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OffsetNViewMatch Class Reference

#include <NViewMatches.h>

Inheritance diagram for OffsetNViewMatch:
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List of all members.

Public Types

enum  { nomatch = -1 }
typedef int element_type
typedef unsigned size_type
typedef int * iterator
typedef intconst * const_iterator
typedef vnl_c_vector< int >::abs_t abs_t

Public Member Functions

 OffsetNViewMatch (int min_view, int max_view)
 OffsetNViewMatch (const OffsetNViewMatch &that)
OffsetNViewMatchoperator= (const OffsetNViewMatch &that)
int & operator[] (int i)
bool matches (const NViewMatch &b, int min_overlap) const
 Return true if B is consistent with this match.
void incorporate (const NViewMatch &b)
 Fill any wildcard positions with the corresponding position in B.
bool is_consistent (const NViewMatch &b) const
 Check for any inconsistencies between matches.
int count_observations () const
 Count how many non-wildcard entries are in this NViewMatch.
unsigned size () const
void put (unsigned int i, intconst &)
int get (unsigned int i) const
vnl_vectorfill (intconst &v)
vnl_vectorcopy_in (intconst *ptr)
void copy_out (int *) const
vnl_vectorset (intconst *ptr)
int & operator() (unsigned int i)
intconst & operator() (unsigned int i) const
int & operator[] (unsigned int i)
intconst & operator[] (unsigned int i) const
vnl_vector< int > & operator+= (int)
vnl_vector< int > & operator+= (vnl_vector< int > const &rhs)
vnl_vector< int > & operator-= (intvalue)
vnl_vector< int > & operator-= (vnl_vector< int > const &rhs)
vnl_vector< int > & operator*= (int)
vnl_vector< int > & operator*= (vnl_matrix< int > const &m)
vnl_vector< int > & operator/= (int)
vnl_vector< int > & pre_multiply (vnl_matrix< int > const &M)
vnl_vector< int > & post_multiply (vnl_matrix< int > const &M)
vnl_vector< int > operator+ () const
vnl_vector< int > operator+ (intv) const
vnl_vector< int > operator+ (vnl_vector< int > const &v) const
vnl_vector< int > operator+ (ints, vnl_vector< int > const &v)
vnl_vector< int > operator- () const
vnl_vector< int > operator- (intv) const
vnl_vector< int > operator- (vnl_vector< int > const &v) const
vnl_vector< int > operator- (ints, vnl_vector< int > const &v)
vnl_vector< int > operator* (intv) const
vnl_vector< int > operator* (vnl_matrix< int > const &M) const
vnl_vector< int > operator* (vnl_diag_matrix< int > const &D, vnl_vector< int > const &A)
vnl_vector< int > operator* (vnl_vector< int > const &A, vnl_diag_matrix< int > const &D)
vnl_vector< int > operator* (ints, vnl_vector< int > const &v)
vnl_vector< int > operator/ (intv) const
intconst * data_block () const
int * data_block ()
iterator begin ()
const_iterator begin () const
iterator end ()
const_iterator end () const
vnl_vector< int > const & as_ref () const
vnl_vector< int > & as_ref ()
vnl_vector< int > apply (int(*f)(int)) const
vnl_vector< int > apply (int(*f)(intconst &)) const
vnl_vector< int > extract (unsigned int len, unsigned int start=0) const
vnl_vector< int > & update (vnl_vector< int > const &, unsigned int start=0)
abs_t squared_magnitude () const
abs_t magnitude () const
abs_t one_norm () const
abs_t two_norm () const
abs_t inf_norm () const
vnl_vector< int > & normalize ()
abs_t rms () const
int min_value () const
int max_value () const
unsigned arg_min () const
unsigned arg_max () const
int mean () const
int sum () const
vnl_vectorflip ()
void swap (vnl_vector< int > &that)
void swap (vnl_vector< int > &a, vnl_vector< int > &b)
void assert_size (unsigned sz) const
void assert_finite () const
bool is_finite () const
bool is_zero () const
bool empty () const
bool is_equal (vnl_vector< int > const &rhs, double tol) const
bool operator_eq (vnl_vector< int > const &v) const
bool operator== (vnl_vector< int > const &that) const
bool operator!= (vnl_vector< int > const &that) const
bool set_size (unsigned n)
void clear ()
bool read_ascii (vcl_istream &s)
vnl_vector< int > vnl_convolve (vnl_vector< int > const &v1, vnl_vector< int > const &v2, int use_fft=0)
vnl_vector< U > vnl_convolve_cyclic (vnl_vector< T1 > const &v1, vnl_vector< T2 > const &v2, U *, bool use_fft=false)
void vsl_b_write (vsl_b_ostream &os, const vnl_vector< int > &v)
void vsl_b_read (vsl_b_istream &is, vnl_vector< int > &v)
void vsl_print_summary (vcl_ostream &os, const vnl_vector< int > &b)
vnl_vector< vcl_complex< int > > vnl_complexify (vnl_vector< int > const &R)
vnl_vector< vcl_complex< int > > vnl_complexify (vnl_vector< int > const &R, vnl_vector< int > const &I)
void vnl_copy (S const *src, int *dst, unsigned n)
void vnl_copy (S const &, int &)
int vnl_cross_2d (const vnl_vector< int > &v1, const vnl_vector< int > &v2)
vnl_vector< int > vnl_cross_3d (const vnl_vector< int > &v1, const vnl_vector< int > &v2)
vnl_vector< int > vnl_imag (vnl_vector< vcl_complex< int > > const &C)
vcl_ostream & vnl_matlab_print (vcl_ostream &, vnl_vector< int > const &, char const *variable_name=0, vnl_matlab_print_format=vnl_matlab_print_format_default)
bool operator< (vnl_vector< int > const &lhs, vnl_vector< int > const &rhs)
vnl_vector< int > vnl_real (vnl_vector< vcl_complex< int > > const &C)
int vnl_vector_ssd (vnl_vector< int > const &v1, vnl_vector< int > const &v2)
export vcl_ostream & operator<< (vcl_ostream &, vnl_vector< int > const &)
export vcl_istream & operator>> (vcl_istream &, vnl_vector< int > &)
void x_write (vcl_ostream &os, vnl_vector< int > const &v, vcl_string name="vnl_vector")
void x_write_tree (vcl_ostream &os, vnl_vector< int > const &v, vcl_string name="vnl_vector")

Static Public Member Functions

static vnl_vector< int > read (vcl_istream &s)

Protected Member Functions

void assert_size_internal (unsigned sz) const
void assert_finite_internal () const
void destroy ()

Static Protected Member Functions

static void inline_function_tickler ()

Protected Attributes

unsigned num_elmts
int * data

Private Attributes

int min_view_

Friends

friend class vnl_matrix

Detailed Description

Definition at line 92 of file NViewMatches.h.


Member Typedef Documentation

typedef vnl_c_vector< int >::abs_t vnl_vector< int >::abs_t [inherited]
typedef int const * vnl_vector< int >::const_iterator [inherited]
typedef int vnl_vector< int >::element_type [inherited]
typedef int * vnl_vector< int >::iterator [inherited]
typedef unsigned vnl_vector< int >::size_type [inherited]

Member Enumeration Documentation

anonymous enum [inherited]
Enumerator:
nomatch 

Definition at line 41 of file NViewMatches.h.


Constructor & Destructor Documentation

OffsetNViewMatch::OffsetNViewMatch ( int  min_view,
int  max_view 
) [inline]

Definition at line 96 of file NViewMatches.h.

OffsetNViewMatch::OffsetNViewMatch ( const OffsetNViewMatch that) [inline]

Definition at line 102 of file NViewMatches.h.


Member Function Documentation

vnl_vector< int > vnl_vector< int >::apply ( int (*)(int )  f) const [inherited]
vnl_vector< int > vnl_vector< int >::apply ( int (*)(int const &)  f) const [inherited]
unsigned vnl_vector< int >::arg_max ( ) const [inherited]
unsigned vnl_vector< int >::arg_min ( ) const [inherited]
vnl_vector< int > const & vnl_vector< int >::as_ref ( ) const [inherited]
vnl_vector< int > & vnl_vector< int >::as_ref ( ) [inherited]
void vnl_vector< int >::assert_finite ( ) const [inherited]
void vnl_vector< int >::assert_finite_internal ( ) const [protected, inherited]
void vnl_vector< int >::assert_size ( unsigned  sz) const [inherited]
void vnl_vector< int >::assert_size_internal ( unsigned  sz) const [protected, inherited]
iterator vnl_vector< int >::begin ( ) [inherited]
const_iterator vnl_vector< int >::begin ( ) const [inherited]
void vnl_vector< int >::clear ( ) [inherited]
vnl_vector & vnl_vector< int >::copy_in ( int const *  ptr) [inherited]
void vnl_vector< int >::copy_out ( int *  ) const [inherited]
int NViewMatch::count_observations ( ) const [inherited]

Count how many non-wildcard entries are in this NViewMatch.

Definition at line 70 of file NViewMatches.cxx.

int const * vnl_vector< int >::data_block ( ) const [inherited]
int * vnl_vector< int >::data_block ( ) [inherited]
void vnl_vector< int >::destroy ( ) [protected, inherited]
bool vnl_vector< int >::empty ( ) const [inherited]
iterator vnl_vector< int >::end ( ) [inherited]
const_iterator vnl_vector< int >::end ( ) const [inherited]
vnl_vector< int > vnl_vector< int >::extract ( unsigned int  len,
unsigned int  start = 0 
) const [inherited]
vnl_vector & vnl_vector< int >::fill ( int const &  v) [inherited]
vnl_vector & vnl_vector< int >::flip ( ) [inherited]
int vnl_vector< int >::get ( unsigned int  i) const [inherited]
void NViewMatch::incorporate ( const NViewMatch b) [inherited]

Fill any wildcard positions with the corresponding position in B.

Definition at line 50 of file NViewMatches.cxx.

abs_t vnl_vector< int >::inf_norm ( ) const [inherited]
static void vnl_vector< int >::inline_function_tickler ( ) [static, protected, inherited]
bool NViewMatch::is_consistent ( const NViewMatch b) const [inherited]

Check for any inconsistencies between matches.

Definition at line 59 of file NViewMatches.cxx.

bool vnl_vector< int >::is_equal ( vnl_vector< int > const &  rhs,
double  tol 
) const [inherited]
bool vnl_vector< int >::is_finite ( ) const [inherited]
bool vnl_vector< int >::is_zero ( ) const [inherited]
abs_t vnl_vector< int >::magnitude ( ) const [inherited]
bool NViewMatch::matches ( const NViewMatch b,
int  min_overlap 
) const [inherited]

Return true if B is consistent with this match.

Matches are consistent if they are identical in all non-wildcard positions. However, it additionally requires that they share at least min_overlap non-wildcard positions.

Definition at line 30 of file NViewMatches.cxx.

int vnl_vector< int >::max_value ( ) const [inherited]
int vnl_vector< int >::mean ( ) const [inherited]
int vnl_vector< int >::min_value ( ) const [inherited]
vnl_vector< int > & vnl_vector< int >::normalize ( ) [inherited]
abs_t vnl_vector< int >::one_norm ( ) const [inherited]
bool vnl_vector< int >::operator!= ( vnl_vector< int > const &  that) const [inherited]
int & vnl_vector< int >::operator() ( unsigned int  i) [inherited]
int const & vnl_vector< int >::operator() ( unsigned int  i) const [inherited]
vnl_vector< int > vnl_vector< int >::operator* ( int  v) const [inherited]
vnl_vector< int > vnl_vector< int >::operator* ( vnl_matrix< int > const &  M) const [inherited]
vnl_vector< int > vnl_vector< int >::operator* ( vnl_diag_matrix< int > const &  D,
vnl_vector< int > const &  A 
) [inherited]
vnl_vector< int > vnl_vector< int >::operator* ( vnl_vector< int > const &  A,
vnl_diag_matrix< int > const &  D 
) [inherited]
vnl_vector< int > vnl_vector< int >::operator* ( int  s,
vnl_vector< int > const &  v 
) [inherited]
vnl_vector< int > & vnl_vector< int >::operator*= ( int  ) [inherited]
vnl_vector< int > & vnl_vector< int >::operator*= ( vnl_matrix< int > const &  m) [inherited]
vnl_vector< int > vnl_vector< int >::operator+ ( ) const [inherited]
vnl_vector< int > vnl_vector< int >::operator+ ( int  v) const [inherited]
vnl_vector< int > vnl_vector< int >::operator+ ( vnl_vector< int > const &  v) const [inherited]
vnl_vector< int > vnl_vector< int >::operator+ ( int  s,
vnl_vector< int > const &  v 
) [inherited]
vnl_vector< int > & vnl_vector< int >::operator+= ( vnl_vector< int > const &  rhs) [inherited]
vnl_vector< int > & vnl_vector< int >::operator+= ( int  ) [inherited]
vnl_vector< int > vnl_vector< int >::operator- ( vnl_vector< int > const &  v) const [inherited]
vnl_vector< int > vnl_vector< int >::operator- ( int  v) const [inherited]
vnl_vector< int > vnl_vector< int >::operator- ( int  s,
vnl_vector< int > const &  v 
) [inherited]
vnl_vector< int > vnl_vector< int >::operator- ( ) const [inherited]
vnl_vector< int > & vnl_vector< int >::operator-= ( int  value) [inherited]
vnl_vector< int > & vnl_vector< int >::operator-= ( vnl_vector< int > const &  rhs) [inherited]
vnl_vector< int > vnl_vector< int >::operator/ ( int  v) const [inherited]
vnl_vector< int > & vnl_vector< int >::operator/= ( int  ) [inherited]
bool vnl_vector< int >::operator< ( vnl_vector< int > const &  lhs,
vnl_vector< int > const &  rhs 
) [inherited]
export vcl_ostream & vnl_vector< int >::operator<< ( vcl_ostream &  ,
vnl_vector< int > const &   
) [inherited]
OffsetNViewMatch& OffsetNViewMatch::operator= ( const OffsetNViewMatch that) [inline]

Definition at line 108 of file NViewMatches.h.

bool vnl_vector< int >::operator== ( vnl_vector< int > const &  that) const [inherited]
export vcl_istream & vnl_vector< int >::operator>> ( vcl_istream &  ,
vnl_vector< int > &   
) [inherited]
int & vnl_vector< int >::operator[] ( unsigned int  i) [inherited]
int const & vnl_vector< int >::operator[] ( unsigned int  i) const [inherited]
int& OffsetNViewMatch::operator[] ( int  i) [inline]

Definition at line 115 of file NViewMatches.h.

bool vnl_vector< int >::operator_eq ( vnl_vector< int > const &  v) const [inherited]
vnl_vector< int > & vnl_vector< int >::post_multiply ( vnl_matrix< int > const &  M) [inherited]
vnl_vector< int > & vnl_vector< int >::pre_multiply ( vnl_matrix< int > const &  M) [inherited]
void vnl_vector< int >::put ( unsigned int  i,
int const &   
) [inherited]
static vnl_vector< int > vnl_vector< int >::read ( vcl_istream &  s) [static, inherited]
bool vnl_vector< int >::read_ascii ( vcl_istream &  s) [inherited]
abs_t vnl_vector< int >::rms ( ) const [inherited]
vnl_vector & vnl_vector< int >::set ( int const *  ptr) [inherited]
bool vnl_vector< int >::set_size ( unsigned  n) [inherited]
unsigned vnl_vector< int >::size ( ) const [inherited]
abs_t vnl_vector< int >::squared_magnitude ( ) const [inherited]
int vnl_vector< int >::sum ( ) const [inherited]
void vnl_vector< int >::swap ( vnl_vector< int > &  that) [inherited]
void vnl_vector< int >::swap ( vnl_vector< int > &  a,
vnl_vector< int > &  b 
) [inherited]
abs_t vnl_vector< int >::two_norm ( ) const [inherited]
vnl_vector< int > & vnl_vector< int >::update ( vnl_vector< int > const &  ,
unsigned int  start = 0 
) [inherited]
vnl_vector< vcl_complex< int > > vnl_vector< int >::vnl_complexify ( vnl_vector< int > const &  R,
vnl_vector< int > const &  I 
) [inherited]
vnl_vector< vcl_complex< int > > vnl_vector< int >::vnl_complexify ( vnl_vector< int > const &  R) [inherited]
vnl_vector< int > vnl_vector< int >::vnl_convolve ( vnl_vector< int > const &  v1,
vnl_vector< int > const &  v2,
int  use_fft = 0 
) [inherited]
vnl_vector< U > vnl_vector< int >::vnl_convolve_cyclic ( vnl_vector< T1 > const &  v1,
vnl_vector< T2 > const &  v2,
U *  ,
bool  use_fft = false 
) [inherited]
void vnl_vector< int >::vnl_copy ( S const &  ,
int &   
) [inherited]
void vnl_vector< int >::vnl_copy ( S const *  src,
int *  dst,
unsigned  n 
) [inherited]
int vnl_vector< int >::vnl_cross_2d ( const vnl_vector< int > &  v1,
const vnl_vector< int > &  v2 
) [inherited]
vnl_vector< int > vnl_vector< int >::vnl_cross_3d ( const vnl_vector< int > &  v1,
const vnl_vector< int > &  v2 
) [inherited]
vnl_vector< int > vnl_vector< int >::vnl_imag ( vnl_vector< vcl_complex< int > > const &  C) [inherited]
vcl_ostream & vnl_vector< int >::vnl_matlab_print ( vcl_ostream &  ,
vnl_vector< int > const &  ,
char const *  variable_name = 0,
vnl_matlab_print_format  = vnl_matlab_print_format_default 
) [inherited]
vnl_vector< int > vnl_vector< int >::vnl_real ( vnl_vector< vcl_complex< int > > const &  C) [inherited]
int vnl_vector< int >::vnl_vector_ssd ( vnl_vector< int > const &  v1,
vnl_vector< int > const &  v2 
) [inherited]
void vnl_vector< int >::vsl_b_read ( vsl_b_istream is,
vnl_vector< int > &  v 
) [inherited]
void vnl_vector< int >::vsl_b_write ( vsl_b_ostream os,
const vnl_vector< int > &  v 
) [inherited]
void vnl_vector< int >::vsl_print_summary ( vcl_ostream &  os,
const vnl_vector< int > &  b 
) [inherited]
void vnl_vector< int >::x_write ( vcl_ostream &  os,
vnl_vector< int > const &  v,
vcl_string  name = "vnl_vector< int >" 
) [inherited]
void vnl_vector< int >::x_write_tree ( vcl_ostream &  os,
vnl_vector< int > const &  v,
vcl_string  name = "vnl_vector< int >" 
) [inherited]

Friends And Related Function Documentation

friend class vnl_matrix ( ) [friend, inherited]

Member Data Documentation

int * vnl_vector< int >::data [protected, inherited]

Definition at line 94 of file NViewMatches.h.

unsigned vnl_vector< int >::num_elmts [protected, inherited]

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