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RLM se r ie s User Guide RS232 commands R5976884/02 04/04/2006.
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Table of con tents T ABLE OF CONTENTS 1 . S e r i a l c o m m u n i c a t i o n s B a s i c s ................................................................................... 5 1 . 1 C o m m u n i c a t i o n P r o t o c o l ............ ..........
Table of con tents 2 . 1 6 S h u t t e r , R e a d ............. ................... ............... .................. ................... ................... ........ ......... 5 2 2 . 1 7 F r e e z e , W r i t e ................. ..................
Table of con tents 3.2.21 PiP free window size, Read . . ....................... .................. ............... ................... ................... . 1 0 5 3.2.22 PiP Window free size, Read Min/Max . . . ........ ................... ..........
Table of con tents 3 . 3 1 . 1 2 V C O , w r i t e ......................... ................... ............... .................. ................... ............... ..... 1 5 0 3 . 3 1 . 1 3 V C O , R e a d ............................ ............
1. Serial comm unications Ba sics 1. SERIAL COMMUNICA TIONS BASICS Overview • Communication Protocol • Data words • Communication settings • Hardware • Syntax • Serial comms commands 1.
1. Serial communi cations Basics Some comma nds do not require a data field(s) Checksum byte The “Checksum byte” is used to detect erro rs during transmission o r reception Checksum byte = (projec.
1. Serial comm unications Ba sics returned data = Data[0]....Da ta[3] value = Data[0]*256 3 + Data[1]*256 2 + Data[2]*256 + Data[3]. 1.3 Communication settings Baud rate Defines the speed of the data transfer . The baud rate can be set using the menu structure.
1. Serial communi cations Basics 1 CD 2 RxD 3 TxD 4 DTR 5 GND 6 DSR 7 RTS 8 CTS 9 RI 1 CD 2 RxD 3 TxD 4 DTR 5 GND 6 DSR 7 RTS 8 CTS 9 RI D9 female D9 male Image 1-1 connection: IBM PC or compatible → projector 1 HSKo 2 HSKi 3 TxD- 4 GND 5 RXD- 6 TXD+ 7 n.
1. Serial comm unications Ba sics 1.5 Syntax Characters In this manual, all characters are exp ressed using the C- language syntax: decimal values ddd 2 hexadecimal values x hh 3 The characters that c.
1. Serial communi cations Basics ’o’ x6f ’r ’ x72 ’l’ x6c ’d’ x64 NULL x00 standard file Predefined file stored in read-only memory custom f ile File created by the user and stored in non-volatile read write memory Filename A filename is specified as a C-language string.
1. Serial comm unications Ba sics This manual is divided in two parts, the first part contains the basic (elementary) com mands while the second part gives an overview of th e available advanced commands. Some commands are illustrate d with an example.
1. Serial communi cations Basics 12 R5976884 RLM SERIES 04/04/2006.
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 • Pi.
2. Basic Commands Command Command [0] x00 Command [1] x01 Sent Data Data[0] = activatio n byte : x00 = OFF ; x 01 = ON Returned data When you send a particular command (for example projector ON), the EO P will be returned when the command has been executed Command [0] x00 Command [1] x01 The EOP will be sent after the ACK.
2. Basic Commands 2.2.3 Projector’ s Software version, Read Descripti on 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.
2. Basic Commands Tr a n s m i t Start xfe Projector address x01 Command[0] x6 d 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. 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] x 71 Data[0] x01 Checksum x73 Stop xff 2.
2. Basic Commands Tr a n s m i t 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, Wr ite Descripti on Sets the baudrate Command Command [0] x75 Data string = C-language string possible string values 9600 19200 38400 57600 1 15200 2.
2. Basic Commands 2.4 Projector ON/OFF , Write Descripti on Switching ON/OFF the projector Command Switching the projector ON Command [0] x65 Switching the projector OFF Command [0] x66 Example Switch.
2. Basic Commands bit5 gives an indic ation on whether the projector can b e (re)started or not (hot restrike), if the cool d own cycle is active (bit5 = 0) the projector can n ot be restarted until the cool down cycle has been com pleted.
2. Basic Commands Data Data[0] = byDirection = 1 byte, gives the shift di rection: 0 = down ; 1 = up; 2 = left; 3 = right 2.6.2 Lens Zoom Descripti on T o Zoom the image in or out depending on the data sent. Command Command [0] xf4 Command [1] x82 Data Data[0] = byDirection = 1 b yte, gives the Zoom direction ( in/out): 0 = out ; 1 = in 2.
2. Basic Commands Tr a n s m i t Checksum x24 Stop xff 2.7.2 Contrast, decrement Descripti on Decrements the contrast by on e. Command Command [0] x23 Command [1] x01 2.
2. Basic Commands Receive (acknowledge) Checksum x07 Stop xff 2.7.4 Contrast, Read Descripti on Reads the actual contrast value of the projector Command Command [0] x21 Command [1] x01 Returned Data D.
2. Basic Commands 2.7.5 Minimum Contrast, Read Descripti on Reads the minimum (range) contrast value of the projector Command Command [0] x26 Command [1] x01 Returned Data Data [0] = minimum contrast .
2. Basic Commands Command Command [0] x27 Command [1] x01 Returned Data Data [0] = Maxi mum contrast valu e Example Reads the Maximum contrast value of the projector , the awnser being x64 Tr a n s m .
2. Basic Commands 2.7.8 Brightness decrement Descripti on Decrements the Brightness by one. Command Command [0] x23 Command [1] x02 2.7.9 Brightness, Wr ite Descripti on Writes a new Brightness value .
2. Basic Commands 2.7.10 Brightness, Read Descripti on Reads the actual Brightness value of the projector Command Command [0] x21 Command [1] x02 Returned Data Data [0] = Brightness value Example 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 Tr a n s .
2. Basic Commands Returned Data Data [0] = Maximum Brightness value Example Reads the Maximum Brightness value of the projector , the awnser being x64 Tr a n s m i t Start xfe Projector address x01 Co.
2. Basic Commands Command Command [0] x23 Command [1] x03 2.7.15 Wri te Saturation Descripti on Writes a new Saturation value to the projector Command Command [0] x20 Command [1] x03 Data Data [0] = S.
2. Basic Commands Command Command [0] x21 Command [1] x03 Returned Data Data [0] =Saturatio n value Example Reads the actual Saturation value of the projector, the awnser being x20 Tr a n s m i t Star.
2. Basic Commands Returned Data Data [0] = minimum Saturation value Example Reads the minimum Saturation value of the projector , the awnser being x00 Tr a n s m i t Start xfe Projector address x01 Co.
2. Basic Commands Tr a n s m i t 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.
2. Basic Commands 2.7.21 Tint, W rite Descripti on Writes a new T int value to t he projector Command Command [0] x20 Command [1] x04 Data Data [0] = msb Data [1] = lsb type = signed word Example Writ.
2. Basic Commands Returned Data signed word : Data [0] = msb Data [1] = lsb Example Reads the actual Tint value of the proj ector , the awnser being : x00 x20 Tr a n s m i t Start xfe Projector addres.
2. Basic Commands Data [0] = msb Data [1] = lsb Example Reads the minimum Tint value of the projector , the awnser being xffx4c Tr a n s m i t Start xfe Projector address x01 Command[0] x26 Command[1].
2. Basic Commands Example Reads the Maximum Tint value of the proj ector , the awnser being x00xb4 Tr a n s m i t Start xfe Projector address x01 Command[0] x27 Command[1] x04 Checksum x32 Stop xff Re.
2. Basic Commands Command Command [0] x23 Command [1] x70 2.7.27 Gamma, W rite Descripti on Writes a new Gamma value to the projector Command Command [0] x20 Command [1] x70 Data Data [0] = Ga mma val.
2. Basic Commands Command Command [0] x21 Command [1] x70 Returned Data Data [0] = Ga mma value Example Reads the actual Gamma value o f the projector , the awnser being x11 Tr a n s m i t Start xfe P.
2. Basic Commands Returned Data Data [0] = minimum Gamma value Example Reads the minimum Gamm a value of the projector , the awnser being x10 Tr a n s m i t Start xfe Projector address x01 Command[0] .
2. Basic Commands Tr a n s m i t 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.
2. Basic Commands 2.7.33 Phase, Wr ite Descripti on Writes a new Phase value to the projector Command Command [0] x20 Command [1] x06 Data Data [0] = Phase value value = uns igned byt e Example Writes.
2. Basic Commands Example Reads the actual Phase value of the projector , the awnser being x1a Tr a n s m i t Start xfe Projector address x01 Command[0] x21 Command[1] x06 Checksum x28 Stop xff Receiv.
2. Basic Commands Tr a n s m i t 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.
2. Basic Commands Tr a n s m i t 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 2.
2. Basic Commands Receive (acknowledge) Start xfe Projector address x01 Command[0] x00 Command[1] x06 Checksum x07 Stop xff 2.9 Source selection Descripti on Selects an input source. Command Command [0] x38 Data Data[0] = bySource, byte describing the source to be linked to the window.
2. Basic Commands for composite video: the data byte describes the locatio n of the composite video source signal to be selected. Byte value Mode 0 Video BNC 1 V ertical sync BNC 2 Red BNC 3 Green BNC 4 Blue BNC 5 SVideo Y 6 SVideo C 7 Video 2 5 for Svideo: the d ata byte describes the location of the S-Video signal to be selected.
2. Basic Commands Data word scanned input possible sources, W value = wV alue7 S-VIDEO (lum) 0 = none ; 1 = S-VID(lum) ; 2 = Video Y wV alue8 S-VIDEO (chr) 0 = none ; 1 = S-VID(chr) ; 2 = VideoC wV al.
2. Basic Commands Tr a n s m i t 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 xff 2.
2. Basic Commands Tr a n s m i t Checksum x85 Stop xff Receive (acknowledge) Start xfe Projector address x01 Command[0] x00 Command[1] x06 Checksum x07 Stop xff 2.
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.
2. Basic Commands Receive (acknowledge) Command[0] x00 Command[1] x06 Checksum x07 Stop xff 2.16 Shutter , Read Descripti on Reads the shu tter’s position Command Command [0] x21 Command [1] x42 Ret.
2. Basic Commands Receive (awnser) Command[0] x21 Command[1] x42 Data[0] x01 Checksum x65 Stop xff 2.17 Freeze, W rite Descripti on Freezes the projected image Command Command [0] x20 Command [1] x23 .
2. Basic Commands 2.18 Freeze, Read Descripti on Reads whether the projected image is frozen or not. Command Command [0] x21 Command [1] x23 Returned Data Data [0] = unsigned byte byte val ue: x00 =O .
2. Basic Commands 2.19 Logo ON/OFF Descripti on Enables or disables the logo. Command Command [0] xf1 Command [1] x81 Data Data [0] = unsigned byte byte val ue: 0 = logo OFF ; 1 =l o g oO N Example En.
2. Basic Commands Data Data [0] = unsigned byte byte val ue: x00 =L o g o; x01 =B l u e; x02 = Black Example Sets the background to “Logo” Tr a n s m i t Start xfe Projector address x01 Command[0].
2. Basic Commands Tr a n s m i t 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.
2. Basic Commands Tr a n s m i t 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.
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.
2. Basic Commands 2.26 Full screen re presentation(ON/OFF), Write Descripti on Enable/disables the full screen represe ntation Command Command [0] x20 Command [1] xae Sent Data Data[0] : one byte : 0 = OFF ; 1 = ON 2.
2. Basic Commands Tr a n s m i t 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.
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.
2. Basic Commands Tr a n s m i t 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.
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.
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.
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.
2. Basic Commands Command Command [0] x63 Data Data[0] = unsigned byte data value: 1= lamp1 ; 2=lam p2 Returned Data string = Pascal-language string. 2.
2. Basic Commands The FileData sho uld be the same as the data read us ing the “file, read” command . 2.31.2 File, read Descripti on This command reads an image file from the projector (for backu p purposes, ...). The string used to represent the filename is of the C-string type.
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.
2. Basic Commands Example Decrement the Red color temperat ure of a projector with address x01 by one. Tr a n s m i t Start xfe Projector address x01 Command[0] x23 Command[1] x43 Checksum x67 Stop xff 2.
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 co lortemp is returned Returned Data Unsigned 2 byte word (msb-lsb).
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 T imer , Write Descripti on Adjusts the Standby Timer in a range from 180 to 3600.
2. Basic Commands Receive (acknowledge) Start xfe Projector address x01 Command[0] x00 Command[1] x06 Checksum x07 Stop xff 2.34 Standby T imer , Read Descripti on Reads the actual Standby Timer value.
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, W rite Descripti on Writes the switc.
2. Basic Commands Tr a n s m i t 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.
2. Basic Commands Example Read the switching mode being x01 = seamless. Tr a n s m i t Start xfe Projector address x01 Command[0] x21 Command[1] x9a Checksum xbc Stop xff Receive (acknowledge) Start x.
2. Basic Commands 2.38 Filmmod e detection, Write Descripti on Enables/disables the filmmode detection. Command Command [0] x20 Command [1] xa1 Data Data [0] = byte type byte val ue: 0 = OFF; 1 = ON E.
2. Basic Commands Returned Data Data [0] = unsigned byte byte val ue: x00 =O F F; x01 =O N Example Reads the Automatic startup, be ing x00 =O F F Tr a n s m i t Start xfe Projector address x01 Command.
2. Basic Commands Command Command [0] xf5 Data (optio nal) Data[0] = byWindow Data[1], Data[2] = wV alue = word describing the settings of the AutoImage function The 4 bits of the first byte (lsb) are used.
2. Basic Commands 2.41.1 Blanking Reset Descripti on Allows the reset of the blanking values. Command Command [0] x17 Data byT ypeBlanking : 1 byte describing the type of blanking.
2. Basic Commands Data[1] = 0 : disable Data[1] = 1 : enable 2.41.4 Blanking, W rite Descripti on Blanks the display . Four blanking methods are possible: •T o p • 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).
2. Basic Commands Image 2-1 2.41.5 Blanking, Read Descripti on Reads the values of the blanking. Command Reads top blanking: Command [0] x21 Command [1] x4c Reads bottom blanking: Command [0] x21 Comm.
2. Basic Commands Returned Data byT ypeBlanking : 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.
2. Basic Commands Increments Right blanking: Command [0] x22 Command [1] x4f Data byT ypeBlanking : one byte describing the type of blanking Data [0] = 0 : blanking on image file (saved in image file).
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 blanki.
2. Basic Commands Command [0] x27 Command [1] x4f Sent Data byT ypeBlanking : one byte describing the type of blanking Data [0] = 0 : blanking on image file (saved in image file) Data [0] = 1 : blanki.
3. Advanced Commands 3. ADV ANCED COMMANDS Overview • Lamp Commands • Picture In Picture • Viewport Active, Write • Viewport Active, Read • Viewport Active, Increment/decrement • Viewport .
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.
3. Advanced Commands 3.2 Picture In Picture Overview • PiP Loop Focus • PiP Focus, Read • PiP Foc us, Write • PiP layout , Read • PiP layout, Write • PiP layout List, Read • PiP current .
3. Advanced Commands Tr a n s m i t Checksum x14 Stop xff 3.2.2 PiP Focus, Read Descripti on Returns the PiP window which has the focus. Command Command [0] x12 Command [1] x02 Returned Data Data [0] .
3. Advanced Commands Receive (Awnser) Checksum x16 Stop xff 3.2.3 PiP Focus, Write Descripti on Gives the focus to a particu lar PiP window . Command Command [0] x12 Command [1] x03 Data Data [0] = Wi.
3. Advanced Commands Sent Data strPipName = string representing the name of the layout The strPipname string is of the C-languag e type. see chapter " 1. Serial comm unications Basics", "Syntax", page 9 Returned Data PiPData = binary data describing the PiP layout.
3. Advanced Commands Returned Data strPipname1 ... strPipnameN The strPipname and strMask strings are of the C-langua ge type. see chapter "1. Serial communications Ba- sics", "Syntax", page 9 Example Reads the actual PiP layout list using the w ildcard (*), i.
3. Advanced Commands Receive (Awnser) Data [6] x63 Data [7] x72 Data [8] x65 Data [9] x65 Data [10] x6e Data [1 1] x00 Data [0] x32 Data [1] x62 Data [2] x76 Data [3] x32 Data [4] x20 Data [5] x72 Data [6] x61 Data [7] x73 Data [8] x74 Data [9] x65 Data [10] x72 Data [1 1] x00 Checksum x44 Stop xff 3.
3. Advanced Commands Tr a n s m i t 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 Receiv.
3. Advanced Commands Command Command [0] x12 Command [1] x06 Data strPipname = string The strin g is of the C- langua ge type se e chapter "1. Serial communications Basics", "Syntax", page 9 Example Sets the PiP layout = Full screen.
3. Advanced Commands 3.2.9 PiP save layout Descripti on Saves the active PiP layout. Command Command [0] x12 Command [1] x07 3.2.10 PiP save lay out as Descripti on Saves a PiP layout .
3. Advanced Commands Receive (acknowledge) Checksum x07 Stop xff 3.2.1 1 PiP rename layout Descripti on 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 n ame) The string is of the C– language type see chap ter "1.
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 Descripti on Removes a Pi P layout. Command Command [0] x12 Command [1] x0a Data strPipname1 ... strPipnameN The strPipnameN string is of the C-langua ge type.
3. Advanced Commands Receive (acknowledge) Command[0] x00 Command[1] x06 Checksum x07 Stop xff 3.2.13 PiP remove window Descripti on Removes a particular PiP window .
3. Advanced Commands Command Command [0] x12 Command [1] x0d Returned Data strSourceName1 ... strFilenameN 3.2.15 PiP add window Descripti on Adds a PiP window .
3. Advanced Commands for composite video: Byte value Mode 0 Video BNC 1 V ertical sync BNC 2 Red BNC 3 Green BNC 4 Blue BNC 5 SVideo Y 6 SVideo C for Svideo: Byte value Mode 100 SVideo 1 101 SVideo on.
3. Advanced Commands Image 3-1 PiP layout (3 win dows, 2 video/1data), data windo w is resized Command Command [0] x20 Command [1] x91 Data Data[0]...Data[3] = double w ord Xsize : describes the “width” of the window (x axis). Data[4]...Data[7] = double w ord Ysize : describes the “height” of the wind ow (y axis).
3. Advanced Commands Xsize and Ysize determ ine the size of the window, since the as pect ratio is fixed, one of the v alues may be sufficient to determin e the size of the windo w . 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.
3. Advanced Commands 3.2.20 PiP free window size, Wr ite Descripti on Allows the free resizing of the active window (works in PiP and i n Full Screen mode) i.
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 a xis). Data[4]...Data[7] = signed double word YPosition : describes the start position of the window (y axis).
3. Advanced Commands Image 3-3 PiP : data window is reposi tionned Command Command [0] x20 Command [1] x94 Data Data [0]...Data[3] = signed double word 3.2.24 Window hori zontal position , Read Descripti on This command returns the horizontal position of the active window .
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 vert ical position, Read Descripti on This command returns the vertical position of the active window . Command Command [0] x21 Command [1] x95 Returned Data Data [0].
3. Advanced Commands Image 3-5 PiP : data window is reposi tionned Command Increment Command [0] x22 Command [1] x94 Decrement Command [0] x23 Command [1] x94 Data Data [0] = byRepeat : optional 3.
3. Advanced Commands Note that the panel size (projecto r version) can be read using the Panel size comma nd 3.2.29 PiP Window vertical posi tion, Read Min/Max Descripti on Reads the minimum/maximum value for the win d ow vertical position adjustments in PiP .
3. Advanced Commands Tr a n s m i t 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 Descripti on Reads the priority (order) of a particular window.
3. Advanced Commands Command Command [0] x12 Command [1] x11 Returned Data Returned data is 4 times following da ta : Data [0] = Window type byte ; 0 = Data A ; 1 = Video A ; 2 = D ata B ; 3 = Video B.
3. Advanced Commands word value source 101 RGB Video 102 RG S B Video 200 DVI 0xff none 3.2.33 PiP last added window type, Read Descripti on 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 = D ata B ; 3 = Video B 3.
3. Advanced Commands 3.4 Viewport Active, Read Descripti on Returns the status of the viewport function which allow to sele ct 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 ; 1 = active 3.
3. Advanced Commands 3.7 V iewport Area, Write Descripti on Sets the area for the viewport which allows to select an area o f the image (window in PiP or full screen mode ).
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 positio n 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. Advanced Commands Data[6 ...7] = wCY : word (2 bytes) representing the height of the viewport relative to the desktop (image). T he value is a percentage of the desktop’s height x 10000 3.10 Desktop area, Write Descripti on Sets the area of the desktop.
3. Advanced Commands Image 3- 10 Desktop setting Command Command [0] xEF Command [1] x01 Data Data[1]...Data[4] = double word T op : describes the T op of th e desktop (example : 1). Data[5]...Data[8] = double word Left : descri bes th e Left of the desktop (example : 1).
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 byte s) = min/max value Data[4] = byte describing the decimal part (2 di gits) min size = 5 % max size = 135.
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, Writ e Descripti on 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 .
3. Advanced Commands Command Command [0] x20 Command [1] x83 Data Data [0]...Data [3] = double word(= 4 b ytes; see cha pter "1. Serial communication s Basics", "Data words", page 6) correspo nding to the desired percentage (100% = b ottom).
3. Advanced Commands 50% corresponds to a zoom w indow in the middle of t he window . Command Command [0] x21 Command [1] x83 Data Data [0]...Data [3] = double word(= 4 b ytes; see ch apter "1. Serial communications Basics", "Data w ords", page 6) corresponding to the actual Y position (100% = right border).
3. Advanced Commands 3.12.13 Window size, Decrement Descripti on This command decrements the size of the zoom window. This is done by decre menting 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.
3. Advanced Commands byte val ue: 0 = OFF; 1 = ON Example Enables the Automatic startup Tr a n s m i t 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 Checksum x07 Stop xff 3.
3. Advanced Commands Tr a n s m i t 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] .
3. Advanced Commands Tr a n s m i t 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.
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.
3. Advanced Commands Command [0] x22 Command [1] x86 3.17.2 Input black balance, Decrement Descripti on Decrements the black input balance for the different color channels Commands Black input balance.
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.
3. Advanced Commands Receive (Awnser) Checksum xb6 Stop xff 3.17.5 Input white balance, Increment Descripti on Increments the white input balance for t he dif ferent color channels Commands White inpu.
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.
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.
3. Advanced Commands Tr a n s m i t 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.
3. Advanced Commands Tr a n s m i t 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] .
3. Advanced Commands Example Enables the AGC Tr a n s m i t 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.
3. Advanced Commands Tr a n s m i t 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.
3. Advanced Commands Tr a n s m i t 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.
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.
3. Advanced Commands Returned Data Data [0] = min/max value 3.26 Automatic Gain C ontrol interval, Write Descripti on Sets the AGC to short or long. Command Command [0] x20 Command [1] x9c Data Data [.
3. Advanced Commands Command Command [0] x21 Command [1] x9c Returned Data Data [0] = unsigned byte byte val ue: x00 = short ; x01 = long Example Reads the Automatic startup, being x00 = short Tr a n .
3. Advanced Commands Commands increment: Command [0] x22 Command [1] xa4 decrement: command[0] x23 command[1] xa4 3.29 Data input format, write Descripti on Sets the data input format. Command Command [0] x20 Command [1] xa4 Data Data [0] = byte type Data format byte val ue RGB 0 CrYCb 1 HDTV(CrYCb) 2 3.
3. Advanced Commands 3.31 Image files Overview • Delete File(s) • Copy File • Rename File •M o v e F i l e • Image files settings, Write • Image files settings, read • Image files settin.
3. Advanced Commands 3.31.2 Copy File Descripti on This command copies an image file (source file) to another file (destination file). The destination file must always be a custom f ile."Syntax", page 9 Command Command [0] xc2 Send Data strFilenameFrom strFilenameT o strFilenameFro m and strFilenameT o are strings of the C-string type.
3. Advanced Commands Send Data strFilenameFrom strFilenameT o strFilenameFro m and strFilenameT o are strings of the C-string type."Syn tax", page 9 3.
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 unsigned byte 3.
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.
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 Descripti on These commands set .
3. Advanced Commands 3.31.9 Read Minimum/Maximum Image files se ttings Descripti on These commands read the min/max values of the image files settings Commands minimum total lines: Command [0] x26 Com.
3. Advanced Commands Command [0] x26 Command [1] x5d maximum active pi xels 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 maximum clamp width Command [0] x27 Command [1] x68 3.
3. Advanced Commands Command Command [0] x23 Command [1] xa8 3.31.12 VCO,wr ite Descripti on Writes a new VCO value to the p rojector Command Command [0] x20 Command [1] xa8 Data Data [0] = VCO value .
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.
3. Advanced Commands Command [0] x22 Command [1] x9d decrement: command[0] x23 command[1] x9d 3.31.17 charge pump current, Write Descripti on Sets the charge pump current for the VCO Command Command [0] x20 Command [1] x9d Data Data [0] = byte type 3.
3. Advanced Commands 3.31.20 Clamp position, Increment/De crement Descripti on 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, W rite Descripti on Sets the clamp position.
3. Advanced Commands Command[0] x27 Command[1] x9e Returned Data Data [0] = min/max value 3.31.24 Comb filter , Increment/Decrement Descripti on 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.
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 Descripti on Reads whether the comb filter is .
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 Descripti on Reads the .
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 Descripti on Reads the H.
3. Advanced Commands 3.31.33 Min imum/Maxim um Horizonta l Sync locking , Read Descripti on 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.
3. Advanced Commands Sent Data Data[0] = bySlaveAdd r1 Data[1] = bySlaveAdd r2 ... Data[N-1] = bySlaveAddrN bySlaveAddrn = by te representing the address of the modu le or unit to be diagnosed.
3. Advanced Commands for xga resolution panels : wpixels = 1024 ; wlines = 768 lines 3.34 Logo status, Read Descripti on Reads the status of the logo. Command Command [0] xf1 Command [1] x01 Returned .
3. Advanced Commands Receive (acknowledge) Checksum x07 Stop xff 3.36 Save screenshot (Logo) Descripti on Saves the previously taken screenshot (see the “take screen shot”command, "T ake screenshot (Logo)", page 160)from the SDR AM to a flash mem ory .
3. Advanced Commands load logo save logo take screenshot F l a s h m e m o r y S D R A M abort save logo Image 3- 12 Command Command [0] xf1 Command [1] x88 3.
3. Advanced Commands load logo save logo take screenshot F l a s h m e m o r y S D R A M abort save logo Image 3- 13 Command Command [0] xf1 Command [1] x88 R5976884 RL M SERIES 04/04/2006 163.
3. Advanced Commands 164 R5976884 RLM SERIES 04/04/2006.
4. RCU commands 4. RCU COMMANDS 4.1 Overview Introduction The RCU keys can be simulated by using the RCU command x30 (see RCU comman ds command) followed by one of the following codes. Key simulation will only work if the f unction is supported by the firm ware.
4. RCU commands Button Command T reble “+” x3c T reble “-” x3d Balance + x3e Balance - x3f Ti nt x31 Ti nt “ - “ x2e Ti nt “ + ” x2f Pause x0f Phase x32 Phase “+” x34 Phase “-”.
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 RL M SERIES 04/04/2006 167.
4. RCU commands 168 R5976884 RLM SERIES 04/04/2006.
Revision Sheet To : Barco nv Even ts/Documentation Noordlaan 5, B-8520 Kuurne Phone: +32 56.36.89.70, F ax: +32 56.36.88.24 E-mail: service.media_and_entertainmen t.
Een belangrijk punt na aankoop van elk apparaat Barco RS232 (of zelfs voordat je het koopt) is om de handleiding te lezen. Dit moeten wij doen vanwege een paar simpele redenen:
Als u nog geen Barco RS232 heb gekocht dan nu is een goed moment om kennis te maken met de basisgegevens van het product. Eerst kijk dan naar de eerste pagina\'s van de handleiding, die je hierboven vindt. Je moet daar de belangrijkste technische gegevens Barco RS232 vinden. Op dit manier kan je controleren of het apparaat aan jouw behoeften voldoet. Op de volgende pagina's van de handleiding Barco RS232 leer je over alle kenmerken van het product en krijg je informatie over de werking. De informatie die je over Barco RS232 krijgt, zal je zeker helpen om een besluit over de aankoop te nemen.
In een situatie waarin je al een beziter van Barco RS232 bent, maar toch heb je de instructies niet gelezen, moet je het doen voor de hierboven beschreven redenen. Je zult dan weten of je goed de alle beschikbare functies heb gebruikt, en of je fouten heb gemaakt die het leven van de Barco RS232 kunnen verkorten.
Maar de belangrijkste taak van de handleiding is om de gebruiker bij het oplossen van problemen te helpen met Barco RS232 . Bijna altijd, zal je daar het vinden Troubleshooting met de meest voorkomende storingen en defecten #MANUAl# samen met de instructies over hun opplosinge. Zelfs als je zelf niet kan om het probleem op te lossen, zal de instructie je de weg wijzen naar verdere andere procedure, bijv. door contact met de klantenservice of het dichtstbijzijnde servicecentrum.
