OPEN-SOURCE SCRIPT
BK AK-.50 CAL Ki11a
⚔️ BK AK-.50 CAL Ki11a
Lock the structure. Measure the break. Track what happens next.
The “AK” in BK AK-.50 CAL Ki11a is not branding—it is honor. It stands for my mentor, A.K.—the man whose guidance shaped my discipline, patience, market judgment, and respect for clean execution. I dedicate every indicator I build to his honor.
Above all, full credit and gratitude to G-d—the source of wisdom, timing, strength, and survival in this game.
BK AK-.50 CAL Ki11a is a market-structure, pattern-classification, breakout-analysis, projection, and execution-context framework.
It is designed to answer five connected questions:
What structure is currently forming?
Where are its active upper and lower boundaries?
Has the structure produced a valid break?
Did price retest, confirm, or fail that break?
Where are the principal projected objectives and invalidation areas?
The indicator combines a source-derived regression-channel foundation with a distinct BK expansion architecture. The modules are connected through the same structural workflow rather than presented as unrelated indicators placed together.
🎖 Full Credit — Respect the Origin
This script includes original BK development and incorporates or adapts selected dynamic support-and-resistance, trendline, and OLS regression-channel concepts inspired by work from TradingView author ata_sabanci.
Full respect and credit to ata_sabanci for that original inspiration and source contribution. He is my favorite creator in the TradingView community—one of the rare developers whose work combines original thinking, structural intelligence, and practical chart utility.
The originating foundation includes the regression-based construction of dynamic upper and lower structural rails and the related support-resistance and trendline concepts.
That foundation is used as the structural spine upon which the separate BK expansion system operates.
The BK Expansion Layer
The BK contribution begins after the source-derived rail foundation and adds the broader interpretation and execution framework surrounding it:
Channel, wedge, triangle, and expanding-pattern classification
HH, LH, HL, and LL pivot structure
Pattern bias and R² fit-quality analysis
Strength scoring
ATR-normalized measured-move projections
Breakout decision zones
Multi-timeframe confluence
Trend-versus-range regime gating
Adaptive outcome tracking
Adaptive score weighting
Structure locking before breakout evaluation
Break, retest, confirmation, and trap lifecycle tracking
Forward rail and apex projection
Double-top and double-bottom detection
Head-and-shoulders and inverse head-and-shoulders detection
Flag and pennant detection
Auto-anchored VWAP with deviation bands
Dashboard interpretation
Configurable alerts
This is not presented as ownership of the originating OLS framework. It is a larger BK structure-analysis system developed around that credited foundation.
🧠 Unified Structural Workflow
The indicator follows one continuous dependency chain:
Confirmed pivots → regression rails → pattern classification → fit and strength analysis → regime and MTF context → locked structure → breakout lifecycle → projection and post-break analysis
The regression rails establish the active structural boundaries.
The BK modules then determine:
What type of formation those boundaries represent
Whether the fit is sufficiently clean
Whether the market environment supports that pattern family
Whether higher timeframes agree
Whether the structure should be locked
Whether price has produced a qualifying break
Whether that break is retesting, confirming, or failing
Where measured objectives and post-break reference levels are located
This architecture is intended to prevent the indicator from functioning as a loose collection of pattern labels.
🧱 Structural Rail Foundation
The regression-channel engine can operate from:
Confirmed pivot highs and lows
Segmented historical extremes
The upper and lower rails are calculated separately.
When Rails Ride Extremes is enabled, the regression slope is retained while the rail is shifted toward the relevant structural extreme. The upper rail is positioned against qualifying highs, while the lower rail is positioned against qualifying lows.
The channel can display:
Upper structural rail
Lower structural rail
Midline
Channel fill
Forward midline extension
Pivot-based rails require confirmed pivots. Because a pivot requires right-side bars, it is identified only after the selected confirmation period has elapsed.
Before structure locking occurs, active rails can continue adjusting as new pivots and price information become available.
🔍 Pattern Classification
Once valid rails exist, BK AK-.50 CAL evaluates their:
Direction
Relative slope
Width
Convergence or expansion
ATR-normalized size
Regression fit
The framework can classify structures including:
Ascending Channel
Descending Channel
Ranging Channel
Ascending Triangle
Descending Triangle
Symmetrical or Converging Triangle
Rising Wedge
Falling Wedge
Expanding formations
The pattern label can display the current structure, directional bias, fit quality, strength, and supporting context.
A pattern name is a structural classification. It is not automatically an entry signal.
📊 Fit and Strength Analysis
Regression fit is evaluated through R², which measures how closely the selected structural points align with the calculated rails.
A higher R² indicates a cleaner statistical fit.
The broader BK strength score can also incorporate:
Pattern fit
Multi-timeframe agreement
Current market regime
Volume behavior
Adaptive historical weighting
Patterns can be filtered through minimum width, minimum R², and minimum strength settings.
The strength score is a confluence measurement. It is not a probability of success.
🎯 Measured Moves and Decision Zones
The measured-move module projects objectives from the detected structure using configurable multipliers such as:
0.618
1.000
1.618
These levels are structural projections based on the measured pattern range. They are analytical objectives, not guaranteed future prices.
For converging patterns, the Breakout Decision Zone highlights the region where the available space between the rails is narrowing.
The zone identifies structural compression. It does not predict which side will break or guarantee that expansion will immediately follow.
🔒 Locked Structure and Breakout Lifecycle
One of the principal BK additions is the ability to lock a qualifying structure before evaluating its breakout.
Before locking, the rails may continue adapting as the formation develops.
Once the pattern remains valid for the configured confirmation period, the relevant boundaries can be frozen for breakout analysis.
Price is then evaluated against the locked structure rather than against a boundary that continues moving with every new candle.
A qualifying break can require:
A close or wick beyond the rail
An ATR-normalized break buffer
A previously confirmed and locked structure
After a break, the lifecycle engine can classify subsequent behavior as:
Retest
Price returns within the configured ATR distance of the broken rail.
Confirmation
Price extends sufficiently beyond the break level in the breakout direction.
Trap
Price closes back through the broken rail and re-enters the prior structure by the configured amount.
These states describe what price has done after the break. They do not guarantee the eventual outcome.
🧭 Forward Projection
The projection engine can extend the active structural rails beyond the current candle.
For converging structures, it can also calculate:
Projected rail convergence
Approximate bars to apex
Forward structural path
Optional target endpoint
The projection uses the current rail geometry. It is an extrapolation of the detected structure, not a calculation based on future price data.
A projected apex represents where the current rails would meet if their slopes remained unchanged.
⚔️ Flags, Pennants, and Reversal Geometry
Separate BK modules evaluate continuation and reversal structures that do not depend entirely on the active regression-channel classification.
Flags and Pennants
The framework searches for:
A qualifying impulse pole
A controlled consolidation
A maximum retracement
A break in the pole direction
It can then project the pole height from the breakout as a measured objective.
Double Tops and Double Bottoms
Confirmed pivot sequences are evaluated for approximate price equality and neckline structure.
Head and Shoulders
The framework evaluates shoulder symmetry, head displacement, neckline position, and optional neckline-break confirmation.
Reversal structures can be displayed while forming or only after their configured confirmation requirement has been satisfied.
📍 Auto-Anchored VWAP
Following a qualifying structural break, the indicator can create an anchored VWAP from:
The relevant OLS rail origin
The breakout swing
The nearest qualifying anchor from both methods
The anchored VWAP includes up to three configurable standard-deviation bands.
It can remain active until:
Price reclaims or loses the relevant VWAP condition
A newer qualifying anchor replaces it
An optional maximum age is reached
The forward VWAP extension is drawing guidance only.
A sloped extension extrapolates the most recent VWAP and band trajectory. It is not a true future anchored-VWAP value because future volume has not yet occurred.
🛡 Regime Gating and MTF Confluence
The regime module uses ADX to classify the current environment as broadly trending or ranging.
The framework can then adjust conviction according to structural fit:
Continuation structures can receive greater weight during trending conditions.
Reversal structures can receive greater weight during ranging conditions.
Structurally mismatched setups can be reduced.
Multi-timeframe confluence compares the setup direction with trend conditions on three configurable higher timeframes.
Higher-timeframe agreement can contribute to the displayed strength score.
The MTF requests use lookahead-disabled data. An open higher-timeframe candle can still change until that candle closes.
🧬 Adaptive Outcome Tracking
The optional learning module records qualifying:
Channel breaks
Flag or pennant breaks
Reversal setups
Each setup is evaluated using configurable ATR-normalized:
Entry reference
Target
Invalidation level
Maximum resolution period
MTF-confluence state
The panel can report:
Wins
Losses
Timeouts
Average winning duration
High-confluence results
Lower-confluence results
The optional adaptive ranker can use these recorded outcomes to adjust future strength scores for the same pattern family and timeframe.
Bayesian shrinkage pulls early results toward a neutral baseline so that a very small sample cannot dominate the score.
This is an internal historical audit based on the loaded chart data and the indicator’s own target-and-stop definitions. It is not TradingView’s Strategy Tester and does not model commissions, slippage, liquidity, or broker execution.
📊 Dashboard and Alerts
The dashboard summarizes the active structural state, including available information such as:
Pattern
Bias
Fit
Strength
Regime
Multi-timeframe agreement
Breakout state
Lifecycle state
Learning context
Structural levels
Alerts can be created for:
New pattern
Upside break
Downside break
Break retest
Break confirmation
Break trap
Confirmed reversal
Flag or pennant break
Anchored-VWAP reclaim or failure
🔧 How to Use BK AK-.50 CAL Ki11a
1. Configure pivot confirmation
Set Pivot Left and Pivot Right according to the instrument and timeframe.
Smaller values identify structure sooner but produce more noise.
Larger values identify broader swings but require more bars before confirmation.
2. Select the rail method
Use Pivots when the objective is to fit the rails through confirmed swing structure.
Use Segments when the objective is to analyze rolling historical extremes across a fixed window.
Enable Rails Ride Extremes when the rails should retain their regression slope while sitting against the structural highs and lows.
3. Filter weak structures
Use:
Minimum width in ATR
Minimum R²
Minimum strength score
Flat-slope threshold
Convergence threshold
Raise these requirements to display fewer but cleaner structures.
4. Read the pattern before the breakout
Review:
Pattern classification
Directional bias
Regression fit
Rail width
Convergence or expansion
Regime
Higher-timeframe alignment
Do not treat the pattern label alone as an entry.
5. Wait for the structure to lock
When structure locking is enabled, allow the formation to remain valid for the required number of bars.
The locked rails become the fixed reference for the subsequent breakout analysis.
6. Evaluate the break
Review whether price has exceeded the locked rail by the required ATR buffer.
A marginal touch or wick may not qualify when close confirmation and a break buffer are enabled.
7. Track the lifecycle
After a break, determine whether price:
Returns for a retest
Extends into confirmation
Re-enters the structure and creates a trap
The lifecycle provides more information than the initial breakout marker alone.
8. Review structural objectives
Use the measured-move levels, pattern boundaries, forward rails, apex, and optional endpoint as analytical reference areas.
These projections should be combined with current price behavior rather than treated as guaranteed destinations.
9. Use anchored VWAP after the break
Review whether price is holding above or below the selected anchored VWAP and its deviation bands.
Confirm which anchor mode is active before interpreting the level.
Treat any sloped forward extension as projected trajectory rather than a calculated future VWAP.
10. Check continuation and reversal modules
Review flags, pennants, double tops, double bottoms, and head-and-shoulders structures independently from the active channel classification.
Require the configured break confirmation when a completed pattern is preferred over an early forming structure.
11. Review regime and MTF alignment
Give additional context to structures that agree with the current regime and higher-timeframe direction.
A strong score with poor regime fit or conflicting higher timeframes should be treated differently from a fully aligned setup.
12. Use learning statistics carefully
Allow sufficient resolved samples before placing weight on the adaptive statistics.
A high percentage from only a few observations is not reliable evidence.
13. Define risk independently
The indicator identifies structure, break conditions, lifecycle states, and analytical projections.
It does not determine position size, submit orders, or guarantee that a projected target will be reached.
Realtime Behavior and Limitations
Active rails, classifications, scores, projected structures, and forming patterns can change as new price information becomes available.
Important considerations:
Pivots require right-side confirmation bars.
Rails can adjust before the structure locks.
A locked rail remains fixed for that breakout evaluation.
Higher-timeframe readings can change until their candles close.
Forward rails, apexes, endpoints, and sloped VWAP extensions are extrapolations.
Adaptive statistics depend on the instrument, timeframe, settings, and chart history loaded.
Pattern classifications and measured objectives can fail.
The indicator does not reproduce broker fills, slippage, commission, or liquidity.
Risk Disclosure
BK AK-.50 CAL Ki11a is provided for analytical and educational purposes.
It does not provide investment advice, guarantee performance, predict future market direction with certainty, or eliminate trading risk.
Channels, wedges, triangles, flags, reversals, breakouts, retests, traps, anchored VWAPs, and measured objectives can all fail.
Users remain responsible for their own:
Market analysis
Trade selection
Entry and exit decisions
Position sizing
Stop placement
Order execution
Account risk
Prepare the structure. Measure the evidence. Respect the invalidation.
Lock the structure. Measure the break. Track what happens next.
The “AK” in BK AK-.50 CAL Ki11a is not branding—it is honor. It stands for my mentor, A.K.—the man whose guidance shaped my discipline, patience, market judgment, and respect for clean execution. I dedicate every indicator I build to his honor.
Above all, full credit and gratitude to G-d—the source of wisdom, timing, strength, and survival in this game.
BK AK-.50 CAL Ki11a is a market-structure, pattern-classification, breakout-analysis, projection, and execution-context framework.
It is designed to answer five connected questions:
What structure is currently forming?
Where are its active upper and lower boundaries?
Has the structure produced a valid break?
Did price retest, confirm, or fail that break?
Where are the principal projected objectives and invalidation areas?
The indicator combines a source-derived regression-channel foundation with a distinct BK expansion architecture. The modules are connected through the same structural workflow rather than presented as unrelated indicators placed together.
🎖 Full Credit — Respect the Origin
This script includes original BK development and incorporates or adapts selected dynamic support-and-resistance, trendline, and OLS regression-channel concepts inspired by work from TradingView author ata_sabanci.
Full respect and credit to ata_sabanci for that original inspiration and source contribution. He is my favorite creator in the TradingView community—one of the rare developers whose work combines original thinking, structural intelligence, and practical chart utility.
The originating foundation includes the regression-based construction of dynamic upper and lower structural rails and the related support-resistance and trendline concepts.
That foundation is used as the structural spine upon which the separate BK expansion system operates.
The BK Expansion Layer
The BK contribution begins after the source-derived rail foundation and adds the broader interpretation and execution framework surrounding it:
Channel, wedge, triangle, and expanding-pattern classification
HH, LH, HL, and LL pivot structure
Pattern bias and R² fit-quality analysis
Strength scoring
ATR-normalized measured-move projections
Breakout decision zones
Multi-timeframe confluence
Trend-versus-range regime gating
Adaptive outcome tracking
Adaptive score weighting
Structure locking before breakout evaluation
Break, retest, confirmation, and trap lifecycle tracking
Forward rail and apex projection
Double-top and double-bottom detection
Head-and-shoulders and inverse head-and-shoulders detection
Flag and pennant detection
Auto-anchored VWAP with deviation bands
Dashboard interpretation
Configurable alerts
This is not presented as ownership of the originating OLS framework. It is a larger BK structure-analysis system developed around that credited foundation.
🧠 Unified Structural Workflow
The indicator follows one continuous dependency chain:
Confirmed pivots → regression rails → pattern classification → fit and strength analysis → regime and MTF context → locked structure → breakout lifecycle → projection and post-break analysis
The regression rails establish the active structural boundaries.
The BK modules then determine:
What type of formation those boundaries represent
Whether the fit is sufficiently clean
Whether the market environment supports that pattern family
Whether higher timeframes agree
Whether the structure should be locked
Whether price has produced a qualifying break
Whether that break is retesting, confirming, or failing
Where measured objectives and post-break reference levels are located
This architecture is intended to prevent the indicator from functioning as a loose collection of pattern labels.
🧱 Structural Rail Foundation
The regression-channel engine can operate from:
Confirmed pivot highs and lows
Segmented historical extremes
The upper and lower rails are calculated separately.
When Rails Ride Extremes is enabled, the regression slope is retained while the rail is shifted toward the relevant structural extreme. The upper rail is positioned against qualifying highs, while the lower rail is positioned against qualifying lows.
The channel can display:
Upper structural rail
Lower structural rail
Midline
Channel fill
Forward midline extension
Pivot-based rails require confirmed pivots. Because a pivot requires right-side bars, it is identified only after the selected confirmation period has elapsed.
Before structure locking occurs, active rails can continue adjusting as new pivots and price information become available.
🔍 Pattern Classification
Once valid rails exist, BK AK-.50 CAL evaluates their:
Direction
Relative slope
Width
Convergence or expansion
ATR-normalized size
Regression fit
The framework can classify structures including:
Ascending Channel
Descending Channel
Ranging Channel
Ascending Triangle
Descending Triangle
Symmetrical or Converging Triangle
Rising Wedge
Falling Wedge
Expanding formations
The pattern label can display the current structure, directional bias, fit quality, strength, and supporting context.
A pattern name is a structural classification. It is not automatically an entry signal.
📊 Fit and Strength Analysis
Regression fit is evaluated through R², which measures how closely the selected structural points align with the calculated rails.
A higher R² indicates a cleaner statistical fit.
The broader BK strength score can also incorporate:
Pattern fit
Multi-timeframe agreement
Current market regime
Volume behavior
Adaptive historical weighting
Patterns can be filtered through minimum width, minimum R², and minimum strength settings.
The strength score is a confluence measurement. It is not a probability of success.
🎯 Measured Moves and Decision Zones
The measured-move module projects objectives from the detected structure using configurable multipliers such as:
0.618
1.000
1.618
These levels are structural projections based on the measured pattern range. They are analytical objectives, not guaranteed future prices.
For converging patterns, the Breakout Decision Zone highlights the region where the available space between the rails is narrowing.
The zone identifies structural compression. It does not predict which side will break or guarantee that expansion will immediately follow.
🔒 Locked Structure and Breakout Lifecycle
One of the principal BK additions is the ability to lock a qualifying structure before evaluating its breakout.
Before locking, the rails may continue adapting as the formation develops.
Once the pattern remains valid for the configured confirmation period, the relevant boundaries can be frozen for breakout analysis.
Price is then evaluated against the locked structure rather than against a boundary that continues moving with every new candle.
A qualifying break can require:
A close or wick beyond the rail
An ATR-normalized break buffer
A previously confirmed and locked structure
After a break, the lifecycle engine can classify subsequent behavior as:
Retest
Price returns within the configured ATR distance of the broken rail.
Confirmation
Price extends sufficiently beyond the break level in the breakout direction.
Trap
Price closes back through the broken rail and re-enters the prior structure by the configured amount.
These states describe what price has done after the break. They do not guarantee the eventual outcome.
🧭 Forward Projection
The projection engine can extend the active structural rails beyond the current candle.
For converging structures, it can also calculate:
Projected rail convergence
Approximate bars to apex
Forward structural path
Optional target endpoint
The projection uses the current rail geometry. It is an extrapolation of the detected structure, not a calculation based on future price data.
A projected apex represents where the current rails would meet if their slopes remained unchanged.
⚔️ Flags, Pennants, and Reversal Geometry
Separate BK modules evaluate continuation and reversal structures that do not depend entirely on the active regression-channel classification.
Flags and Pennants
The framework searches for:
A qualifying impulse pole
A controlled consolidation
A maximum retracement
A break in the pole direction
It can then project the pole height from the breakout as a measured objective.
Double Tops and Double Bottoms
Confirmed pivot sequences are evaluated for approximate price equality and neckline structure.
Head and Shoulders
The framework evaluates shoulder symmetry, head displacement, neckline position, and optional neckline-break confirmation.
Reversal structures can be displayed while forming or only after their configured confirmation requirement has been satisfied.
📍 Auto-Anchored VWAP
Following a qualifying structural break, the indicator can create an anchored VWAP from:
The relevant OLS rail origin
The breakout swing
The nearest qualifying anchor from both methods
The anchored VWAP includes up to three configurable standard-deviation bands.
It can remain active until:
Price reclaims or loses the relevant VWAP condition
A newer qualifying anchor replaces it
An optional maximum age is reached
The forward VWAP extension is drawing guidance only.
A sloped extension extrapolates the most recent VWAP and band trajectory. It is not a true future anchored-VWAP value because future volume has not yet occurred.
🛡 Regime Gating and MTF Confluence
The regime module uses ADX to classify the current environment as broadly trending or ranging.
The framework can then adjust conviction according to structural fit:
Continuation structures can receive greater weight during trending conditions.
Reversal structures can receive greater weight during ranging conditions.
Structurally mismatched setups can be reduced.
Multi-timeframe confluence compares the setup direction with trend conditions on three configurable higher timeframes.
Higher-timeframe agreement can contribute to the displayed strength score.
The MTF requests use lookahead-disabled data. An open higher-timeframe candle can still change until that candle closes.
🧬 Adaptive Outcome Tracking
The optional learning module records qualifying:
Channel breaks
Flag or pennant breaks
Reversal setups
Each setup is evaluated using configurable ATR-normalized:
Entry reference
Target
Invalidation level
Maximum resolution period
MTF-confluence state
The panel can report:
Wins
Losses
Timeouts
Average winning duration
High-confluence results
Lower-confluence results
The optional adaptive ranker can use these recorded outcomes to adjust future strength scores for the same pattern family and timeframe.
Bayesian shrinkage pulls early results toward a neutral baseline so that a very small sample cannot dominate the score.
This is an internal historical audit based on the loaded chart data and the indicator’s own target-and-stop definitions. It is not TradingView’s Strategy Tester and does not model commissions, slippage, liquidity, or broker execution.
📊 Dashboard and Alerts
The dashboard summarizes the active structural state, including available information such as:
Pattern
Bias
Fit
Strength
Regime
Multi-timeframe agreement
Breakout state
Lifecycle state
Learning context
Structural levels
Alerts can be created for:
New pattern
Upside break
Downside break
Break retest
Break confirmation
Break trap
Confirmed reversal
Flag or pennant break
Anchored-VWAP reclaim or failure
🔧 How to Use BK AK-.50 CAL Ki11a
1. Configure pivot confirmation
Set Pivot Left and Pivot Right according to the instrument and timeframe.
Smaller values identify structure sooner but produce more noise.
Larger values identify broader swings but require more bars before confirmation.
2. Select the rail method
Use Pivots when the objective is to fit the rails through confirmed swing structure.
Use Segments when the objective is to analyze rolling historical extremes across a fixed window.
Enable Rails Ride Extremes when the rails should retain their regression slope while sitting against the structural highs and lows.
3. Filter weak structures
Use:
Minimum width in ATR
Minimum R²
Minimum strength score
Flat-slope threshold
Convergence threshold
Raise these requirements to display fewer but cleaner structures.
4. Read the pattern before the breakout
Review:
Pattern classification
Directional bias
Regression fit
Rail width
Convergence or expansion
Regime
Higher-timeframe alignment
Do not treat the pattern label alone as an entry.
5. Wait for the structure to lock
When structure locking is enabled, allow the formation to remain valid for the required number of bars.
The locked rails become the fixed reference for the subsequent breakout analysis.
6. Evaluate the break
Review whether price has exceeded the locked rail by the required ATR buffer.
A marginal touch or wick may not qualify when close confirmation and a break buffer are enabled.
7. Track the lifecycle
After a break, determine whether price:
Returns for a retest
Extends into confirmation
Re-enters the structure and creates a trap
The lifecycle provides more information than the initial breakout marker alone.
8. Review structural objectives
Use the measured-move levels, pattern boundaries, forward rails, apex, and optional endpoint as analytical reference areas.
These projections should be combined with current price behavior rather than treated as guaranteed destinations.
9. Use anchored VWAP after the break
Review whether price is holding above or below the selected anchored VWAP and its deviation bands.
Confirm which anchor mode is active before interpreting the level.
Treat any sloped forward extension as projected trajectory rather than a calculated future VWAP.
10. Check continuation and reversal modules
Review flags, pennants, double tops, double bottoms, and head-and-shoulders structures independently from the active channel classification.
Require the configured break confirmation when a completed pattern is preferred over an early forming structure.
11. Review regime and MTF alignment
Give additional context to structures that agree with the current regime and higher-timeframe direction.
A strong score with poor regime fit or conflicting higher timeframes should be treated differently from a fully aligned setup.
12. Use learning statistics carefully
Allow sufficient resolved samples before placing weight on the adaptive statistics.
A high percentage from only a few observations is not reliable evidence.
13. Define risk independently
The indicator identifies structure, break conditions, lifecycle states, and analytical projections.
It does not determine position size, submit orders, or guarantee that a projected target will be reached.
Realtime Behavior and Limitations
Active rails, classifications, scores, projected structures, and forming patterns can change as new price information becomes available.
Important considerations:
Pivots require right-side confirmation bars.
Rails can adjust before the structure locks.
A locked rail remains fixed for that breakout evaluation.
Higher-timeframe readings can change until their candles close.
Forward rails, apexes, endpoints, and sloped VWAP extensions are extrapolations.
Adaptive statistics depend on the instrument, timeframe, settings, and chart history loaded.
Pattern classifications and measured objectives can fail.
The indicator does not reproduce broker fills, slippage, commission, or liquidity.
Risk Disclosure
BK AK-.50 CAL Ki11a is provided for analytical and educational purposes.
It does not provide investment advice, guarantee performance, predict future market direction with certainty, or eliminate trading risk.
Channels, wedges, triangles, flags, reversals, breakouts, retests, traps, anchored VWAPs, and measured objectives can all fail.
Users remain responsible for their own:
Market analysis
Trade selection
Entry and exit decisions
Position sizing
Stop placement
Order execution
Account risk
Prepare the structure. Measure the evidence. Respect the invalidation.
Open-source script
In true TradingView spirit, the creator of this script has made it open-source, so that traders can review and verify its functionality. Kudos to the author! While you can use it for free, remember that republishing the code is subject to our House Rules.
Disclaimer
The information and publications are not meant to be, and do not constitute, financial, investment, trading, or other types of advice or recommendations supplied or endorsed by TradingView. Read more in the Terms of Use.
Open-source script
In true TradingView spirit, the creator of this script has made it open-source, so that traders can review and verify its functionality. Kudos to the author! While you can use it for free, remember that republishing the code is subject to our House Rules.
Disclaimer
The information and publications are not meant to be, and do not constitute, financial, investment, trading, or other types of advice or recommendations supplied or endorsed by TradingView. Read more in the Terms of Use.