#Midi note number c3 pro

You should also use Exceptions instead of returning -1 this way you can differentiate between a malformatted string ('abbc123') and a value out of range ('B#9').įinally, If I remember correctly, there is an offset in MIDI pitch (like C0 isn't 0 but 12). You could create a Map (like 'C' is mapped to 0, 'D' to 2, etc.) or use an enumeration. Depending on your input format this doesn't work since Cb is a valid note but there is no array index -1. MIDI CC (continuous controller) numbers are part of the standard MIDI specification and typically used to control the real-time changes of parameters in MIDI musical. The controllers can also be assigned to individual MIDI channels.

#Midi note number c3 pro

However, using the array index as a mapping isn't the best approach in my opinion. Each of the 60 controllers on the Keystation Pro 88 can send MIDI CC, RPN/NRPN, GM 1 and 2 or SysEx messages. Return Character.getNumericValue(oct) * 12 + i + accidental // !! read the documentation of Character#getNumericValue !! Return -1 // you should really use Exceptions instead Int accidental = 0 // initialize with default value 0 (i.e. So with the least modification of your code:

You can handle the accidentals separately. Is there a way to do this without tearing my method apart? However, I would also like to be able to use convertToPitch() with the alternate note value (Db becomes C#, etc.) for each note with an alternate name.

Return Character.getNumericValue(oct) * 12 + i Īnd it works just great. Find the corresponding note in the array. Otherwise, it must be a two-char note. If the length is two, then grab the symbol and number. Public static int convertToPitch(String note) I have written the following method to convert notes (with the octave appended to the end) to the corresponding MIDI pitch: // Converts a note string (MUST HAVE OCTAVE) to an integer pitch.