math::vector Namespace Reference

assign
template<typename T, int S> Vec< T, S > &	assign (Vec< T, S > &v, const T &scalar)
template<typename T, int S> Vec< T, S > &	assign (Vec< T, S > &v, const T *valptr)
template<typename T, int S> Vec< T, S > &	assign (Vec< T, S > &v, const Vec< T, S > &vec)
Vec - Functions
template<typename T, int S> Vec< T, S >	add (const Vec< T, S > &v, const Vec< T, S > &vec)
	add 2 Vec together
template<typename T, int S> Vec< T, S > &	addOnSpot (Vec< T, S > &v, const Vec< T, S > &vec)
	add 2 Vec together and store result in first Vec
template<typename T, int S> Vec< T, S >	sub (const Vec< T, S > &v, const Vec< T, S > &vec)
	sub 2 Vec together
template<typename T, int S> Vec< T, S > &	subOnSpot (Vec< T, S > &v, const Vec< T, S > &vec)
	sub 2 Vec together and store result in first Vec
template<typename T, int S> Vec< T, S > &	multOnSpot (Vec< T, S > &vec, const T &scalar)
	multiplicate the Vec with a scalar and store the result in the Vec
template<typename T, int S> Vec< T, S >	mult (const Vec< T, S > &vec, const T &scalar)
	multiplicate the Vec with a scalar
template<typename T, int S> Vec< T, S > &	divideOnSpot (Vec< T, S > &vec, const T &scalar)
	multiplicate the Vec with a scalar and store the result in the Vec
template<typename T, int S> Vec< T, S >	divide (const Vec< T, S > &vec, const T &scalar)
	multiplicate the Vec with a scalar
template<typename T, int S> T	norm2 (const Vec< T, S > &vec)
	quadric norm
template<typename T, int S> T	norm (const Vec< T, S > &vec)
	the 'norm' or 'length'
template<typename T, int S> Vec< T, S > &	normalize (Vec< T, S > &vec)
	normalize
template<typename T> Vec< T, 3 >	cross (const Vec< T, 3 > &v, const Vec< T, 3 > &vec)
	cross product
template<typename T, int S> T	dot (const Vec< T, S > &vec)
	dot | inner product

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Function Documentation

template<typename T, int S> Vec<T, S> add (  const Vec< T, S > &  v, const Vec< T, S > &  vec )  [inline]

add 2 Vec together

template<typename T, int S> Vec<T, S>& addOnSpot (  Vec< T, S > &  v, const Vec< T, S > &  vec )  [inline]

add 2 Vec together and store result in first Vec

template<typename T, int S> Vec<T, S>& assign (  Vec< T, S > &  v, const Vec< T, S > &  vec )  [inline]

template<typename T, int S> Vec<T, S>& assign (  Vec< T, S > &  v, const T *  valptr )  [inline]

template<typename T, int S> Vec<T, S>& assign (  Vec< T, S > &  v, const T &  scalar )  [inline]

template<typename T> Vec<T, 3> cross (  const Vec< T, 3 > &  v, const Vec< T, 3 > &  vec )  [inline]

cross product

template<typename T, int S> Vec<T, S> divide (  const Vec< T, S > &  vec, const T &  scalar )  [inline]

multiplicate the Vec with a scalar

template<typename T, int S> Vec<T, S>& divideOnSpot (  Vec< T, S > &  vec, const T &  scalar )  [inline]

multiplicate the Vec with a scalar and store the result in the Vec

template<typename T, int S> T dot (  const Vec< T, S > &  vec  )  [inline]

dot | inner product

template<typename T, int S> Vec<T, S> mult (  const Vec< T, S > &  vec, const T &  scalar )  [inline]

multiplicate the Vec with a scalar

template<typename T, int S> Vec<T, S>& multOnSpot (  Vec< T, S > &  vec, const T &  scalar )  [inline]

multiplicate the Vec with a scalar and store the result in the Vec

template<typename T, int S> T norm (  const Vec< T, S > &  vec  )  [inline]

the 'norm' or 'length'

template<typename T, int S> T norm2 (  const Vec< T, S > &  vec  )  [inline]

quadric norm

template<typename T, int S> Vec<T, S>& normalize (  Vec< T, S > &  vec  )  [inline]

normalize

template<typename T, int S> Vec<T, S> sub (  const Vec< T, S > &  v, const Vec< T, S > &  vec )  [inline]

sub 2 Vec together

template<typename T, int S> Vec<T, S>& subOnSpot (  Vec< T, S > &  v, const Vec< T, S > &  vec )  [inline]

sub 2 Vec together and store result in first Vec

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