arcanumcube/dist/arcanumcube.min.cjs.map

Arcanum Cube

{
  "version": 3,
  "sources": ["arcanumcube.cjs"],
  "sourcesContent": ["\"use strict\";\nObject.defineProperty(exports, Symbol.toStringTag, { value: \"Module\" });\nconst THREE = require(\"three\");\nconst GLTFLoader_js = require(\"three/examples/jsm/loaders/GLTFLoader.js\");\nconst BufferGeometryUtils = require(\"three/examples/jsm/utils/BufferGeometryUtils.js\");\nconst TWEEN = require(\"@tweenjs/tween.js\");\nfunction _interopNamespaceDefault(e) {\n  const n = Object.create(null, { [Symbol.toStringTag]: { value: \"Module\" } });\n  if (e) {\n    for (const k in e) {\n      if (k !== \"default\") {\n        const d = Object.getOwnPropertyDescriptor(e, k);\n        Object.defineProperty(n, k, d.get ? d : {\n          enumerable: true,\n          get: () => e[k]\n        });\n      }\n    }\n  }\n  n.default = e;\n  return Object.freeze(n);\n}\nconst THREE__namespace = /* @__PURE__ */ _interopNamespaceDefault(THREE);\nconst BufferGeometryUtils__namespace = /* @__PURE__ */ _interopNamespaceDefault(BufferGeometryUtils);\nconst TWEEN__namespace = /* @__PURE__ */ _interopNamespaceDefault(TWEEN);\nconst CUBE_SIZE = 3;\nconst SIDE_MAX = CUBE_SIZE - 1;\nconst SIDE_MIN = 0;\nconst SIDE_MIDDLE = Math.floor(CUBE_SIZE / 2);\nconst STICKER_COLOR = {\n  UP: 0,\n  FRONT: 1,\n  RIGHT: 2,\n  DOWN: 3,\n  BACK: 4,\n  LEFT: 5,\n  PLAIN: 6\n};\nconst CUBE = {\n  AXIS: \"axis\",\n  CENTER: \"center\",\n  EDGE: \"edge\",\n  CORNER: \"corner\",\n  STICKER: \"sticker\"\n};\nconst CUBETYPE_LIST = [CUBE.AXIS, CUBE.CENTER, CUBE.EDGE, CUBE.CORNER];\nconst FACE_LIST = [\"U\", \"F\", \"R\", \"D\", \"B\", \"L\"];\nconst FACE = Object.assign(\n  {},\n  ...FACE_LIST.map((k, i) => ({ [k]: i }))\n);\nconst TWIST = {\n  U: \"U\",\n  UR: \"U'\",\n  F: \"F\",\n  FR: \"F'\",\n  R: \"R\",\n  RR: \"R'\",\n  D: \"D\",\n  DR: \"D'\",\n  B: \"B\",\n  BR: \"B'\",\n  L: \"L\",\n  LR: \"L'\",\n  M: \"M\",\n  MR: \"M'\",\n  E: \"E\",\n  ER: \"E'\",\n  S: \"S\",\n  SR: \"S'\",\n  U2: \"U2\",\n  F2: \"F2\",\n  R2: \"R2\",\n  D2: \"D2\",\n  B2: \"B2\",\n  L2: \"L2\",\n  M2: \"M2\",\n  E2: \"E2\",\n  S2: \"S2\"\n};\nconst SINGLE_TWIST_LIST = [\n  TWIST.U,\n  TWIST.UR,\n  TWIST.F,\n  TWIST.FR,\n  TWIST.R,\n  TWIST.RR,\n  TWIST.D,\n  TWIST.DR,\n  TWIST.B,\n  TWIST.BR,\n  TWIST.L,\n  TWIST.LR,\n  TWIST.M,\n  TWIST.MR,\n  TWIST.E,\n  TWIST.ER,\n  TWIST.S,\n  TWIST.SR\n];\nconst DOUBLE_TWIST_LIST = [\n  TWIST.U2,\n  TWIST.F2,\n  TWIST.R2,\n  TWIST.D2,\n  TWIST.B2,\n  TWIST.L2,\n  TWIST.M2,\n  TWIST.E2,\n  TWIST.S2\n];\nconst TWIST_LIST = [...SINGLE_TWIST_LIST, ...DOUBLE_TWIST_LIST];\nconst CUBE_ANGLES = [\n  [\n    // down 3x3 cubes\n    [\n      [TWIST.B],\n      // [0, 0, 90]\n      [TWIST.B2],\n      // [0, 0, 180]\n      [TWIST.B2]\n      // [0, 0, 180]\n    ],\n    [\n      [TWIST.UR, TWIST.SR],\n      // [0, 90, 90]\n      [TWIST.M2],\n      // [180, 0, 0]\n      [TWIST.U, TWIST.S]\n      // [0, -90, -90]\n    ],\n    [\n      [TWIST.L2],\n      // [180, 0, 0]\n      [TWIST.M2],\n      // [180, 0, 0]\n      [TWIST.L, TWIST.UR, TWIST.F]\n      // [90, 90, -90]\n    ]\n  ],\n  [\n    // middle 3x3 cubes\n    [\n      [TWIST.B],\n      // [0, 0, 90]\n      [TWIST.MR],\n      // [-90, 0, 0]\n      [TWIST.BR]\n      // [0, 0, -90]\n    ],\n    [\n      [TWIST.SR],\n      // [0, 0, 90]\n      [],\n      // [0, 0, 0] original axis\n      [TWIST.S]\n      // [0, 0, -90]\n    ],\n    [\n      [TWIST.M, TWIST.FR],\n      // [90, 0, 90]\n      [TWIST.M],\n      // [90, 0, 0]\n      [TWIST.M, TWIST.F]\n      // [90, 0, -90]\n    ]\n  ],\n  [\n    // up 3x3 cubes\n    [\n      [],\n      // [0, 0, 0] original corner\n      [],\n      // [0, 0, 0] original edge\n      [TWIST.U]\n      // [0, -90, 0]\n    ],\n    [\n      [TWIST.UR],\n      // [0, 90, 0]\n      [],\n      // [0, 0, 0] original center\n      [TWIST.U]\n      // [0, -90, 0]\n    ],\n    [\n      [TWIST.UR],\n      // [0, 90, 0]\n      [TWIST.U2],\n      // [0, 180, 0]\n      [TWIST.U2]\n      // [0, 180, 0]\n    ]\n  ]\n];\nconst TWIST_RULE = {\n  [TWIST.U]: { axis: [0, -1, 0], levels: [2], steps: 1 },\n  [TWIST.UR]: { axis: [0, 1, 0], levels: [2], steps: 1 },\n  [TWIST.F]: { axis: [0, 0, -1], levels: [2], steps: 1 },\n  [TWIST.FR]: { axis: [0, 0, 1], levels: [2], steps: 1 },\n  [TWIST.R]: { axis: [-1, 0, 0], levels: [2], steps: 1 },\n  [TWIST.RR]: { axis: [1, 0, 0], levels: [2], steps: 1 },\n  [TWIST.D]: { axis: [0, 1, 0], levels: [0], steps: 1 },\n  [TWIST.DR]: { axis: [0, -1, 0], levels: [0], steps: 1 },\n  [TWIST.B]: { axis: [0, 0, 1], levels: [0], steps: 1 },\n  [TWIST.BR]: { axis: [0, 0, -1], levels: [0], steps: 1 },\n  [TWIST.L]: { axis: [1, 0, 0], levels: [0], steps: 1 },\n  [TWIST.LR]: { axis: [-1, 0, 0], levels: [0], steps: 1 },\n  [TWIST.M]: { axis: [1, 0, 0], levels: [1], steps: 1 },\n  [TWIST.MR]: { axis: [-1, 0, 0], levels: [1], steps: 1 },\n  [TWIST.E]: { axis: [0, 1, 0], levels: [1], steps: 1 },\n  [TWIST.ER]: { axis: [0, -1, 0], levels: [1], steps: 1 },\n  [TWIST.S]: { axis: [0, 0, -1], levels: [1], steps: 1 },\n  [TWIST.SR]: { axis: [0, 0, 1], levels: [1], steps: 1 },\n  [TWIST.U2]: { axis: [0, -1, 0], levels: [2], steps: 2 },\n  [TWIST.F2]: { axis: [0, 0, -1], levels: [2], steps: 2 },\n  [TWIST.R2]: { axis: [-1, 0, 0], levels: [2], steps: 2 },\n  [TWIST.D2]: { axis: [0, 1, 0], levels: [0], steps: 2 },\n  [TWIST.B2]: { axis: [0, 0, 1], levels: [0], steps: 2 },\n  [TWIST.L2]: { axis: [1, 0, 0], levels: [0], steps: 2 },\n  [TWIST.M2]: { axis: [1, 0, 0], levels: [1], steps: 2 },\n  [TWIST.E2]: { axis: [0, 1, 0], levels: [1], steps: 2 },\n  [TWIST.S2]: { axis: [0, 0, -1], levels: [1], steps: 2 }\n};\nfunction getStickerIndex(x, y, z, face) {\n  let [px, py] = [0, 0];\n  if (face === FACE.U) {\n    px = x;\n    py = z;\n  } else if (face === FACE.D) {\n    px = x;\n    py = SIDE_MAX - z;\n  } else if (face === FACE.F) {\n    px = x;\n    py = SIDE_MAX - y;\n  } else if (face === FACE.B) {\n    px = SIDE_MAX - x;\n    py = SIDE_MAX - y;\n  } else if (face === FACE.R) {\n    px = SIDE_MAX - z;\n    py = SIDE_MAX - y;\n  } else if (face === FACE.L) {\n    px = z;\n    py = SIDE_MAX - y;\n  }\n  return face * CUBE_SIZE * CUBE_SIZE + py * CUBE_SIZE + px;\n}\nfunction getCubeFromStickerIndex(index) {\n  const face = Math.floor(index / (CUBE_SIZE * CUBE_SIZE));\n  const f = index - face * (CUBE_SIZE * CUBE_SIZE);\n  const py = Math.floor(f / CUBE_SIZE);\n  const px = f % CUBE_SIZE;\n  let [x, y, z] = [0, 0, 0];\n  if (face === FACE.U) {\n    x = px;\n    z = py;\n  } else if (face === FACE.D) {\n    x = px;\n    z = SIDE_MAX - py;\n  } else if (face === FACE.F) {\n    x = px;\n    y = SIDE_MAX - py;\n  } else if (face === FACE.B) {\n    x = SIDE_MAX - px;\n    y = SIDE_MAX - py;\n  } else if (face === FACE.R) {\n    z = SIDE_MAX - px;\n    y = SIDE_MAX - py;\n  } else if (face === FACE.L) {\n    z = px;\n    y = SIDE_MAX - py;\n  }\n  return [x, y, z, face];\n}\nfunction getRandomTwistList(steps = 0) {\n  const t = steps === 0 ? Math.floor(Math.random() * (30 - 15 + 1)) + 15 : steps;\n  const len = SINGLE_TWIST_LIST.length;\n  const isOffsetting = (a, b) => {\n    return a !== b && (a + \"'\").substring(0, 2) === (b + \"'\").substring(0, 2);\n  };\n  const list = [];\n  let prev = \"\";\n  for (let i = 0; i < t; i++) {\n    let s;\n    while (isOffsetting(s = SINGLE_TWIST_LIST[Math.floor(Math.random() * len)], prev)) ;\n    list.push(s);\n    prev = s;\n  }\n  return list;\n}\nconst SIDE_FACES = Object.freeze([\n  [1, 2, 4, 5],\n  [2, 0, 5, 3],\n  [0, 1, 3, 4],\n  [2, 1, 5, 4],\n  [0, 2, 3, 5],\n  [1, 0, 4, 3]\n]);\nfunction getInitialState(up, front) {\n  const down = (up + 3) % 6;\n  const side = SIDE_FACES[up];\n  const state = new Array(CUBE_SIZE * CUBE_SIZE).fill(up);\n  for (let i = 0; i < 4; i++) {\n    if (i == 2) {\n      const downs = [...Array(CUBE_SIZE * CUBE_SIZE)].fill(down);\n      state.push(...downs);\n    }\n    const sides = [...Array(CUBE_SIZE * CUBE_SIZE)].fill(side[(front + i) % 4]);\n    state.push(...sides);\n  }\n  return state;\n}\nfunction isSameArrays(arr1, arr2) {\n  if (arr1.length !== arr2.length) return false;\n  return !arr1.some((v, i) => v !== arr2[i]);\n}\nconst GOAL_STATE_LIST = [];\nfor (let up = 0; up < 6; up++) {\n  for (let front = 0; front < 4; front++) {\n    GOAL_STATE_LIST.push(getInitialState(up, front));\n  }\n}\nObject.freeze(GOAL_STATE_LIST);\nfunction MatchGoalState(state) {\n  return GOAL_STATE_LIST.some((s) => isSameArrays(state, s));\n}\nclass Cube {\n  type;\n  position;\n  _stickers;\n  _initialPosition;\n  constructor(x, y, z) {\n    this._stickers = [];\n    this._initialPosition = { x, y, z };\n    this.position = { x, y, z };\n    let faces = 0;\n    if (x === SIDE_MAX) faces++;\n    if (x === SIDE_MIN) faces++;\n    if (y === SIDE_MAX) faces++;\n    if (y === SIDE_MIN) faces++;\n    if (z === SIDE_MAX) faces++;\n    if (z === SIDE_MIN) faces++;\n    this.type = CUBETYPE_LIST[faces];\n  }\n  getStickers() {\n    return this._stickers;\n  }\n  init() {\n    const { x, y, z } = this.position;\n    const angles = CUBE_ANGLES[y][z][x];\n    this._stickers = [];\n    if (this.type === CUBE.CENTER) {\n      this._stickers = [{ face: FACE.U, color: STICKER_COLOR.PLAIN }];\n    } else if (this.type === CUBE.EDGE) {\n      this._stickers = [\n        { face: FACE.U, color: STICKER_COLOR.PLAIN },\n        { face: FACE.B, color: STICKER_COLOR.PLAIN }\n      ];\n    } else if (this.type === CUBE.CORNER) {\n      this._stickers = [\n        { face: FACE.U, color: STICKER_COLOR.PLAIN },\n        { face: FACE.B, color: STICKER_COLOR.PLAIN },\n        { face: FACE.L, color: STICKER_COLOR.PLAIN }\n      ];\n    }\n    this.rotateStickerFace(angles, false, true);\n  }\n  reset() {\n    const Faces = [FACE.U, FACE.B, FACE.L];\n    const { x, y, z } = this._initialPosition;\n    this.position = { x, y, z };\n    const angles = CUBE_ANGLES[y][z][x];\n    for (let i = 0; i < this._stickers.length; i++) {\n      this._stickers[i].face = Faces[i];\n      this._stickers[i].color = STICKER_COLOR.PLAIN;\n    }\n    this.rotateStickerFace(angles, false, true);\n  }\n  rotateStickerFace(twists, reverse = false, init = false) {\n    const rotateMap = [\n      /* x */\n      [FACE.U, FACE.F, FACE.D, FACE.B],\n      /* y */\n      [FACE.F, FACE.R, FACE.B, FACE.L],\n      /* z */\n      [FACE.U, FACE.L, FACE.D, FACE.R]\n    ];\n    function getNext(face, axis_index, twist) {\n      const { axis, steps } = TWIST_RULE[twist];\n      const map = rotateMap[axis_index];\n      const i = map.indexOf(face);\n      if (i < 0) return face;\n      const angle = axis[axis_index];\n      const i2 = (i + 4 + (reverse ? -1 : 1) * angle * steps) % 4;\n      return map[i2];\n    }\n    for (const sticker of this._stickers) {\n      for (const r of twists) {\n        sticker.face = getNext(sticker.face, 0, r);\n        sticker.face = getNext(sticker.face, 1, r);\n        sticker.face = getNext(sticker.face, 2, r);\n      }\n      if (init && sticker.color === STICKER_COLOR.PLAIN) {\n        sticker.color = sticker.face;\n      }\n    }\n  }\n}\nclass ArcanumCube {\n  /** output debug information to console */\n  debug;\n  /** history of twisting */\n  _history;\n  /** cube objects matrix */\n  _matrix;\n  constructor(options) {\n    this.debug = false;\n    this._history = [];\n    this._matrix = [];\n    if (options) {\n      if (options.debug != null) {\n        this.debug = options.debug;\n      }\n    }\n  }\n  init() {\n    this._matrix = [];\n    const yarray = [];\n    for (let y = SIDE_MIN; y <= SIDE_MAX; y++) {\n      const zarray = [];\n      for (let z = SIDE_MIN; z <= SIDE_MAX; z++) {\n        const xarray = [];\n        for (let x = SIDE_MIN; x <= SIDE_MAX; x++) {\n          const cube = new Cube(x, y, z);\n          cube.init();\n          xarray.push(cube);\n        }\n        zarray.push(xarray);\n      }\n      yarray.push(zarray);\n    }\n    this._matrix = yarray;\n  }\n  reset() {\n    const list = [];\n    for (let y = SIDE_MIN; y <= SIDE_MAX; y++) {\n      for (let z = SIDE_MIN; z <= SIDE_MAX; z++) {\n        for (let x = SIDE_MIN; x <= SIDE_MAX; x++) {\n          const cube = this._matrix[y][z][x];\n          cube.reset();\n          list.push(cube);\n        }\n      }\n    }\n    list.forEach((cube) => {\n      const n = cube.position;\n      this._matrix[n.y][n.z][n.x] = cube;\n    });\n    this._history = [];\n  }\n  // twist randomly several steps\n  scramble(steps) {\n    const list = getRandomTwistList(steps);\n    if (this.debug) console.log(\"Scramble: \" + list.join(\", \"));\n    this.twist(list, false);\n  }\n  undo(steps = 1) {\n    const list = this.getUndoList(steps);\n    this.twist(list, true);\n  }\n  isSolved() {\n    return MatchGoalState(this.getStickerColors());\n  }\n  getHistory() {\n    return this._history;\n  }\n  getUndoList(steps = 1) {\n    let t = steps;\n    if (t < 0) t = 0;\n    if (t > this._history.length) t = this._history.length;\n    return this._history.slice(-t).reverse();\n  }\n  twist(twist, reverse = false) {\n    if (Array.isArray(twist)) {\n      if (twist.length == 0) return;\n      for (const c of twist) {\n        this._twist(c, reverse);\n      }\n    } else {\n      this._twist(twist, reverse);\n    }\n  }\n  _twist(twist, reverse) {\n    this.rotateMatrix(twist, reverse);\n    if (this.debug) {\n      this.dumpStickers();\n    }\n    if (reverse) {\n      this._history.pop();\n    } else {\n      this._history.push(twist);\n    }\n    if (this.debug) console.log(this._history.join(\" \"));\n  }\n  rotateMatrix(twist, reverse = false) {\n    const rule = TWIST_RULE[twist];\n    const axis = rule.axis;\n    const map = new Array(3);\n    for (const l of rule.levels) {\n      let i = axis.indexOf(-1);\n      if (i === -1) i = axis.indexOf(1);\n      const s = (reverse ? -1 : 1) * axis[i];\n      map[i] = Array(8).fill(l);\n      map[(i + s + 3) % 3] = [0, 1, 2, 2, 2, 1, 0, 0];\n      map[(i - s + 3) % 3] = [0, 0, 0, 1, 2, 2, 2, 1];\n      const [x, y, z] = map;\n      const tmp = [];\n      for (let i2 = 0; i2 < 8; i2++) {\n        const cube = this._matrix[y[i2]][z[i2]][x[i2]];\n        cube.rotateStickerFace([twist], reverse);\n        tmp.push(cube);\n      }\n      for (let i2 = 0; i2 < 8; i2++) {\n        const i22 = (i2 + rule.steps * 2) % 8;\n        tmp[i2].position = { x: x[i22], y: y[i22], z: z[i22] };\n        this._matrix[y[i22]][z[i22]][x[i22]] = tmp[i2];\n      }\n    }\n  }\n  getStickerColors() {\n    const list = new Array(CUBE_SIZE * CUBE_SIZE * 6);\n    for (let y = SIDE_MIN; y <= SIDE_MAX; y++) {\n      for (let z = SIDE_MIN; z <= SIDE_MAX; z++) {\n        for (let x = SIDE_MIN; x <= SIDE_MAX; x++) {\n          const cube = this._matrix[y][z][x];\n          const stickers = cube.getStickers();\n          for (const sticker of stickers) {\n            const index = getStickerIndex(x, y, z, sticker.face);\n            list[index] = sticker.color;\n          }\n        }\n      }\n    }\n    return list;\n  }\n  dumpStickers() {\n    const list = this.getStickerColors();\n    const STYLE = \"background-color:black; padding:1px 1px;\";\n    const Col2Str = {\n      [STICKER_COLOR.UP]: \"color:white; \" + STYLE,\n      [STICKER_COLOR.FRONT]: \"color:#00d800; \" + STYLE,\n      [STICKER_COLOR.RIGHT]: \"color:#d80000; \" + STYLE,\n      [STICKER_COLOR.DOWN]: \"color:yellow; \" + STYLE,\n      [STICKER_COLOR.BACK]: \"color:#0000d8; \" + STYLE,\n      [STICKER_COLOR.LEFT]: \"color:#ff8000; \" + STYLE\n    };\n    const RESET = \"background-color:none; padding:0px 0px;\";\n    const result = [];\n    const attrs = [];\n    const getLine = (faces) => {\n      const line = [];\n      for (let py = 0; py < 3; py++) {\n        for (const f of faces) {\n          if (f === -1) {\n            line.push(\"           \");\n          } else {\n            line.push(\"%c\u25A0 %c\u25A0 %c\u25A0%c  \");\n            const index = f * CUBE_SIZE * CUBE_SIZE + py * CUBE_SIZE;\n            attrs.push(Col2Str[list[index + 0]]);\n            attrs.push(Col2Str[list[index + 1]]);\n            attrs.push(Col2Str[list[index + 2]]);\n            attrs.push(RESET);\n          }\n        }\n        line.push(\"\\n\");\n      }\n      line.push(\"\\n\");\n      result.push(line.join(\"\"));\n    };\n    getLine([-1, FACE.U]);\n    getLine([FACE.L, FACE.F, FACE.R, FACE.B]);\n    getLine([-1, FACE.D]);\n    console.log(result.join(\"\\n\"), ...attrs);\n  }\n}\nconst STICKER_PERMUTATION_GROUP_MAP = makeStickerPermutationGroupMap();\nfunction makeStickerPermutationGroupMap() {\n  const result = {};\n  TWIST_LIST.forEach((twist) => {\n    const tmp = getCubePermutationGroup(twist).stickers;\n    result[twist] = [tmp.before, tmp.after];\n  });\n  return result;\n}\nfunction getNextStickerColors(stickers, twist) {\n  const result = [...stickers];\n  const [bef, aft] = STICKER_PERMUTATION_GROUP_MAP[twist];\n  for (let i = 0; i < bef.length; i++) {\n    result[aft[i]] = stickers[bef[i]];\n  }\n  return result;\n}\nfunction getArrayForTensor(stickers) {\n  const array = [...Array(3)].map(\n    () => [...Array(3)].map(() => Array(6 * 6).fill(0))\n  );\n  for (let i = 0; i < stickers.length; i++) {\n    const face = Math.floor(i / (CUBE_SIZE * CUBE_SIZE));\n    const c = i - face * (CUBE_SIZE * CUBE_SIZE);\n    const row = Math.floor(c / CUBE_SIZE);\n    const column = c - row * CUBE_SIZE;\n    const color = stickers[i];\n    array[row][column][color * 6 + face] = 1;\n  }\n  return array;\n}\nfunction getCubePermutationGroup(twist, reverse = false) {\n  const rule = TWIST_RULE[twist];\n  const axis = rule.axis;\n  const result = { before: [], after: [], stickers: { before: [], after: [] } };\n  const map = new Array(3);\n  for (const l of rule.levels) {\n    let i = axis.indexOf(-1);\n    if (i === -1) i = axis.indexOf(1);\n    const s = (reverse ? -1 : 1) * axis[i];\n    map[i] = Array(8).fill(l);\n    map[(i + s + 3) % 3] = [0, 1, 2, 2, 2, 1, 0, 0];\n    map[(i - s + 3) % 3] = [0, 0, 0, 1, 2, 2, 2, 1];\n    const [x, y, z] = map;\n    for (let i2 = 0; i2 < 8; i2++) {\n      const i22 = (i2 + rule.steps * 2) % 8;\n      result.before.push([x[i2], y[i2], z[i2]]);\n      result.after.push([x[i22], y[i22], z[i22]]);\n      const list = getStickerPermutationGroup(\n        [x[i2], y[i2], z[i2]],\n        [x[i22], y[i22], z[i22]],\n        [twist],\n        reverse\n      );\n      result.stickers.before.push(...list.before);\n      result.stickers.after.push(...list.after);\n    }\n  }\n  return result;\n}\nfunction getStickerPermutationGroup(position, position2, twists, reverse = false) {\n  const rotateMap = [\n    /* x */\n    [FACE.U, FACE.F, FACE.D, FACE.B],\n    /* y */\n    [FACE.F, FACE.R, FACE.B, FACE.L],\n    /* z */\n    [FACE.U, FACE.L, FACE.D, FACE.R]\n  ];\n  function getNext(face, axis_index, twist) {\n    const { axis, steps } = TWIST_RULE[twist];\n    const map = rotateMap[axis_index];\n    const i = map.indexOf(face);\n    if (i < 0) return face;\n    const angle = axis[axis_index];\n    const i2 = (i + 4 + (reverse ? -1 : 1) * angle * steps) % 4;\n    return map[i2];\n  }\n  const result = { before: [], after: [] };\n  const [x, y, z] = position;\n  const [x2, y2, z2] = position2;\n  const faces = [];\n  if (x === SIDE_MAX) faces.push(FACE.R);\n  if (x === SIDE_MIN) faces.push(FACE.L);\n  if (y === SIDE_MAX) faces.push(FACE.U);\n  if (y === SIDE_MIN) faces.push(FACE.D);\n  if (z === SIDE_MAX) faces.push(FACE.F);\n  if (z === SIDE_MIN) faces.push(FACE.B);\n  for (const face of faces) {\n    let f = face;\n    result.before.push(getStickerIndex(x, y, z, f));\n    for (const t of twists) {\n      f = getNext(f, 0, t);\n      f = getNext(f, 1, t);\n      f = getNext(f, 2, t);\n    }\n    result.after.push(getStickerIndex(x2, y2, z2, f));\n  }\n  return result;\n}\nfunction loadDefaultLogoTexture() {\n  const image = document.createElementNS(\"http://www.w3.org/1999/xhtml\", \"img\");\n  image.src = DefaultLogo;\n  const texture = new THREE__namespace.Texture(image);\n  texture.needsUpdate = true;\n  return texture;\n}\nfunction GetSkinByName(name) {\n  return SkinMap[name];\n}\nfunction GetSkinNameList() {\n  return Object.keys(SkinMap);\n}\nconst standardSkin = {\n  name: \"Standard\",\n  enableEnvMap: false,\n  modelFiles: {\n    axis: \"default-axis\",\n    center: \"default-center\",\n    edge: \"default-edge\",\n    corner: \"default-corner\",\n    sticker: \"default-sticker\"\n  },\n  modelLoading: false,\n  models: {},\n  cube: {\n    material: () => {\n      return new THREE__namespace.MeshStandardMaterial({\n        color: 3092271,\n        metalness: 0.8,\n        roughness: 0.4\n      });\n    },\n    activate: (mesh) => {\n      const mat = mesh.material;\n      mat.transparent = false;\n      mat.opacity = 1;\n      mat.needsUpdate = true;\n    },\n    deactivate: (mesh) => {\n      const mat = mesh.material;\n      mat.transparent = true;\n      mat.opacity = 0.3;\n      mat.needsUpdate = true;\n    }\n  },\n  sticker: {\n    material: (x, y, z, color) => {\n      const ColorList = [\n        \"#ffffff\",\n        // U: White\n        \"#00d800\",\n        // F: Green\n        \"#d80000\",\n        // R: Red\n        \"#ffff00\",\n        // D: Yellow\n        \"#0000d8\",\n        // B: Blue\n        \"#ff8000\"\n        // L: Orange\n      ];\n      const col = ColorList[color];\n      const mat = new THREE__namespace.MeshStandardMaterial({\n        color: col,\n        metalness: 0.4,\n        roughness: 0.1\n      });\n      return mat;\n    },\n    activate: (mesh) => {\n      const mat = mesh.material;\n      mat.transparent = false;\n      mat.opacity = 1;\n      mat.needsUpdate = true;\n    },\n    deactivate: (mesh) => {\n      const mat = mesh.material;\n      mat.transparent = true;\n      mat.opacity = 0.3;\n      mat.needsUpdate = true;\n    }\n  }\n};\nconst metalicSkin = {\n  name: \"Metalic\",\n  enableEnvMap: true,\n  modelFiles: {\n    axis: \"default-axis\",\n    center: \"default-center\",\n    edge: \"default-edge\",\n    corner: \"default-corner\",\n    sticker: \"default-sticker\"\n  },\n  modelLoading: false,\n  models: {},\n  cube: {\n    material: () => {\n      return new THREE__namespace.MeshStandardMaterial({\n        color: 15263976,\n        metalness: 1,\n        roughness: 0.1\n      });\n    },\n    activate: (mesh) => {\n      const mat = mesh.material;\n      mat.transparent = false;\n      mat.opacity = 1;\n      mat.needsUpdate = true;\n    },\n    deactivate: (mesh) => {\n      const mat = mesh.material;\n      mat.transparent = true;\n      mat.opacity = 0.3;\n      mat.needsUpdate = true;\n    }\n  },\n  sticker: {\n    material: (x, y, z, color) => {\n      const ColorList = [\n        \"#ffffff\",\n        // U: White\n        \"#00d800\",\n        // F: Green\n        \"#d80000\",\n        // R: Red\n        \"#ffff00\",\n        // D: Yellow\n        \"#0000d8\",\n        // B: Blue\n        \"#ff8000\"\n        // L: Orange\n      ];\n      const col = ColorList[color];\n      const mat = new THREE__namespace.MeshStandardMaterial({\n        color: col,\n        metalness: 0.7,\n        roughness: 0.1\n      });\n      return mat;\n    },\n    activate: (mesh) => {\n      const mat = mesh.material;\n      mat.transparent = false;\n      mat.opacity = 1;\n      mat.needsUpdate = true;\n    },\n    deactivate: (mesh) => {\n      const mat = mesh.material;\n      mat.transparent = true;\n      mat.opacity = 0.3;\n      mat.needsUpdate = true;\n    }\n  }\n};\nconst goldSkin = {\n  name: \"Gold\",\n  enableEnvMap: true,\n  modelFiles: {\n    axis: \"default-axis\",\n    center: \"default-center\",\n    edge: \"default-edge\",\n    corner: \"default-corner\",\n    sticker: \"default-sticker\"\n  },\n  modelLoading: false,\n  models: {},\n  cube: {\n    material: () => {\n      return new THREE__namespace.MeshStandardMaterial({\n        color: 16773216,\n        metalness: 1,\n        roughness: 0\n      });\n    },\n    activate: (mesh) => {\n      const mat = mesh.material;\n      mat.transparent = false;\n      mat.opacity = 1;\n      mat.needsUpdate = true;\n    },\n    deactivate: (mesh) => {\n      const mat = mesh.material;\n      mat.transparent = true;\n      mat.opacity = 0.3;\n      mat.needsUpdate = true;\n    }\n  },\n  sticker: {\n    material: (x, y, z, color) => {\n      const ColorList = [\n        \"#fff8d0\",\n        // U: White\n        \"#00c800\",\n        // F: Green\n        \"#e80000\",\n        // R: Red\n        \"#fff000\",\n        // D: Yellow\n        \"#0000c8\",\n        // B: Blue\n        \"#f87000\"\n        // L: Orange\n      ];\n      const col = ColorList[color];\n      const mat = new THREE__namespace.MeshStandardMaterial({\n        color: col,\n        metalness: 1,\n        roughness: 0\n      });\n      return mat;\n    },\n    activate: (mesh) => {\n      const mat = mesh.material;\n      mat.transparent = false;\n      mat.opacity = 1;\n      mat.needsUpdate = true;\n    },\n    deactivate: (mesh) => {\n      const mat = mesh.material;\n      mat.transparent = true;\n      mat.opacity = 0.3;\n      mat.needsUpdate = true;\n    }\n  }\n};\nconst acrylicSkin = {\n  name: \"Acrylic\",\n  enableEnvMap: true,\n  modelFiles: {\n    axis: \"default-axis\",\n    center: \"default-center\",\n    edge: \"default-edge\",\n    corner: \"default-corner\",\n    sticker: \"default-sticker\"\n  },\n  modelLoading: false,\n  models: {},\n  cube: {\n    material: () => {\n      return new THREE__namespace.MeshStandardMaterial({\n        color: 16056063,\n        metalness: 1,\n        roughness: 0\n      });\n    },\n    activate: (mesh) => {\n      const mat = mesh.material;\n      mat.transparent = true;\n      mat.opacity = 0.6;\n      mat.needsUpdate = true;\n    },\n    deactivate: (mesh) => {\n      const mat = mesh.material;\n      mat.transparent = true;\n      mat.opacity = 0.2;\n      mat.needsUpdate = true;\n    }\n  },\n  sticker: {\n    material: (x, y, z, color) => {\n      const ColorList = [\n        \"#ffffff\",\n        // U: White\n        \"#00c800\",\n        // F: Green\n        \"#e80000\",\n        // R: Red\n        \"#fff000\",\n        // D: Yellow\n        \"#0000c8\",\n        // B: Blue\n        \"#f87000\"\n        // L: Orange\n      ];\n      const col = ColorList[color];\n      const mat = new THREE__namespace.MeshStandardMaterial({\n        color: col,\n        metalness: 1,\n        roughness: 0\n      });\n      return mat;\n    },\n    activate: (mesh) => {\n      const mat = mesh.material;\n      mat.transparent = true;\n      mat.opacity = 0.7;\n      mat.needsUpdate = true;\n    },\n    deactivate: (mesh) => {\n      const mat = mesh.material;\n      mat.transparent = true;\n      mat.opacity = 0.2;\n      mat.needsUpdate = true;\n    }\n  }\n};\nconst crystalSkin = {\n  name: \"Crystal\",\n  enableEnvMap: true,\n  modelFiles: {\n    axis: \"default-axis\",\n    center: \"default-center\",\n    edge: \"default-edge\",\n    corner: \"default-corner\",\n    sticker: \"default-sticker\"\n  },\n  modelLoading: false,\n  models: {},\n  cube: {\n    material: () => {\n      return new THREE__namespace.MeshPhysicalMaterial({\n        flatShading: false,\n        color: \"#ffffff\",\n        roughness: 0.01,\n        transmission: 1\n      });\n    },\n    activate: (mesh) => {\n      const mat = mesh.material;\n      mat.transparent = true;\n      mat.opacity = 0.5;\n      mat.needsUpdate = true;\n    },\n    deactivate: (mesh) => {\n      const mat = mesh.material;\n      mat.transparent = true;\n      mat.opacity = 0.2;\n      mat.needsUpdate = true;\n    }\n  },\n  sticker: {\n    material: (x, y, z, color) => {\n      const ColorList = [\n        \"#ffffff\",\n        // U: White\n        \"#00c800\",\n        // F: Green\n        \"#e80000\",\n        // R: Red\n        \"#fff000\",\n        // D: Yellow\n        \"#0000c8\",\n        // B: Blue\n        \"#f87000\"\n        // L: Orange\n      ];\n      const col = ColorList[color];\n      const mat = new THREE__namespace.MeshBasicMaterial({\n        color: col,\n        refractionRatio: 0.75,\n        reflectivity: 1\n      });\n      return mat;\n    },\n    activate: (mesh) => {\n      const mat = mesh.material;\n      mat.transparent = true;\n      mat.opacity = 0.5;\n      mat.needsUpdate = true;\n    },\n    deactivate: (mesh) => {\n      const mat = mesh.material;\n      mat.transparent = true;\n      mat.opacity = 0.2;\n      mat.needsUpdate = true;\n    }\n  }\n};\nconst DefaultSkin = standardSkin;\nconst SkinMap = {\n  [standardSkin.name]: standardSkin,\n  [metalicSkin.name]: metalicSkin,\n  [goldSkin.name]: goldSkin,\n  [acrylicSkin.name]: acrylicSkin,\n  [crystalSkin.name]: crystalSkin\n};\nconst DefaultModel = {\n  \"default-axis\": \"{
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