CALPUFF and Postprocessors

CALPUFF and Postprocessors CALPUFF and Postprocessors

29.01.2015 Views

1 g of SO 2 contributes 0.500000 g of S 1 g of SO 4 contributes 0.333333 g of S 1 g of SO 4 contributes 0.291667 g of N 1 g of NO contributes 0.466667 g of N 1 g of NO 2 contributes 0.304348 g of N 1 g of HNO 3 contributes 0.222222 g of N 1 g of NO 3 contributes 0.452623 g of N As illustrated in the sample control file, each new species is identified by name using the data dictionary variable CSPECCMP, and then each species weight is assigned by name. These species names must match those NSPECINP names already provided in subgroup 2a. The !END! terminates each of the NSPECCMP groups. Subgroup 2d is not used in this sample, and could have been deleted from the file. Its structure is similar to that of subgroup 2c. There must be NSCALED groups provided, and each group is closed with the !END! terminator. Within each group, the file that is scaled is identified by name, assigned to the data dictionary variable MODDAT. This name must match one of the file names provided in subgroup 0b. After the file is identified, the scaling parameters are assigned to each species by name. Again, the species names must match those NSPECINP names assigned in subgroup 2a. A sample list file is shown in Table G-19. The top part of the file repeats the records from the control file. The remainder of the file restates the major selections, reports any warning messages, lists information from the header of each CALPUFF data file that is processed, and it reports the full species names that are read and written. MAR 2006 -- PostProc G-50

Table G-19 Sample POSTUTIL List File (POSTUTIL.LST) (Partial Listing) ************************************************************************************************************** POSTUTIL Version 1.3 Level 030402 ************************************************************************************************************** POSTUTIL Control File Input Summary ------------------------ Run starting date -- year: 1990 month: 1 day: 9 Julian day: 9 time beginning - hour(0-23): 4 - second: 0 Run length (periods): 4 Note: the length of a period is controlled by the averaging time selected in the model Partition between HNO3 and NO3 is NOT computed Species needed from input file -- SO2 SO4 NO NO2 HNO3 NO3 PM10 Species written to output file -- N S PM10 Species computed from input species -- N = 0.0000E+00 * SO2 0.2917E+00 * SO4 0.4667E+00 * NO 0.3043E+00 * NO2 0.2222E+00 * HNO3 0.4516E+00 * NO3 0.0000E+00 * PM10 S = 0.5000E+00 * SO2 0.3333E+00 * SO4 0.0000E+00 * NO 0.0000E+00 * NO2 0.0000E+00 * HNO3 0.0000E+00 * NO3 0.0000E+00 * PM10 MAR 2006 -- PostProc G-51

1 g of SO 2 contributes 0.500000 g of S<br />

1 g of SO 4 contributes 0.333333 g of S<br />

1 g of SO 4 contributes 0.291667 g of N<br />

1 g of NO contributes 0.466667 g of N<br />

1 g of NO 2 contributes 0.304348 g of N<br />

1 g of HNO 3 contributes 0.222222 g of N<br />

1 g of NO 3 contributes 0.452623 g of N<br />

As illustrated in the sample control file, each new species is identified by name using the data dictionary<br />

variable CSPECCMP, <strong>and</strong> then each species weight is assigned by name. These species names must<br />

match those NSPECINP names already provided in subgroup 2a. The !END! terminates each of the<br />

NSPECCMP groups.<br />

Subgroup 2d is not used in this sample, <strong>and</strong> could have been deleted from the file. Its structure is similar<br />

to that of subgroup 2c. There must be NSCALED groups provided, <strong>and</strong> each group is closed with the<br />

!END! terminator. Within each group, the file that is scaled is identified by name, assigned to the data<br />

dictionary variable MODDAT. This name must match one of the file names provided in subgroup 0b.<br />

After the file is identified, the scaling parameters are assigned to each species by name. Again, the<br />

species names must match those NSPECINP names assigned in subgroup 2a.<br />

A sample list file is shown in Table G-19. The top part of the file repeats the records from the control<br />

file. The remainder of the file restates the major selections, reports any warning messages, lists<br />

information from the header of each <strong>CALPUFF</strong> data file that is processed, <strong>and</strong> it reports the full species<br />

names that are read <strong>and</strong> written.<br />

MAR 2006 -- PostProc<br />

G-50

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