StructuringElementXY.h

// StructuringElementXY.h:
// -----------------------
//

#ifndef __IPSDKBASEDATA_STRUCTURINGELEMENTXY_H__
#define __IPSDKBASEDATA_STRUCTURINGELEMENTXY_H__

// suppression warnings
// warning C4251: 'ipsdk::StructuringElementXY::_dataColl' : class 'std::set<_Kty>' needs to have dll-interface to be used by clients of class 'ipsdk::StructuringElementXY'
#pragma warning (push)
#pragma warning (disable : 4251)

#include <IPSDKBaseData/Pattern/StructuringElement/BaseStructuringElement.h>

namespace ipsdk {


class IPSDKBASEDATA_API StructuringElementXY : public BaseStructuringElement
{
    // declare serial class
    IPSDK_DECLARE_SERIAL_WITH_COPY(IPSDKBaseData, StructuringElementXY)

public:
    StructuringElementXY();
    ~StructuringElementXY();

// methods
public:
    eStructuringElementType getStructuringElementType() const;

    ipUInt32                getNbData() const;

    bool                    exists(const OffsetXY& offset) const;

    void                    insert(const OffsetXY& offset);

    void                    remove(const OffsetXY& offset);

    void                    setDataColl(const XYOffsetColl& dataColl);

    const XYOffsetColl&     getDataColl() const;

    const ipUInt32          getSizeX() const;
    const ipUInt32          getSizeY() const;

    const ipInt32           getMinX() const;
    const ipInt32           getMinY() const;

    const ipInt32           getMaxX() const;
    const ipInt32           getMaxY() const;

    const ipUInt32          getStartingSizeX() const;
    const ipUInt32          getStartingSizeY() const;

    const ipUInt32          getEndingSizeX() const;
    const ipUInt32          getEndingSizeY() const;

    void                    clear();

// attributes
protected:
    XYOffsetColl    _dataColl;

    ipInt32         _minX;
    ipInt32         _minY;

    ipUInt32        _sizeX;
    ipUInt32        _sizeY;
};


inline eStructuringElementType
StructuringElementXY::getStructuringElementType() const
{
    return eStructuringElementType::eSET_XY;
}

inline const ipUInt32
StructuringElementXY::getSizeX() const
{
    return _sizeX;
}

inline const ipUInt32
StructuringElementXY::getSizeY() const
{
    return _sizeY;
}

inline const ipInt32
StructuringElementXY::getMinX() const
{
    return _minX;
}

inline const ipInt32
StructuringElementXY::getMinY() const
{
    return _minY;
}

inline const ipInt32
StructuringElementXY::getMaxX() const
{
    if (_sizeX != 0)
        return _minX + static_cast<ipInt32>(_sizeX-1);
    else
        return 0;
}

inline const ipInt32
StructuringElementXY::getMaxY() const
{
    if (_sizeY != 0)
        return _minY + static_cast<ipInt32>(_sizeY-1);
    else
        return 0;
}

inline const ipUInt32
StructuringElementXY::getStartingSizeX() const
{
    if (_minX < 0)
        return static_cast<ipUInt32>(-_minX);
    else
        return 0;
}

inline const ipUInt32
StructuringElementXY::getStartingSizeY() const
{
    if (_minY < 0)
        return static_cast<ipUInt32>(-_minY);
    else
        return 0;
}

inline const ipUInt32
StructuringElementXY::getEndingSizeX() const
{
    ipInt32 maxX = getMaxX();
    if (maxX > 0)
        return maxX;
    else
        return 0;
}

inline const ipUInt32
StructuringElementXY::getEndingSizeY() const
{
    ipInt32 maxY = getMaxY();
    if (maxY > 0)
        return maxY;
    else
        return 0;
}


} // end of namespace ipsdk

#pragma warning (pop)

#endif // __IPSDKBASEDATA_STRUCTURINGELEMENTXY_H__