$fn=64;

// --- Parametric Dimensions (in millimeters) ---
label_width = 60;         // Width of the label holder (extrusion length)
label_height = 25;        // Height of the label slot
bin_edge_thickness = 3.5; // Thickness of the bin wall to clip onto
wall_thickness = 2.0;     // General wall thickness for the holder
clip_depth = 18;          // How far the clip extends down the back of the bin
lip_size = 3.0;           // Size of the retaining lip for the label
label_thickness = 0.8;    // Slot gap for the paper/cardboard label

// --- 3D Model ---
// The profile is designed to be extruded and printed on its side.
// This orientation requires NO supports and provides maximum layer strength for the clip.
linear_extrude(height = label_width, convexity = 3) {
    union() {
        // 1. Main front plate (Label backing)
        square([label_height, wall_thickness]);

        // 2. Bottom label retaining lip
        translate([0, wall_thickness - 0.01])
            square([lip_size, label_thickness + 0.01]);
        translate([0, wall_thickness + label_thickness - 0.01])
            square([lip_size + 1.5, wall_thickness + 0.01]);

        // 3. Top label retaining lip
        translate([label_height - lip_size, wall_thickness - 0.01])
            square([lip_size, label_thickness + 0.01]);
        translate([label_height - lip_size - 1.5, wall_thickness + label_thickness - 0.01])
            square([lip_size + 1.5, wall_thickness + 0.01]);

        // 4. Top bridge of the clip (goes over the bin edge)
        translate([label_height - wall_thickness, -bin_edge_thickness - 0.01])
            square([wall_thickness, bin_edge_thickness + 0.01]);

        // 5. Back plate of the clip (goes down the inside/back of the bin)
        translate([label_height - clip_depth, -bin_edge_thickness - wall_thickness])
            square([clip_depth, wall_thickness + 0.01]);

        // 6. Lead-in flare for the back plate (makes it easy to slide onto the bin)
        translate([label_height - clip_depth, -bin_edge_thickness - wall_thickness])
            polygon([
                [0.01, 0],
                [0.01, wall_thickness],
                [-2.5, wall_thickness - 1.5],
                [-2.5, -1.5]
            ]);

        // 7. Grip bump to securely hold onto the bin edge
        translate([label_height - clip_depth + 4, -bin_edge_thickness])
            circle(r=0.6);
    }
}