Digital PDFs

MAINDEC-08-DIVTC-A-D

December 2000

36 pages

Original

4.9MB

Document:	maindec-08-divtc-a-d
Order Number:	MAINDEC-08-DIVTC-A-D
Revision:
Pages:	36
Original Filename:	https://svn.so-much-stuff.com/svn/trunk/pdp8/src/dec/maindec-08-divtc/maindec-08-divtc-a-d.pdf

OCR Text

IQENTIFICATIDN
wuflmwnmamufiwfig

FRDDHCT

tapas

MRINDEEwwfimDIVTCwAvD

FRQDUET

NAMfiS

VTSS

ACCEPTANEE

DATE CREATEDS

MAY

MAINTAINERS

DJABNDSTIC GanuP

AUTHORS

VERA EREUER

21,

TESTV/

1975

‘

MAYNARD,

MASSu

USE
A
ON
FDR
QNLY
SQFTWARE IS FURNISHED UNDER A LICENSE
CQMPUTER SYSTEM AND MAY 8; CDPIED ONLY WITH THE INCLUSION
SLNGLE
OR
ANY,
OTHER
DF THE A80VE COPYRIGHT
THIS
SOFTWARE;
NUTIEE»
MAY NUT SE PROV£DED QR OTHERWISE HADfi AVAIkABLfi
CDPIES
THEREOF,
NHU
TO ANY OTHER PERSON EXCEPF FOR USE ON SUCH SYSTEM AND Tu UNfi
TERMSa
AGREES
TU
TITLE TD AND UWNERSHxP OF THE
THESE
LICENSE
SOFTWARE $HALL AT ALL TIMtS REMAIN IN 953a

THIS

tHAMa:
THE INFORMATIUN IN THIS DOCUMENT xs
7o
suaqscv
BE CGNSTRUED AS A COMMITMfiNT my
NOT
AND
NDTICE
saougo
EQUIPMENT CORPORATION.

NITHDUT
OIBITAL

QEC ASSUMES NO REfiPUNfiISILITY FOR THE USE DR RELIABILITY
SOFTWARE IN EQUIPMENT wmxca 13 NET SUPPLIED av DEGg'

ITS

M55

AESTfififl?
m®@@wwmw

¥?%§
FRQERAM £$ AN ACQEP?&N$E ?E$? 3% ?WE
VIDEQ
TERMENALQ
QW 13 TESY PaT?EfiN$ QESPgAYEG QM Tfifi VTfifi
PHQG%AM
CQN§E$T$
REHUXfififi
$0M
UPERfiTQfi
ENSEEEYEQN
fiRRQR
fifififl PfiTYE%N
SCREENg
A fiEfiCfiEFTIQH 0F YME EQRWEQT VifiUfig QlfifiLfiV FQR EAQH
D€?EETZUNe
Tfifi? £&N 3E FQUND EN $fi$Y£QN Qg
Tflifi
TfiE

THE

waagfiaw

CAwaagE

fifiQQENTEaL ugwgz WA§szmg

a?
mammgzma
HfiMEVER§

MULTZPLE

VTEfiafi

w$&wwwawwaawwwawwwwwwwwwfiwawwwfiwmfimwmm

QNLV QNE V?§§

vagvam

QNE

TIMEQ

fifififiwkfififififiwwfifififififiwfififimfifififiwWWwfifififififi

?ME
THE QWERfiYUR MUS? Tflfifikfi £N
EURREET
FQQ
Lufifi?lflN$
V&LUE$
”Fififi?” MUfiT EE TME FlfifiT
"$1R5T" AND "LA$?” FQQNQ 9N Pfififi £EWG%
TME
gag?
RiEE3¥ER EDT VD Ea TE$?ED AND ”Léfi?” MUST fiE
RfiEEEVfiR
THE
EE
8E
IUT
75$?EQ SfiwuangfiLLY
$Q
Wlkk
TEfiTfifia
V?§§E@
BEEINNINQ NETH ”Fififi?“ ANQ EMCRfiMENTiNG QNVZL ET HE£§H§§
”L&$?W@
NfiEN
“kfig?” Wfifi fiEEN YfifiTfiflg THE WRQQRAM THEN REPEATfi Tfih ENVERE
PROSE§$ Q? SEQMENTEAL TES?ING 3EG£NNENS wZTH “$EfifiT“ AQAINQ

REQUEREMENTS
mmmwmmmqfiwwmm

£3:

EQUEPMEN?
PQPWE

F$MELY CQMWUTER
V?5§ yiDEQ TERMINAL
DkW1i ENTERFAEE

Egg

MITM

MEMGNVa

fiTflfifififi
TME$

FEDERAM MSES @K

MfiMDRYR

gflfifilfifi PfiQCEQUQE
mmwmwwmwmfimwmwwmw

Pfiflfififiufifi Fflfi NQRMfiL EINANY ?APE$ gwmuga fifi FDLLQWEDQ

\“kew’”;

PAGE

Qgfl

sTARTENE PRUfiEfiURE
mwmwwmemwwmmwwwwW

CUNTRQL SNETEN SETTINGS
SNfi
SKI
SW3

swsV
SW4

3N5

ewe

fifl‘flgflifl

INHIEIT
LBBP ON
LOG? ON

ERRQR
ERRQR

fiALT

TEST
”ALT DH CDMPLETIDN 0F PRGGRAM PASS
INHIBIT ERRUR PRINTDUT
UPERATUR

INTERVENTION

STARTING ADDRES$
mfimuwmnwawunuuaw

2W5

THE

SYARTING

ADDRE$S

THE

ACCEPTANCE

733T

PfiGE

QPERA?IN% PRUEEQUWfi
wmwwwmmmmmmwmmwmwwm

Tfig
$WETQM
iN
fiPERAffifi mug? ENfififiT VME gflfifififly ENFQRMAYEQM
8V
?Hfi PEQQWAM 3% AN Efififlfi WILL QQEURQ
NEEN
REQUERED
RfifiifiTfifi
MfiNNfiH
LTfi
éN
NQRM$L
WIVNQMT
ONSE SYARTgflg TME ?E§? wifiL fiuN
DPER§7DR ENYERVENVEQN QR fiwiTCM flfifimfififig
Tfifi

0F
YHE
TEfiY
PAT?ERN
QWE%&?Qfi
MGQEg
?wg
ALLQWS
THEfiE MGDES Afifi $EkEEYED av VME §?ATE Q5 SW Q3 A? ?HE
WHEN 3% @E ES & ZERQg THE
Pfiflfifiafl
£5
afifiiNNENQ Q? Yflfi fififigfififlfi
FUR TEST W&??ERN SELEETiflNQ
gflNyfiflg
i?
§wZVEH
fiEfilSTER
UNQEQ
3% %§ 35 EQH$L TQ A QNE; ?M§ WRD$WAM E5 QNBER KEYfiQfiRQ fiQNTWQL HF
Tfifi TEéT PfiTTEfiN SELE$?£QNg

THEfi PRQEQAM

SEkEQYIGNa

IN,TNE KEVEUARQ EELECT MGQEg VWQ
YHE
"fiTéfiTZNfi WEYM“ QR ”kQQPENG
"i" DR ”\W REfiFECTFULLVa

@MflRAETERE ARE
QM”

Mfififi

.TU

fifikfifiT

PfiRYIQuLAR TtfiT Pfi??fiRN fl?

ANS
fiSK
Tfla
THE
EURRENT
Yfifif
TfiE “i” $5? 15 Ufififl YE §U§PfiND
PATYERN
HEfiSHfi
TEE?
7ME
A?
WHIQH
MESWEfi YQ §VAKY§
SPERATBR
TWE
LETTER
Tfifi
Wfilflfi
Tfifi?
SPERAVQR‘NQN Dfipfifififififi
REPQ&3ENYS
fifiFEW TO ?HE Ffiflfififim L£$?£N§ WUR Tfifi
PATTERN Ta fig fiTfifiTED wlTfiw
YE$T LE??ER 0F EAEH PATTERN»
VHE "\W KEV 13 Ugfifl VG
Q?fifi&?flfi
TEST
NWEEH
DfifififlTBR NOW QEpfiéfigfig

SUSPEND
THE
ANQ
$3“
VEST
EufiRENT
PfiFTERN
T0
WifiHfifi
LDQH UNQ
HEJSHE
?H§ LE?YE% Q? THE T55? Ta Ramp QM?

TME
VHE

IF QURlNfi THE EKEQUTZQN Q? A $53? PAYTERNg A KEV £5’QEPNE§$§Q amm
fiN ERRQR wlL& BE QEPDQTEQ we Tfifi gmmaaga
3w $5
EQUALfi
&
Zfiaag
5w
A
@fi EQU$L$
IF
T$v¢
QNfig AME fwa $H$RACTER R§§E1¥EQ WA$ mu? &
“i” GR “\“5 AN ERRQR wxgg BE REPQWTEDa

Efififlfifi
mammmw

WHAT
TEE FRQGRfiM PQENYS Ga? & 0E§CREP?EVE MESfiAGE ABDU?
ERRQfi AND THE Pg fiT $HE EWRUQ kflflfiTEflNg ANS $HEN H£L?$a
fiEfilQEQ T9 QQN?ENMEfi THEN HIT EDNTINUE REYa

W&S
E? IT

EN
15

PAEE

yam

MISCELLANEQUS
wwwummawmmmww

BNE

DNkY

?HE FIRST
IDENTIFIER

€AN

VTS$

TIME

TESTED

AT ENE TIMEa

kQADING

A$Taw

PRDfiRAMa

THE

TERMINAL

Rum?

ExECU?lDN YIME
EXECUTIUN TIME wqu VARY WITH THE

THE
'

MUST

mavxca

ADDRESS

"aAuD"

RA?Ea

LBSATIUNS

PRUERAM

QDNTAIN§
THE
THE LDCA?IQN "FIR$T”
AQDHESS
FIRST
QLil
1F
ARE
THE
VTwSfipfi
BEING
SEVERAL
#DCATIUN
TESTED”
"LAS?"
ARE
SEING
CDNTfiINS THE LAST DLEI ADQRE$5 IF SEVERAL VTw§§”$
VTNDH
CURRENT
$fiE
fiAfiE
CUNTAINS
UL§1
TESTED»
LOEA?ION

ADfiRESfie
WNETEfi
SYAR?

f“x

THESE LDCATIDNS Afifi
CHfiNGEDp
TE$T AGAIN AT MICm
THE
Ewfig
"uAST"
T0
PkAEED IN “FIRST" AND
IF
THE

VfiLUES
PRDGRAM~VALUE39
5w

THERE

WILL

PRECEfiSQR,

PRQCESSURfifi

A 5 SECUND DELAY BETWEEN
DELAY TIME WILL BE LUNEER

THE
OPERATOR
MUST
PROGRAM WILL Ufifi THE
THE
UPQATE
ACTUAL

TESTS WITH
WHEN USING

THE PDPwalA
DTHfiR PDFWB

Wfififi

agw

PRUQRAM DfiSERIPTEQN
wwmmmwwwmwwmwmwmmWw

$91

ERQWENG MQREZQNTAL LENE
fifi
&
filNELE
$EN£
EQREZQNTfig
TWE
fifififi
Zfififl
Q?
fiflfifififi
ENTIQfi'WZQ?H
THE
EXTENDING
PLAEED_&?
kiwi
MflfiiéflN?AL
Sufififi§$EV§LY
AFFEAR
wzgg
?NE §EREENa
ANQTHE§
BF
& GRQMXNG WQREZQNTfik LENEQ UNTEQ $fifi
TEE
EfifififififiiflN
GEVENE
THE
fiflfifi
ENYIEE $CREEN MAS fififiN Fikhfifia
TWEN THE FERST LENE &?
0?
THE
SCREEN WELL $6 fifimflfififlg FOLLQWEQ 8? EACH SUfiQEfiSiVE RENfi
UNYIk $HE ENTERE fiLQQK HA3 Q13APP£AREE$

TME CQRRECT

Vififlfib QX§PL%V

alkk
my

8&3

ERDWZNE VERTECAL LENE
THE fiflfifififl?
fllfiPkfiv
VifiUAL
WEL§ BE é: 51M§kfi VERTECQL LENfi
ENTERE HE£GMT BF YHE fifiREEN @NQ Pkfifififi fiT THE FAR
Tfifi
EKTENQKNS
LLNE
%N@?Wfifi
D? *THE
REEHT
VEQYlEfiL
§EQE
WELL
SSREENQ
$UEEE5$ZVELV
APPfiARg GIV£N§ ?ME EMPRESSIDN aw & ERQwEME VEfi?EQ%L
HAS
ENVIRE
@EREEN
fiEfiN
LENE REGHT TD LEFYQ UNVEg VHE
FILLfifla
fiT ?ME QIEHT WELE 5E %EMQVEQQ FQL&QN£M fl?
TWEN
Fififi?
LENE
THE
EAQH SUC£E$§ZVE LlNE UNTgk ?ME ENVIRE fiLGSK fi§$ QESQPPfififizfle

x“
8&3

SYEPQZNG fiQRXEQNTAL RENE wag fifiAPfi m

AND

GRfiWH

&
TWE CURREflT Visuag DlfifiLfi? wlgg BEGEN WXTH
filwfigg
HQHZZQNTAg
$HK CENYER QF THE SCREEN ANQ EX?&NU£NQ vwg
Nfififi
APPE&EEN§
ngE
A
?MEN
SEEQMD .WQR£ZQN?%g
THE
gENE
ENTIRE NIQTfi a?
fiflfififiNa
HfiLFWfiY
fist? LINE ANQ ?ME aasa HF TWE figfimgm wzga
YME
EEngEN
&3
Tags
saazm ?0 @RGW FRQM THE Lfifi? filfifi u? TME
acREENQ
gzma
THE
fiiRfi?
swuwgg
gxwa DI§APPEAN§ AND Yaufififi LEFT wETH & 53mgka
YHEN
UP
Twfi
NQRIZQN?Ak LENE gafluf BNE gflufiTM VHE w&v
fifiaéama
?0 @me FRQM TWE LE??? HfigFW&Y fitTWEE% fwfi
kxmfi
ANQVMER
afifiimg
A5 TH£§ QNE fiauwa
PREVEQUfi gzmg ANQ THE aaaa a? YWE SfififiENa
TNE
Pfiavzmus
LINE
?MX% fiawmfifluafi EQNTINQES Fufi A ?m?ag
:5 QfiMflVEwfi
BF Eiafi? TlMEfiw

PAGE

594

GRAPH

AND

A
ATPEARANCT
OF
CDRRECT VISUAL DESPLAT MILL BZGIN WITH THE
THE
EXTENDING
THE
ENTTRE
wTDTH
OF
PgACED
LINE
SCRfiEN
HDRIZQNTAL
AS THTT LINE
THE
To
FROM
uEFT
REMQVEQ
AT THE aAsa ZERQQ
T$
A
AT
THE
EEEINNING
anTTum
DIAQQNAk
LINE;
LEFT
CURNEH:
RTGHTg
AT
THIS
afisxma TE GROW UNTIL 1T RaAcHEs TTE TOP 0T TfiE SCREENe
PQINT A SfigflNfl DTAGQNAL LTNE aEGINS Tu GRQW UP FRDM THfi aASE LINE
TNI$ gINE cuNTTNuES
GRUN
AaUUT IN THE MIDDLE 0F THE ficfiEENg
TD
THE TOP 0? THE SfiREEN,
THEN A HQRIZDNTAg
TT
REACHES
u?
UNTIL
Tng
ENTIRE
EXTENQTNG
LINE REAPPEAR$ AT aASE ZERD.QF THfi SCREEN
an A QZAGQNAL LINE BEGINNING AT THE TOP OF
WIDTH QF THE SCREEN.
powNwARu
AS' TNE
THE LEFT EDRNER OF THE SCREEN aasts TD
DECAY
BASE
IT EQNTINUES UNTIL IT REASHES‘
LINE DI§APPEARS¢
HORIZQNTAL
THE BASE kINE QF THE scREEN WHEN A SEEDND DTAEQNAg LINE aEGTNs To
THE
FROM
TQP
NIDQLE SECTIDN D? THE SCREEN Amp
QECAY
DQWNNARG
THE
END
CUNTXNUEs UNTTL IT REAEHEfi THE aAéfi LINE 0? THE SQRfiEN;
RESULT SHOULD BE Two LARGE TTS FIELTNfi UP THE ENT£RE SCREEN LxxJe

THE

8.5

DISPLAY A SYEPPINE HISYUGRAN LINE ON ERAPH a AND GRAPH

THE CORRECY VISUAL DI3PkAY WILL EEGIN WITH THE
AFPEARANCE
A
SW
HORIZONTAk
THEN A LINE HAyFNAY
LINE AT BASE lERQ 8N THE $£REEN9
UP THE SEREEN WILL BEGIN’TD GROW FROM THE LEFT SIDE BF THE SCREEN
THiS SHADED AREA
NITH AkL THE AREA EETWEEN THE TWU LINES SHADEDg
WILL CQNTINUE TD ERDW UNTIL IT REACHES THE FAR RIEfiT SIDE OF
THE
TEE
GROW
THEN
WHICfi
EISECTfi
SHADEQ
flEfilNS
A
TO
AREA
LINE
SCREEN;
AS Tfilfi LINE GRUWS
IT
FRQM THE LEFT SIDEe
REMOVES
THE
SHAQED
AREA
ASDVE ET, CUNTINUING UNTIL $T REACHES THE RIGHT SLDE UP THE
AGAIN
AND
THE SHADED AREA l5 THfiN CUT
AGAIN
IN
HALF
SCREENa
UNTIL A SINGLE HORIZONTAL LINE REMAINS,

HESTOGRAM 0N GRAPH
THE

AND

as
THE
PATTERN
CORREQT VISUAL DI$PLAT HILL FHLLOW THE SAME
GRAPH m AND 1, EXCEPT THAT AS EASH DIABUNAL
FDR
VTSUAL
DISPLAY
THE
LINE GROWS; A TRIANGULAR SHADED AREA ERDNS UNDER 1Ta
FINAL
UF FfluR UVERLAPPING RIGHT TRIANEQESF TWO
CDNSIST
SHOULD
RESULT
NITH THE RTGHT ANGLE UN THE RIGHT EDTTOM OF THE SCREfiN
av
EMAQE
THE
HHIEH STARTED FROM THE fiQTTQM LEFT) AND Two
DIAGDNAL
Limes
MITH THE RIGHT ANGLE UN THE LEFT aaTTOM 0F Tfifi
SCREEN
TV
(MADE
THE QIAGDNAL LINES WHICH TTARTED ERDM THE TQP LEFTTQ

Péfifi

837

Quasaag

ERAPM @

A
SENELE
HQHEZQNTag
?ME CQRQEQT ViSU£h fiifiFLAv WILg atagm wITN
£NY£QE
LEN§Yfi
9?
THE
THE
SEREEN Pgaggm A? fiA$§
EXTiNflENQ
LINE
fHE
A QEAEflNfiL LENE wzga VMEN @EGEN Ta QRQM
589M
@9??QM
Zfififig
fiAfiE
MQREZQNTfik
LINE
15
Z?
QUNTlmutfi
AS
THE
gas? CURNER
REMQVEQ@
A
Tfifi
WfiEN
T9 gauw UNTIL I? fifififlfififi Vfifi TQP UV
fififiEEN
figfiQNQ
gwaw
Tm
F§QM
$ME
aflTVQM
TNE
a? Tfifi
a?
MEQQLE
LINE
@EGiNfi
Q£AGQNA£
VD
SNQW
QQNTINMES
&3‘THE
Tfiifi
aagg
kINE
MQREZQNTAE
LENE
sgaagmgA
?ME
wwam
?Q
BlAflflmfiL
fififigfiafi
Tap
85
LZNE
REMQVEQa
YME
@QN?INUE$
Elfifi?
QF $Mfi éfifififiN A $QU§RE a? muafimfia @Huws AT THE §A$E fl? TH;
fl? ANQTMER gauaagg kvam?u&LL¥
1%
ET
fiangwEw
EEAGQNfiL
kENfig
?ME$ fiRQEEquE £3 REPa&Tfim
GiVINS THg AP?EAR&NEE Q? & $$AIR£&%E@
QN TME SECGNQ mifififlNAL-LENE @NQ WMEN YHE kAST $Qu®§fi ES DQMEg YME
£3
fiflafi
gs
PRQCEQURE
@QUAQE
gggggaggvggv
ENTIRE
REVERSEQW
HF
TMa
AT
YD?
$HE
SEfiQND
QEAQQNAL
3TARTEN$
RiMQVED
kiwi?
THEN
fiTfifiTING
AT
Twfi
?0F ‘9?
Yam
fiififif
EDNTINUINE Qawm ETg
a£aEQNAL LINE &ND QQINE muwm 3T9

EURSQfiS

3N EfifiPN

CQRREET VESU&$ filfipkfi? NELR an fikWQST IDEN?EC&%
THA?
a?
?9
THE QNEY QEFFEREMSE £3 ?fi&T Yfig TWQ
GRAFH
CMREQRS
0N
fig
ANQ
QDQN
$0
DZAQQNAL klNfifi fiEGEN QT ?Wfi Tm? LEFT BF THE SQRfiEN
VBWARES ?HE RififiTg
THE
?HE

PAGE

STARTZNS COQRDKNATE

fifiAPH

AND

A
$INGLE
HORIZONTAL
CQRRECW VESUAk DEfiPkAY WILL BSGIN WETH
WIDTH
EN?£fifi
UP THE $£RfiEN PLACED AT BASE
TWE
EKTENDENG
FRQM
THE
fi DEAGONAL LINE fith TEEN bEGZN TU GRUN
EUTTUM
ZEROg

THE

LINE

IT CONTINUES TU
CURNER
A3 YHE HflfiléfiNTAL LlNE DIS&PFEARSg
UP
A
Tfig
THE
TOP
WHEN
SCREEN
SfiGDND
GROW UNTIK 1? REASHES
DIAEUNAL EENE BEGINfi T9 gaaw FRQM YHE EDTYQM DF TfiE MIUDLt 0? THE
GROW
A5
TD
THE
THfiS LINE EONTINMES
NQRIZDNTAL
LINE
SCREENQ
wfiEN THE SEfiDND DIAGQNfiL LINE REACHES
TD
CQNTINUES
DI§APPEAfiw
TfiE TOP OF THE SEREENE A fiMALL $EGTIDN‘ OF
THE
HQRIZDNTQL
kINE
AT
THIS
PDINT & QQTTEO filNE CURVE
8E
VISIfiLEm
fiYlLL
$HDUkD
AS IT GRQWS UPWARD THE‘RE3T
BEGIN$ FROM TNE WEGHT EUTTGM CQRNfifie
AS THE SENE GURVE RtAfiHES ITS
Q? THE HDRIZDN?AL gINE IS REMQVEDQ
TD
8EEINS
THE
PEAK THE SEEGND QIAGQNAL LINE
gINE
DISAPPEARfi
AS
TB
YfiE
SINE CURVE RDUNDfi THE PEAK AND
DlfiAPPEAR
CQNTINUES
THEN THE SINE CMRVE SRDWS UPNARU AEAlN AND
THE
$TART$ DONNNARDQ
FIRST
DIAEDNAL LINE SEGINfi T0 fllgAPPfiAfi AS THE SUR¥E RhAUHES ITS
FUUR
FEARS
HAVE
THE SINE CURVE CQNTINUES TU GRDW
MN?IL
PEAK,
BEEN FQRMEDe
THEN AT THE RIGHT SLDE D? THE SEREENg AfiOUT HALFWAY
FlRfiT
HALF
UP; THE SINK CURVE STARYS AGAIN TU SOME DUNN AND THE
D?
TEE DISPLAY L5 FINISHED WHEN
THE
DRIGINfiL CURVE QLEAPPEAR§g
THE kAST PEECE D? THE CURVE WHICH $TARTED AT
REGMT
THE
REAEHES
THE aflTTflM OF THE SCREEN»

LEFT

/"~’*\
VTSS

ADJUSTMENT

PATTERN

CQRRECT VISUAL DIfiPLAY CDNSI$T$ D? TWELVE RUNS UP THE
LETTER
A BLANK LINE SEPfiRATINE EACH UP THE ngfia
THfiN TWELVE
NETH
THfi
HORIZONTAk LLNES
STARTING
A?
fiDTTDM
AND
ARE
DIfiPLAYED;
OF
OF
THE
RQWS
TDUEHENQ
THEN
THE
BOTTQM
THE
H95
figfig
DVERLAYINB
A
ARE
FUR?YMQNE
LINES
RE$ULTING
IN
VERTIC&L
DlSPLAYEDp
NEWS OF H95,
THE
THE FIRST VERTIQRg
CHECKERBQARD
UVERV
TWEgVE
kINE I$ PLACED ?HRQUGfi THE MIDDLE BF YHE FIRST RQW 0F H559
EACH
RIEfiT OF THE
SUCCESSLVE
IS
THE
LLNE
POINTS
VERTIEAL
35
TO
PREVIOUS LINEe
THE VERY 5A3? LINfi ES EXACTkY 0N TOP OF THE RIGHT
SIDE D? THE EAST ROM 0F HES“
THE
"fl"

)‘S

IVTSS

1
a
3

ACCEPTANCE TEST

MAINDEC-OB-DIVTC-A

IVTSS
mean

@099
amen

emu:

740a

afl1a
max:

aa1a
name
ammo

INTRPT,

ACCEPTANCE

TEST

PALiO
I

VIQEA

ET'DECv7b

9328

PAGE

MAINDEC-OB'DIVTcflA

*O
O

4
5
6
7

HLT

A19:
A11;

*15
O
O

wane
mean

STARTS,
COUNT,

“2O
O
O

7777
smzs
3263
3272
32am
sung
3102
£499
2237
3699
26am
393a

M10

CLEAN,

XCLEAN
XINPT
XLOOPT

11
12
13
1a

15
16
17
18
19
an

21
22

UBBE
@031
@932
was:
easa
aass
@035
was?
amen

as
ea
25
26
27
25
a9

maze

@020
@621
waaa
gees
oaaa
@EES
aaafi
$027

$043
aaaa
wens
anus

0353
5957
a1sa
name
$346
new:
9662
name

aaa7

mean

amse
6851
ease
@653
@654
@B55
aase
6957
mmba
@061
@662

anon
main
@BB%
mama

@041
nude

50
'

31
32

.33
5a

35
56
31
35
59
40

41
42
43
an

“5
46
47

aaaz
@954
0065

as
49

Babb
@667
anTm
@071
0072

52
S3
54
55

xfiwnm

/VT55
56
57
55
59
on

61
62
63
ea

es
be
b7
as
e9
7m

61
82
as
so
55
56
67
as
*

‘

31
92
93
94
95
96
97
as
99

166
101
1a:
1n:
104
125
166
197
106
:
;

IE9
119

aaaa
mane
6906
name
mama

page
mean
name
@006
BEBE
4354

3526
3452
3517
3464
$099

ACCEPTANCE TEST
au73

aa74
a675
aa7e
aa77
aiaa
a1u1
@162
axes
7114

71
72
73
74
75
76
77
78
79
80

amua
16am

213a
0131

6132
7133
a13a
@135
9136
a137
axaa
e141

@260

new:
name

SHUFF,
DELAY;
CURSOR:
STCORD'
ADDLIN,
MAXVRTp
MAXHOZ,

ANSLF,
ANOLB,
BITI5I
BITS:
BITO:
BITII
BITT'
BITEp

BITS“,
BIT3I
BASE)
BASEE'
PASS,
SWR,
R551;
R859:
REGzp
REG“:
REES:
ANESC,
WFTEST:
SUBTSTI
BITMAX“
MESS;

XKEY
XMSG

XFRNT
XUFOON
XSHUFF

XOELAY
KCURSR
XSTCRD
EOOO
IOOO
353
57
$3“
“OOO
4O
I
2
4

6O
1O
O
O
a
O
O
5
O
O
9
O

O
5

“354
KNESO

PRINT;

XPRINT

CRLF:
ERR,

XCRLF

BDOAT,

HAINDECDO8'03VTC'A
O

mama

ZEROB

aa11
1933
1233
5233
wsxo
4311
wane
eszi
12m:
3613
name
mexa
5493
1211
max:

LDHOIII
ESCH:
ESCJ:
ESCF:
ASCHI
LOESIO?

“Oil
1033
$233
6233
319
4311
QOO
6501
SHOE
3612
OBOE
Oéla
O49}
IEOQ
041a
1013
EOOO
QEOX
12OO
OQOO
4111
4101
5211

1226
aamz

4111
A191

1211
14am
mean

4331
1zaa
6133
4931

eat;
53a:
aeao
mean
mama
name
name
name
name
mean
maze
3139
amaa
ammo
umse
aasu
anew

mean
mean
7309
1145
314:

/ROUTINE TO PRINT OCTAL NUMBER

XERR

GDDAT.

use:

/NO.

BOO

000!

1213
aaoa

a1e5
@175
9127
a11a
7111
a112
@113
9114
@115
0116
B111
@126
91a;
E122
@123
aaaa
@135
7125
1127

INFT'
LOOPT:
KEYSER:
MSG,
PRNT;
UPDOWN;

LNOLHV;
LDSQEOI
LDOB31!
LOIB363
LDOBII
LDiOEI!
LOCBII

LDGIZQ‘
LOGTOE'
LOOIBRfl
XADLINE
LO5EO.
LNLOGI:
LHOIT;
LOBITI
LDsO:
LDVOITI
LHVBIT.
LNLDGO:
LDOSIOI
LNOLOOI
ESCE;

LOEOS,
LOEISQ:
LOESIOI
LOOP,
FLAG!

KOUNT,
TEMPO,
TEMPI,
TEMPE,
TEMP3'
TEHFTp
TENPTE;

Vlflah

27.030076

QIEO

1'1

IHOME CURSOR
[CLEAR SCREEN OF ASCII

IQOO

IOOB

6133
“OOS
SOIX

5391
O
O
O
O

O
O
O
O
O

FIRST,
VTNON,

OO3O
OOOO

“
REOIEVER IOT OHOULO BE PLACED IN 5175 3‘3
IFIROT IOT ° RECIEVSR IOT SHOULD BE PUT IN BITS-353
IOURRENT :07

{LAST SOT

PAGE
fiaOO

START.

PAGE

43OI

LAST:

TEMPC,‘

PALIO

OEOO

XXPT
O
O
OE3O

XPT,
TEMP:

[ROUTINE TO CLEAR SCREEN
IROUTINE TO READ KEYBOARD
IROUTINE TO LOOP ON TEST
[ROUTINE FOR OPERATOR INTERVENTION
IROUTINE TO PRINT MESSAGE
IROUITNE TO DISPLAY CHARACTER
IRDUTINE
IROUITNE TO PUT INTO VT55 FORMAT
IROUITNE TO DELAY
IROUTINE
IROUTINE
OF LINES TO BE ADDED
IMAXIMUH NO. OF VERTIORL LINES
[MAXIMUM NO. OF‘HORIZONTAL'LINEO
/"/” CODE
IBAOK SLASH

CLA cLL
TAO

FIRST

DOA

VTNON

IEET FIRST RECIEVER IOT
IVLACE IT CURRENT IOT LOCATION

[VT55

ACCEPTANCE TEST
D263
OED“
DEBS
OBOE
OED?
@216
0211
D312

4423
SDSA
4027
369D
4433
1377
3:32
3123

MAINDECDDO-DIVTCPA

STARTEp

JMS I
DCA
JMS I
HEADD
JMS I
TAD
DCA
DEA

PAL1D

21¢DECW76

V142A

9326

PAGE

1'2

[CLEAR SCREEN
[CLEAR END OF PASS OUUNTER

CLLAN
PASS
MSG

HEAOING

[PRINT

[5TALL TIME
[GET START ADDRESS OF
[SAVL 1T

DELAY

LTSTLST
TEMPT
LOOP

TEST LIST

[CHANGE THE 10795
137b
301D
1416
3135
1535
7459

BACK,

5226

D375
1141
3535
5215
TODD
141m
3135
1535
785D
5241
@375

OUTS:
BAOKA,

TAD

1141
1374
3535
5227
TODD

D261
D262
OED!

11D?

3910

DOA

@251
@252
9253

D254
D255
D256
D257
D260

ACCEPTANCE TEST
O26“
@265
6266
D367
D276
@271
@272
6273
D274
D275
0276
@277
638%

DSOX
DSDE
6303
D364
@305
DBDE

1936
3652
ADS?
TODD
~341D
aasa
1D36
team
1941
1952
vane
sass
vans
7939
vane
7amm
smaa
aasa
7aaa

DBDT
D318

391m

D311
0312
D313
D314
D315
D316
0317
5320
@321
9322
0323

1048

6324

8325
D326
D373
6374
D375
D376
.DSTT

D636
D491
DAD?
DADS
DADA
0465
@466

0487
D415
6411
9413
0413
@419

I
1

[IOTLSTBl
A1D
A10
TEMP
TEMP

[GET
[GET

ADDRESS OF

IOT

[GET

IOT

[START OUTPUT IOTS
[MASK BITS
[GET FIRST IOT
[STORE BACK IN ELEMENT

OUTB
(7067
VTNON

TEMP
BACK

A16
TEMP

TEMP

[GET

OUTA
(TDD?
VTNDN
CDO1D
TEMF
BACKA

[FINISHED
[MASK nzvs
[GET 107
[INCREMENT FDR TRANSMIT‘IDT

LIST

ELEMENT

[REPEAT
[GET ELEMENT
IDT

[STORE

[DISPLAY A GROWING HORIZONTAL LI NE
TST1:
OLA CLL
JMS I
CLEAN
HSG
JMS I
HEA01
TAD
CBUFF1“1
DOA
A16
TAD
DOA
TAD
DEA
TAD
DOA
TAD
DOA
TAD
DOA
TAD

025D

OUTA;

SNA
JMP
AND
TAD
TAD
DOA
JMP
NOP

7306
4023
4427
STE“
1373
3D1O
1117
3416
112D
341%
1121
BHID
1111
341D
1116
341D

@247

[VT55

T AD
DOA
TAD
DOA
TAD
SNA
JHP
AND
TAD
DOA
JMP
NOP
TAD
DOA

BACK

[CLEAR SCREEN

[GET BEGINNING ADDRESO

BUFFER

A19
LDEDS
Ala
LDEIOU
Asa
LDSO

Aifl

LDEIT
Age

LHBIT
A1@

HAINDECDDBWDSVTOWA
TAD

TSTlAg

TST1C,

DCA
JMS
NOP
DOA
ISZ
TAD
TAD
CIA
TAD
82A
JMP
NDP
NOP

[LOAD

ESCE

"D1" ENTER

CODE

[LDAO ENABLE O
[LOAD

PAL1D

ENALBE 1

aTwflfiflwTA

V142A

CLEAR GRAPHaLINESoCURSORS

9l28

ADDLIN

[LOAD THE OTARTINE DATA VALUE

EASE
SHUFF

[GET DATA

ALE
BASE
ADDLIN
MAXHOZ
BASE

PAGE

1WS

INTO VTSS FORMAT

[UPDATE THE DATA
[COMPARE DATA
[TO THE
[LAST DATA

[LINE
[LOOP

UNTIL‘DONE

TST1A

NOP
NOP

TSTSBp

2953

DOA
JM3
NOP
DOA
ISZ
TAD

BAOE
SHUFF

AlD
BASE

MAXHOZ

CIA
TAD
32A

van:
1952
7446
5395
7999

JMP
NDP
DCA

saga
341m
vaaa
vamw
THEE
aasa
9533
5425
A577

[LOAD STARTING DATA VALUE TO REMOVE THE LINE
[OHUFVEL THE DATA INTO V755 FORM AT

[INCREMENT THE DATA
[COMPARE TNE DATA TO
[LAST LINE

BASE

[LOOP UNTIL DONE
TBTlB

DOA

I
I

Aim
A1E

NOP
NDP
NOP
JMS
JMD
JMP

I
I
I

PRNT
DELAY
LODPT

IDI5PLAV
[DELAY

mata'
TDD?
2226
3319
DQDD

TBDO
4423
6427
373D
1377
3D1D
1117
3419
112D
3016

1121
3419
1111

PAGE

[DISPLAY A GROWING VERTICAL LINE
TSTE:
OLA CLL
JMS I
CLEAN
JMS I
HEADE
TAD

DCA
TAD
DOA
TAD
DOA
TAD
DOA

TAD

[CLEAR DDREEN

MSG

[BET BEGINNING ADDRESS OF BUFFER

CDUFF1W1
A1D
EDGE
A19

[LOAD ENABLE D

LDEDS
A19

LDE158
Aim
L059

[LOAD

“Di"

ENTER

CODE

[LOAD ENADLE 1¢CLEAR GRAPHaLINfiapcuRSORS
[LOAD ENADLE D

LOAD DISPLAY EN ABLE

[VT55

BED
231
222
223
22“

ACCEPTANCE TEST

DCA

D416
@411

1112
341@
1113
341a

TAD
DCA

9426
D427

@430
0431
6432
D433
@434
@435

@436
@431
@44@
@441
@442
@443
@444
@445
@444
@441

@454
@451
@452
@453
@454
@455

[VTSS
253
2511
255
256
251
255
259
25@
261
252

:gfimfix

2b3
264

265
266

251
265
269

27$
271
272
273
214
275
276
271
278
279

286
251

252
253
234
265
286
257
255
269
296

291
292

293
294
295
296
297
298
299
BDG

3D1
3W2
333
304
305

MAINDEC-DBHDIVTC*A

341@

8426
D421
@422
@423
0624
@425

225
226
227
228
229
230
231

6415

1437
1422

103b
3352
4432
341@
1452
1@22
3552
143a

7@41
1@52
744@
5226
1@31
3@52
4432
341@
1@52
1122
3@52
1@52
144m
5242
3414
443@
4433
5425

ACCEPTANCE TEST

@455
@451
@44@
@461
@462
@453
@444
@465
@444
@451
$470
@411
@412
@413
@474
@415
D476
@471
0599
@541
@5@2
@5@3
@5@4
@5@5
@545
@541
@515
@511
@512
@513

@514
@515
6516
@511
@32@

@321
4522
@523
@324
@523
4525
@527
5534

@531
5532
@533
@534
@535
@534
@537
@54@
@541

13@@
4423
4421

TAD
DCA
TAD
TAD
TAD
DCA
JMS
TSTEA,
DCA
TAD
TAD
DOA
TAD
CIA
TAD
32A
JHP
TAD
DOA
JMB
TSTZB,
BOA
'TAD
TAD
DCA
TAD
32A
JMP
DCA
JMS
JM8
JMP

1
I

DISPLAY

VERTICAL

VERTICAL LINE

LINE

INTO

DATA

THE

ADDLIN

[COMPAREuDATA

BASE

[TO LAST
[DATA ITEM
[LOOP UNTIL DONE

TSTEA
MAXVRT
EASE
SHUFF

VT-SS

FORMAT

DATA

[LOAD STARTING DATA VALUE TO REMOVE THE LINE
INTO VT55 FORMAT

[SHUFFEL THE DATA

AID
EASE
M1
BASE

[UPDATE THE DATA

TSTBB
AID
PRNT

[LOAD TERMINATOR
[DISPLAY
[DELAY

DELAY
LDDPT

PALifl

ET'DEC-Tb

VIAZA

9325

[CLEAR SCREEN
[PRINT HEADING

IBUFFl-I

1457 1131 POINTER

[LOAD '41" ENTER coo:
11040 54151: @

[LOAD 144515

t‘CLEAR GRAPH.LI~es,cunaons

[LOAD TERMINATOR
[EXECUTE

(EDD

HS-CH

DCA

CDUFFI'I
A15

14:1 1131 POINTER

555:
A15
Lnasza

21049

I@1- ENTER can:

/L@4u 544515 a

54151:

GRAPH @

AID
LNDLSC
A15

.[LDAD NDP

3435
SHUFF

[GET 8A3! LINE
[DHUFFLE INTO VTSS FORMAT

Aaa
LNLDaa
A1fl
1373c
BASE
HAXVRT

[LOAD HOP

11735,

A18
TBTID
TSTSB
A10
PRNT

LOAD GRAPH

[LOAD THE STARTING DATA VALUE
[LOAD COUNTER

[DHUFFLE INTO VTSB FORMAT
[SAVE THE L85 MOB BYTE
[OTDRE IT IN BUFFER
[INCREMENT COUNTER

[LOAD TERMINATOR
[EXECUTE IT

TBTIC
TSTSC
TSTBD

32A.DLA
5:. 3 1|

5425

@@@@
@@@@

TSTSD
SHUFP
TEMP
TEMP

13135,
15730,

HD-l

TSTSA
DELAY
LDOPT

STARTING COORDINATE

7@41
3341
4432
3135
1135
341@
2341
5322
3415
4434
134@
1@1@
334@
134@
164@
5275
4433

PAGE 2

HORIZONTAL LINE

75135

DCA H
TAD

341@
134@
3@52
1431

AND

1.4

[LOOP UNTIL DONE

TAD
DCA
TAD
DCA I
TAD
DCA I
TAD
DCA

TSTSA,

NDF

PAGE

BASE

1317
3@1@
1111
341a
1124

JMS
TAD
DCA
TAD
DCA
TAD
DCA
TAD
DOA
TAD
DCA
DCA
JMS
DOA
TAD

:NABLE

[LOAD

[UPDATE

HEAD3

DCA

[LOAD

[SHUPFEL

I
I

MAINDEC-DS-DIVTD'A

1121

9:25

avenue-76

[LOAD THE
[STARTING
[DATA VALUE

[GRAPH D DISPLAY A STEPPING
CLA CLL
TSTBI
JMS I
CLEAN
JMS I
MSG

341a

V1424

3753

341@
341@
4434
1375
334a
1311
3@1@
1111
341a
1115
341a
1115
341a
3@52
4432
341a
1114

VALID

A1D
LDVBIT

[CHANGE DATA VALUE

[VT55

306
397

ACCEPTANCE TEST
0576
D577

@266
4577
DEED

DADA
D601
DbDE
@605
@624
6665
0606
56D?
Db1O

T396
4423

MAINDECuOO-DIVTCwA

311
312
313
314
315
316
317

1377

DISPLAY A STEPPING
CLA CLL
JMS I
CLEAN
MSG
JHS I
HEADA
TAD
(BUFF1G1

391D

DOA

1117
3418

TAD
DCA
TAD
DCA
TAD
DCA
DCA
JMS
TAD
DCA
TAD

T874»

4427
“DOA

113%
3410
1181
341D
341D
443%
1376
3262

1377

7374A,

@662

HORIZONTAL LINh

[CLEAR SCREEN

[PRINT HEADING
[GET

.Lflj

L187 POINTER

[LOAD ENABLE

CLEAR GRAPH;

LINES,

CURSORS

[LOAD TERMINATOR
[EXECUTE IT

[LOAD DTARTING BABE LINE
[GET LIST POINTER

TSTAC

(BUFF1’1
A1O
ESDE
A1D
LOSE!
A1O

DCA
JMS

AND
¢

‘

STARTING COORDINATE

[LOAD NDP

AID
BASE
SHUFF

[GET BAEE LINE
[SHUFFLE INTO VTSS FORMAT
*

ENABLE D

GRAPH

LNDLBC

[LOAD NDP

DCA
TAD
DCA
TAD

CODE

ENTER

[LOAD ”O1“

[LOAD DIfiPLAY ENABLE

DEA
TAD

GRAPH

LOAD

BABE
MAXVRT

[LOAD BTARTIND DATA VALUE

TSTAD
SHUFF

[LOAD COUNTER
[8HUFFLE INTO VTss FORMAT
[BAVE THE LOO HSB BYTE

CIA

7DA1
3263
4432
3135

@653

PAGE

9:26

[LOAD "O1" ENTER CODE AND ENABLE

DCA
TAD
DCA
TAD
DCA

1037

1135

DCA
TAD

3D1D
1117
3616
1105
301D
1116
361D
3652
4432
3416
1106
341D
1252
BOSE

3416
2263
5844
341D
4438
1262
7D1D
3232
1262
154a
5220
0433
BABE
0990

27-DEC976

V1fl2A

PAGE

[GRAPH

368
309
310

PALlfl

TSTAB,

TSTAC;

DCA
JNS
DCA
TAD
DCA
I82
JMP
DCA
JMS
TAD
RAR
DCA
TAD
52A
JNP
JMS
JNP
D

TEMP

TEMP
,

A1D
[DONE FULL GRAPH?
[NO w REPEAT
[YES
LOAD TERMINATOR
[EXECUTE IT

TSTAD
TSTAB
MI
PRNT
TSTQC

TSTAC
TSTQC

CLA
TSTQA
DELAY
LOOPT

#3
[V755
366

ACCEPTANCE TEST
0663

DEED

9664
D665
0666
D667
9676
@671
6673
@673
@670
6675
D676

TBOO
“423
0427
4635
1377
3619
1117
3Q1O
112%
3410
1121
3413
3410
4435

361
362
363
364
365
365

367
3b8
369

37B

371
372
373

@677

37A

@766

375
376

ETD:
@782

377

DTD3
ATE“
DTOS
DTDB
DTDT
@71fl
5711
@712
9713
6776
D777

378
379
390

351
352
363

354
365
356
357

1ODO
1&O1
1002
1993

MAINDECGDB~DIVTCWA

JMS
JMS

I
HEAD S
TAD
DCA
TAD
DCA
TAD
DCA
'

6431
OBOE

V1AEA

ETwDEC'76

9123

PAGE

3°1

CLEAN

[CLEAR SCREEN

MSG

[PRINT HEADIND

(BUFF1°1
A10
ESCE
A1O
LDEBS
A1O
LDEiSA
A1O
A10
PRNT
UPDONN

[GET

STARTING

ADDRESS

BUFFER

[LOAD ESCAPE CODE
[LOAD ENABLE O

[LOAD DISABLE DISPLAY

[EKECUTET DISPLAY
[LOAD DATA PATTERN

WOOD

643D
4431
0612
4354
4630
4433
5425
0205
4577
1DOQ

PAGE

[GRAPH

D DISPLAY

73DO

TSTO:

CLA CLL
JMS
JMS

I
I

HEAD 6
TAD
DEA
TAD
DCA
TAD
DCA H
TAD
DCA

1364
1DD§
1956
1D97
181%

1311
1012
1313
191“
1015
1D15

“HM

1D17
1220
1821
1D32
1D33
1624
1D25

1026
1227

PALlfl

A
73740,
[GRAPH D AND 1
CLA CLL
T875;

TSTOC,

TAD

PRNT
UPDOWN

[EXECUTE 1T
[LOAD DATA PATTERN

PRNT
DELAY
LODPT

[EXECUTE IT

STEPPINO HISTOGRAM LINE

CLEAN

[CLEAR SCREEN

H85

[PRINT HEADINE

CBUPF1¢1
A1!
ESCE

[GET STARTING ADDRESS OF BUFFER

[LOAD

ENABLE a

[LOAD ENABLE

CLEAR GRAPH.

LTNEs

cuneuas

[LOAD TERMINATOR
[EXECUTE IT
[LOAD DTARTING BASE LINE
[GET STARTING ADDRESS OF BUFFER

[LOAD “Di“ ENTER CODE
[LOAD ENABLE Dg
[LOAD NO?
3313

)

[LOAD "O1" ENTER CODE

GRAPH

NISTOORAM D

CTARTINB COORDINATE

;)

[VT55

414
A15
416
617
“18
419
new

1630
1031
1932
1033
1031
1035

021

1937

1D36
104m

422
423
424

425
426
421

430

431
432
433
454
435
436
437
438

439
nag
441
AAB
443
444
445
446
447
448
449
455

3262

a5:

1073

452
453
«Sn

1074
1975
1576
1577
11DO

457
A58
459

1191
11D2
1103
1104
1195
1166
11D7
1118
1111
1112
1113
1110

aha

491
462
463
464
4b5
gas
061
468

[VT55

469
476

471
472
473
474

475
476
477
475
479

050

an;
462
053
054
465
466
151
455
459

A96

A91
492
493
494
495
496
497
498
499
BED

5D1
502
503
5D4
5D5
SDb
557'

595
BD9
510

511
512
513
514
515
516
517
515
519
529

521
522

1131
1132
1133
1134
1135
1136
1137
1145
11“1
1102
1103
110“
11A5
1146
1157
1176
1177

DCA
JMS
'DEA
TAD
DCA

TSTbF;

5244
3412

443a
1263
7510
3263
1263
7645

I
I

I
TAD
DCA
TAD
CIA
DCA
JMS I
DOA
TAD
DOA I
181
JMP
DOA I
JMS I

4433
{- 2 1!

SAES

ODDD
DDDD

7327
aaa:
aaa7
4377
1377

7309
4425
4427
3127
1377

swig
1117

saza
1127
sate
1121
341a
341a
aasm
4431
1272

LOAD

[LOAD

NOP

AND

[LOAD

THE

STARTING

4351
aasa
4433

3-2

GRAPH

DATA

TSTGE
SHUFF
TEMP
TEMP

[LOAD COUNTER
[SHUVFLE INTU

A13
TSTéE
TSTbF
A15
PRNT
TSTGD

[SAVE THE LSD H88 BYTE
[DONE FULL GRAPH?
[NO - REPEAT
[YES a LOAD TERMINATOR
[EXECUTE IT

T8760
TSTbD

[CHANGE

DATA

V755

VALUE

FORMAT

VALUE

JMS I
JNS I
HEAD7
TAD
DOA
TAD
DOA I
TAD
DCA H
TAD
DCA
DCA
JMS
TAD
DOA
TAD
DOA
TAD
DCA I
TAO
DCA I
TAD
DOA I
DCA

7877A,

STEPPING

[CLEAR SCREEN
[PRINT HEADING

HSG

[GET

CBUFFI'l
A15
ESCE
A18
LDEDS
A1D
LDE154
A1D
A1D
PRNT
(2GB
TSTTC

STARTING ADDRESS or FIRST BUFFER

ENTER‘EDDE

[LOAD

"a1"

[LOAD

ENABLE

[LOAD

ENABLE

CLEAR

GRAPH;

LINES

cunsons

[LOAD TERMINATOR
[EXECUTE

[LOAD STARTING BASE LINE
[GET STARTING ADDRESS OF BUFFER

(BUFF1'1

[LOAD

"D!"

[LOAD NOP

CODE

ENTER

DISPLAY ENABLE

[LOAD ENABLE D,

GRAPH

STARTING COORDINATE

[GET BASE LINE

HAINDECuDB-DIVTC-A

78778,

HISTOGRAH LINE

CLEAN

PALiD

JHS I
SHUFF
DCA I
TAD
DCA I
TAD
DOA
BADE
TAD
HAXVRT
CIA
DCA
TSTTD
JHO I
SHUFF
DOA
TEMP
TAD
TEMP
DOA I
A19
132
75770
JMP
78775
DCA
AID
JMS
PRNT
TAD
TSTTC
RAR
DOA
TSTTC
TAD
78770
32A CLA
JMP
TSTTA
JMS
DELAY
JHP
LDOPT
D
D

H“

V162A

27-DEOU76

9326

PAGE 3-3

[SHUFFLE INTO V755 FORMAT

[LOAD NOP

[LOAD THE

STARTING DATA

LOAD GRAPH

VALUE

[LOAD COUNTER
[SHUFFLE INTO V755 FORMAT

[SAVE THE LED M88 DYTE
[DONE FULL GRAPH?
[NO ' REPEAT
[YES a LOAD TERMINATOR
[EXECUTE IT

[CHANGE DATA VALUE

“H

T8779!
TSTTD.
PAGE

[HISTOGRAM ON GRAPH D AND 1
OLA CLL
7371D.
JMS I
CLEAN
JMS I
HEAD1D
TAD
DOA
TAD
DOA
TAD
DOA
TAD
DOA
DOA
JMS

MSG

[CLEAR SCREEN
[PRINT HEADING

(DUFF1'1

[GET STARTING ADDRESS OF BUFFER

11a
I

I
I
I
I
I

EDGE
AID
LDEDB
A1O
LDEiSG
A13
A19

[LOAD "D1" ENTER CODE
[LOAD ENABLE D
[LOAD ENABLE

CLEAR

PRNT
UPDONN

[LOAD TERMINATOR
’[EXEDUTE IT
[LOAD DATA PATTERN

PRNT
UPDONN

[EXECUTE IT
[LOAD DATA PATTERN

PRNT
DELAY

[EXECUTE IT

name

4439
4431
3612

PAGE

TSTBO
DELAY
LOOPT

3306

4432
3A1D
1136
341D
1346
3052
1D37
TORI
3347
A432
3135
1155
3015
2347
533D
341D
A430
1346
7D1D
334b
13Ab
7640
SSDA
4633
5425
GOOD
DDDO
OEDD
“577
1205

9126

[GET BASE LINE
[SHUFFLE INTO V755 FORMAT

MAXVRT

[GRAPH 1 DISPLAY
CLA CLL
7577!

1121
541a
341a
4430
137a

TEST

27'DEC-76

V142A

79755,
75750,

3110
1117
341a
1129
3419

1377
301a
1117
sass
1163
3a19
1116
341a
3952

PAL1D

BASE
SHUFF

5220

ACCEPTANCE

1115
1116
1117
1126
1121
1122
1123
1124
1125
1126
1127
113a

MAINDECaDD~01VTOVA

A052
3416
1114
341a
1263
3852
1037
7Dfl1

4A32
3135
1135
3415
2262

1D66
1967
187A
1571
1072

SD52

1941

1064
1D65

455
455

TEST

1042
1033
1244
1905
1646
1047
1OSO
1551
1652
1653
1m54
1555
1056
1557
1eec
1@61
1262
tees

125
429

ACCEPTANCE

GRAPH: LINED

CURBORS

IVT55

523

1227

524
525
524

1234
1231
1232
1233
1234
1235
1335
1237
1244

527
524
524
534

531
533
533
534
535
53¢
537
535
539
544

1241

:24;
1243
1244
1245

1244
1247
1254
1251
1232
1253
1254
1255
1254
1257
1244
1241
1242
1243

541
542
543
544
545
544
547
54s
544

554
551
552
553
534
555
554
557
554
559
544
541
542
543
544
545

MAXNUECaQBnDIVTCvA

7344
4423
4427

4MP

5425

4154
1377
3414
1117
3414
1124
3414
3414

740
004

3414

004

4434

444 I
JMS I
10441

1121

4431
4242

3
I

2230'
445 I
JMS I
443

4444

4434
4434
4443
2444
4434
4434

9325

PAGE

25-“

LOOP?

10024045 0N GRAPH 4
614 CLL
75711.
445 I
0144N
445 I
HEADil
740
064
TAD
004 I
740
004 I

27WDEC=76

V1424

FALSE

ICLhAR SCREEN
IPRINT 4540144

434

14u771a1
414

1437 374RTIN0

ESCE

leAU

414
10245
414
104154

ENTER

"41"

1L044 ENAELE

ENABLE

11044

ADDRESS

407724

CODE

CLEAR

GRAPH.

LINES

0043023

414
414
FRNT
044044

11040 7244144704
15454072 17
11040 4474 PATTERN

PRNT

IEXECUTE IT

004504

440LIN
JHS
443

I
I

PRNT
005304

12144072 17
14N44Lb 0044045

1
~

443

4443
4444

4:715

4434
4433
5425

445
443

I
I

442

7447
05147
10047

15150075

1244
1245
1244

1247
1274
1271
1272
-1273
1274
1273
1274
1277
1344

544
547
544
544
574

1341
1342
1343
1344
1345
1344
1347
1314

571
572
573
574
575
574
577

17755

ACCEPTANCE TEST

7344
4423
4427
4145
1377
3414
1117
3414
1124
3414
1121
3414
3414
4434

10044044 0N 44474 1
GL4 CLL
74712.
144 I
GLE4N
443 I
454012
740

004
740
004
740
004
740
0:4
004
144
443

4431
4412
4354

I
I

I
I
I
I

101244 SCREEN
1441N7 454034

444

144771w1
414
4402
414
L0545~
414
404134
414
414
4447

1437

4004255

STARTING

407424

;

"41"

11040

ENTER

0005

LNABLE

11040 ENABLE

11040

01243 GRIRH.

UPDONN

11040 TERMINATOR
IEXECUTE 17
11040 0474 PATTERN

PRNT
004302

12x20074 IT
1544412 0045445

LINES

00R30Rs

104102
517443
444 I
445 I
1413
XADLIN

4434
4434
1413
2444

ACCEPTANCE 7557 a N4IN020-4440177044

V1424

P4114

27noec-74

5:24

7402

3.5

5
574
579
544
561

582
503
584
585
544
567
554
544
554
541
572
593
554
575
594
577
594
599

1311
1312
1313
1314
1315
1314
1317

4434
4434
1413
4444

443 I
143 I
1413

4434
4433
5425

445
443
JMP

1377

4577
1444
7344
4423
4427

3414

1424
1421
1422
1423
1424
1425
1424
1427
1434
1431
1432
1433
1434
1435
1434
1437

4242
4444
4434
1374

422
433
424
425
424
427
424
429
434

631

12450072

1447
1454
1451
1652

B14 0L4
445 I
445 I

1117
3414
1124

443
444

1444
1441
1442
1443
1444
1445
1444

75713.

740
004
740
0:4 1
740
044 I
T40
044 I
004 I
444 I
445 I
10441

4434
4431

421

PRN7
02L47
14077

4453

1377

1415
1414

414
414
424

I
1
I

H54013

1417

413
414415
414
417

41715

4241

1121
3414
3414

411
412

17437 474RTIN4 COORDINATE 0N 44444 4
1444
1441
1442
1443
1444
1445
1444
1447
1414
1411
1412
1413
1414

447
444
449
414

003404

15754072 17
1EN44L: 0045043

441
442
443
444

444

42N7

2240
444 I

3444
1437

3441
1377
3457
1457
1422
3457
1457
3244

747135.
757130.

1457

7454
5253
1441
3243
~4435
4242
4444
4444

4434
1441
1422
3441
5236

740
004
740
044
740
044
740
740
044
740 I
004
740 I
8N4 014
442

740
004
442

757134.
747134.

I
10441
ZERO
ZERO
445

740
740
004

JR?

cLEAN

141444 504424

444

[PRINT

(40771-1
414

1427

5403

1L040

414
L0545
414
L02154
414
414
2447

741"

ENTER

0002

11040 ENABLE 4
11040 ENABLE

01544 GRAPH.

LINES

CURSDR8

11040 74441N4744
[EXECUTE 17
11040 0474 447724N

UPDDWN

FRNT
144
4443
M4XVRT

HEADER

574RTIN4 4004255 07 007734

15154072 37
,

11440 41N2 COUNTER

4244
£4345N0

11040 374571N4 COORDINATE
1L040 SINE'PDENTER

4244
4244
41
4244
4544

1427

VALUE FROM TABLE.

SINE 0474

4040

737134
4544

74713:
4244
737135
575040

ISRANcH

IF N0 MORE 0474
=
,

11040 0474

1N70 307754

I
~
1

PRNT
4244
M;
4244
T811250

12454075 17
1

[REPEAT UNTIL FINISHED DATA BUFFER

-----

[V755

632
633
654

635
656
637
658
659
6A6
642
643
644
645

HAINDECwDB'DIVTC'A

1a53
1454
1455
1456

737136:

1457
146a
1461
1462
1463
1464
1465

TSDD
4423
aaav
0224

T371“,

1466
1467

6A6
6“7
6A8
649

650
651
652
653
650
655

ISZ
JMP
JNS

JMP

I
I

662
663
664
665
666
667
668

3a1a
4436

1a?5
1073
1417

4431
3412
«can
ausn
1315
3960
1037
3161
1377
3057
1157
1122
3257

1516
1511
1512
1513
1514
1515
1516

669
67D

1517
1526

671
672
673

1531
1522
1523
1saa
1525

674
675
676
677
678
679
656

1526
1527
153a
1531

651
662
653
680
655
656

1121

1473
1a1a

1565
1566
15a?

661

1317

3a1e

15D3
15aa

659
65%

1121
3811

PALIO

d7-DtC-76

V142A

9126

PAGE

3-6

REG}
TST132
DELAY
LDDPT

JH8

TST1AE:
78T14Dp

1457
1457
7155
5332
1961
3324
4435
1aa4
aaan
mean
443%
1ao1
1122

TST14A:
787146,

3a51
53n7

amen
53us

1576

7774

TST1AC'

4433
5425

ACCEPTANCE

TEST

[GET

IBUFF1'1

ADDRESS

STARTING

BUFFER
‘

[LOAD

"91"

ENTER cone

[LOAD ENABLE a
[LOAD ENABLE

CLEAR GRAPH,

LINES

cunsoas

[LOAD TERMINATOR
[EXECUTE IT
[LOAD DATA PATTERN

[EXECUTE

[LOAD

1690
1691
16D2
16D3

1312

75715,

1684
1625
1606
1607

7206
1377
SD61
1316
BDID

[GET

VALUE FROM TABLE;

[BRANCH IF
TSTIBB
STCDRD

5INE DATA WORD

MORE DATA

[LOAD DATA INTO BUFFER

[EXECUTE

PRNT
REED

RED“
TST1AD

[REPEAT UNTIL FINISHED DATA BUFFER

R553
I
I

TST18£
DELAY
LODPT

PALID

[V755 ADJUSTMENT PATTERN
CLA CLL
JHS I
CLEAN

[FILL

COUNTER

[LOAD DINE POINTER

I
DOA
TAD I
DNA OLA
JMP
TAD
DCA
JMS I
LDGlEA
ZERO
ZERO
JMD I
TAD
TAD
DCA
JHP

181
JMP
JHS

sINE

[LOAD STARTING COORDINATE

HAINDECoDBGDIVTCEA

PAGE

1610
1611
1612
1613
1614
1615
1616
1617
1622
1621
1622
1623
1624
1625
1626
1627
1635
1631

MSG

TAD
DOA
TAD
DBA
TAD
DCA
TAD
TAD
DCA
TAD

JHP

6577
1606

4423
4427
4246

[CLEAR SCREEN
[PRINT HEADING

CLEAN

LDG1DE
ZERD

3323

1532
1533
153a
1535

1577

CLA CLL
JMS I
JMS I
HEAD14
TAD
DCA
TAD
DCA I
TAD
DOA I
TAD
DOA I
DOA I
JMS I
JMS I

391a
1117
341a

147!
1071
141a

1552
15D1
1582

656
557
656

637

2068
5226
A433
5025

[TEST STARTING COORDINATE ON GRAPH 1

601

[V755

ACCEPTANCE TEST

MSG
JHS I
HEAD15
SCREEN HIHT H CHARACTER

V142A

270059-76

9129

PAGE 3'7

[CLEAR SCREEN
[PRINT READING

CLA
TAD
DOA
TAD

(-14
REG“

DCA

A1D
EDGE
ALE

IBUFP1°1

TAD

DOA
TAD

DOA H
TAD
DCA H
TAD
DOA

DOA

7871559

JMB
JMS

JMS
TAD
TST15A:

163a
1633
163“
1635

HHH

DOA
TAD
JHS H
ISZ
JMP
I81
JMP
JMP

LDEOB
A15
LDE15A
A19
ESCF
A10
A13
PRNT
CRLF
CRLF
[.128
REDS
(318
PRINT
REES

TSTISA
REG“
TST1SB
TST15E

[GET STARTING ADDRESS OF BUFFER
[LDAD “DI” ENTER CODE
[LOAD ENABLE D
[LOAD ENABLE
[LOAD

'62"

CLEAR GRAPH, LINED

CURDDRD

EXIT CODE

[LOAD TERMINATOR
[EXECUTE IT

[LOAD COUNTER
[LOAD A8C11 "H"
[PRINT IT
[FINISHED LINE?
[ND ' REPEAT

1773
1774

1775
1776
1777
PAGE
[NON

INSTALL THE HDRIZDNTAL LINES

EBDO

787152. OLA

2251
EDD2
29D!
EDD“
EODS

TAD
DCA
TAD
DCA
TAD

EDDS

DCA

2607
2016

TAD

2611
2012
2D13

EBUFF1'1

A10
2352
AIM
LDEDS

[GET
[LOAD

DTARTIND

ADDRESS OF BUFFER

"OI" ENTER CODE

[LOAD ENABLE I

[LOAD ENABLE

DCA
TAD

[LOAD

“DI”

ENTER

[LOAD ENABLE

CLEAR

GRAPH,LINED,CURDDR8

CODE

DISPLAY ENABLE

[VT55

TEST

ACCEPTANCE

74D

2014

SAID

74:
7“2
743
74“
705
706
747
745
749

2615
2016
2617
EDBD
2021
2D22
2923
202“
2925
2326
2527

11D1
3419
1162
SAID
IDSb
1376
3&52
4432
3415
1D52
1375
3D52
1D36
1374
7041

MAINDECGDBWDIVTCfiA

T8T15Cn

1052

2171
2172
2173

[VT55
795
195
797

795
799
EDD

801
592
893

EDA
805

ODE
807
808

”

EEOD
2201
2252
2203

T3T15Dv

TAD
DEA
TAD
OCA
TAD
DCA
JMD
DCA
TAD
TAD
DCA
TAD
TAD
CIA

[LOAD LNABLE
[LOAD NOP

(2
BASE
SHUFF
AID
BASE
C20
BASE

I
I

9128

HORIZONTAL

PAGE

3-5

VERTICAL

LINES

HORIZONTAL LINES

[LOAD UAEE LINE VALUE
[SHUFFLE THE DATA INTO VTES FORMAT

[UPDATE BASELINE VALUE

ADDLIN
(EDD
BADE
[TEST FDR GREATER
[BRANCH IF OK,
[LOAD TERMINATOR
[EXECUTE IT

OLA
T8T15D
A39
PRNT

Z
I

I
I

VERTICAL LINES
(BUFFI‘I
A19
ESCE
AID
LHVBIT
AID
ADDLIN
BASE
SHUFF
AID
BASE
[15
BASE

STARTING

[GET

[LOAD

THAN

ADDRESS

VALID

BUFFER

”DZ“ ENTER CODE

[LOAD VERTICAL LINE
[LOAD DTARTING LINE
[SHUFFLE

INTO

VT55 FORMAT

[UPDATE DATA

ADOLIN
C1DDD

TAD
BASE
DPA
CLA
JMP
T3T1SD
TAD
ADDLIN
TAD
(777
DCA
BASE
JMS I
SHUFF
DCA I
AID
DOA I
AID
JNS I
PRNT
JNS I
DELAY
JMP I
LOOPT

341m

ETUDEC'TD

V14EA

ADDLIN

DCA

4439
4433
5625

[TEST FOR LADT DATA LINE
[NDT.FINISHED: REPEAT

[LOAD LADT DATA LINE
[SHUFFLE INTO VT55 FORMAT
[LOAD TERMINATOR
[EXECUTE IT

@777
TODD
DDIS

ACCEPTANCE

217a
2175
2176
2177

[NOW LOAD THE
TAD

BAID

2679
2071
2372
2673
EDTA

SPA
DCA
JMS

PAL10

A19
LDESiD
AID
LNDLHV
AID

JNP

1113
341a
1636
3552
4432
3410
1052
1373
Base
1635
1372
7501
1952
7719
5251
1636
1371
BBSE
4432
341D

DCA
TAD
TAD
CIA
TAD

TTID
5224
3419
4430

1377
3min
1117

DCA
TAD
DCA
TAD
DCA
TAD
TAD
DCA
JMS
DOA
TAD
TAD

TEST

MAINDECuEG-DIVTcuA

PALSD

BTMDECBTE

VIQEA

9325

PAGE

@346
DOE“
DOOE

“STT
22mm

PAGE

4423
1141

TLAST.

TDAI
1137

7658
5212
1161
137?
3161
5776‘
114%

3141
4427

4346
BUSH
IOSA
6696
447%
7654
0375

7649
TADE
5776'

TOUT»

[END OF
JMS I
TAD
CIA
TAD
SNA CLA
JMP
TAD
TAD
DCA
JMP
TAD
DCA
JNS I
EDPASS
131
TAD
JMS I
JMS I
LAD
AND
81A OLA

Pass

ROUTINE

CLEAN

[CLEAR SCREEN

VTNDN

[GET

LAST

[IS

TDUT

[TEDvfiEPEAT TEST
[NO
[INCREMENT TD
[NEXT IDT
[REPEAT TEST
[GET FIRST RECIEVER IOT
[FLAG EIT IN CURRENT IOT LOCATION
[PRINT END OF PASD MEDSAGE

VTNON
(DIDD

VTNDH
STARTE
FIRST
VTNON
MSG
PASS

JMP

IDTLST: VKBF

SASS
3654
3456

VTLD

IOT

ELASTT

MESS
CRLF

[INCHEHNENT PASS COUNT NUMBER
[GET PASS NUMBER
[PRINT IT
[PRINT CR4 LF

(GOD

[HALT ON COMPLETION

PASS

HLT

346D
saba
3224
DDDD

CURRENT
IR

PROGRAM PADS?

[YES
STARTB

[NOwREPEAT

TEST

VKRB

XKETA
D

VTDF
VTCF

DDBD

DDDD
7390
1052
3053
1953
D374
1373
BOSS
TODD

[DHUFFLE DATA INTO VTaSS DATA BYTE ROEHAT
XSHUFFa D
CLA CLL
TAD
BASE
[LOAD VALUE TO BE BHUFFLED
DDA
DASEI
TAD
DASEI
AND
[MARK OUT VALID BITS
(37
TAD
{DD
DCA
BASEI
[LON EXONIFIDANT BITS
NOP

3H9

IVTSS

640
850

851
,052
853
054

655

356
857
856
859
660

851
562
553
064
805
866

867
068
009
670

871
572
873
874
B75

B76
877
878

ACCEPTANCE
2250
2251
2252

8253
2254
2255
2206
2257

2265
2266
2207
2270
2271
2272

2273
2274

2370
2371
2372
2373
2374
2375
2376
2377

2423
2424
2425
2426

909
910
911
912
913
914
015
916

917
918
919
920

0372

2437
ease
2431
a432
2433
2434
2435
2434
2437
2444
2441

2442
2443
2444
2445
2446
2447
2454

TAD

0000
1600

3272
2200
1600

3273
2200

1377
3010
1117
3410
1272
0376
1111
S410
1375
3271
1116

OUT

XSHUFAy

TEST

7006
7006
7006
0374
3410
1273

3052
4432
3410
1273
7700
5255
1052
1022
0373
3052

C4000

TAD
JMP

HIGH

LDN

BYTES

[CHECK ADD DR DELETE BIT

XSHUFA
TEMPE
(2000
TEMPE
TEMPE
XSHUFF

DDA
TAD
DDA
TAD
AND
TAD
004
TAD
DCA
TAD
061
DEA
J03
DCA
TAD

1271

7144
you:
3742
4577
2600

ADDRESS OF BEGINNING OF LIST

[GET

STARTING COORDINATE

410
ESDE
410
SAVl
(3700
L050
410

(1
54V0

LNULDD
I

410
BASE

$HUFF
A10
SAV1

NAINDEB-05-DIVTD'A

PAL10

V142A

27-ch-76

(1100
A10

sAva
BASE
SHUFF
A10

UPC,
UPS,

save

UPA
BASE
N1
(377
BABE

BASE
DNA

UPA,

UPD,

7700
5234
3410'
seam
mama
mama
mama
@371

[GET

SAVO'
SAV10
SAV2I

CLA

JMP
UPD
JHP
UPB
ISZ
BASE
TAD
EAEE
CIA
TAD
MAXHDZ
51A CLA
JMP
UPS
TAD
SAVO
TAD
Ml
DCA
5AVO
TAD
3AVO
SMA
CL]
JHP
UPC
DCA I
A10
JMP I
XUPDDN
0
0
0

PAGE

946

948
949

95a

95:
"

952
953
954
955
95%

2600
2601
2602
2603
2004
2605
2606
2607
2610

TOGETHER

[PUT

TEMP2
BASE
(2000

0L4

1052

1022

3-10

M80

BASE1

IUPuDDWN DUBRDQTINE
XUPDDN, 0
TAD I
XUPDDN
DEA
SAV1
ISZ
XUPDON
TAD I
XUPDDN
DEA
SAVE
I02
XUPDDN
TAD
CBUFF1-1

7650

3271
1371

947

PAGE

3052
4432
3410
1272

931

9120

lfiDTATE LEFT

CLL

DEA

3410

932

.2577

[MASK

27UDEC~76

0207
0100
2400

7640
5236

941

V142A

2000
4000
0740
0040
0037
0400

926
929

942
943
944
E45

BADE
1740

JMP

1130

5261
5236
2052
1052
7041
1040

933
934
935
936
037
938
939
045

04L

1370
3130
1130
5637

923
924
925
926
927

930

FAL10

N02
NDP

1053
3130
1052
0370
7650
5273

ACCEPTANCE

931
922

4»

7000
7000
7000
1052

TAD
TAD
DOA
TAD
AND
SNA

2262
2263
2254

2421
2422

908

N0?
N0?
N0?
TAD
AND

2261' 1371

2260

2416
2417
2420

MAINDECW05~DIVTCWA

N00

2414
2415

903
904
905
906
907

7000
7000
7000
7104

2400
2401
2402
2403
2404
2405
2406
2407
2410
2411
2412
2413

IVTS5

TEST

0000
7300
1600
3265
2200
1600
3206
2200
1377

[CURSOR SUBRDUTI NE
XEURSR: 0
CLA CLL
TAD I
DCA
I82
TAD I
DCA
152
VA

Ill

:ggRBR
XCURSR
XCURBR
CR2

XDURDR
CSUFF1=1

IGET

ARGUMENT HDRD

9120

PAGE

3-11

IVTSS

ACCEPTANCE TEST

957
956
959

2611
2612

96%

2614
2615
2616
2617
2629
2621
2623
2623
2624
2625
2626
2627
263%
2631
2632
2653
2634
2635
2636
2637
2649
2641

2613

961
962

963
954
965
966

967
968
909

976
971
972
973
974
975

976
977
976
979
956
981

2642

962
953
954

2643
26A4
2645

955

2646
2607
265%
2651
2652
2653
2654
2655
2656
2657
2665
2661
2662
26E3
2b64
2665

986
98?
988
969

996

2666

1D11
1612
1&13
1614
1615
1916
1917
1D15
1w19
luau

1n21
1032
1623
1a24
1DES
Twas
1927
1D28
1029
1m36
1351
1032
1D33
163a

1w35
1056
1637

NAINUECUDBuDIVTCOA

3D1D
1117
3416
1265

DCA

@376

AND
TAD

DDA
TAD

1D?“
3019
1116
3010
3D52
4432
3A1D
1265
7986
TDDO

DDA
TAD
DDA
DCA
JMS
DcA
TAD
RTL
RTL
RTL
AND

TDDS

D375
3619
1266
3D52

4432
361D
1266
774%
5250
1652
1D22
3D52
1WD?
0374
SEER
1352
7659
5263
5235
2552
1636

can,

CRA,

1637
7D41
1652

7669
5235
3410
5663
DEED
DDDD

CR3,
CR1;
CR2;

PALID

VIQEA

27-DECw76

9323

PAGE

3-13

TTTDD

I
1

SHUFF
AID
CR2

SZA GLA
an
DAsE

n1
BASE
DADE

1777
aAse

DADE
CLA
ERB
ER:

DADE

ADDLIN
MAXVRT
DADE

DLA
I
I

cnc
Alfi
XCURSR

D
9

PAGE

3066

BDDD
TbDa

[PROGRAM DELAY ROUTINE
XDELAY: D
LAS

7788

ACCEPTANCE

TEST

NAINDECcDGBDLVTC°A

9317
764%
521A
1376
3126
3137
2127
5210

AND
32A
JMP
TAD

3012
3D13
SD14

axes
521D

ISZ

SD15

#606

3D22
3623
3D2a
3&25
3026
SDET
3636
3631

3‘12

A10
CR2
BASE

4577
BEBE

3021

PAGE

CR1

3709

SD16
SD11
3&20

9828

SHUFF
A10

I
:

D777

3019
3511

27-DEC-76

ATD
CR1
[STDD
LDADAT
Ate
LNDLSC
A19
BASE

2776
2777

EDD?
3DD3
36D“
SDES
3006
EDDY

V1QZA

ESCE

DCA 1
TAD
DCA
JMS
BSA
TAD
DNA
JHP
TAD
TAD
DCA
TAD
AND
DDA
TAD
sNA
JMF
an?
Isz
TAD
TAD
BIA
TAD
32A
JMP
DCA
JMP

PALAD

A1D

TAD

2774
2775

3DD1

IVT55

569E

XDELA

IYESHSKIP OVER DELAY

(«GED
TEMPE
TEMP1
TEMP1
eW1
TEMPD

DEA
ISZ
JMP
JMP
JMP

IINHIBIT

903
XDELAY

[ROUTINE TD CLhAR SCREEN
ACLEAN: i
:L A ELL
TAD
EBUF$1°1
DCA
Agm
TAD
EscuDCA
TAD
DCA
TAD

DCA

1
1
I
I

DDA
JMS
JMD

A10
Esau

1mfl1
10fla
1D“!
1044
1845
1aae

1917
1afla
1m49

105m
1651
1952
1653
1&54
1655
1651
1057
1D58
1e59
1662
1Db1
1962

3032
3033
3&34
3935
3036
SEE?
304D
3Dfl1
3602
3D43
3944
3645
3046
3647

385%
3951
3652
3D53
3054
3655
3D56
BEST
396%

3861

[RETURN

IDET

DTARTING

[GET

OUT

ADDRESS OF BUFFER

GRAPHIC

MODE

IHDME CURSOR
IDLEAR

A1@
A13
PRNT
XCLEAN

ILDAD TERMINATOR
[EXECUTE
IRENURN

DLA CLL
XSTCRD
3T1
XDTCRD
XDTCRD
STE
XSTBRD
XSTDRD
STD
XaTCRD

CBUFF1°1
A15

EDGE
ASD
3T1

RTL
RTL
AND
TAD
DDA

CYTBD
L055
AID

TAD
DDA

LNDLSC
A19

1863

1D64
1635

IDELAY

A10

[STARTING COORDINATE DUDRDUTINE
XSTCRDA D
TAD I
DEA
132
TAD I
DOA
182
TAD I
DDA
282
TAD
DEA
TAD
DEA 1
TAD
RTL

IDELAV

ESCJ

1035
1D39
1waa

DELAY?

CLA

DCA

XDELA,

(45

SCREEN

ADCII

IVT55

ACCEPTANCE TEST
3062
3063
3064
3065

1066
1067
1065

1069

3066
3067
3070
3071
3072
3073

MAINUECv0e-DIVTC'A
TAD
DDA
JHS

1277
3050
4432
3410
1300
0374
3410

DCA
TAD
AND
DCA
TAD
DCA
JMS
DCA
DCA

1301
3052
4432

3074
3075
3076
3077
3100
3101

3410
3410
5632
0000
0000
0000

3102
3103
3104
3105
3106
3107
3110
3111
3112
3113
3114
3115
3116
3117
3120
3121
3122
3123
3124
3125
3126
3127

0000
7300
1375
3010
1410
7450
S702
3056
1056

3130
3131
3132
3133
3134
3135

0000
3126
1126
1372
7700
5346
1126

JNP

870,
sTI,
5T2,

27'DEC-76

V142A

PALID

9:25

PACE

3-14

qsaa

PACE

3-15

8T0
EASE
SHUFF
A10
8T1
(7700

I
I

A10
5T2

BASE

SHUFF
A10
A10

I
I
I
1

xsTCRD

0
a
0

/DI3PLAT suaRDUTINE

3136
3137

3140
3141
3142
3143
3144
3145

IVTSS

1121
1132
1133
1124
1135
1136
1127
1128
1139
1130
1131
1132
1153

XPRNT,

CLA CLL

XPRNTA.

7012

xPRNTG.

2063
5346
3063
1370

ACCEPYANCE

TEST

3146
3147
3150

1126
4467
5730

3170
3171
3172
3173
3116
3175
3176
3117

0100
1745
7760
0077

TAD
AND
DCA
TAD
AND
RTR
RTR
RTR
DCA
TAD
JHS
TAD

IROUTINE TD
5
XXPTI
DCA
TAD
TAD
SMA
JMP
TAD

IDDPFI-I
A10

A10

XPRNT
R051
REE1

I11
TEMPE
REC:
ITTDD

JHS I
JNP~

5306

1371
7640
5344

TAD
DCA
TAD
sNA
JMP

DcA

0373
3130
1056
0374
7012
7012
3127
1130
4534
1127
4534

IBAVE IT
IGET UPPER BYTE

IRDTATE

IT OVER

V142A

27-Dec-76

TEMP1
TEMPE
XPT
TEMPl
XPT
XPRNTA

CHARACTER

TEMPO.
TEMPO
(-40

CLA

XPRNTF
TEHPD
TAD
{-33
52A CLA
JMP
XPRNTD
ANEsc
Isz
JMP
XPRNTF
ANEsc
XPRNTD, DCA
TAD
1100

MAINDEC-BB-DIVTC‘A

XPRNTF,

TAD
Jns
JNP

I
I

PALID

TEMPO
PRINT

XXPT

7700
4577
7400
0040
3200

PAGE

aaaa

XKEY.

[ROUTINE FDR OPERATOR INTERVENTION
1604
0377

7630

5255

3123
1131
0316
1:15
7650

JHS I
LAa
AND
SNA CLA
JNP
DCA
TAD

1131

AND
TAD

0376
1314
760a
5260
5259

IND-ERROR
IDLEAR LOOP CDUNTER
ICET CHARACTER

INTERVENTION?

XRERRE

NEADDI

6031’

KDF
JHP
4M5 I
TAD
AND

FsLASH.

XKEVA.

I
I

TAD

3133

XRERR
LDDP
TEMP:

118

“I"?

IVES
ICET CHARACTER

(.1347

JNP~

3532

5260

NETBDDARD

(1774

JMP
ans
JMS

7710

IDPERATDR

1:3

BACNCLASNT

azA CLA

4427

5224
4424

IREAD

IIDD

AND
1177
TAD
(-57
SNA cLA
JMP
FCLAsN
TAD.
TEMP!

522:

4423

INFT

DsLAsH
CLEAN
H30
A

‘.-1_
INPT
TEMP:
(111
(0101

SPA
JMP

CLA

TAD

TEMPS
(:71
(=11!
szA CLA

AND
TAD
8HA
JMP
TAD
AND
TAD
DCA
TAD
DCA

XKERRa

XKERRE

TEMP3
:17
(T8TLST-1
I

IND-NRDN RECPDNCE
ICD To LDDP=DN TEST
IDLEAR SCREEN
IPRINT QUESTION
ICTART AT NHICN TEBT?

TEMPT
TENPT

TENPTa

IREAD ANDRER
ICET CHARACTER
[MASK DUT BITS
115 IT 1 AT

IINVALID RESPONSE
[GET CHARACTER
[MASKOUT BITS
113 IT F MD
_

IINVALID RESPONSE
IGET CHARACTER
IMASK CUT BITS
ICET BEGINNING ADDRESS
ISAVE IT

OF LIST

/v755

1175
1175
1177
1178
1179
1122
1151
1152
1183
1144
1145
1154
1157
1152
1189
1192
1191
1192
1193
1194
1195
1194
1197
1192
1194
1222

12U1
1222
1223
1224
1225
1224
1227
1223
1229
1212
1211
1212
1213
1214
1213
1216
1217
121a
1219
1222

12a1
1222
1223
1224
1225
1226
1227
1222
1229

7v755

1235

1251
1232
1233
1234
1235
1236
1237
1238

ACCEPTANCE

7257

3247

5533

3252
3251
3252
3253
3254
3255
3253
3257
3242
3261
3262

4423

4471
5533
4471

3244
3265
3266
3247
5272
3271

3212
3273
3274
3275
3272
3277
3322
3341
3322
3323
3324
3345
3322
3327

2222
e232

7224
2377
1242
5322
7424
2327
7652
5324
1123
7652

2132

3321

1254

3322
3323
3324
3325

1422
1437
1522
2222

ACCEPTANCE TEST

3373
3374
3375
3376
3377

3411
3412
3413
3414
3415
3413
3417
3422

3421
3422
3423
~3424
3425
3424
3427
3432

1245

3431

1244
1247
1242
1244
1274

3432
3433
3434
3435

1241
1293
1283

9126

2422

3~14

ISO 70
ICLEAR
IINCHEMENT LOOP CONTROL
IPRINT QUESTION
[LOOP UN WHICH 72577
7237
SCREEN

x2274
ERR

TEMPTZ
ERR

[RESTAKT 7227

43274

IGET

2/)

3434
3437
3442

3441
3442
3443
3444
3443
3444
3447
3452
3451

2
KRB

CHARACTER

IREAD BUFFER
TEMPS
I
I

AND

XLOOPA.
XLOOPB,

I8AVE IT
1227 CHARACTER
IECHU 17 BACK

72223
PRINT
XINPT

824
JMP
L45
AND
3N4
JMP
TAO
SNA
:82
TAD
2:1
JMP

1122

102224722

XLOOPA

IVESuCu

(1222

ILOOP

INTERVENTION?

CLA

TO N247

7227

72272

CLA

propa
LOOP

ILODP 0N 72277

T2227
72227
722272
722272

INOwGET

CLA
I
I

N247

T227 4223233

I22 TO APPROPRIATE TEST

737L377 78T1
7572
7573

.52»
T
.

7374
7575
7374
7377
73712
73711
78712
75713

1222
1232

72714
75715
7LAsT

MAINOECumauDIVTCu4

PAL12

V1424

aT°DEC°76

9722

PAGE

3:17

1966
33E7
6217
7663
7677
7644

7721
@177
0106
3422

1442

1222

E7~DEC-76

V1424

[ROUTINE TO LOOP ON 7227
KLOOFT. L43

1222
1244

3423
3424
3425
3424
3427
3412

1272
1273
1274
1275
1274
1217
1272
1274

HEAD14
JMP I
JMS 1
H24217
JMP

NOP
224
TAO
JMS
JMP

1532
3133
5533
2242
2422
2456
2622
0664

3371
337a

VKRB.

4447

3312
3311
3312
3313
3514
3315
3312
3317
3322

3367
3376

XINPT,

5263

1243
1244
1245
1244
1247
124a
1249
1252

1271

145232,

7222
3131
1131

7222
3124

1242
1241
1242
1243
1244

x4222,

24112

722272
CLEAN
LDUP
M52

IROUTINE TO 2242 42722422
3243

3421
3422

1254

JMB

Is:
JMs 1
H21222
JMP
JMS I

4315
5224

1241
1242

1255
1254
1257
1254

1
1

BSLASH.

4245

1224

1254

JMP

4427
3657
5224

3422

1253

MAINcha2e-o1v72v1

2123

1239
1242

1251
1252

2122
72235122 PRINTING 2027142

4232.

CL1
DCA
TAD 1
221
122
712
321 CLA

VLAG

5217

122

2251

132
712
272
272
RTR
JMP

2172
222424
232122

3251
2222
1124

NEXTL,

7442

1451
7212
7212
7212

5221
7222

2172.

1251
2577
7452
5422
3134

our,

TAD
AND
241
122
221

TAD

2372
7442
5232
1375‘
1374
1134
3134
1133
1373
7432
5247
1133
4447
1124
7242
3124
5224
4472

4ND
224
122

2222

1235
FLAG

/227
7227

REAL 4222223 or 2232322
244242722

our

CLA

1134

5243

IINITIAszE FLAG 722 LEFTtBJ
1227 4242232 or 2252142
I24v2 17
IRETURN 4222282

x442
234422

234422
177

7227

7422
7227:
72222
:42

[FINISHED PRINTING MESSAGE

CNARCTER

CLA

712
222222, 712
TAD
DCA
742

742

202222
1122
1222

7222:
72222
72472
14245

1721N71212 CHARACTER

‘

sNA OLA
122

712
ans 1
712
224
224
JMP
422 1
x2221.
127
232122. 2

12322,

12421
YEMPC
PRINT

IPRINT CHARACTER

FLAG

‘

FLAG
NEXTL
CRLF
x2222

IVTSS

ACCEPTANCE

TEST

MAINDECUflB-DLVTC-A

1284
1255
1286
1287
1288
1289
129a

3452
3453
3454
3455
3456
3457

@556
6646
6041
5254
6042
7385

XPRINTI
VTLS:
VT5F:

3933

6531

VKSF,

1241

3431

1292

3462

1293
129a
1295
129a
1297
1295
1299

3461

7410
5426
5652

1396

1301
1362
1303
1324
1335
1366
13B?
1365
1309

1316

1311
1312
1313
1314
1315
1316
1317
131a
1319

1323

1321
1323

3464 ‘eaan
7366
3465
3466
1664
3467
3277
2264
347a
3471
17664
3472
5374
3473
7645
3474
5351
4423
3475
4427
3476
3477
5099
447a
3556
7654
3501
3502
@372
3523
7658
3554
7422
7664
3505
3506
9371
5567
7640
5314
3510
7419
3511
3512
@650
3513
2132
3514
1532
3515
3133
3516
5533

VTCF:

PALIB

27-DEC'76

V142A

9125

PAGE

3-18

TLS
TSF
JNP
TCF

gal

CLA DLL
KSF
SKP

JMP
JMP

XERR,

I
I

KEYBOARD

FLADB1

ISKIP

KETSER
XPRINT

IREAD

KEYBOARD

XERR
MADE
XERR

IGET

(255,

IINHIBIT ERROR PRINTDUT?

ERRA
MSG

IVES
[CLEAR SCREEN
IPRINT MESSAGE

[4505

/INHIBIT

INPUT

OLA CLL
TAD I
DDA
I51
LAD
AND
31A CLA
JMP
JNS I
JM3 I

HADR'
JNS I

ERRA:

CLSAN

MESSAGE

AND
32A
JMP
SKP
5
132

/ND"HALT
(2595

[LOOP DN ERROR?

ERRB

IYES'REPEAT TEST

TEMPT
TEMPT
TEMPTE
TEMPTZ

[GET

CLA

TAD I
0C4
JMP

ERROR HALT?

CLA

HLT
LAS

ERRBp

CRLF
LAs
AND
SNA

ERFC.

ADDRESS

IGET RETURN ADDRESS

NEXT TEST ADDRESS

/JUHP TD

APPROPRIATE TEST

1323
1324
1325
1326
1327
1323
1329
1336

133;

3517
3520
3521
3522
3523
3524
3525

RUDD
7250
1370
4467
1367
4467
5717

1332
1353
1334
1335
1336
1337
1338

3526
3527
3535
3531
3532

8505
3351
1366
3352

IVT55

1339
1343

1341
1342
1343
1341
1345
1346
1341
1363
1349
1353

1351
1332

1353
1351
1355
1353
1357
1355
1359
1363

1361
1362
1333
1331
1363
1333
1367
1365
1369

XCRLF:

CLA
TAD
JH3
TAD
JMS
JMF

[215
PRINT
(212
PRINT
XCRLF

I
I
I

IRDUTINE TD PRINT DCTAL NUMBER

3564
3565
3566
3567
3576
3571
3572
3573

TEST

TAD

7004
7415

PALID

V1434

E7'DED176

9125

HNDRD

RAL

HEISl;

7226
7004

3351
1351
5365
1364
4467

2352
5336
5726
DEED
BEBE

NNDRD
('4
"COUNT

MAINDEC-DDIDIVT532

1351

D
DCA
TAD
DCA

ELL

7150

ACCEPTANCE

3533
3534
3535
3536
3537
3546
3541
3542
3543
3544
3545
3546
3547
3550
3551
3552

XMESS.

SKP
TAD
RTL
RAL
DCA
TAD
AND
TAD
JMS
ISZ
JMP
JMF

MNDRD'

HCDUNTI

‘

MHDRD

NHDRD
HHDRD
(7
1263
PRINT
NCDUNT

M5831
XNESS

ease

may?

7711
121a
5215
2936
name

7533
3233
3133
2349
3617
seam
4340
4040

2124
3535
one:
5353
5526
2451
1653
B542
2455
2324
4555
4515

@111
1654
5503
5560
7555
B411
2624
5355
@145
4546

PAGE

HEADB;

TEXT

V755 ACCEPTANCE

TEST

HAINDEB-EBWDIVTC-AII

PAGE 3-19

IVTS5

ACCEPTANCE
3636
3631
3632
3633
3634
3635
3636
3637
364E
3641
3642
3643
3644
3645

1376

TEST

“BAD
@686
4349
6348
4523

MAINDEC-BSWDLVTCWA

HEADG1: TEXT

Henpna,

75x7

HEADI;

TEXT

START

ETHDEEH76

VXQEA

PAL1D

7687 LETTER

9325

PAGE

362%

PAGE

3~E1

2491
2284

4301
2446
2463

1371

LDDP ON 7537 LETTER

3674
3675

3733

3702
3703
3764
3765
3786
3737
3719
3711
3712
3713
3714
3715
3716

1372

IVT55

3726

3721
3782
3733
3724
3725

3726
1373

3727
3736

3731
3732
3733
3734
3735
3736
3737
3746
3741
3742
3743

3744
3745
3746
3707
3753

3751
3758

1374

3753
3754
3755
3756
3757
376a
3761
3763
3763
3764
3765
3766
3767
317m

BRDWINB HDRlloNTAL LINEXXB

2217

2711
431%

ACCEPTANCE 758T

3717

DISPLAY

1723
1152
1716
2461
140a
1411
1665
asas
EDGE
aaaw

NAINDECIQE-DIVTCWA

PAL1B

VIQZA

ETIDECw76

9828

HEADE,

TEXT

DISPLAY A GROWING VERTICAL LINE%87

HEAD3:

TEXT

GRAPH 38

DISPLAY A STEPPING HORIZONTAL LINEXXP

HEfiDfiv

TEXT

GRAPH 18

DISPLAY

aama
11E3
aaza

@131
4961
«$87
2211
271:
19a?

Haas

@522

2411
@301
zaaa

14:1
teas
asus

3771
3772
3773
3774
3775

377a
3777
RUDE

4991

1375

0502
4663
4004

@303

STEPPINB

HORIZONTAL LINESfifl

IVTS5

ACCEPTANCE
4006
4007
4010
4011
4013
4013
4014

4015
4016
4017
4020

4021
4022
4023
4024
4025
4026
4027
4030

TEST

MAINDEC-08001VTC'A

27-DhC-7b

V14BA

PAL10

9:28

PAGE

3'22

2201
3010

4061
7240
0411
2320
1401
‘3140
0140
2324

0520
2011
1607
4010

1722
1133
1716

4431‘
4032
4033

4034
4035
4036
4037
4040
4041
4043
4043

1376

4044
4045
4046
4047
4050

1377

HEAD5,

TEXT

ERAPH

HEADbr

TEXT

GRAPH

AND

1117

DISPLAY

STEPPING

HISTDGRAM LINEXXI

4051
4052
4053
4054
4055
4056
4057
4060
4061
4052
4063
4064
4065
40b6
4057

4070
4071
4072
4073
4074

1116

/5“-¢\
IVTSS

ACCEPTANCE TEBT
4275

4076
1378

4477
4144
4141
4142
4103
4144
4145
4106
4147
411a
4111
4112
4115
4114
4115
4116

4117
4124

2417

4121
4122

4722
4115
4414
1114
2545
4544
444a
4444
1411
2324
1747

4123
4124
4125

4124
1379

‘n

1350

4545
4544
4444
4007
2241
2010
4061
7244
4411
2324
1441
514a
4144
2324
4524
2411
1447
4414
1123

4127
4134
4131
4132
4133
4154
4135
4134
4137
4144
4141

27-050-76

V1434

HEAOT,

TEXT

HEADifl:

TEXT

HISTDGRAM 0N GRAPH

HEADS1:

TEXT

CUEBORS OH GRAPH 0 RBI

GRAPH

DISPLAY

4060

4144
4145
4144

4061
4045

4147

4500

4154
4151
4152
4153
4154
4155

4040
4040
0325

2223
1722
2340
1716
4007
2201
3010
40b0
4045

9138

PAGE

aTEPPINE HISTGBRAM LINE!!!

AND

4007’

4001
1604

4143

PAL1B

2201
2010

4142

4157
4144
4141
4142

MAINBEC-Bb-BIVTCIA

2241
1544
1716

4143

4154

3X!

3-23

2
!

;

IVTSS

ACCEPTANCE
4164
4165
4166
4167
417%
4171
4172
4173
4174

1381

a175
4176
4177
42am

4291
aaaa
4263

1352

a224
4225
4296
4221
aaxu

4211
4212
4213
4214
4215
4216
4217
4220

4221
4222
4223
422a
4225
4226

1353

4227
423%

4231
4232
4233
4234
4235
4236
4237
424%
4201
4242
4243
4244
4245
4246
4247

1354

aasw
4251
4252

IVT55

Téar

MAINutc-meuDIVTc-A

PALza

27-DEC~16

vane»

9826

PAGE

swan

BTGDECWTé

9'26

PAGE

BMES

OPERATOR

INTERVENTIDNEEF

4522
4240
4223

GRAPH

HEA012:

TEXT

CURSDRS

1%3!

HEADlS:

TEXT

STARTING CDDRIDINATE

HEAD142

TEXT

STARTINE COORDINATE 0N GRfiPH

HEAD15:

TEXT

2522
23:7
2223
4017
1649

e722
2122
12am
5145
4522
4242
4223
2am:
2224
1116
2742
2317

BRAPH.EX%D

1122
1124
1132
2124
@542

1716
4221
2201
2222
4262
9545
2222
4242
4223
242:
2224
1116
2742
2317

1337

1722
2411

162:
2425

4217
1642
@722
@129
1nu2

6345
4529
4242
4242
2624
6565

V755 ADJUSTMENT

PATTERNZZi

4221

ACCEPTANCE TEST
4253
4254
4255
4256
4257
426%
4261
4262
4263
4254

@412

4265
4266
4267
4276

4242

MAINDECNWEGDIVTC'A

PALID

V1434

2523
2415

6516
244a

2001
2424
@522
1645
4509

1385

1396

HEAlea

TEXT

SNITEH 5 NOT SET

HEADlT;

TEXT

INVALID

FUR

4223

21:1
2423

4271

1240

4272
4273
4274
4275
4276
4277

asaa
1617
2442

2305
2442

430a

4301
4302
4303
4364
4305

4306
4367
4316'
4311
4312
4313
4314

1357

4315
4316
431?
4320

REaPONSEpHXT CONTINUE AND TRT AGAINEKP

/VT55

ACCEPTANCE TEST

4341
4348
4343
4344
4345
4346
4347
4350

1358

4351
4352
4353
4354
4355
4356

4351
436E
4361

4362

MAINDEC-Bfl-DIVTC-A

VX4EA

PALla

ET-DEC-7b

3-26

9:28

PAGE

9129

9192.3-21

4001

@791
1116
4545
0009
454a
444%
4545
1604
4017
@646
,2401
2323
4840
4@43
4E4”

EUPASS;

TEXT

XEND

PASS

4646
4040

4363 ‘4646
4640
4364
4365
4366
4367
4370

1359
I396
1391
1392
1393
1394
1395
1396
1391
1395
1399

4499
4491
4492
4493
4494
4495
4496
4491
4419
4411
4412
4413
4414
4415
4416
4411
4429

1499

1491
1492
1493
1494
1495
1496
1491
1496
1499
1419

1411
1412
1413
1414
1415
1416
1411
1419
1419
1429

4421
4422
4423
4424
4425
4426
4421

1421
1422

IVTSE

4371
4372
4373
4374
4315
4376
4371

flflflfi
8606
EBQS
E334
EDG4
BEES
B666
8007
9919
9912
9914
9915
9911
9921
9924
9921
9932
9935
9949
9943
9941

0
3
4
4
5
6
7
19
12
14

15
11

21
24
21

32
35
49
43
41

9953

9956
9962
9966
9913

56
62

9911
9193
9119
9115
9121
9126
9133
9131

11
193

66
13

119
115
121
126
133
137
144

9144

ACCEPTANCE 1291

MAINDECoBB-DIVTc-A

1423
1424
1425
1426
1427

1426
1429
1439

1431
1432
1433
1434
1435
1436
1437
1438
1439
1449

1441
1442
1443
1444
1445
1446
1441
1445
1449
1459
1451

2
‘

i
,

1452
1453
1454
1455
1456
1451
1458
1459
1469

1461
i
1

;
1
A

1471

§
1

3
.

1462
1463
1464
1465
1466
1461
1466
1461
1479

1472
1473

1474
1473
1416
1411

4439

4431
4432
4453
4434
4435
4436
4437
4449
4441
4442
4443
4444
4445
4446
4441
4459

4451
4452
4453
4454
4455

4456
4451

4469
4461

4463
4463
4464
4465
4466
4461

9151

9156
9162
9161
9174
9291
9296
9213
9217
9223
9239
'9235
9241
9245

9251
9255
9261
9265

9211

9274
9271
9393
9393
9319
9313
9316

9317
9321
9323
9324

9326
9321

4479
4471
4472
4473
4414
4415
4416
4471

9339
9331
9331

4599

9326

4591

9325
9393
9522
9329
9311
9314
9512
9391
9394
9391
9213
9212

4592

4593
4594

4595_
4596
4591

4519
4511
4512
4513
4514
4513
4516

9331
9331:
9331
9339
9321

4261
9265

151
156
162
161
174

291
296
213

211
223
239
235

241
245
251
'255
261
265
211
214
211
393
:95

«319
313
316

4317
_321~
323
324
1336
321
.339

33;
331
331
331
331
339
-32?
526
325
323
322
329
311
514
312
391
394

391
215
212
261
263

94119

V1421

21-929-16

xv755

ACCEPTANCE 7557

1475

4517

1479

4525

1455

4521
4522
4523
4524
4525
4524
4527
4555

1441
1462
1443

1454
1445
1444
1447
1445
1455

4531
4532

1495
1451
1472
1493
1494

4553
4534
4535
4555
4557
4545
4541
4542
4543
4544
4545
4545
4547
4555

1455
1494

1497
1475
1479
1555
1551
1552
1553
1554
1555
1545
1557
1555
1559
1515
1511

4551
4552
4555
4554
4555
4554
4557
4545

1512
1513
1514
1515
1514
1517
1515
1519
1525

1521
1522
1523
1526
1535
1526
1527
1526
1529

5414555555-51v7554

54115

27'055475

V1454

5125

5455

5424

257
255
547
245

5257
5255

5247
5245
5537
5232
5225
5221
5214
5557
5553
5175
5171
5154
5157
5153
5145
5145
5154
5127
5151
5115
5111
5154
5577
5575

257
252
225

521
214

,7
.11,

257
255

175
171
144
157
155
145
145
134
157
151
115
111
154
77
73
51

5554
5543

57
53

5557
5555

47
43

5547
5545
5545
5554

4511

5531

4552
4553
4554
4555
4545
4547
4575

5527
5525

27
53

5551

21
17

4571
457a
4573
4574
4575
4576
4577

5515
5557
6696
DEBS
B86“
@883
BEZB

460m

4555
5086

5517
5515

15
15

5513
5511

kkkkkk

11
15
7
6
5
4
3

SINENDa E
PAGE

BUFFl,

IQEGSNNINB OW

UUPUT BUFFER

153a

1531

ACCEPTANCE

TEST

MAINDEC~ES°D¥VTC~A

FALSE

V163A

2700E3676

9128

IVT55

690%
513%

11555555
11111111

116966fi8
11111111

11111111
11111111

5206

3596

11111111
11111111

11111111
11111113

E465
0529

11111111
11111111

11111111
llfififlflfifl

Bbfifl
@700

11111111
11111111

11111111
11115555

11111111
55555555

11111111
55455555

11111111
“EDGBEEB

1GEE
110%

11111111
11111111

11111111

11111111
11111111

11111111

EQGBEBHQ

55555555

11111111
DEEBEB11

126%
1309

11111111
11111111

11111111
55555555

11111111
EBBBHHEG

11111111
09903030

11111111
EEBGESEQ

11111111
fiflEfiEEEfi

11111111
flflfifififlfii

1455
1500

11111111
11111111

11111111
11111155

11111111
flfifififififlfl

11111111
EBEEBUWQ

11111111
flflflflflflflfl

55555511

1600
1755

11111111
Eflfifififlfifl

11111111

11111155

55455555

60098038

55555555

60908509
55555555

55555555
BEEEBBEE

Eflfiflflflflfl
Dfiflflflflflfl

EDEE
5145

11111111
flfiflflflflfifl

11111111
fififlflfiflflfl

11111111

111111111

11111111

11111099

EEEBMEBE

55555555

EBQGEBWE

BGEBEUEE

81111111

2206

11111111

11111111
55555555

EUEUGBHE

11111111
BEBBEEBQ

11111111
BEEGEEDU

11111111

QEEQEEGB

11111111
EEEBEEEB

11111111

2355

flfiflfiflfififi

11111869
11111111

2406

11111111
@fiflfifififlfi

11111111

2588

EEEBEEHB

11111111
55555555

11111111
68906695

11111111
BEBEEGDQ

11111111
EBEEHEQG

11111111
55555555

00511111

2695
2756

@flflgflflflfl

11111111
55555555

11111111
EQEHDEEB

11111111
Efiufifififlfiv

11111111
55555555

11111111
BEEEEEQB

31111116
flflfiflfiflflfi

66861111

BBEE
3100

11111111
11111111

11111111
IBBEEEBE

11111111
fififllflflfifi

11111111
11111111

SEED
3360

11111111

11111111
11111111

11111111
11111190

11111111
55555555

11111111.
flflfiflflfifl9

11111111
EBEEEEEB

11111111
55555551

11111111
11111111

SOEB
SSEB

11111111
11111111

11111111

11111111
11111111

11111111
111$$flfl$

11111111
9551111

11111111
11111111

5555
5755

11111111
11111111

11111111

11111111
11111111

11111111

81111111
11111111

11111111
11111111

11111111

11111111
119EEQEE

111111111
@BEBBEEB

Eflfiflflifiw

11111111
DBEEEWEE

11311111

11111111

Bflflfififlflfi

55555555

11111111
55555555

11111111
BBBEflGBB

11111111
fififl11111

11111111
55555555

11111111
GEEEBBBE

11111111
55555511

11111111
55555555

11111111
3&639011

11111111

PAGE

5?;

3929

‘

11111111

BEBBMBQE

90311111

11115555

Efiflflflflflfl

/VT55

ACCEPTANCE

TEST

NAINDECaBBUDIVTCWA

46%0
4109

11111111
11111111

1 11 11111
1 11 11111

“BEG
4300

11111111
11111111

PAan

11111111
11111111

27-DEC-76

9128

11111111
11111111

11111111

Bflflflflflflfl
06690605

EDDDflBUU
BBBDBEDE

PAGE

3-36

11111111

11111111
11111111

0400
4590
“60%
QTGG

VIQEA

Eflflflflwflfl

02980000
BDHGDOUB

EQUEESBU
SEEBBGBE

MAINDEC-GG-DIVTC'A

PAL1B

@fiBDBEBZ
BBGDWEBE

EEZEQBBB
BEGEGBUE

BEBGUEMB
DEBEUQWG

5660
5109
SZUE
5390
5406
5500
568%
STUD

685%
610%
6300
6300

6450
bsfifi
6686
679%

70%”
11%0
TREE
73@@

7406
7500
Tbflfi
7700

fix

IVTSS

ACCEPTANCE TEST

A1@
111

901%
6611

HEAD13
HEAD15

ADDLIN

0636

ANESC
ANSLB

6663
D642
B841
$186
@215

HEAD15
HEAD16

ANSLF
ASCH
BACK
BACKA
BASE

BASE1
BDDAT

BITE
BIT1

BIT15
BITE
BITS
BITS

BITS“
BITT

@327
6053
9053
0872
0044
8045

4090
6647

9251
0543
mesa
6666
4354
3259
4639
5833
3432

3321
2665
2666
2654
2663
2635
BETB
5534
B033
4346

3512
3671'

3591
3514
B117
BETT
6375
@976
@146
@121

3221
BET!
363E

HEAD1E

HEA017
HEADS
HEADE
HEAD“
HEADE
HEADS
HEADT

HEADG1
HEADER

“291
4234
4246
“265

5315
373%
3753
00%“

6635
GB“?
4977
3632
3657

vxaéa

370035-76

9125

PAGE 3-11

ME881
use
nssann
nwonu

3536

B327

T5T1GA
T57145

1523
1524

3451
3551

T5714C
T5T14D

NEXTL

34B6

1532
15a7
1535

our

3621
6251

T$T14E
T8715
TST15A

ou7n
DUTB
PASS
PRINT
PRNT
Race

nus:
ass:
Rana
REES
nxrs
aAva
8AV1
SAVE

snurr
stENo
5TB
8T1

are
START
svaara
aTARTa
arcann
auarsv
awn

vamp

TEMPE
TEMP1
TEMPE
TEMPS
TEMPE
TEMPT

TEMPTE
TLaaT
TOUT

T3T1
T$T1fl
13111
TST1E
ravas

T3713A
TSTISB
13713:.
737130
75713:

73:34

3226
”654
6667
9330
0657
3956
$266

TSTISB
75T15C

0861
0563
3617
aa7x
3572
3473

TSTZ

T8T1SD
T8T15E
T8T1A
T3T1B
T5T1C
TSTEA

teen
1627
192:
3924

ans:
anus

Babb
asas
93a:
eaan
6426
was:

6956

ears
maze

3133

asaa
5541
aaaa
@525

3191

0:44

nine
BRET
@536
6835
$365
~BU55
E13!
B126

ease

@633
“577
SET?

T8760
TBTbD

B127
B133
E131
@136

@132
@133

331a
2453
2436

IEBEB
2212
HERB

1235
1330
1&64
19Efi
SEQ“
1535
1653
1QSB
1&86
1557

noes‘
asea
1DWB
swan
1mg:
tuba
1244
teen
1104
113a
1146
11a7

2434
ass:
aa31
seen

v3969
3459
3453

@141
sasa
XADLIN

uaea
aaaa

)

IVT55

ACCEPTANCE TEST

MAINDEC-BBDDIVTCHA

PALifl

V142A

155
338
E77
335
997

157
233
286
337
469

BT-Dtc976

9525

PAGE

3-32

3%15
3517
266%
361“
EEUE
3464
3263
3255
326%
3266
3224
SSHE

KCLEAN
XCRLF
XCURSR
XDELA
XDELAY
XERR
XINPT
XKERR
XKERRE
XKEY
XKEYA

XLOOPA
XLODPB
XLODPT

339a

XMESS
XMSG
XMSB1
KNSGR
XFRINT
XPRNT

XPRNYA
XPRNTD
XPRNTF
XPRNTG
XPT
XSHUFA
XSHUFF
XSTCRD
XUPDDN
XXPT
ZERO

Eflflfi

ERRURS DETECTEDS

LINKS GENERATEDI

RUNVTIMES
2K

CORE

SECONDS

USED

668
975
1977

153
E15
275
332
awe
461
533
$03
736
396
999
1065

736
896
lflflfi
1957

237

asa

135

A10

316
373

$61
“56

531
631
734

All
ADDLIN

159
224

36%
346

IWEE

411
“67
535
60$
7QE
901
1Z5Z

745

753

435
535
645

161
£39
391
349
413

170

165
239
310

259
axe

369

37;

416
431

439

567
594
767
766

699
749

7fl1

911

936

764
957

EESQ

1&35

{$53

1$55

7&9

776

782

993

15%
“HE
661
983

EBB
466

233

999

233
7&7
915

236
756
915

992

999
995

1567

1674

3b&

356

39¢
1637

195a

391

465

458
1685
5&1

15356

333

368

438

49%

523

552

562
65B
74“
937

566

193
263
32¢
374

«a7
48“
568
753

537
647
7&9
896

47m

163
252
mew
367
416
«73
564

963

1965

ANESC

ANSLB

ANSLF

ASCH
BACK
BACKA
BASE

BASEI

133
171

175
786

603

779
982
BBQ

559

581

930
847

’

163

186

339
832
965
659

414
852
987

313
763
355
1383

335
887
316

12794

1358

393

357

474

346

833

245

919

924

925

569

530

561

556

596

639

63“

663

BDDAT
azrw

BIT:
5:115
5172
asz
BITS
aszu
ava
BITMAX

573

88LA3H
BUFFl

273
729

CLEAN

;EBB
1179

CODEEQ
COUNT
CR1
CR8
ERA
CRB
CRC
CRLF
CURSQR
DELAY
EOPA5$
ERPC

366

“60
537

1981?
lflflafi

998
711
548

199

817
575
£51

579

)

'5’.

1161
13E9#
132%?
15“
SQS
166
1931
1033

139
1242

115“

213
6d“

26%
100

aTa'
731

315
131

327

795

368
889

396
956

1254

466

459

“62

566

532

1E29

81%
1246

1215

1217

664

634

11533
1369»

13738
13799

1389¢
1331a
1333”
1383#
13818
1366$
13876
1313#
13743
1315$
1316$
1377a
13165
137@#
13118
1136

1158

ease
129a
8@3

276
371

541

sex
519
963
160
3&9
asa
use
162

LDE51E
LDG120
L05182
LDVBIT
LHBIT
LHVB1T
LNLDGG

LNLDGL
LNOLHV
LNULSC
LOOP
LOOPT
M1
MADR
MAXHDZ

MAXVRT
MCOUNT
MESS
ME381
MSG

MSGADR
MWORD
NEXTL
UUT
DUTA
DUTB
PASS
PRINT
PRNT

E15

262

317

310

JWB

452

568

534

565

597

666

162

156

217

264

319

313

new

nae

515

536

561

599

616

79“

331
1141
252
232

412
1171
3E3

891

9°“

385
6&9

439

523
916

553
931

554
983

684

19B

663

OVS
618

635

844

466
1201
356
614

151
239
1353!

927
885

349

421

415

6B9

655

994

311

364

393

““5

562

526

559

591

1328

1330
356

379
576

383
578

493

551
1336
661

1349
315
-EVE

43;

962

057
-bfl6

465
627

768
616

322
541
786
618

563

666

965

6&1

623

661
638

659

610

671

619

697

118

932

933

9386

992
91a

aseg
336
1215

343

415

43¢

469

415

748

653

161

471

150
115“
1253
1342

B14

1123
250

BHUFF

183
935

sxuawn

1526a
1919a
107E
1681a

37:
37a
START

aTARTa

6E3

aTanTB
STGORD
SUBTST

57k

swa

see:

156

521
616
613
1091
632
621
116

57a

393

219

269

256

1178

1336

1256
1355

1281#
13fl6

815
1190
261
539
7B9

615
169“

gnaw
age
912

1986fl

127“
E95
543

1564
1

13536

241

E7?

285

967

917

1838

582

TEMP

126

127

132

136

137

145

TEMPE

1015
1016

1819
1917

1118
1E9?
567

11W9
1122
868

1113

ixa1

1164
1266
12a9
1211

1993
1159
1269
1216
1212

11am
11$a

299

3903

356

'35e9

434

635

441$

465

A39

694$

516

-516

saw

571

1693

851

526

8E3

511

933

955

SEES

TEMP:
TEMPE
ramp:
ramp:
TEMPT

TEMPTE
TLAST

560

565

1143

1147

1266

1261

117
1170
1227

1172
1175

1159
1257
1173
1183

396

296

78T156

719

T8T15€
1571so
Y3715E

759

165$
183$
179$
297$
229$

241$

TSTUB

254$
276$
2961
269
287
319$
325%
3053

TSTRC

324

Tarau
TSTS
TSTG
TSTéE
T5T60

332
362$
396$
486$
#68

TSTEE
TSTbF

M79

1123

1373

1319
1331

1323
1322

1225

TST1ao
737145
TST15
737151

TSTAA

“26

626$
632m
631
633
676$
675$
6613
686
662
1226
717

TSTBA
T3735
7313c
TSTSD
Tara

425

1223
1224
625$

737155
79714
vsTgAA
rataaa
Tsvxac

TSTaA
rsTaa
TSTS

365

1222

731139

TSTZ

344

1214
1221

rsrzu
157:1
737:2
T8T13
757131
T3T133
T5T13C

73119
r571:

29%

6109

voux

75$:

T3731

259

781
7256
177
191
1215
238
262
1216
321
293
263
292
1217
356
306
338
347
1213

3255

351
36%?

1219
437
419

432

6463

TST7

TST7A
TSTYB
TBTTC
Y8TTD

TSTLST
UPA
UPB
UPC
UPD
UPDONN
VKRB

652

VKSF

VTCF
VTLS
VTNOW
VTSF

WFTESY
XADLIN
XCLEAN

XCRLF
XCURSR
XDELA
XDELAY
KERR
XINPT
XKERR

XKERR2
XKEY
XKEYA
XLUDPA
XLODPB
XLDUPT
XMESS
XMSG
XMSG1
XMSGE
XPRINT
XPRNT

131

B77
1937
1331
95$

132%

11b5

118“?

1156

1353
1243

1245

1259

1605
863

1666
854

1396

3389
937

1551

1875

886

685

625

626

654

674

$75

1293
1639

XPRNTA
XPRNTD
XFRNTF

1121#

KPRNTG
XPT

1193

XSHUFA
XSHUFF
KSTCRD
XUPDDN
XXPT
ZERO

eLEBTS

952

1921
1298
1193

869

1223
881

1123
542

amaa
14m
264$

265$
seen
258
356$
325
456
awe

539
656
611

E76

3975

366
4969
448

387*

561

5875

6868
642

666

“68

“97%

667$

723$
723$

Tana
725$
736$
792$
793$
794?
795»
796$

7913
798$
666
672$
873$
674$
875$
876$
aaa
673$

571$

877$

991$
9928
943a
960$
945$
1064!
1flfi5fi
15563
16979

5L3176
9L3177

"L3367
9L3370

§L3371

5L3372

x’fl‘m

0L3373
9L3374
.L3375
.L3376
nL3377
.LESb“
IL3595

.L3567

3L3572

1126”
1131a
1128”
1139”
1fi71
1552
11338
11338
12303
1231#
1232$

1233»
1234!
13353
12363
1145
1288
1357a
sasav

1695
1685

SSBEQ
11319

116a
1235»

1165

1231!

1133?

sane

13678

1138
1237$
4B“

138%

1838$

1395

13693

558

496"

1295

1361

1365#

6713

1314

15620

27%
5573
SBET$

3fl7$
593
1&2?

611
195a

36b
~669
11319

537$
bfiifi

1359a
1366a
1361#
1362#
1363a
1364:
1362
13665
1397:
13683
943#

13653

797w
1358a
aaaa
799w
1232a

,79ea

675$
eras

13552
xaaeg

1129a
875m
1165
Bfléfi
aaa
136Gfl

1165

saeg

llbla
1357a

.V3777
nViflBD
.vamaa

gVZBRé
.VBBW'
.VSSIE
uV375E
.vaaea
.V4517
.V7BBY

,V7606

7233
7953
941a
676v
5739
793a
7¢39
722$
aeaa
1231i
ans»
96¢!

avaa
28:3
596
587

:59
1138s

956
1205
562

15555

1230?
Ebb

961
1316
211

19959
13339

536

.561

9453

95¢

REEF

ass

313

”335
643
1985

396
693

vaaq
725$

44%
7R9

46”

763

1276
1139
1166

1151
956

1145
11£6
£11“
696
an?

136nm
18358
7243
sazsa
1234a
eaaw
12$§$

@?3

2E$5$

SE59

Béfifi

IESQ

lfifififi

81a5w
11279
vaas
656

1W7;

am¢5

atSEfi