派生自 ruleprocess
ruleserver/ruleToformula.go
@@ -27,9 +27,7 @@ cameraPolygons := GetPolygons(args.CameraId) // 把所有的sdk提取的数据都按所属摄像机的区域归置 logger.Debug("当前摄像机id为：",message.Cid,"当前摄像机执行的任务是：",message.Tasklab.Taskname,"--任务id为：",message.Tasklab.Taskid) for _, arg := range args.Sdkdata { SdkDataFormat(args.CameraId, arg, cameraPolygons) } CallReadyData(args,cameraPolygons) // 跑本摄像机的所有规则组 一组一组跑 taskGroup := GetRuleGroup(args.CameraId, args.TaskId) // 本摄像机本任务下所有规则组 //logger.Println("看下摄像机下的任务组：",taskRuleList) @@ -90,6 +88,18 @@ return a,b,c } func CallReadyData(args *structure.SdkDatas,cameraPolygons []protomsg.CameraPolygon) { p,err := plugin.Open("./algorithm/middleware.so") if err != nil { panic(err) } f,err1 := p.Lookup("ReadData") if err1 != nil { panic("没有找到中间件的数据准备函数") } f.(func(args *structure.SdkDatas,cameraPolygons []protomsg.CameraPolygon)())(args,cameraPolygons) } func RunRule(args *structure.SdkDatas, groupRule *protomsg.GroupRule, taskId string, message *protomsg.SdkMessage, label structure.Others) (bool,[]int) { defer func() { if err := recover(); err != nil { @@ -102,18 +112,10 @@ result := false sdkNames := "" polygonId := "" targets := []*structure.Arg{} // 符合条件的目标 // 把一帧数据和一组规则发给算法部分，得出判断结果 result,sdkNames,polygonId = CallMiddleware(args,*groupRule,&label,message) for _, sdkData := range args.Sdkdata { for _, areaMap := range sdkData.AreaMapList { targets = append(targets,areaMap.AlarmObj...) for _,obj := range areaMap.AlarmObj { logger.Info("个体静止的目标",obj.Id, obj.Location, obj.CacheData.Cid, len(obj.CacheData.Data)) } } } //logger.Info("符合条件的目标数据：",targets) if result { // 最后过持续时间等时间维度的条件 把时间规则位置调整到这个位置是为了缓存数据 ！！！！！ps: 对画面中单个目标做定时器的不用再过画面定时器 cacheId := "" @@ -177,10 +179,21 @@ // 处理目标定时数据 targets := []*structure.Arg{} for _, sdkData := range args.Sdkdata { if sdkData.IpcId == "02D54B61-0F16-C604-8567-FC4BE493C523" && sdkNames != "" { // 把yolo数据的各个目标的坐标输出方便后面画框 if sdkData.IpcId == "02D54B61-0F16-C604-8567-FC4BE493C523" && sdkNames != "" { // 输出目标数据 for _, areaMap := range sdkData.AreaMapList { if areaMap.IsEffective { targets = append(targets, putTargetsToResult(areaMap)...) } } } } // 车辆目标统计 cars := []*structure.Arg{} for _, sdkData := range args.Sdkdata { if sdkData.IpcId == "91d923ef-6200-4549-ab1b-8e773e85d729" && sdkNames != "" { // 把yolo数据的各个目标的坐标输出方便后面画框 for _, areaMap := range sdkData.AreaMapList { if areaMap.IsEffective { cars = append(cars, putYolosToResult(areaMap)...) } } } @@ -192,7 +205,7 @@ islink = false } var labelTypes []int // 0为yolo标签，1为face标签 2为两者标签 if sdkNames != "" { if sdkNames != "" && len(targets) == 0 { args.RuleResult["yolo"] = append(args.RuleResult["yolo"].([]structure.Result), structure.Result{taskId, sdkNames, groupRule.GroupId, groupRule.DefenceState, groupRule.AlarmLevel, groupRule.GroupText, yolos, polygonId, islink,label}) labelTypes = append(labelTypes,0) //logger.Info("-------------------yolo结果标签长度", len(args.RuleResult["yolo"].([]Result))) @@ -204,7 +217,12 @@ } if len(targets) > 0 { args.RuleResult["target"] = append(args.RuleResult["target"].([]structure.Result), structure.Result{taskId, sdkNames, groupRule.GroupId, groupRule.DefenceState, groupRule.AlarmLevel, groupRule.GroupText, targets, polygonId, islink,label}) //logger.Info("-------------------目标持续结果标签", len(args.RuleResult["face"].([]FaceResult))) logger.Info("-------------------目标持续结果标签", len(args.RuleResult["target"].([]structure.Result))) //labelTypes = append(labelTypes,2) } if len(cars) > 0 { args.RuleResult["car"] = append(args.RuleResult["car"].([]structure.Result), structure.Result{taskId, sdkNames, groupRule.GroupId, groupRule.DefenceState, groupRule.AlarmLevel, groupRule.GroupText, cars, polygonId, islink,label}) logger.Info("-------------------目标持续结果标签", len(args.RuleResult["target"].([]structure.Result))) //labelTypes = append(labelTypes,2) } // 给持续时间的第一张赋予缓存数据（遍历复制） @@ -238,6 +256,7 @@ // 结果为假时也要走，有杀死定时器的操作 TimerAlarm(&label, groupRule.GroupId, result) //fmt.Println(timeFlag) logger.Info("不符合规则") return false,[]int{} } } @@ -429,7 +448,10 @@ func duration(rule *protomsg.Rule, groupId string, am *structure.AreaMap, args *structure.SdkDatas, message *protomsg.SdkMessage) string{ cacheId := "" if rule.PolygonId == am.AreaId { // 首先规则所对应的区域id要跟区域数据的id对的上 配置的算法要对的上 if rule.SdkArgAlias == "duration" && rule.SdkId != "812b674b-2375-4589-919a-5c1c3278a977"{ // 排除对画面中单个目标的算法，个体静止以及靠右行这种 if rule.SdkId == "812b674b-2375-4589-919a-5c1c3278a977" { // 排除对画面中单个目标的算法，个体静止以及靠右行这种 return "" } if rule.SdkArgAlias == "duration" { //logger.Info("当前小规则是：---------", rule) // 先看看定时器元素队列中是否有这条规则的定时器,如果有就不能再次创建了 rw.Lock() @@ -442,6 +464,9 @@ } if flag { //m := make(map[string]interface{}) //m["yolo"] = []structure.Result{} //m["yolo"] = append(m["yolo"].([]structure.Result), structure.Result{args.TaskId, "", "", true, 0, "", am.FilterData, am.AreaJson, false,*lable}) timeLength, _ := strconv.Atoi(rule.SdkArgValue) timeEle := TimeElement{N: timeLength, InitN: timeLength, AlarmFlag: false, BufferFlag: 10, CacheSdkData: structure.ResultMsg{message, nil}} // 扔进去一个定时器元素（并缓存当前画面帧数据） //TimeEleList = make(map[string]timeElement)
