No-Progress Failure Map [AGPro Series]No-Progress Failure Map
🧠 Core Idea
Did price trigger a setup but fail to travel far enough afterward?
📌 Overview / What it does
No-Progress Failure Map is a post-trigger execution failure planner designed to evaluate whether an active setup is actually moving after it triggers, or simply stalling around the trigger area.
The script builds a progress window, maps a risk shelf, projects a minimum progress rail, tracks elapsed bars, measures distance travelled in ATR, evaluates candle efficiency, reads volume participation, and converts the result into a 0-100 Progress Score with a clear action state.
It does not predict price direction, automate trading, or print guaranteed entry or exit commands. Its purpose is to organize the question of progress versus failure after a trigger appears.
🎯 Purpose & Design Philosophy
This script was built for traders who do not want to judge a setup only at the moment it triggers.
Many setups look valid at first, but the real weakness appears later: price does not travel far enough, time passes, participation fades, or the trigger side is lost. This tool turns that hidden execution problem into a visible decision layer.
It supports a planning mindset: trigger, observe progress, evaluate time cost, check failure risk, and decide what deserves attention next.
⚡ Why This Script Is Different
Most tools focus on finding the trigger itself.
This script does NOT behave like a generic signal indicator, opening range failure tool, RSI failure swing detector, order-block map, support/resistance scanner, or broad regime dashboard.
Instead, it asks a narrower execution question: after a setup starts, is price travelling enough to keep the idea alive, or is the setup becoming a no-progress failure?
⚙️ Methodology
1. Context Detection
The script selects the evaluation side using Auto, Long Context, or Short Context. Auto mode follows trend and slope context.
2. Trigger Mapping
The planner starts a tracking window from a selected trigger model: Range Break, Impulse Close, or Trend Reclaim.
3. Progress Evaluation
It measures favorable travel, elapsed bars, close efficiency, relative volume, time decay, reclaim behavior, and risk shelf pressure.
4. Visual Output
It displays a stalled-move box, minimum progress rail, risk shelf, trigger line, event labels, alerts, and a compact AGPro panel.
🗺️ How to Read the Chart
Zones = the stalled-move box between the risk shelf and the minimum progress rail.
Labels = compact event markers for Trigger, No Progress, Reclaim, Travel OK, and Failed states.
Colors = teal marks accepted progress, pink/red marks failure or invalidation, amber marks stalled progress, and indigo marks active watch or recovery context.
Panel = summarizes Progress Score, Elapsed Bars, Distance Travelled, Failure Risk, and Action.
🚦 Signals & States
• Trigger → a new post-trigger progress window is active.
• Watch Progress → the setup is active but has not yet proven enough travel.
• Stalled → price has lost the trigger side or is not progressing cleanly.
• No Progress → the evaluation window matured without enough favorable travel.
• Reclaim → price recovered the trigger side after temporary loss.
• Travel OK → the setup reached the accepted progress threshold.
• Failed → the tracked setup crossed its risk shelf.
🔔 Alerts Logic
Alerts trigger when a new progress window starts, when no-progress failure risk appears, when travel is accepted, when a reclaim appears, or when the risk shelf is crossed.
Alerts are attention markers. They are not trade instructions, automated strategy commands, or certainty signals.
🧩 Confluence Logic
The strongest progress context appears when favorable travel, close efficiency, volume participation, time efficiency, and trigger-side control align.
When travel is weak and elapsed bars increase, the failure-risk reading rises. When the trigger side is lost and reclaimed, the script marks recovery context but does not treat it as certainty.
📊 When to Use
• After a breakout-style trigger appears.
• During continuation attempts that should show progress quickly.
• Around trend reclaim setups where follow-through matters.
• When a setup looks active but price remains trapped near the trigger.
• On liquid markets where ATR and relative volume are meaningful.
⚠️ When NOT to Use
• Extremely low-liquidity markets with unreliable candles or volume.
• Very noisy micro-timeframes where trigger-side loss is frequent.
• News-driven volatility spikes where ATR expands suddenly.
• Symbols where volume data is missing or not useful.
• As a standalone reason to enter, exit, or size a trade.
🎛️ Key Inputs
• Evaluation Side → controls Auto, Long Context, or Short Context.
• Trigger Model → selects Range Break, Impulse Close, or Trend Reclaim activation.
• Evaluation Window Bars → defines how long the setup has to show minimum progress.
• Minimum Progress ATR → defines the expected favorable travel threshold.
• Progress Accepted ATR → defines stronger follow-through.
• Risk Shelf Buffer ATR → controls invalidation distance around the initial shelf.
• Visual Settings → control boxes, rails, prior boxes, labels, panel location, theme, and font sizes.
🖥️ Interface & Visual Design
The interface is chart-first.
The stalled-move box is the primary visual object and contains a centered progress meter. Rails show trigger, risk, and progress references without turning the chart into a crowded level map.
The panel follows the AGPro publication layout with a single merged blue title row, adjustable location, adjustable theme, and adjustable font size.
🧪 Practical Usage Workflow
1. Read the panel state and Progress Score.
2. Check whether price is travelling beyond the minimum progress rail.
3. Review elapsed bars versus the evaluation window.
4. Watch for No Progress, Reclaim, Travel OK, or Failed labels.
5. Interpret the output inside broader market structure and risk context.
🔍 Interpretation Guidelines
A high Progress Score means the setup is moving efficiently relative to this rule set. It does not mean price must continue.
A No Progress label means the setup has not travelled enough after the selected trigger. It does not guarantee failure, but it highlights weakening execution quality.
A Failed state means the mapped risk shelf was crossed. It should be read as rule-based invalidation context, not as financial advice.
🚫 What This Script Is NOT
• Not a prediction engine.
• Not financial advice.
• Not auto trading.
• Not guaranteed signals.
• Not a buy/sell signal service.
• Not an opening range failure tool.
• Not an RSI failure swing detector.
• Not a generic support/resistance or order-block map.
⚠️ Limitations & Transparency
Progress quality depends on the selected trigger model, lookback, ATR length, timeframe, and market conditions.
Different symbols may produce different volume behavior. High volatility can expand the tracking box quickly, while low volatility can make progress thresholds harder to interpret.
The script is rule-based and should be used as an analytical planning layer, not as a complete trading system.
🧠 Market Context Notes
No-progress behavior is often a time and efficiency problem, not just a price-level problem.
A setup can trigger, remain technically alive, and still become unattractive if it fails to move far enough while time passes. This script makes that condition visible.
🧾 Use Case Examples
When price breaks a recent range but remains near the trigger after the evaluation window, the map can mark No Progress and increase failure risk.
When price loses the trigger side and then reclaims it, the script can mark Reclaim so the user can review whether recovery is meaningful.
When price travels beyond the accepted progress threshold with efficient closes, the panel can move toward Travel OK context.
🧱 System Philosophy
No-Progress Failure Map follows the AGPro decision-engine approach: the script should help users evaluate context, quality, risk, progress, and next action without promising an outcome.
The goal is not to add another signal. The goal is to make post-trigger progress easier to judge.
🔐 Non-Promise Statement
No script can guarantee direction, continuation, reversal, or outcome.
This tool provides structured chart context only.
📉 Risk Disclosure
Trading involves risk.
Users are responsible for their own analysis, risk controls, position sizing, and trading decisions.
This script does not provide financial advice, investment advice, or guaranteed trading outcomes.
📚 Educational Note
Use the script to study how triggered setups behave after activation. The most useful reading comes from comparing progress, elapsed bars, risk shelf behavior, and broader market context.
Indicator
Breakeven Review Planner [AGPro Series]Breakeven Review Planner
🧠 Core Idea
Has the move progressed enough to review breakeven protection, or is the context still too early, weak, or exposed?
📌 Overview / What it does
Breakeven Review Planner is a trade-management overlay designed to evaluate post-activation move progress. Instead of asking users to manually draw a full entry, stop, and take-profit plan, the script detects a qualified directional move, anchors an activation reference, builds a structural invalidation shelf, and measures live R progress from that context.
The output is a clean breakeven review workflow: a BE review zone, activation reference, invalidation shelf, current R reading, trend-support state, pullback-risk state, event labels, alerts, and a premium AGPro panel.
It does not predict price direction, place trades, calculate position size, build a take-profit ladder, or tell users to move a stop. Alerts and labels are attention markers for review context only.
🎯 Purpose & Design Philosophy
This script was built for traders who already manage active moves and need a cleaner way to evaluate whether the move has earned a breakeven review.
The gap it fills is not pre-trade risk/reward planning. AGPro already has tools for that. This script focuses on the management phase after a move is active: progress, structure, trend support, and pullback risk.
The design supports a disciplined review mindset. It helps users read whether the chart has built enough progress to deserve attention without turning that review into an automated instruction.
⚡ Why This Script Is Different
Most risk/reward tools focus on manual entry, stop-loss, targets, position sizing, and breakeven probability.
This script does NOT build a full trade plan, does NOT create TP ladders, and does NOT tell users to move a stop.
Instead, it watches the live chart for a qualified management context, scores the move's progress toward a breakeven review threshold, and keeps the user focused on whether the current structure is strong, weak, stale, or invalidated.
⚙️ Methodology
1. Context Detection
The script detects directional activation when price escapes recent structure with enough ATR-normalized impulse, candle commitment, close-location quality, and trend support.
2. Reference Mapping
After activation, the script anchors an activation reference and builds an invalidation shelf from the latest confirmed swing plus an ATR buffer.
3. Reaction Evaluation
The engine measures current R, best favorable R, trend support, candle quality, volatility fit, and pullback depth after progress.
4. Visual Output
The chart displays the BE review zone, progress fill, context lines, event labels, candle tint, alerts, and the AGPro panel.
🗺️ How to Read the Chart
Zones = the BE review area around the configured R trigger. It is a review zone, not a command.
Labels = context markers such as armed context, progress milestones, BE review, pullback watch, stale context, and invalidation.
Colors = teal for bullish-supported context, pink for bearish or invalid context, amber for caution, and indigo for breakeven review focus.
Panel = the current decision cockpit. It shows Review Score, Current R, BE Trigger, Progress State, Trend Support, and Action.
🚦 Signals & States
• Bull Context Armed → a bullish management context was activated after structure escape.
• Bear Context Armed → a bearish management context was activated after structure escape.
• BE Review Active → current progress reached the configured R threshold for breakeven review.
• Review + Pullback → price reached review progress but has pulled back enough to require closer attention.
• Stale → the context spent too many bars without enough progress.
• Invalidated → price reached the structural invalidation shelf.
🔔 Alerts Logic
Alerts trigger when a new management context activates, the BE review zone is reached, the review quality is high, pullback risk increases after review progress, the invalidation shelf is reached, or the context becomes stale.
Alerts are attention markers. They are not trading instructions, broker actions, or automated stop-management commands.
🧩 Confluence Logic
The strongest review context appears when R progress, trend support, candle close quality, controlled pullback depth, and normal volatility fit align.
When these conditions align, the Review Score rises and the panel state becomes easier to interpret.
📊 When to Use
• Active directional moves after structure expansion
• Trend continuation environments
• Breakout follow-through review
• Trade-management review after favorable progress
• Charts where users want R-style context without a full manual RR planner
⚠️ When NOT to Use
• Very low-liquidity symbols
• Extremely noisy ranges
• News shock candles with distorted ATR behavior
• Non-standard chart types that alter candle structure
• Situations where the user needs exact broker-level stop management
🎛️ Key Inputs
• Sensitivity → changes how quickly or strictly the script activates a management context.
• Structure Lookback → controls the recent structure boundary used for activation.
• BE Review Trigger (R) → sets the R threshold for review-zone activation.
• Invalidation Shelf Buffer ATR → controls how much ATR padding is added beyond the latest swing.
• Pullback Warning Depth (R) → controls when post-review pullback risk is marked.
• Visual settings → control labels, zones, progress fill, line extension, candle tint, and object limits.
• Panel settings → control panel visibility, location, theme, and font size.
🖥️ Interface & Visual Design
The panel follows the AGPro public-release standard with one merged blue header row containing only the script name.
The chart is designed to stay active but not crowded. It uses a single review zone, clean context lines, a subtle progress fill, and capped event labels.
Label and panel font sizes are adjustable, with Normal as the default.
🧪 Practical Usage Workflow
1. Read the panel Review Score and Progress State.
2. Check whether price is below, inside, or beyond the BE review zone.
3. Compare Current R with best favorable R to understand whether progress is expanding or pulling back.
4. Confirm whether trend support is still aligned.
5. Treat alerts as review prompts, not as automated trade actions.
🔍 Interpretation Guidelines
A high score means the move has progressed toward the review zone with stronger internal structure according to the script's rules.
A low score means the move is early, weak, stale, pulling back, or structurally invalidated.
The most useful interpretation comes from reading score, state, trend support, and invalidation together instead of relying on a single label.
🚫 What This Script Is NOT
• Not a prediction engine
• Not financial advice
• Not auto trading
• Not guaranteed signals
• Not a position sizing calculator
• Not a manual risk/reward visualizer
• Not a take-profit planner
⚠️ Limitations & Transparency
The activation model is rule-based and depends on recent structure, ATR, candle behavior, and trend filters.
Different timeframes can produce different activation references and invalidation shelves.
Fast volatility expansion can make R progress move quickly, while low volatility can keep contexts stale.
No rule-based tool can know a user's actual broker order, risk tolerance, or execution plan.
🧠 Market Context Notes
Breakeven review is most useful when progress, structure, and volatility are read together.
A move can reach a review zone while still having weak trend support or heavy pullback risk.
The script is designed to keep those differences visible.
🧾 Use Case Examples
When price breaks recent structure, trend support is aligned, and current R approaches the BE review threshold, the panel may shift from Building to Approaching Review.
When current R reaches the configured BE trigger and the score is strong, the script marks the review zone and can trigger a high-quality review alert.
When best favorable R was strong but current R pulls back by the configured amount, the script marks Pullback Watch instead of treating the move as automatically healthy.
🧱 System Philosophy
The AGPro approach is to turn chart information into structured decision context.
This script follows that philosophy by converting move progress into a clean review framework: activation, invalidation, R progress, trend support, pullback risk, and next review state.
🔐 Non-Promise Statement
This script does not provide certainty.
It does not guarantee that a breakeven review will improve trade outcome.
It only organizes the conditions that may make breakeven review context more visible.
📉 Risk Disclosure
Trading involves risk.
Users are responsible for their own analysis, execution, risk management, and decisions.
This script is for educational and analytical purposes only and does not provide financial advice.
📚 Educational Note
Use the tool to study how active moves progress, stall, pull back, or invalidate around a structured management threshold.
Indicator
Choppiness Setup Planner [AGPro Series]Choppiness Setup Planner
🧠 Core Idea
Is this choppy market still a no-trade environment, or has it matured into a valid setup with defined risk, invalidation, and targets?
📌 Overview / What it does
Choppiness Setup Planner is a planner-style overlay built for one of the most common decision problems in technical analysis: what should a trader do when price is trapped inside a choppy range, but pressure starts building near the edge?
The script detects no-trade chop conditions, builds a decision range around the active structure, scores setup quality from 0 to 100, and turns a mature range release into a clear planning map with invalidation and target levels. Instead of only saying "the market is choppy," it answers whether the setup is still avoidable, preparing, weak, valid, active, or invalidated.
The cleanest visual use case is higher-timeframe planning. Weekly and daily charts allow the full range-to-plan lifecycle to breathe: no-trade structure, preparation, release, target, and invalidation can all be read without the chart feeling crowded.
It does not automate execution, predict future price, or replace personal trade selection. It is an analytical planner designed to organize context, risk, and next-action state directly on the chart.
🎯 Purpose & Design Philosophy
This script was built because many market-state tools show information without helping the user make a decision. A Choppiness Index value, ADX filter, or range box can be useful, but those outputs often stop before the practical question: what now?
Choppiness Setup Planner fills that gap by connecting chop detection with a structured planning workflow. It is intended for discretionary traders, breakout traders, and range-to-expansion traders who want to avoid low-quality noise while preparing for stronger releases from mature ranges.
The design philosophy is simple: first protect attention, then qualify the setup, then map risk only when the structure deserves it.
⚡ Why This Script Is Different
Most tools focus on detecting chop, drawing a box, or marking a breakout.
This script does NOT act like a generic signal indicator, generic support/resistance tool, or simple Choppiness Index panel.
Instead, it turns a choppy market into a decision sequence:
1. Detect the no-trade environment.
2. Track range age and pressure.
3. Grade setup validity with a 0-100 score.
4. Define the next action state.
5. Map invalidation and targets only after a valid release.
That makes the script closer to a decision engine than a visual marker. It is also intentionally separated from manual position planners: users do not enter their own position parameters. The script derives its planning levels from the detected chop range and the release quality model.
⚙️ Methodology
1. Context Detection
The engine blends Choppiness Index, directional weakness, path efficiency, range tightness, wick noise, and volatility behavior to determine whether the market is inefficient enough to qualify as a no-trade chop environment.
2. Reference Mapping
When chop persists long enough, the script builds a decision range around the active structure. This range is not a generic support/resistance zone; it is a planning container for the current no-trade condition.
3. Reaction Evaluation
The script evaluates whether pressure is improving through range age, chop release, ADX lift, path-efficiency improvement, ATR lift, edge pressure, candle body quality, close quality, and optional volume participation.
4. Visual Output
The chart displays the no-trade ribbon, decision range box, centered zone label, preparation markers, valid plan markers, weak-release markers, invalidation level, target levels, and a compact AGPro planner panel.
🗺️ How to Read the Chart
Zones represent the active no-trade decision range. A centered label inside the box shows whether the structure is still a no-trade zone or has moved into preparation mode.
Labels represent state changes. PREP marks a mature range with improving setup quality. PLAN UP and PLAN DN mark valid releases. SKIP marks a release that happened but failed the minimum plan-quality threshold. T1, T2, and INVALID track the active plan lifecycle.
Colors follow the AGPro state palette. Teal is used for stronger upside planning states, pink for downside or invalidation states, amber for caution and no-trade states, and indigo for preparation/readiness.
The panel shows Setup Quality, Next Action, Chop / Ready, Range Age, Invalidation, and Targets.
🚦 Signals & States
• Avoid: Chop → the market is inefficient and still belongs in no-trade mode.
• Prepare: Edge Watch → the range has matured and internal readiness is improving.
• Skip: Low Quality → price released from the range, but the quality score was not strong enough.
• Track Upside Plan → upside release met the minimum valid plan score.
• Track Downside Plan → downside release met the minimum valid plan score.
• Manage: T1 Reached → the active plan reached its first target level.
• Review: T2 Reached → the active plan reached its second target level.
• Reset: Invalidated → the active plan crossed its invalidation level.
🔔 Alerts Logic
Alerts are available for preparation state, valid upside plan, valid downside plan, weak release, Target 1 reached, Target 2 reached, and invalidation.
Each alert is an attention marker. Alerts are not trade instructions, not automation rules, and not execution commands.
🧩 Confluence Logic
The setup becomes stronger when a mature chop range aligns with improving readiness, edge pressure, candle body participation, release distance, and optional volume participation.
When these components align, the script can convert the release into a valid plan. When price releases without enough score, the script marks the event as SKIP instead of treating every breakout as useful.
📊 When to Use
• Choppy markets where the user needs a no-trade filter.
• Weekly, daily, and 4H planning where range structure matters more than micro-noise.
• Mature ranges that may be preparing for expansion.
• Breakout-preparation workflows.
• Range-to-trend transition monitoring.
• Symbols where invalidation and target structure should be visible before acting.
⚠️ When NOT to Use
• Extremely illiquid markets with unreliable candles.
• Symbols where volume data is misleading, unless volume participation is disabled.
• News-driven spikes where a single candle can distort range logic.
• Very low timeframes with excessive spread noise.
• Scalping workflows that require rapid-fire signals instead of structural planning.
• Markets where the user has no broader context for trend, liquidity, or session behavior.
🎛️ Key Inputs
• Choppiness Length → controls the chop-detection backbone.
• Decision Range Length → controls how the active no-trade range is framed.
• Minimum Range Age → controls how long chop must persist before planning begins.
• Preparation Threshold → controls when the range moves from avoid mode to preparation mode.
• Minimum Valid Plan Score → controls how selective valid plan labels should be.
• Release Buffer ATR → controls how far price must move beyond the range boundary.
• Invalidation Buffer ATR → controls the distance behind the released boundary used for invalidation.
• Target 1 / Target 2 R Multiples → control target projection from the plan risk.
• Panel Location / Theme / Font Size → control the AGPro panel interface.
• Label Font Size / Cooldown / Maximum Visible Labels → control chart readability.
🖥️ Interface & Visual Design
The interface is designed around fast decision reading. The chart carries the range box, no-trade ribbon, centered zone label, event labels, and active risk/target levels. The panel summarizes the same workflow without becoming a large dashboard.
The first panel row follows the AGPro standard: one merged blue header row containing only the script name.
Visual density is intentionally moderate. The chart should not look empty, but it should also avoid crowded signal spam.
🧪 Practical Usage Workflow
1. Read the panel.
Check Setup Quality and Next Action first.
2. Check the decision range.
If the box says NO-TRADE, the structure is still inefficient. If it says PREP, the range is maturing.
3. Evaluate the release.
A valid PLAN label means the release met the quality threshold. A SKIP label means the release was not strong enough.
4. Review invalidation and targets.
When a plan is active, use the plotted levels to understand structure, not as automatic orders.
5. Confirm broader context.
Combine the planner output with trend, liquidity, timeframe, session, and personal execution rules.
For publication screenshots, higher-timeframe examples are usually the cleanest because they show the complete planning sequence without compressing labels and boxes into a noisy layout.
🔍 Interpretation Guidelines
Think in states, not isolated signals.
NO-TRADE protects attention.
PREP means the market is becoming more interesting.
PLAN means the release has enough structure to track.
SKIP means the release happened but did not earn quality.
INVALID means the plan lost its structural premise.
🚫 What This Script Is NOT
This script is not a prediction engine.
It is not financial advice.
It is not auto trading.
It is not guaranteed signals.
It is not a strategy tester.
It is not a replacement for independent analysis.
⚠️ Limitations & Transparency
The script is rule-based and depends on selected inputs, timeframe, volatility, and available market data.
Different symbols and sessions can produce different behavior. Low liquidity, sudden volatility shocks, and abnormal gaps can reduce the usefulness of range-based planning.
Volume participation is optional because volume quality differs across markets and feeds.
🧠 Market Context Notes
Chop is not always weakness. Sometimes it is absorption, sometimes indecision, and sometimes simple noise. The script does not claim to know the cause. It organizes the observable structure so the user can decide whether the environment is worth attention.
🧾 Use Case Examples
When price spends several bars inside a tight inefficient range and the panel says Avoid: Chop, the script is acting as a no-trade filter.
When the range matures and the centered label changes to PREP, the script is showing that pressure has improved enough to monitor the edge.
When price releases and receives PLAN UP or PLAN DN, the script maps invalidation and targets from the structure.
When price releases but receives SKIP, the script is saying the event did not meet the model's quality threshold.
On weekly charts, a single valid plan can show the entire decision chain: range maturity, preparation, release, target reaction, and invalidation. This is the strongest showcase environment for the script.
🧱 System Philosophy
AGPro tools are built around structured decision support: define the condition, score the quality, map the relevant structure, and keep the chart readable.
Choppiness Setup Planner follows that philosophy by turning a noisy no-trade environment into a cleaner decision workflow.
🔐 Non-Promise Statement
No script can provide certainty.
No score guarantees follow-through.
No label guarantees an outcome.
📉 Risk Disclosure
Trading involves risk. Market conditions can change quickly, planned setups can fail, and losses can occur. This script is provided for educational and analytical use only. It does not provide financial advice or guaranteed trading outcomes. Users remain responsible for their own analysis, decisions, risk management, and execution.
📚 Educational Note
Use this script to study how choppy markets mature, how range releases differ in quality, and how invalidation and target logic can be organized visually before a decision is made. Indicator
1-2-3 Reversal Map [AGPro Series]1-2-3 Reversal Map
🔹 OVERVIEW
1-2-3 Reversal Map is a focused PulseWire overlay built for traders who want a clean, structured way to follow one of the most recognizable reversal formations in price action: the confirmed 1-2-3 reversal.
This tool maps the full life cycle of a 1-2-3 structure. It identifies the confirmed swing sequence, marks Point 1, Point 2, and Point 3, projects the neckline from Point 2, evaluates the neckline break, and highlights the retest pocket after confirmation. The goal is not to fill the chart with generic reversal signals. The goal is to make the actual 1-2-3 process easier to see, compare, and track.
The script is designed around visual clarity. The latest active structure stays readable through numbered swing labels, restrained guide lines, a clearly identified neckline, and a concept-specific retest pocket. The panel then summarizes the current stage, neckline status, retest status, and reversal score in a compact AG Pro layout.
🔹 WHAT MAKES IT DIFFERENT
Most reversal tools try to do too many things at once. They mix candle patterns, double tops, double bottoms, head and shoulders structures, failed breakouts, generic support and resistance zones, trend filters, and broad reversal markers into one crowded chart.
1-2-3 Reversal Map takes a more disciplined approach. It stays inside one lane: the confirmed 1-2-3 reversal sequence.
The script does not mark every possible turning point. It waits for a defined swing chain:
1. Point 1 establishes the original swing extreme.
2. Point 2 forms the neckline reference.
3. Point 3 confirms that price has created a structurally relevant retracement.
4. The neckline break turns the structure from a setup into a confirmed map.
5. The retest pocket shows where the broken neckline can be evaluated again.
This creates a cleaner workflow than broad reversal scanners. Instead of asking the chart to show everything, the script asks one focused question: has a valid 1-2-3 structure progressed from swing formation to neckline break and retest behavior?
🧭 WHY THIS DOES NOT OVERLAP WITH OTHER AGPRO TOOLS
This script was intentionally built to avoid overlapping with other AGPro public tools.
It is not a broad reversal pattern scanner. It does not combine double top, double bottom, head and shoulders, inverse head and shoulders, wedge, or candle-pattern logic. It focuses only on the 1-2-3 reversal sequence.
It is not a Turtle Soup or failed-breakout tool. It does not begin with a failed range break or liquidity sweep. Its starting point is a confirmed three-point swing structure.
It is not a wedge reversal tool. It does not evaluate converging trendlines, compression geometry, or wedge breakout behavior.
It is not a generic support and resistance map. The rectangle is not a general zone engine. It is a neckline retest pocket that appears only after a valid 1-2-3 neckline break.
It is not a breakout dashboard. Breakout logic exists only as one stage inside the 1-2-3 reversal process.
This makes the script narrow enough for a differentiated AGPro release while still being visually useful and searchable for traders who specifically look for 1-2-3 reversal structure, neckline break, and retest confirmation workflows.
⚙️ METHODOLOGY
The script uses confirmed pivot structure to define each 1-2-3 sequence.
For a bullish 1-2-3 structure:
- Point 1 is a confirmed swing low.
- Point 2 is the recovery swing high and neckline reference.
- Point 3 is a higher low that holds above Point 1.
- The neckline break requires price to close beyond Point 2 with a configurable ATR buffer.
- The retest pocket is projected around the broken neckline after confirmation.
For a bearish 1-2-3 structure:
- Point 1 is a confirmed swing high.
- Point 2 is the reaction swing low and neckline reference.
- Point 3 is a lower high that holds below Point 1.
- The neckline break requires price to close beyond Point 2 with a configurable ATR buffer.
- The retest pocket is projected around the broken neckline after confirmation.
The reversal score is structure-native. It evaluates:
- P1-P2 leg size relative to ATR
- Point 3 hold quality
- P3 retracement balance
- Timing symmetry between structure legs
- Break distance beyond the neckline
- Break candle body quality
- Close location inside the break candle
- Optional volume participation
The score is not designed as a prediction model. It is a ranking layer for comparing the quality of structures that meet the script's own rules.
📊 PANEL
The AG Pro panel is built to keep the structure status readable without forcing the user to interpret every chart object manually.
Panel rows:
- Stage: shows whether the structure is waiting, armed, broken, retested, expired, or invalidated.
- Neckline Break: shows whether the neckline has been confirmed.
- Retest: shows whether the retest pocket is inactive, being watched, or held.
- Reversal Score: shows the current 0-100 score and quality grade.
The panel uses the AGPro standard format:
- One merged blue header row
- Only the script name in the first row
- Adjustable panel location
- Adjustable panel theme
- Adjustable panel font size
🎛️ KEY INPUTS
Pivot Left Bars / Pivot Right Bars:
Controls how mature the swing points must be before the 1-2-3 structure can form. Higher values create fewer and cleaner structures. Lower values make the script more responsive.
Minimum P1-P2 Leg ATR:
Filters out small structures by requiring a minimum distance between Point 1 and Point 2.
Minimum Point 3 Hold ATR:
Defines how much Point 3 must hold relative to Point 1. This helps separate valid structural retracements from weak retests of the original extreme.
Minimum / Maximum P3 Retracement:
Controls the acceptable retracement range for Point 3. This prevents both shallow noise and near-failed structures from being accepted too easily.
Neckline Break Buffer ATR:
Adds a configurable buffer beyond the neckline before the break is accepted.
Retest Pocket Width ATR:
Controls the height of the retest pocket around the broken neckline.
Retest Pocket Projection Bars:
Controls how far the pocket is projected forward.
Show Context Tags:
Adds compact labels such as Neckline and Retest Pocket so the visual elements are easier to identify.
Show Recent Structure Traces:
Keeps a small rolling set of recent structure lines and pockets while keeping numbered swing labels focused on the latest active setup.
Label Font Size:
Controls all chart labels, including swing numbers, context tags, and optional event labels.
Panel Font Size:
Controls the AG Pro panel text size separately from chart labels.
🔍 HOW TO READ IT
Start with the numbered swing labels.
Point 1 marks the original structural extreme. Point 2 marks the neckline reference. Point 3 marks the retracement that must hold for the 1-2-3 structure to remain valid.
Next, watch the neckline.
The neckline is the main confirmation level. Before it breaks, the panel shows the structure as armed or waiting. After it breaks, the structure becomes a confirmed 1-2-3 map.
Then watch the retest pocket.
The retest pocket appears around the broken neckline after confirmation. This is the script's key context zone. It helps the user observe whether price can return to the neckline area and hold the structure instead of treating every move after the break as equally important.
Finally, use the panel score as a quality filter.
A high score means the structure has stronger internal balance according to the script's rules. A lower score means the 1-2-3 sequence may still exist, but its structure quality is weaker.
🧩 BEST USE CASES
This script is best suited for:
- Traders who use classic 1-2-3 reversal logic
- Swing traders who want confirmed pivot structure
- Price-action traders who track neckline breaks
- Traders who prefer breakout-retest workflows
- Users who want fewer, clearer chart objects instead of broad reversal scanners
- Multi-timeframe chart review where structure clarity matters
- Public chart sharing where visual cleanliness is important
It can be useful on crypto, forex, indices, equities, and commodities, especially on charts where swing structure and neckline behavior are visually meaningful.
🧠 VISUAL DESIGN PHILOSOPHY
The design goal is clarity through restraint.
The script avoids a crowded signal-board style. It uses numbered labels only for the current active swing structure. It separates the neckline from the retest pocket with distinct visual language. Recent traces are kept limited and softened so they provide context without dominating the chart.
The active neckline is drawn with a stronger accent color. The retest pocket is shown as a clean rectangle around the broken neckline. Structure legs are dotted and restrained, helping the user understand the geometry without overpowering price.
The chart should feel premium, readable, and publication-ready. The indicator is built to support a clean PulseWire screenshot rather than create visual noise.
🔔 ALERTS
The script includes alerts for the main 1-2-3 lifecycle events:
- 1-2-3 structure armed
- Bullish 1-2-3 neckline break
- Bearish 1-2-3 neckline break
- 1-2-3 retest pocket held
- 1-2-3 structure invalidated
These alerts are designed around structure progression, not generic reversal marking.
🔹 LIMITATIONS AND TRANSPARENCY
The script uses confirmed pivots, which means swing points appear only after the required right-side confirmation bars. This is intentional. It prioritizes confirmed structure over instant but unstable markings.
The script does not attempt to identify every possible reversal pattern. It does not evaluate macro trend, fundamentals, order flow, news, or external liquidity conditions.
The reversal score is a structured quality model, not a certainty model. It helps compare 1-2-3 structures inside this script's framework, but it does not forecast outcomes.
Retest pockets are contextual areas around the broken neckline. They are not universal support or resistance zones, and they are not designed to replace broader market analysis.
✅ IDEAL USER
This script is ideal for traders who:
- Understand classic 1-2-3 reversal structure
- Prefer confirmed market structure over early noise
- Want a clean neckline and retest workflow
- Value visual clarity and chart discipline
- Use PulseWire for structured price-action review
- Want a focused public-free AGPro tool that does one concept well
1-2-3 Reversal Map is built for users who want a focused reversal map, not a crowded reversal scanner.
🔹 RELEASE NOTES
- Initial public release of 1-2-3 Reversal Map .
- Added confirmed Point 1, Point 2, and Point 3 swing mapping.
- Added neckline projection with close-based break confirmation.
- Added breakout retest pocket around the broken neckline.
- Added context tags for Neckline and Retest Pocket.
- Added AG Pro panel with Stage, Neckline Break, Retest, and Reversal Score.
- Added adjustable panel location, panel theme, label size, and panel font size.
- Added recent structure traces with softened historical visuals.
- Added alerts for armed structures, neckline breaks, retest holds, and invalidations. Indicator
Cup and Handle Quality [AGPro Series]Cup and Handle Quality
🧩 OVERVIEW
Cup and Handle Quality is a visual pattern-quality overlay for one of the most recognized continuation structures in technical analysis: the cup and handle.
The script is designed to map the full pattern lifecycle instead of only marking a breakout candle. It studies the left cup rim, the cup base, the right rim recovery, the controlled handle pullback, the breakout behavior, and the measured projection context. The goal is to make cup and handle structures easier to recognize, compare, and explain directly on the chart.
The final visual output is intentionally clear. The detected cup and handle candle ranges are framed with subtle boxes, while thick curved outlines make the formation readable at a glance. The rim line, target line, DEPTH arrow, and MOVE arrow help users understand how the structure is measured, not just where the label appears.
✅ WHAT MAKES IT DIFFERENT
Most public cup and handle tools focus on one of two things: either they draw a simple breakout marker, or they scan aggressively and leave the chart crowded with low-context shapes. Cup and Handle Quality takes a narrower approach.
It combines three layers:
- Structure recognition: left rim, cup base, right rim, and handle low
- Quality scoring: cup symmetry, handle depth, and breakout quality
- Visual education: cup box, handle box, thick pattern outline, rim line, target line, and measurement arrows
This makes the script more than a pattern detector. It is also a visual explanation tool. The chart shows where the cup was detected, where the handle formed, how deep the cup is, and where the measured projection line comes from.
🧭 WHY THIS DOES NOT OVERLAP WITH OTHER AGPRO TOOLS
This script has its own lane inside the AGPro Series.
It is not a flag scanner, wedge detector, triangle breakout module, inside-bar breakout tool, Donchian breakout validator, double-top detector, head-and-shoulders detector, generic support-resistance map, or supply-demand zone script.
Its lane is specifically:
Cup rim recovery -> controlled handle depth -> breakout participation -> measured projection line.
The script focuses on the complete cup and handle lifecycle. It does not try to replace broader breakout engines, market-structure tools, support-resistance tools, liquidity tools, or trend dashboards. The defining feature is the combination of a recognizable cup-and-handle drawing with a quality panel that grades the actual pattern components.
⚙️ METHODOLOGY
The engine builds the pattern from pivot structure. A qualified setup begins with a left rim, moves into a cup low, recovers into a right rim, and then forms a handle pullback after the right rim.
The quality model evaluates:
1. Cup Symmetry
The script compares the two rim areas and measures how balanced the cup is over time. A cleaner return from the cup base into the right rim area produces a stronger symmetry reading.
2. Handle Depth
The handle is measured as a percentage of cup depth. A useful handle should create structure without pulling so deeply that the cup profile loses strength. The input range allows the user to control how strict or flexible the handle requirement should be.
3. Breakout Quality
Breakout quality is calculated from candle behavior and participation context. The script checks distance beyond the rim, candle body efficiency, close location, and relative volume against a configurable baseline.
4. Final Score
The final score combines the structure score and breakout behavior into a compact quality reading. Developing setups can be shown before breakout confirmation, while confirmed breakouts require the breakout quality gate.
📊 PANEL
The AGPro panel displays the main quality dimensions in a compact format:
- Cup Symmetry
- Handle Depth
- Breakout Quality
- Score
The first row follows the AGPro standard with a merged blue title row. Panel location, panel theme, panel font size, and label font size are adjustable from settings.
🎛️ KEY INPUTS
- Pivot Span controls structural sensitivity.
- Minimum Cup Bars defines the shortest accepted cup duration.
- Maximum Cup Bars defines the longest accepted cup duration.
- Maximum Rim Variance % controls how closely the left and right rims must align.
- Minimum Cup Depth ATR filters shallow structures.
- Minimum Handle Depth % filters handles that are too shallow.
- Maximum Handle Depth % filters handles that are too deep.
- Breakout Volume Baseline controls the relative volume comparison.
- Minimum Setup Score controls developing setup visibility.
- Minimum Breakout Quality controls confirmed breakout strictness.
- Minimum Pattern Score controls the final quality gate.
- Show Developing Setup controls pre-breakout visualization.
- Show Cup Path controls the curved cup drawing and cup candle box.
- Show Handle Box controls the detected handle range.
- Show Target Line controls the measured projection line.
- Show Measurement Arrows controls the DEPTH and MOVE explanation arrows.
- Pattern Stroke Width controls the thickness of the cup and handle outlines.
- Target Projection Bars controls how far the measured target line extends.
🔍 HOW TO READ IT
Start with the rim line. This is the reference level the structure must recover into and eventually move beyond.
Then read the cup. The subtle cup box marks the detected candle range, while the thick curved outline helps the formation read visually as a cup instead of a simple V-shaped swing.
Next read the handle. The handle box marks the controlled pullback area after the right rim. The curved handle outline makes the handle easier to recognize without turning it into a generic rectangle pattern.
The DEPTH arrow shows the measured cup depth. The MOVE arrow transfers that depth upward from the rim area. The TARGET line shows the forward measured projection level.
The panel summarizes the same structure numerically. Stronger Cup Symmetry, disciplined Handle Depth, and stronger Breakout Quality combine into the final Score.
🧩 BEST USE CASES
Cup and Handle Quality is best used on liquid symbols and timeframes where swing structure has enough room to develop. It is especially useful for users who want a clean visual map of a classic continuation pattern without filling the chart with unrelated pattern families.
The default settings are tuned for active discovery. Users who want fewer patterns can raise pivot sensitivity or score thresholds. Users who want a more reactive view can lower the score thresholds, while still using the chart visuals to review pattern quality.
🧠 VISUAL DESIGN PHILOSOPHY
The design philosophy is simple: make the pattern understandable without making the chart noisy.
The cup and handle are drawn with thick curved lines because this pattern is visual by nature. Newer users should be able to see the shape immediately. At the same time, the candle boxes keep the drawing grounded in the actual detected structure.
The target is shown as a line rather than a large zone, keeping the projection clean. The DEPTH and MOVE arrows explain the measurement logic without turning the indicator into a crowded education panel. Labels are compact, and the panel is restrained so the chart remains the main focus.
🔔 ALERTS
The script includes an alert condition for confirmed cup and handle breakouts.
Alert name:
Cup and Handle Quality Breakout
Alert message:
Cup and Handle Quality : high-quality cup and handle breakout confirmed on {{ticker}} at {{close}}.
Alerts are tied to confirmed breakout logic, which means the structure, breakout quality, and pattern score must pass the configured gates.
🔹 LIMITATIONS AND TRANSPARENCY
Cup and handle structures are pattern-based and depend on pivot interpretation. Different sensitivity settings can produce different structures on the same chart.
Very noisy markets, illiquid symbols, extreme gaps, and unusually compressed price action can reduce pattern readability. Lower thresholds may produce more setups, but visual review remains important when using any chart-pattern tool.
The thick cup and handle lines are designed as visual guides. The subtle candle boxes identify the detected structure ranges, while the curved outlines make the pattern easier to understand on the chart.
✅ IDEAL USER
This script is built for traders and analysts who want a clean, visual, and structured way to study cup and handle formations.
It is especially useful for:
- Users who want classic chart patterns with a modern quality layer
- Price-action traders who care about structure, handle depth, and breakout behavior
- Chart reviewers who want a clear visual explanation of the setup
- Newer users who benefit from seeing the cup, handle, depth, move, and target drawn directly on the chart
- AGPro users who want a focused cup-and-handle tool that does not overlap with broader breakout or market-structure scripts Indicator
Darvas Box Breakout Quality [AGPro Series]Darvas Box Breakout Quality
🔹 OVERVIEW
Darvas Box Breakout Quality is built for one of the most recognizable and widely searched chart-pattern structures in technical analysis: the Darvas Box.
The script focuses on the full Darvas lifecycle:
Box formation → compression quality → breakout direction → volume support → failed-break behavior.
Instead of treating every horizontal range as support and resistance, this script waits for a Darvas-style structure to form, validates the box by age and volatility-adjusted height, then evaluates how price resolves from that box. The result is a clean chart-pattern workflow designed for traders who want to study rectangular compression and breakout quality without turning the chart into a crowded zone map.
The main visual element is the active Darvas box itself. By default, resolved boxes are removed after breakout so the chart stays focused on the current live structure instead of filling with old rectangles.
🔹 WHAT MAKES IT DIFFERENT
Most box or breakout tools stop at drawing a rectangle or marking the first break beyond a level. Darvas Box Breakout Quality adds structure, scoring, and failure awareness.
Core differentiators:
• Darvas-first structure logic
The rectangle is not a generic support/resistance zone. It comes from a Darvas box formation process built around a fresh seed high, containment, age, and volatility-adjusted box height.
• Compression quality
The script measures whether the box has enough maturity and controlled range behavior before treating it as a meaningful active structure.
• Breakout quality score
Every qualified breakout is evaluated with a 0-100 model that includes compression quality, relative volume, breakout distance, candle body participation, and directional close location.
• Volume confirmation
Breakout labels can require volume support, helping separate stronger participation events from weaker boundary pokes.
• Failed-break tracking
After breakout, the script watches whether price returns back inside the former box within the selected failure window. If it does, the event is marked as a failed break.
• Premium visual restraint
The default chart view uses one active box, compact labels, controlled label spacing, and a compact AGPro panel. The goal is to make the chart informative without making it noisy.
🧭 WHY THIS DOES NOT OVERLAP WITH OTHER AGPRO TOOLS
This script is intentionally separated from the existing AGPro breakout and chart-pattern family.
It is not Inside Bar Breakout Quality, because it does not require a mother bar or inside-bar compression sequence.
It is not Donchian Breakout Quality, because it is not based on rolling channel highs and lows.
It is not Opening Range Breakout logic, because it is not tied to a session-defined range.
It is not Triangle Breakout Quality, because it does not use converging pivot boundaries, apex pressure, or diagonal structure.
It is not Breakout Volume Quality, because volume is only one part of the confirmation model, not the entire concept.
It is not a supply/demand, order-block, or generic support/resistance zone script. The rectangle exists only when the Darvas box formation process supports it.
That distinction matters visually and analytically. On the chart, this script tells a Darvas story: rectangular compression, active box behavior, quality of release, and failed-break review.
⚙️ METHODOLOGY
1. Darvas seed detection
The script looks for a fresh high over the selected lookback period. This high becomes the initial reference for a potential Darvas box.
2. Box formation
After the seed appears, price must spend enough time contained beneath the upper boundary while the lower boundary develops. The box remains in formation until it meets the selected age and height requirements.
3. Volatility normalization
The box height is measured relative to ATR. This helps filter boxes that are too flat to matter or too wide to represent clean compression.
4. Active box state
When the box qualifies, the script displays the active Darvas box and optional midpoint. The box projects forward so the active breakout boundary remains visible while price approaches it.
5. Breakout confirmation
A bullish breakout requires price to resolve above the Darvas top. A bearish breakout requires price to resolve below the Darvas bottom. Users can require close-based confirmation for stricter filtering.
6. Quality score
The breakout score combines:
• Compression quality
• Relative volume support
• ATR-normalized breakout distance
• Candle body participation
• Directional close location
7. Failed-break monitoring
After breakout, the script watches a defined number of bars. If price returns back inside the former Darvas boundary, the failed-break marker is printed.
📊 PANEL
The AGPro panel summarizes the current Darvas environment:
• Box Age
• Compression
• Breakout Side
• Volume Support
• Latest Quality / State
The first panel row follows the AGPro publication standard: one merged blue header row containing only the panel title. Panel location, panel theme, and panel font size are adjustable from settings.
🎛️ KEY INPUTS
Darvas Box Detection
• New High Lookback
• Minimum Box Age
• Maximum Box Age
• ATR Length
• Minimum Box Height ATR
• Maximum Box Height ATR
• Require Close Beyond Box
Breakout Quality
• Volume MA Length
• Volume Support Threshold
• Require Volume Support
• Target Break Distance ATR
• Minimum Breakout Score
• Failed Break Window
Visual Controls
• Show Active Darvas Box
• Show Box Midline
• Show Breakout Labels
• Show Failed Break Markers
• Keep Resolved Box
• Box Projection Bars
• Label Cooldown Bars
• Maximum Visible Labels
• Label Offset ATR
• Label Stack Offset ATR
• Label Font Size
Panel
• Panel Location
• Panel Theme
• Panel Font Size
🔍 HOW TO READ IT
When a Darvas box becomes active, the chart displays the live rectangular structure. The panel shows how old the box is, how compressed it is, and whether the latest environment has breakout direction or volume support.
When price resolves outside the box with enough quality, the chart prints a compact breakout label such as UP 79 or DN 75. The number represents the breakout quality score.
When price fails to hold outside the box and returns back inside during the selected failure window, the script prints a compact failed-break marker such as FAIL UP or FAIL DN.
The best readings come when the box is visually clear, compression is meaningful, and the breakout candle has both directional close quality and volume support.
🧩 BEST USE CASES
• Classic Darvas box formations
• Rectangular range compression
• Box breakout quality review
• Volume-backed breakout confirmation
• Failed-break review after a box release
• Clean chart-pattern study
• Multi-timeframe Darvas structure observation
• Screenshot-friendly public chart analysis
🧠 VISUAL DESIGN PHILOSOPHY
Darvas Box Breakout Quality is designed to look premium through restraint.
The script avoids filling the chart with old boxes by default. It keeps the active Darvas box as the main visual layer, uses short event labels, adds cooldown and stack spacing to reduce overlap, and keeps the panel compact.
This makes the indicator easier to publish, easier to read, and easier to use across different symbols and timeframes.
🔔 ALERTS
The script includes alert conditions for:
• High-quality bullish Darvas breakout
• High-quality bearish Darvas breakout
• Failed bullish Darvas breakout
• Failed bearish Darvas breakout
These alerts follow the same structure-aware logic used by the chart labels.
🔹 LIMITATIONS AND TRANSPARENCY
Darvas box detection is structure-based and depends on the selected lookback, age, and ATR filters. Changing those settings can make the script more selective or more active.
Volume support depends on the quality of the symbol's volume feed. On instruments where volume is less informative, users may prefer to adjust the volume threshold or disable the volume requirement.
The score is a structured description of breakout quality according to the script's internal model. It is designed to help compare Darvas box releases by quality, not to replace the user's broader market context.
✅ IDEAL USER
This script is designed for traders who want a focused Darvas box tool with cleaner structure detection, breakout quality scoring, volume confirmation, failed-break awareness, and a premium chart layout.
It is best suited for users who want the Darvas box itself to remain the main story on the chart. Indicator
Flag Continuation Zones [AGPro Series]🔷 Flag Continuation Zones
Flag Continuation Zones is a premium bull flag and bear flag continuation engine designed to identify clean continuation structures without turning the chart into a generic breakout scanner.
The script focuses on a classic, highly recognizable price-action sequence:
impulse pole → controlled flag compression → qualified breakout → forward continuation zone
Instead of marking every small consolidation as a flag, the engine validates the structure through pole strength, travel efficiency, flag depth, channel compression, trend alignment, breakout distance, and optional volume participation.
🔷 What Makes This Different
Most flag indicators are visually simple but structurally loose. They often label shallow pauses, random pullbacks, or broad ranges as flags.
Flag Continuation Zones takes a stricter route.
It first requires a validated impulse pole. The move must be large enough relative to ATR and efficient enough to show directional commitment. After that, the script waits for a controlled counter-trend flag window. The flag must remain compact, avoid excessive retracement, and preserve continuation structure before any breakout is accepted.
This creates a chart experience that is more selective, cleaner, and easier to trust visually.
🔷 How The Engine Works
The script evaluates four core stages:
1. Pole Validation
The prior impulse is measured by ATR multiple and path efficiency. This helps separate real directional movement from noisy grinding price action.
2. Flag Compression
After the pole, the script studies the consolidation window. A valid flag must remain inside an acceptable depth and range relative to the pole.
3. Breakout Confirmation
A continuation event is accepted only when price clears the flag boundary with an ATR buffer and, when available, enough volume participation.
4. Continuation Mapping
Accepted structures create a forward rectangular zone, an impulse pole line, a breakout label, and an optional measured-move projection line.
🔷 Visual Design
The visual language is intentionally restrained:
- clean bull and bear flag labels
- rectangular continuation zones
- impulse pole reference lines
- optional measured-move target line
- trend EMA context
- compact AG Pro status panel
- adjustable panel location
- dark and light panel themes
- adjustable label and panel font sizes
The goal is to make the pattern visible and premium without crowding the chart.
🔷 How This Is Different From Other AGPro Tools
This script is not a generic Trend Continuation Quality tool. It is not an abstract continuation scorecard.
It is specifically built around the flag pattern family:
- impulse pole quality
- flag channel compression
- breakout through the flag boundary
- measured-move continuation context
It also avoids overlapping with triangle, consolidation breakout, Donchian breakout, inside-bar breakout, and trendline tools by staying focused on the pole-and-flag structure itself.
🔷 Best Fit
This script is useful for traders who want to scan for cleaner bull flag and bear flag continuation patterns across crypto, forex, stocks, indices, and futures.
It is especially suitable for:
- continuation traders
- breakout traders who want stricter structure
- price-action traders who follow classic chart patterns
- users who prefer rectangular zones and measured-move context
- traders who want fewer but higher-quality labels
🔷 Key Inputs
Important controls include:
- Pole Lookback
- Flag Window
- Minimum Flag Bars
- Minimum Pole ATR Multiple
- Minimum Pole Efficiency
- Maximum Flag Depth
- Maximum Flag Range
- Breakout Buffer
- Volume Confirmation
- Signal Cooldown
- Zone Forward Bars
- Label Font Size
- Panel Location
- Panel Theme
- Panel Font Size
🔷 In One Sentence
Flag Continuation Zones turns the classic bull flag and bear flag pattern into a cleaner, scored, zone-based continuation map built for premium public chart presentation.
Indicator
Wedge Reversal Detector [AGPro Series]Wedge Reversal Detector
🔷 Overview
Wedge Reversal Detector is a focused chart-pattern engine built for one specific structure: the rising wedge and falling wedge. Instead of scanning every possible reversal pattern, drawing broad support and resistance, or behaving like a generic breakout dashboard, this script studies the geometry of a wedge itself: confirmed pivot boundaries, slope convergence, pattern maturity, reversal break quality, projected reaction zone, and invalidation context.
The goal is to make wedge analysis cleaner and more objective on a live chart. A valid wedge is not treated as just two random trendlines. The script requires a confirmed pivot structure, a meaningful initial width, a narrowing final width, and the correct slope relationship for either a rising wedge or a falling wedge. Once a qualified structure is active, it draws the converging boundaries directly on the chart and waits for a reversal-side break.
The detector also includes two visual preparation layers. The developing-wedge preview layer can draw dashed boundaries before the structure is fully armed. The Wedge Radar layer keeps the latest compression window visible when no confirmed candidate is active. Radar projection is capped so higher-timeframe charts stay clean, and low-compression radar states can remain boundary-only until the structure becomes visually meaningful. Break labels, reaction zones, and invalidation guides remain reserved for stricter confirmed candidates. This keeps the chart visually informative without weakening the actual confirmation logic.
The visual layer includes compact boundary tags that label the upper and lower rails directly on the right side of the structure. These tags are designed as chart annotations, not signal spam: they identify whether the rail is acting as a rejection rail, compression rail, reclaim rail, break rail, or invalidation rail. A single optional compression tag can also summarize the current radar or wedge state.
🔶 Why This Is Different
Many wedge indicators stop at pattern drawing. Others become broad pattern scanners that mix wedges with channels, double tops, double bottoms, triangles, support and resistance zones, and unrelated reversal signals. Wedge Reversal Detector intentionally stays narrower.
Its edge is the sequence:
1. Detect a qualified rising or falling wedge from confirmed pivots.
2. Measure whether the boundaries are genuinely converging.
3. Grade wedge maturity before any break occurs.
4. Confirm the reversal-side break with an optional close-based rule and ATR buffer.
5. Score break quality using maturity, boundary expansion, candle structure, close location, and volume participation.
6. Project a concept-native reaction zone from the wedge width.
7. Display a clean invalidation guide so the structure remains readable after the break.
This makes the script a wedge lifecycle tool, not a general reversal scanner.
💎 Unique Edge
The most important difference is that the script treats a wedge as a living geometric compression structure. It does not simply connect the latest two highs and lows and call the pattern complete. A candidate must pass span, width, convergence, and slope requirements before it becomes active.
For rising wedges, the script looks for rising pivot highs and rising pivot lows where the lower boundary is climbing faster than the upper boundary. This creates upward compression, which is the core geometry behind a rising wedge. For falling wedges, it looks for falling pivot highs and falling pivot lows where the upper boundary is falling faster than the lower boundary. This creates downward compression, which is the core geometry behind a falling wedge.
That difference matters because many weak wedge tools confuse ordinary channels with wedge compression. This script separates those structures by requiring the final width to be materially smaller than the starting width.
🔹 Methodology
The engine begins with confirmed pivot highs and pivot lows. The user controls the pivot confirmation length, which allows the detector to be tuned for intraday, swing, or higher-timeframe charts.
From the latest confirmed swing pair, the script builds two boundary lines:
- Upper boundary from confirmed pivot highs
- Lower boundary from confirmed pivot lows
The detector then evaluates:
- Pattern span in bars
- Initial boundary width measured against ATR
- Final boundary width relative to the starting width
- Upper boundary slope
- Lower boundary slope
- Correct rising-wedge or falling-wedge geometry
Only when those requirements align does the pattern become an active wedge.
🔸 Break Quality Model
A wedge break is scored only after the reversal-side boundary is broken. The break quality score is built from multiple factors:
- Wedge maturity
- Distance beyond the broken boundary
- Candle body participation
- Close location inside the break candle
- Volume ratio versus recent average volume
The score is translated into a simple grade so the chart stays easy to read. This does not claim that a break must continue. It gives the user a structured read of how strong the confirmed break appears under the script's own rules.
🎯 Projected Reaction Zone
After a confirmed wedge reversal break, the script projects a reaction zone using the initial wedge width. This zone is not a generic support/resistance box. It is tied directly to the wedge geometry and appears only after the structure confirms. The goal is to show the next area where price may naturally react after escaping the compression.
The zone width and projection length are configurable, so users can keep the chart compact or allow more forward context depending on timeframe and style.
🧭 Invalidation Context
The script also draws an invalidation guide after a confirmed break. For a bullish falling-wedge break, invalidation is tracked below the opposite wedge boundary with an ATR buffer. For a bearish rising-wedge break, invalidation is tracked above the opposite wedge boundary with an ATR buffer.
This keeps the post-break structure organized without adding trade instructions or turning the script into a strategy.
📊 Panel
The compact AGPro panel summarizes the current wedge lifecycle:
- Wedge Type
- Maturity
- Break Quality
- Target Zone
Panel location, panel theme, and panel font size are adjustable from settings. The first panel row uses the AGPro standard: one merged blue header row containing only the panel title.
⚙️ Key Settings
- Pivot Confirmation Length controls how strict the swing structure is.
- Minimum Wedge Span filters out tiny patterns.
- Maximum Final Width Ratio controls how much convergence is required.
- Developing Wedge Preview Ratio controls how early dashed formation boundaries can appear.
- Wedge Radar controls the latest-window visual radar that prevents panel-only charts while waiting for confirmed wedge geometry.
- Radar Projection Bars limits how far radar boundaries extend into future bars.
- Radar Fill Threshold keeps low-compression radar structures from creating oversized filled areas.
- Boundary Tags add compact right-side rail annotations so the structure is easier to read without covering candles.
- Compression Tag shows one status label for radar compression or armed-wedge maturity.
- Boundary Break Buffer ATR adds confirmation distance beyond the wedge boundary.
- Volume Confirmation Ratio contributes to break quality scoring.
- Projection Length Bars controls how long the reaction zone extends forward.
- Label Font Size and Label Offset ATR help maintain a clean chart presentation.
🧩 How It Differs From Other AGPro Tools
This script is intentionally separate from AGPro channel, breakout, liquidity, and broad reversal tools.
It is not a channel map. Channel tools organize parallel or multi-family structure. Wedge Reversal Detector only studies converging wedge geometry.
It is not a double top or double bottom detector. Those patterns are based on repeated horizontal rejection and neckline behavior. This script is based on converging diagonal boundaries.
It is not a broad reversal scanner. It does not combine every reversal pattern into one dashboard. It stays focused on wedge compression, wedge maturity, reversal break, projected reaction zone, and invalidation.
It is not a generic breakout quality tool. Break quality is evaluated only after a valid rising or falling wedge exists.
🔔 Alerts
The script includes alerts for:
- Bullish falling wedge break
- Bearish rising wedge break
- High quality wedge break
- Wedge invalidation
These alerts are event notifications for the detected structure, not automated trading instructions.
✨ Best Use Case
Wedge Reversal Detector is best suited for traders who already watch chart patterns, market structure, compression, and failed trend continuation. It helps reduce manual drawing by highlighting qualified wedge structures, then keeping the chart organized through the confirmation, projection, and invalidation phases.
The result is a clean, premium, wedge-specific workflow designed for public chart reading: fewer random lines, fewer noisy labels, and a clearer view of whether the wedge structure is still forming, breaking, projecting, or invalidating.
Indicator
Triangle Breakout Quality [AGPro Series]Triangle Breakout Quality
🔺 OVERVIEW
Triangle Breakout Quality is built for one of the most searched and visually recognizable chart structures in technical analysis: the triangle breakout.
The script automatically detects triangle candidates from confirmed pivot highs and pivot lows, projects the upper and lower converging boundaries, measures how much the structure has compressed, locates the projected apex, and grades the quality of the eventual breakout. After the release, it monitors the first return toward the broken triangle boundary so the user can see whether price accepted the breakout or quickly lost structural quality.
The goal is not to mark every small consolidation or every trendline touch. The goal is to isolate the full triangle sequence:
Formation -> compression -> apex pressure -> boundary release -> first retest state.
That full lifecycle is what gives the tool its own identity. A triangle is not just a range, not just a single diagonal line, and not just a breakout candle. It is a narrowing structure where both sides of price are being compressed into a decision point. This script is designed around that idea from the ground up.
🔹 WHAT MAKES IT DIFFERENT
Most triangle tools stop at drawing two lines. Most breakout tools stop at the first candle outside a boundary. Triangle Breakout Quality does more by turning the structure into a scored, state-aware workflow.
Core differentiators:
• Dual-boundary validation
The script requires both an upper pivot boundary and a lower pivot boundary. The two lines must converge. This prevents the logic from acting like a generic trendline-break detector.
• Compression measurement
The engine compares the opening width of the triangle with the current width. A pattern must show meaningful narrowing before it can qualify.
• Apex pressure logic
The script projects where the upper and lower boundaries intersect and evaluates whether the current structure is close enough to that decision zone to matter.
• Breakout quality score
Every displayed breakout receives a 0-100 score based on compression, apex pressure, breakout distance, candle body participation, close quality, and optional volume expansion.
• Retest state
After a breakout, the script watches the first return toward the broken triangle boundary. A held retest and a failed retest are visually different states, not the same event.
• Premium visual restraint
The chart shows active triangle lines, controlled breakout labels, optional retest labels, subtle candle tint, and a compact AGPro panel. Label density is capped so the layout stays clean for live use and publication screenshots.
🧭 WHY THIS DOES NOT OVERLAP WITH OTHER AGPRO TOOLS
This script is intentionally separated from the existing AGPro breakout and structure family.
It is not Break-Retest Quality, because it does not begin with a horizontal pivot break and then grade the first retest of that static level. Triangle Breakout Quality first requires a valid converging triangle structure.
It is not Failed Break Quality, because it is not centered on false breaks and reclaim behavior. It tracks the primary breakout from a valid triangle and then monitors the first boundary retest.
It is not Consolidation Breakout Quality, because the reference structure is not a horizontal range. A triangle must have two projected pivot boundaries that move toward each other.
It is not Donchian Breakout Quality, because it is not based on period highs and lows or channel escape logic.
It is not ATR Envelope Breakout Quality, because it does not use a volatility envelope as the breakout shell.
It is not Auto Trendline Break Quality, because it does not score isolated trendline breaks. The event only matters when the upper and lower lines together form a valid triangle compression structure.
That distinction matters visually and analytically. On the chart, this script tells a triangle story: converging boundaries, apex pressure, breakout quality, and retest state. It belongs in the chart-pattern lane, not the generic breakout lane.
⚙️ METHODOLOGY
1. Pivot anchors
The script uses confirmed pivot highs and pivot lows to define the latest upper and lower triangle boundaries. This keeps the structure rules transparent and reproducible.
2. Convergence filter
The upper boundary and lower boundary must move toward each other. The current width of the pattern must be smaller than the starting width, and the compression percentage must meet the selected threshold.
3. Width and maturity filters
The pattern must be old enough to represent a real structure, but not so old that it becomes stale. The starting width and current width are also normalized by ATR so the same logic can adapt across symbols and timeframes.
4. Apex projection
The script calculates where the two projected boundaries intersect. This creates the apex pressure layer, which helps separate mature triangle compression from loose diagonal movement.
5. Breakout confirmation
A bullish breakout requires price to close beyond the projected upper boundary by an ATR-normalized buffer. A bearish breakout requires price to close beyond the projected lower boundary by the same type of buffer.
6. Quality score
The breakout score combines:
• Compression quality
• Apex pressure
• Breakout distance beyond the boundary
• Candle body participation
• Close position inside the breakout candle
• Optional volume participation
The result is displayed as a compact grade and score so the chart remains readable.
7. Retest state
After a breakout, the script projects the broken triangle boundary forward internally and evaluates an ATR-scaled retest tolerance around it. If price revisits that boundary area and holds the correct side, the retest is marked as held. If price loses the boundary, the retest state is marked as failed.
📊 PANEL
The AGPro panel summarizes the current structure and latest event:
• Pattern Age
• Compression
• Apex Pressure
• Breakout Side
• Retest Quality
• Current State
Panel location, theme, and font size are adjustable. The first row follows the AGPro publication standard: one merged blue header row containing only the panel title.
🎛️ KEY INPUTS
Triangle Structure
• Pivot Length
• Minimum Pattern Age
• Maximum Pattern Age
• Minimum Compression %
• Minimum Starting Width ATR
• Maximum Current Width ATR
• Maximum Forward Apex Bars
Breakout Quality
• ATR Length
• Volume Average Length
• Use Volume Participation
• Volume Full-Score Ratio
• Minimum Break Distance ATR
• High Quality Threshold
• Minimum Label Score
• Visual Cooldown Bars
Retest State
• Retest Minimum Bars
• Retest Window Bars
• Retest Tolerance ATR
Visual Controls
• Show Triangle Lines
• Show Breakout Labels
• Show Retest Labels
• Tint Breakout Candles
• Label Offset ATR
• Label Font Size
• Maximum Visible Events
Panel
• Show Panel
• Panel Position
• Panel Theme
• Panel Font Size
🔍 HOW TO READ IT
When a valid triangle is forming, the chart displays the converging upper and lower boundaries. The panel reports apex pressure and compression so the projected decision area is visible without adding extra rectangles to the chart. Compression shows how much the pattern has tightened relative to its opening width.
When price closes beyond a valid boundary, the script prints a compact breakout label with a quality grade and score. A higher score means the breakout candle carried stronger structural qualities according to the script's rules.
After the breakout, retest labels and the panel show whether the first return toward the broken triangle boundary held or failed. A held retest suggests cleaner acceptance of the breakout boundary. A failed retest suggests the release lost quality.
Use the tool as a structured chart-reading layer. It is designed to help users compare triangle breakouts by quality, not to replace broader context such as trend, liquidity, session behavior, or personal execution rules.
🧩 BEST USE CASES
• Symmetrical triangle compression
• Ascending triangle pressure
• Descending triangle pressure
• Breakout candle quality review
• First retest monitoring after triangle release
• Screenshot-friendly pattern study
• Multi-symbol scanning for cleaner chart-pattern candidates
🔹 LIMITATIONS AND TRANSPARENCY
Triangle detection is based on confirmed pivots, so the final anchor points appear only after the selected pivot length has elapsed. This is standard pivot behavior and keeps the structure rules visible.
The live triangle can change while new pivots form. Breakout and retest labels are event-based and are designed to remain stable after confirmation.
Volume participation is optional because volume quality varies across markets and feeds. On instruments where volume is less informative, the volume component can be disabled.
The score is a structured description of the triangle release according to the script's internal model. It should be read as context, not as an execution command.
Indicator
Breakout Volume Quality [AGPro Series]Breakout Volume Quality
🔷 OVERVIEW
Breakout Volume Quality is a chart-overlay indicator built to answer one specific question:
When price breaks a defended level, did that break carry real participation quality, or was it only a low-conviction move beyond the line?
Many breakout tools detect the level break itself. This script goes one layer deeper. It evaluates the breakout candle through relative volume, body efficiency, close location, distance beyond the broken level, expansion versus ATR, and the quality of the underlying support-resistance range. The output is a clean 0-100 breakout volume quality score, a visual confirmation band, a compact event label, and a retest state panel.
The goal is not to mark every possible breakout. The goal is to separate a cleaner participation-backed break from a weak level poke that deserves less visual attention.
🔹 CORE IDEA
A breakout is more useful when price does more than cross a line.
Breakout Volume Quality looks for a sequence:
1. A support or resistance reference is built from repeated pivot interaction.
2. Price closes beyond that defended level by an ATR-adjusted buffer.
3. The breakout candle is graded for relative volume participation.
4. Candle structure is checked for efficient body control and directional close quality.
5. The move is measured against ATR to understand displacement and expansion.
6. Confirmed events project a forward confirmation band.
7. The script then tracks whether the broken level produces a clean retest hold, expires, or fades back inside.
This creates a more complete event map than a simple arrow above or below a candle.
💠 UNIQUE EDGE
The edge of this script is the "volume verdict" layer.
It does not simply ask whether price broke resistance or support. It asks whether the break showed enough participation quality to deserve confirmation.
That distinction matters because visually similar breakouts can behave very differently:
- A break with elevated relative volume, strong body efficiency, and a close near the directional extreme usually communicates cleaner participation.
- A break with low relative volume, wick-heavy structure, and a weak close beyond the level may be more fragile.
- A move that breaks, confirms, and later holds the band is visually different from a move that immediately fades back inside.
Breakout Volume Quality turns those differences into a readable score and a structured chart layer.
🔶 WHAT MAKES IT DIFFERENT FROM OTHER AGPRO BREAKOUT TOOLS
This script was intentionally designed to avoid overlapping with the existing AGPro breakout family.
It is not a Donchian breakout tool.
It does not revolve around a rolling channel high or low as the main concept. The level reference comes from defended pivot interaction, and the main evaluation is the volume quality of the break.
It is not an Inside Bar breakout tool.
It does not require a parent candle compression pattern. The script can evaluate broader defended levels rather than only inside-bar structures.
It is not an Opening Range breakout tool.
There is no session opening window, no locked opening range, and no session-specific model.
It is not an ATR Envelope breakout tool.
It does not treat a dynamic volatility envelope as the breakout boundary. ATR is used for normalization, buffers, bands, and score scaling.
It is not a Break-Retest quality tool.
The retest state is included for workflow context, but the core score is assigned to the breakout candle and its participation quality. The first retest is not the central scoring event.
It is not a Failed Break or trap-reclaim tool.
Weak breaks are faded as failed confirmations, but the script does not rebuild the event into a reversal or reclaim model.
It is not a general RVOL pressure map.
Relative volume is used specifically to validate level breaks, not to classify all candles into broad pressure states.
This gives Breakout Volume Quality its own clear lane: breakout participation quality around defended levels.
📌 VISUAL COMPONENTS
Breakout Line
The broken level is extended forward so the user can see the exact structural reference being tested.
Decision Rails
Eligible defended support and resistance references are displayed as subtle forward rails. These rails keep the chart active while price is building around a level, without turning the script into a generic support-resistance map.
Volume Build-Up Windows
Compact boxes labeled BULL SETUP or BEAR SETUP can frame areas where price is building volume pressure near an eligible breakout level before confirmation. These windows are concept-native: they show pre-breakout participation pressure, not generic support-resistance zones.
Optional Advanced Layers
RVOL approach marks, quality candle glow, and pressure trail points are available for users who want more activity on the chart, but they are disabled by default so the main public view remains easy to read.
Confirmation Band
A rectangular band is projected around the broken level. Confirmed events use stronger visual emphasis, while weak confirmations are faded so the chart keeps important context without becoming noisy.
Failed-Confirmation Fade
When price breaks a level but fails the volume, score, candle structure, or close-quality model, the event can still be shown as a softer failed confirmation band. Cleaner weak confirmations can also print WEAK UP or WEAK DOWN labels through a minimum-score filter, so the chart gains more context without labeling every low-quality break.
Retest Hold Label
After a confirmed breakout, the script watches the band for a clean hold. A retest hold is labeled only once so the chart remains controlled.
Summary Panel
The panel displays the current breakout side, volume confirmation, expansion, retest state, and score. It is designed for quick chart reading without covering the price action.
⚙️ SCORING MODEL
The score is built from six components:
Relative Volume
Measures whether current participation is meaningfully above its volume baseline.
Body Efficiency
Measures how much of the candle range is represented by the real body.
Directional Close Location
Checks whether the candle closes toward the breakout side of its own range.
Break Distance
Measures how far the close finishes beyond the broken level in ATR terms.
Expansion
Measures the breakout candle range relative to ATR.
Range Quality
Rewards levels that come from a more defined structure rather than a loose oversized range.
Together, these components produce a transparent 0-100 score and a grade-style readout.
🧭 HOW TO USE
Use the script to study whether a breakout has participation quality.
A stronger event usually has:
- A clean close beyond the level.
- Relative volume above the confirmation threshold.
- A body-dominant candle.
- A close near the breakout-side extreme.
- Meaningful ATR-normalized displacement.
- A confirmation band that later holds during a retest.
A weaker event may show:
- Low relative volume.
- A wick-heavy breakout candle.
- A close barely beyond the level.
- Fast return back inside the broken structure.
- A faded failed-confirmation label instead of a confirmed event.
The script is best used as a structured chart-reading layer. It helps organize breakout quality, but it is not a complete trading system by itself.
🔷 KEY INPUTS
Pivot Strength
Controls how support and resistance references are confirmed.
Minimum Level Touches
Requires repeated interaction before a level becomes eligible.
Level Match Tolerance ATR
Groups nearby pivots into one defended level.
Close Beyond Level ATR
Controls how decisive the break must be beyond the level.
RVOL Confirmation Threshold
Defines the participation level required for volume confirmation.
Minimum Body Efficiency
Filters weak, wick-heavy breakout bars.
Directional Close Location
Requires the candle to close toward the breakout side.
Minimum Score To Confirm
Controls how selective confirmed breakout labels should be.
Confirmation Band ATR
Sets the height of the projected band around the broken level.
Retest Watch Window
Defines how long the script watches for a clean retest hold.
Panel Location / Theme / Font Size
Allows the panel to be adapted to different chart layouts.
Label Font Size / Label Offset
Keeps labels readable and away from candle bodies.
🔶 BEST USE CASE
Breakout Volume Quality works best when the chart has visible defended levels and the user wants a cleaner way to judge whether the break had enough participation behind it.
It is especially useful for:
- Breakouts through repeated swing highs or swing lows.
- Range exits where volume quality matters.
- Comparing strong break candles against weak level pokes.
- Reviewing whether a breakout level later behaves as a confirmation band.
- Keeping weak break attempts visible without giving them the same visual weight as confirmed events.
The script is intentionally restrained: no oversized dashboard, no heavy channel system, no session dependency, and no unnecessary signal spam. The chart stays focused on the level, the break, the volume verdict, and the retest state.
🔹 ALERTS
The script includes alert conditions for:
- Bullish breakout volume confirmation.
- Bearish breakout volume confirmation.
- Breakout failed volume confirmation.
- Breakout retest hold.
- Breakout failed back inside.
These alerts are event prompts for chart review and workflow organization.
💎 DESIGN PHILOSOPHY
Breakout Volume Quality is built to feel clean, premium, and practical on a public PulseWire chart.
The visual hierarchy is deliberate:
- Confirmed breaks are visible but not loud.
- Cleaner weak confirmations are faded and labeled through a score filter, while low-quality weak breaks stay visually softer.
- Decision rails keep active levels visible between major events.
- Labeled setup windows explain where pre-breakout volume pressure is forming.
- Optional activity layers are available, but the default chart does not rely on unlabeled dots.
- Bands are long enough to make the level meaningful.
- Retest labels appear only when the state actually changes.
- The panel stays compact and focused on the fields that matter.
The result is a breakout tool that is easy to understand at first glance, but still has enough structure underneath to support serious review.
Indicator
Squeeze Momentum Indicator [AGPro Series]Squeeze Momentum Indicator
🔷 OVERVIEW
Squeeze Momentum Indicator is a lower-pane volatility and momentum engine built for traders who want more structure than the classic squeeze workflow usually provides.
At its core, the script studies a very specific sequence in market behavior:
volatility compression,
compression release,
directional pressure after release,
and whether that pressure is strengthening, fading, or slipping back toward balance.
Most squeeze-style indicators stop at a simple yes/no squeeze condition and a basic momentum histogram around the zero line. This script is designed to go further without becoming noisy. It keeps the familiar Bollinger Band vs Keltner Channel compression logic that many traders already understand, but it rebuilds the momentum side around a different internal model so the post-squeeze move can be judged with more nuance.
The result is a more structured answer to an important practical question:
when volatility finally expands, is the move actually carrying useful directional pressure, or is it only a shallow release that may lose energy quickly?
🔷 WHAT THIS SCRIPT DOES
This indicator combines four layers into one compact oscillator workflow:
1. Volatility compression detection
It identifies squeeze conditions using Bollinger Band and Keltner Channel relationship logic.
2. Compression depth tracking
It does not only ask whether a squeeze exists. It also tracks how tightly the Bollinger envelope sits inside the Keltner envelope, which helps frame how compressed the market really is.
3. ATR-normalized momentum pressure
Instead of using the classic legacy-style squeeze momentum formula, this script blends:
- displacement from equilibrium
- directional velocity of that equilibrium
- path efficiency of recent price travel
This creates a momentum engine that is designed to evaluate the quality of directional pressure after release, not just whether a histogram is above or below zero.
4. Adaptive expansion / fade context
The script builds dynamic balance and burst zones around momentum, then classifies whether price is:
- compressing
- releasing with bullish pressure
- releasing with bearish pressure
- continuing directionally
- fading after an elevated move
- rotating back toward balance
This makes the tool especially useful for traders who want squeeze timing, but do not want to treat every release as equally meaningful.
🔷 WHAT MAKES THIS DIFFERENT FROM MOST SQUEEZE INDICATORS
The squeeze concept is widely known, but many public versions still revolve around the same structure:
a binary compression state and a very simple momentum histogram.
This script is intentionally different in several ways:
• It treats squeeze as a volatility gate, not as the full identity of the indicator.
• It uses an original blended momentum model rather than reusing the standard linear-regression style momentum formula associated with many older versions.
• It adds adaptive momentum zones so the oscillator can distinguish between ordinary movement and higher-energy expansion.
• It marks not only burst phases, but also momentum fade phases, which helps separate continuation pressure from cooling pressure.
• It includes restrained release labels, release boxes, and a compact information panel so the visual output stays premium and readable instead of overloaded.
In short, this script is not trying to be another cosmetic variation of an old squeeze formula.
Its objective is narrower and more analytical:
measure the quality of post-compression directional pressure in a clean lower-pane environment.
🔷 HOW THIS SCRIPT IS DIFFERENT FROM OTHER AGPRO TOOLS
This part matters because originality and role separation inside a script catalog are important.
Within the AGPro Series, this indicator is intentionally separate from nearby concepts:
• AG Pro Bollinger Bands Squeeze Map
That script is an on-chart volatility regime map built to show how compression and release behave directly on price.
This script is different.
It is a dedicated lower-pane momentum-quality engine focused on what happens after compression begins to resolve.
• AG Pro ROC Momentum Shift Map
That script studies momentum regime transitions through ROC behavior.
It is a broader momentum-state classifier.
This script is narrower by design and specifically anchored to squeeze-release behavior.
• AG Pro Structural Momentum Oscillator
That script evaluates momentum through internal price structure and bar behavior.
This script does not try to read momentum that way.
Its purpose is to organize volatility compression and post-compression expansion into a squeeze-specific workflow.
That distinction is central to this release:
this is not a re-labeled overlap script.
It is a purpose-built squeeze momentum tool with its own logic, its own visual model, and its own analytical role.
🔷 HOW THE ENGINE WORKS
The script begins with a standard compression framework:
- Bollinger Bands define the volatility envelope.
- Keltner Channels define the containment envelope.
- When the Bollinger structure contracts inside the Keltner structure, squeeze conditions are present.
From there, the script moves into a separate momentum model.
Instead of relying on one traditional oscillator formula, the engine blends three components:
1. Displacement from equilibrium
Measures how far price has moved from its equilibrium anchor relative to ATR.
2. Equilibrium velocity
Measures whether that equilibrium is moving directionally and how quickly.
3. Path efficiency
Measures how efficiently price has traveled over the selected lookback instead of simply how far it moved.
Those three components are blended into a normalized momentum-pressure read, then smoothed for cleaner interpretation.
The script then builds two adaptive internal thresholds:
- a balance band
- a burst band
These dynamic bands help classify whether momentum is:
- quiet / balanced
- directional but ordinary
- strong enough to qualify as a burst
- elevated but beginning to fade
This adaptive structure matters because a fixed threshold often reads very differently across symbols, volatility regimes, and timeframes.
🔷 VISUAL DESIGN
The visual design is built around premium clarity rather than signal overload.
The pane includes:
• A momentum histogram with four directional states
- bullish expansion strengthening
- bullish pressure fading
- bearish expansion strengthening
- bearish pressure fading
• Adaptive upper and lower momentum zones
These show where momentum is operating in balance versus expansion territory.
• Squeeze markers on the zero line
These quickly show whether volatility is still compressed or has just released.
• Optional release boxes
These create rectangular burst zones that make active expansion phases easier to scan visually.
• Restrained release / fade labels
Labels are intentionally filtered and spaced so the chart remains informative without looking crowded.
• AG Pro information panel
The panel summarizes squeeze state, phase, bias, momentum, energy, and current signal context.
The goal is to keep the script visually rich, but still clean enough for repeated real-world use.
🔷 HOW TO READ IT
A practical way to interpret the script:
• Squeeze ON
Volatility is compressed.
This is preparation, not directional confirmation.
• Bull Burst / Bear Burst
Compression has released and momentum has cleared the adaptive balance zone with directional pressure.
This is the main transition event in the workflow.
• Bull Drive / Bear Drive
The market is still carrying directional pressure after release.
• Bull Fade / Bear Fade
Momentum remains elevated, but acceleration is cooling.
This does not automatically mean reversal.
It means the move is no longer improving in quality.
• Balance
The market is not in an active burst condition and momentum is closer to neutral internal behavior.
This makes the script useful not only for timing expansion, but also for judging whether that expansion is still healthy or beginning to lose structure.
🔷 WHO THIS MAY BE USEFUL FOR
This script may be useful for traders who want to:
- track volatility compression and release in a dedicated oscillator pane
- filter squeeze releases by actual momentum quality
- distinguish stronger directional expansion from weaker post-release drift
- pair volatility timing with structure, trend, VWAP, or support/resistance analysis
- reduce overreaction to every simple zero-line shift
- organize post-squeeze behavior more cleanly in discretionary workflows
It is especially suitable for users who like the squeeze concept, but want more context than a traditional dot-plus-histogram implementation.
🔷 KEY INPUTS
Core settings include:
- BB Length
- BB StdDev
- KC Length
- KC ATR Multiplier
- True Range toggle for Keltner construction
Momentum settings include:
- Equilibrium Length
- Velocity Length
- Momentum Smoothing
- Adaptive Band Length
- Burst Band Multiplier
Visual and workflow settings include:
- Adaptive momentum zones
- Signal line
- Histogram width
- Release boxes
- Release box persistence
- Label spacing
- Label size
- Panel position
- Theme
- Panel font size
This gives users enough control to adapt the script to different symbols and timeframes without turning the interface into a settings overload.
🔷 LIMITATIONS AND TRANSPARENCY
This indicator is a chart-analysis tool.
It is not a guarantee of breakout continuation, not a prediction engine, and not a substitute for trade planning or risk management.
A few important points should be kept in mind:
- A squeeze can resolve in either direction.
- A valid release can still fail.
- Strong momentum can cool without immediately reversing.
- Some instruments will produce noisier momentum behavior than others.
- Settings may need adjustment depending on timeframe, volatility regime, and instrument structure.
The script is best treated as a decision-support layer for reading volatility expansion and momentum quality more clearly.
It is not presented as a standalone trading system.
🔷 IN ONE SENTENCE
Squeeze Momentum Indicator is designed to show not only when volatility is ready to move, but whether the actual post-squeeze move is carrying enough directional pressure, quality, and persistence to deserve attention. Indicator
Auto Trendline Break Quality [AGPro Series]Auto Trendline Break Quality
🔹 OVERVIEW
Auto Trendline Break Quality is a structural break-quality engine. It automatically detects bullish and bearish trendlines from swing pivots, monitors every break event in real time, and assigns each break a 0–100 quality score derived from four independent quantitative factors. The tool separates Major (structural) and Minor (tactical) trendlines, so the same break can be evaluated against multiple layers of market structure at once.
The script is purpose-built to answer the single most practical question a price-action trader faces at a trendline break: "Is this break real, or is it a fake-out?"
🧭 UNIQUE EDGE
Most trendline scripts either draw trendlines or flag a break. They stop there. This indicator continues where they stop — and measures the break.
Key differentiators:
• Four-factor composite quality score (Volume · Slope · Impulse · Retest) calibrated to ATR, so the scoring is consistent across assets and timeframes.
• Major/Minor trendline hierarchy. A Major structural break automatically earns a score bonus and is visually flagged with a "MAJ" tag, so structural breaks are never confused with noise breaks.
• State-based visual language. Active trendlines render in a neutral tone. On break, the trendline transitions to the break-direction color (bullish break = bull color, bearish break = bear color), so the chart communicates state without ambiguity.
• Retest logic built directly into the score. A break that is retested and holds within the defined window receives an upgrade; a failed retest downgrades the score. The chart label reflects the final, updated quality.
• Optional zone-band rendering around Major trendlines, letting the user see each structural line as a reaction zone rather than a bare line.
• Label confluence grouping to prevent chart clutter when multiple breaks occur near the same price level.
⚙️ METHODOLOGY
1) Trendline detection
Pivots are identified using standard pivot-high and pivot-low logic with two configurable lookbacks — one for Major trendlines and one for Minor. A new trendline is validated between the two most recent same-side pivots when the slope (ATR-normalized) exceeds the minimum threshold. Nearly-flat trendlines are rejected by design.
2) Break detection
A trendline is considered broken when the current candle closes on the opposite side of the projected line while the previous candle closed on the valid side. This one-bar confirmation rule avoids intra-bar flicker.
3) Quality scoring (0–100)
• Volume expansion vs 20-bar average — up to 25 points
• ATR-normalized slope steepness — up to 20 points
• Break-bar impulse measured in ATR from the line — up to 25 points
• Retest base score — 18 points, upgraded by +15 on a held retest, or reduced by 10 on a failed retest
• Major trendline bonus — +10 points
4) Retest tracking
After a break, the script watches a configurable window (default 3–8 bars) for price to return to the broken trendline within an ATR tolerance. Held retests and failed retests are tracked independently and reflected in the panel's Retest Held Rate. Retest markers are offset from the trendline in ATR units to prevent overlap with candles.
📊 SIGNALS & STATES
• Break label: "BREAK Q: · " and an optional "MAJ" tag for Major trendlines. Label color tier: High quality renders in full state color, Medium quality in neutral amber, Low quality in a muted tone.
• Retest marker: Small circular marker with "retest held" or "retest failed" text, offset from the trendline for clarity.
• Break bar border: Optional candle-border color that reflects break direction.
• Panel: Active trendlines per side, last break score and direction, overall break-direction breakdown, retest held rate, quality distribution (High/Medium/Low), total breaks tracked, and the current detection mode.
• Alerts: "High Quality Trendline Break" and "Major Trendline Break" — both standard alertcondition entries.
🎛️ KEY INPUTS
• Major / Minor Pivot Length — controls how many bars each side of a pivot must be a local extreme.
• Show Minor Trendlines — toggle tactical layer on top of structural layer.
• Max Active Trendlines per Side — caps the chart clutter.
• Volume Spike Threshold (x Avg) — ratio at which a volume expansion is considered full.
• Retest Min/Max Bars — bar range for a valid retest.
• Retest Tolerance (ATR) — how close price must come to the broken line to count as a retest.
• High / Medium Quality Thresholds — cutoffs for the three quality tiers (defaults: 70 / 50).
• Show Trendline Zone Band — renders a subtle ATR-based band around Major trendlines.
• Zone Band Width (ATR) — controls the thickness of the zone band.
• Label Confluence Grouping (ATR) — merges break labels that land within this ATR distance on nearby bars.
• Label Offset (ATR) — vertical padding so labels never embed in candles.
• Label / Panel / Help font sizes — all default to Normal.
• Panel Position and Theme — six positions, Dark/Light theme.
🧩 HOW TO USE
The indicator is a decision-support layer, not a standalone trading system.
• Treat a break with Q ≥ 70 and a "MAJ" tag as a structural event worth reviewing the higher-timeframe bias for.
• Use the retest window as a patience filter. A break with Q 55–69 that retests and holds often upgrades to a higher-quality setup after the retest.
• Failed retests are not "bad" — they are information. A failed retest on a low-quality break is a strong hint that the break was noise.
• The neutral-color active trendlines are intentional — they tell you where structure exists without biasing your read. Color appears only when structure breaks.
• Combine with your own confluence (volume profile, horizontal support/resistance, higher-timeframe trend). The script does not enter trades; it tells you how reliable a break looks at the moment it happens.
⚠️ LIMITATIONS & TRANSPARENCY
• Quality scores describe historical pattern behavior. They are not predictive probabilities.
• Trendlines are generated from pivots; the final pivot is always confirmed after the pivot-length bars have elapsed. This is standard pivot behavior and is not a repaint of historical marks — past labels remain fixed once a break bar closes.
• The script draws up to the platform's line/label limits. Older trendlines are removed when the active cap is reached.
• Parameter defaults target 4H–1D charts; lower timeframes benefit from smaller pivot lengths and tighter retest windows.
📜 RISK DISCLOSURE
This script is an analytical tool. It does not provide financial advice, investment recommendations, or a trading strategy. Past performance of any pattern, including trendline breaks, does not guarantee future results. Always perform your own analysis and apply proper risk management before making any trading decision. Indicator
Trend Quality [AGPro Series]Trend Quality
Trend Quality fuses three independent regime dimensions — ADX directional strength, Kaufman Efficiency Ratio, and ATR-normalized EMA slope — into a single 0–100 composite Trend Quality Score. A hysteresis + confirmation + cooldown gate turns that score into a stable TREND / CHOP regime, enhanced with HTF confirmation, lifecycle phases, score velocity, breakout grading, directional dominance, and a full adaptive on-chart quality window. The goal is simple: replace noisy "is this a trend?" guessing with a transparent, multi-dimensional, low-lag quality reading you can read in one glance.
🎯 OVERVIEW
Most trend filters fail at the same thing — they tell you a trend exists, but not whether that trend is clean, accelerating, fading, or already exhausted. Trend Quality answers the harder question. Every bar is scored on three independent dimensions that each measure a different physical property of price movement:
• ADX — directional strength (how strongly one side dominates)
• Kaufman Efficiency Ratio (ER) — path efficiency (how little wasted motion)
• ATR-normalized EMA slope — normalized trend velocity (how fast, relative to volatility)
These three signals are combined into one 0–100 Trend Quality Score. A hysteresis band + confirmation bars + cooldown filter convert that score into a stable TREND / CHOP regime — no single-bar flipping, no false recovery wicks. On top of the core regime, the indicator layers Score Velocity, Lifecycle phases (Emerging → Confirmed → Exhausting), Breakout Quality grading (A / B / C), directional dominance, and a visual Quality Window that tracks the active trend zone and projects it forward.
💎 UNIQUE EDGE
What separates Trend Quality from a standard ADX filter, an EMA slope indicator, or a generic regime meter:
• Tri-factor fusion (not a single metric) — ADX alone misses path quality; ER alone misses direction; slope alone misses choppy-but-strong moves. Weighted fusion (45% ADX, 35% ER, 20% Slope) neutralizes each component's blind spot.
• Stable regime, not a flickering line — the TREND / CHOP state passes through a 3-layer filter: hysteresis band around the threshold, N confirmation bars, and a cooldown window after every transition. The result is a regime reading that holds through pullbacks without flipping.
• Score Velocity Engine — a second-derivative layer that watches how fast the score itself is changing. Surges flag momentum ignition; collapses flag quality breakdown before price confirms it. A bearish divergence detector fires when price makes new highs while quality is fading.
• Lifecycle phases — inside every TREND regime, the script distinguishes Emerging (young, fresh, accelerating), Confirmed (mature, stable, above buffer), and Exhausting (score rolling over from a peak). This lets you see whether you are entering early, running mid-trend, or catching the end.
• Breakout Quality Badge (A / B / C) — every CHOP → TREND transition receives a graded badge based on composite score plus velocity bonus. Grade A breakouts are rare and have an optional dedicated alert.
• HTF confirmation with Auto-HTF mapping — the same engine runs on a higher timeframe. When LTF is trending but HTF is not, the regime is marked BLOCKED (not forced to CHOP) so you retain full transparency about why the regime is gated.
• Adaptive Quality Window — a live rectangular zone that tracks the full trend's high/low from its start bar, projects forward, shows ceiling/floor projection labels, and preserves historical windows with directional color coding (green for up-trends, pink for down-trends, amber for HTF-blocked trends).
🧪 METHODOLOGY
Core composite score (every bar, LTF):
Score = 100 × (0.45 × ADX_norm + 0.35 × ER_norm + 0.20 × Slope_norm)
• ADX_norm = min(ADX / 50, 1)
• ER_norm = |close − close | / (SMA(|Δclose|, N) × N)
• Slope_norm = min(|EMA − EMA | / ATR × 10, 1)
Regime gating:
• Hysteresis: +3 above threshold to enter TREND, −3 below to enter CHOP
• Confirmation: N consecutive bars above/below the hysteresis band
• Cooldown: N bars after every regime flip where no new flip is allowed
MTF confirmation (optional, default ON):
The same core function is called via request.security on the HTF (Auto: 30m→4H, 4H→Daily, Daily→Weekly, Weekly→Monthly in Strict mode). When LTF=TREND but HTF=CHOP, the regime is tagged BLOCKED — a transparent third state that is neither forced-CHOP nor accepted-TREND.
Lifecycle logic:
• Emerging: TREND is young (bars since start ≤ Emerging Bars) OR score slope ≥ 0 and score below buffer
• Confirmed: score ≥ threshold + Confirmed Buffer AND HTF passes (optional)
• Exhausting: score slope < 0 AND pullback from peak ≥ Exhaustion Pullback
Score velocity:
velocity = score − score (default 5-bar look-back)
Breakout quality grading:
bqScore = score + velocity_bonus (bonus: +15 if vel>15, +7 if vel>5, else 0)
A ≥ 82, B ≥ 67, C < 67
🔔 SIGNALS & ALERTS
The script exposes 12 alert conditions — all moderator-safe, educational, non-solicitating:
• CHOP → TREND / TREND → CHOP regime flips with LTF+HTF context
• Strong Trend composite conviction threshold
• HTF Blocked / HTF Unblocked third-state transparency events
• Emerging / Confirmed / Exhausting Trend lifecycle phase changes
• Velocity Surge / Velocity Collapse second-derivative extremes
• Grade-A Breakout rare high-conviction breakouts
• Bearish Divergence price up, quality down warning
On-chart visual events (also filterable via inputs):
• Breakout Quality badge (A / B / C) at every CHOP → TREND
• Bearish divergence ⚠ marker at trend peaks where quality fades
• State tag near backbone: EMERGING / CONFIRMED / EXHAUSTING / HTF BLOCKED
• Quality Window label: ACTIVE + phase
• Projection labels on the right edge: QUALITY CEILING / TREND FLOOR
All badge and warning labels are gated with an 8-bar cooldown so the chart stays clean even on repeated intra-swing triggers.
⚙️ KEY INPUTS
Core engine:
• ADX Length (14) — directional strength look-back
• Efficiency Length (20) — ER path-efficiency window
• Slope EMA Length (50) — trend backbone reference
• ATR Length (14) — volatility normalization
• TREND Threshold (55) — composite score level to enter TREND
• Confirmation Bars (1) — bars of persistence before flipping
• Strong Trend Offset (15) — extra score above threshold for STRONG tag
MTF:
• HTF Confirmation (ON) — enable/disable HTF gate
• Auto HTF (ON, Strict) — smart HTF mapping per chart TF
• Manual HTF (240) — override timeframe
Stability:
• Change Cooldown Bars (2) — lock-out window after any regime flip
Lifecycle:
• Emerging Phase Bars (4) — max trend age to stay Emerging
• Confirmed Buffer (8.0) — score must clear threshold+buffer
• Exhaustion Pullback (4.0) — peak-to-current drop to flag Exhausting
Visual Overlay:
• Backbone + Glow + Zone + State Candles + Quality Window + Historical Windows + Projection Box + Guides + Midline (all toggleable)
Panel, Theme, Layout, Help rows, Alerts, Score Velocity Engine, Breakout Quality Badge, Divergence Detector — every layer has its own input group and can be shown/hidden independently.
📘 HOW TO USE
Read-in-one-glance panel (standard AGPro format):
• Blue header row: script title
• Line 2: REGIME / LIFECYCLE · Score N/100 · Velocity state
• Line 3: LTF regime · Direction · Directional Dominance
• Line 4: HTF regime · MTF PASS/BLOCKED · Active Window state · Streak
Quick playbook:
1. CHOP on LTF → wait. No setup, no commitment.
2. CHOP → TREND transition with Grade A badge + HTF PASS → highest-conviction regime start.
3. CONFIRMED phase with DOM HIGH and rising score → the middle of the trend, usually the cleanest section.
4. Velocity COLLAPSE or EXHAUSTING phase with bearish divergence ⚠ → quality is deteriorating; reduce exposure or tighten stops.
5. HTF BLOCKED amber window → LTF trend exists but higher timeframe disagrees; treat as lower-conviction and be aware of mean-reversion risk.
The indicator does NOT issue buy/sell signals, does NOT define entry/exit prices, and is NOT a strategy. It is a regime-quality reading — a context layer you pair with your own trade management.
⚠️ LIMITATIONS & TRANSPARENCY
• Trend-quality indicators are inherently trend-following. In low-volatility ranges the score can stay above threshold on minor moves; in very fast markets the score can lag by 1–3 bars while the filters stabilize.
• HTF confirmation introduces a natural HTF delay. This is intentional (it removes noise) but means the HTF gate may lift several LTF bars after price has already moved.
• All composite signals rely on look-backs (ADX 14, ER 20, Slope EMA 50, ATR 14). On very short intraday timeframes with low bar counts these need calibration.
• Lifecycle phases are structural readings, not predictions. EXHAUSTING means the score is rolling over — not that price must reverse.
• Past performance of any visual regime does not imply future performance. Charts showing clean historical windows are illustrative of the indicator's logic, not trading results.
• No repainting on historical bars. The HTF call uses lookahead_off and barmerge.gaps_off. Score and regime values on closed bars are final.
🛡️ RISK DISCLOSURE
This script is published as an educational and analytical tool. It does not provide financial advice, does not generate trade signals of any kind, and must not be used as a standalone decision system. Markets involve substantial risk of loss. Past behavior of any market regime, indicator output, or historical visual window is no guarantee of future results. Always combine any indicator with independent risk management, position sizing, a tested plan, and — where appropriate — the guidance of a licensed professional. You are solely responsible for any trading decisions you make. Indicator
Pivot Channel Map [AGPro Series]Pivot Channel Map
🔹 OVERVIEW
Pivot Channel Map is a structural channel engine that automatically detects and classifies market structure channels from confirmed swing pivots. It organises every qualified channel into a clear 8-family taxonomy (Major / Minor × External / Internal × Up / Down) and renders them as a living map of trend, range and reversal context. The script works on all instruments and timeframes, with a focus on intraday and swing analysis.
Instead of plotting a single trendline or band, the engine maintains a continuously updated structural map: active channels, their midlines, interaction pockets around the rails, preserved broken channels, and post-break retest / reclaim signals. A compact right-corner panel summarises live channel counts, qualification state, nearest channel distance in ATR units, and the prevailing Major tilt.
The goal is to give discretionary traders a moderation-safe, clutter-controlled view of where price is inside the broader structure — not to predict future prices.
🔸 UNIQUE EDGE
Most channel indicators draw one or two parallel lines and call it a day. Pivot Channel Map adds structural classification, qualification, memory and post-event follow-through on top of the channel geometry:
- Eight channel families instead of a single pair of rails
- ATR-normalised qualification engine (Off / Balanced / Strict) to filter structurally weak channels
- Broken Channel Memory that preserves invalidated structure as faded historical context
- Interaction Zones (right-edge ATR pockets) around active channel rails
- Post-Break Retest / Reclaim tracker that tags the first valid touch after a confirmed break
- Break and React event markers on Major channels
- ATR-based distance tagging in the info panel (Near / Mid / Wide / Far)
The result is a richer structural read than a standard channel script, while still staying visually clean through emphasis, opacity and clutter controls.
🔹 METHODOLOGY
1. Pivot detection. A configurable Pivot Period drives ta.pivothigh and ta.pivotlow to produce confirmed swing pivots. The script then classifies each pivot into H / HH / LH / HL / LL / L roles and promotes / demotes them between Major (M*) and Minor (m*) status based on close breaks versus the current Major range.
2. Channel construction. From the classified pivot stream, eight channel families are built:
- Major External Up / Down
- Major Internal Up / Down
- Minor External Up / Down
- Minor Internal Up / Down
External channels trace structural HH/LL extremes, Internal channels trace LH/HL interior swings.
3. Qualification. Each candidate channel is width-measured against ATR and span-measured in bars. The Qualification Engine (Off / Balanced / Strict) filters out structurally weak channels before they are drawn.
4. Life-cycle management. Active channels are redrawn and extended forward each bar until an origin-rail or channel-rail break is confirmed. On break, the previous structure can be preserved by Broken Channel Memory (Off / Major Only / All) with its own style and opacity.
5. Event detection. Confirmed origin-rail breaks produce BREAK events; wick-through-then-close-back moves produce REACT events on Major channels. A cooldown and an ATR-based price-distance filter prevent label clusters when price oscillates around the same rail.
6. Post-break follow-through. After a confirmed break, the script tracks the first valid touch inside a configurable window and tags it as RETEST (channel-rail break) or RECLAIM (origin-rail break).
🔸 SIGNALS & ALERTS
On-chart events:
- BREAK — confirmed close-based break of a Major channel rail
- REACT — wick through the Major rail with a close back inside, filtered by bar cooldown and ATR distance
- RETEST / RECLAIM — first valid touch of the broken rail inside the post-break window
- Interaction Zone contact — visual ATR pocket around active channel rails
- Channel Quick Tags (MEX / MIN / mEX / mIN, Up / Dn) — compact family labels on active channels
Alert conditions (all 16 toggleable, Major alerts On by default, Minor Off by default):
- Break: Major External Up / Down
- React: Major External Up / Down
- Break: Major Internal Up / Down
- React: Major Internal Up / Down
- Break: Minor External Up / Down
- React: Minor External Up / Down
- Break: Minor Internal Up / Down
- React: Minor Internal Up / Down
Message frequency is configurable (All / Once Per Bar / Once Per Bar Close). Alerts include symbol, timeframe, time zone and event description.
🔹 KEY INPUTS
- Pivot Engine: Pivot Period (default 5)
- Per-family Visibility: 8 Show / Delete-Previous / Color / Style / Extend / Width groups
- Channel Qualification: Mode (Off / Balanced / Strict), Apply To (All / Major Only / Minor Only), ATR Length
- Broken Channel Memory: Scope (Off / Major Only / All), Keep (Last 1 / Last 2), Style
- Channel Midline: Show, Apply To, Scope, Style, Width, Opacity
- Active Map Clarity: Line Emphasis, Base-Line Focus, Event Markers, React Cooldown, React Min Price Distance, Quick Tags, Tag Scope, Tag Size, Event / Quick Tag Vertical Offsets
- Interaction Zones: Scope, Rails, Zone Width ATR, Extend Bars, Opacity, Zone Text
- Post-Break Retest / Reclaim: Scope, Window Bars, Label Offset ATR
- Panel: Show, Position, Font Size
- Alerts: 16 per-family Break / React toggles, Alert Name, Frequency, Time Zone
🔸 HOW TO USE
Getting started:
1. Apply the indicator on any symbol and timeframe.
2. Start with default settings: Qualification Off so the full structural map is visible.
3. If the chart feels busy on lower timeframes, switch Qualification to Balanced or Strict.
Reading the panel:
- Major Live / Minor Live — active channels per class
- Nearest Channel — closest active channel, with ATR distance and Near / Mid / Wide / Far tag
- Qualification — current filter mode and scope
- Interaction — interaction zone scope and rails
- Post-Break — tracker scope, window and prevailing Major tilt
Common workflows:
- Trend continuation: wait for price to hold an Active Major channel and look for a REACT at the rail inside the channel direction.
- Break-and-retest: after a BREAK event, watch for the RETEST / RECLAIM label inside the Post-Break window.
- Confluence: use Interaction Zones to spot where Major and Minor rails meet at the right edge of the chart.
- Higher-timeframe context: open a higher timeframe tab with the same script to map macro structure around your execution timeframe.
Suggested defaults:
- Intraday traders: 15m–1H base TF, Balanced qualification
- Swing traders: 4H–1D base TF, Balanced or Off qualification
- Higher-timeframe context: 1D–1W with Qualification Off
🔹 LIMITATIONS & TRANSPARENCY
- Pivot-based. Pivots require the configured number of bars to confirm, so the most recent swing always lags by Pivot Period bars. This is a structural property of confirmed pivots, not a bug.
- Redraw behaviour. Active channels are extended forward each bar until a break is confirmed on close. Channel end-points can therefore adjust as new pivots qualify.
- Alerts fire on confirmed conditions. Break and React alerts require barstate.isconfirmed, so intra-bar touches do not trigger alerts.
- Timeframe behaviour. On very high timeframes with limited history (e.g. weekly / monthly on newer instruments), the total pivot count can be small. Keep Qualification at Off on higher timeframes to avoid over-filtering.
- This is a visualisation / structure tool. It is not a trading strategy, it does not manage risk, and it does not generate buy / sell recommendations. All entries and exits are the trader’s responsibility.
🔸 RISK DISCLOSURE
This script is a technical analysis tool intended for educational and analytical purposes only. It does not constitute financial advice, investment recommendations, or a solicitation to buy or sell any asset. Past chart behaviour does not guarantee future results. Trading involves significant risk and can result in the loss of capital. Always do your own research, use proper risk management, and consider consulting a licensed financial advisor before making trading decisions. Indicator
Compression Pressure Map [AGPro Series]Compression Pressure Map
⚡ Overview
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Compression Pressure Map is a structural context tool that measures how tightly price is compressing against the nearest pivot-based level, and evaluates two behavioral scenarios in parallel: breakout anticipation and reversal watch. The output is a visual map of where pressure is accumulating — rendered as an evolving pressure zone that moves through BUILDING, ARMED and READY states.
This is not a signal engine, not a forecast, and not a trading strategy. It is a visualization layer that answers a single question: where is compression building around the active level, and in which direction is that pressure leaning.
🧭 Unique Edge
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Most compression indicators reduce behavior to a single direction. CPM separates compression into two parallel scoring engines that run on the same structural core:
🔹 Breakout Anticipation — pressure building for a directional break through the level
🔹 Reversal Watch — pressure building for a rejection at the level
In Auto mode the dominant scenario is rendered on the chart (cleaner visual), while the panel shows both scores side by side for transparency. Power users can lock the engine to a single mode. The active level is stabilized with a clustered pivot refinement and a drift-control lock, so the displayed level stays consistent instead of jumping on every new pivot. A compression gate keeps the pressure score aligned with the compression core: when compression is weak, pressure cannot escalate into high states.
🧪 Methodology
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The pressure score is a weighted composite of six structural components, measured on the active scenario:
🔹 Range compression (short-window range vs long-window range)
🔹 ATR compression (short-window ATR vs long-window ATR)
🔹 Body tightness (average body size relative to average range)
🔹 Quiet-bar persistence (how many recent bars qualify as calm)
🔹 Proximity to the active level (normalized by ATR)
🔹 Directional posture (slope, close position in bar)
Reversal scoring adds wick-rejection weight at the active level (average lower-wick size for bull reversals, upper-wick size for bear reversals). Breakout scoring adds approach slope weight toward the active level. A shared EMA smoothing step produces calmer state transitions. A dominance margin and cooldown prevent rapid scenario flipping. The final score is driven through a BUILDING → ARMED → READY state machine with hysteresis on the zone visibility to avoid flicker.
🎯 Signals & Alerts
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The state machine produces four transition alerts plus two pace alerts:
🔹 Pressure Armed Near Level — score crosses the armed threshold with an active scenario
🔹 Ready Zone Reached — score crosses the ready threshold with an active scenario
🔹 Armed Bullish / Bearish Scenario — directional armed transitions
🔹 Ready Bullish / Bearish Scenario — directional ready transitions
🔹 Pressure Rising — score is climbing while the zone is live
🔹 Pressure Released — the active scenario resolves (through the level or by decay)
On the chart, state transitions are marked with discrete A and R markers on the active side. A score label near price always shows the current pressure value, bias and state for quick reading without opening the panel.
⚙️ Key Inputs
────────────────────────────────────────
🔹 Engine Mode — Auto, Breakout Anticipation, or Reversal Watch
🔹 Compression Length — main lookback for range, ATR and body tightening
🔹 Trigger Distance (ATR) — how close price must be to a level to start evaluating
🔹 Hold Distance (ATR) — how far price can drift before the active context is cleared
🔹 Pivot Left/Right and Cluster Tolerance — pivot strength and blending behavior
🔹 Compression Gate and Gate Threshold — compression-first discipline control
🔹 Armed / Ready / Zone On / Zone Off Thresholds — state machine calibration
🔹 Full visual controls — zone width, band extend, line width, label size, panel position and font
All defaults are tuned for mid-volatility crypto pairs on 1H and 4H timeframes, but the engine adapts across symbols and timeframes through its ATR-normalized distance logic.
📘 How to Use
────────────────────────────────────────
🔹 Open the indicator in Auto mode and observe which scenario the panel highlights
🔹 Wait for the pressure zone to appear on the chart (BUILD → LIVE transition)
🔹 Read the state: BUILDING means the setup is forming, ARMED means the setup is mature, READY means compression and proximity are both at peak
🔹 Cross-reference with your own structural read — CPM describes the compression landscape, the decision is yours
🔹 If you prefer one behavioral lens only, lock the engine to Breakout Anticipation or Reversal Watch
🔹 Use the Compression Gate to enforce compression-first discipline — when compression is weak, the pressure score stays in WATCH
🔹 The tool is timeframe-agnostic; try it on 15m, 1H, 4H and 1D to see how compression contexts nest
CPM is designed to sit alongside your strategy, not replace it. It maps the compression field; you read the context.
⚠️ Limitations & Transparency
────────────────────────────────────────
🔹 CPM is a context visualization tool, not a signal generator — it does not issue buy or sell calls
🔹 The pressure score is a structural measurement, not a probability estimate
🔹 State transitions describe the compression field at the moment they print; they do not imply what happens next
🔹 Active level refinement is intentionally conservative — the level may feel slower to update than raw pivots, by design
🔹 Very high volatility regimes may keep the compression score low for extended periods, which is the intended behavior
🔹 The tool is deterministic on closed bars; intrabar values are provisional until bar close
CPM is released as Public, Open-source under MPL 2.0. The source is fully readable and auditable.
🛡️ Risk Disclosure
────────────────────────────────────────
This indicator is published for educational and analytical purposes only. It is not financial advice, not a trading strategy, and not a recommendation to buy or sell any asset. Past behavior of any level or pressure state does not predict future behavior. Markets carry risk of loss; users are solely responsible for their own decisions and risk management. Always do your own research and consider consulting a qualified professional before making trading or investment decisions. Indicator
Failed Break Quality [AGPro Series]Failed Break Quality
🔹 OVERVIEW
Failed Break Quality is a reversal-focused structure tool that detects failed breakouts (bull traps and bear traps) around confirmed horizontal support and resistance, then grades each reclaim with a transparent 0-100 quality score. Instead of signaling every price wick through a level, it waits for the full sequence — level confirmation, break below or above, decisive reclaim, rejection candle and follow-through — and only prints a label when the event passes a weighted score threshold.
The goal is to give a single-pane view of where the market trapped participants, how clean the reversal was, and whether the reaction carried any real conviction. All components are plotted on the price chart in an event map style: reclaim pockets, focus bands, connector rails, structure tags and a compact summary panel.
🔷 UNIQUE EDGE
What separates Failed Break Quality from generic support-resistance or bull-trap detectors:
• Five-component weighted score (0-100) — each reclaim is rated on Level Integrity, Break Weakness, Reclaim Speed, Rejection Strength and Follow-Through, with user-adjustable weights. No black-box output.
• Auto timeframe profiles — Intraday, H4 and Swing profiles adapt tolerance, break depth, reclaim window, adverse-move limits and family-reset band automatically so the same inputs behave sensibly across timeframes.
• Reclaim Pockets — the actual zone between the break extreme and the reclaim level is drawn as a shaded rectangle, making it easy to see where the trap formed and where the invalidation sits.
• Focus Bands + Event Rails — the latest bull and bear events are highlighted with a forward-extended focus band at the level and a dashed rail connecting break extreme to reclaim point. Older events fade, so the current structural map stays readable.
• Family lock system — once a level produces a graded signal, it will not re-fire on the same level family until a new family forms beyond the configured reset band, preventing signal stacking on the same structure.
• Auto-clean stale event visuals — focus bands, reclaim pockets and event rails are automatically removed when their anchor level drifts, disappears or ages out, so the chart stays clean across regime shifts.
• This script differs from Break-Retest Quality (continuation after a confirmed breakout) by focusing on the opposite case: breakouts that fail and reverse back through the level.
🔸 METHODOLOGY
1. Level Building — Pivot highs and lows are clustered inside an ATR-scaled tolerance band. A level is confirmed only after reaching the required minimum touches and is retired when it exceeds the maximum age in bars. Each confirmed level carries a family ID so nearby re-confirmations do not create duplicate signals.
2. Failed Break Detection — A break is registered when price penetrates a confirmed level by at least the minimum break depth (ATR-based). The script then monitors the reclaim window (capped in bars) and records the break extreme and outside-closes count.
3. Reclaim Confirmation — A reclaim requires close back across the level plus a small ATR buffer. The bar that reclaims is graded for rejection strength using wick, body and close position.
4. Follow-Through Gate — After reclaim, price must extend at least the follow-through ATR in the favorable direction and must not exceed the maximum adverse ATR against the reclaim. Failing either gate cancels the signal.
5. Quality Score — Five sub-scores are combined with user weights to produce the final 0-100 score. Only reclaims at or above the minimum print threshold produce a labeled signal and a reclaim pocket.
🔶 SIGNALS AND ALERTS
• Bullish Reclaim — printed below the reclaim bar with a teal label showing the quality score. Indicates a failed breakdown of support.
• Bearish Reclaim — printed above the reclaim bar with a pink label showing the quality score. Indicates a failed breakout of resistance.
• Panel States — Bull Trap Watch, Bull Reclaim Pending, Bear Trap Watch, Bear Reclaim Pending, Scanning Levels, Building Levels.
• Alert Conditions — Bullish Reclaim and Bearish Reclaim, suitable for standard PulseWire alert creation.
🔹 KEY INPUTS
• Levels — Pivot length, ATR length, level match tolerance (ATR), minimum touches, maximum level age.
• Profiles — Toggle for automatic timeframe calibration.
• Failed Break Logic — Minimum break depth, reclaim window, follow-through bars, reclaim buffer, minimum follow-through, maximum adverse move, re-arm distance, family reset band.
• Score — Minimum score to print and individual weights for Level, Break, Speed, Reject and Follow components.
• Visuals — Toggles for confirmed levels, level zones, inner core bands, structure tags, active-zone emphasis, tag connector rails, zone and core half-widths, signal offset, label and tag sizes.
• Event Map — Reclaim pockets, focus bands, event rails, non-focus fade, auto-clean stale event visuals, stale event max bars, pad and extend settings.
• Panel — Visibility, position (Top Right / Top Left / Bottom Right / Bottom Left) and font size.
🔷 HOW TO USE
• Start on the timeframe where the levels look most respected (H1, H4 or Daily). Auto profiles will adjust internal thresholds automatically.
• Treat every signal as contextual evidence, not as a standalone entry. Higher scores indicate cleaner events — a shallow break, a fast reclaim, a strong rejection bar and a clean follow-through all lift the score.
• Use the reclaim pocket as the structural zone: the level marks the invalidation side, and the break extreme marks the maximum trap depth. Both are visible on the chart.
• Combine with your own bias, trend filters, higher-timeframe levels, volume or session structure. The script is designed to sit on top of an existing framework, not replace it.
🔸 LIMITATIONS AND TRANSPARENCY
• This is an indicator, not a strategy. It does not place orders, size positions or calculate profit and loss.
• Signals are evaluated on bar close. Intrabar wicks can temporarily enter trap states without producing a graded event.
• Score thresholds and weights are tunable. Different markets and timeframes benefit from different configurations — the default values are a reasonable starting point, not a universal setting.
• All level, reclaim and pocket logic is purely structural and does not include volume, order flow or derivatives data.
• Repainting note — level confirmation uses pivots with a fixed lookback. The last pivot is locked once the required forward bars have elapsed; earlier plotted structure does not repaint after that point.
🔶 RISK DISCLOSURE
Trading involves substantial risk. This script is a technical analysis tool provided for educational and research purposes only and does not constitute financial advice, investment recommendations or a solicitation to trade. Past performance does not guarantee future results. Always do your own research and apply strict risk management. The author assumes no responsibility for trading decisions made using this script.
Published under Mozilla Public License 2.0 — source is open and available for study, review and non-commercial derivative work under the terms of the license. Indicator
Fixed Range Control Box [AGPro Series]Fixed Range Control Box
🔹 Overview
Fixed Range Control Box isolates a single high-conviction price range on your chart and classifies who is in control inside it. The tool draws one clean hero box around the most recent structural range, places a volume-weighted Control Line inside it, and tracks state transitions in real time: Inside, Upper, Lower, or Failed. When price structurally breaks the box, the range freezes, locking the reference so you can study the aftermath without visual drift.
Four range-definition modes are available — Pivot, Lookback, Compression, and Manual-Date — so the tool adapts to discretionary range traders, systematic rotation traders, and anyone who wants a fixed reference zone for backtesting or journaling.
🔸 Unique Edge
Most range tools on PulseWire draw many boxes and leave the user to guess which one matters. Fixed Range Control Box is built around a different philosophy: one range, one story, one decision. The hero box is the visual focus; historical ranges fade into the background; the Control Line tells you which side of the range is winning the statistical argument.
Three design choices separate this from standard range-box scripts:
- Volume-weighted Control Line. Rather than dropping a midpoint line, the Control Line is computed from the volume-weighted typical price across the life of the range, with an edge-fallback to midpoint if the line drifts too close to either boundary. This produces a structurally meaningful reference instead of a geometric one.
- Retrospective fill on range rebuild. When a new range is committed, the script walks back through the range window and retroactively computes touch count, hold quality, and the Control Line. You see a fully-formed box with accurate statistics the moment it appears, not an empty box that slowly populates.
- Freeze-on-failure. When price closes beyond the range and the state transitions to Failed, the box locks at the break bar. No more drifting endpoints on broken structures — the reference stays where the story ended.
🔷 Methodology
The script cycles through four stages on every bar:
1. Range detection. Depending on the selected mode, the script looks for a qualifying range: confirmed swing pivots (Pivot), rolling highest/lowest (Lookback), short-ATR over long-ATR compression (Compression), or a user-defined date window (Manual). Gating rules — minimum lifespan, minimum width percentage, and a failed-state cooldown — prevent rapid re-triggers on noisy conditions.
2. Commit and retrospective fill. Once a range qualifies, the script snapshots the old range into history, installs the new one, and walks back through the window to compute the Control Line, touch count, and hold quality in a single pass. No warm-up period.
3. State machine. Each confirmed bar feeds the state machine. Strict logic requires bar closes on one side of the Control Line for the configured number of bars before switching to Upper or Lower; a close beyond either range boundary transitions to Failed.
4. Rendering. On the last bar, the hero box, Control Line, origin marker, and state badge are rebuilt from scratch. Historical ranges persist as muted boxes up to a configurable cap.
🔶 Signals & Alerts
Three alert conditions cover the full range lifecycle:
- New Control Box. Fires once per bar close when a new range is committed.
- Line Reclaimed (Bull or Bear). Fires when state transitions into Upper or Lower control, confirming directional bias inside the range.
- Control Failed. Fires once when price closes beyond the range and the box is frozen.
All alerts use alert() calls with once-per-bar-close frequency.
🔹 Key Inputs
- Range Mode — Auto-Pivot, Auto-Lookback, Auto-Compression, or Manual-Date.
- Pivot Length / Lookback Bars / Compression Window — window controls for each detection mode.
- Min Range Lifespan / Min Range Width % — structural filters to suppress micro-ranges.
- Failed Cooldown — bars to wait after a broken range before searching for a new one.
- Strict Control Logic + Reclaim Confirmation — governs how the Control Line state machine transitions.
- Visual controls — fade old boxes, max boxes kept, show state badge, show range origin, future projection bars, panel and label font sizes.
🔸 How to Use
1. Start on your primary timeframe and select the Range Mode that matches your style: Pivot for discretionary swing structures, Lookback for mechanical windows, Compression for auto-locking onto consolidations, Manual-Date for backtesting a specific episode.
2. Tune Min Range Width % and Min Range Lifespan so only structurally meaningful ranges appear.
3. Read the panel top-down: Mode confirms what you are tracking, Control tells you which side of the Control Line is winning, Range Age and Touches describe maturity and confluence, Hold Quality summarizes how cleanly price has respected the range, and State shows the live classification.
4. Use alerts to monitor the range lifecycle without staring at the chart.
🔻 Limitations & Transparency
- This is an analytical tool, not a strategy. It does not generate buy or sell recommendations and does not compute entries, stops, or targets.
- Past range behavior does not forecast future range behavior. Structural breaks can occur at any time.
- In very thin or illiquid markets, the volume-weighted Control Line can drift toward a boundary; the edge-fallback defaults to midpoint to protect against degenerate cases.
- Auto-Compression mode requires sufficient ATR history; expect a warm-up period on very recent symbols.
- The script is overlay-only and does not access other timeframes.
🔶 Risk Disclosure
Nothing in this script constitutes financial advice. Trading involves substantial risk of loss and is not suitable for every investor. Always do your own research and manage risk appropriately. Indicator
Turtle Soup Reversal Map [AGPro Series]Turtle Soup Reversal Map
🔹 Overview
Turtle Soup Reversal Map is a mean-reversion pattern detector inspired by Linda Raschke's classic "Turtle Soup" setup — a counter-attack on failed 20-bar breakouts. When price pierces a multi-bar extreme and then closes back inside the prior range, institutional traders often interpret it as trapped breakout participants being flushed. This script automates the detection, qualifies each setup with a transparent 0–100 score, and projects a reference target alongside an auto-resolving rejection zone. It is designed for traders who want a disciplined, rule-based way to spot failed breakouts without drawing them manually.
🔹 Unique Edge
Unlike generic liquidity-sweep or wick-rejection indicators, Turtle Soup Reversal Map is built around Raschke's specific 20-bar-extreme rule — a pattern with decades of documented performance in swing-trading literature. Three characteristics separate it from similar tools:
• Strict N-bar-extreme definition (not a simple swing-high/low fade). Price must violate the exact prior-lookback extreme, not just a minor pivot.
• Five-component adaptive quality score — wick rejection, volume spike, overshoot magnitude, higher-timeframe trend alignment, and key-level proximity. Each component is a transparent weighted contribution, with clear A+ / A / B / C grades.
• Full lifecycle state engine — Pending → Fired → Target/Stop/Invalidated. Setups that do not confirm within their window are auto-invalidated (not left hanging), and live win-rate plus average R-multiple are tracked over the most recent resolved setups.
🔹 Methodology
The script continuously monitors for price piercing the highest high or lowest low of the prior N bars (default 20, range 10–50). When a sweep occurs, a Pending setup is created. Confirmation is then evaluated in one of two user-selectable modes:
• Same-Bar Close — the violating bar must close back inside the prior range on the same bar (faster, more signals).
• Next-Bar Close — Raschke's original specification; the next bar must close back inside the prior range (slower, higher reliability).
If confirmation fires, the setup becomes Fired and a reference target is projected from the confirmation close (default 2.5 × ATR(14)). Stop is placed at the sweep extreme plus a configurable ATR buffer. Setups that fail to confirm within their window, or where price overshoots the stop before confirmation, are automatically invalidated.
The quality score blends: wick-to-range ratio at the extreme bar, relative volume spike versus its 20-bar average, overshoot magnitude (ATR-normalized with a sweet-spot curve), counter-trend alignment against a user-defined higher timeframe, and proximity to round numbers or recent pivot levels.
🔹 Signals & Alerts
The script produces three alert types, all configurable:
• Pending — sweep detected, awaiting confirmation.
• Fired — confirmation closed back inside prior range.
• Invalidated — setup dismissed due to overshoot or window timeout.
Each alert message includes direction (Bull/Bear), current grade, ticker, and timeframe. Fired setups are visualized with a labeled confirmation marker, a dashed target-projection line, a dotted stop-reference line, and an auto-closing rejection zone. Labels display the Soup-Bull / Soup-Bear name, grade, and numeric score.
🔹 Key Inputs
• Lookback Bars — size of the extreme window (default 20, range 10–50).
• Confirmation Mode — Same-Bar Close or Next-Bar Close.
• Invalidation Distance (ATR) — stop buffer beyond the sweep extreme (default 0.5).
• Target Projection (ATR) — reference reversal target distance from entry (default 2.5).
• Quality Score Components — each of the five score components can be toggled independently for custom configurations.
• HTF for Trend — higher timeframe used for the trend-alignment component (default 240 min).
• Stats Sample Size — rolling window of resolved setups used for win-rate and average reward metrics (default 30).
• Visual & Panel Options — zones, lines, labels, target projection, panel location, font sizes, and per-element toggles.
🔹 How to Use
1. Apply to any liquid instrument and timeframe. The pattern's rule set is symbol-agnostic but performs differently across assets — review the live Win Rate and Avg Reward metrics in the panel to calibrate expectations.
2. Watch the Status field in the panel. Idle means no active setup; Pending Bull/Bear means a sweep has occurred and the script is waiting for confirmation; Fired Bull/Bear means confirmation closed and a target has been projected.
3. Filter setups by grade. A+ and A setups have stronger confluence — particularly wick rejection, volume, and HTF alignment. B setups are acceptable under favorable market regimes; C grades are educational only.
4. Treat the target projection as a reference, not a trade instruction. The stop reference line marks where the structural invalidation lies. Always combine with your own risk management.
5. The historical Win Rate is computed over the last N resolved setups on the current chart; it reflects the pattern's fit with the current symbol and timeframe, not a guarantee.
🔹 Limitations & Transparency
This indicator identifies historical setups algorithmically. It does not predict future price movement, and no indicator does. Turtle Soup is a counter-trend mean-reversion pattern — in strong trending regimes, false signals increase; in consolidation and range-bound conditions, it performs best. The displayed Win Rate and Avg Reward are historical, rolling, chart-dependent, and should not be interpreted as future expectations. Target and stop references are geometric projections based on ATR, not optimized parameters.
🔹 Risk Disclosure
This script is a technical analysis tool for educational and research purposes. It is not a trading strategy, not a recommendation, and not financial advice. Past performance does not guarantee future results. Always conduct your own analysis and use proper risk management. Trade at your own risk. Indicator
Indicator
Strategy
Trendline Confluence Map [AGPro Series]Trendline Confluence Map
Overview
Trendline Confluence Map automatically draws ascending and descending trendlines from major and minor swing pivots, then maps the zones where two or more of these trendlines intersect with each other or with key horizontal support and resistance levels. Every confluence zone is scored from 0 to 100 based on touch count, line age, trendline angle and volume, so traders can instantly see which reaction levels are backed by the most structural weight. Drawn as long rectangular zones in the classic S/R style, the map stays anchored to current price and hides old, irrelevant levels automatically.
Unique Edge
Most trendline tools either draw a single line or flood the chart with dozens of low-quality lines that never interact with each other. This indicator is built around the opposite idea: confluence is the signal, single lines are just noise. Its three design choices make the difference. First, the script maintains a disciplined pool of only the trendlines whose current projection is on-chart, so a zero-visibility clutter problem cannot happen — the panel count always equals what you actually see. Second, horizontal S/R levels participate as first-class confluence sources alongside trendlines, with a guard requiring at least one real trendline per zone so the tool remains true to its name. Third, every zone label shows a source breakdown such as "2 TL" or "1 TL + 1 SR", giving you immediate insight into why a zone was considered high-probability.
Methodology
Swing pivots are detected at two depths (major and minor) using pivot-high and pivot-low structures, with configurable lookback lengths. Each valid consecutive pivot pair spawns a trendline, and every subsequent bar that wicks into the projected line within an ATR-based tolerance increments its touch count, raising its structural validity. Horizontal S/R levels are extracted from recent major pivots and merged when they fall within 0.4 ATR of each other. On each confirmed bar, the detector builds a combined pool of all on-chart trendline projections plus horizontal levels, then runs a greedy clustering pass using a zone-width-sized tolerance window. Candidate clusters that contain at least one trendline and meet the minimum source count are scored by combining touch strength, line age, slope quality, a rolling volume component and a horizontal S/R bonus. The highest-scoring cluster becomes a confluence zone, drawn as a rectangle whose right edge extends dynamically to the current bar so every active zone stays visually anchored to price. Zones are deduplicated by price and direction, and expire automatically after a configurable age.
Signals and Alerts
Every new confluence zone is announced with a descriptive alert that carries its mid-price, score and source breakdown. A second alert fires when price first crosses into an active zone from outside, helping traders react to the moment a level is tested. Zone colors encode directional bias: green zones indicate support-favored confluence while pink zones indicate resistance-favored confluence, with the bias derived from the dominant trendline direction in the cluster. Labels on the right edge of each zone show the current score, the source breakdown and the bias tag, so at a glance the trader knows which level is strongest and why.
Key Inputs
Major Pivot Length and Minor Pivot Length define the swing-detection depth of the two pivot streams. Max Active Trendlines caps the internal pool, while Min Touches to Validate filters out unconfirmed trendlines from the confluence pass. Touch Tolerance in ATR units controls how generously the script counts interactions. Min Sources for Zone sets the confluence requirement, Zone Width in ATR units determines rectangle thickness, and Zone Forward Extension controls how far each zone reaches to the right. Max Active Zones and Max Zone Age in bars keep the map focused on currently relevant structure. Panel Theme, Panel Location and Font Size cover the full visual customization layer.
How to Use
Start on the timeframe you trade and leave the defaults — they are tuned for 4H crypto and major FX on equivalent timeframes. Scan for zones with a score above 60 in a direction aligned with the higher-timeframe bias. Use the green support-biased zones as pullback entry areas in uptrends and the pink resistance-biased zones as fade or short entry areas in downtrends. Break-and-retest traders can wait for price to pierce a high-score zone and return to its edge; mean-reversion traders can watch for rejection at zones where the source breakdown includes both a trendline and a horizontal level, as those tend to hold more strongly. The panel at the top shows a quick summary of the current map state and the distance to the nearest zone in ATR units, which is useful for position sizing and stop placement.
Limitations and Transparency
This is not a strategy and not a complete trading system. It does not predict price and does not generate buy or sell instructions. Confluence zones are structural context, not entries, and their score is an internal quality estimate derived from visible price action, not a probability of success. The script needs a reasonable amount of historical bars to build a stable trendline pool. Very low timeframes and very illiquid symbols can produce erratic pivot structures and are not the intended use case. Like all pivot-based tools, the indicator reflects past structure, and levels can weaken or become stale as market regimes change. Zones older than the configured age are removed automatically to reduce this risk.
Risk Disclosure
Trading involves substantial risk of loss and is not suitable for every investor. Past performance is not indicative of future results. This indicator is provided for educational and analytical purposes only and should not be interpreted as financial advice, an investment recommendation or a solicitation to trade. Always combine multiple forms of analysis, manage position size responsibly, and never risk capital you cannot afford to lose.
Indicator
Judas Swing Detector [AGPro Series]Judas Swing Detector
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OVERVIEW
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The Judas Swing is a well-known intraday pattern in ICT (Inner Circle Trader)
methodology describing how price often makes a deceptive initial move at the
London or New York session open — pulling in participants in one direction —
before reversing to reveal the session's true directional bias.
Judas Swing Detector systematically identifies, visualizes, and tracks this
pattern across every London and New York session open. It shades the trap
zone, flags the reversal bar, highlights the true-direction bias, and maintains
a rolling 20-session performance log so users can assess how consistently the
pattern resolves on their chosen symbol and timeframe.
IMPORTANT — Timeframe requirement: This indicator is designed for intraday
charts of 1 hour or lower (1m, 5m, 15m, 30m, 1h). Session windows anchor the
entire logic, and a 1-hour Judas window cannot be resolved on 4-hour or higher
charts. The panel always shows an "Optimal TF: 1m - 1h" footer, and the TF
status row turns yellow with "use <=1h" if the current chart exceeds this
range.
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UNIQUE EDGE
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Unlike generic session-open or breakout indicators, Judas Swing Detector is
built around a defined four-state lifecycle (Pending → Active → Forming →
Confirmed / Failed) with ATR-normalized thresholds, so detection remains
stable across different volatility regimes and asset classes.
Three design choices make it distinct:
1. Independent two-way extremum tracking inside the Judas window — both the
maximum upward and maximum downward excursion are recorded, and the larger
of the two is declared the fake move when the window closes. This removes
ambiguity in choppy openings.
2. Separate fake-move and reversal thresholds. The initial push must exceed
a minimum ATR-scaled size to qualify, and the reversal must travel a second
ATR-scaled distance beyond the session open — filtering out shallow round
trips that would otherwise inflate the signal count.
3. Rolling 20-session statistics panel reporting success rate, average fake
distance, and directional bias, giving discretionary traders an objective
view of how the pattern is behaving on their instrument before they act on
it.
4. Support/resistance-style invalidation zone drawn at the fake-move extremum
after confirmation. This gives a clear visual anchor: if price later
re-enters this zone from the opposite side during the session, the Judas
read is considered broken. The zone is a reference, not an automatic
signal.
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METHODOLOGY
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Step 1 — Session anchoring
At the first bar of the configured London or New York window the script
records the session open price, resets the two-way extremum trackers, and
transitions to the Active state.
Step 2 — Fake-move accumulation
During the window the script tracks both the maximum high and minimum low
relative to the session open. Neither is committed as the fake move until the
window closes.
Step 3 — Window-close evaluation
When the window ends the larger excursion (up vs down) becomes the fake
direction. If its size reaches the user-defined ATR multiple it qualifies and
the script transitions to the Forming state; otherwise it resets to idle.
Step 4 — Reversal confirmation
In the Forming state the script waits for price to cross the session open in
the opposite direction of the fake move and travel at least the configured
ATR-scaled distance beyond it. When that happens the swing is Confirmed and
the true direction is drawn on the chart. If the reversal window expires
without confirmation the swing is recorded as Failed.
Step 5 — History log
Every confirmed and failed outcome is appended to a rolling 20-session log
used by the statistics panel.
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SIGNALS & ALERTS
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On-chart visuals:
• Dashed vertical line at session start (accent color)
• "LON" or "NY" label at the session anchor bar (Balanced / Detailed only)
• Shaded fake-move box from session open to fake extremum, colored opposite
to the true direction (a bearish trap is shaded in the bear tone because
the true direction is down — and vice versa)
• Optional "Fake" distance label at the extremum (Detailed density only)
• Reversal marker "X UP" or "X DOWN" at the confirmation bar, offset
from the candles for readability
• Horizontal support/resistance-style invalidation zone around the fake
extremum, extending 40 bars to the right — a visual reference for where
the Judas read would break down if price re-enters the zone
Alert conditions (toggle individually in settings):
• Judas Swing Forming — fake move has qualified, waiting for reversal
• Judas Swing Confirmed — reversal threshold crossed, true direction known
• Judas Swing Failed — reversal window expired without confirmation
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KEY INPUTS
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Session Windows
• Track London Open — toggle London session monitoring
• London Judas Window (NY time) — session string, default 0200-0300
• Track New York Open — toggle NY session monitoring
• NY Judas Window (NY time) — session string, default 0930-1030
• Session Timezone — timezone used to interpret the windows
• Reversal Window (minutes) — maximum time after window close in which a
valid reversal can still be recorded
Detection Logic
• Min Fake-Move Size (ATR mult) — minimum excursion required to qualify
• Reversal Confirmation (ATR mult) — distance beyond session open needed
to confirm the reversal
• ATR Length — lookback for threshold scaling
Visuals
• Show Session Start Line, Show Fake-Move Zone, Show Reversal Marker,
Show Invalidation Zone — individual visual toggles
• Label Density — Minimal / Balanced / Detailed
• Font Size — tiny / small / normal / large (applies to labels and panel)
• Theme — Dark / Light (panel only, chart candles unaffected)
Panel
• Show Info Panel — master toggle
• Panel Location — 6 chart positions
• Always displays: current session, state, true direction, fake distance,
rolling 20-session statistics (success rate, avg distance, bull/bear
bias), current TF status, and a footer reminding the optimal timeframe
range
Alerts — three individual toggles (Forming / Confirmed / Failed)
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HOW TO USE
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Supported timeframes: 1m, 5m, 15m, 30m, 1h. These resolve a session's early
structure cleanly while keeping enough bars inside each Judas window for the
extremum tracker to work with. Recommended default: 15m or 1h.
Not supported: 4h, 1D, 1W. On these timeframes a single bar exceeds the
session window, so nothing is detected. The panel will show a yellow "use
<=1h" hint if you accidentally switch to one of these.
Recommended instruments: FX majors (EURUSD, GBPUSD, USDJPY), index futures
(NQ, ES), liquid crypto (BTC, ETH). The ATR-normalized thresholds keep the
logic portable across these asset classes.
Workflow suggestion:
1. Apply the indicator and let it observe several sessions so the panel
populates a meaningful sample.
2. Review the 20-session success rate on your specific symbol and timeframe.
This is not a forecast — it is a descriptive statistic of how the pattern
has resolved in recent history on that chart.
3. Use the Forming alert as a heads-up, and the Confirmed alert as the main
event. The true-direction arrow marks the bias of the remaining session,
not a trade entry or exit.
4. Combine with your own structural context — higher timeframe bias, key
levels, liquidity pools — before acting on any signal.
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LIMITATIONS & TRANSPARENCY
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• Not a strategy. This is a discretionary analysis tool; it neither places
orders nor implies any specific trade setup.
• Intraday timeframes only. The logic requires 1h or lower charts to resolve
the session windows. On 4h, 1D or higher the indicator will not detect
anything and the panel will show a "use <=1h" notice.
• No forecasting. Displayed statistics describe past behavior on the current
chart only and do not imply future performance.
• Pattern-dependent. When price opens and trends cleanly in one direction
without a fake move, the pattern legitimately will not trigger. Low
signal count on such sessions is expected behavior, not a malfunction.
• Session boundary sensitivity. Results depend on the configured session
windows and timezone. Outside the major FX and equities session hours the
ICT framing may not translate cleanly.
• Extreme-volatility sessions. During very large gaps or news spikes the ATR
thresholds can be dominated by a single bar; users should review the
defaults in those conditions.
• Symbol coverage. Pip conversion handles forex and JPY pairs explicitly and
falls back to tick-based sizing for other asset types. Values are intended
as relative magnitudes, not broker-specific pip quotes.
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RISK DISCLOSURE
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This indicator is provided for educational and analytical purposes only. It
does not constitute financial advice, a recommendation, or a solicitation to
buy or sell any instrument. Trading involves substantial risk of loss; past
pattern behavior is not indicative of future results. Users are responsible
for their own trading decisions and for verifying that any signal aligns with
their own methodology and risk management.
The source code is published under the Mozilla Public License 2.0. Feedback
and constructive suggestions are welcome. Indicator
Adaptive Keltner Channel [NovaLens]Adaptive Keltner Channel detects when price is doing something exceptional versus simply moving within its expected range. It wraps price in ATR-based bands around an EMA center, optionally adjusts band width to the current volatility regime, and includes built-in squeeze detection and context-aware center reclaim signals.
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◉ HOW IT WORKS
The indicator builds on the Keltner Channel concept introduced by Chester Keltner (1960) and refined into the modern ATR-based variant by Linda Bradford Raschke:
Center line : EMA of close
Upper band : Center + multiplier x ATR
Lower band : Center - multiplier x ATR
In static mode, the multiplier is fixed:
Upper = EMA(Close, Length) + Multiplier x ATR
Lower = EMA(Close, Length) - Multiplier x ATR
In adaptive mode, the multiplier scales with the current ATR percentile rank. When ATR is low relative to recent history, the channel widens to filter routine noise. When ATR is already elevated, the channel tightens so a band break still represents a genuine expansion rather than getting absorbed inside an overly wide envelope.
This is the opposite of how Bollinger Bands behave. Bollinger Bands widen mechanically as volatility rises because they use standard deviation. The adaptive Keltner deliberately tightens its multiplier in high-vol regimes to preserve the usefulness of a breakout signal across different conditions.
The script also includes squeeze detection: when Bollinger Bands contract inside the Keltner Channel, it flags that volatility has compressed. Compressed conditions can precede larger-than-normal moves, though the squeeze does not indicate which direction or guarantee that the expansion will follow through.
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◈ HOW TO READ IT
Band interactions:
Price above upper band: upside expansion beyond the recent channel range
Price below lower band: downside expansion beyond the recent channel range
Center reclaims and losses:
Price reclaims center after a lower-band touch: downside extension did not hold
Price loses center after an upper-band touch: upside extension did not hold
These are not simple center crosses. The indicator tracks which band was touched most recently and only fires a reclaim or loss signal when that context is present. A center cross after sideways consolidation is a different event from a center cross following a failed band extension. This logic filters out a significant amount of the noise that makes naive center-cross signals unreliable.
Squeeze and trend:
Orange fill and center color: squeeze is active, volatility compressed
Squeeze intensity builds visually as the compression persists
Green center line: short-term trend pressure is up
Red center line: short-term trend pressure is down
Teal X-cross marker below bar: squeeze just released
The outer bands are intentionally neutral gray. Direction comes from price behavior, center slope, and the interaction signals.
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✦ HOW WE USE IT: VOLATILITY CONTEXT
We use this channel as a volatility context layer rather than a standalone signal source. The question it answers: is the current price behavior routine or exceptional for this market's recent history?
When the channel is in squeeze state and the info panel reads "Compressed" with the bar count climbing, that is a low-conviction environment for new directional entries but a high-attention environment for preparation. On BTC 4H with Balanced settings, in our observation squeeze conditions often persist for 8-15 bars while the fill gradually deepens to orange. During that window, we are watching, not acting.
When the squeeze releases and price pushes through a band with the center slope already confirming, that combination (squeeze release, band break, center slope alignment) carries more weight than a random band break during an already-volatile session. No single element alone is the trigger.
On the reversion side, when price flushes to the lower band and then reclaims the center, the state-aware logic recognizes that the last band touched was the lower band. It treats that center cross as a meaningful reclaim rather than noise. This matters because price often consolidates between a band touch and the center for several bars. A naive center-cross indicator would miss the connection. This one remembers.
The practical workflow: use the channel to characterize whether price is inside its expected range, expanding beyond it, or compressed. Layer your directional signals on top of that context.
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✦ OTHER APPLICATIONS
Breakout context : band breaks after compression, confirmed by center slope and price acceptance on subsequent bars
Mean reversion : in sideways conditions, band touches can frame moves back toward the center, especially when the center line is flat rather than sloped
Trend pullbacks : the center line as a dynamic support/resistance during directional moves
Risk management : use the center or opposite band as a trailing reference that adapts to current volatility
Alert-driven workflow : set alerts on squeeze start, squeeze release, breakout up/down, or center reclaim/loss and check the chart only when conditions change
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⚙ GETTING STARTED
Adaptive Keltner Channel ships with reactivity presets:
Reactive : EMA 10 / Mult 1.5 / ATR 10. Tighter bands that respond quickly. Useful when you want the channel to track recent behavior more closely.
Balanced : EMA 20 / Mult 2.0 / ATR 14. The default. A reasonable starting point for most assets. Start here unless you have a specific reason not to.
Smooth : EMA 50 / Mult 2.5 / ATR 20. Wider and calmer. Useful on higher timeframes or when you want the channel to only flag larger-scale events.
Custom : Full manual control for specific setups.
Core settings:
Reactivity : selects the behavior profile. Start with Balanced.
Adaptive Band Width : on = regime-aware scaling, off = classic static Keltner. The difference is most visible when the market transitions between calm and volatile periods.
Adaptive Lookback : how far back ATR is ranked. 100 bars covers roughly 5 months on daily, 4 days on 1H. Increase for assets with long volatility cycles. Decrease for assets that shift regimes quickly.
Adaptive tuning:
Adaptive Max Multiplier (calm) : scales your base multiplier up in quiet conditions. Default 1.25 means the effective multiplier becomes 25% wider than the base (e.g., base 2.0 becomes 2.5). Increase if you are seeing too many false band touches during low-vol periods.
Adaptive Min Multiplier (vol) : scales your base multiplier down in volatile conditions. Default 0.75 means the effective multiplier becomes 25% narrower than the base (e.g., base 2.0 becomes 1.5). Decrease if breakouts are still not clearing the bands during high-vol sessions.
Squeeze settings:
Show Squeeze Detection : enables Bollinger-inside-Keltner squeeze logic
BB Length / BB Multiplier : default 20/2.0 matches standard Bollinger. Generally no reason to change unless comparing against a non-standard Bollinger on the same chart.
Display:
Show Info Panel : 4-row panel showing current state, volatility, trend direction, and price location as a channel percentage. Hover any label for a plain-English explanation.
Show Squeeze Background : subtle background tint during active squeezes. Off by default.
Light Theme Mode : adapts panel colors for light backgrounds.
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△ LIMITATIONS
Lagging structure : the center is an EMA and the bands use historical ATR. Sharp reversals can outrun the channel. This is inherent to any channel overlay.
Squeeze is not directional : a squeeze tells you volatility has contracted, not which way the next move goes. The release can fail, reverse, or stall.
False band breaks : in noisy conditions, price can poke through a band and return inside on the next bar. Adaptive scaling is designed to help with this, but does not eliminate it.
Mean-reversion risk in trends : using center reclaims as reversion entries during a strong trend can stay wrong longer than expected. The center keeps moving with the trend.
History requirement : adaptive scaling needs enough bars to fill the Adaptive Lookback window (default 100 bars) before it adjusts properly. Squeeze detection also needs sufficient Bollinger and Keltner history. Early bars on any chart will have less reliable readings.
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🔔 ALERTS
Six alert conditions are built in so you can monitor without watching the chart:
Breakout Up / Breakout Down : price closes beyond the upper or lower band
Squeeze Started : Bollinger Bands have contracted inside the Keltner Channel
Squeeze Released : squeeze just ended, volatility expanding
Center Reclaim : price crossed above the center after previously touching the lower band
Center Loss : price crossed below the center after previously touching the upper band
All alerts fire on bar close by default for confirmed signals.
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⌁ NOTES
Original concept by Chester Keltner (1960), modern ATR-based variant by Linda Bradford Raschke
Uses ATR-based bands with optional volatility-regime adaptation via percentile ranking
Includes Bollinger-inside-Keltner squeeze detection with visual intensity buildup
Center reclaim/loss signals use state-aware logic that tracks which band was last touched
Values update in real time on the current bar and are confirmed at bar close
Open-source: inspect the logic directly in the Pine editor
Indicator
