Zhenjue tutorial - Historique des versions

Mdaakir : /* Download */

2022-07-14T18:19:07Z

‎Download

2016-12-09T16:45:08Z

‎Download

2016-08-19T09:06:41Z

2016-06-01T13:23:10Z

2016-05-18T07:31:20Z

Fix typo

2016-03-29T14:07:29Z

‎1. Relative orientation

2016-03-29T13:40:19Z

‎Conclusion

2016-03-29T13:37:35Z

‎5. Compute a depth map

2016-03-29T13:35:48Z

‎2. Dense correlation in image geometry (old method)

2016-03-18T13:45:37Z

@@ Ligne 7 : / Ligne 7 : @@
 ==Download==
-You can find this dataset at <code>http://micmac.ensg.eu/data/zhenjue_dataset.zip</code> <br>
+You can find this dataset at <code>https://micmac.ensg.eu/data/zhenjue_dataset.zip</code> <br>
 Once you have downloaded it, you have to unzip the ".zip" archive.

@@ Ligne 7 : / Ligne 7 : @@
 ==Download==
-*There is a direct download link to download this dataset at : http://micmac.ensg.eu/data/zhenjue_dataset.zip<br>
+You can find this dataset at <code>http://micmac.ensg.eu/data/zhenjue_dataset.zip</code> <br>
 Once you have downloaded it, you have to unzip the ".zip" archive.

← Version précédente		Version du 19 août 2016 à 09:06
Ligne 1 :		Ligne 1 :
−	[[Image:picto-liste.png\|25px]] [[~~Tutorial~~\|~~Tutorial~~ index]]	+	[[Image:picto-liste.png\|25px\|link=Tutorials]] [[Tutorials\|Tutorials index]]

	==Description==		==Description==

@@ Ligne 1 : / Ligne 1 : @@
 [[Image:picto-liste.png|25px]] [[Tutorial|Tutorial index]]
 ==Description==
@@ Ligne 8 : / Ligne 5 : @@
 The purpose of this tutorial is to reconstruct each statue independently (warrior and musician).
 We will show two methods to reconstruct object in 3D by image geometry (Malt and PIMs).
 ==Tutorial==

@@ Ligne 2 : / Ligne 2 : @@
 ==Download==
 *There is a direct download link to download this dataset at : http://micmac.ensg.eu/data/zhenjue_dataset.zip<br>
-Once you have download it, you have to UnZip the ".zip" archive.
+Once you have downloaded it, you have to unzip the ".zip" archive.
 ==Description==
-This dataset contain images with different focal legnth (24 and 100 mm).
+This dataset contain images with different focal length (24 and 100 mm).
-The purpose of this tutorial is to reconstruct each statue idependently (warrior and musician).
+The purpose of this tutorial is to reconstruct each statue independently (warrior and musician).
 We will show two methods to reconstruct object in 3D by image geometry (Malt and PIMs).

@@ Ligne 11 : / Ligne 11 : @@
 ==Tutorial==
 ===1. Relative orientation===
-As all MicMac process, the pipeline begin by calling the tool Tapioca to detect tie points :
+As all MicMac process, the pipeline begin by calling the tool [[Tapioca]] to detect tie points :
 <pre>mm3d Tapioca All  ".*JPG" 1500</pre>
 For this dataset, image have different focal length, so we have to compute first a orientation for the 24mm focal length images.

← Version précédente		Version du 29 mars 2016 à 13:40
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	==Conclusion==		==Conclusion==
−	Unfortunately, the tools C3DC ~~ans~~ PIMs don't have a ~~radiometri~~ egalisation module. So for instance, if you want to use it~~, for example~~ in orthophotos or dense cloud, you can still use the old pipeline ([[Malt]],[[Nuage2Ply]],[[Tawny]] etc...)	+	Unfortunately, the tools [[C3DC]] and PIMs don't have a radiometric egalisation module. So for instance, if you want to use it in orthophotos or dense cloud, you can still use the old pipeline ([[Malt]],[[Nuage2Ply]],[[Tawny]] etc...)

@@ Ligne 42 : / Ligne 42 : @@
 ===5. Compute a depth map===
 [[Image:GrShade_warrior.png|thumb|180px|GrShade]]
-To visualize the depth map, we have to use the tool GrShade to the most elevate resolution map (Z_Num6... here) :
+To visualize the depth map, we have to use the tool [[GrShade]] to the most elevate resolution map (Z_Num6... here) :
 <pre>
 cd MM-Malt-Img-DSC_3135

@@ Ligne 27 : / Ligne 27 : @@
 The previous tool for dense correlation was [[Malt]]. Here we are working in image geometry.
 <pre>mm3d Malt GeomImage "DSC_313[2-9].JPG" All Master=DSC_3135.JPG ZoomF=4 AffineLast=0</pre>
-We can compute a dense cloud with the command Nuage2Ply :
+We can compute a dense cloud with the command [[Nuage2Ply]] :
 <pre>mm3d Nuage2Ply NuageImProf_STD-MALT_Etape_6.xml Attr=../DSC_3135.JPG RatioAttrCarte=4 Out=../Warrior.ply</pre>

← Version précédente		Version du 18 mars 2016 à 13:45
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	===4. Comparison===		===4. Comparison===
		+	[[Image:ply_warrior.png\|thumb\|180px\|Sparse cloud]]
	So let's compare the files "Warrior_Malt.ply" and "C3DC-BigMac.ply".		So let's compare the files "Warrior_Malt.ply" and "C3DC-BigMac.ply".