diff --git a/ShoulderCase/@Shoulder/Shoulder.m b/ShoulderCase/@Shoulder/Shoulder.m
index 359303b..abbd871 100644
--- a/ShoulderCase/@Shoulder/Shoulder.m
+++ b/ShoulderCase/@Shoulder/Shoulder.m
@@ -1,101 +1,101 @@
 classdef Shoulder < handle
   % Contains all the shoulder parts (bones) and their measurements.
   %
   % Can be used to plot an overview of the case.
 
   properties
     side = ""; % R or L
     landmarksAcquisition = "";
+    empty = true;
     scapula
     humerus
     rotatorCuff
     CTScan = "";
     comment = "";
-    empty = true;
     SCase
   end
 
   methods
     function obj = Shoulder(SCase, shoulderSide, landmarksAcquisition)
       obj.side = shoulderSide;
       obj.landmarksAcquisition = landmarksAcquisition;
       obj.SCase = SCase;
       if not(isfolder(obj.dataPath()))
         mkdir(obj.dataPath());
       end
 
       obj.humerus = Humerus(obj);
       obj.rotatorCuff = RotatorCuff(obj);
       if landmarksAcquisition == "auto"
         obj.scapula = ScapulaAuto(obj);
       elseif landmarksAcquisition == "manual"
         obj.scapula = ScapulaManual(obj);
       end
     end
 
     function output = get.empty(obj)
       output = isempty(obj);
     end
 
     function output = isempty(obj)
       % None of the shoulder measurements can be made with an empty scapula.
       % Scapula emptiness is due to missing landmarks coordinates.
       output = isempty(obj.scapula);
     end
 
     function output = explicitSide(obj)
       explicitSide = obj.side;
       explicitSide = replace(explicitSide, "R", "right");
       explicitSide = replace(explicitSide, "L", "left");
       output = explicitSide;
     end
 
     function output = dataPath(obj)
       output = fullfile(...
         obj.SCase.dataMatlabPath,...
         "shoulders",...
         obj.explicitSide,...
         obj.landmarksAcquisition);
     end
 
     function loadData(obj)
       Logger.newDelimitedSection("Load data"); Logger.logn("");
       recursiveMethodCall(obj, "loadData", {obj.SCase});
       Logger.closeSection();
     end
     
     function morphology(obj)
       Logger.newDelimitedSection("Morphology"); Logger.logn("");
       recursiveMethodCall(obj, "morphology", {obj.SCase});
       Logger.closeSection();
     end
 
     function measureFirst(obj)
       Logger.newDelimitedSection("First measurements"); Logger.logn("");
       recursiveMethodCall(obj, "measureFirst", {obj.SCase});
       Logger.closeSection();
     end
 
     function measureSecond(obj)
       Logger.newDelimitedSection("Second measurements"); Logger.logn("");
       recursiveMethodCall(obj, "measureSecond", {obj.SCase});
       Logger.closeSection();
     end
 
     function measureThird(obj)
       Logger.newDelimitedSection("Third measurements"); Logger.logn("");
       recursiveMethodCall(obj, "measureThird", {obj.SCase});
       Logger.closeSection();
     end
 
     function measureDensity(obj)
       obj.scapula.genoid.calcDensity();
     end
 
     function measureMuscles(obj)
       obj.rotatorCuff.sliceAndSegment();
       obj.rotatorCuff.measure("rotatorCuffMatthieu", "autoMatthieu");
     end
   end
 
 end