CALPUFF and Postprocessors

CALPUFF and Postprocessors CALPUFF and Postprocessors

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Table F-56 (Continued) Unformatted WFLX.DAT file - Header Record NCOM+3 - General Data No. Variable Type a Description Sample Values 1 CMODEL C*12 Model name CALPUFF 2 3 LEVEL C*12 Model level number 031017 14 DXKM real Grid spacing (km) in the X direction 5. 15 DYKM real Grid spacing (km) in the Y direction 5. 17 XORIGKM real Reference X coordinate (km) of the southwest corner of 190. grid cell (1,1) of the meteorological grid 20 IBCOMP integer Start of computational grid in X direction 1 22 VER C*12 Model version number 5.72 4 IBYR integer Starting year of the run 1980 5 IBJUL integer Starting Julian day 183 6 IBHR integer Time at start of first period (hour 00-23 LST) 8 7 IBSEC integer Time at start of first period (second 0000-3599 ) 0000 8 XBTZ real Base time zone (LST+XBTZ=UTC) 6.0 9 IRLG integer Length of run (timesteps) 10 10 IAVG integer Averaging time (timesteps) of output concentrations 2 11 NSECDT integer Length of a timestep (seconds) 1800 12 NXM integer Number of grid points in meteorological grid (X direction) 13 NYM integer Number of grid points in meteorological grid (Y direction) 16 IONE integer Number of receptor layers (must be equal to one for CALPUFF runs) 18 YORIGKM real Reference Y coordinate (km) of the southwest corner of grid cell (1,1) of the meteorological grid 19 NSSTA integer Number of surface meteorological stations 5 21 IECOMP integer End of computational grid in X direction 20 JBCOMP integer Start of computation grid in the Y direction 1 23 JECOMP integer End of computational grid in Y direction 20 24 IBSAMP integer Start of sampling grid in X direction 1 25 JBSAMP integer Start of sampling grid in Y direction 20 20 1 440. 1 a C*12 = Character*12 MAR 2006 – CALPUFF F-239

Table F-56 (Continued) Unformatted WFLX.DAT file - Header Record NCOM+3 - General Data No. Variable Type a Description Sample Values 26 IESAMP integer End of sampling grid in X direction 20 27 JESAMP integer End of sampling grid in Y direction 20 28 MESHDN integer Sampling grid spacing factor 1 29 NPT1 integer Number of point sources (control file) 2 30 32 33 NLN1 integer Number of line sources (control file) 0 40 LSAMP logical Sampling grid flag (T = gridded receptors used, F = no gridded receptors) 41 NPT2 integer Number of point sources (variable emissions file) 0 31 NAR1 integer Number of area sources (control file) 0 NAR2 integer Number of area sources (variable emissions file) 0 34 NLN2 integer Number of line sources (variable emissions file) 35 NVL1 integer Number of volume sources (control file) 0 36 NVL2 integer Number of volume sources (variable emissions file) 0 37 MSOURCE integer Individual source contribution flag : 0 = report just the total 1 = report individual contributions and the total 38 NREC integer number of discrete receptors 39 NCTREC integer Number of complex terrain receptors 0 NWFOUT integer Number of output species 5 42 LCOMPRS logical Flag indicating if concentration data are compressed (T=yes, F=no) 43 I2DMET integer RH data flag: 0 = relative humidity at surface stations (1D) 1 = relative humidity at grid points (2D) 44 IUTMZN integer UTM zone (1-60) 19 45 FEAST real False Easting of map projection (km) 0.0 46 FNORTH real False Northing of map projection (km) 47 RNLAT0 real N. latitude of origin of map projection (degrees) 45.8 48 RELON0 real E. longitude of origin of map projection (degrees) -75.2 49 XLAT1 real Matching N. latitude #1 of map projection (degrees) 30.0 50 XLAT2 real Matching N. latitude #2 of map projection (degrees) 60.0 0 0 0 T T 1 0.0 a C*N = Character*N MAR 2006 – CALPUFF F-240

Table F-56 (Continued)<br />

Unformatted WFLX.DAT file - Header Record NCOM+3 - General Data<br />

No. Variable Type a Description Sample<br />

Values<br />

1 CMODEL C*12 Model name <strong>CALPUFF</strong><br />

2<br />

3 LEVEL C*12 Model level number<br />

031017<br />

14 DXKM real Grid spacing (km) in the X direction 5.<br />

15 DYKM real Grid spacing (km) in the Y direction 5.<br />

17 XORIGKM real Reference X coordinate (km) of the southwest corner of 190.<br />

grid cell (1,1) of the meteorological grid<br />

20 IBCOMP integer Start of computational grid in X direction 1<br />

22<br />

VER C*12 Model version number 5.72<br />

4 IBYR integer Starting year of the run 1980<br />

5 IBJUL integer Starting Julian day 183<br />

6 IBHR integer Time at start of first period (hour 00-23 LST) 8<br />

7 IBSEC integer Time at start of first period (second 0000-3599 ) 0000<br />

8 XBTZ real Base time zone (LST+XBTZ=UTC) 6.0<br />

9 IRLG integer Length of run (timesteps) 10<br />

10 IAVG integer Averaging time (timesteps) of output concentrations 2<br />

11 NSECDT integer Length of a timestep (seconds) 1800<br />

12 NXM integer Number of grid points in meteorological grid (X<br />

direction)<br />

13 NYM integer Number of grid points in meteorological grid (Y<br />

direction)<br />

16 IONE integer Number of receptor layers (must be equal to one for<br />

<strong>CALPUFF</strong> runs)<br />

18 YORIGKM real Reference Y coordinate (km) of the southwest corner of<br />

grid cell (1,1) of the meteorological grid<br />

19 NSSTA integer Number of surface meteorological stations 5<br />

21 IECOMP integer End of computational grid in X direction 20<br />

JBCOMP integer Start of computation grid in the Y direction 1<br />

23 JECOMP integer End of computational grid in Y direction 20<br />

24 IBSAMP integer Start of sampling grid in X direction 1<br />

25 JBSAMP integer Start of sampling grid in Y direction<br />

20<br />

20<br />

1<br />

440.<br />

1<br />

a C*12 = Character*12<br />

MAR 2006 – <strong>CALPUFF</strong><br />

F-239

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