def technical_indicators(candles):
indicators = {}
open_prices = [candle[1] for candle in candles]
high_prices = [candle[2] for candle in candles]
low_prices = [candle[3] for candle in candles]
close_prices = [candle[4] for candle in candles]
indicators.update({'macd': TI.get_MACD(close_prices)})
return (indicators)
def technical_indicators(candles):
indicators = {}
open_prices = [candle[1] for candle in candles]
high_prices = [candle[2] for candle in candles]
low_prices = [candle[3] for candle in candles]
close_prices = [candle[4] for candle in candles]
indicators.update({'MACD':TI.get_MACD(close_prices)})
indicators.update({'MFI':TI.get_MFI(candles)})
indicators.update({'MA_50':TI.get_SMA(close_prices, 50)})
return(indicators)
def technical_indicators(candles):
indicators = {}
time_values = [candle[0] for candle in candles]
open_prices = [candle[1] for candle in candles]
high_prices = [candle[2] for candle in candles]
low_prices = [candle[3] for candle in candles]
close_prices = [candle[4] for candle in candles]
indicators.update({
'macd':
TI.get_MACD(close_prices, time_values=time_values, map_time=True)
})
indicators.update({'ema': {}})
indicators['ema'].update({
'ema200':
TI.get_EMA(close_prices, 200, time_values=time_values, map_time=True)
})
return (indicators)