Rename separators to dividers

1 files changed, 18 insertions, 28 deletions

diff --git a/cubbies.scad b/cubbies.scad
index 9379376..d22930a 100644
--- a/cubbies.scad
+++ b/cubbies.scad
@@ -13,17 +13,17 @@ $fn = 20;
 
 /* [Cubby dimensions] */
 
-cubby_width = 80;
+cubby_width = 50;
 cubby_depth = 200;
-cubby_separator_height = 40;
+cubby_divider_height = 500;
 
 // thickness of both bottom + dividers
 thickness = 5;
 
 // thickness of struts
 strut_thickness = 5;
-
-part="both";
+part = "both"; // [both:Bottom + Divider,bottom::Bottom Only,divider:Divider Only,tabs:Only tabs,view_fit_test:Generate a model to view tab fit (for debugging)]
+//part = "both"; // [first:Cube Only,second:Cylinder Only,both:Cube and Cylinder]
 
 // sizes for test fit
 /* cubby_width = 10; */
@@ -39,27 +39,16 @@ tab_tolerance = 2;
 
 // this paramater not well tested
 
-
-available_parts=[
-     "both",                     // one bottom and a divider for each side
-     "bottom",                  // bottom divider only
-     "separator",               // separator only
-     "tabs",                    // generate the smallest possible structures to
-                                // print test fits of the tabs
-     "view_fit_test"            // print a view to verify that tabs line up
-                                // (mostly useful for debugging)
-     ];
-
 if ( part == "bottom" ) {
      rot(90) yrot(90) cubby_bottom(cubby_width, cubby_depth);
-} else if ( part == "separator" ) {
-     yrot(180+90) cubby_separator(cubby_depth, cubby_separator_height);
+} else if ( part == "divider" ) {
+     yrot(180+90) cubby_divider(cubby_depth, cubby_divider_height);
 } else if ( part == "tabs" ) {
-     print_tabs(cubby_width, cubby_depth, cubby_separator_height);
+     print_tabs(cubby_width, cubby_depth, cubby_divider_height);
 } else if ( part == "view_fit_test") {
-     view_tab_fit(cubby_width, cubby_depth, cubby_separator_height);
+     view_tab_fit(cubby_width, cubby_depth, cubby_divider_height);
 } else if ( part == "both") {
-     cubby(cubby_width, cubby_depth, cubby_separator_height);
+     cubby(cubby_width, cubby_depth, cubby_divider_height);
 }
 
 //cubby(cubby_width, cubby_depth, cubby_divider_height);
@@ -72,8 +61,8 @@ module cubby (w, d, h) {
      module position_flat () {
           rot(90) yrot(90) cubby_bottom(w, d);
           yrot(180+90) {
-               up(d/2)cubby_separator(d, h);
-               //up(d/2 + h*2) cubby_separator(d, h);
+               down(300) cubby_divider(d, h);
+               //up(d/2 + h*2) cubby_divider(d, h);
           }
      }
 }
@@ -81,7 +70,7 @@ module cubby (w, d, h) {
 module print_tabs (w, d, h) {
      yrot(90) {
           left(50) cubby_bottom(10, d);
-          rot(180) xrot(90) fwd(75) bottom_half(z=(h / -2 + 5)) cubby_separator(d, h);
+          rot(180) xrot(90) fwd(75) bottom_half(z=(h / -2 + 5)) cubby_divider(d, h);
      }
 }
 
@@ -90,7 +79,7 @@ module view_tab_fit (w, d, h) {
      module position_fit_test (left=true) {
           yrot(90) cubby_bottom(w, d);
           dist = (w / 2) + (thickness / -2) + tab_depth - 2;
-          fwd(dist * (left ? 1 : -1)) up((h / 2) + 3)  zrot(90) cubby_separator(d, h);
+          fwd(dist * (left ? 1 : -1)) up((h / 2) + 3)  zrot(90) cubby_divider(d, h);
      }
 
      position_fit_test(left=true);
@@ -104,14 +93,14 @@ module add_tabs ( length, male=true, between=false ) {
      tab_line(length, tab_width=tab_width, tab_depth=tab_depth, tab_height=tab_height, male=male, tolerance=1, edge_padding=5, between=between);
 }
 
-module cubby_separator (depth, height) {
-     separator_wall() {
+module cubby_divider (depth, height) {
+     divider_wall() {
           attach(BOTTOM, TOP)  zrot(90) tab_bracket();
           position(TOP+FRONT+LEFT) screw_tab();
      }
      children();
 
-     module separator_wall () {
+     module divider_wall () {
           strut_wall(depth, height) children();
      }
 
@@ -170,6 +159,7 @@ module strut_wall(w, h) {
           h=h,
           thick=thickness,
           maxang=45,
-          strut=strut_thickness
+          strut=5,
+          max_bridge=(h+w)/5
     ) children();
 }