change path

eda/gray_stat/ctr.py

@@ -4,17 +4,17 @@ import time
 import sys
 
 
-OUTPUT_PATH = "/data2/models/eda/node2vec/"
+OUTPUT_PATH = "/data2/models/eda/gray_stat/"
 
 num = sys.argv[1]
 if num == "3|4":
-    OUTPUT_PATH = "/data2/models/eda/node2vec/3|4"
+    OUTPUT_PATH = "/data2/models/eda/gray_stat/3|4"
     table_name = "jerry_prod.nd_device_cid_similarity_matrix_tmp"
 elif num == "5|6":
-    OUTPUT_PATH = "/data2/models/eda/node2vec/5|6"
+    OUTPUT_PATH = "/data2/models/eda/gray_stat/5|6"
     table_name = "eagle.ffm_diary_queue_temp"
 elif num == "7|8":
-    OUTPUT_PATH = "/data2/models/eda/node2vec/7|8"
+    OUTPUT_PATH = "/data2/models/eda/gray_stat/7|8"
     table_name = "eagle.search_queue"
 else:
     print("参数必须是 '3|4' 或 '5|6' 或 '7|8'")
@@ -125,15 +125,16 @@ def main():
 	output = OUTPUT_PATH + "ctr.csv"
 	with open(output,"a+") as f:
 		print("stat" + "  " + get_yesterday_date())
-		g_class = GrayStat("diary",num)
-		a_class = AllStat("diary",num)
-		line1 = str(g_class.get_uid_count())+"\t"+str(g_class.get_uid_imp_times())+"\t"+str(g_class.get_uid_clk_times())
-		line2 = str(a_class.get_uid_count())+"\t"+str(a_class.get_uid_imp_times())+"\t"+str(a_class.get_uid_clk_times())
+		g_class = GrayStat("diary","3|4")
+		a_class = AllStat("diary","3|4")
+		line1 = str(g_class.get_uid_count())+","+str(g_class.get_uid_imp_times())+","+str(g_class.get_uid_clk_times())
+		line2 = str(a_class.get_uid_count())+","+str(a_class.get_uid_imp_times())+","+str(a_class.get_uid_clk_times())
 		g_ctr = g_class.get_uid_clk_times()/g_class.get_uid_imp_times()
 		a_ctr = a_class.get_uid_clk_times()/a_class.get_uid_imp_times()
 		growth_rate = (g_ctr-a_ctr)/a_ctr
-		line = get_yesterday_date() + "\t" + str(round(g_ctr*100,2))+'%' + "\t" + str(round(a_ctr*100,2))+'%' + "\t" + \
-		str(round(growth_rate*100,2))+'%' + "\t" + line1 + "\t" + line2 + "\n"
+		coverage_rate = g_class.get_uid_count()/a_class.get_uid_count()
+		line = get_yesterday_date() + "," + str(round(g_ctr*100,2))+'%' + "," + str(round(a_ctr*100,2))+'%' + "," + \
+		str(round(growth_rate*100,2))+'%' + "," + line1 + "," + line2 + "," + str(round(coverage_rate*100,2)) + "%" + "\n"
 		f.write(line)