添加侧防生成逻辑
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@ -175,10 +175,7 @@ public class DraftMapCiDataGeneratorImpl implements DraftMapCiDataGenerator {
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.filter(mapElement -> MapElement.DeviceType.SECTION.equals(mapElement.getDeviceType()))
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.map(mapElement -> (Section) mapElement)
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.collect(Collectors.toList());
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// 生成侧防
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if (config.isGenerateFls()) {
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this.generateFls(switchList);
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}
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Map<String, List<RouteOverlap>> overlapMap = new HashMap<>();
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List<Signal> approachList = new ArrayList<>();
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log.info(String.format("共有信号机[%s]个", signalList.size()));
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@ -214,6 +211,42 @@ public class DraftMapCiDataGeneratorImpl implements DraftMapCiDataGenerator {
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generatedRouteList.stream().filter(route -> route.isGround()).count(),
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generatedRouteList.stream().filter(route -> route.isGuide()).count()));
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}
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// 生成侧防,构建进路侧防关系
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if (config.isGenerateFls()) {
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Map<String, RouteFls> flsMap = this.generateFls(switchList);
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for (Route route : generatedRouteList) {
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// 进路道岔侧防
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List<RouteFls> routeFlsList = new ArrayList<>();
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if (route.getSwitchList() != null) {
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for (SwitchElement switchElement : route.getSwitchList()) {
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String name = RouteFls.buildName(switchElement);
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RouteFls routeFls = flsMap.get(name);
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if (routeFls != null) {
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routeFlsList.add(routeFls);
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}
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}
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route.setFlsList(routeFlsList);
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}
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// 进路延续保护道岔侧防
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RouteOverlap overlap = route.getOverlap();
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if (overlap != null) {
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List<SectionPath> pathList = overlap.getPathList();
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for (SectionPath sectionPath : pathList) {
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List<RouteFls> overlapFlsList = new ArrayList<>();
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List<SwitchElement> overlapSwitchList = sectionPath.getSwitchList();
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if (overlapSwitchList != null) {
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for (SwitchElement switchElement : overlapSwitchList) {
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RouteFls routeFls = flsMap.get(RouteFls.buildName(switchElement));
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if (routeFls != null) {
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overlapFlsList.add(routeFls);
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}
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}
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}
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sectionPath.setFlsList(overlapFlsList);
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}
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}
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}
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}
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// 根据配置生成折返进路
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if (config.isGenerateTbRoute()) {
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List<Route> tbRouteList = this.generateTurnBackRoute(generatedRouteList, routeCodeGenerator, config);
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@ -1058,23 +1091,30 @@ public class DraftMapCiDataGeneratorImpl implements DraftMapCiDataGenerator {
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generatedRouteList.removeAll(removeList);
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}
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private void generateFls(List<Switch> switchList) {
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private Map<String, RouteFls> generateFls(List<Switch> switchList) {
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CodeGenerator fpCodeGenerator = new CodeGenerator("Fls"); // 侧防
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List<RouteFls> list = new ArrayList<>();
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Map<String, RouteFls> map = new HashMap<>();
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for (Switch aSwitch : switchList) {
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RouteFls npFls = this.buildNpFls(aSwitch);
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RouteFls npFls = this.buildNpFls(aSwitch, fpCodeGenerator);
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if (Objects.nonNull(npFls)) {
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list.add(npFls);
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map.put(npFls.getName(), npFls);
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}
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RouteFls rpFls = this.buildRpFls(aSwitch);
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RouteFls rpFls = this.buildRpFls(aSwitch, fpCodeGenerator);
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if (Objects.nonNull(rpFls)) {
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list.add(rpFls);
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map.put(rpFls.getName(), rpFls);
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}
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}
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return map;
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}
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private RouteFls buildNpFls(Switch aSwitch) {
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RouteFls fls = new RouteFls(new SwitchElement(aSwitch, true));
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/**
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* 构建道岔定位侧防
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* @param aSwitch
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* @param fpCodeGenerator
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* @return
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*/
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private RouteFls buildNpFls(Switch aSwitch, CodeGenerator fpCodeGenerator) {
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RouteFls fls = new RouteFls(fpCodeGenerator.next(), new SwitchElement(aSwitch, true));
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// 暂时只生成一级侧防
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Switch linkedSwitch = aSwitch.queryLinkedSwitch();
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if (Objects.nonNull(linkedSwitch)) {
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@ -1082,7 +1122,7 @@ public class DraftMapCiDataGeneratorImpl implements DraftMapCiDataGenerator {
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RouteFls.FlsElement flsElement = new RouteFls.FlsElement(new SwitchElement(linkedSwitch, true));
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fls.addLevel1(flsElement);
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} else {
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// 无联动道岔，则从道岔B区段向外查询，第一个反向信号机和经过的路径道岔位置构成一级侧防
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// 无联动道岔，则从道岔C区段向外查询，第一个反向信号机和经过的路径道岔位置构成一级侧防
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Section c = aSwitch.getC();
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if (c.getLeftSection() == null && c.getRightSection() == null) {
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// 尽头区段，不需构成侧防
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@ -1091,30 +1131,112 @@ public class DraftMapCiDataGeneratorImpl implements DraftMapCiDataGenerator {
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BusinessExceptionAssertEnum.DATA_ERROR.assertNotTrue(c.getLeftSection() != null && c.getRightSection() != null,
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String.format("道岔区段[%s]关联区段关系异常，只能最多一边关联，实际两边都关联了区段", c.debugStr()));
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boolean right = true;
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Section section = c.getRightSection();
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Section startSection = c.getRightSection();
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if (c.getLeftSection() != null) { // 左向区段存在，方向向左
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right = false;
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section = c.getLeftSection();
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startSection = c.getLeftSection();
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}
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while (Objects.nonNull(section)) {
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Stack<Section> sectionStack = new Stack<>();
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sectionStack.push(startSection);
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int i = 0;
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while (!sectionStack.isEmpty() && i < 100) {
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++i;
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Section section = sectionStack.pop();
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Signal oppositeSignal = section.getSignalOf(!right);
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if (Objects.nonNull(oppositeSignal)) {
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if (Objects.nonNull(oppositeSignal)) { // 找到反向信号机
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Section firstSection = oppositeSignal.getSection().getSectionOf(oppositeSignal.isRight());
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RouteFls.FlsElement flsElement;
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if (firstSection.isSwitchTrack()) {
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if (firstSection.isSwitchTrack() && !Objects.equals(aSwitch, firstSection.getRelSwitch())) {
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flsElement = new RouteFls.FlsElement(oppositeSignal, new SwitchElement(firstSection.getRelSwitch(), true));
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} else {
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flsElement = new RouteFls.FlsElement(oppositeSignal);
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}
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fls.addLevel1(flsElement);
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} else { // 未找到，取下一区段，入栈
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Section next = section.getSectionOf(right);
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if (next != null) {
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sectionStack.push(next);
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} else {
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if (section.isSwitchTrack() && section.getSectionOf(!right) != null) {
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// 非尽头道岔区段
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Switch relSwitch = section.getRelSwitch();
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if (relSwitch.isA(section)) {
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sectionStack.push(relSwitch.getC());
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sectionStack.push(relSwitch.getB());
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} else {
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sectionStack.push(relSwitch.getA());
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}
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}
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}
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}
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}
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}
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return null;
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if (!fls.hasElement()) {
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return null;
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}
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return fls;
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}
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private RouteFls buildRpFls(Switch aSwitch) {
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return null;
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/**
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* 构建道岔反位侧防
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* @param aSwitch
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* @param fpCodeGenerator
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* @return
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*/
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private RouteFls buildRpFls(Switch aSwitch, CodeGenerator fpCodeGenerator) {
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RouteFls fls = new RouteFls(fpCodeGenerator.next(), new SwitchElement(aSwitch, false));
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// 暂只生成一级侧防
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Section b = aSwitch.getB();
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if (b.getLeftSection() == null && b.getRightSection() == null) {
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// 尽头区段，不需构成侧防
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return null;
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}
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BusinessExceptionAssertEnum.DATA_ERROR.assertNotTrue(b.getLeftSection() != null && b.getRightSection() != null,
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String.format("道岔区段[%s]关联区段关系异常，只能最多一边关联，实际两边都关联了区段", b.debugStr()));
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boolean right = true;
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Section startSection = b.getRightSection();
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if (b.getLeftSection() != null) { // 左向区段存在，方向向左
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right = false;
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startSection = b.getLeftSection();
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}
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Stack<Section> sectionStack = new Stack<>();
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sectionStack.push(startSection);
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int i = 0;
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while (!sectionStack.isEmpty() && i < 100) {
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++i;
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Section section = sectionStack.pop();
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Signal oppositeSignal = section.getSignalOf(!right);
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if (Objects.nonNull(oppositeSignal)) { // 找到反向信号机
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Section firstSection = oppositeSignal.getSection().getSectionOf(oppositeSignal.isRight());
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RouteFls.FlsElement flsElement;
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if (firstSection.isSwitchTrack() && !Objects.equals(aSwitch, firstSection.getRelSwitch())) {
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flsElement = new RouteFls.FlsElement(oppositeSignal, new SwitchElement(firstSection.getRelSwitch(), true));
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} else {
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flsElement = new RouteFls.FlsElement(oppositeSignal);
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}
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fls.addLevel1(flsElement);
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} else { // 未找到，取下一区段，入栈
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Section next = section.getSectionOf(right);
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if (next != null) {
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sectionStack.push(next);
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} else {
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if (section.isSwitchTrack() && section.getSectionOf(!right) != null) {
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// 非尽头道岔区段
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Switch relSwitch = section.getRelSwitch();
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if (relSwitch.isA(section)) {
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sectionStack.push(relSwitch.getC());
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sectionStack.push(relSwitch.getB());
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} else {
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sectionStack.push(relSwitch.getA());
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}
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}
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}
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}
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}
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if (!fls.hasElement()) {
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return null;
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}
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return fls;
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}
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private void generateRunLevel(Map<String, MapElement> deviceMap, List<String> errorList,
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@ -39,6 +39,8 @@ public abstract class MapElement {
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ROUTE,
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/** 进路延续保护 */
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OVERLAP,
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/** 侧防 */
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FLANK_PROTECTION,
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/** 自动信号 */
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AUTO_SIGNAL,
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/** 自动折返 */
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@ -11,9 +11,8 @@ import java.util.List;
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*/
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@Getter
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@Setter
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public class RouteFls {
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public class RouteFls extends MapNamedElement {
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private String name;
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/**
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* 所防护的道岔位置
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*/
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@ -23,10 +22,15 @@ public class RouteFls {
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private List<FlsElement> level2List;
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public RouteFls(SwitchElement base) {
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public RouteFls(String code, SwitchElement base) {
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super(code, buildName(base), DeviceType.FLANK_PROTECTION);
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this.base = base;
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}
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public static String buildName(SwitchElement element) {
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return String.format("Fls_%s_%s", element.getASwitch().getName(), element.isNormal() ? "N" : "R");
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}
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public void addLevel1(FlsElement flsElement) {
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if (level1List == null) {
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level1List = new ArrayList<>();
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@ -34,6 +38,15 @@ public class RouteFls {
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level1List.add(flsElement);
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}
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public boolean hasElement() {
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return this.level1List != null && !this.level1List.isEmpty();
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}
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@Override
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public void reset() {
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}
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/**
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* 侧防元件
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*/
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@ -26,6 +26,9 @@ public class SectionPath {
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/** 道岔位置(如果有道岔的话) */
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private List<SwitchElement> switchList;
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/** 侧防 */
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private List<RouteFls> flsList;
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private List<Section> sectionList;
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public SectionPath(boolean right) {
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