Barco RLM series User Manual
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Barco RLM series User Manual

Barco RLM series User Manual

Rs232 commands
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RLM series
User Guide
RS232 commands
R5976884/02
04/04/2006

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Summary of Contents for Barco RLM series

  • Page 1 RLM series User Guide RS232 commands R5976884/02 04/04/2006...
  • Page 2 Barco nv Events Noordlaan 5, B-8520 Kuurne Phone: +32 56.36.89.70 Fax: +32 56.36.88.24 E-mail: sales.events@barco.com Visit us at the web: www.barco.com Printed in Belgium...

  • Page 3: Table Of Contents

    Table of contents TABLE OF CONTENTS 1. Serial communications Basics................. . . 5 Communication Protocol .
  • Page 4 Table of contents 2.16 Shutter, Read ........................52 2.17 Freeze, Write .
  • Page 5 Table of contents 3.2.21 PiP free window size, Read ....................105 3.2.22 PiP Window free size, Read Min/Max .
  • Page 6 Table of contents 3.31.12 VCO,write ........................150 3.31.13 VCO, Read .

  • Page 7: Serial Communications Basics

    1. Serial communications Basics 1. SERIAL COMMUNICATIONS BASICS Overview • Communication Protocol • Data words • Communication settings • Hardware • Syntax • Serial comms commands Communication Protocol Communication protocol summary Like every communication method the serial communication uses a particular protocol (ANSI) which must be respected in order to allow communication to take place, following table gives a summary of the predefined communication terms.

  • Page 8: Data Words

    1. Serial communications Basics Some commands do not require a data field(s) Checksum byte The “Checksum byte” is used to detect errors during transmission or reception Checksum byte = (projectoraddress + command bytes + Data bytes) Modulo \x100 Stop byte The “Stop byte”...

  • Page 9: Communication Settings

    1. Serial communications Basics returned data = Data[0]..Data[3] value = Data[0]*256 + Data[1]*256 + Data[2]*256 + Data[3]. Communication settings Baud rate Defines the speed of the data transfer. The baud rate can be set using the menu structure. Consult the Owner’s manual of the projector on how to change the baud rate setting. Data Bits Eight data bits are used for each character of the data transfer.
  • Page 10 1. Serial communications Basics female male Image 1-1 connection: IBM PC or compatible → projector HSKo HSKi TxD- mini 8 male RXD- TXD+ n.c. RXD+ Image 1-2 connection: MAC → projector Signal levels Following table gives the signal levels corresponding to the different states: State Voltage Off = 1...

  • Page 11: Syntax

    1. Serial communications Basics Syntax Characters In this manual, all characters are expressed using the C- language syntax: decimal values hexadecimal values \xhh The characters that can be used are For text fields: "ABCDEFGHIJKLMNOPQRSTUVWXYZ0123456789+-/&@#_:;abcdefghijklmnopqrstuvwxyz” For filenames: "?*ABCDEFGHIJKLMNOPQRSTUVWXYZabcdefghijklmnopqrstuvwxyz0123456789_ -" Negative values /numbers The 2s complement number system is used to express negative numbers Pascal- language string A Pascal-language string consists of one or more characters.

  • Page 12: Serial Comms Commands

    1. Serial communications Basics ’o’ \x6f ’r’ \x72 ’l’ \x6c ’d’ \x64 NULL \x00 standard file Predefined file stored in read-only memory custom file File created by the user and stored in non-volatile read write memory Filename A filename is specified as a C-language string. This string has to follow some rules: NULL length string = 12 x = character of the base name formed by max 8 characters...
  • Page 13 1. Serial communications Basics This manual is divided in two parts, the first part contains the basic (elementary) commands while the second part gives an overview of the available advanced commands. Some commands are illustrated with an example. R5976884 RLM SERIES 04/04/2006...
  • Page 14 1. Serial communications Basics R5976884 RLM SERIES 04/04/2006...

  • Page 15: Basic Commands

    2. Basic Commands 2. BASIC COMMANDS Overview • End of process (EOP) • Identification Commands • RCU commands • Projector ON/OFF, Write • Projector’s Status, Read • Lens commands • Picture setting • Menu Exit • Source selection • Scanned inputs, read •...

  • Page 16: Identification Commands

    2. Basic Commands Command Command [0] \x00 Command [1] \x01 Sent Data Data[0] = activation byte : \x00 = OFF ; \x01 = ON Returned data When you send a particular command (for example projector ON), the EOP will be returned when the command has been executed Command [0] \x00 Command [1]...

  • Page 17: Projector's Software Version, Read

    2. Basic Commands 2.2.3 Projector’s Software version, Read Description Reads the Projector’s Software version, the returned string is a Pascal-language string. Command Command [0] \x60 Returned Data Data[0] = byLength = 1 byte describing the length of the software version string. Data[1] = strSoftwareVersion 2.2.4 Projector’s Serial number, Read...

  • Page 18: Projector Language, Read

    2. Basic Commands Transmit Start \xfe Projector address \x01 Command[0] \x6d Data[0] \x01 Checksum \x6f Stop \xff Receive (acknowledge) Start \xfe Projector address \x01 Command[0] \x00 Command[1] \x06 Checksum \x07 Stop \xff 2.2.7 Projector language, Read Description Reads the active language for the projector Command Command [0] \x71...

  • Page 19: Projector Language, Write

    2. Basic Commands Receive (acknowledge) Start \xfe Projector address \x01 Command[0] \x00 Command[1] \x06 Checksum \x07 Stop \xff Receive (answer) Start \xfe Projector address \x01 Command[0] \x71 Data[0] \x01 Checksum \x73 Stop \xff 2.2.8 Projector language, Write Description Sets a new language for the projector Command Command [0] \x70...

  • Page 20: Baudrate, Write

    2. Basic Commands Transmit Checksum \x72 Stop \xff Receive (acknowledge) Start \xfe Projector address \x01 Command[0] \x00 Command[1] \x06 Checksum \x07 Stop \xff 2.2.9 Baudrate, Write Description Sets the baudrate Command Command [0] \x75 Data string = C-language string possible string values 9600 19200 38400...

  • Page 21: Projector On/Off, Write

    2. Basic Commands Projector ON/OFF, Write Description Switching ON/OFF the projector Command Switching the projector ON Command [0] \x65 Switching the projector OFF Command [0] \x66 Example Switches the projector ON Transmit Start \xfe Projector address \x01 Command[0] \x65 Checksum \x66 Stop \xff...

  • Page 22: Lens Commands

    2. Basic Commands bit5 gives an indication on whether the projector can be (re)started or not (hot restrike), if the cool down cycle is active (bit5 = 0) the projector can not be restarted until the cool down cycle has been completed. Example Read the status being : \x23: •...

  • Page 23: Lens Zoom

    2. Basic Commands Data Data[0] = byDirection = 1 byte, gives the shift direction: 0 = down ; 1 = up; 2 = left; 3 = right 2.6.2 Lens Zoom Description To Zoom the image in or out depending on the data sent. Command Command [0] \xf4...

  • Page 24: Contrast, Decrement

    2. Basic Commands Transmit Checksum \x24 Stop \xff 2.7.2 Contrast, decrement Description Decrements the contrast by one. Command Command [0] \x23 Command [1] \x01 2.7.3 Contrast, write Description Writes a new contrast value to the projector Command Command [0] \x20 Command [1] \x01 Data...

  • Page 25: Contrast, Read

    2. Basic Commands Receive (acknowledge) Checksum \x07 Stop \xff 2.7.4 Contrast, Read Description Reads the actual contrast value of the projector Command Command [0] \x21 Command [1] \x01 Returned Data Data [0] = contrast value Example Reads the actual contrast value of the projector, the awnser being \x20 Transmit Start \xfe...

  • Page 26: Minimum Contrast, Read

    2. Basic Commands 2.7.5 Minimum Contrast, Read Description Reads the minimum (range) contrast value of the projector Command Command [0] \x26 Command [1] \x01 Returned Data Data [0] = minimum contrast value Example Reads the minimum contrast value of the projector, the awnser being \x00 Transmit Start \xfe...

  • Page 27: Brightness, Increment

    2. Basic Commands Command Command [0] \x27 Command [1] \x01 Returned Data Data [0] = Maximum contrast value Example Reads the Maximum contrast value of the projector, the awnser being \x64 Transmit Start \xfe Projector address \x01 Command[0] \x27 Command[1] \x01 Checksum \x29...

  • Page 28: Brightness Decrement

    2. Basic Commands 2.7.8 Brightness decrement Description Decrements the Brightness by one. Command Command [0] \x23 Command [1] \x02 2.7.9 Brightness, Write Description Writes a new Brightness value to the projector Command Command [0] \x20 Command [1] \x02 Data Data [0] = contrast value value = unsigned byte Example Writes a new Brightness value of \x20 to the projector...

  • Page 29: Brightness, Read

    2. Basic Commands 2.7.10 Brightness, Read Description Reads the actual Brightness value of the projector Command Command [0] \x21 Command [1] \x02 Returned Data Data [0] = Brightness value Example Reads the actual Brightness value of the projector, the awnser being \x20 Transmit Start \xfe...

  • Page 30: Maximum Brightness, Read

    2. Basic Commands Command Command [0] \x26 Command [1] \x02 Returned Data Data [0] = minimum Brightness value Example Reads the minimum Brightness value of the projector, the awnser being \x00 Transmit Start \xfe Projector address \x01 Command[0] \x26 Command[1] \x02 Checksum \x29...

  • Page 31: Saturation Increment

    2. Basic Commands Returned Data Data [0] = Maximum Brightness value Example Reads the Maximum Brightness value of the projector, the awnser being \x64 Transmit Start \xfe Projector address \x01 Command[0] \x27 Command[1] \x02 Checksum \x30 Stop \xff Receive (acknowledge) Start \xfe Projector address...

  • Page 32: Write Saturation

    2. Basic Commands Command Command [0] \x23 Command [1] \x03 2.7.15 Write Saturation Description Writes a new Saturation value to the projector Command Command [0] \x20 Command [1] \x03 Data Data [0] = Saturation value value = unsigned byte Example Writes a new Brightness value of \x20 to the projector Transmit Start...

  • Page 33: Minimum Saturation, Read

    2. Basic Commands Command Command [0] \x21 Command [1] \x03 Returned Data Data [0] =Saturation value Example Reads the actual Saturation value of the projector, the awnser being \x20 Transmit Start \xfe Projector address \x01 Command[0] \x21 Command[1] \x03 Checksum \x25 Stop \xff...

  • Page 34: Maximum Saturation, Read

    2. Basic Commands Returned Data Data [0] = minimum Saturation value Example Reads the minimum Saturation value of the projector, the awnser being \x00 Transmit Start \xfe Projector address \x01 Command[0] \x26 Command[1] \x03 Checksum \x30 Stop \xff Receive (acknowledge) Start \xfe Projector address...

  • Page 35: Tint, Increment

    2. Basic Commands Transmit Start \xfe Projector address \x01 Command[0] \x27 Command[1] \x03 Checksum \x31 Stop \xff Receive (acknowledge) Start \xfe Projector address \x01 Command[0] \x00 Command[1] \x06 Checksum \x07 Stop \xff Receive (Answer) Start \xfe Projector address \x01 Command[0] \x27 Command[1] \x03...

  • Page 36: Tint, Write

    2. Basic Commands 2.7.21 Tint, Write Description Writes a new Tint value to the projector Command Command [0] \x20 Command [1] \x04 Data Data [0] = msb Data [1] = lsb type = signed word Example Writes a new Tint value of \x20 to the projector Transmit Start \xfe...

  • Page 37: Minimum Tint, Read

    2. Basic Commands Returned Data signed word : Data [0] = msb Data [1] = lsb Example Reads the actual Tint value of the projector, the awnser being: \x00 \x20 Transmit Start \xfe Projector address \x01 Command[0] \x21 Command[1] \x04 Checksum \x26 Stop...

  • Page 38: Maximum Tint, Read

    2. Basic Commands Data [0] = msb Data [1] = lsb Example Reads the minimum Tint value of the projector, the awnser being \xff\x4c Transmit Start \xfe Projector address \x01 Command[0] \x26 Command[1] \x04 Checksum \x31 Stop \xff Receive (acknowledge) Start \xfe Projector address...

  • Page 39: Gamma, Increment

    2. Basic Commands Example Reads the Maximum Tint value of the projector, the awnser being \x00\xb4 Transmit Start \xfe Projector address \x01 Command[0] \x27 Command[1] \x04 Checksum \x32 Stop \xff Receive (acknowledge) Start \xfe Projector address \x01 Command[0] \x00 Command[1] \x06 Checksum \x07...

  • Page 40: Gamma, Write

    2. Basic Commands Command Command [0] \x23 Command [1] \x70 2.7.27 Gamma, Write Description Writes a new Gamma value to the projector Command Command [0] \x20 Command [1] \x70 Data Data [0] = Gamma value Data[0] = unsigned byte Example Writes a new Gamma value of \x11 to the projector Transmit Start...

  • Page 41: Minimum Gamma, Read

    2. Basic Commands Command Command [0] \x21 Command [1] \x70 Returned Data Data [0] = Gamma value Example Reads the actual Gamma value of the projector, the awnser being \x11 Transmit Start \xfe Projector address \x01 Command[0] \x21 Command[1] \x70 Checksum \x92 Stop...

  • Page 42: Maximum Gamma, Read

    2. Basic Commands Returned Data Data [0] = minimum Gamma value Example Reads the minimum Gamma value of the projector, the awnser being \x10 Transmit Start \xfe Projector address \x01 Command[0] \x26 Command[1] \x70 Checksum \x97 Stop \xff Receive (acknowledge) Start \xfe Projector address...

  • Page 43: Phase, Increment

    2. Basic Commands Transmit Start \xfe Projector address \x01 Command[0] \x27 Command[1] \x70 Checksum \x98 Stop \xff Receive (acknowledge) Start \xfe Projector address \x01 Command[0] \x00 Command[1] \x06 Checksum \x07 Stop \xff Receive (Answer) Start \xfe Projector address \x01 Command[0] \x27 Command[1] \x70...

  • Page 44: Phase, Write

    2. Basic Commands 2.7.33 Phase, Write Description Writes a new Phase value to the projector Command Command [0] \x20 Command [1] \x06 Data Data [0] = Phase value value = unsigned byte Example Writes a new Phase value of \x1a to the projector Transmit Start \xfe...

  • Page 45: Minimum Phase, Read

    2. Basic Commands Example Reads the actual Phase value of the projector, the awnser being \x1a Transmit Start \xfe Projector address \x01 Command[0] \x21 Command[1] \x06 Checksum \x28 Stop \xff Receive (acknowledge) Start \xfe Projector address \x01 Command[0] \x00 Command[1] \x06 Checksum \x07...

  • Page 46: Maximum Phase, Read

    2. Basic Commands Transmit Start \xfe Projector address \x01 Command[0] \x26 Command[1] \x06 Checksum \x33 Stop \xff Receive (acknowledge) Start \xfe Projector address \x01 Command[0] \x00 Command[1] \x06 Checksum \x07 Stop \xff Receive (Answer) Start \xfe Projector address \x01 Command[0] \x26 Command[1] \x06...

  • Page 47: Menu Exit

    2. Basic Commands Transmit Command[1] \x06 Checksum \x34 Stop \xff Receive (acknowledge) Start \xfe Projector address \x01 Command[0] \x00 Command[1] \x06 Checksum \x07 Stop \xff Receive (Answer) Start \xfe Projector address \x01 Command[0] \x27 Command[1] \x06 Data [0] \x1f Checksum \x4d Stop \xff...

  • Page 48: Source Selection

    2. Basic Commands Receive (acknowledge) Start \xfe Projector address \x01 Command[0] \x00 Command[1] \x06 Checksum \x07 Stop \xff Source selection Description Selects an input source. Command Command [0] \x38 Data Data[0] = bySource, byte describing the source to be linked to the window. source Byte value BNC’s...

  • Page 49: Scanned Inputs, Read

    2. Basic Commands for composite video: the data byte describes the location of the composite video source signal to be selected. Byte value Mode Video BNC Vertical sync BNC Red BNC Green BNC Blue BNC SVideo Y SVideo C Video 2 for Svideo: the data byte describes the location of the S-Video signal to be selected.

  • Page 50: Scan Inputs

    2. Basic Commands Data word scanned input possible sources, Wvalue = wValue7 S-VIDEO (lum) 0 = none ; 1 = S-VID(lum) ; 2 = Video Y wValue8 S-VIDEO (chr) 0 = none ; 1 = S-VID(chr) ; 2 = VideoC wValue9 0 = none ;...

  • Page 51: Orientation, Write

    2. Basic Commands Transmit Data [4] \x2e (=’.’) Data [5] \x63 (=’c’) Data [6] \x30 (=’0’) Data [7] \x35 (=’5’) Data [8] \x00 Checksum \xF6 Stop \xff Receive (Acknowledge) Start \xfe Projector Address \x01 Command [0] \x00 Command [1] \x06 Checksum \x07 Stop...

  • Page 52: Orientation, Read

    2. Basic Commands Transmit Checksum \x85 Stop \xff Receive (acknowledge) Start \xfe Projector address \x01 Command[0] \x00 Command[1] \x06 Checksum \x07 Stop \xff 2.14 Orientation, Read Description Reads the orientation of the projector Command Command [0] \x21 Command [1] \x24 Returned Data Data [0] = unsigned byte byte value:...

  • Page 53: Shutter, Write

    2. Basic Commands Receive (acknowledge) Checksum \x07 Stop \xff Receive (Awnser) Start \xfe Projector address \x01 Command[0] \x21 Command[1] \x24 Data[0] \x40 Checksum \x86 Stop \xff 2.15 Shutter, Write Description Activates the shutter Command Command [0] \x20 Command [1] \x42 Data Data [0] = unsigned byte byte value:...

  • Page 54: Shutter, Read

    2. Basic Commands Receive (acknowledge) Command[0] \x00 Command[1] \x06 Checksum \x07 Stop \xff 2.16 Shutter, Read Description Reads the shutter’s position Command Command [0] \x21 Command [1] \x42 Returned Data Data [0] = unsigned byte byte value: \x00 = CLOSE ; \x01 = OPEN Example Read the shutter being \x01 = open Transmit...

  • Page 55: Freeze, Write

    2. Basic Commands Receive (awnser) Command[0] \x21 Command[1] \x42 Data[0] \x01 Checksum \x65 Stop \xff 2.17 Freeze, Write Description Freezes the projected image Command Command [0] \x20 Command [1] \x23 Data Data [0] = unsigned byte byte value: \x00 = OFF; \x01 = ON Example activate the Freeze function Transmit...

  • Page 56: Freeze, Read

    2. Basic Commands 2.18 Freeze, Read Description Reads whether the projected image is frozen or not. Command Command [0] \x21 Command [1] \x23 Returned Data Data [0] = unsigned byte byte value: \x00 = OFF ; \x01 = ON Example Reads the Freeze function, being \x00 = OFF Transmit Start...

  • Page 57: Logo On/Off

    2. Basic Commands 2.19 Logo ON/OFF Description Enables or disables the logo. Command Command [0] \xf1 Command [1] \x81 Data Data [0] = unsigned byte byte value: 0 = logo OFF; 1 = logo ON Example Enables the logo Transmit Start \xfe Projector address...

  • Page 58: Background, Read

    2. Basic Commands Data Data [0] = unsigned byte byte value: \x00 = Logo ; \x01 = Blue ; \x02 = Black Example Sets the background to “Logo” Transmit Start \xfe Projector address \x01 Command[0] \x20 Command[1] \x7b Checksum \x9c Stop \xff Receive (acknowledge)

  • Page 59: Aspect Ratio, Write

    2. Basic Commands Transmit Start \xfe Projector address \x01 Command[0] \x21 Command[1] \x7b Checksum \x9d Stop \xff Receive (acknowledge) Start \xfe Projector address \x01 Command[0] \x00 Command[1] \x06 Checksum \x07 Stop \xff Receive (awnser) Start \xfe Projector address \x01 Command[0] \x21 Command[1] \x7b...

  • Page 60: Aspect Ratio, Read

    2. Basic Commands Transmit Start \xfe Projector address \x01 Command[0] \x20 Command[1] \x0b Data[0] \x01 Checksum \x2d Stop \xff Receive (acknowledge) Start \xfe Projector address \x01 Command[0] \x00 Command[1] \x06 Checksum \x07 Stop \xff 2.23 Aspect Ratio, Read Description Reads the actual Aspect Ratio Command Command [0] \x21...

  • Page 61: Show Native Resolution (On/Off), Write

    2. Basic Commands Receive (acknowledge) Start \xfe Projector address \x01 Command[0] \x00 Command[1] \x06 Checksum \x07 Stop \xff Receive (Awnser) Start \xfe Projector address \x01 Command[0] \x21 Command[1] \x0b Data [0] \x01 Checksum \x2e Stop \xff 2.24 Show Native resolution (ON/OFF), Write Description Enable/disables the native resolution function Command...

  • Page 62: Full Screen Representation(On/Off), Write

    2. Basic Commands 2.26 Full screen representation(ON/OFF), Write Description Enable/disables the full screen representation Command Command [0] \x20 Command [1] \xae Sent Data Data[0] : one byte : 0 = OFF ; 1 = ON 2.27 Full screen representation (ON/OFF), Read Description Reads whether the Full screen representation is enabled or not Command...

  • Page 63: Keystone, Read

    2. Basic Commands Transmit Data[1] \x00 Checksum \x71 Stop \xff Receive (acknowledge) Start \xfe Projector address \x01 Command[0] \x00 Command[1] \x06 Checksum \x07 Stop \xff 2.29 Keystone, Read Description Reads the actual Keystone value Command Command [0] \x21 Command [1] \x50 Returned Data signed word...

  • Page 64: Lamp Commands

    2. Basic Commands Receive (acknowledge) Checksum \x07 Stop \xff Receive (awnser) Start \xfe Projector address \x01 Command[0] \x21 Command[1] \x50 Data[0] \x00 Data[1] \x00 Checksum \x72 Stop \xff 2.30 Lamp commands Overview • Lamp Mode, Write • Lamp Mode, Read •...

  • Page 65: Lamp Mode, Read

    2. Basic Commands Transmit Command[0] \x20 Command[1] \x0c Data[0] \x00 Checksum \x2d Stop \xff Receive (acknowledge) Start \xfe Projector address \x01 Command[0] \x00 Command[1] \x06 Checksum \x07 Stop \xff 2.30.2 Lamp Mode, Read Description Reads the actual Lamp mode of the projector Command Command [0] \x21...

  • Page 66: Lamp Status, Read

    2. Basic Commands Receive (acknowledge) Command[0] \x00 Command[1] \x06 Checksum \x07 Stop \xff Receive (Answer) Start \xfe Projector address \x01 Command[0] \x21 Command[1] \x0c Data [0] \x00 Checksum \x2e Stop \xff 2.30.3 Lamp Status, Read Description Reads the actual Lamp Status of the projector Command Command [0] \x21...

  • Page 67: Lamp Warning, Read

    2. Basic Commands Receive (acknowledge) Start \xfe Projector address \x01 Command[0] \x00 Command[1] \x06 Checksum \x07 Stop \xff Receive (Answer) Start \xfe Projector address \x01 Command[0] \x21 Command[1] \x0d Data [0] \x00 Data [1] \x01 Checksum \x30 Stop \xff 2.30.4 Lamp Warning, Read Description Reads the actual Lamp Warning setting of the projector Command...

  • Page 68: Lamp Runtime, Read

    2. Basic Commands Receive (acknowledge) Start \xfe Projector address \x01 Command[0] \x00 Command[1] \x06 Checksum \x07 Stop \xff Receive (Answer) Start \xfe Projector address \x01 Command[0] \x21 Command[1] \x0d Data [0] \x00 Data [1] \x1e Checksum \x4d Stop \xff 2.30.5 Lamp runtime, Read Description Reads the lamp runtime, the lamp (lamp1 or lamp2) runtime to be read is given in the data field.

  • Page 69: Image Files

    2. Basic Commands Command Command [0] \x63 Data Data[0] = unsigned byte data value: 1= lamp1 ; 2=lamp2 Returned Data string = Pascal-language string. 2.31 Image files 2.31.1 File, write Description This command writes an image file to the projector, this can be used to write to the projector a previously backed up file (on PC) which has been read with the “file, read”...

  • Page 70: File, Read

    2. Basic Commands The FileData should be the same as the data read using the “file, read” command. 2.31.2 File, read Description This command reads an image file from the projector (for backup purposes, ...). The string used to represent the filename is of the C-string type. Command Command [0] \xbf...

  • Page 71: Color Temperature

    2. Basic Commands 2.32 Color temperature Overview • Color temperature (Red/Blue), Increment • Color temperature (Red/Blue), Decrement • Color temperature Red/Bleu, Write • Color temperature Red/Bleu, Read • Color temperature, Read 2.32.1 Color temperature (Red/Blue), Increment Description Increments the Red/Blue Color temperature by one. Command Increments the Red color temperature by one Command [0]...

  • Page 72: Color Temperature Red/Bleu, Write

    2. Basic Commands Example Decrement the Red color temperature of a projector with address \x01 by one. Transmit Start \xfe Projector address \x01 Command[0] \x23 Command[1] \x43 Checksum \x67 Stop \xff 2.32.3 Color temperature Red/Bleu, Write Description Writes a custom value for the different color temperatures to the projector Commands Red color temperature Command [0]...

  • Page 73: Color Temperature, Read

    2. Basic Commands Color temperature Data[0] Projector white \x00 Broadcast \x20 Film \x36 Video \x41 Computer \x5d If Data[0] is ommited current used colortemp is returned Returned Data Unsigned 2 byte word (msb-lsb).see chapter "1. Serial communications Basics", "Data words", page 6 Data [0] = unsigned byte (msb) Data [1] = unsigned byte (lsb) 2.32.5 Color temperature, Read...

  • Page 74: Standby Timer, Write

    2. Basic Commands Receive (acknowledge) Command[1] \x06 Checksum \x07 Stop \xff Receive (Answer) Start \xfe Projector address \x01 Command[0] \x21 Command[1] \x45 Data [0] \x00 Checksum \x67 Stop \xff 2.33 Standby Timer, Write Description Adjusts the Standby Timer in a range from 180 to 3600. Command Command [0] \x20...

  • Page 75: Standby Timer, Read

    2. Basic Commands Receive (acknowledge) Start \xfe Projector address \x01 Command[0] \x00 Command[1] \x06 Checksum \x07 Stop \xff 2.34 Standby Timer, Read Description Reads the actual Standby Timer value Command Command [0] \x21 Command [1] \x98 Returned Data Unsigned word representing the standby time value: Data[0] = msb Data[1] = lsb range: 180 to 3600 seconds...

  • Page 76: Switching Mode, Write

    2. Basic Commands Receive (awnser) Start \xfe Projector address \x01 Command[0] \x21 Command[1] \x98 Data[0] \x00 Data[1] \x00 Checksum \xba Stop \xff 2.35 Switching mode, Write Description Writes the switching mode to the projector Command Command [0] \x20 Command [1] \x9a Data Data [0] = unsigned byte...

  • Page 77: Switching Mode, Read

    2. Basic Commands Transmit Command[0] \x20 Command[1] \x9a Data[0] \x01 Checksum \xbc Stop \xff Receive (acknowledge) Start \xfe Projector address \x01 Command[0] \x00 Command[1] \x06 Checksum \x07 Stop \xff 2.36 Switching mode, Read Description Reads the Switching Mode of the projector Command Command [0] \x21...

  • Page 78: Filmmode Detection, Increment/Decrement

    2. Basic Commands Example Read the switching mode being \x01 = seamless. Transmit Start \xfe Projector address \x01 Command[0] \x21 Command[1] \x9a Checksum \xbc Stop \xff Receive (acknowledge) Start \xfe Projector address \x01 Command[0] \x00 Command[1] \x06 Checksum \x07 Stop \xff Receive (Awnser) Start...

  • Page 79: Filmmode Detection, Write

    2. Basic Commands 2.38 Filmmode detection, Write Description Enables/disables the filmmode detection. Command Command [0] \x20 Command [1] \xa1 Data Data [0] = byte type byte value: 0 = OFF; 1 = ON Example Enables the Filmmode detection Transmit Start \xfe Projector address \x01...

  • Page 80: Autoimage Execute

    2. Basic Commands Returned Data Data [0] = unsigned byte byte value: \x00 = OFF ; \x01 = ON Example Reads the Automatic startup, being \x00 = OFF Transmit Start \xfe Projector address \x01 Command[0] \x21 Command[1] \xa1 Checksum \xc3 Stop \xff Receive (acknowledge)

  • Page 81: Blanking

    2. Basic Commands Command Command [0] \xf5 Data (optional) Data[0] = byWindow Data[1], Data[2] = wValue = word describing the settings of the AutoImage function The 4 bits of the first byte (lsb) are used. bit7 bit6 bit5 bit4 bit3 bit2 bit1 bit0...

  • Page 82: Blanking Reset

    2. Basic Commands 2.41.1 Blanking Reset Description Allows the reset of the blanking values. Command Command [0] \x17 Data byTypeBlanking : 1 byte describing the type of blanking. Data [0] = 0 : blanking done and saved in the image file Data [0] = 1: blanking done on the display The maximum number of pixels which can be blanked depends on the native resolution of the panels 2.41.2 Blanking enable, Write...

  • Page 83: Blanking, Write

    2. Basic Commands Data[1] = 0 : disable Data[1] = 1 : enable 2.41.4 Blanking, Write Description Blanks the display. Four blanking methods are possible: • • Bottom • Left • Right The blanking may also be chosen to be performed on the display or on the image file (saved in the image file). Command Top blanking: Command [0]...

  • Page 84: Blanking, Read

    2. Basic Commands Image 2-1 2.41.5 Blanking, Read Description Reads the values of the blanking. Command Reads top blanking: Command [0] \x21 Command [1] \x4c Reads bottom blanking: Command [0] \x21 Command [1] \x4d Reads left blanking: Command [0] \x21 Command [1] \x4e Reads right blanking:...

  • Page 85: Blanking, Increment

    2. Basic Commands Returned Data byTypeBlanking : one byte describing the type of blanking Data [0] = 0 : blanking on image file (saved in image file) Data [0] = 1 : blanking on display Wvalue : Unsigned word (2 bytes) representing the number of pixels blanked. Data [1] = msb Data [2] = lsb The maximum number of pixels blanked depends on the native resolution of the panels.

  • Page 86: Blanking, Decrement

    2. Basic Commands Increments Right blanking: Command [0] \x22 Command [1] \x4f Data byTypeBlanking : one byte describing the type of blanking Data [0] = 0 : blanking on image file (saved in image file) Data [0] = 1 : blanking on display WStep = unsigned word representing the amount of increments The maximum number of pixels which can be blanked depends on the native resolution of the panels 2.41.7 Blanking, Decrement...

  • Page 87: Maximum Blanking, Read

    2. Basic Commands Command [0] \x26 Command [1] \x4c Reads minimal bottom blanking: Command [0] \x26 Command [1] \x4d Reads minimal left blanking: Command [0] \x26 Command [1] \x4e Reads minimal right blanking: Command [0] \x26 Command [1] \x4f Sent Data byTypeBlanking : one byte describing the type of blanking Data [0] = 0 : blanking on image file (saved in image file) Data [0] = 1 : blanking on display...
  • Page 88 2. Basic Commands Command [0] \x27 Command [1] \x4f Sent Data byTypeBlanking : one byte describing the type of blanking Data [0] = 0 : blanking on image file (saved in image file) Data [0] = 1 : blanking on display Returned Data byTypeBlanking : one byte describing the type of blanking Data [0] = 0 : blanking on image file (saved in image file)

  • Page 89: Advanced Commands

    3. Advanced Commands 3. ADVANCED COMMANDS Overview • Lamp Commands • Picture In Picture • Viewport Active, Write • Viewport Active, Read • Viewport Active, Increment/decrement • Viewport Active Min/Max, Read • Viewport Area, Write • Viewport Area, Read • Viewport Area Min/Max, Read •...

  • Page 90: Lamp History, Read

    3. Advanced Commands Data Data[0]: unsigned byte data byte value: 1= lamp1 ; 2= lamp2 Pascal type string of length 7 representing the serial number. 3.1.2 Lamp History, Read Description Reads the actual Lamp History of the projector Command Command [0] \x21 Command [1] \x0f...

  • Page 91: Picture In Picture

    3. Advanced Commands Picture In Picture Overview • PiP Loop Focus • PiP Focus, Read • PiP Focus, Write • PiP layout , Read • PiP layout, Write • PiP layout List, Read • PiP current layout, Read • PiP select layout, Write •...

  • Page 92: Pip Focus, Read

    3. Advanced Commands Transmit Checksum \x14 Stop \xff 3.2.2 PiP Focus, Read Description Returns the PiP window which has the focus. Command Command [0] \x12 Command [1] \x02 Returned Data Data [0] = Window type byte Window type byte value: 0 = Data A ;...

  • Page 93: Pip Focus, Write

    3. Advanced Commands Receive (Awnser) Checksum \x16 Stop \xff 3.2.3 PiP Focus, Write Description Gives the focus to a particular PiP window . Command Command [0] \x12 Command [1] \x03 Data Data [0] = Window type byte Window type byte value: 0 = Data A ;...

  • Page 94: Pip Layout, Write

    3. Advanced Commands Sent Data strPipName = string representing the name of the layout The strPipname string is of the C-language type. see chapter "1. Serial communications Basics", "Syntax", page 9 Returned Data PiPData = binary data describing the PiP layout. The data used to write a layout using the “write layout”command should be of the same form.see "PiP layout, Write", page 92 The data in question is not meant to be analyzed but can be used to write to another projector for instance.
  • Page 95 3. Advanced Commands Returned Data strPipname1 strPipnameN The strPipname and strMask strings are of the C-language type. see chapter "1. Serial communications Ba- sics", "Syntax", page 9 Example Reads the actual PiP layout list using the wildcard (*), i.e. returns all the layouts. Result = Full screen, 2by2 layout.

  • Page 96: Pip Current Layout, Read

    3. Advanced Commands Receive (Awnser) Data [6] \x63 Data [7] \x72 Data [8] \x65 Data [9] \x65 Data [10] \x6e Data [11] \x00 Data [0] \x32 Data [1] \x62 Data [2] \x76 Data [3] \x32 Data [4] \x20 Data [5] \x72 Data [6] \x61...

  • Page 97: Pip Select Layout, Write

    3. Advanced Commands Transmit Command[0] \x12 Command[1] \x05 Checksum \x18 Stop \xff Receive (acknowledge) Start \xfe Projector address \x01 Command[0] \x00 Command[1] \x06 Checksum \x07 Stop \xff Receive (Awnser) Start \xfe Projector address \x01 Command[0] \x12 Command[1] \x05 Data [0] \x46 Data [1] \x75...
  • Page 98 3. Advanced Commands Command Command [0] \x12 Command [1] \x06 Data strPipname = string The string is of the C-language type see chapter "1. Serial communications Basics", "Syntax", page 9 Example Sets the PiP layout = Full screen. Transmit Start \xfe Projector address \x01...

  • Page 99: Pip Save Layout

    3. Advanced Commands 3.2.9 PiP save layout Description Saves the active PiP layout. Command Command [0] \x12 Command [1] \x07 3.2.10 PiP save layout as Description Saves a PiP layout . Command Command [0] \x12 Command [1] \x08 Data strPipname = string of maximum 12 characters (including the \x00 byte) The string is of the C-language type see chapter "1.

  • Page 100: Pip Rename Layout

    3. Advanced Commands Receive (acknowledge) Checksum \x07 Stop \xff 3.2.11 PiP rename layout Description Renames a PiP layout . Command Command [0] \x12 Command [1] \x09 Data strOldPipname = string (old name of the layout) strNewPipname = string of max 12 characters (new layout name) The string is of the C–...

  • Page 101: Pip Remove Layout

    3. Advanced Commands Receive (acknowledge) Start \xfe Projector address \x01 Command[0] \x00 Command[1] \x06 Checksum \x07 Stop \xff 3.2.12 PiP remove Layout Description Removes a PiP layout. Command Command [0] \x12 Command [1] \x0a Data strPipname1 strPipnameN The strPipnameN string is of the C-language type. see chapter "1. Serial communications Basics", "Syntax", page 9 Wildcards can be used to specify strPipnameN.see "Syntax", page 9 Example...

  • Page 102: Pip Remove Window

    3. Advanced Commands Receive (acknowledge) Command[0] \x00 Command[1] \x06 Checksum \x07 Stop \xff 3.2.13 PiP remove window Description Removes a particular PiP window . Command Command [0] \x12 Command [1] \x0b Data Data [0] = Window type byte Window type byte value: 0 = Data A ;...

  • Page 103: Pip Add Window

    3. Advanced Commands Command Command [0] \x12 Command [1] \x0d Returned Data strSourceName1 strFilenameN 3.2.15 PiP add window Description Adds a PiP window . To add a window following have to be specified: • source to be visualized in the window •...

  • Page 104: Pip Window Size, Write

    3. Advanced Commands for composite video: Byte value Mode Video BNC Vertical sync BNC Red BNC Green BNC Blue BNC SVideo Y SVideo C for Svideo: Byte value Mode SVideo 1 SVideo on R & B SVideo on Vs and Video BNC Data[2], Data[3] = Xsize word Data[4], Data[5] = Ysize word Data[6], Data[7] = Xposition word...

  • Page 105: Pip Window Size, Read

    3. Advanced Commands Image 3-1 PiP layout (3 windows, 2 video/1data), data window is resized Command Command [0] \x20 Command [1] \x91 Data Data[0]...Data[3] = double word Xsize : describes the “width” of the window (x axis). Data[4]...Data[7] = double word Ysize : describes the “height” of the window (y axis). Xsize, Ysize are given in “pixels”...

  • Page 106: Pip Window Size, Increment/Decrement

    3. Advanced Commands Xsize and Ysize determine the size of the window, since the aspect ratio is fixed, one of the values may be sufficient to determine the size of the window. If the 2 values do not match the aspect ratio, then Xsize is taken as reference and Ysize is calculated to match the aspect ratio.

  • Page 107: Pip Free Window Size, Write

    3. Advanced Commands 3.2.20 PiP free window size, Write Description Allows the free resizing of the active window (works in PiP and in Full Screen mode) i.e the aspect ratio may be changed. Image 3-2 PiP layout (3 windows, 2 video/1data), data window is resized Command Command [0] \x20...

  • Page 108: Pip Window Free Size, Read Min/Max

    3. Advanced Commands Command Command [0] \x21 Command [1] \x92 Returned Data Data[0]...Data[3] = signed double word XPosition : describes the start position of the window (x axis). Data[4]...Data[7] = signed double word YPosition : describes the start position of the window (y axis). Data[8]...Data[11] = signed double word Xsize : describes the “width”...

  • Page 109: Window Horizontal Position, Read

    3. Advanced Commands Image 3-3 PiP : data window is repositionned Command Command [0] \x20 Command [1] \x94 Data Data [0]...Data[3] = signed double word 3.2.24 Window horizontal position, Read Description This command returns the horizontal position of the active window. Command Command [0] \x21...

  • Page 110: Window Vertical Position, Read

    3. Advanced Commands Image 3-4 Command Command [0] \x20 Command [1] \x95 Data Data [0]...Data[3] = signed double word 3.2.26 Window vertical position, Read Description This command returns the vertical position of the active window. Command Command [0] \x21 Command [1] \x95 Returned Data Data [0]...Data[3] = signed double word...

  • Page 111: Pip Window Horizontal Position, Read Min/Max

    3. Advanced Commands Image 3-5 PiP : data window is repositionned Command Increment Command [0] \x22 Command [1] \x94 Decrement Command [0] \x23 Command [1] \x94 Data Data [0] = byRepeat : optional 3.2.28 PiP Window horizontal position, Read Min/Max Description Reads the minimum/maximum value for the window horizontal position adjustments in PiP.

  • Page 112: Pip Window Vertical Position, Read Min/Max

    3. Advanced Commands Note that the panel size (projector version) can be read using the Panel size command 3.2.29 PiP Window vertical position, Read Min/Max Description Reads the minimum/maximum value for the window vertical position adjustments in PiP. Commands read minimum: Command [0] \x26 Command [1]...

  • Page 113: Priority, Read

    3. Advanced Commands Transmit Command[0] \x12 Command[1] \x0e Command[2] \x02 Data[0] \x00 Checksum \x23 Stop \xff Receive (acknowledge) Start \xfe Projector address \x01 Command[0] \x00 Command[1] \x06 Checksum \x07 Stop \xff 3.2.31 Priority, Read Description Reads the priority (order) of a particular window. Command Command [0] \x12...
  • Page 114 3. Advanced Commands Command Command [0] \x12 Command [1] \x11 Returned Data Returned data is 4 times following data : Data [0] = Window type byte ; 0 = Data A ; 1 = Video A ; 2 = Data B ; 3 = Video B Data [ 1] = Window visible byte ;...

  • Page 115: Pip Last Added Window Type, Read

    3. Advanced Commands source word value RGB Video B Video none 0xff 3.2.33 PiP last added window type, Read Description Returns the last added window type Command Command [0] \x12 Command [1] \x12 Returned Data Data [0] = Window type byte ; 0 = Data A ; 1 = Video A ; 2 = Data B ; 3 = Video B Viewport Active, Write Description Activates or disactivates the viewport function which allow to select an area of the image (window in PiP or full screen mode) to be...

  • Page 116: Viewport Active, Read

    3. Advanced Commands Viewport Active, Read Description Returns the status of the viewport function which allow to select an area of the image (window in PiP or full screen mode) to be visible. Command Command [0] \x21 Command [1] \xB4 Returned Data Data[0] = one byte : 0 = not active ;...

  • Page 117: Viewport Area, Write

    3. Advanced Commands Viewport Area, Write Description Sets the area for the viewport which allows to select an area of the image (window in PiP or full screen mode ). Image 3-7 Command Command [0] \x20 Command [1] \xB5 Data Data[0] = byFlag : mask byte bit 0 = position : bit 0 = 0, position remains unchanged ;...

  • Page 118: Viewport Area Min/Max, Read

    3. Advanced Commands Image 3-8 Command Command [0] \x21 Command [1] \xB5 Data Data[0 ...1] = wX : word (2 bytes) representing the X start position from the Left of the viewport relative to the desktop (image). The value is a percentage of the desktop’s width x 10000 Data[2 ...3] = wY : word (2 bytes) representing the Y start position from the Top of the viewport relative to the desktop (image).

  • Page 119: Desktop Area, Write

    3. Advanced Commands Data[6 ...7] = wCY : word (2 bytes) representing the height of the viewport relative to the desktop (image). The value is a percentage of the desktop’s height x 10000 3.10 Desktop area, Write Description Sets the area of the desktop. For the display of a high resolution source one may use 2 projectors, the desktop area will set the portion of the image to be displayed by each projectors.

  • Page 120: Digital Zoom

    3. Advanced Commands Image 3-10 Desktop setting Command Command [0] \xEF Command [1] \x01 Data Data[1]...Data[4] = double word Top : describes the Top of the desktop (example : 1). Data[5]...Data[8] = double word Left : describes the Left of the desktop (example : 1). Data[9]...Data[12] = double word Bottom : describes the Bottom of the desktop (example : 768).

  • Page 121: Minimum/Maximum Window X Position, Read

    3. Advanced Commands Commands read minimum: Command [0] \x26 Command [1] \x81 read maximum: Command[0] \x27 Command[1] \x81 Returned Data Data [0]...Data[3] = double word (4 bytes) = min/max value Data[4] = byte describing the decimal part (2 digits) min size = 5% max size = 135.733 % 3.12.2 Minimum/Maximum window X position, Read Description...

  • Page 122: Window Size, Write

    3. Advanced Commands Returned Data Data [0]...Data [3] = double word (4 bytes) = min/max value data [4] = byte describing the decimal part (2 digits) 3.12.4 Window size, Write Description This command sets the size of the zoom window. This is done by sending a percentage, 100% corresponds to the default size of the window.

  • Page 123: Window Size, Read

    3. Advanced Commands Command Command [0] \x20 Command [1] \x83 Data Data [0]...Data [3] = double word(= 4 bytes; see chapter "1. Serial communications Basics", "Data words", page 6) corresponding to the desired percentage (100% = bottom). Data [4] = unsigned byte representing 2 decimal digits (0–100). This byte is optional. Values >100 are truncated to 100%.

  • Page 124: Window Size, Increment

    3. Advanced Commands 50% corresponds to a zoom window in the middle of the window. Command Command [0] \x21 Command [1] \x83 Data Data [0]...Data [3] = double word(= 4 bytes; see chapter "1. Serial communications Basics", "Data words", page 6) corresponding to the actual Y position (100% = right border).

  • Page 125: Window Size, Decrement

    3. Advanced Commands 3.12.13 Window size, Decrement Description This command decrements the size of the zoom window. This is done by decrementing the size percentage, the rate of decrement can also be specified Command Command [0] \x23 Command [1] \x81 Data Data [0] = byRepeat =1 byte to define the rate of decrement 3.12.14 Window X position, Decrement...

  • Page 126: Automatic Startup, Read

    3. Advanced Commands byte value: 0 = OFF; 1 = ON Example Enables the Automatic startup Transmit Start \xfe Projector address \x01 Command[0] \x20 Command[1] \x96 Data[0] \x01 Checksum \xb8 Stop \xff Receive (acknowledge) Start \xfe Projector address \x01 Command[0] \x00 Command[1] \x06...

  • Page 127: Startup Screen, Write

    3. Advanced Commands Transmit Start \xfe Projector address \x01 Command[0] \x21 Command[1] \x96 Checksum \xb8 Stop \xff Receive (acknowledge) Start \xfe Projector address \x01 Command[0] \x00 Command[1] \x06 Checksum \x07 Stop \xff Receive (awnser) Start \xfe Projector address \x01 Command[0] \x21 Command[1] \x96...

  • Page 128: Startup Screen, Read

    3. Advanced Commands Transmit Start \xfe Projector address \x01 Command[0] \x20 Command[1] \x99 Data[0] \x01 Checksum \xbb Stop \xff Receive (acknowledge) Start \xfe Projector address \x01 Command[0] \x00 Command[1] \x06 Checksum \x07 Stop \xff 3.16 Startup screen, Read Description Reads whether the Startup screen is enabled or not Command Command [0] \x21...

  • Page 129: Input Balance

    3. Advanced Commands Receive (acknowledge) Start \xfe Projector address \x01 Command[0] \x00 Command[1] \x06 Checksum \x07 Stop \xff Receive (awnser) Start \xfe Projector address \x01 Command[0] \x21 Command[1] \x99 Data[0] \x00 Checksum \xbb Stop \xff 3.17 Input balance Overview • Input black balance, Increment •...

  • Page 130: Input Black Balance, Decrement

    3. Advanced Commands Command [0] \x22 Command [1] \x86 3.17.2 Input black balance, Decrement Description Decrements the black input balance for the different color channels Commands Black input balance Red Command [0] \x23 Command [1] \x84 Black input balance Green Command [0] \x23 Command [1]...
  • Page 131 3. Advanced Commands Commands Black input balance Red Command [0] \x21 Command [1] \x84 Black input balance Green Command [0] \x21 Command [1] \x85 Black input balance Blue Command [0] \x21 Command [1] \x86 Read Data Data [0] = lsb Data [1] = msb Example Reads the black input balance for Red, being \x10...

  • Page 132: Input White Balance, Increment

    3. Advanced Commands Receive (Awnser) Checksum \xb6 Stop \xff 3.17.5 Input white balance, Increment Description Increments the white input balance for the different color channels Commands White input balance Red Command [0] \x22 Command [1] \x87 White input balance Green Command [0] \x22 Command [1]...

  • Page 133: Input White Balance, Read

    3. Advanced Commands Command [0] \x20 Command [1] \x87 Black input balance Green Command [0] \x20 Command [1] \x88 Black input balance Blue Command [0] \x20 Command [1] \x89 Data Data [0] = lsb Data [1] = msb 3.17.8 Input white balance, Read Description Reads the White input balance for the different color channels from the projector Commands...

  • Page 134: Autoimage Setup, Write

    3. Advanced Commands Receive (acknowledge) Start \xfe Projector address \x01 Command[0] \x00 Command[1] \x06 Checksum \x07 Stop \xff Receive (Awnser) Start \xfe Projector address \x01 Command[0] \x21 Command[1] \x86 Data [0] \x10 Data [1] \x00 Checksum \xb8 Stop \xff 3.18 AutoImage setup, Write Description Sets up the AutoImage i.e.

  • Page 135: Autoimage Setup, Read

    3. Advanced Commands Transmit Start \xfe Projector address \x01 Command[0] \x20 Command[1] \x90 Data[0] \x00 Data[1] \x01 Checksum \xb2 Stop \xff Receive (acknowledge) Start \xfe Projector address \x01 Command[0] \x00 Command[1] \x06 Checksum \x07 Stop \xff 3.19 AutoImage setup, Read Description Reads the AutoImage set up Command...

  • Page 136: Automatic Gain Control, Write

    3. Advanced Commands Transmit Start \xfe Projector address \x01 Command[0] \x21 Command[1] \x90 Checksum \xB2 Stop \xff Receive (acknowledge) Start \xfe Projector address \x01 Command[0] \x00 Command[1] \x06 Checksum \x07 Stop \xff Receive (awnser) Start \xfe Projector address \x01 Command[0] \x21 Command[1] \x90...

  • Page 137: Automatic Gain Control, Read

    3. Advanced Commands Example Enables the AGC Transmit Start \xfe Projector address \x01 Command[0] \x20 Command[1] \x9b Data[0] \x01 Checksum \xbd Stop \xff Receive (acknowledge) Start \xfe Projector address \x01 Command[0] \x00 Command[1] \x06 Checksum \x07 Stop \xff 3.21 Automatic Gain Control, Read Description Reads whether the AGC is enabled or not Command...

  • Page 138: Manual Gain Control Value, Write

    3. Advanced Commands Transmit Checksum \xbd Stop \xff Receive (acknowledge) Start \xfe Projector address \x01 Command[0] \x00 Command[1] \x06 Checksum \x07 Stop \xff Receive (awnser) Start \xfe Projector address \x01 Command[0] \x21 Command[1] \x9b Data[0] \x00 Checksum \xbd Stop \xff 3.22 Manual Gain Control value, Write Description Sets the manual gain control value.

  • Page 139: Manual Gain Control Value, Read

    3. Advanced Commands Transmit Data[1] \x00 Checksum \xcd Stop \xff Receive (acknowledge) Start \xfe Projector address \x01 Command[0] \x00 Command[1] \x06 Checksum \x07 Stop \xff 3.23 Manual Gain Control value, Read Description Reads the actual gain control value Command Command [0] \x21 Command [1] \xa2...

  • Page 140: Gain Control, Increment/Decrement

    3. Advanced Commands Receive (acknowledge) Checksum \x07 Stop \xff Receive (awnser) Start \xfe Projector address \x01 Command[0] \x21 Command[1] \xa2 Data[0] \x0a Data[1] \x00 Checksum \xce Stop \xff 3.24 Gain Control, Increment/Decrement Description Increments/decrements the Gain Control value by one Commands increment: Command [0]...

  • Page 141: Automatic Gain Control Interval, Write

    3. Advanced Commands Returned Data Data [0] = min/max value 3.26 Automatic Gain Control interval, Write Description Sets the AGC to short or long. Command Command [0] \x20 Command [1] \x9c Data Data [0] = byte type byte value: 0 = short ; 1 = long Example Sets the AGC interval to “short”...

  • Page 142: Data Input Format, Increment/Decrement

    3. Advanced Commands Command Command [0] \x21 Command [1] \x9c Returned Data Data [0] = unsigned byte byte value: \x00 = short ; \x01 = long Example Reads the Automatic startup, being \x00 = short Transmit Start \xfe Projector address \x01 Command[0] \x21...

  • Page 143: Data Input Format, Write

    3. Advanced Commands Commands increment: Command [0] \x22 Command [1] \xa4 decrement: command[0] \x23 command[1] \xa4 3.29 Data input format, write Description Sets the data input format. Command Command [0] \x20 Command [1] \xa4 Data Data [0] = byte type Data format byte value CrYCb...

  • Page 144: Image Files

    3. Advanced Commands 3.31 Image files Overview • Delete File(s) • Copy File • Rename File • Move File • Image files settings, Write • Image files settings, read • Image files settings,Increment • Image files settings, Decrement • Read Minimum/Maximum Image files settings •...

  • Page 145: Copy File

    3. Advanced Commands 3.31.2 Copy File Description This command copies an image file (source file) to another file (destination file). The destination file must always be a custom file."Syntax", page 9 Command Command [0] \xc2 Send Data strFilenameFrom strFilenameTo strFilenameFrom and strFilenameTo are strings of the C-string type."Syntax", page 9 3.31.3 Rename File Description This command renames an image file (source file) to another file (destination file).

  • Page 146: Image Files Settings, Write

    3. Advanced Commands Send Data strFilenameFrom strFilenameTo strFilenameFrom and strFilenameTo are strings of the C-string type."Syntax", page 9 3.31.5 Image files settings, Write Description These commands set the image files characterisitics Commands write total lines: Command [0] \x20 Command [1] \x58 write active lines Command [0]...

  • Page 147: Image Files Settings, Read

    3. Advanced Commands Data Commands Data type total lines unsigned word (2 bytes) active lines unsigned word (2 bytes) line start unsigned word (2 bytes) period unsigned word (2 bytes) total pixels unsigned word (2 bytes) active pixels unsigned word (2 bytes) pixel start unsigned word (2 bytes) clamp width...

  • Page 148: Image Files Settings,Increment

    3. Advanced Commands Read clamp width Command [0] \x21 Command [1] \x68 Returned Data Commands Data type total lines unsigned word (2 bytes) active lines unsigned word (2 bytes) line start unsigned word (2 bytes) period unsigned word (2 bytes) total pixels unsigned word (2 bytes) active pixels...

  • Page 149: Image Files Settings, Decrement

    3. Advanced Commands Increment pixel start Command [0] \x22 Command [1] \x5e Increment clamp width Command [0] \x22 Command [1] \x68 3.31.8 Image files settings, Decrement Description These commands set the image files characterisitics Commands decrement total lines: Command [0] \x23 Command [1] \x58...

  • Page 150: Read Minimum/Maximum Image Files Settings

    3. Advanced Commands 3.31.9 Read Minimum/Maximum Image files settings Description These commands read the min/max values of the image files settings Commands minimum total lines: Command [0] \x26 Command [1] \x58 maximum total lines Command [0] \x27 Command [1] \x58 minimum active lines Command [0] \x26...

  • Page 151: Vco, Increment

    3. Advanced Commands Command [0] \x26 Command [1] \x5d maximum active pixels Command [0] \x27 Command [1] \x5d minimum pixel start Command [0] \x26 Command [1] \x5e maximum pixel start Command [0] \x27 Command [1] \x5e minimum clamp width Command [0] \x26 Command [1] \x68...

  • Page 152: Vco,Write

    3. Advanced Commands Command Command [0] \x23 Command [1] \xa8 3.31.12 VCO,write Description Writes a new VCO value to the projector Command Command [0] \x20 Command [1] \xa8 Data Data [0] = VCO value Data[0] = unsigned byte The range can be found with the “read max/min” commands: range min: "Minimum VCO, Read", page 151 range max :"Maximum VCO, Read", page 151 3.31.13 VCO, Read...

  • Page 153: Minimum Vco, Read

    3. Advanced Commands Receive (acknowledge) Start \xfe Projector address \x01 Command[0] \x00 Command[1] \x06 Checksum \x07 Stop \xff Receive (Answer) Start \xfe Projector address \x01 Command[0] \x21 Command[1] \xa7 Data [0] \x00 Checksum \xc9 Stop \xff 3.31.14 Minimum VCO, Read Description Reads the minimum (range) VCO value of the projector Command...

  • Page 154: Charge Pump Current, Write

    3. Advanced Commands Command [0] \x22 Command [1] \x9d decrement: command[0] \x23 command[1] \x9d 3.31.17 charge pump current, Write Description Sets the charge pump current for the VCO Command Command [0] \x20 Command [1] \x9d Data Data [0] = byte type 3.31.18 charge pump current , Read Description Reads the charge pump current...

  • Page 155: Clamp Position, Increment/Decrement

    3. Advanced Commands 3.31.20 Clamp position, Increment/Decrement Description Increments/decrements the Clamp position by one Commands increment: Command [0] \x22 Command [1] \x9e decrement: command[0] \x23 command[1] \x9e 3.31.21 Clamp position, Write Description Sets the clamp position. Command Command [0] \x20 Command [1] \x9e Data...

  • Page 156: Comb Filter, Increment/Decrement

    3. Advanced Commands Command[0] \x27 Command[1] \x9e Returned Data Data [0] = min/max value 3.31.24 Comb filter, Increment/Decrement Description Increments/decrements the Comb filter setting (on/off) by one Commands increment: Command [0] \x22 Command [1] \xa0 decrement: command[0] \x23 command[1] \xa0 3.31.25 comb filter, Write Description Enables/disables the comb filter...

  • Page 157: Comb Filter, Read

    3. Advanced Commands Receive (acknowledge) Start \xfe Projector address \x01 Command[0] \x00 Command[1] \x06 Checksum \x07 Stop \xff 3.31.26 Comb filter, Read Description Reads whether the comb filter is enabled or not Command Command [0] \x21 Command [1] \xa0 Returned Data Data [0] = unsigned byte byte value: \x00 = OFF ;...

  • Page 158: Minimum/Maximum Comb Filter, Read

    3. Advanced Commands Receive (awnser) Start \xfe Projector address \x01 Command[0] \x21 Command[1] \xa0 Data[0] \x00 Checksum \xc2 Stop \xff 3.31.27 Minimum/Maximum comb filter, Read Description Reads the minimum/max comb filter Commands read minimum: Command [0] \x26 Command [1] \xa0 read maximum: Command[0] \x27...

  • Page 159: Horizontal Sync Polarity, Read

    3. Advanced Commands Command [0] \x26 Command [1] \xa9 read maximum: Command[0] \x27 Command[1] \xa9 Returned Data Data [0] = min/max value 3.31.30 Horizontal sync polarity, Read Description Reads the Horizontal sync polarity setting Command Command [0] \x21 Command [1] \xa9 Returned Data Data [0] = byte : 0 = active low ;...

  • Page 160: Minimum/Maximum Horizontal Sync Locking, Read

    3. Advanced Commands 3.31.33 Minimum/Maximum Horizontal Sync locking, Read Description Reads the minimum/max Sync locking Commands read minimum: Command [0] \x26 Command [1] \xab read maximum: Command[0] \x27 Command[1] \xab Returned Data Data [0] = byte : 0 = slow ; 1 = fast 3.31.34 Sync locking, Read Description Reads the Sync locking setting...

  • Page 161: Panel Size, Read

    3. Advanced Commands Sent Data Data[0] = bySlaveAddr1 Data[1] = bySlaveAddr2 Data[N-1] = bySlaveAddrN bySlaveAddrn = byte representing the address of the module or unit to be diagnosed. If ommited, all all the units are reported. Unit Hex address Motor driver \x74 Lamp driver \x78...

  • Page 162: Logo Status, Read

    3. Advanced Commands for xga resolution panels : wpixels = 1024 ; wlines = 768 lines 3.34 Logo status, Read Description Reads the status of the logo. Command Command [0] \xf1 Command [1] \x01 Returned Data Data [0] =byStatus = 1 byte representing the status of the logo bit7 bit6 bit5...

  • Page 163: Save Screenshot (Logo)

    3. Advanced Commands Receive (acknowledge) Checksum \x07 Stop \xff 3.36 Save screenshot (Logo) Description Saves the previously taken screenshot (see the “take screenshot”command, "Take screenshot (Logo)", page 160)from the SDRAM to a flash memory. load logo abort save logo save logo Image 3-11 Command Command [0]...

  • Page 164: Load Logo

    3. Advanced Commands load logo abort save logo save logo Image 3-12 Command Command [0] \xf1 Command [1] \x88 3.38 Load logo Description Loads the logo (present in the flash memory) in the SDRAM. R5976884 RLM SERIES 04/04/2006...
  • Page 165 3. Advanced Commands load logo abort save logo save logo Image 3-13 Command Command [0] \xf1 Command [1] \x88 R5976884 RLM SERIES 04/04/2006...
  • Page 166 3. Advanced Commands R5976884 RLM SERIES 04/04/2006...

  • Page 167: Rcu Commands

    4. RCU commands 4. RCU COMMANDS Overview Introduction The RCU keys can be simulated by using the RCU command \x30 (see RCU commands command) followed by one of the following codes. Key simulation will only work if the function is supported by the firmware. Button Command \x19...
  • Page 168 4. RCU commands Button Command Treble “+” \x3c Treble “-” \x3d Balance + \x3e Balance - \x3f Tint \x31 Tint “- “ \x2e Tint “+” \x2f Pause \x0f Phase \x32 Phase “+” \x34 Phase “-” \x35 Sharpness “+” \x36 Sharpness “-” \x37 ↑...
  • Page 169 4. RCU commands Button Command Lens shift down \x71 Digital zoom up \x7d Digital zoom down \x7e Logo \x78 PiP adj \x68 Lens adj \x77 R5976884 RLM SERIES 04/04/2006...
  • Page 170 4. RCU commands R5976884 RLM SERIES 04/04/2006...
  • Page 171 Revision Sheet Barco nv Events/Documentation Noordlaan 5, B-8520 Kuurne Phone: +32 56.36.89.70, Fax: +32 56.36.88.24 E-mail: service.media_and_entertainment.emea@barco.com, Web: www.barco.com From: Date: Please correct the following points in this documentation (R5976884/02): page wrong correct R5976884 RLM 04/04/2006 SERIES...

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