LEADER FS 3033 Instruction Manual

A 0802230

FS 3033

CINELITE for the LV 5800

(S.O.No.0802230)

Instruction Manual

A 0802230

Contents

1. Introduction .................................................................................................................. 1

2. Specifications ............................................................................................................... 1

2.1 General..................................................................................................................................... 1

2.2 Features ...................................................................................................................................1

2.3 Specifications............................................................................................................................ 2

2.3.1 CINELITE Display.............................................................................................................. 2

2.3.2 CINEZONE Display ........................................................................................................... 2

2.3.3 General Specifications....................................................................................................... 2

3. CINELITE Installation................................................................................................... 3

3.1 Before Installation..................................................................................................................... 3

3.2 Installation Procedure ............................................................................................................... 4

4. Procedure .................................................................................................................... 6

4.1 Moving the Cursor ....................................................................................................................6

4.2 Measuring the Camera F-Stop Number.................................................................................... 7

4.2.1 Comparing with a User-Defined Reference Position ....................................................... 10

4.2.2 Creating a User-Defined Correction Table....................................................................... 11

4.2.3 Creating an External Correction Table............................................................................. 14

4.3 Measuring Luminance Levels or RGB Levels......................................................................... 17

4.3.1 Comparing Measured Levels with Those at a User-Defined Reference Position ............ 19

4.4 Activating the CINEZONE Display.......................................................................................... 20

5. Menu .......................................................................................................................... 22

5.1 Menu Description.................................................................................................................... 22

5.1.1 CINELITE Setup Menu .................................................................................................... 22

5.1.2 F-Stop Display Setup Menu............................................................................................. 24

5.1.3 User-Defined Correction Table Setup Menu .................................................................... 26

5.1.4 %DISPLAY Setup Menu .................................................................................................. 27

5.1.5 CINEZONE setup menu .................................................................................................. 28

5.1.6 External Correction Table Setup Menu............................................................................ 30

5.2 Menu Structure ....................................................................................................................... 31

6. Software Revision History .......................................................................................... 33

A 0802230

1. Introduction

The FS 3033 “CINELITE II for LV 5800” is an exclusive software application for the LV 5800.
For information on how to use the LV 5800, see the LV 5800 Instruction Manual.

2. Specifications

2.1 General

With CINELITE, you can display the video signal luminance in the picture display. You can set
the display format to camera f_Stop number, luminance level, or RGB level.
With CINEZONE, you can color the picture display according to luminance levels.

2.2 Features

• CINELITE Display

You can select one of the following luminance information display formats.

• Camera f_Stop number

• Luminance level (percentage)

• RGB level (percentage)

• RGB level (256 tone levels)

• Gamma Value

You can set the gamma value to 0.45 (ITU-R BT709). You can also use one of the
user-defined correction tables (USER1 to USER3) or an external correction table (five
kinds; read from USB memory) for gamma correction.

• Cursor Measurement

Measures the luminance at any video position that you specify by using the X/Y cursor.

• Real-time Display

Displays measured values in real time while filming.

• Reference Measurement

Measures the video signal’s luminance levels at the reference point and at the point where
you want to make a comparison, and measures the difference in the luminance between
these two points. (The LV 5800 cannot display differences in the luminance in RGB level
measurement.)

• CINEZONE Display

You can display the luminance levels in the picture with different colors. This allows you to
quickly determine the overall luminance distribution in the picture, and it makes it easy to
spot overexposure, underexposure, and different luminance levels in dark areas.

1

A 0802230

2.3 Specifications

2.3.1 CINELITE Display

Functions f_Stop display, percentage display, and level display
f_Stop Display Displays the f value relative to the reference point.
The reference point is set to the value of an object

f_Stop Gamma Correction

Reference Gamma 0.45 (ITU-R BT709)
User-Defined Correction Tables 3
External Correction Tables 5 (read from USB memory)

Percentage Display Displays luminance or RGB components as

Level Display Displays RGB components with 256 levels (8 bits).
Measured points 2

2.3.2 CINEZONE Display

with a reflection level of 18 %.

percentages.

Function Displays the luminance levels in the picture with

Upper Limit Setting -6.3 to 109.4 % (values above the upper limit are

Lower Limit Setting -7.3 to 108.4 % (values below the lower limit are

2.3.3 General Specifications

Accessories Instruction Manual ................................ 1

different colors.

displayed using white)

displayed using black)

CINELITE label..................................... 1

2

A 0802230

3. CINELITE Installation

You can use the CINELITE features by installing the software from the USB memory. Follow the
procedure below to install the software.

3.1 Before Installation

• The software is exclusive to the LV 5800. Do not connect the USB memory to another
device.

• You can only measure using CINELITE if the LV 58SER01 (SDI INPUT unit) or the LV
58SER01A (SDI INPUT) is installed in the LV 5800.

• Copying the contents of the USB memory without LEADER’s consent is prohibited. Note
that even if you copy the contents to another USB memory, you will not be able to install
CINELITE from that memory.

• Once you install CINELITE to one LV 5800, you will not be able to install it to another LV
5800 using the same USB memory.

• Follow the precautions below when handling the USB memory.

Do not touch the connector.
Avoid exposing the USB memory to heat, moisture, or direct sunlight.
Do not apply shock to it.
Do not remove it while it is being accessed.

3

A 0802230

3.2 Installation Procedure

1. Check that the LV 5800 firmware version is 3.7 or later.

You cannot install CINELITE if the firmware version is 3.6 or earlier.
You can check the firmware version in the following two ways.

• Checking the Startup Screen

Check the version number that appears on the startup screen when the power is turned
on.

Figure 3-1 Startup screen

• Checking the System Information Screen

You can display the System Information screen by pressing [SYS] > [F•5] (SYSTEM
INFORMATION).

Figure 3-2 System Information screen

2. Turn the LV 5800 off.

4

A 0802230

3. Connect the USB memory to the USB port, and turn the power back on.

4. Check that the word “CINELITE” is displayed on the System Information screen.

When the power is turned on, the CINELITE features are automatically installed. When the
measurement screen appears, the installation is complete. Do not remove the USB
memory while the LV 5800 is starting up.

Press [SYS] > [F•5] (SYSTEM INFORMATION). Check that the word “CINELITE” is
displayed next to Firmware. Then, remove the USB memory.

Figure 3-3 System Information screen

5. Affix the CINELITE label to the front panel.

The figure below indicates where you can affix the label.

Figure 3-4 CINELITE label position

5

A 0802230

4. Procedure

4.1 Moving the Cursor

In CINELITE measurement, an X cursor (SAMPLE_No) and a Y cursor (LINE_No) appear so
that you can set the measurement position. (If the X and Y cursors are in the blanking period,
they do not appear, nor do the measured values.)

Figure 4-1 Cursor display

To move the X and Y cursors, you can use the V POS and H POS controls and the function dial
(F•D). The controls and the dial are described below.

• V POS Control

Turn the V POS control to move the Y cursor (and change the line number). Turn the
control clockwise to move the cursor up (the line number decreases). (This operation is
opposite to that of the function dial.)
Press the V POS control to move the Y cursor to the center of the picture.

If you set Source Mode in the GENERAL SETUP screen to Single Input or “Multi Input and
Line Number,” the Y cursor (LINE_No) will be synchronized with the line select feature. To
display the GENERAL SETUP screen, press [SYS] > [F•2] (PLATFORM SETUP).

• H POS Control

Turn the H POS control to move the X cursor (SAMPLE_No). Turn the control clockwise to
move the cursor to the right.
Press the H POS control to move the X cursor to the center of the picture.

• Function Dial (F･D)

Turn the function dial (F･D) to move the cursor that is specified by [F･1] (F.D FUNCTION).
If [F･1] (F.D FUNCTION) is set to LINE, the Y cursor (LINE_No) moves. If it is set to
SAMPLE, the X cursor (SAMPLE_No) moves. Press the function dial (F•D) to switch
between LINE and SAMPLE.

6

A 0802230

By pressing the function dial (F･D) to switch between LINE and SAMPLE, you use the
function dial to manipulate both cursors.

4.2 Measuring the Camera F-Stop Number

To display luminance information using camera f_Stop numbers, configure the LV5800
according to the procedure described below. Place an 18% gray chart in the objects that will be
filmed. (Here we will use a step pattern instead.)

Figure 4-2 Picture display

1. Apply an SDI signal to the LV 58SER01(A), and select the appropriate unit number and
channel under INPUT.

2. Press [PIC].

The picture display appears.

3. Press [F･7] (next menu).

This menu item appears when CINELITE is installed.

4. Press [F･2] (%DISPLAY).

7

A 0802230

Figure 4-3 %DISPLAY screen

5. Press [F･4] (%/RGB SELECT) to select LEVEL%.

The luminance level at the intersection of the X and Y cursors appears as a percentage. If
the X and Y cursors are in the blanking period, they will not appear.

6. Use the V POS and H POS controls to align the intersection of the X and Y cursors with the
18% gray chart.

Adjust the brightness of the objects to be filmed so that the luminance level reads 40.0 %.
Leave the cursors where they are, and proceed to the next step.

You can also move the X and Y cursors by using the function dial (F･D). Pressing the V
POS or H POS control will move the X or Y cursor to the center of the picture.

7. Press [F･7] (up menu).

8. Press [F･1] (f_Stop DISPLAY). (See Figure 4-2.)

8

A 0802230

Figure 4-4 F_Stop display

9. Check that the intersection of the X and Y cursors is on the 18% gray chart, and press [F･4]
(18% REF_SET).

The X and Y cursor positions are synchronized to the cursor positions specified on
the %DISPLAY screen. If the position is not appropriate, use the V POS and H POS
controls to align it with the 18% gray chart.
When you press [F･4] (18% REF_SET), the f_Stop number at the intersection of the X and
Y cursors is set to 0.0. From this point, the f_Stop number will be calculated relative to this
reference point.

10. Use the V POS and H POS controls to measure the f_Stop number at any position.

9

A 0802230

4.2.1 Comparing with a User-Defined Reference Position

You can specify a reference position and measure the difference between the f_Stop number
at the current position and that at the reference position. After carrying out the procedure
described in section 4.2, “Measuring the Camera F-Stop Number,” continue with the
following procedure.

Figure 4-5 F_Stop display

1. Press [F･2] (REF_POS DISPLAY).

The f_Stop number at the reference position (F.StopREF) and the difference between
the f_Stop number at the current position and that at the reference position (Diff.)
appear at the lower right of the screen. If you have not set the reference position, the
two numbers will appear as “*****.”

2. Use the V POS and H POS controls to set the reference position.

3. Press [F･3] (REF_POS SET).

Press [F･3] (REF_POS SET) to place a light-blue crosshair cursor at the intersection of
the X and Y cursors. This cursor will be the reference position.

This menu item appears when [F･2] (REF_POS DISPLAY) is ON.

4. Use the V POS and H POS controls to move the current position and compare it with
the reference position.

The measured values are displayed as follows:

Near the intersection of the X and Y cursors: F_Stop number at the current position
F.StopREF: F_Stop number at the reference position
Diff.: (F_Stop number at the current position) – (f_Stop number at

the reference position)

10

A 0802230

4.2.2 Creating a User-Defined Correction Table

The gamma value for measuring f_Stop numbers is preset to 0.45, but you can create
user-defined correction tables based on the gamma characteristics of the cameras that you
use. You can create up to three user-defined correction tables (USER1 to USER3). The
correction tables that you create will not be initialized even if you execute an initialization
operation ([SYS] → [F･7] INITIALIZE → [F･1] INIT YES).

To create a user-defined correction table, prepare gray charts for different camera f_Stop
numbers. After carrying out steps 1 to 8 described in section 4.2, “Measuring the Camera
F-Stop Number,” continue with the following procedure. The following procedure explains the
steps to create USER1. You can also create USER2 and USER3 in the same manner.

Figure 4-6 F_Stop display

1. Press [F･5] (GAMMA) to select USER1.

Ordinarily, by simply selecting the correction table type here, the measured values
(f_Stop numbers) that have been adjusted using the correction table appear. To create a
new correction table or edit a correction table, proceed to the following steps.

2. Press [F･6] (CAL).

The user-defined correction table appears at the lower left of the screen, and the
luminance (the Y value of the data dump) and the f_Stop number appear near the
intersection of the X and Y cursors. The luminance appears in the first line, and the
f_Stop number appears in the second line.
This menu appears when [F･5] (GAMMA) is set to USER1, USER2, or USER3.

11

A 0802230

Figure 4-7 User-defined correction table setup screen

3. Press [F･2] (Table AllClear).

The user-defined correction table that you are editing is cleared. Be sure to clear the
correction table before you create a new one.

4. Use the V POS and H POS controls to align the intersection of the X and Y cursors to
the darkest gray area.

Each time you repeat this step, move the X and Y cursors to the next lighter area.

5. Press [F･6] (CAL_F) to select 22.0.

Each time you repeat this step, select the next smaller f_Stop number as follows: 22.0,

16.0, 11.0, 8.0, 5.6, 4.0, 2.8, and 2.0.

6. Press [F･5] (CAL SET).

The luminance (the Y value of the data dump) at the intersection of the X and Y cursors
is entered at the position specified by [F･6] (CAL_F) in the user-defined correction table.

7. Repeat steps 4 to 6, and enter levels in the user-defined correction table.

Make sure that the levels increase linearly. Do not leave any of the levels blank.

8. Press [F･7] (up menu).

9. Use the V POS and H POS controls to align the intersection of the X and Y cursors to
the 18% gray chart. (See Figure 4-6.)

10. Press [F･4] (18% REF_SET). (See Figure 4-6.)

12

A 0802230

The reference values are entered into the user-defined correction table. (The values are not
displayed. You can confirm them by pressing [F･6] (CAL).)

Figure 4-8 User-defined correction table

In the table example above, the f_Stop number will read 0.0 when the luminance (the Y
value of the data dump) is 416. The following f_Stop numbers will be displayed depending
on the luminance at the intersection of the X and Y cursors.

When Lv = 152 f_Stop = 0.0 - 3.0 = -3.0
When Lv = 240 f_Stop = 1.0 - 3.0 = -2.0
When Lv = 328 f_Stop = 2.0 - 3.0 = -1.0
When Lv = 416 f_Stop = 3.0 - 3.0 = 0.0
When Lv = 504 f_Stop = 4.0 - 3.0 = 1.0
When Lv = 592 f_Stop = 5.0 - 3.0 = 2.0
When Lv = 680 f_Stop = 6.0 - 3.0 = 3.0
When Lv = 768 f_Stop = 7.0 - 3.0 = 4.0

The f_Stop numbers between correction values are derived through linear interpolation.

13

A 0802230

4.2.3 Creating an External Correction Table

When you measure the f_Stop value, the gamma correction value is set to 0.45. However,
you can also use a correction table that you have created on a PC for gamma correction.
You can store up to five externally created tables on the LV 5800.
The correction tables that you save on the LV 5800 will not be initialized even if you execute
an initialization operation ([SYS] → [F･7] INITIALIZE → [F･1] INIT YES).

To use an external correction table, follow the procedure below.

1. Create a correction table.

Example (test.clt):

#################################
NAME:SAMPLE-1
TYPE:0
#Input -7% 0
# 109% 4095
#Output 0% 0
# 1000% 65535
#Input Output
#################################
0 0
1 16
2 32
.
.
.
4093 65488
4094 65504
4095 65520
# EOF

········· Comment

········· Keyword

········· Keyword

········· Comment

········· Comment

········· Comment

········· Comment

········· Comment

········· Comment

········· Data

········· Data

········· Data

········· Data

········· Data

········· Data

········· Comment

When you create a correction table, make sure that it conforms to the specifications
listed below.

Overall File Specifications

File Type ASCII text file
Extension .clt
End-of-Line Character CR+LF
Number of Lines 5000 or less
Number of Characters per Line 255 or less (including CR+LF)
File Name Length 20 characters or less (not including the

extension)

Permitted File Name Characters Letters of the alphabet (A to Z; uppercase and

lowercase), numerals (0 to 9), +, −, and _.

Comments

If you start a line with the number sign (#), the line is treated as a comment and does
not affect operations.
You can put comments anywhere.

14

A 0802230

Keywords

Be sure to put the keyword lines before the data lines and to enter a keyword without
anything preceding it at the beginning of each keyword line.
NAME: The LV 5800 displays the eight characters that

follow the separator (colon) as the name of the
correction table. After the separator, enter the
correction table name using letters of the
alphabet (A to Z), numbers (0 to 9), spaces, +, −,
and _. You can enter up to ten characters.

TYPE: This is a code for identifying the file type. Enter

a zero after the separator (colon).

Data

From the start of a line, enter the input value, a separator, and then the output value,
in that order.
Input Value Enter values from 0 up to 4095 (12 bits),

increasing the value by one for each line.
A luminance level of 100 % is defined as 940
(10 bits) × 4 = 3760 (12 bits). A luminance level
of 0 % is defined as 64 (10 bits) × 4 = 256 (12

bits).
Separator Enter a single tab code.
Output Value Enter a value from 0 to 65535 (16 bits).

2. Save the correction table to USB memory, and connect the USB memory to the LV

5800.

Save the correction table in the USB memory’s root directory.

3. Press [PIC].

The picture display appears.

4. Press [F･7] next menu.

This menu item appears when CINELITE is installed.

5. Press [F･6] USB MEMORY.

15

A 0802230

Figure 4-9 CINELITE FILE LIST display

6. Press [F･1] TABLE No. to select the table number that you want to copy the correction
table to.

You can save up to five correction tables on the LV 5800.

7. Turn the function dial to select the file in the USB memory that you want to copy from.

8. Press [F･2] READ FILE.

The correction table from the USB memory is copied to the table number that you
selected using [F･1] TABLE No. If a file has already been stored with the table number
that you selected, an overwrite confirmation prompt appears. If you want to overwrite
the current file, press [F･1] OVER WR YES. Otherwise, press [F･3] OVER WR NO.

9. Press [F･7] up menu.

10. Press [F･1] f_Stop DISPLAY.

11. Press [F･5] GAMMA, and select the correction table that you copied from USB memory.

When you press [F･5] GAMMA, the correction tables that have been copied from USB
memory are displayed after the user-defined correction tables (USER1 to USER3).

Figure 4-10 f_Stop DISPLAY setup menu

16

A 0802230

4.3 Measuring Luminance Levels or RGB Levels

To display luminance information using luminance levels or RGB levels, carry out the following
procedure.

Figure 4-11 Picture display

1. Apply an SDI signal to the LV 58SER01(A), and select the appropriate unit number and
channel under INPUT.

2. Press [PIC].

The picture display appears.

3. Press [F･7] (next menu).

This menu item appears when CINELITE is installed.

4. Press [F･2] (%DISPLAY).

17

A 0802230

Figure 4-12 %DISPLAY screen

5. Use the V POS and H POS controls to align the intersection of the X and Y cursors with the
measurement point.

6. Press [F･4] (%/RGB SELECT) to select the display format.

You can select from the following formats. In the RGB display, the level of each component
is displayed using a bar at the upper left of the screen.

• LEVEL%: Displays the luminance level as a percentage (see Figure 4-)

• RGB%: Displays the R, G, and B levels separately as percentages (see Figure 4-)

• RGB 255: Displays the R, G, and B levels separately using 256 levels (see Figure 4-)

RGB% display RGB 255 display

Figure 4-13 RGB level display

18

A 0802230

4.3.1 Comparing Measured Levels with Those at a User-Defined Reference Position

You can specify a reference position and measure the difference between the level at the
current position and that at the reference position. (The LV 5800 cannot display differences
in the luminance levels in RGB level measurement.) After carrying out the procedure
described in section 4.3, “Measuring Luminance Levels or RGB Levels,” continue with the
following procedure.

Figure 4-14 %DISPLAY screen

1. Press [F･2] (REF_POS DISPLAY).

1

The level at the reference position (Ref.Level)
the current position and reference position (Diff.)

and the difference between the levels at

2

If you have not set the reference position, the two levels will appear as “*****.”

2. Use the V POS and H POS controls to set the reference position.

3. Press [F･3] (REF_POS SET).

Press [F･3] (REF_POS SET) to place a light-blue crosshair cursor at the intersection of
the X and Y cursors. This cursor will be the reference position.

This menu appears when [F･2] (REF_POS DISPLAY) is ON.

4. Use the V POS and H POS controls to move the current position to compare with the
reference position.

The measured values are displayed as follows:

Near the intersection of the X and Y cursors: Luminance level at the current position
Ref.Level:
Diff.:

1

Luminance level at the reference position

2

(Luminance level at the current position) – (luminance level

at the reference position)

1 “REF” appears when the display format is RGB%. “REF.” appears when the display format is RGB

255.

2 Does not appear if the display format is RGB% or RGB 255.

appear at the lower right of the screen.

19

A 0802230

4.4 Activating the CINEZONE Display

Follow the procedure below to display luminance information through RGB color distribution.

Figure 4-15 Picture display

1 Apply an SDI signal to the LV 58SER01(A), and select the appropriate unit number and

channel under INPUT.

2 Press [PIC].

The picture display appears.

3 Press [F･7] next menu.

This menu item appears when CINELITE is installed.

4 Press [F･4] CINEZONE DISPLAY.

20

A 0802230

Figure 4-16 CINEZONE display

5 Set [F･1] CINEZONE to ON.

When you set [F･1] CINEZONE to ON, luminance levels are displayed using a
combination of RGB colors. You can see what colors correspond to what luminance
levels by looking at the scale on the right of the display.

6 Press [F･2] UPPER% and [F･3] LOWER% to set the display range.

Luminance levels above [F･2] UPPER% are displayed using white. Levels below [F･3]
LOWER% are displayed using black.

21

A 0802230

5. Menu

5.1 Menu Description

5.1.1 CINELITE Setup Menu

[PIC] → [F･7] (next menu)

Figure 5-1 CINELITE setup menu

• [F･1] f_Stop DISPLAY

Select this menu item to display luminance information using camera f_Stop numbers.
The f_Stop display indicates the luminance at the intersection of the X and Y cursors
relative to the reference level (18% REF_SET) as an f_Stop number. The f_Stop
number is calculated by using the following equations.

• When LEVEL% ≤ 0

f_Stop = Not measurable

• When 0 < LEVEL% < 8.1%

f_Stop = (log((LEVEL%/100)/4.5)/log2) - REF18%

• When 8.1% ≤ LEVEL%

f_Stop = (log((((LEVEL%/100) + 0.099)/1.099)^(1/0.45))/log2) - REF18%

* LEVEL% is the luminance percentage that appears when you press [F･2] (%DISPLAY) > [F･4]

(%/RGB SELECT) and select LEVEL%.

* REF18% is the luminance (f_Stop number) that appears when you press [F･4] (18% REF_SET).

To determine REF18%, substitute the luminance percentage that appears when you press [F･4]
(18% REF_SET) into LEVEL% in the equation above, and calculate the number but leave out the
“-REF18%” part.

* The equations above are valid when [F･5] (GAMMA) is set to 0.45. If you select USER1, USER2,

or USER3, the indicated number will vary depending on the user-defined correction table.

F_Stop numbers are normally displayed in white. If the luminance at the intersection of
the X and Y cursors is less than or equal to 0 % or greater than or equal to 80 %, they
will be displayed in yellow.

22

A 0802230

• [F･2] %DISPLAY

Select this menu item to display luminance information using luminance levels or RGB
levels. Measured values are normally displayed in white. If the luminance at the
intersection of the X and Y cursors is less than or equal to 0 % or greater than or equal
to 80 %, they will be displayed in yellow.

• [F･4] CINEZONE DISPLAY

Displays luminance information through RGB color distribution.

• [F･6] GAMMA TABLE / [F･6] USB MEMORY

[F･6] USB MEMORY appears when USB memory is connected to the LV 5800. Select
[F･6] USB MEMORY to copy or delete external correction tables.
[F･6] GAMMA TABLE appears when USB memory is not connected to the LV 5800.
Select [F･6] GAMMA TABLE to view or delete external correction tables.

• [F･7] prev menu

Returns to the picture setup menu.

23

A 0802230

5.1.2 F-Stop Display Setup Menu

[PIC] → [F･7] (next menu) → [F･1] (f_Stop DISPLAY)

Figure 5-2 F_Stop display setup menu

• [F･1] F.D FUNCTION

Selects the cursor that will move when you turn the function dial (F･D). You can also
switch between LINE and SAMPLE by pressing the function dial (F･D).

LINE: Turning the function dial (F･D) moves the Y cursor (LINE_No).
SAMPLE: Turning the function dial (F･D) moves the X cursor (SAMPLE_No).

• [F･2] REF_POS DISPLAY

Selects whether or not to make measurements at the reference position. The reference
position is set when you press [F･3] (REF_POS SET).

OFF: Does not make measurements at the reference position. Only the f_Stop

number at the intersection of the X and Y cursors is displayed.

ON: Makes measurements at the reference position. When you turn this on,

“F.StopREF” and “Diff.” appear at the lower right of the screen.
“F.StopREF” indicates the f_Stop number at the reference position.
“Diff.” indicates the difference between the f_Stop number at the current
position and the one at the reference position.

• [F･3] REF_POS SET

Press [F･3] (REF_POS SET) to place a light-blue crosshair cursor at the intersection of
the X and Y cursors. This cursor will be the reference position for measuring
“F.StopREF” and “Diff.”
This menu item appears when [F･2] (REF_POS DISPLAY) is ON.

24

A 0802230

• [F･4] 18% REF_SET

Sets the reference level for measuring f_Stop numbers.
When you press [F･4] (18% REF_SET), the f_Stop number at the intersection of the X
and Y cursors is set to 0.0.
From this point, the f_Stop number will indicate a number relative to this reference level.

• [F･5] GAMMA

Selects the gamma value used to calculate f_Stop numbers from the following:

0.45: Correction value for a standard TV camera (as defined in ITU-R BT709)
USER1 to 3: User-defined correction tables. To create a user-defined correction table,

select USER1, USER2, or USER3, and press [F･6] (CAL). You can create
up to three user-defined correction tables.

***: This appears when there are external correction tables that have been

copied from USB memory. To copy an external correction table from USB
memory, select [F･6] USB MEMORY in the CINELITE setup menu. You
can save up to five different external correction tables to the LV 5800.

• [F･6] CAL

When [F･5] (GAMMA) is set to USER1, USER2, or USER3, press [F･6] (CAL) to create
a user-defined correction table. (See section 5.1.3, “User-Defined Correction Table
Setup Menu.)
This menu appears when [F･5] (GAMMA) is set to USER1, USER2, or USER3.

• [F･7] up menu

Returns to the CINELITE setup menu.

25

A 0802230

5.1.3 User-Defined Correction Table Setup Menu

[PIC] → [F･7] (next menu) → [F･1] (f_Stop DISPLAY) → [F･6] (CAL)

Figure 5-3 User-defined correction table setup menu

• [F･1] F.D FUNCTION

Selects the cursor that will move when you turn the function dial (F･D). You can switch
between LINE and SAMPLE by pressing the function dial (F･D).

LINE: Turning the function dial (F･D) moves the Y cursor (LINE_No).
SAMPLE: Turning the function dial (F･D) moves the X cursor (SAMPLE_No).

• [F･2] Table AllClear

Initializes the user-defined correction table that you are editing. When creating a new
table, be sure to clear the table by pressing [F･2] (Table AllClear).
(If a table contains unneeded data, correct measured values will not be displayed.)

• [F･3] 1 Data Clear

Initializes the line specified by [F･6] (CAL_F) in the user-defined correction table.

• [F･5] CAL SET

Sets the value at the position specified by [F 6] (CAL_F) to the luminance at the
intersection of the X and Y cursors.

• [F･6] CAL_F

Selects the position in the user-defined correction table that you want to set. A
greater-than sign (>) appears to the left of the selected position.

22.0, 16.0, 11.0, 8.0, 5.6, 4.0, 2.8, 2.0

• [F･7] up menu

Returns to the f_Stop display setup menu.

26

A 0802230

5.1.4 %DISPLAY Setup Menu

[PIC] → [F･7] (next menu) → [F･2] (%DISPLAY)

Figure 5-4 %DISPLAY setup menu

• [F･1] F.D FUNCTION

Selects the cursor that will move when you turn the function dial (F･D). You can switch
between LINE and SAMPLE by pressing the function dial (F･D).

LINE: Turning the function dial (F･D) moves the Y cursor (LINE_No).
SAMPLE: Turning the function dial (F･D) moves the X cursor (SAMPLE_No).

• [F･2] REF_POS DISPLAY

Selects whether or not to make measurements at the reference position. The reference
position is set when you press [F･3] (REF_POS SET).

OFF: Does not make measurements at the reference position. Only the

luminance at the intersection of the X and Y cursors is displayed.

ON: Makes measurements at the reference position. When you turn this on,

1

“Ref.Level”
“Ref.Level”
“Diff.”

and “Diff.”2 appear at the lower right of the screen.

1

indicates the luminance at the reference position.

2

indicates the difference between the luminance at the current

position and the luminance at the reference position.

1 “REF” appears when the display format is RGB%. “REF.” appears when the display format is

RGB 255.

2 Does not appear if the display format is RGB% or RGB 255.

• [F･3] REF_POS SET

Press [F･3] (REF_POS SET) to place a light-blue crosshair cursor at the intersection of
the X and Y cursors. This cursor will be the reference position for measuring “Ref.Level”
and “Diff.”
This menu item appears when [F･2] (REF_POS DISPLAY) is ON.

27

A 0802230

• [F･4] %/RGB SELECT

Selects the luminance display format from one of the settings below. In the RGB% or
RGB 255 display, the level of each component is displayed using a bar at the upper left
of the screen.

LEVEL%: Displays the luminance level as a percentage. The luminance level is

calculated by using the following equations. (Y indicates the Y value (d) in
the data dump that is displayed in the status screen.)

LEVEL% = ((Y - 64) / (940 - 64))×100 [%]

For example, the following values are displayed in the data dump:

0 % when Y = 040h (64d)
100 % when Y = 3ACh(940d)

RGB%: Displays the R, G, and B levels separately as percentages.

RGB 255: Displays the R, G, and B levels separately using 256 levels. The RGB

level is calculated using the following equations.

R = (R%×255) / 100 [%] (R = 0 when R% < 0, R = 255 when R% > 100)

G = (G%×255) / 100 [%] (G = 0 when G% < 0, G = 255 when G% > 100)
B = (B%×255) / 100 [%] (B = 0 when B% < 0, B = 255 when B% > 100)

• [F･7] up menu

Returns to the CINELITE setup menu.

5.1.5 CINEZONE setup menu

[PIC] → [F･7] (next menu) → [F･4] (CINEZONE DISPLAY)

Figure 5-5 CINEZONE setup menu

28

A 0802230

• F･1 CINEZONE

Activates or deactivates the CINEZONE display.

OFF: Activates the CINEZONE display.
ON: Deactivates the CINEZONE display.

When the CINEZONE display is activated, luminance levels are indicated using the
colors indicated in the figure below. You can see what colors correspond to what
luminance levels by looking at the scale on the right of the display.

100

75

R

50

表示色 (RG Bの相対値) [ ％]

25

G
B

0

-7.3 109.4

-25 0 25 50 75 100 125
輝度レベル [％]

Luminance level [%]

Figure 5-6 Corresponding luminance levels and colors in the CINEZONE display

• [F･2] UPPER%

Sets the upper limit of the luminance display range to a value from −6.3 to 109.4 %.
Luminance levels that exceed the value you set here are displayed using white.
If [F･2] UPPER% is 1 % greater than [F･3] LOWER% and you lower the value of [F･2]
UPPER%, the value of [F･3] LOWER% is automatically lowered to maintain a difference
of 1 % between the two values.
This setting is available when [F･1] CINEZONE is set to ON.

• [F･3] LOWER%

Sets the lower limit of the luminance display range to a value from -7.3 to 108.4 %.
Luminance levels that are lower than the value you set here are displayed using black.
If [F･2] UPPER% is 1 % greater than [F･3] LOWER% and you raise the value of [F･3]
LOWER%, the value of [F･2] UPPER% is automatically raised to maintain a difference
of 1 % between the two values.
This setting is available when [F･1] CINEZONE is set to ON.

• [F･7] up menu

Returns to the CINELITE setup menu.

29

A 0802230

5.1.6 External Correction Table Setup Menu

[PIC] → [F･7] (next menu) → [F･6] (GAMMA TABLE)

Figure 5-7 External correction table setup menu

• [F･1] TABLE No.

Select this menu item to choose one of the following external correction table numbers.
1, 2, 3, 4, or 5

• [F･2] READ FILE

Copies a correction table from the USB memory to the table number that you selected
using [F･1] TABLE No. If a file has already been copied to the table number that you
selected using [F･1] TABLE No., an overwrite confirmation dialog appears. If you want
to overwrite the current file, press [F･1] OVER WR YES. Otherwise, press [F･3] OVER
WR NO.
This menu item appears when USB memory is connected.

• [F･4] DELETE TABLE

To delete the external correction table that you selected using [F･1] TABLE No., press
[F･4] DELETE TABLE, and then press [F･1] DELETE YES. To abort the deletion of the
selected external correction table, press [F･3] DELETE NO.

• [F･7] up menu

Returns to the CINELITE setup menu.

30

A 0802230

5.2 Menu Structure

The picture display menu is shown below. Underlined values indicate initial settings.
The section enclosed in broken lines contains the menu items that have been added to the
standard model.

PIC F1

F2

F3

F4

F5

F6

F7

F1

F2

F4

ADJUST

MARKER

LINE
SELECT

DISPLAY

SUPER
IMPOSE

MENU
OFF

next
menu

f_Stop
DISPLAY

％DISPLAY

CINEZONE
DISPLAY

F.D

F1

FUNCTION

REF_POS

F2

DISPLAY

1

3

1

4

4

REF_POS

F3

SET

18%

F4

REF_SET

F5

GAMMA

F6

CAL

up

F7

menu

F.D

F1

FUNCTION

REF_POS

F2

DISPLAY

REF_POS

F3

SET

％/RGB

F4

SELECT

up

F7

menu

F1 ( OFF

CINEZONE

F2 ( -6.3 - 100.0

UPPER％

F3 ( -7.3 - 0.0

LOWER％

up

F7

menu

( LINE

( ON / OFF

( 0.45

( LINE

( ON / OFF

( LEVEL％

/ SAMPLE )

)

/ USER1 / USER2 / USER3 / 2 )

F.D

F1

FUNCTION

Table

F2

AllClear

1 Data

F3

Clear

CAL

F5

SET

F6

CAL_F

up

F7

menu

/ SAMPLE )

)

/ RGB％ / RGB 255 )

/ ON )

- 109.4 )

- 108.4 )

/ SAMPLE )

( LINE

/ 16.0 / 11.0 / 8.0 /

( 22.0

5.6 / 4.0 / 2.8 / 2.0 )

31

A 0802230

5

6

GAMMA

F6 F1

TABLE

USB

F6 F1

MEMORY

prev

F7

menu

TABLE
No.

DELETE

F4

TABLE

up

F7

menu

TABLE
No.

READ

F2

FILE

DELETE

F4

TABLE

up

F7

menu

/ 2 / 3 / 4 / 5 )

( 1

7

( 1

/ 2 / 3 / 4 / 5 )

7

7

F1

F3

F1

F3

F1

F3

DELETE
YES

DELETE
NO

OVER WR
YES

OVER WR
NO

DELETE
YES

DELETE
NO

Figure 5-8 Picture display menu

*1 Appears when REF_POS DISPLAY is ON.
*2 Appears when there is an external correction table (up to five).
*3 Appears when GAMMA is set to USER1, USER2, or USER3.
*4 Appears when CINEZONE is set to ON.
*5 Appears when USB memory is not connected.
*6 Appears when USB memory is connected.
*7 Appears when there is already a file in the selected table number.

32

A 0802230

6. Software Revision History

The following version numbers refer to the LV 5800 firmware version.
To check the version number, press [SYS] → [F･5] SYSTEM INFORMATION.

This manual is based on firmware version 4.8.

*

● Ver. 4.7

・Made the LV58SER01(A) CINELITE option compatible with CINELITE II.

Ver 3.7

●

・Added RGB value display feature to the CINELITE option.
・Added dual-link SDI signal support to the CINELITE option.
・Added product key installation to the CINELITE option.

33

A 0802230

Following information is for Chinese RoHS only

所含有毒有害物质信息

部件号码: FS 3033

此标志适用于在中国销售的电子信息产品,依据 2006 年 2 月 28 日公布的

《电子信息产品污染控制管理办法》以及 SJ/T11364-2006《电子信息产品污染

控制标识要求》，表示该产品在使用完结后可再利用。数字表示的是环境保护使
用期限，只要遵守与本产品有关的安全和使用上的注意事项，从制造日算起在数
字所表示的年限内，产品不会产生环境污染和对人体、财产的影响。
产品适当使用后报废的方法请遵从电子信息产品的回收、再利用相关法令。
详细请咨询各级政府主管部门。

产品中有毒有害物质或元素的名称及含量

部件名称

Parts 铅 汞 镉 六价铬 多溴联苯 多溴二苯醚

本体部×○○○○○

备注）

○：表示该有毒有害物质在该部件所有均质材料中的含量均在SJ/T11363-2006 规定的限量要求以下。

×：表示该有毒有害物质或元素至少在该部件的某一均质材料中的含量超出SJ/T11363-2006

　　标准规定的限量要求。

0802230 Ver.1

有毒有害物质或元素 Hazardous Substances in each Part

(Pb) (Hg) (Cd) (Cr(Ⅵ)) (PBB) (PBDE)

34

Oct. 30, 2008 08100.001K TS 2