271 lines
8.8 KiB
Go
271 lines
8.8 KiB
Go
package iscs_sys
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import (
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"fmt"
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"joylink.club/ecs"
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"joylink.club/ecs/filter"
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"joylink.club/rtsssimulation/component"
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"joylink.club/rtsssimulation/entity"
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"joylink.club/rtsssimulation/repository"
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"joylink.club/rtsssimulation/repository/model/proto"
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"log/slog"
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)
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// FluidDriverSystem 流体驱动系统
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// 实现流体在设备、管线中流动
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// 流体驱动源(风机、送风亭、泵)
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type FluidDriverSystem struct {
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query *ecs.Query //流体驱动源
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drivePathMap map[string][]*SearchedPath //key pipePortId,value 驱动源驱动流体的路径
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queryFluidPipe *ecs.Query
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}
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func NewFluidDriverSystem() *FluidDriverSystem {
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return &FluidDriverSystem{
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query: ecs.NewQuery(filter.Contains(component.UidType, component.FluidDriverType)),
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queryFluidPipe: ecs.NewQuery(filter.Contains(component.UidType, component.PipeFluidType)),
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}
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}
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// 获取流体流动路径
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func (s *FluidDriverSystem) findFluidPath(fromDevice repository.Identity, fromDevicePortPipe repository.PipePort, fromIsStart bool) []*SearchedPath {
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pipePortId := fromDevicePortPipe.PipePortId()
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sp, ok := s.drivePathMap[pipePortId]
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if !ok {
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sp = newFluidDriverPathSearcher(fromDevice, fromDevicePortPipe, fromIsStart).search()
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s.drivePathMap[pipePortId] = sp
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}
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return sp
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}
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func (s *FluidDriverSystem) Update(w ecs.World) {
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}
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// 判断路径是否畅通
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func (s *FluidDriverSystem) isFluidPathUnblocked(fp *SearchedPath, w ecs.World) bool {
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for i := 0; i < len(fp.ViaPipes); i++ {
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viaPipe := fp.ViaPipes[i]
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viaDevice := viaPipe.Device().(*repository.Pipe).PortDevice(viaPipe.Port())
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switch viaDevice.Device().Type() {
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case proto.DeviceType_DeviceType_Environment: //默认畅通
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case proto.DeviceType_DeviceType_PipeFitting: //默认畅通
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case proto.DeviceType_DeviceType_AirPurificationDevice: //默认畅通
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case proto.DeviceType_DeviceType_GasMixingChamber: //默认畅通
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case proto.DeviceType_DeviceType_Valve:
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if s.getValveOpenRate(w, viaDevice.Device().Id()) <= 0 { //阀门未开，路径阻塞
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return false
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}
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case proto.DeviceType_DeviceType_CombinationAirConditioner:
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if !s.isCombinationAirConditionerRunning(w, viaDevice.Device().Id()) { //组合式空调未开，路径阻塞
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return false
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}
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}
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}
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return true
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}
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// 组合式空调是否在运行
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func (s *FluidDriverSystem) isCombinationAirConditionerRunning(w ecs.World, id string) bool {
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wd := entity.GetWorldData(w)
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entry, ok := wd.EntityMap[id]
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if ok {
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air := component.AirConditioningType.Get(entry)
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return air.Running
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} else {
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slog.Warn(fmt.Sprintf("World中未找到组合式空调[%s]的实体", id))
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}
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return false
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}
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// 获取阀门开度
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func (s *FluidDriverSystem) getValveOpenRate(w ecs.World, valveId string) uint8 {
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wd := entity.GetWorldData(w)
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entry, ok := wd.EntityMap[valveId]
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if ok {
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return component.ValveType.Get(entry).OpenRate
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} else {
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slog.Warn(fmt.Sprintf("World中未找到阀门[%s]的实体", valveId))
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}
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return 0
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}
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//////////////////////////流体路径相关/////////////////////////////
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type SearchedPath struct {
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ViaPipes []repository.PipePort //路径所经过的有向管线
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}
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type fluidDriverPathSearcher struct {
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fromDevice repository.Identity //起点设备
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fromDevicePortPipe repository.PipePort //从起点设备的某个端口连接的管线的某个端口开始
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fromIsStart bool //true-以设备输出口为起点；false-以设备输入口为起点
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searchedPaths []*fluidPath //搜索到的路径
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excludePipeIds []string //排除经过这些管线的路径
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}
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func newFluidDriverPathSearcher(fromDevice repository.Identity, fromDevicePortPipe repository.PipePort, fromIsStart bool) *fluidDriverPathSearcher {
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return &fluidDriverPathSearcher{fromDevice: fromDevice, fromDevicePortPipe: fromDevicePortPipe, fromIsStart: fromIsStart}
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}
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func (s *fluidDriverPathSearcher) search() []*SearchedPath {
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var rt []*SearchedPath
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if !s.exclude(s.fromDevicePortPipe.Device().Id()) {
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searchContext := &fluidPath{}
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searchContext.addPipe(s.fromDevicePortPipe)
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s.doSearch(searchContext)
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} else {
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return rt
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}
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//
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for _, fp := range s.searchedPaths {
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fpLen := len(fp.viaPipes)
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path := &SearchedPath{}
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if !s.fromIsStart { //以输入口为起点，须反转搜索结果
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for i := fpLen - 1; i >= 0; i-- {
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viaPipe := fp.viaPipes[i]
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path.ViaPipes = append(path.ViaPipes, viaPipe.ToOtherPort())
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}
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} else {
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for _, viaPipe := range fp.viaPipes {
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path.ViaPipes = append(path.ViaPipes, viaPipe)
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}
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}
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rt = append(rt, path)
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}
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//
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return rt
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}
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func (s *fluidDriverPathSearcher) exclude(pipeId string) bool {
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for _, excludePipeId := range s.excludePipeIds {
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if excludePipeId == pipeId {
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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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func (s *fluidDriverPathSearcher) addSearchedPath(searchContext *fluidPath) {
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s.searchedPaths = append(s.searchedPaths, searchContext)
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}
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// 递归搜索
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func (s *fluidDriverPathSearcher) doSearch(searchContext *fluidPath) {
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nextViaPipes := searchContext.nextViaPathPipes()
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lenNextPipes := len(nextViaPipes)
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if lenNextPipes == 0 {
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s.addSearchedPath(searchContext)
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} else if lenNextPipes == 1 {
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if !searchContext.viaPipe(nextViaPipes[0].Device().Id()) && !s.exclude(nextViaPipes[0].Device().Id()) {
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searchContext.addPipe(nextViaPipes[0])
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s.doSearch(searchContext)
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}
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} else {
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for _, nextViaPipe := range nextViaPipes {
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if searchContext.viaPipe(nextViaPipe.Device().Id()) { //舍弃回头路径
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continue
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}
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if s.exclude(nextViaPipe.Device().Id()) { //舍弃排除路径
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continue
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}
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//
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cp := searchContext.clone()
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cp.addPipe(nextViaPipe)
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s.doSearch(cp)
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}
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}
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}
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func (p *fluidPath) nextViaPathPipes() []repository.PipePort {
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nextDevice := p.nextDevice()
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switch nextDevice.Type() {
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case proto.DeviceType_DeviceType_PipeFitting:
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return p.nextDeviceViaPipes(nextDevice.(*repository.PipeFitting).Ports(), p.curPipe)
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case proto.DeviceType_DeviceType_Valve:
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return p.nextDeviceViaPipes(nextDevice.(*repository.Valve).Ports(), p.curPipe)
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case proto.DeviceType_DeviceType_GasMixingChamber:
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return p.nextGasMixingChamberViaPipes(nextDevice.(*repository.GasMixingChamber), p.curPipe)
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case proto.DeviceType_DeviceType_CombinationAirConditioner:
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return p.nextCombinationAirConditionerViaPipes(nextDevice.(*repository.CombinationAirConditioner), p.curPipe)
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case proto.DeviceType_DeviceType_AirPurificationDevice:
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return p.nextDeviceViaPipes(nextDevice.(*repository.AirPurificationDevice).Ports(), p.curPipe)
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default:
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slog.Warn("管线路径中的设备[%d]无法处理", nextDevice.Type())
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}
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return nil
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}
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///////////////////////////////////////////////////////////////////////////////////////////
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func (p *fluidPath) nextDeviceViaPipes(deviceAllPipePorts []*repository.PipePort, preViaPipe repository.PipePort) []repository.PipePort {
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var rt []repository.PipePort
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findPreViaPipe := false
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for _, pfPort := range deviceAllPipePorts {
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if preViaPipe.Device().Id() != pfPort.Device().Id() {
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rt = append(rt, *pfPort)
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} else {
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findPreViaPipe = true
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}
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}
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if !findPreViaPipe { //校验数据
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panic("preViaPipe没有与设备连接")
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}
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return rt
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}
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// 组合式空调
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func (p *fluidPath) nextCombinationAirConditionerViaPipes(nextDevice *repository.CombinationAirConditioner, preViaPipe repository.PipePort) []repository.PipePort {
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var rt []repository.PipePort
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if preViaPipe.Device().Id() == nextDevice.PortA.Device().Id() { //从组合式空调的A口进入
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rt = append(rt, *nextDevice.PortB)
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if nextDevice.PortC != nil {
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rt = append(rt, *nextDevice.PortC)
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}
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return rt
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} else if preViaPipe.Device().Id() == nextDevice.PortD.Device().Id() { //从组合式空调的D口进入
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return rt
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}
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return rt
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}
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// 静压箱
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func (p *fluidPath) nextGasMixingChamberViaPipes(nextDevice *repository.GasMixingChamber, preViaPipe repository.PipePort) []repository.PipePort {
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var rt []repository.PipePort
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if nextDevice.IsInput(preViaPipe.Device().Id()) {
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for _, out := range nextDevice.PortsB {
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rt = append(rt, *out)
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}
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}
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return rt
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}
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type fluidPath struct {
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curPipe repository.PipePort //路径中当前有向管线
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viaPipes []repository.PipePort //路径所经过的有向管线
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}
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func (p *fluidPath) addPipe(viaPipe repository.PipePort) {
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p.viaPipes = append(p.viaPipes, viaPipe)
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p.curPipe = viaPipe
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}
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func (p *fluidPath) viaPipe(pipeId string) bool {
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for _, vp := range p.viaPipes {
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if vp.Device().Id() == pipeId {
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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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func (p *fluidPath) clone() *fluidPath {
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cp := &fluidPath{viaPipes: make([]repository.PipePort, 0, len(p.viaPipes)), curPipe: p.curPipe}
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copy(cp.viaPipes, p.viaPipes)
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return cp
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}
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func (p *fluidPath) nextDevice() repository.Identity {
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if p.curPipe.Port() == proto.Port_A {
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return p.curPipe.Device().(*repository.Pipe).PortB.Device()
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} else {
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return p.curPipe.Device().(*repository.Pipe).PortA.Device()
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}
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}
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