JKQtPlotter/lib/jkqtplotter/graphs/jkqtpimagergb.cpp

/*
    Copyright (c) 2008-2024 Jan W. Krieger (jan@jkrieger.de)

    

    This software is free software: you can redistribute it and/or modify
    it under the terms of the GNU Lesser General Public License (LGPL) as published by
    the Free Software Foundation, either version 2.1 of the License, or
    (at your option) any later version.

    This program is distributed in the hope that it will be useful,
    but WITHOUT ANY WARRANTY; without even the implied warranty of
    MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the
    GNU Lesser General Public License (LGPL) for more details.

    You should have received a copy of the GNU Lesser General Public License (LGPL)
    along with this program.  If not, see <http://www.gnu.org/licenses/>.
*/


#include "jkqtplotter/graphs/jkqtpimagergb.h"
#include "jkqtplotter/jkqtpbaseplotter.h"
#include "jkqtplotter/jkqtpimagetools.h"
#include "jkqtplotter/jkqtptools.h"
#include "jkqtcommon/jkqtpenhancedpainter.h"
#include "jkqtplotter/jkqtplotter.h"
#include <QDebug>
#include <QImageWriter>
#include <QFileDialog>
#include <QFileInfo>
#include <QApplication>
#include <QClipboard>



void JKQTPRGBMathImage::initObject()
{
    actSaveImage=new QAction(tr("Save JKQTPRGBMathImage ..."), this);
    connect(actSaveImage, SIGNAL(triggered()), this, SLOT(saveImagePlotAsImage()));
    actCopyImage=new QAction(tr("Copy JKQTPRGBMathImage ..."), this);
    connect(actCopyImage, SIGNAL(triggered()), this, SLOT(copyImagePlotAsImage()));

    rgbMode=JKQTPRGBMathImageModeRGBMode;
    colorBarRightAxis=new JKQTPVerticalIndependentAxis(0, 100, 0, 100, parent);
    colorBarRightAxis->setAxisLabel("");
    colorBarTopAxis=new JKQTPHorizontalIndependentAxis(0, 100, 0, 100, parent);
    colorBarTopAxis->setAxisLabel("");

    colorBarRightAxisG=new JKQTPVerticalIndependentAxis(0, 100, 0, 100, parent);
    colorBarRightAxisG->setAxisLabel("");
    colorBarTopAxisG=new JKQTPHorizontalIndependentAxis(0, 100, 0, 100, parent);
    colorBarTopAxisG->setAxisLabel("");

    colorBarRightAxisB=new JKQTPVerticalIndependentAxis(0, 100, 0, 100, parent);
    colorBarRightAxisB->setAxisLabel("");
    colorBarTopAxisB=new JKQTPHorizontalIndependentAxis(0, 100, 0, 100, parent);
    colorBarTopAxisB->setAxisLabel("");


    this->colorBarTopVisible=true;
    this->colorBarRightVisible=true;
    this->imageNameFontSize=parent->getMainKey()->getFontSize();
    this->imageNameR="";
    this->showColorBar=true;
    this->colorBarWidth=14;
    this->colorBarRelativeHeight=0.75;
    this->autoImageRange=true;
    this->imageMinR=0;
    this->imageMaxR=1;
    this->imageMinG=0;
    this->imageMaxG=1;
    this->imageMinB=0;
    this->imageMaxB=1;
    this->colorBarOffset=4;
    this->colorBarTopVisible=false;
    this->colorBarRightVisible=true;
    this->colorbarsSideBySide=true;
}



JKQTPRGBMathImage::JKQTPRGBMathImage(double x, double y, double width, double height, JKQTPMathImageDataType datatype, const void* data, int Nx, int Ny, JKQTBasePlotter *parent):
    JKQTPMathImageBase(x, y, width, height, datatype, data, Nx, Ny, parent)
{
    initObject();
}


JKQTPRGBMathImage::JKQTPRGBMathImage(double x, double y, double width, double height, JKQTPMathImageDataType datatype, const void* data, int Nx, int Ny, JKQTPlotter *parent):
    JKQTPRGBMathImage(x, y, width, height, datatype, data, Nx, Ny, parent->getPlotter())
{
}

JKQTPRGBMathImage::JKQTPRGBMathImage(JKQTBasePlotter *parent):
    JKQTPMathImageBase(0,0,0,0, JKQTPMathImageDataType::DoubleArray, nullptr, 0, 0, parent)
{
    initObject();
}


JKQTPRGBMathImage::JKQTPRGBMathImage(JKQTPlotter *parent):
    JKQTPRGBMathImage(parent->getPlotter())
{
}

void JKQTPRGBMathImage::setParent(JKQTBasePlotter* parent) {
    if (this->parent) {
        this->parent->deregisterAdditionalAction(actSaveImage);
        this->parent->deregisterAdditionalAction(actCopyImage);
    }
    JKQTPMathImageBase::setParent(parent);
    colorBarRightAxis->setParent(parent);
    colorBarTopAxis->setParent(parent);

    if (parent) {
        parent->registerAdditionalAction(tr("Save Image Plot Images ..."), actSaveImage);
        parent->registerAdditionalAction(tr("Copy Image Plot Images ..."), actCopyImage);
    }
    actSaveImage->setEnabled(parent);
    actCopyImage->setEnabled(parent);

}



void JKQTPRGBMathImage::draw(JKQTPEnhancedPainter& painter) {
    ensureImageData();
    if (!data && !dataG && !dataB) return;
    QImage img=drawImage();
    plotImage(painter, img, x, y, width, height);
}



void JKQTPRGBMathImage::getOutsideSize(JKQTPEnhancedPainter& painter, int& leftSpace, int& rightSpace, int& topSpace, int& bottomSpace) {
    ensureImageData();
    JKQTPGraph::getOutsideSize(painter, leftSpace, rightSpace, topSpace, bottomSpace);
    if (showColorBar) {
        int visibleColorBars=0;
        if (data) visibleColorBars++;
        if (dataG) visibleColorBars++;
        if (dataB) visibleColorBars++;
        double sizeFactor=0.8/double(visibleColorBars);
        if (!colorbarsSideBySide) sizeFactor=1;

        bool firstC=false;

        getDataMinMax(internalDataMin, internalDataMax);
        if (data) {
            if (colorBarRightVisible) {
                if (!colorbarsSideBySide || !firstC) rightSpace+=parent->pt2px(painter, colorBarWidth+colorBarOffset);
                colorBarRightAxis->setRange(internalDataMin, internalDataMax);
                colorBarRightAxis->setAxisWidth(sizeFactor*colorBarRelativeHeight*parent->getPlotHeight());
                colorBarRightAxisB->setAxisLabel(imageNameR);
                const auto s2=colorBarRightAxis->getSize2(painter);
                const auto s1=colorBarRightAxis->getSize1(painter);
                if (!colorbarsSideBySide || !firstC) rightSpace+=parent->pt2px(painter, colorBarWidth+colorBarOffset)+static_cast<double>(s2.requiredSize
                                                                                                                                          +s1.requiredSize);
            }
            if (colorBarTopVisible) {
                //if (!colorbarsSideBySide || !firstC) topSpace+=parent->pt2px(painter, colorBarWidth+colorBarOffset);
                colorBarTopAxis->setRange(internalDataMin, internalDataMax);
                colorBarTopAxis->setAxisWidth(sizeFactor*colorBarRelativeHeight*parent->getPlotWidth());
                colorBarTopAxisB->setAxisLabel(imageNameR);
                const auto s2=colorBarTopAxisB->getSize2(painter);
                const auto s1=colorBarTopAxisB->getSize2(painter);
                if (!colorbarsSideBySide || !firstC) topSpace+=parent->pt2px(painter, colorBarWidth+colorBarOffset)+static_cast<double>(s2.requiredSize+s1.requiredSize);
            }
            firstC=true;
        }

        getDataMinMaxG(internalDataMinG, internalDataMaxG);
        if (dataG) {
            if (colorBarRightVisible) {
                if (!colorbarsSideBySide || !firstC) rightSpace+=parent->pt2px(painter, colorBarWidth+colorBarOffset);
                colorBarRightAxisG->setRange(internalDataMinG, internalDataMaxG);
                colorBarRightAxisG->setAxisWidth(sizeFactor*colorBarRelativeHeight*parent->getPlotHeight());
                colorBarRightAxisB->setAxisLabel(imageNameG);
                const auto s2=colorBarRightAxis->getSize2(painter);
                const auto s1=colorBarRightAxis->getSize1(painter);
                if (!colorbarsSideBySide || !firstC) rightSpace+=parent->pt2px(painter, colorBarWidth+colorBarOffset)+static_cast<double>(s2.requiredSize+s1.requiredSize);
            }
            if (colorBarTopVisible) {
                //if (!colorbarsSideBySide || !firstC) topSpace+=parent->pt2px(painter, colorBarWidth+colorBarOffset);
                colorBarTopAxisG->setRange(internalDataMinG, internalDataMaxG);
                colorBarTopAxisG->setAxisWidth(sizeFactor*colorBarRelativeHeight*parent->getPlotWidth());
                colorBarTopAxisB->setAxisLabel(imageNameG);
                const auto s2=colorBarTopAxisB->getSize2(painter);
                const auto s1=colorBarTopAxisB->getSize1(painter);
                if (!colorbarsSideBySide || !firstC) topSpace+=parent->pt2px(painter, colorBarWidth+colorBarOffset)+static_cast<double>(s2.requiredSize+s1.requiredSize);
             }
            firstC=true;
        }

        getDataMinMaxB(internalDataMinB, internalDataMaxB);
        if (dataB) {
            if (colorBarRightVisible) {
                if (!colorbarsSideBySide || !firstC) rightSpace+=parent->pt2px(painter, colorBarWidth+colorBarOffset);
                colorBarRightAxisB->setRange(internalDataMinB, internalDataMaxB);
                colorBarRightAxisB->setAxisWidth(sizeFactor*colorBarRelativeHeight*parent->getPlotHeight());
                colorBarRightAxisB->setAxisLabel(imageNameB);
                const auto s2=colorBarRightAxis->getSize2(painter);
                const auto s1=colorBarRightAxis->getSize1(painter);
                if (!colorbarsSideBySide || !firstC) rightSpace+=parent->pt2px(painter, colorBarWidth+colorBarOffset)+static_cast<double>(s2.requiredSize+s1.requiredSize);
            }
            if (colorBarTopVisible) {
                //if (!colorbarsSideBySide || !firstC) topSpace+=parent->pt2px(painter, colorBarWidth+colorBarOffset);
                colorBarTopAxisB->setRange(internalDataMinB, internalDataMaxB);
                colorBarTopAxisB->setAxisWidth(sizeFactor*colorBarRelativeHeight*parent->getPlotWidth());
                colorBarTopAxisB->setAxisLabel(imageNameB);
                const auto s2=colorBarTopAxisB->getSize2(painter);
                const auto s1=colorBarTopAxisB->getSize1(painter);
                if (!colorbarsSideBySide || !firstC) topSpace+=parent->pt2px(painter, colorBarWidth+colorBarOffset)+static_cast<double>(s2.requiredSize+s1.requiredSize);
            }
            firstC=true;
        }
    }
}

struct RGBOutsizeData {
    RGBOutsizeData():
        internalDataMin(0),
        internalDataMax(0),
        data(nullptr),
        colorBarRightAxis(nullptr),
        colorBarTopAxis(nullptr),
        name(),
        palette(JKQTPMathImageMATLAB),
        paletteImage()
    {}
    double internalDataMin;
    double internalDataMax;
    const void* data;
    JKQTPVerticalIndependentAxis* colorBarRightAxis;
    JKQTPHorizontalIndependentAxis* colorBarTopAxis;
    QString name;
    JKQTPMathImageColorPalette palette;
    QImage paletteImage;
};

void JKQTPRGBMathImage::drawOutside(JKQTPEnhancedPainter& painter, QRect /*leftSpace*/, QRect rightSpace, QRect topSpace, QRect /*bottomSpace*/) {
    ensureImageData();
    if (showColorBar) {
        QList<RGBOutsizeData> l;
        int visibleColorBars=0;
        const int pd_size=200;
        uint8_t pd[pd_size];
        for (int i=0; i<pd_size; i++) pd[i]=static_cast<uint8_t>(i);

        if (data) {
            RGBOutsizeData d;
            d.data=data;
            getDataMinMax(internalDataMin, internalDataMax);
            d.internalDataMin=internalDataMin;
            d.internalDataMax=internalDataMax;
            d.colorBarRightAxis=colorBarRightAxis;
            d.colorBarTopAxis=colorBarTopAxis;
            d.name=imageNameR;
            if (rgbMode==JKQTPRGBMathImageModeRGBMode) {
                d.palette=JKQTPMathImageRED;
                d.paletteImage=QImage(1, pd_size, QImage::Format_ARGB32);
                JKQTPImageTools::array2image<uint8_t>(pd, 1, pd_size, d.paletteImage, d.palette, 0, pd_size-1);
            } else if (rgbMode==JKQTPRGBMathImageModeCMYMode) {
                d.palette=JKQTPMathImageINVERTED_CYANWHITE;
                d.paletteImage=QImage(1, pd_size, QImage::Format_ARGB32);
                JKQTPImageTools::array2image<uint8_t>(pd, 1, pd_size, d.paletteImage, d.palette, 0, pd_size-1);
            } else if (rgbMode==JKQTPRGBMathImageModeHSVMode || rgbMode==JKQTPRGBMathImageModeHSLMode) {
                d.palette=JKQTPMathImageHSV;
                d.paletteImage=QImage(1, pd_size, QImage::Format_ARGB32);
                JKQTPImageTools::array2image<uint8_t>(pd, 1, pd_size, d.paletteImage, d.palette, 0, pd_size-1);
            }

            l<<d;
            visibleColorBars++;
        }
        if (dataG) {
            RGBOutsizeData d;
            d.data=dataG;
            getDataMinMaxG(internalDataMinG, internalDataMaxG);
            d.internalDataMin=internalDataMinG;
            d.internalDataMax=internalDataMaxG;
            d.colorBarRightAxis=colorBarRightAxisG;
            d.colorBarTopAxis=colorBarTopAxisG;
            d.name=imageNameG;
            JKQTPImageTools::array2image<uint8_t>(pd, 1, pd_size, d.paletteImage, d.palette, 0, 199);
            if (rgbMode==JKQTPRGBMathImageModeRGBMode) {
                d.palette=JKQTPMathImageGREEN;
                d.paletteImage=QImage(1, pd_size, QImage::Format_ARGB32);
                JKQTPImageTools::array2image<uint8_t>(pd, 1, pd_size, d.paletteImage, d.palette, 0, pd_size-1);
            } else if (rgbMode==JKQTPRGBMathImageModeCMYMode) {
                d.palette=JKQTPMathImageINVERTED_MAGENTAWHITE;
                d.paletteImage=QImage(1, pd_size, QImage::Format_ARGB32);
                JKQTPImageTools::array2image<uint8_t>(pd, 1, pd_size, d.paletteImage, d.palette, 0, pd_size-1);
            } else if (rgbMode==JKQTPRGBMathImageModeHSVMode) {
                d.palette=JKQTPMathImageGRAY;
                d.paletteImage=QImage(1, pd_size, QImage::Format_ARGB32);
                //JKQTPImageTools::JKQTPImagePlot_array2image<uint8_t>(pd, 1, pd_size, d.paletteImage, l[li].palette, 0, pd_size-1);
                QRgb* line=reinterpret_cast<QRgb *>(d.paletteImage.scanLine(0));
                for (int i=0; i<pd_size; i++) {
                    QColor c=QColor("red");
                    c.setHsv(c.hue(), jkqtp_roundTo<int>(double(i)/double(pd_size-1)*255.0), c.value(), c.alpha());
                    line[i]=c.rgba();
                }
            } else if (rgbMode==JKQTPRGBMathImageModeHSLMode) {
                d.palette=JKQTPMathImageGRAY;
                d.paletteImage=QImage(1, pd_size, QImage::Format_ARGB32);
                //JKQTPImageTools::JKQTPImagePlot_array2image<uint8_t>(pd, 1, pd_size, d.paletteImage, l[li].palette, 0, pd_size-1);
                QRgb* line=reinterpret_cast<QRgb *>(d.paletteImage.scanLine(0));
                for (int i=0; i<pd_size; i++) {
                    QColor c=QColor("red");
                    c.setHsl(c.hue(), jkqtp_roundTo<int>(double(i)/double(pd_size-1)*255.0), c.lightness(), c.alpha());
                    line[i]=c.rgba();
                }
            }

            l<<d;
            visibleColorBars++;
        }
        if (dataB) {
            RGBOutsizeData d;
            d.data=dataB;
            getDataMinMax(internalDataMinB, internalDataMaxB);
            d.internalDataMin=internalDataMinB;
            d.internalDataMax=internalDataMaxB;
            d.colorBarRightAxis=colorBarRightAxisB;
            d.colorBarTopAxis=colorBarTopAxisB;
            d.name=imageNameB;
            JKQTPImageTools::array2image<uint8_t>(pd, 1, pd_size, d.paletteImage, d.palette, 0, 199);
            if (rgbMode==JKQTPRGBMathImageModeRGBMode) {
                d.palette=JKQTPMathImageBLUE;
                d.paletteImage=QImage(1, pd_size, QImage::Format_ARGB32);
                JKQTPImageTools::array2image<uint8_t>(pd, 1, pd_size, d.paletteImage, d.palette, 0, pd_size-1);
            } else if (rgbMode==JKQTPRGBMathImageModeCMYMode) {
                d.palette=JKQTPMathImageINVERTED_YELLOWWHITE;
                d.paletteImage=QImage(1, pd_size, QImage::Format_ARGB32);
                JKQTPImageTools::array2image<uint8_t>(pd, 1, pd_size, d.paletteImage, d.palette, 0, pd_size-1);
            } else if (rgbMode==JKQTPRGBMathImageModeHSVMode) {
                d.palette=JKQTPMathImageGRAY;
                d.paletteImage=QImage(1, pd_size, QImage::Format_ARGB32);
                //JKQTPImageTools::JKQTPImagePlot_array2image<uint8_t>(pd, 1, pd_size, d.paletteImage, l[li].palette, 0, pd_size-1);
                QRgb* line=reinterpret_cast<QRgb *>(d.paletteImage.scanLine(0));
                for (int i=0; i<pd_size; i++) {
                    QColor c=QColor("red");
                    c.setHsv(c.hue(), c.saturation(), jkqtp_roundTo<int>(double(i)/double(pd_size-1)*255.0), c.alpha());
                    line[i]=c.rgba();
                }
            } else if (rgbMode==JKQTPRGBMathImageModeHSLMode) {
                d.palette=JKQTPMathImageGRAY;
                d.paletteImage=QImage(1, pd_size, QImage::Format_ARGB32);
                //JKQTPImageTools::JKQTPImagePlot_array2image<uint8_t>(pd, 1, pd_size, d.paletteImage, l[li].palette, 0, pd_size-1);
                QRgb* line=reinterpret_cast<QRgb *>(d.paletteImage.scanLine(0));
                for (int i=0; i<pd_size; i++) {
                    QColor c=QColor("red");
                    c.setHsl(c.hue(), c.saturation(), jkqtp_roundTo<int>(double(i)/double(pd_size-1)*255.0), c.alpha());
                    line[i]=c.rgba();
                }
            }
            l<<d;
            visibleColorBars++;
        }


        double sizeFactor=0.9/double(visibleColorBars);
        double shiftSizeFactor=1.0/double(visibleColorBars);
        if (!colorbarsSideBySide) {
            sizeFactor=1;
            shiftSizeFactor=1;
        }
        double icolorBarRelativeHeight=colorBarRelativeHeight*sizeFactor;

        int gbarHeight=qMax(1, static_cast<int>(round(static_cast<double>(rightSpace.height())*icolorBarRelativeHeight)));
        int gbarWidth=qMax(1, static_cast<int>(round(static_cast<double>(topSpace.width())*icolorBarRelativeHeight)));



        double rX=rightSpace.x()+parent->pt2px(painter, colorBarOffset);
        double rY=rightSpace.top()+(rightSpace.height()-gbarHeight)/2;
        double tX=topSpace.x()+(topSpace.width()-gbarWidth)/2;
        double tY=topSpace.bottom()-parent->pt2px(painter, colorBarOffset+colorBarWidth);
        if(colorbarsSideBySide) {
            rY=rightSpace.top()+(rightSpace.height()-gbarHeight*visibleColorBars)/2;
            tX=topSpace.x()+(topSpace.width()-gbarWidth*visibleColorBars)/2;
        }


        for (int li=0; li<l.size(); li++) {
            if (colorBarRightVisible) {
                painter.save(); auto __finalpaint=JKQTPFinally([&painter]() {painter.restore();});


                QRectF cb(rX, rY, parent->pt2px(painter, colorBarWidth), gbarHeight);
                painter.drawImage(cb, l[li].paletteImage.mirrored(true, false));
                QPen p=painter.pen();
                p.setColor(l[li].colorBarRightAxis->getAxisColor());
                p.setWidthF(qMax(JKQTPlotterDrawingTools::ABS_MIN_LINEWIDTH, parent->pt2px(painter, l[li].colorBarRightAxis->getLineWidth()*parent->getLineWidthMultiplier())));
                painter.setPen(p);
                painter.drawRect(cb);

                l[li].colorBarRightAxis->setRange(l[li].internalDataMin, l[li].internalDataMax);
                l[li].colorBarRightAxis->setAxisWidth(cb.height());
                l[li].colorBarRightAxis->setAxisOffset(cb.top());
                l[li].colorBarRightAxis->setOtherAxisOffset(cb.left());
                l[li].colorBarRightAxis->setOtherAxisWidth(cb.width());
                l[li].colorBarRightAxis->setLabelFontSize(imageNameFontSize*parent->getFontSizeMultiplier());
                l[li].colorBarRightAxis->setAxisLabel(l[li].name);
                l[li].colorBarRightAxis->drawAxes(painter);



                if (!colorbarsSideBySide) {
                    rX=rX+static_cast<double>(rightSpace.width())/static_cast<double>(visibleColorBars);
                } else {
                    rY=rY+static_cast<double>(rightSpace.height())*shiftSizeFactor*colorBarRelativeHeight;
                }
            }
            if (colorBarTopVisible) {
                painter.save(); auto __finalpaint=JKQTPFinally([&painter]() {painter.restore();});


                QRectF cb(tX, tY, gbarWidth, parent->pt2px(painter, colorBarWidth));
                QTransform mt;
                mt.rotate(90);
                painter.drawImage(cb, l[li].paletteImage.transformed(mt));
                QPen p=painter.pen();
                p.setColor(l[li].colorBarTopAxis->getAxisColor());
                p.setWidthF(qMax(JKQTPlotterDrawingTools::ABS_MIN_LINEWIDTH, parent->pt2px(painter, l[li].colorBarTopAxis->getLineWidth()*parent->getLineWidthMultiplier())));
                painter.setPen(p);
                painter.drawRect(cb);


                l[li].colorBarTopAxis->setRange(l[li].internalDataMin, l[li].internalDataMax);
                l[li].colorBarTopAxis->setAxisWidth(cb.width());
                l[li].colorBarTopAxis->setAxisOffset(cb.left());
                l[li].colorBarTopAxis->setOtherAxisOffset(cb.top());
                l[li].colorBarTopAxis->setOtherAxisWidth(cb.height());
                l[li].colorBarTopAxis->setLabelFontSize(imageNameFontSize*parent->getFontSizeMultiplier());
                l[li].colorBarTopAxis->setAxisLabel(l[li].name);
                l[li].colorBarTopAxis->drawAxes(painter);


                if (!colorbarsSideBySide) {
                    tY=tY-topSpace.height()/double(visibleColorBars);
                } else {
                    tX=tX+topSpace.width()*shiftSizeFactor*colorBarRelativeHeight;
                }
            }
        }
    }

}

void JKQTPRGBMathImage::getDataMinMax(double& imin, double& imax) {
    ensureImageData();
    if (autoImageRange) {
        JKQTPMathImageBase::getDataMinMax(imin, imax);
    } else {
        imin=imageMinR;
        imax=imageMaxR;
    }
}

void JKQTPRGBMathImage::setDataR(const void *__value)
{
    setData(__value);
}

const void *JKQTPRGBMathImage::getDataR() const
{
    return getData();
}

void JKQTPRGBMathImage::setDatatypeR(JKQTPMathImageDataType __value)
{
    setDatatype(__value);
}

JKQTPMathImageDataType JKQTPRGBMathImage::getDatatypeR() const
{
    return getDatatype();
}

void JKQTPRGBMathImage::setDataG(const void *__value)
{
    this->dataG = __value;
}

const void *JKQTPRGBMathImage::getDataG() const
{
    return this->dataG;
}

void JKQTPRGBMathImage::setDatatypeG(JKQTPMathImageDataType __value)
{
    this->datatypeG = __value;
}

JKQTPMathImageDataType JKQTPRGBMathImage::getDatatypeG() const
{
    return this->datatypeG;
}

void JKQTPRGBMathImage::setDataB(const void *__value)
{
    this->dataB = __value;
}

const void *JKQTPRGBMathImage::getDataB() const
{
    return this->dataB;
}

void JKQTPRGBMathImage::setDatatypeB(JKQTPMathImageDataType __value)
{
    this->datatypeB = __value;
}

JKQTPMathImageDataType JKQTPRGBMathImage::getDatatypeB() const
{
    return this->datatypeB;
}

void JKQTPRGBMathImage::setShowColorBar(bool __value)
{
    this->showColorBar = __value;
}

bool JKQTPRGBMathImage::getShowColorBar() const
{
    return this->showColorBar;
}

void JKQTPRGBMathImage::setColorBarWidth(int __value)
{
    this->colorBarWidth = __value;
}

int JKQTPRGBMathImage::getColorBarWidth() const
{
    return this->colorBarWidth;
}

void JKQTPRGBMathImage::setColorBarOffset(int __value)
{
    this->colorBarOffset = __value;
}

int JKQTPRGBMathImage::getColorBarOffset() const
{
    return this->colorBarOffset;
}

void JKQTPRGBMathImage::setColorBarRelativeHeight(double __value)
{
    this->colorBarRelativeHeight = __value;
}

double JKQTPRGBMathImage::getColorBarRelativeHeight() const
{
    return this->colorBarRelativeHeight;
}

void JKQTPRGBMathImage::setImageMin(double __value)
{
    this->imageMinR = __value;
}

double JKQTPRGBMathImage::getImageMin() const
{
    return this->imageMinR;
}

void JKQTPRGBMathImage::setImageMinR(double m) {
    setImageMin(m);
}

void JKQTPRGBMathImage::setImageMax(double __value)
{
    this->imageMaxR = __value;
}

double JKQTPRGBMathImage::getImageMax() const
{
    return this->imageMaxR;
}

void JKQTPRGBMathImage::setImageMaxR(double m) {
    setImageMax(m);
}

void JKQTPRGBMathImage::setImageMinG(double __value)
{
    this->imageMinG = __value;
}

double JKQTPRGBMathImage::getImageMinG() const
{
    return this->imageMinG;
}

void JKQTPRGBMathImage::setImageMaxG(double __value)
{
    this->imageMaxG = __value;
}

double JKQTPRGBMathImage::getImageMaxG() const
{
    return this->imageMaxG;
}

void JKQTPRGBMathImage::setImageMinB(double __value)
{
    this->imageMinB = __value;
}

double JKQTPRGBMathImage::getImageMinB() const
{
    return this->imageMinB;
}

void JKQTPRGBMathImage::setImageMaxB(double __value)
{
    this->imageMaxB = __value;
}

double JKQTPRGBMathImage::getImageMaxB() const {
    return imageMaxB;
}

void JKQTPRGBMathImage::setAutoImageRange(bool __value)
{
    this->autoImageRange = __value;
}

bool JKQTPRGBMathImage::getAutoImageRange() const
{
return this->autoImageRange;
}

void JKQTPRGBMathImage::setImageName(const QString &__value)
{
    this->imageNameR = __value;
}

QString JKQTPRGBMathImage::getImageName() const
{
    return this->imageNameR;
}

QString JKQTPRGBMathImage::getImageNameR() const
{
    return this->imageNameR;
}

void JKQTPRGBMathImage::setImageNameR(const QString &m) {
    setImageName(m);
}

void JKQTPRGBMathImage::setImageNameG(const QString &__value)
{
    this->imageNameG = __value;
}

QString JKQTPRGBMathImage::getImageNameG() const
{
    return this->imageNameG;
}

void JKQTPRGBMathImage::setImageNameB(const QString &__value)
{
    this->imageNameB = __value;
}

QString JKQTPRGBMathImage::getImageNameB() const
{
    return this->imageNameB;
}

void JKQTPRGBMathImage::setImageNameFontName(const QString &__value)
{
    this->imageNameFontName = __value;
}

QString JKQTPRGBMathImage::getImageNameFontName() const
{
    return this->imageNameFontName;
}

void JKQTPRGBMathImage::setImageNameFontSize(double __value)
{
    this->imageNameFontSize = __value;
}

double JKQTPRGBMathImage::getImageNameFontSize() const
{
    return this->imageNameFontSize;
}

JKQTPVerticalIndependentAxis *JKQTPRGBMathImage::getColorBarRightAxis() {
    return this->colorBarRightAxis;
}

JKQTPHorizontalIndependentAxis *JKQTPRGBMathImage::getColorBarTopAxis()  {
    return this->colorBarTopAxis;
}

JKQTPVerticalIndependentAxis *JKQTPRGBMathImage::getColorBarRightAxisR()
{
    return this->colorBarRightAxis;
}

JKQTPHorizontalIndependentAxis *JKQTPRGBMathImage::getColorBarTopAxisR()
{
    return this->colorBarTopAxis;
}

JKQTPVerticalIndependentAxis *JKQTPRGBMathImage::getColorBarRightAxisG()  {
    return this->colorBarRightAxisG;
}

JKQTPHorizontalIndependentAxis *JKQTPRGBMathImage::getColorBarTopAxisG()  {
    return this->colorBarTopAxisG;
}

JKQTPVerticalIndependentAxis *JKQTPRGBMathImage::getColorBarRightAxisB()  {
    return this->colorBarRightAxisB;
}

JKQTPHorizontalIndependentAxis *JKQTPRGBMathImage::getColorBarTopAxisB()  {
    return this->colorBarTopAxisB;
}

const JKQTPVerticalIndependentAxis *JKQTPRGBMathImage::getColorBarRightAxis() const {
    return this->colorBarRightAxis;
}

const JKQTPHorizontalIndependentAxis *JKQTPRGBMathImage::getColorBarTopAxis() const {
    return this->colorBarTopAxis;
}

const JKQTPVerticalIndependentAxis *JKQTPRGBMathImage::getColorBarRightAxisR() const {
    return this->colorBarRightAxis;
}

const JKQTPHorizontalIndependentAxis *JKQTPRGBMathImage::getColorBarTopAxisR() const {
    return this->colorBarTopAxis;
}

const JKQTPVerticalIndependentAxis *JKQTPRGBMathImage::getColorBarRightAxisG() const {
    return this->colorBarRightAxisG;
}

const JKQTPHorizontalIndependentAxis *JKQTPRGBMathImage::getColorBarTopAxisG() const {
    return this->colorBarTopAxisG;
}

const JKQTPVerticalIndependentAxis *JKQTPRGBMathImage::getColorBarRightAxisB() const {
    return this->colorBarRightAxisB;
}

const JKQTPHorizontalIndependentAxis *JKQTPRGBMathImage::getColorBarTopAxisB() const {
    return this->colorBarTopAxisB;
}

void JKQTPRGBMathImage::setColorBarTopVisible(bool __value)
{
    this->colorBarTopVisible = __value;
}

bool JKQTPRGBMathImage::getColorBarTopVisible() const
{
    return this->colorBarTopVisible;
}

void JKQTPRGBMathImage::setColorBarRightVisible(bool __value)
{
    this->colorBarRightVisible = __value;
}

bool JKQTPRGBMathImage::getColorBarRightVisible() const
{
    return this->colorBarRightVisible;
}

void JKQTPRGBMathImage::setColorbarsSideBySide(bool __value)
{
    this->colorbarsSideBySide = __value;
}

bool JKQTPRGBMathImage::getColorbarsSideBySide() const
{
    return this->colorbarsSideBySide;
}

void JKQTPRGBMathImage::setRgbMode(JKQTPRGBMathImageRGBMode __value)
{
    this->rgbMode = __value;
}

JKQTPRGBMathImageRGBMode JKQTPRGBMathImage::getRgbMode() const
{
    return this->rgbMode;
}

void JKQTPRGBMathImage::setModifierMode(const JKQTPMathImageModifierMode &__value)
{
    this->modifierMode = __value;
}

JKQTPMathImageModifierMode JKQTPRGBMathImage::getModifierMode() const
{
    return this->modifierMode;
}


void JKQTPRGBMathImage::setColorBarModifiedWidth(double __value)
{
    this->colorBarModifiedWidth = __value;
}

double JKQTPRGBMathImage::getColorBarModifiedWidth() const
{
    return this->colorBarModifiedWidth;
}


JKQTPVerticalIndependentAxis *JKQTPRGBMathImage::getModifierColorBarTopAxis()  {
    return this->modifierColorBarTopAxis;
}

JKQTPHorizontalIndependentAxis *JKQTPRGBMathImage::getModifierColorBarRightAxis()   {
    return this->modifierColorBarRightAxis ;
}


const JKQTPVerticalIndependentAxis *JKQTPRGBMathImage::getModifierColorBarTopAxis() const {
    return this->modifierColorBarTopAxis;
}

const JKQTPHorizontalIndependentAxis *JKQTPRGBMathImage::getModifierColorBarRightAxis() const {
    return this->modifierColorBarRightAxis ;
}


void JKQTPRGBMathImage::setAutoModifierRange(bool __value)
{
    this->autoModifierRange = __value;
}

bool JKQTPRGBMathImage::getAutoModifierRange() const
{
    return this->autoModifierRange;
}

void JKQTPRGBMathImage::setModifierMin(double __value)
{
    this->modifierMin = __value;
}

double JKQTPRGBMathImage::getModifierMin() const
{
    return this->modifierMin;
}

void JKQTPRGBMathImage::setModifierMax(double __value)
{
    this->modifierMax = __value;
}

double JKQTPRGBMathImage::getModifierMax() const
{
    return this->modifierMax;
}

void JKQTPRGBMathImage::getDataMinMaxG(double& imin, double& imax) {
    ensureImageData();
    if (autoImageRange) {
        imin=imax=0;
        if (!dataG) return;
        switch(datatype) {
            case JKQTPMathImageDataType::DoubleArray:
                imin= JKQTPImagePlot_getImageMin<double>(static_cast<const double*>(dataG), Nx, Ny);
                imax= JKQTPImagePlot_getImageMax<double>(static_cast<const double*>(dataG), Nx, Ny);
                break;
            case JKQTPMathImageDataType::FloatArray:
                imin= JKQTPImagePlot_getImageMin<float>(static_cast<const float*>(dataG), Nx, Ny);
                imax= JKQTPImagePlot_getImageMax<float>(static_cast<const float*>(dataG), Nx, Ny);
                break;
            case JKQTPMathImageDataType::UInt8Array:
                imin= JKQTPImagePlot_getImageMin<uint8_t>(static_cast<const uint8_t*>(dataG), Nx, Ny);
                imax= JKQTPImagePlot_getImageMax<uint8_t>(static_cast<const uint8_t*>(dataG), Nx, Ny);
                break;
            case JKQTPMathImageDataType::UInt16Array:
                imin= JKQTPImagePlot_getImageMin<uint16_t>(static_cast<const uint16_t*>(dataG), Nx, Ny);
                imax= JKQTPImagePlot_getImageMax<uint16_t>(static_cast<const uint16_t*>(dataG), Nx, Ny);
                break;
            case JKQTPMathImageDataType::UInt32Array:
                imin= JKQTPImagePlot_getImageMin<uint32_t>(static_cast<const uint32_t*>(dataG), Nx, Ny);
                imax= JKQTPImagePlot_getImageMax<uint32_t>(static_cast<const uint32_t*>(dataG), Nx, Ny);
                break;
            case JKQTPMathImageDataType::UInt64Array:
                imin= JKQTPImagePlot_getImageMin<uint64_t>(static_cast<const uint64_t*>(dataG), Nx, Ny);
                imax= JKQTPImagePlot_getImageMax<uint64_t>(static_cast<const uint64_t*>(dataG), Nx, Ny);
                break;
            case JKQTPMathImageDataType::Int8Array:
                imin= JKQTPImagePlot_getImageMin<int8_t>(static_cast<const int8_t*>(dataG), Nx, Ny);
                imax= JKQTPImagePlot_getImageMax<int8_t>(static_cast<const int8_t*>(dataG), Nx, Ny);
                break;
            case JKQTPMathImageDataType::Int16Array:
                imin= JKQTPImagePlot_getImageMin<int16_t>(static_cast<const int16_t*>(dataG), Nx, Ny);
                imax= JKQTPImagePlot_getImageMax<int16_t>(static_cast<const int16_t*>(dataG), Nx, Ny);
                break;
            case JKQTPMathImageDataType::Int32Array:
                imin= JKQTPImagePlot_getImageMin<int32_t>(static_cast<const int32_t*>(dataG), Nx, Ny);
                imax= JKQTPImagePlot_getImageMax<int32_t>(static_cast<const int32_t*>(dataG), Nx, Ny);
                break;
            case JKQTPMathImageDataType::Int64Array:
                imin= JKQTPImagePlot_getImageMin<int64_t>(static_cast<const int64_t*>(dataG), Nx, Ny);
                imax= JKQTPImagePlot_getImageMax<int64_t>(static_cast<const int64_t*>(dataG), Nx, Ny);
                break;
        }
    } else {
        imin=imageMinG;
        imax=imageMaxG;
    }
}

void JKQTPRGBMathImage::getDataMinMaxB(double& imin, double& imax) {
    ensureImageData();
    if (autoImageRange) {
        imin=imax=0;
        if (!dataG) return;
        switch(datatype) {
            case JKQTPMathImageDataType::DoubleArray:
                imin= JKQTPImagePlot_getImageMin<double>(static_cast<const double*>(dataB), Nx, Ny);
                imax= JKQTPImagePlot_getImageMax<double>(static_cast<const double*>(dataB), Nx, Ny);
                break;
            case JKQTPMathImageDataType::FloatArray:
                imin= JKQTPImagePlot_getImageMin<float>(static_cast<const float*>(dataB), Nx, Ny);
                imax= JKQTPImagePlot_getImageMax<float>(static_cast<const float*>(dataB), Nx, Ny);
                break;
            case JKQTPMathImageDataType::UInt8Array:
                imin= JKQTPImagePlot_getImageMin<uint8_t>(static_cast<const uint8_t*>(dataB), Nx, Ny);
                imax= JKQTPImagePlot_getImageMax<uint8_t>(static_cast<const uint8_t*>(dataB), Nx, Ny);
                break;
            case JKQTPMathImageDataType::UInt16Array:
                imin= JKQTPImagePlot_getImageMin<uint16_t>(static_cast<const uint16_t*>(dataB), Nx, Ny);
                imax= JKQTPImagePlot_getImageMax<uint16_t>(static_cast<const uint16_t*>(dataB), Nx, Ny);
                break;
            case JKQTPMathImageDataType::UInt32Array:
                imin= JKQTPImagePlot_getImageMin<uint32_t>(static_cast<const uint32_t*>(dataB), Nx, Ny);
                imax= JKQTPImagePlot_getImageMax<uint32_t>(static_cast<const uint32_t*>(dataB), Nx, Ny);
                break;
            case JKQTPMathImageDataType::UInt64Array:
                imin= JKQTPImagePlot_getImageMin<uint64_t>(static_cast<const uint64_t*>(dataB), Nx, Ny);
                imax= JKQTPImagePlot_getImageMax<uint64_t>(static_cast<const uint64_t*>(dataB), Nx, Ny);
                break;
            case JKQTPMathImageDataType::Int8Array:
                imin= JKQTPImagePlot_getImageMin<int8_t>(static_cast<const int8_t*>(dataB), Nx, Ny);
                imax= JKQTPImagePlot_getImageMax<int8_t>(static_cast<const int8_t*>(dataB), Nx, Ny);
                break;
            case JKQTPMathImageDataType::Int16Array:
                imin= JKQTPImagePlot_getImageMin<int16_t>(static_cast<const int16_t*>(dataB), Nx, Ny);
                imax= JKQTPImagePlot_getImageMax<int16_t>(static_cast<const int16_t*>(dataB), Nx, Ny);
                break;
            case JKQTPMathImageDataType::Int32Array:
                imin= JKQTPImagePlot_getImageMin<int32_t>(static_cast<const int32_t*>(dataB), Nx, Ny);
                imax= JKQTPImagePlot_getImageMax<int32_t>(static_cast<const int32_t*>(dataB), Nx, Ny);
                break;
            case JKQTPMathImageDataType::Int64Array:
                imin= JKQTPImagePlot_getImageMin<int64_t>(static_cast<const int64_t*>(dataB), Nx, Ny);
                imax= JKQTPImagePlot_getImageMax<int64_t>(static_cast<const int64_t*>(dataB), Nx, Ny);
                break;
        }
    } else {
        imin=imageMinB;
        imax=imageMaxB;
    }
}

double JKQTPRGBMathImage::getValueAt(double x, double y, int channel)
{
    ensureImageData();
    const void* dd=data;
    if (channel==0) dd=data;
    if (channel==1) dd=dataG;
    if (channel==2) dd=dataB;
    int xx=static_cast<int>(trunc((x-this->x)/width*Nx));
    int yy=static_cast<int>(trunc((y-this->y)/height*Ny));
    if (xx>=0 && xx<Nx && yy>=0 && yy<Ny) {
        switch(datatype) {
            case JKQTPMathImageDataType::DoubleArray: return static_cast<double>((static_cast<const double*>(dd))[yy*Nx+xx]); break;
            case JKQTPMathImageDataType::FloatArray: return static_cast<double>((static_cast<const float*>(dd))[yy*Nx+xx]); break;
            case JKQTPMathImageDataType::UInt8Array: return static_cast<double>((static_cast<const uint8_t*>(dd))[yy*Nx+xx]); break;
            case JKQTPMathImageDataType::UInt16Array: return static_cast<double>((static_cast<const uint16_t*>(dd))[yy*Nx+xx]); break;
            case JKQTPMathImageDataType::UInt32Array: return static_cast<double>((static_cast<const uint32_t*>(dd))[yy*Nx+xx]); break;
            case JKQTPMathImageDataType::UInt64Array: return static_cast<double>((static_cast<const uint64_t*>(dd))[yy*Nx+xx]); break;
            case JKQTPMathImageDataType::Int8Array: return static_cast<double>((static_cast<const int8_t*>(dd))[yy*Nx+xx]); break;
            case JKQTPMathImageDataType::Int16Array: return static_cast<double>((static_cast<const int16_t*>(dd))[yy*Nx+xx]); break;
            case JKQTPMathImageDataType::Int32Array: return static_cast<double>((static_cast<const int32_t*>(dd))[yy*Nx+xx]); break;
            case JKQTPMathImageDataType::Int64Array: return static_cast<double>((static_cast<const int64_t*>(dd))[yy*Nx+xx]); break;
        }    }
    return 0.0;
}

void JKQTPRGBMathImage::drawKeyMarker(JKQTPEnhancedPainter &painter, const QRectF &rect)
{
    painter.drawImage(rect, QPixmap(":/JKQTPlotter/jkqtp_plot_rgbimage.png").toImage());
}

void JKQTPRGBMathImage::setTitle(const QString &title)
{
    JKQTPImageBase::setTitle(title);
    QString t=title;
    if (t.isEmpty()) t="JKQTPRGBMathImage";
    actSaveImage->setText(tr("Save %1 ...").arg(t));
    actCopyImage->setText(tr("Copy %1 ...").arg(t));
}

void JKQTPRGBMathImage::saveImagePlotAsImage(const QString &filename, const QByteArray &outputFormat)
{
    if (parent) {
        parent->loadUserSettings();
        QString currentSaveDirectory=parent->getCurrentSaveDirectory();
        QString currentFileFormat=parent->getCurrentFileFormat();
        QString fn=filename;
        QStringList filt;
        QList<QByteArray> writerformats=QImageWriter::supportedImageFormats();
        for (int i=0; i<writerformats.size(); i++) {
            filt<<QString("%1 Image (*.%2)").arg(QString(writerformats[i]).toUpper()).arg(QString(writerformats[i].toLower()));
        }
        QString selFormat;
        if (fn.isEmpty()) {
            selFormat=currentFileFormat;
            fn = QFileDialog::getSaveFileName(nullptr, tr("Save Image Plot As Image ..."),
                                        currentSaveDirectory,
                                              filt.join(";;"), &selFormat);
            if (!fn.isEmpty()) currentSaveDirectory=QFileInfo(fn).absolutePath();
        }

        parent->setCurrentFileFormat(currentFileFormat);
        parent->setCurrentSaveDirectory(currentSaveDirectory);
        parent->saveUserSettings();
        if (!fn.isEmpty()) {
            int filtID=filt.indexOf(selFormat);
            QString form="NONE";
            if (filtID>=0 && filtID<writerformats.size()) {
                form=writerformats[filtID];
            }
            if (outputFormat.size()>0) {
                form =outputFormat;
            }

            QImage image=drawImage();

            if (form=="NONE") image.save(fn);
            else image.save(fn, form.toLatin1().data());
        }
    }
}

void JKQTPRGBMathImage::copyImagePlotAsImage()
{
    QClipboard* clip=QApplication::clipboard();
    if (clip) {
        clip->setPixmap(QPixmap::fromImage(drawImage()));
    }
}

QImage JKQTPRGBMathImage::drawImage() {
    ensureImageData();
    if (!data && !dataG && !dataB) return QImage();
    QImage img(Nx, Ny, QImage::Format_ARGB32);

    if (rgbMode==JKQTPRGBMathImageModeRGBMode) {
        img.fill(Qt::transparent);
    } else if (rgbMode==JKQTPRGBMathImageModeCMYMode) {
        img.fill(Qt::white);
    } else if (rgbMode==JKQTPRGBMathImageModeHSVMode) {
        QColor c("white");
        c.setHsv(0,255,255);
        img.fill(c.rgba());
    } else if (rgbMode==JKQTPRGBMathImageModeHSLMode) {
        QColor c("white");
        c.setHsv(0,255,127);
        img.fill(c.rgba());
    }
    getModifierMinMax(internalModifierMin, internalModifierMax);
    getDataMinMax(internalDataMin, internalDataMax);
    getDataMinMaxG(internalDataMinG, internalDataMaxG);
    getDataMinMaxB(internalDataMinB, internalDataMaxB);
    int palette = 0;
    if (data) {
        switch(datatype) {
            case JKQTPMathImageDataType::DoubleArray: JKQTPImagePlot_array2RGBimage<double>(static_cast<const double*>(data), Nx, Ny, img, palette, internalDataMin, internalDataMax, rgbMode); break;
            case JKQTPMathImageDataType::FloatArray: JKQTPImagePlot_array2RGBimage<float>(static_cast<const float*>(data), Nx, Ny, img, palette, internalDataMin, internalDataMax, rgbMode); break;
            case JKQTPMathImageDataType::UInt8Array: JKQTPImagePlot_array2RGBimage<uint8_t>(static_cast<const uint8_t*>(data), Nx, Ny, img, palette, internalDataMin, internalDataMax, rgbMode); break;
            case JKQTPMathImageDataType::UInt16Array: JKQTPImagePlot_array2RGBimage<uint16_t>(static_cast<const uint16_t*>(data), Nx, Ny, img, palette, internalDataMin, internalDataMax, rgbMode); break;
            case JKQTPMathImageDataType::UInt32Array: JKQTPImagePlot_array2RGBimage<uint32_t>(static_cast<const uint32_t*>(data), Nx, Ny, img, palette, internalDataMin, internalDataMax, rgbMode); break;
            case JKQTPMathImageDataType::UInt64Array: JKQTPImagePlot_array2RGBimage<uint64_t>(static_cast<const uint64_t*>(data), Nx, Ny, img, palette, internalDataMin, internalDataMax, rgbMode); break;
            case JKQTPMathImageDataType::Int8Array: JKQTPImagePlot_array2RGBimage<int8_t>(static_cast<const int8_t*>(data), Nx, Ny, img, palette, internalDataMin, internalDataMax, rgbMode); break;
            case JKQTPMathImageDataType::Int16Array: JKQTPImagePlot_array2RGBimage<int16_t>(static_cast<const int16_t*>(data), Nx, Ny, img, palette, internalDataMin, internalDataMax, rgbMode); break;
            case JKQTPMathImageDataType::Int32Array: JKQTPImagePlot_array2RGBimage<int32_t>(static_cast<const int32_t*>(data), Nx, Ny, img, palette, internalDataMin, internalDataMax, rgbMode); break;
            case JKQTPMathImageDataType::Int64Array: JKQTPImagePlot_array2RGBimage<int64_t>(static_cast<const int64_t*>(data), Nx, Ny, img, palette, internalDataMin, internalDataMax, rgbMode); break;
        }
    }
    palette = 1;
    if (dataG) {
        switch(datatypeG) {
            case JKQTPMathImageDataType::DoubleArray: JKQTPImagePlot_array2RGBimage<double>(static_cast<const double*>(dataG), Nx, Ny, img, palette, internalDataMinG, internalDataMaxG, rgbMode); break;
            case JKQTPMathImageDataType::FloatArray: JKQTPImagePlot_array2RGBimage<float>(static_cast<const float*>(dataG), Nx, Ny, img, palette, internalDataMinG, internalDataMaxG, rgbMode); break;
            case JKQTPMathImageDataType::UInt8Array: JKQTPImagePlot_array2RGBimage<uint8_t>(static_cast<const uint8_t*>(dataG), Nx, Ny, img, palette, internalDataMinG, internalDataMaxG, rgbMode); break;
            case JKQTPMathImageDataType::UInt16Array: JKQTPImagePlot_array2RGBimage<uint16_t>(static_cast<const uint16_t*>(dataG), Nx, Ny, img, palette, internalDataMinG, internalDataMaxG, rgbMode); break;
            case JKQTPMathImageDataType::UInt32Array: JKQTPImagePlot_array2RGBimage<uint32_t>(static_cast<const uint32_t*>(dataG), Nx, Ny, img, palette, internalDataMinG, internalDataMaxG, rgbMode); break;
            case JKQTPMathImageDataType::UInt64Array: JKQTPImagePlot_array2RGBimage<uint64_t>(static_cast<const uint64_t*>(dataG), Nx, Ny, img, palette, internalDataMinG, internalDataMaxG, rgbMode); break;
            case JKQTPMathImageDataType::Int8Array: JKQTPImagePlot_array2RGBimage<int8_t>(static_cast<const int8_t*>(dataG), Nx, Ny, img, palette, internalDataMinG, internalDataMaxG, rgbMode); break;
            case JKQTPMathImageDataType::Int16Array: JKQTPImagePlot_array2RGBimage<int16_t>(static_cast<const int16_t*>(dataG), Nx, Ny, img, palette, internalDataMinG, internalDataMaxG, rgbMode); break;
            case JKQTPMathImageDataType::Int32Array: JKQTPImagePlot_array2RGBimage<int32_t>(static_cast<const int32_t*>(dataG), Nx, Ny, img, palette, internalDataMinG, internalDataMaxG, rgbMode); break;
            case JKQTPMathImageDataType::Int64Array: JKQTPImagePlot_array2RGBimage<int64_t>(static_cast<const int64_t*>(dataG), Nx, Ny, img, palette, internalDataMinG, internalDataMaxG, rgbMode); break;
        }
    }
    palette = 2;
    if (dataB) {
        switch(datatypeB) {
            case JKQTPMathImageDataType::DoubleArray: JKQTPImagePlot_array2RGBimage<double>(static_cast<const double*>(dataB), Nx, Ny, img, palette, internalDataMinB, internalDataMaxB, rgbMode); break;
            case JKQTPMathImageDataType::FloatArray: JKQTPImagePlot_array2RGBimage<float>(static_cast<const float*>(dataB), Nx, Ny, img, palette, internalDataMinB, internalDataMaxB, rgbMode); break;
            case JKQTPMathImageDataType::UInt8Array: JKQTPImagePlot_array2RGBimage<uint8_t>(static_cast<const uint8_t*>(dataB), Nx, Ny, img, palette, internalDataMinB, internalDataMaxB, rgbMode); break;
            case JKQTPMathImageDataType::UInt16Array: JKQTPImagePlot_array2RGBimage<uint16_t>(static_cast<const uint16_t*>(dataB), Nx, Ny, img, palette, internalDataMinB, internalDataMaxB, rgbMode); break;
            case JKQTPMathImageDataType::UInt32Array: JKQTPImagePlot_array2RGBimage<uint32_t>(static_cast<const uint32_t*>(dataB), Nx, Ny, img, palette, internalDataMinB, internalDataMaxB, rgbMode); break;
            case JKQTPMathImageDataType::UInt64Array: JKQTPImagePlot_array2RGBimage<uint64_t>(static_cast<const uint64_t*>(dataB), Nx, Ny, img, palette, internalDataMinB, internalDataMaxB, rgbMode); break;
            case JKQTPMathImageDataType::Int8Array: JKQTPImagePlot_array2RGBimage<int8_t>(static_cast<const int8_t*>(dataB), Nx, Ny, img, palette, internalDataMinB, internalDataMaxB, rgbMode); break;
            case JKQTPMathImageDataType::Int16Array: JKQTPImagePlot_array2RGBimage<int16_t>(static_cast<const int16_t*>(dataB), Nx, Ny, img, palette, internalDataMinB, internalDataMaxB, rgbMode); break;
            case JKQTPMathImageDataType::Int32Array: JKQTPImagePlot_array2RGBimage<int32_t>(static_cast<const int32_t*>(dataB), Nx, Ny, img, palette, internalDataMinB, internalDataMaxB, rgbMode); break;
            case JKQTPMathImageDataType::Int64Array: JKQTPImagePlot_array2RGBimage<int64_t>(static_cast<const int64_t*>(dataB), Nx, Ny, img, palette, internalDataMinB, internalDataMaxB, rgbMode); break;
        }
    }

    JKQTPModifyImage(img, modifierMode, dataModifier, datatypeModifier, Nx, Ny, internalModifierMin, internalModifierMax);

    return img;
}

void JKQTPRGBMathImage::setData(const void* data, int Nx, int Ny, JKQTPMathImageDataType datatype) {
    this->data=data;
    this->datatype=datatype;
    this->dataG=nullptr;
    this->dataB=nullptr;
    this->Nx=Nx;
    this->Ny=Ny;
}

void JKQTPRGBMathImage::setData(const void* data, int Nx, int Ny) {
    this->data=data;
    this->Nx=Nx;
    this->Ny=Ny;
    this->dataG=nullptr;
    this->dataB=nullptr;
}


void JKQTPRGBMathImage::setData(const void *data, const void *dataG, const void *dataB, int Nx, int Ny, JKQTPMathImageDataType datatype) {
    this->data=data;
    this->datatype=datatype;
    this->datatypeG=datatype;
    this->datatypeB=datatype;
    this->dataG=dataG;
    this->dataB=dataB;
    this->Nx=Nx;
    this->Ny=Ny;
}

void JKQTPRGBMathImage::setData(const void *data, const void *dataG, const void *dataB, int Nx, int Ny) {
    this->data=data;
    this->dataG=dataG;
    this->dataB=dataB;
    this->Nx=Nx;
    this->Ny=Ny;
}



JKQTPColumnRGBMathImage::JKQTPColumnRGBMathImage(JKQTBasePlotter *parent):
    JKQTPRGBMathImage(0,0,0,0,JKQTPMathImageDataType::DoubleArray,nullptr,0,0,parent)
{
    this->modifierColumn=-1;
    this->imageRColumn=-1;
    this->imageGColumn=-1;
    this->imageBColumn=-1;
    this->datatype=JKQTPMathImageDataType::DoubleArray;
}

JKQTPColumnRGBMathImage::JKQTPColumnRGBMathImage(double x, double y, double width, double height, JKQTBasePlotter *parent):
    JKQTPRGBMathImage(x,y,width,height,JKQTPMathImageDataType::DoubleArray,nullptr,0,0,parent)
{
    this->modifierColumn=-1;
    this->imageRColumn=-1;
    this->imageGColumn=-1;
    this->imageBColumn=-1;
    this->datatype=JKQTPMathImageDataType::DoubleArray;
}

JKQTPColumnRGBMathImage::JKQTPColumnRGBMathImage(double x, double y, double width, double height, int imageRColumn, JKQTBasePlotter *parent):
    JKQTPRGBMathImage(x,y,width,height,JKQTPMathImageDataType::DoubleArray,nullptr,0,0,parent)
{
    this->modifierColumn=-1;
    this->imageRColumn=imageRColumn;
    this->imageGColumn=-1;
    this->imageBColumn=-1;
    this->datatype=JKQTPMathImageDataType::DoubleArray;
    if (parent && imageRColumn>=0 && parent->getDatastore()) {
        Nx= static_cast<int>(parent->getDatastore()->getColumnImageWidth(imageRColumn));
        Ny= static_cast<int>(parent->getDatastore()->getColumnImageHeight(imageRColumn));
    }
}

JKQTPColumnRGBMathImage::JKQTPColumnRGBMathImage(double x, double y, double width, double height, int imageRColumn, int imageGColumn, JKQTBasePlotter *parent):
    JKQTPRGBMathImage(x,y,width,height,JKQTPMathImageDataType::DoubleArray,nullptr,0,0,parent)
{
    this->modifierColumn=-1;
    this->imageRColumn=imageRColumn;
    this->imageGColumn=imageGColumn;
    this->imageBColumn=-1;
    this->datatype=JKQTPMathImageDataType::DoubleArray;
    if (parent && imageRColumn>=0 && parent->getDatastore()) {
        Nx= static_cast<int>(parent->getDatastore()->getColumnImageWidth(imageRColumn));
        Ny= static_cast<int>(parent->getDatastore()->getColumnImageHeight(imageRColumn));
    }
}

JKQTPColumnRGBMathImage::JKQTPColumnRGBMathImage(double x, double y, double width, double height, int imageRColumn, int imageGColumn, int imageBColumn, JKQTBasePlotter *parent):
    JKQTPRGBMathImage(x,y,width,height,JKQTPMathImageDataType::DoubleArray,nullptr,0,0,parent)
{
    this->modifierColumn=-1;
    this->imageRColumn=imageRColumn;
    this->imageGColumn=imageGColumn;
    this->imageBColumn=imageBColumn;
    this->datatype=JKQTPMathImageDataType::DoubleArray;
    if (parent && imageRColumn>=0 && parent->getDatastore()) {
        Nx= static_cast<int>(parent->getDatastore()->getColumnImageWidth(imageRColumn));
        Ny= static_cast<int>(parent->getDatastore()->getColumnImageHeight(imageRColumn));
    }
}

JKQTPColumnRGBMathImage::JKQTPColumnRGBMathImage(JKQTPlotter *parent):
    JKQTPColumnRGBMathImage(parent->getPlotter())
{
}

JKQTPColumnRGBMathImage::JKQTPColumnRGBMathImage(double x, double y, double width, double height, JKQTPlotter *parent):
    JKQTPColumnRGBMathImage(x,y,width,height,Nx,Ny,parent->getPlotter())
{
}

JKQTPColumnRGBMathImage::JKQTPColumnRGBMathImage(double x, double y, double width, double height, int imageRColumn, JKQTPlotter *parent):
    JKQTPColumnRGBMathImage(x,y,width,height,imageRColumn,parent->getPlotter())
{
}

JKQTPColumnRGBMathImage::JKQTPColumnRGBMathImage(double x, double y, double width, double height, int imageRColumn, int imageGColumn, JKQTPlotter *parent):
    JKQTPColumnRGBMathImage(x,y,width,height,imageRColumn,imageGColumn,parent->getPlotter())
{
}

JKQTPColumnRGBMathImage::JKQTPColumnRGBMathImage(double x, double y, double width, double height, int imageRColumn, int imageGColumn, int imageBColumn, JKQTPlotter *parent):
    JKQTPColumnRGBMathImage(x,y,width,height,imageRColumn,imageGColumn,imageBColumn,parent->getPlotter())
{
}

bool JKQTPColumnRGBMathImage::usesColumn(int c) const
{
    return (c==imageRColumn)||(c==imageBColumn)||(c==imageGColumn)||(c==modifierColumn);
}


void JKQTPColumnRGBMathImage::ensureImageData()
{
    JKQTPRGBMathImage::ensureImageData();
    this->datatype=JKQTPMathImageDataType::DoubleArray;
    this->datatypeG=JKQTPMathImageDataType::DoubleArray;
    this->datatypeB=JKQTPMathImageDataType::DoubleArray;
    this->data=parent->getDatastore()->getColumnPointer(imageRColumn,0);
    this->dataG=parent->getDatastore()->getColumnPointer(imageGColumn,0);
    this->dataB=parent->getDatastore()->getColumnPointer(imageBColumn,0);
    /*if (Nx*Ny==0 || Nx*Ny>parent->getDatastore()->getRows(imageRColumn)) {
        if (Nx>0) {
            Ny=parent->getDatastore()->getRows(imageRColumn)/this->Nx;
        } else {
            Nx=parent->getDatastore()->getRows(imageRColumn);
            Ny=1;
        }
    }*/
    this->datatypeModifier=JKQTPMathImageDataType::DoubleArray;
    this->dataModifier=parent->getDatastore()->getColumnPointer(modifierColumn,0);
}


QVector<double> JKQTPRGBMathImage::getDataGAsDoubleVector() const
{
    switch(datatype) {
        case JKQTPMathImageDataType::DoubleArray:
            return JKQTPImagePlot_arrayToDVector(static_cast<const double*>(dataG), Nx*Ny);
        case JKQTPMathImageDataType::FloatArray:
            return JKQTPImagePlot_arrayToDVector(static_cast<const float*>(dataG), Nx*Ny);
        case JKQTPMathImageDataType::UInt8Array:
            return JKQTPImagePlot_arrayToDVector(static_cast<const uint8_t*>(dataG), Nx*Ny);
        case JKQTPMathImageDataType::UInt16Array:
            return JKQTPImagePlot_arrayToDVector(static_cast<const uint16_t*>(dataG), Nx*Ny);
        case JKQTPMathImageDataType::UInt32Array:
            return JKQTPImagePlot_arrayToDVector(static_cast<const uint32_t*>(dataG), Nx*Ny);
        case JKQTPMathImageDataType::UInt64Array:
            return JKQTPImagePlot_arrayToDVector(static_cast<const uint64_t*>(dataG), Nx*Ny);
        case JKQTPMathImageDataType::Int8Array:
            return JKQTPImagePlot_arrayToDVector(static_cast<const int8_t*>(dataG), Nx*Ny);
        case JKQTPMathImageDataType::Int16Array:
            return JKQTPImagePlot_arrayToDVector(static_cast<const int16_t*>(dataG), Nx*Ny);
        case JKQTPMathImageDataType::Int32Array:
            return JKQTPImagePlot_arrayToDVector(static_cast<const int32_t*>(dataG), Nx*Ny);
        case JKQTPMathImageDataType::Int64Array:
            return JKQTPImagePlot_arrayToDVector(static_cast<const int64_t*>(dataG), Nx*Ny);
    }
    QVector<double> res;
    return res;
}

QVector<double> JKQTPRGBMathImage::getDataBAsDoubleVector() const
{
    switch(datatype) {
        case JKQTPMathImageDataType::DoubleArray:
            return JKQTPImagePlot_arrayToDVector(static_cast<const double*>(dataB), Nx*Ny);
        case JKQTPMathImageDataType::FloatArray:
            return JKQTPImagePlot_arrayToDVector(static_cast<const float*>(dataB), Nx*Ny);
        case JKQTPMathImageDataType::UInt8Array:
            return JKQTPImagePlot_arrayToDVector(static_cast<const uint8_t*>(dataB), Nx*Ny);
        case JKQTPMathImageDataType::UInt16Array:
            return JKQTPImagePlot_arrayToDVector(static_cast<const uint16_t*>(dataB), Nx*Ny);
        case JKQTPMathImageDataType::UInt32Array:
            return JKQTPImagePlot_arrayToDVector(static_cast<const uint32_t*>(dataB), Nx*Ny);
        case JKQTPMathImageDataType::UInt64Array:
            return JKQTPImagePlot_arrayToDVector(static_cast<const uint64_t*>(dataB), Nx*Ny);
        case JKQTPMathImageDataType::Int8Array:
            return JKQTPImagePlot_arrayToDVector(static_cast<const int8_t*>(dataB), Nx*Ny);
        case JKQTPMathImageDataType::Int16Array:
            return JKQTPImagePlot_arrayToDVector(static_cast<const int16_t*>(dataB), Nx*Ny);
        case JKQTPMathImageDataType::Int32Array:
            return JKQTPImagePlot_arrayToDVector(static_cast<const int32_t*>(dataB), Nx*Ny);
        case JKQTPMathImageDataType::Int64Array:
            return JKQTPImagePlot_arrayToDVector(static_cast<const int64_t*>(dataB), Nx*Ny);
    }
    QVector<double> res;
    return res;
}




int JKQTPColumnRGBMathImage::getModifierColumn() const
{
    return this->modifierColumn;
}

void JKQTPColumnRGBMathImage::setModifierColumn(int __value)
{
    this->modifierColumn = __value;
    if (parent && __value>=0 && parent->getDatastore()) {
        setNx(parent->getDatastore()->getColumnImageWidth(__value));
        setNy(parent->getDatastore()->getColumnImageHeight(__value));
    }
}

int JKQTPColumnRGBMathImage::getImageBColumn() const
{
    return this->imageBColumn;
}

void JKQTPColumnRGBMathImage::setImageBColumn(int __value)
{
    this->imageBColumn = __value;
    if (parent && __value>=0 && parent->getDatastore()) {
        setNx(parent->getDatastore()->getColumnImageWidth(__value));
        setNy(parent->getDatastore()->getColumnImageHeight(__value));
    }
}

int JKQTPColumnRGBMathImage::getImageGColumn() const
{
    return this->imageGColumn;
}

void JKQTPColumnRGBMathImage::setImageGColumn(int __value)
{
    this->imageGColumn = __value;
    if (parent && __value>=0 && parent->getDatastore()) {
        setNx(parent->getDatastore()->getColumnImageWidth(__value));
        setNy(parent->getDatastore()->getColumnImageHeight(__value));
    }
}

int JKQTPColumnRGBMathImage::getImageRColumn() const
{
    return this->imageRColumn;
}

void JKQTPColumnRGBMathImage::setImageRColumn(int __value)
{
    this->imageRColumn = __value;
    if (parent && __value>=0 && parent->getDatastore()) {
        setNx(parent->getDatastore()->getColumnImageWidth(__value));
        setNy(parent->getDatastore()->getColumnImageHeight(__value));
    }
}