/* [Hose thread settings] */
thread_depth = 1.5;
thread_width = 2.5;
thread_pitch = 5;
thread_length = 30;

/* [General settings] */
wall_thickness = 3;
screw_diam = 6;

/* [View settings] */
disable_thread_in_preview = false;


tab_width = 30;

squish = 1.5;

module __sep__() {}

disable_thread = $preview && disable_thread_in_preview;


// Epsilon.
e = $preview ? 2e-2 : 1e-3;


$fa = 1;
$fs = 1;

use <threads.scad>;


angle = atan((thread_width * 0.666)/thread_depth/2);

echo("angle is", angle);

inf = 300;


difference() {
    cylinder(thread_length, d1=41+2*wall_thickness, d2 = 41+2*wall_thickness);
    translate([0,0,-e]) mirror([1,0,0]) {
        if (disable_thread) {
            cylinder(thread_length+e+e, d=41);
        }
        else {
            metric_thread(41, thread_pitch, thread_length+e+e, thread_size=thread_width, angle=angle, groove=true);
        }
    }
    
    translate([-inf/2, -inf, -inf/2]) cube([inf, inf, inf]);
}

translate([41/2,-41/2+squish,0]) {
    cube([wall_thickness, 41/2-squish, thread_length]);
    difference() {
        cube([tab_width, wall_thickness, thread_length]);
        translate([tab_width/2, -e, thread_length/2]) rotate([-90,0,0]) cylinder(h=wall_thickness+e+e, d = 6.5);
    }
}

mirror([1,0,0]) 
translate([41/2,-41/2+squish,0]) {
    cube([wall_thickness, 41/2-squish, thread_length]);
    difference() {
        cube([tab_width, wall_thickness, thread_length]);
        translate([tab_width/2, -e, thread_length/2]) rotate([-90,0,0]) cylinder(h=wall_thickness+e+e, d = 6.5);
    }
}