N-7 8-20042
 

NASA Reference Publication 1007
 

Viking Lander Imaging Investigation 

Picture Catalog of Primary Mission 

Experiment Data Record 

Robert B. Tucker 

FEBRUARY 1978 

NASA
 

https://ntrs.nasa.gov/search.jsp?R=19780012099 2018-05-14T12:45:10+00:00Z
Viking Lander Imaging Investigation 

Picture Catalog of Primary Mission 

Experiment Data Record 
-A-. 

a S .,., - , r--

Sall, 

L-77-378 

This photograph was taken by Viking Lander 1 on the afternoon of the
 

thirty-second Mars day after landing. The view covers 400 looking northeast
 

from the landing site. The large dark rock in the foreground is approximately
 

8 m from the lander and is about 1 m high and 3 m long. Drifts of fine material can be seen extending toward the horizon.
 
NASA Reference Publication 1007
 

Viking Lander Imaging Investigation 

Picture Catalog of Primary Mission 

Experiment Data Record 

Robert B. Tucker 

Stanford University Medical Center 

Stanford, California 

NASA 

National Aeronautics 

and Space Administration 

Scientific and Technical 

Information Office 

1978 
PREFACE
 

This publication provides a general reference for the imaging data from
 

the Viking lander primary mission. It presents the results of the'procedures
 which were applied to the imaging data to produce an organized record which is
 

as complete and as error free as possible. The result is called the experiment data record. This publication also contains all images returned by the
 

two Viking landers during the primary mission. Skyline drawings display the
 

outlines of the images as they appear in the viewing area. 
Also included is
 

a selection of computer-generated camera event reports that list supplemental
 information about the conditions under which the data were collected and how
 

they were processed and recorded. In addition to a comprehensive report,
 several listings are included which group the images in a variety of ways, 
as
 

by time of day, for example.
 

A section on terminology has been included to assist with the interpretation of the listings and the image presentation. Several diagrams also provide
 assistance on this subject. This publication will acquaint the user with the
 

imaging data that are available from the Viking lander primary mission and the
 

procedure used to obtain photographic products.
 

A large number of individuals have made substantial contributions to
 

this report. There are three major groups: the scientists who developed the
 

science requirements for the design of the lander camera system and the acqui­ sition of the data, the Lander Imaging Flight Team which, together with these
 

scientists, implemented the mission plan for the lander camera system, and a
 

group which participated specifically in the production of this report material.
 

The Viking Lander Imaging Science Team consisting of Thomas A. Mutch, Team
 

Leader; Elliott Levinthal, Deputy Team Leader; Alan B. Binder; Friedrich 0.
 

Huck; Sidney Liebes, Jr.; Elliot Morris; James A. Pollack; and Carl Sagan


developed the science plans.
 

The Viking Lander Imaging Flight Team includes the members of the Viking
 Lander Imaging Science Team and Raymond E. Arvidson, Phil Avrin, Raymond Batson,


C. Ernest Carlston, Robert D. Collie, Kenneth L. Jones, William R. Patterson,
 

R. Steve Saunders, Glenn R. Taylor, and Michael R. Wolf. 
This group, augmented
 by Edward Dunham, Paul Fox, Sven Grenander, Edward Guinness, Ralph Kahn, and
 

David Pieri, implemented the necessary procedures to command the 
cameras and
 

to return and process the imaging data. The Lander Imaging Flight Team was
 

part of an organization of 850 people that comprised the complete Viking Mission Flight Team.
 

v
 
In the production of the report materials use was made of the facilities
 

of the Image Processing Laboratory at the Jet Propulsion Laboratory and many
 

individuals in the Image Processing Laboratory contributed to the image processing. David L. Atwood, Rodger Philips, and Deborah Spurlock had major
 

responsibilities in the development of the final experiment data record data
 

base under the direction of William B. Green, Donald J. Lynn, and Arnold A.
 

Schwartz. The computer-generated graphics and reports were developed by
 

Jackson Wilson from data organized by Ted Sesplaukis under the direction of
 

Michael Martin of the Viking Data Library. Steve Saunders and Michael .
 

Marcolini supplied the commentary material for the camera event reports.
 

vi 
CONTENTS
 

PREFACE ............................................
 

INTRODUCTION ............ ..........................
 

ABBREVIATIONS ..................... ................ 
 3


IMAGING EXPERIMENT ........... .........................
 

LANDER CAMERAS .................... ............ .. ..
 5
 

Mechanical and Optical Design . ........... ................. 5
 

Photosensing and Data Acquisition ........... ............... 6
 

DATA TRANSMISSION ................. .................... 9
 

DATA BASE DEVELOPMENT ............... .................... 9
 

IMAGING EXPERIMENT COORDINATE SYSTEMS, TERMINOLOGY, AND LABELING . . . 11
 

Coordinate Systems ........ ............................ 11
 

Camera Event Command Parameters and Lighting Conditions ......... 13
 

Data Receipt Parameters ............... ............... 17
 

Photographic Product Fiducial Annotation ........ ........... 18
 

EXPERIMENT DATA RECORD PROCESSING AND PHOTOGRAPHIC PRODUCTS ........ 20
 

CAMERA EVENTS ................ .................... 20
 

VL-I Camera Events ............ ................... ... 20
 

VL-2 Camera Events .......... ..................... ... 20
 

CAMERA EVENTS NOT RECEIVED ON EARTH ....... ................ ... 20
 

127-mm (5-in.) PHOTOGRAPHIC PRODUCTS ..... ................ ... 22
 

MAGNETIC TAPE STORAGE ............ ................ ..... 22
 

Label Records ............... ..................... 25
 

Pixel Data Records. . ......... ...................... ... 26
 

MICROFICHE .............. ......................... ... 26
 

LABELING ............ .............................. ... 26
 

PHOTOGRAPHIC PRODUCT PROCUREMENT ....... ................. ... 27
 

TEAM DATA RECORD ........... ................... ..... 27
 

SELECTION OF CAMERA EVENT PARAMETER LISTS .... ........... .... 27
 

CAMERA EVENT REPORTS ........... ..................... ... 28
 

SUBSET LISTS .......... ........................ ..... 28
 

vii
 
IPL PICTURE IDENTIFIERS (EDR ORDER NUMBERS) .. ..... ....... 29
 

ELEVATION COVERAGE CHARTS ......... ......... ......... 29
 

SKYLINE DRAWINGS.. .......... ............ .. ....... 29
 

VIKING LANDER EXPERIMENT DATA RECORD IMAGES FOR PRIMARY MISSION ..... 31
 

VIKING LANDER 1 EXPERIMENT DATA RECORD ................. 35
 

VL-1 PARAMETER LISTS ........... ................. 39
 

VL-1 Camera Event Report ........ .............. ..... 43
 

VL-i High-Resolution Camera Events in Event Order ......... ... 89
 

VL-I High-Resolution Camera Events Sorted by Time of Day . . .... 93
 

VL-I High-Resolution Camera Events Sorted by Elevation and
 

Start Azimuth for Segments of Day ..... ..... ........ 99
 

VL-I Survey Camera Events .......................... .. ........... 107
 

VL-I Visual Color Triplet Camera Events .......... .......... 111
 

VL-I Infrared Triplet Camera Events ... ................... 115
 

VL-I Visual and IR Singlet Camera Events .. .......... ..... 119
 

VL-I Sun Imagery Camera Events ........... ............... 123
 

VL-I Calibration and Scan Verification Camera Events ...... ... 127
 

VL-I Rescanning Camera Events ...... .................. .... 131
 

VL-I IPL Picture Identifiers (EDR Order Numbers) . ........ ... 135
 

VL-I Elevation Coverage Charts .......... ................. 143
 

VL-i SKYLINE DRAWINGS ........... ................. .... 161
 

VL-I EDR IMAGES ............. ............ ......... 191
 

VIKING LANDER 2 EXPERIMENT DATA RECORD ......... ...... ..... 267
 

VL-2 PARAMETER LISTS .............. ........... ..... 271
 

VL-2 Camera Event Report ........... ........... ...... 275
 

VL-2 High-Resolution Camera Events in Event Order ... ...... .. 333
 

VL-2 High-Resolution Camera Events Sorted by Time of Day ...... 339
 

VL-2 High-Resolution Camera Events Sorted by Elevation and
 

Start Azimuth for Segments of Day ........ ........ ..... 345
 

VL-2 Survey Camera Events ........... .............. . ... 355
 

VL-2 Visual Color Triplet Camera Events ........ .......... 359
 

VL-2 Infrared Triplet Camera Events ...... ................. 363
 

VL-2 Visual and IR Singlet Camera Events ..... ......... .. 367
 

VL-2 Sun Imagery Camera Events .. ................. .371
 

VL-2 Calibration and Scan Verification Camera Events .. .... .. 375
 

VL-2 Rescanning Camera Events ......... ............. . ... 379
 

VL-2 IPL Picture Identifiers (EDR Order Numbers) ... .... .. 383
 

VL-2 Elevation Coverage Charts ....... ......... ...... 391
 

viii
 
VL-2 SKYLINE DRAWINGS . .... . . . . . . . . . .415
 

VL-2 EDE IMAGES . . . . . . . . . . . . . . . . . . . . . . . . . 451
 

REFERENCES ............. ......................... .... 556
 

BIBLIOGRAPHY ................ ............ ...... .... 557
 

ix 
INTRODUCTION
 

The Viking Mission to Mars consisted of two spacecraft, each comprised of
 

an orbiter and a lander. They were launched by Titan III/Centaur rockets on
 

August 20, 1975, and September 9, 1975, and placed in orbit around Mars on
 

June 19, 1976,. and August 7, 1976, respectively.
 

The Viking lander imaging investigation used a pair of cameras on each of
 

the two landers to characterize the scene at two sites on the surface of Mars.
 

This publication presents a catalog of the imaging data received from the two
 

landers during the period from the touchdown of Viking Lander I until the transmission from both spacecraft was temporarily halted on November 7, 1976,
 

because of solar conjunction.
 

Viking Lander 1 touched down on the surface of Mars on July 20, 1976, at
 

1613 relative to local Mars midnight. The landing site is on the western
 

slopes of Chryse Planitia at 22.4830 N and 47.940 W (areographic coordinates).
 

Viking Lander 1 faces in a southeasterly direction (141.910 clockwise from
 

north as defined by the side of the spacecraft on which the two cameras are
 

mounted). The spacecraft deck is tilted 30 downward in the direction 285.180
 

clockwise from north.
 

Viking Lander 2 touched down at 0948 relative to local Mars midnight
 

on September 3, 1976, at a landing site in the Utopia Planitia region at
 

47.9680 N and 225.710 W. It faces in the direction 29.130. The lander has a
 

tilt of 8.210 downward in the direction 277.70 from north.
 

The two orbiting spacecraft from which the landers separated provide
 

communication support for the landers in addition to independent activities
 

involving orbiter science. Approximately 8000 images were acquired during the
 

primary mission by the orbiter cameras and are described in other reports (for
 

example, ref. 1).
 

In addition to the imaging experiment, eight other areas of scientific
 

investigation were supported by the landers: biology, molecular analysis,
 

inorganic chemical analysis, meteorology, seismology, magnetic properties,
 

physical properties, and radio science. Portions of the imaging experiment
 

were performed in support of these other investigations.
 

Figure 1 shows histograms of the quantity of camera data received from the
 

two landers for each Mars solar day during the primary phase of the mission.
 

(See ref. 2.) The data return from Lander 1 was reduced considerably after
 

Lander 2 landed. This reduced data flow from Lander 1 was transmitted directly
 

from the lander to Earth by using the S-band communication system. The cameras
 

are facsimile type devices which image the scene with selectable spatial resolution and spectral response. The image information is digitized by the cameras
 
x 103
 

201<
 

15
 

U, 

wu 

z 

z

"C10 

, 

u- i
 

- 5
 

0 

0 10 20 30 & 40 50 60 70 80 90 100 110
 

VL-1 SOL OF MISSION (SOL 0 - JULY 20, 1976)
 

13
 

20 1
 

15
 

LUu-i 

z 

<10
 

U 

5
 U 


0 

0 10 20 30 40 50 60 70
 

VL-2 SOL OF MISSION (SOL 0 = SEPT 3, 1976) 

Figure 1.- Histograms of quantity of data received.
 

2
 
for transmission to Earth. Also transmitted to Earth is supplementary information which identifies the images and indicates the conditions under which the
 

data were collected.
 

On Earth the digital data are used to reconstruct the images. Sometimes,
 

communication strategies result in a set of image data being received more than
 

once. Selection and merging operations are performed to develop the most errorfree record of the data, which is termed the experiment data record (EDR).
 

The data are stored on magnetic tape and are converted by means of various
 

recording devices to photographic media. Film negatives are produced and are
 

used to make positive transparencies, positive prints, and microfiohe photographic products. These photographic products and magnetic tapes constitute
 

the primary mission experiment data record of the Viking lander imaging investigation and are described in this publication.
 

Also included in this publication are computer-generated camera event
 

reports that list supplemental information about the conditions under which the
 

data were collected and how they were processed and recorded. In addition to
 

skyline drawings, displaying the outlines of images as they appear in the viewing area, listings are included which group the images in a variety of ways,
 

as by time of day, for example.
 

ABBREVIATIONS
 

AZ azimuth
 

BB broadband
 

bps bits per second
 

CACCS camera-aligned camera coordinate system
 

CE camera event
 

CLR color
 

DCS dark current subtractor
 

DIGIFAX digital facsimile printing device
 

DN data number
 

EDR experiment data record
 

EL elevation
 

FOVLIP first-order Viking lander image processing
 

GCMS gas chromatograph-mass spectrometer
 

3 
GMT Greenwich mean time
 

IPL image processing laboratory
 

IPL PIC ID Image Processing Laboratory picture (photograph) identifier
 

IR infrared 

ISDR intermediate system data record 

JPL Jet Propulsion Laboratory 

LACCS lander-aligned camera coordinate system 

LACS lander-aligned coordinate system 

LLD/T local lander day/time 

LLT local lander time 

LSEQ lander sequencing software 

MTIS mission and test imaging system 

MTPS mission and test photographic system 

N north 

PDA power distribution assembly 

POS. positive 

PSA photosensor array 

RESTIMG restore image data 

RT real time 

RIG radioisotope thermoelectric generator 

SB S-band 

SDR system data record 

sol Mars solar day 

SUR,SURV survey 

SYS system 

TDR team data record 

4I
 
TLMP telemetry processing 

TRANS. transparencies 

UHF ultrahigh frequency 

UTC coordinated universal time 

VICAR video information classification and retrieval 

VIS visible 

VL Viking lander 

VLLOG Viking lander logging 

VMCCC Viking mission control and computing center 

wavelength, Pm 

IMAGING EXPERIMENT
 

LANDER CAMERAS
 

The Viking lander cameras are facsimile type instruments in which a mirror,
 

nodding in elevation and rotating in azimuth, sweeps the field of view over
 

selected photodiodes (ref. 3). The two cameras on each lander are 0.8 m apart
 

and view the scene from a nominal height of 1.3 m.
 

Mechanical and Optical Design
 

The mirror nods on a horizontal axis which itself pivots on a vertical
 

axis. This scanning mechanism provides for vertical scan lines acquired in the
 

direction from low to high elevation. During the vertical scan, the acquisition
 

of picture elements (pixels) is such that the separation between pixel centers
 

equals the azimuth step size in degrees, either 0.040 or 0.120 depending on the
 

command. This results in a 20.480 vertical field of view for a 0.04O azimuth
 

step size and a 61.440 view at a 0.120 step size. The starting and stopping
 

azimuths can be commanded in increments of 2.50 over a range of 342.50. The
 

elevation pointing angle (the center of the elevation scan) can be command'ed
 

in 100 increments such that the field of view extends from -60o to 400 relative
 

to the plane of the lander. The light that is reflected by the mirror is
 

imaged by an-achromatic triplet lens onto the photosensor array. This lens
 

has an aperture of 9.95 cm and a focal length of 5.37 cm.
 

Care must be taken in interpreting the images produced by such a camera
 

when the picture elements (pixels) are displayed in a conventional rectilinear
 

coordinate system (as used in the image reconstruction). Straight lines in
 
the original scene are not, in general, reconstructed as straight lines in
 

the resulting image. (The conventional perspective camera preserves straight
 

lines.)
 

Photosensing and Data Acquisition
 

Twelve silicon photodiode sensors are command selectable and provide for
 

a selection of spectral response and angular resolution. Interference filters
 

associated with six of the diodes provide for three visual color bands (red,
 

green, and blue) and three near-infrared spectral bands (IRI, IR2, and IR3).
 

-These bands have instantaneous fields of view of 0.120. Four diodes (BB1, BB2,
 

BB3, and BB4) with an instantaneous field of view of 0.040 and nominally,associated with the 0.040 step size are placed at different distances from the lens
 

for focus selection (1.9, 2.7, 4.5, and 13.3 m) resulting in an overall depth
 

of field from 1.7 m to -. One diode (survey) has no filter and is used for
 

black and white panorama imaging utilizing the 0.120 step size. The Sun diode
 

has a 0.120 instantaneous field of view and a red filter for solar imaging.
 

Figure 2 shows the spectral characteristics of the diodes. The BB curve
 

applies to diodes BBI, BB2, BB3, BB4, and survey. Table 1 is a summary of the
 

spatial characteristics of the camera. (See ref. 3.)
 

-4 

BB
 

.3 

-IRI 

RED IR2 

0"­

S.2 ~~~~GREEN , Ii ! 

BLUE" 

I C'"II I l \ 

'i. I], I I 

*1 I I j /. 

I..A~ y. L LZ:.- -, Ii ± A\, 4 


0 .4 .5 .6 .7 .8 .9 1.0 1.1 

X, MICROMETERS
 

Figure 2.- Spectral response R(X) characteristics of photosensor array.
 

6
 
TABLE 1.- CAMERA CHARACTERISTICS
 

Characteristic Survey Color and I High resolution
 

Instantaneous field of view, deg ....... .0.12 0.12 0.04
 

Picture element registration error, deg . . .
 

Absolute angle error:
 

Elevation, deg ......................
 

Azimuth, deg ..... ..................
 

Frame width:
 

Elevation, deg ..... .............. 
 ....


Azimuth (min; max), deg ... .............
 

Field of view:
 

Elevation, deg .............. . . .
 

Azimuth, deg .................
 .... 


Geometric depth of field, m ..............
 

In-focus distance, m ...... ............ 


Picture elements per line ................
 

Bits per picture element ..............6 


Bits per degree azimuth .................
 

Time per degree azimuth:
 

Rapid scan, see .... .................
 

Slow scan, min ................. .. 


±0.036 ±0.013 ±o.oo6 

±0.3 ±0.2 ±0.2 

±0.15 ±0.1 ±0.1 

61.44 61.44 20.48 

2.5; 
342.5 2.5; 	342.5 2.5; 342.5
 

100; 	from 400 above to 600 below
 

horizon in 100 steps
 

342.5; in multiples of 2.50 steps
 

1.7 to -	 1.7 to 


3.7 	 3.7 


512 	 512 


6 


2.84 x 104 	 8.53 x 104 


1.84 	 5.52 


2.0 	 6.0 


1.7 to ­

1.9, 2.7, 4.5, and 13.3
 

512
 

6
 

8.53 x 104
 

5.52
 

6.0
 

An internal light source with four selectable intensities permits calibration information to be gathered before and/or after a scene has been imaged.
 

The calibration data have a camera event label.associated with them and are
 

treated in the data management system as a separate camera event. There is
 

also a light source external to the camera in the protective post for use in
 

scan verification.
 

Multispectral imaging (nominal color or infrared), is accomplished by
 

alternately selecting three diodes (either blue, green, red, or IR3, IR2, IRI)
 

for three vertical scans at each azimuthal position with, nominally, a 0.120
 

step. The data are thus gathered for each diode, or spectral band, in an interleaved fashion. The data management system separates these interleaved images
 

prior to storage in the experiment data record.
 

The camera electronics provides a 6-bit pixel value for each point scanned.
 

(This value is later changed to 8 bits after receipt on Earth; see section
 

"Pixel Data Records.") However, before the analog-to-digital conversion takes
 

place, a dark current subtraction is made in which a previously acquired dark
 

current from the photosensor is subtracted from the signal current. Although
 

the option exists to inhibit this subtraction, the option was not implemented
 

for any images during the primary mission phase (reference to this option has
 

.7 
been deleted from the listings of command parameters). The dark current is
 

evaluated every 64 scan lines; therefore, a slight band effect results in some
 

images taken at high gains.
 

The dynamic range of the 6-bit (64 levels) encoding scheme is extended by
 

using 6 commandable linear gains and 32 offsets. The gains and offsets associated with each camera event are listed in the sections "VL-I Camera Event
 

Report" and "VL-2 Camera Event Report." Figure 3 (ref. 3) shows the relationship between the digital pixel values and the photosensor array signal level
 

for the available gains and offsets.
 

PHOTOSENSOR ARRAY VOLTAGE, VOLTS
 

-.21 .51 1.23 1.95 2.68 3.40 4.13 4.85
 63
 

2
 

48 
 3
 

-a32
 

F- 5 

0 5 ___10 15 20 25 30

OFFSET NUMBER
 

Figure 3.- Camera gains and offsets.
 

Both geometric and photometric calibration procedures were performed during the development of the camera system. The geometric calibration data indicate azimuthal "bolt down" and coning errors on the order of 10. Additional
 

photometric calibration steps were performed just prior to launch, after spacecraft sterilization (ref. 4). However, neither.the EDR image data stored on
 

magnetic tape nor those shown in the EDR photographic products and parameter
 

lists have had any decalibration processing applied to them. The radiometric
 

calibration is reported in reference 5 and the geometric calibration-is in
 

progress.
 

8 
DATA TRANSMISSION
 

Several options exist for transmitting the camera data from Mars to Earth.
 

The two major classifications are recorded imaging and real-time imaging. In
 

recorded imaging, camera data are generally acquired in the 16 000-bps scan
 

rate and recorded on the lander tape recorder. The option exists, however, to
 

acquire the data at the 250-bps scan rate, buffer it in the data storage memory,
 

and then record it at the higher rate. In the primary mission phase this
 

buffering was done only when acquiring a small number (14) of visual color
 

camera events in the rescan mode. The recorded data can be transmitted directly
 

to Earth at 1000, 500, or 250 bps via the S-band link. For the primary phase
 

6f the mission the playback of the tape recorder directly to Earth was implemented only during the reduced activity period of VL-1 image data return. The
 

data relay from the orbiters varies from 16 000 bps to 1000 bps.
 

Real-time imaging involves no use of the lander tape recorder and is
 

divided into two categories: direct to Earth via the S-band transmitting system at 250 bps or to an orbiter at 16 000 bps (UHF).
 

It is important to note that the camera commanding procedure for recording imaging is different from that for real-time imaging. A result is that
 

the conditions under which rescanning occurs at the end of a camera event differ. (See Rescan in the section "Camera Event Command Parameters and Lighting
 

Conditions.") There is also the' opportunity for blank image lines when the
 

commanded duration of a real-time camera event is shorter than the time
 

required to scan the commanded azimuth range. These blank image lines are
 

added during the ground data handling procedures.
 

All data returned by the spacecraft are received by the Deep Space Network
 

(DSN) with tracking stations located in California, Spain, and Australia. The
 

data are then transmitted to the Jet Propulsion Laboratory. More than one tracking station may receive the data and more than one transmission from a station
 

to JPL may occur. Thus, several received versions of a camera event (or a portion of a camera event) may occur in the incoming data record. One of the data
 

management tasks is to merge repeatedly received images to recover the most
 

error-free data record.
 

DATA BASE DEVELOPMENT
 

The development of the real-time data base begins as the imaging data are
 

received at JPL. The telemetry processing software separates the imaging data
 

from the other science data and forwards it to the first-order Viking lander
 

imaging processing (FOVLIP) system as the system data record. Figure 4 shows
 

the flow of the data in the development of the experiment data record.
 

The FOVLIP system provides a basic set of image processing and display
 

capabilities which support real-time enhancement of the images and video displays. On-line and off-line hardcopy capability also exists. The system
 

merges information from an "expected images" information list with the incoming
 

9 
DEEP DSN 

SPACE 

NILMORK 

LANNING &LSEO 

T N F 

3W/75 

DI 'MOOI IF

. I RN IA
 

C__=~~ PRDCTTKE ~ ~ I S


EVENT MTt4 TAPE 

C VMCCC 

Figure 4.- Imaging data flow. The dashed path indicates the flow of
 

non-real-time data prior to being merged with real-time data.
 

4 in. :102 mm; 5Sin. :127 ram; 6 in. =152 ram. 

10 
data and produces properly identified, annotated, and formatted displays. The
 

capability exists for noise removal, contrast enhancement, and spatial filtering of the displayed images. The data base developed by FOVLIP is forwarded
 

on tape to the JPL Image Processing Laboratory.
 

The image data collected by the tracking stations are replayed at a later
 

time to obtain a better data record, called the intermediate system data record.
 

These data are sent to IPL for computer processing directed toward further recovery of image lines scrambled during transmission. The results of this image
 

restoration process (RESTIMG) are returned to FOVLIP (VMCCC) where they are
 

verified and then merged with the annotation data. This restored data record
 

is subsequently sent to IPL for logging into the VICAR image processing system.
 

By selecting from these two sets of image data, managed under VICAR, the
 

most complete set of image data is collected on a disk-based storage system.
 

In some cases, the selection consists of an entire image from either the original transmission (SDR) or a recall (ISDR). In other cases, camera scan lines
 

from the original version are merged with scan lines from a recall. Cases also
 

exist where the selection process is done at the pixel level. A judgment is
 

made as to the possibility that a particular pixel suffers from a bit error
 

which makes it advisable to select a pixel from a different transmission. No
 

"despiking" operations are applied to arbitrarily assign new values to certain
 

pixels. However, the choice of pixel selection from multiple transmissions is,
 

to some extent, arbitrary. Miscellaneous annotation errors are also corrected
 

at this point in the processing. This disk-resident data base is then used in
 

the production of the experimental data record and a variety of other image
 

processing tasks.
 

IMAGING EXPERIMENT COORDINATE SYSTEMS, TERMINOLOGY, AND LABELING
 

This section is intended primarily as a glossary for the parameters listed
 

in the VL-1 and VL-2 parameter lists and the label information on the images.
 

The material described is common to many of the photographic products. The
 

later sections, which describe these products in greater detail, supplement
 

this glossary.
 

Coordinate Systems
 

Camera-aligned camera coordinate system.- The coordinate system primarily
 

used in this publication is the camera-aligned camera coordinate system (CACCS).
 

The origin of this system is at the intersection (nominal) of the rotation axes
 

of the camera mirror. In the CACCS, azimuth angles are measured clockwise
 

(viewed from above) from a vector pointing in the general direction of the other
 

camera. For camera 1 this vector passes in back of camera 2 but for camera 2
 

it passes slightly in front of camera 1. (See fig. 5(a).) The CACCS is the
 

reference for the start azimuths and stop azimuths presented in the parameter
 

lists for VL-1 and VL-2. The cameras are commanded by using the CACCS notation.
 

This system is the reference for the notation which appears on the horizontal
 

scale through the center of each camera view in the VL-1 and VL-2 skyline drawings. The CACCS system is also referenced by the fiducial annotation on the
 

11 
{LAACM) 

(a) Camera-aligned camera coordinate system.
 

r D 

ORIGIN IE . LO D

(+X DOWN)

(b) Lander-aligned camera coordinate system.
 

TILTDIRECTION
 

NORTH TILT IRECTION ° 2 D 

° (3 DOWNW 

(c) Lander 1 orientation. 
 (d) Lander 2 orientation.
 

Figure 5.-
 Camera coordinate systems and orientation of landers.
 

12 
EDR photographic products. However, this fiducial annotation presents two
 

azimuth angles separated by a slash U). The first references the CACCS, as
 

just discussed; the second references the lander-aligned camera coordinate
 

system as described in the next section.
 

The camera elevation angle is measured from the direction perpendicular
 

to the azimuth axis of the camera as described in the section "Center
 

elevation."'
 

Lander-aligned camera coordinate system.- The lander-aligned camera coordinate system (LACCS) is referenced in only two situations in this publication.
 

The azimuth entries which appear following the slash (/) at the top of the EDR
 

photographic products reference the LACCS as do the azimuth entries which
 

appear at the top and bottom of each camera view on the VL-I and VL-2 skyline
 

drawings. In the LACCS system, azimuth angles are measured clockwise (viewed
 

from above) from a vector perpendicular to the inter-camera baseline and
 

directed toward the rear of the lander. (See fig. 5(b).) Its origin is at
 

the intersection (nominal) of the rotation axes of the camera mirror. LACCS
 

derives its name from its similarity to a commonly used general lander coordinate system, the lander-aligned coordinate system (LACS),' which has an origin
 

1.1 m below the center of the top surface of the lander. (See fig. 5(b).)
 

Lander tilt.- The landers are tilted slightly relative to the local gravity
 

vector. VL-1 is tilted 30 downward in the direction 285.180 clockwise from
 

north. (See fig. 5(c).) VL-2 has a tilt of 8.210 downward in the direction
 

277.90 from north. (See fig. 5(d).)
 

Camera Event Command Parameters and Lighting Conditions
 

The terms in this section relate to the parameters used to command the
 

cameras and the conditions under which the image data are acquired. Common
 

abbreviations and acronyms are shown in parentheses. These parameters appear
 

in VL-1 and VL-2 parameter lists, on the photographic products, and in the
 

magnetic tape label records.
 

Frame count.- Frame count is a lander assigned sequence number which
 

increases by 1 for each camera event. Its starting value is 1 and recycles
 

to 0 after reaching 255.
 

Camera event.- Camera event (CE) refers to a single executed camera command which is identified by a frame count. It results in the collection of
 

vertical scan lines of camera data.
 

Camera event label.- The camera event label is a 10-character identifier
 

used to designate a camera event. The first character (1 or 2) indicates the
 

lander (VL-1 or VL-2), the second character (1 or 2) indicates the camera on
 

the lander, and the third character is the frame count cycle. This third
 

character takes on the values A, B, C, . . . and is included because the frame
 

count (the three digits following the frame count cycle) resets to 0 after
 

counting to 255. The three digits following the slash (/) are the sol on which
 

the camera event occurred. (See next section.)
 

13 
Mars solar day.- The Mars solar day (sol) is considered to have a length
 

of 24 hours, 39 minutes, and 35.25 seconds; it is usually abbreviated as sol.
 

Sol 0 is the particular spacecraft's landing day. Sol 0 for VL-1 is July 20,
 

1976, and sol 0 for VL-2 is September 3, 1976.
 

Local lander time.- Local lander time (LLT) refers to the time after local
 

midnight at the lander on Mars. Generally, it refers to the beginning of a
 

camera event. It is designated in hours, minutes, and seconds (Earth units)
 

in the format H:M:S and often appears preceded by sol separated by a slash.
 

Diode.- As described in the section "Lander Cameras" there are 12 photodiodes in the camera. These diodes are generally referred to by name: BBI,
 

BB2, BB3, and BB4 for the high-resolution broadband diodes; SURV for the lowresolution broadband diode; BLU, GRN, and RED for the visual color diodes; IR1,
 

IR2, and IR3 for the infrared diodes; and SUN for the diode used in Sun imagery.
 

When the diodes are used in triplet mode (nominally BLU, GRN, RED or IRI, IR2,
 

IR3), a /T is generally appended (e.g., BLU/T). Calibration images are
 

identified by "CAL" in this field, sometimes preceded by the first diode used
 

in the calibration and followed by the light source level.
 

Azimuth start/stop.- The azimuth start and stop entries are the azimuth
 

limits, in degrees, of a camera event. (See "Coordinate Systems.") Sometimes,
 

there are missing camera scan lines which result in no image data at points
 

within this range.
 

Center elevation.- Camera events are commanded by specifying the center
 

elevation (ELEV) pointing angle (EPA) of the resulting image. The direction
 

perpendicular to the camera's azimuth axis of rotation is the 0o reference
 

(negative is below, positive above). This value is sometimes followed by the
 

lower and upper limits of the scan in parentheses. Note that this is the commanded elevation and must be adjusted for nonnominal modes.
 

Step size.- The camera step size may be either 0.040 or 0.120 and expresses
 

the angular separation in azimuth between successive scan lines and the angular
 

separation in elevation between successive picture element centers.
 

Channel.- The channel (CHAN) is the camera parameter whidh determines the
 

diode used in the camera event. The value range is from 0 to 15 but 6, 7, 12,
 

and 15 are left undefined. (See table 2.)
 

Mode.- The mode is a camera command parameter which selects the camera
 

scan step size and the choice between a single or triple scan (at each azimuth
 

position). The mode also selebts one of four intensity levels of the internal
 

calibration light source. (Se table 2.)
 

Nonnominal modes.- Table '?.displays the diode channels and the camera
 

modes. The term nonnominal me t'refers to a mismatch between the step size
 

used in a camera event and theiinstantaneous field of view of the diode channel
 

selected. (See table I.) It js 4important to note that high-resolution diodes
 

(BBI, BB2, BB3, and 8B4) used lith a step size of 0.120 will .cause the elevation of the image to be increased by approximately 5.60. A low-resolution
 

14 
TABLE 2,- CAMERA CHANNELS AND MODES
 

MODE
 

S-0 

DU L 

Z4 0 CO 

< 0 -

I0 0CALIBRATION 

MODE 

5 1MMAND NUMBER 

BB2 0 NN 

BLUE 1 N 

GREEN 2 N 

RED 3A>LLNL PSA 

SUN 4 BE 4SRI NN II LAYOUT a 0 BB2 

884 5 N 

Z

2 

UNDEFINED 

UNDEFINED 

6 

7 

IR3FBLUE us F) (0IR3W0 Z Z 9 

IR2102 

1 BLUE 

GREEN 

BB 8 N z z z 2RED 

0 1R3 1 NN M - 0 .Ri1 SURVEY144 SUN E

1R2 10 B8 ENN315 8B4 

1RI 11 NN 

UNDEFINED 12 

BB3 13 

SURVEY 14 N 

UNDEFINED NN = NON NOMINAL MODE 

COMMANDS WITH NORMALLY LOW COMMANDSWITH NORMALLY HtGI-I 

RESOLUTION DIODES (SURVEY, BLUE. RESOLUTION DIODES (BB1, BB2, B83 

GREEN, RED, SUN, I1, I2 . AND IR3) AND B4) USED IN A LOW-RESOLUTION 

USED IN A HIGH-RESOLUTION MODE MODE (0.120) CAUSE THE IMAGE 

(0 040) CAUSE THE IMAGE ELEVATION ELEVATION TO BE 5 60 ABOVE THAT 

TO BE- 5 60 BELOW THAT COMMANDED COMMANDED 

diode used with a step size of 0.040 will cause the elevation of the image to
 

be decreased by approximately.5.60 . I
 

The term nonnominal mode is also sometimes used to refer to triplet images
 

other than the normal: BLU, GRN, RED, or I1R3, IR2, IR1 scanning. However, no
 

such nonnominal triplet scanning was commanded during the primary mission
 

phase.
 

Offset.- There area,2 commandable offsets of equal voltage steps available
 

which can be applied to'the sensed radiometric measurements prior to digitization at the camera. The offsets are identified by the numbers 0 to 31. (See
 

fig. 3.)
 

Gain.- The six commandable camera gains are designated by the integers 0
 

to 5 and represent decreasing amounts of gain (by ttaetors of 2) as the numbers
 

increase from 0. (See fig. 3.)
 

15 
Data path.- Two indicators separated by a slash are used to describe the
 

data transmission path from the cameras to Earth. The first is either REC or
 

RT indicating, respectively, that the data were recorded on the lander for
 

later transmission or transmitted in real time as the camera scanned. The
 

second (UH or SB) indicates whether the data went to the orbiter via the UHF
 

link or directly to Earth via the S-band link.
 

Scan rate.- The camera has two scan rates: 16 000 bps and 250 bps. The
 

parameter reflects this rate with an entry of 16K or 250.
 

Photosensor array temperature.- The photosensor array temperature (PSA
 

TEMP) is a value in the range 0 to 63 (DN) which indicates the temperature of
 

the camera's photosensor array. It is expressed in the EDR data as an average
 

over the duration of a CE and may be shown either on a scale of 0 to 63 or converted to degrees Celsius by the following formula:
 

oc = 1.98DN - 60.95
 

Solar azimuth and elevation.- The azimuth and elevation of the Sun
 

(SOLAR AZ/EL) are expressed in the "local horizon system" wherein the zenith
 

is at 900 elevation and the horizon (perpendicular to the local gravity vector)
 

is at 00 elevation. Azimuth is measured in the clockwise direction (viewed
 

from above) with 00 directed toward the north.
 

Antisolar azimuth and elevation.- The azimuth and elevation of the antisolar vector (ANTI-SOLAR Az/EL) is given in the CACCS which acquired the image
 

referenced. The direction is that of a vector from the Sun to the camera.
 

Event time.- The day of year (1976) and time of the beginning of a camera
 

event are listed on most photographic product labels. Although labeled as GMT,
 

the value indicated is that of UTC. The elements, day, hour, minute, and
 

second, are in the format D/H:M:S. On some photographic products the colons
 

are replaced by periods.
 

I
 

Dust (D).- The capability exists on the camera to direct a discharge of
 

C02 across the outer surface of the protective outer window of the camera prior
 

to executing a camera event. This dusting (D) was done several times in the
 

early days of the primary mission.
 

Rescan.- There are three different conditions which can result in rescan
 

(R) as follows:
 

(1) Rescan command bit: A rescan command bit can be set for a camera
 

event; this results in the camera rescanning at the stop azimuth for a time
 

(RESCAN.DT), determined by a command stored in the data base of the lander's
 

on-board computer. Six such camera events were executed on VL-1 and eight on
 

VL-2. These were all rescan lines since the start azimuth equaled the stop
 

azimuth. All were visual color triplets taken at the low scan rate and buffered in the data storage memory (DSM) before storage on the tape recorder.
 

16 
Such CE's are identified by the appearance of the word RESCAN (or R) in their
 

parameter entries.
 

(2) RTI camera events: If the event duration listed in the spacecraft
 

real-time imaging tables is longer than the time required to scan the commanded
 

azimuth range, the extra time is consumed in rescanning of the last azimuth
 

position. This type of rescanning was associated with 28 CE's on VL-I and
 

40 CE's on VL-2. In 15 of these, only a few rescan lines (<15) were acquired.
 

Most were in the range of 25 to 100 rescan lines (only 8 had more than 100
 

rescan lines).
 

(3) Recorded camera events: For the recorded CE's, rescanning was used
 

in connection with the assignment of an extra time allocation in recorded
 

imagery to allow for the tape recorder run up and reversal. This generally
 

resulted in less than 12 rescan lines. There were 187 such occurrences on
 

VL-1 and 269 on VL-2. Most photographic products list the first camera scan
 

line which represents a rescan line and the total number of such rescan lines.
 

The total is calculated by subtracting the line number of the first rescan line
 

from the last rescan line and adding one. This step uses the designated line
 

numbers returned with the data. Transmission errors may have reduced the
 

actual amount of data received in some cases.
 

Data Receipt Parameters
 

The parameters given in this section relate to the receipt, storage, and
 

film conversion of the image data. The parameter data in these categories are
 

separately indicated for each member of a triplet camera event. These parameters appear in the VL-i and VL-2 parameter lists, on the photographic products,
 

and in the magnetic tape label records.
 

Data record.- The final image data may come from either the system data
 

record, the intermediate system data record, or a composite (COMP) of the two.
 

An entry is made under data record to reflect this source.
 

Data link.- Some photographic procpcts list (under data link) the processing stage, or path, of an image during the development of the EDR data base.
 

This is specified as "RAWEDR" for the final EDR versions of the images.
 

Scan lines.- The total number of vertical scan lines stored in the data
 

system is listed under the heading SCAN LINES or LINES TOTAL. It is determined
 

by dividing the commanded azimuth range by the step size and then adding the
 

total number of rescan lines.
 

Missing lines and gaps.- Camera scan lines not received due to transmission errors appear as black lines in positive photographic products
 

(Pixel value = 0). The total number of missing lines and the number of image
 

gaps they cause are listed on some photographic products.
 

Average data number value.- The average data number value (AVE DATA VALUE)
 

is the arithmetic mean of the digital value of all received pixels for an image.
 

17 
Standard deviation.- The standard deviation entry is the standard deviation (STAND DEV) of the distribution of digital values of all received pixels
 

for an image.
 

EDR tape and file number.- The identification number of the VICAR format
 

magnetic tape containing the EDR data for each image is specified on most
 

photographic products. The data file position is included with it. In some
 

cases EDR tape and file number (EDR TAPE/FILE) identification is referred to
 

as the VICAR tape and file number.
 

Segment.- Many images have been divided into segments (SEG) to facilitate
 

film conversion. (See section "127-mm (5-in.) Photographic Products.") In
 

certain contexts the entire image may be called a segment, such as for small
 

images not requiring division for film conversion.
 

Segment azimuth elevation and step size.- The segment azimuth elevation
 

and step size (SEGMENT AZ/EL/STEP SIZE) entry indicates the azimuth and elevation of the upper left corner of a segment of an image (or the entire image if
 

unsegmented). The azimuth is expressed in degrees in the CACCS. Elevation is
 

measured relative to the camera's horizontal (perpendicular to the azimuth
 

axis). Negative values indicate below the horizontal; positive, above. This
 

elevation value incorporates the ±5.60 shift for nonnominal commands. The
 

step size is either 0.04 or 0.120.
 

Image Processing Laboratory picture identifier.- The Image Processing
 

Laboratory picture (photograph) identifier (IPL PIC ID) is a 15-character daterelated descriptor which uniquely identifies a photographic product processed
 

at the JPL Image Processing Laboratory. It contains four subfields which are
 

separated by slashes: year, month, day of month, and time of day. Where an
 

image has been subdivided to facilitate film conversion each segment has its
 

own IPL PIC ID.
 

Photographic Product Fiducial Annotation
 

There are three types of fiducial dcales which identify the pixel positions on the EDR photographic products. (See fig. 6.)
 

The innermost set (closest to the image) is called the IPL line number in
 

the vertical direction and the IPL sample number in the horizontal direction.
 

The scale exists on all four sides of the image. The pixel in the upper left
 

corner (of segment one) has the coordinate 1,1. The IPL line number increases
 

(1 to 512) in the downward direction and the IPL sample number increases from
 

left to right. The fiducial separations denote increments of two.
 

The second (middle) fiducial scale is identified as the camera scan sample
 

number in the vertical direction and the camera scan line number in the horizontal direction. The camera scan sample number has an origin of 0 at the bottom and increases upward to 511 at the top of the image. The camera scan line
 

increases from left to right. The fiducial separation denotes increments of
 

two. This scale only appears at the left side and at the top of the image.
 

18 
L-77-312 

Figure 6.- EDR photographic product format.
 

The outermost fiducial scale denotes azimuth in the horizontal direction
 

and elevation in the vertical direction. The elevation is expressed in degrees,
 

where 00 is perpendicular to the camera azimuth axis. The elevation scale on
 

nonnominal mode images is properly adjusted for the vertical displacement associated with such images. Tw6 azimuth identifiers are given for the horizontal
 

scale; the first references the CACCS, the second references the LACCS. (See
 

section "Coordinate Systems.") The two values are separated by a slash (M) and
 

increase from left to right. The fiducial separation is 0.20 on images of
 

0.040 step size and 0.50 on images of 0.120 step size. This scale appears only
 

at the left side of the image and at the top of the image.
 

The horizontal scales, IPL sample number and camera scan line number,
 

increase across the photographic product segment boundaries of segmented
 

images. This can be seen in figure 6 which is the second of three picture
 

segments and begins at IPL sample number 752.
 

19 
EXPERIMENT DATA RECORD PROCESSING AND PHOTOGRAPHIC PRODUCTS
 

The experiment data record contains all imaging data received from
 

Lander 1 and Lander 2 during the primary mission (the period from the touchdown
 

of Lander 1 until transmission was halted by solar conjunction). The data base
 

described in the section "Data Base Development" forms the input to the EDR
 

processing.
 

The media for the distribution of this EDR are as follows:
 

127-mm (5-in.) strip contact prints
 

Magnetic tape
 

102- by 152-mm (4- by 6-in.) microfiche cards
 

CAMERA EVENTS
 

VL-1 Camera Events
 

During the primary mission, VL-1 was commanded to perform 454 camera
 

events. Of these events, 123 resulted in image triplets (visual color and IR);


therefore, the number of commanded images was 700. Three camera events were
 

lost during transmission (two singlets and a triplet) because of RT/SB link
 

time limitations; thus, 695 VL-1 EDR images resulted from 451 camera events.
 

VL-2 Camera Events
 

VL-2 was commanded to perform 582 camera events of which 150 were image
 

triplets; therefore, a total of 882 commanded images resulted. Eight singlets
 

were lost due to a RT/UHF problem late in mission 2; thus, the total number of
 

images was 874 from 574 camera events for VL-2. Table 3 presents a summary of
 

the camera events by event type and the number of events with a significant
 

amount of rescanning. The camera can rescan at the stop azimuth of a camera
 

event in both real-time and recorded modes. In recorded images, 
rescan was
 

done in 14 CE's which were entirely rescan lines using color mode at the slow
 

(250 bps) scan rate. Many other recorded images had small amounts (<15 lines)


of rescan resulting from a strategy related to tape recorder performance.
 

CAMERA EVENTS NOT RECEIVED ON EARTH
 

The primary mission camera events not received on Earth are given in
 

table 4. All entries related to these CE's have been deleted from the EDR and
 

related listings. They are the only camera events of the primary mission phase


which are not stored on the set of EDR tapes, referenced in the parameter listings, or shown in the image displays.
 

20 
TABLE 3.- CAMERA EVENTS
 

VL-1 VL-2 

Camera event Primary Extended Primary Extended 

(by event type) Step size ria EPx 

(b)(b 

(a) CE Lines CE Lines CE Lines CE Lines 

High resolution 

Survey0 0.04 

.12 

188 

44 

175.6 x 1o3 

17.3 

74 

0 

49.7 x 1o3 

0 

240 

63 

210.9 x 1o3 

23.5 

84 

0 

36.3 x 1o3 

0 

Colord .12 74 41.9 31 17.7 100 91.4 21 22.0 

IRd .12 48 24.6 19 13.5 50 41.7 1 1.5 

Color/IR singletee 

Sunf 

.12 

.12 

33 

20 

16.2 

3.9 

7 

32 

.4 

2.0 

70 

29 

59.5 

3.5 

29 

33 

9.4 

2.0 

Calibration ---- 25 1.5 13 .7 22 1.3 11 .6 

Scan verificationg .12 19 .8 7 .3 0 0 2 .1 

Total 451 281.8 x 1o3 183 84.3 x 1o3 574 431.8 x 1o3 181 71.9 x 103 

Real-time resean:
 

<25 lines 11 65 9 66
 

25 lines 17 1349 31 3184
 

Total 28 1414 140 3250
 

aHigh-resolution diodes sampled at 0.120 step size results in 5.60 camera elevation pointing
 

shift low-resolution diodes sampled at 0.040 step size results in -5.60 elevation pointing shift.
 

6Extended mission refers to the period from conjunction to March 1, 1977.
 

eFive survey CE's were recorded at 0.040 step size. See footnote a.
 dThe line totals for color and IR triplet CE's are given in the number of "single diode"
 

lines scanned.
 

eMany of these color and IR (singlet mode) CE's were recorded at 0.040 step size. See
 

footnote a.
 fOnly two of the Sun CE's were recorded at 0.120 step size, all others were recorded at 0.040
 

(nonnominal). See footnote a.
 

gThe scan verification CE's are images of a light source in the camera post assembly using
 

a high-resolution diode at 0.120 step size.
 

TABLE 4.- CAMERA EVENTS NOT'RECEIVED ON EARTH
 

Camera event Diode Data path 

VL-I
 

12AO15/002 BB4 RT/UHF
 

11A020/003 CLR RT/UHF (triplet)
 

12A082/012 BB1 RT/UHF
 

VL-2
 

22B084/O40 SUR RT/SB
 

21B097/042 SUR RT/SB
 

21B110/044 SUR RT/SB
 

21B125/046 SUR RT/SB
 

21B150/048 SUR T/SB
 

213189/050 SUR RT/SB
 

21B218/052 SUR RT/SB
 

21B237/054 SUR RT/SB
 

21.
 
127-mm (5-in.) PHOTOGRAPHIC PRODUCTS
 

The EDR images for VL-1 and VL-2 have been transferred from digital data
 

to 127-mm (5-in.) film. 
Strip contact prints, positive transparencies, and a
 

duplicate negative are made from the original negative. Because of size limitations imposed by the film conversion equipment, many of the images had to be
 

segmented when converted to film' 
Thus, the 695 images returned by VL-1
 

resulted in 845 photographic products. 
 The 874 images of VL-2 resulted in
 

1118 photographic products.
 

The photographic products have a maximum of 901 data points in the horizontal direction. Where images are more than 901 pixels-wide they are segmented such that there is a minimum of 150 pixels of overlap. No segment is
 

less than 350 pixels. 
Any image less than 350 pixels in width is centered in
 

an area of that width. All images are 512 pixels high. Annotation, fiducial
 

marks, and other identifications add to the size of the images.
 

A segment of size 901 pixels by 512 pixels results in an image area of
 

99 mm by 56 mm. Such a photographic product has an overall size of 108 mm by


80 mm. The pixel size is 0.11 mm.
 

The image data are operated upon to provide a contrast-enhanced image
 which will maximize the use of the grey scale of the photographic products.


However, no digital filtering, geometric correction, or radiometric normalization has been applied.
 

MAGNETIC TAPE STORAGE
 

The 695 images from VL-1 are stored on 23 9-channel industry compatible
 digital magnetic tapes. The 874 images of VL-2 require 30 tapes. 
 Care has been
 

taken to insure that the data acquired on a given sol have not been divided
 

across tapes except in a few cases where more data were gathered on a given sol
 

than could be stored on one tape. The tape numbers for the EDR data are given
 in tables 5 and 6. The range of camera event identifiers is also listed for
 

each tape. For those camera events that are triplets, the images are stored on
 

tape in red, green, blue or IR3, IR2, IR1 order. 
This is the order in which the
 

successive scan lines are acquired. Although the triplet images were acquired
 in an interleaved manner, they are stored on the tapes as three separate images.
 

Each horizontal line of the pixels is stored as a record on magnetic tape.


Each image file on the tape consists of a series of label records followed by
 

512 records of pixel information.
 

22 
TABLE 5.- VL-I EDR TAPE SUMMARY 

Amount of 

Tape First Last tape used 

number camera event camera event 

m ft 

DN0001 12A001/000 12A016/002 381 1250 

DN0002 12A016/003 lIA037/005 451 1480 

DN0003 11A038/006 11A067/008 576 1890 

DN0004 12A068/009 11A086/012 454 1490 

DN0005 11A087/013 11A115/019 433 1420 

DN0006 12A116/020 11A128/021 378 1240 

DN0007 11A129/022 11A144/025 482 1580 

DN0008 12A145/026 12A165/027 558 1830 

DN0009 11A166/028 12A177/028 326 1070 

DN0010 12A178/029 11A201/029 485 1590 

DN0011 11A202/029 11A218/029 500 1640 

DN0012 11A219/029 12A235/029 503 1650 

DN0013 12A236/030 12A252/031 457 1500 

DN0014 11A253/032 12B017/033 354 116o 

DN0015 11B018/034 11B037/034 485 1590 

DN0016 12B038/035 11B059/036 594 1950 

DNO017 12B060/037 11B073/039 454 1490 

DN0018 12BO74/040 12B087/040 335 1100 

DN0019 

DN0020 

11B088/040 

11B100/041 

11B099/040 

11B120/042 

396 

524 

1300 

1720 

DN0021 11B121/043 11B145/060 604 1980 

DN0022 12B146/061 1IB170/080 600 1970 

DN0023 12E171/081 12B198/102 604 1 980 

23 
TABLE 6.- VL-2 EDH TAPE SUMMARY 

Amount of 

Tape 

number 

First 

camera event 

Last camera event 

tape used 

m ft 

FN0001 22A001/000 22A018/002 546 1790 

FNO002 22A019/003 22A037/005 509 1670 

FN0003 22A038/06 21A069/009 625 2050 

FN0004 22AO70/010 22AO87/012 543 1780 

FN0005 

FN0006 

22A088/013 

22A105/015 

22A104/014 

21A128/017 

479 

607 

1570 

1990 

Ff0007 

FN0008 

FM0009 

FN0010 

FN0011 

FN0012 

21A129/018 

21A152/021 

21A164/022 

21A174/023 

21A193/024 

21A198/025 

21A151/020 

22A163/021 

21A173/022 

22A192/023 

21A197/024 

21A216/025 

619 

444 

308 

649 

163 

619 

2030 

1456 

1010 

2130 

535 

2030 

FN0013 

FN0014 

21A217/026 

22A233/029 

21A232/028 

22A255/030 

482 

460 

1580 

1510 

FN0015 

FN0016 

22B000/031 

22B023/034 

21B022/033 

22B038/035 

686 

442 

2250 

1450 

FN0017 

FN0018 

21B039/036 

22B061/039 

21B060/038 

22B077/039 

637 

530 

2090 

1740 

FN0019 22B078/040 22B101/042 607 1990 

FM0020 

FN0021 

FN0022 

FN0023 

22B102/043 

21B126/046 

21B148/048 

22B180/049 

21B124/045 

22B147/047 

22B179/048 

21B195/050 

570 

610 

515 

475 

1870 

2000 

1690 

1560 

FN0024 22B196/051 22B215/051 448 1470 

FN0025 

FN0026 

FN0027 

21B216/052 

22B230/054 

21B248/054 

21B229/053 

21B247/054 

21C004/054 

438 

451 

396 

1437 

1480 

1300 

FN0028 22C005/055 22C032/056 588 1930 

FN0029 22C033/057 21C050/057 421 1380 

FN0030 22C051/058 21C070/061 631 2070 

24 
Label Records
 

The magnetic-tape label records are a series of records at the beginning
 

of each image file on magnetic tape which contain parameter information for the
 

associated image. The length, in characters, of the physical label records is
 

equal to the number of pixels in a horizontal image line or 360, whichever is
 

greater. Each physical label record can be thought of as five logical records
 

of 72 characters with the remaining character positions blank when the image
 

size is greater than 360. Each logical record represents one line of text data
 

as shown in figure 7. The number of lines of label information is variable.
 

If an image is the result of a merging operation, this is indicated by the
 

entry "MERGEVL" on a separate text line. If an image has vertical scan lines
 

missing, the gaps are noted in the following manner: The notation "MISSING
 

LINE GAPS (FIRST-LAST)" appears followed by up to three number pairs indicating
 

the extent of the gaps. (See top part of fig. 7.) If more than three gaps
 

CHARACTER POSITION 

TEXT 101 20 I 30I 40 1 5( 601 70 1 

LINE : : 1 1 5121439 I 1 SC PHYSICAL 

VIKING LANDER 1 CAMERA 2 CE LABEL 12AOO1/OO0 C RECORD 

DIODE BBI STEP SIZE 0.04 CHANNEL/MODE 8/2 C 

AZIMUTH 102.5/160.0 ELEVATION -50(-60.22/-39.78) C 

OFFSET 1 GAIN 4 SCAN RATE 16K DCS ACTIVE C 

6 DATA RATE 4000 PSA TEMP 16C(39) DATA PATH RT/UH AC 

LINES TOTAL 1439 RESCAN BEGIN 0 RESCAN TOTAL 0 C 

SUN AZ/EL 284.9/38.7 ANTI-SOLAR AZ/EL 49/-38 C 2 

LLD/T 000/16:13:21 DATA LINK RAWEDR EVENT D/GMT 202/11.53.15 C 

AVE DN VALUE 56.34 STAND DEV 19.27 RANGE 20 TO 240 AC 

ii 	 MISSING LINES 1 GAPS I PERCENT MISSING 0.06 AC 

SOURCE TAPE/FILE COMPOSITE VICAR TAPE/FILE VLA136/ 1 AC 

MISSING LINE GAPS (FIRST-LAST) 1438-1438 AC 

SEGMENT AZ/EL/STEP SIZE 102.500/-39.780/0.04000000 C 

MERGEVL 	 1HL
 

CHARACTER POSITION 

TEXT 10 201 30 40 1	 60 1 70 I I 

LINE 1 :: 1 1 512 60 I 1 SC PHYSICAL 

VIKING LANDER 1 CAMERA 2 CE LABEL 12A007/001 C RECORD 

DIODE UN07/CAL3 STEP SIZE 0. CHANNEL/MODE 7/7 C 1 

AZIMUTH 170.0/170.0 ELEVATION 0(-30.66/ 30.66) C 

OFFSET I GAIN 2 SCAN RATE 16K DCS ACTIVE C I DATA RATE 4000 PSA TEMP 1OC(36) DATA PATH REC/UH AC 

LINES TOTAL 60 RESCAN BEGIN 0" RESCAN TOTAL 0 C 

SUN AZ/EL / ANTI-SOLAR AZ/EL C 2 

LLD/T 001/12:48:00 DATA LItK RAWEDR EVENT D/GMT 203/09.07.29 C 

AVE DN VALUE 0.00 STAND DEV 0.00 RANGE 20 TO 240 AC 

1i MISSING LINES 0 GAPS 0 PERCENT MISSING 0.00 AC 

SOURCE TAPE/FILE DFIO06/ 7 VICAR TAPE/FILE VLA227/ I AC 

UNOTUN07UNO7UNO7 IR1 IR1 IRI IRI RED RED RED RED BB3 BB3 BB3 BB3 AC 3 

84 BB4 BB4 BB4 IR3 13 IR3 IR3 BLU BLU BLU BLUSURVSURVSURVSURV AC 

uNG6UN06UNO6uNO6 IR2 I2 IR2 IR2 GRN GRN GRN GRNUN12UN12UN12UN12 AC 

16 SUN SUN SUN SUN BBl BBI BB1 BB1 BB2 BB2 B82 BB2 AL 

4
 

Figure 7.- VICAR label format.
 

25 
exist the additional number pairs are indicated on subsequent text lines
 

(6 pairs per text line). Calibration images list the diode used in each cali-


Where the number of label
 bration scan as seen in the bottom part of figure 7. 


lines is not a multiple of five, the extra logical record positions are left
 

blank. Note that the last character position (72) in each line contains a C
 

(Continuation) for all lines except the final line which contains an L. Some
 

lines contain the characters S, A, or H in position 71. These lines do not
 

appear in the picture format seen on the 127-mm (5-in.) photographic products
 

and microfiche.
 

The first line shown in the top part of figure 7 is flagged with an S in
 

It is called the VICAR system label and contains the
 character position 71. 


vertical size (in pixels) of the image (512) in character positions 33 to 36,
 

and the horizontal size of the image in positions 37 to 40. The I 1 appearing
 

in positions 42 and 44, respectively, indicates that the data are single byte
 

(8 bits) integer data. All characters are represented in the extended binary
 

coded decimal interchange code (EBCDIC).
 

Pixel Data Records
 

The length of the image records is equal to the number of pixels in a horizontal image line. The image data have been changed from a 6-bit format to an
 

8-bit format by shifting the bits of each pixel two binary positions to the
 

left and zero-filling the two rightmost bit positions. No operations have been
 

applied to the tape data such as contrast enhancement, geometric correction,
 

or radiometric correction.
 

MICROFICHE
 

All EDR images are distributed on 102- by 152-mm (4-by 6-in.) microfiche
 

cards. Each card is capable of holding 60 image segments. The card contains
 

5 rows of 12 windows each. The segments of an image are positioned such that
 

all its members appear together on a row. Thus, there may be unused window
 

locations at the right end of the rows. The microfiche are produced by reducing the linear dimension of the image on a duplicate positive by a factor of
 

about 10. The resulting image is about 11 mm wide by 8 mm high. This is
 

placed in the upper half of an 11- by 16-mm window on the microfiche.
 

Microfiche viewing equipment commonly provides for magnification factors
 

of 17, 21, or 24 resulting in an image about twice the size of the original
 

strip contact photographic product.
 

LABELING
 

Most elements of the labels on EDR products are described in the section
 

"Imaging Experiment Coordinate Systems, Terminblogy, and Labeling." One additional field exists, the source tape and file. It indicates where the corresponding SDR or ISDR data are stored. This data record is not distributed. The
 

26 
field contains the word COMPOSITE when two data sources were merged to produce
 

an EDR image. (See the section "Data Base Development.")
 

PHOTOGRAPHIC PRODUCT PROCUREMENT
 

The EDR photographic products are available from the National Space
 

Science Data Center, Code 601.4, Goddard Space Flight Center, Greenbelt,
 

Maryland 20771. An order form is included at the back of this report.
 

The primary identifier for the requisition of these photographic products
 

is the Image Processing Laboratory picture identification. This identification
 

and the project name (Viking) must be supplied when placing orders. The section "Selection of Camera Event Parameter Lists" describes the listings in VL-1
 

and VL-2 EDR's which cross-reference the camera event labels to IPL PIC ID's.
 

Additional descriptive material may be helpful in indicating the item requested,
 

such as the camera event label and the specification "Viking Lander EDR."
 

TEAM DATA RECORD
 

In addition to the VL-1 and VL-2 experiment data record which appears in
 

the last two main sections of this report as the complete and primary record
 

of the data, a team data record (TDR) of 127-mm (5-in.) photographic products
 

also exists. (See ref. 4.) The TDR consists of those camera events from the
 

EDR thought to be of most general interest. It excludes such things as specialized photometric series, calibration and scan verification events, and Sun
 

imagery. The processing parameters for the camera events in the TDR have been
 

individually chosen to create photographic products of the highest scientific
 

quality. An asterisk following the diode code in the VL-1 and VL-2 camera
 

event reports identifies those images for which a TDR version exists. For a
 

given camera event, the TDR is, in general, segmented differently from the EDR.
 

Therefore there is not a one-to-one correspondence in the scene coverage for
 

the respective photographic products.
 

SELECTION OF CAMERA EVENT PARAMETER LISTS
 

The computer-generated CE parameter lists described in this section provide a detailed description of the conditions under which the camera event data
 

were acquired, the completeness of the receipt of the data on Earth, and their
 

storage location on photographic products and magnetic tape.
 

The data fields are primarily those described in the section "Imaging
 

Experiment Coordinate Systems, Terminology, and Labeling." There is a comprehensive parameter list for each spacecraft and a selection of other lists which
 

present only a limited amount of information but divide the camera events into
 

a variety of classes and sequences. All camera events appear in camera-event
 

order except those described in (2) and (3) in subset lists and IPL picture
 

identifiers.
 

27 
CAMERA EVENT REPORTS
 

The camera event reports are comprehensive presentations of the parameters
 

for the camera events. The reports are presented with multiple-line item
 

entries for each camera event, blocked in a manner to maximize readability.
 

The primary line for each CE describes the time the camera event was executed,
 

the camera command information, and the lighting conditions. This is followed
 

by either one line (for singlets) or three lines (for triplets) of information
 

about the image data stored for the CE. This line (or lines) is identified by
 

the diode and indicates the number of data lines in the image, the completeness
 

of it, pixel statistics, and information about its storage on magnetic tape and
 

photographic products. The diode indicator is followed by an asterisk if the
 

image has been used in the generation of the TDR. These parameters are followed by a short narrative description indicating the mission goal of the CE
 

or its scene content, or both. The comments represent "scratch pad" type of
 

entries and are not intended as a complete guide to the image contents. Comments attached to the early camera events generally characterize the landing
 

sites.
 

SUBSET LISTS
 

There are 10 parameter subset lists which separate the camera events by
 

diode, local lander time of the CE's, or other special classifications. These
 

subsets are as follows:
 

(1) The "high-resolution camera events in event order" subset contains all
 

broadband diode (BB1, BB2, BB3, BB4) CE's taken at the normal 0.040 step size.
 

(2) The "high-resolution camera events sorted by time of day" subset
 

groups the high-resolution images according to the hour of the sol during which
 

they were acquired.
 

(3) The "high-resolution camera eventi sorted by elevation and start azimuth for segments of the day" subset provides for reviewing the high-resolution
 

CE's based on their scene coverage and lighting conditions. The camera events
 

of each camera are divided into four groups according to the time of day of the
 

event: 0 to 1000, 1001 to 1400, 1401 to 1600, 1601 to 2439. Within these
 

groups, they are sorted by elevation pointing angle (center) and by start
 

azimuth within elevation pointing angle.
 

(4) The "survey camera events" subset contains all CE's which were
 

acquired by using the survey diode at 0.120 step size.
 

(5) The "visual color triplet camera events" subset shows all CE's using
 

the three visual color diodes (RED, GRN, BLU) in triplet scan mode.
 

(6) The "infrared triplet camera events" subset is similar to those
 

listed in (5) and contains all CE's using the three infrared diodes (IR3, IR2,
 

IR1) in triplet scan mode.
 

28 
(7)The "visual and IR singlet camera events" subset identifies all CE's
 

acquired using any of the six diodes: RED, GRN, BLU, IR3, IR2, IR1 in singlet
 

mode (MODE = 3) with a step size of 0.120 or 0.040 (nonnominal).
 

(8) The "Sun imagery camera events" subset identifies all images using the
 

Sun diode. Note that this subset contains both nominal (0.120 step size) and
 

nonnominal (0.04o step size) images. Most Sun imagery is done by using nonnominal commands.
 

(9)The "calibration and scan verification camera events" subset contains
 

all calibration mode camera events and all scan verification camera events
 

(BB1 at 0.120 step size) as described in the section "Photosensing and Data
 

Acquisition."
 

(10) The "rescanning camera events" subset contains those camera events
 

which contained 15 or more rescan lines.
 

IPL PICTURE IDENTIFIERS (EDR ORDER NUMBERS)
 

The lists of IPL picture (photograph) identifiers show the identification
 

numbers for the experiment data record picture segments. These numbers are
 

those to be used when requesting EDR photographic products from the National
 

Space Science Data Center.
 

The photographic products for each diode image of triplet camera events
 

are separately identified. Several IPL PIC ID's are listed for those images
 

which have been segmented to facilitate film conversion.
 

ELEVATION COVERAGE CHARTS
 

The elevation coverage charts show the azimuth extent of camera events 

which have commanded vertical scans passing through 100 intervals of elevation. 

The elevation subgroups (400 to 300, 30 to 200, . . ., -500 to -600) appear 

in high to low elevation order. There are separate charts for each camera.
 

The entries are in camera-event order within each subgroup. Each entry lists
 

the CE label, the LLT, and the diode type. The azimuth is shown in the CACCS
 

system with the fiducial annotation appearing as it does on the CACCS scale of
 

the skyline drawings. (See next section.)
 

SKYLINE DRAWINGS
 

The skyline drawings show image outlines on a rectilinear grid whose
 

horizontal axis represents the azimuth of the camera scanning system and -the
 

vertical axis represents the elevation. The lander components are shown as
 

they appear viewed from each camera.
 

The azimuth values indicated through the center of each camera view reference the CACCS. Azimuth values appearing above and below each camera view
 

29 
reference the LACCS. It is important to note that these coordinate systems
 

reference the camera axes of rotation which are tilted relative to the local
 

gravity vector. (See figs. 5(c) and 5(d).) The N located at the top edge
 

of each camera view indicates the direction of north for the 00 elevation
 

position.
 

The diagram presented in figure 8 provides another view of the lander
 

components which appear in the skyline drawings. Figure 8 shows the surface
 

sampler boom in an extended position rather than the stored position (with the
 

protective shroud in place) as seen in the skyline drawings. The S-band highgain antenna shown in figure 8 is also oriented differently from that in the
 

skyline drawings.
 

MAGNIFYING MIRROR S-BAND HIG H-GAIN 

ANTENNA 

REFERENCE TEST 

CHART NO. 1 AND CAMERATEST GRID 

MAGNETS REFERENCE
 

LEG I TEST CHART 

NO.2
 

REFERENCE 


TEST CHART RTG NO. 1 (COVER) 

NO.2 ,--ARACAME RA 1(STORE DPOSITION) 

(COVER) 

UHF ANTENNA METEOROLOGY 

BOOM S-BAND LOW-GAIN 

ANTENNA 

(FOOT PAD) 

PROCESSOR 

LEG 3 TERMIN. 

(FOOT PAD) DESCENT ENGINE NO.2 

(OF 3) 

X-RAY SURFACE 

MIRRORS FLUORESCENCE SAMPLER 

(EACH SIDE SPECTROMETER BOOM 

OFBOOM SAMPLEFUNNEL COLLECTOR 

MAGNETS HEAD 

Figure 8.- Major lander components.
 

In most cases each pair of camera views show the camera events executed
 

on one sol. In some cases more than one pair of views are used for a sol to
 

avoid confusion when a large number of events were executed on one sol. Events
 

executed during a period of several days appear together on drawings for the
 

later (after sol 44) part of the VL-1 mission where the data return was reduced
 

to accommodate VL-2.
 

30 
VIKING LANDER EXPERIMENT DATA RECORD IMAGES FOR PRIMARY MISSION
 

The image displays present the images in the order in which they were
 

acquired by each spacecraft. Each page contains eight display windows. These
 

windows may include two or three EDR images; where segments of two successive
 

camera events are small enough to be positioned as pairs in a window, this is
 

done. Three images appear in a window only when they are image triplets and
 

are sufficiently small. The images are combined in the windows only for the
 

purpose of saving space in this report. The first and last camera events (or
 

partial camera events) appearing on a page are indicated in the title at the
 

top of the page.
 

The photographic quality of the original EDR images is significantly
 

reduced because of the limitations of space and the halftone printing process.
 

The need to reproduce several images on each page further reduces the opportunity to maximize the reproduction quality.
 

31 
VIKING LANDER I EXPERIMENT DATA RECORD
 
VIKING LANDER 1 EXPERIMENT DATA RECORD
 

This section contains the parameter lists, the skyline drawings, and the
 

images for Viking Lander 1.
 

35 
VL-1 PARAMETER LISTS
 
VL-1 PARAMETER LISTS
 

The organization of the VL-1 parameter lists which appear in this section
 

is described in the section "Selection of Camera Event Parameter Lists," and
 

each parameter has been explained previously. In all lists, the parameter
 

entries for each camera event are preceded by the camera event label. The
 

format of this label is shown in figure 9.
 

FRAME COUNT
 

CYCLE FRAME
 

CAMERA / COUNT
 

LANDER 1SAMRAL
 

VL-1 SOL 000 = JULY 20, 1976
 

Figure 9.- Format of VL-1 camera event label.
 

39 
VL-1 CAMERA EVENT REPORT
 
VIKING PROJECT LI GARY 

VL-1 CAMERA EVENT REPORT 

CE LABEL LLT DIODE 

AZIMUTH 

START/STOP 

CENTER 

ELEV STEP 

CHAN 

MODE OFFSET GAIN 

DATA 

PATH 

SCAN PSA SOLAR 

RATE TEMP(C) AZ/EL 

ANTISOLAR 

AZ/EL GMT 

DURA- RSCN 

TION /DUST 

DATA TOTAL RESCAN LINES AVE ON STANG EOR ItOF EDR 

RECORD LINES BEGIN/TOTAL MISSED GAPS VALUE DEV TAPE/FILE SEGMENTS 

12AO01/O0O 16:13 21 SINGLE 102 5/160 C -50 .04 8/2 1 4 RT/UH 16K 16 284 9/38.7 49/-38 202/11.53.15 05:07.0 

BB1 * CoMP 1438 0 0 1 1 56.34 19 27 DNOOO1/Ol 2 FIRST LANDER PICTURE,POORLY $ORTED.PITTED,FLUTED.FACETED GRAVEL ON AND IN FINE SUBSTRATE, SHARP ELONGATE 

DEPRESSIONS MAY HAVE FORMED BY IMPACT OF PARTICLES MOVED BY DESCENT ENGINE BLAST. DARKER MATERIAL IN 

DEPRESSIONS VERTICAL LINES AT LEFT INTERPRETED TO RECORD SETTLING DUST. 

12AO02/OO0 

12A003/001 

16 19:04 

07:47.59 

SINGLE 10 0/310.0 -10 .12 14/3 1 4 RT/UH 16K 18 285 2/37.0 50/-37 202/11 58.58 08:52.0 SURV - COOP 2s01 0 0 0 0 90.32 43.59 DNOOO1/02 4 FIRST SURVEY PANORAMA. NUMEROUS BLOCKS FROM NEAR FIELD TO HORIZON. LOW DRIFTS OR DUNES, MANY ROCKS SHOW 

COMPLEX FRACTURING WIND SCOUR DEPRESSIONS AROUND SOME BLOCKS, SHALLOW DEPRESSION SEEN OVER STROKE GAUGE 

SINGLE 80 0/140 0 -G0 .04 0/2 1 4 REC/UH 1BK -10 73 2/30.0 197/-30 203/04 07-28 05:21.2 BB2 * COMP 1502 1501 1 0 0 65.69 23.15 DNO001/O3 2 

FIRST HIGH RES OF SAMPLE SITE, GRAVEL PATCHES, SHARP ELONGATE DEPRESSIONS FROM PARTICLES THROWN UP BY LANDING. WIND TAILS 

r-. 

W 

12AO04/O01 10 36 27 SINGLE 132 5/150.0 

SURV I COMP 189 

POSSIBLE OUTCROP OF 

-30 

147 

LOWER 

.12 14/3 1 4 RT/SB 

43 1 1 114.28 

ALBEDO ROCK BELOW HORIZON 43 

250 0 78.5/66.6 203/-66 203/06 55:56 43'27.0 

28 99 DNOOOI/04 I 

LINES OF RESCAN REVEAL NO MOTION IN SCENE. 

(D 

12A005/001 12 3559 SINGLE 305 0/310.0 -10 .12 14/3 1 4 flEC/UN 

SURV COMP 41 0 0 2 1 t17.26 RADIOMETRIC CALIBRATION PICTURE OF RTC2. LImITED VIEW OF 

16K 8 

58 95 FAR FIELD 

306 7/5.6 

DNOOO1/05 

71/-85 203/08 55:28 00:10.1 

1 

m 

124006/001 12.41.59 COLOR 80 0/147 5 -20 .12 1/1 1 5 REC/UH 16K 

BLU * COMP 563 0 0 1 1 56.87 22.85 

GRN* COMP 562 0 0 2 I 58.93 19.48 RED * COMP 562 0 0 2 1 69.89 16 04 

FIRST COLOR PICTURE. INCLUDES SAMPLE SITE. LOWER ALEEDO OUTCROP 

8 299 0/84.4 63/-84 203/09.01,28 06.01,2 D 

DNOO01/06 1 

DNOOOI/07 1 DNOOOI/08 I 

IN FAR FIELD. LARGE BLOCKS ON HORIZON. 

10 

0 

12A007/001 12:48 00 SINGLE 170 0/170 0 

CAL SDR 60 

CALIBRATION FRAME 

0 

0 0 

7/7 

0 

1 

0 

2 REC/UH 

.00 

16K 

.00 

10 / 

DNOOO1/O 

/ 

1 

203/0907.29 0:18.0 

12AOOS/O1 14 44-59 COLOR 305 0/310.0 -10 .12 1/1 

BLU ISOR 12 0000 0 2 

GRN ISDR 12 0300 0 2 

RED .SDR 12 0000 0 2 

SAME AS 12005 BUT RTC2 IS IN SUNLIGHT 

1 

2 

1 

1 

5 REC/UH 

89 51 

88 20 

75.40 

16K 

43.85 

44.56 

27 57 

10 281.7/57.5 

DN0001/JO 

DNOOOJ/11 

DNOOOI/12 

46/-B? 

I 

1 

I 

203/11.04'28 00'27.9 

12A009/001 15:50.28 SINGLE 

881 * 

USABLE 

80 0/160.0 

ISDR 1853 

PART OF IMAGE 

-50 .04 8/2 1 4 

0' 0 148 1 

EXTENDS FROM 95 TO 154 DEG 

RT/UH 

76.65 

CACCS. 

16K 12 263.8/43.3 48/-43 203/12:09.57 06:35.5 

31 03 DNOOO/13 3 

INCLUDES SAME AREA AS 12A001. 

(.0 "A)

12AOO/002 07:18 00 SINGLE 65 0/155.0 -10 .04 5/2 1 4 REC/UH 16K -15 71.7/23.7 195/-23 204/04 17:04 08:01.2 

BB4 I COMP 2252 2251 1 0 0 60.58 26.97 DNOOO1/14 3 BLOCKY FIELD WITH SMALL ISOLATED SEDIMENT DRIFTS.OUTCROP OF HIGHER ALBEDO ROCK THAT APPEARS FRACTURED, 

WIND TAILS COMMON. HIGH RES OF SAMPLE SITE. 
VIKING PROJECT LIBRARY
 VL-I CAMERA EVENT 
REPORT
 

AZIMUTH CENTER CHAN 
 DATA SCAN PSA SOLAR ANTISOLAR DURA- RSCN
 CE LABEL LLT DIODE START/STOP ELEV STEP MODE OFFSET GAIN 
 PATH RATE TEMP(C) AZ/EL AZ/EL GMT TION /DUST
 ---------- ----------------------------------------------------------------------------------------------------------------------.---------
 DATA TOTAL RESCAN LINES AVE ON STAND 
 EDR N OF EDR
 RECORD LINES BEGIN/TOTAL MISSED GAPS VALUE 
 DEV TAPE/FILE SEGMENTS
 --------------------------------------------------------------------------------------------------...
 

12A011/002 07:26 01 SINGLE 170.0/170.0 0 
 7/7 1 2 REC/UH 16K -13 / / 204/04:25:05 0:16.0 CAL SDR so 0 0 0 
 0 .00 .00 ONO001/1S 1
 

CALIBRATION FRAME
 

12A012/002 08.00 27 SINGLE 132 5/150 0 
 -30 .12 
 14/3 1 4 RT/SB 250 -12 74.2/32.8 197/-32 204/04:59:32 43:27.0
 SURV * COMP 188 147 43 2 1 90.08 34.12 DNOO01/16 1
 

SAME AS 12A004
 

12A013/002 10:29 50 SINGLE 1.17.5/155.0 -50 .04 8/2 
 1 4 REC/UH 18K 0 79 8/65.5 204/-65 204/07:29:54 03:21.2
 

B81 * ISDR 942 939 3 
 0 0 93.56 29.61 DNOOOI/17 2
 MIRROR ON SURFACE SAMPLER IN UPPER LEFT IS LOOKING UNDER ENGINE, $01 L IN UPPER RIGHT WAS DISTURBED BY
 IMPACT OF SAMPLER SHROUD.
 

12A014/002 13:06 00 SINGLE 295.0/30S.0 -30 .04 8/2 1 
4 REC/UH 16K 4 283.6/79.5 45/-79 204/10;05;04 00:54.6 D
 281 ISOR 250 0 0 
 1 1 77.19 57.85 DNOOO1/18 1
 HI RES OF GRID ON LANDER TOP.
 

12A016/003 09.10 27 SINGLE U'5.0/132.5 -50 
 .04 8/2 1 4 RT/SB 250 -10 77 6/48.1 201/-42 205/06:49:07 44:27.0 B61 -IOR 195 189 6 0 
 0 87.82 29.66 DNOOO2/01 1
 

VARIABLE FEATURES AREA NEAR FOOT PAD 3
 

IA017/003 14:28-00 SINGLE 272.5/300.0 -20 .04 
 13/2 1 4 REC/UH 18K 2 280.4/61.5 219/-61 205/12:06:39 02:27.9
 BB3 ISOR 690 689 1 
 0 0 113.54 24.95 DNOO02/02 1
 FIRST CAMERA I PICTURE. SAMPLE SITE
 

1lAO18/0O3 14:32.00 SINGLE 10 0/310 0 
 -10 .12 14/3 1 4 REC/UH 16K 6 280.5/60.6 219/-60 205/12;10:39 08:54.5
 SURV * COMP 2499 0 0 2 1 127.75 50.33 DNOO2/03
 FIRST CAMERA I SURVEY PANORAMA. LOW DUNES OR DRIFTS. LARGE BOULDER IS 3M BY IM HIGH 

4 

AND am AWAY.
 

11A019/003 14,40.54 SINGLE 170.0/170.0 0 7/7 
 1 2 REC/UH 16K 6 / / 205/12:19:33 0:18.0 CAL SDR 60 0 
 0 0 0 .00 .00 DNOOO2/04 1
 

CALIBRATION
 

11A021/003 18.56 00 COLOR 57.5/ 57,5 10 .12 
 1/1 1 5 REC/UH 250 2 295.4/ 4 0 234/ -4 205/16:34:39 40:Oi.2
 BLD * SDR 57 2 57 1 1 102.86 55.00 DNOO02/05 I
 GRN * SDR 57 2 57 1 1 97.25 53.75 DNO002/06 I
 RED SIR 57 2 57 1 1 
 84,44 52,10 DNOOO2/07 I
 TWILIGHT RESCAN IMAGE TO DETERMINE HEIGHT DEPENDENCE OF SIZE AND AMOUNT OF PARTICULATE MATERIAL IN THE
 ATMOSPHERE.
 

11A022/004 07:11-59 SINGLE 235.0/277.5 -S0 .04 8/2 
 1 4 REC/UH 16K -17 71.4/22.5 11/-22 206/05;30:14 03:47.9
 BB1 * COMP 106S 1064 1 
 0 0 45.11 16.33 DNOOO2/08 2
 FINE GRAINED MATERIAL OF DRIFT AT FOOTPAD 2 THE FOOTPAD SUNK INTO THE DRIFT AND 
BURIED AS FINE MATERIAL
 FLOWED OVER IT. THE MATERIAL IS SOMEWHAT COHESIVE FRACTURES FORMED AT THE SURFACE. SHARP DEPRESSIONS
 THAT RESEMBLE RABBIT TRACKS WERE 
PROBABLY MADE BY PARTICLES OR CLODS 
THROWN UP DURING DESCENT.
 
- -

VIKING PROJECT LIBRARY
 

VL-1 CAMERA EVENT REPORT
 .. . . . . ... . . --. -. -. .- .- .- .. - -. .- -. -. -. .- -. .- -. -. ... -- - ...................- - - - - - - - - .. - .- -. .- ......................................... 	 .
 

AZIMUTH CENTER CHAN DATA SCAN PSA SOLAR ANTISOLAR DURA- PSCN
 

CE LABEL LLT DIODE START/STOP ELEV STEP MODE OFFSET GAIN PATH RATE TEMP(C) AZ/EL AZ/EL GMT TION /DUST
 

DATA TOTAL RESCAN LINES AVE DN STAND EDR # OF EDP
 

RECORD LINES BEGIN/TOTAL MISSED GAPS VALUE DEV TAPE/FILE SEGMENTS
 

11A023/004 07:23 59 	 SINGLE 270,0/305.0 "30 .04 0/2 1 4 REC/UH 16K -15 72.1/25 0 12/-25 205/05-42:14 03:07.9
 BB2 COMP 874 0 0 2 1 51.51 18.58 DNOOO2/09 1
 

ICL SAMPLE SITE. SMALL PATCHES APPEAR TO BE LAG GRAVEL DEPOSITS ON THE SURFACE. WIND TAILS ARE WELL
 

SHOWN. SOME SMALL GROOVES AND DEPRESSIONS MAY HAVE BEEN PRODUCED ON LANDING. STEREO WITH 12A003.
 

11A024/004 07:27-06 	SINGLE 170 0/170.0 0 7/7 i 2 REC/UH 16K -18 / / 206/05.45:21 0 18.0
 

CAL SOR 61 0 0 0 0 .00 .00 O002/10 1
 

CALIBRATION
 

11A025/004 07:29,59 	 SINGLE 35.0/ 40.0 -20 .04 8/2 1 4 RCC/UH 16K -15 72.5/26.3 12/-26 206/05:48:14 00'27.9
 

Be1 SOP 128 126 2 0 0 67.91 42.09 0N0002/11 I
 

HI RES PICTURE OF REFERENCE TEST CHART 3. THE CAMERA 1 CHART.
 

12A026/004 09.00:27 	 SINGLE 132 5/150 0 -30 .12 14/3 1 4 RT/SB 250 -8 77 3/45 9 201/-45 206/07:18:42 43:27.0 SURV * COMP 163 147 45 29 1 102.25 30.37 DNOOO/12 1 

SAME AS 12A004/001 

12A027/004 12:47-59 	SINGLE 310.0/335.0 -30 .12 14/3 1 5 REC/UH 16K 4 288.9/83.4 53/-83 206/11:06:14 00:4S.7 D
 SURV SOR 211 209 2 0 0 70.59 48.03 DNO002/13 1
 VIEW OF LANDER TOP WITH PDA OF BIOLOGY AND XFRS. SOME BOULDERS SEEN ABOVE RTGI. PICTURE VERIFIES
 

BIOLOGY PDA DEPLOYMENT.
 

12A028/004 12:49-59 	SINGLE 277.5/285.0 -10 .12 14/3 1 4 REC/UH 16K 4 268 0/82.9 55/-82 206/11:08:14 00:14.6
 

SURV SDR 65 64 1 0 0 130 79 56.75 DNOOO/14 I
 

LEG 1 STROKE GAUGE FOR LANDER TILT ESTIMATION.
 

11A029/004 12'59:59 	COLOR 275.0/307.5 -20 .12 1/1 1 5 REC/UH 16K 0 284.5/80.8 225/-SO 206/11.18:14 02:54.6
 

BLU * SOP 271 0 0 1 1 52.68 24 82 DNOOO/15 I GRN * SOP 271 0 0 1 1 62.01 23.36 DNO002/16 1 

RED * SOP 270 0 0 2 1 70.41 18.67 DN0002/17 1 

COLOR PICTURE POSSIBLE OUTCROP IN BACKGROUND 

11A030/004 15:45.16 	 SINGLE 260.0/340 0 -10 .04 13/2 1 4 RT/UH 16K r 283.0/44.4 222/-44 206/14.03:31 06:35.5
 B83 * COMP 1653 0 0 148 1 102 37 36.58 DNO002/1 0
 

B83 ISDR 1851 0 0 150 2 102,37 36.58 DNO002/1B 3
 

USA1LE PART OF IMAGE BEGINS AT CACCS AZIMUTH OF ABOUT 310 SOME NOISY DATA BEGINS AT 293. PICTURE
 

EXTENDS TO ABOUT CACCS AZIMUTH 359. VIEW OF POSSIBLE BEDROCK OUT TOWARD VW ROCK.
 

12A031/005 08:10-27 	SINGLE 125.0/132.5 -50 .04 8/2 1 4 RT/SB 250 -13 75.1/36.1 198/-32 207/07:08:17 44:27.0
 Bel - ISDR 195 189 6 0 0 77.34 33.47 OM0002/19 I
 

LOOKING FOR CHANGES IN SCENE. SAME AS 12A016/002.
 

11A032/005 10:46.41 	 SINGLE 277 5/302.5 0 .04 8/2 1 5 RT/SB 16K -6 80.0/69.3 22/-66 207/09.44:31 02:14.6
 Be1 SOP 627 626 1 0 0 68.11 24.11 DNOO2/20 1
 

SURFACE SAMPLER COLLECTOR HEAD WITH BACKHOE MAGNET ARRAY SEEN IN THE DIRECT VIEW, THAT IS. THE BACK OF
 

THE ARRAY. TAKEN BEFORE SAMPLING. MARS NOT IN FOCUS.
 
VIKING PROJECT LIBRARY
 VL-I CAMERA EVENT REPORT
 ----.-. - --. - --.- ---.--.-_ . ----...- ° . . I..
 ...... ...... 
..- .. .... ............ ......... ... . .. =....... . ..... -- - -- ----- - -------.
 

AZIMUTH CENTER CHAN DATA SCAN PEA SOLAR ANTISOLAR DURA- RSCN
 CE LABEL LLT DIODE START/STOP ELEV STEP MODE OFFSET GAIN PATH RATE TEMP(C) AZ/EL AZ/EL GLIT TION /DUST
 .. ...................................... 
 . ................. ................................... 
 ................ ....................
 

DATA TOTAL RESCAN LINES AVE ON STAND EDR # OF EDR
 

RECORD LINES BEGIN/TOTAL MISSED GAPS VALUE DEV TAPE/FILE SEGMENTS
 -- -- --. - --. - .-..-..-- ----	 --. . . . -- -- . . . ---- . ----.--- . . . . .
 . . .. . ..... . ..... . ..... . .. ... . .
 

12AO33/005 11:53:59 	 IR 77.5/130 0 -30 .12 9/1 1 4 REC/UH 16K 2 69.6/84 0 2031-81 207/10:51.49 04:41.2
 IR3 ISDR 437 0 0 2 1 95.17 19 60 DN0002/21 1
 

IR2 ISDR 437 0 0 2 1 93,75 19.68 DNO002/22 1
 IR1 ISDR 436 0 0 3 1 110.58 22.83 DNO002/23 1
 IR COLOR PICTURE. OVERLAPS WITH 12AO6/001. BOOM LATCH PIN ON SURFACE AT LOWER LEFT.
 

12A034/005 11:58 40 	 SINGLE 170 0/170.0 0 7/7 1 2 REC/UH 16K 4 / / 207/10.56:30 0.18 0
 CAL SDR 61 0 0 0 0 .00 .00 DNO002/24 I
 

CALIBRATION FRAME
 

12A035/005 12:29 59 	 IR 305 0/310.0 -10 .12 9/1 1 5 REC/UH 16K 4 311.2/86.9 143/-8 207/1 1;27-49 00:27,9
 

IR3 ISDR 42 0 0 1 1 63.94 27.13 DNO002/25 I
 IR2 ISDR 42 0 0 1 1 63 99 26 69 DNOO02/26 I
 IRI ISDR 41 0 0 2 1 67.85 26.23 DNOOO2/27 I
 

IR PICTURE OF RTC 2, CAMERA 2 RTC AND PART OF LANDERTOP.
 

12A036/005 14:59 59 	 SINGLE 197.5/212 5 -10 .04 8/2 1 5 RT/SB 16K 6 281 2/54.3 43/-57 207/13:57.49 01:21.2
 BB1 SDR 375 0 0 1 1 53.13 20.47 DNO002/28 1
 

COMMAND ANTENNA CHECK. OUT OF FOCUS
 

tIA037/005 15.43 10 	 SINGLE 182.5/242 S -30 .04 0/2 1 4 RT/UH 16K 6 282 9/44.9 222/-47 207/14-41.00 06:35.5
 SB2 * ISDR 1793 1501 353 61 1 123.17 27.38 DNOO02/29 3
 

WIND SCOUR DEPRESSIONS AROUND NEAR FIELD ROCKS. VESICULAR OR PITTED ROCK-COOUINOID APPEARANCE. SMALL
 SINUOUS SURFACE RIDGES. "SWASH MARKS" DARKER MATERIAL IN SCOUR DEPRESSIONS. SMALL SHARP PITS FROM
 PARTICLES THROWN UP AT LANDING. USABLE PART OF IMAGE FROM CACCS A2IMUTH 205 TO 242.5
 

11AO3/006 07:18 00 	 COLOR 15 0/ 40 0 -10 .12 1/1 1 5 REC/UH 1BK -13 71 8/23.8 ii/-21 208/06.55.25 02.14.6
 BLU - SDR 209 0 0 0 0 82 57 54 45 DNOO3/Ol I
 

GRN * SDR 208 0 0 1 1 78.69 44 57 DN0003/02 I
 

RED - SDR 208 0 0 1 1 67.92 30 44 DNOOO3/O3 1
 COLOR PICTURE OF US FLAG TAKEN IN EARLY MORNING WI THSUN BEHIND. RTC3 IS PARTLY ILLUMINATED.
 

12A039/006 07.24.27 	 SINGLE 125.0/132.5 -50 .04 8/2 1 4 PT/SB 250 -15 72.2/25.2 195/-22 208/07.01:53 44:27.0
 

BB1 * COMP 197 189 6 8 1 61.68 24.63 DNOOO3/04 I SAME AS 12A031,016 IN VARIABLE FEATURES SERIES 

IA040/006 12:00.00 COLOR 197.5/275 0 -30 .12 1/1 1 4 REC/UH 16K 0 64.7/85.3 16/-82 208/11:37:25 06:54.5 0
 BLU * COMP 645 0 0 2 I 80.37 27.76 DNO003/O5 1
 GRN * COMP 645 0 0 2 1 102 71 29.46 DNOOO3/06 1
 

RED I COMP 645 0 0 2 1 134.78 31.11 DNOO03/07 1
 COLOR PICTURE OF DRIFT IN NEAR FIELD AND DRIFTS UP T
 

11AO41/006 12:20 00 SINGLE .0/ 5.0 0 .12 8/3 1 4 REC/UH 16K 2 355.6/88.0 4/-87 208/11:57:25 00:10.1
 

BB1 SDR 41 0 0 2 1 84.93 70 77 DNO003/OS 1
 CAMERA I SCAN VERIFICATION.
 
VIKING PROJECT LIBRARY
 VL-1 CAMERA EVENT REPORT
 

AZIMUTH CENTER CHAN DATA SCAN PSA SOLAR ANTISOLAR DURA- RSCN
 

CE LABEL LLT DIODE START/STOP ELEV STEP MODE OFFSET GAIN PATH RATE TEMP(C) AZ/EL AZ/EL GMT TION /DUST
 

DATA TOTAL RESCAN LINES AVE DN STAND EDR # OF EDR
 

RECORD LINES BEGIN/IOTAL MISSED GAPS VALUE DEV TAPE/FILE SEGMENTS
 

12A042/006 12 25,00 	SINGLE .0/ 5 0 0 .12 8/3 1 4 REC/UH 16K 2 328.2/87.6 173/-87 208/12:02:25 00:10.1
 

BB1 SDR 41 0 0 2 1 58.11 31 42 DNOO3/09 I
 

CAMERA 2 SCAN VERIFICATION.
 

12A043/006 12:30.00 	SINGLE 305.0/310.0 -20 .04 8/2 1 4 REC/UH 1S1 2 310.2/86 9 142/-82 208/12:07:25 00:27.9 D
 

8B1 SDR 125 0 0 1 1 48.45 19.72 DNOOO3/1O I
 

RTC 2 FOR RADIOMETRIC CALIBRATION.
 

12A044/006 12"35 00 	SINGLE 0/ S.0 0 .12 8/3 1 4 REC/UH 16K 2 300 0/86.0 101/-8 20a/12.12:25 00:10.1
 

BE1 5CR 41 0 0 2 1 58,59 31.50 ONOO3/11 I
 

CAMERA 2 SCAN VER AFTER DUSTING
 

12A045/OO6 15-40.53 	COLOR 80.0/147 5 -20 .12 1/1 1 4 RT/UH 16K 8 282.7/45.3 45/-48 208/15.18:19 06:35.5
 

BLU COMP 616 565 53 1 1 90.49 50 52 DNOOOS/12 1
 

RN * COMP 617 565 53 0 0 92.27 44.88 0N0003/13 I 

RED COMP 616 565 53 1 1 105.28 39.13 DNOO3/14 I 

COLOR PICTURE OF AREA IN 12A006/001. USABLE PART IS FROM ABOUT 30 TO 68 DEGREES CACCS AZIMUTH. RESCAN 

11A046/006 17:54.00 	 SINGLE 32.5/ 67.5 10 .12 4/3 0 4 REC/UH 16K 4 290 4/16.7 229/-19 208/17:31:25 01:03.5
 

SUN ISDR 294 293 1 0 0 27.00 .44 DNOO03/15 I
 

SOLAR EXTINCTION STUDIES AT LOW SUN ELEV.
 

11A047/007 07 06 00 	 SINGLE 172.5/205 0 10 .12 4/3 0 4 REC/UH 16K -17 71 1/21.3 11/-1 209/07:23:00 00:59.0
 

SUN ISOR 273 272 1 0 0 27 00 .12 DNO003/16 1
 

SOLAR EXTINCTION STUDIES
 

11A048/007 07.12.00 	 SINGLE 240.0/270 0 -30 .04 0/2 1 4 REC/UH 16K -17 71 5/22.5 1t/-20 209/07:29:00 02:41.2
 

BB2 * SDR 752 751 1 0 0 42.41 15.56 ON0003/17 I
 

ADJACENT TO NEAR DRIFT. SMALL WIND TAI LS. SURFACE SAMPLER COLLECTOR HEAD IN LOWER RIGHT.
 

11A049/007 07:14.41 	 SINGLE 170.0/170 0 0 15/7 1 2 REC/UX 16K -15 / / 209/07:31-41 0:18.0 

CAL SDR 61 0 0 0 0 ,00 .00 DNOOD3/IB 1 

CALIBRATION 

12A050/007 11:36:27 	 SINGLE 20.0/ 37 5 -30 .12 14/3 1 4 RT/SB 250 0 76 7/80.3 205/-77 209/11:53.28 43:27.0 

SURV * ISDR 190 147 45 2 1 114.65 47.29 DNOO3/19 I 

SURFACE SAMPLER COLLECTOR HEAD AGAINST MARTIAL SURFACE. BACKGROUND. 

11A051/007 15.38,25 	SINGLE 200 0/260.0 -50 .04 8/2 1 4 RT/UH 16K 8 282 6/45. 222/-48 209/15:55:26 06:35.5 

B81 * ISDR 111 0 0 203 2 75.33 48 64 DNOOO3/20 3 

USABLE DATA FROM CACCS AZIMUTH 235 TO 274 NEARFIELD OF FINES WITH A LARGE PART IN LANDER SHADO 

W. PITS IN SOIL FROM 	MATERIAL THROWN OUT ON LANDING.
 

11A052/007 17.41-59 	 SINGLE 207.5/217.5 -30 .04 0/2 I 4 REC/UH 16K 4 289.5/19.2 229/-22 209/1 7:59.00 00:54.6 0
 

BB2 - SDR 252 251 1 0 0 41.13 21.59 DNO003/21 I
 

SITE OF FIRST SAMPLE.IN LANDER SHADOW. UPPER THIRD USABLE.
 
-------------------------------------------------------------------------------------------------------------------------------------------

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

JVIKING PROJECT LIBRARY
 0 VL-1 CAMERA EVENT REPORT
 

AZIMUTH CENTER CHAN DATA SCAN PSA SOLAR ANTISOLAR DURA- RSCN
 

CE LABEL. LLT DIODE START/STOP ELEV STEP MODE OFFSET GAIN PATH RATE TEMP(C) AZ/EL AZ/EL GMT TION /DUST
 . . . . . . . . . . . . . . . . . . . . . . .. . . . . .. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .--. . . . . . . . . . . . . . . . . . . . . . . . . . . . 

DATA TOTAL RESCAN LINES AVE ON STAND EDR N OF EDR 

RECORD LINES BEGIN/TOrAL MISSED GAPS VALUE DEV TAPE/FILE SEGMENTS 

IlAOS3/0O8 17:42 53 	 SINGLE 170 0/170.0 0 1/7 1 2 REC/UX 16K 4 / / 209/17:59:54 0:18.0 

CAL SDR 61 0 0 0 0 .00 .00 DNO003/22 1 

CALIBRATION 

12A054/007 17:44 59 	 SINGLE 22.5/ 32.5 -20 .04 13/2 1 4 REC/UH 16K 6 289.7/18.5 52/-21 209/18:02:00 00:54.6 0
 

BB3 * SDR 252 251 1 0 0 64.64 28.44 DNOO03/23 I
 DIRECT VIEW OF BACK OF BACKHOE MAGNET ARRAY BEFORE SAMPLING. FINE SOIL AND ROCKS IN BACKGROUND.
 

11A055/0O8 06-47 59 	 SINGLE 207.5/217.5 -30 .04 0/2 1 4 REC/UH 16K -19 69.9/17.5 9/-15 210/07:44:35 00:54.6
 

BB2 SR 253 251 2 0 0 35.63 7.00 DNO003/24 1
 

SAMPLE SITE BEFORE THE FIRST TRENCH. SWASH-MARK-LIKE SINUOUS FEATURES ON DRIFT NFAR LANDER.
 

12AO56/008 06:49,59 	SINGLE 22.5/ 32.5 -20 .04 13/2 1 4 REC/UH 16K -17 70.1/17.9 193/-15 210/07:46:35 00:54.6
 

BES * SDR 253 251 2 0 0 35.45 12.24 DNO003/25 I
 

SAME AREA AS 1lAOSS, FOR STEREO OF SAMPLE SITE.
 

11A057/008 07:20 57 	 SINGLE 7.5/ 37.5 -20 .12 14/3 1 4 REC/UH 16K -17 72.1/24.5 12/-21 210/08:17:33 00:54.6
 

SURV * SDR 252 251 1 0 0 102.81 67.45 DNOO03/26 I
 GCMS PDA DEPLOYED. RTG2 WITH US FLAG AND HORIZON IN BACKGROUND.
 

11A058/008 08.48 59 	 SINGLE 207,5/217 , -30 .04 0/2 1 4 REC/UH 16K -12 77.0/43.5 17/-40 210/09:45:35 00:54.6 

BB2 * COMP 249 0 0 2 1 76.67 19,41 DNOO03/27 1 

SAMPLE AREA AFTER BIOLOGY SAMPLE TAKEN 

12A059/008 08:50 59 	 SINGLE 22.5/ 32.5 -20 .04 13/2 1 4 REC/UH 16K -10 77 1/43.9 201/-41 210/09.47:35 00:54.6
 

B53 * SDR 253 251 2 0 0 80.24 35.30 DNOOO3/2B 1
 

SAME AS 114AS9 FOR STEREO
 

11A060/008 10:49 52 SINGLE 210.0/217.5 10 .04 0/2 1 4 REC/UH 16K -6 80.3/70 1 22/-67 210/11:46:28 00:41.2
 

882 SDR 190 189 1 0 0 201.54 45.72 DNOO03/29 I
 ACQUISITION OF FOURTH SAMPLE.
 

12A061/006 11-49.00 	 SINGLE 310.0/335.0 -30 .12 14/3 1 5 REC/UH 16K 0 73.0/83.1 204/-S0 210/12:45:36 00:45.7
 

SURV SDR 211 209 2 0 0 56,86 34.53 DNOO03/30 1
 

SURFACE SAMPLER COLLECTOR HEAD IN POSITION AFTER DUMPING SAMPLE INTO THE XRFS PDA DIRECTLY BELOW. SOME
 

FINE MATERIAL HAS SPILLED ONTO THE LANDER TOP.
 

12A062/008 12:06 59 	 COLOR 22.5/ 32 5 -30 .12 1/1 1 4 REC/UH 16K 2 54 0/86.8 200/-84 210/13:03:35 00:54.6 

BLU * SDR 84 0 0 0 0 94.23 47.54 DNOOO3/31 1 

GRN SDR 83 0 0 1 i 94.55 46.94 DNO03/32 I RED SDR 83 0 0 1 1 107.30 54.35 DNO003/33 1 

COLOR PICTURE OF FIRST SAMPLE SITE TO LOOK AT SOIL COLOR IN TRENCH. 

12A063/008 12.07.53 	SINGLE 170.0/170.0 0 15/7 1 2 REC/UH 16K 2 / / 210/13:04:29 0:18.0 

CAL SOR 61 0 0 0 0 .00 .00 DNO003/34 1 

CALIBRATION
 
VIKING PROJECT LIBRARY
 

VL-1 CAMERA EVENT REPORT
 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .-- - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - -


AZIMUTH CENTER CHAN DATA SCAN PSA SOLAR ANTISOLAR DURA- RSCN
 

CE LABEL LLT DIODE START/STOP ELEV STEP MODE OFFSET GAIN PATH RATE TEMP(C) AZ/EL AZ/EL GMT TION /DUST
 

DATA TOTAL RESCAN LINES AVE DN STAND EDR # OF EDR
 

RECORD LINES BEGIN/TOTAL MISSED GAPS VALUE DEV TAPE/FILE SEGMENTS
 

12A064/008 12:12.27 	 SINGLE 20.0/ 37.F -30 .12 14/3 1 4 RT/SB 250 2 36.6/87.6 197/-85 210/13:09:03 43"27.0 

SURV * ISDR 192 147 48 3 1 99.98 51.05 DNOOO3/35 I 

SURVEY PICTURE OF TRENCH. RESCAN.
 

11A065/008 14:19 59 SINGLE 207 5/217.5 -30 .04 0/2 1 4 REC/UH 16K 12 279 9/63 0 218/-66 210/15:16:35 00.54.6
 

82 - SDR 253 251 2 0 0 127.27 18.43 DNOOO3/36 I
 

TRENCH AFTER GCMS AND XFRS SAMPLING. MET.BOOM SHADOW
 

11A066/008 14:23 59 	 SINGLE 260.0/275.0 0 .04 5/2 1 4 REC/UH 16K 2 280 0/62.1 219/-65 210/15:20:35 01:21.2
 BB4 - IR 378 376 2 0 0 136.95 26.19 DNOOO3/27 I
 

LARGE BOULDERS ON HORIZON. SKYLINE PROMINENCE.
 

11A067/008 15:35.42 	SINGLE 225 0/305 0 -30 .04 0/2 1 4 RT/UH 16K 6 282 4/46.4 221/-49 210/16,32:18 06:3S.5
 

B82 - COMP 1763 0 0 238 2 111.73 32 76 ON0003/38 3
 

USEFUL PART OF IMAGE EXTENDS FROM 260 TO 299 CACCS AZIMUTH. SCATTERED ROCKS WITH WIND TAILS. GRAVEL
 

PATCHES. SOME DEPRESSIONS PRODUCED ON LANDING.
 

12AO68/009 10.59.59 	SINGLE 295.0/305.0 -30 .04 8/2 1 5 REC/UH 16K -2 80.3/72.4 206/-69 211/12:36.10 00:54.6
 

BE1 SDR 253- 251 2 0 0 67.62 29 00 DNOO4/01 1
 

GRID ON LANDER TOP
 

1lA069/009 15:32 54 SINGLE 145.0/225 0 -30 .04 0/2 I 4 RT/UH 16K -12 282.3/46.9 221/-49 211/17:09-05 06'35.5
 

BB2 - ISDR 1734 0 0 267 6 109.70 43 94 0N0004/02 3
 TRENCH PICTURE TAKEN TO DETERMINE DOWNWIND TRANSPORT OF PARTICLES SPILLED FROM SAMPLE HEAD FRACTURES ON
 

GENERAL SURFACE OF NEAR FIELD DRIFT SHOWN. USABLE IMAGE FROM ABOUT 180 TO 215 AZIMUTH (CACCS).
 

12A070/010 10:10-27 	SINGLE 110.0/117 5 -40 .04 8/2 1 4 RT/SB 250 -4 80 1/61.5 204/-5B 212/12:26.14 44 27.0
 BB1 - ISOR 195 189 6 0 0 102.49 26.92 DNO04/03 I
 

SECOND VARIABLE FEATURES SEQUENCE. FINE MATERIAL BETWEEN LARGER ROCKS. SOME DESCENT PRODUCED DEPRESSIONS
 

12A071/010 12:39 00 	COLOR 147.5/187 5 -20 .12 1/1 1 4 REC/UH 16K 6 292 1/OS.1 68/-88 212/14:54:46 03:34.6
 BLU * SDR 334 0 0 0 0 110.06 55 22 DNOO04/04 1 

GRN * SDR 333 0 0 1 1 112.68 51.16 DNOOO4/05 1 RED * SOR 333 0 0 1 I 128.92 46 36 DNO004/06 I 

COLOR PICTURE OF BLOCKY PART OF SCENE. STROKE GAUGE 3 IN CENTER.
 

12A072/010 12:42-34 	SINGLE 170 0/170.0 0 7/7 1 2 REC/UH 16K 8 / / 212/14.58:20 0-18.0 

CAL SDR 60 0 0 0 0 .00 .00 DNO004/07 1 

CALIBRATION 

12A073/010 1Q.45.00 	COLOR 305.0/310.0 -10 .12 1/1 1 4 REC/UH 16K 8 288.0/83.8 55/-86 212/15.00:46 00:27.9
 

BLU SDR 41 0 0 2 1 128.57 69.26 DNO004/08 1
 GRN SDR 41 0 0 2 1 120.61 64.04 DNO004/09 1
 

RED SDR 41 0 0 2 1 127.90 67.88 DNOO04/10 I
 

RTC2, CAMERA 2 RTC. SHOULD BE IN BRIGHT SUN BUT APPEARS TO BE SHADED BY HGA. COLOR CALIBRATION.
 
------------------------------------------------ -------------------------------------------------- ----------------------------------

VIKING PROJECT LIBRARY
 

VL-1 CAMERA EVENT REPORT
 

AZIMUTH CENTER CHAN DATA SCAN PSA SOLAR ANTISOLAR DURA- RSCN
 

CE LABEL LLT DIODE START/STOP ELEV TEP MODE OFFSET GAIN PATH RATE TEMP(C) AZ/EL AZ/EL GMT TION /OUST
 

DATA TOTAL RESCAN LINES AVE ON STAND - EDR N OF EDR
 

RECORD LINES BEGIN/TOTAL MISSED GAPS VALUE DEV TAPE/FILE SEGMENTS
 

12A074/010 1S:29.55 	 COLOR 5.0/ 85.0 -10 .12 1/1 1 5 RT/UH 16K 18 282.1/47 5 44/-S0 212/17:45:42 O6SS.S 

BLU * COMP BB 0 0 73 2 78 94 44.69 DNO004/11 I 

GRN * COMP 596 0 0 72 2 78 07 44.64 DNOD04/12 I 

RED * COMP 596 0 0 72 2 79.95 42.98 DNO004/13 I 

REAL TIME COLOR. USABLE FROM 40 TO 80 CACCS AZIMUTH. 

12A075/011 12:00 00 	 SINGLE .0/ 5 0 0 .12 8/3 1 4 REC/UH 16K 2 66 0/85 6 203/-83 213/14'55-21 00:10.1
 

BB1 SDR 44 43 1 0 0 52.67 30.16 DN0004/14 I
 

CAMERA 2 SCAN VER BEFORE OUSTING.
 

12A076/011 12.04:59 	SINGLE .0/ 5.0 0 .12 8/3 1 4 REC/UH 16K 4 58 7/86 6 202/-84 213/15.00-21 00;10.1 D
 

BB1 SDR 44 43 1 0 0 52.86 30,36 D0004/15 1
 

CAMERA 2 SCAN VER AFTER DUSTING
 

11A077/011 15:26 46 	 SINGLE 180.0/260 0 -10 .04 5/2 1 4 RT/UH 16K 6 281 9/48 2 221/-51 213/18:22,08 06:35.5 

884 * COMP 1809 0 0 192 2 134 31 27.77 DNO004/16 3 

HI RES OUT TO HORIZON USABLE FROM 205 TO 254 DEG CACCS AZIMUTH. DRIFT AREA OVER TO POSSIBLE OUTCROP 

11A07B/012 08:24-59 	SINGLE 150.0/250.0 -30 04 0/2 1 4 REC/UH 16K -10 76 0/38 4 16/-35 214/11.59.56 08.54.5
 

B82 COMP 2498 0 0 3 2 67 16 20 71 DNO004/17 4
 

GOOD IMAGE OF ROCKS WITH MOATS NEAR TRENCH. TRENCH AND MATERIAL SPILLED FROM SAMPLE HEAD IMAGED. CRACKS
 

IN SURFACE NEAR TRENCH
 

11A079/012 08:34 59 SINGLE 182 5/235 0 -50 .04 8/2 1 4 REC/UH 16K -10 76 S/40.6 17/-S8 214/12.09 56 04:41.2
 

BB1 ISDR 1319 1314 6 1 1 73 30 30.00 ON0004/18 2
 

FOOTPAD 2 IS BURIED BENEATH FINES OF SMALL DRIFT UPON WHICH IT DESCENDED. SOME COHESION OF MATERIAL IS
 

INDICATED BY THE SMALL SCARP IN THE SOIL ABOVE THE FOOTPAD. SOME OF THE SURFACE PITS WERE FORMED AT
 

LANDING. BUT MOST ARE FROM SPILLED SOIL OF SAMPLER.
 

12A08O/012 10.00 27 	 SINGLE 22.5/ 30.0 -20 .04 13/2 1 4 RT/SB 250 -2 80.0/59.4 204/-56 214/13!35.24 44'27.0
 

803 * ISDR 193 189 10 6 1 100.19 32.99 DNO004/19 1
 

TRENCH AREA OVER SURFACE SAMPLE HOUSING
 

12A081/012 15:36-22 	SINGLE 60.0/160 0 -50 .04 8/2 1 4 RT/UH 16K 12 282.2/46 4 44/-49 214/19:11-19 06'35.5
 

BSI I ISDR 1978 0 0 23 1 93 63 36.44 DNOO04/20 3
 

FRACTURED FLAT SURFACE BENEATH FORWARD ENGINE APPARENTLY SWEPT OF FINES BY ENGINE BLAST. SURFACE SAMPLER
 

ARM BOOM LATCH PIN AT LOWER EDGE.
 

11A083/012 17.36-59 	 SINGLE 47.5/ 52.5 30 .04 4/2 1 2 REC/UH 16K 6 289 1/19.9 228/-22 214/21:11-56 00:27.9 D 

SUN ISDR 127 126 1 0 0 31,34 3.57 DNOO4/21 1 

SOLAR EXTINCTION SERIES I 

11A084/012 18.23.59 	 SINGLE 50.0/ 55.0 20 .04 4/2 1 2 REC/UH 16K 6 292.5/10.1 232/-13 214/21:58:56 00:27.9
 

SUN ISOR 126 126 1 1 1 31.04 1.07 DNO004/22 I
 

SOLAR EXTINCTION SERIES.
 
------------------------------------------------ ------------------------------------------------------------------------ ----------------------------

VIKING PROJECT LIBRARY
 

VL-1 CAMERA EVENT REPORT
 

AZIMUTH CENTER CHAN DATA SCAN 
 PSA SOLAR ANTISOLAR DURA- RSCN


CE LABEL LLT DIODE START/STOP ELEV STEP MODE OFFSET GAIN PATH RATE TEMP(C) AZ/EL AZ/EL GMT TION /DUST
 

DATA TOTAL RESCAN LINES AVE ON STAND EDR # OF EDR
 

RECORD LINES BEGIN/TOTAL MISSED GAPS VALUE DEV TAPE/FILE SEGMENTS
 

11AO85/012 1B:47.59 	 SINGLE 52.5/ 57.5 10 .04 4/2 1 2 REC/UH 16K 4 294.5/ 5.2 234/ -8 214/22:22:56 00:27.9
 

SUN ISDR 127 126 1 0 0 30.19 1.61 DNOO04/23 I
 

SOLAR EXTINCTION SERIES.
 

l1A086/012 18.58,59 	 SINGLE 52 5/ 57.5 10 .04 4/2 1 2 REC/UH 16K 4 295.5/ 2.9 234/ -S 214/22.33:56 00:27.9
 

SUN SDR 128 126 2 0 0 31.00 .05 DNO004/24 1
 

SOLAR EXTINCTION SERIES.
 

11A087/013 05:35,59 	SINGLE 180.0/185 0 10 .04 4/2 1 2 REC/UH 16K -17 64.5/ 8.5 3/ -0 215/09:50:31 00.27.9
 

SUN IDR 128 126 2 0 0 32.10 1,78 DNO005/01 1
 

SOLAR EXTINCTION SERIES.
 

I1AO88/013 05:47 59 	 SINGLE 182.5/187.5 10 .04 4/2 1 2 REC/UH 16K -17 65.5/ 5.2 S/ -2 215/10:02:31 00:27.9
 

SUN SOP 128 126 2 0 0 32.62 1.99 DNOOOS/02 I
 

SOLAR EXTINCTION SERIES,
 

I1AO89/013 06:11.59 	SINGLE 185.0/190.0 20 .04 4/2 1 2 REC/UH 16K -17 6.5/10.1 7/ -7 215/10:25:31 00:27.9
 

SUN ISDR 127 126 1 0 0 32.20 1.95 DNO005/03 I
 

SOLAR EXTINCTION SERIES.
 

11A090/013 06:59 59 	 SINGLE 187.5/192 S 30 .04 4/2 1 2 REC/UH 16K -15 71.0/20 2 11/-17 215/11:14:31 00:27.9
 

SUN SDR 127 126 1 0 0 32.56 3.06 DNO005/04 1
 

SOLAR EXTINCTION SERIES.
 

11A091/013 07:29.59 	 IR 35.01 40.0 -10 .12 9/I 1 4 REC/UH 16K -15 73.0/26.6 13/-24 215/11:44:31 00:27S9
 

IR3 ISDR 42 0 0 1 1 66.95 28.77 DNO005/05 1
 

1R2 ISDR 41 0 0 2 1 70.03 30.78 DNO0OS/OG I
 

IR1 ISDR 41 0 0 2 1 77.89 35.18 DNOOOS/07 I
 

IR PICTURE OF RTC3. THE CAM 1 RTC.
 

12A092/013 09:06.27 	 SINGLE 132.5/150.0 -30 .12 14/3 1 4 RT/SB 250 -8 78.1/47 5 202/-44 215/13:20:59 43:27.0
 

SURV * SDR 188 147 43 2 1 103.97 30.19 DNO005/08 1
 

POSSIBLE OUTCROP BELOW HORIZON. 43 LINES OF RESCAN.
 

11A093/013 11:53:59 	 IR 205 0/280 0 -30 .12 9/1 1 4 REC/UH 16K 0 71.5/84.5 21/-SI 215/16:08:31 06:41.2 D
 

IRI * COMP 624 0 0 2 1 121.42 26.32 DNO00S/It I
 

IR3 ISOR 624 0 0 2 1 101.68 24.08 DNOOO/09 I
 

IR2 ISOR 624 0 0 2 1 105.23 "24.70 DNO005/10 1
 

IR IMAGE OF SAMPLL SITE, INCLUDES TRENCH
 

11A094/013 11:60.42 	 SINGLE 170 0/170.0 0 7/7 1 2 REC/UH 16K 0 / / 215/16:15:12 0:18.0
 

CAL SDR 61 0 0 0 0 .00 .00 DN0005/12 1
 

CALIBRATION
 

11A095/013 13:23.59 	SINGLE 15 0/ 35.0 -20 .12 14/3 1 5 REC/UH 16K 4 279.6/75.2 218/-78 215/17:38:31 00:36.8
 

SURV * ISDR 166 0 0 2 1 68.37 38.20 DNO005/13 1
 

GCMS PDA DEPLOYED, RTG2 WITH US FLAG AND HORIZON IN BACKGROUND.
 
---------------------------------- 

VIKING PROJECT LIBRARY
 VL-l 
CAMERA 
EVENT 
REPORT
 ....................- - --------------------------------------------------------
-----------------_-


CE LA8EL LLT DIODE START/STOP 

AZIMUTH CENTER ELEV STEP CHAN 


MODE DATA SCAN PSA
 SOLAR ANTISOLAR
 DURA- RSCN
 OFFSET GAIN PATH 
 . . .. . . .. . .. . . .. ... . . . .. . . . . . . . .. . . .- - . . .. . -- - - -- - - - -- - - ­ -.. . .. RATE TEMP(C) AZ/EL AZ/EL GMT TION /DUST
 . . .. . . . . .. . . . . .. . . .. . .. . . . . .. .
 .. .. . . . .. . .- - -.. .. . . . . .. . . . . . . . .
 .
.. .. . . ...
 

DATA TOTAL RESCAN LINES AVE ON 
 STAND EOR # OF EDR
 RECORD LINES BEGIN/TOTAL MISSED 
 GAPS VALUE DEV TAPE/FILE SEGMENTS
 --------------------------------------------------------------.......
 ............---------------------­ IlAO96/014 06:58:20 SINGLE 
 15.0/ 35.' -20 .12 
 14/3 1 3 REC/UH 16K 
 -15 70 9/19.5 1O/-16 216/11:50:27 00:36.8
 SURV SDR 169 168 1 0 0
 110.42 69.53 DNOOOB/14 I
 UNSUCCESFUL ATTEMPT 
TO IMAGE COLLECTOR HEAD OVER GCMS PDA
 11A097/014 07:30.00 SINGLE 132 51252.5 -10 .04 13/2 
 1 4 REC/UH 16K -15 
 73.0/26.6 13/-24 216/12.24:07 10:41.2
 BB3 - COMP 2999 0 0 2 
 1 66.75 38,87 DN0005/15 4
 SCENE OF DRIFTS AND BIG JOE. APPARENT LAYERS 
OR RIPPLES WELL DZ$PLAYED.
 

11A098/014 10:10:27 SINGLE 212.5/220.0 -30 .04 0/2 1 
 4 RT/SB 250 -4 80.5/61.7 21/-SO 216/15;04;35 44:27.0
 082 ISDR 195 189 6 0 0 
 96.94 31.43 DNOOOS/16 1
 SECOND DIG AT TRENCH SITE.
 

11A099/014 13:24,00 SINGLE 15.0/ 35 0 -20 .12 14/3 
 1 5 REC/UH 16K 
 4 279.4/88.2 15/-86 216/18:18:07 00:38.8
 SURV * ISDR 178 168 11 1 1 67.60 37.67 DNOOOS/17 1
 GCMS PDA AFTER SAMPLE DELiVERY
 

I1A100/015 07:30.00 
SINGLE 260.0/262.5 -50 
 .04 8/2 1 3 REC/UH 
 16K -15 73.1/26.7 13/-24 217/13:03:42 00:16.6
 BB1 ISOR 74 64 10 
 0 0 91.8 28.86 DNOO5/18 I
 HI RES OF DISTURBED SOIL NEAR S/C
 

12A101/015 13:40,00 SINGLE 285.0/290.0 -20 .04 
 8/2 1 4 REC/UH 16K 
 6 278.8/71.5 40/-74 217/19:13:42 00:29.9
 8B1 SDR 137 126 11 
 0 0 98.25 49.99 DNOO05/19 1
 RTC MAGNEF WITH MAGNETIC MATERIAL ADHERING TO FORM A BULLS EYE 
PATTERN
 

12A102/015 13:43:00 SINGLE 80 0/100 0 
 -40 .04 8/2 
 I 4 REC/UH 16K 6 278.8/70-9 40/-73 217/19:16:42 01:49.9
 991 * SOR 512 501 11 0 0 120.81 22.99 DN0005/20 I
 SITE OF SAMPLE DUMP
 

12AI03/016 07:29,59 SINGLE 112 5/160 0 -50 
 .04 8/2 1 3 REC/UH 
 16K -12 73 2/26.7 196/-23 218/13:43;17 04:16.5 BB1 * ISDR 12DO 1189 11 0 0 101.52 39.71 DNOOOS/21 2
 AREA NEAR FOOT PAD 3 SMALL PEBBLES AND ROCKS
 

12A104/016 09:00'27 SINGLE 110.0/117.5 
 -40 .04 8/2 1 4 RT/SB 250 -6 
 78.1/46.3 202/-43 218/15:13:45 44:27.0 881 * ISDR 197 189 11 3 I 89.86 28.02 DNOO05/22 I
 SAMPLE SITE AREA
 

11AIOS/01? 07:29:59 SINGLE 215 0/230 0 
 0 .12 14/3 
 1 4 REC/UH 16K -15 73.2/26.7 13/-24 219/14:22:52 00:29.9
 SURV SDR 137 126 11 
 0 0 57.32 39.40 DNOOO5/23 1
 PICTURE OF EXTENDED SAMPLE ARM WITH HEAD
 

12A106/017 10:00.27 SINGLE 32.5/ 57.5 -10 .12 14/3 1 
 4 RT/SB 250 -2 
 80.5/59.6 205/-56 219/16:53:20 43:27.0
 SURV - ISDR 183 
 0 0 26 2 128,25 62.98 DNO005/24 I
 EXTENDED BOOM OF SURFACE SAMPLER
 

12AI07/018 07:30.00 SINGLE'155.O/207.5 
 -10 .04 13/2 1 4 REC/UH 16K -13 
 74.6/26.7 196/-24 220/15:.02:28 04:43.2
 883 - ISDR 1322 1314 a 0 0 
 100,85 24.10 DNOOS/25 2
 HI RES OF NEAR FIELD ROCKS. 
NEAR ZERO PHASE ANGLE APPEARS TO ENHANCE SHADING VARIATIONS.
 
VIKING PROJECT LIBRARY 

VL-1 CAMERA EVENT REPORT 

CE LABEL LLT DIODE 

AZIMUTH 

START/STOP 

CENTER 

ELEV STEP 

CHAN 

MODE OFFSET GAIN 

DATA 

PATH 

SCAN 

RATE 

PEA SOLAR 

TEMP(C) AZ/EL 

ANTISOLAR 

AZ/EL GMT 

DURA- RSCN 

TION /DUST 

DATA TOTAL RESCAN LINES 

RECORD LINES BEGIN/TOTAL MISSED GAPS 

AVE ON 

VALUE 

STAND 

DEV 

EDR # OF EDR 

TAPE/FILE SEGMENTS 

12A108/018 07:40;00 SINGLE 142.5/167.5 -30 .04 0/2 1 4 REC/UH 

882 * ISDR 637 626 11 0 0 84.61 

SURFACE NEAR FOOTPAD 3 WITH PEBBLY OR GRAVELY APPEARANCE 

16K 

34.98 

-12 73.9/28.9 197/-26 220/15:12"28 02:16.6 

DN0005/26 I 

12A109/018 12:10:27 SINGLE 295,0/302.5 

B81 ISDR 190 

GRID ON LANDER TOP. 

-30 

189 

.04 

1 

8/2 

0 

1 

0 

5 RT/SB 

71.46 

250 

34.26 

4 43.4/88.0 203/-85 220/19;42:56 43:27.0 

DNOOO5/27 I 

12A110/019 07:12 00 SINGLE 265 0/310.0 -10 

B83 - ISDR 1137 1126 

EARLY MORNING NEAR FIELD 

.04 

11 

13/2 

0 

1 

0 

4 REC/UH 

61.94 

16K 

40,32 -13 72.2/22.9 195/-20 221/15:24:03 04:03.2 

DNOOO5/28 2 

lIAI11/019 07:20:00 SINGLE 40.0/ 60.0 -10 

B83 * ISDR 512 501 

SURFACE OVER SEISMOMETER. 

.04 13/2 

11 0 

FINES AND ROCKS. 

1 

0 

4 REC/UH 

80.18 

16K 

31.20 

-15 72.7/24 6 

DNOOO5/29 

12/-22 221/15:32:03 01:49.9 

I 

12A112/019 07:59:00 SINGLE 15.0/ 90.0 0 .04 5/2 1 4 REC/UH 

84 * ,SDR 1884 1976 8 0 0 103.73 

EARLY MORNING VIEW OF HORIZON AND PART OF DRIFT FIELD. 

16K 

66.00 

-10 7S.1/33.0 198/-30 221/16:11:03 06:43.2 

DNOOOS/3O 3 

12A113/019 08:48:27 SINGLE 32.5/ 57.5 -10 .12 

SURV * ISOR 199 0 0 

CHECK ON SAMPLE ARM EXTENSION. 

14/3 

10 

1 

2 

4 RT/SB 

84.46 

250 

41.62 

-6 77.7/43 8 201/-41 221/17:00:31 43.27.0 

DNOOOS/31 I 

11A114/019 15:17.02 SINGLE 190.0/322.5 -30 .04 

8B2 * ISDR 3308 0 0 

HIGH OUALITY IMAGE OF NEAR FIELD 

0/2 1 4 RT/UH 16K 8 280 9/49.9 220/-52 221/23:29:06 

6 1 109.53 34.15 DNOOOS/32 5 

SHOWS PITTED ROCK WITH MOAT AND TWO TRENCHES. 

11:46.0 

I1Al/019 15:49:01 SINGLE 182.5/195.0 BB1 ISDR 284 

UPPER PART OF LEG 2 

-50 0 .04 0 

8/2 

30 

1 

1 

4 RT/UH 

35.73 

16K 

13.61 

8 282.4/42.9 221/-45 222/00:01:04 01:01.0 

DN0005/33 I 

12A116/020 07:53:59 SINGLE 90 0/217.5 0 .04 5/2 1 4 REC/UH 16K -12 

B84 * ISDR 3197 3189 8 0 0 122.27 31.95 

EARLY MORNING VIEW TO HORIZON. LOW PHASE ANGLE.IN MOST OF PICTURE. 

74 9/31.9 198/-29 222/16:45:38 11:23.2 

0N0006/01 5 

11A117/020 08:46-27 COLOR 212.5/220.0 -30 .12 1/1 1 4 

BLU * SDR 62 0 0 2 1 GRN * SDR 62 0 0 2 1 

RED * SDR 62 0 . 0 2 1 

COLOR OF TRENCH. SURFACE SAMPLER COLLECTOR HEAD. 

RT/SB 

55.32 

68.64 

87.93 

250 

16.78 

21.43 

28.63 

-12 77.7/43.3 

DNOOQ6/02 

DNO006/03 

DNO006/04 

18/-40 222/17:38:06 44:27.0 

1 

1 

1 

11A11B/020 14:49:59 SINGLE 217.5/227.5 0 .04 8/2 1 5 REC/UH 

B81 SDR 260 251 9 0 0 69.34 

DIRECT VIEW OF STRONG MAGNET ON BACKHOE IN SUNLIGHT 

16K 

14.40 

6 279.7/55.9 218/-5 

DNO006/05 1 

222/23;41:38 00:56.6 

., U, 
------------------------------------------------------------------- -------- ---------------------------------------------------------

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

VIKING PROJECT LIBRARY
 VL-1 CAMERA EVENT REPORT
 

AZIMUTH CENTER CHAN DATA SCAN
 LABEL CE LLT DIODE START/STOP PSA SOLAR ANTISOLAR DURA- RSCN
 ELEV STEP MODE OFFSET GAIN PATH 
 RATE TEMP(C) AZ/EL AZ/EL GMT 
 TION /DUST . - . ------... . . 

DATA TOTAL 

. . . . . . . . . .......
 RESCAN LINES AVE DN STAND 
 EDR . OF OR RECORD LINES BEGrN/TOTAL MISSED 
 GAPS VALUE DEV TAPE/FILE SEGMENTS
 -------------------.-----------------------------------------------------------------­

12A119/020 15.14.51 SINGLE 5.0/137.5 -10 04 13/2 
 1 4 RT/UH 18K 8 280.8/50.4 43/-53 223/00:06:30 11:46.0
 B83 * ISDR 3308 0 0 a t 120.59 33.00 DNOOO6/06 5
 AREA OF POSSIBLE OUTCROP. STREWN 
FrELD OF ROCKS WELL IMAGED.
 

11A120/020 15:46-49 SINGLE 182.5/195.0 -60 .04 8/2 
 t 4 Rr/UH 16K 
 8 282.9/43.4 221/-46 223/00:38:28 01:01.0
 BEI I ISDR 284 0 0 30 T
 37.47 15.23 DNO006/07 1
 SAME AS 11A115 UPPER PART OF LEG 3 
 FRACTURES IN FINE SURFACE MATERIAL SEEN IN BACKGROUND.
 

12A121/020 17:07 5 SINGLE 185,0/232,5 
 10 .12 1/3 1 5 REC/UH 16K 10 286.8/25.7 49/-28 223/01:Sg:38 01:27.?
 8LU ISDR 408 397 11 0 
 0 t9.09 70.00 DMO006/OS T
 ATMOSPHERE SCATTERING EXPERIMENT. BLUE SINGLET
 

12A122/020 17:11.59 SINGLE 
185 0/232,5 
 10 .12 10/3 1 5 REC/UR 16K 10 287.1/24.9 50/-27 223/02:03:38 01:27.7
 IR2 SOR 408 397 11 0 0
 88.40 66.93 DNO006/9 T
 ATMOSPHERE SCATTERING EXPERIMENT, 1R2 SINGLET
 

12A123/020 17:13:26 SINGLE 170.0/170.0 
 0 15/7 1 2 REC/UH 16K 12 / / 223/02:05:05 0:18.0 CAL SDR 61 0 0 
 0 0 .00 .00 0NOOO6/10 1
 CALIBRATION
 

12A124/021 07:29,59 SINGLE 71.5/117.5 -50 .04 
 8/2 1 3 PEC/UH 16K 
 -12 73.5/26.7 197/-24 223/17:01:13 03:36.6
 B1 * IOR 1010 1001 9 0 0 101.42 36.72 DNOOO/11 2
 NEAR FIELD FINES AND DISTURBED AREA. BOOM PIN.
 

12A125/021 08:09.59 SINGLE 227 5/290.0 
 0 .04 5/2 1 4 REC/UH 
 16K -10 75 9/35.4 199/-32 223/17:41.13 05:36.5
 B84 * ISDR 1575 1564 11 
 0 0 130.93 35.82 DNO006/12 2
 ROCKS OUT TO HORIZON AND SOME DRIFTS.
 

12A126/021 10.00.27 SINGLE 295.0/302.5 -30 
 .04 8/2 1 s RT/SB 
 250 -2 81.0/59.7 2057-56 223/19:31:41 43:27.0
 BB1 1SDR 188 189 6 7
 1 61.25 30.02 ON0006/13 1
 GRID
 

11A127/021 15:12 30 SINGLE 202 5/335 0 -10 
 04 13/2 ! 4 RT/UH 
 16K 6 280.6//O.9 219/-53 224/00:43:44 11:46.0
 BS3 ISDR 3308 0 0
 6 1 113.02 39.48 OMO006/14 5
 VIEW EXTENDING FROM 
DRIFTS TO RIGHT ACROSS POSSIBLE BEDROCK
 

11A128/021 15:44 28 SINGLE 182.5/195.0 -50 .04 8/2 
 1 4 RT/UH 16K 
 8 282.1/43.9 221/-46 224/01:15:42 Ot:OT.Q
 B81 I ISOR 286 
 0 0 2a 1 40.57 19.87 DM0006/15
 SAME AS 11AllS AND 11A120. UPPER PART OF LEG 3
 

I1A129/022 08:10 00 SINGLE 100.0/195.0 0 .04 
 5/2 1 4 REC/UH 16K -12 
 76.0/35.4 16/-32 224/18:0:49 OB:9.9 BB4 * SOR 2384 2376 8 0 0 121.99 57.96 DNO07/01 3
 DRIFT FIELD IN MORNING SUN
 

1IA130/022 10:10,27 SINGLE 295.0/305.0 -20 .04 13/2 
 1 4 RT/SB 250 -4 81.5/61.9 22/-59 224/20:21:17 44:27.0
 BB3 ISDR 193 0 0 
 BB 2 91.39 45.19 DN0007/02 I
 PEBBLES IN NEAR FIELD
 
VL-1 PARAMETER LISTS
 

The organization of the VL-1 parameter lists which appear in this section
 

is described in the section "Selection of Camera Event Parameter Lists," and
 

each parameter has been explained previously. In all lists, the parameter
 

entries for each camera event are preceded by the camera event label. The
 

format of this label is shown in figure 9.
 

FRAME COUNT
 

CYCLE FRAME 

CAMERA COUNT 

LANDER 1 CAEAOL 

1121 Al 0-11 /1010 

VL-i SOL 000 = JULY 20, 1976
 

Figure 9.- Format of VL-1 camera event label.
 
VL-1 CAMERA EVENT REPORT
 
VIKING PROJECT LIBRARY 

VL-1 CAMERA EVENT REPORT . . . .. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . - - - - - - - - - - - - ­ - - - - - ­ - --.. .- - --.. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 

CE LABEL LLT DIODE 

AZIMUTH 

START/STOP 

CENTER 

ELEV STEP 

CHAN 

MODE OFFSET GAIN 

DATA 

PATH 

SCAN PSA SOLAR 

RATE TEMP(C) AZ/EL 

ANTISOLAR 

AZ/EL GMT 

DURA- RSCN 

TION /DUST 

--..-

DATA TOTAL RESCAN LINES RECORD LINES BEGIN/TOTAL MISSED - .------- -- ...-.- ...... ----- -----

AVE ON GAPS VALUE .................................................. 

STAND 

DEV EDR # OF EOR TAPE/FILE SEGMENTS 

12AO01/OO0 16:13.21 SINGLE 102.5/160.C -50 04 8/2 1 4 RT/UH 16K 16 284.9/38.7 49/-38 202/11.53:15 05:07.0 

81 - COMP 1438 0 0 1 1 56 34 19.27 DNOOO/01 2 FIRST LANDER PICTURE.POORLY SORTED.PITTED.FLUTED,FACETED GRAVEL ON AND IN FINE SUBSTRATE. SHARP ELONGATE DEPRESSIONS MAY HAVE FORMED BY IMPACT OF PARTICLES MOVED BY DESCENT ENGINE BLAST. DARKER MATERIAL IN DEPRESSIONS. VERTICAL LINES AT LEFT INTERPRETED TO RECORD SETTLING DUST. 

12A002/000 16:19-04 SINGLE 1 0/a10 0 -10 .12 14/3 1 4 RT/UH 16K 18 285 2/37.0 50/-37 202/11:58:58 08.52.0 

SURV I COMP 2501 0 0 0 0 90.32 43.59 DNOO01/02 4 FIRST SURVEY PANORAMA. NUMEROUS BLOCKS FROM NEAR FIELD TO HORIZON, LOW DRIFTS OR DUNES, MANY ROCKS SHOW COMPLEX FRACTURING. WIND SCOUR DEPRESSIONS AROUND SOME BLOCKS. SHALLOW DEPRESSION SEEN OVER STROKE GAUGE 

12A003/001 07:47,59 SINGLE 80.0/140.0 -30 .04 0/2 1 4 REC/UH 16K -10 73 2/30.0 197/-30 203/04-07:28 05 21.2 B82 * COMP 1502 1501 1 0 0 65.69 23.15 DNOOOI/03 2 

FIRST HIGH RES OF SAMPLE SITE, GRAVEL PATCHES, SHARP ELONGATE DEPRESSIONS FROM PARTICLES THROWN UP BY LANDING, WIND TAILS 

12AO04/001 10-36-27 SINGLE 132,5/150,0 

SURV I COMP 189 

POSSIBLE OUTCROP OF 

-30 .12 14/3 

147 43 1 

LOWER ALBEDO POCK BEL0) 

1 4 RT/SB 

1 114 28 

HORIZON 43 

250 0 78 5/66.6 203/-66 203/06 55.56 43 27.0 

28.99 DNOOI/O4 1 

LINES OF RESCAN REVEAL NO MOTION IN SCENE. 

(D 

12A005/001 12:35,59 SINGLE 305,0/310,0 -10 .12 14/3 1 4 REC/UH 

SURV COMP 41 0 0 2 i 117 26 

RADIOMETRIC CALIBRATION PICTURE OF RTC2. LIMITED VIEW OF 

16K 8 306 7/85 6 

58 95 DNDO01/OS 

FAR FIELD 

71/-85 203/08.55:28 00:10.1 

1 

ct 

12AQ0G/001 12,41 59 COLOR 

BLU 

80 0/147 5 COMP 563 -20 0 .12 0 1/1 

1 1 1 5 REC/UH 56.87 15K 22 85 8 299,0/84 4 DNOODI/O6 

63/-84 203/09:01:28 06.01.2 D I 

GRN COmP 562 RED * COMP 562 FIRST COLOR PICTURE, 

0 0 0 0 

INClUDES SAMPLE 

2 1 58.93 19.48 DNOOOt/07 1 2 1 69 09 16.04 DNOOOi/08 1I SITE. LOWER ALSEDO OUTCROP IN FAR FIELD. LARGE BLOCKS ON HORIZON. 

0 

12A007/001 12:48,00 SINGLE 170.0/170.0 

CAL SDR 60 

CALIBRATION FRAME 

0 

0 0 

7/7 

0 

1 

0 

2 REC/UH 

.00 

16K 

.00 

10 / 

DOO01/O 

/ 

1 

203/09:07:29 0:18.0 

12A008/0O 1 14'44:59 COLOR 305 0/310.0 -10 .12 1/1 

BLU ISOR 12 0000 0 2 GRN ISOR 12 0300 0 2 

RED iSDR 12 0000 0 2 

SAME AS 12A005 BUT RTC2 IS IN SUNLIGHT 

1 

1 

1 

1 

5 REC/UH 

89 51 

88.20 

75.40 

16K 

43 85 

44.56 

27.57 

10 281 7/57.5 

DNOOOi/IC 

DN0001/11 

DNOO1/12 

46/-57 203/11:04:28 00 27.9 

I 

I 

I 

12A009/001 15.50.28 SINGLE 80 0/1600, 

B81 I ISOR 1853 

USABLE PART OF IMAGE 

-50 .04 8/2 1 4 RT/UH 

O 0 148 1 76.65 EXTENDS FROM 95 TO 154 DEG. CACCS. 

16K 12 283.B/43.3 48/-43 203/12:09:57 06:35,5 

31.03 DNOOI/13 3 INCLUDES SAME AREA AS 12A001. 

12A010/002 07:18.00 SINGLE 65 0/155 0 -10 .04 5/2 1 4 REC/UH 

BB4 * COMP 2252 2251 1 0 0 60 SB BLOCKY FIELD WITH SMALL ISOLATED SEDIMENT DRIFTS.OUTCROP 

WIND TAILS COMMON. HIGH RES OF SAMPLE SITE. 

16K -15 71.7/23.7 195/-23 204/04.17:04 08:01.2 

26 97 DN0001/14 3 OF HIGHER ALSEDO ROCK THAT APPEARS FRACTURED, 
--------------------------------------------------------- -------------------------- ------------------------------------------------------

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

4r VIKING PROJECT LIBRARY
 

-r VL-1 CAMERA EVENT REPORT ....................................................................................................................................
 AZIMUTH CENTER CHAN 
 DATA SCAN PSA SOLAR ANTISOLAR DURA- RSCN
 CE LABEL LLT DIODE START/STOP ELEV STEP MODE OFFSET GAIN PATH RATE TEMP(C) AZ/EL AZ/EL 
 GMT TION /DUST
 

DATA TOTAL RESCAN LINES AVE DN STAND EDR # OF EDR
 RECORD LINES BEGIN/TOTAL MISSED GAPS VALUE DEV TAPE/FILE SEGMENT$
 

12A011/002 07.26.01 SINGLE 170.0/170 0 0 7/7 1 2 REC/UH 16K -13 / / 204/04:25:05 0:18.0
 

CAL SDP s0 0 0 0 
 0 .00 .00 DNO001/IS 1
 

CALIBRATION FRAME
 

12A012/002 08 0027 SINGLE 132.5/150.0 -30 .12 14/3 1 
4 RT/SB 250 -12 74 2/32 8 197/-32 204/04:59:32 43:27.0
 

SLRV * COMP 18e 
 147 43 2 I 90.06 34.18 0N00o/16 I
 SAME AS 12A004
 

12A013/002 10:29 50 SINGLE 117.5/155.0 -50 .04 8/2 1 4 REC1UH 16K 0 
79.8/65.5 204/-65 204/07:28:54 03:21. 

Be1 * ISDR 942 939 3 0 0 93.66 29.61 DN0001/1I 2
 

MIRROR ON SURFACE SAMPLER IN UPPER LEFT IS 
LOOKING UNDER ENGINE, SOIL IN UPPER RIGHT WAS DISTURBED BY
 IMPACT OF SAMPLER SHROUD.
 

12A014/002 13 06,00 SINGLE 295 0/305.0 -30 .04 6/2 1 
4 REC/UH 16K 4 283.6/79.5 45/-79 204/10:05:04 00:54.6 D
 Be1 I15R 250 0 0 
 1 1 77.19 57.85 DNO001/18 1
 HI RES OF GRID ON LANDER TOP.
 

12A016/003 09.10 27 SINGLE 175.0/132.5 -50 .04 8/2 
 1 4 RT/SB 250 -10 77.6/48.1 201/-48 205/06:49:07 44:27.0 

BE1 * ISDR 195 189 6 0 0 87.82 29.66 DNO002/l1 I
 VARIABLE FEATURES AREA NEAR FOOT PAD 3
 

llA017/003 14:28 00 SINGLE 272.5/300 0 
 -20 .04 13/2 1 4 REC/UH 16K 2 280 4/61.5 219/-61 205/12:05:39 02:27.9
 

B63 ISOR 690 689 1 0 0 113.54 24.95 DNO002/02 I
 FIRST CAMERA 1 PICTURE, SAMPLE SITE
 

lIAOI1/O03 14.32 00 SINGLE 10.0/310.0 
 -10 .12 14/3 1 4 REC/UX 16K 6 280.5/60 6 219/-60 205/12:10:39 08:54.5
 

SURV * COMP 2499 0 0 2 1 127.75 50.33 D0002/03 4
 FIRST CAMERA I SURVEY PANORAMA. LOW DUNES OR DRIFTS, LARGE BOULDER IS 3M BY 
IM HIGH AND SM AWAY.
 

11A019/003 14.40-54 SINGLE 170.0/170.0 0 7/7 1 2 REC/-H 16K 6 / 2 05/12:19.33 0:18.0
 

CAL, SOR 60 0 0 0 
 0 .00 .00 DNOO02/04 1
 

CALIBRATION
 

11A021/003 18-56.00 COLOR 57.5/ 57.5 
 10 .12 1/1 1 S REC/UH 250 2 295 4/ 4.0 234/ -4 205/16:34:39 40:01.2 R BLU * 5DR 57 2 57 1 1 102.86 55.00 DN0002/OS I GRN * SDR 57 2 57 1 1 97.25 53.75 DNO002/O6
 RED SDR 57 2 57 1 1 
 84.44 52.10 DNOOO'2/ I
 TWILIGHT RESCAN IMAGE TO DETERMINE HEIGHT DEPENDENCE OF SIZE AND AMOUNT OF PARTICULATE MATERIAL IN THE
 ATMOSPHERE.
 

11A022/004 07:11 59 SINGLE 235.0/277.5 -50 .04 8/2 I 4 REC/UH 16K 
 -17 71.4/22.5 11/-22 206/05:30:14 03:47.9 Be1 * COMP 1065 1064 1 0 0 45.11 16.33 DNOO02/08 2 

FINE GRAINED MATERIAL OF DRIFT AT FOOTPAD 2. THE FOOTPAD SUNK 
INTO THE DRIFT AND BURIED AS FINE MATERIAL
 FLOWED OVER IT. THE MATERIAL IS 
SOMEWHAT COHESIVE FRACTURES FORMED AT THE SURFACE. SHARP DEPRESSIONS
 THAT RESEMBLE RABBIT TRACKS WERE PROBABLY MADE BY PARTICLES OR CLODS THROWN UP DURING DESCENT.
 
VIKING PROJECT LIBRARY
 

VL-1 CAMERA EVENT REPORT
 -- -- - - -- - -.I . .. .. . . . . . . . . . . . . .-.-. . . . . . . . .. . . . . . . . . . . . -.--
........... ..... . .... ..... .. ..... ............ .. . ......... ..... . ...........
 

AZIMUTH CENTER CHAN DATA SCAN PSA SOLAR ANTISOLAR DURA- RSCN
 

CE LABEL LLT DIODE START/STOP ELEV STEP MODE OFFSET GAIN PATH RATE TEMP(C) AZ/EL AZ/EL GMT TION /DUST
 

DATA TOTAL RESCAN LINES AVE ON STAND EDR ) OF EDR
 

RECORD LINES BEGIN/TOTAL MISSED GAPS VALUE DEV TAPE/FILE SEGMENTS
 

11A023/004 07:23.59 	SINGLE 270.0/305 0 -30 .04 0/2 1 4 REC/UH 16K -15 72.1/25.0 12/-25 206/05.42.14 03:07.9
 

B82 COMP 874 0 0 2 1 51.51 18.58 DNOOO2/09 1
 

ICL SAMPLE SITE. SMALL PATCHES APPEAR TO BE LAG GRAVEL DEPOSITS ON THE SURFACE. WIND TAILS ARE WELL
 

SHOWN. SOME SMALL GROOVES AND DEPRESSIONS MAY HAVE BEEN PRODUCED ON LANDING. STEREO WITH 12A003.
 

11A024/004 07:27.06 	SINGLE 170,0/170,0 0 7/7 1 2 REC/UH 16K -15 / / 206/05:45.21 0.18.0 

CAL SDR 61 0 0 0 0 .00 .00 DNOO02/10 I 

CALIBRATION
 

11A025/004 07:29,59 	 SINGLE 35.0/ 40.0 -20 .04 8/2 1 4 RCC/UH 16K -15 72.5/26.3 12/-26 206/05:48.14 00:27.9
 

BB1 SDR 128 126 2 0 0 67.91 42.09 DNO002/11 1
 

HI RES PICTURE OF REFERENCE TEST CHART 3, THE CAMERA I CHART.
 

12A026/004 09:00.27 	 SINGLE 132.5/150.0 -30 .12 14/3 1 4 RT/SB 250 -a 77.3/45 9 201/-45 206/07:1B'42 43:27.0
 

SURV - COMP 163 147 45 29 1 102.25 30 37 DNOO2/12 1
 

SAME AS 12AO04/001
 

12A027/004 12:47.59 	 SINGLE 310,0/335,0 -30 .12 14/3 1 5 REC/UH 16K 4 288.9/83.4 53/-83 206/11:06:14 00:45.7 0
 

SURV SOR 211 209 2 0 0 70.59 48.03 DNO002/13 1
 

VIEW OF LANDER TOP WITH PDA OF BIOLOGY AND XFRS. SOME BOULDERS SEEN ABOVE RTGI. PICTURE VERIFIES
 

BIOLOGY PDA DEPLOYMENT.
 

12A028/004 12:49.59 	 SINGLE 277.5/285.0 -10 .12 14/3 1 4 REC/UH 16K 4 288 0/82.9 55/-82 206/11:08:14 00:14.6
 

SURV SDR 65 54 1 0 0 130.79 56.75 DNO002/14 I
 

LEG 1 STROKE GAUGE FOR LANDER TILT ESTIMATION,
 

11A029/004 12:59-59 	 COLOR 275.0/307.5 -20 .12 1/1 1 5 REC/UH 16K 0 284.5/00.8 225/-SO 206/11.1B.14 02:54.6 

BLU * SDR 271 0 0 1 1 52.68 24 82 DNO002/1B I 

GRN * SOP 271 0 0 1 1 62.01 23 36 DNOO02/16 1 

RED * SDR 270 0 0 2 1 70 41 18.67 DNO002/17 1
 

COLOR PICTURE POSSIBLE OUTCROP IN BACKGROUND
 

I1AO30/004 15:45 16 	 SINGLE 260.0/340 0 -10 .04 13/2 1 4 RT/UH 16K 6 263.0/44.4 222/-44 206/14.03:31 06:35.5
 

BB3 - COMP 1853 0 0 148 1 102.37 86.58 DNOO2/1B 0
 

B83 ISDR 1851 0 0 150 2 102.37 36 58 DNOOO2/18 3
 

USABLE PART OF IMAGE BEGINS AT CACCS AZIMUTH OF ABOUT 310. SOME NOISY DATA BEGINS AT 293. PICTURE
 

EXTENDS TO ABOUT CACCS AZIMUTH 359. VIEW OF POSSIBLE BEDROCK OUT TOWARD VW ROCK.
 

12A031/005 08:10:27 	SINGLE 125.0/132.5 -50 .04 8/2 1 4 RT/SB 250 -13 75.1/36.1 19B/-32 207/07:08.17 44-27.0
 

BB1 I ISDR 195 189 6 0 0 77.34 33.47 DNO002/1D 1
 

LOOKING FOR CHANGES IN SCENE. SAME AS 12A016/002.
 

11A032/005 10:46:41 	 SINGLE 277,5/302,5 0 .04 8/2 1 5 RT/SB 16K -6 80.0/69.3 22/-66 207/09:44.31 02:14.6
 

B61 SOB 627 626 1 0 0 68.11 24.11 DNO002/20 I
 

SURFACE SAMPLER COLLECTOR HEAD WITH BACKHOE MAGNET ARRAY SEEN IN THE DIRECT VIEW, THAT IS. THE BACK OF
 

THE ARRAY. TAKEN BEFORE SAMPLING. MARS NOT IN FOCUS.
 
VIKING PROJECT LIBRARY
 

VL-1 CAMERA EVENT REPORT
 

CE LABEL LLT 


12A033/005 11:53 59 


12AO34/O05 11.58.40 


12A035/005 12:29.59 


12A036/00S 14:59 59 


11A037/005 15:43110 


11A038/006 07:18 00 


12A039/006 07:24.27 


11A040/06 12:00.00 


11A041/006 12:20-00 


AZIMUTH CENTER CHAN DATA SCAN PSA SOLAR ANTISOLAR OURA- RSCN
 

DIODE START/STOP ELEV STEP MODE OFFSET GAIN PATH RATE TEMP(C) AZ/EL AZ/EL GMT TION /DUST
 

DATA TOTAL RESCAN LINES AVE ON STAND EDR # OF EDR
 

RECORD LINES BEGIN/TOTAL MISSED GAPS VALUE DEV TAPE/FILE SEGMENTS
 

IR 77.5/130 C. -30 .12 9/1 1 4 REC/UH 16K 2 69 6/04.0 203/-81 207/10:51:49 04,41.2
 

IR3 ISDR 437 0 0 2 1 95.17 19,60 DNO002/21 1
 

IR2 ISDR 437 0 0 2 1 93.75 19.68 DNO002/22 I
 IRI ISDR 436 0 0 3 1 110.58 22.83 DNO002/23 1
 

IR COLOR PICTURE, OVERLAPS WITH 12A006/001. BOOM LATCH PIN ON SURFACE AT LOWER LEFT.
 

SINGLE 170.0/170.0 0 7/7 1 2 REC/UH 16K 4 / / 207/10:56:30 0:18.0 

CAL SDR 61 , 0 0 0 0 .00 00 DNO002/24 I 

CALIBRATION FRAME 

IR 305 0/310.0 -10 .12 9/1 1 5 REC/UH 16K 4 311 2/86.9 143/-88 207/11.27:49 00:27.9
 

IR3 ISDR 42 0 0 1 1 63.94 27.13 DNOO02/25 1
 IR2 ISDR 42 0 0 1 1 63.99 26 69 DNO002/26 1
 

IRI ISDR 41 0 0 2 1 67.85 26.23 DNO002/27 I
 

IR PICTURE OF RTC 2. CAMERA 2 RTC AND PART OF LANDERTOP.
 

SINGLE 197 5/212.5 -10 .04 8/2 1 5 RT/SS 16K 6 281.2/54.3 43/-57 207/13-57,49 01:21.2
 

991 son 375 0 0 I 1 53.13 20.47 DN0002/28 I
 

COMMAND ANTENNA CHECK, OUT OF FOCUS
 

SINGLE 182,5/242.5 -30 .04 0/2 1 4 RT/UH 16K 6 222 9/44 9 222/-47 207/14"41.00 06:35.5
 

B82 * ISDR 1793 1501 353 61 1 123.17 27.39 CN0002/29 3 WIND SCOUR DEPRESSIONS AROUND NEAR FIELD ROCKS, VESICULAR OR PITTED ROCK-COOUINOID APPEARANCE. SMALL 

SINUOUS SURFACE RIDGES, "SWASH MARKS" DARKER MATERIAL IN SCOUR DEPRESSIONS SMALL SHARP PITS FROM 

PARTICLES THROWN UP AT LANDING, USABLE PART OF IMAGE FROM CACCS AZIMUTH 205 TO 242 5 

COLOR 15 0/ 40 0 -10 .12 1/1 1 5 REC/UH 16K -13 71.8/23.8 11/-21 208/06,55.25 02:14.6 BLU * SoR 209 0 0 0 0 82.57 54 45 DNO003/01 1 

GRN - SOR 208 0 0 1 1 78 69 44,57 DNO003/02 1 

RED * SDR 208 0 0 1 1 67.92 30.44 DNO003/OS 1 

COLOR PICTURE OF US FLAG TAKEN IN EARLY MORNING WITHSUN BEHIND. RTC3 IS PARTLY ILLUMINATED. 

SINGLE 125.0/132,5 -50 .04 8/2 1 4 RT/SB 250 -15 72 2/25.2 195/-22 208/07:01:53 44-27.0 

0B1 * COMP 187 189 6 8 1 61.68 24.63 DNOOO3/04 I 

SAME AS 12A031 ,016 IN VARIABLE FEATURES SERIES. 

COLOR 197.5/275 0 -30 .12 1/1 i 4 REC/UH 16H 0 64 7/85.3 18/-82 208/11:37:25 06:54.S O
 

BLU *LOMP 645 0 0 2 1 80.37 27.76 DNO003/O 1
 GRN * COMP 645 0 0 2 1 102.71 29.46 DNO003/06 I
 RED - COMP 645 0 0 2 1 134.78 31.11 DNOO03/07 1
 

COLOR PICTURE OF DRIFT IN NEAR FIELD AND DRIFTS UP T
 

SINGLE .0/ 5.0 0 .12 8/3 1 4 REC/UH 16K 2 355.6/88.0 4/-87 208/11:57:25 00:10.1
 

BB1 Son 41 0 0 2 1 84.93 70.77 DNO003/08 1
 

CAMERA 1 SCAN VERIFICATION,
 
VIKING PROJECT LI BRARY
 

VL-1 CAMERA EVENT REPORT
 

AZIMUTH CENTER CHAN DATA SCAN PSA SOLAR ANTISOLAR DURA- RSCN
 

CE LABEL LLT DIODE START/STOP ELEV STEP MODE OFFSET GAIN PATH RATE TEMP(C) AZ/EL AZ/EL GMT TION /DUST
 

DATA TOTAL RESCAN LINES AVE DN STAND EDR R OF EDR
 

RECORD LINES BEGIN/TOTAL MISSED GAPS VALUE DEV TAPE/FILE SEGMENTS
 - - - - -. - - - - - - --.-.- .- --.-	 . .- --. . . - --.. . . . . . . . - - --.- - . . . . --. . . . . - - . - - . . -. . - . - - . . -. . . . . . . . .

12A042/006 12.29 00 	 SINGLE 0/ 5.0 0 .12 2/3 I 4 REC/UH 16K 2 328.2/87 6 173/-87 208/12:02:25 00:10.1
 

SB1 SOP 41 0 0 2 1 58.11 31.42 DN003/09 I
 

CAMERA 2 SCAN VERIFICATION.
 

12A043/006 12-30'00 	 SINGLE 305.0/310.0 -20 .04 8/2 1 4 REC/UH 16K 2 310.2/86 9 142/-88 208/12:07:25 00:27.9 D
 

81 SDR 125 0 0 1 1 48,45 19.72 DNO003/10 I
 

RTC 2 FOR RADIOMETRIC CALIBRATION.
 

12A044/006 12:35 00 SINGLE 0/ 5 0 0 .12 8/3 1 4 REC/UH 16K 2 300 0/86.0 101/-Ba 208/12:12:25 00:10.1
 

B1 SDR 41 0 0 2 1 58.59 31.50 DNO003/11 I
 

CAMERA 2 SCAN VER AFTER DUSTING.
 

12A045/006 15-405S3 	 COLOR 80.0/147.5 -20 .12 1/1 1 4 RT/UH 16K 8 282 7/45 3 45/-48 208/15.18:19 06:3S.5
 

BLU * COMP 616 665 53 1 1 90.49 50.52 DNO00/12 1 

GRN COMP 617 565 53 0 0 92.27 44.88 DNO003/13 I 

RED * COMP 616 565 53 1 1 105.28 39 13 DNOO03/14 1 

COLOR PICTURE OF AREA IN 12AOO/O01. USABLE PART IS FROM ABOUT 30 TO 68 DEGREES CACCS AZIMUTH. RESCAN 

11A046/006 17.54 00 	 SINGLE 32 5/ 67.5 10 .12 4/3 0 4 REC/UH 16K 4 290.4/16.7 229/-la 208/17:31:25 01:03.5
 

SUN Iso 294 293 I 0 0 27.00 .44 DNOOOS/15 I
 

SOLAR EXTINCTION STUDIES AT LOW SUN ELEV.
 

11A047/007 07,06,00 	 SINGLE 172 5/205,0 10 '12 4/3 0 4 REC/UH 16K -17 71 1/21.3 11/-lB 209/07;23:00 00.59,0
 SUN ISDR 273 272 1 0 0 27.00 .12 DM003/16 1
 

SOLAR EXTINCTION STUDIES
 

11A048/007 07.12,00 	 SINGLE 240.0/270.0 -30 .04 0/2 1 4 REC/UH 16K -17 71.5/22.5 11/-20 209/07:29:00 02 41.2
 

B82 * SDR 752 751 1 0 0 42.41 15.56 DNO003/17 1
 

ADJACENT TO NEAR DRIFT. SMALL WIND TAILS, SURFACE SAMPLER COLLECTOR HEAD IN LOWER RIGHT.
 

11A049/0O7 07:14.41 	 SINGLE 170 0/170.0 0 15/7 1 2 REC/UH 16K 15 / / 209/07.31:41 O18.0 

CAL SOP 61 0 0 0 0 .00 .Do DNO003/1B I 

CALIBRATION 

12A050/007 11.36-27 	 SINGLE 20.0/ 37.5 -30 .12 14/3 1 4 RT/SB 250 0 76.7/80.3 205/-77 209/11:53;28 43;27.
 

SURV - ISDR 190 147 45 2 1 114.65 47.29 DNO003/19 1
 

SURFACE SAMPLER COLLECTOR HEAD AGAINST MARTIAL SURFACE. BACKGROUND.
 

IIAOSI/007 15:38,25 	 SINGLE 200 0/260 0 -50 .04 8/2 1 4 ET/UH 16K 8 282.6/45.8 222/-48 209/15:5S:26 06:3S.5
 

BB1 - ISDR 111 0 0 203 2 75.33 48.64 DN0003/20 3
 

USABLE DATA FROM GACCS AZIMUTH 235 TO 274 NEARFIELD OF FINES WITH A LARGE PART IN LANDER SHADO
 

W. PITS IN SOIL FROM 	MATERIAL THROWN OUT ON LANDING,
 

11A052/007 17:41 59 	 SINGLE 207.5/217.5 -30 .04 0/2 1 4 REC/UH 16K 4 289.5/19.2 229/-22 209/17:59:00 00:54.6 D 

B82 - SDR 252 251 1 0 0 41.13 21.59 DN0003/21 I 

SITE OF FIRST SAMPLEIN LANDER SHADOW. UPPER THIRD USABLE. 
----------------------- ---------------------- ----------------------------------------------------------- ------------------

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

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

VIKING PROJECT LIBRARY
 VL-1 CAMERA EVENT REPORT
 

AZIMUTH CENTER CHAN DATA SCAN PSA
 SOLAR ANTISOLAR DURA- RSCN
 CE LABEL LLT DIODE START/STOP ELEV STEP MODE OFFSET GAIN 
 PATH RATE TEMP(C) AZ/EL AZ/EL GMT TION /DUST
 

(.TA TOTAL RESCAN LINES AVE ON STAND EDP 
 # OF EDR
 RECORD LINES BEGIN/TOrAL MISSED GAPS VALUE DEV TAPE/FILE SEGMENTS
 

11A053/008 17:42 53 SINGLE 170 0/170.0 
 0 15/7 1 2 REC/UH 16K 4 / / 209/17:59:54 0.18.0 CAL SDR 61 0 
 0 0 0 .00 .00 DNO003/22
 

CALIBRATION
 

12A054/007 17 44:59 SINGLE 22.5/ 32 5 -20 .04 13/2 1 
 4 REC/UH 16K 6 289.7/18.5 S2/-21 209/18:02:00 00:S4.6 0 863 * SoR 252 251 1 0 0 64.64 28.44 DNO0O3/23 I DIRECT VIEW OF BACK OF BACKHOE MAGNET ARRAY BEFORE SAMPLING. FINE SOIL AND ROCKS IN BACKGROUND.
 

11A055/008 06:47'89 SINGLE 207.5/217.5 -30 .04 0/2 1 
 4 REC/UH 16K -19 69.9/17 5 9/-15 210/07:44:35 00:54.6 82 * SDR 253 251 2 0 0 35.63 7.00 DNOO03/24 1
 SAMPLE SITE BEFORE THE FIRST TRENCH. SWASH-MARK-LIKE SINUOUS FEATURES ON DRIFT NFAR LANDER.
 

12A066/OO8 06:49.59 SINGLE 22.5/ 32.5 
 -20 .04 13/2 1 4 REC/UH 16K -17 70.1/17,9 193/-75 210/07:46:35 00:54.6
 BB3 - SDR 253 
 251 2 0 0 35.45 12.24 DNOOO3/25 I
 

SAME AREA AS 11A055, FOR STEREO OF SAMPLE SITE.
 

11AO57/008 07.20'57 SINGLE 7 S/ 37.5 -20 .12 
 14/3 1 4 REC/UH 16K -17 72.1/24.5 12/-21 210/08:17:33 00:54.6
 SURV * SO 252 251 1 
 0 0 102.81 67.45 DN0003/26
 GCMS PDA DEPLOYED, NTG2 WITH US FLAG AND HORIZON IN BACKGROUND.
 

11AOSS/0G8 08.48-59 SINGLE 207.5/217.5' 
 -30 .04 0/2 1 4 REC/UH 16K -12 77.0/43.5 17/-40 210/09:45:35 00:54,6
 882 * COMP 249 0 0 
 2 1 76.67 19.41 ONO00/27 1
 SAMPLE AREA AFTER BIOLOGY SAMPLE TAKEN
 

12A059/008 08:50.59 SINGLE 22 5/ 32 5 '20 
 .04 13/2 1 4 REC/UH 16K -10 77.1/43.9 201/-41 210/09:47:35 00:54.6
 B83 * 
 SDR 253 251 2 0 0 80.24 35.30 DNO003/28 1
 SAME AS lIA058 FOR STEREO
 

11A060/0O8 10:49'52 SINGLE 210 0/217 5 10 
 .04 0/2 1 4 REC/UH 16K -6 80.3/70.1 22/-67 210/11:46:28 00:41.2
 582 SoR 190 189 1 0 
 0 201.54 45.72 DNOOO3/29 1
 ACQUISITION OF FOURTH SAMPLE.
 

12A061/008 11:49 00 SINGLE 310,0/335.0 -30 .12 14/3 1 5 REC/UH 16K 0 73.0/83.1 204/-80 210/12:45:36 00:4S,7
 SURV SDR 211 209 2 0 0 56.86 34 53 DNO003/30 I
 SURFACE SAMPLER COLLECTOR HEAD IN POSITION AFTER DUMPING SAMPLE INTO THE XRFS POA DIRECTLY BELOW. SOME FINE MATERIAL HAS SPILLED ONTO THE LANDER TOP. 

12A062/008 12:06 59 COLOR 22 5/ 
32.5 -30 .12 1/1 1 4 REC/UH 16K 2 54.0/86.8 200/-84 210/13:03:35 00:54.6 BLU * SoR 84 0 0 0 0 S4,23 47,54 DNOO03/31 I GRN * SCR 83 0 0 1 i 94 55 46.94 DNOO03/32 I RED * SOR 83 0 0 1 1 107.30 54 35 ON0003/33 I COLOR PICTURE OF FIRST SAMPLE SITE TO LOOK AT SOIL COLOR IN TRENCH.
 

12AO63/O00 12.07.53 SINGLE 170.0/170.0 0 15/7 1 2 REC/UH 
 16K 2 / / 210/13:04:29 0:18.0 CAL Son 81 0 0 0 0 .00 .00 DNO003/34 1 CALIBRATION
 
-------------------------------------------------------------------------------------- --------------------------------------------------------- 

VIKING PROJECT LIBRARY
 

VL-1 CAMERA EVENT REPORT
 

....................................................................................................................................... 
..............
 

AZIMUTH CENTER CHAN DATA SCAN PSA SOLAR ANTISOLAR DURA- RSCN
 CE LABEL LLT DIODE START/STOP ELEV STEP MODE OFFSET GAIN PATH RATE TEMP(C) AZ/EL AZ/EL GMT TION /DUST
 

....
 

DATA TOTAL RESCAN LINES AVE DN STAND EDR # OF EDR
 RECORD LINES BEGIN/TOTAL MISSED GAPS VALUE DEV TAPE/FILE SEGMENTS
 ------------------------.................................... 
....................... ............................
 

12A064/009 12:12.27 	 SINGLE 20.0/ 37 F -30 .12 14/3 1 4 RT/SB 250 2 36.6/a7 6 197/-85 210/13,09:03 43:27,0
 

SURV * ISDR 192 147 46 3 1 99 98 51.05 DNO003/35 1
 

SURVEY PICTURE OF TRENCH. RESCAN.
 

11A065/00B 14:19,59 	 SINGLE 207,5/217.5 -30 .04 0/2 1 4 REC/UH 16K '2 279 9/63.0 218/-66 210/15:16 35 00:54.6
 82 * SDR 253 251 2 0 0 127.27 18.43 DNO003/36 1
 TRENCH AFTER GCMS AND XFRS SAMPLING. METBOOM SHADOW
 

llAO6E/OOG 14:23:59 	 SINGLE 260 0/275.0 0 .04 5/2 1 4 REC/UH 16K 2 280.0/62.1 219/-65 210/15,20 35 01:21.2
 BB4 * ISDR 378 376 2 0 0 136.95 26.19 DNO003/37 1
 

LARGE BOULDERS ON HORIZON. SKYLINE PROMINENCE.
 

11A067/00B 15:35.42 	 SINGLE 225.0/305 0 -30 .04 0/2 1 4 RT/UH 16K 6 282.4/46.4 221/-49 210/16:32:18 06:35.5
 

882 - COMP 1763 0 0 238 2 111.73 32 76 DNOO03/38 3
 USEFUL PART OF IMAGE EXTENDS FROM 260 TO 299 CACCS AZIMUTH SCATTERED ROCKS WITH WIND TAILS. GRAVEL
 

PATCHES. SOME DEPRESSIONS PRODUCED ON LANDING.
 

12A068/009 10.59'59 	SINGLE 295.0/305 0 -30 .04 8/2 1 5 REC/UH 16K -2 30.3/72 4 206/-S 211/12-36-10 00-54,6
 BB1 SDR 253 251 2 0 0 67.62 29 00 DNOO04/01 I
 

GRID ON LANDER TOP
 

11AO69/009 15:32:54 SINGLE 145 0/225.0 -30 .04 0/2 1 4 RT/UH 16K '12 282 3/46.9 221/-49 211/17:09.05 06:35.5
 BB2 ISDR 1734 0 0 267 6 109 70 43.94 DNOO4/02 3
 TRENCH PICTURE TAKEN TO DETERMINE DOWNWIND TRANSPORT OF PARTICLES SPILLED FROM SAMPLE HEAD. FRACTURES ON
 

GENERAL SURFACE OF NEAR FIELD DRIFT SHOWN. USABLE IMAGE FROM ABOUT 180 TO 215 AZIMUTH (CACCS).
 

12A070/010 10:10.27 	 SINGLE 110.0/117 5 -40 .04 9/2 1 4 RT/SB 250 -4 60.1/61.5 204/-Sa 212/12.26-14 44.27.0
 B81 * ISOR 195 189 6 0 0 102.49 26.92 DNOO4/03 I
 SECOND VARIABLE FEATURES SEQUENCE, FINE MATERIAL BETWEEN LARGER ROCKS. SOME DESCENT PRODUCED DEPRESSIONS
 

12A071/010 12:39 00 	 COLOR 147.5/187.5 -20 .12 1/1 1 4 REC/UH 16K 6 292.1/05.1 66/-88 212/14:54:46 03:34.6
 BLU * SDR 334 0 0 0 0 110.06 55 22 DNO004/04 1 

GRN * SOP 333 0 0 1 1 212.68 51.16 DNO004/OS I RED * SDR 333 0 0 1 i 128.92 46 36 DNO004/06 I 

COLOR PICTURE OF BLOCKY PART OF SCENE, STROKE GAUGE 3 IN CENTER, 

12A072/010 12:42:34 	 SINGLE 170.0/170.0 0 7/7 1 2 REC/UH 16K B / / 212/14:58-20 0:18.0
 CAL DR 60 0 0 0 0 00 .00 DNO004/a? 1
 

CALIBRATION
 

12A073/010 12:45-00 	 COLOR 305 0/310.0 -10 .12 1/1 1 4 REC/UH 18K 8 285 0/83,8 55/-B6 212/15:00:46 00:27.9
 

BLU SDR 41 0 0 2 1 128.57 69.26 DNO004/OS I GRN SDR 41 0 0 2 1 120.61 64.04 DNO004/O9 1 

RED SDR 41 0 0 2 1 127.90 67.88 DN0004/I I 

RTCQ. CAMERA 2 RTC. SHOULD BE IN BRIGHT SUN BUT APPEARS TO BE SHADED BY HGA. COLOR CALIBRATION.
 
In 

0 

VIKING PROJECT LIBRARY 

VL-I CAMERA EVENT REPORT 

CE .... LABEL 

. °...... ... 

LLT 

....... 

DIODE 

....... 

AZIMUTH CENTER CHAN 

START/STOP ELEV ,TEP MODE OFFSET - - = . - .o........ - - - - .... -................ .

GAIN DATA PATH SCAN 

RATE = ° 

PSA SOLAR 

TEMP(C) AZ/EL . .. = . . 

ANTISOLAR 

AZ/EL . -- - - -- ........................... -

GMT 

- - -- -

DURA- RSCN 

TION /DUST - -- - - -

DATA TOTAL RESCAN LINES AVE ON STAND EDP # OF EDR
 RECORD LINES BEGIN/TOTAL MISSED GAPS VALUE DEV TAPE/FILE SEGMENTS
 

12A074/010 15:29.55 	 COLOR 5 0/ 85.0 -10 .12 1/1 1 5 RT/UH 16K 18 282 1/47.5 44/-5O 212/17:45 42 06:35.5 

BLU - COMP 595 0 0 73 2 78.94 44.69 DNOOO4/11 1 

GRN * COMP 596 0 0 72 2 78.07 44.64 DNOOO4/12 I RED * COMP 596 0 0 72 2 79.95 42.98 DNO004/13 I REAL TIME COLOR. USABLE FROM 40 TO ED CACCS AZIMUTH 

12A075/011 12:00 00 SINGLE 0/ 5.0 0 .12 8/3 1 4 REC/UH 16K 2 66.0/85 6 203/-83 213/14:55 21 00:10.1 

BB1 SOR 44 43 1 0 0 52 67 30.16 DNOO04/14 1 

CAMERA 2 SCAN VER BEFORE DUSTING. 

12A076/011 12:04-59 	 SINGLE .0/ 5.0 0 .12 8/3 1 4 REC/UH 16K 4 58.7/86 6 202/-84 213/15-00.21 00:10.1 D
 

881 SOR 44 43 1 0 0 52.86 30 36 DNO004/15 1 

CAMERA 2 SCAN VER AFTER OUSTING 

11A077/011 15:26 46 	 SINGLE 180.0/260.0 -10 .04 5/2 1 4 RT/UH 16K 6 281.9/48 2 221/-51 213/19.22.08 06-35.5
 

BB4 I COMP 1809 0 0 192 2 134.31 27.77 DN0004/16 3
 HI RES OUT TO HORIZON USABLE FROM 205 TO 254 DEG. CACCS AZIMUTH. DRIFT AREA OVER TO POSSIBLE OUTCROP.
 

11A078/012 08:24 59 	 SINGLE 150.0/250.0 -30 .04 0/2 1 4 REC/UH 16K -10 76.0/38 4 16/-35 214/11.59.56 08'54.5 

BB2 * COMP 2498 0 0 3 2 67.16 20.71 DNO004/I? 4 

GOOD IMAGE OF ROCKS WITH MOATS NEAR TRENCH. TRENCH AND MATERIAL SPILLED FROM SAMPLE HEAD IMAGED. CRACKS 

IN SURFACE NEAR TRENCH
 

11A079/012 08:34;59 	SINGLE 182.5/235,0 -50 .04 8/2 1 4 REC/UH 16K -10 76.5/40 6 17/-38 214/12.09.56 04:41.2 

BB1 ISDR 1319 1314 8 1 1 73.30 30 00 DNO004/18 2 

FOOTPAD 2 IS BURIED BENEATH FINES OF SMALL DRIFT UPON WHICH IT DESCENDED. SOME COHESION OF MATERIAL IS 

INDICATED BY THE SMALL SCARP IN THE SOIL ABOVE THE FOOTPAD, SOME OF THE SURFACE PITS WERE FORMED AT 

LANDING, BUT MOST ARE FROM SPILLED SOIL OF SAMPLER. 

12A080/012 10;00.27 	 SINGLE 22.5/ 30,0 -20 .04 13/2 1 4 RT/SB 250 -2 80 0/59 4 204/-56 214/13:35'24 44 27.0 

883 - ISDR 193 189 10 6 1 i.O.19 32.99 DNO004/19 1 

TRENCH AREA OVER SURFACE SAMPLE HOUSING 

12A061/012 15:36:22 	SINGLE 60.0/160 0 -50 .04 8/2 1 4 RT/UH 16K 12 282.2/46.4 44/-49 214/19:11.19 06:35.5 

B81 - ISOR 1978 0 0 23 1 93.63 36.44 DNO004/20 3 

FRACTURED FLAT SURFACE BENEATH FORWARD ENGINE APPARENTLY SWEPT OF FINES BY ENGINE BLAST. SURFACE SAMPLER ARM BOOM LATCH PIN AT LOWER EDGE. 

11A083/012 17:36.59 	 SINGLE 47.5/ 52,5 30 .04 4/2 1 2 REC/UH 16K 6 289,1/19,9 228/-22 214/21:11,56 00:27.9 D
 

SUN ISDR 127 126 1 0 0 31.34 3.57 DNOOO4/21 I
 SOLAR EXTINCTION SERIES,
 

11A084/012 18:23 59 	 SINGLE 50,0/ $5.0 20 .04 4/2 1 2 REC/UH 16K 6 292,5/10.1 232/-13 214/21:58;56 00;27.9
 

SUN ISDR 126 126 1 1 I 31.04 1.07 DN0004/22 I
 

SOLAR EXTINCTION SERIES.
 
VIKING PROJECT LIBRARY
 

VL-1 CAMERA EVENT REPORT
 

AZIMUTH CENTER CHAN DATA SCAN PSA SOLAR ANTISOLAR DURA- RSCN
 

CE LABEL LLT DIODE START/STOP ELEV STEP MODE OFFSET GAIN PATH RATE TEMP(C) AZ/EL AZ/EL GMT TION /DUST
 

[ATA TOTAL RESCAN LINES AVE ON STAND EDR # OF EDR
 

RECORD LINES BEGIN/TOTAL MISSED CAPS VALUE DEV TAPE/FILE SEGMENTS
 

11A085/012 18 47 59 	 SINGLE 52.5/ 57.5 10 .04 4/2 1 2 REC/UH 16K 4 294,5/ 5.2 234/ -8 214/22;22:56 00:27,9
 

SUN ISDR 127 126 1 0 0 30.19 1.61 DNO004/23 1
 

SOLAR EXTINCTION SERIES.
 

11A086/012 18.58:59 	SINGLE 52 5/ 57.5 10 .04 4/2 1 2 REC/UH 16K 4 295.5/ 2.9 234/ -5 214/22:33:56 00:27.9
 

SUN SDR 128 126 2 0 0 31.00 .05 DNOOO4/24 I
 

SOLAR EXTINCTION SERIES.
 

11AO87/013 05:35:59 	SINGLE 180 0/185.0 10 .04 4/2 1 2 REC/UH 16K -17 64.5/ 8.5 3/ -0 215/09:50:31 00:27.9
 

SUN ISDR 128 126 2 0 0 32.10 1.78 DNOOO5/01 1
 

SOLAR EXTINCTION SERIES
 

11AOB8/013 05:47.59 	 SINGLE 182.5/187.5 10 .04 4/2 1 2 REC/UH 16K -17 65.5/ 5.2 5/ -2 215/10.02:31 00:27.9
 

SUN SDR 128 126 2 0 0 32,62 1.99 DNO005/02 1
 

SOLAR EXTINCTION SERIES.
 

11A089/013 06:11:59 	 SINGLE 185.0/190.0 20 .04 4/2 1 2 REC/UH 16K -17 67 5/10.1 7/ -7 215/10:26:31 00:27.9
 

SUN ISDR 127 126 1 0 0 32.20 1.95 DNOOO5/03 1
 

SOLAR EXTINCTION SERIES.
 

11AO90/01$ 06.59,59 	 SINGLE 187.5/192.E 30 .04 4/2 1 2 REC/UH 16K -15 71.0/20 2 11/-17 215/11.14:31 00:27.9
 

SUN SDR 127 126 1 0 0 32.56 3 06 DNO005/04 I
 

SOLAR EXTINCTION SERIES.
 

11A091/013 07.29 59 	 IR 35.0/ 40.0 -10 .12 9/1 1 4 REC/UH 16K -15 73.0/26 6 13/-24 215/11:44:31 00:27.9
 

IR3 ISDR 42 0 0 1 1 66.95 28.77 DNOO5/OS 1
 

1R2 ISOR 41 0 0 2 1 70 03 30.78 DNO005/06 I
 

IRt ISDR 41 0 0 2 1 77.89 35.18 DNOOOS/07 I
 

IR PICTURE OF RTC3. THE CAM 1 RTC.
 

12A092/013 09-06-27 	SINGLE 132.5/150.0 -30 .12 14/3 1 4 RT/SB 250 -8 78.1/47.5 202/-44 215/13.20:59 43:27.0
 

SURV I SDR 188 147 43 2 1 103,97 30.19 DNOO0/08 I
 

POSSIBLE OUTCROP BELOW HORIZON. 43 LINES OF RESCAN.
 

I1AO93/013 11.53 59 	 IR 205.0/280.0 -30 .12 9/1 1 4 REC/UH 16K 0 71.5/84 5 21/-SI 215/16:08:31 06:41.2 D
 

IR1 COMP 624 0 0 2 1 121 42 26.32 DNOOOS/11 I
 

IR3 ISDR 624 0 0 2 1 i01 68 24.08 DNOOOS/O9 1
 

IR2 ISDR 624 0 0 2 1 105,23 - 24.70 0NO005/10 1
 

IR IMAGE OF SAMPLE SITE, INCLUDES TRENCH
 

11A094/013 11.60'42 	SINGLE 170.0/170.0 0 7/7 1 2 REC/UH 16K 0 / / 215/16:15:12 0:18.0 

CAL SOR 61 6 0 0 0 .00 .00 DNOO05/12 I 

CALIBRATION 

11A095/013 13.23 59 SINGLE 15.0/ 35.0 -20 12 14/3 1 5 REC/UH 16K 4 279.6/75.2 218/-78 215/17.38:31 00:36.8 

SURV * ISOR 166 0 0 2 1 68.37 38.20 DNOOOS/13 1 

GCMS PDA DEPLOYED. RTG2 WITH US FLAG AND HORIZON IN BACKGROUND. 
VIKING PROJECT LIBRARY
 VL-I CAMERA EVENT REPORT
 ..........-------------------------------------
 .....-.-..-........ ......-................. 
 .-......... ..... .............................


CE LABEL LLT AZIMUTH CENTER CHAR 
 DATA SCAN PSA SOLAR ANTISOLAR
 DIODE START/STOP ELEV STEP MODE OFFSET GAIN DURA- RSCN
 - .. .................................. PATH RATE TEMP(C) A2/EL AZ/EL GMT
 ................ TION /DUST
 o...... *..............................................................
 DATA I - - - - -
 TOTAL RESCAN LINES 
 AVE ON STAND EDR # OF EOP
 

RECORD LINES BEGIN/TOTAL MISSED 
 GAPS VALUE DEV TAPE/FILE SEGMENTS
 .........................--
 --.. °.- ....................
 - . .---------------------------------­

11A096/014 06-56,20 SINGLE 15.0/ 35 (' -20 .12 
 14/3 1 3 REC/UH 16K -15 70 9/19.5 10/-16 216/11:50:27 00:36.8


SURV SOP 189 168 1 0 0 
 110.42 69.53 DNOOOS/14 1
 

UNSUCCESFUL ATTEMPT TO IMAGE COLLECTOR HEAD OVER GCMS PDA
 

11A097/014 07.30-00, SINGLE 132.5/252 5 
 -10 104 13/2 1 4 REC/UH 16K -15 73.0/26.6 13/-24 216/12:24:07 10:41.2
 B83 * COMP 2999 0 0 2 1 66.75 38.87 DNO005/15 4
 

SCENE OF DRIFTS AND BIG JOE. APPARENT LAYERS OR RIPPLES WELL DISPLAYED.
 

11A098/014 10-10.27 SINGLE 212.5/220.0 -30 
 .04 0/2 1 4 RT/SB 250 -4 80 5/61.7 21/-58 216/15:04:35 44:27.0
 BB2 - ISOR 195 189 
 6 0 0 96.94 31.43 DNOO5/16 1
 SECOND DIG AT TRENCH SITE.
 

11A099/014 13.24,00 SINGLE 15.0/ 35.0 
 -20 .12 14/3 1 5 REC/UH 16K 4 279.4/88.2 15/-86 216/18:18:07 00:38.8
 SURV * ISDR 178 168 11 1 1 67.60 37,67 DNOOOS/17 I
 GCMS PDA AFTER SAMPLE DELIVERY
 

11A100/015 07.30 00 SINGLE 260.0/262.5 -50 
 .04 8/2 1 3 REC/UH 16K -15 73.1/26,7 13/-24 217/13:03:42 00:16.6
 81 ISDR 74 64 
 10 0 0 91.88 28.86 DN0005/18 I
 HI RES OF DISTURBED SOIL NEAR S/C
 

12A101/015 13.40 00 SINGLE 285.0/290.0 -20 .04 8/2 
 1 4 REC/UH 16K 6 278.8/71.5 40/-74 217/19:13:42 00:29.9
 BB1 SDR 137 126 15 0 
 0 98.25 49.99 DNDOO5/19 I
 RTC MAGNET WITH MAGNETIC MATERIAL ADHERING TO FORM A BULLS EYE PATTERN
 

12A102/015 13.43 00 SINGLE 80.0/100.0 
 -40 .04 a/2 1 4 REC/UH 16K 6 278.8/70.9 40/-73 217/19:16:42 01:49,9
 Ba1 * SOR 512 501 
 11 0 0 120.81 22.99 DNO005/20 I
 SITE OF SAMPLE DUMP
 

12A103/016 07.29:59 SINGLE 112.5/160.0 -50 .04 8/2 1 3 REC/LHH ISK -12 
 73.2/26.7 196/-23 218/13:43:17 04:16.5
 BB1 I ISOR 1200 1189 1 0 
 0 101.52 39.71 DNOOOS/21 2
 AREA NEAR FOOTPAD 3 SMALL PEBBLES AND ROCKS
 

12A104/015 09:00 27 SINGLE 110.0/117,5 
 -40 .04 8/2 I 4 RT/SB 250 -6 78.1/46.3 202/-43 218/15:13:45 44-27.0
 881 * ISOR 197 189 1 3 1 89.86 28.02 DNDOOS/22 I
 SAMPLE SITE AREA
 

IIA105/017 07:29.59 SINGLE 215,0/230.0 0 .12 14/3 
 1 4 REC/UH 16K -15 73.2/26.7 13/-24 219/14:22:52 00:29.9
 

SURV SDR 137 126 it 0 0 
 57.32 39.40 DNO005/23
 PICTURE OF EXTENDED SAMPLE ARM WITH HEAD
 

12A106/017 10:00'27 SINGLE 32 S/ 57.5 -10 .12 14/3 1 4 
 RT/SB 250 -2 80.5/59.6 20S/-S6 219/16:53:20 43:21.0 

SURV * ISOR 183 0 0 26 2 128.25 62.98 DMO005/4 I
 

EXTENDED BOOM OF SURFACE SAMPLER
 

12A107/018 07:30.00 SINGLE'155.O/207.5 
 -10 .04 13/2 1 4 REC/UH 16K -13 74.8/26.7 196/'24 220/15:02:28 04:43.2
 

883 * ISOR 1322 1314 a 0 
 0 100.85 24.10 DM0005/25 2
 HI RES OF NEAR FIELD ROCKS, NEAR ZERO PHASE ANGLE APPEARS TO ENHANCE SHADING VARIATIONS.
 
VIKING PROJECT LIBRARY
 

VL-I CAMERA EVENT REPORT
 

AZIMUTH CENTER CHAN DATA SCAN PSA SOLAR ANTISOLAR DURA- RSCN
 

CE LABEL LLT DIODE START/STOP ELEV STEP MODE OFFSET GAIN PATH RATE TEMP(C) AZ/EL AZ/EL GMT TION /DUST
 

DATA TOTAL RESCAN LINES AVE DN STAND EDR # OF EDR
 

RECORD LINES BEGIN/TOTAL MISSED GAPS, VALUE DEV TAPE/FILE SEGMENTS
 

12A108/018 07:40;00 SINGLE 142.5/167.5 -30 .04 0/2 1 4 REC/UH 16K -12 73.9/28 9 197/-26 220/15:12.28 02:16.6
 

BB2 ISDR 637 626 11 0 0 84.61 34.98 ON0005/26 1
 

SURFACE NEAR FOOTPAD 3 WITH PEBBLY OR GRAVELY APPEARANCE
 

12A109/018 12:10:27 SINGLE 295.0/302.5 -30 .04 8/2 1 5 RT/SB 250 4 43.4/88.0 203/-85 220/19:42:56 43:27.0
 

BB1 ISDR 190 189 1 0 0 71.46 34.26 DNOOO5/27 1
 

GRID ON LANDER TOP.
 

12A110/019 07.12.00 	SINGLE 265.0/310.0 -10 .04 13/2 1 4 REC/UH 16K -13 72.2/22.9 195/-20 221/15:24:03 04:03.2 

BB3 * ISOR 1137 1126 11 0 0 61 94 40.32 DNOO0S/28 2 

EARLY MORNING NEAR FIELD 

iA111/019 07:20-00 SINGLE 40.0/ 60 0 -10 .04 13/2 1 4 REC/UH 16K -15 72.7/24.6 12/-22 221/15"32:03 01.49.9 

BB3 * ISDR 512 501 11 0 0 80.18 31.20 DNOOO5/29 I 

SURFACE OVER SEISMOMETER. FINES AND ROCKS. 

12A112/019 07:59:00 	SINGLE 15.0/ 90 0 0 .04 5/2 1 4 REC/UH 16K -10 75 1/33 0 198/-30 221/16:11:03 06.43.2 

B4 - :SDR 1884 1876 8 0 0 103.73 66,00 DNOO5/30 3 

EARLY MORNING VIEW OF HORIZON AND PART OF DRIFT FIELD, 

12A113/019 08:48'27 SINGLE 32.5/ 57.5 -10 .12 14/3 1 4 RT/SB 250 -6 77.7/43 8 201/-41 221/17:00:31 43:27.0 

SURV * ISDR 199 0 0 10 2 84.46 41.2 DNOOOS/31 1 

CHECK ON SAMPLE ARM EXTENSION. 

11A114/019 15:17-02 	 SINGLE 190.0/322 5 -30 .04 0/2 1 4 RT/UH 16K 8 280 9/49 f 220/-52 221/23:29:06 11;46.0
 

BB2 - ISDR 3308 0 0 6 1 109.53 34.15 DN0005/32 5
 

HIGH QUALITY IMAGE OF NEAR FIELD SHOWS PITTED ROCK WITH MOAT AND TWO TRENCHES.
 

11A115/019 15:49.01 	 SINGLE 182.5/195.0 -50 .04 8/2 1 4 RT/UH 16K 8 282.4/42.9 221/-45 222/00:01:04 O1:0t.0
 

B81 ISDR 284 0 0 30 1 35.73 13.61 DNOOO5/33 I
 

UPPER PART OF LEG 2
 

12A116/020 07:53:59 	 SINGLE 90.0/217.5 0 .04 5/2 1 4 REC/UH 16K -12 74 9/31.9 198/-29 222/16:45:38 11.23.2
 

B84 - ISDR 3197 3189 8 0 0 122.27 31.95 DNO006/01 5
 

EARLY MORNING VIEW TO HORIZON. LOW PHASE ANGLE.IN MOST OF PICTURE.
 

11A117/020 08:46:27 	COLOR 212.5/220.0 -30 .12 1/1 1 4 RT/SB 250 -12 77.7/43.3 18/-40 222/17:38:06 44:27.0
 

BLU SOR 62 0 0 2 1 55.32 16.78 O0006/02 1 

GRN * SOR 62 0 0 2 1 68,64 21.43 DNOOO6/03 1 

RED - SDR 62 0 0 2 1 87.93 28.63 DNO006/04 I 

COLOR OF TRENCH. SURFACE SAMPLER COLLECTOR HEAD. 

11A118/020 14:49:59 	 SINGLE 217.5/227.5 0 .04 8/2 1 5 REC/UH 16K 6 279.7/55,9 218/-5B 222/23:41:38 00:56.6
 

BBI SDR 260 251 9 0 0 69.34 14.40 DNOO06/0S I
 

DIRECT VIEW OF STRONG MAGNET ON BACKHOE IN SUNLIGHT
 
----------------------------------------- --------------------------------------------------------------------------------------- ---------------

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

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

VIKING PROUECT LIBRARY
 VL-1 CAMERA 
EVENT REPORT
 

CE LABEL LLT DIODE START/STOP 

AZIMUTH CENTER ELEV STEP CHAN 
 DATA SCAN PSA SOLAR ANTISOLAR DURA-
 MODE OFFSET GAIN PATH RSCN
 RATE TEMP(C) AZ/EL AZ/EL GMT TION /OUST
 -


DATA TOTAL RESCAN LINES AVE DN STAND EDR # OF EDR
 RECORD LINES BEGIN/TOTAL MISSED GAPS VALUE DEV 
 TAPE/FILE SEGMENTS
 

12A119/020 15:14.51 SINGLE 5.0/137.5 -10 .04 13/2 1 
 4 RT/UH 16K 8 280.8/50.4 43/-53 223/00:06,30 11;46.0
 B83 ISDP 3308 0 0 6 
 1 120.59 33.00 DNOOO6/06 5
 AREA OF POSSIBLE OUTCROP. STREWN 
FIELD OF ROCKS WELL IMAGED.
 

11A120/020 15:46-49 SINGLE 182 S/1E 
0 -50 .04 8/2 1 4 RT/UH 16K 8 282.3/43.4 221/-46 223/00:38 28 01:01.0
 81 * ISDR 284 0 0 
 30 1 37.47 15.23 DNOOO6/07 1
 SAME AS l1A115 UPPER PART OF LEG S 
 FRACTURES IN FINE SURFACE MATERIAL SEEN IN BACKGROUND.
 

12A121/020 17.07:59 SINGLE 1l5 0/232.S 10 .12 1/3 1 5 REC/UH 16K 
 10 286.8/25.7 49/-28 223/01:59':38 01:27.7
 RLU ISDR 408 397 11 0 0 
 /9.09 70.00 DNO006/O8 I
 ATMOSPHERE SCATTERING EXPERIMENT. BLUE SINGLET
 

12A122/020 17:11:59 SINGLE 185.0/232.5 10 .12 10/3 1 5 REC/UH 
 16K 10 287.1/24 9 50/-27 223/02:03:38 01:27.7
 IR2 SDR 408 397 11 0 0 
 88.40 66.93 DN0006/09 I
 ATMOSPHERE SCATTERING EXPERIMENT. IR2 SINGLET
 

12A123/020 17:13:26 SINGLE 170 0/170.0 
 0 15/7 1 2 REC/UH 16K 12 / / 223/02:05:05 0:18.0 CAL SR 
 61 0 0 0 0 .00 .00 DNOO06/IO I
 CALIBRATION
 

12A124/021 07:2959 SINGLE 77.5/117.5 -50 .04 8/2 1 3 
 REC/UH 16K -12 73 5/26.7 197/-24 223/17:01:13 03:36.6
 81 - ISOR 1010 1001 9 0 0 1,01.42 36.72 DN0006/11 2
 NEAR FIELD FINES AND DISTURBED AREA. BOOM PIN.
 

12A125/021 08:0959 SINGLE 227.5/290,0 0 .04 5/2 1 4 REC/UH 16K -10 
 75 9/35,4 199/-32 223/17!41:,13 05:36.5
 B84 - ISDR 1575 1564 
 11 0 0 130.93 35,82 DNOOOB/12 2
 

ROCKS OUT TO HORIZON AND SOME DRIFTS.
 

12A126/021 10.00:27 SINGLE 295 0/302.5 -30 .04 8/2 
 1 5 RT/SB 250 -2 81 0/59.7 205/-S6 223/19:31.41 43:27.0 BB ISDR 188 189 6 7 1 
 61.25 30.92 DNOOO6/13 I
 GRID
 

11A127/021 15.12 30 SINGLE 202 5/335.0 -10 .04 13/2 
 1 4 RT/UH 16K 6 280 6/50.9 219/-53 224/00:43:44 11:46.0
 B53 - ISDR 3308 0 0 
 6 1 113.02 39.48 0NOO06/14 5
 VIEW EXTENDING 
FROM DRIFTS TO RIGHT ACROSS POSSIBLE BEDROCK
 

1IA128/021 15:44 28 SINGLE 182.5/195.0 -50 .04 6/2 
 1 4 RT/UH 16K 8 282.1/43.9 221/-46 224/01:15:42 01:01.0 887 ISDR 286 0 0 28 1 
 40.57 19.87 DNOO6/IS I
 SAME AS lIAl15 AND 11A120. UPPER PART OF LEG 3
 

11A129/022 08:10-00 SINGLE 100.0/195.0 0 .04 5/2 1 4 REC/UH 
 16K -12 76.0/35.4 16/-32 224/18:20:49 08.29.9 884 * SDR 2384 2376 a 0 0 121.99 57.96 DNO007/O1 3
 DRIFT FIELD IN MORNING SUN 

11A130/022 10:10.27 SINGLE 295 0/305 0 -20 .04 13/2 1 4 RT/SB 250 -4 81.5/61.9 22/-59 224/20.21:17 44:27.0 B3 ISOR 193 0 0 se 2 91.39 45.19 DNOOO7/02 I PEBBLES IN NEAR FIELD 
VIKING PROJECT LIBRARY
 

VL-1 CAMERA EVENT REPORT
 

AZIMUTH CENTER CHAN DATA SCAN PSA SOLAR ANTISOLAR DURA- RSCN
 

CE LABEL LLT 0IODE START/STOP ELEV STEP MODE OFFSET GAIN PATH RATE TEMP(C) AZ/EL AZ/EL GMT TION /DUST
 . . . . . . . . . . .... 	 . . .I. . ..	 - - ...- -- - - - - - - - - - - - - . - -- - - - -- - - - - - -- - - - -- - - - - - - - - - - - -. -. -. - - - - -. . . . . . - .- - ..-- - - - - ..-- - . . . - ..-- - - -- - - . . - - - - - -
 - ­

DATA TOTAL RESCAN LINES AVE ON STAND EDR # OF EDR
 

RECORD LINES BEGIN/TOTAL MISSED GAPS VALUE DEV TAPE/FILE SEGMENTS
 ....... ........... . ... I .................. .... ......... ... ,............. ...... ...... .
 

11A131/022 13.22 00 	 SINGLE 150 0/192 F -10 .04 13/2 1 4 REC/UH 16K 6 277.6/75.4 215/-78 224/23.32:49 03:49.9
 

9B3 I ISDR 1075 1064 11 0 0 144.79 30 77 DMO007/03 2
 

VIEW OF BIG JOE AND OTHER SEDIMENT COVERED ROCKS NEAR HORIZON.
 

11A132/022 15.09 59 SINGLE 195 0/327.5 -50 .04 8/2 1 4 RT/UH 16K 8 290.3/51.4 219/-54 225/01.20:49 11:46.0
 

81 - ISDR 3306 0 0 8 3 100,59 52.66 DNO007/04 5
 

NEAR FIELD FINES DISTURBED SURFACE.
 

11A133/022 15:41.58 SINGLE 237.5/250 0 -50 .04 8/2 1 4 RT/UH 16K 10 281.8/44.4 221/-47 225/01:52:47 01:01.0
 

881 - ISOR 284 0 0 30 1 66.96 42.51 DNOOO7/05 1
 

PITS IN FINES NEAR S/C.
 

12A134/023 05:50 00 	 SINGLE 85 0/100.0 -10 .12 1/3 1- 3 REC/UH 16K -15 66.3/ 5.7 189/ -3 225/16:40;24 00.29,9
 

BLU ISR 137 126 11 0 0 B8.8O 56.97 DNO007/06 I
 BLUE SINGLET FOR MORNING FOG EXPERIMENT
 

12A135/023 09-10 00 	 SINGLE 177 5/200 0 0 .04 5/2 1 4 REC/UH 16K -8 79.1/48.5 203/-45 225/2000.24 02-03.2
 

B84 ISDR 576 564 12 0 0 143.74 25.27 DNO07/07 1
 

HI RES OF CRATER ON HORIZON
 

12A136/023 15.07.17 SINGLE 30 0/262.5 -50 .04 8/2 1 4 RT/UH 16K 8 280 1/52.0 42/-54 226/01.57-42 11:46.0
 

81 * ISD 3308 0 0 6 1 94.47 46 73 DNO007/O8 S
 

NEAR S/C CRACKED FLAT ROCK OR SOIL PROBABLY SWEPT CLEAN BY ENGINE BLAST. OTHER ENGINE RELATED FEATURES
 

11A137/023 15.39-16 	 SINGLE 247,5/260 0 -50 .04 8/2 1 4 RT/UH 16K 8 281 6/45.0 220/-47 226/02:29:40 01:01.0
 

881 * ISOR 284 0 0 30 1 59.03 39 19 DNOOO7/09 1
 

MOSTLY SHADOW
 

11A138/024 09-19t59 	SINGLE 182,5/230 0 -50 .04 8/2 1 4 REC/UH 16K -8 79 7/50.7 20/-48 226/20:49.59 04I14.5
 

BBI * ISDR 1200 1189 11 0 0 88.09 34,61 ON0007/10 2
 

BURIED FOOTPAD 3 AND DISTURBED FINE SOIL
 

12A139/024 09.36 27 	 SINGLE 105 0/115 0 -30 .04 13/2 1 4 RT/SB 250 -4 80.5/54.4 204/-51 226/21:06:27 44:27.0
 

BB3 ISCR 196 0 0 55 2 108.88 24.74 DNOOO7/11 1
 

TAKEN IN SEARCH FOR XRFS SAMPLE SITE
 

12140/024 15:04,26 	SINGLE 5 0/145 0 -30 .04 0/2 1 4 RT/UH 16K 10 279.9/52,6 42/-55 227/02:34.26 11:46.0
 

BB2 * LSOR 1183 0 0 2318 1 109.32 34.17 DNO007/12
 

TRENCH SEEN OVER METEOROLOGY BOOM HOUSING ABUNDANT ENGINE PITS. GOOD PICTURE OF NEAR FIELD ROCKS.
 

DIRECT VIEW OF BACKHOE MAGNET AFTER SAMPLE DELIVERY
 

11A141/024 15'36.24 SINGLE 320.0/335 0 -30 .04 0/2 1 4 RT/UH 16K 8 281 4/45.6 220/-48 227/03.06:24 01:01.0
 

B2 * ISDR 284 0 0 92 i 71.89 40.81 DNOO7/13 I
 

CAM 1 VIEW OF SCOOPED OUT ROCK
 

11A142/025 05:44'59 	SINGLE 292 5/335 O -10 .04 5/2 1 3 REC/UH 16K -15 66.0/ 4.6 5/ -2 227/17:54:34 03z47.9
 

884 1SDR 1065 1064 1 0 0 40.40 9.15 DNOOO7/14 2
 

FIELD OF ROCKS AND POSSIBLE OUTCROP.
 
-------------------------------------- ----------------------------------------------------------------------------

U
 VIKING PROJECT LIBRARY
 0) VL-1 CAMERA EVENT REPORT
 

.................. 


DATA SCAN PSA SOLAR ANTISOLAR DURA- RSCN
 AZIMUTH CENTER CHAN 


MODE OFFSET GAIN PATH RATE TEMP(C) AZ/EL AZ/EL GMT TION /DUST
 CE LABEL LLT D10DE START/STOP ELEV STEP 
 .-....................... 
 ..-------------------------------------------------------------------

DATA TOTAL RESCAN LINES 


.............................. 
 AVE ON STAND EO0 # OF ECR
 

GAPS VALUE 0EV TAPE/FILE SEGMENTS
 RECORD LINES BEGIN/TOTAL MISSED 


.04 5/2 1 4 RT/UH 16K 6 279.5/53.6 218/-56 228/03.09:14 04:20.0
 11A143/025 14-59.39 SINGLE 155.0/202 5 -10 


0 0 134.46 26.16 DNOO7/15 2
 BB4 * ISDR 1218 1189 29 


BIG JOE WITH FRONT LIGHT, DRIFTS, AND BURIED BOULDERS
 

1 4 RT/UH 16K 8 281.0/46.8 220/-49 228/03:40:02 04:10.0
 11A144/025 15:30 27 SINGLE 155.0/210.0 -30 .04 0/2 


0 0 206 1 95.12 40.39 DNOOO7/16 2
 BB2 * ISDR 1170 


DISTURBED FINES NEAR S/C
 

81.7/59.7 206/-56 228/22:49:38 43:27.0
 12A145/026 10.00 27 SINGLE 282.5/307,5 -30 .12 14/3 1 4 RT/SB 250 -2 


0 0 19 3 120.75 62.05 DNCOOS/Ol 1
 SURV ISDR 190 


TOP OF LANDER AND GRID. RTC 1 EN 
SHADOW
 

1/1 1 4 REC/UH 16K -Q 81 9/a2 3 27/-79 229/00:31:10 00:27.9
 11A146/020 11.42-00 COLOR 35.0/ 40.0 -10 .12 


1 114.93 45.50 DNOOOS/02 I
 BLU ISDR 42 0 0 1 


I 129.87 45.84 DNO00O/03 1
 GRN ISDR 41 0 0 2 


1 132.49 44.66 D10008/04 I
 RED IGOR 41 0 0 2 


COLOR OF CAMERA 1 RTC (RTC3).
 

4 REC/UH 18K 0 81 6/82 7 27/-79 229/00.33:10 08:54.5
 11A147/026 11-44 00 COLOR 205 0/305.0 -30 .12 1/1 1 


0 0 1 1 81.24 31.95 DN0002/05 I
 BLU ]SDR 833 


0 2 1 101.01 34.42 DNOOOS/06 1
 GRN * ISR 832 0 

2 1 127.45 38.60 DNOOOS/07 I
 RED * IGOR 832 0 0 


COLOR OF TRENCH AREA OUT TO HORIZON
 

1 4 REC/UH 16K 2 76.5/86.0 27/-83 229/00:48:10 00;27.9
 11A148/026 11:59 00 I9 35.0/ 40.0 -10 .12 9/1 


42 0 0 1 1 109.31 38.80 DNO008/O8 1
 IR3 ISD 


0 0 1 1 113 11 40.33 DNOOOB/O9 I
 IR2 I5R 42 


0 2 1I 123.20 43 48 DNOOOB/1O 1
 IRI ISDR 41 0 


IR OF CAMERA I RTC (RTC3).
 

1 4 kLC/UH 16K 2 75.1/85.5 27/-83 229/00:50:10 08:54.5
 11A149/026 12.01-00 IR 205.0/305.0 -30 .12 9/1 


0 0 1 1 100 57 31.33 DN0008/11 1
 I13 ISDR 833 


0 3 2 103.69 32.14 DNOOOB/12 I
 I2 IOR 831 0 


2 1 116.65 35.44 DNOODS/13 1
 11 * ISDR 832 0 0 

IR OF TRENCH AREA SAME AREA AS COLOR 11A147.
 

1 4 REC/UH 16 4 5,7/09 1 26/-87 229/01:05:10 00:10.1
 11A150/026 12:16 00 SINGLE 35.0/ 40.0 -10 .12 14/3 


44 43 1 0 0 129,82 45.38 DNO008/14 1
 SURV ISDR 


SURVEY SINGLET OF RTC 3
 

-30 .12 14/3 1 4 REC/UH 16K 6 343.0/88.9 25/-87 229/01:07:10 02:59.0
 11A151/026 12:18 DO SINGLE 205.0/305.0 


0 0 122.27 36,09 DNOOOB/15 1
 SURV ISDR 836 834 2 


SURVEY SINGLET OF SCENE OF TRENCH TAKEN IN COLOR (11A147) AND IR (11A149). 

12A152/026 14:56 24 SINGLE 132.5/192.5 

BB2 * ISDR '1217 

-30 

0 

.04 

0 

0/2 

284 

1 

1 

4 RT/UH 

89.76 

16K 

33.94 

8 279.3/54.3 

DN0008/16 

41/-57 229/03:45:3S 04:20.0 

2 

AREA OF ROCKS NEAR SCOOPED OUT LOOKING ROCK 
VIKING PROJECT LIBRARY
 

VL-1 CAMERA EVENT REPORT
 

AZIMUTH CENTER CHAN DATA SCAN PSA SOLAR ANTISOLAR DURA- RSCN
 

CE LABEL LLT DIODE START/STOP ELEV STEP MODE OFFSET GAIN PATH RATE TEMP(C) AZ/EL AZ/EL GMT TION /DUST
 

DATA TOTAL RESCAN LINES AVE ON STAND EDR N OF EDR 

RECORD LINES BEGIN/TOTAL MISSED GAPS VALUE DEV TAPE/FILE SEGMENTS 

12A153/026 15:27.20 	SINGLE 132.5/192.5 -10 .04 5/2 1 4 RT/UH 16K 10 220 7/47 5 43/-SO 229/04-16:30 04:10.0 

BB4 * ISDR 1169 0 0 332 2 86.26 29.03 DNOOOB/17 2 

ABUNDANT BLOCKS AND POSSIBLE OUTCROP 

11A154/027 07:20 00 SINGLE 30.0/100 0 0 .04 5/2 1 4 REC/UH 16K -13 73 4/24.6 13/-22 229/20:48:45 06:14.5
 

8B4 * ISDR 1751 1751 1 1 1 100.51 33.98 DNOO08/18 3
 

HI RES OF HORIZON FEATURES
 

12A155/027 07-30:00 	 SINGLE 217.5/227.5 0 .04 5/2 1 4 REC/UH 16K -12 74.0/26.7 197/-24 229/20-58:45 00:54.6
 

BB4 * ISOR 248 0 0 3 2 121.86 25.90 DNOO8/19 I
 

HI RES OF PART OF HORIZON
 

11A156/027 07:34,00 SINGLE 195,0/290.0 0 .04 5/2 1 4 REC/UH 16K -13 74 3/27 6 14/-25 229/21,02:45 08:27.9 

BB4 * ISDR 2373 0 0 3 2 97 33 60.53 DNOO8/20 3 GOOD IMAGE OF LARGE BLOCKS ON HORIZON AND SOME FEATURES OF DRIFTS 

11A157/027 07:50 00 	 SINGLE 290.0/310 0 0 .04 5/2 1 4 REC/UH 16K -10 75.2/31.0 15/-28 229/21:18:45 01:47.9
 

B84 - ISDR 504 501 3 0 0 107.93 35.04 DNOOB/21 1
 

DETAIL OF PART OF HORIZON
 

11A158/027 08'00.00 	 SINGLE 310.0/327 5 0 .04 5/2 1 4 REC/UH 1GK -10 75 8/33.2 16/-30 229/21.28245 01:34.6 

BB4 * ISDR 440 439 1 0 0 115.56 27.31 DNOO8/22 I 

AREA OF LIGHT SHADE POSSIBLE SEDROCK 

11A159/027 09:34 27 	 SINGLE 155 0/165.0 -10 .04 13/2 i 3 RT/SB 250 -4 80.7/53 9 21/-51 229/23.03:13 44:27.0
 

BB3 * ISDR 194 0 0 57 1 145.98 65.98 DNOOOS/23 I
 

HI RES OF BIG JOE WITH SIDE LIGHTING
 

12A160/027 10:42.00 	COLOR 285.0/290.0 -20 .12 1/1 1 4 REC/UH 16K -2 83 3/62 9 208/-66 230/00:10:45 00.27.9
 

BLU ISDR 42 0 0 1 1 113.65 63.60 DNO008/24 I
 

GRN ISDR 42 0 0 1 I 116.65 61 89 DNO008/25 1
 

RED ISDR 41 0 0 2 1 133.99 61.22 DNOO8/26 1
 

COLOR OF RTC1 MAGNET - FIRST COLOR OF MAGNET
 

11A161/027 12 50.01 	 SINGLE 0/ 5.0 0 .12 8/3 1 4 REC/UH 16K 6 277 5/82.4 213/-85 230/02:18:47 00.i0:1 D
 

82 SDR 44 43 1 0 0 74.44 65.96 DNO008/27 1
 

CAMERA 1 SCAN VERIFICATION
 

11A162/027 12:49 43 	 SINGLE 170.0/170.0 0 15/7 1 2 REC/UH 16K 6 / / 230/02:18:29 0:18.0 

CAL SDR 61 0 0 0 0 .00 .00 DNO008/28 1 

CALIBRATION 

12A163/027 12:52"00 	 SINGLE .0/ 5.0 0 .12 8/3 1 4 REC/UH 16K 4 277.3/82 0 36/-S4 230/02:20:45 0O:10.1
 

BB1 SOP 44 43 1 0 0 56,27 30.62 DNOOOB/29 1
 CAMERA 2 SCAN VERIFICATION
 
--------------------------------------------------------------- ------------------------------------------------------------------- -

-----------

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

VIKING PROJECT LIBRARY
 

VL-1 CAMERA EVENT REPORT
 

DATA SCAN PSA SOLAR ANTISOLAR DURA- RSCN
 AZIMUTH CENTER CHAN 


MODE OFFSET GAIN PATH RATE TEMP(C) AZ/EL AZ/EL GMT TION /DUST
 CE LABEL LILT DIODE START/STOP ELEV STEP 


----. . . .
 . . . . --------------------------------------------------------------------------
 ..--------------------------------


DATA TOTAL RESCAN LINES AVE ON STAND 
 EDR 0 OF EDR
 

RECORD LINES BEGIN/TOTAL MISSED GAPS VALUE 
 DEV TAPE/FILE SEGMENTS
 ...........
 

-10 .04 5/2 1 4 RT/UH 16K 8 279.0/55.1 4i/-58 230/04:21:45 04:2D0.
 

B4 * ISDR 1217 0 0 284
 12A164/027 14.52.59 	 SINGLE 175.0/235.0 
 1 109.55 48 47 DNOOO/30 2
 

ROCK FIELD
 

RT/UH 16K 10 280.4/48.2 43/-51 230/04:52:40 04:10.0
 12A165/027 15-23'54 SINGLE 220.0/280 0 0 .04 5/2 1 4 


B84 * ISOR 1170 0 0 331 
 1 102 55 41 93 DNOOOB/31 2
 

HORIZON FEATURES OVER RTG2
 

250 -4 82.0/61.2 22/-58 231/00.18 30 44:27.0
 

BLU - ISDR 194 0 0 15
 11AI66/02B 10:10,09 	 SINGLE IS5.O/18O.O 10 .12 1/3 1 5 RT/SB 


1 8o 65 35.92 DNO009/01 1
 

BLUE SINGLET FOR CLOUD STUDY. BIG JOE. NO CLOUDS
 

16K 2 81.8/81.6 210/-78 231/01:50:02 00.27.9
 12A167/028 11:41,41 	 COLOR 285.0/290.0 -20 .12 1/1 1 4 REC/UH 


BLU ISDR 42 0 0 1 
 1 109 35 64 13 DNO009/02 1
 

GRN ISDR 42 0 0 
 1 1 111 25 61.67 DNOOO9/03 1
 

RED ISDR 41 
 0 a 2 1 127.43 63.07 DNOO9/04 1
 

CENTER RTC IN SHADOW (RTC1).
 

"30 .12 1/1 1 4 REC/Uh 16K 2 81,5/02,1 210/-79 231/01:52:02 07:47.9
 12A168/028 11:43.41 	 COLOR 57.5/145.0 


0 0 2 2 93.98 28 03 DNOOO9/05 1
 BLU ISDR 728 
 30 05 DNOO09/06 I
 GRN ISDR 727 0 0 3 2 101 49 

1 126 53 35.57 DNO009/07 I
 RED * ISOR 728 0 0 2 

COLOR LOOKING OUT TO 
FRONT OF LANDER. CAN 	SEE PART OF CRACKED MATERIAL BENEATH LANDER.
 

1 4 REC/UH 16K 6 77.2/85 4 210/-82 231/02.07.02 00:27.9
 12A169/028 11:5841 	 IR 285 0/290.0 -20 .12 9/1 


1 126 76 63.51 DNOOO9/O8 1
 IR3 ISDR 42 0 0 1 


IR2 ISOR 42 0 
 0 1 1 125.72 62.48 DNOOO/09 I
 

0 0 2 1 134.99 63 11 DN0009/10 1
 IR1 ISDR 41 


IR OF CENTER RTC IN SHADOW
 

.12 9/1 1 4 REC/UH 16K 6 76.0/85.8 210/-83 231102;09;02 07:47.9
 12A170/028 1200.41 	 IR 57.5/145 0 -30 


ISDR 729 0 0 1 1 98.23 27.62 DNOO09/11 1
 IR3 
 96 52 27 68 DNOOO/12 1 IR2 ISDR 727 0 0 3 2 

IRI * ISDR 729 0 0 2 1 110 89 31 16 DNOOO/13 I
 

OF SAME AREA AS COLOR PICTURE 12A168 LOOKING TO FRONT OF LANDER.
 IR 


1 4 REC/UH 16K B 3S 8/88.8 210/-86 231/02.24.02 00:10.1 12A171/028 12,15,41 	 SINGLE 285 0/290.0 -20 .12 14/3 


0 0 121.50 	 59.18 DNOO09/14 1 SURV SDR 45 43 2 

CENTER RTC IN SHADOW.
 

14 0/89 0 209/-86 231/02.26:02 02:36.8 12A$72/028 1217-4' 	SINGLE 57.5/145 0 -30 .12 14/3 1 4 REC/UH 16K 10 

0 0 115 94 	 31.94 DNO009/15 1 SURV ISDR 732 	 730 2 


SURVEY TO ACCOMPANY COLOR 
12A168 AND IR 12A170 	OF AREA IN FRONT OF LANDER.
 

5/2 1 4 RT/UH 16K 10 276.8/56.2 216/-59 231/04:57:55 0420.0 11h173/028 14:49-34 	SINGLE 10 0/ 60.0 0 .04 


884 - ISDR 1217 0 0 
 34 1 109.34 42.22 DNOO09/16 2
 

DETAIL OF HORIZON TO REAR OF LANDER
 
--------------------------------------- ----------------------------------------------------------- 

VIKING PROJECT LIBRARY 

VL-1 CAMERA EVENT REPORT
 .. --........... ................................-.
 ...-.-- .. 
 ..........................
 . ................................................. 
 AZIMUTH CENTER CHAN 
 DATA SCAN PSA SOLAR ANTISOLAR DURA- RSCN
 

MODE OFFSET GAIN PATH RATE TEMP(C) AZ/EL AZ/EL GMT TION /DUST
 CE LABEL LLT DIODE START/STOP ELEV STEP ---------------- ----------------


AVE DN STAND EDR # OF EDR
 

TAPE/FILE SEGMENTS
 DATA TOTAL RESCAN LINES 


RECORD LINES BEGIN/TOTAL MISSED GAPS VALUE DEV 


..................................... 
 ....................................................
 .


5/2 1 4 RT/UH 16K 10 280 2/49.4 218/-52 231/05.28:44 04 10.0
 11A174/028 15,20.23 SINGLE 55 0/105.0 0 .04 


a1 1 %05.55 62.22 DNOOO9/17 2
 ED4 ISDR 1170 0 0 


DCTAIL OF HORIZON
 

1 I REC/UH 16K I0 289./13.3 S2/-16 231/08:14:41 00.14.6 20 .04 4/2
 12A175/028 18:06 20 SINGLE 232.5/235 0 

65 64 1 0 0 59.90 5.20 0N0009/18 1
 SUN SDP 


SUN DIODE FOR EXTINCTION STUDIES
 

30 .04 1/2 1 2 REC/UH 16K -2 316 3/-29 78/ 27 231/11:59:28 00.27.9 12A176/02B 21.51*07 SINGLE 55.0/ 60.0 

0 0 31.96 4.17 DNOO9/19 1 BLU SOR 127 126 1 


PHOBOS
 

1/2 1 1 REC/UH 16K -4 320 3/-32 a1/ 30 231/12.20:07 00:27.9
 12A177/028 22,11-46 SINGLE 47.5/ 52.5 20 .04 


1 0 61.44 6.40 DNOO09/20 I BLU SDR 127 126 0 


PHOBOS
 

REC/UH 16K -a 0 9/-44 120/ 43 231/14:49:37 00:27.9
 12A178/029 00,01 40 SINGLE 185,0/190,0 30 .04 1/2 1 0 


126 1 0 0 119.29 13.48 DNO010/01 1 BLU SDR 127 


DEIMOS
 

9 3 6 


30 .04 1/2 1 0 PEC/UH 16K -10 34.5/-36 155/ 37 231/16:4 . 00:27.9 12A179/029 02:01.40 SINGLE 190.0/195 0 


0 112.31 11.25 DNOOJO/02
 BLU SDR 127 126 1 0 I 

DEIMOS
 

55 5/-16 177/ 18 231/18.49:36 00:27.9
 1/2 1 0 REC/UH 16< -13 
 12A18O/029 04,01 40 SINGLE 192.5/197 5 30 .04 
 0 119 76 11 51 DNO010/03 1
 BLU ISDR 128 126 2 0 


DIMOS
 

59.0/-Il 357/ 13 231/19:18:36 25:37.2 R
 

11A181/029 04:30 40 COLOR 177 5/177 5 10 .12 
 1/1 1 1 REC/UH 250 -13 


37 2 37 1 1 98.15 42 29 DNO0O1/04 1 BLU $OR 
 0 0 98.53 41 66 DNO010/05 I GRN SDR 38 2 37 


i 97.16 39 39 DNOO10/06 1
 RED SOP 37 2 37 1 


EARLY PRE DAWN RESCAN
 

1 5 REC/UH 250 -13 62.0/-6 0 0/ 8 231/19:45:36 25.37.2 R
 11A182/029 04:57,40 COLOR 182 5/182.5 10 .12 1/1 

84.66 51.00 DNOOIO/07 1 BLU * SOP 37 2 37 .1 1 

37 1 1 79.33 49.37 DNOO1O/OB 1 GRN SDR 37 2 


1 1 66.26 42.01 DNO10/39 I
 RED SOP 37 2 37 

LATE PRE DAWN RESCAN
 

2.5 188/ -0 231/20'27:36 02:14.6
 12A183/029 05.39-40 SINGLE 75.0/100.0 0 .04 5/2 1 3 REC/UH 16X -15 66 0/ 


0 63.11 33 39 DNOOlO/lO 1 8B4 * ISDR 629 626 3 0 

EARLY MORNING TO LOOK FOR GROUND FOG
 

REC/UH 16K -12 67.2/ 5.5 6/ -3 231/20:42:09 00:14.6
 11A184/029 05:54:1. SINGLE 1B5.0/187.6 10 .04 4/2 1 0 


65 64 1 0 0 112.93 3.13 DNOO10/11 1 SUN SOP 


SUN DIODE AT VERY LOW SUN ELEVATION
 

0 
0N
 

o 	 VIKING PROJECT LIBRARY
 

VL-1 CAMERA EVENT REPORT
 

..--.-..-- .- ..--....-- ....--- ------------------ ...................................................................................-------


AZIMUTH CENTER CHAN DATA 
 SCAN PEA SOLAR ANTISOLAR DURA- RSCN
 

CE LABEL LLT DIODE START/STOP ELEV STEP MODE OFFSET GAIN PATH RATE TEMP(C) AZ/EL AZ/EL GMT TION /DUST
 

-------------------------------------- I---------------------------------------------------------------------------------------------.-----


P TA TOTAL RESCAN LINES AVE DN STAND EDR # OF EDR
 

RECORD LINES BEGIN/TOTAL MISSED GAPS VALUE DEV TAPE/FILE SEGMENTS
 

12A185/029 06:09.40 	 SINGLE 75 0/100 0 0 .04 5/2 1 3 REC/UH 16K -13 68.5/ 8.8 191/ -6 231/20:57:36 02:14.6
 

BB4 I ISDR 624 0 0 2 1 116.78 70.03 DNOO1O/12 I
 

EARLY MORNING TO LOOK FOR GROUND FOG.
 

11A186/029 06:21-43 	SINGLE 187.5/190.0 20 .04 4/2 1 1 REC/UH 16K -10 69 4/11.3 B/ -8 231/21:09:39 00:14.6
 

SUN SDR 65 64 1 0 0 59.59 4.13 DNO010/13 1
 

SUN DIODE
 

12A187/029 06:24'40 SINGLE 75.0/100.0 0 .04 5/2 1 3 REC/UH 16K -13 69 7/11.9 192/ -9 231/21:12:36 02:14.6 

884 1 ISDR 628 626 2 0 0 124.64 77.85 DNO010/14 I 

GROUND FOG EXPERIMENT 

12A188/029 06:51:40 	 SINGLE 75.0/100 0 0 .04 5/2 1 3 REC/UH 16K -12 71.6/17.7 194/-15 231/21;39;36 02;14.6
 

BB4 * ISDR 628 626 2 a 0 88.07 46.07 DNOO10/15 I
 

GROUND FOG EXPERIMENT
 

11A189/029 07:21'40 	 SINGLE 192.5/195.0 30 .04 4/2 1 2 REG/UH 16K -8 73 6/24.1 12/-21 231/22:09:36 00:14,6
 

SUN ISDR 62 0 0 2 1 31.89 5.76 DO010/16 I
 

SUN DIODE
 

11A190/029 07:55.41 COLOR 222.5/230.L -30 .12 1/I 	 1 4 REC/UH 16K -8 75,7/31,5 15/-28 231/22:43;3B 00:41.2
 

BLU ISDR 62 0 0 2 1 47.51 22.49 DN0010/17 1
 

GRN ISDR 62 0 0 2 1 57.40 22.91 D0010/1 1
 

RED ISDR 61 0 0 3 1 70.01 25,79 DN0010/19 1
 

PHOTOMETRIC STUDY
 

11A191/029 07:55:23 	SINGLE 170.0/170.0 0 7/7 1 2 REC/UH 16K -8 / / 231/22:43:20 0:18.0 

CAL SOR 59 0 0 0 0 .DO .00 DNOO10/20 1 

CALIBRATION 

11A192/029 07:59.40 	IR 222 5/230.0 -30 .12 9/1 1 4 REC/UH 16K -8 75.9/32.4 15/-29 231/22:47:36 00:41.2 

IR3 ISOR 61 0 0 3 1 55.52 25.23 DNOO1O/21 1 

IR2 * ISDR 60 0 0 4 2 56.74 22 90 DN0010/22 1 

IRI ISR 60 0 0 4 1 64.84 24.50 DN0010/23 1 

IR PHOTOMETRY 

I1A193/029 08-03;40 	COLOR 185.0/187.5 -20 .12 1/1 1 4 REC/UH 16K -6 76.1/33.2 15/-30 231/22:51:36 '00:14.6 

BLU SOR 21 0 0 1 1 51.00 17 50 DNO10/24 I 

GRN SDR 21 0 0 1 1 61.14 20.84 DN0010/25 1 

RED SDR 20 0 0 2 1 77.87 24.84 DN0010/26 I 

COLOR PHOTOMETRY 

11A194/029 08:05:40 	 IR 185.0/187.5 -20 .12 9/1 1 4 REC/UH 16K -6 76.3/33.7 1S/-31 231/22:53:36 00:14.6 

IR3 SDR 21 0 0 1 1 60.60 18.65 DNOOIO/27 I 

IR2 SOR 21 0 0 1 1 63.05 19.84 DNO010/28 I 

IRI SDR 20 0 0 2 1 72.67 22.59 DN0010/29 1 

IR PHOTOMETRY 
- - -

VIKING PROJECT LIBRARY
 VL-1 CAMERA EVENT REPORT
 

. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .- - . . . . . . . . . . . . . . . . . . . . . . . . . . . .
 

AZIMUTH CENTER CHAN DATA SCAN PSA SOLAR ANTISOLAR DURA- RSCN 

CE LABEL LLT DIODE START/STOP ELEV STEP MODE OFFSET GAIN PATH RATE TEMP(C) AZ/EL AZ/EL GMT TION /DUST 

DATA TOTAL RESCAN LINES AVE DN STAND EDR # OF EDP 

RECORD LINES BEGIN/TOTAL MISSED GAPS VALUE DEV TAPE/FILE SEGMENTS 

11A195/029 08.07.40 COLOR 300.0/302.E' 

BLU SOP 21 

GRN SDR 21 

RED SOP 20 

COLOR PHOTOMETRY 

-10 

0 

0 

0 

.12 

0 

0 

0 

1/I 

1 

1 

2 

1 

1 

1 

1 

4 REC/UH 

87.79 

101.92 

101 84 

16K 

40.03 

43.51 

36 82 

-6 76.4/34.1 

DNO010/30 

DNOO10/31 

DNOO0/32 

15/-31 

1 

I 

I 

231/22.55:36 00:14.6 

11A196/029 08'09-40 IR 300.0/302.5 

IP3 SDR 21 

IR2 SOP 21 

IRI SOP 20 

IR PHOTOMETRY 

-10 

l0 

0 

0 

.12 

0 

0 

0 

9/1 

1 

1 

2 

1 

1 

i 

1 

4 REC/UH 

75.48 

78.46 

86.35 

16x 

24 69 

26 07 

29.60 

-6 76 5/34.5 

DNOOO/33 

DNOO1O/34 

DNOO1O/35 

16/-31 231/22:57:36 00-14.6 

I 

I 

1 

11A197/029 08:11.40 COLOR 35.0/ 40.0 

BLU SOR 42 

GRN SOR 42 

RED SOR 42 

COLOR PHOTOMETRY 

-10 

0 

0 

0 

.12 

0 

0 

0 

1/1 

1 

1 

1 

1 

1 

1 

1 

4 REC/UH 

105.80 

113.14 

112.44 

16K 

45.33 

47.54 

49.39 

-6 76 6/35.0 

DNOOIO/36 

DNOO1O/37 

DNOOIO/38 

16/-32 231/22:59:36 00-27.9 

1 

1 

1 

IiA198/029 08-13.40 IR 35.0/ 40.0 -10 

IR3 SOP 42 0 

IR2 SOR 41 0 

IRI SOR 41 0 

CAMERA I RTC IN SUNLIGHT 

.12 

0 

b 

0 

9/1 

1 

2 

2 

1 

1 

1 

1 

4 REC/UH 

88.57 

91.50 

96,98 

16 

41.80 

44,19 

44.99 

-6 76 7/35.4 

DNOOIO/39 

DNOOiO/40 

DNOOIO/41 

16/-32 231/23:01:36 00:27.9 

I 

I 

1 

11A199/029 08:15:40 COLOR 275.0/277.S 

BLU SOR 20 

GRN SDR 21 

RED SOP 19 

COLOR PHOTOMETRY 

-20 

0 

0 

0 

.12 

0 

0 

0 

1/1 

2 

1 

3 

1 

2 

1 

2 

4 REC/UH 

70.69 

82.98 

90.93 

i6I 

50.15 

53.89 

45.18 

-6 76 8/35.9 

DNOOIO/42 

DNOOlO/43 

DNOO10/44 

16/-33 231/23:03:36 00:14.6 

I 

I 

I 

11A200/029 08:17:40 IR 275.0/277.5 

IR3 SDR 21 

IR2 SOR 21 

IR1 SOR 20 

IR PHOTOMETRY 

-20 

0 

0 

0 

.12 

,0 

0 

0 

9/1 

1 

1 

2 

1 

i 

1 

1 

4 REC/UH 

67.68 

70.22 

79.82 

16X 

30.79 

32 64 

36.43 

-6 76 9/36.3 

DNOO10/45 

DNO010/46 

DNOO10/47 

16/-33 231/23:05:36 00.14.6 

1 

1 

1 

11A201/029 08.17!54 SINGLE 170 0/170 0 

CAL SDR 61 

CALIBRATION 

0 

0 0 

15/7 

0 

1 

0 

2 REC/UH 

.00 

16K 

.00 

-4 / 

DNO010/48 

/ 

1 

231/23.05:50 0.18.0 

11A202/029 10.30 06 SINGLE 237.5/245.0 -50 .04 8/2 

951 * ISOR 192 18 6 3 

LOOK FOR CHANGE IN FRACTURE PATTERNS 

1 

1 

4 RT/SB 

120.71 

250 

20.47 

2 82.8/65.7 

ONOO11/l1 

23/-62 232/01:18:03 43:27.0 

I 

11A203/029 12.05:40 COLOR 222 5/230.0 

BLU SDR 63 

GRN SDR 62 

RED SOP 62 COLOR PHOTOMETRIC 

-30 

0 

0 

0 

.12 

0 

0 

0 

1/1 

1 

2 

2 

1 

1 

1 

1 

4 REC/UH 

83.63 

107.82 

140.03 

16K 

27.40 

29.35 

28.02 

8 72.7/87 0 

DNOO11/02 

DNO011/03 

DNOO11/04 

27/-84 232/02,53;36 00:41.2 

I 

1 

I 
VIKING PROiJECT LIBRARY
 

VL-1 CAMERA EVENT REPORT
 

..................................................................................................................................................
 

CE LABEL LLT DIODE 

AZIMUTH 

START/STOP 

CENTER 

ELEV STEP 

CHAN 

MODE OFFSET GAIN 

DATA 

PATH 

SCAN PSA SOLAR 

RATE TEMP(C) AZ/EL 

ANTISOLAR 

AZ/EL GMT 

DURA- RSCN 

TION /DUST 

DATA TOTAL RESCAN LINES 

RECORD LINES BEGIN/TOTAL MISSED GAPS 

AVE DN 

VALUE 

STAND 

DEV 

EDR # OF EDR 

TAPE/FILE SEGMENTS 

11A204/029 12:09.40 IR 222 5/230.0 

IR3 ISOR 63 

IR2 ISDR 62 

IRI ISDR 62 

IR PHOTOMETRIC 

-30 

0 

0 

0 

.12 

0 

0 

0 

9/1 

1 

2 

2 

1 

1 

1 

1 

4 REC/UH 

112.74 

115.29 

130.35 

16K 

27 14 

26 95 

27.37 

6 66 1/87 8 

DNOO11/05 

ONO011/06 

DNOO11/07 

27/-85 232/02:57:36 00:41.2 

1 

I 

I 

11A205/029 12.13 40 COLOR 185 0/i87 5 

BLU SDR 21 

GRN SDR 21 

RED SDR 20 

COLOR PHOTOMETRIC 

-20 

0 

0 

0 

.12 

0 

0 

0 

1/1 

1 

1 

2 

1 

1 

1 

1 

4 REC/UH 

92.66 

115 68 

148.44 

16K 

35.73 

37.63 

29.11 

8 51 6/98 6 

DNO011/08 

DNOOI1/09 

DNO011/1O 

27/-86 232/03:01:36 00:14.6 

I 

1 

1 

liA206/029 12:15:40 IR 185 0/187 5 

IR3 ISDR 21 

IR2 ISDR 21 

IR1 ISDR 20 

IR PHOTOMETRIC 

-20 

0 

0 

0 

.12 

0 

0 

0 

9/1 

1 

1 

2 

1 

1 

1 

1 

4 REC/UH 

118.18 

122.50 

136.64 

16K 

23.52 

24,00 

25.69 

8 37 0/88 9 

DNOO11/11 

DNO011/12 

DN0011/13 

27/-86 232/03,03:36 00.14,6 

I 

1 

1 

11A207/029 12:17,40 COLOR 

BLU 

GRN 

RED 

300.0/302.5 

IOR 21 

ISDR 21 

ISDR 20 

-10 

0 

0 

0 

.12 

0 

0 

0 

1/1 

1 

1 

2 

1 

1 

1 

1 

4 REC/UH 

108.91 

125.57 

132.53 

16K 

47.13 

52 47 

47.82 

8 13 4/09.1 

DNO011/14 

ONO011/15 

DN0011/16 

27/-86 232/03 05:36 00:14.6 

1 

1 

1 

COLOR PHOTOMETRIC 

11A208/029 12:19-40 12 300.0/302.5 

IR3 S0 21 

IR2 SDR 21 

iR1 SOP 20 

IR PHOTOMETRIC 

-10 

0 

0 

0 

.12 

0 

0 

0 

9/i 

1 

1 

2 

1 

1 

i 

1 

4 REC/UH 

106.41 

110.57 

117.79 

16K 

36 67 

38.55 

41.30 

8 344 6/89 1 

DN0011/17 

DNO011/18 

DN0011/19 

26/-97 23Q/03:07:36 00:14.6 

1 

1 

1 

11A209/029 12:21.40 COLOR 275.0/277.5 

BLU SDR 21 

GRN SDR 21 

RED 5DR 20 

COLOR PHOTOMETRIC 

-20 

0 

0 

0 

.12 

0 

0 

0 

1/1 

1 

1 

2 

1 

1 

I 

1 

4 REC/UH 

95.87 

116.95 

137.60 

16K 

38.90 

40 75 

37.34 

8 321 7/88 9 

DOO11/20 

DN0011/21 

DN0011/22 

26/-87 232103.09:36 00:14.6 

1 

1 

1 

11A210/029 12:23-40 IR 275.0/277 5 

IR3 ISDR 21 IR2 ISDR 21 

IR1 I15R 20 

IR PHOTOMETRIC 

-20 

0 

a 

0 

.12 

0 

0 

0 

9/1 

1 

1 

2 

I 

1 

1 

4 REC/UH 

109 37 112.97 

124.76 

16K 

30.44 

31.12 

33.22 

8 307 6/88 6 

DM0011/23 

DN0011/24 

DNO011/25 

25/-88 232/03:11:36 00:14.6 

1 

1 

1 

12A211/029 14:45.47 SINGLE 120 0/180.0 884 ISDR 1217 0 

0 .04 0 5/2 

284 1 

1 4 RT/UH 

140.81 I6K 46.20 10 278.6/57 0 DNO011/26 

40/-60 232/05:33:43 04:20.0 

2 

DETAIL OF HORIZON, POSSIBLE BEDROCK
 
VIKING PROJECT LIBRARY
 

VL-1 CAMERA EVENT REPORT
 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .- --.. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . - - -. . . . . . . . . . -. 
 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
 

AZIMUTH CENTER CHAN DATA SCAN PSA SOLAR ANTISOLAR DURA- RSCN
 

CE LABEL LLT DIODE START/STOP ELEV STEP MODE OFFSET GAIN PATH RATE TEMP(C) AZ/EL AZ/EL GMT TION /UST
 

P TA TOTAL RESCAN LINES AVE DN STAND EDR U OF EDP
 

RECORD LINES BEGIN/TGrAL MISSED GAPS VALUE DEV TAPE/FILE SEGMENTS
 . . . . . . . . ...... .	 ==............ .o,....................,. .......... 	 ........... - ­ ­

12A212/029 15:16 42 	 SINGLE 85 0/145.0 0 .04 5/2 1 4 RT/UH 16K 10 279 9/50.2 42/-53 232/06:04:39 04:10.0
 9B4 - ISDR 1170 0 0 331 1 133 65 28.40 DNO011/27 2
 

LARGE BLOCKS ON MOUND AT HORIZON. SMALL DRIFTS IN NEAR TO MID FIELD 

11A213/029 15:55 40 	 COLOR 222.5/230 0 -30 .12 1/1 1 4 REC/J 16K 10 281.8/41 5 220/-44 232/06:43:36 00:41.2 BLU SDR 63 0 0 1 1 86 57 24 78 D40011/28 1 

GRN SOR 62 0 0 2 1 107.16 35.49 0N0011/29 I 

RED SOR 62 0 0 2 1 120.59 50.57 DN0011/30 I PHOTOMETRIC STUDY 

11A214/029 15.58 40 	 IR 222 5/230 0 -30 .12 9/1 1 4 REC/H 16K 10 281 9/40.9 220/-43 232/06:46:36 00:41.2
 

IR3 ISDR 63 0 0 1 1 95.06 35.84 D"0011/31 1
 

IR2 ISDR 62 0 0 2 I 96.46 37.62 DNOO11/32 I
 

IR1 ISDR 62 0 0 2 1 105.79 44.65 DNO011/33 I
 

PHOTOMETRIC STUDY
 

11A215/029 16 01 40 	 COLOR 300 0/302 5 -10 .12 1/1 1 4 REC/UH 16K 10 282.1/40 2 220/-43 232/06:49:36 00:14.6
 BLU ISOR 21 0 0 1 1 94 83 38.68 DNO011/34 1
 GRN ISOR 21 0 0 1 1 109 54 43,27 DN0011/35 1
 RED ISOR 20 0 0 2 1 107 45 37.21 DN0011/36 1
 

PHOTOMETRIC STUDY
 

I1A216/029 16:03 40 	 IR 300 0/302.5 -10 .12 9/1 1 4 REC/UH 16K 10 292 2/39 8 220/-42 232/06;51:36 00;14.6
 

IR3 SOR 21 0 0 1 1 87 77 30.30 DN0011/37 1
 IR2 SOR 21 0 0 1 1 90.55 31 71 DNO011/38 1
 

IR1 SOP 20 0 0 2 1 95.21 32.48 DN0011/39 1
 

PHOTOMETRIC STUDY
 

11A217/029 16'27'40 	 COLOR 222.5/230.0 -30 .12 1/1 1 4 REC/UH 16K 10 283.S/34 S 222/-37 232/07:15:36 00:41.2
 BLU ISDR 63 0 0 1 1 80.40 27.29 DNOO11/40 I
 GRN ISDR 62 0 0 2 1 95.76 39.64 DN0011/41 I
 

RED ISDR 62 0 0 2 1 105.20 52.29 0N0011/42 1
 

PHOTOMETRIC STUDY
 

11A218/D29 16.30 40 	 IR 222 5/230.0 -50 .12 9/1 1 4 REC/UN 16K 12 283 7/33.8 222/-36 232/07:18.36 00:41.2
 

IR3 ISOR 63 0 0 1 1 83,56 37.43 DN0011/43 I
 

IR2 ISR 62 0 0 2 i a4.75 38 79 DN0011/44 I
 I91 ISO1 62 0 0 2 1 92.11 45.19 0011/45 1
 

PHOTOMETRIC STUDY
 

11A219/029 16 33 40 	 COLOR 185 0/187 5 -20 .12 1/1 1 4 REC/UH 16K 12 283 8/33 2 222/-36 232/07.21:36 00:14.6
 BLU SP 21 0 0 1 1 77.28 27.43 DNO012/01 1
 

GRN S0P 21 0 0 1 1 91.46 32.74 0N0012/02 1
 

RED SOP 20 0 0 2 1 99.77 40.53 DNO012/O 1
 

PHOTOMETRIC STUDY
 

ON 

Lo
 
VIKING PROdECT LIBRARY
 

VL-1 CAMERA EVENT REPORT
 

AZIMUTH CENTER CHAN DATA SCAN PSA SOLAR ANTISOLAR DURA- RSCN
 

CE LABEL LLT DIODE START/STOP ELEV STEP MODE OFFSET GAIN PATH RATE TEMP(C) AZ/EL AZ/EL GMT TION /DUST
 

DATA TOTAL RESCAN LINES AVE DN STAND EDR # OF EDR
 

RECORD LINES BEGIN/TOTAL MISSED GAPS VALUE DEV TAPE/FILE SEGMENTS
 -- ....... -- - -- ....... - --- I ~ ..... I . .. ... ..... ... = ......... ........ .......... .
 

11A220/029 16:35.40 	 IR 165.0/187 5 -20 .12 9/1 1 4 REC/UH 16K 12 284.0/32.8 222/-35 232/07:23:36 00:14.6
 

IR3 SDR 21 0 0 1 1 80 35 29.34 DNO012/04 1
 

IR2 SDR 21 0 0 1 1 81.52 31.48 DNO012/05 1
 

IRI SDR 20 0 0 2 1 89.58 36 11 DNO012/06 1
 

PHOTOMETRIC STUD
 

11A221/029 16.37.40 	 COLOR 300.0/302.5 -10 .12 1/1 1 4 REC/UH 16K 12 284.1/32.3 222/-35 232/07:25:36 00:14.6
 

BLU ISDR 21 0 0 1 1 88.07 37 94 DNO012/07 1
 

GRN ISDR 21 0 0 1 1 100.88 42.68 DNO012/O8 1
 

RED ISDR 20 0 0 2 1 95.35 36.31 DNO012/09 1
 

PHOTOMETRIC STUDY
 

11A222/029 16:39.40 	 IR 300.0/302.5 -10 .12 9/1 1 4 REC]UH 16K 12 284 2/31,9 222/-34 232/07:27;36 00;14.6
 

IR3 SDR 21 0 0 I 1 77 93 28.58 DNO012/1O I
 

IR2 SDR 21 0 0 1 1 80.48 30,11 DN0012/11 1
 

IR1 SDR 20 0 0 2 1 83.94 30.58 DN0012/12 I
 

PHOTOMETRIC STUDY
 

11A223/029 16:41 40 	 COLOR 275.0/277,5 -20 .12 1/1 1 4 REC/UH 16K 12 284.3/31.4 222/-34 232/07:29:36 00.14,6
 

BLU SDR 21 0 0 1 1 72.23 33.74 DNO012/13 I
 

GRN SDR 21 0 0 1 1 83.50 36.07 DN00142/14 I
 

RED SDR 20 0 0 2 1 91.51, 35.33 DNO012/1 I
 

PHOTOMETRIC STUDY
 

11A224/029 16:43.40 	 IR 275.0/277.5 -20 .12 9/1 1 4 REC/UH 18K 12 284.4/31,0 223/-34 232/07;31:36 00:14.6
 

IR3 5CR 21 0 0 1 1 72.01 26,14 DN0012/16 1
 

'IR2 SOR 21 0 0 1 1 73 89 27.16 DNO012/17 I
 

IR1 SDR 20 0 0 2 1 $1,11 30.38 DN0012/18 1
 

PHOTOMETRIC STUDY
 

11A225/029 17.26-41 	 COLOR 222 5/230.0 -30 .12 1/1 1 4 REC/UH 16K 12 287.1/21.7 2251-24 232/08:14:37 00:41.2
 

BLU ISDR 63 0 0 1 1 66.87 27.61 DNO012/19 I
 

GRN ISDR 62 0 0 2 1 72.15 38.98 DNOOI2/20 1
 

RED ISOR 62 0 0 2 1 71.57 45.67 DN0012/21 1
 

PHOTOMETRIC STUDY
 

11A226/029 17:26.23 	 SINGLE 170 0/170 0 0 15/7 1 2 REC/UH 16K 12 / / 231/08:14:19 0:18.0
 

CAL SDR 61 0 0 0 0 .00 .00 DN0012/22 I
 

PHOTOMETRIC STUDY
 

1A227/029 17:30.40 IR 222 5/230 0 -30 .12 9/1 1 4 REC/UH 16K 12 287.3/20.8 226/-23 232/08:18:36 00:41.2 

IR3 ISDR 63 0 0 1 1 59.48 32.34 DNO012/23 I 

IR2 ISR 62 0 0 2 1 59.79 33.29 DN0012/24 I 

IRI ISDR 62 0 0 2 1 62.72 37.79 DNOO2/25 1 

PHOTOMETRIC STUDY 
----------------------------------------------------- ---------------------------------- --

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

VIKING PROJECT LIBRARY
 

VL-1 CAMERA EVENT REPORT
 

-- -- 7---------------------------------------
 SOLAR ANTISOLAR DURA- RSCN
 AZIMUTH CENTER CHAN DATA SCAN PSA 
 TION /DUST
 MODE OFFSET GAIN PATH RATE TEMP(C) AZ/EL AZ/EL GMT 
 CE LABEL LLT DIODE START/STOP ELEV LTEP 

-----------------------------------_-----------------------------------------

DATA TOTAL RESCAN LINES AVE ON STAND EDR # OF EDR 

DEV TAPE/FILE SEGMENTS RECORD LINES BEGIN/TOTAL MISSED GAPS VALUE 
 .....................
 .......................................................................................... 


-20 .12 1/1 1 4 REC/UH 16K 12 287,5/20 2 226/-23 232/08:21:36 00:14.6
 11A228/029 17.33.40 COLOR. 195 0/187.5 

0 i 63.06 24 72 DNOO12/26 1
 OLU ISOR 21 0 1 


73.79 27.70 DNO012/27 I
 GRN ISDR 21 0 0 1 1 


1 73.06 31.00 DNO012/28 I
 RED ISDR 20 0 0 2 


PHOTOMETRIC STUDY
 

287.7/19.8 226/-22 232/08.23:36 00:14.6
 11A229/029 17.35.40 IR 185 0/187.S -20 .12 9/I 1 4 REC/UH 16K 12 


0 1 1 59,95 20.28 DNOO12/29 1
 IR3 ISDR 21 0 


1 1 60.73 21.83 DNOO12/30 1
 IR2 ISOR 21 0 0 


2 1 64.89 25.88 0NO012/31 1
 IR1 ISOR 20 0 0 


PHOTOMETRIC STUD?
 

12 287.8/19 3 226/-22 232/08:25:36 00.14.6 

11A230/029 17.37.40 COLOR 300 0/302.5 -10 .12 1/1 1 4 fEC/UH 16K 

0 0 1 1 74.12 37 07 0N0012/32 1
 SLU ISDR 21 
 83.47 40.67 DNOO12/33 1
 GRN ISDR 21 0 0 1 1 

75.25 30.70 DNO012/34 I
 RED 1SDR 20 0 0 2 1 


PHOTOMETRIC STUDY
 

1 4 REC/UH 16K 10 286 0/18.9 226/-21 232/08:27:36 00:14.6
 11A231/029 17 39,40 IR 300 0/302 5 -10 .12 9/1 


1 I 61.73 23.37 DNO012/35 1
 IR3 SOR 21 0 0 


0 1 1 63 49 24.44 DNO012/36 1
 IR2 SOR 21 0 


0 2 1 65 70 24.07 DNOO12/37 1
 IR1 SOR 20 0 


PHOTOMETRIC STUDY
 

1/1 1 4 REC/UH 16K 12 2se.1/18.5 226/-21 232/08:29:36 00-14.6
 11A232/029 17,41 40 COLOR 275 0/277 5 -20 .12 


21 0 0 1 1 60.49 28 41 o0012/38 1 BLU SDR 9 
 30.00 DN0012/3 1
 3RN SDR 21 0 0 1 1 68 16 


64.93 30.50 DNO012/40 I RED SOR 20 0 0 2 1 


PHOTOMETRIC STUDY
 

10 288 2/18.0 226/-21 232/08:31:36 00:14.6
 11A233/029 17 43 40 IR 275.0/277.5 -20 .12 9/1 1 4 REC/UH 16K 


1 1 54.78 19.49 DN0012/41 I
 [R3 SDR 21 0 0 


0 1 1 54.59 21.30 DN0012/42 I
 IR2 SDR 21 0 


2 5 57,20
 24.53 DN0012/43 I
 IRI SDR 20 0 0 


PHOTOMETRIC STUDY
 

15/7 1 2 REC/UH 16K 12 / / 232/08.31.50 0:18.0 llA234/029 17:43-54 SINGLE 170.0/170.0 0 
 .00 .00 DNO012/44 1
 CAL SOR 61 0 0 0 0 


CALIBRATION
 

REC/UH 16K 10 288 4/17.6 51/-20 232/08:33.36 1321.2
 12A235/029 17"45 40 SINGLE 140.0/290.0 0 .04 5/2 1 3 


5 2 78.01 46.00 DNO012/45 S
 B64 - ISDR 3746 0 0 


DETAIL oF HORIZON INCLUDING POSSIBLE CRATER 

12A236/030 10:00.07 SINGLE 125 0/132 5 *50 .04 

BB1 - SDR la lag 1 

VARIABLE FEATURES IMAGE OF NEAR 

8/2 1 4 RT/SB 

1 10113 

FIELD IMAGE NEAR FP3 

250 

26.32 

-2 81.9/59.0 206/-56 233/01:27:30 43:27.0 

DNO013/01 1 

U' 
-------------------------------------------------------------------- ---------------------------------------- -----------------------------------

VIKING PROdECT LIBRARY
 

VL-1 CAMERA EVENT REPORT
 

CENTER CHAN DATA SCAN PSA SOLAR ANTISOLAR DURA- RSCN
 AZIMUTH 


CE 'LABEL LLT DIODE START/STOP ELEV STEP MODE OFFSET GAIN PATH RATE TEMP(C) AZ/EL AZ/EL GMT TION /DUST
 

# OF EDR
 

RECORD LINES BEGIN/TOTAL MISSED GAPS VALUE GEV TAPE/FILE SEGMENTS
 rNTA TOTAL RESCAN LINES AVE ON STAND EDR 


12A237/030 14 41 02 	 SINGLE 157 5/217.5 O .04 5/2 1 4 RT/UH 16K 10 278.2/58 0 40/-G1 233/06.08:33 04:20.0
 

884 * ISOP 1219 0 0 282 1 129.88 61.15 DNO013/02 2
 

DETAIL OF HORIZON AND POSSIBLE HORIZON CRATER
 

12A238/030 15-11-57 SINGLE'172.5/232.5 -20 .04 0/2 1 4 RT/UH 16K 10 2798,6/51.2 41/-54 233/06:39:29 05:20.0
 

B82 * ISDR 1499 0 0 2 1 95.31 41.21 DNO013/03 2
 

HI RES OF PART OF NEAR FIELD
 

12A239/030 18.47 59 	 COLOR 130 0/190.0 -20 .12 1/1 1 1 REC/UH 16K 8 293 1/ 4.4 55/ -7 233/10:15-31 05.21.2
 

BLU ISDR 500 0 0 1 1 95.81 26.69 DNOO13/04 1 

GRN ISDR So 0 0 1 1 101.24 29.31 DNO013/05 1 

RED * ISDR 499 0 0 2 1 114 19 27.79 DNOO13/08 1 

COLOR NEAR SUNSET 

12A240/030 19-12 59 COLOR 130.0/250.0 0 .12 1/1 1 5 REC/UH 16K 6 295 3/-0.7 58/ -2 233/10:40.31 10:41.2
 

BLU * ISDR 998 0 0 3 2 68 22 49.27 0N0013/07 2
 

GRN ISOR 999 0 0 2 1 57.74 38.55 DNMOl3/OS 2
 

RED * ISDR 999 0 0 2 1 45.31 23.13 DNO13/O 2
 

SUNSET PICTURE
 

12A241/031 08'30 27 	 SINGLE 125.0/132.5 -50 .04 8/2 1 4 RT/SB 250 -8 77 8/39.1 201/-36 234/00,.37:34 43:27.0 

B81 0R 184 169 I 6 1 83.34 25,48 DNO013/10 I 

VARIABLE FEATURES EXPERIMENT 

12A42/031 13,39 59 	 SINGLE 285 0/290.0 -20 .04 8/2 1 3 REC/UH 16K 8 276.1/71.7 37/-74 234/05.47:06 00'27.9 

B61 SDR 127 126 1 0 0 143.68 50 25 DNO013/1 1 

MIDDLE RTC WITH MAGNET 

12A243/031 13-49 59 	 SINGLE 102.5/112.5 -30 .04 0/2 1 4 REC/UH 16K 10 276.3/689.4 37/-72 234/05.57:06 00.54.6 

B82 * SDR 253 251 2 0 0 115.77 21 53 DN0013/12 I 

HI RES OF GCMS SAMPLE SITE 

12A244/031 13 54 59 	 COLOR 102.5/112.5 -30 .12 1/1 1 4 REC/UH 16K 10 276 4/68 3 37/-71 234/06:02:06 00;54.6 

BLU * SOP 84 0 0 0 0 94 48 20.53 DNO013/13 I 

GRN - SOR 83 0 0 1 1 102.01 20 86 D0013/14 I 

RED - SO0 83 0 0 1 1 128.39 24.13 DNO013/15 1 

COLOR OF GCMS SAMPLE SITE 

12A245/031 13 56 59 IR 102.5/112.5 -30 .12 9/1 1 4 REC/UH 16K 10 276 5/67.8 37/-70 234/06.04:06 00:54.6
 

IR3 ISDR 84 0 0 0 0 98 39 19.79 DNO013/16 1 

IR2 ISDR 83 0 0 1 1 96.28 19 94 D0013/17 1 

IR1 - ISDR 83 0 0 1 1 111.68 22.78 DNO013/18 I 

IR OF GeMS SAMPLE SITE 

12A246/031 1.S5 59 	 SINGLE 102.5/112.5 -30 .12 14/3 1 4 REC/UH 16K 10 276.5/67.4 37/-70 234/06:06:06 00:19.0 

SURV SDR 86 84 2 0 0 113.79 22 44 DNOO13/19 1 

SURVEY SINGLET OF GCMS SAMPLE SITE 
VIKING PROJECT LIBRARY
 

VL-1 CAMERA EVENT REPORT
 

AZIMUTH CENTER CHAN DATA SCAN PEA SOLAR ANTISOLAR DURA- RSCN
 

CE LABEL LLT DIODE START/STOP ELEV STEP MODE OFFSET GAIN PATH RATE TEMP(C) AZ/EL AZ/EL GMT TION /DUST
 - - - - - - - - - - - - . . . . . _ _ - - - . . . . - - -	 . . . - . . . - - - - - - - - - - . . . . . . . . ° . . . - - - - - - - - -- - - . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .. . . . . . . . . . . . . . . . . .- - - -. 
 . . .
 

DATA TOTAL RESCAN LINES AVE ON STAND EDR # OF EDR
 

RECORD LINES BEGIN/TOTAL MISSED GAPS VALUE DEv TAPE/FIE SEGMENTS
 ....... ..... ............ .. ,...... ....... .. ... .............. °.......................
 

12A247/031 14-00 59 	 COLOR 285 0/290.0 -20 .12 1/1 i 4 REC/UH 16K 10 276 6/67.0 38/-69 234/06:08:06 00.27.9
 

1LU SDR 42 0 0 1 1 117.70 65.07 DNOO13/20 1
 

GRN SDR 42 0 0 1 1 119.86 62 85 DNO013/21 1
 

RED SDR 41 0 0 2 1 134.81 60,95 DNOG13/22 1
 

MIDDLE TEST CHART WITH MAGNET
 

12A246/031 14 02 59 	 IR 285 0/290 0 -20 .12 9/1 1 4 REC/UH 16K 10 276 7/66 5 38/-69 234/06:10:06 00:27.9
 

IR3 SDR 42 0 0 1 1 114.78 51 93 DNOO13/23 1
 

IR2 SDR 41 0 0 2 I 112.87 51.19 DNO013/24 1
 

IRI SDR 41 0 0 2 1 121.53 53.42 DNOO13/2S 1
 

MIDDLE TEST CHART WITH MAGNET
 

12A249/031 14-04 59 	 SINGLE 285.0/290.0 -20 .12 14/3 1 4 REC/UH 16K 10 276 7/66.1 3B/-69 234/06:12:06 00'10.1
 

SURV SOR 44 43 1 0 0 125.26 59.58 DNOO13/26 1
 

SURVEY OF MIDDLE TEST CHART
 

11A250/031 14.38.28 	 SINGLE tO0 0/160 0 0 .04 5/2 1 4 RT/UH 16K 8 278 0/58 6 215/-61 234/06.45:34 04:20.0
 B 4 ISOR 1217 0 0 284 1 143.25 41.40 DNOD13/27 2
 

DRIFTS AND BLOCKS OUT TO HORIZON
 

11A251/031 15.09 23 SINGLE 127.5/187 5 -10 .04 5/2 1 4 RT/UH 16K 20 279.3/51 7 217/-54 234/07:16:30 05'20.0
 B84 ' ISDR 1501 0 0 0 0 120.17 38.03 DNO013/28 2
 

BIG JOE AREA WITH GOOD LIGHT
 

12A252/031 16 59.59 SINGLE 25 0/ 30.0 -20 .04 8/2 1 3 REC/UH 16K 12 285.2/27 4 47/-30 234/09:07:06 00:27.9
 

Be1 SDR 127 126 1 0 0 163.17 70 33 DN0013/29 1
 

'DIRECT VIEW OF BACKHOE MAGNET IN SUNLIGHT
 

11A253/032 11-28 27 SINGLE 205 0/207.5 -40 .04 8/2 1 4 PT/SB 250 4 84 4/78 8 27/-76 23S/04:15:09 43.27.0
 

Be1 ISDR 189 64 126 1 1 122 07 18 73 DN0014/01 I
 

EXPERIMENT TO MEASURE FACET SIZE
 

11A254/032 13 54-59 	 SINGLE 150 0/190.0 -10 04 5/2 1 4 REC/UH 16K 12 276 2/68.3 213/-71 235/06:41:41 03:34.6
 

84 * ISDR 1003 1001 2 0 0 139.22 27 39 DNO014/02 2
 

BIG JOE AND DRIFT COVERED BLOCKS IN BACKGROUND GOOD ILLUMINATION
 

12A255/032 14 31,43 	 SINGLE 290 0/335.0 0 .04 5/2 i 4 RT/UH 16K 8 277 6/60.0 39/-63 23S/07:18:25 04:20.0
 

B4 - ISDR 1218 1126 92 0 0 132.52 51.57 DNO014/03 2
 

AREA OF SMALL DRIFTS AND 8LOCKS
 

128000/032 15 07'29 	 SINGLE 250.0/310.0 0 04 5/2 1 4 RT/UH 16K -6 279.1/52,1 41/-55 235/07:54:11 05.20.0
 

BB4 * ISDR 1090 0 0 411 1 132.46 60 58 DNO014/04 2
 

IMAGE USABLE FROM CACCS AIMUTH 250 TO 280.
 

118001/032 23 08 25 	 SINGLE 232 5/237.5 30 .04 10/2 1 0 REC/UH 16K -6 333 4/-40 270/ 38 235/15.55:07 00.27.9
 

IR2 SDR 127 126 1 0 0 120.58 11 30 DNO014/OS I
 

PHOBOS
 
------------------------------------------ ------- ----------------------------------------------------------------------------------

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

0'i
 

'C VIKING PROJECT LI BRARY
 

VL-1 CAMERA EVENT REPORT
 

AZIMUTH CENTER CHAN DATA SCAN PSA SOLAR ANTISOLAR DURA- RSCN
 

CE LABEL LLT DIODE START/STOP ELEV LTEP MODE OFFSET GAIN PATH RATE TEMP(C) AZ/EL AZ/EL GMT TION /DUST
 ....----.......................... 
 .------------------------------------------------------------------------------
 DATA TOTAL RESCAN LINES AVE ON STAND EDR # OF EDR
 RECORD LINES BEGIN/TOTAL MISSED GAPS VALUE DEV TAPE/FILE SEGMENTS
 ........................................................................................
 

118002/032 23'09.57 	 SINGLE 232.5/237.5 30 .04 3/2 1 0 REC/UH 16K -6 333 81-40 270/ 38 235/15:56:39 00:27.9
 

RED SDR 127 126 1 0 0 120.72 4.01 DNO014/06 I
 PHOOS
 

118003/032 23:11 29 	 SINGLE 232.5/237.5 30 .04 1/2 1 1 REC/UH 16K -6 334 2/-40 271/ 38 235/15:58:11 00:27.9
 BLU ISOR 128 126 2 0 0 57.70 17.17 DNO014/07 I
 

PHOBOS
 

11B004/032 23:13.01 	 SINGLE 232.5/235.0 30 .04 9/2 1 0 REC/UH 16K -6 334.7/-40 271/ 38 235/15:59:43 00:14.r
 

IR3 SDR 65 64 1 0 0 139 58 7.14 DNOO14/08 1
 PHOBOS
 

11B005/032 23:14,33 	 SINGLE 230.0/235.0 30 .04 11/2 1 0 REC/UK 16K -6 335.1/-40 271/ 38 235/16.01:15 00:27.9
 

IR1 SDR 128 126 2 0 0 120.01 8.53 DNO014/09 1
 PHOBOS
 

118006/032 23:16.05 	 SINGLE 230.0/235.0 20 .04 14/2 1 0 REC/UH 16K -6 335.5/-40 272/ 38 235/16:02:47 00:27.9
 

SURV SOR 128 126 2 0 0 119.63 4.38 DNO014/10 I
 PHOBOS
 

11B007/032 23:18.25 	 SINGLE 230.0/235.0 20 .04 10/2 1 0 REC/UH 16K -6 336 1/-41 272/ 39 235/16:05:07 00:27.9
 

IR2 ISDR 128 126 2 0 0 122.96 11.30 DNOD14/11 1
 PHOBOS
 

118008/032 23:19.57 	SINGLE 230,0/232 5 20 .04 3/2 1 0 REC/UH 16K -6 336.5/-41 273/ 39 235/16:06:39 00:14.6
 

RED SDR 65 64 1 0 0 117,74 3.84 DNO014/12 I
 

PHO0S
 

11B009/032 23:21:29 	 SINGLE 227.5/232.5 20 .04 1/2 1 1 REC/UH 16H -6 336.9/-41 273/ 39 235/16.08:11 00:27.9
 

BLU SDR 128 126 2 0 0 65.46 17.71 0N0014/13 I
 PHOBOS
 

11B010/032 23:23.25 	 SINGLE 227.5/232 5 20 .04 2/2 1 0 REC/UH 
 16K -6 337.5/-41 c74/ 39 235/16:10:07 00:27.9
 GRN SDR 128 126 2 0 0 120.13 10,55 DN0014/14 I
 

PHOBOS
 

11B011/032 23:27.25 	 SINGLE 227.5/230.0 20 .04 10/2 1 0 REC/UH 16K -6 338.6/-41 275/ 40 235/16:14.07 00:14.6 IR2 SOR 65 64 1 0 0 122.71 10.18 DN0014/15 1 

PHOBOS 

118012/032 23:28,57 	 SINGLE 225 0/230.0 20 .04 3/2 1 0 REC/UH 16K -6 339.0/-42 275/ 40 235/16:15:39 00:27.9
 RED ISDR 12b 126 2 0 0 120.35 3.95 DN0014/16 1
 

PHOBOS
 

11B013/032 23.30:29 	 SINGLE 225.0/230 0 20 .04 1/2 1 0 REC/UH 16K -6 339.5/-42 276/ 40 235/16:17:11 00:27.9
 BLU ISDR 128 126 2 0 0 118.83 34.04 DNO014/17 1
 

PHOBOS
 
VIKING PROJECT LIBRARY
 

VL-1 CAMERA EVENT REPORT
 

CE LABEL LLT DIODE 

AZIMUTH 

START/STOP 

CENTER 

ELEV STEP 

CHAN 

MODE OFFSET GAIN 

DATA 

PATH 

SCAN 

RATE 

PSA SOLAR 

TEMP(C) AZ/EL 

ANTISOLAR 

AZ/EL GMT 

DURA- RSCN 

TION /DUST 

DATA TOTAL RESCAN LINES 

RECORD LINES BEGIN/TOTAL MISSED GAPS 

AVE DN 

VALUE 

STANO 

DEV 

EDR # OF EDR 

TAPE/FILE SEGMENTS 

11B014/032 23.30 56 SINGLE 170.0/170 0 

CAL SDR 61 

CALIBRATION 

0 

0 0 

15/7 

0 

1 

0 

2 REC/UH 

.00 

16R 

.00 

-6 / 

DNO014/IS 

/ 

I 

235/16:17:37 0:18.0 

113015/033 09:36-26 COLOR 212 5/222.5 

BLU * ISOR 68 

GRN * ISDR 68 

RED * IBDR 67 

COLOR OF TRENCH 

-30 

0 

0 

0 

.12 

0 

0 

0 

1/1 

16 

16 

17 

1 

1 

1 

1 

4 RT/SB 

70 59 

85.03 

109.09 

250 

34.51 

32.90 

35.47 

-6 81 3/53 8 

DNOO1O/19 

DNO014/20 

DNO014/21 

21/-Si 

1 

1 

1 

236/03:02:44 44.27.0 

12B016/033 14.27 15 SINGLE 260.0/320 0 -10 .04 13/2 

B3 * ISOR 1217 0 0 284 

NEAR ROCKS AND ASSOCIATED SMALL DRIFTS 

1 

1 

4 RT/UH 

104.86 

16K 

46.40 

2 277 2/61.0 

DN0014/22 

39/-64 236/07:53:32 04.20.0 

2 

122017/033 15:03 00 SINGLE 142 5/202.5 -50 .04 8/2 1 4 RT/UH 

B51 * ISDR 951 0 0 550 1 62.39 

FOOTPAD 3.USEFUL DATA FROM CACCS AZIUTH 143 TO 167. 

16K 

$4.91 

10 278 8/53.0 

DNO014/23 

40/-56 236/08:29:18 05:20.0 

2 

118018/034 09:04 27 COLOR 212.5/222 5 -30 .12 

BLU * ISDR 64 0 0 

GN * ISDR 6" 0 0 

RED * ISDR 64 0 0 

NOISY COLOR PICTURE OF TRENCH 

1/1 

20 

20 

20 

1 

1 

1 

1 

4 RT/SB 

62 33 

76.40 

97.51 

250 

26.18 

27.62 

31.59 

-8 79 9/46.7 

DNO015/01 

DNOOiS/02 

DNO015/03 

19/-44 237/03:10.20 44:27.0 

1 

I 

1 

118019/034 10:42 52 SINGLE 290 0/300.0 -30 .04 0/2 1 4 REC/UH 

B2 * SDR 252 251 1 0 0 108 67 DIRECT VIEW OF BACKHOE MAGNET ARRAY AND COLLECTOR 

16K 

33 13 

2 84.3/68 7 

DNO15/04 

25/-65 237/04'48:44 00:54.6 

1 

118020/034 11*42 52 SINGLE 290.0/300.0 -30 .04 0/2 1 4 REC/UH 

B22 * SDR 253 251 2 0 0 111 87 

DIRECT VIEW OF BACKHOE MAGNET ARRAY AND COLLECTOR 

16K 

34.64 

4 84 9/82.1 

DNOO15/05 

29/-79 237/05.48:44 00:54.6 

I 

12B021/034 12'20 00 COLOR 145.0/170 0 

BLU * ISOR 208 GRN * ISDR 207 

RED - ISDR 207 

COLOR OF AREA ABOVE 

-30 .12 

0 0 

0 0 

0 0 

FOOTPAD 3 

1/1 

1 

2 

2 

1 

1 

1 

1 

4 REC/UH 

95.51 

101.91 

124 12 

16K 

30.77 

33,81 

39 46 

4 315 3/89 3 219/-87 237/06:25:52 02.14.6 

DNOO1S/06 1 DNOOIS/07 1 

DNOOI5/08 1 

128022/034 12-24 00 IR 145 0/170 0 -30 

IR3 SDR 209 0 

IR2 SD 208 0 .IR1 * SDR 208 0 

IR TO ACCOMPANY 128021 

.12 

0 

0 

0 

9/1 

0 

1 

1 

1 

0 

1 

1 

4- REC/UH 

94 44 

92 25 106.87 

16K 

31.10 

30 76 35.16 

6 289 4/88 5 

DNO015/09 

DNO015/10 

DM0015/11 

22/-8B 237/06:29:52 02:14.6 

1 

1 

I 

122023/034 12:28.00 SINGLE 145.0/170.0 -30 

SURV SDR 211 209 

SURVEY TO ACCOMPANY 125021 

.12 

2 

AND 

14/3 

0 

128023 

1 

0 

4 REC/UH 

109.99 

16K 

3S.89 

6 282 3/87.7 237/-89 237/06:33:52 00:45.7 

DNO015/12 1 
--------------- ------------------------------------------------------------------

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

VIKING PROJECT LIBRARY VL-I CAMERA EVENT REPORT 

CE LABEL 

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

LLT 

---------

DIODE 

---------

AZIMUTH 

START/STOP 

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

CENTER ELEV STEP 

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

CHAN 

MODE OFFSET GAIN ------

DATA 

PATH SCAN PSA SOLAR RATE TEMP(C) AZ/EL ANTISOLAR AZ/EL GMT DURA- RSCN TION /DUST 

DATA TOTAL RESCAN LINES AVE ON STAND EDR 0 OF EDR
 RECORD LINES BEGIN/TOTAL MISSED GAPS VALUE 
 DEv TAPr/FILE SEGMENTS
 

128024/034 12"32 00 COLOR 170 0/197.5 0 .12 
 i/1 1 4 REC/UH 16K 6 279.2/86.8 348/-89 237/06:37:52 02:21.0 BLU * ISDR 230 0 0 G 0 T42.89 54.65 DNO015/13 1
 GRN *IGOR 230 0 
 0 0 0 736.09 44.57 DNO015/14
 RED * ISDR 229 0 0 1 1 142.51 36.84 DNO01/15 I
 COLOR OF AREA ABOVE LEG 3
 

12B025/034 12:36,00 IR 170 0/197.5 0 .12 9/1 
 1 4 REC/UH 16K 6 277.5/85.9 20/-88 237/06:41:52 02:27.9
 IR3 ISDR 
 229 0 0 1 1 112.48 30.77 DNO015/16 I
 IR2 ISOR 228 0 0 2 I 
 112.08 30.49 DNO015/17 I
 IRI * ISD 228 0 0 2 
 1 T26.04 33.11 DNO015/18 I 

IR TO ACCOMPANY 128024 

128026/034 12.40 00 SINGLE 170 0/197.5 
 0 .12 14/3 1 4 REC/UH 16K 8 276.5/85.0 26/-87 237/06:45:52 00:50.1 SURV * ISDR 226 0 0 4 1 134 45 36.27 DN0015/19 1
 SURVEY TO ACCOMPANY 12B024 AND 126025
 

128027/034 12:44 00 COLOR 102 5/112 5 -30 .12 
 1/1 1 4 REC/UH 1SK 8 275.8/84.1 25/-87 237/06:49:52 00:54.6
 BLU * SDR 84 0 
 0 0 0 96.83 22.46 DNOOS/20 7 ORN * SD 83 0 0 1 1 104.62 22.73 DN0016/21 T
 RED * SDR 83 0 0 1 1 132.48 25.68 DNOOIS/22 1
 

COLOR OF TRENCH
 

128028/034 12-46.00 IR 102.5/112.5 -30 .12 9/i 1 4 REC/UH 
 16K 8 275 6/83.7 29/-86 237/06:51:52 00:54.6
 IR3 SDR 
 84 0 0 a 0 101.11 20 63 DN0015/23 1
 I12 $DR 83 0 
 0 1 1 99.15 20.77 DNO015/24 T IR1 * SDR 83 0 0 1 1 115.31 23.78 DNO015/25 I
 IR TO ACCOMPANY 128027
 

128029/034 12,48.00 SINGLE 102.S/112.5 -30 .12 14/3 1 4 REC/UH 16K 10 275.4/S3.2 30/-86 237/06:53:52 00:19.0
 SURV SDR 86 84 2 
 0 0 116.90 23.61 DNO015/26 I
 SURVEY TO ACCOMPANY 128027 AND 128028
 

128030/034 12 55 00 SINGLE 102.5/112.5 -30 .04 0/2 
 1 4 REC/UH 16K 10 275.0/816 32/-84 237/07:00:52 00:54.6
 B2 0ISD 
253 251 2 0 0 116.22 23.61 DM0015127 1
 HI RES OF TRENCH X-RAY SAMPLE SITE
 

128031/034 13 00 00 SINGLE 305 0/330.0 -30 .12 14/3 1 5 REC/UH 16K 
 10 274.8/80.5 32/-83 237/07:05:52 00:45.7
 SURV SDR 211 209 2 
 0 0 59.41 27.99 DNOOIS/28 1
 TOP OF LANDER XFRS PDA
 

128032/034 13:04 00 COLOR 285 0/290.0 -20 .12 
 1/1 1 4 REC/UH 16K 10 274.8/79 6 33/-82 237/07:09:52 00:27.9
 BLU SDR 42 0 0 1 1 
 134.62 62.80 DNO015/29 1
 G6N SDR 42 
 0 0 1 I 132.00 57.41 DNOO15/30 1
 RED SDR 41 0 0 2 
 1 147.12 53.52 DN0015/31 I
 COLOR OF MIDDLE RTC IN SUNLIGHT
 
VIKING PROJECT LIBRARY
 VL-1 CAMERA EVENT REPORT
 

CE LABEL LLT DIODE 

AZIMUTH 

START/STOP 

CENTER 

ELEV STEP 

CHAN 

MODE OFFSET GAIN 

DATA 

PATH 

SCAN PSA SOLAR 

RATE TEMP(C) AZ/EL 

ANTISOLAR 

AZ/EL GMT 

OURA- RSCM 

TION /OUST 

DATA TOTAL RESCAN LINES 

RECORD LINES BEGIN/TOTAL MISSED GAPS 

AVE DN 

VALUE 

STAND 

0EV 

EDR # OF EDR 

TAPE/FILE SEGMENTS 

12B032/034 13'05:30 IR 285.0/290 0 

IR3 SDR 42 

IR2 SOR 42 

IRi SDR 41 

IF OF MIDDLE RTC 

-20 

0 

0 

0 

.12 

0 

0 

0 

9/1 

1 

1 

2 

1 

1 

1 

1 

4 PEC/UH 

138.18 

135.69 

144.73 

16K 

53.45 

52.48 

51.57 

12 274.7/79.3 

DNO015/32 

DNO015/33 

DNO015/34 

33/-82 237/07:11.22 00:27.9 

1 

I 

I 

12B034/034 13.07-00 SINGLE 285 0/290 0 

SURV SDR 44 

SURVEY OF MIDDLE RTC 

-20 

43 

.12 

1 

14/3 

0 

1 

0 

4 REC/UH 

139,27 

16K 

52.04 

12 274 7/79 0 

DNOOIS/35 

33/-Si 

1 

237/07:12:52 00:10,1 

125035/034 13:07,10 SINGLE 170.0/170,0 

CAL SDR 61 

CALIBRAT'ION 

0 

0 0 

15/7 

0 

1 

0 

2 REC/UH 

.00 

16K 

.00 

12 / 

DN0015/36 

/ 

I 

237/07;13"02 0:18.0 

11B036/034 14.25,02 SINGLE 287,5/335 0 0 .04 5/2 

B4 * 15R 1220 1189 31 0 DETAIL OF HORIZON AND POSSIBLE BEDROCK 

1 

0 

4 RT/UH 

139,13 

16K 

40.23 

8 277 0/61.5 214/-64 

DNO015/37 2 

237/08'30:54 04:20.0 

118037/034 14:55-57 SINGLE 247.5/307 5 

884 ISOR 1498 

LARGE BLOCKS ON RISE 

0 .04 

0 0 

AT HORIZON 

5/2 

3 

1 

1 

4 RT/UH 

135.07 

16K 

27.73 

8 278.3/54 6 216/-57 

DNOOI5/38 2 

237/09:01:50 05:20.0 

128038/035 09:36 27 SINGLE 132 5/150,0 -30 .12 

SURV * ISDR 195 147 50 

VARIABLE FEATURES MONITORING NEAR 

14/3 

2 

FOOT 

1 

1 

PAD 3 

4 RT/SB 

112.52 

250 

30.66 

-4 81 6/53 8 205/-S1 

0N0016/01 1 

238/04:21:55 44:27.0 

118039/035 11:49.59 COLOR 35.0/ 40.0 -10 

BLU ISOR 42 0 

GRN ISOR 41 0 

RED ISDR 41 0 

COLOR OF RTC3 IN SUNLIGHT 

.12 

0 

0 

0 

1/1 

1 

.2 

2 

1 

1 

1 

1 

4 REC/UH 

119,99 

137 78 

146.11 

16K 

45.22 

48 14 

51.54 

0 95.1/83.7 

DNOO1/02 

DNOOI6/03 

DNO016/04 

30/-80 238/06.35.27 00:27.9 

I 

I 

1 

115040/035 11.51:59 IR 35 0/ 

IR3 ISDR 

IR2 ISDR 

IRI ISDR 

IR OF RTC3 

40 0 

42 

42 

41 

-10 

0 

0 

0 

.12 

0 

0 

0 

9/1 

1 

1 

2 

1 

I 

1 

1 

4 REC/UH 

114.90 

118.88 

130.79 

16K 

41.38 

43.08 

47 93 

0 84 9/84.2 

ONOOI/05 

DNO016/O6 

DNO016/07 

40/-81 

I 

I 

238/06.37:27 00:27.9 

119041/035 11:53.59 SINGLE 39,0/ 40.0 

SURV ISR 46 

SURVEY OF RTC3 

-10 

43 

.12 

3 

14/3 

0 

1 

0 

4 REC/UH 

139 35 

16K 

47.72 

0 84.7/84 8 

DNO16/08 

30/-al 

I 

238/06:39.27 00:10.1 

11B042/035 11.59.59 COLOR 175 0/205 0 -30 .12 

BLU * ISDR 250 0 0 

GRN ' ISDR 250 0 0 RED - ISDR 249 0 0 

COLOR OF FOOTPAD 2 (BURIED) OUT 

1/1 

1 

1 

2 

TO HORIZON 

1 

1 

1 

1 

4 REC/UH 

82.30 

98.64 

127,31 

16K 

39.23 

41.23 

47.62 

-17 83.6/86.0 

DNOO1/09 

DNO016/10 

DNO16/11 

31/-83 238/06:45:27 02:41.2 

I 

1 

I 
N) 	 VIKING PROJECT LIBRARY
 VL-1 CAMERA EVENT REPORT
 

DATA SCAN PSA SOLAR ANTISOLAR DURA- RSCN
 

CE LABEL LLT DIODE START/STOP ELEV STEP MODE OFFSET GAIN PATH RATE TEMP(C) AZ/EL AZ/EL 


AZIMUTH CENTER CHAN 


GMT TION /DUST
 

............................................ 
............... .........................................................................
 

DATA TOTAL RESCAN LINES AVE DN STAND EOR # OF EDR
 

RECORD LINES BEGIN/TOTAL MISSED GAPS VALUE DEV TAPE/FILE SEGMENTS
 

11B043/035 12.03:59 	 IR 175.0/205.0 -30 .12 9/1 1 4 REC/UH 16K -17 82.1/86.9 32/-84 238/06:49;27 02:41.2
 

IR3 ISDR 247 0 0 4 3 103.63 40.91 DN0016/12 1
 

1R2 ISDR 249 0 0 2 1 106.12 41.14 DNOOI1/13 1 

IR1 * ISDR 247 0 0 4 3 103.63 40.91 DNO016/14 I 

IR TO ACCOMPANY 11B042 

118044/035 12;07.59 	 SINGLE 175,0/205.0 -30 .12 14/3 1 4 REC/UH 16K 2 79.4/87.8 32/-84 238/06:53:27 00:54.6
 

SURV ISDR 253 251 2 0 0 119.29 44.56 DNOO16/1G 1
 

SURVEY TO ACCOMPANY 113042 AND 11B043
 

11B045/035 12:11-59 	 COLOR 115.0/175.0 0 .12 1/1 1 4 REC/UH 16K 2 72 9/88.6 33/-B 238/06:57::1 0B:21.2 

BLU * ISDR 500 0 0 1 1 122.44 38.67 DNO016/16 1 

GRN * IOR 500 0 0 1 1 140 50 38,76 DNOOIG/17 I 

RED * ISDR 499 0 0 2 2 148.54 38.25 DNOOIS/18 I 

COLOR OF BIG JOE 

11B046/05 12:18.29 	 IR 115.0/175.0 0 .12 9/1 1 4 REC/UH 16K 4 337.0/89.6 36/-87 238/07:03:57 05.21.2 

IRS ISOR 499 0 0 2 1 127.99 46.96 DNOO15/19 1 

IR2 ISDR 492 0 0 3 1 131.30 46.03 DNO016/20 I 

IRI * ISDR 499 0 0 2 1 127.99 46.96 DNO01B/21 1 

IR OF BIG JOE
 

11B047/035 12:24.59 	 SINGLE 115.0/175.0 0 .12 14/3 1 4 REC/UH 16K 6 283.9/88.3 45/-88 238/07:10;27 01:47.9
 

SURV ISDR 503 501 2 0 0 143.00 35.93 DNOO16/22 1
 

SURVEY OF BIG dOE FOR PHOTOMETRIC SEOUENCE
 

11B048/035 12:26:46 	 SINGLE 170.0/170.0 0 15/7 1 2 REC/UH 16K 8 / / 238/0712:14 0:18.0 

CAL SOR 60 0 0 0 0 .00 .00 0N0016/23 1 

CALIBRATION 

128049/035 14;20"13 	SINGLE 45.0/ 95.0 -$0 .04 14/2 1 4 RT/UH 16K 10 276.6/62.5 38/-65 238/09:05:40 04:20.0 

SURV * ISDR 1219 0 0 32 i 122.81 52.86 DNO016/24 2 

NEAR LANDER AREA OF FLAT FRACTURED MATERIAL "DURICRUST"? SURFACE SAMPLER PIN 

119050/035 14'51.08 SINGLE 167.5/227.5 -50 .04 8/2 1 4 RT/UH 16K 6 278.0/55.6 216/'58 238/09:36:36 05:20.0
 

81 * ISDR 1499 0 0 2 1 91.16 47.65 DNO016/25 2
 

BURIED FOOTPAD 2
 

116051/036 07:19.59 	SINGLE 10.0/ 30 0 0 .04 5/2 1 4 REC/UH 161 -13 74 2/23.8 13/-21 229/02:45:02 01:47.9
 

B4 - ISOR 503 501 2 0 0 140.86 43.28 ON0016/26 1
 

DISTANT ROCKS RATHER POORLY SEEN OVER RTG 2
 

11BO52/036 07:24:59 	SINGLE 252.5/335.0 -20 .04 13/2 1 4 REC/UH 16K -13 74.5/24.9 13/,22 239/02:50:02 07:21.2
 

BBG * ISDR 2061 0 0 3 2 62.63 31.52 DNOOI6/27 3
 

NEAR FIELD ROCKS
 
VIKING PROJECT LIBRARY
 

VL-1 CAMERA EVENT REPORT
 

AZIMUTH CENTER CHAN DATA SCAN PSA SOLAR ANTISOLAR DURA- RSCN
 

CE LABEL LLT DIODE START/STOP ELEV STEP MODE OFFSET GAIN PATH RATE TEMP(C) A2/EL AZ/EL GMT TION /DUST
 

DATA TOTAL RESCAN LINES AVE DN STAND EDR # OF EOR
 

RECORD LINES BEGIN/TOTAL MISSED GAPS VALUE DEV TAPE/FILE SEGMENTS
 

11B053/036 07:34.59 	SINGLE 307.5/335 C -40 .04 B/2 1 4 REC/UH 16K -12 75.1/27.1 14/-24 239/03:00:02 02:27.9
 

B81 ISOR 692 SB9 a 0 0 85 19 38.18 DNOO16/28 1
 

SURFACE NEAR LANDER BENEATH SURFACE SAMPLER HOUSING
 

12BOS4/036 07:39:59 	SINGLE 15.0/ BO.O -20 .04 13/2 1 4 REC/UH 16K -12 75.4/28.1 198/-25 239/03:05:02 05.47.9
 

SB3 I ISDR 1624 0 0 2 1 62 54 41.15 DNOO16/29 2
 

SURFACE SAMPLER COLLECTOR HEAD POSITIONED OVER TRENCH
 

12B055/036 07:47 59 	 SINGLE 140.0/142 5 -30 .04 0/2 1 4 REC/UH 16K -10 75.9/29.9 199/-27 239/03:13:02 00:14.6
 

BB2 w ISDR 67 64 3 0 0 73.59 28.31 DNOO16/30 1
 

SMALL AREA OF NEAR FIELD BLOCKS
 

12B056/06 07:49 59 	 SINGLE 167 5/192.5 -20 .04 13/2 1 4 REC/UH 181 -10 76 0/30.3 1l9/-27 239/03:15.02 02:14.6
 

883 * ISDR 628 626 2 0 0 115 98 27.29 DNO0O1/31 I
 

BLOCKY SURFACE OVER LEG3
 

12BO57/036 09.00 27 	 SINGLE 132 5/135.0 -50 .04 8/2 1 4 RT/SB 250 -4 80.0/45.9 203/-43 239/04:25:30 43:27.0
 

BB1 - ISDR 193 64 134 5 1 94.8O 31.15 DNO016/32 I
 SAMLL AREA OF NEAR FIELD SOIL, 134 LINES OF RESCAN
 

118058/036 14:14:41 	 SINGLE 1BO 0/230.0 -30 .04 0/2 1 4 RT/UH 16K 6 276.2/63.7 213/-66 239/09:39.44 04 20.0
 

BB2 ISOR 1217 0 0 34 1 129.48 28.68 DNO016/33 2
 HI RES OF TRENCH AREA
 

11B059/036 14:45 37 SINGLE 220.0/280.0 -50 .04 $/2 1 4 RT/UH 15K 6 277.6/56 8 215/-59 239/10:10:40 05:20.0 

BB1 * ISDR 1499 0 0 2 1 111.61 42.20 DNO016/34 2 

'FINES NEAR LEG 2 WITH FRACTURES AND ENGINE PITS 

12B060/037 07.24,59 	SINGLE 52.5/ 77.5 -50 .04 6/2 1 4 REC/UH 16K -13 74,6/24.9 197/-22 240/03-29;37 02:14.6 

B81 * ISDR 629 626 3 0 0 39.60 15.04 DNO017/D1 1 

AREA OF FRACTURES UNDER SAMPLER HOUSING. NOT AS FLAT LOOKING AT THIS LOW SUN. 

118061/037 14.06.14 	 SINGLE 80 0/230.0 10 .12 1/3 1 4 RT/UH 16K 8 275.6/65.6 213/-68 240/10:10:52 04.20.0 

BLU * ISDR 1217 0 0 34 1 107.32 44.22 DNO017/02 2 

BLUE SINGLET FOR CLOUD STUDY 

12B062/037 14:42.00 	 SINGLE 55.0/237 5 10 .12 1/3 1 4 RT/UH 16K 10 277.2/57.6 39/-60 240/10:46:38 05:20.0 

BLU * ISDR 1378 0 0 144 1 116.08 52.18 DNO017/03 2 

BLUE SINGLET. CLOUD STUDY 55 TO 220 DEGREES CACCS. 

12BO63/038 07:47 00 	 SINGLE 285 0/335.0 0 .04 5/2 1 4 REC/UH 16K -10 76.1/29 7 199/-27 241/04:31:13 04'27.9
 

B84 * ISDR 1254 1251 3 0 0 ill.85 60.49 DNOO1/04 2
 

MORNING HORIZON
 

11BO4/038 08:00.00 	SINGLE 325 0/335.0 0 .04 5/2 1 4 REC/UH 16K -12 76.9/32.5 16/-29 241/04:44:13 00:54.6 

B84 * ISOR 253 251 2 0 0 120.45 22.11 DNO017/05 I 

MORNING HORIZON 
---------------------------------------------------- ----------------------------------------------------------------------- ----------

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

VIKING PROJECT LI BRARY 

r VL-1 CAMERA EVENT REPORT 

DATA SCAN PSA SOLAR ANTISOLAR DURA- RSCN
 

TEMP(C) AZ/EL AZ/EL GMT TION /DUST
 AZIMUTH CENTER CHAN 


CE LABEL LLT DIODE START/STOP ELEV LTEP MODE OFFSET GAIN PATH RATE 


DATA TOTAL RESCAN LINES AVE ON STAND EDR # OF EDR
 

RECORD LINES BEGIN/TOTAL MISSED GAPS VALUE DEV TAPE/FILE SEGMENTS
 

-----------------------------------------------------........-....--....-...-...........
 

81 8/52.6 205/-49 241/06.14.41 43:27.0
 1213065/03B 0:30 27 	 SINGLE 132.5/135.0 -50 .04 8/2 1 4 RT/SB 250 -4 


8B1 * ISOR 190 64 128 2 1 
 93.42 28.53 DNOOI7/O6 1
 

SAME AS 12B057. 1/2 HR LATER. FINES. 128 LINES RESC.
 

16K 10 275.2/66.6 	36/-69 241/10.45:28 04:20.0
 128066/038 14.01:1S 	 SINGLE 90.0/140.0 -50 .04 14/2 1 4 RT/UH 


SURV * ISDR 1217 0 0 34 1 93.65 25.05 DNOOI7/07 2
 

SURVEY NEAR LANDER
 

11B067/038 14-37.00 	 SINGLE 260.0/320.0 -40 .04 8/2 1 4 RT/UH 16K 6 276.8/58.6 214/-6it 241/11:21:14 05:20.0
 

BB1 ISDR 1540 1501 39 0 0 107.71 49.18 DNO017/O8 2
 

HI RES NEAR LANDER. USABLE 260 TO 307 DEGREES CACCS.
 

250 -10 77.4/34.0 	 16/-31 242/05.30:16 44:27.0
 118068/039 08:06 27 	 SINGLE 240.0/250.0 -10 .04 5/2 1 4 RT/SB 


BB4 * ISDR 190 0 0 61 
 2 65.54 26.38 DNOO7/09 1
 

POSSIBLE OUTCROP
 

REC/UH 16K 8 272.2/80.4 29/-83 242/10.23:48 10:27.8
 12B069/039 12:59:59 	 COLOR 197.5/315 0 0 .12 1/1 1 4 


BLU - :SDR 979 0 0 1 
 1 141.63 65.27 DNO017/1O 2
 

GRN * 
 ISDR 977 0 0 3 2 133.74 56 89 D0017/11 2
 

RED * ISDR 978 0 0 
 2 i 143 14 56 22 DNOO17/12 2
 

COLOR OF CRATER-LIKE HORIZON FEATURE
 

IR 197.5/315 0 0 .12 9/1 1 4 REC/UH 16)( 10 272.7/77.7 31/-80 242/10:35:48 10:27.8 12B070/039 13:11-59 


IR3 ISDR 979 0 0 1 
 I 125 27 49.82 DNOO17/13 2
 

IR2 
 ISOR 977 0 0 3 2 124.85 49 47 DM0017/14 2
 

IR1 * ISDR 97B 0 0 2 1 133.21 49 56 DN017/IS 2
 

IR TO ACCOMPANY 12B069
 

16K 14 273 .2/75.0 	SS/-77 242/10:47:48 03:30.1
 12B071/039 13:23.59 	 SINGLE 197 5/315.0 0 .12 14/3 1 4 REC/UH 


SURV ISDR 982 
 980 2 0 0 140.12 54.72 ONOO1I/16 2
 

SURVEY SINGLET TO GO WITH COLOR AND IR
 

4 RT/UH 16K 16 274.7/67.8 .S/-70 242/11:19:4S 04:20.0
 125072/039 13;5556 	SINGLE 95 0/145.0 -30 .04 1/2 1 


BLU * ISOR 1217 
 0 0 34 1 86.58 20.96 DN0017/17 2
 

HI RES COLOR OF TRENCH SITE
 

16K 6 276.4/59 8 214/-62 242/11.55:30 05:20.0
 11B073/039 14:31,41 	 SINGLE 30.0/ 90.0 -10 .04 13/2 1 4 RT/UH 


8B3 * ISOR 1603 1501 102 0 0 90.91 47.97 DN0017/18 2
 

HI RES OF AREA OVER $EISMOMETER. USEFUL IMAGE EXTENDS FROM 30 TO 70 DEGREES (CAM CTRL AZ)
 

16K -8 14.8/-44 134/ 44 242/22:47:49 00.27.9
 128074/040 00:44 25 SINGLE 192.5/197.S 20 .04 1/2 1 0 REC/UH 


0 0 115 36 11.01 DNO018/01 1
 SLU ISDR 12* 126 1 


PHOBOS
 

16K -8 20.7/-42 140/ 43 242/23.07:41 00.27.
 12B075/040 01:04:17 	SINGLE 185.0/190.0 30 .04 1/2 1 1 REC/UH 


BLU SDR 127 126 1 
 0 0 57.15 5.94 - DNOO1S/02 1 

PHOBOS 
VIKING PROJECT LIBRARY
 

VL-1 CAMERA EVENT REPORT
 

AZIMUTH CENTER CHAN DATA SCAN PSA SOLAR ANTISOLAR DURA- RSCN
 

CE LABEL LLT DIODE START/STOP ELEV STEP MODE OFFSET GAIN PATH RATE TEMP(C) AZiEL AZ/EL GMT TION /DUST
 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . I.- - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - -


DATA TOTAL RESCAN LINES 

RECORD LINES BEGIN/TOTAL MISSED GAPS 

AVE DN 

VALUE 

STAND 

DEV 

EDR # OF EDR 

TAPE/FILE SEGMENTS 

118076/040 07:39.59 SINGLE 220 0/240 0 -30 .04 0/2 1 

B82 * ISDR 503 501 2 0 0 

HI RES OF VESICULAR-CLAST ROCK WITH SEDIMENT 

2 REC/UH 16K -10 75.9/28 2 

156 61 54 98 DNO01/03 

MOAT INDIFFUSE BACK LIGHT 

15/-25 243/05:43:23 01:47.9 

1 

12S077/040 08:30.26 SINGLE 107.5/117.5 -30 .04 

082 * ISDR 167 0 0 

TRENCH PICTURE TO CONFIRM DIG 

0/2 

64 

i 

2 

4 RT/SB 

90.16 

250 

28 09 

-8 78 9/39.3 202/-36 243/06:33:50 43'27.0 

DNOOI/04 1 

118078/040 11 06.44 SINGLE 282 5/290 0 -30 .04 8/2 1 

BB1 - ISDR 190 189 1 0 0 

VIEW BACK AT LANDER THROUGH SAMPLE ARM MIRROR 

3 REC/UH 

148.92 

16K 

64 95 

0 86.9/74 2 

ONOOl/O 

28/-71 243/09:10:08 

I 

00:41.2 

12B079/040 11'29,59 SINGLE 305 0/310 0 -20 .12 14/3 

SURV ISDR 46 43 3 0 

SURVEY SINGLET OF RTC2 PARTIALLY SHADED 

1 

0 

4 REC/UH 

118,58, 

16K 

53.11 

8 88 1/79,4 214/-76 243/09:33-23 OO:O.1 

DNOO18/06 1 

12BOO/040 11 31.29 IR 305 0/310 0 

IR3 SOP 42 

IR2 SOP 42 

IRI SOP 41 

IR OF RTC2 

-20 

0 

0 

0 

.12 

0 

0 

0 

9/1 

1 

1 

2 

1 

1 

1 

1 

4 REC/UH 

103.82 

103.02 

115.37 

16K 

44.70 

44.29 

51.33 

8 88 2/79.7 214/-76 243/09:34:53 00:27.9 

DNODI8/07 I 

DNO018/O 1 

DNOO18/09 I 

12B081/040 11:32-59 COLOR 305 0/310 0 

BLU SOp 42 

GRN SDR 42 

RED SDR 41 

COLOR OF RTC2 

-20 

0 

0 

0 

.12 

0 

0 

0 

1/1 

1 

1 

2 

1 

1 

1 

1 

4 REC/UH 

119.80 

116.23 

128.27 

16K 

Be 05 

54.08 

58.77 

8 88 2/80.1 214/-77 243/09:36:23 00"27.9 

ONOO1/10 I 

ONO018/11 I 

DNO018/12 1 

128082/040 11:34:59 COLOR 87 5/117.5 -10 .12 

ELU ISDR 251 0 0 

GRN * ISDR 250 0 0 

RED ISDR 250 0 0 

COLOR OF TRENCH AND ROCKS OUT TO 

1/1 

0 

1 

1 

HORIZON 

1 

0 

1 

1 

4 REC/UH 

128 01 

125.93 

140.88 

16K 

S4.63 

42.51 

31 44 

8 88 4/80 5 215/-77 243/09.38.23 02:41.2 

DNOO18/13 1 

DN0018/14 I 

DNOO18/15 I 

128083/040 11 38 29 IR 87 5/117 5 -10 .12 

IR3 ISOR 249 0 0 

IR2 ISOR 249 0 0 

IRI iSDR 248 0 0 

IR CORRESPONDING TO 12B082 

9/1 

2 

2 

3 

1 

i 

1 

2 

4 REC/UH 

109.59 

108 28 

123.85 

16K 

24.54 

24 82 

27.07 

8 88.5/81.3 215/-78 243/09:41:53 02:41.2 

ONO018/16 1 

DNOOB/17 1 

DNO018/1 I 

128B084/040 11-41.59 SINGLE 87 5/117 5 -10 .12 

SURV SOP 253 251 2 

SURVEY TO ACCOMPANY COLOR AND IR 

14/3 

0 

1 

0 

4 REC/UH 

129.04 

16K 

30.93 

10 88.7/82.1 215/-79 243/09:45:23 00'54.6 

DNO01S/19 I 

-_Q

Un 

128085/040 11:45-59 COLOR 137 5/172 5 

BLU ISDR 292 

GRN - ISDR 292 

RED - ISOR 291 COLOR VIEW TO RIGHT 

-10 .12 1/1 

0 0 1 

0 0 1 

0 0 2 

FRONT OF LANDER 

1 

1 

1 

1 

4 REC/UH 

131.86 

130 82 

145.30 

16K 

48.17 

38.42 

31.50 

10 89 0/83.0 216/-80 243/09:49;23 03;07.9 

DNOO1S/20 1 

DN0018/21 1 

DN0018/22 1 
VIKING PROJECT LIBRARY
 

VL-d CAMERA EVENT REPORT
 

AZIMUTH CENTER CHAN DATA SCAN PSA SOLAR ANTISOLAR DURA- RSCN
 

CE LABEL LLT DIODE START/STOP ELEV STEP MODE OFFSET GAIN PATH RATE TEMP(C) AZ/EL AZ/EL GMT TION /DUST
 

DATA TOTAL RESCAN LINES AVE ON STAND EDR N OF EOR
 

RECORD LINES BEGIN/TOTAL MISSED GAPS VALUE DEV TAPE/FILE SEGMENTS
 

12B086/040 11:49.59 	 IR 137.5/172.5 -10 .12 9/1 1 4 REC/UH 16K 10 89 2/33.9 217/-81 243/09:53:23 03;07.9
 

IR3 ISDR 292 0 0 1 1 113.72 26.14 DNO018/23 I
 

IR2 ISDR 292 0 0 1 I 111.87 26.27 DNOO1/24 1
 IR1 - ISDR 291 0 0 2 1 126,86 28.55 DNOO1S/25 I
 

IR TO ACCOMPANY 12BOS
 

128087/040 11:53.59 	 SINGLE 137.5/172.5 -10 .12 14/3 1 4 REC/UH 16K 12 9.5/84 8 217/-B1 243/09:57:23 01:03.5
 

SURV - ISDR 287 0 0 6 2 132.49 31.04 DNOOIS/26 I
 

SURVEY TO GO WITH COLOR AND IR
 

11BO88/040 11:58 59 	 COLOR 35.0/ 6o.0 -10 .12 t/1 1 4 REC/UH 16K 4 89 9/85 9 3S/-83 243/10:02:23 02:41.2
 

BLU - ISDR 2S1 0 0 0 0 104.46 46.64 DN0019/01 ,1
 

GRN * ISDR 250 0 0 1 1 119 so 50.96 DNOO19/02 I
 

RED * ISOR 250 0 0 1 1 131.09 50.81 DNOO19/03 I
 

HORIZON CRATER-LIKE FEATURE. RC3 IN LIGHT. GRID ON LANDER TOP
 

118089/040 12:02:29 	 IR 35.0/ 65 0 -10 .12 9/1 1 4 REC/UH 16K 4 90.2/06 7 36/-83 243/10:05:53 02:41.2
 

IR3 ISDR 250 0 0 1 1 105.52 41.45 DNO019/04 1
 

IR2 ISDR 250 0 0 1 1 108.64 42.74 DNO019/05 1
 

IR1 * ISDR 249 0 0 2 1 119.39 47,03 DNO019/06 I 

IR TO GO WITH 118088 

11B090/040 12:05:59 	 SINGLE 35 0/ 65.0 -10 .12 14/3 1 4 REC/UH 16K 4 90 7/87.5 37/-84 243/10:09:23 00:54.6
 

SURV ISDR 253 251 2 0 0 125.17 48.72 DNO019/07 I
 

SURVEY TO GO WITH COLOR NO IR
 

11B091/040 12:39:09 COLOR 280.0/285.0 -20 .12 1/1 1 3 REC/UH 16K 8 270.4/85.0 189/-87 243/10:42:33 00:27.9
 

BLU ISDR 42 0 0 1 1 152,17 36.a7 DNOO19/O8 1
 

GRN ISDR 41 0 0 2 1 187.72 40.96 DMO019/09 1
 

RED ISOR 41 0 0 2 1 165.19 44.48 DNO019/10 I
 

COLOR OF BACKHOE AND MAGNET ARRAY
 

11B092/040 12:40:09 	 IP 280.0/285.0 -20 .12 9/1 1 3 REC/UH 16K 8 270.5/84.8 191/-87 243/10:43:33 00:27.9
 

IR3 ISDR 42 0 0 1 1 183.43 45.62 DM0019111 1
 

IR2 ISDR 42 0 0 1 1 183.84 46.65 DNO019/12 I
 

IRI ISDR 41 0 0 2 I 171.24 51.36 DN0019/13 I
 

IR OF BACKHOE AND MAGNET ARRAY
 

115093/040 12:42:09 	 SINGLE 280.0/285.0 -20 .04 0/2 1 3 REC/UH 16K 8 270.6/84.3 194/-87 243/10:45:33 00:27.9
 

B82 ISOR 128 126 2 0 0 172,71 59.31 DNOO19/14
 

HI RES OF BACKHOE AND MAGNET ARRAY
 

11B094/040 13:50:09 	SINGLE 220.0/270.0 -50 .04 14/2 1 4 RT/UH 16K 10 274.2/69.0 211/-72 243/11:53:33 04:20.0
 

SURV * ISDR 1217 0 0 34 1 123.92 32.52 0N0019/15 2
 

SURVEY OF FRACTURED FINES SURFACE NEAR LANDER
 
VIKING PROdECT LIBRARY
 

VL-1 CAMERA EVENT REPORT
 

AZIMUTH CENTER CHAN DATA SCAN PSA SOLAR ANTISOLAR DURA- ASCN
 

CE LABEL LLT DIODE START/STOP ELEV STEP MODE OFFSET GAIN PATH RATE TEMP(C) AZ/EL A2/EL GMT TION /DUST
 

DATA TOTAL RESCAN LINES 

RECORD LINES BEGIN/TOTAL MISSED GAPS 

AVE DN 

VALUE 

STAND 

DEV 

EOR N OF EDR 

TAPE/FILE SEGMENTS 

11BO95/040 14'25.54 SINGLE 270.0/330.0 -10 .04 1/2 

BLU * ISDR 1283 0 0 218 

HI RES COLOR GOOD FROM 270 TO 305 DEG. 

1 4 RT/UH 

1 80.46 

(CAM CTRL AZ) 

16K 

35.71 

14 275.9/61.0 213/-64 243/12.29:18 05 20.0 

DNOOS/16 2 

122096/040 17:16.59 SINGLE 12.5/102.5 -10 .04 13/2 1 

BB3 * ISDR 2254 2251 3 0 0 

AFTERNOON VIEW OF DRIFTS AT LOW PHASE ANGLE 

3 REC/UH 

194.53 

16K 

41.32 

14 285.6/23.2 

DNO019/17 

48/-26 243/15.20.23 08:01.2 

3 

112097/040 17:25.59 SINGLE 130.0/230 0 -10 .04 

8B3 * ISDR 2499 0 0 

SIMILAR TO ABOVE FOR STEREO 

13/2 

2 

1 

1 

3 REC/UH 

163.21 

16K 

53.64 

12 286.2/21.2 224/-24 243/15:29.23 08:54.5 

DNO019/18 4 

11B098/040 17.36-59 SINGLE 90.0/155.0 0 

BB4 - ISDR 1621 0 

VIEW TO HORIZON OF DRIFTS 

.04 

0 

5/2 

5 

1 

2 

3 REC/UH 

144.64 

16K 

55.21 

12 286.9/18.9 225/-21 243/15:40:23 05"47.9 

DNOQ19/19 2 

11B099/040 17.43 59 SINGLE 35 0/ 65.0 -10 .04 13/2 

B83 - 'SDR 753 751 2 0 

LATE AFTERNOON SURFACE OVER SEISMOMETER 

1 

0 

3 REC/UH 

77.14 

16K 

36 72 

12 287.4/174 226/-20 243/15:47:23 02 41.2 

DNOO19/20 1 

128100/041 08:12.26 SINGLE 107 5/117.5 

BB2 ISOR 191 

X RAY TRENCH 

-30 

0 

.04 

0 

0/2 

60 

1 

2 

4 RT/SB 

84.31 

250 

29 63 

.8 77.9/35.3 201/-32 244/06:55:25 

DNOO2O/01 I 

4327.0 

122101/041 13:44'15 SINGLE 95 0/145 0 -30 

RED ISDR 1217 0 HI RES COLOR OF TRENCH 

,04 

0 

3/2 

34 

1 

1 

4 RT/UH 

119.54 

16K 

30.80 

10 273.6/70 3 

0N0020/02 

34/-73 244/12:27:14 04:20.0 

2 

11B102/041 14:20:00 SINGLE 270.0/330.0 

RED - ISDR 1384 

HI RES COLOR USABLE 

-10 .04 

0 /0 

FROM 270 TO 

3/2 1 4 RT/UH 

117 1 122.31 

ABOUT 310 DEGREES 

16K 

39.93 

8 275.5/62.3 213/-65 244/13:02:59 05:20 0 

DNOO2O/03 2 

12B103/041 15.58 44 SINGLE 290.0/295.0 -20 

BB3 ISDR 127 126 

MIRROR VIEW OF BACKHOE 

.04 

1 

13/2 

0 

1 

0 

3 REC/UH 

91.54 

16K 

52.24 

14 280.7/40 3 

DNOO2O/04 

43/-43 244/14:41.44 00-27.9 

I 

128104/041 16;01.09 SINGLE 290 0/295.0 -20 

B83 ISDR 127 126 

MIRROR VIEW OF BACKHOE 

.04 1 

13/2 0 1 

0 

3 REC/UH 

89.68 16K 51.75 

14 280.9/39.8 

0N0020/35 

43/-42 244/14:44:09 00:27,9 

I 

128105/041 16:02-09 COLOR 290.0/295.0 -20 .12 

BLU SDR 42 0 0 

ORN SDR 42 0 0 

RED SDR 41 0 0 

COLOR OF MIRROR VIEW OF BACK HOE 

1/1 

1 

1 

2 

1 

1 

I 

1 

3 REC/UH 

89.34 

92.32 

99.81 

16K 

50.00 

52.29 

55.02 

14 280 9/39.5 

DNOO2O/O6 

DNO020/07 

DNOO2O/O8 

43/-42 244/14:45.09 00:27.9 

1 

I 

1 
Co
 

VIKING PROJECT LIBRARY
 

VL-1 CAMERA EVENT REPORT
 

AZIMUTH CENTER CHAN DATA SCAN PSA SOLAR ANTISOLAR DURA- RSCN
 

CE LABEL LLT DIODE START/STOP ELEV STEP MODE OFFSET GAIN PATH RATE TEMP(C) AZ/EL AZ/EL GMT TION /DUST
 

DATA TOTAL RESCAN LINES AVE ON STAND EDR # OF EDR
 

RECORD LINES BEGIN/TOrAL MISSED GAPS VALUE DEV TAPE/FILE SEGMENTS
 

122106/041 16:05:09 	SINGLE 290 0/295 0 -20 .04 13/2 1 3 REC/UH 16K 14 281.1/38 9 43/-41 244/14:48:09 00:27.9
 

83 ISDR 129 126 2 0 0 88.76 49.97 DN0020/O9 I
 

HI RES OF BACXHOE IN MAGNIFYING MIRROR
 

128107/041 16:06:09 	 COLOR 285.0/305 0 -20 .12 1/1 1 3 REC/UH 16K 14 281.1/38.7 43/-41 244/14 49'09 01,47.9 

BLU * ISOR 167 0 0 1 1 87.07 49.59 DNO020/10 1 

GRN * ISDR 167 0 0 1 I 90.49 52 08 DN0020/11 I 

RED * ISDR 166 0 0 2 1 101.58 57.13 DNO020/12 I 

COLOR OF RTCI AND MAGNIFYING MIRROR 

128108/041 17:14'59 	 SINGLE 90 0/105 0 0 .04 5/2 4 3 REC/UH 16K 14 285 4/23.6 48/-26 244/15-57-58 01:2T,2
 

B864 * ISDR 377 376 1 0 0 192.49 37.58 D0N020/13 1
 

HI RES OF LARGE ROCKS ON HORIZON
 

12S109/041 1719.59 	SINGLE 227.5/230,0 30 .04 4/2 1 3 REC/UH 16K 14 285 7/22.5 48/-25 244/16.02.58 00.14.6
 

SUN SDR 65 64 1 0 0 26.58 15.05 DNO020/14 1
 

SUN DIODE
 

128110/041 17:21 59 	 SINGLE 77.5/115 0 -30 .04 0/2 1 3 REC/UH 16K 14 285 8/22.1 48/-25 244/1604:58 03.21.2
 

B82 * ISDR 940 939 1 0 0 119 74 50.48 DN0020/15 2
 

LATE AFTERNOON NE,', FIELD ROCKS
 

128111/041 17:27 59 	 SINGLE 115.0/202 5 -20 .04 13/2 1 3 REC/UH 16K 16 286.2/20.e 48/-23 244/16-10:58 07.47.0 

883 * ISDR 2186 0 0 3 2 83.26 40.11 DNO020/16 3 

LATE AFTERNOON NEAR FIELD ROCKS 

128112/041 17:37.59 	SINGLE 267 5/310 0 -10 .04 13/2 1 3 REC/UH 16K 16 286.9/18.6 49/-21 244/16.20:58 03.47.9 

BB3 * ISR 1059 0 0 5 2 82.96 41.11 DN0020/1? 2 

ROCKS IN DIRECTION OF HGA MAST 

128113/041 17:51 59 	 SINGLE 230.0/232.5 20 .04 4/2 1 2 REC/UH 16K 16 287.9/15 6 SO/-1S 244/16:34:58 00:14.6
 

SUN SDA 65 64 1 0 0 31.55 5.08 DNO020/18 I
 

SUN DIODE
 

12B114/041 19:04.59 	 COLOR 237 5/237.5 10 .12 1/1 1 5 REC/UH 250 10 293 9/ 0.2 56/ -3 244/17:47.58 25.01.2 R
 

SLU SOR 37 2 37 1 1 103.51 62.30 DNO020/19 1
 

GRN SDR 38 2 37 0 0 93 88 55 94 DNOOO/20 1
 

RED SR 38 2 37 0 0 81.39 51.94 DNOO20/21 1
 

COLOR RESCAN OF SUNSET
 

12B115/041 19.31-59 	 COLOR 240.0/240.0 10 .12 1/1 1 2 REC/UH 250 10 296 5/-5.3 59/ 2 244/18:14.58 25:01.2 R
 

BLU SR 37 2 37 1 I 61.57 49.02 DN0020/22 I
 

GRN SDR 38 2 37 0 0 60.98 47.82 DN0020/23 I
 

RED SDR 37 2 37 1 1 57.35 43,28 0N0020/24 I
 

COLOR RESCAN OF SUNSET
 
----------------- -------------------

VIKING PROJECT LIBRARY
 

VL-1 CAMERA EVENT REPORT
 

-..................... 
.................
 . -......................
 . .............................. 
 ......................................... 
 DATA SCAN PSA SOLAR ANTISOLAR DURA- RSCN
 AZIMUTH CENTER CHAN 
 AZ/EL GMT TION /DUST
 DIODE START/STOP ELEV STEP MODE OFFSET GAIN PATH RATE TEMPt C) AZ/EL
 CE LABEL LLT ................................
 ......................
 ............. ............................
 .
 ..................................


DATA TOTAL RESCAN LINES AVE DN STAND EDR q OF EDR
 

VALUE DEv TAPE/FILE SEGMENTS
 RECORD LINES BEGIN/TOTAL MISSED GAPS 


-------------------------------------------------------..
 .............. 


- 10 .12 1/1 1 1 REC/UH 250 10 2E9 4/-I0 61/ 7 244/18:41:58 25:01.2 R
 128116/041 19:58 59 COLOR 242 5/242 
 75.15 27 49 0N0020/25 I
 BLU ISOR 50 2 50 1 1 


2 50 0 0 69.26 15.72 DN0020/26 1
 GRN SDR 51 
 66.78 10.24 0N0020/27 I RED ISDR 51 2 so 0 0 


COLOR RESCAN OF SUNSET
 

-20 .04 13/2 1 4 RT/SB 250 4 89 2/79.6 31/-76 245/10.53:01 43'27.0
 11117/042 11.30.27 SINGLE 297 5/307 5 


ISDR 187 0 0 64 2 121.52 28.42 DNO020/28 1
 BB3 


X-RAY TRENCH
 

31/-74 245/13 01:03 04.20.0
 -30 .04 2/2 1 4 RT/UH 16K 8 273 0/71.6
 128118/042 13:38 28 SINGLE 95.0/145.0 


0 0 34 1 95.06 23.82 DNO020/29 2
 8RN ' ISDR 1217 


HI RES GREEN OF TRENCH
 

2/2 I 4 RT/UH 16K 10 275.0/63 6 212/-66 245/13:36.48 05:20.0
 11S119/042 14;14 14 SINGLE 270 0/330 0 -10 04 


0 124 2 100.58 38 Is 0NO020/30 2
 GRN ISOR 1377 0 


HI RES GREEN, POSSIBLE OUTCROP GOOD TO ABOUT 310 DEG
 

1 3 REC/UH 16k 12 286.3/20 3 224/-23 245/16:52.34 08:54.5
 11B120/042 17:30.00 SINGLE 230 0/330 0 -10 .04 13/2 


2502 2501 1 0 0 143.21 57,78 QNOD20/31 4
 BB3 ISDR 


HI RES BLOCK FIELD
 

3/2 1 4 RT/UH 16K 8 272 3/73 0 32/-75 246/13:34:23 04'20.0
 125121/043 13:32,13 SINGLE 95 0/145.0 -30 .04 


35 2 122.31 30.85 0N0021/01 2
 RED ' ISDR 1216 0 0 


HI RES RED OF TRENCH SAME AREA AS 12B118
 

10 274.4/64.9 211/-67 246/14 10:08 05:20.0
 11B122/043 14:07 59 SINGLE 270 0/330.0 -10 .04 3/2 1 4 RT/UH 16K 


154 1 124.41 39 59 0N0021/02 2
 RED * ISDR 1347 0 0 


HI RES RED, SAME AS 118119 GOOD TO ABOUT 310 DEG (C
 

1 3 REC/UH 16K 12 286.5/19 3 225/-22 246/17:36:10 03-07.9 118123/043 17:34 00 SINGLE 300 0/335.0 -10 .04 13/2 


3 0 0 90.11 38 93 DNO021/03 1
 BB3 * ISDR 879 876 


LATE AFTERNOON POSSIBLE OUTCROP
 

13/2 1 4 RT/SB 16K -13 73.6/19 1 12/-16 248/08:19.19 02:41.2
 11B124/045 06 57.59 SINGLE 155.0/185 0 -10 .04 


2 1 51.94 22.83 0N0021/04 1
 B83 * ISDR 756 751 7 


EARLY MORN BIG JOE ANO DRIFTS
 

-30 .12 1/1 1 4 RT/SB 16K 6 125 3/89 1 232/-86 248/13:34.19 03:07.9
 12BI25/045 12:12.58 COLOR 85.0/120 0 
 995.09 23.40 DNOO21/05 I
 BLU ' ISOR 292 0 0 1 

0 102.97 23 06 DNO021/06 1
 GRN ISDR 293 0 0 0 


2 132.16 26.01 DNO021/07 1
 RED * ISOR 291 0 0 2 


COLOR OF TRENCH
 

-10 .04 13/2 1 4 RT/SB 16K 8 275.0/60.1 212/-63 249/16.29:55 02:41.2
 11B126/046 14:28 59 SINGLE 155 0/185.0 
 0 0 148.01 28 03 DNO021/08 I
 

BIG JOE AND DRIFTS
 

BB3 - ISDR 758 751 7 
----------------------------------------------------------------------------------------------------------------------------------------

0 

VIKING PROJECT LIBRARY
 

VL-1 CAMERA EVENT REPORT
 - - - - - - . .- . . .- - - - - - .--	 .-- - .- .- . . .-- . .-- .- .- . .- .- . . .- .- . .- - - - - - - - - - - - - - - - - - - - - - - - - - - -- - - - - - -- - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - -

AZIMUTH CENTER CHAN DATA SCAN PSA SOLAR ANTISOLAR DURA- RSCN
 

CE LABEL LLT DIODE START/STOP ELEV STEP MODE OFFSET GAIN PATH RATE TEMP(C) AZ/EL AZ/EL GPT TION /DUST
 

DATA TOTAL RESCAN LINES AVE ON STAND EDR # OF EDR
 

RECORD LINES BEGIN/TOTAL MISSED GAPS VALUE DEV TAPE/FILE SEGMENTS
 

128127/047 12:14:59 	 IR B5.0/120.0 -30 .12 9/1 1 4 RT/SB 16K 6 162 3/89.2 238/-86 250/14:55:30 03:07.9
 

IR3 ISOR 293 0 0 0 0 101.66 20.32 DNOO21/09 1
 

IR2 ISOR 293 0 0 0 0 99.65 20.21 DNO021/10 I
 

IR1 * ISDR 292 0 0 1 1 117.02 23 6B DNO021/11 1 

IR OF TRENCH 

12B12$/049 06.58 59 	 SINGLE 10.0/ 40.0 -10 .04 13/2 1 3 RT/SB 16K -12 74.2/19.3 197/-16 252/10.58:40 02:41.2
 

B63 * ISDR 758 751 7 0 0 88.55 35.16 DN0021/12 I
 

EARLY MORNING OF DRIFTS. RIPPLES OR INTERNAL STRUCTURE WELL DISPLAYED
 

11B129/050 06:30.00 SINGLE 300.0/335.0 -10 .04 13/2 1 3 RT/SB 16K -37 72 1/13.1 11/-10 253/11:09:16 03:07.9
 

B53 * ISDR 879 876 5 2 1 101.19 39.63 tN0O21/1 I
 

ROCK FIELD AND POSSIBLE OUTCROP. EARLY MORING
 

118130/051 06.5S929 	 SINGLE 185.0/215.0 -10 .04 13/2 1 3 RT/SB 16K -13 74.4/19.4 13/-16 254/12:18:21 02:41.2
 

883 * ISOR 756 751 7 2 2 98.86 38.14 DN0021/14 1
 

CONSIDERABLE OVERLAP WITH 12B128. SHOULD PROVIDE GOOD STEREO
 

118131/051 12.59 59 	 SINGLE .0/ 5.0 0 .12 8/3 1 4 RT/SB 16K 6 265.4/79.9 196/-82 254/18:18:51 00:10.1
 

BBI ISDR 48 43 5 0 0 81.96 67.26 0N0021/15 1
 

CAMERA 1 SCAN VERIFICATION
 

11B132/051 1303'59 	SINGLE .0/ 5.0 0 .12 8/3 1 4 RT/S$ 16K 6 266.1/79.0 198/-Bl 254/18:22:51 00:10.1 0
 

B61 ISDR 48 43 5 0 0 84.68 67.55 DNO021/16 1
 

CAMERA 1 SCAN VERIFICATION
 

118133/051 13:04.09 	 SINGLE 170.0/170.0 0 7/7 1 2 RT/SB 16K 6 / / 254/18:23:01 0:18.0 

CAL ISDR 49 0 0 0 0 .00 .00 DNO021/17 I 

CALIBRATION 

128134/051 13:43.59 	 SINGLE .0/ 5.0 0 .12 8/3 1 4 RT/S8 16K 10 270.7/70.0 30/-72 254/19:02;:51 00:10.1
 

S01 ISOR 48 43 5 0 0 73.29 51.97 DNO021/18 I
 

CAMERA 2 SCAN VERIFICATION
 

12B135/0S1 13:48,00 SINGLE .0/ 5.0 0 .12 8/3 1 4 RT/SB 16K 10 271.0/69.1 31/-71 254/19:06:52 00:10.1 D
 

B1 ISDR 48 43 5 0 0 69.96 46.10 DNO021/19 I
 

CAMERA 2 SCAN VERIFICATION
 

12B136/051 13:48.10 	 SINGLE 170,0/170.0 0 7/7 1 2 RT/SB 16K 10 / / 254/19:07:02 0:18.0 

CAL ISDR 49 0 0 0 0 .00 100 DNO021/20 I 

CALIBRATION 

11B137/D52 12:30 59 	 SINGLE 155.0/185.0 -10 .04 13/2 1 4 RT/SB 16K 6 250.8/86.2 137/-87 255/18:29426 02:41.2 

BB3 * ISDR 758 751 7 0 0 152,03 34.59 0N0021/21 1 

BIG dOE AND DRIFTS 
VIKING PROJECT LIBRARY
 

VL-1 CAMERA EVENT REPORT
 

AZIMUTH CENTER CHAN DATA SCAN PSA SOLAR ANTISOLAR DURA- RSCN
 

CE LABEL LLT DIODE START/STOP ELEV STEP MODE OFFSET GAIN PATH RATE TEMP(C) AZ/EL AZ/EL GMT TION /DUST
 - - - - - - . .-- - - .- . .-- .-- - - - .-- - - - - - - - - - .-- - - - - - - .-- .- .- - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - .-- - - - - - - - - - - - - - - - - - - - - - - - - - - - - - -- -. - - - - - - - - - - -

DATA TOTAL RESCAN LINES AVE DN STAND EDR # OF EDR
 

RECORD LINES BEGIN/TOTAL MISSED GAPS VALUE DEV TAPE/FILE SEGMENTS
 

12S138/053 14-01-59 	 SINGLE 85.0/120.0 -30 .04 0/2 1 4 RT/SB 16K 12 271 6/65 8 32/-68 256/20:40:01 03:07.9
 BB2 * ISDR 881 876 5 0 0 116.71 26.16 DNO021/22 1 

LARGE AREA AROUND TRENCH 

11B139/054 17'2759 	SINGLE 155.0/185.0 -10 .04 13/2 1 4 RT/SR 16K 12 295.0/19 9 223/-22 258/00:45:37 02:41.2
 83 - ISDR 756 751 7 2 1 75.62 25.42 DNOO21/23 1
 

BIG JOE. SAME AS 115097
 

116140/055 14 01.59 	 SINGLE 270.0/305.0 -30 .04 0/2 1 4 RT/S8 16K 10 271 0/65.7 207/-68 258/21.59:12 03:07.9
 BB2 * ISOR 878 876 5 3 2 '3.16 25.80 0N0021/24 1
 

STEREO OF TRENCH WITH B138
 

12B141/057 09.36 29 	COLOR 280 0/310.0 -10 .12 1/1 I 5 RT/SS 16K -2 85 6/54.2 209/-51 260/18,52:52 02.41.2 BLU * ISDR 252 252 1 0 0 72.75 40.03 DN0021/25 1 GRN * ISDR 252 252 1 0 0 68.14 33 44 DNOO21/26 1
 

RED * ISDR 251 252 1 1 1 67.99 28 47 DNO021/27 I
 

COLOR OF LANDER TOP-GRID AND RTCI
 

118142/057 12:12 59 	SINGLE 300.0/335 0 -10 .04 13/2 1 3 RT/SB 16K 4 169.1/98 1 67/-85 260/21:29:22 03:07.9
 BB3 - ISD8 884 876 8 0 0 184.96 47 17 DMO021/28 I
 

AREA OF ROCKS SAMr IS 11B129
 

116143/058 13:03-59 	COLOR 175,0/205.0 -30 .12 1/1 1 4 RT/SB 16K 6 262.2/78.6 193/-Si 261/22:59:58 02:41.2 

BLU - ISD 246 0 0 5 1 92.08 40.43 DR0021/29 I GRN - ISOR 246 0 0 5 1 109 11 41 88 DNO021/30 I 

RED * ISDR 247 0 0 4 1 138.39 49.19 DNO021/31 I 

COLOR OF PART OF DRIFT AREA
 

118144/059 15:08,59 	SINGLE 207.5/242.5 -30 .04 0/2 1 4 RT/SB 16K 10 275.1/50.4 213/-53 263/01:44.33 03:07.9 BB2 * ISOR 881 876 5 0 0 139.68 20,39 DNO021/32 1 

TRENCHES AND VESICULAR ROCK WITH SEDIMENT MOATS 

116145/060 13:03,59 	 IR 175.0/205.0 -30 .12 9/1 1 4 RT/58 16K 6 261.0/78.5 191/-ai 264/00:19:08 02:41.2
 

IR3 ISOR 252 252 1 0 0 113.60 40.92 DNO021/33 1
 IR2 ISOR 252 252 1 0 0 116 36 41.43 DNO021/34 I
 

IR1 IGOR 251 252 1 1 1 127.49 45 94 DNOO21/35 I
 

IR OF DRIFTS TO MATCH 118143
 

128146/061 17.15,14 	 SINGLE 210.0/237.5 30 .04 4/2 1 3 RT/SB 16K 14 283 3/22.3 45/-25 265/05:09:58 02:27.0
 

SUN ISOR 694 689 5 0 0 29.45 28 66 DNO022/01 I
 SUNDIODE
 

123147/062 16:27-59 COLOR 185 0/215.0 10 .12 1/1 1 5 RT/SB 16K 12 279.9/32 6 42/-35 266/05:02:19 02:41.2 

BLU SDR 230 0 0 1 1 85.32 74.37 DNO022/02 1 GRN SDR 250 0 0 1 1 1'00.28 77.78 DN0022/03 1 

RED SDR 250 0 0 1 1 - 105.62 73.05 DNO022/04 I 

COLOR OF LATE AFTERNOON SKY 0O 
Co
 

VIKING PROJECT LIBRARY
 

VL-1 CAMERA EVENT REPORT
 

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


AZIMUTH CENTER CHAN DATA SCAN PSA SOLAR ANTISOLAR DURA- RSCN
 

CE LABEL LLT DIODE START/STOP ELEV STEP MODE OFFSET GAIN PATH RATE TEMP(C) AZ/EL AZ/EL GMT TION /DUST
 

DATA TOTAL RESCAN LINES AVE ON STAND EOR N OF EDR
 

RECORD LINES aEGIN/TOTAL MISSED GAPS VALUE DEV TAPE/FILE SEGMENTS
 

11B148/063 17:33.40 	SINGLE 300.0/335.' -10 .04 13/2 1 3 RT/SB 16K 12 284 4/18.1 223/-21 267/06:47:35 03:07.9 

BB3 * ISDR 880 876 5 1 1 87.02 38 95 DMO02 2/05 1 

ROCKY AREA AS IN 11B142 SAME AS 118123. BEGIN REPEAT 

11B149/065 06.57:39 	SINGLE 155.0/185.0 -10 .04 13/2 1 4 RT/SB ISI -IS 76.2/iO 0 15/-I 268/21:30.44 02.41.2
 

883 I SDR 753 751 2 0 0 52 21 22.08 DNO022/O 1
 

BIG JOE. SAME AS 11B124
 

128150/065 12:12'39 	 COLOR 85 0/120.0 -30 .12 1/1 1 4 AT/SB 16K 8 176.8/87.1 262/-85 269/02:45:44 03.07.9 

BLU * SDR 291 0 0 2 2 96.75 23 32 DNO022/07 1 

GRN * SDR 291 0 0 2 1 E0539 23.57 DNO022/08 1 

RED * SOR 290 0 0 3 2 135.65 26.94 DNO022/09 1 

COLOR OF TRENCH. SAME AS 12B125 

118151/066 14:28.40 	 SINGLE 155 0/185 0 -10 .04 13/2 1 4 RT/SB 16K 10 270.5/59.1 207/-62 270/05:41.20 02.41.2
 

B83 * ISDR 7S7 751 6 0 0 153.55 28.27 DNO022/10 1
 

BIG JOE. SAME AS 11B126
 

128152/067 12.14,39 	 IR 85.0/120 0 -30 .12 9/1 1 4 RT/SB 16K 8 186 7/86 8 270/-85 271/04.06.55 03.07.9
 

IR3 SOP 292 0 0 1 1 104 06 21 47 DN0022/11 1
 

IR2 SDR 291 0 0 2 1 101.89 21,62 DNO022/12 1
 

IR1 SDR 291 0 0 2 1 119.28 24,91 0N0022/13 1
 

IR OF TRENCH. SAME AS 118127.
 

12B153/069 06:58.39 	 SINGLE 10 0/ 40.0 -10 .04 13/2 1 3 RT/SB 16K -12 76 8/19,2 199/-16 273/00-10 06 02-41.2
 

BB3 I ISDR 435 751 7 323 1 89.68 37.21 DN0022/14 1
 

DRIFTS. SAME AS 128128 BUT A LARGE SECTION MISSING
 

11B154/070 06:29,40 SINGLE 300 0/335 0 -10 .04 13/2 1 3 RT/SB 16K -8 74.8/12.6 13/-10 274/00:20:42 03 07.9 

BB3 * ISDR 881 876 5 0 0 97.90 37 87 DN0022/15 I 

ROCKY AREA SAME AS 111129 

111155/071 06:59'10 	 SINGLE 185.0/215.0 -10 .04 13/2 1 3 RT/SB 16K -12 77.2/19 2 16/-16 275/01:29.47 02.41.2
 

B83 - ISOR 758 751 7 0 0 98.00 35 52 0N0022/16 I
 

DRIFTS SAME AS 118130
 

11B156/071 12:59.40 	 SINGLE 0/ 5.0 0 .12 8/3 1 4 RT/SB 16K 8 253 1/78.6 181/-81 275/07.30.16 00:10.1
 

BB1 SOR 48 43 5 0 0 82.76 67 40 DNO022/17 1
 

CAM 1 SCAN VER
 

8 2S4 6/77.7 184/-SO 275/07:34:16 00:10.1 D
 

BB1 ISOR 48 43 5 0 0 77.78 63.55 DNO022/18 I
 

CAM 1 SCAN VER
 

11B157/071 13:03.39 	SINGLE .0/ 5.0 0 .12 8/3 1 4 RT/SB 16K 


118158/071 13:03:49 	 SINGLE 170.0/170.0 0 15/7 I 2 PT/SB 16K 8 / 275/07:34.26 0:18.0
 

CAL SDR 61 0 0 0 0 .00 .00 DN0022/19 I
 

CALIBRATION
 
VIKING PROJECT LIBRARY
 

VL-1 CAMERA EVENT REPORT 

CE LABEL LLT DIODE AZIMUTH 

START/STOP CENTER ELEV ,TEP CHAN 

MODE OFFSET GAIN DATA 

PATH SCAN4 

RATE PSA SOLAR TEMP(C) AZ/EL ANTISOLAR AZ/EL GMT DURA- RSCN TION /DUST 

DATA TOTAL RESCAN LINES AVE ON STAND EDR 0 OF EOR 

RECORD LINES BEGIN/TOTAL MISSED GAPS VALUE DEV TAPE/FILE SEGMENTS 

128159/071 13:43 40 SINGLE 0/ E81 SOP 

CAM 2 SCANVER 

5,0 

44 0 43 .12 8/3 

00 

1 

0 

4 RT/SB 

56.95 16K 

31.58 12 263 9/68.9 

DN0022/20 

23/-71 

I 

275/08:14:16 00:10.1 

128160/071 13 47,40 SINGLE 0/ 881 SOP 

CAM 2 SCANVER 

5.0 

44 

0 

43 

.12 1 

B/3 

0 

1 

0 

4 RT/SB 

56.92 16K 

31,05 

12 264.5/68 0 

ON0022/21 

24/-70 275/08:18:17 00.10.1 1 D 

12B161/071 13 47 50 SINGLE 170 0/170 0 

CAL SDR 61 

CALIBRATION 

0 

0 0 

15/7 

0 

1 

0 

2 RT/SB 

.00 

16K 

.00 

12 / 

DN0022/22 

/ 

1 

275/08:19:27 0:18.0 

11B162/072 12:30 39 SINGLE 155 0/18S 0 -10 B83 ISDR 758 751 

BIG JOE SAME AS 118137, 

.04 7 13/2 0 1 

0 4 RT/SB 

158.37 16K 34 74 6 228 2/84.3 135/-85 276/07:40:51 02:41.2 DN0022/23 1 

12B163/073 14.01 39 SINGLE 85 0/120.0 30 

82 * :sDR 6594 689 

TRENCH. SAME AS 1239138 

.04 

5 

0/2 

0 

1 

0 

4 RT/SB 

116.76 

16K 

27.02 

14 265.7/64.7 

DN0022/24 

26/-67 277/09:51:26 03:07.9 

I 

11B164/074 17.27 40 SINGLE 155 0/185.0 -10 BB3 * ISDR 758 751 

BIG JOE. SAME AS 11B139 

.04 

7 

13/2 

0 

1 

0 

4 RT/SB 

73.89 16K 

25.14 12 282.5/18.5 221/-21 278/13:57.02 02:41.2 DN0022/25 I 

11B165/075 14.01 40 SINGLE 270 0/305.0 -30 

862 ISOR 881 876 

TRENCH. SAME AS 118140 

.04 

'5 

0/2 

0 

1 

0 

4 RT/SB 

117.02 

16K 

30 11 

10 265.1/64 6 201/-67 279/11:10.37 03.07.9 

DN0022/26 1 

%23166/076 09:59.59 COLOR 2BO.0/310.0 

BLU ISDR 251 GRN * ISDR 251 

RED ISCR 291 

LANDER TOP. SAME AS 

-10 .12 

0 0 0 0 

0 0 

128141 

1/1 

0 

0 

a 

1 

0 

0 

0 

5 RT/SB 

71.47 

68.29 

69.52 

16K 

37.39 

32.20 

28 98 

0 92.5/59 6 216/-56 280/07.48:32 02:41.2 

DN0022/27 1 DNO022/28 1 

DNO022/29 I 

11B167/077 12:12 39 SINGLE 300 0/335 0 

B3 ' ISOR 879 

ROCKY AREA SAME AS 

10 .04 

876 5 

11B142 

13/2 

2 

1 

1 

3 RT/SB 

181.54 

16K 

47.99 

6 183 5/85.4 

DNO022/30 

92/-84 281/10;40:48 03;07.9 

I 

118168/078 13 03.40 COLOR 175 0/205 0 -30 BLU * SDR 248 0 

GRN * SDR 249 0 

RE'D SOR 249 0 

COLOR OF DRIFTS. SAME AS 

.12 0 

0 

-1 0 

11B143 

1/1 1 3 3 

2 2 

2 

BUT NOISIER. 

4 RT/SB 

95.16 

112.80 

142.39 

16K 40.70 

42.36 

50 71 

8 250.6/77.1 

DN0022/31 

0N0022/32 

DNO022/33 

180/-79 282/12-11:24 02:41.2 I 

I 

1 

11B169/079 15:08-40 SINGLE 207.5/242 5 88 * ISDR 881 -30 

876 .04 5 0/2 

0 1 

0 4 RT/SB 

14S.16 16K 19.06 12 271.1/49.2 208/-52 283/14.55:58 03:07.9 DNO022/34 1 O TRENCHES. SAME AS 11D144, 

Lk 
------------------------------------------------------------------------------------------------------------ 

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

VIKING PROJECT LIBRARY
 

VL-1 CAMERA EVENT REPORT
 

.........................
 

AZIMUTH CENTER CHAN DATA SCAN PSA SOLAR ANTISOLAR DURA- RSCN
 CE LABEL LLT DIODE START/STOP ELEV STEP MODE OFFSET GAIN PATH RATE TEMP(C) AZ/EL AZ/EL GMT TION /DUST
 

DATA TOTAL RESCAN LINES AVE ON STAND EDR # OF EDR
 

RECORD LINES BEGIN/TOTAL MISSED GAPS VALUE DEV TAPE/FILE SEGMENTS
 

11B170/080 13:03 39 	 IR 175 0/205.0 -30 .12 9/1 1 4 RT/SB 16K -25 249 5/76.9 179/-79 284/13:30:34 02:41.2
 IR3 * ISDR 251 0 a 0 0 116 95 41.85 DNO022/35 I 

IR2 * ISDR 251 0 0 0 0 119.43 42 62 DNO022/36 I IRI * ISOR 291 0 0 0 0 130.70 47.55 DN0022/37 I IR SAME AS 116145.
 

128171/081 17!14.54 	SINGLE 210.0/237.5 30 .04 4/2 1 f RT/SB 11< 14 280.5/20.9 43/-23 285/16:21:23 02:27.9
 

SUN ISDR 694 689 5 0 0 35.89 40.98 DNO023/01 I
 

SUNDIODE
 

12B1721082 16 27 40 	 COLOR 185.0/215.0 10 .12 1/1 1 5 RT/SB 16K 14 276 8/31.2 39/-34 286/18:13:44 02:41.2 

BLU - ISDR 252 252 1 0 0 68.22 60.09 DNO023/02 1 GRN - ISDR 252 252 1 0 0 90.90 76 39 DN0023/03 I RED * ISDR 251 252 1 1 1 100.94 74.77 DNOO23/04 I 

SKY. SAME AS 125147 

112173/083 17:33 21 	 SINGLE 300.0/335 0 -10 .04 13/2 1 3 RT/SB 16K 12 281.7/16.5 220/-19 287/19:59:00 03:07.9
 B83 ISOR 881 876 5 0 0 85.97 41 42 DNO023/05 1
 

ROCKY AREA. SAME AS 118148 BEGIN SECOND REPEAT CYCLE
 

11B174/085 06:57 59 	SINGLE 167.5/1 87 5 -10 .04 13/2 1 4 RT/SB 16K -13 79 4/18,8 18/-16 289/10:42:49 01:47.9
 

BB3 ISDR 508 501 7 0 0 54.85 23.26 DNO023/06 1
 

AREA OF DRIFTS
 

12B175/085 12-12 58 	 COLOR 92 5/120.0 -30 .12 1/1 1 4 RT/SB 16K 8 186 4/84.1 284/-83 289/15.57:49 02:27,9 

BLU - SDR 229 0 0 1 1 97.27 18.96 DNO023/07 1 GRN * SDR 229 0 0 1 1 107.29 24 19 DN0023/08 I 

RED * SDR 229 0 0 1 1 $37.83 28.42 DNO023/09 I 

COLOR SAME AS 118150. 

118176/086 14 28 59 	 SINGLE 167.5/187 5 -10 .04 13/2 1 4 RT/SB 16K 12 265.3/57.6 202/-60 290/18:53:25 01:47.9
 5B3 - ISDR 506 501 5 0 0 166.82 21.65 0N0023/10 1
 DRIFTS OUT TO HORIZON
 

128177/087 12:14.59 	 IR 92 5/120.0 -30 .12 9/1 I 4 RT/SB 16K 10 191.0/83.7 289/-22 291/17:19:00 02:27.9
 

I93 ISDR 231 231 1 0 0 10563 22 35 DNO023/11 1
 IR2 ISR 230 231 1 1 i 103.25 22.45 DN0023/12 1
 IR1 * [SDR 230 231 1 1 1 120.69 25 99 DNO023/13 I 

IR OF TRENCH. SAME AS 111 52 

12817B/089 06 58.59 	SINGLE 20.0/ 37.5 -10 .04 13/2 1 3 RT/SB 16K -10 80 2/19.0 203/-IS 293/13:22:10 01:34.6
 

BB3 * ISDR 445 439 6 0 0 91.47 34.08 DNO023/14 I
 

DRIFTS.
 

118179/090 06:29 29 	SINGLE 300.0/327.5 -10 .04 13/2 1 3 RT/SB 16K -13 78.0/12.4 18/ -9 294/13:3!2:16 02:27.9
 

BB3 V ISDR 697 689 8 0 0 98.05 38.45 DN0023/15 I
 

ROCKY AREA. SAME AS 118154.
 
-------------- 

VIKING PROJECT LIBRARY
 

VL- 1 CAMERA EVENT REPORT
 ............................----------...........--.--------------------------------------------------------------------------------------------


AZIMUTH CENTER CHAN DATA SCAN PSA SOLAR ANTISOLAR DURA- RSCN
 CE LABEL LLT DIODE START/STOP ELEV STEP MODE OFFSET GAIN PATH RATE TEMP(C) AZ/EL AZ/EL GMT TION /DUST
 ----------------------------.....................-
 I . . ..---------------------------------------------------------------..................

DATA TOTAL RESCAN LINES AVE ON STAND EDR # OF EDR
 

RECORD LINES BEGIN/TOTAL MISSED GAPS VALUE DEV TAPE/FILE SEGMENTS
 ......---.---------------------------------------------
 ................-....-......
 

118180/091 09:04 59 	 SINGLE 210.0/230.0 -30 .04 0/2 1 4 RT/SB 16K -4 91.1/47.2 30/-44 295/16.47:21 01:47.9
 

282 - SOR 492 0 0 9 1 81.23 30.58 DN0023/16 I
 TRENCHES AND SEDIMENT MOAT ROCKS
 

11B181/091 12:59 59 	 SINGLE 0/ S.0 0 .12 2/3 1 4 RT/SB 16K 10 241.7/76 5 170/-78 295/20.42:21 00:10.1
 8B1 SUR 44 43 1 0 0 75.52 65.66 DN0023/17 I
 

CAM I SCANVER
 

118182/091 13;04 00 	SINGLE .0/ 5.0 0 .12 8/3 1 4 RT/SB 16K 10 243 7/75.6 173/-77 295/20:46:22 00:10.1 D
 B21 SOR 44 43 1 0 0 76.36 66,29 DNO023/18 I
 

CAM 1 SCANVER
 

118183/091 13 04.10 	 SINGLE 170.0/170.0 0 15/7 1 2 RT/SB 16K 10 / I 295/20.46:32 0:18.0
 CAL 50R 61 0 0 0 0 .00 .00 DN0023/19 1
 

CALIBRATION
 

122184/091 13:43 59 	 SINGLE .0/ 5.0 0 .12 8/3 1 4 RT/SB 16K 14 256.5/67 2 15/-69 295/21.26-21 00:10.1
 

B21 SUR 44 43 1 0 0 56.33 30.79 DNO023/O 1
 

CAM I SCANVER
 

12B185/091 13.48 00 	 SINGLE .0/ 5.0 0 .12 2/3 t 4 RT/SB 16K 14 257.4/66 3 16/-Sg 295/21.30'21 00.10.1 D BE1 SUR 44 43 1 0 0 5G,33 30.78 DN0023/21 1 

CAM 1 SCANVER 

12B186/091 13:48.10 	 SINGLE 170 0/170.0 0 15/7 1 2 RT/SB 16K 14 / / 295/21:30:31 0:18.0
 CAL SR 61 0 0 0 0 .00 .00 DN0023/22 1
 

CALIBRATION
 

11B187/092 12:30.59 	 SINGLE 167.5/187.5 -10 .04 13/2 1 4 RT/SB 16K 8 216.6/81.3 135/-Sl 296/20-52:56 01.47.9
 BB3 - SOR 493 0 0 a 2 169.31 29 18 DNO023/23 I
 

BIG ROCKS AND DRIFTS
 

12B188/093 14:01 52 	 SINGLE 92.S/120.0 -30 .04 0/2 1 4 RT/SB 16K 14 259.3/63.0 19/-65 297/23:03:31 02:27.9
 2B2 * ISDR 694 689 5 0 0 116.96 28 40 0N0023/24 1 TRENCH. SIMILAR TO 128163 

11B189/094 17:27-59 	 SINGLE 167.5/187.5 -10 .04 13/2 1 4 RT/SB 16K 14 279.6/16.7 218/-19 299/03!09.07 01.47.9
 BB3 TSDR 488 501 5 18 2 86.65 33 66 DN0023/25 I
 

DRIFTS. NOISY
 

118190/095 14:01-59 SINGLE 277.5/305.0 -30 04 0/2 1 4 RT/SB 16K 12 258.6/62 8 194/-65 300/00:22:42 02:27.9
 B2 - SDR 690 689 1 0 0 115.18 33 14 DN0023/26 I
 

TRENCH. SIMILAR TO 112165
 

128191/096 i0: 9B59 COLOR 295.0/300.0 -10 .12 1/1 1 5 RT/SB 16K 2 104.7/66 0 227/-63 300/21:30:17 01:21.2 BLU DR 125 0 0 1 1 68.08 29.18 DN0023/Q7 I GRN * SDR 124 0 0 2 1 66.74 26.06 DNO023/28 . 

RED * SDR 124 0 0 2 1 71.02 27 16 DN0023/29 ul LANDER TOP. SAME AS 12B166 
Co
 

Ch 

VIKING PROJECT LIBRARY
 

VL-1 CAMERA EVENT REPORT
 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .	 . . . . . . . . . . . . . ..-- - -- - -- - - .- - - - - - -- - - -- - -- -- -- - - -- - ­ .-- - --.- -. . . .. 

AZIMUTH CENTER CHAN DATA SCAN PSA SOLAR ANTISOLAR DURA- RSCN
 CE LABEL LLI DIODE START/STOP ELEV LTEP MODE OFFSET GAIN PATH RATE TEMP(C) AZ/EL AZ/EL GMT TION /DUST
 

DATA TOTAL RESCAN LINES AVE ON STAND rDR # OF EDR
 

RECORD LINES BEGIN/TOTAL MISSED GAPS VALUE DEV TAPE/FILE SEGMENTS
 

118192/097 12.12.59 	 SINGLE 300.0/327 S -10 .04 13/2 1 3 RT/SB 16K 6 168.0/82.0 lo7/-Si 301/23:52:52 02:27.9
 2e3 - SOR 690 689 1 0 0 176.56 49.10 DNO023/30 I
 ROCKY AREA SAME AS 118167
 

11B193/098 13.03.59 	 COLOR 175.0/195 0 -30 .12 1/1 1 4 RT/SB 16k 8 240.2/74.8 169/-76 303/01:23:28 01:47.9
 

BLU * SDR 166 0 0 2 1 93 51 37.46 DmNO23/31 I
 GRN - SOP 166 0 0 2 1 114.21 42.27 DNO023/32 I
 RED - SDR 166 0 0 2 1 146.65 52.66 DM0023/33 I
 

COLOR OF DRIFTS. SIMILAR TO 118168
 

11B194/100 06:59:29 	 SINGLE 187 5/215.0 -10 .04 13/2 1 3 RT/SS 16K -13 82.3/188 21/-16 304/20.38:08 02:27.9 

BB3 * ISDR 694 689 5 0 0 104.06 43.30 DNO023/34 I DRIFTS WITH INTERNAL STRUCTURE OR RIPPLES 

11B195/100 13.03-59 	 IR 175.0/195.0 -30 .12 9/1 I 4 RT/SB 16K 8 239.2/74.5 169/-76 305/02'42:38 01:47.9
 IR3 ISDR 162 0 0 6 4 119.14 41.70 DNO023/35 I
 IR2 ISDR 162 0 0 6 4 121.94 42.64 DN0023/36 1
 

IR1 !iSDR 162 0 0 6 5 134.82 48.87 DN0023/37 1
 

IR SAME AS 118170
 

128196/101 17.15,14 	 SINGLE 217,5/227 5 20 .04 4/2 1 3 RT/SB 16K 14 277.4/18.9 39/-21 306/07:33:28 00:54.6
 

SUN ISDR 252 251 1 0 0 23.95 8.51 DN0023/38 1
 

SUNDIODE
 

12B197/101 17.41,14 	SINGLE 217.5/227.5 20 .04 4/2 1 3 RT/SB 16K 12 279.5/13.1 42/-16 306/07:59.28 00:54.6
 SUN SDR 252 251 1 0 0 23.61 5.68 0N0023/39 1
 SUNDIODE
 

128198/102 16:27 59 	COLOR 187 5/207.5 10 .12 1/1 1 5 RT/SB 16K 14 273 3/29 4 35/-32 307/07:25:49 01.47.9
 BLU SDR 167 0 0 1 1 64.27 57.90 DN0023/40 1
 

GRN SOR 167 0 0 1 1 88.62 77.55 DN0023/41 1
 

RED SDR 166 0 0 2 1 105.48 78.90 DN0023/42 1
 

LATE AFTERNOON SKY
 
VL-1 HIGH-RESOLUTION CAMERA EVENTS
 

IN EVENT ORDER
 
VL-1 

HIGH-RESOLUTION CAMERA EVENTS IN EVENT ORDER
 

CELABEL LLT DIODE AZSTART AZSTOP EPA STEP OFFSET GAIN CELABEL LLT DIODE AZSTART A7STOP EPA,STEP OFFSET GAIN
 

12AO01/000 16 13 21 B81 102.5 160 0 -50 .04 1 4 I1A114/019 15:17:02 .B8 190.0 322.5 -30 04 1 4
 12A003/001 07 47 59 882 80 0 140.0 -30 .04 I 4 IIA115/019 15:49 01 8B1 182 5 195 0 -50 04 1 4
 

12A009/001 15 50 28 B1 80.0 160 0 -5O .04 1 4 12A116/020 07:53,59 B84 90.0 217 5 0 04 1 4
 12A010/002 07.18 00 884 65 0 155.0 -10 04 1 4 11A118/020 14 49.59 BB1 217.5 227.5 0 .04 1 5
 

12A013/002 10 29 50 881 117 5 155 0 -50 .04 1 4 12A119/020 15.14 51 B83 5.0 137.5 -10 04 1 4 t' 12A014/002 13 06 00 81 295.0 305 0 -30 .04 1 4 11A120/020 15.46 49 8B1 182.5 195.0 -50 .04 1 4 1 

12A016/003 09 10 27 B81 125.0 132.5 -50 .04 1 4 12t124/021 07.29 59 5BI 77 5 117 5 -50 04 1 3 110A17/003 14 22 00 823 272.5 300.0 -20 .04 1 4 124125/021 08.09'59 B84 227.S 290.0 0 .04 1 4 11A022/004 07.11 59 881 235.0 277 5 -50 .04 1 4 12A126/021 10.00 27 8BI 295 0 302 5 -30 .04 1 5 F" 

11A023/004 07 23 59 8B2 270 0 305 0 -30 04 1 4 11A127/021 15;12 30 B3 202 5 335.0 -10 .04 1 4 Oq 

11A025/004 07 29 59 881 35.0 40 0 -20 04 1 4 11A128/021 15.44 28 BB1 182.5 195.0 -50 .04 1 4 

11A030/004 15 45 16 B3 260 0 340 0 -10 .04 1 4 114129/022 08.10 00 8B4 100 0 195.0 0 .04 1 4 

12AO31/005 08 10 27 831 125.0 132 5 -50 .04 1 4 11A130/022 10 10.27 B83 295 0 305.0 -20 .04 1 4 11A032/005 10-46 41 881 277 5 302 5 0 .04 1 5 11A131/022 13'22 00 BB3 150.0 192 5 -10 .04 1 4 0
 12A036/005 14 59-59 281 197 5 212 5 -10 04 1 5 11A132/022 15:09 59 BB1 195 0 327.5 -50 .04 1 4 11A037/005 15.43 10 B82 182 5 242 5 -30 04 1 4 11A13i/022 15 41 58 881 237,5 250.0 -50 .04 1 4 12A039/006 07.24 27 831 125 0 132 5 -50 04 1 4 12A13E /023 09.10-00 G84 177,5 200 0 0 .04 1 4 c 12A043/006 12 30.00 881 305 0 310 0 -20 .04 1 4 12A136/023 15'07 17 BB1 30 0 162 5 -50 .04 1 4 H. 

11A048/007 07-12 00 B82 240 0 270 0 -30 04 1 4 11A137/023 15.39:16 BB1 247.5 2C.-, 0 -50 04 1 4 

tIA5i/OO7 15 38 25 281 200 0 260 0 -50 04 1 4 11A138/024 00.19-59 881 122 5 230 0 -50 04 1 4 

11A052/007 17.41 59 3E2 207 5 217.5 -30 .04 1 4 12A139/024 09'36.27 B83 105 0 115 0 -30 .04 I 4 

12A054/007 17 44 59 B83 22.5 32 5 -20 .04 1 4 12A140/024 15 04.26 B2 5.0 145.0 -30 04 1 4 

11A055/008 06 47 59 B2 207 5 217 5 -30 .04 1 4 11A141/024 15 36 24 B2 320,0 335,0 -30 04 1 4 (D 

12A056/008 06 49 59 83 22.5 32 5 -20 04 1 4 11A142/025 05 44.59 B4 292 5 335 0 -10 04 1 3 

110A50/008 08 48 59 B82 207 5 217 5 -30 .04 1 4 11A43/025 14:59'39 B84 155 0 202.5 -10 .04 1 4 

124059/008 08 50 59 BB3 22.5 32 5 -20 .04 1 4 11A144/025 15.30 27 B82 155.0 210.0 -30 .04 1 4 

11A060/008 10 49 52 882 210 0 217 5 10 .04 1 4 12A52/026 14 56.24 B82 132 5 192 5 -30 .04 1 4 I1A065/008 14-19 59 B2 207 5 217 E -30 .04 1 4 12AI53/026 15'27 20 84 132.5 192 5 -10 .04 1 4 

1A066/008 14 23 59 B84 260.0 275 0 0 04 I 4 11AI54/027 07 20 00 84 30 0 100.0 0 .04 1 4 

11AO7/008 15 35 42 BB2 225 0 305 0 -30 .04 I 4 12AI55/027 07.30,00 B4 217 5 227.5 0 04 1 4 ca 12AO6S/OO9 10 59 59 BB1 295.0 305 0 -30 .04 1 5 11A156/027 07-34.00 824 195.0 290 0 0 .04 1 4 11A069/009 15-32 54 882 145.0 225 0 -30 .04 1 4 11A157/027 07:50 00 984 290.0 310 0 0 .04 1 4 

12A070/010 10 10 27 BB1 110 0 117 5 -40 04 1 4 $14158/027 08.00:00 BB4 310 0 327 5 0 04 1 4 

11A077/011 15 26 46 BB4 180 0 260 0 -10 .04 1 4 11A159/027 09 34:27 BB3 155 0 165 0 -10 04 1 3 m
 11A078/012 08 24 59 B82 150 0 250 0 -30 .04 1 4 12AI64/027 14 52.59 384 175.0 235.0 -10 .04 1 4
 11A079/012 08,34 59 B81 182 5 235 0 -50 .04 1 4 12A165/027 15,23 54 884 220 0 280.0 .04 1 4
 

12A080/012 10 00 27 B3 22 5 30.0 -20 04 1 4 114173/028 14 49.34 824 10 0 60 0 0 04 I 4 c­ 12A081/012 15 36 22 B81 60 0 160 0 -SO 04 1 4 11A174/028 15 20.23 8B4 55 0 105 0 0 04 1 4 11A097/014 07 30 00 883 132.5 252.5 -10 .04 1 4 124183/029 05-39 40 84 75.0 100 0 0 .04 1 3 

11AO98/014 10.10 27 882 212.5 220.0 -30 .04 1 4 12t85/029 06:09 40 B4 75.0 100.0 0 .04 I 3 

11A100/015 07 30 00 881 260.0 262 5 -50 r4 1 3 12AI87/029 06 24:40 BB4 75 0 100.0 0 04 1 3 (D 

12A101/015 13 40 00 831 285 0 290.0 -20 04 1 4 12AI88/029 06-51:40 BB4 75 0 100 0 0 .04 1 3 12A102/015 13 43 00 821 80.0 100 0 -40 04 1 4 11A202/029 10-30.06 B81 237.5 245 0 -50 04 1 4 12A103/016 07 29 59 831 112.5 160 0 -50 .04 1 3 12A211/029 14.45 47 884 120.0 180 0 0 .04 1 4 12A104/016 09'00 27 81 110.0 117 5 -40 .04 1 4 124212/029 15.16 42 B84 85.0 145.0 0 .04 1 .4 

12A107/018 07 30 00 8B3 155.0 207 5 -10 04 I 4 12A233/029 17 45.40 8B4 140 0 290.0 0 04 1 3 

12A108/018 07 40 00 S92 142 5 167.5 -30 .04 1 4 12A236/030 1000 07 8B1 125 0 132 5 -50 .04 1 4
 12A109/018 12'10 27 881 295.0 302 5 -30 .04 1 5 12A237/030 14:41 02 B4 157.5 217.5 0 .04 1 4
 12AI10/019 07.12 00 B3 265.0 310 0 -10 .04 1 4 124238/030 15 11:57 8B2 172 5 232.5 -20 .04 1 4
 

11A111/019 07 20 00 883 40.0 60.0 -10 .04 1 4 12A241/031 0830.27 881 125.0 132.5 -50 .04 1 4
 12Al12/019 07 59 o0 884 15.0 90.0 0 .04 1 4 12A242/031 13:39.59 881 285.0 290.0 -20 .04 1 3
 

02
 
VL-1 

HIGH-RESOLUTION CAMERA EVENTS IN EVENT ORDER 

CELABEL LLT DIODE A2START AZSTOP EPA STEP OFFSET GAIN CELABEL LLT DIODE AZSTART A29TDP EPA STEP OFFSET GAIN 

12A2,43/031 13 49 59 BB2 102.5 112 5 -30 04 1 4 11BI24/045 06.57'5g B83 155.0 195.0 -10 .04 1 4 114250]031 14.38 28 BB4 100 0 160 0 0 04 1 4 116126/046 14'28-59 BB3 IEs 0 185.0 -10 .04 1 4 

114251/031 15 09 23 BB4 127 5 197 5 -10 .04 1 4 123128/049 06.5B.59 863 10 0 40 0 -10 04 1 3 

12A252/031 16 59 59 BB1 25 0 30 0 -20 04 1 3 118129/050 06-30.00 BB3 300.0 335 0 -10 .04 1 3 

I14253/032 11, S 27 981 205 0 207 5 -40 .04 1 4 118130/051 06-59 29 BB3 185.0 21E.0 -10 .04 1 8 

11425;/032 13 54 59 B84 150 0 190 O -10 04 1 4 118137/052 12:30-59 883 155.0 185.0 -10 .04 1 4 12A255/032 14 31 43 834 290 O 335 0 0 .04 1 4 12BI3D/053 14 01 59 8BB 85.0 120 0 -30 04 1 4 

12BO000]32 15 07, 29 BS4 250 O 310 E 0 .04 1 4 11B139/054 17.27.59 BB3 15S 0 185.0 -10 04 1 4 

12B0 16/03:3 14 27 15 9B3 260 0 320 0 -10 04 1 4 118140/055 14:01 5988B2 270.0 305.0 -30 .04 1 4 

12B017/033 15 03 00 B01 142 5 202.5 '50 .04 1 4 118142/057 12 12.59 BB3 300 0 335.0 -10 .04 1 3 

118019/034 10 42 52 B82 290 0 300 0 -30 .04 1 4 11B144/05S 15-08.59 882 207.5 242 5 "30 04 1 4 

113020/034 It 42 52 682 290 0 300 0 -30 04 1 4 115148/063 17.33:40 83 300 0 335 o -1lo,04 1 3 

126030/034 12 SS 00 88: 102 5 112 5 -30 04 1 4 118149/065 06 57.39 SB3 155.0 1B5.0 °10 .04 1 4 

11G036034 14 r5 02 84 28a7 335.0 0 04 1 4 11BI51/066 14:28 40 863 155 0 II65 0 °10 .04 1 4 118037/034 14 55 57 B84 247 5 307 5 0 .04 1 4 128153/069 U6 58.39 8B3 ,10 0 40.0 -10 .04 1 3 

11B060/035 14.51 08 BB1 167 5 227 5 -50 04 1 4 11B154/070 06'29 40 883 800 0 335.0 -10 .04 1 3 

11B051/036 07 19,59 BB4 10 0 30 0 0 .04 1 4 118165/071 06 59 10 6B3 185 0 215 0 -10 04 1 3 

11B052/036 07 24 59 BB3 252 5 335 0 -20 .04 1 4 1IB162/072 12:30-39 B63 155 0 185.0 -10 .04 1 4 

11B053/036 07 34 59 BB1 307 5 335 0 -40 04 1 4 12B163/073 14-01 39 5B2 85 0 120.0 -30 .04 1 4 

12B054/038 07 39 59 BB3 Is 0 80 0 -20 .04 1 4 1IS164/074 17-27:40 8B3 155.0 185.0 -10 04 1 4 

12B055/036 07 47.59 882 140 0 142 5 -30 .04 I 4 116165/075 14-01.40 BB2 270.0 305.0 -30 .04 1 4 12SO56/036 07 49 59 B83 167 5 !92 5 -20 .04 I 4 116167/077 12 12.39 BB3 300.0 335.0 -10 .04 1 3 

12B057/036 09 00 27 851 132 5 135 0 -50 04 1 4 116169/079 15 08:40 BB2 207 5 242.5 -30 .04 1 4 

11B068/036 14. 14 41 852 180.0 230 0 -30 04 1 4 11B173/083 17.33 21 663 300 0 335.0 -10 .04 1 3 

118059/036 14 45- 37 881 220 0 280.0 -50 04 1 4 118174/085 06.57-59 B83 167 5 187.5 -10 .04 1 4 

12B060/037 07 24 59 981 52.S 77 5 -50 04 1 4 11B176/086 14 28-59 863 167.5 187 5 -10 .04 1 4 

128063/038 07 47 00 884 .285 0 335 0 0 .04 1 4 128178/089 06-58 59 663 20.0 37 5 -10 .04 1 3 

1 16.1-/038 08-00 00 8B4 325.0 335 0 0 04 1 4 118179/090 06 29.29 BB3 300 0 327 5 -10 04 1 3 128063/038 09 30 27 B81 132 5 1 35 0 -60 04 I 4 118180/091 09:04 59 BB2 210.0 230 O -30 04 1 4 

11B067/038 14 37.00 B81 260 G 320 0 -40 04 1 4 118I87/092 12:30,59 583 167.5 187.5 -10 .04 1 4 

1II068/039 08 06 27 BSA 240 0 250.0 -10 .04 1 4 128188/093 14:01:58 BB2 92 5 120.0 -30 .04 1 4 

116073/039 14 31 41 853 30 0 90 0 -10 .04 1 4 118189/094 17:27:59 B93 167.5 187.5 -10 .04 1 4 

116076/040 07 39, 59 832 220.D 240 0 -30 .04 1 2 118190/095 14.01 59 852 277.5 305,0 "30 .04 1 4 

12B077/040 08 30 26 582 107 5 117 5 -30 .04 1 4 ,116192 /097 12:12:59 883 300.0 327.5 -10 .04 3 

110078/040 11 06 44 BEI 282 5 290.0 -30 .04 1 3 118Ell94 /100 06:59,29 863 187.5 215.0 -10 .04 1 3 

118093/040 12-42'09 BB2 28O0O 285 0 -20 04 1 3 

126096/040 17 16 59 583 12 5 102 5 -10 .04 1 3 

118097/040 17, S 59 603 130 0 230 0 -10 04 1 3 

11B098/040 17 38 59 SBA 90.0 155 0 0 04 1 3 

11B099/040 17-43,59 B83 35,0 65.0 -10 04 1 3 

126100/041 08 12,26 BB2 107.5 117.5 -30 .04 1 4 

12B103/041 15 58 44 BB3 290 0 295 0 -20 04 1 3 

1213104/041 16 Ot Q9 BB3 290 0 295.0 -20 04 1 3 

12UI06/041 16.05 09 663 290 0 295.0 -20 .04 1 3 

12S108/041 17 14 59 BS4 so0 105.0 0 04 1 3 

136110/041 17 21 59 $62 77.5 115 0 -30 .04 1 3 

12Bl11/OA1 17 27 59 683 115.0 202 5 -20 .04 1 3 

126112/041 17 37 59 683 267 5 310.0 -10 .04 1 3 

118117/042 11 30 27 883 297.5 307 5 -20 04 1 4 

.111120/042 17 30-00 B63 230 0 330.0 -10 .04 1 3 

11B123/043 17-34.00 B53 300.0 335 0 "10 .04 1 3 
VL-1 HIGH-RESOLUTION CAMERA EVENTS SORTED
 

BY TIME OF DAY
 
VL-1 

HIGH -RESOLUTION CAMERA EVENTS SORTED BY TIME OF DAY
 

...........................................................................................................-...............................
 

CCLABEL LLT DIODE AZSTART AZSTOP EPA STEP OFFSET GAIN CELASEL 
 LLT DIODE AZSTART AZSTOP EPA STEP OFFSET GAIN
 ---------------------------------------------------------------------------------------------... 
 .......- _ ------------ ---------------­

11B076/040 07.39:59 B2 22.0 240.0 -30 .04 1 2
 HOUR 05 
 12At01/018 07 40.00 82 140.5 167 5 -30 .04 1 4
 128063/038 07'47 00 BB4 28 0 335 0 o .04 I 4 1
 12A183/029 05 39 40 584 75 0 100.0 0 .04 1 3 12003/001 07.47-59 582 80 0 
 140,0 -30 .04 1 4 ­

11A142/025 05 44 59 684 292.5 335.0 -10 04 1 a 128055/036 07-47 59 382 140.0 142.5 -30 04 1 4
 

126056/036 07:4959 883 167 5 192.5 -20 .04 1 4
 HU1157/027 07.50:00 
884 290.0 310.0 0 .04 
 1 4 09
 HOUR 06 
 12A116/020 07 53.59 684 90.0 217.5 0 04 1 4
 12Ali2/019 07:59 00 884 is 0 90.0 0 04 1 41 

12A85/029 06.09 40 B4 75.0 100 0 0 .04 1 82 0
 12A187/029 06 24 40 864 75.0 100 0 0 04 1 3
 

118179/090 06 29 29 B63 300.0 327.5 -10 ,04 1 3 HOUR 08 0
 116154/070 06 29 40 883 300.0 335 0 -10 04 1 3 

11D129/050 08.20 00 ES 300 0 335.0 -10 04 1 3 1IA158/027 08 00.00 654 310.0 327 5 0 04 1 4 1

. 11A055/008 06 47 59 862 207.5 217.5 -30 .04 1 4 118064/038 08-00 00 84 326 0 335 0 0 04 1 4 ' 12A056/008 06 49 59 83 22.5 32.5 -20 04 1 4 118068/039 08-06 27 634 240 0 250 0 -10 .04 1 4 0 12A188/029 06 51.40 884 75 0 100 0 0 04 1 3 12A125/021 08 09.59 BB4 227.5 290.0 0 04 1 4
 118149/065 08.57 39 183 155.0 185 0 -10 .04 
 1 4 11A129/022 08 10.00 884 100.0 195 0 0 04 1 4
 118124/045 06 57 59 6B3 155 0 185.0 -10 04 1 4 12A031/005 08.10 27 81 12S 0 132 5 -50 .04 1 4
 118174/005 06 57 59 83 167 5 187 5 -10 .04 1 4 128100/041 08 
12.26 B82 107.5 .117 5 -30 04 1 4 128153/069 06.53 39 883 10 0 40 0 -10 .04 1 a 11078/012 08,24.59 6E2 150 0 250.0 -30 04 1 4 12128/049 06 58 59 683 10 0 40.0 -10 .04 1 3 126077/040 08.30-26 832 107 5 117 5 -30 04 1 4 

128178/089 06 58 59 8B3 20.0 37 5 -10 .04 I 3 12A241/031 08 30.27 881 126.0 132.5 -50 04 1 4
 118155/071 06 59 10 $63 185 0 215 0 -10 .04 1 3 11079/012 08-34.59 B81 182.5 235.0 
 -50 04 1 4
 116130/051 06 59 29 B3 185.0 215.0 -10 .04 1 3 114058/008 08:48-59 882 207,5 
 217 5 -30 .04 1 4 11B194/100 06-59 29 83 187.5 215.0 -10 .04 I a 12AG59/008 08 50:59 83 22,5 32.5 -20 .04 1 4 

Cl. 

HOUR 07 
 HOUR 09 
 co 

0
 1IA022/004 07 11 59 8B1 235 0 277.5 -50 04 1 4 124104/016 09-00 27 B51 110 0 117 5 -40 04 1 4
 I1A048/007 07 12 00 82 240.0 270.0 -30 04 
 1 4 128057/036 09.00:27 8B1 132 5 135.0 -So 04 124110/019 07.12 00 883 265.0 310.0 -10 04 1 4, 11810/091 09,04-59 BB2 210 0 230,0 -30 04 4 CD
 1 4 a
 124010/002 07 18 00 884 
 65 0 155 0 -10 .04 1 4 12A35/023 09 10.00 884 177.5 200.0 0 04 1 4
 118051/036 07 19 59 B64 10 0 30 0 0 04 1 4 12aO16/003 09:10 27 8B1 125 0 132 
5 -50 04 I 4
 11AI11/019 07 20 00 863 40 0 60.0 -10 04 1 4 11A138/024 09.19:59 B81 182.5 230 0 -50 04 I 4
 11A154/027 07-20 f0 684 30 0 100 0 0 .04 1 4 123065,'036 09'30.27 B1 132 5 135 0 -50 .04 1 4 '3
 11A023/004 07 23 59 82 270 0 305.0 -30 04 1 4 11A159/027 09.34 27 B83 155.0 165 0 -10 .04 1 3 
 H. 

12A039/006 07 24 27 8B1 125.0 132.5 -50 .04 1 4 12A139/024 09:36-27 BB3 105 0 115 0 -30 .04 1 4 

11B052/036 07.24 59 B3 252.5 335.0 -20 .04 1 4
 12B060/037 07 24 59 881 52.5 77.5 -50 .04 1 4 
 0
 11A025/004 07 29 59 B81 35 0 40 0 
 -20 .04 1 4 HOUR 10 12A103/016 07 29 59 861 112.5 160.0 -50 .04 1 3 

12AI24/021 07 29 59 631 77 5 117 5 -50 .04 1 3 12A236/030 10 00.07 8B1 125.0 132 5 -50 04 1 4 11A097/014 07,30 00 863 132 5 252.5 -10 .04 1 4 12A080/012 10.00'27 B3 22 5 30.0 -20 04 1 4 t. t1A100/015 07.30 00 881 260.0 262.5 -50 .04 1 3 12A126/021 
10.00'27 331 295 0 302,5 -30 .04 1 5
 12L107/018 07 30 00 BB3 155.0 207 5 -10 04 1 4 12070/010 10:10 27 681 110 0 117.5 -40 04 1 4
 12A155/027 07.30 00 8B4 217 5 227.5 0 04 I 4 11A09/014 10.10.27 82 212.5 
220.0 -30 .04 1 4
 11A156/027 07.34.00 84 195.0 290.0 0 .04 1 4 I1A130/022 10 10.27 B3 295.0 305.0 -20 04 1 4 113053/036 07 34 59 861 307.5 335 0 -40 04 1 4 12A013/002 10:29-50 BI 117.5 155.0 -50 04 1 4 

12B054/036 07'39 59 883 15.0 80.0 -20 .04 1 
 4 11A202/029 10.30-06 631 237.5 245.0 -50 .04 1 4
 

w0


U'
 
ko IVL-I 

HIGH-RESOLUTION CAMERA EVENTS SORTED BY TIME OF DAY 

CCLABEL LLT DIODE AZSTART AZSTOP EPA STEP OFFSET GAIN CELASEL LLT DIODE AZSTART AZSTOP EPA STEP OFFSET GAIN
 

11B019/034 10:42:52 252 290 0 300 0 -30 04 1 4 126016/033 14.27.15 383 260 0 320.0 -10 04 1 4
 114032/005 10:46 41 BB1 277.5 302.5 0 04 1 5 114017/003 14 28 00 53 272 5 300 0 -20 04 1 4
 11A060/009 10.49-52 882 210.0 217.5 10 .04 1 4 ;1151/066 14 28 40 883 155 0 185 0 -10 .04 1 4
 124068/009 10:59,59 BB1 295,0 305.0 -30 .04 1 5 1|6126/046 14:28*59 653 155 0 185 0 -10 04 1 ' 4
 

11B176/086 14 28 59 663 167.5 187 5 -10 .04 1 4
 118073/039 14-31,41 BB3 30.0 90 0 -10 04 1 4
 HOUR 11 124255/032 14.31:43 684 290 0 335 0 0 04 1 4
 

119067/038 14.37.00 81 260 0 320.0 -40 .04 1 4
 118078/040 11.06.44 BB1 282.5 290 0 -30 04 1 3 11A50/031 14.38.28 654 100 0 160,0 0 .04 1 4
 11A253/032 11:28'27 B81 205.0 207.5 -40 .04 1 4 12A237/030 14'41 02 BB4 157.5 217 5 0 .04 1 4
 118117/042 11:30,27 BB3 297.5 307.5 -20 .04 1 4 118059/036 14.45 37 881 220.0 220 0 -50 .04 1 4
 118020/034 11:42:52 82 290.0 300.0 -30 04 1 4 124211/029 14-45'47 B84 120 0 180.0 0 .04 1 4
 

I14173/028 14 49.34 84 10 0 60.0 0 04 1 4
 

1AlI8/020 14 49 59 881 217.5 227.5 0 04 1 5
 HOUR 12 11BO50/035 14,51:08 81 167 5 227 5 -50 .04 1 4
 

12A164/027 14 52.59 854 17t.0 235.0 -10 .04 1 4
 124109/018 12:1027 BB1 295 0 302.5 -30 .04 1 5 118037, 334 14 55.57 B84 247 5 307.5 0 04 1 4
 l18I67/077-12:12 39 853 300.0 335.0 -10 04 1 3 124i52/026 14 56 24 BB2 132.5 192.5 -30 04 1 4
 110142/057 12 12-59 B83 300.0 335.0 -10 .04 1 3 114143/025 14.59-39 884 155 0 202 5 -10 .04 1 4
 11B192/097 12.1G'59 B3 300.0 327.5 -10 .04 I 3 12AO36/005 14.59.59 S81 197 5 212 5 -10 .04 1 5
 124043/006 12:30:00 881 305.0 310.0 -20 .04 I 4
 

11162/072 12.30.39 BB3 155.0 185.0 -10 04 1 4 118137/052 12:30:59 BB3 155.0 185.0 -10 .04 1 4 HOUR 15 

118187/092 12.30:59 83 167.5 187.5 -10 .04 I 4 118093/040 12.4: 09 BB2 280.0 255.O -20 .04 1 3 128017/033 15 03.00 BB1 142.5 202.5 -50 04 I 4 

128030/034 12:55-00 8B2 102.5 112 5, '30 04 1 4 124140/024 15-04-26 82 5 0 145.0 -30 04 1 4 12A136/023 15 07.17 S81 30 0 162 5 -50 .04 1 4
 128000/032 15 07 29 B84 250 0 310.0 0 04 1 4
 

HOUR 13 118169/079 15,08.40 BB2 207 5 242 5 -30 04 1 4
 

11B144/059 15 08:59 BB2 207.5 242.5 -30 04 1 4
 12A014/002 13.06,00 881 295.0 305.0 -30 .04 1 4 11A251/031 15 09.23 B34 127 5 187.5 -10 04 1 4
 11A131/022 13-22 00 BB3 150.0 192.5 -10 .04 1 4 11A132/022 1509 59 BBI 195.0 327.5 -50 .04 1 4
 124242/031 13-39 59 881 285,0 290.0 -20 04 1 3 124238/030 15.11.57 682 172 5 232.5 -20 04 
 1 4 12A101/&15 13.40 00 BB1 285.0 290.0 -20 .04 1 4 114127/021 15-12-30 BB3 202 5 335.0 -10 04 1 4 

124102/015 13-43.00 6851 80.0 100.0 -40 04 1 4 124119/020 15 14,51 883 5 0 137 5 -10 .04 1 4 124243/031 13:49,59 B52 102.5 112.5 -30 .04 1 4 12A212/029 15 16 42 884 65 0 145.0 0 .04 1 4 

113254/032 13.54.59 BB4 150.0 190.0 '10 .04 1 4 11A114/019 15 17-02 BB2 190.0 322,5 -30 .04 1 4 

114174/028 15 20 23 BB4 55.0 105 0 0 04 1 4 

124165/027 15 23 54 884 220,0 280 0 0 04 1 4
 HOUR 14 114077/011 15,26'46 884 180 0 260 0 -10 04 1 4
 12A153/026 15 27 20 84 132 5 192,5 -10 .04 1 4
 128163/073 14:01:39 BB2 85.0 120 0 -30 04 1 4 1&144/025 15-30 27 BB2 155.0 210.0 -30 04 1 4 

118165/073 14.01 40 82 270.0 305.0 -30 .04 1 4 114069/009 15:32.54 B2 145 0 225 0 -30 04 1 4 

128188/093 14:01 58 B82 92.5 120.0 -30 04 1 4 113067/008 15-35 42 8B2 225.0 305.0 -30 04 
 1 4 128138/053 14:01-59 882 85.0 120.0 -30 04 1 4 124021/012 15 36 22 81 60.0 160 0 -50 .04 1 4 

118140/055 14-01.59 BB2 270.0 305.0 -30 .04 1 4 114141/024 15-36-24 BB2 320 0 335 0 -30 04 1 4 

11B190/095 14.01.59 882 277.5 305.0 -30 .04 1 4 114051/007 15.38-25 81 200 0 260 0 -50 04 1 4 

118058/036 14-14.41 82 180.0 230.0 -30 .04 1 4 11A137/023 15.39 16 BB1 247 5 260 0 -50 .04 1 4 

114065/008 14:19.59 B92 207.5 217.5 -30 .04 1 4 114133/022 15 41.58 B81 237.5 250.0 -50 04 4 

114066/008 14.23 59 84 260.0 275.0 0 .04 1 4 11A037/005 15.43:10 882 182.5 242 5 -30 .04 1 4 

118036/034 14:25.02 B4 287.5 335.0 0 .04 1 4 114128/021 15:44:28 8B1 182.5 165 0 -50 .04 1 4 
VL-1
 

HIGH-RESOLUTION CAMERA EVENTS SORTED BY TIME OF DAY
 

CELASEL LLT DIODE AZSTART AZSTOP EPA STEP OFFSET GAIN
 

11A030/004 15.45 16 BB3 260.0 340 0 -10 04 1 4
 

114120/020 15-46.49 881 182.5 195 0 -50 .04 1 4
 

114115/019 15:49 01 681 182.5 195.0 -50 04 1 4
 

124009/001 15.50.28 81 80 0 160.0 -50 04 1 4
 

12B103/041 15.58'44 883 290.0 295.0 -20 .04 1 3
 

HOUR 16
 

128104/041 16-01,09 883 290,0 295,0 -20 04 1 3
 

126106/D4I 16 05-09 BB3 290.0 295 0 -20 .04 I 3
 

12AO01/000 16:13-21 61 102.5 160.0 -50 04 1 4
 

12A252/031 1659-59 BBI 25.0 30.0 -20 .04 1 3
 

HOUR 17
 

128108/041 17.14 59 564 90 0 105 0 0 04 I 3 

128096/040 17.16 59 663 12.5 102 5 -10 .04 1 3 

128110/041 17.21:59 82 77.5 115.0 -30 04 1 3 

t12097/040 17.25.59 883 130.0 230.0 -10 .04 1 3 

116164/074 17-27 40 683 155.0 185 0 -10 04 1 4 

12B111/041 17:27.59 B3 115 0 202.5 -20 .04 1 3 

118139/054 17.27.59 883 155.0 185 0 -10 01 1 4 

118199/094 17 27:59 883 167.5 187.5 -10 .04 1 4 

118120/042 17.30.00 883 230.0 330 0 -10 04 I 3 

118173/083 17 33 21 8B3 300.0 335.0 -10 04 1 3 

116148/063 17 33'40 83 300 0 335.0 -10 .04 1 3 

t18123/043 17.34,00 883 300.0 335.0 -10 .04 1 3 

112098/040 17-36 59 B4 90.0 155.0 0 .04 1 3 

128112/041 17.37.59 B3 267.5 310.0 -10 .04 1 3 

114052/007 17 41 59 B82 207.5 217.5 -30 .04 1 4 

11B099'040 17:43-59 83 35.0 65.0 -10 .04 1 3 

12A054/007 17.44 59 B63 22.5 32.5 -20 .04 1 4 

124235/029 17.45 40 B84 140.0 290.0. 0 .04 1 3 

k0'31 
VL-1 HIGH-RESOLUTION CAMERA EVENTS SORTED
 

BY ELEVATION AND START AZIMUTH
 

FOR SEGMENTS OF DAY
 
VL-1 HIGH-RESOLUTION CAMERA EVENTS SORTED BY ELEVATION AND START AZIMUTH FOR SEGMENTS OF THE DAY 

00-10 HOURS LLT RELATIVE TO NORTH -. 

CELABEL LLT EPA AZSTART AZSTOP DIODE GAIN OFFSET SUNAZ SUNEL ASOLAZ ASOLEL AZSTART AZSTOP ASOLZ 

.--........--....-- ..--.--- ...----.------------------------------------------------- -----....- -. --------- -------- -I-' 0q 

CAMERA I 

118051/036 07 19 b9 

11A154/027 07-20 00 

11A129/022 08-10 00 

I1A156/027 0734 00 11A157/027 07.80 00 

11A158/027 08 00 00 

118064/039 08'00'00 

0 

0 

0 

0 

0 

0 

0 

10.0 

30 0 

100.0 

195.0 

290 0 

310.0 

325.0 

30.0 

100 0 

195.0 

290.0 

510 0 

327.5 

335,0 

B34 

BR4 

884 

84 

854 

884 

B4 

4 

4 

4 

4 

4 

4 

4 

1 

1 

1 

1 

1 

1 

1 

74.2 

73 4 

76 0 

74 3 75 2 

75.8 

76.9 

23 8 24.6 

35.4 

27.6 

31 0 

33.2 

32.5 

is 

13 

16 

14 

is 

16 

16 

-21 

-22 

-32 

-25 

-29 

-30 

-29 

251.4 

271.4 

341.4 

76.4 

171.4 

191.4 

206.4 

271.4 

341.4 

76.4 

171.4 

191.4 

208 9 

216.4 

255 

255 

258 

256 

257 

258 

258 

,D C/- 0 

$ I-' 

cI- r_ CT ct 

[ 0 

N : 

11A11/019 07 20 00 -10 lIA097/014 07,30:00 -10 

11A159/027 09 34 27 -10 

11B124/045 06'57 b9 -10 

11B149/065 06.57 .19 -10 

11B174/085 06 57 59 -10 

118130/051 06 59,29 -10 

11815./071 06.59:10 -10 

118194/100 06 59 29 -10 

11B068/039 08'06 27 -10 

11A142/025 05.44.59 -10 

112129/050 06 30 00 -10 

118154/070 0629 40 -10 

11B179/090 06-29.29 -10 

11A025/004 07 29 59 -20 

11B052/036 07 24 59 -20 

11A078/012 08124 59 -30 

l10551008 00 47:59 -30 

11A058/003 09.48.59 -30 

11B120/091 0 04-59 -30 

118076/040 07'.9 59 -30 

11A048/007 07.12:60 -30 

110023/004 07 23 59 -30 

118053/036 07-34 59 -40 

11AO79/012 08:34:59 -60 

11A138/024 09 19 59 -50 

ItA022/OO4 07.11.59 -50 

1lA100/019 07:30:00 -50 

40 0 

132.5 

155 0 

155 0 

155 0 

167.5 

185 0 

185 0 

187.5 

240.0 

292 5 

300 0 

300.0 

300 0 

35.0 

252.5 

150.0 

207.5 

207 5 

210.0 

220.0 

240,0 

270.0 

307.5 

182 5 

182.5 

235.0 

260.0 

60 0 

252 5 165 0 

185 0 185.0 

187.5 

215,0 

215,0 

215,0 

250 0 

335 0 

335,0 

335 0 

327 5 

40 0 

335.0 

250.0 

217 5 

217 5 

230.0 

240 0 

270.0 

305.0 

335 0 

238.0 

230.0 

277,5 

262.5 

883 

883 

883 

83 

853 

B83 

B3 

BB3 

883 

884 

884 

883 

53 

B3 

881 

883 

B2 

882 

882 

S82 

882 

882 

882 

B1 

BBt 

81 

B1 

831-" 

4 

4 

3 

4 

4 

4 

a 

3 

3 

4 

2 

3 

3 

3 

4 

4 

4 

4 

4 

4 

2 

4 

4 

4 

4 

4 

4 

3 

1 

1 

1 

1 

1 

1 

1 

1 

1 

1 

1 

1 

1 

1 

1 

1 

1 

1 

1 

I 

1 

1 

1 

1 

1 

1 

I 

1 

72.7 

73.0 

80,7 

73.6 

76.2 

79 4 

74 4 

77.2 

82.3 

77.4 

66.0 

72.1 

74 8 

78 0 

72 5 

74 5 76.0 

69.9 

77 0 

91.1 

75.9 

71 5 

72.1 

75.1 

76 6 

79.7 

71.4 

73 1 

24 6 

26.6 

53.9 

19 1 19.0 

1898 

19 4 

19.2 

18.8 

34.0 

4.6 

13.1 

12 8 

12.4 

26.3 

24.9 

38.4 

17.5 

43 S 

47.2 

28.2 

22 5 

25.0 

27.1 

40 6 

50.7 

22,5 

26.7 

12 

1 

21 

12 

15 

18 

13 

16 

21 

16 

5 

11 

13 

16 

12 

13 

16 

9 

17 

30 

15 

11 

12 

14 

17 

20 

II 

13 

-22 

-24 

-51 

-16 

-16 

-16 

-16 

-16 

-16 

-31 

-2 

-10 

-10 

-9 

-26 

-22 

-35 

-15 

-40 

-44 

-25 

-20 

-25 

-24 

-38 

-48 

-22 

-24 

281 4 

13.9 36 4 

38.4 

36.4 

48.9 

66.4 

66.4 

68.9 

121.4 

173.9 

181.4 

181 4 

181 4 

276 4 133.9 

31.4 

88 9 

86.9 

91,4 

101.4 

121.4 

151.4 

188.9 

63.9 

63.9 

116.4 

141.4 

301.4 

133.9 46.4 

66.4 

66.4 

68.9 

96 4 

96 4 98.4 

131 4 

216.4 

216 4 

216.4 

208.9 

281,4 

216 4 131.4 

98.9 

98.9 

111.4 

121.4 

151 4 186.4 

216.4 

116.4 

111.4 

158.9 

143.9 

254 

2656 263 

254 

257 

260 

255 

258 

263 

258 

247c 

253 

255 

258 

254 

255 

258 

251 

259 

272 

257 

2S3 

254 

256 

259 

262 

253 

255 

a P 

Z­ 11 o 

'I ITN 

C" ( 

::I 

ci- 0 

In Is ct 0 C. 

a 

C a 

w 14 

14 

(D 

ci0 

CAMERA 2 P, 

12A112/019 07 59-00 

12A183/029 05.39-40 

12A185/029 06:09,40 

0 

0 

0 

15.0 

75.0 

75.0 

90 0 

100.0 

100.0 

B84 

884 

884 

4 

3 

3 

1 

1 

1 

75.1 

66.0 

68.5 

33.0 

2 6 

8 8 

198 

199 

191 

-30 

-0 

-6 

72.4 

132.4 

132,4 

147.4 

157.4 

157.4 

255 

245 

248 
-------------------------------------------------------------- 

o VL-I 

HIGH-RESOLUTION CAMERA EVENTS
 

SORTED BY ELrVATION AND START AZIMUTH
 

FOR SEGMENTS OF THE DAY
 

00-10 HOURS LLT
 

........... ------------------- RLTV TO. NO.TH
 

CLLABEL LLT EPA AZSTART AZSTOP DIODE GAIN OFFSET SUNAZ SUNEL ASOLA2 ASOLELJAZSTAnT AZSTOP ASOLAZ
 

12AI87/029 06 24.40 0 75.0 100 0 884 a 1 69.7 11.9 192 -9 132 4 167.4 249
 

12A188/029 06 51-40 0 75.0 100 0 84 a 1 71.6 17.7 194 -15 132.4 157.4 261
 

12A116/020 07.53.59 0 90 0 217 5 84 4 1 74 4 31 9 198 -29 147.4 274 S 265
 

12A135/023 09 10 00 0 177 5 200 0 894 4 1 70 1 48 5 203 -45 234.S 257.4 260
 

12A15/027 07-30:00 0 217.5 227.5 BB4 4 1 74.0 26 7 197 -24 274 9 204.9 264
 

12A125/021 08 09,b9 0 227.5 290 0 BB4 4 1 76.9 35.4 199 -32 284.9 347.4 256
 

128063/038 07-47 00 0 285.0 336.0 84 4 1 76 1 29 7 199 -27 342.4 32.4 256
 

12B12 /049 06.68 59 -10 10.0 40.0 883 3 1 74 2 19.3 197 -1 67.4 97 4 254
 

128153/069 0.6$8'39 -1 10.0 40.0 893 3 1 76 8 19.2 199 -16 67.4 97 4 256
 

128178/o89 0.58:59 -10 20 0 37 5 89 3 1 s0 2 19.0 203 -16 77 4 94.9 260
 

12AO10/002 07.180 0 -10 68 0 165 0 884 4 1 71.7 23 7 196 -23 122.4 212.4 252
 

12At07/018 07.30:00 -10 155 0 207 S BB3 4 1 74 S 26.7 196 -24 212.4 264.9 263
 

12A110/019 07.1^ 00 -10 265 0 310 0 683 4 1 72.2 22.9 195 -20 322.4 7.4 262
 

128054/036 0739 69 -20 15 0 80.0 883 4 1 75 4 28.1 198 -25 72 4 t37.4 25S
 

12A068/008 O 496S9 -20 22.5 32 5 883 4 1 70.1 17 9 193 -15 79.9 89.9 250
 

12Aosg/008 08.50-59 -20 22 6 32.6 883 4 1 77 1 43.9 201 -41 79.9 89.9 258
 

128056/036 o7:49-59 -20 167.5 192.6 883 4 1 78.0 30.3 109 -27 224.9 249.9 256
 

12AO03/001 07 47:69 -30 80.0 140.0 882 4 1 73.2 30 0 197 -30 137.4 197.4 254
 

12A139/024 09:36827 -30 105.0 116.0 883 4 1 80 5 S4.4 204 -51 162.4 172.4 261
 

12B077/010 08.30.26 -30 107.5 117 5 M82 4 1 78 9 39.3 202 -3G 184 9 174.9 269
 

12B100/041 08,12 26 -30 107 5 117.S M82 4 1 77.9 35.3 201 -32 164.9 174 9 258
 

12BO6/036 07.47 59 -30 140.0 142.5 B82 4 1 7S.9 29 9 199 -27 197.4 199.9 2586
 

12A108/018 07:40 00 -30 142.5 167 5 B2 4 1 73.9 28.9 197 -26 199.9 224.9 254
 

12A104/016 o9:00 27 -40 110.0 117.5 8st 4 1 78.1 46.3 202 -43 167.4 174.9 259
 

12B060/037 07.24:59 -50 62 5 77.5 BI 4 1 74.6 24 9 197 -22 109.9 134.9 254
 

12A124/021 07.29.69 -60 77.5 117.6 881 3 1 73.5 26 7 197 -24 134.9 174.9 254
 

12AI03/016 07-2q b9 -50 112.6 160.0 BB1 3 1 73 2 26.7 196 -23 169 9 217.4 253
 

12A016/003 09 10.27 -SO 125.0 132 S 81 4 1 77.6 48.1 201 -48 182.4 189 9 258
 

12A031/005 08 10.27 -50 125.0 132.5 BBI 4 1 75.1 36.1 198 -32 182.4 189.9 255
 

12A039/006 07.24-27 -50 125.0 132.5 881 4 1 72,2 25.2 195 -22 182,4 189.9 262
 

12A241/031 08:30 27 -50 125.0 132.5 882 4 1 77.8 29 1 201 -36 182.4 189.9 258
 

128057/036 09.00,27 -50 132.5 135.0 881 4 1 80.0 45.9 203 -43 189.9 192.4 260
 

128065/038 09:30.27 -50 132.5 135.0 S81 4 I 81.8 52.6 205 -49 189.9 192.4 262
 
VL-1 HIGH-RESOLUTION CAMERA EVENTS
 

SORTED BY ELEVATION AND START AZIMUTH
 

FOR SEGMENTS OF THE DAY
 

00-10 HOURS LLT p:_ 

..... RELATIVE TO NORTH 

CELABEL LLT EPA AZSTART AZSTOP DIODE GAIN OFFSET SUNAZ SUNEL ASOLA2 ASOLEL AZSTART AZSTOP ASOLAZ 

CAMERA 1 

118051/036 07:19 b9 0 10.0 30.0 3B4 4 1 74.2 23.8 13 -21 251.4 271.4 255 0) 

11A154/027 07 20-00 0 30 0 100.0 8B4 4 1 73 4 24 6 13 -22 271 4 341.4 255 c- 0 

i1A129/022 09.10.00 0 100.0 195.0 BB4 4 1 76.0 36.4 16 -32 341.4 76.4 258 D) p 

11A156/027 07 34 00 0 195.0 290.0 884 4 1 74 3 27.6 14 -25 76.4 171.4 256 I 

11A157/027 07-50 00 0 290 0 310.0 84 4 1 75 2 31.0 15 -28 171.4 191.4 267 F 

11A158/027 08:00'00 0 310,0 327.5 884 4 1 75.8 33.2 16 -30 101.4 208.9 258 t. 0 

118064/038 08:00:00 0 325.0 335 0 B84 4 1 76.9 32.5 16 -29 206.4 216.4 253a 

11AIlI/019 07 20 00 -10 11A097/014 07:30'00 -10 40.0 

132.5 60.0 252.5 BB3 883 4 

4 1 1 72.7 

73.0 24.6 

26.6 12 

13 -22 

-24 281.4 

13.9 301,4 133.9 254 255 * 

11A159/027 09-34'27 -10 155 0 165 0 883 3 1 80.7 53.9 21 -51 36.4 46 4 263 ct11B124/045 06 57:b9 -10 155.0 185,0 B83 4 I 73 6 19.1 12 -16 36.4 66.4 254 ( 

11B149/065 06.57 39 -10 155.0 185.0 883 4 1 76.2 19 0 Is -16 36.4 66.4 257 118174/085 06 57.b9 -10 167.5 187.5 B3 4 1 79 4 18 8 18 -16 48.9 68 9 260 0 

ll8iGO/01 06.59:59 -10 185.0 215.0 S83 3 1 74.4 19.4 13 -16 66.4 96 4 25S Is n 

11015-/071 06'59 10 -10 185.0 215.0 8B3 3 1 77.2 19.2 16 -16 66.4 96,4 258 

11B194/100 06:59:29 -10 187.5 215.0 883 3 1 82 3 18 8 21 -16 68.9 96 4 263 Z 

118063/039 O0 06.27 -10 240.0 250 0 884 4 1 77 4 34.0 16 -31 121.4 131.4 258 Oc 

11142/025 05,44.59 -10 292.5 335.0 884 3 1 66 0 4.8 6 -2 173.9 216.4 247@ 

11B129/050 06 30 00 -10 300.0 335.0 B33 3 1 72 1 13 1 11 -10 181.4 216 4 253 

118154/070 06 29 40 -10 300 0 335 0 BB3 3 1 74 8 12.8 13 -10 181 4 216.4 255 c­t 

11B179/090 06 29.29 -10 300.0 327.5 B83 3 1 78 0 12 4 16 -9 181.4 208.9 258 C 

11A025/004 07'29,59 -20 

11052/036 07-2459 -20 

113078/012 08.24 59 -30 

35.0 

252 5 

150 0 

40.0 

335 0 

250 0 

88 

BB3 

B82 

4 

4 

4 

1 

1 

I 

72 5 74 5 

76 0 

26.3 

24.9 

38 4 

12 

13 

16 

-26 

-22 

-35 

278.4 

133,9 

31.4 

281.4 

216.4 

131.4 

254 

255 

258 0 ci­

(D 

IAOSS/008 06,47,59 -S0 207 5 217.5 882 4 1 69 9 17.5 9 -15 88.9 98.9 251 1 a 

11A058/008 08 48 s9 -30 207.5 217 5 8B2 4 1 77 0 43.5 17 -40 88.9 98.9 259 ) 1<4 

118180/091 09-04,59 -30 210.0 230 0 882 4 1 91.1 47 2 30 -44 91 4 111.4 272 

11B076/040 07.39,59 -30 220.0 240.0 B82 2 1 75.9 28 2 is -25 101.4 121 4 257 H 11A048/007 07-1,00 -30 240 0 270 0 882 4 1 71 5 22.5 11 -20 121.4 161.4 253 (D 

11023/004 07:23'59 -30 270.0 305 0 862 4 1 72 1 25.0 12 -25 151.4 186.4 254 

11B053/036 07:34.59 -40 307 5 335 0 BBI 4 1 75.1 27.1 14 -24 188 9 216.4 256 

I11079/012 08.34 59 -50 182 5 235 0 8B1 4 1 76 5 40.6 17 -38 63.9 116.4 259 P. 

11138/024 09:19.59 -50 

11A022/004 07.11 59 -50 

182.5 

235.0 

230.0 

277 5 

8e1 

BE1 

4 

4 

1 

1 79.7 

71 4 50 7 22.5 20 

11 -48 

-22 63.9 

116.4 111.4 

158.9 262 

253 0 

z 

11A100/015 07 30 00 -50 260.0 262.5 881- 3 1 73.1 26.7 13 -24 141.4 143.9 255 f 

CAMERA 2 

12A112/019 07 59-00 0 15.0 90 0 B84 4 1 75.1 33.0 198 -30 72.4 147.4 255 

12A183/029 05.39'40 0 75.0 100 0 884 3 1 66.0 2.5 18 -O 132.4 157.4 245 

12A185/029 06.09:40 0 75.0 100.0 84 3 1 68.5 8.8 191 -6 132.4 157.4 248 
--

0 

o VL-1 

HIGH-RESOLUTION CAMERA EVENTS 

SORTED BY ELEVATION AND START AZIMUTH 

FOR SEGMENTS OF THE DAY 

D0-10 HOURS LLT 0 RELATIVE TO NORTH 

CELABEL LIT EPA 

..-.AZSTART 

.-.--..-..-..AZSTOP .-.-.-.-DIODE ----GAIN 

----OFFSET 

------SUNAZ SUNEL ---- ----ASOLAZ ----ASOLEL ---- AZSTART --------AZSTOP ----ASOLAZ
 ------ ---- ----- -
 . . ......... .......................................... .... . ... .... . .... .. .. .... ............. ........ - - .. ..............
 

12A187/029 06 24.40 0 75.0 100.0 84 3 1 69.7 11 9 192 -9 132.4 157.4 249 

12A188/029 06 51:40 0 75.0 100 0 B4 3 1 71.6 17.7 194 -15 132.4 157.4 251 

12A116/020 07 53'59 0 90.0 217.5 B84 4 t 74 9 31 9 198 -29 147.4 274 9 255 

12A135/023 09.10'00 0 177.5 200 0 884 4 1 79.1 48.5 203 -45 234.9 2S7 4 260 

12A155/027 073000 0 217.5 227.5 884 4 1 74 0 26 7 197 -24 274.9 284 9 254 

12A125/021 08:09;59 0 227 5 290 0 B34 4 1 75 9 35.4 199 -32 284.9 347.4 256 

128063/038 07 47.00 0 285.0 $35.0 B84 4 1 76.1 29.7 199 -27 342.4 32.4 256 

128128/049 06.561,9 -10 10.0 40 0 8B3 3 I 74 2 19.3 197 -16 67.4 97.4 254 

125153/069 06 58'39 -10 10.0 40 0 883 3 1 76 8 19 2 199 -16 67.4 97.4 256 

128178/089 00-58 59 -10 20,0 37,5 BB3 3 1 80 2 19 0 203 -16 77.4 94 9 260 

12A010/002 07;18 00 -10 65.0 155,0 B4 4 1 71.7 23.7 195 -23 122 4 212.4 252 

12A107/016 07.30:00 -10 155 0 207 5 BB3 4 1 74.8 26.7 196 -24 212.4 264.9 253 

12A110/019 07.12.00 -10 265.0 310.0 BB3 4 1 72 2 22 9 195 -20 322.4 7.4 252 

128054/036 07 39.59 -20 15.0 80.0 BB3 4 1 75 4 28,1 198 -25 72.4 137.4 255 

12A056/008 06 49 59 -20 22.5 32.5 583 4 1 70 1 17,9 193 -15 79.9 89 9 250 

12A059/008 08-50.59 -20 22.5 32.5 BB3 4 1 77,1 43,9 201 -41 79.9 89.9 258 

128056/036 07'49-59 -20 167 5 192 5 BB3 4 1 76.0 30,3 199 -27 224 9 249.9 256 

12A003/001 07-47'59 -30 80 0 140.0 BB2 4 1 73,2 30.0 197 -30 137.4 197 4 254 

12A139/024 09 36.27 -30 105.0 115.0 583 4 1 80 S 54 4 204 -51 162.4 172.4 261 

125077/040 08,30.26 -30 107.5 117.5 B2 4 1 78 9 39.3 202 -36 164.9 174.9 259 

128100/041 08-1226 -30 107 5 117 5 82 4 1 77 9 35.3 201 -32' 164 9 174.9 258 

126055/036 07.47.59 -30 140.0 142 5 882 4 1 75 9 29 9 199 -27 197.4 199.9 256 

12A108/018 07:40 00 -30 142.5 167.5 B82 4 1 73 9 28 9 197 -26 199.9 224.0 254 

12A104/016 09 00,27 -40 110.0 117,5 BB1 4 1 78.1 46.3 202 -43 167 4 174.9 259 

12B060/037 07:24:b9 -50 52.5 77,5 BB1 4 1 74 6 24 9 197 -22 109.9 134.9 254 

12A124/021 07:29S9 -50 77 5 117 5 BB1 3 1 73.5 26.7 197 -24 134,9 174 9 254 

12A103/016 07-29 59 -50 112.5 160.0 B81 3 1 73 2 26.7 196 -23 1699 217.4 253
 

12A016/003 09:10 27 -50 125.0 132 5 881 4 I 77 6 48 1 201 -48 182 4 189 9 258
 

12A031/005 08.10-27 -50 125 0 132.5 B1 4 1 75 1 36 1 198 -32 182.4 189.9 255
 

12A039/006 07-24 27 "50 125.0 132 5 BB1 4 1 72,2 25.2 195 -22 182.4 189.9 252
 

12A241/031 08.30.27 -50 125.0 132.5 BB1 4 1 77.8 39.1 201 -36 182.4 189.9 258
 

12B057/036 09:00.27 -50 132.5 135 0 B81 4 1 80.0 45.9 203 -43 189.9 192 4 260
 

128065/038 09:30:27 -50 132.5 135.0 B81 4 1 81.8 52,6 205 -49 189.9 192.4 262
 
VL-1 HIGH-RESOLUTION CAMERA EVENTS
 

SORTED BY ELEVATION AND START AZIMUTH
 

FOR SEGMENTS OF THE DAY
 

10-14 HOURS LLT t RELATIVE TO NORTH, 

-.. --- -- - -- ­ .- -. .- .. ---- -. . --. -. .- -. .. ... . . ... . . . .... - - . . .. - -. -.. --. - - - . . . . . - .. . .. -- - - - . . . . . . . . .. . . O R . . .. . . . . . . 

CELABEL LLT EPA AZSTART AZSTOP DIODE GAIN OFFSET SUNAZ SUNEL ASOLAZ ASOLEL AZSTART AZSTOP ASOLAZ 

CAMERA I 

11A032/005 10:4641 0 277.5 302.5 881 S 1 80 0 69.3 22 -66 158.9 183.9 264 

I1A060/008 10.49 S2 10 210.0 217.5 B2 4 1 80 3 70 1 22 -67 91.4 96 9 264 11A131/022 13-22 00 -10 150.0 192 5 B83 4 1 277.6 75.4 215 -708 31.4 73.9 96 

11A254/032 13:54 59 -10 150.0 190 0 884 4 1 276.2 68 3 213 -71 31.4 71.4 94 11B137/052 12.30 59 -10 155.0 185.0 883 4 1 250.8 86 2 137 -87 36.4 66.4 18 11B162/072 12.30-39 -10 155.0 185 0 BB3 4 1 228 2 84 3 135 -85 36 4 66 4 16 

110187/092 12.30 59 -10 167.5 167 5 BB3 4 1 216.6 81 3 135 -81 48.9 689 0 16 

11B142/057 12.12.59 -10 300.0 335 0 083 3 1 169.1 88 1 67 -85 181.4 216 4 309 115167/077 12.12 39 -10 300.0 335 0 B3 3 1 183 5 85.4 92 -84 181,4 216 4 334 115192/097 12.12 59 -10 300 0 327 5 B83 3 1 188 0 82 0 107 -81 181.4 208 9 349 

118093/040 12.42 09 -20 280.0 285,0 BB2 3 1 270.6 84 3 194 -87 161.4 166 4 75 11A130/022 10:10 27 -20 295.0 305.0 S83 4 1 81 S 61.9 22 -59 176.4 186 4 264 118117/042 11:30 27 -20 297.5 307.5 B83 4 1 89 2 79.6 31 -76 178 9 188.9 273 11A098/014 10.10.27 -30 212.5 220 0 SB2 4 1 80.5 61 7 21 -58 '3 9 101 4 263 

118078'040 11:06 44 -30 282.5 290 0 881 3 I 86 9 74.2 28 -71 163.9 171.4 270 11B019/034 10.4252 -30 290 0 300,0 8B2 4 1 84.3 68 7 25 -65 171 4 181.4 267 

11B020/034 11.42 52 -30 290.0 300.0 B82 4 I 84.9 82 1 29 -79 171.4 181.,; 271 

11A253/032 11 28,27 -40 205,0 207,5 881 4 1 84,4 78 8 27 -76 86.4 88.9 269 11A202/029 10"30 06 -50 237.5 245.0 881 4 1 82 8 65 7 23 -62 118.9 126.4 265 

CAMERA 2 

12A080/012 10:00,27 -20 22 5 30 0 883 4 1 80 0 59.4 204 -56 79.9 87 4 261 12A101/015 $3.40 00 -20 285 0 290 0 881 4 1 278 8 71.5 40 -74 342.4 347 4 97 12A242/031 13.39 59 -20 285.0 290,0 Be 3 1 276 1 71.7 37 -74 342.4 347.4 94 12A043/006 12:30 DO -20 305.0 310,0 881 4 310 2 86.9 142 -as 2.4 7 4 199 12A243/031 13:49'59 -30 102 5 112 5 82 4 1 276 3 69.4 37 -72 159.9 169.9 94 125030/034 12:55 00 -30 102 5 112,5 B82 4 1 275 0 81.6 32 -84 159.9 169,9 a9 

12A014/002 13-06 00 -30 295.0 305,0 881 4 1 283.6 79 5 45 -79 352.4 2.4 102 12A068/009 10.59'S9 -30 295 0 305,0 81 5 1 80 3 72.4 206 -69 352.4 2 4 263 

12AI09/018 12.10 27 -30 295.0 302,5 881 5 1 43 4 83.0 203 -85 352.4 359.9 260 

12A128/021 10-00 27 -30 295 0 302,5 881 5 1 81 0 59 7 205 -56 352.4 359.u 262 12A102/015 13:43.00 -40 80.0 100,0 8B1 4 1 278.8 70 9 40 -73 137.4 157 4 97 12A070/010 10.10 27 -40 110.0 117 5 81 4 1 80 1 61.5 204 -58 167.4 174.9 261 

12AOi/002 10:29.0 -50 117. 155 0 So1 4 1 79.8 66.5 204 -68 174.9 212 4 261 12A236/030 10:00.07 -50 125.0 132,5 881 4 1 81 9 59.0 206 -56 182.4 189.9 263 

C> 
VL-I 

HIGH-RESOLUTION CAMERA EVENTS 

SORTED BY ELEVATION AND START AZIMUTH 

FOR SEGMENTS OF THE DAY 

14-16 HOURS LLT ,, RELATIVE TO NORTH 

....... .. . .. ..... .............. .... .......... 1 

C LEABEL- .. .. . .. .. LLT 

--. .. EPA AZSTART AZSTOP DIODE . .. .. . . . . . . . GAIN OFFSET . .•. . , UNAZ = SUNEL ASOLAZ ...... .. ASOLEL AZSTART ........~ . . = . .. AZSTOP .° . .. ° ASOLAZ .... . o .° 

LAME'RA 1 

11A173/028 14.49 34 0 i0.0 60.0 B84 4 1 2768 56.2 216 -59 251.4 301.4 07 

110t74/028 15:20 23 0 55.0 105.0 884 4 1 280.2 49.4 218 -52 296.4 346 4 99 

110250/031 14-38 28 0 100.0 160 0 64 4 1 278 0 58.6 215 -61 341.4 41.4 g9 

I1118/020 14-49 59 0 217 5 227.5 881 5 1 279.7 55.9 218 -56 98.9 IDS P 99 

118037/034 14 55 57 0 247.5 307 5 84 4 1 278.3 54.6 216 -57 128.9 188.6 97 

11066/008 14 23 59 0 260.0 275 0 824 4 1 280 0 62.1 219 -65 141.4 158.4 100 

116036/034 14-25 02 0 287.5 335.0 84 4 1 277 0 61 5 214 -64 168.9 216.4 95 

11B073/039 14.31-41 -10 30 0 90.0 B3 4 1 276 4 59.8 214 -62 271.4 331 4 95 

110251/031 15 09,23 -10 127.5 187 5 884 4 1 279.3 51 7 217 -54 8.9 68 9 98 

11A143/025 14-59 39 -10 155 0 202.5 BB4 4 1 279.5 53 6 218 -56 36.4 83.9 99. 

118126/046 14-28-59 -10 155.0 185.0 8B3 4 1 275.0 60.1 212 -63 36.4 66.4 93 

118151/066 14,28,40 -10 155.0 185,0 5B3 4 1 270 $ 59.1 207 -62 36 4 66.4 88 118176/086 14 28'59 -10 167 5 187.5 683 4 1 265.3 57 6 202 -60 48.9 68.9 83 

11A077/011 15 26 46 -10 180 0 260.0 884 4 1 281.9 48,2 221 -51 61.4 141.4 102 

110127/021 15 12 30 -10 202 5 335.0 83 4 1 280 6 50.9 219 -53 83.9 216,4 100 

I11030/004 15,45-16 -10 260.0 340 0 B83 4 1 283,0 44,4 222 -41 141.4 221 4 103 

11A017/003 14,28:00 -20 272,5 300 0 883 4 1 280,4 61,5 219 -61 153.9 181.4 100 

110069/009 15,32,54 -30 145 0 225 0 B82 4 1 282.3 46 9 221 -49 26.4 106 4 102 

110144/025 15.30.27 -30 155.0 210.0 882 4 1 281.0 46.8 220 -49 36.4 91.4 101 

118058/036 14.14:41 -30 180 0 230.0 B02 4 1 276 2 63.7 213 -66 61.4 111.4 94 

11A037/005 15 43,10 -30 182 5 242 5 B82 4 1 282.9 44.9 222 '47 63.9 123,9 - 103 

110114/019 15.17'02 -30 190.0 322.5 82 4 1 280.9 49.9 220 -52 71.4 203.9 101 

l1A065/008 14 19:59 -30 207.5 217.5 S62 4 1 279 9 63.0 218 -66 88.9 98.9 99 118144/059 15 08 59 -30 207 5 242.5 882 4 1 275.1 50.4 213 -53 88.9 123.9 94 

11BI69/079 15,08'40 -30 207.5 242.5 B82 4 1 271.1 49.2 208 -52 88.9 123.9 89 

11A067/008 Is 35:42 -30 225.0 305 0 B22 4 1 282.4 46.4 221 -49 106.4 186.4 102 

11B140/055 14.01.59 -30 270.0 305.0 82 4 1 271 0 65 7 207 -68 151.4 186.4 88 

118165/075 14 01-40 -30 270.0 305.0 882 4 I 268.1 64.6 201 -67 151.4 186.4 82 

118190/095 14 01 50 -30 277.5 305 0 82 4 1 258.6 62.8 194 -65 I56 9 186.4 75 

11A141/024 15 26 24 -30 320.0 335 0 882 4 1 281 4 4S.6 220 -46 201.4 216.4 101 

11B067/038 14 37 00 -40 260.0 320.0 881 4 1 276.8 58.6 214 -61 141.4 201.4 95 

11B050/035 14 51.08 -50 167.5 227.5 881 4 1 278.0 55.6 216 -58 48.9 108.9 97 

11AI15/019 15 49-01 -50 182,5 195.0 BB1 4 1 282.4 42.9 221 -45 63.9 76.4 102 

11A120/020 15 46.49 -50 182.5 195.0 8B1 4 1 282.3 43.4 221 -46 63.9 76.4 102 

11A128/021 15.44.28 -50 182.5 195.0 881 4 1 282 1 43.9 221 -46 63.9 76.4 102 

11A132/022 15.09'b9 -50 195 0 327.5 881 4 1 280 3 51.4 219 -54 76.4 208.9 100 

11051/007 15'38 25 -50 200.0 260.0 881 4 1 282.6 45.8 222 -48 81.4 141.4 103 

118059/036 14.45,37 -50 220.0 280 0 81 4 1 277 6 56 8 215 -59 101.4 161.4 96 

11A133/022 15 41.58 -50 237.5 250 0 881 4 1 281.8 44.4 221 -47 118.9 131.4 102 

11A137/023 15:39:16 -50 247.5 260.0 881 4 ' 1 281,6 45.0 220 -47 128,9 141.4 101 
VL-1 HIGH-RESOLUTION CAMERA EVENTS
 

SORTED BY ELEVATION AND START AZIMUTH
 FOR SEGMENTS OF THE DAY
 

14-16 HOURS LLT
 

PELATI V[ TO NORTH
 

CELABEL LLT EPA AZSTART AZSTOP DIODE GAIN OFFSET SUNAZ SUNEL ASOLAZ ASOLEL AZSTART AZSTOP ASOLAZ
 

CAMERA 2
 

12A212/029 15-16-42 0 85.0 145 0 8E4 4 1 279 9 50 2 42 -53 142.4 202.4 99
 12A211/029 14:45-47 0 120 0 180.0 824 4 1 278 6 57.0 40 60 177.4 237.4 97
 

12A237/030 14.4102 0 157.5 217 5 884 4 1 278 2 58.0 40 -61 214 9 274.9 97
 

12A165/027 15-23'54 0 220.0 280 0 84 4 1 280.4 48 2 43 -51 277.4 337 4 100
 

128000/032 15:07:29 0 250.0 310 0 8B4 4 I 279 1 52.1 41 -55 307.4 7.4 98
 

12A255/032 14.31,43 0 290.0 335 0 884 4 1 277.6 60 0 39 -63 347.4 32.4 96
 12A19/020 15:14 51 -10 5 0 137 5 B83 4 1 280.8 50.4 43 -53 62.4 194.9 100
 

12A153/026 15.27-20 -10 132.5 192 5 84 4 1 280.7 47.5 43 -50 189.9 249 9 100
 

12A164/027 14'52.59 -10 175.0 235.0 SE4 4 1 279 0 55.1 41 -58 232.4 292 4 98
 12A036/005 14:59 59 -10 197.5 212.5 BRI S 1 281.2 54.3 43 -57 254.9 269.9 100
 

128016/033 14:27.15 -10 260.0 320 0 B83 4 1 277.2 61 0 39 -64 317.4 17.4 96
 12A238/030 15 l',S7 -20 172.5 232 5 8B2 4 1 279 6 51 2 41 -54 229.9 289.9 98
 

128103/041 15.58 44 -20 290.0 295 0 83 3 1 280.7 40.3 43 -43 347.4 352 4 100
 124140/024 15 04 26 -30 5.0 145 0 882 4 1 279 9 52 6 42 -55 62.4 202 4 99
 

128138/053 14:01 59 -30 85.0 120.0 B62 4 1 271.6 65 8 32 -68 142.4 177.4 89
 

12B163/073 14-01-39 -30 85.0 120 0 BB2 4 1 265.7 64 7 26 -67 142.4 177.4 83
 

123198/093 14,01,58 -30 92.5 120 0 862 4 1 259.3 63 0 19 -65 149.9 T77,4 76
 

12A152/026 14.56 24 -30 132.5 192 5 B2 4 1 279.3 54.3 41 -57 189 9 249.9 98
 

12A136/023 15.07 17 -50 30.0 162.5 OBI 4 1 280.1 52.0 42 -54 87.4 219 9 99
 12AO81/012 15:36.22 -50 60.0 160 0 81 4 1 282.2 46.4 44 -49 117.4 217 4 101
 

12A009/001 15:50.28 -50 80.0 160 0 881 4 1 283.8 43 3 48 -43 137.4 217 4 105
 

123017/033 15.03 00 -50 142.5 202 5 3B1 4 1 278.8 53.0 40 -56 199.9 259,9 97
 

ca)
 
-----------------------------------------------------------------------------------------------------------------------------------

SVL-I 

4-r HIGH-RESOLUTION CAMERA EVENTS
 

SORTED BY ELEVATION AND START AZIMUTH
 

FOR SEGMENTS OF THE DAY
 

16-24:39 HOURS LLT 
 RELATIVE TO NORTH

AZSTOP ASOLAZ
 CELABEL LLT EPA AZSTART AZSTOP DIODE GAIN OFFSET SUNAZ SUNEL ASOLAZ ASOLELI AZSTART 


CAMERA I 

I18098/040 17:36'59 0 

11B099/040 17:43:59 '10 

11B097/040 17:25.59 '10 

118139/054 17:27 59 -10 

1181641074 17:27'40 -10 

11B189/094 17.27.59 -10 

11120/042 17:30:00 -10 

118123/043 17:34:00 -10 

11B148/063 17:33.40 -10 

11B173/083 17:33.21 -10 

11A052/007 17:41:59 -30 

90.0 

35.0 

130.0 

155.0 

155.0 

167.5 

230.0 

300.0 

300.0 

300.0 

207.5 

155.0 

65.0 

230.0 

185.0 

185.0 

187.5 

330.0 

335.0 

335.0 

335.0 

217.5 

8B4 

B3 

B83 

853 

BB3 

BB3 

BB3 

883 

BB3 

BB3 

882 

3 

3 

3 

4 

4 

4 

3 

3 

3 

3 

4 

1 

1 

1 

1 

1 

1 

1 

1 

1 

1 

1 

286 9 

287.4 

286,2 

285 0 

282.5 

279 6 

286 3 

286.5 

284.4 

281.7 

289 5 

18.9 

17.4 

21.2 

19 9 

18.5 

16.7 

20.3 

19.3 

18.1 

16 5 

19.2 

225 

226 

224 

223 

221 

218 

224 

225 

223 

220 

229 

-21 

'20 

'24 

-22 

-21 

-19 

-23 

-22 

-21 

-19 

-22 

331.4 

276.4 

11.4 

36.4 

36.4 

48.9 

111.4 

181.4 

181.4 

181.4 

88.9 

36.4 

306.4 

111.4 

66.4 

66.4 

68.9 

211.4 

216.4 

216,4 

216.4 

98.9 

106 

107 

105 

104 

102 

99 

105 

106 

104 

101 

110 

CAMERA 2 

128108/041 17:4 59 0 

12A235/029 17:45Nq0 0 

12B096/043 17:16-59 -10 

128112/041 17.37:59 -10 

12A054/007 17:44.59 -20 

112A252/031 16:59.59 -20 

128111/041 17:27:59 -20 

128104/041 16:01:09 -20 

12B106/041 16:05,09 -20 

128110/041 17:21.59 -30 

12A001/000 16:13:21 -50 

90.0 

140.0 

12.5 

267.5 

22.5 

25 0 

115.0 

290.0 

290.0 

77.5 

102.5 

105 0 

290 0 

102.5 

310 0 

32.5 

30.0 

202 5 

295.0 

295.0 

115.0 

160.0 

BB4 

B84 

853 

883 

883 

BB1 

BB3 

8B3 

853 

852 

881 

3 

3 

3 

3 

4 

3 

3 

3 

3 

3 

4 

1 

1 

1 

1 

1 

1 

1 

1 

1 

1 

1 

285.4 

288.4 

285.6 

286 9 

289.7 

285 2 

286 2 

280.9 

281.1 

285.8 

284.9 

23.6 

17.6 

23.2 

18.6 

18.5 

27.4 

20.8 

39.8 

38.9 

22.1 

38.7 

48 

51 

48 

49 

52 

47 

48 

43 

43 

48 

49 

-26 

-20 

-26 

-21 

-21 

-30 

-23 

-42 

-41 

-25 

-38 

147.4 

197.4 

69.9 

324.9 

79.9 

82.4 

172.4 

347.4 

347.4 

134.9 

159.9 

162.4 

347 4 

159.9 

7.4 

89 

87.4 

259.0 

352.4 

352.4 

172.4 

217.4 

105 

108 

105 

106 

109 

104 

105 

100 

100 

105 

106 
VL-1 SURVEY CAMERA EVENTS
 
VL-1 

SURVEY CAMERA EVENTS
 

.... .... ... . ................. ... ... ....... .............. .... .
 

CELABEL LLT DIODE AZSTART AZSTOP EPA STEP OFFSET GAIN
 --- -.I.- .-- --- -- -- .- .- .--- ------ ------ -- ---- ..... . ..... . ..........
 

12A002/000 16-19.04 SURV 10 0 310 0 -10 12 1 4
 

12A004/001 10:36 27 SURV 132 5 150.0 -30 .12 1 4
 

12A005/001 12.35 59 SURV 305 0 310.0 -10 .12 1 4
 

12A012/002 08.00.27 SURV 132.5 150.0 -30 .12 1 4
 

11A018/003 14-32,00 SURV 10.0 310 0 -10 .12 1 4
 

12A025/004 09:00,27 SURV 132.5 150 0 -30 .12 1 4
 

12A027/004 12'47 59 SURV 310 0 335 0 -30 .12 1 5 

12A028/004 12:49.59 SURV 277 S 285.0 -10 .12 1 4 

12A050/007 11:36 27 SURV 20.0 37.5 -30 .12 1 4 

11A057/008 07.20 57 SURV 7.5 37.5 -20 12 1 4 

12A061/008 11 49 00 SURV 310.0 335.0 -30 12 1 5 

12A064/008 12:12 27 SURV 20 0 37 5 -30 .12 I 4 

12A092/013 09.06'27 SURV 132.5 150.0 -30 .12 1 4 

11A095/013 13-23 59 SURV 15.0 35.0 -20 12 I 5 

11A096/014 06 56 20 SURV 15.0 3S.0 -20 12 1 3 

110A9/014 13-24 00 SURV 15.0 35 0 -20 .12 1 5 

11A105/017 07:29 59 SURV 215.0 230 0 0 .12 1 4 

12A106/017 10.00 27 SURV 32.5 57 5 -10 .12 1 4 

12A113/019 08:48 27 SURV 32.5 57.5 -10 .12 1 4 Ell 

12A145/026 10-00.27 SURV 282.5 307 5 -30 .12 1 4 

11A150/026 12.16 00 SURV 35 0 40.0 -10 12 1 4 

11A151/026 12 18 00 SURV 205.0 305.0 -30 .12 1 4 (D
 

12A171/02S 12:15 41 SURV 285 0 290 0 -20 12 1 4
 

12A172/028 12:17 41 SURV 57 5 145.0 -30 .12 1 4
 

12A246/031 13-58 59 SURV 102.5 112.5 -30 12 1 4
 

12A249/031 14 04 59 SURV 285.0 290.0 -20 12 1 4 

12B023/034 12:28 00 SURV 145.0 170 0 -30 .12 1 4 (D 

12B026/034 12:40 00 SURV 170 0 197 t 0 .12 1 4 

12B029/034 12:48 00 SURV 102 5 112.5 -30 .12 1 4 

12B031/034 13 00'00 SURV 305.0 330.0 -30 12 1 5 t 

12B034/034 13:07 00 SURV 285 0 290 0 -20 .12 1 4 125038/035 09-36 27 SURV 132 5 ISO 0 -30 .12 I 4
 

11B041/035 11.53 59 SURV 35.0 40.0 -10 12 1 4 t
 

11B044/035 12.07 59 SURV 175.0 205.0 -30 12 1 4
 

118047/035 12 24 59 SURV 115,0 175 0 0 .12 1 4
 

128071/039 13-23,59 SURV 197.5 315 0 0 .12 1 4
 

12B079/040 11.29.59 SURV 305.0 310.0 -20 12 1 4
 

128084/040 11:41 59 SURV 87.5 117.S -10 .12 I 4
 

12897/040 11-53-59 SURV 137.5 172.5 -10 .12 1 4
 

11090/040 12:05 59 SURV 35.0 65.0 -10 .12 1 4
 

C0
 
VL-1 VISUAL COLOR TRIPLET CAMERA EVENTS
 
--------------------------------------- --------------------------------------- ---------- ----------------------------------------------------

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

VL-T 

VISUAL COLOR TRIPLET CAMERA EVENTS
 

CELAtEL LIT DIODE AZSTART AZSTOP EPA STEP OFFSET GAIN 
 CELASEL LLT DIODE AZSTART AZSTOP EPA STEP OFFSET GAIN
 

12A006/001 12 41-59 COLOR 80 0 147 5 -20 
 12 1 5 125069/039 12 59 59 COLOR 197 5 315 0 0 .12 1 4
 124008/001 14 4459 COLOR 
 305 0 310 0 -10 12 1 5 12B081/040 11 32-59 COLOR 305 0 310 0 -20 .12 1 4
 114021/003 18 S 
 00 COLOR 57 5 57 5 10 12 1 5 12B082/040 I1 34 59 COLOR 87 5 117.5 -10 12 4
 114029/004 12 59 59 COLOR 275 0 307.5 
 -20 12 1 S 128085/040 11.45.59 COLOR 137 5 172.5 -10 .12 1 4
 114038/006 07 18 00 COLOR 
 15 0 40.0 -10 .12 1 5 1180881040 11.58959 COLOR 35,0 65 0 -10 .12 1 4
 114040/006 12 00 00 COLOR 197 5 275.0 -30 
.12 1 4 11B091/040 12-39 09 COLOR 280 0 285.0 -20 12 1 3
 124045/006 15 40-53 COLOR 
 80 0 147.S -20 12 1 4 125105/041 16 02 09 COLOR 290 0 295.0 -20 12 1 3
 124062/008 
12 06 59 COLOR 22 5 32.5 -s0 12 1 4 12B107/041 16 06.09 COLOR 285 0 30sO -20 .12 1 3
 124071/010 12 39 00 COLOR 147.5 
 187.5 -20 12 1 4 128114/041 19 04 59 COLOR 237 5 237.5 10 12 1 5
 124073/010 12 45 00 COLOR 305 0 310 0 -10 
.12 1 4 125115/041 19 31.59 COLOR 240 0 210 0 10 .12 1 2
 124074/010 15 29 55 COLOR 
 5 0 85 0 -10 .12 1 5 128116/041 19 58,59 COLOR 242 5 242 5 10 .12 1 1
 114117/020 08 46.27 COLOR 
 212 5 220.0 -30 .12 1 4 12B125/045 12 12 58 COLOR 65 0 120 0 -30 .12 I 4
 11A146/026 11 42 00 COLOR 35 0 40 0 
 -10 .12 I 4 128141/057 09,36 29 COLOR 280 0 310 0 -10 .12 1 5
 114147/026 11 44 00 COLOR 205 0 305.0 -30 
 12 1 4 118143/058 13 03 59 COLOR 175 0 205 0 -30 .12 1 4
 124160/027 10 42 00 COLOR 285 0 290 0 -20 
 12 I 4 12B147/062 16 27 S! COLOR 185 0 215.0 I 12 1 S
 124167/028 

12A160/028 11 

11 41 

43 41 

4' COLOR 

COLOR 285 

57 0 5 290,0 


145.0 -20 .12 1 4 12B150/065 12'12-39 COLOR 85.0 120.0 -30 .12 1 4
 -30 .12 1 4 12B16/076 09-59 59 COLOR 280 0 310.0 -10
 

114181/029 04 30-40 COLOR 
 177.5 177 5 10 12 1 1 118168/078 13 03 40 COLOR 175 0 205.0 -30 .12 1 4
 11A182/029 04 57 
40 COLOR 182 5 182 5 10 .12 1 5 12B172/082 16.27-40 COLOR 185 0 215.0 10 .12 1 5
 114190/029 07 55 41 COLOR 222 5 230.0 -30 .12 
 1 4 128175/085 12.12.58 COLOR 92.5 120.0 -30 .12 1 4
 114193/029 08 03 
40 COLOR 185 0 187 5 -20 .12 1 4 128191/096 10.29 59 COLOR 285 0 300.0 -10 .12 1 
 5
 114195/029 08 0740 COLOR 300 0 302.5 -10 12 
 1 4 118193/098 13 03.59 COLOR 175.0 195.0 -30 .12 1 4
 114197/029 08 11 40 COLOR 35 0 40 0 -10 
.12 I 4 12D198/102 16.27:59 COLOR 187,5 207.5 10 .12 1 5
 11AI99/029 08 1I 10 COLOR 275.0 277.5 -20 .12 1 
 4 
 114203/029 12 05 40 COLOR 22- 5 230,0 -30 12 1 4
 ll4205/029 12 13 40 COLOR 185 0 187.5 -20 .12 1 4
 114207/029 12 17 40 COLOR 300 0 302.5 -10 .12 1 4
 

11A209/029 12 21 40 COLOR 275 0 277.5 -20 .12 
 1 4
 114212/029 15 55 40 COLOR 222 5 230 0 -30 12 I 4 


114215/029 16 01 40 COLOR 300 0 302.5 -10 .12 1 4
 114217/029 16 27-40 COLOR 222 5 230.0 -30 
 12 1 4
 11A219/029 
16 33.40 COLOR 185 0 187 5 -20 12 
 1 4
 114221/029 16 37-40 COLOR 300 0 302 5 -10 .12 
 1 4
 114223/029 16 41 40 COLOR 275 0 277.5 -20 .12 1 
 4
 

114225/029 17 26 41 COLOR 222 5 230 0 -30 12 1 4
 

11t228/029 17 33,40 COLOR 185 0 187.5 -20 .12 1 4
 114230/029 17 37,40 COLOR 300 0 302.5 -10 12 1 
 4
 11A232/029 17 41'40 COLOR 275 0 277.5 -20 .12 
 1 4 


12A239/030 18 47 59 COLOR 130 0 190,0 
 -20 .12 1 1
 124240/030 19 12 59 COLOR 130 0 250,0 0 .12 1 5
 124244/031 13 54 59 COLOR 102 5 112.5 -30 12 1 4
 

12A247/031 14 00 59 COLOR 285.0 290.0 -20 12 1 4 


112015/033 09 56-26 COLOR 212 5 222.5 -30 .12 1 4
 118018/034 09.04 27 COLOR 212.5 
 222.5 -30 .12 1 4
 125021/034 12 20 00 COLOR 145.0 170.0 -30 .12 1 4
 12B024/034 12 32 00 COLOR 170 0 
 197 5 0 .12 1 4
 12B027/034 12 44-00 COLOR 102.5 112 5 -30 .12 1 4
 125032/034 13 04 00 COLOR 285 0 290.0 -20 .12 1 4
 118039/035 11 49-59 COLOR 35.0 40.L -10 
.12 1 4
 118042/038 11 59.59 COLOR 17 0 205.0 -30 .12 1 4
 118045/035 12.11 59 COLOR 115.0 175.0 0 .12 I 4
 

H
 

0
 

0
 

Hi
 

L
 

W
 
VL-1 INFRARED TRIPLET CAMERA EVENTS
 
VL-1 

INFRARED TRIPLET CAMERA EVENTS
 

CELABEL LLT DIODE AZSTART AZSTOP EPA STEP OFFSET GAIN
 - - - --. I .- .- - - - - - - - - - - - - -- - - - - - - - - - - . - - . - - - - - - -- - - - - . . . . . . .. . . . . . . . . 

12A033/005 11 53 59 IR 77.5 130 0 -30 .12 1 4
 

124035/005 12 29 59 IR 305.0 310 0 -10 12 1 5
 

114091/013 07-29 59 IR 35.0 40 0 -10 ,12 1 4
 

114093/013 11:53 59 IR 205.0 280 0 -30 .12 1 4
 

114148/026 11 59 00 IR 35 0 40,0 -10 12 1 4
 

114149/026 12-01 00 IR 205.0 305 0 -30 12 1 4
 

12A169/028 11-58 41 IR 285.0 290 0 -20 12 I 4
 

124170/028 12-00 41 IR 57.5 145 C -30 12 I 4
 

11A192/029 07 59.40 IR 222.5 230.0 -30 12 1 4
 

114194/029 08 05 40 IR 185.0 187 5 -20 .12 1 4 I
 

11A196/029 08.09 40 IR 200.0 302.5 -10 .12 1 4
 

114198/029 08.13 40 IR 35.0 40.0 -10 12 1 4
 

114200/029 08 17 40 IR 275.0 277 5 -20 12 1 4
 

114204/029 12-09 40 IR 222.5 230 0 -30 .12 1 4
 

114206/029 12:15 40 IR 185.0 187 5 -20 .12 1 4
 

114208/029 12 19 40 IR 300 0 302.5 -10 12 1 4 

114210/029 12 23 40 IR 275 0 277 5 -20 .12 1 4 (1 

11A214/029 15 58 40 IR 222.5 230.0 -30 .12 1 4 CL 

114216/029 1603 40 IR 300.0 302 5 -10 .12 1 4 p_ 

114218/029 1 30 40 IR 222.5 230.0 -30 .12 1 4 

114220/029 18.35 40 IR 185 0 187 5 20 12 1 4 . 

114222/029 16 39 40 IR 300.0 302.5 -10 12 1 4 

114224/029 16.43 40 JR 275,0 277 5 -20 12 1 4 114227/029 17:30 40 IR 222.5 230 0 -30 .12 1 4 ct
 

114229/029 17 35 40 IR 185.0 187 5 -20 .12 1 4
 

114231/029 17.39 40 IR 300 0 302.5 -10 .12 1 4 


114233/029 17-43 40 IR 275.0 277 5 -20 .12 1 4
 

124245/031 13 56 59 IR 102.5 112.5 -30 .12 1 4 (D
 

124248/031 14.02 59 IR 285.0 290.0 -20 .12 I 4 Is 

12B022/034 12 24 00 IR 145.0 170 0 -30 .12 I 4 

12B025/034 12-36 00 IR 170 0 197.5 0 .12 1 4 Nd 

128028/034 12-46 00 IR 102 5 112.5 -30 .12 1 4 

12B033/034 13,05 30 IR 285.0 290.0 -20 12 1 4 (D 

118040/035 11 51 59 IR 35.0 40 0 -10 .12 1 4 c 

'18043/035 12 03 59 IR 175.0 205.0 -30 .12 1 4 L9 

118046/035 12.18.29 IR 115 0 175 0 0 .12 1 4 

128070/039 13.11 59 IR 197.5 315.0 0 12 I 4 

128080/040 11 31 29 IR 305.0 310.0 -20 .12 1 4 

128083/040 11 38-29 IR 87.5 t17.6 -10 .12 1 4 

12B086/040 11 49 59 JR 137.5 172 5 -10 .12 4 

118029/040 12 02 29 IR 35 0 65 0 -10 .12 1 4 

118092/040 12 40 09 IR 280.0 285 0 -20 .12 1 3 

128127/047 12 14 59 IR 85.0 120 0 -30 .12 1 4 

118145/050 1303 59 IR 175 0 205 0 -30 .12 1 4 

128152/067 12 14 39 IR 8b.0 120.0 -30 .12 1 4 

11B170/080 13.03 39 IR 175.0 205.0 -30 .12 1 4
 

12B177/087 12-14 59 IR 92.5 120.0 -30 .12 1 4
 

118195/100 13.03 59 IR 175.0 195.0 -30 .12 1 4
 
VL-1 VISUAL AND IRSINGLET CAMERA EVENTS
 
VL-1 

VISUAL AND INFRARED SINGLET CAMERA EVENTS 

CELABEL LLT DIODE AZSTART AZSTOP EPA STEP OFFSET GAIN 

12A121/020 17 07 59 BLU 185 0 232.5 10 .12 1 5 12A122/020 17,11 59 1R2 12A134/023 05 50-00 ELU 185 0 85.0 232.5 

100,0 10 .12 -10 12 1 

1 5 

3 11A166/028 10:10,09 BLU 155.0 180.0 10 .12 I 5 

12A176/028 

12A177/028 

12A178/029 

21-51-07 BLU 22-11 46 SLU 

00 01 40 8LU 

55.0 

47.5 

185,0 

60,0 

52.5 

190.0 

30 .04 20 .04 30 .04 

1 

1 2 1 

0 

12A179/029 02.01 40 BLU 190 0 195 0 30 .04 1 0 P­ 12A180/029 04,01'40 BLU 192 5 197 5 30 04 0 

11001/032 23'08 25 IR2 232.5 237.5 30 .04 1 0 11B002/032 23 09 57 RED 232.5 237 5 30 .04 1 0 11B003/032 23.11 29 BLU 232 5 237 5 30 .04 1 1 115004/032 23 13 01 IR3 232 5 235 0 30 .04 1 0 118005/032 23.14 33 IRI 230 0 235.0 30 .04 1 0 118007/032 23"18 25 IR2 230 0 235.0 20 .04 1 0 

118008/032 23 19:57 RED 118009/032 23.21 29 BLU 230 0 227.5 232.5 

232.5 20 .04 20 .04 1 

1 0 1 m 

118010/032 23 23 25 ORN 11B011/032 2327 25 IR2 

118012/032 23:28.57 RED 

227.5 

227,5 

225.0 

232.5 

230.0 

230 0 

20 

20 

20 

04 

.04 

.04 

1 

1 

1 

0 

0 

0 

H 

(D 

t 

118013/032 23:30,29 BLU 225.0 230.0 20 .04 1 0 1180t1/037 14 06-14 BLU 

128062/037 14-42 00 BLU 

128072/039 13,55 56 BLU 

80.0 

65.0 

95.0 

230.0 

237 5 145 0 

10 

10 

-30 

.12 

.12 

.04 

1 

1 

1 

4 

4 

4 

w 

Ej

G) 

12B074/040 00.44 25 LU 192 5 197.5 20 04 1 0 12075/040 01:04.17 BLU 185 0 190.0 30 04 1 1 11B095/040 14.25-54 BLU 270.0 330.0 -10 .04 1 4 m 128101/041 13-44-15 RED 95.0 145.C -30 .04 1 4 .4 

18102/041 14.20 00 RED 270.0 330 0 -10 .04 1 4 128t18/042 13.38 28 GRN 95.0 145.0 -30 .04 1 4 ci118119/042 14.14:14 GRN 270.0 330.0 -10 .04 1 4 

12B121/043 13:32-13 RED 95.0 145.0 -30 .04 1 4 115122/043 14:07:59 RED 270.0 330.0 -10 .04 1 4 
VL-1 SUN IMAGERY CAMERA EVENTS
 
VL-1 

SUN IMAGERY CAMERA EVENTS 

. ...................... ==...............=..........."......... .. 

CELABEL LLT DIODE AZSTART AZSTOP EPA STEP OFFSET GAIN 

11A046/006 17-54 00 SUN 32.5 67 5 10 .12 0 4 

11A047/007 07 06,00 SUN 172.5 205 0 10 .12 0 4 

11A083/012 17:36 59 SUN 47.5 52.5 30 .04 1 2 

11A084/012 18.23 59 SUN 50.0 55.0 20 .04 I 2 

11A085/012 1847 59 SUN 52.5 57.5 10 .04 1 2 rA/ 

11A086/012 18.58 59 SUN 52 5 57.5 10 .04 I 2 

11087/013 05 35 59 SUN 180.0 185.0 tO .04 1 2 

11A088/013 05.47.59 SUN 182.5 187 5 10 .04 I 2 H 

11AOR9/013 06,11 

11A090/013 06.59 

59 SUN 

59 SUN 

185.0 

187.5 

190 0 

192.5 

20 .04 

30 .04 

1 

1 

2 

2 

12A175/028 18'06.20 SUN 232.5 235.0 20 .04 1 1 

11A184/029 05'54.13 SUN 

11A186/029 06-21 43 SUN 

185.0 

187.5 

187.5 

190.0 

10 .04 

20 .04 

1 

1 

0 

1 "1 

1tA180/029 07 21-40 SUN 192.5 198.0 30 .04 1 2 

12B109/041 

12B113/041 

12B146/061 

17-19-E9 SUN 

17,51 59 SUN 

17:15 14 SUN 

227.5 

230.0 

210.0 

230.0 

232 5 

237.5 

20 

20 

30 

.04 

.04 

.04 

1 

1 

1 

3 

2 

3 

5 

D 

12B171/081 17:14 54 SUN 210.0 237.5 30 .04 1 3 

12B196/101 17:15.14 SUN 217.5 227.5 20 .04 1 3 

12B197/101 17:41. 14 SUN 217.5 227.5 20 .04 1 3 

cr 
VL-I CALIBRATION AND SCAN VERIFICATION
 

CAMERA EVENTS
 
VL-I
 

CALIBRATION AND SCAN VERIFICATION CAMERA EVENTS 

. . . . . . . . . . . . .. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 

CELABEL LLT DIODE AZSTART AZSTOP EPA STEP OFFSET GAIN 

12A007/001 12-48 00 CAL 170.0 170.0 0 1 2 

12A011/002 07'2601 CAL 

IlAO19/003 14:40,54 CAL 170.0 

170.0 170.0 

170.0 0 

0 1 

1 2 

2 ID 1lA024/004 07 27-06 CAL 170.0 170.0 0 1 2 -

12A034/005 11-58 40 CAL 170.0 170.0 0 1 2 P. 

11A041/006 12:20-00 881 .0 5.0 0 .12 1 4 I.s 12A042/006 

12A044/006 

12 

12 

25.00 BBI 

35-00 BBI 

.0 

.0 

8 0 

8.0 0 .12 

0 .12 

1 

I 

4 

4 A) - 11A049/007 07:14 41 CAL 170 0 170.0 0 I 2 o 11AO53/008 17.42,53 CAL 170.0 170.0 0 1 2 12AO63/008 12,07'53 CAL 170.0 170.0 0 1 2 

12A072/010 12.42 34 CAL 12A075/011 12 00,00 B81 170.0 .0 170.0 5,0 0 

0 12 1 

1 

2 

4 

12A076/011 12-04 59 BBI .0 5.0 0 .12 1 4 

11A094/013 11 60 42 CAL 170.0 170.0 0 1 2 O 

12A123/020

llA161/027 17 13 26 CAL 1250.01 881 170.0 .0 170.0 5.0 0 

0 .12 1 

1 

2

4 

11A162/027 12.49 43 CAL 170.0 170.0 0 I 2 

12A163/027 12.52'00 B8 11A191/029 07 55-23 CAL .0 170.0 5 0 170.0 0 

0 .12 1 

1 4 

2 ( 

11A201/029 08.17 54 CAL 170.0 170 0 0 1 2 P. 

1A226/029 17.26 23 CAL 170.0 170 0 0 1 2 11A234/029 17:43 54 CAL 170.0 170.0 0 1 2 o 

116014/032 23'30:56 CAL 170.0 170.0 0 I 2A 

128035/034 13:07.10 CAL 170.0 170 0 0 1 2 c t 

118048/035 12 26 46 CAL 170.0 170.0 0 1 2 F 

11131/051 12059,59 B81 0 5.0 0 .12 I 4 0 

118132/051 13-03 59 B1 .0 5.0 0 .12 1 4 

118133/051 13 04 09 CAL 170.0 170.0 0 1 2 n 

128134/051 

12B135/051 13:43 59 881 13-48 00 861 .0 

.0 5.0 5.0 0 0 .12 .12 1 

1 4 4 

128136/051 13-48,10 CAL 170.0 170,0 0 1 2 I 

118156/071 

118157/071 

12:59 40 861 

13:03.39 BB1 

.0 

.0 

5.0 

5.0 

0 .12 

0 .12 

1 

I 

4 

4 

A) 

118158/071 

128159/071 13-03 49 CAL 13:43 40 B81 170.0 .0 170.0 5.0 0 

0 .12 1 

1 2 

4 <D 128160/071 13.47 40 881 .0 5 0 0 .12 1 4 Ct 128161/071 13:47 50 CAL 170.0 170.0 0 I 2 11B1811091 12:59 59 B81 .0 5.0 0 .12 1 4 

118182/091 13.04,00 81 .0 5.0 0 .12 1 4 

118183/091 13.04 10 CAL 170.0 170.0 0 1 2 

128184/091 13.43459 BB1 .0 5.0 0 .12 1 4 

128185/091 13;48,00 861 .0 5.0 0 .12 1 4 

128186/091 13:48,10 CAL 170.0 170.0 0 1 2 

W 

--4
 
VL-1 RESCANNING CAMERA EVENTS
 
VL-1 

RESCANNING CAMERA EVENTS 

CELABEL LLT DIODE AZSTART AZSTOP EPA STEP DATAPATH RESCAN 

12A004/001 10 36 27 SURV 

12A012/002 08 00'27 SURV 

11A021/003 18.56.00 COLOR 12A026/004 09.00 27 SURV 

11A037/005 15'43 10 BB2 

12AO045/006 15.40 53 COLOR 

12A050/007 11.36-27 SURV 

12A064/008 12:12,27 SURV 

12A092/013 09 06 27 SURV 

11A143/025 14 59 39 864 

11A181 1 029 04.30.40 COLOR 

11A182/029 04.57 40 COLOR 

11A253/032 11.28 27 B5I 12A255/032 14:31 43 S84 

118036/034 14.25 02 384 

128038/035 09 36 27 SURV 128057/036 09,00-27 B61 

128065/038 09:30.27 BSt 118067/038 14.3700 B1 

118073/039 14:31'41 BB3 

128114/041 19"04 69 COLOR 

128115/041 19.31t59 COLOR 

12B116/041 19.58.59 COLOR 

132.5 

132.5 

57.5 

132.5 

182 5 

80.0 

20.0 

20.0 

132.5 

155.0 

177.5 

182.5 

205.0 

290.0 

287 5 

132 5 132,5 

132.5 

260.0 

30.0 

237.5 

240.0 

242.5 

150.0 

150.0 

57 5 150.0 

242.5 

147 5 

37.5 

37.5 

150.0 

202 5 

177.5 

182.5 

207.5 

335.0 

335 0 

150.0 

135 0 

135.0 

320.0 

90 0 

237.5 

240 0 

242.5 

-30 

-30 

10 

-30 

-30 

-20 

-30 

-30 

-30 

-10 

10 

10 

-40 0 

0 

-30 

-50 

-50 

-40 

-10 

10 

10 

10 

12 

12 

.12 

12 

.04 

.12 

12 

12 

12 

04 

12 

12 

04 

04 

04 

12 

.04 

04 

.04 

.04 

.12 

.12 

.12 

RT/SB 

RT/SB 

REC/UH

RT/SB 

RT/UH 

RT/UH 

RT/SB 

RT/SB 

RT/SB 

RT/UH 

REC/UH 

REC/UH 

RT/SB 

RT/UH 

RT/UH 

RT/SB 

RT/S3 

RT/SB

RT/UH 

RT/UH 

REC/UH 

REC/UH 

REC/UH 

43 

43 

57 

45 

363 

53 

45 

48 

43 

29 

37 

37 

t26 

92 

31 

so 

134 

128 39 

102 

37 

37 

so 

(D 

0 

. 

09 

-

(D 

-­

w3 
VL-1 IPL PICTURE IDENTIFIERS (EDR ORDER NUMBERS)
 
VL-1 

JPL PICTURE IDENTIFIERS 

(EDR ORDER NUMBERS) 

CELABEL DIODE IPL PIC 1D CELABEL DIODE IPL PIC 1D CELABEL DIODE IPL PIC ID CELABEL DIODE I-L PIC ID = ... . . . . ......... ..... . ........ - - - - - - - - - - - - - - - - - - - - - - - - - - - - - --............. ----- ----- ----­

12AO01/0OO BE1 77/02/08/173319 IA03/04 8B3 77/02/08/24814 12A062/008 SRN 77/02/10/152723 IAO9/013 IRI 77/02/10/231957 

77/02/08/173434 77/02/08/224843 RED 77/2/10/153052 12A092/013 SURV 77/02/10/32148 1 12A002/000 URV 77/02/08/174136 77/02/08/224911 12A063/008 CAL 77/02/10/153445 I1A093/013 IR3 7/02/10/23271a -­

77/02/08/174217 12A031/005 BSI 77/02/10/004040 12A064/008 SURV 77/02/10/15324 IR2 77/02/10/233130 -

77/02/08/174254 11A032/005 SS1 77/02/10/004905 lA065/008 882 77/02/10/154145 IR1 77/02/ 10/233720 " 77/02/08/174341 12A033/005 IP3 77/02/10/005858 l1A066/008 B84 77/02/10/154607 1 IA094/013 CAL 77/02,/10/234053 

12A003/001 BB2 77/02/08/174811 IR2 77/02/10/010250 l1A067/008 B82 77/02/10/154941 1 IA095/013 SURV 77/02'/10/234414 

77/02/08/174919 IR1 77/02/10/01104A 77/02/10/155012 1 A096/014 SURV 77/02/I0/234721 , 

12A004/001 

12AD05/001 

SURV 77/02/0/175AS8 

8URV 77/02/08/180058 

1:2A031/005 CL 

12A035/005 IR3 

77/02/10/011348 

77/02/10/011643 12A683/009 861 

77/02/10/155045 

77/02/10/215001 

IA097/014 BE3 77/02/10/235108 

77/02/10/235151 

0 

C 

12A006/001 BLU 77/02/08/180708 IR2 77/02/10/011920:I1A06/000882 77/02/10/253i9 77/02/10/235235 DRN 

RED 77/02/08/181359 77/02/08/182008 R1 12A036/005 8BS 77/02/10/012144 

77/02/10/012354 

77/02/10/215347 

77/02/0/215411 lA098/014 BB2 77/02/10/23301 

77/02/10/235621 

( 

12A007/001 CAL, 77/02/08/182608 llA037/005 B2 77/02/10/012816 12A070/010 B1 77/02/10/215707 11A099/014 URV 77/02/10/25925 H-­ 12A008/001 BLU 

GRN 

77/02/08/183034 

77/02/08/183516 

77/02/10/01241 

77/02/10/012903 

12A071/010 BLU 

GRN 

77/02/0/220038 

77/02/10/220332 

lIA1O/015 B51 77/02/11/2 533 

12A101/015 881 77/02/11/235700 I RED 77/02/08/184136 l1A038/006 BLU 77/02/08/231119 RED 77/02/10/220712 12A102/015 881 77/02/12/000009 c" 12A009/001 881 77/02/08/184824 GRN 77/02/08/231609 12A072/010 CAL 77/02/10/221009 12A103/016 BBI 77/02/ 2/000333 

77/02/08/184926 RED 77/02/08/232007 12A073/010 8LU 77/02/10/221413 77/02/2/000429 W 

77/02/08/185001 12A039/006 B81 77/02/08/232449 GRN 77/02/10/221957 12A104/016 BBI 77/02/12/000733 ( 

12A010/002 BB4 77/02/08/1858346 lIA040/006 BLU 77/02/08/232749 RED 77/02/10/222411 11AI05/017 SURV 77/02/12/00 052 -

77/02/08/190019 GRN 77/02/08/233507 12A074/010 8LU 77/02/10/222919 12AI06/017 8URV 77/02/12/(o013S9 i 

12A011/002 AL 77/02/08/190129 

77/02/08/190624 11A041/006 RED 

B1 77/02/08/234157 

77/02/08/234616 GRN 

RED 77/02/10/223409 

77/02/0/22334 

12AI07/018 83 77/02/12/001744 

77/02/12/001810 m 

12A012/002 SURV 77/02/08/190942 

12A013/002 881 7 7/02/08/19 f4 03 

12 A04:2/006 881l 

12AO43/006 B81 

77/02/08/235001 

77/02/08/235348 

12A075/011 

12A076/011 

BB1 

BB1 77/02/10/224139 

77/02/10/22A515 

12A108/018 B2 12A1091018 BBI 77/02/12/002234 

77/02/12/002516 W 

w 

77/02/08/191521 12A044/006 B1 77/03/04/224336 11A077/011 B4 77/02/10/224931 12A10/019 B83 77/02/2/U02805 0 12A014/002 BB1 77/02/08/12030 12A045/006 ELU 77/03/04/224804 7/02/10/225021 77/02/ 2/002835 

12AO1/03 B1 77/02/08/214348 

11A017/003 BBS 77/02/08/214702 RN 

RED 77/03/04/225243 77/03/04/22811 1$A078/012 E82 77/02/10/225108 

77/03/06/100700 

11Al11/019 B3 12A12/019 B4 77/02/ 2/{ 30 77/02/12/ 03354 (DL 

l1A0t8/003 SURV 77/02/08/215029 11A046/006 SUN 77/03/04/30332 77/03/06/100730 77/02/ 2/003423 

77/02/08/215102 IIA047/007 SUN 77/03/04/230901 77/03/0,6/100905 77/02/12/003449 

77/02/08/215135 11A048/007 8B2 77/03/04/231557 77/0/06/100832 1A13/019 UPRV 77/02/12/003712 

77/02/08/215206 11A049/007 CAL 77/03/04/232217 IlA079/012 881 77/03/L)6/101515 l1A114/019 882 77/02/12/004307 

11AO19/OO3 CAL 77/02/08/215519 12A00/007 SURV 77/0/04/23201 77/03/06/101546 77/02/12/004334 ( 

I1A021/003 BLU 77/02/08/215829 IlA051/007 Bel 77/03/04/234009 12A080/012 B3 77/03/06/102237 77/02/12/004411 GRN 7/02/08/220156 77/03/04/234132 12A081/012 BE1 77/03/06/10354 77/02/12/004440 

RED 77/02/08/2.20512 77/03/04/234207 77/03/06/103232 77/02/12/004505 

llA022/004 BB1 77/02/08/221023 llA052/007 BB2 77/02/10/144539 77/03/06/103313 lIA115/019 SB1 77/02/12/004B47 

77/02/08/221101 llA053/008 CAL 77/02/10/145015 lIA083/012 SUN 77/02/10/232633 12AI16/020 E84 77/C-2/11/023924 

11A023/1004 B82 77/02/08/221638 12AO54/007 083 77/02/i0/145345 lIA084/012 SUN 77/02/10/233053 77/02/11/024054 

11A024/004 CAL 77/02/08/2:22002 lIA055/008 BB2 77/02/10/145703 1lADES/012 SUN 77/02/10/233513 77/02/11/024217 

I1A025/004 BBi 77/02/08/222346 12A056/008 BB3 77/02/10/1501A7 IlA086/012 SUN 77/02/10/233904 77/02/11/024306 

12A026/004 SURV 77/02/08/222719 lIA057/008 SURV 77/02/10/150521 IIA087/013 SUN 77/02/10/225305 77/02/11/024426 

12A027/004 SURV 77/02/08/223018 1lA058/008 B52 77/02/10/150927 I1A088/013 SUN 77/02/10/225724 1IA117/020 BLU 77/02/11/024e33 

12A028/004 SURV 77/02/08/223339 12A089/008 683 77/02/10/151231 11A089/013 SUN 77/02/10/23011,; GRN 77/02/11/025238 

lA029/004 BLU 77/02/08/223723 lA060/008 6E2 77/02/10/151604 IA090/013 SUN 77/02/10/230626 RED 77/02/11/02528 

f GRN 

RED 77/02/08/224027 77/02/08/22448 

12A061/008 URV 77/02/10/151852 

12A062/008 BLU 77/02/10/15212 

IA091/013 IR3 

IR2 77/02/10/231208 

77/02/t0/231552 

11A118/020 881 12A19/020 BB3 77/02/11/030113 

77/02/11/030723 
----------------------------------------- --------------- ------- ------ ------------------------------- -------------------------------

w VL-1 

0' IPL PICTURE IDENTIFIERS 

(EDR ORDER NUMBERS) 

................................ .............................. -----............................... ..................... . .. ..... 

CELABEL DTODE !PL PIC !D CELABEL DIODE IPL PIC ID CELABEL DIODE 'IPL PIC ID) CELASEL DIODE I'L PIC ID 

12A119/020 B83 	 77/02/11/030814 1IA142/025 B84 77/02/12/000738 12A168/028 GRN 77/02/12/022556 11A196/029 IRS 77/02/14/003731
 

77/02/li/0309S3l14143/025 S84 77/02/12/001133 RED 77/02/12/023128 IR2 77/02/14/004236
 

77/02/11/031014 77/02/12/001210 12AI169/028 IR3 77/02/12/023658 IRI 77/02/14/004633
 

77/02/11/0311iS 11A144/025 812 77/02/12/001600 IR2 77/02/12/024248 11A197/029 BLU 77/02/14/004937
 

114120/020 BB1 77/02/11/031532 77/02/12/001650 IRI 77/02/12/024802 GRN 77/02/14/006340
 

12A121/020 BLU 77/02/11/031932 12A14S/026 SURy 77/02/12/004932 124170/028 IRS 77/02/12/0253S2 RED 77/02/14/005640
 

124122/020 IR2 77/02/11/032525 11A146/026 3LU' 77/02/12/005229 IR2 77/02/12/025751 114198/029 IRS 77]02/14/010012
 

124123/020 CAL 77/02/11/032919 GRN 77/02/12/005500 I!l 77/02/12/030236 1R2 77/02714/010336
 

124124/021 BB1 77/02/11/033458 RED 77/02/12/005736 12411/028 SURV 77/02/12/030723 IRi 77/02/14/010659
 

77/02/11/033550 114147/026 BLU 77/02/12/010032 124172/028 SURV 77/02/12/031154 14199/029 BLU 77/02/14/011020
 

12A125/021 BB4 77/02/11/034013 GRN 77/02/12/010345 11A173/028 B84 77/02/12/031541 GRN 77/02/14/011406
 

77/02/11/034121 RED 77/02/12/010707 77/02/12/031651 RED 77/02/14/011856
 

12A126/021 BB1 77/02/11/034600 114148/026 IRS 77/02/12/011036 114174/028 B84 77/02/12/032062 1tA200/029 IRS 77/02/14/012237
 

114127/021 BB3 77/02/11/035327 IR2 77/02/12/011356 77/02/12/032124 IR2 77/02/14/012612
 

77/02/11/035408 IRI 77/02/12/011706 124175/028 SUN 77/02/12/032614 IR1 77/02/14/013006
 

77/02/11/035439 11A149/026 IRS 77/02/12/012216 124176/028 BLU 77/02/12/033318 114201/029 CAL 77/02/14/01335
 

77/02/11/035508 IR2 77/02/12/012552 124177/028 BLU 77/02/12/033650 114202/029 B81 77/02/12/013603
 

77/02/11/035539 IRI 77/02/12/012951 124178/029 BLU 77/02/12/015500 11A203/029 BLU 77/02/12/014023
 

114128/021 BB1 	 77/02/11/040415 114150/026 SURV 77/02/12/0.13409 124179/029 BLU 77/02/12/020056 GRN 77/02/12/0144S1
 

114129/022 BB4 	 77/02/11/024514 $14151/026 SURV 77/02/12/013824 12A180/029 BLU 77/02/12/020756 RED 77/02/12/014934
 

77/02/11/024604 124152/026 B82 77/02/12/014231 114181/029 BLU 77/02/12/021426 114204/029 IRS 77/02/12/016532
 

77/02/11/024659 77/02/12/014324 GRN 77/02/12/022102 IR2 77/02/12/020134
 

11AI-0/022 883 77/02/11/025159 124153/026 884 77/02/12/014932 RED 77/02/12/022644 IRI 77/02/12/020747
 

114131/022 BBS 77/02/11/025732 77/02/12/015033 114182/029 BLU 77/02/12/023221 114205/029 BLU 77/02/12/021313
 

77/02/11/025850 11AI154/027 8B4 77/02/13/223353 GRN 77/02/12/023848 GRN 77/02/12/021923
 

11A132/022 81 	 77/02/11/030554 77/02/13/223437 RED 77/02/12/024511 RED 77/02/12/022625
 

77/02/11/030702 77/02/13/223519 124183/029 684 77/02/12/025121 114206/029 IR3 77/02/12/023315
 

77/02/11/030806 12A155/027 884 77/02/13/224046 14184/029 SUN 77/02/12/025754 IR2 77/02/12/023906
 

77/02/11/030900 114156/027 B84 77/02/13/224526 124185/029 834 77/02/12/030306 JR1 77/02/12/024505
 

77/02/11/031004 77/02/13/224623 114186/029 SUN 77/02/12/030905 114207/029 8LU 77/02/12/025008
 

114133/022 981 77/02/11/031453 77/02/13/224715 124187/029 B84 77/02/12/031532 GRN 77/02/12/025508
 

12A134/023 BLU 77/02/11/031917 11A157/027 884 77/02/13/225157 12A188/029 BB4 77/02/12/032131 RED 77/02/12/030014
 

12A135/023 B4 77/02/11/032657 11A158/027 884 77/02/13/225744 114189/029 SUN 77/02/12/032732 11A208/029 IR3 77/02/12/030534
 

12A136/023 581 77/02/11/033447 11A159/027 B83 77/02/13/230401 1lA190/029 BLU 77/02/12/033137 3R2 77/02/12/031107
 

77/02/11/033536 124160/027 BLU 77/02/13/231205 GRN 77/02/12/033639 IR1 77/02/12/031641
 

77/02/11/033624 GRN 77/02/13/231833 RED 77/02/12/034014 114209/029 BLU 77/02/12/032237
 

77/02/11/033710 RED 77/02/13/232418 11A191/029 CAL 77/02/12/034314 GRN 77/02/12/033133
 

77/02/11/033750 14161/027 881 77/02/13/232857 14192/029 IRS 77/02/12/034913 RED 77/02/12/033623
 

11A137/023 881 77/02/11/034238 114162/027 CAL 77/02/13/233336 IR2 77/02/12/035431 I14210/029 IRS 77/02/14/000339
 

114138/024 B1 77/02/11/034824 12A163/027 051 77/02/13/233910 IR1 77/02/12/035854 IR2 77/02/14/001028
 

77/02/11/034911 124164/027 884 77/02/13/234319 11A193/029 BLU 77/02/14/000519 IRI 77/02/14/001803
 

124139/024 83 77/02/11/234949 77/02/13/234405 GRN 77/02/14/000836 124211/029 884 77/02/14/002528
 

124140/024 BB2 77/02/11/235508 124165/027 B4 77/02/13/234812 RED 77/02/14/001218 77/02/14/002623
 

77/02/11/235552 77/02/13/234917 114194/029 IRS 77/02/14/001538 12A212/029 B4 77/02/14/003337
 

77/02/11/235637 11A166/028 BLU 77/02/12/015940 1R2 77/02/14/001917 77/02/14/003423
 

77/02/11/235716 12A167/028 BLU 77/02/12/020519 IR1 77/02/14/002241 14213/029 BLU 77/92/14/004044
 

77/02/11/235753 GRN 77/02/12/021038 114195/029 BLU 77/02/14/002644 GRN 77/02/14/004640
 

114141/024 B2 77/02/12/000129 RED 77/02/12/021605 GRN 77/02/14/003020 RED 77/02/14/005307
 

14142/025 84 77/02/12/000651 124168/028 SLU 77/02/12/022112 RED 77/02/14/003355 11A214/029 IRS 77/02/14/010345
 
VL-1 

IPL PICTURE IDENTIFIERS 

(EOA ORDER NUMBERS)
 

.-........... 	 - --. 
 CELABEL DIODE IPL PIC ID CELABEL DIODE IPL PIC ID CELABEL DIODE IPL PIC ID CELABEL DIODE IDL PIC ID
 ----------------------------------------------------------------------------------------...............................
 

11A214/029 1R2 77/02/14/011122 11A231/029 IR2 77/02/14/010442 12A252/031 Be1 77/02/14/014314 128027/034 GRN 77/02/17/002325
 IRI 77/02/14/011756 IRI 77/02/14/011201 11A253/032 B81 77/02/12/040651 RED 77/02/17/002832


11A215/029 BLU 77/02/14/012416 11A232/029 BLU 77/02/14/011928 11A254/032 884 77/02/12/041155 128028/034 IRS 77/02/17/003301
 GRN 77/02/14/013106 GRN 77/02/14/012640 77/02/12/041242 IR2 77/02/17/003817
 RED 77/02/14/013700 RED 77/02/14/013312 12A255/032 BB4 77/02/12/041730 


...........-....-...-.-.- -....-..... .....-....-... .- .. .......-	 ..............-................................
 

IRI 77/02/1Z/004329


11A216/029 	IR 77/02/14/014406 11A233/029 IR3 77/02/14/013849 77/02/12/041814 128029/034 SURV 77/02/17/004720


IR2 77/02/14/014847 IR2 77/02/14/014508 12B000/032 B84 77/02/12/042250 128030/034 882 77/02/17/005249
 IRI 77/02/14/015631 IRI 77/02/14/015111 77/02/12/042322 128031/034 SURV 77/02/17/005716
 

11A217/029 	BLU 77/02/14/020335 11A234/029 CAL 77/02/14/015730 118001/032 IR2 77/02/12/042725 
 128032/034 	BLU 77/02/17/010511
 GRN 77/02/14/021110 12A235/029 884 77/02/14/020731 118002/032 RED 77/02/12/043134 
 GRN 77/02/17/011341
 RED 77/02/14/021716 77/02/14/020807 118003/032 BLU 77/02/12/043547 
 RED 77/02/17/011901
 11A218/029 	IR3 77/02/14/022415 77/02/14/020843 118004/032 IR3 77/02/12/044124 12B033/034 IR3 
 77/02/17/012415
 IR2 77/02/14/023208 
 77/02/14/020916 118005/032 IR1 77/02/12/044507 IR2 77/02/17/012955
 TA 77/02/I4/023005 77/02/14/021033 118006/032 SURV 77/02/12/044801 IRI 77/02/17/013503
 

11A219/029 BLU 77/02/12/010254 
 12A28/030 881 77/02/12/034843 118007/082 IR2 77/02/12/045039 12B034/034 SURV 77/02/17/013953
 CRN 77/02/12/010618 12A237/030 884 77/02/12/035414 118008/032 RED 77/02/12/045321 128035/034 CAL 77/02/17/014432
 RED 77/02/12/010957 	 77/02/12/035504 118009/032 BLU 77/02/12/045602 118036/034 BB4 
 77/02/17/015052
 

11A220/029 IR3 77/02/12/011326 
 12A238/030 882 77/02/12/035931 118010/032 GRN 77/02/12/0458S7 77/02/17/015204
 IR2 77/02/12/011645 77/02/12/035959 116011/032 IR2 77/02/12/050126 118037/034 864 77/02/17/015918
 IR1 77/02/12/011957 12A239/030 BLU 77/02/12/040341 118012/032 RED 77/02/12/050400 77/02/17/020008
 

11A221/029 BLU 77/02/12/012259 GRN 77/02/12/040848 118013/032 BLU 77/02/12/050638 128036/035 SURV 77/02/14/031346
 GRN 77/02/12/012628 RED 77/02/12/041259 11B014/032 CAL 77/02/12/051034 118039/035 BLU 77/02/14/03T824
 RED 77/02/12/013005 12A240/030 8LU 77/02/12/041758 118015/033 BLU 77/02/12/051303 GRN 77/02/14/032346


11A222/029 IRS 77/02/12/013416 77/02/12/041086 GRN 77/02/12/051534 RED 77/02/14/032929
 IR2 77/02/12/013949 CAN 77/02/12/042459 RED 77/02/12/051803 18040/03S IR3 77/02/14/03345q
 IR1 77/02/12/014347 77/02/12/042544 
 128016/033 	883 77/02/12/052052 IR2 77/02/14/033951
 

11A223/029 	BLU 77/02/12/014734 RED 77/02/12/043023 77/02/12/052118 IRI 77/02/14/034413
 GRN 77/02/12/015157 77/02/12/043108 128017/033 881 77/02/12/052406 118041/035 SURV 77/02/14/034939
 RED 77/02/12/015644 12A241/031 881 77/02/12/043521 77/02/12/052435 118042/035 8LU 77/02/14/035355


11A224/029 	IR3 77/02/12/020050 12A242/031 881 77/02/12/043928 118018/034 ELU 77/02/16/145204 GRN 77/02/14/035741
 IR2 77/02/12/020509 12A243/031 B82 77/02/12/044324 CRN 77/02/16/145443 RED 77/02/14/040409
 IR1 77/02/12/020936 12A244/031 BLU 77/02/13/235140 RED 77/02/16/145738 118043/035 IR3 77/02/14/040818


11A225/029 	BLU 77/02/12/021429 CRN 77/02/13/235641 118019/034 882 77/02/16/150041 IR2 77/02/14/041124
 GRN 77/02/12/021932 RED 77/02/14/000212 118020/034 882 77/02/18/150413 IgI 77/02/14/041554
 RED 77/02/12/022547 12A245/031 IR3 77/02/14/000943 128021/034 BLU 77/02/16/150633 118044/035 SURV 77/02/14/041945


11A226/029 	CAL 77/02/12/023032 IR2 77/02/14/001637 CRN 77/02/16/150912 118045/035 BLU 77/02/14/042403


11A227/029 	IR3 77/02/12/023508 IR1 77/02/14/002345 RED 77/02/16/151154 CRN 77/02/14/042918
 1R2 77/02/12/023948 12A246/031 SURV 77/02/14/003013 128022/034 IR3 77/02/16/151450 RED 77/02/14/043347
 IRI 77/02/12/024400 12A247/031 BLU 77/02/14/003723 IR2 77/02/16/151824 118046/035 IRS 77/02/14/043711
 11A228/029 	BLU 77/02/13/235614 GRN 
 77/02/14/004433 IR1 77/02/16/152239 1R2 77/02/14/044054
 GRN 77/02/14/000134 RED 77/02/14/005227 128023/034 SURV 77/02/16/152528 IRI 77/02/14/044454
 RED 77/02/14/000914. 12A248/031 IR 77/02/14/010231 
 128024/034 8LU 77/02/16/152813 118047/035 SURV 77/02/14/044712


11A229/029 IR3 77/02/14/001531 12 77/02/14/010720 GRN 77/02/16/153923 118048/03S CAL 77/02/14/044927
 IR2 77/02/14/002245 
 IRI 77/02/14/011352 RED 77/02/16/154407 128049/035 SURV 77/02/14/051706
 IRI 77/02/14/002947 12A249/031 SURV 77/02/14/012029 128025/034 IR3 77/02/16/154809 77/02/14/051739


11A230/029 BLU 77/02/14/003705 11A250/031 584 77/02/14/012801 IR2 77/02/16/155028 118050/035 BB1 77/02/14/052219
 GRN 77/02/14/004416 77/02/14/012852 IR1 77/02/16/155254 77/02/14/052338
 RED 77/02/14/005219 11A251/031 
BB4 77/02/14/013541 128026/034 SURV 77/02/16/155553 118051/036 B04 77/02/14/052845


) 11A231/029 IR3 77/02/14/005923 77/02/14/013623 128027/034 BLU 77/02/17/001830 115052/036 BB3 77/02/14/053340
 -4 
--------------------------------------------------- ------------------------------- ------------------------- 

00 VL-I 

IPL PICTURE IDENTIFIERS
 

(EDR ORDER NUMBERS)
 

... --------------------------------
 CELABEL DIODE !L PIC 1D CELABEL DIODE I1L PIC ID 
 CELABEL DIODE IDL PIC ID CELABEL DIODE IPL PIC ID
 

11B052/036 883 	 77/02/14/053448 128079/040 SURV 77/02/13/I83310 12B100/041 BB2 77/02/13/200729 
128125/045 GRN 77/02/13/221248
 

77/02/14/053618 12B080/040 IR3 77/02/13/183735 128101/041 RED 77/02/13/201529 RED 77/02/13/221827
 11B053/036 B1 77/02/14/054048 IR2 77/02/13/184301 77/02/13/201621 
 1IB126/046 BB3 	 77/02/13/222357
 128054/036 BB3 	 77/02/14/054931 IRI 77/02/13/184906 
 116102/041 RED 77/02/13/202059 123127/047 IR3 77/02/13/223556
 

77/02/14/055043 128081/040 BLU 77/02/13/185454 
 77/02/13/202152 IR2 77102/13/224118
 128055/036 B82 77/02/14/055442 GRN 77/02/13/190335 128103/041 583 77/02/13/202646 IR1 77/02/13/224824


125056/036 883 77/02/14/055928 RED 77/02/13/190910 12B104/041 B83 77/02/13/20305S 
 12B128/049 83 77/02/13/225612
 128057/036 861 77/02/14/060400 128082/040 BLU 77/02/13/191424 128105/041 BLU 77/02/13/203512 119129/090 B83 77/02/12/230314


118058/036 B2 	77/02/14/060921 GRN 77/02/13/191817 GRN 77/02/13/203832I 15130/051 BB3 77/02/13/230920
 77/02/14/061011 RED 77/02/13/192217 RED 77/02/13/204152 11B131/051 881 77/02/13/231543
 118059/036 BB1 77/02/14/061348 128083/040 IRS 
 77/02/13/192605 12B106/041 83 77/02/13/204650 118132/051 81 77/02/13/232230


77/02/14/061444 IR2 77/02/13/192938 12B107/041 BLU 77/02/13/204943 11B133/051 CAL 77/02/13/232843


12B060/037 8B1 77/02/14/014122 IR1 77/02/13/193338 GRN 77/02/13/205304 
125134/051 B1 	 77/02/13/233524
 11B061/037 RLU 77/02/14/014607 128084/040 SURV 77/02/13/193657 RED 77/02/13/205657 12B135/051 881 77/02/15/002630


77/02/14/014702 128085/040 BLU 77/02/14/022627 128108/041 BB4 77/02/13/205954 128136/0S1 CAL 77/02/IS/003145
 125062/037 BLU 77/02/14/015046 GRN 77/02/14/023309 123109/041 SUN 77/02/13/210335 118137/052 83 77102/1S/003721
 77/02/14/01S132 RED 77/02/14/023959 12B110/041 882 77/02/13/210730 128138/053 82 77/02/15/004136


12B063/038 884 77/02/14/0t5514 128086/040 IR3 77/02/14/024519 77/02/13/210827 
11B131/054 883 77/02/15/004435


77/02/14/015628 IR2 77/02/14/025236 128111/041 BB3 77/02/13/211431 11B140/055 BB2 77/02/15/004932
 118064/038 B84 	 77/02/14/020024 IRI 77/02/14/025808 77/02/13/211513 
128141/057 BLU 	 77/02/15/005409


128065/038 881 	 77/02/14/020411 128087/040 SURV 77/02/14/030435 
 77/02/13/211557 GRN 77/02/15/005934
 128066/038 SURV 	77/02/14/021005 11B088/040 SLU 77/02/14/015328 12B112/041 83 77/02/13/211945 
 RED 77/02/15/010129


77/02/14/021058 GRN 77/02/14/020029 
 77/02/13/212015 118142/057 B83 77/02/IS/010425
 118067/038 881 77/02/14/021542 RED 77/02/14/020657 128113/041 SUN 77/02/13/212317 118143/058 BLU 77/02/15/010928


77/02/14/021631 118089/040 IR3 77/02/14/021114 128114/041 8LU 77/02/13/212646 GRN 77/02/15/011240


115068/039 84 77/02/14/022000 1R2 77/02/14/021718 GRN 77/02/13/212949 
 RED 77/02/15/011543
 12B069/039 BLU 	 77/02/14/022342 IR1 77/02/14/022406 RED 77/02/13/213228 
 118144/059 BB2 77/02/15/012004


77/02/14/022438 118090/040 SURV 77/02/14/023229 128115/041 8LU 77/02/14/031927 115145/060 IR3 77/02/15/012336
 CRN 77/02/14/022759 11B091/040 BLU 77/02/14/023919 
 GRN 77/02/14/032316 1R2 77/02/15/012648
 

77/02/14/022834 GRN 77/02/14/024436 RED 77/02/14/032735 
 IRI 77/02/18/013038
 RED 77/02/14/023352 RED 77/02/14/025035 128116/041 8LU 77/02/14/033152 12B146/061 SUN 77/02/13/214706
 77/02/14/023424 118092/040 IR3 77/02/14/025854 GRN 77/02/14/033517 12B147/062 BLU 77/02/13/215219
 128070/039 IR3 77/02/14/023748 IR2 77/02/14/030535 RED 77/02/14/033946 GRN 77/02/13/215702


77/02/14/023858 IR1 77/02/14/031042 118117/042 883 77/02/14/034501 
 RED 77/02/13/220249
 1R2 77/02/14/024327 118093/040 BB2 77/02/14/031652 
 128118/042 GRN 	77/02/14/034903 118148/063 883 77/02/13/220721
 77/02/14/024416 118094/040 SURV 77/02/14/032401 77/02/14/034951 11B149/065 883 77/02/13/221222
 1R1 77/02/14/024746 77/02/14/032446 11B119/042 GRN 77/02/14/035742 12850/065 BLU 
 77/02/13/221756
 77/02/14/024824 11B095/040 BLU 77/02/14/033215 77/02/14/035850 GRN 77/02/13/222326
 128071/039 SURV 77/02/14/025144 77/02/14/033305 118120/042 883 77/02/14/040334 
 RED 77/02/13/222901


77/02/14/025250 
 128096/040 583 	 77/02/14/034202 77/0./14/040425 118151/066 853 77/02/13/223331
 12B072/039 BLU 	 77/02/14/025850 77/02/14/034320 77/02/14/040534 12B152/067 IR3 77/02/13/224101


77/02/14/025956 77/02/14/034436 
 77/02/14/040632 IR2 77/02/13/224740
 118303/039 B83 77/02/14/030324 110097/040 883 77/02/14/035109 12B121/043 RED 77/02/13/214602 
 IR1 77/02/13/225434


77/02/14/030410 	 77/02/14/035157 
 77/02/13/214646 128153/069 BB3 77/02/13/230052
 128071/040 BLU 77/02/13/180356 77/02/14/035259 t18122/043 RED 77/02/131215202 118154/070 BB3 77/02/13/230718
 126075/040 BLU 77/02/13/180935 77/02/14/035351 77/02/13/215238 
 118155/071 B53 	 77/02/13/231316


118076/040 882 	 77/02/13/181539 118098/040 B4 77/02/14/035840 
 11D123/043 53 	77/02/13/215741 11B156/071 881 77/02/13/231833


128077/040 882 77/02/13/182120 77/02/14/035927 118124/045 BB3 77/02/13/220319 11B157/071 881 77/02/13/232429
 118078/040 BB 77/02/13/182647 11B099/040 83 77/02/14/040520 
 128125/045 BLU 	 77/02/13/220753 118158/071 CAL 77/02/13/233103
 
CELABEL DIODE 


12B159/071 B1 


12B160/071 881 


128161/071 CAL 


118162/072 883 


128163/073 B82 


11B164/074 83 


11B165/075 82 


128166/076 BLU 


GRN 


RED 


11B167/077 883 


118168/078 SLU 


GRN 


RED 


118169/079 B82 


11B170/080 IR3 


IR2 


IR1 


128171/081 SUN 


128172/082 BLU 


GRN 


RED 


118173/083 B83 

118174/085 B3 

128175/085 BLU 

GRN 


RED 

118176/086 83 

12B177/087 IR3 


IR2 


IRI 

12B178/089 B3 


11B179/09D B3 


l11180/091 822 


11B121/091 81 

118182/091 B1 


11B183/091 CAL 


12B184/091 81 


128185/091 B81 


128186/091 CAL 


11B187/092 83 


12B188/093 B82 


11B189/094 BB3 


118190/095 BB2 


128191/096 BLU 


GRN 


RED 


118192/097 BB3 


115193/098 BLU 

ko 

IPL PIC ID 


77/02/13/233730 


77/02/14/052341 


77/02/14/05282S 


77/02/14/053303 


77/02/14/053727 


77/02/14/054205 


77/02/14/054551 


77/02/14/054944 


77/02/14/055401 


77/02/14/055820 


77/02/14/060239 


77/02/14/061133
 

77/02/14/061504
 

77/02/14/061840
 

77/02/14/062216
 

77/02/14/062544
 

77/02/14/062913
 

77/02/14/063232
 

77/02/13/221413
 

77/02/13/221727
 

77/02/13/222057
 

77/02/13/222522
 

77/02/13/222857
 

77/02/13/223313
 

77/02/13/223717
 

77/02/13/224126
 

77/02/13/224604
 

77/02/13/225015
 

77/02/13/225544
 

77/02/13/225935 

77/02/13/230338
 

77/02/13/230722
 

77/02/13/231107
 

77/02/13/231453
 

77/02/13/231903 

77/02/13/232314
 

77/02/13/232735
 

77/02/13/233146
 

77/02/13/233708
 

77/02/12/234129
 

77/02/13/234539
 

77/02/13/234925
 

77/02/13/235349
 

77/02/14/052343
 

77/02/14/052818
 

77/02/14/053250
 

77/02/14/053806
 

77/02/14/054300
 

77/02/14/054716
 

CELABEL DIODE 


11B193/098 GRN 


RED 


1t8194/100 B83 


11B196/100 IR3 


IR2 


IRI 


128196/101 SUN 


128197/101 SUN 


128198/102 BLU 


GRN 


RED 


VL-1 

IPL PICTURE IDENTIFIERS 

(EDR ORDER NUMBERS)
 

IPL PIC ID
 

77/02/14/055151
 

77/02/14/055641
 

77/02/14/060125
 

77/02/14/060753
 

77/02/14/061427
 

77/02/14/061758
 

77/02/14/062127
 

77/02/14/062458
 

77/02/14/062829
 

77/02/14/063153
 

77/02/14/063438
 
VL-1 ELEVATION COVERAGE CHARTS
 
1JL-1 Elevation Coverage Charts 

CAMERA VL-1 1 ELEVATION COVERAGE CHART 

2NER 11E EV INT k1'L4PT)3 

A1IA21 1-- 00 LR::0 

-- - - ­ - - - --

I A 4700 

I1A b602 

1l A 2 02 Ilk 89 02 

Lu 

tO 

P: L 

C5 FLIP 

C -2 :4 I 

- - - - - -

III021 00 

1 47Qgo 

8: 6: 

7171: : 

LH 

N 

--- -- - - - -

JEVNR L2 0 1 

I11020 

-

-11 

11 89 (" 1±1:; N' 11 ol01 :I 

- 0 7i U

11 02 *F9 LIJ I1 181 02 4: 01 LR 

1 186 02 6- H UN'' 189 02 7: 1 UK 02 0 11 0 0 ED 

11 3a 

FR 00 .94 R 0R 

8 6: ED 

C--- - -­ --­ - --­ - ---- - -- - -- - - - -- - - -- - - - -- - - - -- - - -

a. - .a. 1. .6 ~ & .1 ~ i A. ~ . ~ . a .. ' .6 6. .6 6 6 . 3.a 

1:~~ j; R 
VI-'
 CAMERA I ELEVATION COVERAGE CHART 

*-I.A JE I 'cT I&T1 

__11 8 ,/0 2v 2:-

A E 1EEVTLI 00yIu ' 

11 02 /0 

110U2/0 

1133A0 

Ji 0308 

t: o 

8: : 0 M:: 4 

Ud r----

7;l8: 0 

R 

-­ q----------------------

H11 08101 8: ±9 N 

--- -- - - - - - - - -1109 /01 0I~9 

11 09/01

1109/01 

7 :9_I 

9 

6 :0 

3:4:0 _ R 

__- - - - - - - -

11 11 

11 15 /01 2: 96:0 

1 1T5 -n -

11 15 /0 7; 0: 0 

R' 

-- 11 17 / Mt9;: 

------­ __ 

11 19 /0 

11 1 /0 

HE 

4: g: L 

---------------­ __ 

11 19 /0 

v 

0 

1200f 1200f 

8: 9: 

0: r 

8-5. 

z t 2 Ili.7 

I 

LB---------_ 

R 

X 

-----------­_ 

_ 

11 20 02 2.1 

11 21 02l 12±T1 

112 2 6. 1 21 0a 6'. 

LXn -- - -

---------------­

112 2 

1 2 02 

11 22 2 

6 

6 

7 

* R 

HLX H 

11 02 

I 1. 7z 

7 

!L 

HL 

14B4
 
A-1 CAMERA 1 ELEVATION COVERAGE CHART 

12,MER 

-F. g[g. 

AMNE IN' I E EV T R 

zz -1 

L TO -10% la ITJ IIA 

na 2-

'01 

P! 

1 

2 

:R 

--

- -

-

-

-

-

- - - - -

- - - - -

F-

- - - - -

- - - - -

J= 

- - - - -

- - -

- - - - -

- - - - -

- - - - -

- - - - -

- - - - -

- - - - -

----------

-

-

-

-

-

-

-

-

-

-

-

-

-

-

-

-

-

-

-

-

-

-

11A V9 Wi 11A 05 01 

- - - 11A U 111 1A 1 02 

JA 1 02 IIA 27 02 

0-2 - - - LIA U14 02

05 02 

I1AU 02 LIA 2 

I 11AM f-0202 I 1A 149 02 IN50 02 151 02 11AI54 02 - - - 6 

1A 5 1A156 UO5 - - - 11AM 02 

nA U2 

lij 0 

11 A1 02 YMU 

IIA 182 02 

I1A190 02 

192 -0 

IA ' 4 0202

To m 11A 9 02 

- - 11A m N 0202 

11A 99 02 - - - FA 0 

11A 04 02 - - - 11A TYX gi 02 

11A a 02 

11A 01 02 

11 10 02 - - - A 1 02 

11A 19 02 

11A 02 -TTA U2 

11A 1 02 - - - LU 

11A 20 02 

11A 21 02 

22 02 m

IIA 24 02 

3: :2 NO:5 7 URi 

:2 .0 :4 :2 L T 

4!4 :5 Bl 9! 1 21 Rq b. 1 -6 flo -8 

5 

10 ig LB---E LR 

1:5 :0 R 2:0 :0 R F 2-1 -0 URV 2- 1 -0 T-2 -0 S4 

:u 4 :0 0 B4 

LU 

4:A 3 B4 

2 B4 

LIE 4 5 1 LR

7: :4 LR 

_C

88, _C:0 :4 4 H LRR 

LK 

4,--

T 

1:0 .4 R 

8: 1 :4 LR U--l T4 r­ - - 80 : 4 LR 

Li :4 . 771 

2:0 t4 R 220 ;;4 LR :11A R----

2:1 :4 LR 2Q :4 R 

2-.274 

2:2 .4 R :4 :LR 

.4 

:4 LR :4 R 6:0 - 6:3 ;4 R 

: RR 6; ;4 L 14 

.4 6:4 :4 :4 R

LR 

I 

-

- -

F­

-

-

-

-

-

-

-

-

-

-

-

-

-

-

-

-

-

-

-

-

I 

-

-

I 

-

p 

4 

4 

I 

-4 

m

1111A2q 02 1 2 A LE 

R 

-------------­

- - - - - - -

1 IIA

11A 

I D2 

:2 

R H 

I 

11 19 

9 003 

9: :2 09 2 

1: fil5vt 

-41R

LR 

M I 

1-­

- - -

ttffl 

- - - -

- I-A - - - - - - 1111 

11 

41 0 42 

4 0i - - - - - -

F-11 

-

-J= 

- - - - - - - - -

11 64 68 o 5 820 u I1 0 

11 0 

U11 

11 91 04 11 2 Oq

UZI 

11 04 

B4 

BT - LR

R 

URI - LR

R 

-- - - - - -

FTT 

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

VL.-1
 

CAMERA 1 ELEVATION COVERAGE CHART 

EiEEINIR.--- -­ 11319 04 1:1 ±1 RN 

b OffW h5DW-b­ lB 22 04' i,6:0 :5 ED A---------- 30 
 :1
 B 1B24 4 K 51j BI 11B 2604 B 

11B3705 5 1 B 

13 1
 

-R 11 6 1; 

B 07

--- T 1B 4 07 02 M ­ 1,_

1 04 5 LB I1461 

M8 u0 
 1:, 4M_4

--------- 11B 5102 BI~ 

N 95. 10 :0 4' CAJ ER 

:1 

W~~~~ - a s * ~ w0 7l ~ 4fl. - - -- -. -' 

29 2: 00 

3: 

R;! 

1 o 0 ::0 4= 

1ig :: : N­
VL-I CAMERA 1 ELEVATION COVERAGE CHART 

I, 11J 22!0 11J 1,25 ,o02 7: -:4­ 7., n-h R I11$ 2 02 7: ; 

11;.....027::4R 1 } qq1! -I 

11zg a- 5: i -1°4 11I 540]1 2:l!: 

[I 1 18I 01r :2 1:5°o 11 1 0'D 21 : 5 

L

it L 

oq I. UI 111744 o : 65 Oit -

112 09 7:1:5 R3 

11] Nq 09 0I -

111 89 

11]195 04 2u 

ar­ 11 92904 12:r :0= . - - "­

11 0 O4 2:( :0 

h..: : 

2N - B I5 LA 

11 099 0 )Z: ::5 BB3 -

11 017 04O 15: : BB3 

-- 1-1 o r0 4 :1 R 

--- ~il 21040, 3 ( 

11 1290501 :0 R b­

.;L -,.:".. ',L..-L.; ,.._.-. :-

11, 114 o1 

11, 114 '0 

11, 1501 0o6 ,,/ 'A/, 

[: 

1) 

- =:',. 

:

al: 

. .:...- =. :L L"="'. 

F -

,' !.',' '._. 

111, 1 6 :1 
VL-I 

CAMERA 1 ELEVATION COVERAGE CHART 

MERA ' 	 2UTh 

° ' R L-0	 11tEEqR -: 1:1 .0 

l -0- - -' :- - i U--

I- - - II 0 Ifl' 0 URI
 

I1A90 02 54 LR
 ----------	 1A 9202 S;5:4 R Ir 

11 4 0 0 f 

1i 0 . 4 F - 1A gg'-:I0 : 1 M - - - - ___1A 0 0? 0, 4 RL~_ 

I 01 1. t 

OM 'i i :4 

II 1 0 I0.I 
 II'-

i i 	 i 02 

11T
 1132iro R312 

0 i :0:: 	 1-------------­

i ll, 9u 8 2 LF
 

03- !: : - t
 ol
 ER~~1 L 0020 I I 2323T [. 


S11 0	 -- --


I o" u ; B 

ll0 0 : US - ll' O: 5 

ol; 2:3 -0 L 

• . .. • •• .•;
 

9%0 12:480 9
 
VL-1 CAMERA I ELEVATION COVERAGE CHART 

EV RV L - 1 MN 

11 11 1 1 1 0liU'2 :: !21 1-----------------------­

111fl 41 01 02 SFL.IM 15 

1l 

11 4I1 02 

11 1151 0 11 14 02 

84 : 

: 

2: 1. 29.0 

: l 

I .f 

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

Il1 900 

I1In 0 

11151 

11100 _ 

111900 

1-­ 0 2 

7:' 

21 

28 

8 

814 

:40 

4 

14 

MR 

ft4R 

. 

LA 

R 

ft 

I-

-­ 1­

-

1­

- -

111 0 0 

ll1g07 02 

1 1 1 Il I138 1

2 

21 

2 ; 

2:5:! 

4H Rt 

14 R 

4 

% LR 4 R

11 

11 

150 

0I 

160 

114 

:4 

j 

L 

R 

m 

I -

02. 6: 

11 

,24 ''6 

:4 

: 

H 

LI H 

1I12A o 7:; ::44 HL H 

11 9 

11fl 0 

llfE 5310 

11is0t 

Hu1 9 

0 7: 0 

1:l : 

1 .2 :2 

E:q :2 

9:u 

R 

IL 

1 

911 H--

B 

-

I 

RV EV9 11 L 25

1114 

11 2 

11 

0 7: 

1-1 5 

1 1 5- I 

}B2 "I 

1-

I 

-- -

1 1M4 5: 

-- ' 

i 

-I 

I, 

I, 

11 g 

I1:1 

04 

5;1: 

7: 

: 

': 

:-

, 

IB1 

B 

F- I7: 

,411 z q :; 

113:I 

u I 

43 

I 

5 

Iqj-45l-0 
VL-1 

CAMERA 1 ELEVATION COVERAGE CHART 

CAMRAlICAC AZIMWRJ 

AI R1EEV NT RV L O ! , .o LON ,, 	 8 11I , , '0,2 

/- - - - - - - - - - - - 111 2 	 - - - - - - - -­

11 lq 02 1&2 l 

- - - - -_ fl,-- 111502 Si ­

11 0 2 2: : ) I-­ ...	 -1 11 19 0 "02, 02 12: 98-0 Q: . F R I -~~ - -- --11 147 02' 4: 5 L r ~	 - - - ­ n- 8i: H 

11 192 02 : 9I 

119 02 5 Li 

102 3 H L8R 1 .H .	 11 0 0' 82: l~q R S0 02 5: I I. 

I1 0 1120 02 02 (: , 2: : 4 DRR 

----- 1111002l 2 021 14:; R­

• 11/LP210U21 d.-u 12:; ,~ /BI 

ll l U02 : OJ." m i '1 02 !5:g:. L R 

j 0 : : 4 

f1 2 2 7: 51 I 


I1 1 p• "2 [4H
 

- - - -11 - n Z nnn n: n n nn-nr
 

1I5 00 9: :2 ERR. 

I,,, D01oRo: .: 1-

I111 r92 040 1 :ou II 1F9 	 I I Ill 4o''
OR :vI =fE -- - I

llJ 1D51 70 	0 }2i A5 11 0 0 I15 5 

Z;,o-h -5 ER1n I E ko 	 /NIVL0 : :0:5 

11 1 A 02 !2 B 

11100 2 if@ 	 ­

5:q 91 

11A12 02 5: I:5
 4
 

1I1A3 021 5: r.:5 ] I 

I 11A33 02I l I5::5 

11AI 75021 li'i :O ;[0( AI-Y1 1g 02 eu, 2-5 ;1:0 T "­

0 02i 11A 17 : : L I " 

A1-1 02 : .1 L -- I 1A0202 0 : 
 1111 03 0 2! :4 
 LR

1li 0o 5: :4.2 L
 IA.I
 11 1i30 2 5:5:( 4- ­

11B' qOl :4 R 

11A 2i '0 7it 1t ­ 1 11 ' :
 I 21 U" t':---­ 1,

154
 
AMERA2 CACAZIMUTH h" 

VL-1 

CAMERA 2 ELEVATION COVERAGE CHART 

AEL 

----

V KTE VA TO 30J 

IIA /0 1 A176/0 8 1 I I 13I17/0 

07 11 21 51zT B 7112l 50SE nn1'1t oD LIi 

-- -

----

E 

"1 

- -- -

S1 

A 

- - -

ro 

- - -

1801 179----------------------------- IMAA. 02T PO 40 I AIf179W 0 4I 07 40 

1 1 1 17 

Al /0 I 811041 HI. 

1Al 80 00 1 71:5 SU _ _ -

/ . _T _i

1 l 0/02 1 ' 1 40 BL 

IE /34 1 1 5 C 

I --­

1I Bl 1 /0 0014 .2 

1 1i4 2/A0 01 59 

1H A-b1 8 2 11 064 9 Al 9O 0 14l L 

1 9 l0019 qIB 

- - - - - - -

-

I.. I,% .. . . 

1 

Aot 

9/ 9 

9 

0 

425-

59 112 5 

li 44 59 

0--

CL 

- -- -

- -

- --

- -

- -

- - - - - - - - - 1; AO 2/ 05 12 29 9 1 

1 BO 9/ 19 01 04 27 -41.V 

72B 19597 M0H 

15 59- - -

IJB IU I 27 3-!' 

2BI 1 171514 S 

C IA:E IqT A 20 ------ -

O -

12I / 4 1 /3

2 14 

0 

1111 

SU -

-LLL1 

-­

12 I 759 C 

5 171959 S H 

I 1 /281171o 11275-----------

Al8 /q8 1621 40 LL 

------ -

I AO nn 1 SAO 0 /01 15 89 l2559S 

' 

-

'6 

V0lIIT21 I

0 

- - -- - 1-- -9--

12 / 201709 

011715 

12E1 

CMA12SA 

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VL-I 

CAMERA 2 ELEVATION COVERAGE CHART 

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VL-1 

CAMERA 2 ELEVATION COVERAGE CHART 

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VL-1 CAMERA 2 ELEVATION COVERAGE CHART 

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VL-1 SKYLINE DRAWINGS
 
VL-1 SKYLINE DRAWINGS
 

This section contains the skyline drawings for VL-I. The format for
 

these drawings has been described in the section "Skyline Drawings."
 

161 
VL-l 

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VL-1
 

CAMERAI LACES 01SOL 42


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CAtERA1 VIEW CAMA 2 LACC2 AZIMAUTh N 

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187 
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188nwm 
VL-1 EDR IMAGES
 
VL-1 EDR IMAGES 

This section contains the experiment data record images for VL-1. The
 

format for these image displays is described in the section "Viking Lander
 

Experiment Data Record Images for Primary Mission." 

12A001/000-12A002/000 

12A001/000 BB1 1/2 
 12A001/000 BBI 2/2
 

12A0021000 SURV 1/4 12A002/000 SURV 2/4
 

191 
V
 12A002/000-12A0001/ 

12A002/000 SURV 3/4 12A002/000 SURV 4/4
 

12A003/001 BB2 1/2 12A003/001 BB2 2/2
 

12A004/001 SURV 12A005/001 SURV 12A006/001 BLU/T
 

12A006/001 RED/T
 12A006/001 GRN/T 


192 
VL- 12AO07/001-12AO10/002 

12A007/001 CAL 12A08/O01 BLU/T 12AO08/001 GN!T 12A008/001 REDI/T 

12A009/001 BB1 1/3 12A009I001 BB 2/3 

12A009/001 BB1 3/3 
 12A010/002 BERA 1/3
 

12A010/002 BB 2/3 
 12AO1O/002 BnB 3/3
 

193
 
VI-1 12AO1 1/002-1 1A018/003 

12A011/002 CAL 12AO12/002 SURV 12A013/002 BB1 1/2
 

12A016/003 BB1
 12A013/002 BEI 2/2 12A014/002 BB1 


IIA017/003 BB3 l1A018/003 SURV l/4
 

2/4 11A018I003 SUR 3/4
 11A018/003 SURV 


194
 
VL- 1lAd18/OO3-11A029/004 

11AO18/003 S3RV 4/4 11A019/003 CAL llA02t/003 BL[/T llA021/003 GRN/T 11A021/003 RED/T 

11A022/O00 BB 1/2 11A022/004 BB1 2/2 

11A023/004 BB2 11A024/004 CkL 11A025/004 BB1 

12A026/004 SURV 12AO27/004 IRV 12A028/O 40EV SI1AO29/004 BLU/T 

195 
VL-1 11A029/004-12A033/005 

11A029/004 GRN/T 11A029/004 RFE/T 11A030/004 B83 1/3 

11A030/OO BB3 2/3 11A030/004i BB3 3/3 12A031/005 BB1 

llA032/005 BBI 12A033/005 IR3/T 

12A033/005 IT2/T 12A033/005 IR/T
 

196 
V.-i 12A034/05-12A039/006 

12AO34/005 C&L 12A035/005 IR3/T 12A035/005 TR2/T 12A035/005 Iflh/T 

12A036/005 BB 11A037/005 BB2 1/3 

I1A037/005 BB2 2/3 1IA037/005 BB2 3/3 

1lA038/006 BLU/T 1IA038/006 GRN/T 11A038/006 RED/T 12AO39/006 B81 

197
 
V~l11A040/006-12A045/006 

11A040/006 BLU/T 11AO4O/006 GRN/T
 

I1A040/006 RED/T 11A041/006 BB1 12A042/006 BEl
 

12A043/006 BBl 12AO44/006 881 12A045/006 BLU/T 

12A045/006 GRN/T 12AO45/O06 RED/T
 

198 
VL-i 11A0461006-1 1A05/008 

11AO46/006 SUN 11A047/007 SUN 11A048/007 BB2 

11A049/O07 CAL 12A050/007 SURV 11A051/007 BB1 1/3 

11A051/007 BB1 2/3 11A051/007 BB1 313 

11A052/007 BB2 11A053/008 CAL 12A054/007 BB3 11A055/008 BB2
 

199 
VL-I

1ZA056f008-11A0671006 I I

12A056/008 BB3 11A057/008 SURV 11A058/008 BR2 12AO59/008 BB3 

11A060/008 BB2 12A061/008 SURV 12A062/008 BLU/T 12A0621008 CRN/T 12A062/008 RED/T 

12A063/008 CAL 12A06M/08 SURV 11A065/008 BB2 11A066/008 Be' 

11A067/008 BB2 1/3 11A67/008 BB2 2/3
 

200 
VL-1 11A67/008-12A073/010 

11A067/008 BB2 3/3 12A068/009 BB1 

11A069/009 BB2 1/3 11A069/009 BE2 2/3 

11A069/009 BB2 3/3 12A070/O10 BB1 12A071/010 BLU/T 12A071/010 GN/T 

12A0711010 RED/T 12A072/010 CAL 12A073/010 BLU/I 12A073/010 GRN/T 12A073/O1Q RED/T 

201 
VL­ 12A074/010-11A078/012 

12A074/010 BLU/T 12A074/010 GRN/T 

12A074/010 RED/T 12A075/011 BB1 12A076/011 BB1 

11A077/011 BB4 1/3 11A077/011 BB4 2/3 

11A077/011 BB4 3/3 1IA078/012 BB2 1/4
 

202 
VL-1 11A078/012-12A081/012 

11A078/012 532 2/4 11A078/012 BB2 3/4 

11A078/012 BB2 4/4 11A079/012 BB1 1/2 

11A079/012 BB1 2/2 12A080/012 BB3 

12A081/012 BB1 1/3 12A081/012 BB1 2/3
 

203 
12A081/012-11AO93/013 VI-i 

12A081/012 BB 3/3 11A083/012 SUN 111084/012 SUN
 

llA085/012 SUN 11A086/012 SUN 11A087/013 SUN 11A088/013 SUN
 

1AO89/013 SUN 11A090/013 SUN 11A091/013 IR3/T 11A091/013 IR2/T 11A091/013 IRI/T
 

12AO92/013 SURV 111093/013 IR3/T
 

204 
VL-1 
 11A0931013-11A099/014 

11A093/013 IR2/T llA093/013 IRl/T 11A094/013 CAL 

11AO95/013 SURV 11A096/014 SURV 11A097/014 BB3 1/4 

1lA097/014 BB3 2/4 1IA097/014 BB3 3/4 

11A097101 BB3 4/4 11A098/014 BB2 11A0991014 5RV
 

205 
11A100/015-12A108/018 VL-] 

11Al00/015 BB1 12A101/015 BB1 2A102/015 BB1 

12A103/016 BB1 112 12A103/016 BB1 2/2 12A104/016 BB1 

1IA105/017 SURV 12Aio6/o7 SURV 12A107/018 BB3 1/2 

12A10T/Ol8 BB3 2/2 12A108/018 BB2
 

206 
vt-i 12A109/O18-11A114/019 

12A109/018 BB1 12A110/019 BB3 112 

12Al10/019 BB3 2/2 11A111/019 BB3 

12A112/019 B3/ 1/3 12AA12//19 BO4 2/3 

12Al12/019 BB4 ;/3 12A113/019 iSURV 1121019 BB2 1/5
 

207 
VL-1
 11A114/019-12A116/020 

lA114/019 BB2 2/5 11A114/019 BB2 3/5
 

11A114/019 BB2 4/5 11A111/019r BE2 5/5 11A115/019 BB1
 

12A116/020 BEH 1/5 12A116/020 BH4 2/5
 

12A116/020 BB 3/5 12Al16/020 BEI 4/5
 

208
 
VL-1 12A1 16/020-1 1A120/020 

12A116/020 BB4 5/5 11A117/020 BLU/T IIA117/020 URN/T 11A117/020 RED/T 

11Al18/020 BB1 12AI19/020 BB3 1/5 

12k119/020 BB3 2/5 12Al19!020 BB3 3/5 

12A119/020 BB3 4/5 12A119/020 BB3 5/5 11A120/020 8B1
 

209 
VL-1 12A1211020- 11A127/021 

12A121/020 BLU 12A122/020 IR2 12A123/020 CAL 

12Al124/021 BB1 1/2 12A124/021 BB! 2/2 

12A125/021 BB4 1/2 12A125/021 BB4 2/2 

12A126/021 BEl 11A127/021 BB3 1/5
 

210 
VLI 11A1271021-11A129/022 

11A127/021 BB3 2/5 11A127/021 BB3 3/5 

11A127/021 BB3 4/5 11A127/021 BB3 5/5 

11A128/021 BB1 11A129/022 BB4 1/3 

11A129/022 BB 2/3 11A129/022 BB 3/3
 

211 
1lA130/022-1 IA 132/022 

11A130/022 BB3 11A131/022 BB3 1/2
 

11A131/022 BB3 2/2 11A132/022 BB1 1/5
 

11A132/022 B1 2/5 11A132/022 BB1 3/5
 

11A132/022 BB1 41/5 11A132/022 8B1 5/5
 

212 
Vl.-l 
 11A133/022-11A38/024
 

11A133/022 BB1 12A134/023 BLU 12A135/023 BBI 

12A136/023 BB1 1/5 12A136/023 BBI 2/5 

12A136/023 BB1 3/5 12A136/023 BB1 4/5 

12A136/023 BB1 5/5 11A137/023 BB1 11A138/024 BB1 1/2
 

213 
Vt­ 11A138/024- 11 A142/025 

11A138/024 BB1 2/2 12A139/024 BB3 12A140/024 BB2 1/5 

12A140/024 BB2 2/5 12A140/024 BB2 3/5 

12A14O/24 BB2 4/5 EA140/024 BB2 5/5 

11A141/024I BB2 11A142/025 BBL4 1/2
 

214 
Vi.-
 11A142/025-11A147/026
 

11A142/025 BB 2/2 11A143/025 BB 112 

11A143/025 BB4 2/2 11A144/025 BB2 1/2 

11A 1

44/025 BB2 2/2 12A145/026 SUET 

I1A146/026 BLU/T T1A146/026 GN/T 11A146/026 HED/T 
 11A147/026 BLU/T
 

215
 
VLl 

11A147/026-11A151/026 

11A147/026 GRN/T 11A147/O26 ED/T
 

11A148/026 IR3/T 11A148/026 IR2/T 11A148/026 ITh/T 11A149/026 IR3/T
 

11A149/026 IR2/T 11A149/026 IRI/T
 

11A150/026 SURV 11A151/026 SUR¥
 

216 
YE-I 12A152/026-11A156/027 

12AI52/026 BB2 1/2 12A152/026 BB2 2/2 

12A153/026 BEB' 1/2 12A153/026 BB4 2/2 

1A154/027 BB4 1/3 11A154/027 BBI 2/3 

11A154/0227 B34 3/3 12A155/027 BBe 11A156/027 BM 
 1/3
 

217 
VL11A1561027-12AI64/027 

11A156/027 BB4 2/3 11A156/027 B4 3/3
 

ir 

1A157/021 BBM 11A158/027 BR4 11A159!027 BB3
 

12A160/027 BLU/T 12A160/027 GRN/T 12A160/o02 RED/T 11A161/027 BB1 11A162/027 CAL 

12A163/027 BB1 12A164/027 BE 1/2
 

218 
v[-l 
 12A164/027-12A168/028 

12A164/027 BB 2/2 12A165/027 BBM 1/2 

12A165/027 B1 212 11A166/028 BLUI 

12A167/028 BLU/T 12A167/028 GR/T 12A167/028 RED/T 12A168/028 BLU/T 

12A168/028 GN/T 12A168/o28 RED/T
 

219 
VLI 12AI69/028-1 lAl73/028 

12A1691028 IR3/T 12A169/028 IR2/T 12A169/028 IR1/T 12A170/028 IR3/T 

12A1701028 Ift2/T 12A170/028 IR1/T 

12A171/028 SUR? 12A172/028 SURV 

11A173/028 BBI 1/2 11A173/028 BB4 2/2 

220 
VL-!
 

11A174/028-12A83029 

11A174/028 BB 1/2 
 11A174/028 BBI 2/2
 

12A175/028 SUN 12A176/028 BLU 12A177/028 BLU 12A178/029 BLU
 

12A179/029 BLU 12A180/029 BLU lIA181/029 BLU/T 11A181/029 GRN/T 11A181/029 RED/T
 

11A182/029 BLU/T 1IA182/029 GQU/T 11A182/029 ED/T 12A183/029 BB1
 

221 
VIA 11A184/029-11A191/029 


11A184/029 SUN 12A185/029 BB4 

11A186/029 SUN 12A18/029 BBI 

12A188/O29 BB4 lIA189/029 SUN 

11A190/029 BLU/T 11A190/29 GRN/T 11A190/029 RED/T 11A191/029 CAL
 

222 
VL-1 I1W921029-11A199/029
 

11A192/029 113/T 11A192/029 t12/T 11A192/029 IfulT 11A193/029 BLU/T 11A193/029 GR/T 11A193/029 RE?/T 

11A194/029 1R3/T 11A194/029 [R2/T 11A194/029 IRI/T 11A195/029 ELU/T 11A195/029 GR/I 11A195/029 BED/T 

11A196/029 IR3/T 11*196/029 IR2/T 11A196/029 IRl/T 11A197/029 BLU/T 11A197/029 G N/T 11A197/029 RED/T 

11A198/029 I113/T 11A198/029 IR2/T 11A198/029 IRl/T 
 11A199/029 BLU/T 11A199/029 GRN/T 11A199/029 HED/T
 

223 
VL-1 11A200/029- 1A208/029 

11A200/029 IR3/T 11A200/029 1R2/T 11A200/029 IR1/T 11A201/029 CAL 11A202/029 BB1 

11A203/029 BLU/T 11A203/029 GRN/T 11A203/029 RED/T 11A204/029 IR3/T 11A204/029 IR2/T 11A204/029 IRl/T
 

11A205/029 BLU/T 11A205/029 GRN/? 11A205/029 RED/T 11A206/029 IR3/T 11A206/029 1R2/ 11A206/029 IR1/T 

lIA207/029 aL/T 11A207/029 GRN/T 11A207/029 RED/T 11A208/029 IR3/T 11A208/029 IR2/T 11A208/029 IRi/T
 

224 
VIA 11A209/029-11A214/029 

11A209/029 BLU/T 11A209/029 GRN/T 11A209/029 RED/T 11A210/029 IR3/T 11A210/029 IR2/T 11A210/029 IR1/T
 

12A211/029 BBE 1/2 
 12A211/029 BRE 2/2
 

12A212/029 BE 1/2 
 1 A212/029 BB 2/2
 

11A213/029 BLU/T 11A213/029 GRN/T 11A213/029 RED/T 
 11A214/029 IR3/T 11A214/029 TR2/T 11A214/029 IR1T
 

225 
VAl
 11A215/029-11A2221029 

11A215/029 SLU/T 11A215/029 GRN/T 11A215/029 REIT 11A216/029 I23/T IR2/T 11A216/029 li6ioag IRI/T


11A217/029 BLU/T 11A217/029 GRN/T 11A217/029 RED/T 11A218/029 IR3/T 11A218/029 IR2/T 11A218/029 IR1/T
 

11A219/029 BLU/T 11A219/029 GRi/T 11A219/029 RED/I 11A220/029 2R3/T 11A220/029 IR2/T 11A220/029 IR1/T 

lIA221/029 BLU/T 11A221/029 URN/T 11A221/029 RED/7 11A222/029 TR3/T 11A222/029 IR2/T 11A222/o09 Ii1/T
 

226
 
VL-1 11A223/029- 11 A230/029 

11A223/029 BLU/T 11A223/029 GRN/T 11A223/029 RED/T 11A224/029 IR3/T 11A224/029 IR2/T 1IA224/029 Ijl/T 

11A225/029 BLU/T 11A225/029 GRN/T 11A225/029 RED/T 11A226/029 CAL 

11A2271029 IR3/T 111227/029 IR2/T 11A227/029 IRl/T 11A228/029 BLU/T 11A228/029 GRN/T 11A228/029 RE/T 

11A2291029 IR3/T 11A229/029 1R2/T 111229/029 IRJ/T 11A230/029 BLU/T 11A230/029 GRN/T 11A230/029 RED/T 

227 
VL-1 11A231/029-12A235/029 

11A231/029 IR3/T 11A231/029 IR2/T 11A231/029 IRI/T 11A232/029 BLU/T 11A232/029 GRN/T 11A232/029 RED/T 

11A233/029 IR3/T 11A233/029 IR2/T 11A233/029 IR/T 11A234/029 CAL 

12A235/029 BBI 1/5 12A235/029 BB4 2/5 

12A235/029 BB4 3/5 12A235/029 BB4 4/5
 

228 
VL-1 12A235/029-12A239/030 

12A235/029 BB4 5/5 12A236/030 BBI 

12A237/030 BB4 1/2 12A237/030 BB 2/2 

12A238/030 BB2 1f2 12A238/030 BB2 2/2 

12A239/030 BLU/T 12A239/030 GRN/T 

229 
VL-1 12A 239/03D-12A243O31 

12A239/030 RED/T 12A2 10/030 BLU/T 1/2 

12A2140/030 BLU/T 2/2 12A240/030 GRN/T 1/2 

12A240/030 GRN/T 2/2 12A240/030 RED/T 1/2 

12A2'0/030 RED/T 2/2 12A241/031 BBl 12A242/031 BB1 12A243/031 BB2 

230 
VLI- 12A244/031-11A250/031 

12A2441031 BLU/T 12A244/031 GN/T 12A244/031 RED/T 12A245/031 IR3/T 12A245/031 "rR2/T 12A245/031 1R1/T 

12A246/0 3 1 SURV 12k247/031 BLU/T 12A247/031 GRN/T 12A247/031 RED/T 

12A248/031 IR3fT 12A248/031 IR2/T 12A248/031 IRI/T 12A249/031 SURV 

11A250/031 BB 1/2 11A250/031 BB4 2/2
 

231 
11A251031-12BO0/032 

11A251/031 BBk 1/2 11A251/031 BBI 2/2
 

12A252/031 BD1 11A253/032 BB1 11A254/032 BBt 1/2
 

11A25'4/032 BB4 2/2 12A255/032 BBI 1/2
 

12A255/032 BB4 2/2 12B000/032 BB4 1/2
 

232 
VLi-l 12OOO/O32--11BO14/02
 

12B000/032 MEJ 2/2 11B001/032 IR2 11B002/032 RED 

11B003/032 BLU 115004/032 IR3 11B005/032 IR1 11B006/032 8URV 

11B007/032 IR2 11BO08/032 RED 118009/032 BLU 11B010/032 GEE 

11B011/032 IR2 11BO12/032 RED 11B013/032 D L 11B14/032 CAL 

233 
Vt-i 118015/033-12B021/034 

11B015/033 BLU/T 11B015/033 GRN/T 11B015/033 RED/T 12B016/033 BB3 112
 

12B016/033 BB3 2/2 12B017/033 BBI 1/2
 

123017/033 BB1 2/2 11B018/034 BLU/T 11B018/034 GRil/T 11B018/034 RED/T
 

11BO19/034 BB2 11B020/034 B2 12B021/034 BLU/T 12B021/034 GRN/T 12B021/034 RED/T 

234 
VL-i 12B022/034-12B029/034 

12BO22/O34 IE3/T 12BO22/034 IR2/T 12B022/034 IRI/T 12B023/034 SURV 

12B024/034 BLU/T 12B024/034 GRN/T 12B024/034 RED/T 12B025/034 IR3/T 12B025/034 IR2/T 12B025/034 IR/IT 

12B026/034 SURV 12B027/034 BLUIT 12B027/034 GRN/T 12B027/034 tED/T 

12Bo28/034 1R3/T 12B028/034 IR2/T 12B028/034 IR1/T 
 la029/034 SRV
 

235 
VL-| 128030/034-11 B037/034 

12BO30/034l BB2 12B031/034 SURV 12B032/034 BLU/T 12B032/034 GRN/T 12B032/034 RED/T 

12B033/034 IR3/T 12B033/034 IR2/T 12B033/034 IRI/T 12B034/034 SURV 12B035/034 CAL 

11H036/034 BB4 112 11B036/034 B84 2/2 

11B037/034 BB4 1/2 11B037/034 3B4 2/2 

236 
VL- 12B038/035.-115045/035 

12B038/035 SURY 11B039/035 ELU/T 11B039/035 GRN/T 11BO39/035 RED/T 

11B040/035 IR3/T 11B040/035 IR2/T 11B040/035 IR1T 11B041/035 SURV 11B0#2/035 BLU/T 

11042/035 GRN/T 11B042/035 RED/T 11043/035 1R3/T 11B043/035 IR2/T 

11B043/035 11B044/035 B1/T SURV 
 11D045/035 BLU/T
 

237 
VL-]
 118045/O35-128049/035 


1045/035 GRN/T 11B045/035 RED/T 

118046/035 183/T 11EW46/035 IR2/T 

11B046/035 IR1/T 11B047/035 SURV 11B048/035 CAL 

12B049/035 SURV 1/2 12B049/035 S1RV 2/2
 

238 
VL-I 11B050/O35-12BO54/036 

11B050/035 BB1 1/2 11B050/035 BB1 2/2 

11B051/036 BB 11B052/036 BB3 1/3 

11B052/036 BB3 2/3 11B052/036 BB3 3/3 

11B053/036 BB1 12B054/036 BB3 1/2
 

239 
VL-I 12B0641036- 1B059/036 

12B0541036 BB3 2/2 12B055/036 BB2
 

12B056/036 BB3 12B057/036 BBI
 

11B058/036 BB2 1/2 11B058/036 BB2 2/2
 

11B059/036 BBl 1/2 11B059/036 BB1 2/2 

240 
VL- 12BO60037-128065038 

12B060/037 BB1 11B061/037 BLU 1/2 

11B061/037 BLU 2/2 12B062/037 BLU 1/2 

12B062/037 BLU 2/2 12BO63/038 B4 1/2 

12B063/038 B4 2/2 11B064/038 BB4 12B065/038 BBI 

241 
VL­ 12B066/038-12B069/039 

12B066/038 SURV 1/2 12B066/038 SURV /2 

1IB06/036 BBl 1/2 11B067/038 BB 2/2 

11B068/O39 BB4 12B069/039 BLi/T 1/2 

12B069/039 BLU/T 2/2 12B069/039 GRN/T 1/2
 

242 
VIl 12069/039-120070/039 

12B069/039 GRN/T 2/2 128069/039 RED/T 1/2
 

12Bo69/039 RED/T 2/2 12B070/039 IR3/T 1/2
 

12B070/039 IR3/T 2/2 12B070/039 IR2/T 1/2
 

12B070/039 IR2/1T 2/2 12B070/039 IRI/T 1/2
 

2'43 
VL­ 12BO701039-12B075/040 

12B0O70/039 IH1/T 2/2 12B071/039 SURV 1/2
 

12B071/039 SURV 2/2 12B072/039 BLU 1/2
 

12B072/039 BLU 2/2 11B073/039 BB3 112
 

11B073/039 BB3 2/2 12B074/040 BLU 12B075/040 BLU
 

244 
VL- 11BO76/040-12B083/040 

11B07'6/0O 

m1% 

BB. 12BO77/0,0 BB? 11B078/040 BB1 

12B079/040 SURV 12B080/040 1R3/T 12B0801040 112/T 12BO80/040 IRI/T 

12BO81/040 BLU/T 12B81/040 GU/T 12B0i/o4o RED/T 12BO82/Ol0 BLUlT 12BO82/040 GRN/T 

12B082/O'0 RED/T 12B083/040 IR3/T 12B083/040 IR2/T 12B083/040 TR1/T
 

245 
VL-1 12 4/040-11B090/040 

12BO84/040 SURY 12O85/O40 BLU/T 12B085/040 GEIT 12BO85/040 RED/T 

12B086/oo IR3/T 12Bo86/o40 IR2/T 12B086/040 IRl/T 12BO87/040 SURV 

11BO88/040 BLU/T 11BO88/0O GRN/T 11B088/040 RED/T 11B089/040 IR3/T 

11B090/040 SURV
 11BO89/040 IR2/T 11B089/040 IR1/T 


246 
VL-1 118091/040-12B096040 

11B091/040 BLU/T 11B091/040 G/T 11B091/040 RED/T 11B092/040 IRT 11B092/040 IR2/T 11B092/040 IRl/T 

11B093/0OO BB2 11B094/040 SURV 112 

11B094/040 SURV 2/2 11B095/040 BLU 1/2 

11B095/040 BLU 2/2 12BO96/040 BB3 1/3
 

247 
VL-I
 

098/040 12B096/040-11 

T,< 

12B096/040 BB3 2/3 12B096/040 BB3 3/3
 

11B097/040 BB3 1/4 11B097/0410 BB3 2/4
 

is
 

11B097/040 BB3 3/4 11B097/040 BB3 4/4
 

> < 

11B098/040 BU 112 11B098/040 BB4 2/2
 

248 
VLl 11099/O40-12BI05/041 

11B099/040 BB3 12B100/041 BB2 

12B101/041 RED 1/2 12B101/041 RED 2/2 

11B102/041 RED 1/2 118102/041 RED 2/2 

12B103/0o41 B3 12B104/041 BB3 12B105/041BLU/T 12B105/041 tGN/T 12B105/041 REDIT 

249 
vt-i 

12B106/041-128111/041 


12B106/041 BB3 12B107/041 BLU/T 12B107/O41 GRN/T 12B107/041 RED/T
 

12B108O04l BB 12B109/041 SIN 12Bl10/041 BB2 1/2 

12B110/041 B82 2/2 12B111/04183 1/3
 

12B111/041 BB3 2/3 12B111/041 BB3 3/3
 

250 
VL- 12B112/041-1281 17/042 

12B112/O41 EB3 1/2 12B112/041 BB3 2/2 12B113/041 SUN 

12BI14/041 BLUIT 12B114/04I1 GRN/T 12B114/o 1

1 RED/T 121115/041 BLU/T 12B115/041 CRN/T 12B115/041 REI/T 

12B116/041 BLU/TI 12B1I6/041 GRN/T :12B116/0l RED/T 11B117/042 BB3 

12B118/042 GRN 1/2 12B118/042 GRN 2/2
 

251 
Vt-i 11B119/042-12B121/043 

11B119/042 GRN 1/2 11B119/042 GRN 2/2
 

<A> 

11BI20/012 BB3 1/4 11B120/042 BB3 2/4
 

11B120/042 BB3 3/4 11B120/042 BB3 4/4 

12B121/043 RED 112 12B121/043 RED 2/2
 

252 
VL-1 11B122/043-12B127/047 

11B122/043 RED 1/2 11B122/043 RED 2/2
 

11B123/0113 BB3 
 11B124/045 BB3
 

12B125/045 BLU/T 12B125/045 ORH/T 
 12B125/045 RED/T
 

11B126/046 BB3 12B127/047 IR3/T 12B127/047 IR2/T
 

253 
VL-1 128127/047-118137/052 

12B127/047 TR1/T 12B128/049 BB3 

11B129/050 BB3 11B130/051 BB3 

11B131/051 BS1 11B132/051 BB1 11B133/051 CAL 12B134/051 BB1 

12B135/051 BB1 12B136/051 CAL 11B137/052 EB3 

254 
YL-1 12B138/053-1 1B143/058 

12B138/053 BE2 1IB139/054 BB3 

118140/055 BB2 128141/057 BLU/T 128141/057 GRN/T 

128141/057 BED/T 11B142/057 BB3 

11Bl43/058 BLU/T 11B143/058 GRN/T 118143/058 RED/T
 

255 
0 65 VL-1 11B144/059-1IB149/ 

IIB144/059 BB2 11B145/060 IR3/Y 11B1J45/060 IR2/T 

11B145/060 IRI/T 12B146/061 SUN 

1 B1471062 BLU/T 12B147/062 GM/T 12B147/062 RED/T 

11B148/063 BB3 11B149/065 BB3
 

256 
Vt-i 12B150/065-118155/071 

12B150/065 BLU/IT 12B150/065 GR/T 12B150/065 RED/T 

11151/066 BB3 12B152/067 IR3/T 12B152/067 IR2/T 

12B152/067 IR1/T 12B153/069 BB3 

11B154/070 BE3 11B155/071 BB3
 

257 
VL11B156/071-12B166/076 

11B156/071 BB1 115157/071 BB1 11B158/071 CAL 12B159/071 BB1
 

12B160/071 BB1 123161/071 CAL 11B162/072 BB3
 

12B163/073 BB2 11B164/074 BB3
 

11B165/075 BB2 12B166/076 BLU/T 12B166/076 GRN/T
 

258 
VI-I 12B166/076-12B171/081 

12B166/076 REDIT 
 11161T/077 BB3
 

11,1161178 BLU/T 11B168/078 GRN/T 
 llB168/078 RENT
 

1B170/080 I /T 
 12B171/081 SUN
 

259
 
VL-1
 

12B172/082-12B177/087 

12B172/082 BLU/T 12B172/082 GRN/T 12B172/082 RED/T
 

11B173/083 BB3 11B1l4/085 BB3
 

12B175/085 BLU/T 12B175/085 GRN/T 12B175/085 RED/T 

11B176/O86 BB3 12B177/087 1R3/T 12B177/087 IR2!T 

260 
VL-1 12B1771087-128 188/093 

12B177/087 IR1/Ti 12B1781O89 BB3 11B179/090 BB3 

11B1BQ/091 BB2 11B181/091 BB1 11B182/091 BB1 

11B183/091 CAL 12B18U/091 881 128185/091 BB1 12B186/091 CAL 

11B1871092 883 12B188/093 BB2
 

261 
VL-1
 119189/094-128197/101 

12B191/096 

11B189/094 M83 

BLU/T 12B191/096 GRN/T 12B191/096 RED!T 

11B190/095 BB2 

vj 

11BI92/097 BB3 

r. 

11B193/098 BL/T 11B193/098 0RN/T 11B193/098 RED/T 11B194/100 BB3 

11B195/100 IR3/T 11B195/100 IR2/T 11B195/100 IR1/T 12B196/101 SUN 12B197/101 SUN 

262 
VL-i 12B198/102 

12BI198/102 BLU/T 12B198/102 GRN/T 12B198/102 RED/T 

263 
VIKING LANDER 2 EXPERIMENT DATA RECORD
 
VIKING LANDER 2 EXPERIMENT DATA RECORD
 

This section contains the parameter lists, the skyline drawings, and the
 

images for Viking Lander 2.
 

267 
VL-2 PARAMETER LISTS
 
VL-2 PARAMETER LISTS
 

The organization of the VL-2 parameter lists which appear in this sectioi
 

are described in the section "Selection of Camera Event Parameter Lists." In
 

ill lists the parameter entries for each camera event are preceded by the
 

3amera event label. The format of this label is shown in figure 10.
 

FRAME COUNT
 

CYCLE FRAME
 

CAMERA COUNT
 

12121A01011111010101
 

VL-2 SOL-000 = SEPT. 3, 1976
 

Figure 10.- Format of VL-2 camera event label.
 

271 
VL-2 CAMERA EVENT REPORT
 
VIKING PROJECT LIBRARY VL-2 CAMERA EVENT REPORT 

CE LABEL LLT DIODE 

AZIMUTH 

START/STOP 

CENTER 

ELEV STEP 

CHAN 

MODE OFFSET GAIN 

DATA 

PATH 

SCAN PSA SOLAR 

RATE TEMP(C) AZ/EL 

ANTISOLAR 

AZ/EL GMT 

DURA- RSCN 

TION /DUST 

DATA TOTAL RESCAN LINES 

RECORD LINES BEGIN/TOTAL MISSED GAPS 

AVE ON 

VALUE 

STAND 

0EV 

EDR M OF EDR 

TAPE/FILE SEGMENTS 

22AO01/O00 09:48:58 SINGLE 92 5/160 0 -50 .04 8/2 1 4 RT/UH 16K 14 118 6/50.7 353/-50 247/22:37:43 05:07.0 

B1 * ISDR 1685 0 0 4 2 80 11 27.58 FNOOO1/01 3 

FIRST PICTURE FROM LANDER TWO. ROCKS APPEAR VESICULAR. DUST AND GRANULES IN FOOT PAD VERTICAL LINES AT 

BEGINING OF IMAGE MUCH LIKE THOSE IN THE FIRST LANDER ONE IMAGE. REINFORCES INTERPRETATION THAT THESE 

LINES RECORD SETTLING DUST. 

22A002/000 09:55:33 

22A003/000 14:59"59 

SINGLE 10.0/325.0 -10 .12 14/3 1 4 RT/UH 16K 16 120 4/51.6 354/-51 247/22:44:19 08:52.0 

SURV * SDR 2812 2626 186 0 0 114,34 50.69 FNOO01/02 4 

FIRST VL2 SURVEY PANORAMA REVEALS ROCKY SURFACE STREWN WITH VESICULAR APPEARING ROCKS. FLAT SKYLINE. 

STREAKS (HORIZ) IN SKY ALSO SEEN IN VL1 SEEM TO INDICATE REFLECTIONS ON CAMERA NOT CLOUDS. NOT RESCAN 

COLOR 80.0/155 0 -20 .12 1/1 1 4 REC/UH 16K 20 243.7/49.4 1.8/-49 248/03:48.44 06:43.2 0 

BLU - ISDR 629 627 2 0 0 102.69 22.24 FNOO1/O3 1 

GRN * I502 628 627 2 0 0 113 63 22.74 FN001/04 1 

RED * ISDR 628 627 2 0 0 134.93 26.99 FNOO01/05 1 

COLOR OUT TO RIGHT FRONT OF ROCKY SURFACE 

w 

V 

t-d 

22AO04/OOO 15:06:42 SINGLE 170.0/170 0 

CAL SDR 61 

CALIBRATION 

0 

0 0 

15/7 

0 

1 

0 

2 REC/UH 

.00 

16K 

.0 

22 / 

FNOOO1/06 

/ 

1 

248/03'55'27 0:18.0 (D 

ct 

22A005/O0 17:29:59 SINGLE 80 0/127 5 -30 .04 0/2 1 4 REC/UH 16K 18 274 8/25.6 149/-25 248/06:18:44 04.16.5 

92 * ISDR 1198 1189 9 0 0 81,28 29 91 FNOOOI/O7 2 

1I RES OF ICL SAMPLE SITE. PITTED OR VESICULAR ROCKS. SOME EVIDENCE OF DISTURBANCE. SMALL PITS IN FINE 

SURFACE MATTER THAT MAY HAVE FORMED ON LANDING SOME PATCHES OF PLATY LOOKING SURFACE MATERIAL. 

(D 

10 

ct 

22A006/DO1 07:53 59 COLOR 305.0/310.0 

BLU SDR 44 GRN SDR 44 

RED SDR 44 

CAMERA 2 RTC (RTC2) 

-10 .12 1/1 

44 1 0 44 1 0 

44 1 0 

IN SUNLIGHT. COLOR. 

1 

0 

0 

0 

4 REC/UH 

101.68 

104 54 

112.986 

16K 

45 31 

44 83 

47.83 

-6 93 2/32 7 327/-32 248/21:22:20 00:29.9 

FN0001/08 1 

FNOOO1/09 I 

FNOO0i/1O I 

22A007/001 09.28'56 SINGLE 10.0/127.5 -30 .04 B82 * ISDR 1664 1189 475 

MORNING REAL TIME HIGH RES OF ICL 

0/2 1 4 RT/UH 0 0 75 95 

SAMPLE SITE. FIRST 20 

16K 0 113 4/47.7 347/-47 248/22:57:16 05:55.0 30 50 FNOOOi/l 3 

DEG SOMEWHAT NOISY. 475 LINES OF RESCAN. 

22AOO8/001 10.53.49 SINGLE 117.5/155.0 -50 .04 8/2 1 4 REC/UH 

B81 ISDR 949 939 10 0 0 85.01 

POOTPAD 3, PLATY AND VESICULAR ROCKS. BACKHOE MIRROR IN 

16K 4 

30.93 

UPPER RIGHT 

140.0/58.9 

FN0001/12 

7/-52 249/00:22:10 03:23.2 

2 

22A009/001 11:14.59 SINGLE 295.0/305 0 

8B1 SDR 262 

GRID AND LANDER TOP 

-30 

251 

.04 

11 

8/2 

0 

1 

0 

S REC/UH 

71.18 

16K 

28.54 

4 148 6/60 9 

FN0001/13 

14/-55 249/00:43:20 00:56,6 

1 

ul22A010/001 13:42.11 SINGLE 125.0/125.0 -50 .04 8/2 

1BB ISDR 66 1 67 2 

RESCAN FOR VARIABLE FEATURES EXPERIMENT 

1 

1 

4 RT/SB 

126.81 

250 

35.38 

10 218 4/59 3 

FNOO1/14 

92/-59 249/03:10:31 

I 

11:48.0 
VIKING PROJECT LIBRARY VL-2 CAMERA EVENT REPORT
 

AZIMUTH CENTER CHAN DATA SCAN PSA SOLAR ANTISOLAR DURA- RSCN
 

CE LABEL LLT DIODE START/STOP ELEV STEP MODE OFFSET GAIN PATH RATE TEMP(C) AZ/EL AZ/EL GMT TION /DUST
 

DATA 7OTAL RESCAN LINES AVE DN STAND EDR # OF EDR
 

RECORD LINES BEGIN/TOTAL MISSED GAPS VALUE DEV TAPE/FILE SEGMENTS
 

22A011/OO1 17-.9.s9 	 SINGLE 60.0/145.0 -10 .04 13/2 1 4 REC/UH 16K 10 274.7/25.5 149/-33 249/06:58:19 07:36.5 D
 BB3 ISDR 2132 2126 6 0 0 94.56 31.50 FNOOOI/15 3
 HI RES TO FRONT OF LANDER, SMALL DRIFTS IN SHALLOW TRENCH.
 

22A012/001 17:37-35 	 SINGLE 170.0/170 0 0 7/7 1 2 REC/UH 16K 12 / / 248/07.05:55 0:18.0 

CAL SDR 60 0 0 0 0 .00 .00 FN0001/16 1 

CALIBRATION 

22A013/002 09.26-57 	COLOR 60.0/155 0 -20 .12 1/1 1 4 RT/UH 16K -4 113 1/47.4 346/-39 249/23:34:53 05:55.0 

BLU * ISDR 554 0 0 72 1 82.35 57.88 FN0001/17 1 

GRN IDR 554 0 0 72 1 88.8O 57.10 FNOOOI/1B 1 

RED • ISR 553 0 0 73 1 105.63 55.00 FNOOO1/19 I REAL TIME COLOR 80 TO 146 5 DEG OF SAMPLE AREA. FIRST 20 DEG SOMEWHAT NOISY 

22A014/002 11'00.00 	SINGLE 310 0/335.0 -20 .12 14/3 1 5 REC/UH 16K 0 142 5/59 4 9/-ES 250/01:07:56 00:47.7
 

SURV SOP 220 209 11 0 0 75.67 39.63 FNOOO1/20 1
 

LANDER TOP TOWARD RTGI SHOWING BIOLOGY PDA DEPLOYED
 

22A015/002 13.42-11 	 SINGLE 125 0/125.0 -50 .04 8/2 1 4 RT/SB 250 8 218 4/59 2 80/-62 250/03:50:07 11:41.0 BI ISDR 45 1 50 6 I 126.19 20.41 FNOOOi/21 I 

RESCAN FOR VARIABLE FEATURES 

22AOi6/0O0 14.5000 	COLOR i .O/ 80.0 0 .12 1/1 1 4 REC/UH 16K 10 240 9/50.7 108/-57 250/04:57:55 05:49.9 0
 

BLU - ISDR 545 544 2 0 0 97.96 40.50 FNO001/22 I GRN * ISOR 545 544 2 0 0 104.35 40.45 FNO001/23 I RED ISOR 544 544 2 1 1 111.74 36.30 FNOOOI/24 I COLOR TO LEFT FRONT OF LANDER
 

22AO17/002 14:55.49 	SINGLE 170.0/170.0 0 15/7 1 2 REC/UH 16K 10 / / 250/05:03:44 0:18.0
 

CAL DR 60 0 0 0 0 .00 .00 FN001/25 I
 CALIBRATION
 

22A01B/002 15-00,00 	 COLOR 155,0/210,0 0 .12 1/1 1 4 REC/UH 16K 10 243.6/49.3 112/-55 250/05:07:56 04:56.5
 

BLU ISR 460 460 1 0 0 90 60 36.79 FNO001/26 1 

ORN 4 ISDR 460 460 1 0 0 94.06 37 95 FNOOOI/27 1 

RED 4 ISOR 459 460 1 1 1 97.32 39.14 FNOO01/28 1 

COLOR TO RIGHT OF LANUER
 

22A019/003 08:00-00., 	 COLOR 305.0/310.0 -10 .12 1/1 1 4 REC/UH 16K -10 94.5/33.6 329/-25 250/22:47:31 00:29.9
 

BLU SDR 44 44 1 0 0 99.34 46.74 FNO002/01 1
 

GRN SDR 44 44 1 0 0 102.59 4S.75 FNO002/02 1
 RED SDR 44 44 t 0 0 111.76 48 97 FN0002/03 1
 

RTC2 IN SUNLIGHT. COLOR
 

22A020/003 09:24-59 	SINGLE 80.0/160 0 -So .04 8/2 1 4 RT/UH 1K -4 112.7/47.0 346/-39 251/00:12:30 05:5S.0
 BBI * ISR 1662 0 0 339 2 76.54 29.51 PNOO02/04 S
 REAL TIME OF ROCKS NEAR FOOTPAD 3. IMAGE 80 TO 146.5 DEG. CACOS.
 
---------------------------------- ------------------- ------------------------------------------ ------------------------------------

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

VIKING PROJECT LIBRARY
 

VL-2 CAMERA EVENT REPORT
 

DATA SCAN PSA SOLAR ANTISOLAR DURA" RSCN
 AZIMUTH CENTER CHAN 


CE LABEL LLT DIODE START/STOP ELEV LTEP MODE OFFSET GAIN PATH RATE 
TEMP(C) AZ/EL AZ/EL GMT TION /DUST
 

............................-------------------------------------------------


DATA TOTAL RESCAN LINES AVE DN STAND 
 EDR # OF EDR
 

RECORD LINES BEGIN/TOTAL MISSED GAPS 
 VALUE DEV TAPE/FILE SEGMENTS
 

....................------------
 ............................................---------------­

1 4 RT/SB 250 8 196.3/62.8 55/-62 251/03:39:42 21:48.0
 22AO21/003 12:52 11 	 SINGLE 132.5/142.5 -30 .12 14/3 


SURV * SDR 87 84 11 a 1 117.46 30.06 FN0002/05 1 

SMALL AREA OF SURVEY WITH SOME RESCAN FOR VARIABLE FEATURES.
 

COLOR 35.0/ 40.0 	 -10 .12 1/1 1 4 REC/UH 169 12 255.9/41.2 303/-40 2Sl/0639:31 00:29.9
 21A022/003 15.52-00 


BLU ISDR 45 44 2 
 0 0 86.03 	 47 90 FNOO02/06 I
 

87.01 49.70 FNOOO2/07 I
 GRN ISDR 45 44 2 0 0 


RED IS0R 44 44 2 
 1 1 74.32 41.67 FN0002/08 1
 

CAMERA 1 RTC IN SHADOW (RTC). COLOR
 

.04 8/2 1 4 REC/UK 16K 12 256.4/40 9 304/-48 251/06:41:30 00:29.9 D
 21A023/003 15:53:59 	 SINGLE 35.0/ 40 0 -20 


5B1 SDR 137 126 11 0 0 
 40 86 10.29 FN0002/09 I
 

HIGH RES OF CAM 1 RTC (RTC3)
 

1 4 REC/UH 16K 12 277 9/22.2 329/-30 251/08:36:31 02:29.9
 21A024/003 17:49-00 	 SINGLE 270.0/297.5 -20 .04 13/2 


699 689 10 0 0 98 96 32.43 FN0002/1O 1
 BB3 * ISOR 

HI RES TO 
FRONT OF LANDER SHOWING SHALLOW CHANNEL AND VESICULAR ROCKS. LINE OF DRIFTS.
 

REC/UH 16K 12 278.7/21.4 330/-29 251/0:41:31 04:07.6
 21A025/003 17.54'00 	 SINGLE 165 0/302 5 -10 .12 14/3 1 4 


SURV * ISDR 1153 
 1147 6 0 0 73.28 40.53 FN0002/11 2
 

CAMERA 1 SURVEY TO FRONT OF LANDER TOWARD SETTING SUN
 

/ / 251/08:45:3B 0:18.0 21A026/003 17.58-07 	 SINGLE 170.0/170.0 0 7/7 1 2 REC/UH 16K 12 


0 .00 00 FNO002/12 I
 CAL SDR 60 0 0 0 


CALIBRATION
 

1 4 REC/UH 16K 	 -10 96.3/35.0 331/-25 251/23:36.06 00:29,9
 22A027/004 08:09:00 	SINGLE 305 0/310.0 -20 .04 82 


BB1 SDR 135 126 9 0 
 0 100.50 66.16 FN0002/13 I 

RTC2 IN SUNLIGHT. HI 	RES
 

1 4 RT/UH 16K 0 112 4/46.7 161/-38 252/00:50:09 05:55.0
 21A028/004 09-23:03 	COLOR 197 5/335 0 -10 .12 1/1 


0 0 593 1 101.08 42 21 FNOOO2/14 2
 BLU * ISOR 554 

GRN * ISDR 554 0 0 593 1 208.50 42.13 FNOOO2/15 2
 

0 0 594 1 108.50 35,63 FNOO02/16 2
 RED * ISDR 553 

COLOR 197 TO 264 DEG, (CACCS) LEFT FRONT OF LANDER
 

7.5/ 35 0 -20 .12 14/3 1 4 REC/UH 16K 12 252.3/43.6 299/-50 252107:03:06 00:52.1
 21A029/004 15:36-00 	 SINGLE 
 230 11 0 0 92,10 45.81 FNOOO2/17 I
 SURV SDR 241 


GCMS PDA DEPLOYED
 

12 / / 252/07;03.58 0:18,0

21A030/004 15.35:52 	 SINGLE 170.0/170.0 0 15/7 1 2 REC/UH 16K 

0 0 .00 .00 FNOO02/1S
 I CAL SDR 61 0 0 


CALIBRATION
 

269.2/30.1 319/-3 252/08:27:06 06:29.9
 21A031/004 17:00,00 	SINGLE 182.5/255.0 -50 .04 8/2 1 4 REC/UH 16K 12 


BB1 * SDR 1920 1814 6 0 0 
 67.84 40.27 FN0002/19 3
 

SMALLER PLATY PIECES 	(FRACTURED CRUST?)
 FRONT OF LANDER WITH VESICULAR ROCKS AND
 AREA NEAR LEFT 


-4
 

-34
 
VIKING PROJECT LIBRARY
 

VL-2 CAMERA EVENT REPORT
 

CE LABEL LLT DIODE 

AZJMUTH 

START/STOP 

CENTER 

ELEV STEP 

CHAN 

MODE OFFSET GAIN 

DATA 

PATH 

SCAN 

RATE 

PSA SOLAR 

TEMP(C) AZ/EL 

ANTISOLAR 

AZ/EL GMT 

DURA- HSCN' 

TION /DUST 

DATA TOTAL RESCAN LINES 

RECORD LINES BEGIN/TCTAL MISSED GAPS 

AVE ON 

VALUE 

STAND 

DEV 

EDR # OF EDR 

TAPE/FILE SEGMENTS 

21A032/004 17:30 00 SINGLE 275.0/305 0 -30 .04 0/2 1 4 

5B2 - ISDR 760 751 9 0 0 

HI RES TO RIGHT FRONT NEAR FIELD FOR STEREO PAIR 

REC/UH 

99.02 

16K 

33 73 

14 274 5/25.2 325/-33 252/08.57:06 02:43.2 

FNOO02/20 1 

21A033/004 20:13 59 COLOR 170 0/170.0 10 .12 1/1 

BLU * ISDR 72 2 77 0 GRN ISDR 77 2 77 1 

RED ISR 77 2 77 1 

COLOR AT TWILIGHT FOR VARIABLE FEATURES 

1 

0 

1 

1 

4 REC/UH 

87.24 

80.57 

69.50 

250 

53.47 

51.50 

48 63 

6 302.7/ 0.1 354/ -7 

FN0002/21 1 FN00O2/22 1 

FN0002/23 I 

252/11:41:05 40:03.2 R 

21A034/005 09:21.09 SINGLE 270 0/297.5 B3 - ISDR 1664 

REAL TIME, SOMEWHAT 

-20 

689 

NOISY 

.04 13/2 1 975 0 0 

OF ROCKS TO FRONT, 

4 RT/UH 

77.10 

RESCAN 

16K 

31.88 

0 112 0/46.3 161/-38 253/01,27.50 05:55.0 FNOOO2/24 3 

22A035/005 12;52.11 SINGLE 132.5/142 5 -30 .12 14/3 SURV * ISDR 95 84 11 0 

VARIABLE FEATURES SEGMENT WITH SOME RESCAN 

I 

0 

4 RT/SB 

118.28 

250 

31.75 

6 196.3/62.6 

FN0002/25 

55/-62 253/04.58;52 21:48.0 

1 

22A036/005 14:59.59 IR 65.0/180.0 -20 .12 

IR3 ISDR 960 960 1 

IR2 ISOR 96C 960 1 IR1 * I5OR 959 960 1 

IR TRIPLET OF AREA TO RIGHT FRONT, 

9/1 

0 

0 

1 

1 

0 

0 

1 

4 REC/UH 

101.77 

96.53 

101.18 

16K 

31.37 

29 48 

31.05 

8 243 4/48.9 112/-55 253/07,06:40 10:16.5 0 

FNOOO2/26 2 

FN0002/27 2 

FNOOO2/28 2 

22A037/005 15:10"15 SINGLE 170.0/170.0 

CAL SOR 60 

CALIBRATION 

0 

0 0 

7/7 

0 

1 

0 

2 REC/UH 

.00 

16K 

.00 

12 / 

FN0002/29 

/ 

1 

253/07:16.56 0:18.0 

22A038/006 08,00.00 IR 305.0/310 0 

IR3 SDR 44 

IR2 SDR 44 IRI SDR 44 

IR CALIBRATION 

-10 

44 

44 

44 

.12 

1 

1 

1 

9/1 

0 

0 

0 

I 

0 

0 

0 

4 REC/UH 

90.36 

88.20 

90.25 

16K 

48 41 

48,37 

45 94 

-10 94.9/33.4 330/-25 254/00:46.17 00:29.9 

FNO003/01 1 

FNOOO3/02 1 

FNO003/03 1 

21A039/006 09:19.16 SINGLE 200.0/280.0 -50 04 

81 * ISDR 1663 0 0 

REDUNDANT HI-RES NEAR LANDER 

8/2 

338 

1 

1 

4 RT/UH 

92.06 

16 

41.55 

0 111.7/46.0 161/-38 254/02.05.33 05:55.0 

FNOO03/04 3 

21A040/006 11:00'00 SINGLE 35.0/ 60.0 

281 ISDR 649 

RTC'S AND MAGNET 

-20 

626 

.04 

23 

8/2 

0 

1 

0 

4 REC/UH 

74.99 

16K 

53.33 6 143,1/59.1 186/-S2 254/03.46817 02.16.6 

FNOOO3/05 1 

22A041/006 11:15-00 SINGLE 295.0/305.0 

BI SOR 262 

GRID-CAMERA #2 

-30 

251 

.04 

11 

8/2 

0 

1 

0 

5 REC/UH 

72.12 

16K 

29.83 

0 149.3/60.5 

FNOOO/06 

15/-54 254/04:01:17 00.56.6 

I 
------------------------------- -------------------------------------------------------------------------------- 

VIKING PROJECT LIBRARY'
 VL-2 CAMERA EVENT REPORT
 

.......................
 

AZIMUTH CENTER CHAN DATA SCAN PSA SOLAR ANTISOLAR DURA- RSCN
 CE LABEL LLT DIODE START/STOP ELEV STEP MODE OFFSET GAIN PATH RATE TEMP(C) AZ/EL AZ/EL GMT TION /DUST
 

DATA TOTAL RESCAN LINES AVE ON STAND EDR # OF EDR 

RECORD LINES BEGIN/TOTAL MISSED GAPS VALUE DEV TAPE/FILE SEGMENTS . . . . . . . . . . . . . . . . . . . . . .- . . - - - . . . -.. - . - . . . - - . . . - -. . - . -. . . - - - - ­ . . . . . - . . - - . . . . . . . . . . . . . . .. . . 

21A042/006 11.20 00 	 SINGLE 40,0/ 50. -30 .04 8/2 1 5 REC/UH 16K 6 161 5/60 9 192/-55 254/04:06:17 00:56.6
 

BI SDR 262 231 11 0 0 57.68 34 03 FNOO03/07 I
 GRID-CAMERA #1
 

22A043/006 12.52,12 	 SINGLE 132.5/142.5 -30 .12 14/3 1 4 RT/SB 250 6 196 3/62 5 55/-62 254/05 38-28 21:48.0 SURV * ISDR 87 84 11 8 1 117.65 29.69 FNO003/08 I 

VARIABLE FEATURES
 

21AO44/006 17:30.00. 	SINGLE 232 5/275 0 -30 .04 0/2 1 4 REC/UH 16K 10 274.4/25.0 325/-33 254/10.16:17 03.49.9 

B2 * ISDR 1070 1064 6 0 0 68.99 29.14 FNOOO/0O 2 HI-RES AFTERNOON MOSAIC 

21A045/006 17-33 49 	SINGLE 170 0/170.0 0 7/7 1 2 REC/UH 16K 12 / / 254/10:20:06 0:18.0
 CAL SOR 80 0 0 0 0 .00 00 FNO003/10 I
 

CALIBRATION
 

22AO46/006 17:40 00 	 SINGLE 37.5/ 47 5 -20 .04 0/2 1 4 REC/UH 16K 8 276.2/23.4 151/-31 254/10:26.17 00:56.6
 B82 SDR 260 251 9 0 0 61.86 30.84 FN0003/11 1
 SAMPLE SITE IN HI-RES
 

21A047/006 17:57.00 	 SINGLE 132.5/167.5 10 .12 4/3 1 2 REC/UH 16K 12 279.1/20.6 330/-28 254/10:43:17 01:05.5
 

SUN SDR 302 293 9 0 0 34.90 1.72 FNOOO3/12 1
 

SUN DIODE-AFTERNOON EXTINCTION
 

21A048/007 03.44 59 	 COLOR 290 0/290.0 10 .12 1/1 1 4 REC/UH 250 -12 50 1/-5 4 100/ 10 254/21:10.51 40:03.2 R
 BLU * ISDR 57 2 57 1 1 103.45 63,37 FNOOOS/13 1 GRN ISDR 58 2 57 0 0 99.67 61.42 FNOOO3/14 1 RED IGOR 57 2 57 1 1 87.44 56.63 FNOOO3/15 1 

VARIABLE FEATURES-TWILIGHT
 

21A049/007 06:12 00 	 SINGLE 285 0/320.0 10 .12 4/3 1 1 REC/UH 16K -6 76.0/1S.9 127/ -8 254/23:37:52 01:05.5
 SUN ISDR 302 293 9 0 0 63.06 1.05 FN0003/16 I
 

MORNING EXTINCTION
 

21A050/007 09T17 23 	 SINGLE 200.0/290 0 0 .04 5/2 1 4 RT/UH 16K 0 111.4/45.6 160/-37 255/02:43.15 05:55.0
 B24 ISDR 1663 0 0 588 1 131.46 45 18 FN0003/17 3
 MORNING RTI HI-RES MOSAIC
 

22AO51/007 12:52 11 	 SINGLE 132.5/142 5 -30 .12 14/3 1 4 RT/SB 250 6 196.4/62.4 55/-62 255/06:18:03 21.48.0
 SURV ISDR 95 84 11 0 0 118.43 32.64 FNOOO3/18 I
 

VARIABLE FEATURES
 

21AO52/007 16:00.00 	SINGLE 182.5/232.5 -30 .04 0/2 1 4 REC/UH 16K 10 257.4/29.5 300/-47 25/09:25:52 04:29.9 82 * SDR 1262 1251 11 0 0 76.86 36.90 FN0003/19 2 AFTERNOON HI-RES REC, MOSAIC 
------------------------------- -------- -------------------------------------------- ---------------------------------------------------

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

N) VIKING PROJECT LIBRARY
 

0 0 VL-2 CAMERA EVENT REPORT
 

AZIMUTH CENTER CHAN DATA SCAN PSA SOLAR ANTISOLAR DURA- RSCN
 

CE LABEL LLT DIODE START/STOP ELEV STEP MODE OFFSET GAIN PATH RATE TEMP(C) AZ/EL AZ/EL 
 GMT TION /DUST
 

DATA TOTAL RESCAN LINES AVE ON STAND EDR # OF EDR 

RECORD LINES BEGIN/TOTAL MISSED GAPS VALUE DEV TAPE/FILE SEGMENTS 

21A053/007 16:04.29 SINGLE 170.0/170,0 

CAL SUR 62 

0 

0 0 

15/7 

0 

1 

0 

2 REC/UH 

.00 

16K 

.00 

12 / 

FNOOO/20 

/ 

1 

255/06.3021 0:18.0 

CALIBRATION 

21AO54/08 09:16 33 SINGLE 260.0/335.0 

884 - ISOR 1663 

0 

0 

.04 

0 

5/2 

213 

1 

1 

4 RT/UH 

158.15 

16K 

64,39 

-2 111.1/45.3 160/-37 256/03:21:00 05:55.0 

FNDO03/21 3 

MORNING RTI HI-RES MOSAIC 

22AD55/00B 12:52:11 SINGLE 135.0/135.0 -40 .04 8/2 1 4 RT/SB 250 6 196.4/62.3 55/-62 256/06:57:38 21:48.0 

BB1 ISDR 95 1 94 0 0 121.86 27.97 FNOO03/22 1 

VARIABLE FEATURES 

22A056/008 14:29 59 SINGLE 

82 

37 5/ 

SUR 

47 5 

252 

-20 

251 

.04 

1 

0/2 

0 

1 

0 

4 REC/UH 

109.94 

16K 

34.59 

10 234.7/52.8 101/-58 256/08:35:26 00:54.5 D 

FN0003/23 1 

SAMPLE SITE BEFORE ACQUISITION 

21A057/008 14:51.33 SINGLE 227 5/237.5 

BB2 t SDR 252 

-30 

251 

.04 

1 

0/2 

0 

1 

0 

4 REC/UH 

112.29 

16K 

32,78 

10 241.0/49 8 285/-56 256/08.57:00 00:54.5 

FN0003/24 1 

STEREO PAIR WITH 22A056 

22AOSS/OOB 14:53:33 SINGLE 

B82 * 

37.5/ 47.5 

ISOR 252 

-20 

251 

.04 

1 

0/2 

0 

1 

0 

4 REC/UH 

105.65 

16K 

36.20 

10 241.5/49.6 109/-55 256/08.59:00 00:54.5 

FNOO03/25 1 

SAMPLE SITE IMAGE 

21A059/OOB 14:56:33 SINGLE 162.5/190.0 -10 .04 13/2 1 4 REC/UH 16K 10 242.3/49.1 286/-55 256/09:02:00 02:27.9 

BB3 * SUR 690 689 1 0 0 79.55 31.88 FNOO03/26 1 

HI-RES OF HORIZON 

21AO60/OO8 16.6.30 SINGLE 7 5/ 35 0 -20 .12 14/3 1 4 REC/UH 16K 12 262.6/35.1 312/-43 256/10:31:57 00:50.1 

SURV SOP 232 230 2 0 0 88.62 36.50 FN0003/27 1 

COLLECTOR HEAD OVER B10 PDA 

21A061/008 17:45:59 SINGLE 275.0/282.5 -10 .04 8/2 1 3 REC/UH 16K 12 277.1/22.2 328/-30 256/11:51:26 00:41.2 

BB1 ISDR 186 0 0 3 1 182.47 45.67 FN0003/28 I 

IMAGE BACKHOE MAGNET 

21A062/009 07:49,59 SINGLE 227.5/237.5 -s0 .04 0/2 1 4 AEC/UH 16K -4 93.4/31.6 144/-23 257/02:35:02 00:54.5 

B82 - SUR 250 0 0 1 1 55.07 28 20 FN0003/29 I 

SAMPLE SITE AFTER ACQUISITION 

22A063/009 07:51-59 SINGLE 

BB2 * 

37.5/ 47.5 

SDR 255 

-20 

251 

.04 

2 

0/2 

0 

1 

0 

4 NEC/UH 

64.92 

16K 

28.81 

-8 93.7/32.0 329/-23 257/02:37:02 00:54.5 

FN0003/30 I 

STEREO PAIR WITH 21AO62 

22A064/009 08:01:59 COLOR 

ELU 

37 5/ 

SDR 

47 5 

83 

-10 

0 

.12 

0 

1/1 

1 

1 

1 

4 REC/UH 

87.34 

16K 

43.73 

-6 95.6/33 6 330/-25 2S7/02:47:02 00:54.5 

FNOOO/31 I 

GRN SDR 83 0 0 1 1 91.10 41.83 FNOO0O/32 1 

RED SDR 82 0 0 2 1 93.03 37.08 FN0003/33 1 

COLOR MOSAICOF SAMPLE SITE 
VIKING PROJECT LIBRARY
 

VL-2 CAMERA EVENT REPORT
 . . . . . . . . . . . . . . . . . . . . . . . . . . . .. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .. . . . . . . . . . . . . . . . . . .. . . . . . . . . . .. . . . . . . . . . . . . . . . . . . . . . . . . . . . . -.
 

AZIMUTH CENTER CHAN DATA SCAN PSA SOLAR ANTISOLAR DURA- RSCN
 

CE LABEL LLT DIODE START/STOP ELEV STEP MODE OFFSET GAIN PATH RATE TEMP(C) AZ/EL AZ/EL GMT TION /DUST
 ...................... ---------------------.. .... 	 --------...... - .... - .. . ...... .... ........ . ..........
 . ....... ..... .......
 

DATA TOTAL RESCAN LINES AVE ON STAND EDR # OF LOR
 

RECORD LINES BEGIN/TOTAL MISSED GAPS VALUE DEV TAPE/FILE SEGMENTS
 

21AO65/009 08:03 59 	 SINGLE 157.5/162 5 -10 .04 13/2 1 4 REC/UH 16K -4 96.0/33.9 147/-25 257/02:49:02 00:27.9 

BB3 * SDR 12$ 0 0 1 1 126.20 20.93 FNOOO3/34 I 

HI-RES REC. MOSAIC 

21AO66/009 02:04 26 	 SINGLE 170 0/170 0 0 7/7 1 2 REC/UH 16K -4 / / 257/02:49:9 0!18.0 

CAL SOR 60 0 0 0 0 .00 .00 FNO003/35 I 

CALIBRATION 

22A067/009 09:13 44 	 SINGLE 10.0/ 90.0 0 .04 5/2 1 4 RT/UH 16K -2 110.8/45 0 344/-36 257/03:58:46 05:55.0
 

84 IDR S 1663 0 0 338 1 124.68 41.69 FNOOO3/36 
 3


HI-RES ATI MOSAIC
 

21A068/009 12:00 10 	 SINGLE 245.0/245.0 -40 .04 8/2 1 4 RT/SB 250 6 170 7/62.7 208/-S9 2S7/06:45:12 11:48.0
 

8B1 SOP 46 1 so 5 1 130.17 14.94 FN0O03/37 1
 

VARIABLE FEATURES
 

21A069/009 16:49-58 SINGLE 190.0/217 5 -10 .04 13/2 1 4 REC/UH 16K 10 267 0/31.2 317/-39 257/11:35:01 02:27.9
 

BB3 - SDR 690 689 1 0 0 66.76 33.09 FN0003/38 t
 

AFTERNOON HI-RES REC. MOSAIC
 

22A070/010 07:49-59 	SINGLE 37.5/ 47 E -20 .04 0/2 1 4 REC/UH 16K -2 93.5/31.6 328/-23 258/03:14:37 00:54.5 

B82 * ISDR 255 251 4 0 0 65.29 29.90 FNO004/01 t 

SAMPLE SITE AFTER DIG 

21A071/010 09:11.58 SINGLE 135.0/225 0 0 .04 5/2 1 4 RT/UH 16K -13 110.5/44.6 160/-36 298/04:36:36 05:55.0 

B84 * ISDR 1662 0 0 989 2 139.56 34.52 FNOOO4/02 3 

MORNING HI-RES RTI MOSAIC 

21A072/010 09:46 06 	 COLOR 235 0/310.0 -30 .12 1/1 1 4 RT/UH 16K 6 119.2/49.7 167/-42 258/05:10:43 06:12.5 

BLU * ISDR 582 0 0 44 1 76.22 41.19 FN0004/03 I 

GRN * ISDR 579 0 0 47 3 92.00 42.24 FNOOO4/04 I 

RED * ISDR 580 0 0 46 2 91.87 45.23 FNOOO4/05 I 

COLOR MOSAIC 

22A073/010 12:10:11 SINGLE 135.0/135.0 -40 .04 8/2 1 4 RT/SB 250 6 175.9/62.8 36/-60 258/07:34:48 21:48.0
 

B ISDR 99 1 94 0 0 115.74 28.55 FN004/06 1
 

VARIABLE FEATURES
 

21A074/010 15.44:959 	 SINGLE 12 5/ 27.5 -20 .04 8/2 1 S REC/UH 16K 12 253.9/41.6 301/-49 258/11,09:37 O:21.2
 

8B1 ISDR 374 0 0 2 2 31.67 21.10 FNOOO4/07 1
 

SURFACE SAMPLER IMAGE
 

21A075/010 17:29'59 	SINGLE 217.5/265.0 -10 .04 13/2 1 4 REC/UH 16K 12 274.2/24.6 325/-32 258/12.54:27 04:14.5
 

B83 * ISDR 1182 0 0 7 6 69.57 n1.09 FNOOO4/08 2
 

AFTERNOON HI-RES REC. MOSAIC
 
-------------------------------------------------------------------------------------------------------------------------------------------- --------

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

Pi 

CO 


NVL-2 


VIKING PROJECT LI6RARY
 

CAMERA EVENT REPORT
 

AZIMUTH CENTER CHAN DATA SCAN PSA SOLAR ANTISOLAR DURA- RSCN
 

CE LABEL LLT DIODE START/STOP ELEV STEP MODE OFFSET GAIN PATH RATE TEMP(C) AZ/EL AZ/EL GMT TION /DUST
 

DATA TOTAL RESCAN LINES AVE ON STAND EDR # OF EDR
 

RECORD LINES BEGIN/TOTAL MISSED GAPS VALUE DEV TAPE/FILE SEGMENTS
 

21A076/011 09:10,13 	 SINGLE 70.0/160.0 0 .04 5/2 1 4 RT/UH 16K -15 110.3/44.3 160/-36 259/05.14.26 05-55.0
 

B84 4 ISDR 1663 0 0 588 1 126.92 50.38 FOO0O4/09 3
 

RTI HI-RES MOSAIC
 

21A077/011 09.44,20 	SINGLE 125.0/335 0 -20 .12 14/3 1 4 RT/UH 16K 0 118.9/49.4 167/-41 259/05;48,33 06:33.0
 

SURV * ISOR 1841 1751 90 0 0 113.02 52,77 FN0004/10 3
 

TO COMPLETE CAMERA #1 SURVEY
 

21A078/011 14:30 10 	 SI'NGLE 245.0/245.0 -40 .04 8/2 1 4 RT/SB 250 8 234.6/52.5 277/-58 259/10.34:23 11:48.0
 

Be1 SOR 48 1 50 3 1 94.97 39.87 FN0004/11 I
 

VARIABLE FEATURES
 

21AG79/012 09:06.03 	SINGLE 212 5/327.5 -50 .04 8/2 1 4 RT/UH 15X -4 109.4/43.6 159/-35 260/05:49 51 10. 3.0
 

831 * ISDR 2675 0 0 201 2 70,10 47 22 FN0004/12 4
 

MORNING RTI HI-RES COMP.
 

21A080/012 09:40.48 	SINGLE 175 0/250.0 -50 .04 8/2 1 4 RT/UH 16K 2 118.1/48.9 166/-41 260/06:24.36 6.33.0
 

Be1 ISOR 1941 0 0 35 1 98.11 48.94 FN0004/1 3
 

MORNING RTI HI-RES COMP.
 

21A081/012 11:07.59 	COLOR 55 0/ 60 0 -10 .12 1/1 1 4 REC/UH 16K 6 147 3/59 3 i69/-S3 260/07:51:47 00:27.9
 

BLU ISDR 42 0 0 1 1 130.81 68.64 FN0004/14 1
 

GRN ISDR 41 0 0 2 1 128.59 66 94 FN0004/iS 1
 

RED ISDR 41 0 0 2 1 125.03 60.05 FN0004/16 I
 

COLOR OF RTC
 

21A082/012 11:59.59 	COLOR 197 5/287.5 -30 .12 1/1 1 4 REC/UH 16K 8 170 9/62.3 208/-59 260/08:43.47 08:01.2
 

BLU * ISDR 750 0 0 1 1 102.83 31.13 FN0004/17 1
 

GRN - ISDR 750 0 0 1 1 114.85 33.66 FN0004/18 I
 

RED - ISDR 749 0 0 2 1 124.90 34 60 FN0004/19 1
 

COLOR MOSAIC
 

21A083/012 12;08.00 	 SINGLE 170 0/170 0 0 15/7 1 2 REC/UH 16K 10 / / 260/08:51'48 0:18.0 

CAL SDR 61 0 0 0 0 .00 .Do FN0004/20 1 

CALIBRATION 

10 178.3/62.6 215/-60 260/08.5B-47 03:07.8
 21A084/012 12.14:59 	 COLOR 287 5/322.5 -10 .12 1/1 1 4 REC/UH 16K 


BLU * :SDR 289 0 0 4 2 94.87 43.53 FN0004/21 1
 

GRN ' ISOR 290 0 0 3 1 100.98 45.03 FN0004/22 I
 

RED * ISDR 290 0 0 3 1 98.22 41.33 FN0004/23 1
 

COLOR MOSAIC
 

10 246.8/45.9 292/-52 260/11:58:58 11:48.0
 21A085/012 15:15.10 	 SINGLE 260 0/260.0 -40 .04 8/2 1 4 RT/SB 250 


881 ISDR 51 1 50 0 0 105.78 44.17 FN0004/24 I
 

VARIABLE FEATURES
 
VIKING PROJECT LIBRARY 

VL-2 CAMERA EVENT REPORT 

CE LABEL LLT DIODE AZIMUTH 

START/STOP 

CENTLR 

ELEV STEP CHAN 

MODE OFFSET GAIN 

DATA 

PATH 

SCAN PSA SOLAR 

RATE TEMP(C) AZ/EL ANTISOLAR 

AZ/EL GMT DURA- RSCN TION /DUST 

DATA TOTAL RESCAN LINES 

RECORD LINES BEGIN/TOTAL MISSED GAPS 

AVE ON 

VALUE 

STAND 

DEV 

EDR N OF EDR 

TAPE/FILE SEGMENTS 

22A086/012 17:11-00 SINGLE 310 0/335.0 -30 

SURV ISDR 208 0 

COLLECTOR HEAD IN FUNNEL 

.12 

0 

14/3 

1 

1 

1 

5 AEC/UH 

35,07 

16K 

24.21 

8 270 7/27.6 $45/-35 260/13:54:48 00"45.8 D 

FNOOO4/25 1 

22A087/012 17:11'45 SINGLE 170 0/170.0 

CAL SDR 61 

CA LI BRAT ION 

0 

0 0 

15/7 

0 

1 

0 

2 REC/UH 

.00 

16K 

.00 

10 / 

FNOOO4/26 

/ 

1 

260/13:55:33 0:18.0 

22A098/013 09:04:23 SINGLE 77.5/200.0 -30 BB2 * ISDR 2675 0 

MORNING RTI HI-RES MOSAIC 

.04 

0 

0/2 

S89 

1 

2 

4 RT/UH 

81.47 

16K 

44.78 

-10 109.2/43.3 343/-35 261/06.27:46 10:03.0 FN0005/01 4 

22A089/013 09:39,08 SINGLE 10 0/ 90.0 -30 

B2 * ISDR 1841 0 

MORNING RTI HI -RES MOSAIC 

.04 

0 

0/2 

160 

1 

1 

4 RT/UH 

115.76 

16K 

48.01 

-2 117.8/48.5 350/-40 261/07-02:31 06;33.0 

FNOOOS/02 3 

21A090/013 11,06 32 SINGLE 35.0/ 60.0 -20 .04 

861 DR 627 626 1 

HI -RES OF RTC AND SEISMOMETER 

8/2 

0 

1 

0 

4 REC/UH 

75,57 

16K 

56.22 

4 146.8/59.1 189/-53 261/08 29.66 02:14.S 

FNO0OS/03 1 

22A091/013 14:24.10 SINGLE 90 0/ 90.0 

891 ISDR 49 

VARIABLE FEATURES 

-40 

1 

.04 

so 

8/2 

2 

1 

1 

4 RT/SB 

139.97 

260 

49.54 

10 232.6/53.0 

FNOOOS/04 

98/-58 261/11.47.33 11.48.0 

1 

22A092/013 17:10.58 SINGLE 310.0/335.0 -30 

SURV SDR 211 209 COLLECTOR HEAD OVER X-RAY 

.12 

2 FUN. 

14/3 

0 

1 

0 

5 REC/UH 

33.68 

16K 

21 56 

10 270 6/27.4 145/-35 261/14:34:22 00:45.6 

FN0005/05 1 

22A093/013 17.19:59 SINGLE 145.0/182.5 -10 .04 

BB3 - ISOR 940 939 1 

EVENING HI-RES REC. MOSAIC 

13/2 

0 

1 

0 

4 REC/UH 

118.31 

16K 

23.23 

10 272.2/25.9 146/-34 261/14.43.23 03:21.2 

FN0005/06 2 

22A094/013 17:23:20 SINGLE 170.0/170.0 CAL SDR 61 

CALIBRATION 

0 

0 0 15/7 0 1 

0 

2 REC/UH 

.00 

%6K 

.00 12 / 

FNOO05/07 

/ 

I 

261/14 46-44 0:16.0 

22A095/014 06:05,59 SINGLE 

8B1 I 

MORNING 

55.0/130 0 -50 ISD 1876 0 

HI-RES REC. COMP. 

.04 0 8/2 

1 1 

1 3 REC/UH 

72.21 16K 51.47 -13 75.7/14.S 311/ 

FNOOOS/0 3 -6 262/04.02.58 6.41.2 

22A096/014 09:02,46 SINGLE 77.5/200.0 -10 883 I50R 2349 0 

MORNING RTI HI-RES MOSAIC 

.04 

0 13/2 

715 1 4 4 RT/UH 

85.B4 16K 59.66 8 109 0/43.0 342/-34 262/07.05 44 10:03.0 FNOOO6/0 4 

N) 

00 

U) 

22A097/014 09:37,31 SINGLE 10 0/ 90,0 -10 

BB3 * ISDR 1839 0 

POST-RTI HI-RES MOSAIC 

.04 

0 

13/2 

162 

1 

2 

4 RT/UH 

107.91 

16K 

35.36 

-6 117.5/48.2 350/-40 262/07:40:29 06:33.0 

FNOOO5/10 3 
0o VIKING PROdECT LIBRARY
 

4= .. . . . . . . ....... ...... .......... ..... ..... ..... 

VL-2 CAMERA EVENT ................. ,..... . 

REPORT 

o ... ........ ........ ................. ..... .o..=..=... 

CE LABEL LLT DIODE 

AZIMUTH 

START/STOP 

CENTER 

ELEV STEP 

CHAN 

MODE OFFSET GAIN DATA 

PATH SCAN PSA SOLAR RATE TEMP(C) AZ/EL 

ANTISOLAR 

AZ/EL GMT 

DURA- RSCN 

TION /DUST 

DATA TOTAL RESCAN LINES 

RECORD LINES BEGIN/TOTAL MISSED .....................................................................................---. GAPS 

AVE ON 

VALUE 

STAND 

DEV 

EDR # OF EDR 

TAPE/FILE SEGMENTS 

21A098/014 13:57 11 SINGLE 260.0/260.0 

Mai ISDR 51 

VARIABLE FEATURES 

-40 

1 

.04 

so 

8/2 

0 

1 

0 

4 RT/SB 

142.40 

250 

29.33 

8 223 5/56.2 263/-60 262/12:00:09 11:48.0 

FNO000/Il 1 

21AO99/014 16:30 00 COLOR 35 0/ 40.0 -10 

BLU SDR 42 0 

GRN SOP 41 0 RED SDR 41 0 

RTC FOR SKY BRIGHTNESS 

.12 

0 

0 

0 

1/1 

1 

2 

2 

1 

1 

1 

1 

4 REC/UH 

91.62 

92.77 

81.19 

16K 

47.22 

49.40 

44.68 

12 262 9/33.9 312/-41 

FNOOOS/12 I 

FNOOOS/13 I FN0005/14 1 

262/14:32:59 00:27.9 

21A100/014 17:08-59 SINGLE 150.0/190.0 

IR2 SDR 336 

SKY BRIGHTNESS 

10 

334 

.12 

2 

10/3 

0 

1 

0 

4 REC/UH 

79,64 

16K 

64.34 

12 270.2/27.6 320/-35 262/15;11;58 01:12,3 

FNOOOS/15 I 

21A101/014 17:11,59' COLOR 150 0/192,5 

BLU ISDR 354 

GRN ISOR 354 

RED ISDR 354 

SKY BRIGHTNESS 

10 

0 

0 

0 

.12 

0 

0 

0 

1/1 

1 

1 

1 

1 

1 

1 

1 

5 REC/UH 

94 68 

92.02 

87.74 

16K 

70.23 

68.85 

63.89 

12 270 7/27.1 321/-35 262/15:14:58 03:47.8 

FN0005/16 1 

FN0005/17 1 

FNOOOS/18 I 

21A102/014 17:15,46 SINGLE 170.0/170.C 

CAL S0 61 

CALIBRATION 

0 

0 0 

7/7 

0 

1 

0 

2 REC/UH 

.00 

16K 

.00 

14 / 

FN0005/1B 

/ 

I 

262/15:18:45 0:18.0 

22A103/014 17'29.59 SINGLE 157 5/182 5 -30 .04 

B2 I SDR 627 626 1 

AFTERNOON HI-RES REC. MOSAIC 

0/2 

0 

1 

0 

4 REC/UH 

99.08 

16K 

47.96 

8 273.9/24.2 148/-32 262/15:32:58 02:14.5 

FN0005/20 1 

22A104/014 17:53 59 SINGLE 182 5/230.0 -10 .04 

BB4 - ISDR 1185 0 0 

AFTERNOON HI-RES REC. MOSAIC 

5/2 

4 

1 

1 

4 REC/UH 

93.43 

16K 

28.80 

10 278 1/20.3 1S3/-28 262/15:56!S8 04:14.5 

FNOOOS/21 2 

22A105/015 09:01'09 SINGLE 220.0/335.0 0 

BB4 * ISDR 2328 0 

MORNING RTI HI-RES MOSAIC 

.04 

0 

S/2 

548 

1 

3 

4 RT/UH 

125.99 

16K 

51.13 

-17 10a.8/42 6 342/-34 263/07:43443 10:03.0 

FN006/01 4 

22A106/015 09:3S.54 SINGLE 160 0/235.0 0 

284 * ISDR 1841 0 

MORNING RTI HI-RES MOSAIC 

.04 

0 

6/2 

35 

1 

1 

4 RT/UH 

134.54 

16K 

78 06 

-2 117.3/47.9 349/-40 263/08:18:28 06:33.0 

FNOOO6/02 3 

22A107/015 13.42.10 SINGLE 90 0/ 90.0 

BB1 ISDR 58 

VARIABLE FEATURES 

-40 

1 

.04 

59 

8/2 

2 

1 

1 

4 RT/SB 

150.77 

250 

30.85 

10 217.9/57.6 

FNO006/03 

80/-61 

1 

263/12:24:44 11:48.0 

21A108/015 14:49 59 SINGLE 27.5/ 65.0 -10 .04 BB4 * ISOR 940 939 1 

AFTERNOON HI-RES REC. MOSAIC 

5/2 

0 

1 

0 

4 REC/UH 

95.98 

16 

61.99 

10 240.0/49.3 284/-55 263/13:32:33 03:21.2 FN0006/04 2 
--------------------------------------------- --------------------------------- 

VIKING PROJECT.LIBRARY
 VL-2 CAMERA EVENT REPORT
 

.-................ -........................................................ 
 .................
 .......................................... 


DATA SCAN PSA SOLAR ANTISOLAR DURA- RSCN
 AZIMUTH CENTER CHAN 
 PATH RATE TEMP(C) AZ/EL AZ/EL GMT TION /DUST
 CE LABEL LLT DIODE START/STOP ELEV STEP MODE OFFSET GAIN 
 ....... ........................-.-........
 ......... - ..... -


DATA TOTAL RESCAN LINES AVE DN STAND EDA # OF EDP
 

RECORD LINES BEGIN/TOTAL MISSED 
 GAPS VALUE DEV TAPE/FILE SEGMENTS
 ...................
 ..................................................................... 


7 5/ 35 0 -20 .12 14/3 1 4 REC/UH 16K 12 2S6.4/38.9 304/-46 263/14:40:49 00:50.1
 21A109/015 15:5814 	SINGLE 


230 2 0 0 97.08 40.02 FNOO6/05 I
 SURV ISOR 232 


C/H OVER GCMS-DIG CANCELLED
 

-30 .04 0/2 1 4 REC/UH i6K 12 28.5/28.9 318/-37 283/15:42:33 00:54.5
 21A110/015 16.59-59 	 SINGLE 227.5/237 5 


252 251 1 	 0 0 71.69 33.04 FNOOO6/06 1
 BB2 * SDR 


SAMPLE SITE AFTER DIG (CANCEL)
 

1 4 REC/UH iGI 12 278.2/20.0 329/-28 263/16:37:33 o2:41.2
 21A111/015 17.54-59 	 SINGLE 285 0/315,0 -10 .04 13/2 


6B3 * ISDR 747 0 0 4 1 
 109.18 24.95 FNDDO6/07 I
 

AFTERNOON HI-RES REC MOSAIC
 

3 REC/UH 16K 12 .82.8/15.6 334/-23 263/17:04:59 00:27.9
 21A112/015 18:22 25 	 SINGLE 152.5/157.5 30 .04 4/2 1 


SUN SOR 125 0 0 1 1 34.72 26.15 FNOOO/O8 1
 

ATMOSPHERIC ATTENUATION
 

21A113/015 19807 25 	 SINGLE 160.0/165.0 20 .04 4/2 1 2 REC/UH 16K 12 V90.5/ 9.6 342/-16 263/17:49:59 00:27.9
 

SUN ISDR 125 0 0 1 
 1 35.03 2.66 FNOOO6/09 I
 

ATMOSPHERIC ATTENUATION
 

.04 0/2 1 4 RT/UH 16K 10 108 6/42.3 158/-34 264/08:21:46 10:03o0
 21A114/016 0859.37 	SINGLE 215.0/332.5 -30 


2 81.71 47 66 FNOOO8/1O 4
 BB2 * ISDR 2596 0 0 343 


MORNING RTI HI-RES MOSAIC
 

0/2 1 4 RT/UH 16K 2 117 0/47.6 165/-39 264/08:56:31 06:33.0
 21A115/016 09:34.22 	SINGLE 152.5/227 5 -30 .04 

0 35 1 108.22 44.38 FNOO/11 
 3


MORNING RTI HI-RES MOSAIC
 

882 * ISOR 1841 0 


1/1 1 4 REC/UH 16K 8 171.3/61.9 209/-5S 264/11:22:08 03:34.5
 21A116/016 11:59.59 	COLOR 287 5/327 5 -10 .12 

1 1 105.44 	 51.69 FNOOOS/12
 1
 BLU * ISDR 333 0 0 

0 1 1 	 110.77 52.37 FNOO06/13 1
 GRN * ISOR 333 0 

0 0 2 2 105.46 44.87 FNOO06/14 1
 RED * ISDR 332 


COLOR MOSAIC
 

21A117/016 13-39 10 SINGLE 260.0/260,0 -40 .04 8/2 1 4 RT/SB 250 10 216.7/57.8 255/-BI 264/13:01:19 11:48.0
 

6B1 ISOR 51 1 50 0 0 141.78 29 32 FNO006/1S 1
 

VARIABLE FEATURES
 

0 .04 5/2 1 4 REC/UH 16K B 271.6/25.9 146/-34 264/16:40:08 05:07.8
 22Al18/016 17.17.59 	 SINGLE 10,0/ 67.5 


894 * ISDR 1435 0 0 4 1 88.31 56.66 FNOO06/1B 2 

AFTERNOON HI-RES REC. MOSAIC 

1 4 REC/UH 16K 8 273.0/24.6 147/-32 264/16:48:08 01:47.9 22Al19/016 17.25:59 	SINGLE 167.5/187.5 -30 .04 13/2 


863 * ISDR 499 0 
 0 2 2 111.04 42.28 FNOOO6/i7 I
 

AFTERNOON HI-RES REC. MOSAIC
 

ul
 
: N

CO 	 VIKING PROJECT LIBRARY
 

VL-2 CAMERA EVENT REPORT
 

AZIMUTH CENTER CHAN DATA SCAN PSA SOLAR ANTISOLAR DURA- RSCN
 

CE LABEL LLT DIODE START/STOP ELEV STEP MODE OFFSET GAIN PATH RATE TEMP(C) AZ/EL AZ/EL GMT TION /DUST
 - - . . . . . .-- - - - - - - - - ... . . . . . . . . . . . . . . . . . . - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - -
- - - - - - - - - - - - - -.


DATA TOTAL RESCAN LINES AVE DN STAND EDR # OF EDR
 

RECORD LINES BEGIN/TOTAL MISSED GAPS VALUE DEV TAPE/FILE SEGMENTS
 - - - -.-.. -.. -.-. - . .- .- .- . . --.. - --.. .-.- - . . . . . . . . . . .- - --.- . .	 . . . . . . . - -.. . . . . . . . . . . . . . . . . . . . . 

21A120/016 17:29,59 	SINGLE 10.0/165,0 0 .12 14/3 1 4 REC/UH 16K 12 273.7/23.9 324/-32 264/16.52.08 04:36.7 D 

SURV * ISDR 1255 0 0 32 15 78,31 48 24 FNO006/18 2 

TO COMPLETE SURVEY STEREO 

22A121/016 17:39 59 	 SINGLE 12.5/ 60.0 -20 .04 13/2 1 4 REC/UH 16K 10 275.5/22.3 150/-30 264/17:02-08 04:14.5
 

863 1 ISDR 1182 0 0 7 5 62.15 32.11 FNOO06/19 2
 

AFTERNOON HI-PES REC. MOSAIC
 

21A122/017 02.57-40 SINGLE 135.0/185.0 -10 .04 5/2 1 4 RT/UH 16K -31 108.3/42.0 158/-33 265/08:59:24 04:24.0
 

BB4 * ISDR 738 0 0 513 2 134.70 54.48 FNO006/20 2
 

MORNING RTI HI-RES MOSAIC
 

21A123/017 09.32.34 	 SINGLE 182.5/257.5 -tO .04 5/2 1 4 RT/UH 16K 2 116.7/47.2 165/-39 265/09.3418 06:37.0
 

B84 IOR S 1959 0 0 17 2 116.18 
 38.25 FN0006/21 3


MORNING RTI HI-RES MOSAIC
 

22Al24/017 10:02 58 	 SINGLE 290.0/295.0 -20 .04 9/2 1 3 REC/UH 16K 0 125.2/51 S 356/-44 265/10:04.43 00:27.9
 

Be1 SOP 127 126 1 0 0 iS5.98 48.04 FNOO06/22 I
 

DUST ON MIRROR
 

21A125/017 11.19 59 	 SINGLE 40.0/ 57.5 -30 .04 8/2 1 5 REC/UH 16K 6 153.1/59.8 194/-54 265/11:21.44 01:234.5
 

BB1 SDR 440 439 1 0 0 63.00 35.77 FN0006/23 1
 

DUST ON GRID
 

22A126/017 12 25 10 	 SINGLE 135 0/135 0 -40 .04 8/2 1 4 RT/SB 250 6 183.7/61.9 44/-60 265/12.26.54 21-48.0
 

Be1 15OR 85 1 99 15 1 117.64 27 30 FN0006/24 1
 

VARIABLE FEATURES
 

21A127/017 17.29 58 SINGLE 60.0/ 75 0 0 .04 5/2 1 4 REC/UH 16K 12 273 7/23.8 324/-32 265/17:31.43 01:21.2
 

84 * SDR 378 376 2 0 0 q2.55 43.87 FNO006/25 I
 

AFTERNOON HI-RES REC. MOSAIC
 

21A128/017 17:49 58 	 SINGLE 157.5/182 5 -30 04 0/2 1 4 REC/UH 16K 12 277.2/20,6 328/-28 265/17:51;43 02:14.5
 

BB2 * ISDR 629 626 3 0 0 60.43 50,59 FN0006/26 1
 

AFTERNOON HI-RES REC. MOSAIC
 

21A129/01B 08"58 55 	 SINGLE 15.0/ 65.0 -10 .04 5/2 1 4 RT/UN 16K -19 108,7/42.1 158/-34 266/09:40.15 04:24.0
 

824 * ISOR 1218 0 0 33 3 89.12 54 72 FN0007/G1 2
 

MORNING RTI HI-RES MOSAIC
 

21A130/018 09.33-50 	SINGLE 255 0/330.0 -10 .04 5/2 I 4 RT/UH 16K 2 117.2/47.3 165/-39 266/10:15:09 06:37.0
 

BE4 * ISDR 1860 0 0 16 1 101,09 61.42 FNOO07/02 3
 

MORNING RTI HI-RES MOSAIC
 

21A131/018 13.21.11 	 SINGLE 260.0/260.0 -40 .04 8/. 1 4 RT/SB 250 10 209.4/59.2 246/-61 266/14.02:30 11:48.0
 

B81 ISOR 51 1 50 0 0 140.39 26.52 FNO07/03 1
 

VARIABLE FEATURES
 
VIKING PROJECT LIBRARY
 VL-2 CAMERA EVENT REPORT
 

AZIMUTH CENTER CMAN DATA SCAN PSA SOLAR ANTISOLAR DURA- RSCN
 

CE LABEL LLT DIODE START/STOP ELEV STEP MODE OFFSET GAIN PATH RATE TEMP(C) AZ/EL AZ/EL GMT TION /DUST
 -. --. - -- -- - - - - - --. -. -. -. . . - - -. -. - - - --. - - -- . - - --. -. - - - -- - -- - - - -. - - - - - - -- - - - - - - - - - -- - - - - - -- - - - - - - - - - - -.. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 

DATA TOTAL RESCAN LINES AVE DN STAND EDP # OF EDR 

RECORD LINES BEGIN/TOTAL MISSED GAPS VALUE DEV TAPE/FILE SEGMENTS 

21A132/018 17.19 59 	 SINGLE 252.5/292.5 -50 .04 8/2 1 4 REC/UH 16K 12 271.8/25.3 322/-33 266/18'01:19 3:34.5
 

81 - ISDR 1002 1001 1 0 0 89.65 42.84 FNOO07/04 2
 AFTERNOON HI-RES COMP.-REC.
 

22A133/018 17:24.59 	 SINGLE 285.0/315.0 -10 .04 13/2 1 4 REC/UH 16K 8 272.7/24.5 147/-32 266/18:06:19 02:41.2
 

BB3 ISOR 752 751 1 0 0 43.70 21.29 FNOOO7/O5 1
 

AFTERNOON HI-RES MOSAIC-PEC.
 

21A134/018 17!29 59 	 SINGLE 30.0/ 60 0 -10 .04 5/2 1 4 REC/UH 16K 12 273 6/23.7 324/-31 266/18:11:19 02:41.2
 

884 - ISDR 746 0 0 5 2 33.49 45.25 FNO007/06 1
 

AFTERNOON HI-RES MOSAIC-REC,
 

22A135/018 17:34-59 	SINGLE 270 0/335'.0 0 .04 5/2 1 4 REC/UH 16K 8 274.5/22,9 149/-31 266/18:16:19 05:47.8 

B84 W ISDR 1622 0 0 4 4 52.45 44.19 FNOOO/07 2 

AFTERNOON HI-RES MOSAIC-REC. 

22A136/019 015:5730 	SINGLE 10.0/ 80 0 0 .04 S/2 1 4 AT/UH 16K -23 1085/41.8 342/-33 267/10:18:25 04:24.0 

B84 * ISDR 1219 0 0 32 3 123.79 43.75 FNOOO7/08 2 

AFTERNOON HI-RES MOSAIC-RTI 

22A137/019 09:32-24 	 SINGLE 51.5/132 E -10 .04 5/2 1 4 RT/UH 16K -2 117.0/47 0 349/-39 267/10.53:19 06:37.0
 

584 ISDR 1860 0 0 16 1 101.78 57.06 FNOOO7/09 3
 

AFTERNOON HI-RES MOSAIC-RTI
 

22A138/019 12:25 10 	 SINGLE 67.5/ 67 5 -10 .04 13/2 1 4 RT/SB 250 8 183.8/61.7 44/-60 267/13.46.05 21:48.0 

BB3 SDR 93 1 94 2 1 127.84 28.37 FNOOO7/10 1 

VARIABLE FEATURES 

21A139/019 17:19 59 	 SINGLE 75.0/125.0 0 .04 5/2 1 4 REC/UH 16K 12 271.8/25 2 322/-33 267/18.40:54 04:27.8 

B84 * ISOR 1252 1251 1 0 0 87.35 70.22 FN0007/11 2 AFTERNOON HI-RES REC, MOSAIC 

22A140/019 17:27 59 SINGLE 235 0/272.5 0 .04 5/2 1 4 REC/UH 16K 10 273.2/23.9 148/-32 267/16-48,54 03:21.2 

B4 - ISDR 934 0 0 5 2 104.12 59.09 FNOOO7/12 2 

BB4 ISoR 928 0 0 11 11 92 53 32.54 FOO07/i13 0 

AFTERNOON HI-RES REC MOSAIC 

22A141/019 17.34:59 	SINGLE 185 0/235 0 -10 .04 5/2 1 4 REC/UH 16K 10 274 4/22 8 149/-31 267/18.55:54 04:21.
 

BB4 I ISDR 1240 0 0 11 11 92.53 32 54 FNOOO7/13 2
 

AFTERNOON HI-RES REC. MOSAIC
 

21A142/019 17:41.59 	SINGLE 125.0/165 0 10 .04 5/2 1 4 REC/UH 16K 12 275.6/21'.6 326/-29 267/19:02:54 03:34.5
 884 ISOR 997 0 0 4 4 36.26 14.98 FN0007/14 2
 

AFTERNOON HI-RES REC. MOSAIC
 

22A143/019 17:49'59 SINGLE 67.5/107.5 -10 .04 5/2 1 4 REC/UH 16K 10 277.0/20.3 152/-28 267/19:10:54 03:34.5
 

r% 884 - ISDR 997 0 0 4 1 76.04 30.95 FNOO07/15 2
 CO AFTERNOON HI-RES RE. MOSAIC
 --.
 1 
wO VIKING PROJECT LIBRARY
 OD0
 CD VL-2 CAMERA EVENT REPORT
 

AZIMUTH CENTER CHAN DATA SCAN PSA SOLAR ANTISOLAR DURA- RSCN
 

CE LABEL LLT DIODE START/STOP ELEV STEP MODE OFFSET GAIN PATH RATE TEMP(C) AZ/EL AZ/EL GMT TION /DUST
 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
 

DATA TOTAL RESCAN LINES AVE DN STAND EDR # OF EDR 

RECORD LINES BEGIN/TOTAL MISSED GAPS VALUE DEV TAPE/FILE SEGMENTS 

22A144/020 08.56 13 COLOR 55.0/105.0 -30 .12 1/1 1 4 RT/UH 16K -23 108.4/41 5 342/-33 268/1056:43 04:24.0 

BLU * ISOR 412 0 0 6 888 80 56.79 FNOO07/16 I 

GRN * ISDR 40B 0 0 10 4 94 91 56.84 FNOOO7/17 I 

RED * ISDR 410 0 0 a 2 103.19 50.73 RNO007/18 1 

RTI COLOR MOSAIC 

22A148/020 0931-07 COLOR 10.0/ 85.0 -20 .12 1/1 1 4 RT/UH 16K -2 116 8/46 8 349/-39 268/11:31:37 06:37.0 

BLU 

GRN * 

* ISO 

ISDR 620 

R18 0 

0 0 0 6 a 1 2 107.39 

115.71 47.24 47.18 FNOOO7/19 FNOO07/20 1 

I 

RED * ISOR 619 0 0 7 1 122.97 41.35 FNOO07/21 I 

RPI COLOR MOSAIC 

21A146/020 13.21-10 SINGLE 260.0/260 0 -40 .04 1/2 1 4 RT/SB 250 10 209.3/58.9 246/-61 268/15:21:40 11:48.0 

BB1 ISDR 51 1 50 0 0 141.89 28.0 FNOO07/22 1 

VARIABLE FEATURES 

21A147/020 17.19.43 SINGLE 165.0/215.0 0 .04 5/2 1 4 REC/UH 16K 14 271 6/25.1 322/-33 268/19:20:13 04:27.8 

B84 - ISDR 1252 1251 1 0 0 62.92 51.25 FN0007/23 2 

EVENING HI-RES REC. MOSAIC 

22A148/020 17.29 43 SINGLE 107.5/185.0 -10 .04 5/2 1 4 REC/UH 16K 10 273 4/23.5 14a/-31 268/19:30:13 06:54.5 

BB4 ISDR 1925 0 0 14 11 104.71 29 85 FNOOO7/24 3 

EVENING HI-RES REC. MOSAIC 

21A149/020 17.37.43 SINGLE 215,0/260,0 0 .04 5/2 1 4 REC/UH 16K 14 274.8/22.2 325/-30 268/19:38:13 04:01.2 

884 * ISDR 1118 0 0 8 8 95.23 45.00 FN0007/25 2 

EVENING HI-RES REC. MOSAIC 

21A150/020 17:44:43 SINGLE 125.0/147 5 -10 .04 13/2 1 4 REC/UH 16K 14 276.0/21 I 327/-29 268/19:45:13 02:01.2 

B83 * SOR 559 0 0 5 1 70.70 39.05 FNOOO7/26 I 

EVENING HI-RES REC. MOSAIC 

21A151/020 17:49.43 SINGLE 260.0/282 5 -10 .04 5/2 1 4 REC/UH 16K 14 276,9/20.3 328/-28 268/19:50:13 02;01.2 

BB4 I SOP 565 564 1 0 0 88.07 32 48 FNOO7/27 I 

EVENING HI-RES REC. MOSAIC 

22A152/021 08:54 42 COLOR 170 0/220.0 0 .12 1/1 1 4 RT/UH 16K 0 108 2/41.2 342/-33 269/11:34:47 04:24.0 

BLU * ISDR 412 0 0 6 1 133.99 70.46 FNOOO8/Ol 1 

GRN * IDR 411 0 0 7 1 134.48 68.65 FNOO08/02 1 

RED * ISDR 411 0 0 7 1 136.70 65.08 FNOO8/03 1 

MORNING RTI COLOR MOSAIC 

22A153/021 09.29-38 COLOR 102.5/177.5 -30 .12 1/1 1 A RT/UH ISK -4 116 6/46.5 349/-38 269/12:09.43 06:37.0 

SLU * ISDR 620 0 0 6 1 62.93 35.19 FNOOO/04 I 

GRN * ISOR 619 0 0 7 1 87.37 36.03 FNOOO8/Os I 

RED * ISOR 61 0 0 a 2 82.08 41.62 FNOOOS/O8 I 

MORNING RTI COLOR MOSAIC 
----------------------------------------------------------------------

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

VIKING PROJECT LIBRARY
 

VL-2 CAMERA EVENT REPORT
 

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

DATA SCAN PSA SOLAR ANTISOLAR DURA- RSCN
 AZIMUTH CENTER CHAN 
 TION /DUST
 MODE OFFSET GAIN PATH RATE TEMP(C) AZ/EL AZ/EL GMT 
 CE LABEL LLT DIODE STAR'T/STOP ELEV STEP 


OF EDR
 DATA TOTAL RESCAN LINES AVE ON STAND EDR 


RECORD LINES BEGIN/TOTAL MISSED GAPS 
 VALUE DEV TAPE/FILE SEGMENTS
 

128.3/52.2 359/-44 269/12:51:04 00:54.5
 22A154/021 10:10 58 SINGLE 115.0/125.0 -30 .04 0/2 1 4 REC/UH 16K 0 


0 72.59 33.31 FNOOOB/07 I
 B2 W ISOR 252 251 I 0 


COLL. HEAD TOUCHDOWN OCMS SITE
 

.04 0/2 1 4 REC/UH 16K 2 12g.3/52.6 359/-45 269/12:S4:24 00:54.5
 22A155/021 10:14 18 SINGLE 115 0/125.0 -30 


0 73.35 33,80 FNOOO8/O8 1
 D 254 251 3 0 


BOOM RETRACT AFTER TOUCHDOWN
 BB2 ISDR 


2 130.6/63 1 0/-46 269/12:58:24 00:54.5
 22A156/021 10:18 18 SINGLE 115.0/125.0 -30 .04 0/2 1 4 REC/UH 16K 


0 0 73.37 33.53 FNOOS/09 I
 BB2 - ISOR 252 251 1 


BOOM POS. AFTER ACQUISITION
 

-20 .12 14/3 1 4 REC/UH 16K 4 137 1/55.4 182/-48 269/13:17.46 00:54.5
 21A157/021 10'37.40 SINGLE 10 o/ 40.0 
 0 0 67.42 43.64 FNOOO/lO 1
 SURV ISOR 252 251 1 


COLL. HEAD INVERTED OVER GCMS
 

0 180 0/61.4 41/-59 269/14:57:08 15:20.0
 22A159/021 1,2:17.02 COLOR 155.0/327.5 0 .12 1/1 1 4 RT/UH 16K 


3 3 131.44 68.06 FNOOO/11 2
 BLU - "SDR 1436 0 0 


0 0 2 1 128.97 63.55 FNOOO/12 2
 CRN * ISOR 1437 3 2 125.17 56.30 FNOOos/13 2
 RED * ISDR 1436 *0 0 

VO-I TEST, PHOTOMETRICS
 

0 .12 9/1 1 4 RT/UH 16K 12 187.5/61.3 48/-60 269/15:12:44 15:20.0
 22A159/021 12:32 38 IR 155 0/327.5 
 2 1 108.24 50.56 FNOOB/14 2
 IR3 SDR 1437 0 0 
 48.40 FNOOOS/1S 2
 IR2 SDR 1436 0 0 3 1 103 90 


3 1 103.10 48.01 FNOOOB/16 2
 IRI * SDR 1A36 0 0 

VO-1 TEST. PHOTOMETRICS
 

RT/UH 16K 14 195.6/60.7 56/-60 269/15.29:58 05:10.0
 22A160/021 12:49 52 SINGLE 155.0/327.5 0 .12 14/3 1 4 


0 0 121.08 58.28 FNOOO8/17 2
 SURV SOR 1453 1439 14 


VO-1 TEST, PHOTOMETRICS
 

-10 .04 5/2 1 4 REC/UH 16K 12 273 3/23.4 324/-31 269/20.09:47 01:47.9
 21A161/021 17:29 42 SINGLE 282.5/302 5 


501 1 0 0 115.76 27.56 FNODOS/1S 1
 B64 * SDR 502 

AFTERNOON HI-RES REC. MOSAIC
 

1 4 REC/UH 16K 10 275.1/21.7 150/-29 269/20:20:04 00:54.5
 22A162/021 17:39-59 SINGLE 115.0/125.0 -30 .04 0/2 
 85.22 31.62 FNOOOS/19 I
 662 * ISOR 254 !51 3 0 0 


GCMS SAMPLE TRENCH
 

0/2 1 4 REC/UH 16K 10 277.7/19.3 152/-27 269/20;35:04 02:41.2
 22A163/021 17:54 S9 SINGLE 127.5/157.5 -30 .04 


0 0 7 4 72.66 37.24 FNO008120 I
 SB2 * ISOR 744 

AFTERNOON HI-RES REC. MOSAIC
 

1 4 REC/UH 16K -8 87.8/24 3 139/-16 270/10:29:40 M§:34.5


21A164/022 07 09 59 SINGLE 142.5/250 0 0 .04 5/2 


8894 * ISDR 2683 0 0 6 2 107.05 40.32 FN009/01 4 

00 EARLY MORN. HI-RES REC MOSAIC 
------------------------------------------------------------------------------------------------------------------ ----------------------

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

0 

VIKING PROJECT LIBRARY
 

VL-2 CAMERA EVENT REPORT
 

AZIMUTH CENTER CHAN DATA SCAN PSA SOLAR ANTISOLAR DURA- RSCN
 

CE LABEL LLT DIODE START/STOP ELEV STEP MODE OFFSET GAIN PATH RATE TEMP(C) AZ/EL AZ/EL GMT TION /DUST
 ...... -............-------------------...................-


DATA TOTAL RESCAN LINES AVE DN STAND EDR # OF EDR
 

RECORD LINES BEGIN/TOTAL MISSED GAPS VALUE DEV TAPE/FILE SEGMENTS
 

22A155/022 08 53 46 	 COLOR 212.5/262.5 10 .12 1/1 1 4 RT/UH 16K -4 108 1/41,0 342/-32 270/12:13"26 04:24.0
 

BLU * ISDR 407 0 0 11 3 132 78 56.77 FNOOOS/02 1 

GRN * ISDR 407 0 0 11 3 127.11 55 00 FNOO9/03 1 

RED ISDR 407 0 0 11 3 118.85 53.43 FN0009/04 1 RTI COLOR MOSAIC
 

22A166/022 09:28 42 	COLOR 260.0/335 0 '10 .12 1/1 1 4 RT/UH 16K -4 116.5/46.3 349/-38 270/12.48:23 06'37.0 

BLU * ISOR 620 0 0 6 1 104.49 52.81 FNOOO/05 1 

GRN ISOR 619 0 0 7 1 106.43 52.68 FNOOO9/06 1 

RED ISDR 619 0 0 7 1 111.33 52.49 FN0009/07 I 

RTI COLOR MOSAIC 

21A167/022 13:20 54 	SINGLE 260 0/260 0 -40 .04 9/2 1 4 RT/SB 250 10 209.2/58 6 246/-60 270/16:40:34 11'48.0
 

SB1 ISOR 83 1 52 0 0 141.45 32 49 FNOO9/O8 I
 

VARIABLE FEATURES
 

21A168/022 17 29 42 	 SINGLE 302,5/335.0 -10 .04 5/2 I A REC/UH 16K 12 273.2/23.3 324/-31 270/20:49:23 02.54.5 

B84 * ISOR a1S 814 1 0 0 124.49 19 43 FNODOO9/O9 I EVENING HI-RES MOSAIC 

21A169/022 18:06 16 	 SINGLE 150.0/iEE C 30 .04 4/2 I 3 AEC/UH 161 12 279.6/17.3 330/-2S 270/21:25:57 00 27.9
 

SUN ISDR 127 128 1 0 0 30.14 20 29 FNOOOO/10 I
 

SOLAR EXTINCTION
 

21A170/022 IS 40 01 	 SINGLE 155.0/160.0 30 .04 4/2 1 3 AEC/UH 16K 12 285,4/12.0 336/-20 270/21:59:42 00:27.9
 

SUN SOR 127 126 1 0 0 34 93 20.05 FNOOD/11 1
 

SOLAR EXTINCTION
 

21A171/022 19.58.42 	 COLOR 175.0/175.0 10 .12 1/1 1 5 REC/UH 250 8 299.1/ 0.1 35O/ -7 270/23:18:23 24:01.2 R 

BLU * ISOR 36 2 36 1 1 103.80 62 68 FNOOO9/12 1 

GRO 1SR 37 2 36 0 0 106.44 63 63 FN0009/13 1 

RED ISDR 37 2 36 0 0 97.06. 58.18 rN00/14 I 

TWILIGHT RESCAN
 

21A172/022 20:24 17 	 COLOR 177 5/177.5 10 .12 1/1 1 2 REC/UH 250 8 303.8/-3.5 355/ -3 270/23:43:57 24:01,2 R 

BLU * IDR 37 2 37 1 1 53 29 43.51 FNOO09/15 1 

GRN ISR 37 2 37 1 1 58.04 49.00 FNOO09/16 1 

RED ISDR 37 2 37 1 1 70.49 59 15 FNOOO9/17 1 

TWILIGHT RESCAN 

21A173/022 20:49 52 	 COLOR 182.5/182.5 10 .12 1/1 1 1 REC/H 250 8 308.6/-6.8 359/ -0 271/00:09:32 24:01.2 R
 

BLU * IDR 34 2 34 1 1 92.32 46.28 FN0009/18 I
 

GRN ISDR 35 2 34 0 0 96.65 48 98 FN0009/19 1
 

RED ISDR 35 2 34 0 0 98.31 46.64 FNOO9/20 I
 

TWILIGHT RESCAN
 
VIKING PROJECT LIBRARY
 

VL-2 CAMERA EVENT REPORT 

CE LABEL LLT DIODE 

AZIMUTH 

START/STOP 

CENTER 

ELEV STEP 

CHAN 

MODE OFFSET GAIN 

DATA' 

PATH 

SCAN 

RATE 

PSA SOLAR 

TEMP(C) AZ/EL 

ANTISOLAR 

AZ/EL GMT 

DURA- PSCN 

TION /DUST 

.. 

DATA TOTAL RESCAN LINES 

RECORD LINES BEGIN/TOTAL MISSED ............ .. .... ............ ............ GAPS ...... 

AVE ON 

VALUE 

...... 

STAND 

DEV .................. 

EDR # OF EDR 

TAPE/FILE SEGMENTS ...... ...... .. 

21A174/023 06.49-41 SINGLE 262.5/305.0 -30 .04 

B82 * ISOR 1064 1064 1 

EARLY MORNING HI-RES MOSAIC 

0/2 

1 

1 

1 

4 REC/UH 

40.29 

16K 

16.43 

-6 84.3/20 9 136/-12 271/10.48 57 03:47.8 

FNO010/01 2 

21A175/023 06:53.29 SINGLE 170 0/170 0 

CAL SDR 59 

CALIBRATION 

0 

0 0 

7/7 

0 

1 

0 

2 REC/UH 

.00 

16K 

.00 

-6 / 

FNOO1O/02 

/ 

I 

271/10:52.44 0:18.0 

22A176/023 06:59 41 SINGLE 115.0/162 5 -50 .04 

501 - ISOR 1183 0 0 

EARLY MORNING HI-RES COMPOSITE 

8/2 

6 

1 

2 

4 REC/UH 

41.88 

16K 

18.74 

-10 86 1/22.5 321/-14 27I/10-58'57 

FN0010/03 2 

4.14.5 

22A177/023 07-03 55 SINGLE 170.0/170.0 

CAL SOP 61 CALIBRATION 

0 

0 0 

7/7 

0 

1 

0 

2 REC/UH 

.00 

16K 

.00 

-10 I 

FNOO1O/04 

/ 

1 

271111 03:11 0:18.0 

22A178/023 07 09 41 SINGLE 77.5/127.5 -30 .04 

82 - ISDR 1252 1251 1 

EARLY MORNING HI-RES MOSAIC 

0/2 

0 

1 

0 

4 REC/UH 

46.24 

16K 

22.35 

-10 87 8/24.2 323/-16 271/11:08.57 04'27.8 

FNOO1O/05 2 

21A179/023 08:52 36 COLOR 285 0/335 0 

BLU ' ISDR 404 

GRN * ISOR 403 

RED - ISOR 404 

COLOR MOSAIC 

-30 

0 

0 

0 

.12 

0 

0 

0 

1/1 

14 

15 

14 

1 

2 

2 

2 

4 RT/UH 

52.16 

53.79 

57.61 

16K 

33.64 

34.41 

40 25 

-13 108.0/40 7 158/-32 271/12-51.51 04 24.0 

FN0O1O/06 1 

FNOO10/07 I 

PNOOIO/10 I 

21I180/023 09 27.32 'COLOR 225.0/300 0 

BLU * ISDR 620 

GRN * ISDR 619 

RED * ISDR 619 

COLOR MOSAIC 

-30 

0 

0 

0 

.12 

0 

0 

0 

1/1 

6 

7 

7 

1 

1 

1 

1 

4 RT/UH 

72.54 

78.91 

89.15 

16K 

36.34 

37 52 

41.86 

2 116 4/46.0 165/-38 271/13:26 48 06:37.0 

FNO010/09 I 

FNOO10/10 1 

FNO010/11 1 

21A181/023 11.09-59 SINGLE 55.0/ 60.0 

SURV SDR 44 

RTC-SURVEY 7 CHANNEL 

-10 

43 .12 1 

14/3 0 

1 

0 4 REC/UH 

130.32 16K 67.77 

2 149 8/58 3 192/-B2 271/15-09.15 00-10.1 

FNOO10/12 1 

21A182/023 11:11 59 COLOR 55.0/ 60.0 

BLU SDR 42 

GRN SDR 41 

RED SOR 41 

RTC-COLOR 7 CHANNEL 

-10 

0 

0 

0 

.12 

0 

0 

0 

1/1 

1 

2 

2 

1 

1 

I 

1 

4 REC/UH 

119.4B 

123.65 

130.29 

16K 

72.92 

72 69 

66.43 

8 150.6/58.5 192/-53 271/15.11:15 00:27.9 

FNOO10/13 1 

FNOO10/14 I 

FNO010/15 I 

N)

UD 

21A183/023 11:13.59 IR 55.0/ 60.0 

IR3 SDR 42 

IR2 SOB 41 

IRI SDR 41 RTC-IR 7 CHANNEL 

-10 

0 

0 

0 

.12 

0 

0 

0 

9/1 

1 

2 

2 

1 

1 

1 

1 

4 REC/UH 

119.90 

116.67 

126.09 

16K 

59.11 

57.96 

62.91 

8 151.5/58.6 193/-53 271/15:13:15 00:27.9 

FNO010/16 I 

FNOO0O/17 t 

FNOOO/1lS I 
[0 

VIKING PROJECT LIBRARY VL-2 CAMERA EVENT REPORT 

CE LABEL LLT DIODE 

AZIMUTH 

START/STOP 

CENTER ELEV STEP 

CHAN 

MODE OFFSET GAIN DATA 

PATH SCAN 

RATE PSA SOLAR 

TEMP(C) AZ/EL 

ANTISOLAR 

AZ/EL GMT 

DURA- RSCN 

TION /DUST 

DATA TOTAL RESCAN LINES AVE DN STAND EDR # OF EDR RECORD LINES BEGIN/TOTAL MISSED GAPS VALUE DEV TAPE/FILE SEGMENTS ------------------------------------------------------------------------------------ -------

22A1S4/023 11:15.59 SINGLE 285 0/290.0 

SURV SDR 44 

RTC-SURVEI 7 CHANNEL 

-10 

43 

.12 

1 

14/3 

0 

1 

0 

4 PEC/UH 

8.44 

16K 

53.41 

2 152 3/58.8 

FNOOiO/19 

I/-S3 271/15:15:15 00:10.1 

1 

22A125/023 11:17 59 COLOR 285.0/290.0 

BLU IOR 42 

GRN IStR 41 RED ISR 41 

RTC-COLOR 7 CHANNEL 

-10 

0 

0 

0 

.12 

0 

0 

0 

1/1 

1 

2 

2 

1 

1 

1 

1 

4 REC/UH 

87.04 

88.20 

93.50 

16K 

57.48 

58.25 

56 51 

2 153 1/58.9 

,FNO010/20 

FNO010/21 

FNO010/22 

18/-53 271/15:17:15 00:27.9 

1 

I 

1 

22A186/023 11:19-S9 IR 285 0/290.0 

IR3 SOP 42 

IR2 SOR 41 

IR1 SOP 41 

RTC-IR 7 CHANNEL 

-10 

0 

0 

0 

.12 

0 

0 

0 

9/1 

1 

2 

2 

1 

1 

1 

1 

4 REC/UH 

75.85 

72.95 

75.39 

16K 

42.37 

40.82 

42.92 

2 154.0/59 1 

FNO010/23 

FNOO1O/24 

FNOO10/25 

19/-53 271/15:19:15 00:27.9 

I 

I 

I 

21A187/023 12-14,55 COLOR 202.5/282 5 

BLU - ISOR 666 

GRN ISOR 666 

RED * ISDR 665 

VO-1 TEST LINK 

-30 

0 

0 

0 

.12 

0 

0 

0 

1/1 

2 

2 

3 

1 

1 

1 

2 

4 RT/UH 

103.47 

116.24 

127.26 

16K 

30.88 

33 43 

34.39 

10 179.1/61,2 216/-59 271/16:14:11 

FNO010/26 I FNOO10/27 I 

FNOO1O/28 1 

07:07,0 

21A188/023 12'22,18 IR 202.5/262.5 

IR3 ISDR 666 

IR2 ISDR 666 

IR1 * IDR 666 

VO-1 TEST LINK 

-30 

0 

0 

0 

.12 

0 

0 

0 

9/1 

2 

2 

2 

1 

1 

1 

1 

4 RT/UH 

108.01 

103.59 

117.91 

16K 

29 01 

28 05 

31.62 

12 182 7/61.1 219/-59 271/16:21:34 07.07.0 

FNO010/29 1 

FNOO1O/30 1 

FNO010/31 1 

21A189/023 12:29:41 SINGLE 202 5/282.5 

SURV ISDR 670 

VO-1 TEST LINK 

-30 

668 

.12 

2 

14/3 

0 

1 

0 

4 RT/UH 

132.21 

16K 

36.01 

14 186.2/61.1 223/-59 271/16:.28:57 02:23.0 

FNOOIO/32 1 

22A190/023 12:33'58 COLOR 75.0/165 0 

BLU 4 IDR 749 

GRN * ISR 749 

RED * ISDR 749 

VO-1 TEST LINK 

-30 

0 

0 

0 

.12 

0 

0 

0 

1/1 

2 

2 

2 

1 

1 

1 

1 

4 RT/UH 

93.09 

104.56 

130.16 

16K 

34.33 

35 41 

37.48 

6 198 2/61.0 

FNOOIO/33 

FNOO1O/34 

FNOO1O/35 

48/-60 271/16.33:14 08:00.0 

I 

I 

I 

22A191/023 12:42.14 IR 75.0/165.0 IR ISDR 749 

IR2 ]SDR 749 

IRI * ISDR 746 

VO-1 TEST LINK 

-30 

0 

0 

0 

.12 

0 

0 

0 

9/1 

2 

2 

2 

1 

1 

1 

1 

4 RT/UH 

106.23 

100.09 

107.17 

16K 

29.27 

27.S7 

29.10 

6 192.1/60.7 

FNOOIO/36 

FNOOIO/37 

FNOO10/38 

52/-60 271/16:41:80 08:00.0 

1 

I 

I 

22A192/023 12:50.30 SINGLE 75.0/165.0 

SURV ISDR 749 

VO-1 TEST LINK 

-30 

0 

.12 

0 

14/3 

2 

1 

1 

4 RT/UH 

121.44 

16K 

34.51 

8 195.9/60.4 

FNOO1O/38 

56/-60 271/16:49:46 02:40.0 

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

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

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

N 

).


(./ 

VIKING PROJECT LIBRARY
 

VL-2 CAMERA EVENT REPORT
 

DATA SCAN PSA SOLAR ANTISOLAR DURA- RSCN
 AZIMUTH CENTER CHAN 


MODE OFFSET GAIN PATH RATE TEMP(C) AZ/EL AZ/EL GMT TION /DUST
 CE LABEL LLT DIODE START/STOP ELEV STEP 


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


DATA TOTAL RESCAN LINES 
 AVE ON STAND BOA N OF EDR
 

GAPS VALUE DEV TAPE/FILE SEGMENTS
 REtORD LINES EEGIN/TOTAL MISSED 
 -----------.---------­

16K -6 86.3/22.5 138/-14 272/11:38:50 01:34.5
 -40 .04 0/2 	 1 4 REC/UH 


0 37 78 14.11 FNOO11/01 1
 21A193/024 06.59 59 	 SINGLE 306.0/322.5 


B2 * SDR 440 439 1 0 


EARLY MORNING HI-RES MOSAIC
 

1 4 RT/UH 16K 2 108.1/40.6 158/-32 272/13:30:51 04:24.0
 21A194/024 08.52:00 	COLOR 147.5/197.5 0 .12 1/1 


16 3 118 30 35 44 FNOO11/02 1
 BLU - ISDR 402 0 0 


403 0 0 15 2 127.88 34 54 FNO11/03 1
 GRN * ISDR 3 125.20 34.22 FN011/04 1
 RED * ISDR 402 0 0 16 


MORNING COLOR MOSAIC
 

1 4 RT/UH 16K 4 116.4/45.8 165/-38 272/14:05.47 06:37.0
 21AI95/024 09:26.56 	 COLOR 162,5/237.5 -30 .12 1/1 


7 1 89.99 	 35.35 FNO011/O5 I
 BLU * ISDR 619 0 0 1 98.94 38 59 FNOO11/06 I
 GRN * ISDR 619 0 0 7 

0 7 1 	 107.72 45.01 FNO011/07 1
 RED * ISDR 619 0 


MORNING COLOR MOSAIC
 

.12 1/1 1 4 REC/UH 16K B 128.5/51.8 175/-44 272/14:48:50 00:27.9
 21A196/024 10:09.59 	 COLOR 55.0/ 60 0 -10 


42 0 0 1 1 128.22 68 45 FNO011/OS 1
 BLU SO 
 2 I 127.17 	 66 56 FNOO11/OS I
 GRN SOR 41 0 0 


0 0 2 I 124.85 59.17 FNO011/10 1
 RED SOR 41 


RTC-COLOR
 

-40 .04 8/2 	 1 4 RT/SB 250 12 234.5/50.4 277/-56 272/19:12:02 11:48.0
 21A197/024 
14.33 11 SINGLE 260 	0/260.0
 1 135.91 29.80 FN011/11 I
 BB1 ISDR 50 1 50 1 


VARIABLE FEATURES
 

1 2 REC/UH 16K 	 -12 31 3/-17 263/ 20 273/07:24:58 00 27.9
 22A198/025 02:06 31 	 SINGLE 250.0/255.0 30 .04 1/2 


I 0 0 31.44 2.91 FN0012/01 1
 BLU SOR 127 	 126 


PHOBOS
 

30 .04 1/2 	 1 1 REC/UH 16K -12 39.0/-14 272/ 18 273/07:59:58 00.27.9
 22A199/025 02:41-31 	 SINGLE 225.0/230.0 
 0 0 89.00 5.37 FN0012/02 I
 BLU ISOR 127 	 126 1 


PHOBOS
 

48.2/-9 2 282/ 14 273/08:44-58 00:27.9
 1 1 REC/UH 16K -12 


126 1 0 0 73.03 6.24 FNOO12/03 1
 22A200/025 03:Z6-31 	 SINGLE 195.0/200.0 20 .04 1/2 


BLU SDR 127 


PHOBOS
 

.04 4/2 1 2 REC/UH 16K -13 69.4/ 6.8 304/ 0 273/10.39:58 00:27.9
 22A201/025 05:21:31 	 SINGLE 122.5/127.5 10 


SUN SDR 127 126 1 0 
 0 31,03 .73 PN0012/04 1
 

SOLAR EXTINCTION
 

3 REG/UH 16K -13 77.1/13.8 312/ "S 273/11:24:58 00:27.9
 10 .04 4/2 	 1
 22A202/025 06.06:31 	 SINGLE 130.0/135 0 


127 126 1 0 0 24.56 6.41 FN0012/05 I SUN SDR 


SOLAR EXTINCTION
 
----------------------------------------- ------------------------ ------------------------------------------------------------------- ---------------

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

VIKING PROJECT LIBRARY
 VL-2 CAMERA EVENT REPORT
 

AZIMUTH CENTER 
 CHAN DATA SCAN PSA SOLAR ANTISOLAR DURA- RSCN
 CE LABEL LLT DIODE START/STOP ELEV STEP MODE OFFSET GAIN PATH RATE TEMP(C) AZ/EL AZ/EL GMT TION /DUST
 

DATA TOTAL RESCAN LINES AVE DN STAND 
 EDR # OF EDR
 RECORD LINES BEGIN/TOTAL MISSED GAPS VALUE DEV TAPE/FILE SEGMENTS
 

22A203/025 06:46.3' 	SINGLE 137.5/142,F 20 .04 4/2 1 3 REC/UH 16K -12 84.0/20 3 319/-12 273/12:04:58 00,27.9
 

SUN SDR 127 126 1 0 0 26 02 12 28 FNOO2/06 I
 

SOLAR EXTINCTION
 

21A204/025 06:54.58 	 SINGLE 27 5/ 62,5 -10 .04 
 5/2 I 4 REC/UH 16K -B 85.5/21 6 137/-13 273/12:13:25 03:07.8
 BB4 * ISDR 866 0 0 a 5 55.99 38.69 FN0012/07 I MORNING HI-RES MOSAIC
 

22A205/025 06:59.5a 	 SINGLE 52 5/110,0 -50 .04 8/2 1 4 REC/UH 
 15K -12 86,4/22.4 322/-14 273/12:18:25 5: 7.8
 

B81 * ISOR 1437 0 0 2 1 63.72 41.82 FNOO12/08 2 MORNING HI-RES COMPOSITE 

22A206/025 07-06;58 	 SINGLE 127,5/192.5 -30 .04 13/2 1 4 REC/UH 16K -12 87.6/23.6 32i/-15 273/12:25.25 05:47.8
 

8B3 * ISDR 1521 0 0 5 2 59.59 39.30 FNOOI2/09 2
 MORNING HI-RES MOSAIC
 

22A207/025 07:14 58 	 SINGLE 265.0/307.5 -10 .04 13/2 1 4 REC/UH 16K -10 89.1/24.9 324/-16 273/12.33-25 03:47 8
 BB3 * ISDR 1066 1064 3 1 1 80 87 43 33 FNOO12/10 2
 

MORNING HI-RES MOSAIC
 

21A208/025 08:53 42 	 COLOR 112.5/162 5 0 .12 1/1 1 4 RT/UH 15K -21 
 108,6/40.7 158/-32 273/14:12:08 04:24.0 BLU * ISDR 412 0 0 6 1 123.80 43.54 FN0012/11 1 GRN * ISOR 411 0 a 7 1 130.82 40.37 FN0012/12 I RED * ISDR 411 0 0 7 1 134.21 44.64 FN0012/13 I MORNING COLOR MOSAIC
 

21A209/025 09:28.38 	 COLOR 195.0/270.0 10 .12 1/1 1 4 RT/UH 16K 2 
117 0/46.0 165/-38 272/14:47:04 06:37.0
 BLU * ISOR 620 0 0 6 106.35 46 94 FN0012/14 1 GRN - ISOR 619 0 0 7 1 ill 36 47.34 FN0012/15 1 RED * ISDR 619 0 0 7 I 104.20 41.37 FN0012/16 I 

MORNING COLOR MOSAIC 

21A210/025 12:12 02 	COLOR 25.0/ 65 0 -10 .12 1/1 4 RT/UH 18K 10 177.9/60.9 215/-58 273/17:30.28 03:33.0
 BLU * ISDR 332 0 0 2 1 97.86 64.09 FNO012/17 I
 GRN * ISDR 32 0 0 2 1 118.72 75 58 FN0012/18 1 RED * ISOR 330 0 0 4 2 124.86 69 11 FN0012/10 1 

VO-1 TEST LINK 

21A211/025 12:15:51 	 IR 25.0/ 65.0 -10 .12 9/I 1 4 RT/UH 16K 12 179.7/60.9 217/-5B 273/17:34:t7 03:33.0
 IRS ISDR 332 0 0 2 1 120.82 64.83 FNO012/20 1
 

IR2 ISDR 332 0 0 2 i 117 31 63.32 FN0012/21 I
 IRI * ISDR 331 0 0 3 i 124.96 68 48 FN0O2/22 I
 

VO-1 TEST LINK
 

21A212/025 12:19.40 	 SINGLE 25.0/ 65.0 -10 .12 14/3 
 1 4 RT/UH 16K 12 181.5/60.9 21S/-59 273/17:3a:06 01:11.0
 SURV ISDR 331 0 0 3 1 125.57 72.15 FNOOI2/23 I
 

VO-1 TEST LINK
 
VIKING PROJECT LIBRARY
 VL-2 CAMERA EVENT REPORT 

CE LABEL LLT DIODE 

AZIMUTH 

START/STOP 

CENTER 

ELEV .TEP 

CHAN 

MODE OFFSET GAIN 

DATA 

PATH 

SCAN 

RATE 

PEA SOLAR 

TEMP(C) AZ/EL 

ANTISOLAR 

AZ/EL GMT 

DURA- RSCN 

TION /DUST 

DATA TOTAL RESCAN LINES AVE ON STAND 

RECORD LINES BEGIN/TOTAL MISSED GAPS VALUE DEV - - - ­ - - ­ - - - - - - - - - - - - - - - - - - - ­ - - - - - - - - - ­ - -- - - - - --.. . . . . . .. . . . . . . . . . . . . . . . . . 

EDR N OF EDR 

TAPE/FILE SEGMENTS . . . . . . . . . . . . . . . . 

21A213/025 12:22,45 COLOR 120 0/250.0 

BLU * ISDR 1082 

GRN * ISOR 1082 

RED * ISDR 1081 

VO-1 TEST LINK 

-20 

0 

0 

0 

.12 

0 

0 

0 

1/1 

2 

2 

3 

1 

1 

1 

1 

4 RT/UH 

103.12 

112.21 

118.77 

16K 

41.02 

43.57 

42 66 

14 183 0/60.9 220/-59 273/17:41:11 

FNO012/24 2 

FNO012/25 2 

FN0012/26 2 

11:33.0 

2IA214/025 12.34-34 IR 

IR3 

IR2 

IRI 

VO-1 

120.0/250.0 

SOR 1082 

SDR 1082 

* SDR 1081 

TEST LINK 

-20 

0 

0 

0 

.12 

0 

0 

0 

9/1 

2 

2 

3 

1 

1 

1 

1 

4 RT/UH 

105.90 

101,01 

109.92 

161 

38.32 

36.92 

40.02 

16 189 G/GO.7 225/-S9 273/17-S3.oo 

FNO012/27 2 

FN0012/28 2 

FNO012/29 2 

tl 33.0 

21A215/025 12:46 23 SINGLE 120.0/250 0 

SURV ISDR 1081 

VO-1 TEST LINK 

-20 

0 

.12 

0 

14/3 

3 

1 

1 

4 RT/UH 

122.24 

16K 

46 62 

20 194 0/60.3 230/-6O 273/18.04.49 03!51.0 

FND012/30 2 

21A216/025 17:29 59 SINGLE 260 0/285 0 -20 R83 * SDR 627 626 

EVENING HI-RES MOSAIC 

.04 1 13/2 0 1 

0 4 REC/UH 93.21 16K 32.90 14 273 1/22 9 323/-31 273/22.48 25 02-14.5 FN0012/31 I 

21A217/026 08.52 50 COLOR 77 5/127.5 

BLU * ISDR 412 

GRN * ISDR 411 

RED * ISDR 411 

MORNING COLOR MOSAIC 

10 

0 

0 

0 

.12 

0 

0 

0 

1/1 

6 

7 

7 

1 

1 

1 

1 

4 RT/UH 

106.95 

111.27 

110.94 

16K 

51.48 

52.73 

53 91 

0 108 6/40 5 158/-32 274/14.50:52 04:24.0 

FNO013/01 I 

FNO013/02 1 

FNOO13/03 I 

21A218/026 09.27 47 COLOR 15 0/ 90.0 

BLU * ISDR 620 

ORN * ISDR 619 

RED t ISDR 619 

MORNING COLOR MOSAIC 

0 

0 

0 

0 

.12 

0 

0 

0 

/1 

6 

.7 

7 

1 

1 

1 

1 

4 RT/UH 

109.22 

109 87 

112.62 

16K 

67.47 

67 33 

64 32 

4 116 9/45.8 165/-38 274/15:25 48 06 37.0 

FNO013i/04 1 

FNO013/05 I 

PN0013/06 1 

21A219/026 13:15 1; SINGLE 260.0/260 0 

ISOR 5C S1 

VARIABLE FEATURES 

-40 

1 

.04 

so 

8/2 

0 

1 

0 

4 RT]SB 

142.30 

250 

26 68 

10 206 7/58 5 244/-60 274/19:13.12 11.48.0 

FNOOi3/07 1 

22A220/027 06'59-59 SINGLE 117.5/215.0 -10 

BB4 * ISDR 2434 0 

MORNING HI-RES MOSAIC 

.04 

0 

5/2 

5 

1 

2 

4 REC/UH 

65.60 

16K 

60 66 

-13 86 7/22 3 322/-14 275/13-3736 08'41.1 

FNO013/08 4 

21A221/027 12:06 16 SINGLE 122 5/250.0 

B84 - ISOR 2456 

NOON RTI HI-RES MOSAIC 

0 

0 

.04 

0 

5/2 

730 

1 

3 

4 RT/UH 

136,85 

16K 

46.19 

8 175 4/60.5 213/-57 275/18:43.53 11,18.0 

FN0013/09 5 

Pi 

U' 

2lA222/027 12.44 01 SINGLE 250.0/295.0 -10 

BB4 * ISDR 1072 0 

NOON RTI HI-RES MOSAIC 

.04 

0 

S/2 

54 

1 

1 

4 RT/UH 

142.34 16X 39.64 10 193.0/60.1 229/-S 

FNO013/10 2 

275/19:21.37 03.4.0 
--------------------------------------------------- ----------------------------------- ----------------------------------------------

N) 	 VIKING PROJECT LIBRARY
 ko 

a) 	 VL-2 CAMERA EVENT REPORT 

AZIMUTH CENTER CHAN DATA SCAN PSA SOLAR ANTISOLAR DURA- RSCN
 

CE LABEL LLT DIODE START/STOP ELEV STEP MODE OFFSET GAIN PATH RATE TEMP(C) AZ/EL AZ/EL GMT TION /DUST
 .------------------------------------------------

DATA TOTAL RESCAN LINES AVE ON STAND EDR # OF EDR
 

RECORD LINES BEGIN/TOTAL MISSED GAPS VALUE DEV TAPE/FILE SEGMENTS
 

....- ......-.......-......... 	 --................--................ 


22A223/028 06:54 59 	 SINGLE 215.0/325.0 0 .04 5/2 1 4 REC/UH 16K -13 85 9/21.4 321/-13 276/14:12:11 09:47.8
 

BB4 - ISDR 2746 0 0 5 2 105.80 40.60 FNOO13/11 4
 

MORNING HI-RES MOSAIC
 

21A224/029 0-03-11 	 SINGLE 322.5/330.0 -30 .12 14/3 1 4 RT/SB 250 -4 111.3/42.0 161/-34 276/16:20:23 11:48.0
 

SURV ISDR so 0 0 14 1 62.24 45.10 FNOO13/12 1
 

BOOM POSITION
 

21A225/028 12:07 23 	 SINGLE 130 0/260.0 -20 .04 13/2 1 4 RT/UH 16K 8 176.0/60.4 214/-5? 276/19:24:35 11:18.0
 

863 * ISOR 3176 0 0 7S 2 ;21.94 40.56 FN0013/13 S
 

NOON RTI HI-RES MOSAIC
 

21A226/028 12 45 08 	 SINGLE 290.0/335.0 -10 .04 5/2 1 4 RT/UH 16K 10 193.8/59 0 230/-59 276/20:02:20 03:46.0 

884 * ISDR 1072 0 0 54 1 148.52 51.06 FN0013/14 2 

NOON RTI HI-RES MOSAIC 

21A227/028 16-11.13 SINGLE 230.0/240.0 -20 .04 0/2 1 4 REC/UH 16K 12 2598 0/35 3 306/-42 276/23:28:25 00:54.5
 

BB2 * SDR 252 251 1 0 0 84.18 30.77 FN0013/15 1
 

SAMPLE TRENCH
 

21A228/028 16:29.13 	 SINGLE ?,5/ 17.5 -30 .12 14/3 1 4 REC/UH 16K 12 261 6/32.4 311/-40 276/23:46:25 00:19.0
 

SURV SOR 86 84 2 0 0 73,95 36.55 FNO013/16 1
 

COLLECTOR HEAD OVER PDA
 

21A229/028 17;46,27 	 SINGLE 290.0/300.0 -30 .04 0/2 1 4 REC/UH 16K 12 275,7/19,8 326/-28 277/01:03:39 00:54.5
 

B62 * SDR 252 251 1 0 0 81.53 35.01 FNOO13/17 I
 

BACKHOE/PURGE SITE
 

21A230/028 18.04 59 	 SINGLE 230.0/240.0 -20 .04 0/2 1 4 REC/UH 16K 12 278.9/16,8 330/-25 277/01:22:11 00;54.5 

B82 * SDR 252 251 1 0 0 45.47 17 64 FNOO13/18 I 

SAMPLE TRENCH 

21A231/02B 18.18 1 	 SINGLE 152.5/155.0 30 .04 4/2 1 3 REC/UH 16K 12 281.2/14.7 332/-22 277/01:35:23 00.14.5
 

SUN SO 65 64 1 0 0 32.16 18.77 FNOO13/19 I
 

SUN (NON-NOMINAL COMMAND)
 

21A232/028 19'03' 1 	 SINGLE 160.0/162.5 20 .04 4/2 1 2 REC/UH 16K 10 289.0/ 7 6 340/-15 277/02:20:23 00:14.5
 

SUN SDR 65 64 1 0 0 34.74 2.72 FNOO3/20 1
 

SUN (NON-NOMINAL COMMAND)
 

22A233/029 03:03 11 	 SINGLE 265 0/270 0 20 .04 1/2 1 1 REC/UH 169 -13 43.9/-12 277/ 17 277/10:59:58 00:27.9
 

BLU SDR 127 126 1 0 0 68.54 5.32 FN0014/01 I
 

PHOB0S (NON-NOMINAL COMMAND)
 

22A234/029 03:18 11 	 SINGLE 25S.O/260.O 20 .04 1/2 1 1 REC/UH 16K -12 47.0/-10 280/ 15 277/11:14:59 00:27.9
 

BLU SDR 122 0 0 4 1 69.43 6.24 FN0014/02 1
 

PHOBOS (NON-NOMINAL COMMAND)
 
VIKING PROJECT LIBRARY
 VL-2 CAMERA EVENT REPORT
 

CE LABEL LLT DIODE 

AZIMUTH 

START/STOP 

CENTER 

ELEV STEP 

CHAN 

MODE OFFSET GAIN 

DATA 

PATH 

SCAN 

RATE 

PSA SOLAR 

TEMP(C) AZ/EL 

ANTISOLAR 

AZ/EL GMT 

DURA- RSCN 

TION /DUST 

DATA TOTAL RESCAN LINES RECORD ,LINES BEGIN/TOTAL MISSED .................................................... 

GAPS AVE ON STAND VALUE DEV ............ ....... 

EDR 0 OF EDR TAPE/FILE SEGMENTS %............... 

22A235/029 03.43.11 SINGLE 237.5/242 5 30 .04 BLU SDR 125 0 0 

PHOBOS (NON"NOMINAL COMMAND) 

1/2 

1 1 

1 

1 REC/UH 

70.01 

16K 

6.09 -13 51.9/-7.5 286/ 13 FNO014/03 1 277/11:39:58 00:27.9 

22A236/029 06-44.59 SINGLE 60 0/117.5 -10 

884 SDR 1437 0 

MORNING HI-RES MOSAIC 

.04 

0 

5/2 

2 

1 

1 

4 REC/UH 

47.94 

16K 

43.09 

-13 84.3/19.7 320/-Il 

FNOO14/04 2 

277/14:41:46 05:07.8 

21A237/029 12:05.41 SINGLE 10.0/140.0 

884 * ISDR 3177 NOON RTI HI-RES MOSAIC 

0 

0 

.04 

0 

5/2 

74 

1 

1 

4 RT/UH 

111.82 

16K 

65.52 

a 175.3/60.3 213/-57 277/20:02:28 11:18.0 

FN0014/05 5 

21A238/029 12.43-26 SINGLE 30.0/ 75 0 -20 

64 * ISDR 902 0 

NOON RTI HI-RES MOSAIC 

.04 

0 

(RTC) 

5/2 

224 

1 

2 

4 RT/UH 

73,98 

16K 

53.36 

12 192.8/59.6 229/-59 277/20;40:13 03:13.0 

FN0014/06 2 

22A239/029 13:40-38 SINGLE 115.0/125.0 -30 BB2 - SDR 252 251 

COLLECTOR HEAD IN CONTACT 

.04 1 0/2 

0 1 

0 4 REC/UH 

114.40 16K 38.93 6 216.7/55.9 

FNO014/07 

79/-59 277/21:37:25 00:54.5 I 

22AQ40/029 13:57 07 SINGLE 307 5/332.5 -30 

SURV SDR 211 209 

COLLECTOR HEAD OVER XRFS 

.12 

2 

14/3 

0 

1 

0 

4 REC/UH 

55,54 

16K 

34.00 

8 222.6/54.2 

FNO014/08 

87/-S8 277/21:53.54 00:45.6 

1 

21A241/029 14:07,26 SINGLE 290.0/300.0 

BB2 I SOR 252 

RACKHOE/PURGE SITE 

-30 

251 

.04 

1 

0/2 

0 

1 

0 

4 REC/UH 

116.93 

16K 

50.82 

16 226.1/53 0 267/-57 277/22:04:13 00.54.5 

FNO014/09 I 

22A242/029 14-19.59 SINGLE 115.0/125,0 

82 * SDR 252 

SAMPLE SITE AFTER DIG 

-30 

251 

.04 

1 

0/2 

0 

1 

0 

4 REC/UH 

133.94 

16K 

26.97 

8 230.1/51.5 

FNO014/10 

96/-56 277/22:16:46 00:54.5 

I 

22A243/030 06 44.59 SINGLE 110.0/115 0 -50 

81 * ISOR 122 0 MORNING NI-RES COMP.-GORE 

.04 

0 FILL 

8/2 

4 

1 

1 

4 REC/UH 

36.43 

16K 

15.24 

-13 84.4/19.6 320/-il 278/15:21:22 00:27.9 

FN0014/11 1 

21A244/030 09'21-10 SINGLE 322 5/330.0 

SURV ISOR 49 BOOM POSITION AFTER 

-30 .12 

0 0 

SOL 29 SEQ 

14/3 

15 

1 

2 

4 RT/SB 

64.56 

250 

47.26 

0 116.0/44.5 165/-36 278/17:57:33 11:48.0 

FN0014/12 1 

22A245/030 10:57 08 SINGLE 307.5/332 5 -30 

SURV ISOR 208 0 COLLECTOR HEAD OVER XRFS 

.12 

0 

14/3 

1 

1 

1 

4 REC/UH 

113.61 

16K 

55.99 

0 145.8/56.4 

FN0014/13 

13/-SO 

1 

278/19:33:30 00:45.6 

21A246/030 11:07.27 SINGLE 290.0/300.0 

B82 * ISDR 250 

BACKHOE/PURGE SITE 

-30 0 .04 0 0/2 

1 I 

1 

4 REC/UH 

88.97 

16K 

37.58 6 149.9/57,3 192/-51 278/19:43.49 00.54.5 FN0014/14 I 
R)
 

co VIKING PROJECT LIBRARY
 

VL-2 CAMERA EVENT REPORT
 

AZIMUTH CENTER CHAN DATA SCAN PSA SOLAR ANTISOLAR DURA- RSCN
 

CE LABEL LLT DIODE START/STOP ELEV STEP MODE OFFSET GAIN PATH RATE TEMP(C) AZ/EL AZ/EL GMT TION /OUST
 

DATA TOTAL RESCAN LINES AVE ON STAND EDR N OF EOR
 

RECORD LINES BEGIN/TOTAL MISSED GAPS VALUE DEV TAPE/FILE SEGMENTS
 

22A247/030 11:18.10 	SINGLE 115.0/12S.0 -30 .04 0/2 1 4 REC/UH 16K 2 154.3/59.1 20/-53 278/19:64.32 00:64.5
 

B2 SDR 253 251 2 0 0 92.26 34.27 FNOIA/15 I
 

SAMPLE SITE AFTER DIG
 

21A248/030 11:31:04 	 SINGLE 282 5/292 5 -30 .04 0/2 1 4 REC/UH 16K 8 159.7/59 9 200/-54 27a/20:07.26 00,54.5
 

82 - SOR 253 251 2 0 0 96,75 38.19 FNO014/16 1
 

COLLECTOR HEAD ON ROCK
 

22A249/030 11:32 47 	 SINGLE 90.0/100 0 -30 .04 0/2 1 4 REC/UH 16K 2 160 5/59 0 25/-54 278/20-09:09 00:54.5
 

B62 * SOR 250 0 0 1 1 101.09 35.53 FN0014/17 1
 

STEREO TO 21A248
 

21A250/030 11:36 04 SINGLE 282 5/292 5 -30 .04 0/2 1 4 REC/UH 16K 8 161.9/59.2 2 02/-54 278/20:12.26 00'54.5
 

82 * ISOR 250 0 0 1 1 102.65 35.40 FNOO14/18 1
 

ROCK AFTER NUDGE
 

22A251/030 11:3747 SINGLE 90 0/100 0 -30 .04 0/2 1 4 REC/UH 16K 4 162.7/59.2 26/-5S 278/20:14:09 00:54.5
 

B2 - SDR 252 251 1 0 0 107.67 32.59 FN0014/19 1
 

STEREO TO 21A250
 

22A252/030 12:06:09 	SINGLE 90 0/220 0 -10 .04 5/2 1 4 RT/UH 16K 4 175 6/60 1 37/-57 278/20:42:32 11:18.0
 

884 * ISDR 3177 0 0 74 1 129.80 57.65 FNOGIA/20 5
 

NOON RTI HI-RES MOSAIC
 

22A253/030 12-38.18 	 SINGLE 210 0/260 0 0 .04 5/2 1 4 RT/UH 16K 8 190 5/59.8 51/-59 278/21:14:40 03:49.0
 

8B4 - ISOR 1072 0 0 179 1 147 69 74.19 FN0014/21 2
 

NOON RTI HI-PES MOSAIC
 

22A254/030 14:2500 	COLOR 115.0/125.0 -30 .12 1/1 1 4 REC/UH 16K 10 231 6/50.7 98/-55 278/23.01:22 00:54.5
 

SLU * SOP 83 0 0 1 1 203.52 27.43 FNOO14/22 I


GRN * SDR 83 0 0 1 1 113.54 32.98 FN0014/23 1 

RED * SOP 93 0 0 1 1 138 38 41.44 FNO014/24 1 

COLOR OF XRFS TRENCH
 

22A255/030 1:00oO 	SINGLE 7.5/ 10.0 0 .04 5/2 1 4 REC/UH 16K 12 241 4/45.9 110/-52 278/23:36 22 00:94.5
 

BB4 * SOP 65 64 1 0 0 101.21 54.65 FNO014/25 1
 

1500 HRS. MARGIN
 

22B000/031 06:39.59 	SINGLE 7 5/11S.0 0 .04 5/2 1 4 REC/UH 16K -12 83.7/18.7 319/-10 279/15.SE.57 09:34.S
 

84 I ISOR 2679 0 0 10 a 91.23 59.04 FN0015/0I 4
 

MORNING HI-RES MOSAIC
 

218001/031 06:51-59 	SINGLE 250.0/265.0 0 .04 5/2 1 4 REC/UH 16K -6 85.8/20.7 137/-12 279/16:07:57 01:21.2
 

84 * ISDR 372 0 0 4 1 141.76 78.41 FNO015/02 1
 

MORNING HI-RES MOSAIC
 
VIKING PROJECT LIBRARY
 

VL-2 CAMERA EVENT REPORT
 

................................................................ ................... ....................................... 
 ---------------------­

CE LABEL LLT DIODE 

AZIMUTH 

START/STOP 

CENTER 

ELEV STEP 

CHAN 

MODE OFFSET GAIN 

DATA 

PATH 

SCAN 

RATE 

PSA SOLAR 

TEMP(C) AZ/EL 

ANTISOLAR 

AZ/EL GMT 

DURA- RSCN 

TION /DUST 

DATA TOTAL RESCAN LINES 

RECORD LINES 6EGIN/TOTAL MISSED GAPS S. .. . ......... ...... =.. .. ...... I•............ 

AVE ON 

VALUE 

. .............. 

STAND 

DEV .. 

EOR # OF EDP 

TAPE/FILE SEGMENTS --..... I ....... --....... 

22B002/031 07:20 59 SINGLE 7 5/ 60.0 -10 

BBS * SOP 1315 1314 

MORNING HI-RES MOSAIC 

.04 

1 

13/2 

0 

1 

0 

4 REC/UH 

65.75 

16K 

26.50 

-10 91 0/25.4 326/-17 279/16.36.57 04-41.2 

FNOO15/03 2 

22B003/031 12:01 37 SINGLE 235.0/335.0 0 

B64 - ISDR 2491 2501 

NOON RTI HI-RES MOSAIC 

.04 

2 

5/2 

12 

1 

3 

4 RT/UH 

104.37 

16K 

60.09 

4 173 6/59 9 

FNOO15/04 

386/-57 279/21:17:35 08:54.0 

4 

228004/031 12:37 03 SINGLE 

BB4 * 

NOON RT: 

7.5/ 87.6 

ISOR 1718 

HI-RES MOSAIC 

0 

0 

.04 

0 

8/2 

283 

1 

2 

4 RT/UH 

139.63 

18K 

36.56 

6 190 0/59 7 

FNO015/05 

51/-59 279/21:53:01 

3 

06:07.0 

228005/031 15:00 00 SINGLE 75.0/ 77.5 

BB1 * SOP 65 

1500 HRS. MARGIN 

-60 

64 

.04 

1 

8/2 

0 

1 

0 

4 REC/UH 

85.45 

16K 

61 05 

10 241 4/45.8 110/-52 280/00;15:57 00:14.5 

FN0015/06 1 

218006/031 18 06 00 SINGLE 150,0/152,5 SUN SOP 65 

ATMOS. ATTENUATION 

30 

64 .04 1 4/2 

0 1 

0 3 REC/UH 

31.52 16K 20,46 12 278.9/16.2 330/-24 280/03:21-57 00:14.5 FN0015/07 1 

218007/031 19.04 00 SINGLE 160 0 / 1 6 2 .r 

SUN ISDR 65 

ATMOS. ATTENUATION 

20 

64 

.04 

1 

4/2 

0 

1 

0 

2 RPEC/UN 

35.11 

16K 

2.24 

10 288.9/ 7.1 

FNOO1B/08 

340/-15 280/04:19'57 00:14.5 

I 

21B008/032 06.29 59 SINGLE 45.0/ 75.0 

8B4 * ISOR 746 

MORNING HI-RES MOSAIC 

0 

0 

.04 

0 

5/2 

5 

1 

2 

4 REC/UH 

89.73 

16K 

37.80 

-8 82 1/17.0 133/ 

FNOO15/09 I 

-9 280/16.25:32 02:41.2 

21B009/032 06:39,59 SINGLE 260 0/335.0 -10 

BB4 * ISOR 1870 0 

MORNING HI-E MOSAIC 

.04 

0 

5/2 

6 

1 

6 

4 REC/UH 

41,19 

16 

32.98 

.6 83 8/18 7 135/10 280/16:35.32 06:41.2 

FNO015/1O 3 

21B010/032 06:49 59 SINGLE 75 0/142 5 

B84 * ISDR 1684 

MORNING HI-RES MOSAIC 

0 

0 

.04 

0 

5/2 

5 

1 

1 

4 REC/UH 

108.80 

16K 

39 05 

-4 85.6/20 3 137/-12 280/16-45.32 06:01.2 

FNOO15/ll 3 

228011/032 09.45 10 SINGLE 90.0/110.0 

SURV * ISR so 

BOOM POSITION 

-30 

0 

.12 

0 

14/3 

14 

1 

1 

4 RT/SB 

93.04 

250 

49.71 

0 122.6/47 7 354/-40 280/19:40.43 11:48.0 

FN0015/12 1 

228012/032 11:59.19 SINGLE 95 0/200.0 -30 

8B2 * ISDR 2502 0 NOON RTI HI-PES MOSAIC 

.04 

0 

0/2 

124 

1 

1 

4 PT/UH 

98.69 

16K 

37 36 

6 172 6/59.7 

FNOO15/13 

35/-56 280/21.54:52 08:54.0 

4 

228013/032 12:34'45 SINGLE 25.0/ 95.0 -10 

83 * ISDR 1719 0 

NOON RTI HI-RES MOSAIC 

.04 

0 

13/2 

32 

1 

1 

4 RT/UH 

129.72 

16K 

31.93 

8 188.9/59.6 

FN0015/14 

80/-58 280/22'30:18 06:07.0 

3 
--------------------------------------------------------------------------------------------- ------------------------------------------------------

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

c-)
 

o 	 VIKING PROJECT LIBRARY
 

VL-2 CAMERA EVENT REPORT
 

AZIMUTH CENTER 
 CHAN DATA SCAN PSA SOLAR ANTISOLAR DURA- RSCN
 CE LABEL LLT DIODE START/STOP ELEV STEP MODE OFFSET GAIN PATH RATE TEMP(C) AZ/EL AZ/EL GMT TION /OUST
 

DATA TOTAL RESCAN LINES AVE ON STAND EOR # OF EDR
 RECORD LINES BEGIN/TOTAL MISSED GAPS VALUE 
 DEV TAPE/FILE SEGMENTS
 

228014/032 
14:59 59 SINGLE 10.0/ 12.F -20 .04 13/2 1 4 REC/UH 16K 10 241 3/45 6 110/-52 281/00:55:32 00:14.5 BE3 W SDR 65 64 1 0 0 87.23 31,98 FN0015/15 1 1500 HRS. MARGIN 

213015/033 06-44 59 SINGLE 177 5/257 5 -50 .04 8/2 
 1 4 REC/UH 16K -8 84.9/19,4 136/-11 281/17:20:07 7: 7.8
 

B31 I ISDR 1993 0 0 a 5 
 57.89 42.16 FN0015/16 3
 MORNING I-RES COMPOSITE
 

22B016/033 08 49-00 COLOR 172.5/212 5 10 .12 1/I 1 5 REC/UH 
 16K -8 108 9/39.3 342/-31 281/19:24:09 03:34.5 D
 BLU ISDR 332 0 0 2 1 129 56 
 71.97 FNOO15/17 1
 GRN - ISDR 332 0 0 2 1 130 60 69.41 FNO015/18 1
 RED ISDR 331 0 0 3 1 123.50 63.46 FNO15/19 1
 

SKY BRIGHTNESS
 

228017/033 08.54,01 IR 172.5/212 5 10 .12 
 9/1 1 4 REC/UH 16K -6 1".0/40.1 343/-32 281/l:29:09 03:34.5
 IR3 SDR 333 0 0 1 1 122.75 73.B3 FN0GI5/20 I
 IR2 0DR 333 0 0 1 1 123 72 
 73.54 FNOO15/21 1
 IRI SDR 333 0 0 1 1 123.52 72.94 FNO01S/22 I
 SKY BRIGHTNESS
 

22B018/033 08,59 01 SINGLE 172.5/212.5 10 
 .12 14/3 1 5 PEC/UH 16K -6 111.1/40.9 344/-32 2S1/19:34:09 01:12.3
 SURV 
 SDR 236 334 2 0 0 127.12 £63.99 FNO01S/23 I
 SKY BRIGHTNESS
 

223019/033 09:00 11 SINGLE 170.0/170 0 0 15/7 1 2 REC/UH 16K 
 -4 / / 281/19:35:21 0:18.0 CAL SDR 61 0 0 
 D 0 00 .00 FN0015/24 1
 

CALIBRATION
 

228020/033 10:2959 SINGLE 285.O/290.O -20 .04 8/2 I 
 4 REC/UH 16K 0 136 6/53.2 6/-46 281/21.05:07 00:27.9
 Bel 
 SDR 127 126 1 0 0 66.45 36.67 FNOO1S/25 I
 

RTC MAGNET
 

21B021/033 11:56 52 SINGLE 170 0/270 0 
 -40 .04 8/2 1 4 RT/UH 16K 8 171 6/59.5 210/-56 281/22:32;00 08:54.0
 

BBI * ISDR 2503 2501 2 0 0 118 92 38.11 FNO015I/26 4 NOON RTI HI-RES MOSAIC 

218022/033 12-32 18 SINGLE 240.0/310' 0 -30 .04 
 13/2 1 4 RT/UH 16K 10 187,9/59 5 225/-58 281/23:07:27 06.07.0
 B83 I 1SDR 1718 0 0 
 33 2 123.71 37 85 FN0015/27 3
 NOON RT] HI-RES MOSAIC
 

228023/034 04:29.00 COLOR 110.0/170 0 
 10 .12 1/1 1 5 REG/UH 16K -4 61.1/-i 8 295/ 	8 282/15:43I43 05:21.2
 BLU * ISDR 498 0 0 3 2 103,26 54.80 FN0016/01 1 GRN 1DR 497 0 0 4 2 97.68 55.00 FNO16/02 1
 RED ISDR 497 0 0 4 2 82.23 48.33 FNOO16/03 1
 

SUNRISE (SKY)
 
-------------------------------------- ----------------------------------------- --------------- --------- --------------------------------- --------

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

VIKING PROJECT LIBRARY
 

VL-2 CAMERA EVENT REPORT
 

---------------------------------------------------------------------------------------------------------------	 D----------


DATA SCAN PSA SOLAR ANTISOLAR OURA- R5CM
 AZIMUTH CENTER CHAN 
 TION /DUST
 ELEV STEP MODE OFFSET GAIN PATH RATE TEMP(C) AZ/EL AZ/EL OMT 
 CE LABEL LLT DIODE START/STOP 


EDR N OF EDR
 DATA TOTAL RESCAN LINES AVE DN STAND 


VALUE DEV TAPE/FILE SEGMENTS
 RECORD LINES BEGIN/TOTAL MISSED GAPS 


16K -10 62 2/-0.9 113/ 7 282/15:49:43 05:21.2
 .12 1/1 1 1 REC/UH 


499 0 0 2 2 79.55 27.18 FNOO16/04 I
 218024/034 04-35 00 	 COLOR 200.0/260.0 -20 


BLU ISOR 
 5 A 81.27 	 29.10 FNO016/05 1
 GRN ISDR 496 0 0 
 2 92.53 30.24 FNOO16/06 I
 RED * ISDR 498 0 0 3 


SUNRISE (SURFACE)
 

-30 .04 0/2 I 4 REC/UH 16K -13 85.0/19.3 320/-Il 282/17:59:43 00:54.5
 228025/034 06'45 00 	 SINGLE 10 0/ 20.0 
 0 45.37 28.53 FN0016/07 1
 BB2 - SDR 252 251 1 0 


MORNING HI-RES MOSAIC
 

.12 14/3 1 4 RT/SB 250 -2 123.0/47 5 355/-40 282/20.59:55 11:48.0
 22B026/034 09:45-11 	 SINGLE 102 5/110 0 -30 
 1 93.88 49.96 FN0016/08 I SURV * ISDR 50 0 0 14 


SURVEY OF ROCK ROLL AREA
 

-10 .12 1/1 1 4 REC/UH 16K 0 136 7/53.1 6/-46 282/21:44:43 00:27.9
 22B027/034 10:30 00 	 COLOR 285.0/290.0 
 1 79 84 54.52 FNO016/09 1
 BtU SOR 42 0 0 1 


0 0 2 1 81.75 64.96 FNO016/1O I
 GRN SDR 41 
 1 88.21 54.08 FNO016/11 1
 RED SDR 41 0 0 2 


RTC NO. 2-COLOR
 

-30 .04 0/2 1 4 REC/UH 16K 0 140.8/54 4 9/-48 282/21:56:19 00:54.5
 228028/034 10-41 36 	SINGLE 102 5/112 5 
 0 85.86 32 66 FNOO16/12 I
 B82 SOR 252 251 1 0 


BOOM TOUCHING ROCK AFTER ROLL
 

-30 .04 0/2 1 4 REC/UH i6K 4 141.4/54 5 185/-48 282/21:58:04 00:64.5
 218O29/034 10:43'21 	 SINGLE 292.5/302 5 0 77.98 36.49 FNO016/13
 1
 B82 SDR 252 251 I 0 


STEREO TO 22B028
 

SINGLE 102.5/1 12.5 	 -30 .04 0/2 1 4 REC/UH 16H 2 143 1/55.0 ti/-48 282/22:02!53 00:54.5
 228030/034 10-48 10 


B82 * SDR 252 251 1 
 0 0 12.11 31.78 FN0O16/14 I
 

ROCK AFTER ROLL-BOOM REMOVED
 

REC/UH 16K 4 143 B/55.2 187/-49 282/22:04:38 00:54.5
 218O31/034 10 49 55 	 SINGLE 292.5/302.5 -30 .04 0/2 1 4 


0 0 86.51 	 36.63 FN0016/15 I
 B2 " SDR 252 251 1 


STEREO TO 22B030
 

RT/UH 16K 8 170 6/59.3 209/-56 282/23-09:02 08:54.0
 218032/034 11.54 18 	 SINGLE 150.0/250.0 -20 .04 0/2 1 4 


2503 2501 2 0 0 126.34 33.35 FNOO16/16 4
 BB2 * ISDR 


NOON RTI HI-RES MOSAIC
 

4 RT/UH 16K 10 186 7/59.4 224/-58 282/23:44.28 6: 7.0
 21B033/034 12.29 44 	 SINGLE 2 10.0/280.X -50 .04 8/2 1 


BBI - ISDR 1719 
 0 0 32 I 102.02 47.05 FNO016/17 3
 

NOON RTI HI-RES COMPOSITE
 

4 RT/UH 16K 8 169.6/59.1 209/-S5 283/23:46:14 06:33.0
 21B034/035 11.51-55 	SINGLE 150.0/225.0 -10 .04 13/2 1 


0 0 3S 1 128.44 34.21 FN0016/1B 3
 B3 * ISOR 1841 


NOON RTI HI-RES MOSAIC
 
--------------------------------- --------------- --------------------------------------------- -----------------------------------------

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

C

a,
 

N)
 

VIKING PROdECT LIBRARY
 VL-2 CAMERA EVENT REPORT
 

------------------------------------------------------------------------------------------------------------------------------....
 

AZIMUTH CENTER 
 CHAN DATA SCAN PEA SOLAR ANTISOLAR DURA- RSCN
 CE LABEL LLT DIODE START/STOP ELEV STEP MODE OFFSET GAIN PATH RATE TEMP(C) AZ/EL AZ/EL GMT TION /DUST
 

PATA TOTAL RESCAN 
 LINES AVE ON STAND EDR fN OF EDR
 RECORD LINES BEGIN/TOTAL MISSED GAPS VALUE bEV TAPE/FILE SEGMENTS
 

218035/035 12:30.10 SINGLE 277.5/315.0 -40 .04 0/2 1 4 RT/UH 16K 10 187.0/59.3 224/-58 224/00.24:29 03.16.0
 

B2 * ISDR 916 0 0 23 2 113.35 54.20 FN0016/19 2
 

NOON RTI HI-RES MOSAIC
 

228036/035 13:30 00 COLOR 
102 5/112.5 -30 .12 1/1 1 4 REC/UH 16K 6 212.3/55.9 75/-58 284/01:24:18 00:54.5
 BLU SDR 83 0 0 1 1 
 101 49 27.00 FNO016/20 1
 

GRN SDR 83 0 0 1 1 115.20 28 09 FN0016/21 1
 RED SDR 83 0 0 1 1 
 144.71 30 33 FN0016/22 1
 

COLOR OF 7 CHAN SET(3 EVENTS)
 

228037/035 13:35 00 IR 102.5/112.5 -30 
 .12 9/1 1 4 REC/UH 16K 6 214.3/55 5 77/-58 284/01'29:18 00.54.5 

IR3 SDR 83 0 0 1 1 112.50 22 93 FN0016/23 I IR2 SDR 83 0 0 1 1 107.17 21.92 FNO016/24 1 IR * SDR 83 0 0 1 1 116.05 23 48 FN0016/25 1 IR OF 7 CHAN SET(3 EVENTS) 

228038/035 13:40 00 SINGLE 102.5/112.5 -30 .12 14/3 1 4 REC/UH 16K 
 6 216.1/55 0 79/-S 284/01:34:18 00:19.0
 

SURV SDR 86 84 2 0 0 132.87, 29.12 FNOO16/26 I
 SURVEY OF 7 CHAN SET(3 EVENTS)
 

21BO39/038 06:49.59 SINGLE 215 0/260.0 -10 .04 5/2 1 4 REC/UH 
 16K -8 86.2/1g.9 137/-11 284/19:23:53 04.01.2 

SB4 * ISDR 1122 0 0 4 1 SO.72 31 82 FNO017/01 2 

MORNING HI-RES MOSAIC 

218040/038 07,00.59 SINGLE 150 0/265.0 
 -30 .04 0/2 1 4 REC/UN 16K -6 88.1/21 7 139/-13 284/19;34:53 10:14.5 882 * ISDR 2874 0 0 2 1 61.64 38.55 FNOOI7/02 4 

MORNING HI-RES MOSAIC 

22041/036 07:39.59 SINGLE 25 0/ 32.5 -20 .04 8/2 1 4 REC/UH 16K -10 
 95 3/28,1 330/-19 284/20:13:53 00:41.2
 

SB1 SOR 190 189 1 0 0 63.21 26.75 FNO017/03 1
 

MORNING HI-RES MOSAIC
 

22B042/036 09:45 10 SINGLE 102.5/110.0 -30 .12 
 14/3 1 4 RT/SB 250 -2 123.3/47.3 355/-39 284/22.19:04 11:48.0 

SURV * ISDR 50 0 0 14 1 95.79 51.94 FNO017/04 1 

SURVEY OF ROCK ROLL AREA 

218043/036 10:39-59 COLOR 35 0/ 62.5 -20 
 .12 1/1 1 4 REC/UH 16K 4 140.5/53.9 185/-47 284/23:13:53 02,27.9 BLU * SDR 229 0 0 1 1 87.45 54.16 FNOO17/05 1 

GRN . SDR 229 0 0 1 1 86.92 54 44 FNOO17/06 I RED * SDR 229 0 0 1 1 98.49 65.51 FN0017/07 1 

TEST GRID (COLOR) 

228044/036 11:49-12 SINGLE 115.0/190.0 -30 .04 13/2 1 
4 RT/UH I6 4 168.5/58.8 32/-55 285/00:23.06 06:33.0
 

B83 - SDR 1839 0 0 37 3 95.56 38.67 FN0017/08 3


NOON RTI HI-RES MOSAIC
 
----------------------------------------------- ------------------------------------ --------------------------------------------------- 

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

LA)
 

In
 

VIKING PROJECT LIBRARY
 

VL-2 CAMERA EVENT REPORT
 

...................................................--------------------..------------------------------------------.----------------


DATA SCAN PSA SOLAR ANTISOLAR OURA- RSCN
 AZIMUTH CENTER CHAN 
 TION /DUST
 RATE TEMP(C) AZ/EL AZ/EL GMT 
 CE LABEL LLT DIODE START/STOP ELEV STEP MODE OFFSET GAIN PATH 
 ........
 

EDR # OF EDR
 

GAPS VALUE DEV TAPE/FILE SEGMENTS
 DATA TOTAL RESCAN LINES AVE ON STAND 


RECORD LINES BEGIN/TOTAL MISSED 


-30 .04 0/2 1 4 RT/UH 16K 6 185 2/59.2 47/-57 285/01.01:21 03:16.0
 22B045/036 12:7 27 SINGLE 10,0/ 47.E 
 22 1 127.36 44.54 FN0017/09 2
 B82 * ISDR 917 0 0 


NOON RTI HI-RES MOSAIC
 

-30 .04 0/2 1 4 RT/UH 16K 2 167 3/56 6 31/-55 236/00:59.50 06:33.0
 22B046/037 11 46.21 SINGLE 45,0/120.0 
 36 2 119.44 40.89 FNOO17/10 3
 B82 * ISDR 1840 0 0 


NOON RTI HI-RES MOSAIC
 

-30 .04 0/2 1 4 RT/UH 16K 4 184.6/59.0 46J-57 286/01:38:05 03:16.0
 22B047/037 12.24 36 SINGLE 95.0/140,0 
 0 209 1 111.68 33.60 FN0017I11 2
 882 'SOR 917 0 


NOON RTI HI-RES MOSAIC
 

16 12 257.0/34.2 305/-41 286/05:24:00 00.54.S
 215048/037 16:10 30 SINGLE 292 5/302.5 -30 .04 0/2 1 4 REC/UH 


* ISOR 252 251 1 0 0 135.10 37,44 FN0017/12 I 882 


COLLECTOR HEAD ON SURFACE
 

-30 .04 0/2 1 4 REC/UH 16K 12 258.1/33.3 307/-40 286/05.29:41 00:54.5
 218049/037 16.16 11 SINGLE 292.5/302.5 
 0 135.15 35 77 FN0017/13 I
 BB2 * ISDR 252 251 1 0 


COLL HEAD AFTER SAMP. ACOUIS.
 

20 0/ 27,5 -30 .12 14/3 1 4 REC/UH 16K 12 261.7/30.3 311/-28 286/05:47:49 00:14.5
 21BO50/037 16:34 19 SINGLE 
 65 64 1 0 0 90.39 39 63 FN0017/14 1
 SURV ISDR 


COLLECTOR HEAD OVER GCMS PDA
 

273 B/19.7 324/-27 286/06.53'28 00'54.5
 21B051/037 17,39 58 SINGLE 292,5/302,5 -30 .04 0/2 1 4 REC/UH 16K 12 


252 251 1 0 0 88.67 36.21 FNO017/1S 1
 B82 * ISDR 


SAMPLE TRENCH (CAM. 1)
 

8 275 6/13 0 150/-26 236/07:03:28 O0'S4.5
 225052/037 17:49 58 COLOR 102.5/112,5 -30 .12 1/1 1 4 REC/UH 169 


61.37 27 10 FN0017/16 I
 ELU * SOR 82 0 0 2 2 

0 1 1 67.12 27 85 FN0017/17 1
 GRN * SOR 83 0 1 74.96 31 24 FN0017/18 I
 RED * SDR 83 0 0 1 

COLOR OF TRENCH (CAM. 2)
 

.12 1/1 1 1 REC/UH 16K 10 290 0/ 4 8 341/-12 286/08:26:28 07.47.8
 21B053/037 19:12 58 COLOR 180,0/267.5 -30 
 2 109 23 33 64 FN0017/19 1
 BLU * ISOR 727 0 0 3 

0 0 2 1 117 13 33.60 FN0017/20 1
 GRN * ISDR 728 0 3 1 133.67 32.23 FN0017/21 1
 RED * ISDR 727 0 

LATE AFTERNOON COLOR MOSAIC
 

16K -10 88.2/21.4 139/-13 286/20-53.04 08.27.8
 21B054/038 07.00 o SINGLE 120.0/215.0 -10 .04 13/2 1 4 REC/UH 


4 1 95.85 35.63 FN0017/22 3
 883 * ISDR 2372 0 0 
 MORNING HI-RES MOSAIC
 

-30 .12 14/3 1 4 RT/SB 250 -2 127.1/48.7 358/-41 236/23:50.16 11:48.0
 225055/038 09:57 11 SINGLE 102.5/110.0 
 14 1 97.18 40.07 FNO017/23 1
 SURV * ISOR 50 0 0 


SURVEY OF SAMPLE AREA
 

0 
------------------------------------------ ---------------------------------------------

U)
 

- VIKING PROJECT LIBRARY
 

VL-2 CAMERA EVENT REPORT
 

DATA SCAN PSA SOLAR ANTISOLAR DURA- RSCN
 

CE LABEL LLT DIODE START/STOP ELEV STEP MODE OFFSET GAIN PATH RATE TEMP(C) AZ/EL AZ/EL GMT TION /DUST
 

__----------------- -----------------------------------------


DATA TOTAL RESCAN LINES AVE ON STAND EDR # or EDR
 

RECORD LINES BEGIN/TOTAL MISSED GAPS VALUE DEV TAPE/FILE SEGMENTS
 

AZIMUTH CENTER CHAN 


228056/038 10:30 00 	 SINGLE 290.0/310.0 -30 .04 8/2 1 4 REC/UH 16K 0 137 4/52 6 6/-46 287/00:23.04 01:47.9
 

B81 ISOR 502 501 1 0 0 93.73 55.57 FN0017/24 1
 

HI-RES OF TEST GRID
 

16K 4 166 2/5B.3 	30/-54 287/01-36:27 6:33.0
 228057/038 11.43 23 	 SINGLE 90 0/165 0 -50 .04 8/2 1 4 RT/UH 


B81 I !SDR 1841 0 0 35 1 103 35 32.02 FNOO17/25 3
 

NOON RTI HI-RES COMPOSITE
 

22B058/038 12:21-38 	 SINGLE 55 0/ 92.5 -50 .04 8/2 1 4 RT/UH 16K 4 183.3/58,9 45/-57 287/02:14:43 3.16.0
 

881 I ISDR 917 0 0 22 1 129.40 52.01 FNOOl7/26 2
 

NOON RTI HI-RES COMPOSITE
 

21B059/038 17.29 59 SINGLE 145 0/192.5 -10 04 13/2 1 4 REC/UH 16K 10 271.9/21.1 322/-29 287/07:23:04 04:14.5
 

BB3 ISDR 1194 0 0 8 2 40.89 19.31 FN0017/27 2
 

EVENING HI-RES MOSAIC
 

218060/038 17.39 59 	 SINGLE 252.5/330.0 -SO .04 8/2 1 4 REC/UH 16K 10 273.7/19.5 324/-27 287/07:33:04 6:54.5 

B31 * :S 1940 1939 1 0 0 67.62 44.21 FNO017/2 3 

EVENING HI-RES COMPOSITE 

-13 85.7/18.9 321/-10 287/21:17:29 08S41.2
 22B061/039 06.45 00 	 SINGLE 15.0/ 90.0 -30 .04 0/2 1' 4 REC/UH 16K 


B82 I ISDR 1876 1876 1 1 1 60.81 31.40 FNOO1S/O1 3
 

MORNING HI-RES MOSAIC
 

-50 .04 1/2 1 4 RT/UH 16K 4 164.9/58.1 205/-54 288/02:12:55 06:33.0
 

BLU *IGR 1841 0 0 35 1 81.83 44.40 FNO018/02 3
 

TRENCH (NON-NOMINAL COMMAND)
 

218062/039 11 40 15 	 SINGLE 215.0/290,0 


6 181 9/58.8 220/-57 	288/02:51:10 03.16.0
 21B063/039 121B.30 	SINGLE 180.0/217 5 -50 .04 1/2 1 4 RT/UH 16K 


BLU - ISOR 917 0 0 22 1 73.05 45.18 FNOO18/03 2
 

TRENCH (NON-NOMINAL COMMAND)
 

8 229.6/49.8 272/-54 288/04:53:39 00"27.9
 

BLU SOP 42 0 0 1 1 77.37 35,57 FNOO18/04 I
 

GRN SDR 41 0 0 2 1 81.80 48,57 FNOO18/05 1
 

RED SOR 41 0 0 2 1 66.63 34.62 FNOO1B/06 1
 

PHOTOMETRICS (LANDER)
 

218064/039 14:20 59 	 COLOR 30 0/ 35 0 -10 .12 1/1 1 5 REC/UH 16K 


219065/039 14.22 59 	 IR 30.0/ 35.0 -10 .12 9/1 1 5 REC/UH 16K B 230 2/49.6 273/-54 288/04:55:39 00:27.9
 

IR3 SOR 42 0 0 1 I 60.23 29.79 FN0018/07 1
 

IR2 SOP 4- 0 0 2 1 68.62 28.94 FNOO18/08 I
 

IR1 SOP 41 0' 0 2 1 61.22 30.06 FNOOI8/09 1
 

PHOTOMETRICS (LANDER)
 

16K 10 281.9/29.8 311/-37 288/07.08:39 00:27.9
 

BLU SOR 42 0 0 1 1 79.82 53.70 FNOO18/10 1
 

GRN SDR 41 0 0 2 1 72.33 41.29 FN0018/11 I
 

RED SDR 41 0 0 2 1 54.94 23.32 FN0018/12 I
 

PHOTOMETRICS (LANDER)
 

21B066/039 16:35.59 	COLOR 22.5/ 27.5 -10 .12 1/1 1 5 PEC/UH 

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

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

VIKING PROdECT LIBRARY
 

VL-2 CAMERA EVENT REPORT
 

DATA PSA SOLAR ANTISOLAR DURA" RSCN
 AZIMUTH CENTER CHAN 	 SCAN 
 TION /DUST
 RATE TEMP(C) AZ/EL AZ/EL GMT 
 CE LABEL LLT DIODE START/STOP ELEV STEP MODE OFFSET GAIN PATH 


DATA TOTAL RESCAN LINES AVE ON STAND EDR # OF EDR
 

RECORD LINES BEGIN/TOTAL MISSED 
 GAPS VALUE DEV TAPE/FILE SEGMENTS
 

-10 .12 9/1 1 5 REC/UH 16K 10 262.2/29.5 311/-37 288/07:10:39 00:27.9
 21S067/039 16:37 59 IR 22.5/ 27 5 


1 48.06 20.51 FN0018/13 1
 IR3 SOP 42 	 0 0 1 


1 46,46 19.38 FNOO1S/14 1
 R2 SDR 41 0 0 2 


41 0 0 2 1 48.86 19.38 FNOO15/15 I
 IR1 SOR 


PHOTOMETRICS (LANDER)
 

REC/UH 16K 10 273.8/19.2 324/-17 288/08:13:39 00:27.S
 21806B/039 17:40 59 COLOR 30 0/ 35.0 -10 .12 1/1 1 5 


0 1 1 83.87 43.77 FNOOI8/16 I
 BLU SDR 42 	 0 


2 1 66.11 45 68 FNOO18/17
 GRN SOR 41 0 0 t
 

RED SOP 41 0 0 2 1 
 49.35 25.90 FN01 8/18 1
 

PHOTOMETRICS (LANDER)
 

1 5 REC/UH 18K 10 274.2/18 9 325/-27 288/09:15!39 00:27.9
 218069/039 17:42-59 IR 30 0/ 35.0 -10 .12 9/1 


43.29 23 03 FN0O18/19 1
 IR3 SDR 40 	 0 0 3 2 


22.11 FNOO1/20 1
 1R2 SOP 39 	 0 0 4 2 42 43 


4 2 43.55 21 07 FN0018/21 I
 IR1 SDR 39 	 0 0 


PHOTOMETRICS (LANDER)
 

.12 1/1 1 5 REC/UH 16K 10 279.1/14 3 330/-22 288/08:43:39 00:27.9
 21B070/039 18:10-59 COLOR 22.5/ 27 S -10 


1 89.41 72.06 FNOO1S/22 1
 8LU 5CR 42 	 0 0 1 


0 0 2 1 87.54 62.18 FNOO18/23 I
 GRN SDR 4f 
 1 71.10 44.46 FNOO18/24 1
 RED SR 41 	 0 0 2 


PHOTOMETRICS (LANDER)
 

REC/UH 16K 10 279 	4/14.0 330/-22 28$/08:45:39 00.27.9
 218071/039 18:12.59 IR 22 5/ 27.5 -10 .12 9/1 1 5 


0 0 1 1 63.74 38.67 FNOO18/25 I
 IR3 SDR 42 
 1 62.72 37.57 FNOO18/26 I
 IR2 SOR 41 	 0 0 2 


C2.29 39.26 FNOOB1/27 1
 IR1 SDR 41 	 0 0 2 1 


PHOTOMETRICS (LANDER)
 

1/1 1 5 REC/UH 16K 10 292.5/11 1 333/-19 288/09:03:39 00:27.9
 218072/039 18.30 59 COLOR 22 5/ 27,5 -10 .12 


87.10 67 38 FN0018/28 I
 BLU SDR 42 	 0 0 1 1 


0 0 2 1 75 38 53.29 FNOO18/29 I
 GRN SOP 41 
 1 58.60 37.80 FNOO18/30 I
 RED SOR 41 	 0 0 2 


PHOTOMETRICS (LANDER)
 

Ig 22.5/ 27.5 -10 .12 9/1 1 5 REC/UH 16K 10 282.9/10.8 334/-19 288/09:05:39 00:27.9
 21B073/039 18.32'59 
 1 65.11 33.01 FNOO18/31 I
 IR3 SOR 42 	 0 0 1 


IR2 SDR 41 	 0 0 2 1 54.50 32.28 FNOO18/32 I
 

0 0 2 1 54.17 33.63 FNOO18/33 1
 IR1 Son 41 


PHOTOMETRICS (LANDER)
 

-10 .12 1/1 1 5 REC/UN 16K 10 284 3/ 9.5 335/-17 288/09:13:39 00-27.9
 218074/039 18:40.59 COLOR 22 5/ 27 5 


1 1 73.14 55.55 FN0018/34 1
 BLU SDR 42 	 0 0 


62.36 43.13 FN0018/35 1
 GRN SOP 41 	 0 0 2 1 


51.82 33.23 FNOO18/36 1
 RED SDR 41 	 0 0 2 1 


PHOTOMETRICS (LANDER)
 

U)


%.n 

0 
------------------------------------- ---------------------------------------- ---------- ---------------

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

C:) 

VIKING PROtIECT LIBRARY
 VL-2 CAMERA EVENT REPORT 

....- ------------------------

AZIMUTH CENTER CHAN DATA SCAN PSA SOLAR ANTISOLAR DURA- RSCN 

CE LABEL LLT DIODE START/STOP ELEV STEP MODE OFFSET GAIN PATH RATE TEMP(C) AZ/EL AZ/EL GMT TION /DUST 

DATA TOTAL RESCAN LINES AVE DN STAND EDR # OF EOR
 

RECORD LINES BEGIN/TOTAL MISSED GAPS VALUE 0EV TAPE/FILE SEGMENTS
 -. - -. -. - - - - - - --.- - - -.- --.-.-. --.- . . - - . - . . . . . - - . - . - . - - . . . . . - . . - - . - --.-.. . . - . . - . - . . - . -. - . . 

.12 9/1 1 5 REC/UH 16K 10 284 6/ 9,2 336/-17 288/09:15:39 00:27.9
 218075/039 18:4259 	IR 22.51 27.5 -10 


IR3 SDR 42 0 0 1 1 49,43 30.08 FN001/37 1
 

IR2 SDR 41 0 0 2 1 48,80 29.75 FNOO1/38 1
 

IR1 SDR 41 0 0 2 1 46,5 30.97 FNO01/39 1
 

PHOTOMETRICS (LANDER)
 

COLOR 75 0/197 5 	 -30 .12 1/1 1 1 REC/UH 16K 4 289.3/ 5 0 164/-13 288/09:42 39 10:54.5
 

BLU * ISOR 1019 0 0 3 2 122.56 38.83 FNOO18/40 2
 

GRN ISDR 1019 0 0 3 1 129.71 38 26 FN0018/41 2
 

RED ISOR 1019 0 0 3 1 144.14 36,11 FN0O18/42 2
 

LATE AFTERNOON COLOR 	MOSAIC
 

228076/039 19:09.59 


228077/039 19:20.53 	SINGLE 170 0/170.0 0 . 03/7 01 2 REC/UH 16K 6 / / 288/09-53:33 

RED/C SDR 58 0 0 0 0 00 .00 FN0018/43 1 

CALIBRATION 

1 0 REC/UH 250 -13 50 B/-10 284/ 15 288/18.43.14 24,01.2 R 

BLU * ISDR 37 2 37 1 1 163 68 26.24 FNO019/01 1 

GRN ISDR 38 2 37 0 0 163.11 25.42 FNO019/02 I
 

RED ISDR 37 2 37 1 1 164.25 24.42 FNOOI9/03 1
 

TWILIGHT RESCAN
 

22B078/040 03-30-59 	COLOR 107 5/107 5 10 .12 1/1 


22B079/040 03:56.29 	 COLOR 112.5/112 5 10 .12 1/1 1 2 REC/UH 250 -13 55.8/-6 9 290/ 13 288/19:08:44 24.01.2 R 

BLU * ISDR 37 2 37 1 1 73.56 54.19 FN0019/04 1 

GRN ISR 38 2 37 0 0 73.46 53 29 FNOOI9/05 I 

RED ISOR 39 2 37 0 0 76.00 55.25 FNO019/06 1
 

TWILIGHT RESCAN
 

22B080/040 04:21.59 	COLOR 117.5/117.5 10 .12 1/1 1 4 REC/UH 250 -12 60.6/-3.4 295/ 9 288/19:34.14 24:01.2 R 

BLU * ISDR 34 2 34 1 1 102.64 61.42 FN0019/07 1 

GRN ISOR 35 2 34 0 0 98.50 60.81 FN0019/08 I 

RED ISOR 35 2 34 0 0 100.51 64.27 FN0019/09 1
 

TWILIGHT RESCAN
 

SINGLE 125.0/127.5 10 .04 4/2 1 1 REC/UH 16K -10 71.0/ 5.2 306/ 2 288/20:32:14 00:14.5
 

SUN SDR 65 64 1 0 0 68.45 2.31 FNOO1/1O 1
 

SOLAR EXTINCTION
 

225081/040 05.19:59 


228082/040 06.02 44 	 SINGLE 132.5/135.0 10 .04 4/2 1 3 REC/UH 16K -10 78 5/12 0 314/ -4 288/21:14-59 00:14.5
 

SUN 5DR 65 64 1 0 0 25.81 8.19 FN0019/11 1
 

SOLAR EXTINCTION
 

22B083/040 06:43-59 	SINGLE 140.0/142.5 O .04 4/2 1 4 REC/UH 16K -8 85.7/18.6 321/-10 288/21:56:14 00:14.5
 

SUN SO0 65 64 1 0 0 3665 16.52 FNOOI1/12 I
 

SOLAR EXTINCTION
 
VIKING PROJECT LIBRARY
 

VL-2 CAMERA EVENT REPORT 

CE LABEL LLT DIODE 

AZIMUTH 

START/STOP 

CENTER 

ELEV TEP 

CHAN 

MODE OFFSET GAIN 

DATA 

PATH 

SCAN 

RATE 

PEA SOLAR 

TEMP(C) AZ/EL 

ANTISOLAR 

AZ/EL GMT 

DURAM RSCN 

TION /DUST 

DATA TOTAL RESCAN LINES AVE ON STAND EDR # OF EDR 

RECORD LINES BEGIN/TOTAL MISSED GAPS VALUE DEV TAPE/FILE SEGMENTS 

218085/040 11.36:58 SINGLE 215.0/290.0 -50 .04 

GRN * ISDR 1841 0 0 

HI-RES COLOR COMPOSITE (G) 

2/2 

35 

1 

1 

4 RT/UH 

80.47 

16K 

46.54 

4 163.6/57.8 204/-53 289/02:49:13 

FN0019/13 3 

6:33.0 

218086/040 12:15'13 SINGLE 180.0/217.5 -50 .04 

GRN * ISDR 917 0 0 

HI-RES COLOR COMPOSITE (G) 

2/2 

22 

1 

1 

4 PT/UH 

73.84 

18K 

46.36 

6 180 5/58.6 219Y-56 289/03:27:29 

FNOO19/14 2 

3:16.0 

22B087/040 19:09 59 COLOR 197 5/255.0 10 .12 

BLU SOR 479 0 0 

GRN SDR 479 0 0 

RED SOR 479 0 0 

LATE AFTERNOON COLOR MOSAIC 

1/1 

1 

1 

1 

1 

1 

1 

1 

1 REC/UH 

142 01 

151.73 

171.86 

16K 

55.54 

55.32 

50.79 

4 289 2/ 4 9 164/-12 289/10:22:14 05:07.8 

FNO19/15 I 

FNOO19/16 I 

FN0019/17 1 

228088/041 11:34.22 SINGLE 52.5/ 75.0 -50 .04 

RED * SDR 514 0 0 

HI-RES COLOR COMPOSITa (R) 

3/2 

50 

1 

1 

4 RT/UH 

142.54 

16K 

55.80 

0 162 7/57.5 

FN0019/18 

27/-53 290/03-26'12 

1 

1:50.0 

228089/041 12:09-44 SINGLE 72.5/142 5 -50 .04 

RED W ISDR 1705 0 0 

RI-RES COLOR COMPOSITE (R) 

3/2 

46 

1 

1 

4 PT/UH 

123 77 

16K 

37.65 

2 178 2/58.4 

FNOO19/19 

41/-56 290/04:01:35 

3 

6: 0.0 

22B090/041 17:29.59 SINGLE 185 0/195.0 "20 

B84 * ISOR 252 251 

EVENING HI-RES MOSAIC 

.04 

1 

5/2 

0 

1 

0 

4 REC/UH 

66.78 

16K 

30.92 

8 271 7/20 7 146/-28 290/09:21:49 00:54.5 

FNOO19/20 1 

228091/041 17:32-59 SINGLE 55.0/ 85.0 -30 

B82 * ISOR 754 751 

EVENING HI-RES MOSAIC 

.04 

3 

0 2 

0 

1 

0 

4 REC/UH 

52 95 

16K 

27.07 

8 272 2/20.2 147/-28 290/09:24:49 02:41.2 

FN0019/21 I 

218092/041 19:09.59 COLOR 267.5/307.5 

SLU * ISOR 333 

GPN * ISOR 3323 

RED * ISOR 333 

EVENING COLOR MOSAIC 

-20 

0 

0 

.12 

0 

0 

0 

1/1 

1 

1 

1 

1 

1 

1 

1 

1 h1 C/UH 

144.41 

151.69 

159.00 

16K 

43 6 

42.99 

40.04 

8 289 2/ 4 7 340/-12 290/11:01:49 03:34.5 

FNO019/22 1 

FN0019/23 1 

FNOO9/24 1 

21B093/042 06:49.59 SINGLE 305.0/330.0 -40 

B82 - SDR 625 0 

MORNING HI-RES MOSAIC 

.04 

0 

0/2 

1 

1 

1 

4 REC/UH 

39.70 

16K 

16.70 

-8 87.1/19.4 138/-11 290/23:21.25 02:14.5 

FN0019/25 1 

21B094/042 06:54.59 SINGLE 257 5/292 5 -50 

BBI * ISOR 871 0 

MORNING HI*PES COMPOSITE 

.04 

0 

8/2 

4 

1 4 REC/UH 

32.24 

16K 

11.76 

-8 87.9/20.2 139/-12 290/23:26:25 

FNOO19/26 I 

3: 7.8 

-'-1 

23B095/042 08:59.59 SINGLE 135.0/192.5 

SB4 * ISDR 1440 

9 AM HI-RES MOSAIC 

0 

1439 

.04 

1 

5/2 

0 

1 

0 

4 REC/UH 

145.19 

16K 

29.04 

-2 112.9/40.2 162/-32 291/01:31:25 05:07.8 

FNO019/27 2 
------------------------------------------------ -------------- ------------------------ -------------- --------------------------------- -----------

0 

Lo ) 
 VIKING PROJECT LI BRARY
 VLr2 CAMERA EVENT REPORT
 ------------------------------------------------------------------------..
 .................. m. ;.----------.. .... 
 .... .... .... .... ... 

CE LABEL LLT DIODE START/STOP 

AZIMUTH CENTER "HAN, DATA SCAN PSA SOLAR ANTISOLAR DURA- RSCN
 ELEV STEP MODE OFFSET GAIN PATH RATE TEMP(C) AZ/EL AZ/EL GMT TION /DUST
 

DATA TOTAL RESCAN LINES AVE ON STAND EDR 4 OF EDR
 RECORD LINES BEGIN/TOTAL MISSED GAPS VALUE DEV TAPE/FILE SEGMENTS
 .....---------------------------------------------------------------------------------------------
 ..............
 

21B096/042 09 07 59 SINGLE 235 0/255 0 -10 .04 5/2 1 4 REC/UH 
 16K 0 114.8/41.4 164/-33 291/01:39:25 01:47.9
 8E4 -
 ISDR 502 501 1 0 0 94 23 38.69 FNOO19/2B I
 

9 AM HI-RES MOSAIC
 

226098/042 10-29,59 SINGLE 285 0/290 0 -20 .04 B/2 1 
 4 REC/UH 16K 0 138.2/52.1 7/-45 291/03:01:25 00:27.9
 B1 ISOR 123 0 0 3 
 2 64.02 36.68 FN0019/29 1
 HI-RES OF MAGNETS (MAG. PROP.)
 

228099/042 11;30.51 SINGLE 52.5/ 75.0 
 -50 .04 2/2 1 4 RT/UH 16R 2 161.3/57.2 26/-52 291/04:02:16 1.50.0 GRN * ISDR 514 0 0 50 1 .24.64 S6.14 FN0019/30 I
 

HI-RES COLOR COMPOSITE (G)
 

226100/042 12:06 13 SINGLE 72 5/142 
5 -50 .04 2/2 1 4 RT/UH 16K 2 176 7/58 3 39/-5S 291/04:37:39 6: 8.0
 GRN I ISDR 1694 0 0 
 57 1 95.74 29.66 FNO019/31 3
 HI-RES COLOR COMPOSITE (G)
 

22B101/042 19-06 59 COLOR 255 0/312.5 0 
 .12 1/1 1 1 REC/UH 16K 4 286.5/ 5,0 164/-13 291/11 :38.25 05.07.8
 BLU , ISDR 479 
 0 0 1 1 118 72 35.85 FN0019/32 1
 GRN * ISOR 47q 0 0 1 1 
 122.66 34.18 FNO019/33 1 RED * ISDR 479 0 0 1 1 133,28 32 48 FNOC19/34 1
 EVENING COLOR MOS..'
 

22B102/043 11.27 09 SINGLE 52 5/ 75.0 -50 .04 1/2 
 1 4 RT/UH 16K 0 159 9/56.8 25/-52 292/04:38:09 1:50.0
 BLU * ISDR 514 0 0 50 1 114.98 55.26 FN0020/O1 1
 HI-RES COLOR COMPOSITE (B)
 

228103/043 12 02,31 SINGLE 
 72 5/142.5 -so .04 1/2 1 4 RT/UH 16K 2 175.1/58.1 3a/-55 292/05:13:32 6. 8.0
 BLU 2
 * 
 ISDR 1578 0 0 173 5 86.18 25z 0 FNO020/02 3
 

HI-RES COLOR COMPOSITE (D)
 

21S104/043 19 04 59 COLOR 
 27.5/ 65.0 0 .12 1/1 1 1 REC/UH 16K 8 288 1/ 5 2 339/-13 292/12:16:00 03:21.2
 BLU SDR 
 312 0 0 2 2 144 47 43.57 FNOO2/03 1
 GRN SDR 
 312 0 0 2 1 149.79 43 01 FNOO20/04 I RED * SDR 312 0 0 2 1 155.95 39.62 FNO020/05 I
 LATE AFTERNOON COLOR MOSAIC
 

22B105/044 05.29.23 SINGLE 127 5/130 0 
 10 .04 4/2 1 I REC/UH 16K -15 73.2/ 6 3 3o8/ 1 292/23:10:59 00:14.5
 SUN ISDR 62 0 0 ,2 
 I 66.01 3.70 PNO02o/06 I
 

SOLAR EXTINCTION EXPERIMENT
 

228106/044 05 89,23 SINGLE 132 5/135 0 10 .04 4/2 
 1 2 REC/UH 16K -15 78.5/11.0 314/ -3 292/23:49:59 00:14.5
 SUN ISDR 62 0 0 2 1 31.47 4.12 FNO020/07 1
 SOLAR EXTINCTION EXPERIMENT
 

228107/044 0719.23 COLOR 187.5/260.0 10 .12 1/I 1 4 REC/UH 
 16K -12 92.7/24.0 328/-15 293/01;09:59 06:27.0
 BLU * ISOR 604 0 0 1 1 111.82 55.25 FN0020/08 I GRN * ISOR 603 0 0 2 1 108.24 54.29 FNOO2O/09 1
 RED * 
 ISDR 603 0 0 2 1 102.67 52.71 FN0020/10 1
 

SEVEN CHANNEL SKY BRIGHTNESS
 
--------------------------------------------------------------------- 

VIKING PROJECT LIBRARY
 

VL-2 CAMERA EVENT REPORT
 

AZIMUTH CENTER CHAN DATA SCAN PSA SOLAR ANTISOLAR' DURA- RSCN
 

CE LABEL LLT DIODE START/STOP EL8V STEP MODE OFFSET GAIN PATH RATE TEMP(C) AZ/EL AZ/EL GMT TION /DUST
 

------------------------------------------------------- ........... -


DATA TOTAL RESCAN LINES AVE DN STAND EDR 0 OF EDR
 

RECORD LINES BEGIN/TOTAL MISSED GAPS VALUE DEV TAPE/FILE SEGMENTS
 

228108/044 07:27 44 	 IR 187.5/260,C 10 .12 9/1 1 4 REC/UH 16K -10 94.2/25.4 329/-17 293/01:18:20 06-27.8 

IRE ISDR 603 0 0 2 1 85.23 45.62 FNO020/11 1 

IR2 ISDR 602 0 0 3 1 83.51 44.84 F0O20/12 1 

IRI * ISDR 60$ 0 0 4 2 84.57 44.87 FN0020/13 1 

IR OF 7 CHAN SET[3 EVENTS) 

228109/044 07:36 04 	 SINGLE 187.5/260.0 10 .12 14/3 1 4 REC/UH 16X -8 95.8/26.7 331/-18 293/01:26:40 02:10.1
 

SURV ISDR 607 605 2 0 0 105.19 55.20 FNO020/14 1
 

SURVEY OF 7 CHAN SET(3 EVENTS)
 

221111/044 10:29 59 	 SINGLE 285,0/290,0 -10 .12 14/3 1 4 REC/UH 16M 0 138.5/51.9 7/-45 293/04:20:35 00:10.1
 

SURV SOR 44 43 1 0 0 79.24 49.03 FNO20/15 1
 

SEVEN CHANNEL RTC (SURVEY)
 

22B112/044 10:32.59 	COLOR 285.0/290.0 -10 .12 1/1 1 4 PEC/UH 16K 0 389.5/52 2 8/-45 293/04:23:35 00-27.9
 

BLU SoR 42 0 0 1 1 75.94 52.2S FN0020/16 1
 

GRN SDR 41 0 0 2 1 78.09 52.96 FNO020/17 1
 

RED SoR 41 0 0 2 1 84.01 52.49 FNOO20/16 I
 

COLOR OF 7 CHAN SET(3 EVENTS)
 

22B113/044 10:35 59 	 IR 28e,0/290,0 -10 .12 9/1 1 4 REC/UH 16K 0 140 6/52.5 9/-46 293/04:26:35 00:27.9
 

IRE SOR 41 0 0 2 1 67.12 37 93 FNOO2O/19 1
 

IR2 SOR 41 0 0 2 1 65.01 36.59 FNOO2O/20 1
 

IR1 SOR 40 0 0 3 1 68.22 39 48 rNOo2O/21 I
 

IR OF 7 CHAN SET(3 EVENTS)
 

22B114/044 11.23.19 	SINGLE 140.0/162.5 -50 .04 3/2 1 4 RT/UH 16K 2 158 5/56.4 24/-51 293/05:13:55 1.50.0
 

RED - ISDR 514 0 0 50 1 84.46 38.88 FNOO20/22 I
 

HI-RES COLOR COMPOSITE (R)
 

22B115/044 11 58 41 	 SINGLE 75.0/145.0 -30 .04 3/2 1 4 RT/UH 16K 2 173.5/57.8 37/-55 293/05.49:17 06.08.0
 

RED ISOR 1829 1751 79 1 1 130.68 37.56 FN0020/23 3
 

HI-RES COLOR MOSAIC (RED)
 

1 4 REC/UH 16K -2 122.8/49 6 3/-42 294/04.41:50 00:54.5
 

BB3 soR 252 251 1 0 0 77.35 37.43 FN0020/24 I
 

SSCA CONTACT WITH ROCK
 

22B116/045 10:11 39 	 SINGLE 117 5/127.5 -30 .04 13/2 


226117/045 10.14 54 	 SINGLE 117.5/127 5 -30 .04 13/2 1 4 REC/UH 16K -2 133 8/50.0 4/-43 294/04:45:05 00:54.5 

BB3 * SDR 252 251 1 0 0 81.61 38.55 FNOO2O/25 I 

ROCK AFTER PUSH 

228118/045 10:23 19 	 SINGLE 22 5/ 32.5 -20 .04 0/2 1 4 REC/UH 16K -2 136.5/51.0 6/-44 294/04:53:30 00:54.5 

B2 * ISDR 252 251 1 0 0 123.80 34.63 FNO020/26 1 

COLLECTOR HEAD-CONTACT W/NOTCH 

w
 

0 
---------------------------------------------------------------------------------------- ------------------------------------------------------------

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

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

0 VIKtRG PROJECT LIBRARY
 

VL-2 CAMERA EVENT REPORT
 

AZIMUTH CENTER CHAN 
 DATA SCAN PSA SOLAR ANTISOLAR DURA- RSCN
 CE LABEL LLT DIODE START/STOP ELEV STEP MODE OFFSET GAIN PATH RATE TEMP(C) AZ/EL AZ/EL GMT TION /DUST
 

DATA TOTAL RESCAN LINES AVE ON STAND EDR ff OF EDR
 RECORD LINES BEGIN/TOTAL MISSED GAPS VALUE 0EV TAPE/FILE SEGMENTS
 

21B119/045 10:25 19 SINGLE 210 0/220 0 
 -30 .04 0/2 1 4 REC/UH 16K 6 137.1/51.2 182/-44 294/04:55:30 00:54.5
 B82* SDR 252 
 251 1 0 0 709.01 46.34 FNOO20/27 I
 

STEREO TO 22B118
 

22B120/015 10,29"59 SINGLE 22 5/ 
32 5 -20 .04 0/2 1 4 REC/UH 16K 0 138.7/51.7 8/-45 294/05:00:10 00:54.S BB2 * SOR 252 251 1 0 0 12D.2 39.29 FN0020/28 I NOTCH ROCK-BOOM REMOVED 

21B121/045 10:32-59 SINGLE 210,0/220.0 -30 .04 0/2 1 4 REC/UH 16K 6 
139-7/52.1 184/-45 294/05:03:10 00:54.5 8B2 * ISOR 247 0 0 4 1 110.08 45.00 FN0020/29 1
 

STEREO TO 228120
 

22B122/045 11:19 22 SINGLE 140.0/162.5 -50 .04 2/2 1 4 RT/UH 16K 
 2 157.0/56 0 23/-51 294/05-49:34 1:50.0
 GRN * ISDR 514 0 
 0 50 1 66.15 27 88 FN0020/3O 1
 

HI-RES COLOR COMPOSITE (G)
 

22B123/045 11:54 45 SINGLE 75 0/145 0 -30 .04 2/2 
 1 4 RT/UH 16K 2 171.9/57.6 35/-54 294/06-24-56 06:08.0 GRN * ISOR 1819 1751 68 0 0 104.65 37.16 FN0020/31 3 HI-RES COLOR MOSAIC (GRN) 

21B124/045 19:04.59 COLOR 122 5/180 0 0 .12 1/1 1 1 REC/UH 
 16K 8 287.9/ 4.9 339/-13 294/13:35:10 05:07.8
 BLU ISDR 478 0 0 2 1 114 25 33,49 FN0020/32 1
 GRN - ISDR 477 
 0 0 3 2 119 19 33 17 FN0020/33 I
 RED ISDR 477 0 0 3 
 1 130.14 37.53 FN0020/34 I
 

LATE AFTERNOON COLOR MOSAIC
 

22S126/046 09:59.59 COLOR 75.0/140.0 -30 .12 111 
 1 4 REC/UH 16K -4 129.4/48.1 0/-41 295/05-09-46 05:47.8
 BLU - ISDR 541 0 0 2 1 
 76 16 41 72 FNOO21/01 I ORN * ISDR 541 0 0 2 I 85.21 42 49 FNO021/02 I
 RED * ISOR 540 0 0 3 1 105.99 43.46 
 FN0021/03 I
 7-CHANNEL MOSAIC (COLOR)
 

22B127/046 10;06'59 IR 75 0/140.0 -30 .12 
 9/1 1, 4 REC/UH 16K -2 131.5/49.0 2/-42 295/05-16:4G 05:47.8
 IR3 ISDR 542 0 
 0 1 1 82.93 32.41 FN0021/04 1
 IR2 ISDR 
 542 0 0 1 1 80.11 31.59 FN0021/05 I
 IRI * ISDR 542 0 
 0 1 1 87.55 32.96 FO021/06 1
 IR OF 7 CHAN SET(3 EVENTS)
 

228128/048 10:13.59 SINGLE 75.0/140 0 -30 .12 14/3 1 4 REC/UH 
 16K 0 133.7/49.9 4/-43 295/05:23.46 01:56.7
 SURV ISDR 
 544 S43 1 0 0 100.19 41.57 FN0021/07 I
 SURVEY OF 7 CHAN SET(3 EVENTS)
 

222129/046 10.29.59 SINGLE 285.0/290.0 -10 
 .12 14/3 1 4 REC/UH 16K 2 138.9/51.6 8/-45 295/05:39.46 00:10.1
 SURV ISDR 44 
 43 1 0 0 78.86 48.86 FN0021/08 1
 7-CHANNEL RTC (SURVEY)
 
VIKING PROJECT LIBRARY
 

VL-2 CAMERA EVENT REPORT 

CE LABEL LLT DIODE 

AZIMUTH 

START/STOP 

CENTER 

ELEV STEP 

CHAN 

MODE OFFSET GAIN 

DATA 

PATH 

SCAN PSA SOLAR 

RATE TEMP(C) AZ/EL 

ANTISOLAR 

AZ/EL GMT 

DURA- RSCN 

TION /DUST 

DATA TOTAL RESCAN LINES 

RECORD LINES BEGIN/TOTAL MISSED GAPS 

AVE DN 

VALUE 

STAND 

DEV 

EDR # OF EDR 

TAPE/FILE SEGMENTS 

22B130/046 10.32 59 COLOR 285 0/290 0 -10 .12 BLU ISDR 42 0 0 

GRN ISDR 42 0 0 

RED ISBR 42 0 0 

COLOR OF 7 CHAN SET(3 EVENTS) 

1/1 

1 

1 

1 

1 

1 

1 

1 

4 REC/UH 

76.90 

78.46 

84.36 

16K 53.51 

53 07 

52 66 

2 139 9/51.9 

FNO021/09 

FN0021/1O 

FNO02I/II 

9/-45 295/05 42'46 00.27.9 1 

1 

I 

22B131/046 10:35 59 IR 285 0/290.0 -10 .12 

IR3 ISDR 42 0 0 

IR2 ISDR 42 0 0 IR1 ISDR 42 0 0 

IR OF 7 CHAN SET(3 EVENTS) 

9/1 

1 

1 

1 

1 

1 

1 

1 

4 REC/UH 

67 57 

65,65 

J8.55 

16K 

38 21 

36.93 

39.79 

2 140 9/52.2 

FN0021/12 

FN0021/13 

FN0021/14 

10/-45 295/0545:46 00:27.9 

1 

1 

1 

228132/046 11 .15'36 SINGLE 140 0/162 5 -50 .04 

BLU * SDR 514 0 0 

HI-RES COLOR COMPOSITE (B) 

1/2 

50 

1 

1 

4 RT/UH 

58 19 

16K 

21 68 

4 155.6/55.6 

FN0021/15 

22/-50 295/06 25'23 

I 

1.50.0 

228133/046 11.50.59 SINGLE 76 0/145 0 

BLU * ISDR 1418 

HI-RES COLOR MOSAIC 

-30 .04 

0 0 

(BLU) 

1/2 

333 

1 

1 

4 RT/UH 

89.18 

16K 

28 67 

4 170.4/57.3 

FN0021/16 

34/-54 295/07 00-46 06.08.0 

3 

220134/046 13:20 49 COLOR 40.0/ 50 0 

BLU * SDR 83 

GRN * SDR 83 

RED * SDR 83 

7-CHANNEL OF MAGNET 

-10 .12 

0 0 

0 0 

0 0 

(COLOR) 

1/1 

1 

1 

1 

1 

1 

1 

1 

4 REC/UH 

104.19 

111 50 

128.16 

16K 

30 33 

30 70 

35 39 

6 208.4/54.9 

FNOO21/17 

FN021/18 

FNOO21/19 

71/-57 295/08.30-36 00.54.5 

1 

1 

1 

22B135/046 13:22 49 IR 40.0/ 50 0 

IR3 SDR 82 

IR2 SDR 83 

I * SDR 8. 

IR OF ABOVE 

-10 

0 

0 

0 

.12 

0 

0 

0 

9/1 

2 

1 

1 

1 

2 

1 

1 

4 REC/U 

99 11 

94.42 

100.26 

16K 

27 61 

25.86 

27.24 

6 209 2/54.? 

FNO021/20 

FN0021/21 

FN0021/22 

72/-56 295/08 32:36 00:54.5 

1 

I 

1 

22B136/046 13:24 49 SINGLE 40.0/ 50.0 

SURV SDR 86 

SURVEY OF ABOVE 

-10 

84 

.12 

2 

14/3 

0 

1 

0 

4 REC/UH 

118.00 

16K 

32.23 

6 209.9/54 6 

FN0021/23 

73/-56 295/08:34:36 00:19.0 

I 

22B137/046 14:13 11 SINGLE 305.0/335 0 -30 

SURV SDR 252 251 

COLLECTOR HEAD OVER XRFS 

.12 

1 

14/3 

0 

1 

0 

4 REC/UH 

51.52 

16K 

41.94 

8 226.6/49.6 

FN0021/24 

93/-54 295/09.22.58 00.54.5 

I 

21B138/047 06 59 59 SINGLE 227.5/237.5 

882 * ISDR 254 

SAMPLE TRENCH 

-30 

251 

.04 

3 

0/2 

0 

1 

0 

4 REC/UH 

44.00 

16K 

25.85 

-8 89.6/20.6 141/-12 296/02:49:21 

FNO021/25 I 

00:54.5 

W 

-4 

22B139/047 07:04 59 SINGLE 37.5/ 47.5 

B82 * ISOR 246 

STEREO TO 21B138 

-20 

0 

.04 

0 

0/2 

5 

1 

2 

4 REC/UH 

58.42 

16K 

36.74 

-13 90.5/21.4 326/-13 296/02.54:21 

FN0021/26 1 

00:54.6 
-------------------------------------------------------------------------------------------------------------------------------------------

VIKING PROJECT LIBRARY
 

VL-2 CAMERA EVENT REPORT
 

AZIMUTH CENTER CHAN DATA SCAN PSA SOLAR ANTISOLAR DURA- RSCN
 

CE LABEL LLT DIODE START/STOP ELEV STEP MODE OFFSET GAIN PATH RATE TEMP(C) AZ/EL AZ/EL GMT TION /DUST
 

-----------------------------------------------------------------------------------------------------------------------------------.-------


DATA TOTAL RESCAN LINES AVE ON STAND EDR # OF EDR
 

RECORD LINES BEGIN/TOTAL MISSED GAPS VALUE DEV TAPE/FILE SEGMENTS
 

16K 6 153.3/55.0 156/-49 296/06:58:30 04:59.0
 21B140/047 11.09'08 	 SINGLE 170 0/225 0 -30 .04 3/2 1 4 RT/UH 


RED ISDR 1401 1376 25 0 0 127.56 41 30 FN0021/27 2
 

HI-RES COLOR MOSAIC (RED)
 

21B141/047 11:45:50 	 SINGLE 225.0/280.0 -30 .04 3/2 1 4 RT/UH 16K 8 168.3/57.0 208/-S3 296/07:3S:11 04:50.0
 

RED ISOR 1356 0 0 20 3 131,42 29.10 FNO021/28 2
 

HI-RES COLOR MOSAIC JRED)
 

225142/047 12:29,59 	 COLOR 7 5/ 72 5 -20 .12 1/1 1 3 REC/UH 16K 4 187.4/57.3 50/-56 296/08:19.21 05:47.8
 

BLU - ISOR 542 0 0 1 1 164,78 54.70 FN0021/29 1
 

GRN - ISDR 541 0 0 2 1 173,24 61.18 FNOO21/30 1
 

RED I ISDR 541 0 0 2 1 144.82 64.87 FN0021/31 1
 

7-CHANNEL MOSAIC 	 (COLOR)
 

3 REC/UH 16K 4 191.7/57.0 54/-56 296/08:29;21 05:47.8
 

IR3 ISDR 540 0 0 3 1 170.73 58,12 FN0021/32 1
 

IR2 ISDR 540 0 0 3 1 168.92 56,88 FN0021/33 I
 

IR1 I ISOp 540 0 0 3 1 169.66 60.79 FN0021/34 1
 

IR OF 7 CHAN SET(3 EVENTS)
 

22B143/047 12:39.59 	 IR 7.5/ 72.5 -20 .12 9/1 I 


228144/047 12:49:59 	 SINGLE 7.5/ 72.5 -20 .12 14/3 1 3 REC/UH 16K 6 196.0/56.6 58/-S6 296/08:39:21 01:56.7
 

SURV ISDR 541 0 0 2 1 160.42 63.85 FN0021/35 1
 

SURVEY OF 7 CHAN SET(3 EVENTS)
 

22B145/047 12:51.55 	 SINGLE 170.0/170.0 0 15/7 1 2 REC/UH 16K 6 / / 296/08:41:17 0:18.0 

CAL SDR 61 0 0 0 0 0O .00 FN0021/36 I 

CALIBRATION 

225146/047 13:20.49 	SINGLE 40 0/ 50.0 0 .04 0/2 1 4 REC/UH 16K 8 208.3/54.7 71/-e6 296/09:10:11 00:54.5
 

BB2 ISDR 254 251 3 0 0 120.70 41.62 FmOO21/37 I
 

IMAGE OF MAGNET
 

225147/047 14:13,10 	SINGLE 305.0/335.0 -30 .12 14/3 1 4 REC/UH 16K 8 226.5/49.5 93/-54 296/10:02:32 00:54.5
 

SURV ISDR 253 251 2 0 0 53.07 43.30 FNOO21/38 1
 

COLLECTOR HEAD OVER XRFS FUNN,
 

21B148/048 06-11:59 	SINGLE 227,5/237,5 -30 .04 0/2 1 4 REC/UH 16K -12 81.3/12.7 132/ -4 297/02:40:56 00:54.5 

582 * ISDR 252 251 1 0 0 37.43 18.90 FN0022/01 1 

SAMPLE SITE 

22B149/048 06:13-59 	SINGLE 37 5/ 47 5 -20 .04 0/2 1 4 REC/UH 16K -15 81.6/13.0 317/ -5 297/02:42;56 00:54.5
 

82 - ISOR 252 251 1 0 0 35.25 14.82 FN0022/02 I
 

STEREO TO 21BI48
 

22B151/048 10:29:59 	 SINGLE 2B5.0/290.0 -10 .12 14/3 1 4 REC/UH 16K -2 139.2/51.3 8/-44 297/06:58:56 00:11.4
 

SURV SDR 50 43 7 0 0 78.15 48.01 FN0022/03 1
 

7-CHANNEL OF RTC (SURVEY)
 
VIKING PROJECT LIBRARY
 

VL-2 CAMERA EVENT REPORT 

CE LABEL LLT DIODE 

AZIMUTH 

START/STOP 

CENTER 

ELEV STEP 

CHAN 

MODE OFFSET GAIN 

DATA 

PATH 

SCAN PSA SOLAR 

PATE TEMP(C) AZ/EL 

ANTISOLAR 

Az/EL GMT 

DURA- RSCN 

TION /DUS7 

DATA TOTAL RESCAN LINES 

RECORD LINES BEGIN/TOTAL MISSED GAPS 

AVE DN 

VALUE 

STAND 

DEV 

EDR # OF EDR 

TAPE/FILE SEGMENTS 

22S152/045 10:31.59 COLOR 295.0/290.0 -10 .12 

BLU SOR 44 44 1 

GRN SOR 42 44 1 

RED SOR 43 44 1 

COLOR OF 7 CHAN SET(3 EVENTS) 

1/1 

0 

2 

1 

1 

0 

2 

1 

4 RnC/UH 

75.13 

77,10 

82.61 

16K 

50.69 

51 32 

51.36 

-2 139 9/51.5 

FN0022/04 

FN0022/05 

FN0022/O6 

9/-4S 297/07!00:56 00:29.2 

1 

1 

I 

22B153/048 10:34 59 IR 285 0/290.0 -10 .12 

IR3 ISDR 44 44 1 IR2 ISOR 44 44 1 

IRi ISDR 44 44 1 

IR OF 7 CHAN SET(3 EVENTS) 

9/1 

0 

0 

0 

1 

0 

0 

0 

4 REC/UH 

65.80 

64.01 

67.64 

16K 

36.77 

35 55 

39 02 

-2 140 9/51.8 

FN0022/07 

FN0022/O8 

FN0022/09 

1o/-45 

I 

T 

I 

297/07:03:56 00:29.2 

21B154/048 11"04 47 SINGLE 170.0/225 0 

BLU * ISDR 1401 

HI-RES COLOR MOSAIC 

-30 .04 

1376 25 

(BLU) 

1/2 

0 

1 

0 

4 RT/UH 

121.24 

16K 

38.95 

6 151.7/54.5 194/-49 297/07:33:44 04:59.0 

FN0022/10 2 

21B166/049 11.41-29 SINGLE 225.0/280 0 

BLU * ISDR 1358 

HI-RES COLOR MOSAIC 

-30 .04 

0 0 

(BLU) 

1/2 

18 

1 

1 

4 RT/UH 

104.66 

16K 

22.20 

2 166 6/56 7 207/-53 297/08:10:26 04:50.0 

FN0022/11 2 

22B156/046 12.29 59 COLOR 140.0/182.5 

BLU * ISDR 356 

GRN * ISOR 355 

RED t ISDR 356 

7-CHANNEL MOSAIC 

-30 .12 

35 1 356 1 

356 1 

(COLOR) 

1/1 

0 

1 

0 

1 

0 

1 

0 

3 REC/UH 

118.31 

130.24 

135.03 

16K 

52 33 

59.90 

66.08 

4 187.5/57.1 

FN0022/12 

FN0022/13 

FN0022/14 

50/-56 297/08:58:56 03:49.1 

I 

I 

1 

223157/048 12:39 59 IR 140 0/182.5 -30 .12 

IR3 ISDR 35G 356 1 

IR2 ISDR 356 356 1 

IR1 * ISDR 356 356 1 

IR OF 7 CHAN SET(3 EVENTS) 

9/1 

0 

'0 

0 

1 

0 

0 

0 

3 REC/UH 

132.57 

128.71 

'13.81 

16K 

59 65 

58 67 

62 64 

4 191 8/6.8 

FN0022/15 

FN0022/16 

FN0022/17 

S4/-56 297/09:09:56 03:49.1 

I 

I 

1 

22S168/048 12.49 59 SINGLE 140 0/182 5 -30 .12 

SURV SOP 363 355 8 

SURVEY OF 7 CHAN SET(3 EVENTS) 

14/3 

0 

1 

0 

3 REC/UH 

140.22 

16K 

67.01 

6 196.0/56.4 

FN0022/18 

68/-96 297/09:18:56 01:18.0 

I 

228159/048 12 51.17 SINGLE 170 0/170.0 

CAL SOP 61 

CALIBRATION 

0 

0 0 

15/7 

0 

1 

0 

2 REC/UH 

.00 

16K 

.00 

6 / 

FN0022/19 

/ 

I 

297/09:20:14 0:18.0 

21BI60/045 18.01-02 SINGLE 147.5/150.0 

SUN SOP 69 

SOLAR EXTINCTION 

30 

64 

.04 

5 

4/2 

0 

1 

0 

3 REC/UH 

34.97 

16K 

26.96 

10 276.5/14.6 327/-22 297/14:29:59 00:15.8 D 

FN0022/20 1 

(SJ 

Lk) 

215181/048 18,42 29 SINGLE 155.0/157.,5 

SUN SOP 69 

SOLAR EXTINCTION 

20 

64 

.04 

5 

4/2 

0 

1 

0 

2 R5C/UH 

34.33 

16K 

4.83 

10 283.7/ 8.0 335/-16 297/15:11:26 00:15.8 

FN0022/21 1 
-------------------------------------- --------

w	 VIKING PROJECT LIBRARY
 

4:7 	 VL-2 CAMERA EVENT REPORT 

AZIMUTH CENTER CHAN DATA SCAN PSA SOLAR ANTISOLAR aURA- RSCN
 

CE LABEL LLT DIODE START/STOP ELEV STEP MODE OFFSET GAIN PATH RATE TEMP(C) AZ/EL AZ/EL GMT TION /DUST
 

----------------------------------------------------- -------------------------............................... I----------------------------­

r TA TOTAL RESCAN LINES AVE ON STAND EDR # OF EDR
 

RECORD LINES BEGIN/TOTAL MISSED GAPS VALUE DEV TAPE/FILE SEGMENTS
 

------------------------------------------- 1-....... ....
 

22B162/048 22:46.02 	SINGLE 220 0/285 0 20 .04 1/2 1 1 REC/UH 16K -8 332.7/-22 205/ 18 297/19:14 59 00:29.2
 

BLU SDR 132 126 6 0 0 70.07 5.26 FN0022/22 1
 

PHOBOS
 

228163/048 22:47.34 	SINGLE 277.5/282 5 20 .04 312 1 0 REC/UH 16K -8 333.1/-fl 2o0/ 18 297/19:16:31 00:29.2
 

RED ISDR 132 126 6 0 0 138.85 3 67 FN0022/23 1
 

PHOBOS
 

228164/048 22.49 09 	 SINGLE 277.5/282.5 20 .04 10/2 1 0 REC/UH 16K -8 333 5/-23 206/ 18 297/19:18:06 00:29.2
 

IR2 ISDR 132 126 6 0 0 140.97 9.67 FN0022/24 1
 

PHOBOS
 

22B165/048 22.50 41 	 SINGLE 277.5/282.5 20 .04 2/2 1 1 REC/UH 16K -6 333 9/-23 206/ 18 297/19.19:36 00.29.2
 

GRN SDR 132 126 6 0 0 69.08 5.02 FN0022/25 1
 

PHOBOS
 

22166/048 22:S2.13 	 SINGLE 275.0/280.0 20 .04 11/2 1 0 REC/UH 16K -8 334 2/-23 206/ 18 297/19:21:10 00:29.2
 

IR1 ISDR 132 12G 6 0 0 142.54 5 67 FN0022/26 1
 

PHOBOS
 

22B167/048 2253 45 	 SINGLE 275.0/280 0 20 .04 9/2 1 0 REC/UH 1SK -8 334.6/-23 207/ 18 297/19:22.42 00.29.2
 

IR3 ISDR 132 126 6 0 0 140.75 8.49 FN0022/27 I
 PHOBOS
 

228168/048 22:55 17 	 SINGLE 275.0/280.0 20 .04 14/2 1 0 REC/UH 16K -6 335 0/-23 207/ 19 297/19:24:14 00:29.2
 

SURV SDR 132 126 6 0 0 141.23 2.91 FN0022/28 1
 

PHOBOS
 

226169/048 23.16 25 	 SINGLE 260.0/265 0 30 .04 1/2 1 1 REC/UH 18K -8 340.3/-24 212/ 20 297/19:45:22 00.29.2 

BLU SOR 132 126 6 0 0 70.32 5,34 FN0022/29 1 

PHOBOS 

22B170/048 23.17'57 	 SINGLE 260.0/265 0 30 .04 3/2 1 1 REC/UH 16K -8 340.6/-25 212/ 21 297/19;46;54 00'29 2
 

RED ISDR 128 126 3 1 1 70.49 1 94 FN0022/30 1
 

PHOBOS
 

228171/049 23:19.29 	SINGLE 257.5/262.5 30 .04 10/2 1 1 REC/UH 16K -8 341.0/-25 213/ 21 297/19:48:26 00:29.2
 

IR2 SDR 133 126 7 0 0 69.87 4.45 FN0022/31 1
 

PHOBOS
 

228172/048 23:40 47 	 SINGLE 24S.0/250.0 30 .04 2/2 1 1 NEC/UH 16K -8 346.5/-26 218/ 22 297/20:09:44 00:29 2
 

GRN SDR 133 126 7 0 0 67.70 4 84 FN0022/32 1
 

PHOBOS
 

22B173/048 23:42 19 	 SINGLE 242.5/247 5 30 .04 11/2 1 1 REC/UH 16K -8 346.9/-26 218/ 23 297/20:11:16 00:29.2
 

IRI ISOR 133 126 7 0 0 69.39 3.02 FN0022/33 I
 

PHOBOS
 
-------------------------------------------------------------------------------------- -----------------------------------------------------------

VIKING PROJECT LIBRARY
 

VL-2 CAMERA EVENT REPORT
 

CE LABEL LLT 

AZIMUTH CENTER CHAN DATA SCAN PSA SOLAR ANTISOLAR DURA- RSCN 

DIODE START/STOP ELEV STEP MODE OFFSET GAIN PATH' RATE TEMP(C) AZ/EL AZ/EL GMT TION /DUST 

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

DATA TOTAL RESCAN LINES 

RECORD LINES BEGIN/TOTAL MISSED GAPS 

AVE DN 

VALUE 

STAND 

DEV 

EDR # OF EDR 

TAPE/FILE SEGMENTS 

228174/048 23:43.5 SINGLE 242.5/247.r 

IR SDR 133 

PHOBOS 

30 

126 

.04 

7 

9/2 

0 

1 

0 

1 REC/UH 

68.19 

16K 

4.32 

-8 347.3/-26 

FN0022/34 

218/ 23 

1 

297/20-12:48 00'29.2 

22B175/048 23:45.23 SINGLE 242 5/247.5 

SURV ISDR 133 

PHOBOS 

30 

126 

.04 

7 

14/2 

0 

1 

0 

1 REC/UH 

71.00 

16K 

1.18 

-8 347.7/-26 

FN0022/35 

219/ 23 297/20.14:20 00;29,2 

1 

226176/048 23:46 55 SINGLE 240.0/245 0 

BLU SOR 133 

PHOBOS 

30 

126 

.04 

7 

1/2 

0 

1 

0 

2 REC/UH 

34.08 

16K 

3.08 

-8 348 1/-26 

FN0022/36 

219/ 23 297/20:15:52 00:29.2 

I 

22B177/048 23.48 27 SINGLE 240.0/245.0 

RED SDR 134 

PHOBOS 

30 

126 

.04 

a 

3/2 

0 

1 

0 

1 REC/UH 

69.24 

16K 

2 35 

-8 348 5/-26 

FN0022/37 

220/ 23 297/20:17.24 00-29.2 

I 

22B178/048 23:49'59 SINGLE 237.5/242.5 

IR2 SDR 134 

PHOBOS 

30 

126 

.04 

8 

10/2 

0 

1 

0 

1 REC/UH 

71.12 

16K 

4.42 

-8 346.9/-26 

FN0022/38 

220/ 23 

1 

297/20:18:S6 00:29.2 

228179/048 23:50 28 SINGLE 170.0/170.0 

CAL S0R 61 

CALIBRATION 

0 

0 0 

15/7 

0 

1 

0 

2 REC/UH 

.00 

16K 

.00 

-8 / 

FN0022/39 

/ 

1 

297/20:19.25 0:18.0 

228180/049 10.29 59 SINGLE 285 0/290.0 -10 .12 

SURV SDR 50 43 7 

7-CHANNEL OF TEST CHART (SUR) 

14/3 

0 

1 

0 

4 REC/UH 

77.28 

16K 

47.35 

-2 139.4/51 2 

FN0023/01 

8/-44 298/07:38:31 00:11.4 

I 

22B181/049 10:31 59 COLOR 285 0/290.0 -10 .12 

BLU SDR 44' 44 1 

GRN SOR 43 44 1 

RED SOR 43 44 1 

COLOR OF 7 CHAN SET(3 EVENTS) 

1/1 

0 

1 

1 

1 

0 

1 

1 

4 REC/UH 

74 18 

76.29 

81.74 

16K 

49.14 

50 19 

50.72 

-2 140.1/51.4 

FN0023/02 

FN0023/03 

FN0023/04 

9/-45 298/07:40.31 00:29.2 

1 

1 

I 

228182/049 1034 59 IR 285 0/290 0 -10 .12 

IR3 SOR 44 44 1 IR2 SDR 43 44 1 

IRI SDR 43 44 1 

IR OF 7 CHAN SET(3 EVENTS) 

9/1 

0 

1 

1 

1 

0 

1 

1 

4 REC/UH 

65.03 

63 21 

66,40 

16K 

36 12 35 01 

38.04 

-2 141.1/51.7 

FN0023/O 

FN0023/06 

FN0023/07 

10/-45 298/07:43-31 

1 

I 

I 

00:29.2 

21B183/049 11:00 18 SINGLE 170 0/225.0 

GRN * ISDA 1401 

HI-RES COLOR MOSAIC 

"30 .04 

1376 25 

(GRN) 

2/2 

0 

1 

0 

4 RT/UH 

130.38 

16K 39.895 

4 ISO 2/54.0 193/-48 298/08:08:51 

FNOO23/08 2 

04.59.0 

21B184/049 11:37.00 SINGLE 225 0/280.0 -30 .04 2/2 1 4 RT/UH 16K 6 164.8/56.3 205/-52 298/08:45.32 04'50.0 

Lij 

Ul 

GRN * ISDR 1360 

HI-RES COLOR MOSAIC 

0 0 

(GRN) 

16 1 116.32 26.07 FN0023/09 2 
LQ 

ON 

VIKING PROJECT LIBRARY 

VL-2 CAMERA EVENT REPORT 

CE LABEL LLT DIODE 

AZIMUTH 

START/STOP 

CENTER ELEV STEP 

CHAN 

MODE OFFSET GAIN DATA 

PATH SCAN 

RATE PSA SOLAR 

TEMP(C) AZ/EL 

ANTISOLAR 

AZ/EL GMT 

DURA- RSCN 

TION /DUST 

DATA TOTAL RESCAN LINES AVE DN STAND EDR # OF EDR RECORD LINES BEGIN/TOTAL MISSED GAPS VALUE DEV TAPE/FILE SEGMENTS ---------------------------- -------------------------------------------------------------------------­

228185/049 12:29.59 COLOR 

ELU * 

GRN - RED * 

182 5/265,0 

ISOR 690 

ISDR 689 

ISOR 689 

0 

690 

690 

690 

.12 

1 

1 

1 

1/1 

0 

1 

1 

1 

0 

1 

1 

3 REC/UH 

129.30 

155.59 

163.65 

16K 

54 07 

59.73 

47.39 

4 187.5/56,9 

FNO023/10 

FN0023/11

FNO023/12 

50/-56 29B/09:38:31 07:22.5 

I 

1 

I 7-CHANNEL MOSAIC (COLOR) 

221865/049 12:39-59 IR 182.5/265.0 0 .12 

iR3 ISDR 687 0 0 

IR2 ISDR 688 0 0 

IR1 - ISDR 688 0 0 IR OF 7 CHAN SET(3 EVENTS) 

9/1 

2 

1 

1 

1 

2 

1 

1 

3 REC/UH 

154.81 

155.15 

156.04 

16K 

47.68 

50.24 

50.67 

6 191.8/56.6 

FN0023/13 

FNOO23/14 

FNO023/I5 

54/-56 298/09:48:31 07:22.5 I 

1 

I 

2281S7/049 12:49 S9 SINGLE 182.5/265.0 

SURV ISDR 696 

0 

689 

.12 

7 

14/3 

0 

1 

0 

3 REC/UH 

167.54 

16x 

50.33 

8 196.0/$6.2 

FN0023/16 

52/-56 298/09:58:31 02.29.1 

I SURVEY OF 7 CHAN SET(3 EVENTS) 

228188/049 12:52 28 SINGLE 170.0/170.0 

CAL SDR 58 

0 

0 0 

7/7 

0 

1 

0 

2 REC/UH 

.00 

16H 

.00 

8 / 

FN0023/17 

/ 

I 

298/10:01:00 0;18.0 

CALIBRATION 

22B190/050 10:30 00 SINGLE 285,0/290 0 -10 .12 14/3 1 4 REC/UH 16K -2 139.6/51.0 9/-44 299/08:18.07 00:11.4 

SURV 5DR 50 '3 

7-CHANNEL OF RTC (SURVEY) 

7 0 0 76.68 46 81 FN0023/16 1 

228191/050 10:32,00 COLOR 

ELU 

GRN 

RED 

285,0/290.0 

ISDR 44 

ISDR 44 

ISDR 44 

-10 

44 

44 

44 

.12 

1 

1 

1 

1/I 

0 

0 

0 

1 

0 

0 

0 

4 REC/UK 

73.79 

75.93 

81.89 

16K 

48.83 

49 72 

50.39 

-2 140,3/51.3 

FN0023/19 

FN0023/20 

FN0023/21 

9/-44 299/08:20:07 00:29.2 

I 

I 

I COLOR OF 7 CHAN SET(3 EVENTS) 

22B192/050 10:35'00 IR 285.0/290.0 -10 .12 IRE ISDR 44 44 1 

IR2 ISDR 43 44 1 IRI ISDR 43 44 1 IR OF 7 CHAN SET(3 EVENTS) 

9/1 

0 

1 

1 

1 

0 

1 

1 

4 REC/UH 

64.71 

62.89 

66.04 

16K 

35.83 

34.66 

37.74 

-2 141.3/51.6 

FN0023/22 

FN0023/23 

FN0023/24 

10/-45 299/08:23:07 00.29.2 

1 

1 

I 

226193/050 10:55 45 SINGLE 135 O/ISOO -30 .04 

RED ISDR 1401 1376 25 

HI-RES COLOR MOSAIC (RED) 

3/2 

0 

1 

0 

4 RT/UH 

86.28 

16K 

40.00 

0 14S.7/53,5 

FNO02S/25 

16/-47 299/08:43:53 04:59,0 

2 

218194/050 11:32.27 SINGLE 270.0/340,C 

RED - ISOR 1325 

-30 

0 

.04 

0 

3/2 

426 

1 

3 

4 RT/UH 

92.39 

16K 

46.73 

8 163.0/56.0 204/-51 299/09:20:34 04:50.0 

FN0023/26 3 

HI-RES COLOR MOSAIC (RED) 

216195/050 17:30.00 SINGLE 177,5/237.5 

B82 I ISDR 1510 

-30 

1501 

.04 

9 

0/2 

0 

1 

0 

4 REC/UH 

52.10 

16K 

31.10 

10 270.8/19.4 321/-27 299/15:18:07 05:22.5 

FNO03/27 2 

EVENING HI-RES MOSAIC 
----------------------------------------------------------------------------- 

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

VIKING PROJECT LIBRARY 

VL-2 CAMERA EVENT REPORT 

CE LABEL LLT DIODE 

AZIMUTH 

START/STOP 

CENTER 

ELEV STEP 

CHAN 

MODE OFFSET GAIN 

DATA SCAN PSA SLAR ANTISOLAR DURA- RSCN 

PATH RATE TEMP(C) AZ/EL AZ/EL GMT TION /DUST 

------- ------------------------------- ----------------.... 

AVE ON STAND EOR # OF EDR
 

TAPE/FILE SEGMENTS
 DATA TOTAL RESCAN LINES 


RECORD LINES BEGIN/TCTAL MISSED GAPS VALUE 0EV 
 -


22.5/ 32.5 -20 .12 9/1 1 4 REC/UH 16K -15 85.3/15.7 320/ -7 300/05:00:02 00:55.8
 22BI96/051 06:32:19 	IR 
 9 1 42.71 	 20,48 FN0024/01 1
 IR3 ISDR 86 85 11 


9 1 41.90 19.45 FN0024/02 1
 IR2 ISDR 86 85 11 


11 1 1 50.79 35.10 FN0024/03 I
 IRI ISDR 94 85 


IR OF NOTCH ROCK AFTER PUSH
 

4 REC/UH 16K -15 85 6/15.9 321/ -7 300/05:01:42 00:55.8
 228197/051 06:33:59 	COLOR 22.5/ 32.5 -20 .12 11 1 


0 0 50.44 	 30.68 FN0024/04 I
 BLU ISDR 86 85 2 


1 1 51.77 	 29.36 FN0024/05 I
 GRN ISDR 85 85 2 


85 2 1 	 1 64.13 26.63 FN0024/06 I
 RED IOR 85 


COLOR OF 
NOTCH ROCK AFTER PUSH


0/2 1 4 REC/UH 16K -12 86.0/16.3 137/ -8 300/05!03:42 00:55.8
 21B198/051 06:35.59 	SINGLE 210 0/220 0 -30 .04 


0 0 41.10 	22.05 FN0024/07 I
 BB2 ISDR 259 251 a 


HI-RES OF NOTCH ROCK AFT. PUSH
 

4 REC/UH 16K -15 86 3/16.6 321/ -9 300/05:05:42 00.55.9
 228199/051 06:37,59 	 SINGLE 22.5/ 32.5 -20 .04 0/2 1 


0 0 45.69 	21.44 FN0024/08 1
 882 - ISDR 259 	 251 a 


STEREO TO 218198
 

-30 .04 0/2 1 4 REC/UH 16K -10 88.6/18.7 140/-10 300/05:18:42 00'55a.
 21B200/051 06850,59 	SINGLE 210.0/220.0 
 44.03 23.23 FN0024/09 1
 B82 * ISDR 257 251 6 0 0 


SSCA-CONTACT W/SURF. BEF. DIG
 

-30 .04 0/2 1 4 REC/UH 16K -10 89 7/19.7 141/-I1 300/05:24:43 00.55.8
 218201/051 06.57-00 	SINGLE 210 0/220 0 


B82 * ISDR 257 251 6 0 0 
 45 84 24.78 FNO024/10 I
 

SSCA AT FULL EXTENSION
 

14/3 1 4 REC/UH 16K -2 92 6/22.4 144/-14 300/05:41.34 00:55.8
 21B202/051 07:13,51 	 SINGLE 7 5/ 37 S -20 .12 


257 251 6 	 0 0 72,16 61.28 FN0024/1l 1
 SURV ISDR 


SSCA OVER PDA
 

115 8/40.0 165/-32 300/07:33:09 00:55.8
 21B203/051 09'05.26 SINGLE 290.0/300.0 -30 .04 0/2 I 4 REC/UH 16K -2 


0 0 59.69 31.92 FN0024/12 1
 82 SDR 258 251 7 
 BACKHOE/PURGE SITE
 

1 4 REC/UH 16K 2 138.1/50.4 183/-43 300/08:52:42 00:55.8
 218204/051 10:24,59 	 SINGLE 210.0/220.0 -30 .04 0/2 


0 133.38 28.13 FN0024/13 I
 B2 * SON 258 251 7 0 


HI-RES OF TRENCH
 

22.5/ 32,5 -20 .04 0/2 1 4 REC/UH 16K -2 138 8/50 6 8/-44 300/08:54:42 00:55.8
 228205/051 10-26:59 	 SINGLE 


B82 * SDR 259 	 251 8 0 0 142,90 29.00 FN0024/14 I
 

STEREO TO 218204
 

16K -2 139.8/50.9 9/-44 300/08:57:42 00:29.2
 228206/051 10.29'59 	 IR 2B5.0/290.0 -10 .12 9/1 1 4 REC/UH 


0 64.13 35.53 FN0024/15 I
 I.' 	 IR3 SDR 44 44 1 0 

D 0 62,56 	 34.25 FN0024/16 I
 ..4 	 IR2 SDR 44 44 1 


1 65.44 37.37 FN0024/17 1
 IR1 SDR 43 44 1 1 


IR OF RTC
 
--------------------------------------------- ------- ------- ------------------------------------- ----------------------------------------- -------

(AO 
 VIKING PROdECT LIBRARY
 

CO VL-2 CAMERA EVENT REPORT
 

.-----.---.. ----.---------------------------------------- -------- ------------------------------- ---------------------------------------------


AZIMUTH 
 CENTER CHAN DATA SCAN PSA SOLAR ANTISOLAR OURA- RSCN
 CE LABEL LLT DIODE START/STOP ELEV STEP MODE OFFSET GAIN PATH RATE TEMP(C) AZ/EL AZ/EL GMT TION /DUST
 

DATA TOTAL RESCAN LINES AVE DN STAND SDR # OF EDR
 RECORD LINES BEGIN/TOTAL MISSED GAPS VALUE DEV TAPE/FILE SEGMENTS
 

22h207/051 10:84 59 	COLOR 285.O/290.r -10 .12 1/1 1 4 REC/UH 16K 0 141.5/51.4 10/r45 300/09:02:42 00:29.2
 BLU SDR 44 44 1 0 0 73.84 49 00 FN0024/18 1
 GRN SDR 44 44 1 0 0 75.75 49 93 FN0024/19 1
 RED SDR 43 44 1 1 80.66 50.41 FN0024/20 1
 

COLOR OF RTC
 

22B208/051 10:35,28 	 SINGLE 170.0/170 0 0 15/7 
 1 2 REC/UH 16K 0 / / 300/09:03:11 0;18.0 CAL SDR 61 0 0 0 0 .00 .00 FN0024/21 I 

CALIBRATION 

228209/051 10'50,55 	 SINGLE 135.0/190,0 -30 .04 2/2 1 4 RT/UH 16K 0 147 1/52 9 15/-47 300/09:18:38 04:59.0 GRN * ISDR 1401 1376 25 0 0 74.36 32.77 FN0024/22 2 HI-RES COLOR MOSAIC (GRN) 

216210/051 11:27:37 	 SINGLE 270 0/340.0 
 -30 .04 2/2 1 4 RT/UH 16K 10 161.2/55.6 202/T51 300/09.55:19 04.50.0
 GRN * ISDR 1539 0 0 212 1 92.27 48.73 FN0024/23 3
 

HI-RES COLOR MOSAIC (GRN)
 

22B211/051 17:20,00 
SINGLE 265 0/305.0 -20 .04 5/2 1 4 REC/UH lGV 4 268.9/20 0 143/-29 300/15.47:42 03.35.8
 B24 - ISDR 1008 1001 7 0 0 52.93 29.84 rN0024/24 2
 

EVENING HI-RES MOSAIC -GORES
 

22B212/051 17:25:00 	 SINGLE 7.5/ 17.5 -30 .04 8/2 1 4 REC/UH 
 16K 4 269.8/2OO 144/-28 300/15.52:42 00:55.8 

681 * ISDR 2S 2511 a 0 0 45.24 28.70 fN0024/25 1 

EVENING HI-RES MOSAIC -GORES 

21B213/051 17:30,00 	 SINGLE 50 O/ 65.0 0 .04 5'/2 
 1 4 REC/UH 16K 8 270.7/19.2 321/-27 300/15:57:42 01.22.5
 B64 ISDR 383 376 7 0 0 94.24 45.13 FNOO24/26 I
 

EVENING HI-RES MOSAIC -GORES
 

218214/051 17:35 00 	 SINGLE 305.0/335 0 -30 .04 
 0/2 1 3 REC/UH 16, 8 271 6/18.4 322/-26 300/16.02:42 02 42.5 B62 * ISDR 754 751, 3 0 0 82.52 50.33 FN0024/27 I 

EVENING HI-RES MOSAIC -GORES
 

228215/051 17:45.00 	SINGLE 45.0/165 0 -50 .04 8/2 1 3 REC/UN 16K 6 
273.4/16 & 148/-25 300/16-12:42 10:42.4 81 * ISOR 3004 3001 3 0 0 54.04 39.49 FNOO24/26 4 

EVENING HI-RES COMPOSITE 

218216/052 10:45:56 	 SINGLE 260.0/335 0 
 -10 .04 1/2 1 4 RT/UH 16K 2 145.5/52 3 189/-46 301/09:53:14 04.59.0
 *LU - IOR 1401 
 1376 25 0 0 78,71 47 09 FNO025/01 2


HI-RES COLOR MOSAIC (BLU)
 

218217/052 11:22.37 
SINGLE 235.0/290 0 -10 .04 1/2 1 4 RT/UH 16K 14 159.3/55.1 201/-SO 301/10:29:55 04:50.0 BLU - ISDR 1181 0 0 195 2 97,25 28.54 FNO025/02 2 

HI-RES COLOR MOSAIC (BLU) 
-------------------------------------------- ---------- ----------------------------------------------

VIKING PROJECT LIBRARY
 

VL-2 CAMERA EVENT REPORT
 

__-------------------------------------------


AZIMUTH CENTER CHAN DATA 

CE LABEL LLT DIODE START/STOP ELEV STEP MODE OFFSET GAIN PATH 

-------------------------------- ----------------------------------------------- I --

DATA TOTAL RESCAN LINES AVE DN 

RECORD LINES BEGIN/TOTAL MISSED GAPS VALUE 

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

SCAN PSA SOLAR ANTISOLAR DURA- RSCN 

RATE TEMP(C) AZ/EL AZ/EL GMT TION /DUST 

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

STAND EDR # OF EDR 

DEV TAPE/FILE SEGMENTS 

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

21S219/052 16.32.4 SINGLE 140 0/217 5 10 

SURV ISDR 654 647 

7-CHANNEL SUNSET (SURVEY) 

.12 

7 

14/3 

0 

1 

0 

5 REC/UH 

76.28 

16K 

55.65 

10 259 9/28.4 309/-36 

FNOO25/03 I 

301/15:39:59 02:20.3 

215220/052 16:36:4' COLOR 140 0/217.5 

8LU * ISDR 646 

GRN * ISDR 646 

RED * ISDR 645 

COLOR OF ABOVE 

10 

0 

0 

0 

.12 

0 

0 

0 

1/1 

1 

1 

2 

1 

1 

1 

2 

5 REC/UH 

80.48 

79,67 

74.22 

16K 

60.39 

59 60 

54.90 

10 260.7/27,7 310/-35 301/15:43:59 06:55.8 

FNOO25/04 1 

FN0025/05 1 

FNOO2S/O6 1 

21B221/052 16.44:41 IR 140 0/217.5 

IRS ISDR 647 

IR2 ISDR 647 

IR1 I ISDR 647 

ZR OF ABOVE 

10 

0 

0 

0 

.12 

0 

0 

0 

9/1 

0 

0 

0 

1 

0 

0 

0 

4 REC/UH 

78.99 

79,16 

82,00 

16K 

56.99 

57.09 

57.23 

12 262 2/26.4 312/-34 301/15;51:59 06:55.8 

FNOO25/07 I 

FN0025/O8 1 

FNO025/09 1 

21B222/052 16:52,41 SINGLE 132 5/137.5 

SUN ISDR 132 

SOLAR EXTINCTION 

30 

126 

.04 

6 

4/2 

0 

1 

0 

3 REC/UH 

30,65 

16K 

16 52 

14 263.7/25 1 313/-33 301/IS,59:59 00:29.2 

FNO025/10 I 

218223/052 17:57.41 SINGLE 145 0/150 0 

SUN ISDR 132 

SOLAR EXTINCTION 

30 

126 

.04 

6 

4/2 

0 

1 

0 

3 REC/UH 

33.03 

16K 

18 51 

12 275 5/14.6 326/-22 301/17:04:59 00:29.2 

FNOO25/11 1 

218224/052 18.42 41 SINGLE 152 5/157.5 

SUN ISDR 129 

SOLAR EXTINCTION 

20 

126 

.04 

3 

4/2 

0 

1 

o 

2 REC/UH 

35 18 

16K 

3.44 

10 213.4/ 7.3 334/-1 

FN0025/12 1 

301/17:49-59 00.29.2 

21B225/053 10:40,41 SINGLE 280.0/335.0 

GRN * ISDR 1401 

HI-RES COLOR MOSAIC 

-10 .04 

1376 25 

(GRN) 

2/2 

0 

1 

0 

4 RT/UH 

80.37 

16K 

43.60 

2 143.8/51.7 188/-45 302/10:27.34 04'59 0 

PNOO25/13 2 

216226/053 11,17.22 SINGLE 235.0/290.0 

GRN * IDR 1016 

HI-RES COLOR MOSAIC 

-10 .04 

0 0 

(GRN) 

2/2 

360 

1 

1 

4 RT/UH 

113.45 

16K 

34.01 

22 157.4/54 6 1'd9/-49 

FN0025/14 2 

302/11,04:16 04:50.0 

218227/053 12:14:59 COLOR 272.5/335.0 

SLU * ISOR 523 

GRN * ISOR 522 

RED * ISOR 522 

HIGH GAIN TRIPLICATE 

-30 .12 

523 1 

523 1 

523 1 

(COLOR) 

1/1 

0 

1 

t 

1 

0 

1 

1 

3 REC/UH 

132 31 

138.75 

124.17 

16K 

62 57 

68 62 

65.03 

8 181.3/56 4 220/-54 302/12:01:52 05:35.8 

FNOO2S/ 5 I 

FN0025/18 I 

FN0025/17 1 

($3 

" 

215228/053 12-24-59 IR 272.5/335.0 -30 .12 

IR3 SDR 522 0 0 

IR2 I1DR 521 0 0 

IRI * ISDR 521 0 0 

IR OF 7 CHAN SET(3 EVENTS) 

9/1 

0 

1 

1 

1 

0 

1 

1 

3 REC/UH 

140.87 

142.89 

132.30 

16K 

67.71 

68.01 

68.07 

10 185.6/56.3 224/-55 302/12:11:52 05:35.8 

FNOO25/18 I 

FN0025/19 I 

FN0025/20 I 
w 

r\> 

0 

VIKING PROJECT LIBRARY VL-2 CAMERA EVENT REPORT 

CE LABEL LLT DIODE 

AZIMUTH 

START/STOP 

CENTER 

ELEV STEP 

CHAN 

MODE OFFSET GAIN 

DATA 

PATH 

SCAN 

RATE 

PSA SOLAR 

TEMP(C) AZ/EL 

ANTISOLAR 

AZ/EL GMT 

DURA- RSCN 

TION /DUST 

DATA TOTAL RESCAN LINES 

RECORD LINES BEGIN/TOTAL MISSED GAPS 

AVE DN 

VALUE 

STAND 

OEV 

EDR # OF EDR 

TAPE/FILE SEGMENTS 

218229/053 12:37.59 SINGLE 272.5/335 0 -30 .12 

SURV ISOR 528 522 6 

SURVEY OF 7 CHAN SET(3 EVENTS) 

14/3 

0 

1 

0 

3 REC/UH 

120 82 

16K 

60.51 

12 191.0/56.0 230/-55 302/12:24:52 01.53.6 

FN0025/21 1 

22B230/054 06:59.00 SINGLE 115 0/130 0 -10 

B4 ISDR 383 376 

MORNING HI-RES MOSAIC 

.04 

7 

5/2 

0 

7 

0 

2 REC/UH 

154.90 

16K 

52.03 

-15 90.6/19.7 326/-11 

FN0026/01 1 

303/07:25:28 01:22. 

22B231/054 07:05 00 SINGLE 115.0/175:0 -10 

B54 * ISDR 1508 1501 

MORNING HI-RES MOSAIC 

.04 

7 

5/2 

0 

2 

0 

3 REC/UH 

52,39 

16K 

31.71 

-13 91.6/20.7 327/-12 303/07:31:28 05:22.5 

FN0026/02 2 

22B232/054 10:00,00 SINGLE 305.0/310.'0 -10 

SURV SDR 49 43 

7-CHANNEL OF RTC (SURVEY) 

.12 

6 

14/3 

0 

1 

0 

5 REC/UH 

65,19 

16K 

39.38 

-6 130.9/47.1 

FNO026/03 

2/-40 303/10:26:28 001T.4 

1 

229233/054 10:03 00 COLOR 305.0/310 0 -10 .12 

BSU SDR 43 0 0 

GPM SDR 43 0 0 RED SDR 43 0 0 

COLOR OF 7 CHAN SET(3 EVENTS) 

1/1 

0 

0 

0 

1 

0 

0 

0 

5 REC/UH 

65.46 

69.70 

65.94 

16K 

50 33 

51.33 

37.16 

-6 131,8/47.4 

FNOO26/04 

FN0026/05 

FNO026/06 

2/-40 303/10:29:28 00:29.2 

1 

1 

I 

22B234/054 10:06 00 IR 305 0/310.0 -10 .12 

IR3 SOR 43 0 0 

IR2 SDR 43 0 0 

IRI SDR 43 0 0 

IR OF 7 CHAN SET(3 EVENTS) 

9/1 

0 

0 

0 

1 

0 

0 

0 

5 REC/UH 

53.69 

53.11 

56.46 

16K 

27.56 

26.78 

25.34 

-4 132.7/47.8 

FNOO26/07 

FN0026/0,8 

FNOO26/09 

3/-40 303/10:32:28 00:29.2 

1 

1 

1 

21B235/054 10:35 1' SINGLE 235.0/270.0 

RED - ISDR 875 

HI-RES COLOR MOSAIC 

-10 .04 

0 0 

(RED) 

3/2 

1 

1 

1 

4 RT/UH 

114.07 

16K 

32.10 

0 142.1/51.0 1871-44 303/11:01:40 03:07.0 

pNO026/1O 1 

218236/054 11:12-5 SINGLE 270.0/315 0 

RED * ISOR B7 

HI-RES COLOR MOSAIC 

-10 .04 

0 0 

(RED) 

3/2 

239 

1 

1 

4 RT/UH 

114.90 

16K 

45.39 

-29 155.B/54.2 199/-49 303/11:39:19 03:52.0 

FN0026/11 2 

21B238/054 16:36 00 COLOR 22.5/ 27.5 

BLU SDR 44 

GRN SDR 43 

RED SDR 43 

PHOTOMETRICS (LANDER) 

-10 

44 

44 

44 

.12 

1 

1 

1 

1/1 

0 

1 

1 

1 

0 

1 

1 

5 REC/UH 

50,56 

50,28 

42.07 

16K 

1,9 60 

19.27 

14.71 

8 260.3/27.5 309/-35 303/17:02.28 

FN0026/12 1 

FN0026/13 I 

FN0026/14 I 

00:29.2 

218239/054 16:38.00 IR 22.5/ 27.5 -10 

IRE SDR 44 44 

IR2 SDR 44 44 

IR1 SDR 43 . 44 

PHOTOMETRICS (LANDER) 

.12 

1 

1 

1 

9/1 

0 

0 

1 

1 

0 

0 

1 

5 REC/H 

37.00 

36.48 

39.22 

iSH 

12.29 

12.01 

13.45 

8 260.7/27.2 310/-35 303/17:04;28 00;29.2 

FNO026/15 I 

FN0026/16 1 

FN0026/17 I 
--------------------------------- -----------

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

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

VIKING PROJECT LIBRARY
 

VL-2 CAMERA EVENT REPORT
 

--------------------------------------------.---------------------------------------------------------
 DATA SCAN PSA SOLAR ANTISOLAR DURA- RSCN
 AZIMUTH CENTER CHAN 
 TION /DUST
 ELEV STEP MODE OFFSET GAIN PATH RATE TEMP(C) AZ/EL AZ/EL GMT 
 CE LABEL LLT DIODE START/STOP 
 ---------- .............----------­ -----------------------------------------------------.----------------------------------


DATA TOTAL RESCAN LINES 
 AVE DN STAND EDR # OF EDR
 

RECORD LINES BEGIN/TOTAL MISSED GAPS 
 VALUE DEV TAPE/FILE SEGMENTS
 

.........
 

16K 10 261.1/26.9 310/-34 303/17:06:28 01:09.2
 21S240/054 16:40 00 	COLOR 215.0/227.F -30 .12 1/1 1 3 REC/UH 


106 1 0 0 94.22 41.10 FN0026/18 ' I
 BLU SOR 106 


rRN SDR 106 106 1 0 
 0 106 01 44.88 FN0026/19 I
 

RED SDR 106 106 1 0 0 
 119,:8 47 51 FN0026/20 I
 

PHOTOMETRICS (SURFACE)
 

-30 .12 9/1 	 1 3 REC/UH 16K 10 261 7/26.4 311/-34 303/17:09:28 01:09.2
 21B241/054 16.43 00 	 IR 215.0/227.5 


i06 106 1 	 0 0 102.77 42 22 FN0026/21 1
 IRS SUR 


IR2 SOR 106 	 106 1 0 
 0 99.91 41.76 FN0026/22 1
 

106 106 1 0 0 112.80 45.49 FNOO26/23 I
 IR1 SDR 


PHOTOMETRICS (SURFACE)
 

16K 10 263.5/24.8 313/-32 303/17:19:10 00:29.2
 216242/054 16-52 42 	 SINGLE 132.5/137 5 30 .04 4/2 1 3 REC/UH 


SUN SDR 
 134 126 8 0 0 30.84 1S 23 FN0026/24 1
 

SOLAR EXTINCTION
 

1/1 1 5 REC/UH 16K 8 272 3/17.0 323/-25 303/18:07:28 00.29.2
 21B243/054 17:40 59 	 COLOR 30.0/ 35.0 -1'0 .12 0 51 56 26.56 FN0026/25
 I
 SLU SDR 44 	 44 1 0 


0 48.39 21 64 FN0026/26 I
 GRN SOR 44 	 44 1 0 


44 1 1 1 39.11 13 65 FN0026/27 I
 RED SDR 43 


PHOTOMETRICS (SURFACE)
 

30 0/ 35.0 "10 .12 9/1 1 5 REC/UH 16K 8 272.7/16.6 323/-24 303/18;09:28 00:29.2
 216244/054 17'42-59 	IR 
 0 34.16 12 46 FN0026/28 1
 IR3 SDR 44 	 44 1 0 


33.42 11 88 FN0026/29 I
 IR2 SDR 44 	 44 1 0 0 


44 1 1 	 1 35.24 12,02 FN0026/30 1
 IR1 SDR 43 


PHOTOMETRICS (SURFACE)
 

273.1/16.3 324/-24 303/18:11:28 01:09.2
 218245/054 17:44 59 	 COLOR 215.0/227.5 '30 .12 I/1 1 3 REC/UH 16K 10 


BLU SOR 106 106 1 
 0 0 61.72 	 32 93 FNOO26/31 I
 

36.95 FN0026/32 I
 GRN SOR 106 	 106 I 0 0 69 39 


106 1 0 0 78.36 37.76 FN0026/33 I
 RED SOP 106 


PHOTOMETRICS (SURFACE)
 

-30 .12 9/1 1 3 REC/UH 16K 10 273.6/15.8 324/-24 303/18:14:28 01:09.2
 21B246/054 17-47.59 	IR 215.0/227 5 


IR3 ISDR 106 106 1 0 
 0 67 57 33.79 F0026/34 I
 

65.32 32.94 FN0026/35 1
 IR2 ISDR 106 	 106 1 0 0 


106 1 0 0 73.34 36 39 FN0026/36 I
 IRI ISDR 106 


PHOTOMETRICS (SURFACE)
 

.04 4/2 1 3 REC/UH 16K 10 275 3/14.2 326/-22 303/18:24:10 00:29.2
 21B247/054 17.57'4 	 SINGLE 145 0/150 0 30 


SUN SDR 1S3 126 7 0 
 0 30.62 22.56 FNO026/37 1
 

SOLAR EXTINCTION
 

1 5 REC/UH 16K 	 10 277.7/12.1 326/'20 303/18:37:28 00:29.2
 218248/054 18:10.50 	COLOR 22.5/ 27.5 -10 .12 1/1 


41 0 0 2 2 90.83 71.61 FN0027/01 I
 w) 
 BLU ISOR
 GRN ISOR 42 0 0 1 1 80.52 56.26 FN0027/02 1
 N) 
 1 1 60.75 	 37.17 FN0027/03 I
 RED ISDR 42 0 0 


PHOTOMETRICS (LANDER)
 
----------------------------------------------------------------------- 

WO VIKING PROJECT LIBRARY
 

N) VL-2 CAMERA EVENT REPORT
 ..................................................... 	 ................. ....................... o .. ................ .. .. .°......
 

AZIMUTH CENTER CHAN DATA SCAN PEA SOLAR ANTISOLAR DURA- RSCN 

CE LABEL LLT DIODE START/STOP ELEV STEP MODE OFFSET GAIN PATH RAIE TEMP(C) AZ/EL AZ/EL GMT TION /DUST 

----------------------------------------------- . 

DATA TOTAL RESCAN LINES AVE ON STAND EDR # OF EDR 

RECORD LINES BEGIN/TOTAL MISSED GAPS VALUE DEV TAPE/FILE SEGMENTS 

21S249/054 18.12.59 	IR 22.5/ 27.5 -10 .12 9/1 1 5 REC/UH 16K 10 278.0/11.8 32D/-20 303/18:39:28 00:29.2
 

IR3 SDR 44 44 1 0 0 55.58 32 94 FN0027/04 I
 

IR2 SDR 44 44 I 0 0 55.01 32 16 FN0027/05 1
 

IRI SDR 43 44 1 1 1 54.69 33.38 FN0027/06 1
 

PHOTOMETRICS (LANDER)
 

215250/054 18;14-59 	COLOR 215.0/227.S -30 .12 1/1 1 3 REC/UH 16K 10 278.4/11.4 329/-19 303/18:41:28 01:09.2
 

BLU ISDR 106 106 1 0 0 46.70 24 83 FN0027/07 1
 

GRN 1SCR 105 106 I 1 1 51,93 27 95 FN0027/08 1
 

RED ISDR 105 106 1 1 1 58.11 27.87 FN0027/09 I
 

PHOTOMETRICS (SURFACE)
 

21P251/054 IB.17 59 	 IR 215.0/227 5 "30 .12 9/1 1 3 REC/UH 16K 10 278.9/10.9 330/-IS 303/18.44.28 01:09,2
 

IR3 ISOR 10 106 1 0 0 49.22 22,45 FN0027/10 1
 

1R2 ISR 105 106 1 1 1 47.63 21.89 FN0027/11 I
 

1R1 ISDR 105 106 1 1 1 53 44 24 99 FN0027/12 1
 

PHOTOMETRICS (SURFACE)
 

21B252/054 18:28.59 	 COLOR 215 0/227 5 -30 .12 1/1 1 3 REC/UH 16K 10 280.8/ 9.2 332/-17 303/18:55:28 01:09.2
 

BLU ISDR 106 10 1 0 0 39.68 18 89 FN0027/13 1
 

GRN ISDR 105 106 1 1 1 43.84 21 63 FN0027/14 1
 

RED ISDR 105 106 1 1 1 49.41 21.91 FN0027/15 I
 

PHOTOMETRICS (SURFACE)
 

21B253/054 18:30.59 	 COLOR 22.5/ 27.5 -10 .12 1/I 1 5 REC/UH 16K 10 281.2/ 8.9 332/-17 303/18:57:28 00:29.2
 

BLU ISDR 45 44 2 0 0 78.62 60.39 FN0027/16 I
 

GRN ISDR 44 44 2 1 1 66.65 46.51 FN0027/17 I
 

RED ISDR 44 44 2 1 1 55.20 34.60 FN0027/18 I
 

PHOTOMETRICS (LANDER)
 

21B254/054 18:32-59 	 IR 22 5/ 27.5 -10 .12 9/1 1 5 REC/UH 16K 10 281.S/ 8.5 332/-16 303/18.59-28 00:29,2
 

IR3 SDR 44 44 1 0 0 51 17 29 79 FNOO2/19 I
 

IR2 SR 44 44 1 0 0 50.45 29.36 FN0027/20 1
 

IR1 SDR 43 44 1 1 1 50.25 30 45 FN0027/21 1
 

PHOTOMETRICS (LANDER)
 

21B255/054 18.34:59 	 IR 215.0/227.5 -30 .12 9/1 1 3 REC/UH 16K 10 281.9/ 8.2 333/-16 303/19:01:28 01:09.2
 

IR3 SDR 106 
 106 1 0 0 40.91 16 45 FN0027/22 I
 

IR2 SDR 106 106 1 0 0 39.63 16.02 FN0027/23 I
 

IR1 SDR 106 106 1 0 0 43.89 18 25 FN0027/24 1
 

PHOTOMETRICS (SURF-CE)
 

21C000/054 1:38'59 	SINGLE 152.5/157.5 20 .04 4/2 1 2 REC/UH 16K 12 282 6/ 7.6 333/-15 303/19:05:28 00;29.2
 

SUN SDR 132 126 6 0 0 34,35 3.11 FN0027/25 1
 

SOLAR EXTINCTION
 
----------

VIKING PROJECT LIBRARY
 

VL-2 CAMERA EVENT REPORT
 ---..- - -- - - *=...... . .... ...... . . . . . . ....... ------------......
 -- -- -- - -- --.-..- --..- ........................................ -	 .°. . .. 


AZIMUTH CENTER CHAN DATA SCAN PSA SOLAR ANTISOLAR DURA- RSCN
 

CE LABEL LLT DIODE START/STOP ELEV STEP MODE OFFSET GAIN PATH RATE TEMP(C) AZ/EL AZ/EL GMT TION /DUST
 

....... - --...................................... 
 ---- - . .----------.-----------------------------

PTA TOTAL RESCAN LINES AVE ON STAND EDR # OF EDR 

RECORD LINES BEGIN/TOTAL MISSED GAPS VALUE DEV TAPE/FILE SEGMENTS 

22.5/ 27.5 -10 .12 1/1 1 5 REC/UH 16 10 282.9/ 7 3 334/-15 303/19:07.28 00:29.2
 

BLU ISDR 43 0 0 0 0 64.30 47 68 ;N0027/26 1
 

GRN ISDR 43 0 0 0 0 56 43 37 45 FN0027/27 I
 

RED ISDR 43 0 0 0 0 47.26 28 45 FN0027/28 1
 

PHOTOMETRICS (LANDER)
 

21C001/054 18.40 59 	COLOR 


21C002/054 18 42'59 	IR 22 S/ 27.5 -10 .12 9/1 1 S REC/UH 16K 10 283.3/ 6.9 334/-15 303/19:09:28 00:29.2
 

IR3 SDR 43 0 0 0 0 45.91 27 84 FN0027/29 1
 

1R2 SDR 43 0 0 0 0 45.58 27.70 FN0027/30 1
 

IRI SDR 43 0 0 0 0 -5.21 28.36 FN0027/31 1
 

PHOTOMETRICS (LANDER)
 

21C003/054 18.44 59 	COLOR 215.0/227.5 -30 .12 1/1 1 3 REC/UH 16K 12 283.6/ 6 6 334/-14 303/19:11:28 01:09.2
 

BLU ISDR 106 106 1 0 0 33,70 13.78 FN0027/32 1
 

GRN ISDR 105 108 1 1 1 36.59 15.66 FN0027/33 1
 

RED ISDR 105 106 1 1 1 41.41 15.S1 FN0027/34 1
 

PHOTOMETRICS (SURFACE)
 

21C0041054 IS 47 59 	 IR 215 0/227.5 -30 .12 9/1 1 3 REC/UH 16K 12 284 1/ 6.1 335/-14 303/19'14:28 01.09.2
 

IR3 ISDR 105 0 0 0 0 35.04 11.99 FN0027/35 1
 

IR2 IGOR 104 0 0 1 1 34.27 11.65 FN0027/36 1
 

IRI * ISOR 104 0 0 1 1 38.16 14.56 FN0027/37 1
 

PHOTOMETRICS (SURFACE)
 

22C00/055 05;13 55 	 SINGLE 125.0/130.0 0 .04 4/2 1 0 REC/UH 16K -17 72.1/ 2.7 307/ 4 304/06,19-59 00:29.2
 

SUN SDR 133 126 7 0 0 136.75 2.46 FN0028/01 1
 

SOLAR EXTINCTION
 

22C006/055 05'33,55 	SINGLE 127.5/137.5 0 .04 412 1 1 REC/UH 1SK -17 76 7/ 5.9 SIG/ 1 304/09,39:69 00:55.8
 

SUN SON 259 251 7 0 0 68.09 2 06 FNOCG2/02 1
 

SOLAR EXTINCTION
 

22CO07/055 06.08 55 	 SINGLE 135.0/140.0 10 .04 412 1 2 REC/UH 16K -17 81.8/11 4 317/ -3 304/07:14:59 00:29.2
 

SUN SDR 133 126 7 0 0 31.13 1.80 FNO028/03 I
 

SOLAR EXTINCTION
 

22C008/055 09.55.00 	SINGLE 305.0/310.0 -10 .12 14/3 1 5 REC/UH 16K -6 129 6/46 3 1/-39 304/11;01:03 00:11.4
 

SURV SDR 51 43 8 0 0 67.30 40.88 FN002S/04 I
 

7-CHANNEL OF RTC (SURVEY)
 

22C009/055 09:52 00 	 COLOR 305.0/310.0 -10 .12 1/1 1 5 REC/UH 16K -6 130.5/46.7 1/-39 304/11:04.03 00:29.2
 

ELU SDR 44 44 1 0 0 66.42 50.18 FN0028/05 I
 

GRN SOP 44 44 1 0 0 70.05 50.37 FNO0O2/06 I
 

RED SDR 43 44 1 1 1 67.41 28.50 FN0028/07 I
 

COLOR OF 7 CHAN SET(3 EVENTS)
 

wa
 

ro 

Ida
 
-------------------------------------------------- ---------------------------------------------------------- 

LA)
 1'0 
 VIKING PROdECT LIBRARY
 VL-2 CAMERA EVENT REPORT
 

... .........................
 AZIMUTH CENTER 
 CHAN DATA SCAN PSA SOLAR ANTISOLAR DURA- RSCN
 CE LABEL LILT DIODE START/STOP ELEV STEP MODE OFFSET GAIN PATH RATE TEMP(C) AZ/EL AZ/EL GMT TION /DUST
 ---------------------------------------------------------------------....... 
 .... .........................................................
 DATA TOTAL RESCAN LINES 
 AVE DN STAND EDR # OF EDR
 RECORD LINES BEGIN/TOTAL MISSED GAPS VALUE DEV TAPE/FILE SEGMENTS
 ........................................... 
 ---------------------------.--


22C010/055 10-01 00 tR 305 0/310.C 


..-- ----------­

'-10 .12 9/1 1 5 REC/UH 16K -6 131 4/47.0 2/-40 304/11:07:03 00:29.2 

IR3 ISDR 43 0 0 0 0 54.94 28.48 FO0028/O I IR2 ISDR 43 0 0 0 0 54.66 27.71 FN0028/og I IRI ISDR 43 0 0 0 0 57.89 26.15 FN0028/1O I IR OF 7 CHAN SET(3 EVENTS)
 

21C011/055 10 29 35 SINGLE 200.0/235 0 
 -10 .04 2/2 1 4 RT/UH 16K 2 140 4/50.3 185/-44 304/11:35-39 03"07,0 

GRN * ISDR 874 0 0 2 2 123.99 26.31 FN0020/11 1
 HI-RES COLOR MOSAIC (ORN)
 

21C012/055 11 07.15 SINGLE 157.5/202 5 
 -10 .04 2/2 1 4 RT/UH 16K 2 153 B/53.6 196/-48 304/12:13;19 03:52.0
 GRN ISDR 654 0 0 472 3 119.37 32.,7 FN0028/12 2 

HI-RES COLOR MOSAIC (GRN) 

21C013/055 12-20 D0 COLOR 177.5/272.5 -30 .12 1/1 1 
 3 REC/UH 16K 6 183 5/56 0 223/-54 304/13:26.03 08:29.1 DLU ISDR 794 794 1 0 0 176.24 66.39 FN0028/I3 1 GRN * ISDR 794 794 1 0 0 150.65 74.22 FN0028/14 1 RED - ISR 793 794 1 1 1 130.09 $9.27 FN0028/I I 7-CHANNEL MOSAIC (COLOR) 

21C014/055 12-30 00 IR 177.5/272 5 -30 .12 9/1 3 REC/UH 16K 10 187.7/55.8 227/-55 304/13:36.03 08:29.1
 ,IR3 
 ISDR 791 0 0 2 2 174.24 66.13 FN0028/1 1 IR2 ISDR 792 0 0 1 1 174.75 63.85 FN0028/17 1 IR1 - ISOR 792 0 0 1 1 152.61 71.65 FN0028/18 I IR OF 7 CHAN SET(3 EVENTS) 

21C015/055 12"40,00 SINGLE 177 5/272 5 -30 .12 14/3 1 3 REC/UH 16K 
 12 191.9/55.5 231/-S 304/13:46.03 02:51.4
 SURV ISDR 796 793 
 3 0 0 130.09 68.21 FNOO28/19 I SURVEY OF 7 CHAN SET(3 EVENTS) 

22C016/056 09.44:59 SINGLE 305.0/310.0 -10 .12 14/3 1 5 REC/UH 169 -8 127.0/44 9 358/-37 305/11:30:38 00:11.4
 SURV ISDR 47 43 
 5 1 1 74.35 39.46 F0028/20 I 7-CHANNEL OF RTC (SURVEY) 

22C017/056 09:47 59 COLOR. 305 0/SiO.O -10 .12 1/1 1 5 REC/UH 161 
 -8 127 8/45.3 359/-38 305/11:33:38 00:29.2
 BLU SDR 44 44 I 0 0 73.24 48.99 FN0028/21 1 GRN SDR 44 44 1 0 0 77.12 49.22 FN0028/22 1 RED SDR 42 44 1 1 1 73.94 36.98 FN0028/23 1
 COLOR OF 7 CHAN SET(3 EVENTS)
 

22c018/056 09550.59 7p 305.0/310.0 -10. .12 9/1 1 5 REC/UH 16K -8 129.7/45.7 0/-38 305/11:36:38 00:29.2
 IR3 SON 43 0 0 
 0 0 58.73 27.09 FNOO2S/24 1
 IR2 SOR 43 0 0 
 0 0 57.49 26.59 FN0028/25 I IRI SDR 43 0 0 0 0 59.16 25.12 FN0028/26 1 IR OF 7 CHAN SET(3 EVENTS) 
VIKING PROJECT LIBRARY 

VL-2 CAMERA EVENT REPORT ------. ----- -- --.. . . . .. .. .. . .. .. .. . .. ......... . . ...--.. -- - - - - - - - ................ - - - - - - -- - - - - - - - - - ............... - - - . . . . - - .° . . . . . .. 

CE LABEL LLT DIODE AZIMUTH 

START/STOP CENTER ELEV ZTEP CHAN 

MODE OFFSET GAIN DATA 

PATH SCAN PSA SOLAR RATE TEMP(C) AZ/EL ANTISOLAR AZ/EL GMT DURA- RSCN TION /DUST ------------------------------------------------ -------------.................---------------------------------------------------------------------


DATA TOTAL RESCAN LINES AVE DN STAND EDR # OF EDR RECORD LINES BEGIN/TOTAL MISSED GAPS VALUE DEV TAPE/FILE SEGMENTS 

210019/056 10:23 30 SINGLE 200.0/235.0 -10 .04 3/2 1 4 RT/UH 16K -2 138.6/49.5 184/-43 305/12:09:09 03:07.0 RED ISOR 875 

HI-RES COGOR MOSAIC 

0 0 

(RED) 

1 1 137.23 30.02 FN0028/27 1 

21C020/056 11.01 10 SINGLE 157.5/202.5 -10 .04 3/2 1 4 RT/UH 16K 0 151.7/53.0 195/-47 305/12:46:49 03:52.0 

RED * ISOR 895 0 0 231 4 139.34 33.44 FNOO28/28 2 HI-RES COLOR MOSAIC (RED) 

22CO21/OB 14,0148 SINGLE 290.0/295 0 

B83 ISDR 135 

-20 

126 

.04 

9 

13/2 

0 

1 

0 

4 PEC/UH 

63.13 

16K 

54 58 

4 222.2/49,2 

FNOOQB/29 

88/-53 305/15:47:27 00:29.2 

I 

BACKHOE IN MIRROR 

22C022/056 14:10 12 SINGLE 85.0/ 92.5 -10 .04 8/2 1 4 REC/UH 16K 6 224.9/48.3 91/-52 305/15:55:52 00:42.5 Be1 I ISDR 196 189 7 0 0 129.12 42.56 FN0028/30 I 

VIEW OF BACRHOE 

22C023/056 14'9 45 SINGLE 

862 * 

85.0/ 95 0 

SOR 259 

-30 

251 

.04 

8 

0/2 

0 

1 

0 

4 REC/UH 

110,90 

16K 

54 56 

6 230.7/45.9 

FNO028/31 

98/-Si 

I 

305/16:15.25 00:55.8 

COLLECTOR HEAD ON SURFACE 

22C024/056 14:42 39 SINGLE 290.0/297.5 -20 .04 13/2 1 4 REC/UH 16K 6 234.3/44.2 103/-49 305/16:28:19 00:42.5 283 SDR 196 189 

COLLECTOR HEAD IN MIRROR 

7 0 0 53.39 37 66 FNO028/32 I 

22C025/056 14 50 36 SINGLE 

Be1 85 0/ SDR 92.5 

196 -10 

189 .04 7 8/2 

0 1 

0 4 REC/UH 

124.49 16K 42.60 6 236.4/43.2 105/-49 305/16:36:16 00,42.5 

FNOO28/33 I 

BACKHOE 

22C026/056 14:54 24 SINGLE 

281 * 

85.0/ 92 5 

5DR 196 -10 

19 

.04 

7 

8/2 

0 1 

0 4 REC/UH 

124.29 16K 

43.02 6 237.4/42.6 106/-48 305/16:40.04 00:42.5 

FN0028/34 I BACKHOE 

21C027/056 14.59 25 SINGLE 282.5/290.0 Bel I SDR 196 -30 

189 .04 7 6/2

0 1 

0 4 REC/UH

113.39 16K 62.40 8 238.7/41.9 284/-48 305/16:45:05 00.42.5 FNOO8/3S5 I 

BOOM IN MIRROR 

21C028/056 1501 59 SINGLE 282.5/290 0 Be1 * SDR 196 -30 

189 .04 7 8/2 

0 1 

0 4 REC/UH 

118.25 16K 61.31 8 239 4/41.6 285/-47 305/16:47;39 00.42.5 FN0028/36 I 

BOOM IN MIRROR 

21C029/056 15:04 29 SINGLE 282 5/290.P -30 .04 8/2 1 4 REC/UM 16K 8 240 0/41.2 286/-47 305/16:50:09 00:42.5 Be1 I SDR 19b 189 7 0 0 115.53 62.55 FN0028/37 1 BOOM IN MIRROR 

22C030/056 15-11.54 SINGLE 290.0/295.0 

E23 SDR 133 

-20 

126 

.04 

7 

13/2 

0 

1 

0 

4 REC/UH 

41.89 

16K 

24.34 

8 241.9/40.2 112/-46 305/16:57:34 00:29.2 

FN0028/38 I 

BACKHOE IN MIRROR 
-------------------------------------------------------------------- 

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

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

VIKING PROdECT LIBRARY
 

VL-2 CAMERA EVENT REPORT
 ....---------------	 -----------------------------------------------------------

AZIMUTH CENTER CHAN DATA SCAN PIA SOLAR ANTISOLAR DURA- RSCN
 CE ,LABEL LLT DIODE START/STOP ELEV STEP MODE OFFSET GAIN PATH RATE TEMP(C) AZ/EL AZ/EL GMT TION /DUST
 

CTA TOTAL RESCAN LINES AVE ON STAND EDR 0 OF EDR
 RECORD LINES BEGIN/TOrAL MISSED GAPS VALUE DEV TAPE/FILE SEGMENTS
 

21C031/056 17.27,59 	 SINGLE 280.0/290.0 -30 .04 0/2 1 4 REC/UH 16K 10 269 8/18 8 320/-26 305/19:13:38 00.56.8 

B82 * ISDR 252 251 3 2 2 85.17 33.43 FN0028/39 1 

TRENCH 

22C032/056 17:30.59 	SINGLE 65.0/ 95 0 -30 .04 0/2 7 4 REC/UH 16K B 270.3/18.3 145/-26 305/19:16:38 00:15.8
 BB2 I ISDR 259 	 251 a 0 0 65.23 31.60 FNO02O/40 1
 STEREO TO 21C031
 

22CO33/057 06:50:20 
SINGLE 115.0/125.0 	 -SO .04 8/2 1 4 REC/UH IBK -1S 89.5/18.0 324/ -9 306/09:15:34 O0:5s5.
 

B1 * ISDR 257 251 6 0 0 48 05 IS 25 FNO0O0/0I 1 BOOM IN MIRROR 

22C034/057 06:52'45 
SINGLE 115 0/125 0 -SO .04 8/2 1 4 REC/UH 1GK -15 ag.9/is.4 325/-10 306/09:17:59 00:55.8 

BB1 * SDR 2S7 251 6 0 0 38 21 17.81 FN0029/02 I BooM IN MIRROR 

22C0350/D7 06:55:12 	SINGLE 115.0/12S.0 -80 .04 2/2 1 4 REC/UH 16K -15 90.4/18.8 325/-10 306/09:20:26 00:55.8 BB1 * ISDR 253 251 3 1 1 37.77 17.08 FN0029/03 1 

BOOM IN MIRROR 

21C036/057 07:01,57 	SINGLE 315 0/335 0 
 -30 .04 13/2 1 4 REC/UH 16K -12 91.6/19.9 143/-li 306/09:27:11 01:49.2 B83 * ISDR 508 501 7 0 0 50 67 20.46 FN0029/04 1 

MORNING HI-RES MOSAIC
 

226037/057 07:31:24 	COLOR 285.0/2,97.5 -20 .12 1/1 1 4 REC/UH 16K -13 97.0/24 6 332/-16 306/09.56;38 01:09.2
 BLU SOR 10 106 1 0 0 72 10 39.89 FN0029/05 1
 GRN SOP 106 10 1 0 0 72 00 43 64 FN0029/06 1
 

RED SDR 106 106 1 0 0 64.01 49.38 FN0029/07 1
 

BACKHOE AND RTC (COLOR)
 

22C038/057 07:33,17 	 IR 285 0/297 5 -20 .12 9/1 
 1 4 REC/UH 16K 	 -12 97.4/25.0 332/-16 306/09:58:31 01:09.2
 

IR3 SDR 106 106 1 0 0 67.54 38.79 FN0029/O8 I
 IR2 SDR 106 106 1 0 0 67.23 38 09 FN0029/09 1
 

IRI 5OR 106 106 1 0 0 70.35 38.24 FN0029/lO I
 

BACKHOE AND RTC (IR)
 

22C039/057 07:35.14 	SINGLE 285 0/297 5 -10 .04 8/2 1 
 4 REC/UH 16K -12 97.8/25.3 332/-17 206/10-00.28 01:09.2
 BB1 SDR 321 314 7 0 0 73 89 4S.46 FN0029/11 1
 

BACKHOE AND RTC (HI*RES)
 

22C040/057 09:09 
06 	SINGLE 305.0/335 0 -30 .12 14/3 1 3 REC/UH 16K -6 117.8/39.8 351/-32 306/11:a4:20 00:58.E SURV SOR 258 251 7 0 0 109.37 61.48 FNOO2O/02 1 

COLLECTOR HEAD OVER XRFS 

21C041/057 09:30.59 	SINGLE 290.0/300.0 -30 .04 0/2 1 4 RSC/UH 16K -2 12a.4/42.9 171/-35 306/11:56:13 00:55.8
 

B82 SO 252 281 7 0 0 70.91 34.53 FNOO29/13 I
 

PURGE SITE
 
VIKING PROJECT LIBRARY
 VL-2 CAMERA EVENT REPORT
 

CE LABEL LLT DIODE AZIMUTH 

START/STOP CENTER ELEV STEP CHAN 

MODE OFFSET GAIN DATA 

PATH SCAN 

RATE PSA SOLAR TEMP(C) AZ/EL ANTISOLAR AZ/EL GMT DURA- RSCN TION /DUST 

DATA TOTAL RESCAN LINES 

RECORD LINES BEGIN/TOTAL MISSED GAPS 

AVE DN 

VALUE 

STAND 

DEV 

EDR # OF EDR 

TAPE/FILE SEGMENTS 

22C042/057 09:32 59 SINGLE 90.0/100.r 

B82 SDR 258 

PURGE SITE 

-40 

251 

.04 

7 

0/2 

0 

1 

0 

4 REC/UH 

81.04 

16K 

33.72 

-4 123.9/43.2 356/-35 306/11.58:13 00,55.8 

FNGO29/14 I 

21C043/057 09.35.59 SINGLE 320 0/335 0 -30 

SURV SDR 133 126 BOOM IN PARK POSITION 

.12 

7 

14/3 

0 

1 

0 

4 REC/UH 

57.17 

16K 

43.65 

-2 124.7/43,6 172/-36 306/12 01:13 00,29.2 

FN0029/15 1 

21C044/057 09:38:59 SINGLE 280.0/290 0 

882 - SDR 256 TRENCH- X-RAY 

-30 

251 

.04 

5 

0/2 

0 

1 

0 

4 REC/UH 

80.11 

16K 

32 83 

-2 125.5/44 0 173/-36 306/12-04:13 00-55.8 

FNO029/16 1 

22C045/057 09:40 59 SINGLE 85.0/ 95 0 82 * ISR 257 

STEREO TO 21C044 

-30 

251 

.04 

6 0/2 

0 

1 

0 

4 REC/UH 

87.49 

16K 

33 85 

-4 126.1/44.2 358/-36 306/12.06.13 

FNO029/17 1 00:55 8 

21C046/057 10:17.3 SINGLE 200 0/235 0 

BLU * ISOR 875 

HI-RES COLOR MOSAIC 

-10 .04 

0 0 

(BLU) 

1/2 

1 

1 

1 

4 RT/UH 

107,29 

16K 

23 06 

0 136.8/48.7 183/-42 306/12 42"45 03.07.0 

FN0029/18 1 

21C047/057 10:55 11 SINGLE 157.5/202 5 

BLU * 15DR 909 

HI-RES COLOR MOSAIC 

-10 .04 

0 0 

(BLU) 

1/2 

217 

1 

1 

4 RT/UH 

109.42 

16K 

27.84 

2 149.6/52.4 193/-46 306/13 20:25 03:52.0 

tNO029/19 2 

21C048/057 12.19.59 COLOR 102.5/177.5 BLU SOR 627 

GRN * SOR 627 

RED * SOR 626 

HIGH GAIN TRIPLICATE 

-t0 .12 627 1 

627 1 

627 1 

(COLOR) 

1/1 

0 

0 

1 

1 

0 

0 

1 

3 REC/UH 

136.01 

141 63 

139 88 

16K 44.62 

52,44 

56.92 

6 183.6/55 6 223/-54 306/14 45:13 06'42.5 FN0029/20 1 

FN0029/21 I 

FN0029/22 1 

21C049/057 12:29.59 IR 102 5/177 5 -10 .12 

IR3 ISDR 626 0 0 

IR2 ISDR 625 0 0 

IRI * ISDR 624 0 0 

IR OF,7 CHAN SET(3 EVENTS) 

9/1 

0 

1 

2 

1 

0 

1 

2 

3 REC/UH 

136.88 

134.88 

140.42 

16K 

56.39 

56.82 

60.19 

8 187 8/55 4 227/-54 306/14.55.13 06:42.5 

FN0029/23 1 

FN0029/24 I 

FN0029/25 1 

21C050/057 12:39:58 SINGLE 102.5/177 5 -10 .12 

SURV SDR 634 626 8 

SURVEY OF 7 CHAN SET(3 EVENTS) 

14/3 

0 

1 

0 

3 REC/UH 

138.97 

16K 

54 79 

10 191.9/55.2 231/-54 306/15:05:13 02:15.8 

FNO029/26 1 

22C051/058 09:09.07 SINGLE 305.0/335.0 -30 

SURV SDR 256 251 

COLLECTOR HEAD OVER XRFS 

.12 

7 

14/3 

2 

1 

1 

3 REC/UH 

109.22 

16K 

61.71 

-8 118.0/39 7 351/-31 307/12:13.56 00:55.8 

FNOO30/01 I 

210052/058 09:36 00 SINGLE 320.0/335.0 -30 

SURV SDR 133 126 

BOOM IN PARK POSITION 

.12 

7 

14/3 

0 

1 

0 

4 REC/UH 

56.90 

16K 

43.18 

0 124.9/43.4 173/-36 307/12.40'49 00.29.2 

FNO030/02 1 
,U N) 

00 

VIKING PROJECT LIBRARY 

VL-2 CAMERA EVENT REPORT 

CE LABEL -- - --.- LLT - - - DIODE 

- - -

AZIMUTH 

START/STOP 

- - - - - -

CENTER CHAN ELEV STEP MODE OFFSET GAIN - - --............................................... . . . . . . . . . . . 

DATA 

PATH 

. . . . 

SCAN PSA SOLAR ANTISOLAR RATE TEMP(C) AZ/EL AZ/EL . . . . . . . . .................................. GMT 

DURA- RSCM 

TION /DUST . 

DATA TOTAL RESCAN LINES 

RECORD LINES BEGIN/TOTAL MISSED GAPS 

AVE DN 

VALUE 

STAND 

DEV 

EDR # OF EDR 

TAPE/FILE SEGMENTS 

22C053/05B 09:39 00 SINGLE 85 0/ 95.0 

B82 * ISDR 255 

X-RAY TRENCH 

-30 

251 

.04 

5 

0/2 

1 

1 

1 

4 REC/UH 

86.36 

16K 

34.04 

-6 125.7/43.8 357/-36 307/12:43.49 00:55.8 

FNOO3O/03 1 

21C054/058 10;11 20 SINGLE 200 0/235 0 

BLU * SDR 875 

HI-RES COLOR MOSAIC 

0 .04 

0 0 

(BLU) 

1/2 

1 

1 

1 

4 RT/UH 

112.38 

16K 

27,23 

2 135.1/47.8 161/-41 307/13:16;09 03:07.0 

FNO03O/04 1 

21C055/058 10 49.00 SINGLE 157.5/202.5 

BLU - ISDR 1061 

HI-RES COLOR MOSAIC 

0 .04 

0 0 

(BLU) 

1/2 

65 

1 

2 

4 RT/UN 

111.59 

16K 

35.68 

-17 147.6/51.7 191/-46 307/13:53:49 03:52.0 

FN0030/05 2 

21C056/058 12-19.59 COLOR 10 0/110.0 -10 .12 

BLU * I5R 834 835 1 

GRN * IOR 835 835 1 RED ISDR 835 835 1 

HIGH GAIN TRIPLICATE (COLOR) 

1/1 

1 

0 

0 

1 

1 

0 

0 

3 REC/UH 

108.49 

108.06 

106.86 

16K 

41.11 

43.00 

41.34 

8 183 7/55.4 223/-54 307/15:24:49 08:55.8 

FNO030/06 1 

FNO030/07 1 

FN0030/08 1 

21C057/058 12:29 59 IR 10.0/110 0 -10 .12 

IR3 ISDR 835 835 1 

IR2 ISDR 834 835 1 

IR1 * ISDR 834 835 1 IR OF 7 CHAN SET(3 EVENTS) 

9/1 

0 

1 

1 

1 

0 

1 

1 

3 REC/UH 

102.96 

100.60 

103.89 

16K 

43.59 

44.49 

43.64 

10 187.9/55.3 227/-54 307/15:34:49 08:55.8 

FNO030/09 1 

FNOO30/1O I FNO03O/11 1 

21C058/058 12:39-59 SINGLE 10.0/110 0 -10 .12 

SURV ISDR 837 834 3 

SURVEY OF 7 CHAN SET(3 EVENTS). 

14/3 

0 

1 

0 

3 REC/UH 

111.13 

16K 

40.61 

12 192.0/55.0 231/-54 307/15:44:49 03:00.3 

FNO030/12 I 

21C059/059 10:04 49 SINGLE 200.0/235 0 

GRN ISDR 875 

HI-RES COLOR MOSAIC 

0 .04 

0 0 

(GRN) 

2/2 

1 

1 

1 

4 RT/UH 

127.83 

16K 

28.68 

0 133.3/46.9 180/-40 308/13:49:14 03:07.0 

FNO030/13 I 

21C060/059 10'42 29 SINGLE 157 5/202 5 

GRN * ISOR 933 

HI-RES COLOR MOSAIC 

0 .04 

0 0 

(GRN) 

2/2 

193 

1 

1 

4 RT/UH 

128.17 

16K 

32.74 

0 145,4/50.9 190/-45 308/14:26:53 03:52.0 

FNOO3O/14 2 

21C061/059 11:09-59 SINGLE 80 0/157.5 

BLU * ISDR 1945 

HI-RES COLOR MOSAIC 

0 .04 

1939 "7 

(BLU) 

1/2 

1 

1 

1 

4 REC/UH 

84.40 

16K 

33.84 

4 155 4/53.2 198/-48 308/14:54:24 06.55.L 

FN0030/15 3 

21C062/059 11:19 59 SINGLE 80.0/157. 

GRN * ISDR 1942 

HI-RES COLOR MOSAIC 

0 .04 

1939 3 

(GRN) 

2/2 

0 

1 

0 

4 REC/UH 

23.70 

16K 

31.25 

6 159.3/53.8 201/-49 309/15:04:24 06:55.8 

FNOO30/16 3 

21C063/059 11-29-59 SINGLE 80.0/157.5 

RED * ISDR 1944 

HI-RES COLOR MOSAIC 

0 .04 

1,939 5 

(RED) 

3/2 

0 

1 

0 

4 REC/UH 

84.41 

16K 

36.49 

6 163.2/54.3 205/-SO 308/15:14:24 06:55.8 

FNOO3O/17 3 
------------------------------------------------------------------------- --------------

VIXING PROJECT LIBRARY
 

VL-2 CAMERA EVENT REPORT
 ..................... - .............. .................................. 

AZIMUTH CENTER CHAN DATA SCAN PSA SOLAR ANTISOLAR DURA- RSCN 

CE LABEL LLT DIODE START/STOP ELEV STEP MODE OFFSET GAIN PATH RATE TEMP(t) AZ/EL AZ/EL GMT TION /DUST 

_........................I--------- --------------------

PTA TOTAL RESCAN LINES AVE ON STAND EDR # OF EDR 

RECORD LINES BEGIN/TOTAL MISSED GAPS VALUE DEV TAPE/FILE SEGMENTS 

---------....................................................... 


21C064/060 09.58-14 	SINGLE 200.0/235 0 0 .04 3/2 1 4 RT/UH 16K -2 131.5/46.0 178/-39 309/14:22:14 03:07,0
 

RED S SDR 875 0 
 0 1 1 134.98 28.63 FNOD30/18 1


HI-RES COLOR MOSAIC (RED)
 

21C065/060 10:35 53 	 SINGLE 157.5/200.0 0 .04 3/2 1 4 RT/UH 16K 0 143 4/50.2 188/-44 309/14.59:54 03:52.0
 

RED ISDR 821 0 0 243 1 136.12 32,05 FN0030/19 2
 

HI-RES COLOR MOSAIC (RED)
 

22C066/060 11:09.59 	COLOR 265 0/305.0 -10 .12 1/1 1 3 REC/UH 161< -2 155 6/53.0 22/-48 309/15:33:59 03:35.8
 

BLU - ISDR 335 335 1 0 0 i 1.06 52,43 FN0030/20 I
 

GRN * ISDR 335 335 1 0 0 118.14 53.57 FN0030/21 1
 

RED ISDR 335 335 1 0 0 129.75 55.66 FNO030/22 I
 

HIGH GAIN TRIPLICATE (COLOR)
 

22C067/060 11:19:59 	 IR 265.0/305.0 -10 .12 9/1 1 3 REC/UH 16K -2 159 4/53.6 25/-49 309/15.43:59 03:35.8
 

IR3 ISDR 336 335 2 0 0 115.94 50 41 FN0030/23 I
 

IR2 ISDR 335 335 2 1 1 112.82 50.22 FNOO30/24 1
 

IR1 * ISDR 335 335 2 1 1 116.35 52.39 FNO030/25 1
 

IR OF 7 CHAN SET(3 EVENTS)
 

22CO68/060 11:29.59 	 SINGLE 265.0/305 C -10 .12 14/3 1 3 REC/UH 16K 0 163 3/54.1 29/-50 309/15.53"59 01:13.6
 

SURV ISDR 342 334 a 0 0 126.83 54.91 FNOO30/26 I
 

SURVEY OF 7 CHAN SET(3 EVENTS)
 

21CO69/061 09:51,21 	 SINGLE 240.0/275.0 -10 .04 13/2 1 4 RT/UH 16K 2 129.7/45.0 177/-37 310/14.54:56 03:07.0
 

B53 - ISDR 875 0 0 1 1 112.63 45.93 FNO03o/27 1
 

MORNING RTI HI-RES MOSAIC
 

21C070/061 10:29 00 	 SINGLE 292 5/335.0 -10 .04 3/2 1 4 RT/UH 16K 4 141.3/49.3 186/-43 310/15:32:36 03:52.0
 

RED * ISDR 705 0 0 359 5 95.57 54.83 FN0030/28 2
 

HI-RES COLOR MOSAIC (RED)
 

r,3 

'.0
 
VL-2 HIGH-RESOLUTION CAMERA EVENTS
 

IN EVENT ORDER
 
VL-2 

HIGH-RESOLUTION CAMERA EVENTS IN EVENT ORDER 

-. - -.. . - - - - - ­ - - - - - -. ­ - - -. -.. - - ­ - -. - - - - - - - - - - - -. - - - . . . .. - - - - - - ­ --.. . . . . . . - - . . . - - - - - . . . . . . . . . . - - - - - ­ - - - - - - - - - - - - - - - - - - - ­ - - - - - - -

CELABEL LLT DIODE AZ$TART AZSTOP EPA STEP OFFSET GAIN CELASEL LLT DIODE AZSTART AZSTOP EPA STEP OFFSET GAIN . . . . . . . . . . I - ­ - - - . . . . - - - - - . . . - - - - .- . . . . - - - -- . . . - - - - - - . . . . . .. ... . . . - ­ - - .- .-.-- . . . . . . . - - - - - - - - - - .... - - - - - - - -. . . - -. - - - - - - - . . . . ..---

22AO01/OO0 09.48 58 B91 92.5 160.0 -50 .04 1 4 22A095/014 06-05:59 81 55.0 130 0 -50 .04 1 3 

22AO05/000 17:29 59 B82 8D,0 127.5 -30 04 1 4 22A096/014 09:02 45 883 77.5 200.0 -10 .04 1 4 

22A0O07/001 09-28 56 882 80.0 127.6 -SO .04 I 4 22A097/014 09-37:31 B83 10 0 80.0 -1O 04 1 4 

22AOO9/O01 10.53 49 881 117 5 155 0 -50 .04 1 4 21A098/014 13:57.11 B81 260.0 260.0 -40 .04 4 

22AO09/00I 11 14 59 BBI 295.0 305 0 '30 04 1 5 22A103/014 17-29:59 BB2 157.5 182.5 -30 .04 1 4 

22AO10/001 

22A011/001 

13-42 

17,29 

11 BB1 

59 683 125.0 

60.0 125 0 145,0 -50 .04 -10 .04 1 

1 4 

4 22A104/014 17-53:59 84 22A105/015 09,01.09 B4 182 5 220.0 230.0 335.0 -10 .04 0 .04 1I 44 

22AO15/002 13,42 11 881 125,0 125,0 -50 .04 1 4 22A106/015 09.35 54 84 160 0 235,0 0 .04 4 

22AO20/003 09.24 59 881 80.0 160.0 -50 04 1 4 22A107/015 13.42:10 B1 90 0 90.0 -40 .04 4 

21AO23/003 15 53 59 881 35.0 40.0 -20 04 1 4 21A108/015 14-49.59 84 27 5 65.0 -10 04 1 4 

21AO24/003 

22A02/004 

21A031/004 

21A032/004 

17 49 00 853 

08-09 00 221 

17 00 00 BB1 

17.30 00 82 

270.0 

305.0 

182 5 

275.0 

297.5 

310.0 

255.0 

305.0 

-20 .04 

-20 .04 

-50 04 

-30 .04 

1 

I 

1 

1 

4 

4 

4 

4 

21Allo/015 16.59-59 B82 21A111/01 17 54:59 BB3 

21A114/016 08.59 37 B82 

21A115/016 093422 882 

227.5 

285.0 

215 0 152 5 

237.5 

315 0 332.5 

227.5 

-30 .04 -10 .04 -30 04 -30 .04 1 

1 

4 

4 

4 

4 0 

21A034/005 09 21 09 883 270.0 297 5 -20 04 1 4 21AI17/016 13:39:10 B81 260.0 260.0 -40 .04 1 4 -

21A039/006 09 19 16 8BI 

21A040/006 11-00 00 BB1 

200.0 

35 0 

280 0 

60 0 

-50 

-20 

04 

.04 1 

1 4 

4 22A118/016 17.17 59 B84 22A119 '016 1725.59 83 10 0 167 5 67,5 

187.5 0 -30 04 

.04 4 

4 c, 

22A041/006 11:15 00 821 295.0 305.0 -30 .04 1 5 22A121/016 17-39-59 883 12.5 60.0 -20 .04 1 4 0 

21A042/006 11 20 00 81 40.0 50 0 -30 .04 1 5 21A122/017 08.57 40 84 135.0 1aS 0 -10 04 1 4 

21A044/006 17 30 00 BB2 232.5 275 0 -30 04 1 4 21A123/017 09 32'34 884 182 5 257.5 -10 .04 1 4 

22A046/00G 17-40.00 82 37.5 47 5 -20 .04 I 4 22A124/017 10 02-58 821 290 0 285.0 -20 .04 I 3 

21AO50/007 09.17 

21A052/007 16 00 

21A054/008 09 15 

22A055/008 12 52 

23 B84 

00 882 

33 B4 

11 BB1 

200.0 

182.5 

260.0 

135.0 

290.0 

232 5 

335 0 135 0 

0 04 

-30 .04 

0 .04 -40 04 

1 

1 

1 

1 

4 

4 

4 

4 

21A125/017 11:19 59 B81 

22A126/017 12.25'10 B81 

21A127/017 17 29-58 884 

21A128/017 17:49.58 882 

40 0 

135 0 60 0 157.5 

57.5 

135.0 

75 0 182 5 

-30 

'40 0 -30 

04 

.04 

.04 

04 

I 

1 

1 

5 

4 

4 

4 

22A056/008 14.29 

21A057/008 14-51 

22AO58/008 14 53 

59 8B2 

33 B82 

33 B82 

37.5 

227.5 

37.5 

47 5 

237 5 47.5 

-20 .04 

-30 .04 -20 .04 

1 

1 

I 

4 

4 

4 

21A129/018 08.58 55 84 

21A130/018 09 33:50 84 21A13t/018 13:21.11 81 

15 0 

255 0 260.0 

65,0 

330.0 

260 0 

-10 

-10 

-40 

.04 

.04 

04 1 

4 

4

4 

21A059/008 14 56 33 BB3 162.5 190 0 -10 .04 1 4 21A132/018 17.19-59 B1 252 5 292.5 -50 .04 I 4 ct 

21AO61/00a 17.45 59 B81 215.0 282 5 -10 .04 1 3 22A433/018 17 24 59 B23 285 0 315.0 -10 .04 I 4 to 

21A062/009 07-49 59 882 227 5 237.5 -30 .04 1 4 21A134/018 17:29.59 824 30.0 60.0 -10 .04 1 4 . 

22A063/009 07.51 59 B82 37.5 47.5 -20 .04 1 4 22A235/018 17.34 59 BB4 270 0 335.0 0 .04 1 4 

21A065/009 08 03 59 B83 157.5 162 5 -10 .04 1 4 22A136/019 08:57.30 BB4 10 0 60.0 0 .04 1 4 

22A067/009 09 13 

21A068/009 12 00 

21A069/009 16 49 

44 BB 

10 B81 

58 B3 

10.0 

245.0 

190 0 

90.0 

245 0 

217.5 

0 .04 

-40 .04 

-10 .04 

1 

1 

1 

4 

4 

4 

22A137/019 09-32:24 84 

22A138/019 .2.25-10 8B3 

21A139/019 17:19.59 884 

57 5 

67.5 

75.0 

132 5 67.5 

125 0 

-10 

-10 .04 

04 

04 

1 

1 

4 

4 

4 o 

22A070/010 07.49 59 882 37.5 47 5 -20 04 1 4 22A140/019 17.27-59 BB4 235.0 272.5 0 .04 I 4 

21A071/010 09.11 58 884 135.0 225.0 0 .04 1 4 22A141/019 17-34-59 B4 185 0 235.0 -10 .04 1 4 0 

22A073/010 12.10 11 91 13.0 135.0 -40 .04 I 4 21A142/01G 17.41:59 8B4 125 0 165.0 10 .04 1 4 

21A074/010 

21A075/010 

15.44 

17'29 

59 281 

59 B3 

12.5 

217.5 

27.5 

265.0 

-20 

-10 

04 

04 

1 

1 

5 

4 

22A143/019 17'49.59 84 

21A146/020 13.21:10 881 67.5 

260.0 107.5 

260 0 -10 .04 -40 .04 1 4 

4 

21A076/011 09:10 13 84 70.0 160 0 0 .04 I 4 21A147/020 17.19:43 84 165 0 215.0 0 .04 4 

21A078/Oll 14 30 21A079/012 09 06 10 B8 03 881 245 0 212.5 245.0 

227.5 -40 .04 -50 04 1 

1 4 4 22A148/020 17,29:43 

21AI49/020 17-37:43 864 

884 107 5 215 0 185.0 

260.0 -10 0 .04 

.04 1 1 4 4 

21A080/012 09-40 48 B81 175.0 250.0 -50 04 1 4 21A150/020 17.44-43 BB3 125.0 147.5 -10 .04 1 4 

21A085/012 15.15 10 8B1 260.0 260 0 -40 .04 1 4 21rAlS1/020 17.49 43 B84 260 0 282.5 -10 .04 1 4 

22A088/013 09:04 23 B2 77.5 200 0 -30 .04 1 4 22A154/021 10-10:58 882 115 0 125.0 -30 .04 1 4 

22AO89/013 09:39 08 B2 10.0 90.0 -30 .04 I 4 22A15/021 10:i4.i8 B82 115.0 125.0 -30 .04 1 4 

21AO90/013 11:06 32 B1 35.0 60 0 -20 .04 1 4 22A156/021 10:18'18 B2 115.0 125.0 -30 .04 1 4 

22A091/013 14.24' 10 81 90.0 90 0 -40 .04 1 4 21A161/021 17:29:42 84 282.5 302.5 -10 .04 1 4 

22A093/013 17:19'59 BB3 145.0 162.5 -10 .04 1 4 22A162/021 17:39:59 82 115.0 125.0 -30 .04 1 4 

LAJ 

LA, w 
VL-2 

HIGH-RESOLUTION CAMERA EVENTS IN EVENT ORDER 

CELABEL LLT DIODE AZSTART AZSTOP EPA STEP OFFSET GAIN C!LABEL LLT DIODE AZSTART A7JTOP EPA STEP OFFSET GAIN 

22A163/021 17-54 59 BB2 127.5 157.5 -30 .04 1 4 22B014/032 14.59:59 BB3 10.0 12.5 -20 .04 1 4 21Al64/022 07 09 59 B84 142 E 250.0 0 04 1 4 21B015/033 06.44.59 BB1 177 5 257.S -50 .04 1 4 21A167/022 13 20 54 881 260.0 260.0 -40 .04 I 4 228020/033 10.29'59 OBi 285 0 290.0 -20 .04 1 4 21A168/022 17 29 42 B4 302 5 335 0 -10 .04 I 4 218021/033 11-56 52 81 170 0 270 0 -40 04 1 4 

21A174/023 06.49 22A176/023 06,59 

41 

41 BB2 

81 

262 5 115 0 305 0 

162 5 

-30 .04 

-5O .04 1 

I 

4 

4 218022/033 12-32.18 8E3 228025/034 06-45 00 882 

240.0 

10.0 

310 0 

20.0 

-30 

-30 

.04 

04 1 

1 

4 

4 

22A178/023 07 09:41 B82 77.5 127.5 -30 .04 1 4 22B028/034 10.41:36 B82 102 5 112.5 -30 .04 1 4 21A193/024 06.59 59 BB2 305 0 322 5 -40 .04 1 4 218029/034 10'43:21 8B2 292.5 302 5 -30 .04 1 4 21A197/024 14 33,11 B1 260.0 260 0 -40 04 1 4 22B030/034 10:48 10 B82 102.5 112 5 -30 04 1 4 

21A204/025 06-54 58 B4 27 5 62.5 -10 .04 1 4 21B031/034 10.49:55 B2 292 5 302.5 -30 .04 1 4 22A205/025 06 59-58 BB1 52 5 110 0 -50 .04 1 4 218032/034 11-54 18 BB2 150 0 250 0 -20 .04 1 4 22A206/025 07 06 58 BB3 127 5 192 5 -30 04 1 4 21B033/034 12 29 44 881 210 0 280.0 -50 .04 1 4 22A207/025 07.14 58 B3 265 0 307 5 -10 04 1 4 21B034/035' 11:51.55 83 150.0 225 0 -10 04 1 4 21A216/025 17-29 

21A219/026 13'iS 

59 B3 

11 B81 

260 0 

260 0 

285 0 

260.0 

-20 .04 

-40 .04 

1 

1 

4 

4 

218035/035 12:30-10 882 

21B039/036 06.49:59 84 

277.5 

215 0 

315,0 

260 0 

-40 

-10 

.04 

.04 

1 

1 

4 

4 

22A220/027 06 59 59 84 117 5 215.0 -10 .04 1 4 21B040/036 07 00.59 B2 150,0 265.0 -30 .04 1 4 2TA221/027 12 06 16 BB4 122 5 250 0 0 .04 1 4 228041/036 07:39 59 881 25,0 32.5 -20 04 1 4 21A222/027 12:44 01 BB4 250 0 295 0 -10 .04 1 4 225044/036 11,49:12 883 115 0 190 0 -30 .04 1 4 22A223/028 06.54 59 884 215 0 325 0 0 .04 1 4 228045/036 12'27.27 682 10.0 47,5 -30 04 1 4 21A225/028 12 07 23 883 130,0 260 0 -20 04 1 4 228046/037 11:46.21 BB2 45.0 120,0 -30 .04 1 4 21A226/026 12 45 08 B84 290.0 335 0 -10 .04 1 4 228047/037 12-24-36 882 95.0 140 0 -30 04 1 4 21A227/028 16 11-13 882 230 0 240 0 -20 .u4 1 4 218043/037 16:10-30 882 292 5 302.5 -30 04 1 4 21A229/028 17,46 27 82 290 0 300 0 -30 .04 1 4 218049/037 16 16-11 82 292,5 302 5 -30 04 1 4 21A230/028 18 04,59 BE2 230 0 240 0 -20 .04 1 4 218051/037 17:39 58 82 292 5 302.5 -30 .04 1 4 22A236/029 06 44 59 884 60 0 117 5 -10 .04 1 4 218054/038 07:00 00 B83 120,0 215.0 -10 .04 1 4 21A237/029 12 05 41 884 10.0 140.0 0 04 1 4 228056/038 10:30 00 881 290 0 310.0 -30 .04 1 4 

21A235/029 

22A239/029 12:43 26 884 

13 40 38 882 

30 0 115,0 

75 0 

125 0 

-20 

-30 

.04 

04 1 

1 

4 

4 228057/038 11 43:23 81 22B058/038 12'21 38 881 90.0 

55 0 

165,0 

92.5 

-50 

-50 04 

04 1 

1 

4 

4 21A241/029 14,07 26 B52 290 0 300 0 -30 .04 1 4 218059/038 17 29.59 83 145 0 192 5 -10 .04 1 4 

22A242/029 14 19 59 BB2 115.0 125 0 -30 .04 1 4 21B060/038 17 39.59 81 252.5 330 0 -50 .04 1 4 22A243/030 06.44 59 BB1 110.0 115 0 -50 .04 1 4 225061/039 06 45.00 B82 15.0 90 0 -30 .04 1 4 21A246/030 11.07 27 BB2 290.0 300 0 -30 04 1 4 226090/041 17:29'59 E64 185,0 195.0 -20 04 1 4 22A247/030 11.18 10 B2 115 0 125 0 -30 .04 1 4 22B091/041 17 32:59 B2 55.0 85.0 -30 .04 1 4 

21A248/030 11.31 

22A249/030 11 32 

04 

47 

82 

B2 

282.5 

90 0 

292 5 

100 0 

-30 

-30 

.04 

.04 1 

1 

4 

4 218093/042 06:49 59 832 21B094/042 06-54:59 8B1 305.0 

257.5 330 0 

292.5 -40 

-50 

.04 

.04 

1 

1 

4 

4 

21A250/030 11.36,04 

22A251/030 11 37 47 

B82 

B82 

282.5 

90 0 

292.5 

100 0 

-30 

-30 .04 

04 1 

1 

4 

4 21B095/042 08 59.59 884 218096/042 09:07 59 894 

135.0 

235.0 

192 5 255 0 

0 .04 -10 04 

1 

1 

4 

4 22A252/030 12 06 09 B4 90 0 220.0 -10 04 1 4 228098/042 10.29 59 BB1 285 0 290.0 -20 .04 1 4 22A253/030 12:38 18 384 210.0 260 0 0 .04 1 4 226116/045 10.11 39 BB3 117.5 127.5 -30 04 1 4 

22A255/030 15 00 00 B4 7 5 10.0 0 04 1 4 228117/045 10.14-54 883 117 5 127.5 -30 .04 1 4 228000/031 06 39 59 8B4 7 5 115 0 0 .04 1 4 228118/045 10 23.19 B82 22.5 32 S -20 .04 1 4 218001/031 06 51 59 BB4 250.0 265 0 0 .04 1 4 218119/045 10'25 19 82 210.0 220.0 -30 04 1 4 228002/031 07,20 59 B83 7.5 60.0 -10 .04 1 4 228120/045 10:29-59 82 22.5 32.5 -20 04 1 4 22B003/031 12 01 37 894 235.0 335.0 0 .04 1 4 21B121/045 10.32:59 882 210 0' 220 0 -30 04 1 4 22B004/031 12 37 03 884 7.5 87.5 0 04 1 4 21B138/047 06.59 59 682 227 5 237.5 -30 04 1 4 22B005/O31 15 00 00 Sa1 75.0 77.5 -SO .04 I 4 228139/047 07.04:59 B82 37 5 47.5 -20 .04 1 4 218008/032 06.9 59 B84 45 0 75.0 0 .04 1 4 228146/047 13.20-49 882 40 0 50.0 0 .04 1 4 218009/032 06.39 59 BB4 260 0 335.0 -10 .04 1 4 218149/048 06:1159 M82 227.S 237.5 -30 04 1 4 

218010/032 06.49 59 BS4 75.0 142.5 0 ,o4 1 4 228149/048 06-13,59 B2 37.5 47.5 -20 .04 1 4 221012/032 11:59.19 182 

221013/032 12-34 45 E83 

95.0 

25.0 

200.0 

95.0 

-30 .04 

-10 .04 

1 

1 

4 

4 

218195/050 17:30.00 882 

21B198/051 06:35:59 882 

177.5 

210.0 

237.5 

220.0 

-30 

-30 

.04 

.04 

1 

1 

4 

4 
VL-2 

HIGH-RESOLUTION CAMERA EVENTS IN EVENT ORDER
 

.................................................................
 

CELABEL LLT DIODE AZSTART AZSTOP EPA STEP OFFSET GAIN
 

22B199/051 06 37.59 82 22 5 32 5 -20 .04 I 4
 

21B200/051 06 50'59 B82 210 0 220 0 -30 04 1 4
 

218201/051 06.57.00 B82 210.0 220 0 -30 .04 1 4 

21B203/051 09 05 26 882 290.0 300 0 -30 .04 1 4
 218204/051 10.24 59 BB2 210 0 220.0 -30 .04 1 4 

22B205/051 10 26 59 B82 22 5 32 5 -20 .04 1 4
 

228211/051 17 20'00 BB4 265.0 305 0 -20 04 1 4
 225212/051 17-25-00 881 7 5 17 5 -30 .04 1 4
 

218213/051 17'30.00 BB4 50 0 65,0 0 04 1 4
 

21B214/051 17 35C00 BB2 305 0 335 0 -30 .04 1 3
 228215/051 17 45-00 B81 45.0 165 0 -50 .04 1 3
 

22B230/054 06'59 00 B84 115 0 130 0 -10 04 7 2
 

22B231/054 07.05,00 B84 115.0 175 0 -10 .04 2 3
 

22C021/056 14 01.48 B3 290 0 295.0 -20 04 1 4
 

220022/056 14.10 12 852 85.0 92 5 -10 .04 1 4
 

22C023/056 14,29 45 882 85.0 95 0 -30 04 1 4
 

22C024/056 14-42 39 533 290.0 297 5 -20 04 1 4
 220025/056 14 50 36 B1 85 0 92 5 -10 .04 1 4
 

22C026/056 14 54 24 831 85.0 92 5 -10 04 1 4
 

210027/056 14 59 25 831 282.5 290 0 -30 .04 1 4
 21C02L/056 15 01 59 B81 282.5 290 0 -30 .04 1 4
 

21C029/056 15 04 29 881 282.5 290 0 -30 .04 1 4 

22C030/056 15-11 54 883 290 0 295 0 -90 04 1 4
 21C031/056 17:27.59 852 280 0 290.0 -;0 .04 1 4
 

22C032/056 17 30 59 582 81.0 95 0 -30 .04 1 4
 

22C033/057 06 50 20 B81 115 0 125.0 -50 .04 1 4
 22C034/057 06.52.45 831 115 0 125 0 -50 04 1 4
 

220035/057 06 55"12 81 115 0 125.0 -50 .04 1 4
 

210036/057 07.01-57 83 315 0 335.0 -30 .04 1 4
 22C039/057 07 35 14 B1 285 0 297.5 -10 04 I 4
 

21C041/057 09.30 59 B2 290 0 300.0 -30 .04 1 4
 

220042/057 09.32.59 82 90.0 100.0 -40 .04 1 4
 

21C0O44/057 09 35.59 B2 280.0 290 0 -30 04 1 I
 

220045/057 09:40 59 882 85.0 95 0 -30 .04 1 4
 220053/058 09.39 00 882 85.0 95.0 -30 .04 1 4
 21C069/061 09.51.21 B83 240.0 275.0 -10 .04 1 -4
 

w
 

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Ln 
VL-2 HIGH-RESOLUTION CAMERA EVENTS SORTED
 

BY TIME OF DAY
 
VL-2 

HIGH-RESOLUTION CAMERA EVENTS SORTED BY TIME OF DAY 

CELABEL 

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

LLT DIODE AZSTART AZSTOP EPA STEP OFFSET GAIN CELABEL LLT ----- ------------------------------------ DIODE AZSTART AZ TOP EPA STEP OFFSET GAIN 

HOUR 06 21A062/009 07.49:59 682 22A070/010 07-49.59 582 227.5 

37.5 237.5 

47.5 -30 

-20 .04 

.04 1 

1 4 4 

22A095/014 06.05 59 881 5.0 130.0 -50 .04 1 3 22A063/009 07.51:59 882 37.5 47.5 -20 .04 1 4 

218148/048 06'11,59 882 227.5 237.5 -30 .04 1 4 

22B149/048 06.13.59 B2 37.5 47.5 -20 .04 1 4 HOUR 08 

218008/032 06.29.59 BB4 45.0 75.0 0 .04 1 4 I 21B198/051 06.35-59 BB2 210.0 220 0 -30 .04 1 4 21A065/009 08'03.59 83 157.5 162 5 -10 .04 I 4 No 

228199/051 06-37-59 B2 22 5 32.5 -20 .04 1 4 22A027/004 08:09.00 81 305.0 310.0 -20 .04 4 228000/031 06 39 59 864 7 5 115.0 0 .04 I 4 22A136/019 0857.30 284 10.0 60.0 0 .04 4 I. 21B009/032 06.39 59 84 260.0 335.0 -10 .04 1 4 21A122/017 08:57:40 8B4 135.0 185.0 -10 .04 1 4 4 22A236/029 06,44'59 

22A243/030 06:44,59 

B4 

BB1 

60.0 

110.0 

117 5 

115.0 

-10 

-50 

.04 

.04 

I 

1 

4 

4 

21A129/018 08.58"55 BB4 

21A114/016 09,59 37 6B2 

15.0 

215.0 

65.0 

332.5 

-10 

-30 

.04 

.04 

4 

4 21B015/033 06 44 59 831 177.5 257 5 -50 .04 1 4 21B095/042 08:59.59 BB4 135.0 192.5 0 .04 I 4 (D 

22B025/034 06-45-00 882 10.0 20.0 -30 .04 1 4 

228061/039 06-45 00 882 15.0 90.0 -30 .04 I 4 H 

21A174/023 06:49 41 B52 262.5 305.0 -30 .04 1 4 HOUR 09 216010/032 06 49 59 

218039/036 06 49,59 

884 

884 

75.0 

215.0 142.5 260 0 0 -10 .04 

.04 1 

1 4 4 22A105/015 0901.09 B4 220.0 335,0 0 04 1 4 r 

o" 

218093/042 06.49 59 82 305.0 330.0 -40 .04 1 4 224096/014 09.02 45 BB3 77.5 200,0 -10 .04 1 4 

22C033/057 06:50 20 BB1 115.0 125.0 -50 .04 1 4 22A088/013 09.04:23 B2 77.5 200.0 -30 .04 I 4 21B200/051 06 50 59 82 210.0 220.0 -30 .04 I 4 21D203/051 09:05.26 B2 290.0 300.0 -30 .04 4 218001/031 06-51.59 84 250.0 265 0 0 .04 I 4 21A079/012 09 06:03 881 212.5 327 5 -50 .04 4 220034/057 06.52,45 B81 

21A204/025 06-54'58 884 

115.0 

27.5 

125.0 

62 5 

-50 .04 

-10 .04 

1 

1 4 

4 21B096/042 09 07 59 BB4 21A076/011 09:10 13 BB4 235.0 

70,0 255.0 

160.0 -10 .04 0 .04 1 4 

4 

22A223/028 06 54 59 64 215.0 325 0 0 .04 I 4 21A071/010 09,11 58 BB4 135.0 225.0 0 04 1 4 218094/042 06-54,59 B81 257.5 292.5 -50 .04 1 4 22A067/009 09 13.44 84 10.0 90 0 0 .04 1 4 22C035/057 06.55 12 BB1 115.0 125.0 -50 .04 1 4 21A054/008 09:15.33 BB4 260.0 335.0 0 .04 I 4 21B201/051 06-57,00 BB2 210.0 220.0 -30 .04 1 4 21A050/007 09.17 23 8B4 200 0 290 0 0 .04 1 4 22B230/054 06:59-00 B84 

22A176/023 06.59 4 BB1 

22A205/025 06'59 58 BB1 

21A193/024 06-59.59 BB2 

115.0 

115.0 

52.5 

305.0 

130.0 

162.5 

110.0 

322.5 

-10 .04 

-50 .04 

-50 .04 

-40 .04 

7 

1 

1 

2 

4 

4 

4 

21A039/006 09.19'16 BBI 21A034/005 09-21:09 BB3 

22A020/003 09-24 59 891 

224007/001 09:28-56 882 

200.0 

270.0 

0.0 

80 0 

280.0 

297.5 

160.0 

127.5 

-50 .04 -20 .04 

50 04 

-30 .04 

1 

1 

1 

1 

4 

4 

4 

4 

t 

22A220/027 06:59 59 B84 

219138/047 06.59 59 BB2 

117.5 

227.5 

215.0 

237.5 

-10 

-30 

.04 

.04 

1 

I 

4 

4 21C041/057 09 30-59 B2 22AI37/019 09-32:24 884 290.0 

57.5 300.0 

132.5 -30 

-10 .04 .04 1 40 

4 

21A123/017 09.32 34 B84 182.5 257.5 -10 .04 1 4 

22C042/057 09.32-59 BB2 90 0 100.0 -40 .04 1 4 HOUR 07 21A130/018 09 33 50 884 255.0 330 0 -10 .04 1 4 ' 

21A115/016 09:34 22 82 152.5 227,5 -30 .04 1 4 1.4 218054/038 07-00.00 BB3 120.0 215.0 -10 .04 1 4 22A106/015 09:35 54 8B4 160.0 235.0 0 .04 4 

218040/036 07:00 59 B82 210036/057 07:01 57 83 150.0 

315.0 265 0 335.0 -30 .04 -30 04 1 

1 4 4 22A097/014 09.37 31 883 210044/057 09.38:59 882 10.0 

80,0 90 0 200.0 -10 

-30 .04 

.04 I 4 

4r H' 

228139/947 07.04.58 882 

225231/054 07.0E-00 BB4 

22A206/025 07:06 58 BB3 

37.5 

115.0 

127.5 

47.5 

175.0 

192 5 

-20 .04 

-10 04 

-30 .04 

1 

2 

1 

4 

3 

4 

220053/058 09.39-00 BB2 

22A039/013 09:39:08 82 21A00/012 09,40 48 B81 

85.0 

10.0 

175.0 

95.0 

90.0 

250.0 

-30 

-30 

-50 

.04 

.04 

.04 

1 

1 

1 

4 

4 

A0 

(D 

22A178/023 07:09.41 B82 77.5 127 5 -30 .04 1 4 220045/057 09:40.59 82 85.0 95.0. -30 .04 1 4 21A164/022 07:09 59 B84 142.5 250.0 0 04 1 4 22A001/000 09.48:58 881 92.5 160.0 -50 .04 4 tU 224207/025 07-1458 8B3 265.0 307.5 -10 .04 1 4 210069/061 09:51:21 B83 240.0 275.0 -10 .04 4 

228002/031 07.20:59 683 7.5 60.0 -10 .04 1 4 

220039/057 07.35 14 81 285.0 297.5 -10 .04 1 4 

228041/036 07.39.59 81 25.0 32.5 -20 .04 1 4 

w 

Lu 

k0 
VL-2
 

LA) 

= HIGH -RESOLUTION CAMERA EVENTS SORTED EY TIME OF DAY
 

CELABEL LLT DIODE AZSTART AZSTOP EPA STEP OFFSET GAIN CELABEL LLT DIODE AZSTART AZSTOP EPA STEP OFFSET GAIN
 

228003/031 12-01.37 B84 235.0 335.0 0 .04 1 4 

HOUR I 21A237/029 12.05 41 8S4 10.D 140 0 0 04 1 4 

224252/030 12:06 09 884 90 0 220.0 -10 .04 I 4 

22AI24/017 10.02.58 DO1 290.0 296.0 -20 .04 3 21A221/027 12:06 16 884 122.5 250.0 0 .04 1 4 

22A154/021 10:10 58 B82 115.0 125 0 -30 .04 1 4 21A225/028 12.07:23 B83 130.0 260.0 -20 .04 I 4 

226116/045 10.11'39 BB3 117.5 127.5 -30 .04 1 4 22A073/010 12.10-11 81 135.0 135.0 -40 .04 1 4 

22A155/021 10:14.18 BB2 115.0 125.0 -30 .04 1 4 22B058/038 12:21 38 81 55.0 92.5 -50 .04 1 4 

228117/045 10:14 54 BB3 117.5 127.5 -30 .04 1 4 226047/037 12.24:36 B52 95.0 140.0 -30 .04 1 4 

22A156/021 10:18 18 882 115.0 125 0 -30 .04 1 4 22A126/017 12.25 10 881 135.0 135.0 -40 04 1 4 

228118/045 10:23 19 882 22.5 32 5 -20 .04 1 4 22A138/019 12:25610 BB3 67.5 67.5 -10 .04 1 4 

21B204/051 10:24 59 882 210.0 220 0 -30 .04 1 4 228045/036 12.27 27 B82 10.0 47.5 -30 .04 1 4 

218119/045 10:25-19 B82 210.0 220.0 -30 .04 1 4 218033/034 12:29 44 81 210.0 280.0 -50 .04 1 4 

228205/051 10.2659 B2 22.5 32 5 -20 .04 1 4 21B035/035 12.30 10 82 277.5 315.0 -40 .04 1 4
 

228020/033 10.29 59 BB1 285.0 290 0 -20 .04 I 4 218022/033 12.32 18 B83 240.0 310.0 -30 04 I 4
 

22B098/042 10:29 59 B1 285.0 290 0 -20 .04 1 4 22B013/032 12.34 45 B3 25.0 96.0 -10 04 1 4
 

228120/045 10:29 59 B82 22.5 32 5 -20 .04 1 4 228004/031 12'37 03 884 7 5 87.5 0 .04 1 4
 

228056/038 10.30 00 SB1 290.0 310 0 -30 .04 1 4 22A253/030 12:38.18 B54 210.0 260.0 0 04 I 4
 

21B121/045 10.32-59 BB2 210,0 220 0 -30 .04 1 4 21A238/029 12:43 26 84 30,0 75 0 -20 .04 1 4
 

226028/034 10:41.36 B82 102.5 112.5 -30 .04 1 4 21A222/027 12:44 01 B54 250.0 295.0 -10 .04 1 4
 

210029/034 10:43,21 882 292.5 302,5 -30 .04 1 4 21A226/028 12:45.08 84 290.0 335.0 -10 .04 1 4
 

228030/034 10:48'10 BB2 102.5 112 5 -30 .04 1 4 22A055/008 12.52:11 881 135,0 135.0 -40 .04 1 4
 

218031/034 10.49 55 B82 292.5 302 5 -30 .04 1 4
 

22A008/001 10:53.49 88I 117.5 155.0 -50 .04 1 4
 HOUR 13
 

HOUR 11 21A219/026 13:15-11 8I 260.0 260.0 -40 .04 I 4
 

22B146/047 13-20 49 882 40.0 50.0 0 .04 1 4
 

21A040/006 11:00.00 BB1 35.0 60.0 -20 .04 1 4 21A167/022 13:20 54 881 260.0 260.0 -40 .04 1 4
 

21A090/013 11.06.32 B1 35.0 60 0 -20 .04 t 4 21A146/020 13:21 10 8BI 260.0 260 0 -40 04 1 4
 

21A246/030 11:07:27 882 290.0 300 0 -30 .04 1 4 21A131/018 13:21*11 61 260.0 260 0 -40 .04 1 4
 

22A009/001 11:14 59 81 295.0 305.0 -30 .04 1 6 21A117/016 13-39 10 DO1 260.0 260.0 -40 .04 I 4
 

22A041/006 11:15,00 881 295,0 305.0 -30 .04 1 5 22A239/029 13.40 38 882 115.0 125.0 -30 04 1 4
 

22A247/030 11:18.10 B2 115.0 125.0 -30 .04 1 4 22A107/015 13:42.10 381 90 0 90.0 -40 .04 I 4
 

21A125/017 11:19 59 81 40.0 57,5 -30 .04 1 5 22A010/001 13.42 11 D81 125 0 125 0 -50 .04 1 4
 

21A042/006 11:20-00 BBI 40 0 50.0 -30 .04 1 5 22A015/002 13:42 11 8B1 125.0 125.0 -50 .04 1 4
 

21A248/030 11:31-04 82 282 5 292.5 -30 .04 1 .4 21A098/014 13.57.11 BS1 260,0 260.0 -40 .04 1 4
 

22A249/030 11:32 47 B82 90 0 100 0 -30 .04 1 4
 

21A2SO/030 11:36.04 82 202.5 292.6 -30 .04 I 4
 

22A251/030 11:37.47 B62 90.0 100 0 '30 .04 1 4 HOUR 14
 

228057/038 11:43 23 821 90.0 165 0 -50 .04 1 4
 

22B046/037 1146'21 882 45.0 120.0 -30 .04 1 4 22C021/056 14:01 48 83 290.0 295 0 -20 04 1 4
 

22B044(036 11:49 12 B83 115.0 190.0 -30 .04 1 4 21A241/029 14-07.26 882 290.0 300 0 -30 .04 I 4
 

21B034/035 11:51;55 883 150.0 225,0 -1o .04 1 4 22C022/056 14:10 22 881 85.0 92.5 -10 .04 I 4
 

21B032/034 11:54.18 BB2 160.0 250.0 -20 .04 1 4 22A242/029 14.19.59 B82 115.0 125.0 -30 04 1 4
 

21B021/033 11:56:52 BB1 170.0 270.0 -40 .04 1 4 22A091/013 14.24 10 881 90.0 90.0 -40 .04 I 4
 

228012/032 11:59.19 82 95.0 200.0 -30 .04 1 4 22C023/056 14:29:45 82 85.0 95.0 -30 .04 1 4
 

22AO56/008 14.29'69 802 37.5 47.5 -20 .04 1 4
 

21A078/011 14:30:10 DO1 246.0 245.0 -40 .04 1 4
 

HOUR 12 21A197/024 14:33:11 881 260.0 260.0 -40 .04 I 4
 

22C024/056 14:42:39 883 290.0 297.5 -20 .04 1 4
 

21A068/009 12:00:10 881 245.0 245.0 -40 .04 1 4 21A108/015 14:49:59 684 27.5 65.0 -10 .04 1 4
 
VL-2
 

HIGH-RESOLUTION CAMERA EVENTS SORTED BY TIME OF DAY 

- - - - - - - - - - - - - --.. -. - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - -- - - -.- - - - - - - - -- - - - - - - - - - - - - - - - - - - - - -- - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - -


CELABEL LLT DIODE AZSTART AZETOP EPA STEP OFFSET GAIN CELABEL LLT DIODE AZSTART AZSTOP EPA STEP OFFSET GAIN
 

. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .­

22C025/056 14:50 36 BB1 85.0 92.5 -10 .04 1 4 21A078/010 17,29 59 B53 217.5 265.0 -10 .04 1 4
 

21A057/008 14'D1'33 B82 227.5 237.5 -30 .04 1 4 22A103/014 17 29 59 BE2 157.5 182 8 -30 04 1 4
 

22AOSD/OOD 14:53:33 B92 37.5 47.S -20 .04 1 21AI34/01E 17'29 59 B64 30.0 60.0 -10 .04 1 4
 

22C026/056 14:54-24 B81 8510 92.5 -10 .04 1 4 21A216/025 17-29-59 B83 260.0 285 0 -20 .04 1 4
 

21A059/006 14 56'33 BB3 162.5 190.0 -10 .04 1 4 21D059/038 17:29.59 B63 145,0 192 5 -10 .04 1 4
 

21C027/056 14:59 25 BB1 282.5 290.0 -30 .04 1 4 225090/041 17.29-59 B84 185 0 195 0 -20 04 1 4
 

228014/032 14:59,59 B83 10.0 12.5 -20 .04 1 4 21A032/004 17-30 00 B82 275.0 305 0 -30 .04 1 4
 

21A044/006 17:30.00 882 232.5 275.0 -30 .04 1 4
 

218195/050 17-30 00 682 177.5 237.5 -30 .04 1 4
 

HOUR 15 218213/051 17:30-00 894 50.0 65.0 0 .04 1 4
 

22C032/056 17.30.59 SE2 es O 9S 0 "30 .04 1 4
 

22A255/030 15:00.00 B84 7.5 10.0 0 .04 1 4 22B091/041 17:32-59 B82 65,0 85.0 -30 .04 1 4
 

22B005/031 15:00.00 B81 75.0 77.5 -50 .04 1 4 22A135/018 17 34 59 BD4 270.0 335.0 0 DO4 1 4
 

21C02B/056 15'01'59 B81 282.5 290.0 -30 .04 1 4 22A141/019 17.34 59 BD4 185.0 235.0 -10 04 1 4
 

21C029/056 15-04 29 B81 282.5 290.0 -30 .04 1 4 21B214/051 17 35 00 BB2 305.0 335.0 -30 .04 1 3
 

22CO30/05D 15:11'54 B83 290.0 296.0 -20 .04 1 4 21AJ49/020 17,37-43 864 215 0 260.0 O .04 1 4
 

21A036/012 15;15.10 DB1 260,0 260.0 -40 .04 1 4 21B05,/037 17.39 58 EB2 292.5 302 5 -30 .04 1 4
 

21AQ74/010 15.44.59 BB1 12.5 27.5 -20 .04 1 5 22AI21/016 17.39.59 EB3 12.5 60 0 -20 .04 1 4
 

21AO23/003 15:53:59 B81 35.0 40.0 -20 .04 1 4 22A162/021 17.39 59 BB2 115 0 1 ,.0 -30 .04 1 4
 

21B060/038 17:39-59 381 252.5 330.0 -50 .04 1 4
 

22tA046/006 17,40:00 DB2 37.5 47.S -20 .04 1 4
 

HOUR 16 21A142/019 17'41.59 BB4 125.0 165 0 10 04 1 4
 

21tA150/020 17 44'43 BB3 125.0 147 5 -10 .04 1 4
 

21A052/007 16.00 00 B82 182.5 232.5 -30 .04 1 4 22B215/051 17-45-00 BBt 45.0 165 0 "50 .04 8
 

216048/037 16:10 30 B82 292.5 302.5 -30 ,04 1 4 21A061/008 17-45 59 BB1 275.0 282 5 -10 .04 1 3
 

21A227/028 16:11.13 B82 230.0 240.0 -20 .04 1 4 21A229/028 17,46.27 BB2 290.0 300 0 -30 .04 1 4
 

218049/0W7 16:16.11 B82 292.5 302.5 -30 .04 1 4 21A024/003 17:49:00 BE3 270.0 297 5 -20 .04 1 4
 

21ADE9/009 16:49:58 B83 190.0 2f7.'- -10 .04 1 4 21A151/020 17.49:43 BB4 260 0 282.5 -10 04 1 4
 

21A110/015 16.59.59 882 227.5 237.5 -30 .04 1 4 21A128/017 17-49.5a 8B2 157.5 182.5 -30 .04 1 4
 

224143/019 17.49 69 B84 67.5 107.8 -10 .04 1 4
 

22AI04/014 17:53:59 BE4 182.5 230.0 -10 .04 1 4
 

HOUR 17 21A111/016 17:54.5D B83 285.0 315.0 -10 .04 1 4
 

22A163/021 17:54.59 B82 127.5 157,5 -30 .04 1 4
 

21A031/004 17:00'00 B81 182.5 255.0 -50 D04 1 4
 

22A118/016 17.17.59 B64 10,0 67.5 0 .04 1 4
 

21A147/020 17:19.43 U64 155.0 215.0 0 .04 1 4 HOUR 18
 

22AO93/013 17:19 59 B83 145.0 182.5 -10 .04 1 4
 

21A132/018 17,19.59 B81 252.5 292.5 -50 .04 1 4 21A230/028 18:04:59 BB2 230.0 240.0 -20 .04 1 4
 

21A139/019 17:19 59 884 75.0 125 0 0 .04 1 4
 

22B211/051 17.20.00 B84 265.0 306.0 -20 o04 1 4
 

22A133/018 17:24 58 B83 285.0 31S 0 -10 04 1 4
 

22B212/051 17.25.00 DB1 7.5 17.5 -30 .04 1 4
 

22A119/016 17:25 59 6B3 167.5 187.5 -3o ,04 1 4
 

22A140/019 17:27 59 6B4 235,0 272.5 o ,o4 1 4
 

21C031/056 17;27.59 BB2 280,0 290.0 -30 .04 1 4
 

21A161/021 17.29,42 BB4 282 5 302.5 -10 .04 1 4
 

21A168/022 17:29,42 B84 302.5 335.0 -10 .04 1 4
 

22A148/020 17:29.43 BB4 107.5 185.0 -10 ,04 1 4
 

21A127/017 17:29-58 BE4 60.0 75.0 0 .04 1 4
 

22AO05/000 17:29'59 B82 80.0 127°5 -30 o04 1 4
 

22A011/001 17:29:59 B83 60.0 14S,0 -10 .04 1 4
 
VL-2 

SUN IMAGERY CAMERA EVENTS 

CELABEL LLT DIODE AZSTART AZSTOP EPA STEP OFFSET GAIN 

21A047/006 17.57-00 SUN 132.5 167 5 10 .12 1 2 

21AO49/007 

21A112/01S 

06 

iS 

12.00 SUN 

12 25 SUN 

285.0 

182.5 

320.0 

157.5 

10 .12 

30 .04 1 

1 I 

3 

21A113/015 19.07.25 SUN 160.0 165.0 20 .04 1 2 

21A169/022 18.06,16 SUN 150.0 155.0 30 .04 1 3 

21A170/022 18.40 01 SUN 155.0 160.0 30 04 1 3 

22A201/025 05,21'3' SUN 122.5 127.5 10 .04 1 2 

22A202/025 06 06 3' SUN 130.0 135.0 10 .04 1 3 

22A203/025 06 46 31 SUN 137.5 142.5 20 .04 1 3 

21A231/028 

21A232/028 

21B006/031 

18.18 11 SUN 

19 03 11 SUN 

1806.00 SUN 

152 5 

160.0 

150 0 

155.0 

162.s 

152.5 

30 .04 

20 .04 

30 .04 

1 

1 

1 

3 

2 

3 I 

218007/031 19 04 00 SUN 

22B081/040 05.19 59 SUN 

160.0 

125,0 

162 5 

127,5 

20 

10 

04 

04 

1 

1 

2 

1 CO 

228082/040 05 02 44 SUN 132 5 135.0 10 ,04 1 3 

22B083/040 06 43 59 SUN 140.0 142.5 20 .04 1 4 

22B105/044 05.29 23 SUN 127.5 130.0 10 .04 1 1 

-

22B106/044 05 59 23 SUN 132 5 135.0 10 .04 1 2 

21B160/048 

211861/048 

21B222/052 

18 01 

12 42 

16 52 

02 

29 

44 

SUN 

SUN 

SUN 

147.5 

155.0 

132.5 

150.0 

157 5 

137.5 

30 

20 

30 

.04 

04 

.04 

1 

1 

1 

3q 

2 

3 

D 

21B223/052 17,57 41 SUN 145.0 150.0 30 .04 1 3 

212224/052 18 42,41 SUN 152.5 157.5 20 .04 1 2 

218242/054 

21B247/054 

16:52.42 SUN 

17-57 41 SUN 

132.5 

14b.0 

137,5 

150.0 

30 

30 

.04 

.04 

I 

1 

3 

3 

21C000/054 1838.59 SUN 152.5 157.5 20 .04 1 2 

22C005/055 05:13 55 SUN 125.0 130.0 0 .04 I 0 

22C006/055 05.33 55 SUN 127.5 t37.5 0 .04 1 1 m 

22C007/055 06:08.55 SUN 135.0 140.0 10 .04 1 2 

CD 

ct 

Ca) 
VL-2 CALIBRATION AND SCAN VERIFICATION
 

CAMERA EVENTS
 
VL-2 

CALIBRATION AND SCAN VERIFICATION CAMERA EVENTS 

. 

CELABEL 

. . . .. . . .. .. 

LLT . . . .. . 

DIODE AZSTART AZSTOP EPA STEP OFFSET GAIN . . . . .. .. . .. . . . . .. . . . . ... . . . .. . . .. .. . . . . .. . . . .. . 

22A004/000 15 06 42 CAL 22A012/001 17 37 35 CAL 

22A017/002 14.55 49 CAL 

21A026/003 17.58 07 CAL 

21A030/004 15 36 52 CAL 

22AO37/005 16-10 15 CAL 

21A045/006 17 33 49 CAL 

21AO53/007 16 04 29 CAL 

21A066/009 08 04 26 CAL 

21A083!012 12.08 00 CAL 

22AO87/012 17 11 45 CAL 

22A094/013 17,23 20 CAL 21A102/014 17 15 46 CAL 

21A175/023 06"53 29 CAL 

22A177/023 07 03 55 CAL 

22B019/033 09 00 11 CAL 

22B145/047 12 S1 55 CAL 

22B159/048 12.51 17 CAL 

22B179/048 23-50 28 CAL 

22B188/049 12.52 28 CAL 22B208/051 10-35.28 CAL 

170 0 

170.0 

170 0 

170 0 

170 0 

170.0 

170.0 

170 0 

170 0 

170 0 

170.0 

170.0 

170.0 

170.0 

170.0 

170.0 

170 0 

170.0 

170.0 

170.0 

170.0 

170.0 

170.0 

170 0 

170.0 

170 0 

170.0 

170.0 

170.0 

170 0 

170.0 

170 0 

170 0 170 0 

170.0 

170.0 

170.0 

170.0 

170.0 

170.0 

170.0 

170.0 

0 

0 

0 

0 

0 

0 

0 

0 

0 

0 

0 

0 

0 

0 

0 

0 

0 

0 

0 

0 

0 

1 

1 

1 

1 

1 

1 

1 

1 

1 

1 

1 

1 

1 

1 

1 

1 

1 

1 

1 

1 

1 

2 

2 

2 

2 

2 

2 

2 

2 

2 

2 

2 

2 

2 

2 

2 

2 

2 

2 

2 

2 

2 

r 

) 

0 

Fc0 

ro 

Note: No Scan Varification 

Camera Events Were 

Acquired During VL-2 

Primary Mission. 

(D 

Ct F. 

0 

a 

(E 

9) 

(El 

Ct 

0) 

Lu 

1-n 

-1 
VL-2 HIGH-RESOLUTION CAMERA EVENTS SORTED
 

BY ELEVATION AND START AZIMUTH
 

FOR SEGMENTS OF DAY
 
VL-2 HIGH-RESOLUTION CAMERA EVENTS
 

SORTED 	BY ELEVATION AND START AZIMUTH
 

FOR SEGMENTS OF THE DAY
 

00-10 HOURS ILT
 S RELATIVE TO NORTH 	 I tO


...... ... .. . . .. .
 .
 --. --. ----. -. ---. - -... -.. --... -----. --. -.. ........................................... ..... . . .. . .. . .
 

CELABEL LLT EPA AZSTART AZSTOP DIODE GAIN OFFSET SUNAZ SUNEL ASOLAZ ASOLEL AZSTART AZSTOP ASOLAZ
 

CAMERA 	I
 

(D
 21B008/032 06.29-59 0 45 0 75 0 84 4 1 82.1 17.0 133 -9 173 6 203.6 262 ca to 

21A076/011 09.10 13 0 70.0 160 0 834 4 1 110.3 44 3 160 -36 198 6 268 6 289 0 

21B010/032 06.49 59 0 75.0 142.5 84 4 1 85.6 20 3 137 -12 203.6 271.1 266 0) " 

21A071/010 09:11 58 0 1l5 0 225 0 B84 4 I 110 5 44.6 160 -36 263 6 
 353.6 289 z" 

218095/042 0859'59 0 135.0 192.6 8P4 4 1 112.9 40.2 162 -32 263 6 321.1 291 H. 

21A164/022 07.09 59 0 142 5 250.0 834 4 I 87.8 24.3 139 -16 271 1 18.6 268 N 0 

21A060/007 09:17.23 0 200.0 290 0 BB4 4 1 111.4 45.6 160 -37 328 6 58.6 289 vC 

21B001/031 06 51.59 0 250.0 265 0 B84 4 1 85.8 20.7 137 -12 18 6 33 G 266 2 ' 21A054/008 09:15.33 0 2601.0 335 0 884 4 1 111.1 45 3 160 -37 28 6 103 6 289 P. 

21A129/018 08,58:55 -10 15 0 65.0 884 4 1 108.7 42.1 158 -34 113 6 193 6 287 19 

216204/025 06 54 58 -10 27.5 62 5 884 .1 1 85 5 21.6 137 -13 156.1 191.1 266 (D 

21S054/038 07:00:00 -10 120.0 215 0 83 4 1 88.2 21.4 139 -13 248.6 343 6 268 D) 

21AI22/017 08:57.40 -10 135 0 185 0 834 4 1 108.3 42.0 18 -33 263 6 313.6 287 0 

21A065/009 08.03 b9 -10 157.5 162 5 B83 4 1 96.0 33.9 147 -25 286 1 291.1 276 

214127/017 09:32 34 -10 182 5 257 5 84 4 I 116.7 47.2 165 -39 311.1 26.1 294 Ca (D 

213039/036 06.49-59 -10 215 0 260.0 884 4 I 86.2 19.9 137 -11 343.6 28.6 266 (D ci 

21B096/04 	 907-59 -10 236 0 25 0 B84 4 1 114.8 41.4 164 -33 3.6 23 6 2930
 43 6 206
 21C069/061 09.51'21 -10 240 0 275 0 B3 4 1 129.7 45.0 177 -37 8.6 


21A130/018 09.33 50 -10 255 0 330 0 84 4 1 117.2 47.3 165 -39 23.6 98 6 294 C4
 218009/032 06 39 59 -10 260 0 335 0 834 4 1 83.8 18.7 135 -10 28.6 103.6 264 0
 

21A034/005 09:21 09 -20 270.0 297 5 B83 4 1 112 0 46.3 161 -38 38.6 66 1 290 ca -s 

21B040/036 07:00 59 -30 150.0 265 0 832 4 1 88.1 21,7 139 -13 278.6 33 6 268 0 (D 

21A115/016 09 34 22 -30 152.5 227.5 882 4 I 117.0 47.6 165 -39 281,1 356 I 294 b CL 

218198/051 0035 59 -30 210.0 220 0 882 4 1 88 0 16.3 137 -8 338.6 348 6 266 t a 

21B200/051 00-50 59 -30 210.0 220 0 882 4 1 88 6 18 7 140 -10 338.6 348 C 269 1.4 

213201/051 06.57:00 -30 210 0 220.0 B2 4 1 89 7 19.7 141 -11 338.6 348.6 270
 

21A114/016 08 50 37 -30 215.0 332.6 882 4 I 108 6 42.3 158 -34 343.6 101 1 287 H
 21A082/009 07-49 59 -30 227.5 237 S 82 4 I 93.4 31.6 144 -23 356.1 6 I 273
 89.6 20.6 141 -12 3561 6.1 270
 218138/047 06 59:59 -30 227.5 237 5 B32 4 1 


218148/048 08'11.59 -30 227.5 237 5 82 4 1 81 3 12.7 132 -4 356 1 6 1 261
 21A174/023 06'49 41 -30 262.5 305.0 B2 4 1 84,3 20.9 136 -12 31.1 73.6 265 I-­

21C044/057 09 385'9 -30 280.0 290 0 B82 4 1 125.5 44 0 173 -36 48 6 58 6 302 0
 218203/051 09,05 26 -30 290.0 300 0 682 4 1 115,8 40.0 165 -32 58 6 68.6 294
 

21C041/057 09'30 59 -30 290.0 300 0 882 4 1 123.4 42.9 171 -35 58.6 68.6 300
 

21C036/057 07:01 57 -30 315.0 335 0 83 4 1 91 6 19.9 143 -11 83.6 103.6 272
 

21A193/024 06:59 59 -4Q 305.0 322 5 882 4 
 I 86.3 22 5 138 -14 73.6 91.1 267
 

21B93/042 06:49:59 -40 305.0 330.0 882 4 1 87.1 19.4 138 -11 73 6 98.6 267
 216080/012 09-40 48 -50 175.0 250 0 881 4 1 118.1 48.8 166 -41 303.6 18.6 295
 

218015/033 06.44:59 -50 177.5 257.5 BRI 4 1 84.9 19.4 136 -11 306.1 26.1 265
 

21A039/006 09:10.16 -50 200.0 2980.0 881 4 1 111.7 46.0 161 -38 328.6 48.6 290
 

216079/012 09:06:03 -50 212.5 327.5 B81 4 1 109.4 43.6 159 -35 341.1 96.1 288
 

LO
 

a.r
 

I-TI 
VL-2 

HIGH-RESOLUTION CAMERA EVENTS
 

SORTED BY ELEVATION AND START AZIMUTH
 

FOR SEGMENTS OF THE DAY
 

00-10 HOURS LLT
 RELATIVE TO NORTH
 

..-.... . ...... ......
 

CELABEL LLT EPA AZSTART AZSTOP DIODE GAIN OFFSET SUNAZ SUNEL ASOLAZ ASOLEL AZSTART AZSTOP ASOLAZ
 

................. ............. ........................................................... ........................... ...................
 

215094/042 06:54-59 -50 257.5 292.5 BB1 4 1 87.9 20.2 139 -12 26.1 61.1 268
 

.---------------------------------------------------...... 
 ......................-..............................


CAMERA 2
 

222000/Gal 06 39.59 0 7.5 115.0 BB4 4 1 83.7 18.7 319 -10 312.1 59.6 263
 

224067/009 09 13.44 0 10.0 90.0 B84 4 1 110.8 45.0 344 -36 314.6 34.6 288
 

224136/019 08 57.30 0 10.0 60.0 BB4 4 1 108.5 41.8 342 -33 314.6 4.6 286
 

22A106/015 09.35 54 0 160.0 235.0 BB4 4 1 117.3 47.9 349 -40 104.6 179.6 293
 

224223/028 06:54-59 0 215.0 325.0 B84 4 1 85.9 21.4 321 .-13 159.6 269.6 265
 

22A105/015 09 01:09 0 220.0 335 0 884 4 1 106.8 42 8 342 -34 164.6 279.6 286
 

22B002/031 07.20 59 -10 7.5 60.0 863 4 1 91.0 25.4 326 -17 312.1 4.6 270
 

224097/014 09:37:31 -10 10.0 90,0 Be3 4 1 117.5 48.2 350 -40 314.6 24.6 294
 

224137/019 09.32.24 -10 57 5 132 5 824 4 I 117.0 47 0 349 -39 2.1 77.1 293
 

224236/029 06.44.59 -10 60 0 117 5 8B4 4 1 84.3 19.7 320 -11 4.6 62.1 264
 

224096/014 09 02.45 -10 77.5 200.0 BB3 4 I 109.0 43.0 342 -34 22.1 144.6 286
 

22B230/054 06-59:00 -10 115.0 130.0 B84 2 7 90.6 19.7 326 -11 59.6 74.6 270
 

22B231/054 07:05:00 -10 115 0 175.0 84 3 2 91.6 20.7 327 -12 59.6 119.6 271
 

224220/027 06 59 59 -10 117.5 215.0 824 4 1 86.7 22.3 322 -14 62.1 159.6 266
 

22A207/025 07:14:58 -10 265.0 307.5 83 4 1 89.1 24.9 324 -16 209.6 252.1 268
 

22C039/057 07.35.14 -10 285.0 297 5 B81 4 1 97.8 25.3 332 -17 229.6 242.1 276
 

22B199/051 06.37 59 -20 22.5 32.5 232 4 1 86.3 16.6 321 -8 327.1 337,1 265
 

225041/036 07.39 59 -20 25,0 32.5 831 4 1 95.3 28.1 330 -19 329,6 337.1 274
 

224063/009 07-51.59 -20 37.5 47.5 BB2 4 1 93 7 32.0 329 -23 342.1 352.1 273
 

224070/010 07.49.59 -20 37.5 47.5 82 4 1 93.5 31.6 328 -23 342.1 352.1 272
 

22BI39/047 07-04:59 -20 37.5 47.5 B82 4 1 90.5 21.4 326 -13 342.1 352.1 270
 

228149/048 06.13.59 -20 37.5 47 5 B82 4 1 81.6 13.0 317 -5 342.1 352,1 261
 

224027/004 08-09.00 -20 305.0 310.0 81 4 1 96.3 35.0 331 -26 249.6 254.6 275
 

224089/013 09.39J08 -30 10.0 90.0 62 4 1 117.8 48.5 350 -40 314.6 34.6 294
 

228025/034 06:45 00 -30 10 0 20.0 B82 4 1 85.0 19.3 320 -11 314.6 324.6 264
 

228061/039 06 45.00 -30 15 0 90.0 282 4 I 85 7 18.9 321 -10 319.6 34.6 265
 

224088/013 09 04.23 -30 77.5 200.0 282 4 I 109.2 43.3 343 -35 22.1 144.6 287
 

224178/023 07-09.41 -30 77.5 127.S 882 4 1 87.8 24.2 323 -16 22.1 72.1 267
 

224007/001 09-28 56 -30 80 0 127.5 882 4 1 113.4 47.7 347 -47 24.6 72.1 291
 

22C045/057 09 40 59 -30 85.0 95.0 62 4 I 126.1 44.2 358 -36 29.6 39.6 302
 

22C053/058 09.39 00 -30 85.0 95.0 882 4 1 125 7 43.8 357 -36 29.6 39.6 301
 

224206/025 07:06'58 -30 127.5 192.5 BB3 4 1 87.6 23.6 323 -15 72.1 137.1 267
 

22C042/057 09.32'59 -40 90.0 100.0 882 4 1 123 9 43.2 356 -35 34.6 44.6 300
 

22A205/025 06.59:58 -50 52.5 110.0 821 4 1 86 4 22.4 322 -14 357.1 54.6 266
 

224095/014 06:05.59 -50 55 0 130.0 881 3 1 75.7 14.5 311 -6 359.6 74.6 255
 

224020/003 09*24 59 -50 80.0 160.0 881 4 I 112.7 47.0 346 -39 24.6 104.6 290
 

224001/000 09:40.58 -50 92.5 160.0 281 4 1 118.6 50.7 353 -50 37.1 104.6 297
 

224243/030 06:44 59 -50 110 0 115.0 881 4 1 84.4 19.6 320 -11 54.6 59.6 264
 

4 1 86.1 22.5 321 -14 59.6 107.1 265
 224176/023 06 59:41 -50 115.0 162.5 821 


220033/057 06:50.20 -50 115.0 125.0 81 4 1 89.5 18.0 324 -9 59.6 69.6 268
 
VL-2 HIGH-RESOLUTION CAMERA EVENTS
 

SORTED BY ELEVATION AND START AZIMUTH
 

FOR SEGMENTS OF THE DAY
 

00-10 HOURS LLTTOORTH
 

..................................................................
 ---------------- ................ ;i. . ; .. .. ....... . .. ..... . ... i;[ i ; .. ..... ..
;
 ..... .....
 CELABEL ILT EPA AZSTART AZSTOP DIODE GIOFETSAZ SNLSLZ SLL[AZSTAT AZTOC SLA
 

*22C034/057 06.52.45 -50 115.0 125.0 SD1 4 1 89.9 18.4 325 -10 59 6 69.6 209
 

22C035/057 06:55:12 -50 115.0 125.0 BB1 4 1 90.4 18.8 325 -10 59.6 69.6 269
 

a,
 

4="4 
Lk 

Co 

VL-2 

HIGH-RESOLUTION CAMERA EVENTS
 

SORTED BY ELEVATION AND START AZIMUTH
 

FOR SEGMENTS OF THE DAY
 

10-14 HOURS LLT , S RELATIVE To NORTH ,
 

.................................................................................... . .....................
 

CELAEL LLT EPA AZSTART AZSTOP DIODE GAIN OFFSET SUNAZ SUNEL ASOLAZ ASOLEL AZSTART AZSTOP ASOLAZ
 

CAMERA 1
 

21A237/029 12.05.41 0 10.0 140 0 B4 4 1 175.3 60.3 213 -57 138.6 268.6 342
 

21A221/027 12.06 16 0 122,5 250.0 B4 4 1 175.4 60 S 213 -57 261.1 18.6 342
 

218034/035 11.51.55 :10 150.0 225 0 883 4 1 169.6 S9 1 209 -55 278.6 353 6 338
 

21A222/027 12:44 01 -10 250.0 295.0 84 4 1 193.0 60.1 229 -59 18.6 63.6 358
 

21A226/028 12 45 08 -10 290.0 335.0 884 4 1 193 5 59.9 230 -59 58 6 103 6 359
 

21A238/029 12 43 26 -20 30.0 75 0 884 4 1 192.8 59 8 229 -59 158.6 203 6 358
 

21AO40/0O0 11-00 00 -20 35.0 60 0 881 4 1 143.1 59.1 186 -52 163 6 188.6 315
 

21A090/013 11.06 32 -20 35.0 60.0 881 4 1 146.8 59.1 189 -53 163.6 18 6 3T8
 

21A225/028 12.07'23 -20 130.0 260.0 83 4 1 176.0 60.4 214 -57 258.6 28.6 343
 

218032/034 11 54 IS -20 150.0 250.0 852 4 1 170.6 59.3 209 -56 278.6 18 6 338
 

21A042/006 11:20 00 -30 40.0 50 0 381 5 1 151.5 60 9 192 -'55 168 6 178.6 321
 

21A125/017 11 19 59 -30 40 0 57.5 81 5 1 153.1 59 8 194 -54 168.6 186.1 223
 

21B119/045 10 25 19 -30 210.0 220.0 B2 4 1 137 1 51 2 182 -44 338.6 348.6 311
 

218121/045 10 32 59 -30 210.0 220 0 82 4 1 139.7 52.1 184 -45 338.6 348.6 313
 

21820/051 10.24 59 -30 210.0 220 0 B82 4 1 138.1 50.4 183 -43 338.6 348.6 312
 

21B022/033 12.32.18 -30 240.0 310 0 883 4 1 187.9 59 5 225 -58 8.6 78.6 354
 

21A248/030 11.31.04 -30 282.5 292.5 B32 4 1 159.7 58 9 200 -54 51.1 61.1 329
 

21A250/030 11.36.04 -30 282.5 292 5 882 4 1 161.9 59 2 202 -54 51.1 61.1 331
 

21A246/030 11 07 27 -30 290.0 300.0 B2 4 1 149 9 57 3 192 -51 58.6 68.6 321
 

21B029/034 10 43 21 -30 292.5 302.5 BB2 4 1 141 4 54 5 185 -48 61 1 71.1 314
 

218031/034 10 49.55 -30 292 5 302,5 882 4 1 143.8 55 2 187 -49 61.1 71.1 316
 

218021/033 11 56.52 -40 170,0 270,0 81 4 1 171 6 59 5 210 -56 298 6 38 6 339
 

21A068/009 12 00 10 -40 245.0 245,0 881 4 1 170 7 62 7 208 -59 13.6 13 6 337
 

21A098/014 13-57 11 -40 260.0 260,0 Be1 4 1 223 5 56 2 263 -60 28 6 28.6 $1
 

21Al17/016 13 39 10 -40 260.0 260 0 881 4 1 216,7 57.8 255 -61 28.6 28.6 23
 

21AI31/018 13 21.11 -40 260.0 260.0 B81 4 1 209.4 59.2 246 -61 28 6 28.6 14
 

21A146/020 13.21 tO -40 260.0 260,0 81 4 1 209.3 58.9 246 -61 28 6 28.6 14
 

21A167/022 13 20 54 -40 260.0 260.0 81 4 1 209 2 58.6 246 -60 28.6 28 6 14
 

21A219/026 13 15 11 -40 260.0 260 0 Be1 4 1 206.7 58 5 244 -60 28.6 28.6 12
 

218035/035 12 30 10 -40 277.5 315.0 82 4 1 187.0 59.3 224 -58 46.1 83.6 353
 

218033/034 12:29.44 -50 210.0 280.0 881 4 1 186.7 59.4 224 -58 338.6 48.6 353
 

CAMERA 2
 

228004/031 12:37 03 0 7.5 87.5 884 4 1 190.0 59 7 51 -59 312.1 32.1 356
 

22B146/047 13,20,49 0 40.0 50,0 882 4 1 208.3 54.7 71 -56 344.6 354.6 15
 

22A253/030 12.38 18 0 210.0 260.0 884 4 1 190.5 59.8 51 -59 154.6 204.6 356
 

22B003/031 12 01 37 0 235,0 335.0 884 4 1 173.6 59.9 36 -57 179.6 279.6 341
 

228013/032 12.34.45 -10 25.0 95.0 B33 4 1 188.9 59.6 50 -58 329.6 39.6 355
 

22A)38/019 12 25.10 -10 67.5 67.5 B3 4 1 183.8 61.7 44 -60 12.1 12.1 349
 

22A252/030 12 06.09 -10 90.0 220.0 884 4 1 175.6 60.1 37 -57 34.6 164.6 342
 
VL-2 HIGH-RESOLUTION CAMERA EVENTS
 

SORTED BY ELEVATION AND START AZIMUTH
 

FOR SEGMENTS Or THE DAY
 

10-14 HOURS LLT
 

............
 . . ... . .!TH
 REL TIV TO NOR...


CELABEL ELT EPA AZSTORT AZSTOP DIODE GAIN OFFSET SUNOZ SUNEL ASOLAZ ASOLEL AZSTART AZSTOP ASOLAZ 

22B118/045 10:2319 -20- 22.5 32 5, 82 4 1 136.5 51 0 6 -44 327.1 337.1 311 228120/045 10.29 59 -20 22.5 32 5 B2 4 1 138 7 51 7 8 -45 327.1 337.1 313 

226205/051 10 26 59 -20 22.5 32 5 B62 4 I 138.8 50.6 8 -44 327.1 337.1 313 

22B020/033 10:29 59 -20 285 0 290 0 B1 4 1 136.8 53 2 6 -46 229.6 234.6 311 

228098/042 10:29-59 -20 285.0 290.0 B8 4 I 136.2 52.1 7 -48 229.6 234 6 312 

22A124/017 10,02.58 -20 290 0 295 0 81 3 1 125.2 51.5 356 -44 234.6 239.6 300 

228045/03G 12.27.27 -30 10.0 47 S B32 4 I 185 8 59 2 47 -57 314.6 352.1 352 

22B046/037 11 46.21 -30 45 0 120 0 682 4 1 167.3 58.6 31 -55 349.6 64.6 336 

22A249/030 1 1:32:47 -30 90.0 100.0 882 4 1 160.5 59.0 25 -54 34.6 44.6 330 

22A251/030 11;37.47 -30 90.0 100 0 882 A 1 162 7 59.2 26 -55 34.6 44.6 331 

228012/032 I 1 .59, 19 -30 95.0 200 0 892 4 1 172 6 59.7 35 -56 39.6 144.6 340 22B047/037 12 24 36 -30 95 0 140.0 B2 4 1 184.6 59.0 46 -57 39.6 04.6 351 

22B028/034 10-41 36 -30 102.5 112 5 882 4 1 140.8 54 4 9 -48 47.1' 57.1 314 

228030/034 10'4S:10 -30 102 5 112 5 862 4 I 143 1 55.0 11 -48 47.1 57.1 316 

22A154/021 10 10 58 -30 115.0 125 0 662 4 1 128.3 52.2 359 -44 59.6 69.6 303 

22A1iS/021 10-14 18 -30 115.0 125 0 882 4 1 129.3 52.6 359 -As 59.6 69.6 303 

22A56/021 10 18-18 -30 115.0 125.0 882 4 1 130.6 53.1 0 -46 59.6 69.6 305 

22A239/029 13 40:38 -30 115.0 125 0 882 4 1 216 7 55.9 79 -59 59.6 69.6 22 

22A247/030 11 18 10 -30 115.0 125 0 B82 4 1 154.3 58 I 20 -53 59.6 69 6 32S 

22B044/036 11-49.12 -30 115.0 190.0 883 4 1 168.5 58 8 32 -55 59.6 134.6 337 

228116/045 10.11 39 -30 117 5 127 5 633 4 1 132 8 49.6 3 -42 62.1 72.1 308 

22B117/045 10.14 54 -30 117 5 127 5 83 4 1 133.8 50 0 4 -43 62.1 72.1 309 

22B056/038 10 30 00 -30 290.0 310 0 861 4 1 137.4 52.6 6 -46 234.6 254.6 311 

22A009/001 11:14 59 -30 295 0 305 0 631 5 1 148.6 60.9 14 -55 239 6 249.6 319 

22A041/005 11.15.00 -30 295.0 305.0 881 5 1 149 3 60.5 15 -54 239.6 249.6 320 

22A107/015 13.4210 -40 90.0 90.0 681 4 1 217.9 57.6 80 -61 34.6 34 6 24 

22AO5/008 12-52 I1 -40 135.0 135 0 88 4 I 196.4 62.3 S5 -62 79.6 79.6 

22A073/010 12:10.11 -40 135 0 135.0 881 4 1 175 8 62.8 38 -60 79.6 79.6 341 

22A126/017 12-25.10 -40 135 0 135 0 681 4 1 193.7 61.9 44 -60 79.6 79.6 349 

226058/038 12-21 38 -50 55.0 92 5 81 4 1 183 3 58 9 45 -57 359.6 37.2 350 

226057/038 11'43 23 -50 90.0 165 0 881 4 1 166.2 58.3 30 -54 34.6 109.6 335 

22A008/001 10.53'49 -50 117.5 155.0 881 4 1 140.0 58.9 7 -52 62.1 99.6 312 

22A010/001 13 42:11 -50 125 0 125,0 681 4 1 218,4 59,3 92 -59 69.6 69.6 36 

22A015/002 13:42 11 -50 125.0 125 0 661 4 1 218.4 59.2 80 -62 69.6 69.6 24 

LA)
 

'.1 
U) 

U'
 

VL-2 

HIGH-RESOLUTION CAMERA EVENTS
 

SORTED BY ELEVATION AND START AZIMUTH
 

FOR SEGMENTS OF THE DAY
 

14-16 HOURS LLT
 

CELABEL LLT EPA AZSTART AZSTOP DIODE GAIN OFFSET SUNAZ SUNEL ASOLAZ ASOLtL AZSTART AZSTOP ASOLAZ .................---.....................................................-- - - -.--- .............. ...-..... .......- --.-......
 -.....


CAMERA 1
 

21A108/015 14 49:59 -10 27.5 65.0 B84 4 1 240.0 49.3 284 -55 156.1 193.6 52
 

21A059/008 14'56.33 -10 162.5 190O 833 4 1 242.3 49.1 286 -55 291.1 318.6 54
 

21A074/010 1S:4459 -20 12.5 27 S 881 5 1 253.9 41.6 301 -49 141.1 156.1 69
 

21A023/003 15:53:59 -20 35.0 40 C 331 4 1 256.4 40.9 304 -48 163.6 168.6 72
 

21A052/007 16:00.00 -30 182.5 232.5 a32 4 1 257.4 39.5 305 -47 311.1 1.1 73
 

21A057/008 14:51:33 -30 227.5 237.5 B82 4 1 241.0 49.8 295 -56 356.1 6.1 53
 

21C027/056 $4:59:25 -30 282.5 290.0 861 4 1 238.7 41.9 284 -48 51.1 58.6 52
 

21C028/056 15:01:59 -30 282.5 290.0 BB1 4 1 239.4 41.6 285 47 51.1 58.6 53
 

21C029/06 15:04:29 -30 282.5 290.0 BB1 4 1 240.0 41.2 286 -47 51.1 58.6 54
 

21A241/029 14:07:26 -30 290.0 300.0 B2 4 I 226.1 53.0 267 -57 59.6 68.6 35
 

21A078/011 14:30:10 -40 245.0 245.0 881 4 1 234.6 52.5 277 -58 13.6 13.6 45
 

21A085/012 15:15:10 -40 260.0 260.0 881 4 1 246.8 45.9 292 -52 28.6 28.6 s0
 

21Ai97/024 14:33:11 -40 260.0 260.0 881 4 1 234.5 50,4 277 -56 28.6 28.6 45
 

CAMERA 2
 

22A255/030 15:00.00 0 7.5 10 0 BE4 4 1 241.4 45 9 110 -52 312.1 314.6 54
 

22C022/056 14:10:12 -10 85.0 92.5 Ba 4 1 224.9 48.3 91 -52 29.6 37.1 35
 

22C025/056 14:50-36 -10 85.0 92.5 BB1 4 1 236.4 43.2 105 -49 29.6 37.1 49
 

22C026/056 14:54.24 -10 85.0 92.5 B81 4 1 237.4 42.6 108 -48 29.6 37.1 50
 

22B014/032 14:59-59 -20 10.0 12.5 883 4 1 241.3 45.6 110 -52 314.6 317.1 54
 

22A056/0O8 14.29-59 -20 37.5 47.5 882 4 1 234.7 52.8 101 -58 342.1 352.1 45
 

22A058/008 14:53:33 -20 37.5 47.5 82 4 1 241.5 49.6 109 -55 342.1 352.1 53
 

22C021/056 14.01"48 -20 290.0 295,0 883 4 1 222.2 49.2 8 -53 234.6 239.6 32
 

22C024/056 14:42 39 -20 290,0 297.5 883 4 1 234.3 44.2 103 -49 234.6 242.1 47
 

22C030/056 15:11;54 -20 290,0 295.0 BB3 4 1 241.9 40.2 112 -46 234.6 239.6 56
 

22C023/056 14:29 45 -30 85.0 95.0 882 4 1 230.7 45.9 98 -51 29,6 39.6 42
 

22A242/029 14:19;59 -30 115.0 125.0 882 4 1 230.1 51.5 96 -56 59.6 69.6 40
 

22A091/013 14:24:10 -40 90.0 90.0 81 4 1 232,6 53.0 98 -58 34.6 34.6 42
 

22B005/031 15:00:00 -50 75.0 77.5 881 4 1 241.4 45.8 110 -52 19.6 22.1 54
 
-----------------------------------------------------------------------------------------------------------------------------------

VL-2
 

HIGH-RESOLUTION CAMERA EVENTS
 

SORTED BY ELEVATION AND START AZIMUTH
 

FOR SEGMENTS OF THE DAY
 

16-24:39 HOURS LLT
 RELATIVE TO NORTH
 .... .. . . . . . . . . . . _ I E- - - - - - _ - - - - - - - - ­ ......................................................... 


SUNEL ASOLAZ ASOLEL AZSTART AZSTOP ASOLAZ
 CELABEL LLT EPA AZSTART AZSTOP DIODE GAIN OFFSET SUNAZ 


CAMERA I
 

21B213/051 17:3000 0 50.0 65.0 864 4 I 270.7 19.2 321 -27 178.6 193.6 89
 

4 1 273.7 23 8 324 -32 188.6 203 6 92
 21A127/017 17:29 58 0 60.0 75.0 884 


322 -33 203.6 253 b 90
 21A139/019 17;19.59 0 75.0 125.0 6B4 4 1 271.8 25.2 


90
 21A147/020 17:19-43 0 165.0 215.0 B84 4 1 271.6 25.1 322 -33 293.6 343 6 


22.2 325 -30 343.6 286 93
 21A149/020 17:37:43 0 215.0 260.0 64 4 1 274.8 


21A142/019 17.41.59 10 125.0 165 0 884 4 I 275.6 21.6 326 -29 253.8 293.6 94
 

324 -31 158.6 188.6 92
 21A134/018 17.29 59 -10 30.0 60 o s84 4 1 273 6 23.7 


276.1 95
 21A150/020 17-44.43 -10 125.0 147.S B63 4 1 276.0 21.1 327 -29 253.6 


21.1 322 -29 273.6 321.1 90
 21B059/036 17:29.59 -10 145.0 192.5 B83 4 1 271.9 


21A069/009 16:49 58 -10 190.0 217.5 B83 4 1 267.0 31.2 317 -39 318.6 346 1 85
 

274 2 24 6 325 -32 346.1 33.6 93
 21A075/010 17:29 59 -10 217.5 285.0 883 4 1 


28.6 51.1 96
 21A151/020 17:49:43 -10 260.0 282.5 884 4 1 276,9 20.3 328 -28 


21A061/008 17.45:59 -10 275.0 282.5 B1 3 1 277.1 22.2 328 -30 43.6 51.1 96
 

-31 51.1 71.1 92
 21A161/021 17-29.42 -10 282.5 302.5 B84 4 1 273 3 23.4 324 


20.0 329 -28 53.6 83.6 97
 21A111/015 17:54 59 -10 285.0 315.0 883 4 1 278 2 


71.1 103 6 92
 21A168/022 17.29-42 -10 302.5 335.0 BB4 4 1 273 2 23.3 324 -31 


1 258 0 35.3 306 -42 3b8.6 8.6 74
 21A227/028 16 11 13 -20 230.0 240.0 682 4 


358.6 8 6 98
 21A230/028 18:04-59 -20 230.0 240.0 682 4 1 278.9 16.8 330 -25 


21A216/025 17.29:59 -20 260.0 285.0 83 4 1 273.1 22.9 323 -31 28.6 53 6 91
 

-30 38.6 66.1 97
 21A024/003'17:49.00 -20 270.0 297.5 B83 4 1 277.9 22.2 329 


21A128/017 17:49 58 -30 157.5 182.5 B82 4 1 277.2 20.6 328 -28 286.1 311.1 96
 

218195/050 17.30.00 -30 177.5 237.5 882 4 1 270 8 19.4 321 -27 306.1 6.1 89
 

21A110/015 16-59-59 -30 227.5 237.5 882 4 1 268.5 28.9 318 -37 356.1 6.1 86
 

21A044/006 17.30 00 -30 
 232.5 275.0 682 4 1 274 4 25.0 325 -33 1.1 43.6 93
 

21A032/004 17:30 00 -30 275.0 305.0 682 4 1 274.5 25.2 325 -33 43.6 73 6 93
 

18.8 320 . -26 48.6 58.6 a6 210031/056 17:27.59 -30 280.0 290.0 862 4 1 269.8 

21A229/028 17:46 27 -30 290.0 300.0 B82 4 1 275.7 19.8 326 -28 58.6 68.6 94
 

21B048/037 16.10:30 -30 292.5 302.5 B82 4 1 257.0 34.2 305 -41 61.1 71 1 73 

61.1 71.1 75
 218049/037 16-16:11 -30 292.5 302.5 B82 4 1 258.1 33.3 307 -40 


215051/037 17:39.58 -30 292.5 302.5 682 4 1 273.8 19.7 324 -27 61.1 71.1 92
 

73.6 103.6 90
 21B214/051 17-35 00 -30 305.0 335.0 B2 3 1 271.6 18.4 322 -26 


21A031/004 17.00 00 -50 162.5 255.0 B81 4 1 269.2 30.1 319 -38 311.1 23.6 87
 

61.1 90
 21A132/018 17 19.59 -50 252.5 292.5 81 4 1 271.8 25.3 322 -33 21.1 


218060/038 17:39:59 -50 252.5 330,0 81 4 1 273.7 19.5 324 -27 21.1 98 6 92
 

CAMERA 2
 

22A118/016 17.17-59 0 10.0 67.5 B684 4 1 271.6 25.9 146 -34 314.6 12.1 9
 

148 -32 179.6 217 1 92
 22A140/019 17.27.59 0 235.0 272.5 B84 4 1 273.2 23.9 


4 1 274.5 22.9 149 -S1 214.6 279.6 93
 22A135/018 17:34:59 0 270.0 335.0 664 


149 -33 4.6 69.6 93
 22A011/001 17:29:59 -10 60.0 145.0 B3 4 1 274.7 25.5 


(A 

(3
 
VL-2 

HIGH-RESOLUTION CAMERA EVENTS
 

SORTED BY ELEVATION AND START AZIMUTH
 

FOR SEGMENTS OF THE DAY
 

1-24:39 HOURS LLT 
 .. RELATIVE TO NORTH 
 .
 

CELABEL LLT EPA AZSTART AZSTOP DIODE GAIN OFFSET SUNAZ SUNEL ASOLAZ ASOLEL AZSTART AZSTOP ASOLAZ
 --------------------------------------------------------------------------------------------- -------------- .... ...... 

22A143/019 17:49'.59 -10 67.5 107.5 B84 4 1 277.0 20.3 152 -28 12,1 52 1 96 

22A148/020 17,29 43 -10 107.5 185.0 B4 4 1 273 4 23.5 148 -31 52.1 129 6 92 

22A093/013 17:19'59 -10 145 0 182.5 683 4 1 272 2 25.9 146 -34 89.6 127 1 90 

22A104/014 17.53.59 -10 182.5 230.0 B4 4 1 278.1 20,3 153 -28 127.1 174.6 97 

22A141/019 17.34.59 -10 185.0 235.0 884 4 1 274 4 22.8 149 -31 129.6 179 6 93 

22A133/01G 17 24 59 -10 285.0 315,,0 83 4 1 272.7 24.5 147 -32 229.6 259.6 91
 

224121/016 17.39.59 -20 12.5 60.0 B3 4 1 275,5 22.3 150 -30 317.1 4 6 94
 

22A046/006 17.40 00 -20 37.5 47 5 B82 4 1 276.2 23 4 151 -31 342.1 352.1 95 

228090/041 17:29:59 -20 185.0 195 0 B4 4 1 271.7 20.7 146 -2b 129.6 139 6 90 

22B211/051 17:20:00 -20 265.0 305.0 B84 4 1 268 9 20.9 143 -29 209.6 249.6 87 

228212/051 17.25.00 -30 7 5 17.5 881 4 1 269 8 20.0 144 -28 312 1 322 1 , 88 

229091/041 17.32 59 -30 55.0 85.0 882 4 I 272.2 20.2 147 -28 359.6 29.6 91 

22A005/0O0 17.29.59 -30 80.0 127.5 82 4 1 274.8 25.6 149 -25 24.6 72.1 93 

22C032/056 17:30.59 -30 85.0 95 ,0 82 4 1 270.3 18.3 145 -26 29.6 39.6 a6 

22A162/021 17-39:59 -30 115.0 125 0 892 4 1 273.1 21.7 150 -29 59.6 69.6 04 

22A163/021 17.54.59 -30 127,5 157.5 882 4 277.7 19.3 152 -27 72.1 102.1 96 

22A103/014 17.29.59 -30 157.5 182.5 B82 4 1 273 9 24.2 148 -32 102.1 127:1 92 

22At9/016 17:25:59'-30 167.6 187.6 BB3 4 1 273.0 24.6 147 -32 112.1 132.1 91 

220215/O51 17:46.00 -50 46.0 165 0 6S1 3 1 273.4 16.8 148 -25 349.6 109.6 92 
VL-2 SURVEY CAMERA EVENTS
 
VL-2 

SURVEY CAMERA EVENTS
 

CELABEL LLT DIODE AZStAPT AZSTOP EPA STEP OFFSET GAIN CELABEL LLT DIODE AZSTART AZSTOP EPA STEP OFFSET GAIN 

22A002/000 09 55.33 SUiV 10 0 325 0 -10 .12 ,1 4 22C008/055 09:55 00 SURV 305.0 310.0 -10 .12 1 5
 

22A014/002 11 00 00 SURV 310.0 335.0 -20 .12 1 5 21C015/055 12:40.00 SURV 177.5 272.5 -30 .12 1 3
 

22A021/003 12 52,11 SURV 132.5 142.5 -30 .12 1 4 22C016/056 09:44 59 SURV 305 0 310.0 -10 .12 1 5
 

21A025/003 17.54.00 SURV 165 0 302.5 -10 .12 1 4 22C040/057 09:09-06 SURV 305.0 335.0, -30 .12 1 3
 

21A029/004 15:36 00 SURV 7.S 35 0 -20 .12 1 4 21C043/057 09.35 59 SURV 320.0 33s.o -30 .12 1 4
 

22A035/005 12 52.1' SURV 132 5 142.5 -30 .12 1 4 21C950/057 12:39-58 SURV 102.5 177.5 -10 .12 1 3
 

22A043/006 12 52.12 SURV 132 5 142.5 -30 .12 1 4 22C051/058 09:09.07 SURV 305.0 335,0 -30 .12 1 3
 

22A051/007 12 52 11 SURV 132 5 142 5 -30 .12 1 4 21C052/058 09:36:00 SURV, 320.0 335.0 -30 .12 1 4
 

21A060/008 16-26 30 SURV 7.5 3S.0 '20 .12 1 4 21C058/058 12:39:59 SURV 10.0 110.0 -10 .12 1 3
 21A077/011 09-44 20 SURV 125.0 335.0 -20 .12 1 4 22C069/060 11:29;59 SURV :65.0 305.0 -10 .12 1 3
 

22A086/012 17.11 00 SURV 310.0 335 0 -30 .12 1 5
 

22A092/013 17 10.58 SURV 310 0 335 0 -30 .12 1 5
 

21A109/015 15 59 14 SURV 7.5 35,0 -20 .12 1 4
 

21A120/016 17.29 59 SURV 10.0 165.0 0 .12 1 4
 

21A157/021 10:37 40 SURV 10.0 40.0 -20 .12 1 4
 

22A160/021 12:49.52 SURV 155.0 327.5 0 .12 1 4 1
 

21A181/023 11:09 59 SURV 55.0 60.0 -10 .12 1 4 MO
 

22A184/023 11.15 69 SURV 285.0 290.0 -10 .12 1 4 En
 21A189/023 12:29 41 SURV 202.5 282.5 -30 .12 1 4 

22A192/023 12:50-30 SURV 75.0 165.0 -30 .12 1 4 

21 212/025 12-19 40 SURV 25.0 65.0 -10 .12 1 4 

21A215/025 12,46 23 SURV 120.0 250.0 -20 .12 1 4 (D 

21A224/028 09:03 11 SURV 322 5 330.0 -30 .12 1 4 

21A28/028 16:29 13 SURV 7.5 17 5 -30 .12 1 4 ' 22A240/029 13:57 07 SURV 307.5 332.5 -30 .12 1 4P 

21A244/030 09-21 10 SURV 322.5 330.0 -30 .12 1 4 

22A245/030 10:97-08 SURV 307.5 332 5 , -30 .12 1 4 '1
 

226011/032 09 45- 10 SURV 90 0 110.C -30 .12 1 4
 

226018/033 08:59 01 SURV 172 5 212.5 10 .12 1 5
 

228026/034 09:45,11 SURV 102.5 110.0 -30 .12 1 4
 

228038/035 13:40.00 SURV 102.5 112.5 -30 .12 1 4 (D
 

228042/036 09:45 10 SURV 102.5 110.0 -30 .12 1 4
 

218050/037 16:34 19 SURV 20.0 27 5 -30 .12 1 4 
 c£


228055/038 09-57,11 SURV 102 5 110 0 -30 .12 1 4
 

928109/044 07:36,04 SURV 187 5 260 0 10 .12 1 4
 

228111/044 10.29.59 SURV 28S.0 290.0 -10 .12 1 4
 

228128/046 10:13,59 SURV 75.0 140.0 -30 .12 1 4
 

228129/046 10-29'59 SURV 285.0 290 0 -10 .12 1 4
 

22836/046 13.24-49 SURV 40 0 50 0 -10 .12 1 4
 

22B137/046 14.13 11 SURV 305 0 335.0 -30 .12 1 4
 

22B144/047 12 49.59 SURV 7,5 72 5 -20 .12 1 3
 

22B147/047 14 13 10 SURV 305.0 335.0 -30 .12 1 4
 

226151/048 10 29 59 SURV 285.0 290.0 -10 .12 1 4
 

228158/048 12.49,59 5URV 140.0 182.5 -30 .12 1 3
 

92B180/049 10.29 59 SURV 285.0 290 0 -10 .12 1 4
 

222187/049 12 49 59 SURV 182.5 265.0 0 .12 1 3
 

22B190/050 10 30 00 SURV 285.0 290.0 -10 .12 1 4
 

21B202/051 07:13 51 SURV 7.5 37.5 -20 .12 1 4
 

215215/052 16.32.41 SUPV 140.0 217.5 10 .12 1 S
 

21B229/053 12:37,59 5URV 272.5 335.0 -30 .12 1 3
 

22B232/054 10:00 00 SURV 305.0 310.0 -10 .12 1 5
 

I3 
VL-2 VISUAL COLOR TRIPLET CAMERA EVENTS
 
VL-2 

VISUAL COLOR TRIPLET CAMERA EVENTS 

-------------------------------------.------------------------------------- ----- ---------------------- -----------------------------------------

CELABEL LLT DIODE AZSTART AZSTOP EPA STEP OFFSET GAIN CELABEL LLT DIODE AZSTART AZSTOP EPA STEP OFFSET GAIN 

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

22A003/000 14.59.59 COLOR 80.0 155.0 -20 .12 1 4 21B053/037 19.12 58 COLOR 1B0.0 267.5 -30 .12 1 1 

22A006/001 07 53 59 COLOR 

22A013/002 09:26 57 COLOR 

22A016/002 14,50 00 COLOR 

22A018/002 15 00'00 COLOR 

22A019/003 0800,00 COLOR 

21A022/003 15:52.00 COLOR 

305 0 

80.0 

15.0 

155.0 

305 0 

35.0 

310.0 

155 0 

60,0 

210.0 

310 0 

40.0 

-10 12 

-20 .12 

0 .12 

0 12 

-10 .12 

-10 .12 

1 

1 

1 

1 

1 

1 

4 

4 

4 

4 

4 

4 

211064/039 1420:59 COLOR 

21B066/039 16:35.59 COLOR 

215068/039 17,40.59 COLOR 

218070/039 18.10-59 COLOR 

218072/039 183059 COLOR 

212074/039 18-40:59 COLOR 

30.0 

22.5 

30.0 

22 5 

22.5 

22.5 

35.0 

27.5 

35.0 

27.5 

27.5 

27.5 

-10 

-10 

-10 

-10 

-10 

-10 

.12 

.12 

.12 

.12 

.12 

.12 

1 

1 

1 

I 

1 

I 

5 

5 

5 

5 

5 

5 

21A028/004 09,23 

21A033/004 20.13 

21A048/007 03,44 

03 COLOR 

59 COLOR 

59 COLOR 

197.5 

170 0 

290 0 

335.0 

170.0 

290,0 

-10 

10 

10 

.12 

12 

12 

1 

1 

1 

4 

4 

4 

223076/039 19:09:59 COLOR 

228078/040 03:30 59 COLOR 

22B079/040 03.56.29 COLOR 

75.0 

107.5 

112.5 

197.5 

107,5 

112.5 

-30 

10 

10 

.12 

.12 

.12 

1 

I 

1 

0 

2 

22A064/009 08:01.59 COLOR 

21AO72/010 09:46.06 COLOR 

21A081/012 11'07-59 COLOR 

37 5 

235 0 

55.0 

47.5 

310 0 

60.0 

-10 

-30 

-10 

.12 

.12 

.12 

1 

1 

1 

4 

4 

4 

22800/040 0421:59 COLOR 

22B087/040 19:09:59 COLOR 

21B092/041 19:09-59 COLOR 

117.5 

197.5 

267.5 

117.5 

255 0 

307.5 

10 

10 

-20 

.12 

.12 

.12 1 

4 

I I 

1 r' 

21A082/012 11,59 59 COLOR 197 5 287.5 -30 .12 1 4 22B01/042 19 06-59 COLOR 255.0 312.5 0 .12 1 1. 

21A084/012 12 14 59 COLOR 287.5 322.5 -10 .12 1 4 219104/043 19:04:59 COLOR 27.5 65 0 0 .12 I H. 

21A099/014 16:30 00 COLOR 

21A101/014 17-11 59 COLOR 

21A16/016 11,59,59 COLOR 

35.0 

150.0 

287.5 

40.0 

192.5 

327.5 

-10 .12 

10 .12 -10 .12 

1 

1 

1 

4 

5 

4 

22BI07/044 07:19 23 COLOR 

22B112/044 10-32-59 COLOR 

218124/045 19:04 59 COLOR 

187.5 

285 0 122.5 

260.0 

290.0 

180.0 

10 .12 

-10 .12 0 .12 

I 4 

4 

1 

In 

a 

P 

22A144/020 08,56 13 COLOR 55.0 105.0 -30 .12 1 4 228126/0A6 09:59 59 COLOR 75.0 140.0 -30 .12 1 4 

22A145/020 09-31-07 COLOR 

22A152/021 08,54 42 COLOR 

22A153/021 09-29 38 COLOR 

10 0 

170.0 

102.5 

85.0 

220.0 

177.5 

-20 .12 

0 .12 

-30 .12 

1 

1 

1 

4 

4 

4 

22B130/046 10 32 59 COLOR 

228134/046 13.20:49 COLOR 

228142/047 12:29:59 COLOR 

285 0 40 0 

7.5 

290.0 

50.0 

72.5 

-10 

-10 

-20 

.12 

.12 

.12 

1 4 

4 

3 

0 

0 

0-1 

22A158/021 12:17 02 COLOR 155.0 327.5 0 .12 1 4 228152/048 10:31 59 COLOR 285.0 290.0 -10 .12 I 4 

22A165/022 08,53.46 COLOR 212.5 262.S 10 .12 1 4 22B156/048 12:29 59 COLOR 140 0 182 5 -30 .12 3 

22AI66/022 

21AI71/022 09:28 42 COLOR 

19.58 42 COLOR 

260.0 

175.0 

335.0 

175.0 

-10 .12 

10 .12 

1 

1 

4 

5 

22B81/049 10.31-59 COLOR 

228185/049 12-29:59 COLOR 

265 0 

182 5 

290.0 

265.0 

-10 

0 

.12 

.12 1 

4 

3 . 

21A172/022 

21A173/022 

21A179/023 

21A180/023 

20.24. 17 COLOR 

20:49.52 COLOR 

0852 36 COLOR 

09 27-32 COLOR 

177 5 

182.5 

285 0 

225.0 

177.5 

182.5 

335.0 

300.0 

10 12 

10 .12 

-30 .12 

-30 12 

1 

1 

I 

1 

2 

1 

4 

4 

22B191/050 10:32 00 COLOR 

22B197/051 06:33:59 COLOR 

228207/051 10.34 59 COLOR 

21B220/052 16:36 41 COLOR 

285.0 

22.5 

285.0 

140 0 

290.0 

32.5 

290.0 

211.5 

-10 

-20 

-10 

10 

.12 

12 

.12 

.12 

I 

1 

1 

1 

4 

4 

4 

5 

-j 

21A182/023 11'11.59 COLOR 55.0 60 0 -10 .12 1 4 218227/053 12.14.59 COLOR 272 5 335.0 -30 .12 1 3 

22A85/023 

21A187/023 

11;17-59 COLOR 

12:14 55 COLOR 

285.0 

202.5 

290,0 

282.5 

-10 .12 

-30 .12 

1 

1 

4 

4 

22B233/054 10 03-00 COLOR 

218238/054 16-36 00 COLOR 

305 0 

22 5 

310.0 

27.5 

-10 

-10 

.12 

.12 

1 

1 

5 

5 w 

22A190/023 12.33 58 

21A194/024 08-52 00 

COLOR 

COLOR 

75 0 

147.5 

165.0 

197.5 

-30 .12 

0 .12 

1 

1 

4 

4 

218240/054 16:40 G0 COLOR 

218243/054 17:40:59 COLOR 

215.0 

30.0 

227.5 

35.0 

-30 

-10 

.12 

.12 1 

3 

5 

21A195,024 09:26.56 COLOR 162.5 237 5 -30 .12 1 '4 218245/054 17.44:59 COLOR 215,0 227 5 -30 12 3 M 

21A196/024 10,09 59 COLOR 55.0 60.0 -10 .12 1 4 21824P/054 18.10.59 COLOR 22 5 27.5 -10 12 1 5 

21A208/025 08.53-42 COLOR 112.5 162.5 0 .12 1 4 218250/054 18:14:59 COLOR 215.0 227.5 -30 .12 1 3 (D 

21A209/025 09:28'38 COLOR 195.0 270 0 10 12 1 4 218252/054 18.28-59 COLOR 215.0 22'.5 -30 .12 3 

21A210/025 12:12 02 COLOR 25.0 65.0 -10 .12 I 4 218253/054 18,30:59 COLOR 22.5 27.5 -10 12 5 

21A213/025 12.22 45 COLOR 120.0 250.0 -20 .12 1 4 21C001/054 18:40.59 COLOR 22.5 27 5 -10 .12 1 5 

21A217/026 08 52 50 COLOR 77 5 127.5 10 .12 1 4 21C003/054 18:44.59 COLOR 215.0 227.5 -30 .12 1 3 

21A218/026 09,27 47 COLOR 15.0 90.0 0 .12 1 4 22C009/055 09:58-00 COLOR 305 0 310.0 -10 .12 1 5 

22A254/030 14-25 00 COLOR 115.0 125.0 -30 .12 1 4 21C013/055 12.20.00 COLOR 177.5 272.5 -30 .12 I a 

22B016/033 08.49 00 COLOR 172.5 212.5 10 .12 1 5 22C017/056 09:47:59 COLOR 305.0 310.0 -10 .12 I 5 

226023/034 04:29 00 COLOR 

218024/034 04:35.00 COLOR 

110 0 

200.0 

170.0 

260.0 

10 .12 

-20 .12 

1 

1 

5 

1 

22C037/057 07:31.24 COLOR 

21C048/057 12:19:59 COLOR 

285.0 

102.5 

297.5 

177.5 

-20 

-10 

.12 

.12 

1 

1 

4 

3 

228027/034 10:30'00 COLOR 285.0 290.0 -10 .12 1 4 21C056/0S8 12:19:59 COLOR 10.0 110.0 -10 .12 1 3 

22B036/035 13:30.00 COLOR 102.5 112.5 -30 .12 1 4 22C066/060 11:09:59 COLOR 265.0 305.0 -10 .12 I 3 

218043/036 10'39 59 COLOR 35.0 62.5 -20 .12 1 4 

2290S2/037 17:49 58 COLOR 102.S 112.5 -30 .12 1 4 

Lk) U, 

'0 
VL,-2,!,INFRARED.,.TRIPLET,,CAMEIRA,,,IEVEINT,.S,,, ,,-, ,
 
VL-2 

INFRARED TRIPLET CAMERA EVENTS
 

. .. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
 

CELABEL LLT DIODE A2START AZSTOP EPA STEP OFFSET GAIN
 .................. ....................... ..... .... =.......... ....
 

22A036/005 14 59,59 IR 65,0 180.0 -20 .12 1 4
 

22A038/006 0800 00 IR 305.0 310.0 -10 .12 1 4
 

22A159/021 12'32-38 IR 155.0 327.5 0 .12 1 4
 

21A183/023 11,13.59 IR 55.0 60.0 -10 .12 1 4
 

22A186/023 11-19 59 IR 285.0 290.0 -10 12 1 4
 21A188/023 12:22 18 IR 202.5 282.5 -30 .12 1 4
 

22A191/023 12:42-14 IR 75 0 165.0 -30 .12 I 4
 

21A211/025 12-15 51 IR 25.0 65.0 -10 .12 1 4
 

21A214/025 12:34 34 IR 120.0 250.0 -20 .12 1 4
 228017/033 08.54 01 IR 172.5 212.5 10 N.12 1 4
 

228037/035 13:35 00 IR 102.5 112.5 -30 .12 1 4
 

21B065/039 14:2259 IR 30.0 35.0 -10 .12 1 5
 

215067/039 16:37-59 IR 22.S 27.5 -10 .12 I 5
 

218069/039 17.42'59 YR 30.0 35.0 -10 .12 1 5
 

218071/039 18.12.59 IR 22.5 27,5 "10 .12 1 5
 

218073/039 18 32 59 IR 22.5 27,5 -10 .12 1 5 H
 218075/039 18 42'59 IR 22.5 27.5 -10 .12 1 5
 

228108/044 07:27 44 IR 187.5 260.0 10 .12 1 4
 

228113/044 10.35 59 IR 285,0 290.0 -10 .12 1 4
 228127/046 10.06 59 IR 75.0 140.0 -30, .12 I 4
 

228131/046 10:35,59 IR 285.0 290.0 -10 .12 1 4 (D
 

228135/046 13.22-49 IR 40.0 50.0 -10 .12 1 4 


228143/047 12-39 59 IR 7,5 72,5 -20 .12 1 3 

228253/048 10'34 59 IR 285.0 290.0 -10 .12 1 4 

226157/048 12:39,59 IR 140.0 182.5 -30 .12 1 3 P. 

228182/049 10.34 59 IR 285 0 290.0 -10 .12 1 4 10 

228186/049 12 39 S9 IR 182.5 265.0 0 .12 1 3 H 

22B192/050 10:35'00 IR 2865.0 290.0 -10 .12 1 4
 

228196/051 06.32 19 IR 22.5 32.5 -20 .12 1 4
 

22B206/051 10.29 59 IR 285.0 290.0 -10 .12 1 4
 218221/052 16:44.41 IR 140 0 217.5 10 .12 1 4 I 

218228/053 12'24 59 IR 272.5 335.0 -30 .12 1 3 (D 

22B234/054 10-06 00 IR 305.0 310.0 -10 .12 1 5 

216239/054 16.38.00 IR 22.5 27.5 -10 .12 1 5 

218241/054 16 43 00 IR 215.0 227.5 -30 .12 1 3 m 218244/054 17:42,59 IR 30.0 35.0 -10 .12 1 5
 

218246/054 17:47.59 IR 215 0 227.5 -30 .12 1 3
 

21B249/054 18.12.59 IR 22.5 27,5 -10 12 1 5
 

218251/054 18:17 59 IR 215.0 227.5 -30 .12 1 3
 

218254/054 18 32.59 IR 22.5 27.5 -10 .12 1 5
 

218255/054 18.34.59 IR 215.0 227.5 -30 .12 1 3
 

21C002/054 18 42 59 IR 22.5 27.5 -10 .12 I S
 

21C004/054 18:47 59 ZR 215.0 227.5 -30 .12 1 3
 

22C010/055 10.01.00 IR 305.0 310.0 -10 .12 1 5
 

21C014/055 12.30.00 IR 177.5 272.5 -30 .12 1 3
 

22C018/056 09:50 59 IR 305.0 310,0 -10 .12 1 5
 

22C038/057 07:33'17 IR 285.0 297.5 -20 .12 1 4
 

21C049/057 12:29 59 IR 102.5 177.5 -10 .12 1 3
 

210057/058 12:29569 IR 10.0 110.0 -10 .12 1 3
 

220067/060 11:19.59 ZR 265.0 305.0 -10 .12 1 3
 

LA,
 
VL-2 VISUAL AND IRSINGLET CAMERA EVENTS
 
VL-2 

VISUAL AND INFRARED SINGLET CAMERA EVENTS
 

CELABEL LLT DIODE AZSTART AZSTOP EPA STEP OFFSET GAIN CELABEL LLT DIODE AZSTART AZSTOP EPA STEP OFFSET GAIN
 

............................... .............................................. .... .... ............................................... ......
 

21AI00/014 17 CB.59 IR2 150.0 190.0 10 .12 1 4 218226/053 11:17,22 GRN 235 0 290 0 -10 .04 1 4
 

22A198/025 02.05.31 BLU 250,0 255.0 30 .04 1 2 218235/054 10:35:11 RED 235.0 270 0 -10 .04 1 4
 

22A199/025 02.41-31 SLU 225.0 230 0 30 04 1 1 218236/054 11:12 51 RED 270 0 315 0 -10 .04 1 4 

22A200/025 03.26.31 BLt 195 0 200.0 20 04 1 1 21011/055 10:29.35 GRN 200 0 235 0 -10 .04 1 4 

22A233/029 03:03-11 BLU 265.0 270.0 20 .04 1 I 210012/055 11:07:15 GAN 157 5 202.5 -10 .04 1 4 

22A234/029 03.18.11 BLU 255.0 260.0 20 .04 1 1 210019/056 10:23.30 RED 200 0 235.0 -10 .04 1 4 

22A235/029 03,43 11 BLU 237 5 242.5 30 04 1 1 210020/056 11:01 10 RED 157 5 202 5 -10 .04 1 4 

218062/039 11:40.15 BLU 215.0 290.0 -50 04 1 4 210046/057 10 17 31 BLU 200 0 235.0 -10 04 1 4 L 

21B063/039 12-18-30 BLU 180.0 217.5 -50 .04 I 4 210047/057 10.55:11 BLU 157.5 202 5 -10 04 4 200 0 235.0 0 .04 1 4 \)
 218085/040 11:36.58 GAN 216.0 290.0 -50 .04 1 4 210054/058 10-11-20 BLU 


218086/040 12:15-13 GAP 180.0 217.5 -50 .04 1 4 210055/058 10'49:00 BLU 157 5 202 5 0 .04 2 4 ,=
 

22B088/041 11,34.22 RED 52.5 75.0 -50 04 1 4 21C059/059 10:04'49 GAN 200 0 235 0 0 .04 1 4 H.
 

228089/041 12'09 44 RED 72.5 142 5 -50 04 1 4 21C060/059 10.42 29 GN 157.5 202.5 0 .04 1 4
 

228099/042 11:30.51 GN 52.5 75.0 -50 .04 1 4 21C061/059 11.09 59 SLU 80 0 157.5 0 .04 1 4
 

225100/012 12;06-13 GRN 72.5 142.5 -50 .04 1 4 210062/059 11:19,59 GN 80 0 157 5 0 .04 1 4 H
 

228102/043 11:27 09 BLU 52.5 75.0 -50 .04 1 4 21C063/059 11.29-59 RED 80.0 157,5 0 .04 1 4
 

228103/043 12:02.31 BLU 72.5 142.5 -50 04 1 4 210064/060 09:58"14 RED 200.0 235.0 0 .04 1 4
 

228114/044 11-23.19 RED 140.0 162.5 -50 .04 1 4 210065/060 10:35.53 RED 157.5 200.0 0 .04 1 4
 

22B115/044 11:58 41 RED 75.0 145.0 -30 .04 1 4 21C070/061 10:29:00 RED 292.5 335.0 -10 .04 1 4
 

22B122/045 11-19-22 GRN 140.0 162.5 -50 .04 1 4 


228123/045 11:54:45 GAN 75.0 145.0 -30 .04 I 4
 

225132/046 11:15.36 8LU 140.0 162.5 -50 .04 1 4 


228133/046 11-50-59 BLU 75.0 145.0 -30 .04 1 4 


21B140/047 11-09 08 RED 170.0 225.0 -30 .04 1 4 

21B141/047 11:45,50 RED 225.0 280.0 -30 .04 1 4 

218154/0418 11:04-47 BLU 170.0 225.0 -30 .04 1 4 (D 

218155/048 11:41-29 BLU 225.0 280 0 -30 04 1 4 

228162/048 22.46:02 BLU 280.0 285.0 20 .04 1 1 

228163/048 22 47.34 RED 277.5 262.5 20 .04 1 0 

22B164/048 22 49.09 1R2 277.5 282.5 20 .04 1 0 

22B165/048 2250941 6PM 277.5 282.5 20 .04 1 1 (D 

228166/048 22.52. 13 IRI 275.0 280.0 20 .04 1 0 I 

228167/048 22.5345 IR3 275.0 280 0 20 04 1 0 

228169/04B 23:16 25 5LU 260.0 265 0 30 .04 1 m 

228170/048 23:175S7 RED 260.0 265 0 30 .04 I 1 

2Q8171/048 23:19 29 IR2 257.5 262.5 30 .04 1 .1 vt 22B172/048 23.40 47 GAN 245.0 250.0 30 .04 1 1 

22B173/048 23,42 19 IRI 242.5 247.5 30 .04 1 1 

225174/048 23-43'52 IR3 242.5 247.5 30 ,04 1 1
 

228176/048 23.45 55 SLU 240.0 245.0 30 .04 1 2
 

228177/048 23-48.27 RED 240,0 245,0 30 .04 1 1
 

228178/048 23-49 59 IR2 237.5 242.5 30 .04 1 1
 

218183/049 11:00-18 GRN 170.0 225 0 -30 .04 1 4
 

218184/049 11 37,00 GN 225.0 280.0 -30 .04 1 4
 

228193/050 10.55 45 RED 135.0 190.0 -30 .04 1 4
 

218194/050 11:32-27 RED 270.0 340.0 -30 .04 I 4
 

228209/051 10.50:b5 GAN 135.0 190.0 -30 .04 1 4
 

218210/051 11.27.37 GAN 270.0 340.0 -30 .04 1 4
 

218216/052 10:45.56 BLU 280.0 335.0 -10 .04 1 4
 

218217/052 11:22-37 5LU 235.0 290.0 -10 .04 1 4
 

21825/053 10:40.41 GAN 280.0 335.0 -10 .04 1 4
 

CN
 
VL-2 SUN IMAGERY CAMERA EVENTS
 
VL-2 RESCANNING CAMERA EVENTS
 
VL-2 

RESCANNING CAMERA EVENTS 

CELABEL LLT DIODE AZSTART AZSTOP EPA STEP DATAPATH RESCAN 

22A002/000 09:55-33 SURV 10 0 325 0 -10 .12 RT/UH 186 

22A007/001 09.28 56 8B2 

22A010/001 13 42:11 81 

22A015/002 13-42.11 B81 

80.0 

125.0 

125.0 

127.5 

125.0 

125.0 

-30 

-50 

-50 

.04 

04 

.04 

RT/UH 

RT/S8 

AT/SB 

475 

87 

50 

21A033/004 20 13 59 COLOR 170.0 170 0 10 .12 REC/UH 77 

21A034/005 09.21'09 283 270.0 297 5 -20 .04 RT/UH 975 

21A040/006 11:00 00 BB1 35.0 60.0 -20 .04 REC/UH 23 

21A048/007 03:44.59 COLOR 290.0 290.0 10 .12 REC/UH 57 

22A055/008 12-52 I1 BB1 135.0 135 0 -40 .04 RT/SB 94 

21A068/009 12.00-10 B1 

22A073/01Q 12:10.11 81 

245.0 

135.0 

245.0 

135 0 

-40 

-40 

04 

.04 

RT/SB 

RT/SB 

50 

94 

21A077/011 09 44.20 SURV 125.0 335.0 -20 .12 RT/UH 90 

21A078/011 

21A085/012 

14.30:10 881 

15.15'10 881 

245.0 

260.0 

245.0 

260.0 

-40 

-40 

04 

04 

RT/SB 

RT/SB 

s0 

50 

22A091/013 

21A098/014 

14-24.10 BB1 

13:57.1 1 881 

90.0 

260.0 

90 0 

260.0 

-40 

-40 

.04 

.04 

RT/SB 

RT/SB 

SO 

50 (D 

22A107/015 13.42.10 221 90.0 90.0 -40 .04 RT/SB 59 

21A117/016 13.39.10 B1 260.0 260.0 -40 .04 RT/SB 50 w 

22A12E/017 12 251 0 BB1 

21A131/018 13 21,11 881 

22A138/019 1225.10 833 

21A146/020 13.21 10 B31 

135 0 

260 0 

67.5 

260.0 

135.0 

260.0 

67.5 

260.0 

-40 

-40 

-10 

-40 

.04 

.04 

.04 

.04 

RT/SB 

RT/SB 

RT/SB 

RT/SB 

99 

50 

94 

50 

P 

09 

21A167/022 13.20-54 BB1 260.0 260.0 -40 .04 RT/SB 52 

21A171/022 19.58:42 COLOR 175 0 175 0 10 .12 REC/UH 36 

21A172/022 20'24:17 COLOR 

21A173/022 20:4952 COLOR 

21Al97/024 14.33.1 881 

21A219/026 13 15:11 821 

177.5 

182.5 

280.0 

260.0 

177.5 

182.5 

260.0 

260.0 

10 .12 

10 12 

-40 .04 

40 .04 

REC/UH 

REC/UH 

RT/SB 

PT/SB 

37 

34 

so 

50 

(D 

22B078/040 03:30-59 COLOR 107.5 107.5 10 .12 REC/UH 37 m 

228079/040 03.56'29 COLOR 

22B080/040 04 2159 COLOR 

225115/044 11'58 41 RED 

112.5 

117.5 

75.0 

112.5 

117 5 

145.0 

10 

10 

-30 

.12 

.12 

.04 

REC/UH 

REC/UH 

RT/UH 

37 

34 

79 t" 

228123/045 11;54.45 GRN 

212140/047 11.09-08 RED 75.0 

170.0 145.0 

225.0 -30 

-30 04 

04 RT/UH 

RT/UH 68 

25 

co 

218154/048 11:04 47 BLU 170.0 225 0 -30 04 RT/UH 25 

21B183/049 11:00 18 GRN 

22B193/050 10,.5'45 RED 170.0 

135.0 

225.0 

IO.0 

-30 

-30 

.04 

.04 

RT/UH 

RT/UH 

25 

25 

22B209/01 10'50655 GRN 

21B216/052 10:45.56 BLU 

21B225/053 10:40:41 GRN 

135.0 

220.0 

280.0 

190.0 

335.0 

335.0 

-30 

-10 

-10 

.04 

.04 

.04 

PT/UH 

RT/UH 

RT/UH 

25 

25 

25 

--1 
VL-2 IPL PICTURE IDENTIFIERS (EDR ORDER NUMBERS)
 
VL-2 IPL PICTURE tOENTIFIERS
 

(EDR ORDER NUMBERS)
 

-------------------------------------------- CELABEL DIODE IPL PIC 10 CELABEJ- DIODE IaL PIC ID CELABEL DIODE IPL PIC 10 CELABEL DIODE IOL PIC ID --------- -------------------- ------------------------------- ------------------------..
 

22A001/000 BB1 	 77/02/20/212911 21A023/003 881 77/02/17/222535 21A048/007 RED 77/02/21/023225 21A079/012 81 77/02/22/212008
 

77/02/20/2129 21A024/003 B83 77/02/17/222839 21A049/007 SUN 77/02/21/0Ra538 77/02/22/212051
 

77/02/20/2130 21A025/003 SURV 77/02/17/223354 21A050/007 BB4 77/02/21'/041 16 77/02/22/212129
 

22A002/000 SURV 77/02/20/2133S., 77/02/17/223E05 77/02/21/0241,50 77/02/22/212206
 

77/02/20/213401 21A026/003 CAL 77/02/17/223814 77/02/21/024230 21A080/012 B81 77/02/22/212542
 

77/02/20/213426 22A027/004 8B1 77/02/17/224231 22A05T/007 SURV 77/02/21/024548 77/02/22/212628 I
 77/02/20/213451 21A028/004 BLU 77/02/17/224547 21A052/007 992 77/02/21/024934 77/02/22/212708 N3
 

22A003/000 BLU 77/02/20/213712 77/02/17/224631 77/02/21/024959 21A081/012 8LU 77/02/22/213044
 

GRN 77/02/20/213944 GRN 77/02/17/225019 21A053/007 CAL 77/02/21/025302 GRN 77/02/22/213411
 

RED 77/02/20/214359 77/02/17/225049 21A054/008 B4 77/02/21/025712 RED 77/02/22/213823 V
 22A004/000 CAL 77/02/20/215139 RED 77/02/17/225711 77/02/21/025758 21A082/012 BLU 77/02/22/214622
 

22A005/000 B2 77/02/20/215409 77/02/17/225743 77/02/21/025840 GRN 77/02/22/214910
 

77/02/20/215436 21 A029/004 SURV 77/02/17/230054 22A055/008 881 77/02/21/0303S4 RED 77/02/22/215159 a
 22A006/001 	BLU 77/02/20/215710 21 A030/004 CAL 77/02/17/230333 22A056/008 BB2 77/02/22/201457 21A083/012 CAL 77/02/22/215524 c"
 GRN 77/02/20/220017 21A031/004 881 77/02/20/232B58 21A057/008 882 77/02/22/201803 21A084/012 SLU 77/02/22/21585
 RED 77/02/20/220238 77/02/20/235940 22A058/008 882 77/02/22/202110 GPN 77/02/22/220307
 

22A007/001 882 77/02/20/220542 77/02/21/000012 21A059/008 B3 77/02/22/202521 RED 77/02/22/220640 

77/02/20/220611 21 A032/004 B82 77/02/21/000419 21A060/008 SURV 77/02/22/202801 21AO5/012 B1 77/02/22/221122 H 77/02/20/220649 21A033/004 8LU 77/02/21/000801 21A061/008 BBI 77/02/22/203026 22A086/012 SURV 77/02/22/221636 

22A008/001 BB1 77/02/20/221027 GRN 77/02/21/001217 21A062/009 882 77/02/22/203313 22A087/012 CAL 77/02/22/222159 

77/02/20/221052 RED 77/02/21/001804 22A063/009 882 77/02/22/203620 22A088/013 BB2 77/02/21/015851 ct 

22A009/001 881 77/02/22/163518 21A034/00S 863 77/02/21/002202 22A064/009 BLU 77/02/22/203923 77/02/21/015932 Ii 

22A010/001 BBI 77/02/22/163753 77/02/21/002246 GRN 77/02/22/204158 77/02/21/020015 

22A011/001 BB3 	 77/02/22/164054 77/02/21/002322 RED 77/02/22/204012 77/02/21/020053

77/02/22/160126 22A035/005 SURV 77/02/21/002724 21A065/009 83 77/02/22/204838 22AO9/013 BB2 77/02/21/020541 1 

77/02/22/161203 22A036/005 IR3 77/02/21/003304 21A066/009 CAL 77/02/22/205105 77/02/21/020e47 co 22A012/001 CAL 	 77/02/22/164457 77/02/21/003340 22A067/009 BB4 77/02/22/205437 77/02/21/020711
 

22A013/002 BLU 77/02/22/164754 IR2 77/02/21/0038i4 77/02/22/205512 21A090/013 881 77/02/21/021142
 GRN 77/02/22/165136 77/02/21/003947 77/02/22/205544 22A091/013 8B1 77/02/21/021644
 RED 77/02/22/165409 IR1 77/02/21/004407 21A068/009 BB1 77/02/22/205914 22A092/013 SURV 77/02/21/022057
 

22A014/002 SURV 77/02/22/165656 77/02/21/OCi40 214069/009 DB. 77/02/22/210209 22A093/013 83 77/02/21/022717
 

22A015/002 881 77/02/22/$70138 22A037/005 CAL 77/02/21f, ?f-5 22A070/010 B82 77/02/21/005S32 77/02/21/022751 'I
 22A016/002 BLU 77/02/22/170401 22A038/006 IR3 77/02/21/01t3442 21A071/010 B4 77/02/21/010009 22A094/013 CAL 77/02/21/023149
 

GRN 77/02/22/170708 1R2 77/02/21/013811 77/02/21/010058 22A095/014 B1 77/02/21/023632 O RED 77/02/22/170940 IR1 77/02/21/014110 77/02/21/010143 77/02/21/023719 

22A017/002 CAL 77/02/22/171203 21A039/006 B1 77/02/21/014446 21A072/010 BLU 77/02/21/010621 77/02/21/023808 z 22A018/002 BLU 77/02/22/171427 77/02/21/014524 GRN 77/02/21/011056 22A096/014 B3 77/02/21/024226 

GRN 77/02/22/171651 77/02/21/014558 RED 77/02/21/011428 77/02/21/024305 

RED 77/02/22/171915 21A040/006 882 77/02/21/014945 22A073/010 881 77/02/21/011758 77/02/21/024343 (D 

22AO19/003 BLU 77/02/17/214923 22A041/006 81 77/02/21/0ISA0l 21A074/010 881 77/02/21/012153 77/02/21/024419 GRN 77/02/17/215429 21A042/006 881 77/02/21/015901 21A075/010 B83 77/02/21/013046 22A097/014 8B3 77/02/21/025052 

RED 77/02/17/215757 22A043/006 SURV 77/02/21/020313 77/02/21/013118 77/02/21/025126 

22A020/003 881 77/02/17/220202 21A044/006 B82 77/02/21/020834 21A076/011 884 77/02/21/013612 77/02/21/025204 

77/02/17/220315 77/02/21/020909 77/02/21/013649 21A098/014 881 77/02/21/025540 

77/02/17/220355 21A045/006 CAL 77/02/21/021230 77/02/21/013813 21AO99/014 DLU 77/02/21/025929 

22A021/003 SURV 77/02/17/220756 22A046/006 882 77/02/21/021523 21A077/011 SURV 77/02/21/014326 GPN 77/02/21/030254 

21A022/003 BLU 77/02/17/221200 21A047/006 SUN 77/02/21/021926 77/02/21/014452 RED 77/02/21/030619 GRN 77/02/17/22t554 21A048/007 BLU 77/02/21/022350 77/02/21/014621 21A100/014 1R2 77/02/21/030926 

RED 77/02/17/221900 GRN 77/02/21/022834 21A078/01 B81 77/02/21/015009 21A101/014 SLU 77/02/21/031251 

L)
 

co 

w~ 
LA) VL-2 

IPL PICTURE IDENTIFIERS 

(EDR ORDER NUMBERS) 

CELABEL DIODE IPL PIG T0 CELABEL DIODE IPL PIC ID CELABEL DIODE IPL PIC ID CELABEL DIODE IPL PIG TO . . ... . . . . ... .. . . .. . . . . .. . .. . . . .. . ... . . . . . . . . . ..... . . . . - - ­ -- - ­ - - . .. . . . .. . . . . . . . . . . . - - - ..- ..- . . -.. . . .. . .. .. . . .. .. . . . . .. . . . . . ..--

21A101/014 GRN 77/02/21/031629 21A129/018 84 77/02/22/215755 22A153/021 RED 77/03/09/183726 22A176/023 BB1 77/02/21/125026 RED 77/02/21/032149 77/02/22/215838 22A154/021 BB2 77/03/09/184212 22A177/023 CAL 77/02/21/125544 

21A102/014 CAL 77/02/21/032546 21A130/018 884 77/02/22/220304 22A155/021 882 77/03/09/184609 22A178/023 882 77/02/21/130137 

22A103/014 8B2 77/02/21/032948 77/02/22/220348 22A156/021 882 77/03/09/184914 77/02/21/130251 

22A104/014 BB4 77/02/21/033351 

77/02/21/033424 21A131/018 BB1 

77/02/22/220435 

77/02/22/220839 

21A157/021 

22A158/021 

SURV 77/03/09/185221 

BLU 77/03/09/190113 

21AI79/023 BLU 

GRN 

77/02/21/130927 

77/02/21/131538 

22A105/015 B84 77/02/21/034108 21A132/018 B81 77/02/22/221445 77/03/09/190159 RED 77/02/21/132217 

77/02/21/034139 77/02/22/221545 GRN 77/03/09/190637 2IA180/023 BLU 77/02/21/132714 

77/02/21/034210 22A133/018 B3 77/02/22/222104 77/03/09/190714 GRN 77/02/21/133218 

22A106/015 884 

77/02/21/034240 

77/02/21/034537 

21A134/018 884 

22A135/018 884 

77/02/22/222535 

77/02/22/223224 RED 77/03/09/191137 

77/03/09/191227 RED 77/02/21/133733 

21A181/023 SURV 77/02/21/134207 

77/02/21/034606 77/02/22/223300 22A159/021 IRS 77/03/09/191614 21A182/023 BLU 77/02/21/134723 

22A107/015 B81 

77/02/21/034643 

77/02/21/034935 

22A138/019 884 77/02/22/223558 

77/02/22/223622 IR2 

77/03/09/191639 

77/03/C9/191938 

GRN 

RED 77/02/21/135316 

77/02/21/135853 

21A108/015 84 77/02/21/035231 22A137/019 884 77/02/22/223920 77/03/09/19200$ 21A183/023 IR3 77/02/21/140459 

77/02/21/035306 77/02/22/223946 IR1 77/03/09/192610 IR2 77/02/21/141029 

21AI09/015 SURV 77/02/21/040421 77/02/22/224012 77/03/09/192635 I11 77/02/21/141628 

21AI10/015 

21A111/015 

82 

B83 

77/02/21/040719 

77/02/21/041016 

22A138/019 883 

21A139/019 884 

77/02/22/224316 

77/02/22/224847 

22A160/021 SURV 77/03/09/193026 

77/03 /09/193100 

22A184/023 SURV 77/02/21/142024 

22A185/023 BLU 77/02/23/011515 

21AI12/015 SUN 77/02/21/041330 77/02/22/224718 21A161/021 84 77/03/09/193711 GRN 77/02/23/011843 

21Al13/015 SUN 

21A114/016 B2 

77/02/21/041704 

77/03/08/204853 

22A11C/',19 84 77/02/22/225235 

77/02/22/225302 

22A162/021 

22A163/021 

B2 

82 

77/03/09/194232 

77/03/09/194810 RED 22A186/023 IR3 

77/02/23/012306 

77/02/23/012632 

77/03/08/204943 22A141/019 884 77/02/22/225549 21A164/022 854 77/02/21/031421 IR2 77/02/23/012950 

77/03/08/205026 77/02/22/225620 77/02/21/031455 IRI 77/02/23/0113442 

77/03/08/205114 21A142/019 BB4 77/02/22/225959 77/02/21/031529 21A187/023 STU 77/02/23/013841 

21A115/016 82 77/03/08/205630 

77/03/08/205702 22A143/019 B4 

77/02/22/230027 

77/02/22/230308 22A165/022 BLU 

77/02/21/031602 

77/02/21/031922 

GRN 

RED 77/02/23/014242 

77/02/23/L,14618 

77/03/08/205734 77/02/22/230337 GRN 77/02/21/032313 21A188/023 IR3 77/02/23/015100 

21AI16/016 8LU 

GRN 

RED 

77/03/08/210121 

77/03/08/210415 

77/03/08/210704 

22A144/020 BLU 

GRN 

RED 

77/02/25/010309 

77/02/25/010731 

77/02/25/011200 

RED 22A166/022 8LU 

GRN 

77/02/21/032638 

77/02/21/033005 

77/02/21/033458 

IR2 77/02/23/015605 IRI 77/02/23/020450 

21A189/023 SURV 77/02/23/021240 

21A117/016 BB1 77/03/08/211424 22A145/020 BLU 77/02/25/011618 RED 77/02/21/033943 22A190/023 BLU 77/02/23/021936 

22A118/016 B84 

22A119/016 BB3 

77/03/08/211744 

77/03/08/211820 

77/03/08/212103 

GRN 

RED 21A146/020 881 

77/02/25/012108 

77/02/25/012552 

77/02/25/013050 

21A167/022 BB1 

21A168/022 B4 

21A269/022 SUN 

77/02/21/034644 

77/02/21/035239 

77/02/21/035751 

GRN 

RED 22A191/023 I83 

77/02/23/022619 

77/02/23/023217 

77/02/23/023854 

21A120/016 SURV 77/03/08/212744 21A147/020 B4 77/02/25/013501 21A170/022 SUN 77/02/21/040210 IR2 77/02/23/024457 

22A121/016 BB3 

77/03/08/212815 

77/03/08/213217 22A148/020 BB4 

77/02/25/013608 

77/02/25/014228 

21A171/022 BLU 

GRN 

77/02/21/040519 

77/02/21/040845 IRI 77/02/23/025039 

22A192/023 SURV 77/02/23/025658 

77/03/08/213254 77/02/25/014307 RED 77/02/21/041222 21A193/024 82 77/02/21/052823 

21A122/017 B4 77/03/08/213634 77/02/25/014423 21AI72/022 BLU 77/02/21/041611 21A194/024 BLU 77/02/21/lU53116 

77/03/08/213709 21A149/020 584 77/02/25/014806 GRN 77/02/21/042010 GRN 77/02/21/053449 

21A123/017 84 77/03/08/214206 77/02/25/014923 RED 77/02/21/042353 ,RED 77/02/21/053814 

77/03/08/214239 21A150/020 B3 77/02/25/015246 21A173/022 BLU 77/02/21/042946 21A195/024 BLU 77/02/21/054119 

77/03/08/214310 21A151/020 84 77/02/25/015647 GRN 77/02/21/043347 URN 77/02/21/054432 

22A124/017 

21A125/017 

81 

B81 

77/03/08/214641 

77/03/08/215136 

22A152/021 BLU 

GRN 

77/03/09/181652 

77/03/09/182048 RED 21A174/023 B2 

77/02/21/043809 

77/02/21/123817 RED 21AT96/024 BLU 

77/02/21/054817 

77/02/21/055234 

22A126/017 B81 77/03/08/215750 RED 77/03/09/182536 77/02/21/123944 GRN 77/02/21/055559 

21A127/017 884 77/03/08/220303 22A153/021 BLU 77/03/09/182834 21A175/023 CAL 77/02/21/124356 RED 77/02/21/055923 

21A128/017 882 77/03/08/220657 CRN 77/03/09/183258 22A176/023 881 77/02/21/124926 21A197/024 881 77/02/21/060717 
VL-2 ILL PICTURE IDENTIFIERS
 

(EDR ORDER NUMBERS)
 

CELABEL DIODE IPL PIC ID CELABEL DIODE IPL PIC ID CELAREL DIODE IPL PIC ID CELABEL DIODE IPL PIC ID 

22A198/025 BLU 77/02/21/125207 22A220/027 84 77/02/21/133132 21A248/030 82 77/02/23/020532 218015/033 5B1 77/02/23/023122 

22A1-9/025 SLU 77/02/21/125713 77/02/21/%33254 22A249/030 B2 77/02/23/021227 77/02/23/023212 

22A200/025 BLU 77/02/21/130257 77/02/21/133348 21A250/030 882 77/02/23/021834 228016/033 BLU 77/02/23/023905 

22A201/025 SUN 77/02/21/130922 21A221/027 BB4 77/02/21/133954 22A251/030 882 77/02/23/022439 GRN 77/02/23/024531 

22A202/025 SUN 77/02/21/131516 77/02/21/134047 22A252/030 B84 77/02/23/023059 RED 77/02/23/025230 

22A203/025 SUN 77/02/21/132008 77/02/21/134139 77/02/23/023149 228017/033 IR3 77/02/23/025911 

21A204/025 864 77/02/21/132449 77/02/21/134248 77/02/23/023237 i22 77/02/23/030438 

22A205/025 B81 77/02/21/132957 77/02/21/134354 77/02/23/023318 IR1 77/02/23/030327 

77/02/21/133117 21A222/027 884 77/02/21/135120 77/02/23/023402 228018/033 SURV 77/02/23/031127 

22A206/025 883 77/02/21/133829 77/02/21/135226 22A252/030 B84 77/02/23/024133 22B019/033 CAL 77/02/23/031655 

77/02/21/133917 22A223/028 884 77/02/21/135904 77/02/23/024215 228020/033 8B1 77/02/23/031946 

22A207/025 BB3 77/02/21/134511 77/02/21/135955 22A254/030 BLU 77/02/23/024857 218021/033 8B1 77/02/23/032345 

77/02/21/134634 77/02/21/140045 GRN 77/02/23/025516 77/02/23/032429 

21A208/025 BLU 77/02/21/135216 77/02/21/140144 RED 77/02/23/030113 77/02/23/032458 

CAN 77/02/21/13S758 21A224/028 SURV 77/02/21/140706 22A255/030 884 77/02/23/030623 77/02/23/032523 

RED 77/02/21/140356 21A225/028 983 77/02/21/141600 228000/031 B84 77/02/21/042613 21B022/033 BB3 77/02/23/032828 

21A209/025 BLU 77/02/21/140945 77/02/21/141647 77/02/21/042646 77/02/23/032900 

GRN 77/02/21/141422 77/02/21/141726 77/02/21/042713 77/02/23/032933 

RED 77/02/21/141832 77/02/21/141815 77/02/21/042738 228023/034 BLU 77/02/23/140841 

21A210/025 BLU 77/02/23/011416 77/02/21/141855 218001/031 884 77/02/21/043024 GRN 77/02/23/141318 

GRN 77/02/23/011820 21A226/028 B84 77/02/21/142209 228002/031 83 77/02/21/043344 RED 77/02/23/141717 

RED 77/02/23/012204 77/02/21/142233 77/02/21/043425 218024/034 BLU 77/02/23/142025 

21A211/025 IR3 77/02/2n/012602 21A227/028 982 77/02/21/142512 228003/031 584 77/02/21/044332 GRN 77/02/23/142325 

I2 77/02/23/012937 21A228/028 SURV 77/02/21/142825 77/02/21/044409 RED 77/02/23/142647 IR1 77/02/23/013251 21A229/028 BB2 77/02/21/143106 77/02/21/044437 2Q8025/034 B2 77/02/23/143029 

21A212/025 SURV 77/02/23/013634 21A230/028 82 77/02/21/143553 77/02/J1/044503 228026/034 SURV 77/02/23/143336 

21A213/025 BLU 77/02/23/014050 21A231/028 SUN 77/02/21/143827 228004/031 BE4 77/02/21/044755 22B027/034 BLU 77/02/23/143703 

77/02/23/014147 21A232/028 SUN 77/02/21/144057 77/02/21/044823 GRN 77/02/23/144156 

GRN 77/02/23/014804 22A233/029 BLU 77/02/21/125335 77/02/21/044850 RED 77/02/23/144612 

77/02/23/014839 22A234/029 BLU 77/02/21/125836 22BO05/031 BBI 77/02/21/045122 228028/034 882 77/02/23/144838 RED 77/02/23/015303 22A235/029 BLU 77/02/21/130307 21B006/031 SUN 77/02/21/045353 218029/034 882 77/02/23/145129 

77/02/23/015409 22A236/029 8E4 77/02/2t/130813 218007/031 SUN 77/02/^1/045628 22B030/034 882 77/02/23/145426 

21A214/025 IR3 77/02/23/015831 77/02/21/130920 218008/032 84 77/02/21/050047 21B031/034 BB2 77/02/23/150051 

77/02/23/015915 21A237/029 5E4 77/02/21/131630 21B009/032 834 77/02/21/050511 21B032/034 8B2 77/02/23/150457 

IR2 77/02/23/020305 77/02/21/131735 77/02/21/050606 77/02/23/150527 

77/02/23/020354 77/02/21/131835 77/02/21/050637 77/02/23/150556 

IR1 77/02/23/020804 77/02/21/131952 218010/032 B34 77/02/21/051024 77/02/23/150623 

77/02/23/020839 77/02/21/132100 77/02/21/051100 218033/034 881 77/02/27/215821 

21A215/025 SURV 77/02/23/021506 21A238/029 84 77/02/21/132837 77/02/21/051135 77/02/27/220051 

77/02/23/021538 77/02/21/132916 228011/032 SURV 77/02/21/051434 77/02/27/220257 

21A216/025 83 77/02/23/022015 22A239/029 882 77/02/21/133400 228012/032 882 77/02/23/020015 218034/035 BB3 77/02/27/221231 

21A217/026 BLU 77/02/21/125048 22A240/029 SURV 77/02/21/133924 77/02/23/020138 77/02727/221346 

GRN 77/02/21/125721 21A241/029 582 77/02/21/134410 77/02/23/020310 77/02/27/221443 

RED 77/02/21/130248 22A242/029 882 77/02/21/134906 77/02/23/020445 218035/035 BB2 77/02/27/222342 

21A218/026 BLU 77/02/21/130747 22A243/030 881 77/02/21/135327 228013/032 B83 77/02/23/021219 77/02/27/222420 

GRN 77/02/21/131231 21A244/030 SURV 77/02/21/135901 77/02/23/021318 228036/035 BLU 77/02/27/223659 

RED 77/02/21/131804 22A245/030 SURV 77/02/21/140323 77/02/23/021426 GRN 77/02/27/224542 

21A219/026 B81 77/02/21/132334 21A246/030 B82 77/02/21/140740 228014/032 BB3 77/02/23/022110 RED 77/02/27/225041 

22A220/027 884 77/02/21/133041 22A247/030 82 77/02/23/01S902 218015/033 B81 77/02/22/023007 228037/035 mR3 77/02/27/225417 

00 

_q 
00 	 VL-2 

IPL PICTURE IDENTIFIERS
 

(EDR ORDER NUMBERS)
 

CELABEL DIODE !PL PlC 10 CELABEL DIODE IL PIC ID CELABEL DIODE IPL PIC ID CELABEL DIODE IPL PIC ID
 ... ... . ... .. ............ . ....... o ...... ................. ........... ..... .............. . .. ... ... ..... ...... o. .........
 

22B037/035 IR2 77/02/27/225944 22061/039 BB2 77/02/23/212343 228076/039 RED 77/02/26/003907 218104/043 GRN 77/02/23/233647
 

IRI 77/02/27/230947 77/02/23/212511 22B077/039 RED/C77/02/26/004440 RED 77/02/23/234128
 

228038/035 SURV 77/02/27/231901 77/02/23/212613 228078/040 BLU 77/02/23/212513 22B105/044 SUN 77/02/23/234605
 

21039/036 B84 77/02/23/123101 21B062/039 BLU 77/02/23/213210 GRN 77/02/23/213100 22B106/044 SUN 77/02/23/235141
 

77/02/23/123149 77/02/23/213310 RED 77/02/23/213556 22B107/044 BLU 77/02/23/235706
 

213040/036 B82 77/02/23/124027 77/02/23/213425 226079/040 BLU 77/02/23/214211 GRN 77/02/24/000439
 

77/02/23/124130 216003/0a9 BLU 77/o2/23/214104 GRN 77/02723/214906 RED 77/02/24/001035
 

77/02/23/124247 77/02/23/214210 RED 77/02/23/21556 228108/044 IR3 77/02/24/001624
 

77/02/23/124346 21B064/039 BLU 77/02/23/214904 22800/040 BLU 77/02/23/220115 IR2 77/02/24/002210
 

22B041/036 81 77/02/23/125035 GRN 77/02/23/215557 GRN 77/02/23/220552 IRI 77/02/24/002802
 

228042/036 SURV 77/02/23/125451 RED 77/02/23/220311 RED 77/02/23/221103 22B109/044 SURV 77/02/24/003252
 

21043/036 BLU 77/02/23/125923 21B065/039 IR3 77/02/23/220951 228081/040 SUN 77/02/23/221542 226111/044 SURV 77/02/24/003S31
 

GRN 77/02/23/130320 IR2 77/02/23/221436 22S082/040 SUN 77/02/23/222144 22B112/044 BLU 77/02/24/004421
 

RED 77/02/23/131011 IRI 77/02/23/221856 22S083/040 SUN 77/02/23/222642 GRN 77/02/24/005027
 

22044/036 BB3 77/02/23/131531 218066/039 BLU 77/02/23/222218 218085/040 GRN 77/02/23/223200 RED 77/02/24/005557
 

77/02/23/131629 GRN 77/02/23/222718 77/02/23/223249 22B113/044 IR3 77/02/27/235932
 

77/02/23/131706 RED 77/02/23/223240 77/02/23/223346 IR2 77/02/28/000317
 

22B045/036 BB2 77/02/23/132132 218067/039 IRa 77/02/23/223726 218086/040 GRN 77/02/23/223835 IRI 77/02/28/000743
 

77/02/23/132212 IR2 77/02/23/224142 77/02/23/223918 22B114/044 RED 77/02/28/001209
 

228046/037 B2 77/02/23/132807 IRI 77/02/23/224651 22B087/040 BLU 77/02/23/224430 228115/044 RED 77/02/28/001626
 

77/02/23/132848 218068/039 BLU 77/02/23/225429 GRN 77/02/23/225010 77/02/28/001715
 

77/02/23/132931 GRN 77/02/23/225845 RED 77/02/23/225331 77/02/28/001808
 

225047/037 BB2 77/02/23/133556 RED 77/02/23/230311 22B088/041 RED 77/02/23/230036 22B116/045 BB3 77/02/28/002228
 

77/02/23/133631 21B069/039 IR3 77/02/23/230801 228089/041 RED 77/02/23/230556 22B117/045 B3 77/02/28/002651
 

21B048/037 B2 77/02/23/133957 IR2 77/02/23/231239 77/02/23/23070 228118/045 B2 77/02/28/003136
 

218049/037 B82 77/02/23/134416 IRI 77/02/23/231610 77/02/23/230746 21B119/045 8B2 77/02/28/003728
 

21B050/037 SURV 77/02/23/134846 218070/039 BLU 77/02/25/230237 22B090/041 B84 77/02/23/231216 228120/045 BB2 77/02/28/004154
 

21B051/037 B62 77/02/23/135209 GAN 77/02/25/230643 228091/041 892 77/02/27/230034 21B121/045 262 77/02/28/004627
 

228052/037 BLU 77/02/23/135705 RED 77/02/25/231055 218092/041 BLU 77/02/27/230354 22B122/045 GRN 77/02/28/005048
 GRN 77/02/23/140012 21071/039 IR3 77/02/25/231520 GRN 77/02/27/230750 226123/045 GRN 77/02/28/005526
 

RED 77/02/23/140242 IR2 77/02/25/231849 RED 77/02/27/231120 77/02/28/005614
 

21B053/037 BLU 77/02/25/123027 IRI 77/02/25/232346 212093/042 882 77/02/27/231434 77/02/28/005707
 

GRN 77/02/25/123621 21B072/039 BLU 77/02/25/232841 218094/042 191 77/02/27/231822 21124/045 6LU 77/02/28/010109
 

RED 77/02/25/12415 GAN 77/02/25/233026 21B095/042 84 77/02/27/232333 GAN 77/02/28/010533
 

218054/038 883 77/02/25/124551 RED 77/02/25/233440 77/02/27/232451 RED 77/02/29/011002
 

77/02/25/124623 218073/039 IR3 77/02/25/234019 213096/042 B4 77/02/27/232929 22B126/046 BLU 77/02/24/122929
 

77/02/25/124652 IR2 77/02/25/234605 226098/042 81 77/02/27/232505 GRN 77/02/24/12311
 

22055/038 SURV 77/02/25/124955 IRi 77/02/25/235020 228099/042 GRN 77/02/27/234658 RED 77/02/24/12-627
 

22S056/038 BBI 77/02/25/125255 218074/039 BLU 77/02/25/235452 228100/042 GRN 77/02/27/235105 228127/046 IRS 77/02/24/123909
 

22B057/038 B1 77/02/25/125747 GAN 77/02/25/235851 77/02/27/235154 IR2 77/02/24/124159
 

77/02/25/125812 RED 77/02/26/000318 77/02/27/235320 IR1 77/02/24/124438
 

77/02/25/125835 218075/039 IR3 77/02/26/000634 228101/042 BLU 77/02/27/235709 22B128/046 SURV 77/02/24/124849
 

22BOb8/038 881 77/02/25/130152 IR2 77/02/26/000950 GRN 77/02/28/000325 22B129/046 SURV 77/02/24/125308
 

77/02/25/130230 IRI 77/02/26/001255 RED 77/02/29/000913 22B130/046 BLU 77/02/24/125633
 

218059/038 883 77/02/25/130523 22B076/039 BLU 77/02/26/002025 228102/043 BLU 77/02/23/232458 DRN 77/02/24/130016
 

77/02/25/130553 77/02/26/002119 228103/043 BLU 77/02/23/232843 RED 77/02/24/130900
 

218060/038 B81 	 77/02/25/130943 GRN 77/02/26/002843 77/02/23/232919 22B131/046 IR3 77/02/24/131321
 

77/02/25/131016 77/02/26/002919 77/02/23/232954 1R2 77/02/24/131712
 

77/02/25/131053 RED 77/02/26/003017 218104/043 BLU 77/02/23/233306 IRI 77/02/24/132032
 
---------------------------------------------------------------------------------------------------------------------------------------------------

L,
 

0­

VL-2 

,IPL PICTURE IDENTIFIERS
 

(EDR ORDER NUMBERS)
 

DIODE IPL PIG 	ID CELABEt DIODE IPL PIG TO CELABEL DIODE IPL PIC 10 CELABEL DIODE IPL PIC ID 	 CELABEL 


-----------------------------------------------------------------------........... 
 .................--------------------------------­

77/02/28/032409 218221/052 IR1 77/03/08/231056
 228132/046 BLU 	77/02/24/132424 218160/048 SUN 77/02/24/013408 21B194/050 RED 


216222/052 SUN 	 77/03/08/231439
 228133/046 BLU 	77/02/24/132809 21B161/048 SUN 77/02/24/013734 77/02/28/032451 


77/02/24/132848 226162/048 BLU 77/02/24/014024 21B195/050 BB2 77/02/28/033114 218223/052 SUN 77/03/06/231856
 

21 8224/052 SUN 	 77/03/08/232500
 7,7/02/24/132930 22B163/048 RED 77/02/28/021735 	 77/02/28/033210 


IR3 77/02/25/221415 21 B225/053 GRN 77/03/06/232045
 228134/046 BLU 	77/02/24/133451 22B164/048 IR2 77/02/28/022351 22B196/051 


77/03/08/233125
 GRN 77/02/24/133820 228165/048 GRN 77/02/28/022945 1R2 	 77/02/25/221652 


77/03/08/233554
 RED 77/02/24/134251 228166/048 1RI 77/02/28/023517 	 HIt 77/02/25/221920 21 8226/053 GRN 


77/03/08/233625
 228135/046 IR3 77/02/24/134703 228167/048 IR3 77/02/28/024003 228197/051 8LU 77/02/25/222217 


IR2 77/02/24/135028 226168/048 SURV 77/02/28/024453 GRN 77/02/25/222440 218227/053 BLU 77/03/08/233951
 

77/02/25/222725 GRN 77/03/08/234243
 I11 77/02/24/135344 22B169/048 BLU 77/02/28/025046 	 RED 


218198/051 862 	 77/02/25/223131 RED 77/03/08/234804
 228136/046 SURV 	77/02/24/135652 228170/048 RED 77/02/28/025544 


21B228/053 IR3 	 77/03/08/235040
 228137/046 SURV 77/02/28/001904 228171/048 1R2 77/02/28/025955 	 22BI99/051 B2 77/02/25/223403 


21B200/051 BB2 77/02/25/223734 IR2 77/03/08/235302
 21B138/047 882 	 77/02/28/002414 228172/048 GRN 77/02/28/030430 


77/02/25/224131 I1 77/03/08/235557
 228139/047 82 	77/02/28/002751 226173/048 IR1 77/02/28/031143 218201/051 662 


218202/051 SURV 	77/02/25/224749 216229/053 SURV 77/03/08/235841
 21B140/047 RED 77/02/28/003419 22B174/048 IR3 77/02/28/031621 


77/02/28/003515 22875/048 SURV 77/02/28/032447 218203/051 82 77/02/25/225046 228230/054 BB4 77/02/26/024221
 

218204/051 BB2 77/02/25/225428 22B231/054 BB4 77/02/26/025201
 21B141/047 RED 	77/02/28/003910 228176/048 BLU 77/02/28/033103 
 BB2 77/02/25/225717 	 77/02/26/025252
 77/02/28/000956 228177/048 RED 77/02/28/033441 22B205/051 


22B232/054 SURV 	77/02/26/025844
 228142/047 BLU 	 77/02/28/004514 228178/048 IR2 77/02/28/033807 228206/051 IR3 77/02/25/230053 


77/02/26/030401
 GRN 77/02/28/004911 228179/048 CAL 77/02/28/034250 IR2 77/02/25/230403 226233/054 BLU 


RED 77/02/28/005544 226180/049 SURV 77/02/23/235222 
 IR1 77/02/25/230731 GRN 77/02/26/030808
 

225143/047 IR3 77/02/28/010201 
 228181/049 BLU 77/02/23/235828 22B207/051 BLU 77/02/25/231021 RED 77/02/26/031302
 

228234/054 IR3 77/02/26/031848
 IR2 77/02/28/010545 GRN 77/02/24/000443 GRN 77/02/25/231401 


181 77/02/28/011028 RED 77/02/24/001045 RED 77/02/25/231703 IR2 77/02/26/032432
 

22B144/047 SURV 77/02/28/011454 228182/049 IR3 77/02/24/001639 22B208/051 CAL 77/02/28/034318 IRI 77/02/26/032858
 

GRN 77/02/28/034701 218235/054 RED 77/02/26/033602
 226145/047 CAL 	77/02/28/011807 I2 77/02/24/002215 228209/051 


77/02/28/034741 218236/054 RED 77/02/26/034135
 226146/047 662 	 77/02/28/012326 161 77/02/24/002809 


77/02/26/034303
 22B147/047 SURV 	77/02/28/012650 218183/049 GRN 77/02/24/003427 21B210/051 GRN 77/02/28/035120 


77/02/28/035152 21B238/054 BLU 77/02/26/034754
 218148/048 B2 	77/02/23/234418 77/02/24/003547 


77/02/26/035231 GRN 77/02/26/035342
 22S149/048 BB2 	 77/02/23/234924 216184/049 GRN 77/02/24/004344 


22821 1/051 864 	 77/02/28/035535 RED 77/02/26/035851
 228151/048 SURV 	77/02/23/235529 77/02/24/004528 


77/02/26/040303
 228152/048 BLU 	 77/02/24/000132 22818$/049 BLU 77/02/24/005202 77/02/28/035608 21B239/054 IR3 


IR2 77/02/26/040841
 GRN 77/02/24/000745 GRN 77/02/24/005756 228212/051 8B1 	 77/02/28/035951 


21821 3/051 B4 	77/02/28/040403 IN1 77/02/26/041341
 RED 77/02/24/001337 RED 77/02/24/010352 


218214/051 682 	 77/02/28/040920 219240/054 BLU 77/02/28/040912
 22B153/048 	IR3 77/02/24/001936 22B186/049 IR3 77/02/24/011024 


IR2 77/02/24/002515 182 77/02/24/011543 228215/051 681 77/02/28/041446 GRN 77/02/28/041446
 

RED 77/02/28/041831
 I1 77/02/24/000111 161 77/02/24/012038 	 77/02/28/041523 


77/02/28/041557 218241/054 IR3 77/02/28/042213
 21B154/048 BLU 	 77/02/24/003958 228187/049 SURV 77/02/28/022925 
 IR2 77/02/28/042743
 77/02/24/004036 228188/049 CAL 77/02/28/022837 	 77/02/28/041634 


IR1 77/02/28/043214
 218155/048 BLU 	 77/02/24/004648 228190/050 SURV 77/02/28/023327 21B216/052 BLU 77/03/08/222702 


218242/054 	SUN 77/02/28/043711
 77/02/24/004812 228191/050 8LU 77/02/28/023858 	 77/03/08/222740 


BLU 77/03/08/223353 218243/054 BLU 77/02/28/044154
 228156/048 BLU 	 77/02/24/005457 8RN 77/02/28/024424 21821 7/052 
 GRN 77/02/28/044630
 GRN 77/02/24/010059 RED 77/02/28/024946 	 77/03/08/223432 


216219/052 SURV 	77/03/08/223944 RED 77/02/28/045233
 RED 77/02/24/010703 228192/050 IV9 77/02/28/025431 


218220/052 8LU 77/03/08/224238 218244/054 IR3 77/02/28/050528
 22B157/048 163 	 77/02/24/011315 I12 77/02/28/025903 
 GRN 77/03/08/224722 I82 77/02/28/050948
 I2 77/02/24/011737 1 1 77/02/28/030319 
 IRI 77/02/28/051351
 IR1 77/02/24/012150 228193/050 RED 77/02/28/031240 RED 77/03/08/225256 


228158/048 SURV 77/02/24/012745 77/02/28/031401 21B221/052 IR3 77/03/08/225725 218245/054 BLU 77/02/28/051739
 

GRN 77/02/28/052237
 225169/048 CAL 	 77/02/24/013030 21B194/050 RED 77/02/28/032330 162 77/03/08/230128 


-4 
coa VL-2 

O IPL PICTURE IDENTIFIERS 

(EDR ORDER NUMBERS) 

CELABEL DIODE IPL PIC ID CELABEL 
 DIODE lOL PIG ID CELABEL DIODE IPL PIG ID CELA8EL DIODE IPL PIC ID
 

21B245/054 RED 77/02/28/052847 220010/055 IRS 77/02/26/032846 21C043/057 SURV 77/02/26/042723 210070/061 RED 77/03/02/183204
 21B246/054 IRS 77/02/28/053355 IR2 77/02/26/03342S 210044/057 B82 77/02/26/043300 77/03/02/183259
 IR2 77/02/28/053939 IR1 77/02/26/033823 220045/057 882 77/02/26/043627
 IRI 77/02/28/054455 21011/055 ORN 77/02/26/034437 210046/057 8LU 77/02/26/044024
 218247/054 SUN 77/02/28/054722 210012/055 GRN 77/02/26/034941 210047/057 BLU 77/03/02/000000
 21B248/054 BLU 77/02/25/010317 77/02/26/035034 
 77/03/02/000035


GRN 77/02/25/010811 210013/055 SLU 77/02/26/035447 
 21C048/057 	BLU 77/03/02/000458
 RED 77/02/25/011207 GR8 77/02/26/035940 GRN 77/03/02/000851
 21B249/054 IR3 77/02/25/011628 RED 77/02/26/040451 
 RED 77/03/02/001204


IR2 77/02/25/012108 210014/055 IRS 77/02/26/040837 210049/057 IRS 77/03/02/001541
 IR1 77/02/25/012544 IR2 77/02/26/041338 IR2 77/03/02/001852


218250/054 8LU 77/02/25/013012 IR1 77/02/26/041841 IRI 
 77/03/02/002138
 GRN 77/02/25/013407 210015/055 SURV 77/02/26/042325 
 21-050/057 	SURV 77/03/02/002412
 RED 77/02/25/013824 220016/056 SURV 77/02/26/042941 22-051/058 SURV 77/02/26/030132
 218251/054 IR3 77/02/25/014111 220017/056 DLU 77/02/26/043358 
 210052/058 	SURV 77/02/26/030836


IR2 77/02/25/014720 GRN 77/02/26/043758 
 220053/058 	BB2 77/02/26/031451
 IRI 77/02/25/015049 RED 77/02/26/044129 210054/058 BLU 77/02/26/032148
 218252/054 SLU 77/02/25/015449 22C018/056 IRS 77/03/01/231808 
 210055/058 	BLU 77/02/26/032808


GRN 77/02/25/015752 IR2 77/03/01/232101 
 77/02/26/032853
 RED 77/02/25/020057 IR1 77/03/01/232354 210056/058 BLU 77/02/26/033419


218253/054 	BLU 77/02/25/020408 210019/056 RED 77/03/01/232655 GRN 77/02/26/034127


GRN 77/02/25/020740 210020/056 RED 77/03/01/233018 RED 77/02/26/034740
 RED 77/02/25/021023 77/03/01/233045 210057/058 IR3 77/02/26/035431
 21B254/054 	IRS 77/02/28/042743 22C021/056 B3 77/03/01/233315 IR2 77/02/26/040334


IR2 77/02/28/043216 22C022/056 B81 77/03/01/233558 IRI 77/02/26/041005


IR1 77/02/28/043701 22023/056 B82 
 77/03/01/233908 21C058/058 SURV 77/02/26/041609
 218255/054 	IRS 77/02/28/044150 22C024/056 883 77/03/01/234211 210059/059 GRN 77/02/26/042109
 1R2 77/02/28/044523 22C025/056 881 
 77/03/01/234852 210060/059 GRN 77/02/26/042556
 IRI 77/02/28/044957 220026/056 881 77/03/01/235014 
 77/02/26/042708
 210000/054 	SUN 77/02/28/045432 21C027/056 881 77/03/01/235338 
 210061/059 	ELU 77/02/26/043303
 21C001/054 	BLU 77/02/28/045836 210028/056 881 77/03/01/235626 77/02/26/043357


GRN 77/02/28/050157 210029/056 881 77/03/02/000011 
 77/02/26/043507
 RED 77/02/28/050552 220030/056 8ES 77/03/02/000343 
 21C062/059 	GRN 77/03/02/174232
 21C002/054 	IRS 77/02/28/051124 210031/056 82 77/03/02/000724 77/03/02/174259
 IR2 77/02/28/051621 220032/056 BB2 77/03/02/001022 
 77/03/02/174324


IR1 77/02/28/052012 220033/057 B1 77/02/26/030015 21C063/059 RED 77/03/02/174623
 210003/054 BLU 77/02/28/052421 220034/057 861 77/02/26/030716 77/03/02/174654


GRN 77/02/28/052858 22C035/057 881 77/02/26/031334 
 77/03/02/174743
 RED 77/02/28/053259 21C036/057 8E3 77/02/26/031900 210064/060 RED 77/03/02/175132
 21C004/054 IRS 77/02/28/053720 220037/057 8LU 77/02/26/032550 210065/060 RED 77/03/02/175549


IR2 77/02/28/054147 GRN 77/02/26/033221 
 77/03/02/175629
 IRI 77/02/28/054542 RED 77/02/26/033843 
 22C066/060 	BLU 77/03/02/175953
 220005/055 SUN 77/02/26/025619 22C038/057 IRS 77/02/26/034453 GRN 77/03/02/180555 220006/055 SUN 77/02/26/030044 IR2 77/02/26/035059 RED 77/03/02/181001 22C007/055 SUN 77/02/26/030419 IR1 77/02/26/035727 220067/060 IRS 77/03/02/181313

220008/055 	 SLRV 77/02/26/030954 22C039/057 81 77/02/26/040453 IR2 77/03/02/181627 220009/055 BLU 77/02/26/031457 220040/057 SURV 77/02/26/041142 J1 77/03/02/182019

GRN 77/02/26/031846 210041/057 882 77/02/26/041730 22C068/060 SURV 77/03/02/182406 RED 77/02/26/032327 22C042/057 BB2 77/02/26/042233 21069/061 853 77/03/02/182748 
VL-2 ELEVATION COVERAGE CHARTS
 
VL-2 Elevation Coverage Charts 

VL-2 

CAMERA I ELEVATION COVERAGE CHART 

MEHA1CAC AZJM H 

R 1 EjE'VJN'+'VJL'4 T 

FT7 

3D 

1771133(o 2 '1,511' 11 

I 1 

11 4470

0 1A q 00 

11A 12 01 

0

0 

-1 

__4 

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:1001 

:2.21. 

. .2 

EN I 

R2 

R 

N 

I F-= 

I 

IA 76 02 

EA 71 02 

H 

1 

:4 :0 

:344 

UK 

LR 

A 7_2 U2 2 :2 1A 73 02 2 :4 :5 Q Q2OPSNIiI 

L 

LR 

E0 4f 11 U1140 :51:51 1A 31 0202 1 :1 :1 IB 6 1 :0 :0 UH I UN 

N IB 0D N 

+ 

14+ 

1B 19 -A a -" I RV 11 21 01- - 11 or :=R;-41 g r4 1B N 1 :5 ,:4 N IB 21 , :5 :4 NUN 

UN 1b " U9 1 !:1 N 

IB 47 0 

:5:5 :4 N 

3 JID 

TURN 

1A 3 04 2 :1 :5 R It -9 :0 N 

1A, qo uf u :4 :5 1A, 49 0 :1 :0 N 1A 00 01 -4 -e 2 F I 

IA:111 14 =1 =4 ,A 12 1A 13 15 

15 H, :2 2 

:2 N 

N 

, 

0 1A 7 2 

N 

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1AP7 024 :4 1 CLR 

flffl. '8 0 

5:2 :R C'"'P' 

ml 

2 1 A 02 0 : : R 1AJ 1 025 H 1 :1 :1 N 

1B 06 03 :0 .0 N BJIR0101t 1 :0 :0 N :0 :5 x - 1 0.1- 4 to -.5 IB 90, 04 1 :0 :0 N 

jJ0 r!y:q,:z 1B 19, 52 1B 2U, a52 IB I, 1B Pa 35; 1B 23, )N 1 :51::441 1 

1BBt7a, )51 1 :5;:4: SJN 

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A 2 00 'A 29' 06 :2 .0 Of 

-

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1 :5 R CLR -TA99 Ul :U x 1A 00 01 -5 2 IA 01 04:i -5 ::IR I u ji. q i 

-4 :5 

:5 R 

RV 

1 il 62 :5 MR 1A 72 022 CLR 

1A 1 0231 1 .0 :5 RV 1A 82 0,3 1 -1 :5 + 1 

1A 

1AA 96 2 1 -5 .6 :5

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9 

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IA ' 2b 

0 2 :3 1 :1 -0 

1' 

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RV 

R 

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S9 1B 65, 39 

1 tO :0 _e : 

1 :2 :5 

19 N 

1 61-' ...... .... 

391 
- - - - - -

VL-2 

CAMERA l ELEVATION COVERAGE CHART 

CAMERA 1CACMAZIM"H .. 

ER LE IN R L 01 Oic T 66 0 1 R :5 

0 1 

I I Fh I I I I I ... T117B70 6 3 -1 :1 :5 R

B 7't 1 0 3 1 :1 :5 00 5 CL IR 71 3 5 R 

03 A5 LB 7, 1B 71 3 '5 

IB g4k :5 OLR ta -.5 R 

la fil III -
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IB ff 05: af, -
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IB 05 -- 1 ;j m 1B 9 05 1 !IJ'5 

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0 

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amc& U3 LL5 am -

CAIIER k I I LE\ INI ERk AL DP- 06 1A(22/)03 

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5 / 21 m 92 -4 S v - - - - - - -

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392 
MER AUAWHCAMERA I OVM

,PM EA E nC A {I E A NMT H 

I E V IN R VL 1 

IB 

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-

VL-2 

I ELEVATION COVERAGE CHART 

3 

1B 7 1''9 1 :9~:-5-

9- 42- -,- -­5 

02 ,51 0 : 5' 

13 )51 1 :3 :0 E; 

120 2 .. . .. 

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.A 1 -- - -- - -

39 
-- -

VL-2 

CAMEFRA1CAC AZIMUYTH 

CAMERA 1 ELEVATION COVERAGE CHART ... ss s fS 5 20 '5 * . 25".='=0 5 .=' s s 

' . .' .. . r . . ,.s . . -i.., .. n .... , . . i 

M!IIh~E EV NTEfyt TO 10~ (coi 

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213
 
CAMERA I CAC AZMUTNI 

CAMERA I 

VL-2 

ELEVATION COVERAGr CHART 

J 

AERI 

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AM [I 

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-- -

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VL-2 

CAMERA I ELEVATION COVERAGE CHART 

CAMERAI CAC AZIMUTH 

A ER EEVNT RVj L-00 Q-0 

----------

9ONj a

MR 1603

h 0 

1::2 

A 1 -1 _51* 

5 ii 

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396 
VL-2 

CAMrRAl ELEVATION COVERAGE CHART 

,A& ER I E 5V NT RV L 0 1 ON J -2 !91 RV 

1 :5 1 

1A 2 017 1 52 

1A R 02 

jA 9 02 

.,A 81 02 :5 

.1 -.li3 1112 LR 

TP 1 L 

IA 82 02 1 LR 

12 IA q8 02 g 1A ag 02 

1A 94 021 

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LR 

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1A 95 02 6 -0?1 

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82 

1A 

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1 4 03 

2 12;4,o 

1 

. 2 

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11:3 :0 

B4 

B2 UB1, 

B2 

1A 50 03 11:3 .!o 

lb 

IB 24.03 

1B 2-9, 9 31.8 

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11B 

IB 6 g .4

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8 bW3 H 6 03 :5 LR 90 A, I ., R 

1B71 

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1B 21 Ot :3 *:5 52 

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2 50 05 51 05 8. LE Ell 

397 
CAMERA I CA= AZIMUTH 

o) ER) i1 EVIE"NT 'iV L -­00 G ­

VL-2 

CAMERA l ELEVATION COVERAGE 

. ......... 

13 5 LR 

52i05 J2 

CHART 

B35505 1NN 

55-5- -0- -1-- - - - -F----i 

I I II 

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3 _

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5 

R

R 

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1CISI05 

213 

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1k 5 a:3i:5 1 95-- 1:2 0 

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VL-2 

I ELEVATION COVERAGE CHART

CAMEA AZM ICACC KCAMERA

AM ERP IE EV NT RV o- 0 o~ WNI 

-- - - - - - - - - - -2 

- - - - - - - - - - 21530
 

21 69U03
 

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21 U 030:
 
VL-2 

CAMERA 1 ELEVATION COVERAGECHART N 

CAMERA1CAC AZIMUTH 

r M[W1- "1 r m... riju ... .p-, l.. uu .r -j.... n .. . .. . . 

CA! ER; IEE NT flV L-0 0 '0-000 CON 2115 02 8. :6 L

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 9
 
CAMERA 12r AW CC3 f AZIM UTrr * IiA* 4$ * * * CAMERA 2 

VL-2 

ELEVATION *S q ,. COVERAGE .SS*­ CHART

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C E EL V 

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CME A ELI VIt TE VAI 30' TO1010 

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0 616 3131 

1 SI 1 

O 

14Ol
 
VL-2 

CAMERA 2 ELEVATION COVERAGE CHART 

CAMERA 2 CA= AZIMUH I 

4ME A EL VI TVA 

-- ---

-- -- -

-- - -

20 10 

-

-

--

00 

-

-

-

CC 

--

1= 

1 

2201e 3 0 0~ 

-9 2 BOj 19 ov 

0/3 19 

22B0Z/ lo0~ C 

B280/ 40 0 21 59 CL, - 2 o1/ 4o0% 195 SUN1 B ' 

0 

; 

B 

1 

9 

2 HO 3 40 06 43 59 SP -2 e2--H O 1 O 59 

B1 5/' 4 5 s 

2 6/el 

2 Hi /1 07 #4 

1 I1 2 2 4141 l o ll5 

2 44/110 32 59 C 

__21 /11 1 3 2211 

B, 1/ 1 0Tbqq 0, U 

2 B2 6 1:0359 C a~B / 46 311 S 

TM 

_ -

_r 

_ 

-

Em 

- - - - -

21 

22, 

6/ 8 

1i148 

2 

I' 

5 

;&__ C2 

2 B , :21/ 0 15 

[ / 118 12 :15 2 

2 BI 7/ 50 1 3 00 

2 / 50 10 0 

B206/41 29 59 B 10b00 2 Co~0/ 5519 10 

2 CO 6/5 9 1 59 

I 

C 

I

l 

S 

. . . . . 

-------------­

2 / 9 

26/ 51 10959 

2 ME A 51 10 T 

2 5 023 10 00 00 

22 4/51/0 0600 

C

C v 

2

2ACO8?55 0985 55/s 0 CL 

-- -- -- --2-- 0/ 5 0 01 -

- - - - - - - -6/0 11150 

C/, 1 0O10 CU 

402 
CAMERA 2 CACMAZIMUTH N CAME:RA 2 

VL-2 

ELEVATION COVERAGE CHART 

01/ 8: 

19 : 3 R 

I 

2I0o : I 

I0 : 9­

1i/0 2 : 9: 3 

2 0I00 : 9:3 

lI' O 4 3 7 : :

2 41l'10;2: 9 

I0 : Y: 1 3Io6 0 : 

2 to 3 u: 9 

S 

S 

C 

b1 

F 

"22 

--2 

20 71412: 9 

221V0712:9: 

22 50 l : 9 

18 I0: 6/9 9i 

" 0 : 

01 

SI 

7 

|s 

--­ 22a~~n 

e 

7 

l :yI 

' , : v 

1/;5: 3 5--u 

C / [ I EL ' 0 0 ° I 10 I R 

22 :06 

7 O00 

111 9 9 

i0 

21O 

2 7 53 9 

O19 2I 1 

4 

2 .. ..-- . ..... 

-- 1 DUo3 1
VL-2 

CAMERA 2 ELEVATION COVERAGE CHART 

CAMERA 2 CA= ZIPAI: 1 ,H 

041 -0 -­2 AII 0 BB 

2 All 2/0 217o -- /q p 

34it 

56 I 

2 Atll 

2 Al '/Q2a

2 Al !U 29 15 

09 25 130 CLI. 

1 99 I1 

- - --- - -- 2 1 3/ 11 17 9 

23 1 02 42503 CE SUI 

FPA l /t 092AM29 421 1

ED 4---------­

2 Al 5/230 111575 C L 

-- 23 14 2 2500 SUV- 1 

S-­ -2Al 2 30- 39 00OnO 94

2BDO0/ 31 2 02/ 1 0 39 59 072059 ESB 

--------------­ 31 12 3703 E F - B 2Iw0 1/- 3 

I5 0 

13 ' 0 3 I0 

20PR6/ 9 i l-6 03 B

22 / X145C 

2 10( 0 356 l 

2 3 0 59a 

2 222124L31 21 5 2 - 2 B1 6Y W 10934'591 B 

2511 5 133 0 c 

_2 1/ 9 1 a13 2959 SUR 

2 12/ 3945 1 

LT 221 //0 10 12290 00 C I S -­ -

-2 80 

2 1BI9/ 

p 111 / 4 5 91CL 

() s i 

OI Q rT IT 

2 ) 10 350 9 n 

2 B 1/ 2 190 

2 2 B BllssLtas 7/d / o 4420 719 ebI­

, 9/046 0 : 9 S 

- - -2E1K ;/ 13" n T 

2 l /46o2444S 

Z 11111 4 10 35 9 s s 2 4/0 1 9
 
--- - - - - - -- 

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

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

- -

VL-2
 

CAMERA 2 ELEVATION COVERAGE CHART AMERA2 A AZIMUTHN 

MEA V t TS O1 0/ corJ 

-

_ 

- - - - - - - - - - -2 

F-2 


I-I 

F05 33 

2 CO9! CO 55 95 09.5 1'fl 0 00 0 C

2 600656 09 W459 MsR -­ 2 CO r / 56 09 47 59 C

2O2/[ 5b 14 101? BI 

GO / 56 1 503 B1 

57lVt iL Z. C ~ T0------2 p?
 T

57 07 31? 1
 

0/57 09 v
 GO 7 5 -!09 0907SV 2C660 11 09 1-

2 C- L 60 11:29 59 V 

0r--- 07 53 - 51 CL

R1
 

- --- - -

--- -- -- -- -- --­

- .. 

. 

- -+ 

A /0'2 2-- R/n ,) 2 

2 AD 9/ 3 

2 	AQ AD 5 

2 5 

2- A 6 

2AD / 6 

2 / 8 2 jg 

2 A0/ 38 

4/9

AD 0/ 10 

2 A 2/ 1 

2AD~i 2.-

1AlB 

2 / Al1 

6/( 11 

_2Al 0 3 2 OAl20 

Al! 2/ 21 


2 9AlJ 1 

1* 500 cn, r 3Iv
 

0 00 00 CL : R
 08 oq Ion RAI 

12 52 1, SU V 

12 52 11 1S V 

17v 

7 000 14 29 59 


14 5333 


0-801 59 


9s9i 

07 *49 59 

17 10 5% 

09 37 31 

117535% 

1 	02,' 5d


19'7 5 

1 0 2 5 

9 

06 0 i
 

I 

BEBCS.S
 

R
BE 

BE 

CL.......................... 

BB
 

U- V 

BE 

DR
 

3 1 

R
 

09 

~~ZKI!1 	 atBI,,,5.., 

I4I 
VL-2 

CAMERA 2CAC AZlMTH NJCAMERA 2 ELEVATION COVERAGE CHART 

I-= 

C EA EL V O 

r''1=-

V 1 T -0 0 N -3 - - 9 ? 7- 9 r F' ) , , 

-------- if T --- aTffrh5C 

- - - - - - -

28B7/40 

- -An---

190959 

- - - -

C 

lH2B1/42 

212- 9 44 

19 Ob 59 

1 W t -4 

- - - - - -

2 El 2 2/ li" 3/ 2 21 Bl III4 1 10:32 959 59 BE 10:35 59 IL -1 

I h gQStR 2 Rlg n, qio 

281 0/ 45 10:29 5 

6y, 6 C9:5a 59 C --- 1 0o 59 I 

I1013 59 All 2 81 9/ 46 10:29 59 S,11 

28BI1/ 4610:359 2 Bi 4/ '6 13:20 9 C A1 

21BE v 6 141 11 s~ 

2 17/ 7 0F- 12110S -­

21 9/ N 06:13 59 2 

2 E 2/ 0O0 14 

2811 48 

1 :31 59 1:4 9 C 

I 

-

- --

----

-- -

- -

- -

--

- --

-

--

-

-

-

-

-

- - - - - - - -CI ELI~ Rl1 g ~~ I g"IV 

2 B1 8 - RV 

2pRl o 299 S[IR -----------------------­

281l 2/ 49 1:'1ll59 if 

- - p-- q1/ f 9 21BE6t9 R 59-4--------­

- - -2-- 9I. 1 ZO9%-SE: tX 28R 1/50 :3 00& sCRy 

BE0 

I0 I 

2 31 2/ 50 l 1 Q-9 :35 00IA/ I I 

- - - /10 321 IV_ 

2 7/ 51 0:33 19 C A 2B9/5103 59 B2 

2 B2--- - - - - - - - B2459 1 11 2B2 7/ 51 1 :3 59 BI 

-Q'2 0,5W 0 :59 00----------------------------­

'BE - 1 4 2 3/ 54 1 00cCR --

-

-00 

A,2 1 

200O9/ 55 2 CO 0/ 55 , nh 09:58 00 10:01 00 1 h CLR 

If I-' 

-- -- - - - - - - - - - -O-P'' 

-- - - - - - £85A' 5920 

aj 154 

2 c04 ::41012 Bill 2 CIE 1/50 5 

2 CO'ill 56 11: 

2 CO 0/ 56 15:11 5 BC3 

-1 24 2 CO U/ 57 07:93; 2 CO 9/ 57 07:35:& 

1 

- -

CAMERBAEL.VI T VA.-2IT -3-

I- --­

om AO 6/ 01 

0 7/ 01 

2PA0 3' ^- 2 ACE4/ 02 

2AO /02

900/ 03 

T45 59 R2 

07595 

09:29 52 BT 

09.26 57 CI 

11 00005S V 

& 90- -A­ 0 00 00 CI 

2A /0 0 0900 

23 70N5 1 2 52 11 

2fl08/ 06 08000 

24O1/ 06 11 15 00 

B1l 

ST 

D--------------------------

BE1 

20/6 AQ 07 172To 

1252 11. St ~L~u s s Ai d4 

4o6 
VL-2 

CAMERA 2 ELEVATION COVERAGE CHART CAMEAA2CACC AZIMUTH N 

ME'A EL VIj VA-27 ­-

(im - /AQ081I429 S 

2AO 8/ 0 53 33 B A O no 9 n n 51 5g 59

2 ACOf 10 07 49 59 B 

2A0612 10 U 

A9/13 2 0 39 B 

AC2/ 1{ 1 10 58 81 V 

2A9Y16 17 P5 59-"i 2 ,l16 ,7 39 5R A1U 17 103 n-9 A2806l 420 089 56 13 V 

2 A 20 4 1, nL 

2 2 1 10:10 5 B2 

-

A -- 21 10 18 B 

20 8/ 1 09:7 2- 11

, E 2 1 1:3 9 

Al 1290/ 9 

V -

-

-­ - - -

- -- 6237109 41 2 /23 1111 59 

2 Al 6/23 11 19 59 2gS 

U 

M 

42l~14 IT 0 Lo08 RV 

30129 18 A20/2 1 

A2 A25 

40 5 1 5 070 UR 

59 RV 

0 8 SU 

F- -

--74 A230 To6 E 2 AP Of i1 7 RIP 21 0 11377 1 2 -- 2/3 14 250O0 R --­

4321 :IN59 

p1q : 5g 1 -

9 10: 1 59 B 

00 R'1 1080 00 - - - -

2 361 45 0 -x19L /46 3 lo 48 To 2 

B 6 10 00 S5RR9 

21 

-'424 2/ 

19 4- 10 

0 8 lO91 N59 10 7 2 A92 

71 R7
 
VL-2 

CAMERA 2 ELEVATION COVERAGE CHART 

CAMERA 2CACCSAZIMLJH 

C;0E 3A ELI V It TEFVAI -2'TC -30'P W 2 BCI 49 4.9 9 su V 

- - - - - - - - - _1-B101 ---

23112/ 49 10 31459 IB 

231 7/ 49 

2 al0/Y50 

12 

10 9 

900 U 

2 T1/ 50 103 00 231T /51 06 33 59 CL B

-- -­ - - - 2 227/51 i8104 9 CL - - - - -

2 201/ 55 09 20 00 B 

2201 11:5 003B1 - -- -- ------­

21 10i4 009snTCC - -------­

- -

.3.~~- s..is 

- - - - -8 

s 

A 

2--

2 CO a. cu*T4 3 

2 C 

-w 

00 

ol 00W =±.LJ.J0 1.~.*. .*.3l3w iW 

00485 

inS ~ ~ -, 
VL-2
 

CAMERA2CACI AZIMUTH N~t CAMERA 2 ELEVATION COVERAGE CHART 

A ER 2Er VI"NT R V L -

-

0 ' 

-1

0 O 

-

A 2 / 0- 14 2 5 00 ,',L ,C "" 

8gi F gI 0 CL 

2 19 45 11f UB 

GA 10Q4 10 B 2i06/ 5 1330 00 CL 2 80 / 00 I 

2z0 8 -- -SO---------

T r " 

2 Co 2 7 12 1 421 24 = 226 B2BI 

2So /C 0 57 11 SU 

B 

2O2" 

2-C C 

1 100 j1 

4- BB0 259 C 

64 41/0 1 2 59 I Ii 

-­ 4 5- 1A 

i 

4 1 L 

fi -4 

1- 4 

2 Bo~ ~ 1:95 

1,7/ ( q i 2 R 50 1/ 54149 S 

.6 101500 L-

-­a' 5 0 1359 OI 2 131 46 51 1 9 O 7 Ri l" 46 10 59 ML 

2 / 5-61 50, 59 BL 

i B -, I 0 

o/q1 3 Ol 49 IE l 6 I 2459 SO 

2 1 e'l / o1 9 9 cL 

Bi 4-56 9 59 BE1 

L 4 

-

2 B 574 317 

2 1/4 81! l 101909 SSLIV 

Il"/ 8in1199oa 

I~ ~ 1/B. 11B 

2B/4-9 1- o -59 

2 /0 4qBEaL 11111

2 0 5 110 

s iV 

StI 

• . ' " --.f';: '%.;:h.. . 

2 B I . 

Oib/ 51 0 

" ' 

39 59 If4-- )II I- 7ff

52 19 Il 

. = ,r, .,.. . _= 

2 5-9 B2 CI I 51 0 1 3

--

..... 

--

,._ 

-

-

._,.. . ,.,.,,.,0. ,,... 
- - - -

VL-2 

CAMERA 2 ELEVATION COVERAGE CHART 

CAMERA:CAC ELAZVI 
 TE VA -4T -(OT 2 
 1. J 17 T] 

--- - - - - - - 2A0!3/ 10 12b 1100 1
 

A l 1 11 I I I I---
 I
 

I , .. A 

- - - 2 Al 1 12 2113 B
 2 Al 4/ 20 08:51 13 Cl 

I14 j-- 2 14


2 ~ ~ A23/0Vb 5 


5
 2 0/ 19 15 
 070 3 1V

BA2/M 0 45R
 -i- B0. 

• 2 4/ 4 27 0 C
 

217/ 306
 

0C
 , n glo ,T
 

-12 BO a b// 345 03 51­ j

2 ,a 3 , n 

0 1
 4
 42 


B 5/3 511


------ BO 1A1/5 

09 

00095B I

v 

( 


BI 25R 

-2Bo4 1 
 6 13 a
 

- ~ R~r 38 122
 

) 

4105
 

5RV
 
CAMERlA2CAC AZIMUTH I 

CAMERA 2 

V1-2 

ELEVATION COVERAGE CHART 

M WA! ELVI 'E VA 5 T -6( I 

i2 

T. 

. . 1 1 .34i t A 

F2 

! 

-2 . 41 M 09 U, 

B+ 42 

12/1 

-- - a 4

21 46 

B4 46 

1209 44 ONm i

61 ,, 22:0 11:2796 

n0 R IT 

:19 22 ON 

0h 9 1 

:135 H 

, 

I2 1:13 10 S RV 

- -- -- -

--

- - - - -

2B 

-1 P54445 4 0 

Co 4/57 VO06:52 45 CO 5/ 57 06:55 12 v:Uf D 0v9 OTv -9C01 2--

S4RV 

131 

Bb1 

B1 1 

St~ 

ulu 6 u.Aa . L k .zgr&-t b *.twI t- I. k±L ~ . .... -L.J-,L ~LI~u~u nd 1 "

411 
VL-2 SKYLINE DRAWINGS
 
VL-2 SKYLINE DRAWINGS
 

This section contains the skyline drawings for VL-2. The format for these
 

drawings has been described in the section "Skyline Drawings."
 

415 
VL-2
 

CmE ICCS AZIMUTH SOL 0 

CAMERAZ LACCSAZIMUTH 

2 q,A02/000 

,IM vI 

' ' 

CAM4ERA 1 VIEW 

IA , i 

1 4:9:59 CL 

= 

iI~z 

- -

2 

-

-I 

- -

NA IV2 1 ! . .. ....

I 

CAMERA2IE 

SOL 1 

Sroood oo 

CA1 EIA 1 VIEW 

CAMERA 2 VIEW 

~4I6 
VL-2
 

CAMERA1 LA.CCAZIMUTH SOL 2 N 

1 . .. o... .. 0..405"505"nOsoar10. ' 1OI A" oa rn 

CAMERA 1VIEW
 CMERA 2 LCOS AZIMUTH 'l - ° = =' - - - - -I, E,!I --o
 

000 0... . . . 0-00 o 00 o .-­ -r . 0 . . 0o .0,.2 0.0 o0c .0 -30 ao oo

94' 6-Hs 1I-3V1!', 1 54: 37;SU 

CMIEI02 VIEW 

I'!!1~~~ ~~~~ ... -...--: ------- -I"''° , N CAMERAI AZICACCH SO 2C 

CAMERA 2 VIEW
 

417 
CM2R EACCS AZTRLIfl 

j~j~ ~: J-LL___I21A033/004 -.­

S 21A29/0-- 20:13:59 GVL-2 

SOL 4 

21A028104 

09:23:0 3-GLRj:TLJ 

CAMCERA2 LACCS AZIUTH 

CA.ERA2VIEW -- ------­

145 1 *4 O' 1n 305 In' 

a 

sm - In 

... . i

5' 

.. 

.4'y 

... 

r 1' 4 ' 4 - O 6' f4 4 

... . 

4 l 

. 

-

. 

5' 14 1. 60 

I 21A3 

* 

/005 

1 34D - 69.V1 

-

J-17 . BB. 

W.ARA I VIEW 

-

L6. -­ 22A0 //00 - " 

CAMEPA2 VIEW 

1 N8
 
IERA 1 LACCSAZIMUTH 

" - -- -

2 A0 

--

VL-2 

SOL 6 

2IIE 

221oA047/006 

lw 2w---y ICY 6) . . . y ll 12W¢ 13'1-1 . . .. . . . IWJI ,1, "60III 

....... 21A39/0069A4/0 

39:419 -42 30'0 

CMERA1 VIEW 

=.,ob,:o o I 

CAMERA2 LECCS AZIMUTH CA MERIIEW 

62' n 0.3000"00560103"0 5 o o. 60 no t 

CAIERA IEWI A

CAEA 2 VIEW 

n0-l05 0.500 30 0 0 0 0 0 06 6 0 6 

.5 1 s1 . . 12: 5 1 I I. 
VL-2
 

SOL 8 t~mt I UCCS AZIMUTH 

2.21A05/008 

162606 S1A5900 • /AD 9:15:33 qB4" 

CAMERA 2 LACCS AZIMUIh 

CNIEM I VIEW 

CAMlERA1 LACCE AZIl'UTM'N 

CWIEPA2 VIEW 

SOL 9 

! -C Sr1 .'C.­ oC. 0 to* S C SM . 0 oS . . r L. n.to 

CAJIRA 2 LACCS AZIMUTH N, 

4V5M oo* I $ IS. 1 45 5Ml30$ slr 52 no. L,- ot n. 5100 t. Sr °.2 °" 't o 2 5. C o," 5 -1M 5 

CAMERA 2 VIEW 

4l2O 
VL-2
 

C 1ERA I LACC5AZIMUTH SO 10N 

i I 09:11."I " B4 

,);?Iio12 A04/ TAOT17010 

CMERA LAcs AZIMWTH A 

AM 1 VIEW 

N 

CAMERA 2 LIACS AZIMUTTH 

CA EP,~ .s." w - . Av-vmgVVr-.2 

CAMERA 1 VIEW 

Vcc AZIMUTHIIUT 

=v ~ lV XII 

£3--.Hr 3-,330 3- 7 0,32.,, . *,3 0 - , .2 

CAMERA2 VIEW 

4 30 30 5. 

SOL421 

-. 3 . 03 " " "w."r r , 'r, 

2 
ME"AI uCCS AZI UTH 

. . . 

' 

.. . ..[ . 

VL-2 

SOL 12 

21A06210 12 

2 

1:C59:59 ChR i'to 

21A081/012 

" ' 

CMERA2 LACCSAZIIIUTH 

o . 

CAMIERA i 1 VIEW

A079/02 VIEW' 

. . . . .. 

-O -­ ._ Al-~ 

CAMERA 1 VIEW n 

CAb Ao . . . . . . ' *44A nO 25A = It 

..... ...... .. . .. - J .> " 1 

fA2 LCCSAZIKWH 

CAMERA2 VIEW SOL 13 

CAM22UC ZMT 

CAMERA1 VIEW 
VL-2 

SOL 14
 CM4ERA I LACCS AZIMUTH 

2 A 99 0 42 1 A l00/0 1 114 

r- CO ERAI C ..... 17 :M8 59 IR2 i 

CAMERAI VIEW 

CAMERA Z LACCS AZIMUTH H 

: ; -/109: 37:31 1BB3 0i9:02:45 BB3 h-:5 "iBil 

." •24 35 3 .Ks. 9 . , '1 ,,, 21v 1 .I i r 4E 19 19 Yl1l 214 'M 24 Y 2,V31 V 3 31/ 

;",~~. ...~ ~ .. ~- --. -;---..... -
-T-_- . ... CMER 2 VIEW
 

SOL 15 CAiERA I LACCS AZIMUTH 

-: 2 UN 
 ,21A l CACC A MU W3t toCAHEMA
 V 

CAERA IVIEW
 

21AVI0/015M : J . i 09:35:54 BB l 0 " ]
 

CAMIERA 
 2 VIEW


423 
VL-2 

CNEM I ¢CS AZIMUTH SOL 16 

7 -- LT/1 7 :29:59 SURV 11:59:9C. 

: : ._2_21A1A1/041'0 1 I1/06 

0~~O. - - -n - - - .- - - -

WERA I VIEW OCMIEA2 IACCS AZIMITH 

1 ."-

1 :. 5_9 BB4 . -l2Aj18/016 . .. . . ... . .. 

CAMERA 2.LACCS A ZMUAZ- 1. . 

CMOA1 VIE 

CAMERA2 VIEW 

SOL. 17 CAMESAI LCCS AZIMUTH 

CAMERA I-1 VIEW 

CAEA 2VIEW 
- - - - -

VL- 2 SOL 18 CER I LACCS AZIMUTH - -- .. . .. . . . .. - ­ -
 -


2.1A 9/018E 21A13/0 8 

... .IAI9:33:5011313111. 

i 

I - T '

_..... -­

7 f 

/. I . 

. .... .. . .. .. 

l 

. . .. ... 

f l 

MU 

l 2 L wERCOZIleT W l l 

M 2 U.,CCSZIM IH.2 

I . "CMERA 

' 

C. sSr 

4.tEII 

" 

l()(i 11W 12 13W 140r 15 20r 

CAMIERAVIEW 

ZI NW2 24 -

13 21 .­ - - -

1 

2 C MUI 

22-'33/0A1 

.9I8 

c S 

. 

r,. 

C . V54M

W 

4'I 

CAMERA 2 VIEW" 

121A142401 
CMERAI LACCSAZIliUTH 

........ 

VL-2 

SOL 20 

1510020 " ".17 

1 :44:45 2 CAMERAA IACE AC AZIMUTH N 

o133 

37:43 BB4 

2 bSOL 

i..•- -­ 09:31nn . 

- TA or Mw r ~~ Iw I-~~rW' 

rEr! 

CAMERA I VIEW 

CMIERA2 LACS 

:31 

AZIMUTH 

V~~ 

U 

~ 

. . . . .. . 

~ ~ 

.... 

~~A21u I-VIEW 

- . 

N 

. . . .. 

, AZIMUTH 

T1 2R IvMX l 

1f 

lg260? 

CAHERAAR 

1SO2 

I HU CAMERAVIEW 

61 

2 2 ElS 
VL-2 

SOL 22 CMERA IACCS AZIM~UTHN 

A170,02/22 Imlfi/'i 

CMEA2LCSAIIT u Fr • H r Z . CAC' Z r , Z r+U ,l' "-- + '17: 2 2-3 r1w- w r 

CMEA 1 LACCSAZ1MTH 

T I'~2/ / 022 ~ 

CAMERA2VIEW 

L22 

'-- SO 204:7 

2O 

' L '­ . 

CN2ERA 2 VIEW 

CAMERA I_VIEW 

-

'I 02427 

CMERAF.P2 ZW VCCs 

_22AjJ_65L22 
VL-2
 

SOL 24
 

95- 4 11 ;A94O, '2A BB __ 

I ' °
 

101 - f 1; m- 3w ; . I fW i 3"i- . I I V W ' f "1; It it. Wo. r 30 '- - 50 • Isas' f . ° 4' Hr i3- H3 r 5 0.

ffi Mj7I a 65-9 _ ~~~ 1 .I 1 ~ CE VIEW1 11
 

I__ FTI :~1I ~ I~ ~
 

CAMERA
 1VIEW
 

CAMERA
 2 VIV 

CAMERAI LCCS AZIMSLUTh 2 N 

l 1 0£_ 

A1 :if{I 122 ! ! 2A20 5 5I 7777I Ii 0:I FT v s/o 1 H c if0j2.. 2 lo I ,


, .5 o2.:3 il
 C" "
 ERA2VIEW
 

-- ,1tli i II W
 

CMERAI: VIEW
 ~~r28
 

CA28 UC ZM
 
VL- 2
 

.E. Iuccs zlm SOL 26N C RA I LACCSAZISIETH 'I 5AZ 2 

U 2,, e mL A-.. - , .114 141 'UY., " 

CAMERAI VIEW 

CM4ERA2LACCS AZIMUTH 

I - - --- - - -

CEA1LACC AZIMUTH 

CMERA 2 VIEW -I I 7 

SOL 27 

ERA ~ZM ~ I .. , ~ I 

LL kriI I W AILI5H6.%~~j o 

2kvsJ, 7.13 .1. -'JJ 

CAERA1 VIEW 

CM'IERA2 LACCRAZ2,=Irh 

- --------- ------------­ ___ 

CAMERA2 VIEW 

429 
VL-2. 

CERA I LCCS AZIUT. SOL 28 ,.__ .. ., -ZA_3/o8 - - 21A227/028 J -24A2261028 F |
 s I -3:1:3 BB2I .. -2,~8s . 12I~A228/1028 1-"-1 T8. 


r -

CNEA 2VIEW 

A 

0403 art- a.is 45 tg IO~ .1 I " '30.0 VO~2S5**SO i lrS V10 .2 20 2 22U-23a52I4g25GS' I #8 03201. g.2.202 

1IERA :03: 11 

SOL 29 

~A 

211220/02 

CA802A2 L"-AC AZINVIX 

CAMERA IVIEW 

2 22- - - -­

CAMERA 
 2 VIEW
 

430 
- -

VL-2 

SOL 30 

C-J49RA1 IACCSAZIMUTH 1l N . o00 1+" 

+CIE12 VIEW 

CAMIERA2 ILA=C AZIMUTH. 

25 . 30-n----' , I 22A253iO30 I/ I, 

'22k2 - 22A 

1 ; 4 '2A52/0 0 1, 10:5 :, 14 5:100;CLR 12:069 BB 11 .I.F.- 1W v1. I AVIi-14 ' l 

-- 2D A2 0 

CAMERA 2 VIEW 

SOL 31 

A LACClAZIMUTH S 3 

A 6.5 .-- B 

4 ON ' 

. 

CAMERA 1 VIEW CMERA 2 LACCS AZIMUTH- - - - - - - - - - - - - - - - - - ­

.... 2C- 2.IE

ETA4.ris' "'l s'III' SIS'A- els 915. H ! UrI243 I I I 

IMMR 2 VIEW 

431 
VL-2 

SOL 32 WE"~k I LACCSAZINUTI 

9! -"-


I I I 9 - . -6 

! 06u:39:59 

CAMERA 2 LACCS AZIMUTH 

rjrnT Zryr 

/032I I 

Tr Tr 

3 k:' B P 

CAMERA 1 VIEW 

7. 7r T___T ixi, ~ T hi i 

. .o.~r Zr r 

C1 

S r o 

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r - o. Z 0 Z ~ 

F 2 V]FW 

SOL 33 

LAIeS 

2 2,l03B 

o. M 

AZIM C ,, til 

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r t 

222 

i , 

CflER I LACCS AZIMUN 

Z 'Z ,. . ,. oI' o8:5 r -:o o 

CAMERA 1 VIEW 

ZoSU- '__'________________ 

,IFIn 

)A2~A 2 

'z
 

432 
- ------ 

VL-2 

SOL 34 ME" I LACcS AZImflS 

- - ---.-- - r rC1ERA 1 VIEW 

rI T 1 o-"-4O3_4 ., 

02/03 l , , . 4 CAMERA2 VIEW 

COtERA2 LACS AZMULT SOL 35 i :0 B23 03, 

CAERA 2 VIEW
 

§-IEM 2VIEW 

- - -I'
 

_,-

1 LACC AAIlUTH

VL- 2 

WfMlA ILACCS AZUILh SOL 36 N 

gp2lB39JO3WC
 I I iRA CAME I CACC AZit I 

CA) AZIMUC rL t tr_ - - ..... .. ... -

M ECCSI VIEW 

. --H..... .. - - -_ 

- --- - -- - -

TERA 

- - -K- - ---W - . ... 

-t4SO 

LLER 

CAERA2VIEW 

37. 

2 IE 

1B303 
VL-2
 

CMU4ERAI L&CCS AZIMUTH SOL 38

F r 117:".29:159 B 

CAMERA LACCE AZIMUIMF 

twnr1jir4 1RI& r IO '_ I_ .rW32W5w: rl r II 

CtERA 1 VIEW 

CMERA 2 ACCS AZIMUV 

1-i , , - 51-t . .. t " t1 1 1 1 

CMERA2 VIEW 

435 
VL- 2 

SOL 40 

MAIENA I LACCSA IJTHI- - - -, 

1:' 

0_86 0_- _ -__iB I -­ 1--

CME"A 2 LACCS A21MUW 

o. I - o-,"-suN I202/ 

I UCCS AZTIWT SOLCC 41 IW -

_v 14 F3 

CMCERA 2 VIEW

l .. . . . . . . . . .. 1c 

CMERAI VIEW 

. - - JO LC1 

______oo____ ____ ________ 

CAMEA2VIEW 

En AZIUT I I' I - - ,- - - -- - -- -- -

19 0:R CL_ 

1. I. MA A 

emIccli A, 

I 

... 

! ' l _ 

CAMRAEI 1 VIEW 

CAEA236
 CS ZMT
 
VL-2
 

SOL 42
 WE.R 1 LACCSAZIMUTH 

" "' '"'-' " 
 i i-- ,08: 9:59 B _ oBo:4.,,


, Zr.... 

CAMEA 2 LACCOAZIMUTH 

/__rr r w r CAMERA1 VIEW 

Zr to 0--.rCAMER VIE :5 

CAAEA&- LACCSAZIMUTH 

7-'Z r O~0- - - -

SOL 43 w 

--­ iJAI . ...... . . . . . . CEA I VIEW. 

CAMERPA 2 VIEW

2234 
VL-2 

E- ISOL 44 

Z_ B_-1104 - -

IMu4 

10lwIPv W.'1SW 

2_; LACC 

l.1CI' I I'

cMA.k 

-

CMEA1 VIEW 

a 

ll 

'j~u. 1wb119 l'~ l" 5 ~ IW1.' ,1WII 1I 

6di-, 

C IEA2 UCCS AhIMUTH 

, " . 

- 9 r I 6U m 

I -

CAMERA2 VIEW 

OR- SOL 0 45 I =. 2-"-59 1 RCMIERAaVIEW 

CNIER2 VIEW 

438 
- - - --

- -

VL-2 

CM4ER I LACCS AZXflMfH. . . . . . . . . 

SOL . . . . 

46 

. . . . . N 

M O . 

• ' 

,i---,B-_ _ 

2-... 

-L.-LJ SUR : 

TTII. '.....I I .
 z 3o + ',-
 L


CAMERA 1 VIER 

mm2ER2 LACC$ AZIDIUmh 

22A11/0I6 22BT (l40 ~ 2. 0.20 . 0 0 ~o - -

SOL 47 

CM#tRA I LACC$ AZIMH Rr 5A N 32119V LR­

,' zz'J/o? m 13 il SUR­

,1- 2LACCHAIIT lEA T RI 

CMERA 2 VIEW

liL~
 44/ 

20 000 - o 20 20 020 022 - - - O . - • 20 - or - 30 30 or 00 . 20 O r . 20• 

R,, -ilk 

CAER 1 VI
 

CMEM 2UCCS A1t39 
VL-2 

,wE 1 LACCsAZIMUTH SQL 48 

--- I /-@60YO j 1 ,1/O --, 211 

CA.-ERA2 LACCS AZIMUTH--

.... ~~"s 

CAMtERA 1 VIEW 

• ,, 

'N-r7, 

-

CAMERA1LACCSAZIMUTH , 

------

r 

CCC ti ,ErCCC2C 

CNAIEMA2 VIEW! 

SOL 48 (COwT,) 

CCC CrIACtCICt 

p7i 6/o-1 

CAMEAI VIEW 

CC - - - - - - - -

C.MERA LACCSAZIMUTh -CA 

CAMERA1 VIEW 22B1'73108 

2VE 34:9 ~ I 22B1711/0Il8 

2:35 R -1MERA 
VL-2 

SOL 49 CAJMERA 1 LACCS AZIMUTH

Z~jjjjj~j. 4 4 I'KW I I tj 717j : a- 2W 12 IL S 12i . Its , . I. r I

121B130411,/049 

I CMERAI. VIEW CAMERA2 lACCS AZIMUTH I2l 

,otj II fl 4 I 22B~ 017Olr 5 

-CM4EI 2 VIEW 

SOL 50 

I Ei VEW T 09-15!0S 

C RA1B2UCI IZIU A

MEE 

1950f7J~ 1 I __ I __ __ 

CMIERA2 VIEW 

4i1 
VL-2 

SOL 51
 

C M E-A I IC C S A Z IM U T H - - - - - - - - -­

•~CA ' TK. .-.. ViA -"
 

L_~f ----., C A I, .v 154N-..C, -Iw-wI-, -VW12WIJ -1


; ~2119/05-1 CS .. C . ' I . I, I - l llL~- r. to'

CAMERA I VIEW 

CMM VIEW 

2 

311m ,I. v 'w <i ICA 91t,!'' ,v . . n" _. . 

-- -" --- - - - - - -

CKWER2 VIEW 

SOL 5 
VL-2 

m 

SOL 53- I ZlI.I~HHl 2 	 - -	 - I I I ---- ­

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- C2~1 

, , __VIEW i ,4-__ 1 .,I -v v, "CAVEWC 	 C

VIFM5 2IWR1B

CAMERA VIEW

-I' 2e4V13	 1 1 	 .. II I I 

SCAMERA 

I I i i I 

2VIEW 

I I I I . \ ! l - -­15.-009011 
 SURI


CA~EWCA4.
 AZ M
 

VK443
 
VA-2
 

SOL 54 (CONT.) 

w lw
 

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C 1ERA 1 VIEW B2 C-8R 2 .L.. 40 -t n. 1-Lq 21.: ,400 LL4.Z -9,0­

2, ' O ' . 0 M O ~ 4 ~ . ,a . a C AoE CR AZI M UTH. -A 

- - -o -o -a- -

CAMERA2 VIEW


SOL 55 

z's.- TitsIts-] . s ,6 V H" 'KV 2245'422V05 00

C A 1 VIEW 0EP 

i0 V 005 'or ,111 5 ' as 5u ' 5 ["'"5 2 50 ,25 04 ' 2 5 o a .12-'* Isg; O..'. flt*2r i 2? IV 5~ 4oI5ll 5 5 a 

CAERA 2 VIEW
 

4O5 
----- 

VL-Z 

SOL 56 r - - - to o - r a o a 1 0'~ r - o r-

. o r rZ,rI 141 o ­ 0 ir10 . - I to]., Zro- rr, ,000 'c o ' - o n no 

2-~~~~1 0/5--905-EW.2

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CMERA
I VIEW A L CCAZIM.UTH,. ­ 5;7
Lu'u
 ,I- . 122C022/0561 / 1-S
 F t 

-11 
 0-:35-12-B:59 1 6
 

;_Clco26222c025/056o 0' 5 

!C0M 1Z Cto 2 4 M5 -6l' |.0 ' 
 -

E2A1IEW 

IL t .- -- - - . - - -- -- - - -2 1-0130? M - 6 

CME 2 VIEW 

SOL 57 N ,e = ,
 

M ERA I CCS AZIM -lT 

- - 0 607,
 . . .-.-
 . . . . LCC 

/057-,.:ioy--B 

. .'2 CMIERAI~tfl -. . .2 AI:U 

L05005o 


123 105i ______ _______ 

-2
 - 5 -1- T 

11 .57I­ -1 :- SUR3 -

CMWER1 VIEW 

4575 
VL-2 

SOL 58 

CAMERA1 LACCS AZIMUTH 

CMEA2 [I AC I N h- .j -- ­ ,2co srw 

o'E VIEW 

r ,r r n,r . 

0 

.n. 

CAMERA2 LACCSAZIMUTH CflERA2CC 

2w ;Ma. n 445 R.-. - -

-

£. 

.--. 

CAMERA2 VIEW 

S01 59 

I I AZIMUTHH~h 

.l.­

2 ---

CMERA2 VIEW 

'146 
VL-2 

CAKZ I UCCSAZIUTHSOL 60 

- - - - 3S 3* r-h"065/060"-," , ¢064-060"" " 

CAMERA2 LACCSAZIMUTH 

4-

1 , 

L 1 iI r , j 

CAMERA I VIEW 

' --- I 22C066/06 T Y9-. )9 ULM i 

tA~qtRA I 

515 

L.ACC$AZIMUTH Sn r 20 = 

*OO SoO 

i.i, .K'ti, < 

I*rotjrst'a 

CMIRA2 

' 

1' 

O* 10 

W'' 

C 2-EA V2IEW 

501 61 N, - . . '* . . .., Sr* w, .- = 

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

o-Ot2*I 2 *OtSsa oo wzrngoa,'00to09:5122 2102 0032 

AZIMUU cAC

P.q W i I vI lw, .1"I:= -'IS'="W' 

-----­

320D i,0 

CAIEF,1 VIEW 

SOL 61 

CAMERA 2 VIEW
VL-2 EDR IMAGES
 
VL-2 EDR IMAGES 

This section contains the experiment data record images for VL-2. The 

format for these image displays is described in the section "Viking Lander 

Experiment Data Record Images for Primary Mission." 

22A001 /000-22A002/000 

22A001/000 BB1 1/3 22A001/000 BB1 2/3
 

3/3 22A002/000 SURV 1/4
 22A001/000 BB1 


451 
22A002/000-22A005/000 VL-2 

22A002/000 SURV 2/4 22A002/000 SURV 3/4 

22A002/000 SURV 4/4 22A003/000 BLU/T 

22A003/000 CNIT 22A003/000 RE/T 

22AO04/000 CAL 22AO05/000 B? 1/2 

452 
V1,2 22AO05/000-22A010/001 

22A005/OO0 BB2 2/2 22A006/001 BLUIT 22A0061001 GPIRNT 22A006/001 RED/T 

22AO07/O01 BB2 1/3 22A007/001 BB2 2/3 

22A007/001 BB2 3/3 22A008/001 BB1 1/2 

22A008/001 BB1 2/2 22A09/001 Bel 22A010/001 BBl
 

453 
22A01 1/001 -22A015/002 VL-2 

22A011/001 BB3 1/3 22A011/001 BB3 2/3
 

22A011/001 BB3 3/3 22A012/001 CAL
 

22A013/002 BLU/T 22A013/002 GRN/T
 

22A013/002 BED/T 22Ao14/002 SURV 22A015/002 BBI
 

454 
VL-2 22A01 6/002-22A019/003
 

22A016/002 BLU/T 22A016/002 GRN/T
 

22A016/002 RED/T 22A017/002 CAL 

III
 

22A018/002 BLU/T 22A0M /002 GttN/T
 

22A018/002 REI/T 22A019/003 BLU/T 22A019/003 GRJ/T 22A019/003 RED/T 

455
 
VL-2 22A0201003-21A025/003 

22AO20/003 BB 1/3 22A020/003 BB1 2/3
 

22A020/003 BBl 3/3 22AO211003 SURV 21A022/003 BLU/T 21A022/003 GRN/T 21A022/003 RED/T 

21A023/003 BBI 21A024/003 BB3
 

21A025/003 SURV 1/2 21A025/003 SURV 2/2
 

456 
VL-2 21 A0261003-21A030/004 

21A026/003 CAL 22AO27/OOi BBI 21A028/004 BLU/T 1/2
 

21A028/004 BLU/T 2/2 21A028/004 GRN/T 1/2
 

21AO28/004 GRX/T 2/2 21A028/004 RED/T 1/2
 

21AO28/004 RED/T 2/2 21A029/004 SURV 21A030/004 CAL 

457 
VL-2 21 A031/004-22A035005 

21A031/004 BB1 1/3 21A031/004 BB1 2/3 

21AO31/004 BB1 3/3 21A032/004 BB2 

21A033/004 BLU/T 21A033/004 GRN/T 21A033/004 RED/T 21A034/005 BB3 1/3 

21A034/005 BB3 2/3 21A034/005 BB3 313 22A035/005 SIJRV 

458 
VL-2 22A036/005-21 A039/006 

2 0 1 

22A036/005 IR3/T 1/2 22A036/005 IR3/T 2/2 

22A036/OO5 1R2/'T 1/2 22A036/O05 1iE2/T 2/2 

4 

22A036/005 IliT 1/2 22A036/005 IRIIT 2/2 22A037/005 CAL 

22A038/006 IR3/T 22A038/006 IR2/T 22A038/006 IR1/T 21AO39/006 BB1 1/3
 

459 
21A039/006-21 A047/006 VL-2 

21A039/006 BB1 2/3 21A039/006 BB 3/3 

21A0110/006 BB1 22A01l/006 BB1 

21A042/006 BB1 22AO43/006 SURV 21A044/006 BB2 1/2 

21A044J!06 BB2 2/2 21A045/006 CAL 22AO46/006 BB2 21A047/006 SUN
 

460 
VL-2 21A048/007-21A053/007 

21A048/007 BLU/T 21AO48/007 GRN/T 21A048/007 RED/T 21A049/007 SUN 

21A050/007 EB4 1/3 21A050/007 BBII 2/3 

21A050/007 BB4 3/3 22A051/007 SRV 

21A052/007 BB2 1/2 21A052/007 BB2 2/2 21A053/007 CAL
 

461 
21A054/008-22A063/009 VL-2 

21A054/008 BB4 1/3 21AQ54/008 BB4 2/3 

21A054/008 BB4 3/3 22AO55/008 BB1 22A056/008 BB2 

21A057/008 EB2 22A058/008 BB2 21A059/008 BB3 

21A060/008 SURV 21A061/008 BB1 21A062/009 BB2 22A063/009 BB2
 

462 
VL-2 22A064/009-21 A071/010 

22A06 1 /009 BLU/T 22A064/009 GENIT 22A064/009 RED/T 21AO65/009 BB3 21A066/009 CAL 

• WN 

22A067/009 BBl 1/3 22A067/009 BBI4 2/3 

22A067/009 BB4 3/3 21A068/009 BB1 21A069/009 BB3 

22A070/010 BB2 21A071/010 BB 1/3
 

463 
21AO71/010-21A075/010 VL-2 

21A071/010 BR4 2/3 21A071/010 BB4 3/3 

21A072/010 BLU/T 21A072/010 GRN/T 

21A072/010 HED/T 22A073/010 ]]1 21A074/010 BB1 

21A075/010 BB3 1/2 21A075/010 BB3 2/2
 

464
 
VL-2 21Ao76/o11-21Ao79/012 

21AO76/011 BE 1/3 21Ao76/OI1 B4 2/3 

21A076/011 BB4 3/3 21A077/011 SUMR 1/3 

21AO77/011 IURY 2/3 21A077/011 SURV 3/3 21A078/01t BBl 

21A079/012 BB1 1/41 21A079/012 EBI 2/4
 

465 
21AO79/012-21A082/012 VL-2

21A079/012 BB1 3/4 21A079/012 BB1 /4
 

21A080/012 BB1 1/3 21A080/012 BB1 2/3
 

21AO80/012 BB1 3/3 21A081/012 BLU/T 21A081/012 GR/T 21AO81/012 RED/T
 

21AO2/012 BLU/T 21A02/012 Gl/T 

466 
VL-2 21AO82/O12-22A0 81o13 

21A082/012 FIED/T 21AO83/012 CAL 

21A08J4/012 BLU/T 21A08M/012 GRNI/T 21A084/012 RED/T 21A085/012 BB1 

22A086/012 SURY 22A087/012 CAL 22A088/013 BB2 1/4 

22A088/013 BB2 2/4 22A088/013 BB2 3/4
 

467 
2ZA088/013-22A094/013 VL-2 

22A088/013 BB2 4/4 22A089/013 Bb2 1/3 

22AO89/013 BB2 2/3 22A089/013 BB2 3/3 

21A090/013 BB1 22A091/013 BB1 22A092/013 SURV 

22A093/013 B33 1/2 22A093/013 BB3 2/2 22A094/013 CAL
 

4&68 
VL-2 22A095/014-22A097/014 

22A095/O14 BE1 1/3 22A095/014 BB1 2/3 

22A095/014 Ee1 3/3 22A096/014 BB3 1/4 

22A096/014&BB3 2/4 22A096/014 BB3 3/4 

22A096/014 BB3 4/4I 22A09T/014 BB3 1/3 

469
 
VL-2 22AO97/014-22A104/014 

22A09T/014 B53 2/3 22A097/014 BB3 3/3 21A098/014 BB1 

21A099/014 ELU/T 21A099/014 GRN/T 21A099/O14 RED/T 21A100/014 IR2 

21A101/014 BLU/T 21A101/014 GRN/T 21A101/014 REN/T 21A102/014 CAL 

22A103/014 BB2 22A10/14 BIt 1/2
 

470 
VL-2 22A104/014-22A107/015 

22A104/014 BB 2/2 22A105/015 BM 1/4 

22A105/015 BB4 2/4 22A105/015 BEM 3/4 

22A1051015 BR4 414 22A106/015 BB4 1/3 

22k106/O15 BB 2/3 22A106/015 BB 3/3 22A107/015 BB1 

471 
21A108/15-21A114/016 VL-2


21A108/015 BB4 1/2 21A108/015 BB4 
 2/2


21A109/015 SURV 21AlO/015 BR? 21AI11/015 BB3
 

21A112/015 SUN 21AI13/015 SUN 21A114/016 BB2 1/4
 

21A114/016 BE? 2/4 21AI14/016 BB? 3/4
 

472 
VL-2 21A114/016-22A118/016 

21AI1J/016 BB2 4/4 21A115/016 BB2 1/3 

21A115/016 BB2 2/3 21AI15/016 BB2 3/3 

21AI16/016 BLU/T 21A116/016 GRN/T 21AI16/016 RED/T 21A117/016 BB1 

.
 22A118/016 BB 1/2 22A118/016 BBt 2/2
 

473 
VL-2 22A1 19/016-21A123/017 

22A119/016 BB3 21A120/016 SURV 1/2
 

21A120/016 SURV 2/2 22A121/016 BB3 1/2
 

22A121/016 BB3 2/2 21A122/017 BR4 1/2
 rt
 

21A122/017 BB4 2/2 21A123/017 8B4 1/3
 

474 
VL-2 21A123/017-21A130/018 

21A123/017 BB4 2/3 21A123/017 BB4 3/3
 

22A124/017 RB1 21A125/017 BB1 22A126/017 BRI 21A127/017 BB4
 

21A128/017 BB2 21A129/018 BA 112 

21A129/018 BE4 2/2 21A130/018 BB 1/3
 

475 
21A13 /018-22A135/018 VL-2 

21A130/018 BB4 2/3 21A130/018 BB4 3/3 21A131/018 BBI
 

21A132/018 BB1 112 21A132/018 BB1 2/2
 

22A133/018 BB3 21A134/018 BE
 

22A135/018 REM 1/2 22Ai35/018 BRE 2/2
 

476 
VL-2 22A136 019-22A140019 

22AI36/019 BBI 1/2 22A136/019 BB4 2/2 

22A137/019 B4 1/3 22A137/O19 BB4 2/3 

22A137/019 BBll 3/3 22A138/019 BB3 21A139/019 BB4 1/2 

21A139/019 BBIS 2/2 22A140/019 BB4 1/2
 

477 
VL-2 22A140/019-22A144/020 

2A1'40/O19 BB4 2/2 22A11

411019 BBU 1/2 

22A1'41/019 BB4 2/2 21A142/019 B ]B4 1/2 

21A142/019 BB4 2/2 22A14l3/019 BB4 1/2 

22A1431019 BB4 2/2 22A 1

44/020 BLU/T
 

478 
VL-2 22A144/020-21A 47/020 

22A144/020 GRN/T 22A144/020 RED/IT 

22A145/020 BLU/T 22A145/020 GR/T 

22A145/020 RED/T 21A146/020 BBI 

21A147/020 BB 1/2 21A147/020 BB4 2/2
 

479 
22A148/020-22A152/021 V.-2 

22A148/020 BB4 1/3 22A1418/020 BB 2/3 

22A148/020 BB4 3/3 21A1'49/020 BB4 1/2 

21A149/020 BB4 2/2 21A150/020 BB3 

21A151/020 BB4 22A152/021 BLU/T
 

480 
VL-2 22A152/021-22A158/021 ,7 !
 

22AI52/021 GIN/T 22A152/021 RENT 

22 153/021 BLU/T 22A153/021 GR/T 

22A153/021 RED/T 22A154/021 BB2 22A155/O21 BB2 

22A156/021 BE2 21A157/021 SURV 22A158/021 BLUIT 1/2
 

1481 
VL-2 22A158/021-22A159/021 

22A158/021 BLU/T 2/2 22A158/021 GRN/T 1/2
 

22Ai58/021 GRHN/T 2/2 22A158/021 RED/T 1/2
 

22A158/021 RED/T 2/2 22A159/021 IR3/T 1/2
 

22A159/021 IR3/T 2/2 22A159/021 IR2/T 1/2
 

482
 
VL-2 22A 159/021-22A163/021 

22A159/021 IR2/T 2/2 22A159/021 IR1/T 1/2 

22A159/021 IR1/T 2/2 22A160/021 SURV 1/2 

22A160/021 SURV 2/2 21A161/021 BB4 

22A162/021 BB2 22A163/021 BB2
 

483
 
21A164/022-22Al66/022 VL-2 

21A164/022 BB 1/4 21A164/022 BB 2/4 

21A1641/022 BR 3/4 21A164l/022 BB4 14/l 

22A165/022 BLU/T 22A165/022 GRN/T 

pimp 

22A165/022 REDIT 22A166/022 BLU/T
 

484
 
VL-2 22A166/022-21A173/022 

22A166/022 GRN/T 22A166/022 RED/T 

21A167/022 BB1 21A168/022 BB4 

21A169/022 SUN I 21A170/022 SUN 21A171/022 BLU/T 21A171/022 GRN/T 21A171/022 RED/T 

21A172/022 BLU/T 21A172/022 RN/T 21A172/022 RED/T 21A173/022 BLU/T 21A173/022 GRil/T 21A173/022 RED/T 

485 
21A174/023-21A179/023 VL-2
 

21A174/023 B,2 112 21A174/023 BB2 2/2 21A175/023 CA.L 

22A176/023 BB1 1/2 22A176/023 BB1 2/2 22A177/023 CAL 

22A178/023 BB2 1/2 22A178/023 BB2 2/2 

21A1791023 BLU/T 21A179/023 GRN/T
 

486 
VL-2 21A179/023-22A184/023 

21A179/023 RED/T 21A180/023 BLU/T 

21A180/023 GR/T 21A180/023 RED/T 

21A181/023 SURY 21A182/023 BLU/T 21A182/023 GE/T 21A182/023 RED/T 

21A183/023 IR3/T 21A183/023 IR21T 21A1831023 IR1/T 22A184/023 SURV
 

487 
VL-2 22A1851023-21A 188/023 

22AI85/023 BLU/T 22A185/023 GRN/T 22A185/023 RED/T 22A186/023 IR3/T 22A186/023 IR2/T 22A186/023 IRIT 

21A187/023 BLU/T 21A187/023 GRNIT
 

21A187/023 RED/T 21A188/023 IR3/T
 

21A188/023 IR2/T 21A188/023 IR1/T
 

488 
VL-2 21A189/023-22A192/023 

21A189/023 SURV 22A190/023 BLU/T 

22A190/023 GIN!T 22A190/023 RED/T 

22A191/023 IR3/T 22A191/023 TR2/T
 

22A191/023 IR1/T 22A192/023 SURV
 

489 
VL-2 21A193/024-21A196/024 

21A193/024 BB2 21A194/024 BLU/T 

21A194/O24 GRN/T 21A194/024 RED/T 

21A195/024 BLU/T 21A195/024 GRN/T 

RED/T 21A1951024 RED/T 21A196/024 SLU/T 21A196/024 GRN/T 21A196/024 

490 
VL-2 21A197/024-22A206/025 

21A197/024 BB1 22A198/025 BLU 22A199/025 BLU 

22A200/025 BLU 22201/025 SUN 22A202/025 SUN 22A203/025 SUN 

21A204/025 BBa4 22A205/025 BB1 1/2 

22A205/025 BBI 2/2 22A206/025 BB3 
 1/2 

491 
22A2061025-21A2M0025 VL-2 

22A206/025 B3 2/2 22A207/025 BB3 1/2 

22A207/025 BB3 2/2 21A208/025 BLU/T 

21A208/025 GRN/T 21A208/025 RED/T 

21A209/025 BLU/T 21A209/025 GRN/T
 

492 
VL-2 21A209/025-21A213/025 

21A209/025 RED/T 21A210/025 BLU/T 21A210/025 GRN/T 

21A210/025 RED/T 21A211/025 IR3/T 21A211/025 IR2/T 21A211/025 IR1/T 

21A212/025 SURV 21A213/025 BLU/T 112 

21A213/025 BLU/T 2/2 21A213/025 GRN/T 1/2
 

493 
21A213/025-21A214/025 VL-2

21A213/025 GRN/T 2/2 21A2131025 RED/T 1/2 

21A213/025 RED/T 2/2 21A214/025 13/T 112 

21A214/025 IR3/T 2/2 21A214/025 IR2/T 1/2 

21AZ11/025 IR2/T 2/2 21A214/025 IR1/T 1/2
 

494 
VL-2 21A214/025-21A218/026 

21A214/025 TEl/T 2/2 21A215/025 STJRV 1/2 

21A215/025 SURV 2/2 21A216/025 BB3 

21A217/026 BLU/T 21A217/026 RU/T 

21A21T/026 RED/T 21A218/026 BU/T 

495 
VL-2 21A218/026-21A2211027 

21A218/026 GRN/T 21A218/026 RED/T 

21A219/026 BB1 22A220/027 BB. 1/I 

22A220/027 BB4 2/4 22A220/027 BB4 3/4 

22A220/027 3B4 4/4 21A221/027 BB4 1/5 

496
 
VL-2 21A221/027-22A223/028 

21A221/027 BB 2/5 21A221/027 BB 3/5 

2k221/o27 BB4 4/5 21A221/027 B 5/5 

21A222/027 B4 1/2 21A222/027 BB4 2/2 

22A223/028 BB4i 1/4 
 22A223/028 BEI 2/4
 

497 
VL-2 22A223/028-21A2261028 

22A223/028 BB4 3/4 22A223/028 BR4 4/4 21A224/028 SURV
 

8
 21A225/02 BB3 2/5
 21A225/028 BB3 1/5 


3/5 21A225/028 B33 4/5
 21AZ25/028 BB3 


1/2 5/5 21A226/028 BR4
 21A225/028 BB3 


498
 
VL-2 21A226/028-21A237/029 

21A226/028 BM4 2/2 21A227/028 B52 21A228/02 8'URV 21A229/028 BU2
 

21A230/028 BB2 21A231/028 SUN 21A232/028 SUN 22A233/029 BLI 

22A234/029 BLI 22A235/029 BLU 22A236/029 BB. 112 

22A236/029 BB4 2/2 21A237/029 BB4 1/5
 

499
 
VL-2 21A237/O29-22A243/030 

21A237/029 BB4 2/5 21A237/029 BB4 3/5 

21A237/029 BB4 4/5 21A237/029 BBI 5/5 

21A238/029 BB4 1/2 21A238/029 BB1 2/2 22A239/029 BB2 

22A240/029 SURV 21A2'41/029 BB2 22A242/029 BB2 22A243/030 BB1 

500
 
VL-2 21A2441030-22A252030 

21A244/030 SURV 22A245/030 SURY 21A246/030 BB2 22A247/030 BB2 

21A248/D30 BB2 22A249/030 BB2 21A250/030 BB2 

id-~ 

22A251/030 BB2 

p. 

22A252/030 BBI 1/5 22A252/030 BRA 2/5 

22A252/030 BB2 3/5 22A252/030 BB4I 4/5 

501 
VL-2 22A2521030-22BOOO/031 

22A252/030 BB4 5/5 22A253/030 RB4 1/2 

22A253/030 BB4 2/2 22A254/030 BLU/T 22A254/030 GRN/T 22A254/030 RED/T 

22A255/030 BB4 22B000/031 BBa 1/14 

22B000/031 BB4 2/4 22B000/031 BB, 3/4 

502 
VL,-2 22B000/031-22B003/031 

22B000/031 BBI 4/4 21BO01/031 BW4 

22B002/031 BB3 1/2 22B002/031 BB3 2/2 

22BO003/1 BB 1/4 22B8003/031 BB, 2/4 

225003/031 BB 3/4 
 22B003/031 BB4 4/4
 

503 
VL-2
 

22BOO4/031-21B009/032 

22BOO4/031 BB4 2/3
 22B004/031 BBf 1/3 


21B007/031 SUN
 22D004/031 BB 3/3 22B005/031 BB1 21B006/031 SUN 


21B008/032 BB4 21B009/032 BBW 1/3
 

21B009/032 BB4 213 21B009/032 BB4 3/3
 

5o4 
VI-2 21B01 0/032-22B0i 3/032 

21B010/032 BEM 1/3 
 21B010/032 B4i 2/3
 

21BO10/032 EB 3/3 22BO11/032 SURV 22BO12/032 B22 1/4 

22B12/032 BB2 2/4 
 22B012/032 B82 314
 

22B012/032 BB2 4/l 22B013/032 B3 1/3
 

505 
22BO13/032-22B01 71033 VL-2 

22B0131032 BB3 2/3 22B013/032 BB3 3/3 22BO14/032 BB3 

218015/033 BBl 1/3 21R015/033 BB1 2/3 

21B015/033 BB1 3/3 225016/033 BLU/T 22B016/033 GRN/T 

2 8016/033 REDT 22B017/033 13/T 22B017/033 IR2/T 22B017/033 IRI!T
 

506 
VL-2 22B018/033-21 8022/033 

22B018/033 SiRV 22B019/033 CAL 22B020/033 BB1 

21B021/033 BB1 1/4 21B021/033 BB1 2/4 

21B021/033 BB1 3/4 21B021/033 BB1 4/4 

21B022/033 B83 1/3 21BO22/033 83 2/3 

507 
21B22/033-22B026/034 VL-2

21B022/033 BB3 3/3 22B023/034 BLU/T 

228023/034 GN/T 22B023/034 FSD/T 

21B024/034 BLU/T 21B024/034t GRN/T 

21BO24/034 RED!T 22BO25/034 8B2 2 BO26/034 SURV 

508 
VL-2 228027/034-21B033/034 

22B027/034 BLUIT 22B027/034 GRN/T 22BO27/034 RED/T 22B028/034 BB2 21B029/034 BB2 

22B030/034 BB2 21B031/034 BB2 21B032/034 BB2 1/­

21B032/034 382 2/4 21B032/034 BB2 3/4
 

213032/034 BB2 4/4 213033/031 BB1 1/3
 

509 
VL-2 219O331034-22B361035 

21BO33/034 BB1 2/3 21B0331034 BBI 3/3 

213034/035 BB3 1/3 21BO341/035 BB3 2/3 

21BO34/035 BB3 3/3 21BO35/035 BB2 1/2 

21B035/035 BB2 2/2 22BO36/035 BLI/T 22BO36/, GEN/T 22B036/035 RED/I 

510
 
VL2 22B037/035-21BO40/036 

228037/035 IR3/T 22B037/035 IR2/T 22B037/035 IRi/T 228038/035 sURV 

21B039/036 BEM 1/2 218039/036 flB4 2/2 

21B040/036 BB2 I/4 21B040/036 882 2/4 

21B040/036 BB2 34 
 218040/036 BB2 4/4
 

511 
VL-2 22BO41/036-228045/036 

22BO41/036 BBI 22B042/036 SURV 21B043/036 BLU/T 21B043/036 GRNI/T 

21B043/036 RED/T 22BO44/036 BB3 1/3 

22BO44/036 BR3 2/3 22B04/036 BB3 3/3 

22B045/036 BB2 1/2 22B045/036 BB, 2/2 

512
 
VL2 2BO46037-22BO52/037
 

22B046/037 B82 1/3 22BO46/037 82 2/3 

22BO46/037 BB2 3/3 22B047/037 BB2 1/2 

22 0 7/037 BB2 2/2 21B048/037 B2 21D049/037 B32 

21B050/037 SURV 21B051/037 BB2 22B)52/037 BLU/T 22B052/037 Gl11/T 22B052/037 RED/T 

513 
VL-2 21BO531037-228057/038 

21B053/037 BLU/T 21B053/037 G II

-I 

21B054/038 BB3 1/3
 21B053/037 RED/T 


21B054/038 BB3 2/3 21B054/038 BB3 3/3 

BBI 225057/038 BBI 1/3 22B055/038 ,SUEV 223056/038 

514
 
VL-2 22B0571038-21 B0601038 

22057/038 BB1 2/3 22B057/038 BBI 3/3 

223058/038 BB1 1/2 22BO58/038 81 2/2 

21B059/038 BB3 1/2 21B059/038 BB3 2/2 

21B060/038 BB1 
 1/3 21B060/038 BB1 2/3
 

515
 
VL-2 21B60/038-218063/039 

21B060/038 BB1 3/3 22B061/039 BB2 1/3 

22B061/039 BB2 2/3 22Bo61/039 BB2 3/3 

21B0621039 BLU 1/3 21B062/039 BLU 2/3 

21B062/039 BLU 3/3 21B063/039 BLU 1/2 

516
 
VL-2 218063/039-21B070039 

21B063/039 BLU 2/2 21B064/039 BLU/T 21BO64/039 GRN/T 218064/039 RED/T 

21B065/039 IR3/T 21B065/039 1E2/T 21B065/039 IRl/T 21B066/039 BLU/T 21B066/039 GRN/T 21B066/039 RED/T 

21B067/039 R131T 21B067/039 IR2/T 21B067/039 TR1/T 21BO68/039 BLU/T 21B068/039 QU/T 21B068/039 HED/T 

21B069/039 "R3/T 21B069/039 21 69/039 /T 21B070/039 BLU/T 21B0701039 GRN/T 21B070/039 RED/T
 

517 
VL-2 218071/039-22B076/039 

21B071/039 IR3/T 21B071/039 IR2/T 21B071/039 IRI/T 21B072!039 BLU/T 21B072/039 URN/T 21B072/039 RED/T 

21B073/039 IR3/T 21BO73/039 IR2/T 219073/039 IRIlT 21B0741039 BLU/T 21B074/039 GRN/T 21B074/039 RED/T 

218075/039 IR3/T 21BO75/039 IR2/T 21B075/039 IRI/T 22B076/039 BLU/T 1/2 

22B076/039 BLU/T 2/2 22B076/039 GRN/T 1/2
 

518 
VL-2 22BO761O3-228083M040 

22B076/039 GRN/T 2/2 22B076/039 RED/T 1/2 

22B076/039 RED/T 2/2 22B077/039 CAL 22B078/040 LU/T 22B078/040 UNIT 2B078/040 ED/T 

22B079/040 BLU/T 22BO79/O4O GRN/T 22BO79/040 RED/T 22B080/040 BLU/T 22BO80/040 GRN/I 22BOO/040 RED/T 

22B081/040 SUN 221M082/0O0 SUN 22B083/00 suN 

519 
VL-2 21BO851040-22807/040 

21B085/040 GRN 1/3 21B085/O0 1 GRN 2/3 

21B085/040 GRN 3/3 21B086/040 GRN 1/2 

21B086/040 GRN 2/2 22B087/040 BLU/T 

r.7 

22B087/040 RED/T
 22BO87/040 ORN/T 


520 
VL-2 228088/041-218093/042 

22B88/04 RED 22B089/041 RED 1/3 

22B089/041 RED 2/3 22B089/041 RED 3/3 22R090/O'41 B8M 

22B091/041 BB2 21BO92/O1 BLU/T 21B092/041 GRN/T 

21B92/041 RED/T 21B093/042 B32
 

521
 
VL-2 219094/042-22B1001042 

21B094/042 BB1 21B095/042 BBM 1/2 

21Bo95/042 BBI 2/2 21B096/042 B84 22BO98/042 BDI 

22B099/042 GRN 22B100/042 GRN 1/3 

22B100/042 GRN 3/3
 22B100/042 GRN 2/3 


522 
2213101/042 BLU/T 22B101/042 GRN/T
 

22B101/042 RED/T 22B102/043 BLU
 

22B103/043 BLU 1/3 22BI03/043 BLU 2/3 

#47 

22B103/043 BLI 3/3 21B104/043 BLU/T 21B104/043 G(lN/T 21B1041/043 BED/T
 

523 
VL-2 22Blo/0O44-22B1o9/044 


22B105/04'# SUN 22i06/044 SUN 22BI07/044 BLU/T 

22R1o/044 GRNIT 22B1oTIO44 RHDE 

22R108/044 IR3/T 22B108/0441 IR2/T 

22B108/044 IRllT 22B109/044 SuRV
 

524 
VL-2 22B111/044-22B 17/045 

22BI11/044 SURV 
 22B112/044 BLU/T 22B112/044 GRN/T 22Bl12/044 REP/T 

22B1130 4 IR3/T 22B113/044 IR2/T 22B113/044 IR1/T 22B114/044 RED
 

22B115/044 RED 1/3 22B115/0 RED 2/3
 

22B115/0 RED 3/3 22PB16/04 5 8B13 22B11710 5 BB3 

525 
VL-2 220118/045-21B 124/045 

228118/045 BB2 21B119/045 BE2 22B120/045 BB2 21B121/045 BB2
 

228122/045 GIN 22B123/045 GEN 1/3
 

22B123/045 GIN 2/3 22B123/045 GEN 3/3
 

21B124/045 BLU/T 21B124/045 GRN/T
 

526
 
VL-2 218124/045-22129/046 

21B124/045 RED/T 222126/046 auiT 

22B126/046 GOMIT 22126/046 RED/IT 

22B127/046 IR3/T 22B127/046 IR2/T 

22B127/046 IRI/T 22B128/046 SURV 22B129/046 SURY
 

527 
VL-2 229130/04r-22B136/046 

22B130/046 BLU/T 22B130/046 GR/T 22B130/046 RED!T 22B131/046 13/T 22B131/046 IR2/T 22B131/046 IR1/T 

22B132/046 BLU 22B133/046 BLU 1/3 

22B133/046 BLU 2/3 22B133/046 BIU 3/3 

22B134/046 LU/T 22B134/046 GRN/T 22B134/046 RED!T 228135/046 IR3/T 22B135/046 IR2/T 22B135/o46 IRI/T 

528 
VL-2 22B 136/046-22B 142/047 

22B136/046 31RV 22B137/046 SIRV 21B138/047 B2 22B139/047 BB2 

21BI40/047 BED 112 
 21B140/0J47 RED 212 

21B141/047 RED 1/2 
 218141/ 7 RED 2/2
 

22B142/07 BLU/T/T
 

529
 
VL-2 22B142/047-226151/048 

22B14 3/047 IR3/T
 22B142/047 RE/T 


22B143/047 IRl/T
 22B143/047 IR2/T 


22B144/047 SURV 22BI45/047 CAL 22B146/04T B62
 

22B151/048 SURV
 22B147/047 SUJRV 21B148/048 BB2 22B149/0U BB2 


530 
VL-2 228152/048-22B157/048 

22B152/048 BLU/T 22B152/O48 GRN/T 22B152/048 RED/T 22E153/O48 IR3/T 22B153/048 IR2/T 22B153/048 fl/T 

21BI54/048 BLU 1/2 21B154/04 BLU 2/2
 

21B55/0418 BLU 1/2 21B155/018 BLU 2/2
 

22B156/0418 BU/T 22B156/048 GRN/T 22B156/048 RED/T 22B157/048 IR3/T 

531
 
VL-2 228157/048-22B 171/G48 

22B158/048 SURV 22B159/048 CAL
 22B157/048 IRZ/T 22B157/048 IR1/T 


21B160/048 SUN 21B161/048 SUN 22B162/O8 BU 22B163/048 RED
 

22B164/048 IR2 22B165/048 CRR 22B166/048 I1 22B167/048 IR3 

22B171/048 IR2
 22B168/048 SURV 22B169/048 BLU 22B170/048 RED 


532 
VL-2 22B172/048-21B183/049 

22B172/048 GRN 22B173/048 IN1 22B174/048 IR3 22B175/OU8 SURV 

22B176/048 BLU 22B177/048 RED 22B178/048 IR2 22B179/048 CAL 

22B180/049 SURV 228181/049 BLU/T 22B181/049 GRNlT 22B181/049 RED/T 

22B182/049 IR3/T 22B182/049 IR2/T 22B182/049 IRI/IT 21B183/049 GRN 1/2 

533 
VL-2 21 B183/049-22B 186/049 

21B183/O49 GRN 2/2 21B184/049 GRN 1/2
 

2/2 22B185/049 BLU/T
 21B184/019 GN 


22B185/0 49 RED T
 22B185/049 UN/IT 


22B186/049 IR2/T 22B186/049 IR3/T 

534
 
VL-2 22B186/049-21B194/050 

22B186/049 IRI/T 22B187/049 SURV
 

22B188/049 CAL 22B190/050 SURV 
 22B191/050 BLU/T 22B191/050 GRN/T 22B1911050 RED/T
 

22B192/050 IR3/T 22B192/050 IR2/T 22B192/050 IRI/T 22B193/050 RED 1/2 

22B193/050 RED 2/2 21B194/050 RED 1/3
 

535
 
21 B194/00-21B2011051 VL-2

21B194/050 RED 2/3 21B194/050 RED 3/3 

21B195/050 BER 112 21B195/050 Bfe 2/2 

22B196/051 IR3/T 22B196/051 1R2/T 22B196/051 IR1/T 22B197/051 BLU/T 22B197/051 G/T 22B197/051 RED/T 

21B198/051 BB2 22B199/051 BB2 21B200/051 BB2 21B201/051 BE2
 

536 
VL-2 21B202/051-21B210051 

218202/051 SURV 21B203/051 BB2 
 21R204/051 BB2 22B205/051 BB2
 

22B206/051 IR3/T 22B206/051 112/T 22B206/051 II/T 221207/051 BLU/T 22B207/051 GR/T 22B207/051 RED/T 

228208/o5i CAL 221209/051 GOH 1/2 

22B209/051 GD 2/2 21B210/051 G]11 1/3 

537 
21B210/051-228215/051 VL-2 

21B210/051 GMN 2/3 21B210/051 GRN 313 

22B211/051 B84 1/2 22B211/051 BB4 2/2 22B212/051 B51 

21B213/051 BB 21B214/051 BB2 

22B215/051 BBI 1/4 22B215/051 BB1 2/4
 

538 
VL-2 220215/051-21B220/052
 

22B215/051 BB1 3/4 22B215/051 BB1 4l/4 

21B216/052 BLU 1/2 21B216/052 BLU 2/2
 

21B217/052 BL., 1/2 21B217/052 BLU 2/2 

21B219/052 SURV 21B220/052 BLU/T 

539 
VL-2 21B220/052-21B225/052 

21B220/052 G/T 21B220/052 RED/T 

21B221/052 IR3/T 21B221/O52 IR2/T 

21B221/052 IRl/T 21B222/052 SUN 21B223/052 SUN 

21B224/052 SUN 21B225/053 GON 1/2 

540 
VL-2 218225/053-2182281053 

21B225/053 GRN 2/2 215226/053 GM 1/2 

218226/053 GRN 2/2 

z 

21B227/053 BLU/T 

21B227/053 GENIT 21B227/053 REDnT 

218228/053 IR3/T 
 21B228/053 IR2/T
 

541 
22B23 4 1

05 4 21B228/063 - VL-2 

21B229/053 SURV 

22B230/054 BB 22B231/054 B 1/2 

22B231/054 B 2/2 22B232/054 SURV 

22B233/054 BLU/T 22B233/054 GRN/T 22B233/054 RED/T 22B234/054 IR3/T 22B23 4/054 IR2/T 22B234/054 RI/T 

542 
VL-2 21B235/054-218242/054 

21B235/054 RED 21B236/054 RED 1/2
 

21B236/054 RED 2/2 21B238/054 BLU/T 21S238/054 GRN/T 21B238/054 RED/T 

21B239/054 IR3/T 21B239/054 IR2/T 21B239/054 IR1/T 21B240/054 BLU/T 21B240/054 GRN/T 21B240/054 RED/T 

21B241/054 IR31T 21B241/054 IR2/T 21B241/054 IRVIT 21B242/054 SUN 

543 
VL-2 21B2431054-21B250/054 

21B243/054 BLUfT 21E243/054 ORNIT 21B243/054 RED/T 21B244/054 IR3/T 21B244/054 IR2/T 21B244/054 IRH/T 

21B245/054 BLU/T 21B245/054 GRN/T 21B245/054 RED/T 21B246/054 IR3/T 21B246/054 1R2/T 21B246/054 IRl/T 

21B247/054 SUN 21B248/054 BLU/T 21B248/054 GRN/T 21B248/054 RED/T 

21B249/054 IR3/T 21B249/054 IR2/T 21B249/054 IR1/T 213250/054 BLU/T 21B250/054 GRN/T 21B250/054 RED/T 

544 
VL-2 21B251/054-21CO021054 

21B251/054 IR3/T 21B251/054 IR2/T 21B251/054 iT 21B252/054 BLU/T 21B252/OS GRN/T 21B252/054 RED/T 

21B253/054 BLU/T 21B253/054 GRN/T 21B253/054 RED/T 21B254/054 IR3/T 21B254/054 IR2/T 21B254/054 IR1/T 

21B255/054 IR3/T 21B255/054 TR2/T 21B255/054 TRl/T 21C000/054 SUN 

21C001/054 BLU/T 21C001/054 GRN/T 21CO01/054 RED/T 21C002/054 IR3/T 21C0021054 IR2/T 21C002/054 IR1/T
 

545 
21C003/054-21CO12055 
 VL-2

21CO03/054 BLU/T 21C003/054 GRN/T 21C003/054 RED!T 21C004/054 IR3/T 21C004/054 IR2/T 21CO04/054 IR1/T 

22CO05/055 SUN 22CO06/055 SUN 22CO07/55 SUN 22Co08/055 SURV 

22C009/055 BLU/T 22C009/055 GRN/T 22C009/055 RED!T 22C010/055 IR31T 22C010/055 IR2/T 22C010/055 IRilT 

21C011/055 GRN 21C012/055 GRN 1/2
 

546 
VL-2 21C012/055-21C015/055 

21CO12/055 GRN 2/2 21C013/055 BLU/T
 

A, N 

21C013/055 GIRN/T 21C0131055 RED/T 

21C014/055 IR3/T 21C014/055 1R2/T
 

21C014/055 IR11/ 21C015/055 SURV
 

547 
22CO161056-22C024/056 VL-2 

22C016/056 SURY 22C017/056 BLU/T 22C017/056 GRN/T 22C017/056 IRED/T 

22C018/056 IR3/T 22C018/056 IR2/T 22C016/056 IR1/T 21C019/056 RED 

21C020/056 RED 1/2 21C0201056 RED 2/2 22C021/056 BB3 

22C022/056 BB1 22C023/056 BR2 22C024/056 BB3
 

548 
VL-2 22C025/056-22C0381057 

22CO25/056 BB1 22C026/056 BB1 21C027/056 BB1 21C028/056 BB1 

21C029/056 BB1 22C030/056 BB3 21C031/056 BB2 22C032/056 BB2 

22C033/057 BB1 22C034/057 B81 22C035/057 BB1 21CO36/057 BB3 

22C037/057 BLU/T 22C037/057 GRN/T 22C037/057 RED/T 22C038/057 IR3/T 22C038/057 IR2/T 22C038/057 IR/T 

549 
2lCO54/058-21C057/058 VL-2

21C054/0 58 BLU 21C055/058 BLU 1/2 

21C055/058 BLU 2/2 21C0561058 BLU/T 

21C056/058 GRN/T 21C056/058 RE!/T 

21C057/058 IT3/T 21C057/058 IR2/T
 

552 
VL-2 21 C057/058-21C061/059 

21C057/058 IRI/T 21C058/058 SURV 

21C059/059 GRN 21c060/059 GRN 1/2 

21060/059 GRN 2/2 21C061/059 BLU 1/3 

210061/059 BELU 2/3 21Co61/059 BLU 3/3
 

553 
VL-2 21CO62 059-21C065/060 

21CO62/059 GEN 1/3 21CO62/059 GEN 213
 

21C062/059 GEN 3/3 21C063/059 RED 1/3
 

21C063/059 RED 2/3 21C063/059RW 3/3
 

21C064/060 RED 21C065/060 RED 1/2
 

554 
VL-2 21C065/060-21C070/061 

21C065/060 RED 2/2 22C066/060 BLU/T 22C066/060 GPN/T 

22C066/060 RED/T 22C067/060 IR3/T 22C067/060 IR2/T 22C067/06O IRI/T 

220068/060 SURV 21C069/061 BB3 

21C070/061 RED 1/2
 

555 
REFERENCES
 

1. Snyder, Conway W.: The Missions of the Viking Orbiter. J. Geophys. Res.,
 

vol. 82, no. 28, Sept. 30, 1977, pp. 3971-3983.
 

2. Levinthal, Elliott C.; Green, William; Jones, Kenneth L.; and Tucker,
 

Robert: Processing the Viking Lander Camera Data. J. Geophys. Res.,
 

vol. 82, no. 28, Sept. 30, 1977, pp. 4412-4420.
 

3. Huck, Friedrich 0.; Burcher, Ernest E.; Taylor, Edward J.; and Wall,
 

Stephen D.: Radiometric Performance of the Viking Mars Lander Cameras.
 

NASA TM X-72692, 1975.
 

4. Patterson, William R., III; Huck, F. 0.; Wall, S. D.; and Wolf, M. R.:
 

Calibration and Performance of the Viking Lander Cameras. J. Geophys.
 

Res., vol. 82, no. 28, Sept. 30, 1977, pp. 4391-4400.
 

5. Wolf, Michael R.; Atwood, David L.; and Morrill, Michael E.: Viking Lander
 

Camera Radiometry Calibration Report. Volumes 1 and 2. Publ. No. 77-62,
 

Jet Propul. Lab., California Inst. Technol., Nov. 1, 1977.
 

556 
BIBLIOGRAPHY
 

Viking to Mars: The Lander. Sky & Telese., vol. 50, no. 3, Sept. 1975,
 

pp. 150-154.
 

Binder, Alan B.; Arvidson, Raymond E.; Guinness, Edward A.; Jones, Kenneth L.;
 

Morris, Elliot C.; Mutch, Thomas A.; Pieri, David C.; and Sagan, Carl: The
 

Geology of the Viking Lander 1 Site. J. Geophys. Res., vol. 82, no. 28,
 

Sept. 39, 1977, pp. 4439-4451.
 

Huck, F. 0.; McCall, H. F.; Patterson, W. R.; and Taylor, G. R.: The Viking
 

Mars Lander Camera. Space Sci. Instrum., vol. 1, no. 2, May 1975,
 

pp. 189-241.
 

Huck, Friedrich 0.; Burcher, Ernest E.; Taylor, Edward J.; and Wall, Stephen D.:
 

Radiometric Performance of the Viking Mars Lander Cameras. NASA TM X-72692,
 

1975.
 

Huck, F. 0.; and Wall, S. D.: Image Quality Prediction: An Aid to the Viking
 

Lander Imaging Investigation on Mars. Appl. Opt., vol. 15, no. 7, July 1976,
 

pp. 1748-1766.
 

Huck, Friedrich 0.; Burcher, Ernest E.; Jobson, Daniel J.; and Wall, Stephen D.:
 

Prediction of Viking Lander Camera Image Quality. NASA TN D-8148, 1976.
 

Huck, Friedrich 0.; Jobson, Daniel J.; Park, Stephen K.; Wall, Stephen D.;
 

Arvidson, Raymond E.; Patterson, William R.; and Benton, William D.: Spectrophotometric and Color Estimates of the Viking Lander Sites. J. Geophys.
 

Res., vol. 82, no. 28, Sept. 30, 1977, pp. 4401-4411.
 

Levinthal, Elliott C.; Green, William; Jones, Kenneth L.; and Tucker, Robert:
 

Processing the Viking Lander Camera Data. J. Geophys. Res., vol. 82, no. 28,
 

Sept. 30, 1977, pp. 4412-4420.
 

Levinthal, Elliott C.; Jones, Kenneth L.; Fox, Paul; and Sagan, Carl: Lander
 

Imaging as a Detector of Life on Mars. J. Geophys. Res., vol. 82, no. 28,
 

Sept. 30, 1977, pp. 4468-4478.
 

Liebes, Sidney, Jr.; and Schwartz, Arnold A.: Viking 1975 Mars Lander Interactive Computerized Video Stereophotogrammetry. J. Geophys. Res., vol. 82,
 

no. 28, Sept. 30, 1977, pp. 4421-4429.
 

Martin, James S., Jr.; and Young, A. Thomas: Viking to Mars - Profile of a
 

Space Expedition. Astronaut. & Aeronaut., vol. 14, no. 11, Nov. 1976,
 

pp. 22-48.
 

Mutch, Thomas A.; Binder, Alan B.; Huck, Friedrich 0.; Levinthal, Elliott C.;
 

Liebes, Sidney, Jr.; Morris, Elliot C.; Patterson, William R.; Pollack,
 

James B.; Sagan, Carl; and Taylor, Glenn R.: The Surface of Mars: The View
 

From the Viking I Lander. Science, vol. 193, no. 4255, Aug. 27, 1976,
 

pp. 791-801.
 

557 
Mutch, Thomas A.; Arvidson, Raymond E.; Binder, Alan B.; Huck, Friedrich 0.;
 

Levinthal, Elliott C.; Liebes, Sidney, Jr.; Morris, Elliot C.; Nummedal, Dag;
 

Pollack, James B.; and Sagan, Carl: Fine Particles on Mars: Observations
 

With the Viking 1 Lander Cameras. Science, vol. 194, no. 4260, Oct. 1, 1976,
 

pp. 87-91.
 

Mutch, T. A.; Grenander, S. U.; Jones, K. L.; Patterson, W.; Arvidson, R. E.;
 

Guinness, E. A.; Avrin, P.; Carlston, C. E.; Binder, A. B.; Sagan,- C.;
 

Dunham, E. W.; Fox, P. L.; Pieri, D. C.; Huck, F. 0.; Rowland, C. W.; Taylor,
 

G. R.; Wall, S. D.; Kahn, R.; Levinthal, E. C.; Liebes, S., Jr.; Tucker,
 

R. B.; Morris, E. C.; Pollack, J. B.; Saunders, R. S.; and Wolf, M. R.: The
 

Surface of Mars: The View From the Viking 2 Lander. Science, vol. 194,
 

no. 4271, Dec. 17, 1976, pp. 1277-1283.
 

Mutch, Thomas A.; Arvidson, Raymond E.; Binder, Alan B.; Guinness, Edward A.;
 

and Morris, Elliot C.: The Geology of the Viking Lander 2 Site. J. Geophys.
 

Res., vol. 82, no. 28, Sept. 30, 1977, pp. 4452-4467.
 

Park, Stephen K.; and Huck, Friedrich 0.: A Spectral Reflectance Estimation
 

Technique Using Multispeotral Data From the Viking Lander Camera. NASA
 

TN D-8292, 1976.
 

Patterson, William R., III; Huck, F. 0.; Wall, S. D.; and Wolf, M. R.:
 

Calibration and Performance of the Viking Lander Cameras. J. Geophys. Res.,
 

vol. 82, no. 28, Sept. 30, 1977, pp. 4391-4400.
 

Pollack, James B.; Colburn, David; Kahn, Ralph; Hunter, June; Van Camp, Warren;
 

Carlston, C. E.; and Wolf, M. R.: Properties of Aerosols in the Martian
 

Atmosphere, as Inferred From Viking Lander Imaging Data. J. Geophys. Res.,
 

vol. 82, no. 28, Sept. 30, 1977, pp. 4479-4496.
 

Sagan, Carl: Viking to Mars: The Mission Strategy. Sky & Telesc., vol. 50,
 

no. 1, July 1975, pp. 15-19, 23.
 

Snyder, Conway W.: The Missions of the Viking Orbiters. J. Geophys. Res.,
 

vol. 82, no. 28, Sept. 30, 1977, pp. 3971-3983.
 

Wolf, Michael R.; Atwood, David L.; and Morrill, Michael E.: Viking Lander
 

Camera Radiometry Calibration Report. Volumes 1 and 2. Publ. No. 77-62,
 

Jet Propul. Lab., California Inst. Technol., Nov. 1, 1977.
 

558 
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Please state briefly the research projectis) in which you are engaged and if you plan to prepare any articles for publication. If so, please acknowledge NSSDC as the source of the photographs and send us a copy of your pubiication for our record. 

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The purpose of the National Space Science Data Center (NSSDC) isto provide data and information from space flight scientific experiments in support of additional studies beyond those performed by the principal investigators Therefore, NSSDC will provide data and information upon request to any researcher or organization resident in the United States In addition, the same services are available to researchers outside the United States through the World Data Center A for Rockets and Satellites (WDC-A-R&S). Normally, acharge is made for the requested data to cover the cost of reproduction and processing of the request. The researcher will be notified of the cost, and payment must be received prior to processing the request. However, as resources permit, the Director of NSSDC/WDC-A-R&S may waive the charge for modest amounts of data for use in scientific studies or specific educational purposes when they are requested by a researcher affiliated with: (1) NASA installations., NASA contractors, or NASA grantees, (2) other United States Government agencies,-their contractors, or their grantees, (3 universities or colleges, (4) state and local governments, and (5) nonprofit organizations. 
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1. ReportNo. _2. 

NASA RF-1007 

Government Accession No 3 Recipient's Catalog No 

4. -Title and Subtitle 5. Report Date 

VIKING LANDER IMAGING INVESTIGATION - PICTURE CATALOG 

OF PRIMARY MISSION EXPERIMENT DATA RECORD 

February 1978 

6. Performing Organization Code 

7 Author(s) 8. Performing Organization Report No 

Robert B. Tucker L-11752 

-10" Work Unit No 9 Performing Organization Name and Address 815-10-00-00 

NASA Langley Research Center 11. Contract or Grant No. 

Hampton, VA 23665
 

13 Type of Report and Period Covered 12 Sponsoring Agency Name and Address Reference Publication 

National Aeronautics and Space Administration 14 Sponsoring Agency Code 

Washington, DC 20546 

15. Supplementary Notes 

Robert B. Tucker: 
 Stanford University Medical Center, Stanford, California.
 

16. Abstract 

All the images returned by the two Viking landers during the primary
 phase of the Viking Mission are presented in this report. Listings of supple­ mental information which describe the conditions uder which the images were
 acquired are included together with skyline drawings which show where the
 images are positioned in the field of view of the cameras. 
Subsets of the
 images are listed in a variety of sequences to aid in locating images of
 interest. 
The format and organization of the digital magnetic tape storage
 of the images are described. A bxief description of the mission and the camera
 

system is also included.
 

17. Key Words (Suggested by Author(s)) I8. Distribution Statement 

Viking 
 Unclassified - Unlimited
 

Mars
 

Imaging 

Lander
 

Photograph 
 Subject Category 91
 

19. Security Clasif (of this report) 20. Security Classif. (of this page) 21. No. of Pages 22. Price' 

Unclassified 
 Unclassified 
 568 $16.25
 

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