CALPUFF and Postprocessors

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When CALPOST is directed to perform visibility calculations, most of the preceding options remain valid and determine how the computed extinction coefficients are averaged and reported. Additional options are provided to configure how the extinction coefficients are computed: - Option to select which modeled species (sulfate, nitrate, fine/coarse particulate matter) are included in the extinction coefficient. - Option to include background extinction when forming ranked tabulations, top-50 tabulations, or exceedance tabulations. - Option to specify the extinction efficiency for each modeled species. - User-selected method for obtaining the background extinction coefficients (non-speciated extinction coefficient, monthly speciated extinction coefficients, measured hourly extinction coefficients) Whenever visibility processing is selected, the peak daily percent change in extinction and the corresponding change in deciview are always tabulated and reported in addition to the tables and plotfiles selected to characterize the extinction coefficient results. Table G-20 lists the default name of each input and output file associated with CALPOST. The plot-files are named automatically, with the user able to specify a pathname and character string to make the file names unique. The name and full path of each file (except one) is assigned in the control file. The exception, the control filename itself, is assigned on the command line. For example, on a DOS system, CALPOST d:\CALPUFF\CALPOST.INP will execute the CALPOST code, and read the input and output filenames for the current run from the control file CALPOST.INP in the directory d:\CALPUFF. If the control filename is not specified on the command line, the default control filename (i.e., CALPOST.INP in the current working directory) will be used. The total number of characters in the path and filename can be up to 70 characters. The utility routine that delivers a command line argument is system dependent. The function that provides the system clock time and system CPU time is also system or compiler-specific. All systemdependent or compiler-specific routines in CALPOST are isolated into a file called DATETM.xxx, where the file extension (.xxx) indicates the system for which the code is designed. For example, DATETM.HP contains code for Hewlett-Packard7 Unix systems, DATETM.SUN is for Sun7 Unix systems, DATETM.LAH is for Lahey7 FORTRAN-compiled PC-applications, and DATETM.MS is for Microsoft7 FORTRAN-compiled PC applications. By appending the correct system-dependent DATETM file onto the main CALPOST code, the code should run without any modifications. MAR 2006 -- PostProc G-56
Table G-20 CALPOST Input and Output Files Unit File Name Type Format Description in2 CALPOST.INP input formatted Control file containing user inputs in1 MODEL.DAT input unformatted CALPUFF output file containing modeled concentration or deposition flux data in3 VISB.DAT input unformatted CALPUFF output file containing relative humidity data (required only for visibility applications) in4 BACK.DAT input formatted Optional file of hourly background concentrations in5 VSRN.DAT input formatted Optional file of hourly background extinction coefficients from transmissometer or nephelometer io1 CALPOST.LST output formatted List file containing CALPOST tables and other generated data iot (1,3,24 ,n) TSERIES_ASPEC_ttHR_CONC_T SUNAM.DAT ouput formatted Time-series of (1,3,24,N)-hour averages iop (1,3,24 ,n) PEAKVAL_ASPEC_ttHR_CONC _TSUNAM.DAT ouput formatted Time-series of PEAK (1,3,24,N)-hour average at selected receptors mapu RANK(ALL)_ASPEC_ttHR_CON C_TUNAM.DAT RANK(ii)_ASPEC_ttHR_CONC_ TUNAM.GRD output formatted Top Nth Rank Plot File in DATA format Top Nth Rank Plot File in GRID format Filenames for optional files are constructed using a template that includes a pathname, optional user-supplied character(s), and automatically generated characters, where tt = averaging period (e.g. 03) ii = rank (e.g. 02) DAT = DATA format (comma-delimited ASCII file in x, y, value1, value2, ... , value4 format) GRD = GRID format (only for gridded receptors) compatible with Surfer7 plotting software MAR 2006 -- PostProc G-57
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Development of the Next Generation
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F. CALPUFF MODEL FILES The CALPUFF
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are all equivalent). The variable t
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Table F-1 Input Groups in the CALPU
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Table F-2 Sample CALPUFF Control Fi
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Table F-2 (Continued) Sample CALPUF
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Table F-3 CALPUFF Control File Inpu
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Table F-3 (Continued) CALPUFF Contr
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Table F-3 (Continued) Control File
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Table F-3 (Continued) Control File
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Table F-3 (Concluded) CALPUFF Contr
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c --- c --- c --- c --- c --- c ---
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write(iunit)CLABTK,NDATHR,TEMPK wri
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Table F-4 (Continued) CALMET.DAT fi
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Table F-4 (Concluded) CALMET.DAT fi
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Table F-5 (Continued) CALMET.DAT fi
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F.2.2 ISCMET.DAT CALPUFF can be dri
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Table F-6 Sample ISCMET.DAT files (
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Table F-8 ISCMET.DAT File - Data Re
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table. A description of the content
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Table F-10 PLMMET.DAT File - Header
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F.2.4 SURFACE.DAT and PROFILE.DAT I
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Table F-12 Sample SURFACE.DAT file
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Table F-14 SURFACE.DAT File - Data
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F.3 Point Source Emissions File Wit
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PTEMARB.DAT File - Header Records T
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Table F-17 (Continued) PTEMARB.DAT
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Table F-17 (Concluded) PTEMARB.DAT
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Table F-18 PTEMARB.DAT - Time-Invar
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Table F-19 (Concluded) PTEMARB.DAT
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Table F-20 Sample BAEMARB.DAT file
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Table F-21 BAEMARB.DAT - Header Rec
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Table F-21 (Continued) BAEMARB.DAT
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BAEMARB.DAT File - Data Records The
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Table F-23 BAEMARB.DAT - Time-Varyi
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F.5 Line Source Emissions File With
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LNEMARB.DAT File - Header Records T
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Table F-25 (Continued) LNEMARB.DAT
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Table F-25 (Concluded) LNEMARB.DAT
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Table F-26 LNEMARB.DAT - Time-Invar
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Table F-27 (Continued) LNEMARB.DAT
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Table F-27 (Concluded) LNEMARB.DAT
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Table F-28 Sample VOLEMARB.DAT file
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Table F-29 VOLEMARB.DAT - Header Re
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Table F-29 (Continued) VOLEMARB.DAT
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VOLEMARB.DAT File - Data Records Th
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Table F-30 VOLEMARB.DAT - Time-Inva
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Table F-31 (Concluded) VOLEMARB.DAT
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values in time provided in Input Gr
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Table F-32 (Continued) Boundary Con
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Table F-32 (Continued) Boundary Con
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Table F-33 BCON.DAT File Inputs Var
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Table F-33 (Concluded) BCON.DAT Fil
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Table F-34 Sample User-Specified De
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Table F-35 Sample Hourly Ozone Data
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Table F-36 OZONE.DAT - Header Recor
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Table F-37 OZONE.DAT - Time-Invaria
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F.10 User-Specified Chemical Transf
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F.11 Site-Specific Turbulence Data
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Table F-40 Sample CTDMPLUS Terrain
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Table F-42 HILL.DAT File - Record G
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F.13 Subgrid Scale Coastal Boundary
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COASTLN.DAT File - Header Record Th
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COASTLN.DAT File - Data Records The
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Table F-47 COASTLN.DAT - Data Recor
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Table F-48 Sample Mass Flux Boundar
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Table F-49 FLUXBDY.DAT - Header Rec
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Table F-50 FLUXBDY.DAT - Data Heade
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F.15 CALPUFF Output Files F.15.1 Li
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where the following declarations ap
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Table F-52 (Continued) Unformatted
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Table F-52 (Concluded) Unformatted
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Table F-53 Unformatted CONC.DAT Fil
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F.15.4 Dry Flux File (DFLX.DAT) The
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Table F-54 Unformatted DFLX.DAT fil
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DFLX.DAT File - Data Records The DF
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Character*132 COMMENT Character*80
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Table F-57 Unformatted WFLX.DAT Fil
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F.15.6 Relative Humidity File for V
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Table F-58 Unformatted VISB.DAT fil
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VISB.DAT File - Data Records The VI
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Table F-60 Sample Debug Puff-Tracki
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F.15.8 Mass Flux List File (MASSFLX
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F.15.9 Mass Balance List File (MASS
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F.16 OPTHILL When the subgrid scale
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The following procedure is recommen
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Table F-64 OPTHILL Input and Output
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Figure F-2 Map of terrain surroundi
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Table F-67 OPTHILL Output File for
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This process is simplified somewhat
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G.1 PRTMET Meteorological Display P
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Table G-1 PRTMET Input and Output F
Page 292 and 293: Table G-2 (Continued) PRTMET Contro
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Page 296 and 297: Table G-3 Sample PRTMET Control Fil
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Page 300 and 301: Table G-4 Sample PRTMET List File (
Page 310 and 311: Table G-6 Sample vector plot file x
Page 312 and 313: G.2 APPEND The APPEND program is de
Page 314 and 315: Table G-9 APPEND Control File Struc
Page 316 and 317: Table G-11 Sample APPEND List File
Page 318 and 319: G.3 CALSUM The CALSUM program is de
Page 320 and 321: Table G-13 CALSUM Control File Stru
Page 322 and 323: Table G-15 Sample CALSUM List File
Page 324 and 325: G.4 POSTUTIL POSTUTIL operates on o
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Page 328 and 329: Table G-17 (Continued) POSTUTIL Con
Page 330 and 331: Table G-18 Sample POSTUTIL Control
Page 332 and 333: Table G-18 (Continued) Sample POSTU
Page 334 and 335: INPUT GROUP: 2 -- Species Processin
Page 336 and 337: 1 g of SO 2 contributes 0.500000 g
Page 338 and 339: Table G-19 (Continued) Sample POSTU
Page 340 and 341: Table G-19 (Concluded) Sample POSTU
Page 344 and 345: Table G-20 (concluded) CALPOST Inpu
Page 346 and 347: G.6 CALPOST Input Files G.6.1 User
Page 348 and 349: Table G-21 CALPOST Control File Inp
Page 350 and 351: Table G-21 (Continued) CALPOST Cont
Page 356 and 357: Table G-21 (Concluded) CALPOST Cont
Page 358 and 359: Table G-22 (Continued) Sample CALPO
Page 360 and 361: INPUT GROUP: 2 -- Visibility Parame
Page 364 and 365: Table G-22 (Concluded) Sample CALPO
Page 366 and 367: Table G-24 Sample Background Concen
Page 368 and 369: Table G-26 Sample Nephelometer File
Page 370 and 371: G.7.4 Time-series File(s) CALPOST c
Page 374 and 375: Table G-27 (Concluded) Sample CALPO
Page 376 and 377: Table G-29 Sample DATA Plot-File (P
Page 378 and 379: Table G-30 (Concluded) Plot-File GR
Page 380 and 381: Table G-32 Time-series File Record
Page 382 and 383: VOLUME II & III REFERENCES Allwine,
Page 384: Strimaitis, D.G., R.J. Yamartino, E
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CALPUFF and Postprocessors

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