vvEPA
United States
Environmental Protection
Agency
Office of Air Quality
Planning and Standards
Research Triangle Park NC 27711
EPA-450/4-80-019
October 1980
Air
Emissions Inventory
System/Point Source
(EIS/PS)
Test Run Series
Documentation
Do not weed. This document
should be retained in the EPA
Region 5 Library Collection.
-------
EPA-450/4-80-019
I Emissions Inventory System/
!" Point Source (EIS/PS)
~~f
Test Run Series
Documentation
by
Larry R. McMaster, Project Leader
Research Triangle Institute
Research Triangle Park, NC 27709
4I.S. Environmental Protection Agwqf
Regfoft 5, library (Pl-12.1)
77 West Jackson Boulevard, 12th Roof
Chicago, II 60604-3590
Contract No. 68-02-3011
EPA Project Officer: Sam Colon-Velez
Prepared for
U.S. ENVIRONMENTAL PROTECTION AGENCY
Office of Air, Noise, and Radiation
Office of Air Quality Planning and Standards
Research Triangle Park, North Carolina 27711
October 1980
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This report is issued by the Environmental Protection Agency to report
technical data of interest to a limited number of readers. Copies are
available free of charge to Federal employees, current contractors and
grantees, and nonprofit organizations - in limited quantities - from the
Library Services Office (MD-35), U.S. Environmental Protection Agency;
Research Triangle Park, North Carolina 27711; or for a nominal fee,
from the National Technical Information Service, 5285 Port Royal Road,
Springfield, Virginia 22161.
This report was furnished to the Environmental Protection Agency by
Research Triangle Institute, Research Triangle Park, North Carolina
27709, in fulfillment of Contract No. 68-02-3011. The contents of this
report are reproduced herein as ^received from Research Triangle
Institute. The opinionsV findings4, and;' conclusion's expressed are
those of the author and not necessarily'"those of the Environmental
Protection Agency .k Jvferi-tionxxftcompany- or product names is not to be
considered as an endorsement-by the Environmental Protection Agency.
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TABLE OF CONTENTS
LIST OF FIGURES vi
ACKNOWLEDGEMENT xi
INTRODUCTION 1
EIS/PS TESTS
1. Create and Print the Official NADB Emission Factor File
and Description File 2
2. Create the Emission Factor File and Description File from
NEDS Transactions , 24
3. Update the Emission Factor File and Description File Using
EIS/PS Transactions and Produce an Emission Factor File
Detailed Report 35
4. Create the Initial Master File Using NEDS Transactions. ... 49
5. Update the Master File Using EIS/PS Transactions and
Produce a Formatted Dump 77
6. Submit Annual Report in NEDS Format Ill
7. Generate Master File Emission Factor Transactions to Update
the Emission Factor Information in the Master File 118
8. Edit EIS/PS Master File Transactions 126
9. Concatenate Internal Transactions, Update the Master File,
and Produce a Master File Detailed Report 129
10. Retrieve a Standard Answer File Using a COBOL Retrieval and
Produce a Formatted Dump of the Answer File 141
11. Submit Annual Report in EIS/PS Format 160
12. Produce the Master File Emissions Projection 163
13. Retrieve an Answer File Using an EIS/PS Retrieval 172
m
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14. Produce a Detailed Report of an Answer File 175
15. Produce a Sorted File Using the Sort Generator 179
EIS/PS AD HOC TESTS
16. Generate All Non-Abortive Error Messages of the Emission
Factor File Edit-Maintenance Program 189
17. Generate All Non-Abortive Error Messages of the NEDS to
EIS/PS Master File Transaction Conversion-Edit Program . . . 195
18. Generate All Non-Abortive Error Messages of the Master
File Transaction Edit Program 203
19. Generate Non-Abortive Error Messages of the Master
Maintenance Program . 211
20. Exercise All Options of the Master File Internal
Transaction Emission Factor Insertion Program 220
21. Exercise Option 2 of the Master File Emissions Projection
Program 227
22. Exercise Option 3 of the Master File Emissions Projection
Program 234
23. Produce a Quick Look Report and Answer File For
Particulate Emissions and List the Answer File 241
24. Produce Three Quick Look Reports 273
25. Produce a Quick Look Turnaround Document 283
26. Produce a Quick Look Answer File and List the File in a
Formatted Dump 289
27. Retrieve Data from the Master File and Produce Two Quick
Look Reports 297
28. Execute an EIS/PS Language Retrieval and Produce a
Formatted Dump of the Answer File 305
29. Execute a COBOL Retrieval Specifying a Copy Member and
Produce a Detailed Report of the Answer File 312
30. Generate Master File Emission Factor Transactions and
Insert Emission Factors 321
IV
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31. Generate Master File Emission Factor Transactions
and Update the Master File 328
32. Produce a Multipollutant Summary Report in the
Point Format 334
33. Produce a Multipollutant Summary Report in the
Plant Format 344
34. Produce a Multipollutant Summary Report in the
AQCR Format 348
35. Produce a Multipollutant Summary Report in the
County Format 352
36. Produce a Multipollutant Summary Report in the
State Format 356
APPENDIX A 360
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LIST OF FIGURES
Figure Page
Number Title Number
PST1-1 NEDS Emission Factor File Transaction Formats ...... 7
PST1-2 EIS/PS Emission Factor File Transaction Formats 11
PST1-3 EIS/PS Emission Factor File Transaction Load Sheet ... 16
PST1-4 Run Stream 17
PST1-5 Sample Output 18
PST2-1 Run Stream , . 25
PST2-2 Sample Output ,. . 26
PST3-1 Run Stream ,. . 37
PST3-2 Sample Output . 38
PST4-1 NEDS Point Source Transaction Formats . 55
PST4-2 Option Card Format 63
PST4-3 Run Stream 64
PST4-4 Sample Output 65
PST5-1 EIS/PS Master File Transaction Formats 81
PST5-2 EIS/PS Master File Transaction Load Sheets 95
PST5-3 Run Stream 99
PST5-4 Sample Output 100
PST6-1 Run Stream 113
PST6-2 Sample Output . 114
VI
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Figure
Number
Title
Page
Number
PST7-1 Run Stream 121
PST7-2 Sample Output 122
PST8-1 Run Stream 127
PST8-2 Sample Output 128
PST9-1 Run Stream 131
PST9-2 Sample Output 132
PST10-1 EIS/PS Retrieval Control Card 144
PST10-2 Definition of EIS/PS Retrieval Control Card Fields ... 145
PST10-3 Valid Retrieval Data Names 146
PST10-4 Format for EIS/PS Retrieval Language Specifications ... 151
PST10-5 Definitions of EIS/PS Retrieval Language
Specification Fields 152
PST10-6 EIS/PS Retrieval Specification Load Sheets 154
PST10-7 Run Stream 155
PST10-8 Sample Output 156
PST11-1 Run Stream 161
PST11-2 Sample Output 162
PST12-1 Run Stream 168
PST12-2 Sample Output 169
PST13-1 Run Stream 173
PST13-2 Sample Output 174
PST14-1 Run Stream 176
PST14-2 Sample Output 177
VII
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Figure
Number
Title
Page
Number
PST15-1 Format of Sort Specification Cards 182
PST15-2 Valid Sort Data Names 183
PST15-3 Run Stream 187
PST15-4 Sample Output 188
PST16-1 Run Stream 190
PST16-2 Sample Output , 191
PST17-1 Run Stream 196
PST17-2 Sample Output 197
PST18-1 Run Stream 204
PST18-2 Sample Output 205
PST19-1 Run Stream 213
PST19-2 Master File Internal Transactions 214
PST19-3 Sample Output 215
PST20-1 Run Stream 222
PST20-2 Sample Output 223
PST21-1 Run Stream 228
PST21-2 Sample Output 229
PST22-1 Run Stream 235
PST22-2 Sample Output 236
PST23-1 Format of Quick Look Retrieval Specification Cards . . . 243
PST23-2 Description of Quick Look Retrieval Specification
Fields 248
PST23-3 Quick Look Retrieval Load Sheets 253
vm
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Figure
Number
Title
Page
Number
PST23-4 Quick Look Data Element Abbreviations 255
PST23-5 Run Stream 264
PST23-6 Sample Output 265
PST24-1 Run Stream 275
PST24-2 Sample Output 276
PST25-1 Run Stream 284
PST25-2 Sample Output 285
PST26-1 Run Stream 290
PST26-2 Sample Output 291
PST27-1 Run Stream 299
PST27-2 Sample Output 300
PST28-1 Run Stream 306
PST28-2 Sample Output 307
PST29-1 Run Stream 314
PST29-2 Source Listing Page Containing Copy Member 315
PST29-3 Sample Output 316
PST30-1 Run Stream 322
PST30-2 Sample Output 323
PST31-1 Run Stream 329
PST31-2 Sample Output 330
PST32-1 Control Card Formats 336
PST32-2 Run Stream 341
PST32-3 Sample Output 342
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Figure
Number
Title
Page
Number
PST33-1 Run Stream 345
PST33-2 Sample Output 346
PST34-1 Run Stream 349
PST34-2 Sample Output ,. 350
PST35-1 Run Stream 353
PST35-2 Sample Output 354
PST36-1 Run Stream 357
PST36-2 Sample Output 358
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ACKNOWLEDGEMENT
This manual was prepared by the Research Triangle Institute, Research
Triangle Park, North Carolina, for the Environmental Protection Agency under
Contract 68-02-3011.
The development of this manual documenting the EIS/PS test run series has
been largely a team effort between RTI and Mr. Edward J. Mask of EPA/NADB.
The work has been conducted under the direction of Mr. Edward J. Mask of
the National Air Data Branch (NADB), who is the EPA Project Officer for the
contract.
RTI staff members principally participating in the development of this
document are:
R. C. Haws, Laboratory Supervisor
L. R. McMaster, Project Leader
D. L. Franke, Scientific Programmer/Analyst
W. M. Bailey, Scientific Programmer
F. A. Farmer, Scientific Programmer/Analyst
C. 0. Scheper, Programmer/Analyst
A. F. Tallant, Scientific Programmer
D. S. Chase, Secretary
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This page left blank intentionally.
xn
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INTRODUCTION
The purpose of this manual is to document the EIS/PS test run series
released by the Environmental Protection Agency, as part of the EIS/PS
installation package. This document replaces Air Pollution Training Institute
Manual 475, Comprehensive Data Handling System, Volume 1, Emission Inventory
Subsystem/Permits and Registration (EIS/P&R).
The test run series is divided into two major areas: basic test runs and
ad hoc test runs. The basic test runs exercise each program in EIS/PS at
least once and provide the user with a means of determining whether or not the
installation of EIS/PS has been successful.
The ad hoc test runs further exercise the capabilities of the EIS/PS
programs. The ad hoc test runs also provide the user with examples of how
various combinations of EIS/PS programs may be used to generate certain
reports or to accomplish special tasks. Any programs added to the original
EIS/PS system are exercised by ad hoc test runs.
The EIS/PS User's Guide should be used as a reference in conjunction with
this manual. Appendix A of this manual provides a cross-reference of test,
procedures, and programs.
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EIS/PS Test 1 4
Create and Print the Official NADB Emission Factor File and Description File
In this test run, the official NADB EIS/PS emission factor file and
description file are created from current NEDS emission factor transactions
using the cataloged procedure EPEME20 which executes PSRNEEF (EP0010), the
NEDS emission factor file transaction sort program; PCVNEEF (EP0020), the NEDS
to EIS/PS emission factor file transaction conversion program; PSREFTR
(EP0030), the emission factor file transaction sort program; and PEMEFAC
(EP0040), the emission factor file edit-maintenance program. A detailed
report of the emission factor file and the description file is printed using
the cataloged procedure EPRPE10 which executes PRPEFAC (EP0230), the emission
factor file detailed report program.
PSRNEEF (EP0010) sorts NEDS emission factor file transactions Into the
sequence required by PCVNEEF (EP0020). Figure PST1-1 shows the NEDS emission
factor file transaction formats. The fields of each transaction are sorted in
the following order: •
Columns Description Sort Order
1-8 SCC Ascending
80 Card Type Ascending
10 Action Code *
The first transaction in the sorted file is a header record generated by
PSRNEEF (EP0010). All NEDS emission factor file transactions must be sorted
by PSRNEEF (BP0010) before they can be used as input to PCVNEEF (EP0020).
PCVNEEF (EP0020) converts NEDS emission factor file transactions into
EIS/PS emission factor file transactions. There are three types of NEDS
emission factor file transactions: type-1, type-2, and type-3. Refer to
Figure PST1-1 for the NEDS emission factor file transaction formats. These
NEDS emission factor transactions are converted into EIS/PS emission factor
file transactions, of which there are four types. Types 1, 2, and 3 are used
* Sort sequence is D (delete), A (add), C (change),
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to create or update records in the EIS/PS description file and type-4
transactions are used to create or update records in the EIS/PS emission
factor file. Figures PST1-2 and PST1-3 show the EIS/PS emission factor file
transaction formats and the transaction load sheet, respectively.
In the input NEDS emission factor transaction file there can be a maximum
of three NEDS transactions, one of each type, associated with a given SCC
number. Each transaction associated with a given SCC number must contain the
same action code. Data from a NEDS type-1 transaction is transferred to data
fields of EIS/PS type-1 and type-2 transactions. Data from a NEDS type-2
transaction is transferred to data fields of EIS/PS type-2 and type-3
transactions. A NEDS type-3 transaction is used to create EIS/PS type-4
transactions for the five criteria pollutants (TSP, S02> NOX, HC, and CO).
Also, if the NEDS type-3 transaction is an add transaction, an EIS/PS type-4
transaction containing a pollutant ID of zero is created for the purpose of
entering ash and sulfur contents for the SCC.
The creation of an emission factor file record requires a NEDS type-3
transaction. If NEDS type-1 and/or type-2 transactions are not present for a
SCC number, the corresponding EIS/PS transaction types 1, 2, and 3 will be
generated. The data fields for these generated transactions will contain
messages indicating that they were created by PCVNEEF (EP0020). Any
combination of the three types of NEDS transactions is valid for change
transactions. Corresponding EIS/PS transactions are generated from the NEDS
change transactions, provided that all the data fields of the NEDS
transactions are not blank. Only the NEDS type-1 transaction is valid as a
delete transaction.
The option card contains a list option and an option date. When LIST is
coded in columns 1 through 4 of the option card, a listing of the input NEDS
transactions and the associated EIS/PS transactions will be printed. Leaving
this field blank will cause the transaction listing to be suppressed. An
option date must appear in columns 21 through 25 of the option card in the
Julian form YYDDD, where YY is the year and ODD is the day of the year. The
option date is inserted in the output EIS/PS transactions and should
therfore be the current date.
-------
PSREFTR (EP0030) sorts EIS/PS emission factor transactions (see Figure f
PST1-2) into the sequence required by the emission factor file
edit-maintenance program. The fields of each transaction are sorted in the
following order:
Columns Description Sort Order
3-10 SCC Ascending
11 Emission Factor Origin Ascending
12 Emission Factor Source Type Ascending
13-17 Pollutant ID Ascending
1 Card Type Ascending
2 Action Code *
18 - 22 Date Ascending
The first transaction in the sorted file is a header record generated by
PSREFTR (EP0030). All emission factor file transactions must be sorted by
PSREFTR (EP0030) before they can be used to create or update the emission
factor and description files.
PEMEFAC (EP0040) edits EIS/PS emission factor file transactions and
updates the EIS/PS emission factor and description files using those 4
transactions that pass the edit criteria. See Figure PST1-2 for the four
EIS/PS emission factor file transaction formats and Figure PST1-3 for the load
sheet.
Transaction types 1, 2, and 3 are used for updating the description file,
and type-4 transactions are used for updating the emission factor file.
Therefore, the following transactions are required to add a new SCC to the
files: one type-1 transaction, one type-2 transaction, one type-3
transaction, and one or more type-4 transactions. A maximum of 17 type-4
(pollutant) transactions is allowed by the program for each SCC/ORIGIN/SOURCE
combination, the first of which must contain a zero pollutant ID. The type-4
transaction containing the zero pollutant ID allows the user to enter the ash
and sulfur contents for the specified SCC.
Sort sequence is D (delete), A (add), C (change).
-------
When these files are updated, the header record control date for each
file is updated using the date specified by the user on the option card.
These header records also contain the date of the previous update run as well
as a generation number which begins at 1 and is incremented by 1 during each
update run. Therefore, the user can determine that the most recent files are
being used.
The option card must contain a control date supplied by the user. This
date is coded in columns 1 through 5 and must be in the Julian form YYDDD.
The option card control date must be greater than the control dates in both
file header records. The warning-suppression option controls the printing of
warning messages. Coding FLAGW in columns 7 through 11 will cause any warning
messages that are generated to be printed in the diagnostic report. To
suppress the listing of these warning messages, the field must be left blank.
Also, if the field is coded incorrectly, the warning messages will be
suppressed. The list option allows the user to obtain listings of the
transactions, the input emission factor and description files, and the output
emission factor and description files. Coding LIST in columns 13 through 16
will cause all five listings to be printed; leaving this field blank will
cause all five listings to be suppressed. Also, if the field is coded
incorrectly, the lisings will be suppressed.
PRPEFAC (EP0230) produces a detailed report of the EIS/PS emission factor
file and description file. The report is printed in ascending order by SCC
number. The description record for each SCC is printed first, followed by all
of the emission factor file records which contain a matching SCC number. Each
SCC group is further subdivided by ORIGIN/SOURCE combinations as they appear
in the emission factor file.
The run stream for this test run contains the JCL needed to create the
official NADB EIS/PS emission factor and description files and produce a
detailed report of these files. This run stream is shown in Figure PST1-4.
It does not show all the input NEDS emission factor file transactions in the
run stream, but does show the necessary JCL. The sample output produced by
this test run is shown in Figure PST1-5.
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First, the run stream executes the cataloged procedure EPEME20. |
Substitutable parameters are used to name EPEMFAC as the new emission factor
file and EPDESCR as the new description file. The user must supply the DD
(data definition) information for the input NEDS emission factor file
transactions in the SORT1 step and the option card files in the CONVERT and
UPDATE steps. Since this test run creates the initial EIS/PS emission factor
and description files, there is obviously not an input emission factor file or
description file to be accessed. This is why the old emission factor file
EPSOLEF, and the old description file, EPSOLDS, must be dummy files in the
UPDATE step. The option specified in the CONVERT step of this test run is
80032, and the options specified in the UPDATE step are 80032 and FLAGW.
Next, the cataloged procedure EPRPE10 is executed to produce a detailed
report of the emission factor and description files. Substitutable parameters
are used to specify EPEMFAC as the input emission factor file and EPDESCR as
the input description file.
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Header Record
Column # Field Length Data Type Description
1-8 8 Numeric Zeroes
9-80 72 Not Used
(Page 1 of 4)
Figure PST1-1. NEDS Emission Factor File Transaction Formats
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Card 1
Column #
1 -
11
28
45
62
8
9
10
27
44
61
78
79
80
Field Length
8
1
1
17
17
17
17
1
1
Data Type
Numeric
Alphabetic
Alphanumeric
Alphanumeric
Alphanumeric
Alphanumeric
Numeric
Description
SCC Number
Not Used
Action Code
SCC Description 1
SCC Description 2
SCC Description 3
SCC Description 4
Not Used
Card Type
(Page 2 of 4)
Figure PST1-1 - continued. NEDS Emission Factor File Transaction Formats
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Card 2
Column #
1 - 8
9
10
11 - 45
46 - 79
80
Field Length
8
1
1
35
34
1
Data Type
Numeric
Alphabetic
Alphanumeric
Alphanumeric
Numeric
Description
SCC Number
Not Used
Action Code
Units Description I
Units Description 2
Card Type
(Page 3 of 4)
Figure PST1-1 - continued. NEDS Emission Factor File Transaction Formats
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Card 3
Columns
Field Length
1
11
20
24
33
37
46
50
59
63
72
76
- 8
9
10
- 19
- 23
- 32
- 36
- 45
- 49
- 58
- 62
- 71
- 75
- 79
80
8
1
1
9
4
9
4
9
4
9
4
9
4
4
1
Data Type
Numeric
Alphabetic
Numeric
Alphanumeric
Numeric
Alphanumeric
Numeric
Alphanumeric
Numeric
Alphanumeric
Numeric
Alphanumeric
Numeric
Description
SCC Number
Not Used
Action Code
TSP Emission Factor*
TSP Flags
S02 Emission Factor*
S02 Flags
NOX Emission Factor*
NOX Flags
HC Emission Factor*
HC Flags
CO Emission Factor*
CO Flags
Not Used
Card Type
*Format includes a decimal point with 6 digits to the left and 2 digits to the
right.
Figure PST1-1 - continued,
(Page 4 of 4)
NEDS Emission Factor File Transaction Formats
10
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Header Card
Columns Field Length Data Type Definition
1-22 22 Numeric Zeroes
23 - 80 58 Not Used
(Page 1 of 5)
Figure PST1-2. EIS/PS Emission Factor File Transaction Formats
11
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Card 1
Columns
Field Length
Data Type
Description
3
11
18
23
40
57
74
1
2
- 10
- 17
- 22
- 39
- 56
- 73
- 80
1
1
8
7
5
17
17
17
7
Numeric
Alphabetic
Numeric
Blank
Numeric
Alphanumeric
Alphanumeric
Alphanumeric
Card Type
Action Code
SCC Number
Key Alignment.
Date
SCC Description
SCC Description
SCC Description
Not Used
Category 1
Category 2
Category 3
(Page 2 of 5)
Figure PST1-2. EIS/PS Emission Factor File Transaction Formats
12
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Card 2
Columns
Field Length
Data Type
Description
3
11
18
23
40
75
1
2
10
17
22
39
74
80
1
1
8
7
5
17
35
6
Numeric
Alphabetic
Numeric
Blank
Numeric
Alphanumeric
Alphanumeric
Card Type
Action Code
SCC Number
Key Alignment
Date
SCC Description - Category 4
Units Description, Characters 1 to 35
Not Used
(Page 3 of 5)
Figure PST1-2 - continued. EIS/PS Emission Factor File Transaction Formats
13
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Card 3
Columns
1
2
10
17
22
56
80
Field Length Data Type
3
11
18
23
57
1
1
8
7
5
34
24
Numeric
Alphabetic
Numeric
Blank
Numeric
Alphanumeric
Definition
Card Type
Action Code
SCC Number
Key Alignment
Date
Units Description, Characters 36 to 69
Not Used
(Page 4 of 5}
Figure PST1-2 - continued. EIS/PS Emission Factor File Transaction Formats
14
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Columns
Field Length
3
13
18
23
43
47
49
58
61
64
68
1
2
- 10
11
12
- 17
- 22
- 42
- 44
45
46
- 48
- 57
- 60
- 63
- 66
67
- 80
1
1
8
1
1
5
5
20
2
1
1
2
9
3
3
3
1
13
Card 4
Data Type
Numeric
Alphabetic
Numeric
Alphabetic
Alphanumeric
Numeric
Numeric
Alphanumeric
Alphabetic
Alphabetic
Alphanumeric
Numeric
Numeric
Numeric
Numeric
Alphanumeric
Description
Card Type
Action Code
SCC Number
Emission Factor Origin
Emission Factor Source Type
Pollutant ID
Date
Pollutant Name
NEDS V Flags (not used)
Ash Flag
Sulfur Flag
Unit of Measure Code
Emission Factor
Ash Content*
Sulfur Content*
Control Device Efficiency
Emission Factor Confidence Level
Not Used
^Necessary only on zero pollutant transactions
(Page 5 of 5)
Figure PST1-2 - continued. EIS/PS Emission Factor File Transaction Formats
15
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COMPREHENSIVE DATA HANDLING SYSTEM (COHS! - .,.
EMISSION FACTOR FILE TRANSACTIONS
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NEDS UNITS 1 - 35
40 74
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NEDS UNITS 36 -69
23
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Figure PST1-5 - continued.
22
(Page 5 of 6)
Sample Output
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(Page 6 of 6)
Figure PST1-5 - continued. Sample Output
23
-------
EIS/PS Test 2
Create the Emission Factor File and Description File from NEDS Transactions
In this test run the emission factor file and description file are
created from NEDS transactions using the cataloged procedure EPEME20 which
executes PSRNEEF (EP0010), the NEDS emission factor file transaction sort
program; PCVNEEF (EP0020), the NEDS to EIS/PS emission factor file transaction
conversion program; PSREFTR (EP0030), the emission factor file transaction
sort program; and PEMEFAC (EP0040), the emission factor file edit-rnaintenance
program.
These same programs were used in Test 1 to create the official NADB
EIS/PS emission factor file and description file. For a description of each
program refer to Test 1.
The run stream for this test run contains the JCL needed to create the
EIS/PS emission factor and description files. This run stream is shown in
Figure PST2-1. It does not show all the input NEDS emission factor file
transactions in the run stream, but does show the necessary JCL.
The cataloged procedure executed by this run stream is EPEME20.
Substitutable parameters are used to name EPEMFC1 as the new emission factor
file and EPDESC1 as the new description file. The user must supply the DD
(data definition) information for the input NEDS emission factor file
transactions in the SORT1 step and the option card files in the CONVERT and
UPDATE steps. Since this test run creates the initial EIS/PS emission factor
and description files, there is obviously not an input emission factor file or
description file to be accessed. This is why the old emission factor file
EPSOLEF, and the old description file, EPSOLDS, must be dummy files in the
UPDATE step. The options specified in the CONVERT step of this test run are
LIST and 80057, and the options specified in the UPDATE step are 80057, FLAGW,
and LIST. Refer to Figure PST2-2 for the sample output produced by this
test run.
24
-------
f ACCfiUM H«r-
CKEAlL 1HL TFbT FMIS?1"N
FlLt ANU UFbCKIPTlOr.1 FILF FROM
/ 1
//*
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Nt »'t "FC=EPFMFC1 ,
s '50, ?0'
THE TtSI EuiSSTL>N FACIOft KILF AuD nfcSC»I°lIUM FILE
1 .INPUT HO
10100101
17.00 A
1 RUTLFK
10100105
10100105
101001 r>5 A 1/.00 A
10100ir>b AFxTCDMP BUILFK
1010"10h ATOMS h'JHMtn
1U1001 Ob A ?.00 A
30100S01 AChFMICAL MFG
3010050] A
•50100501 A ?3«0.00
^01C>130i» AChFMICAL MFG
^010130? ATu'^S PI'tfF ACTu
^ 0 1 0 1 3 n ATNANTHPAC1TE COAL
3B.OO S 18.00 .00
ELLTTPIC GEfJ£RATN4NTHPACITL COAL
3B.OO S 1 B.OO .03
ELECTRIC GENESATMAIVTHBACjTt CHAL
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0 2
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CHANNEL PROCFSS
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till
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Figure PST2-1. Run Stream
25
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(Page 1 of 9)
Figure PST2-2. Sample Output
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Figure PST2-2 - continued. Sample
27
(Page 2
Output
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29
(Page 4 of 9)
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(Page 5 of 9)
Figure PST2-2 - continued. Sample Output
30
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(Page 8 of 9}
Sample Output
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(Page 9 of 9)
Figure PST2-2 - continued. Sample Output
34
-------
EIS/PS Test 3
Update the Emission Factor File and Description File Using EIS/PS Transactions
and Produce an Emission Factor File Detailed Report
In this test run, the emission factor and description files are updated
with EIS/PS emission factor file transactions using the cataloged procedure
EPEME10 which executes PSREFTR (EP0030), the emission factor file transaction
sort program, and PEMEFAC (EP0040), the emission factor file edit-maintenance
program. A detailed report of the updated files is printed using the
cataloged procedure EPRPE10 which executes PRPEFAC (EP0230), the emission
factor file detailed report program.
Descriptions of PSREFTR (EP0030), PEMEFAC (EP0040), and PRPEFAC (EP0230)
were given in Test 1. PSREFTR (EP0030) and PEMEFAC (EP0040) were also used in
Test 2 to create the initial emission factor and description files. In this
test, records are added to the files and records are changed and/or deleted.
Changing data in existing description file records requires a type-1,
type-2, or type-3 transaction, depending on the data being changed. Any data
field can be changed, except the key field (the SCC number). However, the
control date field is changed by PEMEFAC (EP0040) only if the date of the
transaction is greater than the control date of the description file record.
Changing data in an existing emission factor file record requires a type-4
transaction. Any data can be changed, except the key fields (the SCC number,
the origin, the source type, the pollutant ID, and the record date). However,
the control date field of the record (not to be confused with the record date
field, which contains the record's creation date) is changed by PEMEFAC
(EP0040) only if the transaction date is greater than the control date.
Deleting an SCC from the description file and the emission factor file
requires a type-1 delete transaction. This will cause the description record
and all pollutant records associated with the specified SCC to be deleted from
their respective files. Deleting a single pollutant record from the emission
factor file requires a type-4 delete transaction.
35
-------
The run stream for this test run contains the JCL needed to update the
emission factor and description files and produce a detailed report of these
files. This run stream is shown in Figure PST3-1. It does not show all the
input EIS/PS emission factor file transactions in the run stream, but does
show the necessary JCL. The sample output produced by this run stream is
shown in Figure PST3-2.
First, the run stream executes the cataloged procedure EPEME10.
Substitutable parameters are used to specify EPEMFC1 (created in Test 2) as
the current emission factor file, EPDESC1 (created in Test 2) as the current
description file, EPEMFC2 as the new emission factor file and EPDESC2 as the
new description file. The user must supply the DD (data definition)
information for the input EIS/PS emission factor file transactions in the SORT
step and the option card file in the UPDATE step. The options specified in
this step are 80062 and LIST.
Next, the cataloged procedure EPRPE10 is executed to produce a detailed
report of the emission factor and description files. Substitutable parameters
are used to specify EPEMFC2 as the input emission factor file and EPDESC2 as
the input description file.
36
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Jf)o
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37
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(Page 4 of 11)
Figure PST3-2 - continued. Sample Output
41
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tO 0*0000 OOOOO OOOOO OOOOO OOOOO OOOOO OOOOO OC>OOO
O OOOOO OOOOK1 OOOOO OOOOO OOOOO OOOOO OOOOO OOOOO
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a3aDcoflo«a>coa>aDcoa3a>coa^roooooooooooooooooooooooooooooooc>o
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(Page 5 of 11)
Figure PST3-2 - continued. Sample Output
42
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Q O O O O Q Z>
UJ UJ UJ Uj UJ IU O
z z z .£ z z o u
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crcrc^LratatacccujujuJ cra:[£aicgQ:crujLUuj 0.0 to to uj uj u.
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CDCOCOCOCQlBmcD CD CD CD CD CD CD OQ OO o »-• o ujuj
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UJU1UJUJUJIJJUJOOOOOOOO333UJUJUJOOOOOOO333 333ZZZZO:33UJUJUJUJ
C)OOOOocjcjcr>a-a 0.0.0.0.0.
•-1 ZZZZZZZOOOOOOOO_)_I_JZZZOOOOOOO_J_J_) ZZZZZZZZ2ZZZZZZZZ
_i oooaoooooooooooM>-i»--«i-« ooaooaooooaoooooo
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Figure PST3-2 - continued. Sample Output
43
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(Page 8 of 11}
Figure PST3-2 - continued. Sample Output
45
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(Page 9 of 11)
Figure PST3-2 - continued. Sample Output
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EIS/PS Test 4
Create the Initial Master File Using NEDS Transactions
In this test run, an initial EIS/PS master file is created from NEDS
transactions using the cataloged procedure EPFMM20 which executes PSRNETR
(EP0050), the NEDS transaction sort program; PCENETR (EP0060), the NEDS to
EIS/PS master file transaction conversion-edit program; PSREFIN (EP0090), the
master file internal transaction pre-insertion sort 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.
PSRNETR (EP0050) sorts NEDS point source transactions (see Figure PST4-1
for the transaction formats) into the sequence required by PCENETR (EP0060).
The fields of each transaction are sorted in the following order:
Record Position Description Sort Sequence
1-2 State Ascending
3-6 County Ascending
7-9 AQCR Ascending
10 - 13 Plant ID Ascending
14 - 15 Point ID Ascending
18 - 25 SCC Ascending
80 Card Number Ascending
78 Action Code *
All NEDS transactions must be sorted by PSRNETR (EP0050) before they can be
converted to EIS/PS master file transactions.
PCENETR (EP0060) edits the input NEDS point source transactions and
converts those that pass the edit criteria into EIS/PS internal transactions.
The input NEDS point source transactions include the PI through P7 cards;
i.e., seven different formats. The NEDS PI transaction is converted into type
01, 02, and 03 internal transactions. The NEDS P2, P3, P4, and P5
Sort sequence is D (delete), A (add), C (change).
49
-------
transactions are converted into type 11, 12, and 13 internal transactions. A
NEDS P6 transaction is converted into type 21, 22, and 23 internal
transactions. The NEDS P7 transaction can be converted into internal
transaction types 24 and 25 or into either internal transaction type 04 or 14.
Thus, all data fields from the NEDS transactions can be included in the EIS/PS
master file. Refer to Figure PST4-1 for the NEDS point source transaction
formats.
The plant, point, and SCC records in the master file can be added,
changed, or deleted using NEDS transactions. In this test, the function of
the transactions is to create (or add) records in the EIS/PS master file.
The action code on the transactions must be 'A' in order to create any
master file records. To add a plant record to the master file, a valid PI
transaction is required. Note that a plant record must be present in the
master file or the transaction to create a plant record must be in the input
transaction file before any other records (point or SCC) will be accepted for
that plarit. Valid P2, P3, P4, and P5 transactions are required to add a point
record to the master file. To add an SCC record, a valid P6 transaction is M
required. Before an SCC record can be added to the master file for a specific
point, the point record must be present in the master file or the transactions
to create the point record must be in the input transaction file.
To change a non-key field in a master file record, the user enters the
appropriate transaction; i.e., a PI, P2, P3, P4, P5, P6, or P7 transaction,
with the same key information as the master file record to be changed. Also,
this transaction must have an action code of 'C' and contain the new
information for the field to be changed. If these requirements are met, the
non-blank, non-key fields of the transaction will replace the corresponding
fields in the master file record. A change transaction with an asterisk in
the first position of an optional (or non-key) field will cause that field in
the master file to be flagged for deletion and change the first character in
the field to an asterisk.
Similarly, the deletion of a master file record requires that the user
enter a transaction with the same key information as the master file record to
be deleted. However, the transaction must also have an action code of 'D1 and
50
-------
the remaining fields should contain blanks. It should be noted that the
records would be flagged for deletion but not physically deleted. When a
record is flagged for deletion, all its subordinate records are also flagged
for deletion.
The options in this program are used to determine if the year field in
the NEDS transactions is valid, if the warning messages are to appear in the
diagnostic report, and if the input NEDS transactions and output internal
transactions should be printed. A two-digit year must be specified in card
columns 1 and 2 of the option card in order to edit the year field in the NEDS
transactions (the transaction year must not be greater than the option card
year). If the warning messages are to be printed in the diagnostic report,
the word FLAGW must appear in card columns 4 through 8; or, the warning-level
messages will be suppressed. In order for the input NEDS transactions and
output internal transactions to be printed, the word LIST must appear in
columns 10 through 13 of the option card; otherwise, the listings will not be
printed. A valid option card must be present in the run stream; failure to
enter the option card will cause program execution to be terminated
prematurely.
PSREFIN (EP0090) sorts EIS/PS internal transactions into the sequence
required by PMSEFIN (EP0100). All master file internal transactions must be
sorted by PSREFIN (EP0090) before they can be used for the insertion of
emission factors.
PMSEFIN (EP0100) inserts emission factor information from the EIS/PS
emission factor file into the type 21 and 23 internal transactions. The
information to be inserted, as well as the conditions for insertion, are
specified on the option card.
In order to insert information, PMSEFIN (EP0100) matches the type 23
internal transactions to the emission factor file records by SCC number,
origin, source, and pollutant ID; and, it matches the type 21 internal
transactions by SCC number, origin, and source to emission factor file records
which have pollutant ID'S of zero and contain the ash and sulfur contents for
their respective SCC number. If an internal transaction has a source of 'H',
(hand calculate) no insertion will be made into that transaction.
51
-------
If a matching emission factor file record is found for an internal
transaction, the information in that record is inserted into the appropriate
fields of the transaction. If the user submits a type 23 internal transaction
containing a pollutant ID of zero, PMSEFIN (EP0100) will create a type 23
internal transaction to correspond to each pollutant ID contained in the
emission factor file for that SCC, origin, and source combination. No changes
are made to any of the other input internal transactions.
The user may specify by means of an option card the transaction fields
for insertion and may specify whether or not data from the emission factor
file should override (i.e., replace) existing data in any of those fields.
The user also specifies whether or not emission factor file data must satisfy
a date criterion, whether or not the input internal transactions must satisfy
a date criterion, whether or not the date of the internal transactions is to
be replaced by the date of the emission factor information, and whether or not
warning messages should be printed. All options are specified in fixed fields
on the option card. See Figure PST4-2 for the format of the option card.
A transaction field is specified for insertion by coding its identifier M
and an 'I1 in the appropriate option card field. The valid fields for
insertion and their identifiers are as follows:
Field Identifier
Sulfur Content SUL
Ash Content ASH
Emission Factor EMISSION
The emission factor field is the default insertion field if no valid fields
are specified for insertion.
If a valid transaction field has been specified for insertion, that field
must be blank for any data to be inserted. If the user desires to insert data
into a field regardless of its content, he can specify an override for that
field by coding an '0' in the appropriate option card field. If an override
is specified for a particular field, any data in that field will be replaced
with data from the matching emission factor file record.
A date criterion can be established for the emission factor file data by
coding a date identifier of EDAT and a date value. The date value is
52
-------
expressed as a Julian date; that is, as a 5-character number, the first two
digits of which represent the year, and the last three the day within the
year. No insertion will be made into a field if the date of the matching
emission factor file record is prior to the specified date. If no date
criterion is specified, insertions will be made regardless of the date of the
emission factor file data.
Likewise, a date criterion can be established for the input internal
transactions by coding a date identifier of TDAT and a date value. No
insertion will be made into any transaction with a date prior to this date.
If no date criterion is specified, insertions into the transactions will be
made regardless of their dates.
If the user desires to replace the date of each transaction with the date
of the matching emission factor file record, he can do so by coding R in
column 80 of the option card. Otherwise, no change will be made in the date
of the trasnaction.
If FLAGW is coded in the warning message suppression field of the option
card, all warning messages will be printed in the diagnostic report; if
NOFLAGW is coded, no warning messages will be printed. If this field is left
blank or improperly coded, a default of NOFLAGW is assumed.
PSRINTR (EP0110) sorts master file internal transactions into the
sequence required by PFMMSTR (EP0120). All internal transactions must be
sorted by PSRINTR (EP0110) before they can be used for creating or updating
the master file.
PFMMSTR (EP0120) creates and maintains the EIS/PS master file which is a
variable-length, sequential file. This file contains four types of records:
plant, point, SCC, and comment.
The plant record contains general descriptive information pertaining to
an individual plant (point source). Plants are defined by a plant ID within
the county. These ID's are assigned sequentially beginning with 0001.
Each plant can contain up to 1,296 emission points. Each emission point
is defined by a point record. NEDS point ID's are used to identify the
points. The point record contains descriptive information on the point and
its emissions, as well as detailed emission information for a maximum of 16
pollutants.
53
-------
Each point record can have up to ten SCC records associated with it.
More than one SCC record can be defined for an SCC by using the SCC sequence
number. The SCC record contains descriptive information related to the SCC as
well as detailed emission factor information for a maximum of 16 pollutants.
Comment records are related to emission points. Up to 99 comments with
up to 999 lines (records) each can be used for a single point. The comment
records are 'free form1 and can contain permits and registration information
as well as other comments desired for the point.
The options in PFMMSTR (EP0120) are used to determine if the warning
messages are to be printed in the diagnostic report and if the listings of the
input and output master file and of the internal transactions should be
produced. A two-digit year may be specified in card columns 1 and 2. A value
of FLAGW in card columns 4 through 8 will allow the warning messages to be
printed. Otherwise, no warning messages will be printed. Similarly, a value
of LIST in card columns 10 through 13 will produce all the listings. If the
field is blank or invalid, the listings will not be produced.
The run stream for this test run contains the JCL needed to create an M
EIS/PS master file from NEDS transactions. This run stream is shown in Figure
PST4-3. It does not show all the input NEDS transactions in the run stream,
but does show the necessary JCL.
The cataloged procedure executed by this run stream is EPFMM20.
Suiistitutable parameters are used to specify EPEMFC2 (created in Test 3) as
the input emission factor file and EPMSTR1 as the newly created master file.
The user must supply the DD (data definition) information for the input NEDS
transaction file in the SORT1 step and the option card files in the CONVERT,
INSERT, and UPDATE steps. The options specified in the CONVERT step are 80,
FLAGW and LIST. For the INSERT step of the test run the options specified
are: FLAGW, SUL 10, ASH 10, EMISSION 10, and R. And, the options specified
in the UPDATE step are 80, FLAGW, and LIST. Since this test run creates the
initial EIS/PS master file, there is obviously not an input master file to be
accessed. This is why the old master file EPSOLMF must be a dummy file in the
UPDATE step. Refer to Figure PST4-4 for the sample output produced by this
test run.
54
-------
NEDS TRANSACTION - PI CARD
Column #
Field Length
1 -
3 -
7 -
10 -
14 -
18 -
20 -
22 -
62 -
75 -
2
6
9
13
17
19
21
61
73
74
77
78
79
80
2
4
3
4
4
2
2
40
12
1
3
1
1
1
Data Type
Numeric
Numeric
Numeric
Alphanumeric
Numeric
Numeric
Numeric
Alphanumeric
Alphanumeric
Alphabetic
Alphabetic
Alphabetic
Numeric
Description
State
County
AQCR
Plant ID
City
UTM Zone
Year of Record
Name and Address
Contact
Ownership Code
Unused
Action Code
• p.
Card Number
(Page 1 of 8)
Figure PST4-1. NEDS Point Source Transaction Formats
55
-------
NEDS TRANSACTION - P2 CARD
Column #
Field Length
Data Type
1 -
3 -
7 -
10 -
14 -
16 -
18 -
22 -
24 -
28 -
33 -
37 -
40 -
44 _
51 -
56 -
60 -
2
6
9
13
15
17
21
23
27
32
36
39
43
50
54
55
59
77
78
79
80
2
4
3
4
2
2
4
2
4
5
4
3
4
7
4
1
4
18
1
1
1
Numeric
Numeric
Numeric
Alphanumeric
Alphanumeric
Numeric
Numeric
Numeric
Numeric
Numeric
Numeric
Numeric
Numeric
Numeric
Numeric
Numeric
Alphabetic
Alphabetic
Numeric
Description
State
County
AQCR
Plant ID
Point ID
Year of Record
SIC
IPP
UTM Horizontal Coordinate
UTM Vertical Coordinate
Stack Height
Stack Diameter
Stack Temperature
Exhaust Flow Rate
Plume Height
Unused
Points with Common Stack
Unused
Action Code
• p.
Card Number
(Page 2 of 8)
Figure PST4-1 - continued. NEDS Point Source Transaction Formats
56
-------
NEDS TRANSACTION - P3 CARD
Column #
Field Length
Data Type
1
3
7
10
14
16
18
23
26
29
32
35
38
41
44
47
- 2
- 6
- 9
- 13
- 15
- 17
- 22
- 25
- 28
- 31
- 34
- 37
- 40
- 43
- 46
- 49
2
4
3
4
2
2
5
3
3
3
3
3
3
3
3
3
Numeric
Numeric
Numeric
Alphanumeric
Alphanumeric
Numeric
Numeric
Numeric
Numeric
Numeric
Numeric
Numeric
Numeric
Numeric
Numeric
Numeric
Description
State
County
AQCR
Plant ID
Point ID
Year of Record
Boiler Design Capacity
Primary Control Equipment -
TSP
Secondary Control Equipment
TSP
Primary Control Equipment -
S02
Secondary Control Equipment
S02
Primary Control Equipment -
NOX
Secondary Control Equipment
NOX
Primary Control Equipment -
HC
Secondary Control Equipment
HC
Primary Control Equipment -
CO
(Page 3 of 8)
Figure PST4-1 - continued. NEDS Point Source Transaction Formats
57
-------
NEDS TRANSACTION - P3 CARD - continued.
Column #
50 -
53 -
56 -
59 -
62 -
65 -
68 -
52
55
58
61
64
67
77
78
79
80
Field Length
3
3
3
3
3
3
10
1
1
1
Data Type
Numeric
Numeric
Numeric
Numeric
Numeric
Numeric
Alphabetic
Alphabetic
Numeric
Description
Secondary
CO
Estimated
TSP
Estimated
S02
Estimated
NOX
Estimated
HC
Estimated
CO
Unused
Control
Control
Control
Control
Control
Control
Equipment •
Efficiency
Efficiency
Efficiency
Efficiency
Efficiency
Action Code
• p.
Card Number
(Page 4 of 8)
Figure PST4-1 - continued. NEDS Point Source Transaction Formats
58
-------
NEDS TRANSACTION - P4 CARD
Column #
Field Length
Data Type
1
3
7
10
14
16
18
26
31
38
45
52
59
71
74
- 2
- 6
- 9
- 13
- 15
- 17
- 25
- 30
- 37
- 44
- 51
- 58
- 65
66
67
68
69
70
- 73
- 77
78
79
80
2
4
3
4
2
2
8
5
7
7
7
7
7
1
1
1
1
1
3
4
1
1
1
Numeric
Numeric
Numeric
Alphanumeric
Alphanumeric
Numeric
Numeric
Numeric
Numeric
Numeric
Numeric
Numeric
Numeric
Numeric
Numeric
Numeric
Numeric
Numeric
Numeric
Alphabetic
Alphabetic
Numeric
Description
State
County
AQCR
Plant ID
Point ID
Year of Record
Percentage Thruput
Operating Rate
Emissions Estimate - TSP
Emissions Estimate - S02
Emissions Estimate - NOX
Emissions Estimate - HC
Emissions Estimate - CO
Estimation Method - TSP
Estimation Method - S02
Estimation Method - NOX
Estimation Method - HC
Estimation Method - CO
Space Heat
Unused
Action Code
• p.
Card Number
(Page 5 of 8)
Figure PST4-1 - continued. NEDS Point Source Transaction Formats
59
-------
NEDS TRANSACTION - P5 CARD
Column #
Field Length
Data Type
1
3
7
10
14
16
18
25
32
39
46
54
58
65
- 2
- 6
- 9
- 13
- 15
- 17
- 24
- 31
- 38
- 45
- 52
53
- 57
- 63
64
- 76
77
78
79
80
2
4
3
4
2
2
7
7
7
7
7
1
4
6
1
12
1
1
1
1
Numeric
Numeric
Numeric
Alphanumeric
Alphanumeric
Numeric
Numeric
Numeric
Numeric
Numeric
Numeric
Numeric
Numeric
Numeric
Numeric
Numeric
Alphabetic
Alphabetic
Numeric
Description
State
County
AQCR
Plant ID
Point ID
Year of Record
Allowable Emission - TSP
Allowable Emission - SQ£
Allowable Emission - NOX
Allowable Emission - HC
Allowable Emission - CO
Compliance Status
Compliance Schedule
Compliance Update
ECAP
Control Regulations
Unused
Action Code
• p.
Card Number
(Page 6 of 8)
Figure PST4-1 - continued. NEDS Point Source Transaction Formats
60
-------
NEDS TRANSACTION - P6 CARD
Column #
Field Length
1 -
3 -
7 -
10 -
14 -
16 -
18 -
26 -
33 -
40 -
43 -
46 -
51 -
73 -
2
6
9
13
15
17
25
32
39
42
45
50
70
71
72
77
78
79
80
2
4
3
4
2
2
8
7
7
3
3
5
20
1
1
5
1
1
1
Data Type
Numeric
Numeric
Numeric
Alphanumeric
Alphanumeric
Numeric
Numeric
Numeric
Numeric
Numeric
Numeric
Numeric
Alphanumeric
Alphabetic
Numeric
Alphabetic
Alphabetic
Numeric
Description
State
County
AQCR
Plant ID
Point ID
Year of Record
SCC
Fuel Process Rate
Maximum Design Rate
Sulfur Content
Ash Content
Heat Content
Source Description
Source Code
Confidentiality
Unused
Action Code
• p.
Card Number
(Page 7 of 8)
Figure PST4-1 - continued. NEDS Point Source Transaction Formats
61
-------
NEDS TRANSACTION - P7 CARD
Column #
1
3
7
10
14
16
18
26
2
6
9
13
15
17
25
77
78
79
80
Field Length
2
4
3
4
2
2
8
52
1
1
1
Data Type
Numeric
Numeric
Numeric
Alphanumeric
Alphanumeric
Numeric
Numeric
Alphanumeric
Alphabetic
Alphabetic
Numeric
Description
State
County
AQCR
Plant ID
Point ID
Year of Record
sec
Comment
Action Code
.P.
Card Number
(Page 8 of 8)
Figure PST4-1 - continued. NEDS Point Source Transaction Formats
62
-------
Column Column Column Column
#1 #9 #16 #23
V
V
V
V
Column
#35
Column
#46
Column
#80
v
V
FLAGW SUL I ASH I EMISSION I EDAT XXYYY TDAT XXYYY
or or or or
NOFLAGW SUL 10 ASH 10 EMISSION 10
Note: 1. XX denotes the year; YYY the Julian date
2. Each field must contain one of the valid values indicated for
it or be blank.
Figure PST4-2. Option Card Format
63
-------
r /if
//• ffMTt A MAhlf" Flit f WlJM M-.f>i> [CANJ>«CT JONS
//*
//TLS1UA fcXtC f H F (-"-V 0 ,
// FMFCF ] i ZFP
//* CKFATt 7 H^ 1M1TJAL KfthTt1- Flit
//*
//*(j* ! 1 . INPUT nil *
0100 f> 1001 0 001 API
1 0 1 O^OO?" 1 00"01 9S
10000i)0?rt] Ool 1 1 1 1 riR8<'
lOlOooo,?aifloiSH3 (Mi)Oinoooloooo 01
101 onooaainot b «^ 1)10097^0010000 01
10100002U10U1S 85
1 01 00002^1 OOlb 60112^4497
lul 00
1 01 0000?ai 00 1SiH077777 777 777777777777 7777 7777 777777 7S9P9Q9<)909 .-17L1S KFEHSVILLE K S"I7h P AP]
1 o 1 7721 f\ 1 22S01'J^o001 8" 1 Oo?60000 1 2"bOQOO uOufl A"2
! 0 t 772121 9?2° 9n u^n" 0 1 PO 1 OO^o" 0^0 1 2 Uo0 0 00 0000 AP2
u1
(Remainder of transactions omitted)
H A r, r LIST
I'v^t"! .uPT TU' t> ur
«I,- ^III T.I A^H
l.'Pl'MTt .E "MlL^F ill'
npllATt .il° 1 III" S U^
K Al^n Li i>T
Figure PST4-3. Run Stream
64
-------
•x
o
a.
tX
J
3
TC.
o
a
t-
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<\l <\J
f\j y*
z c
3 i-<
t- o b.
aj o
Z I -* ••
a: ~> I D
co a. uj
a .. i—
D 0.
£L t-
uj > o
i: uj uj a.
< _! I- OC —i O
Z < O
Z CO U U. U.
I O Q. Z O O
cr to
O >-i t- UJ
O > CO >—
o: uj < <
Q. OC _J O
x a:
UJ UJ
3> D
I £
^ D
Z Z
(Page 1 of 12)
Figure PST4-4. Sample Output
65
-------
o
UJ
2
.0
a.
s
o-
._!
^*\ •.
O — '
-o
0 >-
O CC
u. <*
OJ -D
*-^ Or
oa
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(Page 5 of 12)
Figure PST4-4 - continued. Sample Output
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(Page 6 of 12)
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Figure PST4-4 - continued. Sample Output
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Figure PST4-4 - continued. Sample Output
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c c
o o
c c
330
o c c
GOO
U*^ LP U"1
o o o
coo
o o o
c o c
o o o
X oD ac
000
o c o
fX IX Aj
c o c
o o o
coo
OOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOCO
000
o c c
000
o o o
o o o
o o o
o o o
o o o
cc X- cc
o o o
o o o
3 7 31
AJ AJ f\j
CO X X
o c- o
000
o o c
00 X X>
o o o
(Page 11 of 12)
Figure PST4-4 - continued. Sample Output
75
-------
o »~o
z
X
a:
a.
c
_
o
c
r-.
>289046b 00 1 80 1 003bOOOl
0000 133 0000030025000 00 1081 PI 72003b.C I GAH MFG
IftPR. A .L JUNE'S GENEKAL
1 1 8 0 0 « 2 9 2525252508652000020000 007 008 0080 000
0000 01700 0001 00 2500 00 u 1081H
1 8PR. A . L JUNES GENEkAL
> 1 8 0 0 4 2 9 2525252c'08b5200 00 2000000/0 080080
0000 0 17 (lOOOOl 00 250 00001 082H1750001
806018 T T CJUEEN AG StHv
5 a ? 0 0 o 0 3 u Oj>«382 0 o8b35d 01 (KioOnOOO 000 00 080000
ooo5oooooo8uoooooonuoooooiP I.IMESI CWUSH
OOfaO PK TuPKES BETIbRl
3-0 — 0 — 0 := 0
c c: c o
~t c AJO r\j c ou c
.- cr — c — c 3 —
»\)O OO O O « O
f\j (X ry ,/i
o o o o
— — — ff\
CO — CO — OC^CC*.-
— *MO — *\jo — r\jo— njo
ooocoooocc oc
(-•^^(Ci^KaJi^^e&f.
o
IT
"u
<"\j
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c
c
c
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x. ir
LT. O
o~ c
r\j o
0
0
c
c
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r\j
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LP C
C
o
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0 O
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o
0 0
— < \l
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r- t
'6000556 OOOuO 00000000080000
012500002 0 000 0 0000 000 00001P
1 9PJ.AN(,LEKL1 BEST CO
'73005^7 ?5252525oHb5200n 000 ouO 0000000080 000
0008728000*42000000 no OuOOOlP 1271 0162
OOfaO SJ M KHYTEtZ CENTRAL
> 2951 iT
>3oSu020200
3273 u"
30502001 00
0 C — c C —
— "y o -« -y c
c o o o o o
1- OD f^ J^ t fC
5500610 01751080500007
0013970 000025000081B ttAGAiSE
bSOOblO 01751080500007
0013970 00002500008l8BAbASSE
'SSOOblO 01751080500007
0013970 00no?5000081 StttGftSSE
'5500610 00547 01165070050001 3
0085090 r>000250000>MBBAGASSE
19PP.VEGA unAPEW
2700bl2 252^2525 OS552IHMH)000 000^00000085000
001y92°0011uB3 0000 000 OnoOlP
1BPN BAi^fcR CARIriE
«500t,38 252^2525 08b5?0 00 001) 00000 00000000000
00000420(1000020000000 00 0"1C
IbPSSVtEKFT] HENBtCK
>1 000762 2525252 Si b5520 1>0 00000
00000290000007 2PtTHYLfcNE OXIOE KA«v M
lSuJ."uM\E1 S"'1IH I
M 0 o o 3 7 2 5 2 5 2 5 2 S t."J 7 ^ 2 0 u ? i 9 o o (.) 0 o ? 2 1 1 0 0 6 9 0 ') T, ?;
n o 0 0 5 i b 0 0 0 1 n 5 8 0 11 o o f, (KM o 8 1 o
18PH ft CAPOTE ttl Ml ' '•
3r«0o83 252S25250P552 o 'Hi 0 0 '1u 0 0 0 0 1 o r, ., 0 0
OOn000000288500L'oOOoOonoO!Pl2'!0052
18PJ F Jl^ES !i!\rs A
16PSHOUI R L L ANCL J
2041 b34
OOOOOOOO OO OO OO OO OO T
oooc c o cc^c^-c
"\jruAJ*- O C 3C--«O."U
— •OOCj 7O o "^J ^-i^« ^"\J i/l
c.oooocoo r*-^vj AJ ice? ^o 30 t?
oooo o o o o o
OOOCOOOO — CC— OO^OC^CC. — C.O-. — 0
— nj— ru— *f\j«r\jo— roo— «ruo--«"uo— -ruo^r\joO"
oooooooooocoocooooococococ
^r~r^r-^r-.i~-r-^r~«r-r-t^ii r-*ii~-r-ocr-«arS^
-- ^J •» -W -w' Aj fV
I '\j ' \j *y \* -\j \J J\j v u \j \j w ' \j • vj iw M ' \j i M u u '\j IM \j "4 r \j y i \j M \j ru i\j \j >\j vj r\j vj <\j '\j vj 'NJ Aj A,' "VJ AJ AJ AJ
XcCC«(£.tCX XfCCOCTOC OOGOOOCOGOOGCGCCGOCGCC COCG GCGOC O
GOOOOOOGOGOGGCGCCGOOGOCGGOCGC. OCGGCO OGG—'—••-> — — — — CG
OOOOOOOOOOOOOOGOOOOOOOOOOOOOGOOG OO OOOGOOOOOOOGC.
XXiXXSOOJX'X'XXXXiXcrXXXXXXXt^acXeCcoXoC'iXXX'X'XXX'acrXXXXXX^XiXiC
O^GOOOOOOGOOOOGOOOOG OCOOOOG-OC'OO ^GG O O O C- jGOOTOG — —
AJ -^ KN Aj l/l f" A. i/^ t^l Aj LO f'l f\j if A. LjjO Ad AJ U^ r^i A, J~> A> ^A Ajij^AJu^^AJi/'iP'^Aji^AjAjtriAjAjLnAjAjijrAjAjAjU^
OOOOGCGOCCOCCGCCGOGGGCGOGGGGGCCCGCOOOCOOCGGCGOC
C OGOOGOOCGC CCOGOOGC G OOOOOGOGC C C GOC GGC GC OGGGOOGG
CGGCCGCGCOOGCGGGGOGGCCGGOGGOCrC-OGGCGGCGGCOGCOCGG
C G OGOOOOOGOOOO GO ^GGGGGOOOGGGGOGOOGGGG-CIGOGG "^OO GO
GOOOOOCOGCOOCGOGCGOOGGOCOCOOCOGOOOCCGGOOOGGOGOC
GGOGOGCOOCOOCCGOGGOOOGXiCCOGXCXCOGOOXCOOGCOGGGCOG
CCC'OOCOCGGO^HCCGOCC GAjGOGCOGOCCGCAjGCOoOGC)' CC GCGGGOC
OOOOOOOOOGOOOGOOGOOOOOOOOOOOOGO ZJOOGOOO- ^GOOGOOOG
CiGOOOOOOOO'OOGOGOOGOOOOOOOOGOOCOOOOOGOGOOOGOGGOG
OG — OO.-CO'-GOK^CCr^GKlGOK', OG — O — O— O— OGK10GPOC Of*"lC. C AjOCr^CG C
OOOOOOOOOOOOOO OOOOOOOOOOOOOGOOGOOOO OOOOOOOOOOO O
GGOOGOOOOGX XOOG OOOGGOGC'GOGOOOGOGOGGOOGOCOOOG OOG
OOOOOOGOOOOOOOOOOOOGOOOOOOGOOOOGOOOOOOOOOGOOOOO
OOOOOOOOOGOOOO OOOOOOOOOOOOGOOOOOO DOOOOOOOOOOOOO
COOOOOOC GOC' OOG OOGOOGOOOOOC CGGC GCOCGGC'G G GOGCGOOC
OOO GOOOOGOOGOOOOOOOOOOOOOGOOOOGOCOOOOOOOOOOOO OO
CCOOGOOCOGOOGOGOOOOOOCOOOOOOOCOCOOOOO OGGOOOC'OOO
ooooooooooooooooooooooooooooooooooooooooooooooo
r>OGOOOOOOOGOOOOOOOOOOOOOOOOOOOOGOOOOOGOOOOGGOOO
GOOOOOOOGCOOOOGOOOOOOOOOOOOOOOOOOGOOOGGOGOOOOi^ y
fUOjAjAjAjr\jAjlXAjAjf\jOdAjfVf>jAjAjAjAjAJAjAj)XrUAjl^
X3X5 XIX) OOOOOOOOOOOOOOOOOOOOOGOOOOOGOOOOOOOOGO
OOOOOOOOOOOOOCOOOOOOOOOOOOOGOCGOGOOOOOOOOCOOOCSe
OOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOCOCOCOOOOO.-»—i
(Page 12 of 12}
Figure PST4-4 - continued. Sample Output
76
-------
EIS/PS Test 5
Update the Master File Using EIS/PS Transactions and Produce a Formatted Dump
In this test run, the master file is updated with EIS/PS transactions
using the cataloged procedure EPEMM10 which executes PSRMFTR (EP0070), the
master file transaction sort program; PEDMSTR (EP0080), the master file
transaction edit program; PSREFIN (EP0090), the master file internal
transaction pre-insertion sort 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. A formatted dump of the updated master file
is printed using the cataloged procedure EPRPM30 which executes PRPDUMP
(EP0220), the master file formatted dump program.
PSRMFTR (EP0070) sorts EIS/PS master file transactions (see Figure PST5-1
for the transaction formats) into the sequence required by the master file
transaction edit program, PEDMSTR (EP0080). The fields of each transaction
are sorted in the following order:
Record Position
Description
State
County
AQCR
Plant ID
Point ID
Segment Type
sec
PNR Sequence Number
Line Number
Comment Flag
Card Number
Action Code
* Sort sequence is D (delete), A (add), C (change).
1
3
7
10
19
21
21
23
78
- 2
- 6
- 9
- 13
- 20
78
- 28
- 22
- 25
26
- 79
80
Sort Sequence
Ascending
Ascending
Ascending
Ascending
Ascending
Ascending
Ascending
Ascending
Ascending
Ascending
Ascending
*
77
-------
All master file transactions must be sorted by PSRMFTR (EP0070) before ::hey
can be edited by the master file transaction edit program.
PEDMSTR (EP0080) edits the input EIS/PS master file transactions and
converts those that pass the edit criteria into internal transactions.
There are 14 different formats for the EIS/PS transactions. Transactions
01, 02, 03, and 04 are used to enter general descriptive information
pertaining to an individual plant (point source). Transactions 11, 12, 13,
and 14 are used to enter descriptive information pertaining to an emission
point and its emissions, as well as detailed emission information for a
maximum of 16 pollutants. And, transactions 21, 22, 23, 24, and 25 are used
to enter descriptive information related to an SCC, as well as detailed
emission information for a maximum of 16 pollutants. Transaction 30 can
contain permits and registration information and also other comments relating
to a particular point. Refer to Figure PST5-1 for the master file transaction
formats and to Figure PST5-2 for the master file transaction load sheets.
In the edit process, the function of each transaction is determined
(i.e., to add, change, or delete information in the master file) and then the
transaction is checked for the required information which corresponds to that
function.
To add a plant record to the master file, valid 01, 02, and 03
transactions are required. Note that a plant record must be present, in the
master file or the transactions to create a plant record must be in the input
transaction file before any other records will be accepted for that plant.
Valid 11 and 12 transactions and at least one valid 13 transaction are
required to add a point record to the master file. To add an SCC record,
valid 21 and 22 transactions and at least one valid 23 transaction are
required. For the creation of a comment record, a valid 30 transaction is
required. Before either an SCC or comment record can be added to the master
file for a specific point, the point record must be present in the master file
or the transactions to create the point record must be in the input
transaction file. Also, each transaction must have an action code of 'A'.
78
-------
To change a non-key field in a master file record, the user enters the
appropriate transaction; i.e., a plant transaction (card 01, 02, 03, or 04), a
point transaction (card 11, 12, 13, or 14), an SCC transaction (card 21, 22,
23, 24, or 25), or comment transaction (card 30), with the same key
information as the master file record to be changed. Also, this transaction
must have an action code of 'C1 and contain the new information for the field
to be changed. If these requirements are met, the non-blank, non-key fields
of the transaction will replace the corresponding fields in the master file
record. A change transaction with an asterisk in the first position of an
optional (or non-key) field will cause that field in the master file to be
flagged for deletion and change the first character in the field to an
asterisk.
Similarly, the deletion of a master file record requires that the user
enter a transaction with the same key information as the master file record to
be deleted. However, the transaction must also have an action code of 'D1 and
the remaining fields should contain blanks. It should be noted that the
records are flagged for deletion as a result of this test run but are not
actually deleted. When a record is flagged for deletion, all its subordinate
records are also flagged for deletion.
There are three available options when executing PEDMSTR (EP0080); the
year option, the FLAGW option, and the LIST option.
A two-digit year must be entered into card columns 1 and 2 of the option
card. This date is used to validate dates on the transactions. No date
(except compliance schedule) is allowed to be greater than the option card
date.
A value of FLAGW in card columns 4 through 8 of the option card causes
the warning messages to be listed in the diagnostic report. If NOFLAGW
appears in card columns 4 through 10 or the field is blank (default of
NOFLAGW) the warning messages will not be printed in the diagnostic report.
A value of LIST in card columns 12 through 15 causes the listings of the
input transactions and of the output internal transactions to be produced. If
NOLIST is in card columns 12 through 17 or the field is blank, no listings of
these files will be produced.
79
-------
For a description of the emission factor insertions programs, PSRhFIN
(EP0090) and PMSEFIN (EP0100), and the master file maintenance programs,
PSRINTR (EP0110) and PFMMSTR (EP0120), refer to Test 4.
PRPDUMP (EP0220) produces a formatted dump of the EIS/PS master file;
i.e., a listing with identifying headings of all the fields in each master
file record, as the record appears in the file. PRPDUMP (EP0220) may also be
used to produce a formatted dump of any EIS/PS answer file. This formatted
dump provides the user a means of verifying information contained in a master
(or answer) file and isolating invalid data.
The run stream for this test run contains the JCL needed to update the
master file and produce a formatted dump. This run stream is shown in Figure
PST5-3. It does not show all the input EIS/PS transactions in the run stream,
but does show the necessary JCL. Refer to Figure PST5-4 for the sample output
produced by this procedure.
The first cataloged procedure executed by this run stream is EPEMM10.
The input master file, input emission factor file, and updated master file are
specified as EPMSTR1 (created in Test 4), EPEMFC2 (created in Test 3), and g
EPMSTR2, respectively, by using substitutable parameters. The user must
supply the DD (data definition) for the input transaction file in the SORT1
step, and the option card files in the EDIT, INSERT, and UPDATE steps. The
options specified in the EDIT step are 80, FLAGW, and LIST; the options
specified in the INSERT step are NOFLAGW, SUL 10, ASH 10, EMISSION 10, EDAT
80061, and TDAT 80040; the option specified in the UPDATE step is 80.
The next cataloged procedure executed is EPRPM30. The master file
specified as input to the formatted dump program is EPMSTR2 which was created
in the previous step.
80
-------
EIS/PS Master File Transaction - 01 Card
Column #
Field Length
1
3
7
10
14
19
22
24
36
40
43
58
68
78
- 2
- 6
- 9
- 13
- 18
- 21
- 23
- 35
- 39
- 41
42
- 57
- 67
- 77
- 79
80
2
4
3
4
5
3
2
12
4
2
1
15
10
10
2
1
Data Type
Numeric
Numeric
Numeric
Alphanumeric
Numeric
Alphanumeric
Alphanumeric
Alphanumeric
Numeric
Numeric
Alphabetic
Alphanumeric
Numeric
Alphanumeric
Numeric
Alphabetic
Description
State
County
AQCR
Plant ID
Date
User Control Region
Local Control
User Plant ID
City
UTM Zone
Ownership Code
Contact
Telephone
Principal Product
Card Number
Action Code
Figure PST5-1.
(Page 1 of 14)
EIS/PS Master File Transaction Formats
81
-------
EIS/PS Master File Transaction - 02 Card
Column #
Field Length
Data Type
Description
1 -
3 -
7 -
10 -
14 -
19 -
67 -
71 -
78 -
2
6
9
13
18
66
70
76
77
79
80
2
4
3
4
5
48
4
6
1
2
1
Numeric
Numeric
Numeric
Alphanumeric
Numeric
Alphanumeric
Numeric
Numeric
Numeric
Alphabetic
State
County
AQCR
Plant ID
Date
Name and Address
Number of Employees
Property Area
Unused
Card Number
Action Code
(Page 2 of 14)
Figure PST5-1 - continued. EIS/PS Master File Transaction Formats
82
-------
EIS/PS Master File Transaction - 03 Card
Column #
Field Length
Data Type
Description
1
3
7
10
14
19
67
78
2
6
9
13
18
66
77
79
80
2
4
3
4
5
48
11
2
1
Numeric
Numeric
Numeric
Alphanumeric
Numeric
Alphanumeric
Numeric
Alphabetic
State
County
AQCR
Plant ID
Date
Mailing Address
Unused
Card Number
Action Code
(Page 3 of 14)
Figure PST5-1 - continued. EIS/PS Master File Transaction Formats
83
-------
EIS/PS Master File Transaction - 04 Card
Column #
Field Length
Data Type
Description
1
3
7
10
14
19
71
78
2
6
9
13
18
70
77
79
80
2
4
3
4
5
52
7
2
1
Numeric
Numeric
Numeric
Alphanumeric
Numeric
Alphanumeric
Numeric
Alphabetic
State
County
AQCR
Plant ID
Date
NEDS P7 Plant Comment
Unused
Card Number
Action Code
(Page 4 of 14)
Figure PST5-1 - continued. EIS/PS Master File Transaction Formats
84
-------
EIS/PS Master File Transaction - 11 Card
Column #
Field Length
1 -
3 -
7 -
10 -
14 -
19 -
21 -
24 -
28 -
30 -
34 -
39 -
45 -
52 -
60 -
65 -
70 -
73 -
78 -
2
6
9
13
18
20
23
27
29
33
38
44
51
59
64
69
72
77
79
80
2
4
3
4
5
2
3
4
2
4
5
6
7
8
5
5
3
5
2
1
Data Type
Numeric
Numeric
Numeric
Alphanumeric
Numeric
Alphanumeric
Alphanumeric
Numeric
Numeric
Numeric
Numeric
Numeric
Numeric
Numeric
Numeric
Numeric
Numeric
Numeric
Alphabetic
Description
State
County
AQCR
Plant ID
Date
NEDS Point ID
User Point ID
SIC Code
IPP Code
UTM Horizontal Coordinate
UTM Vertical Coordinate
Latitude
Longitude
Percentage Annual Thruput
Normal Operating Rate
Boiler Design Capacity
Space Heat Percentage
Unused
Card Number
Action Code
(Page 5 of 14)
Figure PST5-1 - continued. EIS/PS Master File Transaction Formats
85
-------
EIS/PS Master File Transaction - 12 Card
4
Column #
Field Length
1 -
3 -
7 -
10 -
14 -
19 -
21 -
25 -
28 -
32 -
39 -
44 .
48 -
53 -
57 -
64 -
76 -
78 -
2
6
9
13
18
20
24
27
31
38
43
47
51
52
56
62
63
75
77
79
80
2
4
3
4
5
2
4
3
4
7
5
4
4
1
4
6
1
12
2
2
1
Data Type
Numeric
Numeric
Numeric
Alphanumeric
Numeric
Alphanumeric
Numeric
Numeric
Numeric
Numeric
Numeric
Numeric
Alphanumeric
Numeric
Numeric
Numeric
Numeric
Numeric
Numeric
Alphabetic
Description
State
County
AQCR
Plant ID
Date
NEDS Point ID
Stack Height
Stack Diameter
Stack Temperature
Exhaust Flow Rate
Velocity
Plume Height
Points with Common Stack
Compliance Status
Compliance Schedule
Compliance Update
ECAP
Control Regulations
Unused
Card Number
Action Code
(Page 6 of 14)
Figure PST5-1 - continued. EIS/PS Master File Transaction Formats
86
-------
EIS/PS Master File Transaction - 13 Card
Column #
Field Length
Data Type
1
3
7
10
14
19
21
26
33
36
39
42
49
56
66
78
- 2
- 6
- 9
- 13
- 18
- 20
- 25
- 32
- 35
- 38
- 41
- 48
- 55
- 62
63
64
65
- 77
- 79
80
2
4
3
4
5
2
5
7
3
3
3
7
7
7
1
1
1
12
2
1
Numeric
Numeric
Numeric
Alphanumeric
Numeric
Alphanumeric
Numeric
Numeric
Numeric
Numeric
Numeric
Numeric
Numeric
Numeric
Numeric
Numeric
Numeric
Numeric
Alphabetic
Description
State
County
AQCR
Plant ID
Date
NEDS Point ID
Point Pollutant ID
Control Equipment Cost
Primary Control Equipment
Secondary Control Equipment
Estimated Control Efficiency
Estimated Emissions
Measured Emissions
Allowable Emissions
Emissions Units
Estimation Method
Test Method
Unused
Card Number
Action Code
(Page 7 of 14)
Figure PST5-1 - continued. EIS/PS Master File Transaction Formats
87
-------
EIS/PS Master File Transaction - 14 Card
Column #
Field Length
1 -
3 -
7 -
10 -
14 -
19 -
21 -
73 -
78 -
2
6
9
13
18
20
72
77
79
80
2
4
3
4
5
2
52
5
2
1
Data Type
Numeric
Numeric
Numeric
Alphanumeric
Numeric
Alphanumeric
Alphanumeric
Numeric
Alphabetic
Description
State
County
AQCR
Plant ID
Date
NEDS Point ID
NEDS P7 Point Comment
Unused
Card Number
Action Code
(Page 8 of 14)
Figure PST5-1 - continued. EIS/PS Master File Transaction Formats
88
-------
EIS/PS Master File Transaction - 21 Card
Column #
Field Length
Data Type
1
3
7
10
14
19
21
29
31
37
44
51
54
57
64
78
- 2
- 6
- 9
- 13
- 18
- 20
- 28
- 30
- 35
36
- 43
- 50
- 53
- 56
- 61
62
63
- 77
- 79
80
2
4
3
4
5
2
8
2
5
1
7
7
3
3
5
1
1
14
2
1
Numeric
Numeric
Numeric
Alphanumeric
Numeric
Alphanumeric
Numeric
Numeric
Numeric
Numeric
Numeric
Numeric
Numeric
Numeric
Numeric
Alphabetic
Alphabetic
Numeric
Alphabetic
Description
State
County
AQCR
Plant ID
Date
NEDS Point ID
SCC
SCC Sequence Number
EEC Code
Fuel Units
Fuel Process Rate
Maximum Design Rate
Sulfur Content
Ash Content
Heat Content
Ash-Sulfur Origin
Ash-Sulfur Source
Unused
Card Number
Action Code
(Page 9 of 14)
Figure PST5-1 - continued. EIS/PS Master File Transaction Formats
89
-------
EIS/PS Master File Transaction - 22 Card
Column #
Field Length
1 -
3 -
7 -
10 -
14 -
19 -
21 -
29 -
33 -
58 -
78 -
2
6
9
13
18
20
28
30
31
32
57
77
79
80
2
4
3
4
5
2
8
2
1
1
25
20
2
1
Data Type
Numeric
Numeric
Numeric
Alphanumeric
Numeric
Alphanumeric
Numeric
Numeric
Numeric
Alphabetic
Alphanumeric
Numeric
Alphabetic
Description
State
County
AQCR
Plant ID
Date
NEDS Point ID
SCC
SCC Sequence Number
Confidentiality
Source Code
Source Description
Unused
Card Number
Action Code
(Page 10 of 14)
Figure PST5-1 - continued. EIS/PS Master File Transaction Formats
90
-------
EIS/PS Master File Transaction - 23 Card
Column #
Field Length
1 -
3 -
7 -
10 -
14 -
19 -
21 -
29 -
33 -
38 -
49 _
65 -
78 -
2
6
9
13
18
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28
30
31
32
37
46
47
48
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EMF Origin
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Repeat Column 33 - 48
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(Page 11 of 14)
Figure PST5-1 - continued. EIS/PS Master File Transaction Formats
91
-------
EIS/PS Master File Transaction - 24 Card
Column #
Field Length
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1
3
7
10
14
19
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57
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(Page 12 of 14)
Figure PST5-1 - continued. EIS/PS Master File Transaction Formats
92
-------
EIS/PS Master File Transaction - 25 Card
Column #
Field Length
Data Type
1
3
7
10
14
19
21
29
31
57
78
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Action Code
(Page 13 of 14)
Figure PST5-1 - continued. EIS/PS Master File Transaction Formats
93
-------
EIS/PS Master File Transaction - 30 Card
Column #
Field Length
1 -
3 -
7 -
10 -
14 -
19 -
21 -
23 -
27 -
78 -
2
6
9
13
18
20
22
25
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(Page 14 of 14)
Figure PST5-1 - continued. EIS/PS Master File Transaction Formats
94
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(Page 2 of 4)
Figure PST5-2 - continued. EIS/PS Master File Transaction Load Sheets
96
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(Page 3 of 4)
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(Page 4 of 11)
Figure PST5-4 - continued. Sample Output
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(Page 5 of 11)
Figure PST5-4 - continued. Sample Output
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(Page 6 of 11)
Figure PST5-4 - continued. Sample Output
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(Page 7 of 11)
Figure PST5-4 - continued. Sample Output
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(Page 8 of 11)
Figure PST5-4 - continued. Sample Output
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(Page 9 of 11)
Figure PST5-4 - continued. Sample Output
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Figure PST5-4 - continued.
(Page 10 of 11)
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Figure PST5-4 - continued.
(Page 11 of 11)
Sample Output
110
-------
EIS/PS Test 6
Submit Annual Report in NEDS Format
In this test run, data from the EIS/PS master file can be submitted to
NEDS by generating NEDS point source transactions. The cataloged procedure
EPRPM10 is used to execute PRPENTR (EP0200), the annual report program.
PRPENTR (EP0200) generates the annual report from the EIS/PS master file.
This report consists of transactions which contain the information in the
master file that has been added, changed, or deleted since the last execution
of this program. These transactions can be generated in either the NEDS point
source transaction format or the EIS/PS internal transaction format.
The option card for PRPENTR (EP0200) provides the user with three
options: a transaction option, a warning option, and a list option. The
transaction option allows the user to choose which type of transactions are to
be generated (NEDS point source or EIS/PS internal transactions). If NEDS is
specified in columns 1 through 4 of the option card, the program will generate
NEDS point source transactions. To generate EIS/PS internal transactions, the
user must specify POINT in columns 1 through 5 of the option card. If this
field is left blank or if the option is specified incorrectly, program
execution will be terminated.
The warning option allows the user to have the warning messages printed
in the diagnostic report. If the user wants the warning messages printed, he
must code FLAGW in columns 7 through 11 and leave column 12 and 13 blank. To
suppress warning messages, the user must code NOFLAGW in columns 7 through 13
of the option card. If this field is left blank or if the option is specified
incorrectly, the program will assume a default of NOFLAGW.
The list option allows the user to obtain listings of the input master
file, the output master file, and the generated transactions. These listings
are useful for confirming that the appropriate data has been submitted to NEDS
and for diagnosing potential errors. To obtain listings, the user must code
111
-------
LIST in columns 15 through 18 of the option card and leave columns 19 and 20 "
blank. To suppress the listings, the user must code NOLIST in columns 15
through 20 of the option card. If this field is left blank or if the option
is specified incorrectly, the program will assume a default of NOLIST.
The output EIS/PS master file differs from the input master file in that
the status flags have been set to reflect the new submission status of all the
records. The output master file might contain fewer records than the input
master file since some records may have been deleted.
The output transaction file, whether NEDS or EIS/PS internal
transactions, contains only data which have been added, changed, or deleted
since the last execution of PRPENTR (EP0200). Add transactions are generated
when records have been added to the master file. Change transactions are
generated when a data field in an existing record has been added, changed, or
deleted. If a data field is to be deleted, the change transaction will
contain an asterisk in the first position of the corresponding transaction
field. Delete transactions are generated when an entire record has been
flagged for deletion in the master file. ^
The run stream for this test run contains the JCL needed for converting ™
data from the EIS/PS master file into NEDS point source transactions for
submission to NEDS. This run stream is shown in Figure PST6-1.
The cataloged procedure executed by this run stream is EPRPM10. By using
substitutable parameters, the input master file is specified as EPMSTR2
(created in Test 5) and the output master file is named EPMSTR3. The user
must supply the DD (data definition) information for the option card file in
the REPORT step. The options specified in this test run are NEDS, FLAGW, and
LIST. Note that when NEDS transactions are being generated the EIS/PS
internal transaction file EPSPSTR must be a dummy file in the REPORT step.
The sample output produced by this run stream is shown in Figure PST6-2.
112
-------
6 jfib r ar COUNT T ur, TNFU)
//*
//* SURMTI ANNUAL WL^U"! JM Ntni>
//*
=F P"STK3
//*
//* GENERATE THE ANNUAL
//*
//RtPuI'T.tPSPST« [JO flDMMY
.UPTTlJ^b Dfl *
LIST
Figure PST6-1. Run Stream
113
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(Page 1 of 4)
Figure PST6-2. Sample Output
114
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OOOGOAJAjr\JAJOOOOOOOOGOOOOOOOOOOOOOOOOOOOCTGOOAJAJAjAJ.-«—« -^ —« C *" •—
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^r^i^rOMf^Mr^i^rOrni^rnrOf^f^i^rOrOr^^^ o o
i/^tniOLOiPLPiJ^i/iLnLnJ^u^u^Lrii/iuiinL/^LnLnLnLn 7 i
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(Page 2 of 4)
Figure PST6-2 - continued. Sample Output
115
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(Page 4 of 4)
Sample Output
117
-------
EIS/PS Test 7
Generate Master File Emission Factor Transactions to Update the Emission
Factor Information in the Master File
In this test run, internal transactions are generated from the master
file and emission factor information is inserted into these transactions using
the cataloged procedure EPMSM10. This procedure executes PMSEFGN (EP0130),
the master file 'emission factor transaction generator program; PSREFIN
(EPQ09Q), 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. A 21
change internal transaction is generated for each SCC record in the master
file that satisfies the origin/source combination and date criteria (both are
specified on an option card) and for which the matching emission factor file
record satisfies the date criterion. One 23 change internal transaction is
generated for each of the pollutant ID's contained in the master file record.
The date of the generated transactions will be the same as the date specified
on the option card.
An option card is used to specify the origin/source combination and the
date; it is also used to specify whether or not the warning messages should be
printed.
The user must specify an origin/source combination to be satisfied by
both the emission factor file records and the master file records,, If
internal transactions are desired for Federal-origin SCC records, an origin of
'F' must be coded in column 1 of the option card; for State-origin records, an
'S' must be coded in column 1; and for Local-origin records, an 'I.' must be
coded in column 1 and the desired source in column 2.
The user must also specify a date to be satisfied by both the emission
factor file records and the master file records. The date of the emission
118
-------
factor file record must be greater than or equal to the specified date and the
date of the master file record must be less than the specified date for a
transaction to be generated. The date is specified by coding a five-digit
Julian date in columns 8 through 12 of the option card, where the first two
digits represent the year and the last three, the day within the year. If no
date is specified, or if the date is not numeric, program execution will be
terminated.
If FLAGW is coded in the warning message suppression field (columns 18
through 24) of the option card, all warning messages will be printed in the
diagnostic report; if NOFLAGW is coded, no warning messages will be printed.
If this field is left blank or improperly coded, a default of NOFLAGW is
assumed.
PMSEFGN (EP0130) generates an option card which is passed to PMSEFIN
(EP0100) and used as the input option card. The options specified are as
follows:
1. Insert sulfur and ash contents
2. Insert emission factor
3. EDAT-XXYYY, where XXYYY is equal to the date specified for PMSEFGN
(EP0130)
4. Replace the date of the transaction with the emission factor file
date
5. The same warning message suppression option as specified for PMSEFGN
(EP0130)
The programs PSREFIN (EP0090) and PMSEFIN (EP0100) are used to insert
information from the emission factor file into the generated internal
transactions. For a description of these two programs refer to Test 4. Note
that in this test the option card input to PMSEFIN (EP0090) is supplied by
PMSEFGN (EP0130).
The run stream for this test run contains the JCL needed for generating
internal transactions from the master file and then inserting emission factor
information into these transactions. This run stream is shown in Figure
PST7-1.
The cataloged procedure executed by this run stream is EPMSM10.
Substitutable parameters are used to specify EPMSTR3 (created in Test 6) as
119
-------
the input master file, EPEMFC2 (created in Test 3) as the input emission
factor file, and EPINTR1 as the generated internal transaction file. The DD
(data definition) information for the option card file in the GENER step must
be supplied by the user. The options specified in this test are F, 80060, and
FLAGW. Refer to Figure PST7-2 for the sample output produced by this
test run.
120
-------
JOB fwrCDUNIlNG
//*
//* RfcNtPATt *1ASTt» FILE fc»lSMU*' FACTDK T R A^'b ACT i HNS
//*
//TEST7A EXEC:
//
//*
//* CkfATE EMISSIl>N
//* FRHt- THE )FST S W*STFK FILF
//*
Figure PST7-1. Run Stream
121
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(Page 2 of 4)
Sample Output
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(Page 3 of 4)
Figure PST7-2 - continued. Sample Output
124
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(Page 4 of 4)
Figure PST7-2 - continued. Sample Output
125
-------
EIS/PS Test 8
4
Edit EIS/PS Master File Transactions
In this test run, EIS/PS master file transactions are edited using the
cataloged procedure EPEDT10, which executes PSRMFTR (EP0070), the master file
transaction sort program; and PEDMSTR (EP0080), the master file transaction
edit program. Test 5 provides a discussion of each of these programs.
The run stream for this test run contains the JCL needed to edit master
file transactions. Figure PST8-1 shows this run stream.
The cataloged procedure executed by this run stream is EPEDT10. A
substitutable parameter names EPINTR2 as the output internal transaction
file. The DD (data definition) information for the input master file
transaction file in the SORT step and the option card file in the EDIT step
must be supplied by the user. The option specified in the EDIT step is 80.
Sample output for this test run is shown in Figure PST8-2.
126
-------
inc.
//* EOII tTi/P1: "flSTF* FTLf
//«
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127
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128
-------
EIS/PS Test 9
Concatenate Internal Transactions, Update the Master File, and Produce a
Master File Detailed Report
In this test run, two separate files of internal transactions are
concatenated using the cataloged procedure EPMST20 which executes PMSTCON
(EP0190), the internal transaction file concatenation program. The EIS/PS
master file is updated with the concatenated transactions using the cataloged
procedure EPFMM10 which executes PSRINTR (EP0110), the master file internal
transaction sort program; and PFMMSTR (EP0120), the master file maintenance
program. Also, a detailed report of the updated master file is produced using
the cataloged procedure EPRPM20 which executes PRPMSTR (EP0210), the master
file detailed report program.
PMSTCON (EP0190) allows the user to concatenate two internal transaction
files. The resulting output file must be sorted prior to its use in other
EIS/PS programs.
The master file maintenance programs, PSRINTR (EP0110) and PFMMSTR
(EP0120), were discussed in EIS/PS Test 4.
PRPMSTR (EP0210) produces a detailed report of the EIS/PS master (or
answer) file. The master (or answer) file is listed with one point source
record and its corresponding machine process records per page. Following each
point source page, the corresponding permits and registration records are
listed with one set of records per page. If a single plant has more than one
point source or more than one set of permits and registration records, the
plant/location information is repeated for each point source page and each
permits and registration page. This program can be used to produce a detailed
report of any file in EIS/PS master file format.
The run stream for this test run contains the JCL needed for concatenating
internal transactions, updating the master file, and producing a detailed
report. This run stream is shown in Figure PST9-1 and the sample output from
this run stream is shown in Figure PST9-2.
129
-------
The first cataloged procedure to be executed is EPMST20. Substitutable
parameters are used to specify EPINTR1 (created in EIS/PS Test 7) and EPINTR2
(created in EIS/PS Test 8) as the input internal transaction files and EPINTR3
as the concatenated internal transaction file.
Next, the procedure EPFMM10 is executed. The input master file is EPMSTR3
(created in EIS/PS Test 6), the input internal transaction file is EPINTR3
(created in the previous step), and the newly updated master file is named
EPMSTR4. The user must supply the DD (data definition) information for the
opton card file in the UPDATE step. The options used in this test are 80 and
LIST.
EPRPM20 is the final cataloged procedure to be executed. EPMSTR4, the
master file which was created in the previous step is used as the input master
file.
130
-------
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(Page 1 of 9)
Figure PST9-2. Sample Output
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(Page 4 of 9)
Figure PST9-2 - continued. Sample Output
135
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(Page 5 of 9)
Figure PST9-2 - continued. Sample Output
136
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(Page 6 of 9)
Figure PST9-2 - continued. Sample Output
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(Page 7 of 9)
Figure PST9-2 - continued. Sample Output
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(Page 8 of 9)
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EIS/PS Test 10
Retrieve a Standard Answer File Using a COBOL Retrieval and Produce a
Formatted Dump of the Answer File
In this test run, a standard answer file is retrieved from the EIS/PS
master file using the cataloged procedure EPRTM30. This procedure executes
PRTLNGP (EP0140), the retrieval language processor program; the COBOL
compiler; the linkage editor; and the generated retrieval program, PRTGENR
(EP0150). A formatted dump of the answer file is produced by using the
cataloged procedure EPRPM30 which executes PRPDUMP (EP0220), the master file
formatted dump program.
PRTLNGP (EP0140) is the first of two EIS/PS programs used to retrieve
data from the EIS/PS master file. The second program is PRTGENR (EP0150), the
program generated by PRTLNGP (EP0140).
PRTLNGP (EP0140) uses the retrieval skeleton program PRTSKEL, which is
stored in a cataloged source library, and the user-supplied retrieval
specification cards to build PRTGENR (EP0150), which is referred to as the
generated retrieval program.
The retrieval specification cards consist of retrieval control cards and
retrieval request cards. The control cards indicate the beginning and end of
the retrieval specifications: a $$SELECT card indicates the beginning of the
retrieval specifications and a $$END card indicates the end of the retrieval
specifications. Retrieval request cards follow the $$SELECT card and can be
written in either the EIS/PS retrieval language or in COBOL. These cards
precisely identify the data to be retrieved from the master file.
The options allowed for PRTLNGP (EP0140) are entered on the first
$$SELECT retrieval control card. The options specify whether the requests are
written in the EIS/PS retrieval language or in COBOL, and the name of the
COBOL copy member (if any). The format of the retrieval control card is
illustrated in Figure PST10-1 and the definitions of the EIS/PS retrieval
control card fields are provided in Figure PST10-2.
141
-------
When the EIS/PS retrieval language is used, the user is allowed to select
records from the EIS/PS master file based upon the value of specific fields in
the master file records. The data names which can be used for these EIS/PS
retrieval language requests are listed in Figure PST10-3. The EIS/PS
retrieval language specifications are written in the format described in
Figure PST10-4 and Figure PST10-5 provides definitions of the EIS/PS retrieval
language specification fields. The EIS/PS retrieval specification load sheet
is provided in Figure PST10-6.
If the COBOL language is used, the retrieval request cards are prepared
according to COBOL rules for syntax and punctuation. Any retrieval that can
be run using the EIS/PS retrieval language can also be run by specifying USER
as the language keyword (see Figure PST10-1) and using the COBOL language, but
nothing is gained in these retrievals by using COBOL when the EIS/PS retrieval
language can be used. There are some retrievals which cannot be accomplished
using the EIS/PS retrieval language. This is when COBOL retrievals become
very beneficial. In addition to this test, Test 29 also demonstrates the use
of COBOL retrievals.
PRTGENR (EP0150) is produced based on the retrieval specifications
entered into PRTLNGP (EP0140). This generated retrieval program must be
compiled and link edited before it is executed. When it is executed, it reads
the EIS/PS master file and selects those records which satisfy the retrieval
specifications that were entered into PRTLNGP (EP0140). If a record is
selected, associated records will also be selected as follows:
Plant record field specified: If a plant record meets the retrieval
criteria, it will be retrieved along with its associated point
and SCC records. No comment records will be retrieved.
Point record field specified: If a point record qualifies, it will be
retrieved with its associated plant and SCC records. Other points
for the plant will be retrieved only if they qualify individually.
No comment records will be retrieved.
SCC record field specified: If an SCC record qualifies, the associated
plant, point, and all SCC's for the point will be retrieved. Other
points for the plant will be retrieved only if they have associated
142
-------
SCC's which meet the retrieval criteria. No comment records will be
retrieved.
Comment record field specified: If a comment record qualifies, the
associated plant, point, and all SCC records for the point will also
be retrieved. Other points for the plant will be retrieved only if
they have comment records and those comment records qualify.
The selected records are written to an output file which is referred to as an
EIS/PS answer file. This file is only a subset of the master file; any
changes made to the answer file during the retrieval process are not reflected
in the master file. The answer file has the same format as the EIS/PS master
file and may be used as input to any EIS/PS program which uses the master file
as input.
For a description of PRPDUMP (EP0226), refer to Test 5.
The run stream for this test run contains the JCL needed for retrieving a
standard answer file from an EIS/PS master file and producing a formatted dump
of the answer file. This run stream is shown in Figure PST10-7 and the sample
output produced by this test run is shown in Figure PST10-8.
The first cataloged procedure executed by this run stream is EPRTM30.
Through the use of substitutable parameters, the input master file is
specified as EPMSTR4 (created in Test 9) and the output answer file is named
EPANS01. The user must supply the appropriate DD (data definition)
information for the input retrieval specification card file in the COMPILE
step.
The next cataloged procedure executed by this run stream is EPRPM30. A
substitutable parameter is used to specify EPANS01 as the input master file.
143
-------
Record Position Field Length Description ^
1-8 8 Card Type
9 1 Unused
10-13 4 Language Keyword
14-15 2 Unused
16-23 8 COBOL Member Name
24 - 80 57 Unused
Figure PST10-1. EIS/PS Retrieval Control Card
144
-------
Card Type: Identifies the type of control card.
Valid Codes:
Field Length:
$$SELECT - Specifies the beginning of a retrieval request.
$$END - Specifies the end of a retrieval request and must
appear alone on the card.
8 characters
Language Keyword:
Valid Codes:
Field Length:
Identifies the type of retrieval language to be used.
USER - Indicates that the retrieval specifications will be
COBOL language statements.
blank - Indicates that EIS/PS retrieval language
specifications will be used.
4 characters
COBOL Member Name: Indicates the name of a COBOL copy member residing in a
partitioned data set and containing COBOL language statements. A
copy member can be used for USER retrievals.
Valid Codes: blank - Specifies that the COBOL retrieval statements will
be placed after the $$SELECT card.
member name - Specifies the name of the member of an
external source library where the COBOL
retrieval statements reside. These COBOL
statements must have been stored in the
external source library under this member name
prior to the execution of the retrieval.
Field Length: 8 characters
Figure PST10-2. Definition of EIS/PS Retrieval Control Card Fields
145
-------
Valid Data Names for Retrieval (Plant Data)
The following list of names from the plant record can be referenced in either
EIS/PS retrieval language specifications or COBOL language specifications:
Data Name
Field Length
Data Name
Field Length
AQCR
CITY
CONTACT
COUNTY
DATE-OF-0-RECORD
LOCAL-CONTROL
NUMBER-OF-EMPLOYEES
OWNER
PLANT-ID
PRINCIPAL-PRODUCT
PROPERTY-AREA
3
4
15
4
5
2
4
1
4
10
6
RECORD-0-DAY
RECORD-0-YEAR
SEG-O-ID
STATE
TELEPHONE
USER-CONTROL-REGION
USER-PLANT-ID
UTM-ZONE
3
2
1
2
10
3
12
2
The following two names from the plant record can be referenced only in COBOL
language specifications:
ESTABLISHMENT
MAILING-ADDRESS
(Page 1 of 5)
Figure PST10-3. Valid Retrieval Data Names
146
-------
Valid Data Names for Retrieval (Point Data)
The following list of names from the point record can be referenced in either
EIS/PS retrieval language specification or COBOL language specifications:
Data Name
ANNUAL-THRUPUT
BOILER-DESIGN-CAPACITY
COMPLIANCE-SCHEDULE
COMPLIANCE-STATUS
COMPLIANCE-STATUS-UPDATE
CONTROL-REGULATIONS
DATE-OF-1-RECORD
DAY-WEEK
DEC-FEB
DIAMETER
ECAP
FLOW-RATE
HEIGHT
HORIZONTAL
HOURS-DAY
IPP
JUN-AUG
LATITUDE
Field
Length
8
5
4
1
6
12
5
1
2
3
1
7
4
4
2
2
2
6
Field
Data Name Length
LATITUDE -DEGREE
LATITUDE-MINUTE
LATITUDE-SECOND
LONGITUDE
LONGITUDE -DEGREE
LONGITUDE -MINUTE
LONGITUDE-SECOND
MAR -MAY
NBR-OF-POLLUTANTS
NEDS-POINT-ID
NORMAL-OPERATING
PLUME
POINTS-PER-STACK
RECORD-1-DAY
RECORD-1-YEAR
REG-1
REG-2
REG-3
2
2
2
7
2
2
2
2
2
2
5
4
4
3
2
4
4
4
Field
Data Name Length
SCHEDULE-MONTH
SCHEDULE-YEAR
SEG-l-ID
SEP-NOV
SIC
SPACE-HEAT
STATUS -DAY
STATUS -MONTH
STATUS-YEAR
TEMPERATURE
USER-POINT-ID
UTM-COORDINATES
VELOCITY
VERTICAL
WEEK-YEAR
2
2
1
2
4
3
2
2
2
4
3
9
5
5
2
(Page 2 of 5)
Figure PST10-3 - continued. Valid Retrieval Data Names
147
-------
Valid Data Names for Retrieval (Repeating Data)
The following list of names from the repeating portion of the point record can
be referenced in either EIS/PS retrieval language specifications or COBOL
language specifications:
Data Name
Field Length
Data Name
Field Length
ALLOWABLE
CNTL-EQUIP-COST
CONTROL-EQUIPMENT
EMISSION-UNITS
EST-CONTROL-EFF
ESTIMATES
7
7
6
1
3
7
ESTIMATION-METHOD
MEASURED
POLLUTANT-ID
POTENTIAL
PRIMARY-CNTL
SECONDARY-CNTL
TEST-METHOD
1
7
5
7
3
3
1
(Page 3 of 5)
Figure PST10-3 - continued. Valid Retrieval Data Names
148
-------
Valid Data Names for Retrieval (SCO Data)
The following list of names from the SCC record can be referenced in either
EIS/PS retrieval language specifications or COBOL language specifications:
Data Name
Field Length
Data Name
Field Length
ASH-CONTENT 3
BEC 5
BEC-ID 2
BEC-NUMBER 3
CONFIDENTIALITY 1
DATE-OF-2-RECORD 5
EMISSION-FACTOR-SOURCE 1
FUEL-PROCESS-RATE 7
FUEL-UNITS 1
HEAT-CONTENT 5
MAX-DESIGN-RATE 7
NUMBER-OF-EF 2
RECORD-2-YEAR 2
RECORD-2-DAY
SCC
SCC-I
SCC-II
SCC-I11
SCC-IV
SCC-SEQ-NBR
SEG-2-ID
SEG-2-POINT-ID
SOURCE-CODE
SOURCE-DESCRIPTION
SULFUR-CONTENT
2
8
1
2
3
2
2
1
2
1
25
3
(Page 4 of 5)
Figure PSTlO-3-c - continued. Valid Retrieval Data Names
149
-------
Valid Data Names for Retrieval (Comment Data)
The following list of names from the comment record can be referenced in
either EIS/PS retrieval language specifications or COBOL language
specifications:
Data Name Field Length
DATE-OF-3-RECORD 5
LINE-NUMBER 3
RECORD-3-DAY 3
RECORD-3-YEAR 2
PNR-SEQ-NBR 2
SEG-3-ID 1
SEG-3-POINT-ID 2
The following three names from the comment record can be referenced only in
COBOL language specifications:
COMMENT-L COMMENTS
COMMENT-R
(Page 5 of 5)
Figure PST10-3 - continued. Valid Retrieval Data Names
150
-------
Record Position
1 -
37 -
69 -
72 -
31
32
33
34
35
36
67
68
71
80
Field Length
31
1
1
1
1
1
31
1
3
9
Description
Subject Name
Unused
Negation Flag
Unused
Relational Operator
Unused
Object Name
Unused
Boolean Operator
Unused
Figure PST10-4. Format for EIS/PS Retrieval Language Specifications
151
-------
Subject Name: Specifies the name of the field in the EIS/PS master file *
record to be compared with the literal or the master file field name
specified by the object name.
Valid Codes: Only those fields listed in Figure PST10-3 can be used.
The spelling, including hyphen, must match exactly.
Field Length: 31 characters
Negation Flag: Indicates whether or not the Boolean NOT condition is in
effect.
Valid Codes: N - Boolean NOT is in effect.
blank - Boolean NOT is not in effect.
Field Length: 1 character
Relational Operator: Indicates the relationship to be tested between the
subject name and the object name.
Valid Codes: = - equal
< - less than
> - greater than M
Field Length: 1 character
Object Name: A literal to be compared against the master file field specified
by the subject name, or the name of a master file field (not in
apostrophes) to be compared against the master file field specified
by the subject name (e.g., subject name = object name).
Valid Codes: If a literal is used, it must be enclosed in apostrophes. The
length of the literal must be exactly the same as the field length
of the data name being compared (see Figure PST10-3). If the
(Page 1 of 2)
Figure PST10-5. Definition of EIS/PS Retrieval Language Specification Fields
152
-------
name of a field from the master file is used, it must match exactly
one of the names listed in Figure PST10-3. However, it must not be
enclosed in apostrophes.
Field Length: 31 characters
Boolean Operator: Identifies the type of connector used between the relation-
ship specified on this control card and that specified on the next
card.
Valid Codes: AND - Indicates that both relationships must be true in
order for the entire relationship to be true.
OR - Indicates that if either relationship is true, the
entire relationship is true.
blank - Indicates that there is no connector, and there-
fore, that there is no further specification.
Field Length: 3 characters
(Page 2 of 2)
Figure PST10-5 - continued. Definition of EIS/PS Retrieval Language
Specification Fields
153
-------
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I o Jf'H fArcnjNT INT, TNFU)
//*
//* RfTrflLVt AN' AIJ.SwFK f- TLF USING A CUfiuL RtTKTEVAl AUD
//* 4 FORMMTEI nu'ip UF THF ANSuFK
//*
//TEST10A FXFC
//* RtTRIEVL THE ANSWEP FILE FPUM THF MASfFK FlLf PKODI1CED IN
//« TEST V USlMfc JM-LINE COdOL SPECIFICATIOIVS
//*
//CUMPTLE. INPUT DU *
«JStLFCT USfcR
tl'fAL JFr-KECOKOS.
IF FSTAHLTSHMFNT IS tOUAL TO 'HAMSUN* U"
MAIl I»>R-AOORESS IS- FuUAL TO 'PED OAKfc ' OR
(CO"MFNT-L IS NOT EQUAL TO ' '
NuMuFk IS FOUaL Tu '001')
THUE T" OUALIFICATTON-ACHIEVFD-SW.
EXIT.
tT-f3U4CI
SF1 -WIIAL-l.t VtL.
TO OUAL IP 1C A 1 TUN-Rt OU T *F.D .
//TEST10"
// "STHF 1L=F
//*
//* PKHOUCF THF fO^UFTtn OUWP UF TnF A.jSrtFR • FILF
//*
Figure PST10-7. Run Stream
155
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(Page 1 of 4)
Figure PST10-8. Sample Output
156
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(Page 2 of 4)
Figure PST10-8 - continued. Sample Output
157
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Figure PST10-8 - continued.
159
(Page 4 of 4)
Sample Output
-------
EIS/PS Test 11
Submit Annual Report in EIS/PS Format
In this test run, EIS/PS master file internal transactions are generated
from the EIS/PS master file in order to submit the data that has been added,
changed, or deleted since the last execution of PRPENTR (EP0200) to the
appropriate agency. The cataloged procedure EPRPM10 is used to execute
PRPENTR (EP0200), the annual report program.
In Test 6 PRPENTR (EP0200) was used to submit an annual report to NEDS by
generating NEDS transactions. In this test EIS/PS internal transactions are
generated by the annual report program. This is accomplished by specifying
POINT on the option card. For a description of PRPENTR (EP0200) refer to Test
6.
The run stream for this test run contains the JCL needed for submitting
EIS/PS master file data to the appropriate agency by generating EIS/PS
internal transactions. This run stream is shown in Figure PST11-1.
The cataloged procedure executed by this run stream is EPRPM10. By using
substitutable parameters, the input master file is specified as EPMSTR4
(created in Test 9), the output master file is named EPMSTR5, and the output
EIS/PS internal transaction file is named EPPSTRN. The user must supply the
DD (data definition) information for the option card file in the REPORT step.
The options specified in this test run are POINT, NOFLAGW, and NOLIST. Notice
that when EIS/PS internal transactions are being generated the NEDS
transaction file EPSNDTR must be a dummy file in the REPORT step. The sample
output produced by this run stream is shown in Figure PST11-2.
160
-------
//PSTtsm JOB (ArtnirmNr,
//*
//* SUBMIT AN ANNUAL REPORT 1 ,1 tIS/HS
//*
//TtSTllA FXFC LPRPM10,
//*
//* PKHDUCF FIS/PS INTF^^AL TWANSACTIUMS FOR
//* ANNUAL RFROKT
//*
//PEPUPT .tPSNyiK UP nu"Mv
//«ftPU»T.U"TTUNS OH *
PUIMT
Figure PST11-1. Run Stream
161
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Figure PST11-2. Sample Output
162
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EIS/PS Test 12
Produce the Master File Emissions Projection
In this test an emissions projection is made on the EIS/PS master file
using the cataloged procedure EPRPM50 which executes PRPEPRJ (EP0250), the
master file emissions projection program.
PRPEPRJ (EP0250) calculates projected emissions for the five criteria
pollutants (TSP, S02> NOX, HC and CO) using the EIS/PS master file as input
and produces an emissions projection file in master file format containing the
projected emissions. The calculations made are based on the projection
information entered by control cards. Depending on the type of control cards
supplied by the user, projections may be made by SCC, by plant/point
combinations, or for all records (by a fixed percentage).
The output projection file contains all segment 0, segment 1, and segment
2 records from the input master file. The segment 0 records are output
unchanged. The projected value of the emissions estimate is changed in any
segment 1 record which meets the specifications set forth in the control
cards; otherwise, the emissions are the same as those in the input file. If
the SCC option (option 2) has been specified, information from the SCC control
cards will replace the incoming information from the input master file in the
segment 1 and segment 2 records for the selected SCC's.
Whenever projected values are calculated for emissions, the uncontrolled
emissions (those emissions that would occur if their associated control device
efficiencies were zero) are calculated. The values for the uncontrolled
emissions are stored in the corresponding EMISSIONS-POTENTIAL fields of the
output segment 1 records.
A segment 3 record is generated for each plant (segment 0) in which
emissions have been projected. If no emissions were changed for a plant, a
check is made on the segment 3 records. If a segment 3 record was produced by
an earlier run on the emissions projection program, it will be output;
otherwise, no segment 3 record will be written to the projection file for that
plant. The generated segment 3 record indicates which type of projection was
163
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run. In addition, header records with keys containing all zeroes are output
to indicate that the file was created by the emissions projection program.
When a point has been selected for projection, calculations are performed
on all specified SCC's related to that point regardless of the estimation
method. Therefore, it is possible that the calculated values may differ
greatly from the present values if the present estimation method is not 3. If
the control device efficiently is missing from the input file record, a value
of zero will be used and the calculation will be performed.
There are three types of control cards available for use with the
emissions projection program. A type-1 control card will cause projected
emissions to be calculated for the five criteria pollutants associated with
each point in every plant in the master file. These projected emissions are a
fixed percentage increase or decrease of the emissions presently in the input
master file. The user must code ALL in columns 1 through 3 of the control
card. If the projection is to be a fixed percentage decrease, a minus sign
must be coded in column 5; otherwise, the projection will be a fixed
percentage increase. The percentage of change is coded in columns 6 through 8
and can be any value from 000 to 899; however, the value must not be
greater than 099 if the sign is negative. Finally, a 'I1 must be coded in
column 80 to indicate the card type.
Type-2 control cards allow the user to modify the fuel process rate, ash
and sulfur content, and control device efficiency for selected SCC's.
Modifications can be made to these data fields by coding actual values or by
specifying change percentages on the control card. However, in no case is the
resultant percentage allowed to be less than 0 for these fields; and, the
calculated values for ash content, sulfur content, and control device
efficiency must not be greater than 99.9, 9.99, and .999, respectively. If
any one of these values exceeds its maximum, that field will be left unchanged
and no calculations will be performed. Also, coding an actual value for a
field excludes the possibility of coding a change for that field. Similarly,
to use a change field on the control card, one must not code an actual value
for that same element. The SCC number must be coded in columns 1 through 8 of
the card. To indicate the card type, a '2' must be coded in column 80.
164
-------
To replace the fuel process rate in the corresponding input segment 2
record with a new value, code the value in columns 10 through 16. To change
the fuel process rate by a percentage, code the percentage in columns 19
through 21. The format for this field contains an implied decimal point with
one digit to the left and two digits to the right. Therefore, the user should
include any necessary leading or trailing zeroes, but should not code a
decimal point. If the change is a decrease, a minus sign must be coded in
column 18.
To replace the ash content in the corresponding input segment 2 record
with a new value, code the value in columns 23 through 25 of the control card.
To change the ash content by adding a value, code the value in columns 28
through 30. If the change is a decrease, a minus sign must be coded in column
27. The formats for both the actual value field and the change field have
implied decimal points with two digits to the left and one digit to the right.
Therefore, the user should include any necessary leading or trailing zeroes,
but should not code a decimal point.
To replace the sulfur content in the corresponding input segment 2 record
with a new value, code the value in columns 32 through 34 of the control card.
To change the sulfur content by adding a value, code the value in columns 37
through 39. If the change is a decrease, code a minus sign in column 36. The
formats for both the actual value field and the change field have implied
decimal points with one digit to the left and two digits to the right.
Therefore, the user should include any necessary leading or trailing zeroes,
but should not code a decimal point.
To replace the control device efficiency in the corresponding input
segment 1 record with a new value, code the value in columns 41 through 43 of
the control card. To change the control device efficiency by adding a value,
code the value in columns 46 through 48. If the change is a decrease, code a
minus sign in column 45. The formats for both the actual value field and the
change field contain implied decimal points with all three digits to the
right. Therefore the user should include any necessary leading or trailing
zeroes, but should not code a decimal point. Since there is a control device
165
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efficiency for each pollutant in a segment 1 record, the control device
efficiencies for all criteria pollutants in that record will be replaced by
the value on the control card. In the case where a change is indicated on the
control card, the control device efficiencies will be modified by that value.
Type-3 control cards allow the user to change the emissions by a fixed
percentage increase or decrease for selected plant/point combinations. To
specify a selected plant/point combination, the user must code the state code
in columns 1 and 2, the county code in columns 3 through 6, the AQCR code in
columns 7 through 9, the plant code in columns 10 through 13, and the point
code in columns 14 and 15. The point identification used on the control card
is the NEDS point identification. The fixed percentage change is coded in
columns 18 through 20 and has the same value limits as the fixed percentage on
a type-1 control card. If the change is a decrease, a minus sign must be
coded in column 17. The user can shut down a point completely by coding 'OFF1
in columns 18 through 20. When this action is taken, the emissions estimates
for that point are changed to zero and no projected emissions are calculated.
A '3' must be coded in column 80 to indicate the card type.
Only one type of control card can be entered in a single run. One type-1
(fixed change - all plants) control card can be entered. A maximum of 50
type-2 (SCC specific) control cards, each with a different SCC number, can be
entered. A maximum of 50 type-3 (plant/point) control cards, each with a
different plant/point combination, can be entered.
PRPEPRJ (EP0250) also produces a summary report which shows the emissions
by point for the current five criteria pollutants. Both controlled and
potential amounts are listed for the present and projected emissions. The
summary report has page breaks on plant, county, state and AQCR. At each of
these breaks totals are printed, unless only one entry has occurred since the
last break. If only one state and AQCR occur in the master file, the totals
printed at the end of the report will be for the last county and then the
entire file since the emissions totals will be the same for the state and
AQCR. Total emissions for the entire file are also printed.
166
-------
The run stream for this test run contains the JCL needed to produce an
emissions projection of the master file. This run stream is shown in Figure
PST12-1.
The cataloged procedure executed by this run stream is EPRPM50.
Substitutable parameters are used to specify the input master file as EPMSTR5
(created in Test 11) and the projected master file as PRJFIL1. The DD (data
definition) information for the option card file in the PROJCT step must be
supplied by the user. The options used in this test are ALL and +010. Refer
to Figure PST12-2 for the sample output produced by this test run.
167
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(Page 2 of 3)
Figure PST12-2 - continued. Sample Output
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(Page 3 of 3)
Figure PST12-2 - continued. Sample Output
171
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EIS/PS Test 13 4
Retrieve an Answer File Using an EIS/PS Retrieval
In this test run, a retrieval is performed on the master file,. To
accomplish this, the cataloged procedure EPRTM10 is used first to execute the
retrieval language processor program, PRTLNGP (EP0140); the COBOL compiler;
and the linkage editor to create the generated retrieval program, PRTGENR
(EP0150). Then, the cataloged procedure EPRTM20 is used to execute PRTGENR
(EP0150). The advantage of using these separate procedures instead of the
single retrieval cataloged procedure, EPRTM30, is that the retrieval program
does not have to be regenerated from the retrieval specifications each time a
new master file is to be used.
For a discussion of the retrieval programs, PRTLNGP (EP0140) and PRTGENR
(EP0150), refer to Test 10.
The run stream for this test run contains the JCL needed to generate an
answer file using the EIS/PS retrieval language. This run stream is shown in
Figure PST13-1. Sample output from this run stream is shown in Figure ™
PST13-2.
First, the cataloged procedure EPRTM10 is executed to generate the
retrieval program load module which is named PRTPROG by the use of a
substitutable parameter. The user must supply the DD (data definition)
information for the retrieval specification card file in the COMPILE step.
Next, cataloged procedure EPRTM20 is used to execute the retrieval
program load module, PRTPROG. The input master file used is EPMSTR5 (created
in Test 11) and the output answer file produced is named EPANS02. The load
module and the two files are all specified using substitutable parameters.
172
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174
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EIS/PS Test 14
Produce a Detailed Report of an Answer File
In this test run, a detailed report of an answer file is generated using
the cataloged procedure EPRPM20. This procedure executes PRPMSTR (EP0210),
the master file detailed report program.
For a description of PRPMSTR (EP0210) refer to EIS/PS Test 9.
The run stream for this test run contains the JCL needed to produce a
detailed report of a master or answer file. The run stream is shown in Figure
PST14-1.
The cataloged procedure executed by the run stream is EPRPM20. The input
file is EPANS02 (created in EIS/PS Test 13) as specified by a substitutable
parameter. For sample output from this test run see Figure PST14-2.
175
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(Page 1 of 2)
Figure PST14-2. Sample Output
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(Page 2 of 2)
Figure PST14-2 - continued. Sample Output
178
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EIS/PS Test 15
Produce a Sorted File Using the Sort Generator
In this test run a sorted file is produced from the master file using
cataloged procedure EPSRM30 which executes PSRLNGP (EP0160), the sort language
processor program; the COBOL compiler; the linkage editor; and PSRGENR
(EP0170), the generated sort program.
PSRLNGP (EP0160) is the first of two EIS/PS programs used to sort the
EIS/PS master file. The second program is PSRGENR (EP0170), the program
generated by PSRLNGP (EP0160).
PSRLNGP (EP0160) uses the retrieval skeleton program PSRSKEL, which is
stored in a cataloged source library, and the user-supplied sort specification
cards to build PSRGENR (EP0170), which is referred to as the generated
retrieval program.
The sort specification cards consist of sort control cards and sort
request cards. The format of the sort specification cards is illustrated in
Figure PST15-1. The control cards indicate the beginning and end of the sort
specifications: a $$SORT card indicates the beginning of the sort
specifcations and a $$END card indicates the end of the sort specifications.
Sort request cards follow the $$SORT card. No more than 11 sort request cards
can be used, and the sum of the lengths of all the fields in these requests
must not exceed 234 characters. Only data names of fields from the plant,
point, and fixed portion of the SCC records can be selected in the sort
specifications. Figure PST15-2 lists the valid data names and the lengths of
the fields.
PSRGENR (EP0170) is produced based on the sort specifications entered
into PSRLNGP (EP0160). This generated sort program must be compiled and link
edited before it is executed. When it is executed, it reads the EIS/PS master
file and produces a file of sorted records. The records contained in the
output file will depend on the specified sort fields and their corresponding
record type. All records in the sorted answer file will be in master file
format, but the number of records will vary as follows:
179
-------
Plant record sort fields: Each plant record will be accompanied by its
associated point and SCC records. No new records are created.
Point record (fixed portion) sort fields: Each point record will be
preceded by a copy of its associated plant record and followed by
its associated SCC records. Thus, a new plant record is created for
every point record.
Point record (repeating section) sort fields: A point record will be
created for each pollutant in the repeating section of the original
point record. Each of these new records will contain all of the
information (i.e., all repeating sections) that was present in the
original record. In addition, there will be one plant record and
all the associated SCC records for each of the new point records.
Thus, plant, point, and SCC records are created.
SCC record (fixed portion) sort fields: For each SCC record, a copy of
the associated plant and point records accompany it. That is, both
plant and point records are created.
Sort fields from the repeating section of the point record and the fixed
portion of the SCC record: Records will be created to allow sets of
one plant record, one point record, and one SCC record. There will
be a set for each repeating section or pollutant in the point
record. Thus, all three types of records can be created.
The sort order of the records in the answer file will be dependent on the
order in which the sort request cards are input to PSRLNGP (EP0160),. The
first sort request card specifies the highest subfield of the sort key (most
significant), the next card specifies the next lower subfield and the
last card specifies the lowest subfield (least significant).
Two things should be noted about the sorted answer file. First, the
sorted answer file contains no comment records. Second, as records are
created, the size of the sorted answer file may be much greater than the
original file. As an example, consider one plant with two points, each having
5 pollutants, and with 4 SCC records for each point. In the original file,
there would be 11 records. The sorted answer file would then contain 11-120
records as outlined below:
11 records if only plant record fields are used for sorting.
180
-------
12 records if the sort fields come from the fixed portion of the point
record. An additional plant record is created so that each point record
has its own plant record.
60 records if the sort fields come from the repeating section of the
point record. Each of the 5 pollutants for a point will now have one
point, one plant1 and 4 SCC records (a total of 6 records), and there are
10 pollutants in all.
24 records if the sort fields come from the fixed portion of the SCC
record. Each of the 8 SCC records will have its own associated plant and
point records, giving 3 records per SCC.
120 records if the sort fields come from both the repeating section of
the record and the fixed section of the SCC record; that is, 10
pollutants with 3 records each for each of the 4 SCC records per point.
If the sort fields come from more than one type of record, the highest
possible number of records will be generated.
The run stream for this test run contains the JCL needed to produce a
sorted answer file from an EIS/PS master file. This run stream is shown in
Figure PST15-3.
The cataloged procedure executed by this run stream is EPSRM30. Through
the use of substitutable parameters, the input master file is specified as
EPMSTR5 (created in Test 11) and the output answer file is named EPSRT01. The
user must supply the appropriate DD (data defintion) information for the input
sort specification card file in the COMPILE step. Refer to Figure PST15-4 for
the sample output produced by this test run.
181
-------
Column
lumn
I
Field One
Field Two
Note:
1. The first card in the sort specifications must contain $$SORT in field
one.
2. The last card in the sort specifications must contain $$END in field
one.
3. The sort request cards must contain a valid data name in field one and a
sort sequence code in field two (A for ascending and D for descending).
Figure PST15-1. Format of Sort Specification Cards
182
-------
Valid Data Names for Sort (Plant Data)
Field
Data Name Length
AQCR 3
CITY 4
CONTACT 15
COUNTY 4
DATE-OF-0-RECORD 5
ESTABLISHMENT 48
LOCAL-CONTROL 2
MAILING-ADDRESS 48
NUMBER-OF-EMPLOYEES 4
OWNER 1
PLANT-ID 8
PRINCIPAL-PRODUCT 10
PROPERTY-AREA 6
Field
Data Name Length
RECORD-0-DAY 3
RECORD-0-YEAR 2
SEG-O-ID 1
STATE 2
TELEPHONE 10
USER-CONTROL-REGION 3
USER-PLANT-ID 12
UTM-ZONE 2
(Page 1 of 4)
Figure PST15-2. Valid Sort Data Names
183
-------
Valid Data Names for Sort (Point Data)
Data Name
Field
Length
ANNUAL-THRUPUT 8
BOILER-DESIGN-CAPACITY 5
COMPLIANCE-SCHEDULE 4
COMPLIANCE-STATUS 1
COMPLIANCE-STATUS-UPDATE 6
CONTROL-REGULATIONS 12
DATE-OF-1-RECORD 5
DAY-WEEK 1
DEC-FEB 2
DIAMETER 3
ECAP 1
FLOW-RATE 7
HEIGHT 4
HORIZONTAL 4
HOURS-DAY 2
IPP 2
JUN-AUG 2
LATITUDE 6
Data Name
LATITUDE-DEGREE
LATITUDE-MINUTE
LATITUDE-SECOND
LONGITUDE
LONGITUDE-DEGREE
LONGITUDE-MINUTE
LONGITUDE-SECOND
MAR-MAY
NBR-OF-POLLUTANTS
NEDS-POINT-ID
NORMAL-OPERATING
PLUME
POINTS-PER-STACK
RECORD-1-DAY
RECORD-1-YEAR
REG-1
REG-2
REG-3
Field
Length
2
2
2
7
3
2
2
2
'S 2
4
i 5'
4
: 4
3
2
4
4
4
Data Name
SCHEDULE -MONTH
SCHEDULE-YEAR
SEG-l-ID
SEP-NOV
SIC
SPACE-HEAT
STATUS-DAY
STATUS-MONTH
STATUS-YEAR
TEMPERATURE
USER-POINT-ID
Field
Length
2
2
1
2
4
3
2
2
2
4
3
UTM- COORD I NATES 9
VELOCITY
VERTICAL
WEEK-YEAR
5
5
2
Figure PST15-2 - continued.
184
(Page 2 of 4;
Valid Sort Data Names
-------
Valid Data Names for Sort (Repeating Point Data)
Field
Data Name Length
ALLOWABLE 7
CNTL-EQUIP-COST 7
CONTROL-EQUIPMENT 6
EMISSION-UNITS 1
EST-CONTROL-EFF 3
ESTIMATES 7
Data Name
ESTIMATION-METHOD
MEASURED
POLLUTANT-ID
PRIMARY-CNTL
SECONDARY-CNTL
TEST-METHOD
Field
Length
1
7
5
3
3
1
Figure PST15-2 - continued.
185
(Page 3 of 4)
Valid Sort Data Names
-------
Valid Data Names for Sort (SCC Data)
Field
Data Name Length
ASH-CONTENT 3
BEC 5
BEC-ID 2
BEC-NUMBER 3
CONFIDENTIALITY 1
DATE-OF-2-RECORD 5
EMISSION-FACTOR-SOURCE 1
FUEL-PROCESS-RATE 7
FUEL-UNITS 1
HEAT-CONTENT 5
MAX-DESIGN-RATE 7
NUMBER-OF-EF 2
RECORD-2-YEAR 2
Data Name
RECORD-2-DAY
SCC
SCC-I
SCC-II
SCC-I11
SCC-IV
SCC-SEQ-NBR
SEG-2-ID
SEG-2-POINT-ID
SOURCE-CODE
SOURCE-DESCRIPTION
SULFUR-CONTENT
Field
Length
1
2
3
2
2
1
2
1
25
3
Figure PST15-2 - continued.
186
(Page 4 of 4)
Valid Sort Data Names
-------
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187
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188
-------
EIS/PS Test 16 - Ad Hoc
Generate AH Non-Abortive Error Messages of the Emission Factor File
Edit-Maintenance Program
In this test run, all non-abortive error messages of PEMEFAC (EP0040) are
generated using the cataloged procedure EPEME10 which executes PSREFTR
(EP0030), the emission factor file transaction sort program; and PEMEFAC
(EP0040), the emission factor file edit-maintenance program.
Specially coded EIS/PS emission factor file transactions are used to
generate the error messages of PEMEFAC (EP0040). These transactions are
sorted by PSREFTR (EP0030) into the sequence required by PEMEFAC (EP0040).
See EIS/PS Test 1 for a discussion of these programs.
The run stream for this test run contains the JCL needed to update the
test emission factor file created in Test 3. It also contains the specially
coded emission factor file transactions which cause the error messages to be
generated. An option card is supplied as input to PEMEFAC (EP0040). The run
stream for this test run is shown in Figure PST16-1 and the sample output
produced by this run stream is shown in Figure PST16-2.
Substitutable parameters are used to supply the names of the input
emission factor and description files and the output emission factor and
description files. The names of these files are EPEMFC2 (created in Test 3),
EPDESC2 (created in Test 3), EPEMFC3, and EPDESC3, respectively. The DD (data
definition) information for the transactions input to PSREFTR (EP0030) and the
option card input to PEMEFAC (EP0040) is also supplied.
The LIST option is purposely specified incorrectly so that message 4 will
be generated. The FLAGW option is specified correctly so that all warning
messages will be generated; therefore, message 3 (which indicates an invalid
FLAGW option) will not be generated.
Error messages 22 and 32 of PEMEFAC (EP0040) are not generated since
PSREFTR (EP0030) will reject all transactions that contain an invalid action
code or emission factor origin. Messages 1, 2, 5, 6, 7, 8, 9, 12, 33, 34, 38,
40, and 41 are not generated since they are abortive in nature.
189
-------
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193
(Page 3 of 4)
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Figure PST16-2 - continued.
(Page 4 of 4)
Sample Output
194
-------
EIS/PS Test 17 - Ad Hoc
Generate All Non-Abortive Error Messages of the NEDS to EIS/PS Master File
Transaction Conversion-Edit Program
In this test run, all non-abortive error messages of PCENETR (EP0060) are
generated using the cataloged procedure EPCET10 which executes PSRNETR
(EP0050), the NEDS transaction sort program; and PCENETR (EP0060), the NEDS to
EIS/PS master file transaction conversion-edit program.
Specially coded NEDS master file transactions are used to generate the
error messages of PCENETR (EP0060). These transactions are sorted by PSRNETR
(EP0050) into the sequence required by PCENETR (EP0060). See Test 4 for a
discussion of these programs.
The run stream for this test run contains the JCL needed to execute the
conversion-edit procedure. It also contains the specially coded transactions
which cause the error messages to be generated, and an option card which is
input to PCENETR (EP0060). The run stream for this test run is shown in
Figure PST17-1 and sample output produced by this run stream is shown in
Figure PST17-2.
A substitutable parameter is used to supply the name of the internal
transaction file output from PCENETR (EP0060). The name of the file is
EPINTR4. The DD (data definition) information for the transactions input to
PSRNETR (EP0050) and the option card input to PCENETR (EP0060) is also
supplied.
The FLAGW and LIST options are purposely specified incorrectly so that
messages 89 and 90 will be generated. This will not impede the purpose of
this test run since there are no warning messages contained in PCENETR
(EP0060). Error messages 87 and 88 are not generated since they are abortive
in nature.
195
-------
//Pi>HSM7
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(Page 1 of 6)
Figure PST17-2. Sample Output
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Figure PST17-2 - continued.
199
(Page 3 of 6)
Sample Output
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(Page 4 of 6)
Figure PST17-2 - continued. Sample Output
200
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201
(Page 5 of 6)
Sample Output
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(Page 6 of 6)
Figure PST17-2 - continued. Sample Output
202
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(Page 2 of 6)
Sample Output
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Figure PST18-2 - continued.
207
(Page 3 of 6)
Sample Output
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(Page 4 of 6)
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(Page 6 of 6)
Figure PST18-2 - continued. Sample Output
210
-------
EIS/PS Test 19 - Ad Hoc
Generate Non-Abortive Error Messages of the Master File Maintenance Program
In this test run, the internal transaction files output from EIS/PS Tests
17 and 18 are concatenated using the cataloged procedure EPMST20 which
executes PMSTCON (EP0190), the internal transaction file concatenation
program. The concatenated file is used to generate non-abortive error
messages of PFMMSTR (EP0120) by executing the cataloged procedure EPFMM10
which executes PSRINTR (EP0110), the master file internal transaction sort
program; and PFMMSTR (EP0120), the master file maintenance program.
Two internal transaction files are input to PMSTCON (EP0190) which
concatenates them and produces one internal transaction file. This program
does not perform any sequencing and it does not check for duplicate
transactions. The internal transaction file output from PMSTCON (EP0190) is
input to PSRINTR (EP0110) which sorts the file into the sequence required by
PFMMSTR (EP0120). See Test 9 for a discussion of PMSTCON (EP0190) and Test 4
for a discussion of PSRINTR (EP0110) and PFMMSTR (EP0120).
The run stream for this test run contains the JCL needed to concatenate
the two internal transaction files and perform the master file maintenance.
An option card is input to PFMMSTR (EP0120) to supply the options necessary
for this test run. The run stream for this test run is shown in Figure
PST19-1. A listing of the transactions is shown in Figure PST19-2 since they
are not included directly in the run stream.
Substitutable parameters are used when executing EPMST20 to supply the
names of the two internal transaction files input to PMSTCON (EP0190) and the
concatenated file output from PMSTCON (EP0190). The names of these files are
EPINTR4, EPINTR5, and EPINTR6, respectively.
Substitutable parameters are also used when executing EPFMM10 to supply
the names of the internal transaction file input to PSRINTR (EP0110), the
master file input to PFMMSTR (EP0120), and the master file output from PFMMSTR
(EP0120). The names of these files are EPINTR6, EPMSTR5 (created in Test 11),
and EPMSTR6, respectively.
211
-------
The DD (data definition) information for the option card input to PFMMSTR
(EP0120) is also supplied in the run stream. The control year and the LIST
option are purposely specified incorrectly on the option card so that messages
2 and 8 will be generated. All non-abortive error messages are not generated
since many of them are redundant of error messages in PCENETR (EP0060) and
PEDMSTR (EP0080). Sample output produced by this test run is shown in Figure
PST19-3.
212
-------
//PSTESTIV jrih ( ACCOUNTING JNFLO
//*
//* GfNfcKAU NniM-ARuPTIVF EKM.IH MESSAGF5 OF Pl-MMSIR fEP0120)
//*
FXFC fcPMSTPO,
//*
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//*
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//
//*
//* GENERATE ERROR MESSAGES OF PFMMSTR (FP0120) WHILE
//* UPDATING A MAJ.TEP FILE
//*
//UPHATt. OPTIONS OD *
LOST
Figure PST19-1. Run Stream
213
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(Page 4 of 5)
Figure PST19-3 - continued. Sample Output
218
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(Page 5 of 5)
Sample Output
219
-------
EIS/PS Test 20 - Ad Hoc
Exercise All Options of the Master File Internal Transaction Emission Factor
Insertion Program
In this test run, all options of PMSEFIN (EP0100) are exercised using the
cataloged procedure EPMST10 which executes PSREFIN (EP0090), the master file
internal transaction pre-insertion sort program; and PMSEFIN (EP0100), the
master file internal transaction emission factor insertion program.
The concatenated internal transaction file created in EIS/PS Test 19 is
used as input to PSREFIN (EP0090) which sorts the file into the sequence
required by PMSEFIN (EP0100). Refer to Test 4 for a discussion of these
programs.
The run stream for this test run contains the JCL needed to execute the
insertions procedure. It also contains the option card which is input to
PMSEFIN (EP0100). The run stream for this test run is shown in Figure
PST20-1.
Substitutable parameters are used to supply the names of the internal
transaction file input to PSREFIN (EP0090), the emission factor file input to
PMSEFIN (EP0100), and the internal transaction file output from PMSEFIN
(EP0100). The names of these files are EPINTR6, EPEMFC2, (created in Test 3)
and EPINTR7, respectively. The DD (data definition) information for the
option card input to PMSEFIN (EP0100) is also supplied.
The options specified on the option card include sulfur content (SUL),
ash content (ASH), and emission factor (EMISSION). These are the fields that
will be inserted or overridden. The insert (I) and override (0) options are
coded on the option card immediately following each selected field. The
option card also contains two control dates; an emission factor file record
date and a transaction date. No insertion will be made into a field if the
date of the matching emission factor file record is prior to the emission
factor file record date specified on the option card. Likewise, no insertion
will be made into any transaction with a date prior to the transaction date
specified on the option card. An 'R1 is coded in column 80 of the option
220
-------
card so that the date of each transaction will be replaced by the date of its
associated emission factor file record. Also, the FLAGW option is specified
causing all the warning messages to be printed in the diagnostic report.
Sample output produced by this run stream is shown in Figure PST20-2.
221
-------
//psttsi?o JOB c ACCOUNTING TNFU)
//•
//» FXFkCISt AIL OPTIONS UF PMSEFIN
//*
// EXEC
//
// FMFCF1L=FPEMFC?
//*
//* FXFCIUF AN tMISSJOU FATinK INSERTION PROCEDURE
//*
//INSERT. OPTIONS UD *
SOI IU ASH 10 EMISSION 10 FDA) 78001 TDAT 79001
Figure PST20-1. Run Stream
222
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(Page 1 of 4)
Figure PST20-2. Sample Output
223
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Figure PST20-2 - continued.
224
(Page 2 of 4)
Sample Output
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Figure PST20-2 - continued.
(Page 3
Sample Output
of 4)
225
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-------
EIS/PS Test 21 - Ad Hoc
Exercise Option 2 of the Master File Emissions Projection Program
In this test run, option 2 of PRPEPRJ (EP0250) is exercised using the
cataloged procedure EPRPM50 which executes PRPEPRJ (EP0250), the master file
emissions projection program.
The master file input to PRPEPRJ (EP0250) was created in Test 19. The
control cards for option 2 of this program were created arbitrarily and are
included in the run stream. See Test 12 for a discussion of PRPEPRJ (EP0250)
and the control cards.
The run stream for this test run contains the JCL needed to produce an
emissions projection report. The run stream for this test run is shown in
Figure PST21-1.
Substitutable parameters are used to supply the names of the master file
input to PRPEPRJ (EP0250) and the projection file output from PRPEPRJ
(EP0250). The names of these files are EPMSTR6 and PROJFL2, respectively.
The DD (data definition) information for the control cards input to PRPEPRJ
(EP0250) is also supplied.
The projection file will contain all the records from the input master
file; however, only records that are selected for projection will contain the
calculated emissions projections. The file will also contain comment records
to indicate that it was created by the emissions projection program, PRPEPRJ
(EP0250).
Option 2 of PRPEPRJ (EP0250) calculates emissions projections for the
SCC numbers specified on the control cards regardless of point or plant ID. A
report is printed which lists the emissions projections of the criteria
pollutants for each point of the input master file. Subtotals are printed for
each state, county, AQCR, and plant. Cumulative totals for the entire report
are printed on the final page. Sample output produced by this test run is
shown in Figure PST21-2.
227
-------
/VPSTtST?! JOb f ACLflUMT JiW, IljFiJ)
//«
//* FXFKC1SI DPI TUN ? f^ PRPFHRJ (FPOi>S(j)
//*
// txtr FPRP^SO,
// "STRFIl =F.
//*
//* EXFCUTF AN tMlSSIONi) PPtlJt C T UW PkOCEOUKF FUR SPFCIFIC SCC'3
//*
//PKDJCT .OPT IUN RD *
aojoojoi ooo^ono cas 600 9^ri
"o^ooio? onoftooo o?n o?o 920
a030010« +100 +010 +020 -035
Figure PST21-1. Run Stream
228
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(Page 1 of 5)
Figure PST21-2. Sample Output
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(Page 2 of 5)
Figure PST21-2 - continued. Sample Output
230
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Figure PST21-2 - continued.
(Page 3 of 5)
Sample Output
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(Page 4 of 5)
Figure PST21-2 - continued. Sample Output
232
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(Page 5 of 5)
Figure PST21-2 - continued. Sample Output
233
-------
EIS/PS Test 22 - Ad Hoc
Exercise Option 3 of the Master File Emissions Projection Program
In this test run, option 3 of PRPEPRJ (EP0250) is exercised using the
cataloged procedure EPRPM50 which executes PRPEPRJ (EP0250), the master file
emissions projection program.
The master file input to PRPEPRJ (EP0250) was created in EIS/PS Test 19.
The control cards for option 3 of this program were created arbitrarily and
are included in the run stream. See EIS/PS Test 12 for a discussion of
PRPEPRJ (EP0250) and the control cards.
The run stream for this test run contains the JCL needed to produce an
emissions projection report. The run stream for this test run is shown in
Figure PST22-1.
Substitutable parameters are used to supply the names of the master file
input to PRPEPRJ (EP0250) and the projection file output from PRPEPRJ
(EP0250). The names of these files are EPMSTR6 and PROJFL3, respectively.
The DD (data definition) information for the control cards input to PRPEPRJ
(EP0250) is also supplied.
The projection file will contain all the records from the input master
file; however, only records that are selected for projection will contain the
calculated emissions projections. The file will also contain comment records
to indicate that it was created by the emissions projection program, PRPEPRJ
(EP0250).
Option 3 of PRPEPRJ (EP0250) calculates emissions projections for the
plant/point combinations specified on the control cards. A report is printed
which lists the emissions projections of the criteria pollutants for each
point of the input master file. Subtotals are printed for each state, county,
AQCR, and plant. Cumulative totals for the entire report are printed on the
final page. Sample output produced by this test run is shown in Figure
PST22-2.
234
-------
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//*
//* ExFtfClSt OPT
//*
// tXtC FI-RPM50,
//
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(Page 1 of 5)
Figure PST22-2. Sample Output
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(Page 2 of 5)
Figure PST22-2 - continued. Sample Output
237
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Figure PST22-2 - continued.
238
(Page 3 of
Sample Output
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nj —
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ni ~
o
B O.
c
QJ O
•— UJ
LJ —1
a: uj _J
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uj D ar
>- a: t-
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3: I 0
LJJ I LJ
0- I
I
in i
2
un o- r-
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CO >—
« uJ Z
Z _J Uj
IAJ •-» »—
u. O
a.
x
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at
a.
2
en
I
0.
X
>n
aj O
Z UJ
ooocooooooocooooooooocoo
*M ru ru *\j p^ *^ i\j f\j f\j r*\ *• f\j /\j r\j r"
I I I I I I I I I I I I I I I I I I
ex. AJ x a. rux d. f\ix a.
W2 1200^5 ^OCvLJtOQOO'—ic/l
ru
I I l l l
Q. r\jx
ooocooooooo ooooo
t I I I I I I I I I 1 I I I I
0. r\j-< CL njx d. OJM
2
at
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3
(Page 4 of 5)
Figure PST22-2 - continued. Sample Output
239
-------
— JO o ru
_j r~- ru ru ^ f
*{ o o ~c f*i I
»-i « « «
> k- ru ru -«
Z KI 3 i
O
n a
U _) »
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fX
-0
a:
a
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£
u- C
3.
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7 UJ
ir -c tf K.
a nj -o ru
c o IP r^i r
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O
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CL
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AJ X
2
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(Page 5 of 5)
Figure PST22-2 - continued. Sample Output
240
-------
EIS/PS Test 23 - Ad Hoc
Produce a Quick Look Report and Answer File for Particulate Emissions and List
the Answer File
In this test run, a quick look report and an answer file for particulate
emissions is produced using the cataloged procedure EPRPM60 which executes
PRTQLED (EP0260), the quick look edit program; PRTQLEX (EP0270), the quick
look extract program; and PRPQUIK (EP0280), the quick look report program.
The answer file output from PRTQLEX (EP0270) is printed in a detailed report
using the cataloged procedure EPRPM20 which executes PRPMSTR (EP0210), the
master file detailed report program.
The output produced by the quick look package is dependent upon the
user-supplied control cards input to PRTQLED (EP0260). Each set of cards must
begin with a $$SELECT card and end with a $$END card. The $$SELECT card
signals the beginning of a quick look retrieval and can contain a report
heading for the quick look report or the turnaround document. The $$END card
signals the end of a quick look retrieval.
Between the $$SELECT card and the $$END card, the following cards are
entered in order: from one to twenty 10 cards, a 20 card, a 30 card
(optional), a 40 card (optional, unless QL is specified on the 20 card), a 41
card (optional if a 40 card is entered, not allowed otherwise), and a 42 card
(optional if a 40 and a 41 card are entered, not allowed otherwise). The 10
card(s) specifies which records are to be selected from the EIS/PS master file
for processing. The 20 card specifies the desired report type and/or output
answer file. The 30 card specifies the order of the quick look report or
turnaround document and can be used to specify page break/subtotal ling for
specific data elements. The 40, 41, and 42 cards specify the data fields to
be included in the quick look report, the suppression of detail lines, and the
totalling for specific data elements. A quick look report is generated for
each card. The control card formats are shown in Figure PST23-1. A
description of each field on the cards is provided in Figure PST23-2. The
241
-------
quick look load sheets are provided in Figure PST23-3. The valid quick look
data element abbreviations is shown in Figure PST23-4.
See EIS/PS Test 9 for a discussion of PRPMSTR (EP0210).
The run stream for this test run contains the JCL needed to produce a
quick look report and answer file, and a listing of the answer file. The
quick look report contains data from all records which passed the selection
criteria. The answer file contains all of these records plus the records to
which they are subordinate. Therefore, the answer file may be used exactly
like a master file; however, the user should note that it is only a subset of
the master file.
The answer file is not automatically listed by the quick look package.
Hence, the master file detailed report program, PRPMSTR (EP0210), is executed
for this purpose. The run stream for this test run is shown in Figure
PST23-5.
Substitutable parameters are used when executing the procedure EPRPM60 to
supply the names of the master file input to PRTQLEX (EP0270) and the answer
file output from PRTQLEX (EP0270). The names of these files are EPMSTR6 and
EPANSRA, respectively. A substitutable parameter is also used when executing
the cataloged procedure EPRPM20 to supply EPANSRA as the name of the master
file input to PRPMSTR (EP0210). The DD (data definition) information for the
quick look control cards input to PRTQLED (EP0260) is also supplied. Sample
output produced by this run stream is shown in Figure PST23-6.
242
-------
$$SELECT Card
Columns
1 - 8
9
10 - 72
73 - 80
10 Card (Selection
Columns
1 - 2
3
4
5
6 - 9
10
11
12
13 - 24
25
26
27
28 - 30
31 - 80
Format
X - X
X - X
Criteria)
Format
XX
X
XXXX
X
X - X
X
XXX
Symbol
Alphanumeric
Alphanumeric
Symbol
Numeric
Special Character
Alphanumeric
Special Character
Alphanumeric
Special Character
Special Characters
Description
'$$SELECT'
Unused
Report Title
Unused
Description
'10'
Unused
Left Parenthesis
Unused
Data Abbreviation
Unused
Relational Operator
Unused
Test Value
Unused
Right Parenthesis
Unused
Boolean Operator
Unused
(Page 1 of 5)
Figure PST23-1. Format of Quick Look Retrieval Specification Cards
243
-------
20 Card (Output Specifications)
Columns
1 - 2
3
4-5
6
7 - 8
9 - 80
30 Card (Report
Columns
1 - 2
3
4-7
8
9
10 - 13
14
15
16 - 19
Format
XX
XX
XX
Order, Page
Format
XX
XXXX
X
XXXX
X
XXXX
Symbol
Numeric
Special Characters
Special Characters
Description
'20'
Unused
Report Code
Unused
Report Code
Unused
Break/Subtotal! ing Specifications)
Symbol
Numeric
Alphanumeric
Special Character
Alphanumeric
Special Character
Alphanumeric
Description
'30'
Unused
Data Abbrevi
Page Break/
Subtotal ling
Unused
Data Abbrevi
Page Break/
Subtotal li ng
Unused
Data Abbrevi
at ion
Request
ation
Request
ation
(Page 2 of 5)
Figure PST23-1 - continued. Format of Quick Look
Retrieval Specification Cards
244
-------
30 Card - continued
Columns
Format
Symbol
Description
20
22 -
28 -
34 -
39 - 80
21
25
26
27
31
32
33
37
38
XXXX
X
XXXX
X
XXXX
X
Special Character
Alphanumeric
Special Character
Alphanumeric
Special Character
Alphanumeric
Special Character
Page Break/
Subtotal!ing Request
Unused
Data Abbreviation
Page Break/
Subtotal!ing Request
Unused
Data Abbreviation
Page Break/
Subtotal!ing Request
Unused
Data Abbreviation
Page Break/
Subtotal ling Request
Unused
(Page 3 of 5)
Figure PST23-1 - continued. Format of Quick Look
Retrieval Specification Cards
245
-------
40, 41, 42 Cards (Quick Look Report Formats for One, Two, or Three Reports)
Columns
1 -
6 -
12 -
18 -
24 -
30 -
36 -
2
3
4
5
9
10
11
15
16
17
21
22
23
27
28
29
33
34
35
39
Format Symbol
XX Numeric
X Special Character
XXXX Alphanumeric
X Special Character
XXXX Alphanumeric
X Special Character
XXXX Alphanumeric
X Special Character
XXXX- Alphanumeric
X Special Character
XXXX Alphanumeric
X Special Character
XXXX Alphanumeric
Description
'40', '41', or '42'
Unused
Suppression Request
Unused
Data Abbreviation
Totalling Request
Unused
Data Abbreviation
Totalling Request
Unused
Data Abbreviation
Total ling Request
Unused
Data Abbreviation
Totalling Request
Unused
Data Abbreviation
Totalling Request
Unused
Data Abbreviation
(Page 4 of 5)
Figure PST23-1 - continued. Format of Quick Look
Retrieval Specification Cards
246
-------
40, 41, 42 Cards -
Columns
40
41
42 - 45
46
47
48 - 51
52
53
54 - 57
58
59
60 - 63
64
65 - 80
$$END Card
Columns
1 - 5
6 - 80
continued
Format
X
XXXX
X
XXXX
X
XXXX
X
XXXX
X
Format
XXXXX
Symbol
Special Character
Alphanumeric
Special Character
Alphanumeric
Special Character
Alphanumeric
Special Character
Alphanumeric
Special Character
Symbol
Special Characters
Description
Total ling Request
Unused
Data Abbreviation
Totalling Request
Unused
Data Abbreviation
Totalling Request
Unused
Data Abbreviation
Totalling Request
Unused
Data Abbreviation
Totalling Request
Unused
Description
'$$END'
Unused
(Page 5 of 5)
Figure PST23-1 - continued. Format of Quick Look
Retrieval Specification Cards
247
-------
$$SELECT Card: This card is required and signals the beginning of the quick
look specification cards.
1. '$$SELECT': Required.
2. Report Title: Enter a title to appear on the quick look report or reports
(see 40, 41 and 42 cards) or on the turnaround document. The title will
also appear on the diagnostic report produced by the quick look edit
program. The title should be chosen carefully because it is the only
means of identifying a report which has been separated from the run
stream. A date may be included in the title to date the reports.
10 Card: One 10 card is required, up to twenty 10 cards are allowed to
specify the selection criteria.
1. '10': Required.
2. Left Parenthesis: Enter '(' if this 10 card is the first of a number of
10 cards to be grouped together.
3. Data Abbreviation: Enter one of the valid abbreviations for data fields
on the master file. The valid abbreviations are shown in Figure 6.5.2-d.
The data field specified by the data abbreviation will be compared to the
test value to determine which records from the master file are to be
selected for processing.
4. Relational Operator: Enter one of the following codes: '£' for equal,
'U' for unequal, 'G' for greater than, '!_' for less than, 'P' for present
(non-blank), or 'B' for blank.
(Page 1 of 5)
Figure PST23-2. Description of Quick Look Retrieval Specification Fields
248
-------
5. Test Value: This field is left blank if the relational operator is P or
B. Otherwise enter a value (beginning in column 13) to which the field
specified by the data abbreviation will be compared. The length of the
test value should equal the length (on the master file) of the data field
being compared. If the data field is over 12 characters in length, the
twelve characters in the test value field are compared to the first 12
characters of the field on the master file. Numeric test values must be
expressed as they appear on the master file: zero-filled and with no
decimal. For example, for control equipment cost, a test value of
$2500.00 would be entered as 0250000.
6. Right Parenthesis: Enter ')' if this 10 card is the last of a number of
10 cards to be grouped together.
7. Boolean operator: Enter 'AND' or 'OR ' if the relational expression on
this 10 card is to be combined with the relational expression on the next
10 card by the 'AND' or 'OR' boolean operator. This field must be blank
on the last 10 card. If this field is blank on any but the last 10 card,
it is assumed to have a value of 'AND1.
20 Card: This card is required to specify the outputs desired.
1. '20': Required.
2. Report Code: Enter one of the following codes to specify the desired
output: 'QL' for quick look report, 'TA1 for turnaround document, 'AF'
for answer file. Only one of 'QL' and 'TA1 may be specified in a given
execution of the quick look programs, but 'AF1 may be specified in
(Page 2 of 5)
Figure PST23-2 - continued. Description of Quick Look
Retrieval Specification Fields
249
-------
conjunction with either of the other two codes. The codes may be entered
in any order on the 20 card.
30 Card: This card is optional. It specifies the order of the quick look
report or turnaround document and includes page break/subtotal!ing requests
for the quick look report.
1. '30': Required.
2. Data Abbreviation: Enter one of the valid abbreviations for data fields on
the master file. The valid abbreviations are shown in Figure 6.5.2-d.
Enter abbreviations from left to right on the 30 card in the order
of their priority in the sort order of the reports. The report order
specified will determine the order of data in the quick look report or
the turnaround document, but will not affect the order of the answer file.
(The answer file will have the same order as the input master file.)
The sorts are always in ascending order with the specified data fields.
3. Page Break/Subtotal ling Request: Each page break/subtotal!ing request is
associated with the data abbreviation immediately preceding it on the 30
card. Enter 'X' to request a page break in the quick look report when the
data field represented by the associated data abbreviation changes in
value. If totals are requested on the 40, 41, or 42 card for any data
field in the quick look report, a subtotal for the field(s) will be
printed before the page break in the quick look report(s). A page break/
subtotal!ing request on the 30 card and a totalling request on the 40. 41.
or 42 card cannot be entered for the same data element. The page
(Page 3 of 5)
Figure PST23-2 - continued. Description of Quick Look
Retrieval Specification Fields
250
-------
break/subtotal!ing request does not affect the turnaround document or the
answer file.
40, 41, 42 Cards: These cards are optional. They are entered when QL is
specified on the 20 card. They specify the content of quick look reports.
They may also specify totalling of certain fields and suppression of all but
the total lines. Each card generates a quick look report.
1. '40', '41', or '42': Required. The following combinations are allowed:
A 40 card, a 40 card followed by a 41 card, a 40 card followed by a 41
card followed by a 42 card. The 41 and 42 cards specify additional report
formats from the same quick look retrieval run.
2. Suppression Request: Enter 'X1 to suppress the printing of detailed lines
in the quick look report (only headings, subtotals, and totals would be
printed). If suppression is requested, totalling of at least one data
field must be requested on the same 40, 41, or 42 card and page break/
subtotalling must be requested for at least one data field on the 30 card.
Also, each data field for which page break/subtotal!ing is requested on
the 30 card must be listed on the 40, 41, or 42 card. These fields must
appear in the same order on the 40, 41, or 42 card as they appear on the
30 card.
3. Data Abbreviation. Enter one of the valid abbreviations for data fields
on the master file. The valid abbreviations and data element lengths are
shown in Figure 6.5.2-d. The total of the lengths of the elements on any
40, 41, or 42 card cannot exceed 132 characters. To determine the total
lengths, sum the lengths for the data elements found in Figure 6.5.2-d
(Page 4 of 5)
Figure PST23-2 - continued. Description of Quick Look
Retrieval Specification Fields
251
-------
under the column "Data Element Length In Quick Look Report" or, if the
data element is totalled, "Data Element Length In Quick Look Report If
Totalled." If the total exceeds 132, delete some of the fields or break
the report into two quick look reports. Enter abbreviations left to right
on the 40, 41, or 42 card in the order that the data fields are to appear
in the quick look report. If a 30 card is entered that specifies page
break/subtotal!ing when certain data fields change in value, the fields
for which page break/subtotal ling is requested must be entered on the 40,
41, or 42 card in the same order that they appear on the 30 card.
4. Totalling Request. Each totalling request is associated with the data
abbreviations immediately preceding it on the 40, 41, or 42 card. Enter
'X' to request the totalling of the associated data field. A totalling
request is allowed for those data elements having an entry under "Data
Element Length In Quick Look Report If Totalled" in Figure 6.5.2-d. If
page break/subtotal ling requests are entered on the 30 card, subtotals
will be computed before each page break. A totalling request on the 40,
41, or 42 card and a page break/subtotal!ing request on the 30 card cannot
be entered for the same data element. When a totalling request is entered
on a 40, 41, or 42 card for a data element, NO data element from a
subordinate master file segment should be entered on that 40, 41, or 42
card.
$$END Card: This card is required and signals the end of the quick look
retrieval specifications.
1. '$$END': Required.
(Page 5 of 5)
Figure PST23-2 - continued. Description of Quick Look
Retrieval Specification Fields
252
-------
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X
-------
EIS/PS QUICK LOOK RETRIEVAL
PAGE 2
DATA ELEMENT
ABBRE-
VIATION
POSITION IN
MASTER FILE
DATA ELEMENT LENGTH
IN MASTER
FILE
IN QUICK
LOOK REPORT
IN QUICK
LOOK REPORT
IF TOTALLED
DATA ELEMENT
ABBRE-
VIATIO!.
POSITION IN
MASTE? FILE
DATA tLE'ftllT LENJTr
I'l MASTER
FILE
IS QUla
LOUk. REPORT
IN OLIIK
LOOK RIPCr-.T
!r TOTALLED!
DATA ELEMENTS COMMON TO ALL SEGMENTS
POINT SEGMENT DATA ELEMUITS (continued)
AQCR
County
PUnt
Segment Date
Segment Day
Segment ID
Segment Year
State
AQCR
CNTY
PLNT
DATE
OAYY
SEGM
YEAR
STTE
50
46
53
57
59
57
62
44
3
4
4
5
3
2
1
2
5
5
5
6
5
5
5
5
DATA ELEMENTS COMMON TO POINT, SCC. and COMMENT SEGMENTS
State
Throughput
Throughput /Oec-Feb
Throughput /Jun-Aug
Throughput /Mar-May
Throughput /Sep-Nov
Jser Point ID
UTM Coordinates
UTM Horizontal
UTM Vertical
NEDS Point ID IIPIO 63 2 5 ['Velocity
1STT
THPU
UNTO,
SUTi
SPNG
FALL
UPID
UTMC
HORZ
VERT
VELO
96
96
100
98
102
65
74
74
78
135
8
2
2
2
3
4
5
5
5
9
5
5
5
5
5
10
6
7
6
PLANT SEGMENT DATA ELEMENTS Repeating Point Segment Data Elements (POLL must be specified!
AQCR ' "
City
Contact
bounty
Local Control
Hailing Address
Vame and Address
No. of Employees
Ownership
Plant ID
'rlndpal Product
'roperty Area
Segment Date
Segment Day
Segment ID
Segment Year
State
Telephone
User Control Region
User Plant ID
UTM Zone
0AQCT
CITY
CONT
OCNT
LCON
MAIL
1AAO
NOME
DUNS
«PLN
PROD
PROP
DOTE
BDAY
BSEG
rtYER
BSTT
TELE
UCON
UPLT
UTMZ
50
82
89
46
68
182
124
172
88
53
114
176
57
59
62
57
44
104
65
70
86
3
4
15
4
2
48
48
4
1
4
10
6
5
3
1
2
2
10
3
12
2
5
5
16
5
5
49
49
5
5
5
11
3
6
5
5
5
5
11
5
13
5
IContro Equipment
IControl Equip. Cost
Emission Units
Emissions Al lowable
Emissions Estimate
'Emissions Measured
Est Control Efficiency
9 Estimation Method
Pollutant ID
Primary Control Equip
Secondary Control Equip
13 Test Method
POINT EGMENT DATA ELEMENTS
AQCR
Boiler Design Capacity
Control Regulations
Control Regulation 1
Control Regulation 2
Compliance Schedule
Comp. Schedule Year
Coinp. Schedule Month
Compliance Status
Compl lance Update
Coup. Update Day
Comp. Update Month
Comp. Update Year
County
ECAP
Exhaust Flo* Rate
IPP Code
Latitude
Latitude Degree
Latitude Minute
Latitude Second
Longitude
Longitude Degree
Longitude Minute
Longitude Second
NEDS Point ID/SECMENT
ormal Operating Rate
Number of Pollutants
Plant ID
Plume Height
Point IDs
Points w/ Common Stack
Segment Date
Segn«nt Day
Segment ID
Segment Year
SIC Code
Sp e Heat I
St k Data
i>t k Dl ameter
St k Height
St k Temperature
~ 1AQTT
BOIL
CREG
HEfil
8EG2
REG3
CSCH
SCHY
SCUM
CSTT
CUPD
CUDY
CUMN
CUYR
1CNT
ECAP
FLOU
IPPC
LATT
LATD
LATN
LATS
LONG
LONO
LONM
LONS
S1IO
NORM
NUMP
1PLN
PLUM
PTID
PUCS
10TE
1DAY
1SEG
IYER
s;cc
SPAC
STAD
aiAM
HCHT
TE;-.P
JO
109
160
160
164
168
149
149
151
148
153
157
155
153
46
159
128
72
83
83
85
87
89
89
92
94
63
104
239
53
140
63
144
57
59
02
57
68
114
117
121
117
124
3
5
12
4
4
4
4
2
2
1
6
2
I
I
4
1
7
a
6
2
i
2
7
3
i
i
5
2
4
4
5
4
5
3
1
2
4
3
27
3
4
4
5
11
13
5
5
5
5
5
5
5
7
5
5
5
5
5
8
5
7
5
5
5
3
5
i
5
5
6
5
5
5
6
5
6
5
5
5
5
5
a
5
5
5
11
[
CEQ?
CCST
EUNT
ALLO
EST!
ME AS
ECEF
ESTK
POLL*
PCTL
SCTL
TSTa
253
246
.90
276
262
269
7
I
7
7
1
5
3
3
1
7
9
5
8
S
3
5
6
5
5
5
.4
1
-3 1
i
!
!
SCC SEGMENT DATA CLEMENTS
AO.CS
Ash Content
EEC Code
BEC ID
SEC Number
Confidential i ty
County
Fuel Process Rate
Fuel Units
Heat Content
Maximum Design Pate
NEDS Point ID/Segment 2
No. of Emission Factors
Plant 1C
Source Class. Code
SCC 1
SCC 2
SCC 3
SCC 4
SCC Sequence Number
Segment Date
Segment Day
Segment ID
Segment Year
Source Code
Source Description
State
Sulfur Content
^AQC
ASHC
BECC
BECI
8ECS
CONF
2CNT
EKFS
FPRT
Fl'NT
HEAT
MORT
S2ID
1.EMF
2PLM
SCCC
SCCi
SCC2
SCC3
SCC4
SSQN
ZDT:
2DAY
2SEG
2YER
sacc
saco
2STT
SuLC
50
«a
75
78
75
106
46
133
81
80
101
88
o3
197
53
05
65
66
68
71
73
57
59
62
57
107
108
44
95
3
3
c
2
3
1
4
5
2
4
2
2
^
5
j
1
25
?
5
5
6
5
5
5
5
6
5
6
9
5
5
9
5
5
6
5
5
5
5
2G
5
u
REPEATING SCC SEGMENT DATA ELEMENTS (HPIO must oe speclfiecj
Ash/Sulfur Code
Emission Factor
Emission Factor Units
Pollutant ID
ASSC
EMFA
E1FU
MPID*
214
204
215
199
1
9
1
5
5
11
5
6
COMMENT SEGMENT DATA ELEMENTS
AqcR
Comments
:ounty
.eft Comment
wine Number
NEDS Point ID/Segment 3
Plant ID
PNR Sequence Number
Right Comment
Segment Date
Segment Day
Segment ID
Segment "ear
3AQC
COMM
3CN'T
LCMT
LINE
S31D
3PLN
SE3N
RG'tT
3DTE
3DAY
3SEC
3YEK
50
71
46
71
67
63
53
65
122
57
59
••j2
b7
102
4
51
3
4
51
5
3
5
99
5
52
6
5
6
5
* Relational Operator Must Be E
*• Only fields having an entry in this column are eluible for totalling.
Figure PST23-3 - continued.
(Page 2 of 2)
Quick Look Retrieval Load Sheets
254
-------
DATA ELEMENTS COMMON TO ALL SEGMENTS
DATA ELEMENT LENGTH
ABBRE- POSITION IN IN MASTER IN
DATA ELEMENT
AQCR
County
Plant
Segment Date
Segment Day
Segment ID
Segment Year
State
DATA ELEMENTS
NEDS Point ID
VIATION MASTER FILE
AQCR
CNTY
PLNT
DATE
DAYY
SEGM
YEAR
STTE
COMMON TO
NPID
50
46
53
57
59
57
62
44
POINT, SCC,
63
IN QUICK
QUICK LOOK REPORT
FILE LOOK REPORT IF
3
4
4
5
3
2
1
2
and COMMENT
2
5
5
5
6
5
5
5
5
SEGMENTS
5
TOTALLED
N/A
N/A
N/A
N/A
N/A
N/A
N/A
N/A
N/A
(Page 1 of 9)
Figure PST23-4. Quick Look Data Element Abbreviations
255
-------
PLANT SEGMENT DATA ELEMENTS
DATA ELEMENT LENGTH
DATA ELEMENT
AQCR
City
Contact
County
Local Control
Mailing Address
Name and Address
No. of Employees
Ownership
Plant ID
Principal Product
Property Area
Segment Date
Segment Day
Segment ID
Segment Year
State
Telephone
User Control Region
User Plant ID
UTM Zone
0 Denotes zero
ABBRE- POSITION IN
VI AT I ON MASTER FILE
OAQC
CITY
CONT
OCNT
LCON
MAIL
NAAD
NUME
OWNS
OPLN
PROD
PROP
ODTE
ODAY
OSEG
OYER
OSTT
TELE
UCON
UPLT
UTMZ
50
82
89
46
68
182
124
172
88
53
114
176
57
59
62
57
44
104
65
70
86
IN MASTER IN QUICK
FILE LOOK REPORT
3
4
15
4
2
48
48
4
1
4
10
6
5
3
1
2
2
10
3
12
2
5
5
16
5
5
49
49
5
5
5
11
8
6
5
5
5
5
11
u
13
5
IN QUICK
LOOK REPORT
IF TOTALLED
N/A
N/A
N/A
N/A
N/A
N/A
N/A
9
N/A
N/A
N/A
13
N/A
N/A
N/A
N/A
N/A
N/A
N/A
N/A
N/A
(Page 2 of 9)
Figure PST23-4 - continued. Quick Look Data Element Abbreviations
256
-------
POINT SEGMENT DATA ELEMENTS
DATA ELEMENT LENGTH
DATA ELEMENT
AQCR
Boiler Design Capacity
Control Regulations
Control Regulation 1
Control Regulation 2
Control Regulation 3
Compliance Schedule
Comp. Schedule Month
Comp. Schedule Year
Compliance Status
Compliance Update
Comp. Update Day
Comp. Update Month
Comp. Update Year
County
ECAP
Exhaust Flow Rate
IPP Code
Latitude
Latitude Degree
Latitude Minute
Latitude Second
ABBRE- POSITION IN
VIATION MASTER FILE
1AQC
BOIL
CREG
REG1
REG2
REGS
CSCH
SCHM
SCHY
CSTT
CUPD
CUDY
CUMN
CUYR
1CNT
ECAP
FLOW
IPPC
LATT
LATD
LATM
LATS
50
109
160
160
164
168
149
151
149
148
153
157
155
153
46
159
128
72
83
83
85
87
IN MASTER
FILE
3
5
12
4
4
4
4
2
2
1
6
2
2
2
4
1
7
2
6
2
2
2
IN QUICK
LOOK REPORT
5
11
13
5
5
5
5
5
5
5
7
5
5
5
5
5
8
5
7
5
5
5
IN QUICK
LOOK REPORT
IF TOTALLED
N/A
11
N/A
N/A
N/A
N/A
N/A
N/A
N/A
N/A
N/A
N/A
N/A
N/A
N/A
N/A
N/A
N/A
N/A
N/A
N/A
N/A
(Page 3 of 9)
Figure PST23-4 - continued. Quick Look Data Element Abbreviations
257
-------
POINT SEGMENT DATA ELEMENTS (continued)
DATA ELEMENT LENGTH
DATA ELEMENT
Longitude
Longitude Degree
Longitude Minute
Longitude Second
NEDS Point ID/SEGMENT 1
Normal Operating Rate
Number of Pollutants
Plant ID
Plume Height
Point IDs
Points w/ Common Stack
Segment Date
Segment Day
Segment ID
Segment Year
SIC Code
Space Heat %
Stack Data
Stack Diameter
Stack Height
Stack Temperature
State
ABBRE- POSITION IN
VIATION MASTER FILE
LONG
LOND
LONM
LONS
S1ID
NORM
NUMP
1PLN
PLUM
PTID
PWCS
1DTE
1DAY
1SEG
IYER
SICC
SPAC
STAD
DIAM
HGHT
TEMP
1STT
89
89
92
94
63
104
239
53
140
63
144
57
59
62
57
68
114
117
121
117
124
44
IN MASTER IN QUICK
FILE LOOK REPORT
7
3
2
2
2
5
2
4
4
5
4
5
3
1
2
4
3
27
3
4
4
2
8
5
5
5
5
6
5
5
5
6
5
6
5
5
5
5
5
28
5
5
5
5
IN QUICK
LOOK REPORT
IF TOTALLED
N/A
N/A
N/A
N/A
N/A
N/A
N/A
N/A
N/A
N/A
N/A
N/A
N/A
N/A
N/A
N/A
N/A
N/A
N/A
N/A
N/A
N/A
N/A
(Page 4 of 9)
Figure PST23-4 - continued. Quick Look Data Element Abbreviations
258
-------
POINT SEGMENT DATA ELEMENTS (continued)
DATA ELEMENT LENGTH
DATA ELEMENT
IN QUICK
ABBRE- POSITION IN IN MASTER IN QUICK LOOK REPORT
VIATION MASTER FILE FILE LOOK REPORT IF TOTALLED
Throughput
Throughput/Dec-Feb
Throughput/Jun-Aug
Throughput/Mar-May
Throughput/Sep-Nov
User Point ID
UTM Coordinates
UTM Horizontal
UTM Vertical
Velocity
THRU
WNTR
SUMM
SPNG
FALL
UPID
UTMC
HORZ
VERT
VELO
96
96
100
98
102
65
74
74
78
135
8
2
2
2
2
3
9
4
5
5
9
5
5
5
5
5
10
6
7
6
N/A
N/A
N/A
N/A
N/A
N/A
N/A
N/A
N/A
N/A
(Page 5 of 9)
Figure PST23-4 - continued. Quick Look Data Element Abbreviations
259
-------
REPEATING POINT SEGMENT DATA ELEMENTS
(POLL must be specified)
DATA ELEMENT LENGTH
ABBRE- POSITION IN
DATA ELEMENT VIATION MASTER FILE
Control Equipment
Control Equip. Cost
Emission Units
Emissions Allowable
Emissions Estimate
Emissions Measured
Est Control Efficiency
Estimation Method
Pollutant ID
Primary Control Equip
Secondary Control Equip
Test Method
CEQP
CCST
EUNT
ALLO
ESTI
MEAS
ECEF
ESTM
POLL
PCTL
SCTL
TSTM
253
246
290
276
262
269
259
291
241
253
256
292
IN MASTER IN QUICK
FILE LOOK REPORT
6
7
1
7
7
7
3
1
5
3
3
1
7
9
5
8
8
8
5
5
6
5
5
5
IN QUICK
LOOK REPORT
IF TOTALLED
N/A
14
N/A
13
13
13
N/A
N/A
N/A
N/A
N/A
N/A
(Page 6 of 9)
Figure PST23-4 - continued. Quick Look Data Element Abbreviations
260
-------
SCC SEGMENT DATA ELEMENTS
DATA ELEMENT LENGTH
DATA ELEMENT
AQCR
Ash Content
BEC Code
BEC ID
BEC Number
Confidential ity
County
Emission Factor Source
Fuel Process Rate
Fuel Units
Heat Content
Maximum Design Rate
NEDS Point ID/Segment 2
No. of Emission Factors
Plant ID
Source Classification
Code
SCC 1
SCC 2
SCC 3
SCC 4
SCC Sequence Number
ABBRE- POSITION IN
VIATION MASTER FILE
2AQC
ASHC
BECC
BECI
BECN
CONF
2CNT
EMFS
FPRT
FUNT
HEAT
MDRT
S2ID
NEMF
2PLN
SCCC
SCC1
SCC2
SCC3
SCC4
SSQN
50
98
75
78
75
106
46
133
81
80
101
88
63
197
53
65
65
66
68
71
73
IN MASTER IN QUICK
FILE LOOK REPORT
3
3
5
2
3
1
4
1
7
1
5
7
2
2
4
8
1
2
3
2
2
5
5
6
5
5
5
5
5
8
5
6
9
5
5
5
9
5
5
5
5
5
IN QUICK
LOOK REPORT
IF TOTALLED
N/A
N/A
N/A
N/A
N/A
N/A
N/A
N/A
13
N/A
N/A
14
N/A
N/A
N/A
N/A
N/A
N/A
N/A
N/A
N/A
(Page 7 of 9)
Figure PST23-4 - continued. Quick Look Data Element Abbreviations
261
-------
SCC SEGMENT DATA ELEMENTS (continued)
DATA ELEMENT LENGTH
DATA ELEMENT
IN QUICK
ABBRE- POSITION IN IN MASTER IN QUICK LOOK REPORT
VIATION MASTER FILE FILE LOOK REPORT IF TOTALLED
Segment Date
Segment Day
Segment ID
Segment Year
Source Code
Source Description
State
Sulfur Content
2DTE
2DAY
2SEG
2YER
SRCC
SRCD
2STT
SULC
57
59
62
57
107
108
44
95
5
3
1
2
1
25
2
3
6
5
5
5
5
26
5
5
N/A
N/A
N/A
N/A
N/A
N/A
N/A
N/A
Repeating SCC SEGMENT DATA ELEMENTS
(MPID must be specified)
DATA ELEMENT LENGTH
DATA ELEMENT
IN QUICK
ABBRE- POSITION IN IN MASTER IN QUICK LOOK REPORT
VIATION MASTER FILE FILE LOOK REPORT IF TOTALLED
Ash/Sulfur Code
Emission Factor
Emission Factor Units
Pollutant ID
ASSC
EMFA
EMFU
MPID
214
204
215
199
1
9
1
5
5
11
5
6
N/A
N/A
N/A
N/A
(Page 8 of 9)
Figure PST23-4 - continued. Quick Look Data Element Abbreviations
262
-------
COMMENT SEGMENT DATA ELEMENTS
DATA ELEMENT LENGTH
DATA ELEMENT
AQCR
Comments
County
Left Comment
Line Number
NEDS Point ID/Segment 3
Plant ID
PNR Sequence Number
Right Comment
Segment Date
Segment Day
Segment ID
Segment Year
ABBRE- POSITION IN IN MASTER
VIATION MASTER FILE FILE
3AQC
COMM
3CNT
LCMT
LINE
S3ID
3PLN
SEQN
RCMT
3DTE
3DAY
3SEG
3YER
50
71
46
71
67
63
53
65
122
57
59
62
57
3
102
4
51
3
2
4
2
51
5
3
1
2
IN QUICK
LOOK REPORT
5
99
5
52
5
5
5
5
52
6
5
5
5
IN QUICK
LOOK REPORT
IF TOTALLED
N/A
N/A
N/A
N/A
N/A
N/A
N/A
N/A
N/A
N/A
N/A
N/A
N/A
(Page 9 of 9)
Figure PST23-4 - continued. Quick Look Data Element Abbreviations
263
-------
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Figure FST23-5. Run Stream
264
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(Page 1 of 8)
Figure PST23-6. Sample Output
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(Page 3 of 8)
Figure PST23-6 - continued.
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(Page 4 of 8)
Figure PST23-6 - continued. Sample Output
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(Page 5 of 8)
Figure PST23-6 - continued. Sample Output
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(Page 6 of 8)
Figure PST23-6 - continued. Sample Output
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(Page 7 of 8)
Figure PST23-6 - continued. Sample Output
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(Page 8 of 8)
Figure PST23-6 - continued. Sample Output
272
-------
EIS/PS Test 24 - Ad Hoc
produce Three Quick Look Reports
In this test run, three quick look reports are produced using the
cataloged procedure EPRPM60 which executes PRTQLED (EP0260), the quick look
edit program; PRTQLEX (EP0270), the quick look extract program; and the
PRPQUIK (EP0280), the quick look report program.
The user-supplied quick look control cards input to PRTQLED (EP0260)
will select all master file records and produce three quick look reports. At
least one 10 card must be present in a quick look run; therefore, in order to
select all master file records, a 10 card must specify a condition that is
true for all records. The 10 card in this test run specifies that the state
code must be present for a record to be selected. Since the state code is a
key field, it will always be present for every master file record.
The 20 card specifies that a quick look report is desired. There is no
30 card supplied in the run stream, therefore the default sort sequence will
be the same as the master file sequence.
The 10 card specifies the record selection criteria, but the 40, 41, and
42 cards specify the records from which data will be extracted for a given
report. The 40 card in this test run contains only plant segment data
elements, therefore only data from plant records will be included in the first
report. The 41 card contains only point segment data elements, therefore only
data from point records will be present in the second report. The 42 card
contains only SCC segment data elements, therefore only data from SCC records
will be present in the third report.
The user should be aware that all master file records (169 in this test
run) passed the 10 card selection criteria, but only the plant, point, and SCC
records (a total of 154) were selected for the quick look reports. If an
answer file had been requested, it would contain all records from the input
master file (hence, it would be an exact copy). See EIS/PS Test 23 for a
discussion of the quick look package.
273
-------
The run stream for this test run contains the JCL needed to produce a
quick look report. It also contains the quick look control cards that are
input to PRTQLED (EP0260). The run stream for this test run is shown in
Figure PST24-1.
A substitutable parameter is used to specify EPMSTR6 as the name of the
master file input to PRTQLEX (EP0270). The DD (data definition) information
for the quick look control cards is also supplied. Sample output produced by
this run stream is shown in Figure PST24-2.
274
-------
JOB fACcnu^nwr, INFO)
//•
//* PHOO'JCF THR£F QUICK LU"K «fPOKTS
//*
//TtS!?i|A FxEC
//*
//* PRODUCE THF FIRST REPORT *TTH INFORMATION FROM THE
//» PL»NT RECORD; PRODUCE THE SECOND WITH INFORMATION FRUM THF
//* PUlNT RECORDS GFNFkATF THF (AST KFPORT **ITH OAIA FROM THE
//* SCT RECORD
//*
//FOI T. JNPII] on *
SISELECT KFPOHT ONE: PLANTS, REPORT 1WO: POINTS, RFPDkT THREE: SCC'S
10 ST1E P
20 QL
10 OS1T OCNT OAUC QPLN NAA^
11 1STT 1CNT 1AJC IPLN S1JO UTMC NUMP
It 2STT ?CNT 2AuC 2PLN S?IO J>CCC SSON FPRT MDRT
S4FNO
Figure PST24-1. Run Stream
275
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Figure PST24-2. Sample Output
(Page 1 of 7)
276
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277
(Page 2 of
Sample Output
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^ !-«Z-iZZZ_l3»_l'-i>-LJ_l_JLlJ>-(-ZLOZU
c
o
_l
Z
X
o^rooooooooooooooooooooooooocooo
sc^ooooooooooocoocoooooocococccc
r^K^ccc.oc-ococooco^Tcr^^^^gr'ir'ir^Kiror'ir^r'lr^
j"ijiin^=j:7^^^:3air=T;J3'5ri\jnjru'\jnjrvj'\jooooooooa"i x
O
a.
OCJ«*«,OOOOOCOOOOOOCOOOOOOOOOOOOO
croooccoeococ— — -^ooooocococoooooo
o o o c.
Figure PST24-2 - continued.
(Page 3 of 7)
Sample Output
278
-------
en
>-
•J>
0
a.
r
3:
3.
in
•si
I
UJ
a;
a.
ooooseooooooooeooooooooooooooooooooooooooo-^oooooG
— ooccoooccc rvjo oo
C -• C O-ttfOOGOOOOOOOOOOOOOOOOOOOOCOOOCOOOOOOOOOOOCGC O C
OO^7 £ «OOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOO3OOOC-OOOOO
ocoocroocoooooooocoocooooocoooooooooococooocooocoo
GGGG^^ICCCGGGCOGGGGGOGGGGGGGGGGGGGGCGGGGGGGGCGGGOCG
>G£-O>OGGGGX>:OcOQC>&eO:OGOCO®COrvjr\j7-?993:*?9?-C<££*O<0>G:??^:*?^=?:7-7:3-:??:?
OJ-^^COGCGCGGGCCCOOO — ^CGOCOOOOOGOGGGOOOOGGOCGGCCGC
(Page 4 of 7)
Figure PST24-2 - continued. Sample Output
279
-------
i-J
tO
cc
CO
Z
CO
2
CO
a:
a
a.
a.
u.
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3
a.
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r~ a •- i—i
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o o c o a
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"\j (\J t\J C UJ
C. O C C X
^J -7 D Z)
— COO J!
s o o
(Page 5 of 7)
Figure PST24-2 - continued. Sample Output
280
-------
z
uJ
to
u
ft
c
0.
c/3
en
O
a.
CCCCCCOOOOCCOOGOGOCOCOCCCCC GOO
OOOOOOCOOOOOOOOOOOCOOOOO ^> -H *-. O O O
ococooooocoocooooooocooocooooo
—'OO — C&OGOC G
—tCSGfMOGOG G
OGCOOCOGG C
OOOOOOOOO O
=: O
c c
c c
OOCOCOOOOOtJ'OOOOO DOOOOOOOOOOOOO
OOGOOOOGOOOOOGOCOOOOOOOOGf^r^OrtJO1
CCOCCOOCOOfOlAGOCOOCOOOCGCCGGGC^C/OOCOCCGCOGGCCOC'^CC
OGCCOCOCCOOO'-'OOOCOOOCOOOOGGGGGGOOCGCCOCOCOOGOCOOG
OOOOOOCOOOCOOOOOGOOCOOOOCCOOOCCCOGOCOGOOCOOOOCOOC
GOOCOOCCOOOOOOOOOOOOOOOOCCOOOOOOOGOCOOCOCOCOOOGGC
OO — **COCOCOOOOOOOOGCOO«-««-i«»4vw^nv«r\jj^c*^«^r^r^r^r^t/^^K'-njOjj^u^i/^L/%
OOOO=T^^3'^^-3'^^'-93'=l33'5T^dr*^1OOOOOOOOOOOOOOOOOOOOOOOO
OCOOOOOOCOOOOOOOOOOOOCOQCOOOOCOOOC O'O OOOOOOOOOOOC C
occ oc o o c c coooooooooc co
oococoococoooocoooooosj
COOC COC cc c cccoa53^=7 d a .3 ^ ^ a
^ -J -T cr a* ^ ^ ^ ^ cr ^ ^ cr^ ruf\jf\j(xruf\j?vf%j'\jry
fxj^f\j^^^r\j^^fuAjrwrvruf\jf\jf\jf\jru(\jf\jrvjf\jr\j
cc a> o c ooococoooooooooooooo
OoaDcOaOaOcC^)cOQOX)QOAjry^^7c-a-3^^-aX'-O
COOOOOOOCOOO»H-^OCCCOCOOCO
joooo oooooooooo oooo ooooo o
CO OOOOCOOOCOOOCOOOOOOOOOOCOOOOOOOOOOOOOCO
(Page 6 of 1}
Figure PST24-2 - continued. Sample Output
281
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•t
0.
z
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O
W
c
a.
tf:
>-
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u
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tr.
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cr
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c c
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occcccocooocoocco
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I
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cc
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ocooocoocooooooooo
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0.
oooo oooooooocooooo
coccocccooccoooooo
CO
o
0- O
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o c»
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o
o
1/5
Of
a
coooccccoooooooooooo
oooocoocoooooooooooo
ccocc oocoooooooocooo
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2
Figure PST24-2 - continued.
(Page 7 of 7)
Sample Output
282
-------
EIS/PS Test 25 - Ad Hoc
Produce a Quick Look Turnaround Document
In this test run, a quick look turnaround document is produced using the
cataloged procedure EPRPM70 which executes PRTQLEO (EP0260), the quick look
edit program; PRTQLEX (EP0270), the quick look extract program; and PRPTURN
(EP0290), the quick look turnaround document program.
The selection criteria for this test run specifies that all point records
associated with state code 34 are to be selected from the master file input
to PRTQLEX (EP0270). The 20 card specifies that a turnaround document is
desired. The turnaround document will contain EIS/PS master file transactions
that are generated from the records which pass the selection criteria. Since
the selection criteria specifies only point records, the turnaround document
will contain only transaction types 11, 12, 13, and 14. The transactions will
be listed in a special format for coding purposes. See EIS/PS Test 23 for a
discussion of the quick look package.
The run stream for this test run contains the JCL needed to produce a
quick look turnaround document. This run stream is shown in Figure PST25-1.
A substitutable parameter is used to supply EPMSTR6 as the name of the
master file input to PRTQLEX (EP0270). The DD (data definition) information
for the quick look control cards is also supplied. Sample output produced by
this run stream is shown in Figure PST25-2.
283
-------
b JOtf rACCHUNI IMC, TNFU)
//*
//* PKflUUCF A TU°NAKOUND DOCUMENT FUR SELECTED
//*
//TtST2SA EXFC EPWPM70,
//*
//* SELtCT ALL POINTS IN NHKTH CAWOLINA F0» INCLUSION
//* IN IHt IHrfNARUUND DUCU^ENl
//*
//EDIT. INPUT DO *
StSELECI lllkNARUUNP DOCUMENT fl* ALL POINTS IN STATE
10 1S1T F }4
20 T «
Figure PST25-1. Run Stream
284
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(Page 1 of 4)
Figure PST25-2. bdmple Output
2.15
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Figure PST25-2 - continued.
(Page 2
Sample Output
of 4)
286
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-------
EIS/PS Test 26 - Ad Hoc
Produce a Quick Look Answer File and List the File in a Formatted Dump
In this test run, a quick look answer file is produced using the cataloged
procedure EPRTM40 which executes PRTQLED (EP0260), the quick look edit
program, and PRTQLEX (EP0270), the quick look extract program. The answer
file is then listed using the cataloged procedure EPRPM30 which executes
PRPDUMP (EP0220), the master file formatted dump program.
There are only two types of quick look control cards necessary for
producing an answer file; one or more 10 cards and a 20 card. The answer file
produced by the quick look package is retained and cataloged in the system
catalog when using the cataloged procedure EPRTM40. The answer file output
from PRTQLEX (EP0270) is input to PRPDUMP (EP0220). See EIS/PS Test 23 for a
discussion of the quick look package and EIS/PS Test 5 for a discussion of
PRPDUMP (EP0220).
The run stream for this test run contains the JCL needed to produce and
list a quick look answer file. This run stream is shown in Figure PST26-1.
Substitutable parameters are used when executing EPRTM40 to supply the
names of the master file input and the answer file output for PRTQLEX
(EP0270). The names of these files are EPMSTR6 and EPANSRD, respectively. A
substitutable parameter is also used to supply EPANSRD as the name of the
master file input to PRPDUMP (EP0220). The DD (data definition) information
for the quick look control cards is also supplied. Sample output produced by
this run stream is shown in Figure PST26-2.
The user should note that although the selection criteria (10 cards) of
the quick look control cards specify only point and SCC segment data elements,
the answer file will contain the plant record to which a selected point record
is subordinate and it will contain the plant and point records to which a
selected SCC record is subordinate. The reason for this is to maintain the
master file format within the answer file so that the answer file can be used
as input to any program which accepts the master file.
289
-------
//Pi>TLSl?o JHh (ACCOUNT I iJG
//*
//» RfcTKItVt A UUlCh L"UK ANShFK FILE AND THEN UH^P ITS CUMTFNTb
//*
//TtST?6' FXEL
RETRIEVE THUSE HFCOKOS *HICH HA^F A HUILFK
CAPACITY VALi't. UP FLSL HAVF A MAXIMUM ntsjr,N K
VALUF GIVtN If^ CHNJUNCTION WITH A FUEL HPuCEScj
RATt UF GKFATt" TnA\ ^000 UNITS
//*
//*
//*
//*
//*
//*
//EDIT. INPUT UP) *
*iSELECT HBUDUCf AN 4NSWFK FILF USINC, PJINT AND SCC CRIIEKIA
1U ri"IL P 0"
10 FPHT a nooanon ANO
10 MDKT P
?0 AF
THt Ar'S«t«
//*
//* r,tN£R«Tt A FOkWATTFU DUMP
//» IN STtP *
//*
Figure PST26-1. Run Stream
290
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(Page 2 of 6)
Figure PST26-2 - continued. Sample Output
292
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Z UJ « •« _JOO««UJ >>>>> O33
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(Page 3 of 6)
Figure PST26-2 - continued. Sample Output
293
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(Page 6 of 6) '
Figure PSJ26-2 - continued. Sample Output
296
-------
EIS/PS Test 27 - Ad Hoc
Retrieve Data from the Master File and Produce Two Quick Look Reports
In this test run, an answer file is produced using the cataloged
procedure EPRTM30 which executes PRTLNGP (EP0140), the retrieval language
processor program; the COBOL compiler; the linkage editor; and PRTGENR
(EP0150), the generated retrieval program. Two quick look reports are
produced from the answer file using the cataloged procedure EPRPM60 which
executes PRTQLED (EP0260), the quick edit program; PRTQLEX (EP0270), the quick
look extract program; and PRPQUIK (EP0280), the quick look report program.
There are two sets of control cards used in this test run (see Figure
PST27-1). One set consists of the EIS/PS retrieval language cards input to
PRTLNGP (EP0140). The second set consists of quick look control cards input
to PRTQLED (EP0260). The retrieval language cards (see Figure PST27-1)
specify that all master file data (except comment records) associated with a
plant record that has an ownership code of 'F1 or 'S' should be retrieved.
Therefore, the answer file will contain the qualifying plant records and all
point and SCC records that are subordinate to these plant records. No comment
records are retrieved.
The quick look control cards specify that two reports are to be printed.
The 10 card is present to fulfill the requirement of having at least one 10
card. The 20 card specifies that the quick look report option has been
selected. The 30 card specifies that all qualifying records are to be sorted
according to ownership code. Since ownership code is a plant record data
element, all point and SCC records associated with a plant record will be
sorted according to the ownership code of that plant record. The 40 card
contains data element abbreviations from plant and point records, therefore,
only plant and point data will appear in the report. Hence, the first report
will contain one line of data for each selected point record. The 41 card
contains data elements from plant, point, and SCC records, therefore, the
report will contain data from all three types of records. However, there will
be only one line of data listed for each selected SCC record.
297
-------
The user should note that the total number of quick look lines is equal
to the total number of answer file records minus the number of plant records
contained in the answer file.
See EIS/PS Test 10 for a discussion of the retrieval package and EIS/PS
Test 23 for a discussion of the quick look package.
The run stream for this test run contains the JCL needed to execute both
the retrieval and quick look packages. This run stream is shown in Figure
PST27-1.
Substitutable parameters are used when executing EPRTM30 to supply the
names of the master file input and the answer file output for PRTGENR
(EP0150). The names of these files are EPMSTR6 and EPANSR6, respectively. A
substitutable parameter is also used when executing EPRPM60 to supply EPANSR6
as the name of the master file input to PRTQLEX (EP0270). The DD (data
definition) information for the retrieval language cards input to PRTLNGP
(EP0140) and the quick look control cards input to PRTQLED (EP0260) is also
supplied. Sample output produced by this run stream is shown in Figure
PST27-2.
298
-------
JHn ftrCHU'MTNr,
//* ptWt.fjhM A NU&t-iAL rJFlRlEvAL; IHtM PKODUCE A QUIC* LUOK
//* PEPUP.1
//*
//TtSl?7A EXEC tPhT,-i30,
//
//*
UPUT DD *
n«N£P = 'F' OR
= 'S'
EXFC
//*
//* HWuDUft T^U UU1CK t_nuK PtpU»TS FLIP ALL THE
//* JM THE AMSwFH FILF FkDM STJP A
//*
//FUTT.1*'HII 1)^ «
*»StLtCT HFPOWTb FOH FFOFivAL *ND -STATt U^NEL) PLAt"IS
In bTIf P
30 (Jlr^vS*
C.M1Y HI ,«T UftNS
c^TY PlrvT uinS ,,Pin SCCC SSuM FP«T FUi^T
Figure PST27-1. Run Stream
299
-------
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(Page 2 of 5)
Figure PST27-2 - continued. Sample Output
301
-------
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Figure PST27-2 - continued,
302
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(Page 3 of 5)
Sample Output
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to
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Figure PST27-2 - continued.
303
(Page 4 of 5)
Sample Output
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(Page 5 of 5)
Figure PST27-2 - continued. Sample Output
304
-------
EIS/PS Test 28 - Ad Hoc
Execute an EIS/PS Language Retrieval and Produce a Formatted Dump of the
Answer File
In this test run, an answer file is produced using the cataloged
procedure EPRTM30 which executes PRTLNGP (EP0140), the retrieval language
processor program; the COBOL compiler; the linkage editor; and PRTGENR
(EP0150), the generated retrieval program. The answer file produced by this
procedure is listed in a formatted dump using the cataloged procedure EPRPM30
which executes PRPDUMP (EP0220), the master file formatted dump program.
The retrieval control cards input to PRTLNGP (EP0140) are coded using
EIS/PS retrieval language. The cards shown in Figure PST28-1 specify that all
comment records associated with state 06, county 1960, and AQCR 053 are to be
retrieved. All plant and point records to which the comment records are
subordinate will be retrieved as well as all SCC records which are subordinate
to a retrieved point record. The answer file containing these records will be
listed in a formatted dump by PRPDUMP (EP0220). See EIS/PS Test 10 for a
discussion of the retrieval package and EIS/PS Test 5 for a discussion of
PRPDUMP (EP0220).
The run stream for this test run contains the JCL needed to produce an
answer file and list it in a formatted dump. This run stream is shown in
Figure PST28-1.
Substitutable parameters are used when executing EPRTM30 to supply the
names of the master file input and the answer file output for PRTGENR
(EP0150). The names of these files are EPMSTR6 and EPANSR7, respectively. A
substitutable parameter is used when executing EPRPM30 to supply EPANSR7 as
the name of the master file input to PRPDUMP (EP0220). The DD (data
definition) information for the retrieval control cards is also supplied.
Sample output produced by this run stream is shown in Figure PST28-2.
305
-------
Jflrt f ACCOUNT lur
//*
//* «LlrlTtWfc AIL lNMMu«Tini» FH* POINTS IN A CFriTST-
//* cuiiiMTr IHAT HflVL cnMMt_Nf i«F.cn«ni; DUMP THE «NS,->FI<
//* FILL
//*
//TfST?8A EXEC KPHTM30,
=EPMSTK6,
//*
//* RETKItVE (-"U" THF PtCU»DS TM STftTt OS, COUMTY )9hO, Anf>
//* SUCK b^; LI^IT THE REIHIEVAL TU iHust POINTS IN THE
//* CUIINTY THAT HAVE CH^ENI MECOKDS
//*
//COMPILE. INPUT D|> *
^ISEl tCT
STATF r'Oft' AND
COUNTY = ' I960 ' AND
AuCK = 'OS3' AND
LI'-lt-NtlMHER = L
B FxFC
//*
//* PwnOHCF A FUf'-'ATTtn OLl^P LlF THF AMSrtFk FILF
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(Page 1 of 5)
Figure PST28-2. Sample Output
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(Page 2 of 5)
Figure PST28-2 - continued. Sample Output
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(Page 3 of 5)
Figure PST28-2 - continued. Sample Output
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(Page 5 of 5)
Figure PST28-2 - continued. Sample Output
311
-------
EIS/PS Test 29 - Ad Hoc
Execute a COBOL Retrieval Specifying a Copy Member and Produce a Detailed
Report of the Answer File
In this test run, a COBOL retrieval is executed using the cataloged
procedure EPRTM30 which executes PRTLNGP (EP0140), the retrieval language
processor program; the COBOL compiler; the linkage editor; and PRTGENR
(EP0150), the generated retrieval program. The answer file produced by this
procedure is listed using the cataloged procedure EPRPM20 which executes
PRPMSTR (EP0210), the master file detailed report program.
The $$SELECT card of the retrieval control cards input to PRTLNGP
(EP0140) contains the name of a copy member that is to be combined with
PRTSKEL, the retrieval skeleton program. The name of the copy member is
COPYMEM1 and it has been stored in the EIS/PS source library for the purpose
of producing this test run. This copy member is not contained in the user's
EIS/PS source library. A COBOL copy statement containing the name of the copy
member will be inserted into PRTSKEL. The COBOL compiler will include the
copy member at that point in the program. The final generated program,
PRTGENR (EP0150), will produce an answer file which will be listed by PRPMSTR
(EP0210). See EIS/PS Test 10 for a discussion of the retrieval package and
EIS/PS Test 9 for a discussion of PRPMSTR (EP0210).
The run stream for this test run contains the JCL needed to execute the
retrieval package and list the answer file. This run stream is shown in
Figure PST29-1.
Substitutable parameters are used when executing EPRPM30 to supply the
COBOL compiler options, the name of the master file input to PRTGENR (EP0150),
and the name of the answer file output from PRTGENR (EP0150). The names of
the files are EPMSTR6 and EPANSR8, respectively. The COBOL compiler options
are 'SIZE=124K,BUF=30K,NOSEQ,SUPMAP, SOURCE1. These options may vary depending
upon the installation.
A substitutable parameter is also used when executing EPRPM20 to supply
EPANSR8 as the name of the master file input to PRPMSTR (EP0210). The DD
312
-------
(data definition) information for the retrieval control cards is also
supplied.
The page of the compiler listing which contains the COBOL copy member is
exhibited in Figure PST29-2. Sample output produced by this test run is
shown in Figure PST29-3.
313
-------
//PS1 tST?S> JflH f ^refill"! TNH
//*
//* KF1PIEVE PtruopS USING ' TuPV MFMBfcR Til
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//*
//TtRl?9ft FXFC
//*
//• ACTES& iHt COPY ML«HFK, ruPY«EM 1, TU
//» GET WtTKTEVAl SHFt IF 1C A T I
//*
//COMPILE. HiP
«4SEl£n USE"
// DD
//TEST?9« EXEC tPkp,-t?o,
M5.TKF1I =FPAri^KR
PprivTDF » ntTMLff KFpOkT FUP TMF ANiSrtEk F I L F
S I f P A
Figure PST29-1. Run Stream
314
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Figure PST29-2. Source Listing Page Containing Copy Member
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(Page 1 of 5)
Figure PST29-3. Sample Output
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(Page 2 of 5)
Figure PST29-3 - continued. Sample Output
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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
//*
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// 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 "
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(Page 1 of 5)
Figure PST30-2. Sample Output
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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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cr. w ••«./>
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f- if. Qr~a:—>-at-to
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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
-------
i
LJUOOOULJOa
(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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(Page 3 of 5)
Figure PST32-1 - continued. Control Card Formats
338
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(Page 4 of 5)
Figure PST32-1 - continued. Control Card Formats
339
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(Page 5 of 5)
Figure PST32-1 - continued. Control Card Formats
340
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//PSTESTV JOH < ACCnuMTfiT, TNFC1
//•
//* PKOOIICF * *UI1I-PUILUTAMT SUfMftHY PtPURI LSING THE P01M 'CPTIOS
//«
EXff FPRP^UO.
//
//*
//* GENERATE THE NFPfRT FCIR A MXI^D^ NuMbFH CF POLLUTANTS, 1C
//*
//REPORT.OPTic^ r>c •
1MOI 02101 42«OI 4260? 43101 «<4201 1212« 11337 2b?0? 2fc301 1
SCSPENDED PARTICULA CARBCN ^'0^'OXlDt SULFtIK nitXIDF MTfiCGFN CIOXIDF 2
TOTAL HYDKHCARB OZTNF LEAD UN»MU" --235 3
hYOKCCAHH OCTANE PUTYI ALCOHOL U
PCTST b
Figure PST32-2. Run Stream
-341
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(Page 1 of 2)
Figure PST32-3. Sample Output
342
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EIS/PS Test 33 - Ad Hoc
Produce a Multlpollutant Summary Report In the Plant Format
In this test run, a multipollutant summary report is generated in the
plant format using the cataloged procedure EPRPM40 which executes PRPPSUM
(EP0240), the master file multipollutant summary report program. For a
description of this program, refer to Test 32.
The run stream for this test run contains the JCL needed to generate a
multipollutant summary report. This run stream is shown in Figure PST33-1 and
the sample output produced by this test run is shown in Figure PST33-2.
In the run stream a substitutable parameter is used to specify the input
master file as EPMSTR5 (created in Test 11). 'The DD (data definition)
information for the input option card file is also supplied in the run stream.
Only two control cards are input to PRPPSUM (EP0240): the type-1 and
type-5 cards. The options coded on the type-1 card indicate that the
emissions for the pollutant ID's 11101 and 42401 are to be reported and that
the date September 1, 1980, will be printed at the top of each report page.
The option specified on the type-5 card is PLANT; thus, the multipollutant
summary report will be generated in the plant format. All of the headings for
the pollutant ID's are generated by PRPPSUM (EP0240) since they are not
supplied on the type-2 control card.
344
-------
//PSTESTS3 JOB (ACCOUNTING TNFU)
//*
//* PROOUtF A VUL t I-POLLUT AMT SUVMAHY REPORT LSI*iG
//* ThF PLANT
//*
//TEST33
//
//*
//* GfcNtRATt 1HE KFPCKT FOR ? POILUTANTS,
//* TSP A«0 TL
//"EPORT.OPTIDK Dt *
11101 «2a01 SFFTE^Bfh 1, JSPO 1
PLANT 5
/*
Figure PST33-1. Run Stream
345
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EIS/PS Test 34 - Ad Hoc
Produce a Multipollutant Summary Report in the AQCR Format
In this test run, a multipollutant summary report is generated in the
AQCR format using the cataloged procedure EPRPM40 which executes PRPPSUM
(EP0240), the master file multipollutant summary report program. For a
description of this program, refer to Test 32.
The run stream for this test run contains the JCL needed to generate a
multipollutant summary report. This run stream is shown in Figure PST34-1 and
the sample output produced by this test run is shown in Figure PST34-2.
In the run stream a substitutable parameter is used to specify the input
master file as EPMSTR2 (created in Test 5). The DD (data definition)
information for the input option card file is also supplied in the run stream.
The options coded on the type-1 control card indicate that the emissions
for six pollutant ID's are to be reported and that the date, 09/10/80, will be
printed at the top of each report page. Three of the six pollutant headings
are supplied using the type-2 and type-3 control cards. The remaining three
headings are generated by PRPPSUM (EP0240) since they are not supplied on the
control cards. The option specified on the type-5 card is AQCR; thus, the
multipollutant summary report will be generated in the AQCR format.
348
-------
//PSTEST*« JOB (ACCOUNTING INFD
//*
//* PHPDUtF A MULTI-POLLUTANT SUMMARY REPORT
//* I»JTH THE AQCR OPTiTN
//*
txtr
//*
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//*
//REPORT .OPTIUN no »
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(Page 1 of 2)
Figure PST34-2. Sample Output
350
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(Page 2 of 2)
Figure PST34-2 - continued. Sample Output
351
-------
EIS/PS Test 35 - Ad Hoc
Produce a Multlpollutant Summary Report in the County Format
In this test run, a rnultipol lutant summary report is generated in the
county format using the cataloged procedure EPRPM40 which executes PRPPSUM
(EP0240), the master file multipollutant summary report program. For a
description of this program, refer to Test 32,
The run stream for this test run contains the JCL needed to generate a
multipollutant summary report. This run stream is shown in Figure PST35-1 and
the sample output produced by this test run is shown in Figure PST35-2.
In the run stream a substitutable parameter is used to specify the input
master file as EPMSTR4 (created in Test 9). The DD (data definition)
information for the input option card file is also supplied in the run stream.
The options coded on the type-1 control card indicate that the emissions
for the pollutant ID's 42101, 42401, 42602, and 43101 are to be reported and
that the date September 10, 1980, will be printed at the top of each report
page. All of the headings for the pollutant ID's are supplied usirg the
type-2 and type-3 control cards. The option specified on the type-5 card is
COUNTY; thus, the multipollutant summary report will be generated in the
county format.
352
-------
//PSTESTJ5 JOB (ACCOUNT1KG 1KFHJ
//*
//* PRPDIICF * WUt T I-POLLUTANT SUHMAKY RfcPURT
//* in
//«
//TEST35 EXEC
//*
//* GENERATE IHE KFPOHT FUR « n^ int s CRITERIA POLLUTANTS
//*
//REPORT. OPTTO^ 00 *
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353
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(Page 1 of 2)
Figure PST35-2. Sample Output
354
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(Page 2 of 2)
Figure PST35-2 - continued. Sample Output
355
-------
EIS/PS Test 36 - Ad Hoc
Produce a Multipollutant Summary Report in the State Format
In this test run, a multipollutant summmary report is generated in the
state format using the cataloged procedure EPRPM40 which executes PRPPSUM
(EP0240), the master file multipollutant summary report program. For a
description of this program, refer to Test 32.
The run stream of this test run contains the JCL needed to generate a
multipollutant summary report. This run stream is shown in Figure PST36-1 and
the sample output produced by this test run shown in Figure PST36-2.
In the run stream a substitutable parameter is used to specify the input
master file as EPMSTR3 (created in Test 6). The DD (data definition)
information for the input option card file is also supplied in the run stream.
The options coded on the type-1 control card indicate that the emissions
for the five criteria pollutants are to be reported and that the date,
09/10/80, will be printed at the top of each report page. All of the headings
for the pollutant ID's are supplied using the type-2 and type-3 control cards.
The option specified on the type-5 card is STATE; thus, the multipollutant
summary report will be generated in the state format.
4
356
-------
JDH (ACCOUNTING
//«
//• PRODUCE A CULTT-PULLUIANT SUMMARY REPORT
//* USING THF SJATE CPTKN
//*
//TEST36 EXEC FPRP*«n,
// MSTHFJLsFPfSTH?
//*
//* GENERATE THE REPCHT FOR ThF 5 CRITERIA POLLUTANTS
f "*
( //REPORT.OPTION nu *
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357
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(Page 2 of 2)
Figure PST36-2 - continued. Sample Output
359
-------
APPENDIX A
CROSS-REFERENCE OF TESTS, PROCEDURES, AND PROGRAMS
Procedures
EPEME20
EPRPE10
EPEME20
EPEME10
EPRPE10
EPFMM20
EPEMM10
EPRPM30
EPRPM10
EPMSM10
EPEDT10
Programs
PSRNEEF (EP0010)
PCVNEEF (EP0020)
PSREFTR (EP0030)
PEMEFAC (EP0040)
PRPEFAC (EP0230)
PSRNEEF (EP0010)
PCVNEEF (EP0020)
PSREFTR (EP0030)
PEMEFAC (EP0040)
PSREFTR (EP0030)
PEMEFAC (EP0040)
PRPEFAC (EP0230)
PSRNETR
PCENETR
PSREFIN
PMSEFIN
PSRINTR
PFMMSTR
PSRMFTR
PEDMSTR
PSREFIN
PMSEFIN
PSRINTR
PFMMSTR
PRPDUMP
(EP0050)
(EP0060)
(EP0090)
(EP0100)
(EP0110)
(EP0120)
(EP0070)
(EP0080)
(EP0090)
(EP0100)
(EPOilO)
(EP0120)
(EP0220)
PRPENTR (EP0200)
PMSEFGN (EP0130)
PSREFIN (EP0090)
PMSEFIN (EP0100)
PSRMFTR (EP0070)
PEDMSTR (EP0080)
360
-------
Test
9
10
11
12
13
14
15
16
17
18
19
Procedures
EPMST20
EPFMM10
EPRPM20
EPRTM30
EPRPM30
EPRPM10
EPRPM50
EPRTM10
EPRTM20
EPRPM20
EPSRM30
EPEME10
EPCET10
EPEDT10
EPMST20
EPFMM10
Programs
PMSTCON (EP0190)
PSRINTR (EP0110)
PFMMSTR (EP0120)
PRPMSTR (EP0210)
PRTLNGP (EP0140)
PRTGENR (EP0150)
PRPDUMP (EP0220)
PRPENTR (EP0200)
PRPEPRJ (EP0250)
PRTLNGP (EP0140)
PRTGENR (EP0150)
PRPMSTR (EP0210)
PSRLNGP (EP0160)
PSRGENR (EP0170)
PSREFTR (EP0030)
PEMEFAC (EP0040)
PSRNETR (EP0050)
PCENETR (EP0060)
PSRMFTR (EP0070)
PEDMSTR (EP0080)
PMSTCON (EP0190)
PSRINTR EP0110)
20
21
22
23
24
EPMST10
EPRPM50
EPRPM50
EPRPM60
EPRPM20
EPRPM60
PFMMSTR (EP0120)
PSREFIN (EP0090)
PMSEFIN (EP0100)
PRPEPRJ (EP0250)
PRPEPRJ (EP0250)
PRTQLED
PRTQLEX
PRPQUIK
PRPMSTR
(EP0260)
(EP0270)
(EP0280)
(EP0210)
PRTQLED (EP0260)
PRTQLEX (EP0270)
PRPQUIK (EP0280)
361
-------
Test
Procedures
Programs
25
26
27
28
29
30
EPRPM70
EPRTM40
EPRPM30
EPRTM30
EPRPM60
EPRTM30
EPRPM30
EPRTM30
EPRPM20
EPMSM1Q
PRTQLED (EP0260)
PRTQLEX (EP0270)
PRPTURN (EP0290)
PRTQLED (EP0260)
PRTQLEX (EP0270)
PRPDUMP (EP0220)
PRTLNGP (EP0140)
PRTGENR (EP0150)
PRTQLED (EP0260)
PRTQLEX (EP0270)
PRPQUIK (EP0280)
PRTLNGP (EP0140)
PRTGENR (EP0150)
PRPDUMP (EP0220)
PRTLNGP (EP0140)
PRTGENR (EP0150)
PRPMSTR (EP0210)
PMSEFGN (EP0130)
PSREFIN (EP0090)
PMSEFIN (EP0100)
362
-------
Procedure Tests
EPCET10 17
EPEDT10 8, 18
EPEME10 3, 16
EPEME20 1, 2
EPEMM10 5
EPFMM10 9, 19
EPFMM20 4
EPMSM10 7, 30
EPMST10 20
EPMST20 9, 19
EPRPE10 1, 3
EPRPM10 6, 11
EPRPM20 9, 14, 23, 29
EPRPM30 5, 10, 26, 28
EPRPM50 12, 21, 22
EPRPM60 23, 24
EPRPM70 25
EPRTM10 13
EPRTM20 13
EPRTM30 10, 28, 29
EPRTM40 26
EPSRM30 15
363
-------
Program Tests
PCENETR (EP0060) 4, 17
PCVNEEF (EP0020) 1, 2
PEDMSTR (EP0080) 5, 8, 18
PEMEFAC (EP0040) 1, 2, 3, 16
PFMMSTR (EP0120) 4, 5, 9, 19
PMSEFGN (EP0130) 7, 30
PMSEFIN (EP0100) 4, 5, 7, 20, 30
PMSTCON (EP0190) 9, 19
PRPDUMP (EP0220) 5, 10, 26, 28
PRPEFAC (EP0230) 1, 3
PRPENTR (EP0200) 6, 11
PRPEPRJ (EP0250) 12, 21, 22
PRPMSTR (EP0210) 9, 14, 23, 29
PRPQUIK (EP0280) 23, 24
PRPTURN (EP0290) 25
PRTGENR (EP0150) 10, 13, 28, 29
PRTLNGP (EP0140) 10, 13, 28, 29
PRTQLED (EP0260) 23, 24, 25, 26
PRTQLEX (EP0270) 23, 24, 25, 26
PSREFIN (EP0090) 4, 5, 7, 20, 30
PSREFTR (EP0030) 1, 2, 3, 16
PSRGENR (EP0170) 15
PSRINTR (EP0110) 4, 5, 9, 19
PSRLNGP (EP0160) 15
364
-------
Program Tests
PSRMFTR (EP0070) 5, 8, 18
PSRNEEF (EP0010) 1, 2
PSRNETR (EP0050) 4, 17
365
-------
TECHNICAL REPORT DATA
(Please read InUructions on the reverse be/ore completing)
1 HI .'OH f HO
_EPA.450/4-80-019
4 TITLE AND SUBTITLE
Emissions Inventory System/Point Source (EIS/PS)
Test Run Series Documentation
(3 RECIPIENT'S ACCESSION-NO.
|5 REPORT DATE
I _ Jk t ober. _L98JQ
6. PERFORMING ORGANIZATION CODb
7 AUTHOR(S)
8. PERFORMING ORGANIZATION REPORT NO.
The Research Triangle Institute
Operations Analysis Division, Research Triangle Park, Nt
27709
9. PERFORMING ORGANIZATION NAME AND ADDRESS
Office of Air Quality Planning and Standards
Monitoring and Data Analysis Division
Research Triangle Park, North Carolina 27711
10. PROGRAM ELEMENT NO.
11. CONTRACT/GRANT NO
-02-3011
12. SPONSORING AGENCY NAME AND ADDRESS
-.3. TYPE OF REPORT AND PERIOD COVERED
U. S. Environmental Protection Agency
Office of Air, Noise, and Radiation
Office of Air Quality Planning and Standards
Research Triangle Park, North Carolina 27711
14. SPONSORING AGENCY CODE
15. SUPPLEMENTARY NOTES
16. ABSTRACT
This manual documents the EIS/PS test run series and replaces the Air
Pollution Training Institute Manual 475, Comprehensive Data Handling System, Volume
1, Emission Inventory Subsystem/Permits and Registration (EIS/P&R).
The test run series is divided into two major areas: basic test runs and
ad hoc test runs. The basic test runs exercise each program in EIS/PS at least
once and provide the user with a means of determining whether or not his installation
of EIS/PS has been successful.
The ad hoc test runs further exercise the capabilities of the EIS/PS programs.
The ad hoc test runs also provide the user with examples of how various combinations
of EIS/PS programs may be used to generate certain reports or to accomplish special
tasks. Any programs added to the original EIS/PS system are exercised by ad hoc
test runs.
The EIS/PS User's Guide should be used as a reference in conjunction with this
manual. Appendix A of this manual provides a cross-reference of tests, procedures,
and programs.
17. KEY WORDS AND DOCUMENT ANALYSIS j
a. DESCRIPTORS
Computer Programs
Computer Software
Data Processing
Air Pollution
Data Handling
Computer System Programs
Data Base Management System
Distri hutpfl Prnrp<;
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