update design 'Ontology-based-Applications'

design/Ontology-based Applications/1_Source/Ontology-based Applications.archimate

@@ -141,7 +141,7 @@
         <bounds x="996" y="60" width="120" height="55"/>
         <sourceConnection xsi:type="archimate:Connection" id="id-b352860236f74501a0a4326327431235" source="id-654b74b495074d0aa06d0bfac5aa3fac" target="id-3ee06b26e2da434e8035b53d920def12" archimateRelationship="id-2f50b6529ab3464fa935aa1c8ff812ce"/>
       </child>
-      <documentation>A process for ontology-based applications is shown:&#xD;
+      <documentation>A process for ontology-based applications with three steps is shown:&#xD;
 1. The application ontology is edited using the PIG classes for ontologies. For example the terms (concepts) for *library*, *book* and *author* plus their relationships *owned-by* and *written-by* are defined.&#xD;
 2. The application data is edited using the classes for application as generated from the application ontology. For example, libraries, books and authors are defined with their relationships.&#xD;
 3. The application data is stored in a graph database, a so-called Triple-Store. For example, the users can query the data to list all libraries owning a given book or to list all authors found in a given library. The latter is a *graph search* which is particularly performant when graph databases are used.&#xD;
@@ -154,9 +154,9 @@ If you like, have a look at the demonstration:&#xD;
 &#xD;
 | Step | Libraries (Example ) | Develop your own example |&#xD;
 | --- | --- | --- |&#xD;
-| 1 | [Editor](https://specif.de/apps-alpha/edit#import=&quot;https://cascade.gfse.org/examples/libraries/data/Library-Ontology%20(Example).specif&quot;) with loaded classes for building an ontology and some terms. You can add terms of the library domain. | [Editor](https://specif.de/apps-alpha/edit#import=&quot;https://cascade.gfse.org/examples/data/Classes-for-Ontology.specif&quot;) with loaded classes for building an ontology. You can add terms of your application domain. |&#xD;
+| 1 | [Editor](https://specif.de/apps/edit#import=&quot;https://cascade.gfse.org/examples/libraries/data/Library-Ontology%20(Example).specif&quot;) with loaded classes for building an ontology and some terms. You can add terms of the library domain. | [Editor](https://specif.de/apps/edit#import=&quot;https://cascade.gfse.org/examples/data/Classes-for-Ontology.specif&quot;) with loaded classes for building an ontology. You can add terms of your application domain. |&#xD;
 | 2 | [Library Ontology as HTML](https://cascade.gfse.org/examples/libraries/Library-Ontology%20(Example).html)&lt;br/>[Classes for Libraries](https://cascade.gfse.org/examples/libraries/data/Classes-for-Libraries.specif) to laod in the editor. | Export SpecIF Class Definitions (third option) to load in the next step. |&#xD;
-| 3 | [Editor](https://specif.de/apps-alpha/edit#import=&quot;https://cascade.gfse.org/examples/libraries/data/Libraries%20(Example).specif&quot;) with loaded classes for managing libraries and some instances. You can add data according to the library ontology defined above. | [Editor](https://specif.de/apps-alpha/edit) ready to load classes for managing application data exported above. You can add data according to your application ontology. |&#xD;
+| 3 | [Editor](https://specif.de/apps/edit#import=&quot;https://cascade.gfse.org/examples/libraries/data/Libraries%20(Example).specif&quot;) with loaded classes for managing libraries and some instances. You can add data according to the library ontology defined above. | [Editor](https://specif.de/apps/edit) ready to load classes for managing application data exported above. You can add data according to your application ontology. |&#xD;
 | 4 | [Library Data as HTML](https://cascade.gfse.org/examples/libraries/Libraries%20(Example).html)&lt;br/>[Library Data as Turtle](https://cascade.gfse.org/examples/libraries/data/Libraries%20(Example).ttl) to load in the next step. | Export your application data  (Turtle) to load in the next step. |&#xD;
 | 5 | Load library data to your favorite graph database, e.g. [Apache Fuseki](https://jena.apache.org/documentation/fuseki2/). | Load your application data to your favorite graph database, e.g. [Apache Fuseki](https://jena.apache.org/documentation/fuseki2/). |&#xD;
 &#xD;

design/Ontology-based Applications/1_Source/Ontology-based Applications.archimate.bak

@@ -22,7 +22,7 @@
     </element>
   </folder>
   <folder name="Application" id="id-f09782c932dd495da41018067847083f" type="application">
-    <element xsi:type="archimate:ApplicationComponent" name="PIG Editor" id="id-98c642d92ebc48969b5a440887ccb1ff">
+    <element xsi:type="archimate:ApplicationComponent" name="PIG App" id="id-98c642d92ebc48969b5a440887ccb1ff">
       <documentation>A web application for creating, reading, updating and deleting data elements per class. The app is configured by the classes loaded at initialization time. The classes govern the choice and the dialog layout for modifying the data. Thus, the same software is used for more or less complex applications. In this case, the PIG Editor is used both for defining the application ontology and the application data.</documentation>
     </element>
     <element xsi:type="archimate:DataObject" name="Classes for Ontology [JSON-LD]" id="id-c9fa68c1bfc449558cf431c9c8a9b55c">
@@ -154,9 +154,9 @@ If you like, have a look at the demonstration:&#xD;
 &#xD;
 | Step | Libraries (Example ) | Develop your own example |&#xD;
 | --- | --- | --- |&#xD;
-| 1 | [Editor](https://specif.de/apps-alpha/edit#import=&quot;https://cascade.gfse.org/examples/libraries/data/Library-Ontology%20(Example).specif&quot;) with loaded classes for building an ontology and some terms. You can add terms of the library domain. | [Editor](https://specif.de/apps-alpha/edit#import=&quot;https://cascade.gfse.org/examples/data/Classes-for-Ontology.specif&quot;) with loaded classes for building an ontology. You can add terms of your application domain. |&#xD;
+| 1 | [Editor](https://specif.de/apps/edit#import=&quot;https://cascade.gfse.org/examples/libraries/data/Library-Ontology%20(Example).specif&quot;) with loaded classes for building an ontology and some terms. You can add terms of the library domain. | [Editor](https://specif.de/apps/edit#import=&quot;https://cascade.gfse.org/examples/data/Classes-for-Ontology.specif&quot;) with loaded classes for building an ontology. You can add terms of your application domain. |&#xD;
 | 2 | [Library Ontology as HTML](https://cascade.gfse.org/examples/libraries/Library-Ontology%20(Example).html)&lt;br/>[Classes for Libraries](https://cascade.gfse.org/examples/libraries/data/Classes-for-Libraries.specif) to laod in the editor. | Export SpecIF Class Definitions (third option) to load in the next step. |&#xD;
-| 3 | [Editor](https://specif.de/apps-alpha/edit#import=&quot;https://cascade.gfse.org/examples/libraries/data/Libraries%20(Example).specif&quot;) with loaded classes for managing libraries and some instances. You can add data according to the library ontology defined above. | [Editor](https://specif.de/apps-alpha/edit) ready to load classes for managing application data exported above. You can add data according to your application ontology. |&#xD;
+| 3 | [Editor](https://specif.de/apps/edit#import=&quot;https://cascade.gfse.org/examples/libraries/data/Libraries%20(Example).specif&quot;) with loaded classes for managing libraries and some instances. You can add data according to the library ontology defined above. | [Editor](https://specif.de/apps/edit) ready to load classes for managing application data exported above. You can add data according to your application ontology. |&#xD;
 | 4 | [Library Data as HTML](https://cascade.gfse.org/examples/libraries/Libraries%20(Example).html)&lt;br/>[Library Data as Turtle](https://cascade.gfse.org/examples/libraries/data/Libraries%20(Example).ttl) to load in the next step. | Export your application data  (Turtle) to load in the next step. |&#xD;
 | 5 | Load library data to your favorite graph database, e.g. [Apache Fuseki](https://jena.apache.org/documentation/fuseki2/). | Load your application data to your favorite graph database, e.g. [Apache Fuseki](https://jena.apache.org/documentation/fuseki2/). |&#xD;
 &#xD;

design/Ontology-based Applications/1_Source/Ontology-based Applications.xml

@@ -56,7 +56,7 @@
       <documentation xml:lang="en">Responsible for using (querying and even checking) the application data.</documentation>
     </element>
     <element identifier="id-98c642d92ebc48969b5a440887ccb1ff" xsi:type="ApplicationComponent">
-      <name xml:lang="en">PIG Editor</name>
+      <name xml:lang="en">PIG App</name>
       <documentation xml:lang="en">A web application for creating, reading, updating and deleting data elements per class. The app is configured by the classes loaded at initialization time. The classes govern the choice and the dialog layout for modifying the data. Thus, the same software is used for more or less complex applications. In this case, the PIG Editor is used both for defining the application ontology and the application data.</documentation>
     </element>
     <element identifier="id-c9fa68c1bfc449558cf431c9c8a9b55c" xsi:type="DataObject">
@@ -203,7 +203,7 @@
     <diagrams>
       <view identifier="id-b8bb462b82264ebbb2b499354c12d4bf" xsi:type="Diagram" viewpoint="Application Usage">
         <name xml:lang="en">Application Usage</name>
-        <documentation xml:lang="en">A process for ontology-based applications is shown:&#xD;
+        <documentation xml:lang="en">A process for ontology-based applications with three steps is shown:&#xD;
 1. The application ontology is edited using the PIG classes for ontologies. For example the terms (concepts) for *library*, *book* and *author* plus their relationships *owned-by* and *written-by* are defined.&#xD;
 2. The application data is edited using the classes for application as generated from the application ontology. For example, libraries, books and authors are defined with their relationships.&#xD;
 3. The application data is stored in a graph database, a so-called Triple-Store. For example, the users can query the data to list all libraries owning a given book or to list all authors found in a given library. The latter is a *graph search* which is particularly performant when graph databases are used.&#xD;
@@ -216,9 +216,9 @@ If you like, have a look at the demonstration:&#xD;
 &#xD;
 | Step | Libraries (Example ) | Develop your own example |&#xD;
 | --- | --- | --- |&#xD;
-| 1 | [Editor](https://specif.de/apps-alpha/edit#import="https://cascade.gfse.org/examples/libraries/data/Library-Ontology%20(Example).specif") with loaded classes for building an ontology and some terms. You can add terms of the library domain. | [Editor](https://specif.de/apps-alpha/edit#import="https://cascade.gfse.org/examples/data/Classes-for-Ontology.specif") with loaded classes for building an ontology. You can add terms of your application domain. |&#xD;
+| 1 | [Editor](https://specif.de/apps/edit#import="https://cascade.gfse.org/examples/libraries/data/Library-Ontology%20(Example).specif") with loaded classes for building an ontology and some terms. You can add terms of the library domain. | [Editor](https://specif.de/apps/edit#import="https://cascade.gfse.org/examples/data/Classes-for-Ontology.specif") with loaded classes for building an ontology. You can add terms of your application domain. |&#xD;
 | 2 | [Library Ontology as HTML](https://cascade.gfse.org/examples/libraries/Library-Ontology%20(Example).html)&lt;br/&gt;[Classes for Libraries](https://cascade.gfse.org/examples/libraries/data/Classes-for-Libraries.specif) to laod in the editor. | Export SpecIF Class Definitions (third option) to load in the next step. |&#xD;
-| 3 | [Editor](https://specif.de/apps-alpha/edit#import="https://cascade.gfse.org/examples/libraries/data/Libraries%20(Example).specif") with loaded classes for managing libraries and some instances. You can add data according to the library ontology defined above. | [Editor](https://specif.de/apps-alpha/edit) ready to load classes for managing application data exported above. You can add data according to your application ontology. |&#xD;
+| 3 | [Editor](https://specif.de/apps/edit#import="https://cascade.gfse.org/examples/libraries/data/Libraries%20(Example).specif") with loaded classes for managing libraries and some instances. You can add data according to the library ontology defined above. | [Editor](https://specif.de/apps/edit) ready to load classes for managing application data exported above. You can add data according to your application ontology. |&#xD;
 | 4 | [Library Data as HTML](https://cascade.gfse.org/examples/libraries/Libraries%20(Example).html)&lt;br/&gt;[Library Data as Turtle](https://cascade.gfse.org/examples/libraries/data/Libraries%20(Example).ttl) to load in the next step. | Export your application data  (Turtle) to load in the next step. |&#xD;
 | 5 | Load library data to your favorite graph database, e.g. [Apache Fuseki](https://jena.apache.org/documentation/fuseki2/). | Load your application data to your favorite graph database, e.g. [Apache Fuseki](https://jena.apache.org/documentation/fuseki2/). |&#xD;
 &#xD;