ttt "tit> .... tW'tt hi b Mt'*it*Hf ·fUtWa' .. · ........... '. U iW

Ii ! ) 1',,1

"

'ii i,l II

--0

TABLE OF CONTENTS

Program Abstract

Program Description

Input Data Des cription

Output Data Description

Sample Data Listing

Results of Running Sample Data

Operating Instructions, MIsc.) I<f~ -4-0 O,~k.5.

FORTRAN Listing

FOR'rRAN Mapping

S PS Lis Ung *

Documentation Llstlng*

80 - 80 List of Program Deck *

Flof41 C/" .... -t

*Included In program sent to Library only

1

PIt,_ 1

, 3

4

5

6

8

9

10

11

21

J!'3

2.7

o o

DECK KEY

1. Program Deck (Squeezed)

2. Sample Data Deck (Ml to M56)

3. Fortran Source Deck (Cl to C58)

4. SPS Source Deck (SPl to SP 277)

~ L

1620 Multicurve Plotting Program

Jack Burgeson James Snediker IBM Corporation 3'10 South Broadway Akron 8, Ohio

Modifications or revisions to this program, as they occur, will be announced in the appropriate Catalog of Programs for IBM Data Processing Systems. When such an announce­ment occurs, users should order a complete new program from the Program Information Department.

.l .~ --t

-0

/

o

1620 LIBRARY ABSTRACT

Title: 1620 Multicurve Plotting Program

Subject Classification: 9.7.

Authors: Jack Burgeson and James Snediker IBM Corpcration, Akron, Ohio

Direct Inquiries To: Jack Burgeson mM Corpcration 340 S. Broadway Akron 8, Ohio

Purpose/Description:

Mathematical Method:

Restrictions, Range:

Storage RequJreme nts:

Program accepts data from cards and w1ll plot up to ten dependent variables versus a common independent variable. Each dependent variable may have a separate axis scale. Output is on typewriter, cards, paper tape, or any combina­tion of these.

N/A

FORTRAN Floating point restrictions apply. Able to plot any character except (minus Sign, plus sign, decimal pOint, zero) for any curve. Y ar..is range 51 points. X axis range unlimited. Maximum number of data points per observation is 9999.

14K (approximately)

Equipment Specifications: Card 1620, 20K memory, AutocUvide

Additional Remarks: Program is written in FORTRAN and SPS. It will accept an essentially unlimited number of variables and plot only those specified by the user. The scales of all axes are specified as input data and are not restricted in any way. Not relocatable. Running speed depends on problem, very close to I/O speed. Run success­fully to date four times. Programming time two weeks. Output cards will plot successfully on offline 407 wired 80 - 80. One need not worry about zero print control on the 407.

-1-

o

--"".,::,-~~

C)

PROGR.l\M DESCRIPTION

The purpose of this program is to provide a simple method for dis­playing data graphically on the 1620. The Yaxis is plotten across the page (51 points) and the X axis is plotted down the pag'3. A maximum of ten curves can be plotted simultanaously I usL"1g a different character for each. An II at II symbol will be plotted where two or more curves intersect.

For each curve to be plotted there is a separate Y axis so that the dependent variables do not have to be plotted to the same axis. Any point which does not lie on the graph (i.e. too large or too small) is indicated by an .. * II next to the variable character above or below the graph.

Output is provided on cards I paper tape, typewriter, or any combina­tion of these three units. Any character except

(+) plus sign (-) minus sign (0) zero ~ record mark (.) deCimal point

may be plotted.

-2-

Jack Burgeson James Snediker IBM Akron April 27, 1962

-0 o INPUT DATA DESCRIPTION

Card 1 - Header Card

Any alphanumeric/special characters descriptive of the pJ.ot to be made.

Card 2 - Parameters Description Card

Contains the following items, in order, in FORTRAN floating point format, anywhere between cc 1 and 72.

Initial value of XO Incremental value dX No. of curves to be plotted* No. of data points per observation**

Cards 3 to (COUNT + 2) - Curves Description Cards

(FIRSX) (DEUX) (COUNT) (FNOPP)

Each card contains information on one of the curves to be plotted. These cards, if more than one, may be in any order. Contains the following items, in order, in FORTRAN floating point format, any­where between cc 1 and 58.

Lowest Y value Yio Incremental value dYi Position of Yi in the observation set

(FIRSY(I) ) (DELTY(I) ) (POSY)***

Eleven alphanumeric characters fill out each of these cards I anywhere up to cc 72. The first character will be the character used for plotting.

The next ten characters are curve identification. They may be blank but must exist.

Cards (COUNT + 3) - ••• - Data Cards

As many as required. Data punched in order by observation in any FORTRAN floating point format between cc 1 and 72. All points must be present.

*Should be integer, 1,2,3, ••• ,10 **Must be equal to or greater than COUNT I maximum size 9999.

***Must, of course, be equal to or less than FNOPP.

-3-

OUTPUT DATA DESCRIPTION

Output is on typewriter (sense switch i.Q!!), and/or on cards (sense switch 2 on), and/or on paper tape (sense switch 3 on). At least one of these three switches should b~ on.

The following describes card output only. Typewriter and tape output are logically the same.

Card 1 Duplicate of the header card Cards 2-3 Blank Cards 4-19 Set up of first curve Y axis *

(max) Cards 20-••• Plotted points cards

Format** of plotted points cards:

cc 1-15 cc 16 cc 17-18 cc 19-68 cc 69-70 cc 71-80

X value blank C * if Y value below X axis bbb:-•• C ••• bb *C 1! Y value above plot blank

*Repeated for each curve plotted up to 10. ~*Assume that C is the character plotted.

-4-

~ ;"~!,/

So.""'ple 'DCLt6- L';+'~j SAMPLE PROBLEM FOR 1620 GENERAL PLOT PROGRAM o. 1. 3.

o. 2. 5. D 25. 0.5 1.

-1.0E-03 5.0E-04 24. o. -1. 1. 103.

27. o. -.001 1. 28.5 29.5 30.5 32. 33. 33.5

o. O. o.

O. o.

o.

O. O. .001 1.

.002 .003 O.

• 004 • 005

.006 .007

.008 • 009

1. 34.5 o. 35.5 o.

37. O. 38. o. 38.75

39.5 O.

1 • • 01

o. 41. O.

• 011 .012 1.

• 013 1.

5. DENS lTV

C TEMP 3. T TORQUE

99. 95.

90. O.

o •

1.

86. 82.

77. O. 67.

63.

72 •

1. 58.5 54.

1. 50 • 47 • 1.

45. 43 •

o. 42. o.

43.5 44.5 45.5 46.25

.014 1. 41. 40. o. .015 1.

O. .016 1. O. .017

1. .018 1.

38. 1.

47. 47.5

48. 1.

o. .019 1. • 02 1.

36.7 35.5

34.2 33 •

48.25 48.75 49. 48.75 48.25

1.

1. 1.

.02} .022

.023 1. 1. .024 1.

1. .025 .026 1.

1.

.027

.028 .029

1. 1.

1. 1.

31.5 31.

30. 29.5

1. 27.

28.

25.5 24.

I. 23.

48. 1. 47.5 1.

47. 1. 46.25 45. 1.

1. 44.5 .03 1. • 029

.028

21. 1. 19 •

43.5 1. 42. 1 •

41.5 1. 39.5 1. 38. 1. 36.5 1. 35. 1.

34. 1. 32.5 1.

31. 1. 29.5 1. 28.5 1.

27.75 1. 26.5 1.

25. 1. 24. 1. 23. 1.

-eJ

1. 1.

J • I.

• 027 .026

.025 .024

.023

.022 .021

1. 1.

1. 1.

1. .02 .019 .018

• 017

1. 1.

1 • .016

.015 .014

.013

.012

1. 1.

1. 1.

17. 15 •

12. 10.5 9.5

8.5 7.9

7.3 6.8

6.4 6.

5.85 1. 5.6

5.4 5.2

5.1 5.0

-5-

---=--,-

M 1 M 02 M 03 M 04 M 05 M 06 M 01 M 08 M 09 M 10 M 11 M 12 M 13 M 14 M 15 M 16 M 17 M 18 M 19 M 20 M 21 M 22 M 23 M 24 M 25 M 26 M 21 M 28 M 29 M 30 M 31 M 32 M 33 M 34 M 35 M 36 M 31 M 38 M 39 M 40 M 41 M 42 M 43 M 44 M 45 M 46 M 47 M 48 M 49 M 50 M 51 M 52 M 53 M 54 M 55 M 56

o

o o o 22.000000 0 T C 23.000000 0 T C

SAMPLE PROBLEM FOR 1620 GENERAL PLOT PROGRAM M 24.000000 0 T C 25.000000 0 26.000000 0 C T

SYMBOL 0 DENSITY 21.000000 D C *T 1 2 3 4 5 6 7 8 9 1 28.000000 D C *T

0 0 0 0 0 0 0 0 0 0 0 29.000000 0 C *T 0 0 30.000000 D C *T 0 0 0 0 0 0 0 0 0 0 "31 .000000 D C *T 0 0 0 0 0 0 0 0 0 0 0 32.000000 D C *T

33.000000 D C *T 34.000000 0 C *T

SYMBOL C TEMP 35.000000 D C *T 2 2 3 3 3 3 4 4 4 4 5 36.000000 D C *T 5 1 0 2 5 1 0 2 5 1 0 31.000000 D C *T

38.000000 D C T 0 5 0 5 0 5 0 5 0 5 0 39.000000 D C T 0 0 0 0 0 0 0 0 0 0 0 40.000000 D C T

41.000000 D C T 42.000000 0 C T

SYMBOL T MINUS TORQUE 43.000000 0 C T 4 6 9 2 2 44.000000 0 C T

4';.000000 0 C T 0 5 0 5 0 1 4 6 9 1 4 46.000000 0 C T 0 0 0 0 0 5 0 5 0 5 0 41.000000 T 0 0 0 0 0 0 0 0 0 0 0 48.000000 C 0 T 0 0 0 0 0 0 0 0 0 0 0 49.000000 C* 0 T 0 0 0 0 0 0 0 0 0 0 0 50.000000 c* 0 T 0 0 0 0 0 0 0 0 0 0 0

0 0 0 0 0 0 0 0 0 0 0

E E E E E E E E E E E MINUSMINUSMINUSMINUSMINUSMINUSMINUSMINUSMINUSMINUSMINU5

0 0 0 0 0 0 0 0 0 0 0 3 3 3 3 3 2 2 2 2 2 2

.00000000 -* *0 1.0000000 T C 0 2.0000000 T C 0

3.0000000 T C 0

4.0000000 T C 0

5.0000000 T C 0 6.0000000 T C 0 1.0000000 T C 0 8.0000000 T C 0 9.0000000 T C 0 10.000000 T C 0 11.000000 T CO 12.000000 T 0 C 13.000000 C 14.000000 0 T C 15.000000 0 T C

16.000000 0 T C 11.000000 0 T C

18.000000 0 T C 19.000000 0 T C 20.000000 D T C

21.000000 0 T C -7~

- ,-

OPERATION NOTES AND MISCELLANEOUS

1. Set sense switches as follows:

1. On for typewriter output 2 . On for card output 3 • On for paper tape output

2. Load the program in normal manner

"RESET" on console "LOAD" on reader "START" on reader to read last 2 cards Program will begin immediately

Place data in reader I hit "start" on reader. Action is automatic from this point.

Start of program is location 0 7500.

Miscellaneous

1. To achieve 407 Y axis printing of zeros and minus signs I all zeros are replaced by alphabetic O's I minus signs by the word "MINUS".

2. The FORTRAN print command is in location 06470. It reads: 39 07117 00100 Flags in the field at 07116 are in random order. The numbers 2,3. , and 0.05 look like-(exclusive of flag)

2 00 00 00 00 72 00 01 00 72 00 o;rf 00 00 00 00 o;rf 3. 00 7303 70 70 70 70 70 70 70 0;6 00 00 00 00 o;rf 0.05 00 75 03 70 70 70 70 70 70 70 45 20 70 7200 o;rf

The PRINT subroutine is reached by branching to location 05684. Data to be fixed for printing goes in just ahead of 05684.

3. Error messages are those of the standard FORTRAN system.

4. All input must be in acceptable Floating point format

5. Key to decks supplied:

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o

Deck I Deck 2 Deck 3 Deck 4

Program Deck (Squeezed) Sample Data Deck (M1 to M56) Fortran Source Deck (Cl to C58) SPS Source Deck (SP I to SP 277)

C 1620 MULTr-CURVE PLOTTER, J BURGESON, J SNEDIKER. IBM AKRON DIMENSION FIRSYII01. DELTYII01, YVALllll,IPOSllO) S ; O. IFISENSE SWITCH II 2.3

2 DUMMY = S S = 1.

3 IFISENSE SWITCH 21 4.5 4 DUMMY 1.

S = 1. 5 IFISENSE SWITCH 31 6.7 6 DUMMY = S

S = 1. 7 IF IS) 9.8.9 8 DUMMY = S

PAUSE GO TO

9 DUMMY = S C STMT 9 READS AND OUTPUTS HEADER CARD

READ 8888.FIRSX.DfLTX.COUNT,FNOPP N = COUNT NOPP::FNOPP IFIN-I01 11.11,10

10 STOP 11 DO 26 1=I.N

READ 9999.FIRSYIII,DELTYI II,POSY YVALIll = FIRSYIII IPOSIII=POSY DO 16 J=2.11

16 YVALIJI=YVALIJ-II + 5.0*DELTY(II 17 DUMMY = S

C STMT 17 PUTS PLOT CHAR IN TAALE. OUTPUTS Y AXIS SETUP 26 CONTINUE

X = FIRSX 31 DUMMY = S

C STMNT 31 BLANKS OUTPUT AREA DO 43 J=I.NOPP READ 7777,Y DO 50 1=1 ,N IFIJ-IPOSIII150,44.50

50 CONTINUF GO TO 43

44 INDEX=19.5 + IY-FIRSYIIII/DELTYI II IFIINDEX-181 32.32.35

32 INDEX = 17 33 DUMMY = S

C STMT 33 PUTS * IN CC 18 35 IFIINOEX-69139,39.37 37 INDEX=71 38 DUMMY = S

C STMT 38 PUTS * IN CC 69 39 DUMMY :: S

C STMT 39 PUTS PLOT CHAR IN OUTPUT AREA 43 CONTINUE 45 DUMMY ;: S

C STMT 45 OUTPUTS PLOT LINE X ;: X + DEL TX GO TO 31 END

o - 't-

C C C C C C C C C C C C C C C C C C C C C C C C C C C C C C C C C C C C C C C C C C C C C C C C C C C C C C C C C C

o

>--0:.:<.9 LLlO

011- .....J I

g;:::J 0 04CL Z 05

g~:aE :c g~Ou 10<') I I I 11 .........

12 .1-13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 32 33 34 35 36 37 38 39 40 41 42 43 44 45 46 47 48 49 50 51 52 53 54 55 56 57 58

o MAP OF FORTRAN SECTION OF THE PROGRAM

UNSUBSCRIPTED VARIABLES 19459 S 19339 FIRSX 19329 DELT.X 19319 COUNT 19309 FNOPP 19299 N 19289 NOPP 19229 I 19219 POSY 19199 J 19169 X 19139 Y 19109 ~DEX

SUBSCRIPTED VARIABLES 19879 19789 19779 19689 19679 19579 19569 19479

FLOATING POINT CONSTANTS 19189 5150000000 19099 5219500000 FIXED POINT CONSTANTS 19070 0018 19049 0017 19029 0069 18999 0071

STATEMENT NUMBERS 19439 19429 19399 19389 19379 19369 19359 19349 19239 19179 19159 19149 19069 19059 19039 19019 19009 18989 18979

07544 07592 07612 07660 07680 07728 07828 07784 08484 08460 08544 09116 08928 08976 08952 09092 09044 09068 09152

END OF MAPP~G

FIRSY DELTY YVAL IPOS

0002 0003 0004 0005 0006 0007 0009 0008 0026 0017 0031 0043 0032 0035 0033 0039 0037 0038 0045

-10-

0010 0010 0011 0010

PLOT * PLOT * PLOT * PLOT * PLOT PLOT PLOT PLOT * PLOT PLOT PLOT PLOT * PLOT PLOT PLOT PLOT * PLOT PLOT PLOT PLOT * PLOT PLOT PLOT *

PLOT PLOT *

PLOT PLOT PLOT *

PLOT PLOT PLOT *

PLOT PLOT *

PLOT PLOT *

PLOT PLOT * PLOT PLOT

o SOC4IoU Lt s~ ,;,.., "S"

1620 PLOTTER PROGRAM J W BURGESON IBM AKRON MAY 1962

* * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * REPLACES STMNT 2

DORG 1544 RCTY WATY MESSI

REPLACES STMNT 4 f)ORG 1612 ReTY WATY MESS2

REPLACES STMNT 6 OORG 1680 RCTY WATY MESS3

REPLACES STMNT 8 DORG 1184 RCTY WATY MESS4

REPLACES STMNT 9 f)ORG 1828 B STMT9

REPLACES STMNT 11 DORG08460 B STMT11

REPLACES STMNY 31 DORG08544 TR OUTPUT-l.l Nap

REPLACES STMNT 33 DORG08952 TFM OUTPUT+34.14.10 NOP

REPLACES STMNT 38 f)ORG09068 TFM OUTPUT+138.14.10 NOP

REPLACES STMNT 39 DORG09092 B STMT39

REPLACES STMNT 45 DORG09152 B STMT45

REPLACES PRI~T INST IN FORT SUBR f)ORG 6410 B BACK DORG06398 NOP

PLOT * * * * * * * * * * * * * * * * * * * * * PLOT PLOT STMT9

f)ORG 10000 RACO INPUT BNCl*+12 RCTY PLOT

PLOT PLOT PLOT

PLOT PLOT PLOT

RCTY WATY INPUT RCTY RCTY BNC2 *+48 WACD INPUT WACO Z+l

- /1-

*

o ZSP 0 lSPS 1

* *lSPS002 ZSP 003 ZSP 004 ZSP 005 ZSP 006 ZSP 007 ZSP 008 ZSP 009 ZSP 010 ZSP 011 ZSP 012 ZSP 013 ZSP 011t ZSP 015 ZSP 016 ZSP 017 ZSP 018 lSP 019 lSP 020 ZSP 021 lSP 022 ZSP 023 ZSP 024 ZSP 025 ZSP 026 ZSP 027 ZSP 028 ZSP 029 ZSP 030 ZSP 031 ZSP 032 ZSP 033 ZSP 034 ZSP 035 ZSP 036 ZSP 037 lSP 038 ZSP 039 lSP 040 lSP 041 lSP 042 lSP 043 ZSP 044 ZSP 045 lSP 046 ZSP 041

* lSP 04S ZSP 049 ZSP 050 lSP 051 ZSP 052 ZSP 053 ZSP 054 ZSP 055 ZSP 056 ZSP 057 ZSP 058 ZSP 059

~::...:-=:-~---=:

L.. if-,w1 'lIS" So"''''c~ ltitlk1 '3 Is

So","u PLOT WACO Z+1 ZSP 060 SUBT

fFM ~~~bt~il?~AXls+1 Z~P 120 PLOT BNC3 7852 ZSP 061 PLOT Z P 121 PLOT WAPT INPUT ZSP 062 PLOT MAC TFM CAROL+6,OUTPUT+36 ZSP 122 PLOT WAPT Z+1 ZSP 063 PLOT CAROL TD ZSP 123 PLOT WAPT Z+l ZSP 064 PLOT TF EDNA+l1.CAROl+1l ZSP 124 PLOT B 7852 ZSP 065 PLOT TF EDNA+6.CAROL+6 ZSP 125 PLOT * * * * * * * * * * * * * * * * * * * * * * * ZSP 066 PLOT SM EDNA+11,} ZSP 126 PLOT STMTl7MM 1.2,10 ZSP 067 PLOT SM EDNA+6,1 ZSP 127 PLOT SF 95 ZSP 068 PLOT EDNA Tf) ZSP 128 PLOT TFM JACK+6.TABLE-l ZSP 069 TF BIB+6,EDNA+6 ZSP 129 PLOT A JACK+6.99 ZSP 070 AM BIB+6.2 ZSP 130 PLOT PAUL CM FORTIN+l.0,10 lSP 071 CM BIB+6.0UTPUT+137 ZSP 131 PLOT BNE JACK ZSP 072 BE TO lSP 132 PLOT TR FORTIN.FORTIN+2 ZSP 073 BIB TR .Z+152 ZSP 133 PLOT B PAUL ZSP 074 AM CAROL+ll.30 ZSP 134 PLOT JACK TF .FORTIN+l ZSP 075 AM CAROL+6.10 ZSP 135 PLOT * TABLE(I) HAS CHAR TO BE PLOTTED ZSP 076 B CAROL ZSP 136 PLOT TR OUTPUT-1.l ZSP 077 TO BTM PUTOUT,O.10 ZSP 137

PLOT * OUTPUT AREA IS BLANKED ZSP 078 SM CAROL + 11.298 ZSP 138 PLOT TF OUTPUT+158.FORTIN+21 ZSP 079 MOD CM CAROL+l1 ZSP 139 PLOT TF OUTPUT+156.FORTIN+19 lSP 080 BNE MAC ZSP 140 PLOT TF OUTPUT+154.FORTIN+17 ZSP 081 PLOT * Y AXIS INFO PUNCHED OUT ZSP 141 PLOT TF OUTPUT+152.FORTIN+15 ZSP 082 PLOT TR OUTPUT-1.l lSP 142 PLOT ~ TF OUTPUT+150.FORTIN+13 ZSP 083 PLOT BTM PUTOUT,0.10 ZSP 143 PLOT TF OUTPUT+148.FORTIN+11 lSP 084 BTM PUTOUT.0.10 ZSP 144 PLOT TF OUTPUT+146.FORTIN+9 ZSP 085 PLOT * OUTPUT BLANKED AND BLANK LINE lSP 145

,.PLOT TF OUTPUT+144.FORTIN+7 ZSP 086 B 08484 ZSP 146 PLOT TF OUTPUT+142.FORTIN+5 ZSP 087 PLOT * * * * * * * * * * * * * * * * * * * * * * * ZSP 147 PLOT TF OUTPUT+140,FORTIN+3 ZSP 088 PLOT * SUBR TO PUTC~T LINE ZSP 148 PLOT * Y FUNCTION IDENT MOVED INTO PLACE ZSP 089 PLOT DS 2 ZSP 149

TF OUTPUT+16.FORTIN+l ZSP 090 101l2PuTOUTNOP ZSP 150 TF OUTPUT+I0.SYM+I0 ZSP 091 FIR TFM TDA+l1.0UTPUT+36 lSP 151

PLOT TR FORTIN,ARM-l ZSP 092 090 TFM TDB+11.0UTPUT+35 ZSP 152

PLOT * RECORD MARK IN CC 1 OF FORT INPUT zsp 093 R 4 ATDA TD BX ZSP 153 PLOT TFM P405+11.YVAL1 lSP 094 8 DTDB TO BX-1 zSP 154

PLOT TFM P406+6,YAXIS ZSP 095 S S SF BX-1 ZSP 155

PLOT P405 BT 'F I X. zsp 096 A J T CF BX ZSP 156

PLOT P406 TR .AREA ZSP 097 L A E CM BX,70.10 ZSP 157

PLOT SM P405+11.l0 lSP 098 E GR BE IZE . ZSP 158

PLOT AM P406+6.30 ZSP 099 U • CM BX .20.t0 lSP 159

eM P406+6.YAX1S+330 ZSP 100 o A BNE EL2 tsp 160

PLOT BNE P405 lSP 101 R R C TF *+30. TDA+11 ZSP 161

PLOT .* OUTPUT YVALS NOW FIXED IN YAXIS ZSP 102 0 AM *+18.4 'ZSP 162

PLOT * 30 CHARACTERS EACH ZSP 103 S M N TF .MINUS+8 ZSP 163

TFM LOW,99.10 ZSP 104 W Ie. T- B EL2 ZSP 164 TFM MOO+11,YAXIS+33 ZSP 105 A AMINUS DAC 5.MINUS". 'ZSP 165 TFM ZTST+ll,YAXIS-l zsp 106 P 4 CBX DS 10 ZSP 166 P

RET AM ZT5T+11,30 lSP 107 TIlE TF *+18.TDA+1l .lSP 167

t CM lTST+ll,YAXIS+329 ZSP 108 TFM ,56.10 . lSP 168

BH SUBT ZSP 109 BEL2 AM TDA+11010 _ ZSP 169

I lTST TFM BASE+l1 ZSP 11 0 U AM TDB+11,10 ZSP 170 TFM ALZ.O.10 ZSP 111 R CM TDA+11.0UTPUT+146 lSP 171

AASF en AIX ZSP 112 G BNE TDA lSP 172 I' SM' BASE+11.2 lSP 113 WACDOUTPUT lSP 173 !t AM ALl.2tlO lSP 114 BNC1TC3 'ZSP 174 ! B BASE ZSP 115 ReTY ZSP 175 r

BIX C ALZ,LOW zsp 116 TFM SFLG+6,OUTPUT+157 lSP 176 ! BNL RET ZSP 117 SFLG SF ZSP 177 f

TF LOW,ALZ ZSP 118 AM- SFLG+6,l -'ZSP 178 B RET lSP 119 TF COMP+6.SFLG+6 lSP 179

- I 'Z.- - 1"3-

e 0 0

- --.---

0 0 0

so"'''''c~ k<it-,.:., vIs- S.w .. &~ LiL~, s-Is-

COMP CM .0.10 lSP 180 ~~8t Sf ~o.o pP 250

BNE WO lSP 181 0.0 SP 251 TF TRCD+6.COMP+6 lSP 182 PLOT DC 9.0 lSP 252

TRCD TO .RM lSP 183 PLOT DC 1.-l lSP 253 SM SFLG+6.3 lSP 184 PLOT OUTPUTDAS 80 lSP 254 CM SFLG+6,OUTPUT+1 lSP 185 PLOT RM OAC 1.-". lSP 255 BNE SFLG lSP 186 PLOT MESS1 DAC 29.0UTPUT WILL BE ON TYPEWRITER-.,. lSP 256

wo WATYOUTPUT lSP 187 PLOT MESS2 OAC 24.0UTPUT WILL BE ON CARDS- ••• lSP 257 T(3 BNC3*+24 lSP 188 PLOT MESS3 OAC 29.0UTPUT WILL BE ON PAPER TAP~- ••• lSPS258

WAPT OUTPUT lSP 189 PLOT MESS4 OAC 24.5ET SWITCHES.HIT START.- ••• lSP 259 TR OUTPUT-1,Z ZSP 190 SYM DAC 6.SYMBOL ... lSP 260 BA lSP 191 PLOT INPUT OAS 80 lSP 261

PLOT * * * * * * * * * * * * * * * * * * * * * * * lSP 192 PLOT ARM DC 2.0-Z lSP 262 PLOT STMT39MM INDEx,2,10 lSP 193 PLOT TABLE OS 1 lSP 263 PLOT SF 95 ZSP 194 PLOT DS 19 lSP 264

TFM BECKY+6,OUTPUT-3 lSP 195 PLOT * CCI IS IN OUTPUT lSP 265 A BECKY+6,99 lSP 196 PLOT * CC2 IS IN OUTPUT + 2 lSP 266 TF SF+6,BECKY+6 lSP 197 PLOT * CCN IS IN OUTPUT + IN-ll*2 ZSP 267

SF SF lSP 198 PLOT YAXIS DS 1 lSP 268 AM BECKY+6.1 lSP 199 DS 329 ZSP 269 TF CF+6,BECKY+6 lSP 200 PLOT WHOA DAC 1.-", lSP 270

CF CF lSP 201 I DS ,19229 lSP 271 BECKY CM ,0,10 lSP 202 PLOT FORTINDS , 7148 lSP 272

BE ELMER lSP 203 yVALl OS ,19619 lSP 273 TF *+18,BECKY+6 lSP 204 INDEX OS ,19109 ZSP 274

PLOT TFM .34,10 lSP 205 X OS ,19169 lSP 275 B 09116 lSP 206 PLOT PUNCH DS ,5684 ZSP 276

PLOT ELMER MM 1,2,10 lSP 207 PLOT OENO ZSP 277 PLOT SF 95 lSP 208 PLOT TFM RED+ll,TABLE-l ZSP 209 PLOT A RED+ll.99 lSP 210 PLOT TF RED+6,BECKY+6 lSP 211 PLOT RED TF lSP 222

B 09116 lSP 223 PLOT * * * * * * * * * * * * * * * * * * * * * * * lSP 224 PLOT STMT45BT FIX,X lSP 225 PLOT TR OUTPUT-l,AREA lSP 226 PLOT TFM OUTPUT+30.0.10 ZSP 221

BNR *+24, OUTPUT+20 ZSP 228 TFM OUTPUT+20,O.10 lSP 229

PLOT BTM PUTOUT,0.10 lSP 230 PLOT TR OUTPUT-l.l lSP 231

B 09176 lSP 232 PLOT * * * * * * * * * * * * * * * * * * * * * * * lSP 233 PLOT * SUBR TO FIX NUMBERS lSP 234 PLOT OS 10 lSP 235 PLOT FIX TF PUNCH-l,FIX-1 ZSP 236 PLOT B PUNCH lSP 237 PLOT BACK BNR*+24.7131 lSP 238 PLOT TOM 1137,0 lSP 239 PLOT TR AREA,7116 lSP 240 PLOT BB ZSP 241 PLOT * * * * * * * * * * * * * * * * * * * * * * ZSP 242

ALl DC 2.0 lSP 243 LOW DC 2,0 lSP 244

PLOT AREA DS 1 lSP 245 PLOT OS 29 lSP 246 PLOT DC 2.0-l lSP 247 PLOT l DC 1,0 ZSP 248 PLOT DC 50,0 lSP 249

- Itt - -I$'"-

~-

I/S$'4",,/:"'1 I..rji-u ':1 lIs- IISJ'W/'/:J lest,,;, :zls

10084 47 10132 00200 00580 10096 39 12573 00400 00590 WACO INPUT

10 * 1620 PLOTTER PROGRAM 10108 39 12025 00400 00600 WACO l+1 20 * J W BURGESON IBM AKRON 10120 39 12025 00400 00610 WACO l+l 30 * * * .* * * * * * * * * * * * * * * * 10132 47 01852 00300 00620 BNC3 7852 40 * REPLACES STMNT 2 10144 39 12573 00200 00630 WAPT INPUT

07544 00050 OORG 1544 10156 39 12025 00200 00640 WAPT l+l 07544 34 00000 00102 00060 RCTY 10168 39 12025 00200 00650 WAPT l+l 07556 39 12349 00100 00070 WATY MESS1 10180 49 01852 00000 00660 B 1852

80 * REPLACES STMNT 4 00670 * * * * * * * * * * * * * 07612 00090 OORG 7612 10192 Jl 19229 00002 00680 STMT17 MM 1.2.10 07612 34 00000 00102 00100 RCTY 10204 32 00095 00000 00690 SF 95 07624 39 12407 00100 00110 WATY MESS2 10216 16 10294 J2733 00700 TFM JACK+6.TABLE-l

a 120 * REPLACES STMNT 6 10228 21 10294 00099 00710 A JACK+6.99 07680 00130 DORG 7680 10240 J4 07149 00000 00720 PAUL CM FORTIN+l.0.10 07680 34 00000 00102 00140 ReTY 10252 47 10288 01200 00730 BNE JACK 07692 39 12455 00100 00150 WATY MESS3 10264 31 01148 01150 00740 TR FORTIN.FORTIN+2

00160 * REPLACES STMNT 8 10276 49 10240 00000 00750 B PAUL 07784 00170 DORG 7184 10288 26 00000 07149 00760 JACK TF .FORT IN+ 1 07784 34 00000 00102 00180 RCTY 00770 * TABLEII) HAS CHAR TO BE PLO 07796 39 12513 00100 00190 WATY MESS4 10300 31 12186 12024 00780 TR OUTPUT-1.l

00200 * REPLACES STMNT 9 00790 * OUTPUT AREA IS BLANKED 01828 00210 DORG 7828 10312 26 12345 01169 00800 TF OUTPUT+158.FORTIN+21 01828 49 10000 00000 00220 B STMT9 10324 26 12343 01161 00810 TF OUTPUT+156.FORTIN+19

00230 * REPLACES STMNT 17 10336 26 12341 01165 00820 TF OUTPUT+154.FORTIN+17 08460 00240 DORG 08460 10348 26 12339 01163 00830 TF OUTPUT+152.FORTIN+15 08460 49 10192 00000 00250 B STMTl1 10360 26 12337 0116} 00840 TF OUTPUT+150.FORTIN+13

00260 * REPLACES STMNY 31 10312 26 12335 01159 00850 TF OUTPUT+148.FORTIN+11 08544 00270 OORG 08544 10384 26 12333 01157 00860 TF OUTPUT+146.FORTIN+9 08544 31 12186 12024 00280 TR OUTPUT-l,l 10396 26 12331 01155 00810 TF OUTPUT+144.FORTIN+1 08556 41 00000 00000 o 290 NOP 10408 26 12329 01151 00880 TF OUTPUT+142.FORTIN+~

a 300 * REPLACES STMNT 33 10420 26 12327 07151 00890 TF OUTPUT+140.FORTIN+3 08952 00310 DORG 08952 o 900 * Y FUNCTION IDENT MOVED INTO 08952 J6 12221 OOOJ4 00320 TFM OUTPUT+34.l4.10 10432 26 12203 07149 00910 TF OUTPUT+16.FORTIN+l 08964 41 00000 00000 o 330 NOP 10444 26 12197 12571 00920 TF OUTPUT+IO.SYM+10

00340 * REPLACES STMNT 38 10456 31 01148 12132 00930 TR FORTIN.ARM-1 09068 00350 DORG 09068 00940 * RECORD MARK IN CC 1 OF FORT 09068 J6 1237.5 000J4 00360 TFM OUTPUT+138,14.10 10468 16 10503 J9679 00950 TFM P405+11.YVALI 09080 41 00000 00000 - 370 NOP 10480 16 10510 J2754 00960 TFM P406+6.YAxIS

00380 * REPLACES STMNT 39 10492 21 11916 00000 00970 P405 BT FIX. 09092 00390 OORG 09092 10504 31 00000 11992 00980 P406 TR ,AREA 09092 49 11558 00000 00400 B STMT39 10516 12 10503 00010 00990 SM P405+11.10

00410 * REPLACES STMNT 45 10528 11 10510 00030 01000 AM P406+6.30 09152 00420 DORG 09152 10540 14 10510 J3084 01010 CM P406+6.YAXIS+330 09152 49 11810 00000 00430 B STMT45 10552 47 10492 01200 01020 BNE P405

00440 * REPLACES PRINT INST IN FORT 01030 * OUTPUT YVALS NOW FIXED I~ y,

06470 OOi?50 DORG 6470 01040 * 30 CHARACTERS EACH

06470 49 11940 00000 00460 B BACK 10564 J6 11991 000R9 01050 TFM lOW.99.10

06398 00410 DORG 06398 10576 16 10995 J2787 01060 TFM MOD+11.YAXIS+33

06398 41 00000 00000 - 480 NOP 10588 16 10641 J2753 01070 TFM lTST+l1.YAXIS-l

a 490 * * * * * * * * * * * * * 10600 11 10641 00030 01080 RET AM ZTST+11.30 10000 00500 OORG 10000 10612 14 10647 J3081 01090 CM ZTST+ll.YAXIS+329 10000 31 12513 00500 00510 STMT9 RACO INPUT 10624 46 10756 01100 01100 BH SUBT 10012 47 10084 00100 00520 BNC1 *+12 10636 16 10671 00000 01110 ZTST TFM BASE+1l 10024 34 00000 00102 00530 RCTY 10648 J6 11989 00000 01120 TFM AlI.O.IO 10036 34 00000 00102 00540 RCTY 10660 43 10108 00000 01130 BASE BD SIX 10048 39 12513 00100 00550 WATY INPUT 10612 12 }0611 00002 01140 SM BASE+11.2 10060 34 00000 00102 00560 RCTY 10684 J1 11989 00002 01150 AM ALl.2.10 10012 34 00000 00102 00570 RCTY 10696 49 10660 00000 (')1160 B BASE

580 BNC2 *+48 1170 BIX C ALI.LOW

-1(' - -/7-

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0 0 0

AsJto~ b/~ J.,S1: "~1 3/~ flJsf')t1 bl~ L,S-{-,k, 'lIs-

10708 24 11989 11991 01170 11354 34 00000 00102 01760 10720 46 10600 01300 01180 BNL RET 11366 16 11384 J2344 01170 TFM SFLG+6.0UTPUT+157 10732 26 11991 11989 01190 TF LOW.ALI 11378 32 00000 00000 01780 SFLG SF 10744 49 10600 00000 01200 B RET 11390 11 11384 00001 01790 AM SFLG+6.1 10756 22 10995 11991 01210 SUBT 5 MOD+ll.LOW 11402 26 11420 11384 01800 TF COMP+6.SFLG+6

10768 16 10803 J2755 01220 TFM CAROL+11.VAxIS+1 11414 J4 00000 00000 OUI0 COMP CM .0.10

10780 16 10798 J2223 01230 MAC TFM CAROL+6.0UTPUT+36 11426 47 11498 01200 01820 SNE wo 10792 25 00000 00000 01240 CAROL TO 11438 26 11456 11420 01130 TF TRCD+6.COMP+6

10804 26 10863 10803 01250 TF EDNA+l1.CAROL+ll 11450 25 00000 12347 01840 TRCD TO .RM

10816 26 10858 10798 01260 TF EDNA+6.CAROL+6 11462 12 11384 00003 01850 SM SFLG+6.3

10828 12 10863 00001 01270 SM EDNA+l1,1 11474 14 11384 J2188 01860 CM SFLG+6.0UTPUT+l

10840 12 10858 00001 01280 SM EDNA+6.1 11486 47 11378 01200 01870 BNE SFLG

10852 25 00000 00000 01290 EDNA TO 11498 39 12187 00100 nl110 WO WATV OUTPUT

10864 26 10918 10858 01300 TF 8IB+6,EDNA+6 11510 47 11534 00300 01890 TC3 BNC3 *+24

10816 11 10918 00002 01310 AM 818+6.2 11522 39 12187 00200 01900 WAPT OUTPUT

10888 14 10918 J2324 01320 CM BIA+6.0UTPUT+137 11534 31 12186 12024 01910 TR OUTPUT-l.l

10900 46 10960 01200 01330 BE TO 11546 42 00000 00000 01920 BA

10912 31 00000 12176 01340 BIB TR .1+152 01930 * * * * * * * * * * * * *

10924 11 10803 00030 01350 AM CAROL+11.30 11558 J3 19109 00002 01940 STMT39 MM INDEX.2,10

10936 11 10798 00010 01360 AM CAROL+6,10 11570 32 00095 00000 01950 SF 95

10948 49 10192 00000 01370 B CAROL 11582 16 11672 J2184 01960 TFM BECKV+6,OUTPUT-3

10960 J7 11058 00000 01380 TO BTM PUTOUT.O.10 11594 21 11672 00099 01970 A BECKY+6,99

10972 12 10803 00298 01390 SM CAROL+l1 ,298 11606 26 11624 11672 01980 TF SF+6.BECKY+6

10984 14 10803 00000 01400 MOD CM CAROL+l1 11618 32 00000 00000 01990 SF SF

10996 41 10180 01200 01410 BNE MAC 11630 11 11612 00001 02000 AM BECKY+6.1

01420 * Y AXIS INFO PUNCHED OUT 11642 26 11660 11672 02010 TF CF+6.BECKY+6

11008 31 12186 12024 01430 TR OUTPUT-l.l 11654 33 00000 00000 02020 CF CF

11020 J7 11058 00000 01440 BTM PUTOUT.o.10 11666 J4 00000 00000 02030 BECKY CM .0,10

11032 J7 11058 00000 01450 BTM PUTOUT.o.lO 11678 46 11726 01200 02040 BE ELMER

01460 * OUTPUT BLANKED AND BLANK LI, 11690 26 11708 11672 02050 TF *+18,BECKV+6

11044 49 08484 00000 01470 B 08484 11702 J6 00000 000L4 02060 TFM .34.10

01480 * * * * * * * * * * * * * 11714 49 09116 00000 02070 B 09116

01490 * SUBR TO PUTOUT LINE 11726 J3 19229 00002 02080 ELMER MM 1,2,10

11057 00002 01500 OS 2 11738 32 00095 00000 02090 SF 95

11058 41 00000 00000 01510 PUTOUT NOP 11750 16 11797 J2733 02100 TFM RED+ 11. T ABLE-l

11070 16 11105 J2223 01520 TFM TOA+11.0UTPUT+36 11162 21 11797 00099 02110 A RED+1lt99

11082 16 11117 J2222 01530 TFM TDB+l1,OUTPUT+35 11774 26 11792 11672 02120 TF RED+6,BECKV+6

11094 25 11251 00000 01540 TDA TO BX 11786 26 00000 00000 02130 RED TF

11106 25 11256 00000 01550 TDB TO BX-l 11798 49 09116 00000 02140 B 09116

11118 32 11256 00000 01560 SF BX-l 02150 * * * * * * * * * * * * *

11130 33 11251 00000 01570 CF BX 11810 27 11916 1916q n2160 STMT45 ST FIX.X

11142 J4 11257 OOOPo 01580 CM BX,70.10 11822 31 12186 11992 02170 TR OUTPUT-l.AREA

11154 46 11258 01200 01590 BE IZE 11834 J6 12217 00000 02180 TFM OUTPUT+30.0.10

11166 J4 11251 OOOKO 01600 CM AX ,20.10 11846 45 11870 12207 02190 BNR *+24, OUTPUT+20

11118 47 11282 01200 01610 BNE EL2 11858 J6 12207 00000 02200 TFM OUTPuT+20.0.IO

11190 26 11220 11105 01620 TF *+30. TDA+ll 11870 J7 11058 00000 nU10 BTM PUTOUT.O.IO

11202 11 11220 00004 01630 AM *+18,4 11882 31 17186 12074 02220 TR OUTPUT-l.1

11214 26 00000 11247 01640 TF .MINUS+8 11894 49 09176 00000 02230 B 09116

11226 49 11282 00000 01650 B EL2 02240 * * * * * * * * * * * * *

11239 00005 01660 MINUS DAC 5.MINUS." 02250 * SUBR TO FIX NUMBERS

11257 00010 01670 BX OS 10 11915 00010 02260 DS 10

11258 26 11276 11105 01680 -lIE TF *+18.TDA+ll 11916 26 05683 11915 02270 FIX TF PUNCH-l.FIx-l

11270 J6 00000 00ON6 01690 TFM .56.10 11928 49 05684 00000 02280 B PUNCH

11282 11 11105 00010 01700 EL2 AM TDA+1l.10 11940 45 11964 07137 02290 BACK BNR *+24.7137

11294 11 11117 00010 01710 AM TDB+ll.10 11952 15 07137 00000 02300 TDM 7137,0

11306 14 11105 J2333 01720 CM TDA+ll,OUTPUT+146 11964 31 11992 07116 02310 TR AREA.7116

11318 47 11094 01200 01730 BNE TDA 11976 42 00000 00000 02320 BB

11330 39 12187 00400 01740 WACO OUTPUT 02330 * * * * * * * * * * * * *

11342 41 11510 00100 01750 BNCI TC3 11989 00002 02340 ALI DC 2,0

1760 RCTY 2350 LOW DC 2.0

-18- -/')-

-~-~~-=

A-S.1t',.... b/~ J.I;~'~' sis DOCUMENT LISTING

11991 00002 02350 START DUMP AT 07500 1/2. 11992 00001 02360 AREA OS 1 END AT 11978

12021 00029 02370 DS 29 12023 00002 02380 DC 2.0- • 12024 00001 02390 Z DC 1.0 12014 00050 02400 DC 50.0 07500 26 00060 19449 26 19459 ~006O 46 19430 00100 49 19420 & 12124 00050 02410 DC 50.0 07544 34 00000 00102 39 12349 00100 26 00060 19409 26 9459 0060 12114 00050 02420 DC 50.0 07592 46 19390 00200 49 19380 * 12183 00009 02430 DC 9,0 07612 34 00000 00102 39 12407 00100 26 00060 19409 26 19459 ~0060 12184 00001 02440 DC It- 07660 46 19370 00300 49 9360 * 12181 00080 02450 OUTPUT DAS 80 07680 ;4 00000 00102 39 ~2455 00100 26 00060 19409 26 19459 ~0060 12341 00001 02460 RM DAC 1.-.,· 07728 6 00060 19459 43 7764 00053 49 19340 0 12349 00029 02470 MESS1 DAC 29.0UTPUT wILL BE ON TYPEWR 07760 00 00 12401 00024 02480 MESS2 DAC 24,OUTPUT wILL BE ON CAROS- 07764 44 19350 00060 49 19350 * 12455 00029 02490 MESS3 DAC 29,OUTPUT WILL BE ON PAPER 07784 34 00000 00102 39 12513 00100 1j8 19 419 ~oo 60 49 19460 * 12513 00024 02500 MESS4 DAC 24,SET SWITCHES,HIT START.- 07828 49 10000 0 12561 00006 02510 SYM DAC 6.SYMBOL". 07836 00 00 12513 00080 02520 INPUT DAS 80 07840 26 19419 ~0060 l7 04364 ~9339 l7 04364 ~9329 l7 04364 ~9 319 12133 00002 02530 ARM DC 2,0- 07888 17 0436419309 6 00060 9319 7 ~6910 0060 6 19299 0060 12134 00001 02540 TABLE OS 1 07936 26 00060 9309 27 ~6910 0060 26 19289 ~0060 26 00060 19299 12153 00019 02550 DS 19 07984 27 ~4022 9279 14 00060 O~OOO 46 19250 01200 46 19240 01100

02560 • eel IS IN OUTPUT 08032 49 19250 & 02570 * ee2 IS IN OUTPUT + 2 08040 17 06864 0000 J9 06891 00100 1j8 06864 ~OOOO lt9 ~8016 ~ 02510 * CCN IS IN OUTPUT + IN-l)*2 08084 00 00

12154 00001 02590 YAxlS OS 1 08088 16 d?229 00001 16 ~8135 ~889 22 ~8134 f 229 J7 043641859 13083 00329 02600 OS 329 08136 16 8171 J9789 22 ~8170 9229 J7 04364 9~59 7 ~4364 219 13085 00001 02610 WHOA OAC 1.-,., 08184 i6 ~8219 9889 22 ~8218 9229 6 00060 9 59 6 9679 0060 19229 00000 02620 I DS ,19229 08232 6 00060 9219 27 ~6910 0060 f6 lY8286 r579 22 828519229 07148 00000 02630 FORTIN OS , 1148 08280 26 ~9549 0060 i6 ~9199 OlY002 6 00060 9189 16 ~8351 9789 19679 00000 02640 YVAL1 OS .19619 08328 22 8350 19229 7 1050 i759 16 0'8387 9699 22 ~8386 9 199 19109 00000 02650 INDEX OS ,19109 08376 27 ~0470 1~589 16 ~8418 689 22 ~8417 19199 26 19579 ~0060 19169 00000 02660 x OS .19169 08424 11 ~9 199 0 001 14 19199 011 05684 00000 02670 PUNCH OS .5684 08448 47 8304011 *849101920 00000 -2680 OENO 08468 00 00

24 19229 19299 08472 26 ~9419 lY0060 11 19229 O~OO 1 08508 47 8 10 00 11 *8

31 j2186 'b024 08520 26 00060 1~339 26 19169 ~006O ~ 1 . 00000 ~OOOO 08568 16.~9199 0 001 17 04364 19139 f6 9229 0 001 6 00060 ~'99 08616 16 8651 19579 22 08650 9229 7 4022 19569 14 00060 0 000 08664 46 ~9 110 0 ~200 46 19 120 2,1100 49 19120 * 08696 11 9229 0 001 24 9229 19299 08720 47 8 60 40 11 *8 4~ 19140 * 08740 26 00060 ~9139 16 8787 ~9889 22 ~8786l9229 i7 ~0422 1879 08788 -16 ~8823 9789 22 ~8822 9229 27 ~1286 9779 7 ~0470 9099 08836 7 ~6910 0060 I6 ~ 109 ~60 ~~ ~~g~ O~~~ 27 lY4022 9079 08884 f4 00060 00000 46 9060 01200 49 19060 * 08928 6 0006019049 26 9109 00060 16 12221.00014 41 00000 00000 08976 26 00060 9109 27 4022 19029 14 00060 00000 46 19010 01200 09024 46.19000 01100 49 i9010 ! . 09044 26 00060 18999 26 9109 0060 16 12325 00014 ,41 00000 00000 09092 49 11558 0 09100 00 00 09104 26 ~9419 lYo06O 11 19199 00001 24 19199 19289 09140 47 8 58 00 11 *8 49 11810 0 09160 00 00 09164 26 i9419 00060 26 00060 19169 27 00470 19329 2619169 00060 09212 49 9150 *

-20~

- 2.1-

o o o

o START DUMP AT 10000 END AT 11978

')./'-

10000 10048 10096 101iJ4 10188 10192 102JtO 10284 10288 10336 10384 10432 10480 10528 10576 10624 10672 10704 10708 10752 10756 10804 10852 10900 10948 10956 10960 11008 11052 11058 11106 11154 11202 11234 11258 11306 11354 11402 114SO 11498 11546 11548 11558 11606 11654 11702 11722 11726 11774 11806 11810 11858 11902 11916 11940 11976

37 12573 OOSOO 47 10084 00100 39 12573 00100 34 00000 00102 39 12573 OOJtOO 39 12025 OOJtOO 39 12573 00200 39 12025 00200 00 00 13 19229 000112 14 07149 000110 00 00 26 12739 071lt9 26 12341 07165 26 12333 07157 26 12203 0711t9 16 10510 ~754 11 10510 030 16 10995 2787 46 10756 01100 12 10671 110002 00 00 24 11989 1199 1 00 00 22 10995 11991 26 10863 10803 25 12322 13082 46 10960 01200 49 10792 0

32 00095 00000 47 10288 01200

31 12186 12024 26 12339 07163 26 12331 07155 26 12197 t2571 27 11916 9569 14 10510 3084 16 10647 2753 16 10671 3113 11 11989 000~2

46 10600 01300

16 10803 12755 26 10858 10798 26 10918 10858 31 12324 12176

34 00000 00102 34 00000 00102 39 12025 00400 39 12025 00200

16 10294 12733 31 07148 07150

26 12345 07169 26 12337 07161 26 12329 07153 31 07148 12732 31 13084 11992 47 10492 01200 11 10647 110030 16 11989 OOO~O 49 10660 0

26 1199111989

34 00000 00102 47 10132 00200 47 07852 00300 49 07852 0

21 10294 00099 49 10240 0

26 12343 07167 26 12335 07159 26 12327 07151 16 10503 19679 12 10503 ~0010 16 1199 1 0009"9 14 10647 13083 43 10708 13081

49 10600 0

16 10798 12223 25 12323 12785 12 10863 110001 12 10858 50001 11 10918 50002 14 10918 12324 11 10803 110030 11 10798 50010

00 00 17 11058 000110 12 10803 ~02~8 14 10803 12785 47 10780 01200 31 12186 12024 17 11058 OOO~O 17 11058 OOO~O 49 08484 0 00 00 110 47 11342 Q0200 16 11105 12223 16 11117 12222 25 11257 00400 25 11256 12622 32 11256 00000 33 11257 00000 14 11257 00010 46 11258 01200 14 11257 ooolo 47 11282 01200 26 11220 11105 11 11220 110004 26 00000 11247 4~ 11282 0 00 00 ~4 49 55 64 62 00 47 11 27 ~* 26 11276 11105 16 00000 00056 11 11105 50010 14 11105 12333 47 11094 01200 39 12187 ooJtOo 34 00000 00102 16 11384 123.... 32 12275 00000 26 11420 11384 14 12275 000110 47 11498 01200 25 12277 12347 12 11384 110003 14 11384 12188 39 12187 00100 47 11534 00300 39 12187 00200 42

11 11117 ~0010 47 11510 00100 11 11384 ~OOOI 26 11456 11420 47 11378 01200 31 12186 12024

32 00095 00000 16 11672 12184 21 11672 00099 32 12228 00000 11 11672 50001 26 11660 11672 14 12229 00050 46 11726 01200 26 11708 11672 49 09116 0

00 00 00 00 00 13 19109 00052 26 f'624 11672 33 2229 OOOQO 16 2229 00014 00 00 13 19229 000~2 32 Q0095 00000 16 11797 12733 2111797 00099 26 11792 11672 26 12229 12735 49 09116 0 00 00 27 11916 19169 31 12186 119~2 16 12217 00050 45 11870 12207 16 12207 000110 17 11058 OOO~O 31 12186 12024 49 09176 0 00 00 ~2 50 00 00 00 26 05683 11915 49 05684 0 45 11964 07137 15 07137 00000 31 11992 07116 42 00 00 00 00 00 02 02 00 is 70 03 70

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