Analog way PLS300 Manuel

Programmer’s Guide

For PLS300

A1: Introduction

If you need to use your own Software Control program from a PC or WORKSTATION with an RS-232 or LAN port, the device allows communication

through an ASCII code protocol.

The device treats any character that it receives on the RS-232 or LAN as a possible command but only accepts legal commands.

There is no starting/ending code needed in a command string.

A command can be a single character typed on a keyboard and does not require any special character before or after it.

(It is not necessary to press "ENTER" on the keyboard). A command can be preceded by a value (See chapter A-2).

When the device receives a valid command, it will execute the command. Then it will send back the status of the parameters that have changed due

to this command.

If the command cannot be executed (value out of range, no signal on the selected input),etc. The device will just sends back the current status of

the corresponding parameters.

If the command is invalid, an error response will be returned to the control device. All responses returned to the control device end with

a carriage return <CR> and a line feed <LF> signaling the end of the response character string (see chapter A-3).

A2: Commands structure

The above listed devices share the same code structure.

Commands are made of numerical values for arguments followed by the command characters (one or Two case-sensitive alphabetical letters). Usually the same

characters (letters) are used for the [read Command] as well as the [write command].

The indexes are defined numbers indicating the how the arguments for the command apply. For example a layer number, an input number, a preset number, etc.

They are separated with a comma.

There are commands without index and others with up to 3 indexes. Each index is followed by a comma character. The final argument, also refered to as the “value”

does not have a comma between it and the command.

A [write command] is made of indexes followed by the numerical value followed by the command characters.

Write command = [[index,] ...] + Value + Character (s) code (s)

For example: “1,2,0IN” or “4YB”

A [read command] is made of indexes followed immediately by the command characters. (no numerical value)

Read command = [[index,] ...] Character (s) code (s)

For example: “1,2,IN” or “YB”

A3: Examples

Document notation:

1) Command with 1 index : OFORMAT

Command to set the Main output format to XGA: 0,12OF

Answer: OF0,12<CR><LF> which mean that the main output format is now 1024x768

2) Command with 2 indexes : PE_INPUTNUM

Command to set the input 4 displayed in background layer of Next Preset: 1,2,4IN

Answer: IN1,1,4<CR><LF> which mean that the background layer of the next preset will display the input 4 signal

3) Read command without index : TAKEAVA

Read command to know if the TAKE command is available: TA

Answer: TA1<CR><LF> which mean that the device is ready to accept the TAKE command.

4) Read command with 2 indexes : SET_ASPECT_RATIO_OUT

Read command to know how is displayed a signal plugged on the input 4: 3,so

Answer: so3,2<CR><LF> which mean that the input 4 is displayed cropped

A4: Error codes

Answer: E10<CR><LF> which mean invalid command

Answer: E11<CR><LF> which mean index value error (index value out of range)

Answer: E12<CR><LF> which mean index number error (too or few indexes)

Some commands are only available as [Read command], they are status and are colored in blue as this line.

Some commands are colored in yellow as this line to indicate they were added or modified in this version.

A5 COMMUNICATION PORTS

Group Name CmdResp

Description

Read /

Write

Min

Value

Max

value

Default

value Values Index #1 Index #2

SYSTEM

DIESE # # Request the retrieval of all the

variables Rd/Wr

0 1 0

READY * * Ready Device Flag Rd 0 1 0 0= Initialization in progress

1 = Ready

DEV ? DEV MMS device type Rd 78 78 78 78 = PLS-300

CONTROLS

UPDATER yU yU Device reboot for update Rd/Wr

0 255 0 1 then 254 => Reboot

FACTORYRESET YR YR

Apply factory settings to the

device( except image settings ) Rd/Wr

0 1 0

Auto reset

POSMEMORYRESET YE YE Erase stored image settings Rd/Wr

0 1 0

Auto reset

CSTORE YS YS

FLASH memory writing in progess.

Do not power off Rd 0 1 0 0 = Free

1 = Flash writing in progress

LOCK YK YK Device locking Rd/Wr

0 2 0 0 = No lock

1 = Locked menu

2 = Locked front panel

LCDBRIGHTNESS YB YB Front panel display brightness Rd/Wr

1 8 8 1, …, 8 = Brightness level, 12,5%

step

KEYBRIGHTNESS Yb Yb Front panel keys brightness Rd/Wr

10 100 100 1, …, 100 = Brightness level, 1%

step

TBAR_ENABLE YD YD Enable disable T-BAR Rd/Wr

0 1 1

COPKIND CK CK Kind of slow in-progress operation

Rd 0 6 0

0 = None

1 = Auto centering

2 = Auto setting

3 = StandBy

4 = Picture recording

5 = Reset to default factory

setting

6 = Reset User settings

COPPROGRESS CP CP Progress percent of the slow

operation Rd 0 100 0 Percent : 0 to 100%

AXION

yA yA Device is driven by Orchestra Rd/Wr

0 1 0 0 = Device is not driven by ORC-

1 = Device is driven by Orc-50

AUTO_LOCK

YL YL Forbide the use of a signal-less

input Rd/Wr

0 1 1

0 = Signal less input can be

selected

1 = Signal less input can not be

selected

AUTO_TAKE

YT YT

Automatic Take after an input

change Rd/Wr

0 1 0 0 = AUTO-TAKE Disable

1 = AUTO-TAKE Enable

AUTO_STEPBACK

Ys Ys

Automatic preset toggle after a

TAKE Rd/Wr

0 1 0

0 = AUTO- PRESET-TOGGLE

Disable

1 = AUTO- PRESET-TOGGLE

Enable

FREEZE_MODE Ym Ym Input freeze mode Rd/Wr

0 1 0 0 = Freeze by input

1 = Freeze all inputs

Group Name CmdResp

Description

Read /

Write

Min

Value

Max

value

Default

value Values Index #1 Index #2

FRAME_ALERT Yf Yf Back-up input when an input loose

its signal Rd/Wr

0 12 0

0 = No input

1 = Input1

2 = Input2

3 = Input3

4 = Input4

5 = Input5

6 = Input6

9 = Input9

10 = Input10

11 = Input11

12 = Input12

TRANSPARENT_BACKGROUND Yt Yt Disable the the black fiilng of the

bakgrounfd live layer Rd/Wr

0 1 1 0 = use BLACK_FILL

1 = Disable black filling only for

background

BLACK_FILL bF bF Fill PIP with black depending on

the aspect ratio Rd/Wr

0 1 0 0 = Disable black filling

1 = Enable black filling

DISABLE_ID bI bI Disable Frame and Ids on the

preview output Rd/Wr

0 1 0

STANDBY

STDBYSTATUS

Standby mode Rd/Wr

0 1 0 0 = Normal mode

1 = Standby mode

STDBYREQUEST

Request for standby or wake up Rd/Wr

0 1 0 0 = Wake up

1 = Standby

STDBYPROJ_ON

Message to wake-up an output

display device ( 50 characters) Rd/Wr

0 255 0 min = 0 max = 49

STDBYPROJ_OFF

Message to send an output display

device to sleep ( 50 characters) Rd/Wr

0 255 0 min = 0 max = 49

STDBYPROJ_RATE

Output display device UART speed

Rd/Wr

0 3 2

0 = 1200bauds

1 = 2400bauds

2 = 9600bauds

3 = 19200bauds

STDBYPROJ_CTRL

Rd/Wr

0 4 0

0 = No request

1 = Wake up request

2 = Standby request

3 = Clear Wake up message

4 = Clear standby message

VERSION

VERI1 xi xi Byte 0 and 1 of the device ID Rd 0 65535 0 ex : AAAA

VERI2 xj xj Byte 2 and 3 of the device ID Rd 0 65535 0 ex : AAAA

VERI3 xk xk Byte 4 and 5 of the device ID Rd 0 65535 0 ex : AAAA

VERI4 xl xl Byte 6 and 7 of the device ID Rd 0 65535 0 ex : AAAA

Group Name CmdResp

Description

Read /

Write

Min

Value

Max

value

Default

value Values Index #1 Index #2

VERK xK xK Checksum/version of the

programmable components Rd/Wr

0 65535 0

0 = Number of

programmables

components

1 = Main micro-

controler

2 = Front panel

micro-controler

3 = FPGA

Caecina

4 = FPGA Fannia

5 = FPGA

Thrasea

6 = Synchro

CPLD

VERV xV xV Variable set version Rd 0 65535 42

VERUPD xU xU Updater version Rd 0 65535 0

OPT yo yo Detected options Rd 0 65535 0

bit 0 = Lan Module

bit 1 = SDI In 1 board (SDI 1 and

bit 2 = Recording board

bit 3 = CF Caecina

bit 4 = CF Fannia

bit 5 = CF Thrasea

bit 6 = SDI In 2 board (SDI 3 and

bit 7 = Audio Evolution

bit 8 = HDCP DVI In Evolution

REV xR xR Moher board revision Rd 0 255 0

INPUT

IN_AUTOSET_ALL Ia Ia

Auto

-setting request for all the

inputs Rd/Wr

0 1 0

IN_AUTOSET Ii Ii

Auto

-setting request for the

specified input Rd/Wr

0 1 0

0 = Input1

1 = Input2

2 = Input3

3 = Input4

4 = Input5

5 = Input6

8 = Input9

9 = Input10

10 = Input11

11 = Input12

Group Name CmdResp

Description

Read /

Write

Min

Value

Max

value

Default

value Values Index #1 Index #2

IN_USR_FORMAT iU iU

Format/standard of the input signal

corrected by user Rd/Wr

0 42 0

0 = None

1 = Invalid

2 = Unknown

3 = SDTV NTSC

4 = SDTV PAL

5 = SDTV SECAM

6 = SDTV BW

7 = SDTV 480i

8 = SDTV 576i

9 = EDTV 480p

10 = EDTV 576p

11 = HDTV 720p

12 = HDTV 1035i

13 = HDTV 1080i

14 = HDTV 1080p

15 = HDTV 1080sF

16 = CPU VGA

17 = CPU 800x480

18 = CPU WVGA

19 = CPU SVGA

20 = CPU 1280x600

21 = CPU 720p RGB

22 = CPU XGA

23 = CPU WXGA

24 = CPU SWXGA

25 = CPU 800p RGB

26 = CPU SWXGA+

27 = CPU 1152x864

28 = CPU 900p RGB

29 = CPU 1600x900

30 = CPU 960p RGB

31 = CPU SXGA

32 = CPU 1360x1024

33 = CPU DILA4/3

34 = CPU SXGA+

35 = CPU WSXGA+

36 = CPU 1080p RGB

37 = CPU 2K

38 = CPU UXGA

39 = CPU WUXGA

40 = CPU 1920x1440

41 = CPU QXGA

42 = CPU 1366x768

0 = Input1

1 = Input2

2 = Input3

3 = Input4

4 = Input5

5 = Input6

8 = Input9

9 = Input10

10 = Input11

11 = Input12

Group Name CmdResp

Description

Read /

Write

Min

Value

Max

value

Default

value Values Index #1 Index #2

IN_TYPE iK iK Input signal type Rd/Wr

0 17 13

0 = SDTV Composite

1 = SDTV Y/C

2 = SDTV/EDTV/HDTV RGBS

TTL/Analog

3 = SDTV/EDTV/HDTV RGB

SOG

4 = SDTV/EDTV/HDTV YUV

5 = Computer SOG

6 = Computer H&V or Composite

(TTL/Analog)

7 = Computer B&W

8 = DVI-D EDTV/HDTV RGB 16-

235

9 = DVI-D EDTV/HDTV YUV

10 = DVI-D Computer RGB 0-255

11 = DVI-D Computer RGB 16-

235

12 = SDI SDTV/HDTV

13 = Analog Computer, separated

H&V synchro

14 = Analog Computer,

composite TTL synchro

15 = Analog Computer,

composite analog synchro

16 = Analog RGB video,

composite TTL synchro

17 = Analog RGB video,

composite analog synchro

0 = Input1

1 = Input2

2 = Input3

3 = Input4

4 = Input5

5 = Input6

8 = Input9

9 = Input10

10 = Input11

11 = Input12

IN_SYNC_LOAD il il

Analog H sync load

Rd/Wr

0 1 0 0 = Hi-Z

1 = 75 ohm loaded

0 = Input1

1 = Input2

2 = Input3

3 = Input4

4 = Input5

5 = Input6

8 = Input9

9 = Input10

10 = Input11

11 = Input12

Group Name CmdResp

Description

Read /

Write

Min

Value

Max

value

Default

value Values Index #1 Index #2

IN_USED iu iu Input is enabled Rd/Wr

0 1 1

0 = Input1

1 = Input2

2 = Input3

3 = Input4

4 = Input5

5 = Input6

8 = Input9

9 = Input10

10 = Input11

11 = Input12

IN_SD_STD iS iS Decoded video standard Rd/Wr

0 7 0

0 = Auto

1 = NTSC (M,J)

2 = PAL (BDGHIN)

3 = PAL (M)

4 = PAL (N-Combination)

5 = NTSC 4.43

6 = SECAM

7 = PAL 60

0 = Input1

1 = Input2

2 = Input3

3 = Input4

4 = Input5

5 = Input6

8 = Input9

9 = Input10

10 = Input11

11 = Input12

IN_SD_STA iV iV Video Signal stability Rd/Wr

0 1 1 0 = Stable Source ( DVD )

1 = VCR Source ( Video cassette

recorder )

0 = Input1

1 = Input2

2 = Input3

3 = Input4

4 = Input5

5 = Input6

8 = Input9

9 = Input10

10 = Input11

11 = Input12

IN_SYNCHRONIZED iY iY VIS Synchronisation group Rd/Wr

0 3 0

0 = Does not belong to any VIS

Group

1 = Groupe VIS 1 group for

analog input

2 = Groupe VIS 2 group for

analog input

3 = Groupe VIS 3 group for

analog input

0 = Input1

1 = Input2

2 = Input3

3 = Input4

4 = Input5

5 = Input6

8 = Input9

9 = Input10

10 = Input11

11 = Input12

IN_HDCP_ENABLE iH iH Enable/disable the HDCP support

of a DVI input Rd/Wr

0 1 1 10 = Input11

11 = Input12

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