Barco F35 Manuel utilisateur

F(L)35, FS35 IR, F85

ASCII Commands Protocol Reference Manual

601–0381–00/00

21/10/2015

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Barco Fredrikstad AS

Habornveien 53, N-1630 Gamle Fredrikstad, Norway

Phone: +47 6930 4550

Fax: +47 6930 4580

Support: Support.fre@barco.com

Visit us at the web: www.barco.com

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Changes

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All brand and product names mentioned in this manual serve as comments or examples and are not to be understood as advertising for

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1. Communication settings

1. COMMUNICATION SETTINGS

Overview

• Set up LAN Communication

• Set up RS232 communication

1.1 Set up LAN Communication

General

The supported RS232 settings are as follows:

Parameter Data

Baud rate 19200

Data bits 8

Parity None. There is no parity bit used to perform error checking.

Stop bits 1. One stop bit is used to deﬁne the end of a character.

Flow control None.

General

The default settings of the projector when shipped are as follows:

Description Value

DHCP On

IP address 0.0.0.0

Subnet mask 0.0.0.0

Default gateway 0.0.0.0

TCP/UDP port 1025

Input IP settings on the projector

Before you connect the projector to your LAN make sure that the IP settings are set correctly, according to your LAN conﬁguration.

IP settings can be changed using the projector On Screen Display (OSD) Settings menu.

Set up can be done automatically using DHCP (Dynamic Host Conﬁguration Protocol). When DHCP is enabled, it may take up to a

minute for the projector to receive IP settings from the DHCP server. The IP address will be updated and shown in the OSD. If there

is no DHCP server in the network the projector will be assigned a “zero conﬁguration” address, 169.254.0.0/16.

Alternatively, DHCP can be manually disabled and the user can manually input the projector IP address, Subnet mask and Gateway

in the LAN network menu of the OSD.

To renew an IP address, select “renew” in the OSD LAN settings menu.

Connect the projector and the host

As soon as the projector IP settings are set correctly, you can physically connect the selected host, for example a computer, and the

projector. This can be done in two ways:

• use a crossover twisted pair (TP) cable directly from the computer to the projector

• use two straight-through TP cables with a HUB or a switch between them

1.2 Set up RS232 communication

Connect to the projector

Connect the projector and host using a standard straight through serial cable (host : female, projector : male).

Pin 2 connects to Pin 2, Pin 3 connects to Pin 3, and Pin 5 connects to Pin 5.

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1. Communication settings

Maximum length of the RS-232 cable is 15.25m (50ft).

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2. Communication protocol definitions

2. COMMUNICATION PROTOCOL DEFINITIONS

About

This section describes the deﬁnitions used in the communications protocol. When the projectors are connected to either RS232 or

LAN you can control the projectors through this ASCII based protocol.

Some commands will generate OSD feedback. This can be stopped by turning off the OSD from the projector’s

menu system or by setting “OSDC” to value 0 (OSD off) or value 1 (OSD show only warnings).

Overview

•Timing

• Serial Communications Protocol

• Examples

2.1 Timing

General timing constraints

Behavior Constraint

Power on (wake from standby) At least 30 seconds wait after power up complete before sending next command

Command Response required before sending next command

No response received At least 2 seconds before re-sending if no response received

Between commands Minimum 500 ms delay required between commands

After sending 20 commands Minimum 5 seconds delay required

2.2 Serial Communications Protocol

Deﬁnitions

Like every communication method the serial communication uses a particular protocol (ANSI) which must be respected in order to

allow communication to take place.

The header is ASCII colon ’:’ character.

Use of a separator is optional in the command protocol. The protocol accepts one ASCII SPACE between ﬁelds, or no ASCII SPACE

between ﬁelds.

All acknowledgement protocol use an ASCII SPACE (single) as a separator.

The terminator is ASCII value carriage return (CR)/hex value 0x0D.

The following table gives a summary of the predeﬁned communication terms.

Header Message body Terminator

Limitations 1 byte N bytes 1 byte

Deﬁnition ASCII colon :Mnemonic Modiﬁer Value Target Carriage Return (Hex 0x0D)

Example :POWR1 CR

Header

The header informs the projector (in case of transmission) or the computer (in case of reception) that a new data transfer will take

place.

Message body

The message body deﬁnes the action to be performed. The message body is built up of several ﬁelds:

601–0381–00 F(L)35, FS35 IR, F85 21/10/2015 3

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2. Communication protocol definitions

Mnemonic Modiﬁer Value Target

Limitations 4 bytes 1 byte N bytes, max 6 bytes N bytes, max 4

Inclusion Required Optional Optional Optional

Example POWR A1CR

Mnemonic bytes (4 bytes)

The mnemonic is a 4 byte ASCII command (key identiﬁer). This is required in all serial communications.

Modiﬁer byte (1–2 bytes)

The modiﬁer is used to constrain or modify the mnemonic command.

Modiﬁer Description

RRelative change. Given value will be relative to existing value. e.g. BRIG10 will increase brightness by 10 steps.

ANot normally used. Manually request acknowledgement/read back the result of the command.

? Get current value

?M Get maximum value

?N Get minimum value

?D Get default value

?S Get default step value

Terminator

The terminator informs the projector (in case of transmission) or the computer (in case of reception) that the data transfer is complete

and that the interpretation of the command and data bytes can start.

Acknowledgement

If the command is understood by the projector then an ’ACK’ command is sent back. The ’ACK’ command uses the following protocol:

Ack. Address Separator Command Separator Value Terminator

Limitations 1 byte 1–3 bytes 1 byte 4 bytes 1 byte 6 bytes 1 byte

Deﬁnition ASCII % Projector

address

ASCII space Mnemonic ASCII space Numeric

value

Carriage

Return (Hex

0x0D)

Example %001 Space POWR Space 000001 CR

Some commands could return a value that is more than 6 bytes, for example, strings. This is identiﬁed by the acknowledgement

including the alphanumeric value ’eXXXXX’.

Address functionality is no longer used. Address bytes will always be 001.

For example:

> :seri ?

> %001 SERI e00001 07010001

Invalid command

If the input command is not valid, then the projector acknowledgement may include an error message in the value ﬁeld.

Ack. Address Separator Command Separator Value Terminator

Limitations 1 byte 1–3 bytes 1 byte 4 bytes 1 byte 6 bytes 1 byte

Deﬁnition ASCII % Projector

address

ASCII space Mnemonic ASCII space Numeric

value of error

Carriage

Return (Hex

0x0D)

Example %001 Space POWR Space !00001 CR

Error code Error message Description

!00001 Access denied User does not have sufﬁcient access rights to perform this command.

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2. Communication protocol definitions

Error code Error message Description

!00002 Not available Logic conﬂict prevents command being available. For example, contrast is not

available when the projector is searching for sources.

!00003 Not implemented Command not available for this projector conﬁguration. See relevant comments

section in ASCII commands for information.

!00004 Value out of range Value is not within valid range.

2.3 Examples

SET commands

Command Description

:POWR1’CR’ Set power on

%001 POWR 000001’CR’ Acknowledge power on

Command Description

:BRIG 60’CR’ Set brightness to 60

%001 BRIG 000060’CR’ Acknowledge brightness

Command Description

:CNTR R1’CR’ Increase contrast

%001 CNTR 000061’CR’ Acknowledge increase contrast

Command Description

:CNTR R-2’CR’ Decrease contrast

%001 CNTR 000059’CR’ Acknowledge decrease contrast

SET commands with target

Command Description

:TATB 1 3’CR’ Set aspect trigger behavior 16:10 to off

%001 TATB 000001’CR’ Acknowledge set aspect trigger behavior 16:10 to off

GET commands

Command Description

:CNTR?’CR’ Get current value contrast

%001 CNTR 000059’CR’ Acknowledge get current value contrast

Command Description

:BRIG ?N’CR’ Get minimum value brightness

%001 CNTR 000000’CR’ Acknowledge get minimum value brightness

GET commands with target

Command Description

:TATB ? 3 Get aspect trigger behavior 16:10

%001 TATB 000001 ’CR’ Acknowledge get aspect trigger behavior 16:10

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Command Description Platforms

Operations

supported

Level Value Target Comments

POWR

Power GP3, GP4 Get, Set End User 0 - power off, 1 - power on

POST

Power state GP3, GP4 Get End User See value table POST

IABS

Set source abs values GP3, GP4 Get, Set End User See value table IABS

IDVI

Select DVI GP3, GP4 Get, Set End User 1 - DVI 1, 2 - DVI 2

IHDM

Select HDMI GP3, GP4 Get, Set End User 1 - HDMI 1, 2 - HDMI 2

IVGA

Select VGA GP3, GP4 Get, Set End User 1 - VGA 1, 2 - VGA 2

IDHD

Select dual head DVI GP3, GP4 Get, Set End User

IDHH

Select dual head HDMI GP3, GP4 Get, Set End User

IDHX

Select dual head XP2 GP3, GP4 Get, Set End User

IXP2

Select XP2 GP3, GP4 Get, Set End User

IYPP

Select component GP3, GP4 Get, Set End User

ISTS

Signal Status GP3, GP4 Get End User

0 - searching 1 - locked to

source

BRIG

Brightness GP3, GP4 Get, Set End User

CNTR

Contrast GP3, GP4 Get, Set End User

CSAT

Saturation GP3, GP4 Get, Set End User

PRST

Picture Reset GP3, GP4 Get, Set End User

PMUT

Picture Mute GP3, GP4 Get, Set End User 0 - disable, 1 - enable

SABS

Set Scaling abs value GP3, GP4 Get, Set End User See value table SABS

S1T1

Select Scaling 1:1 GP3, GP4 Get, Set End User

S169

Select Scaling 16:9 GP3, GP4 Get, Set End User

SS43

Select Scaling 4:3 GP3, GP4 Get, Set End User

SFLA

Select Scaling Fill All GP3, GP4 Get, Set End User

SFAR

Select Scaling Fill Aspect Ratio GP3, GP4 Get, Set End User

S235

Select Scaling Fill 2.35:1 GP3, GP4 Get, Set End User

SANL

Select Scaling Anamorphic Lens GP3, GP4 Get, Set End User

AUTO

Auto adjust current source GP3, GP4 Set End User

FRZE

Freeze Image GP3, GP4 Get, Set End User 0 - disable, 1 - enable

GAFI

Select Gamma Film GP3, GP4 Get, Set End User 1 - Film 1, 2 - Film 2

GAVI

Select Gamma Video GP3, GP4 Get, Set End User 1 - Video 1, 2 - Video2

GACO

Select Gamma Computer GP3, GP4 Get, Set End User 1 - Computer 1, 2 - Computer

GABS

Set Gamma abs value GP3, GP4 Get, Set End User See value table GABS

CTWP

Color Management Processed

Test Patterns

GP3, GP4 Get, Set End User

RCMN

Color management Reset to

Native

GP3, GP4 Set End User

RWHN

Color Management reset white to

native

GP3, GP4 Set End User

ACAL

AD calibration GP3, GP4 Set End User

Picture->Calibration

Picture

Picture->RealColor

Source selection

Power

3. ASCII Command Sets

601-0381-00_GP3/GP4

Sicilium_1_24

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