Home

Barco RS232 User's Manual

1. Q_ _ ooo _AAAAAAA3R9776884 RRLM SERIES 04 04 2006 3 7 3 Advanced Commands Viewport Area Write 3 8 Description Sets the area for the viewport which allows to select an area of the image window in PiP or full screen mode UXGA data received from the IG Viewport SXGA image Image 3 7 Command Data Data 0 byFlag mask byte bit O position bit O 0 position remains unchanged bit O 1 position is adapted Bit 1 size bit 1 0 size remains unchanged bit 1 1 size is adapted Data 1 2 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 3 4 wY word 2 bytes representing the Y start position from the Top of the viewport relative to the desktop image The value is a percentage of the desktop s height x 10000 Data 5 6 wCX word 2 bytes representing the width of the viewport relative to the desktop image The value is a percentage of the desktop s width x 10000 Data 7 8 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 Viewport Area Read Description Returns the viewport area R5976884 RLM SERIES 04 04 2006 ooo 115 3 Advanced Commands 3 9 UXGA data received from the IG Viewport SX
2. Xsize Ysize Xpos Ypos are given in pixels for a graphics projector version x 1 1024 y 1 768 Note that the panel size projector version can be read using the Panel size command Panel size Read page 159 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 3 2 16 PiP window size Write 102 Description Resizes the active window works in PiP and in Full Screen mode by keeping the same aspect ratio R5976884 RLM SERIES 04 04 2006 3 Advanced Commands Image 3 1 PiP layout 3 windows 2 video 1data data window is resized Command Command 0 Command 1 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 3 Xsize Ysize are given in pixels 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 3 2 17 PiP window size Read Description Returns the size of the active window work
3. Isb 3 E ___AAAAAAAAAIIR5D976884 RLM SERIES 04 04 2006 2 Basic Commands Example Reads the Maximum Tint value of the projector the awnser being 1x001xb4 2 7 25 Gamma increment Description Increments the Gamma by one Command Command 0 x22 Command 1 x70 2 7 26 Gamma decrement Description Decrements the Gamma by one R5976884 RLM SERIES 04 04 2006 87 2 Basic Commands Command Command 1 2 7 27 Gamma Write Description Writes a new Gamma value to the projector Command Data Data 0 Gamma value Data 0 unsigned byte Example Writes a new Gamma value of 1x11 to the projector Receive acknowledge CITI 2 7 28 Gamma Read 38 Description Reads the actual Gamma value of the projector R5976884 RLM SERIES 04 04 2006 2 Basic Commands Command Command 0 Command 1 Returned Data Data 0 Gamma value Example Reads the actual Gamma value of the projector the awnser being 1x11 Transmit Start Projector address Commana 0 Command 1 Checksum Stop Receive acknowledge Start Projector address Command 0 Command 1 Checksum Stop Receive Answer Start xfe Projector address x01 Command 0 x21 2 7 29 Minimum Gamma Read Description Reads the minimum range Gamma value of the projector Command Command 0 Command 1 R5976884 RLM SERIES 04 04 2006 ooo SS
4. 0 OFF 1 ON 2 28 Keystone Write 60 Description Adjusts the keystone Command Command 0 Command 1 Data Signed word representing the keystone value Data 0 msb Data 1 Isb Example Sets the keystone to 0 Command 0 x20 R5976884 RLM SERIES 04 04 2006 2 Basic Commands Command 1 2 29 Keystone Read Description Reads the actual Keystone value Command Command 0 Command 1 Returned Data signed word Data 0 MSB Data 1 LSB Example Reads the actual keystone value being 1x00 R5976884 RLM SERIES 04 04 2006 II nooo i I 1 2 Basic Commands Receive acknowledge 2 30 Lamp commands Overview Lamp Mode Write Lamp Mode Read Lamp Status Read Lamp Warning Read Lamp runtime Read Lamps Serial number Read 2 30 1 Lamp Mode Write Description Writes the Lamp mode to the projector Command Data Data 0 unsigned byte data byte value 0 Single mode 1 Dual mode Example Write the mode 1x00 single mode to the projector 2 _ AAA gt R5976884 RLM SERIES 04 04 2006 2 Basic Commands Transmit Command 0 Command 1 x0c Data 0 x00 Checksum x2d Receive acknowledge 2 30 2 Lamp Mode Read Description Reads the actual Lamp mode of the projector Command Returned Data Data 0 unsigned byte data byte value 0 Single mode 1 Dual mo
5. 3 31 34 Sync locking Read Description Reads the Sync locking setting Command Command 0 Returned Data Data 0 byte 0 slow 1 fast 3 31 35 Sync locking Write Description Sets the Sync locking fast or slow Command Command 0 Command 1 Data Data 0 byte 0 slow 1 fast 3 32 12C diagnosis Read 158 Description Reads the 12C diagnosis Command Command 0 Command 1 R5976884 RLM SERIES 04 04 2006 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 owed Table 3 286 address overview Returned Data Data 0 strDiagnosis1 Data 1 strDiagnosis2 Data N 1 strDiagnosisN 3 33 Panel size Read Description Reads the size of the LCD panels Command Command 0 Command 1 Returned Data Data 0 Data 3 wpixels unsigned word see chapter 1 Serial communications Basics Data words page 6 representing the number of pixels in one line Data 4 Data 7 wlines unsigned word 2bytes representing the number of lines R5976884 RLM SERIES 04 04 2006 ooo 159 3 Advanced Commands for xga resolution panels wpixels 1024 wlines 768 lines 3 34 Logo status Read Description Reads the status of the logo Comm
6. Command 0 Command 1 Increments the Blue color temperature by one Command 0 Command 1 Example Increment Red color temperature of a projector with address 1x01 by one Transmit 2 32 2 Color temperature Red Blue Decrement Description Decrements the Red Blue Color temperature by one Command Decrement the Red color temperature by one Command 0 Command 1 Decrement the Blue color temperature by one Command 0 Command 1 R5976884 RLM SERIES 04 04 2006 gt Io O 2 Basic Commands Example Decrement the Red color temperature of a projector with address 1x01 by one 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 Command 1 Blue color temperature Command 1 Data Unsigned word 2byte msb Isb see chapter 1 Serial communications Basics Data words page 6 Data 0 unsigned byte msb Data 1 unsigned byte Isb 2 32 4 Color temperature Red Bleu Read 70 Description Reads the color temperature setting for the different colortemperatures from the projector Commands reads Red color temperature Command 0 Command 1 reads Blue color temperature Command 0 Command 1 Send Data Data 0 unsigned byte representing the colortemperature to be read R5976884 RLM SERIES 04 04 200
7. Description Reads the size of the active window works in PiP and in Full Screen mode R5976884 RLM SERIES 04 04 2006 II ooo OS 3 Advanced Commands Command Command 0 Command 1 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 of the window x axis Data 12 Data 15 signed double word Ysize describes the height of the window y axis size Ysize are given in pixels X Y j l 3 2 22 PiP Window free size Read Min Max Description Reads the minimum maximum value for the window free size adjustments in PiP Commands read minimum Command 0 Command 1 read maximum Command 0 Command 1 Returned Data Data 1 Data 4 signed double word XPosition describes the min max start position of the window x axis Data 5 Data 8 signed double word YPosition describes the min max start position of the window y axis Data 9 Data 12 signed double word Xsize describes the min max width of the window x axis Data 13 Data 16 signed double word Ysize describes the min max height of the window y axis Note that the panel size projector version can be read using the Panel size command 3 2 23
8. FileData data ASCII coded in XML format representing the file Example of FileData for the HD_1080P 60 xml file lt xml version 1 0 encoding UTF 8 gt lt ImageFile gt lt FileSelection gt lt InputLayer gt lt SourceType gt lt LineDuration Discrepancy 220 Unit ns gt 14840 lt LineDuration gt lt TotalLines Discrepancy 1 gt 1118 lt TotalLines gt lt Interlaced gt no lt Interlaced gt lt FileSelection gt lt ImageDefinition gt lt TotalPixels gt 2536 lt TotalPixels gt lt ActivePixels gt 1920 lt ActivePixels gt lt PixelStart gt 380 lt PixelStart gt lt ActiveLines gt 1080 lt ActiveLines gt lt LineStart gt 31 lt LineStart gt lt AspectRatio gt 16 9 lt AspectRatio gt lt ColorSpaceFormat gt ITU BT 601 lt ColorSpaceFormat gt lt ImageDefinition gt lt ImageFile gt The data must be XML valid i e all the rules for example for opening closing tags must be respected R5976884 RLM SERIES 04 04 2006 67 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 Send Data strFilename string of the C string type representing the filename Returned Data strFilename string of the C string type representing the filename Fil
9. Returned Data Data 0 Maximum contrast value Example Reads the Maximum contrast value of the projector the awnser being 1x64 Transmit Start Projector address Commana 0 Command 1 Checksum Stop Receive acknowledge Start Projector address Command 0 Command 1 Checksum Stop Receive Answer Start xfe Projector address x01 Command 0 x27 2 7 7 Brightness increment Description Increments the Brightness by one Command Command 0 Command 1 R5976884 RLM SERIES 04 04 2006 II ooo 25 2 Basic Commands 2 7 8 Brightness decrement Description Decrements the Brightness by one Command 2 7 9 Brightness Write Description Writes a new Brightness value to the projector Command Data Data 0 contrast value value unsigned byte Example Writes a new Brightness value of x20 to the projector Transmit fer Receive acknowledge recteconeweewy O 2 a R5976884 RLM SERIES 04 04 2006 2 Basic Commands 2 7 10 Brightness Read Description Reads the actual Brightness value of the projector Command Command 0 Command 1 Returned Data Data 0 Brightness value Example Reads the actual Brightness value of the projector the awnser being x20 Transmit Command 1 2 7 11 Minimum Brightness Read Description Reads the minimum range Brightness value of the projector R5976884 RLM SERIES 04 04 2
10. e charge pump current Read Minimum Maximum charge pump current Read e Clamp position Increment Decrement e Clamp position Write Clamp position Read Minimum Maximum clamp position Read Comb filter Increment Decrement comb filter Write Comb filter Read e Minimum Maximum comb filter Read Horizontal sync polarity Increment Decrement Minimum Maximum Horizontal sync polarity Read Horizontal sync polarity Read Horizontal sync polarity Write Sync locking Increment Decrement Minimum Maximum Horizontal Sync locking Read e Sync locking Read e Sync locking Write 3 31 1 Delete File s Description This command deletes a list of image files from the projector Wildcards can be used to specify the filenames see chapter 1 Serial communications Basics Syntax page 9 Command Send Data strFilename1 strFilenameN 1420 R5976884 RLM SERIES 04 04 2006 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 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 The source file and the destination file must always be custom
11. 128 Description Reads the black input balance for the different color channels from the projector R5976884 RLM SERIES 04 04 2006 3 Advanced Commands Commands Black input balance Red Command 0 Command 1 Black input balance Green Command 0 Command 1 Black input balance Blue Command 0 Command 1 Read Data Data 0 Isb Data 1 msb Example Reads the black input balance for Red being 1x10 R5976884 RLM SERIES 04 04 2006 ooo 129 3 Advanced Commands Receive Awnser 3 17 5 Input white balance Increment 130 Description Increments the white input balance for the different color channels Commands White input balance Red Command 0 Command 1 White input balance Green Command 0 Command 1 White input balance Blue Command 0 Command 1 3 17 6 Input white balance Decrement Description Decrements the white input balance for the different color channels Commands White input balance Red Command 0 Command 1 White input balance Green Command 0 Command 1 White input balance Blue Command 0 Command 1 3 17 7 Input white balance Write Description Writes the white input balance for the different color channels to the projector Commands Black input balance Red R5976884 RLM SERIES 04 04 2006 3 Advanced Commands Command 0 Command 1 Black input balance Green
12. 2 Basic Commands Returned Data Data 0 minimum Gamma value Example Reads the minimum Gamma value of the projector the awnser being 1x10 Command 1 2 7 30 Maximum Gamma Read Description Reads the Maximum range Gamma value of the projector Command Command 0 Command 1 Returned Data Data 0 Maximum Gamma value Example Reads the Maximum Gamma value of the projector the awnser being x1c AO _ _ _ _ _ AAAAAA _ gt R5976884 RLM SERIES 04 04 2006 2 Basic Commands 2 7 31 Phase increment Description Increments the Phase by one Command Command 0 Command 1 2 7 32 Phase decrement Description Decrements the Phase by one Command Command 0 Command 1 R5976884 RLM SERIES 04 04 2006 gt II ooo 11l 2 Basic Commands 2 7 33 Phase Write Description Writes a new Phase value to the projector Command Data Data 0 Phase value value unsigned byte Example Writes a new Phase value of x1a to the projector Receive acknowledge reteconeweey O 2 7 34 Phase Read 42 Description Reads the actual Phase value of the projector Command Returned Data Data 0 Phase value R5976884 RLM SERIES 04 04 2006 2 Basic Commands Example Reads the actual Phase value of the projector the awnser being 1x1a 2 7 35 Minimum Phase Read Description Reads the minimu
13. 30 Description Reads the actual Saturation value of the projector R5976884 RLM SERIES 04 04 2006 2 Basic Commands Command Command 0 Command 1 Returned Data Data 0 Saturation value Example Reads the actual Saturation value of the projector the awnser being 1x20 Transmit Start Projector address Commana 0 Command 1 Checksum Stop Receive acknowledge Start Projector address Command 0 Command 1 Checksum Stop Receive Answer Start xfe Projector address x01 Command 0 x21 2 7 17 Minimum Saturation Read Description Reads the minimum range Saturation value of the projector Command Command 0 Command 1 R5976884 RLM SERIES 04 04 2006 ooo SS 2 Basic Commands Returned Data Data 0 minimum Saturation value Example Reads the minimum Saturation value of the projector the awnser being 1x00 Command 1 2 7 18 Maximum Saturation Read Description Reads the Maximum range Saturation value of the projector Command Command 0 Command 1 Returned Data Data 0 Maximum Saturation value Example Reads the Maximum Saturation value of the projector the awnser being 1x7f 32 E gt gt __AAAA A _ R5976884 RLM SERIES 04 04 2006 2 Basic Commands 2 7 19 Tint increment Description Increments the Tint by one Command Command 0 Command 1 2 7 20 Tint decrement
14. Command 0 Returned Data Data 0 byLength 1 byte describing the length of the software version string Data 1 strSoftwareVersion 2 24 Projector s Serial number Read Description Reads the Projector s serial number the returned string is a Pascal language string Command 0 x61 O fe 3 o 5 a O O 3 o 5 a Returned Data Data 0 x07 length of the serial number 7 characters Data 1 string of length 7 2 2 5 Projector s runtime Read Description Reads the Projector s runtime in seconds Command 0 x62 Returned Data unsigned double word 4 bytes Data 0 msb Data 1 Data 2 Data 3 Isb 2 2 6 Projector address Write Description Writes a new address to the projector Command Command 0 x6D Data Data 0 unsigned byte Example Writes a new address to the projector being 1 a R5976884 RLM SERIES 04 04 2006 gt ooo 2 Basic Commands Transmit Start Projector address Commana 0 Data 0 Checksum Stop Receive acknowledge 2 2 7 Projector language Read Description Reads the active language for the projector Command Command 0 Returned Data Data 0 unsigned byte C Example reads the active language being Frangais 1 _ o _ _ _ _ _AAAAIIK3 gt Ro976884 RLM SERIES 04 04 2006 2 Basic Commands Receive acknowledge Start Projector address Command 0 Command 1 Checksu
15. Description Decrements the Tint by one Command Command 0 Command 1 R5976884 RLM SERIES 04 04 2006 33 2 Basic Commands 2 7 21 Tint Write Description Writes a new Tint value to the projector Command Command 0 Command 1 Data Data 0 msb Data 1 Isb type signed word Example Writes a new Tint value of 1x20 to the projector Transmit Start Projector address Commana 0 Command 1 Data 0 Data 1 Checksum Stop Receive acknowledge Start xfe Projector address x01 Command 0 x00 2 7 22 Tint Read Description Reads the actual Tint value of the projector Command 3h E AA lt KAA lt KAR5976884 RLM SERIES 04 04 2006 2 Basic Commands Returned Data signed word Data 0 msb Data 1 Isb Example Reads the actual Tint value of the projector the awnser being x00 x20 Command 1 2 7 23 Minimum Tint Read Description Reads the minimum range Tint value of the projector Command Command 0 Command 1 Returned Data signed word R5976884 RLM SERIES 04 04 2006 ooo 35 2 Basic Commands Data 0 msb Data 1 Isb Example Reads the minimum Tint value of the projector the awnser being xff x4c Start xfe 2 7 24 Maximum Tint Read Description Reads the Maximum range Tint value of the projector Command Command 1 Returned Data signed word Data 0 msb Data 1
16. R5976884 RLM SERIES 04 04 2006 gt ooo 163 3 Advanced Commands 1640 RO976884 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 commands command followed by one of the following codes Key simulation will only work if the function is supported by the firmware R5976884 RLM SERIES 04 04 2006 nn O 4 RCU commands 166 COS CIN Balance Tint Tint Tint Pause Phase Phase Phase Sharpness Sharpness CIN EI INN E R5976884 RLM SERIES 04 04 2006 4 RCU commands CIS CI R5976884 RLM SERIES 04 04 2006 gt II ooo 07 4 RCU commands 16d EI nooo RO976884 RLM SERIES 04 04 2006 Revision Sheet To gt 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 SERIES 04 04 2006
17. byTypeBlanking one byte describing the type of blanking Data 0 O blanking on image file saved in image file Data 0 1 blanking on display WStep unsigned word representing the amount of decrements The maximum number of pixels which can be blanked depends on the native resolution of the panels 2 41 8 Minimum Blanking Read Description Reads the Minimum values for the blanking Command Reads minimal top blanking 8 E _A lt KAAAAAAAAAAAIIRD976881 RLM SERIES 04 04 2006 2 Basic Commands Command 0 Command 1 Reads minimal bottom blanking Command 0 Command 1 Reads minimal left blanking Command 0 Reads minimal right blanking Command 0 Command 1 Sent Data byTypeBlanking one byte describing the type of blanking Data 0 O 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 O blanking on image file saved in image file Data 0 1 blanking on display Unsigned word 2 bytes representing the minimum value to be used for blanking Data 0 msb Data 1 Isb 2 41 9 Maximum Blanking Read Description Reads the Maximum values for the blanking Command Reads minimal top blanking Command 0 Command 1 Reads minimal bottom blanking Command 0 Command 1 Reads minimal left blanking Command 0 Co
18. A e _a a AAAAAR D96884 RLM SERIES 04 04 2006 3 Advanced Commands Receive Awnser 3 2 3 PiP Focus Write Description Gives the focus to a particular PiP window Command Command 0 Command 1 Data Data 0 Window type byte Window type byte value 0 Data A 1 Video A 2 Data B 3 Video B Example Gives the focus to a particular PiP window here x01 Data A Start 3 2 4 PiP layout Read Description Returns the configuration of a particular layout Command Command 0 x12 Command 1 NxOf R5976884 RLM SERIES 04 04 2006 gt I4 4 uu ee SE 91 3 Advanced Commands 3 2 5 3 2 6 92 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 PiP layout Write Description Configures a particular PiP layout Command Command 0 Command 1 Sent Data strPipName The strPipname string is of the C language type see chapter 1 Serial communications Basics Syntax page 9 PiPData binary data descri
19. Command 0 Command 1 Black input balance Blue Command 0 Command 1 Data Data 0 Isb 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 White input balance Red Command 0 Command 1 White input balance Green Command 0 Command 1 White input balance Blue Command 0 Command 1 Returned Data Data 0 Isb Data 1 msb Example Reads the White input balance for Red being 1x10 Transmit Start Projector address Command 0 Command 1 Checksum Stop R5976884 RLM SERIES 04 04 2006 II ooo AS 3 Advanced Commands Receive Awnser 3 18 Autolmage setup Write Description Sets up the Autolmage i e selects the Autolmage parameters Command Command 0 Command 1 Data Unsigned word see chapter 1 Serial communications Basics Data words page 6 Data 0 unsigned byte msb Data 1 unsigned byte Isb Total Pixels 0000 0001 Contrast Brightness 0000 0010 Start pixel line 0000 1000 Total pixels cont bright 0000 0011 Example Set up Autolmage for Total Pixels 132 gt gt a lt __ gt AA KR5976884 RLM SERIES 04 04 2006 3 Advanced Commands 3 19 Autolmage setup Read Description Reads the Autolmage set up Command Command 0 Command 1 Returned Data Unsign
20. Not used Cool down cycle Not used Not used Not used Textbox Projector active 0 ON 1 ON 1 inactive 1 OFF 0 OFF 0 R5976884 RLM SERIES 04 04 2006 gt II o i S19 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 projector is ON e textbox is on e cool down cycle is inactive 2 6 Lens commands 2 6 1 Lens shift Description Shifts the lens down or up depending on the data sent Command Command 0 Command 1 2 __ gt AAAAAAAAAAAAAAAAAAAAAAAAAAAAAA R9976884 RLM SERIES 04 04 2006 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 Command 1 Data Data 0 byDirection 1 byte gives the Zoom direction in out 0 out 1 in 2 6 3 Lens Focus Description To Focus the image Command Command 1 Data Data 0 byDirection 1 byte 0 1 2 7 Picture setting 2 7 1 Contrast Increment Description Increments the contrast by one Command Command 0 Command 1 Example Increment contrast of a projector with address 1x01
21. Receive awnser Start Projector address Command 0 Command 1 Data 0 Checksum Stop 514 E AA _ A AAHH AAAANN R5976884 RLM SERIES 04 04 2006 2 19 Logo ON OFF 2 Basic Commands Description Enables or disables the logo Command Command 0 Command 1 Data Data 0 unsigned byte byte value 0 logo OFF 1 logo ON Example Enables the logo Transmit Start Projector address Command 0 Command 1 Data 0 Checksum Stop Receive acknowledge Start Projector address Command 0 Command 1 Checksum Stop 2 20 Background Write Description Sets a particular background Command Command 0 Command 1 R5976884 RLM SERIES 04 04 2006 55 2 Basic Commands Data Data 0 unsigned byte byte value x00 Logo x01 Blue x02 Black Example Sets the background to Logo 2 21 Background Read Description Reads the actual background Command Command 0 Returned Data Data 0 unsigned byte byte value x00 Logo x01 Blue x02 Black Example Reads the actual background being x00 Logo SO R5976884 RLM SERIES 04 04 2006 2 Basic Commands 2 22 Aspect ratio Write Description Sets the Aspect ratio Command Command 0 x20 Command 1 x0b Data Data 0 unsigned byte byte value x00 Auto x01 4 3 x02 5 4 x03 16 9 Example Sets the asp
22. The value is a percentage of the desktop s width x 10000 R5976884 RLM SERIES 04 04 2006 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 Image 3 9 Desktop setting The positioning of the image is done with the Window position command ES Command 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 Data 13 Data 16 double word Right describes the Right of the desktop example 1024 3 11 Desktop area Read Description Returns the area of the desktop R5976884 RLM SERIES 04 04 2006 IX 4 4 ooo 117 3 Advanced Commands Image 3 10 Desktop setting Command 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 de
23. Window horizontal position Write Description This command sets the horizontal position of the active window MI nooo ROO 76884 RLM SERIES 04 04 2006 3 Advanced Commands Image 3 3 PiP data window is repositionned Command Command 0 Command 1 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 Command 1 Returned Data Data 0 Data 3 signed double word 3 2 25 Window vertical position Write Description This command sets the vertical position of the active window R5976884 RLM SERIES 04 04 2006 gt XI ooo 07 3 Advanced Commands Image 3 4 Command Command 0 Command 1 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 Command 1 Returned Data Data 0 Data 3 signed double word 3 2 27 Window horizontal position Increment decrement Description This command increments decrements the horizontal position of the active window 1108 UI nooo RO 76884 RLM SERIES 04 04 2006 3 Advanced Commands Image 3 5 PiP data window is repositionned Command Increment Command 0 Command 1 Decrement Command 0 Command 1 Data Data 0 byRep
24. a EN eee 98 3 2 12 PIP remove Layout 0 ta rro rodas AN O Ia ERAS E E EUO ane NEES E DULAAN 99 3213 PIRACMOVO WIN O Wir otr ta e EE Ep 9 ane EEE a A a TENE cents 100 3 2 14 Addable sources List redd irern ir trimi ia reu AE AN E EEEE A ee 100 3 2 15 PIPA WIN Wes ei neiro a e ae cantata e a a taba ira 101 3 22 16 PIP Window size Writer oia dt eE EEA dared AAA A A EA cates 102 32 17 PIP window Size Read mimica id id de iaa plis EN 103 3 2 18 PiP window size increment decreMent oooooccccccccccccccccccnnnnn ocn cnn rr 104 3 2 19 PIP Window size Read MIN MaX somos conca e a a es aii 104 3 2 20 PIP froo window Size WTO coo A A A oot a onthe 105 R5976884 RLM SERIES 04 04 2006 Table of contents 32 27 PIP Wee Window Size Rea on a doe a A pada ew Pande ds 105 3 2 22 PiP Window free size Read Min Max ccc ccc ccc cent tec nen ede been ee eeseeeeeneseeeeenbeenensedeedseneeeners 106 3 2 23 Window horizontal position Write ans siia aiaia ccc EATA aE a cent cnn 106 3 2 24 Window horizontal position Read 00 e ccc nee a a ee E eden eee eden eee eee nett enn ees 107 3 2 25 Window vertical position Write 2 cece ccc een cence eee e eee eee e teen eee e nents eeneeees 107 3 2 26 Window vertical position Read pnia eara oe vied een ba Au ean Wed AAG de Sandee dee E E AE E ARAT 108 3 2 27 Window horizontal position Increment decrement 000 cece cece eee eee eee eee cee rra rre 108 3 2 2
25. files see Syntax page 9 Command Send Data strFilenameFrom strFilenameTo strFilenameFrom and strFilenameTo are strings of the C string type see Syntax page 9 3 31 4 Move File Description This command moves an image file source file to another file destination file When moving a file from a location this location is not deleted and can be used to store another new file The source file and the destination file must always be custom files Syntax page 9 Command Command 0 R5976884 RLM SERIES 04 04 2006 gt gt oo 3 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 write active lines Command 1 write line start write period Command 0 Command 1 write total pixels write active pixels Command 0 write pixel start Command 1 write clamp width 144 a R5976884 RLM SERIES 04 04 2006 3 Advanced Commands Data 3 31 6 Image files settings read Description These commands reads the image files characterisitics Commands Read total lines Command 1 Read active lines Command 0 Command 1 Read line start Command 0 Command 1 Read period Command 0 Comm
26. link and if the sent commands can be interpreted by the projector an ACK command is sent back In case the commands cannot be interpreted a NACK command is sent back End of process EOP When the end of process command is activated an EOP is send after the ACK command to signify the completion of the process for more information about this see the EOP command Note Any command byte data byte or checksum byte that equals x80 xfe xff has to be converted 1 Transmission instead of x80 send 1x80 followed by 1x00 instead of xfe send 1x80 followed by x7e instead of xff send 1x80 followed by 1x7 2 Reception replace x80 followed by x00 with 1x80 replace x80 followed by x7e with xfe replace 1x80 followed by x7 with xff Data words msb The most significant byte is the byte with the greatest weight value Isb The less significant byte is the byte with the smallest weight value Description A word contains more than one byte the first byte is the msb the last byte is the Isb Examples of data words The projector runtime parameter is described using an unsigned double word where 2 bytes msb Isb represent the value of the runtime in seconds How to calculate the value of a word Lets take the example of a double word returned by the projector runtime read commando R5976884 RLM SERIES 04 04 2006 1 3 1 Serial communications Basics returned d
27. the end of process function R5976884 RLM SERIES 04 04 2006 13 2 Basic Commands Command Command 0 Command 1 Sent Data Data 0 activation byte 1x00 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 Command 1 The EOP will be sent after the ACK In case of a read command there is no EOP returned by the projector 2 2 Identification Commands 2 2 1 Device type Read Description Reads the device projector type the returned string is a Pascal language string Command Returned Data Data 0 byLength 1 byte describing the length of the string Data 1 strDeviceType pascal language string describing the device type An example of device type is RLM 2 2 2 Projector s Software type Read Description Reads the Projector s Software type the returned string is a Pascal language string Command Returned Data Data 0 byLength 1 byte describing the length of the software version string Data 1 strSoftwareType pascal language string describing the software type An example of software type is Standard 4 R5976884 RLM SERIES 04 04 2006 2 Basic Commands 2 23 Projector s Software version Read Description Reads the Projector s Software version the returned string is a Pascal language string x60 O O 3 o 5 a
28. the shutter Command Data Data 0 unsigned byte byte value x00 CLOSE x01 OPEN Example opens the shutter Transmit Start xfe Projector address x01 Command 0 x20 Receive acknowledge R5976884 RLM SERIES 04 04 2006 gt 34 ooo D1 2 Basic Commands Receive acknowledge 2 16 Shutter Read Description Reads the shutter s position Command Command 0 Command 1 Returned Data Data 0 unsigned byte byte value x00 CLOSE x01 OPEN Example Read the shutter being x01 open Receive acknowledge E _ A lt XAAAAAAAAANAARo976884 RLM SERIES 04 04 2006 2 Basic Commands Commana 0 x21 Command 1 Data 0 x01 2 17 Freeze Write Description Freezes the projected image Command Command 0 Data Data 0 unsigned byte byte value x00 OFF x01 ON Example activate the Freeze function Start xfe R5976884 RLM SERIES 04 04 2006 ooo D3 2 Basic Commands 2 18 Freeze Read Description Reads whether the projected image is frozen or not Command Command 0 Command 1 Returned Data Data 0 unsigned byte byte value x00 OFF x01 ON Example Reads the Freeze function being x00 OFF Transmit Start Projector address Command 0 Command 1 Checksum Stop Receive acknowledge Start Projector address Command 0 Command 1 Checksum Stop
29. type byte 0 Data A 1 Video A 2 Data B 3 Video B 3 3 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 visible UXGA data received from the IG Viewport SXGA image Image 3 6 Command Data Data 0 one byte 0 not active 1 active R5976884 RLM SERIES 04 04 2006 II ooo 3 3 Advanced Commands 3 4 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 Command 1 Returned Data Data 0 one byte 0 not active 1 active 3 5 Viewport Active Increment decrement Description Increments decrements 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 increment Command 0 decrement Command 0 Command 1 3 6 Viewport Active Min Max Read Description Returns the Min Max value of the viewport function which allow to select an area of the image window in PiP or full screen mode to be visible Command Minimum Command 0 Maximum Command 0 Command 1 Returned data Data 0 One byte describing the Min Max value of the viewport active command 14 o o
30. 0 5 Lamp runtime Read Description Reads the lamp runtime the lamp lamp1 or lamp2 runtime to be read is given in the data field Command Command 0 Data Data 0 unsigned byte data value 1 lamp1 2 lamp2 Returned Data Data 0 unsigned byte 1 lamp1 2 lamp2 unsigned double word 4 bytes representing the runitme see chapter 1 Serial communications Basics Data words page 6 Data 1 msb Data 2 Data 3 Data 4 Isb 2 30 6 Lamps Serial number Read Description Reads the Lamps Serial number the lamp lamp1 or lamp2 to be read is given in the data field 5 _AA lt A lt A lt AAAAAAAAAAAAAAIAR59 6884 RLM SERIES 04 04 2006 2 Basic Commands Command Command 0 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 command The string used to represent the filename is of the C string type Command Command 0 Data strFilename string of the C string type representing the filename Example of filename HD_1080P 60 xml By default the file will be selected in the Custom directory If the necessary file is a standard file then strFile name should be Standard HD_1080 60 xml
31. 006 gt II ooo A 2 Basic Commands Command Command 0 Command 1 Returned Data Data 0 minimum Brightness value Example Reads the minimum Brightness value of the projector the awnser being 1x00 Transmit Start Projector address Commana 0 Command 1 Checksum Stop Receive acknowledge Start Projector address Command 0 Command 1 Checksum Stop Receive Answer Start Projector address Command 0 xfe x01 x26 2 7 12 Maximum Brightness Read Description Reads the Maximum range Brightness value of the projector Command Command 0 Command 1 28 R5976884 RLM SERIES 04 04 2006 2 Basic Commands Returned Data Data 0 Maximum Brightness value Example Reads the Maximum Brightness value of the projector the awnser being 1x64 Command 1 2 7 13 Saturation increment Description Increments the saturation by one Command Command 0 Command 1 2 7 14 Saturation decrement Description Decrements the Saturation by one R5976884 RLM SERIES 04 04 2006 ooo 2 2 Basic Commands Command Command 1 2 7 15 Write Saturation Description Writes a new Saturation value to the projector Command Data Data 0 Saturation value value unsigned byte Example Writes a new Brightness value of 1x20 to the projector Transmit Receive acknowledge CITI 2 7 16 Saturation Read
32. 1 3 31 17 charge pump current Write Description Sets the charge pump current for the VCO Command Command 0 Command 1 Data Data 0 byte type 3 31 18 charge pump current Read Description Reads the charge pump current Command Command 0 Command 1 Returned Data Data 0 unsigned byte 3 31 19 Minimum Maximum charge pump current Read Description Reads the minimum max charge pump current for the VCO Commands read minimum Command 0 Command 1 read maximum Returned Data Data 0 minimum VCO value 152 ooo ROO 76884 RLM SERIES 04 04 2006 3 Advanced Commands 3 31 20 Clamp position Increment Decrement Description Increments decrements the Clamp position by one Commands increment Command 1 decrement 3 31 21 Clamp position Write Description Sets the clamp position Command Command 0 Command 1 Data Data 0 byte type 3 31 22 Clamp position Read Description Reads the clamp position Command Command 0 Command 1 Returned Data Data 0 unsigned byte 3 31 23 Minimum Maximum clamp position Read Description Reads the minimum max clamp position Commands read minimum Command 0 read maximum R5976884 RLM SERIES 04 04 2006 gt II ooo 3 3 Advanced Commands Commana 0 Command 1 Returned Data Data 0 min max value 3 31 24 Comb filter Increm
33. 4 RLM SERIES 04 04 2006 2 Basic Commands 2 38 Filmmode detection Write Description Enables disables the filmmode detection Command Data Data 0 byte type byte value 0 OFF 1 ON Example Enables the Filmmode detection Transmit Command 1 xal Data 0 x01 Receive acknowledge 2 39 Filmmode detection Read Description Reads whether the Filmmode detection is enabled or not Command R5976884 RLM SERIES 04 04 2006 ooo 2 Basic Commands Returned Data Data 0 unsigned byte byte value x00 OFF x01 ON Example Reads the Automatic startup being x00 OFF Start xfe 2 40 Autoimage execute 78 Description Executes the Autoimage function on the window defined by the first data byte the second byte sets the Autoimage settings If the data bytes are ommited the Autoimage function will be executed on the active window window which has the focus using the actual Autoimage settings R5976884 RLM SERIES 04 04 2006 2 Basic Commands Command Command 0 Data optional Data 0 byWindow Data 1 Data 2 wValue word describing the settings of the Autolmage function The 4 bits of the first byte Isb are used Start pixel line Contr Bright TotalPixels Table 2 264 byte description Example executes Autoimage on the window which has the focus the data bytes are ommited 2 41 Blanking Overview Blank
34. 6 2 Basic Commands Color temperature Data 0 If Data 0 is ommited current used colortemp is returned Returned Data Unsigned 2 byte word msb Isb see chapter 1 Serial communications Basics Data words page 6 Data 0 unsigned byte msb Data 1 unsigned byte Isb 2 32 5 Color temperature Read Description Reads the actual preset color temperature value from the projector Commands Command 0 Command 1 Returned Data Data 0 unsigned byte data values x00 projector white x20 broadcast x36 Film x41 Video x5D Computer xff custom Example Reads the actual preset color temperature of the projector the awnser being 1x00 projector white R5976884 RLM SERIES 04 04 2006 gt ooo 1l 2 Basic Commands Receive Answer 2 33 Standby Timer Write 72 Description Adjusts the Standby Timer in a range from 180 to 3600 Command Command 0 Command 1 Data Unsigned word representing the standby time value Data 0 msb Data 1 Isb range 180 to 3600 seconds 0 seconds Standby timer OFF Example Sets the standby time to 400 Transmit Start Projector address Commana 0 Commana 1 Data 0 Data 1 Checksum R5976884 RLM SERIES 04 04 2006 2 Basic Commands Receive acknowledge Start xfe Projector address x01 Command 0 x00 2 34 Standby Timer Read Description Reads the actual Sta
35. 8 PiP Window horizontal position Read Min Max 006 cece cece eee e ee eee e tenet teed eee e teen eee e eens 109 3 2 29 PiP Window vertical position Read Min Max 006 c cece eect c eee eee cnn 110 32301 PIPAS a a o a on Meee tear 110 3 2 31 Prionity ROA it A a al ai 111 3 2 32 PIP Listactive sources Roada imac ma naaa E AAA A Tae RATA Ameen ees 111 3 2 33 PiP lastadded window type Read encia A ia GAEE E gates 113 3 3 ViedwportActive Write osc eee at 113 3 4 Miewport Active Read ct A oe thee Py Las baton nena eta ced eed dh taal ia erent 114 3 5 Viewport Active Increment decrement 2 0c cece eee nr 114 3 6 Viewport Active Min Max Redd icono rr one eiianuad a e A tag hiya aie gee none 114 Sf Viewport Areay Write oo A das ele eee ee 115 3 8 ViewportArea Read aisce oetara noaee a o edad Adol Rea 115 3 9 Viewport Area Min Max Read cist deceees sven Sy A i pie cele Sedan ober oye ds pa 116 3 10 Desktopiarea Wite nn nerede nten tees eves pete petete baad eee KAE AA Aa aaa a aT 117 3 11 DesktoprareanReadiara enie en i a A A E EEE AN 117 312 Digital ZOM rae ace a S E E O e Lan E DO aaa SEEEN E EO 118 3 12 1 Minimum Maximum window size REAd ooooooccccccccccccccccccnnnnn ocn nnnn rr 118 3 12 2 Minimum Maximum window X position Read oooocccccccccccnccccccnnnccacnnnrrncn rr rra 119 3 12 3 Minimum Maximum window Yposition Read 0 0 cece cece cece eee eee cnn 119 3 124 AVINdOWESIZ
36. AAAR976884 RLM SERIES 04 04 2006 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 Isb The maximum number of pixels blanked depends on the native resolution of the panels 100 Brax Benas Left blanking Right blanking 2 41 6 Blanking Increment Image 2 2 Description Increments the blanking value by one Command Increments Top blanking Command 0 Command 1 Increments Bottom blanking Command 0 Command 1 Increments Left blanking Command 0 Command 1 R5976884 RLM SERIES 04 04 2006 ooo 8 2 Basic Commands Increments Right blanking Command 0 Command 1 Data byTypeBlanking one byte describing the type of blanking Data 0 O 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 Description Decrements the blanking value by one Command Decrements Top blanking Command 1 Decrements Bottom blanking Command 0 Decrements Left blanking Decrements Right blanking Data
37. Description Reads the priority order of a particular window Command Command 1 Command 2 Data Data 0 Window type byte Window type byte value 0 Data A 1 Video A 2 Data B 3 Video B Returned Data Data 0 unsigned byte 0 Top 3 bottom 3 2 32 PiP List active sources Read Description Returns the PiP active sources for each window The returned data is composed of 4 times a determined sequence R597 6884 RLM SERIES 04 04 2006 gt 111 3 Advanced Commands Command Command 0 Command 1 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 0 NO 1 YES Data 2 file found byte 0 NO 1 YES Data 3 input selection byte for video windows O decoder layer1 1 decoder layer3 4 SDI Oxff None for data windows O data 1 SBC oxff None Data 4 source selection word for video windows word value OOOO i C E ICO E 9 CC for data windows ECT CIN 6 the signal present on the Cs signal is a composite video signal containing the composite sync 112 R5976884 RLM SERIES 04 04 2006 3 Advanced Commands ETA AA RGB Video 3 2 33 PiP last added window type Read Description Returns the last added window type Command Command 0 Command 1 Returned Data Data 0 Window
38. GA image Image 3 8 Command Data Data O 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 The value is a percentage of the desktop s height x 10000 Data 4 5 wCX word 2 bytes representing the width of the viewport relative to the desktop image The value is a percentage of the desktop s width x 10000 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 Viewport Area Min Max Read 116 Description Returns the minimum maximum values for the viewport area Command minimum Command 0 Command 1 maximum Command 0 Command 1 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 The value is a percentage of the desktop s height x 10000 Data 4 5 wCX word 2 bytes representing the width of the viewport relative to the desktop image
39. O AG ict haters OO 68 2 31 3 File Lists read ici eth eae let eee cad E Sa dd Lanne ae betas aed ta rd tia 68 2 31 4 Active Tiles ltSt reads ciones rt A crates nas auven tess chi A Panik one died aoe A A a a eA 68 2 32 Color temperature cnc r A TA ads cade AN te ete EY saa vag A a Ae ea heen Padre A ees 69 2 32 1 Color temperature Red Blue Increment 00 cece cece eee e eee eee eee cnn eee ceed eee eden ee een nent nnn eee 69 2 32 2 Color temperature Red Blue Decrement 0006 c cece cece eee renee eed eee e cee rnnr EnEn eset seen eeeeeeeeeeeee 69 2 32 3 Color temperature Red Bleu Write 0 2 ccc cece eee e ee need eee nee ee cede ne ee eden tees nee nent eee e ees 70 2 32 4 Color temperature Red Bleu Read 00 0c ccc cece cnn 70 2 32 5 Color temperature Read vivian ia A a a a 71 2 33 Standby Timer WAIE a A a a lt E E AEA E 72 2 34 Standby Mime ROA init a E EE E E A A A E E E A ie 73 2 35 Switching mode Writers kreere taaa e wee pele PAA a daa 74 230 Switching mode Reade esrara nana aa tthe a a A ed Ati 75 2 37 Filmmode detection Increment Decrement oommoccorccrercccnccnorncnnnno roer nr taraire cr 76 2 38 Filmmode detection Write A A ad cidad 77 2 39 Filmmode detection Read ivi tai ii A EAEE A A AAA ia 77 2 40 Autoimage execute cu dra e Aa pale Sl a e id pd dau ae Olle 78 PAT REA EIE aT e e e ei cda edo 79 A A A sence ioorcsnate pease fe edta deans sags eatin eae eee t
40. O WTO dye tote teat mired AA cated A ata Se ray AS AE 120 312 5 Window X position panning Write c 02363 ae aces cise ee a dene ta vene a de cause ta dia 120 3 12 6 Window Y position panning Write 2 c eee cee eee dened eee SASEA EEEE ERASE nett eee eeeeeeeees 120 S427 Window size NN O ae a hem Gala heed Ma w plane A Coc ania wg aca ake 121 3 12 8 Window X position panning Tead sessir ii tenane haa ia Aa eee eee ee eden ee eee ene e teed n A AE a es 121 3 12 9 Window Y position panning read 0 0 srani i t cn 121 3 12 10 Window size Increment seire ianen a a iaa 122 3 12 11 Window X position Inerement yr anaE eee aa E E E a EEE ETNE Aa Ee KEE EEEE ADE A EEEE 122 3 12 12 Window Y position Increment iyere aaa E a a a AA a A EEA e P E AOA EE E E aa a A 122 3 12 13 Window Size Decrement iorns PA a a a TE A a EE a adn 123 3 12 14 Window X position Decrement 00 6 ccc cece cee cnn 123 3 12 15 Window Y position Decret 0 A ee a a et a site Bee 123 3 13 Automatic Startup Write gic vise e ha A Eade ee Ly eee ee edn ek a dete tan Saas 123 3 14 Automatic startup REA iii A oe bdo ate Aine siete wae oe Soe Mela earls Sua nee pane aaa Soe 124 3 15 Startup SCreen WO at ds O St ios 125 3 16 Startipiscreen REA trote id deals Ai RS NE eee Gnd O L E ded haus 126 3417 Input balalCe vb A Onde alec a A nine hts ova R nates 127 ITA Input black balance Incremento cea heats E Heb Lag aig a ee ae ee
41. R5976884 02 04 04 2006 RLM series User Guide RS232 commands BARCO Visibly yours 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 Table of contents TABLE OF CONTENTS 1 Serial communications BaSiCS ooccocccccccccnccnncnnnnnnnnncnnnn rca nnn nr 5 1 1 Communication Protocol vc btt a td Lt da da ibi widen A e A Ad a o les 5 k2 DAA WO veer ere a A A eR Pe A A A A dd 6 T3 Communication Setting Sian ti an ieee on as cari aes 7 A A O Pe a aE 7 ES O E A O AN 9 1 6 Serial comms commands eissai taa a A A tad dla A ad adapta oiteda 10 Basic COMMANAS A A A A A 13 2 1 End or process EP lt tr ed ceiey ticas e iia poured bd de 13 2 2 Identification COMMANGS n eee A A a iene 14 2 2 4 Device type Read iia ii A A O Seba 14 2 2 2 Projector s Software type Reais iesiri cts e A e iaa 14 2 2 3 Projector s Software version Read css meisierier orar Aai o ES nr 15 2 24 Projector s Serial number Read A A gaye dea da ened bee ta add dci 15 22 Projectors runtime Reads 2 4 A A A A dee ead 15 2 2 6 Projector address Wii A ii ti io 15 2 21 Projector language Read cmo a a AA A tada it 16 2 2 8 Projector language WO coca a ita 17 2 2 9 A O accessor ian dee os teas pE canted eee ting bide heed eee eee bene E EE ite wy ESTEE Deia 18 2 3 IRE Kesola alante LALO ENE A E A oh Ween
42. Se 127 3 172 Input black balance Decrement cc2stas0 at in tatiana cheek 128 3 13 Input black balance WS renea a a ot ita 128 3 1 7 4 gt Input black balanice Read ecse cade de st a er Dia ba te te A AA b ar rt day 128 3 17 5 Input white balance Increment 0 66 c cece cece eee nr 130 3 17 60 Input white balance Decrement aio Sy eae te ee A eye env oy dae Spee 130 SART Input white balance Write coccion ias ad Maes at dad des oleate Ltd aid te chee 130 3 17 28 Input white balance Readers 055 crews lee A A A A A A a ia aes 131 3 18 Autolmage Setup Writes icdeitectesse A OA in ies aden 132 3 19 7 Autolimage Setupy REA a A a Earle dz 133 320 Automatic A a e ood 134 3 21 Automatic Gain Control Read ines A A ice 135 3 22 Manual Gain Control value Write 2 0 2 0 cece cet e cent een e en bbe ee renee seed cc cnc 136 3 23 Manual Gain Control value REA 00 cei cine a A A Haart cede 137 3 24 Gain Control Increment Decrement 0 cece cece ee eee eee e eee eee rra 138 3 25 Minimum Maximum AGC value Read ccc cece cece eee cece ence rece eee renee penne tebe rr 138 3 26 Automatic Gain Control interval Write oococcccccccccccccccccccccnccn nr entree tebe beeen nnn ees 139 3 27 Automatic Gain Control Interval Read 0 nnn ents tebe E iiaiai 139 3 28 Data input format Increment Decrement 00 c cece eee eee rra 140 3 29 Datalinput format Write scies ia ev
43. a Data 0 Window type byte Window type byte value 0 Data A 1 Video A 2 Data B 3 Video B Example Removes a particular PiP window here x01 Data A Start xfe 3 2 14 Addable sources List read Description This command reads a list of the sources which can be added to the PiP using the add window command MO ROO 76884 RLM SERIES 04 04 2006 3 Advanced Commands Command Command 0 Command 1 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 Mode of the source input position and size of the window e order priority of the window front background Command Data Data 0 bySource byte describing the source to be linked to the window CO ooo CON es a eo EN CIN a SN y CON CAN Data 1 byMode byte describing the signals connected to the input section For more info about the input configurations see the projector s Owner s manual for BNC s and D15 RGBHV RGBCS analog PrYPb detect slot mode R5976884 RLM SERIES 04 04 2006 gt 101 3 Advanced Commands for composite video Video BNC O e for Svideo Byte value EA 100 SVideo 1 Data 2 Data 3 Xsize word Data 4 Data 5 Ysize word Data 6 Data 7 Xposition word Data 8 Data 9 Yposition word
44. a dees ace a e mamas See ordre teats atl 18 2 4 Projector ON OFF WI A tained te eon as A LUA E ab eaten beatae 19 2 5 Projectors Status Redd imitar tt Da ida DEEE ert atanda cen dd Seas 19 2 6 Ons COMMANAS aoa aeaee eaea r date es Sem ia Parte EAE Sires eae aa ia Sana sae awe cana tae hein Dota Oaa Aa AAN 20 2 6 1 es di A a oa loas 20 PA E E TN E E E E E Aas ca tics Sauce of nto teen E OEE EEE NE E 21 2 6 3 Lens FoC Ss a reee ihe doce ae Jey Ua Naud Welw EEEE ce AEE clad E dag A Soe ow laws EE AEE ET 21 2 7 lt Picture Setting tt ened nieee coat A A A a aeaa a a ET oie A daa 21 27 1 A O EEE SE A E th E ees beet de ead ee 21 2 1 2 Q ntrast decrement ermee a n E E E A het duces T Ea NA AnA A Da nia bee A EE a A E E EDA EA 22 PAT AS E O0 1 p LE EE A NE EEN E A EE E E AE E E N E E E 22 2TA A O 23 2 1 5 1 Minimum Contrast Read como A ea ee a a te EEE i Dae 24 2 7 0 Maximum Contra st Read ari isinne e A A A A A A A RS Ei 24 ZA Brightness ANC A a e tod cee os 25 271 8 Brghtness decrement aserre ien A EE Ai EEE a AAE E AE EAEE TARE P ia PEAT EE eE RA Seine 26 230 9 BrightheSs Write adere n A Saal a as eel EEA dad A n 26 231 10 Brightness Read ini T AO E NA DEE OE OA 27 27 11 Minimum Brightness Read ra bd a 27 2 7 12 Maximum Brightness Rea A E Ka ieee AEA 28 DAA Saturation A A a EENE 29 2 7 14 Saturation der Muir tt ed white A db A A A E odes ida one ot 29 215 Write SAUNA a la 30 A AA A A 30 2 7 17 Minimum Satu
45. aded UREE ean A A Wak gaia be ng gd Aia oa c 141 3 30 Data input format Read aia pit da Reade nee dee Pde du da Maken ale Sige Sci demu chain Saute de dated oe 141 331 Image MNCS 2 oe de cece ost ec ea at a al AUER UNE ae of ears a tae iia eee 142 3 311 O ters atone peas ede eee Ga ae oat a Mc RE 142 3 31 22 Copy A ii pany 143 331 3 Rename Filid easair ei via Ad A A A ad Poke 143 3314 Move File eison ta a andes ot Minh cena nda teat obama peda AE obs Aa yee Bea 143 3 31 5 Image files Settings WISIN eas ln ada 144 3 31 67 Image files settingS ad rro A Pts batida 145 3 31 7 Image files settings Increment 0 ccc cece eee ccn cnn 146 3 318 Image files settings Decrement ac05 a en Gk ER pan eng AGRE o Pie oe ede 147 3 31 9 Read Minimum Maximum Image files settingS 00 0 cece cece eee eee e eee eee eee eee e eee r nn rre 148 3 31 10 VCO ICM iis citas Poa cere idee cea sade beg Taek AA Tae Ee A RE AAA deen 149 A decrement aian at ioe con E E waged ponesaa anne a a E a bay ed eine A wares a 149 R5976884 RLM SERIES 04 04 2006 ooo Table of contents 3 31 12 CO Wie a ana 150 31 13 VEO Read ci a A a toco la 150 3 31 14 Minimum VCO Read et dt A A A AAA Asatte abaya daa E a cada 151 3 31 15 Maximum VCO ROA nia ld Dt thay Lack ais A AAA dida taut A 151 3 31 16 Charge pump current Increment Decrement ooococccccccccccccnnncccnc nr 151 3 31 17 charge pump Current WTO ccoo bE nae a0 see Bena ead a
46. and Data Data 0 byRepeat 1 byte to define the rate of increment 3 12 11 Window X position Increment Description This command increments the X position of the zoom window This is done by incrementing the X position percentage the rate of increment can also be specified Command Command 0 Data Data 0 byRepeat 1 byte to define the rate of increment 3 12 12 Window Y position Increment 122 Description This command increments the Y position of the zoom window This is done by incrementing the Y position percentage the rate of increment can also be specified Command Command 1 Data Data 0 byRepeat 1 byte to define the rate of increment R5976884 RLM SERIES 04 04 2006 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 Data Data 0 byRepeat 1 byte to define the rate of decrement 3 12 14 Window X position Decrement Description This command decrements the X position of the zoom window This is done by decrementing the X position percentage the rate of decrement can also be specified Command Command 1 Data Data 0 byRepeat 1 byte to define the rate of decrement 3 12 15 Window Y position Decrement Description This command decrement the Y position of the zoom window This is don
47. and Returned Data Data 0 byStatus 1 byte representing the status of the logo Table 3 289 byStatus byte description 3 35 Take screenshot Logo 160 Description Takes a screenshot of the projected image for the logo the logo image information is stored in an SDRAM Command Example Takes a screenshot Transmit R5976884 RLM SERIES 04 04 2006 3 Advanced Commands Receive acknowledge 3 36 Save screenshot Logo Description Saves the previously taken screenshot see the take screenshot commana Take screenshot Logo page 160 from the SDRAM to a flash memory F load logo a S i D m abort save logo R S A ma M O r save logo 7 y lt YN Cc 0 o _ O N O x Image 3 11 Command Command 0 Command 1 3 37 Abort saving screenshot Logo Description Aborts saving the previously taken screenshot R5976884 RLM SERIES 04 04 2006 gt 161 3 Advanced Commands F load logo a S S h D m abort save logo R gt A m M O i save logo Sy y take screenshot Image 3 12 Command Command 1 3 38 Load logo Description Loads the logo present in the flash memory in the SDRAM ML nooo ROO 76884 RLM SERIES 04 04 2006 3 Advanced Commands F load logo a S S h D m abort save logo R gt A m M O i save logo Sy y take screenshot Image 3 13 Command Command 1
48. and 1 Read total pixels Command 0 Command 1 Read active pixels Command 1 Read pixel start Command 0 Command 1 R5976884 RLM SERIES 04 04 2006 II o 145 3 Advanced Commands Read clamp width Command 0 Command 1 Returned Data Commands Data type total lines 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 31 7 Image files settings Increment Description These commands set the image files characterisitics Commands Increment total lines Command 0 Command 1 Increment active lines Command 1 Increment line start Command 0 Command 1 Increment period Command 0 Command 1 Increment total pixels Command 0 Increment active pixels Command 0 Command 1 146 ooo RO976884 RLM SERIES 04 04 2006 3 Advanced Commands Increment pixel start Command 0 Command 1 Increment clamp width Command 0 3 31 8 Image files settings Decrement Description These commands set the image files characterisitics Commands decrement total lines Command 0 Command 1 decrement active lines Command 0 Command 1 decrement line start Command 0 Command 1 decrement period Command 0 Command 1 decremen
49. ary 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 gt II ooo 1 1 Serial communications Basics R5976884 RLM SERIES 04 04 2006 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 e Source selection e Scanned inputs read e Scan inputs File Load Orientation Write Orientation Read Shutter Write Shutter Read Freeze Write Freeze Read Logo ON OFF Background Write Background Read e Aspect ratio Write Aspect Ratio Read Show Native resolution ON OFF Write Show Native resolution ON OFF Read Full screen representation ON OFF Write Full screen representation ON OFF Read Keystone Write Keystone Read Lamp commands Image files e Color temperature Standby Timer Write Standby Timer Read Switching mode Write Switching mode Read Filmmode detection Increment Decrement e Filmmode detection Write Filmmode detection Read e Autoimage execute Blanking 2 1 End of process EOP 2 Basic Commands Description When activated returns an EOP whenever a command has been executed processed An activation byte has to be sent in order to activate or disactivate
50. ata Data 0 Data 3 value Data 0 2563 Data 1 2562 Data 2 256 Data 3 Communication settings 1 4 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 kee Data Bits Eight data bits are used for each character of the data transfer Parity There is no parity bit used to perform error checking Stop Bits One stop bit is used to define the end of a character Hardware Overview Female D9 pin connector labelled RS232 IN used to connect the projector with the computer Pin out of the D9 connector Request To Send Clear To Send es ES COM TT ei e Standard serial Cable order number R9827560 cable length 15m order number R9827570 cable length 30m R5976884 RLM SERIES 04 04 2006 ooo 1 Serial communications Basics 1 1 CD CD 2 2 RxD RxD 3 3 TxD TxD 4 4 D9 DTR DTR D6 female 5 5 male GND GND 6 6 DSR DSR 7 7 RTS RTS 8 8 CTS CTS 9 9 RI RI Image 1 1 connection IBM PC or compatible projector 1 4 HSKo DTR 2 8 HSKi CTS 3 3 TxD TxD 4 5 DIN GND GND 66 mini 8 A 2 male RXD RxD 6 TXD 7 n c 8 RXD Image 1 2 connection MAC gt pr
51. bing the PiP layout The data used to write a layout using the write layout command should be of the same form of the data read using the read PIP layout command see PiP layout Read page 91 The data to be send is the data previously read by the PiP layout read command PiP layout List Read Description Returns the PiP layout list Number of layouts N may vary from 1 factory layouts to 10 Command Command 0 Command 1 Send data One or more filter masks wildcards must be specified the logic function used between the different filter masks is the OR function The mask is sent in the form of a string thus always terminated by a the stop byte x00 strMask1 strMaskN An example of a wildcard is the asterix the hexadecimal notation of the asterix being x2a R5976884 RLM SERIES 04 04 2006 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 R5976884 RLM SERIES 04 04 2006 ooo 3 3 Advanced Commands 3 2 7 PiP current layout Read Description Returns the current PiP layout Command Command 0 x12 Command 1 x05 Returned Data strPipname string The string is of the C langua
52. by one Transmit Command 1 R5976884 RLM SERIES 04 04 2006 gt I D 2 Basic Commands 2 7 2 Contrast decrement Description Decrements the contrast by one Command Command 1 2 7 3 Contrast write Description Writes a new contrast value to the projector Command Data Data 0 contrast value Data 0 unsigned byte Example Writes a new contrast value of x20 to the projector Transmit fw Receive acknowledge 22 gt AAXAE AAAAAAAAAAAAAAAANNAK Ro976884 RLM SERIES 04 04 2006 2 Basic Commands Receive acknowledge 2 7 4 Contrast Read Description Reads the actual contrast value of the projector Command Command 0 Command 1 Returned Data Data 0 contrast value Example Reads the actual contrast value of the projector the awnser being x20 Command 1 R5976884 RLM SERIES 04 04 2006 gt gt II ooo 2 Basic Commands 2 7 5 Minimum Contrast Read Description Reads the minimum range contrast value of the projector Command Command 0 2 7 6 24 Command 1 Returned Data Data 0 minimum contrast value Example Reads the minimum contrast value of the projector the awnser being 1x00 Command 1 Maximum Contrast Read Description Reads the Maximum range contrast value of the projector R5976884 RLM SERIES 04 04 2006 2 Basic Commands Command Command 0 Command 1
53. crement Decrement Description Increments decrements the horizontal sync polarity by one Commands increment Command 1 decrement command 0 3 31 29 Minimum Maximum Horizontal sync polarity Read Description Reads the minimum max Horizontal sync polarity Commands read minimum 156 RO976884 RLM SERIES 04 04 2006 3 Advanced Commands Command 0 Command 1 read maximum Commana 0 Commana 1 Returned Data Data 0 min max value 3 31 30 Horizontal sync polarity Read Description Reads the Horizontal sync polarity setting Command Command 0 Command 1 Returned Data Data 0 byte O active low 1 active high 2 auto determined by ADC 3 31 31 Horizontal sync polarity Write Description Sets the Horizontal sync polarity setting in the image file Command Command 0 Command 1 Data Data 0 byte O active low 1 active high 2 auto determined by ADC 3 31 32 Sync locking Increment Decrement Description Increments decrements the Sync locking setting by one Commands increment Command 1 decrement command 1 R5976884 RLM SERIES 04 04 2006 ooo 3 Advanced Commands 3 31 33 Minimum Maximum Horizontal Sync locking Read Description Reads the minimum max Sync locking Commands read minimum Command 1 read maximum Returned Data Data 0 byte 0 slow 1 fast
54. d as a C language string This string has to follow some rules x 1 length string 12 2 x character of the base name formed by max 8 characters y kind of file 1 character 4 z file index 2 characters 0 9 zz specifies the location in memory where the file is stored for standard files zz 00 maximum standard files for custom files zz 00 63 where 00 is reserved for the file none c00 file which is loaded when no signal is applied 5 yzzis a unique combination In other words no two files can exist with the same extension yzz To specify more than one file you can use the question mark and wildcard character for x y and z or any other character 2 This wildcard character can represent any possible character on a particular location This wildcard character can represent any possible character s following the wildcard s position in the string ntsc co1 svga_60v s 7 sade ip hp de tur ep ie Wp aw e ad Serial comms commands Basic Commands Basic commands are the commands used to control the basic parameters of the projector The Contrast increment command is a basic command Advanced Commands Advanced commands are used to control advanced parameters of the projector The Pip loop focus is an advanced parameter R5976884 RLM SERIES 04 04 2006 1 Serial communications Basics This manual is divided in two parts the first part contains the basic element
55. d percentage 100 right border Data 4 unsigned byte representing 2 decimal digits 0 100 This byte is optional Values gt 100 are truncated to 100 3 12 6 Window Y position panning Write 120 Description This command sets the Y position of the active window window which has the focus This is done by sending a percentage 100 corresponds to a zoom window at the bottom of the window 0 corresponds to a zoom window at the top of the window 50 corresponds to a zoom window in the middle of the window R5976884 RLM SERIES 04 04 2006 3 Advanced Commands Command Command 0 Command 1 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 gt 100 are truncated to 100 3 12 7 Window size Read Description This command reads the size of the zoom window Command Command 0 Command 1 Returned Data Data 0 Data 3 double word 4 bytes see chapter 1 Serial communications Basics Data words page 6 corresponding to the actual percentage 100 initial window size gt 100 window has been zoomed in lt 100 window has been zoomed out Data 4 unsigned byte represents the decimal part 3 12 8 Window X position panning read Descrip
56. de Example Reads the actual Lamp mode of the projector the awnser being x00 single mode Transmit Projector address x01 Receive acknowledge R5976884 RLM SERIES 04 04 2006 gt II ooo 3 2 Basic Commands Receive acknowledge 2 30 3 Lamp Status Read 64 Description Reads the actual Lamp Status of the projector Command Command 1 Returned Data Data 0 Lamp Mode unsigned byte see Lamp Mode Read page 63 Data 1 Active lamp s unsigned byte see following table Table 2 209 Lamp status active lamps table Example Reads the actual Lamp Status of the projector the awnser being 1x01 Lamp1 in single mode Transmit Start Projector address Commana 0 Commana 1 Checksum Stop R5976884 RLM SERIES 04 04 2006 2 Basic Commands 2 30 4 Lamp Warning Read Description Reads the actual Lamp Warning setting of the projector Command Command 0 x21 Command 1 x0e Returned Data Unsigned word composed of 2 bytes see chapter 1 Serial communications Basics Data words page 6 Data 0 first byte msb Data 1 second byte Isb Example Reads the actual Lamp warning setting of the projector the awnser being x1E 30 hours Command 0 x21 R5976884 RLM SERIES 04 04 2006 65 2 Basic Commands Receive acknowledge Start Projector address Command 0 Command 1 Checksum Stop Receive Answer 2 3
57. ds Pen tee 152 3 31 18 charge pump current Read sssini hntenuenss te Nec 152 3 31 19 Minimum Maximum charge pump current Read 0 c cece cece cee e eee eee eee eee e eee e eee nett teen nett eeneees 152 3 31 20 Clamp position Increment Decrement 066 cc cece een ee need ee ee eed e ee eee eden t eee eee e tenn n ees 153 3 91221 Clamp position VS de ee cias 153 3 31 22 Clamp position Read ui a a EA 153 3 31 23 Minimum Maximum clamp position Read ooocccocccccccccccccnnncccnn cnc cnc eden eee e anne narrer 153 3 31 24 Comb filter Increment Decrement cc cece eee eee eee neneenceenenedeee been ee rr rre 154 3 31 25 comb filter Write A on A dat 154 3 31 26 Comb filter Read iii A Seat Laan eE Sande Se bent is mae 155 3 31 27 Minimum Maximum comb filter Read 0 ccc cence eee annann anana ebb b eee bebe be eeeeeeeebnenenes 156 3 31 28 Horizontal sync polarity Increment Decrement 0 6 c cece cece eee eee eee eee eee eee e eden eee e tenet eeennees 156 3 31 29 Minimum Maximum Horizontal sync polarity Read 22 cece cece eee eee c cent eet ee nett seen nett eens 156 3 31 30 Horizontal syne polarity Read mesate pee a ba cn nad add eid cee eee AL aoa cee 157 3 31 31 Horizontal sync polarity Writes ccachecaaces Sead teal ai aE EE a tea sek edo EE a aAA ANE tl bak code nea shpepiandes Asin 157 3 31 32 Sync locking Increment Decrement 0 06 cece eee een cee ce
58. e by decrementing the Y position percentage the rate of decrement can also be specified Command Command 1 Data Data 0 byRepeat 1 byte to define the rate of decrement 3 13 Automatic startup Write Description Enables disables the Automatic Startup Command Command 0 Data Data 0 byte type R5976884 RLM SERIES 04 04 2006 gt II oo 123 3 Advanced Commands byte value 0 OFF 1 ON Example Enables the Automatic startup Start xfe 3 14 Automatic startup Read Description Reads whether the Automatic startup is enabled or not Command Command 0 Command 1 Returned Data Data 0 unsigned byte byte value x00 OFF x01 ON Example Reads the Automatic startup being x00 OFF 12 a R5976884 RLM SERIES 04 04 2006 3 Advanced Commands 3 15 Startup screen Write Description Enables disables the Startup screen Command Command 0 x20 Command 1 x99 Data Data 0 byte type byte value 0 OFF 1 ON Example Enables the Startup screen R5976884 RLM SERIES 04 04 2006 ooo 2 3 Advanced Commands Transmit Start Xxfe Projector address x01 Command 0 x20 Receive acknowledge 3 16 Startup screen Read 126 Description Reads whether the Startup screen is enabled or not Command Command 0 Returned Data Data 0 unsigned byte byte value x00 OFF x01 ON E
59. e place Projector address The projector address defines the address of the computer the projector wants to talk to in case of transmission or the address of the projector that answers in case of reception e The maximum number of projectors that can be addressed by one computer is 256 Command byte s There is at least one command byte to define the action to be performed Commands that are not often used or complex commands can take more than one byte All command bytes that are sent by the computer to get information out of the projector are repeated in the answer data transfer of the projector Data bytes optional Whether the command bytes are followed by one or more data bytes depends on the contents of the command bytes Data which contains more than one byte is called a word and can also be signed or unsigned see Data words page 6 1 optional R5976884 RLM SERIES 04 04 2006 ooo S8 1 Serial communications Basics 1 2 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 informs the projector in case of transmission or the computer in case of reception that the data transfer is complete and that the interpretation of the command and data bytes can start Acknowledge ACK If the communication
60. eData binary data contained in the file 2 31 3 File List read Description This command reads a list of image files from the projector Wildcards can be used to specify the filenames Command Command 0 xc0 Command 0 Send Data strFilemask1 strFilemaskN Returned Data strFilename1 string of the C string type representing the 14t filename strFilenameN string of the C string type representing the Nth filename 2 31 4 Active files list read 68 Description This command reads a list of the active image files from the projector Command Command 0 Returned Data strFilename1 string of the C string type representing the active file in the Data window 1 strFilename2 string of the C string type representing the active file in the Video window 1 strFilename3 string of the C string type representing the active file in the Data window 2 strFilename4 string of the C string type representing the active file in the Video window 2 R5976884 RLM SERIES 04 04 2006 2 Basic Commands 2 32 Color temperature Overview e Color temperature Red Blue Increment e 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
61. eat 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 Commands read minimum Command 0 Command 1 read maximum Command 0 Returned Data Data 0 Data 3 signed double word Xposition describes the min max width of the window x axis R5976884 RLM SERIES 04 04 2006 gt 109 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 Command 1 read maximum Command 0 Command 1 Returned Data Data 0 Data 3 signed double word Yposition describes the min max heigth of the window y axis Note that the panel size projector version can be read using the Panel size command 3 2 30 PiP Priority Write 110 Description Sets the priority order of a particular window Command Command 0 Command 2 1 Top 2 bring to front 3 send to back Data Data 0 Window type byte Window type byte value 0 Data A 1 Video A 2 Data B 3 Video B Example Brings the Data A window to the front R5976884 RLM SERIES 04 04 2006 3 Advanced Commands 3 2 31 Priority Read
62. ect ratio to 4x3 R5976884 RLM SERIES 04 04 2006 ooo Sl 2 Basic Commands Transmit Start Xxfe Projector address x01 Command 0 x20 Receive acknowledge 2 23 Aspect Ratio Read 58 Description Reads the actual Aspect Ratio Command Command 0 Returned Data Data 0 unsigned byte byte value 0 Auto 1 4 3 2 5 4 3 16 9 Example Read the PiP window which has the focus result x01 4 3 R5976884 RLM SERIES 04 04 2006 2 Basic Commands Start Start 2 24 Show Native resolution ON OFF Write Description Enable disables the native resolution function Command Command 0 Command 1 Sent Data Data 0 one byte 0 OFF 1 ON 2 25 Show Native resolution ON OFF Read Description Reads whether the native resolution function is enabled or not Command Command 0 Command 1 Reaturned Data Data 0 one byte 0 OFF 1 ON R5976884 RLM SERIES 04 04 2006 ooo D 2 Basic Commands 2 26 Full screen representation ON OFF Write Description Enable disables the full screen representation Command Command 0 Command 1 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 Command 0 Command 1 Reaturned Data Data 0 one byte
63. ed word see chapter 1 Serial communications Basics Data words page 6 Data 0 unsigned byte msb Data 1 unsigned byte Isb 0001 x01 Total Pixels 0000 Contrast Brightness 0000 0010 Start pixel line 0000 1000 Total pixels cont bright 0000 Example reads the Autolmage set up being x01 Total Pixels R5976884 RLM SERIES 04 04 2006 ooo 133 3 Advanced Commands Data 0 x00 Data 1 x01 3 20 Automatic Gain Control write Description Enables disables the Automatic Gain Control Command Command 0 x20 Command 1 x9b Data Data 0 byte type byte value 0 OFF 1 ON 13 gt o o _ _ _ _ R5976884 RLM SERIES 04 04 2006 3 Advanced Commands Example Enables the AGC 3 21 Automatic Gain Control Read Description Reads whether the AGC is enabled or not Command Command 0 Command 1 Returned Data Data 0 unsigned byte byte value x00 OFF x01 ON Example Reads the AGC setting being 1x00 OFF R5976884 RLM SERIES 04 04 2006 II ooo 135 3 Advanced Commands 3 22 Manual Gain Control value Write Description Sets the manual gain control value Command Command 0 Command 1 Data Data 0 Isb Data 1 msb Example Sets the AGC to 10 136 III nooo RO976884 RLM SERIES 04 04 2006 3 Advanced Commands Command 1 3 23 Ma
64. ent Decrement Description Increments decrements the Comb filter setting on off by one Commands increment Command 0 Command 1 decrement command 0 command 1 3 31 25 comb filter Write Description Enables disables the comb filter Command Command 0 Command 1 Data Data 0 byte type byte value 0 OFF 1 ON Example Enables the comb filter Transmit Start Projector address Commana 0 Commana 1 Data 0 Checksum Stop 154 a R5976884 RLM SERIES 04 04 2006 3 Advanced Commands Receive acknowledge Commana 0 x00 3 31 26 Comb filter Read Description Reads whether the comb filter is enabled or not Command Command 0 Command 1 Returned Data Data 0 unsigned byte byte value x00 OFF x01 ON Example Reads the comb filter being x00 OFF Transmit Start Projector address Command 0 Command 1 Checksum Stop Receive acknowledge Start Projector address Command 0 Command 1 Checksum Stop R5976884 RLM SERIES 04 04 2006 155 3 Advanced Commands Receive awnser Start Projector address x01 Command 0 x21 Command 1 xa0 3 31 27 Minimum Maximum comb filter Read Description Reads the minimum max comb filter Commands read minimum Command 0 Command 1 read maximum Returned Data Data 0 min max value 3 31 28 Horizontal sync polarity In
65. ent on the Cs signal is a composite video signal containing the composite sync 46 R5976884 RLM SERIES 04 04 2006 2 Basic Commands for composite video the data byte describes the location of the composite video source signal to be selected Byte value Video BNC EXI EXI CTN for Svideo the data byte describes the location of the S Video signal to be selected CT CI If byMode is ommited the mode is automaticaly detected 2 10 Scanned inputs read Description read the scanned inputs and returns the type of source signal present Command Command 0 Returned Data 10 unsigned words see chapter 1 Serial communications Basics Data words page 6 BNC RED 0 none 1 RED 2 Pr 3 S VID chr 4 VideoR BNC GREEN 0 none 1 GREEN 2 G 3 Y 4 VideoG BNC BLUE 0 none 1 BLUE 2 Pb 3 S VID lum 4 VideoB wValue4 BNC HS 0 none 1 HS 2 CS BNC VS 0 none 1 VS 2 S VID chr 3 Video VS BNC VIDEO O none 1 VIDEO 3 S VID lum 5 optional R597 6884 RLM SERIES 04 04 2006 gt gt II ooo 7 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 DVI 0 none 1 DVI wValue10 0 none 1 RGBHV 2 RG B For more info about the input configurations see the projector s Own
66. er s manual 2 11 Scan inputs Description Scans the inputs the results sources can be read using the scanned inputs read command Command Command 0 Command 1 Command 2 2 12 File Load 48 Description Loads a specific file Command Command 0 Command 1 Data File name no wild cards allowed Example Load a file named test c05 on projector with address 01 R5976884 RLM SERIES 04 04 2006 2 Basic Commands CN 2 13 Orientation Write Description Writes the orientation to the projector Command Data Data 0 unsigned byte byte value x00 rear table x40 front table x80 front ceiling xcO rear ceiling Example Set the orientation to front table Transmit Start Projector address Commana 0 Command 1 Data 0 R5976884 RLM SERIES 04 04 2006 oo 2 Basic Commands 2 14 Orientation Read Description Reads the orientation of the projector Command Command 0 Returned Data Data 0 unsigned byte byte value x00 rear table x40 front table x80 front ceiling xcO rear ceiling Example Read the orientation being x40 front table SO R5976884 RLM SERIES 04 04 2006 2 Basic Commands Receive acknowledge Checksum Stop Receive Awnser Start xfe Projector address x01 Command 0 x21 2 15 Shutter Write Description Activates
67. escribes the height of the window y axis Note that the panel size projector version can be read using the Panel size command R5976884 RLM SERIES 04 04 2006 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 1 Data Data 0 byFlag bitO position if bitO is set to 1 the new position will be applied bit1 size if bit1 is set to 1 the new size will be applied bit2 return bit if bit2 is set to 1 the new position and size will be returned by the projector bit3 aspect ratio if bit3 is set to 1 the aspect ratio will not be locked free resizing Data 1 Data 4 signed double word XPosition describes the start position of the window x axis Data 5 Data 8 signed double word YPosition describes the start position of the window y axis Data 9 Data 12 signed double word Xsize describes the width of the window x axis Data 13 Data 16 signed double word Ysize describes the height of the window y axis If bit3 of byFlag is is set to 0 aspect ratio will not be altered note that this command has then the same result as the standard PiP Window size command Xsize Ysize are given in pixels 3 2 21 PiP free window size Read
68. ge type see chapter 1 Serial communications Basics Syntax page 9 Example Reads the actual PiP layout result Full screen 2h __ _ ______ AAAAAA R5976884 RLM SERIES 04 04 2006 3 Advanced Commands 3 2 8 PiP select layout Write Description Sets a PiP layout R5976884 RLM SERIES 04 04 2006 gt II ooo 95 3 Advanced Commands 96 Command Command 0 Command 1 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 Projector address Command 0 Command 1 Data 0 Data 1 Data 2 Data 3 Data 4 Data 5 Data 6 Data 7 Data 8 Data 9 Data 10 Data 11 Checksum Stop Receive acknowledge Start Projector address Command 0 Commana 1 Checksum Stop R5976884 RLM SERIES 04 04 2006 3 Advanced Commands 3 2 9 PiP save layout Description Saves the active PiP layout Command Command 0 Command 1 3 2 10 PiP save layout as Description Saves a PiP layout Command Command 0 Command 1 Data strPipname string of maximum 12 characters including the x00 byte The string is of the C language type see chapter 1 Serial communications Basics Syntax page 9 Example Saves the active PiP layout as test Transmit Start Projector address Commana 0 Co
69. han 58 eds aa veut Bye PPM Rey ban dnt ghana tendo ed 80 2 412 Blanking enable Write init coh deaths A da AE E E A eet tind A E ea cope 80 2 41 3 Blanking enables Read ri etc cdauees cade a Mead A A A Salad DE Sante Feed 80 241 4 Blanking Writes is dcneveite se A tente iaa chatea 81 2 415 BANKING Read cuca A A EA it 82 241 6 Blanking Increments copiosa ii a er iaa thee AS Ea dao de tah 83 ZA VT Y Blanking Decrement nt td a EN a ia e 84 2 418 Minimum Blanking REA A See idee A a diodo Se ida 84 2 41 9 Maximum Blanking REA miccional a A ti acta 85 3 Advanced Commands ii ie 87 3 12 Lamp Commands ide aana sada wred PA E DEEE AEREN denen tie can ek AEA E AE A NEEE tein SADAN E AE E AAA 87 3 1 1 Reset LampruntiMe Witt tt at 87 Saez 1 Lamp History Read a dt ieee Sink deen che eta eee 88 32 Picture In Picture e A A ese eee o ua tee E A ad taa Be 89 321 PIP LOOP FOCUS ue a de al e a o Tapeh tea 89 32 2 PIP Focus RO iio e a A AO AA EE qe RTIRA 90 3 2 3 gt PIP Focus Writes nerne A A o ai 91 32 4 PIP layo ty Read 0 A A A AA O A AAA Sees 91 3 2 5 PIP layouts Willem 92 3 26 PiP layout ListiROd a A aiii 92 32 PiP current layout REA aenean ec o di NITO ga wee ida da edad 94 32 8 PiP s lect layout Write m taa al 95 3 2 9 PRIP Savela yot niese A A Aa bp eeu iden anna Ea di cae A 97 3 2 10 PiP save layout aS omitir ta N Ad clea LAA ai A aa a 97 3214 PiPerename layoUt nenea ra E o a e eee na kay fae
70. iP layout Write PiP layout List Read PiP current layout Read PiP select layout Write PIP save layout PiP save layout as PiP rename layout PiP remove Layout PiP remove window Addable sources List read PiP add window PiP window size Write PiP window size Read PiP window size increment decrement PiP Window size Read Min Max PiP free window size Write PiP free window size Read PiP Window free size Read Min Max Window horizontal position Write Window horizontal position Read Window vertical position Write Window vertical position Read e Window horizontal position Increment decrement PiP Window horizontal position Read Min Max PiP Window vertical position Read Min Max PiP Priority Write Priority Read PiP List active sources Read PiP last added window type Read 3 2 1 PiP Loop Focus Description Activates the PiP Loop Focus mode on the Projector allows to browse through the PiP windows Command Example Activate the PiP Loop Focus Command 0 Command 1 R5976884 RLM SERIES 04 04 2006 gt II ooo 8 3 Advanced Commands 3 2 2 PiP Focus Read Description Returns the PiP window which has the focus Command Command 1 Returned Data Data 0 Window type byte Window type byte value 0 Data A 1 Video A 2 Data B 3 Video B Example Read the PiP window which has the focus result x01 Data
71. ing Write Description Blanks the display Four blanking methods are possible Top Bottom Left e 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 Bottom blanking Command 0 Left blanking Command 1 Right blanking Command 0 Data byTypeBlanking one byte describing the type of blanking Data 0 O blanking on image file saved in image file Data 0 1 blanking on display Wvalue Unsigned word 2 bytes representing the number of pixels to be blanked Data 1 msb Data 2 Isb The maximum number of pixels which can be blanked depends on the native resolution of the panels The panel size can be read using the Panel Size read command ce R5976884 RLM SERIES 04 04 2006 II ooo 8 2 Basic Commands 100 Brax Benax Left blanking Right blanking 2 41 5 Blanking Read Image 2 1 Description Reads the values of the blanking Command Reads top blanking Command 0 Command 1 Reads bottom blanking Command 0 Command 1 Reads left blanking Command 0 Command 1 Reads right blanking Command 0 Command 1 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 82 E _ A lt AAAAAAAAAAAAAAAAAAAAAAAAAAAAAA
72. ing Reset Blanking enable Write Blanking enable Read Blanking Write Blanking Read Blanking Increment Blanking Decrement Minimum Blanking Read Maximum Blanking Read R5976884 RLM SERIES 04 04 2006 I4 4 4 o O 2 Basic Commands 2 41 1 Blanking Reset Description Allows the reset of the blanking values Command Data byTypeBlanking 1 byte describing the type of blanking Data 0 O 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 Description Enables the blanking Command Command 0 Command 1 Data Data 0 byTypeBlanking Data 0 O blanking on image file Data 0 1 blanking on display Data 1 unsigned byte Data 1 O disable Data 1 1 enable 2 41 3 Blanking enable Read 80 Description Reads whether the blanking is enabled Command Command 0 Command 1 Sent Data byTypeBlanking one byte describing the type of blanking Data 0 O blanking on image file saved in image file Data 0 1 blanking on display Returned Data Data 0 byTypeBlanking Data 0 O blanking on image file Data 0 1 blanking on display Data 1 unsigned byte R5976884 RLM SERIES 04 04 2006 2 Basic Commands Data 1 O disable Data 1 1 enable 2 41 4 Blank
73. m Stop Receive answer 2 2 8 Projector language Write Description Sets a new language for the projector Command Command 0 Data Data 0 unsigned byte A Example Sets the language to Francais R5976884 RLM SERIES 04 04 2006 gt ee 2 Basic Commands Transmit Checksum Stop Receive acknowledge 2 2 9 Baudrate Write Description Sets the baudrate Command Command 0 Data string C language string possible string values 9600 19200 38400 57600 115200 2 3 RCU commands Description Simulation of the RCU codes sent by the RCU remote control For all commands see RCU commands page 165 Command Command 0 Data Data 0 bylRcode 1 byte representing the RC5 code of the function to be executed Wrepeat optional word 2 bytes representing the duration 1 ___A lt A lt AAAAAIIAR D976881 RLM SERIES 04 04 2006 2 Basic Commands 2 4 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 Projector address Commana 0 Checksum Stop Receive acknowledge 2 5 Projector s Status Read Description Reads the Projector s Status Command x67 Command 0 Returned Data Data 0 unsigned byte bit5 i bitO Not used
74. m range Phase value of the projector Command Command 0 Command 1 Returned Data Data 0 minimum Phase value Example Reads the minimum Phase value of the projector the awnser being 1x00 R5976884 RLM SERIES 04 04 2006 2 ooo A 2 Basic Commands 2 7 36 Maximum Phase Read Description Reads the Maximum range Phase value of the projector Command Command 0 Command 1 Returned Data Data 0 Maximum Phase value Example Reads the Maximum Phase value of the projector the awnser being x1f 4 E __ _ __ _R9976884 RLM SERIES 04 04 2006 2 Basic Commands Command 1 2 88 Menu Exit Description Exits all the menus goes back to the operational mode Command Command 0 Command 1 Example Exits all the menu of a projector with address 1x01 Command 1 R5976884 RLM SERIES 04 04 2006 gt I4 neo G5 2 Basic Commands Receive acknowledge 2 9 Source selection Description Selects an input source Command Command 0 Data Data 0 bySource byte describing the source to be linked to the window CITO EI A ri LA For more info about the input configurations see the projector s Owner s manual Data 1 byMode for BNC s and D15 the data byte gives the type of signal present on the BNC s D15 CTI CIN EXI ER 101 x 65 RGB video 102 x 66 RGgB video 4 the signal pres
75. mmana 1 Data 0 Data 1 Data 2 Data 3 Data 4 Checksum Stop Receive acknowledge R5976884 RLM SERIES 04 04 2006 gt ooo 7 3 Advanced Commands Receive acknowledge 3 2 11 PiP rename layout Description Renames a PiP layout Command Command 0 Command 1 Data strOldPipname string old name of the layout strNewPipname string of max 12 characters new layout name e The string is of the C language type see chapter 1 Serial communications Basics Syntax page 9 Example Renames the PiP layout test to test2 2 _ AA AAAAAAAAAAAAAAAAAAAAAAAATRD9 6884 RLM SERIES 04 04 2006 3 Advanced Commands Receive acknowledge Commana 0 x00 3 2 12 PiP remove Layout Description Removes a PIP layout Command Command 0 Command 1 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 Removes the PiP layout test Transmit Start Projector address x01 Command 0 x12 Command 1 x0a Data 0 x74 Data 1 x65 Data 2 x73 Receive acknowledge R5976884 RLM SERIES 04 04 2006 gt II ooo Y 3 Advanced Commands Receive acknowledge 3 2 13 PiP remove window Description Removes a particular PiP window Command Command 1 Dat
76. mmand 1 Reads minimal right blanking R5976884 RLM SERIES 04 04 2006 gt II ooo a 85 2 Basic Commands Command 0 Command 1 Sent Data byTypeBlanking one byte describing the type of blanking Data 0 O 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 O blanking on image file saved in image file Data 0 1 blanking on display Unsigned word 2 bytes representing the maximum value to be used for blanking Data 0 msb Data 1 Isb The maximum number of pixels which can be blanked depends on the native resolution of the panels eg _ A lt lt KAAAAAAAAARo976884 RLM SERIES 04 04 2006 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 e Viewport Area Min Max Read Desktop area Write Desktop area Read Digital Zoom Automatic startup Write Automatic startup Read Startup screen Write Startup screen Read Input balance e Autolmage setup Write e Autolmage setup Read Automatic Gain Control write e Automatic Gain Control Read Manual Gain Control value Write Manual Gain Control value Read Gain Control Increment Decrement Minim
77. ndby Timer value Command Command 1 Returned Data Unsigned word representing the standby time value Data 0 msb Data 1 Isb range 180 to 3600 seconds 0 seconds Standby timer OFF Example Reads the actual standby timer value being 1x00 Timer OFF Command 1 x06 R5976884 RLM SERIES 04 04 2006 gt II ooo 2 Basic Commands Start xfe Data 0 x00 Data 1 x00 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 vertical curtain close Horizontal curtain open Horizontal curtain close Example Set the switching mode to seamless Transmit Start Projector address TA R5976884 RLM SERIES 04 04 2006 2 Basic Commands Transmit Command 0 Command 1 x9a Data 0 x01 Checksum xbe Receive acknowledge 2 36 Switching mode Read Description Reads the Switching Mode of the projector Command Command 0 Command 1 Returned Data Data 0 unsigned byte R5976884 RLM SERIES 04 04 2006 II ooo D 2 Basic Commands Example Read the switching mode being 1x01 seamless 2 37 Filmmode detection Increment Decrement 76 Description Increments decrements the Filmmode detection setting on off Commands increment Command 0 Command 1 decrement command 0 command 1 R597688
78. ne Ka pe ev Sega Hie a eee ob RS PI a Ses BT ade aha Red Tee Ra AE a in Bed Gees BOR bE 51 R5976884 RLM SERIES 04 04 2006 II ooo Table of contents 2 16 Shutter Reads O Died made eect ee a A ple 52 2 17 Freeze Write it A A a acia 53 2 18 Freeze Read arro ii A A A E A A A A AATAS A A RA tants 54 2119 Logo ONIOF Rescata an at E teta 55 220 Background Write asar tt a e ot te la a an Mura erent tie 55 2 21 Background RE e dea 56 2 22 ASpect tatio WO A A A A wats e ta do tata 57 2 23 Aspect Ratio ROA A nape cd A AAA A A AA tones 58 2 24 Show Native resolution ON OFF Write oooocccccccccccccccccccnnncnncn nn cn nr 59 2 25 Show Native resolution ON OFF Read ooocccccccccncccccnnncccn cn 59 2 26 Full screen representation ON OFF Write ooccococcccccccccccccnnncnncon nn rnn rre 60 2 27 Full screen representation ON OFF Read ooocccccccccccnccccccnnncnncc cnn 60 23287 Keystone Will viaria AA a A AAA E a A EA cata 60 2 29 Keystone REA ds A a ae 61 2 30 LAMpP COMMANAS aai e aaee A A A A ias Seay 62 2 3901 LCamp Mode Write rererere eai e a Hed Seat aed date A a e a ed 62 2 3022 Lamp Mode RO dot tE AS isa 63 2 30 95 Lamp Status Rei td a mal ace ada ida sb 64 2 30 4 camp Warning Read A AE 65 2 30 09 Lamp runtime Read sec rt A eed ll ea SAGES 66 2 30 6 Lamps Seral number RO visita a A tad led iso 66 231 Image Meat a a as A ae meena 67 2734 1 E neler bas oat gta E EE N NE shana eae oe 67 pS FS g
79. nt e eee eee eden eee ete e enn es 157 3 31 33 Minimum Maximum Horizontal Sync locking Read ccc eee eee e eee e eee e ee eee tees eee eeeeennees 158 3 31 34 Syne locking Read oia coro lawned gone Cena A AN A rides 158 3 31 SOLOVNC IOCKING ANE on tad ia aa dnde des 158 3 32 128 diagnosis Read codos tn E AO E oa Edo A a CANE e E ett 158 3 33 AAA E AN 159 3 34 LODO Status Read ii A A A A A AN a 160 3 35 Take Screenshot Logo cimil ia Maas deletes 160 3 30 SAVE Screenshot Logo ir a a ac pd dnd Pido 161 3 37 Abortsaving screenshot LOGO eii A A A oe ove Blame aE NEEE EA AE 161 3 38 Load JO ri a A A ti dida 162 4 RCU COMMANOS ii ae 165 Aa NS A A O ON ON 165 h _ AAAAAAAAAAAAAAAAA gt R976884 RLM SERIES 04 04 2006 1 1 1 1 Serial communications Basics 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 ANSI O American National standards Institute Start byte The Start byte informs the projector in case of transmission or the computer in case of reception that a new data transfer will tak
80. nual Gain Control value Read Description Reads the actual gain control value Command Command 0 Command 1 Returned Data Data 0 Isb Data 1 msb Example Reads the AGC value being 1x0A 10 R5976884 RLM SERIES 04 04 2006 I 4 uu eo NS 3 Advanced Commands Receive acknowledge 3 24 Gain Control Increment Decrement Description Increments decrements the Gain Control value by one Commands increment Command 0 decrement command 0 3 25 Minimum Maximum AGC value Read Description Reads the minimum maximum AGC Automatic Gain Control value Commands read minimum Command 0 Command 1 read maximum 1 IZ nooo R5976884 RLM SERIES 04 04 2006 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 Data Data 0 byte type byte value 0 short 1 long Example Sets the AGC interval to short Receive acknowledge resteconeweewy O 3 27 Automatic Gain Control Interval Read Description Reads the AGC interval short or long R5976884 RLM SERIES 04 04 2006 ooo 3 3 Advanced Commands Command Command 0 Command 1 Returned Data Data 0 unsigned byte byte value x00 short x01 long Example Reads the Automatic startup being x00 sho
81. ocked Loop which allows to synchronise the data pocessing with the incoming source data Description Decrements the VCO by one R5976884 RLM SERIES 04 04 2006 o 149 3 Advanced Commands Command Command 1 3 31 12 VCO write Description Writes a new VCO value to the projector Command 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 Description Reads the actual VCO value of the projector Command Returned Data Data 0 VCO value data type unsigned byte Example Reads the actual VCO value the awnser being 1x00 MI A nooo ROO 76884 RLM SERIES 04 04 2006 3 Advanced Commands Start xfe 3 31 14 Minimum VCO Read Description Reads the minimum range VCO value of the projector Command Command 0 Command 1 Returned Data Data 0 minimum VCO value 3 31 15 Maximum VCO Read Description Reads the Maximum range VCO value of the projector Command Command 0 Returned Data Data 0 Maximum VCO value 3 31 16 Charge pump current Increment Decrement Description Increments decrements the charge pump current by one Commands increment R5976884 RLM SERIES 04 04 2006 gt eo 151 3 Advanced Commands Command 0 Command 1 decrement command
82. ojector Signal levels Following table gives the signal levels corresponding to the different states Voltage 9V R5976884 RLM SERIES 04 04 2006 1 Serial communications Basics 1 5 Syntax Characters In this manual all characters are expressed using the C language syntax The characters that can be used are For text fields ABCDEFGHIJKLMNOPQRSTUVWXYZ0123456789 amp _ abcdefghijklmnopqrstuvwxyz For filenames ABCDEFGHIJKLMNOPQRSTUVWXYZabcdefghijkImnopqrstuvwxyz0123456789_ 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 The first character of the string contains the length of the string Therefore a Pascal language string is limited to 255 characters Pascal string Hello world C language string A C language string consists of one or more characters The last character of the string is always the NULL character 1x00 There fore the length of a C language string is determined by the position of the NULL character C string Hello world 2 ddd 0 255 3 hh 00 ff R5976884 RLM SERIES 04 04 2006 gt gt ooo IO 1 Serial communications Basics 1 6 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 specifie
83. ration Read ooocccccccccccnoccnncnnn rn 31 2 118 Maximum Saturation Rad xiii ii A A Baca A A ASES AE A oak EZ 32 2 37 19 Tint inCreMent ria A A A E detent att ia ti n lada Aba eee 33 2 120 TINE ACME A A A A a Ad ea reas 33 ZN MA e A aed aden A tdo ghee tls 34 LS O A Re RAE E O Ba Masa ela EEEE yee crops AEE EA AEEA E A ance 34 2 123 MIMO Tint REA iio oS sietecs dd even deme oe 35 2 7 24 Maximum Tint Read iii ta e A A A yay dede daa ei pta bates 36 21 20 GAMMA COMEN A A A A A A A E E ct 37 2720 Gamma Md A ato cdas 37 ZAR GAMMA Wei A a o 38 2 7 28 Gamma RA A ook eS wate oe dawg ae we 38 2 129 Minimum Gamma Read oi cj0cc0eae2 x aaveake baedeed accede a waat ced 39 21 30 Maximum Gamma Reduccion ano ri A A AA A Al padres AA 40 2273 1 PHASE A A addins wits Raised a Bok ard pt redie A gob Oates ea we aa A a a a wes BReecs 41 2 132 Phase TOCAMOS a A A rad sath 41 PES SN A N 42 Dif BA Pase Rel a a a risas 42 21 39 INIRIMURN Phase Rea nit a A a UR tb A A Odd a ti ts 43 2 7 36 Maximum Phase R ad cairo it A A A A A A A A O Us 44 ZE MEM A A A A A ona 45 2 9 SOUrCe SElOCHON s at ii A A A A a A A aes A ada ia 46 2 10 Scannedinpuis TEAC ta ta A tas 47 ZAT SCAN IMPUS A e A A O A iran ras al hes tak ee 48 PR E AAA A A O AE 48 2 13 Orientations Write A A a SG Send Seca em Te oe a 49 2 14 Orientation REAM 6 22 sjer ck A A A aenedacttenend wane ey eet A AAA bata 50 A VVC ac ase oe Sessa Si Se vi
84. rt Transmit Start Projector address Command 0 Command 1 Checksum Stop Receive acknowledge Start Projector address Command 0 Command 1 Checksum Stop Receive awnser Start Projector address Command 0 Command 1 Data 0 Checksum Stop 3 28 Data input format Increment Decrement Description Increments decrements the Data input format setting 14 _ o R5976884 RLM SERIES 04 04 2006 3 Advanced Commands Commands increment Command 0 Command 1 decrement command 0 command 1 3 29 Data input format write Description Sets the data input format Command Command 0 Command 1 Data Data 0 byte type es 3 30 Data input format Read Description Reads the actual data input format setting Command Command 0 Command 1 Returned Data Data 0 byte type Data format byte value ee R5976884 RLM SERIES 04 04 2006 WWH 141 3 Advanced Commands 3 31 Image files Overview Delete File s e 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 e VCO Increment e VCO decrement VCO write VCO Read Minimum VCO Read Maximum VCO Read Charge pump current Increment Decrement e charge pump current Write
85. s 3 12 3 Minimum Maximum window Yposition Read Description Reads the minimum maximum range zoom window Y position Commands read minimum Command 0 read maximum R5976884 RLM SERIES 04 04 2006 ooo 119 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 Command Command 0 Command 1 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 window size gt 100 zoom in lt 100 zoom out Data 4 byte describing the decimal part 2 digits This byte is Optional 3 12 5 Window X position panning Write Description This command sets the X position of the zoom window This is done by sending a percentage 100 corresponds to a zoom window at the right border of the window 0 corresponds to a zoom window at the left border of the window 50 corresponds to a zoom window in the middle of the window Command Command 0 Command 1 Data Data 0 Data 3 double word 4 bytes see chapter 1 Serial communications Basics Data words page 6 corresponding to the desire
86. s in PiP and in Full Screen mode Command Command 0 Command 1 Returned 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 size Ysize are given in pixels X Y a l R597 6884 RLM SERIES 04 04 2006 22 ooo 103 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 3 2 18 PiP window size increment decrement Description Increments decrements the size of the active wiindow works in PiP and in Full Screen mode Command increment Command 0 Command 1 decrement Command 0 Command 1 Data Data 0 byRepeat optional Note that the panel size projector version can be read using the Panel size command 3 2 19 PiP Window size Read Min Max 104 Description Reads the minimum maximum value for the window size adjustments in PiP Commands read minimum Command 0 Command 1 read maximum Command 0 Commana 1 Returned Data Data 0 Data 3 signed double word Xsize describes the width of the window x axis Data 4 Data 7 signed double word Ysize d
87. sktop example 768 Data 13 Data 16 double word Right describes the Right of the desktop example 1024 3 12 Digital Zoom Overview Minimum Maximum window size Read Minimum Maximum window X position Read Minimum Maximum window Yposition Read Window size Write Window X position panning Write Window Y position panning Write e Window size Read e Window X position panning read e Window Y position panning read Window size Increment e Window X position Increment Window Y position Increment Window size Decrement Window X position Decrement Window Y position Decrement 3 12 1 Minimum Maximum window size Read Description Reads the minimum maximum range zoom factor 118 ooo RO 76884 RLM SERIES 04 04 2006 3 Advanced Commands Commands read minimum Command 0 Command 1 read maximum Command 0 Command 1 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 Reads the minimum maximum range zoom window X position Commands read minimum Command 0 Command 1 read maximum Command 0 Commana 1 Returned Data Data 0 Data 3 double word 4 bytes min max value Data 4 byte describing the decimal part 2 digit
88. t total pixels Command 1 decrement active pixels Command 0 Command 1 decrement pixel start Command 0 Command 1 decrement clamp width Command 0 Command 1 R5976884 RLM SERIES 04 04 2006 gt ooo 147 3 Advanced Commands 3 31 9 Read Minimum Maximum Image files settings 148 Description These commands read the min max values of the image files settings Commands minimum total lines Command 1 maximum total lines Command 0 minimum active lines Command 0 Command 1 maximum active lines Command 0 Command 1 minimum line start maximum line start Minimum period Command 0 maximum period Command 0 Command 1 minimum total pixels Command 0 Command 1 maximum total pixels Command 1 minimum active pixels R5976884 RLM SERIES 04 04 2006 3 Advanced Commands Command 0 maximum active pixels Command 1 minimum pixel start Command 0 maximum pixel start Command 1 minimum clamp width maximum clamp width Command 0 3 31 10 VCO Increment vco The Voltage Controlled Oscillator is used in a Phase Locked Loop which allows to synchronise the data pocessing with the incoming source data Description Increments the VCO by one Command Command 0 3 31 11 VCO decrement vco The Voltage Controlled Oscillator is used in a Phase L
89. tion This command reads the X position of the active window window which has the focus 100 corresponds to a zoom window at the right border of the window 0 corresponds to a zoom window at the left border of the window 50 corresponds to a zoom window in the middle of the window Command Command 0 Command 1 Returned Data Data 0 Data 3 double word 4 bytes see chapter 1 Serial communications Basics Data words page 6 corresponding to the actual X positon 100 right border Data 4 unsigned byte represents the decimal part 3 12 9 Window Y position panning read Description This command reads the Y position of the active window window which has the focus 100 corresponds to a zoom window at the bottom of the window 0 corresponds to a zoom window at the top of the window R5976884 RLM SERIES 04 04 2006 gt 121 3 Advanced Commands 50 corresponds to a zoom window in the middle of the window Command 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 Data 4 unsigned byte represents the decimal part 3 12 10 Window size Increment Description This command increments the zoom factor of the active window window which has the focus This is done by incrementing the size percentage the rate of increment can also be specified Comm
90. um Maximum AGC value Read Automatic Gain Control interval Write e Automatic Gain Control Interval Read Data input format Increment Decrement Data input format write Data input format Read Image files e 12C diagnosis Read Panel size Read Logo status Read Take screenshot Logo Save screenshot Logo Abort saving screenshot Logo Load logo 3 1 Lamp Commands 3 Advanced Commands 3 1 1 Reset Lamp runtime Write Description Reset the Lamp runtime of the projector the lamp s to reset are given in the Data field along with a Pascal string representing the serial number Command R5976884 RLM SERIES 04 04 2006 87 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 Command 1 Returned Data Array containing maximum 20 elements each element containing a C language strings and 5bytes 1 byte for the lamp 1 lamp1 2 lamp2 1 C language string made of 6 bytes for the serial number and 1 STOP byte 4 bytes for the Runtime eg E __ a ___ gt _ AaQQR976884 RLM SERIES 04 04 2006 3 Advanced Commands 3 2 Picture In Picture Overview PiP Loop Focus PiP Focus Read PiP Focus Write PiP layout Read P
91. xample Reads the Automatic startup being x00 OFF R5976884 RLM SERIES 04 04 2006 3 Advanced Commands Start xfe 3 17 Input balance Overview Input black balance Increment Input black balance Decrement Input black balance Write Input black balance Read Input white balance Increment Input white balance Decrement Input white balance Write Input white balance Read 3 17 1 Input black balance Increment Description Increments the black input balance for the different color channels Commands Black input balance Red Command 0 Command 1 Black input balance Green Command 0 Command 1 Black input balance Blue R5976884 RLM SERIES 04 04 2006 gt nooo 2 3 Advanced Commands Command 0 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 Command 1 Black input balance Green Command 0 Command 1 Black input balance Blue Command 0 3 17 3 Input black balance Write Description Writes the black input balance for the different color channels to the projector Commands Black input balance Red Command 1 Black input balance Green Command 0 Command 1 Black input balance Blue Command 0 Command 1 Data Data 0 Isb Data 1 msb 3 17 4 Input black balance Read

Barco RS232 User's Manual

Contents

Download Pdf Manuals

Related Search

Related Contents