def test():
for stock in stocks:
day = get_stock_history_by_date(stock, '2015-07-24')
rate = (day['close'] - day['open']) / day['open'] * 100
if abs(rate) > 9:
name = get_stock_name_from_mongo(stock)
print u'{} {} {}'.format(name, stock, rate)
def find_rate():
rank = []
for stock in stocks:
try:
first_open = get_stock_history_by_date(stock, '2015-07-09')['low']
last_close = get_stock_history_by_date(stock, '2015-07-24')['close']
r = rate(last_close, first_open)
rank.append((stock, r))
except:
continue
ranked = sorted(rank, key=lambda r: r[1])
for rn, rr in ranked:
name = get_stock_name_from_mongo(rn)
print u'{} {} {}'.format(name, rn, rr)
def find_sline():
for stock in stocks:
if not stock.startswith('002'):
continue
days = get_stock_days(stock)
if days.count() < 10:
continue
high = None
low = None
now = None
for day in days:
if day['close'] == 0.0:
continue
if (not high) or (high['close'] < day['close']):
high = day
if (not low) or (low['close'] > day['close']):
low = day
if day['date'] == "2015-11-06":
now = day
if high and low and now:
name = get_stock_name_from_mongo(stock)
print u'{}\t{}\t{}\t{}\t{}'.format(high['close'], low['close'], now['close'], stock, name)
# high_rate = (high['close'] - now['close']) / now['close'] * 100
# low_rate = (now['close'] - low['close']) / low['close'] * 100
#
# s_line = low['close'] + (high['close'] - low['close']) / 8
#
# if now['close'] < s_line:
# name = get_stock_name_from_mongo(stock)
# print u"{} {} {}".format(s_line, stock, name)
else:
pass