Differences

This shows you the differences between two versions of the page.

--- start [2024/04/12 14:51] – gaetan
+++ start [2024/12/11 09:20] (current) – Tim
@@ Line 1: / Line 1: @@
 ~~NOTOC~~
-<color red> Please note that to log in you need an account created on the grogra.de website (not on the dokuwiki). Once the grogra.de account is activated, it is possible to log in the dokuwiki with the same credential. </color>
+<color red> To Contribute to this wiki please reach out to us so we can create you an account, sadly it is not possible for us to maintain an open registration.</color>
 ====== Description ======
-The modelling platform GroIMP is designed as an integrated platform which incorporates modelling, visualization and interaction. It exhibits several features which makes itself suitable for the field of biological or ALife modelling:
+The modelling platform GroIMP is designed as an integrated platform incorporating modelling, visualization and interaction. It exhibits several features that make it suitable for the field of biological and ALife modelling:
-The “modelling backbone” consists in the language XL. It is fully integrated, e.g., the user can interactively select the rules to be applied. GroIMP provides classes that can be used in modelling: Turtle commands, further geometrical classes like bicubic surfaces, the class Cell which has been used in the Game Of Life implementation, and so on. The outcome of a model is visualized within GroIMP. In the visual representation of the model output, users can interact with the dynamics of the model, e.g., by selecting or deleting elements. A networked mode is available, allowing different users to interact with the modeled world synchronously. This may be an interesting feature to be used in the field of e-learning.
+The “modelling backbone” consists in the language XL. It is fully integrated, e.g., the user can interactively select the rules to be applied. GroIMP provides classes that can be used in modelling: Turtle commands, further geometrical classes like bicubic surfaces, the class Cell which has been used in the Game Of Life implementation, and so on. The outcome of a model is visualized within GroIMP. In the visual representation of the model output, users can interact with the dynamics of the model, e.g., by selecting or deleting elements. A networked mode is available, allowing different users to interact with the modelled world synchronously. This may be an interesting feature to be used in the field of e-learning.
 ====== Features ======
@@ Line 24: / Line 24: @@
 ====== Documentation ======
+This wiki contains the documentation of the GroIMP software for both users and developers.
-Find more information on the software at the [[:Documentation|documentation pages]].
 Find more information on L-Systems, growth grammar, and the XL language at the [[http://www.grogra.de/|grogra website]]
-Find the latest version of the GroIMP API documentation [[https://grogra.gitlab.io/groimp/index.html|here]]
+Find the latest version of the GroIMP API documentation [[https://javadoc.grogra.de|here]]
 ====== Contribute ======