Indicators support

Name	Description	Input	Output	Dependencies	Implementation status
`AccuDist`	Accumulation and Distribution	🕯️	🔢	-	✔️
`ADX`	Average Directional Index	🕯️	Ⓜ️	`ATR`	✔️
`ALMA`	Arnaud Legoux Moving Average	🔢	🔢	`CircBuff`	✔️
`AO`	Awesome Oscillator	🕯️	🔢	`SMA`	✔️
`Aroon`	Aroon Up/Down	🕯️	Ⓜ️	`CircBuff`	✔️
`ATR`	Average True Range	🕯️	🔢	`TrueRange`, `SMMA`	✔️
`BB`	Bollinger Bands	🔢	Ⓜ️	`SMA`, `StdDev`	✔️
`BOP`	Balance Of Power	🕯️	🔢	-	✔️
`CCI`	Commodity Channel Index	🕯️	🔢	`MeanDev`	✔️
`ChaikinOsc`	Chaikin Oscillator	🕯️	🔢	`AccuDist`, `EMA`	✔️
`ChandeKrollStop`	Chande Kroll Stop	🕯️	Ⓜ️	`CircBuff`, `ATR`	✔️
`CHOP`	Choppiness Index	🕯️	🔢	`CircBuff`, `ATR`	✔️
`CoppockCurve`	Coppock Curve	🔢	🔢	`ROC`, `WMA`	✔️
`DEMA`	Double Exponential Moving Average	🔢	🔢	`EMA`	✔️
`DonchianChannels`	Donchian Channels	🕯️	Ⓜ️	`CircBuff`	✔️
`DPO`	Detrended Price Oscillator	🔢	🔢	`CircBuff`, `SMA`	✔️
`EMA`	Exponential Moving Average	🔢	🔢	`CircBuff`	✔️
`EMV`	Ease of Movement	🕯️	🔢	`CircBuff`, `SMA`	✔️
`FibRetracement`	Fibonacci Retracement	❓	❓		Simple class with standard Fibonacci levels (0.236, 0.382, 0.5, 0.618, 0.786)
`ForceIndex`	Force Index	🕯️	🔢	prev input val, `EMA`	✔️
`GannHiloActivator`	Gann HiLo Activator	🕯️	Ⓜ️	`CircBuff`, `SMA`	✔️
`GannSwingChart`	Gann Swing Chart Analyzer	🕯️	Ⓜ️	`CircBuff`	✔️
`HMA`	Hull Moving Average	🔢	🔢	`WMA`	✔️
`Ichimoku`	Ichimoku Clouds	🔢	Ⓜ️	`CircBuff`	5 managed sequences (unit tests not available in reference implementation)
`KAMA`	Kaufman's Adaptive Moving Average	🔢	🔢	`CircBuff`	✔️
`KeltnerChannels`	Keltner Channels	🕯️	Ⓜ️	`ATR`, `EMA` with `input_modifier` to extract close value of a candle	✔️
`KST`	Know Sure Thing	🔢	Ⓜ️	`ROC`, `SMA`	✔️
`KVO`	Klinger Volume Oscillator	🕯️	🔢	`EMA`	✔️
`MACD`	Moving Average Convergence Divergence	🔢	Ⓜ️	`EMA`	✔️
`MassIndex`	Mass Index	🕯️	🔢	`EMA`, `CircBuff`	✔️
`McGinleyDynamic`	McGinley Dynamic	🔢	🔢	`CircBuff`	✔️
`MeanDev`	Mean Deviation	🔢	🔢	`CircBuff`, `SMA`	✔️
`NATR`	Normalized Average True Range	🕯️	🔢	`ATR`	✔️
`OBV`	On Balance Volume	🕯️	🔢	prev input val	✔️
`ParabolicSAR`	Parabolic Stop And Reverse	🕯️	Ⓜ️	`CircBuff`	✔️
`PeakValleyDetector`	Peak Valley Detection	🕯️	Ⓜ️	`CircBuff`	✔️
`PivotsHL`	High/Low Pivots	🕯️	Ⓜ️	`-`	✔️ (unit tests missing in reference implementation)
`RetracementCalculator`	Retracement Level Calculator	🕯️	Ⓜ️	`CircBuff`	✔️
`ROC`	Rate Of Change	🔢	🔢	`CircBuff`	✔️
`RSI`	Relative Strength Index	🔢	🔢	`CircBuff`, `SMMA`	✔️
`SFX`	SFX	🕯️	Ⓜ️	`ATR`, `StdDev`, `SMA` and `input_modifier` (to extract `close`)	✔️
`SMA`	Simple Moving Average	🔢	🔢	`CircBuff`	✔️
`SMMA`	Smoothed Moving Average	🔢	🔢	`CircBuff`	✔️
`SOBV`	Smoothed On Balance Volume	🕯️	🔢	`OBV`, `SMA`	✔️
`STC`	Schaff Trend Cycle	🔢	🔢	`MACD`, `Stoch` with `input_modifier` (MACDVal->OHLCV and stoch_d->OHLCV), indicator chaining, `MAFactory` (default `SMA`)	✔️
`StdDev`	Standard Deviation	🔢	🔢	`CircBuff`	✔️
`Stoch`	Stochastic	🕯️	Ⓜ️	`CircBuff`, `SMA`	✔️ 🎄
`StochRSI`	Stochastic RSI	🔢	Ⓜ️	`RSI`, `SMA`	✔️
`SuperTrend`	Super Trend	🕯️	Ⓜ️	`CircBuff`, `ATR`	✔️
`SupportResistanceLevel`	Support Resistance Levels	🕯️	Ⓜ️	`CircBuff`	✔️
`T3`	T3 Moving Average	🔢	🔢	`EMA` with indicator chaining and input filter	✔️
`TEMA`	Triple Exponential Moving Average	🔢	🔢	`EMA`	✔️
`TRIX`	TRIX	🕯️	Ⓜ️	`EMA`, indicator chaining	✔️
`TrueRange`	True Range	🕯️	🔢	`CircBuff`	✔️
`TSI`	True Strength Index	🔢	🔢	`EMA`, indicator chaining	✔️
`TTM`	TTM Squeeze	🕯️	Ⓜ️	`SMA`, `BB`, `DonchianChannels`, `KeltnerChannels` and `input_modifier` to extract `close` value of a candle	✔️
`UO`	Ultimate Oscillator	🕯️	🔢	`CircBuff`	✔️
`VTX`	Vortex Indicator	🕯️	Ⓜ️	`CircBuff`, `ATR`	✔️
`VWAP`	Volume Weighted Average Price	🕯️	🔢	-	✔️
`VWMA`	Volume Weighted Moving Average	🕯️	🔢	`CircBuff`	✔️
`WMA`	Weighted Moving Average	🔢	🔢	`CircBuff`	✔️
`ZLEMA`	Zero Lag Exponential Moving Average	🔢	🔢	`EMA`	✔️

Legend

🔢 single number (input or output)

Ⓜ️ multiple numbers (output)

🕯️ OHLCV candlestick input

Indicators implementation category

🔢 🔢 SISO indicators

🔢 Ⓜ️ SIMO indicators

🕯️ 🔢 MISO indicators

🕯️ Ⓜ️ MIMO indicators

Indicators can be of 1 out of 4 categories given their input/output behavior : SISO, SIMO, MISO and MIMO.