Study-of-the-V-HACD-algorithm/Single-Parameter-Tests.md

@@ -116,6 +116,17 @@ The following tables show the number of pieces obtained after the decomposition
 
 These first tests show that the parameter that really influences and changes the number of pieces is the resolution. That is, we can see how the number of pieces obtained when changing the rest of parameters is more or less constant (29 pieces) which is the value fixed by the default resolution.
 
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+Resolution 1e5           | Resolution 5e5 |  Resolution 1e6 |
+:-------------------------:|:-------------------------:|:-------------------------:|
+![resolution_1e5](uploads/d42ca09cf64f56a5a47d23f66d0a79e1/resolution_1e5.png)  |  ![resolution_5e5](uploads/f949703731ee60ac77ec39c8fb5cf6b5/resolution_5e5.png) |  ![resolution_1e6](uploads/8eb1cfda97e2b5962cf25a9041b3e076/resolution_1e6.png) |
+
+Resolution 10e6           |  Resolution 25e6  |  Resolution 50e6 |
+:-------------------------:|:-------------------------:|:-------------------------:|
+![resolution_10e6](uploads/f47a82e10790f0fc56a22190ff19d555/resolution_10e6.png) |  ![resolution_25e6](uploads/ac9931341f4af800d0612a2f55b9e7c8/resolution_25e6.png) |  ![resolution_50e6](uploads/70a8d8e2c0600427861aaed807023da1/resolution_50e6.png)
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+
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 There are other interesting things to point out. 
 
 The variation of the concavity does not seem to increase the number of pieces obtained, however further tests show it has an impact on it (see next entry). We can think that the smaller the concavity is the more pieces we will end up having. This is in general true but it strongly depends on the 3D model we are decomposing and in the granularity of the decomposition (which is basically set via the resolution parameter).