Adds missing newlines in content

content/download/index.md

@@ -30,7 +30,8 @@ There are several versions available for **Windows**, **Linux**, and **macOS**:
 
 You can download the latest version of our pre-built virtual machine image from the [release section of our GitHub repository](https://github.com/eMoflon/emoflon-ibex-vm/releases).
 
-Unfortunately, we aren't able to release the whole OVA image as one file on GitHub. Therefore, you have to download all ZIP archive parts and extract them locally on your computer. You can find detailed installation instructions in the [README.md file](https://github.com/eMoflon/emoflon-ibex-vm#usageinstallation) within the repository.
+Unfortunately, we aren't able to release the whole OVA image as one file on GitHub. Therefore, you have to download all ZIP archive parts and extract them locally on your computer.
+You can find detailed installation instructions in the [README.md file](https://github.com/eMoflon/emoflon-ibex-vm#usageinstallation) within the repository.
 
 ### Eclipse Update Site (IBeX)
 
@@ -62,7 +63,9 @@ There are versions available for **Windows**, **Linux**, and **macOS**:
 
 You can download the latest version of our pre-built virtual machine image from the [release section of our GitHub repository](https://github.com/eMoflon/emoflon-neo-vm/releases).
 
-Unfortunately, we aren't able to release the whole OVA image as one file on GitHub. Therefore, you have to download all ZIP archive parts and extract them locally on your computer. You can find detailed installation instructions in the [README.md file](https://github.com/eMoflon/emoflon-neo-vm#usageinstallation) within the repository.
+Unfortunately, we aren't able to release the whole OVA image as one file on GitHub.
+Therefore, you have to download all ZIP archive parts and extract them locally on your computer.
+You can find detailed installation instructions in the [README.md file](https://github.com/eMoflon/emoflon-neo-vm#usageinstallation) within the repository.
 
 ### Eclipse Update Site (Neo)
 

content/ibex/index.md

@@ -7,9 +7,15 @@ draft: false
 | {{< toc >}} | {{< img src="/img/emoflon_logo_ibex.png" alt="" width="60%" >}} |
 |:---|---|
 
-**eMoflon::IBeX** is an open source tool suite to implement incremental model transformations formally based on the notion of graph transformations. Graph transformations are a declarative and rule-based way to define how a graph (our model) changes. Usually, this is done by writing transformation rules that describe preconditions, i.e., patterns that state when a rule should be applied, and postconditions that state how the rule will change our model.
-**eMoflon::IBeX** then generates code that implements your rules ensuring that they are only applied on appropriate locations. In addition to that, we employ state-of-the-art incremental graph pattern matching techniques to react to model changes promptly and efficiently. Note that our tool is released as an [Eclipse](https://www.eclipse.org) plugin and makes use of the [Eclipse Modeling Framework (EMF)](https://www.eclipse.org/modeling/emf/) to design and visualize (meta-)models.
-Our tool comes with two main components, namely **[GT](#emoflonibex-gt)** and **[TGG](#emoflonibex-tgg)**. The former lets you implement generic model transformations in a unidirectional way. The latter enables you to implement different bidirectional model transformations to restore consistency between two models from one sole specification, e.g., synchronisers and translators.
+**eMoflon::IBeX** is an open source tool suite to implement incremental model transformations formally based on the notion of graph transformations.
+Graph transformations are a declarative and rule-based way to define how a graph (our model) changes. 
+Usually, this is done by writing transformation rules that describe preconditions, i.e., patterns that state when a rule should be applied, and postconditions that state how the rule will change our model.
+**eMoflon::IBeX** then generates code that implements your rules ensuring that they are only applied on appropriate locations.
+In addition to that, we employ state-of-the-art incremental graph pattern matching techniques to react to model changes promptly and efficiently.
+Note that our tool is released as an [Eclipse](https://www.eclipse.org) plugin and makes use of the [Eclipse Modeling Framework (EMF)](https://www.eclipse.org/modeling/emf/) to design and visualize (meta-)models.
+Our tool comes with two main components, namely **[GT](#emoflonibex-gt)** and **[TGG](#emoflonibex-tgg)**. 
+The former lets you implement generic model transformations in a unidirectional way.
+The latter enables you to implement different bidirectional model transformations to restore consistency between two models from one sole specification, e.g., synchronisers and translators.
 
 ## Feature Overview
 - EMF-based