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Oceans Gray Digital Instant Download
Author(s): Gray, Samantha
ISBN(s): 9781465418524, 1465418520
Edition: American edition
File Details: PDF, 16.47 MB
Year: 2015
Language: english
 LONDON, NEW YORK, MELBOURNE,
Contents
MUNICH, and DELHI

Written and edited by Samantha Gray 4-5

Designed by Mary Sandberg,
Janet Allis, and Cheryl Telfer
Ocean zones
Publishing manager Mary Ling
Managing art editor Rachael Foster
Jacket design Chris Drew
6-7
Picture researcher Nicole Kaczynski The blue planet
Production Kate Oliver
DTP designer Almudena Díaz
Consultant Sue Thornton 8-9
Thanks to Sarah Walker for editorial assistance What is a fish?
REVISED EDITION
DK UK 10-11
Senior editor Caroline Stamps
Senior art editor Rachael Grady Fantastic fish
US editor Margaret Parrish
Jacket editor Manisha Majithia
Jacket design development manager
12-13
Sophia M. Tampakopoulos Turner
Producer (print production) Mary Slater
Jellyfish
Producer (pre-production) Rachel Ng
Publisher Andrew Macintyre 14-15
DK INDIA
Spectacular sharks
Senior editor Shatarupa Chaudhuri
Senior art editor Rajnish Kashyap
Editor Surbhi Nayyar Kapoor
16-17
Art editor Isha Nagar Ocean giants
Managing editor Alka Thakur Hazarika
Managing art editor Romi Chakraborty
DTP designer Dheeraj Singh 18-19
Picture researcher Sumedha Chopra Playful dolphins
First American Edition, 2001
This American Edition, 2015
Published in the United States by DK Publishing 20-21
4th floor, 345 Hudson Street
New York, New York 10014 Gentle sea cows
13 14 15 16 17 10 9 8 7 6 5 4 3 2 1
001—196636—02/2015

Copyright © 2001, © 2015 Dorling Kindersley Limited

22-23
All rights reserved
Without limiting the rights under copyright reserved above, no part
Soaring seabirds
of this publication may be reproduced, stored in or introduced into a
retrieval system, or transmitted, in any form, or by any means
(electronic, mechanical, photocopying, recording, or otherwise),
24-25
without the prior written permission of both the copyright
owner and the above publisher of this book. Ocean travelers
Published in Great Britain by Dorling Kindersley Limited.
A catalog record for this book is available
from the Library of Congress.
26-27
ISBN 978-1-4654-1852-4 Octopuses and squid
DK books are available at special discounts when purchased in bulk for
sales promotions, premiums, fund-raising, or educational use. For
details, contact: DK Publishing Special Markets, 4th floor, 345 Hudson 28-29
Street, New York, New York 10014 or SpecialSales@dk.com.
Living together
Color reproduction by Scanhouse, Malaysia
Printed and bound in China by Hung Hing
30-31
Discover more at
www.dk.com Down in the depths
 32-33
Life on the seabed
34-35
Coral reefs
36-37
Life in a coral reef
38-39
Icy waters
40-41
Penguin party
42-43
Kingdom of kelp
44-45
Exploring under water
46-47
True or false?
48-49
Which way?
50-51
Who am I?
52-53
Facts matchup
54-55
Glossary and
Animal alphabet
56
Index and
Acknowledgments
 Schools of fish, such
as these silver snappers,
Ocean zones swim in the sunlit zone.

Oceans are divided into three zones,

according to how far down sunlight reaches.
To see in which zones creatures live, look
for the red arrow in the picture below.

Sunlit zone
A red arrow pointing to
the top area of this picture
indicates sea creatures living
in the sunlit zone. Sunlight
reaches down to about 650 ft (200 m) deep.
Most sea creatures live in sunlit water.
Sunlight reaches through shallow seas
and the upper waters of the open ocean.

Twilight zone Octopuses and

squid live in all
A red arrow pointing to the the ocean zones,
middle area of this picture including the
indicates sea creatures living in the twilight twilight zone.

zone. Light becomes dim below 650 ft (200 m).

The twilight zone reaches from here down
to about 3,300 ft (1,000 m) deep.
 Fishy facts
• The deepest ocean is the Pacific, followed by
the Atlantic, then the Indian. The Arctic is the
shallowest of all the oceans.

• Many sea creatures depend on ocean plant life

for their food supply. Plants need sunlight to grow.

• Coral and kelp only grow in sunlit seas.

Deep-sea hatchet fish

have lights along their
bellies and tails that
glow in the dark.

Midnight zone
A red arrow pointing to the lowest area
of this picture indicates sea creatures
living in the midnight zone. No sunlight
reaches below 3,300 ft (1,000 m), so the
midnight zone is pitch black and freezing
cold. The deepest parts of the ocean may
be more than 13,000 ft (4,000 m) deep.
This far down is known as the abyss.
There are also trenches where the ocean There is little food
in the midnight zone,
is deeper than 20,000 ft (6,000 m).
but the fangtooth’s huge
mouth allows it to vacuum up
anything that comes its way.
The blue planet The Pacific Ocean covers
more than one-third of
the Earth’s surface.
Oceans cover more than two-thirds of
the Earth’s surface. In this vast underwater
world, many sea creatures live together,
often hidden beneath the waves.

Fishing for food

Oceans are a source
Gulls swoop
down from the sky to
of food for seabirds,
scoop up a fishy snack. who fly or swim
in search of fish.

Sea turtles
There are many types of sea
creature, including reptiles
such as turtles. These have to
rise to the surface to breathe.
They breathe air through
their nostrils.

Green turtles live in the

warm waters of the Atlantic,
Indian, and Pacific oceans.
6
 Fishy facts
One big ocean
If you traveled in a boat, you • The largest areas of
seawater are called oceans. The
could sail to every ocean and smaller ones are called seas.
sea because they all join up.
It could be said that
• Wind creates waves on the
ocean surface. Strong winds
there is really only make bigger waves.
one vast ocean. • All seawater is salty. One of
the saltiest seas is the Red Sea.

Plankton
The sunlit ocean
teems with tiny
life-forms called
plankton. These
are a vital food
source for many
sea creatures.

From space, the Earth

looks blue because
water covers so much
of its surface.

Breathing through blowholes

Whales are mammals. Unlike fish, they cannot
breathe under water. They surface to breathe air
through their blowholes. Blue whales are the
largest mammals of all.
7
Safety in schools
Small fish such as saupe
often swim in large groups
called schools. There is
safety in numbers!
What is a fish?
All fish have gills for breathing
under water and fins for
swimming. Fish also have
their own suits of armor!
Most are covered in overlapping
scales like tiles on a roof. Some just
have extra-tough skin. They are slimy so Super senses
Fish can hear, smell, and taste.
that they can glide swiftly through water. They have taste buds in their
mouths, fins, and skin. This
polka-dot grouper swims head
How fish breathe down while prowling for food.
On land, oxygen is in the air. Muted color camouflages
Water also contains oxygen. fish in the open ocean. Fish often have
excellent eyesight.
Fish gulp water and run it
over their gills. Oxygen
passes through the gills
into the fish’s blood.

Opening
Shapes and sizes to gills
of scales vary in
different fish.
Swim like a fish!
Fish swim like snakes wriggle. Their bodies
form S-shaped curves. Most fish use their tails
for the main push forward. A few row
themselves along with their fins.

Dogfish wiggle
Lesser spotted dogfish from side to side.
9
Fantastic fish
Fish can be weird and wonderful!
They vary in size from tiny sea
horses to giant manta rays. Some
have unusual shapes that help
them to hide or scare off predators.
Prickly beauty
Manta rays flap with Lionfish have striped bodies
wide, winglike fins to warn away other fish.
and glide through
the water.
Any predator that bites
a lionfish will be pierced
by poisonous spines.

Gentle giants
The vast, flat bodies of manta rays blend
in with the mud and sand of the seabed.
Despite their size, manta rays are gentle
creatures. They eat mainly plankton.

Hidden on the seabed

Stonefish change color to blend in
with the seabed. They have spines on
their backs for protection. Each spine
injects a deadly poison if touched.
10
 Puffed up
When in danger, porcupine
fish gulp down water and
swell up like balloons.
Now they are too large
and prickly for most
predators to swallow!

A puffed-up
A relaxed porcupine fish, porcupine
with its spines lying flat fish has
Colorful ribbon raised spines.
Ribbon eels can coil
themselves into crevices
that seem too small for
their long bodies. They
have sharp teeth for
seizing prey. re like snakes! Slimy, slippery skin

h mo
c
mu
o ok
l
y
the
but

Dragon of the sea

fish

Leafy sea dragons live

in shallow, seaweedy
are

waters. Here, they

Eels

avoid predators by
looking like seaweed.
Their other name is
weedy sea dragons.

11
 Jellyfish
Adrift in the oceans
since prehistoric times,
jellyfish are more than
95 percent water. They
have no brains, bones, hearts, or
eyes. Their stinging tentacles act
like fishing lines to catch prey.

Dinner is served
Long tentacles trail
from the jellyfish’s body.
When a small animal swims
into the tentacles, the jellyfish
spears it with poisonous stings.

OCEAN DRIFTER
In warmer parts of the world, the
Portuguese man-of-war drifts on
Underwater umbrella
the surface of the waves. It is Jellyfish have soft bodies
held up by a balloonlike float. called bells. The bell moves
A relative of jellyfish, it is also in and out like an umbrella
called blue jellyfish. It catches opening and closing.
fish in its long tentacles. These
shoot tiny stings into any animal
This drives the
that touches them. People are jellyfish along.
sometimes stung by Portuguese
men-of-war. The stings are not
fatal to people, but they are
very painful!
 Jellyfish may look
like a parachute but
they are probably

f ish r ising to the w traveling upward!

l ly ate
in g je r’s
low s

ur
G

fac
e on
dark n
Up, up, and away
Jellyfish are attracted

igh
to light even though
they have no eyes.

ts have bee
They swim toward the
water’s surface. This
keeps them within
nm range of food.
istak

Fishy words
en

Invertebrate Despite their

for ghosts!

name, jellyfish are not fish.

They are invertebrates. An
invertebrate is an animal
without a backbone.
Transparent A transparent
animal or object is one that is
see-through.

Ghostly glow
Many jellyfish are nearly
transparent. Some also
produce their own light,
so that they glow in dark
water. They may only do
this when disturbed.
13
Spectacular sharks
Sharks are survivors! They
have lived in the world’s Sleek and streamlined
A strong swimmer, the sandbar
oceans since prehistoric shark slices through the ocean
times. The largest of at high speed. It swims vast
all fish, they have muscular bodies, distances, traveling to find
food in warmer waters as
good hearing, and a keen the seasons change.
sense of smell
for sniffing
out food.

Underwater leopards
Leopard sharks are named for their
golden, spotted skin. This is good
camouflage on the seabed where they
search for their favorite food—clams.
A hammerhead shark’s head
is shaped like a hammer.

Weird and wonderful

Hammerhead sharks have
eyes at each end of their
unusual, wide heads. This
helps them to see more!
Hammerhead sharks like
to stick together. There
may be as many as 100
of them in a school.
14
World’s scariest shark
Great whites are the largest carnivorous
fish. Seen as ferocious man-eaters, they
have been overhunted and are now
rare. In fact, great whites do not hunt
humans. If they do bite people, they
usually spit them out!

Great whites have

more than 100
razor-sharp teeth.
Ocean giants Splashing around
Humpback whales have
longer flippers than other
Whales are the largest creatures whales. They slap their
in the ocean. Like all mammals, flippers on the water to
make loud splashes. This
they breathe air. Whales take is called flippering!
in air through openings called
blowholes on their heads. There are
two types of whale—baleen whales
and toothed whales.

Swimming
lesson
A baby whale
is called a calf.
Humpback calves
swim close to their
mothers. It takes
time for the calf
to become a
strong swimmer.
What is a baleen whale? Killer teeth
Humpback whales are baleen whales. Killer whales are toothed whales.
Instead of teeth, they have baleen Small, sharp teeth allow them to
plates. They gulp water and strain grab fish and other prey. Killer
it out through the baleen, trapping whales are also called orcas. They
tiny animals. live in social groups called pods.
Leapin
g out of
th e water is called breaching.

Barnacles are small

animals with shell-like
plates. They often make
their homes on whales.
The big blue
• The blue whale is not only
the largest whale, but also the
largest animal of all time.

• The biggest dinosaur was

only about a quarter of the
weight of a blue whale.

Blue whale
Human
Killer whale
Playful dolphins
Dolphins are small, toothed whales. Intelligent
and curious, they are friendly toward people.
They have even rescued shipwreck survivors
and helped them back to shore! Speedy
swimmers, dolphins race along with long, low leaps.
This is called “porpoising.”
th th e ir flippers to make friends.
ther wi
e a ch o
troke
s s
in
lph
o
D

Dolphin talk
Using a language of clicks and squeaks, pods of
dolphins find their way around the ocean. They
organize fish hunts by sending messages to each
other. To stun fish, they may make very loud noises!
18
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1562 RFF 95 LAST 95F 15,2753 0 5 35 3 1 TC FFASOFNG 1 563 15,
2 754 04024 0 OCT 04024 1564 REF 204 1 AST 959 15 ,2755 0 6042
1 CM INEXIT TC I NT P RET 1565 U, 2756 7765C 1 GCTC 1 566 RFF
15 L AST 956 15,2757 02745 c GMI N 1567 15,2760 77753 0 T/2S
EC CFC -20 1568 15,2761 0 1404 0 01 SGRVER VN 0604 1 569
15,2762 07357 1 42CFG COT "7’57 1570 15,2763 0621 1 0 35CEG
CCT ■■>621 1 19:0<9 AUG. 11,1969 LEPP5CS .118 page 959
LSFF'S FAGF NO. F5 92 = NASK 7776 IN' BASIC SO FONT CARE SET
UP 2 SFC TASK TC READ FIFAS RE-ESYAPlISh PAULINE JCB
ACCUMULATE G VECTCR TOANSFCP’^ IN NE COOR AND STORE IN
CUTFUT
 gap: ASSP^8LE RFVISIOA 116 Cp ACC PPCGRA^ LUPINAPY
py NASA 2021112-071 I P51-P53 19:C9 AUG. ll,19tS LEPP5CS
USEP'S FACE AC. A2 .118 PAGE E5 S3 96C P157 1 NAPE CYRCTRIP
R157? R1 573 THIS FRCGRAP COPPUTES AND SENCS GYRO
CC'IMANOS PHICH CAUSE THE CDLS R1E7A TC ATTAIN A
FRESCPIEEC SET CF ANGLES. THIS ROUTINE ASSUMES THE R1575
VEHICLES ATTttuCE REMAINS STATIONARY CURING ITS
CPEFATICN. R1576 R1577 CALL CALL R1578 GYROTRIM R1S79
P15P0 INPUT THPTAP,tl,+2 = DESIRED COL ANGLES Rispi
rruY.ccuY.ccLiz P 1582 R15P3 OUTPUT - GYRO TORQUE PULSES
R158A R1585 SLBRCLTINES-
TRG*NeSNt«Ne'^M*,CrLTPIG,AXISCEN,CALCGTA, 1 MU FINE P1586
TMPLJl SE, IMUSTALL R15R7 9 P1E8E CFPRI S cdlspot .SINCDL
.crSCOL , STAPAC ,VAC , xcc , CGC 1589 REF 2 last 957 TO 96o: 121
1219 COUNT* $ $/P57 1 ESC 15 ,2769 71220 1 GYROTR im STQ
DLDAD 1591 REF 16 last 959 15,2765 02 795 C CM IN 1592 PEE 17
LAST 956 15,2766 CC322 1 THETAD 1593 15,2767 65325 0 FCCL
PCCL 1 59A RFF 18 LAST 960 15,277C CC329 1 THETAD +2 1 59 5 P
= F 19 LAST 960 15 ,2771 00323 0 TFETAC 41 1596 15,2772 77666
1 VDEF 1 597 REF 25 LAST 889 15, 2772 29766 c STOVL CDUSFCT
1 598 RFF 6 LAST 95 7 15 ,2779 29995 1 XUNIT 15C9 15,2775
77629 1 CALI 16T0 RFF 5 LAST 589 15,2776 97666 1 TRG*N6SM
1601 REF 26 1 AST 9 5 9 15,2777 26707 0 STCVL STARAC 1602 RFF
2 LAST 3 7 15, 3CC0 29C03 1 YLN I T 1603 15 ,30 )1 77629 1 CALL
1609 REF 6 LAST 9^7 15,300? 97675 0 *NPSM* 1635 RFF 27 LAST
96C 15, 2003 36 7 1 5 1 STCALL STARAC +6 ItCC REF 7 LAST 95 9
15,3009 97591 1 CCUTR IG 16C7 15, 30C5 7 7 6 2 9 1 CALL 1608
REF 3 LAST 996 15, 3006 20C30 c CAIC SMSC 160F 15,3007 77775
1 VLCAC 1610 REF 7 L AST <=57 15, 3C1C C2665 0 XNB 1611 15,
3'Hl 29007 0 STOVL 60 1612 RFF ■a LAST 37' 15,3812 02673 1 YNE
1613 15,2013 39C15 1 ETC AL L 12D 1619 RFF 3 LAST 999 15,3919
9 7.99 3 1 AX ISGEN 1615 15,3C15 77629 1 CAl L 1616 REF 3 LAST
938 15,3916 97 25 1 1 CALCGTA 16 17 15,3C17 77776 1 JLSTTP IM
EXIT 1618 RFF 1 15, TQ2C 3 3027 1 CA GYPCCR 1619 REF 291 LAST
959 15,302 1 0 9616 1 TC BANKCiLL 1620 REF 6 LAST 938 15.3C22
17315 0 CAER IMUPULSE
The text on this page is estimated to be only 24.83%
accurate

GAP: ASSEN8LE PEVISION 116 CF ACC FPCGPAK LUPIAAPY

EY AASA 20Z111^-C71 is:09 AUG. ll.Htc LEPP50S .118 PAGE Stl L
F51-P53 USER'S PAGE NC. A3 E5 S3 16?1 REF 2S2 LAST 960
15,3023 1622 REF 12 LAST 9A5 1 5.3C2A 1623 REF 8 1 AST 953
15,3025 1 t2A RFF 1 15,^026 1675 RFF 17 LAST 93 P 15 ,3''27 0
A616 1 TC PANKCALL 17710 1 CACR IRLST all 0 5701 1 TO
CURTAINS 1 2755 0 TC F OPINFXIT 02737 C GYPCCP ECAOP OGC
 gap; ASSF^BLP PEVISTON 116 CF AGC FRCGRAv
LUMINARY BY L pcj-pco P1626 FFFFrpM STAR ACUISITICN AND
STAR SIGHTINGS 1627 REF 1 82 LAST 952 15 ,303 1 3 9755 1 2ST
ARS 1628 15,3331 1 3033 r 1629 REF 95 LAST 950 15,3!'?2 3 9 7 5
3 1 1 STAR 1630 REF 15 LAST 955 15,3033 55' 757 1 1631 REF S6 L
AST 959 15, 3l39 C 5353 1 163? IT3 (15 LAST 959 15, 3il99 0 6092
1 1 6AP 15,3 (95 95195 0 169 1 REF 10 LAST 955 15,3096 0 2 56 2
c 1692 REF 6 LAST 999 15, 3097 32972 1 1693 REF 1 15,3050
37255 1 1699 RFF 1 1^,3051 33C69 0 1 695 REF 206 LAST 96 2
15,3052 0 6092 1 AST AR 1 696 15,3F53 7777 5 i 1697 REF 28 LAST
960 15,3059 02 7 1 5 c 1698 RFF 9 LAST 958 15,3055 02 761 0
1699 1 95 195 0 1650 RFF 11 1 AST 962 15, 3057 03562 0 1 6 *1 1
RFF 7 LAST 9 62 15,3C6C 32972 1 165? RFF ? LAST 137 15,3061 03
29 7 c 1653 15 ,306? 77 776 1 1659 RFF 1 1 5 ,3063 1 303? 1 NASA
202 1112-071 ISrCS AUG. 11 ,1969 LEMP5CS .118 USFR • S PAGE
NO. 9 9 f AF ZERO INITALIZE STARIND TCF + 2 ZERO FOR 1ST
STAR , ONE FOR 2ND CAF 6IT1 TS STARING TC PFASCFNC CCT
09029 TCF R50 GC CO STAR 4QUIRE AND ACTMARK CA EXTEND
STAPI NO BACK FRCP SLPFACE MARKING P7F AST AP 1ST STAR
MAPKfC TC PHASCHMG CCT 09029 K I NTPRET CLOAD CALL TSIGhT
P LA N'E T TINE CF 2NC MARK stcall V EC2 SLRFL INF STORE 2NC
CATALOG VEC (REFl TC INTPRFT VLCAC STARAD +6 STORE STARS
AV 1 1ST OBSERVED STAR ( SMI CLCAC CALL TSIGHT time CF 1ST
mark PLANET STORE EXIT VECl STCRE 1ST CATALCC VEC (REF) TCF
1 STAR GC GFT 2ND star SIGHTING E5 S3 962
 Gap: aSSEPBLE REVtSION Ilf- CF A GC FKTGPaw LUPINAPY
PV AASA 2021112-071 L PPl-P'iS P If 55 DC FINE CP CCARSE 1
fLlGNPFNT CF IPL 1656 15,3G64 77131 1 SLRFLINE SSP AXT ,2
1657 RPF 1 1 LAST 931 15,3065 0005? 0 S2 16 58 15,3(66 0000 6 1
6 1659 15,3067 CC014 1 1 2D 166C 15 , 3'i70 6437’ 1 W9TCES IR
VLCAC* MXV 166 1 REF ■3 LAST 962 15,3071 7 4 5 14 1 VEC 1
U2C,? 1662 REF in LAST 947 15,3072 03607 0 X SPO 1663 15,3173
77656 1 UN IT 1664 REF 29 LAST 962 I 5, 3'’74 12723 1 STCPE
STARAC F12C 1665 15,3075 77773 1 VLCAD* 1666 RFE ID LAST 962
15 , 3C 76 75002 1 STARSAVl +1 1667 15,3'- 77 10023 1 STCRE
18D,? 166P 15,3100 43104 0 T IX , 2 BON 1 669 REF 1 15,31-1
3307 1 0 NPTDES IR 167^ P'-F 1 15, ’102 C4315 1 I NI TALGN 1671
PFF 1 15,31 )3 33111 0 INITBY 1672 15.31C4 77624 1 DCALIGN
CALL 1673 REF 2 LAST 935 15, 3 1J5 31250 1 R 54 1674 15,31C6
77614 1 eCFF 1676 PFE 10 L AST 95E 1 5 , 3 1 C 7 CC354 c
FPEEFLAG 1676 R'‘F 1 15,3110 33171 0 P57P0ST 1677 15,3111
77624 1 I NIT8V CALL 1678 PEE 4 LAST 960 15,3112 4 7443 1 A XT
SGEN 1679 15,3113 77624 1 CALL 1680 PEF 4 LAST 96C 15,3114
4725 1 1 CALCGTA 1681 15,3115 77776 1 EXIT 1682 PEE 1 15,3116
3 4752 0 CAE IN ITABIT 1683 PEF 15 LAST 8 = = 15,3117 7 0 104 0
PASK FLAGVRD8 1664 PFE 288 LAST 958 15,3120 10 000 0 CCS A
1665 REF 1 15,312 1 1 3 13) 1 TCP 5 CEGTEST 1686 PEF 1 15,3122
3 3276 1 CAE 01 SPGYRC 1687 REF 293 LAST 96 1 15,3123 0 4616
1 TC BANK CALL 163 8 REF 39 LAST 95E 15,3124 20477 1 CACR
GCFLASH iBefi PEF 53 LAST 956 15,3125 0 6001 0 TF GCTOFCCH
1690 REF 2 LAST 963 15,3126 1 3130 1 TCP 5CEGTEST 1691 REF 2
LAST 963 15,3127 1 3172 1 TCP P57PCST +1 1692 PDF 207 LAST
962 15 ,3130 0 604 2 1 5CEGTEST TC INTPRET 1693 I5,31’l 4C 175
c YLCAC BCV 1694 RTF 13 LAST 961 15,3132 02740 p OGC 1695
REF 1 15,3133 33134 1 SL’PFSLP 1696 REF 2 LAST 125 15,3134
02750 1 SLRF SLP STCRE CGCT 1697 15,3135 4014 1 1 V/SC BCV
1698 REF 2 LAST 9?9 15.3116 30602 0 5CEGPEES 1699 RFE 1
15,3137 33 237 1 CCATRIP 17CC 15,3140 52131 n SSP GOTO 1701
RFE 17 LAST 96C 15 ,3 14 1 02746 0 CPIN 1702 P = F 1 15,3142 33
144 0 SLPFDI SF 19:09 aUG . 1 1 , 19f 9 LEMP5CS LSEP • S PAGE
NO. 45 .118 PAGE E5 S3 S63 PICK UP VEC IN RPP, TRANS TO
D6SIREC SF 2 VEC IN SP r,2 PICK LP VEC IN PRESENT SP TP
INITIAL PASS (CPTICN 0) BYPASS R54 DC CHKSCATA ASTRO OCES
NCT LIKE DATA TEST RESULTS GET CESIFEC CEIEN'T WRT PR E S .
X C C , Y C C , ZC C GET GYPC TCFC ANGLES, CCC.IGC.PGC IF
INITIAL PASS BYPASS NCLN 93 DISPLAY DISPLAY GYPC TCRC
ANGLES Y 06N93 V34-TERP INATE VF33-PRCrEED TO CCARSE CP
FINE VP32-PECYCLE, PAYEE RE-ALIGN IF angles GREATER THAN 5
DECS, CO CCARSE
 G4P: /'SSENBLE REVISION lit OF AGC PPCGRAV LUHINARY
PV NASA 20211 12-0(1 L P51-P53 1 703 REF 1 15 , U93 33017 1
JUSTTRI« 1 709 15,3199 777 76 1 SLR FD ISP Exn 1 705 REF 98
LAST 962 15 ,3195 1 5353 1 TC PFASCFMG 1 706 15, 319( 09C29 C
CCT 09029 1707 RFR 208 1 AST 963 15,3197 0 6092 1 TC I NTPRET
1708 15,315C 75160 1 AXC , 1 AXC, 2 1709 RFF 1 1 LAST 963
15,3151 03606 1 X SNO 1710 RFF 99 LAST 950 15,3152 01733 1 P
EFSMVAT 171 1 15,3153 95C 19 c SET CALL 171 2 REF 7 LAST 956
15,3159 0 1 9 6 2 0 refsrflg 1713 R = F 9 1 AST 996 15.3155 31371
0 NATRCVF 1719 15,3156 77 7 76 1 EXIT 1 71 b RFF 9 LAST 92 1
15,315? 11 ' 199 0 CCS GFTI CN2 1716 REF 1 15 , U6C 1 3162 0
TOE B2F8 1717 RFF 3 LAST 963 15,3161 1 3 172 1 ICE P57PCST +1
1718 REF 2 LAST 963 15 ,3162 3 9 752 0 F2F8 CAP IN ITABIT 1719
REF 16 LA ST 96 3 15,316’ 7 0 10 9 0 NASK FLAGWRD8 17?0 REF
R89 L AST 963 15,3169 1C 000 c CCS A 1 721 RFF 1 15,3165 1 3
599 0 TCP P5 7JU'AP 1722 REF 209 LAST 969 15,3166 0 6:92 1 TC I
NT PRFT 1723 15, U67 77629 1 CALL 1729 RER 2 1 AST 785
15,3170 33971 0 REFMF 1725 15,3171 77 776 1 P57PCST EXIT
1726 REF 3 LAST 935 15 , j 172 3 579 1 0 CAP OCT 19 1727 RFF
299 LAST 963 15 ,31 75 C 96 16 1 TC BANKCALL 172 8 REF 9 LAST
993 15,3179 206 29 0 CADR GCPERFl 1 729 RFF 59 1 AST 963
15,3175 1 6001 1 TCP GCTOPCDH 173T RFF 2 LAST 969 15,3176 1
3 599 0 TCP P57 JURF 1731 RFF 99 LAST 921 15,3177 9 9752 1 CS
B IT2 1 732 REF 10 LAST 969 15,3200 6 1199 1 AC OPT ICN2 1733
]5,32C1 0 C0C6 1 EXTEND 1 739 15,32 12 1 3 2)9 0 PZ F + 2 1 739
RFF 95 LAST 969 15,3203 1 6 1 U 1 TCF GCTCPrCH 1 736 RTF 99 L
AST 969 15, 32'"9 0 5353 1 TO PHASCHNG 1 737 15,3205 09 129 0
CGT 09029 1738 REF 210 LAST 969 15,3206 (. 6C92 1 TC I NTPFET
1 739 15, 32'7 95175 0 VIOAO CAl 1 1790 RFF P LAST 95E 15,3210
02 231 0 GSAV 1791 RTF 3 LAST 812 15,3211 97663 1 CrL=XNPSN
1792 15,3212 93 105 1 VXM SET 1 793 RFF = 0 LAST 969 15,3213
01739 c RFFSMHAT 1 799 RFF 5 LAST 925 15, 3219 '1963 1 L LN'AFl
AG 1 79*; 15,3215 51515 1 PFVL ABVAL 1796 RFF K lAST 9 2 5
15,3216 02023 1 RLS 1797 15,3217 9556 1 1 VXSC STADR 1798 RTF
6 lAST 925 15 , 3220 75795 0 STCRE ALPHAV 1799 15,3221 97'' 19
1 CLEAR RTB 19:09 AUG. 11,1969 LEPP5CS .118 PAGE LSEH'S PAGE
NC. 96 E5 S3 ANGLES LESS Tl-AN ECEG, CO GVPC 10RG 9(9 IF
OPTION ZERO DC FINISH IF INITIAL FLAG SET, RE-CVCLE. ITS SET
GO GET ATTITLCE VEC IN NF ( YNBSA V , XN E SA V ) niSPLAV
VECN2E CHK CCCE 19 VB39-TERNINATE VE33-FRCGEEC TO PE-
ALIGN TEST TC SE IF aligned EV CPTICN 2 VES-GC rXLCLLATE
LANDING SITE NG-EXIT F57 RESTART place LSE GNB GC TC SN
CCCPCS CN RCCN SO S>^T LLNAFLAG G(REF) = (REFSMMAT)T
(NBSHIGNB ALPHAV RLSNAG X. G ( REF )
The text on this page is estimated to be only 26.73%
accurate

gap: assemble revision 116 CF AGC PRCGRA" LUPINAPV BV

^ASA 2021112-071 L F51-P53 1750 REF 3 LAST 9? 5 15,3222 C0662
0 ERACFLAG 1 751 PPF 27 LAST 949 15,3223 21574 1 LCADTIPE 1
752 15,3224 77624 1 CALL 1 753 PEP 2 1 AST 925 15,3225 3044T 1
N89CISP 1 754 PEE 15 1 AST 874 15, 3226 01220
 gap: ASSE^eLE REVISION 116 CF ACC FPCGPAV
LUMINARY BY NASA 2C21112-C71 L P51-P52 PI 763 CGARSE ANC
FINE ALIGN INU 176A 15,3237 75 160 1 CCATP IN AXC , 1 Axr,2
1765 RTF 5 L AST 966 15, 326C C2666 1 XCC 1766 REF 2? LAST 957
15 ,326 1 02662 0 X SM 1 767 15,3262 77626 1 CALL 1 768 REF 6
LAST 966 15, 3263 3 137 1 0 MATmcvE 1 76S 15,3266 77626 1
CALL 1770 P.EF 8 LAST 96C 15,3265 67 56 1 1 CCLTR IG 1 771 15,
3266 77626 1 CALL 1772 RFF 6 LAST 96C 15,3267 20C30 0
CALCSNSC 1773 l=,325r 776 26 1 CAL L 1776 RFF 6 1 AST 957
15,3251 67355 1 CALCGA 1 775 15,325? 776 16 0 eCFF EXIT 1776
RFF 2 1 AST 963 15, 3253 06355 c I M TALGN 1777 R = F 1 15,3256
33266 0 OCRS IT 1778 RTF 6 1 AST 963 15,3255 3 5C1C 0 CAE
V06N2? 1770 RFF 295 LAST 966 15,^256 0 6616 1 TC BANKCALL
1780 rIf 60 LAST 96 3 15,3257 20677 1 CAER GCFLASH 1781 RFF E7
L AST 96E 15,3260 C 6CC1 c TC GCTCPrOH 178? 15,3261 1 3263 1
TCF + 2 1783 15,326? 1 3255 1 TCF -5 1 786 REF 100 LAST 966 15,
3263 0 5353 1 TC PHASCHNG 1 785 15,3266 06026 0 CCT 06026
1786 RFF 2 1 1 LAST 966 15,3265 0 6C62 1 TC 1 NTPPET 1 787 1
5,3266 77626 1 CORS IT CALL 1788 REF R LAST 95E 15,3267 31557
1 CCARSE 1789 15,3270 776 26 1 CALL 1790 REF 6 LAST 963
15,3271 31603 0 NCOARSE 1791 15,3272 77626 1 CALL 1 792 RFF
1 15,3273 32 766 0 GYPCTRl N 1 793 15,3276 77650 1 GCTO 1796
REF 2 LAST 963 15,3275 33166 r SLPFCISF 1795 15,3276 01535 0
CISPGYRC VN 0693 IStC? AUG. n.ists LEPF5CS FACE S66 .118
USER'S PAGE NO. A8 EE S3 IF INITIAL ALG^^'E^T GISFLAY FINAL
GIMBAL ANGLES IF COARSE ANGLES GREATER TFAN 5 CEGREES
 GAP: ASSE^BLF PEVISICIN U6 CF ACC FPCGRAP LUMlNAPY
BY NASA 2021112-C71 L P=l-P53 FI 796 ILNAC SURFACE IMU i AL
IGNMFNT 1 program 179 7 REF 296 LAST 966 15 ,3277 0 4616 1
P57 TC 8ANKCALL 1 798 REF 2 LAFT 943 15,3300 33635 1 CADR I
MUCHK 1799 FFF 27 1 AST 92 1 15,330] 3 6250 0 CAF THFEE 1800
RTF 11 1 AST 964 15 ,8302 55' 144 0 TS OPT ICN2 1801 REF 46
LAST 962 15, 3 3'^3 3 4753 1 F57CFT CAF PITl 18C2 PFF 297 LAST
967 15 ,3304 0 4616 1 TC 3ANKCAL L 1 Pi’'P FFF 2 LA'T 921 15,3305
20714 1 CACF GCPEP94R 1 804 OFF 58 LAST 966 15,3306 C 6CC 1 0
TC GCTCECCH 1 805 PFF 1 15, 3 30 7 1 3314 0 TCF ALIGNCPT 1
806 OCf 1 1=, 331C 1 33C3 c TCF F57CFT 1 807 RFF I U L AST 966
15,3311 0 5353 1 TC PHASCHNG 1800 15,3312 00014 1 CCT 00014
1809 REF 142 LAST 959 15,3313 0 5 155 c TC ENCCF JCB 1 810 RFF
12 1 AST 967 15,3314 3 1 144 1 Al IGNCPT CA OPTI0N2 18 1 1 RFF
2F LAST 967 15,3315 7 62 50 1 MASK THREE 1812 R::F 290 1. AST
964 15,3316 50 OOO 1 INDEX A 1813 15,3317 1 332 ) 1 TCF + 1
1814 REF 1 15,3320 1 3 33? 0 TCF TCISP 1 815 REF I 15,33.-’ 1 1
3374 0 TCF PACKOPTN 1816 REF 2 LAST 967 15,3322 1 3 303 0 TCF
P570PT 1817 REF 2 12 LAST 966 15, 3323 0 6042 1 TC I NTPPET 1
81 F 1 5 ,3324 75160 1 AXC, 1 AXC ,2 1819 REF E 1 LAST 964 15,
’325 C 1 7 3 3 1 REFSMMAT 1 820 PFF 12 LAST 964 15, 3326 C36C6
1 XSMP 1821 15 ,3327 77624 1 CAl L 1822 REF 7 LAST 966 15,3330
31371 c MATMCVE 1 823 15,3331 77650 1 GOTO 1 824 REF 2 1 AST
96 7 15,3332 33373 0 FACKC FTN 1825 R -F 2 13 1 AST 967
15,3333 C 6..'42 1 TDISP TC I NTPRET 1 E26 15,3334 77745 1
CLOAC 1827 REF 36 L A'T 832 1 5 ,3 335 C3442 0 TIC 1828 PEE 30
LAST 958 15,3336 010 4 5 1 P 57A STORE DSPTEWI 1E29 15,3337
77776 1 EX IT 1831 RFF 2 LAST 921 15, ’340 3 2170 0 P57AA CAF
V06N34« 1831 P = F 298 LAST °67 15, ’341 L 4616 1 TC BANKCALL
1832 P-^F A] LAST 966 15,3342 2C477 1 CACR CCFLA9H 1 833 PFF
59 1 AST 967 15, ’343 1 600 1 1 TCF GCTCECCH 1 634 15,3344 1
3346 1 TC F ♦ 2 1 8 35 REF 1 15,3345 1 3 34) 1 ICE P57AA 1 836
P'‘F 214 1 AST 967 15, 3346 0 6042 1 TC 1 NTPRET 1 E37 15,3347
65234 1 PTP PCDL 1838 REF 28 LAST 965 IS 3350 21574 1 ICADT I
ME 1 839 RFF 31 L AST 967 15, ’351 01045 1 DSPTENl 1S:CS AtG.
11,1969 LE^FSOS .118 FACE 967 USEP 'S PAGE NO. AS E5 S3 IS ISS
CN - IE NCI, IPCCHK PILL SENC ALARM CrCE 210 AN C EXIT VIA
GOTOPODH JAP REFSPPAT CFTICN 3 FCP INITIAL CISP. FLASH
VOANOe FOR ALIGNMENT COnE V’A TERMINATE V33 PROCFEC V32
RECYCLE CPTITN A LS ORIENTATION OPTION 1 FREFEPREO
OPTION 2 INVALID IN P 5 T , RECYCLE CFTIFN 3 REFSMMAT JAM
PEFSMMfT IN XSMD LCC LCAC ASCENT T I«E FOR DISPLAY CISFLAY
TALIGN, TAI IGN : CSPTFMI V3A-T ERM INATF ve 32- RECYCLE
FUSE CURRENT TIME ANC PICK UP KEY IN
 G4P: /SSSENGLE PEVTSIn^l 116 CF t rc PRCGR4M
LUMINARV B > N'A 5A 2021112-071 19:CP AUG. 11 ,1969 LENP50S
.lift PAGE 968 P51■P53 LSFR*S PAGE NP. 5C E5 S3 18 AO 15,3352
65254 1 BZF FOOL 1841 DCp 1 15,3353 33363 1 P57C IF KEV IF
TIFF ZERC-T AL IGF = CURREFT TIFF 18A? 15,3354 51 925 1 rsu
BPL NOT ZERO SC EXCHANGE PC KITH CSFTEFl 1843 pt^F 32 1 AST
967 1 C ^ -3 -3 C C C 1045 1 C SPTFFl 1 E44 REF 2 LAST 968
15,3356 33363 1 P57C 1845 1 5,3357 45 545 1 CLFAC STACR IF
KEYTF time GREATER THAN CLRRENT TIME 1 846 RFF 37 LAST 967
15,3360 7433 5 1 STORE TIG STCRF IT IN T IG 1647 REF 8 1 AST
925 15,3361 36775 1 STCALL TAL IGN 1848 RTF 1 15,3362 •a 3 Q ^
c 1 P57C 1 349 15, 3363 45545 1 P 57C DLOAO STADR 1850 RFF c
LAST 96 6 15,3364 75C02 1 STCRF T AL IGF 1851 OFF 49 LAST 947
15,3365 3404 1 0 P 57D STCAl 1 TCFCl 1852 REF 11 1 AST 928 15
,3 366 27069 1 1 EFIPREC CCFFLTE DESIRED I FU CRIENTAIICN
STCFE 1853 15,3367 5 3=75 0 VLCAC UMT IN X,Y, ZSMD 1854 RFF
32 L AST 947 15,3370 core 1 0 RATT 1 655 POF 13 1 AST 967
15,3371 3?6 )7 1 STCALL XSMD 1856 REF 2 LAST 92 5 15,3372
10775 0 LSCPIENT 1 857 15, 3373 77 776 1 EXIT 1858 REF 163
LAST 962 15 , 3374 3 4755 1 P^CKCFT^ CAF ZERO PACK FLAG
BITS FGR OPTION DISPLAY 1856 RFF 2 1 AST 306 15,3375 K 5 t L 4
4 0 TS CFTICM +l JAF ZEPf IN ALIGNMENT CFTION 1 66C REF 3
LAST 968 1 5 ,3 376 55*145 1 TS nPTICNl *-2 INITIALIZE FLAG PIT
C C N F I G LR A T 1 C N 1861 RFF 4 LAST 9 59 15,3377 3 4737 0
CAF REFS^'P IT 1 862 prf 16 LAST 050 15, 3490 7 CQ77 0 FA SK
FLAGV-RD3 PFFSFFLG 1 663 RCF 291 LAST 967 15,34)1 10 000 0
CCS A 1864 REF 34 LAST 9 5 3 15,3402 3 4145 c CAF BIT? SET 1
865 RFF 4 LAST 968 15, 34C3 27 ' 145 1 ADS OPTICM +2 CLEAR-
JLST ZERC 1 866 OFF 1 15,3404 3 4 753 1 CAF ATTFLBTT 1867 OFF
13 LAST 860 15,3405 7 102 0 NASX F L AGFFD6 ATTFI C 1 668 RFF
292 last 968 15 ,3406 10 000 0 CCS A 1869 RFF 39 LA ST 913
15,3407 3 47 5i) 1 CAF R IT4 SET 1 8 70 RFF 5 L AST 968 15, 34 10
27*145 1 ADS OPTICM +2 CLFAP-ZEFC IN A 1871 OFF 4f; 1 AST
968 15,3411 3 47 50 1 CAF B IT4 1872 RRF LAST 968 15,3412 55*
143 1 IS CFTl CM JAF OCCIC IN CPTICNI FCP CHECK LIST 1873 OFF
1 15,3413 3 3634 0 DSPOPTN CAF V805NC6 display cfticn codf anc
flag bits 1874 REF 299 LAST 967 15,3414 0 4616 1 TC PAFKFALL
1875 RFF 42 1 AST 967 15, 3415 2047 1 1 CACR GCFLASh 1876 RFF
60 LAST 967 1 5 , 3416 1 600 1 1 TCF GOTOPOOH YB34-TERFINATE
1 6 ? 7 1 = , 3 4 1 7 1 3421 1 TCF + 2 V33-PPCC6EC 1 878 RFF 1
15,3420 1 3413 0 TCF 0 SPQPTN V32-RECYCLE 1 679 Rf^F 5 LAST
966 15,3421 3 4 73 7 0 CAF REFSF3TT 1880 RFF 17 1 AST 968
15,3422 7 CC7 7 c FASK FLAGV)PC3 1 881 REF 293 LAST 968
15,3423 10 0 J ) 0 CCS A 1882 RFF 1 15,3424 1 3524 0 TCF
GETLFATT SET, GC COMPUTE LM ATTITUDE 1883 RRF 2 LAST 966
15,3425 3 4 753 1 CAF attflpit CLEAR-CHECK ATTFLAG FOP STPPFC
ATTITUDE. 16 64 RCF 14 LAST 968 1 5 ,3426 7 0102 0 ^'ASK
FLAGWRD6 1665 RFF 294 LAST 96 f 15,3427 1C 000 c CCS A 1 886
RFF 1 15, 3430 1 3 530 c TCF B VLMATT ALLFLG SET, CHK CFTICN
FOR GRAVITY CCFF 1 687 RFF 45 1 AST 96 4 15,3431 3 4752 0 CAF
BIT2 SEE IF CPT ION 2 OP 3
The text on this page is estimated to be only 27.83%
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gap: ^S5E^RLF HeVI^IPN 116 CF ACC FRCC-RAw

LUMINARY 0Y NASA 20S1112-Cn L P61P 53 1 888 PEF 13 LAST 967
15,3932 7 1199 0 MASK OFTl CA2 1889 PEP 295 LAST 968 1 5 , ’933
10 000 0 CCS A 1890 RFF 2 LAST 968 15, ’939 1 3530 C TCF BY L
MATT 1891 REF 39 LAST 952 15,3935 0 5 56 7 C TC ALARM 1892
15,3936 00701 1 CCT 701 1893 RFF 3 LAST 952 15,39’7 ’ 50C6 1
CAF Ve05NC9 1 899 RFF 300 LAST 96 8 15 ,3990 0 9616 1 TC
BANKCALL 1895 RFF L 1 LAST 966 15,3991 20977 1 CACR GGFLASP
1896 RFF 61 LAST 968 15,3992 1 600 1 1 ICF GCTCPCQH 1 E97 RFF
2 LAST 968 15,3993 1 3913 0 TCF PSPOPTN 1898 RFF 3 t AST 969
15,3999 1 ’913 0 TOF nSFCFTN 1S:C<5 ALG. U.1S6S LEMP5CS .118
FACE 969 L'SEP'S PAGE NCI. El F5 S2 CPTION 2 OP 3 BUT OONT
HAVE ATTITUDE CPTIOA UCCNSISTAM hITP FLAGS-ALAPR 7C 1
cisflay alarm FCP ACTICN VB3A-TEPMAATE V33-PROCEFn
**«*«=K#*iEMprRARY VE32-PECYCLE TC OPTION DISPLAY V
CSNC6
 r,ap: aSSCNBLF RFVISIn^ 116 C' t CQ PRCGRAP LU^'INiRY
BY NASA 2021 1 12-C71 L P F 1-P t2 P1899 TPANSFCPM VSCl ,2
FPC' MFCN FIYEO TC REF ARD jAN BACK IR VECl ,2 19Cr 19 ,3445 4
12 20 0 PFPFF STC SETPO 1901 REF 12 LAST 94T 1 9 , 3446 0?746
C CRA J 190? 15,3^47 OOOC 1 C 0 is'-a 15,3490 77634 ■1 RTB
1904 RFF 29 LAST 967 15,3451 21=74 1 LCACT IRE 1 909 R9F 1?
LAST 9o2 15,3492 27562 0 STnVL TSIGHT 1906 R"F 4 1 AST 963
15,3453 03247 0 VEf 1 1 9 17 1 5 , ’ 4 5 4 41S2E 0 pnni RLSH 1 cop
RFF 13 1 AST 970 15 ,3495 03562 0 TSIGHT 1909 1 9,3456 77 624
1 CALL 1910 REF 4 LAST 92 = 15, 3457 55 7 1 6 1 P P-TC-R 1911
RFF c LAST 97C 15 ,3460 27247 0 STCVL VEC 1 191? RFF 2 LAST
962 15,3461 C3255 0 VEC2 1 913 15,3462 652C1 1 SETPC POOL
1914 15,3463 OOOni 0 0 1915 REF 14 I AST 97F 15,3464 C3562 0
TSIGHT 191 6 1 9 ,3465 45006 0 PUSF CALL 1917 RFF 5 LA ST 97C
15 ,3466 5 97 16 1 R F-TC-R 191 R REF 3 1 AST 970 19,3467 372 5
5 1 STC.ALL VEC 2 19! c RFF 13 LAST 9 7C 1 5 ,3470 02746 0 QRAJ
19;CS ALC. 11,1569 LEPF50S .118 PAGE FE S3 97C USER'S PAGE NO
The text on this page is estimated to be only 28.37%
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GAP: ASSF^RLP RF\/ISTON 1 16 CF AGC PRCGP.AR

LUMAAFY 8Y RASA 2021112-U71 19:09 AUG. 11, 1969 LEMP5CS
.116 PAGE L P51P53 USER'S FACE NO. 53 E5 S3 pi
 GAP: ASSEP8LE REVISION 116 TF A C-C PROGRAM
LUMINARY BY NASA 20211 12-071 L P51-P53 PIRAO ERANCF TO
(\LIGNMCNT OPTION 1 950 RFF 215 LAST 967 15,3529 0 6)92 1
GETLMATT TC T NTPRFT 19>=1 15,3525 77629 1 CALL 195? REF 3
LAST 96A 15,3526 3397 1 r REFMF 19 53 15,3527 77 776 1 EXIT
195A REF 66 LAST 95 E 15,3530 0 5509 0 EYLMATT TC UFFLAC
1955 R5F 3 LAST 966 15,3531 0C2O5 0 ADRES I NT TAIGN 1956
RFF 97 LAST 96 7 15,3532 3 9753 1 CAP 8 IT 1 1957 PPF 19 LAST
969 15,3533 7 1199 c MASK EFT ICN2 1958 RFF 296 LAST 969
15,3539 10 000 0 CCS A 1959 REF 2 LAST 95E 15,3535 1 2561 0
TCP GVPETER 1960 REF 102 L AST 967 15, 3536 C 5353 1 ATTCHK
TC PFASChNG 196) 15,3537 09029 0 OCT 09C29 1962 RFF 3 LAST
966 15,359C 3 9 753 1 CAP ATTFLPIT 1963 REF 15 LAST 968 15,359
1 7 0102 0 MASK F LAGV.R06 1 969 RFF 297 L AST 972 15,3592 10
TOO n CCS A 1965 REF 1 15, 3593 1 356C c TCP P57CPT0 1 966
RFF 1 03 L AST 972 15,3599 .) 5353 1 P57JUMP TC PHASCHNC 1967
15 ,3595 09029 0 CCT 09029 196R RFF 96 LAST 958 15,3596 0
5516 r TC DCNNFLAG 1969 REF L LAST 972 15,3597 00205 0 ACRFS
INITALGN 1970 REF 29 LAST 967 15, 355C 3 6 2 50 c CAF TFPEF
1971 REF 15 LAST 972 15,3551 7 1199 0 MASK CFTI CN2 1972 REF
29F LAST 972 15,3552 50 000 1 INCEX A 1973 15,3553 1 3 55 9 1
TCF + 1 1979 REF 2 LAST 972 1 5 ,3559 1 3560 0 TC F P570PTC
1975 RFF 1 15,3555 1 3 60 1 1 TCF P570PT1 1 976 REF 1 15, 3556
1 3617 0 TC F P57CFT2 1977 RErF 1 15,3557 1 3 620 1 TCF
P570PT3 19:09 AUG. 11,1969 LEMP50S 118 PAGE 972 LSEP'S PAGE
NO. 5A E5 S3 GC TEANSfCRN TC NF IN V N E S A V , ZN E S A V
SET INITIAL ALIGN FLAG SEE IF CRT ICN 1 OR 3 CPTION 1 OR 2,
GET GRAVITY NCT 1 CR 3, CHECK ATTFLAG GET ALIGNMENT VECS
FCP CPTION 0 ATT F LG CLEAR-RESET INTALIGN FLAG ERANCH CN
CPTICN CroE CPTICN CFT IGN CPTICN OPTION I S 0 IS 1 IS 2 I S 3
 gap: ASSFPblP REVISION 116 CF AGC FPCGPfl" LUPIN/PY
EY NASA ao2111^-0?l 1S:CS AUG. ll.lStS LEPP5CS .118 PAGE L F51-
P53 LSEP’S FACE NC. c c E 5 S3 P1978 c p-'i !GN 0 , GET TkC
ATTITUEE VECS 197
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