Apero - Historique des versions

BorisLeroux le 23 février 2016 à 14:22

2016-02-23T14:22:40Z

172.31.42.161 le 14 janvier 2016 à 09:27

2016-01-14T09:27:52Z

172.31.42.161 le 14 janvier 2016 à 09:27

2016-01-14T09:27:38Z

172.31.42.161 le 14 janvier 2016 à 09:26

2016-01-14T09:26:41Z

172.31.42.161 le 14 janvier 2016 à 09:26

2016-01-14T09:26:03Z

172.31.42.161 le 14 janvier 2016 à 09:25

2016-01-14T09:25:40Z

Dias : Created page with "==Description== The general tool for computing orientation of images is Apero, this is a relatively complex tool an overview of which is given in chapter 6. These sections des..."

2015-11-24T12:52:10Z

Created page with "==Description== The general tool for computing orientation of images is Apero, this is a relatively complex tool an overview of which is given in chapter 6. These sections des..."

Nouvelle page

==Description==
The general tool for computing orientation of images is Apero, this is a relatively complex tool an
overview of which is given in chapter 6. These sections describe a set of basic tools offering a simplified
interface to some of the elementary functionalities of Apero.
<br>
Apero starts from tie points generated by Pastis, and optional complementary measurements,
and generates external and internal orientations compatible with these measurements.

===Example===
Here is an example for calling Apero:
*bin/Apero ../micmac_data/Ref-Apero/Test-Lion/AperoQuick.xml
If you downloaded the data example as described in 3.2.1, you could have a look at the AperoQuick.xml file to see what it looks like. For all these complex tools, that exit in an XML file, there is a formal description of the XML file that is correct from the syntactic point of view. These XML formal description files are all located in the include/XML GEN/ directory. For example, the file include/XML_GEN/ParamApero.xml contains a formal description of the XML files which are syntactically valid XML files for the Apero program.

← Version précédente		Version du 23 février 2016 à 14:22
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		+	[[Image:picto-liste.png\|25px]] [[Command\|List of commands]]
	==Description==		==Description==
	The general tool for computing orientation of images is Apero, this is a relatively complex tool. These sections describe a set of basic tools offering a simplified interface to some of the elementary functionalities of Apero.		The general tool for computing orientation of images is Apero, this is a relatively complex tool. These sections describe a set of basic tools offering a simplified interface to some of the elementary functionalities of Apero.

@@ Ligne 1 : / Ligne 1 : @@
 ==Description==
-The general tool for computing orientation of images is Apero, this is a relatively complex tool, an overview of which is given in chapter 6. These sections describe a set of basic tools offering a simplified interface to some of the elementary functionalities of Apero.
+The general tool for computing orientation of images is Apero, this is a relatively complex tool. These sections describe a set of basic tools offering a simplified interface to some of the elementary functionalities of Apero.
 <br>

@@ Ligne 9 : / Ligne 9 : @@
 Here is an example for calling Apero:
 *bin/Apero ../micmac_data/Ref-Apero/Test-Lion/AperoQuick.xml
-<br>
 For all these complex tools, that exit in an XML file, there is a formal description of the XML file that is correct from the syntactic point of view. These XML formal description files are all located in the include/XML GEN/ directory. For example, the file include/XML_GEN/ParamApero.xml contains a formal description of the XML files which are syntactically valid XML files for the Apero program.

@@ Ligne 2 : / Ligne 2 : @@
 The general tool for computing orientation of images is Apero, this is a relatively complex tool, an overview of which is given in chapter 6. These sections describe a set of basic tools offering a simplified interface to some of the elementary functionalities of Apero.
 <br>
 Apero starts from tie points generated by Pastis, and optional complementary measurements,
 and generates external and internal orientations compatible with these measurements.