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GVector::vector3d< num > Class Template Reference

#include <gvector.h>

List of all members.

template<class num>
class GVector::vector3d< num >


Public Member Functions

 vector3d ()
 vector3d (num nx, num ny, num nz)
void set (num nx, num ny, num nz)
void set (vector3d< num > p)
vector3d< num > & operator= (const vector3d< num > p)
num length () const
num sqlength () const
vector3d< num > norm () const
void normalize ()
num dot (const vector3d< num > p) const
vector3d< num > cross (const vector3d< num > p) const
vector3d< num > operator+= (const vector3d< num > p)
vector3d< num > operator-= (const vector3d< num > p)
vector3d< num > operator *= (const vector3d< num > p)
vector3d< num > operator/= (const vector3d< num > p)
vector3d< num > operator+ (const vector3d< num > p) const
vector3d< num > operator- (const vector3d< num > p) const
vector3d< num > operator * (const vector3d< num > p) const
vector3d< num > operator/ (const vector3d< num > p) const
vector3d< num > operator * (num f) const
vector3d< num > operator/ (num f) const
vector3d< num > operator *= (num f)
vector3d< num > operator/= (num f)
vector3d< num > operator- () const
bool operator== (const vector3d< num > p) const
bool operator!= (const vector3d< num > p) const
bool operator< (const vector3d< num > p) const
bool operator> (const vector3d< num > p) const
bool operator<= (const vector3d< num > p) const
bool operator>= (const vector3d< num > p) const
vector3d< num > rotate_x (const double a) const
vector3d< num > rotate_y (const double a) const
vector3d< num > rotate_z (const double a) const

Public Attributes

num x
num y
num z

Constructor & Destructor Documentation

template<class num>
GVector::vector3d< num >::vector3d (   )  [inline]
 

Definition at line 45 of file gvector.h.

References GVector::vector3d< num >::x, GVector::vector3d< num >::y, and GVector::vector3d< num >::z.

template<class num>
GVector::vector3d< num >::vector3d (  num  nx,
num  ny,
num  nz
)  [inline]
 

Definition at line 47 of file gvector.h.

References GVector::vector3d< num >::x, GVector::vector3d< num >::y, and GVector::vector3d< num >::z.

Member Function Documentation

template<class num>
vector3d< num > GVector::vector3d< num >::cross (  const vector3d< num >  p  )  const
 

Definition at line 145 of file gvector.h.

References GVector::vector3d< num >::x, GVector::vector3d< num >::y, and GVector::vector3d< num >::z.

template<class num>
num GVector::vector3d< num >::dot (  const vector3d< num >  p  )  const
 

Definition at line 133 of file gvector.h.

References GVector::vector3d< num >::x, GVector::vector3d< num >::y, and GVector::vector3d< num >::z.

template<class num>
num GVector::vector3d< num >::length (   )  const
 

Definition at line 96 of file gvector.h.

References GVector::vector3d< num >::x, GVector::vector3d< num >::y, and GVector::vector3d< num >::z.

template<class num>
vector3d< num > GVector::vector3d< num >::norm (   )  const
 

Definition at line 108 of file gvector.h.

References GVector::vector3d< num >::x, GVector::vector3d< num >::y, and GVector::vector3d< num >::z.

template<class num>
void GVector::vector3d< num >::normalize (   ) 
 

Definition at line 122 of file gvector.h.

References GVector::vector3d< num >::x, GVector::vector3d< num >::y, and GVector::vector3d< num >::z.

template<class num>
vector3d<num> GVector::vector3d< num >::operator * (  num  f  )  const
 

template<class num>
vector3d<num> GVector::vector3d< num >::operator * (  const vector3d< num >  p  )  const
 

template<class num>
vector3d<num> GVector::vector3d< num >::operator *= (  num  f  ) 
 

template<class num>
vector3d<num> GVector::vector3d< num >::operator *= (  const vector3d< num >  p  ) 
 

template<class num>
bool GVector::vector3d< num >::operator!= (  const vector3d< num >  p  )  const
 

template<class num>
vector3d<num> GVector::vector3d< num >::operator+ (  const vector3d< num >  p  )  const
 

template<class num>
vector3d<num> GVector::vector3d< num >::operator+= (  const vector3d< num >  p  ) 
 

template<class num>
vector3d<num> GVector::vector3d< num >::operator- (   )  const
 

template<class num>
vector3d<num> GVector::vector3d< num >::operator- (  const vector3d< num >  p  )  const
 

template<class num>
vector3d<num> GVector::vector3d< num >::operator-= (  const vector3d< num >  p  ) 
 

template<class num>
vector3d<num> GVector::vector3d< num >::operator/ (  num  f  )  const
 

template<class num>
vector3d<num> GVector::vector3d< num >::operator/ (  const vector3d< num >  p  )  const
 

template<class num>
vector3d<num> GVector::vector3d< num >::operator/= (  num  f  ) 
 

template<class num>
vector3d<num> GVector::vector3d< num >::operator/= (  const vector3d< num >  p  ) 
 

template<class num>
bool GVector::vector3d< num >::operator< (  const vector3d< num >  p  )  const
 

template<class num>
bool GVector::vector3d< num >::operator<= (  const vector3d< num >  p  )  const
 

template<class num>
vector3d<num>& GVector::vector3d< num >::operator= (  const vector3d< num >  p  )  [inline]
 

Definition at line 55 of file gvector.h.

References GVector::vector3d< num >::set().

Here is the call graph for this function:

template<class num>
bool GVector::vector3d< num >::operator== (  const vector3d< num >  p  )  const
 

template<class num>
bool GVector::vector3d< num >::operator> (  const vector3d< num >  p  )  const
 

template<class num>
bool GVector::vector3d< num >::operator>= (  const vector3d< num >  p  )  const
 

template<class num>
vector3d< num > GVector::vector3d< num >::rotate_x (  const double  a  )  const
 

Definition at line 257 of file gvector.h.

References GVector::vector3d< num >::x, GVector::vector3d< num >::y, and GVector::vector3d< num >::z.

template<class num>
vector3d< num > GVector::vector3d< num >::rotate_y (  const double  a  )  const
 

Definition at line 274 of file gvector.h.

References GVector::vector3d< num >::x, GVector::vector3d< num >::y, and GVector::vector3d< num >::z.

template<class num>
vector3d< num > GVector::vector3d< num >::rotate_z (  const double  a  )  const
 

Definition at line 291 of file gvector.h.

References GVector::vector3d< num >::x, GVector::vector3d< num >::y, and GVector::vector3d< num >::z.

template<class num>
void GVector::vector3d< num >::set (  vector3d< num >  p  )  [inline]
 

Definition at line 52 of file gvector.h.

References GVector::vector3d< num >::x, GVector::vector3d< num >::y, and GVector::vector3d< num >::z.

template<class num>
void GVector::vector3d< num >::set (  num  nx,
num  ny,
num  nz
)  [inline]
 

Definition at line 50 of file gvector.h.

References GVector::vector3d< num >::x, GVector::vector3d< num >::y, and GVector::vector3d< num >::z.

template<class num>
num GVector::vector3d< num >::sqlength (   )  const
 

Definition at line 102 of file gvector.h.

References GVector::vector3d< num >::x, GVector::vector3d< num >::y, and GVector::vector3d< num >::z.

Member Data Documentation

template<class num>
num GVector::vector3d< num >::x
 

Definition at line 43 of file gvector.h.

template<class num>
num GVector::vector3d< num >::y
 

Definition at line 43 of file gvector.h.

template<class num>
num GVector::vector3d< num >::z
 

Definition at line 43 of file gvector.h.

The documentation for this class was generated from the following file:
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