muntadas-app/src/store/modules/project.js

// https://codeburst.io/dynamic-modules-with-vuex-and-vue-b9c481ca792
// https://www.brophy.org/post/instance-aware-vuex-modules-1/

// import qs from 'querystring'
// import { REST } from 'api/rest-axios'
import { GRAPHQL } from 'api/graphql-axios'

import * as THREE from 'three'
import { ThreeBSP } from 'three-js-csg-es6'

export default {
  namespaced: true,

  // initial state
  state: {
    obj3d: null,
    size: { x: 0, y: 0, z: 0 },
    position: { x: 0, y: 0, z: 0 },
    walls3dObj: null,
    wallsPos: null,
    top3dObj: null,
    topPos: null,
    topColor: null,
    floor3dObj: null,
    floorPos: null,
    florrColor: null,
    wall: {
      wallW: 0.001,
      // dig windows on face and back
      winW: 2 + Math.random() * 2,
      winH: 4 + Math.random() * 4,
      margin: 2,
      nbrWinX: 0,
      paddingX: 0,
      nbrWinY: 0,
      paddingY: 0,
      nbrWinZ: 0,
      paddingZ: 0
    },
    contents: {},
    contents_size_factor: 2, // factor to get the contents (grid) size proportional to windows
    contentTypes: ['visible', 'context', 'process', 'concept'],
    grid: { visible: [], context: [], process: [], concept: [] },
    gridContentPlaced: {}
  },

  // getters
  getters: {
    position: (state) => {
      return state.position
    },
    size: (state) => {
      return state.size
    },
    createGradientCanvas: (state) => (c1, c2) => {
      var ctx = document.createElement('canvas').getContext('2d')
      ctx.canvas.width = 1024
      ctx.canvas.height = 1024
      var lingrad = ctx.createLinearGradient(0, 0, 0, 1024)
      lingrad.addColorStop(0, c1)
      lingrad.addColorStop(1, c2)
      ctx.fillStyle = lingrad
      ctx.fillRect(0, 0, 1024, 1024)
      return ctx.canvas
    }
  },

  // mutations
  mutations: {
    setSize: (state, size) => {
      state.size = size
    },
    setPosition: (state, pos) => {
      state.position = pos
    },
    setWalls3dObj: (state, obj) => { state.walls3dObj = obj },
    setWallsPos: (state, pos) => { state.wallsPos = pos },
    setTop3dObj: (state, obj) => { state.top3dObj = obj },
    setTopPos: (state, pos) => { state.topPos = pos },
    setFloor3dObj: (state, obj) => { state.floor3dObj = obj },
    setFloorPos: (state, pos) => { state.floorPos = pos },
    setTopColor: (state, col) => { state.topColor = col },
    setFloorColor: (state, col) => { state.floorColor = col },
    setContents: (state, contents) => { state.contents = contents },
    setGrid: (state, grid) => { state.grid = grid },
    shiftGrid: (state, c) => {
      let p = state.grid[c.type].shift()
      if (!state.gridContentPlaced[c.type]) {
        state.gridContentPlaced[c.type] = {}
      }
      state.gridContentPlaced[c.type][c.id] = p
    }
  },

  // actions
  actions: {
    init ({ dispatch, commit, state, rootGetters }) {
      console.log('Init Project module', state.id)
      dispatch('sizingBuilding')
      dispatch('build3dObjs')
    },
    sizingBuilding ({ dispatch, commit, state, rootGetters }) {
      console.log('sizingBuilding')
      let totalW = rootGetters['Projects/totalW']
      // console.log('totalW', totalW)
      let margin = rootGetters['Projects/marginBetweenBuildings']
      // console.log('margin', margin)

      // positioning buildings on x regarding the widths
      // & setting up the window sizing
      // & setting up the content grid
      // let wall, a
      // let grid

      // X POS
      let x
      if (state.index === 0) {
        // if it's the first
        x = -1 * totalW / 2 + state.size.x / 2
      } else {
        // else get the precedent pos
        let prevProjID = rootGetters['Projects/projectID'](state.index - 1)
        // console.log('prevProjID', prevProjID)
        let prevProjPos = rootGetters[`project:${prevProjID}/position`]
        // console.log(`project:${prevProjID}/position.x`, prevProjPos.x)
        let prevProjSize = rootGetters[`project:${prevProjID}/size`]
        // console.log(`project:${prevProjID}/size.x`, prevProjSize.x)
        // console.log('state.size.x', state.size.x)
        //  prev X        + alf of prev size x + margin + half of current size x
        x = prevProjPos.x + prevProjSize.x / 2 + margin + state.size.x / 2
      }
      // console.log('x', x)
      commit('setPosition', {
        x: x,
        // y: -1 * state.size.y / 2 + 10 + Math.random() * 30, // -10 + Math.random() * this.size.y / 2
        y: -state.size.y / 4,
        z: -10 + Math.random() * 10
      })

      // WINDOWS
      let a = 0
      state.wall.nbrWinX = Math.floor((state.size.x - 2 * state.wall.margin) / state.wall.winW)
      // removing windows on X until padding is enough
      while (state.wall.paddingX < 0.4) {
        state.wall.nbrWinX -= a
        state.wall.paddingX = (state.size.x - 2 * state.wall.margin - state.wall.winW * state.wall.nbrWinX) / (state.wall.nbrWinX - 1)
        a++
      }
      a = 0
      state.wall.nbrWinY = Math.floor((state.size.y - 2 * state.wall.margin) / state.wall.winH)
      // removing windows on Y until padding is enough
      while (state.wall.paddingY < 0.4) {
        state.wall.nbrWinY -= a
        state.wall.paddingY = (state.size.y - 2 * state.wall.margin - state.wall.winH * state.wall.nbrWinY) / (state.wall.nbrWinY - 1)
        a++
      }

      // CONTENTS GRID
      a = 0
      state.wall.nbrWinZ = Math.floor((state.size.z - 2 * state.wall.margin) / state.wall.winW)
      while (state.wall.paddingZ < 0.4) {
        state.wall.nbrWinZ -= a
        state.wall.paddingZ = (state.size.z - 2 * state.wall.margin - state.wall.winW * state.wall.nbrWinZ) / (state.wall.nbrWinZ - 1)
        a++
      }

      let grid = {}
      let rows = state.wall.nbrWinY / state.contents_size_factor
      let cols = state.wall.nbrWinZ / state.contents_size_factor
      let t
      for (var m = 0; m < rows; m++) { // rows
        if (m > rows / 4 * 3) {
          t = state.contentTypes[0]
        } else if (m > rows / 4 * 2) {
          t = state.contentTypes[1]
        } else if (m > rows / 4) {
          t = state.contentTypes[2]
        } else {
          t = state.contentTypes[3]
        }
        if (!grid[t]) {
          grid[t] = []
        }
        for (var l = 0; l < cols; l++) { // cols
          grid[t].push({
            z: margin + state.wall.winW * state.contents_size_factor * l,
            y: margin + state.wall.winH * state.contents_size_factor * m
          })
        }
      }
      console.log('grid', grid)
      // shuffle the grids
      for (var i = 0; i < state.contentTypes.length; i++) {
        for (let n = grid[state.contentTypes[i]].length - 1; n > 0; n--) {
          const o = Math.floor(Math.random() * n)
          const temp = grid[state.contentTypes[i]][n]
          grid[state.contentTypes[i]][n] = grid[state.contentTypes[i]][o]
          grid[state.contentTypes[i]][o] = temp
        }
      }
      console.log('shuffeld grid', grid)
      commit('setGrid', grid)
      console.log('state.grid', state.grid)
    },
    build3dObjs ({ dispatch, commit, state, getters, rootGetters }) {
      console.log('build3dObjs')
      // http://learningthreejs.com/blog/2011/12/10/constructive-solid-geometry-with-csg-js/

      let backGeom = new THREE.BoxGeometry(state.size.x, state.size.y, state.wall.wallW)
      let backMesh = new THREE.Mesh(backGeom)
      backMesh.position.z = -0.5 * state.size.z
      let backBSP = new ThreeBSP(backMesh)

      // https://medium.com/techtrument/multithreading-javascript-46156179cf9a
      let winGeom = new THREE.BoxGeometry(state.wall.winW, state.wall.winH, state.wall.wallW)
      let winMesh = new THREE.Mesh(winGeom)
      let windowsGeom = new THREE.Geometry()

      for (var i = 0; i < state.wall.nbrWinX; i++) {
        for (var j = 0; j < state.wall.nbrWinY; j++) {
          winMesh.position.z = -0.5 * state.size.z
          winMesh.position.x = -0.5 * state.size.x + state.wall.margin + state.wall.winW * 0.5 + i * (state.wall.winW + state.wall.paddingX)
          winMesh.position.y = 0.5 * state.size.y - state.wall.margin - state.wall.winH * 0.5 - j * (state.wall.winH + state.wall.paddingY)
          // winMesh.updateMatrix()
          windowsGeom.mergeMesh(winMesh)
        }
      }
      let windowsBSP = new ThreeBSP(windowsGeom)
      backBSP = backBSP.subtract(windowsBSP)

      // let winBSP
      // for (var i = 0; i < state.wall.nbrWinX; i++) {
      //   for (var j = 0; j < state.wall.nbrWinY; j++) {
      //     winMesh.position.z = -0.5 * state.size.z
      //     winMesh.position.x = -0.5 * state.size.x + state.wall.margin + state.wall.winW * 0.5 + i * (state.wall.winW + state.wall.paddingX)
      //     winMesh.position.y = 0.5 * state.size.y - state.wall.margin - state.wall.winH * 0.5 - j * (state.wall.winH + state.wall.paddingY)
      //     winBSP = new ThreeBSP(winMesh)
      //     backBSP = backBSP.subtract(winBSP)
      //   }
      // }

      backMesh = backBSP.toMesh()
      let faceMesh = backMesh.clone()
      faceMesh.position.z = 0.5 * state.size.z
      let faceBSP = new ThreeBSP(faceMesh)

      let rightGeom = new THREE.BoxGeometry(state.wall.wallW, state.size.y, state.size.z)
      let rightMesh = new THREE.Mesh(rightGeom)
      rightMesh.position.x = 0.5 * state.size.x
      // rightMesh.position.z = 0.5 * state.size.z
      let rightBSP = new ThreeBSP(rightMesh)

      let leftMesh = rightMesh.clone()
      leftMesh.position.x = -0.5 * state.size.x
      // leftMesh.position.z = 0.5 * state.size.z
      let leftBSP = new ThreeBSP(leftMesh)

      let buildingBSP = backBSP.union(rightBSP)
      buildingBSP = buildingBSP.union(faceBSP)
      buildingBSP = buildingBSP.union(leftBSP)
      // buildingBSP = buildingBSP.union(topBSP)
      // buildingBSP = buildingBSP.union(floorBSP)

      // convert back to three.js mesh
      let building = buildingBSP.toMesh()

      // create a classical material for building
      // let topColor = `hsla(201, 100%, 95%, 1)`
      let hTop = Math.round(195 + Math.random() * 10)
      let sTop = Math.round(100)
      let lTop = Math.round(95)
      let hFloor = Math.round(205 + Math.random() * 10)
      let sFloor = Math.round(40 + Math.random() * 20)
      let lFloor = Math.round(5 + Math.random() * 15)
      let topColor = `hsla(${hTop}, ${sTop}%, ${lTop}%, 1)`
      commit('setTopColor', topColor)
      let floorColor = `hsla(${hFloor}, ${sFloor}%, ${lFloor}%, 1)`
      commit('setFloorColor', floorColor)
      let gradientTexture = new THREE.CanvasTexture(getters.createGradientCanvas(topColor, floorColor))
      let materialOpts = {
        color: 0xffffff,
        side: THREE.DoubleSide,
        shininess: 30,
        map: gradientTexture
      }
      building.material = new THREE.MeshPhongMaterial(materialOpts)
      // commiting walls
      commit('setWalls3dObj', building)
      let buildingPos = { ...state.position, ...{ z: state.position.z - 0.5 * state.size.z } }
      commit('setWallsPos', buildingPos)

      // TOP & FLOOR
      let topGeom = new THREE.BoxGeometry(state.size.x, state.wall.wallW, state.size.z)
      let topOpts = {
        color: new THREE.Color(`hsl(${hTop}, ${sTop}%, ${lTop}%)`),
        shininess: 30
      }
      let topMat = new THREE.MeshPhongMaterial(topOpts)
      let topMesh = new THREE.Mesh(topGeom, topMat)
      commit('setTop3dObj', topMesh)
      let topPosition = { ...state.position, ...{ y: state.position.y + 0.5 * state.size.y } }
      commit('setTopPos', topPosition)

      let floorOpts = {
        color: new THREE.Color(`hsl(${hFloor}, ${sFloor}%, ${lFloor}%)`),
        shininess: 10
      }
      let floorMat = new THREE.MeshPhongMaterial(floorOpts)
      let floorMesh = new THREE.Mesh(topGeom, floorMat)
      commit('setFloor3dObj', floorMesh)
      let floorPosition = { ...state.position, ...{ y: state.position.y - 0.5 * state.size.y } }
      commit('setFloorPos', floorPosition)

      //
      // // LEVELS
      // let levelGeom = new THREE.BoxGeometry(state.size.x, 1, state.size.z)
      // let levelMesh = new THREE.Mesh(levelGeom)
      // let levelBSP = new ThreeBSP(levelMesh)
      // let levelHoleGeom = new THREE.BoxGeometry(state.size.x - 3, 1, state.size.z - 3)
      // let levelHoleMesh = new THREE.Mesh(levelHoleGeom)
      // let levelHoleBSP = new ThreeBSP(levelHoleMesh)
      // levelBSP = levelBSP.subtract(levelHoleBSP)
      // levelMesh = levelBSP.toMesh()
      // let levelOpts = {
      //   color: 0xff0000,
      //   shininess: 10
      // }
      // let levelMat = new THREE.MeshPhongMaterial(levelOpts)
      // levelMesh.material = levelMat
    },
    loadContents ({ dispatch, commit, state }) {
      console.log('loadContents')
      GRAPHQL.post('', { query: `query {
          project(id: "${state.id}") {
            visibles(where: { Published: "true" }){
              id
              Name
              Media {
                url
                size
              }
              Text2
              Vimeo
              Url
              categories
            }
            contexts(where: { Published: "true" }){
              id
              Name
              Images {
                url
                size
              }
              Text2
              Vimeo
              Url
            }
            processes(where: { Published: "true" }){
              id
              Name
              Media {
                url
                size
              }
              Text2
              Vimeo
              Url
            }
            concepts(where: { Published: "true" }){
              id
              Name
              Images {
                url
                size
              }
              Text2
              Vimeo
            }
          }
        }` })
        .then(({ data: { data: { project } = null } }) => {
          console.log('graphql contents', project)
          commit('setContents', project)
          // dispatch('computeProjects', projects)
        })
        .catch((error) => {
          console.warn('Issue with getProjects', error)
          Promise.reject(error)
        })
    }
    // getGridPos ({ state, commit }) {
    //   let p = state.grid[0]
    //   commit('shiftGrid')
    //   Promise.resolve(p)
    // }
  }
}