10,12c10,12
< #translate([ -5.34, 3.50, -0.54 ])
< rotate([-1,0,44.5])
< import("AnvilScan.stl");
---
> //#translate([ -5.34, 3.50, -0.54 ])
> //rotate([-1,0,44.5])
> //import("AnvilScan.stl");
43c43
<     trajectory(forward = 60, pitch = 90)
---
>     trajectory(forward = 62, pitch = 90)
64,67c64,67
< //            translate([0,0,base_h/2])
< //            cube([base_l, base_w, base_h],
< //                center = true);
< //            //[ 12.56, -6.99, 17.54 ]
---
>             translate([0,0,base_h/2])
>             cube([base_l, base_w, base_h],
>                 center = true);
>             //[ 12.56, -6.99, 17.54 ]
69,71c69,71
< //            translate([12.8,0,total_h - upper_h/2])
< //            cube([upper_l, upper_w, upper_h],
< //                center = true);
---
>             translate([12.8,0,total_h - upper_h/2])
>             cube([upper_l, upper_w, upper_h],
>                 center = true);
73,78c73,86
< //            hull_shape([
< //                [ -41.33, 8.53, 60.00 ],
< //                [ -41.33, 8.53, 47.00 ],
< //                [ -21.33, 8.53, 41.00 ],
< //                [ -31.33, 8.53, 60.00 ]], 
< //                y_sym = true) cube(0.01,center=true);
---
>             hull_shape([
>                 [ -41.33, 8.53, 60.00 ],
>                 [ -41.33, 8.53, 47.00 ],
> 
>                 [ -18.33, 10.3-rib_th/2, 40.00+rib_th/2 ],
>                 [ -16.33, 10.5, 60.00 ]],
>                 [0,1,2,0],
>                 y_sym = true)
>            {
>                cube(0.01,center=true);
> 
>                sphere(rib_th/4,center=true);
>               sphere(rib_th/2,center=true);
>            }