M 3058_The_Consolidated__Program_T 3432_Sep54 3058 The Consolidated Program T 3432 Sep54

M-3058_The_Consolidated__Program_T-3432_Sep54 M-3058_The_Consolidated__Program_T-3432_Sep54

User Manual: M-3058_The_Consolidated__Program_T-3432_Sep54

Open the PDF directly: View PDF .
Page Count: 9

Memorandum

M-3058

Division

6 - Lincoln Laborator,y

Massachusetts

Institute

of

Technology

Lexington 73, Massachusetts

SUBJECT:

THE

CONSOLIDATED

TEST

PROGRAM

--

T-3432

To:

E.

S. Rich

From:

D.

A.

Morrison

Date:

20

September 1954

Page 1

of

8

Abstract:

The

WWI

Consolidated

Test

Program, T-3432,

is

a

step

in

the

direction

of

shortening

the

time

required

by

the

daily

Marginal

Checking Routine.

Thirteen

different

test

programs

are

used

to

check

out

the

various

elements

of

the

computer. These

thirteen

programs have been combined with a

I1l

ea

der

u

read-in

program and

a

"trailer"

control

program

to

form a composite, semi-automatic

computer

testing

routine.

Certain

of

the

programs

require

manual

assistance

to

successfully

perform

the

desired

check.

Such

requests

are

printed

out

on

the

Flexowriter

printer

equip-

ment

and

the

computer

halts

operation

awaiting proper

action.

It

is

necessary

to

press

the

Start-Over

button

to

cause

the

routine

to

continue

after

filling

the

request.

In

the

ab-

sence

of

such

requests,

or

alarms,

the

computer proceeds

through

the

Consolidated Test Program,

automatically

checking

itself

with

one

program

after

another.

When

an alarm

occurs,

the

marginal checking equipment

::i.s

swi

tched

to

"manual

tt

and

the

computer

is

stoppedo·

1.0

Using

the

Consolidated

Test

Program, T-3432

1.1

ProgramSelection

The

Consolidated Test Program

is

a

very

flexible

device.

One

m~

choose which programs he

desires

to

use; he

may

change

his

selection

at

any

time,

and

he

may

start

eXamining over again

the

marginal checking

lines

of

any program

the

computer happens

to

be

using.

Program

selection

is

made

by

placing

the

proper

digits

of

flip-

Flop Storage

Register

(FFSR

#2)

on

a

1.

The

test

programs

are

arranged

in

the

order

in

which

read

in;

digits-l

through 14

of

FFSR

#2

control

the

decision

as

to

which programs

are

called

up

from

drum

storage.

The

test

programs

are

arranged

in

the

following

order:

Memorandum

M-3058

Page·

2

digit

1:

Alarm

Check

Program T-3219

digit

2: Arithmetic Element

Check

T-3218

digit

3:

Core

Memory

Test

T-3170

digit

4:

Diagonal Line Test T-3233

digit

5:

FETR

Check T-3232

digit

6:

Aux.

Drum

System

Test

T-2723

digit

7:

Aux.

Drum

Read

Check

T-3386

digit

8:

Aug.

Drum

Track

Check

T-2553

digit

9:

Timing

Register

Check

T-3488

digit

10:

Buffer

Drum

System Test T-3551

digit

11: Buffer

Drum

Read

Check T-3550

digit

12:

Buffer

Drum

Track Check T-3552

digit

13:

IOC

Check T-3562

digit

14:

No

Program (Spare)

At

the

present

time

there

is

no

program

for

digit

14

to

control.

Digit

0

of

FFSR

#2 must be

on

a 1

for

~C

operation

to

function.

If

digit

O

..

is

on

a 0

at

the

time

of

read-iii,

the

first

program

selected

is

read

in

to

the

computer,

but

marginal checking does

not

begin. Re-

turning

the

digit

"0" switch

to

0 during

FMC

operation

halts

the

marginal

checking

routine.

1.2

Use

of

Digit

15,

FFSR

#2

Complementing

digit

15

of

FFSR

#2

causes

the

line

selection

routine

of

the

test

program

in

use

to

start

over.

1.3

Use

of

Digit

0,

FFSRH3

Complementing

digit

0

of

FFSR

#3

causes

the

pver-al1

marginal

checking

routine

to

beg~n

over.

Thus,

if

a

different

combination

of

test

programs

is

desired

from

that

first

selected,

the

new

combination

should· be °

inserted

in

digits

1 through

14

of

FFSR

1/2;

when

digit

0

of

FFSR

13

is

complemented,

the

marginal checking

routine

begins over

again,

using

the

new

combination

of

test

programs.

Memorandum

M:"3058

Page

:3

1.4

Reading

the

Consolidated

Test

Program

into

the

Computer

The

Consolidated Test Program

is

on

a paper

tape

at

the

present

time.

The

following

precautions

should be observed

if

the

program

is

to

run

successfully:

a.

The

direct-printing

Flexowritershould

be

turned

on.

b.

All

maintenance switches should be

in

the

normal

position.

c.

If

the

in-out

control

program (T-3562)

is

to

be

selected,

the

magnetic

tape

equipment should be

turned

on.

d.

The

fli·p-flop

storage

registers

should be

in

the

normal

order.

:

e.

The

magnetic

drum

eqUipment should be

operating.

Place

the

tape

T~3432

in

PETR

and

press

the

READ

IN

button.

Any

further

instructions

necessar.y

for

running T-3432

are

printed

out

on

the

Flexowriter

printer.

1.5

The

"Line

Insertion"

Feature

Normally,

the

Consolidated

Test

Program

is

used

for

routine

examination

of

WWI

Computer

circuits.

\

Situations

can

exist

where

it

is

desirable

to

substitute

marginal checking

lines

for

those normally

used,

or

to

search

through

only a

portion

of

the

total

number

of

lines

available.

Fli~-Flop

Storage

Register

#4 allows programmed marginal

checking

to

start"

over

at

the

line

number

designated

by

the

right

ten

digits

of

FFSR#4,

instead

of

at

the

line

normally programmed. That

is,

digits-6,

7, 8, 9,

10,

11,

12,

13,

14,

and 15

represent

the

desired

line

number;

digit

5

contains

fast-slow

qycle information and must be

included.

Digit

0

is

sensed

to

determine whether

the

normally-programmed number

or

the

number

in

FFSR

#4

should be

selected.

Changing

the

contents

of

digit

o causes

the

number

in

FFSR

#4

to

be chosen.

The

marginal checking equipment employs

the

binary-coded decimal

form

of

notation

in

line

designation;

it

is

necessar,yto

convert

line

numbers from

the

strictly

decimal form before

insertion

in

FFSR

#4.

The

binar,y-coded decimal system

of

number

notation

allows

four

binar,y

bits

to

each decimal

digit.

As

9

is

the

highest

decimal

digit,

1001

is

the

highest

binar.y-coded decimal

number

usable.

The

marginal checking equipment

is

designed

to

accommodate

399

marginal cheCking

lines,

arranged

in

three

decimal

digits.

Memorandum

M-3058

Page

4,

Examples

of

binar,r-coded decimal numbers, With cycle-speed

information

are

as follows:

Binar,y-Coded Decimal

Cycle Speed Decimal Line

Number

Cycle Speed

100's

10's

Its

1)

fast

3 0

00

0000

OOll

2)

fast

215

0 10

0001

0101

3)

slow 330 1 11

011

0000

4) slow 399 1 11 1001 1001

If

on~

of

the

binar,r-coded decimal

digits

cont~ns

a number

greater

than

9,

the

Flexowriter

printe~

prints

out

ttillegal

number"

and

tn.e

compute~

stops.

Place

the

correct

number

in

FFSR

#4,

press

the

START

OVER·

button,

and

the

program proceeds

properly.

,)

Example

of

"illegal

number":

Cycle Speed Bina;r-Coded Decimal

·Decimal Line

Number

Cycle Speed

lOa's

lOts

lIs

fast

21,

o 10

0000

l1ll

1.6

The

"Repeat Line"

Feature

.

When

it

is

desired

to

repeatedly

marginal check

the

line

desig-

nated

in

FFSR

#4,

simply

place

the

digit

1 switch

of

FFSR

#4

on

a 1

before

completing.the ttline

insertion

tl

procedure-(complementing

digit

0).-

oJ.

Returning

digit

1 switch

to

0

the

"repeat

line"

cycle

terminates;

the

program proceeds

as

in-the

"line

insertion"

operation.

.

1.7

Priority

Digits

0 and

15

of

FFSR

#2

and

disit

0

of

FFSR

#3 hold

prciority

over

actions

of

FFSR

#4.

".

2.0

Program Logic

of

T-3432

2.1

Description

of

the

ItFlow

Diagram"

. Drawing SD-59309-1,

called

a "Flow Diagram,

It

presents

a

pictorial

description

of

Consolidated

Test

Program, T-3432.

Memorandum

M-3058

Page 5

202

Actions

of

the

Leader Program

The

"leader"

program, T-3492,

"clears"

the

active

registers

of

both

the

Auxiliar.y and

Buffer

Drums,

places

the

sum

check program and

the

test

program

location-determining

program onto Auxiliar.y

Drum

Group

9,

and

Sp'

s

to

the

Read-In program.

The

test

programs

are

read

in,

one

after

another,

and

placed

in

drum

storage

o

The

sum

check number and

location

of

each program

are

re-

corded elsewhere

on

the

drums.

The

Magnetic Core

Memor.y

is

erased

up

to

register

1111 between

the

read-in

of

each

test

program

to

assure

c9n-

siatent

read-in

conditions.

2.3

Actions

of

the

Trailer

Program

The

"trailer"

control

program, T-3606,

as

its

name

indicates,

is

the

last

program

of

T-3432.

It

is

placed

on

Auxiliar.y

Drum

Group

#9,

and proceeds

to

take

control

of

the

marginal

checking

routine.

The

control

program

first

makes

certain

that

test

programs were

included

in

the

read-in.

If

no

test

programs were

read

in,

the

computer

stops;

otherwise,

it

prints

out

nConsolidated

Test

Program" and

prepares

to

start

the

control

program

over.

On

subsequent

start-over

pulses,

the

control

program does

not

start

over

unless

digit

0,

FFSR

#3,

has

been

complemented.

The

control

program

observes

that

at

least

one

test

program

has

been

selected

in

FFSR

#2 and

then

determines

which program to do

first.

If

no programs had been

selected,

the

instruction

"Select

Program" .

is

printed

on

the

Flexowri

ter

•.

The

selected

test

program, complete'

with

PMC

lines

and

title

information,

is

brought

up from

the

drums and

the

title

printed

on

the

Flexowri

ter.

The

test

program

is

allowed

to

run

through once,

in

order

to

accomplish

any

resets

or

other

modifications

before

storing

in

Auxiliar,r

Drum

Group

#9.

The

preliminar.y

actions

of

the

control

program,

prior

to

the

actual

marginal checking

phase,

are

now

completeo

The

control

program

ascertains

whether'or

not

FMC

operation

has

been reque.sted. If,PMC

has

not

been

requested,

the

contents

of

magnetic core

memor.y

(MCM)

are

read

onto

Auxiliary

Drum

Group #9 and

the

computer

Sp's

back

to

the

test

program.

When

FMC

operation

is

selected

(b,y

placing

the

digit

°

switch

of

FFSR

#2

on

a

1),

after

storing

the

contents

of

MUM

in

Auxiliar.y

Drum

Group

#9,

the

control

program

prepares

to

start

FMC

over.

The

content

of

FFSR

64

is

stored

for

future

reference

and

the

"line

insertion

by-

passes

1,

2,

and

3"are

cleared

o

The

line

number-code

indexing

registers

are

reset

in

readiness

to

examine

the

Master

Code

Registero

Memorandum

M-

3058 Page 6

2.4

Conversion

of

Line-Nwnber

Infonnation

A

digression

is

relevant

at

this

time

to

explain

the

method

by

which

line

number

information

is

converted

into

usable

data.

The

control

program

allots

registers

3671

to

3723

inclusive,

called

IS-line

code

registers,

for

holding

infonnation

concerning

the

400

marginal

checking

lines

which

are

available

to

PMC.

Line

numbers

as

such

do

not

exist

at

this

time,

but

each

digit

of

the

"IS-line

code"

registers,

with

the

exception

of

digit

0,

represents

a

line

number.

That

is,

register

3671

represents

line

numbers

.1-15,

inclusive;

register

3672

represents

line

numbers

16-30,

inclusive;

and

so

on.

If

a

digit

is

on a

0,

the

represented

line

is

not

to

be

marginal

checked;

if

the

digit

is

on

a

1,

the

line

is

to

be

marginal

checked.

Octally

speaking,

if

register

3671

holds

0.30070;

lines

2,

3,

10,

11,

and

12

are

to

be

marginal

checked.

When

digit

5

holds

a

0,

fast

cycle

operation

is

selected;

when

digit

5

holds

a!,

slow

cycle

operation

is

selected.

Each

test

program

supplies

the

proper

numbers

in

registers

3671-3723,

inclusive,

to·

select

the

desired

marginal

checking

lines.

In

order

to

save

time,

when

searching

for

lines

to

be

marginal

checked,

in

FMC

operation,

"Master

Code"

registers

are

examined

before

the

IS-line

code

registers.

Each

digit

of

the

Master

Gode

register,

with

the

exception

of

digit

0,

represents

one

of

the

IS-line

code

registers.

If

no

lines

are

to

be

marginal-cheeked

in

a

IS-line

code

register,

a 0

is

placed

in

the

corresponding

location

in

the

Master

Code

register.

A

1

in

a

given

digit

of

the

Master

Code

register

indicate·s

that

the

repre-

sented

IS-line

code

register

has

at

least

one

line

to

be

marginal

checked.

Two

master

code

registers

are

required

to

accommodate

the

necessar.y

number

of

IS-line

code

registers.

The

code-register

examination

process

indexes

the

contents

of

reference

registers,

and

by

mathematical

manipulation

this

information

is

converted

into

the

desired

binar.y-coded

decimal

number.

2.S

Line

Selection

Before

actually

selecting

a

line,

the

control

program

checks

-

for

the

presence

of

a

"line

insertion"

request.

If

there

has

been

nane,

the

line

location

information

is

stored

on

the

drum

and

the

line

is

selected.

Selection

of

a

line

gives

a

start-over

pulse

and

initiates

a

cp

to

the

test

program.

Upon

conclusion

of

the

marginal

cheCking

cycle,

the

marginal.

checking

equipment

sends

out

a

switch-to-pushbutton

pulse,

drops

the

line

out

of

selection,

and

sends

out

a

start-over

pulse.

As

no

line

is

now

selected,

the

control

program

checks

the

status

of

FFSR

#3;

if'

Memorandum

M-305B

Page 7

unchanged checks

for

FMC.

With

PMC

still

requested,

the

status

of

digit

15

of

FFSR

#2

is

examined.

If

unchanged,

the

next

digit

of

the

15-line

code

register

is

examined, and so on.

When

the

last

program

has

been

checked,

operation

of

the

computer

is

stopped.

2.6

Line

Number

Insertion'Feature

When

the

sign

digit

of

FFSR

#4

is

changed,

instead

of

selecting

the

next

programmed

line,

the

control

program examines

the

contents

of

FFSR-1I4.

If

the

number

is

unacceptable

to

the

marginal

checking

equip-

ment,

the

Flexowriter

prints

"illegal

number" and

stops

the

computer. A

"legal"

number allows

the

control

program

to

examine

digit

1

of

FFSR

114

to

determine whether

the

"line

nUmber

insertion"

or

the

"repeat

line"

feature

has

been

requested.

A 0

in

digit

1

signifies

"line

number

in-

sertion."

The

control

program

sets

By-Passes

#1

and 2 and

clears

By-

Pass

#3,

The

contents

of

FFSR

#4

are

re-stored,

to

cancel

the

"line

number

insertion"

request,

and

the

FFSR

#4

line

is

selected.

Upon

conclusion

of

the

marginal

checking

process,

the

control

program proceeds

normally

until

By-Pass #2

is

reached.

As

it

is

now

in

the

"set"

condition,

PMC

is

started

over.

By-Pass #1

is

also

set,

and

the

first

FMC

line

number

is

compared

to

that

in

FFSR

#4.

The

object

is

to

find

a

FMC

line

number

equal

to

or

greater

than

the

line

number

in

FFSR

'4.

When

this

line

number

has

been found, By-Passes #1 and

#2

are

cleared,

line

location

information

is

stored

on

the

drum, and

the

line

is

selected.

Normal

FMC

operation

is

in

control

again.

2.

7 "Repeat Line"

Feature

When

digit

1

of

FFSR

#4

is

on a

1,

By-Pass

#3

is

nset,"

and

the

line

number

in

FFSR

#4

is

selected.

. By-Pass

#3

shunts

the

control

program

around

the

code-register

examination program

to

inspe.ct

digit.!

of

FFSR

-1/4.

As

long

as

digit

1 remains on a

1,

the

line

number

in

FFSR

#4

is

selected

for

each

marginal-checking

~cle7

When

digit

1

is

returned

to

0,

the

system

functions

as

in

the

"line

number

insertion"

situation.

However,

the

repeated

line

may

be

selected

two

more times

if

it

is

also

a programmed

line;

once

for

the

"line

number

insertion"

phase,

and once

as

It

programmed number.

In

fact,

if

the

digit

1

switch

is

thrown

to

0

just

prior

to

line

selection,

there

may

be a

third

appearance

of

the

line.

3.0

Swmnary

The

WWI

Consolidated

Test

Program

is

an

aid

to

routine

marginal

checking

•.

It

can

also

be

of

service

in

trouble-shooting

and equipment

performance

investigations.

The

over-all

design

objective

was

to

produce

a framework

for

WWI

test

programs.

Therefore,

component programs

may

be

Memorandum

M-3058

Page 8

altered,

exchanged, added,

or

deleted;

possibly

several

Consolidated Test

Programs

may-

be developed.

DAMitl

Drawing Attached:

SD-59309-l'

Distribution:

Systems Personnel

Group

64

Staff

Group

64

Technicians

Signed:_---.;;;f)'-,J.Mft

___

,

......

lft

.........

M~~~(~~_

D.

A.

Morrison

~

Approved:

_______

~~~

____

~~~

___

E.

S. Rich

-

..

--

-'-"-"-

--_.

IReaJ~.

I -I I Stcre

e",,,w.

is

of~

1

(Le.Jey

-r;~,-r:"Jifqil.)

ICleay

~.

Po,? t

30

W.,.if."o's

I

....

: rrr-

rY~(~~~3:;;)G,-P-*'1

~~D""

....

~

....

uP5

1)-'0

..

\

,----'

-------.-

1

..

·0.,.,·...

","h

If

-7

(~.:r..

·~~~'t~l

~-:;r.;,.;,.;aP

I"',

o~h'"

tbyv

'~.--

•..

-.

Pi&c:.

~IJ'II'\

cA

••

",

P.,.,..

....

f

Iou.!i

....

~

...

,

...

n.t

'Pro'r'!-WI

C01/fa,'

..

·,rI,"n

(~"-3"~o)

HQ

.~

stop'

I

(!I~OIf-)

~s.~iitr3:~mi\ove

....

n'1.(lz'O-ijIQ01Ifo

Au.,.

o.-dj...,lltt

..,y,s

SI' lSOO;

....

.

(/oo-131f)

I

p.,,.;.t

tale.

~

C,.."lidakJ -,;st

Pro,

...

a-"

I!Cliat

'b>

. .st.rt

~

..

a"'1~1"'1

~.u.r

c&-lllIp

Atx

p.,

.....

6ioup

#,-

(:31

05.) ;

(~4/-3a'~)

~

c."-

8!t!$TIor.

OnIf-

3H

V,_

05"-3&

; I

~

..

p;tr.

to

s~

r-t

...

1

''tdfT-

0"",

Eu-,:,,~

/bslc.,..

(Dele.

Ref

i

"'

....

~

,If..I-

c,Jo

-_.-

Sp

!.

''KaJ-r

....

,.

...

""fr.-..v (3;16.

-);IU)

I,S)lIRT

O"ERilT3S001 (J5_.!llfU)

~

all

~A~/(.I

11,)r

••

cIo,

'11""''''-

o£,

J><"~~""s

·-fia.di';';' .. 0 j

{If<>}

,,,'/I.

.L'5

fo

~,:"Z~l)ot..1,'t,'tQof

y.,

3'1'1'/.

~

~

qf

".,.,,.

....

.¢

(c...+..IR-_T-0l

...

\ Rout -n,

is_

~D

~

~

()301-3~.')

~

..

t

~t'~"'$

if- P

~

Co

/,it"l

I;Ie'1

~

ella"',,,"

."e"/t

',tit

<>f

l

~i.",7ed

p,.",.a

1Ot

)

is

sckc.f.cl.

(U'oJ.)

lIIasfl.t.

c...

~.,io~"',

~

. .

....

'0

r

D.~;

..

~

SOu",""

~c<.k

fofal

l-

• t",*<.k

n_.,..

)

-J>&s

1 (5SI#I.--1SSZ)

PAl!.

Ii:',«s

t

nsf

/'1D,....

......

/II~ce.

No

I Po

Wt

~

,

.....

'/'...,.......

.......

1

r-1vwI

f""f'-

5v

....

''''

".."

.,

71.

(IaoOf~~mo,s,j

l

Ct~'10-"~/)

.l.)'''

&4>

1.

'10 0

1>.~;;'.

s;,....

J.ck(btal

forti'tk.

;";'ftl,

~"""""bI.

~

:tro4f£'"

I;'

y~

/177.

(I'al'f_~a'i)

~

~

!J:!M!;!.r;;:~tk7t..t

~I~~

si.c!s~~~

IS-I,,,,

t:..Ie

~

ou'

to

T~,

37"/

(In.)

~h;.

Dr..

....

~ss

of

~tl

..

~,

(J'UI-'''''')

~

..

·yok

s";~!S:J.:r,~·a;k

ft.aJ

FF~

~(

.(0..,.,. .....

;..

"'~/d..I-t'"

....

hi t.=-

(,,.

30

-(133)

~~

3

-r

~~

...

t>.c~·7~~CflJe

V'er"~

I----

Ao~;'

..

p,.....,

-acr4iiiS~

~

~JJJ

~c

,7t/o

I.

Y"

3'1'1'1.

N,,~

s./

••

W

I;;'·~,.

(12.3/1-1;.3'J

~i'..4

..

.,.

(3~"'-

3'U)

""

...

-

.r

I~':.C

Dr~:3~:/.":~S

at1est:.

1 I

~~

~

S'f.uto

..

.t

..

, "..,.,·

....

-1

~

(If'/;-lI/,,)

H~""'e)'

t..

e']t ......

·u

....

.,t

4;.'tef/

f:iJt

....

s~osre.

pro,-roi

.....

,

/>lite

h .... £,ITiile

I~~

"~~~d

.1' •

.,

ra

lll

II

1

I~ II'-~c

4cIc

.,."it!::;~".,.)

",,/0.

0....

WI.

</YU..-.$.

.rw.-i(~~;t.,J""--

to

do

(3

••

,

-3f'~)

~'fo'¥»

.

(/~'II-/aV7J

..

1-

W,,~e

0.1-

I;"

~

(111

..,..,s.

'10-1177

1

.til

_.

~-.

9tlllCie<l

~

ray-PIt"

(lfI."·-"'''')

..

l~

._.

Pte.t>

....

tD

SIA.t

~

',,",:'.~

....

.,

1

s,.

t.

~.~;.;)~.,

..

--

~tslorc

ex- aJtln.sscsp.rittr" ! (,in.

-JY,If)

.c/

.......

I

~~,:;r.

",~;t,t

1"1'

"'3

~a,.,."

~""'J

~

,

...

",

•

....#

tr/&/;".1!!'.~

Xl

PI'K

~alcctJ-

.""

S",t"

",""~t

.~

I

0"

~.i·fIY~

Gjtlt

,....,..-

J/,·

... s

...

.....II;t,.

ft.-

,s}~o.nso)

(h>s

I''',)

V~

it...

r""

d"it.f

Ff"'1

J.

• ...,.d .....

."0

lfo&L--.

~

..

".

Prv......

(31t

••

-3~1l)

I

YO$

~J"o.

I.,d

~la.t.ovnj'"s

__

)

'ft'1;.i

iit.lc

(3'/2.1-3'f~U

[

"3'1.,J.

I

~~,.4

II>I~'.,{

If..os&t

F"

SiDra,

..

01.

..

.(

>'Csci

to

I

,---1110

.

i,rcs

['~~;'C:'l

,j,

sfM

p,..<.

~7Y."""

over. (l'f3'-:l'f.orDl

I~

fic.I,~c

..

II

..........

1/1.

.

cl.tt:Mr'rllc.l

"'~J~"&'l

I 1

L:JN.

:Ires

s

..

t.

40

Of

te-ot

~Y'D1'-oi~

~

,l)u

No

yes

Ist_~~]

11'.s.t:I'l11a..

c,.J

(3,,,,)

IIIo

J;,.~J.

of

FF4tIf.""

J..?

1 r

~M

.\

J

rr.

tIL

e-...l.t

p'.,

!W

-Ma"

~Ic.

·l3O'lo-\If2.) 1

.....

~1111

..........

flt.

.

..L.,

f_

.1

~

.....

am)

~

lii.&

ft""'","

,.t..fcJl r-!':':!a)

Y

..

lito

jYcs

~.

bJI6-JI2IoQ

1 IIA

lc

Ptt.e.

'allttl for 1

INo

m

II~B.P~

I

rS;(J~

31

J,

I

~"""-3ft(3)

. z

..

·

...-

(,oW

ePlt1.

~~~J~\""

S,.

Lye

31Z6-a

..

&0;

r--

L

..........

. 1

SeW

1 I

Flue.

,

....

~

..

ts

.f

IVI'''''

."

,...)(~

"-c

..

~i~.

of

II,,.

...-

..

..,. ,..,

...

e:.-i.

tt>q

-l'lv.t.wtl!1o'l

~"''l

(3.3'19-3/fSll

IC~~~

I

SI'

U

IfCI

-f

t-i

/"""f".-

~I.-

~

-

~

..-

~

sT/lf{T

'Pfo\e.

ov..-I\ ? h

~r

sto-re

t.Jc,,-t

tIf

Ff

e,

I

.

0$01

-3

SIO

) ,

c-~s,)

rM

-'Pair

J~.,~\?

~--r-

I

~

U

...

c.·

1.'at,D",

0

....

"""1.

f/'f<'}"

1 I

~~,

1Hf""--

ru.a.""I

~;'E.

J

(3.'0-.101'"

ik

1..$

sfa..,f-

...

n1

0$"'1-

U)

Lr

~.

r4

~-:ss

~J

Se.I.t-t-",,,,k

..

('66"&

-us~

''''

"III)

r,*'1 .

,"clay

(J6.s.l-~,,)

Y"Iisier

-M.-:,.,>

-4..

..

Li;f'£5

l_a~

l~rd:..r

I

FJ.OW

'P,MA

..

'"

~

fp

u

SO"/MT1!P'fn,

~-·'"'-I

1--

...

.•.

-.---

..

--

--

~---.~--

...

-

--.~--

-.--.------._

..•

_

..

----

--

---.-.--

.. -

J.e~

··1~."

...

,u-~-f-

--

SD-S't30'1-L

I