-
Notifications
You must be signed in to change notification settings - Fork 9
/
Copy pathccnt.in
294 lines (277 loc) · 13.4 KB
/
ccnt.in
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
21
22
23
24
25
26
27
28
29
30
31
32
33
34
35
36
37
38
39
40
41
42
43
44
45
46
47
48
49
50
51
52
53
54
55
56
57
58
59
60
61
62
63
64
65
66
67
68
69
70
71
72
73
74
75
76
77
78
79
80
81
82
83
84
85
86
87
88
89
90
91
92
93
94
95
96
97
98
99
100
101
102
103
104
105
106
107
108
109
110
111
112
113
114
115
116
117
118
119
120
121
122
123
124
125
126
127
128
129
130
131
132
133
134
135
136
137
138
139
140
141
142
143
144
145
146
147
148
149
150
151
152
153
154
155
156
157
158
159
160
161
162
163
164
165
166
167
168
169
170
171
172
173
174
175
176
177
178
179
180
181
182
183
184
185
186
187
188
189
190
191
192
193
194
195
196
197
198
199
200
201
202
203
204
205
206
207
208
209
210
211
212
213
214
215
216
217
218
219
220
221
222
223
224
225
226
227
228
229
230
231
232
233
234
235
236
237
238
239
240
241
242
243
244
245
246
247
248
249
250
251
252
253
254
255
256
257
258
259
260
261
262
263
264
265
266
267
268
269
270
271
272
273
274
275
276
277
278
279
280
281
282
283
284
285
286
287
288
289
290
291
292
293
294
1998 -1 : year and starting year-day (use yearday<0, for no time label)
ROMS 1.0
North Atlantic Damee #4: Run 27
LMD mixing, G-Scheme, nu(v,t)=(0,0), Theta=(5,0.4), N=20
Sea surface elevation
1 NFIELDS: number of fields to plot. Line below, field(s) types:
18 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
0000 DSKIP : plot every other DSKIP days (see below)
0 VINTRP : vertical interpolation scheme: 0=linear, 1:cubic splines
0.0 PMIN : field minimum value for color palette (0.0 for default)
0.0 PMAX : field maximum value for color palette (0.0 for default)
1 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)
1 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)
10 LGRID : Desired longitude/latitude grid spacing (degrees)
2 IPROJ : map projection (see below).
-42.0 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).
0 LMSK : flag to color mask land: [0] no, [1] yes
-1 NPAGE : number of plots per page (currently 1, 2, or 4)
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.
-35.5 65.5 : bottom and top map latitudes (south values are negative).
-100.5 15.5 : left and right map longitudes (west values are negative).
/d1/arango/scrum3.0/plot/Data/varid.dat
/d1/arango/scrum3.0/plot/Palettes/natlan1.pal
/d2/kate/plot/default.cnt
/cdrom/damee/floats/damee4_ann_27.nc
/e2/arango/Damee/grid4/damee4_Lclm_a.nc
/e2/arango/Damee/grid4/damee4_grid_a.nc
/d1/arango/scrum3.0/plot/Data/coastdb.dat
c
c=======================================================================
c Copyright (c) 1996 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.
*** 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):
[ 0] ?????? 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] IDUCLI Baroclinic U-velocity (cm/s)
[007] IDVCLI Baroclinic V-velocity (cm/s)
*[008] IDCVEC Baroclinic Velocity Vectors (cm/s)
*[009] IDCMAG Baroclinic Velocity Magnitude (cm/s)
*[010] IDCSTR Baroclinic Velocity Streamlines
[011] IDUBAR Barotropic U-velocity (cm/s)
[012] IDVBAR Barotropic V-velocity (cm/s)
*[013] IDBVEC Barotropic Velocity Vectors (cm/s)
*[014] IDBMAG Barotropic Velocity Magnitude (cm/s)
*[015] IDBSTR Barotropic Velocity Streamlines
[016] IDWVEL Vertical Velocity (cm/day)
[017] IDOMEG Omega Vertical Velocity (cm/day)
[018] IDZETA Free-Surface (m)
[019] IDTPSI Transport Stream function (Sv)
[020] IDTEMP Potential Temperature (C)
[021] IDSALT Salinity (PSU)
[022] IDDANO Density Anomaly (kg/m3)
*[023] IDCDEN Density Anomaly form T,S (kg/m3)
[024] IDDBAR Mean Density Anomaly (kg/m3)
*[025] IDSIGT Sigma-t (kg/m3)
*[026] IDISOT Isothermal Depths (m)
*[027] IDISOH Isohaline Depths (m)
*[028] IDISOR Isopycnal Depths (m), in situ density
*[029] IDISOD Isopycnal Depths (m), sigma-0
*[030] IDISOS Isopycnal Depths (m), sigma-theta
*[031] IDDPRS Dynamic Pressure (Pa)
[032] IDDYHT Dynamic Height (dyn m)
*[033] IDBVFQ Brunt-Vaisala Frequency (1/s2)
*[034] IDSNDS Sound speed (m/s)
[035] IDPHBL Depth of Planetary Boundary Layer (m)
*[036] IDRIGN Gradient Richardson Number
[037] IDAKVC Vertical Viscosity (m2/s)
[038] IDAKTC Vertical T-Diffusion (m2/s)
[039] IDAKSC Vertical S-Diffusion (m2/s)
[040] IDUICE Ice U-velocity (cm/s)
[041] IDVICE Ice V-velocity (cm/s)
*[042] IDIVEC Ice Velocity Vectors (cm/s)
*[043] IDIMAG Ice Velocity Magnitude (cm/s)
*[044] IDISTR Ice Velocity Streamlines
[045] IDAICE Fraction of Cell Covered by Ice
[046] IDHICE Depth of Ice Cover (m)
*[047] IDIHOA Ice thickness (m)
[048] IDSNOW Depth of Snow Cover (m)
*[049] IDSHOA Snow thickness (m)
[050] IDTICE Temperature of Ice Surface (K)
[051] IDANGL Angle between XI-axis and EAST (deg)
[052] IDDELX Grid-spacing in XI-direction (km)
[053] IDDELX Grid-spacing in ETA-direction (km)
[054] IDBTHR Bathymetry at RHO-points (m)
*[055] IDBTHP Bathymetry at PSI-points (m)
*[056] IDMHSL Bathymetry Slope
*[057] IDMHRF Bathymetry r-factor
[058] IDHRAW Raw Bathymetry at RHO-points (m)
*[059] IDRHSL Raw Bathymetry Slope
*[060] IDRHRF Raw Bathymetry r-factor
[061] IDCORP Coriolis Parameter (1/s)
*[062] IDFOHR Coriolis/Depth Ratio (1/ms)
[063] IDSMFX U-wind Stress (Pa)
[064] IDSMFY V-wind Stress (Pa)
*[065] IDSMFV Wind Stress Vectors (Pa)
*[066] IDSMFM Wind Stress Magnitude (Pa)
*[067] IDSMFS Wind Stress Streamlines
[068] IDSWSC Wind Stress Curl (m/s2)
[069] IDSUWD Surface U-Wind (m/s)
[070] IDSVWD Surface V-Wind (m/s)
*[071] IDSWDV Surface Wind Vectors (m/s)
*[072] IDSWDM Surface Wind Magnitude (m/s)
*[073] IDSWDS Surface Wind Streamlines
[074] IDRELH Relative Humidity (%)
[075] IDCFRA Cloud Fraction (%)
[076] IDPAIR Surface Air Pressure (Pa)
[077] IDTAIR Surface Air Temperature (K)
[078] IDTDEW Surface Dew-Point Temperature (K)
[079] IDFSSH Sea Surface Height (m)
[080] IDFSST Sea Surface Temperature (C)
[081] IDDQDT dQdT (Watts/m2/Celsius)
[082] IDSHFX Surface Net Heat Flux (W/m2)
[083] IDSRAD Shortwave Radiation Flux (W/m2)
[084] IDLRAD Longwave Radiation Flux (W/m2)
[085] IDSWFX Surface Freshwater Flux, E-P (m/day)
*[086] IDKENG Kinetic Energy (Watts)
*[087] IDPENG Potential Energy (Watts)
*[088] IDPVOR Potential Vorticity (1/s/m)
*[089] IDERPV Ertel Potential Vorticity (1/s/m)
*[090] IDTVRV Relative Vorticity (m/s)
*[091] IDBVRV Barotropic Relative Vorticity (m/s)
*[092] IDCVRV Baroclinic Relative Vorticity (m/s)
*[093] IDSWRV Surface Wind Relative Vorticity (m/s)
*[094] IDTVHD Total Divergence (m/s)
*[095] IDBVHD Barotropic divergence (m/s)
*[096] IDBVHD Baroclinic divergence (m/s)
*[097] IDSWHD Surface Wind divergence (m/s)
*[098] IDRHUJ Raw U-JEBAR (m2/s2)
*[099] IDRHVJ Raw V-JEBAR (m2/s2)
*[100] IDRHJV Raw JEBAR Vectors (m2/s2)
*[101] IDRHJM Raw JEBAR Vector Magnitude (m2/s2)
*[102] IDRHJS Raw JEBAR Vector Streamlines
*[103] IDMHUJ Model U-JEBAR (m2/s2)
*[104] IDMHVJ Model V-JEBAR (m2/s2)
*[105] IDMHJV Model JEBAR Vectors (m2/s2)
*[106] IDMHJM Model JEBAR Vector Magnitude (m2/s2)
*[107] IDMHJS Model JEBAR Vector Streamlines
[108] IDUSUR RADAR Surface U-velocity (cm/s)'
[109] IDVSUR RADAR Surface V-velocity (cm/s)
*[110] IDSVEC RADAR Surface Velocity Vectors (cm/s)
*[111] IDSURM RADAR Surface Velocity Magnitude (cm/s)
*[112] IDSURS RADAR Surface Velocity Streamlines
*[113] IDNPYT Entropy Transport (Sv)
*[114] IDUNPY Entropy U-velocity (cm/s)
*[115] IDVNPY Entropy V-velocity (cm/s)
*[116] IDNPYV Entropy Velocity Vectors (cm/s)
*[117] IDNPYM Entropy Velocity Magnitude (cm/s)
*[118] IDNPYS Entropy Velocity Streamlines
*[119] IDBERN Bernoulli Function (Pa)
[201] IDTAVG Potential Temperature (C) Mean
[202] IDTVAR Potential Temperature Variance
[203] IDTEOF Potential Temperature EOF
[204] IDTERR Potential Temperature Error
[205] IDSAVG Salinity (PSU) Mean
[206] IDSVAR Salinity Variance
[207] IDSEOF Salinity EOF
[208] IDSERR Salinity Error
[209] IDZAVG Free-surface (m) Mean
[210] IDZVAR Free-surface Variance
[211] IDZEOF Free-surface EOF
[212] IDZERR Free-surface Error
[213] IDUAVG Total U-velocity (m/s) Mean
[214] IDUVAR Total U-velocity Variance
[215] IDUEOF Total U-velocity EOF
[216] IDUERR Total U-velocity Error
[217] IDVAVG Total V-velocity (m/s) Mean
[218] IDVVAR Total V-velocity Variance
[219] IDVEOF Total V-velocity EOF
[220] IDVERR Total V-velocity Error
[221] IDDYHM Dynamic Height (dyn m) Mean
[222] IDDYHE Dynamic Height Error
[223] IDSSHM Sea Surface Height (m) Mean
[224] IDSSHE Sea Surface Height Error
[225] IDSUSM U-wind Stress (Pa) Mean
[226] IDSUSE U-wind Stress Error
[227] IDSVSM V-Wind Stress (Pa) Mean
[228] IDSVSE V-Wind Stress Error
[229] IDSUWM Surface U-Wind (m/s) Mean
[230] IDSUWE Surface U-Wind Error
[231] IDSVWM Surface V-Wind (m/s) Mean
[232] IDSVWE Surface V-Wind Error
[233] IDRHUM Relative Humidity (%) Mean
[234] IDRHUE Relative Humidity Error
[235] IDCFRM Cloud Fraction (%) Mean
[236] IDCFRE Cloud Fraction Error
[237] IDSAPM Surface Air Pressure (Pa) Mean
[238] IDSAPE Surface Air Pressure Error
[239] IDTAIM Surface Air Temperature (K) Mean
[240] IDTAIE Surface Air Temperature Error
[241] IDTDPM Surface Dew-Point Temperature (K) Mean
[242] IDTDPE Surface Dew-Point Temperature Error
[243] IDTDPM Surface Dew-Point Temperature (K) Mean
[244] IDTDPE Surface Dew-Point Temperature Error
[245] IDSSTM Sea Surface Temperature (C) Mean
[246] IDSSTE Sea Surface Temperature Error
[247] IDQDTM dQdT (Watts/m2/Celsius) Mean
[248] IDQDTE dQdT Error
[249] IDSHFM Surface Net Heat Flux (W/m2) Mean
[250] IDSHFE Surface Net Heat Flux Error
[251] IDSWRM Shortwave Radiation Flux (W/m2) Mean
[252] IDSWRE Shortwave Radiation Flux Error
[253] IDLWRM Longwave Radiation Flux (W/m2) Mean
[254] IDLWRE Longwave Radiation Flux Error
[255] IDSFFM Surface Freshwater Flux (m/day) Mean
[256] IDSFFE Surface Freshwater Flux Error
[257] IDUSUM Surface Velocity (cm/s) Mean
[258] IDUSUE Surface Velocity Error