package com.zy.acs.manager.core.service;
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import com.baomidou.mybatisplus.core.conditions.query.LambdaQueryWrapper;
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import com.zy.acs.common.constant.RedisConstant;
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import com.zy.acs.common.utils.RedisSupport;
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import com.zy.acs.common.utils.Utils;
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import com.zy.acs.framework.common.Cools;
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import com.zy.acs.manager.common.utils.MapDataUtils;
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import com.zy.acs.manager.core.constant.MapDataConstant;
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import com.zy.acs.manager.core.domain.Lane;
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import com.zy.acs.manager.core.service.astart.*;
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import com.zy.acs.manager.core.service.astart.domain.DynamicNode;
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import com.zy.acs.manager.core.utils.RouteGenerator;
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import com.zy.acs.manager.manager.entity.Code;
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import com.zy.acs.manager.manager.entity.Jam;
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import com.zy.acs.manager.manager.entity.Route;
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import com.zy.acs.manager.manager.entity.Segment;
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import com.zy.acs.manager.manager.enums.JamStateType;
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import com.zy.acs.manager.manager.service.*;
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import com.zy.acs.manager.system.service.ConfigService;
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import lombok.extern.slf4j.Slf4j;
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import org.springframework.beans.factory.annotation.Autowired;
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import org.springframework.stereotype.Service;
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import java.util.*;
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import java.util.stream.Collectors;
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/**
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* Created by vincent on 7/25/2024
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*/
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@Slf4j
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@Service
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public class RetreatNavigateService {
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private final RedisSupport redis = RedisSupport.defaultRedisSupport;
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public static final int WEIGHT_CALC_FACTOR = 10000;
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@Autowired
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private CodeService codeService;
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@Autowired
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private RouteService routeService;
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@Autowired
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private MapDataDispatcher mapDataDispatcher;
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@Autowired
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private MapService mapService;
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@Autowired
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private AgvService agvService;
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@Autowired
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private AgvModelService agvModelService;
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@Autowired
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private LaneService laneService;
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@Autowired
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private ConfigService configService;
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@Autowired
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private SegmentService segmentService;
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@Autowired
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private JamService jamService;
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/**
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* avoidPathList ===>> [ minor vehicle ] [wave] [ curr vehicle ] [ code2 ] [ code3 ] ......
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**/
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// @SuppressWarnings("all")
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public RetreatNavigateNode execute(String agvNo, RetreatNavigateNode start, List<String> avoidPathList, String sponsor, Jam jam) {
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if (Cools.isEmpty(avoidPathList)) {
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return null;
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}
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Integer lev = null;
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Integer maxAgvCountInLane = configService.getVal("maxAgvCountInLane", Integer.class);
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String breakPoint = avoidPathList.stream().findFirst().orElse(null);
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List<String> blackList = Utils.singletonList(sponsor);
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Double avoidDistance = MapDataUtils.getVehicleWaveSafeDistance(agvModelService.getById(agvService.selectByUuid(sponsor).getAgvModel()).getDiameter()
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, MapDataConstant.MAX_DISTANCE_BETWEEN_ADJACENT_AGV_FACTOR);
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List<String> avoidPathListWave = mapService.getWaveScopeByCodeList(lev, avoidPathList, avoidDistance);
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DynamicNode[][] dynamicMatrix = mapDataDispatcher.getDynamicMatrix(lev);
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String[][] waveMatrix = mapDataDispatcher.getWaveMatrix(lev);
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RetreatNavigateNode finialNode = null;
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PriorityQueue<RetreatNavigateNode> openQueue = new PriorityQueue<>();
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Set<RetreatNavigateNode> existNodes = new HashSet<>();
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openQueue.add(start);
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existNodes.add(start);
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boolean phaseSecond = true;
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while (!openQueue.isEmpty() && null == finialNode) {
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RetreatNavigateNode currentNode = openQueue.poll();
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List<RetreatNavigateNode> enableNodes = new ArrayList<>();
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ArrayList<RetreatNavigateNode> neighborNodes = this.getNeighborNodes(currentNode, existNodes);
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boolean pointOfTurn = neighborNodes.size() >= 2;
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label: for (RetreatNavigateNode node : neighborNodes) {
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if (node.getCodeData().equals(breakPoint)) { continue; }
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Code code = codeService.selectByData(node.getCodeData());
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int weight = 0;
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// wave
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String waveNode = waveMatrix[node.getX()][node.getY()];
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assert !waveNode.equals(WaveNodeType.DISABLE.val);
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if (!waveNode.equals(WaveNodeType.ENABLE.val)) {
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List<String> waveNodeList = MapDataUtils.parseWaveNode(waveNode);
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List<String> otherWaveList = MapDataUtils.hasOtherWave(waveNodeList, agvNo);
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for (String otherWave : otherWaveList) {
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if (!Cools.isEmpty(blackList) && blackList.contains(otherWave)) {
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continue label;
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}
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if (1 < mapDataDispatcher.queryCodeListFromDynamicNode(lev, otherWave).size()) {
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phaseSecond = false; // there is a running way
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continue label;
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} else {
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weight += WEIGHT_CALC_FACTOR;
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}
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}
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}
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// lane
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if (pointOfTurn) {
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Lane lane = laneService.search(node.getCodeData());
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if (null != lane) {
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Set<String> lanVehicleSet = new HashSet<>();
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for (String laneCodeData : lane.getCodes()) {
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// overlap with sponsor
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if (avoidPathList.contains(laneCodeData)) {
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lanVehicleSet.add(sponsor);
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}
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int[] laneCodeMatrixIdx = mapDataDispatcher.getCodeMatrixIdx(null, laneCodeData);
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// scan dynamicMatrix or WaveMatrix
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DynamicNode laneDynamicNode = dynamicMatrix[laneCodeMatrixIdx[0]][laneCodeMatrixIdx[1]];
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String laneVehicle = laneDynamicNode.getVehicle();
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assert !laneVehicle.equals(DynamicNodeType.BLOCK.val);
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if (!laneVehicle.equals(DynamicNodeType.ACCESS.val)) {
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if (!laneVehicle.equals(agvNo)) {
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lanVehicleSet.add(laneVehicle);
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// redis.setObject(RedisConstant.AGV_TO_STANDBY_FLAG, laneVehicle, true, 30);
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}
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}
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}
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if (lanVehicleSet.size() + 1 > maxAgvCountInLane) {
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phaseSecond = false; // there is a running way
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continue;
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}
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if (lanVehicleSet.contains(sponsor)) {
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weight += WEIGHT_CALC_FACTOR * 2;
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}
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}
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}
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// judge whether the node has already been marked as a retreat node?
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// This is a very troublesome matter, if the node be repeatedly mark as a retreat node
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List<Segment> runningSegments = segmentService.getRunningByEndCode(code.getId());
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for (Segment runningSeg : runningSegments) {
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if (0 < jamService.count(new LambdaQueryWrapper<Jam>()
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.eq(Jam::getAvoSeg, runningSeg.getId())
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.ne(Jam::getState, JamStateType.DEPRECATED.toString()))) {
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weight += WEIGHT_CALC_FACTOR * 3;
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} else {
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weight += WEIGHT_CALC_FACTOR;
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}
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}
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// enable
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if (!avoidPathListWave.contains(node.getCodeData())) {
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enableNodes.add(node);
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}
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int gCost = calcNodeCost(currentNode, node);
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//进行计算对 G, F, H 等值
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node.setLastDistance(gCost);
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node.initNode(currentNode, weight);
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openQueue.add(node);
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existNodes.add(node);
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}
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if (!Cools.isEmpty(enableNodes)) {
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Collections.sort(enableNodes);
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finialNode = enableNodes.stream().findFirst().orElse(null);
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jam.setCycleAvo(0);
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}
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}
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if (null == finialNode && phaseSecond) {
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// assert openQueue.size() == 0;
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existNodes.clear();
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openQueue.add(start);
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existNodes.add(start);
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RetreatNavigateNode availablePointOfTurn = null;
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List<String> availablePointWaveScopeOfTurn = new ArrayList<>();
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int actualLanesOfTurn = 0;
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int filterPointOfTurnTimes = 0;
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while (!openQueue.isEmpty() && null == finialNode) {
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RetreatNavigateNode currentNode = openQueue.poll();
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List<RetreatNavigateNode> enableNodes = new ArrayList<>();
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ArrayList<RetreatNavigateNode> neighborNodes = this.getNeighborNodes(currentNode, existNodes);
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// 第一步：获取有效转弯点
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if (null == availablePointOfTurn) {
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// 计算是否为可用转弯点
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if (neighborNodes.size() >= 2 && !isSame(start, currentNode)) {
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filterPointOfTurnTimes ++;
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if (filterPointOfTurnTimes > 2) { break; }
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for (RetreatNavigateNode node : neighborNodes) {
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// lane
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Lane lane = laneService.search(node.getCodeData());
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if (null != lane) {
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Set<String> lanVehicleSet = new HashSet<>();
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for (String laneCodeData : lane.getCodes()) {
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int[] laneCodeMatrixIdx = mapDataDispatcher.getCodeMatrixIdx(null, laneCodeData);
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// scan dynamicMatrix or WaveMatrix
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DynamicNode laneDynamicNode = dynamicMatrix[laneCodeMatrixIdx[0]][laneCodeMatrixIdx[1]];
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String laneVehicle = laneDynamicNode.getVehicle();
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assert !laneVehicle.equals(DynamicNodeType.BLOCK.val);
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if (!laneVehicle.equals(DynamicNodeType.ACCESS.val)) {
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if (!laneVehicle.equals(agvNo)) {
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lanVehicleSet.add(laneVehicle);
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// redis.setObject(RedisConstant.AGV_TO_STANDBY_FLAG, laneVehicle, true, 30);
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}
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}
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}
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if (lanVehicleSet.size() + 1 > maxAgvCountInLane) {
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continue;
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}
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}
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actualLanesOfTurn ++;
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}
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// 有两条以上可走巷道，则视为有效转弯点
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if (actualLanesOfTurn >= 2) {
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availablePointOfTurn = currentNode;
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availablePointWaveScopeOfTurn = mapService.getWaveScopeByCode(lev, availablePointOfTurn.getCodeData(), avoidDistance)
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.stream().map(NavigateNode::getCodeData).distinct().collect(Collectors.toList());
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} else {
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actualLanesOfTurn = 0;
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}
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}
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}
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// 延伸转弯点巷道
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label: for (RetreatNavigateNode node : neighborNodes) {
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int weight = 0;
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// wave
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String waveNode = waveMatrix[node.getX()][node.getY()];
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assert !waveNode.equals(WaveNodeType.DISABLE.val);
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if (!waveNode.equals(WaveNodeType.ENABLE.val)) {
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List<String> waveNodeList = MapDataUtils.parseWaveNode(waveNode);
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List<String> otherWaveList = MapDataUtils.hasOtherWave(waveNodeList, agvNo);
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for (String otherWave : otherWaveList) {
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if (!Cools.isEmpty(blackList) && blackList.contains(otherWave)) {
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continue;
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}
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if (1 < mapDataDispatcher.queryCodeListFromDynamicNode(lev, otherWave).size()) {
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if (null != availablePointOfTurn && actualLanesOfTurn > 0) {
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actualLanesOfTurn --;
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}
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continue label;
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} else {
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weight += WEIGHT_CALC_FACTOR;
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}
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}
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}
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if (null != availablePointOfTurn) {
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if (!availablePointWaveScopeOfTurn.contains(node.getCodeData())) {
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enableNodes.add(node);
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}
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}
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node.setLastDistance(calcNodeCost(currentNode, node));
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node.initNode(currentNode, weight);
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openQueue.add(node);
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existNodes.add(node);
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}
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if (actualLanesOfTurn < 2) {
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availablePointOfTurn = null;
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availablePointWaveScopeOfTurn = new ArrayList<>();
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actualLanesOfTurn = 0;
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} else {
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if (!Cools.isEmpty(enableNodes)) {
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Collections.sort(enableNodes);
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finialNode = enableNodes.stream().findFirst().orElse(null);
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jam.setCycleAvo(1);
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}
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}
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}
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}
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return finialNode;
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}
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// 获取四周节点
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private ArrayList<RetreatNavigateNode> getNeighborNodes(RetreatNavigateNode currentNode, Set<RetreatNavigateNode> existNodes) {
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int x = currentNode.getX();
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int y = currentNode.getY();
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ArrayList<RetreatNavigateNode> neighbourNodes = new ArrayList<>();
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RetreatNavigateNode rightNode = extendNeighborNodes(currentNode, new RetreatNavigateNode(x, y + 1), existNodes, null, null);
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if (null != rightNode) {
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neighbourNodes.add(rightNode);
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}
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RetreatNavigateNode leftNode = extendNeighborNodes(currentNode, new RetreatNavigateNode(x, y - 1), existNodes, null, null);
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if (null != leftNode) {
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neighbourNodes.add(leftNode);
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}
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RetreatNavigateNode topNode = extendNeighborNodes(currentNode, new RetreatNavigateNode(x - 1, y), existNodes, null, null);
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if (null != topNode) {
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neighbourNodes.add(topNode);
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}
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RetreatNavigateNode bottomNode = extendNeighborNodes(currentNode, new RetreatNavigateNode(x + 1, y), existNodes, null, null);
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if (null != bottomNode) {
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neighbourNodes.add(bottomNode);
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}
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return neighbourNodes;
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}
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private RetreatNavigateNode extendNeighborNodes(RetreatNavigateNode currentNode, RetreatNavigateNode extendNode, Set<RetreatNavigateNode> existNodes, Integer dx, Integer dy) {
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RetreatNavigateNode nextNode;
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if (null == dx || null == dy) {
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dx = extendNode.getX() - currentNode.getX();
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dy = extendNode.getY() - currentNode.getY();
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nextNode = extendNode;
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} else {
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nextNode = new RetreatNavigateNode(extendNode.getX() + dx, extendNode.getY() + dy);
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}
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int x = nextNode.getX();
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int y = nextNode.getY();
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// 数组越界
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int[][] mapMatrix = mapDataDispatcher.getMapMatrix(null, null);
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if (x < 0 || x >= mapMatrix.length
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|| y < 0 || y >= mapMatrix[0].length) {
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return null;
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}
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if (mapMatrix[x][y] == MapNodeType.DISABLE.val) {
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return extendNeighborNodes(currentNode, nextNode, existNodes, dx, dy);
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} else {
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if (existNodes.contains(nextNode)) {
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return null;
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}
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// 节点是否可用
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if (mapMatrix[x][y] != MapNodeType.ENABLE.val) {
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return null;
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}
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String[][] codeMatrix = mapDataDispatcher.getCodeMatrix(null);
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String currentNodeCodeData = codeMatrix[currentNode.getX()][currentNode.getY()];
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String nextNodeCodeData = codeMatrix[nextNode.getX()][nextNode.getY()];
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nextNode.setCodeData(nextNodeCodeData);
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// 判断通过性
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String routeKey = RouteGenerator.generateRouteKey(currentNodeCodeData, nextNodeCodeData);
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Object routeVal = redis.getMap(RedisConstant.AGV_MAP_ROUTE_HASH_FLAG, routeKey);
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if (routeVal == null || !(Boolean) routeVal) {
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return null;
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}
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}
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return nextNode;
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}
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private boolean isExist(RetreatNavigateNode node, List<RetreatNavigateNode> existNodes) {
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for (RetreatNavigateNode existNode : existNodes) {
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if (this.isSame(node, existNode)) {
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return true;
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}
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}
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return false;
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}
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private boolean isSame(RetreatNavigateNode o1, RetreatNavigateNode o2) {
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if (Cools.isEmpty(o1, o2)) {
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return false;
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}
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return o1.getX() == o2.getX() && o1.getY() == o2.getY();
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}
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private int calcNodeCost(RetreatNavigateNode node1, RetreatNavigateNode node2) {
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return Math.abs(node2.getX() - node1.getX()) + Math.abs(node2.getY() - node1.getY());
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}
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}
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