2001 -1  :  year and starting year-day (use yearday<0, for no time label)
ROMS 1.0
Sea of Japan, Grid #1
Bathymetry (m)
Intermediate Resolution Coastline
1     NFIELDS: number of fields to plot. Line below, field(s) types:
59             field identification: FLDID(1:NFIELDS)
1     NLEVELS: number of depths/levels/isopycnals to plot (0 for all levels)
1              depths (<0), levels (>0) or isopycnals (>1000) to plot
0     FRSTD  : first day (>0) or time record (<0) to plot
0     LASTD  : last day (>0) or time record (<0) to plot
1     DSKIP  : plot every other DSKIP days (see below)
1     FINDX  : forecast record to process, if any (atmospheric files only).
0     VINTRP : vertical interpolation scheme: 0=linear, 1:cubic splines
0.0   PMIN   : field minimum value for color palette (0.0 for default)
3750   PMAX   : field maximum value for color palette (0.0 for default)
0     ICNT   : draw contours between color bands: 0=no, 1=yes
0.0   ISOVAL : iso-surface value to process (see below)
1.2   VLWD   : vector line width (1.0 for default)
4.0   VLSCL  : vector length scale (1.0 for default)
2     IVINC  : vector grid sampling in the X-direction (1 for default)
1     JVINC  : vector grid sampling in the Y-direction (1 for default)
0     IREF   : secondary or reference field option (see below)
25    IDOVER : overlay field identification (for IREF=1,2 only)
1     LEVOVER: level of the overlay field (set to 0 if same as current FLDLEV)
0.0   RMIN   : overlay field minimum value to consider (0.0 for default)
0.0   RMAX   : overlay field maximum value to consider (0.0 for default)
5.0   LGRID  : Desired longitude/latitude grid spacing (degrees)
2     IPROJ  : map projection (see below).
0.0   PLON   : projection Pole longitude (west values are negative).
0.0   PLAT   : projection Pole latitude (south values are negative).
0.0   ROTA   : projection rotation angle (clockwise; degrees).
4     LMSK   : flag to color mask land: [0] no, [>0] yes  (see below)
-1    NPAGE  : number of plots per page (currently 1, 2, or 4)   (see below)
F     READGRD: logical switch to read in positions from grid NetCDF file.
F     PLTLOGO: logical switch draw Logo.
T     WRTHDR : logical switch to write out the plot header titles.
T     WRTBLAB: logical switch to write out the plot bottom title.
T     WRTRANG: logical switch to write out data range values and CI.
F     WRTFNAM: logical switch to write out input primary filename.
F     WRTDATE: logical switch to write out current date.
T     CST    : logical switch to read and plot coastlines and islands.
 32.0  53.1  : bottom and top map latitudes (south values are negative).
125.0 145.0  : left and right map longitudes (west values are negative).
/n0/arango/ocean/plot/Data/varid.dat
/n0/arango/ocean/plot/Palettes/topo2.pal
/n0/arango/ocean/plot/Data/default.cnt
japan.nc
japan.nc
japan.nc
/n0/arango/ocean/plot/Data/global_inter.cst

c
c=======================================================================
c  Copyright (c) 2001 Rutgers University                             ===
c=======================================================================
c

 *** Above FILENAMES:

            1st line: input; variables ID file.
            2nd line: input; color palette file.
            3rd line: input; internal plotting parameters.
            4th line: input; primary NetCDF file.
            5th line: input; secondary NetCDF file.
            6th line: input; grid NetCDF file.
            7th line: input; coastlines file.

 *** DSKIP: Plotting frequency.

            If zero, the data is plotted at their own time frequency.
            Otherwise, if greater than zero, the data will be plotted
            every other DSKIP days.

 *** ISOVAL : iso-surface value to process.

            It is only used when plotting the depths of requested field
            isosurface: temperature, salinity, "in situ" density, sigma-t,
            or potential density.  If plotting potential density
            isosurfaces, provide the reference depth value "ZREF" in
            internal plotting parameters file (3rd line input file).

 *** IREF:  Secondary or reference field option:
           -1   Overlay horizontal grid
            0   no secondary or reference field to plot
            1   plot field overlay from primary file
            2   plot field overlay from secondary file
            3   primary - secondary file (field subtraction)
            4   Day0 - DayN (field subtraction)
            5   primary +/- secondary (different field combination:
                                       addition [+5] or subtraction [-5])
            6   Mask OA fields by its maximum error variance tolerance
                which is specified as fractional percentage in RMAX.

 *** IPROJ: Map Projections option.  Some of the values for the
            projection Pole and rotation angle are suggested.
            Check the NCAR manual for details.

           [1] Cylindrical equidistant: PLON=0, PLAT=0, ROTA=0
           [2] Mercator: PLON=?, PLAT=0, ROTA=0
           [3] Lambert conformal conic: PLON=?, PLAT=?, ROTA=?
           [4] Stereographic azimuthal:  PLON=?, PLAT=90 or -90, ROTA=0

 *** LGRID: Longitude/latitude grid spacing.  The grid is drawn at
            LGRID spacing starting from specified map lower corner.
            If LGRID is negative, the latitude labels in the map are
            rotated 90 degrees to avoid label congestion, if any.

 *** LMSK:  Flag to color mask land.  Set this parameter to a value of
            1=land, 2=lake, 3=island_in_lake, or 4=pond_in_island_in lake.
            Values greater that 1 include all previous features. 

 *** NPAGE: Number of plots per page.  Set this parameter to a negative
            value (-1, -2, or -4) to activate preservation of the plot
            aspect ratio.


 Plotting Fields classification (* derived fields):

 [000]  ??????    Generic Field
 [001]  IDUTOT    Total U-velocity (cm/s)
 [002]  IDVTOT    Total V-velocity (cm/s)
*[003]  IDTVEC    Total Velocity Vectors (cm/s)
*[004]  IDTMAG    Total Velocity Magnitude (cm/s)
*[005]  IDTSTR    Total Velocity Streamlines
*[006]  IDTBRB    Total Velocity Barbs
 [007]  IDUCLI    Baroclinic U-velocity (cm/s)
 [008]  IDVCLI    Baroclinic V-velocity (cm/s)
*[009]  IDCVEC    Baroclinic Velocity Vectors (cm/s)
*[010]  IDCMAG    Baroclinic Velocity Magnitude (cm/s)
*[011]  IDCSTR    Baroclinic Velocity Streamlines
*[012]  IDCBRB    Baroclinic Velocity Barbs
 [013]  IDUBAR    Barotropic U-velocity (cm/s)
 [014]  IDVBAR    Barotropic V-velocity (cm/s)
*[015]  IDBVEC    Barotropic Velocity Vectors (cm/s)
*[016]  IDBMAG    Barotropic Velocity Magnitude (cm/s)
*[017]  IDBSTR    Barotropic Velocity Streamlines
*[018]  IDBBRB    Barotropic Velocity Barbs
 [019]  IDWVEL    Vertical Velocity (cm/day)
 [020]  IDOMEG    Omega Vertical Velocity (cm/day)
 [021]  IDZETA    Free-Surface (m)
 [022]  IDTPSI    Transport Stream function (Sv)
 [023]  IDTEMP    Potential Temperature (C)
 [024]  IDSALT    Salinity (PSU)
 [025]  IDDANO    Density Anomaly (kg/m3)
*[026]  IDCDEN    Density Anomaly form T,S (kg/m3)
 [027]  IDDBAR    Mean Density Anomaly (kg/m3)
*[028]  IDSIGT    Sigma-t (kg/m3)
*[029]  IDISOT    Isothermal Depths (m)
*[030]  IDISOH    Isohaline Depths (m)
*[031]  IDISOR    Isopycnal Depths (m), in situ density
*[032]  IDISOD    Isopycnal Depths (m), sigma-0
*[033]  IDISOS    Isopycnal Depths (m), sigma-theta
*[034]  IDDPRS    Dynamic Pressure (Pa)
 [035]  IDDYHT    Dynamic Height (dyn m)
*[036]  IDBVFQ    Brunt-Vaisala Frequency (1/s2)
*[037]  IDSNDS    Sound speed (m/s)
 [038]  IDHSBL    Depth of Surface Boundary Layer (m)
 [039]  IDHBBL    Depth of Bottom Boundary Layer (m)
*[040]  IDRIGN    Gradient Richardson Number
 [041]  IDAKVC    Vertical Viscosity (m2/s)
 [042]  IDAKTC    Vertical T-Diffusion (m2/s)
 [043]  IDAKSC    Vertical S-Diffusion (m2/s)
 [044]  IDUICE    Ice U-velocity (cm/s)
 [045]  IDVICE    Ice V-velocity (cm/s)
*[046]  IDIVEC    Ice Velocity Vectors (cm/s)
*[047]  IDIMAG    Ice Velocity Magnitude (cm/s)
*[048]  IDISTR    Ice Velocity Streamlines
*[049]  IDIBRB    Ice Velocity Barbs
 [050]  IDAICE    Fraction of Cell Covered by Ice
 [051]  IDHICE    Depth of Ice Cover (m)
*[052]  IDIHOA    Ice thickness (m)
 [053]  IDSNOW    Depth of Snow Cover (m)
*[054]  IDSHOA    Snow thickness (m)
 [055]  IDTICE    Temperature of Ice Surface (K)
 [056]  IDANGL    Angle between XI-axis and EAST (deg)
 [057]  IDDELX    Grid-spacing in XI-direction (km)
 [058]  IDDELX    Grid-spacing in ETA-direction (km)
 [059]  IDBTHR    Bathymetry at RHO-points (m)
 [060]  IDBTHP    Bathymetry at PSI-points (m)
*[061]  IDMHSL    Bathymetry Slope
*[062]  IDMHRF    Bathymetry r-factor
 [063]  IDHRAW    Raw Bathymetry at RHO-points (m)
*[064]  IDRHSL    Raw Bathymetry Slope
*[065]  IDRHRF    Raw Bathymetry r-factor
 [066]  IDCORP    Coriolis Parameter (1/s)
*[067]  IDFOHR    Coriolis/Depth Ratio (1/ms)
 [068]  IDSMSX    U-wind Stress (Pa)
 [069]  IDSMSY    V-wind Stress (Pa)
*[070]  IDSMSV    Wind Stress Vectors (Pa)
*[071]  IDSMSM    Wind Stress Magnitude (Pa)
*[072]  IDSMSS    Wind Stress Streamlines
*[073]  IDSMSB    Wind Stress Barbs
*[074]  IDSMSC    Wind Stress Curl (m/s2)
*[075]  IDSMEK    Surface Ekman Pumping (m/s)
 [076]  IDBMSX    Bottom U-Stress (Pa)
 [077]  IDBMSY    Bottom V-Stress (Pa)
*[078]  IDBMSV    Bottom Stress Vectors (Pa)
*[079]  IDBMSM    Bottom Stress Magnitude (Pa)
*[080]  IDBMSS    Bottom Stress Streamlines
*[081]  IDBMSB    Bottom Stress Barbs
*[082]  IDBMSC    Bottom Stress Curl (m/s2)
*[083]  IDBMEK    Bottom Ekman Pumping (m/s)
 [084]  IDBWSX    Bed Wave U-Stress (Pa)
 [085]  IDBWSY    Bed Wave V-Stress (Pa)
*[086]  IDBWSV    Bed Wave Stress Vectors (Pa)
*[087]  IDBWSM    Bed Wave Stress Magnitude (Pa)
*[088]  IDBWSS    Bed Wave Stress Streamlines
*[089]  IDBWSB    Bed Wave Stress Barbs
*[090]  IDBWSC    Bed Wave Stress Curl (m/s2)
*[091]  IDBWEK    Bed Wave Ekman Pumping (m/s)
 [092]  IDSUWD    Surface U-Wind (m/s)
 [093]  IDSVWD    Surface V-Wind (m/s)
*[094]  IDSWDV    Surface Wind Vectors (m/s)
*[095]  IDSWDM    Surface Wind Magnitude (m/s)
*[096]  IDSWDS    Surface Wind Streamlines
*[097]  IDSWDB    Surface Wind Barbs
 [098]  IDABED    Bed Wave Excursion Amplitude (m)
 [099]  IDUBED    Bed Wave Orbital U-Velocity (cm/s)
 [100]  IDVBED    Bed Wave Orbital V-velocity (cm/s)
*[101]  IDBEDV    Bed Wave Orbital Vectors (cm/s)
*[102]  IDBEDM    Bed Wave Orbital Magnitude (cm/s)
*[103]  IDBEDS    Bed Wave Orbital Streamlines
*[104]  IDBEDB    Bed Wave Orbital Barbs
 [105]  IDUBOT    Bottom U-velocity (cm/s)
 [106]  IDVBOT    Bottom V-velocity (cm/s)
*[107]  IDBOTV    Bottom Velocity Vectors (cm/s)
*[108]  IDBOTM    Bottom Velocity Magnitude (cm/s)
*[109]  IDBOTS    Bottom Velocity Streamlines
*[110]  IDBOTB    Bottom Velocity Barbs
 [111]  IDZNOT    Hydraulic Bottom Roughness (m)
 [112]  IDZAPP    Apparent Hydraulic Bottom Roughness (m)
 [113]  IDHRIP    Bed Ripple Height (m)
 [114]  IDLRIP    Bed Ripple Length (m)
 [115]  IDRELH    Relative Humidity (%)
 [116]  IDCFRA    Cloud Fraction (%)
 [117]  IDRAIN    Rain Fall Rate (cm/hour)
 [118]  IDPAIR    Surface Air Pressure (Pa)
 [119]  IDTAIR    Surface Air Temperature (K)
 [120]  IDTDEW    Surface Dew-Point Temperature (K)
 [121]  IDFSSH    Sea Surface Height (m)
 [122]  IDFSST    Sea Surface Temperature (C)
 [123]  IDDQDT    dQdT (Watts/m2/Celsius)
 [124]  IDSHFX    Surface Net Heat Flux (W/m2)
 [125]  IDSRAD    Shortwave Radiation Flux (W/m2)
 [126]  IDLRAD    Longwave Radiation Flux (W/m2)
 [127]  IDSLHF    Latent Heat Flux (W/m2)
 [128]  IDSSHF    Sensible Heat Flux (W/m2)
 [129]  IDSWFX    Surface Freshwater Flux, E-P (m/day)
*[130]  IDKENG    Kinetic Energy (Watts)
*[131]  IDPENG    Potential Energy (Watts)
*[132]  IDPVOR    Potential Vorticity (1/s/m)
*[133]  IDERPV    Ertel Potential Vorticity (1/s/m)
*[134]  IDTVRV    Relative Vorticity (m/s)
*[135]  IDBVRV    Barotropic Relative Vorticity (m/s)
*[136]  IDCVRV    Baroclinic Relative Vorticity (m/s)
*[137]  IDSWRV    Surface Wind Relative Vorticity (m/s)
*[138]  IDTVHD    Total Divergence (m/s)
*[139]  IDBVHD    Barotropic divergence (m/s)
*[140]  IDBVHD    Baroclinic divergence (m/s)
*[141]  IDSWHD    Surface Wind divergence (m/s)
*[142]  IDRHUJ    Raw U-JEBAR (m2/s2)
*[143]  IDRHVJ    Raw V-JEBAR (m2/s2)
*[144]  IDRHJV    Raw JEBAR Vectors (m2/s2)
*[145]  IDRHJM    Raw JEBAR Vector Magnitude (m2/s2)
*[146]  IDRHJS    Raw JEBAR Vector Streamlines
*[147]  IDRHJB    Raw JEBAR Vector Barbs
*[148]  IDMHUJ    Model U-JEBAR (m2/s2)
*[149]  IDMHVJ    Model V-JEBAR (m2/s2)
*[150]  IDMHJV    Model JEBAR Vectors (m2/s2)
*[151]  IDMHJM    Model JEBAR Vector Magnitude (m2/s2)
*[152]  IDMHJS    Model JEBAR Vector Streamlines
*[153]  IDMHJB    Model JEBAR Vector Barbs
 [154]  IDUSUR    RADAR Surface U-velocity (cm/s)
 [155]  IDVSUR    RADAR Surface V-velocity (cm/s)
*[156]  IDSVEC    RADAR Surface Velocity Vectors (cm/s)
*[157]  IDSURM    RADAR Surface Velocity Magnitude (cm/s)
*[158]  IDSSTR    RADAR Surface Velocity Streamlines
*[159]  IDSBRB    RADAR Surface Velocity Barbs
*[160]  IDNPYT    Entropy Transport (Sv)
*[161]  IDUNPY    Entropy U-velocity (cm/s)
*[162]  IDVNPY    Entropy V-velocity (cm/s)
*[163]  IDNPYV    Entropy Velocity Vectors (cm/s)
*[164]  IDNPYM    Entropy Velocity Magnitude (cm/s)
*[165]  IDNPYS    Entropy Velocity Streamlines
*[166]  IDNPYB    Entropy Velocity Barbs
*[167]  IDBERN    Bernoulli Function (Pa)
 [168]  IDBN03    Nitrate (mmoles N/m3)
 [169]  IDPHYT    Phytoplankton (mmoles N/m3)
 [170]  IDPHYT    Zooplankton (mmoles N/m3)
 [171]  IDBNH4    Ammonium (mmoles N/m3)
 [172]  IDLDET    Large Fraction Detritus (mmoles N/m3)
 [173]  IDLDET    Small Fraction Detritus (mmoles N/m3)
 [174]  IDCPRA    Chlorophyll-Phytoplankton Ratio (mmoles N/m3)
 
 [201]  IDTAVG    Potential Temperature (C) Mean
 [202]  IDTVAR    Potential Temperature Variance
 [203]  IDTEOF    Potential Temperature EOF
 [204]  IDTERR    Potential Temperature Error
 [205]  IDTPES    Potential Temperature Error Subspace
 [206]  IDSAVG    Salinity (PSU) Mean
 [207]  IDSVAR    Salinity Variance
 [208]  IDSEOF    Salinity EOF
 [209]  IDSERR    Salinity Error
 [210]  IDSPES    Salinity Error Subspace
 [211]  IDZAVG    Free-surface (m) Mean
 [212]  IDZVAR    Free-surface Variance
 [213]  IDZEOF    Free-surface EOF
 [214]  IDZERR    Free-surface Error
 [215]  IDZPES    Free-surface Error Subspace
 [216]  IDUAVG    Total U-velocity (m/s) Mean
 [217]  IDUVAR    Total U-velocity Variance
 [218]  IDUEOF    Total U-velocity EOF
 [219]  IDUERR    Total U-velocity Error
 [220]  IDUPES    Total U-velocity Error Subspace
 [221]  IDVAVG    Total V-velocity (m/s) Mean
 [222]  IDVVAR    Total V-velocity Variance
 [223]  IDVEOF    Total V-velocity EOF
 [224]  IDVERR    Total V-velocity Error
 [225]  IDVPES    Total V-velocity Error Subspace
 [226]  IDDYHM    Dynamic Height (dyn m) Mean
 [227]  IDDYHE    Dynamic Height Error
 [228]  IDSSTM    Sea Surface Temperature (C) Mean
 [229]  IDSSTV    Sea Surface Temperature (C2) Variance
 [230]  IDSSTE    Sea Surface Temperature Error
 [231]  IDSSSM    Sea Surface Salinity (PSU) Mean
 [232]  IDSSSV    Sea Surface Salinity (PSU2) Variance
 [233]  IDSSSE    Sea Surface Salinity Error
 [234]  IDSSHM    Sea Surface Height (m) Mean
 [235]  IDSSHV    Sea Surface Height (m2) Variance
 [236]  IDSSHE    Sea Surface Height Error
 [237]  IDSUSM    U-wind Stress (Pa) Mean
 [238]  IDSUSE    U-wind Stress Error
 [239]  IDSVSM    V-Wind Stress (Pa) Mean
 [240]  IDSVSE    V-Wind Stress Error
 [241]  IDSUWM    Surface U-Wind (m/s) Mean
 [242]  IDSUWE    Surface U-Wind Error
 [243]  IDSVWM    Surface V-Wind (m/s) Mean
 [244]  IDSVWE    Surface V-Wind Error
 [245]  IDRHUM    Relative Humidity (%) Mean
 [246]  IDRHUE    Relative Humidity Error
 [247]  IDCFRM    Cloud Fraction (%) Mean
 [248]  IDCFRE    Cloud Fraction Error
 [249]  IDSAPM    Surface Air Pressure (Pa) Mean
 [250]  IDSAPE    Surface Air Pressure Error
 [251]  IDTAIM    Surface Air Temperature (K) Mean
 [252]  IDTAIE    Surface Air Temperature Error
 [253]  IDTDPM    Surface Dew-Point Temperature (K) Mean
 [254]  IDTDPE    Surface Dew-Point Temperature Error
 [255]  IDTDPM    Surface Dew-Point Temperature (K) Mean
 [256]  IDTDPE    Surface Dew-Point Temperature Error
 [257]  IDSSTM    Sea Surface Temperature (C) Mean
 [258]  IDSSTE    Sea Surface Temperature Error
 [259]  IDQDTM    dQdT (Watts/m2/Celsius) Mean
 [260]  IDQDTE    dQdT Error
 [261]  IDSHFM    Surface Net Heat Flux (W/m2) Mean
 [262]  IDSHFE    Surface Net Heat Flux Error
 [263]  IDSWRM    Shortwave Radiation Flux (W/m2) Mean
 [264]  IDSWRE    Shortwave Radiation Flux Error
 [265]  IDLWRM    Longwave Radiation Flux (W/m2) Mean
 [266]  IDLWRE    Longwave Radiation Flux Error
 [267]  IDSFFM    Surface Freshwater Flux (m/day) Mean
 [268]  IDSFFE    Surface Freshwater Flux Error
 [269]  IDRSUM    RADAR Surface U-velocity Mean (cm/s)
 [270]  IDRSVM    RADAR Surface V-velocity Mean (cm/s)
*[271]  IDRSMV    RADAR Surface Mean Velocity Vectors (cm/s)
*[272]  IDRSMM    RADAR Surface Mean Velocity Magnitude (cm/s)
*[273]  IDRSMS    RADAR Surface Mean Velocity Streamlines
*[274]  IDRSMB    RADAR Surface Mean Velocity Barbs
 [275]  IDRSVE    RADAR Surface Velocity Error
 [276]  IDSSHV    Eddy Kinetic Energy (m2/s2) Variance
