Merge branch 'master' of https://lab.compute.dtu.dk/QIM/bending-material

README.md

@@ -12,10 +12,12 @@ Then we registered the samples from 0, 45 and 90 degree to 180 degree and align
    	<dd>Carsten  Gundlach <a href="mailto:cagu@fysik.dtu.dk">cagu@fysik.dtu.dk</a> </dd>
 	<dt>User</dt>
 	<dd>Tetra Pak </dd>
+	<dt>Collaboration</dt>
+	<dd>LINX </dd>
 </dl>
 
 ## Status
-Current phase: Done.
+Current phase: Finished.
 
 
 ## Outputs
@@ -42,7 +44,22 @@ Main code is Demo.m which goes through
 Data is currently on files.dtu.dk. Contact Behnaz or Carsten for access.
 
 ## Results
+Final results can be seen in the video below
 * [Video](https://video.dtu.dk/media/Bending+animation/0_gna4b9r6)</dt>
-* Mesh points exported to .inp
 
+The `Results` folder contains the results of one sample, `CD_out_out` analysis for validation as 
+* export: Mesh points exported to .inp
+* layer: 
+    1. segmented layer in 2D 
+    2. converted segmented layer from 2D to 3D
+    3. trasfer: (we used a bijection transformation so for each pixel in one degree we know the exact correspondance in other degree)
+        * 0dg_rest: transformation of 0dg mesh to 45, 90 and 180 (find the correspodning mesh points)
+        * align_0dg_rest: aligned trasformed meshes
+        * all_to_180dg: all degrees to 180
+* measure: Euclidean distance and images of the results in pixel, mm, and micrometer
+* point: annotated points
+* registration: 
+    1. prepared data for registration and images of inner and outer layers used for registration
+    2. layer: Registered layers
+    3. tform: transformation matrix