>>> to the directory where the command 'mlayersection.sh' is given, >>> and at least specify >>> * color map (palette) >>> -otherwise, the series of files produced by mlayersection.sh >>> will (usually) NOT have the same color map (see more information below) >>> >>> NOTE: This script assumes that the variable to depict has been >>> stored with dimensions in the order x -y -layer(-time) >>> or lon-lat-layer(-time) >>> (w/ Fortran style sequence of dimensions). >>> >>> >>> Syntax: >>> ======= >>> >>> mlayersection.sh <hfile> <varfile> <hname> <varname> <dimname> <node> <first> <last> (<step>) >>> where >>> <hfile> name of netCDF file w/thickness results >>> <varfile> name of netCDF file w/requested variable >>> you may use '.' if both variables are on the same file >>> <hname> name of thickness variable >>> <varname> name of variable to depict >>> NOTE! This script requires the existence of an >>> attribute 'missing_value' to <varname> >>> <dimname> name of crossection's horizontal dimension >>> e.g., lat for a lat-z (meridional) crossection >>> <node> node of non-depicted dimension >>> if <dimname> is lat , this is the lon grid no. >>> <first> first time step no. >>> <last> last time step no. >>> <step> time step between consequtive frames >>> (optional, set to 1 if not specified by user) >>> <delay> frame delay in ms (optional, set to 10 if not specified by user) >>> >>> The script will produce a gif animation. >>> >>> >>> User specifications: >>> ==================== >>> >>> By copying the default spec.s from