Process might be something like this for Clip Launch 1, I haven't worked through syntax yet.Īlso, I'm not sure if there is anything in dot2 that is 'terrible'. I haven't tried this, but thinking on it. This idea doesn't exactly give you more functionality, but may be able to give you more capability or a macro-kind of function. When G=2 have Clip 1 output notes 1, 9, 13, which would do it all in one button. To make group 1 move high and change red, in BOME page 1, you'd have to push C13, C9, C1.īut if Track Selection 2 is selected, set G=2 within BOME and have the following: The MIDI standard only says that the note number 60 is a C, it does not say of which octave. If G=1, then set things as basic function:Ĭlip Launch 1-8 are midi notes 1-8 change everything selected to Red, Orange, Yellow, Green, Blue, Violet, PinkĬlip Launch 9-12 are midi notes 9-12 are positions, High, Low, Mid, X, XX, Room, etcĬlip Launch 13-24 are midi notes 13-24 are selection groups 1, 2, 3, etc There is no defined standard or convention. Which it turns out, is not an absolute like 0-127 is. The first, and perhaps most common, one notes that keyboard music and notation is commonly based on the piano. Where it comes unraveled is that these plug-ins are doing something other than playing a note, they're launching their sequences or gestures or whatever based on what note they receive and they label their slots the C1, D1 way. These are 'pages' in BOME, not in dot2.Īssume you're using APC20's Track Selections to change 'pages' within your BOME translator, which may just be setting a variable G = 1 or 2 or 3, etc Three de-facto standards arose in the industry. For example, the instrument might internally label a drum sound 'Kick1' as being located at C3, where as. A common side effect can be observed when sequencing with drum instruments. Some ranges may begin at -C2 while others might begin at C1. Octaves are presented in the Scientific Pitch Notation format, also commonly referred to as American Pitch. D1 is midi number 14 D2 is midi number 26 D3 is midi number 38. The following table presents the frequencies of all notes in ten octaves to a thousandth of a hertz. If you map everything in the 127 midi notes as a basic funtion, then use BOME to map different pages to send multiple notes, you may be able to expand the overall power of the APC20>BOME>dot2. A number of calculations useful to builders of stringed musical instruments require the frequency or wavelength of a note as input data. In electronic music, pitch is often given by MIDI number: lets call it m for our purposes. I'm working on using BOME to expand the functionality.

Midi note number c1