react-planner-electron/lib/catalog/factories/wall-factory-3d.js

react-planner-electron is a React Component for plans design. Draw a 2D floorplan and navigate it in 3D mode.

'use strict';

Object.defineProperty(exports, "__esModule", {
  value: true
});
exports.buildWall = buildWall;
exports.updatedWall = updatedWall;

var _three = require('three');

var _threeCSG = require('../../utils/threeCSG.es6');

var _threeCSG2 = _interopRequireDefault(_threeCSG);

var _geometry = require('../../utils/geometry');

var _sharedStyle = require('../../shared-style');

var SharedStyle = _interopRequireWildcard(_sharedStyle);

function _interopRequireWildcard(obj) { if (obj && obj.__esModule) { return obj; } else { var newObj = {}; if (obj != null) { for (var key in obj) { if (Object.prototype.hasOwnProperty.call(obj, key)) newObj[key] = obj[key]; } } newObj.default = obj; return newObj; } }

function _interopRequireDefault(obj) { return obj && obj.__esModule ? obj : { default: obj }; }

var halfPI = Math.PI / 2;

/**
 * Apply a texture to a wall face
 * @param material: The material of the face
 * @param texture: The texture to load
 * @param length: The lenght of the face
 * @param height: The height of the face
 */
var applyTexture = function applyTexture(material, texture, length, height) {
  var loader = new _three.TextureLoader();

  if (texture) {
    material.map = loader.load(texture.uri);
    material.needsUpdate = true;
    material.map.wrapS = _three.RepeatWrapping;
    material.map.wrapT = _three.RepeatWrapping;
    material.map.repeat.set(length * texture.lengthRepeatScale, height * texture.heightRepeatScale);

    if (texture.normal) {
      material.normalMap = loader.load(texture.normal.uri);
      material.normalScale = new _three.Vector2(texture.normal.normalScaleX, texture.normal.normalScaleY);
      material.normalMap.wrapS = _three.RepeatWrapping;
      material.normalMap.wrapT = _three.RepeatWrapping;
      material.normalMap.repeat.set(length * texture.normal.lengthRepeatScale, height * texture.normal.heightRepeatScale);
    }
  }
};

function buildWall(element, layer, scene, textures) {
  // Get the two vertices of the wall
  var vertex0 = layer.vertices.get(element.vertices.get(0));
  var vertex1 = layer.vertices.get(element.vertices.get(1));
  var inverted = false;

  // The first vertex is the smaller one
  if (vertex0.x > vertex1.x) {
    var app = vertex0;
    vertex0 = vertex1;
    vertex1 = app;
    inverted = true;
  }

  // Get height and thickness of the wall converting them into the current scene units
  var height = element.properties.getIn(['height', 'length']);
  var thickness = element.properties.getIn(['thickness', 'length']);
  var halfThickness = thickness / 2;
  var faceThickness = 0.2;
  var faceDistance = 1;

  var distance = (0, _geometry.verticesDistance)(vertex0, vertex1);
  var halfDistance = distance / 2;

  var soulMaterial = new _three.MeshBasicMaterial({ color: element.selected ? SharedStyle.MESH_SELECTED : 0xD3D3D3 });
  var soul = new _three.Mesh(new _three.BoxGeometry(distance, height, thickness), soulMaterial);

  var alpha = Math.asin((vertex1.y - vertex0.y) / distance);

  var sinAlpha = Math.sin(alpha);
  var cosAlpha = Math.cos(alpha);

  soul.position.y += height / 2;
  soul.position.x += halfDistance * cosAlpha;
  soul.position.z -= halfDistance * sinAlpha;

  soul.rotation.y = alpha;

  element.holes.forEach(function (holeID) {
    var holeData = layer.holes.get(holeID);

    var holeWidth = holeData.properties.getIn(['width', 'length']);
    var holeHeight = holeData.properties.getIn(['height', 'length']);
    var holeAltitude = holeData.properties.getIn(['altitude', 'length']);
    var offset = inverted ? 1 - holeData.offset : holeData.offset;
    var holeDistance = offset * distance;

    var holeGeometry = new _three.BoxGeometry(holeWidth, holeHeight, thickness);
    var holeMesh = new _three.Mesh(holeGeometry);

    holeMesh.position.y += holeHeight / 2 + holeAltitude;
    holeMesh.position.x += holeDistance * cosAlpha;
    holeMesh.position.z -= holeDistance * sinAlpha;

    holeMesh.rotation.y = alpha;

    var wallBSP = new _threeCSG2.default(soul);
    var holeBSP = new _threeCSG2.default(holeMesh);

    var wallWithHoleBSP = wallBSP.subtract(holeBSP);
    soul = wallWithHoleBSP.toMesh(soulMaterial);
  });

  soul.name = 'soul';

  var frontMaterial = new _three.MeshBasicMaterial();
  var backMaterial = new _three.MeshBasicMaterial();

  applyTexture(frontMaterial, textures[element.properties.get('textureB')], distance, height);
  applyTexture(backMaterial, textures[element.properties.get('textureA')], distance, height);

  var scaleFactor = faceThickness / thickness;
  var texturedFaceDistance = halfThickness + faceDistance;

  var frontFace = soul.clone();
  frontFace.material = frontMaterial;
  frontFace.scale.set(1, 1, scaleFactor);
  frontFace.position.x += texturedFaceDistance * Math.cos(alpha - halfPI);
  frontFace.position.z -= texturedFaceDistance * Math.sin(alpha - halfPI);
  frontFace.name = 'frontFace';

  var backFace = soul.clone();
  backFace.material = backMaterial;
  backFace.scale.set(1, 1, scaleFactor);
  backFace.position.x += texturedFaceDistance * Math.cos(alpha + halfPI);
  backFace.position.z -= texturedFaceDistance * Math.sin(alpha + halfPI);
  backFace.name = 'backFace';

  var merged = new _three.Group();
  merged.add(soul, frontFace, backFace);

  return Promise.resolve(merged);
}

function updatedWall(element, layer, scene, textures, mesh, oldElement, differences, selfDestroy, selfBuild) {
  var noPerf = function noPerf() {
    selfDestroy();return selfBuild();
  };

  var soul = mesh.getObjectByName('soul');
  var frontFace = mesh.getObjectByName('frontFace');
  var backFace = mesh.getObjectByName('backFace');

  if (differences[0] == 'selected') {
    soul.material = new _three.MeshBasicMaterial({ color: element.selected ? SharedStyle.MESH_SELECTED : 0xD3D3D3 });
  } else if (differences[0] == 'properties') {

    if (differences[1] == 'thickness') {
      var newThickness = element.getIn(['properties', 'thickness', 'length']);
      var oldThickness = oldElement.getIn(['properties', 'thickness', 'length']);
      var halfNewThickness = newThickness / 2;
      var texturedFaceDistance = halfNewThickness + 1;
      var originalThickness = oldThickness / soul.scale.z;
      var alpha = soul.rotation.y;

      var xTemp = texturedFaceDistance * Math.cos(alpha - halfPI);
      var zTemp = texturedFaceDistance * Math.sin(alpha - halfPI);

      soul.scale.set(1, 1, newThickness / originalThickness);

      frontFace.position.x = soul.position.x + xTemp;
      frontFace.position.z = soul.position.z + zTemp;

      backFace.position.x = soul.position.x - xTemp;
      backFace.position.z = soul.position.z - zTemp;
    } else return noPerf();
  } else return noPerf();

  return Promise.resolve(mesh);
}