CALPUFF and Postprocessors

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Table F-3 (Continued) CALPUFF Control File Inputs - Input Group 4 Grid Control Parameters Variable Type Description Default Value IBCOMP integer X index of lower left corner of the computational grid (1 # IBCOMP # NX) JBCOMP integer Y index of lower left corner of the computational grid (1 # JBCOMP # NY) IECOMP integer X index of upper right corner of the computational grid (IBCOMP # IECOMP # NX) JECOMP integer Y index of upper right corner of computational grid (JBCOMP # JECOMP # NY) LSAMP integer Flag indicating if an array of gridded receptors (i.e., sampling grid) is used (T = yes, F = no) IBSAMP integer X index of lower left corner of the sampling grid (IBCOMP # IBSAMP # IECOMP) JBSAMP integer Y index of lower left corner of the sampling grid (JBCOMP # JBSAMP # JECOMP) IESAMP integer X index of upper right corner of the sampling grid (IBCOMP # IESAMP # IECOMP) JESAMP integer Y index of upper right corner of the sampling gird (JBCOMP # JESAMP # JECOMP) MESHDN integer Nesting factor of the sampling grid (MESHDN $ 1). The grid spacing of the sampling grid is DGRIDKM/MESHDN. The number of sampling grid points is NXSAM * NYSAM, where NXSAM = MESHDN * (IESAMP - IBSAMP) + 1 NYSAM = MESHDN * (JESAMP - JBSAMP) + 1 - - - - T - - - - 1 MAR 2006 – CALPUFF F-53
Table F-3 (Continued) CALPUFF Control File Inputs - Input Group 5 Output Options Variable Type Description Default Value ICON integer Control variable for creation of an output disk file (CONC.DAT) containing concentration fields (species stored in this file are controlled by the output species table described below). (0 = do not create CONC.DAT, 1 = create CONC.DAT) IDRY integer Control variable for creation of an output disk file (DFLX.DAT) containing dry flux fields. (The species stored in this file are controlled by the output species table in Input Group 5 described below.) (0 = do not create DFLX.DAT, 1 = create DFLX.DAT) IWET integer Control variable for creation of an output disk file (WFLX.DAT) containing wet flux fields. (The species stored in this file are controlled by the output species table in Input Group 5 described below.) (0 = do not create WFLX.DAT, 1 = create WFLX.DAT) IT2D integer Control variable for creation of an output disk file containing 2D temperature fields. (0 = do not create, 1 = create) IRHO integer Control variable for creation of an output disk file containing 2D density fields. (0 = do not create, 1 = create) IVIS integer Control variable for creation of an output disk file containing relative humidity data required for visibility applications IQAPLOT integer Create a standard series of output files (e.g. locations of sources, receptors, grids ...) suitable for plotting (0 = do not create, 1 = create) LCOMPRS logical Control for data compression in the output files (should usually be TRUE) IMFLX integer Control variable for creating output disc file (MASSFLX.DAT) for mass flux across user-specified boundaries (0 = do not create MASSFLX.DAT, 1 = create MASSFLX. DAT) 1 1 1 0 0 1 0 T 0 MAR 2006 – CALPUFF F-54
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Development of the Next Generation
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F. CALPUFF MODEL FILES The CALPUFF
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Page 8 and 9: Table F-1 Input Groups in the CALPU
Page 10 and 11: Table F-2 Sample CALPUFF Control Fi
Page 12 and 13: Table F-2 (Continued) Sample CALPUF
Page 42 and 43: Table F-3 CALPUFF Control File Inpu
Page 44 and 45: Table F-3 (Continued) CALPUFF Contr
Page 52 and 53: Table F-3 (Continued) Control File
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Page 92 and 93: Table F-3 (Concluded) CALPUFF Contr
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Page 96 and 97: write(iunit)CLABTK,NDATHR,TEMPK wri
Page 98 and 99: Table F-4 (Continued) CALMET.DAT fi
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Page 102 and 103: Table F-5 (Continued) CALMET.DAT fi
Page 104 and 105: 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
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Table G-2 (Continued) PRTMET Contro
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Table G-2 (Concluded) PRTMET Contro
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Table G-3 Sample PRTMET Control Fil
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Table G-3 Sample PRTMET Control Fil
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Table G-4 Sample PRTMET List File (
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Table G-6 Sample vector plot file x
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G.2 APPEND The APPEND program is de
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Table G-9 APPEND Control File Struc
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Table G-11 Sample APPEND List File
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G.3 CALSUM The CALSUM program is de
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Table G-13 CALSUM Control File Stru
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Table G-15 Sample CALSUM List File
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G.4 POSTUTIL POSTUTIL operates on o
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The name and full path of each file
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Table G-17 (Continued) POSTUTIL Con
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Table G-18 Sample POSTUTIL Control
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Table G-18 (Continued) Sample POSTU
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INPUT GROUP: 2 -- Species Processin
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1 g of SO 2 contributes 0.500000 g
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Table G-19 (Continued) Sample POSTU
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Table G-19 (Concluded) Sample POSTU
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When CALPOST is directed to perform
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Table G-20 (concluded) CALPOST Inpu
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G.6 CALPOST Input Files G.6.1 User
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Table G-21 CALPOST Control File Inp
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Table G-21 (Continued) CALPOST Cont
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Table G-21 (Concluded) CALPOST Cont
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Table G-22 (Continued) Sample CALPO
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INPUT GROUP: 2 -- Visibility Parame
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Table G-22 (Concluded) Sample CALPO
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Table G-24 Sample Background Concen
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Table G-26 Sample Nephelometer File
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G.7.4 Time-series File(s) CALPOST c
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Table G-27 (Concluded) Sample CALPO
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Table G-29 Sample DATA Plot-File (P
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Table G-30 (Concluded) Plot-File GR
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Table G-32 Time-series File Record
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VOLUME II & III REFERENCES Allwine,
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Strimaitis, D.G., R.J. Yamartino, E
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