Différences entre versions de « G rect - Une boite à outils Matlab pour géoréférencer des images »
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Although this toobox was initially developed to georectify geophysical images it can be used just as well for rectifying laboratory images. The following images show examples of such image rectifications. | Although this toobox was initially developed to georectify geophysical images it can be used just as well for rectifying laboratory images. The following images show examples of such image rectifications. | ||
{| | {| | ||
| − | |[[File:Massif1.png|thumb|left|Example of | + | |[[File:Massif1.png|thumb|left|Example of a geophysical photo showing sea-ice distribution in the St. Lawrence Estuary.]] |
| − | |[[File:Massif2.png|thumb|left|Same as previous once georectified.]] | + | |[[File:Massif2.png|thumb|left|Same as previous photo once georectified.]] |
| − | |[[File:Lab1.png|thumb|left|Example of | + | |[[File:Lab1.png|thumb|left|Example of laboratory basin photo. ]] |
|[[File:Lab2.png|thumb|left|Same as previous once georectified.]] | |[[File:Lab2.png|thumb|left|Same as previous once georectified.]] | ||
|} | |} | ||
Version du 30 novembre 2012 à 17:01
Introduction
This toolbox contains a series of Matlab functions for georectifying highly oblique digital images. This is useful in oceanography for obtaining quantitative information on sea-surface patterns such as those induced by internal waves, fronts or sea-ice.
Although this toobox was initially developed to georectify geophysical images it can be used just as well for rectifying laboratory images. The following images show examples of such image rectifications.
