&mksrc_input
;
; Input file for mksrc, to interpolate tiegcm histories to
; higher vertical and/or horizontal resolutions.
;
; This code interpolates in horizontal and/or vertical, but is not
; fully generic. It will work for either or both of the following resolutions:
;   horizontal (lat x lon): from 5.0 to 2.5 degrees
;   vertical (ln(p0/p)): from 0.5 to 0.25
;
; Namelist inputs:
;
; You must provide at least one of histfile_read and msspath_read,
;   and at least one of histfile_write and msspath_write.
; All other inputs are required.
;
; histfile_read: Local input disk file to read. If this file does not exist, 
;   msspath_read will be read from mss to this disk file). If histfile_read
;   is not provided, msspath_read must be provided (in this case, msspath_read 
;   will be read from mss to the cwd).
;
; msspath_read: Mss path of file to read. If histfile_read is not
;   found (or is not provided), msrcp will be called to read this file 
;   from the mss. If msspath_read is not provided, file will not be
;   read from mss (in this case, histfile_read must exist).
;
; histfile_write: Local disk file to write output (if it pre-exists, it 
;   will be overwritten). If histfile_write is not provided, msspath_write
;   must be provided (histfile_write in cwd will be constructed from 
;   msspath_write). Be sure to provide a path with enough disk space (or 
;   run the program from a directory with plenty of disk space).
;
; msspath_write: Mss path to which output file is to be disposed.
;   If msspath_write is not provided, the disk file will not be disposed 
;   to the mss. This is a required input if histfile_write is not provided.
;
; horizontal_in: Horizontal resolution (delta degrees lat and lon) of
;   input file. If horizontal_in == horizontal_out, then no interpolation
;   will be performed in the horizontal dimension.
; 
; horizontal_out: Horizontal resolution (delta degrees lat and lon) of
;   output file. If horizontal_in == horizontal_out, then no interpolation
;   will be performed in the horizontal dimension.
;
; vertical_in: Vertical resolution (ln(p/p0)) of input file, e.g., 0.5.
;   If vertical_in == vertical_out, then no inpterpolation will be performed
;   in the vertical dimension.
;
; vertical_out: Vertical resolution (ln(p/p0)) of output file, e.g., 0.25.
;   If vertical_in == vertical_out, then no inpterpolation will be performed
;   in the vertical dimension.
;
; mtimes: model time(s) (day,hour,min) of input and output histories.
;
;------------------------------------------------------------------------
; Interpolate from 0.5 to 0.25 vertical resolution (equinox case):
;
;histfile_read =  '/e/foster/tgcm15/tmpdir/ROBLE.tgcm15_2.5h.peqsm42.nc'
;histfile_read =  '/ptmp/foster/mksrc/ROBLE.tgcm15_2.5h.peqsm42.nc'
 histfile_read =  '/tmp/foster/mksrc/ROBLE.tgcm15_2.5h.peqsm42.nc'
;msspath_read  =  '/ROBLE/tgcm15_2.5h/peqsm42.nc'
;
;histfile_write = '/e/foster/tgcm15/tmpdir/FOSTER.tgcm15_2.5h_0.25v.peqsm42.nc'
;histfile_write = '/ptmp/foster/mksrc/FOSTER.tgcm15_2.5h_0.5v.peqsm42.nc'
 histfile_write = '/tmp/foster/mksrc/FOSTER.tgcm15_2.5h_0.5v.peqsm42.nc'
;msspath_write  = '/ROBLE/tgcm15_2.5h_0.25v/peqsm42.nc'
 horizontal_in  = 2.5
 horizontal_out = 2.5
 vertical_in    = 0.50
 vertical_out   = 0.25
 mtimes = 2,0,0
;------------------------------------------------------------------------
; Interpolate from 0.5 to 0.25 vertical resolution (solstice case):
;
; Read existing file on Sun workstation (optional):
;histfile_read =  '/e/foster/tgcm15/tmpdir/ROBLE.tgcm15_2.5h.pdssm01.nc'
;
; Read existing file on ibm (optional):
;histfile_read =  '/ptmp/foster/mksrc/ROBLE.tgcm15_2.5h.pdssm01.nc'
;
; File to read from mss:
;msspath_read  =  '/ROBLE/tgcm15_2.5h/pdssm01.nc'
;
; Write to disk file on Sun workstation (optional):
;histfile_write = '/e/foster/tgcm15/tmpdir/FOSTER.tgcm15_2.5h_0.25v.pdssm01.nc'
;
; Write to disk file on ibm (optional):
;histfile_write = '/ptmp/foster/mksrc/FOSTER.tgcm15_2.5h_0.25v.pdssm01.nc'
;
; File to write on mss:
;msspath_write  = '/FOSTER/tgcm15_2.5h_0.25v/pdssm01.nc'
;
;horizontal_in  = 2.5
;horizontal_out = 2.5
;vertical_in    = 0.50
;vertical_out   = 0.25
;mtimes = 0,8,0
;------------------------------------------------------------------------
/