User:Contribution/Chanopif Project: Difference between revisions

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== Purpose and Implementation ==

Chanopif’s primary objective is to facilitate unambiguous, universal microtonal tunings within the MIDI 2.0 ecosystem. By standardizing on 402,653,184-EDO, Chanopif ensures that any note pitch~~, however finely tuned~~, can be represented consistently in .cnpf files.

Chanopif’s primary objective is to facilitate '''unambiguous, universal microtonal tunings''' within the MIDI 2.0 ecosystem. By standardizing on [[Tuning per channel|'''tuning per channel''']] and '''[[402653184edo|402,653,184-EDO]]''', Chanopif ensures that any tuning, any note pitch, can be represented consistently in .cnpf files. Key goals and benefits include:

* '''Overcoming 128-Note Limitations'''. By combining multiple channels (up to 256 in MIDI 2.0), each with fully customized tuning for every note, composers can effectively bypass the traditional 128-note limitation of MIDI. This is especially beneficial for large-scale works requiring extensive microtonal ranges.

High Precision: At around 1.49 × 10^-6 cents per step, the resolution far exceeds what the human ear can typically discern, making it suitable for studio recording, live performance, or any scenario requiring advanced microtonal control.

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 == Purpose and Implementation ==
-Chanopif’s primary objective is to facilitate unambiguous, universal microtonal tunings within the MIDI 2.0 ecosystem. By standardizing on 402,653,184-EDO, Chanopif ensures that any note pitch, however finely tuned, can be represented consistently in .cnpf files.
+Chanopif’s primary objective is to facilitate '''unambiguous, universal microtonal tunings''' within the MIDI 2.0 ecosystem. By standardizing on [[Tuning per channel|'''tuning per channel''']] and '''[[402653184edo|402,653,184-EDO]]''', Chanopif ensures that any tuning, any note pitch, can be represented consistently in .cnpf files. Key goals and benefits include:
+* '''Overcoming 128-Note Limitations'''. By combining multiple channels (up to 256 in MIDI 2.0), each with fully customized tuning for every note, composers can effectively bypass the traditional 128-note limitation of MIDI. This is especially beneficial for large-scale works requiring extensive microtonal ranges.
      High Precision: At around 1.49 × 10^-6 cents per step, the resolution far exceeds what the human ear can typically discern, making it suitable for studio recording, live performance, or any scenario requiring advanced microtonal control.