Awesome Oscillator, Momentum, And Heikin Ashi

oscillator, momentum, heikin ashi body pct.">

What SteadyEdge calculates

This page documents the exact runtime calculation for the listed filter IDs. Formula symbols use O , H , L , C , and V for the current candle open, high, low, close, and volume; p is the configured lookback.

- Registry filter IDs: awesome_oscillator , momentum , heikin_ashi_body_pct

Exact formula

AO = SMA((H+L)/2, fast_length) - SMA((H+L)/2, slow_length)

Momentum = C_t - C_(t-p)

HA_close = (O+H+L+C)/4

HA_open_0 = (O_0+C_0)/2; HA_open_t = (HA_open_(t-1)+HA_close_(t-1))/2

HA body % = 100 * (HA_close - HA_open) / HA_open

Parameters, defaults, and bounds

- fast_length : default 5 ; 1–100

- slow_length : default 34 ; 2–200

- period : default 10 ; 1–500

How the rule passes

above requires a strict > comparison.

below requires a strict < comparison.

cross_above requires the previous value below the threshold and the current value at or above it.

cross_below requires the previous value above the threshold and the current value at or below it.

Data, timing, and warm-up

Candle filters use the rule timeframe and the latest candle at or before the evaluation time. A non-finite calculated value does not pass.

Every rule in the same filter set must pass. Test Filters and a backtest validate the complete set.

- Filters Reference

- How Entry Filters Work

- Timeframe, Operator, Value, And Params