if(i.haveorno == 1):
tmp += i.number*i.buyprice*50
roi = (tmp + my_porfolio.money_canbuy + my_porfolio.output_money + my_porfolio.money_deposit)/my_porfolio.total_output_money
return roi
def TheEed():
##==== !!!!problem!!!! ====##
print ROI()
sys.exit()
## start code here ##
my_porfolio = porfolio(transation_Time)
my_test_result = test_result()
#my_txff = txff(train_data_feature_few_day)
my_txff = txff(0)
f=open('../../option_roi_result.csv','w')
f.write("date,roi\n")
buyfilelist = open('../../buyfilelist.csv','w')
buyfilelist.write("buy_or_sell,day,strike_price,number,id,PutorCall,buyprice,output_money,money_canbuy\n")
sellfilelist = open('../../sellfilelist.csv','w')
sellfilelist.write("buy_or_sell,sellday,id,number,buyday,buyprice,sellprice\n")
my_option = list(csv.DictReader(open('../../totaloption.csv','r')))
##==== Enter Train Test START and End Day ====##
StartDayi = 0
EndDayi = 0
roi = (tmp + my_porfolio.money_canbuy + my_porfolio.output_money +
my_porfolio.money_deposit) / my_porfolio.total_output_money
return roi
def TheEed():
##==== !!!!problem!!!! ====##
print ROI()
sys.exit()
## start code here ##
my_porfolio = porfolio(transation_Time)
my_test_result = test_result()
my_txff = txff(train_data_feature_few_day)
f = open('option_roi_result.csv', 'w')
f.write("date,roi\n")
#csv.DictReader(open('./totaloption.csv','r')) = csv.DictReader(open('./totaloption.csv','r'))
##==== start roi ====##
which = 0
for i in range(0, len(my_test_result.label), 1):
##==== to count how many days ====#
for tra in iter(my_porfolio.transation_list):
if (tra.haveorno == 1):
tra.howmanyday += 1
##==== if label != 0 ====##
if (my_test_result.label[i] != 0):