$fn = 64;

// --- Parameters ---
// Internal dimensions perfectly sized for a standard Funko Pop box or out-of-box figures
box_width = 118;      
box_depth = 92;       

wall = 3;             // Wall and tray thickness
base_height = 12;     // Height of the front elevation
angle = 10;           // Display tilt angle in degrees
lip_height = 10;      // Height of the retaining lip

// Calculated dimensions
outer_w = box_width + (wall * 2);
outer_d = box_depth + (wall * 2);
footprint_d = outer_d * cos(angle);
max_h = base_height + (outer_d * sin(angle)) + wall;

// Center the stand on the X axis
translate([-outer_w / 2, 0, 0]) {
    union() {
        // 1. Support Frame (Base)
        intersection() {
            // Frame layout
            union() {
                // Front wall
                cube([outer_w, wall, max_h]);
                // Back wall
                translate([0, footprint_d - wall, 0]) 
                    cube([outer_w, wall, max_h]);
                // Left wall
                cube([wall, footprint_d, max_h]);
                // Center support strut for stability
                translate([outer_w / 2 - wall / 2, 0, 0]) 
                    cube([wall, footprint_d, max_h]);
                // Right wall
                translate([outer_w - wall, 0, 0]) 
                    cube([wall, footprint_d, max_h]);
            }

            // Angled cut to perfectly mate with the bottom of the tray
            // Added 0.1mm overlap to ensure a manifold (watertight) union
            translate([0, 0, base_height])
            rotate([angle, 0, 0])
            translate([-1, -1, -max_h])
            cube([outer_w + 2, outer_d + 2, max_h + 0.1]);
        }

        // 2. Angled Display Tray
        translate([0, 0, base_height])
        rotate([angle, 0, 0])
        union() {
            // Main platform
            cube([outer_w, outer_d, wall]);

            // Retaining lips (with 0.1mm downward overlap for manifold mesh)
            // Front lip
            translate([0, 0, wall - 0.1])
                cube([outer_w, wall, lip_height + 0.1]);
            
            // Back lip
            translate([0, outer_d - wall, wall - 0.1])
                cube([outer_w, wall, lip_height + 0.1]);
            
            // Left lip
            translate([0, 0, wall - 0.1])
                cube([wall, outer_d, lip_height + 0.1]);
            
            // Right lip
            translate([outer_w - wall, 0, wall - 0.1])
                cube([wall, outer_d, lip_height + 0.1]);
        }
    }
}