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README.md

@@ -102,6 +102,21 @@ The meshes used to describe various surfaces present in the scene were generated
 The obtained results were able to reproduce observations, and guided us in the right direction for the resolution of the encountered issues.
 
 
+# Interactive WLI data analyzer and visualizer
+**Involved Technologies**: C++, OpenGL, GLSL
+
+**Link**: [gitlab](https://gitlab.phys.ethz.ch/engelerp/nt1100-analyser)
+
+
+**Description**:\
+This program is used to load datasets generated by the Wycko NT1100 white light interferometer, visualize, analyze and compare them. 
+
+An impression of its usage is shown below.
+
+![nt1100Analyzer](resources/nt1100Analyzer.mp4)
+
+
+
 # RBComb control system
 **Involved Technologies**: VHDL, python
 
@@ -166,21 +181,6 @@ The program is geared towards the type of resonator I developed in my PhD thesis
 An impression of the program is shown below. 
 
 ![ArmDesigner](resources/armDesigner.mp4)
-
-# Interactive WLI data analyzer and visualizer
-**Involved Technologies**: C++, OpenGL, GLSL
-
-**Link**: [gitlab](https://gitlab.phys.ethz.ch/engelerp/nt1100-analyser)
-
-
-**Description**:\
-This program is used to load datasets generated by the Wycko NT1100 white light interferometer, visualize, analyze and compare them. 
-
-An impression of its usage is shown below.
-
-![nt1100Analyzer](resources/nt1100Analyzer.mp4)
-
-
 # Labbook generator
 **Involved Technologies**: python, latex, bash, atom grammar, git, CI/CD pipeline