Barco R5075236_r03 User Manual To The Ba4b58fd B5f2 4387 95ba 954555cb03e4
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BARCO PROJECTION SYSTEMS BARCO PROJECTION SYSTEMS
Date: 10.04.98 R5975236_r03
Date: 10.04.98 R5975236_r03
SERIAL COMMUNICATION
LCD PROJECTOR
USER'S MANUAL
SERIAL COMMUNICATION
LCD PROJECTOR
USER'S MANUAL
i-1 i-1user's manual R5975236-r3 user's manual R5975236-r3
Contents Contents
i-2 i-2user's manual R5975236-r3 user's manual R5975236-r3
Chapter 1 : Communication basics.
communication protocol .......................................... 1-3
communication settings .......................................... 1-4
hardware ................................................................. 1-6
syntax....................................................................1-11
Chapter 2 : Elementary commands
balance, decrement ................................................. 2-2
balance, increment .................................................. 2-3
bass, decrement ..................................................... 2-4
bass, increment ...................................................... 2-5
brightness, decrement............................................. 2-6
brightness, increment .............................................. 2-7
color, decrement ..................................................... 2-8
color, increment ...................................................... 2-9
contrast, decrement ...............................................2-10
contrast, increment ................................................2-11
infrared control ....................................................... 2-12
mute audio, write off ............................................... 2-15
mute audio, write on ...............................................2-16
mute video, write off ................................................ 2-17
mute video, write on ............................................... 2-18
phase, decrement ..................................................2-19
phase, increment ................................................... 2-20
projector status, read .............................................2-21
projector status, write off ........................................2-23
projector status, write on ........................................2-24
sharpness, decrement............................................2-25
sharpness, increment .............................................2-26
source/slot, read number .......................................2-27
source/slot, write number ....................................... 2-29
source/slot, read number+mode ............................. 2-31
source/slot, write number+mode ............................2-34
tint, decrement ....................................................... 2-37
tint, increment ........................................................2-38
treble, decrement ................................................... 2-39
contents contents
Chapter 1 : Communication basics.
communication protocol .......................................... 1-3
communication settings .......................................... 1-4
hardware ................................................................. 1-6
syntax....................................................................1-11
Chapter 2 : Elementary commands
balance, decrement................................................. 2-2
balance, increment .................................................. 2-3
bass, decrement ..................................................... 2-4
bass, increment ...................................................... 2-5
brightness, decrement............................................. 2-6
brightness, increment .............................................. 2-7
color, decrement ..................................................... 2-8
color, increment ...................................................... 2-9
contrast, decrement ...............................................2-10
contrast, increment ................................................ 2-11
infrared control ....................................................... 2-12
mute audio, write off ............................................... 2-15
mute audio, write on ...............................................2-16
mute video, write off................................................ 2-17
mute video, write on ............................................... 2-18
phase, decrement ..................................................2-19
phase, increment ................................................... 2-20
projector status, read .............................................2-21
projector status, write off ........................................2-23
projector status, write on ........................................2-24
sharpness, decrement............................................2-25
sharpness, increment .............................................2-26
source/slot, read number .......................................2-27
source/slot, write number ....................................... 2-29
source/slot, read number+mode ............................. 2-31
source/slot, write number+mode ............................2-34
tint, decrement ....................................................... 2-37
tint, increment ........................................................2-38
treble, decrement ................................................... 2-39
i-3 i-3user's manual R5975236-r3 user's manual R5975236-r3
treble, increment ....................................................2-40
volume, decrement .................................................2-41
volume, increment ..................................................2-42
Chapter 3 : Advanced commands
balance, read .......................................................... 3-2
balance, write .......................................................... 3-4
bass, read ............................................................... 3-5
bass, write .............................................................. 3-7
brightness, read ...................................................... 3-8
brightness, write .....................................................3-10
contrast, read .........................................................3-11
contrast, write ........................................................3-14
dimming, decrement ..............................................3-16
dimming, increment ................................................3-17
fade audio extern, decrement ................................. 3-18
fade audio extern, increment ..................................3-19
fade audio extern, read ...........................................3-20
fade audio extern, write ..........................................3-22
fade audio intern, decrement ..................................3-24
fade audio intern, increment ................................... 3-25
fade audio intern, read ............................................ 3-26
fade audio intern, write ...........................................3-28
file, copy ................................................................3-30
file, delete ..............................................................3-32
file, list ...................................................................3-34
file, list active .........................................................3-37
file, move ................................................................3-39
file, rename ............................................................ 3-42
freeze, write off .......................................................3-45
freeze, write on ......................................................3-46
installation, read .....................................................3-47
installation, write ....................................................3-49
lamp, read run time ................................................3-50
lamp, read serial number ........................................3-52
lamp, read status ...................................................3-54
lamp, reset run time ...............................................3-56
contents contents
treble, increment .................................................... 2-40
volume, decrement .................................................2-41
volume, increment ..................................................2-42
Chapter 3 : Advanced commands
balance, read .......................................................... 3-2
balance, write .......................................................... 3-4
bass, read ............................................................... 3-5
bass, write .............................................................. 3-7
brightness, read ...................................................... 3-8
brightness, write .....................................................3-10
contrast, read .........................................................3-11
contrast, write ........................................................ 3-13
dimming, decrement .............................................. 3-15
dimming, increment ................................................ 3-16
fade audio extern, decrement ................................. 3-17
fade audio extern, increment .................................. 3-18
fade audio extern, read ........................................... 3-19
fade audio extern, write .......................................... 3-21
fade audio intern, decrement ..................................3-23
fade audio intern, increment ................................... 3-24
fade audio intern, read ............................................ 3-25
fade audio intern, write ........................................... 3-27
file, copy ................................................................3-29
file, delete ..............................................................3-31
file, list ...................................................................3-33
file, list active ......................................................... 3-36
file, move ................................................................3-38
file, rename ............................................................ 3-41
freeze, write off ....................................................... 3-44
freeze, write on ......................................................3-45
installation, read .....................................................3-46
installation, write ....................................................3-48
lamp, read run time ................................................3-49
lamp, read serial number ........................................ 3-51
lamp, read status ................................................... 3-53
lamp, reset run time ...............................................3-55
i-4 i-4user's manual R5975236-r3 user's manual R5975236-r3
lock audio, read .....................................................3-57
lock audio, write .....................................................3-59
phase, read ............................................................3-61
phase, write ...........................................................3-63
programmable blanking,write .................................. 3-65
projector, read run time .......................................... 3-69
projector, read serial number .................................. 3-71
projector, read type ................................................3-73
projector, write address ..........................................3-75
sharpness, read .....................................................3-76
sharpness, write .....................................................3-78
shutter, close .........................................................3-80
shutter, open .......................................................... 3-82
shutter, read........................................................... 3-84
software, read language ......................................... 3-86
software, read type .................................................3-88
software, read version ............................................. 3-90
sync, read ..............................................................3-92
sync, write fast ......................................................3-94
sync, write slow .....................................................3-95
text, write off ..........................................................3-96
text, write on ..........................................................3-97
treble, read ............................................................. 3-98
treble, write .......................................................... 3-100
volume, read ......................................................... 3-101
volume, write ........................................................3-103
Appendix a: Command summary 2
Appendix b: Command summary 3
contents contents
llock audio, read .....................................................3-57
lock audio, write .....................................................3-59
phase, read ............................................................3-61
phase, write ...........................................................3-63
programmable blanking,write .................................. 3-65
projector, read run time .......................................... 3-69
projector, read serial number .................................. 3-71
projector, read type ................................................3-73
projector, write address ..........................................3-75
sharpness, read .....................................................3-76
sharpness, write .....................................................3-78
shutter, close .........................................................3-80
shutter, open .......................................................... 3-82
shutter, read........................................................... 3-84
software, read language ......................................... 3-86
software, read type .................................................3-88
software, read version ............................................. 3-90
sync, read ..............................................................3-92
sync, write fast ......................................................3-94
sync, write slow .....................................................3-95
text, write off ..........................................................3-96
text, write on ..........................................................3-97
treble, read ............................................................. 3-98
treble, write .......................................................... 3-100
volume, read ......................................................... 3-101
volume, write ........................................................3-103
Appendix a: Command summary 2 .........................
Appendix b: Command summary 3
1-1 1-1user's manual R5975236-r3 user's manual R5975236-r3
Chapter 1:
Communication basics
Chapter 1:
Communication basics
1-2 1-2user's manual R5975236-r3 user's manual R5975236-r3
Communication protocol summary
Start byte \xfe
Projector address
Command byte(s)
Data bytes(OPTIONAL)
Checksum byte
Stop byte \xff
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 take place.
Projector address
The projector address defines the address of the projector the computer
wants to talk to (in case of transmission) or the address of the projector that
answers (in case of reception).
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)
Wheather the command bytes are followed by one or more data bytes depends
on the contents of the command bytes.
(Some commands are not followed by data bytes at all !)
Communication protocol summary
Start byte \xfe
Projector address
Command byte(s)
Data bytes(OPTIONAL)
Checksum byte
Stop byte \xff
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 take place.
Projector address
The projector address defines the address of the projector the computer
wants to talk to (in case of transmission) or the address of the projector that
answers (in case of reception).
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)
Wheather the command bytes are followed by one or more data bytes
depends on the contents of the command bytes.
(Some commands are not followed by data bytes at all !)
communication protocol
Chapter 1: Communications basics communication protocol
Chapter 1: Communications basics
1-3 1-3user's manual R5975236-r3 user's manual R5975236-r3
Checksum byte
The checksum byte is used to detect errors during transmission or reception.
Formula :
Checksum byte
= (Projector address + Command bytes + Data bytes) modulo 256
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.
Any command byte, data byte or checksum byte that equals \x80, \xfe
or \xff has to be converted !
Transmission :
- Instead of \x80, send \x80 followed by \x00.
- Instead of \xfe, send \x80 followed by \x7e.
- Instead of \xff, send \x80 followed by \x7f.
Reception :
- Replace \x80 followed by \x00 with \x80.
- Replace \x80 followed by \x7e with \xfe.
- Replace \x80 followed by \x7f with \xff..
Checksum byte
The checksum byte is used to detect errors during transmission or reception.
Formula :
Checksum byte
= (Projector address + Command bytes + Data bytes) modulo 256
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.
Any command byte, data byte or checksum byte that equals \x80, \xfe
or \xff has to be converted !
Transmission :
- Instead of \x80, send \x80 followed by \x00.
- Instead of \xfe, send \x80 followed by \x7e.
- Instead of \xff, send \x80 followed by \x7f.
Reception :
- Replace \x80 followed by \x00 with \x80.
- Replace \x80 followed by \x7e with \xfe.
- Replace \x80 followed by \x7f with \xff..
Chapter 1: Communications basics Chapter 1: Communications basics
communication protocol communication protocol
1-4 1-4user's manual R5975236-r3 user's manual R5975236-r3
Communication settings summary
Baud rate see baudrate table
Data bits 8
Parity no
Stop bits 1
Baud Rate
Defines the speed of the data transfer.
The baud rate can be set using the dip switches on the processor board of the
projector. Before opening the projector*, insure the projector is powered down
!!!
Check the baud rate table to set up the communication speed.
Consult the owners manual of the projector to change the baud rate setting.
*In some projectors, the Baud Rate must be set using the menu structure (see Owner's manual
of the projector).
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.
Chapter 1: Communications basics communication settings Chapter 1: Communications basics communication settings
Communication settings summary
Baud rate see baudrate table
Data bits 8
Parity no
Stop bits 1
Baud Rate
Defines the speed of the data transfer.
The baud rate can be set using the dip switches on the processor board of the
projector. Before opening the projector*, insure the projector is powered down
!!!
Check the baud rate table to set up the communication speed.
Consult the owners manual of the projector to change the baud rate setting.
*In some projectors, the Baud Rate must be set using the menu structure (see Owner's
manual of the projector).
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.
1-5 1-5user's manual R5975236-r3 user's manual R5975236-r3
Baud rate table
BD5000, BD5000LC, BD8000
S1:4 S1:3 S1:2 S1:1 Baud rate (baud)
off off off off 50
off off off on 75
off off on off 100
off off on on 110
off on off off 150
off on off on 200
off on on off 300
off on on on 600
on off off off 1200
on off off on 2400
on off on off 4800
on off on on 9600
on on off off 19200
on on off on 9600
on on on off 9600
on on on on 9600
Baud rate table
BD3000, BD3000LC, BD3100, BD3100LC, BD5100,
BD5100LC, BD8100, BD8100LC
S2:3 S2:2 S2:1 Baud rate (baud)
off off off 9600
off off on 4800
off on off 2400
off on on 1200
on off off 600
on off on 300
on on off 150
on on on 75
Baud rate table
BD5000, BD5000LC, BD8000
S1:4 S1:3 S1:2 S1:1 Baud rate (baud)
off off off off 50
off off off on 75
off off on off 100
off off on on 110
off on off off 150
off on off on 200
off on on off 300
off on on on 600
on off off off 1200
on off off on 2400
on off on off 4800
on off on on 9600
on on off off 19200
on on off on 9600
on on on off 9600
on on on on 9600
Baud rate table
BD3000, BD3000LC, BD3100, BD3100LC, BD5100,
BD5100LC, BD8100, BD8100LC
S2:3 S2:2 S2:1 Baud rate (baud)
off off off 9600
off off on 4800
off on off 2400
off on on 1200
on off off 600
on off on 300
on on off 150
on on on 75
communication settings
Chapter 1: Communications basics Chapter 1: Communications basics communication settings
1-6 1-6user's manual R5975236-r3 user's manual R5975236-r3
Connector labelled RS232 IN
This female D9-pin connector is used to connect the projector with the
computer.
Connector labelled RS232 OUT
This male D9-pin connector is used to drive the next projector in a chain.
Pin-out
The pin-out is the standard PC-AT convention, which is :
Pin # Name Full name
1 CD Carrier Detect
2 RxD Received Data
3 TxD Transmitted Data
4 DTR Data Terminal Ready
5 GND Signal Ground
6 DSR Data Set Ready
7 RTS Request To Send
8 CTS Clear To Send
9 RI Ring Indicator
Connector labelled RS232 IN
This female D9-pin connector is used to connect the projector with the
computer.
Connector labelled RS232 OUT
This male D9-pin connector is used to drive the next projector in a chain.
Pin-out
The pin-out is the standard PC-AT convention, which is :
Pin # Name Full name
1 CD Carrier Detect
2 RxD Received Data
3 TxD Transmitted Data
4 DTR Data Terminal Ready
5 GND Signal Ground
6 DSR Data Set Ready
7 RTS Request To Send
8 CTS Clear To Send
9 RI Ring Indicator
Chapter 1: Communications basics Chapter 1: Communications basics
hardware hardware
1-7 1-7user's manual R5975236-r3 user's manual R5975236-r3
Chapter 1: Communications basics hardware
Cable (IBM PC or compatible projector):
Chapter 1: Communications basics hardware
Cable (IBM PC or compatible projector):
RS 232 IN
REMOTE
IR-RECEIVER
PROJECTOR MODE :
GREEN - OPERATI ON
RED - STA NDBY
COMMUNICATION PORT
(800-PE RIPHERALS)
RS232 OUT
0
I
This devi ce complies wit h Part 15 of the FCC rules. Operat ion
is subject to following two conditi ons :
(1) This device may not cause harmful interference
(2) This device mus t acc ept an y in t er f er enc e r ec ei ve d
i nc l udi ng i nt er f er en ce t hat may cause undesir ed operation
R
G
B
H / C
V
On
98 27910
R
G
B
H / C
V
On
98 27920
R-YYB-YS
On
98 27930
S-VIDEO
98 27900
VIDEO
LR
AUDIO
On On
RS 232 IN
REMOTE
PROJECTOR MODE :
GREEN - OPERA TION
RED - STANDBY
COMMUNIC ATION PORT
(800-PERIPHERALS)
RS232 OUT
0
I
This devi ce complies wit h P ar t 15 o f th e FCC rules. Operati on
is subject to following two conditions :
(1) This device may not cause harmful interference
(2) This device must accept any int erference received
including interference that may cause undesired operation
IR-ACKNOWLEDGED
IR-RECEI VED
DIAGNOSTICS
CODE
IR-RECEI VER
RS 232 IN
REMOTE
IR-RECEIVER
PROJECTOR MODE :
GREEN - OPERATI ON
RED - STA NDBY
COMMUNICATION PORT
(800-PE RIPHERALS)
RS232 OUT
0
I
This devi ce complies wit h Part 15 of the FCC rules. Operat ion
is subject to following two conditi ons :
(1) This device may not cause harmful interference
(2) This device mus t acc ept an y in t er f er enc e r ec ei ve d
i nc l udi ng i nt er f er en ce t hat may cause undesir ed operation
R
G
B
H / C
V
On
98 27910
R
G
B
H / C
V
On
98 27920
R-YYB-YS
On
98 27930
S-VIDEO
98 27900
VIDEO
LR
AUDIO
On On
RS 232 IN
REMOTE
PROJECTOR MODE :
GREEN - OPERA TION
RED - STANDBY
COMMUNIC ATION PORT
(800-PERIPHERALS)
RS232 OUT
0
I
This devi ce complies wit h P ar t 15 o f th e FCC rules. Operati on
is subject to following two conditions :
(1) This device may not cause harmful interference
(2) This device must accept any int erference received
including interference that may cause undesired operation
IR-ACKNOWLEDGED
IR-RECEI VED
DIAGNOSTICS
CODE
IR-RECEI VER
1-8 1-8user's manual R5975236-r3 user's manual R5975236-r3
Cable (IBM PC or compatible projector) :
11
CD CD
22
RxD RxD
33
TxD TxD
44
DTR DTR
D9 5 5 D9
female GND GND male
66
DSR DSR
77
RTS RTS
88
CTS CTS
99
RI RI
order number R9827560 (cable length = 15m)
order number R9872570 (cable length = 30m)
Chapter 1: Communications basics hardware Chapter 1: Communications basics hardware
Cable (IBM PC or compatible projector) :
11
CD CD
22
RxD RxD
33
TxD TxD
44
DTR DTR
D9 5 5 D9
female GND GND male
66
DSR DSR
77
RTS RTS
88
CTS CTS
99
RI RI
order number R9827560 (cable length = 15m)
order number R9872570 (cable length = 30m)
1-9 1-9user's manual R5975236-r3 user's manual R5975236-r3
Chapter 1: Communications basics hardware
Cable (MAC projector) :
Chapter 1: Communications basics hardware
Cable (MAC projector) :
RS 232 IN
REMOTE
IR -R EC EI VE R
PROJECTOR MODE :
GREEN - OPERATION
RED - S TA NDBY
COMMUNICATION PORT
(800-PERI PHERALS)
RS232 OUT
0
I
This device complies with Part 15 of the FCC rules. Operati on
is subject to following two conditions :
( 1) This devi ce may not cause harmful interference
( 2) This d evice must acce pt any i nt er f er enc e r ecei ve d
including interf erence that may c ause undes i r ed ope r ati on
R
G
B
H / C
V
On
98 27910
R
G
B
H / C
V
On
98 27920
R-YYB-YS
On
98 27930
S-VIDEO
98 27900
VIDEO
LR
AUDI O
On On
RS 232 IN
REMO TE
PROJECTOR MODE :
GREEN - OPERATION
RED - S TANDBY
COMMUNICATION PORT
(800-PERIP HERALS)
RS232 OUT
0
I
This device complies with Part 15 of the FCC rules. Operat i on
is subject t o following two conditi ons :
(1) This device may n ot caus e har mf ul i nt erf er ence
(2) This device must accept any int erfere nce received
including interf erence that may c ause u ndes ir ed oper at i on
IR-ACKNOWLEDGED
IR-RECEIVED
DIAGNOSTICS
CODE
IR-RECEIVER
RS 232 IN
REMOTE
IR -R EC EI VE R
PROJECTOR MODE :
GREEN - OPERATION
RED - S TA NDBY
COMMUNICATION PORT
(800-PERIPHERALS)
RS232 OUT
0
I
This device complies with Part 15 of the FCC rules. Operati on
is subject to following two conditions :
( 1) This devi ce may not cause harmful interference
( 2) This d evice must acce pt any i nt er f er enc e r ecei ve d
including interf erence that may c ause undes i r ed ope r ati on
R
G
B
H / C
V
On
98 27910
R
G
B
H / C
V
On
98 27920
R-YYB-YS
On
98 27930
S-VIDEO
98 27900
VIDEO
LR
AUDIO
On On
RS 232 IN
REMO TE
PROJECTOR MODE :
GREEN - OPERATION
RED - S TANDBY
COMMUNICATION PORT
(800-PERIP HERALS)
RS232 OUT
0
I
This device complies with Part 15 of the FCC rules. Operat i on
is subject t o following two conditi ons :
(1) This device may n ot caus e har mf ul i nt erf er ence
(2) This device must accept any int erfere nce received
including interf erence that may c ause u ndes ir ed oper at i on
IR-ACKNOWLEDGED
IR-RECEIVED
DIAGNOSTICS
CODE
IR-RECEIVER
1-10 1-10user's manual R5975236-r3 user's manual R5975236-r3
Cable (MAC projector) :
14
HSKo DTR
28
HSKi CTS
33
TxD- TxD
45
GND GND
DIN 5 2 D9
mini 8 RXD- RxD male
6
TXD+
7
n.c.
8
RXD+
order number R9827640 (D9-DIN mini8; cable length = 1m)
order number R9827560 (D9-D9; cable length = 15m)
order number R9872570 (D9-D9; cable length = 30m)
Signal levels
State Voltage
off = 1 -9V
on = 0 +9V
Cable (MAC projector) :
14
HSKo DTR
28
HSKi CTS
33
TxD- TxD
45
GND GND
DIN 5 2 D9
mini 8 RXD- RxD male
6
TXD+
7
n.c.
8
RXD+
order number R9827640 (D9-DIN mini8; cable length = 1m)
order number R9827560 (D9-D9; cable length = 15m)
order number R9872570 (D9-D9; cable length = 30m)
Signal levels
State Voltage
off = 1 -9V
on = 0 +9V
Chapter 1: Communications basics Chapter 1: Communications basics
hardware hardware
1-11 1-11user's manual R5975236-r3 user's manual R5975236-r3
length \x0b
h \x68
e \x65
l \x6c
l \x6c
o \x6f
\x20
w \x77
o \x6f
r \x72
l \x6c
d \x64
Characters
In this manual, all characters are expressed using the C-language syntax :
decimal values ddd ddd = 0..255
hexadecimal values\xhh hh = 00..ff
Pascal-language string
Characters
In this manual, all characters are expressed using the C-language syntax :
decimal values ddd ddd = 0..255
hexadecimal values\xhh hh = 00..ff
Pascal-language string
Chapter 1: Communications basics syntax syntax
Chapter 1: Communications basics
A pascal-language string consists of one or
more characters. The first character of the
string contains the length of the string. There-
fore, a pascal-language string is limited to
255 characters.
Example : hello world
length \x0b
h \x68
e \x65
l \x6c
l \x6c
o \x6f
\x20
w \x77
o \x6f
r \x72
l \x6c
d \x64
h \x68
e \x65
l \x6c
l \x6c
o \x6f
\x20
w \x77
o \x6f
r \x72
l' \x6c
d \x64
NULL \x00
C-language string:
A C-language string consists of one or more
characters.
The last character of the string is always the
NULL (\x00) character. Therefore, the length
of a C-language string is determined by the
position of the NULL character.
Example : hello world
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.
Example : 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 (\x00) character. Therefore, the length
of a C-language string is determined by the
position of the NULL character.
Example : hello world
h \x68
e \x65
l \x6c
l \x6c
o \x6f
\x20
w \x77
o \x6f
r \x72
l' \x6c
d \x64
NULL \x00
1-12 1-12user's manual R5975236-r3 user's manual R5975236-r3
Filename
A filename is specified as a C-language string. This string has to follow some
rules:
Filename
01234567 891011 12
x x x x x x x x . y z z NULL
length string = 12
x = character of the base name (= 8 characters)
a b c d e f g h i j
k l m n o p q r s t
u v w x y z 0 1 2 3
4 5 6 7 8 9 _ -
y = kind of file (= 1 character)
s standard file
predefined file stored in read-only memory
c custom file
file created by the user and stored in non-volatile read-write
memory
z = file index (= 2 characters)
0' 1 2 3 4 5 6 7 8 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 loaded when no signal is applied).
yzz is 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 (?) wildcard
character for x, y and z. This wildcard character can represent any possible
character on that location.
Examples : ntsc .c01, svga_60v.s?7, ????????.???
Chapter 1: Communications basics syntax
Filename
A filename is specified as a C-language string. This string has to follow some
rules:
Filename
0 123 4 567 8 9 1011 12
x x x x x x x x . y z z NULL
length string = 12
x = character of the base name (= 8 characters)
a b c d e f g h i j
k l m n o p q r s t
u v w x y z 0 1 2 3
4 5 6 7 8 9 _ -
y = kind of file (= 1 character)
s standard file
predefined file stored in read-only memory
c custom file
file created by the user and stored in non-volatile read-write
memory
z = file index (= 2 characters)
0' 1 2 3 4 5 6 7 8 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 loaded when no signal is applied).
yzz is 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 (?) wildcard
character for x, y and z. This wildcard character can represent any possible
character on that location.
Examples : ntsc .c01, svga_60v.s?7, ????????.???
Chapter 1: Communications basics syntax
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Chapter 2: Elementary commands Chapter 2: Elementary commands
Chapter 2:
Elementary commands
Chapter 2:
Elementary commands
2-2 2-2user's manual R5975236-r3 user's manual R5975236-r3
Chapter 2: Elementary commands Chapter 2: Elementary commands
balance, decrement
Description
Decrement balance.
Command
Command[0] \x23
Command[1] \x0a
Data
No data bytes.
Projector type
BD2100., BD2100LC, BD3000, BD300LC, BD3100., BD3100LC
Example
Decrement balance of a projector with address \x01 by one.
Transmit
Start \xfe
Projector address \x01
Command[0] \x23
Command[1] \x0a
Checksum \x2e
Stop \xff
Receive (acknowledge)
Start \xfe
Projector address \x01
Command[0] \x00
Command[1] \x06
Checksum \x07
Stop \xff
Description
Decrement balance.
Command
Command[0] \x23
Command[1] \x0a
Data
No data bytes.
Projector type
BD2100., BD2100LC, BD3000, BD300LC, BD3100., BD3100LC.
Example
Decrement balance of a projector with address \x01 by one.
Transmit
Start \xfe
Projector address \x01
Command[0] \x23
Command[1] \x0a
Checksum \x2e
Stop \xff
Receive (acknowledge)
Start \xfe
Projector address \x01
Command[0] \x00
Command[1] \x06
Checksum \x07
Stop \xff
balance, decrement
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Chapter 2: Elementary commands Chapter 2: Elementary commands
Description
Increment balance.
Command
Command[0] \x22
Command[1] \x0a
Data
No data bytes.
Projector type
BD2100., BD2100LC, BD3000, BD300LC, BD3100., BD3100LC
Example
Increment balance of a projector with address \x01 by one.
Transmit
Start \xfe
Projector address \x01
Command[0] \x22
Command[1] \x0a
Checksum \x2d
Stop \xff
Receive (acknowledge)
Start \xfe
Projector address \x01
Command[0] \x00
Command[1] \x06
Checksum \x07
Stop \xff
balance, increment
Description
Increment balance.
Command
Command[0] \x22
Command[1] \x0a
Data
No data bytes.
Projector type
BD2100., BD2100LC, BD3000, BD300LC, BD3100., BD3100LC
Example
Increment balance of a projector with address \x01 by one.
Transmit
Start \xfe
Projector address \x01
Command[0] \x22
Command[1] \x0a
Checksum \x2d
Stop \xff
Receive (acknowledge)
Start \xfe
Projector address \x01
Command[0] \x00
Command[1] \x06
Checksum \x07
Stop \xff
balance, increment
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Chapter 2: Elementary commands Chapter 2: Elementary commands bass, decrement
Description
Decrement bass.
Command
Command[0] \x23
Command[1] \x08
Data
No data bytes.
Projector type
BD2100., BD2100LC, BD3000, BD300LC, BD3100., BD3100LC
Example
Decrement bass of a projector with address \x01 by one.
Transmit
Start \xfe
Projector address \x01
Command[0] \x23
Command[1] \x08
Checksum \x2c
Stop \xff
Receive (acknowledge)
Start \xfe
Projector address \x01
Command[0] \x00
Command[1] \x06
Checksum \x07
Stop \xff
bass, decrement
Description
Decrement bass.
Command
Command[0] \x23
Command[1] \x08
Data
No data bytes.
Projector type
BD2100., BD2100LC, BD3000, BD300LC, BD3100., BD3100LC
Example
Decrement bass of a projector with address \x01 by one.
Transmit
Start \xfe
Projector address \x01
Command[0] \x23
Command[1] \x08
Checksum \x2c
Stop \xff
Receive (acknowledge)
Start \xfe
Projector address \x01
Command[0] \x00
Command[1] \x06
Checksum \x07
Stop \xff
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Chapter 2: Elementary commands Chapter 2: Elementary commands
bass, increment bass, increment
Description
Increment bass.
Command
Command[0] \x22
Command[1] \x08
Data
No data bytes.
Projector type
BD2100., BD2100LC, BD3000, BD300LC, BD3100., BD3100LC
Example
Increment bass of a projector with address \x01 by one.
Transmit
Start \xfe
Projector address \x01
Command[0] \x22
Command[1] \x08
Checksum \x2b
Stop \xff
Receive (acknowledge)
Start \xfe
Projector address \x01
Command[0] \x00
Command[1] \x06
Checksum \x07
Stop \xff
Description
Increment bass.
Command
Command[0] \x22
Command[1] \x08
Data
No data bytes.
Projector type
BD2100., BD2100LC, BD3000, BD300LC, BD3100., BD3100LC
Example
Increment bass of a projector with address \x01 by one.
Transmit
Start \xfe
Projector address \x01
Command[0] \x22
Command[1] \x08
Checksum \x2b
Stop \xff
Receive (acknowledge)
Start \xfe
Projector address \x01
Command[0] \x00
Command[1] \x06
Checksum \x07
Stop \xff
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Chapter 2: Elementary commands Chapter 2: Elementary commands
brightness, decrement brightness, decrement
Description
Decrement brightness.
Command
Command[0] \x04
Data
No data bytes.
Projector type
BD2100., BD2100LC, BD3000, BD300LC, BD3100, BD3100LC, BD5000,
BD5000LC, BD5100, BD5100LC, BD8000, BD8000LC, BD8100, BD8100LC,
BG8100, BG8100LC,
Example
Decrement the brightness of a projector with address \x01 by one.
Transmit
Start \xfe
Projector address \x01
Command[0] \x04
Checksum \x05
Stop \xff
Receive (acknowledge)
Start \xfe
Projector address \x01
Command[0] \x00
Command[1] \x06
Checksum \x07
Stop \xff
Description
Decrement brightness.
Command
Command[0] \x04
Data
No data bytes.
Projector type
BD2100., BD2100LC, BD3000, BD300LC, BD3100, BD3100LC, BD5000,
BD5000LC, BD5100, BD5100LC, BD8000, BD8000LC, BD8100, BD8100LC,
BG8100, BG8100LC,
Example
Decrement the brightness of a projector with address \x01 by one.
Transmit
Start \xfe
Projector address \x01
Command[0] \x04
Checksum \x05
Stop \xff
Receive (acknowledge)
Start \xfe
Projector address \x01
Command[0] \x00
Command[1] \x06
Checksum \x07
Stop \xff
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Chapter 2: Elementary commands Chapter 2: Elementary commands
brightness, increment brightness, increment
Description
Increment brightness.
Command
Command[0] \x03
Data
No data bytes.
Projector type
BD2100, BD2100LC, BD3000, BD300LC, BD3100, BD3100LC, BD5000,
BD5000LC, BD5100, BD5100LC, BD8000, BD8000LC, BD8100, BD8100LC,
BG8100, BG8100LC,
Example
Increment the brightness of a projector with address \x01 by one.
Transmit
Start \xfe
Projector address \x01
Command[0] \x03
Checksum \x04
Stop \xff
Receive (acknowledge)
Start \xfe
Projector address \x01
Command[0] \x00
Command[1] \x06
Checksum \x07
Stop \xff
Description
Increment brightness.
Command
Command[0] \x03
Data
No data bytes.
Projector type
BD2100, BD2100LC, BD3000, BD300LC, BD3100, BD3100LC, BD5000,
BD5000LC, BD5100, BD5100LC, BD8000, BD8000LC, BD8100, BD8100LC,
BG8100, BG8100LC,
Example
Increment the brightness of a projector with address \x01 by one.
Transmit
Start \xfe
Projector address \x01
Command[0] \x03
Checksum \x04
Stop \xff
Receive (acknowledge)
Start \xfe
Projector address \x01
Command[0] \x00
Command[1] \x06
Checksum \x07
Stop \xff
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Chapter 2: Elementary commands Chapter 2: Elementary commands
color, decrement color, decrement
Description
Decrement color (saturation).
Command
Command[0] \x06
Data
No data bytes.
Projector type
BD5000, BD5000LC, BD8000, BD8000LC, BG8100V1.11, BG8100LCV1.11
Example
Decrement the color of a projector with address \x01 by one.
Transmit
Start \xfe
Projector address \x01
Command[0] \x06
Checksum \x07
Stop \xff
Receive (acknowledge)
Start \xfe
Projector address \x01
Command[0] \x00
Command[1] \x06
Checksum \x07
Stop \xff
Description
Decrement color (saturation).
Command
Command[0] \x06
Data
No data bytes.
Projector type
BD5000, BD5000LC, BD8000, BD8000LC, BG8100V1.11, BG8100LCV1.11
Example
Decrement the color of a projector with address \x01 by one.
Transmit
Start \xfe
Projector address \x01
Command[0] \x06
Checksum \x07
Stop \xff
Receive (acknowledge)
Start \xfe
Projector address \x01
Command[0] \x00
Command[1] \x06
Checksum \x07
Stop \xff
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Chapter 2: Elementary commands Chapter 2: Elementary commands
color, increment color, increment
Description
Increment color (saturation).
Command
Command[0] \x05
Data
No data bytes.
Projector type
BD5000, BD5000LC, BD8000, BD8000LC, BG8100V1.11, BG8100LCV1.11
Example
Increment the color of a projector with address \x01 by one.
Transmit
Start \xfe
Projector address \x01
Command[0] \x05
Checksum \x06
Stop \xff
Receive (acknowledge)
Start \xfe
Projector address \x01
Command[0] \x00
Command[1] \x06
Checksum \x07
Stop \xff
Description
Increment color (saturation).
Command
Command[0] \x05
Data
No data bytes.
Projector type
BD5000, BD5000LC, BD8000, BD8000LC, BG8100V1.11, BG8100LCV1.11
Example
Increment the color of a projector with address \x01 by one.
Transmit
Start \xfe
Projector address \x01
Command[0] \x05
Checksum \x06
Stop \xff
Receive (acknowledge)
Start \xfe
Projector address \x01
Command[0] \x00
Command[1] \x06
Checksum \x07
Stop \xff
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Chapter 2: Elementary commands Chapter 2: Elementary commands
contrast, decrement contrast, decrement
Description
Decrement contrast.
Command
Command[0] \x02
Data
No data bytes.
Projector type
BD2100, BD2100LC, BD3000, BD300LC, BD3100, BD3100LC, BD5000,
BD5000LC, BD5100, BD5100LC, BD8000, BD8000LC, BD8100, BD8100LC,
BG8100, BG8100LC
Example
Decrement contrast of a projector with address \x01 by one.
Transmit
Start \xfe
Projector address \x01
Command[0] \x02
Checksum \x03
Stop \xff
Receive (acknowledge)
Start \xfe
Projector address \x01
Command[0] \x00
Command[1] \x06
Checksum \x07
Stop \xff
Description
Decrement contrast.
Command
Command[0] \x02
Data
No data bytes.
Projector type
BD2100, BD2100LC, BD3000, BD300LC, BD3100, BD3100LC, BD5000,
BD5000LC, BD5100, BD5100LC, BD8000, BD8000LC, BD8100, BD8100LC,
BG8100, BG8100LC
Example
Decrement contrast of a projector with address \x01 by one.
Transmit
Start \xfe
Projector address \x01
Command[0] \x02
Checksum \x03
Stop \xff
Receive (acknowledge)
Start \xfe
Projector address \x01
Command[0] \x00
Command[1] \x06
Checksum \x07
Stop \xff
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Chapter 2: Elementary commands Chapter 2: Elementary commands
contrast, increment contrast, increment
Description
Increment contrast.
Command
Command[0] \x01
Data
No data bytes.
Projector type
BD2100, BD2100LC, BD3000, BD300LC, BD3100, BD3100LC, BD5000,
BD5000LC, BD5100, BD5100LC, BD8000, BD8000LC, BD8100, BD8100LC,
BG8100, BG8100LC
Example
Increment contrast of a projector with address \x01 by one.
Transmit
Start \xfe
Projector address \x01
Command[0] \x01
Checksum \x02
Stop \xff
Receive (acknowledge)
Start \xfe
Projector address \x01
Command[0] \x00
Command[1] \x06
Checksum \x07
Stop \xff
Description
Increment contrast.
Command
Command[0] \x01
Data
No data bytes.
Projector type
BD2100, BD2100LC, BD3000, BD300LC, BD3100, BD3100LC, BD5000,
BD5000LC, BD5100, BD5100LC, BD8000, BD8000LC, BD8100, BD8100LC,
BG8100, BG8100LC
Example
Increment contrast of a projector with address \x01 by one.
Transmit
Start \xfe
Projector address \x01
Command[0] \x01
Checksum \x02
Stop \xff
Receive (acknowledge)
Start \xfe
Projector address \x01
Command[0] \x00
Command[1] \x06
Checksum \x07
Stop \xff
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Chapter 2: Elementary commands Chapter 2: Elementary commands
Description
Simulation of the infrared remote control unit.
The codes act in the same way as if they were sent by an infrared remote
control unit or the local keypad.
Command
Command[0] \x30
Data
Possible codes used for Data[0] :
Key Data[0]
0 \x19
1 \x10
2 \x11
3 \x12
4 \x13
5 \x14
6 \x15
7 \x16
8 \x17
9 \x18
ADDR \x20
ARROW DOWN \x05
ARROW LEFT \x07
ARROW RIGHT \x06
ARROW UP \x04
BALANCE+ \x3e
BALANCE- \x3f
BASS+ \x3a
BASS- \x3b
BRIGHTNESS \x27
BRIGHTNESS+ \x2a
BRIGHTNESS- \x2b
COLOR \x30
COLOR+ \x2c
Description
Simulation of the infrared remote control unit.
The codes act in the same way as if they were sent by an infrared remote
control unit or the local keypad.
Command
Command[0] \x30
Data
Possible codes used for Data[0] :
Key Data[0]
0 \x19
1 \x10
2 \x11
3 \x12
4 \x13
5 \x14
6 \x15
7 \x16
8 \x17
9 \x18
ADDR \x20
ARROW DOWN \x05
ARROW LEFT \x07
ARROW RIGHT \x06
ARROW UP \x04
BALANCE+ \x3e
BALANCE- \x3f
BASS+ \x3a
BASS- \x3b
BRIGHTNESS \x27
BRIGHTNESS+ \x2a
BRIGHTNESS- \x2b
COLOR \x30
COLOR+ \x2c
infrared control infrared control
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Chapter 2: Elementary commands Chapter 2: Elementary commands
COLOR- \x2d
CONTRAST \x25
CONTRAST+ \x28
CONTRAST- \x29
ENTER \x0a
EXIT \x08
FREEZ \x1b
HELP \x09
MUTE \x1f
PAUSE \x0f
PHASE \x32
PHASE+ \x34
PHASE- \x35
SHARPNESS \x33
SHARPNESS+ \x36
SHARPNESS- \x37
STDBY \x0e
TEXT \x0d
TINT \x31
TINT+ \x2e
TINT- \x2f
TREBLE+ \x3c
TREBLE- \x3d
VOLUME+ \x38
VOLUME- \x39
COLOR- \x2d
CONTRAST \x25
CONTRAST+ \x28
CONTRAST- \x29
ENTER \x0a
EXIT \x08
FREEZ \x1b
HELP \x09
MUTE \x1f
PAUSE \x0f
PHASE \x32
PHASE+ \x34
PHASE- \x35
SHARPNESS \x33
SHARPNESS+ \x36
SHARPNESS- \x37
STDBY \x0e
TEXT \x0d
TINT \x31
TINT+ \x2e
TINT- \x2f
TREBLE+ \x3c
TREBLE- \x3d
VOLUME+ \x38
VOLUME- \x39
infrared control infrared control
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Chapter 2: Elementary commands Chapter 2: Elementary commands
Projector type
BD2100, BD2100LC, BD3000, BD300LC, BD3100, BD3100LC, BD5000,
BD5000LC, BD5100, BD5100LC, BD8000, BD8000LC, BD8100, BD8100LC,
BG8100, BG8100LC
Example
Select source 3 of a projector with address \x01.
Transmit
Start \xfe
Projector address \x01
Command[0] \x30
Data[0] \x12
Checksum \x43
Stop \xff
Receive (acknowledge)
Start \xfe
Projector address \x01
Command[0] \x00
Command[1] \x06
Checksum \x07
Stop \xff
infrared control
Projector type
BD2100, BD2100LC, BD3000, BD300LC, BD3100, BD3100LC, BD5000,
BD5000LC, BD5100, BD5100LC, BD8000, BD8000LC, BD8100, BD8100LC,
BG8100, BG8100LC
Example
Select source 3 of a projector with address \x01.
Transmit
Start \xfe
Projector address \x01
Command[0] \x30
Data[0] \x12
Checksum \x43
Stop \xff
Receive (acknowledge)
Start \xfe
Projector address \x01
Command[0] \x00
Command[1] \x06
Checksum \x07
Stop \xff
infrared control
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Chapter 2: Elementary commands Chapter 2: Elementary commands
Description
Disable audio mute.
Command
Command[0] \x26
Command[1] \x3d
Data
No data bytes.
Projector type
BD2100, BD2100LC, BD3000, BD300LC, BD3100, BD3100LC
Example
Disable audio mute of a projector with address \x01.
Transmit
Start \xfe
Projector address \x01
Command[0] \x26
Command[1] \x3d
Checksum \x64
Stop \xff
Receive (acknowledge)
Start \xfe
Projector address \x01
Command[0] \x00
Command[1] \x06
Checksum \x07
Stop \xff
Description
Disable audio mute.
Command
Command[0] \x26
Command[1] \x3d
Data
No data bytes.
Projector type
BD2100, BD2100LC, BD3000, BD300LC, BD3100, BD3100LC
Example
Disable audio mute of a projector with address \x01.
Transmit
Start \xfe
Projector address \x01
Command[0] \x26
Command[1] \x3d
Checksum \x64
Stop \xff
Receive (acknowledge)
Start \xfe
Projector address \x01
Command[0] \x00
Command[1] \x06
Checksum \x07
Stop \xff
mute audio, write off mute audio, write off
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Chapter 2: Elementary commands Chapter 2: Elementary commands
Description
Enable audio mute.
Command
Command[0] \x27
Command[1] \x3d
Data
No data bytes.
Projector type
BD2100, BD2100LC, BD3000, BD300LC, BD3100, BD3100LC
Example
Enable audio mute of a projector with address \x01.
Transmit
Start \xfe
Projector address \x01
Command[0] \x27
Command[1] \x3d
Checksum \x65
Stop \xff
Receive (acknowledge)
Start \xfe
Projector address \x01
Command[0] \x00
Command[1] \x06
Checksum \x07
Stop \xff
mute audio, write on mute audio, write on
Description
Enable audio mute.
Command
Command[0] \x27
Command[1] \x3d
Data
No data bytes.
Projector type
BD2100, BD2100LC, BD3000, BD300LC, BD3100, BD3100LC
Example
Enable audio mute of a projector with address \x01.
Transmit
Start \xfe
Projector address \x01
Command[0] \x27
Command[1] \x3d
Checksum \x65
Stop \xff
Receive (acknowledge)
Start \xfe
Projector address \x01
Command[0] \x00
Command[1] \x06
Checksum \x07
Stop \xff
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Chapter 2: Elementary commands Chapter 2: Elementary commands
Description
Disable video mute.
Command
Command[0] \x26
Command[1] \x3e
Data
No data bytes.
Projector type
BD2100, BD2100LC, BD3000, BD300LC, BD3100, BD3100LC, BD5100,
BD5100LC, BD8100, BD8100LC, BG8100, BG8100LC
Example
Disable video mute of a projector with address \x01.
Transmit
Start \xfe
Projector address \x01
Command[0] \x26
Command[1] \x3e
Checksum \x65
Stop \xff
Receive (acknowledge)
Start \xfe
Projector address \x01
Command[0] \x00
Command[1] \x06
Checksum \x07
Stop \xff
mute video, write off
Description
Disable video mute.
Command
Command[0] \x26
Command[1] \x3e
Data
No data bytes.
Projector type
BD2100, BD2100LC, BD3000, BD300LC, BD3100, BD3100LC, BD5100,
BD5100LC, BD8100, BD8100LC, BG8100, BG8100LC
Example
Disable video mute of a projector with address \x01.
Transmit
Start \xfe
Projector address \x01
Command[0] \x26
Command[1] \x3e
Checksum \x65
Stop \xff
Receive (acknowledge)
Start \xfe
Projector address \x01
Command[0] \x00
Command[1] \x06
Checksum \x07
Stop \xff
mute video, write off
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Chapter 2: Elementary commands Chapter 2: Elementary commands
Description
Enable video mute.
The on-screen-display will be muted too !
Command
Command[0] \x27
Command[1] \x3e
Data
No data bytes.
Projector type
BD2100, BD2100LC, BD3000, BD300LC, BD3100, BD3100LC, BD5100,
BD5100LC, BD8100, BD8100LC, BG8100, BG8100LC
Example
Enable video mute of a projector with address \x01.
Transmit
Start \xfe
Projector address \x01
Command[0] \x27
Command[1] \x3e
Checksum \x66
Stop \xff
Receive (acknowledge)
Start \xfe
Projector address \x01
Command[0] \x00
Command[1] \x06
Checksum \x07
Stop \xff
mute video, write on mute video, write on
Description
Enable video mute.
The on-screen-display will be muted too !
Command
Command[0] \x27
Command[1] \x3e
Data
No data bytes.
Projector type
BD2100, BD2100LC, BD3000, BD300LC, BD3100, BD3100LC, BD5100,
BD5100LC, BD8100, BD8100LC, BG8100, BG8100LC
Example
Enable video mute of a projector with address \x01.
Transmit
Start \xfe
Projector address \x01
Command[0] \x27
Command[1] \x3e
Checksum \x66
Stop \xff
Receive (acknowledge)
Start \xfe
Projector address \x01
Command[0] \x00
Command[1] \x06
Checksum \x07
Stop \xff
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Chapter 2: Elementary commands Chapter 2: Elementary commands
Description
Decrement phase.
Command
Command[0] \x0c
Data
No data bytes.
Projector type
BD3100, BD3100LC, BD5000, BD5000LC, BD5100, BD5100LC, BD8000,
BD8000LC, BD8100, BD8100LC
Example
Decrement phase of a projector with address \x01 by one.
Transmit
Start \xfe
Projector address \x01
Command[0] \x0c
Checksum \x0d
Stop \xff
Receive (acknowledge)
Start \xfe
Projector address \x01
Command[0] \x00
Command[1] \x06
Checksum \x07
Stop \xff
phase, decrement
Description
Decrement phase.
Command
Command[0] \x0c
Data
No data bytes.
Projector type
BD3100, BD3100LC, BD5000, BD5000LC, BD5100, BD5100LC, BD8000,
BD8000LC, BD8100, BD8100LC
Example
Decrement phase of a projector with address \x01 by one.
Transmit
Start \xfe
Projector address \x01
Command[0] \x0c
Checksum \x0d
Stop \xff
Receive (acknowledge)
Start \xfe
Projector address \x01
Command[0] \x00
Command[1] \x06
Checksum \x07
Stop \xff
phase, decrement
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Chapter 2: Elementary commands Chapter 2: Elementary commands
Description
Increment phase.
Command
Command[0] \x0b
Data
No data bytes.
Projector type
BD2100, BD2100LC, BD3000, BD300LC, BD3100, BD3100LC, BD5000,
BD5000LC, BD5100, BD5100LC, BD8000, BD8000LC, BD8100, BD8100LC,
BG8100, BG8100LC
Example
Increment phase of a projector with address \x01 by one.
Transmit
Start \xfe
Projector address \x01
Command[0] \x0b
Checksum \x0c
Stop \xff
Receive (acknowledge)
Start \xfe
Projector address \x01
Command[0] \x00
Command[1] \x06
Checksum \x07
Stop \xff
phase, increment phase, increment
Description
Increment phase.
Command
Command[0] \x0b
Data
No data bytes.
Projector type
BD2100, BD2100LC, BD3000, BD300LC, BD3100, BD3100LC, BD5000,
BD5000LC, BD5100, BD5100LC, BD8000, BD8000LC, BD8100, BD8100LC,
BG8100, BG8100LC
Example
Increment phase of a projector with address \x01 by one.
Transmit
Start \xfe
Projector address \x01
Command[0] \x0b
Checksum \x0c
Stop \xff
Receive (acknowledge)
Start \xfe
Projector address \x01
Command[0] \x00
Command[1] \x06
Checksum \x07
Stop \xff
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Chapter 2: Elementary commands Chapter 2: Elementary commands
Description
Read the projector status.
Command
Command[0] \x67
Data
No data bytes.
Return data
The return data consists of one data byte containing the projector status. Only
bit0 (least significant bit) to bit3/bit4* are significant.
bit# bit = 0 bit = 1
bit0 projector is off projector is on
bit1 text is off text is on
bit2 video mute is off video mute is on
bit3 picture is not freezed picture is freezed
bit4* no 800-peripheral 800-peripheral connected
connected
* : bit 4 is only significant for BD2100, BD2100LC, BD3000, BD300LC,
BD3100, BD3100LC, D5100, BD5100LC, BD8100, BD8100LC, BG8100,
BG8100LC
Projector type
BD2100, BD2100LC, BD3000, BD300LC, BD3100, BD3100LC, BD5000,
BD5000LC, BD5100, BD5100LC, BD8000, BD8000LC, BD8100, BD8100LC,
BG8100V1.11, BG8100LCV1.11
projector status, read
Description
Read the projector status.
Command
Command[0] \x67
Data
No data bytes.
Return data
The return data consists of one data byte containing the projector status. Only
bit0 (least significant bit) to bit3/bit4* are significant.
bit# bit = 0 bit = 1
bit0 projector is off projector is on
bit1 text is off text is on
bit2 video mute is off video mute is on
bit3 picture is not freezed picture is freezed
bit4* no 800-peripheral 800-peripheral connected
connected
* : bit 4 is only significant for BD2100, BD2100LC, BD3000, BD300LC,
BD3100, BD3100LC, D5100, BD5100LC, BD8100, BD8100LC, BG8100,
BG8100LC
Projector type
BD2100, BD2100LC, BD3000, BD300LC, BD3100, BD3100LC, BD5000,
BD5000LC, BD5100, BD5100LC, BD8000, BD8000LC, BD8100, BD8100LC,
BG8100V1.11, BG8100LCV1.11
projector status, read
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Chapter 2: Elementary commands Chapter 2: Elementary commands
Example
Read the status of a projector with address \x01.
Suppose the status is projector on, text on, video mute off, picture freezed and
no 800-peripheral connected.
Transmit
Start \xfe
Projector address \x01
Command[0] \x67
Checksum \x68
Stop \xff
Receive (acknowledge)
Start \xfe
Projector address \x01
Command[0] \x00
Command[1] \x06
Checksum \x07
Stop \xff
Receive (answer)
Start \xfe
Projector address \x01
Command[0] \x67
Data[0] \x0b
Checksum \x73
Stop \xff
projector status, read
Example
Read the status of a projector with address \x01.
Suppose the status is projector on, text on, video mute off, picture freezed and
no 800-peripheral connected.
Transmit
Start \xfe
Projector address \x01
Command[0] \x67
Checksum \x68
Stop \xff
Receive (acknowledge)
Start \xfe
Projector address \x01
Command[0] \x00
Command[1] \x06
Checksum \x07
Stop \xff
Receive (answer)
Start \xfe
Projector address \x01
Command[0] \x67
Data[0] \x0b
Checksum \x73
Stop \xff
projector status, read
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Chapter 2: Elementary commands Chapter 2: Elementary commands
Description
Set the projector off.
Command
Command[0] \x66
Data
No data bytes.
Projector type
BD2100, BD2100LC, BD3000, BD300LC, BD3100, BD3100LC, BD5000,
BD5000LC, BD5100, BD5100LC, BD8000, BD8000LC, BD8100, BD8100LC,
BG8100, BG8100LC
Example
Set the projector with address \x01 off.
Transmit
Start \xfe
Projector address \x01
Command[0] \x66
Checksum \x67
Stop \xff
Receive (acknowledge)
Start \xfe
Projector address \x01
Command[0] \x00
Command[1] \x06
Checksum \x07
Stop \xff
projector status, write off projector status, write off
Description
Set the projector off.
Command
Command[0] \x66
Data
No data bytes.
Projector type
BD2100, BD2100LC, BD3000, BD300LC, BD3100, BD3100LC, BD5000,
BD5000LC, BD5100, BD5100LC, BD8000, BD8000LC, BD8100, BD8100LC,
BG8100, BG8100LC
Example
Set the projector with address \x01 off.
Transmit
Start \xfe
Projector address \x01
Command[0] \x66
Checksum \x67
Stop \xff
Receive (acknowledge)
Start \xfe
Projector address \x01
Command[0] \x00
Command[1] \x06
Checksum \x07
Stop \xff
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Chapter 2: Elementary commands Chapter 2: Elementary commands
Description
Set the projector on.
Command
Command[0] \x65
Data
No data bytes.
Projector type
BD2100, BD2100LC, BD3000, BD300LC, BD3100, BD3100LC, BD5000,
BD5000LC, BD5100, BD5100LC, BD8000, BD8000LC, BD8100, BD8100LC,
BG8100, BG8100LC
Example
Set the projector with address \x01 on.
Transmit
Start \xfe
Projector address \x01
Command[0] \x65
Checksum \x66
Stop \xff
Receive (acknowledge)
Start \xfe
Projector address \x01
Command[0] \x00
Command[1] \x06
Checksum \x07
Stop \xff
projector status, write on projector status, write on
Description
Set the projector on.
Command
Command[0] \x65
Data
No data bytes.
Projector type
BD2100, BD2100LC, BD3000, BD300LC, BD3100, BD3100LC, BD5000,
BD5000LC, BD5100, BD5100LC, BD8000, BD8000LC, BD8100, BD8100LC,
BG8100, BG8100LC
Example
Set the projector with address \x01 on.
Transmit
Start \xfe
Projector address \x01
Command[0] \x65
Checksum \x66
Stop \xff
Receive (acknowledge)
Start \xfe
Projector address \x01
Command[0] \x00
Command[1] \x06
Checksum \x07
Stop \xff
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Chapter 2: Elementary commands Chapter 2: Elementary commands
Description
Decrement sharpness.
Command
Command[0] \x0a
Data
No data bytes.
Projector type
BD2100, BD2100LC, BD3000, BD300LC, BD3100, BD3100LC, BD5000,
BD5000LC, BD5100, BD5100LC, BD8000, BD8000LC, BD8100, BD8100LC,
BG8100, BG8100LC
Example
Decrement sharpness of a projector with address \x01.
Transmit
Start \xfe
Projector address \x01
Command[0] \x0a
Checksum \x0b
Stop \xff
Receive (acknowledge)
Start \xfe
Projector address \x01
Command[0] \x00
Command[1] \x06
Checksum \x07
Stop \xff
sharpness, decrement
Description
Decrement sharpness.
Command
Command[0] \x0a
Data
No data bytes.
Projector type
BD2100, BD2100LC, BD3000, BD300LC, BD3100, BD3100LC, BD5000,
BD5000LC, BD5100, BD5100LC, BD8000, BD8000LC, BD8100, BD8100LC,
BG8100, BG8100LC
Example
Decrement sharpness of a projector with address \x01.
Transmit
Start \xfe
Projector address \x01
Command[0] \x0a
Checksum \x0b
Stop \xff
Receive (acknowledge)
Start \xfe
Projector address \x01
Command[0] \x00
Command[1] \x06
Checksum \x07
Stop \xff
sharpness, decrement
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sharpness, increment
Description
Increment sharpness.
Command
Command[0] \x09
Data
No data bytes.
Projector type
BD2100, BD2100LC, BD3000, BD300LC, BD3100, BD3100LC, BD5000,
BD5000LC, BD5100, BD5100LC, BD8000, BD8000LC, BD8100, BD8100LC,
BG8100, BG8100LC
Example
Increment sharpness of a projector with address \x01.
Transmit
Start \xfe
Projector address \x01
Command[0] \x09
Checksum \x0a
Stop \xff
Receive (acknowledge)
Start \xfe
Projector address \x01
Command[0] \x00
Command[1] \x06
Checksum \x07
Stop \xff
sharpness, increment
Description
Increment sharpness.
Command
Command[0] \x09
Data
No data bytes.
Projector type
BD2100, BD2100LC, BD3000, BD300LC, BD3100, BD3100LC, BD5000,
BD5000LC, BD5100, BD5100LC, BD8000, BD8000LC, BD8100, BD8100LC,
BG8100, BG8100LC
Example
Increment sharpness of a projector with address \x01.
Transmit
Start \xfe
Projector address \x01
Command[0] \x09
Checksum \x0a
Stop \xff
Receive (acknowledge)
Start \xfe
Projector address \x01
Command[0] \x00
Command[1] \x06
Checksum \x07
Stop \xff
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Chapter 2: Elementary commands Chapter 2: Elementary commands
Description
Read active source or slot.
Command
Command[0] \x32
Data
No data bytes.
Return data
Source or slot number (\x01..).
Data[0]
BD2100 \x01..\x09
BD2100LC \x01..\x09
BD3000 \x01..\x03
BD3000LC \x01..\x03
BD3100 \x01..\x03
BD3100LC \x01..\x03
BD5000 \x01..\x04
BD5000LC \x01..\x04
BD5100 \x01..\x04
BD5100LC \x01..\x04
BD8000 \x01..\x04
BD8000LC \x01..\x04
BD8100 \x01..\x04
BD8100LC \x01..\x04
BG8100 \x01..\x04
BG8100LC \x01..\x04
+ 800 peripheral \x01..\x63
Projector type
BD2100, BD2100LC, BD3000, BD300LC, BD3100, BD3100LC, BD5000,
BD5000LC, BD5100, BD5100LC, BD8000, BD8000LC, BD8100, BD8100LC,
BG8100, BG8100LC
source/slot, read number
Description
Read active source or slot.
Command
Command[0] \x32
Data
No data bytes.
Return data
Source or slot number (\x01..).
Data[0]
BD2100 \x01..\x09
BD2100LC \x01..\x09
BD3000 \x01..\x03
BD3000LC \x01..\x03
BD3100 \x01..\x03
BD3100LC \x01..\x03
BD5000 \x01..\x04
BD5000LC \x01..\x04
BD5100 \x01..\x04
BD5100LC \x01..\x04
BD8000 \x01..\x04
BD8000LC \x01..\x04
BD8100 \x01..\x04
BD8100LC \x01..\x04
BG8100 \x01..\x04
BG8100LC \x01..\x04
+ 800 peripheral \x01..\x63
Projector type
BD2100, BD2100LC, BD3000, BD300LC, BD3100, BD3100LC, BD5000,
BD5000LC, BD5100, BD5100LC, BD8000, BD8000LC, BD8100, BD8100LC,
BG8100, BG8100LC
source/slot, read number
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Chapter 2: Elementary commands Chapter 2: Elementary commands
source/slot, read number
Example
Read the active source/slot number of a projector with address \x01. Suppose
the answer is \x03.
Transmit
Start \xfe
Projector address \x01
Command[0] \x32
Checksum \x33
Stop \xff
Receive (acknowledge)
Start \xfe
Projector address \x01
Command[0] \x00
Command[1] \x06
Checksum \x07
Stop \xff
Receive (answer)
Start \xfe
Projector address \x01
Command[0] \x32
Data[0] \x03
Checksum \x36
Stop \xff
Example
Read the active source/slot number of a projector with address \x01. Suppose
the answer is \x03.
Transmit
Start \xfe
Projector address \x01
Command[0] \x32
Checksum \x33
Stop \xff
Receive (acknowledge)
Start \xfe
Projector address \x01
Command[0] \x00
Command[1] \x06
Checksum \x07
Stop \xff
Receive (answer)
Start \xfe
Projector address \x01
Command[0] \x32
Data[0] \x03
Checksum \x36
Stop \xff
source/slot, read number
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Chapter 2: Elementary commands Chapter 2: Elementary commands
Description
Select a source or slot.
Command
Command[0] \x31
Data
Source or slot number (\x01..).
Data[0]
BD2100 \x01..\x09
BD2100LC \x01..\x09
BD3000 \x01..\x03
BD3000LC \x01..\x03
BD3100 \x01..\x03
BD3100LC \x01..\x03
BD5000 \x01..\x04
BD5000LC \x01..\x04
BD5100 \x01..\x04
BD5100LC \x01..\x04
BD8000 \x01..\x04
BD8000LC \x01..\x04
BD8100 \x01..\x04
BD8100LC \x01..\x04
BG8100 \x01..\x04
BG8100LC \x01..\x04
+ 800 peripheral \x01..\x63
Projector type
BD2100, BD2100LC, BD3000, BD300LC, BD3100, BD3100LC, BD5000,
BD5000LC, BD5100, BD5100LC, BD8000, BD8000LC, BD8100, BD8100LC,
BG8100, BG8100LC
source/slot, write number source/slot, write number
Description
Select a source or slot.
Command
Command[0] \x31
Data
Source or slot number (\x01..).
Data[0]
BD2100 \x01..\x09
BD2100LC \x01..\x09
BD3000 \x01..\x03
BD3000LC \x01..\x03
BD3100 \x01..\x03
BD3100LC \x01..\x03
BD5000 \x01..\x04
BD5000LC \x01..\x04
BD5100 \x01..\x04
BD5100LC \x01..\x04
BD8000 \x01..\x04
BD8000LC \x01..\x04
BD8100 \x01..\x04
BD8100LC \x01..\x04
BG8100 \x01..\x04
BG8100LC \x01..\x04
+ 800 peripheral \x01..\x63
Projector type
BD2100, BD2100LC, BD3000, BD300LC, BD3100, BD3100LC, BD5000,
BD5000LC, BD5100, BD5100LC, BD8000, BD8000LC, BD8100, BD8100LC,
BG8100, BG8100LC
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source/slot, write number
Example
Select source 1 of a projector with address \x01.
Transmit
Start \xfe
Projector address \x01
Command[0] \x31
Data[0] \x01
Checksum \x32
Stop \xff
Receive (acknowledge)
Start \xfe
Projector address \x01
Command[0] \x00
Command[1] \x06
Checksum \x07
Stop \xff
source/slot, write number
Example
Select source 1 of a projector with address \x01.
Transmit
Start \xfe
Projector address \x01
Command[0] \x31
Data[0] \x01
Checksum \x32
Stop \xff
Receive (acknowledge)
Start \xfe
Projector address \x01
Command[0] \x00
Command[1] \x06
Checksum \x07
Stop \xff
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Chapter 2: Elementary commands Chapter 2: Elementary commands
Description :
Read active source or slot number and its mode.
Command :
Command[0] \x34
Data :
No data bytes.
Return data :
Data[0] = source or slot number (\x01..).
Data[0]
BD3000 \x01..\x03
BD3000LC \x01..\x03
BD3100 \x01..\x03
BD3100LC \x01..\x03
BD5100 \x01..\x04
BD5100LC \x01..\x04
BD8100 \x01..\x04
BG8100LC \x01..\x04
BG8100 \x01..\x04
BD8100LC \x01..\x04
+ 800 peripheral \x01..\x63
source/slot, read number+mode
Description :
Read active source or slot number and its mode.
Command :
Command[0] \x34
Data :
No data bytes.
Return data :
Data[0] = source or slot number (\x01..).
Data[0]
BD3000 \x01..\x03
BD3000LC \x01..\x03
BD3100 \x01..\x03
BD3100LC \x01..\x03
BD5100 \x01..\x04
BD5100LC \x01..\x04
BD8100 \x01..\x04
BG8100LC \x01..\x04
BG8100 \x01..\x04
BD8100LC \x01..\x04
+ 800 peripheral \x01..\x63
source/slot, read number+mode
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Data[1] = source or slot mode (\x00 or \x01)
Video/S-Video Input
Data[1] Mode
\x00 Video
\x01 S-Video
RGB Analog Input - Separate Sync
Data[1] Mode
\x00 H/C : Composite Sync or
H/C, V : Horizontal, Vertical Sync
\x01 H/C : Composite Video
RGB Analog Input - Sync On Green
RGB3S/RG3SB Input - Separate Sync
RGB3S/RG3SB Input - Sync On Green
Component Input - Separate Sync
Component Input - Sync On Y
Component Input - Tri-Level Separate Sync
Component Input - Tri-Level Sync On Y
Data[1] Mode
\x00 -
\x01
Projector type:
BD3000, BD300LC, BD3100V1.06, BD3100LCV1.06, BD5100V1.06, BD5100LCV1.06,
BD8100V1.06, BD8100LCV1.06, BG8100, BG8100LC
source/slot, read number+mode
Data[1] = source or slot mode (\x00 or \x01)
Video/S-Video Input
Data[1] Mode
\x00 Video
\x01 S-Video
RGB Analog Input - Separate Sync
Data[1] Mode
\x00 H/C : Composite Sync or
H/C, V : Horizontal, Vertical Sync
\x01 H/C : Composite Video
RGB Analog Input - Sync On Green
RGB3S/RG3SB Input - Separate Sync
RGB3S/RG3SB Input - Sync On Green
Component Input - Separate Sync
Component Input - Sync On Y
Component Input - Tri-Level Separate Sync
Component Input - Tri-Level Sync On Y
Data[1] Mode
\x00 -
\x01
Projector type:
BD3000, BD300LC, BD3100V1.06, BD3100LCV1.06, BD5100V1.06, BD5100LCV1.06,
BD8100V1.06, BD8100LCV1.06, BG8100, BG8100LC
source/slot, read number+mode
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Example:
Read the active source/slot number+mode of a projector with address \x01.
Suppose the source number equals \x03 and its mode equals \x01.
Transmit
Start \xfe
Projector address \x01
Command[0] \x34
Checksum \x35
Stop \xff
Receive (acknowledge)
Start \xfe
Projector address \x01
Command[0] \x00
Command[1] \x06
Checksum \x07
Stop \xff
Receive (answer)
Start \xfe
Projector address \x01
Command[0] \x34
Data[0] \x03
Data[1] \x01
Checksum \x39
Stop \xff
source/slot, read number+mode
Example:
Read the active source/slot number+mode of a projector with address \x01.
Suppose the source number equals \x03 and its mode equals \x01.
Transmit
Start \xfe
Projector address \x01
Command[0] \x34
Checksum \x35
Stop \xff
Receive (acknowledge)
Start \xfe
Projector address \x01
Command[0] \x00
Command[1] \x06
Checksum \x07
Stop \xff
Receive (answer)
Start \xfe
Projector address \x01
Command[0] \x34
Data[0] \x03
Data[1] \x01
Checksum \x39
Stop \xff
source/slot, read number+mode
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source/slot, write number+mode
Description:
Select a source or slot and put it in a pre-defined mode (mode selection is
optional).
Command:
Command[0] \x33
Data:
Data[0] = source or slot number (\x01..).
Data[0]
BD3000 \x01..\x03
BD3000LC \x01..\x03
BD3100 \x01..\x03
BD3100LC \x01..\x03
BD5100 \x01..\x04
BD5100LC \x01..\x04
BD8100 \x01..\x04
BG8100LC \x01..\x04
BG8100 \x01..\x04
BD8100LC \x01..\x04
+ 800 peripheral \x01..\x63
source/slot, write number+mode
Description:
Select a source or slot and put it in a pre-defined mode (mode selection is
optional).
Command:
Command[0] \x33
Data:
Data[0] = source or slot number (\x01..).
Data[0]
BD3000 \x01..\x03
BD3000LC \x01..\x03
BD3100 \x01..\x03
BD3100LC \x01..\x03
BD5100 \x01..\x04
BD5100LC \x01..\x04
BD8100 \x01..\x04
BG8100LC \x01..\x04
BG8100 \x01..\x04
BD8100LC \x01..\x04
+ 800 peripheral \x01..\x63
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Data[1] = source or slot mode (\x00 or \x01) OPTIONAL
Video/S-Video Input
Data[1] Mode
\x00 Video
\x01 S-Video
RGB Analog Input - Separate Sync
Data[1] Mode
\x00 H/C: Composite Sync or
H/C, V : Horizontal, Vertical Sync
\x01 H/ : Composite Video
RGB Analog Input - Sync On Green
RGB3S/RG3SB Input - Separate Sync
RGB3S/RG3SB Input - Sync On Green
Component Input - Separate Sync
Component Input - Sync On Y
Component Input - Tri-Level Separate Sync
Component Input - Tri-Level Sync On Y
Data[1] Mode
\x00 -
\x01
Remark : If only one data byte has been sent (Data[0]), the slot will be selected
in its previous mode.
Projector type :
BD3000, BD300LC, BD3100V1.06, BD3100LCV1.06, BD5100V1.06, BD5100LCV1.06,
BD8100V1.06, BD8100LCV1.06, BG8100, BG8100LC
source/slot, write number+mode
Data[1] = source or slot mode (\x00 or \x01) OPTIONAL
Video/S-Video Input
Data[1] Mode
\x00 Video
\x01 S-Video
RGB Analog Input - Separate Sync
Data[1] Mode
\x00 H/C: Composite Sync or
H/C, V : Horizontal, Vertical Sync
\x01 H/ : Composite Video
RGB Analog Input - Sync On Green
RGB3S/RG3SB Input - Separate Sync
RGB3S/RG3SB Input - Sync On Green
Component Input - Separate Sync
Component Input - Sync On Y
Component Input - Tri-Level Separate Sync
Component Input - Tri-Level Sync On Y
Data[1] Mode
\x00 -
\x01
Remark : If only one data byte has been sent (Data[0]), the slot will be selected
in its previous mode.
Projector type :
BD3000, BD300LC, BD3100V1.06, BD3100LCV1.06, BD5100V1.06, BD5100LCV1.06,
BD8100V1.06, BD8100LCV1.06, BG8100, BG8100LC
source/slot, write number+mode
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Example:
Select source 1, mode 1 of a projector with address \x01.
Transmit
Start \xfe
Projector address \x01
Command[0] \x33
Data[0] \x01
Data[1] \x01
Checksum \x36
Stop \xff
Receive (acknowledge)
Start \xfe
Projector address \x01
Command[0] \x00
Command[1] \x06
Checksum \x07
Stop \xff
source/slot, write number+mode
Example:
Select source 1, mode 1 of a projector with address \x01.
Transmit
Start \xfe
Projector address \x01
Command[0] \x33
Data[0] \x01
Data[1] \x01
Checksum \x36
Stop \xff
Receive (acknowledge)
Start \xfe
Projector address \x01
Command[0] \x00
Command[1] \x06
Checksum \x07
Stop \xff
source/slot, write number+mode
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Description
Decrement tint (hue).
Command
Command[0] \x08
Data
No data bytes.
Projector type
BD2100, BD2100LC, BD3000, BD300LC,BD3100, BD3100LC, BD5000,
BD5000LC, BD5100, BD5100LC, BD8000, BD8000LC, BD8100, BD8100LC,
BG8100V1.11, BG8100LCV1.11
Example
Decrement tint of a projector with address \x01 by one.
Transmit
Start \xfe
Projector address \x01
Command[0] \x08
Checksum \x09
Stop \xff
Receive (acknowledge)
Start \xfe
Projector address \x01
Command[0] \x00
Command[1] \x06
Checksum \x07
Stop \xff
tint, decrement
Description
Decrement tint (hue).
Command
Command[0] \x08
Data
No data bytes.
Projector type
BD2100, BD2100LC, BD3000, BD300LC,BD3100, BD3100LC, BD5000,
BD5000LC, BD5100, BD5100LC, BD8000, BD8000LC, BD8100, BD8100LC,
BG8100V1.11, BG8100LCV1.11
Example
Decrement tint of a projector with address \x01 by one.
Transmit
Start \xfe
Projector address \x01
Command[0] \x08
Checksum \x09
Stop \xff
Receive (acknowledge)
Start \xfe
Projector address \x01
Command[0] \x00
Command[1] \x06
Checksum \x07
Stop \xff
tint, decrement
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Description
Increment tint (hue).
Command
Command[0] \x07
Data
No data bytes.
Projector type
BD2100, BD2100LC, BD3000, BD300LC,BD3100, BD3100LC, BD5000,
BD5000LC, BD5100, BD5100LC, BD8000, BD8000LC, BD8100, BD8100LC,
BG8100V1.11, BG8100LCV1.11
Example
Increment tint of a projector with address \x01 by one.
Transmit
Start \xfe
Projector address \x01
Command[0] \x07
Checksum \x08
Stop \xff
Receive (acknowledge)
Start \xfe
Projector address \x01
Command[0] \x00
Command[1] \x06
Checksum \x07
Stop \xff
tint, increment
Description
Increment tint (hue).
Command
Command[0] \x07
Data
No data bytes.
Projector type
BD2100, BD2100LC, BD3000, BD300LC,BD3100, BD3100LC, BD5000,
BD5000LC, BD5100, BD5100LC, BD8000, BD8000LC, BD8100, BD8100LC,
BG8100V1.11, BG8100LCV1.11
Example
Increment tint of a projector with address \x01 by one.
Transmit
Start \xfe
Projector address \x01
Command[0] \x07
Checksum \x08
Stop \xff
Receive (acknowledge)
Start \xfe
Projector address \x01
Command[0] \x00
Command[1] \x06
Checksum \x07
Stop \xff
tint, increment
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Description
Decrement treble.
Command
Command[0] \x23
Command[1] \x09
Data
No data bytes.
Projector type
BD2100, BD2100LC, BD3000, BD300LC, BD3100, BD3100LC
Example
Decrement treble of a projector with address \x01 by one.
Transmit
Start \xfe
Projector address \x01
Command[0] \x23
Command[1] \x09
Checksum \x2d
Stop \xff
Receive (acknowledge)
Start \xfe
Projector address \x01
Command[0] \x00
Command[1] \x06
Checksum \x07
Stop \xff
treble, decrement
Description
Decrement treble.
Command
Command[0] \x23
Command[1] \x09
Data
No data bytes.
Projector type
BD2100, BD2100LC, BD3000, BD300LC, BD3100, BD3100LC
Example
Decrement treble of a projector with address \x01 by one.
Transmit
Start \xfe
Projector address \x01
Command[0] \x23
Command[1] \x09
Checksum \x2d
Stop \xff
Receive (acknowledge)
Start \xfe
Projector address \x01
Command[0] \x00
Command[1] \x06
Checksum \x07
Stop \xff
treble, decrement
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Description
Increment treble.
Command
Command[0] \x22
Command[1] \x09
Data
No data bytes.
Projector type
BD2100, BD2100LC, BD3000, BD300LC, BD3100, BD3100LC
Example
Increment treble of a projector with address \x01 by one.
Transmit
Start \xfe
Projector address \x01
Command[0] \x22
Command[1] \x09
Checksum \x2c
Stop \xff
Receive (acknowledge)
Start \xfe
Projector address \x01
Command[0] \x00
Command[1] \x06
Checksum \x07
Stop \xff
treble, increment
Description
Increment treble.
Command
Command[0] \x22
Command[1] \x09
Data
No data bytes.
Projector type
BD2100, BD2100LC, BD3000, BD300LC, BD3100, BD3100LC
Example
Increment treble of a projector with address \x01 by one.
Transmit
Start \xfe
Projector address \x01
Command[0] \x22
Command[1] \x09
Checksum \x2c
Stop \xff
Receive (acknowledge)
Start \xfe
Projector address \x01
Command[0] \x00
Command[1] \x06
Checksum \x07
Stop \xff
treble, increment
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Description
Decrement volume.
Command
Command[0] \x23
Command[1] \x07
Data
No data bytes.
Projector type
BD2100, BD2100LC, BD3000, BD300LC, BD3100, BD3100LC
Example
Decrement volume of a projector with address \x01 by one.
Transmit
Start \xfe
Projector address \x01
Command[0] \x23
Command[1] \x07
Checksum \x2b
Stop \xff
Receive (acknowledge)
Start \xfe
Projector address \x01
Command[0] \x00
Command[1] \x06
Checksum \x07
Stop \xff
volume, decrement
Description
Decrement volume.
Command
Command[0] \x23
Command[1] \x07
Data
No data bytes.
Projector type
BD2100, BD2100LC, BD3000, BD300LC, BD3100, BD3100LC
Example
Decrement volume of a projector with address \x01 by one.
Transmit
Start \xfe
Projector address \x01
Command[0] \x23
Command[1] \x07
Checksum \x2b
Stop \xff
Receive (acknowledge)
Start \xfe
Projector address \x01
Command[0] \x00
Command[1] \x06
Checksum \x07
Stop \xff
volume, decrement
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Chapter 2: Elementary commands Chapter 2: Elementary commands
Description
Increment volume.
Command
Command[0] \x22
Command[1] \x07
Data
No data bytes.
Projector type
BD2100, BD2100LC, BD3000, BD300LC, BD3100, BD3100LC
Example
Increment volume of a projector with address \x01 by one.
Transmit
Start \xfe
Projector address \x01
Command[0] \x22
Command[1] \x07
Checksum \x2a
Stop \xff
Receive (acknowledge)
Start \xfe
Projector address \x01
Command[0] \x00
Command[1] \x06
Checksum \x07
Stop \xff
volume, increment volume, increment
Description
Increment volume.
Command
Command[0] \x22
Command[1] \x07
Data
No data bytes.
Projector type
BD2100, BD2100LC, BD3000, BD300LC, BD3100, BD3100LC
Example
Increment volume of a projector with address \x01 by one.
Transmit
Start \xfe
Projector address \x01
Command[0] \x22
Command[1] \x07
Checksum \x2a
Stop \xff
Receive (acknowledge)
Start \xfe
Projector address \x01
Command[0] \x00
Command[1] \x06
Checksum \x07
Stop \xff
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Chapter 3: Advanced commands Chapter 3: Advanced commands
Chapter 3:
Advanced commands
Chapter 3:
Advanced commands
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Chapter 3: Advanced commands Chapter 3: Advanced commands
Description
Read the actual balance value.
Command
Command[0] \x21
Command[1] \x0a
Data
No data bytes.
Return data
Data[0] = balance value.
Data[0] \xea..\x16
Projector type
BD2100, BD2100LC, BD3000, BD3000LC, BD3100, BD3100LC
Example
Read the actual balance value of a projector with address \x01. Suppose the
balance equals \xeb (= -21).
Transmit
Start \xfe
Projector address \x01
Command[0] \x21
Command[1] \x0a
Checksum \x2c
Stop \xff
balance, read balance, read
Description
Read the actual balance value.
Command
Command[0] \x21
Command[1] \x0a
Data
No data bytes.
Return data
Data[0] = balance value.
Data[0] \xea..\x16
Projector type
BD2100, BD2100LC, BD3000, BD3000LC, BD3100, BD3100LC
Example
Read the actual balance value of a projector with address \x01. Suppose the
balance equals \xeb (= -21).
Transmit
Start \xfe
Projector address \x01
Command[0] \x21
Command[1] \x0a
Checksum \x2c
Stop \xff
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balance, read balance, read
Receive (acknowledge)
Start \xfe
Projector address \x01
Command[0] \x00
Command[1] \x06
Checksum \x07
Stop \xff
Receive (answer)
Start \xfe
Projector address \x01
Command[0] \x21
Command[1] \x0a
Data[0] \xeb
Checksum \x17
Stop \xff
Receive (acknowledge)
Start \xfe
Projector address \x01
Command[0] \x00
Command[1] \x06
Checksum \x07
Stop \xff
Receive (answer)
Start \xfe
Projector address \x01
Command[0] \x21
Command[1] \x0a
Data[0] \xeb
Checksum \x17
Stop \xff
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Chapter 3: Advanced commands Chapter 3: Advanced commands
Description
Write a new balance value.
Command
Command[0] \x20
Command[1] \x0a
Data
Data[0] = balance value.
Data[0] \xea..\16
Projector type
BD2100, BD2100LC, BD3000, BD3000LC, BD3100, BD3100LC
Example
Set the balance to \xeb (= -21) on a projector with address \x01.
Transmit
Start \xfe
Projector address \x01
Command[0] \x20
Command[1] \x0a
Data[0] \xeb
Checksum \x16
Stop \xff
Receive (acknowledge)
Start \xfe
Projector address \x01
Command[0] \x00
Command[1] \x06
Checksum \x07
Stop \xff
balance, write
balance, write
Description
Write a new balance value.
Command
Command[0] \x20
Command[1] \x0a
Data
Data[0] = balance value.
Data[0] \xea..\16
Projector type
BD2100, BD2100LC, BD3000, BD3000LC, BD3100, BD3100LC
Example
Set the balance to \xeb (= -21) on a projector with address \x01.
Transmit
Start \xfe
Projector address \x01
Command[0] \x20
Command[1] \x0a
Data[0] \xeb
Checksum \x16
Stop \xff
Receive (acknowledge)
Start \xfe
Projector address \x01
Command[0] \x00
Command[1] \x06
Checksum \x07
Stop \xff
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bass, read bass, read
Description
Read the actual bass value.
Command
Command[0] \x21
Command[1] \x08
Data
No data bytes.
Return data
Data[0] = bass value.
Data[0] \xfc..\x05
Projector type
BD2100, BD2100LC, BD3000, BD3000LC, BD3100, BD3100LC
Example
Read the actual bass value of a projector with address \x01. Suppose the
bass equals \x01 (= +1).
Transmit
Start \xfe
Projector address \x01
Command[0] \x21
Command[1] \x08
Checksum \x2a
Stop \xff
Description
Read the actual bass value.
Command
Command[0] \x21
Command[1] \x08
Data
No data bytes.
Return data
Data[0] = bass value.
Data[0] \xfc..\x05
Projector type
BD2100, BD2100LC, BD3000, BD3000LC, BD3100, BD3100LC
Example
Read the actual bass value of a projector with address \x01. Suppose the
bass equals \x01 (= +1).
Transmit
Start \xfe
Projector address \x01
Command[0] \x21
Command[1] \x08
Checksum \x2a
Stop \xff
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bass, read bass, read
Receive (acknowledge)
Start \xfe
Projector address \x01
Command[0] \x00
Command[1] \x06
Checksum \x07
Stop \xff
Receive (answer)
Start \xfe
Projector address \x01
Command[0] \x21
Command[1] \x08
Data[0] \x01
Checksum \x2b
Stop \xff
Receive (acknowledge)
Start \xfe
Projector address \x01
Command[0] \x00
Command[1] \x06
Checksum \x07
Stop \xff
Receive (answer)
Start \xfe
Projector address \x01
Command[0] \x21
Command[1] \x08
Data[0] \x01
Checksum \x2b
Stop \xff
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bass, write bass, write
Description
Write a new bass value.
Command
Command[0] \x20
Command[1] \x08
Data
Data[0] = bass value.
Data[0] \xfc..\x05
Projector type
BD2100, BD2100LC, BD3000, BD3000LC, BD3100, BD3100LC
Example
Set the bass to \x01 (= +1) on a projector with address \x01.
Transmit
Start \xfe
Projector address \x01
Command[0] \x20
Command[1] \x08
Data[0] \x01
Checksum \x2a
Stop \xff
Receive (acknowledge)
Start \xfe
Projector address \x01
Command[0] \x00
Command[1] \x06
Checksum \x07
Stop \xff
Description
Write a new bass value.
Command
Command[0] \x20
Command[1] \x08
Data
Data[0] = bass value.
Data[0] \xfc..\x05
Projector type
BD2100, BD2100LC, BD3000, BD3000LC, BD3100, BD3100LC
Example
Set the bass to \x01 (= +1) on a projector with address \x01.
Transmit
Start \xfe
Projector address \x01
Command[0] \x20
Command[1] \x08
Data[0] \x01
Checksum \x2a
Stop \xff
Receive (acknowledge)
Start \xfe
Projector address \x01
Command[0] \x00
Command[1] \x06
Checksum \x07
Stop \xff
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Description
Read the actual brightness value.
Command
Command[0] \x21
Command[1] \x02
Data
No data bytes.
Return data
Data[0] = brightness value.
Data[0]
BG8100 \x00..\xff
BG8100LC
otherwise \x00..\x3f
Projector type
BD2100, BD2100LC, BD3000, BD3000LC, BD3100, BD3100LC, BD5000,
BD5000LC, BD5100, BD5100LC, BD8000, BD8000LC, BD8100, BD8100LC,
BG8100, BG8100LC
Example
Read the actual brightness value of a projector with address \x01. Suppose
the brightness equals \x20.
Transmit
Start \xfe
Projector address \x01
Command[0] \x21
Command[1] \x02
Checksum \x24
Stop \xff
brightness, read brightness, read
Description
Read the actual brightness value.
Command
Command[0] \x21
Command[1] \x02
Data
No data bytes.
Return data
Data[0] = brightness value.
Data[0]
BG8100 \x00..\xff
BG8100LC
otherwise \x00..\x3f
Projector type
BD2100, BD2100LC, BD3000, BD3000LC, BD3100, BD3100LC, BD5000,
BD5000LC, BD5100, BD5100LC, BD8000, BD8000LC, BD8100, BD8100LC,
BG8100, BG8100LC
Example
Read the actual brightness value of a projector with address \x01. Suppose
the brightness equals \x20.
Transmit
Start \xfe
Projector address \x01
Command[0] \x21
Command[1] \x02
Checksum \x24
Stop \xff
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brightness, read brightness, read
Receive (acknowledge)
Start \xfe
Projector address \x01
Command[0] \x00
Command[1] \x06
Checksum \x07
Stop \xff
Receive (answer)
Start \xfe
Projector address \x01
Command[0] \x21
Command[1] \x02
Data[0] \x20
Checksum \x44
Stop \xff
Receive (acknowledge)
Start \xfe
Projector address \x01
Command[0] \x00
Command[1] \x06
Checksum \x07
Stop \xff
Receive (answer)
Start \xfe
Projector address \x01
Command[0] \x21
Command[1] \x02
Data[0] \x20
Checksum \x44
Stop \xff
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Description
Write a new brightness value.
Command
Command[0] \x20
Command[1] \x02
Data
Data[0] = brightness value.
Data[0]
BG8100 \x00..\xff
BG8100LC
otherwise \x00..\x3f
Projector type
BD2100, BD2100LC, BD3000, BD3000LC, BD3100, BD3100LC, BD5000,
BD5000LC, BD5100, BD5100LC, BD8000, BD8000LC, BD8100, BD8100LC,
BG8100, BG8100LC
Example
Set the brightness to \x20 on a projector with address \x01.
Transmit
Start \xfe
Projector address \x01
Command[0] \x20
Command[1] \x02
Data[0] \x20
Checksum \x43
Stop \xff
brightness, write brightness, write
Description
Write a new brightness value.
Command
Command[0] \x20
Command[1] \x02
Data
Data[0] = brightness value.
Data[0]
BG8100 \x00..\xff
BG8100LC
otherwise \x00..\x3f
Projector type
BD2100, BD2100LC, BD3000, BD3000LC, BD3100, BD3100LC, BD5000,
BD5000LC, BD5100, BD5100LC, BD8000, BD8000LC, BD8100, BD8100LC,
BG8100, BG8100LC
Example
Set the brightness to \x20 on a projector with address \x01.
Transmit
Start \xfe
Projector address \x01
Command[0] \x20
Command[1] \x02
Data[0] \x20
Checksum \x43
Stop \xff
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Receive (acknowledge)
Start \xfe
Projector address \x01
Command[0] \x00
Command[1] \x06
Checksum \x07
Stop \xff
Receive (acknowledge)
Start \xfe
Projector address \x01
Command[0] \x00
Command[1] \x06
Checksum \x07
Stop \xff
brightness, write brightness, write
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contrast, read contrast, read
Description
Read the actual contrast value.
Command
Command[0] \x21
Command[1] \x01
Data
No data bytes.
Return data
Data[0] = contrast value.
Data[0]
BD2100 \x00..\x3f
BD2100LC \x00..\x3f
BD3000 \x00..\x40
BD3000LC \x00..\x40
BD3100 \x00..\x40
BD3100LC \x00..\x40
BD5000 \x00..\x3f
BD5000LC \x00..\x3f
BD5100 \x00..\x40
BD5100LC \x00..\x40
BD8000 \x00..\x3f
BD8000LC \x00..\x3f
BD8100 \x00..\x40
BD8100LC \x00..\x40
BG8100 \x00..\xff
BG8100LC \x00..\xff
Description
Read the actual contrast value.
Command
Command[0] \x21
Command[1] \x01
Data
No data bytes.
Return data
Data[0] = contrast value.
Data[0]
BD2100 \x00..\x3f
BD2100LC \x00..\x3f
BD3000 \x00..\x40
BD3000LC \x00..\x40
BD3100 \x00..\x40
BD3100LC \x00..\x40
BD5000 \x00..\x3f
BD5000LC \x00..\x3f
BD5100 \x00..\x40
BD5100LC \x00..\x40
BD8000 \x00..\x3f
BD8000LC \x00..\x3f
BD8100 \x00..\x40
BD8100LC \x00..\x40
BG8100 \x00..\xff
BG8100LC \x00..\xff
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contrast, read contrast, read
Projector type
BD2100, BD2100LC, BD3000, BD3000LC, BD3100, BD3100LC, BD5000,
BD5000LC, BD5100, BD5100LC, BD8000, BD8000LC, BD8100, BD8100LC,
BG8100, BG8100LC
Example
Read the actual contrast value of a projector with address \x01. Suppose the
contrast equals \x30.
Transmit
Start \xfe
Projector address \x01
Command[0] \x21
Command[1] \x01
Checksum \x23
Stop \xff
Receive (acknowledge)
Start \xfe
Projector address \x01
Command[0] \x00
Command[1] \x06
Checksum \x07
Stop \xff
Receive (answer)
Start \xfe
Projector address \x01
Command[0] \x21
Command[1] \x01
Data[0] \x30
Checksum \x53
Stop \xff
Projector type
BD2100, BD2100LC, BD3000, BD3000LC, BD3100, BD3100LC, BD5000,
BD5000LC, BD5100, BD5100LC, BD8000, BD8000LC, BD8100, BD8100LC,
BG8100, BG8100LC
Example
Read the actual contrast value of a projector with address \x01. Suppose the
contrast equals \x30.
Transmit
Start \xfe
Projector address \x01
Command[0] \x21
Command[1] \x01
Checksum \x23
Stop \xff
Receive (acknowledge)
Start \xfe
Projector address \x01
Command[0] \x00
Command[1] \x06
Checksum \x07
Stop \xff
Receive (answer)
Start \xfe
Projector address \x01
Command[0] \x21
Command[1] \x01
Data[0] \x30
Checksum \x53
Stop \xff
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Description
Write a new contrast value.
Command
Command[0] \x20
Command[1] \x01
Data
Data[0] = contrast value.
Data[0]
BD2100 \x00..\x3f
BD2100LC \x00..\x3f
BD3000 \x00..\x40
BD3000LC \x00..\x40
BD3100 \x00..\x40
BD3100LC \x00..\x40
BD5000 \x00..\x3f
BD5000LC \x00..\x3f
BD5100 \x00..\x40
BD5100LC \x00..\x40
BD8000 \x00..\x3f
BD8000LC \x00..\x3f
BD8100 \x00..\x40
BD8100LC \x00..\x40
BG8100 \x00..\xff
BG8100LC \x00..\xff
Projector type
BD2100, BD2100LC, BD3000, BD3000LC, BD3100, BD3100LC, BD5000,
BD5000LC, BD5100, BD5100LC, BD8000, BD8000LC, BD8100, BD8100LC,
BG8100, BG8100LC
contrast, write contrast, write
Description
Write a new contrast value.
Command
Command[0] \x20
Command[1] \x01
Data
Data[0] = contrast value.
Data[0]
BD2100 \x00..\x3f
BD2100LC \x00..\x3f
BD3000 \x00..\x40
BD3000LC \x00..\x40
BD3100 \x00..\x40
BD3100LC \x00..\x40
BD5000 \x00..\x3f
BD5000LC \x00..\x3f
BD5100 \x00..\x40
BD5100LC \x00..\x40
BD8000 \x00..\x3f
BD8000LC \x00..\x3f
BD8100 \x00..\x40
BD8100LC \x00..\x40
BG8100 \x00..\xff
BG8100LC \x00..\xff
Projector type
BD2100, BD2100LC, BD3000, BD3000LC, BD3100, BD3100LC, BD5000,
BD5000LC, BD5100, BD5100LC, BD8000, BD8000LC, BD8100, BD8100LC,
BG8100, BG8100LC
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contrast, write contrast, write
Example
Set the contrast to \x30 on a projector with address \x01.
Transmit
Start \xfe
Projector address \x01
Command[0] \x20
Command[1] \x01
Data[0] \x30
Checksum \x52
Stop \xff
Receive (acknowledge)
Start \xfe
Projector address \x01
Command[0] \x00
Command[1] \x06
Checksum \x07
Stop \xff
Example
Set the contrast to \x30 on a projector with address \x01.
Transmit
Start \xfe
Projector address \x01
Command[0] \x20
Command[1] \x01
Data[0] \x30
Checksum \x52
Stop \xff
Receive (acknowledge)
Start \xfe
Projector address \x01
Command[0] \x00
Command[1] \x06
Checksum \x07
Stop \xff
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dimming, decrement dimming, decrement
Description
Decrement dimming.
Command
Command[0] \x23
Command[1] \x0d
Data
No data bytes.
Projector type
BD2100, BD2100LC, BD3000, BD3000LC, BD3100,BD3100LC, BD5000,
BD5000LC, BD5100, BD5100LC.
Example
Decrement dimming of a projector with address \x01 by one.
Transmit
Start \xfe
Projector address \x01
Command[0] \x23
Command[1] \x0d
Checksum \x31
Stop \xff
Receive (acknowledge)
Start \xfe
Projector address \x01
Command[0] \x00
Command[1] \x06
Checksum \x07
Stop \xff
Description
Decrement dimming.
Command
Command[0] \x23
Command[1] \x0d
Data
No data bytes.
Projector type
BD2100, BD2100LC, BD3000, BD3000LC, BD3100,BD3100LC, BD5000,
BD5000LC, BD5100, BD5100LC.
Example
Decrement dimming of a projector with address \x01 by one.
Transmit
Start \xfe
Projector address \x01
Command[0] \x23
Command[1] \x0d
Checksum \x31
Stop \xff
Receive (acknowledge)
Start \xfe
Projector address \x01
Command[0] \x00
Command[1] \x06
Checksum \x07
Stop \xff
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dimming, increment dimming, increment
Description
Increment dimming.
Command
Command[0] \x22
Command[1] \x0d
Data
No data bytes.
Projector type
BD2100, BD2100LC, BD3000, BD3000LC, BD3100,BD3100LC, BD5000,
BD5000LC, BD5100, BD5100LC. BD3100,BD3100LC, BD5000, BD5000LC,
BD5100, BD5100LC.
Example
Increment dimming of a projector with address \x01 by one.
Transmit
Start \xfe
Projector address \x01
Command[0] \x22
Command[1] \x0d
Checksum \x30
Stop \xff
Receive (acknowledge)
Start \xfe
Projector address \x01
Command[0] \x00
Command[1] \x06
Checksum \x07
Stop \xff
Description
Increment dimming.
Command
Command[0] \x22
Command[1] \x0d
Data
No data bytes.
Projector type
BD2100, BD2100LC, BD3000, BD3000LC, BD3100,BD3100LC, BD5000,
BD5000LC, BD5100, BD5100LC. BD3100,BD3100LC, BD5000, BD5000LC,
BD5100, BD5100LC.
Example
Increment dimming of a projector with address \x01 by one.
Transmit
Start \xfe
Projector address \x01
Command[0] \x22
Command[1] \x0d
Checksum \x30
Stop \xff
Receive (acknowledge)
Start \xfe
Projector address \x01
Command[0] \x00
Command[1] \x06
Checksum \x07
Stop \xff
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Description:
Decrement the fade value of the external speaker(s). The audio volume level
of the external speaker(s) will decrease.
Command :
Command[0] \x23
Command[1] \x41
Data :
No data bytes.
Projector type :
BD2100, BD2100LC, BD3000, BD3000LC, BD3100V1.06, BD3100LCV1.06.
Example :
Decrement the fade value of the external speaker(s) of a projector with address
\x01 by one.
Transmit
Start \xfe
Projector address \x01
Command[0] \x23
Command[1] \x41
Checksum \x65
Stop \xff
Receive (acknowledge)
Start \xfe
Projector address \x01
Command[0] \x00
Command[1] \x06
Checksum \x07
Stop \xff
fade audio extern, decrement fade audio extern, decrement
Description:
Decrement the fade value of the external speaker(s). The audio volume level
of the external speaker(s) will decrease.
Command :
Command[0] \x23
Command[1] \x41
Data :
No data bytes.
Projector type :
BD2100, BD2100LC, BD3000, BD3000LC, BD3100V1.06, BD3100LCV1.06.
Example :
Decrement the fade value of the external speaker(s) of a projector with
address \x01 by one.
Transmit
Start \xfe
Projector address \x01
Command[0] \x23
Command[1] \x41
Checksum \x65
Stop \xff
Receive (acknowledge)
Start \xfe
Projector address \x01
Command[0] \x00
Command[1] \x06
Checksum \x07
Stop \xff
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Description :
Increment the fade value of the external speaker(s). The audio volume level of
the external speaker(s) will increase.
Command :
Command[0] \x22
Command[1] \x41
Data :
No data bytes.
Projector type :
BD2100, BD2100LC, BD3000, BD3000LC, BD3100V1.06, BD3100LCV1.06.
Example :
Increment the fade value of the external speaker of a projector with address
\x01 by one.
Transmit
Start \xfe
Projector address \x01
Command[0] \x22
Command[1] \x41
Checksum \x64
Stop \xff
Receive (acknowledge)
Start \xfe
Projector address \x01
Command[0] \x00
Command[1] \x06
Checksum \x07
Stop \xff
fade audio extern, increment fade audio extern, increment
Description :
Increment the fade value of the external speaker(s). The audio volume level
of the external speaker(s) will increase.
Command :
Command[0] \x22
Command[1] \x41
Data :
No data bytes.
Projector type :
BD2100, BD2100LC, BD3000, BD3000LC, BD3100V1.06, BD3100LCV1.06.
Example :
Increment the fade value of the external speaker of a projector with address
\x01 by one.
Transmit
Start \xfe
Projector address \x01
Command[0] \x22
Command[1] \x41
Checksum \x64
Stop \xff
Receive (acknowledge)
Start \xfe
Projector address \x01
Command[0] \x00
Command[1] \x06
Checksum \x07
Stop \xff
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Description :
Read the actual fade value of the external speaker(s).
Command :
Command[0] \x21
Command[1] \x41
Data :
No data bytes.
Return data :
Data[0] = fade value.
Data[0] \x00..\x0f
Projector type :
BD2100, BD2100LC, BD3000, BD3000LC, BD3100V1.06, BD3100LCV1.06.
Example :
Read the actual fade value of the external speaker(s) of a projector with address
\x01. Suppose the value equals 15.
Transmit
Start \xfe
Projector address \x01
Command[0] \x21
Command[1] \x41
Checksum \x63
Stop \xff
fade audio extern, read
Description :
Read the actual fade value of the external speaker(s).
Command :
Command[0] \x21
Command[1] \x41
Data :
No data bytes.
Return data :
Data[0] = fade value.
Data[0] \x00..\x0f
Projector type :
BD2100, BD2100LC, BD3000, BD3000LC, BD3100V1.06, BD3100LCV1.06.
Example :
Read the actual fade value of the external speaker(s) of a projector with
address \x01. Suppose the value equals 15.
Transmit
Start \xfe
Projector address \x01
Command[0] \x21
Command[1] \x41
Checksum \x63
Stop \xff
fade audio extern, read
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fade audio extern, read
Receive (acknowledge)
Start \xfe
Projector address \x01
Command[0] \x00
Command[1] \x06
Checksum \x07
Stop \xff
Receive (answer)
Start \xfe
Projector address \x01
Command[0] \x21
Command[1] \x41
Data[0] \x0f
Checksum \x72
Stop \xff
Receive (acknowledge)
Start \xfe
Projector address \x01
Command[0] \x00
Command[1] \x06
Checksum \x07
Stop \xff
Receive (answer)
Start \xfe
Projector address \x01
Command[0] \x21
Command[1] \x41
Data[0] \x0f
Checksum \x72
Stop \xff
fade audio extern, read
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Description :
Write a new fade value for the extern speaker(s).
Command :
Command[0] \x20
Command[1] \x41
Data :
Data[0] = fade value.
Data[0] \x00..\x0f
Projector type :
BD2100, BD2100LC, BD3000, BD3000LC, BD3100V1.06, BD3100LCV1.06.
Example :
Set the fade value for the external speaker(s) to \x0f on a projector with address
\x01.
Transmit
Start \xfe
Projector address \x01
Command[0] \x20
Command[1] \x41
Data[0] \x0f
Checksum \x71
Stop \xff
fade audio extern, write
Description :
Write a new fade value for the extern speaker(s).
Command :
Command[0] \x20
Command[1] \x41
Data :
Data[0] = fade value.
Data[0] \x00..\x0f
Projector type :
BD2100, BD2100LC, BD3000, BD3000LC, BD3100V1.06, BD3100LCV1.06.
Example :
Set the fade value for the external speaker(s) to \x0f on a projector with
address \x01.
Transmit
Start \xfe
Projector address \x01
Command[0] \x20
Command[1] \x41
Data[0] \x0f
Checksum \x71
Stop \xff
fade audio extern, write
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Receive (acknowledge)
Start \xfe
Projector address \x01
Command[0] \x00
Command[1] \x06
Checksum \x07
Stop \xff
fade audio extern, write
Receive (acknowledge)
Start \xfe
Projector address \x01
Command[0] \x00
Command[1] \x06
Checksum \x07
Stop \xff
fade audio extern, write
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fade audio intern, decrement
Description :
Decrement the fade value of the internal speaker. The audio volume level of the
internal speaker will decrease.
Command :
Command[0] \x23
Command[1] \x40
Data :
No data bytes.
Projector type :
BD2100, BD2100LC, BD3000, BD3000LC, BD3100V1.06, BD3100LCV1.06.
Example :
Decrement the fade value of the internal speaker of a projector with address
\x01 by one.
Transmit
Start \xfe
Projector address \x01
Command[0] \x23
Command[1] \x40
Checksum \x64
Stop \xff
Receive (acknowledge)
Start \xfe
Projector address \x01
Command[0] \x00
Command[1] \x06
Checksum \x07
Stop \xff
Description :
Decrement the fade value of the internal speaker. The audio volume level of
the internal speaker will decrease.
Command :
Command[0] \x23
Command[1] \x40
Data :
No data bytes.
Projector type :
BD2100, BD2100LC, BD3000, BD3000LC, BD3100V1.06, BD3100LCV1.06.
Example :
Decrement the fade value of the internal speaker of a projector with address
\x01 by one.
Transmit
Start \xfe
Projector address \x01
Command[0] \x23
Command[1] \x40
Checksum \x64
Stop \xff
Receive (acknowledge)
Start \xfe
Projector address \x01
Command[0] \x00
Command[1] \x06
Checksum \x07
Stop \xff
fade audio intern, decrement
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Description :
Increment the fade value of the internal speaker. The audio volume level of the
internal speaker will increase.
Command :
Command[0] \x22
Command[1] \x40
Data :
No data bytes.
Projector type :
BD2100, BD2100LC, BD3000, BD3000LC, BD3100V1.06, BD3100LCV1.06.
Example :
Increment the fade value of the internal speaker of a projector with address
\x01 by one.
Transmit
Start \xfe
Projector address \x01
Command[0] \x22
Command[1] \x40
Checksum \x63
Stop \xff
Receive (acknowledge)
Start \xfe
Projector address \x01
Command[0] \x00
Command[1] \x06
Checksum \x07
Stop \xff
fade audio intern, increment fade audio intern, increment
Description :
Increment the fade value of the internal speaker. The audio volume level of the
internal speaker will increase.
Command :
Command[0] \x22
Command[1] \x40
Data :
No data bytes.
Projector type :
BD2100, BD2100LC, BD3000, BD3000LC, BD3100V1.06, BD3100LCV1.06.
Example :
Increment the fade value of the internal speaker of a projector with address
\x01 by one.
Transmit
Start \xfe
Projector address \x01
Command[0] \x22
Command[1] \x40
Checksum \x63
Stop \xff
Receive (acknowledge)
Start \xfe
Projector address \x01
Command[0] \x00
Command[1] \x06
Checksum \x07
Stop \xff
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Description :
Read the actual fade value of the internal speaker.
Command :
Command[0] \x21
Command[1] \x40
Data :
No data bytes.
Return data :
Data[0] = fade value.
Data[0] \x00..\x0f
Projector type :
BD2100, BD2100LC, BD3000, BD3000LC, BD3100V1.06, BD3100LCV1.06.
Example :
Read the actual fade value of the internal speaker of a projector with address
\x01. Suppose the value equals 15.
Transmit
Start \xfe
Projector address \x01
Command[0] \x21
Command[1] \x40
Checksum \x62
Stop \xff
fade audio intern, read fade audio intern, read
Description :
Read the actual fade value of the internal speaker.
Command :
Command[0] \x21
Command[1] \x40
Data :
No data bytes.
Return data :
Data[0] = fade value.
Data[0] \x00..\x0f
Projector type :
BD2100, BD2100LC, BD3000, BD3000LC, BD3100V1.06, BD3100LCV1.06.
Example :
Read the actual fade value of the internal speaker of a projector with address
\x01. Suppose the value equals 15.
Transmit
Start \xfe
Projector address \x01
Command[0] \x21
Command[1] \x40
Checksum \x62
Stop \xff
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Receive (acknowledge)
Start \xfe
Projector address \x01
Command[0] \x00
Command[1] \x06
Checksum \x07
Stop \xff
Receive (answer)
Start \xfe
Projector address \x01
Command[0] \x21
Command[1] \x40
Data[0] \x0f
Checksum \x71
Stop \xff
fade audio intern, read fade audio intern, read
Receive (acknowledge)
Start \xfe
Projector address \x01
Command[0] \x00
Command[1] \x06
Checksum \x07
Stop \xff
Receive (answer)
Start \xfe
Projector address \x01
Command[0] \x21
Command[1] \x40
Data[0] \x0f
Checksum \x71
Stop \xff
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Description :
Write a new fade value for the intern speaker.
Command :
Command[0] \x20
Command[1] \x40
Data :
Data[0] = fade value.
Data[0] \x00..\x0f
Projector type :
BD2100, BD2100LC, BD3000, BD3000LC, BD3100V1.06, BD3100LCV1.06.
Example :
Set the fade value for the internal speaker to \x0f on a projector with address
\x01.
Transmit
Start \xfe
Projector address \x01
Command[0] \x20
Command[1] \x40
Data[0] \x0f
Checksum \x70
Stop \xff
fade audio intern, write
Description :
Write a new fade value for the intern speaker.
Command :
Command[0] \x20
Command[1] \x40
Data :
Data[0] = fade value.
Data[0] \x00..\x0f
Projector type :
BD2100, BD2100LC, BD3000, BD3000LC, BD3100V1.06, BD3100LCV1.06.
Example :
Set the fade value for the internal speaker to \x0f on a projector with address
\x01.
Transmit
Start \xfe
Projector address \x01
Command[0] \x20
Command[1] \x40
Data[0] \x0f
Checksum \x70
Stop \xff
fade audio intern, write
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Receive (acknowledge)
Start \xfe
Projector address \x01
Command[0] \x00
Command[1] \x06
Checksum \x07
Stop \xff
fade audio intern, write
Receive (acknowledge)
Start \xfe
Projector address \x01
Command[0] \x00
Command[1] \x06
Checksum \x07
Stop \xff
fade audio intern, write
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Description :
Copy file1 to file2.
- File2 (destination file) has to be a custom file.
- If the location specified by the file index of file2 has already been taken
up, file2 will overwrite that contents.
- If file1 and file2 point to the same location, the base name of file1 is replaced
by the base name of file2 without affecting other data.
Command :
Command[0] \xc2
Data :
From filename followed by the to filename (no wildcards allowed).
Projector type :
BD2100V1.02, BD2100LCV1.02, BD3000, BD3000LC, BD3100V1.06, BD3100LCV1.06,
BD5100V1.06, BD5100LCV1.06, BD8100V1.06, BD8100LCV1.06, BG8100V1.11,
BG8100LCV1.11
Example :
Copy the file ntsc .c01 to camera1 .c05 on a projector with address \x01.
file, copy
Description :
Copy file1 to file2.
- File2 (destination file) has to be a custom file.
- If the location specified by the file index of file2 has already been taken
up, file2 will overwrite that contents.
- If file1 and file2 point to the same location, the base name of file1 is replaced
by the base name of file2 without affecting other data.
Command :
Command[0] \xc2
Data :
From filename followed by the to filename (no wildcards allowed).
Projector type :
BD2100V1.02, BD2100LCV1.02, BD3000, BD3000LC, BD3100V1.06, BD3100LCV1.06,
BD5100V1.06, BD5100LCV1.06, BD8100V1.06, BD8100LCV1.06, BG8100V1.11,
BG8100LCV1.11
Example :
Copy the file ntsc .c01 to camera1 .c05 on a projector with address \x01.
file, copy
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Transmit
Start \xfe
Projector address \x01
Command[0] \xc2
Data[0] \x6e (= n)
Data[1] \x74 (= t)
Data[2] \x73 (= s)
Data[3] \x63 (= c)
Data[4] \x20 (= )
Data[5] \x20 (= )
Data[6] \x20 (= )
Data[7] \x20 (= )
Data[8] \x2e (= .)
Data[9] \x63 (= c)
Data[10] \x30 (= 0)
Data[11] \x31 (= 1)
Data[12] \x00
Data[13] \x63 (= c)
Data[14] \x61 (= a)
Data[15] \x6d (= m)
Data[16] \x65 (= e)
Data[17] \x72 (= r)
Data[18] \x61 (= a)
Data[19] \x31 (= 1)
Data[20] \x20 (= )
Data[21] \x2e (= .)
Data[22] \x63 (= c)
Data[23] \x30 (= 0)
Data[24] \x35 (= 5)
Data[25] \x00
Checksum \x9d
Stop \xff
Receive (acknowledge)
Start \xfe
Projector address \x01
Command[0] \x00
Command[1] \x06
Checksum \x07
Stop \xff
file, copy
Transmit
Start \xfe
Projector address \x01
Command[0] \xc2
Data[0] \x6e (= n)
Data[1] \x74 (= t)
Data[2] \x73 (= s)
Data[3] \x63 (= c)
Data[4] \x20 (= )
Data[5] \x20 (= )
Data[6] \x20 (= )
Data[7] \x20 (= )
Data[8] \x2e (= .)
Data[9] \x63 (= c)
Data[10] \x30 (= 0)
Data[11] \x31 (= 1)
Data[12] \x00
Data[13] \x63 (= c)
Data[14] \x61 (= a)
Data[15] \x6d (= m)
Data[16] \x65 (= e)
Data[17] \x72 (= r)
Data[18] \x61 (= a)
Data[19] \x31 (= 1)
Data[20] \x20 (= )
Data[21] \x2e (= .)
Data[22] \x63 (= c)
Data[23] \x30 (= 0)
Data[24] \x35 (= 5)
Data[25] \x00
Checksum \x9d
Stop \xff
Receive (acknowledge)
Start \xfe
Projector address \x01
Command[0] \x00
Command[1] \x06
Checksum \x07
Stop \xff
file, copy
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Description :
Delete one or more files.
- Only custom files (????????.c??) can be deleted.
Command :
Command[0] \xc1
Data :
One or more filenames (wildcards allowed).
Projector type :
BD2100, BD2100LC, BD3000, BD3000LC, BD3100V1.06, BD3100LCV1.06,
BD5100V1.06, BD5100LCV1.06, BD8100V1.06, BD8100LCV1.06, BG8100, BG8100LC
file, delete
Description :
Delete one or more files.
- Only custom files (????????.c??) can be deleted.
Command :
Command[0] \xc1
Data :
One or more filenames (wildcards allowed).
Projector type :
BD2100, BD2100LC, BD3000, BD3000LC, BD3100V1.06, BD3100LCV1.06,
BD5100V1.06, BD5100LCV1.06, BD8100V1.06, BD8100LCV1.06, BG8100, BG8100LC
file, delete
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Example :
Delete all files starting with the characters nt on a projector with address \x01.
Transmit
Start \xfe
Projector address \x01
Command[0] \xc1
Data[0] \x6e (= n)
Data[1] \x74 (= t)
Data[2] \x3f (= ?)
Data[3] \x3f (= ?)
Data[4] \x3f (= ?)
Data[5] \x3f (= ?)
Data[6] \x3f (= ?)
Data[7] \x3f (= ?)
Data[8] \x2e (= .)
Data[9] \x3f (= ?)
Data[10] \x3f (= ?)
Data[11] \x3f (= ?)
Data[12] \x00
Checksum \x09
Stop \xff
Receive (acknowledge)
Start \xfe
Projector address \x01
Command[0] \x00
Command[1] \x06
Checksum \x07
Stop \xff
file, delete
Example :
Delete all files starting with the characters nt on a projector with address \x01.
Transmit
Start \xfe
Projector address \x01
Command[0] \xc1
Data[0] \x6e (= n)
Data[1] \x74 (= t)
Data[2] \x3f (= ?)
Data[3] \x3f (= ?)
Data[4] \x3f (= ?)
Data[5] \x3f (= ?)
Data[6] \x3f (= ?)
Data[7] \x3f (= ?)
Data[8] \x2e (= .)
Data[9] \x3f (= ?)
Data[10] \x3f (= ?)
Data[11] \x3f (= ?)
Data[12] \x00
Checksum \x09
Stop \xff
Receive (acknowledge)
Start \xfe
Projector address \x01
Command[0] \x00
Command[1] \x06
Checksum \x07
Stop \xff
file, delete
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Description :
Get a list of files.
Command :
Command[0] \xc0
Data :
One or more filenames (wildcards allowed).
Projector type :
BD2100, BD2100LC, BD3000, BD3000LC, BD3100V1.06, BD3100LCV1.06,
BD5100V1.06, BD5100LCV1.06, BD8100V1.06, BD8100LCV1.06, BG8100, BG8100LC
file, list
Description :
Get a list of files.
Command :
Command[0] \xc0
Data :
One or more filenames (wildcards allowed).
Projector type :
BD2100, BD2100LC, BD3000, BD3000LC, BD3100V1.06, BD3100LCV1.06,
BD5100V1.06, BD5100LCV1.06, BD8100V1.06, BD8100LCV1.06, BG8100, BG8100LC
file, list
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file, list
Example :
Get a list of all files starting with the characters nt on a projector with address
\x01. Suppose there are 2 files : ntsc .s02 and ntsc_rgb.c01.
Transmit
Start \xfe
Projector address \x01
Command[0] \xc0
Data[0] \x6e (= n)
Data[1] \x74 (= t)
Data[2] \x3f (= ?)
Data[3] \x3f (= ?)
Data[4] \x3f (= ?)
Data[5] \x3f (= ?)
Data[6] \x3f (= ?)
Data[7] \x3f (= ?)
Data[8] \x2e (= .)
Data[9] \x3f (= ?)
Data[10] \x3f (= ?)
Data[11] \x3f (= ?)
Data[12] \x00
Checksum \x08
Stop \xff
Receive (acknowledge)
Start \xfe
Projector address \x01
Command[0] \x00
Command[1] \x06
Checksum \x07
Stop \xff
Example :
Get a list of all files starting with the characters nt on a projector with address
\x01. Suppose there are 2 files : ntsc .s02 and ntsc_rgb.c01.
Transmit
Start \xfe
Projector address \x01
Command[0] \xc0
Data[0] \x6e (= n)
Data[1] \x74 (= t)
Data[2] \x3f (= ?)
Data[3] \x3f (= ?)
Data[4] \x3f (= ?)
Data[5] \x3f (= ?)
Data[6] \x3f (= ?)
Data[7] \x3f (= ?)
Data[8] \x2e (= .)
Data[9] \x3f (= ?)
Data[10] \x3f (= ?)
Data[11] \x3f (= ?)
Data[12] \x00
Checksum \x08
Stop \xff
Receive (acknowledge)
Start \xfe
Projector address \x01
Command[0] \x00
Command[1] \x06
Checksum \x07
Stop \xff
file, list
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file, list
Receive (answer)
Start \xfe
Projector address \x01
Command[0] \xc0
Data[0] \x6e (= n)
Data[1] \x74 (= t)
Data[2] \x73 (= s)
Data[3] \x63 (= c)
Data[4] \x20 (= )
Data[5] \x20 (= )
Data[6] \x20 (= )
Data[7] \x20 (= )
Data[8] \x2e (= .)
Data[9] \x73 (= s)
Data[10] \x30 (= 0)
Data[11] \x32 (= 2)
Data[12] \x00
Data[13] \x6e (= n)
Data[14] \x74 (= t)
Data[15] \x73 (= s)
Data[16] \x63 (= c)
Data[17] \x5f (= _)
Data[18] \x72 (= r)
Data[19] \x67 (= g)
Data[20] \x62 (= b)
Data[21] \x2e (= .)
Data[22] \x63 (= c)
Data[23] \x30 (= 0)
Data[24] \x31 (= 1)
Data[25] \x00
Checksum \x40
Stop \xff
Receive (answer)
Start \xfe
Projector address \x01
Command[0] \xc0
Data[0] \x6e (= n)
Data[1] \x74 (= t)
Data[2] \x73 (= s)
Data[3] \x63 (= c)
Data[4] \x20 (= )
Data[5] \x20 (= )
Data[6] \x20 (= )
Data[7] \x20 (= )
Data[8] \x2e (= .)
Data[9] \x73 (= s)
Data[10] \x30 (= 0)
Data[11] \x32 (= 2)
Data[12] \x00
Data[13] \x6e (= n)
Data[14] \x74 (= t)
Data[15] \x73 (= s)
Data[16] \x63 (= c)
Data[17] \x5f (= _)
Data[18] \x72 (= r)
Data[19] \x67 (= g)
Data[20] \x62 (= b)
Data[21] \x2e (= .)
Data[22] \x63 (= c)
Data[23] \x30 (= 0)
Data[24] \x31 (= 1)
Data[25] \x00
Checksum \x40
Stop \xff
file, list
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Chapter 3: Advanced commands Chapter 3: Advanced commands
Description :
Get the filename of the active file.
Command :
Command[0] \xc5
Data :
No data bytes.
Projector type :
BD2100, BD2100LC, BD3000, BD3000LC, BD3100V1.06, BD3100LCV1.06,
BD5100V1.06, BD5100LCV1.06, BD8100V1.06, BD8100LCV1.06, BG8100, BG8100LC
Example :
Get the filename of the active file on a projector with address \x01. Suppose
the filename is ntsc .c01.
Transmit
Start \xfe
Projector address \x01
Command[0] \xc5
Checksum \xc6
Stop \xff
file, list active
Description :
Get the filename of the active file.
Command :
Command[0] \xc5
Data :
No data bytes.
Projector type :
BD2100, BD2100LC, BD3000, BD3000LC, BD3100V1.06, BD3100LCV1.06,
BD5100V1.06, BD5100LCV1.06, BD8100V1.06, BD8100LCV1.06, BG8100, BG8100LC
Example :
Get the filename of the active file on a projector with address \x01. Suppose
the filename is ntsc .c01.
Transmit
Start \xfe
Projector address \x01
Command[0] \xc5
Checksum \xc6
Stop \xff
file, list active
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Chapter 3: Advanced commands Chapter 3: Advanced commands
Receive (acknowledge)
Start \xfe
Projector address \x01
Command[0] \x00
Command[1] \x06
Checksum \x07
Stop \xff
Receive (answer)
Start \xfe
Projector address \x01
Command[0] \xc5
Data[0] \x6e (= n)
Data[1] \x74 (= t)
Data[2] \x73 (= s)
Data[3] \x63 (= c)
Data[4] \x20 (= )
Data[5] \x20 (= )
Data[6] \x20 (= )
Data[7] \x20 (= )
Data[8] \x2e (= .)
Data[9] \x63 (= c)
Data[10] \x30 (= 0)
Data[11] \x31 (= 1)
Data[12] \x00
Checksum \xf0
Stop \xff
file, list active
Receive (acknowledge)
Start \xfe
Projector address \x01
Command[0] \x00
Command[1] \x06
Checksum \x07
Stop \xff
Receive (answer)
Start \xfe
Projector address \x01
Command[0] \xc5
Data[0] \x6e (= n)
Data[1] \x74 (= t)
Data[2] \x73 (= s)
Data[3] \x63 (= c)
Data[4] \x20 (= )
Data[5] \x20 (= )
Data[6] \x20 (= )
Data[7] \x20 (= )
Data[8] \x2e (= .)
Data[9] \x63 (= c)
Data[10] \x30 (= 0)
Data[11] \x31 (= 1)
Data[12] \x00
Checksum \xf0
Stop \xff
file, list active
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Chapter 3: Advanced commands Chapter 3: Advanced commands
Description :
Move file1 to file2.
- Only custom files can be moved.
- If the location specified by the file index of file2 has already been taken up,
file2 will overwrite that contents.
- If file1 and file2 point to the same location, the base name of file1 is replaced
by the base name of file2 without affecting other data.
Command :
Command[0] \xc4
Data :
From filename followed by the to filename (no wildcards allowed).
Projector type :
BD2100, BD2100LC, BD3000, BD3000LC, BD3100V1.06, BD3100LCV1.06,
BD5100V1.06, BD5100LCV1.06, BD8100V1.06, BD8100LCV1.06, BG8100, BG8100LC
Example :
Move the file ntsc .c01 to camera1 .c05 on a projector with address \x01.
file, move
Description :
Move file1 to file2.
- Only custom files can be moved.
- If the location specified by the file index of file2 has already been taken up,
file2 will overwrite that contents.
- If file1 and file2 point to the same location, the base name of file1 is replaced
by the base name of file2 without affecting other data.
Command :
Command[0] \xc4
Data :
From filename followed by the to filename (no wildcards allowed).
Projector type :
BD2100, BD2100LC, BD3000, BD3000LC, BD3100V1.06, BD3100LCV1.06,
BD5100V1.06, BD5100LCV1.06, BD8100V1.06, BD8100LCV1.06, BG8100, BG8100LC
Example :
Move the file ntsc .c01 to camera1 .c05 on a projector with address \x01.
file, move
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Chapter 3: Advanced commands Chapter 3: Advanced commands
Transmit
Start \xfe
Projector address \x01
Command[0] \xc4
Data[0] \x6e (= n)
Data[1] \x74 (= t)
Data[2] \x73 (= s)
Data[3] \x63 (= c)
Data[4] \x20 (= )
Data[5] \x20 (= )
Data[6] \x20 (= )
Data[7] \x20 (= )
Data[8] \x2e (= .)
Data[9] \x63 (= c)
Data[10] \x30 (= 0)
Data[11] \x31 (= 1)
Data[12] \x00
Data[13] \x63 (= c)
Data[14] \x61 (= a)
Data[15] \x6d (= m)
Data[16] \x65 (= e)
Data[17] \x72 (= r)
Data[18] \x61 (= a)
Data[19] \x31 (= 1)
Data[20] \x20 (= )
Data[21] \x2e (= .)
Data[22] \x63 (= c)
Data[23] \x30 (= 0)
Data[24] \x35 (= 5)
Data[25] \x00
Checksum \x9f
Stop \xff
file, move
Transmit
Start \xfe
Projector address \x01
Command[0] \xc4
Data[0] \x6e (= n)
Data[1] \x74 (= t)
Data[2] \x73 (= s)
Data[3] \x63 (= c)
Data[4] \x20 (= )
Data[5] \x20 (= )
Data[6] \x20 (= )
Data[7] \x20 (= )
Data[8] \x2e (= .)
Data[9] \x63 (= c)
Data[10] \x30 (= 0)
Data[11] \x31 (= 1)
Data[12] \x00
Data[13] \x63 (= c)
Data[14] \x61 (= a)
Data[15] \x6d (= m)
Data[16] \x65 (= e)
Data[17] \x72 (= r)
Data[18] \x61 (= a)
Data[19] \x31 (= 1)
Data[20] \x20 (= )
Data[21] \x2e (= .)
Data[22] \x63 (= c)
Data[23] \x30 (= 0)
Data[24] \x35 (= 5)
Data[25] \x00
Checksum \x9f
Stop \xff
file, move
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Receive (acknowledge)
Start \xfe
Projector address \x01
Command[0] \x00
Command[1] \x06
Checksum \x07
Stop \xff
file, move
Receive (acknowledge)
Start \xfe
Projector address \x01
Command[0] \x00
Command[1] \x06
Checksum \x07
Stop \xff
file, move
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Description :
Rename file1 to file2.
- Only custom files can be renamed.
- Only the base name of a file can be renamed. This means that file1 and file2
have to point to the same location (file1 and file2 must have the same file
index)
Command :
Command[0] \xc3
Data :
Old filename followed by the new filename (no wildcards allowed).
Projector type :
BD2100, BD2100LC, BD3000, BD3000LC, BD3100V1.06, BD3100LCV1.06,
BD5100V1.06, BD5100LCV1.06, BD8100V1.06, BD8100LCV1.06, BG8100, BG8100LC
Example :
Rename the file ntsc .c01 to camera1 .c01 on a projector with address
\x01.
file, rename
Description :
Rename file1 to file2.
- Only custom files can be renamed.
- Only the base name of a file can be renamed. This means that file1 and file2
have to point to the same location (file1 and file2 must have the same file
index)
Command :
Command[0] \xc3
Data :
Old filename followed by the new filename (no wildcards allowed).
Projector type :
BD2100, BD2100LC, BD3000, BD3000LC, BD3100V1.06, BD3100LCV1.06,
BD5100V1.06, BD5100LCV1.06, BD8100V1.06, BD8100LCV1.06, BG8100, BG8100LC
Example :
Rename the file ntsc .c01 to camera1 .c01 on a projector with address
\x01.
file, rename
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Transmit
Start \xfe
Projector address \x01
Command[0] \xc3
Data[0] \x6e (= n)
Data[1] \x74 (= t)
Data[2] \x73 (= s)
Data[3] \x63 (= c)
Data[4] \x20 (= )
Data[5] \x20 (= )
Data[6] \x20 (= )
Data[7] \x20 (= )
Data[8] \x2e (= .)
Data[9] \x63 (= c)
Data[10] \x30 (= 0)
Data[11] \x31 (= 1)
Data[12] \x00
Data[13] \x63 (= c)
Data[14] \x61 (= a)
Data[15] \x6d (= m)
Data[16] \x65 (= e)
Data[17] \x72 (= r)
Data[18] \x61 (= a)
Data[19] \x31 (= 1)
Data[20] \x20 (= )
Data[21] \x2e (= .)
Data[22] \x63 (= c)
Data[23] \x30 (= 0)
Data[24] \x31 (= 1)
Data[25] \x00
Checksum \x9a
Stop \xff
file, rename
Transmit
Start \xfe
Projector address \x01
Command[0] \xc3
Data[0] \x6e (= n)
Data[1] \x74 (= t)
Data[2] \x73 (= s)
Data[3] \x63 (= c)
Data[4] \x20 (= )
Data[5] \x20 (= )
Data[6] \x20 (= )
Data[7] \x20 (= )
Data[8] \x2e (= .)
Data[9] \x63 (= c)
Data[10] \x30 (= 0)
Data[11] \x31 (= 1)
Data[12] \x00
Data[13] \x63 (= c)
Data[14] \x61 (= a)
Data[15] \x6d (= m)
Data[16] \x65 (= e)
Data[17] \x72 (= r)
Data[18] \x61 (= a)
Data[19] \x31 (= 1)
Data[20] \x20 (= )
Data[21] \x2e (= .)
Data[22] \x63 (= c)
Data[23] \x30 (= 0)
Data[24] \x31 (= 1)
Data[25] \x00
Checksum \x9a
Stop \xff
file, rename
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file, rename
Receive (acknowledge)
Start \xfe
Projector address \x01
Command[0] \x00
Command[1] \x06
Checksum \x07
Stop \xff
Receive (acknowledge)
Start \xfe
Projector address \x01
Command[0] \x00
Command[1] \x06
Checksum \x07
Stop \xff
file, rename
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freeze, write off freeze, write off
Description
Disable freeze.
Command
Command[0] \x26
Command[1] \x23
Data
No data bytes.
Projector type
BD2100, BD2100LC, BD3000, BD3000LC, BD3100, BD3100LC, BD5100,
BD5100LC, BD8100, BD8100LC, BG8100, BG8100LC
Example
Disable freeze of a projector with address \x01.
Transmit
Start \xfe
Projector address \x01
Command[0] \x26
Command[1] \x23
Checksum \x4a
Stop \xff
Receive (acknowledge)
Start \xfe
Projector address \x01
Command[0] \x00
Command[1] \x06
Checksum \x07
Stop \xff
Description
Disable freeze.
Command
Command[0] \x26
Command[1] \x23
Data
No data bytes.
Projector type
BD2100, BD2100LC, BD3000, BD3000LC, BD3100, BD3100LC, BD5100,
BD5100LC, BD8100, BD8100LC, BG8100, BG8100LC
Example
Disable freeze of a projector with address \x01.
Transmit
Start \xfe
Projector address \x01
Command[0] \x26
Command[1] \x23
Checksum \x4a
Stop \xff
Receive (acknowledge)
Start \xfe
Projector address \x01
Command[0] \x00
Command[1] \x06
Checksum \x07
Stop \xff
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freeze, write on freeze, write on
Description
Enable freeze.
Command
Command[0] \x27
Command[1] \x23
Data
No data bytes.
Projector type
BD2100, BD2100LC, BD3000, BD3000LC, BD3100, BD3100LC, BD5100,
BD5100LC, BD8100, BD8100LC, BG8100, BG8100LC
Example
Enable freeze of a projector with address \x01.
Transmit
Start \xfe
Projector address \x01
Command[0] \x27
Command[1] \x23
Checksum \x4b
Stop \xff
Receive (acknowledge)
Start \xfe
Projector address \x01
Command[0] \x00
Command[1] \x06
Checksum \x07
Stop \xff
Description
Enable freeze.
Command
Command[0] \x27
Command[1] \x23
Data
No data bytes.
Projector type
BD2100, BD2100LC, BD3000, BD3000LC, BD3100, BD3100LC, BD5100,
BD5100LC, BD8100, BD8100LC, BG8100, BG8100LC
Example
Enable freeze of a projector with address \x01.
Transmit
Start \xfe
Projector address \x01
Command[0] \x27
Command[1] \x23
Checksum \x4b
Stop \xff
Receive (acknowledge)
Start \xfe
Projector address \x01
Command[0] \x00
Command[1] \x06
Checksum \x07
Stop \xff
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installation, read installation, read
Description
Read installation.
Command
Command[0] \x21
Command[1] \x24
Data
No data bytes.
Return data
Data[0] = installation.
Installation Data[0]
Front/Table \x40
Front/Ceiling \x80
Rear/Table \x00
Rear/Ceiling \xc0
Projector type
BD2100, BD2100LC, BD3000, BD3000LC, BD3100, BD3100LC, BD5000,
BD5000LC, BD5100, BD5100LC, BD8000, BD8000LC, BD8100, BD8100LC,
BG8100, BG8100LC
Example
Read installation of a projector with address \x01. Suppose the projector is
installed in front/ceiling.
Transmit
Start \xfe
Projector address \x01
Command[0] \x21
Command[1] \x24
Checksum \x46
Stop \xff
Description
Read installation.
Command
Command[0] \x21
Command[1] \x24
Data
No data bytes.
Return data
Data[0] = installation.
Installation Data[0]
Front/Table \x40
Front/Ceiling \x80
Rear/Table \x00
Rear/Ceiling \xc0
Projector type
BD2100, BD2100LC, BD3000, BD3000LC, BD3100, BD3100LC, BD5000,
BD5000LC, BD5100, BD5100LC, BD8000, BD8000LC, BD8100, BD8100LC,
BG8100, BG8100LC
Example
Read installation of a projector with address \x01. Suppose the projector is
installed in front/ceiling.
Transmit
Start \xfe
Projector address \x01
Command[0] \x21
Command[1] \x24
Checksum \x46
Stop \xff
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installation, read installation, read
Receive (acknowledge)
Start \xfe
Projector address \x01
Command[0] \x00
Command[1] \x06
Checksum \x07
Stop \xff
Receive (answer)
Start \xfe
Projector address \x01
Command[0] \x21
Command[1] \x24
Data[0].0 \x80
Data[0].1 \x00
Checksum \xc6
Stop \xff
Receive (acknowledge)
Start \xfe
Projector address \x01
Command[0] \x00
Command[1] \x06
Checksum \x07
Stop \xff
Receive (answer)
Start \xfe
Projector address \x01
Command[0] \x21
Command[1] \x24
Data[0].0 \x80
Data[0].1 \x00
Checksum \xc6
Stop \xff
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Chapter 3: Advanced commands Chapter 3: Advanced commands
installation, write installation, write
Description
Write installation (front/table, ...).
Command
Command[0] \x20
Command[1] \x24
Data
Data[0] = installation.
Installation Data[0]
Front/Table \x40
Front/Ceiling \x80
Rear/Table \x00
Rear/Ceiling \xc0
Projector type
BD2100, BD2100LC, BD3000, BD3000LC, BD3100, BD3100LC, BD5000,
BD5000LC, BD5100, BD5100LC, BD8000, BD8000LC, BD8100, BD8100LC,
BG8100, BG8100LC
Example
Set the installation of a projector with address \x01 to front/ceiling.
Transmit
Start \xfe
Projector address \x01
Command[0] \x20
Command[1] \x24
Data[0].0 \x80
Data[0].1 \x00
Checksum \xc5
Stop \xff
Description
Write installation (front/table, ...).
Command
Command[0] \x20
Command[1] \x24
Data
Data[0] = installation.
Installation Data[0]
Front/Table \x40
Front/Ceiling \x80
Rear/Table \x00
Rear/Ceiling \xc0
Projector type
BD2100, BD2100LC, BD3000, BD3000LC, BD3100, BD3100LC, BD5000,
BD5000LC, BD5100, BD5100LC, BD8000, BD8000LC, BD8100, BD8100LC,
BG8100, BG8100LC
Example
Set the installation of a projector with address \x01 to front/ceiling.
Transmit
Start \xfe
Projector address \x01
Command[0] \x20
Command[1] \x24
Data[0].0 \x80
Data[0].1 \x00
Checksum \xc5
Stop \xff
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Description
Read the lamp run time in hours.
Command
Command[0] \x64
Data
No data bytes.
Return data
The return data-transfer being the lamp run time in hours contains of four data
bytes. The first byte is the most significant byte !
Formula :
Lamp run time (hours)
= Data[0]*2563 + Data[1]*2562 + Data[2]*256 + Data[3]
Projector type
BD2100, BD2100LC, BD3000, BD3000LC, BD3100, BD3100LC, BD5000,
BD5000LC, BD5100, BD5100LC, BD8000, BD8000LC, BD8100, BD8100LC,
BG8100, BG8100LC
Example
Read the lamp run time of a projector with address \x01.
Suppose the lamp run time is 100 hours.
Transmit
Start \xfe
Projector address \x01
Command[0] \x64
Checksum \x65
Stop \xff
lamp, read run time lamp, read run time
Description
Read the lamp run time in hours.
Command
Command[0] \x64
Data
No data bytes.
Return data
The return data-transfer being the lamp run time in hours contains of four data
bytes. The first byte is the most significant byte !
Formula :
Lamp run time (hours)
= Data[0]*2563 + Data[1]*2562 + Data[2]*256 + Data[3]
Projector type
BD2100, BD2100LC, BD3000, BD3000LC, BD3100, BD3100LC, BD5000,
BD5000LC, BD5100, BD5100LC, BD8000, BD8000LC, BD8100, BD8100LC,
BG8100, BG8100LC
Example
Read the lamp run time of a projector with address \x01.
Suppose the lamp run time is 100 hours.
Transmit
Start \xfe
Projector address \x01
Command[0] \x64
Checksum \x65
Stop \xff
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lamp, read run time lamp, read run time
Receive (acknowledge)
Start \xfe
Projector address \x01
Command[0] \x00
Command[1] \x06
Checksum \x07
Stop \xff
Receive (answer)
Start \xfe
Projector address \x01
Command[0] \x64
Data[0] \x00
Data[1] \x00
Data[2] \x00
Data[3] \x64
Checksum \xc9
Stop \xff
lamp run time =
\x00 * 2563 + \x00 * 2562 + \x00 * 256 + \x64
Receive (acknowledge)
Start \xfe
Projector address \x01
Command[0] \x00
Command[1] \x06
Checksum \x07
Stop \xff
Receive (answer)
Start \xfe
Projector address \x01
Command[0] \x64
Data[0] \x00
Data[1] \x00
Data[2] \x00
Data[3] \x64
Checksum \xc9
Stop \xff
lamp run time =
\x00 * 2563 + \x00 * 2562 + \x00 * 256 + \x64
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lamp, read serial number lamp, read serial number
Description
Read the serial number of the lamp.
Command
Command[0] \x63
Data
No data bytes.
Return data
The return data-transfer being the lamp serial number is a pascal-language
string (see syntax).
Projector type
BD2100, BD2100LC, BD3000, BD3000LC, BD3100, BD3100LC, BD5000,
BD5000LC, BD5100, BD5100LC, BD8000, BD8000LC, BD8100, BD8100LC,
BG8100, BG8100LC
Example
Read the lamp serial number of a projector with address \x01. Suppose the
lamp serial number is 0655230.
Transmit
Start \xfe
Projector address \x01
Command[0] \x63
Checksum \x64
Stop \xff
Description
Read the serial number of the lamp.
Command
Command[0] \x63
Data
No data bytes.
Return data
The return data-transfer being the lamp serial number is a pascal-language
string (see syntax).
Projector type
BD2100, BD2100LC, BD3000, BD3000LC, BD3100, BD3100LC, BD5000,
BD5000LC, BD5100, BD5100LC, BD8000, BD8000LC, BD8100, BD8100LC,
BG8100, BG8100LC
Example
Read the lamp serial number of a projector with address \x01. Suppose the
lamp serial number is 0655230.
Transmit
Start \xfe
Projector address \x01
Command[0] \x63
Checksum \x64
Stop \xff
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lamp, read serial number lamp, read serial number
Receive (acknowledge)
Start \xfe
Projector address \x01
Command[0] \x00
Command[1] \x06
Checksum \x07
Stop \xff
Receive (answer)
Start \xfe
Projector address \x01
Command[0] \x63
Data[0] \x07
Data[1] \x30 (= 0)
Data[2] \x36 (= 6)
Data[3] \x35 (= 5)
Data[4] \x35 (= 5)
Data[5] \x32 (= 2)
Data[6] \x33 (= 3)
Data[7] \x30 (= 0)
Checksum \xd0
Stop \xff
Receive (acknowledge)
Start \xfe
Projector address \x01
Command[0] \x00
Command[1] \x06
Checksum \x07
Stop \xff
Receive (answer)
Start \xfe
Projector address \x01
Command[0] \x63
Data[0] \x07
Data[1] \x30 (= 0)
Data[2] \x36 (= 6)
Data[3] \x35 (= 5)
Data[4] \x35 (= 5)
Data[5] \x32 (= 2)
Data[6] \x33 (= 3)
Data[7] \x30 (= 0)
Checksum \xd0
Stop \xff
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Description
Read the lamp status.
Command
Command[0] \x6c
Data
No data bytes.
Return data
Data[0] = lamp status.
Only bit0 (least significant bit) is significant.
bit# bit = 0 bit = 1
bit0 nominal power high power
Projector type
BD8100, BD8100LC, BG8100, BG8100LC
Example
Read the lamp status of a projector with address \x01. Suppose the lamp is
configured in high power.
Transmit
Start \xfe
Projector address \x01
Command[0] \x6c
Checksum \x6d
Stop \xff
lamp, read status lamp, read status
Description
Read the lamp status.
Command
Command[0] \x6c
Data
No data bytes.
Return data
Data[0] = lamp status.
Only bit0 (least significant bit) is significant.
bit# bit = 0 bit = 1
bit0 nominal power high power
Projector type
BD8100, BD8100LC, BG8100, BG8100LC
Example
Read the lamp status of a projector with address \x01. Suppose the lamp is
configured in high power.
Transmit
Start \xfe
Projector address \x01
Command[0] \x6c
Checksum \x6d
Stop \xff
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lamp, read status lamp, read status
Receive (acknowledge)
Start \xfe
Projector address \x01
Command[0] \x00
Command[1] \x06
Checksum \x07
Stop \xff
Receive (answer)
Start \xfe
Projector address \x01
Command[0] \x6c
Data[0] \x01
Checksum \x6e
Stop \xff
Receive (acknowledge)
Start \xfe
Projector address \x01
Command[0] \x00
Command[1] \x06
Checksum \x07
Stop \xff
Receive (answer)
Start \xfe
Projector address \x01
Command[0] \x6c
Data[0] \x01
Checksum \x6e
Stop \xff
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Description
Reset the lamp run time (after installation of a new lamp).
Command
Command[0] \x68
Data
The data being the lamp serial number is a pascal-language string (see syntax)
with length 7.
Data[0] \x07
Data[1] \x30..\x39
Data[2] \x30..\x39
Data[3] \x30..\x39
Data[4] \x30..\x39
Data[5] \x30..\x39
Data[6] \x30..\x39
Data[7] \x30..\x39
Projector type
BD2100, BD2100LC, BD3000, BD3000LC, BD3100, BD3100LC, BD5000,
BD5000LC, BD5100, BD5100LC, BD8000, BD8000LC, BD8100, BD8100LC,
BG8100, BG8100LC
lamp, reset run time lamp, reset run time
Description
Reset the lamp run time (after installation of a new lamp).
Command
Command[0] \x68
Data
The data being the lamp serial number is a pascal-language string (see syntax)
with length 7.
Data[0] \x07
Data[1] \x30..\x39
Data[2] \x30..\x39
Data[3] \x30..\x39
Data[4] \x30..\x39
Data[5] \x30..\x39
Data[6] \x30..\x39
Data[7] \x30..\x39
Projector type
BD2100, BD2100LC, BD3000, BD3000LC, BD3100, BD3100LC, BD5000,
BD5000LC, BD5100, BD5100LC, BD8000, BD8000LC, BD8100, BD8100LC,
BG8100, BG8100LC
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Description
Read the status of the audio lock.
Command
Command[0] \x21
Command[1] \x3f
Data
No data bytes.
Return data
Data[0] = lock specification.
Lock Data[0]
Off \x00
Input 1 or A \x01
Input 2 or B \x02
Input 3 or C \x03
Projector type
BD2100, BD2100LC, BD3000, BD3000LC, BD3100, BD3100LC
Example
Read the audio lock status of a projector with address \x01. Suppose the audio
signal is locked on audio input 1.
Transmit
Start \xfe
Projector address \x01
Command[0] \x21
Command[1] \x3f
Checksum \x61
Stop \xff
lock audio, read lock audio, read
Description
Read the status of the audio lock.
Command
Command[0] \x21
Command[1] \x3f
Data
No data bytes.
Return data
Data[0] = lock specification.
Lock Data[0]
Off \x00
Input 1 or A \x01
Input 2 or B \x02
Input 3 or C \x03
Projector type
BD2100, BD2100LC, BD3000, BD3000LC, BD3100, BD3100LC
Example
Read the audio lock status of a projector with address \x01. Suppose the
audio signal is locked on audio input 1.
Transmit
Start \xfe
Projector address \x01
Command[0] \x21
Command[1] \x3f
Checksum \x61
Stop \xff
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lock audio, read lock audio, read
Receive (acknowledge)
Start \xfe
Projector address \x01
Command[0] \x00
Command[1] \x06
Checksum \x07
Stop \xff
Receive (answer)
Start \xfe
Projector address \x01
Command[0] \x21
Command[1] \x3f
Data[0] \x01
Checksum \x62
Stop \xff
Receive (acknowledge)
Start \xfe
Projector address \x01
Command[0] \x00
Command[1] \x06
Checksum \x07
Stop \xff
Receive (answer)
Start \xfe
Projector address \x01
Command[0] \x21
Command[1] \x3f
Data[0] \x01
Checksum \x62
Stop \xff
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lock audio, write lock audio, write
Description
Lock the audio signal to a specific audio input or set the lock off (audio input
follows the video input).
Command
Command[0] \x20
Command[1] \x3f
Data
Data[0] = lock specification.
Lock Data[0]
Off \x00
Input 1 or A \x01
Input 2 or B \x02
Input 3 or C \x03
Projector type
BD2100, BD2100LC, BD3000, BD3000LC, BD3100, BD3100LC
Example
Lock the audio signal on audio input 1 of a projector with address \x01.
Transmit
Start \xfe
Projector address \x01
Command[0] \x20
Command[1] \x3f
Data[0] \x01
Checksum \x61
Stop \xff
Description
Lock the audio signal to a specific audio input or set the lock off (audio input
follows the video input).
Command
Command[0] \x20
Command[1] \x3f
Data
Data[0] = lock specification.
Lock Data[0]
Off \x00
Input 1 or A \x01
Input 2 or B \x02
Input 3 or C \x03
Projector type
BD2100, BD2100LC, BD3000, BD3000LC, BD3100, BD3100LC
Example
Lock the audio signal on audio input 1 of a projector with address \x01.
Transmit
Start \xfe
Projector address \x01
Command[0] \x20
Command[1] \x3f
Data[0] \x01
Checksum \x61
Stop \xff
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lock audio, write lock audio, write
Receive (acknowledge)
Start \xfe
Projector address \x01
Command[0] \x00
Command[1] \x06
Checksum \x07
Stop \xff
Receive (acknowledge)
Start \xfe
Projector address \x01
Command[0] \x00
Command[1] \x06
Checksum \x07
Stop \xff
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phase, read phase, read
Description
Read the actual phase value.
Command
Command[0] \x21
Command[1] \x06
Data
No data bytes.
Return data
Data[0] = phase value.
Data[0]
BD2100 \x00..\xff
BD2100LC \x00..\xff
BD3000 \x00..\xff
BD3000LC \x00..\xff
BD3100 \x00..\xff
BD3100LC \x00..\xff
BD5000 \x00..\x3f
BD5000LC \x00..\x3f
BD5100 \x00..\xff
BD5100LC \x00..\xff
BD8000 \x00..\x3f
BD8000LC \x00..\x3f
BD8100 \x00..\xff
BD8100LC \x00..\xff
Projector type :
BD2100, BD2100LC, BD3000, BD3000LC, BD3100, BD3100LC, BD5000,
BD5000LC, BD5100, BD5100LC, BD8000, BD8000LC, BD8100, BD8100LC
Description
Read the actual phase value.
Command
Command[0] \x21
Command[1] \x06
Data
No data bytes.
Return data
Data[0] = phase value.
Data[0]
BD2100 \x00..\xff
BD2100LC \x00..\xff
BD3000 \x00..\xff
BD3000LC \x00..\xff
BD3100 \x00..\xff
BD3100LC \x00..\xff
BD5000 \x00..\x3f
BD5000LC \x00..\x3f
BD5100 \x00..\xff
BD5100LC \x00..\xff
BD8000 \x00..\x3f
BD8000LC \x00..\x3f
BD8100 \x00..\xff
BD8100LC \x00..\xff
Projector type :
BD2100, BD2100LC, BD3000, BD3000LC, BD3100, BD3100LC, BD5000,
BD5000LC, BD5100, BD5100LC, BD8000, BD8000LC, BD8100, BD8100LC
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phase, read phase, read
Example
Read the actual phase value of a projector with address \x01. Suppose the
phase equals \x03.
Transmit
Start \xfe
Projector address \x01
Command[0] \x21
Command[1] \x06
Checksum \x28
Stop \xff
Receive (acknowledge)
Start \xfe
Projector address \x01
Command[0] \x00
Command[1] \x06
Checksum \x07
Stop \xff
Receive (answer)
Start \xfe
Projector address \x01
Command[0] \x21
Command[1] \x06
Data[0] \x03
Checksum \x2b
Stop \xff
Example
Read the actual phase value of a projector with address \x01. Suppose the
phase equals \x03.
Transmit
Start \xfe
Projector address \x01
Command[0] \x21
Command[1] \x06
Checksum \x28
Stop \xff
Receive (acknowledge)
Start \xfe
Projector address \x01
Command[0] \x00
Command[1] \x06
Checksum \x07
Stop \xff
Receive (answer)
Start \xfe
Projector address \x01
Command[0] \x21
Command[1] \x06
Data[0] \x03
Checksum \x2b
Stop \xff
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phase, write phase, write
Description
Write a new phase value.
Command
Command[0] \x20
Command[1] \x06
Data
Data[0] = phase value.
Data[0]
BD2100 \x00..\xff
BD2100LC \x00..\xff
BD3000 \x00..\xff
BD3000LC \x00..\xff
BD3100 \x00..\xff
BD3100LC \x00..\xff
BD5000 \x00..\x3f
BD5000LC \x00..\x3f
BD5100 \x00..\xff
BD5100LC \x00..\xff
BD8000 \x00..\x3f
BD8000LC \x00..\x3f
BD8100 \x00..\xff
BD8100LC \x00..\xff
Projector type :
BD2100, BD2100LC, BD3000, BD3000LC, BD3100, BD3100LC, BD5000,
BD5000LC, BD5100, BD5100LC, BD8000, BD8000LC, BD8100, BD8100LC
Description
Write a new phase value.
Command
Command[0] \x20
Command[1] \x06
Data
Data[0] = phase value.
Data[0]
BD2100 \x00..\xff
BD2100LC \x00..\xff
BD3000 \x00..\xff
BD3000LC \x00..\xff
BD3100 \x00..\xff
BD3100LC \x00..\xff
BD5000 \x00..\x3f
BD5000LC \x00..\x3f
BD5100 \x00..\xff
BD5100LC \x00..\xff
BD8000 \x00..\x3f
BD8000LC \x00..\x3f
BD8100 \x00..\xff
BD8100LC \x00..\xff
Projector type :
BD2100, BD2100LC, BD3000, BD3000LC, BD3100, BD3100LC, BD5000,
BD5000LC, BD5100, BD5100LC, BD8000, BD8000LC, BD8100, BD8100LC
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phase, write phase, write
Example
Set the phase to \x03 on a projector with address \x01.
Transmit
Start \xfe
Projector address \x01
Command[0] \x20
Command[1] \x06
Data[0] \x03
Checksum \x2a
Stop \xff
Receive (acknowledge)
Start \xfe
Projector address \x01
Command[0] \x00
Command[1] \x06
Checksum \x07
Stop \xff
Example
Set the phase to \x03 on a projector with address \x01.
Transmit
Start \xfe
Projector address \x01
Command[0] \x20
Command[1] \x06
Data[0] \x03
Checksum \x2a
Stop \xff
Receive (acknowledge)
Start \xfe
Projector address \x01
Command[0] \x00
Command[1] \x06
Checksum \x07
Stop \xff
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programmable blanking, write
Description
Write blanking shapes (circles and rectangles) (OPTIONAL)
Command
Command[0] \xel
Data
Data for a solid circle with centre (x, y) and radius r.
Data
Data[n] 'C'='\x43'
Data[n+1] x(msb)
Data[n+2] x(lsb)
Data[n+3] x(msb)
Data[n+4] x(lsb)
Data[n+5] x(msb)
Data[n+6] x(lsb)
Data for a hole circle with centre (x, y) and radius r.
Data
Data[n] 'c'='\x63'
Data[n+1] x(msb)
Data[n+2] x(lsb)
Data[n+3] y(msb)
Data[n+4] y(lsb)
Data[n+5] r(msb)
Data[n+6] r(lsb)
programmable blanking, write
Description
Write blanking shapes (circles and rectangles) (OPTIONAL)
Command
Command[0] \xel
Data
Data for a solid circle with centre (x, y) and radius r.
Data
Data[n] 'C'='\x43'
Data[n+1] x(msb)
Data[n+2] x(lsb)
Data[n+3] x(msb)
Data[n+4] x(lsb)
Data[n+5] x(msb)
Data[n+6] x(lsb)
Data for a hole circle with centre (x, y) and radius r.
Data
Data[n] 'c'='\x63'
Data[n+1] x(msb)
Data[n+2] x(lsb)
Data[n+3] y(msb)
Data[n+4] y(lsb)
Data[n+5] r(msb)
Data[n+6] r(lsb)
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Data for a solid rectangle with coordinates (x1, y1)(x2, y2).
Data
Data[n] 'R'='\x52'
Data[n+1] x1(msb)
Data[n+2] x1(lsb)
Data[n+3] y1(msb)
Data[n+4] y1(lsb)
Data[n+5] x2(msb)
Data[n+6] x2(lsb)
Data[n+7] y2(msb)
Data[n+8] y2(lsb)
Data for a hole rectangle with coordinates (x1, y1)(x2, y2).
Data
Data[n] 'r'='\x72'
Data[n+1] x1(msb)
Data[n+2] x1(lsb)
Data[n+3] y1(msb)
Data[n+4] y1(lsb)
Data[n+5] x2(msb)
Data[n+6] x2(lsb)
Data[n+7] y2(msb)
Data[n+8] y2(lsb)
Notes
- The calculations are made starting from an imaginary solid shape as large as
the lcd panel.
- The combine several shapes, just put the data of the requested shapes after
each other. The order in wich the shapes are drawn is the same as the order
in which they are sent to the projector.
- The values of the coordinates have to be checked by the computer !!! Extreme
large coordinates can lead to microprocessor reset.
programmable blanking, write programmable blanking, write
Data for a solid rectangle with coordinates (x1, y1)(x2, y2).
Data
Data[n] 'R'='\x52'
Data[n+1] x1(msb)
Data[n+2] x1(lsb)
Data[n+3] y1(msb)
Data[n+4] y1(lsb)
Data[n+5] x2(msb)
Data[n+6] x2(lsb)
Data[n+7] y2(msb)
Data[n+8] y2(lsb)
Data for a hole rectangle with coordinates (x1, y1)(x2, y2).
Data
Data[n] 'r'='\x72'
Data[n+1] x1(msb)
Data[n+2] x1(lsb)
Data[n+3] y1(msb)
Data[n+4] y1(lsb)
Data[n+5] x2(msb)
Data[n+6] x2(lsb)
Data[n+7] y2(msb)
Data[n+8] y2(lsb)
Notes
- The calculations are made starting from an imaginary solid shape as large
as the lcd panel.
- The combine several shapes, just put the data of the requested shapes after
each other. The order in wich the shapes are drawn is the same as the order
in which they are sent to the projector.
- The values of the coordinates have to be checked by the computer !!! Extreme
large coordinates can lead to microprocessor reset.
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- "Solid shape" means blanked inside the shape.
- "Hole shape" means no blanking inside the shape.
Projector type
BD3100V1.07/V2.07, BD3100LCV1.07/V2.07, BD5100V1.07/V2.07, BD5100LCV1.07/V2.07,
BD8100V1.07/V2.07, BD8100LCV1.07/V2.07
Example
programmable blanking, write
Draw following blanking pattern on a projector with address \x01.
- hole circle (x=350, y=250, r=200)
- solid rectangle (x1=300, y1=200, x2=400, y2=300)
programmable blanking, write
- "Solid shape" means blanked inside the shape.
- "Hole shape" means no blanking inside the shape.
Projector type
BD3100V1.07/V2.07, BD3100LCV1.07/V2.07, BD5100V1.07/V2.07, BD5100LCV1.07/V2.07,
BD8100V1.07/V2.07, BD8100LCV1.07/V2.07
Example
Draw following blanking pattern on a projector with address \x01.
- hole circle (x=350, y=250, r=200)
- solid rectangle (x1=300, y1=200, x2=400, y2=300)
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programmable blanking, write
Transmit
Start \xfe
Projector address \x01
Command[0] \xe1
Data[0] \x63
Data[1] \x01
Data[2] \x5e
Data[3] \x00
Data[4] \xfa
Data[5] \x00
Data[6] \xc8
Data[7] \x52
Data[8] \x01
Data[9] \x2c
Data[10] \x00
Data[11] \xc8
Data[12] \x01
Data[13] \x90
Data[14] \x01
Data[15] \x2c
Checksum \x6b
Stop \xff
Receive (acknowledge)
Start x\xfe
Projector address \x01
Command[0] \x00
Command[1] \x06
Checksum \x07
Stop \xff
programmable blanking, write
Transmit
Start \xfe
Projector address \x01
Command[0] \xe1
Data[0] \x63
Data[1] \x01
Data[2] \x5e
Data[3] \x00
Data[4] \xfa
Data[5] \x00
Data[6] \xc8
Data[7] \x52
Data[8] \x01
Data[9] \x2c
Data[10] \x00
Data[11] \xc8
Data[12] \x01
Data[13] \x90
Data[14] \x01
Data[15] \x2c
Checksum \x6b
Stop \xff
Receive (acknowledge)
Start x\xfe
Projector address \x01
Command[0] \x00
Command[1] \x06
Checksum \x07
Stop \xff
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Description
Read the projector run time in seconds.
Command
Command[0] \x62
Data
No data bytes.
Return data
The return data-transfer being the projector run time in seconds contains of four
data bytes. The first byte is the most significant byte !
Formula :
Projector run time (seconds)
= Data[0]*2563 + Data[1]*2562 + Data[2]*256 + Data[3]
Projector type
BD2100, BD2100LC, BD3000, BD3000LC, BD3100,BD3100LC, BD5100,
BD5100LC, BD8100, BD8100LC, BG8100, BG8100LC
Example
Read the projector run time of a projector with address \x01. Suppose the
projector run time is 3000 hours (10800000 seconds).
Transmit
Start \xfe
Projector address \x01
Command[0] \x62
Checksum \x63
Stop \xff
projector, read run time
Description
Read the projector run time in seconds.
Command
Command[0] \x62
Data
No data bytes.
Return data
The return data-transfer being the projector run time in seconds contains of
four data bytes. The first byte is the most significant byte !
Formula :
Projector run time (seconds)
= Data[0]*2563 + Data[1]*2562 + Data[2]*256 + Data[3]
Projector type
BD2100, BD2100LC, BD3000, BD3000LC, BD3100,BD3100LC, BD5100,
BD5100LC, BD8100, BD8100LC, BG8100, BG8100LC
Example
Read the projector run time of a projector with address \x01. Suppose the
projector run time is 3000 hours (10800000 seconds).
Transmit
Start \xfe
Projector address \x01
Command[0] \x62
Checksum \x63
Stop \xff
projector, read run time
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projector, read run time
Receive (acknowledge)
Start \xfe
Projector address \x01
Command[0] \x00
Command[1] \x06
Checksum \x07
Stop \xff
Receive (answer)
Start \xfe
Projector address \x01
Command[0] \x62
Data[0] \x00
Data[1] \xa4
Data[2] \xcb
Data[3] \x80
\x00
Checksum \x52
Stop \xff
projector run time =
\x00 * 2563 + \xa4 * 2562 + \xcb * 256 + \x80
projector, read run time
Receive (acknowledge)
Start \xfe
Projector address \x01
Command[0] \x00
Command[1] \x06
Checksum \x07
Stop \xff
Receive (answer)
Start \xfe
Projector address \x01
Command[0] \x62
Data[0] \x00
Data[1] \xa4
Data[2] \xcb
Data[3] \x80
\x00
Checksum \x52
Stop \xff
projector run time =
\x00 * 2563 + \xa4 * 2562 + \xcb * 256 + \x80
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Description
Read the serial number of the projector.
Command
Command[0] \x61
Data
No data bytes.
Return data
The return data-transfer being the projector serial number is a pascal-language
string (see syntax).
Projector type
BD2100, BD2100LC, BD3000, BD3000LC, BD3100, BD3100LC, BD5000,
BD5000LC, BD5100, BD5100LC, BD8000, BD8000LC, BD8100, BD8100LC,
BG8100, BG8100LC
Example
Read the serial number of a projector with address \x01. Suppose the
projector serial number is 0000001.
Transmit
Start \xfe
Projector address \x01
Command[0] \x61
Checksum \x62
Stop \xff
projector, read serial number
Description
Read the serial number of the projector.
Command
Command[0] \x61
Data
No data bytes.
Return data
The return data-transfer being the projector serial number is a pascal-
language string (see syntax).
Projector type
BD2100, BD2100LC, BD3000, BD3000LC, BD3100, BD3100LC, BD5000,
BD5000LC, BD5100, BD5100LC, BD8000, BD8000LC, BD8100, BD8100LC,
BG8100, BG8100LC
Example
Read the serial number of a projector with address \x01. Suppose the
projector serial number is 0000001.
Transmit
Start \xfe
Projector address \x01
Command[0] \x61
Checksum \x62
Stop \xff
projector, read serial number
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projector, read serial number
Receive (acknowledge)
Start \xfe
Projector address \x01
Command[0] \x00
Command[1] \x06
Checksum \x07
Stop \xff
Receive (answer)
Start \xfe
Projector address \x01
Command[0] \x61
Data[0] \x07
Data[1] \x30 (= 0)
Data[2] \x30 (= 0)
Data[3] \x30 (= 0)
Data[4] \x30 (= 0)
Data[5] \x30 (= 0)
Data[6] \x30 (= 0)
Data[7] \x31 (= 1)
Checksum \xba
Stop \xff
Receive (acknowledge)
Start \xfe
Projector address \x01
Command[0] \x00
Command[1] \x06
Checksum \x07
Stop \xff
Receive (answer)
Start \xfe
Projector address \x01
Command[0] \x61
Data[0] \x07
Data[1] \x30 (= 0)
Data[2] \x30 (= 0)
Data[3] \x30 (= 0)
Data[4] \x30 (= 0)
Data[5] \x30 (= 0)
Data[6] \x30 (= 0)
Data[7] \x31 (= 1)
Checksum \xba
Stop \xff
projector, read serial number
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Description
Determine the type of projector you are communicating with.
Command
Command[0] \x6b
Data
No data bytes.
Return data
The return data-transfer being the projector type is a pascal-language
string (see syntax).
Projector type
BD2100, BD2100LC, BD3000, BD3000LC, BD3100, BD3100LC,
BD5100, BD5100LC, BD8100, BD8100LC, BG8100, BG8100LC
Example
Read the projector type of a projector with address \x01. Suppose the
projector is a BARCODATA 8100.
Transmit
Start \xfe
Projector address \x01
Command[0] \x6b
Checksum \x6c
Stop \xff
projector, read type
Description
Determine the type of projector you are communicating with.
Command
Command[0] \x6b
Data
No data bytes.
Return data
The return data-transfer being the projector type is a pascal-language string
(see syntax).
Projector type
BD2100, BD2100LC, BD3000, BD3000LC, BD3100, BD3100LC, BD5100,
BD5100LC, BD8100, BD8100LC, BG8100, BG8100LC
Example
Read the projector type of a projector with address \x01. Suppose the
projector is a BARCODATA 8100.
Transmit
Start \xfe
Projector address \x01
Command[0] \x6b
Checksum \x6c
Stop \xff
projector, read type
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Receive (acknowledge)
Start \xfe
Projector address \x01
Command[0] \x00
Command[1] \x06
Checksum \x07
Stop \xff
Receive (answer)
Start \xfe
Projector address \x01
Command[0] \x6b
Data[0] \x0e
Data[1] \x42 (= B)
Data[2] \x41 (= A)
Data[3] \x52 (= R)
Data[4] \x43 (= C)
Data[5] \x4f (= O)
Data[6] \x44 (= D)
Data[7] \x41 (= A)
Data[8] \x54 (= T)
Data[9] \x41 (= A)
Data[10] \x20 (= )
Data[11] \x38 (= 8)
Data[12] \x31 (= 1)
Data[13] \x30 (= 0)
Data[14] \x30 (= 0)
Checksum \xe4
Stop \xff
projector, read type
Receive (acknowledge)
Start \xfe
Projector address \x01
Command[0] \x00
Command[1] \x06
Checksum \x07
Stop \xff
Receive (answer)
Start \xfe
Projector address \x01
Command[0] \x6b
Data[0] \x0e
Data[1] \x42 (= B)
Data[2] \x41 (= A)
Data[3] \x52 (= R)
Data[4] \x43 (= C)
Data[5] \x4f (= O)
Data[6] \x44 (= D)
Data[7] \x41 (= A)
Data[8] \x54 (= T)
Data[9] \x41 (= A)
Data[10] \x20 (= )
Data[11] \x38 (= 8)
Data[12] \x31 (= 1)
Data[13] \x30 (= 0)
Data[14] \x30 (= 0)
Checksum \xe4
Stop \xff
projector, read type
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projector, write address projector, write address
Description
Write the projector address
Command
Command[0] \x6d
Data
Data[0] = projector address
Data[0] \x00..\xff
Projector type
BD2100, BD2100LC, BG8100, BG8100LC
Example
Set the address of the projector with address \x01 to \x20.
Transmit
Start \xfe
Projector address \x01
Command[0] \x6b
Data[0] \x8e
Checksum \x8e
Stop \xff
Receive (acknowledge)
Start \xfe
Projector address \x01
Command[0] \x00
Command[1] \x06
Checksum \x07
Stop \xff
Description
Write the projector address
Command
Command[0] \x6d
Data
Data[0] = projector address
Data[0] \x00..\xff
Projector type
BD2100, BD2100LC, BG8100, BG8100LC
Example
Set the address of the projector with address \x01 to \x20.
Transmit
Start \xfe
Projector address \x01
Command[0] \x6b
Data[0] \x8e
Checksum \x8e
Stop \xff
Receive (acknowledge)
Start \xfe
Projector address \x01
Command[0] \x00
Command[1] \x06
Checksum \x07
Stop \xff
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Description
Read the actual sharpness value.
Command
Command[0] \x21
Command[1] \x05
Data
No data bytes.
Return data
Data[0] = sharpness value.
Data[0] \x00..\x03
Data[0] BD5000 BD3000 BD2100
BD5000LC BD3000LC BD2100LC
BD8000 BD3100 BG8100
BD8000LC BD3100LC BG8100LC
BD5100
BD5100LC
BD8100
BD8100LC
\x00 -4 db 0 "0"
\x01 0 db 0.25 "1"
\x02 3,5 db 0.5 "2"
\x03 6 db 1 "3"
Projector type
BD2100, BD2100LC, BD3000, BD3000LC, BD3100, BD3100LC, BD5000,
BD5000LC, BD5100, BD5100LC, BD8000, BD8000LC, BD8100, BD8100LC,
BG8100, BG8100LC
sharpness, read
Description
Read the actual sharpness value.
Command
Command[0] \x21
Command[1] \x05
Data
No data bytes.
Return data
Data[0] = sharpness value.
Data[0] \x00..\x03
Data[0] BD5000 BD3000 BD2100
BD5000LC BD3000LC BD2100LC
BD8000 BD3100 BG8100
BD8000LC BD3100LC BG8100LC
BD5100
BD5100LC
BD8100
BD8100LC
\x00 -4 db 0 "0"
\x01 0 db 0.25 "1"
\x02 3,5 db 0.5 "2"
\x03 6 db 1 "3"
Projector type
BD2100, BD2100LC, BD3000, BD3000LC, BD3100, BD3100LC, BD5000,
BD5000LC, BD5100, BD5100LC, BD8000, BD8000LC, BD8100, BD8100LC,
BG8100, BG8100LC
sharpness, read
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Example
Read the actual sharpness value of a projector with address \x01. Suppose
the sharpness equals \x03.
Transmit
Start \xfe
Projector address \x01
Command[0] \x21
Command[1] \x05
Checksum \x27
Stop \xff
Receive (acknowledge)
Start \xfe
Projector address \x01
Command[0] \x00
Command[1] \x06
Checksum \x07
Stop \xff
Receive (answer)
Start \xfe
Projector address \x01
Command[0] \x21
Command[1] \x05
Data[0] \x03
Checksum \x2a
Stop \xff
sharpness, read
Example
Read the actual sharpness value of a projector with address \x01. Suppose
the sharpness equals \x03.
Transmit
Start \xfe
Projector address \x01
Command[0] \x21
Command[1] \x05
Checksum \x27
Stop \xff
Receive (acknowledge)
Start \xfe
Projector address \x01
Command[0] \x00
Command[1] \x06
Checksum \x07
Stop \xff
Receive (answer)
Start \xfe
Projector address \x01
Command[0] \x21
Command[1] \x05
Data[0] \x03
Checksum \x2a
Stop \xff
sharpness, read
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Description
Write a new sharpness value.
Command
Command[0] \x20
Command[1] \x05
Data
Data[0] = sharpness value.
Data[0] \x00..\x03
Data[0] BD5000 BD3000 BD2100
BD5000LC BD3000LC BD2100LC
BD8000 BD3100 BG8100
BD8000LC BD3100LC BG8100LC
BD5100
BD5100LC
BD8100
BD8100LC
\x00 -4 db 0 "0"
\x01 0 db 0.25 "1"
\x02 3,5 db 0.5 "2"
\x03 6 db 1 "3"
Projector type
BD2100, BD2100LC, BD3000, BD3000LC, BD3100, BD3100LC, BD5000,
BD5000LC, BD5100, BD5100LC, BD8000, BD8000LC, BD8100, BD8100LC,
BG8100, BG8100LC
sharpness, write
Description
Write a new sharpness value.
Command
Command[0] \x20
Command[1] \x05
Data
Data[0] = sharpness value.
Data[0] \x00..\x03
Data[0] BD5000 BD3000 BD2100
BD5000LC BD3000LC BD2100LC
BD8000 BD3100 BG8100
BD8000LC BD3100LC BG8100LC
BD5100
BD5100LC
BD8100
BD8100LC
\x00 -4 db 0 "0"
\x01 0 db 0.25 "1"
\x02 3,5 db 0.5 "2"
\x03 6 db 1 "3"
Projector type
BD2100, BD2100LC, BD3000, BD3000LC, BD3100, BD3100LC, BD5000,
BD5000LC, BD5100, BD5100LC, BD8000, BD8000LC, BD8100, BD8100LC,
BG8100, BG8100LC
sharpness, write
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Example
Set the sharpness to \x03 on a projector with address \x01.
Transmit
Start \xfe
Projector address \x01
Command[0] \x20
Command[1] \x05
Data[0] \x03
Checksum \x29
Stop \xff
Receive (acknowledge)
Start \xfe
Projector address \x01
Command[0] \x00
Command[1] \x06
Checksum \x07
Stop \xff
sharpness, write
Example
Set the sharpness to \x03 on a projector with address \x01.
Transmit
Start \xfe
Projector address \x01
Command[0] \x20
Command[1] \x05
Data[0] \x03
Checksum \x29
Stop \xff
Receive (acknowledge)
Start \xfe
Projector address \x01
Command[0] \x00
Command[1] \x06
Checksum \x07
Stop \xff
sharpness, write
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Description :
Close the mechanical shutter (OPTIONAL).
Command :
Command[0] \x23
Command[1] \x42
Data :
Data[0] = speed.
Data[0]
Fast \x00
Slow \x01
Projector type :
BD2100, BD2100LC, BD3000, BD3000LC, BD3100V1.06, BD3100LCV1.06,
BD5100V1.06, BD5100LCV1.06, BD8100V1.06, BD8100LCV1.06, BG8100, BG8100LC
shutter, close
Description :
Close the mechanical shutter (OPTIONAL).
Command :
Command[0] \x23
Command[1] \x42
Data :
Data[0] = speed.
Data[0]
Fast \x00
Slow \x01
Projector type :
BD2100, BD2100LC, BD3000, BD3000LC, BD3100V1.06, BD3100LCV1.06,
BD5100V1.06, BD5100LCV1.06, BD8100V1.06, BD8100LCV1.06, BG8100, BG8100LC
shutter, close
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Example :
Close the shutter (full speed) of a projector with address \x01.
Transmit
Start \xfe
Projector address \x01
Command[0] \x23
Command[1] \x42
Data[0] \x00
Checksum \x66
Stop \xff
Receive (acknowledge)
Start \xfe
Projector address \x01
Command[0] \x00
Command[1] \x06
Checksum \x07
Stop \xff
shutter, close
Example :
Close the shutter (full speed) of a projector with address \x01.
Transmit
Start \xfe
Projector address \x01
Command[0] \x23
Command[1] \x42
Data[0] \x00
Checksum \x66
Stop \xff
Receive (acknowledge)
Start \xfe
Projector address \x01
Command[0] \x00
Command[1] \x06
Checksum \x07
Stop \xff
shutter, close
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Description :
Open the mechanical shutter (OPTIONAL).
Command :
Command[0] \x22
Command[1] \x42
Data :
Data[0] = speed.
Data[0]
Fast \x00
Slow \x01
Projector type :
BD2100, BD2100LC, BD3000, BD3000LC, BD3100V1.06, BD3100LCV1.06,
BD5100V1.06, BD5100LCV1.06, BD8100V1.06, BD8100LCV1.06, BG8100, BG8100LC
shutter, open
Description :
Open the mechanical shutter (OPTIONAL).
Command :
Command[0] \x22
Command[1] \x42
Data :
Data[0] = speed.
Data[0]
Fast \x00
Slow \x01
Projector type :
BD2100, BD2100LC, BD3000, BD3000LC, BD3100V1.06, BD3100LCV1.06,
BD5100V1.06, BD5100LCV1.06, BD8100V1.06, BD8100LCV1.06, BG8100, BG8100LC
shutter, open
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Example :
Open the shutter (full speed) of a projector with address \x01.
Transmit
Start \xfe
Projector address \x01
Command[0] \x22
Command[1] \x42
Data[0] \x00
Checksum \x65
Stop \xff
Receive (acknowledge)
Start \xfe
Projector address \x01
Command[0] \x00
Command[1] \x06
Checksum \x07
Stop \xff
shutter, open
Example :
Open the shutter (full speed) of a projector with address \x01.
Transmit
Start \xfe
Projector address \x01
Command[0] \x22
Command[1] \x42
Data[0] \x00
Checksum \x65
Stop \xff
Receive (acknowledge)
Start \xfe
Projector address \x01
Command[0] \x00
Command[1] \x06
Checksum \x07
Stop \xff
shutter, open
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Description :
Read the actual shutter position (OPTIONAL).
Command :
Command[0] \x21
Command[1] \x42
Data :
No data bytes.
Return data :
Data[0] = shutter position.
Data[0]
Closed \x00
Open \x01
Undetermined \x02
Projector type :
BD2100, BD2100LC, BD3000, BD3000LC, BD3100V1.06, BD3100LCV1.06,
BD5100V1.06, BD5100LCV1.06, BD8100V1.06, BD8100LCV1.06, BG8100, BG8100LC
Example :
Read the actual shutter position of a projector with address \x01. Suppose the
shutter is open.
Transmit
Start \xfe
Projector address \x01
Command[0] \x21
Command[1] \x42
Checksum \x64
Stop \xff
shutter, read
Description :
Read the actual shutter position (OPTIONAL).
Command :
Command[0] \x21
Command[1] \x42
Data :
No data bytes.
Return data :
Data[0] = shutter position.
Data[0]
Closed \x00
Open \x01
Undetermined \x02
Projector type :
BD2100, BD2100LC, BD3000, BD3000LC, BD3100V1.06, BD3100LCV1.06,
BD5100V1.06, BD5100LCV1.06, BD8100V1.06, BD8100LCV1.06, BG8100, BG8100LC
Example :
Read the actual shutter position of a projector with address \x01. Suppose
the shutter is open.
Transmit
Start \xfe
Projector address \x01
Command[0] \x21
Command[1] \x42
Checksum \x64
Stop \xff
shutter, read
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Receive (acknowledge)
Start \xfe
Projector address \x01
Command[0] \x00
Command[1] \x06
Checksum \x07
Stop \xff
Receive (answer)
Start \xfe
Projector address \x01
Command[0] \x21
Command[1] \x42
Data[0] \x01
Checksum \x65
Stop \xff
shutter, read
Receive (acknowledge)
Start \xfe
Projector address \x01
Command[0] \x00
Command[1] \x06
Checksum \x07
Stop \xff
Receive (answer)
Start \xfe
Projector address \x01
Command[0] \x21
Command[1] \x42
Data[0] \x01
Checksum \x65
Stop \xff
shutter, read
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software, read language
Description
Read the language used in the on-screen-display.
Command
Command[0] \x69
Data
No data bytes.
Return data
The return data-transfer being the software language is a pascal-language
string (see syntax).
Projector type
BD2100, BD2100LC, BD3000, BD3000LC, BD3100, BD3100LC, BD5000,
BD5000LC, BD5100, BD5100LC, BD8000, BD8000LC, BD8100, BD8100LC,
BG8100, BG8100LC
Example
Read the on-screen-display language of a projector with address \x01.
Suppose the lanuage is ENGLISH.
Transmit
Start \xfe
Projector address \x01
Command[0] \x69
Checksum \x6a
Stop \xff
Description
Read the language used in the on-screen-display.
Command
Command[0] \x69
Data
No data bytes.
Return data
The return data-transfer being the software language is a pascal-language
string (see syntax).
Projector type
BD2100, BD2100LC, BD3000, BD3000LC, BD3100, BD3100LC, BD5000,
BD5000LC, BD5100, BD5100LC, BD8000, BD8000LC, BD8100, BD8100LC,
BG8100, BG8100LC
Example
Read the on-screen-display language of a projector with address \x01.
Suppose the lanuage is ENGLISH.
Transmit
Start \xfe
Projector address \x01
Command[0] \x69
Checksum \x6a
Stop \xff
software, read language
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Receive (acknowledge)
Start \xfe
Projector address \x01
Command[0] \x00
Command[1] \x06
Checksum \x07
Stop \xff
Receive (answer)
Start \xfe
Projector address \x01
Command[0] \x69
Data[0] \x07
Data[1] \x45 (= E)
Data[2] \x4e (= N)
Data[3] \x47 (= G)
Data[4] \x4c (= L)
Data[5] \x49 (= I)
Data[6] \x53 (= S)
Data[7] \x48 (= H)
Checksum \x7b
Stop \xff
software, read language
Receive (acknowledge)
Start \xfe
Projector address \x01
Command[0] \x00
Command[1] \x06
Checksum \x07
Stop \xff
Receive (answer)
Start \xfe
Projector address \x01
Command[0] \x69
Data[0] \x07
Data[1] \x45 (= E)
Data[2] \x4e (= N)
Data[3] \x47 (= G)
Data[4] \x4c (= L)
Data[5] \x49 (= I)
Data[6] \x53 (= S)
Data[7] \x48 (= H)
Checksum \x7b
Stop \xff
software, read language
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Description
Read the type of software installed in the projector.
Command
Command[0] \x6a
Data
No data bytes.
Return data
The return data-transfer being the software type is a pascal-language string
(see syntax).
Projector type
BD2100, BD2100LC, BD3000, BD3000LC, BD3100, BD3100LC, BD5000,
BD5000LC, BD5100, BD5100LC, BD8000, BD8000LC, BD8100, BD8100LC,
BG8100, BG8100LC
Example
Read the software type of a projector with address \x01. Suppose the lanuage
is STANDARD.
Transmit
Start \xfe
Projector address \x01
Command[0] \x6a
Checksum \x6b
Stop \xff
software, read type
Description
Read the type of software installed in the projector.
Command
Command[0] \x6a
Data
No data bytes.
Return data
The return data-transfer being the software type is a pascal-language string
(see syntax).
Projector type
BD2100, BD2100LC, BD3000, BD3000LC, BD3100, BD3100LC, BD5000,
BD5000LC, BD5100, BD5100LC, BD8000, BD8000LC, BD8100, BD8100LC,
BG8100, BG8100LC
Example
Read the software type of a projector with address \x01. Suppose the lanuage
is STANDARD.
Transmit
Start \xfe
Projector address \x01
Command[0] \x6a
Checksum \x6b
Stop \xff
software, read type
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Receive (acknowledge)
Start \xfe
Projector address \x01
Command[0] \x00
Command[1] \x06
Checksum \x07
Stop \xff
Receive (answer)
Start \xfe
Projector address \x01
Command[0] \x6a
Data[0] \x08
Data[1] \x53 (= S)
Data[2] \x54 (= T)
Data[3] \x41 (= A)
Data[4] \x4e (= N)
Data[5] \x44 (= D)
Data[6] \x41 (= A)
Data[7] \x52 (= R)
Data[8] \x44 (= D)
Checksum \xc4
Stop \xff
software, read type software, read type
Receive (acknowledge)
Start \xfe
Projector address \x01
Command[0] \x00
Command[1] \x06
Checksum \x07
Stop \xff
Receive (answer)
Start \xfe
Projector address \x01
Command[0] \x6a
Data[0] \x08
Data[1] \x53 (= S)
Data[2] \x54 (= T)
Data[3] \x41 (= A)
Data[4] \x4e (= N)
Data[5] \x44 (= D)
Data[6] \x41 (= A)
Data[7] \x52 (= R)
Data[8] \x44 (= D)
Checksum \xc4
Stop \xff
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Description
Read the version of the software.
Command
Command[0] \x60
Data
No data bytes.
Return data
The return data-transfer being the software version is a pascal-language string
(see syntax).
Projector type
BD2100, BD2100LC, BD3000, BD3000LC, BD3100, BD3100LC, BD5000,
BD5000LC, BD5100, BD5100LC, BD8000, BD8000LC, BD8100, BD8100LC,
BG8100, BG8100LC
Example
Read the software version of a projector with address \x01. Suppose the
version number is 1.02.
Transmit
Start \xfe
Projector address \x01
Command[0] \x60
Checksum \x61
Stop \xff
software, read version
Description
Read the version of the software.
Command
Command[0] \x60
Data
No data bytes.
Return data
The return data-transfer being the software version is a pascal-language string
(see syntax).
Projector type
BD2100, BD2100LC, BD3000, BD3000LC, BD3100, BD3100LC, BD5000,
BD5000LC, BD5100, BD5100LC, BD8000, BD8000LC, BD8100, BD8100LC,
BG8100, BG8100LC
Example
Read the software version of a projector with address \x01. Suppose the
version number is 1.02.
Transmit
Start \xfe
Projector address \x01
Command[0] \x60
Checksum \x61
Stop \xff
software, read version
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Receive (acknowledge)
Start \xfe
Projector address \x01
Command[0] \x00
Command[1] \x06
Checksum \x07
Stop \xff
Receive (answer)
Start \xfe
Projector address \x01
Command[0] \x60
Data[0] \x04
Data[1] \x31 (= 1)
Data[2] \x2e (= .)
Data[3] \x30 (= 0)
Data[4] \x32 (= 2)
Checksum \x26
Stop \xff
software, read version
Receive (acknowledge)
Start \xfe
Projector address \x01
Command[0] \x00
Command[1] \x06
Checksum \x07
Stop \xff
Receive (answer)
Start \xfe
Projector address \x01
Command[0] \x60
Data[0] \x04
Data[1] \x31 (= 1)
Data[2] \x2e (= .)
Data[3] \x30 (= 0)
Data[4] \x32 (= 2)
Checksum \x26
Stop \xff
software, read version
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Description
Read slow/fast sync (only active when the decoder is used).
Command
Command[0] \x21
Command[1] \x27
Data
No data bytes.
Return data
Data[0] = sync.
Sync Data[0]
Slow \x00
Fast \x04
Projector type
BD2100, BD2100LC, BD3000, BD3000LC, BD3100, BD3100LC, BD5000,
BD5000LC, BD5100, BD5100LC, BD8000, BD8000LC, BD8100, BD8100LC,
BG8100, BG8100LC
Example
Read the sync status of a projector with address \x01. Suppose the sync
status equals fast.
Transmit
Start \xfe
Projector address \x01
Command[0] \x21
Command[1] \x27
Checksum \x49
Stop \xff
sync, read
Description
Read slow/fast sync (only active when the decoder is used).
Command
Command[0] \x21
Command[1] \x27
Data
No data bytes.
Return data
Data[0] = sync.
Sync Data[0]
Slow \x00
Fast \x04
Projector type
BD2100, BD2100LC, BD3000, BD3000LC, BD3100, BD3100LC, BD5000,
BD5000LC, BD5100, BD5100LC, BD8000, BD8000LC, BD8100, BD8100LC,
BG8100, BG8100LC
Example
Read the sync status of a projector with address \x01. Suppose the sync
status equals fast.
Transmit
Start \xfe
Projector address \x01
Command[0] \x21
Command[1] \x27
Checksum \x49
Stop \xff
sync, read
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Receive (acknowledge)
Start \xfe
Projector address \x01
Command[0] \x00
Command[1] \x06
Checksum \x07
Stop \xff
Receive (answer)
Start \xfe
Projector address \x01
Command[0] \x21
Command[1] \x27
Data[0] \x04
Checksum \x4d
Stop \xff
sync, read
Receive (acknowledge)
Start \xfe
Projector address \x01
Command[0] \x00
Command[1] \x06
Checksum \x07
Stop \xff
Receive (answer)
Start \xfe
Projector address \x01
Command[0] \x21
Command[1] \x27
Data[0] \x04
Checksum \x4d
Stop \xff
sync, read
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Description
Set the sync to fast (only active when the decoder is used).
Command
Command[0] \x27
Command[1] \x27
Data
No data bytes.
Projector type
BD2100V1.02, BD2100LCV1.02, BD3000, BD3000LC, BD3100, BD3100LC,
BD5100, BD5100LC, BD8100, BD8100LC, BG8100, BG8100LC
Example
Set the sync to fast of a projector with address \x01.
Transmit
Start \xfe
Projector address \x01
Command[0] \x27
Command[1] \x27
Checksum \x4f
Stop \xff
Receive (acknowledge)
Start \xfe
Projector address \x01
Command[0] \x00
Command[1] \x06
Checksum \x07
Stop \xff
sync, write fast
Description
Set the sync to fast (only active when the decoder is used).
Command
Command[0] \x27
Command[1] \x27
Data
No data bytes.
Projector type
BD2100V1.02, BD2100LCV1.02, BD3000, BD3000LC, BD3100, BD3100LC,
BD5100, BD5100LC, BD8100, BD8100LC, BG8100, BG8100LC
Example
Set the sync to fast of a projector with address \x01.
Transmit
Start \xfe
Projector address \x01
Command[0] \x27
Command[1] \x27
Checksum \x4f
Stop \xff
Receive (acknowledge)
Start \xfe
Projector address \x01
Command[0] \x00
Command[1] \x06
Checksum \x07
Stop \xff
sync, write fast
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Description
Set the sync to slow (only active when the decoder is used).
Command
Command[0] \x26
Command[1] \x27
Data
No data bytes.
Projector type
BD2100V1.02, BD2100LCV1.02, BD3000, BD3000LC, BD3100, BD3100LC, BD5100,
BD5100LC, BD8100, BD8100LC, BG8100, BG8100LC
Example
Set the sync to slow of a projector with address \x01.
Transmit
Start \xfe
Projector address \x01
Command[0] \x26
Command[1] \x27
Checksum \x4e
Stop \xff
Receive (acknowledge)
Start \xfe
Projector address \x01
Command[0] \x00
Command[1] \x06
Checksum \x07
Stop \xff
sync, write slow
Description
Set the sync to slow (only active when the decoder is used).
Command
Command[0] \x26
Command[1] \x27
Data
No data bytes.
Projector type
BD2100V1.02, BD2100LCV1.02, BD3000, BD3000LC, BD3100, BD3100LC,
BD5100, BD5100LC, BD8100, BD8100LC, BG8100, BG8100LC
Example
Set the sync to slow of a projector with address \x01.
Transmit
Start \xfe
Projector address \x01
Command[0] \x26
Command[1] \x27
Checksum \x4e
Stop \xff
Receive (acknowledge)
Start \xfe
Projector address \x01
Command[0] \x00
Command[1] \x06
Checksum \x07
Stop \xff
sync, write slow
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Description
Set text off (identical to TEXT button on infrared remote control).
Command
Command[0] \x0e
Data
No data bytes.
Projector type
BD2100, BD2100LC, BD3000, BD3000LC, BD3100, BD3100LC, BD5100,
BD5100LC, BD8100, BD8100LC, BG8100, BG8100LC
Example
Set text off of a projector with address \x01.
Transmit
Start \xfe
Projector address \x01
Command[0] \x0e
Checksum \x0f
Stop \xff
Receive (acknowledge)
Start \xfe
Projector address \x01
Command[0] \x00
Command[1] \x06
Checksum \x07
Stop \xff
text, write off
Description
Set text off (identical to TEXT button on infrared remote control).
Command
Command[0] \x0e
Data
No data bytes.
Projector type
BD2100, BD2100LC, BD3000, BD3000LC, BD3100, BD3100LC, BD5100,
BD5100LC, BD8100, BD8100LC, BG8100, BG8100LC
Example
Set text off of a projector with address \x01.
Transmit
Start \xfe
Projector address \x01
Command[0] \x0e
Checksum \x0f
Stop \xff
Receive (acknowledge)
Start \xfe
Projector address \x01
Command[0] \x00
Command[1] \x06
Checksum \x07
Stop \xff
text, write off
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Description
Set text on (identical to TEXT button on infrared remote control).
Command
Command[0] \x0d
Data
No data bytes.
Projector type
BD2100, BD2100LC, BD3000, BD3000LC, BD3100, BD3100LC, BD5100,
BD5100LC, BD8100, BD8100LC, BG8100, BG8100LC
Example
Set text on of a projector with address \x01.
Transmit
Start \xfe
Projector address \x01
Command[0] \x0d
Checksum \x0e
Stop \xff
Receive (acknowledge)
Start \xfe
Projector address \x01
Command[0] \x00
Command[1] \x06
Checksum \x07
Stop \xff
text, write on
Description
Set text on (identical to TEXT button on infrared remote control).
Command
Command[0] \x0d
Data
No data bytes.
Projector type
BD2100, BD2100LC, BD3000, BD3000LC, BD3100, BD3100LC, BD5100,
BD5100LC, BD8100, BD8100LC, BG8100, BG8100LC
Example
Set text on of a projector with address \x01.
Transmit
Start \xfe
Projector address \x01
Command[0] \x0d
Checksum \x0e
Stop \xff
Receive (acknowledge)
Start \xfe
Projector address \x01
Command[0] \x00
Command[1] \x06
Checksum \x07
Stop \xff
text, write on
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Description
Read the actual treble value.
Command
Command[0] \x21
Command[1] \x09
Data
No data bytes.
Return data
Data[0] = treble value.
Data[0] \xfc..\x04
Projector type
BD2100, BD2100LC, BD3000, BD3000LC, BD3100, BD3100LC
Example
Read the actual treble value of a projector with address \x01. Suppose the
volume equals \xff.
Transmit
Start \xfe
Projector address \x01
Command[0] \x21
Command[1] \x09
Checksum \x2b
Stop \xff
treble, read
Description
Read the actual treble value.
Command
Command[0] \x21
Command[1] \x09
Data
No data bytes.
Return data
Data[0] = treble value.
Data[0] \xfc..\x04
Projector type
BD2100, BD2100LC, BD3000, BD3000LC, BD3100, BD3100LC
Example
Read the actual treble value of a projector with address \x01. Suppose the
volume equals \xff.
Transmit
Start \xfe
Projector address \x01
Command[0] \x21
Command[1] \x09
Checksum \x2b
Stop \xff
treble, read
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Receive (acknowledge)
Start \xfe
Projector address \x01
Command[0] \x00
Command[1] \x06
Checksum \x07
Stop \xff
Receive (answer)
Start \xfe
Projector address \x01
Command[0] \x21
Command[1] \x09
Data[0] \x80
Data[1] \x7f
Checksum \x2a
Stop \xff
treble, read
Receive (acknowledge)
Start \xfe
Projector address \x01
Command[0] \x00
Command[1] \x06
Checksum \x07
Stop \xff
Receive (answer)
Start \xfe
Projector address \x01
Command[0] \x21
Command[1] \x09
Data[0] \x80
Data[1] \x7f
Checksum \x2a
Stop \xff
treble, read
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treble, write
Description
Write a new treble value.
Command
Command[0] \x20
Command[1] \x09
Data
Data[0] = treble value.
Data[0] \xfc..\x04
Projector type
BD2100, BD2100LC, BD3000, BD3000LC, BD3100, BD3100LC
Example
Set the treble to \xff on a projector with address \x01.
Transmit
Start \xfe
Projector address \x01
Command[0] \x20
Command[1] \x09
Data[0] \x80
Data[1] \x7f
Checksum \x29
Stop \xff
Receive (acknowledge)
Start \xfe
Projector address \x01
Command[0] \x00
Command[1] \x06
Checksum \x07
Stop \xff
Description
Write a new treble value.
Command
Command[0] \x20
Command[1] \x09
Data
Data[0] = treble value.
Data[0] \xfc..\x04
Projector type
BD2100, BD2100LC, BD3000, BD3000LC, BD3100, BD3100LC
Example
Set the treble to \xff on a projector with address \x01.
Transmit
Start \xfe
Projector address \x01
Command[0] \x20
Command[1] \x09
Data[0] \x80
Data[1] \x7f
Checksum \x29
Stop \xff
Receive (acknowledge)
Start \xfe
Projector address \x01
Command[0] \x00
Command[1] \x06
Checksum \x07
Stop \xff
treble, write
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Chapter 3: Advanced commands Chapter 3: Advanced commands
Description
Read the actual volume value.
Command
Command[0] \x21
Command[1] \x07
Data
No data bytes.
Return data
Data[0] = volume value.
Data[0] \x00..\x2c
Projector type
BD2100, BD2100LC, BD3000, BD3000LC, BD3100, BD3100LC
Example
Read the actual volume value of a projector with address \x01. Suppose the
volume equals \x10.
Transmit
Start \xfe
Projector address \x01
Command[0] \x21
Command[1] \x07
Checksum \x29
Stop \xff
volume, read
Description
Read the actual volume value.
Command
Command[0] \x21
Command[1] \x07
Data
No data bytes.
Return data
Data[0] = volume value.
Data[0] \x00..\x2c
Projector type
BD2100, BD2100LC, BD3000, BD3000LC, BD3100, BD3100LC
Example
Read the actual volume value of a projector with address \x01. Suppose the
volume equals \x10.
Transmit
Start \xfe
Projector address \x01
Command[0] \x21
Command[1] \x07
Checksum \x29
Stop \xff
volume, read
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Receive (acknowledge)
Start \xfe
Projector address \x01
Command[0] \x00
Command[1] \x06
Checksum \x07
Stop \xff
Receive (answer)
Start \xfe
Projector address \x01
Command[0] \x21
Command[1] \x07
Data[0] \x10
Checksum \x39
Stop \xff
volume, read
Receive (acknowledge)
Start \xfe
Projector address \x01
Command[0] \x00
Command[1] \x06
Checksum \x07
Stop \xff
Receive (answer)
Start \xfe
Projector address \x01
Command[0] \x21
Command[1] \x07
Data[0] \x10
Checksum \x39
Stop \xff
volume, read
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Description
Write a new volume value.
Command
Command[0] \x20
Command[1] \x07
Data
Data[0] = volume value.
Data[0] \x00..\x2c
Projector type
BD2100, BD2100LC, BD3000, BD3000LC, BD3100, BD3100LC
Example
Set the volume to \x10 on a projector with address \x01.
Transmit
Start \xfe
Projector address \x01
Command[0] \x20
Command[1] \x07
Data[0] \x10
Checksum \x38
Stop \xff
Receive (acknowledge)
Start \xfe
Projector address \x01
Command[0] \x00
Command[1] \x06
Checksum \x07
Stop \xff
volume, write
Description
Write a new volume value.
Command
Command[0] \x20
Command[1] \x07
Data
Data[0] = volume value.
Data[0] \x00..\x2c
Projector type
BD2100, BD2100LC, BD3000, BD3000LC, BD3100, BD3100LC
Example
Set the volume to \x10 on a projector with address \x01.
Transmit
Start \xfe
Projector address \x01
Command[0] \x20
Command[1] \x07
Data[0] \x10
Checksum \x38
Stop \xff
Receive (acknowledge)
Start \xfe
Projector address \x01
Command[0] \x00
Command[1] \x06
Checksum \x07
Stop \xff
volume, write
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Appendix a: Command summary 2 Appendix a: Command summary 2
Appendix a
Command summary 2
Appendix a
Command summary 2
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Appendix a: Command summary 2 Appendix a: Command summary 2
appendix a appendix a
balance, decrement : .................................. \x23\x0a
balance, increment : .................................. \x22\x0a
bass, decrement : .................................. \x23\x08
bass, increment : ..................................\x22\x08
brightness, decrement : .................................. \x04
brightness, increment : .................................. \x03
color, decrement : .................................. \x06
color, increment : .................................. \x05
contrast, decrement : .................................. \x02
contrast, increment : .................................. \x01
infrared control, 0 : .................................. \x30\x19
infrared control, 1 : .................................. \x30\x10
infrared control, 2 : .................................. \x30\x11
infrared control, 3 : .................................. \x30\x12
infrared control, 4 : .................................. \x30\x13
infrared control, 5 : .................................. \x30\x14
infrared control, 6 : .................................. \x30\x15
infrared control, 7 : .................................. \x30\x16
infrared control, 8 : .................................. \x30\x17
infrared control, 9 : .................................. \x30\x18
infrared control, ADDR : .................................. \x30\x20
infrared control, ARROW DOWN :........................... \x30\x05
infrared control, ADDR : \x20
infrared control, ARROW DOWN :........................... \x30\x05
infrared control, ARROW LEFT : ............................. \x30\x07
infrared control, ARROW RIGHT : ........................... \x30\x06
infrared control, ARROW UP : ................................. \x30\x04
infrared control, BALANCE+ :.................................. \x30\x3e
infrared control, BALANCE- : \x30\x3f
infrared control, BASS+ : .................................. \x30\x3a
infrared control, BASS- : .................................. \x30\x3b
infrared control, BRIGHTNESS : .............................. \x30\x27
infrared control, BRIGHTNESS+ : ............................ \x30 \x2a
infrared control, BRIGHTNESS- : ............................. \x30 \x2b
infrared control, COLOR : .................................. \x30\x30
balance, decrement : .................................. \x23\x0a
balance, increment : .................................. \x22\x0a
bass, decrement : .................................. \x23\x08
bass, increment : ..................................\x22\x08
brightness, decrement : .................................. \x04
brightness, increment : .................................. \x03
color, decrement : .................................. \x06
color, increment : .................................. \x05
contrast, decrement : .................................. \x02
contrast, increment : .................................. \x01
infrared control, 0 : .................................. \x30\x19
infrared control, 1 : .................................. \x30\x10
infrared control, 2 : .................................. \x30\x11
infrared control, 3 : .................................. \x30\x12
infrared control, 4 : .................................. \x30\x13
infrared control, 5 : .................................. \x30\x14
infrared control, 6 : .................................. \x30\x15
infrared control, 7 : .................................. \x30\x16
infrared control, 8 : .................................. \x30\x17
infrared control, 9 : .................................. \x30\x18
infrared control, ADDR : .................................. \x30\x20
infrared control, ARROW DOWN : ........................... \x30\x05
infrared control, ADDR : \x20
infrared control, ARROW DOWN : ........................... \x30\x05
infrared control, ARROW LEFT : ............................. \x30\x07
infrared control, ARROW RIGHT : ........................... \x30\x06
infrared control, ARROW UP : ................................. \x30\x04
infrared control, BALANCE+ :.................................. \x30\x3e
infrared control, BALANCE- : \x30\x3f
infrared control, BASS+ : .................................. \x30\x3a
infrared control, BASS- : .................................. \x30\x3b
infrared control, BRIGHTNESS : .............................. \x30\x27
infrared control, BRIGHTNESS+ : ............................ \x30 \x2a
infrared control, BRIGHTNESS- : ............................. \x30 \x2b
infrared control, COLOR : .................................. \x30\x30
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appendix a appendix a
infrared control, COLOR+ : .................................. \x30\x2c
infrared control, COLOR- : .................................. \x30\x2d
infrared control, CONTRAST : .................................. \x30\x25
infrared control, CONTRAST+ : ............................... \x30\x28
infrared control, CONTRAST- : ................................ \x30\x29
infrared control, ENTER : .................................. \x30\x0a
infrared control, EXIT : .................................. \x30\x08
infrared control, FREEZ : .................................. \x30\x1b
infrared control, HELP : .................................. \x30\x09
infrared control, MUTE : .................................. \x30\x1f
infrared control, PAUSE : .................................. \x30\x0f
infrared control, PHASE : .................................. \x30\x32
infrared control, PHASE+ : .................................. \x30\x34
infrared control, PHASE- : .................................. \x30\x35
infrared control, SHARPNESS : .............................. \x30\x33
infrared control, SHARPNESS+ : ............................ \x30\x36
infrared control, SHARPNESS- : ............................. \x30\x37
infrared control, STDBY : .................................. \x30\x0e
infrared control, TEXT : .................................. \x30\x0d
infrared control, TINT : .................................. \x30\x31
infrared control, TINT+ : .................................. \x30\x2e
infrared control, TINT- : .................................. \x30\x2f
infrared control, TREBLE+ : .................................. \x30\x3c
infrared control, TREBLE- : .................................. \x30\x3d
infrared control, VOLUME+ : .................................. \x30\x38
infrared control, VOLUME- : .................................. \x30\x39
mute audio, write off : .................................. \x26\x3d
mute audio, write on : .................................. \x27\x3d
mute video, write off : .................................. \x26\x3e
mute video, write on : .................................. \x27\x3e
phase, decrement : .................................. \x0c
phase, increment : ..................................\x0b
projector status, read : ..................................\x67
projector status, write off : .................................. \x66
projector status, write on : .................................. \x65
infrared control, COLOR+ : .................................. \x30\x2c
infrared control, COLOR- : .................................. \x30\x2d
infrared control, CONTRAST : .................................. \x30\x25
infrared control, CONTRAST+ : ............................... \x30\x28
infrared control, CONTRAST- : ................................ \x30\x29
infrared control, ENTER : .................................. \x30\x0a
infrared control, EXIT : .................................. \x30\x08
infrared control, FREEZ : .................................. \x30\x1b
infrared control, HELP : .................................. \x30\x09
infrared control, MUTE : .................................. \x30\x1f
infrared control, PAUSE : .................................. \x30\x0f
infrared control, PHASE : .................................. \x30\x32
infrared control, PHASE+ : .................................. \x30\x34
infrared control, PHASE- : .................................. \x30\x35
infrared control, SHARPNESS : .............................. \x30\x33
infrared control, SHARPNESS+ : ............................ \x30\x36
infrared control, SHARPNESS- : ............................. \x30\x37
infrared control, STDBY : .................................. \x30\x0e
infrared control, TEXT : .................................. \x30\x0d
infrared control, TINT : .................................. \x30\x31
infrared control, TINT+ : .................................. \x30\x2e
infrared control, TINT- : .................................. \x30\x2f
infrared control, TREBLE+ : .................................. \x30\x3c
infrared control, TREBLE- : .................................. \x30\x3d
infrared control, VOLUME+ : .................................. \x30\x38
infrared control, VOLUME- : .................................. \x30\x39
mute audio, write off : .................................. \x26\x3d
mute audio, write on : .................................. \x27\x3d
mute video, write off : .................................. \x26\x3e
mute video, write on : .................................. \x27\x3e
phase, decrement : .................................. \x0c
phase, increment : ..................................\x0b
projector status, read : .................................. \x67
projector status, write off : .................................. \x66
projector status, write on : .................................. \x65
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Appendix a: Command summary 2 Appendix a: Command summary 2 appendix a
appendix a
sharpness, decrement : .................................. \x0a
sharpness, increment : ..................................\x09
source/slot, read number : ..................................\x32
source/slot, write number : .................................. \x31\xSS (\xSS =
.................................. source/slot number)
source/slot, read number+mode : ............................ \x34
source/slot, write number+mode : ........................... \x33\xSS\xMM (\xSS =
.................................. source/slot number;
\xMM = source/slot ...
mode)
tint, decrement : .................................. \x08
tint, increment : .................................. \x07
treble, decrement : .................................. \x23\x09
treble, increment : .................................. \x22\x09
volume, decrement : .................................. \x23\x07
volume, increment : .................................. \x22\x07
sharpness, decrement : .................................. \x0a
sharpness, increment : .................................. \x09
source/slot, read number : .................................. \x32
source/slot, write number : .................................. \x31\xSS (\xSS =
.................................. source/slot number)
source/slot, read number+mode : ............................\x34
source/slot, write number+mode : ........................... \x33\xSS\xMM (\xSS =
.................................. source/slot number;
\xMM = source/slot ...
mode)
tint, decrement : .................................. \x08
tint, increment : .................................. \x07
treble, decrement : .................................. \x23\x09
treble, increment : .................................. \x22\x09
volume, decrement : .................................. \x23\x07
volume, increment : .................................. \x22\x07
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Appendix b: Command summary 3 Appendix b: Command summary 3
Appendix b
Command summary 3
Appendix b
Command summary 3
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Appendix b: Command summary 3 Appendix b: Command summary 3
appendix b appendix a
balance, read : ......... \x21\x0a
balance, write : ......... \x20\x0a\xVV (\xVV = value)
bass, read : ......... \x21\x08
bass, write : ......... \x20\x08\xVV (\xVV = value)
brightness, read : ......... \x21\x02
brightness, write : ......... \x20\x02\xVV (\xVV = value)
contrast, read : ......... \x21\x01
contrast, write : ......... \x20\x01\xVV (\xVV = value)
dimming, decrement : ......... \x23\x0d
dimming, increment : ......... \x22\x0d
fade audio extern, decrement : ....... \x23\x41
fade audio extern, increment : ........ \x22\x41
fade audio extern, read : ......... \x21\x41
fade audio extern, write : ......... \x20\x41\xVV (\xVV = value)
fade audio intern, decrement : ........ \x23\x40
fade audio intern, increment : \x22\x40
fade audio intern, read : ......... \x21\x40
fade audio intern, write : ......... \x20\x40\xVV (\xVV = value)
file, copy : ......... \xc2\sFN1\sFN2 (\sFN = filename)
file, delete : ......... \xc1\sFN (\sFN = filename)
file, list : ......... \xc0\sFN (\sFN = filename)
file, list active : ......... \xc5
file, move : ......... \xc4\sFN1\sFN2 (\xFN = filename)
file, rename : ......... \xc3\sFN1\sFN2 (\xFN = filename)
freeze, write off : ......... \x26\x23
freeze, write on : ......... \x27\x23
installation, read : ......... \x21\x24
installation, write : ......... \x20\x24
lamp, read run time : ......... \x64
lamp, read serial number : ......... \x63
balance, read : ......... \x21\x0a
balance, write : ......... \x20\x0a\xVV (\xVV = value)
bass, read : ......... \x21\x08
bass, write : ......... \x20\x08\xVV (\xVV = value)
brightness, read : ......... \x21\x02
brightness, write : ......... \x20\x02\xVV (\xVV = value)
contrast, read : ......... \x21\x01
contrast, write : ......... \x20\x01\xVV (\xVV = value)
dimming, decrement : ......... \x23\x0d
dimming, increment : ......... \x22\x0d
fade audio extern, decrement : ....... \x23\x41
fade audio extern, increment : ........ \x22\x41
fade audio extern, read : ......... \x21\x41
fade audio extern, write : ......... \x20\x41\xVV (\xVV = value)
fade audio intern, decrement : ........ \x23\x40
fade audio intern, increment : \x22\x40
fade audio intern, read : ......... \x21\x40
fade audio intern, write : ......... \x20\x40\xVV (\xVV = value)
file, copy : ......... \xc2\sFN1\sFN2 (\sFN = filename)
file, delete : ......... \xc1\sFN (\sFN = filename)
file, list : ......... \xc0\sFN (\sFN = filename)
file, list active : ......... \xc5
file, move : ......... \xc4\sFN1\sFN2 (\xFN = filename)
file, rename : ......... \xc3\sFN1\sFN2 (\xFN = filename)
freeze, write off : ......... \x26\x23
freeze, write on : ......... \x27\x23
installation, read : ......... \x21\x24
installation, write : ......... \x20\x24
lamp, read run time : ......... \x64
lamp, read serial number : ......... \x63
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Appendix b: Command summary 3 Appendix b: Command summary 3
appendix a appendix a
lamp, read status : ......... \x6c
lamp, reset run time : ......... \x68
lock audio, read : ......... \x21\x3f
lock audio, write : ......... \x20\x3f
phase, read : ......... \x21\x06
phase, write : ......... \x20\x06\xVV (\xVV = value)
programmable blanking, write: ........ \xe1\xDD (\xDD=shape)
projector, read run time : ......... \x62
projector, read serial number : ........ \x61
projector, read type : ......... \x6b
projector, write address: ......... \x6d\xAA (\xAA=address)
sharpness, read : ......... \x21\x05
sharpness, write : ......... \x20\x05\xVV (\xVV = value)
shutter, close : ......... \x23\x42\xVV (\xVV = \x00 or \x01)
shutter, open : ......... \x22\x42\xVV (\xVV = \x00 or \x01)
shutter, read : ......... \x21\x42
software, read language : ......... \x69
software, read type : ......... \x6a
software, read version : ......... \x60
sync, read : ......... \x21\x27
sync, write fast : ......... \x27\x27
sync, write slow : ......... \x26\x27
text, write off : ......... \x0e
text, write on : ......... \x0d
treble, read : ......... \x21\x09
treble, write : ......... \x20\x09\xVV (\xVV = value)
volume, read : ......... \x21\x07
volume, write : ......... \x20\x07\xVV (\xVV = value)
lamp, read status : ......... \x6c
lamp, reset run time : ......... \x68
lock audio, read : ......... \x21\x3f
lock audio, write : ......... \x20\x3f
phase, read : ......... \x21\x06
phase, write : ......... \x20\x06\xVV (\xVV = value)
programmable blanking, write: ........ \xe1\xDD (\xDD=shape)
projector, read run time : ......... \x62
projector, read serial number : ........ \x61
projector, read type : ......... \x6b
projector, write address: ......... \x6d\xAA (\xAA=address)
sharpness, read : ......... \x21\x05
sharpness, write : ......... \x20\x05\xVV (\xVV = value)
shutter, close : ......... \x23\x42\xVV (\xVV = \x00 or \x01)
shutter, open : ......... \x22\x42\xVV (\xVV = \x00 or \x01)
shutter, read : ......... \x21\x42
software, read language : ......... \x69
software, read type : ......... \x6a
software, read version : ......... \x60
sync, read : ......... \x21\x27
sync, write fast : ......... \x27\x27
sync, write slow : ......... \x26\x27
text, write off : ......... \x0e
text, write on : ......... \x0d
treble, read : ......... \x21\x09
treble, write : ......... \x20\x09\xVV (\xVV = value)
volume, read : ......... \x21\x07
volume, write : ......... \x20\x07\xVV (\xVV = value)
