Video recording and editing for two series of model tests in ice

(1)

Publisher’s version / Version de l'éditeur:

Vous avez des questions? Nous pouvons vous aider. Pour communiquer directement avec un auteur, consultez la

première page de la revue dans laquelle son article a été publié afin de trouver ses coordonnées. Si vous n’arrivez

pas à les repérer, communiquez avec nous à PublicationsArchive-ArchivesPublications@nrc-cnrc.gc.ca.

Questions? Contact the NRC Publications Archive team at

PublicationsArchive-ArchivesPublications@nrc-cnrc.gc.ca. If you wish to email the authors directly, please see the

first page of the publication for their contact information.

https://publications-cnrc.canada.ca/fra/droits

L’accès à ce site Web et l’utilisation de son contenu sont assujettis aux conditions présentées dans le site

LISEZ CES CONDITIONS ATTENTIVEMENT AVANT D’UTILISER CE SITE WEB.

Student Report (National Research Council of Canada. Institute for Ocean

Technology); no. SR-2005-06, 2005

READ THESE TERMS AND CONDITIONS CAREFULLY BEFORE USING THIS WEBSITE.

https://nrc-publications.canada.ca/eng/copyright

NRC Publications Archive Record / Notice des Archives des publications du CNRC :

https://nrc-publications.canada.ca/eng/view/object/?id=650fcd5c-4b30-42a1-a08b-75c7e19c1709

https://publications-cnrc.canada.ca/fra/voir/objet/?id=650fcd5c-4b30-42a1-a08b-75c7e19c1709

NRC Publications Archive

Archives des publications du CNRC

For the publisher’s version, please access the DOI link below./ Pour consulter la version de l’éditeur, utilisez le lien

DOI ci-dessous.

https://doi.org/10.4224/8895350

Access and use of this website and the material on it are subject to the Terms and Conditions set forth at

Video recording and editing for two series of model tests in ice

Stanley, J.; Lau, M.

(2)

DOCUMENTATION PAGE

REPORT NUMBER

SR-2006-05

NRC REPORT NUMBER

DATE

April, 2005

REPORT SECURITY CLASSIFICATION

Un

classified

DISTRIBUTION

Unlimited

TITLE

VIDEO RECORDING AND EDITING FOR TWO SERIES OF MODEL TESTS IN

ICE

AUTHOR(S)

Stanley, J. and Lau, M

CORPORATE AUTHOR(S)/PERFORMING AGENCY(S)

National Research Council of Canada – Institute for Ocean Technology

PUBLICATION

SPONSORING AGENCY(S)

National Research Council of Canada – Institute for Ocean Technology

IOT PROJECT NUMBER

PJ2019 and PJ953

NRC FILE NUMBER

KEY WORDS

Video Editing, Model Tests

PAGES

11 +

app.

FIGS.

8 TABLES

14 SUMMARY

This document describes the procedures used when editing and converting DV

video footage to MPEG format for two model tests conducted at the ice tank of the

Institute for Ocean Technology: PJ953 – Ship Maneuvering in Ice, and PJ2019 –

Moored Cone in Ice. To this purpose, commercially available editing software was

used. Spreadsheets containing summary data on the video records of these two

projects are included in appendices.

ADDRESS

National Research Council

Institute for Ocean Technology

Arctic Avenue, P. O. Box 12093

St. John's, NL A1B 3T5

(3)

National Research Council Conseil national de recherches

Canada

Institute for Ocean

Institut des technologies

Technology

océaniques

VIDEO RECORDING AND EDITING FOR TWO SERIES OF MODEL TESTS IN ICE

SR-2005-06

Jeff Stanley and Michael Lau

Date: March 2005

(4)

ABSTRACT

This document describes the procedures used when editing and converting DV

video

footage to MPEG format for two model tests conducted at the ice tank of

the Institute for Ocean Technology: PJ953 – Ship Maneuvering in Ice, and

PJ2019 – Moored Cone in Ice. To this purpose, commercially available editing

software was used. Spreadsheets containing summary data on the video

records of these two projects are included in appendices.

(5)

ii

ACKNOWLEDGEMENTS

Co-op students, Bruce Quinton and Amy van Thiel, assisted in the analysis of the

video footage. We appreciate their contributions.

(6)

Abstract...i

Acknowledgements... ii

1.0 INTRODUCTION ...1

2.0 PROCEDURE...2

2.1 DV to DVD Recording ...2

2.2 DVD Editing...3

2.2.1 Creating a spreadsheet...4

2.2.2 Using PowerDirector...4

2.3 Transferring Edited Files to DVD...6

2.4 Notes and Troubleshooting ...6

2.5 Using DVD2AVI to Encode DVD Files...7

3.0 SUMMARY...8

LIST OF FIGURES

Figure 1: Panasonic AG-DV1000 DV Cassette Recorder ... 9

Figure 2: Sony RDR-GX7 DVD Recorder ... 9

Figure 3: PowerDirector Window ... 9

Figure 4: Trim Window...10

Figure 5: Produce Window...10

Figure 6: Select File Format...11

Figure 7: Choose Export Directory...11

Figure 8: DVD2AVI ...12

APPENDICIES

APPENDIX A: PJ953 SPREADSHEET

APPENDIX B: PJ2019 SPREADSHEET

(7)

1 VIDEO RECORDING AND EDITING FOR TWO SERIES

OF MODEL TESTS IN ICE

1.0 INTRODUCTION

All tests carried out in the Institute for Ocean Technology’s (IOT) facilities are

extensively documented. In particular this includes logs from a battery of load

cells and instruments, as well as video records of all test runs. Video records are

taken for a number of reasons. Firstly, it allows the researchers to identify the

physical interactions such as how ice clears around a hull; and, secondly, if

something unusual presents itself in the data, the video can be consulted to

identify the source of abnormality. For example, a large pile of rubble ice

accumulating in front of the model may lead to unusually high loads on the

structure. A test may have two to six cameras recording from different angles,

although the norm for most tests is four. The video feed is routed to a number of

DV (Digital Video) recorders in the control room and the recordings are

synchronized with the transducer outputs. All footage is date-and-time stamped,

and annotated with the run identifier such as project number, run name and

description.

Despite the apparent completeness, it is advantageous to edit and convert the

raw footage to a more convenient format and storage media. The DV tapes

contain approximately one hour of footage each with no pause between

individual test runs. For better accessibility, the DV footage is first transferred

directly onto DVD. The contents are then copied to a PC where the individual

test runs can be edited for length, converted to MPEG format and saved

individually. The MPEG files are then recorded onto a second set of DVDs. It is

possible to transfer DV tape video directly to a PC for editing without the need to

make two sets of DVDs; however, the process provides redundancy in the event

the tapes became lost or the edited footage is incomplete for some reason.

At the time this document was written, the test runs for PJ2019 – Moored Cone in

Ice and PJ953 – Ship Maneuvering in Ice had been edited and finished. This

report documents the results with a brief guide on the editing process.

(8)

2.0 PROCEDURE

2.1 DV to DVD Recording

The equipment used to record DV tapes to DVD is located in the OEB’s video

editing room. It consists of a Panasonic AG-DV1000 Digital Video Cassette

Recorder [Fig. 1] and a Sony RDR-GX7 DVD Recorder [Fig. 2] with remote

control. These are standalone pieces of equipment connected to a TV monitor

through an A/V selector switch. A Firewire cable is used to connect the DV tape

deck and the DVD recorder, allowing for direct digital input.

Before recording, the DV footage must be checked for length. If under an hour

each, two DV tapes can be put on a single DVD on the SP recording setting (2

hours). However, the tapes can sometimes continue for over an hour and in this

event either the footage on one tape can be stored on one DVD (to preserve

quality) or the LP (3 hours) setting can be used that provides one hour of extra

storage for relatively little sacrifice in quality. To change this setting, push the

Tools button on the DVD player’s remote control and highlight Record Settings

with the joystick. Pushing the joystick down when centered will select an item.

The user can then change the appropriate record setting and when finished push

the Return button on the remote to exit. (There is no on-screen option to do this.)

The Display button will also produce a bar on the screen that shows the

recording setting.

To begin recording, push the Record button on the DVD recorder or push the

Tools button on the remote and select Record. When inserting a tape, the DV

tape deck will wind it forward and start at the 5 seconds mark. The tape will need

to be rewound if the footage from these 5 seconds is not to be lost. Once the

DVD recorder has started recording, play the DV tape in the DV tape deck. The

TV monitor connected to the DV tape deck and the DVD recorder is fitted with a

four-channel selector switch, which includes one channel for the DV tape deck

feed and one for the DVD recorder feed. The video being recorded should play

on the DVD recorder’s channel with any of the DVD recorder’s windows overlaid

on it.

1 The equipment will require no assistance from then on, and the DVD

player will continue recording until the tape or the DVD runs out. It is necessary

to return to stop the DVD recording when the tape is finished or a blank screen

will fill the remainder of the DVD.

To name the individual footage segments on a DVD, hit the Title List button and

then push down on the joystick in the remote to get a menu. It is recommended

to incorporate the project number, the set number and the camera number into

the title, i.e., PJ2019 SET 4 BEAM 4, where 2019 is the project number, and the

tape in question belongs to set four and contains footage from camera four,

which was mounted on the carriage beam.

(9)

3 To add video from another DV tape to the DVD, place a new tape in the DV tape

deck and press Record as before. It will be stored as a separate file and can

also be named following the same procedure.

In order for a DVD-ROM to be able to read this DVD, it must then be finalized.

To do this, push the Tools button and go to Disc Info. There you will see the

option to Finalize and a button that would allow you to name the DVD itself

(which again should reflect its contents, i.e. PJ2019 SET 4 BEAM 4 & BOW 5).

The DVD recorder has a number of additional functions not covered here. For

example, before a disc is finalized it remains possible to delete items from the

DVD and perform limited editing.

2.2 DVD Editing

The video editing was performed on a PC using commercially available video

editing software, Cyberlink PowerDirector

(http://www.gocyberlink.com/english/index.jsp)

.

Video editing is a very intensive process and requires significant computer

power. A computer system with at least a 64 MB video card, a 1.8 GHz (or

faster) processor, 512 MB of RAM and an 80 GB hard drive is recommended. If

available, a DVD writer would also be useful.

The files of interest on the DVD are the files with names having the VOB

extension. If there are two tapes on a DVD, then the data from the first tape will

be on VTS_01_1 and VTS_01_2 (And sometimes there is also a VTS_01_3)

while the second tape will be on VTS_02_1 and so on. None of the other files on

the DVD are needed for editing. It is much easier to work with the large VOB

files when they are copied directly onto the hard drive. To save space, it is

recommended to copy the files related to a single tape at a time, work with them,

and then delete them when ready for the next set.

An Excel spreadsheet containing the pertinent specifications of each run was

generated to assist the editing according to the test log created at the time of

testing, which includes the name of the run, the time it started, its duration and a

brief description of the test, i.e., the test speed, target ice strength, ice thickness,

etc. Unfortunately this information may not necessarily be correct and the

following section describes how to create a spreadsheet to keep track of the

data.

(10)

2.2.1 Creating a spreadsheet

Making a spreadsheet to keep track of DVD editing is a simple process.

Including columns for the following data are suggested:

• Test Name

• Set #

• Camera Position

• Test Date

• Log Start Time

(The start time given by the test log)

• Log Finish Time

(The finish time given by the test log)

• Log Duration

• Video Start Time (Timestamp on the video itself at start)

• Video End Time

(Timestamp on the video itself at finish)

• Video Duration

• Ice Thickness

(If applicable)

• Segment Filename (Name for individual test runs in MPEG format)

• VOB Filename

(The VOB file containing the specific run)

• General Remarks

Typically each set may have its own tab and separate worksheet, while the runs

within a set are divided based on camera position.

The test logs generated at the test time are useful for determining how many test

runs there are and roughly where they begin and end. However, the durations

and start times given by the logs may not be correct. They can be off by several

minutes and as such all the start and stop times for the videos must be recorded

during editing.

While most test footage is annotated with test name, and test date and time,

occasionally this information is missing, and the spreadsheet will serve as a final

summary of the video records from each test series.

The spreadsheets created for PJ2019 and PJ953 are included in appendices A

and B, respectively.

2.2.2 Using PowerDirector

To begin editing, start PowerDirector, select Import from the file menu and

choose to Import Media Files. One could also import a folder containing the

contents of an entire DVD, but that could take upwards of ten or fifteen minutes

to load; therefore, it is recommended to work with only one or two VOB files at

one time. A browse window will appear allowing the user to search for and

choose the VOB file(s) for editing. PowerDirector will read the VOB file and

parse it into small clips 16 to 50 seconds long depending on the recording setting

(11)

5 screen. PowerDirector numbers every segment sequentially and usually a total

of 54 clips are generated from a full-sized VOB file. In the default display mode,

the clip names are truncated and the numbers cannot be seen. Clicking the

leftmost of the two buttons at the top of the thumbnail display will allow a user to

change from Thumbnails to Detail Display mode [Fig. 3]. This will list the clips in

sequential order with a more legible format. The first clip will not be numbered,

and clips 1-9 will be spread throughout the listing.

To edit a clip, simply drag it onto the Video editing tray at the bottom of the

screen [Fig. 3]. The selected clip will appear in the Play window ready for

editing. Clicking on the Trim button [Fig. 3] will activate a new window with two

buttons that allow you to trim off pieces from the clip. The start and end times of

the clip are selected by moving the slider under the Play window to the desired

start and finish points. For a finer control, the slider

2 located at the top bar of the

video tray can be used [Fig. 3 & Fig. 4]. The left trim button will cut off everything

before the current point in the clip (the location of the slider), and the right

everything after. The editing done in the video tray does not affect the original,

and so if a mistake is made, one can delete the clip in the video tray and drag in

the original clip again.

Another task of the video editing is to eliminate dead time so that the video starts

about three seconds before the model begins to move and end three seconds

after it stops. For this purpose, one has to determine the desirable start and end

time by watching the video. In most test runs it will be obvious when the model

starts or stops moving, and it is a simple matter of noting the time at the top of

the screen, rewinding or going forward three seconds and trimming the clip.

But for some low velocity runs, the motion may be so slow that it is often very

difficult to tell when the model starts to move or when it stops. In the absence of

an option to increase playback speed, the easiest solution is to grab the slider

underneath the play window with the mouse and skip back and forth a few

seconds at a time and use a point of reference to determine when motion begins.

It makes it much easier to see changes in the picture. If this is not sufficiently

precise, one may attempt to use the frame buttons to advance the video

frame-by-frame [Fig. 4]. Since all the cameras are synchronized, the start and stop

times for all cameras within the same set will be the same for a given test run.

When all the individual clips belonging to a certain test run have been compiled

and trimmed, clicking the Produce button at the top of the screen will begin the

process of reassembling them into a MPEG file [Fig. 5]. Choosing the option to

Create a File [Fig. 5] will bring up the Choose Format screen [Fig. 6]. It is

recommended to output the final clip to an MPEG2 file with the Best Quality

option selected. Clicking next again will produce another dropdown window

asking for the name of the file to which the clip is to be exported [Fig 7]. For long

test runs, it may take up to 20 or 30 minutes to recompile the clips back into a

(12)

single file. The new segment will be added to the library. Deleting it from the

library will not delete it from the computer, although that option exists if needed.

2.3 Transferring Edited Files to DVD

If a DVD writer was not available to be installed in the user’s desktop, they may

use the DVD writers in the two public computers in the 1

st

floor administrative

area. MPEG files will need to be transferred to the common (N:) drive so they

can be accessed from another terminal. Instructions on the use of DVD writing

software can also be found on the IOT intranet page at

http://web.imd.nrc.ca/computer/pcinfo/PCnotes.htm.

Note: If the user has administrative privileges on the computer where the MPEG

files are stored, they can access these files on any other computer by

mapping the hard drive that computer. This process is much more

efficient than transferring the large MPEG files to the common (N:) drive.

To map the hard drive containing the MPEG files to another computer:

1. Log onto the other computer with the same username that you log

onto the computer containing the MPEG files.

2. Right-click on “My Computer” and left-click “Map Network Drive…”.

3. A window will pop up asking you to choose a drive letter, a folder,

and whether to reconnect at logon.

a. Choose a drive letter greater than “h:” that is not already in

use.

b. In the folder box type “\\pc######\

driveletter

$” (e.g. to map

“c:” on PC002060, type “\\pc002060\c$”).

c. Uncheck the “Reconnect at logon” box.

d. Click “Finish”.

4. Open explorer and navigate to the mapped drive.

2.4 Notes and Troubleshooting

Question: One of my clips is missing. Where did it go?

Sometimes clip 9 (Or any other clip at the very end of the list) will not appear in

the list of clips. When that happens it is actually hidden on the bottom of the list.

For some reason the scroll bar cannot go down far enough to reveal it. There

are two ways to remedy this: The first is to click on the last clip in the list and hit

the down arrow, which should reveal the clip after it, or, one can click the Name

button over the name column to reverse the order in which the names are listed

and clip 9 (Or the last in the list) should be moved to the top.

(13)

7 Question: PowerDirector is working very slowly / Some of my clips are blank and

they’re not supposed to be / PowerDirector has stalled when producing one of

my test runs

Occasionally, PowerDirector encounters problems when working with certain

VOB files for no apparent reason. The symptoms of this problem tend to include:

PowerDirector working unusually slow, clip segments appearing blank, or not

playing at all, or the producing process stalling. Usually this occurs with the

larger files on the same disk, but it does not affect all files on a disk. Usually if

there is a problem it is associated with VTS_01_1 and VTS_02_1, while other

files such as VTS_01_2 and VTS_02_2 are unaffected. When encountered, this

problem may persist despite normal attempts to correct it, such as restarting the

software, rebooting the system or deleting and re-importing the VOB file.

After some in-depth investigation, the cause of this problem seems to be bad

encoding of certain VOB files on the part of PowerDirector, attributed to errors in

the data on the DV tapes themselves. This problem can be remedied by using

video conversion programs, i.e., DVD2AVI, to convert the VOB files to another

format before importing them into PowerDirector. Nevertheless, it takes up to

twelve hours to process an entire DVD, and is best left running overnight. A brief

section on using DVD2AVI is provided below.

2.5 Using DVD2AVI to Encode DVD Files

DVD2AVI (http://arbor.ee.ntu.edu.tw/~jackei/dvd2avi) is a free and easy to use

decoder/encoder utility for converting video files from one format to another.

Opening DVD2AVI brings about a small window that looks like a movie player

[Fig. 8]. Go to File and Open the VOB files on the DVD you wish to encode.

This will bring you to the File List. Note that clicking on VTS_01_1 will

automatically include VTS_01_2, as the program default assumes files having

the same file name prefix are to be processed together. If a file is not to be

processed, it can be deleted from this window. The Add button will bring up the

File list again, allowing more files to be added to the list for encoding. They will

be put together in one or two large AVI files.

When the files have been selected, go to the Video option and change the Color

to RGB (24 bit) [Fig. 8]. Then go to File and click Save AVI to choose the save

directory and file name. A dialogue box will pop up asking which codec is to be

used for encoding. The Indeo codec appears to produce the highest quality

while still maintaining a reasonable file size. Select this codec and click start to

begin the conversion.

(14)

3.0 SUMMARY

The process used to edit video footage from two IOT projects, PJ953 – Ship

Maneuvering in Ice and PJ2019 – Moored Cone in Ice was described. In the

future it may be possible to make this process more efficient by installing a

Firewire card in the user’s desktop. This would allow Panasonic DV tape deck to

be directly connected to a desktop computer, it could be recorded to DVD and

edited without the need to make numerous trips to the OEB video room.

(15)

9 FIGURES

Figure 3:

PowerDirector Window

Editing Tray

Playback

Window

File List

Sliders

Change Display

Figure 1

: Panasonic AG-DV1000 DV

(16)

Figure 4:

Trim Window

Figure 5:

Produce Window

Trim Buttons

Trim Markers

Trimmed Clip

Sliders

Previous / Next

(17)

11 Figure 6:

Select File Format

(18)

Figure 8

: DVD2AVI

Trim Buttons

Color Setting

(19)

A-1

APPENDIX A – PJ953 SPREADSHEET

LIST OF TABLES

Table A1: PJ953 Set 0 Data ... A2

Table A2: PJ953 Set 1 Data ... A4

Table A3: PJ953 Set 2 Data ... A6

Table A4: PJ953 Set 3 Data ... A7

Table A5: PJ953 Set 4 Data ... A8

Table A6: PJ953 Test Description... A10

(20)

Test Name Cam. _Pos. Test Date Log Start _Time Log Finish _Time _DurationLog _{Start Time}Video Finish Video Time

Video

Duration Segment Filename (.MPG) Filename (.VOB) Notes

LIR_022 UW 2 15-Dec-03 12:13:54 12:20:10 0:06:16 12:05:57 12:14:29 0:08:32 LIR_022_UW_2 VTS_01_1 -

PS_SQP_023 UW 2 15-Dec-03 13:37:06 13:43:47 0:06:41 13:29:23 13:37:41 0:08:18 PS_SQP_023_UW_2 VTS_01_1 -

AR_R10_V0P02_024 UW 2 15-Dec-03 15:09:14 - - - Not Processed

CR_R10_V0P6_027 UW 2 15-Dec-03 15:48:58 - - - Not Processed

CR_R10_V0P9_028 UW 2 15-Dec-03 16:02:30 - - - Not Processed

EXTRA_OW_YAW_0 UW 2 15-Dec-03 - - - Not Processed

EXTRA_OW_YAW 10 UW 2 15-Dec-03 - - - Not Processed

EXTRA_OW_1 UW 2 15-Dec-03 - - - Not Processed

LIR_022 FWD 3 15-Dec-03 12:13:54 12:20:10 0:06:16 12:05:57 12:14:26 0:08:29 LIR_022_FWD_3 VTS_02_1 - PS_SQP_023 FWD 3 15-Dec-03 13:37:06 13:43:47 0:06:41 13:29:23 13:37:41 0:08:18 PS_SQP_023_FWD_3 VTS_02_1 - AR_R10_V0P02_024 FWD 3 15-Dec-03 15:09:14 - - 14:58:53 15:09:49 0:10:56 AR_R10_V0P02_024_FWD_3 VTS_02_1 - AR_R10_V0P1_025 FWD 3 15-Dec-03 15:24:38 - - 15:22:57 15:25:17 0:02:20 AR_R10_V0P1_025_FWD_3 VTS_02_2 -

AR_R10_V0P6_026 FWD 3 15-Dec-03 15:41:40 - - - Missing

CR_R10_V0P6_027 FWD 3 15-Dec-03 15:48:58 - - 15:48:53 15:49:37 0:00:44 CR_R10_V0P6_027_FWD_3 VTS_02_2 - CR_R10_V0P9_028 FWD 3 15-Dec-03 16:02:30 - - 16:02:47 16:03:13 0:00:26 CR_R10_V0P9_028_FWD_3 VTS_02_2 -

EXTRA_OW_YAW_0 FWD 3 15-Dec-03 - - - 17:19:29 17:21:19 0:01:50 EXTRA_OW_YAW_0_FWD_3 VTS_02_2 -

EXTRA_OW_YAW 10 FWD 3 15-Dec-03 - - - 17:31:14 17:33:04 0:01:50 EXTRA_OW_YAW 10_FWD_3 VTS_02_2 -

EXTRA_OW_1 FWD 3 15-Dec-03 - - - 17:38:13 17:40:06 0:01:53 EXTRA_OW_1_FWD_3 VTS_02_2 -

(21)

A-3

Video

LIR_022 BEAM 4 15-Dec-03 12:13:54 12:20:10 0:06:16 12:05:57 12:14:26 0:08:29 LIR_022_BEAM_4 VTS_01_1 - PS_SQP_023 BEAM 4 15-Dec-03 13:37:06 13:43:47 0:06:41 13:29:23 13:37:41 0:08:18 PS_SQP_023_BEAM_4 VTS_01_1 - AR_R10_V0P02_024 BEAM 4 15-Dec-03 15:09:14 - - 14:58:53 15:09:49 0:10:56 AR_R10_V0P02_024_BEAM_4 VTS_01_1 - AR_R10_V0P1_025 BEAM 4 15-Dec-03 15:24:38 - - 15:22:57 15:25:17 0:02:20 AR_R10_V0P1_025_BEAM_4 VTS_01_1 -

AR_R10_V0P6_026 BEAM 4 15-Dec-03 15:41:40 - - - Missing

CR_R10_V0P6_027 BEAM 4 15-Dec-03 15:48:58 - - 15:48:53 15:49:37 0:00:44 CR_R10_V0P6_027_BEAM_4 VTS_01_2 - CR_R10_V0P9_028 BEAM 4 15-Dec-03 16:02:30 - - 16:02:47 16:03:13 0:00:26 CR_R10_V0P9_028_BEAM_4 VTS_01_2 -

EXTRA_OW_YAW_0 BEAM 4 15-Dec-03 - - - Not Processed

EXTRA_OW_YAW 10 BEAM 4 15-Dec-03 - - - Not Processed

EXTRA_OW_1 BEAM 4 15-Dec-03 - - - Not Processed

(22)

Video

OW1_OP1_RA0_AR999_053 FWD 3 23-Dec-03 15:48:41 15:54:49 0:06:08 - - - Missing

OW1_OP6_RA0_AR999_054 FWD 3 23-Dec-03 16:00:08 16:02:11 0:02:03 - - - Missing

OW2_0P9_RA0_AR999_057 FWD 3 23-Dec-03 8:45:41 8:47:16 0:01:35 - - - Missing

OW6_0P9_RA0_AR50_060 FWD 3 23-Dec-03 9:51:09 9:53:02 0:01:53 9:51:08 9:51:37 0:00:29 OW6_0P9_RA0_AR50_060_FWD_3 VTS_01_01 Moving at footage start OW7_0P1_RA0_AR10_061 FWD 3 23-Dec-03 9:59:58 10:02:17 0:02:19 9:59:58 10:01:52 0:01:54 OW7_0P1_RA0_AR10_061_FWD_3 VTS_01_01 Moving at footage start OW8_0P6_RA0_AR10_062 FWD 3 23-Dec-03 10:09:25 10:10:06 0:00:41 10:09:28 10:09:49 0:00:21 OW8_0P6_RA0_AR10_062_FWD_3 VTS_01_01 - OW9_0P9_RA0_AR10_063 FWD 3 23-Dec-03 10:19:24 10:19:49 0:00:25 10:19:31 10:19:49 0:00:18 OW9_0P9_RA0_AR10_063_FWD_3 VTS_01_01 Not on Edited DVD OW9A_0P9_RA0_CR10_064 FWD 3 23-Dec-03 10:29:22 10:29:59 0:00:37 10:29:24 10:29:51 0:00:27 OW9A_0P9_RA0_CR10_064_FWD_3 VTS_01_01 - OW10_0P1_RA20_CR999_065 FWD 3 23-Dec-03 10:56:07 11:00:10 0:04:03 10:56:13 11:00:10 0:03:57 OW10_0P1_RA20_CR999_065_FWD_3 VTS_01_01 Ends before test finished OW10_0P6_RA20_CR999_066 FWD 3 23-Dec-03 11:06:05 11:08:05 0:02:00 11:06:12 11:08:05 0:01:53 OW10_0P6_RA20_CR999_066_FWD_3 VTS_01_01 - OW12_0P9_RA20_CR999_067 FWD 3 23-Dec-03 11:16:31 11:17:50 0:01:19 11:16:34 11:17:50 0:01:16 OW12_0P9_RA20_CR999_067_FWD_3 VTS_01_01 - OW13_0P1_RA20_AR50_068 FWD 3 23-Dec-03 11:26:30 11:30:45 0:04:15 11:26:35 11:30:43 0:04:08 OW13_0P1_RA20_AR50_068_FWD_3 VTS_01_01 - OW14_0P6_RA20_AR50_069 FWD 3 23-Dec-03 11:36:29 11:38:09 0:01:40 11:37:09 11:38:07 0:00:58 OW14_0P6_RA20_AR50_069_FWD_3 VTS_01_01 - OW15_0P9_RA20_AR50_070 FWD 3 23-Dec-03 11:44:14 11:44:54 0:00:40 11:44:14 11:44:54 0:00:40 OW15_0P9_RA20_AR50_070_FWD_3 VTS_01_01 - OW16_0P1_RA20_CR10_071 FWD 3 23-Dec-03 11:50:38 11:54:14 0:03:36 11:50:51 11:54:13 0:03:22 OW16_0P1_RA20_CR10_071_FWD_3 VTS_01_01 - OW17_0P6_RA20_CR10_072 FWD 3 23-Dec-03 12:01:08 12:01:56 0:00:48 12:01:14 12:01:56 0:00:42 OW17_0P6_RA20_CR10_072_FWD_3 VTS_01_01 - OW18_0P9_RA20_CR10_073 FWD 3 23-Dec-03 12:11:50 12:12:20 0:00:30 12:11:55 12:12:19 0:00:24 OW18_0P9_RA20_CR10_073_FWD_3 VTS_01_01 Skips at 12:12:11 OW19_0P1_RA30_CR999_074 FWD 3 23-Dec-03 12:21:52 12:27:16 0:05:24 12:21:52 12:27:06 0:05:14 OW19_0P1_RA30_CR999_074_FWD_3 VTS_01_01 & _{VTS_01_02} - OW20_0P6_RA30_CR999_075 FWD 3 23-Dec-03 12:32:21 12:34:20 0:01:59 12:32:22 12:34:19 0:01:57 OW20_0P6_RA30_CR999_075_FWD_3 VTS_01_02 - OW21_0P9_RA30_CR999_076 FWD 3 23-Dec-03 12:42:14 12:43:37 0:01:23 12:42:19 12:43:37 0:01:18 OW21_0P9_RA30_CR999_076_FWD_3 VTS_01_02 - OW22_0P1_RA30_AR50_077 FWD 3 23-Dec-03 12:52:14 12:56:25 0:04:11 12:52:15 12:56:19 0:04:04 OW22_0P1_RA30_AR50_077_FWD_3 VTS_01_02 - OW23_0P6_RA30_AR50_078 FWD 3 23-Dec-03 13:00:33 13:01:41 0:01:08 13:00:39 13:01:35 0:00:56 OW23_0P6_RA30_AR50_078_FWD_3 VTS_01_02 - OW24_0P9_RA30_AR50_079 FWD 3 23-Dec-03 13:06:53 13:07:36 0:00:43 13:06:59 13:07:36 0:00:37 OW24_0P9_RA30_AR50_079_FWD_3 VTS_01_02 - OW25_0P1_RA30_CR10_080 FWD 3 23-Dec-03 13:19:30 13:23:27 0:03:57 13:19:38 13:23:27 0:03:49 OW25_0P1_RA30_CR10_080_FWD_3 VTS_01_02 Ends before test finished OW26_0P6_RA30_CR10_081 FWD 3 23-Dec-03 13:30:06 13:30:58 0:00:52 13:30:12 13:30:54 0:00:42 OW26_0P6_RA30_CR10_081_FWD_3 VTS_01_02 - OW27_0P9_RA30_CR10_082 FWD 3 23-Dec-03 13:39:49 13:40:14 0:00:25 13:39:49 13:40:13 0:00:24 OW27_0P9_RA30_CR10_082_FWD_3 VTS_01_02 - OW25A_0P1_RA30_CR10_083 FWD 3 23-Dec-03 13:45:34 13:49:14 0:03:40 13:45:40 13:49:07 0:03:27 OW25A_0P1_RA30_CR10_083_FWD_3 VTS_01_02 - OW28_0P1_OP6_0P9_RA00_

CR999_084 FWD 3 23-Dec-03 13:56:16 14:00:08 0:03:52 13:56:25 14:00:08 0:03:43 OW28_0P1_OP6_0P9_RA00_CR999 _084_FWD_3 VTS_01_02 -

(23)

A

-5

Te st N am e C am . P os . Te st D at e Lo g S ta rt Ti m e Lo g Fi ni sh Ti m e Lo g D ur at io n V id eo S ta rt T im e V id eo Fi ni sh Ti m e V id eo D ur at io n S eg m en t F ile na m e (.M P G ) Fi le na m e (.V O B ) N ot es O W 1_ O P 1_ R A 0_ A R 99 9_ 05 3 B E A M 4 2 3-D ec -0 3 15 :4 8: 41 15 :5 4: 49 0: 06 :0 8 - - - - - M is si ng O W 1_ O P 6_ R A 0_ A R 99 9_ 05 4 B E A M 4 2 3-D ec -0 3 16 :0 0: 08 16 :0 2: 11 0: 02 :0 3 - - - - - M is si ng O W 2_ 0P 9_ R A 0_ A R 99 9_ 05 7 B E A M 4 2 3-D ec -0 3 8: 45 :4 1 8: 47 :1 6 0: 01 :3 5 - - - - - M is si ng O W 4_ 0P 1_ R A 0_ A R 50 _0 58 B E A M 4 2 3-D ec -0 3 9: 05 :4 1 9: 10 :4 7 0: 05 :0 6 - - - - - M is si ng O W 5_ 0P 6_ R A 0_ A R 50 _0 59 B E A M 4 2 3-D ec -0 3 9: 40 :3 4 9: 42 :0 8 0: 01 :3 4 - - - - - M is si ng O W 6_ 0P 9_ R A 0_ A R 50 _0 60 B E A M 4 2 3-D ec -0 3 9: 51 :0 9 9: 53 :0 2 0: 01 :5 3 - - - - V T S _0 2_ 01 N ot P ro ce ss ed O W 7_ 0P 1_ R A 0_ A R 10 _0 61 B E A M 4 2 3-D ec -0 3 9: 59 :5 8 10 :0 2: 17 0: 02 :1 9 - - - - V T S _0 2_ 01 N ot P ro ce ss ed O W 8_ 0P 6_ R A 0_ A R 10 _0 62 B E A M 4 2 3-D ec -0 3 10 :0 9: 25 10 :1 0: 06 0: 00 :4 1 - - - - V T S _0 2_ 01 N ot P ro ce ss ed O W 9_ 0P 9_ R A 0_ A R 10 _0 63 B E A M 4 2 3-D ec -0 3 10 :1 9: 24 10 :1 9: 49 0: 00 :2 5 - - - - V T S _0 2_ 01 N ot P ro ce ss ed O W 9A _0 P 9_ R A 0_ C R 10 _0 64 B E A M 4 2 3-D ec -0 3 10 :2 9: 22 10 :2 9: 59 0: 00 :3 7 - - - - V T S _0 2_ 01 N ot P ro ce ss ed O W 10 _0 P 1_ R A 20 _C R 99 9_ 06 5 B E A M 4 2 3-D ec -0 3 10 :5 6: 07 11 :0 0: 10 0: 04 :0 3 - - - - V T S _0 2_ 01 N ot P ro ce ss ed O W 10 _0 P 6_ R A 20 _C R 99 9_ 06 6 B E A M 4 2 3-D ec -0 3 11 :0 6: 06 11 :0 8: 05 0: 01 :5 9 - - - - V T S _0 2_ 01 N ot P ro ce ss ed O W 12 _0 P 9_ R A 20 _C R 99 9_ 06 7 B E A M 4 2 3-D ec -0 3 11 :1 6: 31 11 :1 7: 50 0: 01 :1 9 - - - - V T S _0 2_ 01 N ot P ro ce ss ed O W 13 _0 P 1_ R A 20 _A R 50 _0 68 B E A M 4 2 3-D ec -0 3 11 :2 6: 30 11 :3 0: 45 0: 04 :1 5 - - - - V T S _0 2_ 01 N ot P ro ce ss ed O W 14 _0 P 6_ R A 20 _A R 50 _0 69 B E A M 4 2 3-D ec -0 3 11 :3 6: 29 11 :3 8: 09 0: 01 :4 0 - - - - V T S _0 2_ 01 N ot P ro ce ss ed O W 15 _0 P 9_ R A 20 _A R 50 _0 70 B E A M 4 2 3-D ec -0 3 11 :4 4: 14 11 :4 4: 54 0: 00 :4 0 - - - - V T S _0 2_ 01 N ot P ro ce ss ed O W 16 _0 P 1_ R A 20 _C R 10 _0 71 B E A M 4 2 3-D ec -0 3 11 :5 0: 38 11 :5 4: 14 0: 03 :3 6 - - - - V T S _0 2_ 01 N ot P ro ce ss ed O W 17 _0 P 6_ R A 20 _C R 10 _0 72 B E A M 4 2 3-D ec -0 3 12 :0 1: 08 12 :0 1: 56 0: 00 :4 8 - - - - V T S _0 2_ 01 N ot P ro ce ss ed O W 18 _0 P 9_ R A 20 _C R 10 _0 73 B E A M 4 2 3-D ec -0 3 12 :1 1: 50 12 :1 2: 20 0: 00 :3 0 - - - - V T S _0 2_ 01 N ot P ro ce ss ed O W 19 _0 P 1_ R A 30 _C R 99 9_ 07 4 B E A M 4 2 3-D ec -0 3 12 :2 1: 52 12 :2 7: 16 0: 05 :2 4 - - - - V T S _0 2_ 01 & V T S _0 2_ 02 N ot P ro ce ss ed O W 20 _0 P 6_ R A 30 _C R 99 9_ 07 5 B E A M 4 2 3-D ec -0 3 12 :3 2: 21 12 :3 4: 20 0: 01 :5 9 - - - - V T S _0 2_ 02 N ot P ro ce ss ed O W 21 _0 P 9_ R A 30 _C R 99 9_ 07 6 B E A M 4 2 3-D ec -0 3 12 :4 2: 14 12 :4 3: 37 0: 01 :2 3 - - - - V T S _0 2_ 02 N ot P ro ce ss ed O W 22 _0 P 1_ R A 30 _A R 50 _0 77 B E A M 4 2 3-D ec -0 3 12 :5 2: 14 12 :5 6: 25 0: 04 :1 1 - - - - V T S _0 2_ 02 N ot P ro ce ss ed O W 23 _0 P 6_ R A 30 _A R 50 _0 78 B E A M 4 2 3-D ec -0 3 13 :0 0: 33 13 :0 1: 41 0: 01 :0 8 - - - - V T S _0 2_ 02 N ot P ro ce ss ed O W 24 _0 P 9_ R A 30 _A R 50 _0 79 B E A M 4 2 3-D ec -0 3 13 :0 6: 53 13 :0 7: 36 0: 00 :4 3 - - - - V T S _0 2_ 02 N ot P ro ce ss ed O W 25 _0 P 1_ R A 30 _C R 10 _0 80 B E A M 4 2 3-D ec -0 3 13 :1 9: 30 13 :2 3: 27 0: 03 :5 7 - - - - V T S _0 2_ 02 N ot P ro ce ss ed O W 26 _0 P 6_ R A 30 _C R 10 _0 81 B E A M 4 2 3-D ec -0 3 13 :3 0: 06 13 :3 0: 58 0: 00 :5 2 - - - - V T S _0 2_ 02 N ot P ro ce ss ed O W 27 _0 P 9_ R A 30 _C R 10 _0 82 B E A M 4 2 3-D ec -0 3 13 :3 9: 49 13 :4 0: 14 0: 00 :2 5 - - - - V T S _0 2_ 02 N ot P ro ce ss ed O W 25 A _0 P 1_ R A 30 _C R 10 _0 83 B E A M 4 2 3-D ec -0 3 13 :4 5: 34 13 :4 9: 14 0: 03 :4 0 - - - - V T S _0 2_ 02 N ot P ro ce ss ed O W 28 _0 P 1_ O P 6_ 0P 9_ R A 00 _ C R 99 9_ 08 4 B E A M 4 2 3-D ec -0 3 13 :5 6: 16 14 :0 0: 08 0: 03 :5 2 - - - - V T S _0 2_ 02 N ot P ro ce ss ed

Ta

bl

e

A

2:

P

J9

53 S

et

1 H

=

4

0 m

m

(C

on

tin

ue

d)

(24)

Test Name Cam. _{Pos. Test Date} Log Start _Time Log Finish _Time _DurationLog _{Start Time}Video Finish Video Time

Video

LIR_CC_111 UW 2 7-Jan-04 12:03:40 12:12:58 0:09:18 12:03:40 12:12:57 0:09:17 LIR_CC_111_UW_2 VTS_01_1 - PRESAWN_SQP_HB_112 UW 2 7-Jan-04 13:27:18 13:34:34 0:07:16 13:27:18 13:34:34 0:07:16 PRESAWN_SQP_HB_112_UW_2 VTS_01_1 - PRESAWN_SQP_SC_113 UW 2 7-Jan-04 13:39:29 13:42:18 0:02:49 13:39:29 13:42:18 0:02:49 PRESAWN_SQP_SC_113_UW_2 VTS_01_1 - LIR_NQP_114 UW 2 7-Jan-04 14:21:52 14:30:27 0:08:35 14:21:52 14:30:27 0:08:35 LIR_NQP_114_UW_2 VTS_01_1 & _{VTS_01_2 Poor Quality}

LIR_CC_111 FWD 3 7-Jan-04 12:03:40 12:12:58 0:09:18 12:03:41 12:12:57 0:09:16 LIR_CC_111_FWD_3 VTS_02_1 - PRESAWN_SQP_HB_112 FWD 3 7-Jan-04 13:27:18 13:34:34 0:07:16 13:27:52 13:34:20 0:06:28 PRESAWN_SQP_HB_112_FWD_3 VTS_02_1 - PRESAWN_SQP_SC_113 FWD 3 7-Jan-04 13:39:29 13:42:18 0:02:49 13:39:45 13:42:16 0:02:31 PRESAWN_SQP_SC_113_FWD_3 VTS_02_1 - LIR_NQP_114 FWD 3 7-Jan-04 14:21:52 14:30:37 0:08:45 14:21:56 14:30:24 0:08:28 LIR_NQP_114_FWD_3 VTS_02_1 & _{VTS_02_02} - LIR11_0P1_AR50_128 FWD 3 9-Jan-04 12:46:36 12:51:50 0:05:14 12:47:27 12:51:35 0:04:08 LIR11_0P1_AR50_128_FWD_3 VTS_02_2 - LIR11A_0P1_129 FWD 3 9-Jan-04 13:43:52 13:48:07 0:04:15 13:44:05 13:47:53 0:03:48 LIR11A_0P1_129_FWD_3 VTS_02_2 - LIR12_0P3_AR50_130 FWD 3 9-Jan-04 13:52:47 13:54:38 0:01:51 13:52:47 13:54:38 0:01:51 LIR12_0P3_AR50_130_FWD_3 VTS_02_2 - LIR12A_0P3_131 FWD 3 9-Jan-04 14:52:31 14:55:28 0:02:57 14:53:01 14:55:28 0:02:27 LIR12A_0P3_131_FWD_3 VTS_02_2 - LIR13_0P3_AR10_132 FWD 3 9-Jan-04 15:03:28 15:09:51 0:06:23 15:03:28 15:04:23 0:00:55 LIR13_0P3_AR10_132_FWD_3 VTS_02_2 & VTS_02_3 - LIR14_0P1_AR10_133 FWD 3 9-Jan-04 15:56:01 15:58:49 0:02:48 15:56:21 15:58:39 0:02:18 LIR14_0P1_AR10_133_FWD_3 VTS_02_3 - LIR_SQP_134 FWD 3 9-Jan-04 16:31:15 16:34:36 0:03:21 16:31:23 16:34:36 0:03:13 LIR_SQP_134_FWD_3 VTS_02_3 - LIR_CC_111 BEAM 4 7-Jan-04 12:03:40 12:12:58 0:09:18 12:03:41 12:12:57 0:09:16 LIR_CC_111_BEAM_4 VTS_01_1 - PRESAWN_SQP_HB_112 BEAM 4 7-Jan-04 13:27:18 13:34:34 0:07:16 13:27:52 13:34:21 0:06:29 PRESAWN_SQP_HB_112_BEAM_4 VTS_01_1 & VTS_01_2 - PRESAWN_SQP_SC_113 BEAM 4 7-Jan-04 13:39:29 13:42:18 0:02:49 13:39:45 13:42:16 0:02:31 PRESAWN_SQP_SC_113_BEAM_4 VTS_01_02 - LIR_NQP_114 BEAM 4 7-Jan-04 14:21:52 14:30:37 0:08:45 14:21:57 14:30:25 0:08:28 LIR_NQP_114_BEAM_4 VTS_01_02 - LIR11_0P1_AR50_128 BEAM 4 9-Jan-04 12:46:36 12:51:50 0:05:14 12:47:25 12:51:37 0:04:12 LIR11_0P1_AR50_128_BEAM_4 VTS_01_2 & VTS_01_3 - LIR11A_0P1_129 BEAM 4 9-Jan-04 13:43:52 13:48:07 0:04:15 13:44:02 13:47:54 0:03:52 LIR11A_0P1_129_BEAM_4 VTS_01_3 - LIR12_0P3_AR50_130 BEAM 4 9-Jan-04 13:52:47 13:54:38 0:01:51 13:52:47 13:54:38 0:01:51 LIR12_0P3_AR50_130_BEAM_4 VTS_01_3 - LIR12A_0P3_131 BEAM 4 9-Jan-04 14:52:31 14:55:28 0:02:57 14:52:58 14:55:26 0:02:28 LIR12A_0P3_131_BEAM_4 VTS_01_3 - LIR13_0P3_AR10_132 BEAM 4 9-Jan-04 15:03:28 15:09:51 0:06:23 15:03:28 15:04:23 0:00:55 LIR13_0P3_AR10_132_BEAM_4 VTS_01_3 & VTS_01_4 - LIR14_0P1_AR10_133 BEAM 4 9-Jan-04 15:56:01 15:58:49 0:02:48 15:56:20 15:58:39 0:02:19 LIR14_0P1_AR10_133_BEAM_4 VTS_01_4 - LIR_SQP_134 BEAM 4 9-Jan-04 16:31:15 16:34:36 0:03:21 16:31:21 16:34:35 0:03:14 LIR_SQP_134_BEAM_4 VTS_01_4 -

(25)

A-7

Video

LIR21_OP6_AR50_144 FWD 3 12-Jan-04 - - - MISSING - -

LIR21A_OP6_145 FWD 3 12-Jan-04 13:58:13 13:58:57 0:00:44 13:58:13 13:58:56 0:00:43 LIR21A_OP6_145_FWD_3 VTS_01_1 Beginning of test run missing. LIR22_OP02_AR50_146 FWD 3 12-Jan-04 14:10:01 14:17:42 0:07:41 14:11:03 14:17:42 0:06:39 LIR22_OP02_AR50_146_FWD_3 VTS_01_1 - LIR23_OP6_AR10_147 FWD 3 12-Jan-04 14:48:30 14:49:10 0:00:40 14:48:37 14:49:10 0:00:33 LIR23_OP6_AR10_147_FWD_3 VTS_01_1 - LIR23A_OP6_AR10_148 FWD 3 12-Jan-04 15:28:06 15:29:10 0:01:04 15:28:34 15:29:01 0:00:27 LIR23A_OP6_AR10_148_FWD_3 VTS_01_1 -

LIR21_OP6_AR50_144 BEAM 4 12-Jan-04 - - - MISSING - -

LIR21A_OP6_145 BEAM 4 12-Jan-04 13:58:13 13:58:57 0:00:44 13:58:13 13:58:54 0:00:41 LIR21A_OP6_145_BEAM_4 VTS_02_1 Beginning of test run missing. LIR22_OP02_AR50_146 BEAM 4 12-Jan-04 14:10:01 14:17:42 0:07:41 14:11:02 14:17:41 0:06:39 LIR22_OP02_AR50_146_BEAM_4 VTS_02_1 - LIR23_OP6_AR10_147 BEAM 4 12-Jan-04 14:48:30 14:49:10 0:00:40 14:48:37 14:49:03 0:00:26 LIR23_OP6_AR10_147_BEAM_4 VTS_02_1 - LIR23A_OP6_AR10_148 BEAM 4 12-Jan-04 15:28:06 15:29:10 0:01:04 15:28:35 15:29:00 0:00:25 LIR23A_OP6_AR10_148_BEAM_4 VTS_02_1 & _{VTS 03_1 -}

(26)

Video

LIR24A_SQP_149 FWD 3 12-Jan-04 16:15:28 16:20:18 0:04:50 16:15:29 16:20:12 0:04:43 LIR24A_SQP_149_FWD_3 VTS_01_1 -

LIR24B_SQP_150 FWD 3 12-Jan-04 - - - MISSING - -

LIR25_0P3_AR10_152 FWD 3 12-Jan-04 16:48:21 16:49:24 0:01:03 16:48:25 16:49:17 0:00:52 LIR25_0P3_AR10_152_FWD_3 VTS_01_1 - LIR24_0P02_AR10_153 FWD 3 12-Jan-04 17:08:41 17:13:02 0:04:21 17:08:46 17:12:51 0:04:05 LIR24_0P02_AR10_153_FWD_3 VTS_01_1 - LIR_YAW00_0P6_CC_156 FWD 3 14-Jan-04 10:28:05 10:28:51 0:00:46 10:28:25 10:28:47 0:00:22 LIR_YAW00_0P6_CC_156_FWD_3 VTS_01_1 - LIR_YAW2_0P6_SQP_157 FWD 3 14-Jan-04 10:48:08 10:48:45 0:00:37 10:48:21 10:48:45 0:00:24 LIR_YAW2_0P6_SQP_157_FWD_3 VTS_01_1 - LIR_YAWM2_0P6_NQP_158 FWD 3 14-Jan-04 11:02:06 11:03:42 0:01:36 11:03:20 11:03:42 0:00:22 LIR_YAWM2_0P6_NQP_158_FWD_3 VTS_01_1 - YAW00_0P6_159 FWD 3 14-Jan-04 11:22:24 11:22:59 0:00:35 11:22:30 11:22:51 0:00:21 YAW00_0P6_159_FWD_3 VTS_01_1 - YAWM10_0P6_160 FWD 3 14-Jan-04 11:26:35 11:27:14 0:00:39 11:26:35 11:27:14 0:00:39 YAWM10_0P6_160_FWD_3 VTS_01_1 - YAWM5_0P6_161 FWD 3 14-Jan-04 11:33:51 11:34:20 0:00:29 11:33:51 11:34:13 0:00:22 YAWM5_0P6_161_FWD_3 VTS_01_1 - YAW10_0P6_162 FWD 3 14-Jan-04 11:40:53 11:41:18 0:00:25 11:40:53 11:41:17 0:00:24 YAW10_0P6_162_FWD_3 VTS_01_1 - YAW5_0P6_163 FWD 3 14-Jan-04 11:47:54 11:48:23 0:00:29 11:48:00 11:48:22 0:00:22 YAW5_0P6_163_FWD_3 VTS_01_1 & _{VTS_01_2} - LIR31_0P6_AR10_164 FWD 3 14-Jan-04 12:08:26 12:09:02 0:00:36 12:08:33 12:09:01 0:00:28 LIR31_0P6_AR10_164_FWD_3 VTS_01_2 - LIR31_0P6_AR10_165 FWD 3 14-Jan-04 12:38:23 12:40:08 0:01:45 12:38:28 12:39:05 0:00:37 LIR31_0P6_AR10_165_FWD_3 VTS_01_2 - LIR33_0P4_AR10_168 FWD 3 14-Jan-04 14:26:25 14:29:13 0:02:48 14:26:35 14:27:16 0:00:41 LIR33_0P4_AR10_168_FWD_3 VTS_01_2 - LIR34_0P3_AR10_169 FWD 3 14-Jan-04 14:59:33 15:00:40 0:01:07 14:59:43 15:00:34 0:00:51 LIR34_0P3_AR10_169_FWD_3 VTS_01_2 - LIR35_0P2_AR10_170 FWD 3 14-Jan-04 15:45:38 15:47:02 0:01:24 15:45:46 15:46:56 0:01:10 LIR35_0P2_AR10_170_FWD_3 VTS_01_2 - LIR36_0P1_AR10_171 FWD 3 14-Jan-04 16:15:05 16:17:48 0:02:43 16:15:22 16:17:34 0:02:12 LIR36_0P1_AR10_171_FWD_3 VTS_01_2 - LIR37_0P05_AR10_172 FWD 3 14-Jan-04 16:36:56 16:41:18 0:04:22 16:37:01 16:41:11 _{0:04:10 LIR37_0P05_AR10_172_FWD_3} VTS_01_2 & _{VTS_01_3} -

(27)

A-9

Test Name Cam. _{Pos. Test Date}Log Start _Time Log Finish _Time _DurationLog _{Start Time}Video Finish Video Time

Video

LIR24A_SQP_149 BEAM 4 12-Jan-04 16:15:28 16:20:18 0:04:50 16:15:29 16:19:57 0:04:28 LIR24A_SQP_149_BEAM_4 VTS_02_1 -

LIR24B_SQP_150 BEAM 4 12-Jan-04 - - - MISSING - -

LIR25_0P3_AR10_152 BEAM 4 12-Jan-04 16:48:21 16:49:24 0:01:03 16:48:26 16:49:18 0:00:52 LIR25_0P3_AR10_152_BEAM_4 VTS_02_1 - LIR24_0P02_AR10_153 BEAM 4 12-Jan-04 17:08:41 17:13:02 0:04:21 17:08:44 17:12:50 0:04:06 LIR24_0P02_AR10_153_BEAM_4 VTS_02_1 - LIR_YAW00_0P6_CC_156 BEAM 4 14-Jan-04 10:28:05 10:28:51 0:00:46 10:28:25 10:28:46 0:00:21 LIR_YAW00_0P6_CC_156_BEAM_4 VTS_02_1 - LIR_YAW2_0P6_SQP_157 BEAM 4 14-Jan-04 10:48:08 10:48:45 0:00:37 10:48:21 10:48:45 0:00:24 LIR_YAW2_0P6_SQP_157_BEAM_4 VTS_02_1 - LIR_YAWM2_0P6_NQP_158 BEAM 4 14-Jan-04 11:02:06 11:03:42 0:01:36 11:03:21 11:03:41 0:00:20 LIR_YAWM2_0P6_NQP_158_BEAM_4 VTS_02_1 & _{VTS_02_2} - YAW00_0P6_159 BEAM 4 14-Jan-04 11:22:24 11:22:59 0:00:35 11:22:31 11:22:50 0:00:19 YAW00_0P6_159_BEAM_4 VTS_02_2 - YAWM10_0P6_160 BEAM 4 14-Jan-04 11:26:35 11:27:14 0:00:39 11:26:49 11:27:09 0:00:20 YAWM10_0P6_160_BEAM_4 VTS_02_2 - YAWM5_0P6_161 BEAM 4 14-Jan-04 11:33:51 11:34:20 0:00:29 11:33:52 11:34:12 0:00:20 YAWM5_0P6_161_BEAM_4 VTS_02_2 - YAW10_0P6_162 BEAM 4 14-Jan-04 11:40:53 11:41:18 0:00:25 11:40:55 11:41:15 0:00:20 YAW10_0P6_162_BEAM_4 VTS_02_2 Not on Edited DVD YAW5_0P6_163 BEAM 4 14-Jan-04 11:47:54 11:48:23 0:00:29 11:47:59 11:48:21 0:00:22 YAW5_0P6_163_BEAM_4 VTS_02_2 - LIR31_0P6_AR10_164 BEAM 4 14-Jan-04 12:08:26 12:09:02 0:00:36 12:08:33 12:09:01 0:00:28 LIR31_0P6_AR10_164_BEAM_4 VTS_02_2 - LIR31_0P6_AR10_165 BEAM 4 14-Jan-04 12:38:23 12:40:08 0:01:45 12:38:28 12:39:04 0:00:36 LIR31_0P6_AR10_165_BEAM_4 VTS_02_2 - LIR33_0P4_AR10_168 BEAM 4 14-Jan-04 14:26:25 14:29:13 0:02:48 14:26:36 14:27:16 0:00:40 LIR33_0P4_AR10_168_BEAM_4 VTS_02_2 - LIR34_0P3_AR10_169 BEAM 4 14-Jan-04 14:59:33 15:00:40 0:01:07 14:59:44 15:00:34 0:00:50 LIR34_0P3_AR10_169_BEAM_4 VTS_02_2 - LIR35_0P2_AR10_170 BEAM 4 14-Jan-04 15:45:38 15:47:02 0:01:24 15:45:46 15:46:57 0:01:11 LIR35_0P2_AR10_170_BEAM_4 VTS_02_2 - LIR36_0P1_AR10_171 BEAM 4 14-Jan-04 16:15:05 16:17:48 0:02:43 16:15:22 16:17:34 0:02:12 LIR36_0P1_AR10_171_BEAM_4 VTS_02_2 - LIR37_0P05_AR10_172 BEAM 4 14-Jan-04 16:36:56 16:41:18 0:04:22 16:37:01 16:41:09 0:04:08 LIR37_0P05_AR10_172_BEAM_4 VTS_02_2 & _{VTS_02_3} -

(28)

TEST NUMBER DAS_START_DATE DAS_START_TIME DAS_END_TIME Record Length _(Sec) DAC_TEST_DESCRIPTION

lir_022 15-Dec-03 12:04:34 12:13:50 555.98 0.1, 0.6, 0.9, 0.02 m/s

ps_sqp_023 15-Dec-03 13:27:19 13:37:00 580.98 0.1, 0.6, 0.9, 0.02 m/s Presawn SQP

YAW00_V0P6_033 16-Dec-03 10:31:19 10:33:53 153.98 YAW SWEEP YAW 00, SPEED= 0.6 M/S

YAWM10_V0P6_035 16-Dec-03 10:43:32 10:45:36 123.98 YAW SWEEP YAW M10, SPEED= 0.6 M/S

YAWM5_V0P6_037 16-Dec-03 10:57:29 10:59:38 128.98 YAW SWEEP YAW M5, SPEED= 0.6 M/S

YAW2P5_V0P6_038 16-Dec-03 11:04:29 11:06:40 130.98 YAW SWEEP YAW 2P5, SPEED= 0.6 M/S

YAWM2P5_V0P6_039 16-Dec-03 11:11:30 11:13:42 131.98 YAW SWEEP YAW M2P5, SPEED= 0.6 M/S

YAW0P7_V0P6_041 16-Dec-03 15:35:58 15:38:02 123.98 YAW SWEEP YAW 0P7, SPEED= 0.6 M/S

YAW00_0P6_047 22-Dec-03 14:46:53 14:48:57 123.98 YAW 00, VELOCITY 0.6 M/S

YAWM5_0P6_049 22-Dec-03 15:01:01 15:03:10 128.98 YAW M5, VELOCITY 0.6 M/S

YAWM10_0P6_050 22-Dec-03 15:08:01 15:10:10 128.98 YAW M10, VELOCITY 0.6 M/S

OW1_OP1_RA0_AR999_053 22-Dec-03 15:48:41 15:54:49 367.98 YAW 0, VELOCITY 0.6 M/S, RUDDER 0

OW1_OP6_RA0_AR999_054 22-Dec-03 16:00:08 16:02:11 122.98 YAW 0, VELOCITY 0.6 M/S, RUDDER 0

OW2_0P9_RA0_AR999_057 23-Dec-03 8:45:41 8:47:16 94.98 OW3, O.9 M/S, ARC RADIUS 999, RUDDER ANGLE 0

OW9A_0P9_RA0_CR10_064 23-Dec-03 10:28:18 10:28:59 40.98 OW9A, O.9 M/S, CRESCENT RADIUS 10, RUDDER ANGLE 0

OW10_0P1_RA20_CR999_065 23-Dec-03 10:54:59 10:59:20 260.98 OW10, O.1 M/S, CRESCENT RADIUS 10, RUDDER ANGLE 20

(29)

A-10

OW19_0P1_RA30_CR999_074 23-Dec-03 12:20:45 12:26:20 334.98 OW19, O.1 M/S, CRESCENT RADIUS 999, RUDDER ANGLE 30 OW20_0P6_RA30_CR999_075 23-Dec-03 12:31:15 12:33:23 127.98 OW20, O.6 M/S, CRESCENT RADIUS 999, RUDDER ANGLE 30

OW21_0P9_RA30_CR999_076 23-Dec-03 12:41:11 12:42:41 89.98 OW21, O.9 M/S, CRESCENT RADIUS , RUDDER ANGLE 30

OW25_0P1_RA30_CR10_080 23-Dec-03 13:18:26 13:22:29 242.98 OW25, O.1 M/S, ARC RADIUS 50, RUDDER ANGLE 30

OW26_0P6_RA30_CR10_081 23-Dec-03 13:28:54 13:30:03 68.98 OW26, O.6 M/S, ARC RADIUS 10, RUDDER ANGLE 30

OW25A_0P1_RA30_CR10_083 23-Dec-03 13:44:18 13:48:17 238.98 OW25A7, O.1 M/S, CRESCENT RADIUS 10, RUDDER ANGLE 30 OW28_0P1_OP6_0P9_RA00_CR999_08

4 23-Dec-03 13:55:08 13:59:16 247.98 SPEEDS AT 0 RUDDER ANGLE, 0.1, 0.6, 0.9 M/S

YAW00_0P1_139 12-Jan-04 11:41:07 11:42:31 83.98 YAW SWEEP AT 0 DEGREES, 0.1 M/S

YAWM5_0P1_142 12-Jan-04 11:56:56 11:58:11 74.98 YAW SWEEP AT M5 DEGREES, 0.1 M/S

YAWM10_0P1_143 12-Jan-04 12:01:53 12:03:07 73.98 YAW SWEEP AT M10 DEGREES, 0.1 M/S

LIR21_OP6_AR50_144 12-Jan-04 13:09:49 13:11:24 94.98 LEVEL ICE RESISTANCE 21, 0.6 M/S, 50 M ARC RAD

LIR21A_OP6_145 12-Jan-04 13:56:30 13:57:43 72.98 LEVEL ICE RESISTANCE 21A, 0.6 M/S, 999 M ARC RAD

LIR23A_OP6_AR10_148 12-Jan-04 15:26:37 15:27:55 77.98 LEVEL ICE RESISTANCE 23A, 0.6 M/S, 10 M ARC RAD

LIR24A_SQP_149 12-Jan-04 16:13:52 16:19:05 312.98 LEVEL ICE RESISTANCE 24A, 0.02,0.1,0.3,0.6 M/S,

(30)

LIR24B_SQP_150 12-Jan-04 16:20:47 16:23:44 176.98 LEVEL ICE RESISTANCE 24B, 0.02,0.1 M/S,

ZERO_151 12-Jan-04 16:34:55 16:36:11 75.98 LEVEL ICE RESISTANCE 24, 0.3 M/S, ARC RAD 10

LIR25_0P3_AR10_152 12-Jan-04 16:46:56 16:48:07 70.98 LEVEL ICE RESISTANCE 24, 0.3 M/S, ARC RAD 10

LIR24_0P02_AR10_153 12-Jan-04 17:07:13 17:11:50 276.98 LEVEL ICE RESISTANCE 24, 0.02 M/S, ARC RAD 10

LIR_YAW00_0P6_CC_156 14-Jan-04 10:26:08 10:27:35 86.98 LEVEL ICE RESISTANCE CENTER CHANNEL, 0.6 M/S,

LIR_YAW2_0P6_SQP_157 14-Jan-04 10:46:20 10:47:40 79.98 LEVEL ICE RESISTANCE, SOUTH QUARTER POINT, 0.6 M/S,

LIR_YAWM2_0P6_NQP_158 14-Jan-04 11:00:18 11:02:30 131.98 LEVEL ICE RESISTANCE, NORTH QUARTER POINT, 0.6 M/S,

YAW00_0P6_159 14-Jan-04 11:20:52 11:21:41 48.98 OPEN WATER, YAW 0 DEGREES, 0.6 M/S,

YAWM10_0P6_160 14-Jan-04 11:25:04 11:25:56 51.98 OPEN WATER, YAW -10 DEGREES, 0.6 M/S,

YAWM5_0P6_161 14-Jan-04 11:32:04 11:33:04 59.98 OPEN WATER, YAW -5 DEGREES, 0.6 M/S,

LIR31_0P6_AR10_164 14-Jan-04 12:06:49 12:07:53 63.98 LEVEL ICE RESISTANCE, 0.6 M/S, ARC RAD 10, NQP

LIR31_0P6_AR10_165 14-Jan-04 12:36:36 12:38:01 84.98 LEVEL ICE RESISTANCE, 0.5 M/S, ARC RAD 10, NQP

ZERO_167 14-Jan-04 13:58:25 13:59:36 70.98 ZERO

LIR33_0P4_AR10_168 14-Jan-04 14:24:42 14:26:13 90.98 LEVEL ICE RESISTANCE, 0.4 M/S, AR 10

YAW00_OP6_087 5-JAN-2004 10:43:29 10:45:42 132.98 YAW SWEEP AT 0 DEGREES

RR_OP6_088 5-JAN-2004 11:04:03 11:06:08 124.98 ROUGHUP

YAW00_0P6_089 5-JAN-2004 11:14:02 11:16:05 122.98 YAW SWEEP AT 0 DEGREES

YAWM10_0P6_090 5-JAN-2004 11:23:58 11:26:20 141.98 YAW SWEEP AT -10 DEGREES

YAWM2P5_0P6_092 5-JAN-2004 11:44:31 11:46:31 119.98 YAW SWEEP AT -2.5 DEGREES

YAW2P5_0P6_093 5-JAN-2004 11:54:15 11:56:25 129.98 YAW SWEEP AT 2.5 DEGREES

(31)

A-12

OW29_0P6_RA0_AR999_096 5-JAN-2004 13:31:25 13:33:30 124.98 Open water at 0.6 m/s, Rudder angle 0, Arc radius 999 OW30_0P3_RA0_AR999_097 5-JAN-2004 13:41:20 13:44:58 217.98 Open water at 0.3 m/s, Rudder angle 0, Arc radius 999 OW33_0P3_RA0_AR50_098 5-JAN-2004 14:17:29 14:20:15 165.98 Open water at 0.3 m/s, Rudder angle 0, Arc radius 50M OW36_0P3_RA0_AR10_099 5-JAN-2004 14:49:55 14:51:14 78.98 Open water at 0.3 m/s, Rudder angle 0, Arc radius 10M OW28_0P1_RA0_AR999_100 5-JAN-2004 14:57:05 15:07:03 597.98 Open water at 0.1 m/s, Rudder angle 0, Arc radius 999 OW31_0P1_RA0_AR50_101 5-JAN-2004 15:11:15 15:16:13 297.98 Open water at 0.1 m/s, Rudder angle 0, Arc radius 50 OW32_0P6_RA0_AR50_102 5-JAN-2004 15:20:38 15:21:53 74.98 Open water at 0.6 m/s, Rudder angle 0, Arc radius 50 OW34_0P1_RA0_AR10_103 5-JAN-2004 15:28:34 15:31:26 171.98 Open water at 0.1 m/s, Rudder angle 0, Arc radius 10 OW35A_0P6_RA0_AR10_105 5-JAN-2004 15:49:43 15:50:36 52.98 Open water at 0.6 m/s, Rudder angle 0, Arc radius 10

LIR_CC_111 7-JAN-2004 12:02:05 12:11:49 583.98 ICE TEST SPEEDS AT 0.1, 0.3, 0.6, 0.02

PRESAWN_SQP_HB_112 7-JAN-2004 13:26:04 13:33:28 443.98 ICE TEST PRESAWN, HERRING BONE, SQP, AT 0.1, 0.3, 0.6, 0.02 M/SI PRESAWN_SQP_SC_113 7-JAN-2004 13:38:01 13:41:19 197.98 ICE TEST PRESAWN, STRAIGHT CUT, SQP, AT 0.1, 0.3, 0.6, 0.02 M/SI

LIR_NQP_114 7-JAN-2004 14:20:35 14:29:31 535.98 ICE TEST LEVEL ICE NQP, AT 0.1, 0.3, 0.6, 0.02 M/S

YAW00_0P6_115 7-JAN-2004 15:25:19 15:27:32 132.98 YAW SWEEP

YAW00_OP1_123 9-JAN-2004 10:59:22 11:01:00 97.98 YAW SWEEP TEST AT 0

YAWM10_OP1_125 9-JAN-2004 11:09:35 11:11:06 90.98 YAW SWEEP TEST AT -10

YAWM5_OP1_126 9-JAN-2004 11:14:44 11:16:06 81.98 YAW SWEEP TEST AT -5

LIR11_0P1_AR50_128 9-JAN-2004 12:45:07 12:50:38 330.98 LEVEL ICE RESISTANCE 11, ARC RAD 10, SPEED 0.1 M/S

LIR11A_0P1_129 9-JAN-2004 13:42:14 13:46:55 280.98 LEVEL ICE RESISTANCE 11A, ARC RAD 999, SPEED 0.1 M/S

LIR12A_0P3_131 9-JAN-2004 14:51:09 14:54:18 188.98 LEVEL ICE RESISTANCE 12A, ARC RAD 999, SPEED 0.3 M/S

LIR_SQP_134 9-JAN-2004 16:29:41 16:33:29 227.98 LEVEL ICE RESISTANCE SPEED 0.1, 0.3, 0.6 M/S

(32)

APPENDIX B – PJ2019 SPREADSHEET

LIST OF TABLES

Table B1: PJ2019 Set 1 ...B2

Table B2: PJ2019 Set 2 ...B4

Table B3: PJ2019 Set 3 ...B6

Table B4: PJ2019 Set 4 ...B8

Table B5: PJ2019 Set 5 ... B12

Table B6: PJ2019 Set 6 ... B14

Table B7: PJ2019 Set 7 ... B16

Table B8: PJ2019 Test Description... B20

(33)

B-2

Test Name Camera Test Date Log Start _Time Finish Log Time

Log

Duration Start Time Video Video Finish Time

Video

LI_102_018 UW 2 27-Jan-04 11:07:24 11:10:27 0:03:03 11:10:02 11:11:56 0:01:54 LI_102_018_UW_1 VTS_01_1 - LI_103_019 UW 2 27-Jan-04 11:35:43 11:36:53 0:01:10 11:38:11 11:39:13 0:01:02 LI_103_019_UW_1 VTS_01_1 -

li_104_020 UW 2 27-Jan-04 11:51:49 11:53:11 0:01:22 11:54:00 11:54:34 0:00:34 li_104_020_UW_1 VTS_01_1 Significant Rubble Accumulation on Bottom of Kulluk LI_105_021 UW 2 27-Jan-04 12:06:08 12:07:33 0:01:25 12:08:29 12:08:55 0:00:26 LI_105_021_UW_1 VTS_01_1 Significant Rubble Accumulation on Bottom of Kulluk LI_106_022 UW 2 27-Jan-04 12:27:06 12:28:16 0:01:10 12:29:15 12:29:43 0:00:28 LI_106_022_UW_1 VTS_01_1 Significant Rubble Accumulation on Bottom of Kulluk LI_101_023 UW 2 27-Jan-04 12:39:20 12:49:50 0:10:30 12:42:20 12:50:52 0:08:32 LI_101_023_UW_1 VTS_01_1 Significant Rubble Accumulation on Bottom of Kulluk LI_107_024 UW 2 27-Jan-04 13:05:50 13:14:22 0:08:32 13:08:39 13:15:33 0:06:54 LI_107_024_UW_1 VTS_01_1 Significant Rubble Accumulation on Bottom of Kulluk ps_sqp_025 UW 2 27-Jan-04 14:42:40 14:48:08 0:05:28 14:45:53 14:49:26 0:03:33 ps_sqp_025_UW_1 VTS_01_1 Significant Rubble Accumulation on Bottom of Kulluk ps_sqp_026 UW 2 27-Jan-04 15:14:39 15:29:40 0:15:01 15:18:10 15:30:55 0:12:45 ps_sqp_026_UW_1 VTS_01_1 & _{VTS_01_2 Significant Rubble Accumulation on Bottom of Kulluk} li_112_027 UW 2 27-Jan-04 16:20:41 16:25:10 0:04:29 16:23:37 16:26:33 0:02:56 li_112_027_UW_1 VTS_01_2 Significant Rubble Accumulation on Bottom of Kulluk li_117_028 UW 2 27-Jan-04 16:34:26 16:45:30 0:11:04 16:37:10 16:46:47 0:09:37 li_117_028_UW_1 VTS_01_2 Significant Rubble Accumulation on Bottom of Kulluk LI_102_018 BOW 5 27-Jan-04 11:07:24 11:10:27 0:03:03 11:10:02 11:11:56 0:01:54 LI_102_018_BOW_5 VTS_02_1 -

LI_103_019 BOW 5 27-Jan-04 11:35:43 11:36:53 0:01:10 11:38:11 11:39:18 0:01:07 LI_103_019_BOW_5 VTS_02_1 - li_104_020 BOW 5 27-Jan-04 11:51:49 11:53:11 0:01:22 11:54:00 11:54:34 0:00:34 li_104_020_BOW_5 VTS_02_1 - LI_105_021 BOW 5 27-Jan-04 12:06:08 12:07:33 0:01:25 12:08:29 12:08:55 0:00:26 LI_105_021_BOW_5 VTS_02_1 - LI_106_022 BOW 5 27-Jan-04 12:27:06 12:28:16 0:01:10 12:29:15 12:29:43 0:00:28 LI_106_022_BOW_5 VTS_02_1 - LI_101_023 BOW 5 27-Jan-04 12:39:20 12:49:50 0:10:30 12:42:20 12:50:52 0:08:32 LI_101_023_BOW_5 VTS_02_1 - LI_107_024 BOW 5 27-Jan-04 13:05:50 13:14:22 0:08:32 13:08:39 13:15:33 0:06:54 LI_107_024_BOW_5 VTS_02_1 - ps_sqp_025 BOW 5 27-Jan-04 14:42:40 14:48:08 0:05:28 14:45:53 14:49:26 0:03:33 ps_sqp_025_BOW_5 VTS_02_1 - ps_sqp_026 BOW 5 27-Jan-04 15:14:39 15:29:40 0:15:01 15:18:10 15:30:55 0:12:45 ps_sqp_026_BOW_5 VTS_02_1 & _{VTS_02_2} - li_112_027 BOW 5 27-Jan-04 16:20:41 16:25:10 0:04:29 16:23:37 16:26:33 0:02:56 li_112_027_BOW_5 VTS_02_2 - li_117_028 BOW 5 27-Jan-04 16:34:26 16:45:30 0:11:04 16:37:10 16:46:47 0:09:37 li_117_028_BOW_5 VTS_02_2 -

(34)

B

-3

Te st N am e C am er a Te st D at e Lo g S ta rt Ti m e Lo g Fi ni sh Ti m e Lo g D ur at io n V id eo S ta rt T im e V id eo Fi ni sh Ti m e V id eo D ur at io n S eg m en t F ile na m e (.M P G ) Fi le na m e (.V O B ) N ot es _0 18 U W 1 27 -J an -0 4 11 :0 7: 24 11 :1 0: 27 0: 03 :0 3 11 :1 0: 02 11 :1 1: 56 0: 01 :5 4 LI _1 02 _0 18 _U W _2 V T S _0 2_ 1 - _0 19 U W 1 27 -J an -0 4 11 :3 5: 43 11 :3 6: 53 0: 01 :1 0 11 :3 8: 11 11 :3 9: 13 0: 01 :0 2 LI _1 03 _0 19 _U W _2 V T S _0 2_ 1 - 02 0 U W 1 27 -J an -0 4 11 :5 1: 49 11 :5 3: 11 0: 01 :2 2 11 :5 4: 00 11 :5 4: 34 0: 00 :3 4 li_ 10 4_ 02 0_ U W _2 V T S _0 2_ 1 S m al l R ub bl e A cc um ul at io n un de r Fo rw ar d Li p _0 21 U W 1 27 -J an -0 4 12 :0 6: 08 12 :0 7: 33 0: 01 :2 5 12 :0 8: 29 12 :0 8: 55 0: 00 :2 6 LI _1 05 _0 21 _U W _2 V T S _0 2_ 1 S ig ni fic an t R ub bl e A cc um ul at io n on B ot to m o f K ul lu k _0 22 U W 1 27 -J an -0 4 12 :2 7: 06 12 :2 8: 16 0: 01 :1 0 12 :2 9: 15 12 :2 9: 43 0: 00 :2 8 LI _1 06 _0 22 _U W _2 V T S _0 2_ 1 S ig ni fic an t R ub bl e A cc um ul at io n on B ot to m o f K ul lu k _0 23 U W 1 27 -J an -0 4 12 :3 9: 20 12 :4 9: 50 0: 10 :3 0 12 :4 2: 20 12 :5 0: 52 0: 08 :3 2 LI _1 01 _0 23 _U W _2 V T S _0 2_ 1 S ig ni fic an t R ub bl e A cc um ul at io n on B ot to m o f K ul lu k _0 24 U W 1 27 -J an -0 4 13 :0 5: 50 13 :1 4: 22 0: 08 :3 2 13 :0 8: 39 13 :1 5: 33 0: 06 :5 4 LI _1 07 _0 24 _U W _2 V T S _0 2_ 1 - _0 25 U W 1 27 -J an -0 4 14 :4 2: 40 14 :4 8: 08 0: 05 :2 8 14 :4 5: 53 14 :4 9: 26 0: 03 :3 3 ps _s qp _0 25 _U W _2 V T S _0 2_ 1 S ig ni fic an t R ub bl e A cc um ul at io n on B ot to m o f K ul lu k _0 26 U W 1 27 -J an -0 4 15 :1 4: 39 15 :2 9: 40 0: 15 :0 1 15 :1 8: 10 15 :3 0: 55 0: 12 :4 5 ps _s qp _0 26 _U W _2 V T S _0 2_ 1 & V T S _0 2_ 2 - 02 7 U W 1 27 -J an -0 4 16 :2 0: 41 16 :2 5: 10 0: 04 :2 9 16 :2 3: 37 16 :2 6: 33 0: 02 :5 6 li_ 11 2_ 02 7_ U W _2 V T S _0 2_ 2 S ig ni fic an t R ub bl e A cc um ul at io n on B ot to m o f K ul lu k 02 8 U W 1 27 -J an -0 4 16 :3 4: 26 16 :4 5: 30 0: 11 :0 4 16 :3 7: 10 16 :4 6: 47 0: 09 :3 7 li_ 11 7_ 02 8_ U W _2 V T S _0 2_ 2 - _0 18 B E A M 4 2 7-Ja n-04 11 :0 7: 24 11 :1 0: 27 0: 03 :0 3 11 :1 0: 02 11 :1 1: 56 0: 01 :5 4 LI _1 02 _0 18 _B E A M _4 V T S _0 1_ 1 - _0 19 B E A M 4 2 7-Ja n-04 11 :3 5: 43 11 :3 6: 53 0: 01 :1 0 11 :3 8: 11 11 :3 9: 13 0: 01 :0 2 LI _1 03 _0 19 _B E A M _4 V T S _0 1_ 1 - 02 0 B E A M 4 2 7-Ja n-04 11 :5 1: 49 11 :5 3: 11 0: 01 :2 2 11 :5 4: 00 11 :5 4: 34 0: 00 :3 4 li_ 10 4_ 02 0_ B E A M _4 V T S _0 1_ 1 - _0 21 B E A M 4 2 7-Ja n-04 12 :0 6: 08 12 :0 7: 33 0: 01 :2 5 12 :0 8: 29 12 :0 8: 55 0: 00 :2 6 LI _1 05 _0 21 _B E A M _4 V T S _0 1_ 1 - _0 22 B E A M 4 2 7-Ja n-04 12 :2 7: 06 12 :2 8: 16 0: 01 :1 0 12 :2 9: 15 12 :2 9: 43 0: 00 :2 8 LI _1 06 _0 22 _B E A M _4 V T S _0 1_ 1 - _0 23 B E A M 4 2 7-Ja n-04 12 :3 9: 20 12 :4 9: 50 0: 10 :3 0 12 :4 2: 20 12 :5 0: 52 0: 08 :3 2 LI _1 01 _0 23 _B E A M _4 V T S _0 1_ 1 - _0 24 B E A M 4 2 7-Ja n-04 13 :0 5: 50 13 :1 4: 22 0: 08 :3 2 13 :0 8: 39 13 :1 5: 33 0: 06 :5 4 LI _1 07 _0 24 _B E A M _4 V T S _0 1_ 1 - _0 25 B E A M 4 2 7-Ja n-04 14 :4 2: 40 14 :4 8: 08 0: 05 :2 8 14 :4 5: 53 14 :4 9: 26 0: 03 :3 3 ps _s qp _0 25 _B E A M _4 V T S _0 1_ 1 - _0 26 B E A M 4 2 7-Ja n-04 15 :1 4: 39 15 :2 9: 40 0: 15 :0 1 15 :1 8: 10 15 :3 0: 55 0: 12 :4 5 ps _s qp _0 26 _B E A M _4 V T S _0 1_ 1 & V T S _0 1_ 2 - 02 7 B E A M 4 2 7-Ja n-04 16 :2 0: 41 16 :2 5: 10 0: 04 :2 9 16 :2 3: 37 16 :2 6: 33 0: 02 :5 6 li_ 11 2_ 02 7_ B E A M _4 V T S _0 1_ 2 - 02 8 B E A M 4 2 7-Ja n-04 16 :3 4: 26 16 :4 5: 30 0: 11 :0 4 16 :3 7: 10 16 :4 6: 47 0: 09 :3 7 li_ 11 7_ 02 8_ B E A M _4 V T S _0 1_ 2 -