重复匹配不加分

src/jy/extract/extract.go

@@ -1384,28 +1384,28 @@ func funcAnalysis(j *ju.Job) (*map[string]interface{}, map[string][]*ju.ExtField
 	values := map[string][]*ju.SortObject{}
 	for key, val := range result {
 		fieldValue := map[string][]interface{}{}
-		cfscore := make(map[string]float64) //重复匹配加分
+		//cfscore := make(map[string]float64) //重复匹配加分
 		if iscore { //走打分
 			for _, v := range val {
 				if len(fmt.Sprint(v.Value)) < 1 {
 					continue //去除空串
 				}
-				if v.Score >0 {
-					cfscore[fmt.Sprint(v.Value)] += 1
-				}
+				//if v.Score >0 {
+				//	cfscore[fmt.Sprint(v.Value)] += 1
+				//}
 				if fieldValue[fmt.Sprint(v.Value)+v.Type] == nil {
 					fieldValue[fmt.Sprint(v.Value)+v.Type] = []interface{}{v.Score, v.Value}
 				} else if fieldValue[fmt.Sprint(v.Value)+v.Type][0].(float64) < v.Score {
 					fieldValue[fmt.Sprint(v.Value)+v.Type][0] = v.Score
 				}
 			}
-			for key := range fieldValue {
-				for cfkey, cfv := range cfscore {
-					if strings.Contains(key, cfkey) {
-						fieldValue[key][0] = fieldValue[key][0].(float64) + cfv
-					}
-				}
-			}
+			//for key := range fieldValue {
+			//	for cfkey, cfv := range cfscore {
+			//		if strings.Contains(key, cfkey) {
+			//			fieldValue[key][0] = fieldValue[key][0].(float64) + cfv
+			//		}
+			//	}
+			//}
 		} else { //不走打分，按出现频次
 			for _, v := range val {
 				if len(fmt.Sprint(v.Value)) < 1 {