Canon REALIS SX6000 D PRO AV, REALIS WX6000 PRO AV, REALIS WX6000 D PRO AV, REALIS SX6000 PRO AV BROCHURE

MULTIMEDIA PROJECTOR WX6000 / SX6000

User Commands

Revision 1

WX6000 / SX6000 User Commands

Table of Contents

1. Overview ................................................................................................................. 1

2. Communication Specifications ................................................................................. 2

Communication Specifications ................................................................................................................... 2

Usable Character Codes .............................................................................................................................. 3

Communication System (Serial) ................................................................................................................. 4

Communication System (LAN) ................................................................................................................... 4

Commands ................................................................................................................................................... 5

Other ............................................................................................................................................................ 7

3. Communication Flow ............................................................................................... 8

Transmission sent ....................................................................................................................................... 8

Transmission received ................................................................................................................................. 8

Command / Response .................................................................................................................................. 8

Response Reception Timeout ...................................................................................................................... 8

Control Mode ............................................................................................................................................... 8

Other ............................................................................................................................................................ 8

4. Command System ................................................................................................... 9

5. Command List ....................................................................................................... 1 1

6. Details of Commands ............................................................................................ 13

6AXADJ .................................................................................................................................... 14

6AXR-Y ..................................................................................................................................... 15

AMBADJ ................................................................................................................................... 16

AMBLEVEL .............................................................................................................................. 17

AMBTYPE ................................................................................................................................ 18

ASELA1 .................................................................................................................................... 19

ASELA2 .................................................................................................................................... 20

ASELC ...................................................................................................................................... 21

ASELD ...................................................................................................................................... 22

ASELH ...................................................................................................................................... 23

ASPECT .................................................................................................................................... 24

AUTOPC ................................................................................................................................... 26

AUTOSETEXE ......................................................................................................................... 27

AVOL ......................................................................................................................................... 28

BLANK ..................................................................................................................................... 29

BRI ............................................................................................................................................ 30

COLOR_TEMP ......................................................................................................................... 31

COMVER .................................................................................................................................. 32

CONT ........................................................................................................................................ 33

DGAMMA ................................................................................................................................. 34

DZOOM_POS ............................................................................................................................ 35

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WX6000 / SX6000 User Commands

DZOOM_RAT ............................................................................................................................ 36

ERR ........................................................................................................................................... 37

FINE_GAMMA_R .................................................................................................................... 38

FINE_GAMMA_G .................................................................................................................... 39

FINE_GAMMA_B .................................................................................................................... 40

FLTWRN ................................................................................................................................... 41

FREEZE .................................................................................................................................... 42

GAMMA .................................................................................................................................... 43

HDMI_IN .................................................................................................................................. 44

HDMI_OVSCAN ....................................................................................................................... 45

HUE .......................................................................................................................................... 46

IMAGE ...................................................................................................................................... 47

IMAGEFLIP ............................................................................................................................. 49

INPUT ....................................................................................................................................... 50

KREP ........................................................................................................................................ 51

LAMP ........................................................................................................................................ 52

LAMPCOUNTER ..................................................................................................................... 53

LMPWRN.................................................................................................................................. 54

MAIN ........................................................................................................................................ 55

MEMCADJ ............................................................................................................................... 56

MODE ....................................................................................................................................... 57

MUTE ....................................................................................................................................... 58

NR ............................................................................................................................................. 59

POWER ..................................................................................................................................... 60

PRODCODE ............................................................................................................................. 61

RC ............................................................................................................................................. 62

RGBGAIN ................................................................................................................................. 64

RGBOFFSET ............................................................................................................................ 65

ROMVER .................................................................................................................................. 66

SAT ............................................................................................................................................ 67

SA VEIMGPROF ................................................................................................................... .... 68

SCRNASPECT .......................................................................................................................... 69

SHARP ...................................................................................................................................... 70

SIGNAL_INFO ......................................................................................................................... 71

SIGNALSTA TUS ...................................................................................................................... 72

TEMP ........................................................................................................................................ 73

TPTN ......................................................................................................................................... 74

7. Error List ................................................................................................................ 76

8. Error Processing .................................................................................................... 78

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iii

1. Overview

These specifications describe the methods of controlling both the Projector WX6000 / SX6000 from the PC over an RS-232C connection or LAN. Virtually all operations possible with the remote control can be controlled from the PC. The following symbols are used in these specifications:

Symbol Description

△ □

▽

[ ]

：＝

WX6000 / SX6000 User Commands

Space (20h) with 0 or more characters, or other separator. Space (20h) with 1 or more characters, or other separator. Separator between parameters.

△ , △ (comma enclosed in more than 0 space) or □ (1 or more space)

Data in [ ] can be omitted.

Same as OR. Definition name is on the left side of this mark, and definition description is on the right side.

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2. Communication Specifications

Communication Specifications

The projector can be controlled via RS-232C or LAN connection.

PC - Projector connection configuration

COMPORT

Item Specifications

9pin RS-232C

PROJECTOR

LAN PORT



WX6000 / SX6000 User Commands

SERVICEPORT

Connection

Item Specifications

LAN PORT

Network

Connection system

Connection signal line

Connection cable

PC and projector connected on a "1:1" basis

3-line connection of SD, RD, and SG

9-pin RS-232C Cable (Cross)

Connection



system Connection



signal line Connection



cable

LAN 100BASE-TX / 10BASE-T



Send Data SD

Receive Data RD



SD Send Data

RD Receive Data



Signal Ground SG

SG Signal Ground

* Signal lines other than the three SD, RD, and SG lines are not used in the projector. * Loop back its own signals on the PC side as necessary.

TCP / IP Connection Straight when connecting via

network

LAN Cable

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WX6000 / SX6000 User Commands

Usable Character Codes

Use ASCII codes in the red and blue areas. No distinction is made between double-byte characters and single-byte characters. Do not use double-byte or triple-byte characters. They will all be recognized as single-byte characters. Uppercase and lowercase versions of the same alphabetic characters will be recognized as the same character (case insensitive).

 0 1 2 3 4 5 6 7 8 9 A B C D E F 0 NUL  SP 0 @ P ` p         1   ! 1 A Q a q         2   " 2 B R b r         3   # 3 C S c s         4   $ 4 D T d t         5   % 5 E U e u         6   & 6 F V f v         7   ' 7 G W g w         8   ( 8 H X h x         9   ) 9 I Y i y        

A LF  * : J Z j z         B   + ; K [ k {         C   , < L ¥ l |         D CR  - = M ] m }         E   . > N ^ n ~        

F   / ? O _ o         

Item Specifications

CR(0Dh), LF(0Ah), null（00h）

Delimiters

Characters usable as delimiters. These characters alone (single characters) or CR+LF (0D0Ah) can be used as delimiters.

General Characters

20h to 7Eh Characters usable in commands.

Do not use the codes in regions other than the red and blue areas.

Invalid Characters

Even if they are used, they are considered "other separator codes", and they are handled in the same way as SP(20h).

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Communication System (Serial)

Item Specifications

Communication system RS-232-C Start-stop synchronization Semi-duplex communication

Transmission speed 19.2 Kbps Character length 8 bits / character

Stop bit 2 bits Parity None

Transmission format Variable-length records with terminals as delimiters

WX6000 / SX6000 User Commands

Maximum transmission length

Delimiters

Transmission codes

Communication procedure

Flow control None Error control None Break signal Not supported

Timeout

* For information about timeouts, refer to “3. Communication Flow” on P. 8.

Maximum of 256 characters (bytes) including delimiters.

Delimiters are one of the following: CR, LF, CR+LF, Null (0). Response delimiters are identical to command delimiters. ASCII code (General-purpose characters: 20h to 7Fh) (Codes other than those above and delimiters are considered “other

separator codes”)

No procedure

Tc Between characters: 5s

Between command / response

interval:

(Timeout between CR and LF is 10ms.)

15s

Communication System (LAN)

Item Specifications

Communication system Uses the TCP / IP protocol. Port: 33336

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Commands

Transmissions sent from the PC to the projector.

Transmission format

△<Command character strings> △<Delimiter>

Character strings consisting of 0 or more alphanumeric characters.

One of CR (0Dh), LF (0Ah), CR+LF (0Dh+0Ah), Null (00h)

Type

Possibilities of responses from the projector ■: possible, □: not possible

Type Description Response

WX6000 / SX6000 User Commands

Null Commands Character string

Control command Character string

Setting command Character string

Commands with a command character string length of 0. No command processing is performed.



:= <Character string with length 0>

Projector control command. The format is shown below.



:= <Control name>[□<Parameter value>]

Command that sets values for each parameter. The format is shown below.



:= <Parameter name>△=△<Parameter value>

For the definition of <Parameter value>, refer to the parameter definitions.

■

□

■

BUSY

WARN

ERR

 

■

BUSY

WARN

ERR

 

■

BUSY

WARN

ERR

 

BUSY

WARN

ERR

Reference command Character string

Requests current value of each parameter. The format is shown below.



:=?△<Parameter name> | GET□<Parameter name>

□

■

 

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WX6000 / SX6000 User Commands

Response

Transmissions sent from the Projector to the PC in response to commands from the PC.

Transmission format

Character strings consisting of one or more ASCII characters. The first two characters are always one lowercase letter and a : (colon). The first character indicates the response type.

Response

type

i w e g

State response i:OK i:BUSY etc. Warning w:USER_COMMAND.. Error e:000B INVALID.. Reference command response g:AVOL=10

Meaning Example

Delimiters for commands sent from the PC.

Type

OK response After the processing of each command is completed, a response is sent indicating

that the next command can be received.

BUSY response This response is sent when a command cannot be receive d during proce ssing. Wait

Example:

* Commands are indicated by ">", and responses are indicated by "<".

WARN response This response is sent when warning information is issued.

Note that the command is not executed in this case.

Example:

ERR response An error messag e is output.

* <Error code> is expressed as a four-digit hexadecimal number. * Refer to “Error List”!

Example:

GET response Request response for each parameter.

Example:

<OK response character string>:=i:OK

for a few moments, and then try sending the command again.

<BUSY response character string>:=i:BUSY

> IMAGE=STANDARD < i:BUSY

> IMAGE=STANDARD

< w:USER_COMMAND_VERSION_IS_UPDATED

> abcdefg

< e:0002 INVALID_COMMAND

> GET LANG or ? LANG

< g:LANG=JPN

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WX6000 / SX6000 User Commands

Other

Transmission recognition

On the receiving side (the Projector), the data that is able to be received within the character interval of Tc is held, and the transmission is considered received when the delimiter is received. If the character interval received exceeds the Tc or if a delimiter is not received within 256 characters, all data already received is lost, and the mode is reset to standby to receive commands again.

Parameter value

The <Parameter value> is defined as shown below.

<Value> := <Numerical value> | <ID> | “<Character string>”

* The range of valid values is from -32768 to 32767.

<ID> := 1 or more ASCII characters (20h to 7Eh) <Character string> := 0 or more ASCII characters (20h to 7Eh)

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3. Communication Flow

Transmission sent

At the PC, the transmission is sent within character intervals of Tc (character interval timeout).

Transmission received

At the Projector, the data that is able to be received within the character interval of Tc is held, and the transmission is considered received when the delimiter is received. If the character interval received exceeds the Tc or if a delimiter is not received within 256 characters, all data already received is lost, and the mode is reset to standby to receive commands again.

Command / Response

One response is always returned for each command sent from the PC.

WX6000 / SX6000 User Commands

Projector

WithinTr

* The timeout interval between command and response (Tr) is 15 seconds.

Commands

Response

Response Reception Timeout

If a response is not received within the Tr (timeout interval between command and response) while standing by a waiting response after sending a command from the PC, it is deemed to have exceeded the “response reception timeout.” Please resend the command.

Control Mode

"LOCAL mode" and "REMOTE mode" on previous models (SX50、SX6、SX60、X600、SX7、X700) have been removed. You do not need to be aware of which mode it is in (no need to use "REMOTE" and "LOCAL" commands) to send user commands.

Other

If AC power is supplied to the projector, communication is possible regardless of whether the power is on or off. The PC side cannot send the next user command before a response for the first command is returned. If more than 2 user commands arrive at one port, "BAD_SEQUENCE" will be returned in response to the second user command. For procedures which return “BAD SEQUENCE”, change the procedure, and do not send the next user command on the PC side before a response for the first command is returned.

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4. Command System

WX6000 / SX6000 User Commands

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WX6000 / SX6000 User Commands

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5. Command List

Item

6AXADJ 6-axis adjustment ON/OFF

WX6000 / SX6000 User Commands

Commands Description

6AXR-Y

AMBADJ

AMBLEVEL Ambient light level settings

AMBTYPE Ambient light type settings

ASELA1 Analog PC-1 audio terminal selection

ASELA2 Analog PC-2 audio terminal selection

ASELC Component audio terminal selection

ASELD Digital PC audio terminal selection

ASELH HDMI audio terminal selection

ASPECT Screen settings

AUTOPC Auto PC

AUTOSETEXE Auto setup

AVOL Audio volume adjustment

BLANK BLANK function

BRI Brightness setting

COLOR_TEMP Color temperature setting

6-axis correction R-Y hue/saturation settings Ambient light correction adjustment ON/OFF

COMVER User command version inquiry

CONT Contrast setting

DGAMMA Dynamic gamma

DZOOM_POS DZOOM position setting

DZOOM_RAT DZOOM ratio setting

ERR Error information inquiry

FINE_GAMMA_B Fine gamma (B) adjustment

FINE_GAMMA_G Fine gamma (G) adjustment

FINE_GAMMA_R Fine gamma (R) adjustment

FLTWRN Filter warning indication at startup

FREEZE Freeze status

GAMMA Gamma adjustment

HDMI_IN HDMI input setting

HDMI_OVSCAN HDMI overscan setting

HUE Hue setting

IMAGE Image mode setting

IMAGEFLIP Flip display

INPUT Input selection

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WX6000 / SX6000 User Commands

Item

36 37 38 39 40 41 42 43 44 45 46 47 48 49 50

Commands Description

KREP LAMP Lamp output setting LAMPCOUNTER Lamp ON time inquiry LMPWRN MAIN Side control operation emulation MEMCADJ Memory color adjustment MODE Control mode switch MUTE Mute control NR Noise reduction POWER T his controls the power supply PRODCODE Product information inquiry RC Remote control operation emulate RGBGAIN RGB gain adjustment RGBOFFSET RGB offset adjustment ROMVER ROM version inquiry

Key repeat

Lamp warning indication at startup

SAT Color saturation setting

SAVEIMGPROF Create user memory

SCRNASPECT Screen aspect setting

SEL Input signal selection

SHARP Sharpness setting

SIGNAL_INFO Input signal information inquiry

SIGNALSTATUS Signal status inquiry

TEMP Temperature sensor value inquiry

TPTN Test pattern

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6. Details of Commands

Descriptions of each command are provided starting from the next page. The command descriptions have the format shown below.

Alphabetic command name

This briefly describes the command function.

Format

This indicates the command format.

Environment

This defines the environments that support the command (power supply state, input signal state).

Power*1 Input

OFF ON PM D-RGB A-RGB COMP HDMI None

*2 *3 *4 *5 *5 *5 *5 *5

*1 Power Executable regardless of power supply state when marked by “-“. *2 OFF "O" if enabled in a power OFF state. *3 ON "O" if enabled in a power ON state. *4 PM "O" if enabled while the power management state is in standby state. *5 Input The command is enabled in states marked by “O”. The command is executable regardless of input when marked by “-“.

Response

This describes the command response.

Description

This includes the command function, conditions, and notes.

Example

This provides command usage examples.

WX6000 / SX6000 User Commands

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WX6000 / SX6000 User Commands

6AXADJ

6-axis adjustment ON / OFF

Format

6AXADJ=<6-axis adjustment parameter:ID> GET□6AXADJ / ?△6AXADJ

<6-axis adjustment parameter:ID>

ON This sets the 6-axis adjustment to ON. OFF This sets the 6-axis adjustment to OFF.

Environment

Power Input

OFF ON PM D-RGB A-RGB COMP HDMI None

X O X -

Response

"i:OK" is returned if the parameter was set properly. For '

GET 6AXADJ' or '?6AXADJ', current 6-axis adjustment state is returned in

g:6AXADJ=<6-axis adjustment parameter:ID>'

For details on other responses, refer to the "Error List".

Description

(1) This command is used to select ON or OFF for the 6-axis adjustment. (2) This command functions in the same way as when "Image adjustments" - "Advanced

adjustments" - "6-axis adjustment" are selected on the menu.

(3) In th e case of "6-axis adjustment," set the hue and color saturation of each axis using the

6AXR to Y "6-axis correction R to Y hue / color saturation setting" commands. (4) This sets the currently selected input signal and image mode. (5) The c urrent 6-axis adjustment setting can be obtained using the GET command. ("

"）

6AXADJ

Example

Control

> 6AXADJ=ON The 6-axis adjustment is set to ON.

< i:OK

Reference

> GET 6AXADJ or ?6AXADJ The 6-axis adjustment ON or OFF setting is obtained.

< g:6AXADJ=ON

*Commands are indicated by ">", and responses are indicated by "<".

GET

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WX6000 / SX6000 User Commands

6AXR-Y

6-axis correction R-Y hue / saturation settings

Format

6AXR=<R hue:Number>▽<R saturation:Number>▽<R brightness:Number> 6AXG=<G hue:Number>▽<G saturation:Number>▽<G brightness:Number> 6AXB=<B hue:Number>▽<B saturation:Number>▽<B brightness:Number> 6AXC=<C hue:Number>▽<C saturation:Number>▽<C brightness:Number> 6AXM=<M hue:Number>▽<M saturation:Number>▽<M brightness:Number> 6AXY=<Y hue:Number>▽<Y saturation:Number>▽<Y brightness:Number> GET□6AXR / ?△6AXR GET□6AXG / ?△6AXG GET□6AXB / ?△6AXB GET□6AXC / ?△6AXC GET□6AXM / ?△6AXM GET□6AXY / ?△6AXY

Setting values for <R/G/B/C/M/Yhue:Number> are -20 to 20. Setting values for <R/G/B/C/M/Y saturation:Number> are -20 to 20. Setting values for <R/G/B/C/M/Y brightness:Number> are -20 to 20.

Environment

Power Input

OFF ON PM D-RGB A-RGB COMP HDMI None

X O X -

Response

"i:OK" is returned if the parameter was set properly. For '

GET 6AX*' or '?6AX*', current 6-axis correction R-Y hue/saturation/brightness settings are

returned as

g:6AX*=<*hue: Number>,<*saturation:Number>,<*brightness:Number>'

For details on other responses, refer to the "Error List".

Description

(1) This sets the 6-axis correction of the hue and color saturation for R to Y. (2) This command functions in the same way as when "Image adjustments" - "Advanced

adjustments" - "6-axis color adjustment" are selected on the menu. (3) If numerical parameters are outside the range, "

e:0801 INVALID_VALUE" is returned.

(4) These commands take effect when they have been set to valid using the 6-axis adjus tment

command (6AXADJ), and they can be set separately. (5) This sets the currently selected input signal and image mode. (6) The current 6-axis color correction can be obtained using the GET command. ("

6AXR/G/B/C/M/Y

GET

Example

Setting

> 6AXR=-8, 5, 3

< i:OK

Reference

> GET 6AXR or ?6AXR This retrieves the R hue, color saturation, and brightness.

< g:6AXR=12, -8, 4

* Commands are indicated by ">", and responses are indicated by "<".

The R hue is set to –8, the color saturation is set to 5, and the brightness is set to 3.

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WX6000 / SX6000 User Commands

AMBADJ

Ambient light correction adjustment ON / OFF

Format

AMBADJ=<Ambient light correction adjustment parameter:ID>

GET□AMBADJ / ?△AMBADJ

ON This sets the ambient light correction adjustment to ON. OFF This sets the ambient light correction adjustment to OFF.

Environment

Power Input

OFF ON PM D-RGB A-RGB COMP HDMI None

X O X -

Response

"i:OK" is returned if ON / OFF of ambient light correction adjustment was set properly. For '

GET AMBADJ' or '?AMBADJ', current ambient light correction adjustment setting is returned as

g:AMBADJ=<Ambient light correction adjustment parameter:ID>'

For details on other responses, refer to the "Error List".

Description

(1) This command is used to select ON or OFF for the ambient light correction adjustment. (2) This command functions in the same way as when "Image adjustment" - "Advanced

adjustment" - "Ambient light" are selected on the menu. (3) In the case of "Ambient light correction adjustment"to OK, set the level using AMB_LEVEL of

"Ambient light level" command, and set the type using AMB_TYPE of "Ambient light type"

command. (4) This sets the currently selected input signal and image mode. (5) The current ambient light correction adjustment setting can be obtained using the GET

command. ("

GET AMBADJ")

Example

Control

> AMBADJ=ON The ambient light correction adjustment is set to ON.

< i:OK

Reference

> GET AMBADJ or ?AMBADJ

< g:AMBADJ=ON

* Commands are indicated by ">", and responses are indicated by "<".

The ambient light correction adj u stment ON or OFF set ting is obtained.

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WX6000 / SX6000 User Commands

AMBLEVEL

Ambient light level settings

Format

AMBLEVEL=<Ambient light level settings parameter:ID>

GET□AMBLEVEL / ?△AMBLEVEL

WEAK This sets the ambient light level to WEAK. MIDDLE This sets the ambient light level to MIDDLE. STRONG This sets the ambient light level to STRONG.

Environment

Power Input

OFF ON PM D-RGB A-RGB COMP HDMI None

X O X -

Response

"i:OK" is returned if ambient light level was set properly. For '

GET AMBLEVEL' or '?AMBLEVEL', current ambient light level is returned as

g:AMBLEVEL=<ambient light level settings parameter:ID>'

For details on other responses, refer to the "Error List".

Description

(1) This sets the ambient light le vel. (2) This command functions in the same way as when "Image adjustment" - "Advanced

adjustment" - "Ambient light" - "Level" are selected on the menu. (3) This sets the currently selected input signal and image mode. (4) The current ambient light level setting can be obtained using the GET command. ("

AMBLEVEL

Example

Setting

> AMBLEVEL=MIDDLE This sets the ambient light level to MIDDLE.

< i:OK

Reference

> GET AMBLEVEL or ?AMBLEVEL This retrieves the ambient light level.

< g:AMBLEVEL=MIDDLE

* Commands are indicated by ">", and responses are indicated by "<".

GET

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WX6000 / SX6000 User Commands

AMBTYPE

Ambient light type settings

Format

AMBTYPE=<Ambient light type settings parameter:ID>

GET□AMBTYPE / ?△AMBTYPE

TG This sets the ambient light type to Tungsten. FL This sets the ambient light type to Fluorescent. FL_H This sets the ambient light type to Fluorescent H.

Environment

Power Input

OFF ON PM D-RGB A-RGB COMP HDMI None

X O X -

Response

"i:OK" is returned if ambient light type was set properly. For '

GET AMBTYPE' or '?AMBTYPE', current ambient light type is returned as

g:AMBTYPE=<Ambient light type settings parameter:ID>'

For details on other responses, refer to the "Error List".

Description

(1) This sets the ambient light type. (2) This command functions in the same way as when "Image adjustment" - "Advanced

adjustment" - "Ambient light" - "Type" are selected on the menu. (3) This sets the currently selected input signal and image mode. (4) The current ambient light type setting can be obtained using the GET command. ("

AMBTYPE

Example

Setting

> AMBTYPE=FL This sets the ambient light type to Fluorescent.

< i:OK

Reference

> GET AMBTYPE or ?AMBTYPE This retrieves the ambient light type.

< g:AMBTYPE=FL

* Commands are indicated by ">", and responses are indicated by "<".

GET

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WX6000 / SX6000 User Commands

ASELA1

Analog PC-1 audio terminal selection

Format

ASELA1=<Analog PC-1 audio terminal selection: ID>

GET□ASELA1 / ?△ASELA1

1 Audio In 1 2 Audio In 2 OFF Turned off

Environment

Power Input

OFF ON PM D-RGB A-RGB COMP HDMI None

X O X -

Response

"i:OK" is returned when audio selection was successfully completed. For '

GET ASELA1' or '?ASELA1', current Analog PC-1 audio selection is returned as

g:ASELA1=<Analog PC-1 audio terminal selection parameter: ID>'

For details on other responses, refer to the "Error List".

Description

(1) This command is used to select Analog PC-1 audio terminal. (2) This command func tions in the same way as when "System setting" - "Audio terminal

selection" - "Analog PC-1" are selected on the menu. (3) The current Analog PC-1 audio terminal selection setting can be obtained using the GET

command. (" (4) Analog PC-1 Audio terminal selection retains the last setting after the power is turned off.

Example

Setting

> ASELA1=1 Audio IN1 is set for Analog PC-1 audio terminal selection.

< i:OK

Reference

> GET ASELA1 or ?ASELA1 Analog PC-1 audio terminal selection is acquired.

< g:ASELA1=1

*Commands are indicated by ">", and responses are indicated by "<".

GET ASELA1")

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WX6000 / SX6000 User Commands

ASELA2

Analog PC-2 Audio terminal selection

Format

ASELA2=<Analog PC-2 audio terminal selection: ID>

GET□ASELA2 / ?△ASELA2

2 Audio In 2 2 Audio In 2 OFF Turned off

Environment

Power Input

OFF ON PM D-RGB A-RGB COMP HDMI None

X O X -

Response

''i:OK'' is returned when audio selection was successfully completed. For '

GET ASELA2' or '?ASELA2', current Analog PC-2 audio selection is returned as

g:ASELA2=<Analog PC-2 audio terminal selection parameter: ID>'

For details on other responses, refer to the "Error List".

Description

(1) This command is used to select Analog PC-2 audio terminal. (2) This command func tions in the same way as when "System setting" - "Audio terminal

selection" - "Analog PC-2" are selected on the menu. (3) The current Analog PC-2 audio terminal selection setting can be obtained using the GET

command. (" (4) Analog PC-2 Audio terminal selection retains the last setting after the power is turned off.

Example

Setting

> ASELA2=2 Audio IN2 is set for Analog PC-2 audio terminal selection.

< i:OK

Reference

> GET ASELA2 or ?ASELA2 Analog PC-2 Audio terminal selection is acquired.

< g:ASELA2=2

*Commands are indicated by ">", and responses are indicated by "<".

GET ASELA2")

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WX6000 / SX6000 User Commands

ASELC

Component audio terminal selection

Format

ASELC=<Component audio terminal selection parameter: ID>

GET□ASELC / ?△ASELC

1 Audio In 1 2 Audio In 2 OFF Turned off

Environment

Power Input

OFF ON PM D-RGB A-RGB COMP HDMI None

X O X -

Response

"i:OK" is returned when audio terminal selection was completed successfully. For '

GET ASELC' or '?ASELC', current component audio selection is returned as

g:ASELC=<Component audio terminal selection parameter: ID >'

For details on other responses, refer to the "Error List".

Description

(1) This command is used to select Component audio terminal. (2) This command is same a s the operations of "System setting" - "Audio terminal selection" -

"Component". (3) The current Component audio terminal selection setting can be obtained using the GET

command. (" (4) Component audio terminal selec tion r etain the last setting after the power is turned off.

Example

Setting

> ASELC=1 Audio IN1 is set for Component audio terminal selection.

< i:OK

Reference

> GET ASELC or ?ASELC Component audio terminal selection is acquired.

< g:ASELC=1

*Commands are indicated by ">", and responses are indicated by "<".

GET ASELC")

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WX6000 / SX6000 User Commands

ASELD

Digital PC audio terminal selection

Format

ASELD=<Digital PC audio terminal selection parameter: ID>

GET□ASELD / ?△ASELD

1 Audio In 1 2 Audio In 2 OFF Turned off

Environment

Power Input

OFF ON PM D-RGB A-RGB COMP HDMI None

X O X -

Response

"i:OK" is returned when audio terminal selection was completed successfully. For '

GET ASELD' or '?ASELD', current Digital PC audio selection is returned as

g:ASELD=<Digital PC audio terminal selection parameter: ID>'

For details on other responses, refer to the "Error List".

Description

(1) This command is used to select Digital PC audio terminal. (2) This command is same as the operations of .This command functions in the same way as when

"System setting" - "Audio terminal selection" - "Digital PC" are selected on the menu. (3) The current Digital PC audio terminal selection setting can be obtained using the GET

command. (" (4) Digital PC audio terminal selection retains the last se tting after the power is turned off.

Example

Setting

> ASELD=1 Audio IN1 is set for Digital PC audio terminal selection.

< i:OK

Reference

> GET ASELD or ?ASELD Digital PC audio terminal selection is acquired.

< g:ASELD=1

*Commands are indicated by ">", and responses are indicated by "<".

GET ASELD")

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