def calc_money_today(self, code):
self.fi.get_last_result("../result/intelligent_fixed_investment_result")
fetcher = stock_fetcher()
self.fi.net = fetcher.get_present_price(code).close_price
print "net:" + str(self.fi.net)
self.fi.code = code
self.fi.no += 1
self.fi.date = datetime.now().strftime("%Y-%m-%d")
new_sum = self.fi.sum_month_money * (1 + EXPE_RATE) + GAP
#new_sum = self.fi.no * GAP * (1 + EXPE_RATE)
print "new_sum:",new_sum
now_sum = self.fi.share * self.fi.net
print "now_sum:", now_sum
self.fi.month_money = round(new_sum - now_sum, 6)
self.fi.month_money = self.fi.month_money if self.fi.month_money < MAX_GAP else MAX_GAP
self.fi.month_money = self.fi.month_money if self.fi.month_money > (MAX_GAP * -1) else (MAX_GAP * -1)
print "month_money:" + str(self.fi.month_money)
share = self.fi.month_money * (1 - DEAL_RATE) / self.fi.net
self.fi.month_share = round(share, 6)
self.fi.share += self.fi.month_share
def calc_money_today(self, code):
self.fi.get_last_result(
"../result/intelligent_fixed_investment_result")
self.fi.last_deal_date = self.fi.date
fetcher = stock_fetcher()
self.fi.net = fetcher.get_present_price(code).close_price
print "net:" + str(self.fi.net)
self.fi.code = code
self.fi.no += 1
self.fi.date = datetime.now().strftime("%Y-%m-%d")
new_sum = self.fi.sum_month_money * (1 + EXPE_RATE) + GAP
#new_sum = self.fi.no * GAP * (1 + EXPE_RATE)
print "new_sum:", new_sum
now_sum = self.fi.share * self.fi.net
print "now_sum:", now_sum
self.fi.month_money = round(new_sum - now_sum, 6)
self.fi.month_money = self.fi.month_money if self.fi.month_money < MAX_GAP else MAX_GAP
self.fi.month_money = self.fi.month_money if self.fi.month_money > (
MAX_GAP * -1) else (MAX_GAP * -1)
print "month_money:" + str(self.fi.month_money)
share = self.fi.month_money * (1 - DEAL_RATE) / self.fi.net
self.fi.month_share = round(share, 6)
self.fi.share += self.fi.month_share
def calc_money(self, code):
self.fi.get_last_result(
"../result/intelligent_fixed_investment_result")
end_date = datetime.now().strftime("%Y-%m-%d")
start_date = datetime.strptime(self.fi.date,
"%Y-%m-%d") + timedelta(days=5)
start_date = start_date.strftime("%Y-%m-%d")
fetcher = stock_fetcher()
time_arr = start_date.split("-")
last_key = time_arr[0] + time_arr[1]
new_dataset = fetcher.get_his_day_k(code, start_date, end_date)
for item in new_dataset.data:
time_arr = item.date.split("-")
key = time_arr[0] + time_arr[1]
# print "last_key: ", last_key, " key: ", key
if (key == last_key):
last_item = item
continue
self.fi.code = code
last_key = key
self.fi.no += 1
self.fi.date = last_item.date
# print "date: ", self.fi.date
self.fi.net = round(last_item.close_price, 2)
# print "net: ", self.fi.net
new_sum = self.fi.sum * (1 + EXPE_RATE) + GAP
now_sum = self.fi.share * self.fi.net
self.fi.month_money = round(new_sum - now_sum, 6)
self.fi.month_money = self.fi.month_money if self.fi.month_money < MAX_GAP else MAX_GAP
# print "month_money: ", self.fi.month_money
self.fi.sum_month_money += self.fi.month_money
self.fi.sum_month_money = round(self.fi.sum_month_money, 6)
share = self.fi.month_money * (1 - DEAL_RATE) / self.fi.net
self.fi.month_share = round(share, 6)
self.fi.share = round(self.fi.share + share, 6)
# print "share: ", self.fi.share
self.fi.sum = round(self.fi.net * self.fi.share, 6)
self.fi.profit = self.fi.sum - self.fi.sum_month_money
self.fi.profit = round(self.fi.profit, 6)
# print "profit: ", self.fi.profit
self.fi.profit_rate = (self.fi.profit /
self.fi.sum_month_money) * 100
self.fi.profit_rate = round(self.fi.profit_rate, 2)
# print "profit_rate: ", self.fi.profit_rate
self.recode()
def calc_money(self, code):
self.fi.get_last_result("../result/intelligent_fixed_investment_result")
end_date = datetime.now().strftime("%Y-%m-%d")
start_date = datetime.strptime(self.fi.date, "%Y-%m-%d") + timedelta(days=5)
start_date = start_date.strftime("%Y-%m-%d")
fetcher = stock_fetcher()
time_arr = start_date.split("-")
last_key = time_arr[0] + time_arr[1]
new_dataset = fetcher.get_his_day_k(code, start_date, end_date)
for item in new_dataset.data:
time_arr = item.date.split("-")
key = time_arr[0] + time_arr[1]
# print "last_key: ", last_key, " key: ", key
if(key == last_key):
last_item = item
continue
self.fi.code = code
last_key = key
self.fi.no += 1
self.fi.date = last_item.date
# print "date: ", self.fi.date
self.fi.net = round(last_item.close_price, 2)
# print "net: ", self.fi.net
new_sum = self.fi.sum * (1 + EXPE_RATE) + GAP
now_sum = self.fi.share * self.fi.net
self.fi.month_money = round(new_sum - now_sum, 6)
self.fi.month_money = self.fi.month_money if self.fi.month_money < MAX_GAP else MAX_GAP
# print "month_money: ", self.fi.month_money
self.fi.sum_month_money += self.fi.month_money
self.fi.sum_month_money = round(self.fi.sum_month_money, 6)
share = self.fi.month_money * (1 - DEAL_RATE) / self.fi.net
self.fi.month_share = round(share, 6)
self.fi.share = round(self.fi.share + share, 6)
# print "share: ", self.fi.share
self.fi.sum = round(self.fi.net * self.fi.share, 6)
self.fi.profit = self.fi.sum - self.fi.sum_month_money
self.fi.profit = round(self.fi.profit, 6)
# print "profit: ", self.fi.profit
self.fi.profit_rate = (self.fi.profit / self.fi.sum_month_money) * 100
self.fi.profit_rate = round(self.fi.profit_rate, 2)
# print "profit_rate: ", self.fi.profit_rate
self.recode()
def refresh_his_day_file(self, stockid, days_num, file_name):
fetcher = stock_fetcher()
old_dataset = stock_dataset()
new_data_list = []
old_dataset.load_from_file(stockid, file_name)
end_date = datetime.now().strftime("%Y%m%d")
start_date = (datetime.now() - timedelta(days=days_num)).strftime("%Y%m%d")
new_dataset = fetcher.get_his_day_k(stockid, start_date, end_date)
for item in new_dataset.data:
if old_dataset.get_data(item.date) == None:
new_data_list.append(item)
old_dataset.append_to_file(file_name, new_data_list)
return
def refresh_his_day_file(self, stockid, days_num, file_name):
fetcher = stock_fetcher()
old_dataset = stock_dataset()
new_data_list = []
old_dataset.load_from_file(stockid, file_name)
end_date = datetime.now().strftime("%Y%m%d")
start_date = (datetime.now() -
timedelta(days=days_num)).strftime("%Y%m%d")
new_dataset = fetcher.get_his_day_k(stockid, start_date, end_date)
for item in new_dataset.data:
if old_dataset.get_data(item.date) == None:
new_data_list.append(item)
old_dataset.append_to_file(file_name, new_data_list)
return
def monitor(self, code):
data_set = stock_dataset()
data_set.load_from_file(code, "../data/" + code)
#把今天的数据加入到data_set里
fetcher = stock_fetcher()
net = fetcher.get_present_price(code).close_price
stock = stock_data()
stock.close_price = net
# today = datetime.now() - timedelta(days = 2) #周末测试时使用
today = datetime.now()
today = today.strftime("%Y-%m-%d")
stock.date = today
data_set.data.append(stock)
turtle_plan3 = turtle()
result = turtle_plan3.get_trading_plan3(data_set, today)
result["code"] = code
f = open("../result/turtle3_result", "r+")
line = f.readline()
f.close()
if line.startswith("#"):
result["share"] = 0
result["cost"] = 0
return result
arr = line.strip().split("|")
result["share"] = arr[5]
result["cost"] = arr[6]
# if(result["choise"] == 4): #buy
# result["share"] = round((money * (1 - DEAL_RATE) / result["close_price"]), 3)
# result["money"] = round(money * (1 - DEAL_RATE), 3)
# result["profit"] = profit
# self.append_result_to_file(filename, result, delim)
# elif(result["choise"] == 2): #sell
# result["share"] = share
# result["money"] = round(result["close_price"] * share * (1 - DEAL_RATE), 3)
# result["profit"] = result["money"] - money
# self.append_result_to_file(filename, result, delim)
return result
def monitor(self, days_gap):
sh000300_his = stock_dataset()
sh000300_his.load_from_file("sh000300", "../data/sh000300")
sh000905_his = stock_dataset()
sh000905_his.load_from_file("sh000905", "../data/sh000905")
sz399008_his = stock_dataset()
sz399008_his.load_from_file("sz399008", "../data/sz399008")
fetcher = stock_fetcher()
sh000300_now = fetcher.get_present_price("sh000300")
sh000905_now = fetcher.get_present_price("sh000905")
sz399008_now = fetcher.get_present_price("sz399008")
if sh000300_now == None or sh000905_now == None or sz399008_now == None:
print "get now price error"
return None
if sh000300_now.date != sh000905_now.date or sh000300_now.date != sz399008_now.date:
print "different date"
return None
last_valid_date = datetime.strptime(sh000300_his.data[0].date, "%Y-%m-%d")
now_str = sh000300_now.date
now = datetime.strptime(now_str, "%Y-%m-%d")
last = now - timedelta(days=days_gap)
while True:
last_str = last.strftime("%Y-%m-%d")
sh000300_last = sh000300_his.get_data(last_str)
sh000905_last = sh000905_his.get_data(last_str)
sz399008_last = sz399008_his.get_data(last_str)
if sh000300_last != None and sh000905_last != None and sz399008_last:
break
else:
last = last - timedelta(days=1)
if last < last_valid_date:
return None
sh000300_up = (sh000300_now.close_price - sh000300_last.close_price) / sh000300_last.close_price
sh000905_up = (sh000905_now.close_price - sh000905_last.close_price) / sh000905_last.close_price
sz399008_up = (sz399008_now.close_price - sz399008_last.close_price) / sz399008_last.close_price
result = {}
result["now_date"] = now_str
result["last_date"] = last_str
result["sh000300"] = [sh000300_last.close_price, sh000300_now.close_price, sh000300_up]
result["sh000905"] = [sh000905_last.close_price, sh000905_now.close_price, sh000905_up]
result["sz399008"] = [sz399008_last.close_price, sz399008_now.close_price, sz399008_up]
if sh000300_up < 0 and sh000905_up < 0 and sz399008_up < 0:
result["choise"] = "sell all"
return result
if sh000300_up > sh000905_up and sh000300_up > sz399008_up:
result["choise"] = "sh000300"
elif sh000905_up > sh000300_up and sh000905_up > sz399008_up:
result["choise"] = "sh000905"
elif sz399008_up > sh000300_up and sz399008_up > sh000905_up:
result["choise"] = "sz399008"
return result
