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--- user-manual:ch01.1 [2025/10/29 11:33] – [RGG] Tim
+++ user-manual:ch01.1 [2025/11/01 01:50] (current) – [L-System] Tim
@@ Line 1: / Line 1: @@
-====== Understanding the Acronyms/terms ======
+====== Understanding the Acronyms ======
-Learning about a new field is often accompanied by a lot of new acronyms/terms that seems to be perfectly clear for anybody else. Plant modelling in GroIMP is no exception from this.
+Learning about a new field is often accompanied by a lot of new acronyms that seems to be perfectly clear for anybody else. Plant modelling in GroIMP is no exception from this.
 Therefore we want to provide you with a small overview of the most commonly used once.
@@ Line 15: / Line 15: @@
 //**L**indenmayer **system**//
-Lindenmayer systems are a group rewriting grammars first described by Aristid Lindenmayer.
+Lindenmayer systems((https://en.wikipedia.org/wiki/L-system)) are a group rewriting grammars first described by Aristid Lindenmayer.
 There main usage is the simulation of growth behavior and they are often used in FSPMs.
-Simplified: The plant is described a string of turtle commands and its growth is described by rules that
+Simplified: The plant is described a string of [[tutorials:xl-turtle-geometry | turtle commands]] ((https://en.wikipedia.org/wiki/Turtle_graphics)) and its growth is described by rules that
 define how in each step different parts of this string are replaced by new parts.
@@ Line 25: / Line 25: @@
 //**R**elational **G**rowth **G**rammars//
-RGG uses parallel graph rewriting to extend the concepts of L-systems to mathematical graphs. This allows the plant to be a  more complex structure including cross references and scales.
+[[rgg:rgg-manual#groimp_s_relational_growth_grammars|RGG]] uses parallel graph rewriting to extend the concepts of L-systems to mathematical graphs. This allows the plant to be a  more complex structure including cross references and scales. RGG is described in the theses of Ole Kniemeyer ([[publications:publications#section20081| publications-2008]])
-In GroIMP RGG is also used quite commonly to describe the integration of XL in the GroIMP platform see: [[#rgg_again| RGG Again]]
+In GroIMP RGG is also used quite commonly to describe the integration of XL in the GroIMP platform see: [[user-manual:ch01.1#rgg_plugin| RGG (Plugin)]]
 ===== XL =====
@@ Line 33: / Line 33: @@
 //e**x**tended **L**-systems//
+[[rgg:rgg-manual#xl_and_java_extension | XL]] is programming language combines of Java and RGG to allow the creation of both, java(([[https://en.wikipedia.org/wiki/Java_(programming_language)]])) functions and RGG-rules.
-===== (Replacement) Rule =====
+(The specification of this language can be found here: https://manual.grogra.de/de.grogra.xl/index.html or
+While XL is the original programming language and can be used in GroIMP with .xl files, it is commonly used with in the RGG(Plugin) of GroIMP.
-===== Query =====
+===== GroIMP =====
-===== Turtle geometry =====
+//**Gro**wth Grammar-related **I**nteractive **M**odelling **P**latform//
-===== GroIMP =====
+GroIMP is a graph based 3D modelling platform that supports several plugins (see: [[https://plugins.grogra.de]]) and can be used to create different kinds of models. While it is commonly used trough the RGG plugin it is also possible to create e.g. [[user-guide:additional_interfaces#greenlab| GreenLab]] projects or only UI based 3D models.
+===== RGG (Plugin) =====
-===== Again RGG =====
+The RGG plugin, describes a simplified integration of the XL programming language into the platform GroIMP by doing several parts implicitly.
+This allows the user  e.g to create XL code without creating a surrounding class or to use default libraries without importing them. Moreover the RGG plugin handles large parts of the graph management by it self. You can find some introduction in the tutorial: [[tutorials:rgg-code-structure|RGG Code structure introduction]]