Tequila - Historique des versions

BorisLeroux le 23 février 2016 à 17:03

2016-02-23T17:03:12Z

BorisLeroux le 23 février 2016 à 14:44

2016-02-23T14:44:42Z

Dias le 21 janvier 2016 à 09:55

2016-01-21T09:55:08Z

172.31.42.161 le 18 janvier 2016 à 09:30

2016-01-18T09:30:46Z

172.31.42.161 le 18 janvier 2016 à 09:30

2016-01-18T09:30:37Z

172.31.42.161 le 18 janvier 2016 à 09:30

2016-01-18T09:30:21Z

172.31.42.161 le 18 janvier 2016 à 09:29

2016-01-18T09:29:51Z

Dias le 24 novembre 2015 à 09:09

2015-11-24T09:09:23Z

Dias : /* Description */

2015-11-24T09:09:02Z

‎Description

Dias le 24 novembre 2015 à 09:08

2015-11-24T09:08:26Z

@@ Ligne 19 : / Ligne 19 : @@
 For the angle criterion, expressed in degrees, a threshold is set to avoid using images that view a triangle with a low incidence (parameter Angle). It means that if the angle between triangle normal and image viewing direction is lower than Angle, the image will not be used for texturing.
 <br>
 Tequila has also two modes, which refer to texture computing strategies: basic and pack. In the basic mode, all images from the set are stored in the uv texture, and if necessary are downscaled. Each image is masked with the zbuffer, to store a minimum of significant information. In the pack mode, each image is divided in small regions, and only useful regions are packed into the uv texture, in an optimal
@@ Ligne 35 : / Ligne 34 : @@
 ===Syntax===
-The global syntax for Tequila is <br>
+The global syntax for Tequila is :
-<code>mm3d Tequila FullName Orientationpath Plyfile</code>
+<pre>mm3d Tequila FullName Orientationpath Plyfile</pre>
 ===Help===
 You can access to the help by typing :
-<code>mm3d Tequila -help</code> <br>
+<pre>mm3d Tequila -help</pre>
 Mandatory unnamed args :

← Version précédente		Version du 23 février 2016 à 14:44
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		+	[[Image:picto-liste.png\|25px]] [[Command\|List of commands]]
	==Description==		==Description==
	Tequila computes a UV texture image from a ply file, a set of images and their orientations. Ply file has to be a mesh, and can be the result of [[TiPunch]] (but not the direct result of [[C3DC]]).		Tequila computes a UV texture image from a ply file, a set of images and their orientations. Ply file has to be a mesh, and can be the result of [[TiPunch]] (but not the direct result of [[C3DC]]).

@@ Ligne 1 : / Ligne 1 : @@
 ==Description==
-Tequila computes a UV texture image from a ply file, a set of images and their orientations. Ply file has to be a mesh, and can be the result of TiPunch (but not the direct result of C3DC).
+Tequila computes a UV texture image from a ply file, a set of images and their orientations. Ply file has to be a mesh, and can be the result of [[TiPunch]] (but not the direct result of [[C3DC]]).
 Tequila performs six steps:

@@ Ligne 23 : / Ligne 23 : @@
 way. This mode leads to smaller images, and gives better texture quality.
 <br>
 Relevant parameters are:

@@ Ligne 18 : / Ligne 18 : @@
 For the angle criterion, expressed in degrees, a threshold is set to avoid using images that view a triangle with a low incidence (parameter Angle). It means that if the angle between triangle normal and image viewing direction is lower than Angle, the image will not be used for texturing.
 <br>
 Tequila has also two modes, which refer to texture computing strategies: basic and pack. In the basic mode, all images from the set are stored in the uv texture, and if necessary are downscaled. Each image is masked with the zbuffer, to store a minimum of significant information. In the pack mode, each image is divided in small regions, and only useful regions are packed into the uv texture, in an optimal

@@ Ligne 1 : / Ligne 1 : @@
 ==Description==
-Tequila computes a UV texture image from a ply file, a set of images and their orientations. Ply file
+Tequila computes a UV texture image from a ply file, a set of images and their orientations. Ply file has to be a mesh, and can be the result of TiPunch (but not the direct result of C3DC).
 has to be a mesh, and can be the result of TiPunch (but not the direct result of C3DC).
 Tequila performs six steps:
 *load data
@@ Ligne 10 : / Ligne 10 : @@
 *write ply file with uv texture coordinates
 <br>
 Choosing which image is best for each triangle can be done for the moment with two different criterions:
 *best angle between triangle normal and image viewing direction (parameter Crit=Angle, by default)
 *best stretching of triangle projection in image (parameter=Stretch)
 For the angle criterion, expressed in degrees, a threshold is set to avoid using images that view a triangle with a low incidence (parameter Angle). It means that if the angle between triangle normal and image viewing direction is lower than Angle, the image will not be used for texturing.
 Tequila has also two modes, which refer to texture computing strategies: basic and pack. In the basic mode, all images from the set are stored in the uv texture, and if necessary are downscaled. Each image is masked with the zbuffer, to store a minimum of significant information. In the pack mode, each image is divided in small regions, and only useful regions are packed into the uv texture, in an optimal
 way. This mode leads to smaller images, and gives better texture quality.
 Relevant parameters are:
 * Angle, threshold for minimum angle between normal and viewing direction (if Crit=Angle)
@@ Ligne 30 : / Ligne 34 : @@
 ===Help===
 You can access to the help by typing :
 <code>mm3d Tequila -help</code> <br>
 Mandatory unnamed args :
-*<span style="font-family:times roman;"> ''string :: {Full Name (Dir+Pat)}''</span style>
+*string :: {Full Name (Dir+Pat)}
-*<span style="font-family:times roman;"> ''string :: {Orientation path}''</span style>
+*string :: {Orientation path}
-*<span style="font-family:times roman;"> ''string :: {Ply file}''</span style>
+*string :: {Ply file}
 Named args :
-*<span style="font-family:times roman;"> ''[Name=Out] string :: {Textured mesh name (def=plyName+ _textured.ply)}''</span style>
+*[Name=Out] string :: {Textured mesh name (def=plyName+ _textured.ply)}
-*<span style="font-family:times roman;"> ''[Name=Bin] bool :: {Write binary ply (def=true)}''</span style>
+*[Name=Bin] bool :: {Write binary ply (def=true)}
-*<span style="font-family:times roman;"> ''[Name=Optim] bool :: {Graph-cut optimization (def=false)}''</span style>
+*[Name=Optim] bool :: {Graph-cut optimization (def=false)}
-*<span style="font-family:times roman;"> ''[Name=Lambda] REAL :: {Lambda (def=0.01)}''</span style>
+*[Name=Lambda] REAL :: {Lambda (def=0.01)}
-*<span style="font-family:times roman;"> ''[Name=Iter] INT :: {Optimization iteration number (def=2)}''</span style>
+*[Name=Iter] INT :: {Optimization iteration number (def=2)}
-*<span style="font-family:times roman;"> ''[Name=Filter] bool :: {Remove border faces (def=false)}''</span style>
+*[Name=Filter] bool :: {Remove border faces (def=false)}
-*<span style="font-family:times roman;"> ''[Name=Texture] string :: {Texture name (def=plyName + _UVtexture.jpg)}''</span style>
+*[Name=Texture] string :: {Texture name (def=plyName + _UVtexture.jpg)}
-*<span style="font-family:times roman;"> ''[Name=Sz] INT :: {Texture max size (def=4096)}''</span style>
+*[Name=Sz] INT :: {Texture max size (def=4096)}
-*<span style="font-family:times roman;"> ''[Name=Scale] INT :: {Z-buffer downscale factor (def=2)}''</span style>
+*[Name=Scale] INT :: {Z-buffer downscale factor (def=2)}
-*<span style="font-family:times roman;"> ''[Name=QUAL] INT :: {jpeg compression quality (def=70)}''</span style>
+*[Name=QUAL] INT :: {jpeg compression quality (def=70)}
-*<span style="font-family:times roman;"> ''[Name=Angle] REAL :: {Threshold angle, in degree, between triangle normal and image viewing direction (def=90)}''</span style>
+*[Name=Angle] REAL :: {Threshold angle, in degree, between triangle normal and image viewing direction (def=90)}
-*<span style="font-family:times roman;"> ''[Name=Mode] string :: {Mode (def = Pack)}''</span style>
+*[Name=Mode] string :: {Mode (def = Pack)}
-*<span style="font-family:times roman;"> ''[Name=Crit] string :: {Texture choosing criterion (def = Angle)}''</span style>
+*[Name=Crit] string :: {Texture choosing criterion (def = Angle)}