/**
* \brief Constructor to build Part from PartInfo
*/
PartInfo::PartInfo(const Part& part) {
partno = part.partno();
instrument = part.instrument();
width = part.exposure().width();
height = part.exposure().height();
xoffset = part.exposure().x();
yoffset = part.exposure().y();
exposuretime = part.exposure().exposuretime();
gain = part.exposure().gain();
limit = part.exposure().limit();
binx = part.exposure().mode().x();
biny = part.exposure().mode().y();
switch (part.exposure().shutter()) {
case astro::camera::Shutter::OPEN:
shutter = 1;
break;
case astro::camera::Shutter::CLOSED:
shutter = 0;
break;
}
purpose = part.exposure().purpose();
filtername = part.filtername();
temperature = part.temperature();
taskserver = part.taskserver();
taskid = part.taskid();
repoid = part.repoid();
}
/**
* \brief Cast operator to convert a PartInfo object to a part
*/
PartInfo::operator Part() const {
Part part;
part.partno(partno);
part.instrument(instrument);
astro::image::ImageSize size(width, height);
astro::image::ImagePoint origin(xoffset, yoffset);
astro::image::ImageRectangle frame(size, origin);
astro::camera::Exposure exposure;
exposure.frame(frame);
exposure.exposuretime(exposuretime);
exposure.gain(gain);
exposure.limit(limit);
exposure.mode(astro::image::Binning(binx, biny));
exposure.shutter((shutter) ? astro::camera::Shutter::OPEN
: astro::camera::Shutter::CLOSED);
exposure.purpose((astro::camera::Exposure::purpose_t)purpose);
part.exposure(exposure);
part.filtername(filtername);
part.temperature(temperature);
part.taskserver(taskserver);
part.taskid(taskid);
part.repoid(repoid);
return part;
}
