"use strict";

const HoleObjectDebug = (function(){

    const HoleObjectDebug = function(hollow_bond, model){

        const self = this;
        this.model = model;

        const floor_height = hollow_bond.room_height || 3,
              width = model.xt - model.xf,
              floors = model.yt - model.yf,
              depth = model.zt - model.zf,
              height = floors * floor_height;

        this.mesh = new THREE.Group();

        // 1. Geometría compartida y material de caras translúcidas
        const geometry = hollow_bond.inspector.geometries.hole.get(width, floors, depth),
              face_material = hollow_bond.inspector.materials.hole.get(),
              box_mesh = new THREE.Mesh(geometry, face_material);

        this.mesh.add(box_mesh);

        // 2. Líneas de aristas para marcar vértices y límites
        const edges_geo = new THREE.EdgesGeometry(geometry),
              edge_material = hollow_bond.inspector.materials.hole.get_edges(),
              edges_mesh = new THREE.LineSegments(edges_geo, edge_material);

        this.mesh.add(edges_mesh);

        // 3. Posicionamiento en el mundo
        this.mesh.position.set(
            model.xf + width / 2,
            (model.yf * floor_height) + (height / 2),
            model.zf + depth / 2
        );

        this.destroy = () => {
            if(edges_geo) edges_geo.dispose();
        };

    };

    return HoleObjectDebug;
})();