oddson
Well-known member
I've made a very simple three-button, two-pot MIDI project using Teensyduino and Teensy 2 (actually it supports foot pedals and switches through 1/4 inch plugs).
I'd like to make a simple Windows editor that would allow me to select which CC each of the five pins is translated to.
I know there is adequate and accessible EEPROM memory (and the 100K reuse 'limit' is not a major issue for such an occasional usage) and I figure I'll be able to sort out the read and write parts once I figure out how to talk to my sketch (or write directly to the EEPROM).
I'm familiar with SynthMaker/FlowStone (which has MIDI tools available and now has Ruby support in FlowStone) so I figured I could make the editor in that very easily.
I assumed having it transmit small blocks of SysEx would be the simplest way of triggering the writes and transmitting the few bytes of data I would need but FlowStone has a bunch of IO tools too so I thought I asked if anyone has a better idea or any advice before I stumble through trial and (lots of) error.
Any assistance or warnings of potential pitfalls will be greatly appreciated.
I'd like to make a simple Windows editor that would allow me to select which CC each of the five pins is translated to.
I know there is adequate and accessible EEPROM memory (and the 100K reuse 'limit' is not a major issue for such an occasional usage) and I figure I'll be able to sort out the read and write parts once I figure out how to talk to my sketch (or write directly to the EEPROM).
I'm familiar with SynthMaker/FlowStone (which has MIDI tools available and now has Ruby support in FlowStone) so I figured I could make the editor in that very easily.
I assumed having it transmit small blocks of SysEx would be the simplest way of triggering the writes and transmitting the few bytes of data I would need but FlowStone has a bunch of IO tools too so I thought I asked if anyone has a better idea or any advice before I stumble through trial and (lots of) error.
Any assistance or warnings of potential pitfalls will be greatly appreciated.