stock_symbol_file.write("," + str(width) + "," + str(depth))
stock_symbol_file.write("," + str(stock_symbol_freq) + ",")
stock_symbol_file.write("," + str(freq_accuracy))
stock_symbol_file.write("," + str(stock_symbol_vol) + "," + str(stock_symbol_vol_apds))
stock_symbol_file.write("," + str(vol_accuracy) + "\n")
symbol_count = len(stock_vol_dist)
avg_freq_accuracy = total_freq_accuracy / symbol_count
symbol_count = len(stock_vol_dist)
avg_vol_accuracy = total_vol_accuracy / symbol_count
#apds_size = str(os.path.getsize(apds_filename)/1024)
apds_size = 0
#stock_vol_apds.export(apds_filename)
stock_vol_apds.clear()
stock_symbol_file.write("Averge," + str(stock_trade_record_count))
stock_symbol_file.write("," + str(width) + "," + str(depth))
stock_symbol_file.write(",,," + str(avg_freq_accuracy) + ",,," + str(avg_vol_accuracy) + "\n")
timenow = datetime.datetime.now()
apds_endtime = str(timenow.strftime("%x")) + ' ' + str((timenow.strftime("%X")))
process_file.write(str(stock_trade_record_count) + "," + str(symbol_count) + "," + str(width) + "," + str(depth))
process_file.write("," + str(avg_freq_accuracy) + "," + str(avg_vol_accuracy) + "," + str(apds_size))
process_file.write("," + str(stock_vol_apds.confidence) + "," + str(stock_vol_apds.error_rate))
process_file.write("," + str(vol_sketch_time) + "," + str(vol_sketch_qrytime) + "," + apds_starttime + "," + apds_endtime + "\n")
#stock_input_file.close()
stock_trade_file.close()
