Exponential weighted volatilityEstimator of current annualized volatility that works for daily, weekly, monthly timeframes.
Lambda should be choosen inside the 0 to 1 range, with a lower lambda giving more weight to the movement in the most recent candlesticks. The literature default is 0.97, I'm setting a default value of 0.94 instead.
"Exponential" için komut dosyalarını ara
Exponential Hull MA Oscillator PrototypeClamped EHMA Oscillator Prototype with 21/200 EHMA with additional JMA smoothing (Credit: @everget)
Note: This is an experiment - this is not a polished indicator
exponential Moving Averagesall in one ema for a select set i use 12/26 then the longer ones 50,100,200
Moving average Two ColoursExponential moving average of 200 periods, which changes color according to the position of the candles.
(200 periods: default configuration Option to change periods allowed)
If the candles are on the EMA, this will have green color, otherwise red color (colors, thickness configurable).
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Descripción en Español:
Media móvil Exponencial de 200 periodos, la cuál cambia de color según posición de las velas.
(200 periodos: configuración default. Opción de cambio de periodos permitida)
Si las velas están sobre la EMA , esta tendrá color verde, caso contrario color rojo (colores, grosor configurables).
EMA FIBO 4HOURSExponential Moving Averages of 4 Fibonacci Levels((55,144,233,377)*6) in 4 Hour Timezone
EMA Cross x3 (7, 77, 231)Exponential Moving Average at periods, 7, 77, 231. You will see a blue cross when the short EMA crosses the medium EMA, and a green cross when it crosses the long EMA.
EMA SpreadExponential Moving Average Spread is the percentage spread difference between EMA1 (Slow) and EMA2 (Fast) ie. the gap between two indicators slow and fast. Useful when used alongside EMA cross, MACD, and RSI to strengthen buy/sell signals.
MTF EMAExponential Moving Average indicator that can be configured to display different timeframe EMA's.
Timeframe is set in minutes. Max timeframe currently is the daily (1440 minutes). Any value higher than 1440 will result in no plot.
Examples:
Daily 50 EMA plotted on 4H chart
4H 50 EMA and Daily 50 EMA plotted on 1H chart
Can also work in reverse if needed.
Example, Daily 50 EMA plotted on Weekly Chart
[RS]Average Advance and Decline Curved Lines V0exponential curve linear regression, use falloff multiplier to control curve falloff strength.
4 Fibonacci EMAsAdd 4 Fibonacci EMAs to your charts with one indicator.
Configureable by value, so they don't necessarily have to use Fibonacci numbers, and by colors.
ONE RING 8 MA Bands with RaysCycle analysis tool ...
MAs: Eight moving averages (MA1–MA8) with customizable lengths, types (RMA, WMA, EMA, SMA), and offsets
Bands: Upper/lower bands for each MA, calculated based on final_pctX (Percentage mode) or final_ptsX (Points mode), scaled by multiplier
Rays: Forward-projected lines for bands, with customizable start points, styles (Solid, Dashed, Dotted), and lengths (up to 500 bars)
Band Choices
Manual: Uses individual inputs for band offsets
Uniform: Sets all offsets to base_pct (e.g., 0.1%) or base_pts (e.g., 0.1 points)
Linear: Scales linearly (e.g., base_pct * 1, base_pct * 2, base_pct * 3 ..., base_pct * 8)
Exponential: Scales exponentially (e.g., base_pct * 1, base_pct * 2, base_pct * 4, base_pct * 8 ..., base_pct * 128)
ATR-Based: Offsets are derived from the Average True Range (ATR), scaled by a linear factor. Dynamic bands that adapt to market conditions, useful for breakout or mean-reversion strategies. (final_pct1 = base_pct * atr, final_pct2 = base_pct * atr * 2, ..., final_pct8 = base_pct * atr * 8)
Geometric: Offsets follow a geometric progression (e.g., base_pct * r^0, base_pct * r^1, base_pct * r^2, ..., where r is a ratio like 1.5) This is less aggressive than Exponential (which uses powers of 2) and provides a smoother progression.
Example: If base_pct = 0.1, r = 1.5, then final_pct1 = 0.1%, final_pct2 = 0.15%, final_pct3 = 0.225%, ..., final_pct8 ≈ 1.71%
Harmonic: Offsets are based on harmonic flavored ratios. final_pctX = base_pct * X / (9 - X), final_ptsX = base_pts * X / (9 - X) for X = 1 to 8 This creates a harmonic-like progression where offsets increase non-linearly, ensuring MA8 bands are wider than MA1 bands, and avoids duplicating the Linear choice above.
Ex. offsets for base_pct = 0.1: MA1: ±0.0125% (0.1 * 1/8), MA2: ±0.0286% (0.1 * 2/7), MA3: ±0.05% (0.1 * 3/6), MA4: ±0.08% (0.1 * 4/5), MA5: ±0.125% (0.1 * 5/4), MA6: ±0.2% (0.1 * 6/3), MA7: ±0.35% (0.1 * 7/2), MA8: ±0.8% (0.1 * 8/1)
Square Root: Offsets grow with the square root of the band index (e.g., base_pct * sqrt(1), base_pct * sqrt(2), ..., base_pct * sqrt(8)). This creates a gradual widening, less aggressive than Linear or Exponential. Set final_pct1 = base_pct * sqrt(1), final_pct2 = base_pct * sqrt(2), ..., final_pct8 = base_pct * sqrt(8).
Example: If base_pct = 0.1, then final_pct1 = 0.1%, final_pct2 ≈ 0.141%, final_pct3 ≈ 0.173%, ..., final_pct8 ≈ 0.283%.
Fibonacci: Uses Fibonacci ratios (e.g., base_pct * 1, base_pct * 1.618, base_pct * 2.618
Percentage vs. Points Toggle:
In Percentage mode, bands are calculated as ma * (1 ± (final_pct / 100) * multiplier)
In Points mode, bands are calculated as ma ± final_pts * multiplier, where final_pts is in price units.
Threshold Setting for Slope:
Threshold setting for determining when the slope would be significant enough to call it a change in direction. Can check efficiency by setting MA1 to color on slope temporarily
Arrow table: Shows slope direction of 8 MAs using an Up or Down triangle, or shows Flat condition if no triangle.
