void CSSselector::attribute(std::string name1, std::string comparision, std::string name2) {
int group = 0;
int connected = 0;
// Check previous tag to see if it applies to this one.
if (tagContainer.size() != 0){
group = tagContainer.back().getTagGroup() + 1;
connected = tagContainer.back().getTagType();
}
// Open attribute
CSStag::setTag(4, group, connected, "");
CSStag::setTagExtend(1);
insertSelector();
clearTag();
// Create combinator element
combinator(name1, comparision, name2);
// Close attribute
CSStag::setTag(5, group, connected, "");
CSStag::setTagExtend(1);
insertSelector();
clearTag();
}
/**
* \brief Combine image, mask and center into a color image
*/
ImagePtr VCurveFocusWork::combine(ImagePtr image, FWHMInfo& fwhminfo) {
// first build the red channel from the mask
Image<unsigned char> *red
= dynamic_cast<Image<unsigned char> *>(&*fwhminfo.mask);
if (NULL == red) {
throw std::logic_error("internal error, mask has not 8bit pixel type");
}
// then build the green channel from the original image
Image<unsigned char> *green = FocusWork::green(image);
ImagePtr greenptr(green);
// create the blue image
CrosshairAdapter<unsigned char> crosshair(image->size(), fwhminfo.maxpoint, 20);
CircleAdapter<unsigned char> circle(image->size(), fwhminfo.center,
fwhminfo.radius);
MaxAdapter<unsigned char> blue(crosshair, circle);
// now use a combination adapter to put all these images together
// into a single color image
CombinationAdapter<unsigned char> combinator(*red, *green, blue);
Image<RGB<unsigned char> > *result
= new Image<RGB<unsigned char> >(combinator);
return ImagePtr(result);
}
