def examine(lines, pic_kind):
resolve = [-36, -5, 97, 44, -24]
length, same, deltaes,days,opens,actuals,expecteds = 0, 0, [],[],[],[],[]
for line in lines:
record = History.get_from_historyline(line)
record = History.norm(record)
expected = get_expected(resolve, record)
actual = record.closed_today
delta = expected - actual
deltaes.append(delta)
days.append(record.day)
opens.append(record.open_price)
actuals.append(actual)
expecteds.append(expected)
print 'open: %s,actual: %s, expected: %s, delta: %s' % (record.open_price, actual, expected, delta)
if (expected - record.open_price) * (actual - record.open_price) > 0:
same += 1
length += 1
print 'direction_same: %d, length: %d, direction_same/length: %s' % (same, length, float(same)/length)
x = [ i + 1 for i in range(len(opens))]
if pic_kind == 'delta':
pydrawer.draw(x, deltaes, 'bo')
if pic_kind == 'lines':
pydrawer.draw(x, opens,'k', x, actuals,'r-', x, expecteds,'bo')
def anneal_reducer(lines):
# 开盘价, 昨结算, 最高价, 最低价
domain = [(-100, 100), (-100, 100), (-100, 100), (-100, 100), (-2000, 2000)]
records = set()
for line in lines:
history_record = History.get_from_historyline(line)
history_record = History.norm(history_record)
records.add(history_record)
while(True):
best_cost, best_resolve = optimizations.annealing(domain, get_best_solution(records))
ave_cost = best_cost / len(records)
if ave_cost < 3000:
print 'best_cost: %s, best_resolve: %s, best_ave_cost: %f' % (best_cost, best_resolve, ave_cost)
if ave_cost < 1000:
break
def random_reducer(lines):
# 开盘价, 昨结算, 最高价, 最低价, 加权平均价, 成交量（千克）持仓量
# domain = [(-100, 100), (-100, 100), (-100, 100), (-100, 100), (-100, 100), (-100, 100), (-100, 100), (-2000, 2000)]
domain = [(-100, 100), (-100, 100), (-100, 100), (-100, 100), (-2000, 2000)]
records = set()
for line in lines:
history_record = History.get_from_historyline(line)
history_record = History.norm(history_record)
records.add(history_record)
best_cost,best_resolve = sys.maxint, None
for i in range(20):
cost, resolve = optimizations.randomoptimize(domain, get_best_solution(records))
# cost, resolve = optimizations.hill_climb(domain, get_best_solution(records))
print 'i: %s, cost: %s, resolve: %s, ave_cost: %f' % (i, cost, resolve, cost / len(records))
if cost < best_cost:
best_cost = cost
best_resolve = resolve
# goal: daily_cost <= sqrt(100)
if best_cost <= len(records) * 100:
break
print 'best_cost: %s, best_resolve: %s, best_ave_cost: %f' % (best_cost, best_resolve, best_cost / len(records))
def reducer(lines):
positives, negatives, alters = [], [], []
for line in lines:
history_record = History.get_from_historyline(line)
if history_record.increase > 0:
positives.append(history_record.increase)
if len(negatives) != 0:
alters.append(sum(negatives))
negatives = []
elif history_record.increase < 0:
negatives.append(history_record.increase)
if len(positives) != 0:
alters.append(sum(positives))
positives = []
if len(positives) != 0:
alters.append(sum(positives))
elif len(negatives) != 0:
alters.append(sum(negatives))
odd_200 = float(sum([1 for alter in alters if abs(alter) <= 200])) / len(alters)
print 'alters: %s, odd_200: %f' % (alters, odd_200)
pydrawer.draw(alters, 'bo')
def reducer(lines, ABS):
# print '[0, 3000), [3000, 4000), [4000, 5000), [5000, 6000), [6000,sys.maxint) '
rates = {}
for line in lines:
history_ag = History.get_from_historyline(line)
if history_ag.average < 3000:
grade = '[0, 3000)'
elif history_ag.average >= 3000 and history_ag.average < 4000:
grade = '[3000, 4000)'
elif history_ag.average >= 4000 and history_ag.average < 5000:
grade = '[4000, 5000)'
elif history_ag.average >= 5000 and history_ag.average < 6000:
grade = '[5000, 6000)'
else:
grade = '[6000,sys.maxint)'
rates.setdefault(grade, [])
rates[grade].append(history_ag.increase_rate)
if ABS:
for grade in rates:
print '%s\t%s' % (grade, utils.abs_average(rates[grade]))
else:
for grade in rates:
print '%s\t%s' % (grade, utils.average(rates[grade]))
