1 files changed, 19 insertions, 19 deletions
diff --git a/DESCRIPTION b/DESCRIPTION
index b55d8180..bc212906 100644
--- a/DESCRIPTION
+++ b/DESCRIPTION
@@ -4,7 +4,7 @@ Title: Scilab 2 C
 
 Summary: Translate Scilab code into C code
 
-Version: 2.0
+Version: 2.3
 
 Author: Bruno JOFRET
  Allan SIMON
@@ -21,50 +21,50 @@ Entity: DIGITEO
 
 WebSite: http://forge.scilab.org/index.php/p/scilab2c/
 
-URL: http://atoms.scilab.org/toolboxes/scilab2c/2.0
+URL: http://atoms.scilab.org/toolboxes/scilab2c/2.3
 
 License: GPL
 
-ScilabVersion: >= 5.2
+ScilabVersion: >= 5.4
 
 Depends: 
 
-Date: 2010-06-21 08:27:19
+Date: 2012-08-02 09:53:30
 
-Description: Sci2C is a tool capable to translate Scilab code into C code.
- 
+Description: Sci2C is a tool capable to translate Scilab code into C code.
+ 
  It is a standalone toolbox of Scilab and it has been primarily developed to
  become the interface between the Scilab scientific software package and the
- hArtes design flow.
- 
+ hArtes design flow.
+ 
  The output C code is in a plain style and does not include any part of the
  Scilab interpreter thus making it small, efficient and easy to interface to the
- hArtes tool chain.
- 
+ hArtes tool chain.
+ 
  In other words, the generated C code is standalone and minimal in the sense that
  Scilab interpreter is no longer needed and only the minimal number of C files
  which are necessary to execute the application are generated. It follows that
  the generated code can be embedded in processors or used as entries for other
- software.
- 
+ software.
+ 
  Sci2C is implemented in Scilab language, so it naturally becomes a Scilab
  toolbox available in the Scilab installation program and consequently it can be
- directly used in the Scilab Development Environment. 
- 
+ directly used in the Scilab Development Environment. 
+ 
  The implementation of Sci2C is mainly based on the introduction of data and
  function annotations into Scilab code which is seen as comment by the Scilab
  interpreter, but that are used by Sci2C to translate the Scilab code into an
  efficient and plain C code. Moreover the use of annotations allows the user to
  specify not only the size of data but also their precision, in that way it is
  possible to get a further optimization of the C code produced thanks to the
- possibility to use ad-hoc precision for each data to be processed.
- 
+ possibility to use ad-hoc precision for each data to be processed.
+ 
  Two major limitations can be identified in Sci2C: the first limitation of the
  tool is that the annotations must be manually added by the user, although it is
  the only manual intervention required by the tool; the second limitation is that
  the size of data is fixed and consequently no dynamic array extension is
- allowed. 
- 
+ allowed. 
+ 
  Other minor limitations have been introduced in order to simplify the
  development of the tool without impacting on the usefulness of it for embedded
- systems.
+ systems.