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using | tick = halp::tick_flicks |
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| halp_meta (name, "Pulse to Midi") halp_meta(c_name |
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VelToNote | halp_meta (category, "Midi") halp_meta(author |
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VelToNote ossia score | halp_meta (manual_url, "https://ossia.io/score-docs/processes/midi-utilities.html#pulse-to-note") halp_meta(description |
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VelToNote ossia score Converts a message into MIDI n If the input is an the output will be the default pitch at the default velocity n If the input is a single integer the output will be the relevant note at the default velocity If the input is an array of two values the output will be the relevant note | halp_meta (uuid, "2c6493c3-5449-4e52-ae04-9aee3be5fb6a") struct |
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void | operator() (const tick &tk) |
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void | start_all_notes (ossia::physical_time abs_date, ossia::physical_time date_phys, int chan, float endq) noexcept |
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void | stop_notes (ossia::physical_time date_phys, int chan) |
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static constexpr uint8_t | midi_clamp (int num) |
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VelToNote ossia score Converts a message into MIDI n If the input is an | impulse |
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VelToNote ossia score Converts a message into MIDI n If the input is an the output will be the default pitch at the default velocity n If the input is a single integer | in [0;127] |
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VelToNote ossia score Converts a message into MIDI n If the input is an the output will be the default pitch at the default velocity n If the input is a single integer the output will be the relevant note at the default velocity If the input is an array of two values | between [0;127] |
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| inputs |
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struct { |
midi_out midi |
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} | outputs |
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std::vector< NoteIn > | to_start |
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std::vector< NoteIn > | running_notes |
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The documentation for this struct was generated from the following file: