AnnRectBox.h

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#ifndef ANNOTATIONS_ANNRECTBOX_H
#define ANNOTATIONS_ANNRECTBOX_H

#include <casa/aips.h>
#include <imageanalysis/Annotations/AnnPolygon.h>

namespace casa {

// <summary>
// This class represents an annotation for rectangular (in position coordinates) region specified
// in an ascii region file as proposed in CAS-2285
// </summary>
// <author>Dave Mehringer</author>
// <use visibility=export>
// <reviewed reviewer="" date="yyyy/mm/dd" tests="" demos="">
// </reviewed>
// <prerequisite>

// </prerequisite>

// <etymology>
// Holds the specification of an annotation for a rectangular region as specified in ASCII format.
// </etymology>

// <synopsis>
// This class represents an annotation for a rectangular region in coordinate space. In general, in order
// to preserve the region through a rotation (eg from one coordinate frame to another), all four corners
// must be tracked through the rotation. Hence, this region is effectively a four corner polygon.
// </synopsis>


class AnnRectBox: public AnnPolygon {

public:

        AnnRectBox(
                const Quantity& blcx,
                const Quantity& blcy,
                const Quantity& trcx,
                const Quantity& trcy,
                const String& dirRefFrameString,
                const CoordinateSystem& csys,
                const IPosition& imShape,
                const Quantity& beginFreq,
                const Quantity& endFreq,
                const String& freqRefFrameString,
                const String& dopplerString,
                const Quantity& restfreq,
                const Vector<Stokes::StokesTypes> stokes,
                const Bool annotationOnly
        );

        // Simplified constructor.
        // all frequencies are used (these can be set after construction).
        // blcx, blcy, trcx, and trcy
        // must be in the same frame as the csys direction coordinate.
        // is a region (not just an annotation), although this value can be changed after
        // construction.
        AnnRectBox(
                const Quantity& blcx,
                const Quantity& blcy,
                const Quantity& trcx,
                const Quantity& trcy,
                const CoordinateSystem& csys,
                const IPosition& imShape,
                const Vector<Stokes::StokesTypes>& stokes
        );

        // implicit copy constructor and destructor are fine

        AnnRectBox& operator=(const AnnRectBox& other);

        // get the blc and trc direction coords for the box.
        // The output directions will be converted from the input
        // reference frame to the reference frame of the input
        // coordinate system if necessary.
        // blc is the 0th component, trc the 1st in the returned vector.

        //Vector<MDirection> getCorners() const;

        ostream& print(ostream &os) const;

private:
        AnnotationBase::Direction _inputCorners;
};

}

#endif