def run(self):
flag = False
real_body = self.true_body()
upper_shadow, lower_shadow = self.get_shadow_length()
try:
if float(upper_shadow) / real_body >= 2 and (
(float(lower_shadow) / self.l) * 100) <= self.threshold:
flag = True
except ZeroDivisionError as e:
print_stock_data(self.stock_name, self.o, self.h, self.l, self.c)
print(e)
if self.find_trend:
if not self.uptrend:
self.uptrend = is_uptrend(self.stock_name)
if flag:
if self.uptrend:
self.candle = True
self.trade_setting["action"] = "sell"
self.trade_setting["buy"] = self.c
self.trade_setting["stoploss"] = self.h
self.trade_setting["candle"] = "shooting_star"
self.trade_setting["target"] = ""
self.trade_setting["info"] = general_info("shooting_star")
return self.candle, self.trade_setting
def run(self):
flag = False
if is_small_body(self.o, self.h, self.l, self.c, self.body_threshold):
flag = True
if self.find_trend:
if not self.uptrend and not self.downtrend:
self.uptrend = is_uptrend(self.stock_name)
self.downtrend = is_downtrend(self.stock_name)
if flag:
if self.uptrend:
self.candle = True
self.trade_setting["action"] = "sell"
self.trade_setting["buy"] = self.c
self.trade_setting["stoploss"] = self.l
self.trade_setting["candle"] = "doji_in_uptrend"
self.trade_setting["target"] = ""
self.trade_setting["info"] = general_info("doji_in_uptrend")
elif self.downtrend:
self.candle = True
self.trade_setting["action"] = "buy"
self.trade_setting["buy"] = self.c
self.trade_setting["stoploss"] = self.h
self.trade_setting["candle"] = "doji_in_downtrend"
self.trade_setting["target"] = ""
self.trade_setting["info"] = general_info("doji_in_downtrend")
return self.candle, self.trade_setting
def run(self):
if self.previous_day:
po, ph, pl, pc, pv = self.previous_day
else:
date = get_latest_date_for_stock(self.stock_name)
po, ph, pl, pc, pv = get_previous_day_stats(self.stock_name, date=date)
if self.find_trend:
if not self.uptrend and not self.downtrend:
self.uptrend = is_uptrend(self.stock_name)
self.downtrend = is_downtrend(self.stock_name)
day1_range = abs(po - pc)
day2_range = abs(self.o - self.c)
day1_middle = float(day1_range)/2
if self.downtrend and (is_bearish(po, pc)) and (is_bullish(self.o, self.c)):
if (self.c > po and self.o <= pc):
self.trade_setting["candle"] = "bullish_engulfing"
self.trade_setting["info"] = general_info("bullish_engulfing")
self.candle = True
elif (day1_middle <= day2_range < day1_range):
self.trade_setting["candle"] = "piercing_pattern"
self.trade_setting["info"] = general_info("piercing_pattern")
self.candle = True
if self.candle:
self.trade_setting["action"] = "buy"
self.trade_setting["buy"] = self.c
self.trade_setting["stoploss"] = min(self.l, pl)
self.trade_setting["target"] = ""
elif self.uptrend and (is_bullish(po, pc)) and (is_bearish(self.o, self.c)):
if (self.c < po and self.o > pc):
self.trade_setting["candle"] = "bearish_engulfing"
self.trade_setting["info"] = general_info("bearish_engulfing")
self.candle = True
elif (day1_middle <= day2_range < day1_range):
self.trade_setting["candle"] = "dark_cloud_cover"
self.trade_setting["info"] = general_info("dark_cloud_cover")
self.candle = True
if self.candle:
self.trade_setting["action"] = "short"
self.trade_setting["buy"] = self.c
self.trade_setting["stoploss"] = max(self.h, ph)
self.trade_setting["target"] = ""
return self.candle, self.trade_setting
def run(self):
if self.previous_day:
po, ph, pl, pc, pv = self.previous_day
else:
date = get_latest_date_for_stock(self.stock_name)
po, ph, pl, pc, pv = get_previous_day_stats(self.stock_name,
date=date)
if self.find_trend:
if not self.uptrend and not self.downtrend:
self.uptrend = is_uptrend(self.stock_name)
self.downtrend = is_downtrend(self.stock_name)
if self.downtrend and (is_bearish(
po, pc)) and (self.o > pc) and is_bullish(
self.o, self.c) and (self.c < po):
self.candle = True
self.trade_setting["action"] = "buy"
self.trade_setting["buy"] = self.c
self.trade_setting["stoploss"] = min(self.l, pl)
self.trade_setting["candle"] = "bullish_harami"
self.trade_setting["target"] = ""
self.trade_setting["info"] = general_info("bullish_harami")
return self.candle, self.trade_setting
elif self.uptrend and (is_bullish(
po, pc)) and (self.o < pc) and is_bearish(
self.o, self.c) and (self.c > po):
self.candle = True
self.trade_setting["action"] = "short"
self.trade_setting["buy"] = self.c
self.trade_setting["stoploss"] = max(self.h, ph)
self.trade_setting["candle"] = "bearish_harami"
self.trade_setting["target"] = ""
self.trade_setting["info"] = general_info("bearish_harami")
return self.candle, self.trade_setting
return self.candle, self.trade_setting
def run(self):
flag = False
if is_small_body(self.o, self.h, self.l, self.c, self.body_threshold):
upper_shadow, lower_shadow = self.get_shadow_length()
# Check if the shadow lengths are almost equal
if float(abs(upper_shadow - lower_shadow)) / max(
upper_shadow, lower_shadow) * 100 <= self.shadow_threshold:
flag = True
if self.find_trend:
if not self.uptrend and not self.downtrend:
self.uptrend = is_uptrend(self.stock_name)
self.downtrend = is_downtrend(self.stock_name)
if flag:
if self.uptrend:
self.candle = True
self.trade_setting["action"] = "sell"
self.trade_setting["buy"] = self.c
self.trade_setting["stoploss"] = self.l
self.trade_setting["candle"] = "spinning_top_in_uptrend"
self.trade_setting["target"] = ""
self.trade_setting["info"] = general_info(
"spinning_top_in_uptrend")
elif self.downtrend:
self.candle = True
self.trade_setting["action"] = "buy"
self.trade_setting["buy"] = self.c
self.trade_setting["stoploss"] = self.h
self.trade_setting["candle"] = "spinning_top_in_downtrend"
self.trade_setting["target"] = ""
self.trade_setting["info"] = general_info(
"spinning_top_in_downtrend")
return self.candle, self.trade_setting