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/* |
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* Copyright (c) 2016 - 2018 Christian Schoenebeck |
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* |
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* http://www.linuxsampler.org |
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* |
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* This file is part of LinuxSampler and released under the same terms. |
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* See README file for details. |
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*/ |
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#ifndef LS_NOTE_H |
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#define LS_NOTE_H |
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#include "../../common/Pool.h" |
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#include "Event.h" |
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#include "Fade.h" |
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#define DEFAULT_NOTE_VOLUME_TIME_S 0.013f /* 13ms */ |
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#define DEFAULT_NOTE_PITCH_TIME_S 0.013f /* 13ms */ |
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#define DEFAULT_NOTE_PAN_TIME_S 0.013f /* 13ms */ |
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namespace LinuxSampler { |
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/// Whether release trigger sample(s) should be played and if yes under which circumstance(s). Options are bit flags to be able to combine them bitwise. |
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enum release_trigger_t { |
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release_trigger_none = 0, ///< Don't play release trigger sample. |
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release_trigger_noteoff = 1, ///< Play release trigger sample on MIDI note-off event. |
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release_trigger_sustain_maxvelocity = (1 << 1), ///< Play release trigger sample on sustain pedal up, use 127 as MIDI velocity. |
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release_trigger_sustain_keyvelocity = (1 << 2) ///< Play release trigger sample on sustain pedal up, use latest MIDI note-on velocity on key. |
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}; |
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/// convenience macro for checking playing release trigger sample by sustain pedal in general |
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#define release_trigger_sustain \ |
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(release_trigger_sustain_maxvelocity | release_trigger_sustain_keyvelocity) |
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// remove strictness of C++ regarding raw bitwise operations (on type release_trigger_t) |
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inline release_trigger_t operator|(release_trigger_t a, release_trigger_t b) { |
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return (release_trigger_t) (a | b); |
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} |
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inline release_trigger_t& operator|=(release_trigger_t& a, release_trigger_t b) { |
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a = (release_trigger_t) (a | b); |
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return a; |
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} |
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/** |
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* Abstract base class of its deriving @c Note class, this class (NoteBase) |
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* is not intended to be instantiated directly. It just provides access to |
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* the parts of a Note object which do not depend on any C++ template |
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* parameter. |
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*/ |
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class NoteBase { |
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public: |
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int hostKey; ///< Key on which this is @c Note is allocated on. This is usually the note-on event's note number, however in case of a child note this will rather be the parent note's key instead! |
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note_id_t parentNoteID; ///< If not null: unique ID of the parent note of this note (see comments of field @c pChildNotes). |
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RTList<note_id_t>* pChildNotes; ///< Note ID list of "child" notes of this note. These are special notes that must be released once this note gets released. |
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Event cause; ///< Copy of the original event (usually a note-on event) which caused this note. |
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event_id_t eventID; ///< Unique ID of the actual original @c Event which caused this note. |
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sched_time_t triggerSchedTime; ///< Engine's scheduler time when this note was launched. |
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/// Optional synthesis parameters that might be overridden (by calling real-time instrument script functions like change_vol(), change_pitch(), etc.). |
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struct _Override { |
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float Volume; ///< as linear amplification ratio (1.0 being neutral) |
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float VolumeTime; ///< Transition duration (in seconds) for changes to @c Volume. |
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float Pitch; ///< as linear frequency ratio (1.0 being neutral) |
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float PitchTime; ///< Transition duration (in seconds) for changes to @c Pitch. |
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float Pan; ///< between -1.0 (most left) and +1.0 (most right) and 0.0 being neutral. |
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float PanTime; ///< Transition duration (in seconds) for changes to @c Pan. |
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int64_t PanSources; ///< Might be used for calculating an average pan value in differential way: amount of times the Pan value had been changed and shall be calculated relatively upon. |
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float Cutoff; ///< between 0.0 and 1.0 |
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float Resonance; ///< between 0.0 and 1.0 |
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float Attack; ///< between 0.0 and 1.0 |
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float Decay; ///< between 0.0 and 1.0 |
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float Sustain; ///< between 0.0 and 1.0 |
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float Release; ///< between 0.0 and 1.0 |
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float CutoffAttack; ///< between 0.0 and 1.0 |
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float CutoffDecay; ///< between 0.0 and 1.0 |
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float CutoffSustain;///< between 0.0 and 1.0 |
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float CutoffRelease;///< between 0.0 and 1.0 |
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float AmpLFODepth; ///< between 0.0 and 1.0 |
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float AmpLFOFreq; ///< between 0.0 and 1.0 |
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float CutoffLFODepth;///< between 0.0 and 1.0 |
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float CutoffLFOFreq; ///< between 0.0 and 1.0 |
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float PitchLFODepth; ///< between 0.0 and 1.0 |
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float PitchLFOFreq; ///< between 0.0 and 1.0 |
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fade_curve_t VolumeCurve; |
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fade_curve_t PitchCurve; |
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fade_curve_t PanCurve; |
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int SampleOffset; ///< Where the sample shall start playback in microseconds (otherwise this is -1 for being ignored). |
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} Override; |
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/// Sampler format specific informations and variables. |
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union _Format { |
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/// Gigasampler/GigaStudio format specifics. |
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struct _Gig { |
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uint8_t DimMask; ///< May be used to override the Dimension zone to be selected for a new voice: each 1 bit means that respective bit shall be overridden by taking the respective bit from DimBits instead. |
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uint8_t DimBits; ///< Used only in conjunction with DimMask: Dimension bits that shall be selected. |
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} Gig; |
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} Format; |
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int userPar[4]; ///< Used only for real-time instrument script functions set_event_par() and get_event_par() to store script author's user specific data ($EVENT_PAR_0 to $EVENT_PAR_3). |
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protected: |
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NoteBase() : hostKey(0), parentNoteID(0), pChildNotes(NULL) { |
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Override.Volume = 1.f; |
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Override.VolumeTime = DEFAULT_NOTE_VOLUME_TIME_S; |
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Override.Pitch = 1.f; |
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Override.PitchTime = DEFAULT_NOTE_PITCH_TIME_S; |
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Override.Pan = 0.f; |
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Override.PanTime = DEFAULT_NOTE_PAN_TIME_S; |
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Override.PanSources = 0; |
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Override.Cutoff = 1.f; |
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Override.Resonance = 1.f; |
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Override.Attack = 1.f; |
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Override.Decay = 1.f; |
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Override.Sustain = 1.f; |
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Override.Release = 1.f; |
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Override.CutoffAttack = 1.f; |
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Override.CutoffDecay = 1.f; |
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Override.CutoffSustain = 1.f; |
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Override.CutoffRelease = 1.f; |
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Override.AmpLFODepth = 1.f; |
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Override.AmpLFOFreq = 1.f; |
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Override.CutoffLFODepth = 1.f; |
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Override.CutoffLFOFreq = 1.f; |
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Override.PitchLFODepth = 1.f; |
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Override.PitchLFOFreq = 1.f; |
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Override.VolumeCurve = DEFAULT_FADE_CURVE; |
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Override.PitchCurve = DEFAULT_FADE_CURVE; |
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Override.PanCurve = DEFAULT_FADE_CURVE; |
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Override.SampleOffset = -1; |
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Format = _Format(); |
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userPar[0] = 0; |
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userPar[1] = 0; |
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userPar[2] = 0; |
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userPar[3] = 0; |
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} |
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}; |
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/** |
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* Contains the voices caused by one specific note, as well as basic |
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* information about the note itself. You can see a Note object as one |
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* specific event in time where one or more voices were spawned at the same |
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* time and all those voices due to the same cause. |
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* |
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* For example when you press down and hold the sustain pedal, and then |
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* trigger the same note on the keyboard multiple times, for each key |
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* strokes a separate Note instance is created. Assuming you have a layered |
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* sound with 4 layers, then for each note that is triggered 4 voices will |
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* be spawned and assigned to the same Note object. By grouping those voices |
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* to one specific Note object, it allows to control the synthesis paramters |
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* of those layered voices simultaniously. |
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* |
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* If your instrument contains a real-time instrument script, then that |
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* script might also trigger additional voices programmatically (by |
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* calling the built-in script function play_note()). Each time the script |
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* calls play_note() a new Note instance is created and the script may then |
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* further control the voices of specific notes independently from each |
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* other. For example for each key stroke on your keyboard the instrument |
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* script might trigger 3 additional notes programmatically and assign a |
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* different tuning filter parameters for each one of the 3 notes |
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* independently. |
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*/ |
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template<class V> |
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class Note : public NoteBase { |
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public: |
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RTList<V>* pActiveVoices; ///< Contains the active voices associated with this note. |
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Note() : NoteBase(), pActiveVoices(NULL) {} |
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virtual ~Note() { |
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if (pChildNotes) delete pChildNotes; |
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if (pActiveVoices) delete pActiveVoices; |
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} |
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void init(Pool<V>* pVoicePool, Pool<note_id_t>* pNoteIDPool) { |
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if (pActiveVoices) delete pActiveVoices; |
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pActiveVoices = new RTList<V>(pVoicePool); |
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if (pChildNotes) delete pChildNotes; |
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pChildNotes = new RTList<note_id_t>(pNoteIDPool); |
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} |
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void reset() { |
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hostKey = 0; |
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parentNoteID = 0; |
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if (pChildNotes) |
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pChildNotes->clear(); |
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cause = Event(); |
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eventID = 0; |
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Override.Volume = 1.f; |
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Override.VolumeTime = DEFAULT_NOTE_VOLUME_TIME_S; |
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Override.Pitch = 1.f; |
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Override.PitchTime = DEFAULT_NOTE_PITCH_TIME_S; |
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Override.Pan = 0.f; |
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Override.PanTime = DEFAULT_NOTE_PAN_TIME_S; |
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Override.PanSources = 0; |
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Override.Cutoff = 1.f; |
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Override.Resonance = 1.f; |
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Override.Attack = 1.f; |
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Override.Decay = 1.f; |
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Override.Sustain = 1.f; |
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Override.Release = 1.f; |
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Override.CutoffAttack = 1.f; |
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Override.CutoffDecay = 1.f; |
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Override.CutoffSustain = 1.f; |
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Override.CutoffRelease = 1.f; |
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Override.AmpLFODepth = 1.f; |
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Override.AmpLFOFreq = 1.f; |
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Override.CutoffLFODepth = 1.f; |
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Override.CutoffLFOFreq = 1.f; |
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Override.PitchLFODepth = 1.f; |
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Override.PitchLFOFreq = 1.f; |
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Override.VolumeCurve = DEFAULT_FADE_CURVE; |
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Override.PitchCurve = DEFAULT_FADE_CURVE; |
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Override.PanCurve = DEFAULT_FADE_CURVE; |
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Override.SampleOffset = -1; |
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Format = _Format(); |
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userPar[0] = 0; |
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userPar[1] = 0; |
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userPar[2] = 0; |
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userPar[3] = 0; |
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if (pActiveVoices) { |
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typename RTList<V>::Iterator itVoice = pActiveVoices->first(); |
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typename RTList<V>::Iterator itVoicesEnd = pActiveVoices->end(); |
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for (; itVoice != itVoicesEnd; ++itVoice) { // iterate through all voices on this key |
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itVoice->VoiceFreed(); |
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} |
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pActiveVoices->clear(); |
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} |
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} |
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}; |
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} // namespace LinuxSampler |
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#endif // LS_NOTE_H |