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Herramientas que indican hacia dónde va el precio y con qué fuerza. 109 scripts escritos en Deepwick Script, un subconjunto de Pine Script.
109 scripts públicos
On-Balance Volume (OBV) is the running total of volume signed by the bar's direction — a cumulative tape that leads price on breakouts. - Rising OBV + flat price = accumulation; falling OBV + flat price = distribution. - Divergences between OBV and price are the classic smart-money signal.
Volatility Stop is a self-correcting ATR trail: the stop ratchets in the direction of the trend and resets when the trend flips. - Acts as a regime marker — the line flipping below price = trend up, flipping above = trend down. - Tighter than Chandelier because it uses the ratchet rather than the raw rolling high.
ATR Bands wrap a smoothed moving average with parallel ATR envelopes — a cleaner ride channel than Keltner that uses fixed ATR rather than the KC rolling formula. - Outer rails are common stop and target levels. - Slope of the mid line tells you the trend direction.
Chandelier Exit plots a trailing stop anchored at the rolling high/low adjusted for ATR — originally designed to let winners run. - Long stop = rolling high minus mult × ATR; flip when price closes below the prior stop. - Combine with a trend filter (above/below a slow MA) for the classic swing entry.
Donchian Channel is the classic turtle-trader band: upper rail = highest high of the lookback, lower rail = lowest low. - Breakouts above/below the rails are the original trend entries. - A flat channel (rails pinned) = range regime; ride the rails back to the middle.
Keltner Channel uses an EMA of the typical price plus/minus an ATR envelope — smoother than Bollinger and a common trend filter. - Price above the upper rail = trend up; below the lower rail = trend down. - Channel width tracks ride regime; tight KC + BB squeeze = coiled spring.
Vortex Oscillator plots +VI and -VI — sums of upward vs downward range moves normalised by true range. When +VI crosses -VI up, the trend is bullish; the opposite for bearish. - Crossover of the two VIs is the entry signal. - Raise Length for steadier trend calls. - Pair with an ADX filter to confirm trend strength.
MACD Histogram alone — the gap between MACD and its signal line, plotted as columns. Bar colour flips are the momentum-shift alerts. - Positive columns = bullish momentum building. - Shrinking bars = momentum weakening. - Pair with MACD/Signal for full context.
Efficiency Ratio is Kaufman's ratio of net price movement to total path. 100 = perfectly straight, 0 = pure noise. - Above 30 = trending, below 30 = chop. - Raise Length for steadier readings. - Filter all your other systems by it — only take signals when ER 30.
Bear Power is the difference between the period low and an EMA of the close. Negative = bears pushed price below the average close. - Pair with Bull Power for the full Elder Ray setup. - Bear Power falling while Bull Power rises = weakening downtrend. - Plot on the price pane alongside candles.
Bull Power is the difference between the period high and an EMA of the close. Positive = bulls pushed price above the average close. - Pair with Bear Power for the full Elder Ray setup. - Bull Power rising while Bear Power falls = trend confirmation. - Plot on the price pane alongside candles.
MACD plots the spread between two EMAs (12/26 by default) and its signal line (9). The histogram is the spread between MACD and signal. - Crossovers with the signal line are the standard momentum entries. - Histogram flips signal strength; shrinking histogram warns of weakening trend. - Raise the fast/slow gap for fewer, larger signals.
Double Smoothed EMA (DSEMA) is two EMAs back-to-back with a lag-cancelling combination. Tighter than a plain EMA at the same length, simpler than DEMA/TEMA. - Use as the fast leg in a crossover with a slower MA. - Raise N to slow the line, lower it for tighter turns. - Pairs well with an ADX 25 filter.
Adaptive Laguerre Filter is John Ehlers' Laguerre-inspired cascade — four cascading IIR filters with a gamma decay factor blend into a single smooth, low-lag line. The crossover with the trigger is a popular signal. - Default gamma = 0.8 is widely used; raise toward 1 for smoother output. - Crossover of price vs Laguerre is the canonical entry signal. - Excellent on noisy intraday data and crypto perpetual futures.
Modular Filter is the simplest single-pole low-pass smoother: each bar is the previous output plus half the change from price. Cute for showing how a moving-average kernel works — and surprisingly useful on highly smoothed inputs. - Cutoff is fixed; treat it as a learning toy or sanity baseline. - Great for visualizing the gap-filler problem an EMA solves. - Not recommended for production signals.
Fractal Adaptive Moving Average (FRAMA) estimates the local Hurst exponent via the ratio of half-window to full-window ranges and sets an EMA smoothing constant from it. Very smooth in trends, very flat in ranges. - Use a even Length (default 16) so half/quarter ranges are integers. - Best on noisy intraday charts and on assets with frequent regime shifts. - Excellent as a slow leg in a crossover system.
Variable Index Dynamic Average (VIDYA) adapts its smoothing constant to a CMO-style volatility index. Faster than an EMA in trends, calmer in chop — a popular alternative to KAMA. - Use as a single-line trend filter that auto-adjusts. - Raise N to slow its adaptation; lower it to react faster. - Pair with a band or ATR stop for adaptive trend entries.
End-Point Moving Average (EPMA) projects a least-squares regression line forward by N-1 bars to the current bar. The line is leading relative to price during trends, so it acts as a smooth future-line reference. - Use as a dynamic S/R level on the current bar. - Raise N for a more anchored projection; lower it for a closer fit. - Combine with a slower MA to trade EPMA re-runs.
Median Moving Average replaces the mean with the median of the last N bars. Robust to outlier prints — a wick or flash spike barely moves the line. - Cleaner than an SMA when markets whip around. - Excellent on crypto where wicks dominate candles. - Raise N for ultra-stable S/R; lower it for tight swing tracking.
Linear Regression Moving Average fits a least-squares line through the last N bars and plots its current value. Smoother than an EMA with comparable length and slightly leading in trends. - Less lag than SMAs/EMAs, ideal for trend-confirmation crossovers. - Raise N for smoother trend lines; lower it for faster turns. - Best on trending assets; produces odd signals in tight ranges.
Smoothed Moving Average (SMMA) is Wilder's smoothed average: each bar's value is the previous bar's value plus a fraction of the change. Seeded from an SMA, it converges faster than a triangular MA at very long lengths. - Very smooth line, great for the slow leg of long-term crossovers. - The kernel inside ATR and several other Wilder indicators. - Raise N for ultra-smooth swings; lower it for faster adaptation.
Triangular Moving Average (TRIMA) is an SMA of an SMA — the kernel is triangular (peaked in the middle of the window) so it removes more noise than a single SMA at the same length. - Smoother than a plain SMA but slower. - Excellent S/R line for swing trading on 4h/daily. - Raise N for very smooth swings, lower it for cleaner cycles.
Gaussian Filter is a single-pole Gaussian kernel applied recursively. Beautifully smooth, no overshoot, and the canonical noise-reduction stage that Ehlers builds most of his other filters on. - Raise width (the standard-deviation multiplier) for a thicker, smoother line. - Best on noisy assets (BTCUSD, ES) and as a pre-smoother for downstream indicators. - Combine with a faster line for non-trendline Gaussian crossover signals.
Zero-Lag EMA (ZLEMA) removes most of the EMA's inherent lag by adding the difference between price and its lag-emulated version before smoothing. Almost no lag, at the cost of slightly more overshoot. - Cuts the lag of a regular EMA roughly in half. - Lower N for very tight, almost tick-by-tick turns. - Combine with an ADX 25 filter to dodge chop whipsaws.