cover_ceil_th = 0.9;
+cover_strap_sz_x = side_wall_th * 3.5;
+
// calculated
strap_w = strain_w;
-strap_cutout_x = side_wall_th * 2;
-strap_cutout_z = side_wall_th;
+cover_strap_cutout_z = side_wall_th;
top_top_z = usb_wall_h;
top_base_z = -board_th;
}
}
}
-module StrapCutouts(y_c, z_top){
- for (z = [ bottom_base_z, z_top ]) {
- BothSides(){
- translate([ -total_side_wall_x, y_c, z_top ]) {
- cube([ strap_cutout_x*2,
- strap_w,
- strap_cutout_z*2 ],
- center=true);
- }
- }
+
+module NormalStrapCutouts(y_c, z, rot){
+ BothSides(){
+ translate([ -total_side_wall_x, y_c, z ])
+ rotate([0, rot, 0])
+ cube([ side_wall_th,
+ strap_w,
+ 10 ],
+ center=true);
}
}
-
+module BottomStrapCutouts(y_c){
+ NormalStrapCutouts(y_c, bottom_base_z, -45);
+}
module CoverStrapCutouts(){
- StrapCutouts( -cover_strap_c_d_y, cover_top_z );
+ BothSides(){
+ translate([ -total_side_wall_x, -cover_strap_c_d_y, cover_top_z ])
+ cube([ cover_strap_sz_x*2,
+ strap_w,
+ cover_strap_cutout_z*2 ],
+ center=true);
+ }
}
module FrontWallsPlan(slop) {
CoverRegistrations();
cube([ 1, fit_gap_y*2, fit_gap_z*2 ], center=true);
}
+ BottomStrapCutouts(-cover_strap_c_d_y);
}
}