PDF Printing 600 Dpi AC E872C MC_CXVSAC0 VS60

YSAe

DECfXl1

SYSTEM

EXEPCISER

MODULE

MACY11

30A(1052)

12-0CT-78

17:07

PAGE

2

XYSACO.Pll

12-0CT-78

12:23

.RE~

_

PRODUCT

CODE:

PROl)UCT

NAME:

PRODUCT

DATE:

MAINTAINER:

IDEPI1TIFICATION

AC-E872C-MC

CXYSAC(\

YS60

MOD

SEPTEMBER

1918

DEC/XII

SUPPORT

GROUP

TRE

INFOR~ATION

IN

THIS

DOCUMENT

IS

SUBJECT

TO

CHANGE

WITHOUT

NOTICE

AND

SHOULD

NOT

BE

CONSTRUED

AS

A

COMMITMENT

BY

DIGITAL

EQUIPMENT

CORPORATION.

DIGITAL

EQUIPMENT

CORPORATION

ASSUMES

NO

RESPONSIBILITY

fOR

ANY

ERRORS

TijlT

MAY

APPEAR

IN

THIS

MANUAL.

THE

SOFTWARE

DESCRIRED

IN

THIS

DOCUMENT

IS

FURNISHED

TO

THE

PURCHASER

UNDER

A

LICENSE

FOR

USE

ON

A

SINGLE

COMPUTER

SYSTEM

AND

CAN

BE

COPIED

(WITH

INCLUSION

OF

DIGITALS

COPYRIGHT

NOTICE)

ONLY

fOR

USE

IN

SUCH

SYSTEM,

~XCEPT

AS

MAY

OTHERWISE

BE

PROVIDED

IN

WRITING

RY

DIGITAL.

DIGITAL

EQUIPMENT

CORPORATION

ASSUMES

NO

RESPONSI8ILITY

FOR

THE

USE

OR

RELIABILITY

OF

ITS

SOFTWARE

ON

EQUIPMENT

THAT

IS

NOT

SUPPLIED

BY

DIGITAL.

COPYRIGHT

(C)

1976,1918

DIGITAL

EQUIPMENT

CORPORATION

i

:

VSIC

DEC/Xll

SYSTEM

EXERCISER

MODULE

MACY11

30&(1052)

12-0CT-78

17:07

PAGE

3

XVSAC~.Pl1

12-0CT-78

12:23

1..

ABSTRACT

"VSA"

IS

AN

"IOMODP"

THAT

EXERCISES

ONE

DECGRAPHIC-ll

DISPLAY

SYSTEM

AND

VS60

ADDITIONAL

CONSOLE.

THE

MODULE

DISPLAYS

A

SPECIAL

TEST

PATTERN

THAT

CONSISTS

OF

FOUR

FRAMES.

THE

MODULE

BY

EXECUTING

ALL

OF

THE

VS-60'S

DISPLAY

INSTRUCTioNS

WILL

VERIFY

THE

95-60

OPERATIONS

AND

PROVIDE

A

HIGH

DEVICE

ACTIVITY

RATE

TO

THE

UNIBUS.

INCLUDED

IN

EACH

FRAME

IS

A

DESCRIPTION

OF

THE

SUB-PICTURES.

EACH

SUB-PICTURE

DESCRIPTION

INCLUDES

A LIST

OF

THE

DISPLAY

INSTRUCTIONS

USED

FOR

THE

SUB-PICTURE.

BEFORE

THE

VS-60

IS

ENASLED

TO

DISPLAV

THE

TEST

PATTERN

A

READ/WRITE

REGISTER

TEST

IS

PERFOR~ED

TO

ENSURE

SOME

OPERATING

C6NFIDENCE

IN

THE

BASIC

HARDWARE

INTERFACE.

IF

BIT 0

OF

SRi

IS

CLEARED,

THE

FOUR

SUB-PICTURES

WILL

BE

DISPLAYED.

AS

EACH

UNIQUE

SUB-PICTURE

IS

ENTERED,

THE

DISPLAY

NAME

REGISTERS

IS

LOADED

WITH

A

UNIQUE

VALUE.

IF

AN

EKROR

IS

DETECTED,

THE

VALUE

OF

THE

DISPLAY

NA~E

REGISTER

IS

TYPED

AS

T~E

"STATUS

REGISTER".

THE

NAME

REGISTER

CAN

BE

READ

TO

DETERMINE

THE

CURRENT

SUB-PICTURE

IF

A

PROBLEM

ARRISES.

THE

MODULE

ALSO

PROVIDES

A

MEANS

TO

VERIFY

THE

OPERATION

OF

THE

LIGHT-PEN

HIT

AND

LIGHT-PEN

SWITCH

LOGIC.

UPON

A LIGHT-PEN

HIT~

ON

EITHER

CONSOLE,

THE

OPERATOR

IS

INFORMED

ON

THE

SCREEN

Of

TH~

HIT.

WHEN

A

LIGHT-PEN

SWITCH

CONDITION

HAS

CHANGED,

THE

OPERATOR

IS

ALSO

INFORMED

OF

THE

CHANGE.

2.

REQUIREMENTS

HARDWARE:

VS-60

ALPHAGRAPHIC

DISPLAY

SYSTEM

STORAGE::

VSA

REQUIRES:

1.

DECI~AL

WORDS:

1613

2.

OCTAL

WORDS:

0311S

3.

OCTAL

BYTES:

6232

3.

PASS

OEFINITION

ONE

PASS

OF

VSA

MODOLE

CONSISTS

OF

ONE

ITERATION

OF

THE

FOUR

SOB-PICTURES,

WHICH

RESULtS

IN:

12

THOUSANO

PROGRAM

INTERRUPTS,

11

MILLION

NON-PROCESSOR

REQUESTS.

4.

E~ECUTION

TIME

VSA

RUNNI~G

ALONE

O~

PDP-ll/OS

TAKES

APPROXIMATELY

60

SECONDS.

WHEN

RUNNING

WITH

"RELOCATION"

ENABLED,

THIS

~ODULE

WILL

ONLY

RUN

ON

THE

32K

BOUNDRV.

THE

VISOAL

EFFECT

IS

THAT

NOTHING

WILL

BE

SEEN

ON

THE

8,

16

AND

24K

RELOCATION

PASSES

(REF.

5@)~

t

'SAC DEC/XlI

SYSTEM

EXERCISER

MODULE

X'SACO.Pl1

12-0CT-78

12:23

MACY11

30A(1052)

12-0CT-18

17:01

PAGE

4

5.

CONFIGURATION

REQUIREMENTS

DEFAULT

PARAMETERS:

DE'ADR:

172000,

VECTOR:

320,

BRi:

4,

DEVCNT:

1,

SR1: 0

REQUIRED

PARAMETERS:

NONE

L

HOWEVER

IF

THIS

MODULE

IS

NOT

CONFIGURED

ACROSS

A

8,

16

AND

24K

BOU~DRY,

THE

uPERATOR

MAY

MODIFY

THE

"STAT"

LOCATION

AND

CLEAR

BIT 10

(2000).

THE

RESULT

WILL

CHANGE

THIS

MODULE

FROM

A

"IOMODP"

TO

AND

"IOMOO".

WITH

THE

RESULT

BEING

THE

MODULE

WILL

RUN

WHEN

RELOCATED

TO

A

8,

16

A~O

24K

BOUNDPYe

6.

DEVICE/OPTION

SETUP

THE

VS-60

MUST

HA'E

THE

POWER

ON.

7.

MODULE

OPERATION

THE

MODULE

WILL

BEGIN

BY

TESTING

THE

ISLILTY

OF

THE

BUS

READ/WRITE

REGISTERS

TO

FUNCTION

PROPERLY.

THE

REGISTERS

VERIfIED lRE:

X

DYNAMIC

OFFSET

Y

DYNAMIC

OFFSET

RELOCATE

DISPLAY

P0C~

IF

ANY

ERRORS

ARE

DETECTED,

THE

MODULE

WILL

BE

DROPPED.

UPON

COMPLETION

THE

VALUE

IN

"SRi"

IS

TESTED.

IF

BIT 0

OF

SRl

IS

SET,

THE

MOD6LE

WILL

DESTROY

THE

ENTIRE

VISUAL

PICTURE

BV

LOADING

DISPLAY

NOPqS

THRU

THE

PICTURE

BUFrERo

SETTING

Of

BIT 0

IN

SRI

WILL

ENABLE

THE

VS-60

TO

ACCESS

THE

UNIBUS

AT

tHE

VS-60

WORST

CASE

RATE.

RESETTING

OF

BIT 0

IN

SRI

WILL

NOT

RESTORE

THE

PICTURE

BUFfER.

IF

BIT 0

OF

SRI

IS

CLEARED£

THE

VISUAL

PICTURE

DISPLAYED

CONSISTS

OF

FOUR

FRAMES.

THE

VIEWIN~

AREA

IS

DYNAMICLY

MOVED

ACROSS

THE

FOUR

FRAMES.

THE

MOVEMENT

IS A

FUNCTION

OF

THE

NUMBER

OF

DISPLAY

STOP

INTERRUPTS.

'SAC BEC/Xll

SISTEM

EXERCISER

MODULE

IYSAC

.Pl1

2-0CT-78

12:23

MACY11

30A(1052)

l2-0CT-78

17:07

PAGE

5

TEST

PATTERN

DESCRIPTION:

FRA~EO

A.

LINE

TYPE

TEST:

TO

TEST

THE

ABILITY

OF

THE

VS-60

TO

DISPLAY

EACH

OF

THE

FOUR

POSSIBLE

LINE

TYPES

THE

OUTER

PERIMETER

OF

THE

TEST

PATTERN

CONSISfs

OF

A

LARGE

RECTANGLE.

EACH

SIDE

OF

THE

RECTANGLE

IS

DISPLAYED

USING

A

DIFFERENT

LINE

TYPE

IE:

SOLID

DASH

DOT

-DASH

AND

DOT.

(POINT

AND

LONG

YECTOR'MODE

IRE

U§ED)

B.

GRAPHPLOT

DISPLAY

TEST:

TO

TEST

THE

ABILITY

OF

THE

YS-60

TO

DISPLAY

A

GRAPHPLOT

PATTERN,

TWO

EXPANDING

SINE

WAVE

PATTERNS

ARE

DISPLAYED.

THE

FIRST

SINE

WAVE

APPEARS

SUPERIMPOSED

ON

A

HORIZONTAL

LINE

ACROSS

THE

BOTTOM

OF

THE

SCREEN

A~D

EXPANDS

FROM

LEFT

TO

RIGHT.

THE

SECOND

SINE

WAVE

APPEARS

SUPERIMPOSED

ON

A

VERTICAL

LINE

AT

THE

LEFT

OF

THE

SCREEN

AND

EXPANDS

FROM

BOTTOM

TO

TOP.

THE

EXPANSION

OF

THE

SINE

WAVES

IS

A

FUNCTION

OF

THE

DISPLAY

INTERRUPT

RATE.

NO

SINE

WAVE

EXPANSION

WOULD

INDICATE

THAT

THE

VS-60

IS

NOT

INTERRUPTING

THE

CPU.

THE

FOLLOWING

MODES

ARE

USED:

POINT

LONGV

STATSB

GRAPHY

GRAPHX

DJSRR

DJMPR

DPOP

C.

VECTOR/RELATIVE

POINT

AND

BLINK

TEST:

TO

TEST

THE

'ABILITY

OF

THE

VS-60

TO

DISPLAY

VECTORS

IN

THE

LONG,

SHORT~

AND

RELATIVE

POINT

MODE

AND

T6

BLINK

A

SELECT~D

PORTION

OF

THE

DISPLAY

L A

SET

OF

SIX

NESTED

OCTAGONS

IS

DISPLAYED

IN

THE

uPPER

RIGHT

QUADRANT

Of

THE

SCREEN.

THE

TNO

OUTERMOST

OCTAGONS

ARE

DISPLAYED

USING

LONG

VECTOR

MODE

THE

TVO

MIDDLE

ONES

USING

SHORT

VECTOR

MOD~L

AND

THE

INNERMOST

TWO

USING

RELATIVE

POINT

MOuE.

THE

USE

OF

RELATIVE

POI~T

MODE

CAUSES

THE

TWO

INNERMOST

OCTAGONS

TO

BE

DISPLAYED

AS

EIGHT

INTENSIFIED

POINTS

FOR

EACH

ONE.

ALTERNATE

OCTAGONS

STARTING

VITH

THE

INNERMOST

ONE

ARE

BLINKED

TO

TEST

THE

OPERATION

OF

THE

BLINK

MODE.

THE

FOLLOWING

MODES

ARE

USED

IN

THE

SUR-PICTURE:

POINT

RELATP

SHORTY

LONGV

"

,SAC

DEC/XlI

SYSTEM

EXERCISER

MODULE

XVSACO.Pll

l2-0CT-78

12:23

MACYI1

30A(1052) 12-0CT-78

17:07

PAGE

6

D.

CHARACTER

GENERATOR

TEST:

TO

TEST

THE

ABILITY

OF

THE

VS-60

TO

DISPLAY

EACH

ME~BER

OF

ITS.

CHARACTER

SET,

THREE

PAIRS

OF

LINES

ARE

DISPLAYED

NEAR

THE

TOP

OF

THE

SCREEN.

THE

FIRST

LINE

IN

EACH

PAIR

DISPLAYS

THE

CHARACTERS

IN

NOR~AL

FONT

WHILE

THE

SECOND

LINE

DISPLAYS

THE

SA~E

CHARACTERS

IN

ITALIC

FONT.

THE

FIRST

PAIR

OF

LINES

DISPLAYS

THE

64 ASCII

UPPERCASE

CHARACTERS

(OCTAL

CODES

100-137

AND

40-77

DISPLAYED

LEFT

TO

RIGHT).

THE

SECOND

PI.IR

DISPLAYS

THE

32

LOWER

CASE

ASCII

CHARACTERS

(OCTAL

CODES

140-177

DISPLAYED

LEFT

TO

RIGHT).

THE

THIRD

PAIR

DISPLAYS

THE

31

SPECIAL

CHARACTERS

(OCTAL

CODES

0-37

DISPLAYED

LEFT

TO

RIGHT)

THAT

APPEAR

AS

APL

-

GREEK

-

SPECIAL

CHARACTERS.

E.

INTENSITY

LEVEL

TEST:

TO

TEST

THE

ABILITY

OF

THE

VS-60

TO

VARY

THE

INTENSITY

LEVEL

OF

THE

DISPLAY

EIGHT

HORIZONTAL

PARALLEL

LINES

ARE

DISP(AYED

TO

THE

LEFT

OF

CENTER

OF

THE

TEST

PATTERN.

EACH

LINE

IS

DISPLAYED

WITH

A

DIFFERENT

INTENSITY

LEVEL

STARTING

WITH

THE

TOP

LINE

AT

LEVEL

7

(THE

BRIGHTEST)

AND

PROCEEDING

DOWN

TO

THE

BOTTOM

LINE

AT

LEVEL

D

(THE

DIMMEST).

ALL

LINES

ARE

DISPLAYED

IN

LONG

VECTOR

MODE.

F.

MENU

TEST:

A

PERIMETER

REFERENCE

BOX

IS

DRAWN

USING

LONG

'ECTOR

MODE.

THE

BOX

IS

QUARTERED

BY

TWO

VECTORS.

THE

FIRST

STARTS

AT

THE

LOWER

LEFT

TO

UPPEN

RIGHT

CORNER.

THE

SECOND

STARTS

FROM

THE

LOWER

RIGHT

TO

UPPER

LEFT

CORNER.

THE

FOLLOWING

~ODES

ARE

USED

IN

THE

SUB-PICTURE.

DMENUI

POINT

LONG'

DMENUO

ENABLE

MENU

POINT

TO

X-Y

POSITION

DRAW

IN

LONG

'ECTOR

MODE

DISABLE

MENU

G.

EDGE

SCISSORING

TEST:

THE

TEST

CONSISTS

Of

DRAWING

EIGHT

PAIRS

OF

VECTORS.

THE

SEQUENCE

IS

TO

DRAW

A

VECTOR

FROM

AND

"ON-SCREEN"

POSITION

TO

AN

"OFf-SCREEN"

POSITION

AND

THEN

BACK

TO

AN

"ON-SCREEN"

POSITION.

THE

SEQUENCE

IS

REPEATED

EIGHT

TIMES

THE

PATTERN

WILL

APPEAR

AT

TRE

TOP

OF

FRAME

0

WHEN

VI~WED.

THE

FOLOWING

MODES

ARE

USED

IN

THE

SUB-PICTURE:

POINT

LONG'

~

'SAC DEC{Xll

SYSTEM

EXERCISER

MODULE

X'SACO.P 1 12-0CT-78

12:23

MACY11

301(1052)

12-0CT-78

17:07

PAGE

7

H.

SUPER

AND

SUB-SCRIPT

CHARACTER

TEST:

IN

THE

UPPER

CENTER

OF

FRAME

0

TWELVE

CHARACTERS

WILL

BE

DISPLAYED.

THE

FIRST

CHARACTE~

BYTE

IS

THE

LETTER

"B".

THE

CODE

FOR

"SUPER-SCRIPT

ON"

IS

THE

NUMBERS

2

AND

5

ARE

THE

WITH

"SUPER-SCRIPT

ON"

THE

NUMBERS

SHOULD

REDUCE

l

BY

ONE

SIZE~

AND

ASCEND

VERTICALLY

BY

HALF

THE

SIZE

OF

THE

L~TTER

"B".

THE

IS

THE

CODE

FOR

"SUPER-SCRIPT OFF".

THE

RESULT

SHOULD

BE

A

RETURN

TO

THE

AND

"Y" POSITION.

THE

IS

ANOTHER

LETTER

"B"~

APPEARING

THE

SAME

SIZE

AND

"Y"

POSITION

AS

THE

INITIAL

"B".

THE

IS

THE

CODE

FOR

A

"SUB-SCRIPT

ON"

THEN

FOLLOWED

BY

THE

NUMBERS

2

AND

5.

WITH

"SUB-SCRIP~

ON"

THE

NUMBERS

REDUCE

L

BY

ONE

SIZE,

IN

SIZE

AND

DECEND

VERTICALLY

BY

HALF

THE

SIZE

uF

THE

LETTER

"8"$

THE

FOLLOWING

BYTE

IS

THE

CODE

FOR

"SUB-SCRIPT

OFF"

WHICH

WILL

RETURN

TO

THE

ORIOIGINIL SIZE

IND

"V"

POSITION.

THE

FOLLOWING

MODES

USED

ARE

USED

IN

THE

SUB-PICTURE:

POINT

CHIR

CHARS1

SUPON

SUPOFF

SUBON

SUBOFF

POINT

TO

AN

X Y POSITION

DISPLAY

IN

CHiRACTEP

MODE

LOAD

CHAR.

SCALE

TO

NORMAL

ENABLE

SUPER-SCRIPT ASCII

MODE

DISABLE

SUPER-SCRIPT ASCII

MODE

ENABLE

SUR-SCRIPT ASCII

MODE

DISABLE

SUPER-SCRIPT ASCII

MODE

I.

CHARACTER

SCALE

AND

ROTATg

TEST:

THE

LETTER

"B"

IS

USED

TO

VERIFY

THE

OPERATION

OF

THE

CHIRAr.TRR

SCALE

LOGIC.

IN

THE

UPPER

RIGHT

CO~NER

OF

FRAME

0,

FOUR

HBfi·S

ARE

DISPLAYED.

EACH

OF

THE

LETTERS

SHOULD

BE

FOUR

DIFFERENT

SIZES

STARTING

FROM

THE

SMALLEST

TO

LARGEST.

THE

PATTERN

IS

REPEATED

WITH

THE

CHARACTER

'ITtLIC

r ENlijLED.

TO

VERIFY

'CHARACTER

ROTATEg~

THE

SAME

PROCEDURE

IS

REPEATED

IN

THE

LOWER

LEFT

CORHER

OF

~RAME

0.

THE

FOUR

LETTERS

SHOULD

APPEAR

THESAME

AS

ABOVE

WITH

rHE

EXCEPTION

THE

CHARACTERS

SHOULD

BE

ROTATED

BY

90

DEGREES.

THE

FOLOWING

MODES

ARE

USED

IN

THE

SUB-PICTURE:

POINT

STATSA

CHRRTl

DJSRR

CHRRTO

DJMPR

DPOPNR

CHARSO

CHARSl

CHlRS2

CffARS3

FRAMEl

J.

V~CTOR

SCALE

TEST:

POINT

TO

X,Y

POSITION

LOlD

STATUS

REG.

A

ENABLE

CHARACTER

ROTATE

DISPLAY

JSR

RELATIYE

TO

A

SUB-ROUTINE

DISABLE

CHARACTER

ROTA!E

DISPLAY

JMP

RELITI'E

TO

A

SOB-PICTURE

DISPLAY

POP

AND

NO

RESTORE

ENABLE

CHARACTER

SIZE 0

ENASLE

CHARACTER

SIZE 1

ENlALE

CHARACTER

SIZE 2

ENABLE

CHARACTER

SIZE 3

*'

VSAC

DEC/Xl1

SYSTEM

EXERCISER

MODULE

XVSACO.P11

12-0CT-78

12:23

MACV11

30A(1052) 12-0CT-78

17:07

PAGE

8

THE

SUR-PICTURE

CONSCISTS

OF

SIXTEEN

DIFFERENT

SIZE

SQUARES

STARTING

FROM

A

COM~ON

POINT.

THE

COMMON

POINT

IS

RELATIVE

OLO

FROM

FRAME

1.

THE

VECTOR

SCALE

IS

LOADED

WITH

THE

LARGEST

VALUE

AND

A "DJSR"

TO

A

SUB-PICTURE

TO

DISPLAY

A 200

UNIT

SQUARE.

THE

VECTOR

SCALE

'ALUE

IS

REDICED

BV

ONE

AND

THEN

THE

SQUARE

IS

DRAWN

AGAIN.

THE

PROCEDURE

IS

REPEATED

UNTIL

ALL

VALUES

OF

VECTOR

SCALE

HAVE

BEEN

LOADED.

THE

FRAME

IS

~EING

DISPLAYED

AT

PLUS

1XPLUS

1Y

SECTOR.

THE

FOLLOWING

MODES

ARE

USED

IN

THE

SUB-PICTURE:

POINT

TO

X Y

CORDINATE

DJSRR

DISPLAY

JS~

TO

A

SUB-ROUTINE

DJ~PR

DISPLAY

JMP

RELATIVE

TO

MORE

DISPLAY

CODE

LONGV

DISPLAY

IN

LONG

VECTOR

MODE

VCTROO-17

ENABLE

VECTOR

SClLE

00

THRU

17

DPOP

DISPLAY

POP

AND

RESTORE

THE

D.P.U.

STATUS

FRAME2

K.

BASIC

VECTOR

TEST:

THE

SUB-PICTURE

DISPLAYS

THE

EIGHT

BASIC

VECTOR

PATHS

FRO~

THE

CENTER

OF

THE

FRAME.

A

HALF

SCREEN

LENGTH

VECTOR

IS

DRAWN

AWAY

FROM

THE

CENTER.

UPON

COMPLETION

Of

THE

VECTOR,

THE

OPPOSITE

PATH

VECTOR

IS

DRAWN

RETURNING

TO

THE

CENTER

Of

THE

FRAME.

THE

FOLLOWING

MODES

ARE

USED

IN

THE

SUB-PICTURE:

POINT

BASICV

PATHO-7

FRA~E3

L.

STACK

LEVEL

TEST:

POINT

TO

X Y

CORDtNATE

DISPLAY

IW'BASIC

VECTOR

~ODE

E~ABLE

PATH

(DIRECTION)

TO

BE

DRAWN

THE

SUB-PICTURE

DISPLAYS

EIGHT

STATEMENTS

INDICATING

THE

EIGRT

DIFFERENT

STACK

LEVELS.

THE

FRAME

USES

ALL

STACK

LEVELS

BY

"NESTING

DISPLAY

JSRwSft.

EACH

STACK

LEVEL

WILL

LOlD

A

DIFFERENT

VALUE

INTO

THE

DISPLAV

NAME

REGISTER.

THE

SUB-ROUTINE

WILL

EXECUTE

AN

"DJSR"

TO

ANOTHER

SUBROUTINE

UNTIL

ALL

STACK

LEVELS

HAYE

BEEN

LOADED.

UPON

REACHING

THE

LOWEST

STACK

LEVELL

A "POP"

(RETURN

FROM

SUB-ROUTINE)

IS

EXECUTED.

THE

"POP"

SHOULD

KETURN

TO

THE

CALLING

SUB-ROUTINE.

$

1

385

,~'

RCISER

MODULE

12:23

MACYll

30A(1052)

12-0CT-78

17:07

PAGE

9

80

OPERATION

OPTIONS

BIT

0

OF

SRl

CONTROLS

WORST

ClSE

BUS

RATE.

WIT~

BIT 0

CLEARED

f

THE

VS60

WILL

BE

EXECUTING

THE

VS60

INSTRUCTION

SET.

WIT~

BIT 0

SET

TH~

DISPLAY

BUFFER

IS

LOADED

WITH

YS60

NOP·S.

THIS

ACTION

RE§ULTS

IN

THE

RIGHEST

POSSIBLE

UNIBUS

'NPR·

REQUEST

FOR

THE

VS60.

WHEN

DEC/XlI

RELOCATES

TO

A 8£ 16

AND

24K

BOUNDRV,

THIS

MODULE

WILL

NOT

BE

RUN.

T~!S

CAN

BE

DgFEATED

BY

THE

OpERATOR

NOT

CONFIGURiNG

THE

~ODULE

ACROSS

A 8u

16

AND

24K

BOUHDRY

AND

CLEARING

BIT

10

(2000)

OF

LOCATION

"STAT"

OF

THIS

MODULE.

THE

MOTION

OF

THE

TEST

PATTERN

CAN

BE

STOPPED

BY

DEPRESSING

THE

"LIGHT-PEN"

SWITCH

ONCE.

RELEASING

THE

SWITCH

WILL

RESUME

THE

TEST

PATTERN

MOVEMENT.

9~

NON

STANDARD

PRINTOUTS

"STATC"

IS

THE

CONTENTS

OF

THE

DISPLAY

NAME

R~GISTER.

THE

DISPLAV

NAME

REGISTER

CONTAINS

A

UNIQUE

VALUE

FOR

EACH

SUB-PICTURE.

ALL

OTHER

PRINTOUTS

HAVE

STANDARD

MEANINGS

AS

REPRgSENTED

IN

DEC/Xll

DOCUMENTATION.

lO~

ENVIROMENT

!2

#3

11/10

WITH

16~

OF

MEMORY

RK-I1-D

DIS~

CONTROLLER

WITH

1

DRIVE

V5-60

DISPLAY

SYSTEM

WITH

ADDITIONAL

CONSOLE

11/45

WITH

24K

OF

MEMORY

(16K

CORE

+

8K

MOS)

KT-I1-D

MEMORY

MANAGEMENT

R~-11-D

DISK

CONTROLLER

WITH

1

DRIVE

V5-60

DISPLAY

SYSTEM

WITH

ADDITIONAL

CONSOLE

EIS

fIS

11/tO

~ITH

64K

OF

MEMORY

RK-

1-0

DISK

CONTROLLER

WITH

2

DRIVES

V5-60

DISPLAY

SYSTEM

WITH

ONE

CONSOLE

..

LIST SEQ,

BIN

VS~C

DECI

Xli

SVSTE~

F.XERCISER

MODULE

xVSACJ.Pl1

12-0CT-7a

12:23

m

3aa

mm

m

391

m 114008

m88

394

128~OO

395

B408

8

39~

397 14400

3n

m

H~m

in

016000

002000

4Q5

002280

406

38H88

m

409 08

3200

m

RUSS

412

413

000100

414 000140

m

888m

417

:;~

4

~

mm

421

422 000007

423

mlsg

424

425

mg

426

427

'22

8

4n

~2608

41 9

om

8

~3~

432

mm

433

434

mm

435

436

437 164000

43B

m~8~

439

440

164 0

441 164400

VSAC

DEC/U1

SYSTEM

EXERCISER

MODULE

XVSACO.Pll 12-0CT-7B

12:23

442

443 1700g

8

444

m~

2

445

m 170003

448 000200

44~

45

888m

452

453

454 174000

455 000100

456

457 154000

458

mm

m

u~

154200

46

mm

464

485

M 154020

468 176000

469

47~

47

mm

473 176040

m

Ham

47fi

477

m 040000

480

mm

4B1

m 8

gg

m

484 o 000

485

020000

m

000100

488 000021

4~9

19i

mm

MACV11

30A(1052)

12-0CT-78

17:07

PAGE

10

;VS-60

INSTRUCTION

SET

CHAR=~Oi8°~

SHORT

= 4

go

LONGV=l

0

DISPl.AY

IN

CRAR~ijo~~

~~g~OR

LONG

VECTOR

MODE

POINT=lrOO~

P~INT

MgDE

mm;

m 8

gRt~n~~

t

~

~8B~

mm;mm

BASIC

VECTOR

MODE

RELATIVE

POINT

MODE

BASICS=REl.ATPI4000

BASIC

SHORT

VECTOR

MODE

ABSVCT=144000

A~SOLUTE

VECTOR

MODE

8Hn~;I~~~~

OFFST

= 4

mKH

smn

S~

EN

ARLE

OFFSET

OF

OFFST3=16000

ENABLE

OFfSET

OF

INTO=2000

;ENABLE

INTENSITY

LEVEL

0

INTl=2200 ; 1

INT2=24g

0

~

m~;~g

8 ;

$ 4

INT5=3200 5

m~;m8

!LEYEL

7 6

LPOFF=100

LPON=140

KHBtm

O

mm~EB~m~

LIN~1=4

s~~fK~~

tl=~

t~~~

LIN

=5

LINE

=6

;ENABLE

LINE

TYPE

LINE3=7

;ENABLE

LINE

TYPE

;DIRECTION 0

&1m~~~88

;

DIRECTION

1

PATH2=! 0 8

~DIRECTION

2

~:m;

~g8

~DIRECTI~N

3

~ftn5~~6ggg

• 5

PATH~=3~000

!

~

DJMP=160000 ;DISPLAY

ABSOLUTE

JUMP

gm~Ds~~\'nm

;DISPLAY

RELATIVE

JUMP

;DISPLAY JSR

ABSOLUTE

OJSRR=OJSR

19IT9 ;DISPLAY JSR

RELATIVE

ONOP=164000

g~8~N~~gtb~~~~~9

,POP

AND

RESTORE

m&s~r~

NO

RESTORE

CONSLO=DNOP

0

CONSL1

=DNOP'

BI

TB

,CONSOLE

1

MACV11

301(1052)

12-0CT-7B

17:07

PAGE

11

m~~~Hm8D

DMENUO=STATSAIBITl

DMENU1=DMENOOlBITO

LPLITE=200

LPDARK=~OO

mH~~H

S1A1SB=174000

INCR=lDO

511T5C=154000

g"~~t~;~~~~~~IKit~

CHARSO=5TATSCIBIT7

g"i~~;;~Hi~~8IKlt6

CHARS3=CHARSDIBIT6!BrTS

VCTROO=STATSC!OIT4

STATE=STATSB!BIT10

~t~~g~~~t~~~AV~ito

EDGEO=STATElBIT5

5gx~k~lg8~8&BIT4

I

MORE

EQUATES

INTK=BIT14

~mmw

MA

XV=1777

~m~mM66

MI

NUSV=20000

MINSUY=100

SUPON=21

5UPOH=~3

SUBON=

2

SUBOfF=

4

,DISABLE

MENU

;DISABLE ITALIC

CHARACTERS

;ENABLE

"CRAPHPLOT

INCREMENT

REG.

CHANGE"

;DISAPLE

CHAR

ROTATE

~LOAD

CHARACTER

SCALE

TO

1/2

~

21

112

;

;LOAD

VECTOR

SCALE

REGISTER

;OISABLE

CHARACTER

STRING

TERMINATE

,DISABLE

EDGE

INTERRUPT

;LOAD

DISPLAY

NAME

REGISTER

INTENSIFV

MoX.

MENU

X

WIDTH

~AK.

X

AXIS

LENGTH

~AX.

Y

AXIS

LENGTH

HALf

OF

MAXIUM

LENGTH

NEGATIVE

SIGN

BIT

NEGATIVE

SIGN

BIT

~Er.ATIVE

SIGN

BIT (SHORT

VECTOR

40DE)

SUPER-SCRIPT

ENABLE

SUPER-SCRIPT

DISABLE

SUB-SCRIPT

ENABLE

SUB-SCRIPT

DISABLE

SEQ

0009

SEQ

0010

'SAC DECIXII

SYSTEM

EXERCISER

MODULE

XVSACO.Pll

12-0CT-78

12:23

548

m

~~~

000224"

553

~~l

818~~':

RR~14~'

551

0

0230"

000580

~ACV11

30A(1052)

12-0CT-18

17:07

PAGE

12

IOMODP

<V

SAC

)

17200~

320.4

0,75

MODULE

142000.~SAC,

~200a,~~6L~lLLO,75lf.'

.TITLE

VSAC

OlCIX11

YSTE~

EXEKCl~.R

MOuu~E

;

ODXCOM

VERSION

6 23-MAV-18

.~*******~I~I***~I~*************************.***************************

hGIN:

MOONAM:

.ASCII

IVSAC

I

;MODULE

NAME.

XFLAG:

tBXT~

OPEN

;USED

TO

HEP

TRACK

OF

\I~UF"

USAGE

ADOR:

3'6°00+0

;lST

DEVICE

ADDR.

:~fiOR:

.~YTE

PRTV4+0

$l~t

g~Vl~~El~CTO~.

BR2: .BYTE

PRTV+O

;2NO

BR

LEVEL.

DVI01:

+1

;DEVICE

INDICATOR

1.

~:~l

g~~n

~~~ltEn

~~gI~t~~

;

SR3:

OPEN

/SWITCH

REGISTER 3

~ai,****~~~~********************,~WII~~*~~~l§I~~*~****

*****************

STAT:

142000

;STATUS

WORD.

~~bt~T: ~O~~~

$~8gS~~

~t~~~

~8~~TER.

mm:

8

!~A~~

m~miiNS

PER

PASS=O

~COUNT:

~

;LOC

TO

COUNT

lTEQATIONS

HR&g=Jl

~

s~ge

~8

~::~

t3+ir

ij~k~

~~~8~~

SOFPAS: 0

;LOC

TO

SAVE

SOFT

ERRORS

PER

PASS

g~~~~ii

8

!~06FTgy~AI~R~~~OA~~H~H~A~~g

PASS

RANNUM:

0

;HOLDS

RANDOM

#

W"EN

RAND

MACRO

IS

CALLED

COHfIG:

;RESERVED

FOR

MONITOR

USE

~~~~i

8

~~~~~~~~g

~g~

~8~Itg~

S~~

SYRg:

OPEN

;LOC

TO

SAVE

R9.

~:U21

OPEN

;(8~

tg

~t~~

~2:

SiR3:

8~~=

!LOC

TO

SAVE

R3.

SVR4:

OPEN

;LOC

TO

SAVE

R4.

~:~~;

g~~=

!~8g

f8

~~~~

~~:

CSRA:

OPEN

;lDDR

OV

CURRRNT

CSR.

SBlDR: /lDDR

OF

GOOD

DATA,

OR

ACSR:

OPEN

;CONTENTS

OF

CSR.

~~¥1¥~:

OPEN

~~¥~~U~"R~~DC8~t~~T~~

ERRTYP:

;TYPE

OF

ERROR

f~:~:

g~~=

!~~f~~lEgA¥t:A.

RSTRT:

RESTRT

;RESTART

ADDRESS

AFTER

END

OF

PASS

:B~~l

3~~=

!~gRg~

1Ro~E~~~OR~E~E~Tr¥~~I~rON

IHTR:

OPEN

;#

OF

INTERRUPTS

PER

ITERATION

IDNOM:

75

;~ODULE

IDENTIFICATION

NUMBER=75

:~ftIT

SPSIZ

/~OOULE

STACK

STARTS

"ERE.

MACYll

30A(1052)

12-0CT-78

17:07

PAGE

13

.WORD

:~m

~~~~~i*******************************.****************

******************

R8UFYA:

FRAMED

R8UFPl:

OPEN

R8UFEA:

OPEN

SEa

0011

SEQ

0012

ISIC

DEC/XII SVSTE"

E.ERC!S~R

_ODDLE

XIS.CO.Plt

12-nCT-7R

12:2]

Sf;

Y

st:)9

0\)0232"

000003

'i

6')

000234"

000070

s~~

888m:

iBm

Sf:d

OJ0242"

112004

'i

01

°88~44'

i72OO8

565

o . 246'

7m

56ft

o 0

50'

"I

2

51>7

000252"

1"12?14

';

hR

0r~54'

!7~)1h

Sfi'-.l

8

B2gS:

lLM

'i73

571

00i\2;;2"

172024

s~3

nm~:

mm

'174

UOil270"

172132

(";

75

00021r

r

2p4

m

88m

,:

,3h,s

578

000300'

000322

S

79

5R)

'i

81

mm:

gD~m

000306'

0~0330

S

>-12

mm:

888m

'j

83

584

5).)<;

000314"

000336

<;%

')

87

')

8,

mm:

88im

'89

Sq)

009324'

032767

S91

mm:

mm

592

593

888W:

mm

')91

595

000354"

001404

596

QO~356'

026727

597

D00164"

002421

')98

°8g~~F

~~a767

m g b W

2m

on!

000404'

012767

602

00')416"

0H

76

7

lin

BS8B2:

~d6~

604

IiD5

~ogm:

~12m

605

607

080440'

oHon

60

R o

0442'

00572C

609

000444"

022701

m

388m:

mm

612

000456"

010021

613

000400"

00')720

171'012

000001

000707

nCOGlO

17741;2

177454

000001

Ooooni

17742)

060.000

0002H'

177146

000276"

1773

J2

mm

171502

000004

002316

!7746~

177554

177550

0)5000

177442

177'512

177506

005000

177101;

_ICVll

]DA(10~21

12-0CI-18

11:01

PIGE

14

bmW'3

O;:UYl:

20

m~;

m88~

GUPos:

172004

GTYPos:

~F906

m~I;

h~~g

GTXOfF:

1"22:14

mmi

tB~~~

CHONS:

172022

GTNA~f:

172024

mmlmm

erS!'PT:

172032

GTZPOS:

!P034

mR~~l

§W

36

GTDNEl:

322

g:i[~~i:

m

GTSOT~:

330

GTSOH,

332

GT~I~~'

334

GT~I~l:

336

IPASS

COUNTER

PICTURE

~OTION

DELI'

FICTOR

GRIPHPLOT

~OTION

DEL~V

FACTOR

Bt~~[~~

~~.f8sPR~G!

DISPLA'

x

REGISTER

g!~~[~~

~Er5g~ttE~EG"

MISC. STITOS

REG,

II

DISPLIY I

POS

OfFSET

REG

DISPLI'

,

.05

OFFSET

REG

DISPLIY

ISsac.

NIME

REG.

DISPLAY

CONSOLE

STITUS REG!STER

DISPLAY

'I~E

REGISTER

gfg~t~~

8A~~~c~~~Tf~~~INITE

REG.

DISPLIV

STACK

POINTER

REG.

DISPLIY l

POS

REG.

DISPLIY Z OfFSET REG"

DISPLIY

DONE

VEcrOR

JDISPLA' LIGHT-PEN

VEcrOR

;DISPLAY

SHlfT-QUT!

riME-OUT 'ECTOR

IOISPLI'

.I~E

MITCH

lECTOR

SEQ

0013

;INITILIZE

15-60

IDDRESSES

AND

V~CTORS

STAPT:

1 S:

2>:

RESTR!'

I,:

1ST

IJNf

HIT

8NE

~OV

_ou

1ST

BEQ

eM?

BLT

"au

SP

~OV

CMP

BGT

~ov

MOV

"OU

1ST

CMP

PNE

"au

TST

MICVll

30A(1052)

12-0CT-1R

;~IS

•

PASS

REEN

~AnE

YET?

IVES

LEU!

INO

-

IS

NOP

OR

INSTRUCT

DESIRED

fRR

IF

"lOP

,455

WORDS

fROM

MEN/ITERATION

;IS

ICONf~zl.~ERRUPTS/ITERI'ION

;YE5

qR

TO

SET

TO

I

;IS

IT

LESS

THhN

5000

,OPFRITOR

MUST

HAVE

ALREADY

SET

IT

UP

;IT

WAS

ZERO

-

SET

TO

I

FR

ME"fTTERATION

11 INTERRUPT/ITERATION

,IS

IT

GREATER

THAN

ZP.RO

;~O

-

US

60000

TO

START

WITH

LOAD

POINTER

17:01

LOlD

VALUE

LOAD

VALUE

INTO

ADDRESS

TEST

FOR

BUS

"RROR

AND

UPDATE

10

TEST

IF

DONE

ADDRESS

SETOP

8R

If

NOT

LOAD

VECTOR

ADDRESS

LOAD

VECTOR

VALUE

lO.JUST RJ

PAGE

15

rEST

If

DQNE

VECTOR

SETUP

8R

IF

NOT

GET

PHYSICaL

ADDRESS

PROM

16-817

R8UFI.

GET

,:.

BITS

~OVE

BITS 4 • 5

INTO

10

INO

11

~ASK

SAVE

MY

EA

BITS

SEQ

0014

LOID

PHYSICAL

ADDRESS

OP

THE

STIRTING

LOC.

0'

T

UPDATE

ADDRESS

CLEAR

aSORT

TESTING

fLAG

I~~ic8~~(~11 SI~!~~T~~~RI~~~~

MODULe

m

000540"

012767

004000

177336

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8W~~:

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pm~

1,73~4

1 74 0

63

56f

7

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1773

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it

8

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88

604"

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m

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m

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640

unm

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mm=

in

644

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0

~o~,

177400

645

m

64B

m

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012767

004000

177224

88~m:

sum

mm

652

00

674'

017767

177354

177200

m

mm~

nun

mm

655

In

000025

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gg;

Ui734'

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888888

:

663

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4

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177126

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8~1~!~:

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il~

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0

507

177150

69i

g§2

693

2

94

6~~

697

221916'112777

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tU:

um

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0l4f1

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000000"

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7~8

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~~:

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um

8R888S:

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176702

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Hi

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881~~a:

88ilg~

001716

716

001222"

104410

000000'

MACY11

30A(1052)

12-0CT-78

17:07

P~GE

16

;TEST

THAT

THE

K

DYNAMIC

OFFSET REGISTER

CAN

BE

LOADED

XDOFF:

MOY

#~IT11,ASTAT

;LOAD

EXPECTED

VALUE

MOV

GTXOFF,CSRA

;LOAD

T~E

BUS

ADDRESS

IS:

~8~

~~t~6~F;r~~~F

!~~~g

t~~

~~gI~t~~

~A~

t~+~~~~f~~SR

s~~~~

I~

~~~~E

BITS

2$:

2S:

BEQ

2~

;8R

IF

SA~E

~~l*****t'~,~§~IX~******t~II*iIV~~*************.**.*************

~RDER~

BEGIN

NULL

, K

DYNAMIC

OFFSET

REGISTER FAILED

TO

LOAD

;*****,*****t***********h*****************************

****.*****

BIS #AITO,ABORT ;INDICATE

"~AJOR

ERROR"

;TEMPORARY

RETURN

TO

MONITOR

••••

;THEN

CONTINUE

AT

S~~J¥~T~g~~ABt~!Tf~NTEST

;ENSURE

CLEAR

REGISTER

HACY11

30A(1052)

12-0CT-78

17:07

PAGE

17

25:

mm:~~m

ASR

AST1T

m

~~TREL

;TEST

THAT

THE

D.P.C.

REGISTER

CAN

BE

LOADED

DPCTST:

=8:

I~It121~¥I~PPT

!~51DM~~Ulc~~Dn~ALUE

MOV

CTPC

~SRA

;LOAD

THE

BUS

ADDRESS

MOY

ASTAf'fGTPC

;LOAD

THE

REGISTER

~2~

l~t~i~Ag~~

!~~~~

I~EE~~ilSTER

BEQ

2~

;8R

II'

SAME

~~I*****fi~I~~~!Y~***""~II.~I~~~

•••••••

**.*

••

****

••••••

**

•••••

~RDER~,BEGIN,NULL

;

D.P.C.

fAILED

TO

LOAD

PROPERLY

;***********************************~*****************

**********

1 S:

2S:

BIS

#BIT3,ABORT ;INDICATE

"MAJOR

ERROR"

~~~:~~~g~~I~

~t~~&O~A~tl~ij~U~¥

L~x~o~~§~~ucTioN.

~ij~

t~TAT

sft~Jy~TM8AlA8t.§T~§NTEST

CLR

@GTPC

;ENSURE

CLEAR

REGISTER

CLR

~GTSPPT

;CLEAR

MAINT

SII

#1

;NOII

TE5IN~FDm

;am~

i~R~wwmEp~~§MOU"D

DONTST:

TST

ABORT

BEQ

BEGNA

ENDS,

BEGIN

SEQ

0015

PROPERLY

SEQ

0016

m

774

m

727

728

m

711

001226"

005767

oOP

3F

OHm

ggdh,

&~142~

mw:

81m6

001254"

012720

mm:

mm

001266'

012711

001274'

116777

001302"

OO~523

CO

lIi10

000001

176554

mm"

lfi4000

~06136

•

0021H'

117002

176512

176776

~ACVll

30A(1052)

12~OCT~7B

17,07

PAGE

lR

SEQ

0017

m

114

13'i

mm:mm

~~~li~"

t~~~~g

35:

Mav

Move

MOV

MOVS

"011

MOVS

~[lV

MOVS

Hi

13~

739

740

m

743

m

146

747

748

HZ

~~l

75~

754

755

m

~

58

59

60

76~

,~~

164

755

166

001320

0 n 2777

O~1326'

116177

o

13340

1\12711

o

342'

116711

o

350"

012771

001356"

116777

SRlm:

mm

DDt

400"

005067

g8l~P4;

8R~W

out4i~"

OH76~

8

01

m:

mm

o~1434"

~16767

051442

0 0

676"/

OO~

450"

g1276~

g8t\~~:

bWh

001472"

016167

001500'

012767

mm:mm

8H~~F

Ql6~l7

OHS36"

6d161

002210"

116754

176460 176750

{22544"

176144

od~m·

mm

176430

176730

mm

831m

001514

004332

88m~

O~1472

o

1466

~

~m

8

04450

88~m

m~u

001512

mm

88m~

mm

003334

mm

176530

mm

003160

8~l~~~:

&l~~tt

gI676~~04482

OHS60'

016771

,

mm

176450

001566"

104400

000000'

VSAC

DEC/Xli

SYSTEM

EXEPCISER

MODULE

XVSACG.Pll

12~OCT-78

12,23

767

t

6B

69

001572"

Hi

001572"

000004

000000

"

00160;)"

r H

mm:mm

mm

775

001614'

017767

176420

176260

:m

001622"

100133

77<

n~

8°1624"

O~5167

001264

78

~

~m

78

o81m:

000023

176246

783

1B4

85

00l~40

•

104405

000000

• 000000

786

001646"

005~67

787 001242

7BS

°&1652"

°85

67

001242

789

o

656"

0

1374

p~

Tm:mm

001242

1~~

g

16~~:

g~616~

mm

19

o

~02'

omo

794

795

mm~

um~

mm

001226

m

mm

796

m

Smu:

mm

802

001752"

062767

001162

m

mm:

~m~;

001154

024000

002000

001142

806

001776"

012767

002000

001136

~8~

002004"

104413

000000"

809

D02GlO"

000417

4$'

~8l

CLP

TST

BNE

HOV

MOV

MOll

MOV

MOll

MOY

MOV

MOll

1'011

MACHI

30A(1052)

12-0CT~78

11:07

;RETURN

HERE

IF

INTERRUPT

VIA

DONE

GTSTOP:

;LOAD

SHIFT~OUT

VECTOR

ILOAD

NAMe

MATCH

VECTOR

PAGE

19

(STOP)

FLAG

AND

BIT 0

OF

SRI

IS

CLEARED

SEQ

0018

~IRQS;BEGIN;STOPRT~~~-~~-~~-~~-~;-QUEUE-UP-To-coNTiNUE-iT-STOPRT~AND

Rft

~--~---~---~~~~~--------~~~-~~~~~-~-~~--~~~~~-~~~~~---~---~--~-~-

STOPRTl

~~~

~¥§~~~~~iSTAT

~~5tB

~~~EA§~~~§!E§F

STaTUS

REG

Ul

MOV

@G'fS

,ACSR

;READ

TilE

STATUS

REGISTER

BPt

EXSTOP

,SR IF

EXTERNAL

STOP

EVENT

;TEST

THAT

A

NAME

MATCH

INTERRUPT

HAS

OCCURRED

BEFORE

STOP

INTERRUPT

~~l

rAMESW

ii~SIFN~~~EI~~~R.sg~tu~fi~g

~ov f~3

ERRTVP

·OEV

FAI(ED

TO

INTERRUPT

~*~*****

**'************'***~**************k~*****************.*

~~2§~&'2t~!~t~~~~****.**i~~~~*~~1£~*I§I§§~~~I*ti~~~~*t~*~~5~~*~~fORE

STOP

IN'fERR

B:

CLR

NAME

SM

;~~~~RI~A~~T~~T~OT~g~r.

k~A~ET

TST

MonON

BNE

RESTR lBR

IF

YES

DEC

Grot

110

,DECREMENt

PICTURE

MOTION

DELAY

BNE

RES'l'R

MOV

DELAI

GTO!.

VO

,RESET

PICTURE

~OTION

DELAY

SIT

~fIT

~,DLnRG

,TEST IP

NEGATIVE

POLARITY?

BNE

;8R

IF

!lgG.

SUA

~

,DLTXRG

,ADJUST

I

DYNAMIC

OFFSET

SUB h

Ol

.

nRc

S~~~¥SrFYF~~~~U~~

~[[S~Os.

OFFSETS

1

eMP

3$

IRG,1I0

BNE

~8R

IF

NIlT

MDV

rINUSK

DLTXRG

,PRESET

I

OFFSET

VALUE

~Eg

MINU¥x~8tTYRG

$&~~~¥l

I

B~ki~IcV&&~~ET

VALUE

2S:

1,DL X

ADD

1

DL'l'YRG

;UPDATE

Y

DYNAMIC

OFFSET

VALUE

m

~~~KRG'~MrNUSXi4000

la~sIFI~o~INrsHEo

ALL

NEG.

OFFSETS

1

MOV

l

OOO,DLTXRG

$RELOAD

K

DYNAMIC

OFFSET

'ALUE

MOV

2000,DLTYRG

1RELOAO

Y

DYNAMIC

OFFSET

VALUE

ENDITS,BEGIN

~~ONr.&RE~RAel

~~~~Al~8N5F

PASS

SR

RESTR

III

002012"

115~67

001112

I

~

ilil~!:

l~i~

~Zi~~~

001102

ili

lijlJI~

I~i!

Ai!~gi

8;ii;;

lit

~1~lil:

~liftl

IIJlli

1~IIi~

IIi

88~1

g:

~

~l~~

00 0

A"

76

30

III

Iljl~!:

f1

9

f1f

Ifi~~~ l~~~~~

II

B8~131:

&~~~l~

000011 175744

835 002142" 104405 000000" 000000

II'

88il~~:

8~~~2~

3asAtl

175724

81'

002162" 104405 000000" 000000

841 002170" 000167 176122

IU

U~

002174"

84'

002174" 000004 000000" 002202"

ill

:!~~:~:

!::;!!

000000"

MICYll 30A(1052) 12-0CT-78 17:07

PAGE

20

If

EST

3S:

CONTI

SEQ

U019

FOP

INTERRUPT.

,RETURN

HERE

IS

THE

INTERNAL

STOP

FLAG

WAS

NOT

SET

EXSTOP:

=8¥

~l¥~~l~i~~R

!~~tg

a~~I~¥~DEi~LUE

TSTB

ACSR

,TEST

IF

SET

RS

L

1~1

RRTVP

• L

Er,AL"§TlkRH~+

,*I**_**ll.'~***********,I*~******************.*******

********.*

HRDER~

BEG

IN,

NULL

·UNEXPECTED

E~TERNAL

STOP

INTERRUPT

!*****'*****************'*********************************.***.*

Mn~

SIt~~RRTYP

ILLEGAL'~~t~~Ra~tIN

,*******1

*,************1***************************************

~!~§~i,V!~I~,~~~~*******,~I~~*I~I~~~~2I*!~t*~~*~~~~*~~!*~~I*****

~MP

START

,START

AGAIN

lS:

,H~6g:r

HERE

IF

INTERRUPT

VIA

DONE

(STOP)

FLAG

AND

BIT

0

OF

SRI

IS

SET

IS:

~iRQS;BEGiN;iS----------j-QUEUE-UP-TO-CONTiNUE-AT-is-ANO-RTi-----

;----------------------------------------------------------------

ENDITS,BEGIN

BR

CONT

MACYll

301(1052)

12-0CT-78 17:Q7

PAGE

21

SEQ

0020

,if_

VSAC

DEC/XII

SYSTEM

EXERCISER

MODULE

XVSACO.P11

12-DCT-78

12:23

in

mm:

888~g6

175554

9l~

3 4

915

002544'

m

002544'

000004

000000'

002552'

m

55

f

8P767

56'

6767

mm

9~t

wm:

n7~~~

mm

h

h8~:

~m

000044

175274

925

~~~

002612'

104405

000000'

000000

9 8

002620'

000;67

17547~

rm~~

m

mm:

819

g:;

mu

m r

uo

:

8H7r~

003515

175234

933

8~65S·

012~6

000044

175230

934

935

002656'

104405

000000'

000000

939

88m~:

mm

;~8

175210

939

94~

002676'

104405

000000'

000000

~t

002704'

000167

175406

943

iSAC

DEC/XII

SYSTEM

EXERCISER

MODULE

XVSACO.P11

12-0CT-78

12:23

944

945

m

002710"

948

949

950

95~

§~3

954

955

m

002710'

000004

000000"

002716"

o

2732'

6767

17g!~4

i7~I~o

81~~~~:

Ill~~~ A~534~

1~516R

o

2~40'

~767

175140

8

~7:~:

2~g~

000011

175132

002754'

104405

000000"

000000

MACV11

301(1052)

12-0CT-7Q

17:07

PAGE

22

20S:

.*******~

••

*******************************************

**********

5MP

START

lSTART

~GIIN

o

lNON-~ERO

IF

THE

FLAG

WAS

K~OWN

1

RETURN

HERE

If

I

MISC.

VS60

INTERRUPT

GTSHIF:

IS:

2S:

B:

MACY11301(1052)

12-0CT-78

17:07

PAGE

23

lRETURN

HERE

IF

NAME

MATCH

INTERRUPT

GTMACH:

1$:

In

88~l~i:

8a~lf~ lig~i8

li~la~

4S:

083000'

012767

000011

175100

003006'

104405

000000'

000000

963

m

967

m

in

974

m

984

U5

98~

988

m

993

000060

2S:

mm

3S:

p5172

~mH

m~E:

NAMESi/:

EABITS:

MOTION:

FAST:

lNON-7.ERO

IF

STOP

MOTION

mm:

GTDL

Y1:

mml

ABORT:

DLURG:

DLTYRG:

SF')

0021

SE.Q

0022

vs~c

Dor;"ll

SVSTf" F,XfPClSER

"OOllL,:

xVS~CJ.DII

12-0CT-1A

12:23

9g4

gO,

9Qf;

on

99q

9Qg

IS8i

1m

1004

tm

100A

m~

1m

1013

lW

1017

lSl~

102.

1021

1322

1023

1024

1025

m~

1028

102Q

l8n

1032

1131

lJ

34

1i135

lu36

1m

1039

1040

181~

1043

U44

l&U

1047

m~

r0]144·

1"4J74

003146·

16477"

VSAC

O'.C/Xll

SYSTEM

EY":RCISER

XVS~CJ.Pll

12-QCT-7812:23

m~

tm

mm:

888m

88m~

10

5~

003326·

00G236 000243

105~

n~3334'

080253

8~8

g

m~:

~

8m

888m

m~

003352'

000276 001277

003360·

000277

i~g~

g~mF

mm

88m~

1

63

o

3376'

000264 000261

1064

~03404·

000252

1m

mm:

888m

mm

1r

7

Tm'

8i

g2F

000203

p~

8

~W:

0

16~

8

8m

7J o

344a,

0

oiH

1m

ggm~:

g

8m

o 0123

l~H

g~U5~:

8~81g~

mm

1

75

o 3 4

~2'

0 1

10;1

6

883~OO:

°mgt

888m

181~

Ma,8

1

m5

mm:

888m

OOO12~

1m

mm:

8S8Hj

888m

1m

003542·

166000

lOBS

MODULE

888m

000247

888m

000277

8~m1

o 0256

smn

000176

8~gm

o 0117

0~~104

8

188

888m

000132

888m

SEQ

0023

~~~~~~:

~6~SLOtA~t71BIT~IAIT51BIT4IqIT3IAIT2

CONSL11AIT71BIT6tRIT5tRIT41RIT31AIT2

;EN~BLE

CONSOLE

0

;EN~ALE

CONSOLE

1

;DISPLAV

OUTER

OEF.

BOX

WITH

OIFfERENT

LINE

T'PES

ONA~EIVO

;LOAD

D.P.U.

NA~E

REGISTER

WITH

T~E

VALUE

OF

"VO

SorNT

ILPON

~H~SA

ILPLITE

LONGYIINT4tLINEO

INTxtMAXX

;TOP

LINE

f)

LONGYILINEI

IRIGHT

LINE

INTX

~INUSJluArV

LONGYILINE2

IBOTTOM

LINE

6 N Txt M

INU

S X t M A X X

LONGYILINf3

ILEFT

LINE

INTX

MAXV

O"A"! !VO

~S~NTILINf~

200

LONGV

l"'hI200

o

POINT

440

§~hSB

IINCR+4

DNAME

I

YO

GRAPH'

g~ml~&

DJSRR

I

XL

~~~NT

40

DNAMEIVO

LONGV

INTX

1200

m

NT

ONAMEIVO

mmXL

DNA"EIVO

DJSRRIXL

OJ"PRI

Xl

,LOAO

D.P.O.

NA~E

REGISTER

WITH

T~E

VALUE

OF

·VO

IORAW

BASE

REF.

VECTOR

,LOAD

O.P.U.

NAME

REGISTER

WITH

THE

VALUE

OF

"VO

~~~~~

g:~~~~VtiA~~

mlmR

"~mn

THE

VALUE

OF

"VO

;OJSR

RELATIVE

TO

THE

TAG

"SINE"

;LOAD

D.P.U.

NA~E

RP.GISTER

WITH

THE

VALUE

OF

"VO

,LOAD

D.P.U.

~A~E

REGISTER

WITH

THE

VALUE

Of

AVO

IDJSR

RELATIVE

TO

THE

TAG

"SINE"

'LOAD

D.P.U.

NA~E

REGISTER

WITH

T~E

VALUE

Of

AVO

,OJSR

RELATIVE

TO

T~E

TAG

"SINE"

;DJ~P

RELATIVE

TO

T~E

TAG

"OCTPIC·

MACYlI

301(1052)

12-0CT-78

17:

n 7

PAGE

25

SEQ

0024

,OAT

A

STRING

FOR

A

SINE

WAVE

SINE: •

WORD

0200,0205,0212,0217,0224,0231,0236,0243,0247,0253

•

WORD

0257,0262,0265,0270,0272,0274,0276,0277,0277,0211

•

WORD

0277,0276,0275,0274,0272,0267,0264,0261,0256,0252

•

\lORD

0246,0241,0235,0230,0223,0216,0211,0203,0116,0171

.liORD

0163,0156,0151,0144,0137,0133,0127,0123,0117,0114

•

WORD

0111,0106,0104,0102,0101,0100,0100,0100,0100,0101

•

WOPD

01Q2,0104,0106,0111,0113,0117,0122,0126,0132,0137

•

WORD

0144,0151,0156,0163,0170,0175

DPOP

,DISPLA'

POP

AND

RESTORE

MODULE

MACV11

30l(l052)

12-0CT-7B

17:07

p~

GE

76

OCTPIC:

DNAMEIVO

m

f

RELATP

I

ALKON

f~tmm'7

INTX.7

INTXIMINUSX+1600+7

INTXIMINUSX+1600

1:'~!~INMR':~6000MINSQV'7

INTX+16~O+MINSUY+7

ONAMF.!YO

m~T

710

RELATPIBLKOFF

INTX'368~

INTX+36

0017

INTX+17

INTXIMINUSX+3600+17

'~'II=I~H~I:~188'MINSUI+17

INTX+MINSUI+17

INTX+36g0+MINSUY+17

~m~'V

1420

660

SHoRTVIBLKON

mmZ88+37

INTX+J7

'~tll=I~H~I!~~88+37

INTXIMINUSX+7600+MINSUV+31

INTX+MINSUY+37

fi~I~~1~80+MINSUV+37

POINT

WO

SHORTY

I

BL~oFF

ImamS+77

INTX+77

l~f~I~I~3§~!11Z88+17

INTXIMINUSX+176000MINSUV+11

'~'I!~~~~~r~lhSUY'77

,LOAD

O.P.D.

NAME

REGISTER

WITH

THE

VAl.flE

OF

"VO

:SHoRT

VECTOR

oCTIGQN

;LOAD

D.P.fI.

NAME

REGISTER

WITH

THE

VAL"E

OF

"V0

;SHORT

VECTOR

OCTAGON

;LOAD

D.P.o.

NAME

REGISTER

WITH

THE

VALHE

OF

"VO

,SHORT

VECTOR

OCTAGON

;LOAD

D.P.U.

NAME

REGISTER

WITH

THE

VALUE

0'

"VO

;SHORT

VECTOR

OCT~GON

MACV11

30A(1052)

12-0CT-78

17:01

PAGE

27

SEQ

0026

DNAMEIVO

;LOAD

D.P.U.

NAME

REGISTER

WITH

THE

VALUE

0'

"VO

POI

NT

I

BLKO

N

B8°

LONGV

;LONG

VECTOR

OCTOGON

HY

LENGTH

OF

117

INTH137

2NTX+137

137

lNTX

137

INTXIMINUSX+137

137

INTXIMINUSX+137

o

lNTXIMINUSX+137

MINUSX+131

INTX

~mmp7

MINUSX+137

ONAMEIVO

;LOAD

O.P.U.

NAUE

REGISTER

WITH

THE

VALOE

0'

.VO

r~\8T'BLKOFF'LPOFr

440

r~¥~Y177

;LONG

VECTOR

OCTOGON

BY

LENGTH

0'

111

o

IHX+177

!W

INTXIMINU5X+177

177

~NTXIMINUSX+177

INTXI~INUSX+171

MINUSX+177

INTX

mmH

17

MINU5X+177

VSAC

D~Cnll

SVSTE~

EXEilCISER

,l..!nOULE

MACVl1

10A(1052)

12-0CT-18

11:01

PAGE

28

XVSACO.

Pll

12-0CT-18

12:23

SEQ

0027

11

rl2

;DISPLAV

C~ARACTEP

SET

1183

1184

004040'

IS0H5

DNA~f:

I

YO

;LOAD

O.P.U.

NA~E

REGISTER

WITH

THE

VALUE

OF

"VO

1m

88~slF

mw

~m¥\LPON

;ENSURE

NOR~AL

SIZE

CHARS.

r

R7

004J4h·

000100

100

m

~~~m:

mm

MAXV-100

STATSA IITALO

1190

g8a8~~:

mm

m~mL

pn

;OJSR

REUTIVE

TO

THE

TAG

"PAun

In

004060"

110060

STATSA I

lTALI

11

93

g~~m:

mm

DNAME'VO

;LOAD

a.p.u.

NA~E

REGISTER

W[TH

THE

VALUE

OF

"VO

fH

POINT

r5

g~:W:

88A~~~

100

96

MAXV-130

91

4

1~"

[

000

CHAR

f~g~

804014'

163r5

OJSRRUL

;OJSR

RELUIVE

TO

THE

TAG

"PATl"

r~w

118

4~

5mW~TALO

D.P,U,

NAME

REG[STER

W[TH

THE

VAL

DE

OF

"YO

8

~

gg:

1I

4

00

;LOAD

1 01 POINT

1202

004104'

OOP220

220

ml

8gms:

mm

"AXV-200

CHAR

1205

004112'

163111

OJSRPIXL

;DJSR

RELATIVE

TO

THE

TAG

"PAT3"

1m

mm:mm

STATSA I

[TALI

VALUE

OF

"YO

D~AMEIVO

;LOAD

D,P,U.

NA~E

REGISTER

WITH

THE

POINT

1209

0"4122'

000220

220

tm

&SmF

mw

MAXY-230

CHAR

084130'

lfi31C2

DJSRR I

XL

;DJSR

RELATIVE

TO

THE

TAG

"PAT3"

F

13

~

4132'

170rO

STATSAIITALO

214

og~l~l:

m 6

DNA~EIVO

;LOAD

D,P,O.

NAIIE

REG[STER

WITH

THE

VALUE

OF

"YO

1215

8&4t40'

ago

22 POINT

12H

220

1217

4142'

0

1411

wAXV-300

tm

R

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12:23

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12-0CI-78

12:23

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--

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12-0CT-78

17:01

PAGE

43

XVSACQ.

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12-0CT-78

12:

23 CROSS REfERENCE

TARLE

--

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MACVll

30A(1052)

12-0CT-78

17:07

PAGE

44

HSACO.

Pll

12-0CT-78

12:23

CROSS REFERENCE TABLE

--

USER

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i4n

nm

1519#

1521#

l~m

16271

yeOH

000652R

006232A

1030 1032

l457

mi

519

1619

1627

• APS.

OOOO~O

000

VSAC

DEC/xli

SYSTE~

EXERCISER

MODULE

XVSACO.Pll

12-0CT-18

12:23

006232

O~l

ERRORS

DETECTED:

0

Df.FAULT

GLOBALS

GENERA

TEO:

~~~~f1~~~S~C~I~9L~~~ti~5~~=DDXCOM'XVSACO

RUN-TI~E

RATIO:

3018=3.4

CORE

USEO:

BK

(15

PAGES)

MACY11

30A(lrS2)

12-oCT-78

17:

07

PA

GE

47

CROSS

REFERENCE

TABLE

--

"SER

SVMqOLS

614

R31

842

8'Q

910

928

1m

1192

1199

1206

1213 1220

151 811 819

1003 1121

461 466

1m

1437

q~5

900

17tH

1500 1502

1504

1506

1508 1510

1526

1528 1530

1532

1000#

1017

101AH

1028

1029ft 1031

1087

1088~

1100

1l0U

1113

1114#

1185

ft

1193

1194B

1200

12~H

1201

1305

1306"

1313

1314&

1320

132lH

1349#

1355

1356#

1371

1372#

1385

1452

l~W

WBff

HW

1m!

1m

ft

H'W

164A#

1655

1656#

1666

166B

600 •

p46#

m~ff

i049 #

p91~

1198&

1205#

4721

501ff 503ft 1505ff

IS0H

1523

1525« 1527#

1529#

1531&

153H

1635 1643 1654H

1665#

1046

104B

1049

1191

r9~

1205

UB

HH HH

P03

m

HH

529

1635

1643

1654

1665

~Aevll

30A(1052)

12-0CT-78

17:07

PAGE

4B

CROSS

REFERENCE

TABLE

--

USER

5Y"QOLS

SEQ

0045

937 942 961

11(16 1448

1456

1463 1411

1512

1514 1516

151 R

1520

103H

1031

1038#

1044

10

45~

1126

nn#

1139

1140#

IHO

12~B#

1215

&

1221

1222#

1327

132Bf

1334

1335ff

1341

1'86#

r03

1404#

1427 r28ij

495 496ft

m~u

HUff

mf

616&

623

16Al

1682#

1212#

1219#

1226#

1227ft

WH

1509#

mu

1513#

1515#

15A69 1595 #

1603~

1611

ft

1212 1219

1226

1227

1450

!m

1511

1513

1515

1517

15B8

1595

1603 1611

SEQ

004~

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