def is_trend_open_time(self):
# "'this is used to jude the time used to open return bool'"
# first base the sd,find is time to open band
# is_band_open = bf.is_band_open_time(self._direction,self._lastprice,
# self._now_middle_value,self._now_sd_val,self._param_open_edge1,self._param_open_edge2,
# self._limit_sd,self._limit_sd_open_edge)
# # return is_band_open
# if is_band_open ==False:
# return False
is_diff_volume_open = bf.is_diff_volume_open_time(
self._tmp_sum_diff_volume, self._diff_volume_array,
self._limit_multiple, self._limit_large_period)
# return is_diff_volume_open
if is_diff_volume_open == False:
return False
# is_series_open = bf.is_lastprice_series_open_time(self._direction,self._series_lastprice,self._limit_series_lastprice)
is_lastprice_open = bf.is_lastprice_open_time(self._direction,
self._lastprice,
self._lastprice_array,
self._limit_large_period)
return is_lastprice_open
def is_trend_open_time(self):
hour = self._time.split(':')[0]
hour = int(hour)
minute = self._time.split(':')[1]
minute = int(minute)
if hour ==9 and minute < 5:
return False
is_time_open = self.is_time_open_time()
if is_time_open == False:
return False
is_band_open = self.is_band_open_time(self._direction,self._lastprice,
self._now_middle_value_60,
self._param_open_edge1,self._param_open_edge2)
# return is_band_open
if is_band_open ==False:
return False
is_diff_volume_open = bf.is_diff_volume_open_time(self._tmp_sum_diff_volume,self._diff_volume_array,
self._limit_multiple,self._limit_large_period)
# return is_diff_volume_open
if is_diff_volume_open ==False:
return False
# is_series_open = bf.is_lastprice_series_open_time(self._direction,self._series_lastprice,self._limit_series_lastprice)
is_lastprice_open = bf.is_lastprice_open_time(self._direction,self._lastprice,self._lastprice_array,self._limit_large_period)
return is_lastprice_open