User manual CANON REALIS WUX5000 D PRO AV BROCHURE

[. . . ] of bytes Delimiters ASCII code (typical characters: 20h to 7Fh) Message codes No differentiation is made in recognition between lower-case and upper-case letters (case-insensitive). <CR> is 0Dh, <LF> is 0Ah, <CR>+<LF> is 0Dh0Ah, and <00> is 00h. Protocol Flow control Error control Break signal No protocol None None Not supported Between characters ：5 seconds (10ms for timeouts between CR and LF) <1byte> <1byte> Within 5 seconds Between command and response: 10 seconds Timeouts PC Command Within 10 seconds Response Projector After sending one command, the next command must not be sent without waiting for the response to the first command. [. . . ] First failure? YES (Confirm) command sent NO Same response standby processing as above No response from projector ◆Confirm that the power of the projector is on. ◆Check the control cable. NO Expected results? YES END Notes ・ When sending commands in succession, wait until a response is received from the first command before sending the next command. If no response is returned within 10 seconds after a command is sent, the command or response may not have reached the destination. Check the power supply of the device and the communication cable, and resend the command. ４．Power Control ４．１ [Power Control] Commands Commands for controlling the power or for acquiring the power mode Contact the service center for command details or information about all the commands. PC⇒PRJ Command Type Power Get power mode Power ON Power OFF ASCII notation POWER ON<CR> POWER OFF<CR> GET POWER<CR> Binary Notation 50h 4Fh 57h 45h 52h 20h 4Fh 4Eh 0Dh 50h 4Fh 57h 45h 52h 20h 4Fh 46h 46h 0Dh 47h 45h 54h 20h 50h 4Fh 57h 45h 52h 0Dh ４．２ [Power Control] Responses Responses to commands for power control or for acquiring the power mode PRJ⇒PC Response Type Power Success Failure Get power mode OFF OFF→ON ON ON→PMM PMM PMM→ON ON→OFF Failure ASCII notation i:OK<CR> <Refer to the Error List> g:POWER=OFF<CR> g:POWER=OFF2ON<CR> g:POWER=ON<CR> g:POWER=ON2PMM<CR> g:POWER=PMM<CR> g:POWER=PMM2ON<CR> g:POWER=ON2OFF<CR> <Refer to the Error List> 69h 3Ah 4Fh 4Bh 0Dh Binary Notation 67h 3Ah 50h 4Fh 57h 45h 52h 3Dh 4Fh 46h 46h 0Dh 67h 3Ah 50h 4Fh 57h 45h 52h 3Dh 4Fh 46h 46h 32h 4Fh 4Eh 0Dh 67h 3Ah 50h 4Fh 57h 45h 52h 3Dh 4Fh 4Eh 0Dh 67h 3Ah 50h 4Fh 57h 45h 52h 3Dh 4Fh 4Eh 32h 50h 4Dh 4Dh 0Dh 67h 3Ah 50h 4Fh 57h 45h 52h 3Dh 50h 4Dh 4Dh 0Dh 67h 3Ah 50h 4Fh 57h 45h 52h 3Dh 50h 4Dh 4Dh 32h 4Fh 4Eh 0Dh 67h 3Ah 50h 4Fh 57h 45h 52h 3Dh 4Fh 4Eh 32h 4Fh 46h 46h 0Dh ※ OFF indicates the standby mode, ON indicates that the projector is running, and PMM indicates the power management mode. ※ '→'indicates a transition to another mode. ５．Input Source Selection ５．１ [Input Source Selection] Commands Commands for switching the input source or for acquiring the input source selection value PC⇒PRJ Command Type Input source DigitalPC DigitalVideo AnalogPC1 AnalogPC2 Component Video Get input source ASCII notation INPUT=D-RGB<CR> INPUT=HDMI<CR> INPUT=A-RGB1<CR> INPUT=A-RGB2<CR> INPUT=COMP<CR> INPUT=VIDEO<CR> GET INPUT<CR> Binary Notation 49h 4Eh 50h 55h 54h 3Dh 44h 2Dh 52h 47h 42h 0Dh 49h 4Eh 50h 55h 54h 3Dh 48h 44h 4Dh 49h 0Dh 49h 4Eh 50h 55h 54h 3Dh 41h 2Dh 52h 47h 42h 31h 0Dh 49h 4Eh 50h 55h 54h 3Dh 41h 2Dh 52h 47h 42h 32h 0Dh 49h 4Eh 50h 55h 54h 3Dh 43h 4Fh 4Dh 50h 0Dh 49h 4Eh 50h 55h 54h 3Dh 56h 49h 44h 45h 4Fh 0Dh 47h 45h 54h 20h 49h 4Eh 50h 55h 54h 0Dh ５．２ [Input Source Selection] Responses Responses to commands for input source selection or for acquiring the input source selection value PRJ⇒PC Response Type Input source Success Failure Get input source DigitalPC DigitalVideo AnalogPC1 AnalogPC2 Component Video Failure ASCII notation i:OK<CR> <Refer to the Error List> g:INPUT=D-RGB<CR> g:INPUT=HDMI<CR> g:INPUT=A-RGB1<CR> g:INPUT=A-RGB2<CR> g:INPUT=COMP<CR> g:INPUT=VIDEO<CR> <Refer to the Error List> 69h 3Ah 4Fh 4Bh Binary Notation 67h 3Ah 49h 4Eh 50h 55h 54h 3Dh 44h 2Dh 52h 47h 42h 0Dh 67h 3Ah 49h 4Eh 50h 55h 54h 3Dh 48h 44h 4Dh 49h 0Dh 67h 3Ah 49h 4Eh 50h 55h 54h 3Dh 41h 2Dh 52h 47h 42h 31h 0Dh 67h 3Ah 49h 4Eh 50h 55h 54h 3Dh 41h 2Dh 52h 47h 42h 32h 0Dh 67h 3Ah 49h 4Eh 50h 55h 54h 3Dh 43h 4Fh 4Dh 50h 0Dh 67h 3Ah 49h 4Eh 50h 55h 54h 3Dh 56h 49h 44h 45h 4Fh 0Dh ６．Image Mode Selection ６．１ [Set Image Mode] Commands Commands for switching the image mode or for acquiring the image mode setting value PC⇒PRJ Command Type Image mode STANDARD PRESENTATION SRGB MOVIE Get image mode ASCII notation IMAGE=STANDARD<CR> IMAGE=PRESENTATION<CR> IMAGE=SRGB<CR> IMAGE=MOVIE<CR> GET IMAGE<CR> Binary Notation 49h 4Dh 41h 47h 45h 3Dh 53h 54h 41h 4Eh 44h 41h 52h 44h 0Dh 49h 4Dh 41h 47h 45h 3Dh 50h 52h 45h 53h 45h 4Eh 54h 41h 54h 49h 4Fh 4Eh 0Dh 49h 4Dh 41h 47h 45h 3Dh 53h 52h 47h 42h 0Dh 49h 4Dh 41h 47h 45h 3Dh 4Dh 4Fh 56h 49h 45h 0Dh 47h 45h 54h 20h 49h 4Dh 41h 47h 45h 0Dh ６．２ [Set Image Mode] Responses Responses to commands for setting the image mode or for acquiring the image mode setting value PRJ⇒PC Response Type Image mode Success Failure Get image mode STANDARD PRESENTATION SRGB MOVIE ASCII notation i:OK<CR> <Refer to the Error List> g:IMAGE=STANDARD<CR> g:IMAGE=PRESENTATION<CR> g:IMAGE=SRGB<CR> g:IMAGE=MOVIE<CR> 69h 3Ah 4Fh 4Bh 0Dh Binary Notation 67h 3Ah 49h 4Dh 41h 47h 45h 3Dh 53h 54h 41h 4Eh 44h 41h 52h 44h 0Dh 67h 3Ah 49h 4Dh 41h 47h 45h 3Dh 50h 52h 45h 53h 45h 4Eh 54h 41h 54h 49h 4Fh 4Eh 0Dh 67h 3Ah 49h 4Dh 41h 47h 45h 3Dh 53h 52h 47h 42h 0Dh 67h 3Ah 49h 4Dh 41h 47h 45h 3Dh 4Dh 4Fh 56h 49h 45h 0Dh ７．Brightness ７．１ [Set Brightness] Commands Commands for setting the brightness or for acquiring the brightness setting value PC⇒PRJ Command Type Brightness Get brightness Example: Numerical setting ASCII notation BRI=<numerical value><CR> GET BRI<CR> BRI=-10<CR> Binary Notation 42h 52h 49h 3Dh <numerical code> 0Dh 47h 45h 54h 20h 42h 52h 49h 0Dh 42h 52h 49h 3Dh 2Dh 31h 30h 0Dh ７．２ [Set Brightness] Responses Responses to commands for setting the brightness or for acquiring the brightness setting value PRJ⇒PC Response Type Brightness Get brightness Example: Success Failure ASCII notation i:OK<CR> <Refer to the Error List> g:BRI=<numerical value><CR> g:BRI=-20<CR> 69h 3Ah 4Fh 4Bh 0Dh Binary Notation 67h 3Ah 42h 52h 49h 3Dh <numerical code> 0Dh 67h 3Ah 42h 52h 49h 3Dh 2Dh 32h 30h 0Dh ８． Sharpness ８．１ [Set Sharpness] Commands Commands for setting the sharpness or for acquiring the sharpness setting value PC⇒PRJ Command Type Sharpness Get sharpness Example: Setting value ASCII notation SHARP=<numerical value><CR> GET SHARP<CR> SHARP=-4<CR> Binary Notation 53h 48h 41h 52h 50h 3Dh <numerical code> 0Dh 47h 45h 54h 20h 53h 48h 41h 52h 50h 0Dh 53h 48h 41h 52h 50h 3Dh 2Dh 34h 0Dh ８．２ [Set Sharpness] Responses Responses to commands for setting the sharpness or for acquiring the sharpness setting value PRJ⇒PC Response Type Sharpness Get sharpness Example: Success Failure ASCII notation i:OK<CR> <Refer to the Error List> g:SHARP=<numerical value><CR> g:SHARP=-2<CR> 69h 3Ah 4Fh 4Bh 0Dh Binary Notation 67h 3Ah 53h 48h 41h 52h 50h 3Dh <numerical code> 0Dh 67h 3Ah 53h 48h 41h 52h 50h 3Dh 2Dh 32h 0Dh ９．Contrast ９．１ [Set Contrast] Commands Commands for setting the contrast or for acquiring the contrast setting value PC⇒PRJ Command Type Contrast Get contrast Example: Setting value ASCII notation CONT=<numerical value><CR> GET CONT<CR> CONT=-4<CR> Binary Notation 43h 4Fh 4Eh 54h 3Dh <numerical code> 0Dh 47h 45h 54h 20h 43h 4Fh 4Eh 54h 0Dh 43h 4Fh 4Eh 54h 3Dh 2Dh 34h 0Dh ９．２ [Set Contrast] Responses Responses to commands for setting the contrast or for acquiring the contrast setting value PRJ⇒PC Response Type Contrast Get contrast Example: Success Failure ASCII notation i:OK<CR> <Refer to the Error List> g:CONT=<numerical value><CR> Binary Notation 69h 3Ah 4Fh 4Bh 0Dh 67h 3Ah 43h 4Fh 4Eh 54h 3Dh <numerical code> 0Dh 67h 3Ah 43h 4Fh 4Eh 54h 3Dh 2Dh 32h 0Dh g:CONT=-2<CR> １０． Aspect １０．１ [Aspect] Commands Commands for switching the aspect ratio or for acquiring the aspect ratio value PC⇒PRJ Command Type Aspect Auto 4:3 16:9 Zoom True Full Get aspect value ASCII notation ASPECT=AUTO<CR> ASPECT=4:3<CR> ASPECT=16:9<CR> ASPECT=ZOOM<CR> ASPECT=TRUE<CR> ASPECT=FULL<CR> GET ASPECT<CR> Binary Notation 41h 53h 50h 45h 43h 54h 3Dh 41h 55h 54h 4Fh 0Dh 41h 53h 50h 45h 43h 54h 3Dh 34h 3Ah 33h 0Dh 41h 53h 50h 45h 43h 54h 3Dh 31h 36h 3Ah 39h 0Dh 41h 53h 50h 45h 43h 54h 3Dh 5Ah 4Fh 4Fh 4Dh 0Dh 41h 53h 50h 45h 43h 54h 3Dh 54h 52h 55h 45h 0Dh 41h 53h 50h 45h 43h 54h 3Dh 46h 55h 4Ch 4Ch 0Dh 47h 45h 54h 20h 41h 53h 50h 45h 43h 54h 0Dh ※ Available settings vary depending on the input source and input signal format used. １０．２ [Aspect] Responses Responses to commands for setting the aspect ratio or for acquiring the aspect ratio value PRJ⇒PC Response Type Aspect Success Failure Get aspect value Auto 4:3 16:9 Zoom True Full Failure ASCII notation i:OK<CR> <Refer to the Error List> g:ASPECT=AUTO<CR> g:ASPECT=4:3<CR> g:ASPECT=16:9<CR> g:ASPECT=ZOOM<CR> g:ASPECT=TRUE<CR> g:ASPECT=FULL<CR> <Refer to the Error List> 69h 3Ah 4Fh 4Bh Binary Notation 67h 3Ah 41h 53h 50h 45h 43h 54h 3Dh 41h 55h 54h 4Fh 0Dh 67h 3Ah 41h 53h 50h 45h 43h 54h 3Dh 34h 3Ah 33h 0Dh 67h 3Ah 41h 53h 50h 45h 43h 54h 3Dh 31h 36h 3Ah 39h 0Dh 67h 3Ah 41h 53h 50h 45h 43h 54h 3Dh 5Ah 4Fh 4Fh 4Dh 0Dh 67h 3Ah 41h 53h 50h 45h 43h 54h 3Dh 54h 52h 55h 45h 0Dh 67h 3Ah 41h 53h 50h 45h 43h 54h 3Dh 46h 55h 4Ch 4Ch 0Dh １１．Lamp Mode １１．１ [Lamp Mode] Commands Commands for switching the lamp mode between silent and normal or for acquiring the lamp mode value PC⇒PRJ Command Type Lamp mode Get lamp mode Normal Silent ASCII notation LAMP=NORMAL<CR> LAMP=SILENT<CR> GET LAMP<CR> Binary Notation 4Ch 41h 4Dh 50h 3Dh 4Eh 4Fh 52h 4Dh 41h 4Ch 0Dh 4Ch 41h 4Dh 50h 3Dh 53h 49h 4Ch 45h 4Eh 54h 0Dh 47h 45h 54h 20h 4Ch 41h 4Dh 50h 0Dh １１．２ [Lamp Mode] Responses Responses to commands for setting the lamp mode or for acquiring the lamp mode value PRJ⇒PC Response Type Lamp mode Get lamp mode Success Failure Normal Silent ASCII notation i:OK<CR> <Refer to the Error List> g:LAMP=NORMAL<CR> g:LAMP=SILENT<CR> 69h 3Ah 4Fh 4Bh 0Dh Binary Notation 67h 3Ah 4Ch 41h 4Dh 50h 3Dh 4Eh 4Fh 52h 4Dh 41h 4Ch 0Dh 67h 3Ah 4Ch 41h 4Dh 50h 3Dh 53h 49h 4Ch 45h 4Eh 54h 0Dh １２．Blank Function １２．１ [Blank Function] Commands Commands for executing the blank function or for acquiring the blank function value PC⇒PRJ Command Type Blank Get blank Execute Cancel ASCII notation BLANK=ON<CR> BLANK=OFF<CR> GET BLANK<CR> Binary Notation 42h 4Ch 41h 4Eh 4Bh 3Dh 4Fh 4Eh 0Dh 42h 4Ch 41h 4Eh 4Bh 3Dh 4Fh 46h 46h 0Dh 47h 45h 54h 20h 42h 4Ch 41h 4Eh 4Bh 0Dh １２．２ [Execute Blank] Responses Responses to commands for executing the blank function or for acquiring the blank function value PRJ⇒PC Response Type Blank Get blank Success Failure ON OFF ASCII notation i:OK<CR> <Refer to the Error List> g:BLANK=ON<CR> g:BLANK=OFF<CR> 69h 3Ah 4Fh 4Bh 0Dh Binary Notation 67h 3Ah 42h 4Ch 41h 4Eh 4Bh 3Dh 4Fh 4Eh 0Dh 67h 3Ah 42h 4Ch 41h 4Eh 4Bh 3Dh 4Fh 46h 46h 0Dh １３． Error List Errors are indicated by the following character strings when the response to a sent command is a failure response. <CR>, <LF>, <CR>+<LF> or <00> is added to the end of the error string. The delimiters are the same as the ones for the sent commands. Switch to an input signal with the correct resolution. ■OVER_PANEL_RES: input signal resolution exceeds panel resolution. e:203X INVALID_RESOLUTION(***) 65h 3Ah 32h 30h 33h <numerical code> 20h 49h 4Eh 56h 41h 4Ch 49h 44h 5Fh 52h 45h 53h 4Fh 4Ch 55h 54h 49h 4Fh 4Eh 28h *** 29h i:INPUT_NOT_FOUND Input was not switched since there is no input signal at AUTOSETEXE=INPUT. Notification of status only; no particular measures needed. 69h 3Ah 49h 4Eh 50h 55h 54h 5Fh 4Eh 4Fh 54h 5Fh 46h 4Fh 55h 4Eh 44h ※ Error codes are 4-digit hexadecimal strings. X represents any character from 0 to 9 or from A to F. ※ Items with lower numbers have a higher priority. (Even when multiple errors have occurred, the error with the highest rank is returned. However, errors of the same item number are ranked with the same priority. ) Appendix: User Command Application for Network (for both SX80 and WUX10) ■Description ・A LAN is used for transparent communication with the projector. [. . . ] ・The TCP/IP protocol (port 33336) is used between the projector and PC, and data is sent and received transparently. ・The Windows socket library can be used to create the application for controlling the projector from the PC. [. . . ]