v> is set to 1 , >>> speed is contoured >>> <var> name of variable to base filled contours on >>> on the netcdf file (case sensitive) >>> NOTE! This script requires the same dimensions for >>> <u>, <v> and <var>, i.e., they must all be >>> 2d, or 2dmap, etc. >>> <d3node> node no. of third dimension >>> if <option> is one of 2d, 2dmap and a fourth >>> argument is present, or if <d3node> is negative, >>> this will be interpreted as a flag that will cause >>> the ncl script to remain (see examples below) >>> <d4node> node no. of fourth dimension >>> >>> The script will produce an eps-file and a png-file. >>> >>> NOTE! Unless a user spec. file exists, this script will give >>> rise to unreasonably long or short vectors if variable >>> values are of a different order than 1. >>> >>> >>> User specifications: >>> ==================== >>> >>> By copying the default spec.s from