Study-of-the-V-HACD-algorithm/Quality-Measurement.md

@@ -35,9 +35,13 @@ The Hausdorff distance was obtained for the different tests done before. We focu
 A nice way to see the difference in quality amongst all the decompositions is to load the models in meshlab, apply the Hausdorff filter, colorize by vertex quality and (if needed) add the quality histogram.
 The red areas are the ones where the distance between the two meshes is small while the blue areas is where the error is bigger. The following images correspond to the vertex quality (obtained after applying the Hausdorff filter) for two models: one at 1e4 resolution and another at 50e6 resolution.
 
-Hausdorff at 1e4 resolution            |  Hausdorff at 50e6 resolution
-:-------------------------:|:-------------------------:
-![hausdorff_1e4](uploads/214d79708323bbe6c370eaa93504654e/hausdorff_1e4.png) | ![hausdorff_50e6](uploads/2eddadfa7d742ddcc4831dd64749bff9/hausdorff_50e6.png)
+|Hausdorff at 1e4 resolution      | Merged model at 1e4 resolution        |
+|:-------------------------:|:-------------------------:|
+|![hausdorff_1e4](uploads/214d79708323bbe6c370eaa93504654e/hausdorff_1e4.png) | ![resolution_1e4_gray](uploads/73b1ae9ae09c8d7165665f8787ff49c4/resolution_1e4_gray.png)|
+
+|Hausdorff at 50e6 resolution            | Merged model at 50e6 resolution |
+|:-------------------------:|:-------------------------:|
+|![hausdorff_50e6](uploads/2eddadfa7d742ddcc4831dd64749bff9/hausdorff_50e6.png) | ![resolution_50e6](uploads/4a8968e4492531f49a539826aaca0b15/resolution_50e6.png)|