INVITE-ONLY SCRIPT
Güncellendi Harmonic PRZ [Malibu]
Harmonic PRZ [Malibu] is an invite-only harmonic pattern indicator built for traders who want a more structured way to read developing harmonic setups, validate them with confirmation, and evaluate them with context-aware risk zones instead of static visual guesses.
At its core, this tool is designed to answer a simple question: is this developing harmonic structure strong enough to deserve attention, and if so, where is the most meaningful reversal area likely to be?
Many harmonic tools simply project a possible reversal level and leave the trader with a crowded chart full of overlapping shapes. This script is built to be more selective. It uses a confirmation-first workflow, clustered PRZ logic, adaptive structure detection, and visual conflict reduction so the trader can focus on higher-quality formations rather than every possible pattern candidate.
What this indicator does
The script scans price structure using confirmed pivot geometry and looks for harmonic relationships between the legs of a developing pattern. Instead of marking a Potential Reversal Zone as one fixed Fibonacci level, it compares several harmonic projections and builds a clustered PRZ, which is a tighter reversal area formed by the overlap of multiple ratio relationships such as XA, BC, and ABCD.
In simple terms, the script is not asking, “Where could price maybe react?”
It is asking, “Where do multiple harmonic measurements agree that price has a stronger reason to react?”
That distinction matters because harmonic analysis becomes much more useful when it is based on confluence rather than on one isolated number.
How it works
The indicator begins by reading price through a pivot-based structure engine. These pivots are confirmed, which means they are not guessed in advance. A pivot only becomes valid after enough bars have closed to confirm that the swing is real. This creates intentional delay, but it also improves reliability because confirmed pivots do not shift around after the fact.
Once enough confirmed pivots exist, the script evaluates whether the developing structure matches the proportions required for a harmonic setup. It does not depend on one fixed manual sensitivity across all charts. Instead, the engine uses an adaptive multi-layer ZigZag framework so structure detection remains usable across different timeframes and chart conditions.
The Auto-Pilot mode automatically adjusts the effective ZigZag sensitivity to the active timeframe. For a beginner, this means you do not have to constantly re-tune the structure engine every time you move from a lower timeframe chart to a higher timeframe chart. The script attempts to keep the structural reading practical across different environments.
The Highlander filtering layer is then applied to reduce visual conflict. Harmonic charts often become messy because multiple candidate structures can appear at the same time, especially when several swing depths are being tracked. Highlander mode helps reduce this clutter by keeping the cleaner and more relevant structure visible when patterns overlap or compete for space on the chart.
The script then projects the likely D zone, but it does not immediately treat every projected pattern as actionable. This is one of the most important parts of the workflow.
A candidate pattern is first built from confirmed pivot geometry. After point C is formed, the script requires additional structural progression before treating the setup as confirmed. In practice, it waits for price to move through the B level after C has been established. This step is important because many weak or incomplete formations can appear visually convincing before they have shown enough structural continuation. By requiring B-level progression after C, the indicator filters out many premature candidates and focuses on setups that have advanced far enough to become more meaningful.
For someone new to harmonic trading, think of it like this:
First, the market forms a possible structure.
Then the script checks whether the shape and ratios are consistent enough to resemble a real harmonic candidate.
After that, it does not immediately assume the pattern matters.
It waits for the market to prove that the structure is still developing by progressing beyond the B level after C.
Only then does the setup earn more attention as a valid developing harmonic sequence.
From there, the clustered PRZ becomes the area to monitor for a possible reaction near the projected D zone.
This makes the script more conservative than tools that draw every possible pattern as soon as a rough shape appears.
How to read a setup
A harmonic setup in this script should be understood as a developing structure, not as an automatic buy or sell command.
A typical workflow looks like this:
The script identifies a developing harmonic structure from confirmed pivots.
It projects a clustered PRZ where the pattern may complete.
It waits for point C to be established.
It then requires price to move through the B level to confirm that the structure is progressing rather than stalling early.
Once that structural progression is confirmed, the setup becomes more relevant.
The trader then monitors the projected PRZ for price behavior, reaction quality, and risk alignment.
In other words, the B-level progression is not the final reversal entry by itself. It is a confirmation step that tells the trader the structure has matured enough to justify watching the projected D zone more seriously.
How to use it in practice
This tool is best used as a decision-support indicator, not as a blind signal machine.
A practical bullish workflow might look like this:
the indicator identifies a bullish harmonic candidate
point C is formed
price progresses through the B level, which confirms that the developing structure has continued properly
the trader then watches the projected bullish PRZ near the expected D completion area
if price reaches that zone and shows acceptable reaction or confluence with the trader’s own process, the setup may become actionable
the projected risk zones can then be used to judge whether the trade location, invalidation distance, and reward profile make sense
A practical bearish workflow is the same in reverse:
the indicator identifies a bearish harmonic candidate
point C is formed
price progresses through the B level in the required direction, confirming continuation of the structure
the trader then monitors the projected bearish PRZ near the expected D completion area
if the market reacts there in a way that fits the trader’s own execution process, the setup may become usable
The trade setup is invalidated once the stop-loss level is breached.
The key point is that the script is designed to help traders move through the setup in stages:
structure -> confirmation -> projected reversal zone -> risk evaluation
This staged process is one of the main reasons the indicator is more selective than simpler harmonic overlays.
Risk visualization
Once a structure is sufficiently developed, the script projects pattern-aware risk zones instead of using one generic stop/target model for all setups.
This matters because not all harmonic formations behave the same way. A Gartley-type structure and a more aggressive pattern do not always deserve the same risk spacing. The script therefore uses structure type and volatility context to build more adaptive risk projections.
For a trader, this means the tool is not only trying to show where price may reverse, but also whether the surrounding market conditions make that area practical from a risk perspective.
It is important to understand that these zones are analytical guides, not guarantees. They are designed to help the trader judge structure quality and trade location more consistently.
What makes this script different
The value of this script does not come from displaying standard harmonic ratios by themselves. Classical Fibonacci relationships are widely known. The added value comes from how those principles are processed inside the workflow.
Its core differentiation comes from the interaction between:
clustered PRZ calculation instead of a single projected reversal number
adaptive structure detection instead of one fixed manual sensitivity
Highlander-based conflict reduction to keep the chart cleaner
confirmation logic after point C instead of treating every early shape as actionable
B-level progression validation to filter weaker candidates
pattern-aware, volatility-sensitive risk projection instead of generic static levels
These elements are designed to work together as one framework. The goal is to show fewer but more meaningful harmonic opportunities, with more readable chart structure and more disciplined setup progression.
Best use case
This indicator is best suited for traders who:
use harmonic structure as part of discretionary analysis
want cleaner charts when multiple candidate patterns appear
prefer confirmation-based workflows over early anticipation
want projected reversal areas to be evaluated together with structured risk context
understand that harmonic analysis is strongest when combined with broader market context, liquidity awareness, and disciplined execution
Limitations
Like all structure-based tools, this script can produce lower-quality outcomes during unstable, illiquid, or strongly event-driven market conditions.
Because pivots must be confirmed, the indicator is intentionally delayed relative to the earliest possible swing guess. That delay is not a defect; it is part of the filtering logic. The script favors structural quality over maximum speed.
Also, B-level progression after point C is a confirmation requirement, which means the indicator deliberately avoids treating every early pattern outline as tradable. This improves selectivity, but it also means the script is not designed for traders who want the earliest possible speculative projection without confirmation.
No indicator can eliminate uncertainty, and no projected PRZ should be interpreted as a guaranteed turning point. This tool is designed to support analysis and trade planning, not to promise future performance.
Why it is invite-only
This script is published as invite-only because its value does not come from standard harmonic ratios alone, but from the proprietary way those classical principles are combined into one structured detection, confirmation, filtering, and risk-mapping workflow.
Its protected value includes:
the clustered PRZ engine used to define reversal areas through ratio overlap
the adaptive depth behavior used to keep structure detection practical across timeframes
the Highlander conflict-reduction process used to control chart noise
the confirmation workflow that waits for point C to form and then requires B-level progression before treating the setup as confirmed
the pattern-aware risk projection model that evaluates structure together with volatility context
These parts are not presented as isolated features. They are designed to function together as a single decision framework.
For someone who is new to invite-only tools, this simply means the script is intended to explain what it does, how it works, and how it should be used, while keeping the exact implementation protected. The purpose of that protection is not to hide a basic idea, but to preserve the value of the specific engine, filtering logic, and structured workflow behind the tool.
Important note
This indicator is an analytical tool. It helps organize harmonic structure, confirmation, and projected risk on the chart, but it should always be used together with your own market understanding, execution rules, and risk management.
Author’s instructions
Access requests are handled through private messages.
Please include your TradingView username when contacting me.
Please do not use the Comments section for access requests.
At its core, this tool is designed to answer a simple question: is this developing harmonic structure strong enough to deserve attention, and if so, where is the most meaningful reversal area likely to be?
Many harmonic tools simply project a possible reversal level and leave the trader with a crowded chart full of overlapping shapes. This script is built to be more selective. It uses a confirmation-first workflow, clustered PRZ logic, adaptive structure detection, and visual conflict reduction so the trader can focus on higher-quality formations rather than every possible pattern candidate.
What this indicator does
The script scans price structure using confirmed pivot geometry and looks for harmonic relationships between the legs of a developing pattern. Instead of marking a Potential Reversal Zone as one fixed Fibonacci level, it compares several harmonic projections and builds a clustered PRZ, which is a tighter reversal area formed by the overlap of multiple ratio relationships such as XA, BC, and ABCD.
In simple terms, the script is not asking, “Where could price maybe react?”
It is asking, “Where do multiple harmonic measurements agree that price has a stronger reason to react?”
That distinction matters because harmonic analysis becomes much more useful when it is based on confluence rather than on one isolated number.
How it works
The indicator begins by reading price through a pivot-based structure engine. These pivots are confirmed, which means they are not guessed in advance. A pivot only becomes valid after enough bars have closed to confirm that the swing is real. This creates intentional delay, but it also improves reliability because confirmed pivots do not shift around after the fact.
Once enough confirmed pivots exist, the script evaluates whether the developing structure matches the proportions required for a harmonic setup. It does not depend on one fixed manual sensitivity across all charts. Instead, the engine uses an adaptive multi-layer ZigZag framework so structure detection remains usable across different timeframes and chart conditions.
The Auto-Pilot mode automatically adjusts the effective ZigZag sensitivity to the active timeframe. For a beginner, this means you do not have to constantly re-tune the structure engine every time you move from a lower timeframe chart to a higher timeframe chart. The script attempts to keep the structural reading practical across different environments.
The Highlander filtering layer is then applied to reduce visual conflict. Harmonic charts often become messy because multiple candidate structures can appear at the same time, especially when several swing depths are being tracked. Highlander mode helps reduce this clutter by keeping the cleaner and more relevant structure visible when patterns overlap or compete for space on the chart.
The script then projects the likely D zone, but it does not immediately treat every projected pattern as actionable. This is one of the most important parts of the workflow.
A candidate pattern is first built from confirmed pivot geometry. After point C is formed, the script requires additional structural progression before treating the setup as confirmed. In practice, it waits for price to move through the B level after C has been established. This step is important because many weak or incomplete formations can appear visually convincing before they have shown enough structural continuation. By requiring B-level progression after C, the indicator filters out many premature candidates and focuses on setups that have advanced far enough to become more meaningful.
For someone new to harmonic trading, think of it like this:
First, the market forms a possible structure.
Then the script checks whether the shape and ratios are consistent enough to resemble a real harmonic candidate.
After that, it does not immediately assume the pattern matters.
It waits for the market to prove that the structure is still developing by progressing beyond the B level after C.
Only then does the setup earn more attention as a valid developing harmonic sequence.
From there, the clustered PRZ becomes the area to monitor for a possible reaction near the projected D zone.
This makes the script more conservative than tools that draw every possible pattern as soon as a rough shape appears.
How to read a setup
A harmonic setup in this script should be understood as a developing structure, not as an automatic buy or sell command.
A typical workflow looks like this:
The script identifies a developing harmonic structure from confirmed pivots.
It projects a clustered PRZ where the pattern may complete.
It waits for point C to be established.
It then requires price to move through the B level to confirm that the structure is progressing rather than stalling early.
Once that structural progression is confirmed, the setup becomes more relevant.
The trader then monitors the projected PRZ for price behavior, reaction quality, and risk alignment.
In other words, the B-level progression is not the final reversal entry by itself. It is a confirmation step that tells the trader the structure has matured enough to justify watching the projected D zone more seriously.
How to use it in practice
This tool is best used as a decision-support indicator, not as a blind signal machine.
A practical bullish workflow might look like this:
the indicator identifies a bullish harmonic candidate
point C is formed
price progresses through the B level, which confirms that the developing structure has continued properly
the trader then watches the projected bullish PRZ near the expected D completion area
if price reaches that zone and shows acceptable reaction or confluence with the trader’s own process, the setup may become actionable
the projected risk zones can then be used to judge whether the trade location, invalidation distance, and reward profile make sense
A practical bearish workflow is the same in reverse:
the indicator identifies a bearish harmonic candidate
point C is formed
price progresses through the B level in the required direction, confirming continuation of the structure
the trader then monitors the projected bearish PRZ near the expected D completion area
if the market reacts there in a way that fits the trader’s own execution process, the setup may become usable
The trade setup is invalidated once the stop-loss level is breached.
The key point is that the script is designed to help traders move through the setup in stages:
structure -> confirmation -> projected reversal zone -> risk evaluation
This staged process is one of the main reasons the indicator is more selective than simpler harmonic overlays.
Risk visualization
Once a structure is sufficiently developed, the script projects pattern-aware risk zones instead of using one generic stop/target model for all setups.
This matters because not all harmonic formations behave the same way. A Gartley-type structure and a more aggressive pattern do not always deserve the same risk spacing. The script therefore uses structure type and volatility context to build more adaptive risk projections.
For a trader, this means the tool is not only trying to show where price may reverse, but also whether the surrounding market conditions make that area practical from a risk perspective.
It is important to understand that these zones are analytical guides, not guarantees. They are designed to help the trader judge structure quality and trade location more consistently.
What makes this script different
The value of this script does not come from displaying standard harmonic ratios by themselves. Classical Fibonacci relationships are widely known. The added value comes from how those principles are processed inside the workflow.
Its core differentiation comes from the interaction between:
clustered PRZ calculation instead of a single projected reversal number
adaptive structure detection instead of one fixed manual sensitivity
Highlander-based conflict reduction to keep the chart cleaner
confirmation logic after point C instead of treating every early shape as actionable
B-level progression validation to filter weaker candidates
pattern-aware, volatility-sensitive risk projection instead of generic static levels
These elements are designed to work together as one framework. The goal is to show fewer but more meaningful harmonic opportunities, with more readable chart structure and more disciplined setup progression.
Best use case
This indicator is best suited for traders who:
use harmonic structure as part of discretionary analysis
want cleaner charts when multiple candidate patterns appear
prefer confirmation-based workflows over early anticipation
want projected reversal areas to be evaluated together with structured risk context
understand that harmonic analysis is strongest when combined with broader market context, liquidity awareness, and disciplined execution
Limitations
Like all structure-based tools, this script can produce lower-quality outcomes during unstable, illiquid, or strongly event-driven market conditions.
Because pivots must be confirmed, the indicator is intentionally delayed relative to the earliest possible swing guess. That delay is not a defect; it is part of the filtering logic. The script favors structural quality over maximum speed.
Also, B-level progression after point C is a confirmation requirement, which means the indicator deliberately avoids treating every early pattern outline as tradable. This improves selectivity, but it also means the script is not designed for traders who want the earliest possible speculative projection without confirmation.
No indicator can eliminate uncertainty, and no projected PRZ should be interpreted as a guaranteed turning point. This tool is designed to support analysis and trade planning, not to promise future performance.
Why it is invite-only
This script is published as invite-only because its value does not come from standard harmonic ratios alone, but from the proprietary way those classical principles are combined into one structured detection, confirmation, filtering, and risk-mapping workflow.
Its protected value includes:
the clustered PRZ engine used to define reversal areas through ratio overlap
the adaptive depth behavior used to keep structure detection practical across timeframes
the Highlander conflict-reduction process used to control chart noise
the confirmation workflow that waits for point C to form and then requires B-level progression before treating the setup as confirmed
the pattern-aware risk projection model that evaluates structure together with volatility context
These parts are not presented as isolated features. They are designed to function together as a single decision framework.
For someone who is new to invite-only tools, this simply means the script is intended to explain what it does, how it works, and how it should be used, while keeping the exact implementation protected. The purpose of that protection is not to hide a basic idea, but to preserve the value of the specific engine, filtering logic, and structured workflow behind the tool.
Important note
This indicator is an analytical tool. It helps organize harmonic structure, confirmation, and projected risk on the chart, but it should always be used together with your own market understanding, execution rules, and risk management.
Author’s instructions
Access requests are handled through private messages.
Please include your TradingView username when contacting me.
Please do not use the Comments section for access requests.
Sürüm Notları
This update moves Harmonic PRZ [Malibu] from a basic harmonic projection script into a more structured harmonic workflow built around candidate development, projected completion, optional confirmation, chart context, and risk mapping.WHAT CHANGED
The script now separates developing harmonic candidates from confirmed patterns more clearly. Potential structures are treated as live last-bar candidates that can evolve, disappear, or be promoted as price develops, while confirmed patterns follow a stricter progression path before they are displayed. The PRZ model has also been refined: it is no longer treated as a single exact reversal line, but as a clustered reaction area built from the active XA, BC, and optional AB=CD projection components. When those components align tightly, the PRZ becomes narrower; when they diverge, it becomes wider.
AB=CD handling has been separated from the general potential-candidate flow. Instead of using the same developing-state model as the other harmonic structures, AB=CD patterns now follow their own completion path and appear only when their own completion conditions are met. Exact, 1.27, and 1.618 AB=CD variants are supported through that dedicated logic.
The structure engine also supports two operating modes more explicitly. Auto-Pilot adapts structural depth to the active chart environment for practical cross-timeframe use, while Manual Adjustment allows each detection layer to be calibrated independently. Pattern Strictness is isolated as a ratio-tolerance control only, so it adjusts Fibonacci matching tolerance without changing pivot confirmation, D-touch behavior, confluence rules, or the risk model.
Optional confirmation has been expanded into a clearer workflow. Confirmed patterns can require price interaction with the projected PRZ after formation, and they can also require overlap between the projected D area and an active Support/Resistance or Fair Value Gap zone before being displayed. Filtering is organized into Soft, Standard, and Elite profiles, and the script also includes integrated Entry / TP / SL visualization, automatic or manual TP/SL behavior, logarithmic calculation support, and overlap-reduction / Highlander-style cleanup.
WHY IT CHANGED
These changes were made to reduce two common weaknesses in harmonic tools: premature pattern relevance and chart noise. Many harmonic indicators expose rough geometric candidates too early, crowd the chart with overlapping shapes, and compress projected completion into one isolated price even when the underlying projection components do not terminate at the same level. That can make developing structures look more final than they really are.
This update pushes the workflow toward staged development instead. Structure is identified through confirmed pivots, progression after point C is required, the projected completion area is mapped as a clustered zone, and optional confirmation can then be applied before a confirmed pattern is shown. The goal is not to surface every possible outline, but to help the user focus on more meaningful structure as it matures.
WHAT THIS UPDATE ACTUALLY DID
In practical terms, this update changed the script from a pattern-drawing tool into a more complete harmonic workflow. Instead of only identifying possible structures, it now manages the analytical sequence more explicitly: confirmed structure detection, live candidate monitoring, projected PRZ construction, optional post-formation confirmation, chart-context reading, and integrated risk display.
Potential patterns now function as active monitoring states rather than fixed labels. Confirmed patterns represent more mature structures that can be gated by progression, PRZ interaction, and zone-based confluence. The PRZ is now communicated more accurately as a reaction area created by clustered harmonic projections rather than as one exact reversal line. AB=CD logic is now handled through its own completion pathway instead of being merged into the same potential-state behavior used for the other harmonic structures.
CURRENT STATE
In its current form, Harmonic PRZ [Malibu] operates as a structured harmonic workflow rather than a simple pattern marker. It detects supported harmonic structures through confirmed swing geometry, separates live candidates from confirmed patterns, projects a clustered PRZ instead of a single fixed level, allows optional D-touch and zone-based confirmation, supports SR / FVG / iFVG chart context, and provides integrated risk visualization with automatic or manual control.
A setup in this script should be read as a staged analytical process: structure appears, ratios qualify, progression after C is required, the projected completion zone is mapped, optional confirmation can be applied, and risk can then be evaluated in context. Because the model uses confirmed pivots, it is intentionally slower than pure anticipation tools. Because potential patterns are live developing candidates, they can still update or disappear before confirmation. Because the PRZ is a zone rather than a fixed promise, it should be interpreted as an active reaction area, not as a guaranteed turning point.
The value of the script does not come from standard harmonic ratios alone, but from the way confirmed structure, candidate-state separation, clustered PRZ behavior, optional confirmation, chart context, cleanup logic, and risk mapping are combined into one protected workflow.
Author’s instructions
For access requests, please send me a private message on TradingView and include your exact TradingView username together with the script name: Harmonic PRZ [Malibu].
Access is granted only after an explicit request from the TradingView account that will use the script, so please make sure you contact me from the same account that should receive access. Please do not post access requests in the Comments section.
For usage-related questions, please send a private message and describe the market, timeframe, and setting involved so I can understand the issue more clearly. This page is provided for access and usage information only and does not provide personalized trading advice, trade signals, or performance guarantees.
Sürüm Notları
Deterministic Rendering FixPreviously, the indicator could show different patterns for different users on the same chart, same timeframe, and same settings. This happened because TradingView loads a different number of historical bars depending on the user's plan, browser cache, and session timing. Since the indicator accumulated data from the very first loaded bar, two users with different bar histories would end up with different internal states — and once a single early pattern differed, every subsequent detection was affected in a chain reaction.
This update introduces a fixed lookback window. Instead of processing all available history, the indicator now only considers the most recent 500 bars for all internal state: ZigZag pivots, pattern overlap checks, cooldown timers, and SR/FVG zone tracking. Bars older than this window are discarded automatically.
The result is that all users viewing the same chart with the same settings will now see the same patterns, regardless of how many bars their TradingView session has loaded. No detection logic, Fibonacci ratios, filter behavior, or visual output has been changed — only the scope of historical data the indicator relies on.
Sürüm Notları
Harmonic PRZ [Malibu] is a closed-source harmonic pattern indicator designed to detect PRZ-based reversal structures and display them directly on the chart. Closed-source publications should explain their distinctive logic and practical use clearly, even when the code is protected, and this script is built around a multi-layer workflow that combines harmonic geometry, optional confirmation, and structured risk visualization. :contentReference[oaicite:0]{index=0}The indicator scans for Gartley, Bat, Butterfly, Shark, Cypher, AB=CD variants, and Deep Crab structures. Pattern detection is not limited to raw ratio matching. The script also supports configurable strictness, optional SR/FVG confluence, optional D-touch confirmation, automatic or manual detection depth, log-scale ratio handling, and optional Entry / TP / SL projection for chart planning. These elements are intended to help users evaluate harmonic structures in context rather than treating every detected formation as equivalent. The latest update adds Deep Crab support, including a dedicated Fibonacci settings block, XA impulse efficiency filtering, integration into PRZ projection and quality scoring, and refined invalidation / risk handling specific to that structure. :contentReference[oaicite:1]{index=1} :contentReference[oaicite:2]{index=2}
What this script does:
• Detects harmonic pattern geometry using configurable Fibonacci relationships
• Projects PRZ areas for valid structures
• Supports optional SR and FVG confluence checks
• Supports optional D-touch confirmation after structure formation
• Allows Auto-Pilot or Manual Adjustment for detection depth
• Provides optional Entry / TP / SL visualization for planning and review
• Includes Deep Crab detection with an additional XA impulse filter in the current version
How the script is intended to be used:
Apply it on standard price charts to monitor potential and confirmed harmonic structures. Potential patterns can update, expand, or disappear before confirmation. Confirmed patterns depend on the active strictness, filter, and confirmation settings selected by the user. Deep Crab is disabled by default and is available for users who want to include a more selective advanced harmonic structure in their workflow. Entry / TP / SL visuals are planning references only and should be interpreted together with market structure, liquidity conditions, and instrument volatility.
What changed in this update:
• Added Deep Crab pattern support
• Added dedicated Deep Crab Fibonacci controls
• Added XA impulse efficiency filtering for Deep Crab validation
• Integrated Deep Crab into PRZ, scoring, and risk logic
• Refined Deep Crab invalidation handling
• Tightened Deep Crab confirmation behavior to keep detections more selective
Notes:
This indicator is built for harmonic structure visualization and workflow support. It does not guarantee reversals or outcomes. Users should evaluate all signals in proper chart context and with their own risk management process. TradingView’s publishing rules prohibit misleading claims and unrealistic performance implications, which is why this description focuses on the script’s behavior, configuration, and intended use rather than promotional promises. :contentReference[oaicite:3]{index=3}
Update note:
Added Deep Crab support with dedicated Fib controls, XA impulse validation, PRZ integration, and refined invalidation / risk handling.
Changelog:
• Added Deep Crab detection
• Added Deep Crab Fib settings
• Added XA impulse filter for Deep Crab
• Integrated Deep Crab into PRZ, scoring, and risk logic
• Refined Deep Crab invalidation handling
Sürüm Notları
Harmonic PRZ [Malibu] is a closed-source harmonic pattern indicator designed to detect PRZ-based reversal structures and display them directly on the chart. Closed-source publications should explain their distinctive logic and practical use clearly, even when the code is protected, and this script is built around a multi-layer workflow that combines harmonic geometry, optional confirmation, and structured risk visualization. :contentReference[oaicite:0]{index=0}The indicator scans for Gartley, Bat, Butterfly, Shark, Cypher, AB=CD variants, and Deep Crab structures. Pattern detection is not limited to raw ratio matching. The script also supports configurable strictness, optional SR/FVG confluence, optional D-touch confirmation, automatic or manual detection depth, log-scale ratio handling, and optional Entry / TP / SL projection for chart planning. These elements are intended to help users evaluate harmonic structures in context rather than treating every detected formation as equivalent. The latest update adds Deep Crab support, including a dedicated Fibonacci settings block, XA impulse efficiency filtering, integration into PRZ projection and quality scoring, and refined invalidation / risk handling specific to that structure. :contentReference[oaicite:1]{index=1} :contentReference[oaicite:2]{index=2}
What this script does:
• Detects harmonic pattern geometry using configurable Fibonacci relationships
• Projects PRZ areas for valid structures
• Supports optional SR and FVG confluence checks
• Supports optional D-touch confirmation after structure formation
• Allows Auto-Pilot or Manual Adjustment for detection depth
• Provides optional Entry / TP / SL visualization for planning and review
• Includes Deep Crab detection with an additional XA impulse filter in the current version
How the script is intended to be used:
Apply it on standard price charts to monitor potential and confirmed harmonic structures. Potential patterns can update, expand, or disappear before confirmation. Confirmed patterns depend on the active strictness, filter, and confirmation settings selected by the user. Deep Crab is disabled by default and is available for users who want to include a more selective advanced harmonic structure in their workflow. Entry / TP / SL visuals are planning references only and should be interpreted together with market structure, liquidity conditions, and instrument volatility.
What changed in this update:
• Added Deep Crab pattern support
• Added dedicated Deep Crab Fibonacci controls
• Added XA impulse efficiency filtering for Deep Crab validation
• Integrated Deep Crab into PRZ, scoring, and risk logic
• Refined Deep Crab invalidation handling
• Tightened Deep Crab confirmation behavior to keep detections more selective
Notes:
This indicator is built for harmonic structure visualization and workflow support. It does not guarantee reversals or outcomes. Users should evaluate all signals in proper chart context and with their own risk management process. TradingView’s publishing rules prohibit misleading claims and unrealistic performance implications, which is why this description focuses on the script’s behavior, configuration, and intended use rather than promotional promises. :contentReference[oaicite:3]{index=3}
Update note:
Added Deep Crab support with dedicated Fib controls, XA impulse validation, PRZ integration, and refined invalidation / risk handling.
Changelog:
• Added Deep Crab detection
• Added Deep Crab Fib settings
• Added XA impulse filter for Deep Crab
• Integrated Deep Crab into PRZ, scoring, and risk logic
• Refined Deep Crab invalidation handling
Sürüm Notları
Major updateThis release introduces substantial changes to the script’s detection flow, filtering logic, potential-pattern handling, confirmation behavior, and chart rendering. It is not a cosmetic revision.
The main purpose of this update is to make the pattern workflow more structured on the chart and more configurable through explicit quality and confluence controls.
This version adds dedicated quality controls for XA impulse, time symmetry, and potential-pattern quality. New settings have been introduced under XA IMPULSE QUALITY, TIME SYMMETRY, and POTENTIAL QUALITY. These additions allow users to apply stricter or softer filtering to developing and confirmed structures. As a result, some patterns that were previously displayed may now be filtered out, while others may appear with different timing depending on the selected configuration.
The internal quality gate has been reworked so that multiple quality checks can be evaluated in a more consistent way. This includes revised XA impulse evaluation, new time symmetry checks, additional potential-quality scoring, and a combined quality gate for pattern filtering. Because of these changes, pattern selection and confirmation behavior may differ from previous versions.
The Cypher logic has been revised in an important way. D calculation now follows XC retracement logic instead of the previous XA-based approach, and the condition requiring C to exceed A is now enforced explicitly. PRZ cluster visualization for Cypher has also been aligned with the revised logic. Users may therefore notice different Cypher detection behavior compared with earlier versions.
AB=CD handling has been significantly expanded. This update introduces a separate AB=CD potential engine and also revises confirmed AB=CD detection. The confirmed C point is no longer treated as the last zigzag pivot by default and is now based on the actual extremum after B. Confirmed D is no longer treated as a close-based value and is instead handled as the target ratio level. Wick touches can now confirm contact, target priority has been revised, and confirmed AB=CD patterns now include a complete drawing workflow with PRZ box, labels, trade lines, and alerts. AB=CD potential structures are also tracked independently from XABCD potentials. These changes can materially affect when AB=CD structures appear, persist, or confirm.
Potential-pattern handling has been reworked so that structures are managed more consistently across levels and across their lifecycle. This includes optional filtering of lower-quality potentials, support for earlier display under selected conditions, improved persistence rules so valid developing structures are not removed too aggressively, better invalidation handling including specific Cypher invalidation behavior, overlap checks across levels for PRZ conflicts, and cleanup of conflicting potential boxes when a confirmed pattern appears. Because of this, users may notice different potential-pattern timing and different persistence behavior compared with earlier versions.
Confluence checks are no longer based only on a single D price reference. They now evaluate the PRZ area more directly. Related changes include confluence checks against the PRZ box or zone, more centralized D calculation, simplified PRZ visual calculations, and confirmed-pattern behavior tied more closely to the actual touch event and PRZ region. As a result, chart annotations and confirmations may align differently than in prior versions.
Confirmed harmonic patterns are now drawn from the actual touch bar rather than from an estimated D-bar assumption. The script also stores D price information where relevant, which improves duplicate filtering and drawing consistency. This affects confirmed pattern placement, duplicate handling, and the timing of visual confirmation on the chart.
Duplicate filtering has been improved by incorporating price-aware checks in addition to time-based overlap logic. The Highlander logic now stores not only the D bar but also the D price, helping distinguish genuinely separate structures from overlapping duplicates more consistently.
The script has also undergone a large internal refactor. Configuration, pivots, PRZ ratios, PRZ geometry, and level state are now organized through dedicated structured types. Level management has been unified into a levels array, and drawing plus cleanup behavior has been moved into centralized helper functions. This refactor was introduced to improve consistency and maintainability in the script’s multi-level workflow rather than for cosmetic reasons only.
Several chart elements were updated to make potential and confirmed structures easier to distinguish. Confirmed-pattern labels now show pattern, level, direction, and score or confluence information in a revised format. Helper visuals were made lighter, confirmed PRZ boxes now include borders, potential PRZ boxes use a lighter dashed style, the main label position has been adjusted, and entry/TP/SL rendering is now handled through dedicated trade-line drawing. Older EMA plots and legacy debug zigzag visuals were also removed. Even when market structure is similar, the chart may look different from earlier versions because the rendering logic has changed.
A number of defaults and usability settings were revised as well. Score visibility is now user-configurable instead of fixed, some previous show or hide constants were removed, several optional visual modules now default to off, and tooltips were clarified so users can more easily understand when SR and FVG-related confluence requires those components to be enabled.
Because this release changes quality filters, Cypher evaluation, AB=CD handling, PRZ and confluence logic, touch detection, duplicate filtering, visual rendering, and potential-pattern persistence, users should expect differences in which structures are shown, when they appear, when they confirm, and how they are labeled and drawn compared with earlier versions.
This update is intended to provide a more structured and configurable pattern workflow. It does not imply guaranteed outcomes or fixed trading results. As with any charting tool, outputs should be interpreted in context and used with independent judgment.
Sürüm Notları
Update Notes – Harmonic PRZ [Malibu]This update improves signal visibility, calculation consistency, and overall reliability while preserving the indicator’s original harmonic detection logic.
What Changed
Restored missing harmonic pattern visuals.
Improved Gartley and Bat detection ranges.
Corrected support and resistance touch counting.
Fixed iFVG creation and conversion behavior.
Standardized logarithmic-scale projections.
Improved compatibility with markets that lack reliable volume data.
Allowed multiple pattern alerts on the same candle.
Added clearer separation between potential patterns and confirmed PRZ touches.
Improved cleanup of outdated potential drawings.
Why It Changed
Some filters had become too restrictive and could prevent valid patterns from appearing. Certain calculations also behaved differently across markets, chart scales, and volume conditions. These issues could reduce signal visibility or create inconsistent results.
How It Changed
Detection tolerance was restored to a practical level.
Harmonic ratio defaults were aligned with established pattern structures.
Potential patterns are now clearly labeled and managed separately.
SR touches now require a genuine retest instead of counting every candle inside a zone.
Logarithmic projections now use the same calculation method throughout the indicator.
Volume filters are safely bypassed when meaningful volume data is unavailable.
Alerts can report multiple valid patterns detected on the same closed candle.
Result
The indicator retains its original purpose and trading style while providing more visible, consistent, and understandable harmonic setups across different markets and timeframes.
Sürüm Notları
Release Notes: Cross-Level Deduplication & Visual RefinementsWe are excited to release a major visual and stability update to Harmonic PRZ [Malibu]! This update focuses on chart clarity and eliminating visual clutter while preserving 100% of our core mathematical XABCD detection engine.
Key Improvements in This Release:
Cross-Level Deduplication (Smart Anti-Overlap Guard):
The Issue: Previously, when multiple ZigZag depth levels (L1 Scalp, L2 Intraday, L3 Swing) identified the exact same harmonic structure at the same pivot location, multiple overlapping patterns (e.g., three identical Gartleys) were drawn on top of each other.
The Fix: Integrated an intelligent cross-level deduplication filter. If a confirmed pattern already exists at a specific C-pivot and PRZ region, duplicate pattern drawings from other levels are automatically suppressed.
Result: A pristine, uncluttered chart showing only the primary and most immediate pattern signal.
100% Core Engine & Ratio Integrity:
Absolute preservation of the XABCD detection core, candidate C search logic, Fibonacci ratio tolerances, and PRZ cluster mathematics. Signal generation accuracy remains fully intact.
Optimized Visual Focus:
Clean chart layout focused strictly on high-probability PRZ zones, Entry, Take-Profit, and Stop-Loss levels without any unnecessary visual clutter.
Yalnızca davetli komut dosyası
Bu komut dosyasına yalnızca yazar tarafından onaylanan kullanıcılar erişebilir. Kullanmak için istek göndermeniz ve izin almanız gerekir. Bu izin genellikle ödemeden sonra verilir. Daha fazla ayrıntı için yazarın aşağıdaki talimatlarını izleyebilir veya doğrudan malibuuu ile iletişime geçebilirsiniz.
TradingView, yazarına tamamen güvenmediğiniz ve nasıl çalıştığını anlamadığınız sürece bir komut dosyası için ödeme yapmanızı veya kullanmanızı TAVSİYE ETMEZ. Ayrıca topluluk komut dosyalarımızda ücretsiz, açık kaynaklı alternatifler bulabilirsiniz.
Yazarın talimatları
Request access by private message on TradingView and include your username. Please do not use comments.
💎Get instant access here:
malibuta.com/
malibuta.com/
Feragatname
Bilgiler ve yayınlar, TradingView tarafından sağlanan veya onaylanan finansal, yatırım, alım satım veya diğer türden tavsiye veya öneriler anlamına gelmez ve teşkil etmez. Kullanım Koşulları bölümünde daha fazlasını okuyun.
Yalnızca davetli komut dosyası
Bu komut dosyasına yalnızca yazar tarafından onaylanan kullanıcılar erişebilir. Kullanmak için istek göndermeniz ve izin almanız gerekir. Bu izin genellikle ödemeden sonra verilir. Daha fazla ayrıntı için yazarın aşağıdaki talimatlarını izleyebilir veya doğrudan malibuuu ile iletişime geçebilirsiniz.
TradingView, yazarına tamamen güvenmediğiniz ve nasıl çalıştığını anlamadığınız sürece bir komut dosyası için ödeme yapmanızı veya kullanmanızı TAVSİYE ETMEZ. Ayrıca topluluk komut dosyalarımızda ücretsiz, açık kaynaklı alternatifler bulabilirsiniz.
Yazarın talimatları
Request access by private message on TradingView and include your username. Please do not use comments.
💎Get instant access here:
malibuta.com/
malibuta.com/
Feragatname
Bilgiler ve yayınlar, TradingView tarafından sağlanan veya onaylanan finansal, yatırım, alım satım veya diğer türden tavsiye veya öneriler anlamına gelmez ve teşkil etmez. Kullanım Koşulları bölümünde daha fazlasını okuyun.