MuseScore/libmscore/mscore.h
2016-07-15 14:07:23 +02:00

589 lines
19 KiB
C++

//=============================================================================
// MuseScore
// Music Composition & Notation
//
// Copyright (C) 2011-2013 Werner Schweer and others
//
// This program is free software; you can redistribute it and/or modify
// it under the terms of the GNU General Public License version 2
// as published by the Free Software Foundation and appearing in
// the file LICENSE.GPL
//=============================================================================
#ifndef __MSCORE_H__
#define __MSCORE_H__
#include "config.h"
namespace Ms {
#define MSC_VERSION "2.07"
static constexpr int MSCVERSION = 207;
// History:
// 1.3 added staff->_barLineSpan
// 1.4 (Version 0.9)
// 1.5 save xoff/yoff in mm instead of pixel
// 1.6 save harmony base/root as tpc value
// 1.7 invert semantic of page fill limit
// 1.8 slur id, slur anchor in in Note
// 1.9 image size stored in mm instead of pixel (Versions 0.9.2 -0.9.3)
// 1.10 TextLine properties changed (Version 0.9.4)
// 1.11 Instrument name in part saved as TextC (Version 0.9.5)
// 1.12 use durationType, remove tickLen
// 1.13 Clefs: userOffset is not (mis)used for vertical layout position
// 1.14 save user modified beam position as spatium value (Versions 0.9.6 - 1.3)
// 1.15 save timesig inline; Lyrics "endTick" replaced by "ticks"
// 1.16 spanners (hairpin, trill etc.) are now inline and have no ticks anymore
// 1.17 new <Score> toplevel structure to support linked parts (excerpts)
// 1.18 save lyrics as subtype to chord/rest to allow them associated with
// grace notes
// 1.19 replace text style numbers by text style names; box margins are now
// used
// 1.20 instrument names are saved as html again
// 1.21 no cleflist anymore
// 1.22 timesig changed
// 1.23 measure property for actual length
// 1.24 default image size is spatium dependent
// - symbol numbers in TextLine() replaced by symbol names
// TextStyle: frameWidth, paddingWidth are now in Spatium units (instead of mm)
// 2.00 (Version 2.0)
// 2.01 save SlurSegment position relative to staff
// 2.02 save instrumentId, note slashes
// 2.03 save Box topGap, bottomGap in spatium units
// 2.04 added hideSystemBarLine flag to Staff
// 2.05 breath segment changed to use tick of following chord rather than preceding chord
// 2.06 Glissando moved from final chord to start note (Version 2.0.x)
//
// 2.07 irregular, breakMMrest, more style options, system divider, bass string for tab (3.0)
class MStyle;
class Sequencer;
static constexpr int VOICES = 4;
inline int staff2track(int staffIdx) { return staffIdx << 2; }
inline int track2staff(int voice) { return voice >> 2; }
inline int track2voice(int track) { return track & 3; }
inline int trackZeroVoice(int track) { return track & ~3; }
static const int MAX_TAGS = 32;
static constexpr qreal INCH = 25.4;
static constexpr qreal PPI = 72.0; // printer points per inch
static constexpr qreal SPATIUM20 = 5.0;
static constexpr qreal DPI = 72.0;
static constexpr qreal DPMM = DPI / INCH;
static constexpr int MAX_STAVES = 4;
static const int SHADOW_NOTE_LIGHT = 135;
static const char mimeSymbolFormat[] = "application/musescore/symbol";
static const char mimeSymbolListFormat[] = "application/musescore/symbollist";
static const char mimeStaffListFormat[] = "application/musescore/stafflist";
static const int VISUAL_STRING_NONE = -100; // no ordinal for the visual repres. of string (topmost in TAB
// varies according to visual order and presence of bass strings)
static const int STRING_NONE = -1; // no ordinal for a physical string (0 = topmost in instrument)
static const int FRET_NONE = -1; // no ordinal for a fret
//---------------------------------------------------------
// Enumeration wrapper macro allowing exposure of
// enum class to QML without manual code reproduction
//
// In addition to using this Macro, you need to do one/all of the following:
// - In mscore.cpp - QQmlEngine* MScore::qml()
// qmlRegisterUncreatableType<MSQE_name>("MuseScore", 1, 0, "name", tr("You can't create an enumeration"))
// Allows usage of name.VALUE from within a plugin as value
// - At the bottom of the file where you use this Macro
// Q_DECLARE_METATYPE(Ms::MSQE_name::E);
// Allows declaring Q_PROPERTY of the type Ms::MSQE_name::E
// Only useful if the next point is also done
// - In mscore.cpp - void MScore::init()
// qRegisterMetaType<MSQE_name::E>("name");
// Allows using Ms::MSQE_name::E as return type for the READ function
// and parameter type for the WRITE function on a Q_PROPERTY of that type
// on the condition that you also declare Q_ENUMS(Ms::MSQE_name::E)
// for that same Q_OBJECT
//
// Q_INVOKABLES can't use the QML-wrapped enum type, nor the enum class type as
// parameters. Those should be from the correct storageType and static_casts should
// be applied when necessary.
//---------------------------------------------------------
#define MS_QML_ENUM(name, storageType, ...)\
enum class name : storageType {\
__VA_ARGS__\
};\
class MSQE_##name {\
Q_GADGET\
Q_ENUMS(E)\
public:\
enum class E : storageType {\
__VA_ARGS__\
};\
};
//---------------------------------------------------------
// Direction
//---------------------------------------------------------
class Direction {
Q_GADGET
Q_ENUMS(E)
int val;
public:
enum E { AUTO, UP, DOWN };
Direction() {}
constexpr Direction(const int v) : val(v) {}
Direction(const Direction& v) : val(v.val) {}
Direction(const QString&);
// automatic conversions
operator QVariant() const { return QVariant::fromValue(*this); }
// explicit constexpr operator int() const { return val; }
constexpr operator int() const { return val; }
bool operator==(const Direction d) const { return val == d.val; }
bool operator!=(const Direction d) const { return val != d.val; }
bool operator==(const E d) const { return val == d; }
bool operator!=(const E d) const { return val != d; }
const char* toString() const;
static void fillComboBox(QComboBox*);
};
constexpr Direction Direction_AUTO(0);
constexpr Direction Direction_UP(1);
constexpr Direction Direction_DOWN(2);
//---------------------------------------------------------
// ArticulationType
//---------------------------------------------------------
enum class ArticulationType : char {
Fermata,
Shortfermata,
Longfermata,
Verylongfermata,
Sforzatoaccent,
Staccato,
Staccatissimo,
Tenuto,
Portato,
Marcato,
FadeIn,
FadeOut,
VolumeSwell,
WiggleSawtooth,
WiggleSawtoothWide,
WiggleVibratoLargeFaster,
WiggleVibratoLargeSlowest,
Ouvert,
Plusstop,
Upbow,
Downbow,
Reverseturn,
Turn,
Trill,
Prall,
Mordent,
PrallPrall,
PrallMordent,
UpPrall,
DownPrall,
UpMordent,
DownMordent,
PrallDown,
PrallUp,
LinePrall,
Schleifer,
Snappizzicato,
ARTICULATIONS_PROPER,
ThumbPosition = ARTICULATIONS_PROPER,
LuteFingThumb,
LuteFingFirst,
LuteFingSecond,
LuteFingThird,
ARTICULATIONS
};
//---------------------------------------------------------
// BracketType
// System Brackets
//---------------------------------------------------------
enum class BracketType : signed char {
NORMAL, BRACE, SQUARE, LINE, NO_BRACKET = -1
};
//---------------------------------------------------------
// PlaceText
//---------------------------------------------------------
enum class PlaceText : char {
AUTO, ABOVE, BELOW, LEFT
};
//---------------------------------------------------------
// AlignmentFlags
//---------------------------------------------------------
enum class AlignmentFlags : char {
LEFT = 0,
RIGHT = 1,
HCENTER = 2,
TOP = 0,
BOTTOM = 4,
VCENTER = 8,
BASELINE = 16,
CENTER = AlignmentFlags::HCENTER | AlignmentFlags::VCENTER,
HMASK = AlignmentFlags::LEFT | AlignmentFlags::RIGHT | AlignmentFlags::HCENTER,
VMASK = AlignmentFlags::TOP | AlignmentFlags::BOTTOM | AlignmentFlags::VCENTER | AlignmentFlags::BASELINE
};
//---------------------------------------------------------
// OffsetType
//---------------------------------------------------------
enum class OffsetType : char {
ABS, ///< offset in point units
SPATIUM ///< offset in staff space units
};
//---------------------------------------------------------
// TransposeDirection
//---------------------------------------------------------
enum class TransposeDirection : char {
UP, DOWN, CLOSEST
};
//---------------------------------------------------------
// TransposeMode
//---------------------------------------------------------
enum class TransposeMode : char {
BY_KEY, BY_INTERVAL, DIATONICALLY
};
//---------------------------------------------------------
// SelectType
//---------------------------------------------------------
enum class SelectType : char {
SINGLE, RANGE, ADD
};
//---------------------------------------------------------
// NoteType
//---------------------------------------------------------
enum class NoteType : unsigned char {
NORMAL = 0,
ACCIACCATURA = 0x1,
APPOGGIATURA = 0x2, // grace notes
GRACE4 = 0x4,
GRACE16 = 0x8,
GRACE32 = 0x10,
GRACE8_AFTER = 0x20,
GRACE16_AFTER = 0x40,
GRACE32_AFTER = 0x80
};
constexpr NoteType operator| (NoteType t1, NoteType t2) {
return static_cast<NoteType>(static_cast<int>(t1) | static_cast<int>(t2));
}
constexpr bool operator& (NoteType t1, NoteType t2) {
return static_cast<int>(t1) & static_cast<int>(t2);
}
//---------------------------------------------------------
// AccidentalVal
//---------------------------------------------------------
enum class AccidentalVal : signed char {
SHARP2 = 2,
SHARP = 1,
NATURAL = 0,
FLAT = -1,
FLAT2 = -2
};
//---------------------------------------------------------
// KeySigNaturals (positions of naturals in key sig. changes)
//---------------------------------------------------------
enum class KeySigNatural : char {
NONE = 0, // no naturals, except for change to CMaj/Amin
BEFORE = 1, // naturals before accidentals
AFTER = 2 // naturals after accidentals (but always before if going sharps <=> flats)
};
//---------------------------------------------------------
// UpDownMode
//---------------------------------------------------------
enum class UpDownMode : char {
CHROMATIC, OCTAVE, DIATONIC
};
//---------------------------------------------------------
// StaffGroup
//---------------------------------------------------------
enum class StaffGroup : char {
STANDARD, PERCUSSION, TAB
};
const int STAFF_GROUP_MAX = int(StaffGroup::TAB) + 1; // out of enum to avoid compiler complains about not handled switch cases
//---------------------------------------------------------
// Text Style Type
// Enumerate the list of build in text styles.
// Must be in sync with list in setDefaultStyle().
//---------------------------------------------------------
MS_QML_ENUM(TextStyleType, signed char,\
DEFAULT = 0,\
TITLE,\
SUBTITLE,\
COMPOSER,\
POET,\
LYRIC1,\
LYRIC2,\
FINGERING,\
LH_GUITAR_FINGERING,\
RH_GUITAR_FINGERING,\
\
STRING_NUMBER,\
INSTRUMENT_LONG,\
INSTRUMENT_SHORT,\
INSTRUMENT_EXCERPT,\
DYNAMICS,\
TECHNIQUE,\
TEMPO,\
METRONOME,\
MEASURE_NUMBER,\
TRANSLATOR,\
\
TUPLET,\
SYSTEM,\
STAFF,\
HARMONY,\
REHEARSAL_MARK,\
REPEAT_LEFT, /* align to start of measure */\
REPEAT_RIGHT, /* align to end of measure */\
REPEAT, /* obsolete */\
VOLTA,\
FRAME,\
\
TEXTLINE,\
GLISSANDO,\
OTTAVA,\
PEDAL,\
HAIRPIN,\
BENCH,\
HEADER,\
FOOTER,\
INSTRUMENT_CHANGE,\
FIGURED_BASS,\
\
TEXT_STYLES\
)
//---------------------------------------------------------
// BarLineType
//---------------------------------------------------------
MS_QML_ENUM(BarLineType, int,\
NORMAL = 1,\
DOUBLE = 2,\
START_REPEAT = 4,\
END_REPEAT = 8,\
BROKEN = 0x10,\
END = 0x20,\
END_START_REPEAT = 0x40,\
DOTTED = 0x80\
)
constexpr BarLineType operator| (BarLineType t1, BarLineType t2) {
return static_cast<BarLineType>(static_cast<int>(t1) | static_cast<int>(t2));
}
constexpr bool operator& (BarLineType t1, BarLineType t2) {
return static_cast<int>(t1) & static_cast<int>(t2);
}
// Icon() subtypes
enum class IconType : signed char {
NONE = -1,
ACCIACCATURA, APPOGGIATURA, GRACE4, GRACE16, GRACE32,
GRACE8_AFTER, GRACE16_AFTER, GRACE32_AFTER,
SBEAM, MBEAM, NBEAM, BEAM32, BEAM64, AUTOBEAM,
FBEAM1, FBEAM2,
VFRAME, HFRAME, TFRAME, FFRAME, MEASURE,
BRACKETS
};
//---------------------------------------------------------
// MScore
// MuseScore application object
//---------------------------------------------------------
class MScore : public QObject {
Q_OBJECT
static MStyle* _defaultStyle; // buildin modified by preferences
static MStyle* _defaultStyleForParts;
static MStyle* _baseStyle; // buildin initial style
static QString _globalShare;
static int _hRaster, _vRaster;
static bool _verticalOrientation;
#ifdef SCRIPT_INTERFACE
static QQmlEngine* _qml;
#endif
public:
enum class DirectionH : char { AUTO, LEFT, RIGHT };
enum class OrnamentStyle : char { DEFAULT, BAROQUE};
enum class GlissandoStyle : char { CHROMATIC, WHITE_KEYS, BLACK_KEYS, DIATONIC };
Q_ENUMS(DirectionH OrnamentStyle GlissandoStyle)
static void init();
static MStyle* defaultStyle();
static MStyle* defaultStyleForParts();
static MStyle* baseStyle();
static void setDefaultStyle(MStyle*);
static void defaultStyleForPartsHasChanged();
static const QString& globalShare() { return _globalShare; }
static qreal hRaster() { return _hRaster; }
static qreal vRaster() { return _vRaster; }
static void setHRaster(int val) { _hRaster = val; }
static void setVRaster(int val) { _vRaster = val; }
static void setNudgeStep(qreal val) { nudgeStep = val; }
static void setNudgeStep10(qreal val) { nudgeStep10 = val; }
static void setNudgeStep50(qreal val) { nudgeStep50 = val; }
static bool verticalOrientation() { return _verticalOrientation; }
static void setVerticalOrientation(bool val) { _verticalOrientation = val; }
static QColor selectColor[4];
static QColor defaultColor;
static QColor dropColor;
static QColor layoutBreakColor;
static QColor frameMarginColor;
static QColor bgColor;
static bool warnPitchRange;
static bool playRepeats;
static bool panPlayback;
static qreal nudgeStep;
static qreal nudgeStep10;
static qreal nudgeStep50;
static int defaultPlayDuration;
static QString lastError;
// #ifndef NDEBUG
static bool noHorizontalStretch;
static bool noVerticalStretch;
static bool showSegmentShapes;
static bool showMeasureShapes;
static bool showBoundingRect;
static bool showCorruptedMeasures;
// #endif
static bool debugMode;
static bool testMode;
static int division;
static int sampleRate;
static int mtcType;
static Sequencer* seq;
static bool saveTemplateMode;
static bool noGui;
static bool noExcerpts;
static bool noImages;
static bool pdfPrinting;
static qreal verticalPageGap;
static qreal horizontalPageGapEven;
static qreal horizontalPageGapOdd;
#ifdef SCRIPT_INTERFACE
static QQmlEngine* qml();
#endif
virtual void endCmd() { };
};
//---------------------------------------------------------
// center
//---------------------------------------------------------
inline static qreal center(qreal x1, qreal x2)
{
return (x1 + (x2 - x1) * .5);
}
//---------------------------------------------------------
// limit
//---------------------------------------------------------
inline static int limit(int val, int min, int max)
{
if (val > max)
return max;
if (val < min)
return min;
return val;
}
Q_DECLARE_FLAGS(Align, AlignmentFlags);
Q_DECLARE_OPERATORS_FOR_FLAGS(Align);
//---------------------------------------------------------
// qml access to containers
//
// QmlListAccess provides a convenience interface for
// QQmlListProperty providing read-only access to plugins
// for std::vector, QVector and QList items
//---------------------------------------------------------
template <typename T> class QmlListAccess : public QQmlListProperty<T> {
public:
QmlListAccess<T>(QObject* obj, std::vector<T*>& container)
: QQmlListProperty<T>(obj, &container, &stdVectorCount, &stdVectorAt) {};
QmlListAccess<T>(QObject* obj, QVector<T*>& container)
: QQmlListProperty<T>(obj, &container, &qVectorCount, &qVectorAt) {};
QmlListAccess<T>(QObject* obj, QList<T*>& container)
: QQmlListProperty<T>(obj, &container, &qListCount, &qListAt) {};
static int stdVectorCount(QQmlListProperty<T>* l) { return static_cast<std::vector<T*>*>(l->data)->size(); }
static T* stdVectorAt(QQmlListProperty<T>* l, int i) { return static_cast<std::vector<T*>*>(l->data)->at(i); }
static int qVectorCount(QQmlListProperty<T>* l) { return static_cast<QVector<T*>*>(l->data)->size(); }
static T* qVectorAt(QQmlListProperty<T>* l, int i) { return static_cast<QVector<T*>*>(l->data)->at(i); }
static int qListCount(QQmlListProperty<T>* l) { return static_cast<QList<T*>*>(l->data)->size(); }
static T* qListAt(QQmlListProperty<T>* l, int i) { return static_cast<QList<T*>*>(l->data)->at(i); }
};
} // namespace Ms
Q_DECLARE_METATYPE(Ms::Direction);
//Q_DECLARE_METATYPE(Ms::MSQE_Direction::E);
Q_DECLARE_METATYPE(Ms::Direction::E);
Q_DECLARE_METATYPE(Ms::MScore::DirectionH);
Q_DECLARE_METATYPE(Ms::TextStyleType);
Q_DECLARE_METATYPE(Ms::BarLineType);
#endif