11 holder_l = strip_w + wall;
14 cube([wall + strip_h, holder_l, holder_w]);
15 translate([wall-eps, 0, 0])
16 cube([screw_head + screw_l + eps, wall, holder_w]);
17 // translate([holder_w/2, holder_w/2, wall-eps])
18 // cylinder(r = screw_head/2, h = wall+eps, $fn = 128);
25 translate([-eps, -eps, -eps])
26 cube([strip_h + eps, strip_w, holder_w + 2*eps]);
28 hull() for (x = [0, screw_l])
29 translate([wall + screw_head/2 + x, -eps, holder_w/2])
31 cylinder(r = screw_hole/2, h = wall + 2*eps);
33 hull() for (x = [0,1])
34 translate([holder_w/2, wall + screw_hole/2 + screw_l*x, -eps])
35 cylinder(r = screw_hole/2, h = wall + strip_h + 2*eps);
36 translate([-eps, holder_l - wall - strip_w, -eps])
37 cube([holder_w + 2*eps, strip_w, strip_h+eps]);