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02_user_tutorials:18_modeling:02_simple-tomato-model

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02_user_tutorials:18_modeling:02_simple-tomato-model [2025/12/10 15:36] – gaetan02_user_tutorials:18_modeling:02_simple-tomato-model [2025/12/12 12:13] (current) – [Improving leaflet shape] groimp
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 So far, we used a simple parallelogram to approximate the shape of a leaflet. We can further refine the leaflet shape, for example by using a ''MeshNode'' instead. So far, we used a simple parallelogram to approximate the shape of a leaflet. We can further refine the leaflet shape, for example by using a ''MeshNode'' instead.
  
-For an example on how to generate a leaflet mesh, see the tutorial [[02_user_tutorials:25_geometry:leaf-triangulation| Leaf triangulation ]].+For an example on how to generate a leaflet mesh, see the tutorial [[:02_user_tutorials:25_geometry:leaf-triangulation| Leaf triangulation ]].
  
 We use the code from the leaf triangulation tutorial to create a leaflet mesh ''MeshNode.(setPolygons(polygonMesh))'', where the polygons (''polygonMesh'') are created from a list of predefined vertices (''vertexDataLeaflet''). We use the code from the leaf triangulation tutorial to create a leaflet mesh ''MeshNode.(setPolygons(polygonMesh))'', where the polygons (''polygonMesh'') are created from a list of predefined vertices (''vertexDataLeaflet'').
02_user_tutorials/18_modeling/02_simple-tomato-model.1765377380.txt.gz · Last modified: 2025/12/10 15:36 by gaetan