rename

src/experimental/demo/voronoi_cells_demo.scad

@@ -1,6 +1,6 @@
 use <hull_polyline2d.scad>;
 use <shape_square.scad>;
-use <experimental/voronoi2d_cells.scad>;
+use <experimental/voronoi_cells.scad>;
 
 xs1 = rands(-20, 20, 15);
 ys1 = rands(-20, 20, 15);
@@ -16,7 +16,7 @@ function default_region_size(points) =
 size = default_region_size(points);  
 region_shape = shape_square(size, corner_r = size / 10);
 
-cells = voronoi2d_cells(points, region_shape);
+cells = voronoi_cells(points, region_shape);
 for(i = [0:len(points) - 1]) {
     pt = points[i];
     cell = cells[i];

src/experimental/demo/voronoi_lines_demo.scad

@@ -1,5 +1,5 @@
 use <hull_polyline2d.scad>;
-use <experimental/voronoi2d_lines.scad>;
+use <experimental/voronoi_lines.scad>;
 use <experimental/convex_hull.scad>;
 
 pt_nums = 50;
@@ -13,7 +13,7 @@ hull_polyline2d(
 );
   
 intersection() {  
-    for(line = voronoi2d_lines(points)) {
+    for(line = voronoi_lines(points)) {
         hull_polyline2d(
             line, 
             width = width,

src/experimental/voronoi_cells.scad

@@ -2,7 +2,7 @@ use <experimental/_impl/_voronoi2d_cells_impl.scad>;
 use <experimental/convex_intersection_for.scad>;
 use <shape_square.scad>;
 
-function voronoi2d_cells(points, region_shape) = 
+function voronoi_cells(points, region_shape) = 
     let(
         size = _default_region_size(points),
         shape = is_undef(region_shape) ? shape_square(size) : region_shape,

src/experimental/voronoi_lines.scad

@@ -2,7 +2,7 @@ use <experimental/_impl/_voronoi2d_lines_impl.scad>;
 use <experimental/tri_delaunay.scad>;
 use <experimental/tri_circumcircle.scad>;
 
-function voronoi2d_lines(points) = 
+function voronoi_lines(points) = 
     let(
         tris = [
             for(idxes = tri_delaunay(points))