过滤需求

video_rank.py

@@ -894,6 +894,7 @@ def video_new_rank3_4density(data, size, top_K, flow_pool_P, rank_key_prefix='ra
         :param rank_key_prefix:
         :return: rank_result
     """
+    # 1 读取多样性密度控制规则
     redis_helper = RedisHelper()
     density_rules = {}
     rules_all = param_update_rule(redis_helper)
@@ -951,9 +952,12 @@ def video_new_rank3_4density(data, size, top_K, flow_pool_P, rank_key_prefix='ra
         # 按概率 p 及score排序获取 size - k 个视频
     flow_num = 0
     i = 0
-    print("zb-rank_result:" + str(rank_result[:size]))
-    print("zb-2:" + str([i for i in rov_recall_rank if i["videoId"] not in [j["videoId"] for j in rank_result[:size]]]))
-    print("zb-3:" + str([i for i in flow_recall_rank if i["videoId"] not in [j["videoId"] for j in rank_result[:size]]]))
+    # print("zb-density_rules:" + str(density_rules))
+    # print("zb-2:" + str([i for i in rov_recall_rank if i["videoId"] not in [j["videoId"] for j in rank_result[:size]]]))
+    # print("zb-3:" + str([i for i in flow_recall_rank if i["videoId"] not in [j["videoId"] for j in rank_result[:size]]]))
+
+
+
 
     while i < size - top_K:
         # 随机生成[0, 1)浮点数