
#include "Util/Assert.H"#include "Util/Types.H"#include "Channels/VisualFeatures.H"#include "Util/Promotions.H"#include "Util/log.H"#include "rutz/shared_ptr.h"#include <cstdarg>#include <vector>

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Classes | |
| class | JetSpec |
| This class specifies the features, scales and indices represented in a Jet. More... | |
| struct | JetSpec::JFT |
| Chained list element that holds index range defs for given feature type. | |
| struct | JetSpec::JF |
| chained list element that holds JTF definitions for given feature | |
| class | Jet< T > |
| This class specifies a Jet, i.e., array of feature values for one location. More... | |
Functions | |
| double | raodistance (const Jet< float > &j1, const Jet< float > &j2, const int idxmin, const int idxmax) |
| Compute distance between two Jets like Rao et al., Vis Res, 2002. | |
| template<class Stream , class T > | |
| Stream & | operator<< (Stream &s, const Jet< T > &j) |
| template<class Stream , class T > | |
| Stream & | operator>> (Stream &s, Jet< T > &j) |
a simple jet (i.e., cortical hypercolumn)
Definition in file Jet.H.
| double raodistance | ( | const Jet< float > & | j1, | |
| const Jet< float > & | j2, | |||
| const int | idxmin, | |||
| const int | idxmax | |||
| ) |
Compute distance between two Jets like Rao et al., Vis Res, 2002.
Definition at line 253 of file Jet.C.
References ASSERT, Jet< T >::getIndexRange(), Jet< T >::getNbIndexRanges(), Jet< T >::getVal(), Jet< T >::hasFeatureType(), NBVISUALFEATURES, and RAW.
1.6.3