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--- wiki:sns:intactgh:ex_1 [2024/02/01 12:38] – graham
+++ wiki:sns:intactgh:ex_1 [2024/02/01 13:14] (current) – graham
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 {{ :wiki:sns:intactgh:ex1_final.mp4?900 |}}
-🧰 The Rhino and Grasshopper files used in this example can be downloaded here: {{ :wiki:sns:intactgh:connecting_rod_assembly.zip |}}
+🧰 The Rhino and Grasshopper files used in this example can be downloaded here: {{ :wiki:sns:intactgh:connecting_rod_assembly.zip |}} \\
+*Legacy* files for Rhino 7 can also be found here: {{:wiki:sns:intactgh:connecting_rod_assembly_rhino7.zip}}
 This example demonstrates how to simulate a lattice infilled part, which is a bonded assembly of a lattice infill (STL) and an outer geometry (B-rep) as shown in the picture below.
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   * Use the merge block to join the two components as a bonded assembly as shown in (f)
-{{ :wiki:sns:intactgh:ex1_b.png?400 |}}
+{{ :wiki:sns:intactgh:ex1_b.png |}}
 =====Applying loads and boundary conditions=====
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   * Create a vector load block and connect the loading surface, the magnitude of the force, and the direction as shown in (f)
-{{ :wiki:sns:intactgh:ex1_c.png?600 |}}
+{{ :wiki:sns:intactgh:ex1_c.png |}}
 =====Setup solver=====
   * Create a solver settings block as shown in (a)
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   * Hit solve to compute the solution
-{{ :wiki:sns:intactgh:ex1_d.png?200 |}}
+{{ :wiki:sns:intactgh:ex1_d.png |}}
 =====Setup visualization block=====
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   * Right click on the visualize block and choose the simulation output for display (e.g. Von Mises stress or total displacement).
-{{ :wiki:sns:intactgh:ex1_e.png?200 |}}
+{{ :wiki:sns:intactgh:ex1_e.png |}}