class ROOT::Math::MatRepStd<float,9,7>


      MatRepStd
      Standard Matrix representation for a general D1 x D2 matrix.
      This class is itself a template on the contained type T, the number of rows and the number of columns.
      Its data member is an array T[nrows*ncols] containing the matrix data.
      The data are stored in the row-major C convention.
      For example, for a matrix, M, of size 3x3, the data \f$ \left[a_0,a_1,a_2,.......,a_7,a_8 \right] \f$d are stored in the following order:
      \f[
      M = \left( \begin{array}{ccc}
      a_0 & a_1 & a_2  \\
      a_3 & a_4  & a_5  \\
      a_6 & a_7  & a_8   \end{array} \right)
      \f]

      @ingroup MatRep

Function Members (Methods)

public:

	~MatRepStd<float,9,7>()
float	apply(unsigned int i) const
float*	Array()
const float*	Array() const
ROOT::Math::MatRepStd<float,9,7>	MatRepStd<float,9,7>()
ROOT::Math::MatRepStd<float,9,7>	MatRepStd<float,9,7>(const ROOT::Math::MatRepStd<float,9,7>&)
ROOT::Math::MatRepStd<float,9,7>	MatRepStd<float,9,7>(ROOT::Math::MatRepStd<float,9,7>&&)
const float&	operator()(unsigned int i, unsigned int j) const
float&	operator()(unsigned int i, unsigned int j)
ROOT::Math::MatRepStd<float,9,7>&	operator=(const ROOT::Math::MatRepStd<float,9,7>&)
ROOT::Math::MatRepStd<float,9,7>&	operator=(ROOT::Math::MatRepStd<float,9,7>&&)
ROOT::Math::MatRepStd<float,9U,7U>&	operator=<ROOT::Math::MatRepStd<float, 9, 7> >(const ROOT::Math::MatRepStd<float,9,7>& rhs)
float&	operator[](unsigned int i)
const float&	operator[](unsigned int i) const

Data Members

public:

static ROOT::Math::MatRepStd<float,9,7>::(anonymous)	kCols
static ROOT::Math::MatRepStd<float,9,7>::(anonymous)	kRows
static ROOT::Math::MatRepStd<float,9,7>::(anonymous)	kSize

private:

float	fArray[63]

Class Charts

Inheritance Inherited Members Includes Libraries

Function documentation

const T& operator()(unsigned int i, unsigned int j) const

T& operator()(unsigned int i, unsigned int j)

T& operator[](unsigned int i)

{ return fArray[i]; }

const T& operator[](unsigned int i) const

{ return fArray[i]; }

T apply(unsigned int i) const

{ return fArray[i]; }

T* Array()

{ return fArray; }

const T* Array() const

{ return fArray; }

MatRepStd<T, D1, D2>& operator=(const R& rhs)

MatRepSym<T, D>& operator=(const R&)

         assignment : only symmetric to symmetric allowed