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#ifndef YUV_H_
#define YUV_H_
#include "RGB.h"
namespace meow{
template<class T>
class YUV{
protected:
T yuv_[3];
YUV();
YUV(T const& y, T const& u, T const& v);
YUV(T const* yuv);
public:
virtual ~YUV() { }
///////////////// **# not force #** ////////////////
virtual T yMax() const = 0;
virtual T yMin() const = 0;
virtual T uMax() const = 0;
virtual T uMin() const = 0;
virtual T vMax() const = 0;
virtual T vMin() const = 0;
/////////////////// **# access #** /////////////////
T y() const;
T u() const;
T v() const;
T yuv(size_t i) const;
T vuy(size_t i) const;
/////////////////// **# setting #** ////////////////
T y(T const& val);
T u(T const& val);
T v(T const& val);
T yuv(size_t i, T const& val);
T vuy(size_t i, T const& val);
};
class YUVf: public YUV<double>{
public:
YUVf();
~YUVf();
YUVf(double const& y, double const& u, double const& v);
YUVf(double const* yuv);
double yMin() const;
double yMax() const;
double uMin() const;
double uMax() const;
double vMin() const;
double vMax() const;
};
template<class RGB_T, class YUV_T>
inline void RGB_to_YUV(RGB<RGB_T> const& rgb, YUV<YUV_T>* yuv);
template<class YUV_T, class RGB_T>
inline void YUV_to_RGB(YUV<YUV_T> const& yuv, RGB<RGB_T>* rgb);
}
#include "YUV.hpp"
#endif // YUV_H_
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