Merge branch 'main' of https://github.com/Modelio-R-D/AttackTreeDesigner into main

Author: etiennebrosse

README.asciidoc

@@ -1,37 +1,31 @@
-Attack Tree Designer
-====
-<b> Attack Tree Designer </b> is an Open Source Modelling Tool conceived for designing [<b> Attack Trees </b>](https://en.wikipedia.org/wiki/Attack_tree). <b>Attack Tree Designer</b> is deployed as a module in [<b>Modelio</b>](https://www.modelio.org/) modelling environent.
+= **Attack Tree Designer**
 
-<b> Attack Tree Designer </b> allows users to design attack trees diagrams showing how an asset or a target might be attacked. These diagrams are intended for security specialists for modelling the attacks that occur on IT systems or cyber-physical systems and describe the events that lead to the attack in the form of a tree in which the attack is represented by the root element which is related with “OR” and “AND” conditions to the children that represent the sequence of events that lead to the root attack.
+**Attack Tree Designer** is an Open Source Modelling Tool conceived for designing link:https://en.wikipedia.org/wiki/Attack_tree[**Attack Trees**]. **Attack Tree Designer** is deployed as a module in link:https://www.modelio.org/[**Modelio**] modelling environent.
 
-This module offers an ergonomic environment for designers and contains additional set of features that allow users to configure security attributes for the attacks such as the severity and the likelihood of the attack. It allows users to attach counter-measures to their attacks and to detect uncountered attacks. Moreover it allows referencing other trees, importing and exporting attack trees. 
+**Attack Tree Designer** allows users to design attack trees diagrams showing how an asset or a target might be attacked. These diagrams are intended for security specialists for modelling the attacks that occur on IT systems or cyber-physical systems and describe the events that lead to the attack in the form of a tree in which the attack is represented by the root element which is related with “OR” and “AND” conditions to the children that represent the sequence of events that lead to the root attack.
 
-For more information, visit our [**Wiki**](https://github.com/Modelio-R-D/AttackTreeDesigner/wiki) page.  
+This module offers an ergonomic environment for designers and contains additional set of features that allow users to configure security attributes for the attacks such as the severity and the likelihood of the attack. It allows users to attach counter-measures to their attacks and to detect uncountered attacks. Moreover it allows referencing other trees, importing and exporting attack trees. 
 
+For more information, visit our link:https://github.com/Modelio-R-D/AttackTreeDesigner/wiki[**Wiki**] page.  
 
-image:images//Modify-Firmware-Diagram.png[]
+image:readme//example.png[]
         **Attack Tree Designer Environment**
 
 
-Dependencies
-----
+== **Dependencies**
 
-* [Java 8 JDK](http://www.oracle.com/technetwork/java/javase/downloads/jdk8-downloads-2133151.html) 
-* [Modelio 4.1](https://github.com/ModelioOpenSource/Modelio/)          <img alt="Modelio" src="https://www.modelio.org/images/logo-modelio-v4.png" width="100">
+* link:http://www.oracle.com/technetwork/java/javase/downloads/jdk8-downloads-2133151.html[Java 8 JDK] 
+* link:https://github.com/ModelioOpenSource/Modelio/[Modelio 4.1]        image:readme//logo-modelio-v4.png"[]  
 
-
-Contributing
-----
+== **Contributing**
 
 Contributions are welcome. 
-
 Please fork and make your changes. For major changes, please open an issue and discuss it with the other authors.
 
 
-Affiliation
-----
+== **Affiliation**
 
-![CPSwarm](https://github.com/cpswarm/template/raw/master/cpswarm.png)  
-This module is developed by Softeam R&D Department and this work is supported by the European Commission through the [CPSwarm H2020 project](https://cpswarm.eu) under grant no. 731946.
+image:readme//cpswarm.png[CPSwarm]
+This module is developed by Softeam R&D Department and this work is supported by the European Commission through the link:https://cpswarm.eu[CPSwarm H2020 project] under grant no. 731946.