* Storing of voice, effect presets and combinationsof both as performance
* Storage of voice presets, effect presets and combinations of both as "performance" on SD card
* Transpose, fine-tune, mono-mode
* Transpose, fine-tune, mono-mode
* Note refresh options: normal or retriggered
* Note refresh options: normal or retriggered
* Velocity level adaption
* Velocity level adaption
* Three sound engines:
* Three sound engines:
* Modern : this is the original 24-bit music-synthesizer-for-android implementation.
* Modern : this is the original 24-bit music-synthesizer-for-android implementation.
* Mark I : Based on the OPL Series but at a higher resolution (LUT are 10-bits). The target of this engine is to be closest to the real DX7.
* Mark I : Based on the OPL Series but at a higher resolution (LUT are 10-bits). The target of this engine is to be closest to the real DX7.
* OPL Series : this is an experimental implementation of the reversed engineered OPL family chips. 8-bit. Keep in mind that the envelopes stills needs tuning.
* OPL Series : this is an experimental implementation of the reverse-engineered OPL family chips, 8-bit. Keep in mind that the envelopes still need tuning.
@ -70,7 +72,7 @@ A manual how you can build your own MicroDexed can be found here: TBD
A user manual can be found at: TBD
A user manual can be found at: TBD
## License
## License
MicroDexed is licensed on the GPL v3. The msfa component (acronym for music synthesizer for android, see https://github.com/google/music-synthesizer-for-android) stays on the Apache 2.0 license to able to collaborate between projects.
MicroDexed is licensed under the GPL v3. The msfa component (acronym for music synthesizer for android, see https://github.com/google/music-synthesizer-for-android) stays under the Apache 2.0 license to be able to collaborate between projects.