Differences

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

--- user-manual:ch01.1 [2025/10/29 12:24] – [XL] Tim
+++ user-manual:ch01.1 [2025/11/01 01:50] (current) – [L-System] Tim
@@ Line 18: / Line 18: @@
 There main usage is the simulation of growth behavior and they are often used in FSPMs.
-Simplified: The plant is described a string of [[tutorials:xl-turtle-geometry | turtle]] ((https://en.wikipedia.org/wiki/Turtle_graphics)) 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 is described in the theses of Ole Kniemeyer ([[publications:publications#section20081| publications-2008]])
+[[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: [[user-manual:ch01.1#rgg_plugin| RGG (Plugin)]]