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--- workshops:workshop_wageningen_24 [2024/12/05 00:19] – [A Dwarf Tomato FSP Model for Vertical Farming] ksmolen
+++ workshops:workshop_wageningen_24 [2025/02/21 12:22] (current) – [Managing Additional Graphs in GroIMP] Tim
@@ Line 31: / Line 31: @@
 developed shoot and root architecture generators, or directly coded architecture types within the model
 itself.
+  * {{ :workshops:26586_-_junqi_zhu_-_2024_groimpworkshop1.pdf |Presentation}}
 ===== Eco-Fuzzy Decision Model: Optimizing Agricultural Investment =====
@@ Line 50: / Line 52: @@
 method for building the inference engine.
+  * {{ :workshops:20241205_-_ecodm.pdf |Presentation}}
 ===== Light Quality Modelling =====
@@ Line 88: / Line 92: @@
 relationship between planting patterns and plant configurations, and design an ideal tomato plant
 architecture, providing a reference for tomato planting and breeding
+  * {{ :workshops:zhangyue_ppt.pdf |Presentation}}
 ===== Quantifying the Impact of Structural Model Complexity on Light Interception Simulation in Cucumber Crops Using Point Cloud Data =====
@@ Line 106: / Line 112: @@
 //Michele Butturini//
-Wageningen University %%&%% Research, The Netherlands//
+//Wageningen University %%&%% Research, The Netherlands//
 Dwarf tomato plants, characterized by compact size and determinate growth patterns, offer significant
@@ Line 125: / Line 131: @@
 ===== From Scrap to Craft? Using and Re-Using GroIMP Models as Serious Games for Teaching =====
-//Gerhard Buck-Sorlin (Institut Agro Rennes-Angers, France), Michael Henke (Hunan Agriculture University, China)//
+//Gerhard Buck-Sorlin<sup>1</sup>, Michael Henke<sup>2</sup>//
+//<sup>1</sup>Institut Agro Rennes-Angers, France, <sup>2</sup>Hunan Agriculture University, China//
 In this presentation I will give an overview of the use of GroIMP as a tool for teaching, with an emphasis
@@ Line 138: / Line 146: @@
 ===== Graph-Based Point Cloud Management in GroIMP =====
-//Gaëtan Heidsieck (University of Göttingen, Germany)//
+//Gaëtan Heidsieck//
+//University of Göttingen, Germany//
 The graph-based functional structural plant modeling (FSPM) platform GroIMP was extended by a set of
@@ Line 150: / Line 160: @@
 ===== Managing Additional Graphs in GroIMP =====
-//Tim Oberländer (University of Göttingen, Germany)//
+//Tim Oberländer//
+//University of Göttingen, Germany//
 With the latest version of the Graph Explorer plugin, two new types of objects are introduced to support
@@ Line 158: / Line 170: @@
 on the fly or clone parts of other graphs into new graph objects.
+  * {{ :workshops:additional_graphs.pdf |Presentation}}
 ===== Consolidating the GroIMP Plant Modelling Platform – Software Update, Plugin Management & Documentation Improvements =====
-//Gaëtan Heidsieck, Tim Oberländer (University of Göttingen, Germany)//
+//Gaëtan Heidsieck, Tim Oberländer//
+//University of Göttingen, Germany//
 The GroIMP platform continues being upgraded, with newer versions of software dependencies, quality
@@ Line 174: / Line 188: @@
 points have been raised in order to be discussed during this workshop for future improvements.
-====== Tutorials ======
+======Tutorials======
+If you struggle with something in the following tutorials and you can not attend the workshop session, please feel free to reach out to the community using the FSPM forum.
 ===== Introduction to modelling with XL  =====
@@ Line 190: / Line 205: @@
   * [[:Tutorials:architecture-model| A step by step growth model ]]
   * [[:Tutorials:simple-tomato-model| A simple tomato plant model ]]
+  * [[:Tutorials:leaf-triangulation| Leaf triangulation ]]
 ===== Basic to advanced XL queries  =====
@@ Line 216: / Line 232: @@
 ===== GroIMP API (GroLink)  =====
-Starting the API/use Jupyter to connect to it
+Starting the [[user-guide:additional_interfaces:api| GroIMP API]] and connecting to it through Python or R.
   * [[:Tutorials:Getting-started-with-GroLink-and-GroPy|Getting started with GroLink and Python(GroPy)]]