Implementation

Vector

Class of generic Vectors, inlined functions and fields

template <class XXCOEFF> Vector <XXCOEFF> ::Vector(void)

Default constructor.

template <class XXCOEFF> Vector <XXCOEFF> ::Vector(const Vector<XXCOEFF> &Base)

Copy constructor.

template <class XXCOEFF> Vector <XXCOEFF> ::Vector(int Size)

Constructor of vector of size n, with zero entries.

::Vector

Constructor from the n to m subvector of Base

template <class XXCOEFF> Vector <XXCOEFF> ::Vector(int n, const Vector<XXCOEFF> *Base)

Constructor of a vector os size n from the array. No copy of array.

template <class XXCOEFF> Vector <XXCOEFF> ::~Vector(void)

Destructor. Do nothing..

::operator

Assignement operator

template <class XXCOEFF> void Vector <XXCOEFF> ::Perminv(int *pivot)

Permutation by the inverse of the permutation defined by pivot.

template <class XXCOEFF> Vector <XXCOEFF> & operator+(const Vector<XXCOEFF> &M, const Vector<XXCOEFF> &N)

Sum of two vectors.

template <class XXCOEFF> Vector <XXCOEFF> & operator-(const Vector<XXCOEFF> &M, const Vector<XXCOEFF> &N)

Substraction of two vectors.

template <class XXCOEFF> Vector <XXCOEFF> & operator*(const XXCOEFF &c, const Vector<XXCOEFF> &V)

Multiplication by a scalar

template <class XXCOEFF> Vector <XXCOEFF> & operator*(const Vector<XXCOEFF> &V, const XXCOEFF &c)

template <class XXCOEFF> Vector <XXCOEFF> & Vector <XXCOEFF> ::operator*

Inplace multiplication by a scalar.

template <class XXCOEFF> Vector <XXCOEFF> & operator/(const Vector<XXCOEFF> &V, const XXCOEFF &c)

template <class XXCOEFF> Vector <XXCOEFF> & Vector <XXCOEFF> ::operator

Inplace multiplication by a scalar.

template <class XXCOEFF> void Vector <XXCOEFF> ::Add(const Vector<XXCOEFF> & V1, const Vector<XXCOEFF> & V2)

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