cdskp_ar_miniprogram/data-helper.js

const FacilityCodeMap = {
  ft: 0,
  upft: 0,
  downft: 0,
  mys: 3,
  xsj: 4,
  fwt: 7,
  dt: 5,
  lt: 88,
  dit: 89,
  cjr: 10,
  tcc: 8,
  xsjn: 12,
  xsjv: 13,
  xxt: 14,
  tczl: 8,
  fcjcg: 7,
  door: 39,
  czc: 500,
  vip: 34,
  pq: 40,
  ksgj: 30,
  xcgc: 57,
  tthy: 58,
  bc: 26,
  etxsj: 69,
};
const floorDiffMap = {
  "3_5": 1,
  "5_3": 1,
};
export const attachGraphSingle = ({ graph, key, value }) => {
  graph[key] = {
    ...graph[key],
    ...value,
  };
};
export const attachGraph = ({
  graph,
  leftKey,
  rightKey,
  leftValue,
  rightValue,
}) => {
  graph[leftKey] = {
    ...graph[leftKey],
    ...leftValue,
  };
  graph[rightKey] = {
    ...graph[rightKey],
    ...rightValue,
  };
};

export const getDataNew = async (map) => {
  const {
    mall: { shopInfo, mapData },
  } = map;
  return {
    serverShopInfo: shopInfo,
    mapData,
  };
};

export const handleData = (
  shopInfo,
  mapData,
  ftData,
  excludeNodes,
  extraCosts,
  portals,
  mall,
  facilityTypeMap,
  facilityCodeMap
) => {
  Object.assign(FacilityCodeMap, facilityCodeMap);
  const { floors } = mall;
  let shopMap = {};
  let shopNavSet = new Set();
  const parkingSpaceByFloor = [];
  const excludeSet = excludeNodes
    ? excludeNodes.reduce((acc, nxt) => {
        acc.add(nxt);
        return acc;
      }, new Set())
    : new Set();
  shopInfo.forEach(({ shopList }, floorOrder) => {
    shopList.forEach((shop) => {
      shopMap[shop.houseNum] = shop;
      shopNavSet.add(floorOrder + "_" + shop.yaxis);
    });
  });
  const noUpMap = {};
  const noDownMap = {};
  const list = mapData.buildArr
    .map(({ mapData }) => mapData)
    .map(({ icons, path, stairs, shopArea, floorArea, parkArea }, i) => {
      const nodes = path ? path.nodes : [];
      let points = [];
      let routes = [];
      let height = Number(floorArea ? floorArea.toHeight : 0);
      nodes.forEach(({ id, list, x, y }) => {
        points[id] = {
          name: id,
          position: [x, height + 0.1, y],
        };
        list.forEach((node) => {
          const needIncrease = extraCosts[`${i}_${id}_${node.id}`];
          routes.push({
            src: id,
            des: node.id,
            cost: needIncrease ? 1000 : node.cost,
          });
        });
      });
      let facilities = [];
      icons.forEach(({ navCode, facCode, Type }) => {
        if (points[Number(navCode)])
          facilities.push({
            Escalator: 0,
            NavPoint: Number(navCode),
            Type: FacilityCodeMap[facCode],
            Images: facCode,
            point: points[Number(navCode)].position,
          });
      });
      stairs.forEach(({ navCode, facCode, no, downState, upState }) => {
        if (points[Number(navCode)] && no) {
          const NavPoint = Number(navCode);
          const key = `${i}_${NavPoint}`;
          const value = ftData[key];
          if (downState) noDownMap[key] = true;
          if (upState) noUpMap[key] = true;
          facilities.push({
            Escalator: Number(no),
            NavPoint: NavPoint,
            Type: FacilityCodeMap[facCode],
            Images: facCode,
            point: points[Number(navCode)].position,
            entrances: value ? Object.keys(value) : [],
          });
        }
      });
      shopArea.forEach(({ name, shopNav, xaxis, yaxis }) => {
        if (shopMap[name]) {
          shopMap[name].yaxis = shopNav;
          shopMap[name].xaxis = [xaxis, height, yaxis];
        }
      });
      parkingSpaceByFloor[i] = parkArea;
      return {
        facilities,
        points,
        routes,
      };
    });

  const facilities = list.map(({ facilities }) => facilities);
  facilities.forEach((facilitiesOnSameFloor, floorOrder) => {
    facilitiesOnSameFloor.forEach((facility) => {
      facility.floorOrder = floorOrder;
    });
  });

  const flatFacilities = facilities.reduce((acc, nxt) => acc.concat(nxt), []);
  flatFacilities.forEach((fac) => {
    fac.isFac = true;
    fac.floorName = floors[fac.floorOrder][1];
    fac.name = fac.floorName + facilityTypeMap[fac.Type];
    fac.xaxis = fac.point;
    fac.yaxis = Number(fac.NavPoint);
    fac.id = `${fac.floorOrder}_${fac.Type}_${fac.NavPoint}`;
  });

  const facilityLiftMap = flatFacilities.reduce(
    (acc, nxt) =>
      !(nxt.Type === 0 || nxt.Type === 5)
        ? acc
        : {
            ...acc,
            [`${nxt.floorOrder}_${nxt.NavPoint}`]: nxt,
          },
    {}
  );
  const facilityMap = flatFacilities.reduce(
    (acc, nxt) => ({
      ...acc,
      [nxt.id]: nxt,
    }),
    {}
  );
  const routes = list.map(({ routes }) => routes);
  const points = list.map(({ points }) => points);
  const graph = {};
  routes.forEach((route, floorOrder) => {
    route.forEach(({ src, des, cost }) => {
      const srcId = floorOrder + "_" + src;
      const desId = floorOrder + "_" + des;
      if (excludeSet.has(srcId) || excludeSet.has(desId)) return;
      graph[srcId] = {
        ...graph[srcId],
        [desId]: cost,
      };
      graph[desId] = {
        ...graph[desId],
        [srcId]: cost,
      };
    });
  });
  const graphDt = JSON.parse(JSON.stringify(graph));
  const graphFt = JSON.parse(JSON.stringify(graph));
  let escalatorMap = flatFacilities.reduce(
    (acc, { NavPoint, Escalator, Type, floorOrder }) => {
      if (NavPoint !== undefined && (Type === 0 || Type === 5)) {
        if (acc[`${Type}_${Escalator}`])
          acc[`${Type}_${Escalator}`].push({
            NavPoint,
            floorOrder,
            Type,
          });
        else
          acc[`${Type}_${Escalator}`] = [
            {
              NavPoint,
              floorOrder,
              Type,
            },
          ];
        acc[`${Type}_${Escalator}`].isEscalator = Type === 0;
      }
      return acc;
    },
    {}
  );

  Object.values(ftData).forEach((value) => {
    Object.entries(value).forEach(([key, dsts]) => {
      dsts.forEach((dst) => {
        const value = {
          [dst]: 6000,
        };
        attachGraphSingle({
          graph,
          key,
          value,
        });
        attachGraphSingle({
          graph: graphFt,
          key,
          value,
        });
      });
    });
  });
  Object.values(escalatorMap).forEach((list) => {
    for (let i = 0; i < list.length - 1; i++) {
      for (let j = i + 1; j < list.length; j++) {
        const { floorOrder: floorOrderI, NavPoint: src } = list[i];
        const { floorOrder: floorOrderJ, NavPoint: des } = list[j];
        const leftKey = floorOrderI + "_" + src;
        const rightKey = floorOrderJ + "_" + des;
        const isUp = Number(floorOrderJ) > Number(floorOrderI);
        const floorDiffKey = isUp
          ? `${floorOrderI}_${floorOrderJ}`
          : `${floorOrderJ}_${floorOrderI}`;
        const floorDiff =
          floorDiffKey in floorDiffMap && floorDiffMap
            ? floorDiffMap[floorDiffKey]
            : Math.abs(floorOrderI - floorOrderJ);
        if (ftData[leftKey]) return;
        if (ftData[rightKey]) return;
        const leftValue = {
          [rightKey]:
            (isUp && noUpMap[leftKey]) || (!isUp && noDownMap[leftKey])
              ? Infinity
              : list.isEscalator
              ? 7000 * floorDiff
              : 7000 + floorDiff * 1000,
        };
        const rightValue = {
          [leftKey]:
            (!isUp && noUpMap[rightKey]) || (isUp && noDownMap[rightKey])
              ? Infinity
              : list.isEscalator
              ? 7000 * floorDiff
              : 7000 + floorDiff * 1000,
        };
        attachGraph({
          graph,
          leftKey,
          rightKey,
          leftValue,
          rightValue,
        });
        if (list.isEscalator)
          attachGraph({
            graph: graphFt,
            leftKey,
            rightKey,
            leftValue,
            rightValue,
          });
        else
          attachGraph({
            graph: graphDt,
            leftKey,
            rightKey,
            leftValue,
            rightValue,
          });
      }
    }
  });
  const grahps = [graph, graphDt, graphFt];
  portals.forEach(({ leftKey, rightKey, leftValue, rightValue }) =>
    grahps.forEach((graph) =>
      attachGraph({
        graph,
        leftKey,
        rightKey,
        leftValue,
        rightValue,
      })
    )
  );
  return {
    points,
    routes,
    graph,
    graphDt,
    graphFt,
    facilities,
    flatFacilities,
    excludeSet,
    parkingSpaceByFloor,
    facilityLiftMap,
    facilityMap,
  };
};

const dataHelper = async (map) => {
  const {
    ftData = {},
    excludeNodes,
    extraCosts = {},
    portals = [],
    serverShopInfo,
    mapData,
    mall,
    facilityTypeMap,
    facilityCodeMap,
  } = map;

  return handleData(
    serverShopInfo,
    mapData,
    ftData,
    excludeNodes,
    extraCosts,
    portals,
    mall,
    facilityTypeMap,
    facilityCodeMap
  );
};
export default dataHelper;