217 lines
8.2 KiB
C++
217 lines
8.2 KiB
C++
//=============================================================================
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// MuseScore
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// Music Composition & Notation
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//
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// Copyright (C) 2002-2011 Werner Schweer
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//
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// This program is free software; you can redistribute it and/or modify
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// it under the terms of the GNU General Public License version 2
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// as published by the Free Software Foundation and appearing in
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// the file LICENCE.GPL
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//=============================================================================
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/**
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\file
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Definition of class Segment.
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*/
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#ifndef __SEGMENT_H__
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#define __SEGMENT_H__
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#include "element.h"
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class QPainter;
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namespace Ms {
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class Measure;
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class Segment;
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class ChordRest;
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class Lyrics;
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class Spanner;
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class System;
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//------------------------------------------------------------------------
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// @@ Segment
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/// A segment holds all vertical aligned staff elements.
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/// Segments are typed and contain only Elements of the same type.
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//
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// @P next Ms::Segment the next segment in the whole score; null at last score segment (read-only)
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// @P nextInMeasure Ms::Segment the next segment in measure; null at last measure segment (read-only)
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// @P prev Ms::Segment the previous segment in the whole score; null at first score segment (read-only)
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// @P prevInMeasure Ms::Segment the previous segment in measure; null at first measure segment (read-only)
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// @P segmentType Ms::Segment::Type (Invalid, Clef, KeySig, Ambitus, TimeSig, StartRepeatBarLine, BarLine, ChordRest, Breath, EndBarLine TimeSigAnnounce, KeySigAnnounce, All)
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//------------------------------------------------------------------------
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/**
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All Elements in a segment start at the same tick. The Segment can store one Element for
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each voice in each staff in the score. It also stores the lyrics for each staff.
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Some elements (Clef, KeySig, TimeSig etc.) are assumed to always have voice zero
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and can be found in _elist[staffIdx * VOICES];
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Segments are children of Measures and store Clefs, KeySigs, TimeSigs,
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BarLines and ChordRests.
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*/
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class Segment : public Element {
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Q_OBJECT
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Q_PROPERTY(Ms::Segment* next READ next1)
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Q_PROPERTY(Ms::Segment* nextInMeasure READ next)
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Q_PROPERTY(Ms::Segment* prev READ prev1)
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Q_PROPERTY(Ms::Segment* prevInMeasure READ prev)
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Q_PROPERTY(Ms::Segment::Type segmentType READ segmentType WRITE setSegmentType)
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Q_ENUMS(Type)
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public:
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enum class Type {
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Invalid = 0x0,
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Clef = 0x1, // type from Clef to TimeSig
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KeySig = 0x2, // need to be in the order in which they
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Ambitus = 0x4, // appear in a measure
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TimeSig = 0x8,
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StartRepeatBarLine = 0x10,
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BarLine = 0x20,
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ChordRest = 0x40,
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Breath = 0x80,
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EndBarLine = 0x100,
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TimeSigAnnounce = 0x200,
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KeySigAnnounce = 0x400,
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All = -1
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};
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private:
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Segment* _next; // linked list of segments inside a measure
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Segment* _prev;
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mutable bool empty; // cached value
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mutable bool _written; // used for write()
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Type _segmentType { Type::Invalid };
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int _tick;
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Spatium _extraLeadingSpace;
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Spatium _extraTrailingSpace;
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QList<qreal> _dotPosX; ///< size = staves
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std::vector<Element*> _annotations;
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QList<Element*> _elist; ///< Element storage, size = staves * VOICES.
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void init();
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void checkEmpty() const;
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void checkElement(Element*, int track);
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public:
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Segment(Measure* m = 0);
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Segment(Measure*, Type, int tick);
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Segment(const Segment&);
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~Segment();
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virtual Segment* clone() const { return new Segment(*this); }
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virtual Element::Type type() const { return Element::Type::SEGMENT; }
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virtual void setScore(Score*);
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Ms::Segment* next() const { return _next; }
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Segment* next(Type) const;
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void setNext(Segment* e) { _next = e; }
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Ms::Segment* prev() const { return _prev; }
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Segment* prev(Type) const;
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void setPrev(Segment* e) { _prev = e; }
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Ms::Segment* next1() const;
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Ms::Segment* next1MM() const;
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Segment* next1(Type) const;
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Segment* next1MM(Type) const;
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Ms::Segment* prev1() const;
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Ms::Segment* prev1MM() const;
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Segment* prev1(Type) const;
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Segment* prev1MM(Type) const;
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Segment* nextCR(int track = -1) const;
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ChordRest* nextChordRest(int track, bool backwards = false) const;
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Ms::Element* element(int track) const { return _elist.value(track); }
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// a variant of the above function, specifically designed to be called from QML
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Q_INVOKABLE Ms::Element* elementAt(int track) const;
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ChordRest* cr(int track) const {
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Q_ASSERT(_segmentType == Type::ChordRest);
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return (ChordRest*)(_elist.value(track));
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};
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const QList<Element*>& elist() const { return _elist; }
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QList<Element*>& elist() { return _elist; }
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void removeElement(int track);
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void setElement(int track, Element* el);
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const QList<Lyrics*>* lyricsList(int track) const;
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virtual void scanElements(void* data, void (*func)(void*, Element*), bool all=true);
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Measure* measure() const { return (Measure*)parent(); }
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System* system() const { return (System*)parent()->parent(); }
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qreal x() const { return ipos().x(); }
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void setX(qreal v) { rxpos() = v; }
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void insertStaff(int staff);
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void removeStaff(int staff);
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virtual void add(Element*);
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virtual void remove(Element*);
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void swapElements(int i1, int i2);
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void sortStaves(QList<int>& dst);
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const char* subTypeName() const;
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static const char* subTypeName(Type);
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static Type segmentType(Element::Type type);
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Type segmentType() const { return _segmentType; }
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void setSegmentType(Type t);
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void removeGeneratedElements();
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bool isEmpty() const { return empty; }
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void fixStaffIdx();
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bool isChordRest() const { return _segmentType == Type::ChordRest; }
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void setTick(int);
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int tick() const;
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int rtick() const { return _tick; } // tickposition relative to measure start
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void setRtick(int val) { _tick = val; }
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bool splitsTuplet() const;
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const std::vector<Element*>& annotations() const { return _annotations; }
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void clearAnnotations();
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void removeAnnotation(Element* e);
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bool findAnnotationOrElement(Element::Type type, int minTrack, int maxTrack);
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qreal dotPosX(int staffIdx) const { return _dotPosX[staffIdx]; }
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void setDotPosX(int staffIdx, qreal val) { _dotPosX[staffIdx] = val; }
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Spatium extraLeadingSpace() const { return _extraLeadingSpace; }
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void setExtraLeadingSpace(Spatium v) { _extraLeadingSpace = v; }
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Spatium extraTrailingSpace() const { return _extraTrailingSpace; }
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void setExtraTrailingSpace(Spatium v) { _extraTrailingSpace = v; }
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bool written() const { return _written; }
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void setWritten(bool val) { _written = val; }
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virtual void write(Xml&) const;
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virtual void read(XmlReader&);
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virtual QVariant getProperty(P_ID propertyId) const;
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virtual bool setProperty(P_ID propertyId, const QVariant&);
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virtual QVariant propertyDefault(P_ID) const;
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bool operator<(const Segment&) const;
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bool operator>(const Segment&) const;
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};
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constexpr Segment::Type operator| (Segment::Type t1, Segment::Type t2) {
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return static_cast<Segment::Type>(static_cast<int>(t1) | static_cast<int>(t2));
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}
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constexpr bool operator& (Segment::Type t1, Segment::Type t2) {
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return static_cast<int>(t1) & static_cast<int>(t2);
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}
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} // namespace Ms
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Q_DECLARE_METATYPE(Ms::Segment::Type);
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#endif
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