// Y plate cover
$fa = 1;
$fs = 0.4;

// Values copied from millYplate.scad
wide    = 200
;       // overall
deep    = 61;
thick   = 5;
screwD  = 27;
screwX  = 35;       // from Left
screwY  = 30;       // from top
topcutX = 109;      // width of shallow TC
// end of copy

chigh       = 20;   // internal 'headroom'
edeep       = 0;    // extra depth beyond plate
wall        = 3;    // wall thickness
iwall       = 6;    // inner wall thickness
stub        = 5;

difference(){
    union(){
        // face
        cube([wide+2*wall, deep+edeep+2*wall, wall]);
        // extra depth top left
        translate([wide+wall-109, deep+2*wall, 0])
            cube([109, edeep, wall]);
        // right end
        cube([wall, deep+edeep+2*wall, chigh+wall+thick]);
        cube([iwall, wall+8, chigh+wall]);
        translate([0,wall+48,0])
            cube([iwall, deep-48+wall, chigh+wall]);
        // bottom
        cube([wide+2*wall, wall, chigh+wall+thick]);
        cube([wide+2*wall, iwall, chigh+wall]);
        // left end
        translate([wide+wall, 0, 0])
            cube([wall, deep+edeep+2*wall, chigh+wall+thick]);
        translate([wide+2*wall-iwall, 0, 0])
            cube([iwall, deep+edeep+2*wall, chigh+wall]);
        translate([0, deep+2*wall-iwall, 0])
            cube([wide-topcutX+wall-2, iwall, chigh+wall]);
        // actual top
        translate([0, deep+edeep+wall, 0])
            cube([wide+2*wall, wall, chigh+wall+thick]);
        // ledge
        translate([wide+wall-stub, wall+42, 0])
            cube([stub+wall, wall, chigh+wall+thick]);
        translate([wide+wall-stub, 2*wall+42-iwall, 0])
            cube([stub+wall, iwall, chigh+wall]);
        // case bolt
        translate([wide-85+wall, 27+wall, 0])
            cylinder(h=chigh+wall, d=12);
         // LED surround
         translate([wall+68, deep+2*wall-iwall-5, 0])
            cylinder(d=12, h=iwall);
        // microswitch plate
        translate([wall+75, wall+deep-7, wall])
            cube([20, 7, chigh-7]);
    }
    union(){
        // screw
        translate([wide+wall-screwX, deep+wall-screwY, -0.01]){
            cylinder(h=wall+0.04, d=screwD);
            cylinder(h=1.5, d1=34, d2=screwD);
        }
        // screw  pulley
        translate([wide+wall-screwX, deep+wall-screwY, wall+13])
            cylinder(h=25, d=57, center=true);
        // case bolt
        translate([wide-85+wall, 27+wall, -0.01])
            cylinder(h=chigh+wall+5, d=6);
        // switch cutout
        translate([wall+60, iwall+1, -0.01])
            cube([30.0, 10.6, iwall+0.02]);
        // text cutout
        translate([12, deep+edeep+2*wall-1, 3])
            cube([50, 2, 17]);
        // corner cutout
        translate([wide+wall-7-0.01, deep+2*wall-10, chigh+wall])
            cube([wall+7+0.02, 16.01, thick+0.01]);
        // screw cutouts
        translate([wide+wall-screwX+17, deep+wall-0.01, 7])
            cube([12, wall+0.02, 25]);
        translate([wide+wall-screwX-27.5, deep+wall-0.01, 7])
            cube([12.5, wall+0.02, 25]);
        translate([wide+wall-screwX-16, deep+wall-0.01, 14.5])
            cube([40, wall+0.02, 25]);
        // LED
        translate([wall+68, deep+2*wall-iwall-5, -0.01])
            cylinder(d=8, h=iwall+0.02);
        // microswitch screws
        translate([wall+78, wall+deep-7.01, wall+chigh-14])
            rotate([270,0,0])
                cylinder(d=1.6, h=8);
        translate([wall+78+9.5, wall+deep-7.01, wall+chigh-14])
            rotate([270,0,0])
                cylinder(d=1.6, h=8);
        // microswitch screws screwdriver holes
        translate([wall+78, -0.01, wall+chigh-14])
            rotate([270,0,0])
                cylinder(d=3.5, h=10);
        translate([wall+78+9.5, -0.1, wall+chigh-14])
            rotate([270,0,0])
                cylinder(d=3.5, h=10);
    }
}
// text
translate([59,deep+edeep+wall+1,8])
    rotate([-90,180,0])
        linear_extrude(2)
            text("NigSoft", 10, font = "Liberation Sans");