def __init__(self,
period: int,
input_values: List[float] = None,
input_indicator: Indicator = None):
super().__init__()
self.period = period
self.ema = EMA(period)
self.add_sub_indicator(self.ema)
self.ema_ema = EMA(period)
self.add_managed_sequence(self.ema_ema)
self.initialize(input_values, input_indicator)
def __init__(self,
period: int,
input_values: List[float] = None,
input_indicator: Indicator = None,
value_extractor: ValueExtractorType = None):
super().__init__(value_extractor=value_extractor)
self.period = period
self.ema1 = EMA(period)
self.ema2 = EMA(period, input_indicator=self.ema1)
self.ema3 = EMA(period, input_indicator=self.ema2)
self.add_sub_indicator(self.ema1)
self.initialize(input_values, input_indicator)
def __init__(self, period: int, input_values: List[OHLCV] = None):
super().__init__()
self.ema = EMA(period)
self.add_managed_sequence(self.ema)
self.initialize(input_values)
def __init__(self,
fast_period: int,
slow_period: int,
signal_period: int,
input_values: List[float] = None,
input_indicator: Indicator = None):
super().__init__()
self.ema_fast = EMA(fast_period)
self.ema_slow = EMA(slow_period)
self.signal_line = EMA(signal_period)
self.add_sub_indicator(self.ema_fast)
self.add_sub_indicator(self.ema_slow)
self.add_managed_sequence(self.signal_line)
self.initialize(input_values, input_indicator)
def __init__(self,
fast_period: int,
slow_period: int,
input_values: List[float] = None,
input_indicator: Indicator = None,
value_extractor: ValueExtractorType = None):
super().__init__(value_extractor=value_extractor)
self.slow_ema = EMA(slow_period)
self.add_managed_sequence(self.slow_ema)
self.fast_ema = EMA(fast_period, input_indicator=self.slow_ema)
self.abs_slow_ema = EMA(slow_period)
self.add_managed_sequence(self.abs_slow_ema)
self.abs_fast_ema = EMA(fast_period, input_indicator=self.abs_slow_ema)
self.initialize(input_values, input_indicator)
def __init__(self,
ema_period: int,
ema_ema_period: int,
ema_ratio_period: int,
input_values: List[OHLCV] = None):
super().__init__()
self.ema_ratio_period = ema_ratio_period
self.ema = EMA(ema_period)
self.ema_ema = EMA(ema_ema_period)
self.ema_ratio = []
self.add_managed_sequence(self.ema)
self.add_managed_sequence(self.ema_ema)
self.add_managed_sequence(self.ema_ratio)
self.initialize(input_values)
def __init__(self,
period_fast: int,
period_slow: int,
input_values: List[OHLCV] = None):
super().__init__()
self.period_fast = period_fast
self.period_slow = period_slow
self.accu_dist = AccuDist()
self.add_sub_indicator(self.accu_dist)
self.ema_fast = EMA(period_fast)
self.add_managed_sequence(self.ema_fast)
self.ema_slow = EMA(period_slow)
self.add_managed_sequence(self.ema_slow)
self.initialize(input_values)
def __init__(self,
fast_period: int,
slow_period: int,
input_values: List[OHLCV] = None):
super().__init__()
self.fast_ema = EMA(fast_period)
self.add_managed_sequence(self.fast_ema)
self.slow_ema = EMA(slow_period)
self.add_managed_sequence(self.slow_ema)
self.trend = []
self.add_managed_sequence(self.trend)
self.cumulative_measurement = []
self.add_managed_sequence(self.cumulative_measurement)
self.initialize(input_values)
def __init__(self,
ma_period: int,
atr_period: int,
atr_mult_up: float,
atr_mult_down: float,
input_values: List[OHLCV] = None):
super().__init__()
self.atr_mult_up = atr_mult_up
self.atr_mult_down = atr_mult_down
self.atr = ATR(atr_period)
self.cb = EMA(ma_period, value_extractor=ValueExtractor.extract_close)
self.add_sub_indicator(self.cb)
self.add_sub_indicator(self.atr)
self.initialize(input_values)