update predictDiaryLocal file

eda/recommended_indexs_v2/func.py

@@ -78,7 +78,7 @@ def get_click_zero_uid_rate_detail(platform):
 	dct2 = get_register_uid_count()
 	result = {}
 	for k in dct1:
-		result[k] = dct1[k]/dct2[k]
+		result[k] = round(dct1[k]/dct2[k],4)
 	return result
 
 

eda/recommended_indexs_v2/main.py

@@ -168,11 +168,16 @@ def result2file():
 			f.write(line)
 		f.write('\n')
 		f.write("#1.8无点击用户数分布(=无点击用户∩激活用户 / 激活用户数)   #注意：(]里面的数字指的是距离当前时间的天数\n")
-		f.write("平台"+'\t'+"0-7"+'\t'+"7-14"+'\t'+ \
-			"14-30"+'\t'+"30-60"+'\t'+"60-90"+'\t'+"90+"+'\n')
+		f.write("平台"+'\t\t'+"0-7"+'\t\t'+"7-14"+'\t\t'+ \
+			"14-30"+'\t\t'+"30-60"+'\t\t'+"60-90"+'\t\t'+"90+"+'\n')
 		for i in click_zero_uid_detail_result:
-			f.write(i["platform"]+'\t'+str(i["0-7"])+'\t'+str(i["7-14"])+'\t'+str(i["14-30"])+ \
-				'\t'+str(i["30-60"])+'\t'+str(i["60-90"])+'\t'+str(i["90+"])+'\n')
+			f.write(i["platform"]+'\t\t'+\
+				"{}%".format(round(i["0-7"]*100,2))+'\t\t'+\
+				"{}%".format(round(i["7-14"]*100,2))+'\t\t'+\
+				"{}%".format(round(i["14-30"]*100,2))+'\t\t'+\
+				"{}%".format(round(i["30-60"]*100,2))+'\t\t'+\
+				"{}%".format(round(i["60-90"]*100,2))+'\t\t'+\
+				"{}%".format(round(i["90+"]*100,2))+'\n')
 		f.write('\n\n\n')
 #==========================================================================================
 		tplt = "{0:^10}\t{1:^10}\n"
@@ -192,7 +197,7 @@ def result2file():
 		f.write(header)
 		for i in top_diary_result:
 			for j in i:
-				f.write(tplt.format(j[0],j[1],j[2],j[3],j[4],j[5]))
+				f.write(tplt.format(j[0],j[1],j[2],j[3],"{}%".format(round(j[4]*100,2)),j[5]))
 			f.write(sep)
 			if i != top_diary_result[-1]:
 				f.write(header)
@@ -204,7 +209,7 @@ def result2file():
 		f.write(header)
 		for i in top_answer_result:
 			for j in i:
-				f.write(tplt.format(j[0],j[1],j[2],j[3],j[4],j[5]))
+				f.write(tplt.format(j[0],j[1],j[2],j[3],"{}%".format(round(j[4]*100,2)),j[5]))
 			f.write(sep)
 			if i != top_answer_result[-1]:
 				f.write(header)
@@ -216,16 +221,59 @@ def result2file():
 		f.write(header)
 		for i in top_question_result:
 			for j in i:
-				f.write(tplt.format(j[0],j[1],j[2],j[3],j[4],j[5]))
+				f.write(tplt.format(j[0],j[1],j[2],j[3],"{}%".format(round(j[4]*100,2)),j[5]))
 			f.write(sep)
 			if i != top_question_result[-1]:
 				f.write(header)
 		f.write("\n\n")
 
 
+def rate2file():
+	output_path = DIRECTORY_PATH + "rate.csv"
+	with open(output_path, 'a+') as f:
+		line = get_yesterday_date()+','+\
+			str(answer_imp_rate_all[3])+','+str(answer_imp_rate_ios[3])+','+str(answer_imp_rate_android[3])+','+\
+			str(diary_imp_rate_all[3])+','+str(diary_imp_rate_ios[3])+','+str(diary_imp_rate_android[3])+','+\
+			str(activate_uid_ctr_all[3])+','+str(activate_uid_ctr_ios[3])+','+str(activate_uid_ctr_android[3])+','+\
+			str(activate_uid_imp_all[3])+','+str(activate_uid_imp_beijing[3])+','+\
+			str(click_answer_all[3])+','+str(click_answer_ios[3])+','+str(click_answer_android[3])+','+\
+			str(click_diary_all[3])+','+str(click_diary_ios[3])+','+str(click_diary_android[3])+','+\
+			str(click_everything_all[3])+','+str(click_everything_ios[3])+','+str(click_everything_android[3])+','+'\n'
+		f.write(line)
+
+
+
 
 
 if __name__ == '__main__':
 	result2file()
+	rate2file()
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