Atop ABLEPick AT500 - 4.5.6.3 Controlling of the 4 illuminant buttons solely by 31 H

ABLEPick pick-to-light communication protocol
52
Data 3
3
rd
digit in LED
Data 4
2
nd
digit in LED
Data 5
1
st
digit in LED
Data 6
Dot position
When sending message to AT503-4K by 30H, and push the confirmation button, then
AT503-4K will return the message with sub-command = 30H with buffer index and the data
string:
Data 0 = 00H -> 1
st
buffer -> Red light
Data 0 = 01H -> 2
nd
buffer -> Green light
Data 0 = 02H -> 3
rd
buffer -> Blue light
Data 0 = 03 H -> 4
th
buffer -> Yellow light
4.5.6.3 Controlling of the 4 illuminant buttons solely by 31H
CCB Description
CCB LEN(L)= length of CCB
Length of CCB in byte
CCB LEN(H) = 0x00
MESSAGE TYPE = 0x60
0x60: port1 of controller,
Reserved
Reserved
Reserved
SUB-COMMAND
31H
SUB-NODE
0x01~0xFA (address)
or 0xFC (Broadcasting)
Data 0
Mask of the 4 lightable buttons(keys)
Data 1
Active status of the 4 keys
Data 2
Light mode of key 1& key 2
Data 3
Light mode of key 3& key 4
1) Data [0]: Setup mask of the illuminant buttons. In other words, to define whether
each illuminant button could be controlled validly or not.
Bit 0 : 1
st
button’s validation : = 1 (invalid, mask 1
st
button), = 0 (valid)
Bit 1 : 2
nd
button’s validation : = 1 (invalid, mask 2
nd
button), = 0 (valid)
Bit 2 : 3
rd
button’s validation : = 1 (invalid, mask 3
rd
button ), = 0 (valid)
Bit 3 : 4
th
button’s validation : = 1 (invalid, mask 4
th
button), = 0 (valid)
Bit 4 : reserved
Bit 5 : reserved
Bit 6 : reserved
Bit 7 : reserved
When the button is defined to valid, then the following configuration to each buttons
will be accepted, otherwise if the specific button is masked, the new definition of the
keys in following bytes will be ignored.
Example :
Data 0 = 0EH  1
st
button is valid, the other 3 buttons are masked.
Data 0 = 0DH  2
nd
button is valid, the other 3 buttons are masked.
Data 0 = 0BH  3
rd
button is valid, the other 3 buttons are masked.
Data 0 = 07H  4
th
button is valid, the other 3 buttons are masked.
Data 0 = 00H  4 buttons are valid.
2) Data [1]: Define if each valid illuminant button (no mask) could be confirmed or not.
Bit 0 : = 1 (1
st
button can be confirmed), = 0 ( CAN NOT)
Bit 1 : = 1 (2
nd
button can be confirmed), = 0 ( CAN NOT)