/**
* \brief Get a guider port by name
*/
GuiderPortPtr SxCameraLocator::getGuiderPort0(const DeviceName& name) {
DeviceName cameraname(DeviceName::Camera, name);
cameraname.pop_back();
debug(LOG_DEBUG, DEBUG_LOG, 0, "looking for guider port of camera %s",
cameraname.toString().c_str());
CameraPtr camera = this->getCamera(cameraname);
if (!camera->hasGuiderPort()) {
debug(LOG_ERR, DEBUG_LOG, 0, "camera has no guider port");
throw NotFound("camera does not have guider port");
}
return camera->getGuiderPort();
}
Mock1Camera::Mock1Camera(int _id) : astro::camera::Camera(cameraname(_id)), id(_id) {
CcdInfo ccd0(DeviceName(name(), DeviceName::Ccd, "primary ccd"),
ImageSize(1024, 768), 0);
ccd0.addMode(Binning(1,1));
ccd0.pixelwidth(0.00001);
ccd0.pixelheight(0.00001);
ccdinfo.push_back(ccd0);
CcdInfo ccd1(DeviceName(name(), DeviceName::Ccd, "secondary ccd"),
ImageSize(640, 480), 1);
ccd1.addMode(Binning(1,1));
ccd1.pixelwidth(0.00001);
ccd1.pixelheight(0.00001);
ccdinfo.push_back(ccd1);
debug(LOG_DEBUG, DEBUG_LOG, 0, "mock1 has %d ccds", this->nCcds());
}
SimCamera::SimCamera() : Camera(cameraname("guidesim")) {
DeviceName ccdname(name(), DeviceName::Ccd, "primary ccd");
CcdInfo ccd0(ccdname, ImageSize(640, 480));
ccd0.addMode(Binning(1, 1));
ccdinfo.push_back(ccd0);
// initial star position
x = 320;
y = 240;
// movement definition
vx = 0.1;
vy = 0.2;
delta = 10;
ra.clear();
dec.clear();
ra.alpha = 1;
dec.alpha = ra.alpha + M_PI / 2;
// neither movement nor exposures are active
exposurestart = -1;
lastexposure = Timer::gettime();
}
