# class ffw::GuiImageViewer

auto gui = ffw::GuiWindowNanoVG(nvg); 
auto root = gui.getLayout();

// Load pixels
std::unique_ptr<unsigned char[]> pixels(new unsigned char[360 * 240 * 4]);
std::ifstream input("owl.raw", std::ios::in | std::ios::binary);
input.read((char*)pixels.get(), 360 * 240 * 4);

// Create image
// Make sure the image is alive while the window is being rendered!
// Depending on your backend implementation, you can free the pixels
// after creating the image! When using NanoVG or FineGraphics
// the pixels are copied into the GPU memory.
auto image = ffw::GuiImageNanoVG(nvg, 360, 240, 0, pixels.get());
pixels.reset();

auto viewer = new ffw::GuiImageViewer(&gui, &image);
viewer->setSize(ffw::guiPercent(50.0f), ffw::guiWrap());
viewer->setLabel("Hello World!");
viewer->setAlign(ffw::GuiAlign::TOP_LEFT);

root->addWidget(label);
// Do not free the created widgets! They will be deleted by the gui window!

while(true){
    // Render the gui
}

ffw::GuiImageViewer::GuiImageViewer (
    GuiWindow * context,
    const GuiImage * image
)

virtual ffw::GuiImageViewer::~GuiImageViewer () = default

void ffw::GuiImageViewer::setImage (
    const GuiImage * image
)

void ffw::GuiImageViewer::setSubsection (
    int posx,
    int posy,
    int width,
    int height
)

void ffw::GuiImageViewer::setMirror (
    bool mirrorX,
    bool mirrorY
)

const GuiImage * ffw::GuiImageViewer::getImage () const

const Recti ffw::GuiImageViewer::getSubsection () const

const Point< bool > ffw::GuiImageViewer::getMirror () const

void ffw::GuiImageViewer::setLabel (
    const std::string & label
)

const std::string & ffw::GuiImageViewer::getLabel () const

virtual ffw::Pointf ffw::GuiImageViewer::getMinimumWrapSize ()

void ffw::GuiImageViewer::setStyle (
    const GuiImageViewer::Style * style,
    bool defaults = false
)