Updated nomenclature to match the Cooper et al 2016. Each metric is p…

…receeded by what type of coordinates (Voronoi BOUND vs all cells/UNBOUND) they were calculated from. I hope to reduce confusion with this change. closes #2.

lib/determine_mosaic_stats.m

@@ -209,11 +209,11 @@
     total_coord_area=total_coord_area*1000^2;      
 end
 
-mosaic_stats = struct('Number_Unbound_Cells', numcells,'Number_Bounded_Cells', length(cellarea), 'Total_Area', total_coord_area, 'Total_Bound_Area',total_cell_area,...                      
-                      'Density_Bound',density_bound, 'NN_Distance_Corrected',mean_correct_nn_dist,'IC_Distance_Corrected',mean_correct_inter_cell_dist,'Furthest_Distance_Corrected',mean_correct_max_cell_dist,...
-                      'Mean_Voronoi_Area', mean_cellarea,'Percent_Six_Sided_Voronoi',percent_six_sided,'DRP_Distance', drp_spac,...
-                      'Voronoi_Area_RI',regularity_voro_index,'Voronoi_Sides_RI',regularity_voro_sides, 'NN_RI', regularity_nn_index, 'IC_RI', regularity_ic_index,...
-                      'Density_Uncorrected', density_dc ,'NN_Distance_Uncorrected', mean_nn_dist, 'IC_Distance_Uncorrected',mean_inter_cell_dist, 'Furthest_Distance_Uncorrected',mean_max_cell_dist);
+mosaic_stats = struct('Number_Unbound_Cells', numcells,'Number_Bound_Cells', length(cellarea), 'Total_Area', total_coord_area, 'Total_Bound_Area',total_cell_area,...                      
+                      'Bound_Density',density_bound, 'Bound_NN_Distance',mean_correct_nn_dist,'Bound_IC_Distance',mean_correct_inter_cell_dist,'Bound_Furthest_Distance',mean_correct_max_cell_dist,...
+                      'Bound_Mean_Voronoi_Area', mean_cellarea,'Bound_Percent_Six_Sided_Voronoi',percent_six_sided,'Unbound_DRP_Distance', drp_spac,...
+                      'Bound_Voronoi_Area_RI',regularity_voro_index,'Bound_Voronoi_Sides_RI',regularity_voro_sides, 'Bound_NN_RI', regularity_nn_index, 'Bound_IC_RI', regularity_ic_index,...
+                      'Unbound_Density', density_dc ,'Unbound_NN_Distance', mean_nn_dist, 'Unbound_IC_Distance',mean_inter_cell_dist, 'Unbound_Furthest_Distance',mean_max_cell_dist);
 
 end