Wolf Cinema Projector Dcx 1000i User Manual
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B-32 3.85 lPC lamp ChangedlPC laMP ChangeD Use LPC to record a new lamp serial number (8 characters max.) in projector memory. This will automatically reset the projector’s lamp timer so that it begins to log time for the new lamp. lPh laMP hoURs of Use Use the request LPH to find out the number of hours logged on the current lamp. lPI laMP InTensITY Use LPI to specify a desired light intensity setting (0-9999 for any model) for the lamp, and automatically put the lamp into the “Intensity” mode also known as\ Lamp Tracking. lPl laMP lIMIT Use LPL to specify the number of hours the lamp can operate within the projector before a warning message appears telling the user that the lamp limit has expired and the lamp needs replacement (System Warning also given: LEDs flash). The range varies with projector—do not set beyond the expected life for the type of lamp installed. lPM laMP MoDe Use LPM to control how you run the lamp (0=max brightness, 1=maintain intensity setting for models with Lamp Tracking, 2=maintain power setting). If you choose constant intensity or constant brightness, you must also specify the desired level using the corresponding LPI (intensity) or LPP (power) command. See LPI and LPP. lPP laMP PoWeR Use LPP to set the desired lamp power level (in watts—range depends on the projector model), and automatically put the lamp into the “Power” mode. lPs laMP sTaTUs Use the read-only request LPS to find out the status of the current lamp(s): 0 = Good lamp 1 = Lamp fan has failed (NOTE: in dual lamp models, Fan 8 cools Lamp 1,\ and Fan 10 cools Lamp 2) 2 = Lamp can’t ignite 3 = Lamp turned off unexpectedly 4 = Lamp interlock problem 5 = Color wheel failure (NOTE: dual lamp models only) 6 = Lamp compartment too hot (NOTE: dual lamp models only) 7 = Driver Vcc too low (NOTE: dual lamp models only) 8 = Lamp not installed (NOTE: dual lamp models only) 9 = Operation error (NOTE: dual lamp models only) l Vo lens VeRTICal offseT The LVO adjusts vertical offset on projectors having a motorized lens mount, and requires keypad emulation. examples: (LVO K3) Move the image down (LVO K2) Move the image up (LVO K0) Stop vertical movement (without this, lens movement will continue until it reaches the end stop). 3.86 lPh lamp hours of Use 3.87 lPI lamp Intensity 3.88 lPl lamp limit 3.89 lPM lamp Mode 3.90 lPP lamp Power 3.91 lPs lamp status 3.92 l Vo lens Vertical offset Appendix B ► Serial Communications
B-33 To “nudge” the image down a minimum distance, script in a delay between (LVO K3) and (LVO K0). Depending on your application, a delay of at least 20-30 milliseconds may be sufficient. MfT MenU fonT Use MFT to choose whether menu font size is normal (0) or large (1). MlK soURCe MeMoRY loCK Use MLK to lock (1) or unlock (0) a specific source setup. See also 2.5, Accessing Specific Source Setups. MnU MenU sT aTUs The MNU command has two uses. One is to get the current status of the menus and customize the menu structure and the other is to define and activate a custom menu. When using serial commands to operate the menu, likely don’t want the menu to appear on the screen. To prevent the menu from appearing on the screen while using serial commands, use the OSD command. In addition, you may want to disable the keypads using the \ KEN command. Some menus automatically change particular settings to make adjustments easier. Depending on the context, you may also need to send: ACE x to enable or disable Automatic Color Enables MNU 3 x to enable or disable Automatic Test Pattern selection Parameter Value Description P1 0-3 0=presentation level 1=main menu 2=sub menu 3=enable or disable automatic test patterns P2 When P1=2, #=0-9 When P1=3, #=0-1, to enable or disable automatic test patterns #= the number of the submenu you wish to go to #=0, restore normal operation #=1, disable automatic test pattern MNU can also be used to create a custom menu. For example, (MNU “My Menu” “BRT” “CON” “PIP”), produces a custom menu called “My menu” consisting of the Brightness, Contrast, and Picture in Picture Enable controls. You can combine this with a RTE FUNC key event to make the custom menu available from a keypad. For example, (RTE F 3 “(MNU “My Menu” “BRT” “CON” “PIP”)”), will pop up the custom menu when the FUNC-3 key is pressed. noTe: this custom menu is not saved anywhere – as soon as you exit from it, the menu no longer exists and when you want to display it again you must send the MNU command, with all the controls, again. It is expected that this command will be used in conjunction with a RTE FUNC key event to have the custom menu available from a keypad. 3.93 MfT Menu font 3.94 MlK source Memory lock 3.95 MnU Menu status Appendix B ► Serial Communications
B-34 MoT MoTIon fIlTeR Use MOT to control how de-interlacing is managed. 0 = Auto — software determines the best option. 1 = Still — produces crisp images when there is no motion. 2 = Motion — for video not originally from film, or for moving computer-generated images 3 = Film — performs inverse telecine operation to reproduce accuratel\ y and crisply material originating from 24Hz film. Msh MenU shIfT hoRIzonT al Use MSH to move menus horizontally (0 = Left, up to 466 right) MsP MenU loCa TIon Use MSP to moves menus to a preset location: 0 = 4:3 Top/Left 1 = 4:3 Inset 1 2 = 4:3 Inset 2 3 = 16:9 Top/Left 4 = 16:9 Inset 1 5 = 16:9 Inset 2 6 = Custom (read-only) MsV MenU shIfT VeRTICal Use MSV to move menus vertically (0 = Top, up to 350 Down) naM soURCe / Channel naMe Set / get a source setup name. See also 2.5, Accessing Specific Source Setups. nRD noIse ReDUCTIon Use NRD to set the noise reduction level. nsI nUMbeR seleCT IMage Use NSI to use the numeric keys 1-8 as input keys for the main image. This option is only effective when the Menu system is not active, for example when Picture-in-\ Picture is enabled. 0 = Never 1 = Only when the PIP window is active 2 = Always nTR neTWoRK RoUTIng Use NTR to specify which ports are joined in a common network. By default, only RS232 ports (IN & OUT) are linked. If desired, add the RS422 port(s) to this network, and/or the Ethernet port. 0 = RS232, RS422 & Ethernet communications are all separate from one ano\ ther 1 = RS422 port(s) is/are connected to the RS232 network 2 = The Ethernet port is connected to the RS232 network 3 = RS232, RS422 & Ethernet are all connected to each other osD on sCReen D Is PlaY Enable (1) or disable (0) the on-screen display of the menus system.\ 3.96 MoT Motion filter 3.97 Msh Menu shift horizontal 3.98 MsP Menu location 3.99 MsV Menu shift Vertical 3.100 naM source / Channel name 3.101 nRD noise Reduction 3.102 nsI number select Image 3.103 nTR network Routing 3.104 osD on screen Display Appendix B ► Serial Communications
B-35 oTf oUTPUT foRMaT Change output format for Cine-IPM 2K. 0 = Single Link on DVI-1 or DVI-2 1 = Twin Link noTe: DVI-1 has lower 8 bits; DVI-2 has higher 2 bits). P aP PIP asPeCT Ra TIo PReseT Use PAP to select the preferred aspect ratio for your Picture-in-Picture window\ . 0 = Default 1 = Anamorphic 2 = Custom (Response only – The vertical stretch does not correspond to one of the settings.) PbC PIP boRDeR ColoR Use PBC to select the color for the Picture-in-Picture window border. 0=Black 1=DarkRed 2=DarkGreen 3=DarkBlue 4=DarkCyan 5=DarkMagenta 6=DarkYellow 7=DarkGrey 8=LightGrey 9=Red 10=Green 11=Blue 12=Cyan 13=Magenta 14=Yellow 15=White See also PBW. PbW PIP boRDeR WIDTh Use PBW to specify the width (0-10) of the border of the Picture-in-Picture window. See also PBC. PDT PeaK DeTeCT oR Enable (1) or disable (0) the peak detector test mode as an aid in s\ etting up input levels. PhP PIP hoRIzonT al PosITIon noTe: Not available in v1.0. Use PHP to set the horizontal position (0-100) of the picture-in-picture window. Range is a percentage of the screen size. 3.105 oTf output format 3.106 P aP PIP aspect Ratio Preset 3.107 PbC PIP border Color 3.108 PbW PIP border Width 3.109 PDT Peak Detector 3.110 PhP PIP horizontal Position Appendix B ► Serial Communications
B-36 3.111 Phs PIP horizontal sizePhs PIP hoRIzonT al sIze noTe: Not available in v1.0. Use PHS to set what percentage (0-100) of the screen width to use for the width of the Picture- in-Picture window. Height of the window will then be determined by the aspect ratio of the input image. PIP PICTURe-In-PICTURe Use PIP to turn picture-in-picture on (1) or off (0). noTe: Not available in software v1.0. Pjh PRojeCT oR hoURs of Use Use PJH to determine the number of hours (0-16,777,215) the projector has been operated, including cool-down modes. PlK PaRaMeTeR loCKoUT Use PLK to specify which menu options are to be locked from the user (note: a lockout can still be accessed via ASCII command). In a PLK message, P1 represents the corresponding function code (e.g., CNT, CTM, etc.) you wish to lock or unlock. Where several related options—such as blanking controls—share a single lockout, locking or unlocking any one of the options toggles the full lockout status. To lock/unlock all options, omit any P1 function code from your PLK set m\ essage. examples: (PLK “CON” 1) Lock the “Contrast” control (PLK 1) Lock all possible options (PLK “BRT” 0) Unlock the “Brightness” control PnD PlUg & DIsPla Y MoDes Use PND to specify the display mode requested of the video source. noTe: The source computer may need to be rebooted before this setting will tak\ e effect. 0 = Default Timing (Native Resolution @ 60Hz) 1 = 1024 x 768 x 116Hz 2 = 720p (1280 x 720 x 60Hz) 3 = 1080p50/1080i50 4 = 1280 x 1024 x 110Hz 5 = 1400 x 1050 x 60Hz 6 = 1400 x 1050 x 102Hz 7 = DC2k (2048 x 1080 x 60Hz) 8 = 1080p60/1080i60 9 = 1080p24/1080p30Hz 3.112 PIP Picture-in-Picture 3.113 Pjh Projector hours of Use 3.114 PlK Parameter lockout 3.115 PnD Plug & Display Modes Appendix B ► Serial Communications
B-37 3.116 PngPingPng PIng Use PNG to request and get basic projector information such as the type of projector & main software version installed on the TIPM (10-bit Image Processor Module). P1 = Wolf Cinema projector type 31 = a projector listed on page 3 (always). These all include a TIPM. 0 = the projector is not initialized P2 = Major s/w version# (0-99) P3 = Minor s/w version# (0-99) P4 = Maintenance version# with no functional change (a-z) P5 = Beta version#, if applicable only (1-199) P6 = Variation, such as an OEM. Preceded with “T” (T1-T63) examples: (png?) (png! 031 001 000) // TIPM version 1.0 (png?) (png! 031 002 005 b) // TIPM version 2.5b (png?) (png! 031 003 001 T005) // TIPM version 3.1 T5 (=variation of released version v3.1) (png?) (png! 031 001 000 c 045 T002) // TIPM version 1.0c.045 T2 (=variation of beta version 1.0c.045) PPP PIP PosITIon PReseT Use PPP to select the preferred position and size for the Picture-in-Picture wi\ ndow. 0 = Top right 1 = Top left 2 = Bottom left 3 = Bottom right 4 = Custom (Response only – The size and position do not correspond to any of the defaults.) PPs PIP sW aP Use PPS to swap the picture-in-picture window with the main window. PPS is a toggle command with no parameters. PsW alTeRna TIVe seRVICe PassWoRD Use PSW to find out the most recently defined password for accessing the service menu, or to define an alternative service password (range = 0-32768). Note that defining an alternative PSW simply adds a password to projector memory so that you may use either the original factory-defined Wolf Cinema password (which is always valid) or this new password. Because (PSW?) will find only the most recently defined password, the factory-defined password cannot be retrieved in this manner once you have created an alternative password. Use PWE to enable/ disable passwords as described below. PVP PIP VeRTICal PosITIon Use PVP to set the vertical position (0-100) of the picture-in-picture window. Values represent what percentage of the screen size is used for the picture-in-picture wi\ ndow. PWe PassWoRD enable Enable (1) or disable (0) the service password for access to the ser\ vice menu. 3.117 PPP PIP Position Preset 3.118 PPsPIP swap 3.119 PsW alternative service Password 3.120 PVP PIP Vertical Position 3.121 PWe Password e nable Appendix B ► Serial Communications
B-38 3.122 PWRPowerPWR PoWeR Use PWR to turn the projector power on or off, or to use special modes during a download, or to see the current power state. 0 = Off 1 = On 2 = Boot mode (for downloading new code only) Do noT Use 3 = No lamp (powered up, but lamp is off. For downloading only.) 11 = Warming up (read only) PxP PIxel Phase Use PXP to adjust the position of the sampling clock relative to the video data. Available range depends on the incoming signal, with a higher frequency source having ½ the range of a lower frequency source. PxT PIxel TRaCKIng Use PXT to adjust the number of pixels/lines in the image. Range depends on the horizontal sync frequency. Rbl RIghT blanKIng Use RBL to blank the right edge of the image (0-1000). The amount of blanking feasible depends on the incoming source data. RDb ReD blaCKleVel Set or request the red Blacklevel (0-511) for a specific source setup. RDD ReD DRIVe Set or request the red Drive (0-511) for a specific source setup. ReM ReMoTe CoMManDs Allows arbitrary serial data to be sent out a specified port and the data can also be read from that port. It is intended to be used in conjunction with the RTE commands to allow a single event to control other equipment connected to the projector. Before being used, a port must be configured. After configuration, the port cannot be used for standard Wolf Cinema protocol commands until that port is reconfigured as a Wolf Cinema port again. See tables below for setting port configuration, reading port configuration and sending and receiving arbitrary data from a port. Configuring a Port P1 = Port P2 = Port ConfigurationP3 = Baud Rate 1 = RS232 IN 2 = RS232 OUT 3 = RS422 (db9) 4 = RS422 (XLR – only some models) 5 = RS422 (XLR – only some models) R = Remote equipment C = Wolf Cinema standard protocol Same as for the BDR command (i.e. 96, 1152 or 115200…) examples: (REM 2 r 96): Configures the OUT port to send arbitrary data at 9600 baud (REM 2 c): Returns the OUT port to normal operation 3.123 PxP Pixel Phase 3.124 PxT Pixel Tracking 3.125 Rbl Right blanking 3.126 RDb Red blacklevel 3.127 RDDRed Drive 3.128 ReM Remote Commands Appendix B ► Serial Communications
B-39 Reading the Configuration of a Port P1 = ‘port’ Same values for ‘port’ as above example: (REM? C2): Returns (REM! C002 r 0115200) sending arbitrary Data out a Port P1 = Port Same values for ‘port’ as above P2 = Data The data to send out the specified port examples: (REM 2 “A123”): The data A123 is sent out the OUT port without any other protocol characters. Some codes are not standard ASCII characters. These can be sent by using any of the escape codes defined in the section on text parameters. (REM 2 “123\h1645): Sends the following bytes: 0x31,0x32,0x33,0x1\ 6,0x34,0x35 Reading arbitrary Data from a Port P1 = Port Same values for ‘port’ as above example: (REM? 2): Returns (REM! 002 “1234”). “1234” is the data \ returned from the remote equipment. Rog ReD oDD gaIn Set or request the red Odd Gain (0-255) for a specific source setup. You can set an Odd Gain value for two separate analog input paths. The first input path is Input 1 (BNC connectors). The second input path is one of: Input 2 (DVI-A connector), or Input 5 or Input 6 (one of the analog option cards). To leave one of the input values unaffected, enter a value of 0 for the input. If only one value is specified, then both input paths will have the same value. examples: (ROG 130 135) Sets the BNC analog path to 130, the DVI/option card path to 135. (ROG 0 120) Leaves the BNC path as it was, the DVI/option card path to 120. (ROG 125) Sets both paths to 125. Roo ReD oDD o ffseT Set or request the blue Odd offset (0-255) for a specific source setup. You can set an Odd Offset value for two separate analog input paths. The first input path is Input 1 (BNC connectors). The second input path is one of: Input 2 (DVI-A connector), or Input 5 or Input 6 (one of the analog option cards). To leave one of the input values unaffected, enter a value of 0 for the input. If only one value is specified, then both input paths will have the same value. 3.129 Rog Red odd gain 3.130 Roo Red off offset Appendix B ► Serial Communications
B-40 3.131 RTe Real Time eventsRTe Real TIMe eVenTs Use RTE to specify actions to be initiated at a certain point in time or by an external stimulus. This action can be anything supported in the projector, as long as the action itself is not embedded within an RTE command (such as GIO input simulation and others). There are four types of RTEs: T = Timed event D = Scheduled/delayed single event G = GPIO port change S = System Status Change F = FUNC key event X = Delete event If P1 = T or t DescriptionMeaning P1 = T or t P2 – P7 = Date/Time P8 = Schedule P9 = ASCII message Timed event yyyy/MM/dd hh:mm:ss S = Single one-time event D = Daily W = Weekly Any valid ASCII commandThis is a “timed” (scheduled) event Date and time for first occurrence Frequency of the event Activity in the event If P1 = D or d DescriptionMeaning P1 = D or d P2 – P4 = Amount of delay P5 = ASCII message Delayed event hh:mm:ss Any valid serial protocolThis one-time event is scheduled to occur at a certain point in the future. How long to wait before starting the event Represents action taken during the event If P1 = G or g Description P1 = G or g GPIO port change. This is a real-time I/O event. P2 = I/O bit 1-255, depending on hardware (in the case of masking, this represents the starting pin number). P3 = Level H or h = high (transition to active state) L or l = low “LHxxxHLx” combines multiple inputs and trigger occurs when all conditions are met. P4 = Which ASCII command Any valid serial command If P1 = S or s Description Meaning P1 = S or s P2 = Type of system event System event 0 = Boot 1 = Power* 2 = Error * 3 = Signal Valid 4 = Signal Bad / No Signal 5 = Signal Input Change* 6 = Signal Channel Change* * May also include P3 info (below) This one-time event is scheduled for a certain point in time in the future. Defines events internal to the hardware that can trigger command sequences. Appendix B ► Serial Communications
B-41 P3 = State/details (opt.) P3 only applies if: P2 = 1 (Power) If P3 is 0 = Power Off If P3 is 1 = Power On P2 = 2 (Error) P3 = error number P2 = 5 (Signal Input) P3 = Input number P2 = 6 (Signal Channel) P3 = Channel Number This optional parameter further defines the state. If this is omitted, assume the event will fire on any system event of this type (for example, all signal input changes rather than a specific one) If P1 = F or f Description Meaning P1 = F or f FUNC key event This is a real-time event that triggers a command when the specified FUNC # is pressed. P2 = Number key 1-5, 7-9 The number to trigger from. If P1 = X or x Description Meaning P1 = X or x System event This deletes a stored event. P2 = Target * = Delete all events d = Delete all pending events waiting because of a DLY command. Number = Delete the event with the given number from the list This parameter determines which events will be deleted. examples: (RTE g 7 H “(GIO 22 P 100)”) (RTE g 7 H “(GIO 22 P 100) (GIO 1 L)”) (RTE G 7 H “(GIO 22 P 100) (GIO 1 L)”) (RTE T 2003/07/09 12:36:45 S "(PWR 1)") = "S" Single / one time (RTE T 2003/07/09 18:00:00 D "(PWR 0)") = "D" Daily (RTE T 2003/07/09 05:00:00 W "(PWR 0)") = "W" Weekly (RTE F 3 “(FRZ 1)”) // freeze image when FUNC-3 pressed (RTE D 00:05:00 "(PWR 0)") = In 5 minutes, turn the projector off (RTE G 5 H “(DLY 100) (PWR 0)”) = When pin 5 goes high, delay 100ms, then power off. (RTE?) (RTE!000 T 2003/07/09 05:00:00 S "(PWR 0)") (RTE!001 T 2003/07/09 12:36:45 S "(PWR 1)") (RTE!002 T 2003/07/09 18:00:00 D "(PWR 0)") (RTE?0) (RTE!000 T 2003/07/09 05:00:00 S "(PWR 0)") (RTE X 1): delete entry one (RTE X *): delete all entries (RTE X d): delete all pending events waiting because of a (DLY) command Appendix B ► Serial Communications