Arduino & GameTrak based expressive midi controller
This is our playground for all our code and experiments, we are in the progress of making separate git repositories for released code. Have a look at the Edt-2000 organisation for all the repositories.
- Edt-DOSCMX addresses to /DP and /DZ
- Watchdog on OSC slaves
- Disable stacking of animations in Dispedter
FastLED:
- VCC = BR = 1
- CI = GR = 2
- DI = OR = 3
- GR = BL = 4
RGBLED:
-
- = BL = 1
- B = BR = 2
- R = OR = 3
- G = GR = 4
start = 0 - 127 (0 = begin, 127 = end) end = 0 - 127
h, s, v = 0 - 255 duration, intensity, speed = 0 - 225
/address 1 [start: int] [end: int] [h: int] [s: int] [v: int] [duration (required with l == 0): int]
l == 0
dims using pulse
/address 2 [start: int] [end: int] [h: int] [s: int] [v: int] [duration: int]
/address 7 [start: int] [end: int] [h: int] [s: int] [v: int] [duration: int]
/address 9 [start: int] [end: int] [h1: int] [h2: int] [duration (required with l == 0): int]
l == 0
dims using pulses
andv
are 255 by default
/address 10 [start: int] [end: int] [h1: int] [h2: int] [duration: int]
/address 11 [start: int] [end: int] [h1: int] [h2: int] [duration: int]
/address 2 [start: int] [end: int] [h start: int] [delta h: int] [duration (required with delta h == 0): int]
delta h == 0
dims using pulsedelta h == 127
= full rainbowdelta h == 255
= two full rainbows
/address 2 [start: int] [end: int] [h start: int] [delta h: int] [duration: int]
/address 8 [start: int] [end: int] [h start: int] [delta h: int] [duration: int]
/address 4 [start: int] [end: int] [center: int] [h start: int] [delta h: int] [intensity: int]
/address 5 [start: int] [end: int] [h: int] [intensity: int]
/address 6 [h: int] [fps: int]
h == 255
yields white strobofps == 0
stops strobo
/address 12 [hue: int] [speed: int] [style: int]
style == 0
default chasestyle == 1
default reverse chasestyle == 2
long tail chasestyle == 3
long tail reverse chase
/address 13 [hue: int] [intensity: int]
Details about the licensing can be found in the LICENSE file.
- Please use this code for your own DIY projects
- When you make interesting changes and additions; send us a message and/or make a Pull Request
- Send us a link to your blog if you have one, we would love others to use our work to create cool live performances