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--- 01_user_documentation:02_about_groimp:10_acronyms [2025/12/10 12:54] – ↷ Links adapted because of a move operation gaetan
+++ 01_user_documentation:02_about_groimp:10_acronyms [2025/12/10 13:14] (current) – ↷ Links adapted because of a move operation gaetan
@@ 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 [[02_new_tutorials:13_rgg:02_xl-turtle-geometry| turtle commands]] ((https://en.wikipedia.org/wiki/Turtle_graphics)) and its growth is described by rules that
+Simplified: The plant is described a string of [[02_user_tutorials:13_rgg:02_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 49: / Line 49: @@
 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: [[02_new_tutorials:13_rgg:02_rgg-code-structure|RGG Code structure introduction]]
+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: [[02_user_tutorials:13_rgg:02_rgg-code-structure|RGG Code structure introduction]]