LED control

This section explains how the LEDs are controlled on OpenDeck boards. LEDs can be controlled using received MIDI messages or via connected components on board (local control).

• Control parameters
• Control modes
• Control values

Control parameters

See this page for details.

Control modes

There are several modes which can be used to control the LEDs on OpenDeck boards:

• MIDI In: Note + CC - In this mode, notes are used to control LED state/color and CC messages to control blink state.
• MIDI In: CC + note - In this mode, CC messages are used to control LED state/color and notes to control blink state.
• MIDI In: Program change - In this mode, program change messages are used to control LED state/color. On RGB LEDs, color depends on MIDI program value. In this mode, LED activation value is ignored. Blink state setting isn't possible in this mode.
• MIDI In: Note / S+B - In this mode, notes are used to control both LED state/color and blinking.
• MIDI In: CC / S+B - In this mode, CC messages are used to control both LED state/color and blinking.
• Local control: Note - In this mode, buttons and FSR sensors connected to the board which are configured to send Note messages are used to control LED state/color only (no blinking).
• Local control: CC - In this mode, buttons and FSR sensors connected to the board which are configured to send CC messages are used to control LED state/color only (no blinking).
• Local control: Note / S+B - Same as MIDI In: Note / S+B, only components on board (buttons/FSRs) are controlling the LEDs.
• Local control: CC / S+B - Same as MIDI In: CC/ S+B, only components on board (buttons/FSRs) are controlling the LEDs.
• Local control: Program change - Same as MIDI In: Program change, only components on board (buttons/FSRs) are controlling the LEDs.

Control values

If RGB LED is being controlled, its color depends on velocity, control value or MIDI program value (depending on configuration) as shown in table below:

Velocity/control value/program range	Color
0-15	Off
16-31	Red
32-47	Green
48-63	Yellow
64-79	Blue
80-95	Magenta
96-111	Cyan
112-127	White

To control the blinking, a CC or note message (depending on configuration) with same ID as LED activation ID must be sent to the board. Table below shows correlation with CC value/velocity and blink state/speed in Note + CC and CC + Note control modes:

CC/velocity value	Blink speed
0-9	0/disabled
10-19	100ms
20-29	200ms
30-39	300ms
40-49	400ms
50-59	500ms
60-69	600ms
70-79	700ms
80-89	800ms
90-99	900ms
100-127	1000ms

When notes or CC messages are used to control both LED state/color and blinking, the control values differ:

Velocity/control value	Color	Blink speed
0-15	Off	0/disabled
16	Red	100ms
17	Red	200ms
18	Red	300ms
19	Red	400ms
20	Red	500ms
21	Red	600ms
22	Red	700ms
23	Red	800ms
24	Red	900ms
25	Red	1000ms
26-31	Red	0/disabled
32	Green	100ms
33	Green	200ms
34	Green	300ms
35	Green	400ms
36	Green	500ms
37	Green	600ms
38	Green	700ms
39	Green	800ms
40	Green	900ms
41	Green	1000ms
42-47	Green	0/disabled
48	Yellow	100ms
49	Yellow	200ms
50	Yellow	300ms
51	Yellow	400ms
52	Yellow	500ms
53	Yellow	600ms
54	Yellow	700ms
55	Yellow	800ms
56	Yellow	900ms
57	Yellow	1000ms
58-63	Yellow	0/disabled
64	Blue	100ms
65	Blue	200ms
66	Blue	300ms
67	Blue	400ms
68	Blue	500ms
69	Blue	600ms
70	Blue	700ms
71	Blue	800ms
72	Blue	900ms
73	Blue	1000ms
74-79	Blue	0/disabled
80	Magenta	100ms
81	Magenta	200ms
82	Magenta	300ms
83	Magenta	400ms
84	Magenta	500ms
85	Magenta	600ms
86	Magenta	700ms
87	Magenta	800ms
88	Magenta	900ms
89	Magenta	1000ms
90-95	Magenta	0/disabled
96	Cyan	100ms
97	Cyan	200ms
98	Cyan	300ms
99	Cyan	400ms
100	Cyan	500ms
101	Cyan	600ms
102	Cyan	700ms
103	Cyan	800ms
104	Cyan	900ms
105	Cyan	1000ms
106-111	Cyan	0/disabled
112	White	100ms
113	White	200ms
114	White	300ms
115	White	400ms
116	White	500ms
117	White	600ms
118	White	700ms
119	White	800ms
120	White	900ms
121	White	1000ms
122-127	White	0/disabled