Empiece

Patrones de gráficos

PulseGrid Universal Scalper - Adaptive Pulse and Symmetric SpansInstrument agnostic. Works on any symbol and timeframe supported by TradingView. Message or hit me up in chat for full access . Purpose and scope PulseGrid is a short timeframe strategy designed to read intrabar structure and recent path so that entries align with actionable momentum and context. The strategy is private. The description below provides all the information needed to understand how it behaves, how it sizes risk, how to tune it responsibly, and how to evaluate results without making unrealistic claims. The design is instrument agnostic. It runs on any asset class that prints open high low close bars on TradingView. That includes commodities such as Gold and WTI, currencies, crypto, equity indices, and single stocks. Performance will always depend on the symbol’s liquidity, spread, slippage, and session structure, which is why the description focuses on principles and safe parameter ranges instead of hard promises. What the strategy does at a glance It builds a composite entry signal named Pulse from five normalized bar features that reflect short term pressure and follow through. It applies regime guards that keep the strategy inactive when the tape is either too quiet, too bursty, or too directionally random. It optionally uses a directional filter where a fast and a slow exponential average must agree and their gap must be material relative to recent true range. When a signal is allowed, risk is sized using symmetric spans that come from nearby untraded price distances above and below the market. The strategy sets a single stop and a single take profit from those spans. Lines for entry, stop, and take profit are drawn on the chart. A compact on chart table shows trade counts, win rate, average R per trade, and profit factor for all trades, longs only, and shorts only. This combination yields entries that are reactive but not chaotic, and risk lines that respect the market’s recent path instead of generic pip or point targets. Why the design is original and useful The core originality is the union of a composite entry that adapts to volatility and a geometry based risk model. The entry uses five different viewpoints on the same bar space instead of relying on a single technical indicator. The risk model uses spans that come from actual untraded distance rather than fixed multipliers of a generic volatility measure. The result is a framework that is simple to read on a chart and simple to evaluate, yet it avoids the traps of curve fitting to one symbol or one month of data. Because everything is normalized locally, the same logic translates across asset classes with only modest tuning. The Pulse composite in detail Pulse is a weighted blend of the following normalized features. Impulse imbalance. The script sums upward and downward impulses over a short window. An upward impulse is the extension of highs relative to the prior bar. A downward impulse is the extension of lows relative to the prior bar. The net imbalance, scaled by the local range, captures whether extension pressure is building or fading. Wick and close location. Inside each bar, the distance between the close and the extremes carries information about rejection or acceptance. A bar that closes near the high with relatively heavier lower wick suggests upward acceptance. A bar that closes near the low with heavier upper wick suggests downward acceptance. A weight controls the contribution of wick skew versus close location so that users can favor reversal or momentum behaviour. Shock touches. Within the recent range window, touches that occur very near the top decile or bottom decile are marked. A short sliding window counts recent shocks. Frequent top shocks in a rising context suggest supply tests. Frequent bottom shocks in a declining context suggest demand tests. The count is normalized by window length. Breakout ledger. The script compares current extremes to lagged extremes and keeps a simple count of recent upside and downside breakouts. The difference behaves as a short term polarity meter. Curvature. A simple second difference in closing price acts as a curvature term. It is normalized by the recent maximum of absolute one bar returns so that the value remains bounded and comparable to other terms. Pulse is smoothed over a fraction of the main signal length. Smoothing removes impulse spikes without destroying the quick reaction that scalpers need. The absolute value of smoothed Pulse can be used with an adaptive gate so that only the top percentile of energy for the recent environment is eligible for entries. A small floor prevents accidental entries during very quiet periods. Regime guards that keep the strategy selective Three guards must all pass before any entry can occur. Auction Balance Factor. This is the proportion of closes that land inside a mid band of the prior bar’s high to low range. High values indicate balanced chop where breakouts tend to fail. Low values indicate directional conditions. The strategy requires ABF to sit below a user chosen maximum. Dispersion via a Gini style measure on absolute returns. Very low dispersion means bars are small and uniform. Very high dispersion means a few outsized bars dominate and slippage risk can be elevated. The strategy allows the user to require the dispersion measure to remain inside a band that reflects healthy activity. Binary entropy of direction. Over the core window, the proportion of up closes is used to compute a simple entropy. Values near one indicate coin flip behaviour. Values near zero indicate one sided sequences. The guard requires entropy below a ceiling so that random directionality does not produce noise entries. An optional directional filter asks that a fast and a slow exponential average agree on direction and that their gap, when divided by an average true range, exceed a threshold. This filter can be enabled on symbols that trend cleanly and disabled when the composite entry is already selective enough. Risk sizing with symmetric spans Instead of fixed points or a pure ATR multiplier, the strategy sizes stops and targets from a pair of spans. The upward span reflects recent untraded distance above the market. The downward span reflects recent untraded distance below the market. Each span is floored by a fallback that comes from the maximum of a short simple range average and a standard average true range. A tick based floor prevents microscopic stops on instruments with high tick precision. An asymmetry cap prevents one span from becoming many times larger than the other. For long entries the stop is a multiple of the downward span and the target is a multiple of the upward span. For short entries the stop is a multiple of the upward span and the target is a multiple of the downward span. This creates a risk box that is symmetric by construction yet adaptive to recent voids and gaps. Execution, ties, and housekeeping Entries evaluate at bar close. Exits are tested from the next bar forward. If both stop and target are hit within the same bar, the outcome can be resolved in a consistent way that favors the stop or the target according to a single user setting. A short cooldown in bars prevents flip flops. Users can restrict entries to specific sessions such as London and New York. The chart renders entry, stop, and target lines for each trade so that every action is visible. The table in the top right shows trade counts, take profit and stop counts, win rate, average R per trade, and profit factor for the whole set and by direction. Defaults and responsible backtesting The default properties in the script use a realistic initial capital and commission value. Users should also set slippage in the strategy properties to reflect their broker and symbol. Small timeframe trading is sensitive to friction and the strategy description does not claim immunity to that reality. The strategy is intended to be tested on a dataset that produces a meaningful sample of trades. A sample in the range of a hundred trades or more is preferred because variance in short samples can be large. On thin symbols or periods with little regular trading, users should either change timeframe, change sessions, or use more selective thresholds so that the sample contains only liquid scenarios. Universal usage across markets The strategy is universal by design. It will run and produce lines on any open high low close series on TradingView. The composite entry is made of normalized parts. The regime guards use proportions and bounded measures. The spans use untraded distance and range floors measured in the local price scale. This allows the same logic to function on a currency pair, a commodity, an index future, a stock, or a crypto pair. What changes is calibration. A safe approach for universal use is as follows. Start with the default signal length and wick weight. If the chart prints many weak signals, enable the directional filter and raise the normalized gap threshold slightly. If the chart is too quiet, lower the adaptive percentile or, with adaptive off, lower the fixed pulse threshold by a small amount. If stops are too tight in quiet regimes, raise the fallback span multiplier or raise the minimum tick floor in ticks. If you observe long one sided days, lower the maximum entropy slightly so that entries only occur when directionality is genuine rather than alternating. Because the logic is bounded and local, these simple steps carry over across symbols. That is why the strategy can be used literally on any asset that you can load on a TradingView chart. The code does not depend on a specific tick size or a specific exchange calendar. It will still remain true that symbols with higher spread or fewer regular trading hours demand stricter thresholds and larger floors. Suggested parameter ranges for common cases These ranges are guidelines for one to five minute bars. They are not promises of performance. They reflect the balance between having enough signals to learn from and keeping noise controlled. Signal length between 18 and 34 for liquid commodities and large capitalization equities. Wick weight between 0.30 and 0.50 depending on whether you want reversal recognition or close momentum. Adaptive gate percentile between 85 and 93 when adaptive is enabled. Fixed threshold between 0.10 and 0.18 when adaptive is disabled. Use a non zero floor so very quiet periods still require some energy. Auction Balance Factor maximum near 0.70 for symbols with clear session bursts. Slightly higher if you prefer to include more balanced prints. Dispersion band with a lower bound near 0.18 and an upper bound near 0.68 for most session instruments. Tighten the band if you want to skip very bursty days or very flat days. Entropy maximum near 0.90 so coin flip phases are filtered. Lower the ceiling slightly if the symbol whipsaws frequently. Stop multiplier near one and take profit multiplier between two and three for a single target approach. Larger target multipliers reduce hit rate and lengthen holding time. These are safe starting points across commodities, currencies, indices, equities, and crypto. From there, small increments are preferred over dramatic changes. How to evaluate responsibly A clean chart and a direct test process help avoid confusion. Use standard candles for signals and exits. If you use a non standard chart type such as Heikin Ashi or Renko, do so only for visualization and not for the strategy’s signal computation, as those chart types can produce unrealistic fills. Turn off other indicators on the published chart unless they are needed to demonstrate a specific property of this strategy. When you post results or discuss outcomes, include the symbol, timeframe, commission and slippage settings, and the session settings used. This makes the context clear and avoids misleading readers. When you look at results, consider the following. The distribution of R per trade. A positive average R with a moderate profit factor suggests that exits are sized appropriately for the symbol. The balance between long and short sides. The HUD table separates the two so you can see if one side carries the edge for that symbol. The sensitivity to the tie preference. If many bars hit both stop and take profit, the market is chopping inside the risk box and you may need larger floors or stricter regime guards. The session effect. Session hours matter for many instruments. Align your session filter with where liquidity and volatility concentrate. Known limitations and honest warnings PulseGrid is not a guarantee of future profit. It is a systematic way to read short term structure and to size risk in a way that reflects recent path. It assumes that the data feed reflects the exchange reality. It assumes that slippage and spread are non zero and uses explicit commission and user provided slippage to approximate that. It does not place multiple targets. It does not trail stops. It is not a high frequency system and does not attempt to model queue priority or microsecond fills. On illiquid symbols or very short timeframes outside regular hours, signals will be less reliable. Users are responsible for choosing realistic settings and for evaluating whether the symbol’s conditions are suitable. First use checklist Load the symbol and timeframe you care about. If the instrument has clear sessions, turn on the session filter and select realistic London and New York hours or other sessions relevant to the instrument. Set commission and slippage in the strategy properties to values that match your broker or exchange. Run the strategy with defaults. Look at the HUD summary and the lines. Decide whether to enable the directional filter. If you see frequent reversals around the entry line, enable it and raise the normalized gap threshold slightly. Adjust the adaptive gate. If the chart floods, raise the percentile. If the chart starves, lower it or use a slightly lower fixed threshold. Adjust the fallback span multiplier and tick floor so that stops are never microscopic. Review per session performance. If one session underperforms, restrict entries to the better one. This simple process takes minutes and transfers to any other symbol. Why this script is private The source remains private so that the underlying method and its implementation details are not copied or republished. The description here is complete and self contained so that users can understand the purpose, originality, usage, and limitations without needing to inspect the source. Privacy does not change the strategy’s on chart behavior. It only protects the specific coding details. Guarantee and compliance statements This description does not contain advertising, solicitations, links, or contact information. It does not make performance promises. It explains how the script is original and how it works. It also warns about limitations and the need for realistic assumptions. The strategy is not investment advice and is not created only for qualified investors. It can be tested and used for educational and research purposes. Users should read TradingView’s documentation on script properties and backtesting. Users should avoid non standard chart types for signal computation because those produce unrealistic results. Users should select realistic account sizes and friction settings. Users should not post claims without showing the settings used. Closing summary PulseGrid is a compact framework for short timeframe trading that combines a composite entry built from multiple normalized bar features with a symmetric span model for risk. The entry adapts to volatility. The regime guards keep the strategy inactive when the tape is either too quiet or too erratic. The risk geometry respects recent untraded spans instead of arbitrary distances. The entire design is instrument agnostic. It will run on any symbol that TradingView supports and it will behave consistently across asset classes with modest tuning. Use it with a clean chart, realistic friction, and enough trades to make your evaluation meaningful. Use sessions if the instrument concentrates activity in specific hours. Adjust one control at a time and prefer small increments. The goal is not to find a magic parameter. The goal is to maintain a stable rule set that reads market structure in a way you can trust and audit.
Indicador Pine Script®
por exlux
HTF Cross Breakout [CHE] HTF Cross Breakout — Detects higher timeframe close crossovers for breakout signals, anchors VWAP for trend validation, and flags continuations or traps with visual extensions for delta percent and stop levels. Summary This indicator spots moments when the current chart's close price crosses a higher timeframe close, marking potential breakouts only when the current bar shows directional strength. It anchors a volume-weighted average price line from the breakout point to track trend health, updating labels to show if the move continues or reverses into a trap. Extensions add a dotted line linking the breakout level to the current close with percent change display, plus a stop-loss marker at the VWAP end. Signals gain robustness from higher timeframe confirmation and anti-repainting options, reducing noise in live bars compared to simple crossover tools. Motivation: Why this design? Traders often face false breakouts from intrabar wiggles on lower timeframes, especially without higher timeframe alignment, leading to whipsaws in volatile sessions. This design uses higher timeframe close as a stable reference for crossover detection, combined with anchored volume weighting to gauge sustained momentum. It addresses these by enforcing bar confirmation and directional filters, providing clearer entry validation and risk points without overcomplicating the chart. What’s different vs. standard approaches? Reference baseline Standard crossover indicators like moving average crosses operate solely on the chart timeframe, ignoring higher timeframe context and lacking volume anchoring. Architecture differences - Higher timeframe data pulls via security calls with optional repainting control for stability. - Anchored VWAP resets at each signal, accumulating from the breakout bar only. - Label dynamics update in real-time for continuation checks, with extensions for visual delta and stop computation. - Event-driven line finalization prunes old elements after a set bar extension. Practical effect Charts show persistent lines and labels that extend live but finalize cleanly on new events, avoiding clutter. This matters for spotting trap reversals early via label color shifts, and extensions provide quick risk visuals without manual calculations, improving decision speed in trend trades. How it works (technical) The indicator first determines a higher timeframe based on user selection, pulling its close price securely. It checks for crossovers or crossunders of the current close against this higher close, but only triggers on confirmed bars with matching directional opens and closes. On a valid event, a horizontal line and label mark the higher close level, while a dashed VWAP line starts accumulating typical price times volume from that bar onward. During the active phase, the breakout line extends to the current bar, the label repositions and updates text based on whether the current close holds above or below the level for bulls or bears. A background tint warns if the close deviates adversely from the current VWAP. Extensions draw a vertical dotted line at the last bar between the breakout level and close, placing a midpoint label with percent difference; separately, a label at the VWAP end shows a computed stop price. Persistent variables track the active state and accumulators, resetting on new events after briefly extending old elements. Repaint risk from security calls is mitigated by confirmed bar gating or user opt-in. Parameter Guide Plateau Length (reserved for future, currently unused): Sets a length for potential plateau detection in extensions; default 3, minimum 1. Higher values would increase stability but are not active yet—leave at default to avoid tuning. Line Width: Controls thickness of breakout, VWAP, and extension lines; default 2, range 1 to 5. Thicker lines improve visibility on busy charts but may obscure price action—use 1 for clean views, 3 or more for emphasis. +Bars after next HTF event (finalize old, then delete): Extends old lines and labels by this many bars before deletion on new signals; default 20, minimum 0. Shorter extensions keep charts tidy but risk cutting visuals prematurely; longer aids review but builds clutter over time. Evaluate label only on HTF close (prevents gray traps intrabar): When true, label updates wait for higher timeframe confirmation; default true. Enabling reduces intrabar flips for stabler signals, though it may delay feedback—disable for faster live trading at repaint cost. Allow Repainting: Permits real-time security data without confirmation offset; default false. False ensures historical accuracy but lags live bars; true speeds updates but can repaint on HTF closes. Timeframe Type: Chooses HTF method—Auto Timeframe (dynamic steps up), Multiplier (chart multiple), or Manual (fixed string); default Auto Timeframe. Auto adapts to chart scale for convenience; Multiplier suits custom scaling like 5 times current; Manual for precise like 1D on any chart. Multiplier for Alternate Resolution: Scales chart timeframe when Multiplier type selected; default 5, minimum 1. Values near 1 mimic current resolution for subtle shifts; higher like 10 jumps to broader context, increasing signal rarity. Manual Resolution: Direct timeframe string like 60 for 1H when Manual type; default 60. Match to trading horizon—shorter for swing, longer for positional—to balance frequency and reliability. Show Extension 1: Toggles dotted line and delta percent label between breakout level and current close; default true. Disable to simplify for basic use, enable for precise momentum tracking. Dotted Line Width: Thickness for Extension 1 line; default 2, range 1 to 5. Align with main Line Width for consistency. Text Size: Size for delta percent label; options tiny, small, normal, large; default normal. Smaller reduces overlap on dense charts; larger aids glance reads. Decimals for Δ%: Precision in percent change display; default 2, range 0 to 6. Fewer decimals speed reading; more suit low-volatility assets. Positive Δ Color: Hue for upward percent changes; default lime. Choose contrasting for visibility. Negative Δ Color: Hue for downward percent changes; default red. Pair with positive for quick polarity scan. Dotted Line Color: Color for Extension 1 line; default gray. Neutral tones blend well; brighter for emphasis. Background Transparency (0..100): Opacity for delta label background; default 90. Higher values fade for subtlety; lower solidifies for readability. Show Extension 2: Toggles stop-loss label at VWAP end; default true. Turn off for entry focus only. Stop Method: Percent from VWAP end or fixed ticks; options Percent, Ticks; default Percent. Percent scales with price levels; Ticks suits tick-based instruments. Stop %: Distance as fraction of VWAP for Percent method; default 1.0, step 0.05, minimum 0.0. Tighter like 0.5 reduces risk but increases stops; wider like 2.0 allows breathing room. Stop Ticks: Tick count offset for Ticks method; default 20, minimum 0. Adjust per asset volatility—fewer for tight control. Price Decimals: Rounding for stop price text; default 4, range 0 to 10. Match syminfo.precision for clean display. Text Size: Size for stop label; options tiny, small, normal, large; default normal. Scale to chart zoom. Text Color: Foreground for stop text; default white. Ensure contrast with background. Inherit VWAP Color (BG tint): Bases stop label background on VWAP hue; default true. True maintains theme; false allows custom black base. BG Transparency (0..100): Opacity for stop label background; default 0. Zero for no tint; up to 100 for full fade. Reading & Interpretation Breakout lines appear green for bullish crosses or red for bearish, extending live until a new event finalizes them briefly then deletes. Labels start blank, updating to Bull Cont. or Bear Cont. in matching colors if holding the level, or gray Bull Trap/Bear Trap on reversal. VWAP dashes yellow for bulls, orange for bears, sloping with accumulated volume weight—deviations trigger faint red background warnings. Extension 1's dotted vertical shows at the last bar, with midpoint label green/red for positive/negative percent from breakout to close. Extension 2 places a left-aligned label at VWAP end with stop price and method note, tinted to VWAP for context. Practical Workflows & Combinations For trend following, enter long on green Bull Cont. labels above VWAP with higher highs confirmation, filtering via rising structure; short on red Bear Cont. below. Pair with volume surges or RSI above 50 for bulls to avoid traps. For exits, trail stops using the Extension 2 level, tightening on warnings or gray labels—aggressive on continuations, conservative post-trap. In multi-timeframe setups, use default Auto on 15m charts for 1H signals, scaling multiplier to 4 for daily context on hourly; test on forex/stocks where volume is reliable, avoiding low-liquidity assets. Behavior, Constraints & Performance Signals confirm on bar close with HTF gating when strict mode active, but live bars may update if repainting enabled—opt false for backtest fidelity, true for intraday speed. Security calls risk minor repaints on HTF closes, mitigated by confirmation offsets. Resources cap at 1000 bars back, 50 lines/labels total, with event prunes to stay under budgets—no loops, minimal arrays. Limits include VWAP lag in low-volume periods and dependency on accurate HTF data; gaps or holidays may skew anchors. Sensible Defaults & Quick Tuning Defaults suit 5m-1H charts on liquid assets: Auto HTF, no repaint, 1% stops. For choppy markets with excess signals, enable strict eval and bump multiplier to 10 for rarer triggers. If sluggish in trends, shorten extend bars to 10 and allow repainting for quicker visuals. On high-vol like crypto, widen stop % to 2.0 and use Ticks method; for stables like indices, tighten to 0.5% and keep Percent. What this indicator is—and isn’t This is a signal visualization layer for breakout confirmation and basic risk marking, best as a filter in discretionary setups. It isn’t a standalone system or predictive oracle—combine with price structure, news awareness, and sizing rules for real edges. Disclaimer The content provided, including all code and materials, is strictly for educational and informational purposes only. It is not intended as, and should not be interpreted as, financial advice, a recommendation to buy or sell any financial instrument, or an offer of any financial product or service. All strategies, tools, and examples discussed are provided for illustrative purposes to demonstrate coding techniques and the functionality of Pine Script within a trading context. Any results from strategies or tools provided are hypothetical, and past performance is not indicative of future results. Trading and investing involve high risk, including the potential loss of principal, and may not be suitable for all individuals. Before making any trading decisions, please consult with a qualified financial professional to understand the risks involved. By using this script, you acknowledge and agree that any trading decisions are made solely at your discretion and risk. Do not use this indicator on Heikin-Ashi, Renko, Kagi, Point-and-Figure, or Range charts, as these chart types can produce unrealistic results for signal markers and alerts. Best regards and happy trading Chervolino
Indicador Pine Script®
por chervolino
1
Zark CRT Line/Marker Color & Style Meaning Previous Candle CRT Green (bullish) / Red (bearish) solid line Sweep confirmed on the previous candle Current Candle CRT Green (bullish) / Red (bearish) dashed line Sweep currently happening on the current candle Higher Timeframe CRT Orange dotted line Sweep from higher timeframe shown on lower timeframe chart Target Line Blue dashed line Opposite side of liquidity for potential price target Breaker Confirmed Aqua solid line (over previous/current CRT) Sweep confirmed with a break of a small swing CRT Invalidated Gray line Sweep no longer valid (price closed beyond sweep level) Full-Height HTF Divider Yellow vertical line Marks each higher timeframe bar for visual separation Labels White text on colored background Shows type (Prev/Curr/HTF) and exact price
Indicador Pine Script®
por Alexubc323
Regular Trading Hours Opening Range Gap (RTH ORG)### Regular Trading Hours (RTH) Gap Indicator with Quartile Levels **Overview** Discover overnight gaps in index futures like ES, YM, and NQ, or stocks like SPY, with this enhanced Pine Script v6 indicator. It visualizes the critical gap between the previous RTH close (4:15 PM ET for futures, 4:00 PM for SPY) and the next RTH open (9:30 AM ET), helping traders spot potential price sensitivity formed during after-hours trading. **Key Features** - **Standard Gap Boxes**: Semi-transparent boxes highlight the gap range, with optional text labels showing day-of-week and "RTH" identifier. - **Midpoint Line**: A customizable dashed line at the 50% level, with price labels for quick reference. - **New: Quartile Lines (25% & 75%)**: Dotted lines (default width 1) mark the quarter and three-quarter points within the gap, ideal for finer intraday analysis. Toggle on/off, adjust style/color/width, and add labels. - **High-Low Gap Variant**: Optional boxes and midlines for gaps between the prior close's high/low and the open's high/low—perfect for wick-based overlaps on lower timeframes (5-min or below recommended). - **RTH Close Lines**: Extend previous close levels with dotted lines and price tags. - **Customization Galore**: Extend elements right, limit historical displays (default: 3 gaps), no-plot sessions (e.g., avoid weekends), and time offsets for non-US indices. **How to Use** Apply to 15-min or lower charts for best results. Toggle "extend right" for ongoing levels. SPY auto-adjusts for its 4 PM close. Tested on major indices—enhance your gap trading strategy today! Questions? Drop a comment. Thanks to twingall for supplying the original code. Thanks to The Inner Circle Trader (ICT) for the logical and systematic application. 6 minutes ago Release Notes ### Regular Trading Hours (RTH) Gap Indicator with Quartile Levels **Overview** Discover overnight gaps in index futures like ES, YM, and NQ, or stocks like SPY, with this enhanced Pine Script v6 indicator. It visualizes the critical gap between the previous RTH close (4:15 PM ET for futures, 4:00 PM for SPY) and the next RTH open (9:30 AM ET), helping traders spot potential price sensitivity formed during after-hours trading. **Key Features** - **Standard Gap Boxes**: Semi-transparent boxes highlight the gap range, with optional text labels showing day-of-week and "RTH" identifier. - **Midpoint Line**: A customizable dashed line at the 50% level, with price labels for quick reference. - **New: Quartile Lines (25% & 75%)**: Dotted lines (default width 1) mark the quarter and three-quarter points within the gap, ideal for finer intraday analysis. Toggle on/off, adjust style/color/width, and add labels. - **High-Low Gap Variant**: Optional boxes and midlines for gaps between the prior close's high/low and the open's high/low—perfect for wick-based overlaps on lower timeframes (5-min or below recommended). - **RTH Close Lines**: Extend previous close levels with dotted lines and price tags. - **Customization Galore**: Extend elements right, limit historical displays (default: 3 gaps), no-plot sessions (e.g., avoid weekends), and time offsets for non-US indices. **How to Use** Apply to 15-min or lower charts for best results. Toggle "extend right" for ongoing levels. SPY auto-adjusts for its 4 PM close. Tested on major indices—enhance your gap trading strategy today! Questions? Drop a comment. Thanks to twingall for supplying the original code. Thanks to The Inner Circle Trader (ICT) for the logical and systematic application. +++ 2025.10.13 added new labels / fixed bugs
Indicador Pine Script®
por MadMonkTrading
SSMT [TakingProphets]SSMT (Sequential SMT) — multi-cycle intermarket divergence with quarter-based timing Purpose Informational overlay that detects intermarket SMT divergences between the chart symbol and a user-selected correlated symbol. It does not generate buy/sell signals and is not financial advice. Use it to structure analysis and alerts, not to automate trades. What it does Scans for SMT on five coordinated cycles: Micro, 90-Minute, Daily (Q1–Q4), Weekly, Monthly. Draws anchored lines and labels where divergences occur and keeps them after the period ends so you can use historical SMTs as context. Offers per-cycle alerts (high-side/bearish, low-side/bullish). Optional session/quarter boxes for timing context. Time base uses America/New_York to align with common session conventions (with a 17:00–18:00 ET pause guard for CME instruments). Why these modules belong together (more than a mashup) All cycles share a single time-partitioning framework (quarters/sessions → day → week → month). That common clock means: Comparability: divergences on Micro/90m/D/W/M are directly comparable because they’re computed with the same boundaries for both instruments. Sequencing: higher-cycle context can gate lower-cycle events (e.g., a Daily Q3 divergence framing how you treat a Micro divergence). Persistence: drawings retain the cycle identity (e.g., , ) so prior signals remain interpretable as the market progresses. This is a coherent engine—not separate indicators pasted together—because detection, labeling, alerts, and persistence are all driven by the same quarter/period state machine. How it works (high-level mechanics) Time partitioning Daily quarters (ET): Q1: 18:00–00:00 Q2: 00:00–06:00 Q3: 06:00–12:00 Q4: 12:00–18:00 90-Minute cycle: four 90-minute blocks inside the active session. Micro cycle: finer 20–22 minute blocks inside the session for granular timing. Weekly/Monthly: tracked by calendar periods (Mon–Fri, and calendar month). Pause guard: 17:00–18:00 ET to avoid false transitions during CME’s daily maintenance window. State tracking (per cycle) Tracks previous vs. current highs/lows for the chart symbol and the correlated symbol (fetched at the same timeframe). Maintains cycle IDs (e.g., year*100 + weekofyear for weekly) so drawings remain tied to the originating period. Divergence condition (SMT) High-side (bearish): one instrument makes a higher high vs. its previous period while the other does not. Low-side (bullish): one instrument makes a lower low vs. its previous period while the other does not. When detected, the script plots a labeled span/line (e.g., SSMT w/ES) and records it for persistence. Alerts Two per cycle: High-side (bearish) and Low-side (bullish). Fire on the bar where the condition first becomes true. Inputs & customization Correlated symbol (default can be an index future). Cycle toggles: Micro, 90m, Daily (Q1–Q4), Weekly, Monthly. Styling: line color/width, label text/size. Session/quarter boxes: on/off. Alerts: per-cycle SMT events on/off. How to use Add the indicator to your chart (e.g., NQ, ES) and select a correlated symbol. Turn on the cycles you want to monitor; optionally enable quarter/session boxes. Interpret SMTs by side: High-side (bearish): chart makes HH, correlated does not. Low-side (bullish): chart makes LL, correlated does not. Set alerts for the cycles that matter to your workflow. Combine with your higher-timeframe narrative and risk rules. Repainting, timing, and limitations Uses higher-timeframe data without look-ahead; values can update intrabar until the period closes. SMTs may form and resolve within a period; conservative users may wait for period close. Assumes America/New_York timing; very thin markets may yield fewer or noisier signals. SMT quality depends on the benchmark you select; correlations vary across regimes. Educational tool only. No performance claims; not a signal generator. Originality & scope (for protected/invite-only publications) A multi-cycle SMT engine built on a shared quarter/period state machine (Micro → 90m → Daily Q1–Q4 → Weekly → Monthly). Quarter-aware persistence keeps divergence drawings tied to their source cycle for durable context. CME pause handling and stable calendar IDs make detections consistent across sessions and rollovers. Implements SMT through extremum sequencing and cross-instrument comparison rather than wrapping generic divergence indicators.
Indicador Pine Script®
por TakingProphets
1
CRT [TakingProphets]CRT (Candle Range Theory) — HTF context overlay with alerts Purpose Informational overlay to structure higher-timeframe (HTF) context. It does not generate buy/sell signals and is not financial advice. Use it to organize analysis and alerts—not to automate trades. What it does Projects HTF candles (1m → 1M) on any lower timeframe so the big picture stays on the chart. Detects CRT transitions on the HTF (bullish/bearish “failed continuation” pattern). Evaluates SMT divergence vs. a user-selected correlated instrument on the same HTF (historical & real-time). Extends live HTF Open/High/Low/Close as developing reference levels. Concepts (what it looks for) Candle Range Theory (CRT) — a 3-bar HTF pattern where candle 2 fails to continue candle 1’s move: Bearish CRT: candle 2 trades above candle 1’s high but closes back inside candle 1’s range and does not break its low. Bullish CRT: candle 2 trades below candle 1’s low but closes back inside candle 1’s range and does not break its high. SMT divergence (intermarket) — compares HTF swing extremes between the chart symbol and a correlated symbol: Bearish SMT: one makes a higher high while the other does not. Bullish SMT: one makes a lower low while the other does not. Checked in two modes: historical (between the two last closed HTF bars) and real-time (last closed vs. current forming HTF bar). How the elements work together (integration, not a mashup) All modules share one HTF time base, so annotations describe the same segment of price action. The overlay produces an explicit context state by sequencing the modules in this order: HTF Projection → Structural Frame The last three HTF candles are drawn (bodies+wicks). This creates the “canvas” the rest of the logic references (ranges, highs/lows, and time boundaries). CRT Test → Directional Bias Candidate The script evaluates the 3-bar CRT conditions on those exact HTF candles (not lower-TF approximations). If conditions are forming on the current HTF bar, status is CRT Forming. If they complete on the close, status becomes CRT Confirmed (Bullish/Bearish). SMT Check → Confirmation/Stress-Test on the Same HTF Using the same HTF window, the tool compares swing progress with the correlated symbol. Historical SMT comments on whether the prior HTF segment’s push had intermarket agreement. Real-time SMT comments on the current forming push. This lets you confirm a CRT bias (e.g., Bearish CRT + Bearish SMT) or challenge it (e.g., Bullish CRT but Bearish SMT). Live HTF OHLC → Actionable Reference Levels The current HTF Open/High/Low/Close are extended as levels. These are the decision rails you’ll typically use to judge follow-through, failure, mitigation, or targets in the same CRT/SMT context. Resulting context states (what you’ll see in alerts/labels): Neutral (no CRT; SMT may still inform context). CRT Forming (monitor): HTF push is underway; watch real-time SMT into HTF High/Low/Close projections. CRT Confirmed (bias): HTF failure pattern locked; use projections as reference for continuation/invalidations. CRT + SMT Aligned (confluence): CRT direction agrees with SMT; strongest context. CRT vs. SMT Mixed (caution): bias exists but intermarket is disagreeing; treat levels as potential fade zones. Why this is not a mashup Every module is computed and plotted in the same HTF coordinate system, so signals are about one thing: the current HTF segment. CRT provides the bias hypothesis, SMT provides a cross-market test of that hypothesis in the same window, and live OHLC projections supply the exact levels used to act on or fade that hypothesis. Alerts are tied to state transitions (e.g., CRT forming → confirmed; SMT flip), not to unrelated features. Mechanics (high-level) HTF Projection: pulls HTF OHLC/time for the last three HTF bars and renders body boxes + wicks; optional time labels adapt to intraday vs D/W/M. CRT Labels: when the three-bar conditions are met, prints BULLISH CRT or BEARISH CRT on the HTF stack. SMT Lines: draws labeled diagonals across the relevant HTF pair for historical and real-time checks using your correlated symbol. Live Levels: extends the current HTF Open/High/Low/Close horizontally; anchors are deterministic (Open = first bar, High/Low = first occurrence, Close = current bar). Inputs & customization HTF timeframe: 1m–1M. Display: candle width/opacity, borders/wicks, time labels (12h/24h). SMT: enable/disable, correlated symbol, line style/width, optional labels. Projections: enable/disable, left extension (bars), per-level styling and price labels. Alerts: switches for CRT, SMT-historical, SMT-real-time. Alerts (workflow prompts) Bullish/Bearish CRT detected on the selected HTF. Bullish/Bearish SMT (historical) between the two last closed HTF bars. Bullish/Bearish SMT (real-time) between the last closed and current forming HTF bar. Suggested text includes the HTF and current context state so you know if CRT and SMT are aligned or mixed. Example use Bearish scenario: A Bearish CRT confirms on the 4H; soon after, real-time SMT (bearish) appears while price probes the projected 4H High. Context = CRT + SMT Aligned → treat the projected Open/Close as near-term objectives. Mixed scenario: A Bullish CRT forms on 1H, but historical SMT (bearish) printed in the prior segment. Context = Mixed → continue to monitor real-time SMT and projected Low for possible invalidation. Notes & limitations HTF values are provisional until the HTF bar closes; labels/lines can update while forming. SMT depends on the correlated symbol you select; relationships vary by market/regime. Session gaps/illiquid hours can distort extremes and time labels. Educational tool: no performance claims, no entry/exit signals. Originality & scope (for protected/invite-only publications) A unified HTF projection → CRT test → SMT check → live level pipeline that yields explicit context states instead of separate, unrelated overlays. Formal CRT detection performed on actual HTF bars (not lower-TF approximations). Dual-mode SMT tied to the same HTF windows (historical + real-time), plotted as labeled span lines. Deterministic OHLC projection (first-occurrence anchoring) to align decisions with the identified context. Attribution: CRT/SMT concepts inspired by ICT. Design, implementation, and alert framework by TakingProphets.
Indicador Pine Script®
por TakingProphets
Prophet Model [TakingProphets]The Prophet Model — context pipeline (HTF PDA → Sweep → CISD → EPE) with dynamic risk Purpose Informational overlay for organizing institutional context in real time. It does not issue buy/sell signals and is not financial advice. Use it to structure analysis and checklist-driven execution—not to automate decisions. What it does (modules at a glance) Projects HTF PD Arrays (FVGs) onto your current chart and maintains only the nearest active array. Validates directional bias using Candle Range Theory (CRT) on the same HTF. Tracks Liquidity Sweeps (BSL/SSL) on HTF-aware pivots. Confirms Change in State of Delivery (CISD) via displacement after a sweep. Optionally refines entries with EPE when a local (internal) imbalance forms right after CISD. Derives dynamic TP/BE/SL from measured displacement and recent extremes (not fixed distances). Keeps a rules checklist (PDA tap → CRT → Sweep → CISD) and a relationships table (common HTF↔LTF pairings) to enforce process. How it works (integration, not a mashup) The modules are sequenced on one HTF time base so each step gates the next: HTF PD Arrays (context zone). The model identifies valid HTF FVGs, filters tiny/weekend gaps, removes arrays that are invalidated by clean trades-through, and persists only the nearest PDA. This focuses attention on the institutional zone most likely to matter now. CRT (directional gating). CRT on the same HTF establishes a provisional bias. No entries are implied; CRT simply permits or forbids the following steps. If CRT disagrees with the PDA context, the checklist remains incomplete. Liquidity Sweep (event). The model tracks HTF-aware BSL/SSL pivots. A sweep only “counts” if it occurs in relation to the active PDA (tap/engagement). This prevents generic swing-high/low tags from triggering downstream logic. CISD (confirmation). After a qualified sweep, the tool looks for displacement through the sequence open (the open of the impulsive leg beginning at or immediately after the sweep). Crossing that threshold confirms CISD, which marks a structural delivery shift consistent with the CRT bias. EPE (refinement, optional). Immediately following CISD, the model scans for a fresh internal imbalance. If found quickly, it promotes that price area as the Easiest Point of Entry (EPE) and relabels the reference. If not, the CISD level remains primary. Dynamic risk levels. TP/BE/SL are derived from the measured displacement around the CISD leg (e.g., BE ≈ 1× leg, TP ≈ 2.25× stretch; SL aligned to nearby structural extremes rather than a fixed pip offset). Levels update with structure and can display prices. By chaining PDA → CRT → Sweep → CISD → (EPE) → Risk on a single HTF backbone, the tool creates a coherent workflow where later signals simply do not appear without earlier context. That’s why this is not a bundle of independent features: each module’s output is another module’s input. Concepts & operational rules (high level) HTF PD Arrays (FVGs) Uses a standard three-candle gap definition on the chosen HTF, with filters for weekend/tiny gaps. Inverse mitigation: if price trades cleanly through an array, the box is removed and internal state resets. Nearest-PDA persistence: when multiple arrays exist, only the closest remains visible to reduce clutter. Optional right-extension draws lingering influence X bars forward. Candle Range Theory (CRT) Bullish CRT: candle 2 wicks below candle 1’s low but closes back inside candle 1’s range, without taking its high. Bearish CRT: candle 2 wicks above candle 1’s high but closes back inside candle 1’s range, without taking its low. Role: bias validation paired to CISD when alignments match the active PDA. Liquidity Sweeps (BSL/SSL) Tracks candidate HTF pivots as buy-/sell-side liquidity. A sweep registers when price takes a tracked pivot in the vicinity of the active PDA. CISD (Change in State of Delivery) Finds the sequence open for the impulsive leg that begins at/after the sweep. Bearish path (after BSL sweep): CISD when close < sequence-open. Bullish path (after SSL sweep): CISD when close > sequence-open. On confirmation, the model plots a CISD line, checks the box in the Strategy Checklist, and triggers risk calc. EPE (Easiest Point of Entry) Within a short window after CISD, scans for a local imbalance; if present, promotes that level as EPE. If no imbalance forms, CISD remains the operative reference. Dynamic TP / BE / SL Built from the measured leg around CISD (not fixed pip steps). Approximate geometry: BE ≈ 1× leg, TP ≈ 2.25× leg; SL respects nearby structural extremes. Labels and price markers are optional. Architecture notes Maps the current chart to a higher timeframe (e.g., 15s→M5, M1→M15, M5→H1, M15→H4, H1→D, H4→W, D→M). Retrieves HTF OHLC/time with no lookahead so structures update intrabar until the HTF bar closes. Periodic cleanup clears obsolete lines/labels/boxes to keep charts responsive. Inputs (summary) FVGs/PD Arrays: show/hide, colors, borders, label size, right-extension, nearest-only toggle. CRT: enable/disable, label style. Sweeps/CISD/EPE: enable/disable, line/label styles, EPE window. Risk Levels (TP/BE/SL): enable each, price labels on/off, colors. Tables/Checklist: strategy checklist on/off; relationships table (common HTF↔LTF pairings); text sizes and header colors. Alerts (optional) You may add alertconditions aligned with these events in your own workspace: HTF PDA tap (bullish/bearish box) CRT detected (bullish/bearish) CISD confirmed (bullish/bearish) EPE set/updated Example messages: “Prophet: CISD confirmed on {{ticker}} / {{interval}}” “Prophet: EPE refined at {{close}} ({{time}})” Notes & limitations HTF values are provisional until the HTF bar closes; labels/levels can update while forming. CISD/EPE are live conditions; they can form and later invalidate within the same HTF bar. Liquidity relationships vary by market/regime; thin sessions and large gaps can affect clarity. Educational tool only. No performance claims; no trade signals. Originality & scope (for protected/invite-only publications) A single HTF-synchronized engine sequences PDA → CRT → Sweep → CISD → (EPE) and withholds later steps unless prerequisites are met. Nearest-PDA persistence and inverse-mitigation enforce focus on the most relevant institutional zone. Displacement-based risk math ties TP/BE/SL to structure instead of static offsets. Checklist + relationships table promote consistent, rules-first behavior and reduce discretionary drift. Attribution: Concepts inspired by ICT (PD arrays/FVGs, CRT, sweeps, displacement, refined entries). Design, integration logic, and risk framework by TakingProphets.
Indicador Pine Script®
por TakingProphets
HTF Candles [TakingProphets]HTF Candles — higher-timeframe structure, SMT divergence, and live OHLC projections Purpose Informational overlay to keep higher-timeframe (HTF) context visible on a lower-timeframe chart. It does not generate buy/sell signals and is not financial advice. Use it to structure analysis and alerts, not to automate trading. What it does HTF candle visualization (up to 10 candles, optional right-side offset) with bodies, wicks, and time labels. SMT divergence checks on the chosen HTF—both historical (last two completed HTF bars) and real-time (last closed vs. current forming bar) vs. a user-selected correlated symbol (default can be an index future). Live HTF OHLC projections: forward-extending Open / High / Low / Close from the current HTF bar with optional price labels and styling. HTF close timer (optional) to show when the active HTF candle ends. Why these modules belong together (more than a mashup) This overlay uses one HTF time base to align three lenses of the same context: Candle projection provides the structural frame (ranges and bodies of true HTF bars). SMT divergence provides intermarket confirmation/invalidations on that same HTF, so the divergence you see is directly comparable to the projected candles. Live OHLC projections turn the current HTF bar’s evolving state into concrete reference levels for intraday decisions. Because all three share the same HTF clock and data source, alerts and drawings change together when the HTF state actually changes. The intent is a coherent workflow tool where each module gates the others (structure → confirmation → actionable references), rather than separate indicators merely co-plotted. How it works (high-level) Timeframe mapping & data You choose an HTF (1m–1M). The script retrieves HTF OHLC/time without look-ahead. Objects update intrabar until the HTF bar closes. Candle rendering Up to 10 recent HTF candles are drawn as body boxes with wicks. A horizontal offset/spacing option places the stack right of the current price for clarity. Visuals (colors, transparency, borders, wick width, label size/format 12h/24h) are configurable. SMT divergence (historical & real-time) Compares HTF highs/lows of your chart vs. a correlated symbol using the same HTF. Bearish SMT (high-side): one makes a higher high while the other does not. Bullish SMT (low-side): one makes a lower low while the other does not. Historical mode compares HTF → HTF ; real-time mode compares HTF → HTF as the current HTF bar forms. Optional lines/labels mark where the divergence is detected. Live OHLC projections Extends the current HTF Open / High / Low / Close forward as horizontal lines. Anchors: Open = first bar of the HTF period; High/Low = first occurrence of each extreme inside the period; Close = current bar. Each level has independent toggles for price labels, style, and width. Alerts (workflow prompts) Bullish SMT, Bearish SMT, Bullish Real-time SMT, Bearish Real-time SMT. Fire on the bar where the condition first becomes true. Inputs & customization Timeframe: select HTF (1m–1M). Display: number of candles (1–10), right-offset, candle width, transparency, time labels on/off (12h/24h), label size, HTF close timer on/off. Visuals: bullish/bearish body colors, border color, wick color. SMT: enable/disable, correlated symbol, line style/width, labels on/off, alerts on/off. Projections: enable/disable, per-level toggles (Open/High/Low/Close), color/style/width, optional price labels. Notes & limitations HTF values are provisional until the HTF bar closes; lines/labels can update during formation. SMT usefulness depends on the correlated symbol you select; relationships vary by market/regime. Session gaps/low liquidity can affect extremes and time labels. Educational tool only. No performance claims and no trade signals. Originality & scope (for protected/invite-only publications) A single HTF-synchronized engine: candle projection, dual-mode SMT, and live OHLC projections all computed from the same HTF series to ensure consistent timing and interpretation. Real-time SMT explicitly ties the developing HTF bar to the prior closed bar, reducing ambiguity vs. generic divergence checks. Projection anchoring (first-occurrence rules for H/L, period start for Open, current bar for Close) provides deterministic, reproducible reference levels.
Indicador Pine Script®
por TakingProphets
SMMA Strategy [SMMA ULTIMATE]SMMA 21/50/200 + RSI — M5/M15 (Rule-marked entries & exits) Release Notes (EN) Version: 1.0 (Pine v6 — Indicator) Date: 14 Oct 2025 Type: Multi-TF overlay indicator with rule-based entry/exit markers and optional runtime alerts 🚀 Summary A disciplined multi-timeframe scanner for M5 and M15 that highlights rule-driven setups (R1…R4) around SMMA 21/50/200, RSI (buy > 52 / sell < 48), directional VWAP, volume, and ATR activity. It also simulates ATR-based TP/SL/Break-Even to provide immediate visual feedback and tags each trade idea with the origin rule. ✨ Highlights • Full MTF stack (M5 & M15) with dedicated series (price, volume, SMMA, ATR, VWAP, RSI) and lookahead_off to avoid repaint. • 4 modular entry rules (enable/disable independently): ◦ R1: Price crosses the max/min of SMMA(21/50/200) + RSI filter + market OK. ◦ R2: Touch of SMMA21 (pullback) + trend alignment + RSI + market OK. ◦ R3: Three candles impulse + engulfing reversal + RSI + market OK. ◦ R4: SMMA21/SMMA50 cross (structural momentum) + market OK. • Stackable filters (toggle): Trend (price vs SMMA200), Directional VWAP (price vs VWAP + slope), Volume (Vol > MA×k), ATR activity (ATR > MA(ATR,20)×k). • RSI thresholds: BUY if RSI > 52, SELL if RSI < 48 (per TF). • ATR exit simulation: SL = k×ATR, TP = k×ATR, Break-Even armed after ATR gain (return to entry → BE exit). • Clear rule tags: Entry/exit markers carry R1…R4 for immediate provenance. • Optional runtime alerts: Human-readable messages on entries and exits, per TF and rule. 🔧 Key Inputs General • Price source for display: chart candles / force regular / force Heikin Ashi. • Lengths: SMMA 21/50/200, RSI (14), ATR (14), Volume MA (20). • RSI thresholds: Buy > 52, Sell < 48. Filters (on/off) • Trend (price vs SMMA200). • Directional VWAP (price relative to VWAP and VWAP slope). • ATR activity gate. • Volume gate (Volume > MA×multiplier). Rules (on/off) • Enable R1/R2/R3/R4 individually. Exit simulation • Use ATR stops (SL/TP multipliers). • Break-Even (armed by ATR progress). Alerts • Enable runtime alerts to fire alert() at bar close. 🧠 Rule Logic (condensed) • R1 BUY/SELL: Cross of max/min(SMMA21,50,200) + RSI gate + all selected filters OK. • R2 BUY/SELL: Touch of SMMA21 + price aligned vs SMMA50/200 + RSI + filters OK. • R3 BUY/SELL: Three consecutive bars in one direction + engulfing opposite + RSI + filters OK. • R4 BUY/SELL: SMMA21/SMMA50 crossover + filters OK. Entry priority per TF: R1 > R4 > R2 > R3. 🔔 Runtime Alerts When enabled, the script emits close-of-bar alerts with TF and rule tag: • 🚀 M5/M15 ENTRY LONG (R#) • 🔻 M5/M15 ENTRY SHORT (R#) • ✅ M5/M15 EXIT TP (R#) • ❌ M5/M15 EXIT SL (R#) • 🟨 M5/M15 EXIT BE (R#) (You can still build custom UI alerts if you need additional combinations.) 🖼 Visuals • SMMA 21/50/200 and VWAP (green when price above, red below). • Plotshape per rule and exit type (TP/SL/BE) with R1…R4 tags on M5 and M15. • Optional Heikin Ashi for display (core MTF calculations remain consistent). 🔒 Robustness & No-Repaint Notes • All MTF request.security calls use lookahead_off. • Pattern logic (three bars, engulfing) is evaluated on bar close. • ATR/TP/SL/BE are indicator-level simulations using the chart’s H/L/Close (standard intrabar limitations). ⚠️ Limitations & Tips • This is an indicator, not a strategy: no orders are sent; exits are simulated for visualization. • Signals are generated on bar close. • MTF signals synchronize to the chart TF’s close, not intrabar ticks.
Indicador Pine Script®
por abrahamicard
VWAP + EMA + RSI + MACD Confluence (Options Trader)VWAP EMAs (9, 21, 50) RSI MACD and clear visual + alert signals for option-style entries (bullish = calls, bearish = puts). Here’s what it’ll do visually: ✅ Plot EMAs (9, 21, 50) ✅ Plot VWAP ✅ Show background color when confluence aligns for bullish or bearish entries ✅ Add optional alerts (so you can set triggers) ✅ Display RSI + MACD panels for confirmation Logic: Bullish (“Call”) signal: Price > VWAP and > EMA50 EMA9 > EMA21 MACD line > signal line RSI > 50 Bearish (“Put”) signal: Price < VWAP and < EMA50 EMA9 < EMA21 MACD line < signal line RSI < 50
Indicador Pine Script®
por O3MINION
Measured Pattern Move (Bulkowski) [SS]Hey everyone, This is the Measured Pattern Move using Bulkowski's process for measured move calculation. What the indicator does: The indicator has the associated measured move across 20 of the most common and frequent Bulkowski patterns, including: Double Bottom / Adam Eve Bottom Double Top / Adam Eve Top Inverse Head and Shoulders Bear Flag Bull Flag Horn Bottom Horon Top Broadening Top Descending Broadening Wedge Broadening Bottoms Broadening Tops Cup and Handle Inverted cup and handle Diamond Bottom Diamond Top Falling Wedge Rising Wedge Pipe Bottom Pipe Top Head and Shoulders It will calculate the measured move according to the Bulkowski process. What is the Bulkowski Process? Each move has an associated continuation percentage, which Bulkowski has studied, analyzed and concluded statistically. For example, Double tops have a continuation percent of 54%. Bear flags, 47%. These are "constants" that are associated with the pattern. Bulkowski applies them to the daily, but how I have formulated this, it can be used on all timeframes, and with the constant, it will correctly calculate the measured move of the pattern. What this indicator DOES NOT DO This indicator will not identify the pattern for you. I tried this using Dynamic Time Warping (DTW) using my own pre-trained Bulkowski model in R. I was successfully able to get Pinescript to calculate DTW which was amazing! But applying it to all these patterns actually went over the execution time limit, which is understandable. As such, you will need to identify the pattern yourself, then use this indicator to hilight the pattern and it will calculate the measured move based on the constant and the pattern range. Let's look at some examples: Use examples Double bottom / adam eve bottom on SPY on the 1-Minute chart Adam and Eve Double Bottom QQQ 1-Hour Chart Adam Eve Double Bottom MSFT Daily Chart Bearish Head and Shoulders Pattern MSFT Daily You get the point. How to use the indicator To use the indicator, identify the pattern of interest to you. Then, highlight the pattern using the indicator (it will ask you to select start time of the pattern and end time of the pattern). The indicator will then highlight the pattern and calculate the measured move, as seen in the examples above. Best approaches To make the most of the indicator, its best to draw out your pattern and wait for an actual break, the point of the break is usually the end of the pattern formation. From here, you will then apply this indicator to calculate the expected up or down move. Let me show you an example: Here we see CME_MINI:ES1! has made an Adam bottom pattern. We know the Eve should be forming soon and it indeed does: We mark the top of the pattern like so: Then we use our Measured move indicator to calculate the measured move: Measured move here for CME_MINI:ES1! is 6,510. Now let's see.... Voila! Selecting the Pattern After you highlight the selected pattern, in the indicator settings, simply select the type of pattern it is, for example "head and shoulders" or "Broadening wedge", etc. The indicator will then adjust its measurements to the appropriate constant and direction. Concluding remarks That is the indicator! It is helpful for determining the actual projected move of a pattern on breakout. Remember, it does not find the pattern for you , you are responsible for identifying the pattern. But this will calculate the actual TP of the pattern for you, without you having to do your own calculations. I hope you find it useful, I actually use this indicator every day, especially on the lower timeframes! And you will find, the more you use it, the better you get at recognizing significant patterns! If you are not aware of these patterns, Bulkowski lists all of this information freely accessible on his website. I cannot link it here but you can just Google him and he has graciously made his information public and free! That's it, I hope you enjoy and safe trades! Disclaimer This is not my intellectual property. The pattern calculations come from the work of Thomas Bulkowski and not myself. I simply coded this into an indicator using his publicly accessible information. You can get more information from Bulkowski's official website about his work and patterns.
Indicador Pine Script®
por Steversteves
1
Supertrend + RSI + StochasticSuperTrend + RSI + Stochastic Entry System A professional-grade trend-following indicator that combines SuperTrend direction detection with RSI and Stochastic confirmation filters to identify high-probability entry points. What It Does This indicator filters SuperTrend signals through multiple confirmation layers to reduce false signals and improve trade quality. Instead of taking every SuperTrend flip, it only signals when momentum indicators confirm the move. How It Works Entry Logic: LONG: SuperTrend flips bullish + RSI above 40 + Stochastic above 30 SHORT: SuperTrend flips bearish + RSI below 60 + Stochastic below 70 The system uses "in-zone" confirmation rather than requiring exact crossovers, allowing for more practical real-time trading. Key Features 1. RSI Bands (Visual Price Levels) Converts RSI levels into actual price bands on your chart Green band = RSI 40 level (long zone) Red band = RSI 60 level (short zone) Gray midline = neutral zone (RSI ~50) 2. Background Shading Subtle green tint = All conditions aligned for long entry Subtle red tint = All conditions aligned for short entry Helps you anticipate signals before they trigger 3. Enhanced Signal Labels Shows exact RSI and Stochastic values at signal trigger Displays as: "Buy RSI:42 K:35" Lets you assess signal strength 4. Flexible Filters Toggle long/short signals independently Enable/disable RSI filter Enable/disable Stochastic filter Show/hide RSI bands Show/hide setup background shading Settings SuperTrend Parameters: ATR Period (default: 10) ATR Multiplier (default: 3.0) Source (default: HL2) RSI Filter: RSI Length (default: 14) Long Level (default: 40) Short Level (default: 60) Stochastic Filter: Stochastic Length (default: 14) Smoothing (default: 3) Long Level (default: 30) Short Level (default: 70) Best Use Cases Trending markets with clear directional bias Medium to longer timeframes (10min+) Works particularly well for long-only strategies in bullish markets Ideal for swing trading and position trading How to Trade Wait for background to shade (setup building) When signal appears, check RSI/Stochastic values on label Stronger values = higher confidence trades Exit on opposite signal or use your own risk management Notes All filters are optional and can be toggled off Can be used as long-only or short-only by disabling one direction Combines trend-following with momentum confirmation for higher win rates Based on proven technical analysis principles
Indicador Pine Script®
por whosstyler
Trade-o-Scope: Plot Custom Data v2Meet — a major tool upgrade for plotting your own data on TradingView charts. Simple and intuitive input format, large volume limits, and robust plotting for your own datasets — forecasts, backtests, or external data and model outputs. You can apply/overlay other indicators from the TradingView catalog (such as Bollinger Bands, RSI, etc.) on top of custom data charts. The indicator you want to overlay must support selecting an input data source — i.e., have a dropdown where you can choose as the source. 🧩 How to use Simply select and copy two columns — with dates and values — from your spreadsheet (Excel, Google Sheets, etc.) and paste them into the indicator’s input field. The indicator will automatically process the input and plot your data on the chart. Example data: Date XYZ_value 2025-10-08 84.57 2025-10-01 80.66 2025-09-24 86.24 2025-09-17 84.76 📅 Supported date format The indicator recognizes standard international date formats commonly used in spreadsheets and data exports.  • ISO 8601 — "YYYY-MM-DD" or "YYYY-MM-DDThh:mm:ss" 2025-10-13 2025-10-13 14:30 2025-10-13 14:30:00 2025-10-13T14:30 2025-10-13T14:30:00  • RFC 2822 — "DD MMM YYYY" or "DD MMM YYYY hh:mm:ss" 13 Oct 2025 13 Oct 2025 14:30 13 Oct 2025 14:30:00 The time part is optional — if omitted, midnight (00:00:00) is assumed. By default, all date–time values are interpreted in the exchange timezone of the chart’s symbol, but you can select a different data timezone in the indicator settings if needed. 💡 Supported value format Integers (e.g., 12345, -12345) Decimals (e.g., 1234.56, -1234.56) The decimal separator must be a dot (.) Thousands separators are not supported ⚙️ Advanced Features Value Multiplier — scale your values by a chosen factor. Formatting Options — display values as price, percentage, or volume. Conditional Coloring — automatically change plot color based on thresholds. Plot Style Selection — choose from line, histogram, area, or column plots. Additional Visual References — enable fixed horizontal lines for better visual interpretation. 📝 General Notes Maximum input size: 40,960 characters (~1,500–3,000 rows depending on format). If an error occurs after pasting data, simply remove a few rows until it disappears.
Indicador Pine Script®
por Trade-o-Scope
Confluence Tiered Bullish Entries (MTF Trend Confirm)Draws only the key trendlines: previous day’s high/low, last completed 4H high/low, and last completed 1H high/low. Fires an alert the instant price touches any of those lines. Detects bullish Fair Value Gaps (early, as they form), then marks a confluence only when price revisits that FVG. Confirms with a volume spike + a green candle that closes near the bottom of its range (tunable). Labels entries as Tier 3 (one confluence), Tier 2 (two), or Tier 1 BUY (all three). Only shows those trendlines and bullish entry labels on chart.
Indicador Pine Script®
por traekiw