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covariance_ellipsoid.hpp

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/*****************************************************************************
** Ifdefs
*****************************************************************************/

#ifndef ECL_STATISTICS_COVARIANCE_ELLIPSOID_HPP_
#define ECL_STATISTICS_COVARIANCE_ELLIPSOID_HPP_

/*****************************************************************************
** Includes
*****************************************************************************/

#include <cmath>
#include <ecl/linear_algebra.hpp>
#include <ecl/config/macros.hpp>

/*****************************************************************************
** Namespaces
*****************************************************************************/

namespace ecl {

/*****************************************************************************
** Interface [CovarianceEllipsoid]
*****************************************************************************/
template<typename T, int N>
class ECL_PUBLIC CovarianceEllipsoid {
private:
        CovarianceEllipsoid() {};
        virtual ~CovarianceEllipsoid() {};
};

/*****************************************************************************
** Interface [CovarianceEllipsoid2f]
*****************************************************************************/
template<>
class ECL_PUBLIC CovarianceEllipsoid<float,2> {
public:
        CovarianceEllipsoid();

        CovarianceEllipsoid(const ecl::linear_algebra::Matrix2f& M);

        virtual ~CovarianceEllipsoid() {};

        void compute(const ecl::linear_algebra::Matrix2f& M);

        const ecl::linear_algebra::Vector2f& lengths() { return ellipse_lengths; }
        const ecl::linear_algebra::Matrix2f& axes() { return ellipse_axes; }

        double rotation();
        ecl::linear_algebra::Vector2f intercepts();

        EIGEN_MAKE_ALIGNED_OPERATOR_NEW

private:
        ecl::linear_algebra::Vector2f ellipse_lengths;
        ecl::linear_algebra::Matrix2f ellipse_axes;
};



template<>
class ECL_PUBLIC CovarianceEllipsoid<float,3> {
public:
        CovarianceEllipsoid();

        CovarianceEllipsoid(const ecl::linear_algebra::Matrix3f& M, const bool sort = true);

        virtual ~CovarianceEllipsoid() {};

        void compute(const ecl::linear_algebra::Matrix3f& M, const bool sort = true);

        const ecl::linear_algebra::Vector3f& lengths() { return ellipse_lengths; }
        const ecl::linear_algebra::Matrix3f& axes() { return ellipse_axes; }

        EIGEN_MAKE_ALIGNED_OPERATOR_NEW

private:
        ecl::linear_algebra::Vector3f ellipse_lengths;
        ecl::linear_algebra::Matrix3f ellipse_axes;
};

/*****************************************************************************
** Interface [CovarianceEllipsoid2d]
*****************************************************************************/
template<>
class ECL_PUBLIC CovarianceEllipsoid<double,2> {
public:
        CovarianceEllipsoid();

        CovarianceEllipsoid(const ecl::linear_algebra::Matrix2d& M);

        virtual ~CovarianceEllipsoid() {};

        void compute(const ecl::linear_algebra::Matrix2d& M);

        const ecl::linear_algebra::Vector2d& lengths() { return ellipse_lengths; }
        const ecl::linear_algebra::Matrix2d& axes() { return ellipse_axes; }

        double rotation();
        ecl::linear_algebra::Vector2d intercepts();

        EIGEN_MAKE_ALIGNED_OPERATOR_NEW

private:
        ecl::linear_algebra::Vector2d ellipse_lengths;
        ecl::linear_algebra::Matrix2d ellipse_axes;
};



template<>
class ECL_PUBLIC CovarianceEllipsoid<double,3> {
public:
        CovarianceEllipsoid();

        CovarianceEllipsoid(const ecl::linear_algebra::Matrix3d& M, const bool sort = true);

        virtual ~CovarianceEllipsoid() {};

        void compute(const ecl::linear_algebra::Matrix3d& M, const bool sort = true);

        const ecl::linear_algebra::Vector3d& lengths() { return ellipse_lengths; }
        const ecl::linear_algebra::Matrix3d& axes() { return ellipse_axes; }

        EIGEN_MAKE_ALIGNED_OPERATOR_NEW

private:
        ecl::linear_algebra::Vector3d ellipse_lengths;
        ecl::linear_algebra::Matrix3d ellipse_axes;
};

/*****************************************************************************
** Convenience Typedefs
*****************************************************************************/
typedef CovarianceEllipsoid<float,2> CovarianceEllipsoid2f;
typedef CovarianceEllipsoid<double,2> CovarianceEllipsoid2d;
typedef CovarianceEllipsoid<float,3> CovarianceEllipsoid3f;

typedef CovarianceEllipsoid<double,3> CovarianceEllipsoid3d;


} // namespace ecl

#endif /* ECL_STATISTICS_COVARIANCE_ELLIPSOID_HPP_ */

---

ecl_statistics
Author(s): Daniel Stonier (d.stonier@gmail.com)
autogenerated on Fri Mar 1 15:20:57 2013