35 |
enum destination_t { |
enum destination_t { |
36 |
destination_vca, ///< Volume level |
destination_vca, ///< Volume level |
37 |
destination_vco, ///< Pitch depth |
destination_vco, ///< Pitch depth |
38 |
destination_count ///< Total number of modulation sources (this has to stay the last element in the enum) |
destination_count ///< Total number of modulation destinations (this has to stay the last element in the enum) |
39 |
}; |
}; |
40 |
typedef uint32_t real_time_t; ///< We read the processor's cycle count register as an reference for the real time. These are of course only abstract values with arbitrary time entity, but that's not a problem as we calculate relatively. |
typedef uint32_t real_time_t; ///< We read the processor's cycle count register as a reference for the real time. These are of course only abstract values with arbitrary time entity, but that's not a problem as we calculate relatively. |
41 |
enum event_type_t { |
enum event_type_t { |
42 |
event_type_note_on, |
event_type_note_on, |
43 |
event_type_note_off, |
event_type_note_off, |