Method to export a deproj object to a table.

src/@deproj/deproj.m

@@ -17,7 +17,12 @@ classdef deproj
     
     %% Plotting routines.
     methods
-       
+        
+        %% Exports.
+        
+        % Export masurements to a table.
+        T = to_table( obj )
+        
         %% Generate figures.
         
         % Figure with the local plan orientation for a collection of epicells.

src/@deproj/to_table.m

+function T = to_table( obj )
+%TO_TABLE Export masurements to a table.
+
+    
+    epicells = obj.epicells;
+    
+    id              = vertcat( epicells.id ); 
+    
+    center          = vertcat( epicells.center );
+    xc              = center( : , 1 );
+    yc              = center( : , 2 );
+    zc              = center( : , 3 );
+    
+    area            = vertcat( epicells.area );
+    
+    perim           = vertcat( epicells.perimeter );
+    
+    euler_angle     = vertcat( epicells.euler_angles );
+    euler_alpha     = euler_angle( : , 1 );
+    euler_beta      = euler_angle( : , 2 );
+    euler_gamma     = euler_angle( : , 3 );
+    
+    ellipse_fit     = vertcat( epicells.ellipse_fit );
+    ellipse_x0      = ellipse_fit( : , 1 );
+    ellipse_y0      = ellipse_fit( : , 2 );
+    ellipse_z0      = ellipse_fit( : , 3 );
+    ellipse_a       = ellipse_fit( : , 4 );
+    ellipse_b       = ellipse_fit( : , 5 );
+    ellipse_sigma   = ellipse_fit( : , 6 );
+    
+    eccentricity    = vertcat( epicells.eccentricity );
+    
+    proj_direction  = vertcat( epicells.proj_direction );
+    
+    uncorrected_area  = vertcat( epicells.uncorrected_area );
+    
+    uncorrected_perimeter  = vertcat( epicells.uncorrected_perimeter );
+    
+    T = table( ...
+        id, ...
+        xc, ...
+        yc, ...
+        zc, ...
+        area, ...
+        perim, ...
+        euler_alpha, ...
+        euler_beta, ...
+        euler_gamma, ...
+        ellipse_x0, ...
+        ellipse_y0, ...
+        ellipse_z0, ...
+        ellipse_a, ...
+        ellipse_b, ...
+        ellipse_sigma, ...
+        eccentricity, ...
+        proj_direction, ...
+        uncorrected_area, ...
+        uncorrected_perimeter);
+    
+    T.Properties.VariableDescriptions = {
+            'Unique identifier'
+            'Cell center X position'
+            'Cell center Y position'
+            'Cell center Z position'
+            'Cell area (deprojected)'
+            'Cell perimeter (deprojected)'
+            'First Euler angle for the cell plane (rotation around Z)'
+            'Second Euler angle for the cell plane (rotation around X'')'
+            'Third Euler angle for the cell plane (rotation around Z'')'
+            'Ellipse fit center X position'
+            'Ellipse fit center Y position'
+            'Ellipse fit center Z position'
+            'Ellipse fit semi-major axis length'
+            'Ellipse fit semi-minor axis length'
+            'Ellipse fit angle with X'' (see Euler angles) axis'
+            'Eccentricity from ellipse fit'
+            'Cell main direction projected on the XY plane'
+            'Cell area projected on the XY plane'
+            'Cell perimeter projected on the XY plane'
+        };
+
+        T.Properties.VariableUnits = {
+            ''
+            obj.units
+            obj.units
+            obj.units
+            sprintf( '%s^2', obj.units )
+            obj.units
+            'radians'
+            'radians'
+            'radians'
+            obj.units
+            obj.units
+            obj.units
+            obj.units
+            obj.units
+            'radians'
+            ''
+            'radians'
+            sprintf( '%s^2', obj.units )
+            obj.units
+            };
+
+        T.Properties.Description = sprintf( 'Data generated from Deproj software, exported on %s.', ...
+            datestr( now ) );
+
+    end
+