$fn=64;

// --- Parameters ---
base_radius = 45;
base_height = 15;
tray_depth = 10;
tray_wall = 4;

spool_radius = 12;
spool_height = 30;

crystal_radius = 28;
crystal_body_height = 15;
crystal_point_height = 35;
crystal_facets = 6;

cable_slot_width = 3.5;

// --- Model ---
difference() {
    union() {
        // Base for stability and accessory tray
        cylinder(r=base_radius, h=base_height);

        // Central spool for winding cables
        translate([0, 0, base_height])
            cylinder(r=spool_radius, h=spool_height);

        // Magic Crystal Top (acts as cable retainer)
        translate([0, 0, base_height + spool_height]) {
            // Flared overhang (45-degree angle for easy 3D printing without supports)
            flare_height = crystal_radius - spool_radius;
            cylinder(r1=spool_radius, r2=crystal_radius, h=flare_height, $fn=crystal_facets);

            // Hexagonal crystal body
            translate([0, 0, flare_height])
                cylinder(r=crystal_radius, h=crystal_body_height, $fn=crystal_facets);

            // Pointed crystal tip
            translate([0, 0, flare_height + crystal_body_height])
                cylinder(r1=crystal_radius, r2=0, h=crystal_point_height, $fn=crystal_facets);
        }
    }

    // Hollow out the base to create an accessory tray
    translate([0, 0, base_height - tray_depth])
        difference() {
            cylinder(r=base_radius - tray_wall, h=tray_depth + 1);
            // Leave a solid core around the spool for strength
            cylinder(r=spool_radius + 4, h=tray_depth + 1);
        }

    // Cable catch slots on the outer rim of the base
    for(i = [0 : crystal_facets - 1]) {
        rotate([0, 0, i * (360 / crystal_facets)])
        translate([base_radius, 0, base_height - (tray_depth / 2) + 0.5])
            cube([tray_wall * 4, cable_slot_width, tray_depth + 2], center=true);
    }
}