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320
(Page 5 of
Sample Output
5)
-------
EIS/PS Test 30 - Ad Hoc
Generate Master File Emission Factor Transactions and Insert Emission Factors
In this test run, master file emission factor transactions are generated
and emission factors are inserted into them using the cataloged procedure
EPMSM10. This procedure executes PMSEFGN (EP0130), the master file emission
factor transaction generator program; PSREFIN (EP0090), the master file
internal transaction pre-insertion sort program; and PMSEFIN (EP0100), the
master file internal transaction emission factor insertion program.
PMSEFGN (EP0130) generates EIS/PS 21 and 23 internal transactions to
update the emission factor information in the master file SCC records. The
transactions created by PMSEFGN (EP0130) must be sorted by the master file
internal transaction pre-insertion sort program, PSREFIN (EP0090), and
processed by the master file internal transaction emission factor insertion
program, PMSEFIN (EP0100), before they can be used to update the master file.
See EIS/PS Test 7 for a discussion of PMSEFGN (EP0130) and EIS/PS Test 4 for a
discussion of PSREFIN (EP0090) and PMSEFIN (EP0100).
The run stream for this test run contains the JCL needed to generate
master file emission factor transactions and insert emission factors into
them. This run stream is shown in Figure PST30-1.
Substitutable parameters are used to supply the names of the master file
input to PMSEFGN (EP0130), the transaction file output from PMSEFGN (EP0130)
and input to PSREFIN (EP0090), and the emission factor file input to PMSEFIN
(EP0100). The names of these files are EPMSTR6, EPINTR8, and EPEMFC2,
respectively. The DD (data definition) information for the option card input
to PMSEFGN (EP0130) is also supplied. No DD information for the option card
input to PMSEFIN (EP0100) is necessary since the option card is generated by
PMSEFGN (EP0130) and passed directly to PMSEFIN (EP0100). Sample output
produced by this run stream is shown in Figure PST30-2.
321
-------
iin r ACCOUMI JN/n TNFU)
//*
//* GfcMt"«Tt tMISSKIfc FACIflh' l^FKNAt TK AwSAC T r UNb FRQM
//« THF MAsrt'K MLF
//*
//TfcSJ30A FXFC tPMSMJOf
// FMFCF1L=EPEMFL2,
//*
//* RE'JtRftTE TRAnbACTIONS FuR F EOERAl -OH I &I N SCC kFCOKOS A»"U
//* F09 KMILH THf CUKKFSPUNOlNr; EMISSION FACTO" RECOPO HAS A
//* DATE Nfl LESS THAN 19«U, PAV 57, AND THE MASFFH FILF RECuRU
//* HAS A HATE LFSS THAN THAT CUTOFF DATE
//*
. OPTIONS DO *
Figure PST30-1. Run Stream "
322
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(Page 1 of 5)
Figure PST30-2. Sample Output
323
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(Page 2 of 5)
Figure PST30-2 - continued. Sample Output
324
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(Page 3 of 5)
Figure PST30-2 - continued. Sample Output
325
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(Page 4 of 5)
Figure PST30-2 - continued. Sample Output
326
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(Page 5 of 5)
Figure PST30-2 - continued. Sample Output
327
-------
EIS/PS Tost 31 - Ad Hoc
Generate Master File Emission Factor Transactions and Update the Master File
In this test run, the master file is updated from master file emission
factor transactions using the cataloged procedure EPFMM30 which executes
PMSEFGN (EP0130), the master file emission factor transaction generator
program; PSREFIN (EP0090), the master file internal transaction pre-insertion
program; PMSEFIN (EP0100), the master file internal transaction emission
factor insertion program; PSRINTR (EP0110), the master file internal
transaction sort program; and PFMMSTR (EP0120), the master file maintenance
program.
The purpose of this test run is to test the cataloged procedure EPFMM30.
All of the programs executed by this procedure have been described in previous
tests. Refer to Test 7 for a discussion of PMSEFGN (EP0130), PSREFIN
(EP0090), and PMSEFIN (EP0100). A description of the file maintenance
programs, PSRINTR (EP0110) and PFMMSTR (EP0120), is provided in Test. 4.
The run stream for this test run contains the OCL needed to update the
master file using master file emission factor transactions. This run stream
is shown in Figure PST31-1.
The cataloged procedure executed by this run stream is EPFMM30,.
Substitutable parameters are used to specify the name of the input emission
factor file as EPEMFC3 (created in Test 16), the name of the input master file
as EPMSTR1 (created in Test 4), and the name of the output master file as
EPMSTR7. The user must supply the DD (data definition) information for the
option card files in the GENER, INSERT, and UPDATE steps. The options
specified in the GENER step are F, 80050, and NOFIAGW; the options specified
in the INSERT step are NOFLAGW, SUL I, ASH I, and EMISSION I; the option
specified in the UPDATE step is 80. Sample output produced by this test run
is shown in Figure PST31-2.
328
-------
//PSTFS1M jn» (ACCUUNjI 1M.
//*
//* GFNFkATF *ASTFK I-TLF FKTSS10N F»CTUP THAN SACtTGKS
//* LPOA1F THF CASJFrf FIL^
//*
//T£ST71« FXFC
//
//
//
//*
//* CPfAlF INTERNAL TPAKSACTICNS FhOM FHt TFfcT U
//* IkASTtP. Flit) TNSERI NFn E^'ISSTU^ FACIOK flLF
//* INFOKWATIDN IKTH THF Th AKS AC 1 TO^S > HHDATE TI-E
//* KASTER FILE M1H ThFSF Th ANSAT T TCJNi.
//*
//GEN'tR.OPTIONS D[, «
F 800SO MfFI Af.ir
//INSERT.CARD DU *
^CFLAGI« SUL I ASh 1 FMIS5IOK 1
//UPDATE .OPTIONS on *
PC
Figure PST31-1. Run Stream
329
-------
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(Page 1 of 4)
Figure PST31-2. Sample Output
330
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(Page 2 of 4)
Figure PST31-2 - continued. Sample Output
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(Page 3 of 4)
Figure PST31-2 - continued. Sample Output
332
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(Page 4 of 4)
Figure PST31-2 - continued. Simple Output
333
-------
EIS/PS Test 32 - Ad Hoc
Produce a Multlpollutant Summary Report In the Point Format
In this test run, a multipo"Mutant summary report is generated in the
point format using the cataloged procedure EPRPM40. This procedure executes
PRPPSUM (EP0240), the master file multipollutant summary report program.
PRPPSUM (EP0240) produces a report which summarizes the emissions
estimates in the master file for a maximum of ten user-specified pollutant
ID's. The report may be generated in one of five formats: point, plant,
AQCR, county, or state. The report format as we! 1 as the pollutant ID's and
their report headings are specified via control cards.
The type of report that should be generated depends on the needs of the
user. If the user requires that the emissions estimates in the point record
for the specified pollutant ID's be listed, the summary report must be
generated in the point format. This report will also list the total emissions
for each specified pollutant ID by plant, AQCR, county, and state. If the
user does not need the emissions printed for each point, the report may be
generated in either the plant format, which lists the emissions by plant,
AQCR, county, and state; the AQCR format, which lists the emissions by AQCR,
county, and state; the county format, which lists the emissions by county and
state; or the state format, which lists the emissions by state.
There are five types of control cards which can be input to PRPPSUM
(EP0240). The type-1 control card allows the user to specify the pollutant
ID's to be used in producing the report and the date which will be printed
at the top of each report page. Page 1 of Figure PST32-1 shows the fields in
which the pollutant ID's and the date must be coded.
At least one pollutant ID must be specified on the type-1 control card;
and each specified pollutant ID must be numeric. Also, the pollutant ID's
must be coded in consecutive fields starting with the first field of the
control card. Note that a maximum of ten pollutant ID's can be specified. A
T must be coded in card column 80. If there is not a valid type-1 control
card in the run stream, program execution will be terminated.
334
-------
A descriptive heading for each pollutant ID specified on the type-1
control card will be printed at the top of every report page. Each heading is
composed of three nine-character lines. Control card types 2, 3, and 4 allow
the user to supply the first two lines of the headings for the pollutant ID's
which are to be reported; the third line is supplied by the program and
contains the corresponding pollutant ID specified on the type-1 control card.
Pages 2, 3, and 4 of Figure PST32-1 show the fields in which the pollutant ID
headings must be coded. The correct card type must be specified in card
column 80.
The type-5 control card allows the user to specify the type of summary
report to be generated. The type of report is determined by the option
specified in the report format option field. Either POINT, PLANT, AQCR,
COUNTY, or STATE can be coded beginning in the first column of this field.
Also, a '5' must be coded in card column 80. Page 5 of Figure PST32-1 shows
the type-5 control card format. If the type-5 control card is not present in
the run stream or if the report format option is specified incorrectly, the
default of POINT will be assumed and the report will be generated in the point
format.
The run stream for this test run contains the JCL needed to generate a
multipollutant summary report. This run stream is shown in Figure PST32-2 and
the sample output produced by this test run is shown in Figure PST32-3.
In the run stream a substitutable parameter is used to specify the input
master file as EPMSTR6 (created in Test 19). The DD (data definition)
information for the input option card file is also supplied in the run stream.
This test utilizes each of the five control card types. The type-1
control card contains the ten pollutant ID's to be reported. Note that the
date field is blank. All of the headings for the pollutant ID's are supplied
using the type-2, type-3, and type-4 control cards. The option specified on
the type-5 card is POINT; thus, the multipollutant summary report will be
generated in the point format.
335
-------
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(Page 1 of 5)
Figure PST32-1. Control Card Formats
336
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(Page 2 of 5)
Figure PST32-1 - continued. Control Card Formats
337
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Figure PST32-1 - continued. Control Card Formats
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(Page 1 of 2)
Figure PST32-3. Sample Output
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