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libs/qad_graphic/graphic.h

458 lines
23 KiB
C++

#ifndef GRAPHIC_H
#define GRAPHIC_H
#include <QWidget>
#include <QPainter>
#include <QPixmap>
#include <QMouseEvent>
#include <QComboBox>
#include <QMutex>
#include <QDebug>
#include <QGridLayout>
#include <QFileDialog>
#include <QTime>
#include <QTranslator>
#include <QGestureEvent>
#include <qmath.h>
#include <float.h>
#include "graphic_conf.h"
#include "clineedit.h"
#include "qpievaluator.h"
#if QT_VERSION >= 0x050100
# include <QSensorGestureManager>
#endif
QT_BEGIN_HEADER
QT_BEGIN_NAMESPACE
class ELineEdit: public CLineEdit {
Q_OBJECT
public:
explicit ELineEdit(QWidget * parent = 0);
//void setText(const QString & v) {if (!is_auto) is_reset = false; CLineEdit::setText(v); setDefaultText(v, is_reset); last_ret = complexd(v.toDouble(), 0.); emit valueChanged(last_ret.real());}
void setValue(const int & v) {if (is_reset) setDefaultText(QString::number(v).toUpper(), is_reset); else setText(QString::number(v).toUpper()); last_ret = complexd(v, 0.); if (!is_auto) emit valueChanged(last_ret.real());}
void setValue(const double & v) {if (is_reset) setDefaultText(QString::number(v).toUpper(), is_reset); else setText(QString::number(v).toUpper()); last_ret = complexd(v, 0.); if (!is_auto) emit valueChanged(last_ret.real());}
double value() const {return last_ret.real();}
bool isDefault() const {return !cw->isVisible();}
bool is_reset, is_auto;
protected:
void wheelEvent(QWheelEvent * e);
QPIEvaluator evaluator;
complexd last_ret;
private slots:
void toDefaultClicked() {is_reset = true; calculate();}
void calculate();
signals:
void valueChanged(double value);
};
namespace Ui {
class Graphic;
};
class Graphic: public QFrame
{
Q_OBJECT
Q_FLAGS(Buttons)
Q_ENUMS(Alignment Graduation AxisType)
Q_PROPERTY(QString caption READ caption WRITE setCaption)
Q_PROPERTY(QString labelX READ labelX WRITE setLabelX)
Q_PROPERTY(QString labelY READ labelY WRITE setLabelY)
Q_PROPERTY(QColor backgroundColor READ backgroundColor WRITE setBackgroundColor)
Q_PROPERTY(QColor textColor READ textColor WRITE setTextColor)
Q_PROPERTY(int currentGraphic READ currentGraphic WRITE setCurrentGraphic)
Q_PROPERTY(int graphicsCount READ graphicsCount WRITE setGraphicsCount)
Q_PROPERTY(QString graphicName READ graphicName WRITE setGraphicName)
Q_PROPERTY(QPen graphicPen READ graphicPen WRITE setGraphicPen)
Q_PROPERTY(QColor graphicColor READ graphicColor WRITE setGraphicColor)
Q_PROPERTY(Qt::PenStyle graphicStyle READ graphicStyle WRITE setGraphicStyle)
Q_PROPERTY(double graphicLineWidth READ graphicLineWidth WRITE setGraphicLineWidth)
Q_PROPERTY(double graphicPointWidth READ graphicPointWidth WRITE setGraphicPointWidth)
Q_PROPERTY(QColor graphicFillColor READ graphicFillColor WRITE setGraphicFillColor)
Q_PROPERTY(bool graphicLinesEnabled READ graphicLinesEnabled WRITE setGraphicLinesEnabled)
Q_PROPERTY(bool graphicPointsEnabled READ graphicPointsEnabled WRITE setGraphicPointsEnabled)
Q_PROPERTY(bool graphicFillEnabled READ graphicFillEnabled WRITE setGraphicFillEnabled)
Q_PROPERTY(bool gridEnabled READ gridEnabled WRITE setGridEnabled)
Q_PROPERTY(QPen gridPen READ gridPen WRITE setGridPen)
Q_PROPERTY(QColor gridColor READ gridColor WRITE setGridColor)
Q_PROPERTY(Qt::PenStyle gridStyle READ gridStyle WRITE setGridStyle)
Q_PROPERTY(QPen selectionPen READ selectionPen WRITE setSelectionPen)
Q_PROPERTY(QColor selectionColor READ selectionColor WRITE setSelectionColor)
Q_PROPERTY(Qt::PenStyle selectionStyle READ selectionStyle WRITE setSelectionStyle)
Q_PROPERTY(QBrush selectionBrush READ selectionBrush WRITE setSelectionBrush)
Q_PROPERTY(Alignment buttonsPosition READ buttonsPosition WRITE setButtonsPosition)
Q_PROPERTY(Buttons buttons READ buttons WRITE setButtons)
Q_PROPERTY(bool navigationEnabled READ navigationEnabled WRITE setNavigationEnabled)
Q_PROPERTY(bool openGL READ openGL WRITE setOpenGL)
Q_PROPERTY(bool antialiasing READ antialiasing WRITE setAntialiasing)
Q_PROPERTY(bool autoUpdate READ autoUpdate WRITE setAutoUpdate)
Q_PROPERTY(bool borderInputsVisible READ borderInputsVisible WRITE setBorderInputsVisible)
Q_PROPERTY(bool statusVisible READ statusVisible WRITE setStatusVisible)
Q_PROPERTY(bool legendVisible READ legendVisible WRITE setLegendVisible)
Q_PROPERTY(bool paused READ paused WRITE setPaused)
Q_PROPERTY(bool onlyExpandY READ onlyExpandY WRITE setOnlyExpandY)
Q_PROPERTY(bool onlyExpandX READ onlyExpandX WRITE setOnlyExpandX)
Q_PROPERTY(double historySize READ historySize WRITE setHistorySize)
Q_PROPERTY(double maxVisibleTime READ maxVisibleTime WRITE setMaxVisibleTime)
Q_PROPERTY(double autoXIncrement READ autoXIncrement WRITE setAutoXIncrement)
Q_PROPERTY(QRectF limit READ limit WRITE setLimit)
Q_PROPERTY(QRect margins READ margins WRITE setMargins)
Q_PROPERTY(QRectF visualRect READ visualRect WRITE setVisualRect)
Q_PROPERTY(QRectF defaultRect READ defaultRect WRITE setDefaultRect)
Q_PROPERTY(int minimumRepaintInterval READ minimumRepaintInterval WRITE setMinimumRepaintInterval)
Q_PROPERTY(double gridNumbersMultiplierX READ gridNumbersMultiplierX WRITE setGridNumbersMultiplierX)
Q_PROPERTY(double gridNumbersMultiplierY READ gridNumbersMultiplierY WRITE setGridNumbersMultiplierY)
Q_PROPERTY(Graduation graduationX READ graduationX WRITE setGraduationX)
Q_PROPERTY(Graduation graduationY READ graduationY WRITE setGraduationY)
Q_PROPERTY(double graduationStepX READ graduationStepX WRITE setGraduationStepX)
Q_PROPERTY(double graduationStepY READ graduationStepY WRITE setGraduationStepY)
Q_PROPERTY(AxisType axisType READ axisType WRITE setAxisType)
Q_PROPERTY(int histogramMinIntervals READ histogramMinIntervals WRITE setHistogramMinIntervals)
Q_PROPERTY(int histogramMaxIntervals READ histogramMaxIntervals WRITE setHistogramMaxIntervals)
Q_PROPERTY(double histogramMinDeltaMultiplier READ histogramMinDeltaMultiplier WRITE setHistogramMinDeltaMultiplier)
Q_PROPERTY(Graphic::GraphicsData graphicsData READ graphicsData WRITE setGraphicsData)
public:
Graphic(QWidget * parent = 0);
~Graphic();
typedef QVector<QVector<QPointF> > GraphicsData;
enum GraphicAction {gaNone, gaZoomInRect, gaZoomRangeX, gaZoomRangeY, gaMove};
enum Button {NoButtons = 0x0,
AllButtons = 0xFFFFFFFF,
Autofit = 0x01,
Grid = 0x02,
CursorAxis = 0x04,
OnlyExpandY = 0x08,
OnlyExpandX = 0x10,
Fullscreen = 0x20,
BorderInputs = 0x40,
Legend = 0x80,
Configure = 0x100,
Save = 0x200,
Clear = 0x800,
Close = 0x1000,
Pause = 0x2000
};
enum Alignment {Left, Right};
enum Graduation {Auto, Fixed};
enum AxisType {Numeric, DateTime};
Q_DECLARE_FLAGS(Buttons, Button)
QString caption() const;
QString labelX() const {return label_x;}
QString labelY() const {return label_y;}
QString graphicName() const {return graphics[curGraphic].name;}
QColor backgroundColor() const {return back_color;}
QColor textColor() const {return text_color;}
QColor graphicColor() const {return graphics[curGraphic].pen.color();}
QColor gridColor() const {return grid_pen.color();}
QColor selectionColor() const {return selpen.color();}
Qt::PenStyle graphicStyle() const {return graphics[curGraphic].pen.style();}
Qt::PenStyle gridStyle() const {return grid_pen.style();}
Qt::PenStyle selectionStyle() const {return selpen.style();}
double graphicLineWidth() const {return graphics[curGraphic].pen.widthF();}
double graphicPointWidth() const {return graphics[curGraphic].pointWidth;}
QColor graphicFillColor() const {return graphics[curGraphic].fill_color;}
bool graphicVisible() const {return graphics[curGraphic].visible;}
bool graphicLinesEnabled() const {return graphics[curGraphic].lines;}
bool graphicPointsEnabled() const {return graphics[curGraphic].points;}
bool graphicFillEnabled() const {return graphics[curGraphic].fill;}
QPen graphicPen() const {return graphics[curGraphic].pen;}
QPen gridPen() const {return grid_pen;}
QPen selectionPen() const {return selpen;}
QBrush selectionBrush() const {return selbrush;}
bool navigationEnabled() const {return navigation;}
bool openGL() const {return isOGL;}
bool antialiasing() const {return aalias;}
bool autoUpdate() const {return aupdate;}
bool gridEnabled() const {return grid;}
bool borderInputsVisible() const;
bool statusVisible() const;
bool legendVisible() const;
bool paused() const {return pause_;}
bool onlyExpandY() const {return only_expand_y;}
bool onlyExpandX() const {return only_expand_x;}
int currentGraphic() const {return curGraphic;}
int graphicsCount() const {return graphics.size();}
Graphic::Buttons buttons() const {return buttons_;}
Graphic::Alignment buttonsPosition() const {return align;}
double historySize() const {return history;}
double maxVisibleTime() const {return visible_time;}
double autoXIncrement() const {return inc_x;}
QRectF visualRect() const {return selrect;}
QRectF defaultRect() const {return def_rect;}
QRectF limit() const {return limit_;}
QRect margins() const {return margins_;}
int minimumRepaintInterval() const {return min_repaint_int;}
int histogramMinIntervals() const {return min_int;}
int histogramMaxIntervals() const {return max_int;}
double histogramMinDeltaMultiplier() const {return mdm;}
double gridNumbersMultiplierX() const {return grid_numbers_x;}
double gridNumbersMultiplierY() const {return grid_numbers_y;}
Graduation graduationX() const {return grad_x;}
Graduation graduationY() const {return grad_y;}
double graduationStepX() const {return gridx;}
double graduationStepY() const {return gridy;}
AxisType axisType() const {return axis_type_x;}
QVector<QPointF> graphicData(const int index = 0) const {return graphics[index].polyline;}
GraphicsData graphicsData() const;
QWidget * viewport() const {return canvas;}
QByteArray save();
void load(QByteArray ba);
void lock() {mutex_.lock();}
void unlock() {mutex_.unlock();}
void reset() {mutex.lock(); clear(); mutex.unlock();}
GraphicType graphic(int arg) {if (arg < 0 || arg >= graphics.size()) return GraphicType(); return graphics[arg];}
const QVector<GraphicType> & allGraphics() const {return graphics;}
void setAllGraphics(const QVector<GraphicType> & g, bool update = true) {graphics = g; if (update) updateLegend();}
void setHistogramData(const QVector<float> & g, int graphic);
void setHistogramData(const QVector<float> & g) {setHistogramData(g, curGraphic);}
double canvas2realX(double px) const;
double canvas2realY(double py) const;
double real2canvasX(double px) const;
double real2canvasY(double py) const;
QPointF canvas2real(QPointF canvas_point) const {return QPointF(canvas2realX(canvas_point.x()), canvas2realY(canvas_point.y()));}
QPointF real2canvas(QPointF real_point) const {return QPointF(real2canvasX(real_point.x()), real2canvasY(real_point.y()));}
double getScaleX() const {return real2canvasX(1.) - real2canvasX(0.);}
double getScaleY() const {return real2canvasY(1.) - real2canvasY(0.);}
QPointF getScale() const {return QPointF(getScaleX(), getScaleY());}
public slots:
void setCaption(const QString & str);
void setLabelX(const QString & str) {label_x = str; hasLblX = (str.length() > 0); if (aupdate) update();}
void setLabelY(const QString & str) {label_y = str; hasLblY = (str.length() > 0); if (aupdate) update();}
void setGraphicName(const QString & str, int index) {graphics[index].name = str; updateLegend(); if (aupdate) update();}
void setGraphicName(const QString & str) {graphics[curGraphic].name = str; updateLegend(); if (aupdate) update();}
void setBackgroundColor(const QColor & color) {back_color = color; if (aupdate) update(); updateLegend();}
void setTextColor(const QColor & color) {text_color = color; if (aupdate) update();}
void setGraphicColor(const QColor & color, int index) {graphics[index].pen.setColor(color); updateLegend(); if (aupdate) update();}
void setGraphicColor(const QColor & color) {setGraphicColor(color, curGraphic);}
void setGridColor(const QColor & color) {grid_pen.setColor(color); if (aupdate) update();}
void setSelectionColor(const QColor & color) {selpen.setColor(color);}
void setGraphicStyle(const Qt::PenStyle & style) {graphics[curGraphic].pen.setStyle(style); updateLegend(); if (aupdate) update();}
void setGridStyle(const Qt::PenStyle & style) {grid_pen.setStyle(style); if (aupdate) update();}
void setSelectionStyle(const Qt::PenStyle & style) {selpen.setStyle(style);}
void setGraphicVisible(bool visible, int index) {graphics[index].visible = visible; updateLegend(); if (aupdate) update();}
void setGraphicVisible(bool visible) {setGraphicVisible(visible, curGraphic);}
void setGraphicLineWidth(double w, int index) {if (qRound(w) == w) graphics[index].pen.setWidth(qRound(w)); else graphics[index].pen.setWidthF(w); updateLegend(); if (aupdate) update();}
void setGraphicLineWidth(double w) {setGraphicLineWidth(w, curGraphic);}
void setGraphicPointWidth(double w, int index) {graphics[index].pointWidth = w; updateLegend(); if (aupdate) update();}
void setGraphicPointWidth(double w) {setGraphicPointWidth(w, curGraphic);}
void setGraphicFillColor(const QColor & w, int index) {graphics[index].fill_color = w; updateLegend(); if (aupdate) update();}
void setGraphicFillColor(const QColor & w) {setGraphicFillColor(w, curGraphic);}
void setGraphicLinesEnabled(bool w, int index) {graphics[index].lines = w; updateLegend(); if (aupdate) update();}
void setGraphicLinesEnabled(bool w) {setGraphicLinesEnabled(w, curGraphic);}
void setGraphicPointsEnabled(bool w, int index) {graphics[index].points = w; updateLegend(); if (aupdate) update();}
void setGraphicPointsEnabled(bool w) {setGraphicPointsEnabled(w, curGraphic);}
void setGraphicFillEnabled(bool w, int index) {graphics[index].fill = w; updateLegend(); if (aupdate) update();}
void setGraphicFillEnabled(bool w) {setGraphicFillEnabled(w, curGraphic);}
void setGraphicPen(const QPen & pen, int index) {graphics[index].pen = pen; updateLegend(); if (aupdate) update();}
void setGraphicPen(const QPen & pen) {setGraphicPen(pen, curGraphic);}
void setGridPen(const QPen & pen) {grid_pen = pen; if (aupdate) update();}
void setSelectionPen(const QPen & pen) {selpen = pen;}
void setSelectionBrush(const QBrush & brush) {selbrush = brush;}
void setNavigationEnabled(bool on) {navigation = on;}
void setOpenGL(bool on);
void setAntialiasing(bool enabled);
void setAutoUpdate(bool enabled) {aupdate = enabled;}
void setGridEnabled(bool enabled);
void setBorderInputsVisible(bool visible);
void setStatusVisible(bool visible);
void setLegendVisible(bool visible);
void setPaused(bool yes);
void setButtons(Graphic::Buttons b);
void setButtonsPosition(Graphic::Alignment a);
void setHistorySize(double val);
void setMaxVisibleTime(double val) {visible_time = val;}
void setAutoXIncrement(double val) {inc_x = val;}
void setLimit(const QRectF & val) {limit_ = val;}
void setMargins(const QRect & val) {margins_ = val; update();}
void setMargins(int left_, int right_, int top_, int bottom_) {setMargins(QRect(left_, bottom_, right_, top_));}
void setLeftMargin(int value) {margins_.moveLeft(value); setMargins(margins_);}
void setRightMargin(int value) {margins_.setWidth(value); setMargins(margins_);}
void setTopMargin(int value) {margins_.setHeight(value); setMargins(margins_);}
void setBottomMargin(int value) {margins_.moveTop(value); setMargins(margins_);}
void setMinimumRepaintInterval(const int & val) {min_repaint_int = val;}
void setOnlyExpandY(bool yes);
void setOnlyExpandX(bool yes);
void setHistogramMinIntervals(int value) {min_int = value; updateGraphics();}
void setHistogramMaxIntervals(int value) {max_int = value; updateGraphics();}
void setHistogramMinDeltaMultiplier(double value) {mdm = value; updateGraphics();}
void setGraphicsData(const GraphicsData & gd);
void setGridNumbersMultiplierX(double value) {grid_numbers_x = value; updateGraphics();}
void setGridNumbersMultiplierY(double value) {grid_numbers_y = value; updateGraphics();}
void setGraduationX(Graduation value) {grad_x = value; if (aupdate) update();;}
void setGraduationY(Graduation value) {grad_y = value; if (aupdate) update();;}
void setGraduationStepX(double sx) {gridx = sx; if (aupdate) update();}
void setGraduationStepY(double sy) {gridy = sy; if (aupdate) update();}
void setGraduationSteps(double sx, double sy) {gridx = sx; gridy = sy; if (aupdate) update();}
void setAxisType(AxisType t) {axis_type_x = t; if (aupdate) update();}
void addPoint(const QPointF & p, int graphic, bool update_ = true);
void addPoint(const QPointF & p, bool update = true) {addPoint(p, curGraphic, update);}
void addPoint(double x, double y, int graphic, bool update = true) {addPoint(QPointF(x, y), graphic, update);}
void addPoint(double x, double y, bool update = true) {addPoint(QPointF(x, y), update);}
void addPoint(double y, int graphic, bool update = true) {addPoint(QPointF(graphics.at(graphic).max_x + inc_x, y), graphic, update);}
void addPoint(double y, bool update = true) {addPoint(QPointF(graphics[curGraphic].max_x + inc_x, y), update);}
void setGraphicData(const QVector<QPointF> & g, int graphic, bool update_ = true);
void setGraphicData(const QVector<QPointF> & g) {setGraphicData(g, curGraphic);}
void setGraphicProperties(const QString & name, const QColor & color = Qt::darkRed, Qt::PenStyle style = Qt::SolidLine, double width = 0., bool visible = true) {setGraphicProperties(curGraphic, name, color, style, width, visible);}
void setGraphicProperties(int graphic, const QString & name, const QColor & color = Qt::darkRed, Qt::PenStyle style = Qt::SolidLine, double width = 0., bool visible = true);
void addGraphic(const QString & name, const QColor & color = Qt::darkRed, Qt::PenStyle style = Qt::SolidLine, double width = 0., bool visible = true);
void addGraphic(const GraphicType & gd, bool update = true) {graphics << gd; if (update) updateLegend();}
void setVisualRect(const QRectF & rect);
void setDefaultRect(const QRectF & rect);
void autofit() {on_buttonAutofit_clicked();}
void saveImage();
void clear();
void update(bool force = false);
void updateGraphics() {findGraphicsRect(); update();}
void setCurrentGraphic(int arg) {if (arg < 0 || arg >= graphics.size()) return; curGraphic = arg;}
void setGraphicsCount(int arg, bool update = true);
void zoom(float factor);
void zoomIn() {zoom(1. / 1.2);}
void zoomOut() {zoom(1.2);}
void fullscreen();
protected:
virtual void changeEvent(QEvent * e);
virtual void resizeEvent(QResizeEvent * ) {if (leg_update) updateLegend();}
virtual QSize sizeHint() const {return QSize(400, 300);}
virtual void timerEvent(QTimerEvent * );
virtual bool eventFilter(QObject * o, QEvent * e);
void procGesture(QGesture * g);
void setCurrentAction(GraphicAction action);
void findGraphicsRect(double start_x = 0., double end_x = 0., double start_y = 0., double end_y = 0.);
void tick(int index, bool slide = true, bool update = true);
void repaintCanvas(bool force = false) {if (tm.elapsed() < min_repaint_int && !force) return; tm.restart(); canvas->update();}
void drawGraphics();
void drawGrid();
void drawGuides();
void drawPause();
void drawAction();
void updateLegend();
void setCanvasCursor(QCursor cursor);
void swapToBuffer();
void swapToNormal() {bufferActive = false;}
void setRectToLines();
void checkLines();
double splitRange(double range, int count = 1);
double splitRangeDate(double range, int count = 1, QString * format = 0);
double roundTo(double value, double round_to);
QPointF absPoint(QPointF point) {return QPointF(qAbs(point.x()), qAbs(point.y()));}
QString pointCoords(QPointF point);
QPair<QString, QString> gridMark(double v) const;
Ui::Graphic * ui;
QMutex mutex, mutex_;
QWidget * canvas;
QImage * buffer;
QPainter * painter;
QBrush selbrush;
QPen grid_pen, selpen;
QColor back_color, text_color;
QVector<GraphicType> graphics;
int curGraphic;
GraphicAction curaction, prevaction;
QRectF grect, rrect, selrect, limit_, def_rect;
QRect margins_;
QSize font_sz;
QPoint startpos, curpos, prevpos, gridborder;
QString label_x, label_y, ppath;
Graphic::Buttons buttons_;
Graphic::Alignment align;
GraphicConf * conf;
ELineEdit line_x_min, line_x_max, line_y_min, line_y_max;
QTime tm;
QIcon icon_exp_x, icon_exp_y, icon_exp_sx, icon_exp_sy;
QImage icon_pause_b, icon_pause_f;
Graduation grad_x, grad_y;
AxisType axis_type_x;
double gridx, gridy, history, visible_time, inc_x, mdm, grid_numbers_x, grid_numbers_y, LN2, LN5, LN10;
double eminx, eminy, emaxx, emaxy, pause_phase;
int legy, lastw, lasth, min_repaint_int, min_int, max_int, timer_pause, thick;
bool aalias, aupdate, mupdate, grid, guides, isFit, isEmpty, isOGL, isHover, bufferActive, cancel, pause_, isPrinting;
bool hasLblX, hasLblY, navigation, only_expand_y, only_expand_x, is_lines_update, leg_update, visible_update, fullscr;
protected slots:
void canvasPaintEvent(QPaintEvent * );
void canvasMouseMoveEvent(QMouseEvent * );
void canvasMousePressEvent(QMouseEvent * );
void canvasMouseReleaseEvent(QMouseEvent * );
void canvasMouseDoubleClickEvent(QMouseEvent * );
void canvasWheelEvent(QWheelEvent * );
void canvasLeaveEvent(QEvent * );
void canvasKeyPressEvent(QKeyEvent * );
void graphicVisibleChange(bool checked);
void graphicAllVisibleChange(bool checked);
void lineXMinChanged(double value) {selrect.setLeft(value); checkLines();}
void lineXMaxChanged(double value) {selrect.setRight(value); checkLines();}
void lineYMinChanged(double value) {selrect.setBottom(value); checkLines();}
void lineYMaxChanged(double value) {selrect.setTop(value); checkLines();}
void on_buttonClose_clicked() {emit closeRequest(this);}
void on_buttonClear_clicked() {reset(); emit cleared();}
void on_buttonAutofit_clicked();
void on_buttonConfigure_clicked();
void on_buttonFullscreen_clicked() {fullscreen();}
void on_buttonSave_clicked() {saveImage();}
void on_checkGrid_toggled(bool checked) {grid = checked; update();}
void on_checkGuides_toggled(bool checked);
void on_checkExpandY_toggled(bool checked);
void on_checkExpandX_toggled(bool checked);
void on_checkBorderInputs_toggled(bool checked) {setBorderInputsVisible(checked);}
void on_checkLegend_toggled(bool checked) {setLegendVisible(checked);}
void on_checkPause_toggled(bool checked) {setPaused(checked);}
void enterFullscreen();
void leaveFullscreen();
signals:
void graphicPaintEvent(QPainter * );
void graphicMouseMoveEvent(QPointF point, int buttons);
void graphicMousePressEvent(QPointF point, int buttons);
void graphicMouseReleaseEvent(QPointF point, int buttons);
void graphicWheelEvent(QPointF point, int delta);
void closeRequest(QWidget * );
void cleared();
void visualRectChanged();
};
Q_DECLARE_METATYPE(Graphic::GraphicsData)
Q_DECLARE_OPERATORS_FOR_FLAGS(Graphic::Buttons)
//inline QDataStream & operator <<(QDataStream & s, const Graphic::GraphicsData & v) {s << v; return s;}
//inline QDataStream & operator >>(QDataStream & s, Graphic::GraphicsData & v) {s >> v; return s;}
class __GraphicRegistrator__ {
public:
__GraphicRegistrator__() {
qRegisterMetaType<Graphic::GraphicsData>("Graphic::GraphicsData");
qRegisterMetaTypeStreamOperators<Graphic::GraphicsData>("Graphic::GraphicsData");
}
};
QT_END_NAMESPACE
QT_END_HEADER
#endif // GRAPHIC_H