GCPBascule - Historique des versions

BorisLeroux le 23 février 2016 à 16:10

2016-02-23T16:10:54Z

BorisLeroux le 23 février 2016 à 14:26

2016-02-23T14:26:56Z

Dias le 21 janvier 2016 à 09:24

2016-01-21T09:24:48Z

172.31.42.161 le 15 janvier 2016 à 09:56

2016-01-15T09:56:57Z

172.31.42.161 : /* Example */

2016-01-15T08:38:46Z

‎Example

172.31.42.161 le 15 janvier 2016 à 08:38

2016-01-15T08:38:26Z

172.31.42.161 le 14 janvier 2016 à 16:02

2016-01-14T16:02:09Z

Dias : /* Help */

2015-11-24T14:57:07Z

‎Help

Dias : Created page with "==Description== The GCPBascule command, allows to transform a purely relative orientation, as computed with Tapas, in an absolute one, as soon as there is at least 3 GCP whose..."

2015-11-24T14:56:56Z

Created page with "==Description== The GCPBascule command, allows to transform a purely relative orientation, as computed with Tapas, in an absolute one, as soon as there is at least 3 GCP whose..."

Nouvelle page

==Description==
The GCPBascule command, allows to transform a purely relative orientation, as computed with Tapas,
in an absolute one, as soon as there is at least 3 GCP whose projection are known in at least 2 images.

===Syntax===
The global syntax for GCPBascule is : 

<code>mm3d GCPBascule UnNamedArgs NamedArgs</code>

===Help===
You can access to the help by typing : 
 
<code>mm3d GCPBascule -help</code>

Mandatory unnamed args :
* ''string :: {Full name (Dir+Pat)}''
* ''string :: {Orientation in}''
* ''string :: {Orientation out}''
* ''string :: {Ground Control Points File}''
* ''string :: {Image Measurements File}''
Named args :
* ''[Name=L1] bool :: {L1 minimisation vs L2 (Def=false)}''
* ''[Name=CPI] bool :: {when Calib Per Image has to be used}''
* ''[Name=ShowU] bool :: {Show unused point (def=true)}''
* ''[Name=ShowD] bool :: {Show details (def=false)}''
* ''[Name=PatNLD] string :: {Pattern for Non linear deformation, with aerial like geometry (def,unused)}''
* ''[Name=NLDegX] vector<std::string> :: {Non Linear monoms for X, when PatNLD, (Def =[1,X,Y])}''
* ''[Name=NLDegY] vector<std::string> :: {Non Linear monoms for Y, when PatNLD, (Def =[1,X,Y])}''
* ''[Name=NLDegZ] vector<std::string> :: {Non Linear monoms for Z, when PatNLD, (Def =[1,X,X2])}''
* ''[Name=NLFR] bool :: {Non Linear : Force True Rot (Def=true)}''
* ''[Name=NLShow] bool :: {Non Linear : Show Details (Def=false)}''

===Example===
In the Mur Saint Martin data set, you can find two files:
*Ground-Pts3D.xml contains the definition of 3D points, using the syntax.
*GroundMeasure.xml contains the 2D measurement of these points in images.

Here for example:
<code>mm3d GCPBascule "IMGP41((6[7-9])|([7-8][0-9])).JPG" Mur Ground Ground-Pts3D.xml GroundMeasure.xml</code>

← Version précédente		Version du 23 février 2016 à 14:26
Ligne 1 :		Ligne 1 :
		+	[[Image:picto-liste.png\|25px]] [[Command\|List of commands]]
	==Description==		==Description==
	The GCPBascule command, allows to transform a purely relative orientation, as computed with [[Tapas]], in an absolute one, as soon as there is at least 3 GCP whose projection are known in at least 2 images.		The GCPBascule command, allows to transform a purely relative orientation, as computed with [[Tapas]], in an absolute one, as soon as there is at least 3 GCP whose projection are known in at least 2 images.

@@ Ligne 5 : / Ligne 5 : @@
 The global syntax for GCPBascule is :<br>
-<code>mm3d GCPBascule UnNamedArgs NamedArgs</code>
+<code>mm3d GCPBascule FullName OrientationIn OrientationOut GroundControlPointsFile ImageMeasurementFile NamedArgs</code>
 ===Help===

@@ Ligne 14 : / Ligne 14 : @@
 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 in}''</span style>
+*string :: {Orientation in}
-*<span style="font-family:times roman;"> ''string :: {Orientation out}''</span style>
+*string :: {Orientation out}
-*<span style="font-family:times roman;"> ''string :: {Ground Control Points File}''</span style>
+*string :: {Ground Control Points File}
-*<span style="font-family:times roman;"> ''string :: {Image Measurements File}''</span style>
+*string :: {Image Measurements File}
 Named args :
-*<span style="font-family:times roman;"> ''[Name=L1] bool :: {L1 minimisation vs L2 (Def=false)}''</span style>
+*[Name=L1] bool :: {L1 minimisation vs L2 (Def=false)}
-*<span style="font-family:times roman;"> ''[Name=CPI] bool :: {when Calib Per Image has to be used}''</span style>
+*[Name=CPI] bool :: {when Calib Per Image has to be used}
-*<span style="font-family:times roman;"> ''[Name=ShowU] bool :: {Show unused point (def=true)}''</span style>
+*[Name=ShowU] bool :: {Show unused point (def=true)}
-*<span style="font-family:times roman;"> ''[Name=ShowD] bool :: {Show details (def=false)}''</span style>
+*[Name=ShowD] bool :: {Show details (def=false)}''</span style>
-*<span style="font-family:times roman;"> ''[Name=PatNLD] string :: {Pattern for Non linear deformation, with aerial like geometry (def,unused)}''</span style>
+*[Name=PatNLD] string :: {Pattern for Non linear deformation, with aerial like geometry (def,unused)}
-*<span style="font-family:times roman;"> ''[Name=NLDegX] vector<std::string> :: {Non Linear monoms for X, when PatNLD, (Def =[1,X,Y])}''</span style>
+*[Name=NLDegX] vector<std::string> :: {Non Linear monoms for X, when PatNLD, (Def =[1,X,Y])}
-*<span style="font-family:times roman;"> ''[Name=NLDegY] vector<std::string> :: {Non Linear monoms for Y, when PatNLD, (Def =[1,X,Y])}''</span style>
+*[Name=NLDegY] vector<std::string> :: {Non Linear monoms for Y, when PatNLD, (Def =[1,X,Y])}
-*<span style="font-family:times roman;"> ''[Name=NLDegZ] vector<std::string> :: {Non Linear monoms for Z, when PatNLD, (Def =[1,X,X2])}''</span style>
+*[Name=NLDegZ] vector<std::string> :: {Non Linear monoms for Z, when PatNLD, (Def =[1,X,X2])}
-*<span style="font-family:times roman;"> ''[Name=NLFR] bool :: {Non Linear : Force True Rot (Def=true)}''</span style>
+*[Name=NLFR] bool :: {Non Linear : Force True Rot (Def=true)}
-*<span style="font-family:times roman;"> ''[Name=NLShow] bool :: {Non Linear : Show Details (Def=false)}''</span style>
+*[Name=NLShow] bool :: {Non Linear : Show Details (Def=false)}
 ===Example===

@@ Ligne 9 : / Ligne 9 : @@
 ===Help===
-You can access to the help by typing :<br>
+You can access to the help by typing :
 <br>
 <code>mm3d GCPBascule -help</code>
@@ Ligne 30 : / Ligne 30 : @@
 *<span style="font-family:times roman;"> ''[Name=NLFR] bool :: {Non Linear : Force True Rot (Def=true)}''</span style>
 *<span style="font-family:times roman;"> ''[Name=NLShow] bool :: {Non Linear : Show Details (Def=false)}''</span style>
 ===Example===

@@ Ligne 4 : / Ligne 4 : @@
 ===Syntax===
-The global syntax for GCPBascule is :<br>
+The global syntax for GCPBascule is :
+<pre>mm3d GCPBascule FullName OrientationIn OrientationOut GroundControlPointsFile ImageMeasurementFile NamedArgs</pre>
-<code>mm3d GCPBascule FullName OrientationIn OrientationOut GroundControlPointsFile ImageMeasurementFile NamedArgs</code>
 ===Help===
 You can access to the help by typing :
-<br>
+<pre>mm3d GCPBascule -help</pre>
-<code>mm3d GCPBascule -help</code>
 Mandatory unnamed args :
@@ Ligne 35 : / Ligne 33 : @@
 *Ground-Pts3D.xml contains the definition of 3D points, using the syntax.
 *GroundMeasure.xml contains the 2D measurement of these points in images.
 Here for example:
-<code>mm3d GCPBascule "IMGP41((6[7-9])|([7-8][0-9])).JPG" Mur Ground Ground-Pts3D.xml GroundMeasure.xml</code>
+<pre>mm3d GCPBascule "IMGP41((6[7-9])|([7-8][0-9])).JPG" Mur Ground Ground-Pts3D.xml GroundMeasure.xml</pre>

@@ Ligne 1 : / Ligne 1 : @@
 ==Description==
-The GCPBascule command, allows to transform a purely relative orientation, as computed with Tapas, in an absolute one, as soon as there is at least 3 GCP whose projection are known in at least 2 images.
+The GCPBascule command, allows to transform a purely relative orientation, as computed with [[Tapas]], in an absolute one, as soon as there is at least 3 GCP whose projection are known in at least 2 images.
 ===Syntax===