Commit 002b51fc authored by Daniel Bourgault's avatar Daniel Bourgault

Only added a axis equal to the function g_viz_lab.m

parent efeaed0f
## g_rect
g_rect
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, slicks or sea-ice. Although this toobox was initially developed for the georectification of geophysical images it can be used just as well for rectifying laboratory images.
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 surface waves, internal waves, fronts, slicks or sea-ice. Although this toobox was initially developed for the georectification of geophysical images it can be used just as well for rectifying laboratory images.
The detailed documentation can be found at [http://demeter.uqar.ca/g_rect](http://demeter.uqar.ca/g_rect)
### Contributing authors
+ Daniel Bourgault, Institut des sciences de la mer de Rimouski [daniel_bourgault@uqar.ca](mailto:daniel_bourgault@uqar.ca)
+ Clark Richards, Fisheries and Oceans Canada [clark.richards@dfo-mpo.gc.ca](mailto:clark.richards@dfo-mpo.gc.ca)
+ Rich Pawlowicz, University of British Columbia [rich@eos.ubc.ca](mailto:rich@eos.ubc.ca)
The detailed documentation can be found at [https://srwebpolr01.uqar.ca/g_rect/
......@@ -54,4 +54,5 @@ for n=1:length(i_gcp)
plot(LON(i_gcp(n),j_gcp(n)),LAT(i_gcp(n),j_gcp(n)),'rx','MarkerSize',ms,'linewidth',lw);
end
axis([lon_min lon_max lat_min lat_max]);
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axis([lon_min lon_max lat_min lat_max]);
axis equal
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