[新增]以终端反向信号机命名的信号机同样也用此信号机作为办理进路的按钮
CI / Docker-Build (push) Successful in 2m13s Details

This commit is contained in:
thesai 2024-09-29 09:31:21 +08:00
parent b302bb360b
commit f14e377565
2 changed files with 2344 additions and 2189 deletions

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@ -5,7 +5,22 @@ import club.joylink.rtss.simulation.cbtc.build.SimulationBuilder;
import club.joylink.rtss.simulation.cbtc.constant.SignalAspect; import club.joylink.rtss.simulation.cbtc.constant.SignalAspect;
import club.joylink.rtss.simulation.cbtc.constant.SignalModel; import club.joylink.rtss.simulation.cbtc.constant.SignalModel;
import club.joylink.rtss.simulation.cbtc.data.CalculateService; import club.joylink.rtss.simulation.cbtc.data.CalculateService;
import club.joylink.rtss.simulation.cbtc.data.map.*; import club.joylink.rtss.simulation.cbtc.data.map.AutoSignal;
import club.joylink.rtss.simulation.cbtc.data.map.Cycle;
import club.joylink.rtss.simulation.cbtc.data.map.DestinationCodeDefinition;
import club.joylink.rtss.simulation.cbtc.data.map.ESP;
import club.joylink.rtss.simulation.cbtc.data.map.MapElement;
import club.joylink.rtss.simulation.cbtc.data.map.PSD;
import club.joylink.rtss.simulation.cbtc.data.map.Route;
import club.joylink.rtss.simulation.cbtc.data.map.RouteFls;
import club.joylink.rtss.simulation.cbtc.data.map.RouteOverlap;
import club.joylink.rtss.simulation.cbtc.data.map.Section;
import club.joylink.rtss.simulation.cbtc.data.map.SectionPath;
import club.joylink.rtss.simulation.cbtc.data.map.Signal;
import club.joylink.rtss.simulation.cbtc.data.map.Stand;
import club.joylink.rtss.simulation.cbtc.data.map.Station;
import club.joylink.rtss.simulation.cbtc.data.map.Switch;
import club.joylink.rtss.simulation.cbtc.data.map.SwitchElement;
import club.joylink.rtss.simulation.cbtc.data.support.RoutePath; import club.joylink.rtss.simulation.cbtc.data.support.RoutePath;
import club.joylink.rtss.simulation.cbtc.exception.SimulationException; import club.joylink.rtss.simulation.cbtc.exception.SimulationException;
import club.joylink.rtss.simulation.cbtc.exception.SimulationExceptionType; import club.joylink.rtss.simulation.cbtc.exception.SimulationExceptionType;
@ -14,7 +29,28 @@ import club.joylink.rtss.vo.map.CiGenerateResultVO;
import club.joylink.rtss.vo.map.MapCiGenerateConfig; import club.joylink.rtss.vo.map.MapCiGenerateConfig;
import club.joylink.rtss.vo.map.MapRoutingSectionNewVO; import club.joylink.rtss.vo.map.MapRoutingSectionNewVO;
import club.joylink.rtss.vo.map.MapVO; import club.joylink.rtss.vo.map.MapVO;
import club.joylink.rtss.vo.map.logic.*; import club.joylink.rtss.vo.map.logic.MapAutoReentryVO;
import club.joylink.rtss.vo.map.logic.MapAutoSignalNewVO;
import club.joylink.rtss.vo.map.logic.MapDestinationCodeDefinitionVO;
import club.joylink.rtss.vo.map.logic.MapOverlapVO;
import club.joylink.rtss.vo.map.logic.MapRouteFlankProtectionNewVO;
import club.joylink.rtss.vo.map.logic.MapRouteNewVO;
import club.joylink.rtss.vo.map.logic.MapRoutingDataVO;
import club.joylink.rtss.vo.map.logic.MapSignalApproachSectionVO;
import club.joylink.rtss.vo.map.logic.MapStationRunLevelVO;
import java.util.ArrayList;
import java.util.Arrays;
import java.util.Collection;
import java.util.Collections;
import java.util.Comparator;
import java.util.HashMap;
import java.util.List;
import java.util.Map;
import java.util.Objects;
import java.util.Stack;
import java.util.concurrent.atomic.AtomicInteger;
import java.util.function.Function;
import java.util.stream.Collectors;
import lombok.Getter; import lombok.Getter;
import lombok.extern.slf4j.Slf4j; import lombok.extern.slf4j.Slf4j;
import org.springframework.beans.factory.annotation.Autowired; import org.springframework.beans.factory.annotation.Autowired;
@ -23,11 +59,6 @@ import org.springframework.transaction.annotation.Transactional;
import org.springframework.util.CollectionUtils; import org.springframework.util.CollectionUtils;
import org.springframework.util.StringUtils; import org.springframework.util.StringUtils;
import java.util.*;
import java.util.concurrent.atomic.AtomicInteger;
import java.util.function.Function;
import java.util.stream.Collectors;
@Slf4j @Slf4j
@Service @Service
public class DraftMapCiDataGeneratorImpl implements DraftMapCiDataGenerator { public class DraftMapCiDataGeneratorImpl implements DraftMapCiDataGenerator {
@ -46,9 +77,11 @@ public class DraftMapCiDataGeneratorImpl implements DraftMapCiDataGenerator {
public CiGenerateResultVO generate(Long mapId) { public CiGenerateResultVO generate(Long mapId) {
// 先校验地图基础数据 // 先校验地图基础数据
MapVO mapVO = this.draftMapService.getDraftMapData(mapId); MapVO mapVO = this.draftMapService.getDraftMapData(mapId);
SimulationBuilder.SimulationDeviceBuildResult buildResult = SimulationBuilder.checkAndBuildBasicMapData(mapVO); SimulationBuilder.SimulationDeviceBuildResult buildResult = SimulationBuilder.checkAndBuildBasicMapData(
mapVO);
BusinessExceptionAssertEnum.DATA_ERROR.assertCollectionEmpty(buildResult.getErrMsgList(), BusinessExceptionAssertEnum.DATA_ERROR.assertCollectionEmpty(buildResult.getErrMsgList(),
String.format("地图基础数据有错误: %s", JsonUtils.writeValueAsString(buildResult.getErrMsgList()))); String.format("地图基础数据有错误: %s",
JsonUtils.writeValueAsString(buildResult.getErrMsgList())));
MapCiGenerateConfig generateConfig = mapVO.getGraphDataNew().getGenerateConfig(); MapCiGenerateConfig generateConfig = mapVO.getGraphDataNew().getGenerateConfig();
Map<String, MapElement> deviceMap = buildResult.getDeviceMap(); Map<String, MapElement> deviceMap = buildResult.getDeviceMap();
// 联锁关系数据生成 // 联锁关系数据生成
@ -90,7 +123,8 @@ public class DraftMapCiDataGeneratorImpl implements DraftMapCiDataGenerator {
autoReentryVOList.add(MapAutoReentryVO.fromBO(cycle)); autoReentryVOList.add(MapAutoReentryVO.fromBO(cycle));
} }
// 目的地码 // 目的地码
List<MapDestinationCodeDefinitionVO> destinationCodeDefinitionVOList = result.getDestinationCodeDefinitionList().stream() List<MapDestinationCodeDefinitionVO> destinationCodeDefinitionVOList = result.getDestinationCodeDefinitionList()
.stream()
.map(MapDestinationCodeDefinitionVO::fromBO).collect(Collectors.toList()); .map(MapDestinationCodeDefinitionVO::fromBO).collect(Collectors.toList());
// 删除旧联锁数据保存新联锁数据 // 删除旧联锁数据保存新联锁数据
@ -106,9 +140,11 @@ public class DraftMapCiDataGeneratorImpl implements DraftMapCiDataGenerator {
public int generateDepot(Long mapId, String stationCode) { public int generateDepot(Long mapId, String stationCode) {
// 先校验地图基础数据 // 先校验地图基础数据
MapVO mapVO = this.draftMapService.getDraftMapData(mapId); MapVO mapVO = this.draftMapService.getDraftMapData(mapId);
SimulationBuilder.SimulationDeviceBuildResult buildResult = SimulationBuilder.checkAndBuildBasicMapData(mapVO); SimulationBuilder.SimulationDeviceBuildResult buildResult = SimulationBuilder.checkAndBuildBasicMapData(
mapVO);
BusinessExceptionAssertEnum.DATA_ERROR.assertCollectionEmpty(buildResult.getErrMsgList(), BusinessExceptionAssertEnum.DATA_ERROR.assertCollectionEmpty(buildResult.getErrMsgList(),
String.format("地图基础数据有错误: %s", JsonUtils.writeValueAsString(buildResult.getErrMsgList()))); String.format("地图基础数据有错误: %s",
JsonUtils.writeValueAsString(buildResult.getErrMsgList())));
MapCiGenerateConfig generateConfig = mapVO.getGraphDataNew().getGenerateConfig(); MapCiGenerateConfig generateConfig = mapVO.getGraphDataNew().getGenerateConfig();
Map<String, MapElement> deviceMap = buildResult.getDeviceMap(); Map<String, MapElement> deviceMap = buildResult.getDeviceMap();
// 处理旧数据 // 处理旧数据
@ -141,13 +177,17 @@ public class DraftMapCiDataGeneratorImpl implements DraftMapCiDataGenerator {
// 列车兼调车信号机调车信号机 // 列车兼调车信号机调车信号机
if (signal.getType().equals(Signal.SignalType.SHUNTING2)) { if (signal.getType().equals(Signal.SignalType.SHUNTING2)) {
signal.setType(Signal.SignalType.SHUNTING); signal.setType(Signal.SignalType.SHUNTING);
generatedRouteList.addAll(this.generateRouteDepot(signal, routeCodeGenerator, generateConfig, errorList)); generatedRouteList.addAll(
this.generateRouteDepot(signal, routeCodeGenerator, generateConfig, errorList));
signal.setType(Signal.SignalType.SHUNTING2); signal.setType(Signal.SignalType.SHUNTING2);
generatedRouteList.addAll(this.generateRouteDepot(signal, routeCodeGenerator, generateConfig, errorList)); generatedRouteList.addAll(
this.generateRouteDepot(signal, routeCodeGenerator, generateConfig, errorList));
} else if (signal.getType().equals(Signal.SignalType.SHUNTING)) { } else if (signal.getType().equals(Signal.SignalType.SHUNTING)) {
generatedRouteList.addAll(this.generateRouteDepot(signal, routeCodeGenerator, generateConfig, errorList)); generatedRouteList.addAll(
this.generateRouteDepot(signal, routeCodeGenerator, generateConfig, errorList));
} else if (signal.getType().equals(Signal.SignalType.INBOUND)) { } else if (signal.getType().equals(Signal.SignalType.INBOUND)) {
generatedRouteList.addAll(this.generateRouteDepot(signal, routeCodeGenerator, generateConfig, errorList)); generatedRouteList.addAll(
this.generateRouteDepot(signal, routeCodeGenerator, generateConfig, errorList));
} }
} }
log.info(String.format("生成一般进路[%s]条", generatedRouteList.size())); log.info(String.format("生成一般进路[%s]条", generatedRouteList.size()));
@ -170,6 +210,7 @@ public class DraftMapCiDataGeneratorImpl implements DraftMapCiDataGenerator {
* 唯一编码生成器 * 唯一编码生成器
*/ */
public static class CodeGenerator { public static class CodeGenerator {
public static final String Prefix_Route = "Route"; public static final String Prefix_Route = "Route";
public static final String Prefix_Overlap = "Overlap"; public static final String Prefix_Overlap = "Overlap";
public static final String Prefix_Fls = "Fls"; public static final String Prefix_Fls = "Fls";
@ -221,6 +262,7 @@ public class DraftMapCiDataGeneratorImpl implements DraftMapCiDataGenerator {
@Getter @Getter
private class CiGenerateResult { private class CiGenerateResult {
private List<String> errMsgList; private List<String> errMsgList;
private List<Signal> approachList; private List<Signal> approachList;
@ -233,8 +275,10 @@ public class DraftMapCiDataGeneratorImpl implements DraftMapCiDataGenerator {
List<MapRoutingDataVO> routingList; List<MapRoutingDataVO> routingList;
public CiGenerateResult(List<String> errMsgList, List<Signal> approachList, List<AutoSignal> autoSignalList, List<Route> routeList, public CiGenerateResult(List<String> errMsgList, List<Signal> approachList,
List<RouteOverlap> overlapList, List<RouteFls> flsList, List<Cycle> generateCycleList, List<MapRoutingDataVO> routingList, List<AutoSignal> autoSignalList, List<Route> routeList,
List<RouteOverlap> overlapList, List<RouteFls> flsList, List<Cycle> generateCycleList,
List<MapRoutingDataVO> routingList,
List<DestinationCodeDefinition> destinationCodeDefinitionList) { List<DestinationCodeDefinition> destinationCodeDefinitionList) {
this.errMsgList = errMsgList; this.errMsgList = errMsgList;
this.approachList = approachList; this.approachList = approachList;
@ -269,7 +313,8 @@ public class DraftMapCiDataGeneratorImpl implements DraftMapCiDataGenerator {
} }
private CiGenerateResult generate(Long mapId, Map<String, MapElement> deviceMap, MapCiGenerateConfig config) { private CiGenerateResult generate(Long mapId, Map<String, MapElement> deviceMap,
MapCiGenerateConfig config) {
List<String> errorList = new ArrayList<>(); List<String> errorList = new ArrayList<>();
List<AutoSignal> autoSignalList = new ArrayList<>(); List<AutoSignal> autoSignalList = new ArrayList<>();
List<Route> generatedRouteList = new ArrayList<>(); List<Route> generatedRouteList = new ArrayList<>();
@ -321,7 +366,8 @@ public class DraftMapCiDataGeneratorImpl implements DraftMapCiDataGenerator {
} else if (signal.isProtectionSignal()) { } else if (signal.isProtectionSignal()) {
// 防护信号机生成进路 // 防护信号机生成进路
if (config.isLikeHa1()) { if (config.isLikeHa1()) {
generatedRouteList.addAll(this.generateRouteLikeHa1(signal, routeCodeGenerator, overlapMap, generatedRouteList.addAll(
this.generateRouteLikeHa1(signal, routeCodeGenerator, overlapMap,
overlapCodeGenerator, config, errorList)); overlapCodeGenerator, config, errorList));
} else { } else {
generatedRouteList.addAll(this.generateRoute(signal, generatedRouteList.addAll(this.generateRoute(signal,
@ -376,7 +422,8 @@ public class DraftMapCiDataGeneratorImpl implements DraftMapCiDataGenerator {
} }
// 根据配置生成折返进路 // 根据配置生成折返进路
if (config.isGenerateTbRoute()) { if (config.isGenerateTbRoute()) {
List<Route> tbRouteList = this.generateTurnBackRoute(generatedRouteList, routeCodeGenerator, config); List<Route> tbRouteList = this.generateTurnBackRoute(generatedRouteList, routeCodeGenerator,
config);
generatedRouteList.addAll(tbRouteList); generatedRouteList.addAll(tbRouteList);
} }
// 清除不需要的基本进路 // 清除不需要的基本进路
@ -411,7 +458,8 @@ public class DraftMapCiDataGeneratorImpl implements DraftMapCiDataGenerator {
} }
// 生成交路数据 // 生成交路数据
List<MapRoutingDataVO> generateRoutingList = this.routingGenerator.generateAllRouting(deviceMap, errorList); List<MapRoutingDataVO> generateRoutingList = this.routingGenerator.generateAllRouting(deviceMap,
errorList);
//目的地码生成 //目的地码生成
List<DestinationCodeDefinition> destinationCodeDefinitionList List<DestinationCodeDefinition> destinationCodeDefinitionList
@ -422,7 +470,8 @@ public class DraftMapCiDataGeneratorImpl implements DraftMapCiDataGenerator {
generateCycleList, generateRoutingList, destinationCodeDefinitionList); generateCycleList, generateRoutingList, destinationCodeDefinitionList);
} }
private List<DestinationCodeDefinition> generateDestinationCodeDefinition(MapCiGenerateConfig config, List<Section> sectionList, List<Station> stationList) { private List<DestinationCodeDefinition> generateDestinationCodeDefinition(
MapCiGenerateConfig config, List<Section> sectionList, List<Station> stationList) {
List<DestinationCodeDefinition> destinationCodeDefinitionList = new ArrayList<>(); List<DestinationCodeDefinition> destinationCodeDefinitionList = new ArrayList<>();
if (config.isGenerateDestination()) { if (config.isGenerateDestination()) {
String code = null; String code = null;
@ -442,9 +491,12 @@ public class DraftMapCiDataGeneratorImpl implements DraftMapCiDataGenerator {
for (int i = 0; i < stationList.size(); i++) { for (int i = 0; i < stationList.size(); i++) {
leftStation = stationList.get(i); leftStation = stationList.get(i);
if (CollectionUtils.isEmpty(leftStation.getTurnBackList())) //没有折返轨的略过 if (CollectionUtils.isEmpty(leftStation.getTurnBackList())) //没有折返轨的略过
{
continue; continue;
if (i == stationList.size() - 1) }
if (i == stationList.size() - 1) {
break; break;
}
List<Section> leftTbSections = queryAfterTurnBackList(leftStation, false); List<Section> leftTbSections = queryAfterTurnBackList(leftStation, false);
leftTbSections.addAll(queryFrontTurnBackList(stationList, leftStation, false)); leftTbSections.addAll(queryFrontTurnBackList(stationList, leftStation, false));
@ -464,8 +516,10 @@ public class DraftMapCiDataGeneratorImpl implements DraftMapCiDataGenerator {
leftFrontTurnBack = startTbSection.isNormalStandTrack(); leftFrontTurnBack = startTbSection.isNormalStandTrack();
rightFrontTurnBack = endTbSection.isNormalStandTrack(); rightFrontTurnBack = endTbSection.isNormalStandTrack();
destinationCodeDefinitionList.add( destinationCodeDefinitionList.add(
new DestinationCodeDefinition(code, type, description, null, null, right, necessarySections, new DestinationCodeDefinition(code, type, description, null, null, right,
leftStation, leftFrontTurnBack, rightStation, rightFrontTurnBack, null, null, null) necessarySections,
leftStation, leftFrontTurnBack, rightStation, rightFrontTurnBack, null, null,
null)
); );
} }
} }
@ -478,7 +532,9 @@ public class DraftMapCiDataGeneratorImpl implements DraftMapCiDataGenerator {
if (!StringUtils.hasText(destinationCode)) { if (!StringUtils.hasText(destinationCode)) {
continue; continue;
} }
destinationCodeDefinitionList.add(new DestinationCodeDefinition(destinationCode, DestinationCodeDefinition.Type.OTHER, section)); destinationCodeDefinitionList.add(
new DestinationCodeDefinition(destinationCode, DestinationCodeDefinition.Type.OTHER,
section));
} }
} }
} }
@ -491,9 +547,11 @@ public class DraftMapCiDataGeneratorImpl implements DraftMapCiDataGenerator {
* @param stations 所有车站 * @param stations 所有车站
* @param right 是否是右端车站 * @param right 是否是右端车站
*/ */
private List<Section> queryFrontTurnBackList(List<Station> stations, Station station, boolean right) { private List<Section> queryFrontTurnBackList(List<Station> stations, Station station,
boolean right) {
List<Section> turnBackList = station.getTurnBackList(); List<Section> turnBackList = station.getTurnBackList();
if (CollectionUtils.isEmpty(turnBackList) || CollectionUtils.isEmpty(station.getAllNormalStands())) { if (CollectionUtils.isEmpty(turnBackList) || CollectionUtils.isEmpty(
station.getAllNormalStands())) {
return new ArrayList<>(); return new ArrayList<>();
} }
int sn; int sn;
@ -513,20 +571,28 @@ public class DraftMapCiDataGeneratorImpl implements DraftMapCiDataGenerator {
List<Section> tbSections = new ArrayList<>(); List<Section> tbSections = new ArrayList<>();
if (right) { if (right) {
if (rightStandTrack.isTurnBackTrack() if (rightStandTrack.isTurnBackTrack()
&& !CollectionUtils.isEmpty(CalculateService.queryRoutePathsOnDirection(rightStandTrack, adjacentLeftStandTrack, false, 10))) { && !CollectionUtils.isEmpty(
CalculateService.queryRoutePathsOnDirection(rightStandTrack, adjacentLeftStandTrack,
false, 10))) {
tbSections.add(rightStandTrack); tbSections.add(rightStandTrack);
} }
if (leftStandTrack.isTurnBackTrack() if (leftStandTrack.isTurnBackTrack()
&& !CollectionUtils.isEmpty(CalculateService.queryRoutePathsOnDirection(adjacentRightStandTrack, leftStandTrack, true, 10))) { && !CollectionUtils.isEmpty(
CalculateService.queryRoutePathsOnDirection(adjacentRightStandTrack, leftStandTrack, true,
10))) {
tbSections.add(leftStandTrack); tbSections.add(leftStandTrack);
} }
} else { } else {
if (rightStandTrack.isTurnBackTrack() if (rightStandTrack.isTurnBackTrack()
&& !CollectionUtils.isEmpty(CalculateService.queryRoutePathsOnDirection(adjacentLeftStandTrack, rightStandTrack, false, 10))) { && !CollectionUtils.isEmpty(
CalculateService.queryRoutePathsOnDirection(adjacentLeftStandTrack, rightStandTrack,
false, 10))) {
tbSections.add(rightStandTrack); tbSections.add(rightStandTrack);
} }
if (leftStandTrack.isTurnBackTrack() if (leftStandTrack.isTurnBackTrack()
&& !CollectionUtils.isEmpty(CalculateService.queryRoutePathsOnDirection(leftStandTrack, adjacentRightStandTrack, true, 10))) { && !CollectionUtils.isEmpty(
CalculateService.queryRoutePathsOnDirection(leftStandTrack, adjacentRightStandTrack, true,
10))) {
tbSections.add(leftStandTrack); tbSections.add(leftStandTrack);
} }
} }
@ -545,17 +611,20 @@ public class DraftMapCiDataGeneratorImpl implements DraftMapCiDataGenerator {
} }
Section standTrack = station.getNormalStand(right).get(0).getSection(); Section standTrack = station.getNormalStand(right).get(0).getSection();
return turnBackList.stream().filter(section -> !section.isNormalStandTrack()) return turnBackList.stream().filter(section -> !section.isNormalStandTrack())
.filter(section -> !CollectionUtils.isEmpty(CalculateService.queryRoutePathsOnDirection(standTrack, section, right, 10))) .filter(section -> !CollectionUtils.isEmpty(
CalculateService.queryRoutePathsOnDirection(standTrack, section, right, 10)))
.collect(Collectors.toList()); .collect(Collectors.toList());
} }
private Collection<? extends Route> generateRouteLikeHa1(Signal signal, CodeGenerator routeCodeGenerator, private Collection<? extends Route> generateRouteLikeHa1(Signal signal,
CodeGenerator routeCodeGenerator,
Map<String, List<RouteOverlap>> overlapMap, Map<String, List<RouteOverlap>> overlapMap,
CodeGenerator overlapCodeGenerator, CodeGenerator overlapCodeGenerator,
MapCiGenerateConfig config, List<String> errorList) { MapCiGenerateConfig config, List<String> errorList) {
// 生成ATP信号 // 生成ATP信号
List<Route> routeList = new ArrayList<>(); List<Route> routeList = new ArrayList<>();
List<Route> atpRouteList = this.generateRoute(signal, routeCodeGenerator, overlapMap, overlapCodeGenerator, config, errorList); List<Route> atpRouteList = this.generateRoute(signal, routeCodeGenerator, overlapMap,
overlapCodeGenerator, config, errorList);
if (!CollectionUtils.isEmpty(atpRouteList)) { if (!CollectionUtils.isEmpty(atpRouteList)) {
for (Route route : atpRouteList) { for (Route route : atpRouteList) {
route.setAtp(true); route.setAtp(true);
@ -567,7 +636,8 @@ public class DraftMapCiDataGeneratorImpl implements DraftMapCiDataGenerator {
} }
} }
// 生成地面信号 // 生成地面信号
List<Route> groundRouteList = this.generateGroundRoute(signal, routeCodeGenerator, overlapMap, overlapCodeGenerator, config, errorList); List<Route> groundRouteList = this.generateGroundRoute(signal, routeCodeGenerator, overlapMap,
overlapCodeGenerator, config, errorList);
if (!CollectionUtils.isEmpty(groundRouteList)) { if (!CollectionUtils.isEmpty(groundRouteList)) {
for (Route ground : groundRouteList) { for (Route ground : groundRouteList) {
ground.setGround(true); ground.setGround(true);
@ -578,14 +648,16 @@ public class DraftMapCiDataGeneratorImpl implements DraftMapCiDataGenerator {
// 生成引导信号 // 生成引导信号
if (!CollectionUtils.isEmpty(groundRouteList)) { if (!CollectionUtils.isEmpty(groundRouteList)) {
for (Route route : groundRouteList) { for (Route route : groundRouteList) {
Route guide = this.buildGuideRouteFromGroundRoute(route, routeCodeGenerator, config.isRouteInterlockDoNotIncludeStandHoldTrain()); Route guide = this.buildGuideRouteFromGroundRoute(route, routeCodeGenerator,
config.isRouteInterlockDoNotIncludeStandHoldTrain());
routeList.add(guide); routeList.add(guide);
} }
} }
return routeList; return routeList;
} }
private Route buildGuideRouteFromGroundRoute(Route route, CodeGenerator routeCodeGenerator, boolean noStandHold) { private Route buildGuideRouteFromGroundRoute(Route route, CodeGenerator routeCodeGenerator,
boolean noStandHold) {
Route clone = new Route(routeCodeGenerator.next(), route.getName()); Route clone = new Route(routeCodeGenerator.next(), route.getName());
clone.setArs(false); clone.setArs(false);
clone.setGuide(true); clone.setGuide(true);
@ -616,7 +688,8 @@ public class DraftMapCiDataGeneratorImpl implements DraftMapCiDataGenerator {
List<SectionPath> routePathList = new ArrayList<>(); List<SectionPath> routePathList = new ArrayList<>();
getRoutePathOf(signal, startSection, true, getRoutePathOf(signal, startSection, true,
new SectionPath(right), routePathList, config, errorList); new SectionPath(right), routePathList, config, errorList);
List<Route> routeList = this.buildRouteFromPath(signal, routeCodeGenerator, routePathList, overlapMap, List<Route> routeList = this.buildRouteFromPath(signal, routeCodeGenerator, routePathList,
overlapMap,
overlapCodeGenerator, config, errorList); overlapCodeGenerator, config, errorList);
return routeList; return routeList;
} }
@ -645,7 +718,8 @@ public class DraftMapCiDataGeneratorImpl implements DraftMapCiDataGenerator {
return routeList; return routeList;
} }
private List<Route> buildRouteFromPath(Signal start, CodeGenerator routeCodeGenerator, List<SectionPath> routePathList, private List<Route> buildRouteFromPath(Signal start, CodeGenerator routeCodeGenerator,
List<SectionPath> routePathList,
Map<String, List<RouteOverlap>> overlapMap, Map<String, List<RouteOverlap>> overlapMap,
CodeGenerator overlapCodeGenerator, CodeGenerator overlapCodeGenerator,
MapCiGenerateConfig config, List<String> errorList) { MapCiGenerateConfig config, List<String> errorList) {
@ -690,8 +764,10 @@ public class DraftMapCiDataGeneratorImpl implements DraftMapCiDataGenerator {
for (RouteOverlap routeOverlap : overlapList) { for (RouteOverlap routeOverlap : overlapList) {
String code = routeCodeGenerator.next(); String code = routeCodeGenerator.next();
String name = String.format("%s-%s_%s", start.getName(), endName, index); String name = String.format("%s-%s_%s", start.getName(), endName, index);
Route route = this.buildRoute(code, name, start, end, clickEnd, sectionPath, routeOverlap, Route route = this.buildRoute(code, name, start, end, clickEnd, sectionPath,
config.isRouteSignalAlwaysGreen(), config.isRouteInterlockDoNotIncludeStandHoldTrain(), singleTrain); routeOverlap,
config.isRouteSignalAlwaysGreen(),
config.isRouteInterlockDoNotIncludeStandHoldTrain(), singleTrain);
routeList.add(route); routeList.add(route);
++index; ++index;
} }
@ -699,7 +775,8 @@ public class DraftMapCiDataGeneratorImpl implements DraftMapCiDataGenerator {
String code = routeCodeGenerator.next(); String code = routeCodeGenerator.next();
String name = String.format("%s-%s", start.getName(), endName); String name = String.format("%s-%s", start.getName(), endName);
Route route = this.buildRoute(code, name, start, end, clickEnd, sectionPath, null, Route route = this.buildRoute(code, name, start, end, clickEnd, sectionPath, null,
config.isRouteSignalAlwaysGreen(), config.isRouteInterlockDoNotIncludeStandHoldTrain(), singleTrain); config.isRouteSignalAlwaysGreen(),
config.isRouteInterlockDoNotIncludeStandHoldTrain(), singleTrain);
routeList.add(route); routeList.add(route);
} else { } else {
String code = routeCodeGenerator.next(); String code = routeCodeGenerator.next();
@ -709,12 +786,14 @@ public class DraftMapCiDataGeneratorImpl implements DraftMapCiDataGenerator {
overlap = overlapList.get(0); overlap = overlapList.get(0);
} }
Route route = this.buildRoute(code, name, start, end, clickEnd, sectionPath, overlap, Route route = this.buildRoute(code, name, start, end, clickEnd, sectionPath, overlap,
config.isRouteSignalAlwaysGreen(), config.isRouteInterlockDoNotIncludeStandHoldTrain(), singleTrain); config.isRouteSignalAlwaysGreen(),
config.isRouteInterlockDoNotIncludeStandHoldTrain(), singleTrain);
routeList.add(route); routeList.add(route);
} }
} }
} else { } else {
errorList.add(String.format("以[%s(%s)]为始端信号的进路未搜索到", start.getName(), start.getCode())); errorList.add(
String.format("以[%s(%s)]为始端信号的进路未搜索到", start.getName(), start.getCode()));
} }
return routeList; return routeList;
} }
@ -724,11 +803,13 @@ public class DraftMapCiDataGeneratorImpl implements DraftMapCiDataGenerator {
boolean right = start.isRight(); boolean right = start.isRight();
Section startSection = start.getSection().getSectionOf(right); Section startSection = start.getSection().getSectionOf(right);
List<SectionPath> routePathList = new ArrayList<>(); List<SectionPath> routePathList = new ArrayList<>();
getRoutePathOfDepot(start, startSection, new SectionPath(right), routePathList, config, errorList); getRoutePathOfDepot(start, startSection, new SectionPath(right), routePathList, config,
errorList);
return buildRouteFromPathDepot(start, routeCodeGenerator, routePathList, config, errorList); return buildRouteFromPathDepot(start, routeCodeGenerator, routePathList, config, errorList);
} }
private List<Route> buildRouteFromPathDepot(Signal startSignal, CodeGenerator routeCodeGenerator, List<SectionPath> routePathList, private List<Route> buildRouteFromPathDepot(Signal startSignal, CodeGenerator routeCodeGenerator,
List<SectionPath> routePathList,
MapCiGenerateConfig config, List<String> errorList) { MapCiGenerateConfig config, List<String> errorList) {
boolean right = startSignal.isRight(); boolean right = startSignal.isRight();
List<Route> routeList = new ArrayList<>(); List<Route> routeList = new ArrayList<>();
@ -741,16 +822,20 @@ public class DraftMapCiDataGeneratorImpl implements DraftMapCiDataGenerator {
Signal.SignalType endSignalType = Objects.nonNull(endSignal) ? endSignal.getType() : null; Signal.SignalType endSignalType = Objects.nonNull(endSignal) ? endSignal.getType() : null;
// 反向信号机 // 反向信号机
Signal endOpSignal = lastSection.getSignalOf(!right); Signal endOpSignal = lastSection.getSignalOf(!right);
Signal.SignalType endOpSignalType = Objects.nonNull(endOpSignal) ? endOpSignal.getType() : null; Signal.SignalType endOpSignalType =
Objects.nonNull(endOpSignal) ? endOpSignal.getType() : null;
Section nextSection = lastSection.getSectionOf(right); Section nextSection = lastSection.getSectionOf(right);
// 下个区段反向信号机 // 下个区段反向信号机
Signal nextOpSignal = Objects.nonNull(nextSection) ? nextSection.getSignalOf(!right) : null; Signal nextOpSignal = Objects.nonNull(nextSection) ? nextSection.getSignalOf(!right) : null;
Signal clickEnd; Signal clickEnd;
SignalAspect signalAspect; SignalAspect signalAspect;
if ((Signal.SignalType.SHUNTING2.equals(endSignalType) && Signal.SignalType.SHUNTING2.equals(startSignalType)) if ((Signal.SignalType.SHUNTING2.equals(endSignalType)
|| (Signal.SignalType.SHUNTING2.equals(endSignalType) && Signal.SignalType.INBOUND.equals(startSignalType)) && Signal.SignalType.SHUNTING2.equals(startSignalType))
|| (Signal.SignalType.OUTBOUND.equals(endSignalType) && Signal.SignalType.SHUNTING2.equals(startSignalType))) { || (Signal.SignalType.SHUNTING2.equals(endSignalType)
&& Signal.SignalType.INBOUND.equals(startSignalType))
|| (Signal.SignalType.OUTBOUND.equals(endSignalType)
&& Signal.SignalType.SHUNTING2.equals(startSignalType))) {
// 列车进路 // 列车进路
signalAspect = SignalAspect.Y; signalAspect = SignalAspect.Y;
if (Objects.nonNull(endOpSignal) && (Signal.SignalType.SHUNTING2.equals(endOpSignalType) if (Objects.nonNull(endOpSignal) && (Signal.SignalType.SHUNTING2.equals(endOpSignalType)
@ -774,15 +859,18 @@ public class DraftMapCiDataGeneratorImpl implements DraftMapCiDataGenerator {
} }
} }
String endName = Objects.nonNull(endSignal) ? endSignal.getShowName() : lastSection.getName(); String endName =
Objects.nonNull(endSignal) ? endSignal.getShowName() : lastSection.getName();
// 构建进路 // 构建进路
String code = routeCodeGenerator.next(); String code = routeCodeGenerator.next();
String name = String.format("%s-%s", startSignal.getShowName(), endName); String name = String.format("%s-%s", startSignal.getShowName(), endName);
Route route = this.buildRouteDepot(code, name, startSignal, endSignal, clickEnd, sectionPath, signalAspect); Route route = this.buildRouteDepot(code, name, startSignal, endSignal, clickEnd,
sectionPath, signalAspect);
routeList.add(route); routeList.add(route);
} }
} else { } else {
errorList.add(String.format("以[%s(%s)]为始端信号(%s)的进路未搜索到", startSignal.getShowName(), errorList.add(
String.format("以[%s(%s)]为始端信号(%s)的进路未搜索到", startSignal.getShowName(),
startSignal.getCode(), startSignal.getType())); startSignal.getCode(), startSignal.getType()));
} }
return routeList; return routeList;
@ -824,7 +912,8 @@ public class DraftMapCiDataGeneratorImpl implements DraftMapCiDataGenerator {
* @param generatedRouteList * @param generatedRouteList
*/ */
private void deleteBaseRoute(List<Signal> signalList, List<Route> generatedRouteList) { private void deleteBaseRoute(List<Signal> signalList, List<Route> generatedRouteList) {
Map<String, Signal> signalMap = signalList.stream().collect(Collectors.toMap(Signal::getCode, Function.identity())); Map<String, Signal> signalMap = signalList.stream()
.collect(Collectors.toMap(Signal::getCode, Function.identity()));
List<Route> removeList = new ArrayList<>(); List<Route> removeList = new ArrayList<>();
for (Route route : generatedRouteList) { for (Route route : generatedRouteList) {
if (route.isTurnBack()) { // 折返进路不处理 if (route.isTurnBack()) { // 折返进路不处理
@ -874,7 +963,8 @@ public class DraftMapCiDataGeneratorImpl implements DraftMapCiDataGenerator {
Switch linkedSwitch = aSwitch.queryLinkedSwitch(); Switch linkedSwitch = aSwitch.queryLinkedSwitch();
if (Objects.nonNull(linkedSwitch)) { if (Objects.nonNull(linkedSwitch)) {
// 联动道岔存在联动道岔定位即为一级侧防 // 联动道岔存在联动道岔定位即为一级侧防
RouteFls.FlsElement flsElement = new RouteFls.FlsElement(new SwitchElement(linkedSwitch, true)); RouteFls.FlsElement flsElement = new RouteFls.FlsElement(
new SwitchElement(linkedSwitch, true));
fls.addLevel1(flsElement); fls.addLevel1(flsElement);
} else { } else {
// 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 // 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
@ -883,8 +973,10 @@ public class DraftMapCiDataGeneratorImpl implements DraftMapCiDataGenerator {
// 尽头区段不需构成侧防 // 尽头区段不需构成侧防
return null; return null;
} }
BusinessExceptionAssertEnum.DATA_ERROR.assertNotTrue(c.getLeftSection() != null && c.getRightSection() != null, BusinessExceptionAssertEnum.DATA_ERROR.assertNotTrue(
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())); c.getLeftSection() != null && c.getRightSection() != null,
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()));
boolean right = true; boolean right = true;
Section startSection = c.getRightSection(); Section startSection = c.getRightSection();
if (c.getLeftSection() != null) { // 左向区段存在方向向左 if (c.getLeftSection() != null) { // 左向区段存在方向向左
@ -910,7 +1002,8 @@ public class DraftMapCiDataGeneratorImpl implements DraftMapCiDataGenerator {
relSwitch.isC(firstSection) && relSwitch.isA(pre))) { relSwitch.isC(firstSection) && relSwitch.isA(pre))) {
normal = false; normal = false;
} }
flsElement = new RouteFls.FlsElement(oppositeSignal, new SwitchElement(relSwitch, normal)); flsElement = new RouteFls.FlsElement(oppositeSignal,
new SwitchElement(relSwitch, normal));
} else { } else {
flsElement = new RouteFls.FlsElement(oppositeSignal); flsElement = new RouteFls.FlsElement(oppositeSignal);
} }
@ -921,7 +1014,8 @@ public class DraftMapCiDataGeneratorImpl implements DraftMapCiDataGenerator {
if (next != null) { if (next != null) {
if (next.isSwitchTrack() && next.getRelSwitch().isC(next)) { if (next.isSwitchTrack() && next.getRelSwitch().isC(next)) {
// C区段一级侧防为此道岔定位 // C区段一级侧防为此道岔定位
RouteFls.FlsElement flsElement = new RouteFls.FlsElement(new SwitchElement(next.getRelSwitch(), true)); RouteFls.FlsElement flsElement = new RouteFls.FlsElement(
new SwitchElement(next.getRelSwitch(), true));
fls.addLevel1(flsElement); fls.addLevel1(flsElement);
pre = null; pre = null;
} else { } else {
@ -966,8 +1060,10 @@ public class DraftMapCiDataGeneratorImpl implements DraftMapCiDataGenerator {
// 尽头区段不需构成侧防 // 尽头区段不需构成侧防
return null; return null;
} }
BusinessExceptionAssertEnum.DATA_ERROR.assertNotTrue(b.getLeftSection() != null && b.getRightSection() != null, BusinessExceptionAssertEnum.DATA_ERROR.assertNotTrue(
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())); b.getLeftSection() != null && b.getRightSection() != null,
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()));
boolean right = true; boolean right = true;
Section startSection = b.getRightSection(); Section startSection = b.getRightSection();
if (b.getLeftSection() != null) { // 左向区段存在方向向左 if (b.getLeftSection() != null) { // 左向区段存在方向向左
@ -990,9 +1086,11 @@ public class DraftMapCiDataGeneratorImpl implements DraftMapCiDataGenerator {
!Objects.equals(aSwitch.queryAxleRelatedOtherSwitch(), relSwitch)) { !Objects.equals(aSwitch.queryAxleRelatedOtherSwitch(), relSwitch)) {
Switch remoteSwitch = relSwitch.queryAxleRelatedOtherSwitch(); Switch remoteSwitch = relSwitch.queryAxleRelatedOtherSwitch();
if (Objects.nonNull(remoteSwitch)) { if (Objects.nonNull(remoteSwitch)) {
flsElement = new RouteFls.FlsElement(oppositeSignal, new SwitchElement(remoteSwitch, true)); flsElement = new RouteFls.FlsElement(oppositeSignal,
new SwitchElement(remoteSwitch, true));
} else { } else {
flsElement = new RouteFls.FlsElement(oppositeSignal, new SwitchElement(relSwitch, true)); flsElement = new RouteFls.FlsElement(oppositeSignal,
new SwitchElement(relSwitch, true));
} }
} else { } else {
flsElement = new RouteFls.FlsElement(oppositeSignal); flsElement = new RouteFls.FlsElement(oppositeSignal);
@ -1003,7 +1101,8 @@ public class DraftMapCiDataGeneratorImpl implements DraftMapCiDataGenerator {
if (next != null) { if (next != null) {
if (next.isSwitchTrack() && next.getRelSwitch().isC(next)) { if (next.isSwitchTrack() && next.getRelSwitch().isC(next)) {
// C区段一级侧防为此道岔定位 // C区段一级侧防为此道岔定位
RouteFls.FlsElement flsElement = new RouteFls.FlsElement(new SwitchElement(next.getRelSwitch(), true)); RouteFls.FlsElement flsElement = new RouteFls.FlsElement(
new SwitchElement(next.getRelSwitch(), true));
fls.addLevel1(flsElement); fls.addLevel1(flsElement);
} else { } else {
sectionStack.push(next); sectionStack.push(next);
@ -1063,13 +1162,18 @@ public class DraftMapCiDataGeneratorImpl implements DraftMapCiDataGenerator {
if (station.getSn() > min && station.getSn() < max) { if (station.getSn() > min && station.getSn() < max) {
BusinessExceptionAssertEnum.CI_GENERATE_ERROR BusinessExceptionAssertEnum.CI_GENERATE_ERROR
.assertTrue(station.isDepot() || station.isNoDepotAndNoNormalStand(), .assertTrue(station.isDepot() || station.isNoDepotAndNoNormalStand(),
String.format("交路[%s]下的站间运行等级[%s]数据间隔车站大于1且间隔中的车站[%s]是正常可停靠车站", String.format(
"交路[%s]下的站间运行等级[%s]数据间隔车站大于1且间隔中的车站[%s]是正常可停靠车站",
String.format("%s(%s)->%s(%s)", String.format("%s(%s)->%s(%s)",
routingStartSection.getStation().getName(), routingStartSection.getName(), routingStartSection.getStation().getName(),
routingEndSection.getStation().getName(), routingEndSection.getName()), routingStartSection.getName(),
routingEndSection.getStation().getName(),
routingEndSection.getName()),
String.format("%s(%s(%s))->%s(%s(%s))", String.format("%s(%s(%s))->%s(%s(%s))",
startSection.getStation().getName(), startSection.getName(), startSection.getCode(), startSection.getStation().getName(), startSection.getName(),
endSection.getStation().getName(), endSection.getName(), endSection.getCode()), startSection.getCode(),
endSection.getStation().getName(), endSection.getName(),
endSection.getCode()),
station.getName())); station.getName()));
} }
} }
@ -1081,14 +1185,17 @@ public class DraftMapCiDataGeneratorImpl implements DraftMapCiDataGenerator {
runLevelVO.setEndSectionCode(endSection.getCode()); runLevelVO.setEndSectionCode(endSection.getCode());
runLevelVO.setEndStationCode(endSection.getStation().getCode()); runLevelVO.setEndStationCode(endSection.getStation().getCode());
runLevelVO.setRight(right); runLevelVO.setRight(right);
List<RoutePath> routePaths = CalculateService.queryRoutePathsOnDirection(startSection, endSection, right, 10); List<RoutePath> routePaths = CalculateService.queryRoutePathsOnDirection(startSection,
endSection, right, 10);
if (CollectionUtils.isEmpty(routePaths)) { if (CollectionUtils.isEmpty(routePaths)) {
// 未找到反方向再找 // 未找到反方向再找
routePaths = CalculateService.queryRoutePathsOnDirection(startSection, endSection, !right, 10); routePaths = CalculateService.queryRoutePathsOnDirection(startSection, endSection, !right,
10);
if (!CollectionUtils.isEmpty(routePaths)) { if (!CollectionUtils.isEmpty(routePaths)) {
log.info(String.format("站间运行等级[%s]与交路[%s]方向相反,实际为[%s]", log.info(String.format("站间运行等级[%s]与交路[%s]方向相反,实际为[%s]",
String.format("%s(%s(%s))->%s(%s(%s))", String.format("%s(%s(%s))->%s(%s(%s))",
startSection.getStation().getName(), startSection.getName(), startSection.getCode(), startSection.getStation().getName(), startSection.getName(),
startSection.getCode(),
endSection.getStation().getName(), endSection.getName(), endSection.getCode()), endSection.getStation().getName(), endSection.getName(), endSection.getCode()),
String.format("%s(%s)->%s(%s)", String.format("%s(%s)->%s(%s)",
routingStartSection.getStation().getName(), routingStartSection.getName(), routingStartSection.getStation().getName(), routingStartSection.getName(),
@ -1098,8 +1205,10 @@ public class DraftMapCiDataGeneratorImpl implements DraftMapCiDataGenerator {
} }
} }
if (CollectionUtils.isEmpty(routePaths)) { if (CollectionUtils.isEmpty(routePaths)) {
log.warn(String.format("站间运行等级数据生成失败:没有找到[%s(%s) ——> %s(%s)]对应方向[%s]的站间", log.warn(String.format(
startSection.getStation().getName(), startSection.getName(), endSection.getStation().getName(), endSection.getName(), right ? "右向" : "左向")); "站间运行等级数据生成失败:没有找到[%s(%s) ——> %s(%s)]对应方向[%s]的站间",
startSection.getStation().getName(), startSection.getName(),
endSection.getStation().getName(), endSection.getName(), right ? "右向" : "左向"));
// errorList.add(String.format("站间运行等级数据生成失败:没有找到[%s(%s) ——> %s(%s)]对应方向[%s]的站间", // errorList.add(String.format("站间运行等级数据生成失败:没有找到[%s(%s) ——> %s(%s)]对应方向[%s]的站间",
// startSection.getStation().getName(), startSection.getName(), endSection.getStation().getName(), endSection.getName(), right ? "右向" : "左向")); // startSection.getStation().getName(), startSection.getName(), endSection.getStation().getName(), endSection.getName(), right ? "右向" : "左向"));
continue; continue;
@ -1117,7 +1226,8 @@ public class DraftMapCiDataGeneratorImpl implements DraftMapCiDataGenerator {
} }
} }
private void buildAutoSignalRouteConflict(List<AutoSignal> autoSignalList, List<Route> generatedRouteList) { private void buildAutoSignalRouteConflict(List<AutoSignal> autoSignalList,
List<Route> generatedRouteList) {
if (CollectionUtils.isEmpty(autoSignalList)) { if (CollectionUtils.isEmpty(autoSignalList)) {
// 自动信号为空返回 // 自动信号为空返回
return; return;
@ -1195,7 +1305,8 @@ public class DraftMapCiDataGeneratorImpl implements DraftMapCiDataGenerator {
} }
} }
if (Objects.isNull(basicRoute)) { if (Objects.isNull(basicRoute)) {
errorList.add(String.format("自动折返数据生成失败:折返进路[%s(%s)]的反向基本进路不存在", errorList.add(
String.format("自动折返数据生成失败:折返进路[%s(%s)]的反向基本进路不存在",
tbRoute.getName(), tbRoute.getCode())); tbRoute.getName(), tbRoute.getCode()));
continue; continue;
} }
@ -1310,8 +1421,12 @@ public class DraftMapCiDataGeneratorImpl implements DraftMapCiDataGenerator {
String code = routeCodeGenerator.next(); String code = routeCodeGenerator.next();
Route tbRoute = new Route(code, name); Route tbRoute = new Route(code, name);
// 拷贝进路其他属性 // 拷贝进路其他属性
this.copyToTurnBackRoute(route, tbRoute, config.isRouteInterlockDoNotIncludeStandHoldTrain()); this.copyToTurnBackRoute(route, tbRoute,
config.isRouteInterlockDoNotIncludeStandHoldTrain());
tbRoute.setTurnBack(true); tbRoute.setTurnBack(true);
if (config.isTbRouteNameUseEndOppositeSignalName()) {
tbRoute.setDestinationButtonSignal(endOppositeSignal);
}
// 如果生成进路按钮折返进路按钮默认为终端信号机 // 如果生成进路按钮折返进路按钮默认为终端信号机
if (config.isRouteButton()) { if (config.isRouteButton()) {
tbRoute.setDestinationButtonSignal(route.getDestination()); tbRoute.setDestinationButtonSignal(route.getDestination());
@ -1424,7 +1539,8 @@ public class DraftMapCiDataGeneratorImpl implements DraftMapCiDataGenerator {
*/ */
private Route buildRoute(String code, String name, private Route buildRoute(String code, String name,
Signal start, Signal end, Signal endButton, Signal start, Signal end, Signal endButton,
SectionPath sectionPath, RouteOverlap routeOverlap, boolean alwaysGreen, boolean noStandHold, boolean singleTrain) { SectionPath sectionPath, RouteOverlap routeOverlap, boolean alwaysGreen, boolean noStandHold,
boolean singleTrain) {
Route route = new Route(code, name); Route route = new Route(code, name);
route.setInterlockStation(start.getInterlockStation()); route.setInterlockStation(start.getInterlockStation());
route.setStart(start); route.setStart(start);
@ -1436,7 +1552,7 @@ public class DraftMapCiDataGeneratorImpl implements DraftMapCiDataGenerator {
route.setSingleTrain(singleTrain); route.setSingleTrain(singleTrain);
SignalModel signalModel = start.getSignalModel(); SignalModel signalModel = start.getSignalModel();
switch (signalModel) { switch (signalModel) {
case RGY:{ case RGY: {
route.setAspect(SignalAspect.G); route.setAspect(SignalAspect.G);
if (!alwaysGreen && sectionPath.containRpSwitch()) { if (!alwaysGreen && sectionPath.containRpSwitch()) {
route.setAspect(SignalAspect.Y); route.setAspect(SignalAspect.Y);
@ -1447,7 +1563,8 @@ public class DraftMapCiDataGeneratorImpl implements DraftMapCiDataGenerator {
route.setAspect(SignalAspect.W); route.setAspect(SignalAspect.W);
break; break;
default: default:
throw BusinessExceptionAssertEnum.DATA_ERROR.exception(String.format("信号机[%s]型号[%s]不正确", throw BusinessExceptionAssertEnum.DATA_ERROR.exception(
String.format("信号机[%s]型号[%s]不正确",
start.debugStr(), start.getSignalModel())); start.debugStr(), start.getSignalModel()));
} }
route.setTurnBack(false); route.setTurnBack(false);
@ -1641,7 +1758,8 @@ public class DraftMapCiDataGeneratorImpl implements DraftMapCiDataGenerator {
List<SectionPath> triggerPathList = new ArrayList<>(); List<SectionPath> triggerPathList = new ArrayList<>();
Section section = signalSection; Section section = signalSection;
// 反方向找触发区段 // 反方向找触发区段
this.getOverlapTriggerPathOf(end, section, !right, new SectionPath(!right), triggerPathList); this.getOverlapTriggerPathOf(end, section, !right, new SectionPath(!right),
triggerPathList);
routeOverlap.setTriggerPathList(triggerPathList); routeOverlap.setTriggerPathList(triggerPathList);
} }
overlapList.add(routeOverlap); overlapList.add(routeOverlap);
@ -1714,7 +1832,8 @@ public class DraftMapCiDataGeneratorImpl implements DraftMapCiDataGenerator {
getOverlapTriggerPathOf(end, relSwitch.getA().getSectionOf(right), right, getOverlapTriggerPathOf(end, relSwitch.getA().getSectionOf(right), right,
tempPath, triggerPathList); tempPath, triggerPathList);
} else { } else {
log.error(String.format("地图基础数据有错误:区段[%s(%s)]关联了道岔[%s(%s)],却不是此道岔的关联区段", log.error(String.format(
"地图基础数据有错误:区段[%s(%s)]关联了道岔[%s(%s)],却不是此道岔的关联区段",
section.getName(), section.getCode(), section.getName(), section.getCode(),
relSwitch.getName(), relSwitch.getCode())); relSwitch.getName(), relSwitch.getCode()));
return; return;
@ -1753,7 +1872,8 @@ public class DraftMapCiDataGeneratorImpl implements DraftMapCiDataGenerator {
} }
} else if (Objects.isNull(section)) { // 如果区段不存在就没有延续保护区段 } else if (Objects.isNull(section)) { // 如果区段不存在就没有延续保护区段
return; return;
} else if (config.isOverlapOnlySwitch() && !section.isSwitchTrack()) { // 如果只构建道岔延续保护不是道岔区段不构建返回 } else if (config.isOverlapOnlySwitch()
&& !section.isSwitchTrack()) { // 如果只构建道岔延续保护不是道岔区段不构建返回
return; return;
} }
tempPath.addSection(section); tempPath.addSection(section);
@ -1785,7 +1905,8 @@ public class DraftMapCiDataGeneratorImpl implements DraftMapCiDataGenerator {
// if (config.isCoupleSwitch()) { // if (config.isCoupleSwitch()) {
// 如果是同一道岔计轴添加另一道岔定位 // 如果是同一道岔计轴添加另一道岔定位
Switch otherSwitch = relSwitch.queryAxleRelatedOtherSwitch(); Switch otherSwitch = relSwitch.queryAxleRelatedOtherSwitch();
if (!config.isGenerateFls() && Objects.nonNull(otherSwitch) && relSwitch.isBConnectTo(otherSwitch)) { if (!config.isGenerateFls() && Objects.nonNull(otherSwitch) && relSwitch.isBConnectTo(
otherSwitch)) {
rpPath.addSwitchElement(new SwitchElement(otherSwitch, true)); rpPath.addSwitchElement(new SwitchElement(otherSwitch, true));
} }
// } // }
@ -1815,13 +1936,15 @@ public class DraftMapCiDataGeneratorImpl implements DraftMapCiDataGenerator {
getOverlapPathOf(relSwitch.getA().getSectionOf(right), right, getOverlapPathOf(relSwitch.getA().getSectionOf(right), right,
tempPath, overlapPathList, config, errorList); tempPath, overlapPathList, config, errorList);
} else { } else {
errorList.add(String.format("地图基础数据有错误:区段[%s(%s)]关联了道岔[%s(%s)],却不是此道岔的关联区段", errorList.add(String.format(
"地图基础数据有错误:区段[%s(%s)]关联了道岔[%s(%s)],却不是此道岔的关联区段",
section.getName(), section.getCode(), section.getName(), section.getCode(),
relSwitch.getName(), relSwitch.getCode())); relSwitch.getName(), relSwitch.getCode()));
return; return;
} }
} else { } else {
getOverlapPathOf(section.getSectionOf(right), right, tempPath, overlapPathList, config, errorList); getOverlapPathOf(section.getSectionOf(right), right, tempPath, overlapPathList, config,
errorList);
} }
} }
@ -1883,7 +2006,8 @@ public class DraftMapCiDataGeneratorImpl implements DraftMapCiDataGenerator {
if (!config.isGenerateFls() && Objects.nonNull(linkedSwitch)) { if (!config.isGenerateFls() && Objects.nonNull(linkedSwitch)) {
npPath.addSwitchElement(new SwitchElement(linkedSwitch, true)); npPath.addSwitchElement(new SwitchElement(linkedSwitch, true));
} }
getRoutePathOf(startSignal, relSwitch.getB().getSectionOf(right), ground, npPath, routePathList, config, errorList); getRoutePathOf(startSignal, relSwitch.getB().getSectionOf(right), ground, npPath,
routePathList, config, errorList);
SectionPath rpPath = tempPath.cloneNew();// 反位路径 SectionPath rpPath = tempPath.cloneNew();// 反位路径
rpPath.addSection(relSwitch.getC()); rpPath.addSection(relSwitch.getC());
rpPath.addSwitchElement(new SwitchElement(relSwitch, false)); rpPath.addSwitchElement(new SwitchElement(relSwitch, false));
@ -1892,7 +2016,8 @@ public class DraftMapCiDataGeneratorImpl implements DraftMapCiDataGenerator {
// } // }
// 如果是同一道岔计轴添加另一道岔定位 // 如果是同一道岔计轴添加另一道岔定位
Switch otherSwitch = relSwitch.queryAxleRelatedOtherSwitch(); Switch otherSwitch = relSwitch.queryAxleRelatedOtherSwitch();
if (!config.isGenerateFls() && Objects.nonNull(otherSwitch) && relSwitch.isBConnectTo(otherSwitch)) { if (!config.isGenerateFls() && Objects.nonNull(otherSwitch) && relSwitch.isBConnectTo(
otherSwitch)) {
rpPath.addSwitchElement(new SwitchElement(otherSwitch, true)); rpPath.addSwitchElement(new SwitchElement(otherSwitch, true));
// 另一道岔联动道岔也需要 // 另一道岔联动道岔也需要
Switch otherLinkSwitch = otherSwitch.queryLinkedSwitch(); Switch otherLinkSwitch = otherSwitch.queryLinkedSwitch();
@ -1900,7 +2025,8 @@ public class DraftMapCiDataGeneratorImpl implements DraftMapCiDataGenerator {
rpPath.addSwitchElement(new SwitchElement(otherLinkSwitch, true)); rpPath.addSwitchElement(new SwitchElement(otherLinkSwitch, true));
} }
} }
getRoutePathOf(startSignal, relSwitch.getC().getSectionOf(right), ground, rpPath, routePathList, config, errorList); getRoutePathOf(startSignal, relSwitch.getC().getSectionOf(right), ground, rpPath,
routePathList, config, errorList);
} else if (relSwitch.isB(section)) { } else if (relSwitch.isB(section)) {
// 只有一条路径从B->A道岔定位 // 只有一条路径从B->A道岔定位
tempPath.addSection(relSwitch.getA()); tempPath.addSection(relSwitch.getA());
@ -1909,7 +2035,8 @@ public class DraftMapCiDataGeneratorImpl implements DraftMapCiDataGenerator {
if (!config.isGenerateFls() && Objects.nonNull(linkedSwitch)) { if (!config.isGenerateFls() && Objects.nonNull(linkedSwitch)) {
tempPath.addSwitchElement(new SwitchElement(linkedSwitch, true)); tempPath.addSwitchElement(new SwitchElement(linkedSwitch, true));
} }
getRoutePathOf(startSignal, relSwitch.getA().getSectionOf(right), ground, tempPath, routePathList, config, errorList); getRoutePathOf(startSignal, relSwitch.getA().getSectionOf(right), ground, tempPath,
routePathList, config, errorList);
} else if (relSwitch.isC(section)) { } else if (relSwitch.isC(section)) {
// 只有一条路径从C->A道岔反位 // 只有一条路径从C->A道岔反位
tempPath.addSection(relSwitch.getA()); tempPath.addSection(relSwitch.getA());
@ -1927,9 +2054,11 @@ public class DraftMapCiDataGeneratorImpl implements DraftMapCiDataGenerator {
tempPath.addSwitchElement(new SwitchElement(otherLinkSwitch, true)); tempPath.addSwitchElement(new SwitchElement(otherLinkSwitch, true));
} }
} }
getRoutePathOf(startSignal, relSwitch.getA().getSectionOf(right), ground, tempPath, routePathList, config, errorList); getRoutePathOf(startSignal, relSwitch.getA().getSectionOf(right), ground, tempPath,
routePathList, config, errorList);
} else { } else {
errorList.add(String.format("地图基础数据有错误:区段[%s(%s)]关联了道岔[%s(%s)],却不是此道岔的关联区段", errorList.add(String.format(
"地图基础数据有错误:区段[%s(%s)]关联了道岔[%s(%s)],却不是此道岔的关联区段",
section.getName(), section.getCode(), section.getName(), section.getCode(),
relSwitch.getName(), relSwitch.getCode())); relSwitch.getName(), relSwitch.getCode()));
return; return;
@ -1957,7 +2086,8 @@ public class DraftMapCiDataGeneratorImpl implements DraftMapCiDataGenerator {
} }
if (Objects.isNull(section)) { if (Objects.isNull(section)) {
Signal lastSignal = tempPath.getLastSection().getSignalOf(!right); Signal lastSignal = tempPath.getLastSection().getSignalOf(!right);
if (Objects.nonNull(lastSignal) && lastSignal.getType().equals(Signal.SignalType.SHUNTING2)) { if (Objects.nonNull(lastSignal) && lastSignal.getType()
.equals(Signal.SignalType.SHUNTING2)) {
routePathList.add(tempPath); routePathList.add(tempPath);
} }
return; return;
@ -1997,7 +2127,8 @@ public class DraftMapCiDataGeneratorImpl implements DraftMapCiDataGenerator {
if (Objects.nonNull(linkedSwitch)) { if (Objects.nonNull(linkedSwitch)) {
npPath.addSwitchElement(new SwitchElement(linkedSwitch, true)); npPath.addSwitchElement(new SwitchElement(linkedSwitch, true));
} }
getRoutePathOfDepot(startSignal, relSwitch.getB().getSectionOf(right), npPath, routePathList, config, errorList); getRoutePathOfDepot(startSignal, relSwitch.getB().getSectionOf(right), npPath,
routePathList, config, errorList);
SectionPath rpPath = tempPath.cloneNew();// 反位路径 SectionPath rpPath = tempPath.cloneNew();// 反位路径
rpPath.addSection(relSwitch.getC()); rpPath.addSection(relSwitch.getC());
rpPath.addSwitchElement(new SwitchElement(relSwitch, false)); rpPath.addSwitchElement(new SwitchElement(relSwitch, false));
@ -2011,7 +2142,8 @@ public class DraftMapCiDataGeneratorImpl implements DraftMapCiDataGenerator {
rpPath.addSwitchElement(new SwitchElement(otherLinkSwitch, true)); rpPath.addSwitchElement(new SwitchElement(otherLinkSwitch, true));
} }
} }
getRoutePathOfDepot(startSignal, relSwitch.getC().getSectionOf(right), rpPath, routePathList, config, errorList); getRoutePathOfDepot(startSignal, relSwitch.getC().getSectionOf(right), rpPath,
routePathList, config, errorList);
} else if (relSwitch.isB(section)) { } else if (relSwitch.isB(section)) {
// 只有一条路径从B->A道岔定位 // 只有一条路径从B->A道岔定位
tempPath.addSection(relSwitch.getA()); tempPath.addSection(relSwitch.getA());
@ -2020,7 +2152,8 @@ public class DraftMapCiDataGeneratorImpl implements DraftMapCiDataGenerator {
if (Objects.nonNull(linkedSwitch)) { if (Objects.nonNull(linkedSwitch)) {
tempPath.addSwitchElement(new SwitchElement(linkedSwitch, true)); tempPath.addSwitchElement(new SwitchElement(linkedSwitch, true));
} }
getRoutePathOfDepot(startSignal, relSwitch.getA().getSectionOf(right), tempPath, routePathList, config, errorList); getRoutePathOfDepot(startSignal, relSwitch.getA().getSectionOf(right), tempPath,
routePathList, config, errorList);
} else if (relSwitch.isC(section)) { } else if (relSwitch.isC(section)) {
// 只有一条路径从C->A道岔反位 // 只有一条路径从C->A道岔反位
tempPath.addSection(relSwitch.getA()); tempPath.addSection(relSwitch.getA());
@ -2035,9 +2168,11 @@ public class DraftMapCiDataGeneratorImpl implements DraftMapCiDataGenerator {
tempPath.addSwitchElement(new SwitchElement(otherLinkSwitch, true)); tempPath.addSwitchElement(new SwitchElement(otherLinkSwitch, true));
} }
} }
getRoutePathOfDepot(startSignal, relSwitch.getA().getSectionOf(right), tempPath, routePathList, config, errorList); getRoutePathOfDepot(startSignal, relSwitch.getA().getSectionOf(right), tempPath,
routePathList, config, errorList);
} else { } else {
errorList.add(String.format("地图基础数据有错误:区段[%s(%s)]关联了道岔[%s(%s)],却不是此道岔的关联区段", errorList.add(String.format(
"地图基础数据有错误:区段[%s(%s)]关联了道岔[%s(%s)],却不是此道岔的关联区段",
section.getName(), section.getCode(), section.getName(), section.getCode(),
relSwitch.getName(), relSwitch.getCode())); relSwitch.getName(), relSwitch.getCode()));
return; return;
@ -2070,7 +2205,9 @@ public class DraftMapCiDataGeneratorImpl implements DraftMapCiDataGenerator {
List<Section> logicApproachList = new ArrayList<>(); List<Section> logicApproachList = new ArrayList<>();
List<Section> sectionList = sectionPath.getSectionList(); List<Section> sectionList = sectionPath.getSectionList();
for (Section phySection : sectionList) { for (Section phySection : sectionList) {
if (len >= 600) break; if (len >= 600) {
break;
}
if (phySection.isSwitchTrack()) { if (phySection.isSwitchTrack()) {
len += phySection.getLen(); len += phySection.getLen();
logicApproachList.add(phySection); logicApproachList.add(phySection);
@ -2089,7 +2226,9 @@ public class DraftMapCiDataGeneratorImpl implements DraftMapCiDataGenerator {
for (Section logic : sortedList) { for (Section logic : sortedList) {
logicApproachList.add(logic); logicApproachList.add(logic);
len += logic.getLen(); len += logic.getLen();
if (len >= 600) break; if (len >= 600) {
break;
}
} }
} }
sectionPath.setLogicList(logicApproachList); sectionPath.setLogicList(logicApproachList);
@ -2098,7 +2237,8 @@ public class DraftMapCiDataGeneratorImpl implements DraftMapCiDataGenerator {
signal.setRouteReleaseTime(config.getRouteReleaseTime()); signal.setRouteReleaseTime(config.getRouteReleaseTime());
} }
public void getApproachPathOf(Section section, boolean right, Float distance, SectionPath tempPath, MapCiGenerateConfig config, List<SectionPath> results) { public void getApproachPathOf(Section section, boolean right, Float distance,
SectionPath tempPath, MapCiGenerateConfig config, List<SectionPath> results) {
if (!CollectionUtils.isEmpty(tempPath.getSectionList())) { if (!CollectionUtils.isEmpty(tempPath.getSectionList())) {
// 已经有区段了 // 已经有区段了
if (Objects.isNull(section)) { if (Objects.isNull(section)) {
@ -2110,7 +2250,8 @@ public class DraftMapCiDataGeneratorImpl implements DraftMapCiDataGenerator {
return; return;
} }
} }
if (config.isSignalApproachNotPassPreSignal() && Objects.nonNull(section.getSignalOf(!right))) { if (config.isSignalApproachNotPassPreSignal() && Objects.nonNull(
section.getSignalOf(!right))) {
results.add(tempPath); results.add(tempPath);
return; return;
} }
@ -2131,33 +2272,39 @@ public class DraftMapCiDataGeneratorImpl implements DraftMapCiDataGenerator {
SectionPath npPath = tempPath.cloneNew();// 定位路径 SectionPath npPath = tempPath.cloneNew();// 定位路径
npPath.addSection(relSwitch.getB()); npPath.addSection(relSwitch.getB());
npPath.addSwitchElement(new SwitchElement(relSwitch, true)); npPath.addSwitchElement(new SwitchElement(relSwitch, true));
getApproachPathOf(relSwitch.getB().getSectionOf(right), right, distance, npPath, config, results); getApproachPathOf(relSwitch.getB().getSectionOf(right), right, distance, npPath, config,
results);
if (!config.isSignalApproachOnlyNpSwitch()) { if (!config.isSignalApproachOnlyNpSwitch()) {
SectionPath rpPath = tempPath.cloneNew();// 反位路径 SectionPath rpPath = tempPath.cloneNew();// 反位路径
rpPath.addSection(relSwitch.getC()); rpPath.addSection(relSwitch.getC());
rpPath.addSwitchElement(new SwitchElement(relSwitch, false)); rpPath.addSwitchElement(new SwitchElement(relSwitch, false));
getApproachPathOf(relSwitch.getC().getSectionOf(right), right, distance, rpPath, config, results); getApproachPathOf(relSwitch.getC().getSectionOf(right), right, distance, rpPath, config,
results);
} }
} else if (relSwitch.isB(section)) { } else if (relSwitch.isB(section)) {
// 只有一条路径从B->A道岔定位 // 只有一条路径从B->A道岔定位
tempPath.addSection(section); tempPath.addSection(section);
tempPath.addSection(relSwitch.getA()); tempPath.addSection(relSwitch.getA());
tempPath.addSwitchElement(new SwitchElement(relSwitch, true)); tempPath.addSwitchElement(new SwitchElement(relSwitch, true));
getApproachPathOf(relSwitch.getA().getSectionOf(right), right, distance, tempPath, config, results); getApproachPathOf(relSwitch.getA().getSectionOf(right), right, distance, tempPath, config,
results);
} else if (relSwitch.isC(section)) { } else if (relSwitch.isC(section)) {
if (!config.isSignalApproachOnlyNpSwitch() || CollectionUtils.isEmpty(tempPath.getSectionList())) { if (!config.isSignalApproachOnlyNpSwitch() || CollectionUtils.isEmpty(
tempPath.getSectionList())) {
// 只有一条路径从C->A道岔反位 // 只有一条路径从C->A道岔反位
tempPath.addSection(section); tempPath.addSection(section);
tempPath.addSection(relSwitch.getA()); tempPath.addSection(relSwitch.getA());
tempPath.addSwitchElement(new SwitchElement(relSwitch, false)); tempPath.addSwitchElement(new SwitchElement(relSwitch, false));
getApproachPathOf(relSwitch.getA().getSectionOf(right), right, distance, tempPath, config, results); getApproachPathOf(relSwitch.getA().getSectionOf(right), right, distance, tempPath, config,
results);
} else { } else {
results.add(tempPath); results.add(tempPath);
return; return;
} }
} else { } else {
throw BusinessExceptionAssertEnum.DATA_ERROR.exception( throw BusinessExceptionAssertEnum.DATA_ERROR.exception(
String.format("地图基础数据有错误:区段[%s(%s)]关联了道岔[%s(%s)],却不是此道岔的关联区段", String.format(
"地图基础数据有错误:区段[%s(%s)]关联了道岔[%s(%s)],却不是此道岔的关联区段",
section.getName(), section.getCode(), section.getName(), section.getCode(),
relSwitch.getName(), relSwitch.getCode())); relSwitch.getName(), relSwitch.getCode()));
} }
@ -2175,7 +2322,8 @@ public class DraftMapCiDataGeneratorImpl implements DraftMapCiDataGenerator {
* @param autoSignalGenerator * @param autoSignalGenerator
* @param errorList * @param errorList
*/ */
private AutoSignal generateAutoSignal(Signal signal, CodeGenerator autoSignalGenerator, List<String> errorList) { private AutoSignal generateAutoSignal(Signal signal, CodeGenerator autoSignalGenerator,
List<String> errorList) {
AutoSignal autoSignal = new AutoSignal(autoSignalGenerator.next()); AutoSignal autoSignal = new AutoSignal(autoSignalGenerator.next());
autoSignal.setSignal(signal); autoSignal.setSignal(signal);
List<Section> sectionList = new ArrayList<>(); List<Section> sectionList = new ArrayList<>();
@ -2203,10 +2351,12 @@ public class DraftMapCiDataGeneratorImpl implements DraftMapCiDataGenerator {
} }
sectionList.add(nextSwitchSection); sectionList.add(nextSwitchSection);
Section next2 = nextSwitchSection.getSectionOf(right); Section next2 = nextSwitchSection.getSectionOf(right);
if (Objects.nonNull(next2) && Objects.equals(next2.getParent(), nextSwitchSection.getParent())) { if (Objects.nonNull(next2) && Objects.equals(next2.getParent(),
nextSwitchSection.getParent())) {
// 是同一计轴区段添加下一个道岔区段 // 是同一计轴区段添加下一个道岔区段
sectionList.add(next2); sectionList.add(next2);
sectionList.add(next2.getRelSwitch().getNextSectionOnBaseSectionAndPosition(next2, true)); sectionList.add(
next2.getRelSwitch().getNextSectionOnBaseSectionAndPosition(next2, true));
} }
} }
break; break;

View File

@ -1,10 +1,9 @@
package club.joylink.rtss.vo.map; package club.joylink.rtss.vo.map;
import lombok.Getter;
import lombok.Setter;
import java.util.HashSet; import java.util.HashSet;
import java.util.Set; import java.util.Set;
import lombok.Getter;
import lombok.Setter;
@Getter @Getter
@Setter @Setter
@ -12,57 +11,57 @@ public class MapCiGenerateConfig {
//--------------------联锁数据生成配置start------------------- //--------------------联锁数据生成配置start-------------------
/** /**
*是否类似哈尔滨一号线联锁分为ATP信号地面信号引导信号 * 是否类似哈尔滨一号线联锁分为ATP信号地面信号引导信号
*/ */
private boolean likeHa1; private boolean likeHa1;
/** /**
*是否生成侧防true-生成侧防不要联动道岔false-不生成侧防用联动道岔 * 是否生成侧防true-生成侧防不要联动道岔false-不生成侧防用联动道岔
*/ */
private boolean generateFls; private boolean generateFls;
/** /**
*信号机接近区段只取最近的一个 * 信号机接近区段只取最近的一个
*/ */
private boolean signalApproachOnlyOne; private boolean signalApproachOnlyOne;
/** /**
*信号机接近区段仅考虑定位道岔 * 信号机接近区段仅考虑定位道岔
*/ */
private boolean signalApproachOnlyNpSwitch; private boolean signalApproachOnlyNpSwitch;
/** /**
*信号机接近区段不跨过前方同向信号机 * 信号机接近区段不跨过前方同向信号机
*/ */
private boolean signalApproachNotPassPreSignal = true; private boolean signalApproachNotPassPreSignal = true;
/** /**
*进路名称使用终端信号机同区段反向信号机名称命名true-使用反向如果存在的话false-使用终端信号机命名 * 进路名称使用终端信号机同区段反向信号机名称命名true-使用反向如果存在的话false-使用终端信号机命名
*/ */
private boolean routeNameUseEndOppositeSignalName; private boolean routeNameUseEndOppositeSignalName;
/** /**
*是否生成折返进路 * 是否生成折返进路
*/ */
private boolean generateTbRoute; private boolean generateTbRoute;
/** /**
*折返进路名称使用终端信号机反向信号机名称 * 折返进路名称使用终端信号机反向信号机名称并且终端按钮亦使用反向信号机-成都三联锁
*/ */
private boolean tbRouteNameUseEndOppositeSignalName; private boolean tbRouteNameUseEndOppositeSignalName;
/** /**
*进路始端防护信号机是否总是绿灯true-总是开绿灯false-根据进路中有无反位道岔生成绿灯或黄灯 * 进路始端防护信号机是否总是绿灯true-总是开绿灯false-根据进路中有无反位道岔生成绿灯或黄灯
*/ */
private boolean routeSignalAlwaysGreen; private boolean routeSignalAlwaysGreen;
/** /**
*多个延续保护路径生成多条进路:true-生成多条进路false-生成一条进路 * 多个延续保护路径生成多条进路:true-生成多条进路false-生成一条进路
*/ */
private boolean routeApartByOverlap; private boolean routeApartByOverlap;
/** /**
*延续保护是否只构建道岔 * 延续保护是否只构建道岔
*/ */
private boolean overlapOnlySwitch; private boolean overlapOnlySwitch;
// //
@ -74,60 +73,66 @@ public class MapCiGenerateConfig {
private float overlapMinLen = 55; private float overlapMinLen = 55;
/** /**
*延续保护道岔是否只构建定位道岔 * 延续保护道岔是否只构建定位道岔
*/ */
private boolean overlapSwitchNpOnly; private boolean overlapSwitchNpOnly;
/** /**
*延续保护道岔在防护信号机与所属区段方向相反时只构建定位道岔 * 延续保护道岔在防护信号机与所属区段方向相反时只构建定位道岔
*/ */
private boolean overlapSignalOppositeSwitchNpOnly; private boolean overlapSignalOppositeSwitchNpOnly;
/** /**
*延续保护的建立方式true-通过触发建立false-随进路建立 * 延续保护的建立方式true-通过触发建立false-随进路建立
*/ */
private boolean overlapSettingByTrigger; private boolean overlapSettingByTrigger;
/** /**
*默认延续保护解锁时间 * 默认延续保护解锁时间
*/ */
private int overlapReleaseTime = 60; private int overlapReleaseTime = 60;
/** /**
*默认进路解锁时间 * 默认进路解锁时间
*/ */
private int routeReleaseTime = 45; private int routeReleaseTime = 45;
/** /**
*是否生成自动折返 * 是否生成自动折返
*/ */
private boolean generateCycle; private boolean generateCycle;
/** /**
*是否生成进路信号按钮 * 是否生成进路信号按钮
*/ */
private boolean routeButton; private boolean routeButton;
/** /**
*若生成进路信号按钮进路信号按钮是否取最近的一个信号机 * 若生成进路信号按钮进路信号按钮是否取最近的一个信号机
*/ */
private boolean getNearlySignal; private boolean getNearlySignal;
/** /**
*是否生成目的地码定义泰雷兹式 * 是否生成目的地码定义泰雷兹式
*/ */
private boolean generateDestination; private boolean generateDestination;
/** 上下行站台共享紧急关闭效果的车站 */ /**
* 上下行站台共享紧急关闭效果的车站
*/
private Set<String> sharingECStations = new HashSet<>(); private Set<String> sharingECStations = new HashSet<>();
/** 进路联锁不包含站台扣车 */ /**
* 进路联锁不包含站台扣车
*/
private boolean routeInterlockDoNotIncludeStandHoldTrain; private boolean routeInterlockDoNotIncludeStandHoldTrain;
// @ApiModelProperty(value = "是否分开生成ATP联锁和地面信号联锁") // @ApiModelProperty(value = "是否分开生成ATP联锁和地面信号联锁")
// private boolean apartGroundAndAtp; // private boolean apartGroundAndAtp;
/** 是否处理停车场/车辆段逻辑 */ /**
* 是否处理停车场/车辆段逻辑
*/
private boolean handleDepot; private boolean handleDepot;
/** /**