Gravillons tutorial : Différence entre versions
De MicMac
(→1 Tie-points research) |
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| Ligne 12 : | Ligne 12 : | ||
==Tutorial== | ==Tutorial== | ||
| − | ===1 Tie- | + | ===1 Tie-Points research=== |
| − | The first step of each MicMac uses is to | + | The first step of each MicMac uses is to determine images which are looking at the same scene, this step is call image matching and performed by the command Tapioca : |
<pre>mm3d Tapioca MulScale ".*.JPG" 500 1500</pre> | <pre>mm3d Tapioca MulScale ".*.JPG" 500 1500</pre> | ||
| + | The MulScale option is generally faster, because it match images at high resolution (1500px here) only between images which are matching at low resolution (500px here). | ||
Version du 3 février 2016 à 17:05
Download
You can found this dataset at :http://logiciels.ign.fr/?Telechargement,20
Datasets are available at the bottom of the page, in part test datasets. Then, UnZip the ".zip" archive.
Presentation
This dataset was created by L.Girod in Norway. This dataset was acquired to modelise a volcanoes model realised by O.Galland. File present in the directory are :
- 4 images : 1.JPG, 2.JPG, 3.JPG, 4.JPG.
- GCPs coordinates : Dico-Appuis.xml.
- Mesure of GCPs in images : Mesure-Appuis.xml.
- 1 Mask : 1_Masq.tif/1_Masq.xml
- 2 scripts de commandes : gravillons.sh (Linux) et gravillons.bat (Windows)
Tutorial
1 Tie-Points research
The first step of each MicMac uses is to determine images which are looking at the same scene, this step is call image matching and performed by the command Tapioca :
mm3d Tapioca MulScale ".*.JPG" 500 1500
The MulScale option is generally faster, because it match images at high resolution (1500px here) only between images which are matching at low resolution (500px here).
