1013_FM_151_Radioactive_Decay_Demonstration_for_Recomp_II_Computer_Jul59 1013 FM 151 Radioactive Decay Demonstration For Recomp II Computer Jul59

1013_FM_151_Radioactive_Decay_Demonstration_for_Recomp_II_Computer_Jul59 1013_FM_151_Radioactive_Decay_Demonstration_for_Recomp_II_Computer_Jul59

User Manual: 1013_FM_151_Radioactive_Decay_Demonstration_for_Recomp_II_Computer_Jul59

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REC01VIP

II

USERS'

PROORA}l

NO.

1013

PROGIWI

TITLE:

FM

151

RADIOACTIVE

DECAY

DEMONSTRATION

~'OR

RECO~1P

II

COMPUTER

PROORAM

CLASSIFICATION:

Service

Routine

AUTHUR:

1.

Halprin

Army

Signal

Research & Development Lab.

Data Equipment Branch

Fort

Monmouth,

New

Jersey

PURPOSE:

i~ter

entering

the

time

of

the

atomic

explosion

that

caused

the

present

radioactivity

level,

the computer

will

give upon

command;

(1) a

report

of

all

entered

positions

as

to

its

location,

its

measured

intensity,

and

the

time

of

measurement,

(2)

a

report

of

any

or

all

entered

positions

at

any

given time as

to

the

remaining

radiation

level

and

if

it

is

dangerous

or

not,

and

(3)

the

time

when

the

radiation

level

will

be

safe

if

it

is

not

already

safe.

EFFECTIVE

DATE:

July

1959

Published

by

RECO~1P

Users'

Library

at

AUTOI~TICS

INDUSTRIAL

PRODUCTS

A

DIVISIO~T

OF

NORTH

Al'1ERICAN

AVIATION,

INC.

3584

Wilshire

Blvd.,

Los

Angeles 5,

Calif.

!

........

r.

..

~

TABIE

OF

CORl'ElfI'S

1.

Introduction

- - - - - - - - - - - - - - - - - - - - - - 1

2.

~

- -

~

- -

~

- - -

~

-

~

- - -

~

- -

~

- - - - - - 2

3.

Time

of

Explosion - - - - - - - - - - - - - - - - - - - 5

4.

Position

Readings - - - - - - - -

~

- - - - - - - - - - 5

5.

Position

Report - - - - - - - - - - - - - - - - - - - - 10

6.

Intensity

Level - - - - - - - - - - - - - - - - - - - - 12

7.

Intensity

Sattey

Level - - - - - - - - - - - - - - - -

17

8.

Memory

Dump

- - - - -

~

-

~

~

~

-

~

-

~

- - -

~

-

~

- -

17

9.

Summar.y - -

~

- - - - - - - - - - - - - - - - -

~

-

~

-20

IP

RADIATION

DFCAY

DDDiS'l'RATION

1.

IntroductIon:

The

Radiation

Decay

demonstration

1s

ca.pable

of

storing

tor

one

to

sixteen

di:f't"erent

positions;

intonstlon

as

to

location

ot

the

posit1on,

the

radioa.ctiv1

ty

intensity

level

at

the

positIon,

and

the

time

ot

the

radioactivity

intensity

reading.

This

data

-.y

be

entered

in

IUlY'

rando.m

order

either

manua.lly

using

the

typewriter

or

autoaticaJ.ly

using

the

photo-tape

reader.

Af'ter

entering

the

time

of

the

atomic

explosion

that

caused

the

present

radioactivity

level,

the

computer

will

give

upon ccmaand;

(1)

a

report

o-r

all

entered

positions

as

to

its

location,

its

measured

intensity,

and

the

time

of

Deasuremnt,

(2)

a

report

ot

any

or

all

entered

positions

at

any

given

time

as

to

the

remaining

radiation

level

and

iilt

is

dangerous

or

not,

and

(3)

the

time

when

t.he

radiation

1evel

will

be

sate

if'

1 t

is

not

already

sate.

The

sa.ftey

level

that

is

considered

sate

can

be

determined

in

advance

by

the

operator

in

order

to

adjust

to

battle

condi

tiona.

Attention

1s

brought

to

the

\lOrd

"denonstration

tt

in

the

title

of

this

program.

A

very

accura.te

prediction

ot

intensity

levels

cannot

be

determined

without

additionaJ.

information

such

as

weather

conditions,

wind

speed

and

direction,·

type

of

bomb,

previous

radiation

level

before

the

bomb

explosion

and more

accurate

formulas.

These

omisions

were

purposely

made

in

order

to

have a

less

contusing

and

f'aster

operating

demonstration.

Under

average

conditions,

the

answers produced

by

the

deJD::)nstrat1on

should

be

vi.thin

a

few-

percent

of

the

correct

value.

The

typewriter

should

be

loaded

vi

th

8

inch

or

vider

paper,

the

switch

under

the

type

bin

cover

should

be

set

to

execute

"tabs"

traI

the

computer I

and

the

tab

stops

set

as

given

in

the

s\DIIl1Bry

at

the

end

ot

this

report.

'!'he program

descr1t1on

starts

with

an

outline

ot

the

-.thes.t1cal

theory

involved

followed

by

an

outline

ot

each

of

these

ajor

sections

ot

the

demonstration:

T:J.me

ot

Explosion,

Posi

t10n

Readings,

Position

Report,

Intens1ty

level,

Intensity

Saftey

level,

Memory

~,

and

SUDIlIU'"'Y.

2.

Theory:

Radioactivity

intensity

decays

e.xponentaJ.ly

from

the

t1ae

ot

an

atomic

explos

ion

according

to

the

equation:

I =

intensity

at

SOlie

t1ae

after

explosion

(R)

I 0

~:.

intensity

at

t1ae

of

explosion

(R)

t

:c

t1lle

~roll

expos

ion

(hours)

c

~

decay

constant

=: 0.35

The eOJlpUter

could

solve

this

equation

using

a

nor.l

Talor

series

expans

ion

such

as:

This

solution

however

would

take

too

.any

tenas

to

give

an

accurate

answer

so

by

using

the

Salle

series

expanded

about

1nf'1n1

ty

instead

ot

zero

gives:

2.

P

A

resonable

accurate

a.nsver

is

nov

possible

'W'1

th

just

the

first

3

tel"ltB.

In

the

exponential

equation

~

the

value

c

1s

detera1ned

by

the

radioactive

element

involved

in

the

explosion.

Noral.ly~-.ny

ele1lents

are

involved,

each

with

different

values

of

c

and

any

o't

these

elements

are

cOllpletly

non-radiating

w1th:f.n a

period

of

1.41

hours.

A

value

ot

c

that

1s

an

approx1at1on

ot

the

radiation

decq

a.:rter

an

average

atoJl1c

explosion

is

0.35

and

values

ot

t

less

then

1.40

hours

are

considered

the

Salle

as

t =

1.40

in

order

to

overcc.e

the

high

1nitial

inaccuracy

brought

about

by

the

very

fast

decay'

elew:nts

of

the

bomb.

Subst1

tuting

these

approxiat1ons

into

equation

g}resul

ts

in

A

dropping

out

and:

I = I

[~."'5'

+

o

6't

o~

I -

7.

[

".

-

rr

O.If-~

+

,.35

]

A-e

4t

=

jr,)rI.r

«t

I.

-

7iM.

At

I J

Hote

that

At

is

1il11

ted

to

&

period

ot

24

hours

atter

the

blast

tae

slnce

no

dates

are

involved.

Nor.l.ly,

however,

Io

is

not

known,

so

sow:

reading

I

is

taken

at

any

convenient

time

llt

after

the

explosion,

Equation

.lJwl11

then

solve

tor

Io.

Now,

a.t

S~

t1lle

6t

t

atter

taking

the

intensity

level

I,

• new

intensity

level

1s

desired

which

will

be

called

I'

•

Either

equation

7J

or

§}

Will

solve

tor

I'

•

?)

IF

(4-t

-+-

4't')

~

,.~O

HIfS;

I'

=

4;:A1:'"

[0.*5"

+

~'~

:5'A"t']

IF

(A1:

...

A-t

Y)

~

1."1-0 H"$;

I'::

I

It

can

then

be

cOIlpe.red

against

some

value

(such

as

25

~)

in

order

to

dete:t:"ll1ne

if

the

1ntens

1

ty

is

at

a sa:t'e

level

or

not.

If

the

intensity

1s

not.

sate,

the

time

t"

at

which

the

intensity

level

is

safe

is

detent1ned

by

first

sol

ving

tor

t $ ,

the

tilM

of'

blast

to

t1Jle

of

sa1"ety

(equation

9)

and

then

tor

t"

I

present

time

to

tiM

of

safety

(equation

10).

o +

Y;

+

f:~!Z:~

J

[(O.~E)(I.)J

2

Is

A

graph

of

the

intensity

level

versus

t1lle

rro.

explosion

as

derived

by

equation

'])18

shown

in

the

graph

on

the

next

page.

Bot1ce

that

the

top

of

the

graph

is

constant

due

to

the

eiteets

of

equation

§j(1l1n1Jl1zes

inaccuracies

around

the

first

hour

atter

the

explosion).

Froa

the

graph

it

1s

seen

that

I.

= I I where

I,

:&

intensity

one

hour

after

the

explos

ion.

The

plot

of

this

graph

1s

aJ.a:)st

exactly

the

sue

as

that

produced

by

equation

no

11:

I

-1.2.

!.Y

!'

=

,-t:

(R.)

t =

ttae

to

explosion

in

hours

Equation

gJ

is

presented

in

the

-.nual

ttThe

Effects

of

IfUclear

Weapons"

printed

by

the

Departaent

ot

the

ArIq

(DA

no.

39-3)

in

May 1957

and

1s

explained

on

page

432

as

a good

approxr..tion

of

the

radiation

level

at

a

given

point

SOlIe

tiE

a:rter

an

atoaic

explosion.

,.

p

This

equation

1s

introduced

llerely

as

a

check

against

the

presented

theory

as

it

was

not

discovered.

until

a:rter

the

~nstrat1OD.

vas

progrlll8ed.

3.

T~

ot

Explosion:

Pressing

preset

start

button

(or

transter

to

location

5200.0)

will

cause

the

coaputer

to

ask:

TIME

OF

EXeLOOICfi:

Arry

tour

digit

Military

tia!

group

troa

0000

to

2359

is

entered.

AD:f

deviation

froa

the

11.111

tary

t1.D!

format

will

cause

either

III/?????

\

IIII

ERROR

to

be

type.t\ and. a

new

t~

called

for.

After

a

t1Jle

entry

has

been

accepted,

all

previous

intensity

read.ings

are

erased

and

the

cOJl.PUter

asks

tor

DeW'

position

readings.

4.

Position

Readings:

Pressing

pre-set

start

button

DO.

2

(or

starting

at

location

5000.0)

will

cause

the

heading

"POSITION

READINGS"

to

be

printed

followed

by

the

question:

POSITICIf

NO:

oS

~O!:Jr-a.-

___

.&..-

P;f!/n'r

7/

/17e

c::?F

Gp~as/~IV

"aiO~

LPtf-T

/Jti,

/1J

,a~~

.f~.3

JTo/e.e

/J.5

8L/iJi

:-r;nJe

J;/1T/~

(L;,)

0'.1.30

c,t.WSC

~/..J..

~.ev''''tI~

hSIli',

~CUde.

J,.~r'#

I4

.:5rOA"'.<;G£'

t5/7t>

f6~/r/"N

~bIN~

;::kINT

IIII?????

f?e//}'I

1111

6R~o,e

~/N'-:

I'hTe/'/Slry

----..a.$:;~7

y

j..£t'£L

(ReNT, / /I,e )

IAlPur

50$.,2

E~.e

(~,ej)

~IIV'

1//1212~<

* • •

••

{jaNV4~r

-z;

t:£()ArIN~

;::6/NT'"

S

n:;'Ii'£

f)s

S,qFk-

r

},

L.VlirL

6.

p

A nUllber

of

1

thru

16

is

entered.

Negative

nUllbers"

non-nuar1e

characters"

or

nt1I1bers

over 16

rill

result

in

the

error

print-out:

IIII

NOllE

Af'ter

entering

a

correct

pos1tIon

mDlber"

the

cOJIpUter

asks

tor

the

position

location.

and

then

In

both

cases"

enter

a

positive

integer

or

five

digits

or

less.

A

negative

entry

or

a

non-nu.eric

entr,y

causes

the

replY:

1111m??

I

[

IIII

5

DIGITS

MAX.

The

tiM

ot

the

radiation

intensity

reading

is

asked

tor:

Enter

a 4

digit

a1litary

time

group

between

0000

to

2359.

!ilmbers

appearing

outside

ot

this

range

or

an

entry

of

a

DOD-J1UIIeric

char-

acter

causes

the

stataent:

[

IIII

ERROR

P'1al.ly"

the

intensity

reading

Vill

be

called

tor

With:

Any

po8itive

integer

~

be

entered

up

to

11

digits.

Negative

entries

or

non-~r1c

character

entries

are

detected

by

the

cC3pUter aDd

causee

the

type-back.

////?'1???

Arter

the

intensity

level

is

entered,

the

computer

ccmverts

all

entries

to

the

proper

format

and

stores

them

in

the

correct

locations

corespond1ng

to

the

desired

position.

A

nev

pos

1

tion

number

is

ca.lled

for

and

the

cycle

ot

entries

8.

f>

just

described

is

repea.ted

again.

As

post

t10n

reading

data

is

entered,

a:ny

previous

information

a.t

t,hat

position

is

replaced

by

the

new

readings.

A

table

ot

all

pos

i t1.on

readings

entered

v1ll

be

typed.

whenever

the

poe!

t10n

number

of

zero

is

entered.

In

order

to

automatice..lly

enter

a

complete

set

ot

radiation

intensi

ty

leve1s,

follOW'

these

instructions:

(1)

Enter

time

ot

explosion.

(2)

Enter

all

desired

position

readings

as

described

in

this

section.

(3)

Chec k

entries

by

pr1nting

out

the

table

ot

all

pos 1

tion

readings.

(4)

Using

the

inclosed

memory

dump

(see

section

8),

punch

out

all

data

between

the

locations

5600

to

5771.

(5)

Punch

the

explosion

time

data.

in

location

5225

to

5227.

(6)

Terminate

the

tape

(a.1so

see

section

8)

(7)

This

tape

may

nOW'

be

entered

at

any

time

by

loading

the

the

tape

in

the

photo-reader

and

pressing

the

Ut1ll"

button.

All

previous

readings

will

be

replaced

by

those

recorded

on

the

tape.

$/113

•..

----~

PRI/vr,'////

S'

.);,.,rs

jJJAk

I

ftUI

HI

Fit-'Nr:

f?:,~1

//ON

~Ai)IAlGS

..:f"WtJ

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tip

,.j),qrA

fj/)JIfl!:JSt!S

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/;)u.

,-

.M.

Iff

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PleiN.,.!

Y

:T,.,Pa,

~

N~AI8E~

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P~/;YT.·

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SrO~G

INlbY:llry

~7~

~'/Nr

I//Ic~~~?

.

..

. . .

10.

F'

5.

Post

tion

RePort:

By

entering

a

position

no. 0

in

the

position

readings

section

or

the

Pl"Ograa

(pre-set

start

no.

2)

or

by

starting

the

cOIIpUter

at

location

5240.0,

a

coaplete

report

ot

all

positions

entered,

their

locations

J

time

ot

reading,

and

intensity

readings

are

typed

in

the

following

tOlWLt:

POSITICIi

REPORT

TDfE

OF

EXPLOSION:

1023

NO.

IroA'1!!CIf

TDIE

lJITENSI'l"'l

1 12105 00237

1058

400

2 09012 12315

1236

30

5 10000

04000

1309

5

9 00001 02000

0437

1005

14

00305 01212

1334

12

l5

o4olI.o

40404-

2144-

19

16

l2512

51252

0756

500

It

no

posl

t10n

has

been

entered

since

last

enteri1'lg

an

atOll1c

exploSion

tiE

(which

will

erase

&l.l

previous

readings),

then

this

report

1~

given:

POSITION'

REPORT

TDfE

OF

EXPLCX)IOlf:

1023

BO.

NOD

LOOATION

After

either

report,

con1Aro1

1s

transtered

to

the

"intensity

level"

section

ot

the

progr

..

which

is

described

next.

11l)"'H~Jr

/Jj)D~:S-$

7;

I~Y/)'r:

~;T/()'

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~,D,.?E""

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PR/Nr

eXPLc),,·/~N

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iklNr

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12.

P

6.

Intens1

ty;

Level:

Preset

start

8W'1tch

no.

3,

location

no.

5320.0,

or

ten&1aat1on

ot

a

"position

report"

will

cause

the

c~ter

to

type

the

headiDg

IUI4

tiM

ot

the

last

entered

explosion:

Ilf!'ENSr.l'r

LEVEL

TDIE

OF

EXPLOOIOlf:

1023

TIME:

The

last

line

typed

vas

the

request

for

the

t1lle

you

wish

the

1ntensity

readings

rar.

Enter

a.

tour

digit

llilitary

tiM

group

between

0000

and

2359.

(note:

Since

the

date

is

not

entered

aJ.ong

with

the

tt.,

as

"intensity

level"

t:tae

entries

are

considered

as

being

within

24

hours

ot

the

"posit1on

re.d.ing"

t:t.e

tor

each

partIcular

position.

Also,

each

"posItion

read1ngl1

tilE

is

considered

as

being

within

24

hours

o~

the

t1Jle

ot

explosion.

To

avoid

e~1on,

try

to

keep

all

t~s,

both

"position

reading"

and.

"intensity

level"

within

24

hours

ot

the

tme

ot

explosion.)

TiE

entries

that

are

negative,

or

not

in

proper

tora

v1ll

resu1t

in

the

reply:

The

next

entry

request

is

far

the

position

mDIber.

Enter

~

positive

interger

between, 0

Illid

16.

Entries

other

then

this

will

bring

the

rem.nder:

["

IIII~_._J

Also,

it

a

particular

poB

'1

tion

nuaber

1s

called

~)r

that

vas

never

entered,

the

s

..

reply

is

given.

Ot.hervise,

the

intensity

level

at

the

"intensIty

level"

t1lle

requested

is

cOJIPUted

and

typed

tor

each

position

chosen.

It

the

intensity

level

f'aJ.ls below

..

pre-set

value,

the

words

"lfOII

DAlIlERClJS"

v.lll

be

typed

instead

of

the

intensity

level

value.

After

several

"position

no:"

entries,

the

fonat

will

look

like:

IIfrENSIT:i

I..EVEL

TIME

OF

EXPLOSION:

102,

TDE:

2000

POOITION

NO:

1

POOITICfi

NO:

9

POSITION

NO!

2

POSITIOB

NO:

8

1lfl'ENS!T'{: 232

:t:N'T.ENSITY:

512

INTENSIT'l:

Nor

DAl«lERWS

IIII

NONE

I1'

the

dea:>nst..rator

desires,

..

report

as

to

vhea

the

intensity

level

at

each

position

Yill

fall

below

the

p-re-set

sattey

leve1

is

aJ.so

presented.

To

obtain

this

add

1

tional

infor:..t1on"

sense

svi

tch

C

.ust

be

down. The

t'onat

tor

the

Salle

previous

exa.ple

will

nov

be:

Ilfl'ENSITr

LEVEL

TIME

OF

EXPI.£X3I(lf:

1023

TIME: 2000

POSITION

NO:

1

POSITION

HO:

9

POSITICIJ

NO:

2

POSITION

NO:

8

INTEN'SI'I'i:

232

INTENSI'lY:

572:

~SITr:

NOT

DAmEROOS

/

III

NONE

SAFE

m

20

HRS,

22

KIll.

SAFE

IN 47 BRS, 57

KIlf.

A

complete

report

ot:

what

all

intensl

ty

levels

would

be

for

each

entered

position

at

any

given

t1lle

can

be

had

by

entering

0

(zero)

when

asked

tor

the

positIon

number.

Again,

it

the

time

at

which

each

position

Yill

becOlIe

"safe"

is

desired,

Just

turn

on (dawn)

sense

SYitcb

C.

Therefore,

vhen

asking

the

cOIIIpUter

tor

position

nuJlber

0,

the

cc.puter

will

type,

depending

on

the

position

ot

sense

switch

C,

one

ot

the

following

eJCIUIples:

mTENSITr

LEVEL

TIMEOP

EXPLOSION:

1023

TIME 2000

POSmOlf

NO:

0

POSITION

1fO.

IlflmlSI'lY

1 232

2

NOT

IlAltGEROOS

5

NOT

DAl«JEROOS

9

572

14

Nor

DAlGEROUS

15

NOr

DJlIl.EROOS

16

320

II'l'EdSITf

LEVEL

TDfE

OF

EXPLOOICIl:

1023

TIME: 2000

POSITICIf

NO:

0

POSITION

NO.

1

2

5

9

.14

1;

16

IHTEllSITr

232

SAFE

IN

20

HRS,

22

MIN.

NOT

DAiGEROOS

N'O'1'

llA.NGEROOS

572

SAfE nr

47

HRS,

57

MIll.

HOT

DAlI}EROOS

NO!'

DAmEROOS

320

SAFE

:m

25

HAS,

8

MIR.

When

1m

1J1tensity

level

is

cCBpleted,

a

new

tiM

1s

requested.

If

no

1ntor..tion

was

entered

tor

any

positIon

swe

the

last

explosion

t1lle

was

entered"

the

word

"NONE"

will

be

printed

under

the

PCEITIOll

NO.

colUJlrl.

/ll>vn,,*,CE

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,C.P

17.

p

7.

Intensi

ty

Sa:f'tey

Level:

Normally,

a

an

can

live

sately

in

an

area

that

has

a

radiat1on.

level

of

25

R/hr.

This

1s

the

val:ue

used

ror

the

1f

sa:tte

y"

level

:tn.

all

computatiOl'lS

with

this

demonstration.

ltowever,

you.,.

wish

to

change

thts

level

to

a

higher

value

because

·the

men B83

al.l

be

inside

·tanks

or

have

protective

clothing

on,

et.c.

Entering

the

program

at

location

5555.0

will

cause

the

computer

t....o

9,.9k

the

question:

Any

positive

int.el'ger

up

to

11

digits

JAY

be

entered

without

receiving

the

error

reply:

11I1

71117

T'his va.l.ue

is

then

stored

as

the

ftsa:t'e"

level

until

it

is

again

ch.an(.sed

by

using

t·ile same

procedure

as

above.

8..

MeJoc;ry

D!}!l?:

The

memory

dump

routine

is

entered

at

location

0101.0

and

begins

by

displaJrine

two

~oups

of

4

zeros

each

on

the

d1spla;y

tubes.

r±r

o

:I?IoIolll

I 1

oIofofoll

I ]

Pressing

any'

octal

n°um'ber

key

on

the

keyboard

(0

-7)

will

cause

that

number

to

be

entered

into

the

right

most

digit.

As

lIOre

keys

are

entered,

the

last

number

is

entered

at

the

right

and

the

previous

numbers

shifted

left

one

digit..

Only

the

last

eight

digits

entered

ere

displayed

with

the

"+",

"-",

u8

11

, and

119"

keys

being

ignored.

The

nclear

lt

key

vill

reset

the

dj.spJ.q

tubes

to

zero

as

shown

above.

The

resuJ.

ts

produced

by

pressing

keys

"start",

"ent.P..r",

or

It."

will

be

expla.1ned

separately.

A.

~.J4emory

Contents:

If

the

II

start"

key

is

depressed,

the

data

between

the

le:rt

and.

rig,ht

address

~howing

on

the

display

-tubes

at

that

time

are

typed

in

Rec01lp

COlIIIMnd

tonat

with

a

reference

address

typed

every

a words (one word

per

l1ne).

18.

P

B.

Punch

~ry

Coni;ents:

It

the

hent"

key

is

depressed,

the

data

between

the

left

and

riy)l.t

address

showing

on

the

displa\Y

tubes

at

that

t1Be

are

punched

in

alphanUJleric

forat

aJ.ong

with

a

leading

length

o't

blank.

tape

leader

and

a

location

code

corespond1ng

to

the

lett

address

~ocat1on.

c.

Punched

Tal?!

Term:Lna.t1on:

After

all

desired

a.reae

of

'8!!J!JIDr'y

are

punched

on

tape,

the

tape

is

terminated

by

pressing

the

key

arked

tf."

on

the

keyboard.

This

will

set

up

..

nev

location

code

corresponding

to

the

right

address

group

shown on

the

displq

tu.bes,

punch

a

HALT

code on

tape,

(or

it

sense

switch

D

1s

down.,

a

~

code

I)

punch

a

blank

tape

tra.1ler

I

and

ark

the

end

ot

the

tape

wi

th

an E

punched

on

the

tape.

The JIeJIOry dump

routine

~

be

used

to

g1

ve

a

listing

ot

any

area

ot

the

program

by

using

the

addresses

shown

on

the

now

charts

or

the

routine

..v

be

U.fSed

to

ptmch

add 1

t10nal

cop"ies

of

the

prograa.

When

punching

copies

ot

the

program,

remember

that

locations

within

the

.-n-y

dUJ'lp

portion

of

theprograa

are

changing.

Therefore,

the

tape

will

not

verifY

with

the

IllelJk)ry.

This

can

be

partially

taken

into

account

by

punching

the

1Lt'e8. 0000

to

0177

last

(JIIelW)ry

dump

routine)

and

then

when

the

verify

light

does

come

on,

lIOst

of

the

tape

shoul.d

a.lready

be

verified.

The

verify

error

l:tght

should

never

come

on

however

a:rter

first

tilling

the

tape

that

was

punched.

/f:.lVrc·A,

PI

~tt

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'J.

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I...OCIt"

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-

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£111'1"6111V(( :

.00

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(Pit{'fCr

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~H

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tilt

PItS»

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0 r

T~r

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1f~41s

Ttl(

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,

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IN

('aM

1'111

A.//) ItJR

/'lifT

If'

l

nltll'f

.~7'WfeN

FMtlT

It~

t"ST

IUDItf'.,s.1

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

9.~:

Program Storage:

5000

to

5777

(program &lld

storage)

02,"{0

to

04,37

(special

data

output)

3000

to

3137

(data

input

routine)

0500

to

0517

(alpha.n.uRr1c

OUtput)

2O.p

0000

to

0171 ( memory

dump

and

preset

sta:r1i

locations)

TAB

Settings:

~~-+-

8*4-4¥-6-+-6~6+

6~6-+-6~6-·-·)"

Preset

start

Buttons:

1.

TiE

o"r

explosion

2.

Position

readings

(and

position

report)

:3.

Intens

i

ty

Level

( s )

Other

entq

locatlon~:

5240.0

----

Position

Report

5555.0

----

Intensity

Satte,y

Level

0101.0

----

~J

DuMp

Sense

SWitches:

B

...

_--

Not

used

C

----

(when on)

will

pri.nt

t1lle

when

intensity

level

is

sa.fe.

D ....

_-

(when on)

will

cause a memory d.uIIp

tape

to

be

terainated

with

a

"start"

instead

of

a

"halt

U code.

For

copies

of

this

demonstration

tape"

description

of

the

prograa,

or

additional.

information,

contact

the

following:

CODDal'lding

Ott1cer

USASRDL

Fort

Mo1S>uth, N.

J.

attn:

SIGni/EL-NPE,

Mr.

L.

Halprin