basic vertex class not perfect but provides most functionaltity nessassary

Public Fields

float	xyz [3]
return v*	s

Public Methods

	Vertex ( const float &x, const float &y, const float & z)
	Vertex ()
inline float	x (void)
inline float	y (void)
inline float	z (void)
inline float&	operator [] (int x)
inline float	x (float x)
inline float	y (float y)
inline float	z (float z)
inline	zero (void)
Vertex	operator - ()
const Vertex	operator + (const Vertex& v) const
const Vertex&	operator += (const Vertex& v)
const Vertex	operator - (const Vertex& v) const
const Vertex&	operator -= (const Vertex& v)
const Vertex	operator * (const float &num) const
const Vertex&	operator *= (const float & num)
const Vertex	operator / (float num)
const Vertex&	operator /= (const float & num)
const bool	operator == ( const Vertex& v2) const
const float	operator * (Vertex& v) const
void	norm (void )
inline float	length ()
inline double	lensq ()

Documentation

basic vertex class not perfect but provides most functionaltity nessassary

float xyz[3]

Vertex( const float &x, const float &y, const float & z)

Vertex()

inline float x(void)

inline float y(void)

inline float z(void)

inline float& operator [] (int x)

inline float x(float x)

inline float y(float y)

inline float z(float z)

inline zero(void)

Vertex operator - ()

const Vertex operator + (const Vertex& v) const

const Vertex& operator += (const Vertex& v)

const Vertex operator - (const Vertex& v) const

const Vertex& operator -= (const Vertex& v)

const Vertex operator * (const float &num) const

return v* s

const Vertex& operator *= (const float & num)

const Vertex operator / (float num)

const Vertex& operator /= (const float & num)

const bool operator == ( const Vertex& v2) const

const float operator * (Vertex& v) const

void norm(void )

inline float length()

inline double lensq()

This class has no child classes.

Friends:

inline const Vertex operator * ( const float & s, const Vertex& v )

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