C++ Code Documentation
template <class A> math::Vector
Derived from: base::Array
File: BASE/math/Vector.H
Primative vector class Uses allocate() and deallocate() (from Array) Entries in class A.
public:
- inline Vector();
void constructor - inline Vector(Vector const &a);
copy constructor - inline Vector(A const *a);
constructor - virtual inline ~Vector();
destructor - inline Vector & operator=(Vector const &a);
assignment operators - inline Vector & operator=(A const *a);
- inline A & operator[](unsigned n);
return reference to nth entry - inline A const & operator[](unsigned n) const;
return reference to nth entry - inline void set(A const &a);
set all entries of *this to a - inline void neg();
negation: *this = - *this - inline void neg(Vector const &a);
negation: *this = - a - inline void operator+=(Vector const &a);
*this += a - inline void add(Vector const &a, Vector const &b);
*this = a + b - inline void operator-=(Vector const &a);
*this -= a - inline void sub(Vector const &a, Vector const &b);
*this = a - b - inline void operator*=(A const &a);
*this *= a - friend Vector<A> operator* NULL_TMPL_ARGS ( A const &, Vector<A> const & );
- inline void mul(A const &a, Vector const &b);
*this = a * b - inline void mul(Vector const &a, A const &b);
*this = a * b - inline void mul(matrixA<A> const &a, Vector const &b);
*this = a * b - inline void mul(Vector const &a, matrixA<A> const &b);
*this = a * b - inline void operator /=(A const &a);
*this /= a - inline void div(Vector const &a, A const &b);
*this = a / b - inline A dot(Vector const &a) const;
return dot_product(*this, a) - inline A norm() const;
- friend std::ostream & operator<< NULL_TMPL_ARGS (std::ostream &o, Vector const &a);
write a to stream o
| template <class A> math::Vector | GANG |